diff --git a/teachopencadd/talktorials/T008_query_pdb/talktorial.ipynb b/teachopencadd/talktorials/T008_query_pdb/talktorial.ipynb
index 18fe8003..895e9711 100644
--- a/teachopencadd/talktorials/T008_query_pdb/talktorial.ipynb
+++ b/teachopencadd/talktorials/T008_query_pdb/talktorial.ipynb
@@ -120,7 +120,9 @@
   },
   {
    "cell_type": "markdown",
-   "metadata": {},
+   "metadata": {
+    "tags": []
+   },
    "source": [
     "## Practical"
    ]
@@ -129,11 +131,26 @@
    "cell_type": "code",
    "execution_count": 1,
    "metadata": {},
+   "outputs": [],
+   "source": [
+    "# In this notebook, we need biotite>=0.30.0!\n",
+    "# Installing the latest biotite version via conda works only with python>=3.7\n",
+    "# In case, you are running on a python<3.7, \n",
+    "# you will need to install the latest biotite version from GitHub \n",
+    "from platform import python_version\n",
+    "if python_version() < \"3.7\":\n",
+    "    !pip install https://github.com/biotite-dev/biotite/archive/master.tar.gz"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "metadata": {},
    "outputs": [
     {
      "data": {
       "application/vnd.jupyter.widget-view+json": {
-       "model_id": "ad2f2d2fe076423e9526a183620b2b73",
+       "model_id": "7a8036f689b34561b7340d0509355806",
        "version_major": 2,
        "version_minor": 0
       },
@@ -176,59 +193,10 @@
     "requests_cache.install_cache(\"rcsb_pdb\", backend=\"memory\")"
    ]
   },
-  {
-   "cell_type": "code",
-   "execution_count": 2,
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "Collecting https://github.com/biotite-dev/biotite/archive/master.tar.gz\n",
-      "  Using cached https://github.com/biotite-dev/biotite/archive/master.tar.gz\n",
-      "  Installing build dependencies ... \u001b[?25ldone\n",
-      "\u001b[?25h  Getting requirements to build wheel ... \u001b[?25ldone\n",
-      "\u001b[?25h    Preparing wheel metadata ... \u001b[?25ldone\n",
-      "\u001b[?25hRequirement already satisfied: msgpack>=0.5.6 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from biotite==0.30.0) (1.0.2)\n",
-      "Requirement already satisfied: numpy>=1.19 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from biotite==0.30.0) (1.21.2)\n",
-      "Requirement already satisfied: networkx>=2.0 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from biotite==0.30.0) (2.6.2)\n",
-      "Requirement already satisfied: requests>=2.12 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from biotite==0.30.0) (2.26.0)\n",
-      "Requirement already satisfied: urllib3<1.27,>=1.21.1 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from requests>=2.12->biotite==0.30.0) (1.26.6)\n",
-      "Requirement already satisfied: certifi>=2017.4.17 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from requests>=2.12->biotite==0.30.0) (2021.5.30)\n",
-      "Requirement already satisfied: idna<4,>=2.5 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from requests>=2.12->biotite==0.30.0) (3.2)\n",
-      "Requirement already satisfied: charset-normalizer~=2.0.0 in /home/dominique/.local/miniconda/envs/toctest/lib/python3.9/site-packages (from requests>=2.12->biotite==0.30.0) (2.0.0)\n"
-     ]
-    }
-   ],
-   "source": [
-    "!pip install https://github.com/biotite-dev/biotite/archive/master.tar.gz"
-   ]
-  },
   {
    "cell_type": "code",
    "execution_count": 3,
    "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "# packages in environment at /home/dominique/.local/miniconda/envs/toctest:\n",
-      "#\n",
-      "# Name                    Version                   Build  Channel\n",
-      "biotite                   0.30.0           py39h3811e60_0    conda-forge\n"
-     ]
-    }
-   ],
-   "source": [
-    "!conda list biotite"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 4,
-   "metadata": {},
    "outputs": [],
    "source": [
     "# Define paths\n",
@@ -247,7 +215,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 5,
+   "execution_count": 4,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -270,7 +238,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 6,
+   "execution_count": 5,
    "metadata": {},
    "outputs": [
     {
@@ -301,7 +269,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 7,
+   "execution_count": 6,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -334,7 +302,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 8,
+   "execution_count": 7,
    "metadata": {},
    "outputs": [
     {
@@ -398,7 +366,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 9,
+   "execution_count": 8,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -419,7 +387,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
+   "execution_count": 9,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -451,7 +419,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
+   "execution_count": 10,
    "metadata": {},
    "outputs": [
     {
@@ -493,7 +461,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": 11,
    "metadata": {},
    "outputs": [
     {
@@ -546,7 +514,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 13,
+   "execution_count": 12,
    "metadata": {
     "scrolled": true
    },
@@ -564,7 +532,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 14,
+   "execution_count": 13,
    "metadata": {
     "tags": []
    },
@@ -572,7 +540,7 @@
     {
      "data": {
       "application/vnd.jupyter.widget-view+json": {
-       "model_id": "80f0250415c54117ac4d121420e0c221",
+       "model_id": "41d7b8495a8c4b7d8fb3a142a99d44bd",
        "version_major": 2,
        "version_minor": 0
       },
@@ -597,7 +565,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 15,
+   "execution_count": 14,
    "metadata": {},
    "outputs": [
     {
@@ -653,7 +621,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 16,
+   "execution_count": 15,
    "metadata": {},
    "outputs": [
     {
@@ -662,7 +630,7 @@
        "{'id': '6S9C'}"
       ]
      },
-     "execution_count": 16,
+     "execution_count": 15,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -673,7 +641,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 17,
+   "execution_count": 16,
    "metadata": {},
    "outputs": [
     {
@@ -728,7 +696,7 @@
        "  'value': 2.73}}"
       ]
      },
-     "execution_count": 17,
+     "execution_count": 16,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -746,7 +714,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 18,
+   "execution_count": 17,
    "metadata": {},
    "outputs": [
     {
@@ -852,7 +820,7 @@
        "[110 rows x 2 columns]"
       ]
      },
-     "execution_count": 18,
+     "execution_count": 17,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -877,7 +845,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 19,
+   "execution_count": 18,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -893,7 +861,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 20,
+   "execution_count": 19,
    "metadata": {},
    "outputs": [
     {
@@ -918,7 +886,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 21,
+   "execution_count": 20,
    "metadata": {},
    "outputs": [
     {
@@ -945,7 +913,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 22,
+   "execution_count": 21,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -987,7 +955,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 23,
+   "execution_count": 22,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1024,7 +992,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 24,
+   "execution_count": 23,
    "metadata": {},
    "outputs": [
     {
@@ -1144,7 +1112,7 @@
        "3  CCC(=O)N[C@@H]1CN(C[C@H]1F)c2nc(c3c(n2)n(cn3)C...  "
       ]
      },
-     "execution_count": 24,
+     "execution_count": 23,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1158,7 +1126,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 25,
+   "execution_count": 24,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1174,7 +1142,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 26,
+   "execution_count": 25,
    "metadata": {},
    "outputs": [
     {
@@ -1184,7 +1152,7 @@
        "<IPython.core.display.Image object>"
       ]
      },
-     "execution_count": 26,
+     "execution_count": 25,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1207,7 +1175,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 27,
+   "execution_count": 26,
    "metadata": {},
    "outputs": [
     {
@@ -1219,7 +1187,7 @@
        "             ('5UGC', '8BS')])"
       ]
      },
-     "execution_count": 27,
+     "execution_count": 26,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1254,7 +1222,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 28,
+   "execution_count": 27,
    "metadata": {},
    "outputs": [
     {
@@ -1266,7 +1234,7 @@
        " <Universe with 2542 atoms>]"
       ]
      },
-     "execution_count": 28,
+     "execution_count": 27,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1291,7 +1259,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 29,
+   "execution_count": 28,
    "metadata": {},
    "outputs": [
     {
@@ -1303,7 +1271,7 @@
        " <Universe with 2320 atoms>]"
       ]
      },
-     "execution_count": 29,
+     "execution_count": 28,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1318,7 +1286,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 30,
+   "execution_count": 29,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1338,7 +1306,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 31,
+   "execution_count": 30,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1354,13 +1322,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 33,
+   "execution_count": 31,
    "metadata": {},
    "outputs": [
     {
      "data": {
       "application/vnd.jupyter.widget-view+json": {
-       "model_id": "a45d7db57db14fcc8ca72ba5d6a06d21",
+       "model_id": "d3b63a135b2b4ccb9e5e5731fe43fec9",
        "version_major": 2,
        "version_minor": 0
       },
@@ -1381,7 +1349,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 34,
+   "execution_count": 32,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1390,7 +1358,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 35,
+   "execution_count": 33,
    "metadata": {
     "tags": [
      "nbsphinx-thumbnail"
@@ -1399,12 +1367,12 @@
    "outputs": [
     {
      "data": {
-      "image/png": "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\n",
+      "image/png": "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\n",
       "text/plain": [
        "<IPython.core.display.Image object>"
       ]
      },
-     "execution_count": 35,
+     "execution_count": 33,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1422,7 +1390,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 36,
+   "execution_count": 34,
    "metadata": {},
    "outputs": [
     {
@@ -1434,7 +1402,7 @@
        " <Universe with 30 atoms>]"
       ]
      },
-     "execution_count": 36,
+     "execution_count": 34,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1449,7 +1417,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 37,
+   "execution_count": 35,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1466,7 +1434,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 38,
+   "execution_count": 36,
    "metadata": {},
    "outputs": [
     {
@@ -1475,7 +1443,7 @@
        "['5UG9_lig.pdb', '5UGC_lig.pdb', '5HG8_lig.pdb', '5UG8_lig.pdb']"
       ]
      },
-     "execution_count": 38,
+     "execution_count": 36,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1496,13 +1464,13 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 39,
+   "execution_count": 37,
    "metadata": {},
    "outputs": [
     {
      "data": {
       "application/vnd.jupyter.widget-view+json": {
-       "model_id": "05cad6131ac44ff5a94803e31e756f0b",
+       "model_id": "61fe9f6632af4d4ba9c7a799dae7bfbc",
        "version_major": 2,
        "version_minor": 0
       },
@@ -1525,7 +1493,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 41,
+   "execution_count": 38,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -1534,17 +1502,17 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 42,
+   "execution_count": 39,
    "metadata": {},
    "outputs": [
     {
      "data": {
-      "image/png": "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\n",
+      "image/png": "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\n",
       "text/plain": [
        "<IPython.core.display.Image object>"
       ]
      },
-     "execution_count": 42,
+     "execution_count": 39,
      "metadata": {},
      "output_type": "execute_result"
     }
@@ -1600,67 +1568,137 @@
   "widgets": {
    "application/vnd.jupyter.widget-state+json": {
     "state": {
-     "05cad6131ac44ff5a94803e31e756f0b": {
+     "00cd7ec776234937a2f9320779c39087": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "PlayModel",
+      "state": {
+       "layout": "IPY_MODEL_dbaab4f0bc43481d9d420ce99b67185a",
+       "max": 0,
+       "style": "IPY_MODEL_740d0b92bc8c46c29ec8e4c16d7a9072"
+      }
+     },
+     "03a6619ffca64577876d70222a518e1a": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "04c9577ffb2b45d291a1240f796d77b5": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "056c29970d2946cfae1b5fb315a75659": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "ProgressStyleModel",
+      "state": {
+       "description_width": ""
+      }
+     },
+     "09179beb5e574634a4d534f6af8af9f6": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "HBoxModel",
+      "state": {
+       "children": [
+        "IPY_MODEL_3b1632d2b66e4669a854a6169e3a47b9",
+        "IPY_MODEL_11e83a3064d5474a9575013de95cf168"
+       ],
+       "layout": "IPY_MODEL_03a6619ffca64577876d70222a518e1a"
+      }
+     },
+     "0ad7b0df83fb4c5591ce507e61eb5d6d": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "LinkModel",
+      "state": {
+       "source": [
+        "IPY_MODEL_74a366a7863141a7a4e679519ff83fb4",
+        "max"
+       ],
+       "target": [
+        "IPY_MODEL_32c492d970e248f28330de2c7a4d677c",
+        "max_frame"
+       ]
+      }
+     },
+     "0d47011e7d4d4ee2b3db1be6ae8abc86": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "11e83a3064d5474a9575013de95cf168": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "IntSliderModel",
+      "state": {
+       "layout": "IPY_MODEL_6ed779f48a314f0b95fea1d23ce8dd6e",
+       "max": 0,
+       "style": "IPY_MODEL_84afaabcd7264e40a4ad48863ead741e"
+      }
+     },
+     "14ca447e8f4b4e80b703052ef23c8a91": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "1568fb1907384a738fdff688fbb233f8": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "ButtonStyleModel",
+      "state": {}
+     },
+     "1734afae08ae4cf793a326f2eeb15018": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {
+       "width": "34px"
+      }
+     },
+     "17bfb702ea684bf98d4e05afdb10d2b5": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "DescriptionStyleModel",
+      "state": {
+       "description_width": ""
+      }
+     },
+     "18f7c0928ef045fe81c4608871413559": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "ButtonModel",
+      "state": {
+       "icon": "compress",
+       "layout": "IPY_MODEL_a0d7b55df7c84cb1a1c5cb649ef225bc",
+       "style": "IPY_MODEL_1568fb1907384a738fdff688fbb233f8"
+      }
+     },
+     "1bb58b7ae9754a5b946014cfb051af77": {
       "model_module": "nglview-js-widgets",
       "model_module_version": "3.0.1",
       "model_name": "NGLModel",
       "state": {
-       "_camera_orientation": [
-        27.919612156177422,
-        -0.6489320728682214,
-        13.646391450031636,
-        0,
-        -1.6289687601793381,
-        30.668245549596314,
-        4.791140895662632,
-        0,
-        -13.564349347501105,
-        -5.0187107376829445,
-        27.51310278221046,
-        0,
-        13.148499965667725,
-        -14.056999683380127,
-        25.4089994430542,
-        1
-       ],
+       "_camera_orientation": [],
        "_camera_str": "orthographic",
        "_gui_theme": null,
-       "_ibtn_fullscreen": "IPY_MODEL_e7459dde5b16439ab253f1da8055b312",
+       "_ibtn_fullscreen": "IPY_MODEL_865e4e5cc7e3458daf0bbfa74d9be2e8",
        "_igui": null,
-       "_iplayer": "IPY_MODEL_24bba3c78b42429088775e70135557a3",
+       "_iplayer": "IPY_MODEL_09179beb5e574634a4d534f6af8af9f6",
        "_ngl_color_dict": {},
        "_ngl_coordinate_resource": {},
-       "_ngl_full_stage_parameters": {
-        "ambientColor": 14540253,
-        "ambientIntensity": 0.2,
-        "backgroundColor": "white",
-        "cameraEyeSep": 0.3,
-        "cameraFov": 40,
-        "cameraType": "perspective",
-        "clipDist": 10,
-        "clipFar": 100,
-        "clipNear": 0,
-        "fogFar": 100,
-        "fogNear": 50,
-        "hoverTimeout": 0,
-        "impostor": true,
-        "lightColor": 14540253,
-        "lightIntensity": 1,
-        "mousePreset": "default",
-        "panSpeed": 1,
-        "quality": "medium",
-        "rotateSpeed": 2,
-        "sampleLevel": 0,
-        "tooltip": true,
-        "workerDefault": true,
-        "zoomSpeed": 1.2
-       },
+       "_ngl_full_stage_parameters": {},
        "_ngl_msg_archive": [
         {
          "args": [
           {
            "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  C5  8AM X9001     -15.044  16.768 -25.718  1.00 15.61      A     \nATOM      2  C6  8AM X9001     -13.289  15.888 -27.250  1.00 14.40      A     \nATOM      3  C8  8AM X9001     -13.359  13.536 -27.750  1.00 13.99      A     \nATOM      4  C10 8AM X9001     -11.677  15.011 -28.597  1.00 12.25      A     \nATOM      5  N12 8AM X9001     -10.572  14.937 -29.401  1.00 13.05      A     \nATOM      6  C13 8AM X9001     -10.456  13.612 -29.774  1.00 13.28      A     \nATOM      7  C15 8AM X9001      -9.721  16.085 -29.761  1.00 13.26      A     \nATOM      8  C17 8AM X9001      -8.279  15.692 -30.111  1.00 13.41      A     \nATOM      9  C20 8AM X9001     -15.845  12.696 -25.952  1.00 17.54      A     \nATOM     10  C26 8AM X9001     -17.976  12.242 -24.706  1.00 20.82      A     \nATOM     11  C1  8AM X9001     -15.255  18.177 -25.137  1.00 16.07      A     \nATOM     12  C2  8AM X9001     -14.594  19.080 -26.156  1.00 16.78      A     \nATOM     13  C3  8AM X9001     -13.365  18.285 -26.590  1.00 15.96      A     \nATOM     14  N4  8AM X9001     -13.867  16.926 -26.565  1.00 14.59      A     \nATOM     15  N7  8AM X9001     -13.863  14.660 -27.134  1.00 13.52      A     \nATOM     16  C9  8AM X9001     -12.185  13.714 -28.527  1.00 13.58      A     \nATOM     17  N11 8AM X9001     -12.175  16.118 -27.994  1.00 13.47      A     \nATOM     18  N14 8AM X9001     -11.411  12.856 -29.266  1.00 13.04      A     \nATOM     19  C16 8AM X9001     -10.325  16.858 -30.941  1.00 14.60      A     \nATOM     20  N18 8AM X9001     -13.998  12.292 -27.613  1.00 15.88      A     \nATOM     21  C19 8AM X9001     -15.154  12.007 -26.939  1.00 16.40      A     \nATOM     22  N21 8AM X9001     -16.945  11.939 -25.669  1.00 19.32      A     \nATOM     23  N22 8AM X9001     -17.026  10.809 -26.396  1.00 19.32      A     \nATOM     24  C23 8AM X9001     -15.928  10.861 -27.168  1.00 17.77      A     \nATOM     25  O24 8AM X9001     -15.601   9.901 -28.086  1.00 18.31      A     \nATOM     26  C25 8AM X9001     -16.500   8.795 -28.206  1.00 18.65      A     \nATOM     27  F27 8AM X9001     -15.445  19.229 -27.215  1.00 18.02      A     \nATOM     28  N28 8AM X9001     -14.552  18.323 -23.854  1.00 15.17      A     \nATOM     29  C29 8AM X9001     -15.007  17.806 -22.652  1.00 13.82      A     \nATOM     30  C30 8AM X9001     -14.037  18.146 -21.524  1.00 14.17      A     \nATOM     31  C31 8AM X9001     -14.359  17.468 -20.200  1.00 14.45      A     \nATOM     32  O32 8AM X9001     -16.044  17.165 -22.506  1.00 16.45      A     \nCONECT    1   11   14\nCONECT    2   14   15   17\nCONECT    3   15   16   20\nCONECT    4    5   16   17\nCONECT    5    4    6    7\nCONECT    6    5   18\nCONECT    7    5    8   19\nCONECT    8    7\nCONECT    9   21   22\nCONECT   10   22\nCONECT   11    1   12   28\nCONECT   12   11   13   27\nCONECT   13   12   14\nCONECT   14    1    2   13\nCONECT   15    2    3\nCONECT   16    3    4   18\nCONECT   17    2    4\nCONECT   18    6   16\nCONECT   19    7\nCONECT   20    3   21\nCONECT   21    9   20   24\nCONECT   22    9   10   23\nCONECT   23   22   24\nCONECT   24   21   23   25\nCONECT   25   24   26\nCONECT   26   25\nCONECT   27   12\nCONECT   28   11   29\nCONECT   29   28   30   32\nCONECT   30   29   31\nCONECT   31   30\nCONECT   32   29\nEND\n",
+           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ALA X 702       5.187  11.254 -39.148  1.00 44.42      A     \nATOM      2  CA  ALA X 702       3.838  11.883 -39.231  1.00 44.40      A     \nATOM      3  C   ALA X 702       3.855  13.072 -40.185  1.00 44.38      A     \nATOM      4  O   ALA X 702       4.651  13.998 -40.024  1.00 44.63      A     \nATOM      5  CB  ALA X 702       3.390  12.333 -37.844  1.00 43.72      A     \nATOM      6  N   LEU X 703       2.972  13.042 -41.179  1.00 44.04      A     \nATOM      7  CA  LEU X 703       2.873  14.125 -42.150  1.00 43.72      A     \nATOM      8  C   LEU X 703       1.430  14.604 -42.277  1.00 42.99      A     \nATOM      9  O   LEU X 703       0.499  13.914 -41.859  1.00 43.38      A     \nATOM     10  CB  LEU X 703       3.390  13.661 -43.515  1.00 44.22      A     \nATOM     11  CG  LEU X 703       3.465  14.724 -44.614  1.00 44.61      A     \nATOM     12  CD1 LEU X 703       4.320  15.890 -44.143  1.00 44.81      A     \nATOM     13  CD2 LEU X 703       4.041  14.114 -45.880  1.00 44.74      A     \nATOM     14  N   LEU X 704       1.250  15.788 -42.853  1.00 42.03      A     \nATOM     15  CA  LEU X 704      -0.074  16.389 -42.967  1.00 40.83      A     \nATOM     16  C   LEU X 704      -0.781  15.967 -44.251  1.00 39.54      A     \nATOM     17  O   LEU X 704      -0.243  16.120 -45.347  1.00 40.11      A     \nATOM     18  CB  LEU X 704       0.036  17.915 -42.928  1.00 40.66      A     \nATOM     19  CG  LEU X 704      -1.281  18.691 -43.013  1.00 40.20      A     \nATOM     20  CD1 LEU X 704      -2.133  18.382 -41.793  1.00 40.00      A     \nATOM     21  CD2 LEU X 704      -0.996  20.180 -43.102  1.00 40.68      A     \nATOM     22  N   ARG X 705      -1.990  15.437 -44.103  1.00 37.65      A     \nATOM     23  CA  ARG X 705      -2.836  15.116 -45.247  1.00 35.09      A     \nATOM     24  C   ARG X 705      -3.856  16.226 -45.478  1.00 33.13      A     \nATOM     25  O   ARG X 705      -4.426  16.765 -44.528  1.00 30.25      A     \nATOM     26  CB  ARG X 705      -3.568  13.792 -45.008  1.00 36.67      A     \nATOM     27  CG  ARG X 705      -2.686  12.557 -45.108  1.00 38.84      A     \nATOM     28  CD  ARG X 705      -2.495  12.132 -46.557  1.00 41.42      A     \nATOM     29  NE  ARG X 705      -3.768  11.836 -47.209  1.00 42.82      A     \nATOM     30  CZ  ARG X 705      -4.337  10.635 -47.232  1.00 43.31      A     \nATOM     31  NH1 ARG X 705      -3.745   9.607 -46.638  1.00 43.03      A     \nATOM     32  NH2 ARG X 705      -5.501  10.462 -47.844  1.00 43.84      A     \nATOM     33  N   ILE X 706      -4.080  16.570 -46.742  1.00 31.32      A     \nATOM     34  CA  ILE X 706      -5.125  17.520 -47.100  1.00 30.54      A     \nATOM     35  C   ILE X 706      -6.355  16.752 -47.567  1.00 29.45      A     \nATOM     36  O   ILE X 706      -6.312  16.060 -48.585  1.00 29.64      A     \nATOM     37  CB  ILE X 706      -4.668  18.458 -48.234  1.00 31.55      A     \nATOM     38  CG1 ILE X 706      -3.403  19.204 -47.813  1.00 32.59      A     \nATOM     39  CG2 ILE X 706      -5.776  19.445 -48.569  1.00 31.96      A     \nATOM     40  CD1 ILE X 706      -3.581  20.059 -46.584  1.00 33.60      A     \nATOM     41  N   LEU X 707      -7.447  16.876 -46.821  1.00 27.20      A     \nATOM     42  CA  LEU X 707      -8.640  16.078 -47.074  1.00 26.77      A     \nATOM     43  C   LEU X 707      -9.693  16.833 -47.873  1.00 26.96      A     \nATOM     44  O   LEU X 707      -9.834  18.050 -47.748  1.00 26.39      A     \nATOM     45  CB  LEU X 707      -9.256  15.611 -45.752  1.00 26.42      A     \nATOM     46  CG  LEU X 707      -8.595  14.438 -45.023  1.00 28.38      A     \nATOM     47  CD1 LEU X 707      -7.159  14.781 -44.668  1.00 29.54      A     \nATOM     48  CD2 LEU X 707      -9.394  14.116 -43.770  1.00 28.94      A     \nATOM     49  N   LYS X 708     -10.432  16.096 -48.695  1.00 27.67      A     \nATOM     50  CA  LYS X 708     -11.615  16.634 -49.352  1.00 27.82      A     \nATOM     51  C   LYS X 708     -12.833  16.270 -48.511  1.00 27.71      A     \nATOM     52  O   LYS X 708     -12.824  15.263 -47.805  1.00 26.41      A     \nATOM     53  CB  LYS X 708     -11.750  16.047 -50.758  1.00 29.94      A     \nATOM     54  CG  LYS X 708     -10.513  16.239 -51.619  1.00 31.93      A     \nATOM     55  CD  LYS X 708     -10.787  15.927 -53.081  1.00 34.76      A     \nATOM     56  CE  LYS X 708     -11.163  14.469 -53.283  1.00 35.99      A     \nATOM     57  NZ  LYS X 708     -11.329  14.135 -54.727  1.00 37.66      A     \nATOM     58  N   GLU X 709     -13.875  17.091 -48.584  1.00 28.44      A     \nATOM     59  CA  GLU X 709     -15.062  16.888 -47.760  1.00 29.97      A     \nATOM     60  C   GLU X 709     -15.670  15.506 -47.967  1.00 29.52      A     \nATOM     61  O   GLU X 709     -16.321  14.964 -47.074  1.00 29.88      A     \nATOM     62  CB  GLU X 709     -16.112  17.956 -48.073  1.00 31.79      A     \nATOM     63  CG  GLU X 709     -15.693  19.367 -47.702  1.00 34.67      A     \nATOM     64  CD  GLU X 709     -16.810  20.372 -47.894  1.00 35.88      A     \nATOM     65  OE1 GLU X 709     -16.833  21.044 -48.946  1.00 37.68      A     \nATOM     66  OE2 GLU X 709     -17.666  20.488 -46.992  1.00 37.00      A     \nATOM     67  N   THR X 710     -15.453  14.938 -49.148  1.00 29.17      A     \nATOM     68  CA  THR X 710     -16.039  13.650 -49.495  1.00 29.66      A     \nATOM     69  C   THR X 710     -15.319  12.494 -48.811  1.00 29.43      A     \nATOM     70  O   THR X 710     -15.777  11.353 -48.858  1.00 29.86      A     \nATOM     71  CB  THR X 710     -16.003  13.418 -51.018  1.00 29.69      A     \nATOM     72  OG1 THR X 710     -14.649  13.478 -51.481  1.00 31.05      A     \nATOM     73  CG2 THR X 710     -16.826  14.475 -51.737  1.00 30.75      A     \nATOM     74  N   GLU X 711     -14.191  12.793 -48.174  1.00 28.11      A     \nATOM     75  CA  GLU X 711     -13.377  11.762 -47.539  1.00 28.33      A     \nATOM     76  C   GLU X 711     -13.855  11.409 -46.134  1.00 27.58      A     \nATOM     77  O   GLU X 711     -13.649  10.290 -45.667  1.00 28.11      A     \nATOM     78  CB  GLU X 711     -11.917  12.209 -47.470  1.00 28.80      A     \nATOM     79  CG  GLU X 711     -11.226  12.301 -48.815  1.00 31.73      A     \nATOM     80  CD  GLU X 711      -9.738  12.543 -48.677  1.00 32.44      A     \nATOM     81  OE1 GLU X 711      -9.237  13.522 -49.266  1.00 32.91      A     \nATOM     82  OE2 GLU X 711      -9.069  11.751 -47.977  1.00 32.54      A     \nATOM     83  N   PHE X 712     -14.483  12.365 -45.459  1.00 26.59      A     \nATOM     84  CA  PHE X 712     -14.898  12.155 -44.077  1.00 25.22      A     \nATOM     85  C   PHE X 712     -16.337  12.588 -43.838  1.00 25.59      A     \nATOM     86  O   PHE X 712     -16.890  13.387 -44.593  1.00 25.67      A     \nATOM     87  CB  PHE X 712     -13.968  12.913 -43.125  1.00 23.72      A     \nATOM     88  CG  PHE X 712     -13.982  14.405 -43.321  1.00 21.72      A     \nATOM     89  CD1 PHE X 712     -14.746  15.217 -42.496  1.00 22.27      A     \nATOM     90  CD2 PHE X 712     -13.228  14.995 -44.321  1.00 21.28      A     \nATOM     91  CE1 PHE X 712     -14.754  16.590 -42.665  1.00 23.53      A     \nATOM     92  CE2 PHE X 712     -13.232  16.369 -44.496  1.00 22.31      A     \nATOM     93  CZ  PHE X 712     -13.998  17.168 -43.665  1.00 22.07      A     \nATOM     94  N   LYS X 713     -16.937  12.050 -42.781  1.00 25.76      A     \nATOM     95  CA  LYS X 713     -18.300  12.406 -42.411  1.00 26.64      A     \nATOM     96  C   LYS X 713     -18.429  12.558 -40.899  1.00 26.45      A     \nATOM     97  O   LYS X 713     -17.789  11.835 -40.136  1.00 24.80      A     \nATOM     98  CB  LYS X 713     -19.277  11.338 -42.909  1.00 29.78      A     \nATOM     99  CG  LYS X 713     -18.971   9.934 -42.416  1.00 32.99      A     \nATOM    100  CD  LYS X 713     -19.927   8.913 -43.015  1.00 35.70      A     \nATOM    101  CE  LYS X 713     -19.840   8.892 -44.533  1.00 37.69      A     \nATOM    102  NZ  LYS X 713     -20.695   7.824 -45.127  1.00 39.18      A     \nATOM    103  N   LYS X 714     -19.259  13.508 -40.477  1.00 26.41      A     \nATOM    104  CA  LYS X 714     -19.531  13.717 -39.060  1.00 27.57      A     \nATOM    105  C   LYS X 714     -20.658  12.797 -38.604  1.00 28.15      A     \nATOM    106  O   LYS X 714     -21.676  12.661 -39.284  1.00 29.59      A     \nATOM    107  CB  LYS X 714     -19.931  15.172 -38.805  1.00 26.82      A     \nATOM    108  CG  LYS X 714     -18.915  16.197 -39.272  1.00 27.56      A     \nATOM    109  CD  LYS X 714     -19.401  17.611 -38.991  1.00 29.87      A     \nATOM    110  CE  LYS X 714     -18.464  18.649 -39.581  1.00 30.46      A     \nATOM    111  NZ  LYS X 714     -18.435  18.584 -41.068  1.00 32.20      A     \nATOM    112  N   ILE X 715     -20.474  12.169 -37.450  1.00 27.98      A     \nATOM    113  CA  ILE X 715     -21.470  11.252 -36.918  1.00 29.37      A     \nATOM    114  C   ILE X 715     -22.289  11.913 -35.813  1.00 29.56      A     \nATOM    115  O   ILE X 715     -23.509  11.763 -35.761  1.00 30.54      A     \nATOM    116  CB  ILE X 715     -20.804   9.978 -36.360  1.00 30.55      A     \nATOM    117  CG1 ILE X 715     -20.060   9.252 -37.482  1.00 31.15      A     \nATOM    118  CG2 ILE X 715     -21.852   9.064 -35.746  1.00 31.93      A     \nATOM    119  CD1 ILE X 715     -19.353   7.992 -37.033  1.00 32.48      A     \nATOM    120  N   LYS X 716     -21.615  12.651 -34.935  1.00 28.97      A     \nATOM    121  CA  LYS X 716     -22.291  13.315 -33.826  1.00 28.49      A     \nATOM    122  C   LYS X 716     -21.377  14.298 -33.104  1.00 27.76      A     \nATOM    123  O   LYS X 716     -20.153  14.214 -33.206  1.00 27.00      A     \nATOM    124  CB  LYS X 716     -22.808  12.276 -32.829  1.00 29.13      A     \nATOM    125  CG  LYS X 716     -21.719  11.428 -32.196  1.00 31.62      A     \nATOM    126  CD  LYS X 716     -22.274  10.558 -31.082  1.00 33.64      A     \nATOM    127  CE  LYS X 716     -21.167   9.784 -30.385  1.00 35.25      A     \nATOM    128  NZ  LYS X 716     -21.684   8.968 -29.252  1.00 36.40      A     \nATOM    129  N   VAL X 717     -21.980  15.229 -32.373  1.00 26.84      A     \nATOM    130  CA  VAL X 717     -21.224  16.201 -31.594  1.00 26.09      A     \nATOM    131  C   VAL X 717     -20.696  15.574 -30.308  1.00 25.49      A     \nATOM    132  O   VAL X 717     -21.397  14.814 -29.639  1.00 26.27      A     \nATOM    133  CB  VAL X 717     -22.096  17.425 -31.230  1.00 25.84      A     \nATOM    134  CG1 VAL X 717     -21.317  18.370 -30.328  1.00 24.84      A     \nATOM    135  CG2 VAL X 717     -22.528  18.149 -32.498  1.00 25.55      A     \nATOM    136  N   LEU X 718     -19.451  15.893 -29.974  1.00 24.57      A     \nATOM    137  CA  LEU X 718     -18.837  15.417 -28.741  1.00 24.38      A     \nATOM    138  C   LEU X 718     -18.767  16.557 -27.731  1.00 24.78      A     \nATOM    139  O   LEU X 718     -18.779  16.333 -26.519  1.00 25.88      A     \nATOM    140  CB  LEU X 718     -17.431  14.889 -29.031  1.00 23.27      A     \nATOM    141  CG  LEU X 718     -17.377  13.743 -30.045  1.00 20.89      A     \nATOM    142  CD1 LEU X 718     -15.931  13.338 -30.296  1.00 21.57      A     \nATOM    143  CD2 LEU X 718     -18.185  12.570 -29.520  1.00 22.72      A     \nATOM    144  N   GLY X 719     -18.696  17.779 -28.248  1.00 24.82      A     \nATOM    145  CA  GLY X 719     -18.644  18.956 -27.399  1.00 27.38      A     \nATOM    146  C   GLY X 719     -18.314  20.188 -28.221  1.00 28.00      A     \nATOM    147  O   GLY X 719     -18.051  20.085 -29.419  1.00 26.82      A     \nATOM    148  N   SER X 720     -18.328  21.357 -27.588  1.00 30.33      A     \nATOM    149  CA  SER X 720     -18.016  22.594 -28.295  1.00 31.67      A     \nATOM    150  C   SER X 720     -17.600  23.710 -27.345  1.00 33.04      A     \nATOM    151  O   SER X 720     -17.572  23.531 -26.128  1.00 34.13      A     \nATOM    152  CB  SER X 720     -19.222  23.053 -29.119  1.00 32.82      A     \nATOM    153  OG  SER X 720     -20.281  23.471 -28.277  1.00 33.20      A     \nATOM    154  N   GLY X 721     -17.277  24.864 -27.918  1.00 33.96      A     \nATOM    155  CA  GLY X 721     -16.866  26.003 -27.121  1.00 35.07      A     \nATOM    156  C   GLY X 721     -16.509  27.182 -28.002  1.00 35.65      A     \nATOM    157  O   GLY X 721     -16.879  27.220 -29.177  1.00 36.74      A     \nATOM    158  N   ALA X 722     -15.788  28.146 -27.440  1.00 35.64      A     \nATOM    159  CA  ALA X 722     -15.383  29.329 -28.187  1.00 35.42      A     \nATOM    160  C   ALA X 722     -14.466  28.948 -29.344  1.00 34.87      A     \nATOM    161  O   ALA X 722     -14.320  29.701 -30.306  1.00 35.17      A     \nATOM    162  CB  ALA X 722     -14.678  30.314 -27.262  1.00 35.78      A     \nATOM    163  N   PHE X 723     -13.849  27.775 -29.249  1.00 33.87      A     \nATOM    164  CA  PHE X 723     -12.942  27.308 -30.289  1.00 31.85      A     \nATOM    165  C   PHE X 723     -13.727  26.799 -31.493  1.00 30.43      A     \nATOM    166  O   PHE X 723     -13.274  26.903 -32.632  1.00 30.96      A     \nATOM    167  CB  PHE X 723     -12.051  26.185 -29.749  1.00 30.97      A     \nATOM    168  CG  PHE X 723     -12.801  24.932 -29.396  1.00 28.93      A     \nATOM    169  CD1 PHE X 723     -13.010  23.942 -30.346  1.00 28.22      A     \nATOM    170  CD2 PHE X 723     -13.302  24.742 -28.119  1.00 28.49      A     \nATOM    171  CE1 PHE X 723     -13.703  22.791 -30.029  1.00 26.85      A     \nATOM    172  CE2 PHE X 723     -13.996  23.590 -27.796  1.00 28.20      A     \nATOM    173  CZ  PHE X 723     -14.198  22.613 -28.753  1.00 27.95      A     \nATOM    174  N   GLY X 724     -14.908  26.252 -31.230  1.00 29.52      A     \nATOM    175  CA  GLY X 724     -15.685  25.633 -32.287  1.00 28.33      A     \nATOM    176  C   GLY X 724     -16.397  24.385 -31.804  1.00 27.15      A     \nATOM    177  O   GLY X 724     -16.907  24.344 -30.685  1.00 27.73      A     \nATOM    178  N   THR X 725     -16.436  23.360 -32.649  1.00 26.02      A     \nATOM    179  CA  THR X 725     -17.171  22.147 -32.321  1.00 24.20      A     \nATOM    180  C   THR X 725     -16.366  20.895 -32.664  1.00 22.81      A     \nATOM    181  O   THR X 725     -15.703  20.840 -33.699  1.00 23.98      A     \nATOM    182  CB  THR X 725     -18.512  22.098 -33.079  1.00 25.22      A     \nATOM    183  OG1 THR X 725     -19.264  23.286 -32.796  1.00 28.62      A     \nATOM    184  CG2 THR X 725     -19.321  20.884 -32.656  1.00 24.99      A     \nATOM    185  N   VAL X 726     -16.427  19.896 -31.788  1.00 21.78      A     \nATOM    186  CA  VAL X 726     -15.790  18.608 -32.044  1.00 20.97      A     \nATOM    187  C   VAL X 726     -16.832  17.536 -32.337  1.00 21.32      A     \nATOM    188  O   VAL X 726     -17.807  17.385 -31.600  1.00 21.29      A     \nATOM    189  CB  VAL X 726     -14.935  18.148 -30.839  1.00 19.93      A     \nATOM    190  CG1 VAL X 726     -14.400  16.739 -31.085  1.00 19.38      A     \nATOM    191  CG2 VAL X 726     -13.783  19.116 -30.620  1.00 20.63      A     \nATOM    192  N   TYR X 727     -16.617  16.796 -33.421  1.00 20.95      A     \nATOM    193  CA  TYR X 727     -17.511  15.712 -33.815  1.00 21.62      A     \nATOM    194  C   TYR X 727     -16.782  14.372 -33.786  1.00 20.19      A     \nATOM    195  O   TYR X 727     -15.586  14.301 -34.069  1.00 21.29      A     \nATOM    196  CB  TYR X 727     -18.038  15.939 -35.236  1.00 21.78      A     \nATOM    197  CG  TYR X 727     -18.722  17.267 -35.459  1.00 21.73      A     \nATOM    198  CD1 TYR X 727     -17.991  18.401 -35.787  1.00 21.98      A     \nATOM    199  CD2 TYR X 727     -20.103  17.380 -35.374  1.00 23.32      A     \nATOM    200  CE1 TYR X 727     -18.614  19.609 -36.024  1.00 24.10      A     \nATOM    201  CE2 TYR X 727     -20.736  18.584 -35.610  1.00 23.20      A     \nATOM    202  CZ  TYR X 727     -19.987  19.695 -35.934  1.00 24.22      A     \nATOM    203  OH  TYR X 727     -20.613  20.898 -36.167  1.00 26.62      A     \nATOM    204  N   LYS X 728     -17.506  13.309 -33.455  1.00 20.53      A     \nATOM    205  CA  LYS X 728     -17.049  11.968 -33.788  1.00 21.11      A     \nATOM    206  C   LYS X 728     -17.299  11.780 -35.277  1.00 21.92      A     \nATOM    207  O   LYS X 728     -18.334  12.202 -35.794  1.00 21.67      A     \nATOM    208  CB  LYS X 728     -17.828  10.916 -32.998  1.00 22.77      A     \nATOM    209  CG  LYS X 728     -17.404   9.487 -33.297  1.00 24.98      A     \nATOM    210  CD  LYS X 728     -18.176   8.493 -32.446  1.00 27.71      A     \nATOM    211  CE  LYS X 728     -17.790   7.060 -32.772  1.00 29.15      A     \nATOM    212  NZ  LYS X 728     -18.549   6.086 -31.940  1.00 30.96      A     \nATOM    213  N   GLY X 729     -16.352  11.160 -35.969  1.00 21.85      A     \nATOM    214  CA  GLY X 729     -16.483  11.031 -37.407  1.00 22.19      A     \nATOM    215  C   GLY X 729     -15.826   9.787 -37.962  1.00 21.69      A     \nATOM    216  O   GLY X 729     -15.197   9.019 -37.234  1.00 20.55      A     \nATOM    217  N   LEU X 730     -15.992   9.584 -39.264  1.00 22.37      A     \nATOM    218  CA  LEU X 730     -15.305   8.516 -39.973  1.00 23.23      A     \nATOM    219  C   LEU X 730     -14.534   9.102 -41.141  1.00 22.65      A     \nATOM    220  O   LEU X 730     -15.066   9.900 -41.914  1.00 23.75      A     \nATOM    221  CB  LEU X 730     -16.309   7.482 -40.487  1.00 24.89      A     \nATOM    222  CG  LEU X 730     -16.885   6.517 -39.450  1.00 27.17      A     \nATOM    223  CD1 LEU X 730     -17.975   5.672 -40.091  1.00 28.91      A     \nATOM    224  CD2 LEU X 730     -15.775   5.632 -38.899  1.00 28.08      A     \nATOM    225  N   TRP X 731     -13.274   8.706 -41.261  1.00 21.74      A     \nATOM    226  CA  TRP X 731     -12.431   9.153 -42.354  1.00 21.38      A     \nATOM    227  C   TRP X 731     -12.104   7.967 -43.253  1.00 21.70      A     \nATOM    228  O   TRP X 731     -11.579   6.953 -42.794  1.00 21.57      A     \nATOM    229  CB  TRP X 731     -11.146   9.768 -41.797  1.00 19.92      A     \nATOM    230  CG  TRP X 731     -10.138  10.154 -42.834  1.00 20.19      A     \nATOM    231  CD1 TRP X 731     -10.386  10.582 -44.107  1.00 19.81      A     \nATOM    232  CD2 TRP X 731      -8.715  10.160 -42.679  1.00 18.37      A     \nATOM    233  NE1 TRP X 731      -9.205  10.853 -44.752  1.00 20.12      A     \nATOM    234  CE2 TRP X 731      -8.164  10.603 -43.897  1.00 19.25      A     \nATOM    235  CE3 TRP X 731      -7.853   9.835 -41.626  1.00 18.23      A     \nATOM    236  CZ2 TRP X 731      -6.789  10.728 -44.092  1.00 19.80      A     \nATOM    237  CZ3 TRP X 731      -6.491   9.959 -41.821  1.00 19.61      A     \nATOM    238  CH2 TRP X 731      -5.972  10.402 -43.044  1.00 20.36      A     \nATOM    239  N   ILE X 732     -12.436   8.093 -44.533  1.00 24.63      A     \nATOM    240  CA  ILE X 732     -12.054   7.086 -45.513  1.00 28.44      A     \nATOM    241  C   ILE X 732     -11.199   7.730 -46.591  1.00 28.54      A     \nATOM    242  O   ILE X 732     -11.715   8.371 -47.507  1.00 29.68      A     \nATOM    243  CB  ILE X 732     -13.284   6.444 -46.193  1.00 31.26      A     \nATOM    244  CG1 ILE X 732     -14.204   5.815 -45.144  1.00 32.39      A     \nATOM    245  CG2 ILE X 732     -12.828   5.390 -47.193  1.00 32.30      A     \nATOM    246  CD1 ILE X 732     -15.087   6.814 -44.423  1.00 33.42      A     \nATOM    247  N   PRO X 733      -9.872   7.569 -46.495  1.00 30.41      A     \nATOM    248  CA  PRO X 733      -8.973   8.119 -47.514  1.00 31.96      A     \nATOM    249  C   PRO X 733      -9.318   7.561 -48.893  1.00 33.15      A     \nATOM    250  O   PRO X 733      -9.623   6.376 -49.031  1.00 33.16      A     \nATOM    251  CB  PRO X 733      -7.586   7.682 -47.042  1.00 31.70      A     \nATOM    252  CG  PRO X 733      -7.745   7.445 -45.570  1.00 31.18      A     \nATOM    253  CD  PRO X 733      -9.135   6.909 -45.404  1.00 30.97      A     \nATOM    254  N   GLU X 734      -9.275   8.417 -49.909  1.00 35.16      A     \nATOM    255  CA  GLU X 734      -9.688   8.021 -51.251  1.00 37.05      A     \nATOM    256  C   GLU X 734      -8.979   6.760 -51.732  1.00 36.66      A     \nATOM    257  O   GLU X 734      -7.751   6.692 -51.745  1.00 37.52      A     \nATOM    258  CB  GLU X 734      -9.427   9.154 -52.246  1.00 39.04      A     \nATOM    259  CG  GLU X 734     -10.372  10.334 -52.113  1.00 41.60      A     \nATOM    260  CD  GLU X 734     -10.369  11.215 -53.347  1.00 43.14      A     \nATOM    261  OE1 GLU X 734      -9.296  11.749 -53.697  1.00 44.01      A     \nATOM    262  OE2 GLU X 734     -11.442  11.370 -53.969  1.00 44.43      A     \nATOM    263  N   GLY X 735      -9.767   5.765 -52.128  1.00 36.67      A     \nATOM    264  CA  GLY X 735      -9.212   4.576 -52.748  1.00 35.71      A     \nATOM    265  C   GLY X 735      -8.521   3.629 -51.787  1.00 35.04      A     \nATOM    266  O   GLY X 735      -8.021   2.581 -52.196  1.00 34.89      A     \nATOM    267  N   GLU X 736      -8.491   3.989 -50.507  1.00 33.85      A     \nATOM    268  CA  GLU X 736      -7.765   3.200 -49.520  1.00 33.44      A     \nATOM    269  C   GLU X 736      -8.633   2.124 -48.877  1.00 33.16      A     \nATOM    270  O   GLU X 736      -8.119   1.175 -48.285  1.00 33.47      A     \nATOM    271  CB  GLU X 736      -7.184   4.114 -48.440  1.00 32.16      A     \nATOM    272  CG  GLU X 736      -6.149   5.098 -48.959  1.00 31.03      A     \nATOM    273  CD  GLU X 736      -5.250   5.618 -47.858  1.00 30.59      A     \nATOM    274  OE1 GLU X 736      -5.290   5.044 -46.753  1.00 28.54      A     \nATOM    275  OE2 GLU X 736      -4.508   6.594 -48.094  1.00 31.15      A     \nATOM    276  N   LYS X 737      -9.947   2.277 -48.993  1.00 34.08      A     \nATOM    277  CA  LYS X 737     -10.885   1.255 -48.542  1.00 35.26      A     \nATOM    278  C   LYS X 737     -10.773   0.963 -47.048  1.00 35.57      A     \nATOM    279  O   LYS X 737     -11.291  -0.045 -46.568  1.00 36.40      A     \nATOM    280  CB  LYS X 737     -10.673  -0.037 -49.335  1.00 36.18      A     \nATOM    281  CG  LYS X 737     -10.977   0.093 -50.819  1.00 37.62      A     \nATOM    282  CD  LYS X 737     -12.411   0.543 -51.045  1.00 38.90      A     \nATOM    283  CE  LYS X 737     -12.734   0.649 -52.527  1.00 40.12      A     \nATOM    284  NZ  LYS X 737     -12.608  -0.665 -53.217  1.00 40.98      A     \nATOM    285  N   VAL X 738     -10.093   1.841 -46.319  1.00 35.26      A     \nATOM    286  CA  VAL X 738      -9.985   1.705 -44.870  1.00 35.08      A     \nATOM    287  C   VAL X 738     -10.788   2.791 -44.159  1.00 34.55      A     \nATOM    288  O   VAL X 738     -10.666   3.974 -44.476  1.00 33.99      A     \nATOM    289  CB  VAL X 738      -8.512   1.792 -44.405  1.00 35.82      A     \nATOM    290  CG1 VAL X 738      -7.913   3.130 -44.810  1.00 36.97      A     \nATOM    291  CG2 VAL X 738      -8.432   1.604 -42.897  1.00 36.69      A     \nATOM    292  N   LYS X 739     -11.611   2.382 -43.199  1.00 33.25      A     \nATOM    293  CA  LYS X 739     -12.412   3.327 -42.429  1.00 31.65      A     \nATOM    294  C   LYS X 739     -11.749   3.628 -41.092  1.00 28.71      A     \nATOM    295  O   LYS X 739     -11.535   2.732 -40.275  1.00 28.67      A     \nATOM    296  CB  LYS X 739     -13.816   2.766 -42.190  1.00 34.49      A     \nATOM    297  CG  LYS X 739     -14.657   2.640 -43.449  1.00 37.76      A     \nATOM    298  CD  LYS X 739     -16.105   2.326 -43.113  1.00 40.10      A     \nATOM    299  CE  LYS X 739     -16.957   2.235 -44.370  1.00 41.88      A     \nATOM    300  NZ  LYS X 739     -18.389   1.973 -44.054  1.00 43.84      A     \nATOM    301  N   ILE X 740     -11.427   4.898 -40.873  1.00 24.75      A     \nATOM    302  CA  ILE X 740     -10.711   5.307 -39.673  1.00 21.93      A     \nATOM    303  C   ILE X 740     -11.617   6.148 -38.781  1.00 20.86      A     \nATOM    304  O   ILE X 740     -12.079   7.215 -39.183  1.00 19.58      A     \nATOM    305  CB  ILE X 740      -9.464   6.144 -40.034  1.00 20.68      A     \nATOM    306  CG1 ILE X 740      -8.567   5.358 -40.993  1.00 22.42      A     \nATOM    307  CG2 ILE X 740      -8.695   6.508 -38.769  1.00 20.11      A     \nATOM    308  CD1 ILE X 740      -7.374   6.143 -41.494  1.00 23.04      A     \nATOM    309  N   PRO X 741     -11.887   5.674 -37.556  1.00 20.13      A     \nATOM    310  CA  PRO X 741     -12.594   6.528 -36.595  1.00 20.28      A     \nATOM    311  C   PRO X 741     -11.733   7.731 -36.224  1.00 18.23      A     \nATOM    312  O   PRO X 741     -10.550   7.582 -35.913  1.00 19.43      A     \nATOM    313  CB  PRO X 741     -12.847   5.603 -35.404  1.00 21.34      A     \nATOM    314  CG  PRO X 741     -11.802   4.541 -35.518  1.00 23.18      A     \nATOM    315  CD  PRO X 741     -11.549   4.357 -36.989  1.00 21.44      A     \nATOM    316  N   VAL X 742     -12.328   8.919 -36.271  1.00 17.87      A     \nATOM    317  CA  VAL X 742     -11.597  10.155 -36.014  1.00 17.44      A     \nATOM    318  C   VAL X 742     -12.439  11.151 -35.224  1.00 17.12      A     \nATOM    319  O   VAL X 742     -13.649  10.985 -35.083  1.00 17.31      A     \nATOM    320  CB  VAL X 742     -11.160  10.835 -37.330  1.00 17.36      A     \nATOM    321  CG1 VAL X 742     -10.186   9.945 -38.080  1.00 18.40      A     \nATOM    322  CG2 VAL X 742     -12.381  11.132 -38.190  1.00 18.49      A     \nATOM    323  N   ALA X 743     -11.785  12.182 -34.702  1.00 16.74      A     \nATOM    324  CA  ALA X 743     -12.492  13.332 -34.161  1.00 16.10      A     \nATOM    325  C   ALA X 743     -12.304  14.509 -35.103  1.00 17.98      A     \nATOM    326  O   ALA X 743     -11.186  14.821 -35.509  1.00 20.58      A     \nATOM    327  CB  ALA X 743     -11.960  13.678 -32.783  1.00 17.26      A     \nATOM    328  N   ILE X 744     -13.404  15.159 -35.458  1.00 17.11      A     \nATOM    329  CA  ILE X 744     -13.347  16.292 -36.365  1.00 17.97      A     \nATOM    330  C   ILE X 744     -13.565  17.579 -35.581  1.00 18.06      A     \nATOM    331  O   ILE X 744     -14.638  17.804 -35.027  1.00 19.82      A     \nATOM    332  CB  ILE X 744     -14.426  16.179 -37.458  1.00 18.51      A     \nATOM    333  CG1 ILE X 744     -14.251  14.869 -38.227  1.00 18.45      A     \nATOM    334  CG2 ILE X 744     -14.334  17.365 -38.402  1.00 18.55      A     \nATOM    335  CD1 ILE X 744     -15.428  14.519 -39.112  1.00 20.96      A     \nATOM    336  N   LYS X 745     -12.535  18.413 -35.532  1.00 18.17      A     \nATOM    337  CA  LYS X 745     -12.629  19.692 -34.845  1.00 19.14      A     \nATOM    338  C   LYS X 745     -12.841  20.795 -35.871  1.00 19.21      A     \nATOM    339  O   LYS X 745     -11.917  21.180 -36.583  1.00 19.03      A     \nATOM    340  CB  LYS X 745     -11.351  19.953 -34.043  1.00 20.48      A     \nATOM    341  CG  LYS X 745     -11.376  21.245 -33.239  1.00 19.11      A     \nATOM    342  CD  LYS X 745     -10.325  21.234 -32.136  1.00 20.03      A     \nATOM    343  CE  LYS X 745      -8.928  21.057 -32.702  1.00 19.85      A     \nATOM    344  NZ  LYS X 745      -7.882  21.258 -31.657  1.00 21.27      A     \nATOM    345  N   GLU X 746     -14.071  21.293 -35.951  1.00 23.27      A     \nATOM    346  CA  GLU X 746     -14.383  22.382 -36.865  1.00 24.57      A     \nATOM    347  C   GLU X 746     -14.314  23.706 -36.117  1.00 25.96      A     \nATOM    348  O   GLU X 746     -15.072  23.938 -35.176  1.00 26.26      A     \nATOM    349  CB  GLU X 746     -15.779  22.191 -37.466  1.00 26.59      A     \nATOM    350  CG  GLU X 746     -16.122  23.201 -38.553  1.00 27.21      A     \nATOM    351  CD  GLU X 746     -17.320  22.783 -39.386  1.00 28.39      A     \nATOM    352  OE1 GLU X 746     -17.262  22.927 -40.626  1.00 29.43      A     \nATOM    353  OE2 GLU X 746     -18.319  22.310 -38.805  1.00 28.35      A     \nATOM    354  N   LEU X 747     -13.398  24.568 -36.544  1.00 27.76      A     \nATOM    355  CA  LEU X 747     -13.142  25.827 -35.858  1.00 30.13      A     \nATOM    356  C   LEU X 747     -14.138  26.894 -36.297  1.00 32.44      A     \nATOM    357  O   LEU X 747     -14.659  26.848 -37.411  1.00 32.79      A     \nATOM    358  CB  LEU X 747     -11.718  26.301 -36.153  1.00 29.86      A     \nATOM    359  CG  LEU X 747     -10.602  25.285 -35.891  1.00 29.63      A     \nATOM    360  CD1 LEU X 747      -9.263  25.890 -36.272  1.00 29.79      A     \nATOM    361  CD2 LEU X 747     -10.612  24.876 -34.428  1.00 30.05      A     \nATOM    362  N   ARG X 748     -14.400  27.855 -35.417  1.00 34.92      A     \nATOM    363  CA  ARG X 748     -15.313  28.946 -35.735  1.00 37.07      A     \nATOM    364  C   ARG X 748     -14.581  30.073 -36.454  1.00 37.70      A     \nATOM    365  O   ARG X 748     -13.403  29.947 -36.791  1.00 38.53      A     \nATOM    366  CB  ARG X 748     -15.961  29.488 -34.460  1.00 38.72      A     \nATOM    367  CG  ARG X 748     -14.979  30.077 -33.464  1.00 40.77      A     \nATOM    368  CD  ARG X 748     -15.692  30.958 -32.450  1.00 42.80      A     \nATOM    369  NE  ARG X 748     -16.282  32.139 -33.072  1.00 45.11      A     \nATOM    370  CZ  ARG X 748     -15.628  33.277 -33.280  1.00 46.22      A     \nATOM    371  NH1 ARG X 748     -14.358  33.391 -32.915  1.00 46.76      A     \nATOM    372  NH2 ARG X 748     -16.243  34.302 -33.854  1.00 47.06      A     \nATOM    373  N   PRO X 753     -10.447  35.829 -42.380  1.00 35.46      A     \nATOM    374  CA  PRO X 753      -9.689  34.581 -42.238  1.00 34.71      A     \nATOM    375  C   PRO X 753      -8.239  34.729 -42.692  1.00 33.89      A     \nATOM    376  O   PRO X 753      -7.930  35.561 -43.544  1.00 34.03      A     \nATOM    377  CB  PRO X 753     -10.459  33.590 -43.111  1.00 35.55      A     \nATOM    378  CG  PRO X 753     -11.840  34.153 -43.187  1.00 36.16      A     \nATOM    379  CD  PRO X 753     -11.660  35.643 -43.193  1.00 35.41      A     \nATOM    380  N   LYS X 754      -7.355  33.921 -42.118  1.00 32.27      A     \nATOM    381  CA  LYS X 754      -5.969  33.877 -42.564  1.00 30.77      A     \nATOM    382  C   LYS X 754      -5.897  33.236 -43.945  1.00 29.29      A     \nATOM    383  O   LYS X 754      -6.848  32.592 -44.390  1.00 29.41      A     \nATOM    384  CB  LYS X 754      -5.118  33.073 -41.578  1.00 31.47      A     \nATOM    385  CG  LYS X 754      -5.003  33.702 -40.201  1.00 32.85      A     \nATOM    386  CD  LYS X 754      -4.196  32.825 -39.257  1.00 34.43      A     \nATOM    387  CE  LYS X 754      -4.033  33.485 -37.897  1.00 35.99      A     \nATOM    388  NZ  LYS X 754      -3.231  32.646 -36.965  1.00 38.06      A     \nATOM    389  N   ALA X 755      -4.770  33.417 -44.623  1.00 27.36      A     \nATOM    390  CA  ALA X 755      -4.562  32.796 -45.924  1.00 26.39      A     \nATOM    391  C   ALA X 755      -4.484  31.285 -45.752  1.00 26.49      A     \nATOM    392  O   ALA X 755      -4.059  30.795 -44.706  1.00 25.86      A     \nATOM    393  CB  ALA X 755      -3.280  33.318 -46.553  1.00 25.63      A     \nATOM    394  N   ASN X 756      -4.893  30.548 -46.779  1.00 26.73      A     \nATOM    395  CA  ASN X 756      -4.871  29.092 -46.710  1.00 26.90      A     \nATOM    396  C   ASN X 756      -3.472  28.578 -46.397  1.00 26.61      A     \nATOM    397  O   ASN X 756      -3.311  27.620 -45.642  1.00 25.54      A     \nATOM    398  CB  ASN X 756      -5.355  28.486 -48.029  1.00 28.54      A     \nATOM    399  CG  ASN X 756      -6.853  28.610 -48.210  1.00 29.16      A     \nATOM    400  OD1 ASN X 756      -7.571  29.003 -47.290  1.00 32.08      A     \nATOM    401  ND2 ASN X 756      -7.335  28.272 -49.401  1.00 33.12      A     \nATOM    402  N   LYS X 757      -2.460  29.222 -46.970  1.00 26.14      A     \nATOM    403  CA  LYS X 757      -1.084  28.774 -46.792  1.00 26.70      A     \nATOM    404  C   LYS X 757      -0.622  28.951 -45.348  1.00 26.04      A     \nATOM    405  O   LYS X 757       0.143  28.137 -44.831  1.00 25.84      A     \nATOM    406  CB  LYS X 757      -0.148  29.536 -47.732  1.00 28.76      A     \nATOM    407  CG  LYS X 757       1.270  28.990 -47.752  1.00 31.15      A     \nATOM    408  CD  LYS X 757       2.110  29.649 -48.833  1.00 34.49      A     \nATOM    409  CE  LYS X 757       3.448  28.943 -48.989  1.00 35.80      A     \nATOM    410  NZ  LYS X 757       4.202  28.887 -47.705  1.00 37.69      A     \nATOM    411  N   GLU X 758      -1.090  30.010 -44.695  1.00 25.67      A     \nATOM    412  CA  GLU X 758      -0.789  30.218 -43.282  1.00 25.18      A     \nATOM    413  C   GLU X 758      -1.401  29.114 -42.432  1.00 25.37      A     \nATOM    414  O   GLU X 758      -0.765  28.593 -41.516  1.00 25.83      A     \nATOM    415  CB  GLU X 758      -1.337  31.563 -42.807  1.00 24.82      A     \nATOM    416  CG  GLU X 758      -0.600  32.773 -43.338  1.00 23.88      A     \nATOM    417  CD  GLU X 758      -1.131  34.064 -42.746  1.00 24.30      A     \nATOM    418  OE1 GLU X 758      -2.334  34.352 -42.930  1.00 24.90      A     \nATOM    419  OE2 GLU X 758      -0.350  34.784 -42.092  1.00 24.42      A     \nATOM    420  N   ILE X 759      -2.646  28.768 -42.739  1.00 25.71      A     \nATOM    421  CA  ILE X 759      -3.361  27.751 -41.983  1.00 26.50      A     \nATOM    422  C   ILE X 759      -2.695  26.393 -42.165  1.00 27.75      A     \nATOM    423  O   ILE X 759      -2.547  25.632 -41.209  1.00 27.69      A     \nATOM    424  CB  ILE X 759      -4.832  27.662 -42.438  1.00 25.76      A     \nATOM    425  CG1 ILE X 759      -5.525  29.007 -42.204  1.00 25.22      A     \nATOM    426  CG2 ILE X 759      -5.548  26.555 -41.679  1.00 26.09      A     \nATOM    427  CD1 ILE X 759      -6.954  29.058 -42.697  1.00 25.27      A     \nATOM    428  N   LEU X 760      -2.283  26.100 -43.394  1.00 28.64      A     \nATOM    429  CA  LEU X 760      -1.632  24.831 -43.693  1.00 30.17      A     \nATOM    430  C   LEU X 760      -0.262  24.742 -43.030  1.00 32.03      A     \nATOM    431  O   LEU X 760       0.164  23.665 -42.614  1.00 31.78      A     \nATOM    432  CB  LEU X 760      -1.489  24.655 -45.206  1.00 29.26      A     \nATOM    433  CG  LEU X 760      -2.803  24.539 -45.980  1.00 29.69      A     \nATOM    434  CD1 LEU X 760      -2.515  24.403 -47.466  1.00 29.68      A     \nATOM    435  CD2 LEU X 760      -3.587  23.337 -45.473  1.00 29.91      A     \nATOM    436  N   ASP X 761       0.425  25.875 -42.929  1.00 33.88      A     \nATOM    437  CA  ASP X 761       1.729  25.911 -42.276  1.00 35.50      A     \nATOM    438  C   ASP X 761       1.597  25.658 -40.778  1.00 35.75      A     \nATOM    439  O   ASP X 761       2.439  24.990 -40.176  1.00 36.21      A     \nATOM    440  CB  ASP X 761       2.407  27.263 -42.514  1.00 37.55      A     \nATOM    441  CG  ASP X 761       2.865  27.438 -43.949  1.00 39.20      A     \nATOM    442  OD1 ASP X 761       2.884  26.437 -44.696  1.00 41.16      A     \nATOM    443  OD2 ASP X 761       3.208  28.578 -44.329  1.00 41.13      A     \nATOM    444  N   GLU X 762       0.536  26.188 -40.179  1.00 35.42      A     \nATOM    445  CA  GLU X 762       0.270  25.951 -38.765  1.00 35.54      A     \nATOM    446  C   GLU X 762      -0.154  24.504 -38.541  1.00 34.83      A     \nATOM    447  O   GLU X 762       0.116  23.923 -37.490  1.00 34.22      A     \nATOM    448  CB  GLU X 762      -0.828  26.892 -38.265  1.00 36.96      A     \nATOM    449  CG  GLU X 762      -0.476  28.366 -38.361  1.00 39.60      A     \nATOM    450  CD  GLU X 762      -1.502  29.253 -37.684  1.00 41.09      A     \nATOM    451  OE1 GLU X 762      -2.432  28.710 -37.051  1.00 41.86      A     \nATOM    452  OE2 GLU X 762      -1.378  30.492 -37.785  1.00 42.55      A     \nATOM    453  N   ALA X 763      -0.819  23.928 -39.537  1.00 33.60      A     \nATOM    454  CA  ALA X 763      -1.265  22.543 -39.462  1.00 32.82      A     \nATOM    455  C   ALA X 763      -0.087  21.603 -39.684  1.00 32.99      A     \nATOM    456  O   ALA X 763      -0.038  20.509 -39.121  1.00 31.49      A     \nATOM    457  CB  ALA X 763      -2.347  22.287 -40.504  1.00 31.60      A     \nATOM    458  N   TYR X 764       0.861  22.038 -40.508  1.00 34.53      A     \nATOM    459  CA  TYR X 764       2.063  21.258 -40.776  1.00 36.30      A     \nATOM    460  C   TYR X 764       2.835  21.006 -39.486  1.00 36.50      A     \nATOM    461  O   TYR X 764       3.147  19.863 -39.150  1.00 36.78      A     \nATOM    462  CB  TYR X 764       2.955  21.998 -41.776  1.00 38.59      A     \nATOM    463  CG  TYR X 764       4.340  21.409 -41.923  1.00 41.03      A     \nATOM    464  CD1 TYR X 764       4.599  20.416 -42.860  1.00 42.13      A     \nATOM    465  CD2 TYR X 764       5.391  21.849 -41.128  1.00 42.29      A     \nATOM    466  CE1 TYR X 764       5.867  19.877 -43.000  1.00 42.76      A     \nATOM    467  CE2 TYR X 764       6.660  21.317 -41.260  1.00 43.33      A     \nATOM    468  CZ  TYR X 764       6.893  20.333 -42.197  1.00 43.46      A     \nATOM    469  OH  TYR X 764       8.156  19.804 -42.330  1.00 45.21      A     \nATOM    470  N   VAL X 765       3.139  22.080 -38.765  1.00 36.00      A     \nATOM    471  CA  VAL X 765       3.854  21.975 -37.500  1.00 35.24      A     \nATOM    472  C   VAL X 765       3.024  21.174 -36.505  1.00 34.11      A     \nATOM    473  O   VAL X 765       3.562  20.449 -35.668  1.00 35.01      A     \nATOM    474  CB  VAL X 765       4.134  23.370 -36.902  1.00 35.63      A     \nATOM    475  CG1 VAL X 765       4.898  23.231 -35.597  1.00 36.03      A     \nATOM    476  CG2 VAL X 765       4.919  24.212 -37.894  1.00 36.91      A     \nATOM    477  N   MET X 766       1.707  21.306 -36.610  1.00 32.86      A     \nATOM    478  CA  MET X 766       0.786  20.635 -35.702  1.00 29.45      A     \nATOM    479  C   MET X 766       0.791  19.127 -35.944  1.00 27.39      A     \nATOM    480  O   MET X 766       0.694  18.336 -35.005  1.00 27.59      A     \nATOM    481  CB  MET X 766      -0.626  21.194 -35.900  1.00 33.00      A     \nATOM    482  CG  MET X 766      -1.652  20.713 -34.889  1.00 35.03      A     \nATOM    483  SD  MET X 766      -3.178  21.684 -34.958  1.00 39.15      A     \nATOM    484  CE  MET X 766      -2.562  23.320 -34.548  1.00 38.02      A     \nATOM    485  N  AALA X 767       0.914  18.737 -37.209  0.60 24.96      A     \nATOM    486  CA AALA X 767       0.876  17.329 -37.587  0.60 22.46      A     \nATOM    487  C  AALA X 767       2.191  16.625 -37.261  0.60 21.11      A     \nATOM    488  O  AALA X 767       2.251  15.396 -37.217  0.60 20.66      A     \nATOM    489  CB AALA X 767       0.568  17.200 -39.076  0.60 22.23      A     \nATOM    490  N  BALA X 767       0.912  18.736 -37.209  0.40 25.29      A     \nATOM    491  CA BALA X 767       0.876  17.328 -37.585  0.40 22.99      A     \nATOM    492  C  BALA X 767       2.189  16.625 -37.253  0.40 21.63      A     \nATOM    493  O  BALA X 767       2.247  15.396 -37.198  0.40 21.26      A     \nATOM    494  CB BALA X 767       0.574  17.197 -39.075  0.40 22.93      A     \nATOM    495  N   SER X 768       3.240  17.408 -37.033  1.00 20.25      A     \nATOM    496  CA  SER X 768       4.557  16.855 -36.739  1.00 19.83      A     \nATOM    497  C   SER X 768       4.673  16.461 -35.271  1.00 19.38      A     \nATOM    498  O   SER X 768       5.639  15.810 -34.871  1.00 18.52      A     \nATOM    499  CB  SER X 768       5.651  17.870 -37.074  1.00 22.50      A     \nATOM    500  OG  SER X 768       5.629  18.957 -36.166  1.00 24.69      A     \nATOM    501  N   VAL X 769       3.692  16.870 -34.472  1.00 18.53      A     \nATOM    502  CA  VAL X 769       3.655  16.504 -33.061  1.00 18.68      A     \nATOM    503  C   VAL X 769       3.258  15.039 -32.937  1.00 17.70      A     \nATOM    504  O   VAL X 769       2.089  14.684 -33.100  1.00 18.49      A     \nATOM    505  CB  VAL X 769       2.647  17.383 -32.287  1.00 20.25      A     \nATOM    506  CG1 VAL X 769       2.562  16.931 -30.835  1.00 22.65      A     \nATOM    507  CG2 VAL X 769       3.074  18.841 -32.362  1.00 22.64      A     \nATOM    508  N   ASP X 770       4.247  14.196 -32.651  1.00 15.08      A     \nATOM    509  CA  ASP X 770       4.083  12.747 -32.694  1.00 15.49      A     \nATOM    510  C   ASP X 770       4.593  12.129 -31.392  1.00 14.61      A     \nATOM    511  O   ASP X 770       5.779  11.826 -31.259  1.00 15.24      A     \nATOM    512  CB  ASP X 770       4.869  12.185 -33.885  1.00 15.94      A     \nATOM    513  CG  ASP X 770       4.601  10.715 -34.128  1.00 18.25      A     \nATOM    514  OD1 ASP X 770       3.740  10.137 -33.438  1.00 17.19      A     \nATOM    515  OD2 ASP X 770       5.261  10.138 -35.020  1.00 18.30      A     \nATOM    516  N   ASN X 771       3.687  11.945 -30.437  1.00 13.11      A     \nATOM    517  CA  ASN X 771       4.033  11.422 -29.119  1.00 13.08      A     \nATOM    518  C   ASN X 771       2.840  10.636 -28.584  1.00 12.51      A     \nATOM    519  O   ASN X 771       1.690  10.996 -28.830  1.00 12.73      A     \nATOM    520  CB  ASN X 771       4.368  12.581 -28.173  1.00 12.85      A     \nATOM    521  CG  ASN X 771       4.711  12.114 -26.772  1.00 13.39      A     \nATOM    522  OD1 ASN X 771       3.851  12.075 -25.893  1.00 14.47      A     \nATOM    523  ND2 ASN X 771       5.974  11.759 -26.558  1.00 14.83      A     \nATOM    524  N   PRO X 772       3.096   9.541 -27.855  1.00 12.83      A     \nATOM    525  CA  PRO X 772       2.004   8.705 -27.345  1.00 13.17      A     \nATOM    526  C   PRO X 772       1.022   9.438 -26.436  1.00 11.92      A     \nATOM    527  O   PRO X 772      -0.097   8.969 -26.218  1.00 12.94      A     \nATOM    528  CB  PRO X 772       2.726   7.580 -26.607  1.00 13.14      A     \nATOM    529  CG  PRO X 772       4.066   7.507 -27.274  1.00 16.81      A     \nATOM    530  CD  PRO X 772       4.414   8.935 -27.597  1.00 13.80      A     \nATOM    531  N   HIS X 773       1.427  10.587 -25.903  1.00 11.58      A     \nATOM    532  CA  HIS X 773       0.574  11.266 -24.939  1.00 11.65      A     \nATOM    533  C   HIS X 773       0.175  12.671 -25.350  1.00 10.89      A     \nATOM    534  O   HIS X 773      -0.171  13.507 -24.514  1.00 11.53      A     \nATOM    535  CB  HIS X 773       1.247  11.239 -23.569  1.00 12.52      A     \nATOM    536  CG  HIS X 773       1.537   9.848 -23.102  1.00 13.26      A     \nATOM    537  ND1 HIS X 773       0.539   8.936 -22.835  1.00 15.06      A     \nATOM    538  CD2 HIS X 773       2.706   9.180 -22.958  1.00 13.44      A     \nATOM    539  CE1 HIS X 773       1.080   7.765 -22.552  1.00 14.62      A     \nATOM    540  NE2 HIS X 773       2.394   7.886 -22.620  1.00 14.72      A     \nATOM    541  N   VAL X 774       0.209  12.914 -26.656  1.00 11.69      A     \nATOM    542  CA  VAL X 774      -0.371  14.120 -27.234  1.00 12.29      A     \nATOM    543  C   VAL X 774      -1.223  13.710 -28.432  1.00 12.58      A     \nATOM    544  O   VAL X 774      -0.797  12.901 -29.257  1.00 12.59      A     \nATOM    545  CB  VAL X 774       0.722  15.104 -27.707  1.00 12.54      A     \nATOM    546  CG1 VAL X 774       0.081  16.386 -28.223  1.00 14.22      A     \nATOM    547  CG2 VAL X 774       1.679  15.410 -26.562  1.00 13.99      A     \nATOM    548  N   CYS X 775      -2.430  14.258 -28.523  1.00 12.58      A     \nATOM    549  CA  CYS X 775      -3.327  13.946 -29.629  1.00 13.39      A     \nATOM    550  C   CYS X 775      -2.783  14.476 -30.944  1.00 13.30      A     \nATOM    551  O   CYS X 775      -2.373  15.632 -31.037  1.00 15.17      A     \nATOM    552  CB  CYS X 775      -4.707  14.546 -29.376  1.00 14.16      A     \nATOM    553  SG  CYS X 775      -5.614  13.724 -28.069  1.00 16.06      A     \nATOM    554  N   ARG X 776      -2.790  13.627 -31.966  1.00 13.59      A     \nATOM    555  CA  ARG X 776      -2.179  13.987 -33.236  1.00 14.60      A     \nATOM    556  C   ARG X 776      -3.205  14.482 -34.247  1.00 14.06      A     \nATOM    557  O   ARG X 776      -4.334  13.990 -34.302  1.00 14.69      A     \nATOM    558  CB  ARG X 776      -1.416  12.793 -33.815  1.00 17.57      A     \nATOM    559  CG  ARG X 776      -0.559  13.149 -35.024  1.00 19.92      A     \nATOM    560  CD  ARG X 776       0.602  12.182 -35.199  1.00 22.25      A     \nATOM    561  NE  ARG X 776       0.156  10.794 -35.236  1.00 24.01      A     \nATOM    562  CZ  ARG X 776      -0.135  10.130 -36.350  1.00 24.56      A     \nATOM    563  NH1 ARG X 776      -0.025  10.728 -37.528  1.00 24.94      A     \nATOM    564  NH2 ARG X 776      -0.537   8.869 -36.286  1.00 25.22      A     \nATOM    565  N   LEU X 777      -2.792  15.470 -35.033  1.00 14.98      A     \nATOM    566  CA  LEU X 777      -3.551  15.923 -36.190  1.00 14.34      A     \nATOM    567  C   LEU X 777      -3.247  14.989 -37.354  1.00 15.33      A     \nATOM    568  O   LEU X 777      -2.085  14.790 -37.712  1.00 17.18      A     \nATOM    569  CB  LEU X 777      -3.142  17.351 -36.559  1.00 17.71      A     \nATOM    570  CG  LEU X 777      -3.818  17.958 -37.791  1.00 19.62      A     \nATOM    571  CD1 LEU X 777      -5.315  18.040 -37.560  1.00 20.91      A     \nATOM    572  CD2 LEU X 777      -3.243  19.340 -38.063  1.00 24.10      A     \nATOM    573  N   LEU X 778      -4.296  14.415 -37.934  1.00 14.52      A     \nATOM    574  CA  LEU X 778      -4.145  13.443 -39.012  1.00 14.79      A     \nATOM    575  C   LEU X 778      -4.347  14.075 -40.384  1.00 16.72      A     \nATOM    576  O   LEU X 778      -3.770  13.628 -41.378  1.00 17.77      A     \nATOM    577  CB  LEU X 778      -5.146  12.303 -38.826  1.00 15.58      A     \nATOM    578  CG  LEU X 778      -5.077  11.567 -37.486  1.00 14.56      A     \nATOM    579  CD1 LEU X 778      -6.138  10.484 -37.434  1.00 16.62      A     \nATOM    580  CD2 LEU X 778      -3.688  10.970 -37.309  1.00 15.75      A     \nATOM    581  N   GLY X 779      -5.179  15.108 -40.439  1.00 15.05      A     \nATOM    582  CA  GLY X 779      -5.442  15.759 -41.707  1.00 16.31      A     \nATOM    583  C   GLY X 779      -6.215  17.045 -41.516  1.00 16.78      A     \nATOM    584  O   GLY X 779      -6.660  17.357 -40.412  1.00 17.65      A     \nATOM    585  N   ILE X 780      -6.377  17.795 -42.597  1.00 17.62      A     \nATOM    586  CA  ILE X 780      -7.100  19.053 -42.533  1.00 18.83      A     \nATOM    587  C   ILE X 780      -7.907  19.266 -43.803  1.00 19.36      A     \nATOM    588  O   ILE X 780      -7.476  18.900 -44.897  1.00 21.23      A     \nATOM    589  CB  ILE X 780      -6.133  20.240 -42.338  1.00 19.28      A     \nATOM    590  CG1 ILE X 780      -6.922  21.543 -42.205  1.00 20.47      A     \nATOM    591  CG2 ILE X 780      -5.162  20.318 -43.504  1.00 19.36      A     \nATOM    592  CD1 ILE X 780      -6.062  22.736 -41.852  1.00 23.48      A     \nATOM    593  N   CYS X 781      -9.089  19.849 -43.644  1.00 19.81      A     \nATOM    594  CA  CYS X 781      -9.938  20.184 -44.777  1.00 21.41      A     \nATOM    595  C   CYS X 781     -10.253  21.672 -44.738  1.00 23.21      A     \nATOM    596  O   CYS X 781     -10.780  22.176 -43.747  1.00 22.87      A     \nATOM    597  CB  CYS X 781     -11.234  19.375 -44.716  1.00 20.73      A     \nATOM    598  SG  CYS X 781     -12.359  19.675 -46.094  1.00 24.80      A     \nATOM    599  N   LEU X 782      -9.923  22.373 -45.817  1.00 25.96      A     \nATOM    600  CA  LEU X 782     -10.178  23.805 -45.895  1.00 29.32      A     \nATOM    601  C   LEU X 782     -11.311  24.110 -46.866  1.00 31.11      A     \nATOM    602  O   LEU X 782     -11.191  23.883 -48.069  1.00 32.25      A     \nATOM    603  CB  LEU X 782      -8.912  24.547 -46.330  1.00 29.37      A     \nATOM    604  CG  LEU X 782      -7.711  24.427 -45.389  1.00 29.26      A     \nATOM    605  CD1 LEU X 782      -6.553  25.255 -45.922  1.00 30.44      A     \nATOM    606  CD2 LEU X 782      -8.107  24.893 -43.998  1.00 29.65      A     \nATOM    607  N   THR X 783     -12.413  24.619 -46.328  1.00 32.93      A     \nATOM    608  CA  THR X 783     -13.535  25.067 -47.142  1.00 35.07      A     \nATOM    609  C   THR X 783     -13.941  26.466 -46.698  1.00 35.80      A     \nATOM    610  O   THR X 783     -13.120  27.383 -46.682  1.00 36.73      A     \nATOM    611  CB  THR X 783     -14.741  24.121 -46.992  1.00 35.51      A     \nATOM    612  OG1 THR X 783     -15.124  24.045 -45.613  1.00 36.19      A     \nATOM    613  CG2 THR X 783     -14.388  22.728 -47.492  1.00 36.61      A     \nATOM    614  N   SER X 784     -15.209  26.628 -46.335  1.00 36.42      A     \nATOM    615  CA  SER X 784     -15.663  27.864 -45.715  1.00 36.79      A     \nATOM    616  C   SER X 784     -15.219  27.868 -44.257  1.00 36.23      A     \nATOM    617  O   SER X 784     -15.093  28.922 -43.634  1.00 36.46      A     \nATOM    618  CB  SER X 784     -17.188  27.972 -45.796  1.00 37.71      A     \nATOM    619  OG  SER X 784     -17.813  26.884 -45.138  1.00 40.16      A     \nATOM    620  N   THR X 785     -14.983  26.674 -43.722  1.00 35.28      A     \nATOM    621  CA  THR X 785     -14.496  26.520 -42.356  1.00 33.67      A     \nATOM    622  C   THR X 785     -13.214  25.697 -42.346  1.00 32.12      A     \nATOM    623  O   THR X 785     -12.929  24.965 -43.294  1.00 32.83      A     \nATOM    624  CB  THR X 785     -15.532  25.806 -41.471  1.00 34.22      A     \nATOM    625  OG1 THR X 785     -15.756  24.481 -41.972  1.00 34.78      A     \nATOM    626  CG2 THR X 785     -16.845  26.572 -41.468  1.00 34.62      A     \nATOM    627  N   VAL X 786     -12.443  25.822 -41.271  1.00 29.89      A     \nATOM    628  CA  VAL X 786     -11.282  24.966 -41.065  1.00 27.78      A     \nATOM    629  C   VAL X 786     -11.695  23.739 -40.264  1.00 25.52      A     \nATOM    630  O   VAL X 786     -12.212  23.858 -39.154  1.00 24.73      A     \nATOM    631  CB  VAL X 786     -10.170  25.701 -40.292  1.00 28.14      A     \nATOM    632  CG1 VAL X 786      -8.985  24.771 -40.080  1.00 28.77      A     \nATOM    633  CG2 VAL X 786      -9.743  26.945 -41.051  1.00 29.09      A     \nATOM    634  N   GLN X 787     -11.472  22.559 -40.832  1.00 23.85      A     \nATOM    635  CA  GLN X 787     -11.754  21.321 -40.121  1.00 23.06      A     \nATOM    636  C   GLN X 787     -10.483  20.512 -39.901  1.00 21.78      A     \nATOM    637  O   GLN X 787      -9.799  20.132 -40.852  1.00 21.13      A     \nATOM    638  CB  GLN X 787     -12.783  20.487 -40.891  1.00 23.98      A     \nATOM    639  CG  GLN X 787     -14.176  21.102 -40.902  1.00 24.46      A     \nATOM    640  CD  GLN X 787     -15.210  20.205 -41.551  1.00 23.73      A     \nATOM    641  OE1 GLN X 787     -15.848  19.390 -40.885  1.00 26.62      A     \nATOM    642  NE2 GLN X 787     -15.383  20.353 -42.858  1.00 25.81      A     \nATOM    643  N   LEU X 788     -10.173  20.260 -38.634  1.00 20.64      A     \nATOM    644  CA  LEU X 788      -9.001  19.476 -38.274  1.00 18.96      A     \nATOM    645  C   LEU X 788      -9.426  18.059 -37.917  1.00 17.59      A     \nATOM    646  O   LEU X 788     -10.205  17.848 -36.989  1.00 18.81      A     \nATOM    647  CB  LEU X 788      -8.286  20.117 -37.083  1.00 20.17      A     \nATOM    648  CG  LEU X 788      -7.811  21.559 -37.275  1.00 21.69      A     \nATOM    649  CD1 LEU X 788      -7.153  22.054 -35.994  1.00 23.36      A     \nATOM    650  CD2 LEU X 788      -6.838  21.633 -38.438  1.00 23.29      A     \nATOM    651  N   ILE X 789      -8.912  17.089 -38.666  1.00 17.37      A     \nATOM    652  CA  ILE X 789      -9.209  15.688 -38.408  1.00 16.72      A     \nATOM    653  C   ILE X 789      -8.126  15.114 -37.505  1.00 15.21      A     \nATOM    654  O   ILE X 789      -6.946  15.102 -37.858  1.00 14.73      A     \nATOM    655  CB  ILE X 789      -9.280  14.877 -39.726  1.00 18.08      A     \nATOM    656  CG1 ILE X 789     -10.535  15.264 -40.519  1.00 20.89      A     \nATOM    657  CG2 ILE X 789      -9.306  13.392 -39.423  1.00 17.89      A     \nATOM    658  CD1 ILE X 789     -10.568  16.702 -40.985  1.00 24.07      A     \nATOM    659  N  AMET X 790      -8.533  14.646 -36.333  0.50 15.15      A     \nATOM    660  CA AMET X 790      -7.577  14.245 -35.316  0.50 15.06      A     \nATOM    661  C  AMET X 790      -7.887  12.867 -34.768  0.50 14.84      A     \nATOM    662  O  AMET X 790      -8.976  12.331 -34.975  0.50 14.63      A     \nATOM    663  CB AMET X 790      -7.577  15.262 -34.178  0.50 16.06      A     \nATOM    664  CG AMET X 790      -7.300  16.676 -34.637  0.50 16.00      A     \nATOM    665  SD AMET X 790      -7.272  17.823 -33.264  0.50 16.25      A     \nATOM    666  CE AMET X 790      -5.781  17.292 -32.415  0.50 17.73      A     \nATOM    667  N  BMET X 790      -8.548  14.661 -36.326  0.50 14.66      A     \nATOM    668  CA BMET X 790      -7.637  14.294 -35.244  0.50 14.33      A     \nATOM    669  C  BMET X 790      -7.862  12.844 -34.824  0.50 14.35      A     \nATOM    670  O  BMET X 790      -8.873  12.238 -35.175  0.50 14.72      A     \nATOM    671  CB BMET X 790      -7.871  15.200 -34.029  0.50 13.85      A     \nATOM    672  CG BMET X 790      -7.957  16.687 -34.343  0.50 15.61      A     \nATOM    673  SD BMET X 790      -6.354  17.511 -34.444  0.50 16.72      A     \nATOM    674  CE BMET X 790      -5.645  17.109 -32.847  0.50 16.80      A     \nATOM    675  N   GLN X 791      -6.917  12.297 -34.063  1.00 13.73      A     \nATOM    676  CA  GLN X 791      -7.122  11.024 -33.389  1.00 14.38      A     \nATOM    677  C   GLN X 791      -8.337  11.121 -32.480  1.00 14.55      A     \nATOM    678  O   GLN X 791      -8.498  12.098 -31.743  1.00 15.75      A     \nATOM    679  CB  GLN X 791      -5.895  10.661 -32.553  1.00 14.37      A     \nATOM    680  CG  GLN X 791      -4.632  10.434 -33.365  1.00 15.95      A     \nATOM    681  CD  GLN X 791      -3.416  10.185 -32.492  1.00 17.26      A     \nATOM    682  OE1 GLN X 791      -3.237  10.826 -31.456  1.00 16.63      A     \nATOM    683  NE2 GLN X 791      -2.570   9.250 -32.909  1.00 19.07      A     \nATOM    684  N   LEU X 792      -9.191  10.106 -32.533  1.00 14.41      A     \nATOM    685  CA  LEU X 792     -10.358  10.050 -31.667  1.00 15.02      A     \nATOM    686  C   LEU X 792      -9.993   9.410 -30.334  1.00 14.34      A     \nATOM    687  O   LEU X 792      -9.370   8.348 -30.287  1.00 15.86      A     \nATOM    688  CB  LEU X 792     -11.475   9.244 -32.336  1.00 15.25      A     \nATOM    689  CG  LEU X 792     -12.751   9.028 -31.519  1.00 15.97      A     \nATOM    690  CD1 LEU X 792     -13.440  10.360 -31.268  1.00 16.47      A     \nATOM    691  CD2 LEU X 792     -13.676   8.083 -32.274  1.00 17.70      A     \nATOM    692  N   MET X 793     -10.383  10.068 -29.248  1.00 14.24      A     \nATOM    693  CA  MET X 793     -10.201   9.526 -27.911  1.00 13.66      A     \nATOM    694  C   MET X 793     -11.565   9.077 -27.395  1.00 13.45      A     \nATOM    695  O   MET X 793     -12.361   9.889 -26.918  1.00 14.92      A     \nATOM    696  CB  MET X 793      -9.605  10.599 -26.996  1.00 14.64      A     \nATOM    697  CG  MET X 793      -8.270  11.146 -27.486  1.00 13.77      A     \nATOM    698  SD  MET X 793      -6.948   9.923 -27.392  1.00 15.84      A     \nATOM    699  CE  MET X 793      -6.559   9.698 -29.122  1.00 17.69      A     \nATOM    700  N   PRO X 794     -11.852   7.770 -27.491  1.00 14.60      A     \nATOM    701  CA  PRO X 794     -13.211   7.239 -27.329  1.00 15.40      A     \nATOM    702  C   PRO X 794     -13.848   7.467 -25.960  1.00 15.31      A     \nATOM    703  O   PRO X 794     -15.070   7.403 -25.824  1.00 17.19      A     \nATOM    704  CB  PRO X 794     -13.057   5.748 -27.637  1.00 17.22      A     \nATOM    705  CG  PRO X 794     -11.821   5.654 -28.453  1.00 18.12      A     \nATOM    706  CD  PRO X 794     -10.909   6.723 -27.919  1.00 16.24      A     \nATOM    707  N   PHE X 795     -13.031   7.722 -24.943  1.00 14.60      A     \nATOM    708  CA  PHE X 795     -13.553   7.860 -23.587  1.00 15.42      A     \nATOM    709  C   PHE X 795     -13.686   9.310 -23.125  1.00 14.01      A     \nATOM    710  O   PHE X 795     -14.050   9.568 -21.977  1.00 16.44      A     \nATOM    711  CB  PHE X 795     -12.681   7.076 -22.601  1.00 15.72      A     \nATOM    712  CG  PHE X 795     -12.822   5.585 -22.724  1.00 17.98      A     \nATOM    713  CD1 PHE X 795     -12.021   4.870 -23.599  1.00 17.90      A     \nATOM    714  CD2 PHE X 795     -13.766   4.900 -21.975  1.00 19.77      A     \nATOM    715  CE1 PHE X 795     -12.160   3.499 -23.729  1.00 18.52      A     \nATOM    716  CE2 PHE X 795     -13.910   3.527 -22.099  1.00 20.56      A     \nATOM    717  CZ  PHE X 795     -13.105   2.827 -22.978  1.00 20.02      A     \nATOM    718  N   GLY X 796     -13.396  10.255 -24.014  1.00 13.67      A     \nATOM    719  CA  GLY X 796     -13.641  11.652 -23.698  1.00 13.82      A     \nATOM    720  C   GLY X 796     -12.622  12.287 -22.773  1.00 13.00      A     \nATOM    721  O   GLY X 796     -11.528  11.760 -22.584  1.00 14.92      A     \nATOM    722  N   CYS X 797     -12.978  13.429 -22.192  1.00 12.16      A     \nATOM    723  CA  CYS X 797     -12.039  14.158 -21.353  1.00 13.17      A     \nATOM    724  C   CYS X 797     -11.828  13.466 -20.015  1.00 12.32      A     \nATOM    725  O   CYS X 797     -12.738  12.849 -19.461  1.00 12.56      A     \nATOM    726  CB  CYS X 797     -12.515  15.599 -21.126  1.00 13.96      A     \nATOM    727  SG  CYS X 797     -14.083  15.686 -20.243  1.00 13.93      A     \nATOM    728  N   LEU X 798     -10.608  13.571 -19.504  1.00 11.24      A     \nATOM    729  CA  LEU X 798     -10.240  12.908 -18.268  1.00 11.36      A     \nATOM    730  C   LEU X 798     -11.002  13.476 -17.071  1.00 10.36      A     \nATOM    731  O   LEU X 798     -11.294  12.751 -16.126  1.00 11.81      A     \nATOM    732  CB  LEU X 798      -8.728  13.026 -18.048  1.00 11.82      A     \nATOM    733  CG  LEU X 798      -8.133  12.285 -16.850  1.00 12.00      A     \nATOM    734  CD1 LEU X 798      -8.532  10.821 -16.882  1.00 12.81      A     \nATOM    735  CD2 LEU X 798      -6.620  12.418 -16.886  1.00 12.50      A     \nATOM    736  N   LEU X 799     -11.338  14.763 -17.120  1.00 11.53      A     \nATOM    737  CA  LEU X 799     -12.118  15.376 -16.048  1.00 11.26      A     \nATOM    738  C   LEU X 799     -13.426  14.620 -15.827  1.00 11.86      A     \nATOM    739  O   LEU X 799     -13.740  14.226 -14.706  1.00 12.07      A     \nATOM    740  CB  LEU X 799     -12.427  16.839 -16.374  1.00 12.05      A     \nATOM    741  CG  LEU X 799     -13.301  17.563 -15.342  1.00 10.58      A     \nATOM    742  CD1 LEU X 799     -12.573  17.619 -14.001  1.00 11.96      A     \nATOM    743  CD2 LEU X 799     -13.633  18.962 -15.836  1.00 12.88      A     \nATOM    744  N   ASP X 800     -14.179  14.407 -16.902  1.00 12.09      A     \nATOM    745  CA  ASP X 800     -15.455  13.706 -16.793  1.00 12.67      A     \nATOM    746  C   ASP X 800     -15.244  12.244 -16.435  1.00 13.69      A     \nATOM    747  O   ASP X 800     -16.057  11.643 -15.735  1.00 13.72      A     \nATOM    748  CB  ASP X 800     -16.230  13.792 -18.106  1.00 15.02      A     \nATOM    749  CG  ASP X 800     -16.825  15.159 -18.343  1.00 18.89      A     \nATOM    750  OD1 ASP X 800     -17.303  15.405 -19.471  1.00 20.65      A     \nATOM    751  OD2 ASP X 800     -16.818  15.983 -17.404  1.00 20.01      A     \nATOM    752  N   TYR X 801     -14.146  11.668 -16.915  1.00 12.54      A     \nATOM    753  CA  TYR X 801     -13.880  10.261 -16.663  1.00 12.48      A     \nATOM    754  C   TYR X 801     -13.662   9.982 -15.178  1.00 12.76      A     \nATOM    755  O   TYR X 801     -14.229   9.034 -14.634  1.00 13.88      A     \nATOM    756  CB  TYR X 801     -12.659   9.796 -17.465  1.00 14.71      A     \nATOM    757  CG  TYR X 801     -12.447   8.301 -17.405  1.00 14.82      A     \nATOM    758  CD1 TYR X 801     -11.665   7.729 -16.409  1.00 15.61      A     \nATOM    759  CD2 TYR X 801     -13.064   7.455 -18.319  1.00 17.11      A     \nATOM    760  CE1 TYR X 801     -11.509   6.358 -16.320  1.00 17.08      A     \nATOM    761  CE2 TYR X 801     -12.914   6.082 -18.237  1.00 16.81      A     \nATOM    762  CZ  TYR X 801     -12.138   5.541 -17.236  1.00 17.65      A     \nATOM    763  OH  TYR X 801     -12.007   4.173 -17.139  1.00 20.77      A     \nATOM    764  N   VAL X 802     -12.846  10.797 -14.513  1.00 12.56      A     \nATOM    765  CA  VAL X 802     -12.588  10.567 -13.095  1.00 12.43      A     \nATOM    766  C   VAL X 802     -13.817  10.882 -12.244  1.00 12.75      A     \nATOM    767  O   VAL X 802     -14.016  10.277 -11.191  1.00 14.39      A     \nATOM    768  CB  VAL X 802     -11.367  11.389 -12.572  1.00 12.23      A     \nATOM    769  CG1 VAL X 802     -10.111  11.002 -13.345  1.00 15.35      A     \nATOM    770  CG2 VAL X 802     -11.633  12.881 -12.679  1.00 13.40      A     \nATOM    771  N   ARG X 803     -14.651  11.811 -12.702  1.00 12.39      A     \nATOM    772  CA  ARG X 803     -15.908  12.079 -12.009  1.00 13.34      A     \nATOM    773  C   ARG X 803     -16.868  10.900 -12.140  1.00 14.51      A     \nATOM    774  O   ARG X 803     -17.542  10.528 -11.179  1.00 15.23      A     \nATOM    775  CB  ARG X 803     -16.569  13.342 -12.565  1.00 13.10      A     \nATOM    776  CG  ARG X 803     -15.821  14.624 -12.241  1.00 12.93      A     \nATOM    777  CD  ARG X 803     -16.468  15.825 -12.903  1.00 13.26      A     \nATOM    778  NE  ARG X 803     -15.886  17.073 -12.420  1.00 12.96      A     \nATOM    779  CZ  ARG X 803     -16.227  18.282 -12.852  1.00 14.27      A     \nATOM    780  NH1 ARG X 803     -17.153  18.420 -13.791  1.00 15.59      A     \nATOM    781  NH2 ARG X 803     -15.647  19.356 -12.334  1.00 15.65      A     \nATOM    782  N  AGLU X 804     -16.934  10.313 -13.328  0.50 14.60      A     \nATOM    783  CA AGLU X 804     -17.854   9.210 -13.562  0.50 15.76      A     \nATOM    784  C  AGLU X 804     -17.414   7.961 -12.805  0.50 16.68      A     \nATOM    785  O  AGLU X 804     -18.230   7.278 -12.184  0.50 16.16      A     \nATOM    786  CB AGLU X 804     -17.939   8.905 -15.058  0.50 16.67      A     \nATOM    787  CG AGLU X 804     -18.878   7.760 -15.399  0.50 17.89      A     \nATOM    788  CD AGLU X 804     -18.971   7.504 -16.889  0.50 19.77      A     \nATOM    789  OE1AGLU X 804     -18.441   8.321 -17.670  0.50 22.50      A     \nATOM    790  OE2AGLU X 804     -19.576   6.483 -17.279  0.50 22.30      A     \nATOM    791  N  BGLU X 804     -16.905  10.300 -13.327  0.50 15.32      A     \nATOM    792  CA BGLU X 804     -17.842   9.219 -13.622  0.50 17.07      A     \nATOM    793  C  BGLU X 804     -17.421   7.871 -13.038  0.50 17.90      A     \nATOM    794  O  BGLU X 804     -18.267   7.021 -12.764  0.50 18.85      A     \nATOM    795  CB BGLU X 804     -18.029   9.081 -15.139  0.50 18.40      A     \nATOM    796  CG BGLU X 804     -18.589  10.325 -15.808  0.50 21.85      A     \nATOM    797  CD BGLU X 804     -19.092  10.076 -17.217  0.50 23.99      A     \nATOM    798  OE1BGLU X 804     -19.096   8.907 -17.655  0.50 24.28      A     \nATOM    799  OE2BGLU X 804     -19.484  11.057 -17.885  0.50 25.61      A     \nATOM    800  N   HIS X 805     -16.118   7.673 -12.849  1.00 16.59      A     \nATOM    801  CA  HIS X 805     -15.608   6.392 -12.367  1.00 18.88      A     \nATOM    802  C   HIS X 805     -14.890   6.489 -11.025  1.00 19.25      A     \nATOM    803  O   HIS X 805     -14.114   5.602 -10.666  1.00 20.78      A     \nATOM    804  CB  HIS X 805     -14.665   5.785 -13.406  1.00 20.93      A     \nATOM    805  CG  HIS X 805     -15.333   5.451 -14.702  1.00 22.52      A     \nATOM    806  ND1 HIS X 805     -15.190   6.222 -15.835  1.00 24.03      A     \nATOM    807  CD2 HIS X 805     -16.160   4.434 -15.040  1.00 24.10      A     \nATOM    808  CE1 HIS X 805     -15.901   5.694 -16.816  1.00 24.90      A     \nATOM    809  NE2 HIS X 805     -16.499   4.609 -16.360  1.00 26.00      A     \nATOM    810  N   LYS X 806     -15.156   7.558 -10.282  1.00 18.75      A     \nATOM    811  CA  LYS X 806     -14.421   7.838  -9.053  1.00 22.80      A     \nATOM    812  C   LYS X 806     -14.423   6.670  -8.071  1.00 24.59      A     \nATOM    813  O   LYS X 806     -13.479   6.500  -7.301  1.00 27.04      A     \nATOM    814  CB  LYS X 806     -14.994   9.084  -8.370  1.00 21.30      A     \nATOM    815  CG  LYS X 806     -16.470   8.989  -8.019  1.00 22.19      A     \nATOM    816  CD  LYS X 806     -16.944  10.258  -7.325  1.00 23.32      A     \nATOM    817  CE  LYS X 806     -18.461  10.308  -7.234  1.00 25.26      A     \nATOM    818  NZ  LYS X 806     -19.097  10.371  -8.580  1.00 26.75      A     \nATOM    819  N   ASP X 807     -15.481   5.866  -8.103  1.00 26.23      A     \nATOM    820  CA  ASP X 807     -15.628   4.760  -7.162  1.00 27.66      A     \nATOM    821  C   ASP X 807     -14.808   3.540  -7.569  1.00 27.47      A     \nATOM    822  O   ASP X 807     -14.641   2.608  -6.780  1.00 27.11      A     \nATOM    823  CB  ASP X 807     -17.102   4.361  -7.043  1.00 30.41      A     \nATOM    824  CG  ASP X 807     -17.962   5.470  -6.471  1.00 33.31      A     \nATOM    825  OD1 ASP X 807     -17.467   6.223  -5.607  1.00 34.84      A     \nATOM    826  OD2 ASP X 807     -19.135   5.586  -6.886  1.00 35.99      A     \nATOM    827  N   ASN X 808     -14.301   3.546  -8.798  1.00 27.07      A     \nATOM    828  CA  ASN X 808     -13.640   2.372  -9.359  1.00 26.51      A     \nATOM    829  C   ASN X 808     -12.235   2.659  -9.885  1.00 25.00      A     \nATOM    830  O   ASN X 808     -11.664   1.847 -10.613  1.00 26.65      A     \nATOM    831  CB  ASN X 808     -14.492   1.785 -10.487  1.00 29.99      A     \nATOM    832  CG  ASN X 808     -15.887   1.414 -10.028  1.00 32.60      A     \nATOM    833  OD1 ASN X 808     -16.874   2.018 -10.452  1.00 35.19      A     \nATOM    834  ND2 ASN X 808     -15.977   0.418  -9.154  1.00 34.03      A     \nATOM    835  N   ILE X 809     -11.681   3.811  -9.522  1.00 22.60      A     \nATOM    836  CA  ILE X 809     -10.332   4.172  -9.945  1.00 19.00      A     \nATOM    837  C   ILE X 809      -9.318   3.962  -8.827  1.00 17.88      A     \nATOM    838  O   ILE X 809      -9.472   4.488  -7.725  1.00 19.83      A     \nATOM    839  CB  ILE X 809     -10.267   5.643 -10.407  1.00 17.66      A     \nATOM    840  CG1 ILE X 809     -11.109   5.829 -11.669  1.00 16.86      A     \nATOM    841  CG2 ILE X 809      -8.826   6.044 -10.675  1.00 18.87      A     \nATOM    842  CD1 ILE X 809     -11.216   7.269 -12.121  1.00 15.71      A     \nATOM    843  N   GLY X 810      -8.277   3.188  -9.116  1.00 17.25      A     \nATOM    844  CA  GLY X 810      -7.278   2.889  -8.109  1.00 16.12      A     \nATOM    845  C   GLY X 810      -6.014   3.714  -8.255  1.00 14.51      A     \nATOM    846  O   GLY X 810      -5.866   4.481  -9.212  1.00 14.97      A     \nATOM    847  N   SER X 811      -5.096   3.552  -7.308  1.00 13.72      A     \nATOM    848  CA  SER X 811      -3.882   4.356  -7.271  1.00 12.90      A     \nATOM    849  C   SER X 811      -3.005   4.146  -8.501  1.00 13.34      A     \nATOM    850  O   SER X 811      -2.334   5.073  -8.954  1.00 13.80      A     \nATOM    851  CB  SER X 811      -3.075   4.045  -6.006  1.00 13.83      A     \nATOM    852  OG  SER X 811      -2.712   2.675  -5.943  1.00 14.59      A     \nATOM    853  N   GLN X 812      -3.010   2.935  -9.048  1.00 13.50      A     \nATOM    854  CA  GLN X 812      -2.149   2.639 -10.184  1.00 13.48      A     \nATOM    855  C   GLN X 812      -2.517   3.497 -11.387  1.00 13.62      A     \nATOM    856  O   GLN X 812      -1.642   4.051 -12.056  1.00 13.44      A     \nATOM    857  CB  GLN X 812      -2.252   1.162 -10.566  1.00 13.84      A     \nATOM    858  CG  GLN X 812      -1.253   0.750 -11.633  1.00 15.65      A     \nATOM    859  CD  GLN X 812       0.179   0.810 -11.132  1.00 17.24      A     \nATOM    860  OE1 GLN X 812       0.651  -0.109 -10.464  1.00 18.93      A     \nATOM    861  NE2 GLN X 812       0.879   1.896 -11.450  1.00 17.00      A     \nATOM    862  N   TYR X 813      -3.812   3.603 -11.666  1.00 13.44      A     \nATOM    863  CA  TYR X 813      -4.274   4.398 -12.796  1.00 12.90      A     \nATOM    864  C   TYR X 813      -3.969   5.880 -12.607  1.00 12.71      A     \nATOM    865  O   TYR X 813      -3.482   6.539 -13.526  1.00 12.18      A     \nATOM    866  CB  TYR X 813      -5.777   4.199 -13.010  1.00 16.33      A     \nATOM    867  CG  TYR X 813      -6.114   2.942 -13.782  1.00 19.59      A     \nATOM    868  CD1 TYR X 813      -6.009   1.691 -13.193  1.00 22.89      A     \nATOM    869  CD2 TYR X 813      -6.530   3.009 -15.104  1.00 22.29      A     \nATOM    870  CE1 TYR X 813      -6.308   0.539 -13.899  1.00 24.83      A     \nATOM    871  CE2 TYR X 813      -6.832   1.863 -15.819  1.00 25.00      A     \nATOM    872  CZ  TYR X 813      -6.719   0.632 -15.211  1.00 24.99      A     \nATOM    873  OH  TYR X 813      -7.018  -0.513 -15.919  1.00 27.31      A     \nATOM    874  N   LEU X 814      -4.242   6.402 -11.416  1.00 11.72      A     \nATOM    875  CA  LEU X 814      -4.023   7.819 -11.153  1.00 11.53      A     \nATOM    876  C   LEU X 814      -2.562   8.207 -11.330  1.00 11.80      A     \nATOM    877  O   LEU X 814      -2.255   9.198 -11.991  1.00 11.22      A     \nATOM    878  CB  LEU X 814      -4.491   8.174  -9.741  1.00 11.35      A     \nATOM    879  CG  LEU X 814      -6.011   8.278  -9.595  1.00 12.36      A     \nATOM    880  CD1 LEU X 814      -6.396   8.145  -8.132  1.00 13.76      A     \nATOM    881  CD2 LEU X 814      -6.488   9.605 -10.170  1.00 13.64      A     \nATOM    882  N   LEU X 815      -1.656   7.428 -10.752  1.00 11.35      A     \nATOM    883  CA  LEU X 815      -0.243   7.748 -10.862  1.00 11.34      A     \nATOM    884  C   LEU X 815       0.270   7.543 -12.285  1.00 10.80      A     \nATOM    885  O   LEU X 815       1.093   8.320 -12.766  1.00 12.26      A     \nATOM    886  CB  LEU X 815       0.569   6.919  -9.862  1.00 11.17      A     \nATOM    887  CG  LEU X 815       0.309   7.326  -8.403  1.00 12.29      A     \nATOM    888  CD1 LEU X 815       0.897   6.291  -7.459  1.00 12.49      A     \nATOM    889  CD2 LEU X 815       0.900   8.707  -8.134  1.00 14.06      A     \nATOM    890  N   ASN X 816      -0.228   6.517 -12.970  1.00 10.93      A     \nATOM    891  CA  ASN X 816       0.151   6.301 -14.362  1.00 12.04      A     \nATOM    892  C   ASN X 816      -0.257   7.501 -15.217  1.00 11.77      A     \nATOM    893  O   ASN X 816       0.509   7.944 -16.074  1.00 12.08      A     \nATOM    894  CB  ASN X 816      -0.501   5.026 -14.915  1.00 13.02      A     \nATOM    895  CG  ASN X 816       0.227   3.758 -14.498  1.00 14.87      A     \nATOM    896  OD1 ASN X 816      -0.209   2.649 -14.820  1.00 19.18      A     \nATOM    897  ND2 ASN X 816       1.338   3.910 -13.792  1.00 13.69      A     \nATOM    898  N   TRP X 817      -1.453   8.035 -14.981  1.00 11.39      A     \nATOM    899  CA  TRP X 817      -1.905   9.204 -15.734  1.00 11.29      A     \nATOM    900  C   TRP X 817      -1.001  10.403 -15.485  1.00 11.48      A     \nATOM    901  O   TRP X 817      -0.716  11.174 -16.400  1.00 11.29      A     \nATOM    902  CB  TRP X 817      -3.342   9.568 -15.358  1.00 12.26      A     \nATOM    903  CG  TRP X 817      -4.368   8.552 -15.777  1.00 12.66      A     \nATOM    904  CD1 TRP X 817      -4.285   7.674 -16.821  1.00 13.29      A     \nATOM    905  CD2 TRP X 817      -5.643   8.327 -15.164  1.00 12.90      A     \nATOM    906  NE1 TRP X 817      -5.433   6.916 -16.895  1.00 14.03      A     \nATOM    907  CE2 TRP X 817      -6.281   7.299 -15.888  1.00 13.09      A     \nATOM    908  CE3 TRP X 817      -6.306   8.896 -14.071  1.00 12.89      A     \nATOM    909  CZ2 TRP X 817      -7.550   6.828 -15.553  1.00 14.43      A     \nATOM    910  CZ3 TRP X 817      -7.566   8.427 -13.740  1.00 13.57      A     \nATOM    911  CH2 TRP X 817      -8.175   7.403 -14.479  1.00 14.19      A     \nATOM    912  N   CYS X 818      -0.543  10.559 -14.249  1.00 10.78      A     \nATOM    913  CA  CYS X 818       0.359  11.657 -13.929  1.00 11.73      A     \nATOM    914  C   CYS X 818       1.660  11.522 -14.715  1.00 11.24      A     \nATOM    915  O   CYS X 818       2.176  12.504 -15.241  1.00 10.36      A     \nATOM    916  CB  CYS X 818       0.662  11.682 -12.429  1.00 11.00      A     \nATOM    917  SG  CYS X 818      -0.732  12.156 -11.377  1.00 12.75      A     \nATOM    918  N   VAL X 819       2.185  10.303 -14.796  1.00 11.45      A     \nATOM    919  CA  VAL X 819       3.395  10.055 -15.573  1.00 11.65      A     \nATOM    920  C   VAL X 819       3.161  10.399 -17.042  1.00 10.20      A     \nATOM    921  O   VAL X 819       3.961  11.099 -17.664  1.00 11.22      A     \nATOM    922  CB  VAL X 819       3.831   8.575 -15.470  1.00 12.14      A     \nATOM    923  CG1 VAL X 819       5.008   8.317 -16.398  1.00 13.15      A     \nATOM    924  CG2 VAL X 819       4.212   8.241 -14.033  1.00 12.85      A     \nATOM    925  N   GLN X 820       2.049   9.922 -17.590  1.00 10.14      A     \nATOM    926  CA  GLN X 820       1.765  10.095 -19.009  1.00 10.63      A     \nATOM    927  C   GLN X 820       1.596  11.564 -19.387  1.00 10.12      A     \nATOM    928  O   GLN X 820       2.105  12.016 -20.412  1.00 10.57      A     \nATOM    929  CB  GLN X 820       0.511   9.304 -19.389  1.00 11.19      A     \nATOM    930  CG  GLN X 820       0.713   7.797 -19.305  1.00 11.08      A     \nATOM    931  CD  GLN X 820      -0.575   7.022 -19.470  1.00 12.88      A     \nATOM    932  OE1 GLN X 820      -1.568   7.542 -19.976  1.00 16.94      A     \nATOM    933  NE2 GLN X 820      -0.567   5.764 -19.038  1.00 15.16      A     \nATOM    934  N   ILE X 821       0.893  12.318 -18.551  1.00  9.91      A     \nATOM    935  CA  ILE X 821       0.713  13.735 -18.819  1.00 10.51      A     \nATOM    936  C   ILE X 821       2.061  14.456 -18.766  1.00 10.07      A     \nATOM    937  O   ILE X 821       2.351  15.305 -19.604  1.00 10.98      A     \nATOM    938  CB  ILE X 821      -0.272  14.362 -17.809  1.00  9.07      A     \nATOM    939  CG1 ILE X 821      -1.671  13.772 -18.017  1.00 10.10      A     \nATOM    940  CG2 ILE X 821      -0.318  15.871 -17.989  1.00 10.55      A     \nATOM    941  CD1 ILE X 821      -2.621  14.016 -16.855  1.00 10.95      A     \nATOM    942  N   ALA X 822       2.899  14.101 -17.796  1.00 10.30      A     \nATOM    943  CA  ALA X 822       4.229  14.694 -17.715  1.00 10.13      A     \nATOM    944  C   ALA X 822       5.081  14.345 -18.940  1.00 10.15      A     \nATOM    945  O   ALA X 822       5.855  15.175 -19.417  1.00 10.72      A     \nATOM    946  CB  ALA X 822       4.928  14.242 -16.436  1.00 11.63      A     \nATOM    947  N   LYS X 823       4.939  13.126 -19.452  1.00 10.36      A     \nATOM    948  CA  LYS X 823       5.671  12.734 -20.656  1.00 11.56      A     \nATOM    949  C   LYS X 823       5.215  13.538 -21.872  1.00 10.64      A     \nATOM    950  O   LYS X 823       6.036  13.985 -22.673  1.00 12.16      A     \nATOM    951  CB  LYS X 823       5.497  11.237 -20.925  1.00 11.91      A     \nATOM    952  CG  LYS X 823       6.262  10.347 -19.960  1.00 12.75      A     \nATOM    953  CD  LYS X 823       6.143   8.887 -20.346  1.00 15.22      A     \nATOM    954  CE  LYS X 823       7.002   8.014 -19.452  1.00 16.51      A     \nATOM    955  NZ  LYS X 823       6.878   6.572 -19.802  1.00 21.60      A     \nATOM    956  N   GLY X 824       3.906  13.730 -22.005  1.00 10.05      A     \nATOM    957  CA  GLY X 824       3.397  14.529 -23.106  1.00  9.86      A     \nATOM    958  C   GLY X 824       3.855  15.974 -23.023  1.00 10.39      A     \nATOM    959  O   GLY X 824       4.233  16.572 -24.029  1.00 10.90      A     \nATOM    960  N   MET X 825       3.835  16.541 -21.820  1.00 10.52      A     \nATOM    961  CA  MET X 825       4.281  17.918 -21.634  1.00  9.93      A     \nATOM    962  C   MET X 825       5.781  18.081 -21.883  1.00 10.55      A     \nATOM    963  O   MET X 825       6.221  19.085 -22.448  1.00 10.93      A     \nATOM    964  CB  MET X 825       3.931  18.401 -20.225  1.00 10.99      A     \nATOM    965  CG  MET X 825       2.433  18.586 -19.987  1.00 10.89      A     \nATOM    966  SD  MET X 825       1.666  19.743 -21.151  1.00 11.92      A     \nATOM    967  CE  MET X 825       2.520  21.259 -20.739  1.00 17.23      A     \nATOM    968  N   ASN X 826       6.568  17.095 -21.467  1.00 10.92      A     \nATOM    969  CA  ASN X 826       8.002  17.139 -21.722  1.00 11.40      A     \nATOM    970  C   ASN X 826       8.280  17.116 -23.228  1.00 12.08      A     \nATOM    971  O   ASN X 826       9.192  17.794 -23.709  1.00 13.24      A     \nATOM    972  CB  ASN X 826       8.691  15.954 -21.046  1.00 12.78      A     \nATOM    973  CG  ASN X 826      10.185  15.961 -21.255  1.00 14.83      A     \nATOM    974  OD1 ASN X 826      10.877  16.884 -20.831  1.00 16.07      A     \nATOM    975  ND2 ASN X 826      10.693  14.931 -21.921  1.00 16.60      A     \nATOM    976  N   TYR X 827       7.492  16.340 -23.968  1.00 12.15      A     \nATOM    977  CA  TYR X 827       7.621  16.301 -25.418  1.00 12.54      A     \nATOM    978  C   TYR X 827       7.307  17.673 -26.006  1.00 11.71      A     \nATOM    979  O   TYR X 827       8.037  18.172 -26.866  1.00 13.19      A     \nATOM    980  CB  TYR X 827       6.681  15.246 -26.006  1.00 12.86      A     \nATOM    981  CG  TYR X 827       6.704  15.195 -27.516  1.00 13.89      A     \nATOM    982  CD1 TYR X 827       7.669  14.457 -28.194  1.00 15.80      A     \nATOM    983  CD2 TYR X 827       5.774  15.901 -28.267  1.00 14.40      A     \nATOM    984  CE1 TYR X 827       7.704  14.428 -29.578  1.00 15.70      A     \nATOM    985  CE2 TYR X 827       5.804  15.880 -29.648  1.00 14.82      A     \nATOM    986  CZ  TYR X 827       6.770  15.143 -30.298  1.00 16.14      A     \nATOM    987  OH  TYR X 827       6.800  15.130 -31.676  1.00 17.38      A     \nATOM    988  N   LEU X 828       6.230  18.294 -25.535  1.00 11.72      A     \nATOM    989  CA  LEU X 828       5.889  19.634 -25.999  1.00 12.19      A     \nATOM    990  C   LEU X 828       7.005  20.627 -25.684  1.00 11.92      A     \nATOM    991  O   LEU X 828       7.341  21.464 -26.519  1.00 13.00      A     \nATOM    992  CB  LEU X 828       4.571  20.104 -25.374  1.00 13.97      A     \nATOM    993  CG  LEU X 828       3.327  19.319 -25.805  1.00 13.86      A     \nATOM    994  CD1 LEU X 828       2.096  19.910 -25.136  1.00 16.68      A     \nATOM    995  CD2 LEU X 828       3.185  19.359 -27.324  1.00 14.75      A     \nATOM    996  N   GLU X 829       7.590  20.533 -24.491  1.00 11.80      A     \nATOM    997  CA  GLU X 829       8.699  21.418 -24.137  1.00 12.61      A     \nATOM    998  C   GLU X 829       9.895  21.230 -25.077  1.00 14.45      A     \nATOM    999  O   GLU X 829      10.525  22.204 -25.491  1.00 14.38      A     \nATOM   1000  CB  GLU X 829       9.140  21.187 -22.686  1.00 13.28      A     \nATOM   1001  CG  GLU X 829      10.342  22.030 -22.288  1.00 12.82      A     \nATOM   1002  CD  GLU X 829      10.557  22.112 -20.785  1.00 15.95      A     \nATOM   1003  OE1 GLU X 829      11.487  22.833 -20.358  1.00 17.27      A     \nATOM   1004  OE2 GLU X 829       9.805  21.464 -20.027  1.00 16.45      A     \nATOM   1005  N   ASP X 830      10.201  19.982 -25.419  1.00 14.72      A     \nATOM   1006  CA  ASP X 830      11.268  19.704 -26.379  1.00 16.59      A     \nATOM   1007  C   ASP X 830      10.967  20.339 -27.736  1.00 16.24      A     \nATOM   1008  O   ASP X 830      11.884  20.720 -28.463  1.00 18.46      A     \nATOM   1009  CB  ASP X 830      11.456  18.191 -26.549  1.00 15.78      A     \nATOM   1010  CG  ASP X 830      12.221  17.559 -25.394  1.00 17.60      A     \nATOM   1011  OD1 ASP X 830      12.145  16.323 -25.242  1.00 19.27      A     \nATOM   1012  OD2 ASP X 830      12.899  18.294 -24.644  1.00 20.46      A     \nATOM   1013  N   ARG X 831       9.685  20.457 -28.071  1.00 16.68      A     \nATOM   1014  CA  ARG X 831       9.266  21.062 -29.334  1.00 17.40      A     \nATOM   1015  C   ARG X 831       9.137  22.579 -29.207  1.00 16.81      A     \nATOM   1016  O   ARG X 831       8.706  23.249 -30.146  1.00 18.03      A     \nATOM   1017  CB  ARG X 831       7.925  20.475 -29.791  1.00 17.87      A     \nATOM   1018  CG  ARG X 831       7.940  18.973 -30.052  1.00 19.46      A     \nATOM   1019  CD  ARG X 831       8.906  18.607 -31.169  1.00 20.78      A     \nATOM   1020  NE  ARG X 831       8.657  19.381 -32.382  1.00 21.54      A     \nATOM   1021  CZ  ARG X 831       7.839  19.002 -33.358  1.00 22.27      A     \nATOM   1022  NH1 ARG X 831       7.185  17.852 -33.271  1.00 23.78      A     \nATOM   1023  NH2 ARG X 831       7.671  19.777 -34.422  1.00 24.28      A     \nATOM   1024  N   ARG X 832       9.503  23.110 -28.042  1.00 16.88      A     \nATOM   1025  CA  ARG X 832       9.444  24.547 -27.781  1.00 17.00      A     \nATOM   1026  C   ARG X 832       8.007  25.063 -27.740  1.00 16.39      A     \nATOM   1027  O   ARG X 832       7.747  26.238 -28.009  1.00 17.78      A     \nATOM   1028  CB  ARG X 832      10.241  25.314 -28.841  1.00 19.03      A     \nATOM   1029  CG  ARG X 832      11.686  24.860 -28.970  1.00 21.69      A     \nATOM   1030  CD  ARG X 832      12.485  25.787 -29.870  1.00 25.63      A     \nATOM   1031  NE  ARG X 832      12.569  27.135 -29.317  1.00 26.56      A     \nATOM   1032  CZ  ARG X 832      13.422  27.502 -28.367  1.00 28.77      A     \nATOM   1033  NH1 ARG X 832      13.426  28.751 -27.923  1.00 30.15      A     \nATOM   1034  NH2 ARG X 832      14.274  26.620 -27.859  1.00 30.04      A     \nATOM   1035  N   LEU X 833       7.076  24.178 -27.399  1.00 14.84      A     \nATOM   1036  CA  LEU X 833       5.668  24.542 -27.309  1.00 14.99      A     \nATOM   1037  C   LEU X 833       5.253  24.785 -25.863  1.00 14.12      A     \nATOM   1038  O   LEU X 833       5.418  23.917 -25.005  1.00 16.47      A     \nATOM   1039  CB  LEU X 833       4.805  23.435 -27.917  1.00 15.46      A     \nATOM   1040  CG  LEU X 833       4.874  23.319 -29.443  1.00 16.47      A     \nATOM   1041  CD1 LEU X 833       4.344  21.966 -29.879  1.00 17.91      A     \nATOM   1042  CD2 LEU X 833       4.075  24.449 -30.080  1.00 18.98      A     \nATOM   1043  N   VAL X 834       4.720  25.973 -25.599  1.00 13.65      A     \nATOM   1044  CA  VAL X 834       4.115  26.269 -24.305  1.00 12.69      A     \nATOM   1045  C   VAL X 834       2.609  26.089 -24.451  1.00 12.98      A     \nATOM   1046  O   VAL X 834       1.985  26.675 -25.338  1.00 13.72      A     \nATOM   1047  CB  VAL X 834       4.416  27.717 -23.855  1.00 13.88      A     \nATOM   1048  CG1 VAL X 834       3.796  27.980 -22.496  1.00 16.58      A     \nATOM   1049  CG2 VAL X 834       5.918  27.938 -23.792  1.00 16.25      A     \nATOM   1050  N   HIS X 835       2.028  25.266 -23.587  1.00 11.18      A     \nATOM   1051  CA  HIS X 835       0.657  24.817 -23.768  1.00 11.72      A     \nATOM   1052  C   HIS X 835      -0.357  25.883 -23.348  1.00 11.10      A     \nATOM   1053  O   HIS X 835      -1.286  26.195 -24.095  1.00 11.75      A     \nATOM   1054  CB  HIS X 835       0.441  23.530 -22.971  1.00 11.16      A     \nATOM   1055  CG  HIS X 835      -0.892  22.898 -23.199  1.00 10.42      A     \nATOM   1056  ND1 HIS X 835      -2.048  23.368 -22.614  1.00 11.76      A     \nATOM   1057  CD2 HIS X 835      -1.257  21.832 -23.951  1.00 11.92      A     \nATOM   1058  CE1 HIS X 835      -3.067  22.620 -22.995  1.00 10.93      A     \nATOM   1059  NE2 HIS X 835      -2.614  21.680 -23.807  1.00 12.99      A     \nATOM   1060  N   ARG X 836      -0.168  26.431 -22.149  1.00 10.95      A     \nATOM   1061  CA  ARG X 836      -0.951  27.556 -21.631  1.00 10.96      A     \nATOM   1062  C   ARG X 836      -2.403  27.257 -21.259  1.00 11.08      A     \nATOM   1063  O   ARG X 836      -3.151  28.170 -20.897  1.00 11.85      A     \nATOM   1064  CB  ARG X 836      -0.927  28.726 -22.618  1.00 12.37      A     \nATOM   1065  CG  ARG X 836       0.466  29.172 -23.020  1.00 13.29      A     \nATOM   1066  CD  ARG X 836       0.472  30.611 -23.530  1.00 15.42      A     \nATOM   1067  NE  ARG X 836      -0.568  30.853 -24.525  1.00 17.49      A     \nATOM   1068  CZ  ARG X 836      -1.433  31.863 -24.479  1.00 16.32      A     \nATOM   1069  NH1 ARG X 836      -2.342  31.994 -25.432  1.00 17.96      A     \nATOM   1070  NH2 ARG X 836      -1.390  32.744 -23.488  1.00 18.17      A     \nATOM   1071  N   ASP X 837      -2.813  25.995 -21.335  1.00 11.06      A     \nATOM   1072  CA  ASP X 837      -4.189  25.651 -21.002  1.00 10.82      A     \nATOM   1073  C   ASP X 837      -4.302  24.230 -20.453  1.00 10.19      A     \nATOM   1074  O   ASP X 837      -5.305  23.552 -20.663  1.00 11.20      A     \nATOM   1075  CB  ASP X 837      -5.074  25.810 -22.246  1.00 13.22      A     \nATOM   1076  CG  ASP X 837      -6.554  25.899 -21.916  1.00 14.50      A     \nATOM   1077  OD1 ASP X 837      -7.367  25.701 -22.839  1.00 18.37      A     \nATOM   1078  OD2 ASP X 837      -6.907  26.166 -20.749  1.00 17.29      A     \nATOM   1079  N   LEU X 838      -3.276  23.768 -19.747  1.00  9.62      A     \nATOM   1080  CA  LEU X 838      -3.321  22.409 -19.229  1.00  9.29      A     \nATOM   1081  C   LEU X 838      -4.307  22.336 -18.066  1.00  9.19      A     \nATOM   1082  O   LEU X 838      -4.279  23.164 -17.152  1.00 10.02      A     \nATOM   1083  CB  LEU X 838      -1.931  21.948 -18.778  1.00  9.77      A     \nATOM   1084  CG  LEU X 838      -1.841  20.484 -18.326  1.00 10.52      A     \nATOM   1085  CD1 LEU X 838      -2.250  19.544 -19.458  1.00 11.57      A     \nATOM   1086  CD2 LEU X 838      -0.422  20.188 -17.869  1.00 12.09      A     \nATOM   1087  N   ALA X 839      -5.186  21.343 -18.127  1.00  8.86      A     \nATOM   1088  CA  ALA X 839      -6.243  21.139 -17.142  1.00  8.94      A     \nATOM   1089  C   ALA X 839      -6.825  19.768 -17.448  1.00  8.60      A     \nATOM   1090  O   ALA X 839      -6.661  19.258 -18.556  1.00  9.48      A     \nATOM   1091  CB  ALA X 839      -7.320  22.213 -17.284  1.00  9.77      A     \nATOM   1092  N   ALA X 840      -7.508  19.166 -16.483  1.00  8.65      A     \nATOM   1093  CA  ALA X 840      -8.041  17.825 -16.686  1.00  8.59      A     \nATOM   1094  C   ALA X 840      -9.047  17.787 -17.834  1.00  8.94      A     \nATOM   1095  O   ALA X 840      -9.217  16.753 -18.473  1.00  9.91      A     \nATOM   1096  CB  ALA X 840      -8.687  17.316 -15.406  1.00  9.61      A     \nATOM   1097  N   ARG X 841      -9.714  18.906 -18.102  1.00  9.72      A     \nATOM   1098  CA  ARG X 841     -10.667  18.953 -19.209  1.00 10.55      A     \nATOM   1099  C   ARG X 841      -9.957  18.856 -20.561  1.00 11.61      A     \nATOM   1100  O   ARG X 841     -10.574  18.498 -21.564  1.00 12.78      A     \nATOM   1101  CB  ARG X 841     -11.497  20.242 -19.149  1.00 11.87      A     \nATOM   1102  CG  ARG X 841     -10.676  21.499 -19.372  1.00 11.44      A     \nATOM   1103  CD  ARG X 841     -11.481  22.792 -19.231  1.00 13.26      A     \nATOM   1104  NE  ARG X 841     -10.596  23.952 -19.323  1.00 15.27      A     \nATOM   1105  CZ  ARG X 841     -10.012  24.537 -18.281  1.00 15.13      A     \nATOM   1106  NH1 ARG X 841     -10.228  24.085 -17.053  1.00 15.37      A     \nATOM   1107  NH2 ARG X 841      -9.180  25.554 -18.468  1.00 17.50      A     \nATOM   1108  N   ASN X 842      -8.664  19.173 -20.589  1.00 10.59      A     \nATOM   1109  CA  ASN X 842      -7.900  19.170 -21.835  1.00 11.38      A     \nATOM   1110  C   ASN X 842      -6.947  17.986 -21.932  1.00 10.95      A     \nATOM   1111  O   ASN X 842      -6.055  17.960 -22.781  1.00 12.43      A     \nATOM   1112  CB  ASN X 842      -7.130  20.486 -21.978  1.00 12.48      A     \nATOM   1113  CG  ASN X 842      -8.054  21.675 -22.142  1.00 12.77      A     \nATOM   1114  OD1 ASN X 842      -7.766  22.779 -21.674  1.00 14.94      A     \nATOM   1115  ND2 ASN X 842      -9.178  21.451 -22.806  1.00 11.98      A     \nATOM   1116  N   VAL X 843      -7.141  17.008 -21.057  1.00 10.71      A     \nATOM   1117  CA  VAL X 843      -6.499  15.711 -21.208  1.00 11.34      A     \nATOM   1118  C   VAL X 843      -7.593  14.723 -21.597  1.00 11.58      A     \nATOM   1119  O   VAL X 843      -8.672  14.718 -21.002  1.00 12.94      A     \nATOM   1120  CB  VAL X 843      -5.832  15.258 -19.889  1.00 10.34      A     \nATOM   1121  CG1 VAL X 843      -5.164  13.900 -20.081  1.00 11.58      A     \nATOM   1122  CG2 VAL X 843      -4.803  16.292 -19.444  1.00 12.83      A     \nATOM   1123  N   LEU X 844      -7.330  13.905 -22.611  1.00 11.79      A     \nATOM   1124  CA  LEU X 844      -8.356  13.015 -23.143  1.00 11.54      A     \nATOM   1125  C   LEU X 844      -7.984  11.558 -22.924  1.00 11.49      A     \nATOM   1126  O   LEU X 844      -6.815  11.229 -22.722  1.00 12.26      A     \nATOM   1127  CB  LEU X 844      -8.557  13.281 -24.632  1.00 12.13      A     \nATOM   1128  CG  LEU X 844      -8.869  14.737 -24.989  1.00 13.09      A     \nATOM   1129  CD1 LEU X 844      -8.987  14.858 -26.495  1.00 15.29      A     \nATOM   1130  CD2 LEU X 844     -10.152  15.194 -24.308  1.00 16.22      A     \nATOM   1131  N   VAL X 845      -8.987  10.687 -22.963  1.00 12.69      A     \nATOM   1132  CA  VAL X 845      -8.798   9.293 -22.590  1.00 12.70      A     \nATOM   1133  C   VAL X 845      -8.935   8.370 -23.802  1.00 12.93      A     \nATOM   1134  O   VAL X 845     -10.024   8.198 -24.351  1.00 14.50      A     \nATOM   1135  CB  VAL X 845      -9.818   8.884 -21.500  1.00 11.46      A     \nATOM   1136  CG1 VAL X 845      -9.556   7.465 -21.033  1.00 13.04      A     \nATOM   1137  CG2 VAL X 845      -9.737   9.859 -20.329  1.00 12.86      A     \nATOM   1138  N   LYS X 846      -7.814   7.790 -24.217  1.00 12.43      A     \nATOM   1139  CA  LYS X 846      -7.798   6.845 -25.328  1.00 13.09      A     \nATOM   1140  C   LYS X 846      -8.339   5.500 -24.858  1.00 14.40      A     \nATOM   1141  O   LYS X 846      -9.231   4.920 -25.485  1.00 14.50      A     \nATOM   1142  CB  LYS X 846      -6.369   6.678 -25.847  1.00 14.30      A     \nATOM   1143  CG  LYS X 846      -6.262   5.754 -27.047  1.00 14.92      A     \nATOM   1144  CD  LYS X 846      -4.827   5.328 -27.287  1.00 17.42      A     \nATOM   1145  CE  LYS X 846      -4.720   4.421 -28.498  1.00 18.25      A     \nATOM   1146  NZ  LYS X 846      -3.396   3.749 -28.540  1.00 18.96      A     \nATOM   1147  N   THR X 847      -7.780   5.013 -23.754  1.00 13.71      A     \nATOM   1148  CA  THR X 847      -8.314   3.873 -23.013  1.00 14.63      A     \nATOM   1149  C   THR X 847      -8.157   4.238 -21.543  1.00 15.43      A     \nATOM   1150  O   THR X 847      -7.453   5.191 -21.211  1.00 14.86      A     \nATOM   1151  CB  THR X 847      -7.501   2.587 -23.261  1.00 15.67      A     \nATOM   1152  OG1 THR X 847      -6.194   2.742 -22.695  1.00 16.88      A     \nATOM   1153  CG2 THR X 847      -7.379   2.302 -24.751  1.00 17.65      A     \nATOM   1154  N   PRO X 848      -8.794   3.482 -20.639  1.00 15.61      A     \nATOM   1155  CA  PRO X 848      -8.603   3.783 -19.216  1.00 16.40      A     \nATOM   1156  C   PRO X 848      -7.129   3.839 -18.820  1.00 17.45      A     \nATOM   1157  O   PRO X 848      -6.760   4.511 -17.858  1.00 17.27      A     \nATOM   1158  CB  PRO X 848      -9.350   2.653 -18.510  1.00 19.01      A     \nATOM   1159  CG  PRO X 848     -10.397   2.237 -19.496  1.00 19.70      A     \nATOM   1160  CD  PRO X 848      -9.741   2.372 -20.844  1.00 18.06      A     \nATOM   1161  N   GLN X 849      -6.288   3.142 -19.579  1.00 15.92      A     \nATOM   1162  CA  GLN X 849      -4.877   3.009 -19.238  1.00 16.93      A     \nATOM   1163  C   GLN X 849      -3.978   4.024 -19.946  1.00 16.80      A     \nATOM   1164  O   GLN X 849      -2.769   4.057 -19.710  1.00 18.48      A     \nATOM   1165  CB  GLN X 849      -4.393   1.594 -19.571  1.00 18.80      A     \nATOM   1166  CG  GLN X 849      -5.094   0.482 -18.794  1.00 23.65      A     \nATOM   1167  CD  GLN X 849      -6.446   0.111 -19.381  1.00 26.70      A     \nATOM   1168  OE1 GLN X 849      -7.340  -0.345 -18.666  1.00 29.81      A     \nATOM   1169  NE2 GLN X 849      -6.600   0.298 -20.687  1.00 26.80      A     \nATOM   1170  N   HIS X 850      -4.559   4.845 -20.816  1.00 14.37      A     \nATOM   1171  CA  HIS X 850      -3.764   5.658 -21.732  1.00 13.16      A     \nATOM   1172  C   HIS X 850      -4.438   6.997 -22.031  1.00 12.21      A     \nATOM   1173  O   HIS X 850      -5.498   7.040 -22.655  1.00 13.11      A     \nATOM   1174  CB  HIS X 850      -3.546   4.882 -23.035  1.00 14.20      A     \nATOM   1175  CG  HIS X 850      -2.483   5.457 -23.921  1.00 16.67      A     \nATOM   1176  ND1 HIS X 850      -1.528   4.675 -24.534  1.00 19.83      A     \nATOM   1177  CD2 HIS X 850      -2.231   6.729 -24.310  1.00 17.31      A     \nATOM   1178  CE1 HIS X 850      -0.734   5.440 -25.261  1.00 21.61      A     \nATOM   1179  NE2 HIS X 850      -1.139   6.691 -25.143  1.00 18.19      A     \nATOM   1180  N   VAL X 851      -3.816   8.088 -21.593  1.00 11.05      A     \nATOM   1181  CA  VAL X 851      -4.367   9.420 -21.820  1.00 10.96      A     \nATOM   1182  C   VAL X 851      -3.467  10.280 -22.707  1.00 11.63      A     \nATOM   1183  O   VAL X 851      -2.271  10.011 -22.847  1.00 12.49      A     \nATOM   1184  CB  VAL X 851      -4.617  10.153 -20.477  1.00 11.23      A     \nATOM   1185  CG1 VAL X 851      -5.555   9.330 -19.613  1.00 12.69      A     \nATOM   1186  CG2 VAL X 851      -3.307  10.399 -19.749  1.00 12.34      A     \nATOM   1187  N   LYS X 852      -4.058  11.304 -23.320  1.00 11.28      A     \nATOM   1188  CA  LYS X 852      -3.339  12.189 -24.230  1.00 11.70      A     \nATOM   1189  C   LYS X 852      -3.772  13.637 -24.043  1.00 11.03      A     \nATOM   1190  O   LYS X 852      -4.961  13.928 -23.910  1.00 13.06      A     \nATOM   1191  CB  LYS X 852      -3.595  11.790 -25.685  1.00 12.39      A     \nATOM   1192  CG  LYS X 852      -3.154  10.381 -26.040  1.00 13.98      A     \nATOM   1193  CD  LYS X 852      -3.074  10.202 -27.550  1.00 18.09      A     \nATOM   1194  CE  LYS X 852      -2.742   8.762 -27.914  1.00 21.20      A     \nATOM   1195  NZ  LYS X 852      -2.648   8.563 -29.384  1.00 26.48      A     \nATOM   1196  N   ILE X 853      -2.799  14.537 -24.052  1.00 11.46      A     \nATOM   1197  CA  ILE X 853      -3.055  15.969 -23.973  1.00 11.35      A     \nATOM   1198  C   ILE X 853      -3.538  16.485 -25.324  1.00 11.85      A     \nATOM   1199  O   ILE X 853      -3.135  15.975 -26.372  1.00 12.24      A     \nATOM   1200  CB  ILE X 853      -1.765  16.713 -23.594  1.00 12.20      A     \nATOM   1201  CG1 ILE X 853      -1.279  16.235 -22.226  1.00 12.93      A     \nATOM   1202  CG2 ILE X 853      -1.998  18.212 -23.592  1.00 14.10      A     \nATOM   1203  CD1 ILE X 853       0.207  16.443 -22.019  1.00 14.46      A     \nATOM   1204  N   THR X 854      -4.401  17.495 -25.309  1.00 12.72      A     \nATOM   1205  CA  THR X 854      -4.731  18.197 -26.543  1.00 14.51      A     \nATOM   1206  C   THR X 854      -4.783  19.704 -26.312  1.00 13.80      A     \nATOM   1207  O   THR X 854      -4.558  20.180 -25.194  1.00 14.18      A     \nATOM   1208  CB  THR X 854      -6.071  17.699 -27.137  1.00 15.53      A     \nATOM   1209  OG1 THR X 854      -6.205  18.177 -28.483  1.00 16.31      A     \nATOM   1210  CG2 THR X 854      -7.246  18.188 -26.309  1.00 16.49      A     \nATOM   1211  N   ASP X 855      -5.064  20.443 -27.379  1.00 15.07      A     \nATOM   1212  CA  ASP X 855      -4.891  21.894 -27.417  1.00 16.39      A     \nATOM   1213  C   ASP X 855      -6.067  22.481 -28.190  1.00 16.81      A     \nATOM   1214  O   ASP X 855      -6.474  21.934 -29.213  1.00 18.05      A     \nATOM   1215  CB  ASP X 855      -3.561  22.225 -28.118  1.00 17.16      A     \nATOM   1216  CG  ASP X 855      -3.470  23.672 -28.587  1.00 17.60      A     \nATOM   1217  OD1 ASP X 855      -3.773  24.592 -27.803  1.00 17.67      A     \nATOM   1218  OD2 ASP X 855      -3.076  23.890 -29.753  1.00 21.43      A     \nATOM   1219  N   PHE X 856      -6.621  23.583 -27.697  1.00 17.09      A     \nATOM   1220  CA  PHE X 856      -7.759  24.205 -28.358  1.00 18.40      A     \nATOM   1221  C   PHE X 856      -7.471  25.633 -28.792  1.00 18.62      A     \nATOM   1222  O   PHE X 856      -8.389  26.437 -28.964  1.00 22.58      A     \nATOM   1223  CB  PHE X 856      -8.985  24.158 -27.445  1.00 18.62      A     \nATOM   1224  CG  PHE X 856      -9.527  22.775 -27.252  1.00 19.60      A     \nATOM   1225  CD1 PHE X 856     -10.379  22.215 -28.191  1.00 18.71      A     \nATOM   1226  CD2 PHE X 856      -9.152  22.016 -26.156  1.00 19.17      A     \nATOM   1227  CE1 PHE X 856     -10.842  20.922 -28.042  1.00 20.78      A     \nATOM   1228  CE2 PHE X 856      -9.611  20.725 -26.002  1.00 19.95      A     \nATOM   1229  CZ  PHE X 856     -10.456  20.176 -26.946  1.00 20.91      A     \nATOM   1230  N   GLY X 857      -6.191  25.941 -28.975  1.00 17.23      A     \nATOM   1231  CA  GLY X 857      -5.817  27.208 -29.577  1.00 16.62      A     \nATOM   1232  C   GLY X 857      -4.837  28.051 -28.784  1.00 15.73      A     \nATOM   1233  O   GLY X 857      -4.197  28.943 -29.337  1.00 17.49      A     \nATOM   1234  N   ARG X 858      -4.702  27.780 -27.490  1.00 15.26      A     \nATOM   1235  CA  ARG X 858      -3.853  28.622 -26.657  1.00 13.56      A     \nATOM   1236  C   ARG X 858      -2.367  28.294 -26.744  1.00 12.64      A     \nATOM   1237  O   ARG X 858      -1.537  29.110 -26.360  1.00 13.46      A     \nATOM   1238  CB  ARG X 858      -4.316  28.567 -25.196  1.00 14.34      A     \nATOM   1239  CG  ARG X 858      -5.508  29.479 -24.907  1.00 14.41      A     \nATOM   1240  CD  ARG X 858      -6.002  29.370 -23.469  1.00 15.19      A     \nATOM   1241  NE  ARG X 858      -4.981  29.719 -22.484  1.00 16.04      A     \nATOM   1242  CZ  ARG X 858      -4.642  30.965 -22.162  1.00 15.89      A     \nATOM   1243  NH1 ARG X 858      -5.238  31.996 -22.749  1.00 17.30      A     \nATOM   1244  NH2 ARG X 858      -3.706  31.179 -21.247  1.00 15.80      A     \nATOM   1245  N   ALA X 859      -2.019  27.116 -27.251  1.00 12.76      A     \nATOM   1246  CA  ALA X 859      -0.614  26.724 -27.291  1.00 13.46      A     \nATOM   1247  C   ALA X 859       0.177  27.642 -28.216  1.00 14.49      A     \nATOM   1248  O   ALA X 859      -0.338  28.091 -29.242  1.00 15.17      A     \nATOM   1249  CB  ALA X 859      -0.483  25.278 -27.749  1.00 13.49      A     \nATOM   1250  N   LYS X 860       1.426  27.919 -27.850  1.00 14.56      A     \nATOM   1251  CA  LYS X 860       2.279  28.810 -28.630  1.00 15.85      A     \nATOM   1252  C   LYS X 860       3.662  28.207 -28.846  1.00 17.04      A     \nATOM   1253  O   LYS X 860       4.209  27.546 -27.961  1.00 16.98      A     \nATOM   1254  CB  LYS X 860       2.424  30.158 -27.920  1.00 15.78      A     \nATOM   1255  CG  LYS X 860       1.116  30.905 -27.736  1.00 15.25      A     \nATOM   1256  CD  LYS X 860       0.621  31.478 -29.055  1.00 16.48      A     \nATOM   1257  CE  LYS X 860      -0.774  32.060 -28.912  1.00 19.42      A     \nATOM   1258  NZ  LYS X 860      -1.273  32.612 -30.203  1.00 25.88      A     \nATOM   1259  N   LEU X 861       4.225  28.442 -30.027  1.00 17.72      A     \nATOM   1260  CA  LEU X 861       5.581  28.006 -30.333  1.00 19.82      A     \nATOM   1261  C   LEU X 861       6.563  29.137 -30.048  1.00 20.26      A     \nATOM   1262  O   LEU X 861       6.408  30.243 -30.567  1.00 21.04      A     \nATOM   1263  CB  LEU X 861       5.679  27.601 -31.806  1.00 21.32      A     \nATOM   1264  CG  LEU X 861       7.063  27.195 -32.316  1.00 23.17      A     \nATOM   1265  CD1 LEU X 861       7.518  25.921 -31.617  1.00 23.86      A     \nATOM   1266  CD2 LEU X 861       7.005  26.987 -33.824  1.00 24.73      A     \nATOM   1267  N   LEU X 862       7.569  28.861 -29.225  1.00 21.42      A     \nATOM   1268  CA  LEU X 862       8.579  29.861 -28.894  1.00 23.36      A     \nATOM   1269  C   LEU X 862       9.656  29.928 -29.970  1.00 24.45      A     \nATOM   1270  O   LEU X 862      10.104  28.899 -30.477  1.00 24.79      A     \nATOM   1271  CB  LEU X 862       9.235  29.535 -27.551  1.00 23.26      A     \nATOM   1272  CG  LEU X 862       8.341  29.522 -26.309  1.00 22.88      A     \nATOM   1273  CD1 LEU X 862       9.177  29.176 -25.088  1.00 23.65      A     \nATOM   1274  CD2 LEU X 862       7.681  30.879 -26.133  1.00 25.77      A     \nATOM   1275  N   GLY X 863      10.071  31.146 -30.306  1.00 26.74      A     \nATOM   1276  CA  GLY X 863      11.158  31.323 -31.250  1.00 29.63      A     \nATOM   1277  C   GLY X 863      12.484  30.927 -30.633  1.00 31.00      A     \nATOM   1278  O   GLY X 863      12.582  30.759 -29.417  1.00 31.20      A     \nATOM   1279  N   ALA X 864      13.509  30.788 -31.468  1.00 32.73      A     \nATOM   1280  CA  ALA X 864      14.791  30.251 -31.027  1.00 33.91      A     \nATOM   1281  C   ALA X 864      15.349  30.997 -29.820  1.00 34.23      A     \nATOM   1282  O   ALA X 864      16.029  30.408 -28.980  1.00 35.66      A     \nATOM   1283  CB  ALA X 864      15.793  30.293 -32.175  1.00 34.39      A     \nATOM   1284  N   GLU X 865      15.059  32.290 -29.733  1.00 34.43      A     \nATOM   1285  CA  GLU X 865      15.617  33.118 -28.671  1.00 34.46      A     \nATOM   1286  C   GLU X 865      14.565  33.575 -27.664  1.00 33.65      A     \nATOM   1287  O   GLU X 865      14.829  34.446 -26.833  1.00 33.60      A     \nATOM   1288  CB  GLU X 865      16.325  34.333 -29.276  1.00 36.19      A     \nATOM   1289  CG  GLU X 865      17.479  33.965 -30.199  1.00 38.63      A     \nATOM   1290  CD  GLU X 865      18.299  35.167 -30.624  1.00 40.13      A     \nATOM   1291  OE1 GLU X 865      17.739  36.075 -31.274  1.00 41.76      A     \nATOM   1292  OE2 GLU X 865      19.507  35.202 -30.308  1.00 41.30      A     \nATOM   1293  N   GLU X 866      13.376  32.986 -27.737  1.00 32.05      A     \nATOM   1294  CA  GLU X 866      12.317  33.292 -26.781  1.00 30.58      A     \nATOM   1295  C   GLU X 866      12.315  32.301 -25.620  1.00 29.68      A     \nATOM   1296  O   GLU X 866      12.237  31.090 -25.825  1.00 30.30      A     \nATOM   1297  CB  GLU X 866      10.951  33.271 -27.473  1.00 30.68      A     \nATOM   1298  CG  GLU X 866      10.758  34.369 -28.505  1.00 31.32      A     \nATOM   1299  CD  GLU X 866       9.334  34.440 -29.019  1.00 32.54      A     \nATOM   1300  OE1 GLU X 866       8.810  33.401 -29.475  1.00 31.09      A     \nATOM   1301  OE2 GLU X 866       8.735  35.535 -28.966  1.00 32.80      A     \nATOM   1302  N   LYS X 867      12.399  32.829 -24.403  1.00 28.82      A     \nATOM   1303  CA  LYS X 867      12.376  32.009 -23.196  1.00 29.07      A     \nATOM   1304  C   LYS X 867      10.977  32.022 -22.584  1.00 27.23      A     \nATOM   1305  O   LYS X 867      10.636  31.170 -21.764  1.00 26.52      A     \nATOM   1306  CB  LYS X 867      13.390  32.544 -22.181  1.00 31.40      A     \nATOM   1307  CG  LYS X 867      13.424  31.782 -20.864  1.00 35.43      A     \nATOM   1308  CD  LYS X 867      14.156  30.456 -21.005  1.00 38.70      A     \nATOM   1309  CE  LYS X 867      15.643  30.668 -21.240  1.00 40.03      A     \nATOM   1310  NZ  LYS X 867      16.289  31.375 -20.098  1.00 41.56      A     \nATOM   1311  N   GLU X 868      10.174  33.003 -22.983  1.00 24.59      A     \nATOM   1312  CA  GLU X 868       8.799  33.106 -22.509  1.00 22.71      A     \nATOM   1313  C   GLU X 868       7.885  33.579 -23.631  1.00 20.09      A     \nATOM   1314  O   GLU X 868       8.343  34.166 -24.612  1.00 21.20      A     \nATOM   1315  CB  GLU X 868       8.702  34.093 -21.344  1.00 25.10      A     \nATOM   1316  CG  GLU X 868       9.881  34.066 -20.390  1.00 29.14      A     \nATOM   1317  CD  GLU X 868      10.825  35.233 -20.609  1.00 30.84      A     \nATOM   1318  OE1 GLU X 868      10.664  35.947 -21.622  1.00 32.17      A     \nATOM   1319  OE2 GLU X 868      11.726  35.436 -19.768  1.00 31.53      A     \nATOM   1320  N   TYR X 869       6.592  33.316 -23.479  1.00 17.32      A     \nATOM   1321  CA  TYR X 869       5.577  33.913 -24.336  1.00 16.70      A     \nATOM   1322  C   TYR X 869       4.897  35.041 -23.573  1.00 16.43      A     \nATOM   1323  O   TYR X 869       4.453  34.857 -22.437  1.00 16.72      A     \nATOM   1324  CB  TYR X 869       4.537  32.865 -24.748  1.00 16.74      A     \nATOM   1325  CG  TYR X 869       3.391  33.438 -25.552  1.00 15.54      A     \nATOM   1326  CD1 TYR X 869       3.553  33.761 -26.895  1.00 16.15      A     \nATOM   1327  CD2 TYR X 869       2.155  33.678 -24.966  1.00 15.63      A     \nATOM   1328  CE1 TYR X 869       2.519  34.311 -27.629  1.00 17.37      A     \nATOM   1329  CE2 TYR X 869       1.114  34.228 -25.692  1.00 16.65      A     \nATOM   1330  CZ  TYR X 869       1.301  34.543 -27.023  1.00 16.27      A     \nATOM   1331  OH  TYR X 869       0.267  35.100 -27.743  1.00 18.00      A     \nATOM   1332  N   HIS X 870       4.831  36.214 -24.196  1.00 16.73      A     \nATOM   1333  CA  HIS X 870       4.148  37.357 -23.609  1.00 16.35      A     \nATOM   1334  C   HIS X 870       2.781  37.492 -24.256  1.00 16.15      A     \nATOM   1335  O   HIS X 870       2.673  37.831 -25.433  1.00 17.21      A     \nATOM   1336  CB  HIS X 870       4.959  38.636 -23.837  1.00 19.28      A     \nATOM   1337  CG  HIS X 870       6.298  38.629 -23.169  1.00 22.04      A     \nATOM   1338  ND1 HIS X 870       6.651  39.542 -22.198  1.00 24.21      A     \nATOM   1339  CD2 HIS X 870       7.372  37.821 -23.333  1.00 24.43      A     \nATOM   1340  CE1 HIS X 870       7.884  39.295 -21.792  1.00 25.94      A     \nATOM   1341  NE2 HIS X 870       8.344  38.256 -22.465  1.00 25.44      A     \nATOM   1342  N   ALA X 871       1.736  37.223 -23.485  1.00 15.33      A     \nATOM   1343  CA  ALA X 871       0.388  37.154 -24.024  1.00 15.12      A     \nATOM   1344  C   ALA X 871      -0.226  38.533 -24.218  1.00 17.19      A     \nATOM   1345  O   ALA X 871       0.282  39.531 -23.707  1.00 17.60      A     \nATOM   1346  CB  ALA X 871      -0.494  36.310 -23.107  1.00 14.47      A     \nATOM   1347  N   GLU X 872      -1.323  38.579 -24.964  1.00 19.94      A     \nATOM   1348  CA  GLU X 872      -2.066  39.816 -25.150  1.00 24.39      A     \nATOM   1349  C   GLU X 872      -3.373  39.759 -24.359  1.00 26.02      A     \nATOM   1350  O   GLU X 872      -3.369  39.419 -23.177  1.00 26.59      A     \nATOM   1351  CB  GLU X 872      -2.345  40.037 -26.638  1.00 26.41      A     \nATOM   1352  CG  GLU X 872      -1.110  39.901 -27.531  1.00 28.28      A     \nATOM   1353  CD  GLU X 872      -0.046  40.953 -27.251  1.00 27.35      A     \nATOM   1354  OE1 GLU X 872      -0.378  42.002 -26.660  1.00 27.89      A     \nATOM   1355  OE2 GLU X 872       1.126  40.728 -27.623  1.00 28.96      A     \nATOM   1356  N   GLY X 873      -4.488  40.077 -25.009  1.00 28.78      A     \nATOM   1357  CA  GLY X 873      -5.734  40.254 -24.283  1.00 29.61      A     \nATOM   1358  C   GLY X 873      -6.649  39.043 -24.214  1.00 28.97      A     \nATOM   1359  O   GLY X 873      -7.788  39.153 -23.761  1.00 30.99      A     \nATOM   1360  N   GLY X 874      -6.162  37.887 -24.652  1.00 27.82      A     \nATOM   1361  CA  GLY X 874      -7.006  36.704 -24.692  1.00 27.16      A     \nATOM   1362  C   GLY X 874      -7.549  36.298 -23.332  1.00 25.77      A     \nATOM   1363  O   GLY X 874      -6.936  36.579 -22.302  1.00 26.24      A     \nATOM   1364  N   LYS X 875      -8.701  35.633 -23.330  1.00 25.20      A     \nATOM   1365  CA  LYS X 875      -9.336  35.188 -22.091  1.00 24.73      A     \nATOM   1366  C   LYS X 875      -8.522  34.080 -21.431  1.00 23.05      A     \nATOM   1367  O   LYS X 875      -8.017  33.183 -22.107  1.00 22.60      A     \nATOM   1368  CB  LYS X 875     -10.754  34.685 -22.376  1.00 26.68      A     \nATOM   1369  CG  LYS X 875     -11.680  35.746 -22.951  1.00 30.41      A     \nATOM   1370  CD  LYS X 875     -13.088  35.207 -23.154  1.00 33.00      A     \nATOM   1371  CE  LYS X 875     -14.010  36.284 -23.704  1.00 34.72      A     \nATOM   1372  NZ  LYS X 875     -15.406  35.797 -23.873  1.00 35.32      A     \nATOM   1373  N   VAL X 876      -8.404  34.145 -20.108  1.00 20.87      A     \nATOM   1374  CA  VAL X 876      -7.469  33.287 -19.387  1.00 19.15      A     \nATOM   1375  C   VAL X 876      -8.140  32.388 -18.354  1.00 16.85      A     \nATOM   1376  O   VAL X 876      -9.027  32.817 -17.620  1.00 18.13      A     \nATOM   1377  CB  VAL X 876      -6.389  34.130 -18.678  1.00 20.00      A     \nATOM   1378  CG1 VAL X 876      -5.575  34.898 -19.706  1.00 22.20      A     \nATOM   1379  CG2 VAL X 876      -7.036  35.088 -17.697  1.00 22.29      A     \nATOM   1380  N   PRO X 877      -7.721  31.114 -18.295  1.00 16.52      A     \nATOM   1381  CA  PRO X 877      -8.186  30.142 -17.299  1.00 15.35      A     \nATOM   1382  C   PRO X 877      -7.508  30.376 -15.950  1.00 13.29      A     \nATOM   1383  O   PRO X 877      -6.631  29.611 -15.550  1.00 14.36      A     \nATOM   1384  CB  PRO X 877      -7.794  28.801 -17.906  1.00 15.82      A     \nATOM   1385  CG  PRO X 877      -6.570  29.117 -18.711  1.00 16.76      A     \nATOM   1386  CD  PRO X 877      -6.785  30.507 -19.259  1.00 15.99      A     \nATOM   1387  N   ILE X 878      -7.923  31.430 -15.253  1.00 12.96      A     \nATOM   1388  CA  ILE X 878      -7.199  31.926 -14.089  1.00 12.89      A     \nATOM   1389  C   ILE X 878      -6.829  30.858 -13.062  1.00 11.61      A     \nATOM   1390  O   ILE X 878      -5.713  30.855 -12.543  1.00 12.33      A     \nATOM   1391  CB  ILE X 878      -8.000  33.036 -13.369  1.00 13.63      A     \nATOM   1392  CG1 ILE X 878      -8.100  34.271 -14.263  1.00 17.17      A     \nATOM   1393  CG2 ILE X 878      -7.321  33.404 -12.061  1.00 15.87      A     \nATOM   1394  CD1 ILE X 878      -6.803  35.029 -14.386  1.00 20.74      A     \nATOM   1395  N   LYS X 879      -7.755  29.954 -12.761  1.00 11.00      A     \nATOM   1396  CA  LYS X 879      -7.544  29.030 -11.653  1.00 10.97      A     \nATOM   1397  C   LYS X 879      -6.537  27.922 -11.954  1.00 10.68      A     \nATOM   1398  O   LYS X 879      -6.166  27.159 -11.063  1.00 11.10      A     \nATOM   1399  CB  LYS X 879      -8.886  28.439 -11.202  1.00 11.05      A     \nATOM   1400  CG  LYS X 879      -9.759  29.469 -10.490  1.00 11.51      A     \nATOM   1401  CD  LYS X 879     -11.110  28.920 -10.058  1.00 12.00      A     \nATOM   1402  CE  LYS X 879     -11.882  29.980  -9.284  1.00 12.73      A     \nATOM   1403  NZ  LYS X 879     -13.222  29.514  -8.828  1.00 15.27      A     \nATOM   1404  N   TRP X 880      -6.082  27.856 -13.201  1.00 10.36      A     \nATOM   1405  CA  TRP X 880      -5.038  26.912 -13.589  1.00 10.49      A     \nATOM   1406  C   TRP X 880      -3.690  27.584 -13.846  1.00 11.00      A     \nATOM   1407  O   TRP X 880      -2.690  26.908 -14.090  1.00 11.82      A     \nATOM   1408  CB  TRP X 880      -5.473  26.133 -14.837  1.00 10.90      A     \nATOM   1409  CG  TRP X 880      -6.451  25.034 -14.532  1.00 10.26      A     \nATOM   1410  CD1 TRP X 880      -6.164  23.711 -14.360  1.00 10.08      A     \nATOM   1411  CD2 TRP X 880      -7.861  25.170 -14.311  1.00 10.92      A     \nATOM   1412  NE1 TRP X 880      -7.305  23.015 -14.040  1.00 10.14      A     \nATOM   1413  CE2 TRP X 880      -8.360  23.887 -14.003  1.00  9.90      A     \nATOM   1414  CE3 TRP X 880      -8.750  26.251 -14.340  1.00 12.05      A     \nATOM   1415  CZ2 TRP X 880      -9.706  23.655 -13.724  1.00 11.39      A     \nATOM   1416  CZ3 TRP X 880     -10.092  26.017 -14.063  1.00 13.19      A     \nATOM   1417  CH2 TRP X 880     -10.554  24.729 -13.759  1.00 12.53      A     \nATOM   1418  N  AMET X 881      -3.669  28.913 -13.763  0.50 11.13      A     \nATOM   1419  CA AMET X 881      -2.512  29.704 -14.177  0.50 11.79      A     \nATOM   1420  C  AMET X 881      -1.502  29.974 -13.071  0.50 11.39      A     \nATOM   1421  O  AMET X 881      -1.860  30.132 -11.902  0.50 11.48      A     \nATOM   1422  CB AMET X 881      -2.973  31.045 -14.750  0.50 11.82      A     \nATOM   1423  CG AMET X 881      -3.677  30.936 -16.084  0.50 11.57      A     \nATOM   1424  SD AMET X 881      -4.583  32.433 -16.481  0.50 11.80      A     \nATOM   1425  CE AMET X 881      -3.258  33.637 -16.581  0.50 11.53      A     \nATOM   1426  N  BMET X 881      -3.653  28.910 -13.812  0.50 12.03      A     \nATOM   1427  CA BMET X 881      -2.464  29.614 -14.274  0.50 12.98      A     \nATOM   1428  C  BMET X 881      -1.525  30.038 -13.145  0.50 12.77      A     \nATOM   1429  O  BMET X 881      -1.953  30.340 -12.030  0.50 13.51      A     \nATOM   1430  CB BMET X 881      -2.871  30.834 -15.109  0.50 14.87      A     \nATOM   1431  CG BMET X 881      -3.760  30.502 -16.312  0.50 15.26      A     \nATOM   1432  SD BMET X 881      -2.904  29.723 -17.713  0.50 16.30      A     \nATOM   1433  CE BMET X 881      -3.530  28.032 -17.629  0.50 13.50      A     \nATOM   1434  N   ALA X 882      -0.233  30.045 -13.456  1.00 12.77      A     \nATOM   1435  CA  ALA X 882       0.798  30.473 -12.525  1.00 12.79      A     \nATOM   1436  C   ALA X 882       0.623  31.948 -12.187  1.00 12.61      A     \nATOM   1437  O   ALA X 882       0.071  32.719 -12.978  1.00 12.39      A     \nATOM   1438  CB  ALA X 882       2.173  30.240 -13.131  1.00 12.84      A     \nATOM   1439  N   LEU X 883       1.109  32.344 -11.016  1.00 12.96      A     \nATOM   1440  CA  LEU X 883       0.961  33.718 -10.561  1.00 13.38      A     \nATOM   1441  C   LEU X 883       1.540  34.719 -11.558  1.00 13.71      A     \nATOM   1442  O   LEU X 883       0.942  35.766 -11.806  1.00 14.82      A     \nATOM   1443  CB  LEU X 883       1.639  33.896  -9.201  1.00 15.35      A     \nATOM   1444  CG  LEU X 883       1.403  35.239  -8.507  1.00 17.66      A     \nATOM   1445  CD1 LEU X 883      -0.094  35.496  -8.378  1.00 18.37      A     \nATOM   1446  CD2 LEU X 883       2.069  35.231  -7.138  1.00 20.25      A     \nATOM   1447  N   GLU X 884       2.695  34.401 -12.133  1.00 14.38      A     \nATOM   1448  CA  GLU X 884       3.342  35.335 -13.050  1.00 14.03      A     \nATOM   1449  C   GLU X 884       2.542  35.490 -14.342  1.00 14.81      A     \nATOM   1450  O   GLU X 884       2.642  36.512 -15.027  1.00 14.97      A     \nATOM   1451  CB  GLU X 884       4.777  34.885 -13.366  1.00 15.43      A     \nATOM   1452  CG  GLU X 884       4.891  33.619 -14.195  1.00 14.45      A     \nATOM   1453  CD  GLU X 884       4.973  32.357 -13.355  1.00 13.24      A     \nATOM   1454  OE1 GLU X 884       4.679  32.415 -12.141  1.00 13.45      A     \nATOM   1455  OE2 GLU X 884       5.331  31.306 -13.921  1.00 13.09      A     \nATOM   1456  N   SER X 885       1.738  34.485 -14.671  1.00 12.67      A     \nATOM   1457  CA  SER X 885       0.872  34.567 -15.843  1.00 13.26      A     \nATOM   1458  C   SER X 885      -0.319  35.476 -15.563  1.00 13.49      A     \nATOM   1459  O   SER X 885      -0.693  36.295 -16.402  1.00 13.84      A     \nATOM   1460  CB  SER X 885       0.374  33.176 -16.243  1.00 12.78      A     \nATOM   1461  OG  SER X 885       1.459  32.301 -16.481  1.00 12.45      A     \nATOM   1462  N   ILE X 886      -0.905  35.335 -14.379  1.00 12.79      A     \nATOM   1463  CA  ILE X 886      -2.015  36.187 -13.973  1.00 14.95      A     \nATOM   1464  C   ILE X 886      -1.575  37.649 -13.892  1.00 15.60      A     \nATOM   1465  O   ILE X 886      -2.255  38.538 -14.402  1.00 16.82      A     \nATOM   1466  CB  ILE X 886      -2.571  35.768 -12.596  1.00 14.97      A     \nATOM   1467  CG1 ILE X 886      -3.054  34.316 -12.645  1.00 14.28      A     \nATOM   1468  CG2 ILE X 886      -3.714  36.691 -12.197  1.00 16.61      A     \nATOM   1469  CD1 ILE X 886      -3.456  33.763 -11.285  1.00 15.53      A     \nATOM   1470  N   LEU X 887      -0.431  37.892 -13.261  1.00 14.75      A     \nATOM   1471  CA  LEU X 887       0.013  39.253 -12.975  1.00 15.26      A     \nATOM   1472  C   LEU X 887       0.658  39.950 -14.170  1.00 16.39      A     \nATOM   1473  O   LEU X 887       0.533  41.167 -14.319  1.00 17.51      A     \nATOM   1474  CB  LEU X 887       0.994  39.249 -11.799  1.00 17.12      A     \nATOM   1475  CG  LEU X 887       0.426  38.842 -10.438  1.00 19.14      A     \nATOM   1476  CD1 LEU X 887       1.515  38.943  -9.383  1.00 22.08      A     \nATOM   1477  CD2 LEU X 887      -0.749  39.737 -10.079  1.00 20.94      A     \nATOM   1478  N   HIS X 888       1.347  39.190 -15.017  1.00 14.90      A     \nATOM   1479  CA  HIS X 888       2.200  39.789 -16.039  1.00 14.43      A     \nATOM   1480  C   HIS X 888       2.018  39.222 -17.444  1.00 13.92      A     \nATOM   1481  O   HIS X 888       2.727  39.623 -18.369  1.00 14.54      A     \nATOM   1482  CB  HIS X 888       3.664  39.658 -15.626  1.00 14.72      A     \nATOM   1483  CG  HIS X 888       4.004  40.407 -14.377  1.00 16.52      A     \nATOM   1484  ND1 HIS X 888       4.364  39.781 -13.203  1.00 20.48      A     \nATOM   1485  CD2 HIS X 888       4.031  41.735 -14.118  1.00 15.00      A     \nATOM   1486  CE1 HIS X 888       4.597  40.693 -12.276  1.00 16.75      A     \nATOM   1487  NE2 HIS X 888       4.403  41.887 -12.806  1.00 20.51      A     \nATOM   1488  N   ARG X 889       1.082  38.288 -17.601  1.00 13.97      A     \nATOM   1489  CA  ARG X 889       0.783  37.698 -18.908  1.00 13.72      A     \nATOM   1490  C   ARG X 889       1.977  36.934 -19.481  1.00 14.19      A     \nATOM   1491  O   ARG X 889       2.100  36.758 -20.695  1.00 15.70      A     \nATOM   1492  CB  ARG X 889       0.328  38.786 -19.890  1.00 14.45      A     \nATOM   1493  CG  ARG X 889      -0.915  39.527 -19.432  1.00 14.21      A     \nATOM   1494  CD  ARG X 889      -1.370  40.562 -20.456  1.00 14.94      A     \nATOM   1495  NE  ARG X 889      -2.587  41.235 -20.014  1.00 17.61      A     \nATOM   1496  CZ  ARG X 889      -3.178  42.234 -20.664  1.00 18.90      A     \nATOM   1497  NH1 ARG X 889      -2.665  42.687 -21.799  1.00 19.33      A     \nATOM   1498  NH2 ARG X 889      -4.281  42.782 -20.174  1.00 20.48      A     \nATOM   1499  N   ILE X 890       2.848  36.465 -18.594  1.00 13.47      A     \nATOM   1500  CA  ILE X 890       4.036  35.721 -18.986  1.00 14.63      A     \nATOM   1501  C   ILE X 890       3.782  34.221 -18.869  1.00 13.39      A     \nATOM   1502  O   ILE X 890       3.269  33.752 -17.851  1.00 13.23      A     \nATOM   1503  CB  ILE X 890       5.237  36.082 -18.087  1.00 17.88      A     \nATOM   1504  CG1 ILE X 890       5.570  37.567 -18.231  1.00 20.87      A     \nATOM   1505  CG2 ILE X 890       6.436  35.218 -18.447  1.00 18.96      A     \nATOM   1506  CD1 ILE X 890       6.653  38.039 -17.284  1.00 24.18      A     \nATOM   1507  N   TYR X 891       4.149  33.479 -19.912  1.00 12.23      A     \nATOM   1508  CA  TYR X 891       3.974  32.030 -19.940  1.00 12.51      A     \nATOM   1509  C   TYR X 891       5.272  31.346 -20.333  1.00 13.47      A     \nATOM   1510  O   TYR X 891       5.957  31.779 -21.261  1.00 14.10      A     \nATOM   1511  CB  TYR X 891       2.887  31.645 -20.942  1.00 13.39      A     \nATOM   1512  CG  TYR X 891       1.510  32.150 -20.591  1.00 11.44      A     \nATOM   1513  CD1 TYR X 891       0.574  31.314 -19.997  1.00 11.44      A     \nATOM   1514  CD2 TYR X 891       1.138  33.460 -20.866  1.00 12.23      A     \nATOM   1515  CE1 TYR X 891      -0.694  31.764 -19.688  1.00 11.54      A     \nATOM   1516  CE2 TYR X 891      -0.130  33.921 -20.560  1.00 11.14      A     \nATOM   1517  CZ  TYR X 891      -1.041  33.066 -19.973  1.00 10.52      A     \nATOM   1518  OH  TYR X 891      -2.309  33.499 -19.676  1.00 12.99      A     \nATOM   1519  N   THR X 892       5.600  30.270 -19.627  1.00 13.16      A     \nATOM   1520  CA  THR X 892       6.812  29.503 -19.891  1.00 13.56      A     \nATOM   1521  C   THR X 892       6.506  28.028 -19.687  1.00 12.89      A     \nATOM   1522  O   THR X 892       5.409  27.669 -19.276  1.00 11.71      A     \nATOM   1523  CB  THR X 892       7.938  29.887 -18.921  1.00 12.76      A     \nATOM   1524  OG1 THR X 892       7.554  29.540 -17.583  1.00 14.49      A     \nATOM   1525  CG2 THR X 892       8.209  31.379 -18.982  1.00 14.41      A     \nATOM   1526  N   HIS X 893       7.476  27.170 -19.962  1.00 12.60      A     \nATOM   1527  CA  HIS X 893       7.308  25.763 -19.640  1.00 12.50      A     \nATOM   1528  C   HIS X 893       7.075  25.598 -18.143  1.00 12.56      A     \nATOM   1529  O   HIS X 893       6.360  24.693 -17.716  1.00 12.43      A     \nATOM   1530  CB  HIS X 893       8.537  24.975 -20.088  1.00 13.63      A     \nATOM   1531  CG  HIS X 893       8.820  25.107 -21.551  1.00 13.83      A     \nATOM   1532  ND1 HIS X 893       7.894  24.776 -22.516  1.00 14.25      A     \nATOM   1533  CD2 HIS X 893       9.900  25.584 -22.214  1.00 15.92      A     \nATOM   1534  CE1 HIS X 893       8.389  25.045 -23.710  1.00 15.06      A     \nATOM   1535  NE2 HIS X 893       9.605  25.537 -23.555  1.00 15.93      A     \nATOM   1536  N   GLN X 894       7.662  26.488 -17.350  1.00 12.07      A     \nATOM   1537  CA  GLN X 894       7.498  26.425 -15.904  1.00 12.14      A     \nATOM   1538  C   GLN X 894       6.132  26.912 -15.415  1.00 11.62      A     \nATOM   1539  O   GLN X 894       5.674  26.491 -14.349  1.00 11.30      A     \nATOM   1540  CB  GLN X 894       8.617  27.204 -15.211  1.00 12.49      A     \nATOM   1541  CG  GLN X 894       9.993  26.575 -15.387  1.00 12.57      A     \nATOM   1542  CD  GLN X 894      10.002  25.096 -15.037  1.00 12.42      A     \nATOM   1543  OE1 GLN X 894       9.914  24.237 -15.914  1.00 13.75      A     \nATOM   1544  NE2 GLN X 894      10.106  24.793 -13.747  1.00 12.86      A     \nATOM   1545  N   SER X 895       5.465  27.785 -16.168  1.00 10.68      A     \nATOM   1546  CA  SER X 895       4.079  28.086 -15.818  1.00  9.90      A     \nATOM   1547  C   SER X 895       3.168  26.918 -16.205  1.00  9.36      A     \nATOM   1548  O   SER X 895       2.170  26.662 -15.534  1.00 10.63      A     \nATOM   1549  CB  SER X 895       3.599  29.405 -16.460  1.00 11.55      A     \nATOM   1550  OG  SER X 895       3.654  29.388 -17.873  1.00 12.16      A     \nATOM   1551  N   ASP X 896       3.523  26.192 -17.262  1.00  9.54      A     \nATOM   1552  CA  ASP X 896       2.828  24.945 -17.581  1.00  8.86      A     \nATOM   1553  C   ASP X 896       2.960  23.944 -16.431  1.00  9.45      A     \nATOM   1554  O   ASP X 896       2.034  23.187 -16.160  1.00  8.97      A     \nATOM   1555  CB  ASP X 896       3.386  24.307 -18.866  1.00  9.64      A     \nATOM   1556  CG  ASP X 896       2.803  24.908 -20.139  1.00 11.33      A     \nATOM   1557  OD1 ASP X 896       3.372  24.629 -21.214  1.00 11.44      A     \nATOM   1558  OD2 ASP X 896       1.790  25.639 -20.080  1.00 11.04      A     \nATOM   1559  N   VAL X 897       4.113  23.937 -15.760  1.00  9.59      A     \nATOM   1560  CA  VAL X 897       4.299  23.059 -14.606  1.00  9.78      A     \nATOM   1561  C   VAL X 897       3.321  23.402 -13.479  1.00  8.42      A     \nATOM   1562  O   VAL X 897       2.768  22.504 -12.839  1.00  8.94      A     \nATOM   1563  CB  VAL X 897       5.761  23.120 -14.077  1.00  9.02      A     \nATOM   1564  CG1 VAL X 897       5.867  22.418 -12.724  1.00 10.94      A     \nATOM   1565  CG2 VAL X 897       6.701  22.454 -15.085  1.00 10.90      A     \nATOM   1566  N   TRP X 898       3.102  24.691 -13.237  1.00  8.85      A     \nATOM   1567  CA  TRP X 898       2.073  25.110 -12.286  1.00  8.56      A     \nATOM   1568  C   TRP X 898       0.717  24.501 -12.655  1.00  8.58      A     \nATOM   1569  O   TRP X 898       0.036  23.913 -11.810  1.00  9.54      A     \nATOM   1570  CB  TRP X 898       1.970  26.642 -12.255  1.00  8.64      A     \nATOM   1571  CG  TRP X 898       0.962  27.170 -11.263  1.00  8.18      A     \nATOM   1572  CD1 TRP X 898      -0.387  26.940 -11.258  1.00  9.21      A     \nATOM   1573  CD2 TRP X 898       1.224  28.024 -10.138  1.00  9.68      A     \nATOM   1574  NE1 TRP X 898      -0.975  27.591 -10.203  1.00  9.35      A     \nATOM   1575  CE2 TRP X 898      -0.010  28.265  -9.500  1.00  9.26      A     \nATOM   1576  CE3 TRP X 898       2.383  28.610  -9.612  1.00  9.55      A     \nATOM   1577  CZ2 TRP X 898      -0.119  29.066  -8.363  1.00 10.60      A     \nATOM   1578  CZ3 TRP X 898       2.271  29.408  -8.481  1.00 10.48      A     \nATOM   1579  CH2 TRP X 898       1.030  29.626  -7.872  1.00 10.47      A     \nATOM   1580  N   SER X 899       0.329  24.641 -13.919  1.00  8.49      A     \nATOM   1581  CA  SER X 899      -0.942  24.106 -14.394  1.00  8.82      A     \nATOM   1582  C   SER X 899      -0.993  22.588 -14.283  1.00  8.87      A     \nATOM   1583  O   SER X 899      -2.049  22.019 -14.008  1.00  8.46      A     \nATOM   1584  CB  SER X 899      -1.177  24.517 -15.847  1.00 10.73      A     \nATOM   1585  OG  SER X 899      -1.154  25.926 -15.989  1.00 11.25      A     \nATOM   1586  N   TYR X 900       0.144  21.934 -14.513  1.00  8.23      A     \nATOM   1587  CA  TYR X 900       0.246  20.496 -14.306  1.00  7.93      A     \nATOM   1588  C   TYR X 900      -0.095  20.147 -12.857  1.00  8.58      A     \nATOM   1589  O   TYR X 900      -0.843  19.201 -12.600  1.00  9.24      A     \nATOM   1590  CB  TYR X 900       1.661  20.014 -14.656  1.00  8.99      A     \nATOM   1591  CG  TYR X 900       1.913  18.556 -14.340  1.00  8.72      A     \nATOM   1592  CD1 TYR X 900       2.453  18.177 -13.120  1.00 10.34      A     \nATOM   1593  CD2 TYR X 900       1.617  17.560 -15.261  1.00 10.18      A     \nATOM   1594  CE1 TYR X 900       2.693  16.849 -12.824  1.00  8.92      A     \nATOM   1595  CE2 TYR X 900       1.853  16.224 -14.974  1.00 10.15      A     \nATOM   1596  CZ  TYR X 900       2.392  15.875 -13.754  1.00  9.40      A     \nATOM   1597  OH  TYR X 900       2.638  14.552 -13.459  1.00 10.47      A     \nATOM   1598  N   GLY X 901       0.447  20.913 -11.912  1.00  8.29      A     \nATOM   1599  CA  GLY X 901       0.116  20.692 -10.514  1.00  8.54      A     \nATOM   1600  C   GLY X 901      -1.375  20.783 -10.233  1.00  8.05      A     \nATOM   1601  O   GLY X 901      -1.924  19.972  -9.492  1.00  9.01      A     \nATOM   1602  N   VAL X 902      -2.038  21.774 -10.817  1.00  8.33      A     \nATOM   1603  CA  VAL X 902      -3.474  21.905 -10.618  1.00  8.26      A     \nATOM   1604  C   VAL X 902      -4.205  20.722 -11.252  1.00  8.23      A     \nATOM   1605  O   VAL X 902      -5.166  20.200 -10.685  1.00  8.85      A     \nATOM   1606  CB  VAL X 902      -4.012  23.223 -11.220  1.00  8.01      A     \nATOM   1607  CG1 VAL X 902      -5.519  23.329 -10.980  1.00  9.99      A     \nATOM   1608  CG2 VAL X 902      -3.288  24.419 -10.605  1.00  9.84      A     \nATOM   1609  N   THR X 903      -3.745  20.298 -12.426  1.00  8.67      A     \nATOM   1610  CA  THR X 903      -4.340  19.158 -13.118  1.00  8.83      A     \nATOM   1611  C   THR X 903      -4.234  17.886 -12.277  1.00  9.37      A     \nATOM   1612  O   THR X 903      -5.204  17.141 -12.147  1.00  9.43      A     \nATOM   1613  CB  THR X 903      -3.658  18.939 -14.489  1.00  9.12      A     \nATOM   1614  OG1 THR X 903      -3.842  20.109 -15.295  1.00  9.67      A     \nATOM   1615  CG2 THR X 903      -4.248  17.735 -15.215  1.00 10.15      A     \nATOM   1616  N   VAL X 904      -3.062  17.649 -11.694  1.00  9.27      A     \nATOM   1617  CA  VAL X 904      -2.892  16.512 -10.798  1.00  9.34      A     \nATOM   1618  C   VAL X 904      -3.835  16.615  -9.594  1.00  8.93      A     \nATOM   1619  O   VAL X 904      -4.436  15.618  -9.183  1.00  9.57      A     \nATOM   1620  CB  VAL X 904      -1.426  16.404 -10.312  1.00  9.11      A     \nATOM   1621  CG1 VAL X 904      -1.306  15.350  -9.214  1.00 11.24      A     \nATOM   1622  CG2 VAL X 904      -0.524  16.044 -11.490  1.00 11.89      A     \nATOM   1623  N   TRP X 905      -3.979  17.816  -9.039  1.00  8.61      A     \nATOM   1624  CA  TRP X 905      -4.923  18.017  -7.941  1.00  8.82      A     \nATOM   1625  C   TRP X 905      -6.348  17.647  -8.366  1.00  8.95      A     \nATOM   1626  O   TRP X 905      -7.084  17.003  -7.618  1.00  9.03      A     \nATOM   1627  CB  TRP X 905      -4.868  19.476  -7.463  1.00  8.99      A     \nATOM   1628  CG  TRP X 905      -5.717  19.763  -6.255  1.00  9.00      A     \nATOM   1629  CD1 TRP X 905      -5.331  19.708  -4.944  1.00  9.85      A     \nATOM   1630  CD2 TRP X 905      -7.093  20.164  -6.250  1.00  8.96      A     \nATOM   1631  NE1 TRP X 905      -6.384  20.051  -4.126  1.00  9.25      A     \nATOM   1632  CE2 TRP X 905      -7.475  20.336  -4.904  1.00  8.70      A     \nATOM   1633  CE3 TRP X 905      -8.038  20.394  -7.254  1.00  9.22      A     \nATOM   1634  CZ2 TRP X 905      -8.762  20.727  -4.539  1.00  9.64      A     \nATOM   1635  CZ3 TRP X 905      -9.318  20.783  -6.888  1.00 10.71      A     \nATOM   1636  CH2 TRP X 905      -9.668  20.945  -5.543  1.00 10.02      A     \nATOM   1637  N   GLU X 906      -6.734  18.036  -9.577  1.00  8.65      A     \nATOM   1638  CA  GLU X 906      -8.039  17.647 -10.097  1.00  8.70      A     \nATOM   1639  C   GLU X 906      -8.182  16.131 -10.134  1.00  9.52      A     \nATOM   1640  O   GLU X 906      -9.208  15.587  -9.738  1.00 10.00      A     \nATOM   1641  CB  GLU X 906      -8.239  18.180 -11.509  1.00  8.16      A     \nATOM   1642  CG  GLU X 906      -8.423  19.668 -11.628  1.00  9.63      A     \nATOM   1643  CD  GLU X 906      -8.661  20.050 -13.066  1.00  9.38      A     \nATOM   1644  OE1 GLU X 906      -7.668  20.224 -13.804  1.00  9.70      A     \nATOM   1645  OE2 GLU X 906      -9.842  20.153 -13.463  1.00 10.26      A     \nATOM   1646  N   LEU X 907      -7.161  15.439 -10.622  1.00  8.98      A     \nATOM   1647  CA  LEU X 907      -7.246  13.989 -10.716  1.00  9.21      A     \nATOM   1648  C   LEU X 907      -7.379  13.364  -9.332  1.00  9.18      A     \nATOM   1649  O   LEU X 907      -8.205  12.472  -9.125  1.00 10.03      A     \nATOM   1650  CB  LEU X 907      -6.012  13.422 -11.424  1.00 10.07      A     \nATOM   1651  CG  LEU X 907      -5.747  13.936 -12.843  1.00 10.55      A     \nATOM   1652  CD1 LEU X 907      -4.588  13.158 -13.461  1.00 11.52      A     \nATOM   1653  CD2 LEU X 907      -7.002  13.788 -13.689  1.00 13.82      A     \nATOM   1654  N   MET X 908      -6.580  13.845  -8.383  1.00  9.51      A     \nATOM   1655  CA  MET X 908      -6.523  13.233  -7.061  1.00  9.53      A     \nATOM   1656  C   MET X 908      -7.767  13.523  -6.230  1.00  9.84      A     \nATOM   1657  O   MET X 908      -8.000  12.862  -5.218  1.00 11.22      A     \nATOM   1658  CB  MET X 908      -5.279  13.712  -6.304  1.00  9.53      A     \nATOM   1659  CG  MET X 908      -3.969  13.349  -6.978  1.00 11.45      A     \nATOM   1660  SD  MET X 908      -3.780  11.577  -7.214  1.00 14.13      A     \nATOM   1661  CE  MET X 908      -2.351  11.534  -8.291  1.00 13.27      A     \nATOM   1662  N   THR X 909      -8.552  14.515  -6.643  1.00  9.91      A     \nATOM   1663  CA  THR X 909      -9.819  14.820  -5.980  1.00 10.36      A     \nATOM   1664  C   THR X 909     -10.992  14.315  -6.815  1.00 10.48      A     \nATOM   1665  O   THR X 909     -12.138  14.722  -6.615  1.00 11.46      A     \nATOM   1666  CB  THR X 909      -9.987  16.339  -5.757  1.00  9.57      A     \nATOM   1667  OG1 THR X 909      -9.938  17.020  -7.019  1.00 10.61      A     \nATOM   1668  CG2 THR X 909      -8.878  16.873  -4.853  1.00 10.78      A     \nATOM   1669  N   PHE X 910     -10.687  13.431  -7.760  1.00 11.47      A     \nATOM   1670  CA  PHE X 910     -11.683  12.856  -8.655  1.00 11.22      A     \nATOM   1671  C   PHE X 910     -12.507  13.926  -9.366  1.00 11.50      A     \nATOM   1672  O   PHE X 910     -13.730  13.824  -9.498  1.00 11.86      A     \nATOM   1673  CB  PHE X 910     -12.565  11.874  -7.878  1.00 12.85      A     \nATOM   1674  CG  PHE X 910     -11.793  10.712  -7.315  1.00 12.95      A     \nATOM   1675  CD1 PHE X 910     -11.386   9.672  -8.138  1.00 14.73      A     \nATOM   1676  CD2 PHE X 910     -11.417  10.691  -5.983  1.00 13.97      A     \nATOM   1677  CE1 PHE X 910     -10.614   8.636  -7.643  1.00 15.29      A     \nATOM   1678  CE2 PHE X 910     -10.645   9.658  -5.482  1.00 14.48      A     \nATOM   1679  CZ  PHE X 910     -10.243   8.632  -6.312  1.00 14.36      A     \nATOM   1680  N   GLY X 911     -11.808  14.954  -9.834  1.00 11.35      A     \nATOM   1681  CA  GLY X 911     -12.420  15.955 -10.684  1.00 10.74      A     \nATOM   1682  C   GLY X 911     -13.096  17.089  -9.938  1.00 10.98      A     \nATOM   1683  O   GLY X 911     -14.047  17.678 -10.441  1.00 11.41      A     \nATOM   1684  N   SER X 912     -12.615  17.404  -8.740  1.00 10.33      A     \nATOM   1685  CA  SER X 912     -13.199  18.495  -7.967  1.00 10.34      A     \nATOM   1686  C   SER X 912     -12.775  19.858  -8.518  1.00 10.62      A     \nATOM   1687  O   SER X 912     -11.792  19.966  -9.256  1.00 10.43      A     \nATOM   1688  CB  SER X 912     -12.789  18.374  -6.498  1.00 10.37      A     \nATOM   1689  OG  SER X 912     -13.298  17.178  -5.929  1.00 11.64      A     \nATOM   1690  N   LYS X 913     -13.519  20.897  -8.152  1.00 10.17      A     \nATOM   1691  CA  LYS X 913     -13.275  22.244  -8.662  1.00 10.60      A     \nATOM   1692  C   LYS X 913     -12.229  22.972  -7.818  1.00 10.62      A     \nATOM   1693  O   LYS X 913     -12.367  23.066  -6.600  1.00 10.60      A     \nATOM   1694  CB  LYS X 913     -14.576  23.052  -8.654  1.00 11.83      A     \nATOM   1695  CG  LYS X 913     -15.681  22.490  -9.534  1.00 15.42      A     \nATOM   1696  CD  LYS X 913     -16.962  23.298  -9.368  1.00 18.33      A     \nATOM   1697  CE  LYS X 913     -18.060  22.818 -10.300  1.00 21.06      A     \nATOM   1698  NZ  LYS X 913     -19.273  23.679 -10.188  1.00 24.43      A     \nATOM   1699  N   PRO X 914     -11.168  23.500  -8.455  1.00  9.72      A     \nATOM   1700  CA  PRO X 914     -10.128  24.217  -7.704  1.00  9.77      A     \nATOM   1701  C   PRO X 914     -10.604  25.594  -7.244  1.00  9.67      A     \nATOM   1702  O   PRO X 914     -11.292  26.294  -7.987  1.00 10.65      A     \nATOM   1703  CB  PRO X 914      -8.976  24.322  -8.695  1.00 10.67      A     \nATOM   1704  CG  PRO X 914      -9.656  24.337 -10.036  1.00 12.46      A     \nATOM   1705  CD  PRO X 914     -10.858  23.428  -9.896  1.00 10.13      A     \nATOM   1706  N   TYR X 915     -10.223  25.983  -6.029  1.00 10.04      A     \nATOM   1707  CA  TYR X 915     -10.662  27.252  -5.446  1.00  9.92      A     \nATOM   1708  C   TYR X 915     -12.173  27.386  -5.607  1.00 12.21      A     \nATOM   1709  O   TYR X 915     -12.686  28.409  -6.066  1.00 13.61      A     \nATOM   1710  CB  TYR X 915      -9.954  28.429  -6.123  1.00 11.08      A     \nATOM   1711  CG  TYR X 915      -8.470  28.216  -6.319  1.00 10.62      A     \nATOM   1712  CD1 TYR X 915      -7.565  28.437  -5.285  1.00 11.13      A     \nATOM   1713  CD2 TYR X 915      -7.974  27.796  -7.543  1.00 10.13      A     \nATOM   1714  CE1 TYR X 915      -6.204  28.246  -5.472  1.00 11.09      A     \nATOM   1715  CE2 TYR X 915      -6.623  27.603  -7.740  1.00 11.09      A     \nATOM   1716  CZ  TYR X 915      -5.740  27.829  -6.705  1.00  9.57      A     \nATOM   1717  OH  TYR X 915      -4.391  27.647  -6.911  1.00 11.47      A     \nATOM   1718  N   ASP X 916     -12.872  26.333  -5.206  1.00 11.65      A     \nATOM   1719  CA  ASP X 916     -14.294  26.163  -5.463  1.00 13.84      A     \nATOM   1720  C   ASP X 916     -15.126  27.307  -4.898  1.00 16.53      A     \nATOM   1721  O   ASP X 916     -15.044  27.611  -3.712  1.00 17.58      A     \nATOM   1722  CB  ASP X 916     -14.734  24.837  -4.844  1.00 12.30      A     \nATOM   1723  CG  ASP X 916     -16.186  24.525  -5.091  1.00 13.96      A     \nATOM   1724  OD1 ASP X 916     -16.772  25.090  -6.036  1.00 16.20      A     \nATOM   1725  OD2 ASP X 916     -16.739  23.699  -4.337  1.00 12.79      A     \nATOM   1726  N   GLY X 917     -15.924  27.937  -5.756  1.00 16.82      A     \nATOM   1727  CA  GLY X 917     -16.830  28.978  -5.300  1.00 20.01      A     \nATOM   1728  C   GLY X 917     -16.175  30.330  -5.079  1.00 20.96      A     \nATOM   1729  O   GLY X 917     -16.839  31.286  -4.674  1.00 24.31      A     \nATOM   1730  N   ILE X 918     -14.874  30.413  -5.339  1.00 20.29      A     \nATOM   1731  CA  ILE X 918     -14.133  31.658  -5.162  1.00 20.17      A     \nATOM   1732  C   ILE X 918     -14.005  32.393  -6.489  1.00 19.27      A     \nATOM   1733  O   ILE X 918     -13.615  31.807  -7.496  1.00 18.18      A     \nATOM   1734  CB  ILE X 918     -12.716  31.389  -4.628  1.00 20.56      A     \nATOM   1735  CG1 ILE X 918     -12.790  30.642  -3.299  1.00 21.34      A     \nATOM   1736  CG2 ILE X 918     -11.968  32.701  -4.456  1.00 22.49      A     \nATOM   1737  CD1 ILE X 918     -11.434  30.288  -2.733  1.00 21.02      A     \nATOM   1738  N   PRO X 919     -14.323  33.697  -6.505  1.00 18.68      A     \nATOM   1739  CA  PRO X 919     -14.228  34.481  -7.740  1.00 18.13      A     \nATOM   1740  C   PRO X 919     -12.813  34.494  -8.309  1.00 17.06      A     \nATOM   1741  O   PRO X 919     -11.841  34.664  -7.574  1.00 17.32      A     \nATOM   1742  CB  PRO X 919     -14.687  35.877  -7.316  1.00 20.30      A     \nATOM   1743  CG  PRO X 919     -15.537  35.640  -6.109  1.00 22.43      A     \nATOM   1744  CD  PRO X 919     -14.895  34.482  -5.398  1.00 20.49      A     \nATOM   1745  N   ALA X 920     -12.704  34.320  -9.622  1.00 18.82      A     \nATOM   1746  CA  ALA X 920     -11.404  34.315 -10.284  1.00 19.22      A     \nATOM   1747  C   ALA X 920     -10.612  35.580  -9.966  1.00 20.68      A     \nATOM   1748  O   ALA X 920      -9.383  35.554  -9.911  1.00 19.22      A     \nATOM   1749  CB  ALA X 920     -11.588  34.181 -11.789  1.00 21.55      A     \nATOM   1750  N   SER X 921     -11.319  36.685  -9.754  1.00 20.88      A     \nATOM   1751  CA  SER X 921     -10.674  37.973  -9.524  1.00 21.76      A     \nATOM   1752  C   SER X 921      -9.942  38.038  -8.185  1.00 21.79      A     \nATOM   1753  O   SER X 921      -9.143  38.944  -7.954  1.00 22.31      A     \nATOM   1754  CB  SER X 921     -11.710  39.097  -9.593  1.00 23.78      A     \nATOM   1755  OG  SER X 921     -12.716  38.914  -8.615  1.00 24.79      A     \nATOM   1756  N   GLU X 922     -10.218  37.079  -7.306  1.00 19.81      A     \nATOM   1757  CA  GLU X 922      -9.610  37.055  -5.979  1.00 19.47      A     \nATOM   1758  C   GLU X 922      -8.413  36.111  -5.906  1.00 17.40      A     \nATOM   1759  O   GLU X 922      -7.726  36.041  -4.886  1.00 17.42      A     \nATOM   1760  CB  GLU X 922     -10.642  36.631  -4.931  1.00 22.88      A     \nATOM   1761  CG  GLU X 922     -11.829  37.570  -4.802  1.00 27.18      A     \nATOM   1762  CD  GLU X 922     -12.806  37.125  -3.729  1.00 30.30      A     \nATOM   1763  OE1 GLU X 922     -13.899  37.723  -3.636  1.00 31.75      A     \nATOM   1764  OE2 GLU X 922     -12.480  36.179  -2.980  1.00 31.59      A     \nATOM   1765  N   ILE X 923      -8.166  35.382  -6.988  1.00 16.84      A     \nATOM   1766  CA  ILE X 923      -7.178  34.313  -6.951  1.00 15.33      A     \nATOM   1767  C   ILE X 923      -5.749  34.813  -6.766  1.00 14.71      A     \nATOM   1768  O   ILE X 923      -4.995  34.255  -5.973  1.00 14.93      A     \nATOM   1769  CB  ILE X 923      -7.253  33.443  -8.223  1.00 14.39      A     \nATOM   1770  CG1 ILE X 923      -8.588  32.691  -8.255  1.00 14.03      A     \nATOM   1771  CG2 ILE X 923      -6.092  32.464  -8.255  1.00 14.91      A     \nATOM   1772  CD1 ILE X 923      -8.783  31.729  -7.099  1.00 15.06      A     \nATOM   1773  N   SER X 924      -5.370  35.870  -7.476  1.00 16.55      A     \nATOM   1774  CA  SER X 924      -3.998  36.349  -7.361  1.00 17.20      A     \nATOM   1775  C   SER X 924      -3.699  36.775  -5.925  1.00 17.99      A     \nATOM   1776  O   SER X 924      -2.609  36.527  -5.409  1.00 18.13      A     \nATOM   1777  CB  SER X 924      -3.744  37.516  -8.322  1.00 19.14      A     \nATOM   1778  OG  SER X 924      -4.461  38.674  -7.939  1.00 20.81      A     \nATOM   1779  N  ASER X 925      -4.673  37.394  -5.266  0.50 18.22      A     \nATOM   1780  CA ASER X 925      -4.469  37.848  -3.894  0.50 18.42      A     \nATOM   1781  C  ASER X 925      -4.311  36.674  -2.929  0.50 17.66      A     \nATOM   1782  O  ASER X 925      -3.503  36.727  -2.003  0.50 19.01      A     \nATOM   1783  CB ASER X 925      -5.635  38.734  -3.445  0.50 19.48      A     \nATOM   1784  OG ASER X 925      -6.835  37.990  -3.336  0.50 21.60      A     \nATOM   1785  N  BSER X 925      -4.675  37.402  -5.277  0.50 18.29      A     \nATOM   1786  CA BSER X 925      -4.502  37.846  -3.900  0.50 18.52      A     \nATOM   1787  C  BSER X 925      -4.285  36.660  -2.965  0.50 17.70      A     \nATOM   1788  O  BSER X 925      -3.413  36.693  -2.098  0.50 18.71      A     \nATOM   1789  CB BSER X 925      -5.725  38.645  -3.444  0.50 19.92      A     \nATOM   1790  OG BSER X 925      -5.575  39.080  -2.104  0.50 22.13      A     \nATOM   1791  N   ILE X 926      -5.077  35.610  -3.150  1.00 17.03      A     \nATOM   1792  CA  ILE X 926      -4.967  34.411  -2.328  1.00 16.90      A     \nATOM   1793  C   ILE X 926      -3.603  33.755  -2.512  1.00 13.95      A     \nATOM   1794  O   ILE X 926      -2.979  33.312  -1.547  1.00 14.31      A     \nATOM   1795  CB  ILE X 926      -6.073  33.389  -2.686  1.00 17.90      A     \nATOM   1796  CG1 ILE X 926      -7.437  33.931  -2.254  1.00 19.88      A     \nATOM   1797  CG2 ILE X 926      -5.785  32.048  -2.030  1.00 20.64      A     \nATOM   1798  CD1 ILE X 926      -8.593  33.004  -2.576  1.00 22.53      A     \nATOM   1799  N   LEU X 927      -3.140  33.704  -3.756  1.00 13.65      A     \nATOM   1800  CA  LEU X 927      -1.838  33.122  -4.049  1.00 13.97      A     \nATOM   1801  C   LEU X 927      -0.713  33.965  -3.458  1.00 14.98      A     \nATOM   1802  O   LEU X 927       0.280  33.429  -2.968  1.00 14.81      A     \nATOM   1803  CB  LEU X 927      -1.647  32.987  -5.560  1.00 13.89      A     \nATOM   1804  CG  LEU X 927      -2.590  32.001  -6.257  1.00 12.99      A     \nATOM   1805  CD1 LEU X 927      -2.336  32.021  -7.755  1.00 14.03      A     \nATOM   1806  CD2 LEU X 927      -2.383  30.599  -5.698  1.00 13.77      A     \nATOM   1807  N   GLU X 928      -0.876  35.284  -3.496  1.00 16.73      A     \nATOM   1808  CA  GLU X 928       0.140  36.185  -2.963  1.00 17.66      A     \nATOM   1809  C   GLU X 928       0.263  36.066  -1.448  1.00 17.54      A     \nATOM   1810  O   GLU X 928       1.319  36.345  -0.882  1.00 20.27      A     \nATOM   1811  CB  GLU X 928      -0.183  37.629  -3.351  1.00 19.14      A     \nATOM   1812  CG  GLU X 928       0.016  37.919  -4.830  1.00 23.76      A     \nATOM   1813  CD  GLU X 928      -0.395  39.325  -5.213  1.00 26.66      A     \nATOM   1814  OE1 GLU X 928      -1.342  39.859  -4.597  1.00 28.47      A     \nATOM   1815  OE2 GLU X 928       0.229  39.895  -6.132  1.00 27.97      A     \nATOM   1816  N   LYS X 929      -0.815  35.643  -0.795  1.00 18.29      A     \nATOM   1817  CA  LYS X 929      -0.797  35.410   0.645  1.00 18.97      A     \nATOM   1818  C   LYS X 929      -0.218  34.043   1.002  1.00 19.54      A     \nATOM   1819  O   LYS X 929      -0.089  33.704   2.178  1.00 21.27      A     \nATOM   1820  CB  LYS X 929      -2.212  35.532   1.218  1.00 21.35      A     \nATOM   1821  CG  LYS X 929      -2.770  36.943   1.179  1.00 25.07      A     \nATOM   1822  CD  LYS X 929      -4.181  36.996   1.737  1.00 28.32      A     \nATOM   1823  CE  LYS X 929      -4.715  38.419   1.749  1.00 31.02      A     \nATOM   1824  NZ  LYS X 929      -6.108  38.481   2.272  1.00 33.08      A     \nATOM   1825  N   GLY X 930       0.117  33.257  -0.018  1.00 17.29      A     \nATOM   1826  CA  GLY X 930       0.763  31.977   0.217  1.00 16.70      A     \nATOM   1827  C   GLY X 930      -0.186  30.795   0.280  1.00 15.79      A     \nATOM   1828  O   GLY X 930       0.248  29.661   0.477  1.00 16.86      A     \nATOM   1829  N   GLU X 931      -1.480  31.049   0.115  1.00 14.20      A     \nATOM   1830  CA  GLU X 931      -2.470  29.979   0.172  1.00 15.44      A     \nATOM   1831  C   GLU X 931      -2.448  29.150  -1.109  1.00 12.72      A     \nATOM   1832  O   GLU X 931      -2.204  29.675  -2.193  1.00 12.83      A     \nATOM   1833  CB  GLU X 931      -3.866  30.566   0.387  1.00 18.52      A     \nATOM   1834  CG  GLU X 931      -4.007  31.350   1.680  1.00 24.23      A     \nATOM   1835  CD  GLU X 931      -5.422  31.844   1.918  1.00 27.09      A     \nATOM   1836  OE1 GLU X 931      -5.603  32.738   2.771  1.00 30.89      A     \nATOM   1837  OE2 GLU X 931      -6.351  31.339   1.255  1.00 29.46      A     \nATOM   1838  N   ARG X 932      -2.696  27.851  -0.972  1.00 11.62      A     \nATOM   1839  CA  ARG X 932      -2.710  26.941  -2.115  1.00 10.70      A     \nATOM   1840  C   ARG X 932      -3.844  25.934  -1.961  1.00 11.68      A     \nATOM   1841  O   ARG X 932      -4.448  25.826  -0.892  1.00 11.40      A     \nATOM   1842  CB  ARG X 932      -1.372  26.201  -2.219  1.00 11.75      A     \nATOM   1843  CG  ARG X 932      -0.161  27.101  -2.450  1.00 12.03      A     \nATOM   1844  CD  ARG X 932      -0.227  27.793  -3.804  1.00 10.71      A     \nATOM   1845  NE  ARG X 932       1.016  28.485  -4.141  1.00 11.55      A     \nATOM   1846  CZ  ARG X 932       1.285  29.746  -3.812  1.00 12.48      A     \nATOM   1847  NH1 ARG X 932       0.400  30.462  -3.130  1.00 12.69      A     \nATOM   1848  NH2 ARG X 932       2.436  30.298  -4.177  1.00 13.46      A     \nATOM   1849  N   LEU X 933      -4.129  25.192  -3.026  1.00  9.84      A     \nATOM   1850  CA  LEU X 933      -5.137  24.135  -2.968  1.00  9.34      A     \nATOM   1851  C   LEU X 933      -4.783  23.125  -1.880  1.00 10.22      A     \nATOM   1852  O   LEU X 933      -3.608  22.842  -1.642  1.00 11.44      A     \nATOM   1853  CB  LEU X 933      -5.237  23.436  -4.325  1.00 11.13      A     \nATOM   1854  CG  LEU X 933      -5.729  24.332  -5.468  1.00  9.81      A     \nATOM   1855  CD1 LEU X 933      -5.410  23.693  -6.809  1.00 11.24      A     \nATOM   1856  CD2 LEU X 933      -7.227  24.566  -5.328  1.00 11.21      A     \nATOM   1857  N   PRO X 934      -5.800  22.577  -1.199  1.00  9.74      A     \nATOM   1858  CA  PRO X 934      -5.590  21.685  -0.052  1.00 10.01      A     \nATOM   1859  C   PRO X 934      -5.149  20.276  -0.424  1.00 10.48      A     \nATOM   1860  O   PRO X 934      -5.333  19.831  -1.557  1.00 11.15      A     \nATOM   1861  CB  PRO X 934      -6.946  21.675   0.643  1.00 10.81      A     \nATOM   1862  CG  PRO X 934      -7.917  21.894  -0.472  1.00 12.09      A     \nATOM   1863  CD  PRO X 934      -7.232  22.841  -1.430  1.00  9.81      A     \nATOM   1864  N   GLN X 935      -4.591  19.566   0.549  1.00 10.02      A     \nATOM   1865  CA  GLN X 935      -4.179  18.185   0.358  1.00 10.30      A     \nATOM   1866  C   GLN X 935      -5.398  17.300   0.110  1.00 10.14      A     \nATOM   1867  O   GLN X 935      -6.307  17.235   0.936  1.00 10.97      A     \nATOM   1868  CB  GLN X 935      -3.425  17.703   1.598  1.00 10.98      A     \nATOM   1869  CG  GLN X 935      -2.885  16.292   1.494  1.00 10.66      A     \nATOM   1870  CD  GLN X 935      -2.039  15.913   2.695  1.00 11.60      A     \nATOM   1871  OE1 GLN X 935      -1.786  16.739   3.572  1.00 14.87      A     \nATOM   1872  NE2 GLN X 935      -1.597  14.663   2.741  1.00 12.27      A     \nATOM   1873  N   PRO X 936      -5.437  16.608  -1.038  1.00  9.79      A     \nATOM   1874  CA  PRO X 936      -6.563  15.704  -1.304  1.00  9.67      A     \nATOM   1875  C   PRO X 936      -6.600  14.558  -0.301  1.00 10.08      A     \nATOM   1876  O   PRO X 936      -5.556  14.067   0.125  1.00 10.68      A     \nATOM   1877  CB  PRO X 936      -6.298  15.206  -2.723  1.00 10.91      A     \nATOM   1878  CG  PRO X 936      -5.456  16.279  -3.344  1.00 10.12      A     \nATOM   1879  CD  PRO X 936      -4.576  16.775  -2.222  1.00 10.16      A     \nATOM   1880  N   PRO X 937      -7.806  14.108   0.077  1.00  9.25      A     \nATOM   1881  CA  PRO X 937      -7.941  12.989   1.013  1.00 10.69      A     \nATOM   1882  C   PRO X 937      -7.098  11.754   0.694  1.00 10.45      A     \nATOM   1883  O   PRO X 937      -6.541  11.142   1.605  1.00 10.69      A     \nATOM   1884  CB  PRO X 937      -9.437  12.691   0.991  1.00 10.77      A     \nATOM   1885  CG  PRO X 937     -10.055  14.029   0.728  1.00 10.78      A     \nATOM   1886  CD  PRO X 937      -9.113  14.704  -0.252  1.00 10.13      A     \nATOM   1887  N   ILE X 938      -6.993  11.378  -0.579  1.00  9.35      A     \nATOM   1888  CA  ILE X 938      -6.279  10.145  -0.911  1.00 10.38      A     \nATOM   1889  C   ILE X 938      -4.762  10.314  -0.943  1.00 11.08      A     \nATOM   1890  O   ILE X 938      -4.037   9.328  -1.020  1.00 10.92      A     \nATOM   1891  CB  ILE X 938      -6.707   9.548  -2.280  1.00 10.03      A     \nATOM   1892  CG1 ILE X 938      -6.271  10.471  -3.420  1.00  9.63      A     \nATOM   1893  CG2 ILE X 938      -8.210   9.293  -2.294  1.00 11.09      A     \nATOM   1894  CD1 ILE X 938      -6.479   9.876  -4.799  1.00 11.19      A     \nATOM   1895  N   CYS X 939      -4.278  11.551  -0.888  1.00  9.87      A     \nATOM   1896  CA  CYS X 939      -2.848  11.799  -1.074  1.00 10.17      A     \nATOM   1897  C   CYS X 939      -2.036  11.663   0.196  1.00 10.05      A     \nATOM   1898  O   CYS X 939      -2.314  12.334   1.192  1.00 10.96      A     \nATOM   1899  CB  CYS X 939      -2.613  13.203  -1.634  1.00  9.89      A     \nATOM   1900  SG  CYS X 939      -3.126  13.418  -3.337  1.00 11.97      A     \nATOM   1901  N   THR X 940      -1.006  10.823   0.153  1.00 10.14      A     \nATOM   1902  CA  THR X 940       0.043  10.911   1.160  1.00 10.95      A     \nATOM   1903  C   THR X 940       0.762  12.239   0.964  1.00  9.73      A     \nATOM   1904  O   THR X 940       0.683  12.853  -0.102  1.00 10.68      A     \nATOM   1905  CB  THR X 940       1.073   9.766   1.038  1.00 11.41      A     \nATOM   1906  OG1 THR X 940       1.697   9.808  -0.253  1.00 12.38      A     \nATOM   1907  CG2 THR X 940       0.394   8.419   1.243  1.00 13.03      A     \nATOM   1908  N   ILE X 941       1.465  12.689   1.992  1.00 10.27      A     \nATOM   1909  CA  ILE X 941       2.101  13.990   1.923  1.00 10.26      A     \nATOM   1910  C   ILE X 941       3.161  14.042   0.814  1.00  9.84      A     \nATOM   1911  O   ILE X 941       3.386  15.097   0.223  1.00 10.94      A     \nATOM   1912  CB  ILE X 941       2.722  14.368   3.295  1.00 11.28      A     \nATOM   1913  CG1 ILE X 941       3.183  15.826   3.282  1.00 12.66      A     \nATOM   1914  CG2 ILE X 941       3.875  13.442   3.628  1.00 11.25      A     \nATOM   1915  CD1 ILE X 941       2.048  16.816   3.123  1.00 16.38      A     \nATOM   1916  N   ASP X 942       3.789  12.910   0.507  1.00 10.37      A     \nATOM   1917  CA  ASP X 942       4.804  12.873  -0.546  1.00 10.70      A     \nATOM   1918  C   ASP X 942       4.234  13.344  -1.882  1.00 10.75      A     \nATOM   1919  O   ASP X 942       4.891  14.072  -2.629  1.00 12.13      A     \nATOM   1920  CB  ASP X 942       5.358  11.453  -0.717  1.00 12.15      A     \nATOM   1921  CG  ASP X 942       5.873  10.863   0.580  1.00 15.12      A     \nATOM   1922  OD1 ASP X 942       5.096  10.790   1.558  1.00 16.54      A     \nATOM   1923  OD2 ASP X 942       7.057  10.465   0.619  1.00 14.88      A     \nATOM   1924  N   VAL X 943       3.010  12.925  -2.183  1.00 10.49      A     \nATOM   1925  CA  VAL X 943       2.378  13.318  -3.436  1.00 11.04      A     \nATOM   1926  C   VAL X 943       1.946  14.780  -3.381  1.00 10.53      A     \nATOM   1927  O   VAL X 943       2.155  15.536  -4.331  1.00 10.84      A     \nATOM   1928  CB  VAL X 943       1.154  12.432  -3.743  1.00 10.84      A     \nATOM   1929  CG1 VAL X 943       0.496  12.881  -5.037  1.00 12.38      A     \nATOM   1930  CG2 VAL X 943       1.583  10.979  -3.849  1.00 13.32      A     \nATOM   1931  N   TYR X 944       1.359  15.188  -2.262  1.00 10.27      A     \nATOM   1932  CA  TYR X 944       0.950  16.579  -2.108  1.00 10.43      A     \nATOM   1933  C   TYR X 944       2.141  17.532  -2.205  1.00  9.73      A     \nATOM   1934  O   TYR X 944       2.024  18.631  -2.747  1.00 10.89      A     \nATOM   1935  CB  TYR X 944       0.233  16.775  -0.770  1.00  9.90      A     \nATOM   1936  CG  TYR X 944      -0.317  18.168  -0.562  1.00  9.46      A     \nATOM   1937  CD1 TYR X 944      -0.042  18.874   0.600  1.00 10.05      A     \nATOM   1938  CD2 TYR X 944      -1.142  18.763  -1.515  1.00 10.15      A     \nATOM   1939  CE1 TYR X 944      -0.574  20.129   0.819  1.00 10.71      A     \nATOM   1940  CE2 TYR X 944      -1.679  20.025  -1.307  1.00  9.70      A     \nATOM   1941  CZ  TYR X 944      -1.393  20.702  -0.135  1.00  9.62      A     \nATOM   1942  OH  TYR X 944      -1.916  21.950   0.107  1.00 11.25      A     \nATOM   1943  N   MET X 945       3.295  17.125  -1.695  1.00 10.66      A     \nATOM   1944  CA  MET X 945       4.444  18.012  -1.769  1.00 11.61      A     \nATOM   1945  C   MET X 945       4.947  18.223  -3.192  1.00 11.02      A     \nATOM   1946  O   MET X 945       5.485  19.282  -3.506  1.00 11.28      A     \nATOM   1947  CB  MET X 945       5.562  17.510  -0.855  1.00 13.99      A     \nATOM   1948  CG  MET X 945       5.245  17.796   0.610  1.00 14.46      A     \nATOM   1949  SD  MET X 945       6.567  17.497   1.783  1.00 19.92      A     \nATOM   1950  CE  MET X 945       6.804  15.823   1.488  1.00 12.16      A     \nATOM   1951  N   ILE X 946       4.751  17.240  -4.065  1.00 10.83      A     \nATOM   1952  CA  ILE X 946       5.042  17.455  -5.480  1.00 11.20      A     \nATOM   1953  C   ILE X 946       4.154  18.555  -6.059  1.00 11.25      A     \nATOM   1954  O   ILE X 946       4.640  19.450  -6.749  1.00 11.15      A     \nATOM   1955  CB  ILE X 946       4.832  16.170  -6.306  1.00 12.54      A     \nATOM   1956  CG1 ILE X 946       5.809  15.088  -5.848  1.00 13.99      A     \nATOM   1957  CG2 ILE X 946       5.047  16.464  -7.787  1.00 15.14      A     \nATOM   1958  CD1 ILE X 946       5.627  13.769  -6.566  1.00 17.21      A     \nATOM   1959  N   MET X 947       2.856  18.487  -5.773  1.00 10.48      A     \nATOM   1960  CA  MET X 947       1.928  19.549  -6.161  1.00 11.10      A     \nATOM   1961  C   MET X 947       2.395  20.895  -5.639  1.00 10.88      A     \nATOM   1962  O   MET X 947       2.417  21.884  -6.372  1.00 11.44      A     \nATOM   1963  CB  MET X 947       0.531  19.279  -5.597  1.00 13.22      A     \nATOM   1964  CG  MET X 947      -0.384  18.487  -6.495  1.00 17.70      A     \nATOM   1965  SD  MET X 947      -1.836  17.928  -5.585  1.00 18.65      A     \nATOM   1966  CE  MET X 947      -1.300  16.318  -5.246  1.00 12.44      A     \nATOM   1967  N   ARG X 948       2.757  20.940  -4.361  1.00 10.97      A     \nATOM   1968  CA  ARG X 948       3.154  22.202  -3.759  1.00 10.65      A     \nATOM   1969  C   ARG X 948       4.409  22.767  -4.421  1.00 10.00      A     \nATOM   1970  O   ARG X 948       4.531  23.977  -4.582  1.00 10.83      A     \nATOM   1971  CB  ARG X 948       3.368  22.036  -2.250  1.00 10.58      A     \nATOM   1972  CG  ARG X 948       2.080  21.745  -1.477  1.00 13.15      A     \nATOM   1973  CD  ARG X 948       1.089  22.894  -1.590  1.00 14.92      A     \nATOM   1974  NE  ARG X 948       1.565  24.092  -0.903  1.00 14.96      A     \nATOM   1975  CZ  ARG X 948       1.151  24.480   0.299  1.00 17.25      A     \nATOM   1976  NH1 ARG X 948       0.245  23.770   0.957  1.00 19.14      A     \nATOM   1977  NH2 ARG X 948       1.651  25.579   0.849  1.00 21.04      A     \nATOM   1978  N   LYS X 949       5.330  21.898  -4.827  1.00  9.73      A     \nATOM   1979  CA  LYS X 949       6.520  22.359  -5.534  1.00  9.97      A     \nATOM   1980  C   LYS X 949       6.149  23.008  -6.871  1.00  9.96      A     \nATOM   1981  O   LYS X 949       6.785  23.977  -7.298  1.00 10.47      A     \nATOM   1982  CB  LYS X 949       7.484  21.191  -5.763  1.00 10.41      A     \nATOM   1983  CG  LYS X 949       8.169  20.716  -4.494  1.00 12.26      A     \nATOM   1984  CD  LYS X 949       9.122  19.563  -4.761  1.00 11.51      A     \nATOM   1985  CE  LYS X 949       9.770  19.098  -3.466  1.00 14.73      A     \nATOM   1986  NZ  LYS X 949      10.631  17.898  -3.664  1.00 16.07      A     \nATOM   1987  N   CYS X 950       5.116  22.481  -7.523  1.00  9.41      A     \nATOM   1988  CA  CYS X 950       4.658  23.029  -8.798  1.00  9.18      A     \nATOM   1989  C   CYS X 950       4.077  24.432  -8.650  1.00  9.53      A     \nATOM   1990  O   CYS X 950       3.964  25.158  -9.635  1.00  9.94      A     \nATOM   1991  CB  CYS X 950       3.597  22.116  -9.421  1.00  9.47      A     \nATOM   1992  SG  CYS X 950       4.203  20.517  -9.982  1.00 10.80      A     \nATOM   1993  N   TRP X 951       3.703  24.809  -7.427  1.00  9.11      A     \nATOM   1994  CA  TRP X 951       3.063  26.100  -7.186  1.00  9.50      A     \nATOM   1995  C   TRP X 951       3.937  27.058  -6.388  1.00  9.74      A     \nATOM   1996  O   TRP X 951       3.434  27.967  -5.728  1.00 10.84      A     \nATOM   1997  CB  TRP X 951       1.733  25.918  -6.448  1.00  9.98      A     \nATOM   1998  CG  TRP X 951       0.797  24.943  -7.092  1.00  9.10      A     \nATOM   1999  CD1 TRP X 951       0.595  24.751  -8.428  1.00 10.65      A     \nATOM   2000  CD2 TRP X 951      -0.074  24.032  -6.417  1.00  8.86      A     \nATOM   2001  NE1 TRP X 951      -0.353  23.773  -8.624  1.00  9.93      A     \nATOM   2002  CE2 TRP X 951      -0.780  23.317  -7.404  1.00  9.06      A     \nATOM   2003  CE3 TRP X 951      -0.326  23.753  -5.072  1.00  9.65      A     \nATOM   2004  CZ2 TRP X 951      -1.722  22.341  -7.086  1.00 10.03      A     \nATOM   2005  CZ3 TRP X 951      -1.260  22.785  -4.757  1.00 10.10      A     \nATOM   2006  CH2 TRP X 951      -1.948  22.091  -5.758  1.00  9.73      A     \nATOM   2007  N   MET X 952       5.246  26.867  -6.446  1.00 10.51      A     \nATOM   2008  CA  MET X 952       6.133  27.809  -5.786  1.00 11.39      A     \nATOM   2009  C   MET X 952       6.222  29.092  -6.602  1.00 11.51      A     \nATOM   2010  O   MET X 952       6.115  29.071  -7.831  1.00 11.69      A     \nATOM   2011  CB  MET X 952       7.506  27.173  -5.588  1.00 14.43      A     \nATOM   2012  CG  MET X 952       7.438  26.016  -4.599  1.00 14.71      A     \nATOM   2013  SD  MET X 952       8.989  25.202  -4.235  1.00 18.45      A     \nATOM   2014  CE  MET X 952       9.835  26.473  -3.296  1.00 16.69      A     \nATOM   2015  N  AILE X 953       6.405  30.218  -5.922  0.50 11.75      A     \nATOM   2016  CA AILE X 953       6.304  31.511  -6.587  0.50 13.65      A     \nATOM   2017  C  AILE X 953       7.434  31.746  -7.589  0.50 14.48      A     \nATOM   2018  O  AILE X 953       7.225  32.387  -8.619  0.50 16.30      A     \nATOM   2019  CB AILE X 953       6.268  32.671  -5.558  0.50 14.26      A     \nATOM   2020  CG1AILE X 953       6.109  34.008  -6.285  0.50 13.45      A     \nATOM   2021  CG2AILE X 953       7.529  32.669  -4.718  0.50 14.54      A     \nATOM   2022  CD1AILE X 953       5.875  35.186  -5.361  0.50 14.06      A     \nATOM   2023  N  BILE X 953       6.379  30.217  -5.914  0.50 12.61      A     \nATOM   2024  CA BILE X 953       6.327  31.510  -6.579  0.50 15.27      A     \nATOM   2025  C  BILE X 953       7.404  31.622  -7.645  0.50 15.01      A     \nATOM   2026  O  BILE X 953       7.136  32.051  -8.767  0.50 15.50      A     \nATOM   2027  CB BILE X 953       6.489  32.668  -5.571  0.50 17.77      A     \nATOM   2028  CG1BILE X 953       7.765  32.480  -4.751  0.50 20.31      A     \nATOM   2029  CG2BILE X 953       5.279  32.729  -4.665  0.50 18.94      A     \nATOM   2030  CD1BILE X 953       8.031  33.601  -3.770  0.50 21.97      A     \nATOM   2031  N   ASP X 954       8.624  31.225  -7.305  1.00 13.91      A     \nATOM   2032  CA  ASP X 954       9.713  31.306  -8.267  1.00 16.39      A     \nATOM   2033  C   ASP X 954       9.606  30.159  -9.265  1.00 14.62      A     \nATOM   2034  O   ASP X 954       9.737  28.990  -8.902  1.00 14.74      A     \nATOM   2035  CB  ASP X 954      11.064  31.251  -7.555  1.00 18.90      A     \nATOM   2036  CG  ASP X 954      12.207  31.681  -8.452  1.00 22.93      A     \nATOM   2037  OD1 ASP X 954      13.211  32.210  -7.930  1.00 26.21      A     \nATOM   2038  OD2 ASP X 954      12.098  31.493  -9.683  1.00 22.77      A     \nATOM   2039  N   ALA X 955       9.368  30.503 -10.527  1.00 15.12      A     \nATOM   2040  CA  ALA X 955       9.145  29.505 -11.563  1.00 14.25      A     \nATOM   2041  C   ALA X 955      10.320  28.540 -11.664  1.00 14.91      A     \nATOM   2042  O   ALA X 955      10.149  27.367 -11.999  1.00 14.26      A     \nATOM   2043  CB  ALA X 955       8.920  30.195 -12.899  1.00 14.42      A     \nATOM   2044  N   ASP X 956      11.515  29.038 -11.369  1.00 17.93      A     \nATOM   2045  CA  ASP X 956      12.712  28.213 -11.439  1.00 19.15      A     \nATOM   2046  C   ASP X 956      12.860  27.315 -10.212  1.00 19.03      A     \nATOM   2047  O   ASP X 956      13.686  26.403 -10.205  1.00 22.36      A     \nATOM   2048  CB  ASP X 956      13.949  29.098 -11.598  1.00 22.72      A     \nATOM   2049  CG  ASP X 956      13.975  29.822 -12.929  1.00 25.18      A     \nATOM   2050  OD1 ASP X 956      14.344  31.015 -12.953  1.00 28.49      A     \nATOM   2051  OD2 ASP X 956      13.623  29.198 -13.953  1.00 27.74      A     \nATOM   2052  N   SER X 957      12.062  27.577  -9.181  1.00 18.25      A     \nATOM   2053  CA  SER X 957      11.989  26.695  -8.017  1.00 17.57      A     \nATOM   2054  C   SER X 957      11.231  25.412  -8.354  1.00 16.90      A     \nATOM   2055  O   SER X 957      11.451  24.371  -7.737  1.00 18.18      A     \nATOM   2056  CB  SER X 957      11.275  27.395  -6.855  1.00 15.17      A     \nATOM   2057  OG  SER X 957      12.020  28.501  -6.369  1.00 18.96      A     \nATOM   2058  N   ARG X 958      10.330  25.495  -9.330  1.00 14.56      A     \nATOM   2059  CA  ARG X 958       9.414  24.397  -9.624  1.00 13.31      A     \nATOM   2060  C   ARG X 958      10.137  23.248 -10.304  1.00 12.97      A     \nATOM   2061  O   ARG X 958      11.149  23.450 -10.972  1.00 14.34      A     \nATOM   2062  CB  ARG X 958       8.272  24.889 -10.523  1.00 11.99      A     \nATOM   2063  CG  ARG X 958       7.475  26.024  -9.918  1.00 10.21      A     \nATOM   2064  CD  ARG X 958       6.494  26.652 -10.908  1.00 10.79      A     \nATOM   2065  NE  ARG X 958       6.100  27.971 -10.427  1.00 11.34      A     \nATOM   2066  CZ  ARG X 958       5.713  28.980 -11.198  1.00  9.88      A     \nATOM   2067  NH1 ARG X 958       5.396  30.142 -10.646  1.00 11.22      A     \nATOM   2068  NH2 ARG X 958       5.620  28.824 -12.512  1.00 11.44      A     \nATOM   2069  N   PRO X 959       9.624  22.020 -10.145  1.00 13.28      A     \nATOM   2070  CA  PRO X 959      10.195  20.899 -10.894  1.00 13.19      A     \nATOM   2071  C   PRO X 959      10.029  21.118 -12.393  1.00 13.90      A     \nATOM   2072  O   PRO X 959       9.177  21.897 -12.826  1.00 15.55      A     \nATOM   2073  CB  PRO X 959       9.411  19.685 -10.393  1.00 15.48      A     \nATOM   2074  CG  PRO X 959       8.142  20.245  -9.848  1.00 19.83      A     \nATOM   2075  CD  PRO X 959       8.454  21.624  -9.344  1.00 13.63      A     \nATOM   2076  N   LYS X 960      10.859  20.452 -13.183  1.00 13.03      A     \nATOM   2077  CA  LYS X 960      10.651  20.419 -14.622  1.00 13.20      A     \nATOM   2078  C   LYS X 960       9.946  19.115 -14.967  1.00 12.49      A     \nATOM   2079  O   LYS X 960       9.932  18.172 -14.170  1.00 12.45      A     \nATOM   2080  CB  LYS X 960      11.989  20.527 -15.360  1.00 16.15      A     \nATOM   2081  CG  LYS X 960      12.695  21.868 -15.153  1.00 18.64      A     \nATOM   2082  CD  LYS X 960      13.711  22.149 -16.248  1.00 21.83      A     \nATOM   2083  CE  LYS X 960      13.045  22.305 -17.609  1.00 22.67      A     \nATOM   2084  NZ  LYS X 960      12.099  23.456 -17.655  1.00 24.29      A     \nATOM   2085  N   PHE X 961       9.337  19.057 -16.143  1.00 12.88      A     \nATOM   2086  CA  PHE X 961       8.556  17.884 -16.494  1.00 11.87      A     \nATOM   2087  C   PHE X 961       9.395  16.613 -16.479  1.00 12.52      A     \nATOM   2088  O   PHE X 961       8.906  15.547 -16.113  1.00 12.61      A     \nATOM   2089  CB  PHE X 961       7.885  18.087 -17.857  1.00 12.04      A     \nATOM   2090  CG  PHE X 961       6.714  19.031 -17.808  1.00  9.85      A     \nATOM   2091  CD1 PHE X 961       5.601  18.726 -17.035  1.00 10.62      A     \nATOM   2092  CD2 PHE X 961       6.739  20.236 -18.492  1.00 10.92      A     \nATOM   2093  CE1 PHE X 961       4.539  19.607 -16.944  1.00 10.04      A     \nATOM   2094  CE2 PHE X 961       5.676  21.125 -18.405  1.00 11.46      A     \nATOM   2095  CZ  PHE X 961       4.578  20.808 -17.629  1.00 10.75      A     \nATOM   2096  N   ARG X 962      10.666  16.725 -16.846  1.00 12.94      A     \nATOM   2097  CA  ARG X 962      11.545  15.563 -16.823  1.00 14.80      A     \nATOM   2098  C   ARG X 962      11.676  15.020 -15.400  1.00 13.34      A     \nATOM   2099  O   ARG X 962      11.672  13.806 -15.187  1.00 15.63      A     \nATOM   2100  CB  ARG X 962      12.923  15.933 -17.376  1.00 17.40      A     \nATOM   2101  CG  ARG X 962      13.883  14.766 -17.464  1.00 23.87      A     \nATOM   2102  CD  ARG X 962      14.999  15.062 -18.446  1.00 27.41      A     \nATOM   2103  NE  ARG X 962      14.499  15.269 -19.801  1.00 31.31      A     \nATOM   2104  CZ  ARG X 962      14.386  14.304 -20.708  1.00 31.91      A     \nATOM   2105  NH1 ARG X 962      14.738  13.062 -20.403  1.00 34.26      A     \nATOM   2106  NH2 ARG X 962      13.921  14.578 -21.920  1.00 33.41      A     \nATOM   2107  N   GLU X 963      11.777  15.923 -14.428  1.00 13.92      A     \nATOM   2108  CA  GLU X 963      11.835  15.543 -13.017  1.00 14.41      A     \nATOM   2109  C   GLU X 963      10.520  14.906 -12.570  1.00 13.98      A     \nATOM   2110  O   GLU X 963      10.509  13.941 -11.807  1.00 14.26      A     \nATOM   2111  CB  GLU X 963      12.111  16.771 -12.143  1.00 15.20      A     \nATOM   2112  CG  GLU X 963      13.316  17.608 -12.547  1.00 20.96      A     \nATOM   2113  CD  GLU X 963      13.324  18.961 -11.853  1.00 22.36      A     \nATOM   2114  OE1 GLU X 963      12.738  19.070 -10.755  1.00 28.37      A     \nATOM   2115  OE2 GLU X 963      13.906  19.917 -12.402  1.00 25.99      A     \nATOM   2116  N   LEU X 964       9.408  15.455 -13.045  1.00 13.30      A     \nATOM   2117  CA  LEU X 964       8.096  14.958 -12.658  1.00 12.26      A     \nATOM   2118  C   LEU X 964       7.868  13.546 -13.189  1.00 12.23      A     \nATOM   2119  O   LEU X 964       7.278  12.705 -12.508  1.00 12.95      A     \nATOM   2120  CB  LEU X 964       7.013  15.915 -13.163  1.00 11.41      A     \nATOM   2121  CG  LEU X 964       7.007  17.259 -12.427  1.00 11.68      A     \nATOM   2122  CD1 LEU X 964       6.183  18.274 -13.203  1.00 12.13      A     \nATOM   2123  CD2 LEU X 964       6.454  17.065 -11.021  1.00 12.37      A     \nATOM   2124  N   ILE X 965       8.359  13.279 -14.395  1.00 12.03      A     \nATOM   2125  CA  ILE X 965       8.300  11.926 -14.941  1.00 12.80      A     \nATOM   2126  C   ILE X 965       9.012  10.939 -14.017  1.00 13.92      A     \nATOM   2127  O   ILE X 965       8.475   9.880 -13.699  1.00 14.19      A     \nATOM   2128  CB  ILE X 965       8.954  11.851 -16.339  1.00 13.81      A     \nATOM   2129  CG1 ILE X 965       8.172  12.719 -17.329  1.00 13.22      A     \nATOM   2130  CG2 ILE X 965       9.001  10.404 -16.816  1.00 15.13      A     \nATOM   2131  CD1 ILE X 965       8.860  12.872 -18.676  1.00 15.28      A     \nATOM   2132  N   ILE X 966      10.220  11.292 -13.586  1.00 13.79      A     \nATOM   2133  CA  ILE X 966      11.006  10.408 -12.730  1.00 15.59      A     \nATOM   2134  C   ILE X 966      10.315  10.152 -11.394  1.00 14.75      A     \nATOM   2135  O   ILE X 966      10.211   9.008 -10.945  1.00 15.47      A     \nATOM   2136  CB  ILE X 966      12.405  10.999 -12.454  1.00 17.44      A     \nATOM   2137  CG1 ILE X 966      13.195  11.090 -13.760  1.00 20.58      A     \nATOM   2138  CG2 ILE X 966      13.149  10.138 -11.440  1.00 17.95      A     \nATOM   2139  CD1 ILE X 966      14.608  11.582 -13.574  1.00 24.51      A     \nATOM   2140  N   GLU X 967       9.842  11.218 -10.759  1.00 13.85      A     \nATOM   2141  CA  GLU X 967       9.268  11.099  -9.427  1.00 15.24      A     \nATOM   2142  C   GLU X 967       7.959  10.316  -9.443  1.00 13.71      A     \nATOM   2143  O   GLU X 967       7.747   9.420  -8.622  1.00 14.45      A     \nATOM   2144  CB  GLU X 967       9.035  12.487  -8.829  1.00 19.95      A     \nATOM   2145  CG  GLU X 967       8.604  12.458  -7.374  1.00 26.80      A     \nATOM   2146  CD  GLU X 967       9.505  11.589  -6.522  1.00 28.90      A     \nATOM   2147  OE1 GLU X 967      10.743  11.694  -6.662  1.00 32.02      A     \nATOM   2148  OE2 GLU X 967       8.975  10.797  -5.713  1.00 33.15      A     \nATOM   2149  N   PHE X 968       7.077  10.641 -10.380  1.00 13.57      A     \nATOM   2150  CA  PHE X 968       5.814   9.928 -10.445  1.00 12.66      A     \nATOM   2151  C   PHE X 968       5.989   8.495 -10.934  1.00 12.85      A     \nATOM   2152  O   PHE X 968       5.218   7.615 -10.556  1.00 13.63      A     \nATOM   2153  CB  PHE X 968       4.813  10.685 -11.323  1.00 13.44      A     \nATOM   2154  CG  PHE X 968       4.029  11.728 -10.574  1.00 12.70      A     \nATOM   2155  CD1 PHE X 968       3.113  11.354  -9.604  1.00 14.41      A     \nATOM   2156  CD2 PHE X 968       4.213  13.075 -10.829  1.00 12.88      A     \nATOM   2157  CE1 PHE X 968       2.396  12.305  -8.901  1.00 14.89      A     \nATOM   2158  CE2 PHE X 968       3.497  14.033 -10.128  1.00 13.42      A     \nATOM   2159  CZ  PHE X 968       2.588  13.647  -9.164  1.00 14.07      A     \nATOM   2160  N   SER X 969       7.010   8.246 -11.750  1.00 12.29      A     \nATOM   2161  CA  SER X 969       7.275   6.880 -12.194  1.00 12.82      A     \nATOM   2162  C   SER X 969       7.691   6.007 -11.013  1.00 13.24      A     \nATOM   2163  O   SER X 969       7.285   4.851 -10.914  1.00 14.63      A     \nATOM   2164  CB  SER X 969       8.370   6.858 -13.266  1.00 13.67      A     \nATOM   2165  OG  SER X 969       7.895   7.389 -14.491  1.00 15.10      A     \nATOM   2166  N   LYS X 970       8.495   6.568 -10.114  1.00 13.74      A     \nATOM   2167  CA  LYS X 970       8.905   5.849  -8.914  1.00 14.59      A     \nATOM   2168  C   LYS X 970       7.685   5.507  -8.067  1.00 13.87      A     \nATOM   2169  O   LYS X 970       7.538   4.380  -7.591  1.00 14.74      A     \nATOM   2170  CB  LYS X 970       9.880   6.699  -8.098  1.00 16.44      A     \nATOM   2171  CG  LYS X 970      10.405   6.011  -6.851  1.00 20.32      A     \nATOM   2172  CD  LYS X 970      11.223   6.966  -5.997  1.00 25.39      A     \nATOM   2173  CE  LYS X 970      10.373   8.119  -5.485  1.00 28.09      A     \nATOM   2174  NZ  LYS X 970       9.199   7.641  -4.702  1.00 29.45      A     \nATOM   2175  N   MET X 971       6.802   6.481  -7.886  1.00 13.80      A     \nATOM   2176  CA  MET X 971       5.606   6.257  -7.087  1.00 14.13      A     \nATOM   2177  C   MET X 971       4.685   5.239  -7.741  1.00 13.15      A     \nATOM   2178  O   MET X 971       4.031   4.453  -7.054  1.00 14.98      A     \nATOM   2179  CB  MET X 971       4.862   7.571  -6.876  1.00 13.98      A     \nATOM   2180  CG  MET X 971       5.623   8.546  -6.007  1.00 14.20      A     \nATOM   2181  SD  MET X 971       4.713  10.063  -5.760  1.00 16.54      A     \nATOM   2182  CE  MET X 971       5.679  10.844  -4.481  1.00 16.33      A     \nATOM   2183  N   ALA X 972       4.645   5.251  -9.068  1.00 13.58      A     \nATOM   2184  CA  ALA X 972       3.790   4.340  -9.819  1.00 14.02      A     \nATOM   2185  C   ALA X 972       4.222   2.882  -9.666  1.00 14.94      A     \nATOM   2186  O   ALA X 972       3.451   1.971  -9.960  1.00 16.59      A     \nATOM   2187  CB  ALA X 972       3.781   4.736 -11.292  1.00 15.10      A     \nATOM   2188  N   ARG X 973       5.450   2.664  -9.204  1.00 15.29      A     \nATOM   2189  CA  ARG X 973       5.955   1.311  -8.977  1.00 17.11      A     \nATOM   2190  C   ARG X 973       5.402   0.698  -7.695  1.00 17.17      A     \nATOM   2191  O   ARG X 973       5.354  -0.523  -7.553  1.00 17.99      A     \nATOM   2192  CB  ARG X 973       7.485   1.315  -8.909  1.00 20.10      A     \nATOM   2193  CG  ARG X 973       8.172   1.628 -10.224  1.00 25.33      A     \nATOM   2194  CD  ARG X 973       9.658   1.307 -10.153  1.00 28.49      A     \nATOM   2195  NE  ARG X 973       9.898  -0.097  -9.827  1.00 32.84      A     \nATOM   2196  CZ  ARG X 973      11.096  -0.612  -9.567  1.00 34.95      A     \nATOM   2197  NH1 ARG X 973      11.217  -1.902  -9.280  1.00 35.83      A     \nATOM   2198  NH2 ARG X 973      12.173   0.161  -9.592  1.00 35.66      A     \nATOM   2199  N   ASP X 974       4.999   1.548  -6.757  1.00 16.19      A     \nATOM   2200  CA  ASP X 974       4.400   1.093  -5.507  1.00 16.38      A     \nATOM   2201  C   ASP X 974       3.237   2.016  -5.172  1.00 15.17      A     \nATOM   2202  O   ASP X 974       3.281   2.764  -4.196  1.00 15.54      A     \nATOM   2203  CB  ASP X 974       5.430   1.128  -4.373  1.00 19.27      A     \nATOM   2204  CG  ASP X 974       6.549   0.118  -4.564  1.00 22.12      A     \nATOM   2205  OD1 ASP X 974       6.360  -1.060  -4.191  1.00 23.85      A     \nATOM   2206  OD2 ASP X 974       7.619   0.500  -5.086  1.00 22.21      A     \nATOM   2207  N   PRO X 975       2.177   1.975  -5.989  1.00 15.09      A     \nATOM   2208  CA  PRO X 975       1.159   3.029  -5.952  1.00 15.09      A     \nATOM   2209  C   PRO X 975       0.399   3.143  -4.633  1.00 15.79      A     \nATOM   2210  O   PRO X 975       0.069   4.247  -4.200  1.00 14.09      A     \nATOM   2211  CB  PRO X 975       0.244   2.691  -7.129  1.00 16.06      A     \nATOM   2212  CG  PRO X 975       0.453   1.235  -7.372  1.00 16.79      A     \nATOM   2213  CD  PRO X 975       1.883   0.953  -7.008  1.00 16.21      A     \nATOM   2214  N   GLN X 976       0.129   2.011  -3.991  1.00 16.63      A     \nATOM   2215  CA  GLN X 976      -0.644   2.014  -2.753  1.00 17.63      A     \nATOM   2216  C   GLN X 976       0.144   2.625  -1.601  1.00 17.40      A     \nATOM   2217  O   GLN X 976      -0.407   2.901  -0.534  1.00 20.08      A     \nATOM   2218  CB  GLN X 976      -1.074   0.589  -2.389  1.00 20.03      A     \nATOM   2219  CG  GLN X 976      -2.135   0.005  -3.308  1.00 22.25      A     \nATOM   2220  CD  GLN X 976      -1.566  -0.541  -4.602  1.00 24.49      A     \nATOM   2221  OE1 GLN X 976      -0.358  -0.735  -4.732  1.00 26.32      A     \nATOM   2222  NE2 GLN X 976      -2.439  -0.794  -5.570  1.00 25.21      A     \nATOM   2223  N   ARG X 977       1.436   2.835  -1.825  1.00 17.92      A     \nATOM   2224  CA  ARG X 977       2.305   3.472  -0.845  1.00 17.21      A     \nATOM   2225  C   ARG X 977       2.165   4.996  -0.880  1.00 15.94      A     \nATOM   2226  O   ARG X 977       2.602   5.698   0.040  1.00 17.19      A     \nATOM   2227  CB  ARG X 977       3.755   3.074  -1.127  1.00 19.62      A     \nATOM   2228  CG  ARG X 977       4.777   3.706  -0.213  1.00 21.84      A     \nATOM   2229  CD  ARG X 977       6.130   3.031  -0.382  1.00 25.86      A     \nATOM   2230  NE  ARG X 977       6.094   1.633   0.040  1.00 29.99      A     \nATOM   2231  CZ  ARG X 977       6.961   0.707  -0.358  1.00 30.97      A     \nATOM   2232  NH1 ARG X 977       6.850  -0.539   0.084  1.00 35.03      A     \nATOM   2233  NH2 ARG X 977       7.937   1.021  -1.199  1.00 31.30      A     \nATOM   2234  N   TYR X 978       1.557   5.509  -1.946  1.00 14.18      A     \nATOM   2235  CA  TYR X 978       1.518   6.949  -2.163  1.00 13.00      A     \nATOM   2236  C   TYR X 978       0.119   7.539  -2.272  1.00 11.14      A     \nATOM   2237  O   TYR X 978      -0.080   8.717  -1.981  1.00 12.18      A     \nATOM   2238  CB  TYR X 978       2.353   7.299  -3.396  1.00 13.58      A     \nATOM   2239  CG  TYR X 978       3.818   7.034  -3.157  1.00 13.26      A     \nATOM   2240  CD1 TYR X 978       4.443   5.916  -3.694  1.00 13.72      A     \nATOM   2241  CD2 TYR X 978       4.557   7.860  -2.322  1.00 14.76      A     \nATOM   2242  CE1 TYR X 978       5.764   5.626  -3.397  1.00 15.98      A     \nATOM   2243  CE2 TYR X 978       5.874   7.579  -2.019  1.00 16.91      A     \nATOM   2244  CZ  TYR X 978       6.472   6.461  -2.556  1.00 18.53      A     \nATOM   2245  OH  TYR X 978       7.778   6.170  -2.232  1.00 20.74      A     \nATOM   2246  N   LEU X 979      -0.847   6.723  -2.681  1.00 11.58      A     \nATOM   2247  CA  LEU X 979      -2.250   7.123  -2.650  1.00 12.10      A     \nATOM   2248  C   LEU X 979      -3.035   6.102  -1.838  1.00 13.89      A     \nATOM   2249  O   LEU X 979      -2.832   4.898  -1.987  1.00 16.63      A     \nATOM   2250  CB  LEU X 979      -2.814   7.216  -4.075  1.00 11.99      A     \nATOM   2251  CG  LEU X 979      -2.124   8.216  -5.014  1.00 10.26      A     \nATOM   2252  CD1 LEU X 979      -2.753   8.139  -6.393  1.00 11.71      A     \nATOM   2253  CD2 LEU X 979      -2.237   9.633  -4.459  1.00 11.19      A     \nATOM   2254  N   VAL X 980      -3.920   6.595  -0.978  1.00 13.67      A     \nATOM   2255  CA  VAL X 980      -4.665   5.754  -0.046  1.00 15.94      A     \nATOM   2256  C   VAL X 980      -6.119   5.690  -0.499  1.00 15.46      A     \nATOM   2257  O   VAL X 980      -6.888   6.629  -0.284  1.00 14.95      A     \nATOM   2258  CB  VAL X 980      -4.611   6.340   1.381  1.00 18.29      A     \nATOM   2259  CG1 VAL X 980      -5.263   5.384   2.369  1.00 20.47      A     \nATOM   2260  CG2 VAL X 980      -3.167   6.622   1.775  1.00 20.94      A     \nATOM   2261  N   ILE X 981      -6.485   4.583  -1.134  1.00 15.72      A     \nATOM   2262  CA  ILE X 981      -7.815   4.419  -1.708  1.00 16.82      A     \nATOM   2263  C   ILE X 981      -8.447   3.129  -1.198  1.00 18.19      A     \nATOM   2264  O   ILE X 981      -7.839   2.059  -1.274  1.00 19.56      A     \nATOM   2265  CB  ILE X 981      -7.740   4.382  -3.252  1.00 16.84      A     \nATOM   2266  CG1 ILE X 981      -7.268   5.741  -3.775  1.00 16.72      A     \nATOM   2267  CG2 ILE X 981      -9.091   4.015  -3.839  1.00 18.14      A     \nATOM   2268  CD1 ILE X 981      -6.995   5.767  -5.265  1.00 16.91      A     \nATOM   2269  N   GLN X 982      -9.664   3.230  -0.674  1.00 17.67      A     \nATOM   2270  CA  GLN X 982     -10.326   2.071  -0.087  1.00 18.59      A     \nATOM   2271  C   GLN X 982     -10.628   1.033  -1.161  1.00 20.03      A     \nATOM   2272  O   GLN X 982     -11.124   1.367  -2.236  1.00 21.69      A     \nATOM   2273  CB  GLN X 982     -11.628   2.487   0.605  1.00 17.00      A     \nATOM   2274  CG  GLN X 982     -12.327   1.325   1.303  1.00 15.98      A     \nATOM   2275  CD  GLN X 982     -13.646   1.710   1.946  1.00 15.88      A     \nATOM   2276  OE1 GLN X 982     -14.490   0.853   2.213  1.00 19.68      A     \nATOM   2277  NE2 GLN X 982     -13.829   2.997   2.203  1.00 16.87      A     \nATOM   2278  N   GLY X 983     -10.326  -0.226  -0.866  1.00 23.33      A     \nATOM   2279  CA  GLY X 983     -10.597  -1.287  -1.818  1.00 26.42      A     \nATOM   2280  C   GLY X 983      -9.557  -1.353  -2.919  1.00 28.77      A     \nATOM   2281  O   GLY X 983      -9.778  -1.974  -3.960  1.00 28.96      A     \nATOM   2282  N   ASP X 984      -8.420  -0.704  -2.690  1.00 29.93      A     \nATOM   2283  CA  ASP X 984      -7.335  -0.689  -3.662  1.00 31.83      A     \nATOM   2284  C   ASP X 984      -6.060  -1.285  -3.071  1.00 35.16      A     \nATOM   2285  O   ASP X 984      -5.280  -0.585  -2.424  1.00 35.78      A     \nATOM   2286  CB  ASP X 984      -7.067   0.747  -4.120  1.00 29.74      A     \nATOM   2287  CG  ASP X 984      -5.842   0.857  -5.002  1.00 27.16      A     \nATOM   2288  OD1 ASP X 984      -5.668  -0.005  -5.888  1.00 29.11      A     \nATOM   2289  OD2 ASP X 984      -5.053   1.804  -4.805  1.00 23.33      A     \nATOM   2290  N   GLU X 985      -5.852  -2.579  -3.293  1.00 38.18      A     \nATOM   2291  CA  GLU X 985      -6.809  -3.408  -4.016  1.00 41.19      A     \nATOM   2292  C   GLU X 985      -6.791  -4.824  -3.447  1.00 41.70      A     \nATOM   2293  O   GLU X 985      -5.956  -5.082  -2.555  1.00 42.43      A     \nATOM   2294  CB  GLU X 985      -6.456  -3.440  -5.508  1.00 42.66      A     \nATOM   2295  CG  GLU X 985      -7.428  -4.233  -6.370  1.00 45.31      A     \nATOM   2296  CD  GLU X 985      -8.849  -3.708  -6.287  1.00 46.36      A     \nATOM   2297  OE1 GLU X 985      -9.060  -2.509  -6.567  1.00 47.26      A     \nATOM   2298  OE2 GLU X 985      -9.756  -4.496  -5.941  1.00 47.05      A     \nATOM   2299  C5  8AM X9001     -15.044  16.768 -25.718  1.00 15.61      A     \nATOM   2300  C6  8AM X9001     -13.289  15.888 -27.250  1.00 14.40      A     \nATOM   2301  C8  8AM X9001     -13.359  13.536 -27.750  1.00 13.99      A     \nATOM   2302  C10 8AM X9001     -11.677  15.011 -28.597  1.00 12.25      A     \nATOM   2303  N12 8AM X9001     -10.572  14.937 -29.401  1.00 13.05      A     \nATOM   2304  C13 8AM X9001     -10.456  13.612 -29.774  1.00 13.28      A     \nATOM   2305  C15 8AM X9001      -9.721  16.085 -29.761  1.00 13.26      A     \nATOM   2306  C17 8AM X9001      -8.279  15.692 -30.111  1.00 13.41      A     \nATOM   2307  C20 8AM X9001     -15.845  12.696 -25.952  1.00 17.54      A     \nATOM   2308  C26 8AM X9001     -17.976  12.242 -24.706  1.00 20.82      A     \nATOM   2309  C1  8AM X9001     -15.255  18.177 -25.137  1.00 16.07      A     \nATOM   2310  C2  8AM X9001     -14.594  19.080 -26.156  1.00 16.78      A     \nATOM   2311  C3  8AM X9001     -13.365  18.285 -26.590  1.00 15.96      A     \nATOM   2312  N4  8AM X9001     -13.867  16.926 -26.565  1.00 14.59      A     \nATOM   2313  N7  8AM X9001     -13.863  14.660 -27.134  1.00 13.52      A     \nATOM   2314  C9  8AM X9001     -12.185  13.714 -28.527  1.00 13.58      A     \nATOM   2315  N11 8AM X9001     -12.175  16.118 -27.994  1.00 13.47      A     \nATOM   2316  N14 8AM X9001     -11.411  12.856 -29.266  1.00 13.04      A     \nATOM   2317  C16 8AM X9001     -10.325  16.858 -30.941  1.00 14.60      A     \nATOM   2318  N18 8AM X9001     -13.998  12.292 -27.613  1.00 15.88      A     \nATOM   2319  C19 8AM X9001     -15.154  12.007 -26.939  1.00 16.40      A     \nATOM   2320  N21 8AM X9001     -16.945  11.939 -25.669  1.00 19.32      A     \nATOM   2321  N22 8AM X9001     -17.026  10.809 -26.396  1.00 19.32      A     \nATOM   2322  C23 8AM X9001     -15.928  10.861 -27.168  1.00 17.77      A     \nATOM   2323  O24 8AM X9001     -15.601   9.901 -28.086  1.00 18.31      A     \nATOM   2324  C25 8AM X9001     -16.500   8.795 -28.206  1.00 18.65      A     \nATOM   2325  F27 8AM X9001     -15.445  19.229 -27.215  1.00 18.02      A     \nATOM   2326  N28 8AM X9001     -14.552  18.323 -23.854  1.00 15.17      A     \nATOM   2327  C29 8AM X9001     -15.007  17.806 -22.652  1.00 13.82      A     \nATOM   2328  C30 8AM X9001     -14.037  18.146 -21.524  1.00 14.17      A     \nATOM   2329  C31 8AM X9001     -14.359  17.468 -20.200  1.00 14.45      A     \nATOM   2330  O32 8AM X9001     -16.044  17.165 -22.506  1.00 16.45      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    6\nCONECT    4    3\nCONECT    5    2\nCONECT    6    3    7\nCONECT    7    6    8   10\nCONECT    8    7    9   14\nCONECT    9    8\nCONECT   10    7   11\nCONECT   11   10   12   13\nCONECT   12   11\nCONECT   13   11\nCONECT   14    8   15\nCONECT   15   14   16   18\nCONECT   16   15   17   22\nCONECT   17   16\nCONECT   18   15   19\nCONECT   19   18   20   21\nCONECT   20   19\nCONECT   21   19\nCONECT   22   16   23\nCONECT   23   22   24   26\nCONECT   24   23   25   33\nCONECT   25   24\nCONECT   26   23   27\nCONECT   27   26   28\nCONECT   28   27   29\nCONECT   29   28   30\nCONECT   30   29   31   32\nCONECT   31   30\nCONECT   32   30\nCONECT   33   24   34\nCONECT   34   33   35   37\nCONECT   35   34   36   41\nCONECT   36   35\nCONECT   37   34   38   39\nCONECT   38   37   40\nCONECT   39   37\nCONECT   40   38\nCONECT   41   35   42\nCONECT   42   41   43   45\nCONECT   43   42   44   49\nCONECT   44   43\nCONECT   45   42   46\nCONECT   46   45   47   48\nCONECT   47   46\nCONECT   48   46\nCONECT   49   43   50\nCONECT   50   49   51   53\nCONECT   51   50   52   58\nCONECT   52   51\nCONECT   53   50   54\nCONECT   54   53   55\nCONECT   55   54   56\nCONECT   56   55   57\nCONECT   57   56\nCONECT   58   51   59\nCONECT   59   58   60   62\nCONECT   60   59   61   67\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64\nCONECT   64   63   65   66\nCONECT   65   64\nCONECT   66   64\nCONECT   67   60   68\nCONECT   68   67   69   71\nCONECT   69   68   70   74\nCONECT   70   69\nCONECT   71   68   72   73\nCONECT   72   71\nCONECT   73   71\nCONECT   74   69   75\nCONECT   75   74   76   78\nCONECT   76   75   77   83\nCONECT   77   76\nCONECT   78   75   79\nCONECT   79   78   80\nCONECT   80   79   81   82\nCONECT   81   80\nCONECT   82   80\nCONECT   83   76   84\nCONECT   84   83   85   87\nCONECT   85   84   86   94\nCONECT   86   85\nCONECT   87   84   88\nCONECT   88   87   89   90\nCONECT   89   88   91\nCONECT   90   88   92\nCONECT   91   89   93\nCONECT   92   90   93\nCONECT   93   91   92\nCONECT   94   85   95\nCONECT   95   94   96   98\nCONECT   96   95   97  103\nCONECT   97   96\nCONECT   98   95   99\nCONECT   99   98  100\nCONECT  100   99  101\nCONECT  101  100  102\nCONECT  102  101\nCONECT  103   96  104\nCONECT  104  103  105  107\nCONECT  105  104  106  112\nCONECT  106  105\nCONECT  107  104  108\nCONECT  108  107  109\nCONECT  109  108  110\nCONECT  110  109  111\nCONECT  111  110\nCONECT  112  105  113\nCONECT  113  112  114  116\nCONECT  114  113  115  120\nCONECT  115  114\nCONECT  116  113  117  118\nCONECT  117  116  119\nCONECT  118  116\nCONECT  119  117\nCONECT  120  114  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  136\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133\nCONECT  135  133\nCONECT  136  131  137\nCONECT  137  136  138  140\nCONECT  138  137  139  144\nCONECT  139  138\nCONECT  140  137  141\nCONECT  141  140  142  143\nCONECT  142  141\nCONECT  143  141\nCONECT  144  138  145\nCONECT  145  144  146\nCONECT  146  145  147  148\nCONECT  147  146\nCONECT  148  146  149\nCONECT  149  148  150  152\nCONECT  150  149  151  154\nCONECT  151  150\nCONECT  152  149  153\nCONECT  153  152\nCONECT  154  150  155\nCONECT  155  154  156\nCONECT  156  155  157  158\nCONECT  157  156\nCONECT  158  156  159\nCONECT  159  158  160  162\nCONECT  160  159  161  163\nCONECT  161  160\nCONECT  162  159\nCONECT  163  160  164\nCONECT  164  163  165  167\nCONECT  165  164  166  174\nCONECT  166  165\nCONECT  167  164  168\nCONECT  168  167  169  170\nCONECT  169  168  171\nCONECT  170  168  172\nCONECT  171  169  173\nCONECT  172  170  173\nCONECT  173  171  172\nCONECT  174  165  175\nCONECT  175  174  176\nCONECT  176  175  177  178\nCONECT  177  176\nCONECT  178  176  179\nCONECT  179  178  180  182\nCONECT  180  179  181  185\nCONECT  181  180\nCONECT  182  179  183  184\nCONECT  183  182\nCONECT  184  182\nCONECT  185  180  186\nCONECT  186  185  187  189\nCONECT  187  186  188  192\nCONECT  188  187\nCONECT  189  186  190  191\nCONECT  190  189\nCONECT  191  189\nCONECT  192  187  193\nCONECT  193  192  194  196\nCONECT  194  193  195  204\nCONECT  195  194\nCONECT  196  193  197\nCONECT  197  196  198  199\nCONECT  198  197  200\nCONECT  199  197  201\nCONECT  200  198  202\nCONECT  201  199  202\nCONECT  202  200  201  203\nCONECT  203  202\nCONECT  204  194  205\nCONECT  205  204  206  208\nCONECT  206  205  207  213\nCONECT  207  206\nCONECT  208  205  209\nCONECT  209  208  210\nCONECT  210  209  211\nCONECT  211  210  212\nCONECT  212  211\nCONECT  213  206  214\nCONECT  214  213  215\nCONECT  215  214  216  217\nCONECT  216  215\nCONECT  217  215  218\nCONECT  218  217  219  221\nCONECT  219  218  220  225\nCONECT  220  219\nCONECT  221  218  222\nCONECT  222  221  223  224\nCONECT  223  222\nCONECT  224  222\nCONECT  225  219  226\nCONECT  226  225  227  229\nCONECT  227  226  228  239\nCONECT  228  227\nCONECT  229  226  230\nCONECT  230  229  231  232\nCONECT  231  230  233\nCONECT  232  230  234  235\nCONECT  233  231  234\nCONECT  234  232  233  236\nCONECT  235  232  237\nCONECT  236  234  238\nCONECT  237  235  238\nCONECT  238  236  237\nCONECT  239  227  240\nCONECT  240  239  241  243\nCONECT  241  240  242  247\nCONECT  242  241\nCONECT  243  240  244  245\nCONECT  244  243  246\nCONECT  245  243\nCONECT  246  244\nCONECT  247  241  248  253\nCONECT  248  247  249  251\nCONECT  249  248  250  254\nCONECT  250  249\nCONECT  251  248  252\nCONECT  252  251  253\nCONECT  253  247  252\nCONECT  254  249  255\nCONECT  255  254  256  258\nCONECT  256  255  257  263\nCONECT  257  256\nCONECT  258  255  259\nCONECT  259  258  260\nCONECT  260  259  261  262\nCONECT  261  260\nCONECT  262  260\nCONECT  263  256  264\nCONECT  264  263  265\nCONECT  265  264  266  267\nCONECT  266  265\nCONECT  267  265  268\nCONECT  268  267  269  271\nCONECT  269  268  270  276\nCONECT  270  269\nCONECT  271  268  272\nCONECT  272  271  273\nCONECT  273  272  274  275\nCONECT  274  273\nCONECT  275  273\nCONECT  276  269  277\nCONECT  277  276  278  280\nCONECT  278  277  279  285\nCONECT  279  278\nCONECT  280  277  281\nCONECT  281  280  282\nCONECT  282  281  283\nCONECT  283  282  284\nCONECT  284  283\nCONECT  285  278  286\nCONECT  286  285  287  289\nCONECT  287  286  288  292\nCONECT  288  287\nCONECT  289  286  290  291\nCONECT  290  289\nCONECT  291  289\nCONECT  292  287  293\nCONECT  293  292  294  296\nCONECT  294  293  295  301\nCONECT  295  294\nCONECT  296  293  297\nCONECT  297  296  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299\nCONECT  301  294  302\nCONECT  302  301  303  305\nCONECT  303  302  304  309\nCONECT  304  303\nCONECT  305  302  306  307\nCONECT  306  305  308\nCONECT  307  305\nCONECT  308  306\nCONECT  309  303  310  315\nCONECT  310  309  311  313\nCONECT  311  310  312  316\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  309  314\nCONECT  316  311  317\nCONECT  317  316  318  320\nCONECT  318  317  319  323\nCONECT  319  318\nCONECT  320  317  321  322\nCONECT  321  320\nCONECT  322  320\nCONECT  323  318  324\nCONECT  324  323  325  327\nCONECT  325  324  326  328\nCONECT  326  325\nCONECT  327  324\nCONECT  328  325  329\nCONECT  329  328  330  332\nCONECT  330  329  331  336\nCONECT  331  330\nCONECT  332  329  333  334\nCONECT  333  332  335\nCONECT  334  332\nCONECT  335  333\nCONECT  336  330  337\nCONECT  337  336  338  340\nCONECT  338  337  339  345\nCONECT  339  338\nCONECT  340  337  341\nCONECT  341  340  342\nCONECT  342  341  343\nCONECT  343  342  344\nCONECT  344  343\nCONECT  345  338  346\nCONECT  346  345  347  349\nCONECT  347  346  348  354\nCONECT  348  347\nCONECT  349  346  350\nCONECT  350  349  351\nCONECT  351  350  352  353\nCONECT  352  351\nCONECT  353  351\nCONECT  354  347  355\nCONECT  355  354  356  358\nCONECT  356  355  357  362\nCONECT  357  356\nCONECT  358  355  359\nCONECT  359  358  360  361\nCONECT  360  359\nCONECT  361  359\nCONECT  362  356  363\nCONECT  363  362  364  366\nCONECT  364  363  365\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369\nCONECT  369  368  370\nCONECT  370  369  371  372\nCONECT  371  370\nCONECT  372  370\nCONECT  373  374  379\nCONECT  374  373  375  377\nCONECT  375  374  376  380\nCONECT  376  375\nCONECT  377  374  378\nCONECT  378  377  379\nCONECT  379  373  378\nCONECT  380  375  381\nCONECT  381  380  382  384\nCONECT  382  381  383  389\nCONECT  383  382\nCONECT  384  381  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388\nCONECT  388  387\nCONECT  389  382  390\nCONECT  390  389  391  393\nCONECT  391  390  392  394\nCONECT  392  391\nCONECT  393  390\nCONECT  394  391  395\nCONECT  395  394  396  398\nCONECT  396  395  397  402\nCONECT  397  396\nCONECT  398  395  399\nCONECT  399  398  400  401\nCONECT  400  399\nCONECT  401  399\nCONECT  402  396  403\nCONECT  403  402  404  406\nCONECT  404  403  405  411\nCONECT  405  404\nCONECT  406  403  407\nCONECT  407  406  408\nCONECT  408  407  409\nCONECT  409  408  410\nCONECT  410  409\nCONECT  411  404  412\nCONECT  412  411  413  415\nCONECT  413  412  414  420\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415  417\nCONECT  417  416  418  419\nCONECT  418  417\nCONECT  419  417\nCONECT  420  413  421\nCONECT  421  420  422  424\nCONECT  422  421  423  428\nCONECT  423  422\nCONECT  424  421  425  426\nCONECT  425  424  427\nCONECT  426  424\nCONECT  427  425\nCONECT  428  422  429\nCONECT  429  428  430  432\nCONECT  430  429  431  436\nCONECT  431  430\nCONECT  432  429  433\nCONECT  433  432  434  435\nCONECT  434  433\nCONECT  435  433\nCONECT  436  430  437\nCONECT  437  436  438  440\nCONECT  438  437  439  444\nCONECT  439  438\nCONECT  440  437  441\nCONECT  441  440  442  443\nCONECT  442  441\nCONECT  443  441\nCONECT  444  438  445\nCONECT  445  444  446  448\nCONECT  446  445  447  453\nCONECT  447  446\nCONECT  448  445  449\nCONECT  449  448  450\nCONECT  450  449  451  452\nCONECT  451  450\nCONECT  452  450\nCONECT  453  446  454\nCONECT  454  453  455  457\nCONECT  455  454  456  458\nCONECT  456  455\nCONECT  457  454\nCONECT  458  455  459\nCONECT  459  458  460  462\nCONECT  460  459  461  470\nCONECT  461  460\nCONECT  462  459  463\nCONECT  463  462  464  465\nCONECT  464  463  466\nCONECT  465  463  467\nCONECT  466  464  468\nCONECT  467  465  468\nCONECT  468  466  467  469\nCONECT  469  468\nCONECT  470  460  471\nCONECT  471  470  472  474\nCONECT  472  471  473  477\nCONECT  473  472\nCONECT  474  471  475  476\nCONECT  475  474\nCONECT  476  474\nCONECT  477  472  478\nCONECT  478  477  479  481\nCONECT  479  478  480  485  490\nCONECT  480  479\nCONECT  481  478  482\nCONECT  482  481  483\nCONECT  483  482  484\nCONECT  484  483\nCONECT  485  479  486\nCONECT  486  485  487  489\nCONECT  487  486  488  495\nCONECT  488  487\nCONECT  489  486\nCONECT  490  479  491\nCONECT  491  490  492  494\nCONECT  492  491  493  495\nCONECT  493  492\nCONECT  494  491\nCONECT  495  487  492  496\nCONECT  496  495  497  499\nCONECT  497  496  498  501\nCONECT  498  497\nCONECT  499  496  500\nCONECT  500  499\nCONECT  501  497  502\nCONECT  502  501  503  505\nCONECT  503  502  504  508\nCONECT  504  503\nCONECT  505  502  506  507\nCONECT  506  505\nCONECT  507  505\nCONECT  508  503  509\nCONECT  509  508  510  512\nCONECT  510  509  511  516\nCONECT  511  510\nCONECT  512  509  513\nCONECT  513  512  514  515\nCONECT  514  513\nCONECT  515  513\nCONECT  516  510  517\nCONECT  517  516  518  520\nCONECT  518  517  519  524\nCONECT  519  518\nCONECT  520  517  521\nCONECT  521  520  522  523\nCONECT  522  521\nCONECT  523  521\nCONECT  524  518  525  530\nCONECT  525  524  526  528\nCONECT  526  525  527  531\nCONECT  527  526\nCONECT  528  525  529\nCONECT  529  528  530\nCONECT  530  524  529\nCONECT  531  526  532\nCONECT  532  531  533  535\nCONECT  533  532  534  541\nCONECT  534  533\nCONECT  535  532  536\nCONECT  536  535  537  538\nCONECT  537  536  539\nCONECT  538  536  540\nCONECT  539  537  540\nCONECT  540  538  539\nCONECT  541  533  542\nCONECT  542  541  543  545\nCONECT  543  542  544  548\nCONECT  544  543\nCONECT  545  542  546  547\nCONECT  546  545\nCONECT  547  545\nCONECT  548  543  549\nCONECT  549  548  550  552\nCONECT  550  549  551  554\nCONECT  551  550\nCONECT  552  549  553\nCONECT  553  552\nCONECT  554  550  555\nCONECT  555  554  556  558\nCONECT  556  555  557  565\nCONECT  557  556\nCONECT  558  555  559\nCONECT  559  558  560\nCONECT  560  559  561\nCONECT  561  560  562\nCONECT  562  561  563  564\nCONECT  563  562\nCONECT  564  562\nCONECT  565  556  566\nCONECT  566  565  567  569\nCONECT  567  566  568  573\nCONECT  568  567\nCONECT  569  566  570\nCONECT  570  569  571  572\nCONECT  571  570\nCONECT  572  570\nCONECT  573  567  574\nCONECT  574  573  575  577\nCONECT  575  574  576  581\nCONECT  576  575\nCONECT  577  574  578\nCONECT  578  577  579  580\nCONECT  579  578\nCONECT  580  578\nCONECT  581  575  582\nCONECT  582  581  583\nCONECT  583  582  584  585\nCONECT  584  583\nCONECT  585  583  586\nCONECT  586  585  587  589\nCONECT  587  586  588  593\nCONECT  588  587\nCONECT  589  586  590  591\nCONECT  590  589  592\nCONECT  591  589\nCONECT  592  590\nCONECT  593  587  594\nCONECT  594  593  595  597\nCONECT  595  594  596  599\nCONECT  596  595\nCONECT  597  594  598\nCONECT  598  597\nCONECT  599  595  600\nCONECT  600  599  601  603\nCONECT  601  600  602  607\nCONECT  602  601\nCONECT  603  600  604\nCONECT  604  603  605  606\nCONECT  605  604\nCONECT  606  604\nCONECT  607  601  608\nCONECT  608  607  609  611\nCONECT  609  608  610  614\nCONECT  610  609\nCONECT  611  608  612  613\nCONECT  612  611\nCONECT  613  611\nCONECT  614  609  615\nCONECT  615  614  616  618\nCONECT  616  615  617  620\nCONECT  617  616\nCONECT  618  615  619\nCONECT  619  618\nCONECT  620  616  621\nCONECT  621  620  622  624\nCONECT  622  621  623  627\nCONECT  623  622\nCONECT  624  621  625  626\nCONECT  625  624\nCONECT  626  624\nCONECT  627  622  628\nCONECT  628  627  629  631\nCONECT  629  628  630  634\nCONECT  630  629\nCONECT  631  628  632  633\nCONECT  632  631\nCONECT  633  631\nCONECT  634  629  635\nCONECT  635  634  636  638\nCONECT  636  635  637  643\nCONECT  637  636\nCONECT  638  635  639\nCONECT  639  638  640\nCONECT  640  639  641  642\nCONECT  641  640\nCONECT  642  640\nCONECT  643  636  644\nCONECT  644  643  645  647\nCONECT  645  644  646  651\nCONECT  646  645\nCONECT  647  644  648\nCONECT  648  647  649  650\nCONECT  649  648\nCONECT  650  648\nCONECT  651  645  652\nCONECT  652  651  653  655\nCONECT  653  652  654  659  667\nCONECT  654  653\nCONECT  655  652  656  657\nCONECT  656  655  658\nCONECT  657  655\nCONECT  658  656\nCONECT  659  653  660\nCONECT  660  659  661  663\nCONECT  661  660  662  675\nCONECT  662  661\nCONECT  663  660  664\nCONECT  664  663  665\nCONECT  665  664  666\nCONECT  666  665\nCONECT  667  653  668\nCONECT  668  667  669  671\nCONECT  669  668  670  675\nCONECT  670  669\nCONECT  671  668  672\nCONECT  672  671  673\nCONECT  673  672  674\nCONECT  674  673\nCONECT  675  661  669  676\nCONECT  676  675  677  679\nCONECT  677  676  678  684\nCONECT  678  677\nCONECT  679  676  680\nCONECT  680  679  681\nCONECT  681  680  682  683\nCONECT  682  681\nCONECT  683  681\nCONECT  684  677  685\nCONECT  685  684  686  688\nCONECT  686  685  687  692\nCONECT  687  686\nCONECT  688  685  689\nCONECT  689  688  690  691\nCONECT  690  689\nCONECT  691  689\nCONECT  692  686  693\nCONECT  693  692  694  696\nCONECT  694  693  695  700\nCONECT  695  694\nCONECT  696  693  697\nCONECT  697  696  698\nCONECT  698  697  699\nCONECT  699  698\nCONECT  700  694  701  706\nCONECT  701  700  702  704\nCONECT  702  701  703  707\nCONECT  703  702\nCONECT  704  701  705\nCONECT  705  704  706\nCONECT  706  700  705\nCONECT  707  702  708\nCONECT  708  707  709  711\nCONECT  709  708  710  718\nCONECT  710  709\nCONECT  711  708  712\nCONECT  712  711  713  714\nCONECT  713  712  715\nCONECT  714  712  716\nCONECT  715  713  717\nCONECT  716  714  717\nCONECT  717  715  716\nCONECT  718  709  719\nCONECT  719  718  720\nCONECT  720  719  721  722\nCONECT  721  720\nCONECT  722  720  723\nCONECT  723  722  724  726\nCONECT  724  723  725  728\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726 2329\nCONECT  728  724  729\nCONECT  729  728  730  732\nCONECT  730  729  731  736\nCONECT  731  730\nCONECT  732  729  733\nCONECT  733  732  734  735\nCONECT  734  733\nCONECT  735  733\nCONECT  736  730  737\nCONECT  737  736  738  740\nCONECT  738  737  739  744\nCONECT  739  738\nCONECT  740  737  741\nCONECT  741  740  742  743\nCONECT  742  741\nCONECT  743  741\nCONECT  744  738  745\nCONECT  745  744  746  748\nCONECT  746  745  747  752\nCONECT  747  746\nCONECT  748  745  749\nCONECT  749  748  750  751\nCONECT  750  749\nCONECT  751  749\nCONECT  752  746  753\nCONECT  753  752  754  756\nCONECT  754  753  755  764\nCONECT  755  754\nCONECT  756  753  757\nCONECT  757  756  758  759\nCONECT  758  757  760\nCONECT  759  757  761\nCONECT  760  758  762\nCONECT  761  759  762\nCONECT  762  760  761  763\nCONECT  763  762\nCONECT  764  754  765\nCONECT  765  764  766  768\nCONECT  766  765  767  771\nCONECT  767  766\nCONECT  768  765  769  770\nCONECT  769  768\nCONECT  770  768\nCONECT  771  766  772\nCONECT  772  771  773  775\nCONECT  773  772  774  782  791\nCONECT  774  773\nCONECT  775  772  776\nCONECT  776  775  777\nCONECT  777  776  778\nCONECT  778  777  779\nCONECT  779  778  780  781\nCONECT  780  779\nCONECT  781  779\nCONECT  782  773  783\nCONECT  783  782  784  786\nCONECT  784  783  785  800\nCONECT  785  784\nCONECT  786  783  787\nCONECT  787  786  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  773  792\nCONECT  792  791  793  795\nCONECT  793  792  794  800\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797\nCONECT  797  796  798  799\nCONECT  798  797\nCONECT  799  797\nCONECT  800  784  793  801\nCONECT  801  800  802  804\nCONECT  802  801  803  810\nCONECT  803  802\nCONECT  804  801  805\nCONECT  805  804  806  807\nCONECT  806  805  808\nCONECT  807  805  809\nCONECT  808  806  809\nCONECT  809  807  808\nCONECT  810  802  811\nCONECT  811  810  812  814\nCONECT  812  811  813  819\nCONECT  813  812\nCONECT  814  811  815\nCONECT  815  814  816\nCONECT  816  815  817\nCONECT  817  816  818\nCONECT  818  817\nCONECT  819  812  820\nCONECT  820  819  821  823\nCONECT  821  820  822  827\nCONECT  822  821\nCONECT  823  820  824\nCONECT  824  823  825  826\nCONECT  825  824\nCONECT  826  824\nCONECT  827  821  828\nCONECT  828  827  829  831\nCONECT  829  828  830  835\nCONECT  830  829\nCONECT  831  828  832\nCONECT  832  831  833  834\nCONECT  833  832\nCONECT  834  832\nCONECT  835  829  836\nCONECT  836  835  837  839\nCONECT  837  836  838  843\nCONECT  838  837\nCONECT  839  836  840  841\nCONECT  840  839  842\nCONECT  841  839\nCONECT  842  840\nCONECT  843  837  844\nCONECT  844  843  845\nCONECT  845  844  846  847\nCONECT  846  845\nCONECT  847  845  848\nCONECT  848  847  849  851\nCONECT  849  848  850  853\nCONECT  850  849\nCONECT  851  848  852\nCONECT  852  851\nCONECT  853  849  854\nCONECT  854  853  855  857\nCONECT  855  854  856  862\nCONECT  856  855\nCONECT  857  854  858\nCONECT  858  857  859\nCONECT  859  858  860  861\nCONECT  860  859\nCONECT  861  859\nCONECT  862  855  863\nCONECT  863  862  864  866\nCONECT  864  863  865  874\nCONECT  865  864\nCONECT  866  863  867\nCONECT  867  866  868  869\nCONECT  868  867  870\nCONECT  869  867  871\nCONECT  870  868  872\nCONECT  871  869  872\nCONECT  872  870  871  873\nCONECT  873  872\nCONECT  874  864  875\nCONECT  875  874  876  878\nCONECT  876  875  877  882\nCONECT  877  876\nCONECT  878  875  879\nCONECT  879  878  880  881\nCONECT  880  879\nCONECT  881  879\nCONECT  882  876  883\nCONECT  883  882  884  886\nCONECT  884  883  885  890\nCONECT  885  884\nCONECT  886  883  887\nCONECT  887  886  888  889\nCONECT  888  887\nCONECT  889  887\nCONECT  890  884  891\nCONECT  891  890  892  894\nCONECT  892  891  893  898\nCONECT  893  892\nCONECT  894  891  895\nCONECT  895  894  896  897\nCONECT  896  895\nCONECT  897  895\nCONECT  898  892  899\nCONECT  899  898  900  902\nCONECT  900  899  901  912\nCONECT  901  900\nCONECT  902  899  903\nCONECT  903  902  904  905\nCONECT  904  903  906\nCONECT  905  903  907  908\nCONECT  906  904  907\nCONECT  907  905  906  909\nCONECT  908  905  910\nCONECT  909  907  911\nCONECT  910  908  911\nCONECT  911  909  910\nCONECT  912  900  913\nCONECT  913  912  914  916\nCONECT  914  913  915  918\nCONECT  915  914\nCONECT  916  913  917\nCONECT  917  916\nCONECT  918  914  919\nCONECT  919  918  920  922\nCONECT  920  919  921  925\nCONECT  921  920\nCONECT  922  919  923  924\nCONECT  923  922\nCONECT  924  922\nCONECT  925  920  926\nCONECT  926  925  927  929\nCONECT  927  926  928  934\nCONECT  928  927\nCONECT  929  926  930\nCONECT  930  929  931\nCONECT  931  930  932  933\nCONECT  932  931\nCONECT  933  931\nCONECT  934  927  935\nCONECT  935  934  936  938\nCONECT  936  935  937  942\nCONECT  937  936\nCONECT  938  935  939  940\nCONECT  939  938  941\nCONECT  940  938\nCONECT  941  939\nCONECT  942  936  943\nCONECT  943  942  944  946\nCONECT  944  943  945  947\nCONECT  945  944\nCONECT  946  943\nCONECT  947  944  948\nCONECT  948  947  949  951\nCONECT  949  948  950  956\nCONECT  950  949\nCONECT  951  948  952\nCONECT  952  951  953\nCONECT  953  952  954\nCONECT  954  953  955\nCONECT  955  954\nCONECT  956  949  957\nCONECT  957  956  958\nCONECT  958  957  959  960\nCONECT  959  958\nCONECT  960  958  961\nCONECT  961  960  962  964\nCONECT  962  961  963  968\nCONECT  963  962\nCONECT  964  961  965\nCONECT  965  964  966\nCONECT  966  965  967\nCONECT  967  966\nCONECT  968  962  969\nCONECT  969  968  970  972\nCONECT  970  969  971  976\nCONECT  971  970\nCONECT  972  969  973\nCONECT  973  972  974  975\nCONECT  974  973\nCONECT  975  973\nCONECT  976  970  977\nCONECT  977  976  978  980\nCONECT  978  977  979  988\nCONECT  979  978\nCONECT  980  977  981\nCONECT  981  980  982  983\nCONECT  982  981  984\nCONECT  983  981  985\nCONECT  984  982  986\nCONECT  985  983  986\nCONECT  986  984  985  987\nCONECT  987  986\nCONECT  988  978  989\nCONECT  989  988  990  992\nCONECT  990  989  991  996\nCONECT  991  990\nCONECT  992  989  993\nCONECT  993  992  994  995\nCONECT  994  993\nCONECT  995  993\nCONECT  996  990  997\nCONECT  997  996  998 1000\nCONECT  998  997  999 1005\nCONECT  999  998\nCONECT 1000  997 1001\nCONECT 1001 1000 1002\nCONECT 1002 1001 1003 1004\nCONECT 1003 1002\nCONECT 1004 1002\nCONECT 1005  998 1006\nCONECT 1006 1005 1007 1009\nCONECT 1007 1006 1008 1013\nCONECT 1008 1007\nCONECT 1009 1006 1010\nCONECT 1010 1009 1011 1012\nCONECT 1011 1010\nCONECT 1012 1010\nCONECT 1013 1007 1014\nCONECT 1014 1013 1015 1017\nCONECT 1015 1014 1016 1024\nCONECT 1016 1015\nCONECT 1017 1014 1018\nCONECT 1018 1017 1019\nCONECT 1019 1018 1020\nCONECT 1020 1019 1021\nCONECT 1021 1020 1022 1023\nCONECT 1022 1021\nCONECT 1023 1021\nCONECT 1024 1015 1025\nCONECT 1025 1024 1026 1028\nCONECT 1026 1025 1027 1035\nCONECT 1027 1026\nCONECT 1028 1025 1029\nCONECT 1029 1028 1030\nCONECT 1030 1029 1031\nCONECT 1031 1030 1032\nCONECT 1032 1031 1033 1034\nCONECT 1033 1032\nCONECT 1034 1032\nCONECT 1035 1026 1036\nCONECT 1036 1035 1037 1039\nCONECT 1037 1036 1038 1043\nCONECT 1038 1037\nCONECT 1039 1036 1040\nCONECT 1040 1039 1041 1042\nCONECT 1041 1040\nCONECT 1042 1040\nCONECT 1043 1037 1044\nCONECT 1044 1043 1045 1047\nCONECT 1045 1044 1046 1050\nCONECT 1046 1045\nCONECT 1047 1044 1048 1049\nCONECT 1048 1047\nCONECT 1049 1047\nCONECT 1050 1045 1051\nCONECT 1051 1050 1052 1054\nCONECT 1052 1051 1053 1060\nCONECT 1053 1052\nCONECT 1054 1051 1055\nCONECT 1055 1054 1056 1057\nCONECT 1056 1055 1058\nCONECT 1057 1055 1059\nCONECT 1058 1056 1059\nCONECT 1059 1057 1058\nCONECT 1060 1052 1061\nCONECT 1061 1060 1062 1064\nCONECT 1062 1061 1063 1071\nCONECT 1063 1062\nCONECT 1064 1061 1065\nCONECT 1065 1064 1066\nCONECT 1066 1065 1067\nCONECT 1067 1066 1068\nCONECT 1068 1067 1069 1070\nCONECT 1069 1068\nCONECT 1070 1068\nCONECT 1071 1062 1072\nCONECT 1072 1071 1073 1075\nCONECT 1073 1072 1074 1079\nCONECT 1074 1073\nCONECT 1075 1072 1076\nCONECT 1076 1075 1077 1078\nCONECT 1077 1076\nCONECT 1078 1076\nCONECT 1079 1073 1080\nCONECT 1080 1079 1081 1083\nCONECT 1081 1080 1082 1087\nCONECT 1082 1081\nCONECT 1083 1080 1084\nCONECT 1084 1083 1085 1086\nCONECT 1085 1084\nCONECT 1086 1084\nCONECT 1087 1081 1088\nCONECT 1088 1087 1089 1091\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089\nCONECT 1091 1088\nCONECT 1092 1089 1093\nCONECT 1093 1092 1094 1096\nCONECT 1094 1093 1095 1097\nCONECT 1095 1094\nCONECT 1096 1093\nCONECT 1097 1094 1098\nCONECT 1098 1097 1099 1101\nCONECT 1099 1098 1100 1108\nCONECT 1100 1099\nCONECT 1101 1098 1102\nCONECT 1102 1101 1103\nCONECT 1103 1102 1104\nCONECT 1104 1103 1105\nCONECT 1105 1104 1106 1107\nCONECT 1106 1105\nCONECT 1107 1105\nCONECT 1108 1099 1109\nCONECT 1109 1108 1110 1112\nCONECT 1110 1109 1111 1116\nCONECT 1111 1110\nCONECT 1112 1109 1113\nCONECT 1113 1112 1114 1115\nCONECT 1114 1113\nCONECT 1115 1113\nCONECT 1116 1110 1117\nCONECT 1117 1116 1118 1120\nCONECT 1118 1117 1119 1123\nCONECT 1119 1118\nCONECT 1120 1117 1121 1122\nCONECT 1121 1120\nCONECT 1122 1120\nCONECT 1123 1118 1124\nCONECT 1124 1123 1125 1127\nCONECT 1125 1124 1126 1131\nCONECT 1126 1125\nCONECT 1127 1124 1128\nCONECT 1128 1127 1129 1130\nCONECT 1129 1128\nCONECT 1130 1128\nCONECT 1131 1125 1132\nCONECT 1132 1131 1133 1135\nCONECT 1133 1132 1134 1138\nCONECT 1134 1133\nCONECT 1135 1132 1136 1137\nCONECT 1136 1135\nCONECT 1137 1135\nCONECT 1138 1133 1139\nCONECT 1139 1138 1140 1142\nCONECT 1140 1139 1141 1147\nCONECT 1141 1140\nCONECT 1142 1139 1143\nCONECT 1143 1142 1144\nCONECT 1144 1143 1145\nCONECT 1145 1144 1146\nCONECT 1146 1145\nCONECT 1147 1140 1148\nCONECT 1148 1147 1149 1151\nCONECT 1149 1148 1150 1154\nCONECT 1150 1149\nCONECT 1151 1148 1152 1153\nCONECT 1152 1151\nCONECT 1153 1151\nCONECT 1154 1149 1155 1160\nCONECT 1155 1154 1156 1158\nCONECT 1156 1155 1157 1161\nCONECT 1157 1156\nCONECT 1158 1155 1159\nCONECT 1159 1158 1160\nCONECT 1160 1154 1159\nCONECT 1161 1156 1162\nCONECT 1162 1161 1163 1165\nCONECT 1163 1162 1164 1170\nCONECT 1164 1163\nCONECT 1165 1162 1166\nCONECT 1166 1165 1167\nCONECT 1167 1166 1168 1169\nCONECT 1168 1167\nCONECT 1169 1167\nCONECT 1170 1163 1171\nCONECT 1171 1170 1172 1174\nCONECT 1172 1171 1173 1180\nCONECT 1173 1172\nCONECT 1174 1171 1175\nCONECT 1175 1174 1176 1177\nCONECT 1176 1175 1178\nCONECT 1177 1175 1179\nCONECT 1178 1176 1179\nCONECT 1179 1177 1178\nCONECT 1180 1172 1181\nCONECT 1181 1180 1182 1184\nCONECT 1182 1181 1183 1187\nCONECT 1183 1182\nCONECT 1184 1181 1185 1186\nCONECT 1185 1184\nCONECT 1186 1184\nCONECT 1187 1182 1188\nCONECT 1188 1187 1189 1191\nCONECT 1189 1188 1190 1196\nCONECT 1190 1189\nCONECT 1191 1188 1192\nCONECT 1192 1191 1193\nCONECT 1193 1192 1194\nCONECT 1194 1193 1195\nCONECT 1195 1194\nCONECT 1196 1189 1197\nCONECT 1197 1196 1198 1200\nCONECT 1198 1197 1199 1204\nCONECT 1199 1198\nCONECT 1200 1197 1201 1202\nCONECT 1201 1200 1203\nCONECT 1202 1200\nCONECT 1203 1201\nCONECT 1204 1198 1205\nCONECT 1205 1204 1206 1208\nCONECT 1206 1205 1207 1211\nCONECT 1207 1206\nCONECT 1208 1205 1209 1210\nCONECT 1209 1208\nCONECT 1210 1208\nCONECT 1211 1206 1212\nCONECT 1212 1211 1213 1215\nCONECT 1213 1212 1214 1219\nCONECT 1214 1213\nCONECT 1215 1212 1216\nCONECT 1216 1215 1217 1218\nCONECT 1217 1216\nCONECT 1218 1216\nCONECT 1219 1213 1220\nCONECT 1220 1219 1221 1223\nCONECT 1221 1220 1222 1230\nCONECT 1222 1221\nCONECT 1223 1220 1224\nCONECT 1224 1223 1225 1226\nCONECT 1225 1224 1227\nCONECT 1226 1224 1228\nCONECT 1227 1225 1229\nCONECT 1228 1226 1229\nCONECT 1229 1227 1228\nCONECT 1230 1221 1231\nCONECT 1231 1230 1232\nCONECT 1232 1231 1233 1234\nCONECT 1233 1232\nCONECT 1234 1232 1235\nCONECT 1235 1234 1236 1238\nCONECT 1236 1235 1237 1245\nCONECT 1237 1236\nCONECT 1238 1235 1239\nCONECT 1239 1238 1240\nCONECT 1240 1239 1241\nCONECT 1241 1240 1242\nCONECT 1242 1241 1243 1244\nCONECT 1243 1242\nCONECT 1244 1242\nCONECT 1245 1236 1246\nCONECT 1246 1245 1247 1249\nCONECT 1247 1246 1248 1250\nCONECT 1248 1247\nCONECT 1249 1246\nCONECT 1250 1247 1251\nCONECT 1251 1250 1252 1254\nCONECT 1252 1251 1253 1259\nCONECT 1253 1252\nCONECT 1254 1251 1255\nCONECT 1255 1254 1256\nCONECT 1256 1255 1257\nCONECT 1257 1256 1258\nCONECT 1258 1257\nCONECT 1259 1252 1260\nCONECT 1260 1259 1261 1263\nCONECT 1261 1260 1262 1267\nCONECT 1262 1261\nCONECT 1263 1260 1264\nCONECT 1264 1263 1265 1266\nCONECT 1265 1264\nCONECT 1266 1264\nCONECT 1267 1261 1268\nCONECT 1268 1267 1269 1271\nCONECT 1269 1268 1270 1275\nCONECT 1270 1269\nCONECT 1271 1268 1272\nCONECT 1272 1271 1273 1274\nCONECT 1273 1272\nCONECT 1274 1272\nCONECT 1275 1269 1276\nCONECT 1276 1275 1277\nCONECT 1277 1276 1278 1279\nCONECT 1278 1277\nCONECT 1279 1277 1280\nCONECT 1280 1279 1281 1283\nCONECT 1281 1280 1282 1284\nCONECT 1282 1281\nCONECT 1283 1280\nCONECT 1284 1281 1285\nCONECT 1285 1284 1286 1288\nCONECT 1286 1285 1287 1293\nCONECT 1287 1286\nCONECT 1288 1285 1289\nCONECT 1289 1288 1290\nCONECT 1290 1289 1291 1292\nCONECT 1291 1290\nCONECT 1292 1290\nCONECT 1293 1286 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1302\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300 1301\nCONECT 1300 1299\nCONECT 1301 1299\nCONECT 1302 1295 1303\nCONECT 1303 1302 1304 1306\nCONECT 1304 1303 1305 1311\nCONECT 1305 1304\nCONECT 1306 1303 1307\nCONECT 1307 1306 1308\nCONECT 1308 1307 1309\nCONECT 1309 1308 1310\nCONECT 1310 1309\nCONECT 1311 1304 1312\nCONECT 1312 1311 1313 1315\nCONECT 1313 1312 1314 1320\nCONECT 1314 1313\nCONECT 1315 1312 1316\nCONECT 1316 1315 1317\nCONECT 1317 1316 1318 1319\nCONECT 1318 1317\nCONECT 1319 1317\nCONECT 1320 1313 1321\nCONECT 1321 1320 1322 1324\nCONECT 1322 1321 1323 1332\nCONECT 1323 1322\nCONECT 1324 1321 1325\nCONECT 1325 1324 1326 1327\nCONECT 1326 1325 1328\nCONECT 1327 1325 1329\nCONECT 1328 1326 1330\nCONECT 1329 1327 1330\nCONECT 1330 1328 1329 1331\nCONECT 1331 1330\nCONECT 1332 1322 1333\nCONECT 1333 1332 1334 1336\nCONECT 1334 1333 1335 1342\nCONECT 1335 1334\nCONECT 1336 1333 1337\nCONECT 1337 1336 1338 1339\nCONECT 1338 1337 1340\nCONECT 1339 1337 1341\nCONECT 1340 1338 1341\nCONECT 1341 1339 1340\nCONECT 1342 1334 1343\nCONECT 1343 1342 1344 1346\nCONECT 1344 1343 1345 1347\nCONECT 1345 1344\nCONECT 1346 1343\nCONECT 1347 1344 1348\nCONECT 1348 1347 1349 1351\nCONECT 1349 1348 1350 1356\nCONECT 1350 1349\nCONECT 1351 1348 1352\nCONECT 1352 1351 1353\nCONECT 1353 1352 1354 1355\nCONECT 1354 1353\nCONECT 1355 1353\nCONECT 1356 1349 1357\nCONECT 1357 1356 1358\nCONECT 1358 1357 1359 1360\nCONECT 1359 1358\nCONECT 1360 1358 1361\nCONECT 1361 1360 1362\nCONECT 1362 1361 1363 1364\nCONECT 1363 1362\nCONECT 1364 1362 1365\nCONECT 1365 1364 1366 1368\nCONECT 1366 1365 1367 1373\nCONECT 1367 1366\nCONECT 1368 1365 1369\nCONECT 1369 1368 1370\nCONECT 1370 1369 1371\nCONECT 1371 1370 1372\nCONECT 1372 1371\nCONECT 1373 1366 1374\nCONECT 1374 1373 1375 1377\nCONECT 1375 1374 1376 1380\nCONECT 1376 1375\nCONECT 1377 1374 1378 1379\nCONECT 1378 1377\nCONECT 1379 1377\nCONECT 1380 1375 1381 1386\nCONECT 1381 1380 1382 1384\nCONECT 1382 1381 1383 1387\nCONECT 1383 1382\nCONECT 1384 1381 1385\nCONECT 1385 1384 1386\nCONECT 1386 1380 1385\nCONECT 1387 1382 1388\nCONECT 1388 1387 1389 1391\nCONECT 1389 1388 1390 1395\nCONECT 1390 1389\nCONECT 1391 1388 1392 1393\nCONECT 1392 1391 1394\nCONECT 1393 1391\nCONECT 1394 1392\nCONECT 1395 1389 1396\nCONECT 1396 1395 1397 1399\nCONECT 1397 1396 1398 1404\nCONECT 1398 1397\nCONECT 1399 1396 1400\nCONECT 1400 1399 1401\nCONECT 1401 1400 1402\nCONECT 1402 1401 1403\nCONECT 1403 1402\nCONECT 1404 1397 1405\nCONECT 1405 1404 1406 1408\nCONECT 1406 1405 1407 1418 1426\nCONECT 1407 1406\nCONECT 1408 1405 1409\nCONECT 1409 1408 1410 1411\nCONECT 1410 1409 1412\nCONECT 1411 1409 1413 1414\nCONECT 1412 1410 1413\nCONECT 1413 1411 1412 1415\nCONECT 1414 1411 1416\nCONECT 1415 1413 1417\nCONECT 1416 1414 1417\nCONECT 1417 1415 1416\nCONECT 1418 1406 1419\nCONECT 1419 1418 1420 1422\nCONECT 1420 1419 1421 1434\nCONECT 1421 1420\nCONECT 1422 1419 1423\nCONECT 1423 1422 1424\nCONECT 1424 1423 1425\nCONECT 1425 1424\nCONECT 1426 1406 1427\nCONECT 1427 1426 1428 1430\nCONECT 1428 1427 1429 1434\nCONECT 1429 1428\nCONECT 1430 1427 1431\nCONECT 1431 1430 1432\nCONECT 1432 1431 1433\nCONECT 1433 1432\nCONECT 1434 1420 1428 1435\nCONECT 1435 1434 1436 1438\nCONECT 1436 1435 1437 1439\nCONECT 1437 1436\nCONECT 1438 1435\nCONECT 1439 1436 1440\nCONECT 1440 1439 1441 1443\nCONECT 1441 1440 1442 1447\nCONECT 1442 1441\nCONECT 1443 1440 1444\nCONECT 1444 1443 1445 1446\nCONECT 1445 1444\nCONECT 1446 1444\nCONECT 1447 1441 1448\nCONECT 1448 1447 1449 1451\nCONECT 1449 1448 1450 1456\nCONECT 1450 1449\nCONECT 1451 1448 1452\nCONECT 1452 1451 1453\nCONECT 1453 1452 1454 1455\nCONECT 1454 1453\nCONECT 1455 1453\nCONECT 1456 1449 1457\nCONECT 1457 1456 1458 1460\nCONECT 1458 1457 1459 1462\nCONECT 1459 1458\nCONECT 1460 1457 1461\nCONECT 1461 1460\nCONECT 1462 1458 1463\nCONECT 1463 1462 1464 1466\nCONECT 1464 1463 1465 1470\nCONECT 1465 1464\nCONECT 1466 1463 1467 1468\nCONECT 1467 1466 1469\nCONECT 1468 1466\nCONECT 1469 1467\nCONECT 1470 1464 1471\nCONECT 1471 1470 1472 1474\nCONECT 1472 1471 1473 1478\nCONECT 1473 1472\nCONECT 1474 1471 1475\nCONECT 1475 1474 1476 1477\nCONECT 1476 1475\nCONECT 1477 1475\nCONECT 1478 1472 1479\nCONECT 1479 1478 1480 1482\nCONECT 1480 1479 1481 1488\nCONECT 1481 1480\nCONECT 1482 1479 1483\nCONECT 1483 1482 1484 1485\nCONECT 1484 1483 1486\nCONECT 1485 1483 1487\nCONECT 1486 1484 1487\nCONECT 1487 1485 1486\nCONECT 1488 1480 1489\nCONECT 1489 1488 1490 1492\nCONECT 1490 1489 1491 1499\nCONECT 1491 1490\nCONECT 1492 1489 1493\nCONECT 1493 1492 1494\nCONECT 1494 1493 1495\nCONECT 1495 1494 1496\nCONECT 1496 1495 1497 1498\nCONECT 1497 1496\nCONECT 1498 1496\nCONECT 1499 1490 1500\nCONECT 1500 1499 1501 1503\nCONECT 1501 1500 1502 1507\nCONECT 1502 1501\nCONECT 1503 1500 1504 1505\nCONECT 1504 1503 1506\nCONECT 1505 1503\nCONECT 1506 1504\nCONECT 1507 1501 1508\nCONECT 1508 1507 1509 1511\nCONECT 1509 1508 1510 1519\nCONECT 1510 1509\nCONECT 1511 1508 1512\nCONECT 1512 1511 1513 1514\nCONECT 1513 1512 1515\nCONECT 1514 1512 1516\nCONECT 1515 1513 1517\nCONECT 1516 1514 1517\nCONECT 1517 1515 1516 1518\nCONECT 1518 1517\nCONECT 1519 1509 1520\nCONECT 1520 1519 1521 1523\nCONECT 1521 1520 1522 1526\nCONECT 1522 1521\nCONECT 1523 1520 1524 1525\nCONECT 1524 1523\nCONECT 1525 1523\nCONECT 1526 1521 1527\nCONECT 1527 1526 1528 1530\nCONECT 1528 1527 1529 1536\nCONECT 1529 1528\nCONECT 1530 1527 1531\nCONECT 1531 1530 1532 1533\nCONECT 1532 1531 1534\nCONECT 1533 1531 1535\nCONECT 1534 1532 1535\nCONECT 1535 1533 1534\nCONECT 1536 1528 1537\nCONECT 1537 1536 1538 1540\nCONECT 1538 1537 1539 1545\nCONECT 1539 1538\nCONECT 1540 1537 1541\nCONECT 1541 1540 1542\nCONECT 1542 1541 1543 1544\nCONECT 1543 1542\nCONECT 1544 1542\nCONECT 1545 1538 1546\nCONECT 1546 1545 1547 1549\nCONECT 1547 1546 1548 1551\nCONECT 1548 1547\nCONECT 1549 1546 1550\nCONECT 1550 1549\nCONECT 1551 1547 1552\nCONECT 1552 1551 1553 1555\nCONECT 1553 1552 1554 1559\nCONECT 1554 1553\nCONECT 1555 1552 1556\nCONECT 1556 1555 1557 1558\nCONECT 1557 1556\nCONECT 1558 1556\nCONECT 1559 1553 1560\nCONECT 1560 1559 1561 1563\nCONECT 1561 1560 1562 1566\nCONECT 1562 1561\nCONECT 1563 1560 1564 1565\nCONECT 1564 1563\nCONECT 1565 1563\nCONECT 1566 1561 1567\nCONECT 1567 1566 1568 1570\nCONECT 1568 1567 1569 1580\nCONECT 1569 1568\nCONECT 1570 1567 1571\nCONECT 1571 1570 1572 1573\nCONECT 1572 1571 1574\nCONECT 1573 1571 1575 1576\nCONECT 1574 1572 1575\nCONECT 1575 1573 1574 1577\nCONECT 1576 1573 1578\nCONECT 1577 1575 1579\nCONECT 1578 1576 1579\nCONECT 1579 1577 1578\nCONECT 1580 1568 1581\nCONECT 1581 1580 1582 1584\nCONECT 1582 1581 1583 1586\nCONECT 1583 1582\nCONECT 1584 1581 1585\nCONECT 1585 1584\nCONECT 1586 1582 1587\nCONECT 1587 1586 1588 1590\nCONECT 1588 1587 1589 1598\nCONECT 1589 1588\nCONECT 1590 1587 1591\nCONECT 1591 1590 1592 1593\nCONECT 1592 1591 1594\nCONECT 1593 1591 1595\nCONECT 1594 1592 1596\nCONECT 1595 1593 1596\nCONECT 1596 1594 1595 1597\nCONECT 1597 1596\nCONECT 1598 1588 1599\nCONECT 1599 1598 1600\nCONECT 1600 1599 1601 1602\nCONECT 1601 1600\nCONECT 1602 1600 1603\nCONECT 1603 1602 1604 1606\nCONECT 1604 1603 1605 1609\nCONECT 1605 1604\nCONECT 1606 1603 1607 1608\nCONECT 1607 1606\nCONECT 1608 1606\nCONECT 1609 1604 1610\nCONECT 1610 1609 1611 1613\nCONECT 1611 1610 1612 1616\nCONECT 1612 1611\nCONECT 1613 1610 1614 1615\nCONECT 1614 1613\nCONECT 1615 1613\nCONECT 1616 1611 1617\nCONECT 1617 1616 1618 1620\nCONECT 1618 1617 1619 1623\nCONECT 1619 1618\nCONECT 1620 1617 1621 1622\nCONECT 1621 1620\nCONECT 1622 1620\nCONECT 1623 1618 1624\nCONECT 1624 1623 1625 1627\nCONECT 1625 1624 1626 1637\nCONECT 1626 1625\nCONECT 1627 1624 1628\nCONECT 1628 1627 1629 1630\nCONECT 1629 1628 1631\nCONECT 1630 1628 1632 1633\nCONECT 1631 1629 1632\nCONECT 1632 1630 1631 1634\nCONECT 1633 1630 1635\nCONECT 1634 1632 1636\nCONECT 1635 1633 1636\nCONECT 1636 1634 1635\nCONECT 1637 1625 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1646\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643\nCONECT 1643 1642 1644 1645\nCONECT 1644 1643\nCONECT 1645 1643\nCONECT 1646 1639 1647\nCONECT 1647 1646 1648 1650\nCONECT 1648 1647 1649 1654\nCONECT 1649 1648\nCONECT 1650 1647 1651\nCONECT 1651 1650 1652 1653\nCONECT 1652 1651\nCONECT 1653 1651\nCONECT 1654 1648 1655\nCONECT 1655 1654 1656 1658\nCONECT 1656 1655 1657 1662\nCONECT 1657 1656\nCONECT 1658 1655 1659\nCONECT 1659 1658 1660\nCONECT 1660 1659 1661\nCONECT 1661 1660\nCONECT 1662 1656 1663\nCONECT 1663 1662 1664 1666\nCONECT 1664 1663 1665 1669\nCONECT 1665 1664\nCONECT 1666 1663 1667 1668\nCONECT 1667 1666\nCONECT 1668 1666\nCONECT 1669 1664 1670\nCONECT 1670 1669 1671 1673\nCONECT 1671 1670 1672 1680\nCONECT 1672 1671\nCONECT 1673 1670 1674\nCONECT 1674 1673 1675 1676\nCONECT 1675 1674 1677\nCONECT 1676 1674 1678\nCONECT 1677 1675 1679\nCONECT 1678 1676 1679\nCONECT 1679 1677 1678\nCONECT 1680 1671 1681\nCONECT 1681 1680 1682\nCONECT 1682 1681 1683 1684\nCONECT 1683 1682\nCONECT 1684 1682 1685\nCONECT 1685 1684 1686 1688\nCONECT 1686 1685 1687 1690\nCONECT 1687 1686\nCONECT 1688 1685 1689\nCONECT 1689 1688\nCONECT 1690 1686 1691\nCONECT 1691 1690 1692 1694\nCONECT 1692 1691 1693 1699\nCONECT 1693 1692\nCONECT 1694 1691 1695\nCONECT 1695 1694 1696\nCONECT 1696 1695 1697\nCONECT 1697 1696 1698\nCONECT 1698 1697\nCONECT 1699 1692 1700 1705\nCONECT 1700 1699 1701 1703\nCONECT 1701 1700 1702 1706\nCONECT 1702 1701\nCONECT 1703 1700 1704\nCONECT 1704 1703 1705\nCONECT 1705 1699 1704\nCONECT 1706 1701 1707\nCONECT 1707 1706 1708 1710\nCONECT 1708 1707 1709 1718\nCONECT 1709 1708\nCONECT 1710 1707 1711\nCONECT 1711 1710 1712 1713\nCONECT 1712 1711 1714\nCONECT 1713 1711 1715\nCONECT 1714 1712 1716\nCONECT 1715 1713 1716\nCONECT 1716 1714 1715 1717\nCONECT 1717 1716\nCONECT 1718 1708 1719\nCONECT 1719 1718 1720 1722\nCONECT 1720 1719 1721 1726\nCONECT 1721 1720\nCONECT 1722 1719 1723\nCONECT 1723 1722 1724 1725\nCONECT 1724 1723\nCONECT 1725 1723\nCONECT 1726 1720 1727\nCONECT 1727 1726 1728\nCONECT 1728 1727 1729 1730\nCONECT 1729 1728\nCONECT 1730 1728 1731\nCONECT 1731 1730 1732 1734\nCONECT 1732 1731 1733 1738\nCONECT 1733 1732\nCONECT 1734 1731 1735 1736\nCONECT 1735 1734 1737\nCONECT 1736 1734\nCONECT 1737 1735\nCONECT 1738 1732 1739 1744\nCONECT 1739 1738 1740 1742\nCONECT 1740 1739 1741 1745\nCONECT 1741 1740\nCONECT 1742 1739 1743\nCONECT 1743 1742 1744\nCONECT 1744 1738 1743\nCONECT 1745 1740 1746\nCONECT 1746 1745 1747 1749\nCONECT 1747 1746 1748 1750\nCONECT 1748 1747\nCONECT 1749 1746\nCONECT 1750 1747 1751\nCONECT 1751 1750 1752 1754\nCONECT 1752 1751 1753 1756\nCONECT 1753 1752\nCONECT 1754 1751 1755\nCONECT 1755 1754\nCONECT 1756 1752 1757\nCONECT 1757 1756 1758 1760\nCONECT 1758 1757 1759 1765\nCONECT 1759 1758\nCONECT 1760 1757 1761\nCONECT 1761 1760 1762\nCONECT 1762 1761 1763 1764\nCONECT 1763 1762\nCONECT 1764 1762\nCONECT 1765 1758 1766\nCONECT 1766 1765 1767 1769\nCONECT 1767 1766 1768 1773\nCONECT 1768 1767\nCONECT 1769 1766 1770 1771\nCONECT 1770 1769 1772\nCONECT 1771 1769\nCONECT 1772 1770\nCONECT 1773 1767 1774\nCONECT 1774 1773 1775 1777\nCONECT 1775 1774 1776 1779 1785\nCONECT 1776 1775\nCONECT 1777 1774 1778\nCONECT 1778 1777\nCONECT 1779 1775 1780\nCONECT 1780 1779 1781 1783\nCONECT 1781 1780 1782 1791\nCONECT 1782 1781\nCONECT 1783 1780 1784\nCONECT 1784 1783\nCONECT 1785 1775 1786\nCONECT 1786 1785 1787 1789\nCONECT 1787 1786 1788 1791\nCONECT 1788 1787\nCONECT 1789 1786 1790\nCONECT 1790 1789\nCONECT 1791 1781 1787 1792\nCONECT 1792 1791 1793 1795\nCONECT 1793 1792 1794 1799\nCONECT 1794 1793\nCONECT 1795 1792 1796 1797\nCONECT 1796 1795 1798\nCONECT 1797 1795\nCONECT 1798 1796\nCONECT 1799 1793 1800\nCONECT 1800 1799 1801 1803\nCONECT 1801 1800 1802 1807\nCONECT 1802 1801\nCONECT 1803 1800 1804\nCONECT 1804 1803 1805 1806\nCONECT 1805 1804\nCONECT 1806 1804\nCONECT 1807 1801 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814 1815\nCONECT 1814 1813\nCONECT 1815 1813\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818 1820\nCONECT 1818 1817 1819 1825\nCONECT 1819 1818\nCONECT 1820 1817 1821\nCONECT 1821 1820 1822\nCONECT 1822 1821 1823\nCONECT 1823 1822 1824\nCONECT 1824 1823\nCONECT 1825 1818 1826\nCONECT 1826 1825 1827\nCONECT 1827 1826 1828 1829\nCONECT 1828 1827\nCONECT 1829 1827 1830\nCONECT 1830 1829 1831 1833\nCONECT 1831 1830 1832 1838\nCONECT 1832 1831\nCONECT 1833 1830 1834\nCONECT 1834 1833 1835\nCONECT 1835 1834 1836 1837\nCONECT 1836 1835\nCONECT 1837 1835\nCONECT 1838 1831 1839\nCONECT 1839 1838 1840 1842\nCONECT 1840 1839 1841 1849\nCONECT 1841 1840\nCONECT 1842 1839 1843\nCONECT 1843 1842 1844\nCONECT 1844 1843 1845\nCONECT 1845 1844 1846\nCONECT 1846 1845 1847 1848\nCONECT 1847 1846\nCONECT 1848 1846\nCONECT 1849 1840 1850\nCONECT 1850 1849 1851 1853\nCONECT 1851 1850 1852 1857\nCONECT 1852 1851\nCONECT 1853 1850 1854\nCONECT 1854 1853 1855 1856\nCONECT 1855 1854\nCONECT 1856 1854\nCONECT 1857 1851 1858 1863\nCONECT 1858 1857 1859 1861\nCONECT 1859 1858 1860 1864\nCONECT 1860 1859\nCONECT 1861 1858 1862\nCONECT 1862 1861 1863\nCONECT 1863 1857 1862\nCONECT 1864 1859 1865\nCONECT 1865 1864 1866 1868\nCONECT 1866 1865 1867 1873\nCONECT 1867 1866\nCONECT 1868 1865 1869\nCONECT 1869 1868 1870\nCONECT 1870 1869 1871 1872\nCONECT 1871 1870\nCONECT 1872 1870\nCONECT 1873 1866 1874 1879\nCONECT 1874 1873 1875 1877\nCONECT 1875 1874 1876 1880\nCONECT 1876 1875\nCONECT 1877 1874 1878\nCONECT 1878 1877 1879\nCONECT 1879 1873 1878\nCONECT 1880 1875 1881 1886\nCONECT 1881 1880 1882 1884\nCONECT 1882 1881 1883 1887\nCONECT 1883 1882\nCONECT 1884 1881 1885\nCONECT 1885 1884 1886\nCONECT 1886 1880 1885\nCONECT 1887 1882 1888\nCONECT 1888 1887 1889 1891\nCONECT 1889 1888 1890 1895\nCONECT 1890 1889\nCONECT 1891 1888 1892 1893\nCONECT 1892 1891 1894\nCONECT 1893 1891\nCONECT 1894 1892\nCONECT 1895 1889 1896\nCONECT 1896 1895 1897 1899\nCONECT 1897 1896 1898 1901\nCONECT 1898 1897\nCONECT 1899 1896 1900\nCONECT 1900 1899\nCONECT 1901 1897 1902\nCONECT 1902 1901 1903 1905\nCONECT 1903 1902 1904 1908\nCONECT 1904 1903\nCONECT 1905 1902 1906 1907\nCONECT 1906 1905\nCONECT 1907 1905\nCONECT 1908 1903 1909\nCONECT 1909 1908 1910 1912\nCONECT 1910 1909 1911 1916\nCONECT 1911 1910\nCONECT 1912 1909 1913 1914\nCONECT 1913 1912 1915\nCONECT 1914 1912\nCONECT 1915 1913\nCONECT 1916 1910 1917\nCONECT 1917 1916 1918 1920\nCONECT 1918 1917 1919 1924\nCONECT 1919 1918\nCONECT 1920 1917 1921\nCONECT 1921 1920 1922 1923\nCONECT 1922 1921\nCONECT 1923 1921\nCONECT 1924 1918 1925\nCONECT 1925 1924 1926 1928\nCONECT 1926 1925 1927 1931\nCONECT 1927 1926\nCONECT 1928 1925 1929 1930\nCONECT 1929 1928\nCONECT 1930 1928\nCONECT 1931 1926 1932\nCONECT 1932 1931 1933 1935\nCONECT 1933 1932 1934 1943\nCONECT 1934 1933\nCONECT 1935 1932 1936\nCONECT 1936 1935 1937 1938\nCONECT 1937 1936 1939\nCONECT 1938 1936 1940\nCONECT 1939 1937 1941\nCONECT 1940 1938 1941\nCONECT 1941 1939 1940 1942\nCONECT 1942 1941\nCONECT 1943 1933 1944\nCONECT 1944 1943 1945 1947\nCONECT 1945 1944 1946 1951\nCONECT 1946 1945\nCONECT 1947 1944 1948\nCONECT 1948 1947 1949\nCONECT 1949 1948 1950\nCONECT 1950 1949\nCONECT 1951 1945 1952\nCONECT 1952 1951 1953 1955\nCONECT 1953 1952 1954 1959\nCONECT 1954 1953\nCONECT 1955 1952 1956 1957\nCONECT 1956 1955 1958\nCONECT 1957 1955\nCONECT 1958 1956\nCONECT 1959 1953 1960\nCONECT 1960 1959 1961 1963\nCONECT 1961 1960 1962 1967\nCONECT 1962 1961\nCONECT 1963 1960 1964\nCONECT 1964 1963 1965\nCONECT 1965 1964 1966\nCONECT 1966 1965\nCONECT 1967 1961 1968\nCONECT 1968 1967 1969 1971\nCONECT 1969 1968 1970 1978\nCONECT 1970 1969\nCONECT 1971 1968 1972\nCONECT 1972 1971 1973\nCONECT 1973 1972 1974\nCONECT 1974 1973 1975\nCONECT 1975 1974 1976 1977\nCONECT 1976 1975\nCONECT 1977 1975\nCONECT 1978 1969 1979\nCONECT 1979 1978 1980 1982\nCONECT 1980 1979 1981 1987\nCONECT 1981 1980\nCONECT 1982 1979 1983\nCONECT 1983 1982 1984\nCONECT 1984 1983 1985\nCONECT 1985 1984 1986\nCONECT 1986 1985\nCONECT 1987 1980 1988\nCONECT 1988 1987 1989 1991\nCONECT 1989 1988 1990 1993\nCONECT 1990 1989\nCONECT 1991 1988 1992\nCONECT 1992 1991\nCONECT 1993 1989 1994\nCONECT 1994 1993 1995 1997\nCONECT 1995 1994 1996 2007\nCONECT 1996 1995\nCONECT 1997 1994 1998\nCONECT 1998 1997 1999 2000\nCONECT 1999 1998 2001\nCONECT 2000 1998 2002 2003\nCONECT 2001 1999 2002\nCONECT 2002 2000 2001 2004\nCONECT 2003 2000 2005\nCONECT 2004 2002 2006\nCONECT 2005 2003 2006\nCONECT 2006 2004 2005\nCONECT 2007 1995 2008\nCONECT 2008 2007 2009 2011\nCONECT 2009 2008 2010 2015 2023\nCONECT 2010 2009\nCONECT 2011 2008 2012\nCONECT 2012 2011 2013\nCONECT 2013 2012 2014\nCONECT 2014 2013\nCONECT 2015 2009 2016\nCONECT 2016 2015 2017 2019\nCONECT 2017 2016 2018 2031\nCONECT 2018 2017\nCONECT 2019 2016 2020 2021\nCONECT 2020 2019 2022\nCONECT 2021 2019\nCONECT 2022 2020\nCONECT 2023 2009 2024\nCONECT 2024 2023 2025 2027\nCONECT 2025 2024 2026 2031\nCONECT 2026 2025\nCONECT 2027 2024 2028 2029\nCONECT 2028 2027 2030\nCONECT 2029 2027\nCONECT 2030 2028\nCONECT 2031 2017 2025 2032\nCONECT 2032 2031 2033 2035\nCONECT 2033 2032 2034 2039\nCONECT 2034 2033\nCONECT 2035 2032 2036\nCONECT 2036 2035 2037 2038\nCONECT 2037 2036\nCONECT 2038 2036\nCONECT 2039 2033 2040\nCONECT 2040 2039 2041 2043\nCONECT 2041 2040 2042 2044\nCONECT 2042 2041\nCONECT 2043 2040\nCONECT 2044 2041 2045\nCONECT 2045 2044 2046 2048\nCONECT 2046 2045 2047 2052\nCONECT 2047 2046\nCONECT 2048 2045 2049\nCONECT 2049 2048 2050 2051\nCONECT 2050 2049\nCONECT 2051 2049\nCONECT 2052 2046 2053\nCONECT 2053 2052 2054 2056\nCONECT 2054 2053 2055 2058\nCONECT 2055 2054\nCONECT 2056 2053 2057\nCONECT 2057 2056\nCONECT 2058 2054 2059\nCONECT 2059 2058 2060 2062\nCONECT 2060 2059 2061 2069\nCONECT 2061 2060\nCONECT 2062 2059 2063\nCONECT 2063 2062 2064\nCONECT 2064 2063 2065\nCONECT 2065 2064 2066\nCONECT 2066 2065 2067 2068\nCONECT 2067 2066\nCONECT 2068 2066\nCONECT 2069 2060 2070 2075\nCONECT 2070 2069 2071 2073\nCONECT 2071 2070 2072 2076\nCONECT 2072 2071\nCONECT 2073 2070 2074\nCONECT 2074 2073 2075\nCONECT 2075 2069 2074\nCONECT 2076 2071 2077\nCONECT 2077 2076 2078 2080\nCONECT 2078 2077 2079 2085\nCONECT 2079 2078\nCONECT 2080 2077 2081\nCONECT 2081 2080 2082\nCONECT 2082 2081 2083\nCONECT 2083 2082 2084\nCONECT 2084 2083\nCONECT 2085 2078 2086\nCONECT 2086 2085 2087 2089\nCONECT 2087 2086 2088 2096\nCONECT 2088 2087\nCONECT 2089 2086 2090\nCONECT 2090 2089 2091 2092\nCONECT 2091 2090 2093\nCONECT 2092 2090 2094\nCONECT 2093 2091 2095\nCONECT 2094 2092 2095\nCONECT 2095 2093 2094\nCONECT 2096 2087 2097\nCONECT 2097 2096 2098 2100\nCONECT 2098 2097 2099 2107\nCONECT 2099 2098\nCONECT 2100 2097 2101\nCONECT 2101 2100 2102\nCONECT 2102 2101 2103\nCONECT 2103 2102 2104\nCONECT 2104 2103 2105 2106\nCONECT 2105 2104\nCONECT 2106 2104\nCONECT 2107 2098 2108\nCONECT 2108 2107 2109 2111\nCONECT 2109 2108 2110 2116\nCONECT 2110 2109\nCONECT 2111 2108 2112\nCONECT 2112 2111 2113\nCONECT 2113 2112 2114 2115\nCONECT 2114 2113\nCONECT 2115 2113\nCONECT 2116 2109 2117\nCONECT 2117 2116 2118 2120\nCONECT 2118 2117 2119 2124\nCONECT 2119 2118\nCONECT 2120 2117 2121\nCONECT 2121 2120 2122 2123\nCONECT 2122 2121\nCONECT 2123 2121\nCONECT 2124 2118 2125\nCONECT 2125 2124 2126 2128\nCONECT 2126 2125 2127 2132\nCONECT 2127 2126\nCONECT 2128 2125 2129 2130\nCONECT 2129 2128 2131\nCONECT 2130 2128\nCONECT 2131 2129\nCONECT 2132 2126 2133\nCONECT 2133 2132 2134 2136\nCONECT 2134 2133 2135 2140\nCONECT 2135 2134\nCONECT 2136 2133 2137 2138\nCONECT 2137 2136 2139\nCONECT 2138 2136\nCONECT 2139 2137\nCONECT 2140 2134 2141\nCONECT 2141 2140 2142 2144\nCONECT 2142 2141 2143 2149\nCONECT 2143 2142\nCONECT 2144 2141 2145\nCONECT 2145 2144 2146\nCONECT 2146 2145 2147 2148\nCONECT 2147 2146\nCONECT 2148 2146\nCONECT 2149 2142 2150\nCONECT 2150 2149 2151 2153\nCONECT 2151 2150 2152 2160\nCONECT 2152 2151\nCONECT 2153 2150 2154\nCONECT 2154 2153 2155 2156\nCONECT 2155 2154 2157\nCONECT 2156 2154 2158\nCONECT 2157 2155 2159\nCONECT 2158 2156 2159\nCONECT 2159 2157 2158\nCONECT 2160 2151 2161\nCONECT 2161 2160 2162 2164\nCONECT 2162 2161 2163 2166\nCONECT 2163 2162\nCONECT 2164 2161 2165\nCONECT 2165 2164\nCONECT 2166 2162 2167\nCONECT 2167 2166 2168 2170\nCONECT 2168 2167 2169 2175\nCONECT 2169 2168\nCONECT 2170 2167 2171\nCONECT 2171 2170 2172\nCONECT 2172 2171 2173\nCONECT 2173 2172 2174\nCONECT 2174 2173\nCONECT 2175 2168 2176\nCONECT 2176 2175 2177 2179\nCONECT 2177 2176 2178 2183\nCONECT 2178 2177\nCONECT 2179 2176 2180\nCONECT 2180 2179 2181\nCONECT 2181 2180 2182\nCONECT 2182 2181\nCONECT 2183 2177 2184\nCONECT 2184 2183 2185 2187\nCONECT 2185 2184 2186 2188\nCONECT 2186 2185\nCONECT 2187 2184\nCONECT 2188 2185 2189\nCONECT 2189 2188 2190 2192\nCONECT 2190 2189 2191 2199\nCONECT 2191 2190\nCONECT 2192 2189 2193\nCONECT 2193 2192 2194\nCONECT 2194 2193 2195\nCONECT 2195 2194 2196\nCONECT 2196 2195 2197 2198\nCONECT 2197 2196\nCONECT 2198 2196\nCONECT 2199 2190 2200\nCONECT 2200 2199 2201 2203\nCONECT 2201 2200 2202 2207\nCONECT 2202 2201\nCONECT 2203 2200 2204\nCONECT 2204 2203 2205 2206\nCONECT 2205 2204\nCONECT 2206 2204\nCONECT 2207 2201 2208 2213\nCONECT 2208 2207 2209 2211\nCONECT 2209 2208 2210 2214\nCONECT 2210 2209\nCONECT 2211 2208 2212\nCONECT 2212 2211 2213\nCONECT 2213 2207 2212\nCONECT 2214 2209 2215\nCONECT 2215 2214 2216 2218\nCONECT 2216 2215 2217 2223\nCONECT 2217 2216\nCONECT 2218 2215 2219\nCONECT 2219 2218 2220\nCONECT 2220 2219 2221 2222\nCONECT 2221 2220\nCONECT 2222 2220\nCONECT 2223 2216 2224\nCONECT 2224 2223 2225 2227\nCONECT 2225 2224 2226 2234\nCONECT 2226 2225\nCONECT 2227 2224 2228\nCONECT 2228 2227 2229\nCONECT 2229 2228 2230\nCONECT 2230 2229 2231\nCONECT 2231 2230 2232 2233\nCONECT 2232 2231\nCONECT 2233 2231\nCONECT 2234 2225 2235\nCONECT 2235 2234 2236 2238\nCONECT 2236 2235 2237 2246\nCONECT 2237 2236\nCONECT 2238 2235 2239\nCONECT 2239 2238 2240 2241\nCONECT 2240 2239 2242\nCONECT 2241 2239 2243\nCONECT 2242 2240 2244\nCONECT 2243 2241 2244\nCONECT 2244 2242 2243 2245\nCONECT 2245 2244\nCONECT 2246 2236 2247\nCONECT 2247 2246 2248 2250\nCONECT 2248 2247 2249 2254\nCONECT 2249 2248\nCONECT 2250 2247 2251\nCONECT 2251 2250 2252 2253\nCONECT 2252 2251\nCONECT 2253 2251\nCONECT 2254 2248 2255\nCONECT 2255 2254 2256 2258\nCONECT 2256 2255 2257 2261\nCONECT 2257 2256\nCONECT 2258 2255 2259 2260\nCONECT 2259 2258\nCONECT 2260 2258\nCONECT 2261 2256 2262\nCONECT 2262 2261 2263 2265\nCONECT 2263 2262 2264 2269\nCONECT 2264 2263\nCONECT 2265 2262 2266 2267\nCONECT 2266 2265 2268\nCONECT 2267 2265\nCONECT 2268 2266\nCONECT 2269 2263 2270\nCONECT 2270 2269 2271 2273\nCONECT 2271 2270 2272 2278\nCONECT 2272 2271\nCONECT 2273 2270 2274\nCONECT 2274 2273 2275\nCONECT 2275 2274 2276 2277\nCONECT 2276 2275\nCONECT 2277 2275\nCONECT 2278 2271 2279\nCONECT 2279 2278 2280\nCONECT 2280 2279 2281 2282\nCONECT 2281 2280\nCONECT 2282 2280 2283\nCONECT 2283 2282 2284 2286\nCONECT 2284 2283 2285 2290\nCONECT 2285 2284\nCONECT 2286 2283 2287\nCONECT 2287 2286 2288 2289\nCONECT 2288 2287\nCONECT 2289 2287\nCONECT 2290 2284 2291\nCONECT 2291 2290 2292 2294\nCONECT 2292 2291 2293\nCONECT 2293 2292\nCONECT 2294 2291 2295\nCONECT 2295 2294 2296\nCONECT 2296 2295 2297 2298\nCONECT 2297 2296\nCONECT 2298 2296\nCONECT 2299 2309 2312\nCONECT 2300 2312 2313 2315\nCONECT 2301 2313 2314 2318\nCONECT 2302 2303 2314 2315\nCONECT 2303 2302 2304 2305\nCONECT 2304 2303 2316\nCONECT 2305 2303 2306 2317\nCONECT 2306 2305\nCONECT 2307 2319 2320\nCONECT 2308 2320\nCONECT 2309 2299 2310 2326\nCONECT 2310 2309 2311 2325\nCONECT 2311 2310 2312\nCONECT 2312 2299 2300 2311\nCONECT 2313 2300 2301\nCONECT 2314 2301 2302 2316\nCONECT 2315 2300 2302\nCONECT 2316 2304 2314\nCONECT 2317 2305\nCONECT 2318 2301 2319\nCONECT 2319 2307 2318 2322\nCONECT 2320 2307 2308 2321\nCONECT 2321 2320 2322\nCONECT 2322 2319 2321 2323\nCONECT 2323 2322 2324\nCONECT 2324 2323\nCONECT 2325 2310\nCONECT 2326 2309 2327\nCONECT 2327 2326 2328 2330\nCONECT 2328 2327 2329\nCONECT 2329  727 2328\nCONECT 2330 2327\nEND\n",
            "type": "blob"
           }
          ],
@@ -1673,35 +1711,11 @@
          "target": "Stage",
          "type": "call_method"
         },
-        {
-         "args": [
-          "ball+stick",
-          0
-         ],
-         "kwargs": {},
-         "methodName": "removeRepresentationsByName",
-         "reconstruc_color_scheme": false,
-         "target": "Widget",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          "licorice"
-         ],
-         "component_index": 0,
-         "kwargs": {
-          "sele": "all"
-         },
-         "methodName": "addRepresentation",
-         "reconstruc_color_scheme": false,
-         "target": "compList",
-         "type": "call_method"
-        },
         {
          "args": [
           {
            "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  C4  634 X9001     -11.603  15.611 -29.104  1.00 12.80      A     \nATOM      2  C5  634 X9001     -11.290  14.270 -29.363  1.00 13.93      A     \nATOM      3  C8  634 X9001      -9.716  15.541 -30.318  1.00 12.77      A     \nATOM      4  C13 634 X9001     -16.551  17.262 -26.475  1.00 18.87      A     \nATOM      5  C15 634 X9001     -14.815  17.632 -24.741  1.00 18.01      A     \nATOM      6  C20 634 X9001     -14.035  18.186 -21.087  1.00 17.48      A     \nATOM      7  C21 634 X9001     -14.254  17.484 -19.761  1.00 18.05      A     \nATOM      8  C24 634 X9001     -15.758  13.485 -26.497  1.00 18.65      A     \nATOM      9  C28 634 X9001     -17.834  13.727 -25.133  1.00 21.42      A     \nATOM     10  C1  634 X9001     -13.109  13.458 -28.225  1.00 15.57      A     \nATOM     11  N2  634 X9001     -13.490  14.732 -27.925  1.00 13.47      A     \nATOM     12  C3  634 X9001     -12.765  15.818 -28.346  1.00 13.41      A     \nATOM     13  N6  634 X9001     -11.990  13.164 -28.961  1.00 14.15      A     \nATOM     14  N7  634 X9001     -10.142  14.252 -30.100  1.00 13.16      A     \nATOM     15  C9  634 X9001     -10.599  16.407 -29.714  1.00 12.86      A     \nATOM     16  O10 634 X9001     -13.173  17.112 -28.025  1.00 13.63      A     \nATOM     17  C11 634 X9001     -14.180  17.239 -27.090  1.00 16.20      A     \nATOM     18  C12 634 X9001     -15.550  17.123 -27.468  1.00 17.34      A     \nATOM     19  C14 634 X9001     -16.193  17.516 -25.118  1.00 18.52      A     \nATOM     20  C16 634 X9001     -13.816  17.491 -25.739  1.00 16.50      A     \nATOM     21  N17 634 X9001     -14.336  17.896 -23.427  1.00 16.35      A     \nATOM     22  C18 634 X9001     -14.982  17.755 -22.204  1.00 18.67      A     \nATOM     23  O19 634 X9001     -16.131  17.359 -22.003  1.00 21.24      A     \nATOM     24  N22 634 X9001     -13.905  12.381 -27.756  1.00 16.25      A     \nATOM     25  C23 634 X9001     -15.054  12.409 -27.007  1.00 17.60      A     \nATOM     26  N25 634 X9001     -16.820  12.972 -25.829  1.00 20.40      A     \nATOM     27  N26 634 X9001     -16.873  11.631 -25.856  1.00 20.72      A     \nATOM     28  C27 634 X9001     -15.795  11.290 -26.575  1.00 18.59      A     \nCONECT    1    2   12   15\nCONECT    2    1   13   14\nCONECT    3   14   15\nCONECT    4   18   19\nCONECT    5   19   20   21\nCONECT    6    7   22\nCONECT    7    6\nCONECT    8   25   26\nCONECT    9   26\nCONECT   10   11   13   24\nCONECT   11   10   12\nCONECT   12    1   11   16\nCONECT   13    2   10\nCONECT   14    2    3\nCONECT   15    1    3\nCONECT   16   12   17\nCONECT   17   16   18   20\nCONECT   18    4   17\nCONECT   19    4    5\nCONECT   20    5   17\nCONECT   21    5   22\nCONECT   22    6   21   23\nCONECT   23   22\nCONECT   24   10   25\nCONECT   25    8   24   28\nCONECT   26    8    9   27\nCONECT   27   26   28\nCONECT   28   25   27\nEND\n",
+           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ASN X 700       4.964   6.030 -40.431  1.00 36.27      A     \nATOM      2  CA  ASN X 700       6.346   6.163 -39.885  1.00 34.17      A     \nATOM      3  C   ASN X 700       6.528   7.489 -39.156  1.00 34.66      A     \nATOM      4  O   ASN X 700       6.202   7.615 -37.973  1.00 32.81      A     \nATOM      5  CB  ASN X 700       7.371   6.070 -41.017  1.00 34.84      A     \nATOM      6  CG  ASN X 700       8.788   6.295 -40.534  1.00 35.48      A     \nATOM      7  OD1 ASN X 700       9.291   5.554 -39.690  1.00 35.21      A     \nATOM      8  ND2 ASN X 700       9.440   7.327 -41.062  1.00 36.74      A     \nATOM      9  N   GLN X 701       7.055   8.480 -39.869  1.00 33.98      A     \nATOM     10  CA  GLN X 701       7.112   9.841 -39.353  1.00 32.07      A     \nATOM     11  C   GLN X 701       5.731  10.459 -39.521  1.00 33.01      A     \nATOM     12  O   GLN X 701       5.073  10.260 -40.546  1.00 32.45      A     \nATOM     13  CB  GLN X 701       8.150  10.668 -40.123  1.00 33.72      A     \nATOM     14  CG  GLN X 701       8.327  12.096 -39.600  1.00 35.28      A     \nATOM     15  CD  GLN X 701       9.449  12.849 -40.301  1.00 36.50      A     \nATOM     16  OE1 GLN X 701       9.846  12.498 -41.413  1.00 35.91      A     \nATOM     17  NE2 GLN X 701       9.965  13.885 -39.649  1.00 36.42      A     \nATOM     18  N   ALA X 702       5.293  11.205 -38.514  1.00 32.04      A     \nATOM     19  CA  ALA X 702       3.990  11.855 -38.571  1.00 31.53      A     \nATOM     20  C   ALA X 702       3.983  12.912 -39.666  1.00 31.92      A     \nATOM     21  O   ALA X 702       4.785  13.847 -39.649  1.00 33.29      A     \nATOM     22  CB  ALA X 702       3.664  12.490 -37.227  1.00 29.69      A     \nATOM     23  N   LEU X 703       3.076  12.752 -40.622  1.00 30.81      A     \nATOM     24  CA  LEU X 703       2.947  13.704 -41.712  1.00 29.74      A     \nATOM     25  C   LEU X 703       1.498  14.150 -41.866  1.00 27.82      A     \nATOM     26  O   LEU X 703       0.570  13.346 -41.754  1.00 29.26      A     \nATOM     27  CB  LEU X 703       3.438  13.081 -43.022  1.00 31.21      A     \nATOM     28  CG  LEU X 703       3.419  13.993 -44.251  1.00 32.00      A     \nATOM     29  CD1 LEU X 703       4.237  15.245 -43.976  1.00 32.80      A     \nATOM     30  CD2 LEU X 703       3.978  13.249 -45.451  1.00 33.61      A     \nATOM     31  N   LEU X 704       1.313  15.437 -42.124  1.00 26.70      A     \nATOM     32  CA  LEU X 704      -0.017  15.988 -42.338  1.00 23.46      A     \nATOM     33  C   LEU X 704      -0.613  15.463 -43.640  1.00 22.42      A     \nATOM     34  O   LEU X 704       0.007  15.561 -44.695  1.00 23.66      A     \nATOM     35  CB  LEU X 704       0.053  17.512 -42.398  1.00 24.84      A     \nATOM     36  CG  LEU X 704      -1.275  18.228 -42.645  1.00 23.71      A     \nATOM     37  CD1 LEU X 704      -2.175  18.060 -41.434  1.00 24.05      A     \nATOM     38  CD2 LEU X 704      -1.019  19.699 -42.932  1.00 25.69      A     \nATOM     39  N   ARG X 705      -1.816  14.907 -43.555  1.00 20.20      A     \nATOM     40  CA  ARG X 705      -2.567  14.533 -44.749  1.00 18.19      A     \nATOM     41  C   ARG X 705      -3.518  15.668 -45.117  1.00 16.97      A     \nATOM     42  O   ARG X 705      -4.156  16.257 -44.247  1.00 16.10      A     \nATOM     43  CB  ARG X 705      -3.369  13.255 -44.497  1.00 21.00      A     \nATOM     44  CG  ARG X 705      -2.525  12.007 -44.285  1.00 25.28      A     \nATOM     45  CD  ARG X 705      -2.088  11.395 -45.610  1.00 27.48      A     \nATOM     46  NE  ARG X 705      -3.227  11.021 -46.447  1.00 29.33      A     \nATOM     47  CZ  ARG X 705      -3.708   9.785 -46.557  1.00 30.68      A     \nATOM     48  NH1 ARG X 705      -3.152   8.786 -45.883  1.00 27.06      A     \nATOM     49  NH2 ARG X 705      -4.748   9.547 -47.345  1.00 31.66      A     \nATOM     50  N   ILE X 706      -3.601  15.974 -46.409  1.00 16.34      A     \nATOM     51  CA  ILE X 706      -4.600  16.909 -46.916  1.00 15.88      A     \nATOM     52  C   ILE X 706      -5.810  16.107 -47.379  1.00 17.23      A     \nATOM     53  O   ILE X 706      -5.680  15.219 -48.224  1.00 19.09      A     \nATOM     54  CB  ILE X 706      -4.061  17.707 -48.119  1.00 18.37      A     \nATOM     55  CG1 ILE X 706      -2.771  18.427 -47.729  1.00 21.29      A     \nATOM     56  CG2 ILE X 706      -5.104  18.710 -48.590  1.00 19.94      A     \nATOM     57  CD1 ILE X 706      -2.949  19.415 -46.610  1.00 22.15      A     \nATOM     58  N   LEU X 707      -6.977  16.421 -46.826  1.00 16.81      A     \nATOM     59  CA  LEU X 707      -8.206  15.699 -47.151  1.00 17.71      A     \nATOM     60  C   LEU X 707      -9.145  16.523 -48.025  1.00 18.06      A     \nATOM     61  O   LEU X 707      -9.267  17.732 -47.847  1.00 18.70      A     \nATOM     62  CB  LEU X 707      -8.946  15.306 -45.865  1.00 18.48      A     \nATOM     63  CG  LEU X 707      -8.462  14.074 -45.101  1.00 21.16      A     \nATOM     64  CD1 LEU X 707      -7.019  14.262 -44.672  1.00 21.28      A     \nATOM     65  CD2 LEU X 707      -9.353  13.846 -43.890  1.00 22.50      A     \nATOM     66  N   LYS X 708      -9.816  15.861 -48.964  1.00 19.00      A     \nATOM     67  CA  LYS X 708     -10.933  16.476 -49.672  1.00 18.86      A     \nATOM     68  C   LYS X 708     -12.232  16.165 -48.933  1.00 16.15      A     \nATOM     69  O   LYS X 708     -12.285  15.235 -48.123  1.00 15.34      A     \nATOM     70  CB  LYS X 708     -11.010  15.951 -51.110  1.00 21.09      A     \nATOM     71  CG  LYS X 708      -9.802  16.315 -51.965  1.00 24.87      A     \nATOM     72  CD  LYS X 708      -9.884  15.693 -53.350  1.00 27.03      A     \nATOM     73  CE  LYS X 708      -9.741  14.178 -53.290  1.00 26.90      A     \nATOM     74  NZ  LYS X 708      -9.715  13.571 -54.655  1.00 29.42      A     \nATOM     75  N   GLU X 709     -13.275  16.944 -49.207  1.00 16.79      A     \nATOM     76  CA  GLU X 709     -14.551  16.783 -48.519  1.00 16.82      A     \nATOM     77  C   GLU X 709     -15.200  15.433 -48.817  1.00 14.64      A     \nATOM     78  O   GLU X 709     -16.153  15.036 -48.154  1.00 16.06      A     \nATOM     79  CB  GLU X 709     -15.518  17.900 -48.916  1.00 19.05      A     \nATOM     80  CG  GLU X 709     -15.281  19.219 -48.208  1.00 22.97      A     \nATOM     81  CD  GLU X 709     -16.466  20.154 -48.343  1.00 26.10      A     \nATOM     82  OE1 GLU X 709     -16.570  20.837 -49.384  1.00 28.04      A     \nATOM     83  OE2 GLU X 709     -17.298  20.200 -47.412  1.00 29.52      A     \nATOM     84  N   THR X 710     -14.675  14.739 -49.818  1.00 14.38      A     \nATOM     85  CA  THR X 710     -15.191  13.434 -50.222  1.00 15.14      A     \nATOM     86  C   THR X 710     -14.694  12.307 -49.321  1.00 14.92      A     \nATOM     87  O   THR X 710     -15.178  11.177 -49.409  1.00 13.25      A     \nATOM     88  CB  THR X 710     -14.759  13.101 -51.657  1.00 15.23      A     \nATOM     89  OG1 THR X 710     -13.336  13.250 -51.759  1.00 17.52      A     \nATOM     90  CG2 THR X 710     -15.440  14.028 -52.655  1.00 15.46      A     \nATOM     91  N   GLU X 711     -13.725  12.613 -48.462  1.00 15.60      A     \nATOM     92  CA  GLU X 711     -12.992  11.573 -47.747  1.00 17.39      A     \nATOM     93  C   GLU X 711     -13.333  11.470 -46.266  1.00 17.13      A     \nATOM     94  O   GLU X 711     -12.756  10.653 -45.553  1.00 18.13      A     \nATOM     95  CB  GLU X 711     -11.483  11.796 -47.903  1.00 20.29      A     \nATOM     96  CG  GLU X 711     -11.008  11.789 -49.347  1.00 21.24      A     \nATOM     97  CD  GLU X 711      -9.524  12.062 -49.474  1.00 24.74      A     \nATOM     98  OE1 GLU X 711      -9.147  13.246 -49.605  1.00 25.24      A     \nATOM     99  OE2 GLU X 711      -8.736  11.094 -49.441  1.00 24.63      A     \nATOM    100  N   PHE X 712     -14.257  12.293 -45.791  1.00 14.98      A     \nATOM    101  CA  PHE X 712     -14.669  12.209 -44.394  1.00 14.63      A     \nATOM    102  C   PHE X 712     -16.086  12.721 -44.195  1.00 15.59      A     \nATOM    103  O   PHE X 712     -16.629  13.433 -45.043  1.00 16.22      A     \nATOM    104  CB  PHE X 712     -13.696  12.993 -43.500  1.00 16.21      A     \nATOM    105  CG  PHE X 712     -13.707  14.475 -43.742  1.00 16.39      A     \nATOM    106  CD1 PHE X 712     -14.489  15.316 -42.960  1.00 16.85      A     \nATOM    107  CD2 PHE X 712     -12.944  15.031 -44.758  1.00 16.45      A     \nATOM    108  CE1 PHE X 712     -14.511  16.683 -43.187  1.00 18.16      A     \nATOM    109  CE2 PHE X 712     -12.959  16.399 -44.991  1.00 17.41      A     \nATOM    110  CZ  PHE X 712     -13.745  17.227 -44.205  1.00 18.11      A     \nATOM    111  N   LYS X 713     -16.685  12.346 -43.071  1.00 15.98      A     \nATOM    112  CA  LYS X 713     -18.050  12.747 -42.762  1.00 18.74      A     \nATOM    113  C   LYS X 713     -18.199  13.073 -41.284  1.00 17.97      A     \nATOM    114  O   LYS X 713     -17.771  12.304 -40.424  1.00 18.93      A     \nATOM    115  CB  LYS X 713     -19.024  11.627 -43.142  1.00 20.46      A     \nATOM    116  CG  LYS X 713     -20.466  11.875 -42.721  1.00 25.23      A     \nATOM    117  CD  LYS X 713     -21.337  10.656 -43.006  1.00 27.26      A     \nATOM    118  CE  LYS X 713     -22.720  10.800 -42.385  1.00 29.18      A     \nATOM    119  NZ  LYS X 713     -23.451  11.994 -42.896  1.00 30.15      A     \nATOM    120  N   LYS X 714     -18.804  14.220 -41.000  1.00 18.84      A     \nATOM    121  CA  LYS X 714     -19.198  14.563 -39.640  1.00 20.28      A     \nATOM    122  C   LYS X 714     -20.498  13.843 -39.302  1.00 22.17      A     \nATOM    123  O   LYS X 714     -21.501  13.993 -40.001  1.00 23.65      A     \nATOM    124  CB  LYS X 714     -19.386  16.079 -39.517  1.00 19.93      A     \nATOM    125  CG  LYS X 714     -18.100  16.869 -39.721  1.00 20.19      A     \nATOM    126  CD  LYS X 714     -18.320  18.366 -39.582  1.00 23.50      A     \nATOM    127  CE  LYS X 714     -19.061  18.938 -40.780  1.00 25.50      A     \nATOM    128  NZ  LYS X 714     -18.253  18.835 -42.027  1.00 26.07      A     \nATOM    129  N   ILE X 715     -20.479  13.056 -38.232  1.00 22.23      A     \nATOM    130  CA  ILE X 715     -21.632  12.239 -37.870  1.00 24.23      A     \nATOM    131  C   ILE X 715     -22.527  12.944 -36.856  1.00 25.29      A     \nATOM    132  O   ILE X 715     -23.738  13.054 -37.053  1.00 25.84      A     \nATOM    133  CB  ILE X 715     -21.182  10.886 -37.290  1.00 25.30      A     \nATOM    134  CG1 ILE X 715     -20.345  10.134 -38.327  1.00 25.90      A     \nATOM    135  CG2 ILE X 715     -22.395  10.058 -36.890  1.00 27.18      A     \nATOM    136  CD1 ILE X 715     -19.704   8.875 -37.793  1.00 26.23      A     \nATOM    137  N   LYS X 716     -21.929  13.430 -35.773  1.00 25.49      A     \nATOM    138  CA  LYS X 716     -22.680  14.168 -34.766  1.00 26.62      A     \nATOM    139  C   LYS X 716     -21.779  15.104 -33.975  1.00 25.91      A     \nATOM    140  O   LYS X 716     -20.568  14.899 -33.896  1.00 25.82      A     \nATOM    141  CB  LYS X 716     -23.382  13.196 -33.814  1.00 28.44      A     \nATOM    142  CG  LYS X 716     -22.452  12.230 -33.101  1.00 30.93      A     \nATOM    143  CD  LYS X 716     -23.238  11.301 -32.187  1.00 33.76      A     \nATOM    144  CE  LYS X 716     -22.322  10.349 -31.438  1.00 35.40      A     \nATOM    145  NZ  LYS X 716     -21.399  11.074 -30.521  1.00 37.27      A     \nATOM    146  N   VAL X 717     -22.377  16.138 -33.395  1.00 24.28      A     \nATOM    147  CA  VAL X 717     -21.630  17.083 -32.579  1.00 23.62      A     \nATOM    148  C   VAL X 717     -21.247  16.447 -31.251  1.00 23.54      A     \nATOM    149  O   VAL X 717     -22.069  15.791 -30.605  1.00 24.04      A     \nATOM    150  CB  VAL X 717     -22.455  18.356 -32.295  1.00 22.88      A     \nATOM    151  CG1 VAL X 717     -21.694  19.270 -31.346  1.00 24.58      A     \nATOM    152  CG2 VAL X 717     -22.756  19.078 -33.598  1.00 23.12      A     \nATOM    153  N   LEU X 718     -19.992  16.632 -30.855  1.00 21.80      A     \nATOM    154  CA  LEU X 718     -19.536  16.210 -29.538  1.00 20.78      A     \nATOM    155  C   LEU X 718     -19.512  17.404 -28.590  1.00 20.92      A     \nATOM    156  O   LEU X 718     -19.858  17.281 -27.419  1.00 21.55      A     \nATOM    157  CB  LEU X 718     -18.136  15.589 -29.628  1.00 21.05      A     \nATOM    158  CG  LEU X 718     -18.019  14.229 -30.323  1.00 18.80      A     \nATOM    159  CD1 LEU X 718     -16.553  13.863 -30.496  1.00 18.88      A     \nATOM    160  CD2 LEU X 718     -18.746  13.170 -29.508  1.00 22.44      A     \nATOM    161  N   GLY X 719     -19.103  18.560 -29.100  1.00 21.80      A     \nATOM    162  CA  GLY X 719     -19.060  19.749 -28.269  1.00 22.41      A     \nATOM    163  C   GLY X 719     -18.692  20.989 -29.057  1.00 23.29      A     \nATOM    164  O   GLY X 719     -18.424  20.908 -30.256  1.00 23.40      A     \nATOM    165  N   SER X 720     -18.680  22.139 -28.389  1.00 23.78      A     \nATOM    166  CA  SER X 720     -18.359  23.396 -29.055  1.00 24.54      A     \nATOM    167  C   SER X 720     -17.804  24.433 -28.084  1.00 25.37      A     \nATOM    168  O   SER X 720     -17.851  24.254 -26.867  1.00 25.50      A     \nATOM    169  CB  SER X 720     -19.602  23.958 -29.752  1.00 26.13      A     \nATOM    170  OG  SER X 720     -20.608  24.290 -28.811  1.00 27.52      A     \nATOM    171  N   GLY X 721     -17.269  25.513 -28.639  1.00 26.01      A     \nATOM    172  CA  GLY X 721     -16.738  26.590 -27.825  1.00 26.66      A     \nATOM    173  C   GLY X 721     -16.359  27.762 -28.704  1.00 26.83      A     \nATOM    174  O   GLY X 721     -16.735  27.810 -29.873  1.00 27.47      A     \nATOM    175  N   ALA X 722     -15.613  28.709 -28.149  1.00 27.57      A     \nATOM    176  CA  ALA X 722     -15.175  29.866 -28.918  1.00 27.70      A     \nATOM    177  C   ALA X 722     -14.354  29.428 -30.128  1.00 26.99      A     \nATOM    178  O   ALA X 722     -14.343  30.102 -31.157  1.00 27.67      A     \nATOM    179  CB  ALA X 722     -14.353  30.796 -28.036  1.00 28.57      A     \nATOM    180  N   PHE X 723     -13.676  28.291 -30.003  1.00 26.94      A     \nATOM    181  CA  PHE X 723     -12.787  27.807 -31.054  1.00 26.39      A     \nATOM    182  C   PHE X 723     -13.565  27.352 -32.286  1.00 25.57      A     \nATOM    183  O   PHE X 723     -13.061  27.417 -33.409  1.00 26.21      A     \nATOM    184  CB  PHE X 723     -11.951  26.635 -30.540  1.00 27.79      A     \nATOM    185  CG  PHE X 723     -12.742  25.372 -30.336  1.00 28.69      A     \nATOM    186  CD1 PHE X 723     -12.862  24.442 -31.356  1.00 29.11      A     \nATOM    187  CD2 PHE X 723     -13.375  25.122 -29.129  1.00 29.70      A     \nATOM    188  CE1 PHE X 723     -13.601  23.286 -31.177  1.00 30.23      A     \nATOM    189  CE2 PHE X 723     -14.114  23.969 -28.943  1.00 30.44      A     \nATOM    190  CZ  PHE X 723     -14.228  23.051 -29.967  1.00 30.49      A     \nATOM    191  N   GLY X 724     -14.790  26.886 -32.066  1.00 23.41      A     \nATOM    192  CA  GLY X 724     -15.541  26.244 -33.129  1.00 22.64      A     \nATOM    193  C   GLY X 724     -16.308  25.042 -32.613  1.00 22.34      A     \nATOM    194  O   GLY X 724     -16.781  25.046 -31.477  1.00 22.87      A     \nATOM    195  N   THR X 725     -16.433  24.008 -33.440  1.00 19.96      A     \nATOM    196  CA  THR X 725     -17.217  22.832 -33.079  1.00 20.13      A     \nATOM    197  C   THR X 725     -16.431  21.544 -33.311  1.00 19.90      A     \nATOM    198  O   THR X 725     -15.727  21.413 -34.312  1.00 19.25      A     \nATOM    199  CB  THR X 725     -18.519  22.770 -33.902  1.00 21.77      A     \nATOM    200  OG1 THR X 725     -19.280  23.964 -33.682  1.00 23.23      A     \nATOM    201  CG2 THR X 725     -19.350  21.563 -33.493  1.00 20.89      A     \nATOM    202  N   VAL X 726     -16.550  20.599 -32.382  1.00 18.42      A     \nATOM    203  CA  VAL X 726     -15.931  19.283 -32.544  1.00 18.34      A     \nATOM    204  C   VAL X 726     -16.997  18.233 -32.830  1.00 18.56      A     \nATOM    205  O   VAL X 726     -17.994  18.142 -32.118  1.00 19.42      A     \nATOM    206  CB  VAL X 726     -15.153  18.859 -31.274  1.00 20.26      A     \nATOM    207  CG1 VAL X 726     -14.538  17.480 -31.474  1.00 20.85      A     \nATOM    208  CG2 VAL X 726     -14.073  19.874 -30.960  1.00 23.94      A     \nATOM    209  N   TYR X 727     -16.774  17.443 -33.876  1.00 17.64      A     \nATOM    210  CA  TYR X 727     -17.703  16.391 -34.281  1.00 17.79      A     \nATOM    211  C   TYR X 727     -17.067  15.012 -34.146  1.00 18.72      A     \nATOM    212  O   TYR X 727     -15.860  14.856 -34.335  1.00 17.45      A     \nATOM    213  CB  TYR X 727     -18.119  16.577 -35.742  1.00 17.85      A     \nATOM    214  CG  TYR X 727     -18.770  17.901 -36.056  1.00 17.82      A     \nATOM    215  CD1 TYR X 727     -18.008  19.039 -36.272  1.00 17.97      A     \nATOM    216  CD2 TYR X 727     -20.151  18.004 -36.164  1.00 20.20      A     \nATOM    217  CE1 TYR X 727     -18.601  20.246 -36.592  1.00 19.69      A     \nATOM    218  CE2 TYR X 727     -20.752  19.203 -36.481  1.00 20.10      A     \nATOM    219  CZ  TYR X 727     -19.975  20.319 -36.695  1.00 21.09      A     \nATOM    220  OH  TYR X 727     -20.575  21.509 -37.032  1.00 21.33      A     \nATOM    221  N   LYS X 728     -17.881  14.009 -33.836  1.00 17.05      A     \nATOM    222  CA  LYS X 728     -17.479  12.630 -34.066  1.00 17.61      A     \nATOM    223  C   LYS X 728     -17.663  12.369 -35.554  1.00 18.79      A     \nATOM    224  O   LYS X 728     -18.652  12.802 -36.142  1.00 19.93      A     \nATOM    225  CB  LYS X 728     -18.351  11.668 -33.259  1.00 20.79      A     \nATOM    226  CG  LYS X 728     -17.990  10.207 -33.458  1.00 23.08      A     \nATOM    227  CD  LYS X 728     -18.939   9.291 -32.700  1.00 28.19      A     \nATOM    228  CE  LYS X 728     -18.558   7.830 -32.891  1.00 31.15      A     \nATOM    229  NZ  LYS X 728     -19.436   6.917 -32.101  1.00 34.35      A     \nATOM    230  N   GLY X 729     -16.707  11.679 -36.163  1.00 17.74      A     \nATOM    231  CA  GLY X 729     -16.755  11.499 -37.601  1.00 18.51      A     \nATOM    232  C   GLY X 729     -16.079  10.243 -38.104  1.00 17.12      A     \nATOM    233  O   GLY X 729     -15.606   9.410 -37.331  1.00 16.00      A     \nATOM    234  N   LEU X 730     -16.045  10.112 -39.424  1.00 17.70      A     \nATOM    235  CA  LEU X 730     -15.430   8.966 -40.066  1.00 15.95      A     \nATOM    236  C   LEU X 730     -14.529   9.450 -41.200  1.00 15.30      A     \nATOM    237  O   LEU X 730     -14.916  10.304 -41.995  1.00 17.12      A     \nATOM    238  CB  LEU X 730     -16.518   8.042 -40.619  1.00 19.23      A     \nATOM    239  CG  LEU X 730     -16.122   6.609 -40.971  1.00 21.51      A     \nATOM    240  CD1 LEU X 730     -15.576   5.906 -39.740  1.00 22.91      A     \nATOM    241  CD2 LEU X 730     -17.340   5.865 -41.508  1.00 24.04      A     \nATOM    242  N   TRP X 731     -13.322   8.900 -41.260  1.00 15.05      A     \nATOM    243  CA  TRP X 731     -12.371   9.236 -42.309  1.00 15.37      A     \nATOM    244  C   TRP X 731     -12.198   8.018 -43.198  1.00 16.16      A     \nATOM    245  O   TRP X 731     -11.822   6.945 -42.730  1.00 15.29      A     \nATOM    246  CB  TRP X 731     -11.032   9.627 -41.682  1.00 15.24      A     \nATOM    247  CG  TRP X 731      -9.917   9.933 -42.643  1.00 15.26      A     \nATOM    248  CD1 TRP X 731     -10.023  10.288 -43.962  1.00 16.30      A     \nATOM    249  CD2 TRP X 731      -8.521   9.961 -42.332  1.00 14.73      A     \nATOM    250  NE1 TRP X 731      -8.775  10.537 -44.484  1.00 15.91      A     \nATOM    251  CE2 TRP X 731      -7.836  10.343 -43.503  1.00 15.85      A     \nATOM    252  CE3 TRP X 731      -7.782   9.700 -41.172  1.00 13.94      A     \nATOM    253  CZ2 TRP X 731      -6.450  10.470 -43.547  1.00 15.42      A     \nATOM    254  CZ3 TRP X 731      -6.407   9.828 -41.218  1.00 14.66      A     \nATOM    255  CH2 TRP X 731      -5.753  10.209 -42.395  1.00 16.31      A     \nATOM    256  N   ILE X 732     -12.495   8.194 -44.481  1.00 17.91      A     \nATOM    257  CA  ILE X 732     -12.359   7.134 -45.468  1.00 19.35      A     \nATOM    258  C   ILE X 732     -11.412   7.621 -46.560  1.00 18.92      A     \nATOM    259  O   ILE X 732     -11.837   8.202 -47.559  1.00 19.47      A     \nATOM    260  CB  ILE X 732     -13.729   6.795 -46.091  1.00 20.03      A     \nATOM    261  CG1 ILE X 732     -14.728   6.442 -44.985  1.00 21.29      A     \nATOM    262  CG2 ILE X 732     -13.590   5.632 -47.052  1.00 19.67      A     \nATOM    263  CD1 ILE X 732     -16.093   6.026 -45.500  1.00 23.72      A     \nATOM    264  N   PRO X 733     -10.103   7.404 -46.369  1.00 19.38      A     \nATOM    265  CA  PRO X 733      -9.091   7.951 -47.280  1.00 19.55      A     \nATOM    266  C   PRO X 733      -9.302   7.425 -48.693  1.00 18.39      A     \nATOM    267  O   PRO X 733      -9.547   6.233 -48.878  1.00 19.94      A     \nATOM    268  CB  PRO X 733      -7.767   7.460 -46.692  1.00 20.65      A     \nATOM    269  CG  PRO X 733      -8.074   7.120 -45.281  1.00 18.88      A     \nATOM    270  CD  PRO X 733      -9.498   6.650 -45.260  1.00 19.10      A     \nATOM    271  N   GLU X 734      -9.204   8.305 -49.685  1.00 20.40      A     \nATOM    272  CA  GLU X 734      -9.452   7.901 -51.064  1.00 22.08      A     \nATOM    273  C   GLU X 734      -8.556   6.729 -51.456  1.00 23.40      A     \nATOM    274  O   GLU X 734      -7.335   6.785 -51.290  1.00 24.16      A     \nATOM    275  CB  GLU X 734      -9.215   9.074 -52.023  1.00 23.33      A     \nATOM    276  CG  GLU X 734      -9.509   8.738 -53.482  1.00 26.64      A     \nATOM    277  CD  GLU X 734      -9.429   9.944 -54.402  1.00 30.14      A     \nATOM    278  OE1 GLU X 734      -9.732  11.066 -53.948  1.00 32.44      A     \nATOM    279  OE2 GLU X 734      -9.066   9.770 -55.583  1.00 31.31      A     \nATOM    280  N   GLY X 735      -9.181   5.666 -51.956  1.00 22.44      A     \nATOM    281  CA  GLY X 735      -8.443   4.555 -52.531  1.00 23.99      A     \nATOM    282  C   GLY X 735      -7.961   3.518 -51.536  1.00 23.70      A     \nATOM    283  O   GLY X 735      -7.462   2.463 -51.923  1.00 24.83      A     \nATOM    284  N   GLU X 736      -8.107   3.800 -50.248  1.00 22.94      A     \nATOM    285  CA  GLU X 736      -7.431   2.988 -49.246  1.00 24.14      A     \nATOM    286  C   GLU X 736      -8.268   1.873 -48.635  1.00 25.00      A     \nATOM    287  O   GLU X 736      -7.729   0.982 -47.982  1.00 26.85      A     \nATOM    288  CB  GLU X 736      -6.887   3.883 -48.141  1.00 21.65      A     \nATOM    289  CG  GLU X 736      -5.815   4.845 -48.612  1.00 22.56      A     \nATOM    290  CD  GLU X 736      -5.156   5.549 -47.457  1.00 22.08      A     \nATOM    291  OE1 GLU X 736      -5.409   5.125 -46.315  1.00 22.11      A     \nATOM    292  OE2 GLU X 736      -4.398   6.516 -47.681  1.00 23.63      A     \nATOM    293  N   LYS X 737      -9.578   1.925 -48.835  1.00 27.62      A     \nATOM    294  CA  LYS X 737     -10.463   0.869 -48.356  1.00 28.22      A     \nATOM    295  C   LYS X 737     -10.367   0.661 -46.845  1.00 28.78      A     \nATOM    296  O   LYS X 737     -10.393  -0.474 -46.361  1.00 29.28      A     \nATOM    297  CB  LYS X 737     -10.155  -0.444 -49.086  1.00 31.01      A     \nATOM    298  CG  LYS X 737     -10.396  -0.380 -50.589  1.00 32.56      A     \nATOM    299  CD  LYS X 737     -10.153  -1.723 -51.261  1.00 34.60      A     \nATOM    300  CE  LYS X 737     -10.471  -1.663 -52.747  1.00 35.30      A     \nATOM    301  NZ  LYS X 737     -10.230  -2.968 -53.425  1.00 36.47      A     \nATOM    302  N   VAL X 738     -10.250   1.760 -46.105  1.00 28.52      A     \nATOM    303  CA  VAL X 738     -10.280   1.711 -44.647  1.00 26.89      A     \nATOM    304  C   VAL X 738     -11.214   2.793 -44.093  1.00 24.52      A     \nATOM    305  O   VAL X 738     -11.360   3.862 -44.688  1.00 24.82      A     \nATOM    306  CB  VAL X 738      -8.867   1.919 -44.049  1.00 28.51      A     \nATOM    307  CG1 VAL X 738      -8.386   3.333 -44.325  1.00 28.82      A     \nATOM    308  CG2 VAL X 738      -8.886   1.629 -42.559  1.00 30.25      A     \nATOM    309  N   LYS X 739     -11.848   2.499 -42.960  1.00 23.91      A     \nATOM    310  CA  LYS X 739     -12.737   3.450 -42.292  1.00 22.95      A     \nATOM    311  C   LYS X 739     -12.250   3.746 -40.877  1.00 20.76      A     \nATOM    312  O   LYS X 739     -12.186   2.856 -40.028  1.00 21.72      A     \nATOM    313  CB  LYS X 739     -14.166   2.901 -42.239  1.00 25.84      A     \nATOM    314  CG  LYS X 739     -14.834   2.777 -43.599  1.00 27.30      A     \nATOM    315  CD  LYS X 739     -16.347   2.694 -43.460  1.00 30.11      A     \nATOM    316  CE  LYS X 739     -16.777   1.384 -42.825  1.00 30.64      A     \nATOM    317  NZ  LYS X 739     -16.855   0.283 -43.826  1.00 33.15      A     \nATOM    318  N   ILE X 740     -11.918   5.007 -40.627  1.00 17.20      A     \nATOM    319  CA  ILE X 740     -11.249   5.395 -39.394  1.00 17.12      A     \nATOM    320  C   ILE X 740     -12.100   6.380 -38.603  1.00 17.28      A     \nATOM    321  O   ILE X 740     -12.357   7.492 -39.055  1.00 15.91      A     \nATOM    322  CB  ILE X 740      -9.901   6.069 -39.701  1.00 16.02      A     \nATOM    323  CG1 ILE X 740      -9.054   5.162 -40.594  1.00 16.65      A     \nATOM    324  CG2 ILE X 740      -9.174   6.389 -38.410  1.00 16.89      A     \nATOM    325  CD1 ILE X 740      -7.767   5.810 -41.068  1.00 17.99      A     \nATOM    326  N   PRO X 741     -12.534   5.989 -37.398  1.00 18.38      A     \nATOM    327  CA  PRO X 741     -13.218   6.938 -36.514  1.00 17.65      A     \nATOM    328  C   PRO X 741     -12.288   8.087 -36.148  1.00 15.97      A     \nATOM    329  O   PRO X 741     -11.124   7.870 -35.803  1.00 17.26      A     \nATOM    330  CB  PRO X 741     -13.595   6.095 -35.298  1.00 19.70      A     \nATOM    331  CG  PRO X 741     -12.628   4.959 -35.313  1.00 23.20      A     \nATOM    332  CD  PRO X 741     -12.334   4.678 -36.759  1.00 20.89      A     \nATOM    333  N   VAL X 742     -12.803   9.307 -36.241  1.00 15.09      A     \nATOM    334  CA  VAL X 742     -12.012  10.498 -35.960  1.00 13.97      A     \nATOM    335  C   VAL X 742     -12.831  11.558 -35.239  1.00 15.06      A     \nATOM    336  O   VAL X 742     -14.058  11.487 -35.186  1.00 14.70      A     \nATOM    337  CB  VAL X 742     -11.442  11.127 -37.262  1.00 14.11      A     \nATOM    338  CG1 VAL X 742     -10.435  10.187 -37.901  1.00 14.51      A     \nATOM    339  CG2 VAL X 742     -12.574  11.446 -38.240  1.00 14.32      A     \nATOM    340  N   ALA X 743     -12.138  12.542 -34.677  1.00 12.70      A     \nATOM    341  CA  ALA X 743     -12.785  13.749 -34.186  1.00 13.66      A     \nATOM    342  C   ALA X 743     -12.488  14.850 -35.190  1.00 14.33      A     \nATOM    343  O   ALA X 743     -11.347  15.015 -35.618  1.00 15.74      A     \nATOM    344  CB  ALA X 743     -12.239  14.126 -32.812  1.00 13.84      A     \nATOM    345  N   ILE X 744     -13.513  15.594 -35.577  1.00 12.79      A     \nATOM    346  CA  ILE X 744     -13.335  16.654 -36.557  1.00 14.64      A     \nATOM    347  C   ILE X 744     -13.625  17.996 -35.908  1.00 15.85      A     \nATOM    348  O   ILE X 744     -14.723  18.226 -35.410  1.00 16.78      A     \nATOM    349  CB  ILE X 744     -14.275  16.447 -37.758  1.00 15.13      A     \nATOM    350  CG1 ILE X 744     -13.972  15.099 -38.413  1.00 15.59      A     \nATOM    351  CG2 ILE X 744     -14.101  17.576 -38.762  1.00 17.07      A     \nATOM    352  CD1 ILE X 744     -14.946  14.716 -39.500  1.00 19.91      A     \nATOM    353  N   LYS X 745     -12.630  18.874 -35.904  1.00 15.73      A     \nATOM    354  CA  LYS X 745     -12.811  20.219 -35.378  1.00 18.13      A     \nATOM    355  C   LYS X 745     -12.966  21.201 -36.525  1.00 17.82      A     \nATOM    356  O   LYS X 745     -12.027  21.428 -37.289  1.00 18.88      A     \nATOM    357  CB  LYS X 745     -11.612  20.625 -34.515  1.00 20.30      A     \nATOM    358  CG  LYS X 745     -11.415  19.769 -33.278  1.00 22.73      A     \nATOM    359  CD  LYS X 745     -10.662  20.522 -32.188  1.00 24.52      A     \nATOM    360  CE  LYS X 745      -9.266  20.907 -32.642  1.00 27.90      A     \nATOM    361  NZ  LYS X 745      -8.380  21.233 -31.488  1.00 29.01      A     \nATOM    362  N   GLU X 746     -14.156  21.779 -36.651  1.00 18.46      A     \nATOM    363  CA  GLU X 746     -14.374  22.831 -37.629  1.00 19.28      A     \nATOM    364  C   GLU X 746     -14.240  24.167 -36.915  1.00 19.88      A     \nATOM    365  O   GLU X 746     -15.012  24.480 -36.008  1.00 20.51      A     \nATOM    366  CB  GLU X 746     -15.763  22.702 -38.262  1.00 20.99      A     \nATOM    367  CG  GLU X 746     -15.990  23.640 -39.440  1.00 22.19      A     \nATOM    368  CD  GLU X 746     -17.127  23.187 -40.338  1.00 23.20      A     \nATOM    369  OE1 GLU X 746     -16.938  23.165 -41.575  1.00 25.19      A     \nATOM    370  OE2 GLU X 746     -18.207  22.849 -39.809  1.00 24.92      A     \nATOM    371  N   LEU X 747     -13.248  24.948 -37.323  1.00 21.62      A     \nATOM    372  CA  LEU X 747     -12.898  26.164 -36.604  1.00 23.25      A     \nATOM    373  C   LEU X 747     -13.848  27.296 -36.959  1.00 24.96      A     \nATOM    374  O   LEU X 747     -14.314  27.400 -38.094  1.00 25.17      A     \nATOM    375  CB  LEU X 747     -11.459  26.569 -36.931  1.00 24.18      A     \nATOM    376  CG  LEU X 747     -10.417  25.463 -36.742  1.00 23.34      A     \nATOM    377  CD1 LEU X 747      -9.031  26.015 -37.015  1.00 25.73      A     \nATOM    378  CD2 LEU X 747     -10.507  24.910 -35.329  1.00 24.92      A     \nATOM    379  N   ARG X 748     -14.136  28.142 -35.978  1.00 26.37      A     \nATOM    380  CA  ARG X 748     -15.035  29.266 -36.191  1.00 29.90      A     \nATOM    381  C   ARG X 748     -14.390  30.269 -37.143  1.00 30.49      A     \nATOM    382  O   ARG X 748     -13.169  30.423 -37.164  1.00 30.40      A     \nATOM    383  CB  ARG X 748     -15.352  29.941 -34.855  1.00 32.44      A     \nATOM    384  CG  ARG X 748     -16.524  30.907 -34.905  1.00 37.47      A     \nATOM    385  CD  ARG X 748     -17.378  30.779 -33.654  1.00 41.28      A     \nATOM    386  NE  ARG X 748     -17.920  29.431 -33.503  1.00 44.76      A     \nATOM    387  CZ  ARG X 748     -18.496  28.976 -32.396  1.00 45.58      A     \nATOM    388  NH1 ARG X 748     -18.608  29.761 -31.333  1.00 47.37      A     \nATOM    389  NH2 ARG X 748     -18.960  27.734 -32.349  1.00 47.41      A     \nATOM    390  N   GLU X 749     -15.217  30.943 -37.936  1.00 31.60      A     \nATOM    391  CA  GLU X 749     -14.730  31.953 -38.868  1.00 32.43      A     \nATOM    392  C   GLU X 749     -14.124  33.123 -38.104  1.00 31.17      A     \nATOM    393  O   GLU X 749     -14.732  33.650 -37.174  1.00 31.21      A     \nATOM    394  CB  GLU X 749     -15.880  32.451 -39.748  1.00 35.34      A     \nATOM    395  CG  GLU X 749     -15.532  33.644 -40.628  1.00 40.41      A     \nATOM    396  CD  GLU X 749     -14.700  33.263 -41.839  1.00 42.16      A     \nATOM    397  OE1 GLU X 749     -14.100  32.167 -41.833  1.00 44.36      A     \nATOM    398  OE2 GLU X 749     -14.647  34.063 -42.797  1.00 44.42      A     \nATOM    399  N   ALA X 750     -12.919  33.521 -38.496  1.00 29.88      A     \nATOM    400  CA  ALA X 750     -12.246  34.643 -37.854  1.00 29.20      A     \nATOM    401  C   ALA X 750     -12.533  35.935 -38.608  1.00 28.72      A     \nATOM    402  O   ALA X 750     -12.834  35.913 -39.801  1.00 28.11      A     \nATOM    403  CB  ALA X 750     -10.745  34.392 -37.802  1.00 29.62      A     \nATOM    404  N   THR X 751     -12.443  37.058 -37.905  1.00 27.83      A     \nATOM    405  CA  THR X 751     -12.563  38.364 -38.542  1.00 27.32      A     \nATOM    406  C   THR X 751     -11.509  38.486 -39.639  1.00 25.64      A     \nATOM    407  O   THR X 751     -11.773  39.020 -40.719  1.00 25.70      A     \nATOM    408  CB  THR X 751     -12.350  39.503 -37.521  1.00 28.57      A     \nATOM    409  OG1 THR X 751     -13.367  39.440 -36.513  1.00 30.22      A     \nATOM    410  CG2 THR X 751     -12.406  40.855 -38.212  1.00 27.10      A     \nATOM    411  N   SER X 752     -10.315  37.980 -39.352  1.00 24.34      A     \nATOM    412  CA  SER X 752      -9.212  38.023 -40.301  1.00 23.29      A     \nATOM    413  C   SER X 752      -8.696  36.614 -40.557  1.00 23.38      A     \nATOM    414  O   SER X 752      -7.727  36.175 -39.938  1.00 23.42      A     \nATOM    415  CB  SER X 752      -8.085  38.894 -39.747  1.00 23.51      A     \nATOM    416  OG  SER X 752      -8.576  40.174 -39.384  1.00 22.95      A     \nATOM    417  N   PRO X 753      -9.341  35.887 -41.479  1.00 23.95      A     \nATOM    418  CA  PRO X 753      -8.956  34.502 -41.770  1.00 23.13      A     \nATOM    419  C   PRO X 753      -7.529  34.419 -42.297  1.00 23.39      A     \nATOM    420  O   PRO X 753      -7.115  35.231 -43.126  1.00 23.42      A     \nATOM    421  CB  PRO X 753      -9.975  34.054 -42.818  1.00 24.09      A     \nATOM    422  CG  PRO X 753     -11.141  34.978 -42.633  1.00 24.76      A     \nATOM    423  CD  PRO X 753     -10.536  36.294 -42.237  1.00 23.98      A     \nATOM    424  N   LYS X 754      -6.777  33.440 -41.814  1.00 22.70      A     \nATOM    425  CA  LYS X 754      -5.435  33.214 -42.325  1.00 23.33      A     \nATOM    426  C   LYS X 754      -5.520  32.764 -43.779  1.00 22.34      A     \nATOM    427  O   LYS X 754      -6.497  32.132 -44.189  1.00 22.95      A     \nATOM    428  CB  LYS X 754      -4.724  32.147 -41.486  1.00 25.07      A     \nATOM    429  CG  LYS X 754      -4.519  32.542 -40.027  1.00 27.78      A     \nATOM    430  CD  LYS X 754      -3.988  31.377 -39.206  1.00 30.25      A     \nATOM    431  CE  LYS X 754      -3.709  31.791 -37.767  1.00 32.35      A     \nATOM    432  NZ  LYS X 754      -4.923  32.323 -37.089  1.00 35.15      A     \nATOM    433  N   ALA X 755      -4.497  33.103 -44.557  1.00 20.05      A     \nATOM    434  CA  ALA X 755      -4.362  32.597 -45.916  1.00 20.22      A     \nATOM    435  C   ALA X 755      -4.144  31.091 -45.841  1.00 20.19      A     \nATOM    436  O   ALA X 755      -3.649  30.582 -44.834  1.00 21.15      A     \nATOM    437  CB  ALA X 755      -3.179  33.259 -46.603  1.00 20.53      A     \nATOM    438  N   ASN X 756      -4.507  30.378 -46.900  1.00 20.76      A     \nATOM    439  CA  ASN X 756      -4.343  28.930 -46.905  1.00 21.43      A     \nATOM    440  C   ASN X 756      -2.888  28.524 -46.676  1.00 21.47      A     \nATOM    441  O   ASN X 756      -2.615  27.534 -46.004  1.00 20.99      A     \nATOM    442  CB  ASN X 756      -4.855  28.339 -48.223  1.00 23.76      A     \nATOM    443  CG  ASN X 756      -6.369  28.257 -48.273  1.00 25.29      A     \nATOM    444  OD1 ASN X 756      -7.055  28.642 -47.326  1.00 26.78      A     \nATOM    445  ND2 ASN X 756      -6.900  27.750 -49.382  1.00 27.08      A     \nATOM    446  N   LYS X 757      -1.953  29.293 -47.220  1.00 21.02      A     \nATOM    447  CA  LYS X 757      -0.539  29.009 -47.014  1.00 22.15      A     \nATOM    448  C   LYS X 757      -0.152  29.123 -45.539  1.00 21.38      A     \nATOM    449  O   LYS X 757       0.612  28.302 -45.027  1.00 21.36      A     \nATOM    450  CB  LYS X 757       0.320  29.963 -47.848  1.00 24.27      A     \nATOM    451  CG  LYS X 757       1.812  29.702 -47.735  1.00 28.53      A     \nATOM    452  CD  LYS X 757       2.152  28.283 -48.164  1.00 31.79      A     \nATOM    453  CE  LYS X 757       3.655  28.041 -48.164  1.00 33.73      A     \nATOM    454  NZ  LYS X 757       3.992  26.669 -48.642  1.00 35.68      A     \nATOM    455  N   GLU X 758      -0.682  30.136 -44.858  1.00 20.15      A     \nATOM    456  CA  GLU X 758      -0.413  30.321 -43.434  1.00 19.69      A     \nATOM    457  C   GLU X 758      -0.956  29.141 -42.639  1.00 18.80      A     \nATOM    458  O   GLU X 758      -0.307  28.640 -41.717  1.00 19.22      A     \nATOM    459  CB  GLU X 758      -1.071  31.608 -42.922  1.00 19.45      A     \nATOM    460  CG  GLU X 758      -0.433  32.901 -43.407  1.00 19.59      A     \nATOM    461  CD  GLU X 758      -1.156  34.135 -42.885  1.00 19.91      A     \nATOM    462  OE1 GLU X 758      -2.385  34.238 -43.082  1.00 20.73      A     \nATOM    463  OE2 GLU X 758      -0.496  35.004 -42.275  1.00 20.51      A     \nATOM    464  N   ILE X 759      -2.156  28.706 -42.998  1.00 18.84      A     \nATOM    465  CA  ILE X 759      -2.817  27.622 -42.286  1.00 18.75      A     \nATOM    466  C   ILE X 759      -2.060  26.315 -42.482  1.00 18.47      A     \nATOM    467  O   ILE X 759      -1.838  25.565 -41.529  1.00 18.01      A     \nATOM    468  CB  ILE X 759      -4.267  27.458 -42.776  1.00 19.79      A     \nATOM    469  CG1 ILE X 759      -5.061  28.725 -42.447  1.00 22.96      A     \nATOM    470  CG2 ILE X 759      -4.898  26.226 -42.145  1.00 20.75      A     \nATOM    471  CD1 ILE X 759      -6.453  28.752 -43.024  1.00 24.16      A     \nATOM    472  N   LEU X 760      -1.649  26.042 -43.715  1.00 19.05      A     \nATOM    473  CA  LEU X 760      -0.931  24.808 -43.996  1.00 20.76      A     \nATOM    474  C   LEU X 760       0.420  24.759 -43.290  1.00 21.77      A     \nATOM    475  O   LEU X 760       0.849  23.699 -42.838  1.00 20.82      A     \nATOM    476  CB  LEU X 760      -0.749  24.637 -45.505  1.00 21.97      A     \nATOM    477  CG  LEU X 760      -2.050  24.319 -46.242  1.00 21.78      A     \nATOM    478  CD1 LEU X 760      -1.796  24.249 -47.740  1.00 24.23      A     \nATOM    479  CD2 LEU X 760      -2.618  22.999 -45.723  1.00 24.61      A     \nATOM    480  N   ASP X 761       1.086  25.904 -43.180  1.00 22.05      A     \nATOM    481  CA  ASP X 761       2.366  25.961 -42.484  1.00 23.98      A     \nATOM    482  C   ASP X 761       2.189  25.612 -41.011  1.00 22.35      A     \nATOM    483  O   ASP X 761       2.969  24.840 -40.448  1.00 24.69      A     \nATOM    484  CB  ASP X 761       2.984  27.356 -42.610  1.00 26.57      A     \nATOM    485  CG  ASP X 761       3.573  27.609 -43.983  1.00 29.55      A     \nATOM    486  OD1 ASP X 761       3.676  26.647 -44.774  1.00 30.98      A     \nATOM    487  OD2 ASP X 761       3.937  28.770 -44.269  1.00 31.57      A     \nATOM    488  N   GLU X 762       1.161  26.177 -40.388  1.00 21.10      A     \nATOM    489  CA  GLU X 762       0.867  25.869 -38.995  1.00 20.30      A     \nATOM    490  C   GLU X 762       0.493  24.397 -38.854  1.00 19.61      A     \nATOM    491  O   GLU X 762       0.904  23.734 -37.904  1.00 19.41      A     \nATOM    492  CB  GLU X 762      -0.275  26.749 -38.478  1.00 22.11      A     \nATOM    493  CG  GLU X 762       0.105  28.214 -38.285  1.00 25.92      A     \nATOM    494  CD  GLU X 762      -1.009  29.033 -37.658  1.00 29.42      A     \nATOM    495  OE1 GLU X 762      -2.005  28.437 -37.195  1.00 31.82      A     \nATOM    496  OE2 GLU X 762      -0.889  30.277 -37.628  1.00 31.31      A     \nATOM    497  N   ALA X 763      -0.267  23.888 -39.817  1.00 16.99      A     \nATOM    498  CA  ALA X 763      -0.779  22.523 -39.743  1.00 17.42      A     \nATOM    499  C   ALA X 763       0.328  21.487 -39.867  1.00 17.65      A     \nATOM    500  O   ALA X 763       0.296  20.459 -39.193  1.00 17.21      A     \nATOM    501  CB  ALA X 763      -1.830  22.295 -40.827  1.00 16.84      A     \nATOM    502  N   TYR X 764       1.310  21.745 -40.724  1.00 19.37      A     \nATOM    503  CA  TYR X 764       2.430  20.821 -40.847  1.00 20.54      A     \nATOM    504  C   TYR X 764       3.199  20.720 -39.533  1.00 20.78      A     \nATOM    505  O   TYR X 764       3.621  19.633 -39.137  1.00 20.28      A     \nATOM    506  CB  TYR X 764       3.364  21.257 -41.982  1.00 24.55      A     \nATOM    507  CG  TYR X 764       2.875  20.827 -43.348  1.00 29.37      A     \nATOM    508  CD1 TYR X 764       2.767  19.480 -43.672  1.00 31.32      A     \nATOM    509  CD2 TYR X 764       2.503  21.763 -44.306  1.00 32.27      A     \nATOM    510  CE1 TYR X 764       2.300  19.075 -44.908  1.00 33.73      A     \nATOM    511  CE2 TYR X 764       2.033  21.367 -45.548  1.00 33.32      A     \nATOM    512  CZ  TYR X 764       1.934  20.021 -45.843  1.00 34.81      A     \nATOM    513  OH  TYR X 764       1.460  19.616 -47.071  1.00 37.47      A     \nATOM    514  N   VAL X 765       3.371  21.844 -38.847  1.00 19.13      A     \nATOM    515  CA  VAL X 765       4.020  21.822 -37.542  1.00 20.02      A     \nATOM    516  C   VAL X 765       3.172  21.046 -36.538  1.00 18.98      A     \nATOM    517  O   VAL X 765       3.687  20.211 -35.799  1.00 19.00      A     \nATOM    518  CB  VAL X 765       4.254  23.247 -37.006  1.00 20.65      A     \nATOM    519  CG1 VAL X 765       4.894  23.184 -35.626  1.00 22.23      A     \nATOM    520  CG2 VAL X 765       5.144  24.016 -37.968  1.00 23.30      A     \nATOM    521  N  AMET X 766       1.870  21.315 -36.525  0.50 17.82      A     \nATOM    522  CA AMET X 766       0.960  20.641 -35.605  0.50 18.09      A     \nATOM    523  C  AMET X 766       0.966  19.133 -35.833  0.50 16.78      A     \nATOM    524  O  AMET X 766       0.978  18.350 -34.881  0.50 15.70      A     \nATOM    525  CB AMET X 766      -0.464  21.177 -35.781  0.50 20.09      A     \nATOM    526  CG AMET X 766      -1.494  20.489 -34.900  0.50 22.43      A     \nATOM    527  SD AMET X 766      -3.152  21.184 -35.072  0.50 26.51      A     \nATOM    528  CE AMET X 766      -2.867  22.873 -34.548  0.50 27.21      A     \nATOM    529  N  BMET X 766       1.870  21.308 -36.524  0.50 18.46      A     \nATOM    530  CA BMET X 766       0.977  20.636 -35.589  0.50 19.23      A     \nATOM    531  C  BMET X 766       0.929  19.130 -35.832  0.50 17.44      A     \nATOM    532  O  BMET X 766       0.871  18.343 -34.888  0.50 16.17      A     \nATOM    533  CB BMET X 766      -0.434  21.223 -35.690  0.50 23.03      A     \nATOM    534  CG BMET X 766      -0.536  22.660 -35.201  0.50 27.09      A     \nATOM    535  SD BMET X 766      -0.217  22.823 -33.429  0.50 35.71      A     \nATOM    536  CE BMET X 766      -1.698  22.078 -32.745  0.50 32.96      A     \nATOM    537  N   ALA X 767       0.963  18.730 -37.099  1.00 16.13      A     \nATOM    538  CA  ALA X 767       0.922  17.314 -37.454  1.00 15.59      A     \nATOM    539  C   ALA X 767       2.206  16.591 -37.056  1.00 16.30      A     \nATOM    540  O   ALA X 767       2.211  15.370 -36.894  1.00 16.58      A     \nATOM    541  CB  ALA X 767       0.683  17.162 -38.952  1.00 17.47      A     \nATOM    542  N   SER X 768       3.291  17.345 -36.904  1.00 15.23      A     \nATOM    543  CA  SER X 768       4.584  16.758 -36.568  1.00 15.51      A     \nATOM    544  C   SER X 768       4.673  16.438 -35.080  1.00 14.72      A     \nATOM    545  O   SER X 768       5.605  15.766 -34.637  1.00 14.95      A     \nATOM    546  CB  SER X 768       5.718  17.710 -36.945  1.00 15.94      A     \nATOM    547  OG  SER X 768       5.822  18.771 -36.016  1.00 19.72      A     \nATOM    548  N   VAL X 769       3.707  16.932 -34.313  1.00 14.26      A     \nATOM    549  CA  VAL X 769       3.644  16.640 -32.886  1.00 13.27      A     \nATOM    550  C   VAL X 769       3.172  15.203 -32.672  1.00 13.89      A     \nATOM    551  O   VAL X 769       1.988  14.895 -32.806  1.00 15.65      A     \nATOM    552  CB  VAL X 769       2.695  17.622 -32.166  1.00 13.76      A     \nATOM    553  CG1 VAL X 769       2.592  17.266 -30.683  1.00 15.32      A     \nATOM    554  CG2 VAL X 769       3.211  19.047 -32.334  1.00 16.26      A     \nATOM    555  N   ASP X 770       4.121  14.331 -32.346  1.00 12.03      A     \nATOM    556  CA  ASP X 770       3.910  12.891 -32.398  1.00 13.44      A     \nATOM    557  C   ASP X 770       4.434  12.259 -31.112  1.00 13.35      A     \nATOM    558  O   ASP X 770       5.624  11.959 -30.989  1.00 15.38      A     \nATOM    559  CB  ASP X 770       4.650  12.320 -33.612  1.00 14.17      A     \nATOM    560  CG  ASP X 770       4.393  10.842 -33.825  1.00 16.75      A     \nATOM    561  OD1 ASP X 770       3.462  10.289 -33.206  1.00 15.31      A     \nATOM    562  OD2 ASP X 770       5.133  10.233 -34.627  1.00 17.49      A     \nATOM    563  N   ASN X 771       3.534  12.078 -30.153  1.00 13.16      A     \nATOM    564  CA  ASN X 771       3.878  11.488 -28.863  1.00 11.84      A     \nATOM    565  C   ASN X 771       2.661  10.705 -28.381  1.00 11.82      A     \nATOM    566  O   ASN X 771       1.525  11.096 -28.643  1.00 12.70      A     \nATOM    567  CB  ASN X 771       4.230  12.598 -27.863  1.00 13.03      A     \nATOM    568  CG  ASN X 771       4.548  12.066 -26.482  1.00 12.83      A     \nATOM    569  OD1 ASN X 771       3.671  11.987 -25.620  1.00 14.19      A     \nATOM    570  ND2 ASN X 771       5.811  11.702 -26.261  1.00 13.46      A     \nATOM    571  N   PRO X 772       2.880   9.590 -27.668  1.00 12.58      A     \nATOM    572  CA  PRO X 772       1.740   8.768 -27.248  1.00 12.21      A     \nATOM    573  C   PRO X 772       0.737   9.494 -26.356  1.00 11.88      A     \nATOM    574  O   PRO X 772      -0.404   9.059 -26.233  1.00 12.53      A     \nATOM    575  CB  PRO X 772       2.390   7.591 -26.521  1.00 12.17      A     \nATOM    576  CG  PRO X 772       3.767   7.512 -27.105  1.00 16.40      A     \nATOM    577  CD  PRO X 772       4.167   8.942 -27.365  1.00 13.57      A     \nATOM    578  N   HIS X 773       1.160  10.590 -25.731  1.00 11.41      A     \nATOM    579  CA  HIS X 773       0.299  11.271 -24.775  1.00 10.51      A     \nATOM    580  C   HIS X 773      -0.066  12.687 -25.182  1.00 12.04      A     \nATOM    581  O   HIS X 773      -0.397  13.532 -24.349  1.00 10.79      A     \nATOM    582  CB  HIS X 773       0.950  11.212 -23.398  1.00 11.05      A     \nATOM    583  CG  HIS X 773       1.231   9.809 -22.969  1.00 10.72      A     \nATOM    584  ND1 HIS X 773       0.227   8.884 -22.796  1.00 12.87      A     \nATOM    585  CD2 HIS X 773       2.396   9.134 -22.811  1.00 11.74      A     \nATOM    586  CE1 HIS X 773       0.757   7.698 -22.558  1.00 12.67      A     \nATOM    587  NE2 HIS X 773       2.073   7.822 -22.562  1.00 13.71      A     \nATOM    588  N   VAL X 774      -0.017  12.930 -26.485  1.00 10.89      A     \nATOM    589  CA  VAL X 774      -0.586  14.137 -27.060  1.00 11.29      A     \nATOM    590  C   VAL X 774      -1.485  13.750 -28.229  1.00 12.69      A     \nATOM    591  O   VAL X 774      -1.088  12.971 -29.098  1.00 12.87      A     \nATOM    592  CB  VAL X 774       0.522  15.089 -27.548  1.00 12.21      A     \nATOM    593  CG1 VAL X 774      -0.094  16.333 -28.156  1.00 13.74      A     \nATOM    594  CG2 VAL X 774       1.435  15.458 -26.386  1.00 12.97      A     \nATOM    595  N   CYS X 775      -2.704  14.280 -28.242  1.00 13.23      A     \nATOM    596  CA  CYS X 775      -3.671  13.920 -29.274  1.00 15.52      A     \nATOM    597  C   CYS X 775      -3.215  14.482 -30.617  1.00 15.61      A     \nATOM    598  O   CYS X 775      -2.953  15.675 -30.738  1.00 18.10      A     \nATOM    599  CB  CYS X 775      -5.054  14.472 -28.908  1.00 16.42      A     \nATOM    600  SG  CYS X 775      -6.411  13.864 -29.948  1.00 20.88      A     \nATOM    601  N   ARG X 776      -3.119  13.621 -31.625  1.00 14.54      A     \nATOM    602  CA  ARG X 776      -2.444  13.995 -32.865  1.00 15.34      A     \nATOM    603  C   ARG X 776      -3.385  14.545 -33.939  1.00 14.48      A     \nATOM    604  O   ARG X 776      -4.511  14.074 -34.096  1.00 14.82      A     \nATOM    605  CB  ARG X 776      -1.671  12.793 -33.423  1.00 17.31      A     \nATOM    606  CG  ARG X 776      -0.791  13.126 -34.622  1.00 21.71      A     \nATOM    607  CD  ARG X 776       0.367  12.142 -34.761  1.00 23.95      A     \nATOM    608  NE  ARG X 776      -0.087  10.761 -34.885  1.00 22.20      A     \nATOM    609  CZ  ARG X 776      -0.281  10.133 -36.042  1.00 21.21      A     \nATOM    610  NH1 ARG X 776      -0.061  10.761 -37.190  1.00 21.27      A     \nATOM    611  NH2 ARG X 776      -0.693   8.873 -36.053  1.00 22.36      A     \nATOM    612  N   LEU X 777      -2.909  15.550 -34.667  1.00 14.42      A     \nATOM    613  CA  LEU X 777      -3.588  16.025 -35.873  1.00 14.26      A     \nATOM    614  C   LEU X 777      -3.244  15.083 -37.019  1.00 15.56      A     \nATOM    615  O   LEU X 777      -2.076  14.935 -37.379  1.00 17.83      A     \nATOM    616  CB  LEU X 777      -3.125  17.444 -36.227  1.00 16.48      A     \nATOM    617  CG  LEU X 777      -3.726  18.022 -37.513  1.00 15.57      A     \nATOM    618  CD1 LEU X 777      -5.211  18.243 -37.311  1.00 16.09      A     \nATOM    619  CD2 LEU X 777      -3.048  19.330 -37.874  1.00 19.44      A     \nATOM    620  N   LEU X 778      -4.263  14.446 -37.585  1.00 14.14      A     \nATOM    621  CA  LEU X 778      -4.069  13.460 -38.644  1.00 14.94      A     \nATOM    622  C   LEU X 778      -4.183  14.070 -40.033  1.00 16.15      A     \nATOM    623  O   LEU X 778      -3.513  13.635 -40.970  1.00 18.96      A     \nATOM    624  CB  LEU X 778      -5.098  12.338 -38.508  1.00 13.72      A     \nATOM    625  CG  LEU X 778      -5.127  11.624 -37.155  1.00 14.43      A     \nATOM    626  CD1 LEU X 778      -6.257  10.611 -37.138  1.00 16.09      A     \nATOM    627  CD2 LEU X 778      -3.784  10.942 -36.908  1.00 16.24      A     \nATOM    628  N   GLY X 779      -5.045  15.068 -40.172  1.00 14.36      A     \nATOM    629  CA  GLY X 779      -5.245  15.664 -41.477  1.00 13.94      A     \nATOM    630  C   GLY X 779      -5.965  16.989 -41.397  1.00 13.61      A     \nATOM    631  O   GLY X 779      -6.434  17.398 -40.336  1.00 14.55      A     \nATOM    632  N   ILE X 780      -6.049  17.668 -42.532  1.00 12.90      A     \nATOM    633  CA  ILE X 780      -6.736  18.942 -42.592  1.00 12.89      A     \nATOM    634  C   ILE X 780      -7.496  19.030 -43.908  1.00 14.41      A     \nATOM    635  O   ILE X 780      -7.068  18.476 -44.918  1.00 14.34      A     \nATOM    636  CB  ILE X 780      -5.719  20.116 -42.460  1.00 13.24      A     \nATOM    637  CG1 ILE X 780      -6.462  21.446 -42.353  1.00 14.53      A     \nATOM    638  CG2 ILE X 780      -4.759  20.122 -43.641  1.00 14.67      A     \nATOM    639  CD1 ILE X 780      -5.583  22.581 -41.863  1.00 16.69      A     \nATOM    640  N   CYS X 781      -8.642  19.699 -43.877  1.00 14.32      A     \nATOM    641  CA  CYS X 781      -9.389  19.999 -45.089  1.00 14.90      A     \nATOM    642  C   CYS X 781      -9.673  21.490 -45.104  1.00 16.14      A     \nATOM    643  O   CYS X 781     -10.299  22.015 -44.185  1.00 17.19      A     \nATOM    644  CB  CYS X 781     -10.708  19.223 -45.113  1.00 14.10      A     \nATOM    645  SG  CYS X 781     -11.749  19.557 -46.563  1.00 18.03      A     \nATOM    646  N   LEU X 782      -9.204  22.170 -46.143  1.00 17.93      A     \nATOM    647  CA  LEU X 782      -9.447  23.598 -46.274  1.00 21.40      A     \nATOM    648  C   LEU X 782     -10.462  23.868 -47.373  1.00 22.70      A     \nATOM    649  O   LEU X 782     -10.218  23.580 -48.546  1.00 24.71      A     \nATOM    650  CB  LEU X 782      -8.142  24.334 -46.583  1.00 23.50      A     \nATOM    651  CG  LEU X 782      -7.058  24.235 -45.509  1.00 23.89      A     \nATOM    652  CD1 LEU X 782      -5.901  25.162 -45.858  1.00 25.52      A     \nATOM    653  CD2 LEU X 782      -7.648  24.609 -44.158  1.00 24.07      A     \nATOM    654  N   THR X 783     -11.607  24.412 -46.981  1.00 23.97      A     \nATOM    655  CA  THR X 783     -12.622  24.843 -47.932  1.00 27.34      A     \nATOM    656  C   THR X 783     -13.046  26.257 -47.564  1.00 28.02      A     \nATOM    657  O   THR X 783     -12.209  27.154 -47.467  1.00 28.96      A     \nATOM    658  CB  THR X 783     -13.848  23.913 -47.892  1.00 27.87      A     \nATOM    659  OG1 THR X 783     -14.375  23.869 -46.561  1.00 29.27      A     \nATOM    660  CG2 THR X 783     -13.462  22.509 -48.326  1.00 28.71      A     \nATOM    661  N   SER X 784     -14.343  26.452 -47.351  1.00 30.01      A     \nATOM    662  CA  SER X 784     -14.840  27.703 -46.796  1.00 31.43      A     \nATOM    663  C   SER X 784     -14.459  27.783 -45.323  1.00 30.47      A     \nATOM    664  O   SER X 784     -14.341  28.868 -44.755  1.00 31.08      A     \nATOM    665  CB  SER X 784     -16.361  27.779 -46.944  1.00 32.31      A     \nATOM    666  OG  SER X 784     -16.879  28.934 -46.308  1.00 36.57      A     \nATOM    667  N   THR X 785     -14.268  26.618 -44.709  1.00 29.02      A     \nATOM    668  CA  THR X 785     -13.861  26.538 -43.313  1.00 27.04      A     \nATOM    669  C   THR X 785     -12.579  25.723 -43.194  1.00 23.91      A     \nATOM    670  O   THR X 785     -12.184  25.028 -44.130  1.00 24.69      A     \nATOM    671  CB  THR X 785     -14.936  25.851 -42.454  1.00 26.44      A     \nATOM    672  OG1 THR X 785     -15.084  24.491 -42.878  1.00 28.08      A     \nATOM    673  CG2 THR X 785     -16.270  26.566 -42.595  1.00 28.93      A     \nATOM    674  N   VAL X 786     -11.938  25.819 -42.036  1.00 21.90      A     \nATOM    675  CA  VAL X 786     -10.826  24.943 -41.694  1.00 20.39      A     \nATOM    676  C   VAL X 786     -11.351  23.782 -40.861  1.00 18.79      A     \nATOM    677  O   VAL X 786     -11.933  23.988 -39.795  1.00 18.66      A     \nATOM    678  CB  VAL X 786      -9.756  25.687 -40.868  1.00 21.90      A     \nATOM    679  CG1 VAL X 786      -8.658  24.721 -40.444  1.00 23.10      A     \nATOM    680  CG2 VAL X 786      -9.172  26.831 -41.686  1.00 22.89      A     \nATOM    681  N   GLN X 787     -11.154  22.562 -41.347  1.00 17.08      A     \nATOM    682  CA  GLN X 787     -11.519  21.387 -40.570  1.00 15.02      A     \nATOM    683  C   GLN X 787     -10.279  20.572 -40.242  1.00 14.96      A     \nATOM    684  O   GLN X 787      -9.521  20.181 -41.131  1.00 15.83      A     \nATOM    685  CB  GLN X 787     -12.535  20.533 -41.337  1.00 15.22      A     \nATOM    686  CG  GLN X 787     -13.881  21.217 -41.495  1.00 16.17      A     \nATOM    687  CD  GLN X 787     -14.880  20.380 -42.259  1.00 18.62      A     \nATOM    688  OE1 GLN X 787     -15.004  20.500 -43.479  1.00 20.47      A     \nATOM    689  NE2 GLN X 787     -15.603  19.528 -41.546  1.00 16.63      A     \nATOM    690  N   LEU X 788     -10.074  20.336 -38.951  1.00 14.40      A     \nATOM    691  CA  LEU X 788      -8.930  19.573 -38.473  1.00 13.67      A     \nATOM    692  C   LEU X 788      -9.398  18.170 -38.121  1.00 14.48      A     \nATOM    693  O   LEU X 788     -10.319  17.999 -37.323  1.00 16.30      A     \nATOM    694  CB  LEU X 788      -8.341  20.233 -37.227  1.00 15.99      A     \nATOM    695  CG  LEU X 788      -7.916  21.694 -37.373  1.00 16.62      A     \nATOM    696  CD1 LEU X 788      -7.407  22.206 -36.034  1.00 19.10      A     \nATOM    697  CD2 LEU X 788      -6.846  21.808 -38.447  1.00 18.61      A     \nATOM    698  N   ILE X 789      -8.769  17.165 -38.716  1.00 12.57      A     \nATOM    699  CA  ILE X 789      -9.134  15.785 -38.425  1.00 13.15      A     \nATOM    700  C   ILE X 789      -8.156  15.215 -37.403  1.00 14.36      A     \nATOM    701  O   ILE X 789      -6.956  15.101 -37.661  1.00 13.69      A     \nATOM    702  CB  ILE X 789      -9.138  14.915 -39.712  1.00 15.83      A     \nATOM    703  CG1 ILE X 789     -10.247  15.385 -40.664  1.00 18.03      A     \nATOM    704  CG2 ILE X 789      -9.379  13.455 -39.358  1.00 15.62      A     \nATOM    705  CD1 ILE X 789      -9.995  16.730 -41.312  1.00 23.22      A     \nATOM    706  N  AMET X 790      -8.696  14.880 -36.232  0.50 13.14      A     \nATOM    707  CA AMET X 790      -7.906  14.494 -35.068  0.50 13.15      A     \nATOM    708  C  AMET X 790      -8.166  13.036 -34.706  0.50 13.67      A     \nATOM    709  O  AMET X 790      -9.163  12.451 -35.128  0.50 13.09      A     \nATOM    710  CB AMET X 790      -8.284  15.366 -33.866  0.50 12.69      A     \nATOM    711  CG AMET X 790      -8.310  16.853 -34.145  0.50 14.38      A     \nATOM    712  SD AMET X 790      -6.664  17.553 -34.302  0.50 15.12      A     \nATOM    713  CE AMET X 790      -5.953  17.128 -32.712  0.50 17.17      A     \nATOM    714  N  BMET X 790      -8.675  14.870 -36.232  0.50 14.33      A     \nATOM    715  CA BMET X 790      -7.825  14.465 -35.127  0.50 14.95      A     \nATOM    716  C  BMET X 790      -8.193  13.077 -34.638  0.50 14.70      A     \nATOM    717  O  BMET X 790      -9.283  12.578 -34.910  0.50 13.83      A     \nATOM    718  CB BMET X 790      -7.961  15.460 -33.982  0.50 17.61      A     \nATOM    719  CG BMET X 790      -7.789  16.899 -34.412  0.50 21.08      A     \nATOM    720  SD BMET X 790      -8.285  18.019 -33.113  0.50 25.71      A     \nATOM    721  CE BMET X 790      -6.935  17.812 -31.962  0.50 24.92      A     \nATOM    722  N   GLN X 791      -7.276  12.453 -33.911  1.00 13.78      A     \nATOM    723  CA  GLN X 791      -7.567  11.171 -33.291  1.00 14.13      A     \nATOM    724  C   GLN X 791      -8.789  11.323 -32.393  1.00 14.78      A     \nATOM    725  O   GLN X 791      -8.876  12.271 -31.610  1.00 14.90      A     \nATOM    726  CB  GLN X 791      -6.375  10.696 -32.455  1.00 15.75      A     \nATOM    727  CG  GLN X 791      -5.110  10.446 -33.263  1.00 15.04      A     \nATOM    728  CD  GLN X 791      -3.906  10.175 -32.383  1.00 17.13      A     \nATOM    729  OE1 GLN X 791      -3.725  10.812 -31.344  1.00 18.03      A     \nATOM    730  NE2 GLN X 791      -3.073   9.221 -32.796  1.00 18.48      A     \nATOM    731  N   LEU X 792      -9.731  10.392 -32.522  1.00 13.93      A     \nATOM    732  CA  LEU X 792     -10.895  10.343 -31.644  1.00 14.45      A     \nATOM    733  C   LEU X 792     -10.519   9.661 -30.334  1.00 13.75      A     \nATOM    734  O   LEU X 792      -9.961   8.566 -30.330  1.00 15.20      A     \nATOM    735  CB  LEU X 792     -12.035   9.565 -32.310  1.00 16.39      A     \nATOM    736  CG  LEU X 792     -13.292   9.375 -31.455  1.00 17.27      A     \nATOM    737  CD1 LEU X 792     -13.975  10.717 -31.241  1.00 19.15      A     \nATOM    738  CD2 LEU X 792     -14.235   8.396 -32.144  1.00 18.72      A     \nATOM    739  N   MET X 793     -10.829  10.317 -29.221  1.00 14.66      A     \nATOM    740  CA  MET X 793     -10.624   9.715 -27.911  1.00 14.42      A     \nATOM    741  C   MET X 793     -11.975   9.217 -27.407  1.00 14.78      A     \nATOM    742  O   MET X 793     -12.815  10.005 -26.984  1.00 16.96      A     \nATOM    743  CB  MET X 793     -10.044  10.754 -26.950  1.00 16.12      A     \nATOM    744  CG  MET X 793      -8.707  11.326 -27.401  1.00 20.32      A     \nATOM    745  SD  MET X 793      -7.367  10.118 -27.332  1.00 20.59      A     \nATOM    746  CE  MET X 793      -7.245   9.624 -29.069  1.00 20.28      A     \nATOM    747  N   PRO X 794     -12.201   7.896 -27.459  1.00 15.19      A     \nATOM    748  CA  PRO X 794     -13.555   7.359 -27.285  1.00 16.81      A     \nATOM    749  C   PRO X 794     -14.202   7.661 -25.936  1.00 16.65      A     \nATOM    750  O   PRO X 794     -15.426   7.745 -25.838  1.00 18.80      A     \nATOM    751  CB  PRO X 794     -13.378   5.857 -27.502  1.00 16.97      A     \nATOM    752  CG  PRO X 794     -12.136   5.738 -28.323  1.00 18.52      A     \nATOM    753  CD  PRO X 794     -11.242   6.844 -27.834  1.00 14.30      A     \nATOM    754  N   PHE X 795     -13.384   7.829 -24.904  1.00 16.15      A     \nATOM    755  CA  PHE X 795     -13.901   7.943 -23.544  1.00 16.45      A     \nATOM    756  C   PHE X 795     -14.034   9.376 -23.033  1.00 16.71      A     \nATOM    757  O   PHE X 795     -14.366   9.590 -21.866  1.00 18.94      A     \nATOM    758  CB  PHE X 795     -13.028   7.128 -22.587  1.00 16.98      A     \nATOM    759  CG  PHE X 795     -13.111   5.642 -22.806  1.00 19.24      A     \nATOM    760  CD1 PHE X 795     -12.229   5.003 -23.661  1.00 18.33      A     \nATOM    761  CD2 PHE X 795     -14.077   4.886 -22.158  1.00 23.10      A     \nATOM    762  CE1 PHE X 795     -12.304   3.637 -23.870  1.00 22.44      A     \nATOM    763  CE2 PHE X 795     -14.159   3.518 -22.361  1.00 23.41      A     \nATOM    764  CZ  PHE X 795     -13.271   2.892 -23.219  1.00 22.84      A     \nATOM    765  N   GLY X 796     -13.777  10.354 -23.895  1.00 14.93      A     \nATOM    766  CA  GLY X 796     -14.012  11.741 -23.521  1.00 13.82      A     \nATOM    767  C   GLY X 796     -12.915  12.325 -22.647  1.00 13.56      A     \nATOM    768  O   GLY X 796     -11.794  11.811 -22.625  1.00 14.84      A     \nATOM    769  N   CYS X 797     -13.230  13.397 -21.924  1.00 13.26      A     \nATOM    770  CA  CYS X 797     -12.214  14.068 -21.122  1.00 12.99      A     \nATOM    771  C   CYS X 797     -11.993  13.367 -19.787  1.00 13.34      A     \nATOM    772  O   CYS X 797     -12.898  12.737 -19.232  1.00 14.17      A     \nATOM    773  CB  CYS X 797     -12.585  15.538 -20.881  1.00 13.92      A     \nATOM    774  SG  CYS X 797     -14.060  15.698 -19.871  1.00 14.93      A     \nATOM    775  N   LEU X 798     -10.772  13.482 -19.280  1.00 13.41      A     \nATOM    776  CA  LEU X 798     -10.373  12.785 -18.069  1.00 11.38      A     \nATOM    777  C   LEU X 798     -11.093  13.344 -16.839  1.00 12.59      A     \nATOM    778  O   LEU X 798     -11.376  12.606 -15.895  1.00 13.76      A     \nATOM    779  CB  LEU X 798      -8.856  12.889 -17.898  1.00 12.20      A     \nATOM    780  CG  LEU X 798      -8.243  12.159 -16.705  1.00 10.82      A     \nATOM    781  CD1 LEU X 798      -8.640  10.683 -16.727  1.00 12.11      A     \nATOM    782  CD2 LEU X 798      -6.731  12.316 -16.749  1.00 12.96      A     \nATOM    783  N   LEU X 799     -11.400  14.638 -16.854  1.00 12.21      A     \nATOM    784  CA  LEU X 799     -12.138  15.238 -15.742  1.00 13.01      A     \nATOM    785  C   LEU X 799     -13.465  14.518 -15.527  1.00 14.80      A     \nATOM    786  O   LEU X 799     -13.766  14.072 -14.421  1.00 15.08      A     \nATOM    787  CB  LEU X 799     -12.405  16.723 -16.001  1.00 14.93      A     \nATOM    788  CG  LEU X 799     -13.236  17.427 -14.919  1.00 14.35      A     \nATOM    789  CD1 LEU X 799     -12.524  17.332 -13.577  1.00 16.10      A     \nATOM    790  CD2 LEU X 799     -13.457  18.879 -15.310  1.00 18.56      A     \nATOM    791  N   ASP X 800     -14.254  14.399 -16.588  1.00 15.11      A     \nATOM    792  CA  ASP X 800     -15.553  13.746 -16.484  1.00 16.26      A     \nATOM    793  C   ASP X 800     -15.387  12.261 -16.182  1.00 16.60      A     \nATOM    794  O   ASP X 800     -16.188  11.672 -15.458  1.00 17.78      A     \nATOM    795  CB  ASP X 800     -16.347  13.920 -17.781  1.00 18.13      A     \nATOM    796  CG  ASP X 800     -16.884  15.330 -17.956  1.00 20.46      A     \nATOM    797  OD1 ASP X 800     -17.572  15.576 -18.969  1.00 23.54      A     \nATOM    798  OD2 ASP X 800     -16.624  16.190 -17.089  1.00 21.45      A     \nATOM    799  N   TYR X 801     -14.336  11.659 -16.728  1.00 15.09      A     \nATOM    800  CA  TYR X 801     -14.097  10.240 -16.504  1.00 15.93      A     \nATOM    801  C   TYR X 801     -13.847   9.940 -15.026  1.00 16.79      A     \nATOM    802  O   TYR X 801     -14.422   9.006 -14.470  1.00 17.28      A     \nATOM    803  CB  TYR X 801     -12.904   9.757 -17.339  1.00 16.64      A     \nATOM    804  CG  TYR X 801     -12.745   8.259 -17.303  1.00 17.93      A     \nATOM    805  CD1 TYR X 801     -11.946   7.652 -16.345  1.00 17.77      A     \nATOM    806  CD2 TYR X 801     -13.441   7.446 -18.191  1.00 16.45      A     \nATOM    807  CE1 TYR X 801     -11.848   6.276 -16.265  1.00 18.61      A     \nATOM    808  CE2 TYR X 801     -13.350   6.070 -18.119  1.00 19.69      A     \nATOM    809  CZ  TYR X 801     -12.554   5.491 -17.152  1.00 19.94      A     \nATOM    810  OH  TYR X 801     -12.477   4.123 -17.055  1.00 19.83      A     \nATOM    811  N  AVAL X 802     -12.997  10.730 -14.379  0.50 16.23      A     \nATOM    812  CA AVAL X 802     -12.686  10.480 -12.975  0.50 16.46      A     \nATOM    813  C  AVAL X 802     -13.869  10.779 -12.059  0.50 17.46      A     \nATOM    814  O  AVAL X 802     -14.020  10.155 -11.008  0.50 18.65      A     \nATOM    815  CB AVAL X 802     -11.468  11.304 -12.493  0.50 16.04      A     \nATOM    816  CG1AVAL X 802     -10.239  10.927 -13.300  0.50 16.23      A     \nATOM    817  CG2AVAL X 802     -11.758  12.791 -12.605  0.50 15.54      A     \nATOM    818  N  BVAL X 802     -12.991  10.730 -14.393  0.50 16.64      A     \nATOM    819  CA BVAL X 802     -12.678  10.501 -12.992  0.50 17.29      A     \nATOM    820  C  BVAL X 802     -13.905  10.727 -12.113  0.50 17.79      A     \nATOM    821  O  BVAL X 802     -14.126   9.995 -11.147  0.50 18.34      A     \nATOM    822  CB BVAL X 802     -11.536  11.418 -12.516  0.50 17.74      A     \nATOM    823  CG1BVAL X 802     -11.221  11.135 -11.062  0.50 18.80      A     \nATOM    824  CG2BVAL X 802     -10.299  11.194 -13.370  0.50 19.08      A     \nATOM    825  N   ARG X 803     -14.710  11.730 -12.454  1.00 17.20      A     \nATOM    826  CA  ARG X 803     -15.921  12.020 -11.688  1.00 17.97      A     \nATOM    827  C   ARG X 803     -16.911  10.870 -11.803  1.00 19.99      A     \nATOM    828  O   ARG X 803     -17.535  10.469 -10.817  1.00 20.80      A     \nATOM    829  CB  ARG X 803     -16.568  13.313 -12.189  1.00 17.48      A     \nATOM    830  CG  ARG X 803     -15.759  14.558 -11.883  1.00 16.34      A     \nATOM    831  CD  ARG X 803     -16.431  15.802 -12.438  1.00 17.45      A     \nATOM    832  NE  ARG X 803     -15.800  17.022 -11.940  1.00 15.70      A     \nATOM    833  CZ  ARG X 803     -16.076  18.242 -12.386  1.00 16.09      A     \nATOM    834  NH1 ARG X 803     -16.974  18.409 -13.348  1.00 19.12      A     \nATOM    835  NH2 ARG X 803     -15.458  19.296 -11.870  1.00 17.77      A     \nATOM    836  N   GLU X 804     -17.044  10.334 -13.011  1.00 20.14      A     \nATOM    837  CA  GLU X 804     -18.005   9.270 -13.272  1.00 22.35      A     \nATOM    838  C   GLU X 804     -17.578   7.934 -12.669  1.00 22.15      A     \nATOM    839  O   GLU X 804     -18.421   7.137 -12.259  1.00 24.95      A     \nATOM    840  CB  GLU X 804     -18.213   9.107 -14.782  1.00 24.77      A     \nATOM    841  CG  GLU X 804     -19.143   7.961 -15.156  1.00 30.28      A     \nATOM    842  CD  GLU X 804     -19.463   7.922 -16.638  1.00 33.52      A     \nATOM    843  OE1 GLU X 804     -20.197   7.004 -17.063  1.00 37.41      A     \nATOM    844  OE2 GLU X 804     -18.986   8.809 -17.377  1.00 35.96      A     \nATOM    845  N   HIS X 805     -16.272   7.689 -12.612  1.00 19.19      A     \nATOM    846  CA  HIS X 805     -15.766   6.364 -12.269  1.00 20.66      A     \nATOM    847  C   HIS X 805     -14.976   6.319 -10.968  1.00 22.72      A     \nATOM    848  O   HIS X 805     -14.270   5.345 -10.698  1.00 20.93      A     \nATOM    849  CB  HIS X 805     -14.895   5.831 -13.409  1.00 19.11      A     \nATOM    850  CG  HIS X 805     -15.654   5.581 -14.673  1.00 21.73      A     \nATOM    851  ND1 HIS X 805     -15.674   6.477 -15.721  1.00 23.96      A     \nATOM    852  CD2 HIS X 805     -16.438   4.544 -15.049  1.00 22.61      A     \nATOM    853  CE1 HIS X 805     -16.439   6.002 -16.687  1.00 23.39      A     \nATOM    854  NE2 HIS X 805     -16.915   4.832 -16.305  1.00 25.90      A     \nATOM    855  N   LYS X 806     -15.103   7.365 -10.159  1.00 21.02      A     \nATOM    856  CA  LYS X 806     -14.238   7.531  -9.000  1.00 23.00      A     \nATOM    857  C   LYS X 806     -14.291   6.370  -8.008  1.00 24.70      A     \nATOM    858  O   LYS X 806     -13.313   6.110  -7.310  1.00 25.66      A     \nATOM    859  CB  LYS X 806     -14.556   8.848  -8.282  1.00 25.86      A     \nATOM    860  CG  LYS X 806     -16.013   9.056  -7.899  1.00 28.22      A     \nATOM    861  CD  LYS X 806     -16.214  10.434  -7.264  1.00 31.32      A     \nATOM    862  CE  LYS X 806     -15.656  11.546  -8.152  1.00 33.47      A     \nATOM    863  NZ  LYS X 806     -15.847  12.921  -7.588  1.00 33.63      A     \nATOM    864  N   ASP X 807     -15.418   5.668  -7.948  1.00 25.04      A     \nATOM    865  CA  ASP X 807     -15.556   4.557  -7.011  1.00 25.11      A     \nATOM    866  C   ASP X 807     -14.700   3.358  -7.410  1.00 24.11      A     \nATOM    867  O   ASP X 807     -14.514   2.429  -6.624  1.00 24.66      A     \nATOM    868  CB  ASP X 807     -17.023   4.122  -6.904  1.00 27.46      A     \nATOM    869  CG  ASP X 807     -17.888   5.147  -6.192  1.00 31.79      A     \nATOM    870  OD1 ASP X 807     -17.356   5.903  -5.352  1.00 33.64      A     \nATOM    871  OD2 ASP X 807     -19.106   5.194  -6.473  1.00 34.87      A     \nATOM    872  N   ASN X 808     -14.177   3.381  -8.632  1.00 22.75      A     \nATOM    873  CA  ASN X 808     -13.400   2.254  -9.138  1.00 23.49      A     \nATOM    874  C   ASN X 808     -12.002   2.631  -9.615  1.00 22.15      A     \nATOM    875  O   ASN X 808     -11.320   1.828 -10.248  1.00 22.67      A     \nATOM    876  CB  ASN X 808     -14.165   1.563 -10.267  1.00 26.40      A     \nATOM    877  CG  ASN X 808     -15.346   0.764  -9.758  1.00 30.33      A     \nATOM    878  OD1 ASN X 808     -16.501   1.121  -9.989  1.00 33.73      A     \nATOM    879  ND2 ASN X 808     -15.060  -0.325  -9.052  1.00 30.90      A     \nATOM    880  N   ILE X 809     -11.575   3.849  -9.299  1.00 19.67      A     \nATOM    881  CA  ILE X 809     -10.253   4.318  -9.698  1.00 18.04      A     \nATOM    882  C   ILE X 809      -9.236   4.164  -8.569  1.00 17.45      A     \nATOM    883  O   ILE X 809      -9.367   4.782  -7.512  1.00 20.20      A     \nATOM    884  CB  ILE X 809     -10.312   5.793 -10.138  1.00 18.14      A     \nATOM    885  CG1 ILE X 809     -11.115   5.903 -11.436  1.00 16.59      A     \nATOM    886  CG2 ILE X 809      -8.909   6.347 -10.328  1.00 17.54      A     \nATOM    887  CD1 ILE X 809     -11.381   7.323 -11.879  1.00 18.10      A     \nATOM    888  N   GLY X 810      -8.226   3.335  -8.805  1.00 17.52      A     \nATOM    889  CA  GLY X 810      -7.237   3.065  -7.779  1.00 17.64      A     \nATOM    890  C   GLY X 810      -5.940   3.822  -7.991  1.00 16.69      A     \nATOM    891  O   GLY X 810      -5.799   4.585  -8.949  1.00 17.30      A     \nATOM    892  N   SER X 811      -4.981   3.597  -7.099  1.00 14.79      A     \nATOM    893  CA  SER X 811      -3.733   4.349  -7.112  1.00 14.62      A     \nATOM    894  C   SER X 811      -2.909   4.118  -8.370  1.00 13.71      A     \nATOM    895  O   SER X 811      -2.229   5.027  -8.838  1.00 13.41      A     \nATOM    896  CB  SER X 811      -2.896   4.001  -5.880  1.00 14.27      A     \nATOM    897  OG  SER X 811      -2.661   2.606  -5.799  1.00 16.18      A     \nATOM    898  N   GLN X 812      -2.961   2.909  -8.923  1.00 12.53      A     \nATOM    899  CA  GLN X 812      -2.155   2.609 -10.100  1.00 11.90      A     \nATOM    900  C   GLN X 812      -2.583   3.479 -11.280  1.00 11.87      A     \nATOM    901  O   GLN X 812      -1.746   4.034 -11.995  1.00 13.29      A     \nATOM    902  CB  GLN X 812      -2.285   1.134 -10.482  1.00 13.53      A     \nATOM    903  CG  GLN X 812      -1.357   0.725 -11.612  1.00 14.67      A     \nATOM    904  CD  GLN X 812       0.099   0.787 -11.204  1.00 16.38      A     \nATOM    905  OE1 GLN X 812       0.644  -0.184 -10.676  1.00 16.14      A     \nATOM    906  NE2 GLN X 812       0.739   1.932 -11.436  1.00 16.57      A     \nATOM    907  N   TYR X 813      -3.889   3.604 -11.483  1.00 12.30      A     \nATOM    908  CA  TYR X 813      -4.378   4.423 -12.582  1.00 12.88      A     \nATOM    909  C   TYR X 813      -4.033   5.892 -12.378  1.00 12.45      A     \nATOM    910  O   TYR X 813      -3.523   6.542 -13.293  1.00 12.82      A     \nATOM    911  CB  TYR X 813      -5.889   4.255 -12.750  1.00 13.74      A     \nATOM    912  CG  TYR X 813      -6.253   3.025 -13.542  1.00 15.92      A     \nATOM    913  CD1 TYR X 813      -6.273   1.773 -12.943  1.00 18.44      A     \nATOM    914  CD2 TYR X 813      -6.557   3.110 -14.895  1.00 17.50      A     \nATOM    915  CE1 TYR X 813      -6.583   0.639 -13.664  1.00 19.36      A     \nATOM    916  CE2 TYR X 813      -6.870   1.980 -15.627  1.00 19.09      A     \nATOM    917  CZ  TYR X 813      -6.882   0.750 -15.007  1.00 18.42      A     \nATOM    918  OH  TYR X 813      -7.194  -0.379 -15.734  1.00 22.62      A     \nATOM    919  N   LEU X 814      -4.293   6.417 -11.183  1.00 12.52      A     \nATOM    920  CA  LEU X 814      -4.027   7.827 -10.924  1.00 12.06      A     \nATOM    921  C   LEU X 814      -2.565   8.179 -11.192  1.00 13.39      A     \nATOM    922  O   LEU X 814      -2.263   9.170 -11.869  1.00 13.18      A     \nATOM    923  CB  LEU X 814      -4.397   8.181  -9.477  1.00 11.68      A     \nATOM    924  CG  LEU X 814      -5.904   8.244  -9.232  1.00 11.94      A     \nATOM    925  CD1 LEU X 814      -6.199   8.260  -7.740  1.00 14.19      A     \nATOM    926  CD2 LEU X 814      -6.464   9.484  -9.904  1.00 13.23      A     \nATOM    927  N   LEU X 815      -1.651   7.369 -10.676  1.00 13.64      A     \nATOM    928  CA  LEU X 815      -0.236   7.673 -10.830  1.00 11.13      A     \nATOM    929  C   LEU X 815       0.239   7.451 -12.265  1.00 11.91      A     \nATOM    930  O   LEU X 815       1.051   8.223 -12.773  1.00 11.92      A     \nATOM    931  CB  LEU X 815       0.591   6.844  -9.841  1.00 11.75      A     \nATOM    932  CG  LEU X 815       0.398   7.265  -8.378  1.00 11.68      A     \nATOM    933  CD1 LEU X 815       1.039   6.229  -7.472  1.00 12.63      A     \nATOM    934  CD2 LEU X 815       0.995   8.647  -8.138  1.00 12.61      A     \nATOM    935  N   ASN X 816      -0.282   6.422 -12.929  1.00 12.02      A     \nATOM    936  CA  ASN X 816       0.039   6.224 -14.342  1.00 12.14      A     \nATOM    937  C   ASN X 816      -0.393   7.430 -15.175  1.00 11.78      A     \nATOM    938  O   ASN X 816       0.339   7.872 -16.063  1.00 11.92      A     \nATOM    939  CB  ASN X 816      -0.639   4.955 -14.882  1.00 11.68      A     \nATOM    940  CG  ASN X 816       0.130   3.686 -14.548  1.00 13.38      A     \nATOM    941  OD1 ASN X 816      -0.377   2.576 -14.738  1.00 17.20      A     \nATOM    942  ND2 ASN X 816       1.354   3.841 -14.063  1.00 12.93      A     \nATOM    943  N   TRP X 817      -1.579   7.964 -14.899  1.00 11.53      A     \nATOM    944  CA  TRP X 817      -2.046   9.136 -15.633  1.00 11.30      A     \nATOM    945  C   TRP X 817      -1.118  10.324 -15.400  1.00 11.96      A     \nATOM    946  O   TRP X 817      -0.827  11.078 -16.322  1.00 11.60      A     \nATOM    947  CB  TRP X 817      -3.471   9.510 -15.208  1.00 12.29      A     \nATOM    948  CG  TRP X 817      -4.519   8.526 -15.640  1.00 11.89      A     \nATOM    949  CD1 TRP X 817      -4.467   7.677 -16.712  1.00 13.69      A     \nATOM    950  CD2 TRP X 817      -5.784   8.297 -15.010  1.00 12.61      A     \nATOM    951  NE1 TRP X 817      -5.622   6.936 -16.783  1.00 14.10      A     \nATOM    952  CE2 TRP X 817      -6.447   7.298 -15.750  1.00 13.95      A     \nATOM    953  CE3 TRP X 817      -6.421   8.840 -13.890  1.00 13.43      A     \nATOM    954  CZ2 TRP X 817      -7.716   6.831 -15.405  1.00 13.49      A     \nATOM    955  CZ3 TRP X 817      -7.677   8.376 -13.550  1.00 13.64      A     \nATOM    956  CH2 TRP X 817      -8.312   7.383 -14.304  1.00 14.28      A     \nATOM    957  N   CYS X 818      -0.651  10.490 -14.167  1.00 11.90      A     \nATOM    958  CA  CYS X 818       0.284  11.569 -13.861  1.00 12.03      A     \nATOM    959  C   CYS X 818       1.574  11.430 -14.665  1.00 10.98      A     \nATOM    960  O   CYS X 818       2.099  12.412 -15.186  1.00 12.12      A     \nATOM    961  CB  CYS X 818       0.619  11.576 -12.372  1.00 10.99      A     \nATOM    962  SG  CYS X 818      -0.734  12.098 -11.302  1.00 14.08      A     \nATOM    963  N   VAL X 819       2.079  10.204 -14.769  1.00 10.49      A     \nATOM    964  CA  VAL X 819       3.275   9.944 -15.562  1.00 10.68      A     \nATOM    965  C   VAL X 819       3.045  10.295 -17.025  1.00 10.58      A     \nATOM    966  O   VAL X 819       3.856  10.979 -17.642  1.00 11.72      A     \nATOM    967  CB  VAL X 819       3.691   8.464 -15.474  1.00 10.91      A     \nATOM    968  CG1 VAL X 819       4.822   8.186 -16.457  1.00 12.58      A     \nATOM    969  CG2 VAL X 819       4.138   8.133 -14.056  1.00 12.32      A     \nATOM    970  N   GLN X 820       1.926   9.831 -17.569  1.00  9.94      A     \nATOM    971  CA  GLN X 820       1.625  10.032 -18.980  1.00 10.81      A     \nATOM    972  C   GLN X 820       1.489  11.508 -19.325  1.00 10.77      A     \nATOM    973  O   GLN X 820       2.005  11.964 -20.343  1.00 11.08      A     \nATOM    974  CB  GLN X 820       0.346   9.278 -19.346  1.00 11.08      A     \nATOM    975  CG  GLN X 820       0.503   7.767 -19.257  1.00 10.87      A     \nATOM    976  CD  GLN X 820      -0.782   7.021 -19.543  1.00 13.27      A     \nATOM    977  OE1 GLN X 820      -1.715   7.567 -20.125  1.00 15.76      A     \nATOM    978  NE2 GLN X 820      -0.838   5.757 -19.130  1.00 17.84      A     \nATOM    979  N   ILE X 821       0.810  12.267 -18.470  1.00  9.58      A     \nATOM    980  CA  ILE X 821       0.653  13.698 -18.710  1.00  9.28      A     \nATOM    981  C   ILE X 821       2.005  14.413 -18.644  1.00  9.34      A     \nATOM    982  O   ILE X 821       2.288  15.298 -19.451  1.00 10.88      A     \nATOM    983  CB  ILE X 821      -0.346  14.322 -17.689  1.00  9.45      A     \nATOM    984  CG1 ILE X 821      -1.733  13.712 -17.902  1.00 11.48      A     \nATOM    985  CG2 ILE X 821      -0.414  15.849 -17.857  1.00 10.64      A     \nATOM    986  CD1 ILE X 821      -2.700  13.944 -16.751  1.00 12.54      A     \nATOM    987  N   ALA X 822       2.849  14.026 -17.693  1.00  9.71      A     \nATOM    988  CA  ALA X 822       4.186  14.598 -17.606  1.00 10.10      A     \nATOM    989  C   ALA X 822       5.019  14.280 -18.848  1.00 10.55      A     \nATOM    990  O   ALA X 822       5.765  15.132 -19.332  1.00 11.41      A     \nATOM    991  CB  ALA X 822       4.892  14.089 -16.353  1.00 10.63      A     \nATOM    992  N   LYS X 823       4.890  13.060 -19.363  1.00 10.44      A     \nATOM    993  CA  LYS X 823       5.601  12.678 -20.578  1.00 10.58      A     \nATOM    994  C   LYS X 823       5.135  13.489 -21.778  1.00 11.27      A     \nATOM    995  O   LYS X 823       5.950  13.945 -22.580  1.00 12.21      A     \nATOM    996  CB  LYS X 823       5.417  11.185 -20.859  1.00 11.38      A     \nATOM    997  CG  LYS X 823       6.233  10.297 -19.937  1.00 11.81      A     \nATOM    998  CD  LYS X 823       6.153   8.836 -20.351  1.00 14.65      A     \nATOM    999  CE  LYS X 823       7.113   7.988 -19.528  1.00 17.78      A     \nATOM   1000  NZ  LYS X 823       6.989   6.534 -19.844  1.00 18.87      A     \nATOM   1001  N   GLY X 824       3.826  13.679 -21.895  1.00 10.88      A     \nATOM   1002  CA  GLY X 824       3.296  14.487 -22.977  1.00 11.40      A     \nATOM   1003  C   GLY X 824       3.758  15.929 -22.891  1.00 10.17      A     \nATOM   1004  O   GLY X 824       4.123  16.539 -23.900  1.00 10.87      A     \nATOM   1005  N   MET X 825       3.756  16.485 -21.685  1.00 10.26      A     \nATOM   1006  CA  MET X 825       4.180  17.868 -21.519  1.00 10.10      A     \nATOM   1007  C   MET X 825       5.673  18.030 -21.763  1.00 10.89      A     \nATOM   1008  O   MET X 825       6.109  19.023 -22.351  1.00 12.01      A     \nATOM   1009  CB  MET X 825       3.820  18.375 -20.119  1.00 10.74      A     \nATOM   1010  CG  MET X 825       2.324  18.536 -19.886  1.00 11.19      A     \nATOM   1011  SD  MET X 825       1.534  19.642 -21.073  1.00 12.10      A     \nATOM   1012  CE  MET X 825       2.462  21.146 -20.779  1.00 15.46      A     \nATOM   1013  N   ASN X 826       6.464  17.055 -21.324  1.00 11.23      A     \nATOM   1014  CA  ASN X 826       7.894  17.107 -21.580  1.00 11.59      A     \nATOM   1015  C   ASN X 826       8.160  17.095 -23.083  1.00 12.34      A     \nATOM   1016  O   ASN X 826       9.055  17.786 -23.570  1.00 12.55      A     \nATOM   1017  CB  ASN X 826       8.600  15.924 -20.922  1.00 13.51      A     \nATOM   1018  CG  ASN X 826      10.096  15.951 -21.144  1.00 15.63      A     \nATOM   1019  OD1 ASN X 826      10.788  16.848 -20.663  1.00 17.47      A     \nATOM   1020  ND2 ASN X 826      10.602  14.972 -21.886  1.00 17.71      A     \nATOM   1021  N   TYR X 827       7.375  16.314 -23.818  1.00 11.26      A     \nATOM   1022  CA  TYR X 827       7.513  16.286 -25.263  1.00 12.34      A     \nATOM   1023  C   TYR X 827       7.162  17.644 -25.866  1.00 11.67      A     \nATOM   1024  O   TYR X 827       7.877  18.146 -26.733  1.00 13.64      A     \nATOM   1025  CB  TYR X 827       6.622  15.201 -25.868  1.00 12.03      A     \nATOM   1026  CG  TYR X 827       6.667  15.190 -27.373  1.00 13.05      A     \nATOM   1027  CD1 TYR X 827       7.727  14.601 -28.053  1.00 14.29      A     \nATOM   1028  CD2 TYR X 827       5.662  15.786 -28.118  1.00 12.53      A     \nATOM   1029  CE1 TYR X 827       7.783  14.611 -29.438  1.00 14.71      A     \nATOM   1030  CE2 TYR X 827       5.706  15.798 -29.498  1.00 13.96      A     \nATOM   1031  CZ  TYR X 827       6.768  15.213 -30.152  1.00 14.13      A     \nATOM   1032  OH  TYR X 827       6.815  15.250 -31.529  1.00 16.58      A     \nATOM   1033  N   LEU X 828       6.071  18.246 -25.406  1.00 10.91      A     \nATOM   1034  CA  LEU X 828       5.709  19.572 -25.890  1.00 11.65      A     \nATOM   1035  C   LEU X 828       6.826  20.574 -25.610  1.00 12.33      A     \nATOM   1036  O   LEU X 828       7.148  21.398 -26.465  1.00 12.63      A     \nATOM   1037  CB  LEU X 828       4.396  20.047 -25.251  1.00 11.93      A     \nATOM   1038  CG  LEU X 828       3.158  19.246 -25.673  1.00 11.47      A     \nATOM   1039  CD1 LEU X 828       1.917  19.819 -24.995  1.00 15.41      A     \nATOM   1040  CD2 LEU X 828       3.005  19.289 -27.186  1.00 15.11      A     \nATOM   1041  N   GLU X 829       7.438  20.495 -24.429  1.00 12.26      A     \nATOM   1042  CA  GLU X 829       8.527  21.414 -24.102  1.00 13.02      A     \nATOM   1043  C   GLU X 829       9.705  21.214 -25.054  1.00 13.45      A     \nATOM   1044  O   GLU X 829      10.291  22.185 -25.538  1.00 15.09      A     \nATOM   1045  CB  GLU X 829       8.994  21.225 -22.651  1.00 11.93      A     \nATOM   1046  CG  GLU X 829      10.206  22.093 -22.302  1.00 13.93      A     \nATOM   1047  CD  GLU X 829      10.458  22.217 -20.807  1.00 15.97      A     \nATOM   1048  OE1 GLU X 829      11.385  22.970 -20.425  1.00 17.28      A     \nATOM   1049  OE2 GLU X 829       9.744  21.571 -20.013  1.00 17.04      A     \nATOM   1050  N   ASP X 830      10.042  19.958 -25.334  1.00 13.90      A     \nATOM   1051  CA  ASP X 830      11.102  19.663 -26.296  1.00 17.05      A     \nATOM   1052  C   ASP X 830      10.806  20.271 -27.667  1.00 18.22      A     \nATOM   1053  O   ASP X 830      11.726  20.641 -28.401  1.00 18.98      A     \nATOM   1054  CB  ASP X 830      11.289  18.149 -26.438  1.00 19.20      A     \nATOM   1055  CG  ASP X 830      12.007  17.533 -25.254  1.00 22.27      A     \nATOM   1056  OD1 ASP X 830      11.954  16.292 -25.111  1.00 27.90      A     \nATOM   1057  OD2 ASP X 830      12.627  18.282 -24.469  1.00 25.79      A     \nATOM   1058  N   ARG X 831       9.524  20.374 -28.008  1.00 15.63      A     \nATOM   1059  CA  ARG X 831       9.109  20.935 -29.291  1.00 14.99      A     \nATOM   1060  C   ARG X 831       8.916  22.448 -29.206  1.00 14.37      A     \nATOM   1061  O   ARG X 831       8.453  23.075 -30.161  1.00 15.65      A     \nATOM   1062  CB  ARG X 831       7.804  20.284 -29.762  1.00 16.30      A     \nATOM   1063  CG  ARG X 831       7.895  18.786 -30.020  1.00 17.28      A     \nATOM   1064  CD  ARG X 831       8.996  18.458 -31.014  1.00 19.12      A     \nATOM   1065  NE  ARG X 831       8.894  19.261 -32.228  1.00 21.39      A     \nATOM   1066  CZ  ARG X 831       8.113  18.962 -33.260  1.00 22.64      A     \nATOM   1067  NH1 ARG X 831       7.360  17.870 -33.229  1.00 22.81      A     \nATOM   1068  NH2 ARG X 831       8.087  19.755 -34.322  1.00 22.69      A     \nATOM   1069  N   ARG X 832       9.262  23.021 -28.057  1.00 13.86      A     \nATOM   1070  CA  ARG X 832       9.145  24.460 -27.818  1.00 15.31      A     \nATOM   1071  C   ARG X 832       7.698  24.946 -27.820  1.00 14.70      A     \nATOM   1072  O   ARG X 832       7.423  26.102 -28.147  1.00 15.19      A     \nATOM   1073  CB  ARG X 832       9.949  25.242 -28.862  1.00 17.17      A     \nATOM   1074  CG  ARG X 832      11.404  24.828 -28.949  1.00 21.58      A     \nATOM   1075  CD  ARG X 832      12.267  25.966 -29.461  1.00 26.48      A     \nATOM   1076  NE  ARG X 832      11.613  26.682 -30.551  1.00 31.21      A     \nATOM   1077  CZ  ARG X 832      11.672  26.315 -31.826  1.00 33.98      A     \nATOM   1078  NH1 ARG X 832      11.045  27.026 -32.752  1.00 34.67      A     \nATOM   1079  NH2 ARG X 832      12.359  25.235 -32.174  1.00 37.68      A     \nATOM   1080  N   LEU X 833       6.778  24.059 -27.454  1.00 13.33      A     \nATOM   1081  CA  LEU X 833       5.364  24.411 -27.379  1.00 12.21      A     \nATOM   1082  C   LEU X 833       4.941  24.666 -25.939  1.00 12.04      A     \nATOM   1083  O   LEU X 833       5.111  23.807 -25.073  1.00 13.96      A     \nATOM   1084  CB  LEU X 833       4.513  23.282 -27.965  1.00 13.34      A     \nATOM   1085  CG  LEU X 833       4.571  23.165 -29.491  1.00 14.63      A     \nATOM   1086  CD1 LEU X 833       4.081  21.793 -29.936  1.00 15.10      A     \nATOM   1087  CD2 LEU X 833       3.719  24.262 -30.112  1.00 15.91      A     \nATOM   1088  N  AVAL X 834       4.392  25.848 -25.689  0.50 11.36      A     \nATOM   1089  CA AVAL X 834       3.778  26.142 -24.401  0.50 11.57      A     \nATOM   1090  C  AVAL X 834       2.280  25.905 -24.540  0.50 11.78      A     \nATOM   1091  O  AVAL X 834       1.641  26.432 -25.451  0.50 12.30      A     \nATOM   1092  CB AVAL X 834       4.027  27.605 -23.989  0.50 11.33      A     \nATOM   1093  CG1AVAL X 834       3.502  27.850 -22.583  0.50  9.45      A     \nATOM   1094  CG2AVAL X 834       5.514  27.915 -24.064  0.50 13.22      A     \nATOM   1095  N  BVAL X 834       4.400  25.850 -25.679  0.50 11.90      A     \nATOM   1096  CA BVAL X 834       3.780  26.119 -24.388  0.50 12.52      A     \nATOM   1097  C  BVAL X 834       2.273  25.945 -24.505  0.50 12.34      A     \nATOM   1098  O  BVAL X 834       1.626  26.552 -25.359  0.50 12.91      A     \nATOM   1099  CB BVAL X 834       4.100  27.546 -23.891  0.50 13.14      A     \nATOM   1100  CG1BVAL X 834       5.587  27.668 -23.606  0.50 14.42      A     \nATOM   1101  CG2BVAL X 834       3.675  28.573 -24.924  0.50 13.94      A     \nATOM   1102  N   HIS X 835       1.716  25.105 -23.644  1.00 12.60      A     \nATOM   1103  CA  HIS X 835       0.344  24.652 -23.814  1.00 11.03      A     \nATOM   1104  C   HIS X 835      -0.665  25.721 -23.386  1.00 11.25      A     \nATOM   1105  O   HIS X 835      -1.610  26.029 -24.121  1.00 12.26      A     \nATOM   1106  CB  HIS X 835       0.124  23.366 -23.016  1.00 10.97      A     \nATOM   1107  CG  HIS X 835      -1.219  22.746 -23.235  1.00 12.34      A     \nATOM   1108  ND1 HIS X 835      -2.356  23.190 -22.595  1.00 12.57      A     \nATOM   1109  CD2 HIS X 835      -1.608  21.717 -24.024  1.00 11.05      A     \nATOM   1110  CE1 HIS X 835      -3.388  22.460 -22.981  1.00 13.85      A     \nATOM   1111  NE2 HIS X 835      -2.960  21.559 -23.848  1.00 12.35      A     \nATOM   1112  N   ARG X 836      -0.451  26.278 -22.193  1.00 11.72      A     \nATOM   1113  CA  ARG X 836      -1.231  27.408 -21.681  1.00 11.77      A     \nATOM   1114  C   ARG X 836      -2.666  27.094 -21.239  1.00 11.02      A     \nATOM   1115  O   ARG X 836      -3.395  27.994 -20.823  1.00 12.55      A     \nATOM   1116  CB  ARG X 836      -1.250  28.548 -22.711  1.00 13.42      A     \nATOM   1117  CG  ARG X 836       0.140  29.005 -23.138  1.00 14.18      A     \nATOM   1118  CD  ARG X 836       0.130  30.419 -23.699  1.00 16.33      A     \nATOM   1119  NE  ARG X 836      -0.935  30.607 -24.674  1.00 19.10      A     \nATOM   1120  CZ  ARG X 836      -1.842  31.579 -24.618  1.00 18.60      A     \nATOM   1121  NH1 ARG X 836      -2.773  31.664 -25.553  1.00 19.06      A     \nATOM   1122  NH2 ARG X 836      -1.817  32.469 -23.633  1.00 21.01      A     \nATOM   1123  N   ASP X 837      -3.082  25.833 -21.321  1.00 11.88      A     \nATOM   1124  CA  ASP X 837      -4.415  25.470 -20.846  1.00 11.91      A     \nATOM   1125  C   ASP X 837      -4.461  24.040 -20.318  1.00 11.48      A     \nATOM   1126  O   ASP X 837      -5.435  23.318 -20.523  1.00 12.43      A     \nATOM   1127  CB  ASP X 837      -5.448  25.648 -21.966  1.00 15.53      A     \nATOM   1128  CG  ASP X 837      -6.855  25.873 -21.439  1.00 17.87      A     \nATOM   1129  OD1 ASP X 837      -7.781  25.997 -22.267  1.00 23.10      A     \nATOM   1130  OD2 ASP X 837      -7.044  25.928 -20.207  1.00 19.11      A     \nATOM   1131  N   LEU X 838      -3.405  23.615 -19.636  1.00 11.45      A     \nATOM   1132  CA  LEU X 838      -3.409  22.272 -19.086  1.00 10.58      A     \nATOM   1133  C   LEU X 838      -4.356  22.197 -17.896  1.00  9.76      A     \nATOM   1134  O   LEU X 838      -4.298  23.027 -16.986  1.00 11.04      A     \nATOM   1135  CB  LEU X 838      -2.000  21.853 -18.670  1.00 10.65      A     \nATOM   1136  CG  LEU X 838      -1.888  20.414 -18.160  1.00 10.10      A     \nATOM   1137  CD1 LEU X 838      -2.343  19.438 -19.241  1.00 12.70      A     \nATOM   1138  CD2 LEU X 838      -0.445  20.130 -17.761  1.00 13.12      A     \nATOM   1139  N   ALA X 839      -5.229  21.196 -17.935  1.00 10.63      A     \nATOM   1140  CA  ALA X 839      -6.266  20.978 -16.932  1.00  9.69      A     \nATOM   1141  C   ALA X 839      -6.842  19.595 -17.206  1.00  9.42      A     \nATOM   1142  O   ALA X 839      -6.688  19.069 -18.304  1.00 10.44      A     \nATOM   1143  CB  ALA X 839      -7.358  22.035 -17.061  1.00 10.01      A     \nATOM   1144  N   ALA X 840      -7.508  18.994 -16.228  1.00 10.47      A     \nATOM   1145  CA  ALA X 840      -8.061  17.664 -16.440  1.00 10.89      A     \nATOM   1146  C   ALA X 840      -9.090  17.646 -17.570  1.00 10.28      A     \nATOM   1147  O   ALA X 840      -9.250  16.628 -18.250  1.00 11.86      A     \nATOM   1148  CB  ALA X 840      -8.681  17.141 -15.146  1.00 11.86      A     \nATOM   1149  N   ARG X 841      -9.778  18.764 -17.784  1.00 10.22      A     \nATOM   1150  CA  ARG X 841     -10.743  18.855 -18.877  1.00 12.76      A     \nATOM   1151  C   ARG X 841     -10.061  18.754 -20.242  1.00 11.47      A     \nATOM   1152  O   ARG X 841     -10.700  18.390 -21.230  1.00 13.58      A     \nATOM   1153  CB  ARG X 841     -11.532  20.170 -18.801  1.00 11.61      A     \nATOM   1154  CG  ARG X 841     -10.672  21.411 -18.948  1.00 12.89      A     \nATOM   1155  CD  ARG X 841     -11.483  22.698 -18.875  1.00 15.22      A     \nATOM   1156  NE  ARG X 841     -10.582  23.843 -18.904  1.00 15.84      A     \nATOM   1157  CZ  ARG X 841     -10.056  24.398 -17.816  1.00 16.88      A     \nATOM   1158  NH1 ARG X 841     -10.358  23.922 -16.615  1.00 16.96      A     \nATOM   1159  NH2 ARG X 841      -9.198  25.402 -17.929  1.00 19.02      A     \nATOM   1160  N   ASN X 842      -8.770  19.075 -20.302  1.00 11.55      A     \nATOM   1161  CA  ASN X 842      -8.055  19.087 -21.576  1.00 12.22      A     \nATOM   1162  C   ASN X 842      -7.084  17.919 -21.721  1.00 11.99      A     \nATOM   1163  O   ASN X 842      -6.201  17.931 -22.581  1.00 12.87      A     \nATOM   1164  CB  ASN X 842      -7.319  20.417 -21.759  1.00 10.19      A     \nATOM   1165  CG  ASN X 842      -8.270  21.578 -21.989  1.00 12.83      A     \nATOM   1166  OD1 ASN X 842      -8.003  22.712 -21.586  1.00 16.85      A     \nATOM   1167  ND2 ASN X 842      -9.389  21.296 -22.638  1.00 12.85      A     \nATOM   1168  N   VAL X 843      -7.250  16.913 -20.874  1.00 11.12      A     \nATOM   1169  CA  VAL X 843      -6.627  15.619 -21.087  1.00 11.42      A     \nATOM   1170  C   VAL X 843      -7.751  14.668 -21.487  1.00 12.52      A     \nATOM   1171  O   VAL X 843      -8.790  14.615 -20.828  1.00 12.60      A     \nATOM   1172  CB  VAL X 843      -5.946  15.108 -19.793  1.00 11.29      A     \nATOM   1173  CG1 VAL X 843      -5.295  13.750 -20.047  1.00 11.81      A     \nATOM   1174  CG2 VAL X 843      -4.899  16.116 -19.324  1.00 13.05      A     \nATOM   1175  N   LEU X 844      -7.558  13.935 -22.579  1.00 10.77      A     \nATOM   1176  CA  LEU X 844      -8.612  13.073 -23.095  1.00 12.13      A     \nATOM   1177  C   LEU X 844      -8.240  11.608 -22.921  1.00 11.37      A     \nATOM   1178  O   LEU X 844      -7.070  11.266 -22.743  1.00 11.09      A     \nATOM   1179  CB  LEU X 844      -8.878  13.378 -24.572  1.00 12.17      A     \nATOM   1180  CG  LEU X 844      -9.257  14.825 -24.900  1.00 13.32      A     \nATOM   1181  CD1 LEU X 844      -9.597  14.928 -26.377  1.00 16.55      A     \nATOM   1182  CD2 LEU X 844     -10.440  15.272 -24.048  1.00 16.85      A     \nATOM   1183  N   VAL X 845      -9.245  10.740 -22.966  1.00 10.91      A     \nATOM   1184  CA  VAL X 845      -9.054   9.340 -22.619  1.00 11.63      A     \nATOM   1185  C   VAL X 845      -9.201   8.434 -23.843  1.00 12.80      A     \nATOM   1186  O   VAL X 845     -10.298   8.281 -24.391  1.00 12.71      A     \nATOM   1187  CB  VAL X 845     -10.075   8.914 -21.526  1.00 12.48      A     \nATOM   1188  CG1 VAL X 845      -9.865   7.458 -21.133  1.00 14.57      A     \nATOM   1189  CG2 VAL X 845      -9.933   9.816 -20.307  1.00 13.06      A     \nATOM   1190  N   LYS X 846      -8.085   7.847 -24.270  1.00 11.81      A     \nATOM   1191  CA  LYS X 846      -8.094   6.878 -25.368  1.00 13.39      A     \nATOM   1192  C   LYS X 846      -8.613   5.536 -24.868  1.00 14.16      A     \nATOM   1193  O   LYS X 846      -9.485   4.925 -25.487  1.00 15.56      A     \nATOM   1194  CB  LYS X 846      -6.682   6.696 -25.927  1.00 14.76      A     \nATOM   1195  CG  LYS X 846      -6.588   5.643 -27.025  1.00 14.33      A     \nATOM   1196  CD  LYS X 846      -5.141   5.272 -27.324  1.00 17.72      A     \nATOM   1197  CE  LYS X 846      -5.066   4.193 -28.397  1.00 17.83      A     \nATOM   1198  NZ  LYS X 846      -3.684   3.666 -28.577  1.00 23.07      A     \nATOM   1199  N   THR X 847      -8.051   5.079 -23.753  1.00 14.70      A     \nATOM   1200  CA  THR X 847      -8.597   3.958 -22.989  1.00 15.37      A     \nATOM   1201  C   THR X 847      -8.423   4.345 -21.530  1.00 16.13      A     \nATOM   1202  O   THR X 847      -7.696   5.288 -21.223  1.00 14.49      A     \nATOM   1203  CB  THR X 847      -7.806   2.660 -23.223  1.00 15.93      A     \nATOM   1204  OG1 THR X 847      -6.477   2.818 -22.712  1.00 16.03      A     \nATOM   1205  CG2 THR X 847      -7.746   2.323 -24.707  1.00 17.68      A     \nATOM   1206  N   PRO X 848      -9.070   3.619 -20.605  1.00 15.72      A     \nATOM   1207  CA  PRO X 848      -8.840   3.951 -19.196  1.00 17.04      A     \nATOM   1208  C   PRO X 848      -7.355   3.914 -18.834  1.00 15.59      A     \nATOM   1209  O   PRO X 848      -6.915   4.581 -17.896  1.00 16.95      A     \nATOM   1210  CB  PRO X 848      -9.651   2.895 -18.442  1.00 18.39      A     \nATOM   1211  CG  PRO X 848     -10.730   2.505 -19.412  1.00 19.60      A     \nATOM   1212  CD  PRO X 848     -10.069   2.547 -20.764  1.00 18.22      A     \nATOM   1213  N   GLN X 849      -6.586   3.149 -19.602  1.00 15.70      A     \nATOM   1214  CA  GLN X 849      -5.160   2.973 -19.348  1.00 15.37      A     \nATOM   1215  C   GLN X 849      -4.258   3.982 -20.069  1.00 15.11      A     \nATOM   1216  O   GLN X 849      -3.042   3.967 -19.888  1.00 16.14      A     \nATOM   1217  CB  GLN X 849      -4.740   1.558 -19.749  1.00 17.20      A     \nATOM   1218  CG  GLN X 849      -5.375   0.444 -18.918  1.00 18.35      A     \nATOM   1219  CD  GLN X 849      -6.805   0.113 -19.328  1.00 21.52      A     \nATOM   1220  OE1 GLN X 849      -7.609  -0.330 -18.504  1.00 23.75      A     \nATOM   1221  NE2 GLN X 849      -7.126   0.317 -20.602  1.00 19.88      A     \nATOM   1222  N   HIS X 850      -4.839   4.844 -20.899  1.00 14.80      A     \nATOM   1223  CA  HIS X 850      -4.025   5.652 -21.803  1.00 13.51      A     \nATOM   1224  C   HIS X 850      -4.687   6.988 -22.110  1.00 12.46      A     \nATOM   1225  O   HIS X 850      -5.755   7.034 -22.718  1.00 12.93      A     \nATOM   1226  CB  HIS X 850      -3.784   4.874 -23.099  1.00 14.99      A     \nATOM   1227  CG  HIS X 850      -2.755   5.489 -23.997  1.00 16.58      A     \nATOM   1228  ND1 HIS X 850      -1.725   4.761 -24.554  1.00 22.85      A     \nATOM   1229  CD2 HIS X 850      -2.609   6.757 -24.452  1.00 16.94      A     \nATOM   1230  CE1 HIS X 850      -0.989   5.554 -25.314  1.00 21.46      A     \nATOM   1231  NE2 HIS X 850      -1.504   6.768 -25.270  1.00 16.58      A     \nATOM   1232  N   VAL X 851      -4.047   8.073 -21.689  1.00 11.33      A     \nATOM   1233  CA  VAL X 851      -4.610   9.405 -21.884  1.00 11.89      A     \nATOM   1234  C   VAL X 851      -3.726  10.284 -22.762  1.00 11.00      A     \nATOM   1235  O   VAL X 851      -2.526  10.033 -22.915  1.00 11.42      A     \nATOM   1236  CB  VAL X 851      -4.857  10.118 -20.528  1.00 11.05      A     \nATOM   1237  CG1 VAL X 851      -5.785   9.274 -19.669  1.00 13.08      A     \nATOM   1238  CG2 VAL X 851      -3.540  10.380 -19.805  1.00 12.84      A     \nATOM   1239  N   LYS X 852      -4.333  11.314 -23.341  1.00 10.40      A     \nATOM   1240  CA  LYS X 852      -3.634  12.203 -24.264  1.00 10.92      A     \nATOM   1241  C   LYS X 852      -4.032  13.653 -24.026  1.00 11.58      A     \nATOM   1242  O   LYS X 852      -5.216  13.979 -23.940  1.00 12.39      A     \nATOM   1243  CB  LYS X 852      -3.956  11.839 -25.718  1.00 13.13      A     \nATOM   1244  CG  LYS X 852      -3.536  10.442 -26.112  1.00 14.01      A     \nATOM   1245  CD  LYS X 852      -3.585  10.260 -27.619  1.00 16.30      A     \nATOM   1246  CE  LYS X 852      -3.182   8.847 -28.005  1.00 18.53      A     \nATOM   1247  NZ  LYS X 852      -2.787   8.763 -29.436  1.00 22.70      A     \nATOM   1248  N   ILE X 853      -3.030  14.521 -23.939  1.00 11.40      A     \nATOM   1249  CA  ILE X 853      -3.254  15.960 -23.828  1.00 11.26      A     \nATOM   1250  C   ILE X 853      -3.775  16.507 -25.151  1.00 12.26      A     \nATOM   1251  O   ILE X 853      -3.281  16.138 -26.217  1.00 12.97      A     \nATOM   1252  CB  ILE X 853      -1.941  16.682 -23.491  1.00 11.59      A     \nATOM   1253  CG1 ILE X 853      -1.393  16.164 -22.162  1.00 12.26      A     \nATOM   1254  CG2 ILE X 853      -2.169  18.184 -23.439  1.00 12.89      A     \nATOM   1255  CD1 ILE X 853       0.090  16.407 -21.988  1.00 13.60      A     \nATOM   1256  N  ATHR X 854      -4.773  17.382 -25.086  0.50 11.62      A     \nATOM   1257  CA ATHR X 854      -5.284  18.023 -26.290  0.50 13.29      A     \nATOM   1258  C  ATHR X 854      -5.135  19.541 -26.204  0.50 13.96      A     \nATOM   1259  O  ATHR X 854      -4.830  20.087 -25.143  0.50 13.21      A     \nATOM   1260  CB ATHR X 854      -6.772  17.674 -26.529  0.50 14.23      A     \nATOM   1261  OG1ATHR X 854      -7.137  18.027 -27.869  0.50 15.32      A     \nATOM   1262  CG2ATHR X 854      -7.664  18.441 -25.560  0.50 16.54      A     \nATOM   1263  N  BTHR X 854      -4.759  17.396 -25.080  0.50 12.82      A     \nATOM   1264  CA BTHR X 854      -5.279  18.036 -26.279  0.50 15.09      A     \nATOM   1265  C  BTHR X 854      -5.238  19.556 -26.181  0.50 15.15      A     \nATOM   1266  O  BTHR X 854      -5.107  20.119 -25.096  0.50 15.22      A     \nATOM   1267  CB BTHR X 854      -6.719  17.579 -26.565  0.50 17.00      A     \nATOM   1268  OG1BTHR X 854      -7.587  17.996 -25.503  0.50 21.84      A     \nATOM   1269  CG2BTHR X 854      -6.758  16.071 -26.678  0.50 18.78      A     \nATOM   1270  N   ASP X 855      -5.338  20.206 -27.336  1.00 14.97      A     \nATOM   1271  CA  ASP X 855      -5.201  21.654 -27.454  1.00 15.68      A     \nATOM   1272  C   ASP X 855      -6.408  22.188 -28.224  1.00 17.28      A     \nATOM   1273  O   ASP X 855      -6.809  21.606 -29.232  1.00 20.12      A     \nATOM   1274  CB  ASP X 855      -3.906  21.983 -28.210  1.00 17.43      A     \nATOM   1275  CG  ASP X 855      -3.801  23.449 -28.601  1.00 19.51      A     \nATOM   1276  OD1 ASP X 855      -4.107  24.325 -27.768  1.00 17.34      A     \nATOM   1277  OD2 ASP X 855      -3.400  23.725 -29.752  1.00 25.18      A     \nATOM   1278  N   PHE X 856      -6.991  23.283 -27.747  1.00 18.07      A     \nATOM   1279  CA  PHE X 856      -8.110  23.903 -28.449  1.00 20.48      A     \nATOM   1280  C   PHE X 856      -7.794  25.305 -28.951  1.00 21.43      A     \nATOM   1281  O   PHE X 856      -8.697  26.096 -29.227  1.00 24.41      A     \nATOM   1282  CB  PHE X 856      -9.345  23.936 -27.550  1.00 20.93      A     \nATOM   1283  CG  PHE X 856     -10.001  22.597 -27.388  1.00 22.65      A     \nATOM   1284  CD1 PHE X 856     -10.855  22.109 -28.365  1.00 22.45      A     \nATOM   1285  CD2 PHE X 856      -9.748  21.818 -26.274  1.00 21.18      A     \nATOM   1286  CE1 PHE X 856     -11.443  20.866 -28.234  1.00 24.00      A     \nATOM   1287  CE2 PHE X 856     -10.334  20.572 -26.136  1.00 23.11      A     \nATOM   1288  CZ  PHE X 856     -11.181  20.097 -27.118  1.00 22.16      A     \nATOM   1289  N   GLY X 857      -6.507  25.610 -29.075  1.00 19.39      A     \nATOM   1290  CA  GLY X 857      -6.111  26.848 -29.718  1.00 18.16      A     \nATOM   1291  C   GLY X 857      -5.192  27.737 -28.901  1.00 17.34      A     \nATOM   1292  O   GLY X 857      -4.604  28.675 -29.436  1.00 19.43      A     \nATOM   1293  N   ARG X 858      -5.049  27.456 -27.611  1.00 15.87      A     \nATOM   1294  CA  ARG X 858      -4.225  28.318 -26.771  1.00 14.29      A     \nATOM   1295  C   ARG X 858      -2.725  28.033 -26.854  1.00 13.48      A     \nATOM   1296  O   ARG X 858      -1.915  28.895 -26.517  1.00 14.54      A     \nATOM   1297  CB  ARG X 858      -4.691  28.248 -25.311  1.00 15.37      A     \nATOM   1298  CG  ARG X 858      -5.842  29.208 -25.001  1.00 17.43      A     \nATOM   1299  CD  ARG X 858      -6.357  29.065 -23.572  1.00 20.43      A     \nATOM   1300  NE  ARG X 858      -5.352  29.400 -22.564  1.00 19.53      A     \nATOM   1301  CZ  ARG X 858      -5.055  30.639 -22.182  1.00 21.46      A     \nATOM   1302  NH1 ARG X 858      -5.686  31.676 -22.724  1.00 22.64      A     \nATOM   1303  NH2 ARG X 858      -4.132  30.842 -21.251  1.00 17.78      A     \nATOM   1304  N   ALA X 859      -2.349  26.840 -27.309  1.00 12.87      A     \nATOM   1305  CA  ALA X 859      -0.934  26.482 -27.348  1.00 14.16      A     \nATOM   1306  C   ALA X 859      -0.164  27.393 -28.297  1.00 13.75      A     \nATOM   1307  O   ALA X 859      -0.698  27.841 -29.318  1.00 15.67      A     \nATOM   1308  CB  ALA X 859      -0.771  25.031 -27.768  1.00 15.10      A     \nATOM   1309  N   LYS X 860       1.089  27.670 -27.955  1.00 13.52      A     \nATOM   1310  CA  LYS X 860       1.919  28.558 -28.757  1.00 13.71      A     \nATOM   1311  C   LYS X 860       3.312  27.985 -28.963  1.00 14.40      A     \nATOM   1312  O   LYS X 860       3.901  27.408 -28.048  1.00 15.00      A     \nATOM   1313  CB  LYS X 860       2.030  29.930 -28.085  1.00 15.54      A     \nATOM   1314  CG  LYS X 860       0.696  30.633 -27.902  1.00 16.61      A     \nATOM   1315  CD  LYS X 860       0.220  31.286 -29.195  1.00 19.60      A     \nATOM   1316  CE  LYS X 860      -1.219  31.753 -29.073  1.00 22.12      A     \nATOM   1317  NZ  LYS X 860      -2.168  30.605 -29.104  1.00 23.96      A     \nATOM   1318  N   LEU X 861       3.838  28.157 -30.172  1.00 14.62      A     \nATOM   1319  CA  LEU X 861       5.205  27.757 -30.477  1.00 15.62      A     \nATOM   1320  C   LEU X 861       6.171  28.905 -30.196  1.00 16.74      A     \nATOM   1321  O   LEU X 861       6.012  30.009 -30.726  1.00 18.30      A     \nATOM   1322  CB  LEU X 861       5.319  27.337 -31.946  1.00 16.94      A     \nATOM   1323  CG  LEU X 861       6.719  26.944 -32.433  1.00 17.53      A     \nATOM   1324  CD1 LEU X 861       7.158  25.640 -31.772  1.00 19.48      A     \nATOM   1325  CD2 LEU X 861       6.696  26.790 -33.952  1.00 20.97      A     \nATOM   1326  N   LEU X 862       7.168  28.636 -29.362  1.00 16.14      A     \nATOM   1327  CA  LEU X 862       8.206  29.615 -29.056  1.00 19.20      A     \nATOM   1328  C   LEU X 862       9.319  29.567 -30.099  1.00 21.25      A     \nATOM   1329  O   LEU X 862       9.651  28.500 -30.620  1.00 22.06      A     \nATOM   1330  CB  LEU X 862       8.803  29.340 -27.673  1.00 19.12      A     \nATOM   1331  CG  LEU X 862       7.860  29.398 -26.470  1.00 18.50      A     \nATOM   1332  CD1 LEU X 862       8.618  28.984 -25.217  1.00 19.71      A     \nATOM   1333  CD2 LEU X 862       7.294  30.803 -26.323  1.00 21.16      A     \nATOM   1334  N   GLY X 863       9.897  30.726 -30.391  1.00 22.67      A     \nATOM   1335  CA  GLY X 863      11.069  30.767 -31.243  1.00 24.06      A     \nATOM   1336  C   GLY X 863      12.280  30.182 -30.540  1.00 24.95      A     \nATOM   1337  O   GLY X 863      12.273  30.002 -29.322  1.00 24.50      A     \nATOM   1338  N   ALA X 864      13.326  29.893 -31.308  1.00 26.84      A     \nATOM   1339  CA  ALA X 864      14.505  29.216 -30.782  1.00 28.46      A     \nATOM   1340  C   ALA X 864      15.131  29.972 -29.615  1.00 28.81      A     \nATOM   1341  O   ALA X 864      15.761  29.370 -28.745  1.00 30.05      A     \nATOM   1342  CB  ALA X 864      15.532  29.029 -31.892  1.00 28.60      A     \nATOM   1343  N   GLU X 865      14.955  31.290 -29.601  1.00 30.27      A     \nATOM   1344  CA  GLU X 865      15.574  32.133 -28.585  1.00 31.58      A     \nATOM   1345  C   GLU X 865      14.542  32.773 -27.660  1.00 31.42      A     \nATOM   1346  O   GLU X 865      14.878  33.620 -26.831  1.00 31.72      A     \nATOM   1347  CB  GLU X 865      16.412  33.228 -29.251  1.00 33.32      A     \nATOM   1348  CG  GLU X 865      17.413  32.709 -30.274  1.00 37.34      A     \nATOM   1349  CD  GLU X 865      18.317  31.624 -29.718  1.00 39.05      A     \nATOM   1350  OE1 GLU X 865      18.807  31.778 -28.580  1.00 41.25      A     \nATOM   1351  OE2 GLU X 865      18.537  30.615 -30.422  1.00 41.14      A     \nATOM   1352  N   GLU X 866      13.283  32.374 -27.811  1.00 30.03      A     \nATOM   1353  CA  GLU X 866      12.223  32.869 -26.941  1.00 28.29      A     \nATOM   1354  C   GLU X 866      12.016  31.917 -25.771  1.00 26.78      A     \nATOM   1355  O   GLU X 866      11.892  30.707 -25.959  1.00 26.48      A     \nATOM   1356  CB  GLU X 866      10.914  33.006 -27.721  1.00 30.55      A     \nATOM   1357  CG  GLU X 866      10.963  34.008 -28.866  1.00 33.42      A     \nATOM   1358  CD  GLU X 866       9.646  34.095 -29.613  1.00 35.46      A     \nATOM   1359  OE1 GLU X 866       8.872  33.116 -29.571  1.00 35.34      A     \nATOM   1360  OE2 GLU X 866       9.383  35.142 -30.243  1.00 36.94      A     \nATOM   1361  N   LYS X 867      11.978  32.465 -24.562  1.00 24.90      A     \nATOM   1362  CA  LYS X 867      11.730  31.660 -23.375  1.00 24.05      A     \nATOM   1363  C   LYS X 867      10.341  31.932 -22.810  1.00 22.44      A     \nATOM   1364  O   LYS X 867       9.878  31.226 -21.914  1.00 22.81      A     \nATOM   1365  CB  LYS X 867      12.794  31.944 -22.311  1.00 26.46      A     \nATOM   1366  CG  LYS X 867      14.202  31.504 -22.706  1.00 30.19      A     \nATOM   1367  CD  LYS X 867      14.220  30.049 -23.154  1.00 32.26      A     \nATOM   1368  CE  LYS X 867      15.639  29.505 -23.247  1.00 33.41      A     \nATOM   1369  NZ  LYS X 867      16.456  30.225 -24.265  1.00 34.54      A     \nATOM   1370  N   GLU X 868       9.675  32.951 -23.341  1.00 19.89      A     \nATOM   1371  CA  GLU X 868       8.355  33.333 -22.850  1.00 20.40      A     \nATOM   1372  C   GLU X 868       7.407  33.640 -23.997  1.00 18.88      A     \nATOM   1373  O   GLU X 868       7.827  34.121 -25.052  1.00 19.69      A     \nATOM   1374  CB  GLU X 868       8.451  34.570 -21.952  1.00 23.00      A     \nATOM   1375  CG  GLU X 868       9.400  34.429 -20.778  1.00 25.93      A     \nATOM   1376  CD  GLU X 868       9.529  35.714 -19.981  1.00 29.21      A     \nATOM   1377  OE1 GLU X 868       9.194  36.790 -20.525  1.00 32.49      A     \nATOM   1378  OE2 GLU X 868       9.963  35.649 -18.814  1.00 31.32      A     \nATOM   1379  N   TYR X 869       6.127  33.360 -23.784  1.00 17.15      A     \nATOM   1380  CA  TYR X 869       5.070  33.897 -24.630  1.00 16.05      A     \nATOM   1381  C   TYR X 869       4.356  35.015 -23.877  1.00 16.32      A     \nATOM   1382  O   TYR X 869       3.961  34.844 -22.722  1.00 14.42      A     \nATOM   1383  CB  TYR X 869       4.062  32.805 -24.999  1.00 15.80      A     \nATOM   1384  CG  TYR X 869       2.900  33.327 -25.811  1.00 15.44      A     \nATOM   1385  CD1 TYR X 869       3.050  33.629 -27.159  1.00 17.09      A     \nATOM   1386  CD2 TYR X 869       1.661  33.545 -25.224  1.00 14.64      A     \nATOM   1387  CE1 TYR X 869       1.999  34.136 -27.895  1.00 18.41      A     \nATOM   1388  CE2 TYR X 869       0.602  34.052 -25.954  1.00 17.57      A     \nATOM   1389  CZ  TYR X 869       0.779  34.348 -27.287  1.00 17.60      A     \nATOM   1390  OH  TYR X 869      -0.271  34.867 -28.014  1.00 19.69      A     \nATOM   1391  N   HIS X 870       4.197  36.161 -24.530  1.00 16.36      A     \nATOM   1392  CA  HIS X 870       3.502  37.288 -23.923  1.00 18.30      A     \nATOM   1393  C   HIS X 870       2.116  37.415 -24.538  1.00 17.42      A     \nATOM   1394  O   HIS X 870       1.977  37.727 -25.720  1.00 19.14      A     \nATOM   1395  CB  HIS X 870       4.299  38.575 -24.145  1.00 21.85      A     \nATOM   1396  CG  HIS X 870       5.651  38.562 -23.503  1.00 25.91      A     \nATOM   1397  ND1 HIS X 870       5.823  38.529 -22.135  1.00 29.64      A     \nATOM   1398  CD2 HIS X 870       6.894  38.558 -24.038  1.00 28.99      A     \nATOM   1399  CE1 HIS X 870       7.114  38.504 -21.857  1.00 30.15      A     \nATOM   1400  NE2 HIS X 870       7.786  38.521 -22.993  1.00 29.78      A     \nATOM   1401  N   ALA X 871       1.089  37.170 -23.730  1.00 15.36      A     \nATOM   1402  CA  ALA X 871      -0.266  37.042 -24.246  1.00 17.10      A     \nATOM   1403  C   ALA X 871      -0.992  38.377 -24.297  1.00 18.45      A     \nATOM   1404  O   ALA X 871      -0.520  39.376 -23.758  1.00 17.98      A     \nATOM   1405  CB  ALA X 871      -1.058  36.052 -23.396  1.00 15.60      A     \nATOM   1406  N   GLU X 872      -2.146  38.384 -24.958  1.00 21.62      A     \nATOM   1407  CA  GLU X 872      -3.008  39.559 -24.994  1.00 25.22      A     \nATOM   1408  C   GLU X 872      -4.228  39.376 -24.098  1.00 26.91      A     \nATOM   1409  O   GLU X 872      -4.260  38.479 -23.262  1.00 29.88      A     \nATOM   1410  CB  GLU X 872      -3.451  39.841 -26.430  1.00 27.39      A     \nATOM   1411  CG  GLU X 872      -2.317  40.282 -27.331  1.00 28.62      A     \nATOM   1412  CD  GLU X 872      -1.563  41.474 -26.769  1.00 29.15      A     \nATOM   1413  OE1 GLU X 872      -2.185  42.302 -26.066  1.00 31.17      A     \nATOM   1414  OE2 GLU X 872      -0.348  41.582 -27.031  1.00 29.93      A     \nATOM   1415  N   GLY X 873      -5.228  40.234 -24.269  1.00 30.03      A     \nATOM   1416  CA  GLY X 873      -6.395  40.182 -23.410  1.00 30.74      A     \nATOM   1417  C   GLY X 873      -7.320  39.019 -23.714  1.00 31.25      A     \nATOM   1418  O   GLY X 873      -7.146  38.318 -24.709  1.00 32.36      A     \nATOM   1419  N   GLY X 874      -8.308  38.812 -22.848  1.00 31.12      A     \nATOM   1420  CA  GLY X 874      -9.294  37.776 -23.092  1.00 30.35      A     \nATOM   1421  C   GLY X 874      -9.592  36.926 -21.872  1.00 29.97      A     \nATOM   1422  O   GLY X 874      -9.040  37.153 -20.793  1.00 28.89      A     \nATOM   1423  N   LYS X 875     -10.470  35.944 -22.043  1.00 28.76      A     \nATOM   1424  CA  LYS X 875     -10.805  35.031 -20.959  1.00 28.84      A     \nATOM   1425  C   LYS X 875      -9.668  34.040 -20.749  1.00 25.93      A     \nATOM   1426  O   LYS X 875      -9.168  33.439 -21.698  1.00 25.72      A     \nATOM   1427  CB  LYS X 875     -12.097  34.276 -21.283  1.00 31.57      A     \nATOM   1428  CG  LYS X 875     -13.318  35.172 -21.459  1.00 35.23      A     \nATOM   1429  CD  LYS X 875     -14.587  34.349 -21.640  1.00 38.06      A     \nATOM   1430  CE  LYS X 875     -15.820  35.234 -21.756  1.00 38.94      A     \nATOM   1431  NZ  LYS X 875     -15.805  36.068 -22.995  1.00 40.89      A     \nATOM   1432  N   VAL X 876      -9.256  33.880 -19.496  1.00 23.86      A     \nATOM   1433  CA  VAL X 876      -8.187  32.952 -19.156  1.00 21.37      A     \nATOM   1434  C   VAL X 876      -8.616  32.048 -18.010  1.00 18.63      A     \nATOM   1435  O   VAL X 876      -9.440  32.428 -17.175  1.00 19.59      A     \nATOM   1436  CB  VAL X 876      -6.907  33.712 -18.750  1.00 21.28      A     \nATOM   1437  CG1 VAL X 876      -6.362  34.486 -19.937  1.00 24.29      A     \nATOM   1438  CG2 VAL X 876      -7.212  34.663 -17.608  1.00 22.02      A     \nATOM   1439  N   PRO X 877      -8.071  30.824 -17.962  1.00 16.49      A     \nATOM   1440  CA  PRO X 877      -8.408  29.847 -16.921  1.00 16.87      A     \nATOM   1441  C   PRO X 877      -7.691  30.134 -15.602  1.00 16.66      A     \nATOM   1442  O   PRO X 877      -6.754  29.428 -15.228  1.00 15.74      A     \nATOM   1443  CB  PRO X 877      -7.975  28.520 -17.532  1.00 16.11      A     \nATOM   1444  CG  PRO X 877      -6.841  28.891 -18.430  1.00 16.63      A     \nATOM   1445  CD  PRO X 877      -7.176  30.254 -18.986  1.00 15.94      A     \nATOM   1446  N   ILE X 878      -8.144  31.168 -14.899  1.00 15.71      A     \nATOM   1447  CA  ILE X 878      -7.423  31.715 -13.757  1.00 16.75      A     \nATOM   1448  C   ILE X 878      -6.992  30.677 -12.724  1.00 15.29      A     \nATOM   1449  O   ILE X 878      -5.867  30.721 -12.224  1.00 14.88      A     \nATOM   1450  CB  ILE X 878      -8.270  32.793 -13.039  1.00 17.27      A     \nATOM   1451  CG1 ILE X 878      -8.448  34.008 -13.949  1.00 19.04      A     \nATOM   1452  CG2 ILE X 878      -7.598  33.205 -11.738  1.00 18.29      A     \nATOM   1453  CD1 ILE X 878      -7.171  34.770 -14.201  1.00 18.83      A     \nATOM   1454  N   LYS X 879      -7.880  29.746 -12.397  1.00 16.50      A     \nATOM   1455  CA  LYS X 879      -7.615  28.833 -11.290  1.00 14.80      A     \nATOM   1456  C   LYS X 879      -6.600  27.741 -11.636  1.00 14.66      A     \nATOM   1457  O   LYS X 879      -6.205  26.963 -10.772  1.00 14.58      A     \nATOM   1458  CB  LYS X 879      -8.929  28.214 -10.793  1.00 16.22      A     \nATOM   1459  CG  LYS X 879      -9.842  29.229 -10.096  1.00 19.55      A     \nATOM   1460  CD  LYS X 879     -11.173  28.627  -9.674  1.00 20.87      A     \nATOM   1461  CE  LYS X 879     -12.015  29.656  -8.929  1.00 24.45      A     \nATOM   1462  NZ  LYS X 879     -13.310  29.096  -8.448  1.00 25.66      A     \nATOM   1463  N   TRP X 880      -6.169  27.697 -12.896  1.00 13.71      A     \nATOM   1464  CA  TRP X 880      -5.092  26.792 -13.308  1.00 12.88      A     \nATOM   1465  C   TRP X 880      -3.764  27.497 -13.575  1.00 12.60      A     \nATOM   1466  O   TRP X 880      -2.756  26.849 -13.858  1.00 14.11      A     \nATOM   1467  CB  TRP X 880      -5.511  26.006 -14.557  1.00 12.59      A     \nATOM   1468  CG  TRP X 880      -6.449  24.884 -14.254  1.00 11.89      A     \nATOM   1469  CD1 TRP X 880      -6.134  23.561 -14.131  1.00 11.07      A     \nATOM   1470  CD2 TRP X 880      -7.850  24.989 -13.983  1.00 13.30      A     \nATOM   1471  NE1 TRP X 880      -7.254  22.835 -13.793  1.00 12.08      A     \nATOM   1472  CE2 TRP X 880      -8.319  23.690 -13.695  1.00 13.26      A     \nATOM   1473  CE3 TRP X 880      -8.753  26.055 -13.952  1.00 14.33      A     \nATOM   1474  CZ2 TRP X 880      -9.650  23.431 -13.380  1.00 15.15      A     \nATOM   1475  CZ3 TRP X 880     -10.074  25.794 -13.639  1.00 15.18      A     \nATOM   1476  CH2 TRP X 880     -10.510  24.494 -13.356  1.00 16.04      A     \nATOM   1477  N   MET X 881      -3.763  28.824 -13.487  1.00 12.51      A     \nATOM   1478  CA  MET X 881      -2.641  29.612 -13.979  1.00 13.31      A     \nATOM   1479  C   MET X 881      -1.610  29.967 -12.922  1.00 11.74      A     \nATOM   1480  O   MET X 881      -1.942  30.183 -11.756  1.00 14.02      A     \nATOM   1481  CB  MET X 881      -3.154  30.898 -14.624  1.00 14.37      A     \nATOM   1482  CG  MET X 881      -3.839  30.667 -15.948  1.00 14.09      A     \nATOM   1483  SD  MET X 881      -4.907  32.032 -16.403  1.00 18.00      A     \nATOM   1484  CE  MET X 881      -3.716  33.349 -16.583  1.00 18.30      A     \nATOM   1485  N   ALA X 882      -0.353  30.037 -13.345  1.00 11.78      A     \nATOM   1486  CA  ALA X 882       0.708  30.545 -12.491  1.00 13.11      A     \nATOM   1487  C   ALA X 882       0.489  32.031 -12.231  1.00 14.15      A     \nATOM   1488  O   ALA X 882      -0.152  32.724 -13.023  1.00 13.15      A     \nATOM   1489  CB  ALA X 882       2.058  30.324 -13.155  1.00 13.69      A     \nATOM   1490  N   LEU X 883       1.035  32.520 -11.123  1.00 14.58      A     \nATOM   1491  CA  LEU X 883       0.861  33.916 -10.746  1.00 15.79      A     \nATOM   1492  C   LEU X 883       1.366  34.871 -11.825  1.00 14.60      A     \nATOM   1493  O   LEU X 883       0.736  35.896 -12.095  1.00 15.20      A     \nATOM   1494  CB  LEU X 883       1.584  34.201  -9.426  1.00 18.01      A     \nATOM   1495  CG  LEU X 883       1.278  35.560  -8.794  1.00 20.62      A     \nATOM   1496  CD1 LEU X 883      -0.198  35.630  -8.430  1.00 20.89      A     \nATOM   1497  CD2 LEU X 883       2.139  35.758  -7.558  1.00 21.88      A     \nATOM   1498  N   GLU X 884       2.493  34.544 -12.451  1.00 12.85      A     \nATOM   1499  CA  GLU X 884       3.068  35.445 -13.446  1.00 13.86      A     \nATOM   1500  C   GLU X 884       2.189  35.533 -14.690  1.00 13.94      A     \nATOM   1501  O   GLU X 884       2.209  36.540 -15.397  1.00 13.88      A     \nATOM   1502  CB  GLU X 884       4.487  35.001 -13.836  1.00 14.36      A     \nATOM   1503  CG  GLU X 884       4.575  33.682 -14.587  1.00 14.02      A     \nATOM   1504  CD  GLU X 884       4.741  32.477 -13.669  1.00 13.54      A     \nATOM   1505  OE1 GLU X 884       4.456  32.597 -12.456  1.00 13.97      A     \nATOM   1506  OE2 GLU X 884       5.159  31.410 -14.170  1.00 14.52      A     \nATOM   1507  N   SER X 885       1.411  34.485 -14.948  1.00 12.13      A     \nATOM   1508  CA  SER X 885       0.465  34.500 -16.058  1.00 11.94      A     \nATOM   1509  C   SER X 885      -0.745  35.366 -15.702  1.00 12.36      A     \nATOM   1510  O   SER X 885      -1.217  36.166 -16.515  1.00 12.88      A     \nATOM   1511  CB  SER X 885       0.011  33.073 -16.385  1.00 12.14      A     \nATOM   1512  OG  SER X 885       1.125  32.233 -16.642  1.00 13.44      A     \nATOM   1513  N   ILE X 886      -1.245  35.206 -14.483  1.00 13.68      A     \nATOM   1514  CA  ILE X 886      -2.394  35.987 -14.031  1.00 12.77      A     \nATOM   1515  C   ILE X 886      -2.067  37.477 -14.025  1.00 13.04      A     \nATOM   1516  O   ILE X 886      -2.829  38.295 -14.543  1.00 14.59      A     \nATOM   1517  CB  ILE X 886      -2.819  35.574 -12.608  1.00 14.94      A     \nATOM   1518  CG1 ILE X 886      -3.240  34.103 -12.598  1.00 15.52      A     \nATOM   1519  CG2 ILE X 886      -3.971  36.455 -12.131  1.00 16.65      A     \nATOM   1520  CD1 ILE X 886      -3.614  33.592 -11.217  1.00 18.88      A     \nATOM   1521  N   LEU X 887      -0.927  37.827 -13.443  1.00 13.31      A     \nATOM   1522  CA  LEU X 887      -0.600  39.230 -13.218  1.00 14.23      A     \nATOM   1523  C   LEU X 887      -0.001  39.914 -14.443  1.00 13.39      A     \nATOM   1524  O   LEU X 887      -0.124  41.127 -14.594  1.00 15.21      A     \nATOM   1525  CB  LEU X 887       0.366  39.359 -12.038  1.00 15.20      A     \nATOM   1526  CG  LEU X 887      -0.175  38.892 -10.684  1.00 17.22      A     \nATOM   1527  CD1 LEU X 887       0.884  39.112  -9.612  1.00 17.85      A     \nATOM   1528  CD2 LEU X 887      -1.446  39.657 -10.339  1.00 19.12      A     \nATOM   1529  N   HIS X 888       0.641  39.150 -15.323  1.00 12.73      A     \nATOM   1530  CA  HIS X 888       1.446  39.756 -16.379  1.00 12.94      A     \nATOM   1531  C   HIS X 888       1.295  39.144 -17.757  1.00 13.00      A     \nATOM   1532  O   HIS X 888       1.943  39.589 -18.706  1.00 14.86      A     \nATOM   1533  CB  HIS X 888       2.916  39.731 -15.978  1.00 14.08      A     \nATOM   1534  CG  HIS X 888       3.198  40.520 -14.745  1.00 14.38      A     \nATOM   1535  ND1 HIS X 888       3.558  39.938 -13.549  1.00 17.22      A     \nATOM   1536  CD2 HIS X 888       3.118  41.850 -14.511  1.00 13.94      A     \nATOM   1537  CE1 HIS X 888       3.686  40.879 -12.631  1.00 14.33      A     \nATOM   1538  NE2 HIS X 888       3.424  42.047 -13.188  1.00 19.09      A     \nATOM   1539  N   ARG X 889       0.448  38.127 -17.865  1.00 12.32      A     \nATOM   1540  CA  ARG X 889       0.174  37.479 -19.144  1.00 11.81      A     \nATOM   1541  C   ARG X 889       1.417  36.795 -19.703  1.00 12.61      A     \nATOM   1542  O   ARG X 889       1.551  36.609 -20.912  1.00 14.53      A     \nATOM   1543  CB  ARG X 889      -0.373  38.502 -20.147  1.00 12.54      A     \nATOM   1544  CG  ARG X 889      -1.660  39.158 -19.666  1.00 13.93      A     \nATOM   1545  CD  ARG X 889      -2.237  40.151 -20.672  1.00 13.21      A     \nATOM   1546  NE  ARG X 889      -3.492  40.713 -20.179  1.00 15.80      A     \nATOM   1547  CZ  ARG X 889      -4.174  41.682 -20.784  1.00 15.62      A     \nATOM   1548  NH1 ARG X 889      -3.725  42.208 -21.914  1.00 14.55      A     \nATOM   1549  NH2 ARG X 889      -5.314  42.115 -20.261  1.00 17.79      A     \nATOM   1550  N   ILE X 890       2.317  36.410 -18.804  1.00 13.19      A     \nATOM   1551  CA  ILE X 890       3.536  35.702 -19.180  1.00 13.37      A     \nATOM   1552  C   ILE X 890       3.324  34.195 -19.075  1.00 12.19      A     \nATOM   1553  O   ILE X 890       2.852  33.701 -18.052  1.00 12.95      A     \nATOM   1554  CB  ILE X 890       4.706  36.098 -18.254  1.00 14.67      A     \nATOM   1555  CG1 ILE X 890       5.018  37.586 -18.432  1.00 16.63      A     \nATOM   1556  CG2 ILE X 890       5.932  35.247 -18.559  1.00 14.96      A     \nATOM   1557  CD1 ILE X 890       6.067  38.112 -17.466  1.00 18.35      A     \nATOM   1558  N   TYR X 891       3.660  33.474 -20.141  1.00 11.82      A     \nATOM   1559  CA  TYR X 891       3.549  32.018 -20.155  1.00 12.11      A     \nATOM   1560  C   TYR X 891       4.864  31.374 -20.556  1.00 13.39      A     \nATOM   1561  O   TYR X 891       5.529  31.821 -21.487  1.00 14.95      A     \nATOM   1562  CB  TYR X 891       2.460  31.570 -21.132  1.00 12.70      A     \nATOM   1563  CG  TYR X 891       1.071  32.011 -20.745  1.00 12.54      A     \nATOM   1564  CD1 TYR X 891       0.189  31.135 -20.125  1.00 12.32      A     \nATOM   1565  CD2 TYR X 891       0.627  33.297 -21.023  1.00 11.57      A     \nATOM   1566  CE1 TYR X 891      -1.092  31.521 -19.798  1.00 12.85      A     \nATOM   1567  CE2 TYR X 891      -0.656  33.693 -20.697  1.00 13.35      A     \nATOM   1568  CZ  TYR X 891      -1.514  32.802 -20.087  1.00 13.11      A     \nATOM   1569  OH  TYR X 891      -2.799  33.182 -19.775  1.00 15.31      A     \nATOM   1570  N   THR X 892       5.227  30.313 -19.845  1.00 12.93      A     \nATOM   1571  CA  THR X 892       6.467  29.590 -20.103  1.00 12.22      A     \nATOM   1572  C   THR X 892       6.208  28.111 -19.868  1.00 12.16      A     \nATOM   1573  O   THR X 892       5.130  27.726 -19.421  1.00 11.93      A     \nATOM   1574  CB  THR X 892       7.580  30.020 -19.136  1.00 12.86      A     \nATOM   1575  OG1 THR X 892       7.201  29.660 -17.802  1.00 13.80      A     \nATOM   1576  CG2 THR X 892       7.806  31.520 -19.208  1.00 14.10      A     \nATOM   1577  N   HIS X 893       7.201  27.277 -20.143  1.00 13.07      A     \nATOM   1578  CA  HIS X 893       7.069  25.873 -19.793  1.00 11.47      A     \nATOM   1579  C   HIS X 893       6.880  25.721 -18.289  1.00 11.55      A     \nATOM   1580  O   HIS X 893       6.188  24.810 -17.831  1.00 11.49      A     \nATOM   1581  CB  HIS X 893       8.303  25.098 -20.255  1.00 12.84      A     \nATOM   1582  CG  HIS X 893       8.548  25.192 -21.726  1.00 14.49      A     \nATOM   1583  ND1 HIS X 893       7.658  24.707 -22.660  1.00 14.67      A     \nATOM   1584  CD2 HIS X 893       9.568  25.741 -22.427  1.00 16.39      A     \nATOM   1585  CE1 HIS X 893       8.119  24.954 -23.874  1.00 15.96      A     \nATOM   1586  NE2 HIS X 893       9.276  25.580 -23.760  1.00 15.91      A     \nATOM   1587  N   GLN X 894       7.480  26.622 -17.515  1.00 11.29      A     \nATOM   1588  CA  GLN X 894       7.342  26.563 -16.065  1.00 11.43      A     \nATOM   1589  C   GLN X 894       5.974  27.023 -15.561  1.00 12.21      A     \nATOM   1590  O   GLN X 894       5.554  26.618 -14.479  1.00 12.29      A     \nATOM   1591  CB  GLN X 894       8.458  27.370 -15.387  1.00 12.03      A     \nATOM   1592  CG  GLN X 894       9.842  26.751 -15.546  1.00 14.85      A     \nATOM   1593  CD  GLN X 894       9.860  25.265 -15.214  1.00 13.55      A     \nATOM   1594  OE1 GLN X 894       9.871  24.417 -16.112  1.00 14.44      A     \nATOM   1595  NE2 GLN X 894       9.854  24.941 -13.922  1.00 14.77      A     \nATOM   1596  N   SER X 895       5.264  27.854 -16.325  1.00 10.94      A     \nATOM   1597  CA  SER X 895       3.881  28.116 -15.955  1.00 10.47      A     \nATOM   1598  C   SER X 895       2.983  26.924 -16.314  1.00 10.75      A     \nATOM   1599  O   SER X 895       2.000  26.666 -15.625  1.00 11.63      A     \nATOM   1600  CB  SER X 895       3.356  29.420 -16.588  1.00 11.88      A     \nATOM   1601  OG  SER X 895       3.350  29.390 -18.004  1.00 14.75      A     \nATOM   1602  N   ASP X 896       3.336  26.178 -17.364  1.00  9.30      A     \nATOM   1603  CA  ASP X 896       2.667  24.902 -17.644  1.00 10.47      A     \nATOM   1604  C   ASP X 896       2.841  23.920 -16.479  1.00 10.20      A     \nATOM   1605  O   ASP X 896       1.927  23.154 -16.162  1.00 10.37      A     \nATOM   1606  CB  ASP X 896       3.219  24.262 -18.930  1.00 10.45      A     \nATOM   1607  CG  ASP X 896       2.583  24.818 -20.200  1.00 12.22      A     \nATOM   1608  OD1 ASP X 896       3.131  24.536 -21.285  1.00 11.48      A     \nATOM   1609  OD2 ASP X 896       1.550  25.517 -20.128  1.00 11.45      A     \nATOM   1610  N   VAL X 897       4.009  23.946 -15.843  1.00 10.09      A     \nATOM   1611  CA  VAL X 897       4.252  23.106 -14.673  1.00  9.68      A     \nATOM   1612  C   VAL X 897       3.298  23.443 -13.526  1.00 10.41      A     \nATOM   1613  O   VAL X 897       2.789  22.543 -12.856  1.00 10.00      A     \nATOM   1614  CB  VAL X 897       5.717  23.231 -14.186  1.00  9.93      A     \nATOM   1615  CG1 VAL X 897       5.878  22.546 -12.835  1.00 11.38      A     \nATOM   1616  CG2 VAL X 897       6.658  22.601 -15.206  1.00 11.85      A     \nATOM   1617  N   TRP X 898       3.033  24.731 -13.308  1.00 10.03      A     \nATOM   1618  CA  TRP X 898       2.034  25.123 -12.316  1.00 10.27      A     \nATOM   1619  C   TRP X 898       0.696  24.455 -12.639  1.00 10.46      A     \nATOM   1620  O   TRP X 898       0.077  23.828 -11.777  1.00 11.31      A     \nATOM   1621  CB  TRP X 898       1.873  26.647 -12.298  1.00 10.45      A     \nATOM   1622  CG  TRP X 898       0.886  27.149 -11.277  1.00 10.19      A     \nATOM   1623  CD1 TRP X 898      -0.453  26.875 -11.222  1.00 11.36      A     \nATOM   1624  CD2 TRP X 898       1.161  28.025 -10.177  1.00 10.26      A     \nATOM   1625  NE1 TRP X 898      -1.025  27.527 -10.158  1.00 11.49      A     \nATOM   1626  CE2 TRP X 898      -0.057  28.240  -9.500  1.00 11.08      A     \nATOM   1627  CE3 TRP X 898       2.321  28.652  -9.702  1.00 11.00      A     \nATOM   1628  CZ2 TRP X 898      -0.152  29.054  -8.372  1.00 13.94      A     \nATOM   1629  CZ3 TRP X 898       2.224  29.465  -8.579  1.00 13.51      A     \nATOM   1630  CH2 TRP X 898       0.996  29.656  -7.928  1.00 12.86      A     \nATOM   1631  N   SER X 899       0.260  24.576 -13.889  1.00 10.14      A     \nATOM   1632  CA  SER X 899      -1.007  23.989 -14.315  1.00 10.15      A     \nATOM   1633  C   SER X 899      -1.018  22.470 -14.190  1.00 10.39      A     \nATOM   1634  O   SER X 899      -2.056  21.873 -13.899  1.00  9.56      A     \nATOM   1635  CB  SER X 899      -1.305  24.383 -15.759  1.00 11.58      A     \nATOM   1636  OG  SER X 899      -1.304  25.792 -15.887  1.00 13.82      A     \nATOM   1637  N   TYR X 900       0.133  21.842 -14.415  1.00  9.92      A     \nATOM   1638  CA  TYR X 900       0.259  20.408 -14.210  1.00 10.29      A     \nATOM   1639  C   TYR X 900      -0.053  20.069 -12.755  1.00  9.82      A     \nATOM   1640  O   TYR X 900      -0.771  19.111 -12.480  1.00 10.73      A     \nATOM   1641  CB  TYR X 900       1.675  19.945 -14.574  1.00 10.88      A     \nATOM   1642  CG  TYR X 900       1.936  18.488 -14.279  1.00  9.61      A     \nATOM   1643  CD1 TYR X 900       2.463  18.090 -13.055  1.00 10.12      A     \nATOM   1644  CD2 TYR X 900       1.641  17.509 -15.211  1.00 10.37      A     \nATOM   1645  CE1 TYR X 900       2.684  16.759 -12.775  1.00  9.92      A     \nATOM   1646  CE2 TYR X 900       1.862  16.171 -14.940  1.00 11.29      A     \nATOM   1647  CZ  TYR X 900       2.382  15.804 -13.720  1.00 10.14      A     \nATOM   1648  OH  TYR X 900       2.595  14.475 -13.450  1.00 11.86      A     \nATOM   1649  N   GLY X 901       0.469  20.861 -11.824  1.00 10.31      A     \nATOM   1650  CA  GLY X 901       0.191  20.601 -10.424  1.00 10.82      A     \nATOM   1651  C   GLY X 901      -1.291  20.679 -10.096  1.00  9.70      A     \nATOM   1652  O   GLY X 901      -1.816  19.841  -9.357  1.00 10.80      A     \nATOM   1653  N   VAL X 902      -1.977  21.677 -10.645  1.00  9.91      A     \nATOM   1654  CA  VAL X 902      -3.414  21.785 -10.427  1.00  9.39      A     \nATOM   1655  C   VAL X 902      -4.149  20.595 -11.054  1.00 10.28      A     \nATOM   1656  O   VAL X 902      -5.099  20.065 -10.470  1.00 11.05      A     \nATOM   1657  CB  VAL X 902      -3.968  23.095 -11.011  1.00 10.06      A     \nATOM   1658  CG1 VAL X 902      -5.456  23.189 -10.733  1.00 11.91      A     \nATOM   1659  CG2 VAL X 902      -3.238  24.277 -10.396  1.00 11.25      A     \nATOM   1660  N   THR X 903      -3.703  20.167 -12.233  1.00  9.45      A     \nATOM   1661  CA  THR X 903      -4.293  19.018 -12.903  1.00 10.42      A     \nATOM   1662  C   THR X 903      -4.150  17.759 -12.047  1.00 10.53      A     \nATOM   1663  O   THR X 903      -5.112  17.005 -11.876  1.00 11.28      A     \nATOM   1664  CB  THR X 903      -3.632  18.795 -14.287  1.00  9.75      A     \nATOM   1665  OG1 THR X 903      -3.822  19.966 -15.089  1.00 11.56      A     \nATOM   1666  CG2 THR X 903      -4.242  17.595 -15.003  1.00  9.68      A     \nATOM   1667  N   VAL X 904      -2.961  17.533 -11.499  1.00 10.64      A     \nATOM   1668  CA  VAL X 904      -2.762  16.407 -10.595  1.00 11.72      A     \nATOM   1669  C   VAL X 904      -3.700  16.505  -9.390  1.00 11.13      A     \nATOM   1670  O   VAL X 904      -4.296  15.506  -8.981  1.00 11.30      A     \nATOM   1671  CB  VAL X 904      -1.289  16.329 -10.109  1.00 11.86      A     \nATOM   1672  CG1 VAL X 904      -1.139  15.233  -9.057  1.00 13.90      A     \nATOM   1673  CG2 VAL X 904      -0.370  16.041 -11.290  1.00 13.98      A     \nATOM   1674  N   TRP X 905      -3.855  17.707  -8.844  1.00 10.37      A     \nATOM   1675  CA  TRP X 905      -4.763  17.902  -7.720  1.00 10.93      A     \nATOM   1676  C   TRP X 905      -6.196  17.541  -8.109  1.00 12.13      A     \nATOM   1677  O   TRP X 905      -6.912  16.895  -7.343  1.00 12.07      A     \nATOM   1678  CB  TRP X 905      -4.690  19.355  -7.240  1.00 11.25      A     \nATOM   1679  CG  TRP X 905      -5.499  19.623  -6.014  1.00 12.55      A     \nATOM   1680  CD1 TRP X 905      -5.075  19.544  -4.720  1.00 11.76      A     \nATOM   1681  CD2 TRP X 905      -6.873  20.025  -5.964  1.00 12.46      A     \nATOM   1682  NE1 TRP X 905      -6.102  19.875  -3.863  1.00 12.39      A     \nATOM   1683  CE2 TRP X 905      -7.217  20.173  -4.603  1.00 13.54      A     \nATOM   1684  CE3 TRP X 905      -7.847  20.274  -6.939  1.00 14.24      A     \nATOM   1685  CZ2 TRP X 905      -8.492  20.560  -4.194  1.00 14.08      A     \nATOM   1686  CZ3 TRP X 905      -9.114  20.658  -6.530  1.00 14.85      A     \nATOM   1687  CH2 TRP X 905      -9.425  20.797  -5.169  1.00 14.30      A     \nATOM   1688  N   GLU X 906      -6.615  17.948  -9.303  1.00 10.20      A     \nATOM   1689  CA  GLU X 906      -7.917  17.529  -9.811  1.00 11.56      A     \nATOM   1690  C   GLU X 906      -8.072  16.012  -9.816  1.00 12.51      A     \nATOM   1691  O   GLU X 906      -9.107  15.484  -9.405  1.00 14.20      A     \nATOM   1692  CB  GLU X 906      -8.129  18.037 -11.230  1.00 12.42      A     \nATOM   1693  CG  GLU X 906      -8.388  19.511 -11.357  1.00 13.05      A     \nATOM   1694  CD  GLU X 906      -8.644  19.877 -12.796  1.00 11.84      A     \nATOM   1695  OE1 GLU X 906      -9.832  19.976 -13.178  1.00 13.00      A     \nATOM   1696  OE2 GLU X 906      -7.655  20.046 -13.539  1.00 12.30      A     \nATOM   1697  N   LEU X 907      -7.058  15.299 -10.293  1.00 11.69      A     \nATOM   1698  CA  LEU X 907      -7.173  13.850 -10.387  1.00 11.60      A     \nATOM   1699  C   LEU X 907      -7.234  13.222  -9.001  1.00 11.98      A     \nATOM   1700  O   LEU X 907      -8.032  12.320  -8.759  1.00 12.33      A     \nATOM   1701  CB  LEU X 907      -5.997  13.262 -11.171  1.00 12.61      A     \nATOM   1702  CG  LEU X 907      -5.825  13.818 -12.588  1.00 11.78      A     \nATOM   1703  CD1 LEU X 907      -4.672  13.095 -13.265  1.00 14.54      A     \nATOM   1704  CD2 LEU X 907      -7.111  13.651 -13.390  1.00 14.90      A     \nATOM   1705  N   MET X 908      -6.397  13.715  -8.093  1.00 11.24      A     \nATOM   1706  CA  MET X 908      -6.286  13.128  -6.762  1.00 12.60      A     \nATOM   1707  C   MET X 908      -7.511  13.401  -5.889  1.00 13.28      A     \nATOM   1708  O   MET X 908      -7.718  12.732  -4.872  1.00 13.42      A     \nATOM   1709  CB  MET X 908      -5.028  13.657  -6.068  1.00 12.33      A     \nATOM   1710  CG  MET X 908      -3.730  13.308  -6.778  1.00 14.43      A     \nATOM   1711  SD  MET X 908      -3.462  11.531  -6.863  1.00 16.24      A     \nATOM   1712  CE  MET X 908      -2.047  11.472  -7.965  1.00 16.68      A     \nATOM   1713  N   THR X 909      -8.314  14.384  -6.282  1.00 12.59      A     \nATOM   1714  CA  THR X 909      -9.567  14.671  -5.587  1.00 13.83      A     \nATOM   1715  C   THR X 909     -10.751  14.124  -6.377  1.00 15.16      A     \nATOM   1716  O   THR X 909     -11.905  14.453  -6.094  1.00 16.75      A     \nATOM   1717  CB  THR X 909      -9.771  16.187  -5.382  1.00 13.08      A     \nATOM   1718  OG1 THR X 909      -9.806  16.849  -6.655  1.00 13.10      A     \nATOM   1719  CG2 THR X 909      -8.650  16.764  -4.537  1.00 13.24      A     \nATOM   1720  N   PHE X 910     -10.451  13.296  -7.375  1.00 15.37      A     \nATOM   1721  CA  PHE X 910     -11.464  12.691  -8.230  1.00 16.44      A     \nATOM   1722  C   PHE X 910     -12.361  13.737  -8.880  1.00 16.07      A     \nATOM   1723  O   PHE X 910     -13.573  13.557  -8.991  1.00 17.25      A     \nATOM   1724  CB  PHE X 910     -12.293  11.684  -7.425  1.00 17.28      A     \nATOM   1725  CG  PHE X 910     -11.469  10.578  -6.831  1.00 17.20      A     \nATOM   1726  CD1 PHE X 910     -11.060   9.505  -7.607  1.00 17.16      A     \nATOM   1727  CD2 PHE X 910     -11.060  10.634  -5.509  1.00 17.99      A     \nATOM   1728  CE1 PHE X 910     -10.253   8.513  -7.076  1.00 18.09      A     \nATOM   1729  CE2 PHE X 910     -10.253   9.644  -4.973  1.00 17.78      A     \nATOM   1730  CZ  PHE X 910      -9.849   8.583  -5.759  1.00 18.50      A     \nATOM   1731  N   GLY X 911     -11.749  14.833  -9.310  1.00 14.94      A     \nATOM   1732  CA  GLY X 911     -12.455  15.807 -10.119  1.00 15.86      A     \nATOM   1733  C   GLY X 911     -13.094  16.945  -9.347  1.00 15.51      A     \nATOM   1734  O   GLY X 911     -14.048  17.558  -9.823  1.00 16.92      A     \nATOM   1735  N   SER X 912     -12.579  17.242  -8.160  1.00 15.77      A     \nATOM   1736  CA  SER X 912     -13.062  18.397  -7.410  1.00 16.88      A     \nATOM   1737  C   SER X 912     -12.688  19.689  -8.125  1.00 15.73      A     \nATOM   1738  O   SER X 912     -11.703  19.739  -8.859  1.00 16.10      A     \nATOM   1739  CB  SER X 912     -12.470  18.401  -6.002  1.00 17.94      A     \nATOM   1740  OG  SER X 912     -13.005  17.341  -5.231  1.00 21.67      A     \nATOM   1741  N   LYS X 913     -13.475  20.737  -7.907  1.00 16.34      A     \nATOM   1742  CA  LYS X 913     -13.167  22.039  -8.484  1.00 18.05      A     \nATOM   1743  C   LYS X 913     -12.146  22.769  -7.618  1.00 18.04      A     \nATOM   1744  O   LYS X 913     -12.333  22.913  -6.411  1.00 17.22      A     \nATOM   1745  CB  LYS X 913     -14.441  22.878  -8.600  1.00 18.85      A     \nATOM   1746  CG  LYS X 913     -15.513  22.247  -9.470  1.00 20.78      A     \nATOM   1747  CD  LYS X 913     -16.790  23.070  -9.453  1.00 25.95      A     \nATOM   1748  CE  LYS X 913     -17.870  22.434 -10.315  1.00 28.84      A     \nATOM   1749  NZ  LYS X 913     -18.359  21.151  -9.740  1.00 32.53      A     \nATOM   1750  N   PRO X 914     -11.050  23.243  -8.225  1.00 16.15      A     \nATOM   1751  CA  PRO X 914     -10.035  23.957  -7.442  1.00 17.48      A     \nATOM   1752  C   PRO X 914     -10.556  25.296  -6.918  1.00 17.07      A     \nATOM   1753  O   PRO X 914     -11.216  26.039  -7.643  1.00 16.94      A     \nATOM   1754  CB  PRO X 914      -8.876  24.134  -8.423  1.00 17.85      A     \nATOM   1755  CG  PRO X 914      -9.514  24.070  -9.781  1.00 18.74      A     \nATOM   1756  CD  PRO X 914     -10.690  23.142  -9.652  1.00 17.42      A     \nATOM   1757  N   TYR X 915     -10.253  25.596  -5.658  1.00 17.71      A     \nATOM   1758  CA  TYR X 915     -10.704  26.837  -5.034  1.00 20.62      A     \nATOM   1759  C   TYR X 915     -12.205  27.009  -5.225  1.00 22.76      A     \nATOM   1760  O   TYR X 915     -12.673  28.087  -5.597  1.00 25.93      A     \nATOM   1761  CB  TYR X 915      -9.991  28.039  -5.650  1.00 19.78      A     \nATOM   1762  CG  TYR X 915      -8.512  27.841  -5.893  1.00 17.93      A     \nATOM   1763  CD1 TYR X 915      -7.589  28.003  -4.873  1.00 18.60      A     \nATOM   1764  CD2 TYR X 915      -8.041  27.540  -7.165  1.00 17.97      A     \nATOM   1765  CE1 TYR X 915      -6.229  27.876  -5.111  1.00 18.24      A     \nATOM   1766  CE2 TYR X 915      -6.692  27.411  -7.411  1.00 17.58      A     \nATOM   1767  CZ  TYR X 915      -5.790  27.582  -6.388  1.00 15.05      A     \nATOM   1768  OH  TYR X 915      -4.445  27.483  -6.650  1.00 16.77      A     \nATOM   1769  N   ASP X 916     -12.957  25.944  -4.978  1.00 26.74      A     \nATOM   1770  CA  ASP X 916     -14.389  25.957  -5.242  1.00 28.22      A     \nATOM   1771  C   ASP X 916     -15.079  27.062  -4.445  1.00 29.98      A     \nATOM   1772  O   ASP X 916     -14.841  27.220  -3.246  1.00 29.65      A     \nATOM   1773  CB  ASP X 916     -15.000  24.602  -4.884  1.00 30.23      A     \nATOM   1774  CG  ASP X 916     -16.409  24.438  -5.418  1.00 32.58      A     \nATOM   1775  OD1 ASP X 916     -16.839  25.276  -6.237  1.00 33.90      A     \nATOM   1776  OD2 ASP X 916     -17.086  23.467  -5.018  1.00 34.94      A     \nATOM   1777  N   GLY X 917     -15.931  27.825  -5.122  1.00 30.96      A     \nATOM   1778  CA  GLY X 917     -16.686  28.867  -4.450  1.00 32.50      A     \nATOM   1779  C   GLY X 917     -15.948  30.188  -4.361  1.00 32.67      A     \nATOM   1780  O   GLY X 917     -16.542  31.214  -4.022  1.00 32.56      A     \nATOM   1781  N   ILE X 918     -14.653  30.170  -4.660  1.00 32.45      A     \nATOM   1782  CA  ILE X 918     -13.837  31.379  -4.595  1.00 32.76      A     \nATOM   1783  C   ILE X 918     -13.842  32.110  -5.931  1.00 32.97      A     \nATOM   1784  O   ILE X 918     -13.588  31.515  -6.980  1.00 33.49      A     \nATOM   1785  CB  ILE X 918     -12.374  31.050  -4.231  1.00 32.04      A     \nATOM   1786  CG1 ILE X 918     -12.319  30.347  -2.874  1.00 33.06      A     \nATOM   1787  CG2 ILE X 918     -11.548  32.325  -4.198  1.00 32.10      A     \nATOM   1788  CD1 ILE X 918     -10.915  30.028  -2.411  1.00 32.75      A     \nATOM   1789  N   PRO X 919     -14.131  33.418  -5.910  1.00 32.58      A     \nATOM   1790  CA  PRO X 919     -14.134  34.218  -7.139  1.00 32.03      A     \nATOM   1791  C   PRO X 919     -12.753  34.232  -7.788  1.00 30.74      A     \nATOM   1792  O   PRO X 919     -11.741  34.382  -7.105  1.00 30.19      A     \nATOM   1793  CB  PRO X 919     -14.556  35.609  -6.664  1.00 32.45      A     \nATOM   1794  CG  PRO X 919     -15.274  35.366  -5.375  1.00 33.34      A     \nATOM   1795  CD  PRO X 919     -14.566  34.203  -4.744  1.00 32.81      A     \nATOM   1796  N   ALA X 920     -12.718  34.078  -9.108  1.00 30.76      A     \nATOM   1797  CA  ALA X 920     -11.459  34.075  -9.838  1.00 29.40      A     \nATOM   1798  C   ALA X 920     -10.692  35.369  -9.586  1.00 29.17      A     \nATOM   1799  O   ALA X 920      -9.463  35.385  -9.593  1.00 27.50      A     \nATOM   1800  CB  ALA X 920     -11.721  33.902 -11.328  1.00 29.98      A     \nATOM   1801  N   SER X 921     -11.428  36.453  -9.353  1.00 29.66      A     \nATOM   1802  CA  SER X 921     -10.822  37.767  -9.175  1.00 29.43      A     \nATOM   1803  C   SER X 921      -9.989  37.849  -7.900  1.00 28.66      A     \nATOM   1804  O   SER X 921      -9.166  38.751  -7.744  1.00 29.60      A     \nATOM   1805  CB  SER X 921     -11.909  38.846  -9.149  1.00 30.67      A     \nATOM   1806  OG  SER X 921     -12.806  38.643  -8.071  1.00 33.05      A     \nATOM   1807  N   GLU X 922     -10.203  36.904  -6.989  1.00 28.46      A     \nATOM   1808  CA  GLU X 922      -9.527  36.921  -5.698  1.00 27.02      A     \nATOM   1809  C   GLU X 922      -8.348  35.952  -5.636  1.00 25.13      A     \nATOM   1810  O   GLU X 922      -7.646  35.888  -4.629  1.00 24.39      A     \nATOM   1811  CB  GLU X 922     -10.516  36.584  -4.581  1.00 30.04      A     \nATOM   1812  CG  GLU X 922     -11.679  37.555  -4.471  1.00 34.11      A     \nATOM   1813  CD  GLU X 922     -12.673  37.151  -3.402  1.00 36.40      A     \nATOM   1814  OE1 GLU X 922     -13.591  37.947  -3.111  1.00 39.54      A     \nATOM   1815  OE2 GLU X 922     -12.538  36.039  -2.850  1.00 38.30      A     \nATOM   1816  N   ILE X 923      -8.133  35.204  -6.713  1.00 23.49      A     \nATOM   1817  CA  ILE X 923      -7.127  34.143  -6.710  1.00 20.52      A     \nATOM   1818  C   ILE X 923      -5.691  34.648  -6.564  1.00 20.44      A     \nATOM   1819  O   ILE X 923      -4.920  34.111  -5.772  1.00 19.60      A     \nATOM   1820  CB  ILE X 923      -7.233  33.276  -7.990  1.00 20.47      A     \nATOM   1821  CG1 ILE X 923      -8.541  32.482  -7.970  1.00 19.29      A     \nATOM   1822  CG2 ILE X 923      -6.046  32.326  -8.088  1.00 18.82      A     \nATOM   1823  CD1 ILE X 923      -8.649  31.511  -6.808  1.00 22.01      A     \nATOM   1824  N   SER X 924      -5.323  35.679  -7.317  1.00 20.78      A     \nATOM   1825  CA  SER X 924      -3.961  36.194  -7.235  1.00 21.69      A     \nATOM   1826  C   SER X 924      -3.670  36.680  -5.817  1.00 21.35      A     \nATOM   1827  O   SER X 924      -2.553  36.539  -5.322  1.00 20.95      A     \nATOM   1828  CB  SER X 924      -3.752  37.338  -8.234  1.00 23.36      A     \nATOM   1829  OG  SER X 924      -4.558  38.458  -7.917  1.00 25.23      A     \nATOM   1830  N   SER X 925      -4.686  37.238  -5.168  1.00 22.41      A     \nATOM   1831  CA  SER X 925      -4.536  37.745  -3.810  1.00 23.58      A     \nATOM   1832  C   SER X 925      -4.220  36.614  -2.838  1.00 22.28      A     \nATOM   1833  O   SER X 925      -3.300  36.725  -2.023  1.00 22.71      A     \nATOM   1834  CB  SER X 925      -5.817  38.459  -3.370  1.00 25.18      A     \nATOM   1835  OG  SER X 925      -5.697  38.948  -2.044  1.00 30.48      A     \nATOM   1836  N   ILE X 926      -4.971  35.520  -2.927  1.00 21.70      A     \nATOM   1837  CA  ILE X 926      -4.775  34.419  -1.994  1.00 22.47      A     \nATOM   1838  C   ILE X 926      -3.450  33.714  -2.276  1.00 20.14      A     \nATOM   1839  O   ILE X 926      -2.765  33.286  -1.354  1.00 20.28      A     \nATOM   1840  CB  ILE X 926      -5.929  33.386  -2.063  1.00 25.38      A     \nATOM   1841  CG1 ILE X 926      -5.969  32.730  -3.441  1.00 28.30      A     \nATOM   1842  CG2 ILE X 926      -7.257  34.063  -1.761  1.00 26.48      A     \nATOM   1843  CD1 ILE X 926      -5.927  31.219  -3.385  1.00 31.46      A     \nATOM   1844  N   LEU X 927      -3.083  33.612  -3.551  1.00 19.02      A     \nATOM   1845  CA  LEU X 927      -1.798  33.027  -3.910  1.00 19.96      A     \nATOM   1846  C   LEU X 927      -0.647  33.840  -3.336  1.00 19.44      A     \nATOM   1847  O   LEU X 927       0.330  33.284  -2.840  1.00 19.85      A     \nATOM   1848  CB  LEU X 927      -1.657  32.936  -5.432  1.00 19.36      A     \nATOM   1849  CG  LEU X 927      -2.565  31.916  -6.129  1.00 17.05      A     \nATOM   1850  CD1 LEU X 927      -2.319  31.960  -7.631  1.00 17.73      A     \nATOM   1851  CD2 LEU X 927      -2.287  30.514  -5.571  1.00 16.70      A     \nATOM   1852  N   GLU X 928      -0.763  35.163  -3.397  1.00 22.41      A     \nATOM   1853  CA  GLU X 928       0.291  36.026  -2.883  1.00 24.91      A     \nATOM   1854  C   GLU X 928       0.416  35.914  -1.367  1.00 24.55      A     \nATOM   1855  O   GLU X 928       1.504  36.075  -0.816  1.00 26.02      A     \nATOM   1856  CB  GLU X 928       0.030  37.478  -3.292  1.00 27.01      A     \nATOM   1857  CG  GLU X 928       0.196  37.722  -4.784  1.00 32.05      A     \nATOM   1858  CD  GLU X 928      -0.010  39.172  -5.173  1.00 34.08      A     \nATOM   1859  OE1 GLU X 928      -0.818  39.859  -4.513  1.00 37.74      A     \nATOM   1860  OE2 GLU X 928       0.638  39.623  -6.141  1.00 37.88      A     \nATOM   1861  N   LYS X 929      -0.695  35.620  -0.699  1.00 24.55      A     \nATOM   1862  CA  LYS X 929      -0.680  35.390   0.743  1.00 25.36      A     \nATOM   1863  C   LYS X 929      -0.001  34.066   1.072  1.00 24.96      A     \nATOM   1864  O   LYS X 929       0.344  33.807   2.224  1.00 24.08      A     \nATOM   1865  CB  LYS X 929      -2.108  35.383   1.297  1.00 26.72      A     \nATOM   1866  CG  LYS X 929      -2.811  36.729   1.251  1.00 30.52      A     \nATOM   1867  CD  LYS X 929      -4.211  36.632   1.837  1.00 33.19      A     \nATOM   1868  CE  LYS X 929      -4.992  37.923   1.643  1.00 35.10      A     \nATOM   1869  NZ  LYS X 929      -4.373  39.068   2.365  1.00 37.58      A     \nATOM   1870  N   GLY X 930       0.185  33.227   0.057  1.00 22.78      A     \nATOM   1871  CA  GLY X 930       0.856  31.959   0.268  1.00 22.07      A     \nATOM   1872  C   GLY X 930      -0.094  30.780   0.362  1.00 20.98      A     \nATOM   1873  O   GLY X 930       0.341  29.645   0.560  1.00 21.53      A     \nATOM   1874  N   GLU X 931      -1.390  31.040   0.227  1.00 19.13      A     \nATOM   1875  CA  GLU X 931      -2.386  29.972   0.261  1.00 18.96      A     \nATOM   1876  C   GLU X 931      -2.303  29.132  -1.010  1.00 16.83      A     \nATOM   1877  O   GLU X 931      -2.040  29.658  -2.094  1.00 16.57      A     \nATOM   1878  CB  GLU X 931      -3.796  30.555   0.393  1.00 20.85      A     \nATOM   1879  CG  GLU X 931      -4.016  31.363   1.665  1.00 26.74      A     \nATOM   1880  CD  GLU X 931      -5.354  32.081   1.680  1.00 29.28      A     \nATOM   1881  OE1 GLU X 931      -5.379  33.287   2.012  1.00 33.57      A     \nATOM   1882  OE2 GLU X 931      -6.381  31.443   1.362  1.00 31.22      A     \nATOM   1883  N   ARG X 932      -2.528  27.829  -0.867  1.00 15.78      A     \nATOM   1884  CA  ARG X 932      -2.509  26.906  -2.003  1.00 14.30      A     \nATOM   1885  C   ARG X 932      -3.612  25.859  -1.852  1.00 14.46      A     \nATOM   1886  O   ARG X 932      -4.249  25.757  -0.807  1.00 15.89      A     \nATOM   1887  CB  ARG X 932      -1.147  26.205  -2.092  1.00 14.81      A     \nATOM   1888  CG  ARG X 932       0.028  27.130  -2.371  1.00 14.29      A     \nATOM   1889  CD  ARG X 932      -0.101  27.797  -3.733  1.00 14.64      A     \nATOM   1890  NE  ARG X 932       1.114  28.516  -4.110  1.00 16.18      A     \nATOM   1891  CZ  ARG X 932       1.391  29.767  -3.748  1.00 16.19      A     \nATOM   1892  NH1 ARG X 932       0.539  30.449  -2.994  1.00 17.13      A     \nATOM   1893  NH2 ARG X 932       2.518  30.338  -4.147  1.00 18.56      A     \nATOM   1894  N   LEU X 933      -3.836  25.073  -2.901  1.00 13.81      A     \nATOM   1895  CA  LEU X 933      -4.785  23.969  -2.827  1.00 13.42      A     \nATOM   1896  C   LEU X 933      -4.357  23.002  -1.731  1.00 12.98      A     \nATOM   1897  O   LEU X 933      -3.167  22.755  -1.538  1.00 15.23      A     \nATOM   1898  CB  LEU X 933      -4.851  23.239  -4.169  1.00 13.51      A     \nATOM   1899  CG  LEU X 933      -5.469  24.073  -5.295  1.00 12.49      A     \nATOM   1900  CD1 LEU X 933      -5.166  23.435  -6.634  1.00 12.66      A     \nATOM   1901  CD2 LEU X 933      -6.967  24.206  -5.073  1.00 13.87      A     \nATOM   1902  N   PRO X 934      -5.330  22.447  -0.994  1.00 13.42      A     \nATOM   1903  CA  PRO X 934      -5.049  21.577   0.153  1.00 14.30      A     \nATOM   1904  C   PRO X 934      -4.629  20.167  -0.244  1.00 14.74      A     \nATOM   1905  O   PRO X 934      -4.921  19.700  -1.347  1.00 14.48      A     \nATOM   1906  CB  PRO X 934      -6.362  21.579   0.927  1.00 15.10      A     \nATOM   1907  CG  PRO X 934      -7.397  21.779  -0.132  1.00 16.77      A     \nATOM   1908  CD  PRO X 934      -6.772  22.704  -1.147  1.00 15.10      A     \nATOM   1909  N   GLN X 935      -3.950  19.487   0.673  1.00 13.86      A     \nATOM   1910  CA  GLN X 935      -3.572  18.096   0.479  1.00 13.41      A     \nATOM   1911  C   GLN X 935      -4.809  17.225   0.286  1.00 13.42      A     \nATOM   1912  O   GLN X 935      -5.674  17.147   1.159  1.00 15.59      A     \nATOM   1913  CB  GLN X 935      -2.773  17.610   1.693  1.00 14.12      A     \nATOM   1914  CG  GLN X 935      -2.279  16.174   1.597  1.00 14.61      A     \nATOM   1915  CD  GLN X 935      -1.525  15.735   2.840  1.00 15.34      A     \nATOM   1916  OE1 GLN X 935      -1.244  16.545   3.729  1.00 16.02      A     \nATOM   1917  NE2 GLN X 935      -1.193  14.451   2.909  1.00 14.32      A     \nATOM   1918  N   PRO X 936      -4.914  16.557  -0.873  1.00 13.98      A     \nATOM   1919  CA  PRO X 936      -5.996  15.584  -1.050  1.00 13.80      A     \nATOM   1920  C   PRO X 936      -5.855  14.465  -0.027  1.00 13.89      A     \nATOM   1921  O   PRO X 936      -4.749  14.013   0.257  1.00 15.63      A     \nATOM   1922  CB  PRO X 936      -5.796  15.076  -2.478  1.00 14.46      A     \nATOM   1923  CG  PRO X 936      -5.029  16.166  -3.155  1.00 14.48      A     \nATOM   1924  CD  PRO X 936      -4.121  16.732  -2.099  1.00 14.12      A     \nATOM   1925  N   PRO X 937      -6.982  14.002   0.534  1.00 16.71      A     \nATOM   1926  CA  PRO X 937      -6.965  12.996   1.601  1.00 17.69      A     \nATOM   1927  C   PRO X 937      -6.251  11.698   1.225  1.00 16.37      A     \nATOM   1928  O   PRO X 937      -5.705  11.017   2.093  1.00 17.39      A     \nATOM   1929  CB  PRO X 937      -8.447  12.768   1.900  1.00 21.24      A     \nATOM   1930  CG  PRO X 937      -9.104  14.039   1.484  1.00 21.74      A     \nATOM   1931  CD  PRO X 937      -8.340  14.514   0.285  1.00 19.23      A     \nATOM   1932  N   ILE X 938      -6.248  11.349  -0.058  1.00 14.75      A     \nATOM   1933  CA  ILE X 938      -5.608  10.103  -0.472  1.00 14.06      A     \nATOM   1934  C   ILE X 938      -4.101  10.243  -0.670  1.00 12.72      A     \nATOM   1935  O   ILE X 938      -3.400   9.249  -0.802  1.00 13.14      A     \nATOM   1936  CB  ILE X 938      -6.218   9.527  -1.784  1.00 13.65      A     \nATOM   1937  CG1 ILE X 938      -5.954  10.466  -2.963  1.00 12.78      A     \nATOM   1938  CG2 ILE X 938      -7.706   9.299  -1.609  1.00 14.99      A     \nATOM   1939  CD1 ILE X 938      -6.252   9.833  -4.321  1.00 14.77      A     \nATOM   1940  N   CYS X 939      -3.606  11.477  -0.686  1.00 13.19      A     \nATOM   1941  CA  CYS X 939      -2.199  11.726  -0.999  1.00 13.06      A     \nATOM   1942  C   CYS X 939      -1.294  11.616   0.211  1.00 12.62      A     \nATOM   1943  O   CYS X 939      -1.561  12.221   1.248  1.00 13.29      A     \nATOM   1944  CB  CYS X 939      -2.025  13.121  -1.599  1.00 11.14      A     \nATOM   1945  SG  CYS X 939      -2.760  13.328  -3.228  1.00 14.28      A     \nATOM   1946  N   THR X 940      -0.216  10.854   0.072  1.00 12.96      A     \nATOM   1947  CA  THR X 940       0.866  10.912   1.044  1.00 12.78      A     \nATOM   1948  C   THR X 940       1.567  12.256   0.952  1.00 14.31      A     \nATOM   1949  O   THR X 940       1.438  12.972  -0.038  1.00 12.74      A     \nATOM   1950  CB  THR X 940       1.909   9.804   0.806  1.00 13.55      A     \nATOM   1951  OG1 THR X 940       2.413   9.890  -0.536  1.00 14.47      A     \nATOM   1952  CG2 THR X 940       1.296   8.439   1.054  1.00 14.23      A     \nATOM   1953  N   ILE X 941       2.309  12.602   1.994  1.00 13.12      A     \nATOM   1954  CA  ILE X 941       3.041  13.856   2.009  1.00 13.42      A     \nATOM   1955  C   ILE X 941       3.992  13.967   0.810  1.00 14.20      A     \nATOM   1956  O   ILE X 941       4.130  15.041   0.215  1.00 13.43      A     \nATOM   1957  CB  ILE X 941       3.805  13.999   3.343  1.00 12.95      A     \nATOM   1958  CG1 ILE X 941       2.788  14.150   4.481  1.00 15.48      A     \nATOM   1959  CG2 ILE X 941       4.764  15.182   3.289  1.00 15.28      A     \nATOM   1960  CD1 ILE X 941       3.397  14.119   5.871  1.00 17.60      A     \nATOM   1961  N   ASP X 942       4.626  12.858   0.439  1.00 15.01      A     \nATOM   1962  CA  ASP X 942       5.526  12.847  -0.713  1.00 17.11      A     \nATOM   1963  C   ASP X 942       4.841  13.337  -1.990  1.00 16.49      A     \nATOM   1964  O   ASP X 942       5.409  14.122  -2.748  1.00 15.96      A     \nATOM   1965  CB  ASP X 942       6.081  11.437  -0.946  1.00 18.82      A     \nATOM   1966  CG  ASP X 942       7.264  11.121  -0.050  1.00 21.86      A     \nATOM   1967  OD1 ASP X 942       7.714  12.027   0.680  1.00 22.86      A     \nATOM   1968  OD2 ASP X 942       7.744   9.967  -0.078  1.00 23.43      A     \nATOM   1969  N   VAL X 943       3.626  12.863  -2.236  1.00 14.10      A     \nATOM   1970  CA  VAL X 943       2.895  13.292  -3.424  1.00 13.39      A     \nATOM   1971  C   VAL X 943       2.501  14.762  -3.319  1.00 14.15      A     \nATOM   1972  O   VAL X 943       2.670  15.528  -4.266  1.00 13.98      A     \nATOM   1973  CB  VAL X 943       1.625  12.432  -3.637  1.00 13.64      A     \nATOM   1974  CG1 VAL X 943       0.839  12.945  -4.840  1.00 15.07      A     \nATOM   1975  CG2 VAL X 943       2.017  10.978  -3.860  1.00 14.25      A     \nATOM   1976  N   TYR X 944       1.996  15.169  -2.160  1.00 13.07      A     \nATOM   1977  CA  TYR X 944       1.542  16.543  -2.001  1.00 12.94      A     \nATOM   1978  C   TYR X 944       2.699  17.526  -2.125  1.00 14.49      A     \nATOM   1979  O   TYR X 944       2.524  18.634  -2.634  1.00 14.89      A     \nATOM   1980  CB  TYR X 944       0.838  16.726  -0.652  1.00 14.51      A     \nATOM   1981  CG  TYR X 944       0.253  18.107  -0.450  1.00 14.33      A     \nATOM   1982  CD1 TYR X 944       0.600  18.871   0.658  1.00 15.91      A     \nATOM   1983  CD2 TYR X 944      -0.652  18.641  -1.360  1.00 15.46      A     \nATOM   1984  CE1 TYR X 944       0.061  20.124   0.858  1.00 15.96      A     \nATOM   1985  CE2 TYR X 944      -1.199  19.896  -1.168  1.00 16.20      A     \nATOM   1986  CZ  TYR X 944      -0.837  20.632  -0.055  1.00 17.23      A     \nATOM   1987  OH  TYR X 944      -1.375  21.879   0.156  1.00 18.74      A     \nATOM   1988  N   MET X 945       3.885  17.126  -1.680  1.00 14.26      A     \nATOM   1989  CA  MET X 945       5.038  18.012  -1.767  1.00 15.36      A     \nATOM   1990  C   MET X 945       5.466  18.291  -3.206  1.00 14.83      A     \nATOM   1991  O   MET X 945       5.892  19.401  -3.523  1.00 14.54      A     \nATOM   1992  CB  MET X 945       6.209  17.437  -0.967  1.00 18.12      A     \nATOM   1993  CG  MET X 945       5.994  17.514   0.542  1.00 22.41      A     \nATOM   1994  SD  MET X 945       5.622  19.205   1.107  1.00 32.68      A     \nATOM   1995  CE  MET X 945       4.487  18.886   2.465  1.00 32.19      A     \nATOM   1996  N   ILE X 946       5.340  17.299  -4.083  1.00 15.34      A     \nATOM   1997  CA  ILE X 946       5.638  17.520  -5.494  1.00 17.61      A     \nATOM   1998  C   ILE X 946       4.644  18.522  -6.066  1.00 16.43      A     \nATOM   1999  O   ILE X 946       5.010  19.426  -6.818  1.00 16.18      A     \nATOM   2000  CB  ILE X 946       5.538  16.214  -6.307  1.00 21.19      A     \nATOM   2001  CG1 ILE X 946       6.558  15.201  -5.793  1.00 24.84      A     \nATOM   2002  CG2 ILE X 946       5.778  16.505  -7.785  1.00 22.04      A     \nATOM   2003  CD1 ILE X 946       6.463  13.847  -6.470  1.00 26.57      A     \nATOM   2004  N   MET X 947       3.380  18.363  -5.700  1.00 16.04      A     \nATOM   2005  CA  MET X 947       2.348  19.268  -6.174  1.00 16.51      A     \nATOM   2006  C   MET X 947       2.603  20.694  -5.679  1.00 15.71      A     \nATOM   2007  O   MET X 947       2.510  21.655  -6.445  1.00 16.22      A     \nATOM   2008  CB  MET X 947       0.978  18.756  -5.717  1.00 19.23      A     \nATOM   2009  CG  MET X 947       0.702  17.315  -6.170  1.00 18.91      A     \nATOM   2010  SD  MET X 947      -0.641  16.507  -5.274  1.00 21.49      A     \nATOM   2011  CE  MET X 947      -1.879  17.770  -5.419  1.00 15.15      A     \nATOM   2012  N   ARG X 948       2.954  20.835  -4.405  1.00 14.57      A     \nATOM   2013  CA  ARG X 948       3.258  22.150  -3.851  1.00 14.41      A     \nATOM   2014  C   ARG X 948       4.462  22.809  -4.524  1.00 14.58      A     \nATOM   2015  O   ARG X 948       4.494  24.028  -4.684  1.00 14.56      A     \nATOM   2016  CB  ARG X 948       3.503  22.039  -2.343  1.00 15.49      A     \nATOM   2017  CG  ARG X 948       2.243  21.780  -1.534  1.00 17.19      A     \nATOM   2018  CD  ARG X 948       1.297  22.971  -1.599  1.00 19.12      A     \nATOM   2019  NE  ARG X 948       1.844  24.143  -0.918  1.00 21.78      A     \nATOM   2020  CZ  ARG X 948       1.389  24.616   0.239  1.00 22.11      A     \nATOM   2021  NH1 ARG X 948       0.376  24.020   0.852  1.00 22.94      A     \nATOM   2022  NH2 ARG X 948       1.950  25.686   0.785  1.00 23.78      A     \nATOM   2023  N   LYS X 949       5.447  22.011  -4.922  1.00 13.90      A     \nATOM   2024  CA  LYS X 949       6.617  22.553  -5.608  1.00 14.00      A     \nATOM   2025  C   LYS X 949       6.233  23.146  -6.964  1.00 12.01      A     \nATOM   2026  O   LYS X 949       6.870  24.085  -7.446  1.00 13.10      A     \nATOM   2027  CB  LYS X 949       7.668  21.456  -5.800  1.00 16.90      A     \nATOM   2028  CG  LYS X 949       9.035  21.978  -6.199  1.00 21.77      A     \nATOM   2029  CD  LYS X 949      10.082  20.876  -6.146  1.00 26.47      A     \nATOM   2030  CE  LYS X 949      11.461  21.407  -6.500  1.00 30.35      A     \nATOM   2031  NZ  LYS X 949      11.519  21.888  -7.905  1.00 31.32      A     \nATOM   2032  N   CYS X 950       5.193  22.591  -7.582  1.00 11.95      A     \nATOM   2033  CA  CYS X 950       4.690  23.121  -8.848  1.00 10.67      A     \nATOM   2034  C   CYS X 950       4.100  24.515  -8.703  1.00 11.51      A     \nATOM   2035  O   CYS X 950       3.924  25.215  -9.697  1.00 12.52      A     \nATOM   2036  CB  CYS X 950       3.620  22.194  -9.430  1.00 12.16      A     \nATOM   2037  SG  CYS X 950       4.244  20.603 -10.009  1.00 12.38      A     \nATOM   2038  N   TRP X 951       3.791  24.919  -7.474  1.00 12.31      A     \nATOM   2039  CA  TRP X 951       3.126  26.197  -7.253  1.00 13.30      A     \nATOM   2040  C   TRP X 951       4.001  27.202  -6.510  1.00 12.47      A     \nATOM   2041  O   TRP X 951       3.489  28.114  -5.858  1.00 14.15      A     \nATOM   2042  CB  TRP X 951       1.822  25.997  -6.478  1.00 12.88      A     \nATOM   2043  CG  TRP X 951       0.890  24.971  -7.081  1.00 10.91      A     \nATOM   2044  CD1 TRP X 951       0.648  24.750  -8.409  1.00 11.01      A     \nATOM   2045  CD2 TRP X 951       0.086  24.025  -6.364  1.00 11.45      A     \nATOM   2046  NE1 TRP X 951      -0.258  23.723  -8.560  1.00 12.17      A     \nATOM   2047  CE2 TRP X 951      -0.615  23.262  -7.318  1.00 12.41      A     \nATOM   2048  CE3 TRP X 951      -0.108  23.748  -5.006  1.00 11.80      A     \nATOM   2049  CZ2 TRP X 951      -1.495  22.241  -6.958  1.00 12.91      A     \nATOM   2050  CZ3 TRP X 951      -0.982  22.733  -4.649  1.00 12.98      A     \nATOM   2051  CH2 TRP X 951      -1.665  21.991  -5.622  1.00 12.76      A     \nATOM   2052  N  AMET X 952       5.317  27.032  -6.609  0.50 12.75      A     \nATOM   2053  CA AMET X 952       6.249  28.018  -6.072  0.50 12.72      A     \nATOM   2054  C  AMET X 952       6.102  29.324  -6.842  0.50 13.40      A     \nATOM   2055  O  AMET X 952       5.852  29.321  -8.048  0.50 12.34      A     \nATOM   2056  CB AMET X 952       7.689  27.515  -6.194  0.50 14.54      A     \nATOM   2057  CG AMET X 952       7.969  26.233  -5.424  0.50 16.12      A     \nATOM   2058  SD AMET X 952       7.716  26.408  -3.647  0.50 20.92      A     \nATOM   2059  CE AMET X 952       9.127  27.411  -3.202  0.50 20.08      A     \nATOM   2060  N  BMET X 952       5.315  27.044  -6.606  0.50 13.63      A     \nATOM   2061  CA BMET X 952       6.218  28.022  -6.014  0.50 14.29      A     \nATOM   2062  C  BMET X 952       6.201  29.308  -6.833  0.50 14.54      A     \nATOM   2063  O  BMET X 952       6.127  29.274  -8.062  0.50 14.54      A     \nATOM   2064  CB BMET X 952       7.634  27.453  -5.945  0.50 17.16      A     \nATOM   2065  CG BMET X 952       7.731  26.195  -5.100  0.50 19.50      A     \nATOM   2066  SD BMET X 952       9.411  25.591  -4.913  0.50 24.64      A     \nATOM   2067  CE BMET X 952      10.146  26.922  -3.954  0.50 23.39      A     \nATOM   2068  N   ILE X 953       6.253  30.446  -6.148  1.00 13.47      A     \nATOM   2069  CA  ILE X 953       6.187  31.732  -6.827  1.00 14.93      A     \nATOM   2070  C   ILE X 953       7.315  31.883  -7.846  1.00 14.93      A     \nATOM   2071  O   ILE X 953       7.092  32.363  -8.960  1.00 16.44      A     \nATOM   2072  CB  ILE X 953       6.252  32.898  -5.812  1.00 15.18      A     \nATOM   2073  CG1 ILE X 953       5.025  32.860  -4.898  1.00 20.84      A     \nATOM   2074  CG2 ILE X 953       6.317  34.227  -6.549  1.00 18.52      A     \nATOM   2075  CD1 ILE X 953       3.707  33.012  -5.633  1.00 23.88      A     \nATOM   2076  N   ASP X 954       8.523  31.471  -7.473  1.00 15.87      A     \nATOM   2077  CA  ASP X 954       9.657  31.518  -8.388  1.00 15.02      A     \nATOM   2078  C   ASP X 954       9.544  30.369  -9.388  1.00 15.17      A     \nATOM   2079  O   ASP X 954       9.624  29.200  -9.012  1.00 15.43      A     \nATOM   2080  CB  ASP X 954      10.968  31.410  -7.601  1.00 18.56      A     \nATOM   2081  CG  ASP X 954      12.191  31.687  -8.457  1.00 20.99      A     \nATOM   2082  OD1 ASP X 954      13.241  32.066  -7.887  1.00 25.25      A     \nATOM   2083  OD2 ASP X 954      12.115  31.531  -9.691  1.00 23.24      A     \nATOM   2084  N   ALA X 955       9.359  30.710 -10.658  1.00 14.55      A     \nATOM   2085  CA  ALA X 955       9.085  29.710 -11.688  1.00 15.58      A     \nATOM   2086  C   ALA X 955      10.220  28.699 -11.809  1.00 16.90      A     \nATOM   2087  O   ALA X 955       9.985  27.525 -12.102  1.00 15.92      A     \nATOM   2088  CB  ALA X 955       8.851  30.396 -13.028  1.00 16.02      A     \nATOM   2089  N   ASP X 956      11.448  29.152 -11.579  1.00 19.03      A     \nATOM   2090  CA  ASP X 956      12.611  28.275 -11.687  1.00 21.45      A     \nATOM   2091  C   ASP X 956      12.824  27.416 -10.442  1.00 20.60      A     \nATOM   2092  O   ASP X 956      13.706  26.553 -10.418  1.00 23.73      A     \nATOM   2093  CB  ASP X 956      13.868  29.100 -11.974  1.00 25.01      A     \nATOM   2094  CG  ASP X 956      13.839  29.738 -13.352  1.00 28.17      A     \nATOM   2095  OD1 ASP X 956      14.363  30.862 -13.501  1.00 33.15      A     \nATOM   2096  OD2 ASP X 956      13.290  29.115 -14.286  1.00 30.36      A     \nATOM   2097  N   SER X 957      12.016  27.644  -9.413  1.00 17.39      A     \nATOM   2098  CA  SER X 957      12.012  26.768  -8.247  1.00 17.37      A     \nATOM   2099  C   SER X 957      11.051  25.597  -8.439  1.00 16.67      A     \nATOM   2100  O   SER X 957      11.068  24.638  -7.667  1.00 18.08      A     \nATOM   2101  CB  SER X 957      11.620  27.549  -6.990  1.00 18.59      A     \nATOM   2102  OG  SER X 957      12.653  28.442  -6.606  1.00 20.68      A     \nATOM   2103  N   ARG X 958      10.208  25.683  -9.466  1.00 13.92      A     \nATOM   2104  CA  ARG X 958       9.283  24.597  -9.774  1.00 13.31      A     \nATOM   2105  C   ARG X 958      10.031  23.455 -10.442  1.00 12.24      A     \nATOM   2106  O   ARG X 958      11.078  23.659 -11.058  1.00 14.35      A     \nATOM   2107  CB  ARG X 958       8.169  25.094 -10.703  1.00 10.78      A     \nATOM   2108  CG  ARG X 958       7.326  26.197 -10.093  1.00 12.72      A     \nATOM   2109  CD  ARG X 958       6.398  26.841 -11.111  1.00 12.12      A     \nATOM   2110  NE  ARG X 958       6.023  28.175 -10.651  1.00 12.85      A     \nATOM   2111  CZ  ARG X 958       5.588  29.156 -11.432  1.00 12.30      A     \nATOM   2112  NH1 ARG X 958       5.295  30.336 -10.897  1.00 12.77      A     \nATOM   2113  NH2 ARG X 958       5.428  28.962 -12.736  1.00 12.28      A     \nATOM   2114  N   PRO X 959       9.502  22.230 -10.331  1.00 12.48      A     \nATOM   2115  CA  PRO X 959      10.152  21.123 -11.035  1.00 13.52      A     \nATOM   2116  C   PRO X 959      10.089  21.283 -12.549  1.00 13.07      A     \nATOM   2117  O   PRO X 959       9.253  22.022 -13.078  1.00 12.32      A     \nATOM   2118  CB  PRO X 959       9.392  19.886 -10.553  1.00 15.49      A     \nATOM   2119  CG  PRO X 959       8.076  20.398 -10.083  1.00 19.74      A     \nATOM   2120  CD  PRO X 959       8.293  21.809  -9.605  1.00 13.95      A     \nATOM   2121  N   LYS X 960      11.000  20.607 -13.237  1.00 12.91      A     \nATOM   2122  CA  LYS X 960      10.925  20.467 -14.686  1.00 14.06      A     \nATOM   2123  C   LYS X 960      10.086  19.233 -14.990  1.00 13.03      A     \nATOM   2124  O   LYS X 960      10.022  18.303 -14.184  1.00 12.76      A     \nATOM   2125  CB  LYS X 960      12.327  20.284 -15.275  1.00 17.46      A     \nATOM   2126  CG  LYS X 960      13.275  21.444 -15.014  1.00 21.72      A     \nATOM   2127  CD  LYS X 960      12.787  22.718 -15.684  1.00 26.62      A     \nATOM   2128  CE  LYS X 960      13.923  23.718 -15.855  1.00 29.72      A     \nATOM   2129  NZ  LYS X 960      14.558  24.065 -14.553  1.00 33.62      A     \nATOM   2130  N   PHE X 961       9.437  19.216 -16.149  1.00 12.99      A     \nATOM   2131  CA  PHE X 961       8.643  18.054 -16.518  1.00 12.37      A     \nATOM   2132  C   PHE X 961       9.489  16.789 -16.556  1.00 13.41      A     \nATOM   2133  O   PHE X 961       9.008  15.715 -16.198  1.00 12.59      A     \nATOM   2134  CB  PHE X 961       7.958  18.274 -17.872  1.00 12.58      A     \nATOM   2135  CG  PHE X 961       6.746  19.156 -17.796  1.00 10.80      A     \nATOM   2136  CD1 PHE X 961       5.661  18.789 -17.013  1.00 10.52      A     \nATOM   2137  CD2 PHE X 961       6.700  20.362 -18.476  1.00 11.82      A     \nATOM   2138  CE1 PHE X 961       4.550  19.614 -16.908  1.00 11.08      A     \nATOM   2139  CE2 PHE X 961       5.592  21.190 -18.375  1.00 11.31      A     \nATOM   2140  CZ  PHE X 961       4.518  20.817 -17.591  1.00  9.94      A     \nATOM   2141  N   ARG X 962      10.750  16.911 -16.967  1.00 14.75      A     \nATOM   2142  CA  ARG X 962      11.612  15.736 -17.004  1.00 15.74      A     \nATOM   2143  C   ARG X 962      11.776  15.152 -15.603  1.00 14.76      A     \nATOM   2144  O   ARG X 962      11.836  13.933 -15.438  1.00 16.05      A     \nATOM   2145  CB  ARG X 962      12.978  16.083 -17.610  1.00 19.16      A     \nATOM   2146  CG  ARG X 962      13.735  17.193 -16.907  1.00 23.72      A     \nATOM   2147  CD  ARG X 962      15.032  17.514 -17.644  1.00 29.23      A     \nATOM   2148  NE  ARG X 962      15.933  18.338 -16.844  1.00 32.99      A     \nATOM   2149  CZ  ARG X 962      15.994  19.664 -16.911  1.00 36.15      A     \nATOM   2150  NH1 ARG X 962      15.203  20.325 -17.746  1.00 37.22      A     \nATOM   2151  NH2 ARG X 962      16.846  20.329 -16.143  1.00 37.39      A     \nATOM   2152  N   GLU X 963      11.825  16.019 -14.594  1.00 13.98      A     \nATOM   2153  CA  GLU X 963      11.921  15.573 -13.206  1.00 13.75      A     \nATOM   2154  C   GLU X 963      10.609  14.969 -12.716  1.00 14.69      A     \nATOM   2155  O   GLU X 963      10.603  13.992 -11.962  1.00 15.52      A     \nATOM   2156  CB  GLU X 963      12.324  16.747 -12.306  1.00 15.46      A     \nATOM   2157  CG  GLU X 963      13.696  17.320 -12.644  1.00 19.47      A     \nATOM   2158  CD  GLU X 963      13.976  18.645 -11.960  1.00 22.59      A     \nATOM   2159  OE1 GLU X 963      13.017  19.311 -11.518  1.00 22.30      A     \nATOM   2160  OE2 GLU X 963      15.164  19.019 -11.862  1.00 27.43      A     \nATOM   2161  N   LEU X 964       9.494  15.546 -13.152  1.00 13.90      A     \nATOM   2162  CA  LEU X 964       8.191  15.019 -12.777  1.00 13.16      A     \nATOM   2163  C   LEU X 964       7.975  13.618 -13.343  1.00 12.36      A     \nATOM   2164  O   LEU X 964       7.381  12.765 -12.687  1.00 13.46      A     \nATOM   2165  CB  LEU X 964       7.090  15.965 -13.257  1.00 12.74      A     \nATOM   2166  CG  LEU X 964       7.072  17.309 -12.518  1.00 12.03      A     \nATOM   2167  CD1 LEU X 964       6.243  18.324 -13.293  1.00 12.65      A     \nATOM   2168  CD2 LEU X 964       6.507  17.117 -11.120  1.00 14.16      A     \nATOM   2169  N   ILE X 965       8.478  13.372 -14.550  1.00 12.55      A     \nATOM   2170  CA  ILE X 965       8.411  12.031 -15.124  1.00 12.72      A     \nATOM   2171  C   ILE X 965       9.123  11.027 -14.222  1.00 12.56      A     \nATOM   2172  O   ILE X 965       8.595   9.955 -13.935  1.00 13.95      A     \nATOM   2173  CB  ILE X 965       9.062  11.985 -16.519  1.00 12.69      A     \nATOM   2174  CG1 ILE X 965       8.245  12.821 -17.499  1.00 12.37      A     \nATOM   2175  CG2 ILE X 965       9.148  10.543 -17.016  1.00 12.30      A     \nATOM   2176  CD1 ILE X 965       8.943  13.024 -18.825  1.00 13.74      A     \nATOM   2177  N   ILE X 966      10.316  11.388 -13.769  1.00 13.58      A     \nATOM   2178  CA  ILE X 966      11.117  10.488 -12.949  1.00 13.76      A     \nATOM   2179  C   ILE X 966      10.459  10.222 -11.599  1.00 13.83      A     \nATOM   2180  O   ILE X 966      10.380   9.075 -11.151  1.00 14.76      A     \nATOM   2181  CB  ILE X 966      12.527  11.070 -12.724  1.00 15.75      A     \nATOM   2182  CG1 ILE X 966      13.283  11.106 -14.054  1.00 16.76      A     \nATOM   2183  CG2 ILE X 966      13.281  10.239 -11.691  1.00 17.25      A     \nATOM   2184  CD1 ILE X 966      14.604  11.839 -14.000  1.00 18.60      A     \nATOM   2185  N   GLU X 967       9.977  11.278 -10.954  1.00 13.74      A     \nATOM   2186  CA  GLU X 967       9.388  11.137  -9.633  1.00 14.30      A     \nATOM   2187  C   GLU X 967       8.081  10.362  -9.666  1.00 14.33      A     \nATOM   2188  O   GLU X 967       7.878   9.439  -8.874  1.00 14.87      A     \nATOM   2189  CB  GLU X 967       9.165  12.514  -9.002  1.00 17.43      A     \nATOM   2190  CG  GLU X 967      10.456  13.219  -8.620  1.00 24.91      A     \nATOM   2191  CD  GLU X 967      11.374  12.333  -7.797  1.00 29.23      A     \nATOM   2192  OE1 GLU X 967      12.531  12.110  -8.219  1.00 32.27      A     \nATOM   2193  OE2 GLU X 967      10.935  11.854  -6.729  1.00 31.23      A     \nATOM   2194  N   PHE X 968       7.189  10.713 -10.585  1.00 12.60      A     \nATOM   2195  CA  PHE X 968       5.927   9.994 -10.654  1.00 13.09      A     \nATOM   2196  C   PHE X 968       6.089   8.571 -11.184  1.00 13.47      A     \nATOM   2197  O   PHE X 968       5.292   7.701 -10.855  1.00 13.11      A     \nATOM   2198  CB  PHE X 968       4.900  10.779 -11.480  1.00 13.09      A     \nATOM   2199  CG  PHE X 968       4.164  11.827 -10.680  1.00 13.65      A     \nATOM   2200  CD1 PHE X 968       3.112  11.466  -9.850  1.00 14.19      A     \nATOM   2201  CD2 PHE X 968       4.537  13.160 -10.734  1.00 14.54      A     \nATOM   2202  CE1 PHE X 968       2.444  12.413  -9.092  1.00 14.87      A     \nATOM   2203  CE2 PHE X 968       3.875  14.113  -9.977  1.00 13.67      A     \nATOM   2204  CZ  PHE X 968       2.826  13.738  -9.155  1.00 13.71      A     \nATOM   2205  N   SER X 969       7.131   8.326 -11.978  1.00 13.88      A     \nATOM   2206  CA  SER X 969       7.415   6.968 -12.449  1.00 13.73      A     \nATOM   2207  C   SER X 969       7.836   6.069 -11.290  1.00 14.34      A     \nATOM   2208  O   SER X 969       7.443   4.901 -11.220  1.00 15.60      A     \nATOM   2209  CB  SER X 969       8.519   6.985 -13.515  1.00 14.63      A     \nATOM   2210  OG  SER X 969       8.033   7.491 -14.749  1.00 14.47      A     \nATOM   2211  N   LYS X 970       8.630   6.619 -10.377  1.00 15.07      A     \nATOM   2212  CA  LYS X 970       9.015   5.890  -9.178  1.00 15.01      A     \nATOM   2213  C   LYS X 970       7.779   5.535  -8.365  1.00 14.88      A     \nATOM   2214  O   LYS X 970       7.624   4.403  -7.903  1.00 16.09      A     \nATOM   2215  CB  LYS X 970       9.964   6.734  -8.324  1.00 17.90      A     \nATOM   2216  CG  LYS X 970      10.379   6.062  -7.024  1.00 22.17      A     \nATOM   2217  CD  LYS X 970      11.363   6.920  -6.241  1.00 27.31      A     \nATOM   2218  CE  LYS X 970      10.786   8.293  -5.942  1.00 30.37      A     \nATOM   2219  NZ  LYS X 970       9.450   8.206  -5.287  1.00 33.81      A     \nATOM   2220  N   MET X 971       6.889   6.503  -8.199  1.00 15.35      A     \nATOM   2221  CA  MET X 971       5.700   6.277  -7.396  1.00 15.00      A     \nATOM   2222  C   MET X 971       4.740   5.296  -8.056  1.00 15.25      A     \nATOM   2223  O   MET X 971       4.128   4.474  -7.376  1.00 15.26      A     \nATOM   2224  CB  MET X 971       5.006   7.606  -7.120  1.00 15.73      A     \nATOM   2225  CG  MET X 971       5.858   8.526  -6.267  1.00 16.77      A     \nATOM   2226  SD  MET X 971       4.962   9.974  -5.725  1.00 23.47      A     \nATOM   2227  CE  MET X 971       4.823  10.843  -7.202  1.00 24.81      A     \nATOM   2228  N   ALA X 972       4.627   5.368  -9.379  1.00 14.63      A     \nATOM   2229  CA  ALA X 972       3.730   4.482 -10.114  1.00 14.95      A     \nATOM   2230  C   ALA X 972       4.201   3.030 -10.077  1.00 15.99      A     \nATOM   2231  O   ALA X 972       3.440   2.117 -10.390  1.00 16.59      A     \nATOM   2232  CB  ALA X 972       3.600   4.956 -11.562  1.00 12.91      A     \nATOM   2233  N   ARG X 973       5.457   2.822  -9.693  1.00 16.63      A     \nATOM   2234  CA  ARG X 973       6.009   1.478  -9.596  1.00 17.34      A     \nATOM   2235  C   ARG X 973       5.593   0.814  -8.285  1.00 17.54      A     \nATOM   2236  O   ARG X 973       5.652  -0.409  -8.152  1.00 18.45      A     \nATOM   2237  CB  ARG X 973       7.535   1.537  -9.695  1.00 20.41      A     \nATOM   2238  CG  ARG X 973       8.210   0.188  -9.806  1.00 25.78      A     \nATOM   2239  CD  ARG X 973       9.704   0.358 -10.032  1.00 29.46      A     \nATOM   2240  NE  ARG X 973      10.377  -0.921 -10.227  1.00 32.43      A     \nATOM   2241  CZ  ARG X 973      11.663  -1.047 -10.542  1.00 34.13      A     \nATOM   2242  NH1 ARG X 973      12.195  -2.251 -10.701  1.00 35.18      A     \nATOM   2243  NH2 ARG X 973      12.416   0.034 -10.697  1.00 35.22      A     \nATOM   2244  N   ASP X 974       5.170   1.625  -7.320  1.00 16.83      A     \nATOM   2245  CA  ASP X 974       4.705   1.120  -6.029  1.00 18.15      A     \nATOM   2246  C   ASP X 974       3.550   1.994  -5.547  1.00 16.40      A     \nATOM   2247  O   ASP X 974       3.673   2.724  -4.563  1.00 16.39      A     \nATOM   2248  CB  ASP X 974       5.848   1.156  -5.009  1.00 19.52      A     \nATOM   2249  CG  ASP X 974       5.526   0.394  -3.732  1.00 23.22      A     \nATOM   2250  OD1 ASP X 974       6.340   0.452  -2.786  1.00 24.91      A     \nATOM   2251  OD2 ASP X 974       4.465  -0.264  -3.672  1.00 23.91      A     \nATOM   2252  N   PRO X 975       2.404   1.925  -6.240  1.00 15.51      A     \nATOM   2253  CA  PRO X 975       1.356   2.945  -6.114  1.00 15.14      A     \nATOM   2254  C   PRO X 975       0.717   3.050  -4.732  1.00 15.56      A     \nATOM   2255  O   PRO X 975       0.358   4.138  -4.294  1.00 14.58      A     \nATOM   2256  CB  PRO X 975       0.330   2.551  -7.178  1.00 15.56      A     \nATOM   2257  CG  PRO X 975       1.049   1.607  -8.089  1.00 21.67      A     \nATOM   2258  CD  PRO X 975       2.071   0.914  -7.258  1.00 16.27      A     \nATOM   2259  N   GLN X 976       0.573   1.922  -4.045  1.00 15.57      A     \nATOM   2260  CA  GLN X 976      -0.123   1.924  -2.763  1.00 17.20      A     \nATOM   2261  C   GLN X 976       0.754   2.460  -1.641  1.00 17.44      A     \nATOM   2262  O   GLN X 976       0.272   2.730  -0.545  1.00 18.28      A     \nATOM   2263  CB  GLN X 976      -0.620   0.516  -2.430  1.00 18.45      A     \nATOM   2264  CG  GLN X 976      -1.661   0.015  -3.418  1.00 22.45      A     \nATOM   2265  CD  GLN X 976      -2.275  -1.311  -3.021  1.00 26.69      A     \nATOM   2266  OE1 GLN X 976      -2.365  -2.231  -3.833  1.00 31.36      A     \nATOM   2267  NE2 GLN X 976      -2.709  -1.414  -1.771  1.00 28.25      A     \nATOM   2268  N   ARG X 977       2.042   2.623  -1.918  1.00 15.81      A     \nATOM   2269  CA  ARG X 977       2.915   3.301  -0.971  1.00 15.34      A     \nATOM   2270  C   ARG X 977       2.652   4.805  -0.974  1.00 15.03      A     \nATOM   2271  O   ARG X 977       2.861   5.484   0.033  1.00 16.76      A     \nATOM   2272  CB  ARG X 977       4.384   3.049  -1.314  1.00 18.19      A     \nATOM   2273  CG  ARG X 977       5.335   3.809  -0.407  1.00 21.68      A     \nATOM   2274  CD  ARG X 977       6.780   3.660  -0.838  1.00 24.62      A     \nATOM   2275  NE  ARG X 977       7.611   4.708  -0.252  1.00 28.71      A     \nATOM   2276  CZ  ARG X 977       8.936   4.650  -0.167  1.00 30.56      A     \nATOM   2277  NH1 ARG X 977       9.611   5.652   0.380  1.00 32.04      A     \nATOM   2278  NH2 ARG X 977       9.587   3.591  -0.630  1.00 31.67      A     \nATOM   2279  N   TYR X 978       2.192   5.328  -2.106  1.00 14.08      A     \nATOM   2280  CA  TYR X 978       2.152   6.772  -2.297  1.00 13.83      A     \nATOM   2281  C   TYR X 978       0.753   7.374  -2.296  1.00 13.52      A     \nATOM   2282  O   TYR X 978       0.586   8.568  -2.043  1.00 13.00      A     \nATOM   2283  CB  TYR X 978       2.888   7.136  -3.587  1.00 13.57      A     \nATOM   2284  CG  TYR X 978       4.367   6.852  -3.500  1.00 13.39      A     \nATOM   2285  CD1 TYR X 978       4.905   5.699  -4.054  1.00 13.67      A     \nATOM   2286  CD2 TYR X 978       5.221   7.719  -2.832  1.00 14.78      A     \nATOM   2287  CE1 TYR X 978       6.253   5.414  -3.940  1.00 15.70      A     \nATOM   2288  CE2 TYR X 978       6.569   7.444  -2.715  1.00 16.41      A     \nATOM   2289  CZ  TYR X 978       7.081   6.291  -3.270  1.00 17.19      A     \nATOM   2290  OH  TYR X 978       8.423   6.014  -3.145  1.00 21.26      A     \nATOM   2291  N   LEU X 979      -0.249   6.549  -2.577  1.00 12.62      A     \nATOM   2292  CA  LEU X 979      -1.639   6.967  -2.451  1.00 13.01      A     \nATOM   2293  C   LEU X 979      -2.395   5.948  -1.613  1.00 14.95      A     \nATOM   2294  O   LEU X 979      -2.225   4.740  -1.784  1.00 16.25      A     \nATOM   2295  CB  LEU X 979      -2.293   7.087  -3.829  1.00 14.54      A     \nATOM   2296  CG  LEU X 979      -1.672   8.100  -4.795  1.00 12.20      A     \nATOM   2297  CD1 LEU X 979      -2.404   8.042  -6.129  1.00 13.67      A     \nATOM   2298  CD2 LEU X 979      -1.761   9.502  -4.203  1.00 13.86      A     \nATOM   2299  N   VAL X 980      -3.222   6.445  -0.701  1.00 13.94      A     \nATOM   2300  CA  VAL X 980      -3.962   5.592   0.217  1.00 15.51      A     \nATOM   2301  C   VAL X 980      -5.451   5.694  -0.078  1.00 15.94      A     \nATOM   2302  O   VAL X 980      -6.100   6.682   0.261  1.00 17.42      A     \nATOM   2303  CB  VAL X 980      -3.695   6.005   1.679  1.00 15.78      A     \nATOM   2304  CG1 VAL X 980      -4.452   5.092   2.631  1.00 18.79      A     \nATOM   2305  CG2 VAL X 980      -2.199   5.946   1.963  1.00 18.25      A     \nATOM   2306  N   ILE X 981      -5.980   4.659  -0.723  1.00 17.50      A     \nATOM   2307  CA  ILE X 981      -7.371   4.637  -1.153  1.00 18.82      A     \nATOM   2308  C   ILE X 981      -8.055   3.403  -0.570  1.00 20.82      A     \nATOM   2309  O   ILE X 981      -7.568   2.283  -0.726  1.00 21.34      A     \nATOM   2310  CB  ILE X 981      -7.463   4.589  -2.694  1.00 18.45      A     \nATOM   2311  CG1 ILE X 981      -6.812   5.840  -3.290  1.00 17.52      A     \nATOM   2312  CG2 ILE X 981      -8.916   4.475  -3.131  1.00 20.08      A     \nATOM   2313  CD1 ILE X 981      -6.605   5.757  -4.791  1.00 15.38      A     \nATOM   2314  N   GLN X 982      -9.178   3.615   0.107  1.00 23.33      A     \nATOM   2315  CA  GLN X 982      -9.901   2.513   0.729  1.00 25.94      A     \nATOM   2316  C   GLN X 982     -10.406   1.555  -0.342  1.00 25.69      A     \nATOM   2317  O   GLN X 982     -11.047   1.972  -1.304  1.00 25.37      A     \nATOM   2318  CB  GLN X 982     -11.082   3.046   1.542  1.00 28.34      A     \nATOM   2319  CG  GLN X 982     -11.883   1.958   2.243  1.00 33.61      A     \nATOM   2320  CD  GLN X 982     -13.017   2.514   3.083  1.00 36.55      A     \nATOM   2321  OE1 GLN X 982     -13.194   3.729   3.187  1.00 39.52      A     \nATOM   2322  NE2 GLN X 982     -13.793   1.623   3.691  1.00 37.67      A     \nATOM   2323  N   GLY X 983     -10.103   0.272  -0.172  1.00 26.13      A     \nATOM   2324  CA  GLY X 983     -10.572  -0.732  -1.109  1.00 26.33      A     \nATOM   2325  C   GLY X 983      -9.818  -0.720  -2.425  1.00 27.19      A     \nATOM   2326  O   GLY X 983     -10.297  -1.254  -3.426  1.00 26.72      A     \nATOM   2327  N   ASP X 984      -8.632  -0.116  -2.417  1.00 27.56      A     \nATOM   2328  CA  ASP X 984      -7.832   0.058  -3.628  1.00 29.96      A     \nATOM   2329  C   ASP X 984      -7.613  -1.261  -4.367  1.00 33.52      A     \nATOM   2330  O   ASP X 984      -7.832  -1.348  -5.576  1.00 33.04      A     \nATOM   2331  CB  ASP X 984      -6.478   0.677  -3.262  1.00 26.67      A     \nATOM   2332  CG  ASP X 984      -5.699   1.155  -4.476  1.00 26.29      A     \nATOM   2333  OD1 ASP X 984      -6.079   0.812  -5.615  1.00 26.26      A     \nATOM   2334  OD2 ASP X 984      -4.700   1.877  -4.285  1.00 26.15      A     \nATOM   2335  N   GLU X 985      -7.188  -2.286  -3.636  1.00 37.60      A     \nATOM   2336  CA  GLU X 985      -6.815  -3.557  -4.250  1.00 42.84      A     \nATOM   2337  C   GLU X 985      -7.997  -4.267  -4.902  1.00 45.01      A     \nATOM   2338  O   GLU X 985      -7.813  -5.189  -5.696  1.00 45.25      A     \nATOM   2339  CB  GLU X 985      -6.175  -4.476  -3.208  1.00 44.72      A     \nATOM   2340  CG  GLU X 985      -4.865  -3.949  -2.643  1.00 48.11      A     \nATOM   2341  CD  GLU X 985      -4.071  -5.016  -1.916  1.00 49.85      A     \nATOM   2342  OE1 GLU X 985      -4.691  -5.956  -1.375  1.00 51.13      A     \nATOM   2343  OE2 GLU X 985      -2.825  -4.915  -1.888  1.00 50.42      A     \nATOM   2344  N   ARG X 986      -9.207  -3.835  -4.566  1.00 47.64      A     \nATOM   2345  CA  ARG X 986     -10.414  -4.461  -5.094  1.00 50.89      A     \nATOM   2346  C   ARG X 986     -10.938  -3.741  -6.333  1.00 51.64      A     \nATOM   2347  O   ARG X 986     -11.647  -4.329  -7.149  1.00 52.09      A     \nATOM   2348  CB  ARG X 986     -11.501  -4.489  -4.018  1.00 53.10      A     \nATOM   2349  CG  ARG X 986     -11.157  -5.347  -2.812  1.00 56.60      A     \nATOM   2350  CD  ARG X 986     -12.070  -5.044  -1.633  1.00 59.78      A     \nATOM   2351  NE  ARG X 986     -13.482  -5.125  -1.993  1.00 62.44      A     \nATOM   2352  CZ  ARG X 986     -14.243  -4.072  -2.276  1.00 63.83      A     \nATOM   2353  NH1 ARG X 986     -15.520  -4.240  -2.594  1.00 64.59      A     \nATOM   2354  NH2 ARG X 986     -13.728  -2.850  -2.240  1.00 64.48      A     \nATOM   2355  N   MET X 987     -10.584  -2.468  -6.471  1.00 52.23      A     \nATOM   2356  CA  MET X 987     -11.128  -1.638  -7.541  1.00 52.86      A     \nATOM   2357  C   MET X 987     -10.740  -2.130  -8.927  1.00 53.68      A     \nATOM   2358  O   MET X 987      -9.637  -2.635  -9.138  1.00 53.65      A     \nATOM   2359  CB  MET X 987     -10.670  -0.190  -7.367  1.00 51.86      A     \nATOM   2360  CG  MET X 987     -11.278   0.495  -6.165  1.00 50.43      A     \nATOM   2361  SD  MET X 987     -10.781   2.210  -6.041  1.00 47.64      A     \nATOM   2362  CE  MET X 987     -11.647   2.697  -4.548  1.00 48.70      A     \nATOM   2363  N   HIS X 988     -11.660  -1.974  -9.873  1.00 54.12      A     \nATOM   2364  CA  HIS X 988     -11.461  -2.478 -11.223  1.00 54.78      A     \nATOM   2365  C   HIS X 988     -12.018  -1.528 -12.276  1.00 54.03      A     \nATOM   2366  O   HIS X 988     -13.148  -1.053 -12.165  1.00 53.50      A     \nATOM   2367  CB  HIS X 988     -12.125  -3.848 -11.366  1.00 56.58      A     \nATOM   2368  CG  HIS X 988     -12.142  -4.366 -12.769  1.00 58.44      A     \nATOM   2369  ND1 HIS X 988     -11.012  -4.841 -13.400  1.00 59.12      A     \nATOM   2370  CD2 HIS X 988     -13.151  -4.482 -13.666  1.00 59.18      A     \nATOM   2371  CE1 HIS X 988     -11.324  -5.228 -14.624  1.00 59.53      A     \nATOM   2372  NE2 HIS X 988     -12.616  -5.021 -14.810  1.00 59.68      A     \nATOM   2373  N   LEU X 989     -11.214  -1.255 -13.298  1.00 53.20      A     \nATOM   2374  CA  LEU X 989     -11.683  -0.540 -14.478  1.00 52.87      A     \nATOM   2375  C   LEU X 989     -11.602  -1.464 -15.688  1.00 52.51      A     \nATOM   2376  O   LEU X 989     -10.796  -2.393 -15.717  1.00 51.73      A     \nATOM   2377  CB  LEU X 989     -10.830   0.708 -14.720  1.00 52.85      A     \nATOM   2378  CG  LEU X 989     -10.985   1.837 -13.698  1.00 52.88      A     \nATOM   2379  CD1 LEU X 989     -10.040   2.976 -14.047  1.00 52.88      A     \nATOM   2380  CD2 LEU X 989     -12.426   2.322 -13.687  1.00 52.58      A     \nATOM   2381  N   PRO X 990     -12.440  -1.217 -16.707  1.00 52.14      A     \nATOM   2382  CA  PRO X 990     -12.483  -2.097 -17.880  1.00 51.99      A     \nATOM   2383  C   PRO X 990     -11.108  -2.288 -18.513  1.00 51.56      A     \nATOM   2384  O   PRO X 990     -10.443  -1.323 -18.888  1.00 50.52      A     \nATOM   2385  CB  PRO X 990     -13.462  -1.393 -18.819  1.00 52.10      A     \nATOM   2386  CG  PRO X 990     -14.329  -0.584 -17.907  1.00 52.53      A     \nATOM   2387  CD  PRO X 990     -13.415  -0.118 -16.809  1.00 52.56      A     \nATOM   2388  N   SER X 991     -10.692  -3.546 -18.622  1.00 51.15      A     \nATOM   2389  CA  SER X 991      -9.382  -3.890 -19.163  1.00 51.35      A     \nATOM   2390  C   SER X 991      -9.514  -5.046 -20.149  1.00 51.10      A     \nATOM   2391  O   SER X 991     -10.399  -5.891 -20.013  1.00 50.77      A     \nATOM   2392  CB  SER X 991      -8.435  -4.283 -18.026  1.00 51.55      A     \nATOM   2393  OG  SER X 991      -7.184  -4.719 -18.525  1.00 51.51      A     \nATOM   2394  N   PRO X 992      -8.632  -5.097 -21.159  1.00 50.97      A     \nATOM   2395  CA  PRO X 992      -8.679  -6.173 -22.155  1.00 50.49      A     \nATOM   2396  C   PRO X 992      -8.392  -7.553 -21.566  1.00 49.82      A     \nATOM   2397  O   PRO X 992      -8.566  -8.569 -22.237  1.00 49.25      A     \nATOM   2398  CB  PRO X 992      -7.633  -5.757 -23.188  1.00 50.95      A     \nATOM   2399  CG  PRO X 992      -6.697  -4.868 -22.442  1.00 51.76      A     \nATOM   2400  CD  PRO X 992      -7.532  -4.152 -21.415  1.00 51.36      A     \nATOM   2401  N   THR X 993      -7.955  -7.584 -20.311  1.00 48.92      A     \nATOM   2402  CA  THR X 993      -7.613  -8.840 -19.650  1.00 48.57      A     \nATOM   2403  C   THR X 993      -8.744  -9.368 -18.769  1.00 48.50      A     \nATOM   2404  O   THR X 993      -8.579 -10.371 -18.075  1.00 48.02      A     \nATOM   2405  CB  THR X 993      -6.354  -8.686 -18.775  1.00 48.44      A     \nATOM   2406  OG1 THR X 993      -6.590  -7.696 -17.767  1.00 47.37      A     \nATOM   2407  CG2 THR X 993      -5.163  -8.270 -19.622  1.00 48.02      A     \nATOM   2408  N   ASP X 994      -9.890  -8.693 -18.797  1.00 48.23      A     \nATOM   2409  CA  ASP X 994     -11.021  -9.087 -17.963  1.00 48.10      A     \nATOM   2410  C   ASP X 994     -11.496 -10.501 -18.279  1.00 47.98      A     \nATOM   2411  O   ASP X 994     -11.796 -11.280 -17.373  1.00 47.54      A     \nATOM   2412  CB  ASP X 994     -12.183  -8.109 -18.148  1.00 48.42      A     \nATOM   2413  CG  ASP X 994     -11.877  -6.734 -17.594  1.00 48.41      A     \nATOM   2414  OD1 ASP X 994     -10.753  -6.537 -17.088  1.00 48.29      A     \nATOM   2415  OD2 ASP X 994     -12.760  -5.853 -17.664  1.00 48.53      A     \nATOM   2416  N   SER X 995     -11.561 -10.828 -19.565  1.00 47.48      A     \nATOM   2417  CA  SER X 995     -12.022 -12.143 -19.995  1.00 46.96      A     \nATOM   2418  C   SER X 995     -11.092 -13.237 -19.484  1.00 46.35      A     \nATOM   2419  O   SER X 995     -11.531 -14.344 -19.170  1.00 45.76      A     \nATOM   2420  CB  SER X 995     -12.089 -12.202 -21.523  1.00 47.17      A     \nATOM   2421  OG  SER X 995     -12.950 -11.199 -22.034  1.00 48.13      A     \nATOM   2422  N   ASN X 996      -9.806 -12.917 -19.395  1.00 45.90      A     \nATOM   2423  CA  ASN X 996      -8.798 -13.890 -18.998  1.00 45.37      A     \nATOM   2424  C   ASN X 996      -8.899 -14.217 -17.511  1.00 45.25      A     \nATOM   2425  O   ASN X 996      -8.625 -15.342 -17.093  1.00 44.91      A     \nATOM   2426  CB  ASN X 996      -7.401 -13.352 -19.316  1.00 45.50      A     \nATOM   2427  CG  ASN X 996      -7.249 -12.951 -20.773  1.00 45.73      A     \nATOM   2428  OD1 ASN X 996      -6.705 -13.700 -21.582  1.00 45.75      A     \nATOM   2429  ND2 ASN X 996      -7.735 -11.762 -21.113  1.00 45.00      A     \nATOM   2430  N   PHE X 997      -9.296 -13.228 -16.716  1.00 44.53      A     \nATOM   2431  CA  PHE X 997      -9.400 -13.405 -15.272  1.00 43.75      A     \nATOM   2432  C   PHE X 997     -10.852 -13.533 -14.823  1.00 42.11      A     \nATOM   2433  O   PHE X 997     -11.149 -13.478 -13.628  1.00 40.93      A     \nATOM   2434  CB  PHE X 997      -8.730 -12.234 -14.550  1.00 46.67      A     \nATOM   2435  CG  PHE X 997      -7.253 -12.127 -14.811  1.00 49.99      A     \nATOM   2436  CD1 PHE X 997      -6.389 -13.126 -14.390  1.00 51.42      A     \nATOM   2437  CD2 PHE X 997      -6.728 -11.030 -15.474  1.00 51.13      A     \nATOM   2438  CE1 PHE X 997      -5.028 -13.032 -14.627  1.00 52.37      A     \nATOM   2439  CE2 PHE X 997      -5.368 -10.930 -15.713  1.00 52.15      A     \nATOM   2440  CZ  PHE X 997      -4.518 -11.931 -15.288  1.00 52.16      A     \nATOM   2441  N   TYR X 998     -11.753 -13.702 -15.786  1.00 39.57      A     \nATOM   2442  CA  TYR X 998     -13.170 -13.883 -15.497  1.00 38.02      A     \nATOM   2443  C   TYR X 998     -13.720 -12.727 -14.668  1.00 38.01      A     \nATOM   2444  O   TYR X 998     -14.406 -12.937 -13.666  1.00 37.11      A     \nATOM   2445  CB  TYR X 998     -13.394 -15.208 -14.760  1.00 36.50      A     \nATOM   2446  CG  TYR X 998     -13.044 -16.424 -15.589  1.00 35.26      A     \nATOM   2447  CD1 TYR X 998     -13.950 -16.952 -16.499  1.00 35.04      A     \nATOM   2448  CD2 TYR X 998     -11.800 -17.032 -15.475  1.00 35.50      A     \nATOM   2449  CE1 TYR X 998     -13.626 -18.049 -17.276  1.00 34.62      A     \nATOM   2450  CE2 TYR X 998     -11.467 -18.130 -16.247  1.00 35.52      A     \nATOM   2451  CZ  TYR X 998     -12.383 -18.635 -17.146  1.00 35.00      A     \nATOM   2452  OH  TYR X 998     -12.053 -19.725 -17.919  1.00 33.90      A     \nATOM   2453  N   ARG X 999     -13.411 -11.506 -15.094  1.00 37.90      A     \nATOM   2454  CA  ARG X 999     -13.879 -10.307 -14.411  1.00 38.59      A     \nATOM   2455  C   ARG X 999     -15.052  -9.685 -15.161  1.00 38.55      A     \nATOM   2456  O   ARG X 999     -15.476 -10.194 -16.201  1.00 39.17      A     \nATOM   2457  CB  ARG X 999     -12.739  -9.292 -14.295  1.00 38.73      A     \nATOM   2458  CG  ARG X 999     -11.530  -9.809 -13.531  1.00 40.32      A     \nATOM   2459  CD  ARG X 999     -10.337  -8.876 -13.675  1.00 41.07      A     \nATOM   2460  NE  ARG X 999      -9.144  -9.415 -13.027  1.00 42.26      A     \nATOM   2461  CZ  ARG X 999      -7.943  -8.844 -13.076  1.00 42.66      A     \nATOM   2462  NH1 ARG X 999      -7.772  -7.712 -13.747  1.00 43.07      A     \nATOM   2463  NH2 ARG X 999      -6.914  -9.404 -12.456  1.00 42.97      A     \nATOM   2464  C4  634 X9001     -11.603  15.611 -29.104  1.00 12.80      A     \nATOM   2465  C5  634 X9001     -11.290  14.270 -29.363  1.00 13.93      A     \nATOM   2466  C8  634 X9001      -9.716  15.541 -30.318  1.00 12.77      A     \nATOM   2467  C13 634 X9001     -16.551  17.262 -26.475  1.00 18.87      A     \nATOM   2468  C15 634 X9001     -14.815  17.632 -24.741  1.00 18.01      A     \nATOM   2469  C20 634 X9001     -14.035  18.186 -21.087  1.00 17.48      A     \nATOM   2470  C21 634 X9001     -14.254  17.484 -19.761  1.00 18.05      A     \nATOM   2471  C24 634 X9001     -15.758  13.485 -26.497  1.00 18.65      A     \nATOM   2472  C28 634 X9001     -17.834  13.727 -25.133  1.00 21.42      A     \nATOM   2473  C1  634 X9001     -13.109  13.458 -28.225  1.00 15.57      A     \nATOM   2474  N2  634 X9001     -13.490  14.732 -27.925  1.00 13.47      A     \nATOM   2475  C3  634 X9001     -12.765  15.818 -28.346  1.00 13.41      A     \nATOM   2476  N6  634 X9001     -11.990  13.164 -28.961  1.00 14.15      A     \nATOM   2477  N7  634 X9001     -10.142  14.252 -30.100  1.00 13.16      A     \nATOM   2478  C9  634 X9001     -10.599  16.407 -29.714  1.00 12.86      A     \nATOM   2479  O10 634 X9001     -13.173  17.112 -28.025  1.00 13.63      A     \nATOM   2480  C11 634 X9001     -14.180  17.239 -27.090  1.00 16.20      A     \nATOM   2481  C12 634 X9001     -15.550  17.123 -27.468  1.00 17.34      A     \nATOM   2482  C14 634 X9001     -16.193  17.516 -25.118  1.00 18.52      A     \nATOM   2483  C16 634 X9001     -13.816  17.491 -25.739  1.00 16.50      A     \nATOM   2484  N17 634 X9001     -14.336  17.896 -23.427  1.00 16.35      A     \nATOM   2485  C18 634 X9001     -14.982  17.755 -22.204  1.00 18.67      A     \nATOM   2486  O19 634 X9001     -16.131  17.359 -22.003  1.00 21.24      A     \nATOM   2487  N22 634 X9001     -13.905  12.381 -27.756  1.00 16.25      A     \nATOM   2488  C23 634 X9001     -15.054  12.409 -27.007  1.00 17.60      A     \nATOM   2489  N25 634 X9001     -16.820  12.972 -25.829  1.00 20.40      A     \nATOM   2490  N26 634 X9001     -16.873  11.631 -25.856  1.00 20.72      A     \nATOM   2491  C27 634 X9001     -15.795  11.290 -26.575  1.00 18.59      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    9\nCONECT    4    3\nCONECT    5    2    6\nCONECT    6    5    7    8\nCONECT    7    6\nCONECT    8    6\nCONECT    9    3   10\nCONECT   10    9   11   13\nCONECT   11   10   12   18\nCONECT   12   11\nCONECT   13   10   14\nCONECT   14   13   15\nCONECT   15   14   16   17\nCONECT   16   15\nCONECT   17   15\nCONECT   18   11   19\nCONECT   19   18   20   22\nCONECT   20   19   21   23\nCONECT   21   20\nCONECT   22   19\nCONECT   23   20   24\nCONECT   24   23   25   27\nCONECT   25   24   26   31\nCONECT   26   25\nCONECT   27   24   28\nCONECT   28   27   29   30\nCONECT   29   28\nCONECT   30   28\nCONECT   31   25   32\nCONECT   32   31   33   35\nCONECT   33   32   34   39\nCONECT   34   33\nCONECT   35   32   36\nCONECT   36   35   37   38\nCONECT   37   36\nCONECT   38   36\nCONECT   39   33   40\nCONECT   40   39   41   43\nCONECT   41   40   42   50\nCONECT   42   41\nCONECT   43   40   44\nCONECT   44   43   45\nCONECT   45   44   46\nCONECT   46   45   47\nCONECT   47   46   48   49\nCONECT   48   47\nCONECT   49   47\nCONECT   50   41   51\nCONECT   51   50   52   54\nCONECT   52   51   53   58\nCONECT   53   52\nCONECT   54   51   55   56\nCONECT   55   54   57\nCONECT   56   54\nCONECT   57   55\nCONECT   58   52   59\nCONECT   59   58   60   62\nCONECT   60   59   61   66\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64   65\nCONECT   64   63\nCONECT   65   63\nCONECT   66   60   67\nCONECT   67   66   68   70\nCONECT   68   67   69   75\nCONECT   69   68\nCONECT   70   67   71\nCONECT   71   70   72\nCONECT   72   71   73\nCONECT   73   72   74\nCONECT   74   73\nCONECT   75   68   76\nCONECT   76   75   77   79\nCONECT   77   76   78   84\nCONECT   78   77\nCONECT   79   76   80\nCONECT   80   79   81\nCONECT   81   80   82   83\nCONECT   82   81\nCONECT   83   81\nCONECT   84   77   85\nCONECT   85   84   86   88\nCONECT   86   85   87   91\nCONECT   87   86\nCONECT   88   85   89   90\nCONECT   89   88\nCONECT   90   88\nCONECT   91   86   92\nCONECT   92   91   93   95\nCONECT   93   92   94  100\nCONECT   94   93\nCONECT   95   92   96\nCONECT   96   95   97\nCONECT   97   96   98   99\nCONECT   98   97\nCONECT   99   97\nCONECT  100   93  101\nCONECT  101  100  102  104\nCONECT  102  101  103  111\nCONECT  103  102\nCONECT  104  101  105\nCONECT  105  104  106  107\nCONECT  106  105  108\nCONECT  107  105  109\nCONECT  108  106  110\nCONECT  109  107  110\nCONECT  110  108  109\nCONECT  111  102  112\nCONECT  112  111  113  115\nCONECT  113  112  114  120\nCONECT  114  113\nCONECT  115  112  116\nCONECT  116  115  117\nCONECT  117  116  118\nCONECT  118  117  119\nCONECT  119  118\nCONECT  120  113  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  137\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133  136\nCONECT  135  133\nCONECT  136  134\nCONECT  137  131  138\nCONECT  138  137  139  141\nCONECT  139  138  140  146\nCONECT  140  139\nCONECT  141  138  142\nCONECT  142  141  143\nCONECT  143  142  144\nCONECT  144  143  145\nCONECT  145  144\nCONECT  146  139  147\nCONECT  147  146  148  150\nCONECT  148  147  149  153\nCONECT  149  148\nCONECT  150  147  151  152\nCONECT  151  150\nCONECT  152  150\nCONECT  153  148  154\nCONECT  154  153  155  157\nCONECT  155  154  156  161\nCONECT  156  155\nCONECT  157  154  158\nCONECT  158  157  159  160\nCONECT  159  158\nCONECT  160  158\nCONECT  161  155  162\nCONECT  162  161  163\nCONECT  163  162  164  165\nCONECT  164  163\nCONECT  165  163  166\nCONECT  166  165  167  169\nCONECT  167  166  168  171\nCONECT  168  167\nCONECT  169  166  170\nCONECT  170  169\nCONECT  171  167  172\nCONECT  172  171  173\nCONECT  173  172  174  175\nCONECT  174  173\nCONECT  175  173  176\nCONECT  176  175  177  179\nCONECT  177  176  178  180\nCONECT  178  177\nCONECT  179  176\nCONECT  180  177  181\nCONECT  181  180  182  184\nCONECT  182  181  183  191\nCONECT  183  182\nCONECT  184  181  185\nCONECT  185  184  186  187\nCONECT  186  185  188\nCONECT  187  185  189\nCONECT  188  186  190\nCONECT  189  187  190\nCONECT  190  188  189\nCONECT  191  182  192\nCONECT  192  191  193\nCONECT  193  192  194  195\nCONECT  194  193\nCONECT  195  193  196\nCONECT  196  195  197  199\nCONECT  197  196  198  202\nCONECT  198  197\nCONECT  199  196  200  201\nCONECT  200  199\nCONECT  201  199\nCONECT  202  197  203\nCONECT  203  202  204  206\nCONECT  204  203  205  209\nCONECT  205  204\nCONECT  206  203  207  208\nCONECT  207  206\nCONECT  208  206\nCONECT  209  204  210\nCONECT  210  209  211  213\nCONECT  211  210  212  221\nCONECT  212  211\nCONECT  213  210  214\nCONECT  214  213  215  216\nCONECT  215  214  217\nCONECT  216  214  218\nCONECT  217  215  219\nCONECT  218  216  219\nCONECT  219  217  218  220\nCONECT  220  219\nCONECT  221  211  222\nCONECT  222  221  223  225\nCONECT  223  222  224  230\nCONECT  224  223\nCONECT  225  222  226\nCONECT  226  225  227\nCONECT  227  226  228\nCONECT  228  227  229\nCONECT  229  228\nCONECT  230  223  231\nCONECT  231  230  232\nCONECT  232  231  233  234\nCONECT  233  232\nCONECT  234  232  235\nCONECT  235  234  236  238\nCONECT  236  235  237  242\nCONECT  237  236\nCONECT  238  235  239\nCONECT  239  238  240  241\nCONECT  240  239\nCONECT  241  239\nCONECT  242  236  243\nCONECT  243  242  244  246\nCONECT  244  243  245  256\nCONECT  245  244\nCONECT  246  243  247\nCONECT  247  246  248  249\nCONECT  248  247  250\nCONECT  249  247  251  252\nCONECT  250  248  251\nCONECT  251  249  250  253\nCONECT  252  249  254\nCONECT  253  251  255\nCONECT  254  252  255\nCONECT  255  253  254\nCONECT  256  244  257\nCONECT  257  256  258  260\nCONECT  258  257  259  264\nCONECT  259  258\nCONECT  260  257  261  262\nCONECT  261  260  263\nCONECT  262  260\nCONECT  263  261\nCONECT  264  258  265  270\nCONECT  265  264  266  268\nCONECT  266  265  267  271\nCONECT  267  266\nCONECT  268  265  269\nCONECT  269  268  270\nCONECT  270  264  269\nCONECT  271  266  272\nCONECT  272  271  273  275\nCONECT  273  272  274  280\nCONECT  274  273\nCONECT  275  272  276\nCONECT  276  275  277\nCONECT  277  276  278  279\nCONECT  278  277\nCONECT  279  277\nCONECT  280  273  281\nCONECT  281  280  282\nCONECT  282  281  283  284\nCONECT  283  282\nCONECT  284  282  285\nCONECT  285  284  286  288\nCONECT  286  285  287  293\nCONECT  287  286\nCONECT  288  285  289\nCONECT  289  288  290\nCONECT  290  289  291  292\nCONECT  291  290\nCONECT  292  290\nCONECT  293  286  294\nCONECT  294  293  295  297\nCONECT  295  294  296  302\nCONECT  296  295\nCONECT  297  294  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299  301\nCONECT  301  300\nCONECT  302  295  303\nCONECT  303  302  304  306\nCONECT  304  303  305  309\nCONECT  305  304\nCONECT  306  303  307  308\nCONECT  307  306\nCONECT  308  306\nCONECT  309  304  310\nCONECT  310  309  311  313\nCONECT  311  310  312  318\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  314  316\nCONECT  316  315  317\nCONECT  317  316\nCONECT  318  311  319\nCONECT  319  318  320  322\nCONECT  320  319  321  326\nCONECT  321  320\nCONECT  322  319  323  324\nCONECT  323  322  325\nCONECT  324  322\nCONECT  325  323\nCONECT  326  320  327  332\nCONECT  327  326  328  330\nCONECT  328  327  329  333\nCONECT  329  328\nCONECT  330  327  331\nCONECT  331  330  332\nCONECT  332  326  331\nCONECT  333  328  334\nCONECT  334  333  335  337\nCONECT  335  334  336  340\nCONECT  336  335\nCONECT  337  334  338  339\nCONECT  338  337\nCONECT  339  337\nCONECT  340  335  341\nCONECT  341  340  342  344\nCONECT  342  341  343  345\nCONECT  343  342\nCONECT  344  341\nCONECT  345  342  346\nCONECT  346  345  347  349\nCONECT  347  346  348  353\nCONECT  348  347\nCONECT  349  346  350  351\nCONECT  350  349  352\nCONECT  351  349\nCONECT  352  350\nCONECT  353  347  354\nCONECT  354  353  355  357\nCONECT  355  354  356  362\nCONECT  356  355\nCONECT  357  354  358\nCONECT  358  357  359\nCONECT  359  358  360\nCONECT  360  359  361\nCONECT  361  360\nCONECT  362  355  363\nCONECT  363  362  364  366\nCONECT  364  363  365  371\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369  370\nCONECT  369  368\nCONECT  370  368\nCONECT  371  364  372\nCONECT  372  371  373  375\nCONECT  373  372  374  379\nCONECT  374  373\nCONECT  375  372  376\nCONECT  376  375  377  378\nCONECT  377  376\nCONECT  378  376\nCONECT  379  373  380\nCONECT  380  379  381  383\nCONECT  381  380  382  390\nCONECT  382  381\nCONECT  383  380  384\nCONECT  384  383  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388  389\nCONECT  388  387\nCONECT  389  387\nCONECT  390  381  391\nCONECT  391  390  392  394\nCONECT  392  391  393  399\nCONECT  393  392\nCONECT  394  391  395\nCONECT  395  394  396\nCONECT  396  395  397  398\nCONECT  397  396\nCONECT  398  396\nCONECT  399  392  400\nCONECT  400  399  401  403\nCONECT  401  400  402  404\nCONECT  402  401\nCONECT  403  400\nCONECT  404  401  405\nCONECT  405  404  406  408\nCONECT  406  405  407  411\nCONECT  407  406\nCONECT  408  405  409  410\nCONECT  409  408\nCONECT  410  408\nCONECT  411  406  412\nCONECT  412  411  413  415\nCONECT  413  412  414  417\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415\nCONECT  417  413  418  423\nCONECT  418  417  419  421\nCONECT  419  418  420  424\nCONECT  420  419\nCONECT  421  418  422\nCONECT  422  421  423\nCONECT  423  417  422\nCONECT  424  419  425\nCONECT  425  424  426  428\nCONECT  426  425  427  433\nCONECT  427  426\nCONECT  428  425  429\nCONECT  429  428  430\nCONECT  430  429  431\nCONECT  431  430  432\nCONECT  432  431\nCONECT  433  426  434\nCONECT  434  433  435  437\nCONECT  435  434  436  438\nCONECT  436  435\nCONECT  437  434\nCONECT  438  435  439\nCONECT  439  438  440  442\nCONECT  440  439  441  446\nCONECT  441  440\nCONECT  442  439  443\nCONECT  443  442  444  445\nCONECT  444  443\nCONECT  445  443\nCONECT  446  440  447\nCONECT  447  446  448  450\nCONECT  448  447  449  455\nCONECT  449  448\nCONECT  450  447  451\nCONECT  451  450  452\nCONECT  452  451  453\nCONECT  453  452  454\nCONECT  454  453\nCONECT  455  448  456\nCONECT  456  455  457  459\nCONECT  457  456  458  464\nCONECT  458  457\nCONECT  459  456  460\nCONECT  460  459  461\nCONECT  461  460  462  463\nCONECT  462  461\nCONECT  463  461\nCONECT  464  457  465\nCONECT  465  464  466  468\nCONECT  466  465  467  472\nCONECT  467  466\nCONECT  468  465  469  470\nCONECT  469  468  471\nCONECT  470  468\nCONECT  471  469\nCONECT  472  466  473\nCONECT  473  472  474  476\nCONECT  474  473  475  480\nCONECT  475  474\nCONECT  476  473  477\nCONECT  477  476  478  479\nCONECT  478  477\nCONECT  479  477\nCONECT  480  474  481\nCONECT  481  480  482  484\nCONECT  482  481  483  488\nCONECT  483  482\nCONECT  484  481  485\nCONECT  485  484  486  487\nCONECT  486  485\nCONECT  487  485\nCONECT  488  482  489\nCONECT  489  488  490  492\nCONECT  490  489  491  497\nCONECT  491  490\nCONECT  492  489  493\nCONECT  493  492  494\nCONECT  494  493  495  496\nCONECT  495  494\nCONECT  496  494\nCONECT  497  490  498\nCONECT  498  497  499  501\nCONECT  499  498  500  502\nCONECT  500  499\nCONECT  501  498\nCONECT  502  499  503\nCONECT  503  502  504  506\nCONECT  504  503  505  514\nCONECT  505  504\nCONECT  506  503  507\nCONECT  507  506  508  509\nCONECT  508  507  510\nCONECT  509  507  511\nCONECT  510  508  512\nCONECT  511  509  512\nCONECT  512  510  511  513\nCONECT  513  512\nCONECT  514  504  515\nCONECT  515  514  516  518\nCONECT  516  515  517  521  529\nCONECT  517  516\nCONECT  518  515  519  520\nCONECT  519  518\nCONECT  520  518\nCONECT  521  516  522\nCONECT  522  521  523  525\nCONECT  523  522  524  537\nCONECT  524  523\nCONECT  525  522  526\nCONECT  526  525  527\nCONECT  527  526  528\nCONECT  528  527\nCONECT  529  516  530\nCONECT  530  529  531  533\nCONECT  531  530  532  537\nCONECT  532  531\nCONECT  533  530  534\nCONECT  534  533  535\nCONECT  535  534  536\nCONECT  536  535\nCONECT  537  523  531  538\nCONECT  538  537  539  541\nCONECT  539  538  540  542\nCONECT  540  539\nCONECT  541  538\nCONECT  542  539  543\nCONECT  543  542  544  546\nCONECT  544  543  545  548\nCONECT  545  544\nCONECT  546  543  547\nCONECT  547  546\nCONECT  548  544  549\nCONECT  549  548  550  552\nCONECT  550  549  551  555\nCONECT  551  550\nCONECT  552  549  553  554\nCONECT  553  552\nCONECT  554  552\nCONECT  555  550  556\nCONECT  556  555  557  559\nCONECT  557  556  558  563\nCONECT  558  557\nCONECT  559  556  560\nCONECT  560  559  561  562\nCONECT  561  560\nCONECT  562  560\nCONECT  563  557  564\nCONECT  564  563  565  567\nCONECT  565  564  566  571\nCONECT  566  565\nCONECT  567  564  568\nCONECT  568  567  569  570\nCONECT  569  568\nCONECT  570  568\nCONECT  571  565  572  577\nCONECT  572  571  573  575\nCONECT  573  572  574  578\nCONECT  574  573\nCONECT  575  572  576\nCONECT  576  575  577\nCONECT  577  571  576\nCONECT  578  573  579\nCONECT  579  578  580  582\nCONECT  580  579  581  588\nCONECT  581  580\nCONECT  582  579  583\nCONECT  583  582  584  585\nCONECT  584  583  586\nCONECT  585  583  587\nCONECT  586  584  587\nCONECT  587  585  586\nCONECT  588  580  589\nCONECT  589  588  590  592\nCONECT  590  589  591  595\nCONECT  591  590\nCONECT  592  589  593  594\nCONECT  593  592\nCONECT  594  592\nCONECT  595  590  596\nCONECT  596  595  597  599\nCONECT  597  596  598  601\nCONECT  598  597\nCONECT  599  596  600\nCONECT  600  599\nCONECT  601  597  602\nCONECT  602  601  603  605\nCONECT  603  602  604  612\nCONECT  604  603\nCONECT  605  602  606\nCONECT  606  605  607\nCONECT  607  606  608\nCONECT  608  607  609\nCONECT  609  608  610  611\nCONECT  610  609\nCONECT  611  609\nCONECT  612  603  613\nCONECT  613  612  614  616\nCONECT  614  613  615  620\nCONECT  615  614\nCONECT  616  613  617\nCONECT  617  616  618  619\nCONECT  618  617\nCONECT  619  617\nCONECT  620  614  621\nCONECT  621  620  622  624\nCONECT  622  621  623  628\nCONECT  623  622\nCONECT  624  621  625\nCONECT  625  624  626  627\nCONECT  626  625\nCONECT  627  625\nCONECT  628  622  629\nCONECT  629  628  630\nCONECT  630  629  631  632\nCONECT  631  630\nCONECT  632  630  633\nCONECT  633  632  634  636\nCONECT  634  633  635  640\nCONECT  635  634\nCONECT  636  633  637  638\nCONECT  637  636  639\nCONECT  638  636\nCONECT  639  637\nCONECT  640  634  641\nCONECT  641  640  642  644\nCONECT  642  641  643  646\nCONECT  643  642\nCONECT  644  641  645\nCONECT  645  644\nCONECT  646  642  647\nCONECT  647  646  648  650\nCONECT  648  647  649  654\nCONECT  649  648\nCONECT  650  647  651\nCONECT  651  650  652  653\nCONECT  652  651\nCONECT  653  651\nCONECT  654  648  655\nCONECT  655  654  656  658\nCONECT  656  655  657  661\nCONECT  657  656\nCONECT  658  655  659  660\nCONECT  659  658\nCONECT  660  658\nCONECT  661  656  662\nCONECT  662  661  663  665\nCONECT  663  662  664  667\nCONECT  664  663\nCONECT  665  662  666\nCONECT  666  665\nCONECT  667  663  668\nCONECT  668  667  669  671\nCONECT  669  668  670  674\nCONECT  670  669\nCONECT  671  668  672  673\nCONECT  672  671\nCONECT  673  671\nCONECT  674  669  675\nCONECT  675  674  676  678\nCONECT  676  675  677  681\nCONECT  677  676\nCONECT  678  675  679  680\nCONECT  679  678\nCONECT  680  678\nCONECT  681  676  682\nCONECT  682  681  683  685\nCONECT  683  682  684  690\nCONECT  684  683\nCONECT  685  682  686\nCONECT  686  685  687\nCONECT  687  686  688  689\nCONECT  688  687\nCONECT  689  687\nCONECT  690  683  691\nCONECT  691  690  692  694\nCONECT  692  691  693  698\nCONECT  693  692\nCONECT  694  691  695\nCONECT  695  694  696  697\nCONECT  696  695\nCONECT  697  695\nCONECT  698  692  699\nCONECT  699  698  700  702\nCONECT  700  699  701  706  714\nCONECT  701  700\nCONECT  702  699  703  704\nCONECT  703  702  705\nCONECT  704  702\nCONECT  705  703\nCONECT  706  700  707\nCONECT  707  706  708  710\nCONECT  708  707  709  722\nCONECT  709  708\nCONECT  710  707  711\nCONECT  711  710  712\nCONECT  712  711  713\nCONECT  713  712\nCONECT  714  700  715\nCONECT  715  714  716  718\nCONECT  716  715  717  722\nCONECT  717  716\nCONECT  718  715  719\nCONECT  719  718  720\nCONECT  720  719  721\nCONECT  721  720\nCONECT  722  708  716  723\nCONECT  723  722  724  726\nCONECT  724  723  725  731\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726  728\nCONECT  728  727  729  730\nCONECT  729  728\nCONECT  730  728\nCONECT  731  724  732\nCONECT  732  731  733  735\nCONECT  733  732  734  739\nCONECT  734  733\nCONECT  735  732  736\nCONECT  736  735  737  738\nCONECT  737  736\nCONECT  738  736\nCONECT  739  733  740\nCONECT  740  739  741  743\nCONECT  741  740  742  747\nCONECT  742  741\nCONECT  743  740  744\nCONECT  744  743  745\nCONECT  745  744  746\nCONECT  746  745\nCONECT  747  741  748  753\nCONECT  748  747  749  751\nCONECT  749  748  750  754\nCONECT  750  749\nCONECT  751  748  752\nCONECT  752  751  753\nCONECT  753  747  752\nCONECT  754  749  755\nCONECT  755  754  756  758\nCONECT  756  755  757  765\nCONECT  757  756\nCONECT  758  755  759\nCONECT  759  758  760  761\nCONECT  760  759  762\nCONECT  761  759  763\nCONECT  762  760  764\nCONECT  763  761  764\nCONECT  764  762  763\nCONECT  765  756  766\nCONECT  766  765  767\nCONECT  767  766  768  769\nCONECT  768  767\nCONECT  769  767  770\nCONECT  770  769  771  773\nCONECT  771  770  772  775\nCONECT  772  771\nCONECT  773  770  774\nCONECT  774  773 2470\nCONECT  775  771  776\nCONECT  776  775  777  779\nCONECT  777  776  778  783\nCONECT  778  777\nCONECT  779  776  780\nCONECT  780  779  781  782\nCONECT  781  780\nCONECT  782  780\nCONECT  783  777  784\nCONECT  784  783  785  787\nCONECT  785  784  786  791\nCONECT  786  785\nCONECT  787  784  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  785  792\nCONECT  792  791  793  795\nCONECT  793  792  794  799\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797  798\nCONECT  797  796\nCONECT  798  796\nCONECT  799  793  800\nCONECT  800  799  801  803\nCONECT  801  800  802  811  818\nCONECT  802  801\nCONECT  803  800  804\nCONECT  804  803  805  806\nCONECT  805  804  807\nCONECT  806  804  808\nCONECT  807  805  809\nCONECT  808  806  809\nCONECT  809  807  808  810\nCONECT  810  809\nCONECT  811  801  812\nCONECT  812  811  813  815\nCONECT  813  812  814  825\nCONECT  814  813\nCONECT  815  812  816  817\nCONECT  816  815\nCONECT  817  815\nCONECT  818  801  819\nCONECT  819  818  820  822\nCONECT  820  819  821  825\nCONECT  821  820\nCONECT  822  819  823  824\nCONECT  823  822\nCONECT  824  822\nCONECT  825  813  820  826\nCONECT  826  825  827  829\nCONECT  827  826  828  836\nCONECT  828  827\nCONECT  829  826  830\nCONECT  830  829  831\nCONECT  831  830  832\nCONECT  832  831  833\nCONECT  833  832  834  835\nCONECT  834  833\nCONECT  835  833\nCONECT  836  827  837\nCONECT  837  836  838  840\nCONECT  838  837  839  845\nCONECT  839  838\nCONECT  840  837  841\nCONECT  841  840  842\nCONECT  842  841  843  844\nCONECT  843  842\nCONECT  844  842\nCONECT  845  838  846\nCONECT  846  845  847  849\nCONECT  847  846  848  855\nCONECT  848  847\nCONECT  849  846  850\nCONECT  850  849  851  852\nCONECT  851  850  853\nCONECT  852  850  854\nCONECT  853  851  854\nCONECT  854  852  853\nCONECT  855  847  856\nCONECT  856  855  857  859\nCONECT  857  856  858  864\nCONECT  858  857\nCONECT  859  856  860\nCONECT  860  859  861\nCONECT  861  860  862\nCONECT  862  861  863\nCONECT  863  862\nCONECT  864  857  865\nCONECT  865  864  866  868\nCONECT  866  865  867  872\nCONECT  867  866\nCONECT  868  865  869\nCONECT  869  868  870  871\nCONECT  870  869\nCONECT  871  869\nCONECT  872  866  873\nCONECT  873  872  874  876\nCONECT  874  873  875  880\nCONECT  875  874\nCONECT  876  873  877\nCONECT  877  876  878  879\nCONECT  878  877\nCONECT  879  877\nCONECT  880  874  881\nCONECT  881  880  882  884\nCONECT  882  881  883  888\nCONECT  883  882\nCONECT  884  881  885  886\nCONECT  885  884  887\nCONECT  886  884\nCONECT  887  885\nCONECT  888  882  889\nCONECT  889  888  890\nCONECT  890  889  891  892\nCONECT  891  890\nCONECT  892  890  893\nCONECT  893  892  894  896\nCONECT  894  893  895  898\nCONECT  895  894\nCONECT  896  893  897\nCONECT  897  896\nCONECT  898  894  899\nCONECT  899  898  900  902\nCONECT  900  899  901  907\nCONECT  901  900\nCONECT  902  899  903\nCONECT  903  902  904\nCONECT  904  903  905  906\nCONECT  905  904\nCONECT  906  904\nCONECT  907  900  908\nCONECT  908  907  909  911\nCONECT  909  908  910  919\nCONECT  910  909\nCONECT  911  908  912\nCONECT  912  911  913  914\nCONECT  913  912  915\nCONECT  914  912  916\nCONECT  915  913  917\nCONECT  916  914  917\nCONECT  917  915  916  918\nCONECT  918  917\nCONECT  919  909  920\nCONECT  920  919  921  923\nCONECT  921  920  922  927\nCONECT  922  921\nCONECT  923  920  924\nCONECT  924  923  925  926\nCONECT  925  924\nCONECT  926  924\nCONECT  927  921  928\nCONECT  928  927  929  931\nCONECT  929  928  930  935\nCONECT  930  929\nCONECT  931  928  932\nCONECT  932  931  933  934\nCONECT  933  932\nCONECT  934  932\nCONECT  935  929  936\nCONECT  936  935  937  939\nCONECT  937  936  938  943\nCONECT  938  937\nCONECT  939  936  940\nCONECT  940  939  941  942\nCONECT  941  940\nCONECT  942  940\nCONECT  943  937  944\nCONECT  944  943  945  947\nCONECT  945  944  946  957\nCONECT  946  945\nCONECT  947  944  948\nCONECT  948  947  949  950\nCONECT  949  948  951\nCONECT  950  948  952  953\nCONECT  951  949  952\nCONECT  952  950  951  954\nCONECT  953  950  955\nCONECT  954  952  956\nCONECT  955  953  956\nCONECT  956  954  955\nCONECT  957  945  958\nCONECT  958  957  959  961\nCONECT  959  958  960  963\nCONECT  960  959\nCONECT  961  958  962\nCONECT  962  961\nCONECT  963  959  964\nCONECT  964  963  965  967\nCONECT  965  964  966  970\nCONECT  966  965\nCONECT  967  964  968  969\nCONECT  968  967\nCONECT  969  967\nCONECT  970  965  971\nCONECT  971  970  972  974\nCONECT  972  971  973  979\nCONECT  973  972\nCONECT  974  971  975\nCONECT  975  974  976\nCONECT  976  975  977  978\nCONECT  977  976\nCONECT  978  976\nCONECT  979  972  980\nCONECT  980  979  981  983\nCONECT  981  980  982  987\nCONECT  982  981\nCONECT  983  980  984  985\nCONECT  984  983  986\nCONECT  985  983\nCONECT  986  984\nCONECT  987  981  988\nCONECT  988  987  989  991\nCONECT  989  988  990  992\nCONECT  990  989\nCONECT  991  988\nCONECT  992  989  993\nCONECT  993  992  994  996\nCONECT  994  993  995 1001\nCONECT  995  994\nCONECT  996  993  997\nCONECT  997  996  998\nCONECT  998  997  999\nCONECT  999  998 1000\nCONECT 1000  999\nCONECT 1001  994 1002\nCONECT 1002 1001 1003\nCONECT 1003 1002 1004 1005\nCONECT 1004 1003\nCONECT 1005 1003 1006\nCONECT 1006 1005 1007 1009\nCONECT 1007 1006 1008 1013\nCONECT 1008 1007\nCONECT 1009 1006 1010\nCONECT 1010 1009 1011\nCONECT 1011 1010 1012\nCONECT 1012 1011\nCONECT 1013 1007 1014\nCONECT 1014 1013 1015 1017\nCONECT 1015 1014 1016 1021\nCONECT 1016 1015\nCONECT 1017 1014 1018\nCONECT 1018 1017 1019 1020\nCONECT 1019 1018\nCONECT 1020 1018\nCONECT 1021 1015 1022\nCONECT 1022 1021 1023 1025\nCONECT 1023 1022 1024 1033\nCONECT 1024 1023\nCONECT 1025 1022 1026\nCONECT 1026 1025 1027 1028\nCONECT 1027 1026 1029\nCONECT 1028 1026 1030\nCONECT 1029 1027 1031\nCONECT 1030 1028 1031\nCONECT 1031 1029 1030 1032\nCONECT 1032 1031\nCONECT 1033 1023 1034\nCONECT 1034 1033 1035 1037\nCONECT 1035 1034 1036 1041\nCONECT 1036 1035\nCONECT 1037 1034 1038\nCONECT 1038 1037 1039 1040\nCONECT 1039 1038\nCONECT 1040 1038\nCONECT 1041 1035 1042\nCONECT 1042 1041 1043 1045\nCONECT 1043 1042 1044 1050\nCONECT 1044 1043\nCONECT 1045 1042 1046\nCONECT 1046 1045 1047\nCONECT 1047 1046 1048 1049\nCONECT 1048 1047\nCONECT 1049 1047\nCONECT 1050 1043 1051\nCONECT 1051 1050 1052 1054\nCONECT 1052 1051 1053 1058\nCONECT 1053 1052\nCONECT 1054 1051 1055\nCONECT 1055 1054 1056 1057\nCONECT 1056 1055\nCONECT 1057 1055\nCONECT 1058 1052 1059\nCONECT 1059 1058 1060 1062\nCONECT 1060 1059 1061 1069\nCONECT 1061 1060\nCONECT 1062 1059 1063\nCONECT 1063 1062 1064\nCONECT 1064 1063 1065\nCONECT 1065 1064 1066\nCONECT 1066 1065 1067 1068\nCONECT 1067 1066\nCONECT 1068 1066\nCONECT 1069 1060 1070\nCONECT 1070 1069 1071 1073\nCONECT 1071 1070 1072 1080\nCONECT 1072 1071\nCONECT 1073 1070 1074\nCONECT 1074 1073 1075\nCONECT 1075 1074 1076\nCONECT 1076 1075 1077\nCONECT 1077 1076 1078 1079\nCONECT 1078 1077\nCONECT 1079 1077\nCONECT 1080 1071 1081\nCONECT 1081 1080 1082 1084\nCONECT 1082 1081 1083 1088 1095\nCONECT 1083 1082\nCONECT 1084 1081 1085\nCONECT 1085 1084 1086 1087\nCONECT 1086 1085\nCONECT 1087 1085\nCONECT 1088 1082 1089\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089 1091 1102\nCONECT 1091 1090\nCONECT 1092 1089 1093 1094\nCONECT 1093 1092\nCONECT 1094 1092\nCONECT 1095 1082 1096\nCONECT 1096 1095 1097 1099\nCONECT 1097 1096 1098 1102\nCONECT 1098 1097\nCONECT 1099 1096 1100 1101\nCONECT 1100 1099\nCONECT 1101 1099\nCONECT 1102 1090 1097 1103\nCONECT 1103 1102 1104 1106\nCONECT 1104 1103 1105 1112\nCONECT 1105 1104\nCONECT 1106 1103 1107\nCONECT 1107 1106 1108 1109\nCONECT 1108 1107 1110\nCONECT 1109 1107 1111\nCONECT 1110 1108 1111\nCONECT 1111 1109 1110\nCONECT 1112 1104 1113\nCONECT 1113 1112 1114 1116\nCONECT 1114 1113 1115 1123\nCONECT 1115 1114\nCONECT 1116 1113 1117\nCONECT 1117 1116 1118\nCONECT 1118 1117 1119\nCONECT 1119 1118 1120\nCONECT 1120 1119 1121 1122\nCONECT 1121 1120\nCONECT 1122 1120\nCONECT 1123 1114 1124\nCONECT 1124 1123 1125 1127\nCONECT 1125 1124 1126 1131\nCONECT 1126 1125\nCONECT 1127 1124 1128\nCONECT 1128 1127 1129 1130\nCONECT 1129 1128\nCONECT 1130 1128\nCONECT 1131 1125 1132\nCONECT 1132 1131 1133 1135\nCONECT 1133 1132 1134 1139\nCONECT 1134 1133\nCONECT 1135 1132 1136\nCONECT 1136 1135 1137 1138\nCONECT 1137 1136\nCONECT 1138 1136\nCONECT 1139 1133 1140\nCONECT 1140 1139 1141 1143\nCONECT 1141 1140 1142 1144\nCONECT 1142 1141\nCONECT 1143 1140\nCONECT 1144 1141 1145\nCONECT 1145 1144 1146 1148\nCONECT 1146 1145 1147 1149\nCONECT 1147 1146\nCONECT 1148 1145\nCONECT 1149 1146 1150\nCONECT 1150 1149 1151 1153\nCONECT 1151 1150 1152 1160\nCONECT 1152 1151\nCONECT 1153 1150 1154\nCONECT 1154 1153 1155\nCONECT 1155 1154 1156\nCONECT 1156 1155 1157\nCONECT 1157 1156 1158 1159\nCONECT 1158 1157\nCONECT 1159 1157\nCONECT 1160 1151 1161\nCONECT 1161 1160 1162 1164\nCONECT 1162 1161 1163 1168\nCONECT 1163 1162\nCONECT 1164 1161 1165\nCONECT 1165 1164 1166 1167\nCONECT 1166 1165\nCONECT 1167 1165\nCONECT 1168 1162 1169\nCONECT 1169 1168 1170 1172\nCONECT 1170 1169 1171 1175\nCONECT 1171 1170\nCONECT 1172 1169 1173 1174\nCONECT 1173 1172\nCONECT 1174 1172\nCONECT 1175 1170 1176\nCONECT 1176 1175 1177 1179\nCONECT 1177 1176 1178 1183\nCONECT 1178 1177\nCONECT 1179 1176 1180\nCONECT 1180 1179 1181 1182\nCONECT 1181 1180\nCONECT 1182 1180\nCONECT 1183 1177 1184\nCONECT 1184 1183 1185 1187\nCONECT 1185 1184 1186 1190\nCONECT 1186 1185\nCONECT 1187 1184 1188 1189\nCONECT 1188 1187\nCONECT 1189 1187\nCONECT 1190 1185 1191\nCONECT 1191 1190 1192 1194\nCONECT 1192 1191 1193 1199\nCONECT 1193 1192\nCONECT 1194 1191 1195\nCONECT 1195 1194 1196\nCONECT 1196 1195 1197\nCONECT 1197 1196 1198\nCONECT 1198 1197\nCONECT 1199 1192 1200\nCONECT 1200 1199 1201 1203\nCONECT 1201 1200 1202 1206\nCONECT 1202 1201\nCONECT 1203 1200 1204 1205\nCONECT 1204 1203\nCONECT 1205 1203\nCONECT 1206 1201 1207 1212\nCONECT 1207 1206 1208 1210\nCONECT 1208 1207 1209 1213\nCONECT 1209 1208\nCONECT 1210 1207 1211\nCONECT 1211 1210 1212\nCONECT 1212 1206 1211\nCONECT 1213 1208 1214\nCONECT 1214 1213 1215 1217\nCONECT 1215 1214 1216 1222\nCONECT 1216 1215\nCONECT 1217 1214 1218\nCONECT 1218 1217 1219\nCONECT 1219 1218 1220 1221\nCONECT 1220 1219\nCONECT 1221 1219\nCONECT 1222 1215 1223\nCONECT 1223 1222 1224 1226\nCONECT 1224 1223 1225 1232\nCONECT 1225 1224\nCONECT 1226 1223 1227\nCONECT 1227 1226 1228 1229\nCONECT 1228 1227 1230\nCONECT 1229 1227 1231\nCONECT 1230 1228 1231\nCONECT 1231 1229 1230\nCONECT 1232 1224 1233\nCONECT 1233 1232 1234 1236\nCONECT 1234 1233 1235 1239\nCONECT 1235 1234\nCONECT 1236 1233 1237 1238\nCONECT 1237 1236\nCONECT 1238 1236\nCONECT 1239 1234 1240\nCONECT 1240 1239 1241 1243\nCONECT 1241 1240 1242 1248\nCONECT 1242 1241\nCONECT 1243 1240 1244\nCONECT 1244 1243 1245\nCONECT 1245 1244 1246\nCONECT 1246 1245 1247\nCONECT 1247 1246\nCONECT 1248 1241 1249\nCONECT 1249 1248 1250 1252\nCONECT 1250 1249 1251 1256 1263\nCONECT 1251 1250\nCONECT 1252 1249 1253 1254\nCONECT 1253 1252 1255\nCONECT 1254 1252\nCONECT 1255 1253\nCONECT 1256 1250 1257\nCONECT 1257 1256 1258 1260\nCONECT 1258 1257 1259 1270\nCONECT 1259 1258\nCONECT 1260 1257 1261 1262\nCONECT 1261 1260\nCONECT 1262 1260\nCONECT 1263 1250 1264\nCONECT 1264 1263 1265 1267\nCONECT 1265 1264 1266 1270\nCONECT 1266 1265\nCONECT 1267 1264 1268 1269\nCONECT 1268 1267\nCONECT 1269 1267\nCONECT 1270 1258 1265 1271\nCONECT 1271 1270 1272 1274\nCONECT 1272 1271 1273 1278\nCONECT 1273 1272\nCONECT 1274 1271 1275\nCONECT 1275 1274 1276 1277\nCONECT 1276 1275\nCONECT 1277 1275\nCONECT 1278 1272 1279\nCONECT 1279 1278 1280 1282\nCONECT 1280 1279 1281 1289\nCONECT 1281 1280\nCONECT 1282 1279 1283\nCONECT 1283 1282 1284 1285\nCONECT 1284 1283 1286\nCONECT 1285 1283 1287\nCONECT 1286 1284 1288\nCONECT 1287 1285 1288\nCONECT 1288 1286 1287\nCONECT 1289 1280 1290\nCONECT 1290 1289 1291\nCONECT 1291 1290 1292 1293\nCONECT 1292 1291\nCONECT 1293 1291 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1304\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300\nCONECT 1300 1299 1301\nCONECT 1301 1300 1302 1303\nCONECT 1302 1301\nCONECT 1303 1301\nCONECT 1304 1295 1305\nCONECT 1305 1304 1306 1308\nCONECT 1306 1305 1307 1309\nCONECT 1307 1306\nCONECT 1308 1305\nCONECT 1309 1306 1310\nCONECT 1310 1309 1311 1313\nCONECT 1311 1310 1312 1318\nCONECT 1312 1311\nCONECT 1313 1310 1314\nCONECT 1314 1313 1315\nCONECT 1315 1314 1316\nCONECT 1316 1315 1317\nCONECT 1317 1316\nCONECT 1318 1311 1319\nCONECT 1319 1318 1320 1322\nCONECT 1320 1319 1321 1326\nCONECT 1321 1320\nCONECT 1322 1319 1323\nCONECT 1323 1322 1324 1325\nCONECT 1324 1323\nCONECT 1325 1323\nCONECT 1326 1320 1327\nCONECT 1327 1326 1328 1330\nCONECT 1328 1327 1329 1334\nCONECT 1329 1328\nCONECT 1330 1327 1331\nCONECT 1331 1330 1332 1333\nCONECT 1332 1331\nCONECT 1333 1331\nCONECT 1334 1328 1335\nCONECT 1335 1334 1336\nCONECT 1336 1335 1337 1338\nCONECT 1337 1336\nCONECT 1338 1336 1339\nCONECT 1339 1338 1340 1342\nCONECT 1340 1339 1341 1343\nCONECT 1341 1340\nCONECT 1342 1339\nCONECT 1343 1340 1344\nCONECT 1344 1343 1345 1347\nCONECT 1345 1344 1346 1352\nCONECT 1346 1345\nCONECT 1347 1344 1348\nCONECT 1348 1347 1349\nCONECT 1349 1348 1350 1351\nCONECT 1350 1349\nCONECT 1351 1349\nCONECT 1352 1345 1353\nCONECT 1353 1352 1354 1356\nCONECT 1354 1353 1355 1361\nCONECT 1355 1354\nCONECT 1356 1353 1357\nCONECT 1357 1356 1358\nCONECT 1358 1357 1359 1360\nCONECT 1359 1358\nCONECT 1360 1358\nCONECT 1361 1354 1362\nCONECT 1362 1361 1363 1365\nCONECT 1363 1362 1364 1370\nCONECT 1364 1363\nCONECT 1365 1362 1366\nCONECT 1366 1365 1367\nCONECT 1367 1366 1368\nCONECT 1368 1367 1369\nCONECT 1369 1368\nCONECT 1370 1363 1371\nCONECT 1371 1370 1372 1374\nCONECT 1372 1371 1373 1379\nCONECT 1373 1372\nCONECT 1374 1371 1375\nCONECT 1375 1374 1376\nCONECT 1376 1375 1377 1378\nCONECT 1377 1376\nCONECT 1378 1376\nCONECT 1379 1372 1380\nCONECT 1380 1379 1381 1383\nCONECT 1381 1380 1382 1391\nCONECT 1382 1381\nCONECT 1383 1380 1384\nCONECT 1384 1383 1385 1386\nCONECT 1385 1384 1387\nCONECT 1386 1384 1388\nCONECT 1387 1385 1389\nCONECT 1388 1386 1389\nCONECT 1389 1387 1388 1390\nCONECT 1390 1389\nCONECT 1391 1381 1392\nCONECT 1392 1391 1393 1395\nCONECT 1393 1392 1394 1401\nCONECT 1394 1393\nCONECT 1395 1392 1396\nCONECT 1396 1395 1397 1398\nCONECT 1397 1396 1399\nCONECT 1398 1396 1400\nCONECT 1399 1397 1400\nCONECT 1400 1398 1399\nCONECT 1401 1393 1402\nCONECT 1402 1401 1403 1405\nCONECT 1403 1402 1404 1406\nCONECT 1404 1403\nCONECT 1405 1402\nCONECT 1406 1403 1407\nCONECT 1407 1406 1408 1410\nCONECT 1408 1407 1409 1415\nCONECT 1409 1408\nCONECT 1410 1407 1411\nCONECT 1411 1410 1412\nCONECT 1412 1411 1413 1414\nCONECT 1413 1412\nCONECT 1414 1412\nCONECT 1415 1408 1416\nCONECT 1416 1415 1417\nCONECT 1417 1416 1418 1419\nCONECT 1418 1417\nCONECT 1419 1417 1420\nCONECT 1420 1419 1421\nCONECT 1421 1420 1422 1423\nCONECT 1422 1421\nCONECT 1423 1421 1424\nCONECT 1424 1423 1425 1427\nCONECT 1425 1424 1426 1432\nCONECT 1426 1425\nCONECT 1427 1424 1428\nCONECT 1428 1427 1429\nCONECT 1429 1428 1430\nCONECT 1430 1429 1431\nCONECT 1431 1430\nCONECT 1432 1425 1433\nCONECT 1433 1432 1434 1436\nCONECT 1434 1433 1435 1439\nCONECT 1435 1434\nCONECT 1436 1433 1437 1438\nCONECT 1437 1436\nCONECT 1438 1436\nCONECT 1439 1434 1440 1445\nCONECT 1440 1439 1441 1443\nCONECT 1441 1440 1442 1446\nCONECT 1442 1441\nCONECT 1443 1440 1444\nCONECT 1444 1443 1445\nCONECT 1445 1439 1444\nCONECT 1446 1441 1447\nCONECT 1447 1446 1448 1450\nCONECT 1448 1447 1449 1454\nCONECT 1449 1448\nCONECT 1450 1447 1451 1452\nCONECT 1451 1450 1453\nCONECT 1452 1450\nCONECT 1453 1451\nCONECT 1454 1448 1455\nCONECT 1455 1454 1456 1458\nCONECT 1456 1455 1457 1463\nCONECT 1457 1456\nCONECT 1458 1455 1459\nCONECT 1459 1458 1460\nCONECT 1460 1459 1461\nCONECT 1461 1460 1462\nCONECT 1462 1461\nCONECT 1463 1456 1464\nCONECT 1464 1463 1465 1467\nCONECT 1465 1464 1466 1477\nCONECT 1466 1465\nCONECT 1467 1464 1468\nCONECT 1468 1467 1469 1470\nCONECT 1469 1468 1471\nCONECT 1470 1468 1472 1473\nCONECT 1471 1469 1472\nCONECT 1472 1470 1471 1474\nCONECT 1473 1470 1475\nCONECT 1474 1472 1476\nCONECT 1475 1473 1476\nCONECT 1476 1474 1475\nCONECT 1477 1465 1478\nCONECT 1478 1477 1479 1481\nCONECT 1479 1478 1480 1485\nCONECT 1480 1479\nCONECT 1481 1478 1482\nCONECT 1482 1481 1483\nCONECT 1483 1482 1484\nCONECT 1484 1483\nCONECT 1485 1479 1486\nCONECT 1486 1485 1487 1489\nCONECT 1487 1486 1488 1490\nCONECT 1488 1487\nCONECT 1489 1486\nCONECT 1490 1487 1491\nCONECT 1491 1490 1492 1494\nCONECT 1492 1491 1493 1498\nCONECT 1493 1492\nCONECT 1494 1491 1495\nCONECT 1495 1494 1496 1497\nCONECT 1496 1495\nCONECT 1497 1495\nCONECT 1498 1492 1499\nCONECT 1499 1498 1500 1502\nCONECT 1500 1499 1501 1507\nCONECT 1501 1500\nCONECT 1502 1499 1503\nCONECT 1503 1502 1504\nCONECT 1504 1503 1505 1506\nCONECT 1505 1504\nCONECT 1506 1504\nCONECT 1507 1500 1508\nCONECT 1508 1507 1509 1511\nCONECT 1509 1508 1510 1513\nCONECT 1510 1509\nCONECT 1511 1508 1512\nCONECT 1512 1511\nCONECT 1513 1509 1514\nCONECT 1514 1513 1515 1517\nCONECT 1515 1514 1516 1521\nCONECT 1516 1515\nCONECT 1517 1514 1518 1519\nCONECT 1518 1517 1520\nCONECT 1519 1517\nCONECT 1520 1518\nCONECT 1521 1515 1522\nCONECT 1522 1521 1523 1525\nCONECT 1523 1522 1524 1529\nCONECT 1524 1523\nCONECT 1525 1522 1526\nCONECT 1526 1525 1527 1528\nCONECT 1527 1526\nCONECT 1528 1526\nCONECT 1529 1523 1530\nCONECT 1530 1529 1531 1533\nCONECT 1531 1530 1532 1539\nCONECT 1532 1531\nCONECT 1533 1530 1534\nCONECT 1534 1533 1535 1536\nCONECT 1535 1534 1537\nCONECT 1536 1534 1538\nCONECT 1537 1535 1538\nCONECT 1538 1536 1537\nCONECT 1539 1531 1540\nCONECT 1540 1539 1541 1543\nCONECT 1541 1540 1542 1550\nCONECT 1542 1541\nCONECT 1543 1540 1544\nCONECT 1544 1543 1545\nCONECT 1545 1544 1546\nCONECT 1546 1545 1547\nCONECT 1547 1546 1548 1549\nCONECT 1548 1547\nCONECT 1549 1547\nCONECT 1550 1541 1551\nCONECT 1551 1550 1552 1554\nCONECT 1552 1551 1553 1558\nCONECT 1553 1552\nCONECT 1554 1551 1555 1556\nCONECT 1555 1554 1557\nCONECT 1556 1554\nCONECT 1557 1555\nCONECT 1558 1552 1559\nCONECT 1559 1558 1560 1562\nCONECT 1560 1559 1561 1570\nCONECT 1561 1560\nCONECT 1562 1559 1563\nCONECT 1563 1562 1564 1565\nCONECT 1564 1563 1566\nCONECT 1565 1563 1567\nCONECT 1566 1564 1568\nCONECT 1567 1565 1568\nCONECT 1568 1566 1567 1569\nCONECT 1569 1568\nCONECT 1570 1560 1571\nCONECT 1571 1570 1572 1574\nCONECT 1572 1571 1573 1577\nCONECT 1573 1572\nCONECT 1574 1571 1575 1576\nCONECT 1575 1574\nCONECT 1576 1574\nCONECT 1577 1572 1578\nCONECT 1578 1577 1579 1581\nCONECT 1579 1578 1580 1587\nCONECT 1580 1579\nCONECT 1581 1578 1582\nCONECT 1582 1581 1583 1584\nCONECT 1583 1582 1585\nCONECT 1584 1582 1586\nCONECT 1585 1583 1586\nCONECT 1586 1584 1585\nCONECT 1587 1579 1588\nCONECT 1588 1587 1589 1591\nCONECT 1589 1588 1590 1596\nCONECT 1590 1589\nCONECT 1591 1588 1592\nCONECT 1592 1591 1593\nCONECT 1593 1592 1594 1595\nCONECT 1594 1593\nCONECT 1595 1593\nCONECT 1596 1589 1597\nCONECT 1597 1596 1598 1600\nCONECT 1598 1597 1599 1602\nCONECT 1599 1598\nCONECT 1600 1597 1601\nCONECT 1601 1600\nCONECT 1602 1598 1603\nCONECT 1603 1602 1604 1606\nCONECT 1604 1603 1605 1610\nCONECT 1605 1604\nCONECT 1606 1603 1607\nCONECT 1607 1606 1608 1609\nCONECT 1608 1607\nCONECT 1609 1607\nCONECT 1610 1604 1611\nCONECT 1611 1610 1612 1614\nCONECT 1612 1611 1613 1617\nCONECT 1613 1612\nCONECT 1614 1611 1615 1616\nCONECT 1615 1614\nCONECT 1616 1614\nCONECT 1617 1612 1618\nCONECT 1618 1617 1619 1621\nCONECT 1619 1618 1620 1631\nCONECT 1620 1619\nCONECT 1621 1618 1622\nCONECT 1622 1621 1623 1624\nCONECT 1623 1622 1625\nCONECT 1624 1622 1626 1627\nCONECT 1625 1623 1626\nCONECT 1626 1624 1625 1628\nCONECT 1627 1624 1629\nCONECT 1628 1626 1630\nCONECT 1629 1627 1630\nCONECT 1630 1628 1629\nCONECT 1631 1619 1632\nCONECT 1632 1631 1633 1635\nCONECT 1633 1632 1634 1637\nCONECT 1634 1633\nCONECT 1635 1632 1636\nCONECT 1636 1635\nCONECT 1637 1633 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1649\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643 1644\nCONECT 1643 1642 1645\nCONECT 1644 1642 1646\nCONECT 1645 1643 1647\nCONECT 1646 1644 1647\nCONECT 1647 1645 1646 1648\nCONECT 1648 1647\nCONECT 1649 1639 1650\nCONECT 1650 1649 1651\nCONECT 1651 1650 1652 1653\nCONECT 1652 1651\nCONECT 1653 1651 1654\nCONECT 1654 1653 1655 1657\nCONECT 1655 1654 1656 1660\nCONECT 1656 1655\nCONECT 1657 1654 1658 1659\nCONECT 1658 1657\nCONECT 1659 1657\nCONECT 1660 1655 1661\nCONECT 1661 1660 1662 1664\nCONECT 1662 1661 1663 1667\nCONECT 1663 1662\nCONECT 1664 1661 1665 1666\nCONECT 1665 1664\nCONECT 1666 1664\nCONECT 1667 1662 1668\nCONECT 1668 1667 1669 1671\nCONECT 1669 1668 1670 1674\nCONECT 1670 1669\nCONECT 1671 1668 1672 1673\nCONECT 1672 1671\nCONECT 1673 1671\nCONECT 1674 1669 1675\nCONECT 1675 1674 1676 1678\nCONECT 1676 1675 1677 1688\nCONECT 1677 1676\nCONECT 1678 1675 1679\nCONECT 1679 1678 1680 1681\nCONECT 1680 1679 1682\nCONECT 1681 1679 1683 1684\nCONECT 1682 1680 1683\nCONECT 1683 1681 1682 1685\nCONECT 1684 1681 1686\nCONECT 1685 1683 1687\nCONECT 1686 1684 1687\nCONECT 1687 1685 1686\nCONECT 1688 1676 1689\nCONECT 1689 1688 1690 1692\nCONECT 1690 1689 1691 1697\nCONECT 1691 1690\nCONECT 1692 1689 1693\nCONECT 1693 1692 1694\nCONECT 1694 1693 1695 1696\nCONECT 1695 1694\nCONECT 1696 1694\nCONECT 1697 1690 1698\nCONECT 1698 1697 1699 1701\nCONECT 1699 1698 1700 1705\nCONECT 1700 1699\nCONECT 1701 1698 1702\nCONECT 1702 1701 1703 1704\nCONECT 1703 1702\nCONECT 1704 1702\nCONECT 1705 1699 1706\nCONECT 1706 1705 1707 1709\nCONECT 1707 1706 1708 1713\nCONECT 1708 1707\nCONECT 1709 1706 1710\nCONECT 1710 1709 1711\nCONECT 1711 1710 1712\nCONECT 1712 1711\nCONECT 1713 1707 1714\nCONECT 1714 1713 1715 1717\nCONECT 1715 1714 1716 1720\nCONECT 1716 1715\nCONECT 1717 1714 1718 1719\nCONECT 1718 1717\nCONECT 1719 1717\nCONECT 1720 1715 1721\nCONECT 1721 1720 1722 1724\nCONECT 1722 1721 1723 1731\nCONECT 1723 1722\nCONECT 1724 1721 1725\nCONECT 1725 1724 1726 1727\nCONECT 1726 1725 1728\nCONECT 1727 1725 1729\nCONECT 1728 1726 1730\nCONECT 1729 1727 1730\nCONECT 1730 1728 1729\nCONECT 1731 1722 1732\nCONECT 1732 1731 1733\nCONECT 1733 1732 1734 1735\nCONECT 1734 1733\nCONECT 1735 1733 1736\nCONECT 1736 1735 1737 1739\nCONECT 1737 1736 1738 1741\nCONECT 1738 1737\nCONECT 1739 1736 1740\nCONECT 1740 1739\nCONECT 1741 1737 1742\nCONECT 1742 1741 1743 1745\nCONECT 1743 1742 1744 1750\nCONECT 1744 1743\nCONECT 1745 1742 1746\nCONECT 1746 1745 1747\nCONECT 1747 1746 1748\nCONECT 1748 1747 1749\nCONECT 1749 1748\nCONECT 1750 1743 1751 1756\nCONECT 1751 1750 1752 1754\nCONECT 1752 1751 1753 1757\nCONECT 1753 1752\nCONECT 1754 1751 1755\nCONECT 1755 1754 1756\nCONECT 1756 1750 1755\nCONECT 1757 1752 1758\nCONECT 1758 1757 1759 1761\nCONECT 1759 1758 1760 1769\nCONECT 1760 1759\nCONECT 1761 1758 1762\nCONECT 1762 1761 1763 1764\nCONECT 1763 1762 1765\nCONECT 1764 1762 1766\nCONECT 1765 1763 1767\nCONECT 1766 1764 1767\nCONECT 1767 1765 1766 1768\nCONECT 1768 1767\nCONECT 1769 1759 1770\nCONECT 1770 1769 1771 1773\nCONECT 1771 1770 1772 1777\nCONECT 1772 1771\nCONECT 1773 1770 1774\nCONECT 1774 1773 1775 1776\nCONECT 1775 1774\nCONECT 1776 1774\nCONECT 1777 1771 1778\nCONECT 1778 1777 1779\nCONECT 1779 1778 1780 1781\nCONECT 1780 1779\nCONECT 1781 1779 1782\nCONECT 1782 1781 1783 1785\nCONECT 1783 1782 1784 1789\nCONECT 1784 1783\nCONECT 1785 1782 1786 1787\nCONECT 1786 1785 1788\nCONECT 1787 1785\nCONECT 1788 1786\nCONECT 1789 1783 1790 1795\nCONECT 1790 1789 1791 1793\nCONECT 1791 1790 1792 1796\nCONECT 1792 1791\nCONECT 1793 1790 1794\nCONECT 1794 1793 1795\nCONECT 1795 1789 1794\nCONECT 1796 1791 1797\nCONECT 1797 1796 1798 1800\nCONECT 1798 1797 1799 1801\nCONECT 1799 1798\nCONECT 1800 1797\nCONECT 1801 1798 1802\nCONECT 1802 1801 1803 1805\nCONECT 1803 1802 1804 1807\nCONECT 1804 1803\nCONECT 1805 1802 1806\nCONECT 1806 1805\nCONECT 1807 1803 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814 1815\nCONECT 1814 1813\nCONECT 1815 1813\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818 1820\nCONECT 1818 1817 1819 1824\nCONECT 1819 1818\nCONECT 1820 1817 1821 1822\nCONECT 1821 1820 1823\nCONECT 1822 1820\nCONECT 1823 1821\nCONECT 1824 1818 1825\nCONECT 1825 1824 1826 1828\nCONECT 1826 1825 1827 1830\nCONECT 1827 1826\nCONECT 1828 1825 1829\nCONECT 1829 1828\nCONECT 1830 1826 1831\nCONECT 1831 1830 1832 1834\nCONECT 1832 1831 1833 1836\nCONECT 1833 1832\nCONECT 1834 1831 1835\nCONECT 1835 1834\nCONECT 1836 1832 1837\nCONECT 1837 1836 1838 1840\nCONECT 1838 1837 1839 1844\nCONECT 1839 1838\nCONECT 1840 1837 1841 1842\nCONECT 1841 1840 1843\nCONECT 1842 1840\nCONECT 1843 1841\nCONECT 1844 1838 1845\nCONECT 1845 1844 1846 1848\nCONECT 1846 1845 1847 1852\nCONECT 1847 1846\nCONECT 1848 1845 1849\nCONECT 1849 1848 1850 1851\nCONECT 1850 1849\nCONECT 1851 1849\nCONECT 1852 1846 1853\nCONECT 1853 1852 1854 1856\nCONECT 1854 1853 1855 1861\nCONECT 1855 1854\nCONECT 1856 1853 1857\nCONECT 1857 1856 1858\nCONECT 1858 1857 1859 1860\nCONECT 1859 1858\nCONECT 1860 1858\nCONECT 1861 1854 1862\nCONECT 1862 1861 1863 1865\nCONECT 1863 1862 1864 1870\nCONECT 1864 1863\nCONECT 1865 1862 1866\nCONECT 1866 1865 1867\nCONECT 1867 1866 1868\nCONECT 1868 1867 1869\nCONECT 1869 1868\nCONECT 1870 1863 1871\nCONECT 1871 1870 1872\nCONECT 1872 1871 1873 1874\nCONECT 1873 1872\nCONECT 1874 1872 1875\nCONECT 1875 1874 1876 1878\nCONECT 1876 1875 1877 1883\nCONECT 1877 1876\nCONECT 1878 1875 1879\nCONECT 1879 1878 1880\nCONECT 1880 1879 1881 1882\nCONECT 1881 1880\nCONECT 1882 1880\nCONECT 1883 1876 1884\nCONECT 1884 1883 1885 1887\nCONECT 1885 1884 1886 1894\nCONECT 1886 1885\nCONECT 1887 1884 1888\nCONECT 1888 1887 1889\nCONECT 1889 1888 1890\nCONECT 1890 1889 1891\nCONECT 1891 1890 1892 1893\nCONECT 1892 1891\nCONECT 1893 1891\nCONECT 1894 1885 1895\nCONECT 1895 1894 1896 1898\nCONECT 1896 1895 1897 1902\nCONECT 1897 1896\nCONECT 1898 1895 1899\nCONECT 1899 1898 1900 1901\nCONECT 1900 1899\nCONECT 1901 1899\nCONECT 1902 1896 1903 1908\nCONECT 1903 1902 1904 1906\nCONECT 1904 1903 1905 1909\nCONECT 1905 1904\nCONECT 1906 1903 1907\nCONECT 1907 1906 1908\nCONECT 1908 1902 1907\nCONECT 1909 1904 1910\nCONECT 1910 1909 1911 1913\nCONECT 1911 1910 1912 1918\nCONECT 1912 1911\nCONECT 1913 1910 1914\nCONECT 1914 1913 1915\nCONECT 1915 1914 1916 1917\nCONECT 1916 1915\nCONECT 1917 1915\nCONECT 1918 1911 1919 1924\nCONECT 1919 1918 1920 1922\nCONECT 1920 1919 1921 1925\nCONECT 1921 1920\nCONECT 1922 1919 1923\nCONECT 1923 1922 1924\nCONECT 1924 1918 1923\nCONECT 1925 1920 1926 1931\nCONECT 1926 1925 1927 1929\nCONECT 1927 1926 1928 1932\nCONECT 1928 1927\nCONECT 1929 1926 1930\nCONECT 1930 1929 1931\nCONECT 1931 1925 1930\nCONECT 1932 1927 1933\nCONECT 1933 1932 1934 1936\nCONECT 1934 1933 1935 1940\nCONECT 1935 1934\nCONECT 1936 1933 1937 1938\nCONECT 1937 1936 1939\nCONECT 1938 1936\nCONECT 1939 1937\nCONECT 1940 1934 1941\nCONECT 1941 1940 1942 1944\nCONECT 1942 1941 1943 1946\nCONECT 1943 1942\nCONECT 1944 1941 1945\nCONECT 1945 1944\nCONECT 1946 1942 1947\nCONECT 1947 1946 1948 1950\nCONECT 1948 1947 1949 1953\nCONECT 1949 1948\nCONECT 1950 1947 1951 1952\nCONECT 1951 1950\nCONECT 1952 1950\nCONECT 1953 1948 1954\nCONECT 1954 1953 1955 1957\nCONECT 1955 1954 1956 1961\nCONECT 1956 1955\nCONECT 1957 1954 1958 1959\nCONECT 1958 1957 1960\nCONECT 1959 1957\nCONECT 1960 1958\nCONECT 1961 1955 1962\nCONECT 1962 1961 1963 1965\nCONECT 1963 1962 1964 1969\nCONECT 1964 1963\nCONECT 1965 1962 1966\nCONECT 1966 1965 1967 1968\nCONECT 1967 1966\nCONECT 1968 1966\nCONECT 1969 1963 1970\nCONECT 1970 1969 1971 1973\nCONECT 1971 1970 1972 1976\nCONECT 1972 1971\nCONECT 1973 1970 1974 1975\nCONECT 1974 1973\nCONECT 1975 1973\nCONECT 1976 1971 1977\nCONECT 1977 1976 1978 1980\nCONECT 1978 1977 1979 1988\nCONECT 1979 1978\nCONECT 1980 1977 1981\nCONECT 1981 1980 1982 1983\nCONECT 1982 1981 1984\nCONECT 1983 1981 1985\nCONECT 1984 1982 1986\nCONECT 1985 1983 1986\nCONECT 1986 1984 1985 1987\nCONECT 1987 1986\nCONECT 1988 1978 1989\nCONECT 1989 1988 1990 1992\nCONECT 1990 1989 1991 1996\nCONECT 1991 1990\nCONECT 1992 1989 1993\nCONECT 1993 1992 1994\nCONECT 1994 1993 1995\nCONECT 1995 1994\nCONECT 1996 1990 1997\nCONECT 1997 1996 1998 2000\nCONECT 1998 1997 1999 2004\nCONECT 1999 1998\nCONECT 2000 1997 2001 2002\nCONECT 2001 2000 2003\nCONECT 2002 2000\nCONECT 2003 2001\nCONECT 2004 1998 2005\nCONECT 2005 2004 2006 2008\nCONECT 2006 2005 2007 2012\nCONECT 2007 2006\nCONECT 2008 2005 2009\nCONECT 2009 2008 2010\nCONECT 2010 2009 2011\nCONECT 2011 2010\nCONECT 2012 2006 2013\nCONECT 2013 2012 2014 2016\nCONECT 2014 2013 2015 2023\nCONECT 2015 2014\nCONECT 2016 2013 2017\nCONECT 2017 2016 2018\nCONECT 2018 2017 2019\nCONECT 2019 2018 2020\nCONECT 2020 2019 2021 2022\nCONECT 2021 2020\nCONECT 2022 2020\nCONECT 2023 2014 2024\nCONECT 2024 2023 2025 2027\nCONECT 2025 2024 2026 2032\nCONECT 2026 2025\nCONECT 2027 2024 2028\nCONECT 2028 2027 2029\nCONECT 2029 2028 2030\nCONECT 2030 2029 2031\nCONECT 2031 2030\nCONECT 2032 2025 2033\nCONECT 2033 2032 2034 2036\nCONECT 2034 2033 2035 2038\nCONECT 2035 2034\nCONECT 2036 2033 2037\nCONECT 2037 2036\nCONECT 2038 2034 2039\nCONECT 2039 2038 2040 2042\nCONECT 2040 2039 2041 2052 2060\nCONECT 2041 2040\nCONECT 2042 2039 2043\nCONECT 2043 2042 2044 2045\nCONECT 2044 2043 2046\nCONECT 2045 2043 2047 2048\nCONECT 2046 2044 2047\nCONECT 2047 2045 2046 2049\nCONECT 2048 2045 2050\nCONECT 2049 2047 2051\nCONECT 2050 2048 2051\nCONECT 2051 2049 2050\nCONECT 2052 2040 2053\nCONECT 2053 2052 2054 2056\nCONECT 2054 2053 2055 2068\nCONECT 2055 2054\nCONECT 2056 2053 2057\nCONECT 2057 2056 2058\nCONECT 2058 2057 2059\nCONECT 2059 2058\nCONECT 2060 2040 2061\nCONECT 2061 2060 2062 2064\nCONECT 2062 2061 2063 2068\nCONECT 2063 2062\nCONECT 2064 2061 2065\nCONECT 2065 2064 2066\nCONECT 2066 2065 2067\nCONECT 2067 2066\nCONECT 2068 2054 2062 2069\nCONECT 2069 2068 2070 2072\nCONECT 2070 2069 2071 2076\nCONECT 2071 2070\nCONECT 2072 2069 2073 2074\nCONECT 2073 2072 2075\nCONECT 2074 2072\nCONECT 2075 2073\nCONECT 2076 2070 2077\nCONECT 2077 2076 2078 2080\nCONECT 2078 2077 2079 2084\nCONECT 2079 2078\nCONECT 2080 2077 2081\nCONECT 2081 2080 2082 2083\nCONECT 2082 2081\nCONECT 2083 2081\nCONECT 2084 2078 2085\nCONECT 2085 2084 2086 2088\nCONECT 2086 2085 2087 2089\nCONECT 2087 2086\nCONECT 2088 2085\nCONECT 2089 2086 2090\nCONECT 2090 2089 2091 2093\nCONECT 2091 2090 2092 2097\nCONECT 2092 2091\nCONECT 2093 2090 2094\nCONECT 2094 2093 2095 2096\nCONECT 2095 2094\nCONECT 2096 2094\nCONECT 2097 2091 2098\nCONECT 2098 2097 2099 2101\nCONECT 2099 2098 2100 2103\nCONECT 2100 2099\nCONECT 2101 2098 2102\nCONECT 2102 2101\nCONECT 2103 2099 2104\nCONECT 2104 2103 2105 2107\nCONECT 2105 2104 2106 2114\nCONECT 2106 2105\nCONECT 2107 2104 2108\nCONECT 2108 2107 2109\nCONECT 2109 2108 2110\nCONECT 2110 2109 2111\nCONECT 2111 2110 2112 2113\nCONECT 2112 2111\nCONECT 2113 2111\nCONECT 2114 2105 2115 2120\nCONECT 2115 2114 2116 2118\nCONECT 2116 2115 2117 2121\nCONECT 2117 2116\nCONECT 2118 2115 2119\nCONECT 2119 2118 2120\nCONECT 2120 2114 2119\nCONECT 2121 2116 2122\nCONECT 2122 2121 2123 2125\nCONECT 2123 2122 2124 2130\nCONECT 2124 2123\nCONECT 2125 2122 2126\nCONECT 2126 2125 2127\nCONECT 2127 2126 2128\nCONECT 2128 2127 2129\nCONECT 2129 2128\nCONECT 2130 2123 2131\nCONECT 2131 2130 2132 2134\nCONECT 2132 2131 2133 2141\nCONECT 2133 2132\nCONECT 2134 2131 2135\nCONECT 2135 2134 2136 2137\nCONECT 2136 2135 2138\nCONECT 2137 2135 2139\nCONECT 2138 2136 2140\nCONECT 2139 2137 2140\nCONECT 2140 2138 2139\nCONECT 2141 2132 2142\nCONECT 2142 2141 2143 2145\nCONECT 2143 2142 2144 2152\nCONECT 2144 2143\nCONECT 2145 2142 2146\nCONECT 2146 2145 2147\nCONECT 2147 2146 2148\nCONECT 2148 2147 2149\nCONECT 2149 2148 2150 2151\nCONECT 2150 2149\nCONECT 2151 2149\nCONECT 2152 2143 2153\nCONECT 2153 2152 2154 2156\nCONECT 2154 2153 2155 2161\nCONECT 2155 2154\nCONECT 2156 2153 2157\nCONECT 2157 2156 2158\nCONECT 2158 2157 2159 2160\nCONECT 2159 2158\nCONECT 2160 2158\nCONECT 2161 2154 2162\nCONECT 2162 2161 2163 2165\nCONECT 2163 2162 2164 2169\nCONECT 2164 2163\nCONECT 2165 2162 2166\nCONECT 2166 2165 2167 2168\nCONECT 2167 2166\nCONECT 2168 2166\nCONECT 2169 2163 2170\nCONECT 2170 2169 2171 2173\nCONECT 2171 2170 2172 2177\nCONECT 2172 2171\nCONECT 2173 2170 2174 2175\nCONECT 2174 2173 2176\nCONECT 2175 2173\nCONECT 2176 2174\nCONECT 2177 2171 2178\nCONECT 2178 2177 2179 2181\nCONECT 2179 2178 2180 2185\nCONECT 2180 2179\nCONECT 2181 2178 2182 2183\nCONECT 2182 2181 2184\nCONECT 2183 2181\nCONECT 2184 2182\nCONECT 2185 2179 2186\nCONECT 2186 2185 2187 2189\nCONECT 2187 2186 2188 2194\nCONECT 2188 2187\nCONECT 2189 2186 2190\nCONECT 2190 2189 2191\nCONECT 2191 2190 2192 2193\nCONECT 2192 2191\nCONECT 2193 2191\nCONECT 2194 2187 2195\nCONECT 2195 2194 2196 2198\nCONECT 2196 2195 2197 2205\nCONECT 2197 2196\nCONECT 2198 2195 2199\nCONECT 2199 2198 2200 2201\nCONECT 2200 2199 2202\nCONECT 2201 2199 2203\nCONECT 2202 2200 2204\nCONECT 2203 2201 2204\nCONECT 2204 2202 2203\nCONECT 2205 2196 2206\nCONECT 2206 2205 2207 2209\nCONECT 2207 2206 2208 2211\nCONECT 2208 2207\nCONECT 2209 2206 2210\nCONECT 2210 2209\nCONECT 2211 2207 2212\nCONECT 2212 2211 2213 2215\nCONECT 2213 2212 2214 2220\nCONECT 2214 2213\nCONECT 2215 2212 2216\nCONECT 2216 2215 2217\nCONECT 2217 2216 2218\nCONECT 2218 2217 2219\nCONECT 2219 2218\nCONECT 2220 2213 2221\nCONECT 2221 2220 2222 2224\nCONECT 2222 2221 2223 2228\nCONECT 2223 2222\nCONECT 2224 2221 2225\nCONECT 2225 2224 2226\nCONECT 2226 2225 2227\nCONECT 2227 2226\nCONECT 2228 2222 2229\nCONECT 2229 2228 2230 2232\nCONECT 2230 2229 2231 2233\nCONECT 2231 2230\nCONECT 2232 2229\nCONECT 2233 2230 2234\nCONECT 2234 2233 2235 2237\nCONECT 2235 2234 2236 2244\nCONECT 2236 2235\nCONECT 2237 2234 2238\nCONECT 2238 2237 2239\nCONECT 2239 2238 2240\nCONECT 2240 2239 2241\nCONECT 2241 2240 2242 2243\nCONECT 2242 2241\nCONECT 2243 2241\nCONECT 2244 2235 2245\nCONECT 2245 2244 2246 2248\nCONECT 2246 2245 2247 2252\nCONECT 2247 2246\nCONECT 2248 2245 2249\nCONECT 2249 2248 2250 2251\nCONECT 2250 2249\nCONECT 2251 2249\nCONECT 2252 2246 2253 2258\nCONECT 2253 2252 2254 2256\nCONECT 2254 2253 2255 2259\nCONECT 2255 2254\nCONECT 2256 2253 2257\nCONECT 2257 2256 2258\nCONECT 2258 2252 2257\nCONECT 2259 2254 2260\nCONECT 2260 2259 2261 2263\nCONECT 2261 2260 2262 2268\nCONECT 2262 2261\nCONECT 2263 2260 2264\nCONECT 2264 2263 2265\nCONECT 2265 2264 2266 2267\nCONECT 2266 2265\nCONECT 2267 2265\nCONECT 2268 2261 2269\nCONECT 2269 2268 2270 2272\nCONECT 2270 2269 2271 2279\nCONECT 2271 2270\nCONECT 2272 2269 2273\nCONECT 2273 2272 2274\nCONECT 2274 2273 2275\nCONECT 2275 2274 2276\nCONECT 2276 2275 2277 2278\nCONECT 2277 2276\nCONECT 2278 2276\nCONECT 2279 2270 2280\nCONECT 2280 2279 2281 2283\nCONECT 2281 2280 2282 2291\nCONECT 2282 2281\nCONECT 2283 2280 2284\nCONECT 2284 2283 2285 2286\nCONECT 2285 2284 2287\nCONECT 2286 2284 2288\nCONECT 2287 2285 2289\nCONECT 2288 2286 2289\nCONECT 2289 2287 2288 2290\nCONECT 2290 2289\nCONECT 2291 2281 2292\nCONECT 2292 2291 2293 2295\nCONECT 2293 2292 2294 2299\nCONECT 2294 2293\nCONECT 2295 2292 2296\nCONECT 2296 2295 2297 2298\nCONECT 2297 2296\nCONECT 2298 2296\nCONECT 2299 2293 2300\nCONECT 2300 2299 2301 2303\nCONECT 2301 2300 2302 2306\nCONECT 2302 2301\nCONECT 2303 2300 2304 2305\nCONECT 2304 2303\nCONECT 2305 2303\nCONECT 2306 2301 2307\nCONECT 2307 2306 2308 2310\nCONECT 2308 2307 2309 2314\nCONECT 2309 2308\nCONECT 2310 2307 2311 2312\nCONECT 2311 2310 2313\nCONECT 2312 2310\nCONECT 2313 2311\nCONECT 2314 2308 2315\nCONECT 2315 2314 2316 2318\nCONECT 2316 2315 2317 2323\nCONECT 2317 2316\nCONECT 2318 2315 2319\nCONECT 2319 2318 2320\nCONECT 2320 2319 2321 2322\nCONECT 2321 2320\nCONECT 2322 2320\nCONECT 2323 2316 2324\nCONECT 2324 2323 2325\nCONECT 2325 2324 2326 2327\nCONECT 2326 2325\nCONECT 2327 2325 2328\nCONECT 2328 2327 2329 2331\nCONECT 2329 2328 2330 2335\nCONECT 2330 2329\nCONECT 2331 2328 2332\nCONECT 2332 2331 2333 2334\nCONECT 2333 2332\nCONECT 2334 2332\nCONECT 2335 2329 2336\nCONECT 2336 2335 2337 2339\nCONECT 2337 2336 2338 2344\nCONECT 2338 2337\nCONECT 2339 2336 2340\nCONECT 2340 2339 2341\nCONECT 2341 2340 2342 2343\nCONECT 2342 2341\nCONECT 2343 2341\nCONECT 2344 2337 2345\nCONECT 2345 2344 2346 2348\nCONECT 2346 2345 2347 2355\nCONECT 2347 2346\nCONECT 2348 2345 2349\nCONECT 2349 2348 2350\nCONECT 2350 2349 2351\nCONECT 2351 2350 2352\nCONECT 2352 2351 2353 2354\nCONECT 2353 2352\nCONECT 2354 2352\nCONECT 2355 2346 2356\nCONECT 2356 2355 2357 2359\nCONECT 2357 2356 2358 2363\nCONECT 2358 2357\nCONECT 2359 2356 2360\nCONECT 2360 2359 2361\nCONECT 2361 2360 2362\nCONECT 2362 2361\nCONECT 2363 2357 2364\nCONECT 2364 2363 2365 2367\nCONECT 2365 2364 2366 2373\nCONECT 2366 2365\nCONECT 2367 2364 2368\nCONECT 2368 2367 2369 2370\nCONECT 2369 2368 2371\nCONECT 2370 2368 2372\nCONECT 2371 2369 2372\nCONECT 2372 2370 2371\nCONECT 2373 2365 2374\nCONECT 2374 2373 2375 2377\nCONECT 2375 2374 2376 2381\nCONECT 2376 2375\nCONECT 2377 2374 2378\nCONECT 2378 2377 2379 2380\nCONECT 2379 2378\nCONECT 2380 2378\nCONECT 2381 2375 2382 2387\nCONECT 2382 2381 2383 2385\nCONECT 2383 2382 2384 2388\nCONECT 2384 2383\nCONECT 2385 2382 2386\nCONECT 2386 2385 2387\nCONECT 2387 2381 2386\nCONECT 2388 2383 2389\nCONECT 2389 2388 2390 2392\nCONECT 2390 2389 2391 2394\nCONECT 2391 2390\nCONECT 2392 2389 2393\nCONECT 2393 2392\nCONECT 2394 2390 2395 2400\nCONECT 2395 2394 2396 2398\nCONECT 2396 2395 2397 2401\nCONECT 2397 2396\nCONECT 2398 2395 2399\nCONECT 2399 2398 2400\nCONECT 2400 2394 2399\nCONECT 2401 2396 2402\nCONECT 2402 2401 2403 2405\nCONECT 2403 2402 2404 2408\nCONECT 2404 2403\nCONECT 2405 2402 2406 2407\nCONECT 2406 2405\nCONECT 2407 2405\nCONECT 2408 2403 2409\nCONECT 2409 2408 2410 2412\nCONECT 2410 2409 2411 2416\nCONECT 2411 2410\nCONECT 2412 2409 2413\nCONECT 2413 2412 2414 2415\nCONECT 2414 2413\nCONECT 2415 2413\nCONECT 2416 2410 2417\nCONECT 2417 2416 2418 2420\nCONECT 2418 2417 2419 2422\nCONECT 2419 2418\nCONECT 2420 2417 2421\nCONECT 2421 2420\nCONECT 2422 2418 2423\nCONECT 2423 2422 2424 2426\nCONECT 2424 2423 2425 2430\nCONECT 2425 2424\nCONECT 2426 2423 2427\nCONECT 2427 2426 2428 2429\nCONECT 2428 2427\nCONECT 2429 2427\nCONECT 2430 2424 2431\nCONECT 2431 2430 2432 2434\nCONECT 2432 2431 2433 2441\nCONECT 2433 2432\nCONECT 2434 2431 2435\nCONECT 2435 2434 2436 2437\nCONECT 2436 2435 2438\nCONECT 2437 2435 2439\nCONECT 2438 2436 2440\nCONECT 2439 2437 2440\nCONECT 2440 2438 2439\nCONECT 2441 2432 2442\nCONECT 2442 2441 2443 2445\nCONECT 2443 2442 2444 2453\nCONECT 2444 2443\nCONECT 2445 2442 2446\nCONECT 2446 2445 2447 2448\nCONECT 2447 2446 2449\nCONECT 2448 2446 2450\nCONECT 2449 2447 2451\nCONECT 2450 2448 2451\nCONECT 2451 2449 2450 2452\nCONECT 2452 2451\nCONECT 2453 2443 2454\nCONECT 2454 2453 2455 2457\nCONECT 2455 2454 2456\nCONECT 2456 2455\nCONECT 2457 2454 2458\nCONECT 2458 2457 2459\nCONECT 2459 2458 2460\nCONECT 2460 2459 2461\nCONECT 2461 2460 2462 2463\nCONECT 2462 2461\nCONECT 2463 2461\nCONECT 2464 2465 2475 2478\nCONECT 2465 2464 2476 2477\nCONECT 2466 2477 2478\nCONECT 2467 2481 2482\nCONECT 2468 2482 2483 2484\nCONECT 2469 2470 2485\nCONECT 2470  774 2469\nCONECT 2471 2488 2489\nCONECT 2472 2489\nCONECT 2473 2474 2476 2487\nCONECT 2474 2473 2475\nCONECT 2475 2464 2474 2479\nCONECT 2476 2465 2473\nCONECT 2477 2465 2466\nCONECT 2478 2464 2466\nCONECT 2479 2475 2480\nCONECT 2480 2479 2481 2483\nCONECT 2481 2467 2480\nCONECT 2482 2467 2468\nCONECT 2483 2468 2480\nCONECT 2484 2468 2485\nCONECT 2485 2469 2484 2486\nCONECT 2486 2485\nCONECT 2487 2473 2488\nCONECT 2488 2471 2487 2491\nCONECT 2489 2471 2472 2490\nCONECT 2490 2489 2491\nCONECT 2491 2488 2490\nEND\n",
            "type": "blob"
           }
          ],
@@ -1716,897 +1730,26 @@
         },
         {
          "args": [
-          "ball+stick",
-          1
-         ],
-         "kwargs": {},
-         "methodName": "removeRepresentationsByName",
-         "reconstruc_color_scheme": false,
-         "target": "Widget",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          "licorice"
+          {
+           "binary": false,
+           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ALA X 702       5.271  11.354 -39.157  1.00 48.95      A     \nATOM      2  CA  ALA X 702       3.906  11.945 -39.263  1.00 48.46      A     \nATOM      3  C   ALA X 702       3.910  13.146 -40.203  1.00 48.29      A     \nATOM      4  O   ALA X 702       4.715  14.065 -40.045  1.00 48.74      A     \nATOM      5  CB  ALA X 702       3.416  12.363 -37.881  1.00 47.79      A     \nATOM      6  N   LEU X 703       3.006  13.134 -41.178  1.00 47.85      A     \nATOM      7  CA  LEU X 703       2.893  14.232 -42.132  1.00 47.23      A     \nATOM      8  C   LEU X 703       1.441  14.680 -42.279  1.00 46.36      A     \nATOM      9  O   LEU X 703       0.520  13.977 -41.863  1.00 46.66      A     \nATOM     10  CB  LEU X 703       3.449  13.806 -43.495  1.00 47.52      A     \nATOM     11  CG  LEU X 703       3.548  14.908 -44.554  1.00 47.98      A     \nATOM     12  CD1 LEU X 703       4.377  16.063 -44.011  1.00 48.00      A     \nATOM     13  CD2 LEU X 703       4.169  14.351 -45.823  1.00 47.82      A     \nATOM     14  N   LEU X 704       1.243  15.853 -42.873  1.00 45.03      A     \nATOM     15  CA  LEU X 704      -0.090  16.430 -43.007  1.00 43.29      A     \nATOM     16  C   LEU X 704      -0.779  15.999 -44.300  1.00 41.64      A     \nATOM     17  O   LEU X 704      -0.238  16.170 -45.392  1.00 42.12      A     \nATOM     18  CB  LEU X 704      -0.008  17.957 -42.964  1.00 43.44      A     \nATOM     19  CG  LEU X 704      -1.333  18.706 -43.119  1.00 43.04      A     \nATOM     20  CD1 LEU X 704      -2.236  18.393 -41.940  1.00 43.02      A     \nATOM     21  CD2 LEU X 704      -1.070  20.200 -43.211  1.00 43.07      A     \nATOM     22  N   ARG X 705      -1.978  15.442 -44.164  1.00 39.06      A     \nATOM     23  CA  ARG X 705      -2.806  15.097 -45.313  1.00 36.53      A     \nATOM     24  C   ARG X 705      -3.838  16.194 -45.561  1.00 34.11      A     \nATOM     25  O   ARG X 705      -4.441  16.712 -44.621  1.00 30.93      A     \nATOM     26  CB  ARG X 705      -3.526  13.768 -45.066  1.00 38.36      A     \nATOM     27  CG  ARG X 705      -2.617  12.550 -45.063  1.00 40.93      A     \nATOM     28  CD  ARG X 705      -2.329  12.078 -46.480  1.00 44.13      A     \nATOM     29  NE  ARG X 705      -3.556  11.772 -47.211  1.00 46.60      A     \nATOM     30  CZ  ARG X 705      -4.133  10.574 -47.239  1.00 46.99      A     \nATOM     31  NH1 ARG X 705      -3.594   9.559 -46.576  1.00 46.73      A     \nATOM     32  NH2 ARG X 705      -5.251  10.390 -47.929  1.00 48.10      A     \nATOM     33  N   ILE X 706      -4.035  16.547 -46.827  1.00 32.17      A     \nATOM     34  CA  ILE X 706      -5.075  17.499 -47.200  1.00 31.85      A     \nATOM     35  C   ILE X 706      -6.304  16.735 -47.681  1.00 31.11      A     \nATOM     36  O   ILE X 706      -6.241  16.006 -48.671  1.00 31.20      A     \nATOM     37  CB  ILE X 706      -4.603  18.437 -48.329  1.00 32.67      A     \nATOM     38  CG1 ILE X 706      -3.341  19.183 -47.896  1.00 33.64      A     \nATOM     39  CG2 ILE X 706      -5.705  19.427 -48.676  1.00 33.48      A     \nATOM     40  CD1 ILE X 706      -3.526  20.026 -46.659  1.00 35.11      A     \nATOM     41  N   LEU X 707      -7.417  16.904 -46.976  1.00 28.75      A     \nATOM     42  CA  LEU X 707      -8.603  16.094 -47.221  1.00 29.36      A     \nATOM     43  C   LEU X 707      -9.660  16.836 -48.026  1.00 29.65      A     \nATOM     44  O   LEU X 707      -9.798  18.055 -47.921  1.00 29.55      A     \nATOM     45  CB  LEU X 707      -9.212  15.636 -45.895  1.00 29.93      A     \nATOM     46  CG  LEU X 707      -8.300  14.864 -44.942  1.00 31.69      A     \nATOM     47  CD1 LEU X 707      -9.101  14.423 -43.727  1.00 32.32      A     \nATOM     48  CD2 LEU X 707      -7.705  13.663 -45.655  1.00 31.56      A     \nATOM     49  N   LYS X 708     -10.405  16.086 -48.831  1.00 30.54      A     \nATOM     50  CA  LYS X 708     -11.592  16.613 -49.489  1.00 30.60      A     \nATOM     51  C   LYS X 708     -12.803  16.300 -48.620  1.00 30.25      A     \nATOM     52  O   LYS X 708     -12.799  15.320 -47.876  1.00 29.11      A     \nATOM     53  CB  LYS X 708     -11.759  15.972 -50.869  1.00 32.75      A     \nATOM     54  CG  LYS X 708     -10.543  16.125 -51.766  1.00 34.65      A     \nATOM     55  CD  LYS X 708     -10.865  15.776 -53.211  1.00 37.63      A     \nATOM     56  CE  LYS X 708     -11.295  14.325 -53.352  1.00 39.27      A     \nATOM     57  NZ  LYS X 708     -11.584  13.967 -54.772  1.00 41.00      A     \nATOM     58  N   GLU X 709     -13.836  17.132 -48.712  1.00 30.70      A     \nATOM     59  CA  GLU X 709     -15.025  16.960 -47.884  1.00 32.07      A     \nATOM     60  C   GLU X 709     -15.636  15.577 -48.054  1.00 31.74      A     \nATOM     61  O   GLU X 709     -16.285  15.057 -47.146  1.00 32.53      A     \nATOM     62  CB  GLU X 709     -16.074  18.016 -48.234  1.00 33.78      A     \nATOM     63  CG  GLU X 709     -15.692  19.430 -47.847  1.00 37.06      A     \nATOM     64  CD  GLU X 709     -16.838  20.402 -48.029  1.00 38.28      A     \nATOM     65  OE1 GLU X 709     -16.853  21.124 -49.048  1.00 40.11      A     \nATOM     66  OE2 GLU X 709     -17.727  20.441 -47.152  1.00 39.52      A     \nATOM     67  N   THR X 710     -15.426  14.985 -49.224  1.00 31.59      A     \nATOM     68  CA  THR X 710     -16.024  13.698 -49.552  1.00 31.53      A     \nATOM     69  C   THR X 710     -15.307  12.537 -48.871  1.00 30.93      A     \nATOM     70  O   THR X 710     -15.779  11.402 -48.910  1.00 31.36      A     \nATOM     71  CB  THR X 710     -16.016  13.460 -51.076  1.00 32.13      A     \nATOM     72  OG1 THR X 710     -14.678  13.569 -51.572  1.00 33.31      A     \nATOM     73  CG2 THR X 710     -16.898  14.481 -51.778  1.00 32.91      A     \nATOM     74  N   GLU X 711     -14.170  12.823 -48.244  1.00 30.19      A     \nATOM     75  CA  GLU X 711     -13.361  11.783 -47.615  1.00 30.16      A     \nATOM     76  C   GLU X 711     -13.838  11.412 -46.215  1.00 29.51      A     \nATOM     77  O   GLU X 711     -13.571  10.310 -45.735  1.00 29.34      A     \nATOM     78  CB  GLU X 711     -11.900  12.224 -47.533  1.00 30.58      A     \nATOM     79  CG  GLU X 711     -11.171  12.240 -48.857  1.00 33.24      A     \nATOM     80  CD  GLU X 711      -9.687  12.491 -48.683  1.00 33.99      A     \nATOM     81  OE1 GLU X 711      -9.182  13.480 -49.248  1.00 34.53      A     \nATOM     82  OE2 GLU X 711      -9.028  11.697 -47.976  1.00 34.39      A     \nATOM     83  N   PHE X 712     -14.529  12.334 -45.556  1.00 28.35      A     \nATOM     84  CA  PHE X 712     -14.954  12.105 -44.181  1.00 27.44      A     \nATOM     85  C   PHE X 712     -16.387  12.559 -43.945  1.00 28.21      A     \nATOM     86  O   PHE X 712     -16.923  13.374 -44.695  1.00 28.31      A     \nATOM     87  CB  PHE X 712     -14.018  12.834 -43.212  1.00 26.21      A     \nATOM     88  CG  PHE X 712     -14.019  14.328 -43.373  1.00 24.19      A     \nATOM     89  CD1 PHE X 712     -14.775  15.128 -42.531  1.00 24.81      A     \nATOM     90  CD2 PHE X 712     -13.260  14.934 -44.363  1.00 23.89      A     \nATOM     91  CE1 PHE X 712     -14.772  16.504 -42.670  1.00 25.07      A     \nATOM     92  CE2 PHE X 712     -13.254  16.311 -44.509  1.00 23.76      A     \nATOM     93  CZ  PHE X 712     -14.012  17.098 -43.659  1.00 24.56      A     \nATOM     94  N   LYS X 713     -17.003  12.018 -42.900  1.00 28.86      A     \nATOM     95  CA  LYS X 713     -18.348  12.418 -42.517  1.00 29.84      A     \nATOM     96  C   LYS X 713     -18.464  12.542 -41.002  1.00 29.50      A     \nATOM     97  O   LYS X 713     -17.819  11.805 -40.256  1.00 28.25      A     \nATOM     98  CB  LYS X 713     -19.373  11.404 -43.034  1.00 32.99      A     \nATOM     99  CG  LYS X 713     -19.186   9.994 -42.501  1.00 35.78      A     \nATOM    100  CD  LYS X 713     -20.231   9.046 -43.078  1.00 39.09      A     \nATOM    101  CE  LYS X 713     -20.049   7.631 -42.547  1.00 40.79      A     \nATOM    102  NZ  LYS X 713     -21.069   6.692 -43.093  1.00 42.46      A     \nATOM    103  N   LYS X 714     -19.286  13.486 -40.557  1.00 29.55      A     \nATOM    104  CA  LYS X 714     -19.553  13.665 -39.138  1.00 30.12      A     \nATOM    105  C   LYS X 714     -20.678  12.731 -38.716  1.00 30.61      A     \nATOM    106  O   LYS X 714     -21.651  12.545 -39.448  1.00 32.37      A     \nATOM    107  CB  LYS X 714     -19.955  15.115 -38.856  1.00 29.32      A     \nATOM    108  CG  LYS X 714     -18.952  16.144 -39.342  1.00 29.95      A     \nATOM    109  CD  LYS X 714     -19.458  17.557 -39.092  1.00 32.06      A     \nATOM    110  CE  LYS X 714     -18.488  18.593 -39.629  1.00 32.23      A     \nATOM    111  NZ  LYS X 714     -18.331  18.481 -41.105  1.00 34.65      A     \nATOM    112  N   ILE X 715     -20.543  12.142 -37.535  1.00 29.59      A     \nATOM    113  CA  ILE X 715     -21.545  11.215 -37.033  1.00 30.66      A     \nATOM    114  C   ILE X 715     -22.366  11.859 -35.920  1.00 31.09      A     \nATOM    115  O   ILE X 715     -23.589  11.728 -35.886  1.00 31.63      A     \nATOM    116  CB  ILE X 715     -20.886   9.927 -36.504  1.00 32.08      A     \nATOM    117  CG1 ILE X 715     -20.142   9.226 -37.643  1.00 32.76      A     \nATOM    118  CG2 ILE X 715     -21.938   9.003 -35.914  1.00 32.78      A     \nATOM    119  CD1 ILE X 715     -19.434   7.960 -37.224  1.00 33.76      A     \nATOM    120  N   LYS X 716     -21.688  12.562 -35.016  1.00 30.15      A     \nATOM    121  CA  LYS X 716     -22.369  13.237 -33.917  1.00 30.09      A     \nATOM    122  C   LYS X 716     -21.444  14.197 -33.177  1.00 29.35      A     \nATOM    123  O   LYS X 716     -20.221  14.091 -33.268  1.00 28.46      A     \nATOM    124  CB  LYS X 716     -22.927  12.211 -32.931  1.00 30.71      A     \nATOM    125  CG  LYS X 716     -21.869  11.397 -32.207  1.00 33.36      A     \nATOM    126  CD  LYS X 716     -22.508  10.470 -31.187  1.00 36.05      A     \nATOM    127  CE  LYS X 716     -21.465   9.790 -30.318  1.00 38.14      A     \nATOM    128  NZ  LYS X 716     -22.097   8.937 -29.273  1.00 39.92      A     \nATOM    129  N   VAL X 717     -22.040  15.133 -32.443  1.00 28.16      A     \nATOM    130  CA  VAL X 717     -21.280  16.096 -31.657  1.00 27.68      A     \nATOM    131  C   VAL X 717     -20.728  15.445 -30.393  1.00 27.07      A     \nATOM    132  O   VAL X 717     -21.434  14.715 -29.698  1.00 27.88      A     \nATOM    133  CB  VAL X 717     -22.158  17.302 -31.246  1.00 27.66      A     \nATOM    134  CG1 VAL X 717     -21.362  18.247 -30.359  1.00 27.23      A     \nATOM    135  CG2 VAL X 717     -22.650  18.035 -32.484  1.00 28.25      A     \nATOM    136  N   LEU X 718     -19.460  15.711 -30.105  1.00 25.89      A     \nATOM    137  CA  LEU X 718     -18.825  15.207 -28.892  1.00 25.89      A     \nATOM    138  C   LEU X 718     -18.753  16.308 -27.845  1.00 25.59      A     \nATOM    139  O   LEU X 718     -18.804  16.048 -26.642  1.00 26.65      A     \nATOM    140  CB  LEU X 718     -17.416  14.708 -29.210  1.00 24.57      A     \nATOM    141  CG  LEU X 718     -17.355  13.431 -30.049  1.00 22.87      A     \nATOM    142  CD1 LEU X 718     -15.906  13.111 -30.390  1.00 23.76      A     \nATOM    143  CD2 LEU X 718     -17.999  12.288 -29.281  1.00 24.43      A     \nATOM    144  N   GLY X 719     -18.628  17.542 -28.318  1.00 24.99      A     \nATOM    145  CA  GLY X 719     -18.590  18.677 -27.419  1.00 26.89      A     \nATOM    146  C   GLY X 719     -18.406  19.963 -28.193  1.00 27.16      A     \nATOM    147  O   GLY X 719     -18.170  19.944 -29.402  1.00 26.65      A     \nATOM    148  N   SER X 720     -18.518  21.090 -27.503  1.00 30.13      A     \nATOM    149  CA  SER X 720     -18.341  22.378 -28.152  1.00 31.75      A     \nATOM    150  C   SER X 720     -17.889  23.436 -27.159  1.00 33.33      A     \nATOM    151  O   SER X 720     -17.988  23.252 -25.946  1.00 34.18      A     \nATOM    152  CB  SER X 720     -19.647  22.819 -28.815  1.00 33.93      A     \nATOM    153  OG  SER X 720     -20.702  22.864 -27.873  1.00 35.78      A     \nATOM    154  N   GLY X 721     -17.386  24.542 -27.692  1.00 33.15      A     \nATOM    155  CA  GLY X 721     -16.967  25.650 -26.859  1.00 34.18      A     \nATOM    156  C   GLY X 721     -16.720  26.866 -27.725  1.00 33.99      A     \nATOM    157  O   GLY X 721     -17.167  26.916 -28.871  1.00 35.15      A     \nATOM    158  N   ALA X 722     -16.004  27.844 -27.185  1.00 34.28      A     \nATOM    159  CA  ALA X 722     -15.678  29.047 -27.938  1.00 34.02      A     \nATOM    160  C   ALA X 722     -14.786  28.713 -29.130  1.00 33.98      A     \nATOM    161  O   ALA X 722     -14.726  29.465 -30.101  1.00 34.08      A     \nATOM    162  CB  ALA X 722     -14.983  30.058 -27.031  1.00 34.19      A     \nATOM    163  N   PHE X 723     -14.095  27.581 -29.054  1.00 32.63      A     \nATOM    164  CA  PHE X 723     -13.169  27.184 -30.108  1.00 31.13      A     \nATOM    165  C   PHE X 723     -13.931  26.711 -31.340  1.00 29.95      A     \nATOM    166  O   PHE X 723     -13.459  26.848 -32.468  1.00 30.30      A     \nATOM    167  CB  PHE X 723     -12.257  26.059 -29.616  1.00 30.20      A     \nATOM    168  CG  PHE X 723     -12.979  24.770 -29.343  1.00 28.82      A     \nATOM    169  CD1 PHE X 723     -13.134  23.821 -30.343  1.00 27.26      A     \nATOM    170  CD2 PHE X 723     -13.512  24.511 -28.092  1.00 28.19      A     \nATOM    171  CE1 PHE X 723     -13.806  22.641 -30.099  1.00 27.26      A     \nATOM    172  CE2 PHE X 723     -14.186  23.330 -27.842  1.00 28.43      A     \nATOM    173  CZ  PHE X 723     -14.334  22.394 -28.848  1.00 27.80      A     \nATOM    174  N   GLY X 724     -15.115  26.153 -31.111  1.00 29.08      A     \nATOM    175  CA  GLY X 724     -15.860  25.533 -32.190  1.00 27.59      A     \nATOM    176  C   GLY X 724     -16.546  24.263 -31.736  1.00 26.80      A     \nATOM    177  O   GLY X 724     -17.047  24.180 -30.614  1.00 26.18      A     \nATOM    178  N   THR X 725     -16.574  23.262 -32.609  1.00 25.61      A     \nATOM    179  CA  THR X 725     -17.289  22.031 -32.311  1.00 24.82      A     \nATOM    180  C   THR X 725     -16.444  20.816 -32.677  1.00 23.38      A     \nATOM    181  O   THR X 725     -15.786  20.800 -33.715  1.00 24.55      A     \nATOM    182  CB  THR X 725     -18.619  21.969 -33.089  1.00 25.82      A     \nATOM    183  OG1 THR X 725     -19.395  23.138 -32.798  1.00 29.39      A     \nATOM    184  CG2 THR X 725     -19.411  20.739 -32.693  1.00 25.02      A     \nATOM    185  N   VAL X 726     -16.461  19.806 -31.815  1.00 22.56      A     \nATOM    186  CA  VAL X 726     -15.814  18.534 -32.112  1.00 22.30      A     \nATOM    187  C   VAL X 726     -16.861  17.471 -32.406  1.00 22.39      A     \nATOM    188  O   VAL X 726     -17.807  17.287 -31.639  1.00 21.82      A     \nATOM    189  CB  VAL X 726     -14.935  18.054 -30.932  1.00 21.88      A     \nATOM    190  CG1 VAL X 726     -14.385  16.656 -31.221  1.00 22.04      A     \nATOM    191  CG2 VAL X 726     -13.791  19.034 -30.707  1.00 22.37      A     \nATOM    192  N   TYR X 727     -16.688  16.778 -33.528  1.00 21.92      A     \nATOM    193  CA  TYR X 727     -17.587  15.699 -33.920  1.00 22.72      A     \nATOM    194  C   TYR X 727     -16.856  14.361 -33.892  1.00 20.93      A     \nATOM    195  O   TYR X 727     -15.666  14.289 -34.198  1.00 22.41      A     \nATOM    196  CB  TYR X 727     -18.120  15.929 -35.338  1.00 22.93      A     \nATOM    197  CG  TYR X 727     -18.775  17.273 -35.568  1.00 23.68      A     \nATOM    198  CD1 TYR X 727     -18.018  18.390 -35.892  1.00 23.60      A     \nATOM    199  CD2 TYR X 727     -20.154  17.417 -35.486  1.00 26.01      A     \nATOM    200  CE1 TYR X 727     -18.613  19.615 -36.130  1.00 25.99      A     \nATOM    201  CE2 TYR X 727     -20.759  18.639 -35.724  1.00 24.58      A     \nATOM    202  CZ  TYR X 727     -19.982  19.733 -36.045  1.00 26.44      A     \nATOM    203  OH  TYR X 727     -20.575  20.953 -36.279  1.00 27.69      A     \nATOM    204  N   LYS X 728     -17.571  13.303 -33.532  1.00 21.23      A     \nATOM    205  CA  LYS X 728     -17.115  11.956 -33.838  1.00 21.26      A     \nATOM    206  C   LYS X 728     -17.337  11.753 -35.330  1.00 22.71      A     \nATOM    207  O   LYS X 728     -18.366  12.159 -35.868  1.00 24.05      A     \nATOM    208  CB  LYS X 728     -17.922  10.923 -33.053  1.00 21.96      A     \nATOM    209  CG  LYS X 728     -17.516   9.484 -33.320  1.00 24.92      A     \nATOM    210  CD  LYS X 728     -18.267   8.526 -32.410  1.00 28.49      A     \nATOM    211  CE  LYS X 728     -17.928   7.078 -32.722  1.00 30.29      A     \nATOM    212  NZ  LYS X 728     -18.706   6.143 -31.863  1.00 32.35      A     \nATOM    213  N   GLY X 729     -16.372  11.136 -36.001  1.00 22.40      A     \nATOM    214  CA  GLY X 729     -16.468  11.019 -37.443  1.00 23.29      A     \nATOM    215  C   GLY X 729     -15.789   9.789 -38.007  1.00 22.88      A     \nATOM    216  O   GLY X 729     -15.145   9.028 -37.287  1.00 22.45      A     \nATOM    217  N   LEU X 730     -15.951   9.596 -39.310  1.00 23.41      A     \nATOM    218  CA  LEU X 730     -15.276   8.523 -40.023  1.00 24.16      A     \nATOM    219  C   LEU X 730     -14.510   9.098 -41.201  1.00 23.25      A     \nATOM    220  O   LEU X 730     -15.038   9.907 -41.963  1.00 25.13      A     \nATOM    221  CB  LEU X 730     -16.292   7.495 -40.523  1.00 25.30      A     \nATOM    222  CG  LEU X 730     -16.873   6.552 -39.469  1.00 28.26      A     \nATOM    223  CD1 LEU X 730     -18.055   5.794 -40.057  1.00 30.60      A     \nATOM    224  CD2 LEU X 730     -15.795   5.589 -38.991  1.00 29.99      A     \nATOM    225  N   TRP X 731     -13.259   8.678 -41.340  1.00 22.91      A     \nATOM    226  CA  TRP X 731     -12.416   9.124 -42.436  1.00 22.40      A     \nATOM    227  C   TRP X 731     -12.063   7.923 -43.306  1.00 22.98      A     \nATOM    228  O   TRP X 731     -11.586   6.902 -42.809  1.00 21.92      A     \nATOM    229  CB  TRP X 731     -11.146   9.769 -41.875  1.00 20.62      A     \nATOM    230  CG  TRP X 731     -10.120  10.146 -42.903  1.00 21.35      A     \nATOM    231  CD1 TRP X 731     -10.345  10.573 -44.182  1.00 20.80      A     \nATOM    232  CD2 TRP X 731      -8.699  10.150 -42.723  1.00 19.80      A     \nATOM    233  NE1 TRP X 731      -9.152  10.842 -44.806  1.00 21.19      A     \nATOM    234  CE2 TRP X 731      -8.125  10.591 -43.932  1.00 21.09      A     \nATOM    235  CE3 TRP X 731      -7.856   9.823 -41.656  1.00 20.16      A     \nATOM    236  CZ2 TRP X 731      -6.746  10.715 -44.104  1.00 20.25      A     \nATOM    237  CZ3 TRP X 731      -6.490   9.946 -41.826  1.00 20.52      A     \nATOM    238  CH2 TRP X 731      -5.948  10.387 -43.041  1.00 21.40      A     \nATOM    239  N   ILE X 732     -12.319   8.040 -44.604  1.00 26.23      A     \nATOM    240  CA  ILE X 732     -11.859   7.039 -45.556  1.00 29.65      A     \nATOM    241  C   ILE X 732     -11.033   7.719 -46.637  1.00 30.17      A     \nATOM    242  O   ILE X 732     -11.578   8.349 -47.544  1.00 30.37      A     \nATOM    243  CB  ILE X 732     -13.031   6.301 -46.241  1.00 31.44      A     \nATOM    244  CG1 ILE X 732     -13.913   5.613 -45.198  1.00 32.73      A     \nATOM    245  CG2 ILE X 732     -12.489   5.272 -47.224  1.00 32.52      A     \nATOM    246  CD1 ILE X 732     -14.883   6.544 -44.494  1.00 34.26      A     \nATOM    247  N   PRO X 733      -9.700   7.605 -46.551  1.00 31.82      A     \nATOM    248  CA  PRO X 733      -8.838   8.203 -47.575  1.00 33.63      A     \nATOM    249  C   PRO X 733      -9.199   7.664 -48.956  1.00 34.93      A     \nATOM    250  O   PRO X 733      -9.506   6.483 -49.105  1.00 34.90      A     \nATOM    251  CB  PRO X 733      -7.431   7.794 -47.141  1.00 33.57      A     \nATOM    252  CG  PRO X 733      -7.552   7.537 -45.669  1.00 33.00      A     \nATOM    253  CD  PRO X 733      -8.922   6.957 -45.481  1.00 32.27      A     \nATOM    254  N   GLU X 734      -9.170   8.534 -49.961  1.00 37.72      A     \nATOM    255  CA  GLU X 734      -9.598   8.151 -51.303  1.00 40.33      A     \nATOM    256  C   GLU X 734      -8.937   6.866 -51.785  1.00 40.25      A     \nATOM    257  O   GLU X 734      -7.714   6.788 -51.893  1.00 41.15      A     \nATOM    258  CB  GLU X 734      -9.300   9.273 -52.300  1.00 42.64      A     \nATOM    259  CG  GLU X 734     -10.272  10.436 -52.240  1.00 45.12      A     \nATOM    260  CD  GLU X 734     -10.322  11.210 -53.543  1.00 46.60      A     \nATOM    261  OE1 GLU X 734      -9.311  11.857 -53.893  1.00 47.26      A     \nATOM    262  OE2 GLU X 734     -11.372  11.170 -54.217  1.00 47.77      A     \nATOM    263  N   GLY X 735      -9.757   5.861 -52.074  1.00 40.17      A     \nATOM    264  CA  GLY X 735      -9.260   4.651 -52.704  1.00 39.53      A     \nATOM    265  C   GLY X 735      -8.550   3.692 -51.768  1.00 39.06      A     \nATOM    266  O   GLY X 735      -8.013   2.674 -52.210  1.00 38.72      A     \nATOM    267  N   GLU X 736      -8.543   4.003 -50.476  1.00 37.72      A     \nATOM    268  CA  GLU X 736      -7.805   3.195 -49.512  1.00 37.43      A     \nATOM    269  C   GLU X 736      -8.686   2.143 -48.847  1.00 37.23      A     \nATOM    270  O   GLU X 736      -8.185   1.189 -48.251  1.00 37.39      A     \nATOM    271  CB  GLU X 736      -7.170   4.092 -48.446  1.00 36.39      A     \nATOM    272  CG  GLU X 736      -6.128   5.057 -48.992  1.00 35.87      A     \nATOM    273  CD  GLU X 736      -5.210   5.588 -47.909  1.00 36.31      A     \nATOM    274  OE1 GLU X 736      -5.203   5.005 -46.808  1.00 34.86      A     \nATOM    275  OE2 GLU X 736      -4.501   6.587 -48.155  1.00 36.53      A     \nATOM    276  N   LYS X 737      -9.997   2.330 -48.946  1.00 38.16      A     \nATOM    277  CA  LYS X 737     -10.962   1.346 -48.470  1.00 39.18      A     \nATOM    278  C   LYS X 737     -10.941   1.157 -46.955  1.00 39.32      A     \nATOM    279  O   LYS X 737     -11.794   0.467 -46.400  1.00 41.14      A     \nATOM    280  CB  LYS X 737     -10.727  -0.000 -49.163  1.00 39.72      A     \nATOM    281  CG  LYS X 737     -10.956   0.036 -50.665  1.00 40.73      A     \nATOM    282  CD  LYS X 737     -12.330   0.601 -50.993  1.00 41.97      A     \nATOM    283  CE  LYS X 737     -12.564   0.668 -52.495  1.00 43.17      A     \nATOM    284  NZ  LYS X 737     -12.580  -0.687 -53.114  1.00 43.96      A     \nATOM    285  N   VAL X 738      -9.970   1.771 -46.286  1.00 38.95      A     \nATOM    286  CA  VAL X 738      -9.874   1.675 -44.832  1.00 38.05      A     \nATOM    287  C   VAL X 738     -10.728   2.743 -44.155  1.00 37.62      A     \nATOM    288  O   VAL X 738     -10.676   3.918 -44.519  1.00 37.37      A     \nATOM    289  CB  VAL X 738      -8.412   1.834 -44.352  1.00 38.64      A     \nATOM    290  CG1 VAL X 738      -7.878   3.204 -44.746  1.00 39.94      A     \nATOM    291  CG2 VAL X 738      -8.336   1.641 -42.845  1.00 38.95      A     \nATOM    292  N   LYS X 739     -11.518   2.327 -43.170  1.00 36.53      A     \nATOM    293  CA  LYS X 739     -12.342   3.259 -42.409  1.00 35.24      A     \nATOM    294  C   LYS X 739     -11.682   3.599 -41.081  1.00 32.35      A     \nATOM    295  O   LYS X 739     -11.437   2.721 -40.255  1.00 33.30      A     \nATOM    296  CB  LYS X 739     -13.727   2.661 -42.152  1.00 37.88      A     \nATOM    297  CG  LYS X 739     -14.625   2.623 -43.377  1.00 41.02      A     \nATOM    298  CD  LYS X 739     -16.091   2.667 -42.976  1.00 42.92      A     \nATOM    299  CE  LYS X 739     -16.981   2.995 -44.164  1.00 44.99      A     \nATOM    300  NZ  LYS X 739     -18.394   3.224 -43.752  1.00 45.63      A     \nATOM    301  N   ILE X 740     -11.399   4.881 -40.877  1.00 28.24      A     \nATOM    302  CA  ILE X 740     -10.682   5.319 -39.687  1.00 24.86      A     \nATOM    303  C   ILE X 740     -11.583   6.175 -38.806  1.00 23.41      A     \nATOM    304  O   ILE X 740     -12.024   7.248 -39.214  1.00 21.97      A     \nATOM    305  CB  ILE X 740      -9.436   6.145 -40.071  1.00 23.42      A     \nATOM    306  CG1 ILE X 740      -8.540   5.328 -41.007  1.00 25.21      A     \nATOM    307  CG2 ILE X 740      -8.665   6.546 -38.819  1.00 23.54      A     \nATOM    308  CD1 ILE X 740      -7.329   6.080 -41.509  1.00 26.03      A     \nATOM    309  N   PRO X 741     -11.877   5.705 -37.583  1.00 22.25      A     \nATOM    310  CA  PRO X 741     -12.598   6.567 -36.641  1.00 21.96      A     \nATOM    311  C   PRO X 741     -11.742   7.775 -36.275  1.00 20.36      A     \nATOM    312  O   PRO X 741     -10.558   7.635 -35.969  1.00 20.94      A     \nATOM    313  CB  PRO X 741     -12.863   5.655 -35.443  1.00 22.77      A     \nATOM    314  CG  PRO X 741     -11.819   4.588 -35.536  1.00 24.62      A     \nATOM    315  CD  PRO X 741     -11.547   4.392 -37.002  1.00 23.37      A     \nATOM    316  N   VAL X 742     -12.343   8.960 -36.325  1.00 19.67      A     \nATOM    317  CA  VAL X 742     -11.616  10.197 -36.070  1.00 18.51      A     \nATOM    318  C   VAL X 742     -12.461  11.181 -35.269  1.00 18.18      A     \nATOM    319  O   VAL X 742     -13.668  11.006 -35.123  1.00 18.11      A     \nATOM    320  CB  VAL X 742     -11.198  10.887 -37.387  1.00 17.44      A     \nATOM    321  CG1 VAL X 742     -10.201  10.023 -38.138  1.00 19.04      A     \nATOM    322  CG2 VAL X 742     -12.429  11.144 -38.252  1.00 18.90      A     \nATOM    323  N   ALA X 743     -11.811  12.210 -34.742  1.00 16.87      A     \nATOM    324  CA  ALA X 743     -12.522  13.349 -34.184  1.00 17.20      A     \nATOM    325  C   ALA X 743     -12.335  14.552 -35.098  1.00 19.57      A     \nATOM    326  O   ALA X 743     -11.212  14.926 -35.429  1.00 21.73      A     \nATOM    327  CB  ALA X 743     -11.999  13.662 -32.793  1.00 17.84      A     \nATOM    328  N   ILE X 744     -13.442  15.157 -35.511  1.00 19.08      A     \nATOM    329  CA  ILE X 744     -13.380  16.285 -36.425  1.00 20.43      A     \nATOM    330  C   ILE X 744     -13.604  17.578 -35.657  1.00 20.06      A     \nATOM    331  O   ILE X 744     -14.692  17.822 -35.140  1.00 22.70      A     \nATOM    332  CB  ILE X 744     -14.448  16.162 -37.527  1.00 21.37      A     \nATOM    333  CG1 ILE X 744     -14.255  14.850 -38.287  1.00 21.96      A     \nATOM    334  CG2 ILE X 744     -14.347  17.343 -38.483  1.00 21.49      A     \nATOM    335  CD1 ILE X 744     -15.427  14.475 -39.171  1.00 23.12      A     \nATOM    336  N   LYS X 745     -12.563  18.396 -35.571  1.00 20.72      A     \nATOM    337  CA  LYS X 745     -12.665  19.672 -34.882  1.00 21.17      A     \nATOM    338  C   LYS X 745     -12.912  20.772 -35.903  1.00 21.48      A     \nATOM    339  O   LYS X 745     -12.007  21.174 -36.633  1.00 20.66      A     \nATOM    340  CB  LYS X 745     -11.380  19.954 -34.097  1.00 22.97      A     \nATOM    341  CG  LYS X 745     -11.432  21.220 -33.255  1.00 22.04      A     \nATOM    342  CD  LYS X 745     -10.359  21.218 -32.175  1.00 23.95      A     \nATOM    343  CE  LYS X 745      -8.968  21.093 -32.770  1.00 24.16      A     \nATOM    344  NZ  LYS X 745      -7.909  21.278 -31.734  1.00 26.83      A     \nATOM    345  N   GLU X 746     -14.152  21.247 -35.958  1.00 24.65      A     \nATOM    346  CA  GLU X 746     -14.501  22.337 -36.857  1.00 26.46      A     \nATOM    347  C   GLU X 746     -14.399  23.660 -36.109  1.00 27.46      A     \nATOM    348  O   GLU X 746     -15.149  23.911 -35.168  1.00 27.73      A     \nATOM    349  CB  GLU X 746     -15.921  22.146 -37.397  1.00 28.52      A     \nATOM    350  CG  GLU X 746     -16.305  23.144 -38.478  1.00 31.39      A     \nATOM    351  CD  GLU X 746     -17.512  22.700 -39.283  1.00 33.34      A     \nATOM    352  OE1 GLU X 746     -17.459  22.778 -40.529  1.00 35.68      A     \nATOM    353  OE2 GLU X 746     -18.514  22.272 -38.674  1.00 34.33      A     \nATOM    354  N   LEU X 747     -13.464  24.502 -36.536  1.00 28.65      A     \nATOM    355  CA  LEU X 747     -13.182  25.754 -35.846  1.00 30.69      A     \nATOM    356  C   LEU X 747     -14.164  26.838 -36.269  1.00 32.63      A     \nATOM    357  O   LEU X 747     -14.643  26.846 -37.403  1.00 32.65      A     \nATOM    358  CB  LEU X 747     -11.754  26.208 -36.152  1.00 30.09      A     \nATOM    359  CG  LEU X 747     -10.642  25.193 -35.866  1.00 30.33      A     \nATOM    360  CD1 LEU X 747      -9.296  25.798 -36.230  1.00 30.87      A     \nATOM    361  CD2 LEU X 747     -10.672  24.796 -34.399  1.00 30.15      A     \nATOM    362  N   ARG X 748     -14.463  27.752 -35.353  1.00 34.79      A     \nATOM    363  CA  ARG X 748     -15.352  28.867 -35.660  1.00 37.08      A     \nATOM    364  C   ARG X 748     -14.589  29.988 -36.356  1.00 37.84      A     \nATOM    365  O   ARG X 748     -13.405  29.852 -36.660  1.00 38.79      A     \nATOM    366  CB  ARG X 748     -15.994  29.401 -34.378  1.00 38.38      A     \nATOM    367  CG  ARG X 748     -15.002  29.895 -33.344  1.00 40.52      A     \nATOM    368  CD  ARG X 748     -15.672  30.834 -32.355  1.00 42.61      A     \nATOM    369  NE  ARG X 748     -16.092  32.078 -32.990  1.00 44.87      A     \nATOM    370  CZ  ARG X 748     -15.315  33.148 -33.115  1.00 46.16      A     \nATOM    371  NH1 ARG X 748     -14.074  33.126 -32.647  1.00 46.70      A     \nATOM    372  NH2 ARG X 748     -15.775  34.239 -33.711  1.00 47.21      A     \nATOM    373  N   PRO X 753     -10.064  36.021 -41.866  1.00 38.60      A     \nATOM    374  CA  PRO X 753      -9.504  34.683 -42.089  1.00 37.88      A     \nATOM    375  C   PRO X 753      -8.067  34.753 -42.592  1.00 36.99      A     \nATOM    376  O   PRO X 753      -7.747  35.565 -43.460  1.00 37.58      A     \nATOM    377  CB  PRO X 753     -10.439  34.069 -43.132  1.00 38.21      A     \nATOM    378  CG  PRO X 753     -11.711  34.838 -42.999  1.00 39.53      A     \nATOM    379  CD  PRO X 753     -11.296  36.233 -42.643  1.00 39.40      A     \nATOM    380  N   LYS X 754      -7.203  33.902 -42.049  1.00 35.48      A     \nATOM    381  CA  LYS X 754      -5.830  33.820 -42.527  1.00 33.12      A     \nATOM    382  C   LYS X 754      -5.810  33.216 -43.927  1.00 31.54      A     \nATOM    383  O   LYS X 754      -6.789  32.607 -44.364  1.00 31.83      A     \nATOM    384  CB  LYS X 754      -4.987  32.958 -41.583  1.00 34.02      A     \nATOM    385  CG  LYS X 754      -4.823  33.542 -40.190  1.00 34.24      A     \nATOM    386  CD  LYS X 754      -3.967  32.646 -39.309  1.00 35.97      A     \nATOM    387  CE  LYS X 754      -3.753  33.269 -37.937  1.00 37.06      A     \nATOM    388  NZ  LYS X 754      -2.898  32.418 -37.064  1.00 39.02      A     \nATOM    389  N   ALA X 755      -4.697  33.390 -44.629  1.00 29.27      A     \nATOM    390  CA  ALA X 755      -4.525  32.777 -45.940  1.00 28.40      A     \nATOM    391  C   ALA X 755      -4.453  31.264 -45.781  1.00 28.69      A     \nATOM    392  O   ALA X 755      -3.987  30.766 -44.756  1.00 28.24      A     \nATOM    393  CB  ALA X 755      -3.254  33.292 -46.595  1.00 26.86      A     \nATOM    394  N   ASN X 756      -4.910  30.535 -46.794  1.00 28.74      A     \nATOM    395  CA  ASN X 756      -4.877  29.078 -46.737  1.00 29.21      A     \nATOM    396  C   ASN X 756      -3.467  28.570 -46.475  1.00 28.92      A     \nATOM    397  O   ASN X 756      -3.274  27.600 -45.742  1.00 28.21      A     \nATOM    398  CB  ASN X 756      -5.405  28.480 -48.044  1.00 30.42      A     \nATOM    399  CG  ASN X 756      -6.913  28.547 -48.146  1.00 30.01      A     \nATOM    400  OD1 ASN X 756      -7.589  29.009 -47.227  1.00 33.25      A     \nATOM    401  ND2 ASN X 756      -7.451  28.079 -49.265  1.00 34.69      A     \nATOM    402  N   LYS X 757      -2.479  29.231 -47.071  1.00 29.35      A     \nATOM    403  CA  LYS X 757      -1.092  28.814 -46.923  1.00 30.03      A     \nATOM    404  C   LYS X 757      -0.610  28.983 -45.481  1.00 29.66      A     \nATOM    405  O   LYS X 757       0.157  28.164 -44.977  1.00 28.99      A     \nATOM    406  CB  LYS X 757      -0.201  29.620 -47.872  1.00 31.92      A     \nATOM    407  CG  LYS X 757       1.264  29.221 -47.846  1.00 34.36      A     \nATOM    408  CD  LYS X 757       2.016  29.844 -49.012  1.00 37.50      A     \nATOM    409  CE  LYS X 757       3.519  29.691 -48.847  1.00 39.69      A     \nATOM    410  NZ  LYS X 757       4.032  30.505 -47.709  1.00 40.87      A     \nATOM    411  N   GLU X 758      -1.067  30.041 -44.819  1.00 29.06      A     \nATOM    412  CA  GLU X 758      -0.747  30.238 -43.409  1.00 28.56      A     \nATOM    413  C   GLU X 758      -1.330  29.120 -42.558  1.00 28.24      A     \nATOM    414  O   GLU X 758      -0.659  28.579 -41.680  1.00 28.87      A     \nATOM    415  CB  GLU X 758      -1.304  31.571 -42.912  1.00 28.76      A     \nATOM    416  CG  GLU X 758      -0.548  32.790 -43.394  1.00 29.09      A     \nATOM    417  CD  GLU X 758      -1.096  34.068 -42.790  1.00 29.74      A     \nATOM    418  OE1 GLU X 758      -2.294  34.359 -43.003  1.00 30.84      A     \nATOM    419  OE2 GLU X 758      -0.334  34.777 -42.101  1.00 30.07      A     \nATOM    420  N   ILE X 759      -2.588  28.785 -42.821  1.00 28.13      A     \nATOM    421  CA  ILE X 759      -3.288  27.763 -42.056  1.00 27.87      A     \nATOM    422  C   ILE X 759      -2.619  26.407 -42.243  1.00 28.60      A     \nATOM    423  O   ILE X 759      -2.420  25.666 -41.280  1.00 28.52      A     \nATOM    424  CB  ILE X 759      -4.763  27.666 -42.491  1.00 27.51      A     \nATOM    425  CG1 ILE X 759      -5.448  29.019 -42.287  1.00 27.04      A     \nATOM    426  CG2 ILE X 759      -5.477  26.586 -41.692  1.00 27.66      A     \nATOM    427  CD1 ILE X 759      -6.860  29.084 -42.826  1.00 26.92      A     \nATOM    428  N   LEU X 760      -2.262  26.088 -43.483  1.00 28.81      A     \nATOM    429  CA  LEU X 760      -1.613  24.818 -43.776  1.00 30.81      A     \nATOM    430  C   LEU X 760      -0.252  24.723 -43.098  1.00 33.01      A     \nATOM    431  O   LEU X 760       0.141  23.655 -42.629  1.00 32.92      A     \nATOM    432  CB  LEU X 760      -1.456  24.640 -45.287  1.00 29.04      A     \nATOM    433  CG  LEU X 760      -2.769  24.498 -46.060  1.00 29.23      A     \nATOM    434  CD1 LEU X 760      -2.482  24.368 -47.547  1.00 29.76      A     \nATOM    435  CD2 LEU X 760      -3.528  23.280 -45.549  1.00 29.77      A     \nATOM    436  N   ASP X 761       0.464  25.842 -43.038  1.00 35.06      A     \nATOM    437  CA  ASP X 761       1.760  25.878 -42.372  1.00 37.24      A     \nATOM    438  C   ASP X 761       1.616  25.634 -40.871  1.00 37.58      A     \nATOM    439  O   ASP X 761       2.437  24.943 -40.267  1.00 38.19      A     \nATOM    440  CB  ASP X 761       2.448  27.223 -42.618  1.00 39.61      A     \nATOM    441  CG  ASP X 761       2.892  27.396 -44.058  1.00 41.72      A     \nATOM    442  OD1 ASP X 761       2.736  26.441 -44.850  1.00 43.94      A     \nATOM    443  OD2 ASP X 761       3.400  28.485 -44.401  1.00 43.65      A     \nATOM    444  N   GLU X 762       0.570  26.197 -40.274  1.00 37.24      A     \nATOM    445  CA  GLU X 762       0.280  25.947 -38.867  1.00 37.27      A     \nATOM    446  C   GLU X 762      -0.080  24.480 -38.655  1.00 36.32      A     \nATOM    447  O   GLU X 762       0.214  23.903 -37.609  1.00 35.69      A     \nATOM    448  CB  GLU X 762      -0.883  26.824 -38.394  1.00 39.65      A     \nATOM    449  CG  GLU X 762      -0.575  28.310 -38.343  1.00 43.10      A     \nATOM    450  CD  GLU X 762      -1.684  29.105 -37.680  1.00 44.77      A     \nATOM    451  OE1 GLU X 762      -2.852  28.668 -37.748  1.00 45.87      A     \nATOM    452  OE2 GLU X 762      -1.389  30.164 -37.087  1.00 46.24      A     \nATOM    453  N   ALA X 763      -0.717  23.887 -39.659  1.00 34.17      A     \nATOM    454  CA  ALA X 763      -1.168  22.505 -39.573  1.00 33.20      A     \nATOM    455  C   ALA X 763      -0.013  21.530 -39.787  1.00 33.16      A     \nATOM    456  O   ALA X 763       0.003  20.444 -39.208  1.00 31.26      A     \nATOM    457  CB  ALA X 763      -2.266  22.252 -40.603  1.00 31.93      A     \nATOM    458  N   TYR X 764       0.949  21.917 -40.620  1.00 34.66      A     \nATOM    459  CA  TYR X 764       2.115  21.075 -40.872  1.00 36.96      A     \nATOM    460  C   TYR X 764       2.934  20.876 -39.601  1.00 37.74      A     \nATOM    461  O   TYR X 764       3.400  19.772 -39.321  1.00 38.02      A     \nATOM    462  CB  TYR X 764       3.000  21.691 -41.962  1.00 39.40      A     \nATOM    463  CG  TYR X 764       2.581  21.340 -43.375  1.00 42.32      A     \nATOM    464  CD1 TYR X 764       2.601  20.023 -43.818  1.00 43.73      A     \nATOM    465  CD2 TYR X 764       2.175  22.324 -44.268  1.00 43.99      A     \nATOM    466  CE1 TYR X 764       2.226  19.695 -45.110  1.00 45.14      A     \nATOM    467  CE2 TYR X 764       1.798  22.007 -45.564  1.00 44.80      A     \nATOM    468  CZ  TYR X 764       1.826  20.690 -45.978  1.00 45.54      A     \nATOM    469  OH  TYR X 764       1.454  20.364 -47.263  1.00 46.81      A     \nATOM    470  N   VAL X 765       3.106  21.947 -38.833  1.00 37.50      A     \nATOM    471  CA  VAL X 765       3.814  21.863 -37.561  1.00 37.00      A     \nATOM    472  C   VAL X 765       2.975  21.071 -36.566  1.00 35.88      A     \nATOM    473  O   VAL X 765       3.500  20.291 -35.771  1.00 36.30      A     \nATOM    474  CB  VAL X 765       4.079  23.268 -36.976  1.00 38.11      A     \nATOM    475  CG1 VAL X 765       4.832  23.151 -35.662  1.00 38.35      A     \nATOM    476  CG2 VAL X 765       4.866  24.105 -37.969  1.00 39.04      A     \nATOM    477  N   MET X 766       1.664  21.273 -36.627  1.00 33.98      A     \nATOM    478  CA  MET X 766       0.730  20.605 -35.731  1.00 31.12      A     \nATOM    479  C   MET X 766       0.731  19.097 -35.984  1.00 29.14      A     \nATOM    480  O   MET X 766       0.580  18.300 -35.057  1.00 29.82      A     \nATOM    481  CB  MET X 766      -0.676  21.173 -35.945  1.00 34.68      A     \nATOM    482  CG  MET X 766      -1.702  20.758 -34.907  1.00 36.88      A     \nATOM    483  SD  MET X 766      -3.208  21.753 -35.024  1.00 41.26      A     \nATOM    484  CE  MET X 766      -2.565  23.388 -34.668  1.00 40.38      A     \nATOM    485  N  AALA X 767       0.913  18.711 -37.243  0.60 26.42      A     \nATOM    486  CA AALA X 767       0.892  17.304 -37.625  0.60 23.92      A     \nATOM    487  C  AALA X 767       2.211  16.612 -37.295  0.60 22.64      A     \nATOM    488  O  AALA X 767       2.280  15.384 -37.239  0.60 21.85      A     \nATOM    489  CB AALA X 767       0.594  17.175 -39.116  0.60 23.52      A     \nATOM    490  N  BALA X 767       0.913  18.711 -37.243  0.40 26.86      A     \nATOM    491  CA BALA X 767       0.892  17.304 -37.625  0.40 24.53      A     \nATOM    492  C  BALA X 767       2.210  16.613 -37.289  0.40 23.23      A     \nATOM    493  O  BALA X 767       2.276  15.385 -37.223  0.40 22.59      A     \nATOM    494  CB BALA X 767       0.602  17.176 -39.117  0.40 24.37      A     \nATOM    495  N   SER X 768       3.257  17.405 -37.077  1.00 21.94      A     \nATOM    496  CA  SER X 768       4.577  16.867 -36.774  1.00 21.71      A     \nATOM    497  C   SER X 768       4.688  16.487 -35.304  1.00 21.31      A     \nATOM    498  O   SER X 768       5.659  15.850 -34.896  1.00 20.68      A     \nATOM    499  CB  SER X 768       5.664  17.892 -37.106  1.00 24.33      A     \nATOM    500  OG  SER X 768       5.664  18.951 -36.166  1.00 26.78      A     \nATOM    501  N   VAL X 769       3.699  16.893 -34.512  1.00 20.21      A     \nATOM    502  CA  VAL X 769       3.669  16.551 -33.094  1.00 20.05      A     \nATOM    503  C   VAL X 769       3.283  15.085 -32.942  1.00 19.50      A     \nATOM    504  O   VAL X 769       2.116  14.719 -33.103  1.00 21.18      A     \nATOM    505  CB  VAL X 769       2.657  17.437 -32.330  1.00 21.22      A     \nATOM    506  CG1 VAL X 769       2.605  17.032 -30.861  1.00 23.50      A     \nATOM    507  CG2 VAL X 769       3.055  18.900 -32.459  1.00 24.21      A     \nATOM    508  N   ASP X 770       4.273  14.252 -32.630  1.00 17.04      A     \nATOM    509  CA  ASP X 770       4.116  12.801 -32.671  1.00 16.75      A     \nATOM    510  C   ASP X 770       4.624  12.179 -31.370  1.00 17.05      A     \nATOM    511  O   ASP X 770       5.814  11.891 -31.227  1.00 18.21      A     \nATOM    512  CB  ASP X 770       4.902  12.244 -33.866  1.00 17.49      A     \nATOM    513  CG  ASP X 770       4.635  10.771 -34.118  1.00 20.76      A     \nATOM    514  OD1 ASP X 770       3.755  10.189 -33.452  1.00 18.54      A     \nATOM    515  OD2 ASP X 770       5.314  10.192 -34.994  1.00 21.41      A     \nATOM    516  N   ASN X 771       3.712  11.986 -30.424  1.00 15.56      A     \nATOM    517  CA  ASN X 771       4.049  11.445 -29.109  1.00 16.20      A     \nATOM    518  C   ASN X 771       2.855  10.649 -28.582  1.00 15.99      A     \nATOM    519  O   ASN X 771       1.705  11.001 -28.835  1.00 14.39      A     \nATOM    520  CB  ASN X 771       4.384  12.592 -28.148  1.00 15.22      A     \nATOM    521  CG  ASN X 771       4.711  12.109 -26.749  1.00 15.62      A     \nATOM    522  OD1 ASN X 771       3.841  12.067 -25.880  1.00 15.51      A     \nATOM    523  ND2 ASN X 771       5.968  11.742 -26.524  1.00 17.30      A     \nATOM    524  N   PRO X 772       3.110   9.557 -27.849  1.00 15.74      A     \nATOM    525  CA  PRO X 772       2.004   8.725 -27.359  1.00 15.37      A     \nATOM    526  C   PRO X 772       0.999   9.450 -26.471  1.00 13.94      A     \nATOM    527  O   PRO X 772      -0.127   8.986 -26.296  1.00 14.90      A     \nATOM    528  CB  PRO X 772       2.708   7.597 -26.607  1.00 15.39      A     \nATOM    529  CG  PRO X 772       4.061   7.521 -27.248  1.00 18.84      A     \nATOM    530  CD  PRO X 772       4.420   8.945 -27.573  1.00 16.29      A     \nATOM    531  N   HIS X 773       1.397  10.586 -25.908  1.00 13.61      A     \nATOM    532  CA  HIS X 773       0.535  11.266 -24.955  1.00 12.93      A     \nATOM    533  C   HIS X 773       0.154  12.678 -25.370  1.00 13.40      A     \nATOM    534  O   HIS X 773      -0.181  13.518 -24.536  1.00 13.54      A     \nATOM    535  CB  HIS X 773       1.198  11.235 -23.578  1.00 13.88      A     \nATOM    536  CG  HIS X 773       1.487   9.843 -23.114  1.00 13.69      A     \nATOM    537  ND1 HIS X 773       0.486   8.933 -22.851  1.00 16.13      A     \nATOM    538  CD2 HIS X 773       2.654   9.172 -22.969  1.00 14.92      A     \nATOM    539  CE1 HIS X 773       1.023   7.759 -22.571  1.00 15.14      A     \nATOM    540  NE2 HIS X 773       2.337   7.877 -22.636  1.00 15.78      A     \nATOM    541  N   VAL X 774       0.195  12.928 -26.677  1.00 13.61      A     \nATOM    542  CA  VAL X 774      -0.367  14.148 -27.244  1.00 14.73      A     \nATOM    543  C   VAL X 774      -1.203  13.763 -28.459  1.00 15.46      A     \nATOM    544  O   VAL X 774      -0.763  12.972 -29.295  1.00 15.39      A     \nATOM    545  CB  VAL X 774       0.738  15.126 -27.689  1.00 14.10      A     \nATOM    546  CG1 VAL X 774       0.110  16.421 -28.207  1.00 16.75      A     \nATOM    547  CG2 VAL X 774       1.677  15.418 -26.520  1.00 14.69      A     \nATOM    548  N   CYS X 775      -2.410  14.315 -28.551  1.00 15.67      A     \nATOM    549  CA  CYS X 775      -3.307  14.001 -29.658  1.00 15.72      A     \nATOM    550  C   CYS X 775      -2.756  14.533 -30.971  1.00 16.09      A     \nATOM    551  O   CYS X 775      -2.342  15.690 -31.059  1.00 17.90      A     \nATOM    552  CB  CYS X 775      -4.690  14.603 -29.412  1.00 17.01      A     \nATOM    553  SG  CYS X 775      -5.619  13.801 -28.094  1.00 19.72      A     \nATOM    554  N   ARG X 776      -2.764  13.685 -31.995  1.00 15.74      A     \nATOM    555  CA  ARG X 776      -2.156  14.047 -33.266  1.00 16.23      A     \nATOM    556  C   ARG X 776      -3.180  14.533 -34.287  1.00 15.61      A     \nATOM    557  O   ARG X 776      -4.300  14.029 -34.351  1.00 15.92      A     \nATOM    558  CB  ARG X 776      -1.386  12.855 -33.837  1.00 19.92      A     \nATOM    559  CG  ARG X 776      -0.544  13.207 -35.052  1.00 21.07      A     \nATOM    560  CD  ARG X 776       0.616  12.239 -35.234  1.00 24.14      A     \nATOM    561  NE  ARG X 776       0.175  10.849 -35.233  1.00 25.59      A     \nATOM    562  CZ  ARG X 776      -0.140  10.163 -36.327  1.00 26.07      A     \nATOM    563  NH1 ARG X 776      -0.063  10.738 -37.519  1.00 27.04      A     \nATOM    564  NH2 ARG X 776      -0.529   8.900 -36.229  1.00 26.96      A     \nATOM    565  N   LEU X 777      -2.776  15.524 -35.076  1.00 17.22      A     \nATOM    566  CA  LEU X 777      -3.537  15.954 -36.242  1.00 16.05      A     \nATOM    567  C   LEU X 777      -3.232  15.009 -37.398  1.00 16.94      A     \nATOM    568  O   LEU X 777      -2.068  14.805 -37.749  1.00 18.39      A     \nATOM    569  CB  LEU X 777      -3.138  17.379 -36.631  1.00 18.66      A     \nATOM    570  CG  LEU X 777      -3.820  17.957 -37.874  1.00 20.04      A     \nATOM    571  CD1 LEU X 777      -5.308  18.078 -37.626  1.00 22.13      A     \nATOM    572  CD2 LEU X 777      -3.220  19.316 -38.200  1.00 25.00      A     \nATOM    573  N   LEU X 778      -4.280  14.436 -37.984  1.00 15.56      A     \nATOM    574  CA  LEU X 778      -4.122  13.459 -39.059  1.00 16.75      A     \nATOM    575  C   LEU X 778      -4.312  14.089 -40.432  1.00 18.60      A     \nATOM    576  O   LEU X 778      -3.739  13.631 -41.423  1.00 20.20      A     \nATOM    577  CB  LEU X 778      -5.123  12.316 -38.878  1.00 16.94      A     \nATOM    578  CG  LEU X 778      -5.032  11.583 -37.535  1.00 17.18      A     \nATOM    579  CD1 LEU X 778      -6.099  10.505 -37.455  1.00 18.06      A     \nATOM    580  CD2 LEU X 778      -3.641  10.978 -37.386  1.00 16.13      A     \nATOM    581  N   GLY X 779      -5.122  15.140 -40.489  1.00 17.59      A     \nATOM    582  CA  GLY X 779      -5.382  15.789 -41.757  1.00 18.86      A     \nATOM    583  C   GLY X 779      -6.191  17.053 -41.574  1.00 19.01      A     \nATOM    584  O   GLY X 779      -6.652  17.357 -40.472  1.00 19.51      A     \nATOM    585  N   ILE X 780      -6.369  17.794 -42.660  1.00 19.61      A     \nATOM    586  CA  ILE X 780      -7.091  19.052 -42.596  1.00 21.43      A     \nATOM    587  C   ILE X 780      -7.907  19.257 -43.864  1.00 21.97      A     \nATOM    588  O   ILE X 780      -7.489  18.869 -44.954  1.00 23.43      A     \nATOM    589  CB  ILE X 780      -6.119  20.233 -42.420  1.00 21.02      A     \nATOM    590  CG1 ILE X 780      -6.901  21.538 -42.275  1.00 22.46      A     \nATOM    591  CG2 ILE X 780      -5.158  20.295 -43.597  1.00 23.11      A     \nATOM    592  CD1 ILE X 780      -6.039  22.717 -41.881  1.00 23.41      A     \nATOM    593  N   CYS X 781      -9.081  19.853 -43.706  1.00 22.54      A     \nATOM    594  CA  CYS X 781      -9.928  20.190 -44.840  1.00 24.12      A     \nATOM    595  C   CYS X 781     -10.258  21.674 -44.796  1.00 25.34      A     \nATOM    596  O   CYS X 781     -10.776  22.169 -43.798  1.00 25.08      A     \nATOM    597  CB  CYS X 781     -11.218  19.373 -44.796  1.00 23.41      A     \nATOM    598  SG  CYS X 781     -12.334  19.684 -46.184  1.00 27.21      A     \nATOM    599  N   LEU X 782      -9.953  22.382 -45.878  1.00 27.90      A     \nATOM    600  CA  LEU X 782     -10.219  23.812 -45.942  1.00 31.30      A     \nATOM    601  C   LEU X 782     -11.338  24.118 -46.928  1.00 33.78      A     \nATOM    602  O   LEU X 782     -11.218  23.848 -48.123  1.00 35.11      A     \nATOM    603  CB  LEU X 782      -8.952  24.569 -46.349  1.00 30.81      A     \nATOM    604  CG  LEU X 782      -7.744  24.416 -45.423  1.00 30.89      A     \nATOM    605  CD1 LEU X 782      -6.601  25.283 -45.926  1.00 31.96      A     \nATOM    606  CD2 LEU X 782      -8.128  24.810 -44.007  1.00 31.13      A     \nATOM    607  N   THR X 783     -12.428  24.677 -46.414  1.00 35.95      A     \nATOM    608  CA  THR X 783     -13.543  25.112 -47.246  1.00 37.73      A     \nATOM    609  C   THR X 783     -14.044  26.461 -46.744  1.00 38.66      A     \nATOM    610  O   THR X 783     -13.274  27.414 -46.638  1.00 39.02      A     \nATOM    611  CB  THR X 783     -14.703  24.097 -47.200  1.00 38.71      A     \nATOM    612  OG1 THR X 783     -15.130  23.919 -45.844  1.00 39.72      A     \nATOM    613  CG2 THR X 783     -14.261  22.758 -47.771  1.00 39.60      A     \nATOM    614  N   SER X 784     -15.333  26.538 -46.431  1.00 38.90      A     \nATOM    615  CA  SER X 784     -15.882  27.729 -45.797  1.00 39.36      A     \nATOM    616  C   SER X 784     -15.406  27.784 -44.349  1.00 38.84      A     \nATOM    617  O   SER X 784     -15.333  28.856 -43.747  1.00 38.88      A     \nATOM    618  CB  SER X 784     -17.412  27.701 -45.845  1.00 40.54      A     \nATOM    619  OG  SER X 784     -17.924  26.526 -45.241  1.00 43.14      A     \nATOM    620  N   THR X 785     -15.081  26.618 -43.800  1.00 37.61      A     \nATOM    621  CA  THR X 785     -14.544  26.523 -42.448  1.00 35.89      A     \nATOM    622  C   THR X 785     -13.267  25.691 -42.442  1.00 34.18      A     \nATOM    623  O   THR X 785     -13.005  24.935 -43.375  1.00 34.58      A     \nATOM    624  CB  THR X 785     -15.552  25.864 -41.489  1.00 36.95      A     \nATOM    625  OG1 THR X 785     -15.810  24.519 -41.914  1.00 37.59      A     \nATOM    626  CG2 THR X 785     -16.856  26.646 -41.470  1.00 37.60      A     \nATOM    627  N   VAL X 786     -12.476  25.839 -41.384  1.00 31.82      A     \nATOM    628  CA  VAL X 786     -11.310  24.990 -41.179  1.00 29.85      A     \nATOM    629  C   VAL X 786     -11.715  23.766 -40.367  1.00 27.25      A     \nATOM    630  O   VAL X 786     -12.254  23.890 -39.267  1.00 25.96      A     \nATOM    631  CB  VAL X 786     -10.197  25.738 -40.414  1.00 30.44      A     \nATOM    632  CG1 VAL X 786      -9.010  24.814 -40.190  1.00 32.37      A     \nATOM    633  CG2 VAL X 786      -9.774  26.974 -41.190  1.00 32.18      A     \nATOM    634  N   GLN X 787     -11.464  22.582 -40.914  1.00 25.21      A     \nATOM    635  CA  GLN X 787     -11.747  21.349 -40.194  1.00 24.08      A     \nATOM    636  C   GLN X 787     -10.482  20.533 -39.964  1.00 22.52      A     \nATOM    637  O   GLN X 787      -9.785  20.161 -40.908  1.00 22.58      A     \nATOM    638  CB  GLN X 787     -12.780  20.516 -40.958  1.00 24.30      A     \nATOM    639  CG  GLN X 787     -14.158  21.161 -40.999  1.00 26.13      A     \nATOM    640  CD  GLN X 787     -15.194  20.285 -41.668  1.00 26.14      A     \nATOM    641  OE1 GLN X 787     -15.868  19.489 -41.014  1.00 28.61      A     \nATOM    642  NE2 GLN X 787     -15.328  20.427 -42.980  1.00 28.54      A     \nATOM    643  N   LEU X 788     -10.191  20.269 -38.694  1.00 20.74      A     \nATOM    644  CA  LEU X 788      -9.020  19.491 -38.321  1.00 19.70      A     \nATOM    645  C   LEU X 788      -9.444  18.068 -37.993  1.00 18.93      A     \nATOM    646  O   LEU X 788     -10.252  17.844 -37.094  1.00 19.30      A     \nATOM    647  CB  LEU X 788      -8.338  20.121 -37.105  1.00 20.89      A     \nATOM    648  CG  LEU X 788      -7.917  21.584 -37.264  1.00 22.36      A     \nATOM    649  CD1 LEU X 788      -7.196  22.050 -36.008  1.00 24.99      A     \nATOM    650  CD2 LEU X 788      -7.023  21.730 -38.480  1.00 23.79      A     \nATOM    651  N   ILE X 789      -8.900  17.110 -38.734  1.00 19.31      A     \nATOM    652  CA  ILE X 789      -9.193  15.705 -38.496  1.00 17.95      A     \nATOM    653  C   ILE X 789      -8.124  15.140 -37.568  1.00 17.28      A     \nATOM    654  O   ILE X 789      -6.943  15.101 -37.912  1.00 16.49      A     \nATOM    655  CB  ILE X 789      -9.226  14.903 -39.825  1.00 20.14      A     \nATOM    656  CG1 ILE X 789     -10.461  15.293 -40.648  1.00 23.41      A     \nATOM    657  CG2 ILE X 789      -9.263  13.415 -39.535  1.00 19.51      A     \nATOM    658  CD1 ILE X 789     -10.507  16.744 -41.079  1.00 27.12      A     \nATOM    659  N  AMET X 790      -8.542  14.715 -36.385  0.50 16.94      A     \nATOM    660  CA AMET X 790      -7.592  14.317 -35.363  0.50 16.88      A     \nATOM    661  C  AMET X 790      -7.895  12.937 -34.821  0.50 16.68      A     \nATOM    662  O  AMET X 790      -8.972  12.382 -35.053  0.50 15.83      A     \nATOM    663  CB AMET X 790      -7.604  15.336 -34.228  0.50 18.57      A     \nATOM    664  CG AMET X 790      -7.396  16.758 -34.698  0.50 19.64      A     \nATOM    665  SD AMET X 790      -7.218  17.884 -33.322  0.50 20.20      A     \nATOM    666  CE AMET X 790      -5.594  17.416 -32.721  0.50 21.19      A     \nATOM    667  N  BMET X 790      -8.556  14.743 -36.373  0.50 16.24      A     \nATOM    668  CA BMET X 790      -7.655  14.380 -35.280  0.50 15.89      A     \nATOM    669  C  BMET X 790      -7.876  12.928 -34.861  0.50 15.96      A     \nATOM    670  O  BMET X 790      -8.885  12.318 -35.217  0.50 15.18      A     \nATOM    671  CB BMET X 790      -7.907  15.288 -34.069  0.50 16.08      A     \nATOM    672  CG BMET X 790      -7.947  16.779 -34.379  0.50 17.89      A     \nATOM    673  SD BMET X 790      -6.310  17.538 -34.461  0.50 18.19      A     \nATOM    674  CE BMET X 790      -5.593  17.011 -32.898  0.50 19.76      A     \nATOM    675  N   GLN X 791      -6.933  12.380 -34.097  1.00 15.56      A     \nATOM    676  CA  GLN X 791      -7.138  11.098 -33.444  1.00 16.17      A     \nATOM    677  C   GLN X 791      -8.360  11.190 -32.546  1.00 16.83      A     \nATOM    678  O   GLN X 791      -8.534  12.169 -31.815  1.00 17.93      A     \nATOM    679  CB  GLN X 791      -5.918  10.717 -32.606  1.00 15.91      A     \nATOM    680  CG  GLN X 791      -4.651  10.512 -33.417  1.00 16.46      A     \nATOM    681  CD  GLN X 791      -3.448  10.241 -32.541  1.00 19.20      A     \nATOM    682  OE1 GLN X 791      -3.261  10.882 -31.506  1.00 18.56      A     \nATOM    683  NE2 GLN X 791      -2.619   9.285 -32.951  1.00 20.89      A     \nATOM    684  N   LEU X 792      -9.210  10.172 -32.607  1.00 16.16      A     \nATOM    685  CA  LEU X 792     -10.381  10.112 -31.745  1.00 16.58      A     \nATOM    686  C   LEU X 792     -10.014   9.489 -30.407  1.00 16.33      A     \nATOM    687  O   LEU X 792      -9.390   8.429 -30.350  1.00 17.54      A     \nATOM    688  CB  LEU X 792     -11.486   9.282 -32.407  1.00 16.07      A     \nATOM    689  CG  LEU X 792     -12.731   9.023 -31.555  1.00 17.25      A     \nATOM    690  CD1 LEU X 792     -13.454  10.333 -31.279  1.00 18.19      A     \nATOM    691  CD2 LEU X 792     -13.648   8.047 -32.283  1.00 19.48      A     \nATOM    692  N   MET X 793     -10.406  10.156 -29.328  1.00 16.66      A     \nATOM    693  CA  MET X 793     -10.270   9.596 -27.994  1.00 16.29      A     \nATOM    694  C   MET X 793     -11.644   9.128 -27.524  1.00 16.32      A     \nATOM    695  O   MET X 793     -12.483   9.933 -27.119  1.00 17.79      A     \nATOM    696  CB  MET X 793      -9.709  10.656 -27.044  1.00 17.83      A     \nATOM    697  CG  MET X 793      -8.366  11.218 -27.488  1.00 16.96      A     \nATOM    698  SD  MET X 793      -7.032  10.010 -27.391  1.00 18.09      A     \nATOM    699  CE  MET X 793      -6.610   9.808 -29.120  1.00 18.87      A     \nATOM    700  N   PRO X 794     -11.891   7.810 -27.577  1.00 16.92      A     \nATOM    701  CA  PRO X 794     -13.239   7.261 -27.389  1.00 17.70      A     \nATOM    702  C   PRO X 794     -13.900   7.556 -26.044  1.00 17.53      A     \nATOM    703  O   PRO X 794     -15.126   7.607 -25.957  1.00 19.31      A     \nATOM    704  CB  PRO X 794     -13.050   5.759 -27.609  1.00 18.68      A     \nATOM    705  CG  PRO X 794     -11.829   5.658 -28.450  1.00 19.18      A     \nATOM    706  CD  PRO X 794     -10.932   6.765 -27.974  1.00 17.61      A     \nATOM    707  N   PHE X 795     -13.097   7.747 -25.000  1.00 16.86      A     \nATOM    708  CA  PHE X 795     -13.635   7.870 -23.648  1.00 18.06      A     \nATOM    709  C   PHE X 795     -13.792   9.312 -23.160  1.00 17.52      A     \nATOM    710  O   PHE X 795     -14.201   9.540 -22.022  1.00 19.50      A     \nATOM    711  CB  PHE X 795     -12.762   7.088 -22.658  1.00 18.40      A     \nATOM    712  CG  PHE X 795     -12.885   5.597 -22.786  1.00 21.25      A     \nATOM    713  CD1 PHE X 795     -12.088   4.895 -23.674  1.00 22.22      A     \nATOM    714  CD2 PHE X 795     -13.800   4.897 -22.017  1.00 22.52      A     \nATOM    715  CE1 PHE X 795     -12.200   3.522 -23.794  1.00 22.30      A     \nATOM    716  CE2 PHE X 795     -13.918   3.521 -22.132  1.00 23.11      A     \nATOM    717  CZ  PHE X 795     -13.115   2.834 -23.022  1.00 23.06      A     \nATOM    718  N   GLY X 796     -13.466  10.282 -24.010  1.00 16.15      A     \nATOM    719  CA  GLY X 796     -13.717  11.673 -23.661  1.00 15.58      A     \nATOM    720  C   GLY X 796     -12.667  12.314 -22.773  1.00 16.03      A     \nATOM    721  O   GLY X 796     -11.554  11.806 -22.646  1.00 18.24      A     \nATOM    722  N   CYS X 797     -13.018  13.436 -22.151  1.00 14.60      A     \nATOM    723  CA  CYS X 797     -12.059  14.152 -21.321  1.00 14.93      A     \nATOM    724  C   CYS X 797     -11.847  13.457 -19.979  1.00 15.00      A     \nATOM    725  O   CYS X 797     -12.755  12.830 -19.427  1.00 14.27      A     \nATOM    726  CB  CYS X 797     -12.502  15.610 -21.103  1.00 15.73      A     \nATOM    727  SG  CYS X 797     -14.063  15.750 -20.207  1.00 17.37      A     \nATOM    728  N   LEU X 798     -10.630  13.576 -19.461  1.00 13.57      A     \nATOM    729  CA  LEU X 798     -10.262  12.890 -18.236  1.00 13.80      A     \nATOM    730  C   LEU X 798     -11.028  13.453 -17.039  1.00 12.48      A     \nATOM    731  O   LEU X 798     -11.316  12.730 -16.091  1.00 14.22      A     \nATOM    732  CB  LEU X 798      -8.750  13.002 -18.011  1.00 13.41      A     \nATOM    733  CG  LEU X 798      -8.156  12.248 -16.819  1.00 14.71      A     \nATOM    734  CD1 LEU X 798      -8.559  10.781 -16.865  1.00 13.93      A     \nATOM    735  CD2 LEU X 798      -6.640  12.384 -16.852  1.00 14.81      A     \nATOM    736  N   LEU X 799     -11.372  14.737 -17.090  1.00 13.04      A     \nATOM    737  CA  LEU X 799     -12.143  15.341 -16.007  1.00 12.75      A     \nATOM    738  C   LEU X 799     -13.468  14.611 -15.806  1.00 13.99      A     \nATOM    739  O   LEU X 799     -13.811  14.223 -14.690  1.00 13.56      A     \nATOM    740  CB  LEU X 799     -12.409  16.818 -16.302  1.00 13.78      A     \nATOM    741  CG  LEU X 799     -13.298  17.532 -15.279  1.00 11.83      A     \nATOM    742  CD1 LEU X 799     -12.606  17.552 -13.921  1.00 15.14      A     \nATOM    743  CD2 LEU X 799     -13.581  18.943 -15.757  1.00 15.03      A     \nATOM    744  N   ASP X 800     -14.208  14.421 -16.892  1.00 13.46      A     \nATOM    745  CA  ASP X 800     -15.475  13.705 -16.809  1.00 14.38      A     \nATOM    746  C   ASP X 800     -15.261  12.244 -16.446  1.00 15.94      A     \nATOM    747  O   ASP X 800     -16.075  11.650 -15.740  1.00 15.89      A     \nATOM    748  CB  ASP X 800     -16.225  13.785 -18.137  1.00 16.25      A     \nATOM    749  CG  ASP X 800     -16.773  15.164 -18.414  1.00 21.01      A     \nATOM    750  OD1 ASP X 800     -17.244  15.389 -19.551  1.00 23.56      A     \nATOM    751  OD2 ASP X 800     -16.740  16.017 -17.503  1.00 21.64      A     \nATOM    752  N   TYR X 801     -14.164  11.664 -16.926  1.00 15.16      A     \nATOM    753  CA  TYR X 801     -13.917  10.251 -16.676  1.00 15.56      A     \nATOM    754  C   TYR X 801     -13.716   9.975 -15.190  1.00 16.43      A     \nATOM    755  O   TYR X 801     -14.301   9.039 -14.641  1.00 17.14      A     \nATOM    756  CB  TYR X 801     -12.695   9.767 -17.464  1.00 17.59      A     \nATOM    757  CG  TYR X 801     -12.505   8.267 -17.409  1.00 16.86      A     \nATOM    758  CD1 TYR X 801     -11.730   7.682 -16.414  1.00 18.15      A     \nATOM    759  CD2 TYR X 801     -13.130   7.433 -18.328  1.00 19.13      A     \nATOM    760  CE1 TYR X 801     -11.586   6.305 -16.332  1.00 20.05      A     \nATOM    761  CE2 TYR X 801     -12.991   6.055 -18.254  1.00 19.04      A     \nATOM    762  CZ  TYR X 801     -12.222   5.498 -17.254  1.00 20.88      A     \nATOM    763  OH  TYR X 801     -12.103   4.127 -17.165  1.00 23.36      A     \nATOM    764  N   VAL X 802     -12.897  10.784 -14.526  1.00 15.23      A     \nATOM    765  CA  VAL X 802     -12.631  10.543 -13.113  1.00 15.15      A     \nATOM    766  C   VAL X 802     -13.851  10.849 -12.248  1.00 15.72      A     \nATOM    767  O   VAL X 802     -14.048  10.224 -11.205  1.00 17.19      A     \nATOM    768  CB  VAL X 802     -11.410  11.359 -12.600  1.00 16.05      A     \nATOM    769  CG1 VAL X 802     -10.155  10.941 -13.362  1.00 17.81      A     \nATOM    770  CG2 VAL X 802     -11.654  12.851 -12.756  1.00 16.77      A     \nATOM    771  N   ARG X 803     -14.678  11.796 -12.682  1.00 14.15      A     \nATOM    772  CA  ARG X 803     -15.926  12.066 -11.974  1.00 14.68      A     \nATOM    773  C   ARG X 803     -16.888  10.890 -12.090  1.00 16.72      A     \nATOM    774  O   ARG X 803     -17.563  10.536 -11.126  1.00 17.24      A     \nATOM    775  CB  ARG X 803     -16.595  13.325 -12.528  1.00 14.15      A     \nATOM    776  CG  ARG X 803     -15.844  14.605 -12.213  1.00 14.47      A     \nATOM    777  CD  ARG X 803     -16.498  15.808 -12.856  1.00 14.95      A     \nATOM    778  NE  ARG X 803     -15.902  17.052 -12.378  1.00 14.08      A     \nATOM    779  CZ  ARG X 803     -16.252  18.262 -12.799  1.00 15.44      A     \nATOM    780  NH1 ARG X 803     -17.201  18.398 -13.718  1.00 17.66      A     \nATOM    781  NH2 ARG X 803     -15.656  19.337 -12.298  1.00 16.58      A     \nATOM    782  N   GLU X 804     -16.942  10.285 -13.271  1.00 17.81      A     \nATOM    783  CA  GLU X 804     -17.880   9.202 -13.527  1.00 20.07      A     \nATOM    784  C   GLU X 804     -17.458   7.911 -12.834  1.00 21.41      A     \nATOM    785  O   GLU X 804     -18.296   7.178 -12.307  1.00 22.73      A     \nATOM    786  CB  GLU X 804     -17.998   8.958 -15.033  1.00 22.56      A     \nATOM    787  CG  GLU X 804     -18.870   7.768 -15.402  1.00 26.30      A     \nATOM    788  CD  GLU X 804     -19.063   7.633 -16.900  1.00 29.29      A     \nATOM    789  OE1 GLU X 804     -19.361   6.511 -17.363  1.00 33.24      A     \nATOM    790  OE2 GLU X 804     -18.922   8.648 -17.614  1.00 32.33      A     \nATOM    791  N   HIS X 805     -16.157   7.637 -12.830  1.00 21.29      A     \nATOM    792  CA  HIS X 805     -15.652   6.354 -12.352  1.00 22.55      A     \nATOM    793  C   HIS X 805     -14.918   6.449 -11.020  1.00 23.58      A     \nATOM    794  O   HIS X 805     -14.134   5.563 -10.674  1.00 24.51      A     \nATOM    795  CB  HIS X 805     -14.727   5.738 -13.403  1.00 23.78      A     \nATOM    796  CG  HIS X 805     -15.421   5.386 -14.681  1.00 25.99      A     \nATOM    797  ND1 HIS X 805     -15.272   6.118 -15.838  1.00 27.64      A     \nATOM    798  CD2 HIS X 805     -16.281   4.383 -14.980  1.00 26.60      A     \nATOM    799  CE1 HIS X 805     -16.011   5.583 -16.795  1.00 27.37      A     \nATOM    800  NE2 HIS X 805     -16.632   4.529 -16.300  1.00 28.37      A     \nATOM    801  N   LYS X 806     -15.180   7.513 -10.268  1.00 23.43      A     \nATOM    802  CA  LYS X 806     -14.450   7.780  -9.033  1.00 26.73      A     \nATOM    803  C   LYS X 806     -14.486   6.619  -8.041  1.00 28.33      A     \nATOM    804  O   LYS X 806     -13.581   6.471  -7.221  1.00 30.20      A     \nATOM    805  CB  LYS X 806     -14.998   9.042  -8.359  1.00 26.27      A     \nATOM    806  CG  LYS X 806     -16.462   8.956  -7.964  1.00 28.07      A     \nATOM    807  CD  LYS X 806     -16.930  10.249  -7.314  1.00 29.07      A     \nATOM    808  CE  LYS X 806     -18.445  10.288  -7.193  1.00 30.96      A     \nATOM    809  NZ  LYS X 806     -19.112  10.212  -8.524  1.00 33.43      A     \nATOM    810  N   ASP X 807     -15.529   5.799  -8.115  1.00 29.79      A     \nATOM    811  CA  ASP X 807     -15.699   4.700  -7.170  1.00 31.40      A     \nATOM    812  C   ASP X 807     -14.860   3.484  -7.541  1.00 30.67      A     \nATOM    813  O   ASP X 807     -14.712   2.559  -6.741  1.00 30.68      A     \nATOM    814  CB  ASP X 807     -17.173   4.289  -7.093  1.00 33.48      A     \nATOM    815  CG  ASP X 807     -18.050   5.368  -6.489  1.00 36.68      A     \nATOM    816  OD1 ASP X 807     -17.539   6.168  -5.676  1.00 38.29      A     \nATOM    817  OD2 ASP X 807     -19.251   5.415  -6.826  1.00 38.80      A     \nATOM    818  N   ASN X 808     -14.313   3.486  -8.753  1.00 30.11      A     \nATOM    819  CA  ASN X 808     -13.644   2.308  -9.292  1.00 29.48      A     \nATOM    820  C   ASN X 808     -12.230   2.590  -9.799  1.00 28.09      A     \nATOM    821  O   ASN X 808     -11.620   1.744 -10.456  1.00 29.86      A     \nATOM    822  CB  ASN X 808     -14.479   1.713 -10.427  1.00 32.76      A     \nATOM    823  CG  ASN X 808     -15.908   1.436 -10.010  1.00 35.61      A     \nATOM    824  OD1 ASN X 808     -16.848   2.024 -10.548  1.00 38.42      A     \nATOM    825  ND2 ASN X 808     -16.081   0.538  -9.046  1.00 36.86      A     \nATOM    826  N   ILE X 809     -11.712   3.778  -9.504  1.00 24.76      A     \nATOM    827  CA  ILE X 809     -10.360   4.140  -9.916  1.00 21.80      A     \nATOM    828  C   ILE X 809      -9.355   3.926  -8.788  1.00 20.89      A     \nATOM    829  O   ILE X 809      -9.530   4.432  -7.679  1.00 21.68      A     \nATOM    830  CB  ILE X 809     -10.293   5.614 -10.375  1.00 20.00      A     \nATOM    831  CG1 ILE X 809     -11.151   5.813 -11.626  1.00 19.23      A     \nATOM    832  CG2 ILE X 809      -8.853   6.003 -10.670  1.00 21.60      A     \nATOM    833  CD1 ILE X 809     -11.226   7.254 -12.093  1.00 19.47      A     \nATOM    834  N   GLY X 810      -8.304   3.165  -9.076  1.00 20.04      A     \nATOM    835  CA  GLY X 810      -7.307   2.873  -8.065  1.00 18.62      A     \nATOM    836  C   GLY X 810      -6.041   3.691  -8.226  1.00 16.92      A     \nATOM    837  O   GLY X 810      -5.896   4.453  -9.187  1.00 17.94      A     \nATOM    838  N   SER X 811      -5.114   3.520  -7.291  1.00 15.45      A     \nATOM    839  CA  SER X 811      -3.902   4.327  -7.259  1.00 14.47      A     \nATOM    840  C   SER X 811      -3.012   4.112  -8.477  1.00 14.87      A     \nATOM    841  O   SER X 811      -2.313   5.026  -8.905  1.00 14.30      A     \nATOM    842  CB  SER X 811      -3.101   4.028  -5.990  1.00 15.91      A     \nATOM    843  OG  SER X 811      -2.743   2.658  -5.929  1.00 16.16      A     \nATOM    844  N   GLN X 812      -3.024   2.908  -9.037  1.00 15.17      A     \nATOM    845  CA  GLN X 812      -2.152   2.627 -10.170  1.00 14.41      A     \nATOM    846  C   GLN X 812      -2.525   3.488 -11.371  1.00 15.08      A     \nATOM    847  O   GLN X 812      -1.653   4.042 -12.044  1.00 14.99      A     \nATOM    848  CB  GLN X 812      -2.232   1.148 -10.557  1.00 15.85      A     \nATOM    849  CG  GLN X 812      -1.217   0.749 -11.618  1.00 16.68      A     \nATOM    850  CD  GLN X 812       0.213   0.814 -11.108  1.00 18.90      A     \nATOM    851  OE1 GLN X 812       0.691  -0.111 -10.452  1.00 20.98      A     \nATOM    852  NE2 GLN X 812       0.904   1.910 -11.408  1.00 18.80      A     \nATOM    853  N   TYR X 813      -3.822   3.593 -11.643  1.00 15.66      A     \nATOM    854  CA  TYR X 813      -4.290   4.382 -12.774  1.00 15.19      A     \nATOM    855  C   TYR X 813      -4.008   5.869 -12.587  1.00 14.88      A     \nATOM    856  O   TYR X 813      -3.528   6.530 -13.506  1.00 14.67      A     \nATOM    857  CB  TYR X 813      -5.788   4.158 -12.997  1.00 18.62      A     \nATOM    858  CG  TYR X 813      -6.098   2.901 -13.780  1.00 21.64      A     \nATOM    859  CD1 TYR X 813      -6.035   1.650 -13.182  1.00 26.15      A     \nATOM    860  CD2 TYR X 813      -6.441   2.966 -15.123  1.00 25.40      A     \nATOM    861  CE1 TYR X 813      -6.306   0.498 -13.902  1.00 28.03      A     \nATOM    862  CE2 TYR X 813      -6.715   1.819 -15.850  1.00 27.61      A     \nATOM    863  CZ  TYR X 813      -6.645   0.590 -15.234  1.00 28.64      A     \nATOM    864  OH  TYR X 813      -6.915  -0.554 -15.955  1.00 32.09      A     \nATOM    865  N   LEU X 814      -4.289   6.394 -11.400  1.00 14.02      A     \nATOM    866  CA  LEU X 814      -4.057   7.810 -11.142  1.00 13.56      A     \nATOM    867  C   LEU X 814      -2.592   8.193 -11.332  1.00 13.83      A     \nATOM    868  O   LEU X 814      -2.283   9.184 -11.993  1.00 14.06      A     \nATOM    869  CB  LEU X 814      -4.508   8.171  -9.726  1.00 13.08      A     \nATOM    870  CG  LEU X 814      -6.026   8.254  -9.551  1.00 14.77      A     \nATOM    871  CD1 LEU X 814      -6.377   8.166  -8.079  1.00 14.92      A     \nATOM    872  CD2 LEU X 814      -6.546   9.552 -10.158  1.00 15.71      A     \nATOM    873  N   LEU X 815      -1.683   7.414 -10.757  1.00 12.65      A     \nATOM    874  CA  LEU X 815      -0.273   7.744 -10.863  1.00 12.72      A     \nATOM    875  C   LEU X 815       0.248   7.533 -12.281  1.00 13.05      A     \nATOM    876  O   LEU X 815       1.084   8.299 -12.750  1.00 14.66      A     \nATOM    877  CB  LEU X 815       0.543   6.933  -9.850  1.00 12.27      A     \nATOM    878  CG  LEU X 815       0.285   7.357  -8.397  1.00 13.28      A     \nATOM    879  CD1 LEU X 815       0.910   6.348  -7.446  1.00 13.34      A     \nATOM    880  CD2 LEU X 815       0.844   8.757  -8.156  1.00 15.43      A     \nATOM    881  N   ASN X 816      -0.264   6.519 -12.973  1.00 13.17      A     \nATOM    882  CA  ASN X 816       0.116   6.305 -14.368  1.00 13.82      A     \nATOM    883  C   ASN X 816      -0.306   7.499 -15.229  1.00 13.26      A     \nATOM    884  O   ASN X 816       0.436   7.920 -16.115  1.00 14.24      A     \nATOM    885  CB  ASN X 816      -0.524   5.025 -14.920  1.00 15.26      A     \nATOM    886  CG  ASN X 816       0.221   3.765 -14.514  1.00 17.50      A     \nATOM    887  OD1 ASN X 816      -0.188   2.651 -14.860  1.00 22.45      A     \nATOM    888  ND2 ASN X 816       1.313   3.929 -13.783  1.00 15.66      A     \nATOM    889  N   TRP X 817      -1.488   8.052 -14.964  1.00 12.72      A     \nATOM    890  CA  TRP X 817      -1.945   9.218 -15.720  1.00 13.42      A     \nATOM    891  C   TRP X 817      -1.033  10.413 -15.483  1.00 13.57      A     \nATOM    892  O   TRP X 817      -0.726  11.165 -16.410  1.00 13.22      A     \nATOM    893  CB  TRP X 817      -3.379   9.589 -15.334  1.00 13.80      A     \nATOM    894  CG  TRP X 817      -4.406   8.573 -15.759  1.00 14.50      A     \nATOM    895  CD1 TRP X 817      -4.320   7.702 -16.809  1.00 16.33      A     \nATOM    896  CD2 TRP X 817      -5.675   8.333 -15.141  1.00 15.49      A     \nATOM    897  NE1 TRP X 817      -5.462   6.936 -16.882  1.00 16.12      A     \nATOM    898  CE2 TRP X 817      -6.309   7.306 -15.869  1.00 15.73      A     \nATOM    899  CE3 TRP X 817      -6.339   8.890 -14.041  1.00 15.83      A     \nATOM    900  CZ2 TRP X 817      -7.573   6.823 -15.534  1.00 16.45      A     \nATOM    901  CZ3 TRP X 817      -7.594   8.409 -13.710  1.00 15.61      A     \nATOM    902  CH2 TRP X 817      -8.199   7.386 -14.453  1.00 15.52      A     \nATOM    903  N   CYS X 818      -0.590  10.585 -14.241  1.00 13.53      A     \nATOM    904  CA  CYS X 818       0.329  11.670 -13.920  1.00 13.48      A     \nATOM    905  C   CYS X 818       1.631  11.525 -14.707  1.00 12.83      A     \nATOM    906  O   CYS X 818       2.157  12.504 -15.230  1.00 12.39      A     \nATOM    907  CB  CYS X 818       0.637  11.685 -12.419  1.00 13.31      A     \nATOM    908  SG  CYS X 818      -0.751  12.148 -11.358  1.00 15.28      A     \nATOM    909  N   VAL X 819       2.149  10.302 -14.789  1.00 12.85      A     \nATOM    910  CA  VAL X 819       3.358  10.050 -15.563  1.00 12.62      A     \nATOM    911  C   VAL X 819       3.139  10.397 -17.031  1.00 11.35      A     \nATOM    912  O   VAL X 819       3.950  11.097 -17.638  1.00 13.19      A     \nATOM    913  CB  VAL X 819       3.786   8.564 -15.460  1.00 12.59      A     \nATOM    914  CG1 VAL X 819       4.950   8.295 -16.400  1.00 13.71      A     \nATOM    915  CG2 VAL X 819       4.190   8.232 -14.026  1.00 14.25      A     \nATOM    916  N   GLN X 820       2.033   9.916 -17.593  1.00 11.32      A     \nATOM    917  CA  GLN X 820       1.756  10.104 -19.015  1.00 11.53      A     \nATOM    918  C   GLN X 820       1.598  11.578 -19.368  1.00 11.31      A     \nATOM    919  O   GLN X 820       2.118  12.042 -20.385  1.00 11.97      A     \nATOM    920  CB  GLN X 820       0.502   9.325 -19.409  1.00 12.34      A     \nATOM    921  CG  GLN X 820       0.692   7.820 -19.282  1.00 13.00      A     \nATOM    922  CD  GLN X 820      -0.580   7.037 -19.528  1.00 15.11      A     \nATOM    923  OE1 GLN X 820      -1.554   7.561 -20.060  1.00 18.08      A     \nATOM    924  NE2 GLN X 820      -0.575   5.765 -19.140  1.00 18.28      A     \nATOM    925  N   ILE X 821       0.889  12.320 -18.528  1.00 12.06      A     \nATOM    926  CA  ILE X 821       0.708  13.740 -18.785  1.00 11.63      A     \nATOM    927  C   ILE X 821       2.053  14.461 -18.733  1.00 11.63      A     \nATOM    928  O   ILE X 821       2.341  15.314 -19.570  1.00 12.58      A     \nATOM    929  CB  ILE X 821      -0.279  14.361 -17.773  1.00 10.61      A     \nATOM    930  CG1 ILE X 821      -1.676  13.763 -17.988  1.00 12.74      A     \nATOM    931  CG2 ILE X 821      -0.331  15.878 -17.949  1.00 12.21      A     \nATOM    932  CD1 ILE X 821      -2.663  14.048 -16.864  1.00 14.22      A     \nATOM    933  N   ALA X 822       2.897  14.103 -17.768  1.00 11.77      A     \nATOM    934  CA  ALA X 822       4.234  14.683 -17.703  1.00 11.45      A     \nATOM    935  C   ALA X 822       5.075  14.326 -18.933  1.00 11.37      A     \nATOM    936  O   ALA X 822       5.861  15.147 -19.404  1.00 12.66      A     \nATOM    937  CB  ALA X 822       4.944  14.233 -16.425  1.00 13.72      A     \nATOM    938  N   LYS X 823       4.918  13.113 -19.458  1.00 11.86      A     \nATOM    939  CA  LYS X 823       5.661  12.728 -20.659  1.00 12.86      A     \nATOM    940  C   LYS X 823       5.212  13.537 -21.871  1.00 12.91      A     \nATOM    941  O   LYS X 823       6.038  13.973 -22.674  1.00 14.41      A     \nATOM    942  CB  LYS X 823       5.488  11.233 -20.940  1.00 13.66      A     \nATOM    943  CG  LYS X 823       6.284  10.336 -20.000  1.00 14.58      A     \nATOM    944  CD  LYS X 823       6.137   8.871 -20.376  1.00 17.45      A     \nATOM    945  CE  LYS X 823       6.989   7.987 -19.483  1.00 20.04      A     \nATOM    946  NZ  LYS X 823       6.880   6.552 -19.865  1.00 24.48      A     \nATOM    947  N   GLY X 824       3.906  13.738 -22.000  1.00 12.74      A     \nATOM    948  CA  GLY X 824       3.397  14.537 -23.102  1.00 11.33      A     \nATOM    949  C   GLY X 824       3.855  15.982 -23.013  1.00 11.96      A     \nATOM    950  O   GLY X 824       4.239  16.584 -24.017  1.00 12.83      A     \nATOM    951  N   MET X 825       3.835  16.544 -21.807  1.00 12.14      A     \nATOM    952  CA  MET X 825       4.285  17.918 -21.621  1.00 11.61      A     \nATOM    953  C   MET X 825       5.789  18.073 -21.856  1.00 12.88      A     \nATOM    954  O   MET X 825       6.238  19.084 -22.400  1.00 12.64      A     \nATOM    955  CB  MET X 825       3.926  18.406 -20.215  1.00 11.74      A     \nATOM    956  CG  MET X 825       2.435  18.609 -19.981  1.00 13.30      A     \nATOM    957  SD  MET X 825       1.655  19.756 -21.152  1.00 14.14      A     \nATOM    958  CE  MET X 825       2.550  21.267 -20.816  1.00 19.13      A     \nATOM    959  N   ASN X 826       6.570  17.075 -21.450  1.00 13.01      A     \nATOM    960  CA  ASN X 826       8.007  17.117 -21.696  1.00 14.02      A     \nATOM    961  C   ASN X 826       8.291  17.114 -23.196  1.00 14.35      A     \nATOM    962  O   ASN X 826       9.210  17.792 -23.663  1.00 14.47      A     \nATOM    963  CB  ASN X 826       8.699  15.921 -21.037  1.00 14.02      A     \nATOM    964  CG  ASN X 826      10.197  15.934 -21.249  1.00 16.76      A     \nATOM    965  OD1 ASN X 826      10.887  16.861 -20.825  1.00 18.89      A     \nATOM    966  ND2 ASN X 826      10.710  14.909 -21.922  1.00 19.37      A     \nATOM    967  N   TYR X 827       7.494  16.355 -23.945  1.00 13.68      A     \nATOM    968  CA  TYR X 827       7.625  16.323 -25.397  1.00 14.11      A     \nATOM    969  C   TYR X 827       7.306  17.693 -25.990  1.00 13.63      A     \nATOM    970  O   TYR X 827       8.030  18.192 -26.854  1.00 15.22      A     \nATOM    971  CB  TYR X 827       6.692  15.263 -25.991  1.00 13.60      A     \nATOM    972  CG  TYR X 827       6.723  15.214 -27.499  1.00 16.49      A     \nATOM    973  CD1 TYR X 827       7.705  14.499 -28.172  1.00 18.53      A     \nATOM    974  CD2 TYR X 827       5.780  15.900 -28.252  1.00 15.80      A     \nATOM    975  CE1 TYR X 827       7.744  14.472 -29.556  1.00 18.33      A     \nATOM    976  CE2 TYR X 827       5.812  15.878 -29.632  1.00 17.23      A     \nATOM    977  CZ  TYR X 827       6.794  15.165 -30.278  1.00 18.25      A     \nATOM    978  OH  TYR X 827       6.823  15.154 -31.656  1.00 20.19      A     \nATOM    979  N   LEU X 828       6.226  18.312 -25.521  1.00 13.87      A     \nATOM    980  CA  LEU X 828       5.885  19.649 -25.993  1.00 14.24      A     \nATOM    981  C   LEU X 828       7.003  20.643 -25.681  1.00 14.27      A     \nATOM    982  O   LEU X 828       7.324  21.495 -26.510  1.00 14.73      A     \nATOM    983  CB  LEU X 828       4.563  20.115 -25.373  1.00 15.12      A     \nATOM    984  CG  LEU X 828       3.329  19.312 -25.804  1.00 16.06      A     \nATOM    985  CD1 LEU X 828       2.091  19.864 -25.121  1.00 18.81      A     \nATOM    986  CD2 LEU X 828       3.174  19.370 -27.320  1.00 16.17      A     \nATOM    987  N   GLU X 829       7.605  20.533 -24.496  1.00 14.08      A     \nATOM    988  CA  GLU X 829       8.725  21.407 -24.146  1.00 14.28      A     \nATOM    989  C   GLU X 829       9.919  21.205 -25.088  1.00 15.96      A     \nATOM    990  O   GLU X 829      10.561  22.170 -25.501  1.00 16.52      A     \nATOM    991  CB  GLU X 829       9.159  21.175 -22.690  1.00 15.50      A     \nATOM    992  CG  GLU X 829      10.388  21.988 -22.289  1.00 15.82      A     \nATOM    993  CD  GLU X 829      10.582  22.110 -20.782  1.00 18.22      A     \nATOM    994  OE1 GLU X 829      11.492  22.859 -20.362  1.00 19.80      A     \nATOM    995  OE2 GLU X 829       9.836  21.469 -20.015  1.00 18.98      A     \nATOM    996  N   ASP X 830      10.209  19.955 -25.434  1.00 16.99      A     \nATOM    997  CA  ASP X 830      11.270  19.676 -26.399  1.00 18.65      A     \nATOM    998  C   ASP X 830      10.966  20.317 -27.752  1.00 18.53      A     \nATOM    999  O   ASP X 830      11.882  20.681 -28.490  1.00 20.75      A     \nATOM   1000  CB  ASP X 830      11.457  18.164 -26.571  1.00 17.65      A     \nATOM   1001  CG  ASP X 830      12.219  17.531 -25.417  1.00 21.29      A     \nATOM   1002  OD1 ASP X 830      12.144  16.295 -25.262  1.00 24.28      A     \nATOM   1003  OD2 ASP X 830      12.894  18.267 -24.667  1.00 25.28      A     \nATOM   1004  N   ARG X 831       9.682  20.462 -28.072  1.00 18.22      A     \nATOM   1005  CA  ARG X 831       9.271  21.076 -29.334  1.00 18.51      A     \nATOM   1006  C   ARG X 831       9.138  22.593 -29.201  1.00 18.77      A     \nATOM   1007  O   ARG X 831       8.701  23.267 -30.135  1.00 19.78      A     \nATOM   1008  CB  ARG X 831       7.935  20.489 -29.805  1.00 19.68      A     \nATOM   1009  CG  ARG X 831       7.952  18.983 -30.048  1.00 20.33      A     \nATOM   1010  CD  ARG X 831       8.922  18.603 -31.154  1.00 21.76      A     \nATOM   1011  NE  ARG X 831       8.701  19.385 -32.367  1.00 21.77      A     \nATOM   1012  CZ  ARG X 831       7.874  19.035 -33.347  1.00 22.99      A     \nATOM   1013  NH1 ARG X 831       7.183  17.906 -33.264  1.00 24.10      A     \nATOM   1014  NH2 ARG X 831       7.734  19.820 -34.408  1.00 23.92      A     \nATOM   1015  N   ARG X 832       9.506  23.119 -28.035  1.00 19.18      A     \nATOM   1016  CA  ARG X 832       9.456  24.555 -27.771  1.00 18.80      A     \nATOM   1017  C   ARG X 832       8.023  25.081 -27.749  1.00 18.82      A     \nATOM   1018  O   ARG X 832       7.774  26.250 -28.039  1.00 19.12      A     \nATOM   1019  CB  ARG X 832      10.274  25.320 -28.816  1.00 22.05      A     \nATOM   1020  CG  ARG X 832      11.738  24.914 -28.857  1.00 24.55      A     \nATOM   1021  CD  ARG X 832      12.562  25.878 -29.692  1.00 28.22      A     \nATOM   1022  NE  ARG X 832      12.615  27.205 -29.089  1.00 28.96      A     \nATOM   1023  CZ  ARG X 832      13.447  27.549 -28.110  1.00 30.32      A     \nATOM   1024  NH1 ARG X 832      13.426  28.781 -27.620  1.00 32.12      A     \nATOM   1025  NH2 ARG X 832      14.302  26.661 -27.620  1.00 31.34      A     \nATOM   1026  N   LEU X 833       7.087  24.208 -27.396  1.00 16.79      A     \nATOM   1027  CA  LEU X 833       5.682  24.581 -27.320  1.00 16.01      A     \nATOM   1028  C   LEU X 833       5.251  24.820 -25.881  1.00 15.22      A     \nATOM   1029  O   LEU X 833       5.388  23.942 -25.027  1.00 17.66      A     \nATOM   1030  CB  LEU X 833       4.817  23.481 -27.937  1.00 16.65      A     \nATOM   1031  CG  LEU X 833       4.913  23.359 -29.459  1.00 17.98      A     \nATOM   1032  CD1 LEU X 833       4.355  22.020 -29.904  1.00 19.86      A     \nATOM   1033  CD2 LEU X 833       4.157  24.512 -30.112  1.00 19.66      A     \nATOM   1034  N   VAL X 834       4.731  26.012 -25.616  1.00 14.88      A     \nATOM   1035  CA  VAL X 834       4.113  26.300 -24.326  1.00 14.50      A     \nATOM   1036  C   VAL X 834       2.606  26.113 -24.474  1.00 15.44      A     \nATOM   1037  O   VAL X 834       1.978  26.681 -25.370  1.00 16.20      A     \nATOM   1038  CB  VAL X 834       4.415  27.746 -23.864  1.00 14.70      A     \nATOM   1039  CG1 VAL X 834       3.775  28.006 -22.512  1.00 17.92      A     \nATOM   1040  CG2 VAL X 834       5.915  27.955 -23.770  1.00 18.68      A     \nATOM   1041  N   HIS X 835       2.029  25.303 -23.596  1.00 12.72      A     \nATOM   1042  CA  HIS X 835       0.658  24.849 -23.770  1.00 13.59      A     \nATOM   1043  C   HIS X 835      -0.353  25.910 -23.339  1.00 13.28      A     \nATOM   1044  O   HIS X 835      -1.292  26.214 -24.073  1.00 13.99      A     \nATOM   1045  CB  HIS X 835       0.445  23.557 -22.975  1.00 13.12      A     \nATOM   1046  CG  HIS X 835      -0.890  22.926 -23.200  1.00 13.35      A     \nATOM   1047  ND1 HIS X 835      -2.043  23.399 -22.612  1.00 14.50      A     \nATOM   1048  CD2 HIS X 835      -1.257  21.855 -23.945  1.00 13.96      A     \nATOM   1049  CE1 HIS X 835      -3.063  22.646 -22.984  1.00 14.69      A     \nATOM   1050  NE2 HIS X 835      -2.613  21.702 -23.792  1.00 15.51      A     \nATOM   1051  N   ARG X 836      -0.156  26.461 -22.143  1.00 12.96      A     \nATOM   1052  CA  ARG X 836      -0.946  27.581 -21.630  1.00 13.82      A     \nATOM   1053  C   ARG X 836      -2.397  27.275 -21.252  1.00 13.09      A     \nATOM   1054  O   ARG X 836      -3.141  28.184 -20.877  1.00 14.37      A     \nATOM   1055  CB  ARG X 836      -0.930  28.746 -22.624  1.00 15.25      A     \nATOM   1056  CG  ARG X 836       0.457  29.217 -22.999  1.00 15.65      A     \nATOM   1057  CD  ARG X 836       0.444  30.655 -23.505  1.00 17.02      A     \nATOM   1058  NE  ARG X 836      -0.594  30.879 -24.505  1.00 19.81      A     \nATOM   1059  CZ  ARG X 836      -1.459  31.891 -24.478  1.00 17.37      A     \nATOM   1060  NH1 ARG X 836      -2.365  32.006 -25.436  1.00 19.66      A     \nATOM   1061  NH2 ARG X 836      -1.419  32.790 -23.500  1.00 19.27      A     \nATOM   1062  N   ASP X 837      -2.809  26.013 -21.336  1.00 12.93      A     \nATOM   1063  CA  ASP X 837      -4.185  25.669 -20.997  1.00 12.65      A     \nATOM   1064  C   ASP X 837      -4.296  24.246 -20.452  1.00 12.63      A     \nATOM   1065  O   ASP X 837      -5.285  23.563 -20.682  1.00 13.09      A     \nATOM   1066  CB  ASP X 837      -5.068  25.834 -22.239  1.00 14.83      A     \nATOM   1067  CG  ASP X 837      -6.550  25.920 -21.912  1.00 17.53      A     \nATOM   1068  OD1 ASP X 837      -7.356  25.736 -22.845  1.00 22.29      A     \nATOM   1069  OD2 ASP X 837      -6.912  26.174 -20.744  1.00 19.21      A     \nATOM   1070  N   LEU X 838      -3.283  23.793 -19.721  1.00 11.78      A     \nATOM   1071  CA  LEU X 838      -3.329  22.433 -19.201  1.00 11.19      A     \nATOM   1072  C   LEU X 838      -4.310  22.361 -18.032  1.00 11.25      A     \nATOM   1073  O   LEU X 838      -4.281  23.195 -17.121  1.00 12.64      A     \nATOM   1074  CB  LEU X 838      -1.935  21.980 -18.754  1.00 11.94      A     \nATOM   1075  CG  LEU X 838      -1.831  20.522 -18.291  1.00 12.94      A     \nATOM   1076  CD1 LEU X 838      -2.275  19.578 -19.401  1.00 14.66      A     \nATOM   1077  CD2 LEU X 838      -0.399  20.225 -17.877  1.00 13.89      A     \nATOM   1078  N   ALA X 839      -5.176  21.357 -18.083  1.00 11.02      A     \nATOM   1079  CA  ALA X 839      -6.248  21.161 -17.111  1.00  8.68      A     \nATOM   1080  C   ALA X 839      -6.833  19.788 -17.410  1.00 10.27      A     \nATOM   1081  O   ALA X 839      -6.662  19.273 -18.514  1.00 11.41      A     \nATOM   1082  CB  ALA X 839      -7.319  22.243 -17.275  1.00 10.99      A     \nATOM   1083  N   ALA X 840      -7.522  19.186 -16.448  1.00 10.30      A     \nATOM   1084  CA  ALA X 840      -8.053  17.842 -16.664  1.00 10.80      A     \nATOM   1085  C   ALA X 840      -9.068  17.800 -17.809  1.00 10.95      A     \nATOM   1086  O   ALA X 840      -9.244  16.760 -18.446  1.00 11.97      A     \nATOM   1087  CB  ALA X 840      -8.687  17.315 -15.382  1.00 11.04      A     \nATOM   1088  N   ARG X 841      -9.739  18.919 -18.071  1.00 11.60      A     \nATOM   1089  CA  ARG X 841     -10.685  18.980 -19.186  1.00 12.18      A     \nATOM   1090  C   ARG X 841      -9.980  18.874 -20.538  1.00 14.07      A     \nATOM   1091  O   ARG X 841     -10.602  18.510 -21.538  1.00 15.34      A     \nATOM   1092  CB  ARG X 841     -11.505  20.279 -19.127  1.00 14.92      A     \nATOM   1093  CG  ARG X 841     -10.674  21.531 -19.318  1.00 14.32      A     \nATOM   1094  CD  ARG X 841     -11.481  22.821 -19.172  1.00 16.69      A     \nATOM   1095  NE  ARG X 841     -10.600  23.983 -19.265  1.00 18.75      A     \nATOM   1096  CZ  ARG X 841     -10.021  24.575 -18.222  1.00 19.55      A     \nATOM   1097  NH1 ARG X 841     -10.235  24.127 -16.991  1.00 17.92      A     \nATOM   1098  NH2 ARG X 841      -9.201  25.600 -18.411  1.00 21.13      A     \nATOM   1099  N   ASN X 842      -8.685  19.187 -20.571  1.00 12.25      A     \nATOM   1100  CA  ASN X 842      -7.921  19.183 -21.818  1.00 13.01      A     \nATOM   1101  C   ASN X 842      -6.974  17.992 -21.919  1.00 13.38      A     \nATOM   1102  O   ASN X 842      -6.073  17.967 -22.762  1.00 14.52      A     \nATOM   1103  CB  ASN X 842      -7.148  20.499 -21.963  1.00 13.59      A     \nATOM   1104  CG  ASN X 842      -8.071  21.688 -22.135  1.00 14.97      A     \nATOM   1105  OD1 ASN X 842      -7.790  22.796 -21.666  1.00 17.70      A     \nATOM   1106  ND2 ASN X 842      -9.190  21.460 -22.806  1.00 14.16      A     \nATOM   1107  N   VAL X 843      -7.184  17.007 -21.054  1.00 12.89      A     \nATOM   1108  CA  VAL X 843      -6.538  15.712 -21.196  1.00 13.06      A     \nATOM   1109  C   VAL X 843      -7.626  14.719 -21.590  1.00 13.40      A     \nATOM   1110  O   VAL X 843      -8.698  14.689 -20.982  1.00 15.40      A     \nATOM   1111  CB  VAL X 843      -5.872  15.264 -19.872  1.00 12.26      A     \nATOM   1112  CG1 VAL X 843      -5.206  13.908 -20.060  1.00 14.88      A     \nATOM   1113  CG2 VAL X 843      -4.843  16.301 -19.419  1.00 15.86      A     \nATOM   1114  N   LEU X 844      -7.367  13.925 -22.623  1.00 13.48      A     \nATOM   1115  CA  LEU X 844      -8.390  13.044 -23.172  1.00 13.35      A     \nATOM   1116  C   LEU X 844      -8.022  11.584 -22.961  1.00 12.79      A     \nATOM   1117  O   LEU X 844      -6.851  11.248 -22.792  1.00 13.98      A     \nATOM   1118  CB  LEU X 844      -8.575  13.325 -24.662  1.00 14.31      A     \nATOM   1119  CG  LEU X 844      -8.884  14.787 -24.992  1.00 15.39      A     \nATOM   1120  CD1 LEU X 844      -9.011  14.935 -26.497  1.00 17.32      A     \nATOM   1121  CD2 LEU X 844     -10.161  15.231 -24.292  1.00 19.05      A     \nATOM   1122  N   VAL X 845      -9.031  10.720 -22.968  1.00 14.26      A     \nATOM   1123  CA  VAL X 845      -8.842   9.321 -22.607  1.00 14.66      A     \nATOM   1124  C   VAL X 845      -8.973   8.422 -23.837  1.00 15.54      A     \nATOM   1125  O   VAL X 845     -10.053   8.290 -24.411  1.00 16.22      A     \nATOM   1126  CB  VAL X 845      -9.881   8.894 -21.541  1.00 14.53      A     \nATOM   1127  CG1 VAL X 845      -9.615   7.470 -21.082  1.00 13.72      A     \nATOM   1128  CG2 VAL X 845      -9.838   9.868 -20.356  1.00 14.24      A     \nATOM   1129  N   LYS X 846      -7.861   7.815 -24.240  1.00 15.34      A     \nATOM   1130  CA  LYS X 846      -7.860   6.870 -25.355  1.00 15.93      A     \nATOM   1131  C   LYS X 846      -8.404   5.528 -24.873  1.00 17.33      A     \nATOM   1132  O   LYS X 846      -9.308   4.951 -25.481  1.00 16.50      A     \nATOM   1133  CB  LYS X 846      -6.434   6.695 -25.881  1.00 17.03      A     \nATOM   1134  CG  LYS X 846      -6.313   5.738 -27.055  1.00 18.63      A     \nATOM   1135  CD  LYS X 846      -4.864   5.342 -27.271  1.00 19.81      A     \nATOM   1136  CE  LYS X 846      -4.710   4.446 -28.484  1.00 22.27      A     \nATOM   1137  NZ  LYS X 846      -3.395   3.747 -28.477  1.00 22.23      A     \nATOM   1138  N   THR X 847      -7.833   5.044 -23.774  1.00 16.88      A     \nATOM   1139  CA  THR X 847      -8.362   3.899 -23.038  1.00 17.48      A     \nATOM   1140  C   THR X 847      -8.203   4.261 -21.568  1.00 18.04      A     \nATOM   1141  O   THR X 847      -7.511   5.223 -21.238  1.00 16.78      A     \nATOM   1142  CB  THR X 847      -7.543   2.620 -23.294  1.00 18.14      A     \nATOM   1143  OG1 THR X 847      -6.241   2.769 -22.717  1.00 18.28      A     \nATOM   1144  CG2 THR X 847      -7.406   2.357 -24.789  1.00 19.72      A     \nATOM   1145  N   PRO X 848      -8.831   3.497 -20.663  1.00 18.49      A     \nATOM   1146  CA  PRO X 848      -8.635   3.796 -19.241  1.00 19.60      A     \nATOM   1147  C   PRO X 848      -7.160   3.841 -18.842  1.00 20.00      A     \nATOM   1148  O   PRO X 848      -6.794   4.498 -17.870  1.00 20.28      A     \nATOM   1149  CB  PRO X 848      -9.394   2.673 -18.532  1.00 21.33      A     \nATOM   1150  CG  PRO X 848     -10.442   2.261 -19.521  1.00 21.99      A     \nATOM   1151  CD  PRO X 848      -9.779   2.387 -20.866  1.00 20.56      A     \nATOM   1152  N   GLN X 849      -6.315   3.156 -19.608  1.00 18.52      A     \nATOM   1153  CA  GLN X 849      -4.905   3.015 -19.266  1.00 20.21      A     \nATOM   1154  C   GLN X 849      -4.005   4.015 -19.991  1.00 19.19      A     \nATOM   1155  O   GLN X 849      -2.794   4.038 -19.766  1.00 21.27      A     \nATOM   1156  CB  GLN X 849      -4.429   1.594 -19.585  1.00 21.53      A     \nATOM   1157  CG  GLN X 849      -5.139   0.497 -18.800  1.00 26.36      A     \nATOM   1158  CD  GLN X 849      -6.460   0.083 -19.426  1.00 28.74      A     \nATOM   1159  OE1 GLN X 849      -7.365  -0.390 -18.734  1.00 32.31      A     \nATOM   1160  NE2 GLN X 849      -6.577   0.256 -20.739  1.00 28.70      A     \nATOM   1161  N   HIS X 850      -4.585   4.832 -20.865  1.00 16.73      A     \nATOM   1162  CA  HIS X 850      -3.781   5.658 -21.762  1.00 16.25      A     \nATOM   1163  C   HIS X 850      -4.454   6.998 -22.057  1.00 15.20      A     \nATOM   1164  O   HIS X 850      -5.513   7.042 -22.684  1.00 14.92      A     \nATOM   1165  CB  HIS X 850      -3.544   4.898 -23.073  1.00 17.34      A     \nATOM   1166  CG  HIS X 850      -2.483   5.498 -23.945  1.00 19.35      A     \nATOM   1167  ND1 HIS X 850      -1.473   4.747 -24.507  1.00 23.29      A     \nATOM   1168  CD2 HIS X 850      -2.278   6.771 -24.357  1.00 18.73      A     \nATOM   1169  CE1 HIS X 850      -0.693   5.532 -25.228  1.00 23.89      A     \nATOM   1170  NE2 HIS X 850      -1.160   6.765 -25.154  1.00 20.81      A     \nATOM   1171  N   VAL X 851      -3.828   8.089 -21.618  1.00 13.70      A     \nATOM   1172  CA  VAL X 851      -4.381   9.424 -21.840  1.00 13.75      A     \nATOM   1173  C   VAL X 851      -3.486  10.288 -22.724  1.00 13.34      A     \nATOM   1174  O   VAL X 851      -2.289  10.027 -22.863  1.00 13.71      A     \nATOM   1175  CB  VAL X 851      -4.637  10.162 -20.499  1.00 13.34      A     \nATOM   1176  CG1 VAL X 851      -5.605   9.362 -19.648  1.00 13.75      A     \nATOM   1177  CG2 VAL X 851      -3.333  10.387 -19.755  1.00 14.24      A     \nATOM   1178  N   LYS X 852      -4.082  11.313 -23.334  1.00 12.94      A     \nATOM   1179  CA  LYS X 852      -3.364  12.205 -24.242  1.00 13.49      A     \nATOM   1180  C   LYS X 852      -3.788  13.654 -24.049  1.00 13.69      A     \nATOM   1181  O   LYS X 852      -4.972  13.949 -23.885  1.00 15.17      A     \nATOM   1182  CB  LYS X 852      -3.623  11.818 -25.703  1.00 14.75      A     \nATOM   1183  CG  LYS X 852      -3.150  10.430 -26.083  1.00 16.43      A     \nATOM   1184  CD  LYS X 852      -3.132  10.269 -27.596  1.00 20.19      A     \nATOM   1185  CE  LYS X 852      -2.774   8.845 -27.993  1.00 22.49      A     \nATOM   1186  NZ  LYS X 852      -2.826   8.642 -29.465  1.00 28.93      A     \nATOM   1187  N   ILE X 853      -2.812  14.550 -24.095  1.00 13.37      A     \nATOM   1188  CA  ILE X 853      -3.056  15.985 -23.993  1.00 13.11      A     \nATOM   1189  C   ILE X 853      -3.546  16.517 -25.332  1.00 15.08      A     \nATOM   1190  O   ILE X 853      -3.138  16.031 -26.385  1.00 15.15      A     \nATOM   1191  CB  ILE X 853      -1.757  16.717 -23.607  1.00 14.55      A     \nATOM   1192  CG1 ILE X 853      -1.272  16.210 -22.249  1.00 15.56      A     \nATOM   1193  CG2 ILE X 853      -1.978  18.224 -23.578  1.00 15.57      A     \nATOM   1194  CD1 ILE X 853       0.210  16.428 -22.022  1.00 16.35      A     \nATOM   1195  N   THR X 854      -4.417  17.520 -25.300  1.00 15.64      A     \nATOM   1196  CA  THR X 854      -4.750  18.231 -26.525  1.00 16.96      A     \nATOM   1197  C   THR X 854      -4.804  19.738 -26.304  1.00 17.33      A     \nATOM   1198  O   THR X 854      -4.598  20.219 -25.187  1.00 17.45      A     \nATOM   1199  CB  THR X 854      -6.089  17.740 -27.121  1.00 19.21      A     \nATOM   1200  OG1 THR X 854      -6.207  18.209 -28.471  1.00 19.62      A     \nATOM   1201  CG2 THR X 854      -7.264  18.252 -26.306  1.00 19.73      A     \nATOM   1202  N   ASP X 855      -5.065  20.471 -27.382  1.00 17.66      A     \nATOM   1203  CA  ASP X 855      -4.914  21.925 -27.422  1.00 19.22      A     \nATOM   1204  C   ASP X 855      -6.101  22.499 -28.191  1.00 19.53      A     \nATOM   1205  O   ASP X 855      -6.530  21.924 -29.187  1.00 20.91      A     \nATOM   1206  CB  ASP X 855      -3.595  22.274 -28.133  1.00 21.41      A     \nATOM   1207  CG  ASP X 855      -3.514  23.732 -28.568  1.00 22.90      A     \nATOM   1208  OD1 ASP X 855      -3.789  24.630 -27.748  1.00 22.53      A     \nATOM   1209  OD2 ASP X 855      -3.162  23.980 -29.741  1.00 26.45      A     \nATOM   1210  N   PHE X 856      -6.639  23.624 -27.729  1.00 18.95      A     \nATOM   1211  CA  PHE X 856      -7.768  24.247 -28.410  1.00 20.60      A     \nATOM   1212  C   PHE X 856      -7.480  25.678 -28.836  1.00 21.61      A     \nATOM   1213  O   PHE X 856      -8.398  26.481 -29.017  1.00 25.14      A     \nATOM   1214  CB  PHE X 856      -9.015  24.191 -27.520  1.00 20.10      A     \nATOM   1215  CG  PHE X 856      -9.535  22.801 -27.318  1.00 22.19      A     \nATOM   1216  CD1 PHE X 856     -10.370  22.215 -28.259  1.00 20.41      A     \nATOM   1217  CD2 PHE X 856      -9.148  22.058 -26.214  1.00 21.05      A     \nATOM   1218  CE1 PHE X 856     -10.801  20.910 -28.103  1.00 23.09      A     \nATOM   1219  CE2 PHE X 856      -9.575  20.757 -26.054  1.00 22.01      A     \nATOM   1220  CZ  PHE X 856     -10.401  20.180 -26.998  1.00 21.94      A     \nATOM   1221  N   GLY X 857      -6.198  25.989 -29.003  1.00 19.57      A     \nATOM   1222  CA  GLY X 857      -5.819  27.260 -29.595  1.00 19.13      A     \nATOM   1223  C   GLY X 857      -4.845  28.110 -28.801  1.00 18.85      A     \nATOM   1224  O   GLY X 857      -4.233  29.022 -29.354  1.00 19.91      A     \nATOM   1225  N   ARG X 858      -4.685  27.828 -27.514  1.00 17.89      A     \nATOM   1226  CA  ARG X 858      -3.832  28.674 -26.688  1.00 15.68      A     \nATOM   1227  C   ARG X 858      -2.344  28.347 -26.768  1.00 14.07      A     \nATOM   1228  O   ARG X 858      -1.512  29.166 -26.381  1.00 15.34      A     \nATOM   1229  CB  ARG X 858      -4.299  28.637 -25.225  1.00 16.72      A     \nATOM   1230  CG  ARG X 858      -5.478  29.567 -24.942  1.00 17.28      A     \nATOM   1231  CD  ARG X 858      -5.989  29.454 -23.509  1.00 16.82      A     \nATOM   1232  NE  ARG X 858      -4.976  29.782 -22.508  1.00 18.86      A     \nATOM   1233  CZ  ARG X 858      -4.628  31.021 -22.169  1.00 18.20      A     \nATOM   1234  NH1 ARG X 858      -5.212  32.060 -22.751  1.00 19.31      A     \nATOM   1235  NH2 ARG X 858      -3.701  31.220 -21.240  1.00 17.46      A     \nATOM   1236  N   ALA X 859      -1.995  27.167 -27.272  1.00 14.60      A     \nATOM   1237  CA  ALA X 859      -0.590  26.774 -27.312  1.00 14.62      A     \nATOM   1238  C   ALA X 859       0.196  27.698 -28.236  1.00 16.09      A     \nATOM   1239  O   ALA X 859      -0.320  28.156 -29.256  1.00 16.85      A     \nATOM   1240  CB  ALA X 859      -0.458  25.327 -27.776  1.00 15.52      A     \nATOM   1241  N   LYS X 860       1.442  27.977 -27.869  1.00 15.94      A     \nATOM   1242  CA  LYS X 860       2.287  28.868 -28.655  1.00 17.99      A     \nATOM   1243  C   LYS X 860       3.660  28.249 -28.876  1.00 18.96      A     \nATOM   1244  O   LYS X 860       4.189  27.562 -28.004  1.00 18.44      A     \nATOM   1245  CB  LYS X 860       2.443  30.212 -27.942  1.00 18.22      A     \nATOM   1246  CG  LYS X 860       1.138  30.953 -27.729  1.00 18.23      A     \nATOM   1247  CD  LYS X 860       0.626  31.535 -29.040  1.00 20.84      A     \nATOM   1248  CE  LYS X 860      -0.754  32.147 -28.875  1.00 23.56      A     \nATOM   1249  NZ  LYS X 860      -1.229  32.751 -30.154  1.00 28.10      A     \nATOM   1250  N   LEU X 861       4.234  28.498 -30.051  1.00 19.84      A     \nATOM   1251  CA  LEU X 861       5.585  28.045 -30.357  1.00 22.43      A     \nATOM   1252  C   LEU X 861       6.581  29.163 -30.063  1.00 22.72      A     \nATOM   1253  O   LEU X 861       6.434  30.281 -30.561  1.00 23.82      A     \nATOM   1254  CB  LEU X 861       5.677  27.647 -31.832  1.00 23.32      A     \nATOM   1255  CG  LEU X 861       7.060  27.238 -32.343  1.00 25.66      A     \nATOM   1256  CD1 LEU X 861       7.510  25.955 -31.658  1.00 26.00      A     \nATOM   1257  CD2 LEU X 861       7.000  27.047 -33.852  1.00 26.67      A     \nATOM   1258  N   LEU X 862       7.590  28.861 -29.253  1.00 24.04      A     \nATOM   1259  CA  LEU X 862       8.615  29.844 -28.912  1.00 25.57      A     \nATOM   1260  C   LEU X 862       9.716  29.885 -29.963  1.00 27.04      A     \nATOM   1261  O   LEU X 862      10.168  28.845 -30.445  1.00 26.65      A     \nATOM   1262  CB  LEU X 862       9.240  29.523 -27.553  1.00 25.77      A     \nATOM   1263  CG  LEU X 862       8.331  29.498 -26.323  1.00 25.53      A     \nATOM   1264  CD1 LEU X 862       9.167  29.201 -25.088  1.00 25.86      A     \nATOM   1265  CD2 LEU X 862       7.622  30.834 -26.176  1.00 27.00      A     \nATOM   1266  N   GLY X 863      10.150  31.094 -30.306  1.00 29.10      A     \nATOM   1267  CA  GLY X 863      11.269  31.247 -31.215  1.00 31.96      A     \nATOM   1268  C   GLY X 863      12.574  30.882 -30.536  1.00 33.07      A     \nATOM   1269  O   GLY X 863      12.634  30.778 -29.311  1.00 32.91      A     \nATOM   1270  N   ALA X 864      13.624  30.696 -31.330  1.00 35.43      A     \nATOM   1271  CA  ALA X 864      14.889  30.181 -30.817  1.00 36.80      A     \nATOM   1272  C   ALA X 864      15.414  30.996 -29.639  1.00 37.68      A     \nATOM   1273  O   ALA X 864      16.045  30.453 -28.731  1.00 38.83      A     \nATOM   1274  CB  ALA X 864      15.927  30.151 -31.932  1.00 37.08      A     \nATOM   1275  N   GLU X 865      15.149  32.298 -29.653  1.00 38.25      A     \nATOM   1276  CA  GLU X 865      15.683  33.191 -28.631  1.00 38.87      A     \nATOM   1277  C   GLU X 865      14.647  33.557 -27.571  1.00 37.97      A     \nATOM   1278  O   GLU X 865      14.954  34.274 -26.619  1.00 38.28      A     \nATOM   1279  CB  GLU X 865      16.225  34.466 -29.281  1.00 40.54      A     \nATOM   1280  CG  GLU X 865      17.352  34.217 -30.269  1.00 43.99      A     \nATOM   1281  CD  GLU X 865      17.901  35.495 -30.866  1.00 46.62      A     \nATOM   1282  OE1 GLU X 865      17.174  36.513 -30.879  1.00 47.83      A     \nATOM   1283  OE2 GLU X 865      19.063  35.483 -31.322  1.00 47.88      A     \nATOM   1284  N   GLU X 866      13.425  33.064 -27.739  1.00 36.49      A     \nATOM   1285  CA  GLU X 866      12.355  33.351 -26.789  1.00 34.82      A     \nATOM   1286  C   GLU X 866      12.352  32.355 -25.635  1.00 33.61      A     \nATOM   1287  O   GLU X 866      12.255  31.147 -25.843  1.00 33.75      A     \nATOM   1288  CB  GLU X 866      10.997  33.319 -27.492  1.00 35.23      A     \nATOM   1289  CG  GLU X 866      10.811  34.404 -28.537  1.00 36.40      A     \nATOM   1290  CD  GLU X 866       9.379  34.496 -29.027  1.00 37.78      A     \nATOM   1291  OE1 GLU X 866       8.864  33.491 -29.562  1.00 36.47      A     \nATOM   1292  OE2 GLU X 866       8.767  35.575 -28.875  1.00 38.80      A     \nATOM   1293  N   LYS X 867      12.455  32.874 -24.416  1.00 32.75      A     \nATOM   1294  CA  LYS X 867      12.434  32.044 -23.218  1.00 32.44      A     \nATOM   1295  C   LYS X 867      11.043  32.057 -22.589  1.00 30.14      A     \nATOM   1296  O   LYS X 867      10.713  31.199 -21.772  1.00 29.88      A     \nATOM   1297  CB  LYS X 867      13.466  32.554 -22.210  1.00 34.58      A     \nATOM   1298  CG  LYS X 867      13.582  31.712 -20.951  1.00 38.13      A     \nATOM   1299  CD  LYS X 867      15.013  31.244 -20.731  1.00 40.62      A     \nATOM   1300  CE  LYS X 867      15.975  32.420 -20.634  1.00 42.42      A     \nATOM   1301  NZ  LYS X 867      15.684  33.289 -19.459  1.00 42.69      A     \nATOM   1302  N   GLU X 868      10.232  33.040 -22.972  1.00 27.59      A     \nATOM   1303  CA  GLU X 868       8.853  33.123 -22.500  1.00 25.79      A     \nATOM   1304  C   GLU X 868       7.933  33.601 -23.614  1.00 23.29      A     \nATOM   1305  O   GLU X 868       8.383  34.215 -24.580  1.00 24.01      A     \nATOM   1306  CB  GLU X 868       8.743  34.094 -21.323  1.00 28.50      A     \nATOM   1307  CG  GLU X 868       9.934  34.092 -20.386  1.00 32.52      A     \nATOM   1308  CD  GLU X 868      10.906  35.215 -20.688  1.00 34.82      A     \nATOM   1309  OE1 GLU X 868      10.714  35.912 -21.708  1.00 35.63      A     \nATOM   1310  OE2 GLU X 868      11.860  35.404 -19.904  1.00 35.97      A     \nATOM   1311  N   TYR X 869       6.642  33.315 -23.470  1.00 20.25      A     \nATOM   1312  CA  TYR X 869       5.622  33.919 -24.318  1.00 18.44      A     \nATOM   1313  C   TYR X 869       4.950  35.051 -23.551  1.00 18.78      A     \nATOM   1314  O   TYR X 869       4.521  34.871 -22.409  1.00 18.50      A     \nATOM   1315  CB  TYR X 869       4.569  32.883 -24.726  1.00 18.56      A     \nATOM   1316  CG  TYR X 869       3.420  33.466 -25.521  1.00 18.07      A     \nATOM   1317  CD1 TYR X 869       3.575  33.794 -26.862  1.00 19.23      A     \nATOM   1318  CD2 TYR X 869       2.186  33.707 -24.929  1.00 18.47      A     \nATOM   1319  CE1 TYR X 869       2.536  34.351 -27.590  1.00 19.81      A     \nATOM   1320  CE2 TYR X 869       1.141  34.262 -25.649  1.00 19.09      A     \nATOM   1321  CZ  TYR X 869       1.323  34.583 -26.979  1.00 19.46      A     \nATOM   1322  OH  TYR X 869       0.284  35.144 -27.692  1.00 20.15      A     \nATOM   1323  N   HIS X 870       4.871  36.220 -24.178  1.00 18.60      A     \nATOM   1324  CA  HIS X 870       4.204  37.364 -23.575  1.00 18.97      A     \nATOM   1325  C   HIS X 870       2.838  37.520 -24.222  1.00 18.78      A     \nATOM   1326  O   HIS X 870       2.736  37.854 -25.399  1.00 20.17      A     \nATOM   1327  CB  HIS X 870       5.036  38.633 -23.787  1.00 21.80      A     \nATOM   1328  CG  HIS X 870       6.370  38.600 -23.109  1.00 24.12      A     \nATOM   1329  ND1 HIS X 870       6.731  39.501 -22.130  1.00 26.90      A     \nATOM   1330  CD2 HIS X 870       7.431  37.774 -23.269  1.00 27.20      A     \nATOM   1331  CE1 HIS X 870       7.957  39.233 -21.718  1.00 27.91      A     \nATOM   1332  NE2 HIS X 870       8.405  38.189 -22.394  1.00 27.90      A     \nATOM   1333  N   ALA X 871       1.789  37.274 -23.447  1.00 17.11      A     \nATOM   1334  CA  ALA X 871       0.443  37.193 -23.992  1.00 17.24      A     \nATOM   1335  C   ALA X 871      -0.189  38.564 -24.179  1.00 19.36      A     \nATOM   1336  O   ALA X 871       0.310  39.568 -23.670  1.00 19.98      A     \nATOM   1337  CB  ALA X 871      -0.437  36.336 -23.084  1.00 17.24      A     \nATOM   1338  N   GLU X 872      -1.293  38.593 -24.916  1.00 22.63      A     \nATOM   1339  CA  GLU X 872      -2.036  39.826 -25.123  1.00 27.71      A     \nATOM   1340  C   GLU X 872      -3.363  39.772 -24.366  1.00 29.45      A     \nATOM   1341  O   GLU X 872      -3.386  39.491 -23.169  1.00 30.94      A     \nATOM   1342  CB  GLU X 872      -2.279  40.041 -26.619  1.00 29.11      A     \nATOM   1343  CG  GLU X 872      -1.023  39.901 -27.479  1.00 30.55      A     \nATOM   1344  CD  GLU X 872       0.014  40.980 -27.211  1.00 28.86      A     \nATOM   1345  OE1 GLU X 872      -0.346  42.035 -26.646  1.00 29.51      A     \nATOM   1346  OE2 GLU X 872       1.196  40.773 -27.565  1.00 30.02      A     \nATOM   1347  N   GLY X 873      -4.465  40.028 -25.063  1.00 32.19      A     \nATOM   1348  CA  GLY X 873      -5.732  40.232 -24.380  1.00 32.90      A     \nATOM   1349  C   GLY X 873      -6.646  39.024 -24.279  1.00 32.47      A     \nATOM   1350  O   GLY X 873      -7.776  39.142 -23.804  1.00 34.10      A     \nATOM   1351  N   GLY X 874      -6.172  37.863 -24.715  1.00 31.07      A     \nATOM   1352  CA  GLY X 874      -7.016  36.680 -24.713  1.00 30.61      A     \nATOM   1353  C   GLY X 874      -7.544  36.313 -23.337  1.00 29.56      A     \nATOM   1354  O   GLY X 874      -6.909  36.603 -22.322  1.00 30.40      A     \nATOM   1355  N   LYS X 875      -8.709  35.672 -23.303  1.00 29.05      A     \nATOM   1356  CA  LYS X 875      -9.326  35.260 -22.043  1.00 28.71      A     \nATOM   1357  C   LYS X 875      -8.541  34.123 -21.400  1.00 27.43      A     \nATOM   1358  O   LYS X 875      -8.081  33.209 -22.085  1.00 26.98      A     \nATOM   1359  CB  LYS X 875     -10.773  34.821 -22.284  1.00 31.27      A     \nATOM   1360  CG  LYS X 875     -11.673  35.935 -22.798  1.00 34.99      A     \nATOM   1361  CD  LYS X 875     -13.089  35.441 -23.046  1.00 38.10      A     \nATOM   1362  CE  LYS X 875     -13.969  36.558 -23.584  1.00 39.30      A     \nATOM   1363  NZ  LYS X 875     -15.368  36.106 -23.812  1.00 39.90      A     \nATOM   1364  N   VAL X 876      -8.396  34.178 -20.080  1.00 24.27      A     \nATOM   1365  CA  VAL X 876      -7.476  33.287 -19.382  1.00 23.28      A     \nATOM   1366  C   VAL X 876      -8.164  32.391 -18.359  1.00 20.55      A     \nATOM   1367  O   VAL X 876      -9.077  32.816 -17.655  1.00 21.83      A     \nATOM   1368  CB  VAL X 876      -6.375  34.090 -18.666  1.00 23.93      A     \nATOM   1369  CG1 VAL X 876      -5.529  34.836 -19.686  1.00 26.03      A     \nATOM   1370  CG2 VAL X 876      -6.998  35.063 -17.684  1.00 25.94      A     \nATOM   1371  N   PRO X 877      -7.732  31.123 -18.279  1.00 19.72      A     \nATOM   1372  CA  PRO X 877      -8.199  30.165 -17.269  1.00 19.11      A     \nATOM   1373  C   PRO X 877      -7.507  30.398 -15.927  1.00 16.22      A     \nATOM   1374  O   PRO X 877      -6.617  29.642 -15.538  1.00 16.56      A     \nATOM   1375  CB  PRO X 877      -7.842  28.811 -17.874  1.00 18.51      A     \nATOM   1376  CG  PRO X 877      -6.633  29.099 -18.708  1.00 19.84      A     \nATOM   1377  CD  PRO X 877      -6.813  30.498 -19.247  1.00 19.28      A     \nATOM   1378  N   ILE X 878      -7.927  31.443 -15.223  1.00 15.11      A     \nATOM   1379  CA  ILE X 878      -7.193  31.942 -14.067  1.00 14.83      A     \nATOM   1380  C   ILE X 878      -6.820  30.872 -13.040  1.00 14.51      A     \nATOM   1381  O   ILE X 878      -5.697  30.864 -12.536  1.00 14.17      A     \nATOM   1382  CB  ILE X 878      -7.990  33.054 -13.341  1.00 16.11      A     \nATOM   1383  CG1 ILE X 878      -8.147  34.267 -14.255  1.00 19.25      A     \nATOM   1384  CG2 ILE X 878      -7.270  33.469 -12.068  1.00 18.21      A     \nATOM   1385  CD1 ILE X 878      -6.877  35.062 -14.418  1.00 22.93      A     \nATOM   1386  N   LYS X 879      -7.751  29.975 -12.727  1.00 13.60      A     \nATOM   1387  CA  LYS X 879      -7.543  29.052 -11.617  1.00 13.43      A     \nATOM   1388  C   LYS X 879      -6.532  27.947 -11.919  1.00 12.49      A     \nATOM   1389  O   LYS X 879      -6.148  27.191 -11.028  1.00 13.84      A     \nATOM   1390  CB  LYS X 879      -8.885  28.458 -11.168  1.00 12.48      A     \nATOM   1391  CG  LYS X 879      -9.783  29.495 -10.492  1.00 13.50      A     \nATOM   1392  CD  LYS X 879     -11.110  28.924 -10.023  1.00 14.09      A     \nATOM   1393  CE  LYS X 879     -11.908  29.989  -9.280  1.00 15.17      A     \nATOM   1394  NZ  LYS X 879     -13.214  29.492  -8.752  1.00 16.83      A     \nATOM   1395  N   TRP X 880      -6.077  27.880 -13.168  1.00 12.04      A     \nATOM   1396  CA  TRP X 880      -5.035  26.932 -13.553  1.00 12.09      A     \nATOM   1397  C   TRP X 880      -3.691  27.607 -13.824  1.00 13.21      A     \nATOM   1398  O   TRP X 880      -2.684  26.935 -14.066  1.00 13.88      A     \nATOM   1399  CB  TRP X 880      -5.476  26.139 -14.794  1.00 12.70      A     \nATOM   1400  CG  TRP X 880      -6.448  25.043 -14.480  1.00 12.09      A     \nATOM   1401  CD1 TRP X 880      -6.158  23.719 -14.305  1.00 12.46      A     \nATOM   1402  CD2 TRP X 880      -7.856  25.179 -14.251  1.00 12.86      A     \nATOM   1403  NE1 TRP X 880      -7.300  23.025 -13.976  1.00 12.75      A     \nATOM   1404  CE2 TRP X 880      -8.354  23.897 -13.935  1.00 11.25      A     \nATOM   1405  CE3 TRP X 880      -8.744  26.260 -14.278  1.00 14.09      A     \nATOM   1406  CZ2 TRP X 880      -9.698  23.668 -13.648  1.00 12.94      A     \nATOM   1407  CZ3 TRP X 880     -10.083  26.028 -13.991  1.00 14.73      A     \nATOM   1408  CH2 TRP X 880     -10.545  24.742 -13.680  1.00 13.92      A     \nATOM   1409  N  AMET X 881      -3.679  28.935 -13.759  0.50 13.05      A     \nATOM   1410  CA AMET X 881      -2.521  29.719 -14.176  0.50 13.28      A     \nATOM   1411  C  AMET X 881      -1.504  29.972 -13.073  0.50 12.81      A     \nATOM   1412  O  AMET X 881      -1.857  30.113 -11.900  0.50 13.79      A     \nATOM   1413  CB AMET X 881      -2.976  31.064 -14.737  0.50 12.97      A     \nATOM   1414  CG AMET X 881      -3.732  30.951 -16.041  0.50 14.51      A     \nATOM   1415  SD AMET X 881      -4.579  32.473 -16.454  0.50 15.16      A     \nATOM   1416  CE AMET X 881      -3.202  33.601 -16.679  0.50 14.54      A     \nATOM   1417  N  BMET X 881      -3.663  28.934 -13.800  0.50 13.93      A     \nATOM   1418  CA BMET X 881      -2.482  29.645 -14.271  0.50 14.43      A     \nATOM   1419  C  BMET X 881      -1.530  30.069 -13.151  0.50 14.15      A     \nATOM   1420  O  BMET X 881      -1.953  30.403 -12.043  0.50 14.90      A     \nATOM   1421  CB BMET X 881      -2.902  30.866 -15.093  0.50 16.92      A     \nATOM   1422  CG BMET X 881      -3.773  30.525 -16.306  0.50 17.39      A     \nATOM   1423  SD BMET X 881      -2.887  29.732 -17.680  0.50 18.82      A     \nATOM   1424  CE BMET X 881      -3.559  28.059 -17.641  0.50 13.96      A     \nATOM   1425  N   ALA X 882      -0.237  30.047 -13.465  1.00 14.60      A     \nATOM   1426  CA  ALA X 882       0.807  30.459 -12.535  1.00 14.67      A     \nATOM   1427  C   ALA X 882       0.632  31.932 -12.181  1.00 15.11      A     \nATOM   1428  O   ALA X 882       0.088  32.709 -12.965  1.00 15.22      A     \nATOM   1429  CB  ALA X 882       2.180  30.233 -13.159  1.00 14.67      A     \nATOM   1430  N   LEU X 883       1.102  32.320 -11.003  1.00 14.89      A     \nATOM   1431  CA  LEU X 883       0.945  33.694 -10.548  1.00 14.72      A     \nATOM   1432  C   LEU X 883       1.534  34.707 -11.529  1.00 15.11      A     \nATOM   1433  O   LEU X 883       0.943  35.763 -11.756  1.00 16.61      A     \nATOM   1434  CB  LEU X 883       1.589  33.869  -9.170  1.00 16.20      A     \nATOM   1435  CG  LEU X 883       1.339  35.200  -8.456  1.00 19.32      A     \nATOM   1436  CD1 LEU X 883      -0.157  35.453  -8.337  1.00 19.02      A     \nATOM   1437  CD2 LEU X 883       1.986  35.163  -7.078  1.00 20.56      A     \nATOM   1438  N   GLU X 884       2.686  34.391 -12.115  1.00 16.23      A     \nATOM   1439  CA  GLU X 884       3.334  35.332 -13.027  1.00 16.56      A     \nATOM   1440  C   GLU X 884       2.536  35.500 -14.316  1.00 17.02      A     \nATOM   1441  O   GLU X 884       2.627  36.533 -14.986  1.00 16.68      A     \nATOM   1442  CB  GLU X 884       4.768  34.884 -13.355  1.00 17.34      A     \nATOM   1443  CG  GLU X 884       4.880  33.612 -14.181  1.00 17.42      A     \nATOM   1444  CD  GLU X 884       5.004  32.361 -13.334  1.00 17.35      A     \nATOM   1445  OE1 GLU X 884       4.698  32.421 -12.125  1.00 16.61      A     \nATOM   1446  OE2 GLU X 884       5.411  31.319 -13.886  1.00 17.34      A     \nATOM   1447  N   SER X 885       1.750  34.487 -14.661  1.00 15.12      A     \nATOM   1448  CA  SER X 885       0.885  34.568 -15.831  1.00 15.39      A     \nATOM   1449  C   SER X 885      -0.299  35.490 -15.558  1.00 15.65      A     \nATOM   1450  O   SER X 885      -0.675  36.299 -16.407  1.00 16.25      A     \nATOM   1451  CB  SER X 885       0.379  33.176 -16.212  1.00 14.73      A     \nATOM   1452  OG  SER X 885       1.462  32.305 -16.475  1.00 15.46      A     \nATOM   1453  N   ILE X 886      -0.880  35.368 -14.367  1.00 14.36      A     \nATOM   1454  CA  ILE X 886      -2.004  36.210 -13.973  1.00 16.07      A     \nATOM   1455  C   ILE X 886      -1.571  37.671 -13.873  1.00 16.90      A     \nATOM   1456  O   ILE X 886      -2.244  38.565 -14.390  1.00 19.18      A     \nATOM   1457  CB  ILE X 886      -2.576  35.776 -12.608  1.00 17.07      A     \nATOM   1458  CG1 ILE X 886      -3.065  34.328 -12.677  1.00 16.64      A     \nATOM   1459  CG2 ILE X 886      -3.719  36.700 -12.210  1.00 18.22      A     \nATOM   1460  CD1 ILE X 886      -3.455  33.763 -11.322  1.00 17.78      A     \nATOM   1461  N   LEU X 887      -0.443  37.910 -13.211  1.00 16.99      A     \nATOM   1462  CA  LEU X 887      -0.000  39.272 -12.929  1.00 17.56      A     \nATOM   1463  C   LEU X 887       0.645  39.973 -14.123  1.00 18.58      A     \nATOM   1464  O   LEU X 887       0.515  41.189 -14.267  1.00 20.48      A     \nATOM   1465  CB  LEU X 887       0.983  39.274 -11.753  1.00 19.24      A     \nATOM   1466  CG  LEU X 887       0.420  38.853 -10.395  1.00 20.79      A     \nATOM   1467  CD1 LEU X 887       1.524  38.896  -9.354  1.00 23.84      A     \nATOM   1468  CD2 LEU X 887      -0.723  39.773  -9.999  1.00 22.63      A     \nATOM   1469  N   HIS X 888       1.339  39.217 -14.972  1.00 16.99      A     \nATOM   1470  CA  HIS X 888       2.205  39.825 -15.983  1.00 16.46      A     \nATOM   1471  C   HIS X 888       2.043  39.262 -17.393  1.00 16.17      A     \nATOM   1472  O   HIS X 888       2.759  39.666 -18.313  1.00 17.29      A     \nATOM   1473  CB  HIS X 888       3.665  39.699 -15.548  1.00 17.10      A     \nATOM   1474  CG  HIS X 888       3.980  40.437 -14.284  1.00 18.50      A     \nATOM   1475  ND1 HIS X 888       4.245  39.799 -13.092  1.00 23.58      A     \nATOM   1476  CD2 HIS X 888       4.064  41.763 -14.028  1.00 17.71      A     \nATOM   1477  CE1 HIS X 888       4.478  40.702 -12.156  1.00 20.24      A     \nATOM   1478  NE2 HIS X 888       4.375  41.901 -12.698  1.00 23.00      A     \nATOM   1479  N   ARG X 889       1.113  38.325 -17.555  1.00 15.80      A     \nATOM   1480  CA  ARG X 889       0.816  37.736 -18.860  1.00 15.53      A     \nATOM   1481  C   ARG X 889       2.013  36.996 -19.451  1.00 16.39      A     \nATOM   1482  O   ARG X 889       2.139  36.865 -20.670  1.00 18.45      A     \nATOM   1483  CB  ARG X 889       0.341  38.819 -19.838  1.00 16.33      A     \nATOM   1484  CG  ARG X 889      -0.892  39.565 -19.367  1.00 17.57      A     \nATOM   1485  CD  ARG X 889      -1.318  40.635 -20.367  1.00 19.51      A     \nATOM   1486  NE  ARG X 889      -2.523  41.322 -19.915  1.00 20.96      A     \nATOM   1487  CZ  ARG X 889      -3.123  42.309 -20.573  1.00 22.19      A     \nATOM   1488  NH1 ARG X 889      -2.631  42.736 -21.727  1.00 21.26      A     \nATOM   1489  NH2 ARG X 889      -4.215  42.871 -20.072  1.00 24.67      A     \nATOM   1490  N   ILE X 890       2.882  36.501 -18.577  1.00 15.32      A     \nATOM   1491  CA  ILE X 890       4.067  35.763 -18.988  1.00 15.39      A     \nATOM   1492  C   ILE X 890       3.826  34.261 -18.859  1.00 15.47      A     \nATOM   1493  O   ILE X 890       3.317  33.795 -17.836  1.00 15.34      A     \nATOM   1494  CB  ILE X 890       5.278  36.150 -18.116  1.00 18.84      A     \nATOM   1495  CG1 ILE X 890       5.574  37.641 -18.275  1.00 22.51      A     \nATOM   1496  CG2 ILE X 890       6.490  35.324 -18.510  1.00 22.10      A     \nATOM   1497  CD1 ILE X 890       6.646  38.148 -17.336  1.00 26.15      A     \nATOM   1498  N   TYR X 891       4.188  33.512 -19.898  1.00 13.29      A     \nATOM   1499  CA  TYR X 891       3.999  32.062 -19.916  1.00 13.48      A     \nATOM   1500  C   TYR X 891       5.291  31.363 -20.313  1.00 14.45      A     \nATOM   1501  O   TYR X 891       5.956  31.763 -21.270  1.00 16.07      A     \nATOM   1502  CB  TYR X 891       2.899  31.678 -20.909  1.00 13.47      A     \nATOM   1503  CG  TYR X 891       1.520  32.187 -20.556  1.00 12.83      A     \nATOM   1504  CD1 TYR X 891       0.576  31.345 -19.984  1.00 13.27      A     \nATOM   1505  CD2 TYR X 891       1.153  33.505 -20.811  1.00 12.62      A     \nATOM   1506  CE1 TYR X 891      -0.695  31.792 -19.681  1.00 12.94      A     \nATOM   1507  CE2 TYR X 891      -0.121  33.963 -20.508  1.00 13.24      A     \nATOM   1508  CZ  TYR X 891      -1.039  33.100 -19.946  1.00 12.89      A     \nATOM   1509  OH  TYR X 891      -2.308  33.543 -19.667  1.00 15.61      A     \nATOM   1510  N   THR X 892       5.638  30.311 -19.582  1.00 15.08      A     \nATOM   1511  CA  THR X 892       6.838  29.532 -19.869  1.00 15.25      A     \nATOM   1512  C   THR X 892       6.517  28.060 -19.666  1.00 14.96      A     \nATOM   1513  O   THR X 892       5.417  27.712 -19.252  1.00 14.58      A     \nATOM   1514  CB  THR X 892       7.985  29.891 -18.913  1.00 15.14      A     \nATOM   1515  OG1 THR X 892       7.618  29.526 -17.576  1.00 16.72      A     \nATOM   1516  CG2 THR X 892       8.277  31.378 -18.960  1.00 16.18      A     \nATOM   1517  N   HIS X 893       7.483  27.195 -19.946  1.00 14.44      A     \nATOM   1518  CA  HIS X 893       7.303  25.787 -19.643  1.00 14.03      A     \nATOM   1519  C   HIS X 893       7.075  25.617 -18.144  1.00 14.64      A     \nATOM   1520  O   HIS X 893       6.355  24.715 -17.713  1.00 14.39      A     \nATOM   1521  CB  HIS X 893       8.526  24.994 -20.101  1.00 15.96      A     \nATOM   1522  CG  HIS X 893       8.801  25.125 -21.566  1.00 15.74      A     \nATOM   1523  ND1 HIS X 893       7.874  24.781 -22.526  1.00 17.03      A     \nATOM   1524  CD2 HIS X 893       9.878  25.600 -22.236  1.00 18.46      A     \nATOM   1525  CE1 HIS X 893       8.365  25.042 -23.724  1.00 17.12      A     \nATOM   1526  NE2 HIS X 893       9.580  25.539 -23.576  1.00 18.17      A     \nATOM   1527  N   GLN X 894       7.671  26.500 -17.349  1.00 13.63      A     \nATOM   1528  CA  GLN X 894       7.514  26.419 -15.903  1.00 13.87      A     \nATOM   1529  C   GLN X 894       6.154  26.910 -15.410  1.00 13.66      A     \nATOM   1530  O   GLN X 894       5.691  26.481 -14.349  1.00 12.98      A     \nATOM   1531  CB  GLN X 894       8.638  27.182 -15.193  1.00 13.90      A     \nATOM   1532  CG  GLN X 894      10.018  26.554 -15.378  1.00 14.86      A     \nATOM   1533  CD  GLN X 894      10.036  25.079 -15.030  1.00 15.72      A     \nATOM   1534  OE1 GLN X 894       9.948  24.223 -15.909  1.00 17.31      A     \nATOM   1535  NE2 GLN X 894      10.144  24.771 -13.737  1.00 15.41      A     \nATOM   1536  N   SER X 895       5.489  27.788 -16.158  1.00 12.70      A     \nATOM   1537  CA  SER X 895       4.103  28.091 -15.802  1.00 11.91      A     \nATOM   1538  C   SER X 895       3.184  26.925 -16.179  1.00 11.70      A     \nATOM   1539  O   SER X 895       2.181  26.678 -15.510  1.00 12.11      A     \nATOM   1540  CB  SER X 895       3.619  29.405 -16.446  1.00 14.30      A     \nATOM   1541  OG  SER X 895       3.673  29.382 -17.857  1.00 15.45      A     \nATOM   1542  N   ASP X 896       3.539  26.191 -17.231  1.00 11.24      A     \nATOM   1543  CA  ASP X 896       2.841  24.950 -17.554  1.00 10.83      A     \nATOM   1544  C   ASP X 896       2.969  23.944 -16.407  1.00 10.91      A     \nATOM   1545  O   ASP X 896       2.042  23.181 -16.145  1.00 10.57      A     \nATOM   1546  CB  ASP X 896       3.399  24.324 -18.842  1.00 11.48      A     \nATOM   1547  CG  ASP X 896       2.794  24.918 -20.106  1.00 14.02      A     \nATOM   1548  OD1 ASP X 896       3.366  24.667 -21.189  1.00 13.85      A     \nATOM   1549  OD2 ASP X 896       1.764  25.621 -20.031  1.00 13.65      A     \nATOM   1550  N   VAL X 897       4.117  23.940 -15.727  1.00 11.54      A     \nATOM   1551  CA  VAL X 897       4.308  23.058 -14.578  1.00 10.69      A     \nATOM   1552  C   VAL X 897       3.338  23.404 -13.446  1.00 10.42      A     \nATOM   1553  O   VAL X 897       2.795  22.508 -12.790  1.00 10.74      A     \nATOM   1554  CB  VAL X 897       5.765  23.123 -14.052  1.00 10.49      A     \nATOM   1555  CG1 VAL X 897       5.873  22.424 -12.701  1.00 11.90      A     \nATOM   1556  CG2 VAL X 897       6.710  22.474 -15.065  1.00 12.82      A     \nATOM   1557  N   TRP X 898       3.102  24.693 -13.222  1.00 10.34      A     \nATOM   1558  CA  TRP X 898       2.085  25.104 -12.253  1.00 10.07      A     \nATOM   1559  C   TRP X 898       0.726  24.505 -12.631  1.00 10.02      A     \nATOM   1560  O   TRP X 898       0.032  23.921 -11.791  1.00 10.83      A     \nATOM   1561  CB  TRP X 898       1.993  26.638 -12.200  1.00 10.00      A     \nATOM   1562  CG  TRP X 898       0.979  27.161 -11.209  1.00 10.74      A     \nATOM   1563  CD1 TRP X 898      -0.370  26.935 -11.213  1.00 11.72      A     \nATOM   1564  CD2 TRP X 898       1.235  28.018 -10.086  1.00 11.68      A     \nATOM   1565  NE1 TRP X 898      -0.965  27.593 -10.166  1.00 10.57      A     \nATOM   1566  CE2 TRP X 898      -0.004  28.268  -9.460  1.00 10.24      A     \nATOM   1567  CE3 TRP X 898       2.391  28.603  -9.553  1.00 11.86      A     \nATOM   1568  CZ2 TRP X 898      -0.121  29.075  -8.326  1.00 11.99      A     \nATOM   1569  CZ3 TRP X 898       2.273  29.409  -8.427  1.00 11.63      A     \nATOM   1570  CH2 TRP X 898       1.025  29.635  -7.829  1.00 11.57      A     \nATOM   1571  N   SER X 899       0.352  24.635 -13.900  1.00 10.04      A     \nATOM   1572  CA  SER X 899      -0.926  24.112 -14.367  1.00 10.63      A     \nATOM   1573  C   SER X 899      -0.993  22.597 -14.249  1.00 10.73      A     \nATOM   1574  O   SER X 899      -2.056  22.038 -13.971  1.00 10.33      A     \nATOM   1575  CB  SER X 899      -1.174  24.528 -15.822  1.00 12.13      A     \nATOM   1576  OG  SER X 899      -1.127  25.940 -15.955  1.00 12.41      A     \nATOM   1577  N   TYR X 900       0.142  21.938 -14.473  1.00  9.99      A     \nATOM   1578  CA  TYR X 900       0.251  20.498 -14.261  1.00  9.48      A     \nATOM   1579  C   TYR X 900      -0.089  20.153 -12.810  1.00  9.64      A     \nATOM   1580  O   TYR X 900      -0.838  19.206 -12.550  1.00 10.18      A     \nATOM   1581  CB  TYR X 900       1.670  20.020 -14.610  1.00 11.17      A     \nATOM   1582  CG  TYR X 900       1.930  18.558 -14.305  1.00 11.15      A     \nATOM   1583  CD1 TYR X 900       2.467  18.168 -13.084  1.00 11.47      A     \nATOM   1584  CD2 TYR X 900       1.636  17.568 -15.234  1.00 12.18      A     \nATOM   1585  CE1 TYR X 900       2.703  16.829 -12.797  1.00 11.23      A     \nATOM   1586  CE2 TYR X 900       1.869  16.228 -14.953  1.00 11.75      A     \nATOM   1587  CZ  TYR X 900       2.403  15.866 -13.734  1.00 11.87      A     \nATOM   1588  OH  TYR X 900       2.651  14.538 -13.454  1.00 12.02      A     \nATOM   1589  N   GLY X 901       0.450  20.923 -11.868  1.00 10.45      A     \nATOM   1590  CA  GLY X 901       0.114  20.710 -10.471  1.00 10.49      A     \nATOM   1591  C   GLY X 901      -1.376  20.804 -10.187  1.00  9.72      A     \nATOM   1592  O   GLY X 901      -1.926  19.992  -9.439  1.00 10.10      A     \nATOM   1593  N   VAL X 902      -2.045  21.791 -10.777  1.00 10.17      A     \nATOM   1594  CA  VAL X 902      -3.483  21.918 -10.573  1.00  9.78      A     \nATOM   1595  C   VAL X 902      -4.208  20.733 -11.216  1.00  9.83      A     \nATOM   1596  O   VAL X 902      -5.163  20.203 -10.655  1.00 10.99      A     \nATOM   1597  CB  VAL X 902      -4.025  23.237 -11.160  1.00  9.56      A     \nATOM   1598  CG1 VAL X 902      -5.524  23.350 -10.889  1.00 11.04      A     \nATOM   1599  CG2 VAL X 902      -3.285  24.422 -10.547  1.00 11.46      A     \nATOM   1600  N   THR X 903      -3.734  20.303 -12.383  1.00  9.84      A     \nATOM   1601  CA  THR X 903      -4.328  19.161 -13.076  1.00 10.49      A     \nATOM   1602  C   THR X 903      -4.231  17.889 -12.239  1.00 11.48      A     \nATOM   1603  O   THR X 903      -5.205  17.144 -12.124  1.00 10.47      A     \nATOM   1604  CB  THR X 903      -3.639  18.936 -14.434  1.00 11.34      A     \nATOM   1605  OG1 THR X 903      -3.821  20.102 -15.243  1.00 11.79      A     \nATOM   1606  CG2 THR X 903      -4.231  17.729 -15.157  1.00 12.39      A     \nATOM   1607  N   VAL X 904      -3.065  17.652 -11.642  1.00 10.58      A     \nATOM   1608  CA  VAL X 904      -2.891  16.510 -10.745  1.00 11.21      A     \nATOM   1609  C   VAL X 904      -3.841  16.606  -9.543  1.00  9.71      A     \nATOM   1610  O   VAL X 904      -4.427  15.606  -9.125  1.00 11.62      A     \nATOM   1611  CB  VAL X 904      -1.430  16.416 -10.241  1.00 11.78      A     \nATOM   1612  CG1 VAL X 904      -1.314  15.346  -9.158  1.00 12.40      A     \nATOM   1613  CG2 VAL X 904      -0.504  16.080 -11.410  1.00 15.76      A     \nATOM   1614  N   TRP X 905      -4.008  17.809  -9.001  1.00  9.97      A     \nATOM   1615  CA  TRP X 905      -4.932  18.008  -7.886  1.00 10.13      A     \nATOM   1616  C   TRP X 905      -6.357  17.648  -8.309  1.00 10.29      A     \nATOM   1617  O   TRP X 905      -7.102  17.025  -7.554  1.00 10.53      A     \nATOM   1618  CB  TRP X 905      -4.860  19.464  -7.403  1.00 10.44      A     \nATOM   1619  CG  TRP X 905      -5.703  19.763  -6.199  1.00 10.71      A     \nATOM   1620  CD1 TRP X 905      -5.313  19.711  -4.891  1.00 10.48      A     \nATOM   1621  CD2 TRP X 905      -7.073  20.174  -6.195  1.00 10.18      A     \nATOM   1622  NE1 TRP X 905      -6.363  20.062  -4.072  1.00 10.17      A     \nATOM   1623  CE2 TRP X 905      -7.454  20.352  -4.850  1.00 10.20      A     \nATOM   1624  CE3 TRP X 905      -8.016  20.407  -7.200  1.00 10.99      A     \nATOM   1625  CZ2 TRP X 905      -8.740  20.753  -4.485  1.00 11.42      A     \nATOM   1626  CZ3 TRP X 905      -9.291  20.803  -6.837  1.00 12.67      A     \nATOM   1627  CH2 TRP X 905      -9.641  20.972  -5.493  1.00 11.94      A     \nATOM   1628  N   GLU X 906      -6.731  18.028  -9.525  1.00 10.14      A     \nATOM   1629  CA  GLU X 906      -8.032  17.648 -10.057  1.00 10.35      A     \nATOM   1630  C   GLU X 906      -8.195  16.137 -10.086  1.00 11.68      A     \nATOM   1631  O   GLU X 906      -9.230  15.613  -9.691  1.00 12.69      A     \nATOM   1632  CB  GLU X 906      -8.205  18.176 -11.476  1.00 11.42      A     \nATOM   1633  CG  GLU X 906      -8.425  19.662 -11.585  1.00 11.58      A     \nATOM   1634  CD  GLU X 906      -8.673  20.055 -13.021  1.00 12.52      A     \nATOM   1635  OE1 GLU X 906      -7.681  20.228 -13.765  1.00 12.51      A     \nATOM   1636  OE2 GLU X 906      -9.857  20.168 -13.412  1.00 13.15      A     \nATOM   1637  N   LEU X 907      -7.173  15.436 -10.564  1.00 10.92      A     \nATOM   1638  CA  LEU X 907      -7.255  13.988 -10.666  1.00 10.73      A     \nATOM   1639  C   LEU X 907      -7.377  13.351  -9.287  1.00 11.77      A     \nATOM   1640  O   LEU X 907      -8.192  12.448  -9.089  1.00 12.20      A     \nATOM   1641  CB  LEU X 907      -6.022  13.430 -11.385  1.00 12.62      A     \nATOM   1642  CG  LEU X 907      -5.785  13.937 -12.811  1.00 11.90      A     \nATOM   1643  CD1 LEU X 907      -4.624  13.165 -13.433  1.00 15.30      A     \nATOM   1644  CD2 LEU X 907      -7.051  13.762 -13.645  1.00 16.56      A     \nATOM   1645  N   MET X 908      -6.577  13.829  -8.335  1.00 11.49      A     \nATOM   1646  CA  MET X 908      -6.519  13.212  -7.010  1.00 11.42      A     \nATOM   1647  C   MET X 908      -7.757  13.507  -6.171  1.00 11.60      A     \nATOM   1648  O   MET X 908      -7.992  12.843  -5.165  1.00 13.81      A     \nATOM   1649  CB  MET X 908      -5.269  13.682  -6.255  1.00 11.59      A     \nATOM   1650  CG  MET X 908      -3.961  13.334  -6.940  1.00 12.71      A     \nATOM   1651  SD  MET X 908      -3.806  11.577  -7.211  1.00 17.18      A     \nATOM   1652  CE  MET X 908      -2.337  11.522  -8.245  1.00 15.24      A     \nATOM   1653  N   THR X 909      -8.534  14.509  -6.575  1.00 11.71      A     \nATOM   1654  CA  THR X 909      -9.801  14.814  -5.911  1.00 11.24      A     \nATOM   1655  C   THR X 909     -10.977  14.303  -6.745  1.00 12.31      A     \nATOM   1656  O   THR X 909     -12.125  14.694  -6.534  1.00 13.18      A     \nATOM   1657  CB  THR X 909      -9.968  16.336  -5.695  1.00 11.03      A     \nATOM   1658  OG1 THR X 909      -9.939  17.018  -6.961  1.00 12.18      A     \nATOM   1659  CG2 THR X 909      -8.849  16.866  -4.804  1.00 11.75      A     \nATOM   1660  N   PHE X 910     -10.675  13.424  -7.696  1.00 12.97      A     \nATOM   1661  CA  PHE X 910     -11.679  12.855  -8.584  1.00 13.06      A     \nATOM   1662  C   PHE X 910     -12.510  13.922  -9.297  1.00 13.83      A     \nATOM   1663  O   PHE X 910     -13.731  13.806  -9.443  1.00 14.03      A     \nATOM   1664  CB  PHE X 910     -12.561  11.876  -7.800  1.00 15.34      A     \nATOM   1665  CG  PHE X 910     -11.795  10.708  -7.242  1.00 16.15      A     \nATOM   1666  CD1 PHE X 910     -11.389   9.672  -8.071  1.00 17.70      A     \nATOM   1667  CD2 PHE X 910     -11.423  10.676  -5.906  1.00 16.49      A     \nATOM   1668  CE1 PHE X 910     -10.624   8.628  -7.580  1.00 17.95      A     \nATOM   1669  CE2 PHE X 910     -10.657   9.635  -5.408  1.00 16.71      A     \nATOM   1670  CZ  PHE X 910     -10.256   8.611  -6.245  1.00 16.21      A     \nATOM   1671  N   GLY X 911     -11.818  14.960  -9.752  1.00 12.61      A     \nATOM   1672  CA  GLY X 911     -12.433  15.955 -10.609  1.00 11.88      A     \nATOM   1673  C   GLY X 911     -13.114  17.086  -9.865  1.00 12.53      A     \nATOM   1674  O   GLY X 911     -14.075  17.660 -10.361  1.00 13.01      A     \nATOM   1675  N   SER X 912     -12.619  17.419  -8.676  1.00 11.40      A     \nATOM   1676  CA  SER X 912     -13.205  18.512  -7.908  1.00 11.49      A     \nATOM   1677  C   SER X 912     -12.771  19.873  -8.462  1.00 11.20      A     \nATOM   1678  O   SER X 912     -11.779  19.976  -9.186  1.00 12.40      A     \nATOM   1679  CB  SER X 912     -12.801  18.395  -6.436  1.00 12.34      A     \nATOM   1680  OG  SER X 912     -13.273  17.180  -5.873  1.00 14.21      A     \nATOM   1681  N   LYS X 913     -13.523  20.913  -8.115  1.00 12.39      A     \nATOM   1682  CA  LYS X 913     -13.280  22.257  -8.633  1.00 12.66      A     \nATOM   1683  C   LYS X 913     -12.241  22.992  -7.795  1.00 13.22      A     \nATOM   1684  O   LYS X 913     -12.373  23.082  -6.577  1.00 12.71      A     \nATOM   1685  CB  LYS X 913     -14.582  23.063  -8.629  1.00 13.72      A     \nATOM   1686  CG  LYS X 913     -15.691  22.498  -9.505  1.00 17.70      A     \nATOM   1687  CD  LYS X 913     -16.976  23.289  -9.311  1.00 21.85      A     \nATOM   1688  CE  LYS X 913     -18.072  22.834 -10.259  1.00 24.67      A     \nATOM   1689  NZ  LYS X 913     -19.241  23.757 -10.187  1.00 26.08      A     \nATOM   1690  N   PRO X 914     -11.192  23.528  -8.438  1.00 11.27      A     \nATOM   1691  CA  PRO X 914     -10.160  24.252  -7.682  1.00 11.19      A     \nATOM   1692  C   PRO X 914     -10.630  25.624  -7.199  1.00 11.28      A     \nATOM   1693  O   PRO X 914     -11.325  26.335  -7.924  1.00 13.03      A     \nATOM   1694  CB  PRO X 914      -9.007  24.371  -8.670  1.00 12.17      A     \nATOM   1695  CG  PRO X 914      -9.678  24.362 -10.012  1.00 13.89      A     \nATOM   1696  CD  PRO X 914     -10.871  23.443  -9.875  1.00 12.62      A     \nATOM   1697  N   TYR X 915     -10.234  25.993  -5.982  1.00 11.94      A     \nATOM   1698  CA  TYR X 915     -10.656  27.261  -5.380  1.00 12.41      A     \nATOM   1699  C   TYR X 915     -12.165  27.403  -5.534  1.00 15.04      A     \nATOM   1700  O   TYR X 915     -12.678  28.427  -5.997  1.00 15.24      A     \nATOM   1701  CB  TYR X 915      -9.944  28.437  -6.053  1.00 12.90      A     \nATOM   1702  CG  TYR X 915      -8.462  28.216  -6.262  1.00 11.49      A     \nATOM   1703  CD1 TYR X 915      -7.547  28.440  -5.237  1.00 13.11      A     \nATOM   1704  CD2 TYR X 915      -7.974  27.793  -7.491  1.00 12.12      A     \nATOM   1705  CE1 TYR X 915      -6.188  28.250  -5.435  1.00 13.65      A     \nATOM   1706  CE2 TYR X 915      -6.626  27.600  -7.697  1.00 12.36      A     \nATOM   1707  CZ  TYR X 915      -5.735  27.831  -6.670  1.00 12.24      A     \nATOM   1708  OH  TYR X 915      -4.390  27.657  -6.894  1.00 14.02      A     \nATOM   1709  N   ASP X 916     -12.864  26.353  -5.123  1.00 14.43      A     \nATOM   1710  CA  ASP X 916     -14.291  26.190  -5.365  1.00 17.43      A     \nATOM   1711  C   ASP X 916     -15.111  27.340  -4.788  1.00 19.65      A     \nATOM   1712  O   ASP X 916     -15.006  27.647  -3.607  1.00 20.67      A     \nATOM   1713  CB  ASP X 916     -14.734  24.863  -4.745  1.00 16.03      A     \nATOM   1714  CG  ASP X 916     -16.185  24.555  -4.993  1.00 18.48      A     \nATOM   1715  OD1 ASP X 916     -16.764  25.127  -5.940  1.00 18.38      A     \nATOM   1716  OD2 ASP X 916     -16.743  23.731  -4.237  1.00 16.68      A     \nATOM   1717  N   GLY X 917     -15.925  27.970  -5.633  1.00 20.90      A     \nATOM   1718  CA  GLY X 917     -16.826  29.009  -5.161  1.00 23.19      A     \nATOM   1719  C   GLY X 917     -16.170  30.360  -4.937  1.00 24.56      A     \nATOM   1720  O   GLY X 917     -16.817  31.297  -4.465  1.00 27.50      A     \nATOM   1721  N   ILE X 918     -14.887  30.461  -5.268  1.00 23.80      A     \nATOM   1722  CA  ILE X 918     -14.136  31.698  -5.082  1.00 23.85      A     \nATOM   1723  C   ILE X 918     -13.987  32.428  -6.409  1.00 23.18      A     \nATOM   1724  O   ILE X 918     -13.573  31.841  -7.407  1.00 21.43      A     \nATOM   1725  CB  ILE X 918     -12.728  31.417  -4.532  1.00 24.62      A     \nATOM   1726  CG1 ILE X 918     -12.826  30.690  -3.192  1.00 25.18      A     \nATOM   1727  CG2 ILE X 918     -11.962  32.719  -4.368  1.00 25.16      A     \nATOM   1728  CD1 ILE X 918     -11.481  30.280  -2.631  1.00 25.06      A     \nATOM   1729  N   PRO X 919     -14.314  33.728  -6.435  1.00 22.33      A     \nATOM   1730  CA  PRO X 919     -14.231  34.487  -7.686  1.00 21.96      A     \nATOM   1731  C   PRO X 919     -12.822  34.482  -8.266  1.00 20.41      A     \nATOM   1732  O   PRO X 919     -11.840  34.649  -7.540  1.00 20.34      A     \nATOM   1733  CB  PRO X 919     -14.679  35.895  -7.284  1.00 23.75      A     \nATOM   1734  CG  PRO X 919     -15.516  35.685  -6.062  1.00 25.40      A     \nATOM   1735  CD  PRO X 919     -14.875  34.533  -5.337  1.00 23.43      A     \nATOM   1736  N   ALA X 920     -12.727  34.291  -9.577  1.00 20.93      A     \nATOM   1737  CA  ALA X 920     -11.436  34.299 -10.255  1.00 21.60      A     \nATOM   1738  C   ALA X 920     -10.663  35.584  -9.961  1.00 22.77      A     \nATOM   1739  O   ALA X 920      -9.436  35.579  -9.907  1.00 21.64      A     \nATOM   1740  CB  ALA X 920     -11.638  34.142 -11.757  1.00 22.83      A     \nATOM   1741  N   SER X 921     -11.385  36.682  -9.761  1.00 23.03      A     \nATOM   1742  CA  SER X 921     -10.750  37.978  -9.542  1.00 23.69      A     \nATOM   1743  C   SER X 921      -9.996  38.057  -8.214  1.00 24.00      A     \nATOM   1744  O   SER X 921      -9.199  38.969  -8.000  1.00 25.03      A     \nATOM   1745  CB  SER X 921     -11.798  39.091  -9.603  1.00 24.99      A     \nATOM   1746  OG  SER X 921     -12.771  38.931  -8.587  1.00 27.28      A     \nATOM   1747  N   GLU X 922     -10.250  37.100  -7.324  1.00 21.77      A     \nATOM   1748  CA  GLU X 922      -9.626  37.096  -6.003  1.00 20.85      A     \nATOM   1749  C   GLU X 922      -8.436  36.143  -5.927  1.00 19.29      A     \nATOM   1750  O   GLU X 922      -7.755  36.069  -4.904  1.00 19.62      A     \nATOM   1751  CB  GLU X 922     -10.651  36.703  -4.935  1.00 24.36      A     \nATOM   1752  CG  GLU X 922     -11.823  37.662  -4.808  1.00 29.17      A     \nATOM   1753  CD  GLU X 922     -12.804  37.241  -3.731  1.00 33.22      A     \nATOM   1754  OE1 GLU X 922     -13.847  37.912  -3.580  1.00 35.53      A     \nATOM   1755  OE2 GLU X 922     -12.533  36.238  -3.036  1.00 35.19      A     \nATOM   1756  N   ILE X 923      -8.187  35.412  -7.007  1.00 17.74      A     \nATOM   1757  CA  ILE X 923      -7.188  34.354  -6.962  1.00 16.84      A     \nATOM   1758  C   ILE X 923      -5.760  34.866  -6.773  1.00 17.15      A     \nATOM   1759  O   ILE X 923      -5.006  34.312  -5.977  1.00 16.87      A     \nATOM   1760  CB  ILE X 923      -7.256  33.470  -8.229  1.00 15.78      A     \nATOM   1761  CG1 ILE X 923      -8.584  32.705  -8.253  1.00 16.79      A     \nATOM   1762  CG2 ILE X 923      -6.085  32.502  -8.255  1.00 16.88      A     \nATOM   1763  CD1 ILE X 923      -8.777  31.758  -7.081  1.00 17.45      A     \nATOM   1764  N   SER X 924      -5.382  35.927  -7.480  1.00 18.65      A     \nATOM   1765  CA  SER X 924      -4.011  36.409  -7.363  1.00 19.29      A     \nATOM   1766  C   SER X 924      -3.717  36.852  -5.931  1.00 20.02      A     \nATOM   1767  O   SER X 924      -2.626  36.619  -5.414  1.00 20.49      A     \nATOM   1768  CB  SER X 924      -3.750  37.563  -8.338  1.00 21.89      A     \nATOM   1769  OG  SER X 924      -4.502  38.712  -7.999  1.00 24.34      A     \nATOM   1770  N  ASER X 925      -4.698  37.464  -5.276  0.50 20.12      A     \nATOM   1771  CA ASER X 925      -4.507  37.922  -3.903  0.50 21.05      A     \nATOM   1772  C  ASER X 925      -4.330  36.753  -2.935  0.50 20.26      A     \nATOM   1773  O  ASER X 925      -3.528  36.826  -2.004  0.50 21.40      A     \nATOM   1774  CB ASER X 925      -5.692  38.786  -3.458  0.50 21.82      A     \nATOM   1775  OG ASER X 925      -6.879  38.020  -3.363  0.50 24.17      A     \nATOM   1776  N  BSER X 925      -4.699  37.473  -5.286  0.50 20.21      A     \nATOM   1777  CA BSER X 925      -4.531  37.919  -3.908  0.50 21.20      A     \nATOM   1778  C  BSER X 925      -4.304  36.740  -2.966  0.50 20.35      A     \nATOM   1779  O  BSER X 925      -3.444  36.792  -2.087  0.50 21.33      A     \nATOM   1780  CB BSER X 925      -5.761  38.708  -3.453  0.50 22.27      A     \nATOM   1781  OG BSER X 925      -5.651  39.077  -2.090  0.50 24.88      A     \nATOM   1782  N   ILE X 926      -5.076  35.674  -3.156  1.00 19.29      A     \nATOM   1783  CA  ILE X 926      -4.956  34.489  -2.316  1.00 19.59      A     \nATOM   1784  C   ILE X 926      -3.592  33.830  -2.502  1.00 17.34      A     \nATOM   1785  O   ILE X 926      -2.963  33.395  -1.537  1.00 16.48      A     \nATOM   1786  CB  ILE X 926      -6.067  33.466  -2.653  1.00 20.89      A     \nATOM   1787  CG1 ILE X 926      -7.427  34.027  -2.233  1.00 23.40      A     \nATOM   1788  CG2 ILE X 926      -5.791  32.138  -1.968  1.00 24.71      A     \nATOM   1789  CD1 ILE X 926      -8.595  33.119  -2.563  1.00 25.24      A     \nATOM   1790  N   LEU X 927      -3.133  33.771  -3.747  1.00 16.27      A     \nATOM   1791  CA  LEU X 927      -1.839  33.171  -4.033  1.00 16.22      A     \nATOM   1792  C   LEU X 927      -0.701  34.015  -3.464  1.00 17.49      A     \nATOM   1793  O   LEU X 927       0.300  33.481  -2.994  1.00 16.87      A     \nATOM   1794  CB  LEU X 927      -1.660  33.003  -5.541  1.00 14.61      A     \nATOM   1795  CG  LEU X 927      -2.625  32.016  -6.205  1.00 14.57      A     \nATOM   1796  CD1 LEU X 927      -2.392  32.018  -7.707  1.00 13.90      A     \nATOM   1797  CD2 LEU X 927      -2.416  30.623  -5.629  1.00 15.42      A     \nATOM   1798  N   GLU X 928      -0.865  35.334  -3.503  1.00 18.59      A     \nATOM   1799  CA  GLU X 928       0.155  36.239  -2.985  1.00 21.10      A     \nATOM   1800  C   GLU X 928       0.299  36.136  -1.471  1.00 20.24      A     \nATOM   1801  O   GLU X 928       1.355  36.447  -0.921  1.00 22.32      A     \nATOM   1802  CB  GLU X 928      -0.179  37.680  -3.371  1.00 21.38      A     \nATOM   1803  CG  GLU X 928      -0.004  37.971  -4.850  1.00 26.80      A     \nATOM   1804  CD  GLU X 928      -0.452  39.368  -5.225  1.00 28.54      A     \nATOM   1805  OE1 GLU X 928      -1.432  39.861  -4.625  1.00 31.57      A     \nATOM   1806  OE2 GLU X 928       0.176  39.971  -6.120  1.00 31.26      A     \nATOM   1807  N   LYS X 929      -0.764  35.701  -0.804  1.00 21.61      A     \nATOM   1808  CA  LYS X 929      -0.733  35.494   0.640  1.00 22.24      A     \nATOM   1809  C   LYS X 929      -0.125  34.145   1.004  1.00 22.24      A     \nATOM   1810  O   LYS X 929       0.096  33.854   2.180  1.00 23.52      A     \nATOM   1811  CB  LYS X 929      -2.148  35.588   1.221  1.00 24.84      A     \nATOM   1812  CG  LYS X 929      -2.753  36.980   1.149  1.00 28.75      A     \nATOM   1813  CD  LYS X 929      -4.142  37.006   1.767  1.00 31.84      A     \nATOM   1814  CE  LYS X 929      -4.720  38.410   1.768  1.00 35.37      A     \nATOM   1815  NZ  LYS X 929      -6.071  38.451   2.394  1.00 36.98      A     \nATOM   1816  N   GLY X 930       0.132  33.317  -0.004  1.00 19.22      A     \nATOM   1817  CA  GLY X 930       0.787  32.044   0.235  1.00 18.58      A     \nATOM   1818  C   GLY X 930      -0.154  30.856   0.296  1.00 17.29      A     \nATOM   1819  O   GLY X 930       0.289  29.721   0.484  1.00 18.20      A     \nATOM   1820  N   GLU X 931      -1.451  31.107   0.132  1.00 16.04      A     \nATOM   1821  CA  GLU X 931      -2.448  30.043   0.197  1.00 18.00      A     \nATOM   1822  C   GLU X 931      -2.412  29.201  -1.074  1.00 14.02      A     \nATOM   1823  O   GLU X 931      -2.175  29.719  -2.166  1.00 15.02      A     \nATOM   1824  CB  GLU X 931      -3.845  30.639   0.375  1.00 20.80      A     \nATOM   1825  CG  GLU X 931      -4.010  31.483   1.629  1.00 27.64      A     \nATOM   1826  CD  GLU X 931      -5.424  32.013   1.790  1.00 30.84      A     \nATOM   1827  OE1 GLU X 931      -5.585  33.128   2.332  1.00 34.83      A     \nATOM   1828  OE2 GLU X 931      -6.373  31.319   1.375  1.00 34.43      A     \nATOM   1829  N   ARG X 932      -2.641  27.900  -0.918  1.00 13.98      A     \nATOM   1830  CA  ARG X 932      -2.670  26.975  -2.049  1.00 12.71      A     \nATOM   1831  C   ARG X 932      -3.808  25.964  -1.904  1.00 12.79      A     \nATOM   1832  O   ARG X 932      -4.427  25.858  -0.844  1.00 12.66      A     \nATOM   1833  CB  ARG X 932      -1.332  26.234  -2.159  1.00 13.06      A     \nATOM   1834  CG  ARG X 932      -0.124  27.141  -2.406  1.00 13.25      A     \nATOM   1835  CD  ARG X 932      -0.189  27.820  -3.771  1.00 12.87      A     \nATOM   1836  NE  ARG X 932       1.056  28.502  -4.124  1.00 13.43      A     \nATOM   1837  CZ  ARG X 932       1.326  29.770  -3.818  1.00 13.74      A     \nATOM   1838  NH1 ARG X 932       0.439  30.493  -3.147  1.00 14.26      A     \nATOM   1839  NH2 ARG X 932       2.475  30.320  -4.193  1.00 13.73      A     \nATOM   1840  N   LEU X 933      -4.079  25.219  -2.971  1.00 11.26      A     \nATOM   1841  CA  LEU X 933      -5.089  24.165  -2.924  1.00 11.75      A     \nATOM   1842  C   LEU X 933      -4.754  23.157  -1.826  1.00 12.07      A     \nATOM   1843  O   LEU X 933      -3.585  22.864  -1.579  1.00 13.24      A     \nATOM   1844  CB  LEU X 933      -5.166  23.467  -4.282  1.00 13.30      A     \nATOM   1845  CG  LEU X 933      -5.700  24.353  -5.413  1.00 12.25      A     \nATOM   1846  CD1 LEU X 933      -5.387  23.720  -6.755  1.00 12.69      A     \nATOM   1847  CD2 LEU X 933      -7.198  24.550  -5.245  1.00 13.38      A     \nATOM   1848  N   PRO X 934      -5.781  22.627  -1.143  1.00 11.75      A     \nATOM   1849  CA  PRO X 934      -5.579  21.728   0.001  1.00 12.41      A     \nATOM   1850  C   PRO X 934      -5.153  20.313  -0.375  1.00 12.54      A     \nATOM   1851  O   PRO X 934      -5.340  19.872  -1.510  1.00 13.50      A     \nATOM   1852  CB  PRO X 934      -6.936  21.727   0.694  1.00 12.40      A     \nATOM   1853  CG  PRO X 934      -7.902  21.950  -0.429  1.00 13.34      A     \nATOM   1854  CD  PRO X 934      -7.210  22.910  -1.366  1.00 11.64      A     \nATOM   1855  N   GLN X 935      -4.606  19.598   0.603  1.00 11.49      A     \nATOM   1856  CA  GLN X 935      -4.182  18.218   0.410  1.00 11.69      A     \nATOM   1857  C   GLN X 935      -5.395  17.318   0.172  1.00 12.67      A     \nATOM   1858  O   GLN X 935      -6.293  17.237   1.004  1.00 12.93      A     \nATOM   1859  CB  GLN X 935      -3.410  17.739   1.643  1.00 11.73      A     \nATOM   1860  CG  GLN X 935      -2.841  16.336   1.520  1.00 12.03      A     \nATOM   1861  CD  GLN X 935      -2.022  15.929   2.733  1.00 14.05      A     \nATOM   1862  OE1 GLN X 935      -1.787  16.729   3.638  1.00 18.43      A     \nATOM   1863  NE2 GLN X 935      -1.585  14.677   2.755  1.00 14.73      A     \nATOM   1864  N   PRO X 936      -5.437  16.631  -0.978  1.00 11.58      A     \nATOM   1865  CA  PRO X 936      -6.558  15.718  -1.234  1.00 11.73      A     \nATOM   1866  C   PRO X 936      -6.591  14.566  -0.234  1.00 12.21      A     \nATOM   1867  O   PRO X 936      -5.544  14.084   0.200  1.00 12.87      A     \nATOM   1868  CB  PRO X 936      -6.304  15.223  -2.659  1.00 13.38      A     \nATOM   1869  CG  PRO X 936      -5.446  16.289  -3.279  1.00 11.52      A     \nATOM   1870  CD  PRO X 936      -4.563  16.777  -2.155  1.00 11.10      A     \nATOM   1871  N   PRO X 937      -7.795  14.106   0.130  1.00 11.66      A     \nATOM   1872  CA  PRO X 937      -7.941  12.993   1.074  1.00 12.12      A     \nATOM   1873  C   PRO X 937      -7.110  11.749   0.756  1.00 12.14      A     \nATOM   1874  O   PRO X 937      -6.558  11.131   1.664  1.00 12.85      A     \nATOM   1875  CB  PRO X 937      -9.441  12.707   1.055  1.00 12.52      A     \nATOM   1876  CG  PRO X 937     -10.051  14.050   0.752  1.00 12.45      A     \nATOM   1877  CD  PRO X 937      -9.101  14.680  -0.243  1.00 12.33      A     \nATOM   1878  N   ILE X 938      -7.005  11.374  -0.516  1.00 10.84      A     \nATOM   1879  CA  ILE X 938      -6.280  10.143  -0.844  1.00 11.84      A     \nATOM   1880  C   ILE X 938      -4.762  10.322  -0.893  1.00 12.65      A     \nATOM   1881  O   ILE X 938      -4.029   9.343  -0.986  1.00 12.75      A     \nATOM   1882  CB  ILE X 938      -6.727   9.533  -2.199  1.00 13.28      A     \nATOM   1883  CG1 ILE X 938      -6.320  10.448  -3.358  1.00 12.25      A     \nATOM   1884  CG2 ILE X 938      -8.228   9.269  -2.179  1.00 13.93      A     \nATOM   1885  CD1 ILE X 938      -6.533   9.821  -4.726  1.00 13.92      A     \nATOM   1886  N   CYS X 939      -4.287  11.560  -0.833  1.00 11.97      A     \nATOM   1887  CA  CYS X 939      -2.859  11.821  -1.030  1.00 13.00      A     \nATOM   1888  C   CYS X 939      -2.030  11.680   0.231  1.00 11.89      A     \nATOM   1889  O   CYS X 939      -2.315  12.323   1.241  1.00 13.95      A     \nATOM   1890  CB  CYS X 939      -2.638  13.230  -1.580  1.00 12.39      A     \nATOM   1891  SG  CYS X 939      -3.126  13.425  -3.294  1.00 15.85      A     \nATOM   1892  N   THR X 940      -0.986  10.858   0.169  1.00 12.72      A     \nATOM   1893  CA  THR X 940       0.053  10.938   1.188  1.00 13.00      A     \nATOM   1894  C   THR X 940       0.776  12.258   1.008  1.00 12.31      A     \nATOM   1895  O   THR X 940       0.680  12.901  -0.041  1.00 12.69      A     \nATOM   1896  CB  THR X 940       1.081   9.792   1.077  1.00 13.76      A     \nATOM   1897  OG1 THR X 940       1.734   9.838  -0.201  1.00 15.21      A     \nATOM   1898  CG2 THR X 940       0.395   8.450   1.267  1.00 15.27      A     \nATOM   1899  N   ILE X 941       1.508  12.671   2.030  1.00 12.41      A     \nATOM   1900  CA  ILE X 941       2.129  13.980   1.982  1.00 12.40      A     \nATOM   1901  C   ILE X 941       3.193  14.041   0.879  1.00 11.88      A     \nATOM   1902  O   ILE X 941       3.426  15.101   0.307  1.00 13.69      A     \nATOM   1903  CB  ILE X 941       2.732  14.357   3.363  1.00 13.32      A     \nATOM   1904  CG1 ILE X 941       3.154  15.827   3.366  1.00 14.16      A     \nATOM   1905  CG2 ILE X 941       3.900  13.445   3.704  1.00 12.91      A     \nATOM   1906  CD1 ILE X 941       1.990  16.789   3.256  1.00 18.48      A     \nATOM   1907  N   ASP X 942       3.814  12.906   0.562  1.00 12.46      A     \nATOM   1908  CA  ASP X 942       4.831  12.866  -0.489  1.00 12.98      A     \nATOM   1909  C   ASP X 942       4.270  13.340  -1.828  1.00 13.10      A     \nATOM   1910  O   ASP X 942       4.934  14.068  -2.569  1.00 14.06      A     \nATOM   1911  CB  ASP X 942       5.382  11.443  -0.651  1.00 13.74      A     \nATOM   1912  CG  ASP X 942       5.901  10.862   0.648  1.00 17.91      A     \nATOM   1913  OD1 ASP X 942       5.138  10.833   1.640  1.00 20.60      A     \nATOM   1914  OD2 ASP X 942       7.073  10.425   0.678  1.00 18.57      A     \nATOM   1915  N   VAL X 943       3.047  12.926  -2.140  1.00 12.79      A     \nATOM   1916  CA  VAL X 943       2.418  13.325  -3.391  1.00 13.07      A     \nATOM   1917  C   VAL X 943       1.987  14.787  -3.336  1.00 13.29      A     \nATOM   1918  O   VAL X 943       2.179  15.540  -4.288  1.00 13.06      A     \nATOM   1919  CB  VAL X 943       1.192  12.439  -3.698  1.00 13.04      A     \nATOM   1920  CG1 VAL X 943       0.500  12.927  -4.960  1.00 14.56      A     \nATOM   1921  CG2 VAL X 943       1.627  10.993  -3.865  1.00 14.74      A     \nATOM   1922  N   TYR X 944       1.407  15.195  -2.212  1.00 12.81      A     \nATOM   1923  CA  TYR X 944       1.000  16.584  -2.050  1.00 11.68      A     \nATOM   1924  C   TYR X 944       2.193  17.527  -2.150  1.00 12.05      A     \nATOM   1925  O   TYR X 944       2.079  18.635  -2.673  1.00 12.49      A     \nATOM   1926  CB  TYR X 944       0.298  16.774  -0.702  1.00 11.46      A     \nATOM   1927  CG  TYR X 944      -0.259  18.166  -0.495  1.00 11.74      A     \nATOM   1928  CD1 TYR X 944       0.052  18.894   0.645  1.00 12.58      A     \nATOM   1929  CD2 TYR X 944      -1.114  18.744  -1.429  1.00 10.99      A     \nATOM   1930  CE1 TYR X 944      -0.478  20.161   0.855  1.00 12.93      A     \nATOM   1931  CE2 TYR X 944      -1.649  20.009  -1.231  1.00 11.99      A     \nATOM   1932  CZ  TYR X 944      -1.328  20.711  -0.085  1.00 11.49      A     \nATOM   1933  OH  TYR X 944      -1.858  21.962   0.127  1.00 13.02      A     \nATOM   1934  N   MET X 945       3.347  17.101  -1.652  1.00 12.67      A     \nATOM   1935  CA  MET X 945       4.502  17.980  -1.706  1.00 14.41      A     \nATOM   1936  C   MET X 945       4.995  18.215  -3.128  1.00 14.06      A     \nATOM   1937  O   MET X 945       5.514  19.286  -3.429  1.00 13.83      A     \nATOM   1938  CB  MET X 945       5.619  17.445  -0.811  1.00 17.39      A     \nATOM   1939  CG  MET X 945       5.319  17.707   0.659  1.00 18.36      A     \nATOM   1940  SD  MET X 945       6.690  17.445   1.780  1.00 27.72      A     \nATOM   1941  CE  MET X 945       6.919  15.759   1.557  1.00 17.48      A     \nATOM   1942  N   ILE X 946       4.806  17.240  -4.013  1.00 13.84      A     \nATOM   1943  CA  ILE X 946       5.083  17.469  -5.431  1.00 13.54      A     \nATOM   1944  C   ILE X 946       4.178  18.560  -6.003  1.00 13.64      A     \nATOM   1945  O   ILE X 946       4.650  19.464  -6.693  1.00 12.75      A     \nATOM   1946  CB  ILE X 946       4.880  16.183  -6.255  1.00 15.59      A     \nATOM   1947  CG1 ILE X 946       5.857  15.107  -5.790  1.00 16.52      A     \nATOM   1948  CG2 ILE X 946       5.098  16.474  -7.736  1.00 17.77      A     \nATOM   1949  CD1 ILE X 946       5.662  13.776  -6.484  1.00 21.44      A     \nATOM   1950  N   MET X 947       2.882  18.479  -5.712  1.00 13.08      A     \nATOM   1951  CA  MET X 947       1.941  19.528  -6.100  1.00 12.97      A     \nATOM   1952  C   MET X 947       2.413  20.884  -5.600  1.00 13.16      A     \nATOM   1953  O   MET X 947       2.423  21.869  -6.340  1.00 13.09      A     \nATOM   1954  CB  MET X 947       0.557  19.246  -5.510  1.00 14.66      A     \nATOM   1955  CG  MET X 947      -0.363  18.444  -6.393  1.00 19.16      A     \nATOM   1956  SD  MET X 947      -1.829  17.942  -5.469  1.00 20.94      A     \nATOM   1957  CE  MET X 947      -1.349  16.305  -5.075  1.00 16.79      A     \nATOM   1958  N   ARG X 948       2.791  20.938  -4.327  1.00 11.88      A     \nATOM   1959  CA  ARG X 948       3.188  22.203  -3.726  1.00 12.16      A     \nATOM   1960  C   ARG X 948       4.442  22.763  -4.384  1.00 12.29      A     \nATOM   1961  O   ARG X 948       4.568  23.974  -4.532  1.00 12.58      A     \nATOM   1962  CB  ARG X 948       3.410  22.036  -2.218  1.00 12.61      A     \nATOM   1963  CG  ARG X 948       2.135  21.743  -1.436  1.00 14.78      A     \nATOM   1964  CD  ARG X 948       1.128  22.880  -1.544  1.00 15.68      A     \nATOM   1965  NE  ARG X 948       1.609  24.100  -0.898  1.00 17.64      A     \nATOM   1966  CZ  ARG X 948       1.175  24.549   0.276  1.00 19.50      A     \nATOM   1967  NH1 ARG X 948       0.243  23.886   0.946  1.00 20.86      A     \nATOM   1968  NH2 ARG X 948       1.674  25.668   0.782  1.00 22.65      A     \nATOM   1969  N   LYS X 949       5.362  21.892  -4.791  1.00 10.94      A     \nATOM   1970  CA  LYS X 949       6.550  22.342  -5.510  1.00 11.03      A     \nATOM   1971  C   LYS X 949       6.182  22.987  -6.849  1.00 12.04      A     \nATOM   1972  O   LYS X 949       6.831  23.941  -7.285  1.00 13.54      A     \nATOM   1973  CB  LYS X 949       7.502  21.165  -5.733  1.00 11.69      A     \nATOM   1974  CG  LYS X 949       8.173  20.685  -4.459  1.00 13.79      A     \nATOM   1975  CD  LYS X 949       9.130  19.542  -4.740  1.00 14.03      A     \nATOM   1976  CE  LYS X 949       9.773  19.044  -3.455  1.00 18.60      A     \nATOM   1977  NZ  LYS X 949      10.629  17.840  -3.681  1.00 21.23      A     \nATOM   1978  N   CYS X 950       5.135  22.478  -7.491  1.00 11.85      A     \nATOM   1979  CA  CYS X 950       4.679  23.035  -8.767  1.00 11.26      A     \nATOM   1980  C   CYS X 950       4.091  24.435  -8.615  1.00 12.26      A     \nATOM   1981  O   CYS X 950       3.974  25.166  -9.596  1.00 11.71      A     \nATOM   1982  CB  CYS X 950       3.624  22.132  -9.409  1.00 11.25      A     \nATOM   1983  SG  CYS X 950       4.212  20.513  -9.939  1.00 13.06      A     \nATOM   1984  N   TRP X 951       3.704  24.800  -7.394  1.00 11.24      A     \nATOM   1985  CA  TRP X 951       3.089  26.103  -7.159  1.00 11.05      A     \nATOM   1986  C   TRP X 951       3.979  27.056  -6.361  1.00 12.44      A     \nATOM   1987  O   TRP X 951       3.487  27.978  -5.712  1.00 12.45      A     \nATOM   1988  CB  TRP X 951       1.750  25.947  -6.430  1.00 10.80      A     \nATOM   1989  CG  TRP X 951       0.813  24.963  -7.060  1.00 10.66      A     \nATOM   1990  CD1 TRP X 951       0.605  24.763  -8.394  1.00 11.47      A     \nATOM   1991  CD2 TRP X 951      -0.053  24.051  -6.376  1.00 10.99      A     \nATOM   1992  NE1 TRP X 951      -0.338  23.781  -8.583  1.00 11.69      A     \nATOM   1993  CE2 TRP X 951      -0.761  23.328  -7.359  1.00 10.42      A     \nATOM   1994  CE3 TRP X 951      -0.301  23.778  -5.028  1.00 10.98      A     \nATOM   1995  CZ2 TRP X 951      -1.699  22.348  -7.034  1.00 11.42      A     \nATOM   1996  CZ3 TRP X 951      -1.232  22.803  -4.704  1.00 11.43      A     \nATOM   1997  CH2 TRP X 951      -1.921  22.099  -5.702  1.00 11.23      A     \nATOM   1998  N   MET X 952       5.287  26.851  -6.412  1.00 13.51      A     \nATOM   1999  CA  MET X 952       6.181  27.792  -5.757  1.00 14.36      A     \nATOM   2000  C   MET X 952       6.274  29.072  -6.579  1.00 14.15      A     \nATOM   2001  O   MET X 952       6.137  29.048  -7.803  1.00 14.11      A     \nATOM   2002  CB  MET X 952       7.551  27.147  -5.552  1.00 17.53      A     \nATOM   2003  CG  MET X 952       7.468  26.012  -4.538  1.00 20.19      A     \nATOM   2004  SD  MET X 952       8.998  25.190  -4.125  1.00 23.66      A     \nATOM   2005  CE  MET X 952       9.870  26.496  -3.246  1.00 23.27      A     \nATOM   2006  N  AILE X 953       6.485  30.198  -5.907  0.50 14.97      A     \nATOM   2007  CA AILE X 953       6.408  31.490  -6.578  0.50 16.99      A     \nATOM   2008  C  AILE X 953       7.538  31.682  -7.589  0.50 17.16      A     \nATOM   2009  O  AILE X 953       7.322  32.239  -8.666  0.50 18.37      A     \nATOM   2010  CB AILE X 953       6.421  32.654  -5.556  0.50 18.36      A     \nATOM   2011  CG1AILE X 953       6.297  33.992  -6.291  0.50 17.93      A     \nATOM   2012  CG2AILE X 953       7.690  32.617  -4.731  0.50 19.36      A     \nATOM   2013  CD1AILE X 953       6.109  35.183  -5.373  0.50 20.54      A     \nATOM   2014  N  BILE X 953       6.472  30.202  -5.909  0.50 15.30      A     \nATOM   2015  CA BILE X 953       6.408  31.485  -6.600  0.50 17.54      A     \nATOM   2016  C  BILE X 953       7.530  31.636  -7.619  0.50 17.44      A     \nATOM   2017  O  BILE X 953       7.305  32.120  -8.729  0.50 18.25      A     \nATOM   2018  CB BILE X 953       6.460  32.669  -5.608  0.50 19.55      A     \nATOM   2019  CG1BILE X 953       7.728  32.600  -4.761  0.50 21.16      A     \nATOM   2020  CG2BILE X 953       5.229  32.654  -4.726  0.50 19.66      A     \nATOM   2021  CD1BILE X 953       7.913  33.794  -3.854  0.50 22.61      A     \nATOM   2022  N   ASP X 954       8.735  31.212  -7.253  1.00 16.54      A     \nATOM   2023  CA  ASP X 954       9.853  31.244  -8.192  1.00 18.94      A     \nATOM   2024  C   ASP X 954       9.701  30.121  -9.210  1.00 18.12      A     \nATOM   2025  O   ASP X 954       9.801  28.944  -8.870  1.00 18.55      A     \nATOM   2026  CB  ASP X 954      11.179  31.082  -7.444  1.00 22.21      A     \nATOM   2027  CG  ASP X 954      12.373  31.030  -8.379  1.00 27.48      A     \nATOM   2028  OD1 ASP X 954      13.464  30.626  -7.926  1.00 31.89      A     \nATOM   2029  OD2 ASP X 954      12.220  31.395  -9.565  1.00 29.07      A     \nATOM   2030  N   ALA X 955       9.462  30.493 -10.463  1.00 17.34      A     \nATOM   2031  CA  ALA X 955       9.212  29.514 -11.513  1.00 17.49      A     \nATOM   2032  C   ALA X 955      10.375  28.542 -11.667  1.00 18.08      A     \nATOM   2033  O   ALA X 955      10.178  27.368 -11.978  1.00 16.75      A     \nATOM   2034  CB  ALA X 955       8.951  30.228 -12.834  1.00 17.12      A     \nATOM   2035  N   ASP X 956      11.588  29.034 -11.443  1.00 20.84      A     \nATOM   2036  CA  ASP X 956      12.781  28.221 -11.638  1.00 23.46      A     \nATOM   2037  C   ASP X 956      12.967  27.179 -10.542  1.00 24.64      A     \nATOM   2038  O   ASP X 956      13.689  26.201 -10.729  1.00 26.45      A     \nATOM   2039  CB  ASP X 956      14.017  29.118 -11.716  1.00 26.71      A     \nATOM   2040  CG  ASP X 956      14.073  29.913 -13.005  1.00 29.45      A     \nATOM   2041  OD1 ASP X 956      14.364  31.127 -12.947  1.00 33.17      A     \nATOM   2042  OD2 ASP X 956      13.823  29.322 -14.075  1.00 32.49      A     \nATOM   2043  N   SER X 957      12.313  27.382  -9.404  1.00 23.57      A     \nATOM   2044  CA  SER X 957      12.416  26.428  -8.304  1.00 22.80      A     \nATOM   2045  C   SER X 957      11.418  25.286  -8.461  1.00 21.32      A     \nATOM   2046  O   SER X 957      11.521  24.265  -7.778  1.00 21.77      A     \nATOM   2047  CB  SER X 957      12.182  27.125  -6.969  1.00 25.16      A     \nATOM   2048  OG  SER X 957      10.821  27.459  -6.806  1.00 25.03      A     \nATOM   2049  N   ARG X 958      10.445  25.460  -9.354  1.00 17.24      A     \nATOM   2050  CA  ARG X 958       9.478  24.402  -9.634  1.00 15.25      A     \nATOM   2051  C   ARG X 958      10.180  23.241 -10.325  1.00 14.48      A     \nATOM   2052  O   ARG X 958      11.178  23.433 -11.015  1.00 16.96      A     \nATOM   2053  CB  ARG X 958       8.354  24.931 -10.535  1.00 13.77      A     \nATOM   2054  CG  ARG X 958       7.537  26.044  -9.909  1.00 12.56      A     \nATOM   2055  CD  ARG X 958       6.542  26.668 -10.885  1.00 13.22      A     \nATOM   2056  NE  ARG X 958       6.149  27.985 -10.398  1.00 12.42      A     \nATOM   2057  CZ  ARG X 958       5.747  28.994 -11.163  1.00 12.17      A     \nATOM   2058  NH1 ARG X 958       5.430  30.154 -10.605  1.00 13.98      A     \nATOM   2059  NH2 ARG X 958       5.633  28.839 -12.480  1.00 13.32      A     \nATOM   2060  N   PRO X 959       9.666  22.018 -10.153  1.00 13.95      A     \nATOM   2061  CA  PRO X 959      10.243  20.896 -10.899  1.00 14.50      A     \nATOM   2062  C   PRO X 959      10.048  21.090 -12.398  1.00 15.61      A     \nATOM   2063  O   PRO X 959       9.139  21.803 -12.826  1.00 17.61      A     \nATOM   2064  CB  PRO X 959       9.489  19.678 -10.362  1.00 16.73      A     \nATOM   2065  CG  PRO X 959       8.224  20.224  -9.789  1.00 20.89      A     \nATOM   2066  CD  PRO X 959       8.518  21.619  -9.322  1.00 14.40      A     \nATOM   2067  N   LYS X 960      10.914  20.482 -13.198  1.00 15.54      A     \nATOM   2068  CA  LYS X 960      10.681  20.439 -14.635  1.00 14.59      A     \nATOM   2069  C   LYS X 960       9.963  19.141 -14.970  1.00 13.91      A     \nATOM   2070  O   LYS X 960       9.936  18.204 -14.163  1.00 14.69      A     \nATOM   2071  CB  LYS X 960      12.006  20.546 -15.399  1.00 17.98      A     \nATOM   2072  CG  LYS X 960      12.691  21.904 -15.231  1.00 20.79      A     \nATOM   2073  CD  LYS X 960      13.711  22.177 -16.327  1.00 24.46      A     \nATOM   2074  CE  LYS X 960      13.046  22.373 -17.683  1.00 24.06      A     \nATOM   2075  NZ  LYS X 960      12.124  23.544 -17.708  1.00 26.53      A     \nATOM   2076  N   PHE X 961       9.358  19.079 -16.150  1.00 13.86      A     \nATOM   2077  CA  PHE X 961       8.565  17.909 -16.491  1.00 13.23      A     \nATOM   2078  C   PHE X 961       9.401  16.633 -16.473  1.00 13.37      A     \nATOM   2079  O   PHE X 961       8.915  15.577 -16.076  1.00 14.44      A     \nATOM   2080  CB  PHE X 961       7.886  18.102 -17.850  1.00 13.02      A     \nATOM   2081  CG  PHE X 961       6.724  19.058 -17.805  1.00 12.31      A     \nATOM   2082  CD1 PHE X 961       5.601  18.764 -17.040  1.00 11.93      A     \nATOM   2083  CD2 PHE X 961       6.769  20.267 -18.483  1.00 12.88      A     \nATOM   2084  CE1 PHE X 961       4.548  19.659 -16.949  1.00 11.28      A     \nATOM   2085  CE2 PHE X 961       5.715  21.168 -18.394  1.00 12.91      A     \nATOM   2086  CZ  PHE X 961       4.607  20.861 -17.625  1.00 11.92      A     \nATOM   2087  N   ARG X 962      10.663  16.727 -16.877  1.00 14.82      A     \nATOM   2088  CA  ARG X 962      11.528  15.554 -16.859  1.00 16.41      A     \nATOM   2089  C   ARG X 962      11.663  15.009 -15.439  1.00 15.50      A     \nATOM   2090  O   ARG X 962      11.645  13.794 -15.224  1.00 17.43      A     \nATOM   2091  CB  ARG X 962      12.907  15.914 -17.415  1.00 20.14      A     \nATOM   2092  CG  ARG X 962      13.884  14.762 -17.431  1.00 25.41      A     \nATOM   2093  CD  ARG X 962      15.094  15.112 -18.264  1.00 30.05      A     \nATOM   2094  NE  ARG X 962      14.710  15.633 -19.571  1.00 34.19      A     \nATOM   2095  CZ  ARG X 962      14.513  14.877 -20.645  1.00 35.42      A     \nATOM   2096  NH1 ARG X 962      14.667  13.561 -20.568  1.00 37.00      A     \nATOM   2097  NH2 ARG X 962      14.160  15.435 -21.795  1.00 36.37      A     \nATOM   2098  N   GLU X 963      11.787  15.914 -14.472  1.00 16.38      A     \nATOM   2099  CA  GLU X 963      11.863  15.530 -13.066  1.00 16.59      A     \nATOM   2100  C   GLU X 963      10.547  14.916 -12.591  1.00 16.14      A     \nATOM   2101  O   GLU X 963      10.536  13.951 -11.829  1.00 17.11      A     \nATOM   2102  CB  GLU X 963      12.207  16.751 -12.208  1.00 17.75      A     \nATOM   2103  CG  GLU X 963      13.507  17.442 -12.608  1.00 23.23      A     \nATOM   2104  CD  GLU X 963      13.841  18.634 -11.730  1.00 25.92      A     \nATOM   2105  OE1 GLU X 963      13.509  19.775 -12.116  1.00 26.58      A     \nATOM   2106  OE2 GLU X 963      14.438  18.432 -10.653  1.00 31.51      A     \nATOM   2107  N   LEU X 964       9.434  15.473 -13.053  1.00 14.21      A     \nATOM   2108  CA  LEU X 964       8.126  14.965 -12.669  1.00 14.13      A     \nATOM   2109  C   LEU X 964       7.880  13.561 -13.214  1.00 14.44      A     \nATOM   2110  O   LEU X 964       7.268  12.726 -12.547  1.00 14.39      A     \nATOM   2111  CB  LEU X 964       7.040  15.923 -13.159  1.00 12.77      A     \nATOM   2112  CG  LEU X 964       7.026  17.259 -12.419  1.00 13.98      A     \nATOM   2113  CD1 LEU X 964       6.197  18.263 -13.196  1.00 13.45      A     \nATOM   2114  CD2 LEU X 964       6.469  17.054 -11.016  1.00 14.14      A     \nATOM   2115  N   ILE X 965       8.366  13.294 -14.422  1.00 13.94      A     \nATOM   2116  CA  ILE X 965       8.307  11.942 -14.966  1.00 14.72      A     \nATOM   2117  C   ILE X 965       9.017  10.949 -14.048  1.00 14.91      A     \nATOM   2118  O   ILE X 965       8.485   9.878 -13.751  1.00 15.43      A     \nATOM   2119  CB  ILE X 965       8.960  11.869 -16.361  1.00 15.54      A     \nATOM   2120  CG1 ILE X 965       8.151  12.698 -17.362  1.00 14.94      A     \nATOM   2121  CG2 ILE X 965       9.038  10.422 -16.821  1.00 17.45      A     \nATOM   2122  CD1 ILE X 965       8.813  12.818 -18.722  1.00 17.19      A     \nATOM   2123  N   ILE X 966      10.214  11.313 -13.597  1.00 15.62      A     \nATOM   2124  CA  ILE X 966      11.015  10.433 -12.750  1.00 17.64      A     \nATOM   2125  C   ILE X 966      10.322  10.174 -11.415  1.00 17.02      A     \nATOM   2126  O   ILE X 966      10.230   9.033 -10.958  1.00 17.61      A     \nATOM   2127  CB  ILE X 966      12.403  11.048 -12.471  1.00 20.35      A     \nATOM   2128  CG1 ILE X 966      13.189  11.184 -13.776  1.00 23.08      A     \nATOM   2129  CG2 ILE X 966      13.163  10.190 -11.475  1.00 20.57      A     \nATOM   2130  CD1 ILE X 966      13.446   9.874 -14.474  1.00 26.71      A     \nATOM   2131  N   GLU X 967       9.831  11.238 -10.792  1.00 16.08      A     \nATOM   2132  CA  GLU X 967       9.268  11.123  -9.456  1.00 17.66      A     \nATOM   2133  C   GLU X 967       7.962  10.335  -9.458  1.00 16.54      A     \nATOM   2134  O   GLU X 967       7.765   9.441  -8.633  1.00 16.74      A     \nATOM   2135  CB  GLU X 967       9.035  12.512  -8.860  1.00 21.46      A     \nATOM   2136  CG  GLU X 967       8.540  12.483  -7.425  1.00 28.96      A     \nATOM   2137  CD  GLU X 967       9.454  11.695  -6.509  1.00 32.14      A     \nATOM   2138  OE1 GLU X 967      10.674  11.962  -6.510  1.00 35.40      A     \nATOM   2139  OE2 GLU X 967       8.953  10.806  -5.787  1.00 35.85      A     \nATOM   2140  N   PHE X 968       7.067  10.656 -10.386  1.00 15.87      A     \nATOM   2141  CA  PHE X 968       5.807   9.938 -10.451  1.00 15.12      A     \nATOM   2142  C   PHE X 968       5.986   8.505 -10.942  1.00 14.82      A     \nATOM   2143  O   PHE X 968       5.218   7.624 -10.564  1.00 16.11      A     \nATOM   2144  CB  PHE X 968       4.799  10.690 -11.329  1.00 15.51      A     \nATOM   2145  CG  PHE X 968       4.030  11.748 -10.586  1.00 14.17      A     \nATOM   2146  CD1 PHE X 968       3.060  11.394  -9.660  1.00 16.40      A     \nATOM   2147  CD2 PHE X 968       4.280  13.092 -10.801  1.00 14.08      A     \nATOM   2148  CE1 PHE X 968       2.355  12.360  -8.961  1.00 16.59      A     \nATOM   2149  CE2 PHE X 968       3.577  14.066 -10.105  1.00 15.15      A     \nATOM   2150  CZ  PHE X 968       2.615  13.698  -9.185  1.00 16.19      A     \nATOM   2151  N   SER X 969       7.004   8.260 -11.765  1.00 14.90      A     \nATOM   2152  CA  SER X 969       7.291   6.894 -12.196  1.00 15.39      A     \nATOM   2153  C   SER X 969       7.715   6.025 -11.014  1.00 16.35      A     \nATOM   2154  O   SER X 969       7.327   4.857 -10.922  1.00 17.29      A     \nATOM   2155  CB  SER X 969       8.383   6.888 -13.270  1.00 15.64      A     \nATOM   2156  OG  SER X 969       7.891   7.400 -14.499  1.00 18.02      A     \nATOM   2157  N   LYS X 970       8.500   6.597 -10.106  1.00 16.47      A     \nATOM   2158  CA  LYS X 970       8.912   5.880  -8.904  1.00 17.98      A     \nATOM   2159  C   LYS X 970       7.686   5.541  -8.066  1.00 17.44      A     \nATOM   2160  O   LYS X 970       7.540   4.419  -7.571  1.00 18.46      A     \nATOM   2161  CB  LYS X 970       9.878   6.739  -8.082  1.00 20.20      A     \nATOM   2162  CG  LYS X 970      10.418   6.052  -6.839  1.00 25.27      A     \nATOM   2163  CD  LYS X 970      11.239   7.009  -5.986  1.00 29.34      A     \nATOM   2164  CE  LYS X 970      10.371   8.104  -5.384  1.00 31.58      A     \nATOM   2165  NZ  LYS X 970       9.311   7.554  -4.491  1.00 33.82      A     \nATOM   2166  N   MET X 971       6.795   6.511  -7.912  1.00 17.44      A     \nATOM   2167  CA  MET X 971       5.605   6.293  -7.105  1.00 17.69      A     \nATOM   2168  C   MET X 971       4.684   5.270  -7.746  1.00 17.16      A     \nATOM   2169  O   MET X 971       4.032   4.492  -7.048  1.00 18.84      A     \nATOM   2170  CB  MET X 971       4.863   7.609  -6.900  1.00 17.35      A     \nATOM   2171  CG  MET X 971       5.667   8.613  -6.111  1.00 16.91      A     \nATOM   2172  SD  MET X 971       4.697  10.054  -5.701  1.00 20.60      A     \nATOM   2173  CE  MET X 971       5.723  10.800  -4.450  1.00 20.85      A     \nATOM   2174  N   ALA X 972       4.640   5.265  -9.074  1.00 16.88      A     \nATOM   2175  CA  ALA X 972       3.784   4.345  -9.810  1.00 17.27      A     \nATOM   2176  C   ALA X 972       4.237   2.895  -9.658  1.00 17.78      A     \nATOM   2177  O   ALA X 972       3.480   1.974  -9.960  1.00 19.30      A     \nATOM   2178  CB  ALA X 972       3.750   4.734 -11.287  1.00 17.23      A     \nATOM   2179  N   ARG X 973       5.465   2.692  -9.189  1.00 18.57      A     \nATOM   2180  CA  ARG X 973       5.980   1.341  -8.964  1.00 19.94      A     \nATOM   2181  C   ARG X 973       5.444   0.718  -7.675  1.00 19.70      A     \nATOM   2182  O   ARG X 973       5.419  -0.505  -7.535  1.00 20.90      A     \nATOM   2183  CB  ARG X 973       7.513   1.350  -8.922  1.00 23.25      A     \nATOM   2184  CG  ARG X 973       8.178   1.649 -10.252  1.00 29.16      A     \nATOM   2185  CD  ARG X 973       9.669   1.341 -10.204  1.00 31.82      A     \nATOM   2186  NE  ARG X 973       9.923  -0.063  -9.886  1.00 35.92      A     \nATOM   2187  CZ  ARG X 973      11.126  -0.566  -9.623  1.00 38.48      A     \nATOM   2188  NH1 ARG X 973      11.262  -1.856  -9.345  1.00 38.96      A     \nATOM   2189  NH2 ARG X 973      12.194   0.220  -9.635  1.00 39.54      A     \nATOM   2190  N   ASP X 974       5.030   1.560  -6.732  1.00 18.76      A     \nATOM   2191  CA  ASP X 974       4.427   1.095  -5.485  1.00 19.03      A     \nATOM   2192  C   ASP X 974       3.250   2.007  -5.138  1.00 18.50      A     \nATOM   2193  O   ASP X 974       3.291   2.756  -4.162  1.00 17.64      A     \nATOM   2194  CB  ASP X 974       5.453   1.124  -4.346  1.00 22.24      A     \nATOM   2195  CG  ASP X 974       6.583   0.124  -4.547  1.00 26.17      A     \nATOM   2196  OD1 ASP X 974       6.399  -1.062  -4.201  1.00 27.75      A     \nATOM   2197  OD2 ASP X 974       7.657   0.524  -5.046  1.00 27.19      A     \nATOM   2198  N   PRO X 975       2.179   1.940  -5.937  1.00 18.60      A     \nATOM   2199  CA  PRO X 975       1.111   2.949  -5.934  1.00 18.73      A     \nATOM   2200  C   PRO X 975       0.413   3.106  -4.585  1.00 18.93      A     \nATOM   2201  O   PRO X 975       0.122   4.221  -4.158  1.00 17.23      A     \nATOM   2202  CB  PRO X 975       0.145   2.463  -7.014  1.00 21.07      A     \nATOM   2203  CG  PRO X 975       0.925   1.498  -7.836  1.00 23.18      A     \nATOM   2204  CD  PRO X 975       1.933   0.879  -6.926  1.00 21.01      A     \nATOM   2205  N   GLN X 976       0.138   1.990  -3.920  1.00 18.66      A     \nATOM   2206  CA  GLN X 976      -0.640   2.018  -2.684  1.00 19.22      A     \nATOM   2207  C   GLN X 976       0.156   2.628  -1.537  1.00 19.67      A     \nATOM   2208  O   GLN X 976      -0.388   2.916  -0.470  1.00 21.44      A     \nATOM   2209  CB  GLN X 976      -1.091   0.600  -2.309  1.00 21.52      A     \nATOM   2210  CG  GLN X 976      -2.146   0.015  -3.238  1.00 24.69      A     \nATOM   2211  CD  GLN X 976      -1.566  -0.538  -4.528  1.00 26.82      A     \nATOM   2212  OE1 GLN X 976      -0.358  -0.744  -4.645  1.00 29.19      A     \nATOM   2213  NE2 GLN X 976      -2.431  -0.781  -5.506  1.00 28.43      A     \nATOM   2214  N   ARG X 977       1.448   2.825  -1.767  1.00 20.38      A     \nATOM   2215  CA  ARG X 977       2.328   3.469  -0.803  1.00 18.47      A     \nATOM   2216  C   ARG X 977       2.167   4.992  -0.837  1.00 18.41      A     \nATOM   2217  O   ARG X 977       2.593   5.699   0.082  1.00 20.11      A     \nATOM   2218  CB  ARG X 977       3.777   3.088  -1.115  1.00 22.42      A     \nATOM   2219  CG  ARG X 977       4.813   3.687  -0.191  1.00 25.82      A     \nATOM   2220  CD  ARG X 977       6.168   3.025  -0.414  1.00 29.54      A     \nATOM   2221  NE  ARG X 977       6.166   1.625   0.003  1.00 33.37      A     \nATOM   2222  CZ  ARG X 977       7.086   0.733  -0.358  1.00 33.91      A     \nATOM   2223  NH1 ARG X 977       7.002  -0.519   0.074  1.00 37.38      A     \nATOM   2224  NH2 ARG X 977       8.087   1.088  -1.154  1.00 34.02      A     \nATOM   2225  N   TYR X 978       1.552   5.496  -1.903  1.00 15.99      A     \nATOM   2226  CA  TYR X 978       1.519   6.935  -2.128  1.00 14.96      A     \nATOM   2227  C   TYR X 978       0.117   7.518  -2.232  1.00 13.32      A     \nATOM   2228  O   TYR X 978      -0.087   8.697  -1.948  1.00 14.36      A     \nATOM   2229  CB  TYR X 978       2.338   7.274  -3.376  1.00 15.64      A     \nATOM   2230  CG  TYR X 978       3.814   7.033  -3.167  1.00 16.68      A     \nATOM   2231  CD1 TYR X 978       4.447   5.928  -3.725  1.00 17.92      A     \nATOM   2232  CD2 TYR X 978       4.564   7.882  -2.362  1.00 18.45      A     \nATOM   2233  CE1 TYR X 978       5.790   5.676  -3.482  1.00 20.60      A     \nATOM   2234  CE2 TYR X 978       5.902   7.637  -2.113  1.00 21.28      A     \nATOM   2235  CZ  TYR X 978       6.509   6.534  -2.673  1.00 22.59      A     \nATOM   2236  OH  TYR X 978       7.838   6.282  -2.413  1.00 25.44      A     \nATOM   2237  N   LEU X 979      -0.848   6.698  -2.635  1.00 14.74      A     \nATOM   2238  CA  LEU X 979      -2.247   7.105  -2.617  1.00 14.10      A     \nATOM   2239  C   LEU X 979      -3.043   6.079  -1.819  1.00 15.61      A     \nATOM   2240  O   LEU X 979      -2.865   4.874  -2.002  1.00 18.25      A     \nATOM   2241  CB  LEU X 979      -2.793   7.207  -4.047  1.00 13.85      A     \nATOM   2242  CG  LEU X 979      -2.098   8.208  -4.977  1.00 12.39      A     \nATOM   2243  CD1 LEU X 979      -2.697   8.108  -6.372  1.00 13.05      A     \nATOM   2244  CD2 LEU X 979      -2.248   9.630  -4.435  1.00 14.18      A     \nATOM   2245  N   VAL X 980      -3.911   6.563  -0.935  1.00 15.71      A     \nATOM   2246  CA  VAL X 980      -4.667   5.700  -0.033  1.00 18.18      A     \nATOM   2247  C   VAL X 980      -6.128   5.658  -0.466  1.00 17.57      A     \nATOM   2248  O   VAL X 980      -6.889   6.603  -0.229  1.00 17.70      A     \nATOM   2249  CB  VAL X 980      -4.590   6.216   1.419  1.00 21.33      A     \nATOM   2250  CG1 VAL X 980      -5.242   5.217   2.366  1.00 23.86      A     \nATOM   2251  CG2 VAL X 980      -3.140   6.461   1.807  1.00 24.14      A     \nATOM   2252  N   ILE X 981      -6.510   4.556  -1.103  1.00 18.25      A     \nATOM   2253  CA  ILE X 981      -7.842   4.403  -1.673  1.00 18.59      A     \nATOM   2254  C   ILE X 981      -8.488   3.119  -1.166  1.00 21.03      A     \nATOM   2255  O   ILE X 981      -7.912   2.038  -1.287  1.00 21.47      A     \nATOM   2256  CB  ILE X 981      -7.769   4.361  -3.216  1.00 19.67      A     \nATOM   2257  CG1 ILE X 981      -7.336   5.730  -3.744  1.00 19.71      A     \nATOM   2258  CG2 ILE X 981      -9.108   3.953  -3.798  1.00 20.51      A     \nATOM   2259  CD1 ILE X 981      -7.056   5.752  -5.229  1.00 19.90      A     \nATOM   2260  N   GLN X 982      -9.683   3.235  -0.596  1.00 20.91      A     \nATOM   2261  CA  GLN X 982     -10.355   2.070  -0.034  1.00 21.50      A     \nATOM   2262  C   GLN X 982     -10.690   1.073  -1.136  1.00 23.24      A     \nATOM   2263  O   GLN X 982     -11.184   1.450  -2.197  1.00 24.62      A     \nATOM   2264  CB  GLN X 982     -11.642   2.482   0.692  1.00 20.13      A     \nATOM   2265  CG  GLN X 982     -12.329   1.315   1.392  1.00 18.20      A     \nATOM   2266  CD  GLN X 982     -13.633   1.692   2.067  1.00 17.78      A     \nATOM   2267  OE1 GLN X 982     -14.467   0.830   2.353  1.00 21.93      A     \nATOM   2268  NE2 GLN X 982     -13.815   2.978   2.331  1.00 17.69      A     \nATOM   2269  N   GLY X 983     -10.415  -0.201  -0.880  1.00 26.40      A     \nATOM   2270  CA  GLY X 983     -10.715  -1.226  -1.863  1.00 29.13      A     \nATOM   2271  C   GLY X 983      -9.642  -1.322  -2.930  1.00 31.44      A     \nATOM   2272  O   GLY X 983      -9.848  -1.942  -3.974  1.00 31.12      A     \nATOM   2273  N   ASP X 984      -8.496  -0.704  -2.666  1.00 32.47      A     \nATOM   2274  CA  ASP X 984      -7.377  -0.729  -3.601  1.00 34.51      A     \nATOM   2275  C   ASP X 984      -6.120  -1.286  -2.939  1.00 38.21      A     \nATOM   2276  O   ASP X 984      -5.339  -0.540  -2.349  1.00 39.04      A     \nATOM   2277  CB  ASP X 984      -7.101   0.684  -4.120  1.00 32.63      A     \nATOM   2278  CG  ASP X 984      -5.860   0.756  -4.982  1.00 30.61      A     \nATOM   2279  OD1 ASP X 984      -5.650  -0.162  -5.804  1.00 32.16      A     \nATOM   2280  OD2 ASP X 984      -5.092   1.730  -4.835  1.00 27.23      A     \nATOM   2281  N   GLU X 985      -5.925  -2.597  -3.043  1.00 41.49      A     \nATOM   2282  CA  GLU X 985      -6.865  -3.472  -3.732  1.00 44.47      A     \nATOM   2283  C   GLU X 985      -6.895  -4.831  -3.040  1.00 45.14      A     \nATOM   2284  O   GLU X 985      -6.155  -4.994  -2.046  1.00 46.03      A     \nATOM   2285  CB  GLU X 985      -6.451  -3.642  -5.197  1.00 46.23      A     \nATOM   2286  CG  GLU X 985      -7.422  -4.461  -6.036  1.00 48.93      A     \nATOM   2287  CD  GLU X 985      -8.827  -3.889  -6.030  1.00 49.96      A     \nATOM   2288  OE1 GLU X 985      -9.002  -2.734  -6.474  1.00 50.83      A     \nATOM   2289  OE2 GLU X 985      -9.756  -4.595  -5.583  1.00 50.39      A     \nATOM   2290  C5  8BP X9001     -14.984  16.892 -25.745  1.00 17.20      A     \nATOM   2291  C6  8BP X9001     -13.245  16.033 -27.295  1.00 14.56      A     \nATOM   2292  C8  8BP X9001     -13.314  13.664 -27.733  1.00 15.42      A     \nATOM   2293  C10 8BP X9001     -11.654  15.130 -28.653  1.00 14.45      A     \nATOM   2294  N12 8BP X9001     -10.562  15.041 -29.471  1.00 14.48      A     \nATOM   2295  C13 8BP X9001     -10.444  13.706 -29.817  1.00 14.60      A     \nATOM   2296  C15 8BP X9001      -9.722  16.187 -29.866  1.00 14.09      A     \nATOM   2297  C17 8BP X9001      -8.272  15.802 -30.213  1.00 14.60      A     \nATOM   2298  C20 8BP X9001     -15.913  12.953 -26.057  1.00 18.35      A     \nATOM   2299  C24 8BP X9001     -17.976  12.550 -24.701  1.00 22.61      A     \nATOM   2300  C28 8BP X9001     -14.006  18.188 -21.552  1.00 16.97      A     \nATOM   2301  C1  8BP X9001     -15.217  18.288 -25.160  1.00 16.28      A     \nATOM   2302  C2  8BP X9001     -14.570  19.215 -26.169  1.00 18.48      A     \nATOM   2303  C3  8BP X9001     -13.350  18.441 -26.656  1.00 17.47      A     \nATOM   2304  N4  8BP X9001     -13.826  17.074 -26.612  1.00 16.34      A     \nATOM   2305  N7  8BP X9001     -13.808  14.802 -27.137  1.00 13.84      A     \nATOM   2306  C9  8BP X9001     -12.155  13.829 -28.544  1.00 14.74      A     \nATOM   2307  N11 8BP X9001     -12.146  16.255 -28.067  1.00 15.05      A     \nATOM   2308  N14 8BP X9001     -11.385  12.957 -29.278  1.00 14.81      A     \nATOM   2309  C16 8BP X9001     -10.338  16.927 -31.057  1.00 16.04      A     \nATOM   2310  N18 8BP X9001     -13.949  12.419 -27.531  1.00 16.29      A     \nATOM   2311  C19 8BP X9001     -15.074  12.128 -26.797  1.00 16.79      A     \nATOM   2312  N21 8BP X9001     -16.875  12.146 -25.541  1.00 19.67      A     \nATOM   2313  N22 8BP X9001     -16.736  10.854 -25.879  1.00 20.11      A     \nATOM   2314  C23 8BP X9001     -15.637  10.849 -26.645  1.00 18.18      A     \nATOM   2315  F25 8BP X9001     -15.435  19.394 -27.210  1.00 20.37      A     \nATOM   2316  N26 8BP X9001     -14.516  18.408 -23.877  1.00 16.59      A     \nATOM   2317  C27 8BP X9001     -14.984  17.881 -22.681  1.00 16.55      A     \nATOM   2318  C29 8BP X9001     -14.357  17.532 -20.225  1.00 18.11      A     \nATOM   2319  O30 8BP X9001     -16.039  17.251 -22.540  1.00 20.86      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    6\nCONECT    4    3\nCONECT    5    2\nCONECT    6    3    7\nCONECT    7    6    8   10\nCONECT    8    7    9   14\nCONECT    9    8\nCONECT   10    7   11\nCONECT   11   10   12   13\nCONECT   12   11\nCONECT   13   11\nCONECT   14    8   15\nCONECT   15   14   16   18\nCONECT   16   15   17   22\nCONECT   17   16\nCONECT   18   15   19\nCONECT   19   18   20   21\nCONECT   20   19\nCONECT   21   19\nCONECT   22   16   23\nCONECT   23   22   24   26\nCONECT   24   23   25   33\nCONECT   25   24\nCONECT   26   23   27\nCONECT   27   26   28\nCONECT   28   27   29\nCONECT   29   28   30\nCONECT   30   29   31   32\nCONECT   31   30\nCONECT   32   30\nCONECT   33   24   34\nCONECT   34   33   35   37\nCONECT   35   34   36   41\nCONECT   36   35\nCONECT   37   34   38   39\nCONECT   38   37   40\nCONECT   39   37\nCONECT   40   38\nCONECT   41   35   42\nCONECT   42   41   43   45\nCONECT   43   42   44   49\nCONECT   44   43\nCONECT   45   42   46\nCONECT   46   45   47   48\nCONECT   47   46\nCONECT   48   46\nCONECT   49   43   50\nCONECT   50   49   51   53\nCONECT   51   50   52   58\nCONECT   52   51\nCONECT   53   50   54\nCONECT   54   53   55\nCONECT   55   54   56\nCONECT   56   55   57\nCONECT   57   56\nCONECT   58   51   59\nCONECT   59   58   60   62\nCONECT   60   59   61   67\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64\nCONECT   64   63   65   66\nCONECT   65   64\nCONECT   66   64\nCONECT   67   60   68\nCONECT   68   67   69   71\nCONECT   69   68   70   74\nCONECT   70   69\nCONECT   71   68   72   73\nCONECT   72   71\nCONECT   73   71\nCONECT   74   69   75\nCONECT   75   74   76   78\nCONECT   76   75   77   83\nCONECT   77   76\nCONECT   78   75   79\nCONECT   79   78   80\nCONECT   80   79   81   82\nCONECT   81   80\nCONECT   82   80\nCONECT   83   76   84\nCONECT   84   83   85   87\nCONECT   85   84   86   94\nCONECT   86   85\nCONECT   87   84   88\nCONECT   88   87   89   90\nCONECT   89   88   91\nCONECT   90   88   92\nCONECT   91   89   93\nCONECT   92   90   93\nCONECT   93   91   92\nCONECT   94   85   95\nCONECT   95   94   96   98\nCONECT   96   95   97  103\nCONECT   97   96\nCONECT   98   95   99\nCONECT   99   98  100\nCONECT  100   99  101\nCONECT  101  100  102\nCONECT  102  101\nCONECT  103   96  104\nCONECT  104  103  105  107\nCONECT  105  104  106  112\nCONECT  106  105\nCONECT  107  104  108\nCONECT  108  107  109\nCONECT  109  108  110\nCONECT  110  109  111\nCONECT  111  110\nCONECT  112  105  113\nCONECT  113  112  114  116\nCONECT  114  113  115  120\nCONECT  115  114\nCONECT  116  113  117  118\nCONECT  117  116  119\nCONECT  118  116\nCONECT  119  117\nCONECT  120  114  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  136\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133\nCONECT  135  133\nCONECT  136  131  137\nCONECT  137  136  138  140\nCONECT  138  137  139  144\nCONECT  139  138\nCONECT  140  137  141\nCONECT  141  140  142  143\nCONECT  142  141\nCONECT  143  141\nCONECT  144  138  145\nCONECT  145  144  146\nCONECT  146  145  147  148\nCONECT  147  146\nCONECT  148  146  149\nCONECT  149  148  150  152\nCONECT  150  149  151  154\nCONECT  151  150\nCONECT  152  149  153\nCONECT  153  152\nCONECT  154  150  155\nCONECT  155  154  156\nCONECT  156  155  157  158\nCONECT  157  156\nCONECT  158  156  159\nCONECT  159  158  160  162\nCONECT  160  159  161  163\nCONECT  161  160\nCONECT  162  159\nCONECT  163  160  164\nCONECT  164  163  165  167\nCONECT  165  164  166  174\nCONECT  166  165\nCONECT  167  164  168\nCONECT  168  167  169  170\nCONECT  169  168  171\nCONECT  170  168  172\nCONECT  171  169  173\nCONECT  172  170  173\nCONECT  173  171  172\nCONECT  174  165  175\nCONECT  175  174  176\nCONECT  176  175  177  178\nCONECT  177  176\nCONECT  178  176  179\nCONECT  179  178  180  182\nCONECT  180  179  181  185\nCONECT  181  180\nCONECT  182  179  183  184\nCONECT  183  182\nCONECT  184  182\nCONECT  185  180  186\nCONECT  186  185  187  189\nCONECT  187  186  188  192\nCONECT  188  187\nCONECT  189  186  190  191\nCONECT  190  189\nCONECT  191  189\nCONECT  192  187  193\nCONECT  193  192  194  196\nCONECT  194  193  195  204\nCONECT  195  194\nCONECT  196  193  197\nCONECT  197  196  198  199\nCONECT  198  197  200\nCONECT  199  197  201\nCONECT  200  198  202\nCONECT  201  199  202\nCONECT  202  200  201  203\nCONECT  203  202\nCONECT  204  194  205\nCONECT  205  204  206  208\nCONECT  206  205  207  213\nCONECT  207  206\nCONECT  208  205  209\nCONECT  209  208  210\nCONECT  210  209  211\nCONECT  211  210  212\nCONECT  212  211\nCONECT  213  206  214\nCONECT  214  213  215\nCONECT  215  214  216  217\nCONECT  216  215\nCONECT  217  215  218\nCONECT  218  217  219  221\nCONECT  219  218  220  225\nCONECT  220  219\nCONECT  221  218  222\nCONECT  222  221  223  224\nCONECT  223  222\nCONECT  224  222\nCONECT  225  219  226\nCONECT  226  225  227  229\nCONECT  227  226  228  239\nCONECT  228  227\nCONECT  229  226  230\nCONECT  230  229  231  232\nCONECT  231  230  233\nCONECT  232  230  234  235\nCONECT  233  231  234\nCONECT  234  232  233  236\nCONECT  235  232  237\nCONECT  236  234  238\nCONECT  237  235  238\nCONECT  238  236  237\nCONECT  239  227  240\nCONECT  240  239  241  243\nCONECT  241  240  242  247\nCONECT  242  241\nCONECT  243  240  244  245\nCONECT  244  243  246\nCONECT  245  243\nCONECT  246  244\nCONECT  247  241  248  253\nCONECT  248  247  249  251\nCONECT  249  248  250  254\nCONECT  250  249\nCONECT  251  248  252\nCONECT  252  251  253\nCONECT  253  247  252\nCONECT  254  249  255\nCONECT  255  254  256  258\nCONECT  256  255  257  263\nCONECT  257  256\nCONECT  258  255  259\nCONECT  259  258  260\nCONECT  260  259  261  262\nCONECT  261  260\nCONECT  262  260\nCONECT  263  256  264\nCONECT  264  263  265\nCONECT  265  264  266  267\nCONECT  266  265\nCONECT  267  265  268\nCONECT  268  267  269  271\nCONECT  269  268  270  276\nCONECT  270  269\nCONECT  271  268  272\nCONECT  272  271  273\nCONECT  273  272  274  275\nCONECT  274  273\nCONECT  275  273\nCONECT  276  269  277\nCONECT  277  276  278  280\nCONECT  278  277  279  285\nCONECT  279  278\nCONECT  280  277  281\nCONECT  281  280  282\nCONECT  282  281  283\nCONECT  283  282  284\nCONECT  284  283\nCONECT  285  278  286\nCONECT  286  285  287  289\nCONECT  287  286  288  292\nCONECT  288  287\nCONECT  289  286  290  291\nCONECT  290  289\nCONECT  291  289\nCONECT  292  287  293\nCONECT  293  292  294  296\nCONECT  294  293  295  301\nCONECT  295  294\nCONECT  296  293  297\nCONECT  297  296  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299\nCONECT  301  294  302\nCONECT  302  301  303  305\nCONECT  303  302  304  309\nCONECT  304  303\nCONECT  305  302  306  307\nCONECT  306  305  308\nCONECT  307  305\nCONECT  308  306\nCONECT  309  303  310  315\nCONECT  310  309  311  313\nCONECT  311  310  312  316\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  309  314\nCONECT  316  311  317\nCONECT  317  316  318  320\nCONECT  318  317  319  323\nCONECT  319  318\nCONECT  320  317  321  322\nCONECT  321  320\nCONECT  322  320\nCONECT  323  318  324\nCONECT  324  323  325  327\nCONECT  325  324  326  328\nCONECT  326  325\nCONECT  327  324\nCONECT  328  325  329\nCONECT  329  328  330  332\nCONECT  330  329  331  336\nCONECT  331  330\nCONECT  332  329  333  334\nCONECT  333  332  335\nCONECT  334  332\nCONECT  335  333\nCONECT  336  330  337\nCONECT  337  336  338  340\nCONECT  338  337  339  345\nCONECT  339  338\nCONECT  340  337  341\nCONECT  341  340  342\nCONECT  342  341  343\nCONECT  343  342  344\nCONECT  344  343\nCONECT  345  338  346\nCONECT  346  345  347  349\nCONECT  347  346  348  354\nCONECT  348  347\nCONECT  349  346  350\nCONECT  350  349  351\nCONECT  351  350  352  353\nCONECT  352  351\nCONECT  353  351\nCONECT  354  347  355\nCONECT  355  354  356  358\nCONECT  356  355  357  362\nCONECT  357  356\nCONECT  358  355  359\nCONECT  359  358  360  361\nCONECT  360  359\nCONECT  361  359\nCONECT  362  356  363\nCONECT  363  362  364  366\nCONECT  364  363  365\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369\nCONECT  369  368  370\nCONECT  370  369  371  372\nCONECT  371  370\nCONECT  372  370\nCONECT  373  374  379\nCONECT  374  373  375  377\nCONECT  375  374  376  380\nCONECT  376  375\nCONECT  377  374  378\nCONECT  378  377  379\nCONECT  379  373  378\nCONECT  380  375  381\nCONECT  381  380  382  384\nCONECT  382  381  383  389\nCONECT  383  382\nCONECT  384  381  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388\nCONECT  388  387\nCONECT  389  382  390\nCONECT  390  389  391  393\nCONECT  391  390  392  394\nCONECT  392  391\nCONECT  393  390\nCONECT  394  391  395\nCONECT  395  394  396  398\nCONECT  396  395  397  402\nCONECT  397  396\nCONECT  398  395  399\nCONECT  399  398  400  401\nCONECT  400  399\nCONECT  401  399\nCONECT  402  396  403\nCONECT  403  402  404  406\nCONECT  404  403  405  411\nCONECT  405  404\nCONECT  406  403  407\nCONECT  407  406  408\nCONECT  408  407  409\nCONECT  409  408  410\nCONECT  410  409\nCONECT  411  404  412\nCONECT  412  411  413  415\nCONECT  413  412  414  420\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415  417\nCONECT  417  416  418  419\nCONECT  418  417\nCONECT  419  417\nCONECT  420  413  421\nCONECT  421  420  422  424\nCONECT  422  421  423  428\nCONECT  423  422\nCONECT  424  421  425  426\nCONECT  425  424  427\nCONECT  426  424\nCONECT  427  425\nCONECT  428  422  429\nCONECT  429  428  430  432\nCONECT  430  429  431  436\nCONECT  431  430\nCONECT  432  429  433\nCONECT  433  432  434  435\nCONECT  434  433\nCONECT  435  433\nCONECT  436  430  437\nCONECT  437  436  438  440\nCONECT  438  437  439  444\nCONECT  439  438\nCONECT  440  437  441\nCONECT  441  440  442  443\nCONECT  442  441\nCONECT  443  441\nCONECT  444  438  445\nCONECT  445  444  446  448\nCONECT  446  445  447  453\nCONECT  447  446\nCONECT  448  445  449\nCONECT  449  448  450\nCONECT  450  449  451  452\nCONECT  451  450\nCONECT  452  450\nCONECT  453  446  454\nCONECT  454  453  455  457\nCONECT  455  454  456  458\nCONECT  456  455\nCONECT  457  454\nCONECT  458  455  459\nCONECT  459  458  460  462\nCONECT  460  459  461  470\nCONECT  461  460\nCONECT  462  459  463\nCONECT  463  462  464  465\nCONECT  464  463  466\nCONECT  465  463  467\nCONECT  466  464  468\nCONECT  467  465  468\nCONECT  468  466  467  469\nCONECT  469  468\nCONECT  470  460  471\nCONECT  471  470  472  474\nCONECT  472  471  473  477\nCONECT  473  472\nCONECT  474  471  475  476\nCONECT  475  474\nCONECT  476  474\nCONECT  477  472  478\nCONECT  478  477  479  481\nCONECT  479  478  480  485  490\nCONECT  480  479\nCONECT  481  478  482\nCONECT  482  481  483\nCONECT  483  482  484\nCONECT  484  483\nCONECT  485  479  486\nCONECT  486  485  487  489\nCONECT  487  486  488  495\nCONECT  488  487\nCONECT  489  486\nCONECT  490  479  491\nCONECT  491  490  492  494\nCONECT  492  491  493  495\nCONECT  493  492\nCONECT  494  491\nCONECT  495  487  492  496\nCONECT  496  495  497  499\nCONECT  497  496  498  501\nCONECT  498  497\nCONECT  499  496  500\nCONECT  500  499\nCONECT  501  497  502\nCONECT  502  501  503  505\nCONECT  503  502  504  508\nCONECT  504  503\nCONECT  505  502  506  507\nCONECT  506  505\nCONECT  507  505\nCONECT  508  503  509\nCONECT  509  508  510  512\nCONECT  510  509  511  516\nCONECT  511  510\nCONECT  512  509  513\nCONECT  513  512  514  515\nCONECT  514  513\nCONECT  515  513\nCONECT  516  510  517\nCONECT  517  516  518  520\nCONECT  518  517  519  524\nCONECT  519  518\nCONECT  520  517  521\nCONECT  521  520  522  523\nCONECT  522  521\nCONECT  523  521\nCONECT  524  518  525  530\nCONECT  525  524  526  528\nCONECT  526  525  527  531\nCONECT  527  526\nCONECT  528  525  529\nCONECT  529  528  530\nCONECT  530  524  529\nCONECT  531  526  532\nCONECT  532  531  533  535\nCONECT  533  532  534  541\nCONECT  534  533\nCONECT  535  532  536\nCONECT  536  535  537  538\nCONECT  537  536  539\nCONECT  538  536  540\nCONECT  539  537  540\nCONECT  540  538  539\nCONECT  541  533  542\nCONECT  542  541  543  545\nCONECT  543  542  544  548\nCONECT  544  543\nCONECT  545  542  546  547\nCONECT  546  545\nCONECT  547  545\nCONECT  548  543  549\nCONECT  549  548  550  552\nCONECT  550  549  551  554\nCONECT  551  550\nCONECT  552  549  553\nCONECT  553  552\nCONECT  554  550  555\nCONECT  555  554  556  558\nCONECT  556  555  557  565\nCONECT  557  556\nCONECT  558  555  559\nCONECT  559  558  560\nCONECT  560  559  561\nCONECT  561  560  562\nCONECT  562  561  563  564\nCONECT  563  562\nCONECT  564  562\nCONECT  565  556  566\nCONECT  566  565  567  569\nCONECT  567  566  568  573\nCONECT  568  567\nCONECT  569  566  570\nCONECT  570  569  571  572\nCONECT  571  570\nCONECT  572  570\nCONECT  573  567  574\nCONECT  574  573  575  577\nCONECT  575  574  576  581\nCONECT  576  575\nCONECT  577  574  578\nCONECT  578  577  579  580\nCONECT  579  578\nCONECT  580  578\nCONECT  581  575  582\nCONECT  582  581  583\nCONECT  583  582  584  585\nCONECT  584  583\nCONECT  585  583  586\nCONECT  586  585  587  589\nCONECT  587  586  588  593\nCONECT  588  587\nCONECT  589  586  590  591\nCONECT  590  589  592\nCONECT  591  589\nCONECT  592  590\nCONECT  593  587  594\nCONECT  594  593  595  597\nCONECT  595  594  596  599\nCONECT  596  595\nCONECT  597  594  598\nCONECT  598  597\nCONECT  599  595  600\nCONECT  600  599  601  603\nCONECT  601  600  602  607\nCONECT  602  601\nCONECT  603  600  604\nCONECT  604  603  605  606\nCONECT  605  604\nCONECT  606  604\nCONECT  607  601  608\nCONECT  608  607  609  611\nCONECT  609  608  610  614\nCONECT  610  609\nCONECT  611  608  612  613\nCONECT  612  611\nCONECT  613  611\nCONECT  614  609  615\nCONECT  615  614  616  618\nCONECT  616  615  617  620\nCONECT  617  616\nCONECT  618  615  619\nCONECT  619  618\nCONECT  620  616  621\nCONECT  621  620  622  624\nCONECT  622  621  623  627\nCONECT  623  622\nCONECT  624  621  625  626\nCONECT  625  624\nCONECT  626  624\nCONECT  627  622  628\nCONECT  628  627  629  631\nCONECT  629  628  630  634\nCONECT  630  629\nCONECT  631  628  632  633\nCONECT  632  631\nCONECT  633  631\nCONECT  634  629  635\nCONECT  635  634  636  638\nCONECT  636  635  637  643\nCONECT  637  636\nCONECT  638  635  639\nCONECT  639  638  640\nCONECT  640  639  641  642\nCONECT  641  640\nCONECT  642  640\nCONECT  643  636  644\nCONECT  644  643  645  647\nCONECT  645  644  646  651\nCONECT  646  645\nCONECT  647  644  648\nCONECT  648  647  649  650\nCONECT  649  648\nCONECT  650  648\nCONECT  651  645  652\nCONECT  652  651  653  655\nCONECT  653  652  654  659  667\nCONECT  654  653\nCONECT  655  652  656  657\nCONECT  656  655  658\nCONECT  657  655\nCONECT  658  656\nCONECT  659  653  660\nCONECT  660  659  661  663\nCONECT  661  660  662  675\nCONECT  662  661\nCONECT  663  660  664\nCONECT  664  663  665\nCONECT  665  664  666\nCONECT  666  665\nCONECT  667  653  668\nCONECT  668  667  669  671\nCONECT  669  668  670  675\nCONECT  670  669\nCONECT  671  668  672\nCONECT  672  671  673\nCONECT  673  672  674\nCONECT  674  673\nCONECT  675  661  669  676\nCONECT  676  675  677  679\nCONECT  677  676  678  684\nCONECT  678  677\nCONECT  679  676  680\nCONECT  680  679  681\nCONECT  681  680  682  683\nCONECT  682  681\nCONECT  683  681\nCONECT  684  677  685\nCONECT  685  684  686  688\nCONECT  686  685  687  692\nCONECT  687  686\nCONECT  688  685  689\nCONECT  689  688  690  691\nCONECT  690  689\nCONECT  691  689\nCONECT  692  686  693\nCONECT  693  692  694  696\nCONECT  694  693  695  700\nCONECT  695  694\nCONECT  696  693  697\nCONECT  697  696  698\nCONECT  698  697  699\nCONECT  699  698\nCONECT  700  694  701  706\nCONECT  701  700  702  704\nCONECT  702  701  703  707\nCONECT  703  702\nCONECT  704  701  705\nCONECT  705  704  706\nCONECT  706  700  705\nCONECT  707  702  708\nCONECT  708  707  709  711\nCONECT  709  708  710  718\nCONECT  710  709\nCONECT  711  708  712\nCONECT  712  711  713  714\nCONECT  713  712  715\nCONECT  714  712  716\nCONECT  715  713  717\nCONECT  716  714  717\nCONECT  717  715  716\nCONECT  718  709  719\nCONECT  719  718  720\nCONECT  720  719  721  722\nCONECT  721  720\nCONECT  722  720  723\nCONECT  723  722  724  726\nCONECT  724  723  725  728\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726 2318\nCONECT  728  724  729\nCONECT  729  728  730  732\nCONECT  730  729  731  736\nCONECT  731  730\nCONECT  732  729  733\nCONECT  733  732  734  735\nCONECT  734  733\nCONECT  735  733\nCONECT  736  730  737\nCONECT  737  736  738  740\nCONECT  738  737  739  744\nCONECT  739  738\nCONECT  740  737  741\nCONECT  741  740  742  743\nCONECT  742  741\nCONECT  743  741\nCONECT  744  738  745\nCONECT  745  744  746  748\nCONECT  746  745  747  752\nCONECT  747  746\nCONECT  748  745  749\nCONECT  749  748  750  751\nCONECT  750  749\nCONECT  751  749\nCONECT  752  746  753\nCONECT  753  752  754  756\nCONECT  754  753  755  764\nCONECT  755  754\nCONECT  756  753  757\nCONECT  757  756  758  759\nCONECT  758  757  760\nCONECT  759  757  761\nCONECT  760  758  762\nCONECT  761  759  762\nCONECT  762  760  761  763\nCONECT  763  762\nCONECT  764  754  765\nCONECT  765  764  766  768\nCONECT  766  765  767  771\nCONECT  767  766\nCONECT  768  765  769  770\nCONECT  769  768\nCONECT  770  768\nCONECT  771  766  772\nCONECT  772  771  773  775\nCONECT  773  772  774  782\nCONECT  774  773\nCONECT  775  772  776\nCONECT  776  775  777\nCONECT  777  776  778\nCONECT  778  777  779\nCONECT  779  778  780  781\nCONECT  780  779\nCONECT  781  779\nCONECT  782  773  783\nCONECT  783  782  784  786\nCONECT  784  783  785  791\nCONECT  785  784\nCONECT  786  783  787\nCONECT  787  786  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  784  792\nCONECT  792  791  793  795\nCONECT  793  792  794  801\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797  798\nCONECT  797  796  799\nCONECT  798  796  800\nCONECT  799  797  800\nCONECT  800  798  799\nCONECT  801  793  802\nCONECT  802  801  803  805\nCONECT  803  802  804  810\nCONECT  804  803\nCONECT  805  802  806\nCONECT  806  805  807\nCONECT  807  806  808\nCONECT  808  807  809\nCONECT  809  808\nCONECT  810  803  811\nCONECT  811  810  812  814\nCONECT  812  811  813  818\nCONECT  813  812\nCONECT  814  811  815\nCONECT  815  814  816  817\nCONECT  816  815\nCONECT  817  815\nCONECT  818  812  819\nCONECT  819  818  820  822\nCONECT  820  819  821  826\nCONECT  821  820\nCONECT  822  819  823\nCONECT  823  822  824  825\nCONECT  824  823\nCONECT  825  823\nCONECT  826  820  827\nCONECT  827  826  828  830\nCONECT  828  827  829  834\nCONECT  829  828\nCONECT  830  827  831  832\nCONECT  831  830  833\nCONECT  832  830\nCONECT  833  831\nCONECT  834  828  835\nCONECT  835  834  836\nCONECT  836  835  837  838\nCONECT  837  836\nCONECT  838  836  839\nCONECT  839  838  840  842\nCONECT  840  839  841  844\nCONECT  841  840\nCONECT  842  839  843\nCONECT  843  842\nCONECT  844  840  845\nCONECT  845  844  846  848\nCONECT  846  845  847  853\nCONECT  847  846\nCONECT  848  845  849\nCONECT  849  848  850\nCONECT  850  849  851  852\nCONECT  851  850\nCONECT  852  850\nCONECT  853  846  854\nCONECT  854  853  855  857\nCONECT  855  854  856  865\nCONECT  856  855\nCONECT  857  854  858\nCONECT  858  857  859  860\nCONECT  859  858  861\nCONECT  860  858  862\nCONECT  861  859  863\nCONECT  862  860  863\nCONECT  863  861  862  864\nCONECT  864  863\nCONECT  865  855  866\nCONECT  866  865  867  869\nCONECT  867  866  868  873\nCONECT  868  867\nCONECT  869  866  870\nCONECT  870  869  871  872\nCONECT  871  870\nCONECT  872  870\nCONECT  873  867  874\nCONECT  874  873  875  877\nCONECT  875  874  876  881\nCONECT  876  875\nCONECT  877  874  878\nCONECT  878  877  879  880\nCONECT  879  878\nCONECT  880  878\nCONECT  881  875  882\nCONECT  882  881  883  885\nCONECT  883  882  884  889\nCONECT  884  883\nCONECT  885  882  886\nCONECT  886  885  887  888\nCONECT  887  886\nCONECT  888  886\nCONECT  889  883  890\nCONECT  890  889  891  893\nCONECT  891  890  892  903\nCONECT  892  891\nCONECT  893  890  894\nCONECT  894  893  895  896\nCONECT  895  894  897\nCONECT  896  894  898  899\nCONECT  897  895  898\nCONECT  898  896  897  900\nCONECT  899  896  901\nCONECT  900  898  902\nCONECT  901  899  902\nCONECT  902  900  901\nCONECT  903  891  904\nCONECT  904  903  905  907\nCONECT  905  904  906  909\nCONECT  906  905\nCONECT  907  904  908\nCONECT  908  907\nCONECT  909  905  910\nCONECT  910  909  911  913\nCONECT  911  910  912  916\nCONECT  912  911\nCONECT  913  910  914  915\nCONECT  914  913\nCONECT  915  913\nCONECT  916  911  917\nCONECT  917  916  918  920\nCONECT  918  917  919  925\nCONECT  919  918\nCONECT  920  917  921\nCONECT  921  920  922\nCONECT  922  921  923  924\nCONECT  923  922\nCONECT  924  922\nCONECT  925  918  926\nCONECT  926  925  927  929\nCONECT  927  926  928  933\nCONECT  928  927\nCONECT  929  926  930  931\nCONECT  930  929  932\nCONECT  931  929\nCONECT  932  930\nCONECT  933  927  934\nCONECT  934  933  935  937\nCONECT  935  934  936  938\nCONECT  936  935\nCONECT  937  934\nCONECT  938  935  939\nCONECT  939  938  940  942\nCONECT  940  939  941  947\nCONECT  941  940\nCONECT  942  939  943\nCONECT  943  942  944\nCONECT  944  943  945\nCONECT  945  944  946\nCONECT  946  945\nCONECT  947  940  948\nCONECT  948  947  949\nCONECT  949  948  950  951\nCONECT  950  949\nCONECT  951  949  952\nCONECT  952  951  953  955\nCONECT  953  952  954  959\nCONECT  954  953\nCONECT  955  952  956\nCONECT  956  955  957\nCONECT  957  956  958\nCONECT  958  957\nCONECT  959  953  960\nCONECT  960  959  961  963\nCONECT  961  960  962  967\nCONECT  962  961\nCONECT  963  960  964\nCONECT  964  963  965  966\nCONECT  965  964\nCONECT  966  964\nCONECT  967  961  968\nCONECT  968  967  969  971\nCONECT  969  968  970  979\nCONECT  970  969\nCONECT  971  968  972\nCONECT  972  971  973  974\nCONECT  973  972  975\nCONECT  974  972  976\nCONECT  975  973  977\nCONECT  976  974  977\nCONECT  977  975  976  978\nCONECT  978  977\nCONECT  979  969  980\nCONECT  980  979  981  983\nCONECT  981  980  982  987\nCONECT  982  981\nCONECT  983  980  984\nCONECT  984  983  985  986\nCONECT  985  984\nCONECT  986  984\nCONECT  987  981  988\nCONECT  988  987  989  991\nCONECT  989  988  990  996\nCONECT  990  989\nCONECT  991  988  992\nCONECT  992  991  993\nCONECT  993  992  994  995\nCONECT  994  993\nCONECT  995  993\nCONECT  996  989  997\nCONECT  997  996  998 1000\nCONECT  998  997  999 1004\nCONECT  999  998\nCONECT 1000  997 1001\nCONECT 1001 1000 1002 1003\nCONECT 1002 1001\nCONECT 1003 1001\nCONECT 1004  998 1005\nCONECT 1005 1004 1006 1008\nCONECT 1006 1005 1007 1015\nCONECT 1007 1006\nCONECT 1008 1005 1009\nCONECT 1009 1008 1010\nCONECT 1010 1009 1011\nCONECT 1011 1010 1012\nCONECT 1012 1011 1013 1014\nCONECT 1013 1012\nCONECT 1014 1012\nCONECT 1015 1006 1016\nCONECT 1016 1015 1017 1019\nCONECT 1017 1016 1018 1026\nCONECT 1018 1017\nCONECT 1019 1016 1020\nCONECT 1020 1019 1021\nCONECT 1021 1020 1022\nCONECT 1022 1021 1023\nCONECT 1023 1022 1024 1025\nCONECT 1024 1023\nCONECT 1025 1023\nCONECT 1026 1017 1027\nCONECT 1027 1026 1028 1030\nCONECT 1028 1027 1029 1034\nCONECT 1029 1028\nCONECT 1030 1027 1031\nCONECT 1031 1030 1032 1033\nCONECT 1032 1031\nCONECT 1033 1031\nCONECT 1034 1028 1035\nCONECT 1035 1034 1036 1038\nCONECT 1036 1035 1037 1041\nCONECT 1037 1036\nCONECT 1038 1035 1039 1040\nCONECT 1039 1038\nCONECT 1040 1038\nCONECT 1041 1036 1042\nCONECT 1042 1041 1043 1045\nCONECT 1043 1042 1044 1051\nCONECT 1044 1043\nCONECT 1045 1042 1046\nCONECT 1046 1045 1047 1048\nCONECT 1047 1046 1049\nCONECT 1048 1046 1050\nCONECT 1049 1047 1050\nCONECT 1050 1048 1049\nCONECT 1051 1043 1052\nCONECT 1052 1051 1053 1055\nCONECT 1053 1052 1054 1062\nCONECT 1054 1053\nCONECT 1055 1052 1056\nCONECT 1056 1055 1057\nCONECT 1057 1056 1058\nCONECT 1058 1057 1059\nCONECT 1059 1058 1060 1061\nCONECT 1060 1059\nCONECT 1061 1059\nCONECT 1062 1053 1063\nCONECT 1063 1062 1064 1066\nCONECT 1064 1063 1065 1070\nCONECT 1065 1064\nCONECT 1066 1063 1067\nCONECT 1067 1066 1068 1069\nCONECT 1068 1067\nCONECT 1069 1067\nCONECT 1070 1064 1071\nCONECT 1071 1070 1072 1074\nCONECT 1072 1071 1073 1078\nCONECT 1073 1072\nCONECT 1074 1071 1075\nCONECT 1075 1074 1076 1077\nCONECT 1076 1075\nCONECT 1077 1075\nCONECT 1078 1072 1079\nCONECT 1079 1078 1080 1082\nCONECT 1080 1079 1081 1083\nCONECT 1081 1080\nCONECT 1082 1079\nCONECT 1083 1080 1084\nCONECT 1084 1083 1085 1087\nCONECT 1085 1084 1086 1088\nCONECT 1086 1085\nCONECT 1087 1084\nCONECT 1088 1085 1089\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089 1091 1099\nCONECT 1091 1090\nCONECT 1092 1089 1093\nCONECT 1093 1092 1094\nCONECT 1094 1093 1095\nCONECT 1095 1094 1096\nCONECT 1096 1095 1097 1098\nCONECT 1097 1096\nCONECT 1098 1096\nCONECT 1099 1090 1100\nCONECT 1100 1099 1101 1103\nCONECT 1101 1100 1102 1107\nCONECT 1102 1101\nCONECT 1103 1100 1104\nCONECT 1104 1103 1105 1106\nCONECT 1105 1104\nCONECT 1106 1104\nCONECT 1107 1101 1108\nCONECT 1108 1107 1109 1111\nCONECT 1109 1108 1110 1114\nCONECT 1110 1109\nCONECT 1111 1108 1112 1113\nCONECT 1112 1111\nCONECT 1113 1111\nCONECT 1114 1109 1115\nCONECT 1115 1114 1116 1118\nCONECT 1116 1115 1117 1122\nCONECT 1117 1116\nCONECT 1118 1115 1119\nCONECT 1119 1118 1120 1121\nCONECT 1120 1119\nCONECT 1121 1119\nCONECT 1122 1116 1123\nCONECT 1123 1122 1124 1126\nCONECT 1124 1123 1125 1129\nCONECT 1125 1124\nCONECT 1126 1123 1127 1128\nCONECT 1127 1126\nCONECT 1128 1126\nCONECT 1129 1124 1130\nCONECT 1130 1129 1131 1133\nCONECT 1131 1130 1132 1138\nCONECT 1132 1131\nCONECT 1133 1130 1134\nCONECT 1134 1133 1135\nCONECT 1135 1134 1136\nCONECT 1136 1135 1137\nCONECT 1137 1136\nCONECT 1138 1131 1139\nCONECT 1139 1138 1140 1142\nCONECT 1140 1139 1141 1145\nCONECT 1141 1140\nCONECT 1142 1139 1143 1144\nCONECT 1143 1142\nCONECT 1144 1142\nCONECT 1145 1140 1146 1151\nCONECT 1146 1145 1147 1149\nCONECT 1147 1146 1148 1152\nCONECT 1148 1147\nCONECT 1149 1146 1150\nCONECT 1150 1149 1151\nCONECT 1151 1145 1150\nCONECT 1152 1147 1153\nCONECT 1153 1152 1154 1156\nCONECT 1154 1153 1155 1161\nCONECT 1155 1154\nCONECT 1156 1153 1157\nCONECT 1157 1156 1158\nCONECT 1158 1157 1159 1160\nCONECT 1159 1158\nCONECT 1160 1158\nCONECT 1161 1154 1162\nCONECT 1162 1161 1163 1165\nCONECT 1163 1162 1164 1171\nCONECT 1164 1163\nCONECT 1165 1162 1166\nCONECT 1166 1165 1167 1168\nCONECT 1167 1166 1169\nCONECT 1168 1166 1170\nCONECT 1169 1167 1170\nCONECT 1170 1168 1169\nCONECT 1171 1163 1172\nCONECT 1172 1171 1173 1175\nCONECT 1173 1172 1174 1178\nCONECT 1174 1173\nCONECT 1175 1172 1176 1177\nCONECT 1176 1175\nCONECT 1177 1175\nCONECT 1178 1173 1179\nCONECT 1179 1178 1180 1182\nCONECT 1180 1179 1181 1187\nCONECT 1181 1180\nCONECT 1182 1179 1183\nCONECT 1183 1182 1184\nCONECT 1184 1183 1185\nCONECT 1185 1184 1186\nCONECT 1186 1185\nCONECT 1187 1180 1188\nCONECT 1188 1187 1189 1191\nCONECT 1189 1188 1190 1195\nCONECT 1190 1189\nCONECT 1191 1188 1192 1193\nCONECT 1192 1191 1194\nCONECT 1193 1191\nCONECT 1194 1192\nCONECT 1195 1189 1196\nCONECT 1196 1195 1197 1199\nCONECT 1197 1196 1198 1202\nCONECT 1198 1197\nCONECT 1199 1196 1200 1201\nCONECT 1200 1199\nCONECT 1201 1199\nCONECT 1202 1197 1203\nCONECT 1203 1202 1204 1206\nCONECT 1204 1203 1205 1210\nCONECT 1205 1204\nCONECT 1206 1203 1207\nCONECT 1207 1206 1208 1209\nCONECT 1208 1207\nCONECT 1209 1207\nCONECT 1210 1204 1211\nCONECT 1211 1210 1212 1214\nCONECT 1212 1211 1213 1221\nCONECT 1213 1212\nCONECT 1214 1211 1215\nCONECT 1215 1214 1216 1217\nCONECT 1216 1215 1218\nCONECT 1217 1215 1219\nCONECT 1218 1216 1220\nCONECT 1219 1217 1220\nCONECT 1220 1218 1219\nCONECT 1221 1212 1222\nCONECT 1222 1221 1223\nCONECT 1223 1222 1224 1225\nCONECT 1224 1223\nCONECT 1225 1223 1226\nCONECT 1226 1225 1227 1229\nCONECT 1227 1226 1228 1236\nCONECT 1228 1227\nCONECT 1229 1226 1230\nCONECT 1230 1229 1231\nCONECT 1231 1230 1232\nCONECT 1232 1231 1233\nCONECT 1233 1232 1234 1235\nCONECT 1234 1233\nCONECT 1235 1233\nCONECT 1236 1227 1237\nCONECT 1237 1236 1238 1240\nCONECT 1238 1237 1239 1241\nCONECT 1239 1238\nCONECT 1240 1237\nCONECT 1241 1238 1242\nCONECT 1242 1241 1243 1245\nCONECT 1243 1242 1244 1250\nCONECT 1244 1243\nCONECT 1245 1242 1246\nCONECT 1246 1245 1247\nCONECT 1247 1246 1248\nCONECT 1248 1247 1249\nCONECT 1249 1248\nCONECT 1250 1243 1251\nCONECT 1251 1250 1252 1254\nCONECT 1252 1251 1253 1258\nCONECT 1253 1252\nCONECT 1254 1251 1255\nCONECT 1255 1254 1256 1257\nCONECT 1256 1255\nCONECT 1257 1255\nCONECT 1258 1252 1259\nCONECT 1259 1258 1260 1262\nCONECT 1260 1259 1261 1266\nCONECT 1261 1260\nCONECT 1262 1259 1263\nCONECT 1263 1262 1264 1265\nCONECT 1264 1263\nCONECT 1265 1263\nCONECT 1266 1260 1267\nCONECT 1267 1266 1268\nCONECT 1268 1267 1269 1270\nCONECT 1269 1268\nCONECT 1270 1268 1271\nCONECT 1271 1270 1272 1274\nCONECT 1272 1271 1273 1275\nCONECT 1273 1272\nCONECT 1274 1271\nCONECT 1275 1272 1276\nCONECT 1276 1275 1277 1279\nCONECT 1277 1276 1278 1284\nCONECT 1278 1277\nCONECT 1279 1276 1280\nCONECT 1280 1279 1281\nCONECT 1281 1280 1282 1283\nCONECT 1282 1281\nCONECT 1283 1281\nCONECT 1284 1277 1285\nCONECT 1285 1284 1286 1288\nCONECT 1286 1285 1287 1293\nCONECT 1287 1286\nCONECT 1288 1285 1289\nCONECT 1289 1288 1290\nCONECT 1290 1289 1291 1292\nCONECT 1291 1290\nCONECT 1292 1290\nCONECT 1293 1286 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1302\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300\nCONECT 1300 1299 1301\nCONECT 1301 1300\nCONECT 1302 1295 1303\nCONECT 1303 1302 1304 1306\nCONECT 1304 1303 1305 1311\nCONECT 1305 1304\nCONECT 1306 1303 1307\nCONECT 1307 1306 1308\nCONECT 1308 1307 1309 1310\nCONECT 1309 1308\nCONECT 1310 1308\nCONECT 1311 1304 1312\nCONECT 1312 1311 1313 1315\nCONECT 1313 1312 1314 1323\nCONECT 1314 1313\nCONECT 1315 1312 1316\nCONECT 1316 1315 1317 1318\nCONECT 1317 1316 1319\nCONECT 1318 1316 1320\nCONECT 1319 1317 1321\nCONECT 1320 1318 1321\nCONECT 1321 1319 1320 1322\nCONECT 1322 1321\nCONECT 1323 1313 1324\nCONECT 1324 1323 1325 1327\nCONECT 1325 1324 1326 1333\nCONECT 1326 1325\nCONECT 1327 1324 1328\nCONECT 1328 1327 1329 1330\nCONECT 1329 1328 1331\nCONECT 1330 1328 1332\nCONECT 1331 1329 1332\nCONECT 1332 1330 1331\nCONECT 1333 1325 1334\nCONECT 1334 1333 1335 1337\nCONECT 1335 1334 1336 1338\nCONECT 1336 1335\nCONECT 1337 1334\nCONECT 1338 1335 1339\nCONECT 1339 1338 1340 1342\nCONECT 1340 1339 1341 1347\nCONECT 1341 1340\nCONECT 1342 1339 1343\nCONECT 1343 1342 1344\nCONECT 1344 1343 1345 1346\nCONECT 1345 1344\nCONECT 1346 1344\nCONECT 1347 1340 1348\nCONECT 1348 1347 1349\nCONECT 1349 1348 1350 1351\nCONECT 1350 1349\nCONECT 1351 1349 1352\nCONECT 1352 1351 1353\nCONECT 1353 1352 1354 1355\nCONECT 1354 1353\nCONECT 1355 1353 1356\nCONECT 1356 1355 1357 1359\nCONECT 1357 1356 1358 1364\nCONECT 1358 1357\nCONECT 1359 1356 1360\nCONECT 1360 1359 1361\nCONECT 1361 1360 1362\nCONECT 1362 1361 1363\nCONECT 1363 1362\nCONECT 1364 1357 1365\nCONECT 1365 1364 1366 1368\nCONECT 1366 1365 1367 1371\nCONECT 1367 1366\nCONECT 1368 1365 1369 1370\nCONECT 1369 1368\nCONECT 1370 1368\nCONECT 1371 1366 1372 1377\nCONECT 1372 1371 1373 1375\nCONECT 1373 1372 1374 1378\nCONECT 1374 1373\nCONECT 1375 1372 1376\nCONECT 1376 1375 1377\nCONECT 1377 1371 1376\nCONECT 1378 1373 1379\nCONECT 1379 1378 1380 1382\nCONECT 1380 1379 1381 1386\nCONECT 1381 1380\nCONECT 1382 1379 1383 1384\nCONECT 1383 1382 1385\nCONECT 1384 1382\nCONECT 1385 1383\nCONECT 1386 1380 1387\nCONECT 1387 1386 1388 1390\nCONECT 1388 1387 1389 1395\nCONECT 1389 1388\nCONECT 1390 1387 1391\nCONECT 1391 1390 1392\nCONECT 1392 1391 1393\nCONECT 1393 1392 1394\nCONECT 1394 1393\nCONECT 1395 1388 1396\nCONECT 1396 1395 1397 1399\nCONECT 1397 1396 1398 1409 1417\nCONECT 1398 1397\nCONECT 1399 1396 1400\nCONECT 1400 1399 1401 1402\nCONECT 1401 1400 1403\nCONECT 1402 1400 1404 1405\nCONECT 1403 1401 1404\nCONECT 1404 1402 1403 1406\nCONECT 1405 1402 1407\nCONECT 1406 1404 1408\nCONECT 1407 1405 1408\nCONECT 1408 1406 1407\nCONECT 1409 1397 1410\nCONECT 1410 1409 1411 1413\nCONECT 1411 1410 1412 1425\nCONECT 1412 1411\nCONECT 1413 1410 1414\nCONECT 1414 1413 1415\nCONECT 1415 1414 1416\nCONECT 1416 1415\nCONECT 1417 1397 1418\nCONECT 1418 1417 1419 1421\nCONECT 1419 1418 1420 1425\nCONECT 1420 1419\nCONECT 1421 1418 1422\nCONECT 1422 1421 1423\nCONECT 1423 1422 1424\nCONECT 1424 1423\nCONECT 1425 1411 1419 1426\nCONECT 1426 1425 1427 1429\nCONECT 1427 1426 1428 1430\nCONECT 1428 1427\nCONECT 1429 1426\nCONECT 1430 1427 1431\nCONECT 1431 1430 1432 1434\nCONECT 1432 1431 1433 1438\nCONECT 1433 1432\nCONECT 1434 1431 1435\nCONECT 1435 1434 1436 1437\nCONECT 1436 1435\nCONECT 1437 1435\nCONECT 1438 1432 1439\nCONECT 1439 1438 1440 1442\nCONECT 1440 1439 1441 1447\nCONECT 1441 1440\nCONECT 1442 1439 1443\nCONECT 1443 1442 1444\nCONECT 1444 1443 1445 1446\nCONECT 1445 1444\nCONECT 1446 1444\nCONECT 1447 1440 1448\nCONECT 1448 1447 1449 1451\nCONECT 1449 1448 1450 1453\nCONECT 1450 1449\nCONECT 1451 1448 1452\nCONECT 1452 1451\nCONECT 1453 1449 1454\nCONECT 1454 1453 1455 1457\nCONECT 1455 1454 1456 1461\nCONECT 1456 1455\nCONECT 1457 1454 1458 1459\nCONECT 1458 1457 1460\nCONECT 1459 1457\nCONECT 1460 1458\nCONECT 1461 1455 1462\nCONECT 1462 1461 1463 1465\nCONECT 1463 1462 1464 1469\nCONECT 1464 1463\nCONECT 1465 1462 1466\nCONECT 1466 1465 1467 1468\nCONECT 1467 1466\nCONECT 1468 1466\nCONECT 1469 1463 1470\nCONECT 1470 1469 1471 1473\nCONECT 1471 1470 1472 1479\nCONECT 1472 1471\nCONECT 1473 1470 1474\nCONECT 1474 1473 1475 1476\nCONECT 1475 1474 1477\nCONECT 1476 1474 1478\nCONECT 1477 1475 1478\nCONECT 1478 1476 1477\nCONECT 1479 1471 1480\nCONECT 1480 1479 1481 1483\nCONECT 1481 1480 1482 1490\nCONECT 1482 1481\nCONECT 1483 1480 1484\nCONECT 1484 1483 1485\nCONECT 1485 1484 1486\nCONECT 1486 1485 1487\nCONECT 1487 1486 1488 1489\nCONECT 1488 1487\nCONECT 1489 1487\nCONECT 1490 1481 1491\nCONECT 1491 1490 1492 1494\nCONECT 1492 1491 1493 1498\nCONECT 1493 1492\nCONECT 1494 1491 1495 1496\nCONECT 1495 1494 1497\nCONECT 1496 1494\nCONECT 1497 1495\nCONECT 1498 1492 1499\nCONECT 1499 1498 1500 1502\nCONECT 1500 1499 1501 1510\nCONECT 1501 1500\nCONECT 1502 1499 1503\nCONECT 1503 1502 1504 1505\nCONECT 1504 1503 1506\nCONECT 1505 1503 1507\nCONECT 1506 1504 1508\nCONECT 1507 1505 1508\nCONECT 1508 1506 1507 1509\nCONECT 1509 1508\nCONECT 1510 1500 1511\nCONECT 1511 1510 1512 1514\nCONECT 1512 1511 1513 1517\nCONECT 1513 1512\nCONECT 1514 1511 1515 1516\nCONECT 1515 1514\nCONECT 1516 1514\nCONECT 1517 1512 1518\nCONECT 1518 1517 1519 1521\nCONECT 1519 1518 1520 1527\nCONECT 1520 1519\nCONECT 1521 1518 1522\nCONECT 1522 1521 1523 1524\nCONECT 1523 1522 1525\nCONECT 1524 1522 1526\nCONECT 1525 1523 1526\nCONECT 1526 1524 1525\nCONECT 1527 1519 1528\nCONECT 1528 1527 1529 1531\nCONECT 1529 1528 1530 1536\nCONECT 1530 1529\nCONECT 1531 1528 1532\nCONECT 1532 1531 1533\nCONECT 1533 1532 1534 1535\nCONECT 1534 1533\nCONECT 1535 1533\nCONECT 1536 1529 1537\nCONECT 1537 1536 1538 1540\nCONECT 1538 1537 1539 1542\nCONECT 1539 1538\nCONECT 1540 1537 1541\nCONECT 1541 1540\nCONECT 1542 1538 1543\nCONECT 1543 1542 1544 1546\nCONECT 1544 1543 1545 1550\nCONECT 1545 1544\nCONECT 1546 1543 1547\nCONECT 1547 1546 1548 1549\nCONECT 1548 1547\nCONECT 1549 1547\nCONECT 1550 1544 1551\nCONECT 1551 1550 1552 1554\nCONECT 1552 1551 1553 1557\nCONECT 1553 1552\nCONECT 1554 1551 1555 1556\nCONECT 1555 1554\nCONECT 1556 1554\nCONECT 1557 1552 1558\nCONECT 1558 1557 1559 1561\nCONECT 1559 1558 1560 1571\nCONECT 1560 1559\nCONECT 1561 1558 1562\nCONECT 1562 1561 1563 1564\nCONECT 1563 1562 1565\nCONECT 1564 1562 1566 1567\nCONECT 1565 1563 1566\nCONECT 1566 1564 1565 1568\nCONECT 1567 1564 1569\nCONECT 1568 1566 1570\nCONECT 1569 1567 1570\nCONECT 1570 1568 1569\nCONECT 1571 1559 1572\nCONECT 1572 1571 1573 1575\nCONECT 1573 1572 1574 1577\nCONECT 1574 1573\nCONECT 1575 1572 1576\nCONECT 1576 1575\nCONECT 1577 1573 1578\nCONECT 1578 1577 1579 1581\nCONECT 1579 1578 1580 1589\nCONECT 1580 1579\nCONECT 1581 1578 1582\nCONECT 1582 1581 1583 1584\nCONECT 1583 1582 1585\nCONECT 1584 1582 1586\nCONECT 1585 1583 1587\nCONECT 1586 1584 1587\nCONECT 1587 1585 1586 1588\nCONECT 1588 1587\nCONECT 1589 1579 1590\nCONECT 1590 1589 1591\nCONECT 1591 1590 1592 1593\nCONECT 1592 1591\nCONECT 1593 1591 1594\nCONECT 1594 1593 1595 1597\nCONECT 1595 1594 1596 1600\nCONECT 1596 1595\nCONECT 1597 1594 1598 1599\nCONECT 1598 1597\nCONECT 1599 1597\nCONECT 1600 1595 1601\nCONECT 1601 1600 1602 1604\nCONECT 1602 1601 1603 1607\nCONECT 1603 1602\nCONECT 1604 1601 1605 1606\nCONECT 1605 1604\nCONECT 1606 1604\nCONECT 1607 1602 1608\nCONECT 1608 1607 1609 1611\nCONECT 1609 1608 1610 1614\nCONECT 1610 1609\nCONECT 1611 1608 1612 1613\nCONECT 1612 1611\nCONECT 1613 1611\nCONECT 1614 1609 1615\nCONECT 1615 1614 1616 1618\nCONECT 1616 1615 1617 1628\nCONECT 1617 1616\nCONECT 1618 1615 1619\nCONECT 1619 1618 1620 1621\nCONECT 1620 1619 1622\nCONECT 1621 1619 1623 1624\nCONECT 1622 1620 1623\nCONECT 1623 1621 1622 1625\nCONECT 1624 1621 1626\nCONECT 1625 1623 1627\nCONECT 1626 1624 1627\nCONECT 1627 1625 1626\nCONECT 1628 1616 1629\nCONECT 1629 1628 1630 1632\nCONECT 1630 1629 1631 1637\nCONECT 1631 1630\nCONECT 1632 1629 1633\nCONECT 1633 1632 1634\nCONECT 1634 1633 1635 1636\nCONECT 1635 1634\nCONECT 1636 1634\nCONECT 1637 1630 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1645\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643 1644\nCONECT 1643 1642\nCONECT 1644 1642\nCONECT 1645 1639 1646\nCONECT 1646 1645 1647 1649\nCONECT 1647 1646 1648 1653\nCONECT 1648 1647\nCONECT 1649 1646 1650\nCONECT 1650 1649 1651\nCONECT 1651 1650 1652\nCONECT 1652 1651\nCONECT 1653 1647 1654\nCONECT 1654 1653 1655 1657\nCONECT 1655 1654 1656 1660\nCONECT 1656 1655\nCONECT 1657 1654 1658 1659\nCONECT 1658 1657\nCONECT 1659 1657\nCONECT 1660 1655 1661\nCONECT 1661 1660 1662 1664\nCONECT 1662 1661 1663 1671\nCONECT 1663 1662\nCONECT 1664 1661 1665\nCONECT 1665 1664 1666 1667\nCONECT 1666 1665 1668\nCONECT 1667 1665 1669\nCONECT 1668 1666 1670\nCONECT 1669 1667 1670\nCONECT 1670 1668 1669\nCONECT 1671 1662 1672\nCONECT 1672 1671 1673\nCONECT 1673 1672 1674 1675\nCONECT 1674 1673\nCONECT 1675 1673 1676\nCONECT 1676 1675 1677 1679\nCONECT 1677 1676 1678 1681\nCONECT 1678 1677\nCONECT 1679 1676 1680\nCONECT 1680 1679\nCONECT 1681 1677 1682\nCONECT 1682 1681 1683 1685\nCONECT 1683 1682 1684 1690\nCONECT 1684 1683\nCONECT 1685 1682 1686\nCONECT 1686 1685 1687\nCONECT 1687 1686 1688\nCONECT 1688 1687 1689\nCONECT 1689 1688\nCONECT 1690 1683 1691 1696\nCONECT 1691 1690 1692 1694\nCONECT 1692 1691 1693 1697\nCONECT 1693 1692\nCONECT 1694 1691 1695\nCONECT 1695 1694 1696\nCONECT 1696 1690 1695\nCONECT 1697 1692 1698\nCONECT 1698 1697 1699 1701\nCONECT 1699 1698 1700 1709\nCONECT 1700 1699\nCONECT 1701 1698 1702\nCONECT 1702 1701 1703 1704\nCONECT 1703 1702 1705\nCONECT 1704 1702 1706\nCONECT 1705 1703 1707\nCONECT 1706 1704 1707\nCONECT 1707 1705 1706 1708\nCONECT 1708 1707\nCONECT 1709 1699 1710\nCONECT 1710 1709 1711 1713\nCONECT 1711 1710 1712 1717\nCONECT 1712 1711\nCONECT 1713 1710 1714\nCONECT 1714 1713 1715 1716\nCONECT 1715 1714\nCONECT 1716 1714\nCONECT 1717 1711 1718\nCONECT 1718 1717 1719\nCONECT 1719 1718 1720 1721\nCONECT 1720 1719\nCONECT 1721 1719 1722\nCONECT 1722 1721 1723 1725\nCONECT 1723 1722 1724 1729\nCONECT 1724 1723\nCONECT 1725 1722 1726 1727\nCONECT 1726 1725 1728\nCONECT 1727 1725\nCONECT 1728 1726\nCONECT 1729 1723 1730 1735\nCONECT 1730 1729 1731 1733\nCONECT 1731 1730 1732 1736\nCONECT 1732 1731\nCONECT 1733 1730 1734\nCONECT 1734 1733 1735\nCONECT 1735 1729 1734\nCONECT 1736 1731 1737\nCONECT 1737 1736 1738 1740\nCONECT 1738 1737 1739 1741\nCONECT 1739 1738\nCONECT 1740 1737\nCONECT 1741 1738 1742\nCONECT 1742 1741 1743 1745\nCONECT 1743 1742 1744 1747\nCONECT 1744 1743\nCONECT 1745 1742 1746\nCONECT 1746 1745\nCONECT 1747 1743 1748\nCONECT 1748 1747 1749 1751\nCONECT 1749 1748 1750 1756\nCONECT 1750 1749\nCONECT 1751 1748 1752\nCONECT 1752 1751 1753\nCONECT 1753 1752 1754 1755\nCONECT 1754 1753\nCONECT 1755 1753\nCONECT 1756 1749 1757\nCONECT 1757 1756 1758 1760\nCONECT 1758 1757 1759 1764\nCONECT 1759 1758\nCONECT 1760 1757 1761 1762\nCONECT 1761 1760 1763\nCONECT 1762 1760\nCONECT 1763 1761\nCONECT 1764 1758 1765\nCONECT 1765 1764 1766 1768\nCONECT 1766 1765 1767 1770 1776\nCONECT 1767 1766\nCONECT 1768 1765 1769\nCONECT 1769 1768\nCONECT 1770 1766 1771\nCONECT 1771 1770 1772 1774\nCONECT 1772 1771 1773 1782\nCONECT 1773 1772\nCONECT 1774 1771 1775\nCONECT 1775 1774\nCONECT 1776 1766 1777\nCONECT 1777 1776 1778 1780\nCONECT 1778 1777 1779 1782\nCONECT 1779 1778\nCONECT 1780 1777 1781\nCONECT 1781 1780\nCONECT 1782 1772 1778 1783\nCONECT 1783 1782 1784 1786\nCONECT 1784 1783 1785 1790\nCONECT 1785 1784\nCONECT 1786 1783 1787 1788\nCONECT 1787 1786 1789\nCONECT 1788 1786\nCONECT 1789 1787\nCONECT 1790 1784 1791\nCONECT 1791 1790 1792 1794\nCONECT 1792 1791 1793 1798\nCONECT 1793 1792\nCONECT 1794 1791 1795\nCONECT 1795 1794 1796 1797\nCONECT 1796 1795\nCONECT 1797 1795\nCONECT 1798 1792 1799\nCONECT 1799 1798 1800 1802\nCONECT 1800 1799 1801 1807\nCONECT 1801 1800\nCONECT 1802 1799 1803\nCONECT 1803 1802 1804\nCONECT 1804 1803 1805 1806\nCONECT 1805 1804\nCONECT 1806 1804\nCONECT 1807 1800 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814\nCONECT 1814 1813 1815\nCONECT 1815 1814\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818\nCONECT 1818 1817 1819 1820\nCONECT 1819 1818\nCONECT 1820 1818 1821\nCONECT 1821 1820 1822 1824\nCONECT 1822 1821 1823 1829\nCONECT 1823 1822\nCONECT 1824 1821 1825\nCONECT 1825 1824 1826\nCONECT 1826 1825 1827 1828\nCONECT 1827 1826\nCONECT 1828 1826\nCONECT 1829 1822 1830\nCONECT 1830 1829 1831 1833\nCONECT 1831 1830 1832 1840\nCONECT 1832 1831\nCONECT 1833 1830 1834\nCONECT 1834 1833 1835\nCONECT 1835 1834 1836\nCONECT 1836 1835 1837\nCONECT 1837 1836 1838 1839\nCONECT 1838 1837\nCONECT 1839 1837\nCONECT 1840 1831 1841\nCONECT 1841 1840 1842 1844\nCONECT 1842 1841 1843 1848\nCONECT 1843 1842\nCONECT 1844 1841 1845\nCONECT 1845 1844 1846 1847\nCONECT 1846 1845\nCONECT 1847 1845\nCONECT 1848 1842 1849 1854\nCONECT 1849 1848 1850 1852\nCONECT 1850 1849 1851 1855\nCONECT 1851 1850\nCONECT 1852 1849 1853\nCONECT 1853 1852 1854\nCONECT 1854 1848 1853\nCONECT 1855 1850 1856\nCONECT 1856 1855 1857 1859\nCONECT 1857 1856 1858 1864\nCONECT 1858 1857\nCONECT 1859 1856 1860\nCONECT 1860 1859 1861\nCONECT 1861 1860 1862 1863\nCONECT 1862 1861\nCONECT 1863 1861\nCONECT 1864 1857 1865 1870\nCONECT 1865 1864 1866 1868\nCONECT 1866 1865 1867 1871\nCONECT 1867 1866\nCONECT 1868 1865 1869\nCONECT 1869 1868 1870\nCONECT 1870 1864 1869\nCONECT 1871 1866 1872 1877\nCONECT 1872 1871 1873 1875\nCONECT 1873 1872 1874 1878\nCONECT 1874 1873\nCONECT 1875 1872 1876\nCONECT 1876 1875 1877\nCONECT 1877 1871 1876\nCONECT 1878 1873 1879\nCONECT 1879 1878 1880 1882\nCONECT 1880 1879 1881 1886\nCONECT 1881 1880\nCONECT 1882 1879 1883 1884\nCONECT 1883 1882 1885\nCONECT 1884 1882\nCONECT 1885 1883\nCONECT 1886 1880 1887\nCONECT 1887 1886 1888 1890\nCONECT 1888 1887 1889 1892\nCONECT 1889 1888\nCONECT 1890 1887 1891\nCONECT 1891 1890\nCONECT 1892 1888 1893\nCONECT 1893 1892 1894 1896\nCONECT 1894 1893 1895 1899\nCONECT 1895 1894\nCONECT 1896 1893 1897 1898\nCONECT 1897 1896\nCONECT 1898 1896\nCONECT 1899 1894 1900\nCONECT 1900 1899 1901 1903\nCONECT 1901 1900 1902 1907\nCONECT 1902 1901\nCONECT 1903 1900 1904 1905\nCONECT 1904 1903 1906\nCONECT 1905 1903\nCONECT 1906 1904\nCONECT 1907 1901 1908\nCONECT 1908 1907 1909 1911\nCONECT 1909 1908 1910 1915\nCONECT 1910 1909\nCONECT 1911 1908 1912\nCONECT 1912 1911 1913 1914\nCONECT 1913 1912\nCONECT 1914 1912\nCONECT 1915 1909 1916\nCONECT 1916 1915 1917 1919\nCONECT 1917 1916 1918 1922\nCONECT 1918 1917\nCONECT 1919 1916 1920 1921\nCONECT 1920 1919\nCONECT 1921 1919\nCONECT 1922 1917 1923\nCONECT 1923 1922 1924 1926\nCONECT 1924 1923 1925 1934\nCONECT 1925 1924\nCONECT 1926 1923 1927\nCONECT 1927 1926 1928 1929\nCONECT 1928 1927 1930\nCONECT 1929 1927 1931\nCONECT 1930 1928 1932\nCONECT 1931 1929 1932\nCONECT 1932 1930 1931 1933\nCONECT 1933 1932\nCONECT 1934 1924 1935\nCONECT 1935 1934 1936 1938\nCONECT 1936 1935 1937 1942\nCONECT 1937 1936\nCONECT 1938 1935 1939\nCONECT 1939 1938 1940\nCONECT 1940 1939 1941\nCONECT 1941 1940\nCONECT 1942 1936 1943\nCONECT 1943 1942 1944 1946\nCONECT 1944 1943 1945 1950\nCONECT 1945 1944\nCONECT 1946 1943 1947 1948\nCONECT 1947 1946 1949\nCONECT 1948 1946\nCONECT 1949 1947\nCONECT 1950 1944 1951\nCONECT 1951 1950 1952 1954\nCONECT 1952 1951 1953 1958\nCONECT 1953 1952\nCONECT 1954 1951 1955\nCONECT 1955 1954 1956\nCONECT 1956 1955 1957\nCONECT 1957 1956\nCONECT 1958 1952 1959\nCONECT 1959 1958 1960 1962\nCONECT 1960 1959 1961 1969\nCONECT 1961 1960\nCONECT 1962 1959 1963\nCONECT 1963 1962 1964\nCONECT 1964 1963 1965\nCONECT 1965 1964 1966\nCONECT 1966 1965 1967 1968\nCONECT 1967 1966\nCONECT 1968 1966\nCONECT 1969 1960 1970\nCONECT 1970 1969 1971 1973\nCONECT 1971 1970 1972 1978\nCONECT 1972 1971\nCONECT 1973 1970 1974\nCONECT 1974 1973 1975\nCONECT 1975 1974 1976\nCONECT 1976 1975 1977\nCONECT 1977 1976\nCONECT 1978 1971 1979\nCONECT 1979 1978 1980 1982\nCONECT 1980 1979 1981 1984\nCONECT 1981 1980\nCONECT 1982 1979 1983\nCONECT 1983 1982\nCONECT 1984 1980 1985\nCONECT 1985 1984 1986 1988\nCONECT 1986 1985 1987 1998\nCONECT 1987 1986\nCONECT 1988 1985 1989\nCONECT 1989 1988 1990 1991\nCONECT 1990 1989 1992\nCONECT 1991 1989 1993 1994\nCONECT 1992 1990 1993\nCONECT 1993 1991 1992 1995\nCONECT 1994 1991 1996\nCONECT 1995 1993 1997\nCONECT 1996 1994 1997\nCONECT 1997 1995 1996\nCONECT 1998 1986 1999\nCONECT 1999 1998 2000 2002\nCONECT 2000 1999 2001 2006 2014\nCONECT 2001 2000\nCONECT 2002 1999 2003\nCONECT 2003 2002 2004\nCONECT 2004 2003 2005\nCONECT 2005 2004\nCONECT 2006 2000 2007\nCONECT 2007 2006 2008 2010\nCONECT 2008 2007 2009 2022\nCONECT 2009 2008\nCONECT 2010 2007 2011 2012\nCONECT 2011 2010 2013\nCONECT 2012 2010\nCONECT 2013 2011\nCONECT 2014 2000 2015\nCONECT 2015 2014 2016 2018\nCONECT 2016 2015 2017 2022\nCONECT 2017 2016\nCONECT 2018 2015 2019 2020\nCONECT 2019 2018 2021\nCONECT 2020 2018\nCONECT 2021 2019\nCONECT 2022 2008 2016 2023\nCONECT 2023 2022 2024 2026\nCONECT 2024 2023 2025 2030\nCONECT 2025 2024\nCONECT 2026 2023 2027\nCONECT 2027 2026 2028 2029\nCONECT 2028 2027\nCONECT 2029 2027\nCONECT 2030 2024 2031\nCONECT 2031 2030 2032 2034\nCONECT 2032 2031 2033 2035\nCONECT 2033 2032\nCONECT 2034 2031\nCONECT 2035 2032 2036\nCONECT 2036 2035 2037 2039\nCONECT 2037 2036 2038 2043\nCONECT 2038 2037\nCONECT 2039 2036 2040\nCONECT 2040 2039 2041 2042\nCONECT 2041 2040\nCONECT 2042 2040\nCONECT 2043 2037 2044\nCONECT 2044 2043 2045 2047\nCONECT 2045 2044 2046 2049\nCONECT 2046 2045\nCONECT 2047 2044 2048\nCONECT 2048 2047\nCONECT 2049 2045 2050\nCONECT 2050 2049 2051 2053\nCONECT 2051 2050 2052 2060\nCONECT 2052 2051\nCONECT 2053 2050 2054\nCONECT 2054 2053 2055\nCONECT 2055 2054 2056\nCONECT 2056 2055 2057\nCONECT 2057 2056 2058 2059\nCONECT 2058 2057\nCONECT 2059 2057\nCONECT 2060 2051 2061 2066\nCONECT 2061 2060 2062 2064\nCONECT 2062 2061 2063 2067\nCONECT 2063 2062\nCONECT 2064 2061 2065\nCONECT 2065 2064 2066\nCONECT 2066 2060 2065\nCONECT 2067 2062 2068\nCONECT 2068 2067 2069 2071\nCONECT 2069 2068 2070 2076\nCONECT 2070 2069\nCONECT 2071 2068 2072\nCONECT 2072 2071 2073\nCONECT 2073 2072 2074\nCONECT 2074 2073 2075\nCONECT 2075 2074\nCONECT 2076 2069 2077\nCONECT 2077 2076 2078 2080\nCONECT 2078 2077 2079 2087\nCONECT 2079 2078\nCONECT 2080 2077 2081\nCONECT 2081 2080 2082 2083\nCONECT 2082 2081 2084\nCONECT 2083 2081 2085\nCONECT 2084 2082 2086\nCONECT 2085 2083 2086\nCONECT 2086 2084 2085\nCONECT 2087 2078 2088\nCONECT 2088 2087 2089 2091\nCONECT 2089 2088 2090 2098\nCONECT 2090 2089\nCONECT 2091 2088 2092\nCONECT 2092 2091 2093\nCONECT 2093 2092 2094\nCONECT 2094 2093 2095\nCONECT 2095 2094 2096 2097\nCONECT 2096 2095\nCONECT 2097 2095\nCONECT 2098 2089 2099\nCONECT 2099 2098 2100 2102\nCONECT 2100 2099 2101 2107\nCONECT 2101 2100\nCONECT 2102 2099 2103\nCONECT 2103 2102 2104\nCONECT 2104 2103 2105 2106\nCONECT 2105 2104\nCONECT 2106 2104\nCONECT 2107 2100 2108\nCONECT 2108 2107 2109 2111\nCONECT 2109 2108 2110 2115\nCONECT 2110 2109\nCONECT 2111 2108 2112\nCONECT 2112 2111 2113 2114\nCONECT 2113 2112\nCONECT 2114 2112\nCONECT 2115 2109 2116\nCONECT 2116 2115 2117 2119\nCONECT 2117 2116 2118 2123\nCONECT 2118 2117\nCONECT 2119 2116 2120 2121\nCONECT 2120 2119 2122\nCONECT 2121 2119\nCONECT 2122 2120\nCONECT 2123 2117 2124\nCONECT 2124 2123 2125 2127\nCONECT 2125 2124 2126 2131\nCONECT 2126 2125\nCONECT 2127 2124 2128 2129\nCONECT 2128 2127 2130\nCONECT 2129 2127\nCONECT 2130 2128\nCONECT 2131 2125 2132\nCONECT 2132 2131 2133 2135\nCONECT 2133 2132 2134 2140\nCONECT 2134 2133\nCONECT 2135 2132 2136\nCONECT 2136 2135 2137\nCONECT 2137 2136 2138 2139\nCONECT 2138 2137\nCONECT 2139 2137\nCONECT 2140 2133 2141\nCONECT 2141 2140 2142 2144\nCONECT 2142 2141 2143 2151\nCONECT 2143 2142\nCONECT 2144 2141 2145\nCONECT 2145 2144 2146 2147\nCONECT 2146 2145 2148\nCONECT 2147 2145 2149\nCONECT 2148 2146 2150\nCONECT 2149 2147 2150\nCONECT 2150 2148 2149\nCONECT 2151 2142 2152\nCONECT 2152 2151 2153 2155\nCONECT 2153 2152 2154 2157\nCONECT 2154 2153\nCONECT 2155 2152 2156\nCONECT 2156 2155\nCONECT 2157 2153 2158\nCONECT 2158 2157 2159 2161\nCONECT 2159 2158 2160 2166\nCONECT 2160 2159\nCONECT 2161 2158 2162\nCONECT 2162 2161 2163\nCONECT 2163 2162 2164\nCONECT 2164 2163 2165\nCONECT 2165 2164\nCONECT 2166 2159 2167\nCONECT 2167 2166 2168 2170\nCONECT 2168 2167 2169 2174\nCONECT 2169 2168\nCONECT 2170 2167 2171\nCONECT 2171 2170 2172\nCONECT 2172 2171 2173\nCONECT 2173 2172\nCONECT 2174 2168 2175\nCONECT 2175 2174 2176 2178\nCONECT 2176 2175 2177 2179\nCONECT 2177 2176\nCONECT 2178 2175\nCONECT 2179 2176 2180\nCONECT 2180 2179 2181 2183\nCONECT 2181 2180 2182 2190\nCONECT 2182 2181\nCONECT 2183 2180 2184\nCONECT 2184 2183 2185\nCONECT 2185 2184 2186\nCONECT 2186 2185 2187\nCONECT 2187 2186 2188 2189\nCONECT 2188 2187\nCONECT 2189 2187\nCONECT 2190 2181 2191\nCONECT 2191 2190 2192 2194\nCONECT 2192 2191 2193 2198\nCONECT 2193 2192\nCONECT 2194 2191 2195\nCONECT 2195 2194 2196 2197\nCONECT 2196 2195\nCONECT 2197 2195\nCONECT 2198 2192 2199 2204\nCONECT 2199 2198 2200 2202\nCONECT 2200 2199 2201 2205\nCONECT 2201 2200\nCONECT 2202 2199 2203\nCONECT 2203 2202 2204\nCONECT 2204 2198 2203\nCONECT 2205 2200 2206\nCONECT 2206 2205 2207 2209\nCONECT 2207 2206 2208 2214\nCONECT 2208 2207\nCONECT 2209 2206 2210\nCONECT 2210 2209 2211\nCONECT 2211 2210 2212 2213\nCONECT 2212 2211\nCONECT 2213 2211\nCONECT 2214 2207 2215\nCONECT 2215 2214 2216 2218\nCONECT 2216 2215 2217 2225\nCONECT 2217 2216\nCONECT 2218 2215 2219\nCONECT 2219 2218 2220\nCONECT 2220 2219 2221\nCONECT 2221 2220 2222\nCONECT 2222 2221 2223 2224\nCONECT 2223 2222\nCONECT 2224 2222\nCONECT 2225 2216 2226\nCONECT 2226 2225 2227 2229\nCONECT 2227 2226 2228 2237\nCONECT 2228 2227\nCONECT 2229 2226 2230\nCONECT 2230 2229 2231 2232\nCONECT 2231 2230 2233\nCONECT 2232 2230 2234\nCONECT 2233 2231 2235\nCONECT 2234 2232 2235\nCONECT 2235 2233 2234 2236\nCONECT 2236 2235\nCONECT 2237 2227 2238\nCONECT 2238 2237 2239 2241\nCONECT 2239 2238 2240 2245\nCONECT 2240 2239\nCONECT 2241 2238 2242\nCONECT 2242 2241 2243 2244\nCONECT 2243 2242\nCONECT 2244 2242\nCONECT 2245 2239 2246\nCONECT 2246 2245 2247 2249\nCONECT 2247 2246 2248 2252\nCONECT 2248 2247\nCONECT 2249 2246 2250 2251\nCONECT 2250 2249\nCONECT 2251 2249\nCONECT 2252 2247 2253\nCONECT 2253 2252 2254 2256\nCONECT 2254 2253 2255 2260\nCONECT 2255 2254\nCONECT 2256 2253 2257 2258\nCONECT 2257 2256 2259\nCONECT 2258 2256\nCONECT 2259 2257\nCONECT 2260 2254 2261\nCONECT 2261 2260 2262 2264\nCONECT 2262 2261 2263 2269\nCONECT 2263 2262\nCONECT 2264 2261 2265\nCONECT 2265 2264 2266\nCONECT 2266 2265 2267 2268\nCONECT 2267 2266\nCONECT 2268 2266\nCONECT 2269 2262 2270\nCONECT 2270 2269 2271\nCONECT 2271 2270 2272 2273\nCONECT 2272 2271\nCONECT 2273 2271 2274\nCONECT 2274 2273 2275 2277\nCONECT 2275 2274 2276 2281\nCONECT 2276 2275\nCONECT 2277 2274 2278\nCONECT 2278 2277 2279 2280\nCONECT 2279 2278\nCONECT 2280 2278\nCONECT 2281 2275 2282\nCONECT 2282 2281 2283 2285\nCONECT 2283 2282 2284\nCONECT 2284 2283\nCONECT 2285 2282 2286\nCONECT 2286 2285 2287\nCONECT 2287 2286 2288 2289\nCONECT 2288 2287\nCONECT 2289 2287\nCONECT 2290 2301 2304\nCONECT 2291 2304 2305 2307\nCONECT 2292 2305 2306 2310\nCONECT 2293 2294 2306 2307\nCONECT 2294 2293 2295 2296\nCONECT 2295 2294 2308\nCONECT 2296 2294 2297 2309\nCONECT 2297 2296\nCONECT 2298 2311 2312\nCONECT 2299 2312\nCONECT 2300 2317 2318\nCONECT 2301 2290 2302 2316\nCONECT 2302 2301 2303 2315\nCONECT 2303 2302 2304\nCONECT 2304 2290 2291 2303\nCONECT 2305 2291 2292\nCONECT 2306 2292 2293 2308\nCONECT 2307 2291 2293\nCONECT 2308 2295 2306\nCONECT 2309 2296\nCONECT 2310 2292 2311\nCONECT 2311 2298 2310 2314\nCONECT 2312 2298 2299 2313\nCONECT 2313 2312 2314\nCONECT 2314 2311 2313\nCONECT 2315 2302\nCONECT 2316 2301 2317\nCONECT 2317 2300 2316 2319\nCONECT 2318  727 2300\nCONECT 2319 2317\nEND\n",
+           "type": "blob"
+          }
          ],
-         "component_index": 1,
          "kwargs": {
-          "sele": "all"
+          "defaultRepresentation": true,
+          "ext": "pdb"
          },
-         "methodName": "addRepresentation",
+         "methodName": "loadFile",
          "reconstruc_color_scheme": false,
-         "target": "compList",
+         "target": "Stage",
          "type": "call_method"
         },
         {
          "args": [
           {
            "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  C5  8BP X9001     -14.984  16.892 -25.745  1.00 17.20      A     \nATOM      2  C6  8BP X9001     -13.245  16.033 -27.295  1.00 14.56      A     \nATOM      3  C8  8BP X9001     -13.314  13.664 -27.733  1.00 15.42      A     \nATOM      4  C10 8BP X9001     -11.654  15.130 -28.653  1.00 14.45      A     \nATOM      5  N12 8BP X9001     -10.562  15.041 -29.471  1.00 14.48      A     \nATOM      6  C13 8BP X9001     -10.444  13.706 -29.817  1.00 14.60      A     \nATOM      7  C15 8BP X9001      -9.722  16.187 -29.866  1.00 14.09      A     \nATOM      8  C17 8BP X9001      -8.272  15.802 -30.213  1.00 14.60      A     \nATOM      9  C20 8BP X9001     -15.913  12.953 -26.057  1.00 18.35      A     \nATOM     10  C24 8BP X9001     -17.976  12.550 -24.701  1.00 22.61      A     \nATOM     11  C28 8BP X9001     -14.006  18.188 -21.552  1.00 16.97      A     \nATOM     12  C1  8BP X9001     -15.217  18.288 -25.160  1.00 16.28      A     \nATOM     13  C2  8BP X9001     -14.570  19.215 -26.169  1.00 18.48      A     \nATOM     14  C3  8BP X9001     -13.350  18.441 -26.656  1.00 17.47      A     \nATOM     15  N4  8BP X9001     -13.826  17.074 -26.612  1.00 16.34      A     \nATOM     16  N7  8BP X9001     -13.808  14.802 -27.137  1.00 13.84      A     \nATOM     17  C9  8BP X9001     -12.155  13.829 -28.544  1.00 14.74      A     \nATOM     18  N11 8BP X9001     -12.146  16.255 -28.067  1.00 15.05      A     \nATOM     19  N14 8BP X9001     -11.385  12.957 -29.278  1.00 14.81      A     \nATOM     20  C16 8BP X9001     -10.338  16.927 -31.057  1.00 16.04      A     \nATOM     21  N18 8BP X9001     -13.949  12.419 -27.531  1.00 16.29      A     \nATOM     22  C19 8BP X9001     -15.074  12.128 -26.797  1.00 16.79      A     \nATOM     23  N21 8BP X9001     -16.875  12.146 -25.541  1.00 19.67      A     \nATOM     24  N22 8BP X9001     -16.736  10.854 -25.879  1.00 20.11      A     \nATOM     25  C23 8BP X9001     -15.637  10.849 -26.645  1.00 18.18      A     \nATOM     26  F25 8BP X9001     -15.435  19.394 -27.210  1.00 20.37      A     \nATOM     27  N26 8BP X9001     -14.516  18.408 -23.877  1.00 16.59      A     \nATOM     28  C27 8BP X9001     -14.984  17.881 -22.681  1.00 16.55      A     \nATOM     29  C29 8BP X9001     -14.357  17.532 -20.225  1.00 18.11      A     \nATOM     30  O30 8BP X9001     -16.039  17.251 -22.540  1.00 20.86      A     \nCONECT    1   12   15\nCONECT    2   15   16   18\nCONECT    3   16   17   21\nCONECT    4    5   17   18\nCONECT    5    4    6    7\nCONECT    6    5   19\nCONECT    7    5    8   20\nCONECT    8    7\nCONECT    9   22   23\nCONECT   10   23\nCONECT   11   28   29\nCONECT   12    1   13   27\nCONECT   13   12   14   26\nCONECT   14   13   15\nCONECT   15    1    2   14\nCONECT   16    2    3\nCONECT   17    3    4   19\nCONECT   18    2    4\nCONECT   19    6   17\nCONECT   20    7\nCONECT   21    3   22\nCONECT   22    9   21   25\nCONECT   23    9   10   24\nCONECT   24   23   25\nCONECT   25   22   24\nCONECT   26   13\nCONECT   27   12   28\nCONECT   28   11   27   30\nCONECT   29   11\nCONECT   30   28\nEND\n",
-           "type": "blob"
-          }
-         ],
-         "kwargs": {
-          "defaultRepresentation": true,
-          "ext": "pdb"
-         },
-         "methodName": "loadFile",
-         "reconstruc_color_scheme": false,
-         "target": "Stage",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          "ball+stick",
-          2
-         ],
-         "kwargs": {},
-         "methodName": "removeRepresentationsByName",
-         "reconstruc_color_scheme": false,
-         "target": "Widget",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          "licorice"
-         ],
-         "component_index": 2,
-         "kwargs": {
-          "sele": "all"
-         },
-         "methodName": "addRepresentation",
-         "reconstruc_color_scheme": false,
-         "target": "compList",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          {
-           "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  C5  8BS X9001     -15.035  16.689 -25.787  1.00 25.65      A     \nATOM      2  C6  8BS X9001     -13.270  15.814 -27.316  1.00 23.63      A     \nATOM      3  C8  8BS X9001     -13.315  13.445 -27.749  1.00 24.27      A     \nATOM      4  C10 8BS X9001     -11.657  14.911 -28.658  1.00 22.65      A     \nATOM      5  N12 8BS X9001     -10.569  14.803 -29.468  1.00 23.77      A     \nATOM      6  C13 8BS X9001     -10.440  13.482 -29.806  1.00 22.65      A     \nATOM      7  C15 8BS X9001      -9.713  15.884 -29.892  1.00 23.53      A     \nATOM      8  C17 8BS X9001     -15.125  11.924 -26.958  1.00 27.29      A     \nATOM      9  C21 8BS X9001     -15.896  10.779 -27.210  1.00 28.72      A     \nATOM     10  C24 8BS X9001     -18.025  12.187 -24.834  1.00 31.85      A     \nATOM     11  C28 8BS X9001     -14.056  18.177 -21.618  1.00 23.85      A     \nATOM     12  C1  8BS X9001     -15.281  18.097 -25.230  1.00 25.83      A     \nATOM     13  C2  8BS X9001     -14.650  18.997 -26.277  1.00 26.79      A     \nATOM     14  C3  8BS X9001     -13.402  18.229 -26.701  1.00 25.63      A     \nATOM     15  N4  8BS X9001     -13.867  16.860 -26.646  1.00 23.48      A     \nATOM     16  N7  8BS X9001     -13.831  14.581 -27.162  1.00 22.96      A     \nATOM     17  C9  8BS X9001     -12.153  13.611 -28.545  1.00 23.23      A     \nATOM     18  N11 8BS X9001     -12.161  16.037 -28.079  1.00 23.17      A     \nATOM     19  N14 8BS X9001     -11.381  12.733 -29.268  1.00 22.37      A     \nATOM     20  N16 8BS X9001     -13.946  12.197 -27.589  1.00 25.73      A     \nATOM     21  C18 8BS X9001     -15.847  12.622 -26.003  1.00 28.29      A     \nATOM     22  N19 8BS X9001     -16.959  11.873 -25.757  1.00 29.64      A     \nATOM     23  N20 8BS X9001     -17.020  10.739 -26.480  1.00 29.95      A     \nATOM     24  O22 8BS X9001     -15.542   9.814 -28.111  1.00 29.94      A     \nATOM     25  C23 8BS X9001     -16.446   8.720 -28.265  1.00 31.18      A     \nATOM     26  F25 8BS X9001     -15.515  19.100 -27.334  1.00 28.30      A     \nATOM     27  N26 8BS X9001     -14.572  18.277 -23.953  1.00 25.07      A     \nATOM     28  C27 8BS X9001     -15.036  17.816 -22.730  1.00 23.87      A     \nATOM     29  C29 8BS X9001     -14.340  17.486 -20.292  1.00 22.33      A     \nATOM     30  O30 8BS X9001     -16.090  17.203 -22.553  1.00 28.99      A     \nCONECT    1   12   15\nCONECT    2   15   16   18\nCONECT    3   16   17   20\nCONECT    4    5   17   18\nCONECT    5    4    6    7\nCONECT    6    5   19\nCONECT    7    5\nCONECT    8    9   20   21\nCONECT    9    8   23   24\nCONECT   10   22\nCONECT   11   28   29\nCONECT   12    1   13   27\nCONECT   13   12   14   26\nCONECT   14   13   15\nCONECT   15    1    2   14\nCONECT   16    2    3\nCONECT   17    3    4   19\nCONECT   18    2    4\nCONECT   19    6   17\nCONECT   20    3    8\nCONECT   21    8   22\nCONECT   22   10   21   23\nCONECT   23    9   22\nCONECT   24    9   25\nCONECT   25   24\nCONECT   26   13\nCONECT   27   12   28\nCONECT   28   11   27   30\nCONECT   29   11\nCONECT   30   28\nEND\n",
-           "type": "blob"
-          }
-         ],
-         "kwargs": {
-          "defaultRepresentation": true,
-          "ext": "pdb"
-         },
-         "methodName": "loadFile",
-         "reconstruc_color_scheme": false,
-         "target": "Stage",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          "ball+stick",
-          3
-         ],
-         "kwargs": {},
-         "methodName": "removeRepresentationsByName",
-         "reconstruc_color_scheme": false,
-         "target": "Widget",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          "licorice"
-         ],
-         "component_index": 3,
-         "kwargs": {
-          "sele": "all"
-         },
-         "methodName": "addRepresentation",
-         "reconstruc_color_scheme": false,
-         "target": "compList",
-         "type": "call_method"
-        }
-       ],
-       "_ngl_original_stage_parameters": {
-        "ambientColor": 14540253,
-        "ambientIntensity": 0.2,
-        "backgroundColor": "white",
-        "cameraEyeSep": 0.3,
-        "cameraFov": 40,
-        "cameraType": "perspective",
-        "clipDist": 10,
-        "clipFar": 100,
-        "clipNear": 0,
-        "fogFar": 100,
-        "fogNear": 50,
-        "hoverTimeout": 0,
-        "impostor": true,
-        "lightColor": 14540253,
-        "lightIntensity": 1,
-        "mousePreset": "default",
-        "panSpeed": 1,
-        "quality": "medium",
-        "rotateSpeed": 2,
-        "sampleLevel": 0,
-        "tooltip": true,
-        "workerDefault": true,
-        "zoomSpeed": 1.2
-       },
-       "_ngl_repr_dict": {
-        "0": {
-         "0": {
-          "params": {
-           "assembly": "default",
-           "bondScale": 0.4,
-           "bondSpacing": 1,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "medium",
-           "radialSegments": 10,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "all",
-           "side": "double",
-           "sphereDetail": 1,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "licorice"
-         }
-        },
-        "1": {
-         "0": {
-          "params": {
-           "assembly": "default",
-           "bondScale": 0.4,
-           "bondSpacing": 1,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "medium",
-           "radialSegments": 10,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "all",
-           "side": "double",
-           "sphereDetail": 1,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "licorice"
-         }
-        },
-        "2": {
-         "0": {
-          "params": {
-           "assembly": "default",
-           "bondScale": 0.4,
-           "bondSpacing": 1,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "medium",
-           "radialSegments": 10,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "all",
-           "side": "double",
-           "sphereDetail": 1,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "licorice"
-         }
-        },
-        "3": {
-         "0": {
-          "params": {
-           "assembly": "default",
-           "bondScale": 0.4,
-           "bondSpacing": 1,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "medium",
-           "radialSegments": 10,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "all",
-           "side": "double",
-           "sphereDetail": 1,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "licorice"
-         }
-        }
-       },
-       "_ngl_serialize": false,
-       "_ngl_version": "2.0.0-dev.36",
-       "_ngl_view_id": [
-        "63D3AD02-6514-4E05-94BE-27689A068565"
-       ],
-       "_player_dict": {},
-       "_scene_position": {},
-       "_scene_rotation": {},
-       "_synced_model_ids": [],
-       "_synced_repr_model_ids": [],
-       "_view_height": "",
-       "_view_width": "",
-       "background": "white",
-       "frame": 0,
-       "gui_style": null,
-       "layout": "IPY_MODEL_6f35af08adb84b6ca4dfbf6f0cd96a80",
-       "max_frame": 0,
-       "n_components": 4,
-       "picked": {}
-      }
-     },
-     "0a3197ff27be42b383b096f69db7a5cc": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "HBoxModel",
-      "state": {
-       "children": [
-        "IPY_MODEL_fac481725db041a38f726b7e67c3c82a",
-        "IPY_MODEL_2ce5967c379947ddbc6cffc60dc355f5"
-       ],
-       "layout": "IPY_MODEL_0fa5faa882eb44ddb730488866c84a39"
-      }
-     },
-     "0cfaeb17857a4e78a6ccd2f5818600e1": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "0f06305eff2742889fae11fd252617cc": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "SliderStyleModel",
-      "state": {
-       "description_width": ""
-      }
-     },
-     "0fa5faa882eb44ddb730488866c84a39": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "128084868c694bf8bc5706ce78265694": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "DescriptionStyleModel",
-      "state": {
-       "description_width": ""
-      }
-     },
-     "12cfc05757c84540804f2abe78c9375c": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "12d203e2b30b4791a4d688fe06ea064c": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "13c0bb2a5f3440fabdc5b9aa8801a367": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "146b04ac73d246bf90c469b50695cfc8": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "DescriptionStyleModel",
-      "state": {
-       "description_width": ""
-      }
-     },
-     "1822da998ce443ada1d59b5e6b58bec8": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_5af909ec299244b792d1c3b122d2c9fe",
-        "value"
-       ],
-       "target": [
-        "IPY_MODEL_05cad6131ac44ff5a94803e31e756f0b",
-        "frame"
-       ]
-      }
-     },
-     "193e2f43888643a6b2fc5fc7b2afad89": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "1a8665eddc96418780e232053b3a8b13": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "1c032f35231e4ed985423db69fd86cb0": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_8bde11923a3d47b7b2bc15f13038ccf5",
-        "value"
-       ],
-       "target": [
-        "IPY_MODEL_95806a128fff4886bd3e76ca0d201f6a",
-        "value"
-       ]
-      }
-     },
-     "1f324d6a7d13403ca50fedbeb398c488": {
-      "buffers": [
-       {
-        "data": "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",
-        "encoding": "base64",
-        "path": [
-         "value"
-        ]
-       }
-      ],
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "ImageModel",
-      "state": {
-       "layout": "IPY_MODEL_2d60c84afbca403181a0f14d19e63e09",
-       "width": "99%"
-      }
-     },
-     "215d7f06cb4443c6ab7a308e6078d18e": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "24bba3c78b42429088775e70135557a3": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "HBoxModel",
-      "state": {
-       "children": [
-        "IPY_MODEL_5af909ec299244b792d1c3b122d2c9fe",
-        "IPY_MODEL_622d99a512d8480081b84ce1989751b8"
-       ],
-       "layout": "IPY_MODEL_215d7f06cb4443c6ab7a308e6078d18e"
-      }
-     },
-     "27a63e877bab4090b6da9737f65c1138": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "2a6627c3e6b84b408aebb3a0015bb5b7": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "2ce5967c379947ddbc6cffc60dc355f5": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "IntSliderModel",
-      "state": {
-       "layout": "IPY_MODEL_8d7a42615adf4c689fc42c1426caae89",
-       "max": 0,
-       "style": "IPY_MODEL_0f06305eff2742889fae11fd252617cc"
-      }
-     },
-     "2d60c84afbca403181a0f14d19e63e09": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "35e6970d3b5f4e13b66b91e4e493e787": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "47b1b334ccd44d819cd820618330a7b4": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {
-       "width": "34px"
-      }
-     },
-     "4f344bc909ac40f6bfbeb60a65bf925f": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_622d99a512d8480081b84ce1989751b8",
-        "max"
-       ],
-       "target": [
-        "IPY_MODEL_05cad6131ac44ff5a94803e31e756f0b",
-        "max_frame"
-       ]
-      }
-     },
-     "50f18ac230494d5fbda6f400a3f51ecc": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "ImageModel",
-      "state": {
-       "layout": "IPY_MODEL_13c0bb2a5f3440fabdc5b9aa8801a367",
-       "width": "900.0"
-      }
-     },
-     "513d547ce60340d78fb0df4f64484530": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_5af909ec299244b792d1c3b122d2c9fe",
-        "value"
-       ],
-       "target": [
-        "IPY_MODEL_622d99a512d8480081b84ce1989751b8",
-        "value"
-       ]
-      }
-     },
-     "5242122e148b42b2bc28d53a3b0952ba": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "5af909ec299244b792d1c3b122d2c9fe": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "PlayModel",
-      "state": {
-       "layout": "IPY_MODEL_72fde6a1c3cc4feb8ef00c8b2c5368ae",
-       "max": 0,
-       "style": "IPY_MODEL_c90989c0064d40a79739876c35a394c7"
-      }
-     },
-     "622d99a512d8480081b84ce1989751b8": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "IntSliderModel",
-      "state": {
-       "layout": "IPY_MODEL_193e2f43888643a6b2fc5fc7b2afad89",
-       "max": 0,
-       "style": "IPY_MODEL_e8a73bc1336d46f1b212b9efc7ffdcd1"
-      }
-     },
-     "6b2d4eb9d6e641c6aa990b687042d74e": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {
-       "width": "34px"
-      }
-     },
-     "6b93ccc24e8c429888a720829a94b626": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "6d81926dee31491fad16f67f3a27bf6c": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "ImageModel",
-      "state": {
-       "layout": "IPY_MODEL_2a6627c3e6b84b408aebb3a0015bb5b7",
-       "width": "900.0"
-      }
-     },
-     "6dfb94ca4d6c45d090b081e904943776": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "6f35af08adb84b6ca4dfbf6f0cd96a80": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "724cb3ac7e924f6e946764b863c3f42a": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "SliderStyleModel",
-      "state": {
-       "description_width": ""
-      }
-     },
-     "72fde6a1c3cc4feb8ef00c8b2c5368ae": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "7424c8ba527942b2ba193047f9430594": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "HBoxModel",
-      "state": {
-       "children": [
-        "IPY_MODEL_8bde11923a3d47b7b2bc15f13038ccf5",
-        "IPY_MODEL_95806a128fff4886bd3e76ca0d201f6a"
-       ],
-       "layout": "IPY_MODEL_b9ad2f1d6e004b03aeb2f520bcfd1b00"
-      }
-     },
-     "770ca68073c7400a8cdc708ece9bc01f": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "ButtonModel",
-      "state": {
-       "icon": "compress",
-       "layout": "IPY_MODEL_6b2d4eb9d6e641c6aa990b687042d74e",
-       "style": "IPY_MODEL_b397336557474e98ae92274a7284f828"
-      }
-     },
-     "785dd6b20e75439f99e0647d6c8fc293": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_fac481725db041a38f726b7e67c3c82a",
-        "value"
-       ],
-       "target": [
-        "IPY_MODEL_a45d7db57db14fcc8ca72ba5d6a06d21",
-        "frame"
-       ]
-      }
-     },
-     "7a1fe7b6abc24ee4b8216fde410f7e3d": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_8bde11923a3d47b7b2bc15f13038ccf5",
-        "value"
-       ],
-       "target": [
-        "IPY_MODEL_8b83cd4250364ccca55cae03fc4799bd",
-        "frame"
-       ]
-      }
-     },
-     "80f0250415c54117ac4d121420e0c221": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "HBoxModel",
-      "state": {
-       "children": [
-        "IPY_MODEL_8d6e4f40014942c2a8ce207104042525",
-        "IPY_MODEL_b9e4ae3e1458482790a889769f7a7c05",
-        "IPY_MODEL_e170dfa34a88460487942ca14a6401db"
-       ],
-       "layout": "IPY_MODEL_fc6eafcee8ec4e0dafc7b4c5fa8ab9ca"
-      }
-     },
-     "84772f449dcb48869aa789c297650403": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {
-       "width": "34px"
-      }
-     },
-     "84d95fd392e74d18a4740dae4264d267": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "8b83cd4250364ccca55cae03fc4799bd": {
-      "model_module": "nglview-js-widgets",
-      "model_module_version": "3.0.1",
-      "model_name": "NGLModel",
-      "state": {
-       "_camera_orientation": [],
-       "_camera_str": "orthographic",
-       "_gui_theme": null,
-       "_ibtn_fullscreen": "IPY_MODEL_770ca68073c7400a8cdc708ece9bc01f",
-       "_igui": null,
-       "_iplayer": "IPY_MODEL_7424c8ba527942b2ba193047f9430594",
-       "_ngl_color_dict": {},
-       "_ngl_coordinate_resource": {},
-       "_ngl_full_stage_parameters": {},
-       "_ngl_msg_archive": [
-        {
-         "args": [
-          {
-           "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ALA X 702       5.187  11.254 -39.148  1.00 44.42      A     \nATOM      2  CA  ALA X 702       3.838  11.883 -39.231  1.00 44.40      A     \nATOM      3  C   ALA X 702       3.855  13.072 -40.185  1.00 44.38      A     \nATOM      4  O   ALA X 702       4.651  13.998 -40.024  1.00 44.63      A     \nATOM      5  CB  ALA X 702       3.390  12.333 -37.844  1.00 43.72      A     \nATOM      6  N   LEU X 703       2.972  13.042 -41.179  1.00 44.04      A     \nATOM      7  CA  LEU X 703       2.873  14.125 -42.150  1.00 43.72      A     \nATOM      8  C   LEU X 703       1.430  14.604 -42.277  1.00 42.99      A     \nATOM      9  O   LEU X 703       0.499  13.914 -41.859  1.00 43.38      A     \nATOM     10  CB  LEU X 703       3.390  13.661 -43.515  1.00 44.22      A     \nATOM     11  CG  LEU X 703       3.465  14.724 -44.614  1.00 44.61      A     \nATOM     12  CD1 LEU X 703       4.320  15.890 -44.143  1.00 44.81      A     \nATOM     13  CD2 LEU X 703       4.041  14.114 -45.880  1.00 44.74      A     \nATOM     14  N   LEU X 704       1.250  15.788 -42.853  1.00 42.03      A     \nATOM     15  CA  LEU X 704      -0.074  16.389 -42.967  1.00 40.83      A     \nATOM     16  C   LEU X 704      -0.781  15.967 -44.251  1.00 39.54      A     \nATOM     17  O   LEU X 704      -0.243  16.120 -45.347  1.00 40.11      A     \nATOM     18  CB  LEU X 704       0.036  17.915 -42.928  1.00 40.66      A     \nATOM     19  CG  LEU X 704      -1.281  18.691 -43.013  1.00 40.20      A     \nATOM     20  CD1 LEU X 704      -2.133  18.382 -41.793  1.00 40.00      A     \nATOM     21  CD2 LEU X 704      -0.996  20.180 -43.102  1.00 40.68      A     \nATOM     22  N   ARG X 705      -1.990  15.437 -44.103  1.00 37.65      A     \nATOM     23  CA  ARG X 705      -2.836  15.116 -45.247  1.00 35.09      A     \nATOM     24  C   ARG X 705      -3.856  16.226 -45.478  1.00 33.13      A     \nATOM     25  O   ARG X 705      -4.426  16.765 -44.528  1.00 30.25      A     \nATOM     26  CB  ARG X 705      -3.568  13.792 -45.008  1.00 36.67      A     \nATOM     27  CG  ARG X 705      -2.686  12.557 -45.108  1.00 38.84      A     \nATOM     28  CD  ARG X 705      -2.495  12.132 -46.557  1.00 41.42      A     \nATOM     29  NE  ARG X 705      -3.768  11.836 -47.209  1.00 42.82      A     \nATOM     30  CZ  ARG X 705      -4.337  10.635 -47.232  1.00 43.31      A     \nATOM     31  NH1 ARG X 705      -3.745   9.607 -46.638  1.00 43.03      A     \nATOM     32  NH2 ARG X 705      -5.501  10.462 -47.844  1.00 43.84      A     \nATOM     33  N   ILE X 706      -4.080  16.570 -46.742  1.00 31.32      A     \nATOM     34  CA  ILE X 706      -5.125  17.520 -47.100  1.00 30.54      A     \nATOM     35  C   ILE X 706      -6.355  16.752 -47.567  1.00 29.45      A     \nATOM     36  O   ILE X 706      -6.312  16.060 -48.585  1.00 29.64      A     \nATOM     37  CB  ILE X 706      -4.668  18.458 -48.234  1.00 31.55      A     \nATOM     38  CG1 ILE X 706      -3.403  19.204 -47.813  1.00 32.59      A     \nATOM     39  CG2 ILE X 706      -5.776  19.445 -48.569  1.00 31.96      A     \nATOM     40  CD1 ILE X 706      -3.581  20.059 -46.584  1.00 33.60      A     \nATOM     41  N   LEU X 707      -7.447  16.876 -46.821  1.00 27.20      A     \nATOM     42  CA  LEU X 707      -8.640  16.078 -47.074  1.00 26.77      A     \nATOM     43  C   LEU X 707      -9.693  16.833 -47.873  1.00 26.96      A     \nATOM     44  O   LEU X 707      -9.834  18.050 -47.748  1.00 26.39      A     \nATOM     45  CB  LEU X 707      -9.256  15.611 -45.752  1.00 26.42      A     \nATOM     46  CG  LEU X 707      -8.595  14.438 -45.023  1.00 28.38      A     \nATOM     47  CD1 LEU X 707      -7.159  14.781 -44.668  1.00 29.54      A     \nATOM     48  CD2 LEU X 707      -9.394  14.116 -43.770  1.00 28.94      A     \nATOM     49  N   LYS X 708     -10.432  16.096 -48.695  1.00 27.67      A     \nATOM     50  CA  LYS X 708     -11.615  16.634 -49.352  1.00 27.82      A     \nATOM     51  C   LYS X 708     -12.833  16.270 -48.511  1.00 27.71      A     \nATOM     52  O   LYS X 708     -12.824  15.263 -47.805  1.00 26.41      A     \nATOM     53  CB  LYS X 708     -11.750  16.047 -50.758  1.00 29.94      A     \nATOM     54  CG  LYS X 708     -10.513  16.239 -51.619  1.00 31.93      A     \nATOM     55  CD  LYS X 708     -10.787  15.927 -53.081  1.00 34.76      A     \nATOM     56  CE  LYS X 708     -11.163  14.469 -53.283  1.00 35.99      A     \nATOM     57  NZ  LYS X 708     -11.329  14.135 -54.727  1.00 37.66      A     \nATOM     58  N   GLU X 709     -13.875  17.091 -48.584  1.00 28.44      A     \nATOM     59  CA  GLU X 709     -15.062  16.888 -47.760  1.00 29.97      A     \nATOM     60  C   GLU X 709     -15.670  15.506 -47.967  1.00 29.52      A     \nATOM     61  O   GLU X 709     -16.321  14.964 -47.074  1.00 29.88      A     \nATOM     62  CB  GLU X 709     -16.112  17.956 -48.073  1.00 31.79      A     \nATOM     63  CG  GLU X 709     -15.693  19.367 -47.702  1.00 34.67      A     \nATOM     64  CD  GLU X 709     -16.810  20.372 -47.894  1.00 35.88      A     \nATOM     65  OE1 GLU X 709     -16.833  21.044 -48.946  1.00 37.68      A     \nATOM     66  OE2 GLU X 709     -17.666  20.488 -46.992  1.00 37.00      A     \nATOM     67  N   THR X 710     -15.453  14.938 -49.148  1.00 29.17      A     \nATOM     68  CA  THR X 710     -16.039  13.650 -49.495  1.00 29.66      A     \nATOM     69  C   THR X 710     -15.319  12.494 -48.811  1.00 29.43      A     \nATOM     70  O   THR X 710     -15.777  11.353 -48.858  1.00 29.86      A     \nATOM     71  CB  THR X 710     -16.003  13.418 -51.018  1.00 29.69      A     \nATOM     72  OG1 THR X 710     -14.649  13.478 -51.481  1.00 31.05      A     \nATOM     73  CG2 THR X 710     -16.826  14.475 -51.737  1.00 30.75      A     \nATOM     74  N   GLU X 711     -14.191  12.793 -48.174  1.00 28.11      A     \nATOM     75  CA  GLU X 711     -13.377  11.762 -47.539  1.00 28.33      A     \nATOM     76  C   GLU X 711     -13.855  11.409 -46.134  1.00 27.58      A     \nATOM     77  O   GLU X 711     -13.649  10.290 -45.667  1.00 28.11      A     \nATOM     78  CB  GLU X 711     -11.917  12.209 -47.470  1.00 28.80      A     \nATOM     79  CG  GLU X 711     -11.226  12.301 -48.815  1.00 31.73      A     \nATOM     80  CD  GLU X 711      -9.738  12.543 -48.677  1.00 32.44      A     \nATOM     81  OE1 GLU X 711      -9.237  13.522 -49.266  1.00 32.91      A     \nATOM     82  OE2 GLU X 711      -9.069  11.751 -47.977  1.00 32.54      A     \nATOM     83  N   PHE X 712     -14.483  12.365 -45.459  1.00 26.59      A     \nATOM     84  CA  PHE X 712     -14.898  12.155 -44.077  1.00 25.22      A     \nATOM     85  C   PHE X 712     -16.337  12.588 -43.838  1.00 25.59      A     \nATOM     86  O   PHE X 712     -16.890  13.387 -44.593  1.00 25.67      A     \nATOM     87  CB  PHE X 712     -13.968  12.913 -43.125  1.00 23.72      A     \nATOM     88  CG  PHE X 712     -13.982  14.405 -43.321  1.00 21.72      A     \nATOM     89  CD1 PHE X 712     -14.746  15.217 -42.496  1.00 22.27      A     \nATOM     90  CD2 PHE X 712     -13.228  14.995 -44.321  1.00 21.28      A     \nATOM     91  CE1 PHE X 712     -14.754  16.590 -42.665  1.00 23.53      A     \nATOM     92  CE2 PHE X 712     -13.232  16.369 -44.496  1.00 22.31      A     \nATOM     93  CZ  PHE X 712     -13.998  17.168 -43.665  1.00 22.07      A     \nATOM     94  N   LYS X 713     -16.937  12.050 -42.781  1.00 25.76      A     \nATOM     95  CA  LYS X 713     -18.300  12.406 -42.411  1.00 26.64      A     \nATOM     96  C   LYS X 713     -18.429  12.558 -40.899  1.00 26.45      A     \nATOM     97  O   LYS X 713     -17.789  11.835 -40.136  1.00 24.80      A     \nATOM     98  CB  LYS X 713     -19.277  11.338 -42.909  1.00 29.78      A     \nATOM     99  CG  LYS X 713     -18.971   9.934 -42.416  1.00 32.99      A     \nATOM    100  CD  LYS X 713     -19.927   8.913 -43.015  1.00 35.70      A     \nATOM    101  CE  LYS X 713     -19.840   8.892 -44.533  1.00 37.69      A     \nATOM    102  NZ  LYS X 713     -20.695   7.824 -45.127  1.00 39.18      A     \nATOM    103  N   LYS X 714     -19.259  13.508 -40.477  1.00 26.41      A     \nATOM    104  CA  LYS X 714     -19.531  13.717 -39.060  1.00 27.57      A     \nATOM    105  C   LYS X 714     -20.658  12.797 -38.604  1.00 28.15      A     \nATOM    106  O   LYS X 714     -21.676  12.661 -39.284  1.00 29.59      A     \nATOM    107  CB  LYS X 714     -19.931  15.172 -38.805  1.00 26.82      A     \nATOM    108  CG  LYS X 714     -18.915  16.197 -39.272  1.00 27.56      A     \nATOM    109  CD  LYS X 714     -19.401  17.611 -38.991  1.00 29.87      A     \nATOM    110  CE  LYS X 714     -18.464  18.649 -39.581  1.00 30.46      A     \nATOM    111  NZ  LYS X 714     -18.435  18.584 -41.068  1.00 32.20      A     \nATOM    112  N   ILE X 715     -20.474  12.169 -37.450  1.00 27.98      A     \nATOM    113  CA  ILE X 715     -21.470  11.252 -36.918  1.00 29.37      A     \nATOM    114  C   ILE X 715     -22.289  11.913 -35.813  1.00 29.56      A     \nATOM    115  O   ILE X 715     -23.509  11.763 -35.761  1.00 30.54      A     \nATOM    116  CB  ILE X 715     -20.804   9.978 -36.360  1.00 30.55      A     \nATOM    117  CG1 ILE X 715     -20.060   9.252 -37.482  1.00 31.15      A     \nATOM    118  CG2 ILE X 715     -21.852   9.064 -35.746  1.00 31.93      A     \nATOM    119  CD1 ILE X 715     -19.353   7.992 -37.033  1.00 32.48      A     \nATOM    120  N   LYS X 716     -21.615  12.651 -34.935  1.00 28.97      A     \nATOM    121  CA  LYS X 716     -22.291  13.315 -33.826  1.00 28.49      A     \nATOM    122  C   LYS X 716     -21.377  14.298 -33.104  1.00 27.76      A     \nATOM    123  O   LYS X 716     -20.153  14.214 -33.206  1.00 27.00      A     \nATOM    124  CB  LYS X 716     -22.808  12.276 -32.829  1.00 29.13      A     \nATOM    125  CG  LYS X 716     -21.719  11.428 -32.196  1.00 31.62      A     \nATOM    126  CD  LYS X 716     -22.274  10.558 -31.082  1.00 33.64      A     \nATOM    127  CE  LYS X 716     -21.167   9.784 -30.385  1.00 35.25      A     \nATOM    128  NZ  LYS X 716     -21.684   8.968 -29.252  1.00 36.40      A     \nATOM    129  N   VAL X 717     -21.980  15.229 -32.373  1.00 26.84      A     \nATOM    130  CA  VAL X 717     -21.224  16.201 -31.594  1.00 26.09      A     \nATOM    131  C   VAL X 717     -20.696  15.574 -30.308  1.00 25.49      A     \nATOM    132  O   VAL X 717     -21.397  14.814 -29.639  1.00 26.27      A     \nATOM    133  CB  VAL X 717     -22.096  17.425 -31.230  1.00 25.84      A     \nATOM    134  CG1 VAL X 717     -21.317  18.370 -30.328  1.00 24.84      A     \nATOM    135  CG2 VAL X 717     -22.528  18.149 -32.498  1.00 25.55      A     \nATOM    136  N   LEU X 718     -19.451  15.893 -29.974  1.00 24.57      A     \nATOM    137  CA  LEU X 718     -18.837  15.417 -28.741  1.00 24.38      A     \nATOM    138  C   LEU X 718     -18.767  16.557 -27.731  1.00 24.78      A     \nATOM    139  O   LEU X 718     -18.779  16.333 -26.519  1.00 25.88      A     \nATOM    140  CB  LEU X 718     -17.431  14.889 -29.031  1.00 23.27      A     \nATOM    141  CG  LEU X 718     -17.377  13.743 -30.045  1.00 20.89      A     \nATOM    142  CD1 LEU X 718     -15.931  13.338 -30.296  1.00 21.57      A     \nATOM    143  CD2 LEU X 718     -18.185  12.570 -29.520  1.00 22.72      A     \nATOM    144  N   GLY X 719     -18.696  17.779 -28.248  1.00 24.82      A     \nATOM    145  CA  GLY X 719     -18.644  18.956 -27.399  1.00 27.38      A     \nATOM    146  C   GLY X 719     -18.314  20.188 -28.221  1.00 28.00      A     \nATOM    147  O   GLY X 719     -18.051  20.085 -29.419  1.00 26.82      A     \nATOM    148  N   SER X 720     -18.328  21.357 -27.588  1.00 30.33      A     \nATOM    149  CA  SER X 720     -18.016  22.594 -28.295  1.00 31.67      A     \nATOM    150  C   SER X 720     -17.600  23.710 -27.345  1.00 33.04      A     \nATOM    151  O   SER X 720     -17.572  23.531 -26.128  1.00 34.13      A     \nATOM    152  CB  SER X 720     -19.222  23.053 -29.119  1.00 32.82      A     \nATOM    153  OG  SER X 720     -20.281  23.471 -28.277  1.00 33.20      A     \nATOM    154  N   GLY X 721     -17.277  24.864 -27.918  1.00 33.96      A     \nATOM    155  CA  GLY X 721     -16.866  26.003 -27.121  1.00 35.07      A     \nATOM    156  C   GLY X 721     -16.509  27.182 -28.002  1.00 35.65      A     \nATOM    157  O   GLY X 721     -16.879  27.220 -29.177  1.00 36.74      A     \nATOM    158  N   ALA X 722     -15.788  28.146 -27.440  1.00 35.64      A     \nATOM    159  CA  ALA X 722     -15.383  29.329 -28.187  1.00 35.42      A     \nATOM    160  C   ALA X 722     -14.466  28.948 -29.344  1.00 34.87      A     \nATOM    161  O   ALA X 722     -14.320  29.701 -30.306  1.00 35.17      A     \nATOM    162  CB  ALA X 722     -14.678  30.314 -27.262  1.00 35.78      A     \nATOM    163  N   PHE X 723     -13.849  27.775 -29.249  1.00 33.87      A     \nATOM    164  CA  PHE X 723     -12.942  27.308 -30.289  1.00 31.85      A     \nATOM    165  C   PHE X 723     -13.727  26.799 -31.493  1.00 30.43      A     \nATOM    166  O   PHE X 723     -13.274  26.903 -32.632  1.00 30.96      A     \nATOM    167  CB  PHE X 723     -12.051  26.185 -29.749  1.00 30.97      A     \nATOM    168  CG  PHE X 723     -12.801  24.932 -29.396  1.00 28.93      A     \nATOM    169  CD1 PHE X 723     -13.010  23.942 -30.346  1.00 28.22      A     \nATOM    170  CD2 PHE X 723     -13.302  24.742 -28.119  1.00 28.49      A     \nATOM    171  CE1 PHE X 723     -13.703  22.791 -30.029  1.00 26.85      A     \nATOM    172  CE2 PHE X 723     -13.996  23.590 -27.796  1.00 28.20      A     \nATOM    173  CZ  PHE X 723     -14.198  22.613 -28.753  1.00 27.95      A     \nATOM    174  N   GLY X 724     -14.908  26.252 -31.230  1.00 29.52      A     \nATOM    175  CA  GLY X 724     -15.685  25.633 -32.287  1.00 28.33      A     \nATOM    176  C   GLY X 724     -16.397  24.385 -31.804  1.00 27.15      A     \nATOM    177  O   GLY X 724     -16.907  24.344 -30.685  1.00 27.73      A     \nATOM    178  N   THR X 725     -16.436  23.360 -32.649  1.00 26.02      A     \nATOM    179  CA  THR X 725     -17.171  22.147 -32.321  1.00 24.20      A     \nATOM    180  C   THR X 725     -16.366  20.895 -32.664  1.00 22.81      A     \nATOM    181  O   THR X 725     -15.703  20.840 -33.699  1.00 23.98      A     \nATOM    182  CB  THR X 725     -18.512  22.098 -33.079  1.00 25.22      A     \nATOM    183  OG1 THR X 725     -19.264  23.286 -32.796  1.00 28.62      A     \nATOM    184  CG2 THR X 725     -19.321  20.884 -32.656  1.00 24.99      A     \nATOM    185  N   VAL X 726     -16.427  19.896 -31.788  1.00 21.78      A     \nATOM    186  CA  VAL X 726     -15.790  18.608 -32.044  1.00 20.97      A     \nATOM    187  C   VAL X 726     -16.832  17.536 -32.337  1.00 21.32      A     \nATOM    188  O   VAL X 726     -17.807  17.385 -31.600  1.00 21.29      A     \nATOM    189  CB  VAL X 726     -14.935  18.148 -30.839  1.00 19.93      A     \nATOM    190  CG1 VAL X 726     -14.400  16.739 -31.085  1.00 19.38      A     \nATOM    191  CG2 VAL X 726     -13.783  19.116 -30.620  1.00 20.63      A     \nATOM    192  N   TYR X 727     -16.617  16.796 -33.421  1.00 20.95      A     \nATOM    193  CA  TYR X 727     -17.511  15.712 -33.815  1.00 21.62      A     \nATOM    194  C   TYR X 727     -16.782  14.372 -33.786  1.00 20.19      A     \nATOM    195  O   TYR X 727     -15.586  14.301 -34.069  1.00 21.29      A     \nATOM    196  CB  TYR X 727     -18.038  15.939 -35.236  1.00 21.78      A     \nATOM    197  CG  TYR X 727     -18.722  17.267 -35.459  1.00 21.73      A     \nATOM    198  CD1 TYR X 727     -17.991  18.401 -35.787  1.00 21.98      A     \nATOM    199  CD2 TYR X 727     -20.103  17.380 -35.374  1.00 23.32      A     \nATOM    200  CE1 TYR X 727     -18.614  19.609 -36.024  1.00 24.10      A     \nATOM    201  CE2 TYR X 727     -20.736  18.584 -35.610  1.00 23.20      A     \nATOM    202  CZ  TYR X 727     -19.987  19.695 -35.934  1.00 24.22      A     \nATOM    203  OH  TYR X 727     -20.613  20.898 -36.167  1.00 26.62      A     \nATOM    204  N   LYS X 728     -17.506  13.309 -33.455  1.00 20.53      A     \nATOM    205  CA  LYS X 728     -17.049  11.968 -33.788  1.00 21.11      A     \nATOM    206  C   LYS X 728     -17.299  11.780 -35.277  1.00 21.92      A     \nATOM    207  O   LYS X 728     -18.334  12.202 -35.794  1.00 21.67      A     \nATOM    208  CB  LYS X 728     -17.828  10.916 -32.998  1.00 22.77      A     \nATOM    209  CG  LYS X 728     -17.404   9.487 -33.297  1.00 24.98      A     \nATOM    210  CD  LYS X 728     -18.176   8.493 -32.446  1.00 27.71      A     \nATOM    211  CE  LYS X 728     -17.790   7.060 -32.772  1.00 29.15      A     \nATOM    212  NZ  LYS X 728     -18.549   6.086 -31.940  1.00 30.96      A     \nATOM    213  N   GLY X 729     -16.352  11.160 -35.969  1.00 21.85      A     \nATOM    214  CA  GLY X 729     -16.483  11.031 -37.407  1.00 22.19      A     \nATOM    215  C   GLY X 729     -15.826   9.787 -37.962  1.00 21.69      A     \nATOM    216  O   GLY X 729     -15.197   9.019 -37.234  1.00 20.55      A     \nATOM    217  N   LEU X 730     -15.992   9.584 -39.264  1.00 22.37      A     \nATOM    218  CA  LEU X 730     -15.305   8.516 -39.973  1.00 23.23      A     \nATOM    219  C   LEU X 730     -14.534   9.102 -41.141  1.00 22.65      A     \nATOM    220  O   LEU X 730     -15.066   9.900 -41.914  1.00 23.75      A     \nATOM    221  CB  LEU X 730     -16.309   7.482 -40.487  1.00 24.89      A     \nATOM    222  CG  LEU X 730     -16.885   6.517 -39.450  1.00 27.17      A     \nATOM    223  CD1 LEU X 730     -17.975   5.672 -40.091  1.00 28.91      A     \nATOM    224  CD2 LEU X 730     -15.775   5.632 -38.899  1.00 28.08      A     \nATOM    225  N   TRP X 731     -13.274   8.706 -41.261  1.00 21.74      A     \nATOM    226  CA  TRP X 731     -12.431   9.153 -42.354  1.00 21.38      A     \nATOM    227  C   TRP X 731     -12.104   7.967 -43.253  1.00 21.70      A     \nATOM    228  O   TRP X 731     -11.579   6.953 -42.794  1.00 21.57      A     \nATOM    229  CB  TRP X 731     -11.146   9.768 -41.797  1.00 19.92      A     \nATOM    230  CG  TRP X 731     -10.138  10.154 -42.834  1.00 20.19      A     \nATOM    231  CD1 TRP X 731     -10.386  10.582 -44.107  1.00 19.81      A     \nATOM    232  CD2 TRP X 731      -8.715  10.160 -42.679  1.00 18.37      A     \nATOM    233  NE1 TRP X 731      -9.205  10.853 -44.752  1.00 20.12      A     \nATOM    234  CE2 TRP X 731      -8.164  10.603 -43.897  1.00 19.25      A     \nATOM    235  CE3 TRP X 731      -7.853   9.835 -41.626  1.00 18.23      A     \nATOM    236  CZ2 TRP X 731      -6.789  10.728 -44.092  1.00 19.80      A     \nATOM    237  CZ3 TRP X 731      -6.491   9.959 -41.821  1.00 19.61      A     \nATOM    238  CH2 TRP X 731      -5.972  10.402 -43.044  1.00 20.36      A     \nATOM    239  N   ILE X 732     -12.436   8.093 -44.533  1.00 24.63      A     \nATOM    240  CA  ILE X 732     -12.054   7.086 -45.513  1.00 28.44      A     \nATOM    241  C   ILE X 732     -11.199   7.730 -46.591  1.00 28.54      A     \nATOM    242  O   ILE X 732     -11.715   8.371 -47.507  1.00 29.68      A     \nATOM    243  CB  ILE X 732     -13.284   6.444 -46.193  1.00 31.26      A     \nATOM    244  CG1 ILE X 732     -14.204   5.815 -45.144  1.00 32.39      A     \nATOM    245  CG2 ILE X 732     -12.828   5.390 -47.193  1.00 32.30      A     \nATOM    246  CD1 ILE X 732     -15.087   6.814 -44.423  1.00 33.42      A     \nATOM    247  N   PRO X 733      -9.872   7.569 -46.495  1.00 30.41      A     \nATOM    248  CA  PRO X 733      -8.973   8.119 -47.514  1.00 31.96      A     \nATOM    249  C   PRO X 733      -9.318   7.561 -48.893  1.00 33.15      A     \nATOM    250  O   PRO X 733      -9.623   6.376 -49.031  1.00 33.16      A     \nATOM    251  CB  PRO X 733      -7.586   7.682 -47.042  1.00 31.70      A     \nATOM    252  CG  PRO X 733      -7.745   7.445 -45.570  1.00 31.18      A     \nATOM    253  CD  PRO X 733      -9.135   6.909 -45.404  1.00 30.97      A     \nATOM    254  N   GLU X 734      -9.275   8.417 -49.909  1.00 35.16      A     \nATOM    255  CA  GLU X 734      -9.688   8.021 -51.251  1.00 37.05      A     \nATOM    256  C   GLU X 734      -8.979   6.760 -51.732  1.00 36.66      A     \nATOM    257  O   GLU X 734      -7.751   6.692 -51.745  1.00 37.52      A     \nATOM    258  CB  GLU X 734      -9.427   9.154 -52.246  1.00 39.04      A     \nATOM    259  CG  GLU X 734     -10.372  10.334 -52.113  1.00 41.60      A     \nATOM    260  CD  GLU X 734     -10.369  11.215 -53.347  1.00 43.14      A     \nATOM    261  OE1 GLU X 734      -9.296  11.749 -53.697  1.00 44.01      A     \nATOM    262  OE2 GLU X 734     -11.442  11.370 -53.969  1.00 44.43      A     \nATOM    263  N   GLY X 735      -9.767   5.765 -52.128  1.00 36.67      A     \nATOM    264  CA  GLY X 735      -9.212   4.576 -52.748  1.00 35.71      A     \nATOM    265  C   GLY X 735      -8.521   3.629 -51.787  1.00 35.04      A     \nATOM    266  O   GLY X 735      -8.021   2.581 -52.196  1.00 34.89      A     \nATOM    267  N   GLU X 736      -8.491   3.989 -50.507  1.00 33.85      A     \nATOM    268  CA  GLU X 736      -7.765   3.200 -49.520  1.00 33.44      A     \nATOM    269  C   GLU X 736      -8.633   2.124 -48.877  1.00 33.16      A     \nATOM    270  O   GLU X 736      -8.119   1.175 -48.285  1.00 33.47      A     \nATOM    271  CB  GLU X 736      -7.184   4.114 -48.440  1.00 32.16      A     \nATOM    272  CG  GLU X 736      -6.149   5.098 -48.959  1.00 31.03      A     \nATOM    273  CD  GLU X 736      -5.250   5.618 -47.858  1.00 30.59      A     \nATOM    274  OE1 GLU X 736      -5.290   5.044 -46.753  1.00 28.54      A     \nATOM    275  OE2 GLU X 736      -4.508   6.594 -48.094  1.00 31.15      A     \nATOM    276  N   LYS X 737      -9.947   2.277 -48.993  1.00 34.08      A     \nATOM    277  CA  LYS X 737     -10.885   1.255 -48.542  1.00 35.26      A     \nATOM    278  C   LYS X 737     -10.773   0.963 -47.048  1.00 35.57      A     \nATOM    279  O   LYS X 737     -11.291  -0.045 -46.568  1.00 36.40      A     \nATOM    280  CB  LYS X 737     -10.673  -0.037 -49.335  1.00 36.18      A     \nATOM    281  CG  LYS X 737     -10.977   0.093 -50.819  1.00 37.62      A     \nATOM    282  CD  LYS X 737     -12.411   0.543 -51.045  1.00 38.90      A     \nATOM    283  CE  LYS X 737     -12.734   0.649 -52.527  1.00 40.12      A     \nATOM    284  NZ  LYS X 737     -12.608  -0.665 -53.217  1.00 40.98      A     \nATOM    285  N   VAL X 738     -10.093   1.841 -46.319  1.00 35.26      A     \nATOM    286  CA  VAL X 738      -9.985   1.705 -44.870  1.00 35.08      A     \nATOM    287  C   VAL X 738     -10.788   2.791 -44.159  1.00 34.55      A     \nATOM    288  O   VAL X 738     -10.666   3.974 -44.476  1.00 33.99      A     \nATOM    289  CB  VAL X 738      -8.512   1.792 -44.405  1.00 35.82      A     \nATOM    290  CG1 VAL X 738      -7.913   3.130 -44.810  1.00 36.97      A     \nATOM    291  CG2 VAL X 738      -8.432   1.604 -42.897  1.00 36.69      A     \nATOM    292  N   LYS X 739     -11.611   2.382 -43.199  1.00 33.25      A     \nATOM    293  CA  LYS X 739     -12.412   3.327 -42.429  1.00 31.65      A     \nATOM    294  C   LYS X 739     -11.749   3.628 -41.092  1.00 28.71      A     \nATOM    295  O   LYS X 739     -11.535   2.732 -40.275  1.00 28.67      A     \nATOM    296  CB  LYS X 739     -13.816   2.766 -42.190  1.00 34.49      A     \nATOM    297  CG  LYS X 739     -14.657   2.640 -43.449  1.00 37.76      A     \nATOM    298  CD  LYS X 739     -16.105   2.326 -43.113  1.00 40.10      A     \nATOM    299  CE  LYS X 739     -16.957   2.235 -44.370  1.00 41.88      A     \nATOM    300  NZ  LYS X 739     -18.389   1.973 -44.054  1.00 43.84      A     \nATOM    301  N   ILE X 740     -11.427   4.898 -40.873  1.00 24.75      A     \nATOM    302  CA  ILE X 740     -10.711   5.307 -39.673  1.00 21.93      A     \nATOM    303  C   ILE X 740     -11.617   6.148 -38.781  1.00 20.86      A     \nATOM    304  O   ILE X 740     -12.079   7.215 -39.183  1.00 19.58      A     \nATOM    305  CB  ILE X 740      -9.464   6.144 -40.034  1.00 20.68      A     \nATOM    306  CG1 ILE X 740      -8.567   5.358 -40.993  1.00 22.42      A     \nATOM    307  CG2 ILE X 740      -8.695   6.508 -38.769  1.00 20.11      A     \nATOM    308  CD1 ILE X 740      -7.374   6.143 -41.494  1.00 23.04      A     \nATOM    309  N   PRO X 741     -11.887   5.674 -37.556  1.00 20.13      A     \nATOM    310  CA  PRO X 741     -12.594   6.528 -36.595  1.00 20.28      A     \nATOM    311  C   PRO X 741     -11.733   7.731 -36.224  1.00 18.23      A     \nATOM    312  O   PRO X 741     -10.550   7.582 -35.913  1.00 19.43      A     \nATOM    313  CB  PRO X 741     -12.847   5.603 -35.404  1.00 21.34      A     \nATOM    314  CG  PRO X 741     -11.802   4.541 -35.518  1.00 23.18      A     \nATOM    315  CD  PRO X 741     -11.549   4.357 -36.989  1.00 21.44      A     \nATOM    316  N   VAL X 742     -12.328   8.919 -36.271  1.00 17.87      A     \nATOM    317  CA  VAL X 742     -11.597  10.155 -36.014  1.00 17.44      A     \nATOM    318  C   VAL X 742     -12.439  11.151 -35.224  1.00 17.12      A     \nATOM    319  O   VAL X 742     -13.649  10.985 -35.083  1.00 17.31      A     \nATOM    320  CB  VAL X 742     -11.160  10.835 -37.330  1.00 17.36      A     \nATOM    321  CG1 VAL X 742     -10.186   9.945 -38.080  1.00 18.40      A     \nATOM    322  CG2 VAL X 742     -12.381  11.132 -38.190  1.00 18.49      A     \nATOM    323  N   ALA X 743     -11.785  12.182 -34.702  1.00 16.74      A     \nATOM    324  CA  ALA X 743     -12.492  13.332 -34.161  1.00 16.10      A     \nATOM    325  C   ALA X 743     -12.304  14.509 -35.103  1.00 17.98      A     \nATOM    326  O   ALA X 743     -11.186  14.821 -35.509  1.00 20.58      A     \nATOM    327  CB  ALA X 743     -11.960  13.678 -32.783  1.00 17.26      A     \nATOM    328  N   ILE X 744     -13.404  15.159 -35.458  1.00 17.11      A     \nATOM    329  CA  ILE X 744     -13.347  16.292 -36.365  1.00 17.97      A     \nATOM    330  C   ILE X 744     -13.565  17.579 -35.581  1.00 18.06      A     \nATOM    331  O   ILE X 744     -14.638  17.804 -35.027  1.00 19.82      A     \nATOM    332  CB  ILE X 744     -14.426  16.179 -37.458  1.00 18.51      A     \nATOM    333  CG1 ILE X 744     -14.251  14.869 -38.227  1.00 18.45      A     \nATOM    334  CG2 ILE X 744     -14.334  17.365 -38.402  1.00 18.55      A     \nATOM    335  CD1 ILE X 744     -15.428  14.519 -39.112  1.00 20.96      A     \nATOM    336  N   LYS X 745     -12.535  18.413 -35.532  1.00 18.17      A     \nATOM    337  CA  LYS X 745     -12.629  19.692 -34.845  1.00 19.14      A     \nATOM    338  C   LYS X 745     -12.841  20.795 -35.871  1.00 19.21      A     \nATOM    339  O   LYS X 745     -11.917  21.180 -36.583  1.00 19.03      A     \nATOM    340  CB  LYS X 745     -11.351  19.953 -34.043  1.00 20.48      A     \nATOM    341  CG  LYS X 745     -11.376  21.245 -33.239  1.00 19.11      A     \nATOM    342  CD  LYS X 745     -10.325  21.234 -32.136  1.00 20.03      A     \nATOM    343  CE  LYS X 745      -8.928  21.057 -32.702  1.00 19.85      A     \nATOM    344  NZ  LYS X 745      -7.882  21.258 -31.657  1.00 21.27      A     \nATOM    345  N   GLU X 746     -14.071  21.293 -35.951  1.00 23.27      A     \nATOM    346  CA  GLU X 746     -14.383  22.382 -36.865  1.00 24.57      A     \nATOM    347  C   GLU X 746     -14.314  23.706 -36.117  1.00 25.96      A     \nATOM    348  O   GLU X 746     -15.072  23.938 -35.176  1.00 26.26      A     \nATOM    349  CB  GLU X 746     -15.779  22.191 -37.466  1.00 26.59      A     \nATOM    350  CG  GLU X 746     -16.122  23.201 -38.553  1.00 27.21      A     \nATOM    351  CD  GLU X 746     -17.320  22.783 -39.386  1.00 28.39      A     \nATOM    352  OE1 GLU X 746     -17.262  22.927 -40.626  1.00 29.43      A     \nATOM    353  OE2 GLU X 746     -18.319  22.310 -38.805  1.00 28.35      A     \nATOM    354  N   LEU X 747     -13.398  24.568 -36.544  1.00 27.76      A     \nATOM    355  CA  LEU X 747     -13.142  25.827 -35.858  1.00 30.13      A     \nATOM    356  C   LEU X 747     -14.138  26.894 -36.297  1.00 32.44      A     \nATOM    357  O   LEU X 747     -14.659  26.848 -37.411  1.00 32.79      A     \nATOM    358  CB  LEU X 747     -11.718  26.301 -36.153  1.00 29.86      A     \nATOM    359  CG  LEU X 747     -10.602  25.285 -35.891  1.00 29.63      A     \nATOM    360  CD1 LEU X 747      -9.263  25.890 -36.272  1.00 29.79      A     \nATOM    361  CD2 LEU X 747     -10.612  24.876 -34.428  1.00 30.05      A     \nATOM    362  N   ARG X 748     -14.400  27.855 -35.417  1.00 34.92      A     \nATOM    363  CA  ARG X 748     -15.313  28.946 -35.735  1.00 37.07      A     \nATOM    364  C   ARG X 748     -14.581  30.073 -36.454  1.00 37.70      A     \nATOM    365  O   ARG X 748     -13.403  29.947 -36.791  1.00 38.53      A     \nATOM    366  CB  ARG X 748     -15.961  29.488 -34.460  1.00 38.72      A     \nATOM    367  CG  ARG X 748     -14.979  30.077 -33.464  1.00 40.77      A     \nATOM    368  CD  ARG X 748     -15.692  30.958 -32.450  1.00 42.80      A     \nATOM    369  NE  ARG X 748     -16.282  32.139 -33.072  1.00 45.11      A     \nATOM    370  CZ  ARG X 748     -15.628  33.277 -33.280  1.00 46.22      A     \nATOM    371  NH1 ARG X 748     -14.358  33.391 -32.915  1.00 46.76      A     \nATOM    372  NH2 ARG X 748     -16.243  34.302 -33.854  1.00 47.06      A     \nATOM    373  N   PRO X 753     -10.447  35.829 -42.380  1.00 35.46      A     \nATOM    374  CA  PRO X 753      -9.689  34.581 -42.238  1.00 34.71      A     \nATOM    375  C   PRO X 753      -8.239  34.729 -42.692  1.00 33.89      A     \nATOM    376  O   PRO X 753      -7.930  35.561 -43.544  1.00 34.03      A     \nATOM    377  CB  PRO X 753     -10.459  33.590 -43.111  1.00 35.55      A     \nATOM    378  CG  PRO X 753     -11.840  34.153 -43.187  1.00 36.16      A     \nATOM    379  CD  PRO X 753     -11.660  35.643 -43.193  1.00 35.41      A     \nATOM    380  N   LYS X 754      -7.355  33.921 -42.118  1.00 32.27      A     \nATOM    381  CA  LYS X 754      -5.969  33.877 -42.564  1.00 30.77      A     \nATOM    382  C   LYS X 754      -5.897  33.236 -43.945  1.00 29.29      A     \nATOM    383  O   LYS X 754      -6.848  32.592 -44.390  1.00 29.41      A     \nATOM    384  CB  LYS X 754      -5.118  33.073 -41.578  1.00 31.47      A     \nATOM    385  CG  LYS X 754      -5.003  33.702 -40.201  1.00 32.85      A     \nATOM    386  CD  LYS X 754      -4.196  32.825 -39.257  1.00 34.43      A     \nATOM    387  CE  LYS X 754      -4.033  33.485 -37.897  1.00 35.99      A     \nATOM    388  NZ  LYS X 754      -3.231  32.646 -36.965  1.00 38.06      A     \nATOM    389  N   ALA X 755      -4.770  33.417 -44.623  1.00 27.36      A     \nATOM    390  CA  ALA X 755      -4.562  32.796 -45.924  1.00 26.39      A     \nATOM    391  C   ALA X 755      -4.484  31.285 -45.752  1.00 26.49      A     \nATOM    392  O   ALA X 755      -4.059  30.795 -44.706  1.00 25.86      A     \nATOM    393  CB  ALA X 755      -3.280  33.318 -46.553  1.00 25.63      A     \nATOM    394  N   ASN X 756      -4.893  30.548 -46.779  1.00 26.73      A     \nATOM    395  CA  ASN X 756      -4.871  29.092 -46.710  1.00 26.90      A     \nATOM    396  C   ASN X 756      -3.472  28.578 -46.397  1.00 26.61      A     \nATOM    397  O   ASN X 756      -3.311  27.620 -45.642  1.00 25.54      A     \nATOM    398  CB  ASN X 756      -5.355  28.486 -48.029  1.00 28.54      A     \nATOM    399  CG  ASN X 756      -6.853  28.610 -48.210  1.00 29.16      A     \nATOM    400  OD1 ASN X 756      -7.571  29.003 -47.290  1.00 32.08      A     \nATOM    401  ND2 ASN X 756      -7.335  28.272 -49.401  1.00 33.12      A     \nATOM    402  N   LYS X 757      -2.460  29.222 -46.970  1.00 26.14      A     \nATOM    403  CA  LYS X 757      -1.084  28.774 -46.792  1.00 26.70      A     \nATOM    404  C   LYS X 757      -0.622  28.951 -45.348  1.00 26.04      A     \nATOM    405  O   LYS X 757       0.143  28.137 -44.831  1.00 25.84      A     \nATOM    406  CB  LYS X 757      -0.148  29.536 -47.732  1.00 28.76      A     \nATOM    407  CG  LYS X 757       1.270  28.990 -47.752  1.00 31.15      A     \nATOM    408  CD  LYS X 757       2.110  29.649 -48.833  1.00 34.49      A     \nATOM    409  CE  LYS X 757       3.448  28.943 -48.989  1.00 35.80      A     \nATOM    410  NZ  LYS X 757       4.202  28.887 -47.705  1.00 37.69      A     \nATOM    411  N   GLU X 758      -1.090  30.010 -44.695  1.00 25.67      A     \nATOM    412  CA  GLU X 758      -0.789  30.218 -43.282  1.00 25.18      A     \nATOM    413  C   GLU X 758      -1.401  29.114 -42.432  1.00 25.37      A     \nATOM    414  O   GLU X 758      -0.765  28.593 -41.516  1.00 25.83      A     \nATOM    415  CB  GLU X 758      -1.337  31.563 -42.807  1.00 24.82      A     \nATOM    416  CG  GLU X 758      -0.600  32.773 -43.338  1.00 23.88      A     \nATOM    417  CD  GLU X 758      -1.131  34.064 -42.746  1.00 24.30      A     \nATOM    418  OE1 GLU X 758      -2.334  34.352 -42.930  1.00 24.90      A     \nATOM    419  OE2 GLU X 758      -0.350  34.784 -42.092  1.00 24.42      A     \nATOM    420  N   ILE X 759      -2.646  28.768 -42.739  1.00 25.71      A     \nATOM    421  CA  ILE X 759      -3.361  27.751 -41.983  1.00 26.50      A     \nATOM    422  C   ILE X 759      -2.695  26.393 -42.165  1.00 27.75      A     \nATOM    423  O   ILE X 759      -2.547  25.632 -41.209  1.00 27.69      A     \nATOM    424  CB  ILE X 759      -4.832  27.662 -42.438  1.00 25.76      A     \nATOM    425  CG1 ILE X 759      -5.525  29.007 -42.204  1.00 25.22      A     \nATOM    426  CG2 ILE X 759      -5.548  26.555 -41.679  1.00 26.09      A     \nATOM    427  CD1 ILE X 759      -6.954  29.058 -42.697  1.00 25.27      A     \nATOM    428  N   LEU X 760      -2.283  26.100 -43.394  1.00 28.64      A     \nATOM    429  CA  LEU X 760      -1.632  24.831 -43.693  1.00 30.17      A     \nATOM    430  C   LEU X 760      -0.262  24.742 -43.030  1.00 32.03      A     \nATOM    431  O   LEU X 760       0.164  23.665 -42.614  1.00 31.78      A     \nATOM    432  CB  LEU X 760      -1.489  24.655 -45.206  1.00 29.26      A     \nATOM    433  CG  LEU X 760      -2.803  24.539 -45.980  1.00 29.69      A     \nATOM    434  CD1 LEU X 760      -2.515  24.403 -47.466  1.00 29.68      A     \nATOM    435  CD2 LEU X 760      -3.587  23.337 -45.473  1.00 29.91      A     \nATOM    436  N   ASP X 761       0.425  25.875 -42.929  1.00 33.88      A     \nATOM    437  CA  ASP X 761       1.729  25.911 -42.276  1.00 35.50      A     \nATOM    438  C   ASP X 761       1.597  25.658 -40.778  1.00 35.75      A     \nATOM    439  O   ASP X 761       2.439  24.990 -40.176  1.00 36.21      A     \nATOM    440  CB  ASP X 761       2.407  27.263 -42.514  1.00 37.55      A     \nATOM    441  CG  ASP X 761       2.865  27.438 -43.949  1.00 39.20      A     \nATOM    442  OD1 ASP X 761       2.884  26.437 -44.696  1.00 41.16      A     \nATOM    443  OD2 ASP X 761       3.208  28.578 -44.329  1.00 41.13      A     \nATOM    444  N   GLU X 762       0.536  26.188 -40.179  1.00 35.42      A     \nATOM    445  CA  GLU X 762       0.270  25.951 -38.765  1.00 35.54      A     \nATOM    446  C   GLU X 762      -0.154  24.504 -38.541  1.00 34.83      A     \nATOM    447  O   GLU X 762       0.116  23.923 -37.490  1.00 34.22      A     \nATOM    448  CB  GLU X 762      -0.828  26.892 -38.265  1.00 36.96      A     \nATOM    449  CG  GLU X 762      -0.476  28.366 -38.361  1.00 39.60      A     \nATOM    450  CD  GLU X 762      -1.502  29.253 -37.684  1.00 41.09      A     \nATOM    451  OE1 GLU X 762      -2.432  28.710 -37.051  1.00 41.86      A     \nATOM    452  OE2 GLU X 762      -1.378  30.492 -37.785  1.00 42.55      A     \nATOM    453  N   ALA X 763      -0.819  23.928 -39.537  1.00 33.60      A     \nATOM    454  CA  ALA X 763      -1.265  22.543 -39.462  1.00 32.82      A     \nATOM    455  C   ALA X 763      -0.087  21.603 -39.684  1.00 32.99      A     \nATOM    456  O   ALA X 763      -0.038  20.509 -39.121  1.00 31.49      A     \nATOM    457  CB  ALA X 763      -2.347  22.287 -40.504  1.00 31.60      A     \nATOM    458  N   TYR X 764       0.861  22.038 -40.508  1.00 34.53      A     \nATOM    459  CA  TYR X 764       2.063  21.258 -40.776  1.00 36.30      A     \nATOM    460  C   TYR X 764       2.835  21.006 -39.486  1.00 36.50      A     \nATOM    461  O   TYR X 764       3.147  19.863 -39.150  1.00 36.78      A     \nATOM    462  CB  TYR X 764       2.955  21.998 -41.776  1.00 38.59      A     \nATOM    463  CG  TYR X 764       4.340  21.409 -41.923  1.00 41.03      A     \nATOM    464  CD1 TYR X 764       4.599  20.416 -42.860  1.00 42.13      A     \nATOM    465  CD2 TYR X 764       5.391  21.849 -41.128  1.00 42.29      A     \nATOM    466  CE1 TYR X 764       5.867  19.877 -43.000  1.00 42.76      A     \nATOM    467  CE2 TYR X 764       6.660  21.317 -41.260  1.00 43.33      A     \nATOM    468  CZ  TYR X 764       6.893  20.333 -42.197  1.00 43.46      A     \nATOM    469  OH  TYR X 764       8.156  19.804 -42.330  1.00 45.21      A     \nATOM    470  N   VAL X 765       3.139  22.080 -38.765  1.00 36.00      A     \nATOM    471  CA  VAL X 765       3.854  21.975 -37.500  1.00 35.24      A     \nATOM    472  C   VAL X 765       3.024  21.174 -36.505  1.00 34.11      A     \nATOM    473  O   VAL X 765       3.562  20.449 -35.668  1.00 35.01      A     \nATOM    474  CB  VAL X 765       4.134  23.370 -36.902  1.00 35.63      A     \nATOM    475  CG1 VAL X 765       4.898  23.231 -35.597  1.00 36.03      A     \nATOM    476  CG2 VAL X 765       4.919  24.212 -37.894  1.00 36.91      A     \nATOM    477  N   MET X 766       1.707  21.306 -36.610  1.00 32.86      A     \nATOM    478  CA  MET X 766       0.786  20.635 -35.702  1.00 29.45      A     \nATOM    479  C   MET X 766       0.791  19.127 -35.944  1.00 27.39      A     \nATOM    480  O   MET X 766       0.694  18.336 -35.005  1.00 27.59      A     \nATOM    481  CB  MET X 766      -0.626  21.194 -35.900  1.00 33.00      A     \nATOM    482  CG  MET X 766      -1.652  20.713 -34.889  1.00 35.03      A     \nATOM    483  SD  MET X 766      -3.178  21.684 -34.958  1.00 39.15      A     \nATOM    484  CE  MET X 766      -2.562  23.320 -34.548  1.00 38.02      A     \nATOM    485  N  AALA X 767       0.914  18.737 -37.209  0.60 24.96      A     \nATOM    486  CA AALA X 767       0.876  17.329 -37.587  0.60 22.46      A     \nATOM    487  C  AALA X 767       2.191  16.625 -37.261  0.60 21.11      A     \nATOM    488  O  AALA X 767       2.251  15.396 -37.217  0.60 20.66      A     \nATOM    489  CB AALA X 767       0.568  17.200 -39.076  0.60 22.23      A     \nATOM    490  N  BALA X 767       0.912  18.736 -37.209  0.40 25.29      A     \nATOM    491  CA BALA X 767       0.876  17.328 -37.585  0.40 22.99      A     \nATOM    492  C  BALA X 767       2.189  16.625 -37.253  0.40 21.63      A     \nATOM    493  O  BALA X 767       2.247  15.396 -37.198  0.40 21.26      A     \nATOM    494  CB BALA X 767       0.574  17.197 -39.075  0.40 22.93      A     \nATOM    495  N   SER X 768       3.240  17.408 -37.033  1.00 20.25      A     \nATOM    496  CA  SER X 768       4.557  16.855 -36.739  1.00 19.83      A     \nATOM    497  C   SER X 768       4.673  16.461 -35.271  1.00 19.38      A     \nATOM    498  O   SER X 768       5.639  15.810 -34.871  1.00 18.52      A     \nATOM    499  CB  SER X 768       5.651  17.870 -37.074  1.00 22.50      A     \nATOM    500  OG  SER X 768       5.629  18.957 -36.166  1.00 24.69      A     \nATOM    501  N   VAL X 769       3.692  16.870 -34.472  1.00 18.53      A     \nATOM    502  CA  VAL X 769       3.655  16.504 -33.061  1.00 18.68      A     \nATOM    503  C   VAL X 769       3.258  15.039 -32.937  1.00 17.70      A     \nATOM    504  O   VAL X 769       2.089  14.684 -33.100  1.00 18.49      A     \nATOM    505  CB  VAL X 769       2.647  17.383 -32.287  1.00 20.25      A     \nATOM    506  CG1 VAL X 769       2.562  16.931 -30.835  1.00 22.65      A     \nATOM    507  CG2 VAL X 769       3.074  18.841 -32.362  1.00 22.64      A     \nATOM    508  N   ASP X 770       4.247  14.196 -32.651  1.00 15.08      A     \nATOM    509  CA  ASP X 770       4.083  12.747 -32.694  1.00 15.49      A     \nATOM    510  C   ASP X 770       4.593  12.129 -31.392  1.00 14.61      A     \nATOM    511  O   ASP X 770       5.779  11.826 -31.259  1.00 15.24      A     \nATOM    512  CB  ASP X 770       4.869  12.185 -33.885  1.00 15.94      A     \nATOM    513  CG  ASP X 770       4.601  10.715 -34.128  1.00 18.25      A     \nATOM    514  OD1 ASP X 770       3.740  10.137 -33.438  1.00 17.19      A     \nATOM    515  OD2 ASP X 770       5.261  10.138 -35.020  1.00 18.30      A     \nATOM    516  N   ASN X 771       3.687  11.945 -30.437  1.00 13.11      A     \nATOM    517  CA  ASN X 771       4.033  11.422 -29.119  1.00 13.08      A     \nATOM    518  C   ASN X 771       2.840  10.636 -28.584  1.00 12.51      A     \nATOM    519  O   ASN X 771       1.690  10.996 -28.830  1.00 12.73      A     \nATOM    520  CB  ASN X 771       4.368  12.581 -28.173  1.00 12.85      A     \nATOM    521  CG  ASN X 771       4.711  12.114 -26.772  1.00 13.39      A     \nATOM    522  OD1 ASN X 771       3.851  12.075 -25.893  1.00 14.47      A     \nATOM    523  ND2 ASN X 771       5.974  11.759 -26.558  1.00 14.83      A     \nATOM    524  N   PRO X 772       3.096   9.541 -27.855  1.00 12.83      A     \nATOM    525  CA  PRO X 772       2.004   8.705 -27.345  1.00 13.17      A     \nATOM    526  C   PRO X 772       1.022   9.438 -26.436  1.00 11.92      A     \nATOM    527  O   PRO X 772      -0.097   8.969 -26.218  1.00 12.94      A     \nATOM    528  CB  PRO X 772       2.726   7.580 -26.607  1.00 13.14      A     \nATOM    529  CG  PRO X 772       4.066   7.507 -27.274  1.00 16.81      A     \nATOM    530  CD  PRO X 772       4.414   8.935 -27.597  1.00 13.80      A     \nATOM    531  N   HIS X 773       1.427  10.587 -25.903  1.00 11.58      A     \nATOM    532  CA  HIS X 773       0.574  11.266 -24.939  1.00 11.65      A     \nATOM    533  C   HIS X 773       0.175  12.671 -25.350  1.00 10.89      A     \nATOM    534  O   HIS X 773      -0.171  13.507 -24.514  1.00 11.53      A     \nATOM    535  CB  HIS X 773       1.247  11.239 -23.569  1.00 12.52      A     \nATOM    536  CG  HIS X 773       1.537   9.848 -23.102  1.00 13.26      A     \nATOM    537  ND1 HIS X 773       0.539   8.936 -22.835  1.00 15.06      A     \nATOM    538  CD2 HIS X 773       2.706   9.180 -22.958  1.00 13.44      A     \nATOM    539  CE1 HIS X 773       1.080   7.765 -22.552  1.00 14.62      A     \nATOM    540  NE2 HIS X 773       2.394   7.886 -22.620  1.00 14.72      A     \nATOM    541  N   VAL X 774       0.209  12.914 -26.656  1.00 11.69      A     \nATOM    542  CA  VAL X 774      -0.371  14.120 -27.234  1.00 12.29      A     \nATOM    543  C   VAL X 774      -1.223  13.710 -28.432  1.00 12.58      A     \nATOM    544  O   VAL X 774      -0.797  12.901 -29.257  1.00 12.59      A     \nATOM    545  CB  VAL X 774       0.722  15.104 -27.707  1.00 12.54      A     \nATOM    546  CG1 VAL X 774       0.081  16.386 -28.223  1.00 14.22      A     \nATOM    547  CG2 VAL X 774       1.679  15.410 -26.562  1.00 13.99      A     \nATOM    548  N   CYS X 775      -2.430  14.258 -28.523  1.00 12.58      A     \nATOM    549  CA  CYS X 775      -3.327  13.946 -29.629  1.00 13.39      A     \nATOM    550  C   CYS X 775      -2.783  14.476 -30.944  1.00 13.30      A     \nATOM    551  O   CYS X 775      -2.373  15.632 -31.037  1.00 15.17      A     \nATOM    552  CB  CYS X 775      -4.707  14.546 -29.376  1.00 14.16      A     \nATOM    553  SG  CYS X 775      -5.614  13.724 -28.069  1.00 16.06      A     \nATOM    554  N   ARG X 776      -2.790  13.627 -31.966  1.00 13.59      A     \nATOM    555  CA  ARG X 776      -2.179  13.987 -33.236  1.00 14.60      A     \nATOM    556  C   ARG X 776      -3.205  14.482 -34.247  1.00 14.06      A     \nATOM    557  O   ARG X 776      -4.334  13.990 -34.302  1.00 14.69      A     \nATOM    558  CB  ARG X 776      -1.416  12.793 -33.815  1.00 17.57      A     \nATOM    559  CG  ARG X 776      -0.559  13.149 -35.024  1.00 19.92      A     \nATOM    560  CD  ARG X 776       0.602  12.182 -35.199  1.00 22.25      A     \nATOM    561  NE  ARG X 776       0.156  10.794 -35.236  1.00 24.01      A     \nATOM    562  CZ  ARG X 776      -0.135  10.130 -36.350  1.00 24.56      A     \nATOM    563  NH1 ARG X 776      -0.025  10.728 -37.528  1.00 24.94      A     \nATOM    564  NH2 ARG X 776      -0.537   8.869 -36.286  1.00 25.22      A     \nATOM    565  N   LEU X 777      -2.792  15.470 -35.033  1.00 14.98      A     \nATOM    566  CA  LEU X 777      -3.551  15.923 -36.190  1.00 14.34      A     \nATOM    567  C   LEU X 777      -3.247  14.989 -37.354  1.00 15.33      A     \nATOM    568  O   LEU X 777      -2.085  14.790 -37.712  1.00 17.18      A     \nATOM    569  CB  LEU X 777      -3.142  17.351 -36.559  1.00 17.71      A     \nATOM    570  CG  LEU X 777      -3.818  17.958 -37.791  1.00 19.62      A     \nATOM    571  CD1 LEU X 777      -5.315  18.040 -37.560  1.00 20.91      A     \nATOM    572  CD2 LEU X 777      -3.243  19.340 -38.063  1.00 24.10      A     \nATOM    573  N   LEU X 778      -4.296  14.415 -37.934  1.00 14.52      A     \nATOM    574  CA  LEU X 778      -4.145  13.443 -39.012  1.00 14.79      A     \nATOM    575  C   LEU X 778      -4.347  14.075 -40.384  1.00 16.72      A     \nATOM    576  O   LEU X 778      -3.770  13.628 -41.378  1.00 17.77      A     \nATOM    577  CB  LEU X 778      -5.146  12.303 -38.826  1.00 15.58      A     \nATOM    578  CG  LEU X 778      -5.077  11.567 -37.486  1.00 14.56      A     \nATOM    579  CD1 LEU X 778      -6.138  10.484 -37.434  1.00 16.62      A     \nATOM    580  CD2 LEU X 778      -3.688  10.970 -37.309  1.00 15.75      A     \nATOM    581  N   GLY X 779      -5.179  15.108 -40.439  1.00 15.05      A     \nATOM    582  CA  GLY X 779      -5.442  15.759 -41.707  1.00 16.31      A     \nATOM    583  C   GLY X 779      -6.215  17.045 -41.516  1.00 16.78      A     \nATOM    584  O   GLY X 779      -6.660  17.357 -40.412  1.00 17.65      A     \nATOM    585  N   ILE X 780      -6.377  17.795 -42.597  1.00 17.62      A     \nATOM    586  CA  ILE X 780      -7.100  19.053 -42.533  1.00 18.83      A     \nATOM    587  C   ILE X 780      -7.907  19.266 -43.803  1.00 19.36      A     \nATOM    588  O   ILE X 780      -7.476  18.900 -44.897  1.00 21.23      A     \nATOM    589  CB  ILE X 780      -6.133  20.240 -42.338  1.00 19.28      A     \nATOM    590  CG1 ILE X 780      -6.922  21.543 -42.205  1.00 20.47      A     \nATOM    591  CG2 ILE X 780      -5.162  20.318 -43.504  1.00 19.36      A     \nATOM    592  CD1 ILE X 780      -6.062  22.736 -41.852  1.00 23.48      A     \nATOM    593  N   CYS X 781      -9.089  19.849 -43.644  1.00 19.81      A     \nATOM    594  CA  CYS X 781      -9.938  20.184 -44.777  1.00 21.41      A     \nATOM    595  C   CYS X 781     -10.253  21.672 -44.738  1.00 23.21      A     \nATOM    596  O   CYS X 781     -10.780  22.176 -43.747  1.00 22.87      A     \nATOM    597  CB  CYS X 781     -11.234  19.375 -44.716  1.00 20.73      A     \nATOM    598  SG  CYS X 781     -12.359  19.675 -46.094  1.00 24.80      A     \nATOM    599  N   LEU X 782      -9.923  22.373 -45.817  1.00 25.96      A     \nATOM    600  CA  LEU X 782     -10.178  23.805 -45.895  1.00 29.32      A     \nATOM    601  C   LEU X 782     -11.311  24.110 -46.866  1.00 31.11      A     \nATOM    602  O   LEU X 782     -11.191  23.883 -48.069  1.00 32.25      A     \nATOM    603  CB  LEU X 782      -8.912  24.547 -46.330  1.00 29.37      A     \nATOM    604  CG  LEU X 782      -7.711  24.427 -45.389  1.00 29.26      A     \nATOM    605  CD1 LEU X 782      -6.553  25.255 -45.922  1.00 30.44      A     \nATOM    606  CD2 LEU X 782      -8.107  24.893 -43.998  1.00 29.65      A     \nATOM    607  N   THR X 783     -12.413  24.619 -46.328  1.00 32.93      A     \nATOM    608  CA  THR X 783     -13.535  25.067 -47.142  1.00 35.07      A     \nATOM    609  C   THR X 783     -13.941  26.466 -46.698  1.00 35.80      A     \nATOM    610  O   THR X 783     -13.120  27.383 -46.682  1.00 36.73      A     \nATOM    611  CB  THR X 783     -14.741  24.121 -46.992  1.00 35.51      A     \nATOM    612  OG1 THR X 783     -15.124  24.045 -45.613  1.00 36.19      A     \nATOM    613  CG2 THR X 783     -14.388  22.728 -47.492  1.00 36.61      A     \nATOM    614  N   SER X 784     -15.209  26.628 -46.335  1.00 36.42      A     \nATOM    615  CA  SER X 784     -15.663  27.864 -45.715  1.00 36.79      A     \nATOM    616  C   SER X 784     -15.219  27.868 -44.257  1.00 36.23      A     \nATOM    617  O   SER X 784     -15.093  28.922 -43.634  1.00 36.46      A     \nATOM    618  CB  SER X 784     -17.188  27.972 -45.796  1.00 37.71      A     \nATOM    619  OG  SER X 784     -17.813  26.884 -45.138  1.00 40.16      A     \nATOM    620  N   THR X 785     -14.983  26.674 -43.722  1.00 35.28      A     \nATOM    621  CA  THR X 785     -14.496  26.520 -42.356  1.00 33.67      A     \nATOM    622  C   THR X 785     -13.214  25.697 -42.346  1.00 32.12      A     \nATOM    623  O   THR X 785     -12.929  24.965 -43.294  1.00 32.83      A     \nATOM    624  CB  THR X 785     -15.532  25.806 -41.471  1.00 34.22      A     \nATOM    625  OG1 THR X 785     -15.756  24.481 -41.972  1.00 34.78      A     \nATOM    626  CG2 THR X 785     -16.845  26.572 -41.468  1.00 34.62      A     \nATOM    627  N   VAL X 786     -12.443  25.822 -41.271  1.00 29.89      A     \nATOM    628  CA  VAL X 786     -11.282  24.966 -41.065  1.00 27.78      A     \nATOM    629  C   VAL X 786     -11.695  23.739 -40.264  1.00 25.52      A     \nATOM    630  O   VAL X 786     -12.212  23.858 -39.154  1.00 24.73      A     \nATOM    631  CB  VAL X 786     -10.170  25.701 -40.292  1.00 28.14      A     \nATOM    632  CG1 VAL X 786      -8.985  24.771 -40.080  1.00 28.77      A     \nATOM    633  CG2 VAL X 786      -9.743  26.945 -41.051  1.00 29.09      A     \nATOM    634  N   GLN X 787     -11.472  22.559 -40.832  1.00 23.85      A     \nATOM    635  CA  GLN X 787     -11.754  21.321 -40.121  1.00 23.06      A     \nATOM    636  C   GLN X 787     -10.483  20.512 -39.901  1.00 21.78      A     \nATOM    637  O   GLN X 787      -9.799  20.132 -40.852  1.00 21.13      A     \nATOM    638  CB  GLN X 787     -12.783  20.487 -40.891  1.00 23.98      A     \nATOM    639  CG  GLN X 787     -14.176  21.102 -40.902  1.00 24.46      A     \nATOM    640  CD  GLN X 787     -15.210  20.205 -41.551  1.00 23.73      A     \nATOM    641  OE1 GLN X 787     -15.848  19.390 -40.885  1.00 26.62      A     \nATOM    642  NE2 GLN X 787     -15.383  20.353 -42.858  1.00 25.81      A     \nATOM    643  N   LEU X 788     -10.173  20.260 -38.634  1.00 20.64      A     \nATOM    644  CA  LEU X 788      -9.001  19.476 -38.274  1.00 18.96      A     \nATOM    645  C   LEU X 788      -9.426  18.059 -37.917  1.00 17.59      A     \nATOM    646  O   LEU X 788     -10.205  17.848 -36.989  1.00 18.81      A     \nATOM    647  CB  LEU X 788      -8.286  20.117 -37.083  1.00 20.17      A     \nATOM    648  CG  LEU X 788      -7.811  21.559 -37.275  1.00 21.69      A     \nATOM    649  CD1 LEU X 788      -7.153  22.054 -35.994  1.00 23.36      A     \nATOM    650  CD2 LEU X 788      -6.838  21.633 -38.438  1.00 23.29      A     \nATOM    651  N   ILE X 789      -8.912  17.089 -38.666  1.00 17.37      A     \nATOM    652  CA  ILE X 789      -9.209  15.688 -38.408  1.00 16.72      A     \nATOM    653  C   ILE X 789      -8.126  15.114 -37.505  1.00 15.21      A     \nATOM    654  O   ILE X 789      -6.946  15.102 -37.858  1.00 14.73      A     \nATOM    655  CB  ILE X 789      -9.280  14.877 -39.726  1.00 18.08      A     \nATOM    656  CG1 ILE X 789     -10.535  15.264 -40.519  1.00 20.89      A     \nATOM    657  CG2 ILE X 789      -9.306  13.392 -39.423  1.00 17.89      A     \nATOM    658  CD1 ILE X 789     -10.568  16.702 -40.985  1.00 24.07      A     \nATOM    659  N  AMET X 790      -8.533  14.646 -36.333  0.50 15.15      A     \nATOM    660  CA AMET X 790      -7.577  14.245 -35.316  0.50 15.06      A     \nATOM    661  C  AMET X 790      -7.887  12.867 -34.768  0.50 14.84      A     \nATOM    662  O  AMET X 790      -8.976  12.331 -34.975  0.50 14.63      A     \nATOM    663  CB AMET X 790      -7.577  15.262 -34.178  0.50 16.06      A     \nATOM    664  CG AMET X 790      -7.300  16.676 -34.637  0.50 16.00      A     \nATOM    665  SD AMET X 790      -7.272  17.823 -33.264  0.50 16.25      A     \nATOM    666  CE AMET X 790      -5.781  17.292 -32.415  0.50 17.73      A     \nATOM    667  N  BMET X 790      -8.548  14.661 -36.326  0.50 14.66      A     \nATOM    668  CA BMET X 790      -7.637  14.294 -35.244  0.50 14.33      A     \nATOM    669  C  BMET X 790      -7.862  12.844 -34.824  0.50 14.35      A     \nATOM    670  O  BMET X 790      -8.873  12.238 -35.175  0.50 14.72      A     \nATOM    671  CB BMET X 790      -7.871  15.200 -34.029  0.50 13.85      A     \nATOM    672  CG BMET X 790      -7.957  16.687 -34.343  0.50 15.61      A     \nATOM    673  SD BMET X 790      -6.354  17.511 -34.444  0.50 16.72      A     \nATOM    674  CE BMET X 790      -5.645  17.109 -32.847  0.50 16.80      A     \nATOM    675  N   GLN X 791      -6.917  12.297 -34.063  1.00 13.73      A     \nATOM    676  CA  GLN X 791      -7.122  11.024 -33.389  1.00 14.38      A     \nATOM    677  C   GLN X 791      -8.337  11.121 -32.480  1.00 14.55      A     \nATOM    678  O   GLN X 791      -8.498  12.098 -31.743  1.00 15.75      A     \nATOM    679  CB  GLN X 791      -5.895  10.661 -32.553  1.00 14.37      A     \nATOM    680  CG  GLN X 791      -4.632  10.434 -33.365  1.00 15.95      A     \nATOM    681  CD  GLN X 791      -3.416  10.185 -32.492  1.00 17.26      A     \nATOM    682  OE1 GLN X 791      -3.237  10.826 -31.456  1.00 16.63      A     \nATOM    683  NE2 GLN X 791      -2.570   9.250 -32.909  1.00 19.07      A     \nATOM    684  N   LEU X 792      -9.191  10.106 -32.533  1.00 14.41      A     \nATOM    685  CA  LEU X 792     -10.358  10.050 -31.667  1.00 15.02      A     \nATOM    686  C   LEU X 792      -9.993   9.410 -30.334  1.00 14.34      A     \nATOM    687  O   LEU X 792      -9.370   8.348 -30.287  1.00 15.86      A     \nATOM    688  CB  LEU X 792     -11.475   9.244 -32.336  1.00 15.25      A     \nATOM    689  CG  LEU X 792     -12.751   9.028 -31.519  1.00 15.97      A     \nATOM    690  CD1 LEU X 792     -13.440  10.360 -31.268  1.00 16.47      A     \nATOM    691  CD2 LEU X 792     -13.676   8.083 -32.274  1.00 17.70      A     \nATOM    692  N   MET X 793     -10.383  10.068 -29.248  1.00 14.24      A     \nATOM    693  CA  MET X 793     -10.201   9.526 -27.911  1.00 13.66      A     \nATOM    694  C   MET X 793     -11.565   9.077 -27.395  1.00 13.45      A     \nATOM    695  O   MET X 793     -12.361   9.889 -26.918  1.00 14.92      A     \nATOM    696  CB  MET X 793      -9.605  10.599 -26.996  1.00 14.64      A     \nATOM    697  CG  MET X 793      -8.270  11.146 -27.486  1.00 13.77      A     \nATOM    698  SD  MET X 793      -6.948   9.923 -27.392  1.00 15.84      A     \nATOM    699  CE  MET X 793      -6.559   9.698 -29.122  1.00 17.69      A     \nATOM    700  N   PRO X 794     -11.852   7.770 -27.491  1.00 14.60      A     \nATOM    701  CA  PRO X 794     -13.211   7.239 -27.329  1.00 15.40      A     \nATOM    702  C   PRO X 794     -13.848   7.467 -25.960  1.00 15.31      A     \nATOM    703  O   PRO X 794     -15.070   7.403 -25.824  1.00 17.19      A     \nATOM    704  CB  PRO X 794     -13.057   5.748 -27.637  1.00 17.22      A     \nATOM    705  CG  PRO X 794     -11.821   5.654 -28.453  1.00 18.12      A     \nATOM    706  CD  PRO X 794     -10.909   6.723 -27.919  1.00 16.24      A     \nATOM    707  N   PHE X 795     -13.031   7.722 -24.943  1.00 14.60      A     \nATOM    708  CA  PHE X 795     -13.553   7.860 -23.587  1.00 15.42      A     \nATOM    709  C   PHE X 795     -13.686   9.310 -23.125  1.00 14.01      A     \nATOM    710  O   PHE X 795     -14.050   9.568 -21.977  1.00 16.44      A     \nATOM    711  CB  PHE X 795     -12.681   7.076 -22.601  1.00 15.72      A     \nATOM    712  CG  PHE X 795     -12.822   5.585 -22.724  1.00 17.98      A     \nATOM    713  CD1 PHE X 795     -12.021   4.870 -23.599  1.00 17.90      A     \nATOM    714  CD2 PHE X 795     -13.766   4.900 -21.975  1.00 19.77      A     \nATOM    715  CE1 PHE X 795     -12.160   3.499 -23.729  1.00 18.52      A     \nATOM    716  CE2 PHE X 795     -13.910   3.527 -22.099  1.00 20.56      A     \nATOM    717  CZ  PHE X 795     -13.105   2.827 -22.978  1.00 20.02      A     \nATOM    718  N   GLY X 796     -13.396  10.255 -24.014  1.00 13.67      A     \nATOM    719  CA  GLY X 796     -13.641  11.652 -23.698  1.00 13.82      A     \nATOM    720  C   GLY X 796     -12.622  12.287 -22.773  1.00 13.00      A     \nATOM    721  O   GLY X 796     -11.528  11.760 -22.584  1.00 14.92      A     \nATOM    722  N   CYS X 797     -12.978  13.429 -22.192  1.00 12.16      A     \nATOM    723  CA  CYS X 797     -12.039  14.158 -21.353  1.00 13.17      A     \nATOM    724  C   CYS X 797     -11.828  13.466 -20.015  1.00 12.32      A     \nATOM    725  O   CYS X 797     -12.738  12.849 -19.461  1.00 12.56      A     \nATOM    726  CB  CYS X 797     -12.515  15.599 -21.126  1.00 13.96      A     \nATOM    727  SG  CYS X 797     -14.083  15.686 -20.243  1.00 13.93      A     \nATOM    728  N   LEU X 798     -10.608  13.571 -19.504  1.00 11.24      A     \nATOM    729  CA  LEU X 798     -10.240  12.908 -18.268  1.00 11.36      A     \nATOM    730  C   LEU X 798     -11.002  13.476 -17.071  1.00 10.36      A     \nATOM    731  O   LEU X 798     -11.294  12.751 -16.126  1.00 11.81      A     \nATOM    732  CB  LEU X 798      -8.728  13.026 -18.048  1.00 11.82      A     \nATOM    733  CG  LEU X 798      -8.133  12.285 -16.850  1.00 12.00      A     \nATOM    734  CD1 LEU X 798      -8.532  10.821 -16.882  1.00 12.81      A     \nATOM    735  CD2 LEU X 798      -6.620  12.418 -16.886  1.00 12.50      A     \nATOM    736  N   LEU X 799     -11.338  14.763 -17.120  1.00 11.53      A     \nATOM    737  CA  LEU X 799     -12.118  15.376 -16.048  1.00 11.26      A     \nATOM    738  C   LEU X 799     -13.426  14.620 -15.827  1.00 11.86      A     \nATOM    739  O   LEU X 799     -13.740  14.226 -14.706  1.00 12.07      A     \nATOM    740  CB  LEU X 799     -12.427  16.839 -16.374  1.00 12.05      A     \nATOM    741  CG  LEU X 799     -13.301  17.563 -15.342  1.00 10.58      A     \nATOM    742  CD1 LEU X 799     -12.573  17.619 -14.001  1.00 11.96      A     \nATOM    743  CD2 LEU X 799     -13.633  18.962 -15.836  1.00 12.88      A     \nATOM    744  N   ASP X 800     -14.179  14.407 -16.902  1.00 12.09      A     \nATOM    745  CA  ASP X 800     -15.455  13.706 -16.793  1.00 12.67      A     \nATOM    746  C   ASP X 800     -15.244  12.244 -16.435  1.00 13.69      A     \nATOM    747  O   ASP X 800     -16.057  11.643 -15.735  1.00 13.72      A     \nATOM    748  CB  ASP X 800     -16.230  13.792 -18.106  1.00 15.02      A     \nATOM    749  CG  ASP X 800     -16.825  15.159 -18.343  1.00 18.89      A     \nATOM    750  OD1 ASP X 800     -17.303  15.405 -19.471  1.00 20.65      A     \nATOM    751  OD2 ASP X 800     -16.818  15.983 -17.404  1.00 20.01      A     \nATOM    752  N   TYR X 801     -14.146  11.668 -16.915  1.00 12.54      A     \nATOM    753  CA  TYR X 801     -13.880  10.261 -16.663  1.00 12.48      A     \nATOM    754  C   TYR X 801     -13.662   9.982 -15.178  1.00 12.76      A     \nATOM    755  O   TYR X 801     -14.229   9.034 -14.634  1.00 13.88      A     \nATOM    756  CB  TYR X 801     -12.659   9.796 -17.465  1.00 14.71      A     \nATOM    757  CG  TYR X 801     -12.447   8.301 -17.405  1.00 14.82      A     \nATOM    758  CD1 TYR X 801     -11.665   7.729 -16.409  1.00 15.61      A     \nATOM    759  CD2 TYR X 801     -13.064   7.455 -18.319  1.00 17.11      A     \nATOM    760  CE1 TYR X 801     -11.509   6.358 -16.320  1.00 17.08      A     \nATOM    761  CE2 TYR X 801     -12.914   6.082 -18.237  1.00 16.81      A     \nATOM    762  CZ  TYR X 801     -12.138   5.541 -17.236  1.00 17.65      A     \nATOM    763  OH  TYR X 801     -12.007   4.173 -17.139  1.00 20.77      A     \nATOM    764  N   VAL X 802     -12.846  10.797 -14.513  1.00 12.56      A     \nATOM    765  CA  VAL X 802     -12.588  10.567 -13.095  1.00 12.43      A     \nATOM    766  C   VAL X 802     -13.817  10.882 -12.244  1.00 12.75      A     \nATOM    767  O   VAL X 802     -14.016  10.277 -11.191  1.00 14.39      A     \nATOM    768  CB  VAL X 802     -11.367  11.389 -12.572  1.00 12.23      A     \nATOM    769  CG1 VAL X 802     -10.111  11.002 -13.345  1.00 15.35      A     \nATOM    770  CG2 VAL X 802     -11.633  12.881 -12.679  1.00 13.40      A     \nATOM    771  N   ARG X 803     -14.651  11.811 -12.702  1.00 12.39      A     \nATOM    772  CA  ARG X 803     -15.908  12.079 -12.009  1.00 13.34      A     \nATOM    773  C   ARG X 803     -16.868  10.900 -12.140  1.00 14.51      A     \nATOM    774  O   ARG X 803     -17.542  10.528 -11.179  1.00 15.23      A     \nATOM    775  CB  ARG X 803     -16.569  13.342 -12.565  1.00 13.10      A     \nATOM    776  CG  ARG X 803     -15.821  14.624 -12.241  1.00 12.93      A     \nATOM    777  CD  ARG X 803     -16.468  15.825 -12.903  1.00 13.26      A     \nATOM    778  NE  ARG X 803     -15.886  17.073 -12.420  1.00 12.96      A     \nATOM    779  CZ  ARG X 803     -16.227  18.282 -12.852  1.00 14.27      A     \nATOM    780  NH1 ARG X 803     -17.153  18.420 -13.791  1.00 15.59      A     \nATOM    781  NH2 ARG X 803     -15.647  19.356 -12.334  1.00 15.65      A     \nATOM    782  N  AGLU X 804     -16.934  10.313 -13.328  0.50 14.60      A     \nATOM    783  CA AGLU X 804     -17.854   9.210 -13.562  0.50 15.76      A     \nATOM    784  C  AGLU X 804     -17.414   7.961 -12.805  0.50 16.68      A     \nATOM    785  O  AGLU X 804     -18.230   7.278 -12.184  0.50 16.16      A     \nATOM    786  CB AGLU X 804     -17.939   8.905 -15.058  0.50 16.67      A     \nATOM    787  CG AGLU X 804     -18.878   7.760 -15.399  0.50 17.89      A     \nATOM    788  CD AGLU X 804     -18.971   7.504 -16.889  0.50 19.77      A     \nATOM    789  OE1AGLU X 804     -18.441   8.321 -17.670  0.50 22.50      A     \nATOM    790  OE2AGLU X 804     -19.576   6.483 -17.279  0.50 22.30      A     \nATOM    791  N  BGLU X 804     -16.905  10.300 -13.327  0.50 15.32      A     \nATOM    792  CA BGLU X 804     -17.842   9.219 -13.622  0.50 17.07      A     \nATOM    793  C  BGLU X 804     -17.421   7.871 -13.038  0.50 17.90      A     \nATOM    794  O  BGLU X 804     -18.267   7.021 -12.764  0.50 18.85      A     \nATOM    795  CB BGLU X 804     -18.029   9.081 -15.139  0.50 18.40      A     \nATOM    796  CG BGLU X 804     -18.589  10.325 -15.808  0.50 21.85      A     \nATOM    797  CD BGLU X 804     -19.092  10.076 -17.217  0.50 23.99      A     \nATOM    798  OE1BGLU X 804     -19.096   8.907 -17.655  0.50 24.28      A     \nATOM    799  OE2BGLU X 804     -19.484  11.057 -17.885  0.50 25.61      A     \nATOM    800  N   HIS X 805     -16.118   7.673 -12.849  1.00 16.59      A     \nATOM    801  CA  HIS X 805     -15.608   6.392 -12.367  1.00 18.88      A     \nATOM    802  C   HIS X 805     -14.890   6.489 -11.025  1.00 19.25      A     \nATOM    803  O   HIS X 805     -14.114   5.602 -10.666  1.00 20.78      A     \nATOM    804  CB  HIS X 805     -14.665   5.785 -13.406  1.00 20.93      A     \nATOM    805  CG  HIS X 805     -15.333   5.451 -14.702  1.00 22.52      A     \nATOM    806  ND1 HIS X 805     -15.190   6.222 -15.835  1.00 24.03      A     \nATOM    807  CD2 HIS X 805     -16.160   4.434 -15.040  1.00 24.10      A     \nATOM    808  CE1 HIS X 805     -15.901   5.694 -16.816  1.00 24.90      A     \nATOM    809  NE2 HIS X 805     -16.499   4.609 -16.360  1.00 26.00      A     \nATOM    810  N   LYS X 806     -15.156   7.558 -10.282  1.00 18.75      A     \nATOM    811  CA  LYS X 806     -14.421   7.838  -9.053  1.00 22.80      A     \nATOM    812  C   LYS X 806     -14.423   6.670  -8.071  1.00 24.59      A     \nATOM    813  O   LYS X 806     -13.479   6.500  -7.301  1.00 27.04      A     \nATOM    814  CB  LYS X 806     -14.994   9.084  -8.370  1.00 21.30      A     \nATOM    815  CG  LYS X 806     -16.470   8.989  -8.019  1.00 22.19      A     \nATOM    816  CD  LYS X 806     -16.944  10.258  -7.325  1.00 23.32      A     \nATOM    817  CE  LYS X 806     -18.461  10.308  -7.234  1.00 25.26      A     \nATOM    818  NZ  LYS X 806     -19.097  10.371  -8.580  1.00 26.75      A     \nATOM    819  N   ASP X 807     -15.481   5.866  -8.103  1.00 26.23      A     \nATOM    820  CA  ASP X 807     -15.628   4.760  -7.162  1.00 27.66      A     \nATOM    821  C   ASP X 807     -14.808   3.540  -7.569  1.00 27.47      A     \nATOM    822  O   ASP X 807     -14.641   2.608  -6.780  1.00 27.11      A     \nATOM    823  CB  ASP X 807     -17.102   4.361  -7.043  1.00 30.41      A     \nATOM    824  CG  ASP X 807     -17.962   5.470  -6.471  1.00 33.31      A     \nATOM    825  OD1 ASP X 807     -17.467   6.223  -5.607  1.00 34.84      A     \nATOM    826  OD2 ASP X 807     -19.135   5.586  -6.886  1.00 35.99      A     \nATOM    827  N   ASN X 808     -14.301   3.546  -8.798  1.00 27.07      A     \nATOM    828  CA  ASN X 808     -13.640   2.372  -9.359  1.00 26.51      A     \nATOM    829  C   ASN X 808     -12.235   2.659  -9.885  1.00 25.00      A     \nATOM    830  O   ASN X 808     -11.664   1.847 -10.613  1.00 26.65      A     \nATOM    831  CB  ASN X 808     -14.492   1.785 -10.487  1.00 29.99      A     \nATOM    832  CG  ASN X 808     -15.887   1.414 -10.028  1.00 32.60      A     \nATOM    833  OD1 ASN X 808     -16.874   2.018 -10.452  1.00 35.19      A     \nATOM    834  ND2 ASN X 808     -15.977   0.418  -9.154  1.00 34.03      A     \nATOM    835  N   ILE X 809     -11.681   3.811  -9.522  1.00 22.60      A     \nATOM    836  CA  ILE X 809     -10.332   4.172  -9.945  1.00 19.00      A     \nATOM    837  C   ILE X 809      -9.318   3.962  -8.827  1.00 17.88      A     \nATOM    838  O   ILE X 809      -9.472   4.488  -7.725  1.00 19.83      A     \nATOM    839  CB  ILE X 809     -10.267   5.643 -10.407  1.00 17.66      A     \nATOM    840  CG1 ILE X 809     -11.109   5.829 -11.669  1.00 16.86      A     \nATOM    841  CG2 ILE X 809      -8.826   6.044 -10.675  1.00 18.87      A     \nATOM    842  CD1 ILE X 809     -11.216   7.269 -12.121  1.00 15.71      A     \nATOM    843  N   GLY X 810      -8.277   3.188  -9.116  1.00 17.25      A     \nATOM    844  CA  GLY X 810      -7.278   2.889  -8.109  1.00 16.12      A     \nATOM    845  C   GLY X 810      -6.014   3.714  -8.255  1.00 14.51      A     \nATOM    846  O   GLY X 810      -5.866   4.481  -9.212  1.00 14.97      A     \nATOM    847  N   SER X 811      -5.096   3.552  -7.308  1.00 13.72      A     \nATOM    848  CA  SER X 811      -3.882   4.356  -7.271  1.00 12.90      A     \nATOM    849  C   SER X 811      -3.005   4.146  -8.501  1.00 13.34      A     \nATOM    850  O   SER X 811      -2.334   5.073  -8.954  1.00 13.80      A     \nATOM    851  CB  SER X 811      -3.075   4.045  -6.006  1.00 13.83      A     \nATOM    852  OG  SER X 811      -2.712   2.675  -5.943  1.00 14.59      A     \nATOM    853  N   GLN X 812      -3.010   2.935  -9.048  1.00 13.50      A     \nATOM    854  CA  GLN X 812      -2.149   2.639 -10.184  1.00 13.48      A     \nATOM    855  C   GLN X 812      -2.517   3.497 -11.387  1.00 13.62      A     \nATOM    856  O   GLN X 812      -1.642   4.051 -12.056  1.00 13.44      A     \nATOM    857  CB  GLN X 812      -2.252   1.162 -10.566  1.00 13.84      A     \nATOM    858  CG  GLN X 812      -1.253   0.750 -11.633  1.00 15.65      A     \nATOM    859  CD  GLN X 812       0.179   0.810 -11.132  1.00 17.24      A     \nATOM    860  OE1 GLN X 812       0.651  -0.109 -10.464  1.00 18.93      A     \nATOM    861  NE2 GLN X 812       0.879   1.896 -11.450  1.00 17.00      A     \nATOM    862  N   TYR X 813      -3.812   3.603 -11.666  1.00 13.44      A     \nATOM    863  CA  TYR X 813      -4.274   4.398 -12.796  1.00 12.90      A     \nATOM    864  C   TYR X 813      -3.969   5.880 -12.607  1.00 12.71      A     \nATOM    865  O   TYR X 813      -3.482   6.539 -13.526  1.00 12.18      A     \nATOM    866  CB  TYR X 813      -5.777   4.199 -13.010  1.00 16.33      A     \nATOM    867  CG  TYR X 813      -6.114   2.942 -13.782  1.00 19.59      A     \nATOM    868  CD1 TYR X 813      -6.009   1.691 -13.193  1.00 22.89      A     \nATOM    869  CD2 TYR X 813      -6.530   3.009 -15.104  1.00 22.29      A     \nATOM    870  CE1 TYR X 813      -6.308   0.539 -13.899  1.00 24.83      A     \nATOM    871  CE2 TYR X 813      -6.832   1.863 -15.819  1.00 25.00      A     \nATOM    872  CZ  TYR X 813      -6.719   0.632 -15.211  1.00 24.99      A     \nATOM    873  OH  TYR X 813      -7.018  -0.513 -15.919  1.00 27.31      A     \nATOM    874  N   LEU X 814      -4.242   6.402 -11.416  1.00 11.72      A     \nATOM    875  CA  LEU X 814      -4.023   7.819 -11.153  1.00 11.53      A     \nATOM    876  C   LEU X 814      -2.562   8.207 -11.330  1.00 11.80      A     \nATOM    877  O   LEU X 814      -2.255   9.198 -11.991  1.00 11.22      A     \nATOM    878  CB  LEU X 814      -4.491   8.174  -9.741  1.00 11.35      A     \nATOM    879  CG  LEU X 814      -6.011   8.278  -9.595  1.00 12.36      A     \nATOM    880  CD1 LEU X 814      -6.396   8.145  -8.132  1.00 13.76      A     \nATOM    881  CD2 LEU X 814      -6.488   9.605 -10.170  1.00 13.64      A     \nATOM    882  N   LEU X 815      -1.656   7.428 -10.752  1.00 11.35      A     \nATOM    883  CA  LEU X 815      -0.243   7.748 -10.862  1.00 11.34      A     \nATOM    884  C   LEU X 815       0.270   7.543 -12.285  1.00 10.80      A     \nATOM    885  O   LEU X 815       1.093   8.320 -12.766  1.00 12.26      A     \nATOM    886  CB  LEU X 815       0.569   6.919  -9.862  1.00 11.17      A     \nATOM    887  CG  LEU X 815       0.309   7.326  -8.403  1.00 12.29      A     \nATOM    888  CD1 LEU X 815       0.897   6.291  -7.459  1.00 12.49      A     \nATOM    889  CD2 LEU X 815       0.900   8.707  -8.134  1.00 14.06      A     \nATOM    890  N   ASN X 816      -0.228   6.517 -12.970  1.00 10.93      A     \nATOM    891  CA  ASN X 816       0.151   6.301 -14.362  1.00 12.04      A     \nATOM    892  C   ASN X 816      -0.257   7.501 -15.217  1.00 11.77      A     \nATOM    893  O   ASN X 816       0.509   7.944 -16.074  1.00 12.08      A     \nATOM    894  CB  ASN X 816      -0.501   5.026 -14.915  1.00 13.02      A     \nATOM    895  CG  ASN X 816       0.227   3.758 -14.498  1.00 14.87      A     \nATOM    896  OD1 ASN X 816      -0.209   2.649 -14.820  1.00 19.18      A     \nATOM    897  ND2 ASN X 816       1.338   3.910 -13.792  1.00 13.69      A     \nATOM    898  N   TRP X 817      -1.453   8.035 -14.981  1.00 11.39      A     \nATOM    899  CA  TRP X 817      -1.905   9.204 -15.734  1.00 11.29      A     \nATOM    900  C   TRP X 817      -1.001  10.403 -15.485  1.00 11.48      A     \nATOM    901  O   TRP X 817      -0.716  11.174 -16.400  1.00 11.29      A     \nATOM    902  CB  TRP X 817      -3.342   9.568 -15.358  1.00 12.26      A     \nATOM    903  CG  TRP X 817      -4.368   8.552 -15.777  1.00 12.66      A     \nATOM    904  CD1 TRP X 817      -4.285   7.674 -16.821  1.00 13.29      A     \nATOM    905  CD2 TRP X 817      -5.643   8.327 -15.164  1.00 12.90      A     \nATOM    906  NE1 TRP X 817      -5.433   6.916 -16.895  1.00 14.03      A     \nATOM    907  CE2 TRP X 817      -6.281   7.299 -15.888  1.00 13.09      A     \nATOM    908  CE3 TRP X 817      -6.306   8.896 -14.071  1.00 12.89      A     \nATOM    909  CZ2 TRP X 817      -7.550   6.828 -15.553  1.00 14.43      A     \nATOM    910  CZ3 TRP X 817      -7.566   8.427 -13.740  1.00 13.57      A     \nATOM    911  CH2 TRP X 817      -8.175   7.403 -14.479  1.00 14.19      A     \nATOM    912  N   CYS X 818      -0.543  10.559 -14.249  1.00 10.78      A     \nATOM    913  CA  CYS X 818       0.359  11.657 -13.929  1.00 11.73      A     \nATOM    914  C   CYS X 818       1.660  11.522 -14.715  1.00 11.24      A     \nATOM    915  O   CYS X 818       2.176  12.504 -15.241  1.00 10.36      A     \nATOM    916  CB  CYS X 818       0.662  11.682 -12.429  1.00 11.00      A     \nATOM    917  SG  CYS X 818      -0.732  12.156 -11.377  1.00 12.75      A     \nATOM    918  N   VAL X 819       2.185  10.303 -14.796  1.00 11.45      A     \nATOM    919  CA  VAL X 819       3.395  10.055 -15.573  1.00 11.65      A     \nATOM    920  C   VAL X 819       3.161  10.399 -17.042  1.00 10.20      A     \nATOM    921  O   VAL X 819       3.961  11.099 -17.664  1.00 11.22      A     \nATOM    922  CB  VAL X 819       3.831   8.575 -15.470  1.00 12.14      A     \nATOM    923  CG1 VAL X 819       5.008   8.317 -16.398  1.00 13.15      A     \nATOM    924  CG2 VAL X 819       4.212   8.241 -14.033  1.00 12.85      A     \nATOM    925  N   GLN X 820       2.049   9.922 -17.590  1.00 10.14      A     \nATOM    926  CA  GLN X 820       1.765  10.095 -19.009  1.00 10.63      A     \nATOM    927  C   GLN X 820       1.596  11.564 -19.387  1.00 10.12      A     \nATOM    928  O   GLN X 820       2.105  12.016 -20.412  1.00 10.57      A     \nATOM    929  CB  GLN X 820       0.511   9.304 -19.389  1.00 11.19      A     \nATOM    930  CG  GLN X 820       0.713   7.797 -19.305  1.00 11.08      A     \nATOM    931  CD  GLN X 820      -0.575   7.022 -19.470  1.00 12.88      A     \nATOM    932  OE1 GLN X 820      -1.568   7.542 -19.976  1.00 16.94      A     \nATOM    933  NE2 GLN X 820      -0.567   5.764 -19.038  1.00 15.16      A     \nATOM    934  N   ILE X 821       0.893  12.318 -18.551  1.00  9.91      A     \nATOM    935  CA  ILE X 821       0.713  13.735 -18.819  1.00 10.51      A     \nATOM    936  C   ILE X 821       2.061  14.456 -18.766  1.00 10.07      A     \nATOM    937  O   ILE X 821       2.351  15.305 -19.604  1.00 10.98      A     \nATOM    938  CB  ILE X 821      -0.272  14.362 -17.809  1.00  9.07      A     \nATOM    939  CG1 ILE X 821      -1.671  13.772 -18.017  1.00 10.10      A     \nATOM    940  CG2 ILE X 821      -0.318  15.871 -17.989  1.00 10.55      A     \nATOM    941  CD1 ILE X 821      -2.621  14.016 -16.855  1.00 10.95      A     \nATOM    942  N   ALA X 822       2.899  14.101 -17.796  1.00 10.30      A     \nATOM    943  CA  ALA X 822       4.229  14.694 -17.715  1.00 10.13      A     \nATOM    944  C   ALA X 822       5.081  14.345 -18.940  1.00 10.15      A     \nATOM    945  O   ALA X 822       5.855  15.175 -19.417  1.00 10.72      A     \nATOM    946  CB  ALA X 822       4.928  14.242 -16.436  1.00 11.63      A     \nATOM    947  N   LYS X 823       4.939  13.126 -19.452  1.00 10.36      A     \nATOM    948  CA  LYS X 823       5.671  12.734 -20.656  1.00 11.56      A     \nATOM    949  C   LYS X 823       5.215  13.538 -21.872  1.00 10.64      A     \nATOM    950  O   LYS X 823       6.036  13.985 -22.673  1.00 12.16      A     \nATOM    951  CB  LYS X 823       5.497  11.237 -20.925  1.00 11.91      A     \nATOM    952  CG  LYS X 823       6.262  10.347 -19.960  1.00 12.75      A     \nATOM    953  CD  LYS X 823       6.143   8.887 -20.346  1.00 15.22      A     \nATOM    954  CE  LYS X 823       7.002   8.014 -19.452  1.00 16.51      A     \nATOM    955  NZ  LYS X 823       6.878   6.572 -19.802  1.00 21.60      A     \nATOM    956  N   GLY X 824       3.906  13.730 -22.005  1.00 10.05      A     \nATOM    957  CA  GLY X 824       3.397  14.529 -23.106  1.00  9.86      A     \nATOM    958  C   GLY X 824       3.855  15.974 -23.023  1.00 10.39      A     \nATOM    959  O   GLY X 824       4.233  16.572 -24.029  1.00 10.90      A     \nATOM    960  N   MET X 825       3.835  16.541 -21.820  1.00 10.52      A     \nATOM    961  CA  MET X 825       4.281  17.918 -21.634  1.00  9.93      A     \nATOM    962  C   MET X 825       5.781  18.081 -21.883  1.00 10.55      A     \nATOM    963  O   MET X 825       6.221  19.085 -22.448  1.00 10.93      A     \nATOM    964  CB  MET X 825       3.931  18.401 -20.225  1.00 10.99      A     \nATOM    965  CG  MET X 825       2.433  18.586 -19.987  1.00 10.89      A     \nATOM    966  SD  MET X 825       1.666  19.743 -21.151  1.00 11.92      A     \nATOM    967  CE  MET X 825       2.520  21.259 -20.739  1.00 17.23      A     \nATOM    968  N   ASN X 826       6.568  17.095 -21.467  1.00 10.92      A     \nATOM    969  CA  ASN X 826       8.002  17.139 -21.722  1.00 11.40      A     \nATOM    970  C   ASN X 826       8.280  17.116 -23.228  1.00 12.08      A     \nATOM    971  O   ASN X 826       9.192  17.794 -23.709  1.00 13.24      A     \nATOM    972  CB  ASN X 826       8.691  15.954 -21.046  1.00 12.78      A     \nATOM    973  CG  ASN X 826      10.185  15.961 -21.255  1.00 14.83      A     \nATOM    974  OD1 ASN X 826      10.877  16.884 -20.831  1.00 16.07      A     \nATOM    975  ND2 ASN X 826      10.693  14.931 -21.921  1.00 16.60      A     \nATOM    976  N   TYR X 827       7.492  16.340 -23.968  1.00 12.15      A     \nATOM    977  CA  TYR X 827       7.621  16.301 -25.418  1.00 12.54      A     \nATOM    978  C   TYR X 827       7.307  17.673 -26.006  1.00 11.71      A     \nATOM    979  O   TYR X 827       8.037  18.172 -26.866  1.00 13.19      A     \nATOM    980  CB  TYR X 827       6.681  15.246 -26.006  1.00 12.86      A     \nATOM    981  CG  TYR X 827       6.704  15.195 -27.516  1.00 13.89      A     \nATOM    982  CD1 TYR X 827       7.669  14.457 -28.194  1.00 15.80      A     \nATOM    983  CD2 TYR X 827       5.774  15.901 -28.267  1.00 14.40      A     \nATOM    984  CE1 TYR X 827       7.704  14.428 -29.578  1.00 15.70      A     \nATOM    985  CE2 TYR X 827       5.804  15.880 -29.648  1.00 14.82      A     \nATOM    986  CZ  TYR X 827       6.770  15.143 -30.298  1.00 16.14      A     \nATOM    987  OH  TYR X 827       6.800  15.130 -31.676  1.00 17.38      A     \nATOM    988  N   LEU X 828       6.230  18.294 -25.535  1.00 11.72      A     \nATOM    989  CA  LEU X 828       5.889  19.634 -25.999  1.00 12.19      A     \nATOM    990  C   LEU X 828       7.005  20.627 -25.684  1.00 11.92      A     \nATOM    991  O   LEU X 828       7.341  21.464 -26.519  1.00 13.00      A     \nATOM    992  CB  LEU X 828       4.571  20.104 -25.374  1.00 13.97      A     \nATOM    993  CG  LEU X 828       3.327  19.319 -25.805  1.00 13.86      A     \nATOM    994  CD1 LEU X 828       2.096  19.910 -25.136  1.00 16.68      A     \nATOM    995  CD2 LEU X 828       3.185  19.359 -27.324  1.00 14.75      A     \nATOM    996  N   GLU X 829       7.590  20.533 -24.491  1.00 11.80      A     \nATOM    997  CA  GLU X 829       8.699  21.418 -24.137  1.00 12.61      A     \nATOM    998  C   GLU X 829       9.895  21.230 -25.077  1.00 14.45      A     \nATOM    999  O   GLU X 829      10.525  22.204 -25.491  1.00 14.38      A     \nATOM   1000  CB  GLU X 829       9.140  21.187 -22.686  1.00 13.28      A     \nATOM   1001  CG  GLU X 829      10.342  22.030 -22.288  1.00 12.82      A     \nATOM   1002  CD  GLU X 829      10.557  22.112 -20.785  1.00 15.95      A     \nATOM   1003  OE1 GLU X 829      11.487  22.833 -20.358  1.00 17.27      A     \nATOM   1004  OE2 GLU X 829       9.805  21.464 -20.027  1.00 16.45      A     \nATOM   1005  N   ASP X 830      10.201  19.982 -25.419  1.00 14.72      A     \nATOM   1006  CA  ASP X 830      11.268  19.704 -26.379  1.00 16.59      A     \nATOM   1007  C   ASP X 830      10.967  20.339 -27.736  1.00 16.24      A     \nATOM   1008  O   ASP X 830      11.884  20.720 -28.463  1.00 18.46      A     \nATOM   1009  CB  ASP X 830      11.456  18.191 -26.549  1.00 15.78      A     \nATOM   1010  CG  ASP X 830      12.221  17.559 -25.394  1.00 17.60      A     \nATOM   1011  OD1 ASP X 830      12.145  16.323 -25.242  1.00 19.27      A     \nATOM   1012  OD2 ASP X 830      12.899  18.294 -24.644  1.00 20.46      A     \nATOM   1013  N   ARG X 831       9.685  20.457 -28.071  1.00 16.68      A     \nATOM   1014  CA  ARG X 831       9.266  21.062 -29.334  1.00 17.40      A     \nATOM   1015  C   ARG X 831       9.137  22.579 -29.207  1.00 16.81      A     \nATOM   1016  O   ARG X 831       8.706  23.249 -30.146  1.00 18.03      A     \nATOM   1017  CB  ARG X 831       7.925  20.475 -29.791  1.00 17.87      A     \nATOM   1018  CG  ARG X 831       7.940  18.973 -30.052  1.00 19.46      A     \nATOM   1019  CD  ARG X 831       8.906  18.607 -31.169  1.00 20.78      A     \nATOM   1020  NE  ARG X 831       8.657  19.381 -32.382  1.00 21.54      A     \nATOM   1021  CZ  ARG X 831       7.839  19.002 -33.358  1.00 22.27      A     \nATOM   1022  NH1 ARG X 831       7.185  17.852 -33.271  1.00 23.78      A     \nATOM   1023  NH2 ARG X 831       7.671  19.777 -34.422  1.00 24.28      A     \nATOM   1024  N   ARG X 832       9.503  23.110 -28.042  1.00 16.88      A     \nATOM   1025  CA  ARG X 832       9.444  24.547 -27.781  1.00 17.00      A     \nATOM   1026  C   ARG X 832       8.007  25.063 -27.740  1.00 16.39      A     \nATOM   1027  O   ARG X 832       7.747  26.238 -28.009  1.00 17.78      A     \nATOM   1028  CB  ARG X 832      10.241  25.314 -28.841  1.00 19.03      A     \nATOM   1029  CG  ARG X 832      11.686  24.860 -28.970  1.00 21.69      A     \nATOM   1030  CD  ARG X 832      12.485  25.787 -29.870  1.00 25.63      A     \nATOM   1031  NE  ARG X 832      12.569  27.135 -29.317  1.00 26.56      A     \nATOM   1032  CZ  ARG X 832      13.422  27.502 -28.367  1.00 28.77      A     \nATOM   1033  NH1 ARG X 832      13.426  28.751 -27.923  1.00 30.15      A     \nATOM   1034  NH2 ARG X 832      14.274  26.620 -27.859  1.00 30.04      A     \nATOM   1035  N   LEU X 833       7.076  24.178 -27.399  1.00 14.84      A     \nATOM   1036  CA  LEU X 833       5.668  24.542 -27.309  1.00 14.99      A     \nATOM   1037  C   LEU X 833       5.253  24.785 -25.863  1.00 14.12      A     \nATOM   1038  O   LEU X 833       5.418  23.917 -25.005  1.00 16.47      A     \nATOM   1039  CB  LEU X 833       4.805  23.435 -27.917  1.00 15.46      A     \nATOM   1040  CG  LEU X 833       4.874  23.319 -29.443  1.00 16.47      A     \nATOM   1041  CD1 LEU X 833       4.344  21.966 -29.879  1.00 17.91      A     \nATOM   1042  CD2 LEU X 833       4.075  24.449 -30.080  1.00 18.98      A     \nATOM   1043  N   VAL X 834       4.720  25.973 -25.599  1.00 13.65      A     \nATOM   1044  CA  VAL X 834       4.115  26.269 -24.305  1.00 12.69      A     \nATOM   1045  C   VAL X 834       2.609  26.089 -24.451  1.00 12.98      A     \nATOM   1046  O   VAL X 834       1.985  26.675 -25.338  1.00 13.72      A     \nATOM   1047  CB  VAL X 834       4.416  27.717 -23.855  1.00 13.88      A     \nATOM   1048  CG1 VAL X 834       3.796  27.980 -22.496  1.00 16.58      A     \nATOM   1049  CG2 VAL X 834       5.918  27.938 -23.792  1.00 16.25      A     \nATOM   1050  N   HIS X 835       2.028  25.266 -23.587  1.00 11.18      A     \nATOM   1051  CA  HIS X 835       0.657  24.817 -23.768  1.00 11.72      A     \nATOM   1052  C   HIS X 835      -0.357  25.883 -23.348  1.00 11.10      A     \nATOM   1053  O   HIS X 835      -1.286  26.195 -24.095  1.00 11.75      A     \nATOM   1054  CB  HIS X 835       0.441  23.530 -22.971  1.00 11.16      A     \nATOM   1055  CG  HIS X 835      -0.892  22.898 -23.199  1.00 10.42      A     \nATOM   1056  ND1 HIS X 835      -2.048  23.368 -22.614  1.00 11.76      A     \nATOM   1057  CD2 HIS X 835      -1.257  21.832 -23.951  1.00 11.92      A     \nATOM   1058  CE1 HIS X 835      -3.067  22.620 -22.995  1.00 10.93      A     \nATOM   1059  NE2 HIS X 835      -2.614  21.680 -23.807  1.00 12.99      A     \nATOM   1060  N   ARG X 836      -0.168  26.431 -22.149  1.00 10.95      A     \nATOM   1061  CA  ARG X 836      -0.951  27.556 -21.631  1.00 10.96      A     \nATOM   1062  C   ARG X 836      -2.403  27.257 -21.259  1.00 11.08      A     \nATOM   1063  O   ARG X 836      -3.151  28.170 -20.897  1.00 11.85      A     \nATOM   1064  CB  ARG X 836      -0.927  28.726 -22.618  1.00 12.37      A     \nATOM   1065  CG  ARG X 836       0.466  29.172 -23.020  1.00 13.29      A     \nATOM   1066  CD  ARG X 836       0.472  30.611 -23.530  1.00 15.42      A     \nATOM   1067  NE  ARG X 836      -0.568  30.853 -24.525  1.00 17.49      A     \nATOM   1068  CZ  ARG X 836      -1.433  31.863 -24.479  1.00 16.32      A     \nATOM   1069  NH1 ARG X 836      -2.342  31.994 -25.432  1.00 17.96      A     \nATOM   1070  NH2 ARG X 836      -1.390  32.744 -23.488  1.00 18.17      A     \nATOM   1071  N   ASP X 837      -2.813  25.995 -21.335  1.00 11.06      A     \nATOM   1072  CA  ASP X 837      -4.189  25.651 -21.002  1.00 10.82      A     \nATOM   1073  C   ASP X 837      -4.302  24.230 -20.453  1.00 10.19      A     \nATOM   1074  O   ASP X 837      -5.305  23.552 -20.663  1.00 11.20      A     \nATOM   1075  CB  ASP X 837      -5.074  25.810 -22.246  1.00 13.22      A     \nATOM   1076  CG  ASP X 837      -6.554  25.899 -21.916  1.00 14.50      A     \nATOM   1077  OD1 ASP X 837      -7.367  25.701 -22.839  1.00 18.37      A     \nATOM   1078  OD2 ASP X 837      -6.907  26.166 -20.749  1.00 17.29      A     \nATOM   1079  N   LEU X 838      -3.276  23.768 -19.747  1.00  9.62      A     \nATOM   1080  CA  LEU X 838      -3.321  22.409 -19.229  1.00  9.29      A     \nATOM   1081  C   LEU X 838      -4.307  22.336 -18.066  1.00  9.19      A     \nATOM   1082  O   LEU X 838      -4.279  23.164 -17.152  1.00 10.02      A     \nATOM   1083  CB  LEU X 838      -1.931  21.948 -18.778  1.00  9.77      A     \nATOM   1084  CG  LEU X 838      -1.841  20.484 -18.326  1.00 10.52      A     \nATOM   1085  CD1 LEU X 838      -2.250  19.544 -19.458  1.00 11.57      A     \nATOM   1086  CD2 LEU X 838      -0.422  20.188 -17.869  1.00 12.09      A     \nATOM   1087  N   ALA X 839      -5.186  21.343 -18.127  1.00  8.86      A     \nATOM   1088  CA  ALA X 839      -6.243  21.139 -17.142  1.00  8.94      A     \nATOM   1089  C   ALA X 839      -6.825  19.768 -17.448  1.00  8.60      A     \nATOM   1090  O   ALA X 839      -6.661  19.258 -18.556  1.00  9.48      A     \nATOM   1091  CB  ALA X 839      -7.320  22.213 -17.284  1.00  9.77      A     \nATOM   1092  N   ALA X 840      -7.508  19.166 -16.483  1.00  8.65      A     \nATOM   1093  CA  ALA X 840      -8.041  17.825 -16.686  1.00  8.59      A     \nATOM   1094  C   ALA X 840      -9.047  17.787 -17.834  1.00  8.94      A     \nATOM   1095  O   ALA X 840      -9.217  16.753 -18.473  1.00  9.91      A     \nATOM   1096  CB  ALA X 840      -8.687  17.316 -15.406  1.00  9.61      A     \nATOM   1097  N   ARG X 841      -9.714  18.906 -18.102  1.00  9.72      A     \nATOM   1098  CA  ARG X 841     -10.667  18.953 -19.209  1.00 10.55      A     \nATOM   1099  C   ARG X 841      -9.957  18.856 -20.561  1.00 11.61      A     \nATOM   1100  O   ARG X 841     -10.574  18.498 -21.564  1.00 12.78      A     \nATOM   1101  CB  ARG X 841     -11.497  20.242 -19.149  1.00 11.87      A     \nATOM   1102  CG  ARG X 841     -10.676  21.499 -19.372  1.00 11.44      A     \nATOM   1103  CD  ARG X 841     -11.481  22.792 -19.231  1.00 13.26      A     \nATOM   1104  NE  ARG X 841     -10.596  23.952 -19.323  1.00 15.27      A     \nATOM   1105  CZ  ARG X 841     -10.012  24.537 -18.281  1.00 15.13      A     \nATOM   1106  NH1 ARG X 841     -10.228  24.085 -17.053  1.00 15.37      A     \nATOM   1107  NH2 ARG X 841      -9.180  25.554 -18.468  1.00 17.50      A     \nATOM   1108  N   ASN X 842      -8.664  19.173 -20.589  1.00 10.59      A     \nATOM   1109  CA  ASN X 842      -7.900  19.170 -21.835  1.00 11.38      A     \nATOM   1110  C   ASN X 842      -6.947  17.986 -21.932  1.00 10.95      A     \nATOM   1111  O   ASN X 842      -6.055  17.960 -22.781  1.00 12.43      A     \nATOM   1112  CB  ASN X 842      -7.130  20.486 -21.978  1.00 12.48      A     \nATOM   1113  CG  ASN X 842      -8.054  21.675 -22.142  1.00 12.77      A     \nATOM   1114  OD1 ASN X 842      -7.766  22.779 -21.674  1.00 14.94      A     \nATOM   1115  ND2 ASN X 842      -9.178  21.451 -22.806  1.00 11.98      A     \nATOM   1116  N   VAL X 843      -7.141  17.008 -21.057  1.00 10.71      A     \nATOM   1117  CA  VAL X 843      -6.499  15.711 -21.208  1.00 11.34      A     \nATOM   1118  C   VAL X 843      -7.593  14.723 -21.597  1.00 11.58      A     \nATOM   1119  O   VAL X 843      -8.672  14.718 -21.002  1.00 12.94      A     \nATOM   1120  CB  VAL X 843      -5.832  15.258 -19.889  1.00 10.34      A     \nATOM   1121  CG1 VAL X 843      -5.164  13.900 -20.081  1.00 11.58      A     \nATOM   1122  CG2 VAL X 843      -4.803  16.292 -19.444  1.00 12.83      A     \nATOM   1123  N   LEU X 844      -7.330  13.905 -22.611  1.00 11.79      A     \nATOM   1124  CA  LEU X 844      -8.356  13.015 -23.143  1.00 11.54      A     \nATOM   1125  C   LEU X 844      -7.984  11.558 -22.924  1.00 11.49      A     \nATOM   1126  O   LEU X 844      -6.815  11.229 -22.722  1.00 12.26      A     \nATOM   1127  CB  LEU X 844      -8.557  13.281 -24.632  1.00 12.13      A     \nATOM   1128  CG  LEU X 844      -8.869  14.737 -24.989  1.00 13.09      A     \nATOM   1129  CD1 LEU X 844      -8.987  14.858 -26.495  1.00 15.29      A     \nATOM   1130  CD2 LEU X 844     -10.152  15.194 -24.308  1.00 16.22      A     \nATOM   1131  N   VAL X 845      -8.987  10.687 -22.963  1.00 12.69      A     \nATOM   1132  CA  VAL X 845      -8.798   9.293 -22.590  1.00 12.70      A     \nATOM   1133  C   VAL X 845      -8.935   8.370 -23.802  1.00 12.93      A     \nATOM   1134  O   VAL X 845     -10.024   8.198 -24.351  1.00 14.50      A     \nATOM   1135  CB  VAL X 845      -9.818   8.884 -21.500  1.00 11.46      A     \nATOM   1136  CG1 VAL X 845      -9.556   7.465 -21.033  1.00 13.04      A     \nATOM   1137  CG2 VAL X 845      -9.737   9.859 -20.329  1.00 12.86      A     \nATOM   1138  N   LYS X 846      -7.814   7.790 -24.217  1.00 12.43      A     \nATOM   1139  CA  LYS X 846      -7.798   6.845 -25.328  1.00 13.09      A     \nATOM   1140  C   LYS X 846      -8.339   5.500 -24.858  1.00 14.40      A     \nATOM   1141  O   LYS X 846      -9.231   4.920 -25.485  1.00 14.50      A     \nATOM   1142  CB  LYS X 846      -6.369   6.678 -25.847  1.00 14.30      A     \nATOM   1143  CG  LYS X 846      -6.262   5.754 -27.047  1.00 14.92      A     \nATOM   1144  CD  LYS X 846      -4.827   5.328 -27.287  1.00 17.42      A     \nATOM   1145  CE  LYS X 846      -4.720   4.421 -28.498  1.00 18.25      A     \nATOM   1146  NZ  LYS X 846      -3.396   3.749 -28.540  1.00 18.96      A     \nATOM   1147  N   THR X 847      -7.780   5.013 -23.754  1.00 13.71      A     \nATOM   1148  CA  THR X 847      -8.314   3.873 -23.013  1.00 14.63      A     \nATOM   1149  C   THR X 847      -8.157   4.238 -21.543  1.00 15.43      A     \nATOM   1150  O   THR X 847      -7.453   5.191 -21.211  1.00 14.86      A     \nATOM   1151  CB  THR X 847      -7.501   2.587 -23.261  1.00 15.67      A     \nATOM   1152  OG1 THR X 847      -6.194   2.742 -22.695  1.00 16.88      A     \nATOM   1153  CG2 THR X 847      -7.379   2.302 -24.751  1.00 17.65      A     \nATOM   1154  N   PRO X 848      -8.794   3.482 -20.639  1.00 15.61      A     \nATOM   1155  CA  PRO X 848      -8.603   3.783 -19.216  1.00 16.40      A     \nATOM   1156  C   PRO X 848      -7.129   3.839 -18.820  1.00 17.45      A     \nATOM   1157  O   PRO X 848      -6.760   4.511 -17.858  1.00 17.27      A     \nATOM   1158  CB  PRO X 848      -9.350   2.653 -18.510  1.00 19.01      A     \nATOM   1159  CG  PRO X 848     -10.397   2.237 -19.496  1.00 19.70      A     \nATOM   1160  CD  PRO X 848      -9.741   2.372 -20.844  1.00 18.06      A     \nATOM   1161  N   GLN X 849      -6.288   3.142 -19.579  1.00 15.92      A     \nATOM   1162  CA  GLN X 849      -4.877   3.009 -19.238  1.00 16.93      A     \nATOM   1163  C   GLN X 849      -3.978   4.024 -19.946  1.00 16.80      A     \nATOM   1164  O   GLN X 849      -2.769   4.057 -19.710  1.00 18.48      A     \nATOM   1165  CB  GLN X 849      -4.393   1.594 -19.571  1.00 18.80      A     \nATOM   1166  CG  GLN X 849      -5.094   0.482 -18.794  1.00 23.65      A     \nATOM   1167  CD  GLN X 849      -6.446   0.111 -19.381  1.00 26.70      A     \nATOM   1168  OE1 GLN X 849      -7.340  -0.345 -18.666  1.00 29.81      A     \nATOM   1169  NE2 GLN X 849      -6.600   0.298 -20.687  1.00 26.80      A     \nATOM   1170  N   HIS X 850      -4.559   4.845 -20.816  1.00 14.37      A     \nATOM   1171  CA  HIS X 850      -3.764   5.658 -21.732  1.00 13.16      A     \nATOM   1172  C   HIS X 850      -4.438   6.997 -22.031  1.00 12.21      A     \nATOM   1173  O   HIS X 850      -5.498   7.040 -22.655  1.00 13.11      A     \nATOM   1174  CB  HIS X 850      -3.546   4.882 -23.035  1.00 14.20      A     \nATOM   1175  CG  HIS X 850      -2.483   5.457 -23.921  1.00 16.67      A     \nATOM   1176  ND1 HIS X 850      -1.528   4.675 -24.534  1.00 19.83      A     \nATOM   1177  CD2 HIS X 850      -2.231   6.729 -24.310  1.00 17.31      A     \nATOM   1178  CE1 HIS X 850      -0.734   5.440 -25.261  1.00 21.61      A     \nATOM   1179  NE2 HIS X 850      -1.139   6.691 -25.143  1.00 18.19      A     \nATOM   1180  N   VAL X 851      -3.816   8.088 -21.593  1.00 11.05      A     \nATOM   1181  CA  VAL X 851      -4.367   9.420 -21.820  1.00 10.96      A     \nATOM   1182  C   VAL X 851      -3.467  10.280 -22.707  1.00 11.63      A     \nATOM   1183  O   VAL X 851      -2.271  10.011 -22.847  1.00 12.49      A     \nATOM   1184  CB  VAL X 851      -4.617  10.153 -20.477  1.00 11.23      A     \nATOM   1185  CG1 VAL X 851      -5.555   9.330 -19.613  1.00 12.69      A     \nATOM   1186  CG2 VAL X 851      -3.307  10.399 -19.749  1.00 12.34      A     \nATOM   1187  N   LYS X 852      -4.058  11.304 -23.320  1.00 11.28      A     \nATOM   1188  CA  LYS X 852      -3.339  12.189 -24.230  1.00 11.70      A     \nATOM   1189  C   LYS X 852      -3.772  13.637 -24.043  1.00 11.03      A     \nATOM   1190  O   LYS X 852      -4.961  13.928 -23.910  1.00 13.06      A     \nATOM   1191  CB  LYS X 852      -3.595  11.790 -25.685  1.00 12.39      A     \nATOM   1192  CG  LYS X 852      -3.154  10.381 -26.040  1.00 13.98      A     \nATOM   1193  CD  LYS X 852      -3.074  10.202 -27.550  1.00 18.09      A     \nATOM   1194  CE  LYS X 852      -2.742   8.762 -27.914  1.00 21.20      A     \nATOM   1195  NZ  LYS X 852      -2.648   8.563 -29.384  1.00 26.48      A     \nATOM   1196  N   ILE X 853      -2.799  14.537 -24.052  1.00 11.46      A     \nATOM   1197  CA  ILE X 853      -3.055  15.969 -23.973  1.00 11.35      A     \nATOM   1198  C   ILE X 853      -3.538  16.485 -25.324  1.00 11.85      A     \nATOM   1199  O   ILE X 853      -3.135  15.975 -26.372  1.00 12.24      A     \nATOM   1200  CB  ILE X 853      -1.765  16.713 -23.594  1.00 12.20      A     \nATOM   1201  CG1 ILE X 853      -1.279  16.235 -22.226  1.00 12.93      A     \nATOM   1202  CG2 ILE X 853      -1.998  18.212 -23.592  1.00 14.10      A     \nATOM   1203  CD1 ILE X 853       0.207  16.443 -22.019  1.00 14.46      A     \nATOM   1204  N   THR X 854      -4.401  17.495 -25.309  1.00 12.72      A     \nATOM   1205  CA  THR X 854      -4.731  18.197 -26.543  1.00 14.51      A     \nATOM   1206  C   THR X 854      -4.783  19.704 -26.312  1.00 13.80      A     \nATOM   1207  O   THR X 854      -4.558  20.180 -25.194  1.00 14.18      A     \nATOM   1208  CB  THR X 854      -6.071  17.699 -27.137  1.00 15.53      A     \nATOM   1209  OG1 THR X 854      -6.205  18.177 -28.483  1.00 16.31      A     \nATOM   1210  CG2 THR X 854      -7.246  18.188 -26.309  1.00 16.49      A     \nATOM   1211  N   ASP X 855      -5.064  20.443 -27.379  1.00 15.07      A     \nATOM   1212  CA  ASP X 855      -4.891  21.894 -27.417  1.00 16.39      A     \nATOM   1213  C   ASP X 855      -6.067  22.481 -28.190  1.00 16.81      A     \nATOM   1214  O   ASP X 855      -6.474  21.934 -29.213  1.00 18.05      A     \nATOM   1215  CB  ASP X 855      -3.561  22.225 -28.118  1.00 17.16      A     \nATOM   1216  CG  ASP X 855      -3.470  23.672 -28.587  1.00 17.60      A     \nATOM   1217  OD1 ASP X 855      -3.773  24.592 -27.803  1.00 17.67      A     \nATOM   1218  OD2 ASP X 855      -3.076  23.890 -29.753  1.00 21.43      A     \nATOM   1219  N   PHE X 856      -6.621  23.583 -27.697  1.00 17.09      A     \nATOM   1220  CA  PHE X 856      -7.759  24.205 -28.358  1.00 18.40      A     \nATOM   1221  C   PHE X 856      -7.471  25.633 -28.792  1.00 18.62      A     \nATOM   1222  O   PHE X 856      -8.389  26.437 -28.964  1.00 22.58      A     \nATOM   1223  CB  PHE X 856      -8.985  24.158 -27.445  1.00 18.62      A     \nATOM   1224  CG  PHE X 856      -9.527  22.775 -27.252  1.00 19.60      A     \nATOM   1225  CD1 PHE X 856     -10.379  22.215 -28.191  1.00 18.71      A     \nATOM   1226  CD2 PHE X 856      -9.152  22.016 -26.156  1.00 19.17      A     \nATOM   1227  CE1 PHE X 856     -10.842  20.922 -28.042  1.00 20.78      A     \nATOM   1228  CE2 PHE X 856      -9.611  20.725 -26.002  1.00 19.95      A     \nATOM   1229  CZ  PHE X 856     -10.456  20.176 -26.946  1.00 20.91      A     \nATOM   1230  N   GLY X 857      -6.191  25.941 -28.975  1.00 17.23      A     \nATOM   1231  CA  GLY X 857      -5.817  27.208 -29.577  1.00 16.62      A     \nATOM   1232  C   GLY X 857      -4.837  28.051 -28.784  1.00 15.73      A     \nATOM   1233  O   GLY X 857      -4.197  28.943 -29.337  1.00 17.49      A     \nATOM   1234  N   ARG X 858      -4.702  27.780 -27.490  1.00 15.26      A     \nATOM   1235  CA  ARG X 858      -3.853  28.622 -26.657  1.00 13.56      A     \nATOM   1236  C   ARG X 858      -2.367  28.294 -26.744  1.00 12.64      A     \nATOM   1237  O   ARG X 858      -1.537  29.110 -26.360  1.00 13.46      A     \nATOM   1238  CB  ARG X 858      -4.316  28.567 -25.196  1.00 14.34      A     \nATOM   1239  CG  ARG X 858      -5.508  29.479 -24.907  1.00 14.41      A     \nATOM   1240  CD  ARG X 858      -6.002  29.370 -23.469  1.00 15.19      A     \nATOM   1241  NE  ARG X 858      -4.981  29.719 -22.484  1.00 16.04      A     \nATOM   1242  CZ  ARG X 858      -4.642  30.965 -22.162  1.00 15.89      A     \nATOM   1243  NH1 ARG X 858      -5.238  31.996 -22.749  1.00 17.30      A     \nATOM   1244  NH2 ARG X 858      -3.706  31.179 -21.247  1.00 15.80      A     \nATOM   1245  N   ALA X 859      -2.019  27.116 -27.251  1.00 12.76      A     \nATOM   1246  CA  ALA X 859      -0.614  26.724 -27.291  1.00 13.46      A     \nATOM   1247  C   ALA X 859       0.177  27.642 -28.216  1.00 14.49      A     \nATOM   1248  O   ALA X 859      -0.338  28.091 -29.242  1.00 15.17      A     \nATOM   1249  CB  ALA X 859      -0.483  25.278 -27.749  1.00 13.49      A     \nATOM   1250  N   LYS X 860       1.426  27.919 -27.850  1.00 14.56      A     \nATOM   1251  CA  LYS X 860       2.279  28.810 -28.630  1.00 15.85      A     \nATOM   1252  C   LYS X 860       3.662  28.207 -28.846  1.00 17.04      A     \nATOM   1253  O   LYS X 860       4.209  27.546 -27.961  1.00 16.98      A     \nATOM   1254  CB  LYS X 860       2.424  30.158 -27.920  1.00 15.78      A     \nATOM   1255  CG  LYS X 860       1.116  30.905 -27.736  1.00 15.25      A     \nATOM   1256  CD  LYS X 860       0.621  31.478 -29.055  1.00 16.48      A     \nATOM   1257  CE  LYS X 860      -0.774  32.060 -28.912  1.00 19.42      A     \nATOM   1258  NZ  LYS X 860      -1.273  32.612 -30.203  1.00 25.88      A     \nATOM   1259  N   LEU X 861       4.225  28.442 -30.027  1.00 17.72      A     \nATOM   1260  CA  LEU X 861       5.581  28.006 -30.333  1.00 19.82      A     \nATOM   1261  C   LEU X 861       6.563  29.137 -30.048  1.00 20.26      A     \nATOM   1262  O   LEU X 861       6.408  30.243 -30.567  1.00 21.04      A     \nATOM   1263  CB  LEU X 861       5.679  27.601 -31.806  1.00 21.32      A     \nATOM   1264  CG  LEU X 861       7.063  27.195 -32.316  1.00 23.17      A     \nATOM   1265  CD1 LEU X 861       7.518  25.921 -31.617  1.00 23.86      A     \nATOM   1266  CD2 LEU X 861       7.005  26.987 -33.824  1.00 24.73      A     \nATOM   1267  N   LEU X 862       7.569  28.861 -29.225  1.00 21.42      A     \nATOM   1268  CA  LEU X 862       8.579  29.861 -28.894  1.00 23.36      A     \nATOM   1269  C   LEU X 862       9.656  29.928 -29.970  1.00 24.45      A     \nATOM   1270  O   LEU X 862      10.104  28.899 -30.477  1.00 24.79      A     \nATOM   1271  CB  LEU X 862       9.235  29.535 -27.551  1.00 23.26      A     \nATOM   1272  CG  LEU X 862       8.341  29.522 -26.309  1.00 22.88      A     \nATOM   1273  CD1 LEU X 862       9.177  29.176 -25.088  1.00 23.65      A     \nATOM   1274  CD2 LEU X 862       7.681  30.879 -26.133  1.00 25.77      A     \nATOM   1275  N   GLY X 863      10.071  31.146 -30.306  1.00 26.74      A     \nATOM   1276  CA  GLY X 863      11.158  31.323 -31.250  1.00 29.63      A     \nATOM   1277  C   GLY X 863      12.484  30.927 -30.633  1.00 31.00      A     \nATOM   1278  O   GLY X 863      12.582  30.759 -29.417  1.00 31.20      A     \nATOM   1279  N   ALA X 864      13.509  30.788 -31.468  1.00 32.73      A     \nATOM   1280  CA  ALA X 864      14.791  30.251 -31.027  1.00 33.91      A     \nATOM   1281  C   ALA X 864      15.349  30.997 -29.820  1.00 34.23      A     \nATOM   1282  O   ALA X 864      16.029  30.408 -28.980  1.00 35.66      A     \nATOM   1283  CB  ALA X 864      15.793  30.293 -32.175  1.00 34.39      A     \nATOM   1284  N   GLU X 865      15.059  32.290 -29.733  1.00 34.43      A     \nATOM   1285  CA  GLU X 865      15.617  33.118 -28.671  1.00 34.46      A     \nATOM   1286  C   GLU X 865      14.565  33.575 -27.664  1.00 33.65      A     \nATOM   1287  O   GLU X 865      14.829  34.446 -26.833  1.00 33.60      A     \nATOM   1288  CB  GLU X 865      16.325  34.333 -29.276  1.00 36.19      A     \nATOM   1289  CG  GLU X 865      17.479  33.965 -30.199  1.00 38.63      A     \nATOM   1290  CD  GLU X 865      18.299  35.167 -30.624  1.00 40.13      A     \nATOM   1291  OE1 GLU X 865      17.739  36.075 -31.274  1.00 41.76      A     \nATOM   1292  OE2 GLU X 865      19.507  35.202 -30.308  1.00 41.30      A     \nATOM   1293  N   GLU X 866      13.376  32.986 -27.737  1.00 32.05      A     \nATOM   1294  CA  GLU X 866      12.317  33.292 -26.781  1.00 30.58      A     \nATOM   1295  C   GLU X 866      12.315  32.301 -25.620  1.00 29.68      A     \nATOM   1296  O   GLU X 866      12.237  31.090 -25.825  1.00 30.30      A     \nATOM   1297  CB  GLU X 866      10.951  33.271 -27.473  1.00 30.68      A     \nATOM   1298  CG  GLU X 866      10.758  34.369 -28.505  1.00 31.32      A     \nATOM   1299  CD  GLU X 866       9.334  34.440 -29.019  1.00 32.54      A     \nATOM   1300  OE1 GLU X 866       8.810  33.401 -29.475  1.00 31.09      A     \nATOM   1301  OE2 GLU X 866       8.735  35.535 -28.966  1.00 32.80      A     \nATOM   1302  N   LYS X 867      12.399  32.829 -24.403  1.00 28.82      A     \nATOM   1303  CA  LYS X 867      12.376  32.009 -23.196  1.00 29.07      A     \nATOM   1304  C   LYS X 867      10.977  32.022 -22.584  1.00 27.23      A     \nATOM   1305  O   LYS X 867      10.636  31.170 -21.764  1.00 26.52      A     \nATOM   1306  CB  LYS X 867      13.390  32.544 -22.181  1.00 31.40      A     \nATOM   1307  CG  LYS X 867      13.424  31.782 -20.864  1.00 35.43      A     \nATOM   1308  CD  LYS X 867      14.156  30.456 -21.005  1.00 38.70      A     \nATOM   1309  CE  LYS X 867      15.643  30.668 -21.240  1.00 40.03      A     \nATOM   1310  NZ  LYS X 867      16.289  31.375 -20.098  1.00 41.56      A     \nATOM   1311  N   GLU X 868      10.174  33.003 -22.983  1.00 24.59      A     \nATOM   1312  CA  GLU X 868       8.799  33.106 -22.509  1.00 22.71      A     \nATOM   1313  C   GLU X 868       7.885  33.579 -23.631  1.00 20.09      A     \nATOM   1314  O   GLU X 868       8.343  34.166 -24.612  1.00 21.20      A     \nATOM   1315  CB  GLU X 868       8.702  34.093 -21.344  1.00 25.10      A     \nATOM   1316  CG  GLU X 868       9.881  34.066 -20.390  1.00 29.14      A     \nATOM   1317  CD  GLU X 868      10.825  35.233 -20.609  1.00 30.84      A     \nATOM   1318  OE1 GLU X 868      10.664  35.947 -21.622  1.00 32.17      A     \nATOM   1319  OE2 GLU X 868      11.726  35.436 -19.768  1.00 31.53      A     \nATOM   1320  N   TYR X 869       6.592  33.316 -23.479  1.00 17.32      A     \nATOM   1321  CA  TYR X 869       5.577  33.913 -24.336  1.00 16.70      A     \nATOM   1322  C   TYR X 869       4.897  35.041 -23.573  1.00 16.43      A     \nATOM   1323  O   TYR X 869       4.453  34.857 -22.437  1.00 16.72      A     \nATOM   1324  CB  TYR X 869       4.537  32.865 -24.748  1.00 16.74      A     \nATOM   1325  CG  TYR X 869       3.391  33.438 -25.552  1.00 15.54      A     \nATOM   1326  CD1 TYR X 869       3.553  33.761 -26.895  1.00 16.15      A     \nATOM   1327  CD2 TYR X 869       2.155  33.678 -24.966  1.00 15.63      A     \nATOM   1328  CE1 TYR X 869       2.519  34.311 -27.629  1.00 17.37      A     \nATOM   1329  CE2 TYR X 869       1.114  34.228 -25.692  1.00 16.65      A     \nATOM   1330  CZ  TYR X 869       1.301  34.543 -27.023  1.00 16.27      A     \nATOM   1331  OH  TYR X 869       0.267  35.100 -27.743  1.00 18.00      A     \nATOM   1332  N   HIS X 870       4.831  36.214 -24.196  1.00 16.73      A     \nATOM   1333  CA  HIS X 870       4.148  37.357 -23.609  1.00 16.35      A     \nATOM   1334  C   HIS X 870       2.781  37.492 -24.256  1.00 16.15      A     \nATOM   1335  O   HIS X 870       2.673  37.831 -25.433  1.00 17.21      A     \nATOM   1336  CB  HIS X 870       4.959  38.636 -23.837  1.00 19.28      A     \nATOM   1337  CG  HIS X 870       6.298  38.629 -23.169  1.00 22.04      A     \nATOM   1338  ND1 HIS X 870       6.651  39.542 -22.198  1.00 24.21      A     \nATOM   1339  CD2 HIS X 870       7.372  37.821 -23.333  1.00 24.43      A     \nATOM   1340  CE1 HIS X 870       7.884  39.295 -21.792  1.00 25.94      A     \nATOM   1341  NE2 HIS X 870       8.344  38.256 -22.465  1.00 25.44      A     \nATOM   1342  N   ALA X 871       1.736  37.223 -23.485  1.00 15.33      A     \nATOM   1343  CA  ALA X 871       0.388  37.154 -24.024  1.00 15.12      A     \nATOM   1344  C   ALA X 871      -0.226  38.533 -24.218  1.00 17.19      A     \nATOM   1345  O   ALA X 871       0.282  39.531 -23.707  1.00 17.60      A     \nATOM   1346  CB  ALA X 871      -0.494  36.310 -23.107  1.00 14.47      A     \nATOM   1347  N   GLU X 872      -1.323  38.579 -24.964  1.00 19.94      A     \nATOM   1348  CA  GLU X 872      -2.066  39.816 -25.150  1.00 24.39      A     \nATOM   1349  C   GLU X 872      -3.373  39.759 -24.359  1.00 26.02      A     \nATOM   1350  O   GLU X 872      -3.369  39.419 -23.177  1.00 26.59      A     \nATOM   1351  CB  GLU X 872      -2.345  40.037 -26.638  1.00 26.41      A     \nATOM   1352  CG  GLU X 872      -1.110  39.901 -27.531  1.00 28.28      A     \nATOM   1353  CD  GLU X 872      -0.046  40.953 -27.251  1.00 27.35      A     \nATOM   1354  OE1 GLU X 872      -0.378  42.002 -26.660  1.00 27.89      A     \nATOM   1355  OE2 GLU X 872       1.126  40.728 -27.623  1.00 28.96      A     \nATOM   1356  N   GLY X 873      -4.488  40.077 -25.009  1.00 28.78      A     \nATOM   1357  CA  GLY X 873      -5.734  40.254 -24.283  1.00 29.61      A     \nATOM   1358  C   GLY X 873      -6.649  39.043 -24.214  1.00 28.97      A     \nATOM   1359  O   GLY X 873      -7.788  39.153 -23.761  1.00 30.99      A     \nATOM   1360  N   GLY X 874      -6.162  37.887 -24.652  1.00 27.82      A     \nATOM   1361  CA  GLY X 874      -7.006  36.704 -24.692  1.00 27.16      A     \nATOM   1362  C   GLY X 874      -7.549  36.298 -23.332  1.00 25.77      A     \nATOM   1363  O   GLY X 874      -6.936  36.579 -22.302  1.00 26.24      A     \nATOM   1364  N   LYS X 875      -8.701  35.633 -23.330  1.00 25.20      A     \nATOM   1365  CA  LYS X 875      -9.336  35.188 -22.091  1.00 24.73      A     \nATOM   1366  C   LYS X 875      -8.522  34.080 -21.431  1.00 23.05      A     \nATOM   1367  O   LYS X 875      -8.017  33.183 -22.107  1.00 22.60      A     \nATOM   1368  CB  LYS X 875     -10.754  34.685 -22.376  1.00 26.68      A     \nATOM   1369  CG  LYS X 875     -11.680  35.746 -22.951  1.00 30.41      A     \nATOM   1370  CD  LYS X 875     -13.088  35.207 -23.154  1.00 33.00      A     \nATOM   1371  CE  LYS X 875     -14.010  36.284 -23.704  1.00 34.72      A     \nATOM   1372  NZ  LYS X 875     -15.406  35.797 -23.873  1.00 35.32      A     \nATOM   1373  N   VAL X 876      -8.404  34.145 -20.108  1.00 20.87      A     \nATOM   1374  CA  VAL X 876      -7.469  33.287 -19.387  1.00 19.15      A     \nATOM   1375  C   VAL X 876      -8.140  32.388 -18.354  1.00 16.85      A     \nATOM   1376  O   VAL X 876      -9.027  32.817 -17.620  1.00 18.13      A     \nATOM   1377  CB  VAL X 876      -6.389  34.130 -18.678  1.00 20.00      A     \nATOM   1378  CG1 VAL X 876      -5.575  34.898 -19.706  1.00 22.20      A     \nATOM   1379  CG2 VAL X 876      -7.036  35.088 -17.697  1.00 22.29      A     \nATOM   1380  N   PRO X 877      -7.721  31.114 -18.295  1.00 16.52      A     \nATOM   1381  CA  PRO X 877      -8.186  30.142 -17.299  1.00 15.35      A     \nATOM   1382  C   PRO X 877      -7.508  30.376 -15.950  1.00 13.29      A     \nATOM   1383  O   PRO X 877      -6.631  29.611 -15.550  1.00 14.36      A     \nATOM   1384  CB  PRO X 877      -7.794  28.801 -17.906  1.00 15.82      A     \nATOM   1385  CG  PRO X 877      -6.570  29.117 -18.711  1.00 16.76      A     \nATOM   1386  CD  PRO X 877      -6.785  30.507 -19.259  1.00 15.99      A     \nATOM   1387  N   ILE X 878      -7.923  31.430 -15.253  1.00 12.96      A     \nATOM   1388  CA  ILE X 878      -7.199  31.926 -14.089  1.00 12.89      A     \nATOM   1389  C   ILE X 878      -6.829  30.858 -13.062  1.00 11.61      A     \nATOM   1390  O   ILE X 878      -5.713  30.855 -12.543  1.00 12.33      A     \nATOM   1391  CB  ILE X 878      -8.000  33.036 -13.369  1.00 13.63      A     \nATOM   1392  CG1 ILE X 878      -8.100  34.271 -14.263  1.00 17.17      A     \nATOM   1393  CG2 ILE X 878      -7.321  33.404 -12.061  1.00 15.87      A     \nATOM   1394  CD1 ILE X 878      -6.803  35.029 -14.386  1.00 20.74      A     \nATOM   1395  N   LYS X 879      -7.755  29.954 -12.761  1.00 11.00      A     \nATOM   1396  CA  LYS X 879      -7.544  29.030 -11.653  1.00 10.97      A     \nATOM   1397  C   LYS X 879      -6.537  27.922 -11.954  1.00 10.68      A     \nATOM   1398  O   LYS X 879      -6.166  27.159 -11.063  1.00 11.10      A     \nATOM   1399  CB  LYS X 879      -8.886  28.439 -11.202  1.00 11.05      A     \nATOM   1400  CG  LYS X 879      -9.759  29.469 -10.490  1.00 11.51      A     \nATOM   1401  CD  LYS X 879     -11.110  28.920 -10.058  1.00 12.00      A     \nATOM   1402  CE  LYS X 879     -11.882  29.980  -9.284  1.00 12.73      A     \nATOM   1403  NZ  LYS X 879     -13.222  29.514  -8.828  1.00 15.27      A     \nATOM   1404  N   TRP X 880      -6.082  27.856 -13.201  1.00 10.36      A     \nATOM   1405  CA  TRP X 880      -5.038  26.912 -13.589  1.00 10.49      A     \nATOM   1406  C   TRP X 880      -3.690  27.584 -13.846  1.00 11.00      A     \nATOM   1407  O   TRP X 880      -2.690  26.908 -14.090  1.00 11.82      A     \nATOM   1408  CB  TRP X 880      -5.473  26.133 -14.837  1.00 10.90      A     \nATOM   1409  CG  TRP X 880      -6.451  25.034 -14.532  1.00 10.26      A     \nATOM   1410  CD1 TRP X 880      -6.164  23.711 -14.360  1.00 10.08      A     \nATOM   1411  CD2 TRP X 880      -7.861  25.170 -14.311  1.00 10.92      A     \nATOM   1412  NE1 TRP X 880      -7.305  23.015 -14.040  1.00 10.14      A     \nATOM   1413  CE2 TRP X 880      -8.360  23.887 -14.003  1.00  9.90      A     \nATOM   1414  CE3 TRP X 880      -8.750  26.251 -14.340  1.00 12.05      A     \nATOM   1415  CZ2 TRP X 880      -9.706  23.655 -13.724  1.00 11.39      A     \nATOM   1416  CZ3 TRP X 880     -10.092  26.017 -14.063  1.00 13.19      A     \nATOM   1417  CH2 TRP X 880     -10.554  24.729 -13.759  1.00 12.53      A     \nATOM   1418  N  AMET X 881      -3.669  28.913 -13.763  0.50 11.13      A     \nATOM   1419  CA AMET X 881      -2.512  29.704 -14.177  0.50 11.79      A     \nATOM   1420  C  AMET X 881      -1.502  29.974 -13.071  0.50 11.39      A     \nATOM   1421  O  AMET X 881      -1.860  30.132 -11.902  0.50 11.48      A     \nATOM   1422  CB AMET X 881      -2.973  31.045 -14.750  0.50 11.82      A     \nATOM   1423  CG AMET X 881      -3.677  30.936 -16.084  0.50 11.57      A     \nATOM   1424  SD AMET X 881      -4.583  32.433 -16.481  0.50 11.80      A     \nATOM   1425  CE AMET X 881      -3.258  33.637 -16.581  0.50 11.53      A     \nATOM   1426  N  BMET X 881      -3.653  28.910 -13.812  0.50 12.03      A     \nATOM   1427  CA BMET X 881      -2.464  29.614 -14.274  0.50 12.98      A     \nATOM   1428  C  BMET X 881      -1.525  30.038 -13.145  0.50 12.77      A     \nATOM   1429  O  BMET X 881      -1.953  30.340 -12.030  0.50 13.51      A     \nATOM   1430  CB BMET X 881      -2.871  30.834 -15.109  0.50 14.87      A     \nATOM   1431  CG BMET X 881      -3.760  30.502 -16.312  0.50 15.26      A     \nATOM   1432  SD BMET X 881      -2.904  29.723 -17.713  0.50 16.30      A     \nATOM   1433  CE BMET X 881      -3.530  28.032 -17.629  0.50 13.50      A     \nATOM   1434  N   ALA X 882      -0.233  30.045 -13.456  1.00 12.77      A     \nATOM   1435  CA  ALA X 882       0.798  30.473 -12.525  1.00 12.79      A     \nATOM   1436  C   ALA X 882       0.623  31.948 -12.187  1.00 12.61      A     \nATOM   1437  O   ALA X 882       0.071  32.719 -12.978  1.00 12.39      A     \nATOM   1438  CB  ALA X 882       2.173  30.240 -13.131  1.00 12.84      A     \nATOM   1439  N   LEU X 883       1.109  32.344 -11.016  1.00 12.96      A     \nATOM   1440  CA  LEU X 883       0.961  33.718 -10.561  1.00 13.38      A     \nATOM   1441  C   LEU X 883       1.540  34.719 -11.558  1.00 13.71      A     \nATOM   1442  O   LEU X 883       0.942  35.766 -11.806  1.00 14.82      A     \nATOM   1443  CB  LEU X 883       1.639  33.896  -9.201  1.00 15.35      A     \nATOM   1444  CG  LEU X 883       1.403  35.239  -8.507  1.00 17.66      A     \nATOM   1445  CD1 LEU X 883      -0.094  35.496  -8.378  1.00 18.37      A     \nATOM   1446  CD2 LEU X 883       2.069  35.231  -7.138  1.00 20.25      A     \nATOM   1447  N   GLU X 884       2.695  34.401 -12.133  1.00 14.38      A     \nATOM   1448  CA  GLU X 884       3.342  35.335 -13.050  1.00 14.03      A     \nATOM   1449  C   GLU X 884       2.542  35.490 -14.342  1.00 14.81      A     \nATOM   1450  O   GLU X 884       2.642  36.512 -15.027  1.00 14.97      A     \nATOM   1451  CB  GLU X 884       4.777  34.885 -13.366  1.00 15.43      A     \nATOM   1452  CG  GLU X 884       4.891  33.619 -14.195  1.00 14.45      A     \nATOM   1453  CD  GLU X 884       4.973  32.357 -13.355  1.00 13.24      A     \nATOM   1454  OE1 GLU X 884       4.679  32.415 -12.141  1.00 13.45      A     \nATOM   1455  OE2 GLU X 884       5.331  31.306 -13.921  1.00 13.09      A     \nATOM   1456  N   SER X 885       1.738  34.485 -14.671  1.00 12.67      A     \nATOM   1457  CA  SER X 885       0.872  34.567 -15.843  1.00 13.26      A     \nATOM   1458  C   SER X 885      -0.319  35.476 -15.563  1.00 13.49      A     \nATOM   1459  O   SER X 885      -0.693  36.295 -16.402  1.00 13.84      A     \nATOM   1460  CB  SER X 885       0.374  33.176 -16.243  1.00 12.78      A     \nATOM   1461  OG  SER X 885       1.459  32.301 -16.481  1.00 12.45      A     \nATOM   1462  N   ILE X 886      -0.905  35.335 -14.379  1.00 12.79      A     \nATOM   1463  CA  ILE X 886      -2.015  36.187 -13.973  1.00 14.95      A     \nATOM   1464  C   ILE X 886      -1.575  37.649 -13.892  1.00 15.60      A     \nATOM   1465  O   ILE X 886      -2.255  38.538 -14.402  1.00 16.82      A     \nATOM   1466  CB  ILE X 886      -2.571  35.768 -12.596  1.00 14.97      A     \nATOM   1467  CG1 ILE X 886      -3.054  34.316 -12.645  1.00 14.28      A     \nATOM   1468  CG2 ILE X 886      -3.714  36.691 -12.197  1.00 16.61      A     \nATOM   1469  CD1 ILE X 886      -3.456  33.763 -11.285  1.00 15.53      A     \nATOM   1470  N   LEU X 887      -0.431  37.892 -13.261  1.00 14.75      A     \nATOM   1471  CA  LEU X 887       0.013  39.253 -12.975  1.00 15.26      A     \nATOM   1472  C   LEU X 887       0.658  39.950 -14.170  1.00 16.39      A     \nATOM   1473  O   LEU X 887       0.533  41.167 -14.319  1.00 17.51      A     \nATOM   1474  CB  LEU X 887       0.994  39.249 -11.799  1.00 17.12      A     \nATOM   1475  CG  LEU X 887       0.426  38.842 -10.438  1.00 19.14      A     \nATOM   1476  CD1 LEU X 887       1.515  38.943  -9.383  1.00 22.08      A     \nATOM   1477  CD2 LEU X 887      -0.749  39.737 -10.079  1.00 20.94      A     \nATOM   1478  N   HIS X 888       1.347  39.190 -15.017  1.00 14.90      A     \nATOM   1479  CA  HIS X 888       2.200  39.789 -16.039  1.00 14.43      A     \nATOM   1480  C   HIS X 888       2.018  39.222 -17.444  1.00 13.92      A     \nATOM   1481  O   HIS X 888       2.727  39.623 -18.369  1.00 14.54      A     \nATOM   1482  CB  HIS X 888       3.664  39.658 -15.626  1.00 14.72      A     \nATOM   1483  CG  HIS X 888       4.004  40.407 -14.377  1.00 16.52      A     \nATOM   1484  ND1 HIS X 888       4.364  39.781 -13.203  1.00 20.48      A     \nATOM   1485  CD2 HIS X 888       4.031  41.735 -14.118  1.00 15.00      A     \nATOM   1486  CE1 HIS X 888       4.597  40.693 -12.276  1.00 16.75      A     \nATOM   1487  NE2 HIS X 888       4.403  41.887 -12.806  1.00 20.51      A     \nATOM   1488  N   ARG X 889       1.082  38.288 -17.601  1.00 13.97      A     \nATOM   1489  CA  ARG X 889       0.783  37.698 -18.908  1.00 13.72      A     \nATOM   1490  C   ARG X 889       1.977  36.934 -19.481  1.00 14.19      A     \nATOM   1491  O   ARG X 889       2.100  36.758 -20.695  1.00 15.70      A     \nATOM   1492  CB  ARG X 889       0.328  38.786 -19.890  1.00 14.45      A     \nATOM   1493  CG  ARG X 889      -0.915  39.527 -19.432  1.00 14.21      A     \nATOM   1494  CD  ARG X 889      -1.370  40.562 -20.456  1.00 14.94      A     \nATOM   1495  NE  ARG X 889      -2.587  41.235 -20.014  1.00 17.61      A     \nATOM   1496  CZ  ARG X 889      -3.178  42.234 -20.664  1.00 18.90      A     \nATOM   1497  NH1 ARG X 889      -2.665  42.687 -21.799  1.00 19.33      A     \nATOM   1498  NH2 ARG X 889      -4.281  42.782 -20.174  1.00 20.48      A     \nATOM   1499  N   ILE X 890       2.848  36.465 -18.594  1.00 13.47      A     \nATOM   1500  CA  ILE X 890       4.036  35.721 -18.986  1.00 14.63      A     \nATOM   1501  C   ILE X 890       3.782  34.221 -18.869  1.00 13.39      A     \nATOM   1502  O   ILE X 890       3.269  33.752 -17.851  1.00 13.23      A     \nATOM   1503  CB  ILE X 890       5.237  36.082 -18.087  1.00 17.88      A     \nATOM   1504  CG1 ILE X 890       5.570  37.567 -18.231  1.00 20.87      A     \nATOM   1505  CG2 ILE X 890       6.436  35.218 -18.447  1.00 18.96      A     \nATOM   1506  CD1 ILE X 890       6.653  38.039 -17.284  1.00 24.18      A     \nATOM   1507  N   TYR X 891       4.149  33.479 -19.912  1.00 12.23      A     \nATOM   1508  CA  TYR X 891       3.974  32.030 -19.940  1.00 12.51      A     \nATOM   1509  C   TYR X 891       5.272  31.346 -20.333  1.00 13.47      A     \nATOM   1510  O   TYR X 891       5.957  31.779 -21.261  1.00 14.10      A     \nATOM   1511  CB  TYR X 891       2.887  31.645 -20.942  1.00 13.39      A     \nATOM   1512  CG  TYR X 891       1.510  32.150 -20.591  1.00 11.44      A     \nATOM   1513  CD1 TYR X 891       0.574  31.314 -19.997  1.00 11.44      A     \nATOM   1514  CD2 TYR X 891       1.138  33.460 -20.866  1.00 12.23      A     \nATOM   1515  CE1 TYR X 891      -0.694  31.764 -19.688  1.00 11.54      A     \nATOM   1516  CE2 TYR X 891      -0.130  33.921 -20.560  1.00 11.14      A     \nATOM   1517  CZ  TYR X 891      -1.041  33.066 -19.973  1.00 10.52      A     \nATOM   1518  OH  TYR X 891      -2.309  33.499 -19.676  1.00 12.99      A     \nATOM   1519  N   THR X 892       5.600  30.270 -19.627  1.00 13.16      A     \nATOM   1520  CA  THR X 892       6.812  29.503 -19.891  1.00 13.56      A     \nATOM   1521  C   THR X 892       6.506  28.028 -19.687  1.00 12.89      A     \nATOM   1522  O   THR X 892       5.409  27.669 -19.276  1.00 11.71      A     \nATOM   1523  CB  THR X 892       7.938  29.887 -18.921  1.00 12.76      A     \nATOM   1524  OG1 THR X 892       7.554  29.540 -17.583  1.00 14.49      A     \nATOM   1525  CG2 THR X 892       8.209  31.379 -18.982  1.00 14.41      A     \nATOM   1526  N   HIS X 893       7.476  27.170 -19.962  1.00 12.60      A     \nATOM   1527  CA  HIS X 893       7.308  25.763 -19.640  1.00 12.50      A     \nATOM   1528  C   HIS X 893       7.075  25.598 -18.143  1.00 12.56      A     \nATOM   1529  O   HIS X 893       6.360  24.693 -17.716  1.00 12.43      A     \nATOM   1530  CB  HIS X 893       8.537  24.975 -20.088  1.00 13.63      A     \nATOM   1531  CG  HIS X 893       8.820  25.107 -21.551  1.00 13.83      A     \nATOM   1532  ND1 HIS X 893       7.894  24.776 -22.516  1.00 14.25      A     \nATOM   1533  CD2 HIS X 893       9.900  25.584 -22.214  1.00 15.92      A     \nATOM   1534  CE1 HIS X 893       8.389  25.045 -23.710  1.00 15.06      A     \nATOM   1535  NE2 HIS X 893       9.605  25.537 -23.555  1.00 15.93      A     \nATOM   1536  N   GLN X 894       7.662  26.488 -17.350  1.00 12.07      A     \nATOM   1537  CA  GLN X 894       7.498  26.425 -15.904  1.00 12.14      A     \nATOM   1538  C   GLN X 894       6.132  26.912 -15.415  1.00 11.62      A     \nATOM   1539  O   GLN X 894       5.674  26.491 -14.349  1.00 11.30      A     \nATOM   1540  CB  GLN X 894       8.617  27.204 -15.211  1.00 12.49      A     \nATOM   1541  CG  GLN X 894       9.993  26.575 -15.387  1.00 12.57      A     \nATOM   1542  CD  GLN X 894      10.002  25.096 -15.037  1.00 12.42      A     \nATOM   1543  OE1 GLN X 894       9.914  24.237 -15.914  1.00 13.75      A     \nATOM   1544  NE2 GLN X 894      10.106  24.793 -13.747  1.00 12.86      A     \nATOM   1545  N   SER X 895       5.465  27.785 -16.168  1.00 10.68      A     \nATOM   1546  CA  SER X 895       4.079  28.086 -15.818  1.00  9.90      A     \nATOM   1547  C   SER X 895       3.168  26.918 -16.205  1.00  9.36      A     \nATOM   1548  O   SER X 895       2.170  26.662 -15.534  1.00 10.63      A     \nATOM   1549  CB  SER X 895       3.599  29.405 -16.460  1.00 11.55      A     \nATOM   1550  OG  SER X 895       3.654  29.388 -17.873  1.00 12.16      A     \nATOM   1551  N   ASP X 896       3.523  26.192 -17.262  1.00  9.54      A     \nATOM   1552  CA  ASP X 896       2.828  24.945 -17.581  1.00  8.86      A     \nATOM   1553  C   ASP X 896       2.960  23.944 -16.431  1.00  9.45      A     \nATOM   1554  O   ASP X 896       2.034  23.187 -16.160  1.00  8.97      A     \nATOM   1555  CB  ASP X 896       3.386  24.307 -18.866  1.00  9.64      A     \nATOM   1556  CG  ASP X 896       2.803  24.908 -20.139  1.00 11.33      A     \nATOM   1557  OD1 ASP X 896       3.372  24.629 -21.214  1.00 11.44      A     \nATOM   1558  OD2 ASP X 896       1.790  25.639 -20.080  1.00 11.04      A     \nATOM   1559  N   VAL X 897       4.113  23.937 -15.760  1.00  9.59      A     \nATOM   1560  CA  VAL X 897       4.299  23.059 -14.606  1.00  9.78      A     \nATOM   1561  C   VAL X 897       3.321  23.402 -13.479  1.00  8.42      A     \nATOM   1562  O   VAL X 897       2.768  22.504 -12.839  1.00  8.94      A     \nATOM   1563  CB  VAL X 897       5.761  23.120 -14.077  1.00  9.02      A     \nATOM   1564  CG1 VAL X 897       5.867  22.418 -12.724  1.00 10.94      A     \nATOM   1565  CG2 VAL X 897       6.701  22.454 -15.085  1.00 10.90      A     \nATOM   1566  N   TRP X 898       3.102  24.691 -13.237  1.00  8.85      A     \nATOM   1567  CA  TRP X 898       2.073  25.110 -12.286  1.00  8.56      A     \nATOM   1568  C   TRP X 898       0.717  24.501 -12.655  1.00  8.58      A     \nATOM   1569  O   TRP X 898       0.036  23.913 -11.810  1.00  9.54      A     \nATOM   1570  CB  TRP X 898       1.970  26.642 -12.255  1.00  8.64      A     \nATOM   1571  CG  TRP X 898       0.962  27.170 -11.263  1.00  8.18      A     \nATOM   1572  CD1 TRP X 898      -0.387  26.940 -11.258  1.00  9.21      A     \nATOM   1573  CD2 TRP X 898       1.224  28.024 -10.138  1.00  9.68      A     \nATOM   1574  NE1 TRP X 898      -0.975  27.591 -10.203  1.00  9.35      A     \nATOM   1575  CE2 TRP X 898      -0.010  28.265  -9.500  1.00  9.26      A     \nATOM   1576  CE3 TRP X 898       2.383  28.610  -9.612  1.00  9.55      A     \nATOM   1577  CZ2 TRP X 898      -0.119  29.066  -8.363  1.00 10.60      A     \nATOM   1578  CZ3 TRP X 898       2.271  29.408  -8.481  1.00 10.48      A     \nATOM   1579  CH2 TRP X 898       1.030  29.626  -7.872  1.00 10.47      A     \nATOM   1580  N   SER X 899       0.329  24.641 -13.919  1.00  8.49      A     \nATOM   1581  CA  SER X 899      -0.942  24.106 -14.394  1.00  8.82      A     \nATOM   1582  C   SER X 899      -0.993  22.588 -14.283  1.00  8.87      A     \nATOM   1583  O   SER X 899      -2.049  22.019 -14.008  1.00  8.46      A     \nATOM   1584  CB  SER X 899      -1.177  24.517 -15.847  1.00 10.73      A     \nATOM   1585  OG  SER X 899      -1.154  25.926 -15.989  1.00 11.25      A     \nATOM   1586  N   TYR X 900       0.144  21.934 -14.513  1.00  8.23      A     \nATOM   1587  CA  TYR X 900       0.246  20.496 -14.306  1.00  7.93      A     \nATOM   1588  C   TYR X 900      -0.095  20.147 -12.857  1.00  8.58      A     \nATOM   1589  O   TYR X 900      -0.843  19.201 -12.600  1.00  9.24      A     \nATOM   1590  CB  TYR X 900       1.661  20.014 -14.656  1.00  8.99      A     \nATOM   1591  CG  TYR X 900       1.913  18.556 -14.340  1.00  8.72      A     \nATOM   1592  CD1 TYR X 900       2.453  18.177 -13.120  1.00 10.34      A     \nATOM   1593  CD2 TYR X 900       1.617  17.560 -15.261  1.00 10.18      A     \nATOM   1594  CE1 TYR X 900       2.693  16.849 -12.824  1.00  8.92      A     \nATOM   1595  CE2 TYR X 900       1.853  16.224 -14.974  1.00 10.15      A     \nATOM   1596  CZ  TYR X 900       2.392  15.875 -13.754  1.00  9.40      A     \nATOM   1597  OH  TYR X 900       2.638  14.552 -13.459  1.00 10.47      A     \nATOM   1598  N   GLY X 901       0.447  20.913 -11.912  1.00  8.29      A     \nATOM   1599  CA  GLY X 901       0.116  20.692 -10.514  1.00  8.54      A     \nATOM   1600  C   GLY X 901      -1.375  20.783 -10.233  1.00  8.05      A     \nATOM   1601  O   GLY X 901      -1.924  19.972  -9.492  1.00  9.01      A     \nATOM   1602  N   VAL X 902      -2.038  21.774 -10.817  1.00  8.33      A     \nATOM   1603  CA  VAL X 902      -3.474  21.905 -10.618  1.00  8.26      A     \nATOM   1604  C   VAL X 902      -4.205  20.722 -11.252  1.00  8.23      A     \nATOM   1605  O   VAL X 902      -5.166  20.200 -10.685  1.00  8.85      A     \nATOM   1606  CB  VAL X 902      -4.012  23.223 -11.220  1.00  8.01      A     \nATOM   1607  CG1 VAL X 902      -5.519  23.329 -10.980  1.00  9.99      A     \nATOM   1608  CG2 VAL X 902      -3.288  24.419 -10.605  1.00  9.84      A     \nATOM   1609  N   THR X 903      -3.745  20.298 -12.426  1.00  8.67      A     \nATOM   1610  CA  THR X 903      -4.340  19.158 -13.118  1.00  8.83      A     \nATOM   1611  C   THR X 903      -4.234  17.886 -12.277  1.00  9.37      A     \nATOM   1612  O   THR X 903      -5.204  17.141 -12.147  1.00  9.43      A     \nATOM   1613  CB  THR X 903      -3.658  18.939 -14.489  1.00  9.12      A     \nATOM   1614  OG1 THR X 903      -3.842  20.109 -15.295  1.00  9.67      A     \nATOM   1615  CG2 THR X 903      -4.248  17.735 -15.215  1.00 10.15      A     \nATOM   1616  N   VAL X 904      -3.062  17.649 -11.694  1.00  9.27      A     \nATOM   1617  CA  VAL X 904      -2.892  16.512 -10.798  1.00  9.34      A     \nATOM   1618  C   VAL X 904      -3.835  16.615  -9.594  1.00  8.93      A     \nATOM   1619  O   VAL X 904      -4.436  15.618  -9.183  1.00  9.57      A     \nATOM   1620  CB  VAL X 904      -1.426  16.404 -10.312  1.00  9.11      A     \nATOM   1621  CG1 VAL X 904      -1.306  15.350  -9.214  1.00 11.24      A     \nATOM   1622  CG2 VAL X 904      -0.524  16.044 -11.490  1.00 11.89      A     \nATOM   1623  N   TRP X 905      -3.979  17.816  -9.039  1.00  8.61      A     \nATOM   1624  CA  TRP X 905      -4.923  18.017  -7.941  1.00  8.82      A     \nATOM   1625  C   TRP X 905      -6.348  17.647  -8.366  1.00  8.95      A     \nATOM   1626  O   TRP X 905      -7.084  17.003  -7.618  1.00  9.03      A     \nATOM   1627  CB  TRP X 905      -4.868  19.476  -7.463  1.00  8.99      A     \nATOM   1628  CG  TRP X 905      -5.717  19.763  -6.255  1.00  9.00      A     \nATOM   1629  CD1 TRP X 905      -5.331  19.708  -4.944  1.00  9.85      A     \nATOM   1630  CD2 TRP X 905      -7.093  20.164  -6.250  1.00  8.96      A     \nATOM   1631  NE1 TRP X 905      -6.384  20.051  -4.126  1.00  9.25      A     \nATOM   1632  CE2 TRP X 905      -7.475  20.336  -4.904  1.00  8.70      A     \nATOM   1633  CE3 TRP X 905      -8.038  20.394  -7.254  1.00  9.22      A     \nATOM   1634  CZ2 TRP X 905      -8.762  20.727  -4.539  1.00  9.64      A     \nATOM   1635  CZ3 TRP X 905      -9.318  20.783  -6.888  1.00 10.71      A     \nATOM   1636  CH2 TRP X 905      -9.668  20.945  -5.543  1.00 10.02      A     \nATOM   1637  N   GLU X 906      -6.734  18.036  -9.577  1.00  8.65      A     \nATOM   1638  CA  GLU X 906      -8.039  17.647 -10.097  1.00  8.70      A     \nATOM   1639  C   GLU X 906      -8.182  16.131 -10.134  1.00  9.52      A     \nATOM   1640  O   GLU X 906      -9.208  15.587  -9.738  1.00 10.00      A     \nATOM   1641  CB  GLU X 906      -8.239  18.180 -11.509  1.00  8.16      A     \nATOM   1642  CG  GLU X 906      -8.423  19.668 -11.628  1.00  9.63      A     \nATOM   1643  CD  GLU X 906      -8.661  20.050 -13.066  1.00  9.38      A     \nATOM   1644  OE1 GLU X 906      -7.668  20.224 -13.804  1.00  9.70      A     \nATOM   1645  OE2 GLU X 906      -9.842  20.153 -13.463  1.00 10.26      A     \nATOM   1646  N   LEU X 907      -7.161  15.439 -10.622  1.00  8.98      A     \nATOM   1647  CA  LEU X 907      -7.246  13.989 -10.716  1.00  9.21      A     \nATOM   1648  C   LEU X 907      -7.379  13.364  -9.332  1.00  9.18      A     \nATOM   1649  O   LEU X 907      -8.205  12.472  -9.125  1.00 10.03      A     \nATOM   1650  CB  LEU X 907      -6.012  13.422 -11.424  1.00 10.07      A     \nATOM   1651  CG  LEU X 907      -5.747  13.936 -12.843  1.00 10.55      A     \nATOM   1652  CD1 LEU X 907      -4.588  13.158 -13.461  1.00 11.52      A     \nATOM   1653  CD2 LEU X 907      -7.002  13.788 -13.689  1.00 13.82      A     \nATOM   1654  N   MET X 908      -6.580  13.845  -8.383  1.00  9.51      A     \nATOM   1655  CA  MET X 908      -6.523  13.233  -7.061  1.00  9.53      A     \nATOM   1656  C   MET X 908      -7.767  13.523  -6.230  1.00  9.84      A     \nATOM   1657  O   MET X 908      -8.000  12.862  -5.218  1.00 11.22      A     \nATOM   1658  CB  MET X 908      -5.279  13.712  -6.304  1.00  9.53      A     \nATOM   1659  CG  MET X 908      -3.969  13.349  -6.978  1.00 11.45      A     \nATOM   1660  SD  MET X 908      -3.780  11.577  -7.214  1.00 14.13      A     \nATOM   1661  CE  MET X 908      -2.351  11.534  -8.291  1.00 13.27      A     \nATOM   1662  N   THR X 909      -8.552  14.515  -6.643  1.00  9.91      A     \nATOM   1663  CA  THR X 909      -9.819  14.820  -5.980  1.00 10.36      A     \nATOM   1664  C   THR X 909     -10.992  14.315  -6.815  1.00 10.48      A     \nATOM   1665  O   THR X 909     -12.138  14.722  -6.615  1.00 11.46      A     \nATOM   1666  CB  THR X 909      -9.987  16.339  -5.757  1.00  9.57      A     \nATOM   1667  OG1 THR X 909      -9.938  17.020  -7.019  1.00 10.61      A     \nATOM   1668  CG2 THR X 909      -8.878  16.873  -4.853  1.00 10.78      A     \nATOM   1669  N   PHE X 910     -10.687  13.431  -7.760  1.00 11.47      A     \nATOM   1670  CA  PHE X 910     -11.683  12.856  -8.655  1.00 11.22      A     \nATOM   1671  C   PHE X 910     -12.507  13.926  -9.366  1.00 11.50      A     \nATOM   1672  O   PHE X 910     -13.730  13.824  -9.498  1.00 11.86      A     \nATOM   1673  CB  PHE X 910     -12.565  11.874  -7.878  1.00 12.85      A     \nATOM   1674  CG  PHE X 910     -11.793  10.712  -7.315  1.00 12.95      A     \nATOM   1675  CD1 PHE X 910     -11.386   9.672  -8.138  1.00 14.73      A     \nATOM   1676  CD2 PHE X 910     -11.417  10.691  -5.983  1.00 13.97      A     \nATOM   1677  CE1 PHE X 910     -10.614   8.636  -7.643  1.00 15.29      A     \nATOM   1678  CE2 PHE X 910     -10.645   9.658  -5.482  1.00 14.48      A     \nATOM   1679  CZ  PHE X 910     -10.243   8.632  -6.312  1.00 14.36      A     \nATOM   1680  N   GLY X 911     -11.808  14.954  -9.834  1.00 11.35      A     \nATOM   1681  CA  GLY X 911     -12.420  15.955 -10.684  1.00 10.74      A     \nATOM   1682  C   GLY X 911     -13.096  17.089  -9.938  1.00 10.98      A     \nATOM   1683  O   GLY X 911     -14.047  17.678 -10.441  1.00 11.41      A     \nATOM   1684  N   SER X 912     -12.615  17.404  -8.740  1.00 10.33      A     \nATOM   1685  CA  SER X 912     -13.199  18.495  -7.967  1.00 10.34      A     \nATOM   1686  C   SER X 912     -12.775  19.858  -8.518  1.00 10.62      A     \nATOM   1687  O   SER X 912     -11.792  19.966  -9.256  1.00 10.43      A     \nATOM   1688  CB  SER X 912     -12.789  18.374  -6.498  1.00 10.37      A     \nATOM   1689  OG  SER X 912     -13.298  17.178  -5.929  1.00 11.64      A     \nATOM   1690  N   LYS X 913     -13.519  20.897  -8.152  1.00 10.17      A     \nATOM   1691  CA  LYS X 913     -13.275  22.244  -8.662  1.00 10.60      A     \nATOM   1692  C   LYS X 913     -12.229  22.972  -7.818  1.00 10.62      A     \nATOM   1693  O   LYS X 913     -12.367  23.066  -6.600  1.00 10.60      A     \nATOM   1694  CB  LYS X 913     -14.576  23.052  -8.654  1.00 11.83      A     \nATOM   1695  CG  LYS X 913     -15.681  22.490  -9.534  1.00 15.42      A     \nATOM   1696  CD  LYS X 913     -16.962  23.298  -9.368  1.00 18.33      A     \nATOM   1697  CE  LYS X 913     -18.060  22.818 -10.300  1.00 21.06      A     \nATOM   1698  NZ  LYS X 913     -19.273  23.679 -10.188  1.00 24.43      A     \nATOM   1699  N   PRO X 914     -11.168  23.500  -8.455  1.00  9.72      A     \nATOM   1700  CA  PRO X 914     -10.128  24.217  -7.704  1.00  9.77      A     \nATOM   1701  C   PRO X 914     -10.604  25.594  -7.244  1.00  9.67      A     \nATOM   1702  O   PRO X 914     -11.292  26.294  -7.987  1.00 10.65      A     \nATOM   1703  CB  PRO X 914      -8.976  24.322  -8.695  1.00 10.67      A     \nATOM   1704  CG  PRO X 914      -9.656  24.337 -10.036  1.00 12.46      A     \nATOM   1705  CD  PRO X 914     -10.858  23.428  -9.896  1.00 10.13      A     \nATOM   1706  N   TYR X 915     -10.223  25.983  -6.029  1.00 10.04      A     \nATOM   1707  CA  TYR X 915     -10.662  27.252  -5.446  1.00  9.92      A     \nATOM   1708  C   TYR X 915     -12.173  27.386  -5.607  1.00 12.21      A     \nATOM   1709  O   TYR X 915     -12.686  28.409  -6.066  1.00 13.61      A     \nATOM   1710  CB  TYR X 915      -9.954  28.429  -6.123  1.00 11.08      A     \nATOM   1711  CG  TYR X 915      -8.470  28.216  -6.319  1.00 10.62      A     \nATOM   1712  CD1 TYR X 915      -7.565  28.437  -5.285  1.00 11.13      A     \nATOM   1713  CD2 TYR X 915      -7.974  27.796  -7.543  1.00 10.13      A     \nATOM   1714  CE1 TYR X 915      -6.204  28.246  -5.472  1.00 11.09      A     \nATOM   1715  CE2 TYR X 915      -6.623  27.603  -7.740  1.00 11.09      A     \nATOM   1716  CZ  TYR X 915      -5.740  27.829  -6.705  1.00  9.57      A     \nATOM   1717  OH  TYR X 915      -4.391  27.647  -6.911  1.00 11.47      A     \nATOM   1718  N   ASP X 916     -12.872  26.333  -5.206  1.00 11.65      A     \nATOM   1719  CA  ASP X 916     -14.294  26.163  -5.463  1.00 13.84      A     \nATOM   1720  C   ASP X 916     -15.126  27.307  -4.898  1.00 16.53      A     \nATOM   1721  O   ASP X 916     -15.044  27.611  -3.712  1.00 17.58      A     \nATOM   1722  CB  ASP X 916     -14.734  24.837  -4.844  1.00 12.30      A     \nATOM   1723  CG  ASP X 916     -16.186  24.525  -5.091  1.00 13.96      A     \nATOM   1724  OD1 ASP X 916     -16.772  25.090  -6.036  1.00 16.20      A     \nATOM   1725  OD2 ASP X 916     -16.739  23.699  -4.337  1.00 12.79      A     \nATOM   1726  N   GLY X 917     -15.924  27.937  -5.756  1.00 16.82      A     \nATOM   1727  CA  GLY X 917     -16.830  28.978  -5.300  1.00 20.01      A     \nATOM   1728  C   GLY X 917     -16.175  30.330  -5.079  1.00 20.96      A     \nATOM   1729  O   GLY X 917     -16.839  31.286  -4.674  1.00 24.31      A     \nATOM   1730  N   ILE X 918     -14.874  30.413  -5.339  1.00 20.29      A     \nATOM   1731  CA  ILE X 918     -14.133  31.658  -5.162  1.00 20.17      A     \nATOM   1732  C   ILE X 918     -14.005  32.393  -6.489  1.00 19.27      A     \nATOM   1733  O   ILE X 918     -13.615  31.807  -7.496  1.00 18.18      A     \nATOM   1734  CB  ILE X 918     -12.716  31.389  -4.628  1.00 20.56      A     \nATOM   1735  CG1 ILE X 918     -12.790  30.642  -3.299  1.00 21.34      A     \nATOM   1736  CG2 ILE X 918     -11.968  32.701  -4.456  1.00 22.49      A     \nATOM   1737  CD1 ILE X 918     -11.434  30.288  -2.733  1.00 21.02      A     \nATOM   1738  N   PRO X 919     -14.323  33.697  -6.505  1.00 18.68      A     \nATOM   1739  CA  PRO X 919     -14.228  34.481  -7.740  1.00 18.13      A     \nATOM   1740  C   PRO X 919     -12.813  34.494  -8.309  1.00 17.06      A     \nATOM   1741  O   PRO X 919     -11.841  34.664  -7.574  1.00 17.32      A     \nATOM   1742  CB  PRO X 919     -14.687  35.877  -7.316  1.00 20.30      A     \nATOM   1743  CG  PRO X 919     -15.537  35.640  -6.109  1.00 22.43      A     \nATOM   1744  CD  PRO X 919     -14.895  34.482  -5.398  1.00 20.49      A     \nATOM   1745  N   ALA X 920     -12.704  34.320  -9.622  1.00 18.82      A     \nATOM   1746  CA  ALA X 920     -11.404  34.315 -10.284  1.00 19.22      A     \nATOM   1747  C   ALA X 920     -10.612  35.580  -9.966  1.00 20.68      A     \nATOM   1748  O   ALA X 920      -9.383  35.554  -9.911  1.00 19.22      A     \nATOM   1749  CB  ALA X 920     -11.588  34.181 -11.789  1.00 21.55      A     \nATOM   1750  N   SER X 921     -11.319  36.685  -9.754  1.00 20.88      A     \nATOM   1751  CA  SER X 921     -10.674  37.973  -9.524  1.00 21.76      A     \nATOM   1752  C   SER X 921      -9.942  38.038  -8.185  1.00 21.79      A     \nATOM   1753  O   SER X 921      -9.143  38.944  -7.954  1.00 22.31      A     \nATOM   1754  CB  SER X 921     -11.710  39.097  -9.593  1.00 23.78      A     \nATOM   1755  OG  SER X 921     -12.716  38.914  -8.615  1.00 24.79      A     \nATOM   1756  N   GLU X 922     -10.218  37.079  -7.306  1.00 19.81      A     \nATOM   1757  CA  GLU X 922      -9.610  37.055  -5.979  1.00 19.47      A     \nATOM   1758  C   GLU X 922      -8.413  36.111  -5.906  1.00 17.40      A     \nATOM   1759  O   GLU X 922      -7.726  36.041  -4.886  1.00 17.42      A     \nATOM   1760  CB  GLU X 922     -10.642  36.631  -4.931  1.00 22.88      A     \nATOM   1761  CG  GLU X 922     -11.829  37.570  -4.802  1.00 27.18      A     \nATOM   1762  CD  GLU X 922     -12.806  37.125  -3.729  1.00 30.30      A     \nATOM   1763  OE1 GLU X 922     -13.899  37.723  -3.636  1.00 31.75      A     \nATOM   1764  OE2 GLU X 922     -12.480  36.179  -2.980  1.00 31.59      A     \nATOM   1765  N   ILE X 923      -8.166  35.382  -6.988  1.00 16.84      A     \nATOM   1766  CA  ILE X 923      -7.178  34.313  -6.951  1.00 15.33      A     \nATOM   1767  C   ILE X 923      -5.749  34.813  -6.766  1.00 14.71      A     \nATOM   1768  O   ILE X 923      -4.995  34.255  -5.973  1.00 14.93      A     \nATOM   1769  CB  ILE X 923      -7.253  33.443  -8.223  1.00 14.39      A     \nATOM   1770  CG1 ILE X 923      -8.588  32.691  -8.255  1.00 14.03      A     \nATOM   1771  CG2 ILE X 923      -6.092  32.464  -8.255  1.00 14.91      A     \nATOM   1772  CD1 ILE X 923      -8.783  31.729  -7.099  1.00 15.06      A     \nATOM   1773  N   SER X 924      -5.370  35.870  -7.476  1.00 16.55      A     \nATOM   1774  CA  SER X 924      -3.998  36.349  -7.361  1.00 17.20      A     \nATOM   1775  C   SER X 924      -3.699  36.775  -5.925  1.00 17.99      A     \nATOM   1776  O   SER X 924      -2.609  36.527  -5.409  1.00 18.13      A     \nATOM   1777  CB  SER X 924      -3.744  37.516  -8.322  1.00 19.14      A     \nATOM   1778  OG  SER X 924      -4.461  38.674  -7.939  1.00 20.81      A     \nATOM   1779  N  ASER X 925      -4.673  37.394  -5.266  0.50 18.22      A     \nATOM   1780  CA ASER X 925      -4.469  37.848  -3.894  0.50 18.42      A     \nATOM   1781  C  ASER X 925      -4.311  36.674  -2.929  0.50 17.66      A     \nATOM   1782  O  ASER X 925      -3.503  36.727  -2.003  0.50 19.01      A     \nATOM   1783  CB ASER X 925      -5.635  38.734  -3.445  0.50 19.48      A     \nATOM   1784  OG ASER X 925      -6.835  37.990  -3.336  0.50 21.60      A     \nATOM   1785  N  BSER X 925      -4.675  37.402  -5.277  0.50 18.29      A     \nATOM   1786  CA BSER X 925      -4.502  37.846  -3.900  0.50 18.52      A     \nATOM   1787  C  BSER X 925      -4.285  36.660  -2.965  0.50 17.70      A     \nATOM   1788  O  BSER X 925      -3.413  36.693  -2.098  0.50 18.71      A     \nATOM   1789  CB BSER X 925      -5.725  38.645  -3.444  0.50 19.92      A     \nATOM   1790  OG BSER X 925      -5.575  39.080  -2.104  0.50 22.13      A     \nATOM   1791  N   ILE X 926      -5.077  35.610  -3.150  1.00 17.03      A     \nATOM   1792  CA  ILE X 926      -4.967  34.411  -2.328  1.00 16.90      A     \nATOM   1793  C   ILE X 926      -3.603  33.755  -2.512  1.00 13.95      A     \nATOM   1794  O   ILE X 926      -2.979  33.312  -1.547  1.00 14.31      A     \nATOM   1795  CB  ILE X 926      -6.073  33.389  -2.686  1.00 17.90      A     \nATOM   1796  CG1 ILE X 926      -7.437  33.931  -2.254  1.00 19.88      A     \nATOM   1797  CG2 ILE X 926      -5.785  32.048  -2.030  1.00 20.64      A     \nATOM   1798  CD1 ILE X 926      -8.593  33.004  -2.576  1.00 22.53      A     \nATOM   1799  N   LEU X 927      -3.140  33.704  -3.756  1.00 13.65      A     \nATOM   1800  CA  LEU X 927      -1.838  33.122  -4.049  1.00 13.97      A     \nATOM   1801  C   LEU X 927      -0.713  33.965  -3.458  1.00 14.98      A     \nATOM   1802  O   LEU X 927       0.280  33.429  -2.968  1.00 14.81      A     \nATOM   1803  CB  LEU X 927      -1.647  32.987  -5.560  1.00 13.89      A     \nATOM   1804  CG  LEU X 927      -2.590  32.001  -6.257  1.00 12.99      A     \nATOM   1805  CD1 LEU X 927      -2.336  32.021  -7.755  1.00 14.03      A     \nATOM   1806  CD2 LEU X 927      -2.383  30.599  -5.698  1.00 13.77      A     \nATOM   1807  N   GLU X 928      -0.876  35.284  -3.496  1.00 16.73      A     \nATOM   1808  CA  GLU X 928       0.140  36.185  -2.963  1.00 17.66      A     \nATOM   1809  C   GLU X 928       0.263  36.066  -1.448  1.00 17.54      A     \nATOM   1810  O   GLU X 928       1.319  36.345  -0.882  1.00 20.27      A     \nATOM   1811  CB  GLU X 928      -0.183  37.629  -3.351  1.00 19.14      A     \nATOM   1812  CG  GLU X 928       0.016  37.919  -4.830  1.00 23.76      A     \nATOM   1813  CD  GLU X 928      -0.395  39.325  -5.213  1.00 26.66      A     \nATOM   1814  OE1 GLU X 928      -1.342  39.859  -4.597  1.00 28.47      A     \nATOM   1815  OE2 GLU X 928       0.229  39.895  -6.132  1.00 27.97      A     \nATOM   1816  N   LYS X 929      -0.815  35.643  -0.795  1.00 18.29      A     \nATOM   1817  CA  LYS X 929      -0.797  35.410   0.645  1.00 18.97      A     \nATOM   1818  C   LYS X 929      -0.218  34.043   1.002  1.00 19.54      A     \nATOM   1819  O   LYS X 929      -0.089  33.704   2.178  1.00 21.27      A     \nATOM   1820  CB  LYS X 929      -2.212  35.532   1.218  1.00 21.35      A     \nATOM   1821  CG  LYS X 929      -2.770  36.943   1.179  1.00 25.07      A     \nATOM   1822  CD  LYS X 929      -4.181  36.996   1.737  1.00 28.32      A     \nATOM   1823  CE  LYS X 929      -4.715  38.419   1.749  1.00 31.02      A     \nATOM   1824  NZ  LYS X 929      -6.108  38.481   2.272  1.00 33.08      A     \nATOM   1825  N   GLY X 930       0.117  33.257  -0.018  1.00 17.29      A     \nATOM   1826  CA  GLY X 930       0.763  31.977   0.217  1.00 16.70      A     \nATOM   1827  C   GLY X 930      -0.186  30.795   0.280  1.00 15.79      A     \nATOM   1828  O   GLY X 930       0.248  29.661   0.477  1.00 16.86      A     \nATOM   1829  N   GLU X 931      -1.480  31.049   0.115  1.00 14.20      A     \nATOM   1830  CA  GLU X 931      -2.470  29.979   0.172  1.00 15.44      A     \nATOM   1831  C   GLU X 931      -2.448  29.150  -1.109  1.00 12.72      A     \nATOM   1832  O   GLU X 931      -2.204  29.675  -2.193  1.00 12.83      A     \nATOM   1833  CB  GLU X 931      -3.866  30.566   0.387  1.00 18.52      A     \nATOM   1834  CG  GLU X 931      -4.007  31.350   1.680  1.00 24.23      A     \nATOM   1835  CD  GLU X 931      -5.422  31.844   1.918  1.00 27.09      A     \nATOM   1836  OE1 GLU X 931      -5.603  32.738   2.771  1.00 30.89      A     \nATOM   1837  OE2 GLU X 931      -6.351  31.339   1.255  1.00 29.46      A     \nATOM   1838  N   ARG X 932      -2.696  27.851  -0.972  1.00 11.62      A     \nATOM   1839  CA  ARG X 932      -2.710  26.941  -2.115  1.00 10.70      A     \nATOM   1840  C   ARG X 932      -3.844  25.934  -1.961  1.00 11.68      A     \nATOM   1841  O   ARG X 932      -4.448  25.826  -0.892  1.00 11.40      A     \nATOM   1842  CB  ARG X 932      -1.372  26.201  -2.219  1.00 11.75      A     \nATOM   1843  CG  ARG X 932      -0.161  27.101  -2.450  1.00 12.03      A     \nATOM   1844  CD  ARG X 932      -0.227  27.793  -3.804  1.00 10.71      A     \nATOM   1845  NE  ARG X 932       1.016  28.485  -4.141  1.00 11.55      A     \nATOM   1846  CZ  ARG X 932       1.285  29.746  -3.812  1.00 12.48      A     \nATOM   1847  NH1 ARG X 932       0.400  30.462  -3.130  1.00 12.69      A     \nATOM   1848  NH2 ARG X 932       2.436  30.298  -4.177  1.00 13.46      A     \nATOM   1849  N   LEU X 933      -4.129  25.192  -3.026  1.00  9.84      A     \nATOM   1850  CA  LEU X 933      -5.137  24.135  -2.968  1.00  9.34      A     \nATOM   1851  C   LEU X 933      -4.783  23.125  -1.880  1.00 10.22      A     \nATOM   1852  O   LEU X 933      -3.608  22.842  -1.642  1.00 11.44      A     \nATOM   1853  CB  LEU X 933      -5.237  23.436  -4.325  1.00 11.13      A     \nATOM   1854  CG  LEU X 933      -5.729  24.332  -5.468  1.00  9.81      A     \nATOM   1855  CD1 LEU X 933      -5.410  23.693  -6.809  1.00 11.24      A     \nATOM   1856  CD2 LEU X 933      -7.227  24.566  -5.328  1.00 11.21      A     \nATOM   1857  N   PRO X 934      -5.800  22.577  -1.199  1.00  9.74      A     \nATOM   1858  CA  PRO X 934      -5.590  21.685  -0.052  1.00 10.01      A     \nATOM   1859  C   PRO X 934      -5.149  20.276  -0.424  1.00 10.48      A     \nATOM   1860  O   PRO X 934      -5.333  19.831  -1.557  1.00 11.15      A     \nATOM   1861  CB  PRO X 934      -6.946  21.675   0.643  1.00 10.81      A     \nATOM   1862  CG  PRO X 934      -7.917  21.894  -0.472  1.00 12.09      A     \nATOM   1863  CD  PRO X 934      -7.232  22.841  -1.430  1.00  9.81      A     \nATOM   1864  N   GLN X 935      -4.591  19.566   0.549  1.00 10.02      A     \nATOM   1865  CA  GLN X 935      -4.179  18.185   0.358  1.00 10.30      A     \nATOM   1866  C   GLN X 935      -5.398  17.300   0.110  1.00 10.14      A     \nATOM   1867  O   GLN X 935      -6.307  17.235   0.936  1.00 10.97      A     \nATOM   1868  CB  GLN X 935      -3.425  17.703   1.598  1.00 10.98      A     \nATOM   1869  CG  GLN X 935      -2.885  16.292   1.494  1.00 10.66      A     \nATOM   1870  CD  GLN X 935      -2.039  15.913   2.695  1.00 11.60      A     \nATOM   1871  OE1 GLN X 935      -1.786  16.739   3.572  1.00 14.87      A     \nATOM   1872  NE2 GLN X 935      -1.597  14.663   2.741  1.00 12.27      A     \nATOM   1873  N   PRO X 936      -5.437  16.608  -1.038  1.00  9.79      A     \nATOM   1874  CA  PRO X 936      -6.563  15.704  -1.304  1.00  9.67      A     \nATOM   1875  C   PRO X 936      -6.600  14.558  -0.301  1.00 10.08      A     \nATOM   1876  O   PRO X 936      -5.556  14.067   0.125  1.00 10.68      A     \nATOM   1877  CB  PRO X 936      -6.298  15.206  -2.723  1.00 10.91      A     \nATOM   1878  CG  PRO X 936      -5.456  16.279  -3.344  1.00 10.12      A     \nATOM   1879  CD  PRO X 936      -4.576  16.775  -2.222  1.00 10.16      A     \nATOM   1880  N   PRO X 937      -7.806  14.108   0.077  1.00  9.25      A     \nATOM   1881  CA  PRO X 937      -7.941  12.989   1.013  1.00 10.69      A     \nATOM   1882  C   PRO X 937      -7.098  11.754   0.694  1.00 10.45      A     \nATOM   1883  O   PRO X 937      -6.541  11.142   1.605  1.00 10.69      A     \nATOM   1884  CB  PRO X 937      -9.437  12.691   0.991  1.00 10.77      A     \nATOM   1885  CG  PRO X 937     -10.055  14.029   0.728  1.00 10.78      A     \nATOM   1886  CD  PRO X 937      -9.113  14.704  -0.252  1.00 10.13      A     \nATOM   1887  N   ILE X 938      -6.993  11.378  -0.579  1.00  9.35      A     \nATOM   1888  CA  ILE X 938      -6.279  10.145  -0.911  1.00 10.38      A     \nATOM   1889  C   ILE X 938      -4.762  10.314  -0.943  1.00 11.08      A     \nATOM   1890  O   ILE X 938      -4.037   9.328  -1.020  1.00 10.92      A     \nATOM   1891  CB  ILE X 938      -6.707   9.548  -2.280  1.00 10.03      A     \nATOM   1892  CG1 ILE X 938      -6.271  10.471  -3.420  1.00  9.63      A     \nATOM   1893  CG2 ILE X 938      -8.210   9.293  -2.294  1.00 11.09      A     \nATOM   1894  CD1 ILE X 938      -6.479   9.876  -4.799  1.00 11.19      A     \nATOM   1895  N   CYS X 939      -4.278  11.551  -0.888  1.00  9.87      A     \nATOM   1896  CA  CYS X 939      -2.848  11.799  -1.074  1.00 10.17      A     \nATOM   1897  C   CYS X 939      -2.036  11.663   0.196  1.00 10.05      A     \nATOM   1898  O   CYS X 939      -2.314  12.334   1.192  1.00 10.96      A     \nATOM   1899  CB  CYS X 939      -2.613  13.203  -1.634  1.00  9.89      A     \nATOM   1900  SG  CYS X 939      -3.126  13.418  -3.337  1.00 11.97      A     \nATOM   1901  N   THR X 940      -1.006  10.823   0.153  1.00 10.14      A     \nATOM   1902  CA  THR X 940       0.043  10.911   1.160  1.00 10.95      A     \nATOM   1903  C   THR X 940       0.762  12.239   0.964  1.00  9.73      A     \nATOM   1904  O   THR X 940       0.683  12.853  -0.102  1.00 10.68      A     \nATOM   1905  CB  THR X 940       1.073   9.766   1.038  1.00 11.41      A     \nATOM   1906  OG1 THR X 940       1.697   9.808  -0.253  1.00 12.38      A     \nATOM   1907  CG2 THR X 940       0.394   8.419   1.243  1.00 13.03      A     \nATOM   1908  N   ILE X 941       1.465  12.689   1.992  1.00 10.27      A     \nATOM   1909  CA  ILE X 941       2.101  13.990   1.923  1.00 10.26      A     \nATOM   1910  C   ILE X 941       3.161  14.042   0.814  1.00  9.84      A     \nATOM   1911  O   ILE X 941       3.386  15.097   0.223  1.00 10.94      A     \nATOM   1912  CB  ILE X 941       2.722  14.368   3.295  1.00 11.28      A     \nATOM   1913  CG1 ILE X 941       3.183  15.826   3.282  1.00 12.66      A     \nATOM   1914  CG2 ILE X 941       3.875  13.442   3.628  1.00 11.25      A     \nATOM   1915  CD1 ILE X 941       2.048  16.816   3.123  1.00 16.38      A     \nATOM   1916  N   ASP X 942       3.789  12.910   0.507  1.00 10.37      A     \nATOM   1917  CA  ASP X 942       4.804  12.873  -0.546  1.00 10.70      A     \nATOM   1918  C   ASP X 942       4.234  13.344  -1.882  1.00 10.75      A     \nATOM   1919  O   ASP X 942       4.891  14.072  -2.629  1.00 12.13      A     \nATOM   1920  CB  ASP X 942       5.358  11.453  -0.717  1.00 12.15      A     \nATOM   1921  CG  ASP X 942       5.873  10.863   0.580  1.00 15.12      A     \nATOM   1922  OD1 ASP X 942       5.096  10.790   1.558  1.00 16.54      A     \nATOM   1923  OD2 ASP X 942       7.057  10.465   0.619  1.00 14.88      A     \nATOM   1924  N   VAL X 943       3.010  12.925  -2.183  1.00 10.49      A     \nATOM   1925  CA  VAL X 943       2.378  13.318  -3.436  1.00 11.04      A     \nATOM   1926  C   VAL X 943       1.946  14.780  -3.381  1.00 10.53      A     \nATOM   1927  O   VAL X 943       2.155  15.536  -4.331  1.00 10.84      A     \nATOM   1928  CB  VAL X 943       1.154  12.432  -3.743  1.00 10.84      A     \nATOM   1929  CG1 VAL X 943       0.496  12.881  -5.037  1.00 12.38      A     \nATOM   1930  CG2 VAL X 943       1.583  10.979  -3.849  1.00 13.32      A     \nATOM   1931  N   TYR X 944       1.359  15.188  -2.262  1.00 10.27      A     \nATOM   1932  CA  TYR X 944       0.950  16.579  -2.108  1.00 10.43      A     \nATOM   1933  C   TYR X 944       2.141  17.532  -2.205  1.00  9.73      A     \nATOM   1934  O   TYR X 944       2.024  18.631  -2.747  1.00 10.89      A     \nATOM   1935  CB  TYR X 944       0.233  16.775  -0.770  1.00  9.90      A     \nATOM   1936  CG  TYR X 944      -0.317  18.168  -0.562  1.00  9.46      A     \nATOM   1937  CD1 TYR X 944      -0.042  18.874   0.600  1.00 10.05      A     \nATOM   1938  CD2 TYR X 944      -1.142  18.763  -1.515  1.00 10.15      A     \nATOM   1939  CE1 TYR X 944      -0.574  20.129   0.819  1.00 10.71      A     \nATOM   1940  CE2 TYR X 944      -1.679  20.025  -1.307  1.00  9.70      A     \nATOM   1941  CZ  TYR X 944      -1.393  20.702  -0.135  1.00  9.62      A     \nATOM   1942  OH  TYR X 944      -1.916  21.950   0.107  1.00 11.25      A     \nATOM   1943  N   MET X 945       3.295  17.125  -1.695  1.00 10.66      A     \nATOM   1944  CA  MET X 945       4.444  18.012  -1.769  1.00 11.61      A     \nATOM   1945  C   MET X 945       4.947  18.223  -3.192  1.00 11.02      A     \nATOM   1946  O   MET X 945       5.485  19.282  -3.506  1.00 11.28      A     \nATOM   1947  CB  MET X 945       5.562  17.510  -0.855  1.00 13.99      A     \nATOM   1948  CG  MET X 945       5.245  17.796   0.610  1.00 14.46      A     \nATOM   1949  SD  MET X 945       6.567  17.497   1.783  1.00 19.92      A     \nATOM   1950  CE  MET X 945       6.804  15.823   1.488  1.00 12.16      A     \nATOM   1951  N   ILE X 946       4.751  17.240  -4.065  1.00 10.83      A     \nATOM   1952  CA  ILE X 946       5.042  17.455  -5.480  1.00 11.20      A     \nATOM   1953  C   ILE X 946       4.154  18.555  -6.059  1.00 11.25      A     \nATOM   1954  O   ILE X 946       4.640  19.450  -6.749  1.00 11.15      A     \nATOM   1955  CB  ILE X 946       4.832  16.170  -6.306  1.00 12.54      A     \nATOM   1956  CG1 ILE X 946       5.809  15.088  -5.848  1.00 13.99      A     \nATOM   1957  CG2 ILE X 946       5.047  16.464  -7.787  1.00 15.14      A     \nATOM   1958  CD1 ILE X 946       5.627  13.769  -6.566  1.00 17.21      A     \nATOM   1959  N   MET X 947       2.856  18.487  -5.773  1.00 10.48      A     \nATOM   1960  CA  MET X 947       1.928  19.549  -6.161  1.00 11.10      A     \nATOM   1961  C   MET X 947       2.395  20.895  -5.639  1.00 10.88      A     \nATOM   1962  O   MET X 947       2.417  21.884  -6.372  1.00 11.44      A     \nATOM   1963  CB  MET X 947       0.531  19.279  -5.597  1.00 13.22      A     \nATOM   1964  CG  MET X 947      -0.384  18.487  -6.495  1.00 17.70      A     \nATOM   1965  SD  MET X 947      -1.836  17.928  -5.585  1.00 18.65      A     \nATOM   1966  CE  MET X 947      -1.300  16.318  -5.246  1.00 12.44      A     \nATOM   1967  N   ARG X 948       2.757  20.940  -4.361  1.00 10.97      A     \nATOM   1968  CA  ARG X 948       3.154  22.202  -3.759  1.00 10.65      A     \nATOM   1969  C   ARG X 948       4.409  22.767  -4.421  1.00 10.00      A     \nATOM   1970  O   ARG X 948       4.531  23.977  -4.582  1.00 10.83      A     \nATOM   1971  CB  ARG X 948       3.368  22.036  -2.250  1.00 10.58      A     \nATOM   1972  CG  ARG X 948       2.080  21.745  -1.477  1.00 13.15      A     \nATOM   1973  CD  ARG X 948       1.089  22.894  -1.590  1.00 14.92      A     \nATOM   1974  NE  ARG X 948       1.565  24.092  -0.903  1.00 14.96      A     \nATOM   1975  CZ  ARG X 948       1.151  24.480   0.299  1.00 17.25      A     \nATOM   1976  NH1 ARG X 948       0.245  23.770   0.957  1.00 19.14      A     \nATOM   1977  NH2 ARG X 948       1.651  25.579   0.849  1.00 21.04      A     \nATOM   1978  N   LYS X 949       5.330  21.898  -4.827  1.00  9.73      A     \nATOM   1979  CA  LYS X 949       6.520  22.359  -5.534  1.00  9.97      A     \nATOM   1980  C   LYS X 949       6.149  23.008  -6.871  1.00  9.96      A     \nATOM   1981  O   LYS X 949       6.785  23.977  -7.298  1.00 10.47      A     \nATOM   1982  CB  LYS X 949       7.484  21.191  -5.763  1.00 10.41      A     \nATOM   1983  CG  LYS X 949       8.169  20.716  -4.494  1.00 12.26      A     \nATOM   1984  CD  LYS X 949       9.122  19.563  -4.761  1.00 11.51      A     \nATOM   1985  CE  LYS X 949       9.770  19.098  -3.466  1.00 14.73      A     \nATOM   1986  NZ  LYS X 949      10.631  17.898  -3.664  1.00 16.07      A     \nATOM   1987  N   CYS X 950       5.116  22.481  -7.523  1.00  9.41      A     \nATOM   1988  CA  CYS X 950       4.658  23.029  -8.798  1.00  9.18      A     \nATOM   1989  C   CYS X 950       4.077  24.432  -8.650  1.00  9.53      A     \nATOM   1990  O   CYS X 950       3.964  25.158  -9.635  1.00  9.94      A     \nATOM   1991  CB  CYS X 950       3.597  22.116  -9.421  1.00  9.47      A     \nATOM   1992  SG  CYS X 950       4.203  20.517  -9.982  1.00 10.80      A     \nATOM   1993  N   TRP X 951       3.703  24.809  -7.427  1.00  9.11      A     \nATOM   1994  CA  TRP X 951       3.063  26.100  -7.186  1.00  9.50      A     \nATOM   1995  C   TRP X 951       3.937  27.058  -6.388  1.00  9.74      A     \nATOM   1996  O   TRP X 951       3.434  27.967  -5.728  1.00 10.84      A     \nATOM   1997  CB  TRP X 951       1.733  25.918  -6.448  1.00  9.98      A     \nATOM   1998  CG  TRP X 951       0.797  24.943  -7.092  1.00  9.10      A     \nATOM   1999  CD1 TRP X 951       0.595  24.751  -8.428  1.00 10.65      A     \nATOM   2000  CD2 TRP X 951      -0.074  24.032  -6.417  1.00  8.86      A     \nATOM   2001  NE1 TRP X 951      -0.353  23.773  -8.624  1.00  9.93      A     \nATOM   2002  CE2 TRP X 951      -0.780  23.317  -7.404  1.00  9.06      A     \nATOM   2003  CE3 TRP X 951      -0.326  23.753  -5.072  1.00  9.65      A     \nATOM   2004  CZ2 TRP X 951      -1.722  22.341  -7.086  1.00 10.03      A     \nATOM   2005  CZ3 TRP X 951      -1.260  22.785  -4.757  1.00 10.10      A     \nATOM   2006  CH2 TRP X 951      -1.948  22.091  -5.758  1.00  9.73      A     \nATOM   2007  N   MET X 952       5.246  26.867  -6.446  1.00 10.51      A     \nATOM   2008  CA  MET X 952       6.133  27.809  -5.786  1.00 11.39      A     \nATOM   2009  C   MET X 952       6.222  29.092  -6.602  1.00 11.51      A     \nATOM   2010  O   MET X 952       6.115  29.071  -7.831  1.00 11.69      A     \nATOM   2011  CB  MET X 952       7.506  27.173  -5.588  1.00 14.43      A     \nATOM   2012  CG  MET X 952       7.438  26.016  -4.599  1.00 14.71      A     \nATOM   2013  SD  MET X 952       8.989  25.202  -4.235  1.00 18.45      A     \nATOM   2014  CE  MET X 952       9.835  26.473  -3.296  1.00 16.69      A     \nATOM   2015  N  AILE X 953       6.405  30.218  -5.922  0.50 11.75      A     \nATOM   2016  CA AILE X 953       6.304  31.511  -6.587  0.50 13.65      A     \nATOM   2017  C  AILE X 953       7.434  31.746  -7.589  0.50 14.48      A     \nATOM   2018  O  AILE X 953       7.225  32.387  -8.619  0.50 16.30      A     \nATOM   2019  CB AILE X 953       6.268  32.671  -5.558  0.50 14.26      A     \nATOM   2020  CG1AILE X 953       6.109  34.008  -6.285  0.50 13.45      A     \nATOM   2021  CG2AILE X 953       7.529  32.669  -4.718  0.50 14.54      A     \nATOM   2022  CD1AILE X 953       5.875  35.186  -5.361  0.50 14.06      A     \nATOM   2023  N  BILE X 953       6.379  30.217  -5.914  0.50 12.61      A     \nATOM   2024  CA BILE X 953       6.327  31.510  -6.579  0.50 15.27      A     \nATOM   2025  C  BILE X 953       7.404  31.622  -7.645  0.50 15.01      A     \nATOM   2026  O  BILE X 953       7.136  32.051  -8.767  0.50 15.50      A     \nATOM   2027  CB BILE X 953       6.489  32.668  -5.571  0.50 17.77      A     \nATOM   2028  CG1BILE X 953       7.765  32.480  -4.751  0.50 20.31      A     \nATOM   2029  CG2BILE X 953       5.279  32.729  -4.665  0.50 18.94      A     \nATOM   2030  CD1BILE X 953       8.031  33.601  -3.770  0.50 21.97      A     \nATOM   2031  N   ASP X 954       8.624  31.225  -7.305  1.00 13.91      A     \nATOM   2032  CA  ASP X 954       9.713  31.306  -8.267  1.00 16.39      A     \nATOM   2033  C   ASP X 954       9.606  30.159  -9.265  1.00 14.62      A     \nATOM   2034  O   ASP X 954       9.737  28.990  -8.902  1.00 14.74      A     \nATOM   2035  CB  ASP X 954      11.064  31.251  -7.555  1.00 18.90      A     \nATOM   2036  CG  ASP X 954      12.207  31.681  -8.452  1.00 22.93      A     \nATOM   2037  OD1 ASP X 954      13.211  32.210  -7.930  1.00 26.21      A     \nATOM   2038  OD2 ASP X 954      12.098  31.493  -9.683  1.00 22.77      A     \nATOM   2039  N   ALA X 955       9.368  30.503 -10.527  1.00 15.12      A     \nATOM   2040  CA  ALA X 955       9.145  29.505 -11.563  1.00 14.25      A     \nATOM   2041  C   ALA X 955      10.320  28.540 -11.664  1.00 14.91      A     \nATOM   2042  O   ALA X 955      10.149  27.367 -11.999  1.00 14.26      A     \nATOM   2043  CB  ALA X 955       8.920  30.195 -12.899  1.00 14.42      A     \nATOM   2044  N   ASP X 956      11.515  29.038 -11.369  1.00 17.93      A     \nATOM   2045  CA  ASP X 956      12.712  28.213 -11.439  1.00 19.15      A     \nATOM   2046  C   ASP X 956      12.860  27.315 -10.212  1.00 19.03      A     \nATOM   2047  O   ASP X 956      13.686  26.403 -10.205  1.00 22.36      A     \nATOM   2048  CB  ASP X 956      13.949  29.098 -11.598  1.00 22.72      A     \nATOM   2049  CG  ASP X 956      13.975  29.822 -12.929  1.00 25.18      A     \nATOM   2050  OD1 ASP X 956      14.344  31.015 -12.953  1.00 28.49      A     \nATOM   2051  OD2 ASP X 956      13.623  29.198 -13.953  1.00 27.74      A     \nATOM   2052  N   SER X 957      12.062  27.577  -9.181  1.00 18.25      A     \nATOM   2053  CA  SER X 957      11.989  26.695  -8.017  1.00 17.57      A     \nATOM   2054  C   SER X 957      11.231  25.412  -8.354  1.00 16.90      A     \nATOM   2055  O   SER X 957      11.451  24.371  -7.737  1.00 18.18      A     \nATOM   2056  CB  SER X 957      11.275  27.395  -6.855  1.00 15.17      A     \nATOM   2057  OG  SER X 957      12.020  28.501  -6.369  1.00 18.96      A     \nATOM   2058  N   ARG X 958      10.330  25.495  -9.330  1.00 14.56      A     \nATOM   2059  CA  ARG X 958       9.414  24.397  -9.624  1.00 13.31      A     \nATOM   2060  C   ARG X 958      10.137  23.248 -10.304  1.00 12.97      A     \nATOM   2061  O   ARG X 958      11.149  23.450 -10.972  1.00 14.34      A     \nATOM   2062  CB  ARG X 958       8.272  24.889 -10.523  1.00 11.99      A     \nATOM   2063  CG  ARG X 958       7.475  26.024  -9.918  1.00 10.21      A     \nATOM   2064  CD  ARG X 958       6.494  26.652 -10.908  1.00 10.79      A     \nATOM   2065  NE  ARG X 958       6.100  27.971 -10.427  1.00 11.34      A     \nATOM   2066  CZ  ARG X 958       5.713  28.980 -11.198  1.00  9.88      A     \nATOM   2067  NH1 ARG X 958       5.396  30.142 -10.646  1.00 11.22      A     \nATOM   2068  NH2 ARG X 958       5.620  28.824 -12.512  1.00 11.44      A     \nATOM   2069  N   PRO X 959       9.624  22.020 -10.145  1.00 13.28      A     \nATOM   2070  CA  PRO X 959      10.195  20.899 -10.894  1.00 13.19      A     \nATOM   2071  C   PRO X 959      10.029  21.118 -12.393  1.00 13.90      A     \nATOM   2072  O   PRO X 959       9.177  21.897 -12.826  1.00 15.55      A     \nATOM   2073  CB  PRO X 959       9.411  19.685 -10.393  1.00 15.48      A     \nATOM   2074  CG  PRO X 959       8.142  20.245  -9.848  1.00 19.83      A     \nATOM   2075  CD  PRO X 959       8.454  21.624  -9.344  1.00 13.63      A     \nATOM   2076  N   LYS X 960      10.859  20.452 -13.183  1.00 13.03      A     \nATOM   2077  CA  LYS X 960      10.651  20.419 -14.622  1.00 13.20      A     \nATOM   2078  C   LYS X 960       9.946  19.115 -14.967  1.00 12.49      A     \nATOM   2079  O   LYS X 960       9.932  18.172 -14.170  1.00 12.45      A     \nATOM   2080  CB  LYS X 960      11.989  20.527 -15.360  1.00 16.15      A     \nATOM   2081  CG  LYS X 960      12.695  21.868 -15.153  1.00 18.64      A     \nATOM   2082  CD  LYS X 960      13.711  22.149 -16.248  1.00 21.83      A     \nATOM   2083  CE  LYS X 960      13.045  22.305 -17.609  1.00 22.67      A     \nATOM   2084  NZ  LYS X 960      12.099  23.456 -17.655  1.00 24.29      A     \nATOM   2085  N   PHE X 961       9.337  19.057 -16.143  1.00 12.88      A     \nATOM   2086  CA  PHE X 961       8.556  17.884 -16.494  1.00 11.87      A     \nATOM   2087  C   PHE X 961       9.395  16.613 -16.479  1.00 12.52      A     \nATOM   2088  O   PHE X 961       8.906  15.547 -16.113  1.00 12.61      A     \nATOM   2089  CB  PHE X 961       7.885  18.087 -17.857  1.00 12.04      A     \nATOM   2090  CG  PHE X 961       6.714  19.031 -17.808  1.00  9.85      A     \nATOM   2091  CD1 PHE X 961       5.601  18.726 -17.035  1.00 10.62      A     \nATOM   2092  CD2 PHE X 961       6.739  20.236 -18.492  1.00 10.92      A     \nATOM   2093  CE1 PHE X 961       4.539  19.607 -16.944  1.00 10.04      A     \nATOM   2094  CE2 PHE X 961       5.676  21.125 -18.405  1.00 11.46      A     \nATOM   2095  CZ  PHE X 961       4.578  20.808 -17.629  1.00 10.75      A     \nATOM   2096  N   ARG X 962      10.666  16.725 -16.846  1.00 12.94      A     \nATOM   2097  CA  ARG X 962      11.545  15.563 -16.823  1.00 14.80      A     \nATOM   2098  C   ARG X 962      11.676  15.020 -15.400  1.00 13.34      A     \nATOM   2099  O   ARG X 962      11.672  13.806 -15.187  1.00 15.63      A     \nATOM   2100  CB  ARG X 962      12.923  15.933 -17.376  1.00 17.40      A     \nATOM   2101  CG  ARG X 962      13.883  14.766 -17.464  1.00 23.87      A     \nATOM   2102  CD  ARG X 962      14.999  15.062 -18.446  1.00 27.41      A     \nATOM   2103  NE  ARG X 962      14.499  15.269 -19.801  1.00 31.31      A     \nATOM   2104  CZ  ARG X 962      14.386  14.304 -20.708  1.00 31.91      A     \nATOM   2105  NH1 ARG X 962      14.738  13.062 -20.403  1.00 34.26      A     \nATOM   2106  NH2 ARG X 962      13.921  14.578 -21.920  1.00 33.41      A     \nATOM   2107  N   GLU X 963      11.777  15.923 -14.428  1.00 13.92      A     \nATOM   2108  CA  GLU X 963      11.835  15.543 -13.017  1.00 14.41      A     \nATOM   2109  C   GLU X 963      10.520  14.906 -12.570  1.00 13.98      A     \nATOM   2110  O   GLU X 963      10.509  13.941 -11.807  1.00 14.26      A     \nATOM   2111  CB  GLU X 963      12.111  16.771 -12.143  1.00 15.20      A     \nATOM   2112  CG  GLU X 963      13.316  17.608 -12.547  1.00 20.96      A     \nATOM   2113  CD  GLU X 963      13.324  18.961 -11.853  1.00 22.36      A     \nATOM   2114  OE1 GLU X 963      12.738  19.070 -10.755  1.00 28.37      A     \nATOM   2115  OE2 GLU X 963      13.906  19.917 -12.402  1.00 25.99      A     \nATOM   2116  N   LEU X 964       9.408  15.455 -13.045  1.00 13.30      A     \nATOM   2117  CA  LEU X 964       8.096  14.958 -12.658  1.00 12.26      A     \nATOM   2118  C   LEU X 964       7.868  13.546 -13.189  1.00 12.23      A     \nATOM   2119  O   LEU X 964       7.278  12.705 -12.508  1.00 12.95      A     \nATOM   2120  CB  LEU X 964       7.013  15.915 -13.163  1.00 11.41      A     \nATOM   2121  CG  LEU X 964       7.007  17.259 -12.427  1.00 11.68      A     \nATOM   2122  CD1 LEU X 964       6.183  18.274 -13.203  1.00 12.13      A     \nATOM   2123  CD2 LEU X 964       6.454  17.065 -11.021  1.00 12.37      A     \nATOM   2124  N   ILE X 965       8.359  13.279 -14.395  1.00 12.03      A     \nATOM   2125  CA  ILE X 965       8.300  11.926 -14.941  1.00 12.80      A     \nATOM   2126  C   ILE X 965       9.012  10.939 -14.017  1.00 13.92      A     \nATOM   2127  O   ILE X 965       8.475   9.880 -13.699  1.00 14.19      A     \nATOM   2128  CB  ILE X 965       8.954  11.851 -16.339  1.00 13.81      A     \nATOM   2129  CG1 ILE X 965       8.172  12.719 -17.329  1.00 13.22      A     \nATOM   2130  CG2 ILE X 965       9.001  10.404 -16.816  1.00 15.13      A     \nATOM   2131  CD1 ILE X 965       8.860  12.872 -18.676  1.00 15.28      A     \nATOM   2132  N   ILE X 966      10.220  11.292 -13.586  1.00 13.79      A     \nATOM   2133  CA  ILE X 966      11.006  10.408 -12.730  1.00 15.59      A     \nATOM   2134  C   ILE X 966      10.315  10.152 -11.394  1.00 14.75      A     \nATOM   2135  O   ILE X 966      10.211   9.008 -10.945  1.00 15.47      A     \nATOM   2136  CB  ILE X 966      12.405  10.999 -12.454  1.00 17.44      A     \nATOM   2137  CG1 ILE X 966      13.195  11.090 -13.760  1.00 20.58      A     \nATOM   2138  CG2 ILE X 966      13.149  10.138 -11.440  1.00 17.95      A     \nATOM   2139  CD1 ILE X 966      14.608  11.582 -13.574  1.00 24.51      A     \nATOM   2140  N   GLU X 967       9.842  11.218 -10.759  1.00 13.85      A     \nATOM   2141  CA  GLU X 967       9.268  11.099  -9.427  1.00 15.24      A     \nATOM   2142  C   GLU X 967       7.959  10.316  -9.443  1.00 13.71      A     \nATOM   2143  O   GLU X 967       7.747   9.420  -8.622  1.00 14.45      A     \nATOM   2144  CB  GLU X 967       9.035  12.487  -8.829  1.00 19.95      A     \nATOM   2145  CG  GLU X 967       8.604  12.458  -7.374  1.00 26.80      A     \nATOM   2146  CD  GLU X 967       9.505  11.589  -6.522  1.00 28.90      A     \nATOM   2147  OE1 GLU X 967      10.743  11.694  -6.662  1.00 32.02      A     \nATOM   2148  OE2 GLU X 967       8.975  10.797  -5.713  1.00 33.15      A     \nATOM   2149  N   PHE X 968       7.077  10.641 -10.380  1.00 13.57      A     \nATOM   2150  CA  PHE X 968       5.814   9.928 -10.445  1.00 12.66      A     \nATOM   2151  C   PHE X 968       5.989   8.495 -10.934  1.00 12.85      A     \nATOM   2152  O   PHE X 968       5.218   7.615 -10.556  1.00 13.63      A     \nATOM   2153  CB  PHE X 968       4.813  10.685 -11.323  1.00 13.44      A     \nATOM   2154  CG  PHE X 968       4.029  11.728 -10.574  1.00 12.70      A     \nATOM   2155  CD1 PHE X 968       3.113  11.354  -9.604  1.00 14.41      A     \nATOM   2156  CD2 PHE X 968       4.213  13.075 -10.829  1.00 12.88      A     \nATOM   2157  CE1 PHE X 968       2.396  12.305  -8.901  1.00 14.89      A     \nATOM   2158  CE2 PHE X 968       3.497  14.033 -10.128  1.00 13.42      A     \nATOM   2159  CZ  PHE X 968       2.588  13.647  -9.164  1.00 14.07      A     \nATOM   2160  N   SER X 969       7.010   8.246 -11.750  1.00 12.29      A     \nATOM   2161  CA  SER X 969       7.275   6.880 -12.194  1.00 12.82      A     \nATOM   2162  C   SER X 969       7.691   6.007 -11.013  1.00 13.24      A     \nATOM   2163  O   SER X 969       7.285   4.851 -10.914  1.00 14.63      A     \nATOM   2164  CB  SER X 969       8.370   6.858 -13.266  1.00 13.67      A     \nATOM   2165  OG  SER X 969       7.895   7.389 -14.491  1.00 15.10      A     \nATOM   2166  N   LYS X 970       8.495   6.568 -10.114  1.00 13.74      A     \nATOM   2167  CA  LYS X 970       8.905   5.849  -8.914  1.00 14.59      A     \nATOM   2168  C   LYS X 970       7.685   5.507  -8.067  1.00 13.87      A     \nATOM   2169  O   LYS X 970       7.538   4.380  -7.591  1.00 14.74      A     \nATOM   2170  CB  LYS X 970       9.880   6.699  -8.098  1.00 16.44      A     \nATOM   2171  CG  LYS X 970      10.405   6.011  -6.851  1.00 20.32      A     \nATOM   2172  CD  LYS X 970      11.223   6.966  -5.997  1.00 25.39      A     \nATOM   2173  CE  LYS X 970      10.373   8.119  -5.485  1.00 28.09      A     \nATOM   2174  NZ  LYS X 970       9.199   7.641  -4.702  1.00 29.45      A     \nATOM   2175  N   MET X 971       6.802   6.481  -7.886  1.00 13.80      A     \nATOM   2176  CA  MET X 971       5.606   6.257  -7.087  1.00 14.13      A     \nATOM   2177  C   MET X 971       4.685   5.239  -7.741  1.00 13.15      A     \nATOM   2178  O   MET X 971       4.031   4.453  -7.054  1.00 14.98      A     \nATOM   2179  CB  MET X 971       4.862   7.571  -6.876  1.00 13.98      A     \nATOM   2180  CG  MET X 971       5.623   8.546  -6.007  1.00 14.20      A     \nATOM   2181  SD  MET X 971       4.713  10.063  -5.760  1.00 16.54      A     \nATOM   2182  CE  MET X 971       5.679  10.844  -4.481  1.00 16.33      A     \nATOM   2183  N   ALA X 972       4.645   5.251  -9.068  1.00 13.58      A     \nATOM   2184  CA  ALA X 972       3.790   4.340  -9.819  1.00 14.02      A     \nATOM   2185  C   ALA X 972       4.222   2.882  -9.666  1.00 14.94      A     \nATOM   2186  O   ALA X 972       3.451   1.971  -9.960  1.00 16.59      A     \nATOM   2187  CB  ALA X 972       3.781   4.736 -11.292  1.00 15.10      A     \nATOM   2188  N   ARG X 973       5.450   2.664  -9.204  1.00 15.29      A     \nATOM   2189  CA  ARG X 973       5.955   1.311  -8.977  1.00 17.11      A     \nATOM   2190  C   ARG X 973       5.402   0.698  -7.695  1.00 17.17      A     \nATOM   2191  O   ARG X 973       5.354  -0.523  -7.553  1.00 17.99      A     \nATOM   2192  CB  ARG X 973       7.485   1.315  -8.909  1.00 20.10      A     \nATOM   2193  CG  ARG X 973       8.172   1.628 -10.224  1.00 25.33      A     \nATOM   2194  CD  ARG X 973       9.658   1.307 -10.153  1.00 28.49      A     \nATOM   2195  NE  ARG X 973       9.898  -0.097  -9.827  1.00 32.84      A     \nATOM   2196  CZ  ARG X 973      11.096  -0.612  -9.567  1.00 34.95      A     \nATOM   2197  NH1 ARG X 973      11.217  -1.902  -9.280  1.00 35.83      A     \nATOM   2198  NH2 ARG X 973      12.173   0.161  -9.592  1.00 35.66      A     \nATOM   2199  N   ASP X 974       4.999   1.548  -6.757  1.00 16.19      A     \nATOM   2200  CA  ASP X 974       4.400   1.093  -5.507  1.00 16.38      A     \nATOM   2201  C   ASP X 974       3.237   2.016  -5.172  1.00 15.17      A     \nATOM   2202  O   ASP X 974       3.281   2.764  -4.196  1.00 15.54      A     \nATOM   2203  CB  ASP X 974       5.430   1.128  -4.373  1.00 19.27      A     \nATOM   2204  CG  ASP X 974       6.549   0.118  -4.564  1.00 22.12      A     \nATOM   2205  OD1 ASP X 974       6.360  -1.060  -4.191  1.00 23.85      A     \nATOM   2206  OD2 ASP X 974       7.619   0.500  -5.086  1.00 22.21      A     \nATOM   2207  N   PRO X 975       2.177   1.975  -5.989  1.00 15.09      A     \nATOM   2208  CA  PRO X 975       1.159   3.029  -5.952  1.00 15.09      A     \nATOM   2209  C   PRO X 975       0.399   3.143  -4.633  1.00 15.79      A     \nATOM   2210  O   PRO X 975       0.069   4.247  -4.200  1.00 14.09      A     \nATOM   2211  CB  PRO X 975       0.244   2.691  -7.129  1.00 16.06      A     \nATOM   2212  CG  PRO X 975       0.453   1.235  -7.372  1.00 16.79      A     \nATOM   2213  CD  PRO X 975       1.883   0.953  -7.008  1.00 16.21      A     \nATOM   2214  N   GLN X 976       0.129   2.011  -3.991  1.00 16.63      A     \nATOM   2215  CA  GLN X 976      -0.644   2.014  -2.753  1.00 17.63      A     \nATOM   2216  C   GLN X 976       0.144   2.625  -1.601  1.00 17.40      A     \nATOM   2217  O   GLN X 976      -0.407   2.901  -0.534  1.00 20.08      A     \nATOM   2218  CB  GLN X 976      -1.074   0.589  -2.389  1.00 20.03      A     \nATOM   2219  CG  GLN X 976      -2.135   0.005  -3.308  1.00 22.25      A     \nATOM   2220  CD  GLN X 976      -1.566  -0.541  -4.602  1.00 24.49      A     \nATOM   2221  OE1 GLN X 976      -0.358  -0.735  -4.732  1.00 26.32      A     \nATOM   2222  NE2 GLN X 976      -2.439  -0.794  -5.570  1.00 25.21      A     \nATOM   2223  N   ARG X 977       1.436   2.835  -1.825  1.00 17.92      A     \nATOM   2224  CA  ARG X 977       2.305   3.472  -0.845  1.00 17.21      A     \nATOM   2225  C   ARG X 977       2.165   4.996  -0.880  1.00 15.94      A     \nATOM   2226  O   ARG X 977       2.602   5.698   0.040  1.00 17.19      A     \nATOM   2227  CB  ARG X 977       3.755   3.074  -1.127  1.00 19.62      A     \nATOM   2228  CG  ARG X 977       4.777   3.706  -0.213  1.00 21.84      A     \nATOM   2229  CD  ARG X 977       6.130   3.031  -0.382  1.00 25.86      A     \nATOM   2230  NE  ARG X 977       6.094   1.633   0.040  1.00 29.99      A     \nATOM   2231  CZ  ARG X 977       6.961   0.707  -0.358  1.00 30.97      A     \nATOM   2232  NH1 ARG X 977       6.850  -0.539   0.084  1.00 35.03      A     \nATOM   2233  NH2 ARG X 977       7.937   1.021  -1.199  1.00 31.30      A     \nATOM   2234  N   TYR X 978       1.557   5.509  -1.946  1.00 14.18      A     \nATOM   2235  CA  TYR X 978       1.518   6.949  -2.163  1.00 13.00      A     \nATOM   2236  C   TYR X 978       0.119   7.539  -2.272  1.00 11.14      A     \nATOM   2237  O   TYR X 978      -0.080   8.717  -1.981  1.00 12.18      A     \nATOM   2238  CB  TYR X 978       2.353   7.299  -3.396  1.00 13.58      A     \nATOM   2239  CG  TYR X 978       3.818   7.034  -3.157  1.00 13.26      A     \nATOM   2240  CD1 TYR X 978       4.443   5.916  -3.694  1.00 13.72      A     \nATOM   2241  CD2 TYR X 978       4.557   7.860  -2.322  1.00 14.76      A     \nATOM   2242  CE1 TYR X 978       5.764   5.626  -3.397  1.00 15.98      A     \nATOM   2243  CE2 TYR X 978       5.874   7.579  -2.019  1.00 16.91      A     \nATOM   2244  CZ  TYR X 978       6.472   6.461  -2.556  1.00 18.53      A     \nATOM   2245  OH  TYR X 978       7.778   6.170  -2.232  1.00 20.74      A     \nATOM   2246  N   LEU X 979      -0.847   6.723  -2.681  1.00 11.58      A     \nATOM   2247  CA  LEU X 979      -2.250   7.123  -2.650  1.00 12.10      A     \nATOM   2248  C   LEU X 979      -3.035   6.102  -1.838  1.00 13.89      A     \nATOM   2249  O   LEU X 979      -2.832   4.898  -1.987  1.00 16.63      A     \nATOM   2250  CB  LEU X 979      -2.814   7.216  -4.075  1.00 11.99      A     \nATOM   2251  CG  LEU X 979      -2.124   8.216  -5.014  1.00 10.26      A     \nATOM   2252  CD1 LEU X 979      -2.753   8.139  -6.393  1.00 11.71      A     \nATOM   2253  CD2 LEU X 979      -2.237   9.633  -4.459  1.00 11.19      A     \nATOM   2254  N   VAL X 980      -3.920   6.595  -0.978  1.00 13.67      A     \nATOM   2255  CA  VAL X 980      -4.665   5.754  -0.046  1.00 15.94      A     \nATOM   2256  C   VAL X 980      -6.119   5.690  -0.499  1.00 15.46      A     \nATOM   2257  O   VAL X 980      -6.888   6.629  -0.284  1.00 14.95      A     \nATOM   2258  CB  VAL X 980      -4.611   6.340   1.381  1.00 18.29      A     \nATOM   2259  CG1 VAL X 980      -5.263   5.384   2.369  1.00 20.47      A     \nATOM   2260  CG2 VAL X 980      -3.167   6.622   1.775  1.00 20.94      A     \nATOM   2261  N   ILE X 981      -6.485   4.583  -1.134  1.00 15.72      A     \nATOM   2262  CA  ILE X 981      -7.815   4.419  -1.708  1.00 16.82      A     \nATOM   2263  C   ILE X 981      -8.447   3.129  -1.198  1.00 18.19      A     \nATOM   2264  O   ILE X 981      -7.839   2.059  -1.274  1.00 19.56      A     \nATOM   2265  CB  ILE X 981      -7.740   4.382  -3.252  1.00 16.84      A     \nATOM   2266  CG1 ILE X 981      -7.268   5.741  -3.775  1.00 16.72      A     \nATOM   2267  CG2 ILE X 981      -9.091   4.015  -3.839  1.00 18.14      A     \nATOM   2268  CD1 ILE X 981      -6.995   5.767  -5.265  1.00 16.91      A     \nATOM   2269  N   GLN X 982      -9.664   3.230  -0.674  1.00 17.67      A     \nATOM   2270  CA  GLN X 982     -10.326   2.071  -0.087  1.00 18.59      A     \nATOM   2271  C   GLN X 982     -10.628   1.033  -1.161  1.00 20.03      A     \nATOM   2272  O   GLN X 982     -11.124   1.367  -2.236  1.00 21.69      A     \nATOM   2273  CB  GLN X 982     -11.628   2.487   0.605  1.00 17.00      A     \nATOM   2274  CG  GLN X 982     -12.327   1.325   1.303  1.00 15.98      A     \nATOM   2275  CD  GLN X 982     -13.646   1.710   1.946  1.00 15.88      A     \nATOM   2276  OE1 GLN X 982     -14.490   0.853   2.213  1.00 19.68      A     \nATOM   2277  NE2 GLN X 982     -13.829   2.997   2.203  1.00 16.87      A     \nATOM   2278  N   GLY X 983     -10.326  -0.226  -0.866  1.00 23.33      A     \nATOM   2279  CA  GLY X 983     -10.597  -1.287  -1.818  1.00 26.42      A     \nATOM   2280  C   GLY X 983      -9.557  -1.353  -2.919  1.00 28.77      A     \nATOM   2281  O   GLY X 983      -9.778  -1.974  -3.960  1.00 28.96      A     \nATOM   2282  N   ASP X 984      -8.420  -0.704  -2.690  1.00 29.93      A     \nATOM   2283  CA  ASP X 984      -7.335  -0.689  -3.662  1.00 31.83      A     \nATOM   2284  C   ASP X 984      -6.060  -1.285  -3.071  1.00 35.16      A     \nATOM   2285  O   ASP X 984      -5.280  -0.585  -2.424  1.00 35.78      A     \nATOM   2286  CB  ASP X 984      -7.067   0.747  -4.120  1.00 29.74      A     \nATOM   2287  CG  ASP X 984      -5.842   0.857  -5.002  1.00 27.16      A     \nATOM   2288  OD1 ASP X 984      -5.668  -0.005  -5.888  1.00 29.11      A     \nATOM   2289  OD2 ASP X 984      -5.053   1.804  -4.805  1.00 23.33      A     \nATOM   2290  N   GLU X 985      -5.852  -2.579  -3.293  1.00 38.18      A     \nATOM   2291  CA  GLU X 985      -6.809  -3.408  -4.016  1.00 41.19      A     \nATOM   2292  C   GLU X 985      -6.791  -4.824  -3.447  1.00 41.70      A     \nATOM   2293  O   GLU X 985      -5.956  -5.082  -2.555  1.00 42.43      A     \nATOM   2294  CB  GLU X 985      -6.456  -3.440  -5.508  1.00 42.66      A     \nATOM   2295  CG  GLU X 985      -7.428  -4.233  -6.370  1.00 45.31      A     \nATOM   2296  CD  GLU X 985      -8.849  -3.708  -6.287  1.00 46.36      A     \nATOM   2297  OE1 GLU X 985      -9.060  -2.509  -6.567  1.00 47.26      A     \nATOM   2298  OE2 GLU X 985      -9.756  -4.496  -5.941  1.00 47.05      A     \nATOM   2299  C5  8AM X9001     -15.044  16.768 -25.718  1.00 15.61      A     \nATOM   2300  C6  8AM X9001     -13.289  15.888 -27.250  1.00 14.40      A     \nATOM   2301  C8  8AM X9001     -13.359  13.536 -27.750  1.00 13.99      A     \nATOM   2302  C10 8AM X9001     -11.677  15.011 -28.597  1.00 12.25      A     \nATOM   2303  N12 8AM X9001     -10.572  14.937 -29.401  1.00 13.05      A     \nATOM   2304  C13 8AM X9001     -10.456  13.612 -29.774  1.00 13.28      A     \nATOM   2305  C15 8AM X9001      -9.721  16.085 -29.761  1.00 13.26      A     \nATOM   2306  C17 8AM X9001      -8.279  15.692 -30.111  1.00 13.41      A     \nATOM   2307  C20 8AM X9001     -15.845  12.696 -25.952  1.00 17.54      A     \nATOM   2308  C26 8AM X9001     -17.976  12.242 -24.706  1.00 20.82      A     \nATOM   2309  C1  8AM X9001     -15.255  18.177 -25.137  1.00 16.07      A     \nATOM   2310  C2  8AM X9001     -14.594  19.080 -26.156  1.00 16.78      A     \nATOM   2311  C3  8AM X9001     -13.365  18.285 -26.590  1.00 15.96      A     \nATOM   2312  N4  8AM X9001     -13.867  16.926 -26.565  1.00 14.59      A     \nATOM   2313  N7  8AM X9001     -13.863  14.660 -27.134  1.00 13.52      A     \nATOM   2314  C9  8AM X9001     -12.185  13.714 -28.527  1.00 13.58      A     \nATOM   2315  N11 8AM X9001     -12.175  16.118 -27.994  1.00 13.47      A     \nATOM   2316  N14 8AM X9001     -11.411  12.856 -29.266  1.00 13.04      A     \nATOM   2317  C16 8AM X9001     -10.325  16.858 -30.941  1.00 14.60      A     \nATOM   2318  N18 8AM X9001     -13.998  12.292 -27.613  1.00 15.88      A     \nATOM   2319  C19 8AM X9001     -15.154  12.007 -26.939  1.00 16.40      A     \nATOM   2320  N21 8AM X9001     -16.945  11.939 -25.669  1.00 19.32      A     \nATOM   2321  N22 8AM X9001     -17.026  10.809 -26.396  1.00 19.32      A     \nATOM   2322  C23 8AM X9001     -15.928  10.861 -27.168  1.00 17.77      A     \nATOM   2323  O24 8AM X9001     -15.601   9.901 -28.086  1.00 18.31      A     \nATOM   2324  C25 8AM X9001     -16.500   8.795 -28.206  1.00 18.65      A     \nATOM   2325  F27 8AM X9001     -15.445  19.229 -27.215  1.00 18.02      A     \nATOM   2326  N28 8AM X9001     -14.552  18.323 -23.854  1.00 15.17      A     \nATOM   2327  C29 8AM X9001     -15.007  17.806 -22.652  1.00 13.82      A     \nATOM   2328  C30 8AM X9001     -14.037  18.146 -21.524  1.00 14.17      A     \nATOM   2329  C31 8AM X9001     -14.359  17.468 -20.200  1.00 14.45      A     \nATOM   2330  O32 8AM X9001     -16.044  17.165 -22.506  1.00 16.45      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    6\nCONECT    4    3\nCONECT    5    2\nCONECT    6    3    7\nCONECT    7    6    8   10\nCONECT    8    7    9   14\nCONECT    9    8\nCONECT   10    7   11\nCONECT   11   10   12   13\nCONECT   12   11\nCONECT   13   11\nCONECT   14    8   15\nCONECT   15   14   16   18\nCONECT   16   15   17   22\nCONECT   17   16\nCONECT   18   15   19\nCONECT   19   18   20   21\nCONECT   20   19\nCONECT   21   19\nCONECT   22   16   23\nCONECT   23   22   24   26\nCONECT   24   23   25   33\nCONECT   25   24\nCONECT   26   23   27\nCONECT   27   26   28\nCONECT   28   27   29\nCONECT   29   28   30\nCONECT   30   29   31   32\nCONECT   31   30\nCONECT   32   30\nCONECT   33   24   34\nCONECT   34   33   35   37\nCONECT   35   34   36   41\nCONECT   36   35\nCONECT   37   34   38   39\nCONECT   38   37   40\nCONECT   39   37\nCONECT   40   38\nCONECT   41   35   42\nCONECT   42   41   43   45\nCONECT   43   42   44   49\nCONECT   44   43\nCONECT   45   42   46\nCONECT   46   45   47   48\nCONECT   47   46\nCONECT   48   46\nCONECT   49   43   50\nCONECT   50   49   51   53\nCONECT   51   50   52   58\nCONECT   52   51\nCONECT   53   50   54\nCONECT   54   53   55\nCONECT   55   54   56\nCONECT   56   55   57\nCONECT   57   56\nCONECT   58   51   59\nCONECT   59   58   60   62\nCONECT   60   59   61   67\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64\nCONECT   64   63   65   66\nCONECT   65   64\nCONECT   66   64\nCONECT   67   60   68\nCONECT   68   67   69   71\nCONECT   69   68   70   74\nCONECT   70   69\nCONECT   71   68   72   73\nCONECT   72   71\nCONECT   73   71\nCONECT   74   69   75\nCONECT   75   74   76   78\nCONECT   76   75   77   83\nCONECT   77   76\nCONECT   78   75   79\nCONECT   79   78   80\nCONECT   80   79   81   82\nCONECT   81   80\nCONECT   82   80\nCONECT   83   76   84\nCONECT   84   83   85   87\nCONECT   85   84   86   94\nCONECT   86   85\nCONECT   87   84   88\nCONECT   88   87   89   90\nCONECT   89   88   91\nCONECT   90   88   92\nCONECT   91   89   93\nCONECT   92   90   93\nCONECT   93   91   92\nCONECT   94   85   95\nCONECT   95   94   96   98\nCONECT   96   95   97  103\nCONECT   97   96\nCONECT   98   95   99\nCONECT   99   98  100\nCONECT  100   99  101\nCONECT  101  100  102\nCONECT  102  101\nCONECT  103   96  104\nCONECT  104  103  105  107\nCONECT  105  104  106  112\nCONECT  106  105\nCONECT  107  104  108\nCONECT  108  107  109\nCONECT  109  108  110\nCONECT  110  109  111\nCONECT  111  110\nCONECT  112  105  113\nCONECT  113  112  114  116\nCONECT  114  113  115  120\nCONECT  115  114\nCONECT  116  113  117  118\nCONECT  117  116  119\nCONECT  118  116\nCONECT  119  117\nCONECT  120  114  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  136\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133\nCONECT  135  133\nCONECT  136  131  137\nCONECT  137  136  138  140\nCONECT  138  137  139  144\nCONECT  139  138\nCONECT  140  137  141\nCONECT  141  140  142  143\nCONECT  142  141\nCONECT  143  141\nCONECT  144  138  145\nCONECT  145  144  146\nCONECT  146  145  147  148\nCONECT  147  146\nCONECT  148  146  149\nCONECT  149  148  150  152\nCONECT  150  149  151  154\nCONECT  151  150\nCONECT  152  149  153\nCONECT  153  152\nCONECT  154  150  155\nCONECT  155  154  156\nCONECT  156  155  157  158\nCONECT  157  156\nCONECT  158  156  159\nCONECT  159  158  160  162\nCONECT  160  159  161  163\nCONECT  161  160\nCONECT  162  159\nCONECT  163  160  164\nCONECT  164  163  165  167\nCONECT  165  164  166  174\nCONECT  166  165\nCONECT  167  164  168\nCONECT  168  167  169  170\nCONECT  169  168  171\nCONECT  170  168  172\nCONECT  171  169  173\nCONECT  172  170  173\nCONECT  173  171  172\nCONECT  174  165  175\nCONECT  175  174  176\nCONECT  176  175  177  178\nCONECT  177  176\nCONECT  178  176  179\nCONECT  179  178  180  182\nCONECT  180  179  181  185\nCONECT  181  180\nCONECT  182  179  183  184\nCONECT  183  182\nCONECT  184  182\nCONECT  185  180  186\nCONECT  186  185  187  189\nCONECT  187  186  188  192\nCONECT  188  187\nCONECT  189  186  190  191\nCONECT  190  189\nCONECT  191  189\nCONECT  192  187  193\nCONECT  193  192  194  196\nCONECT  194  193  195  204\nCONECT  195  194\nCONECT  196  193  197\nCONECT  197  196  198  199\nCONECT  198  197  200\nCONECT  199  197  201\nCONECT  200  198  202\nCONECT  201  199  202\nCONECT  202  200  201  203\nCONECT  203  202\nCONECT  204  194  205\nCONECT  205  204  206  208\nCONECT  206  205  207  213\nCONECT  207  206\nCONECT  208  205  209\nCONECT  209  208  210\nCONECT  210  209  211\nCONECT  211  210  212\nCONECT  212  211\nCONECT  213  206  214\nCONECT  214  213  215\nCONECT  215  214  216  217\nCONECT  216  215\nCONECT  217  215  218\nCONECT  218  217  219  221\nCONECT  219  218  220  225\nCONECT  220  219\nCONECT  221  218  222\nCONECT  222  221  223  224\nCONECT  223  222\nCONECT  224  222\nCONECT  225  219  226\nCONECT  226  225  227  229\nCONECT  227  226  228  239\nCONECT  228  227\nCONECT  229  226  230\nCONECT  230  229  231  232\nCONECT  231  230  233\nCONECT  232  230  234  235\nCONECT  233  231  234\nCONECT  234  232  233  236\nCONECT  235  232  237\nCONECT  236  234  238\nCONECT  237  235  238\nCONECT  238  236  237\nCONECT  239  227  240\nCONECT  240  239  241  243\nCONECT  241  240  242  247\nCONECT  242  241\nCONECT  243  240  244  245\nCONECT  244  243  246\nCONECT  245  243\nCONECT  246  244\nCONECT  247  241  248  253\nCONECT  248  247  249  251\nCONECT  249  248  250  254\nCONECT  250  249\nCONECT  251  248  252\nCONECT  252  251  253\nCONECT  253  247  252\nCONECT  254  249  255\nCONECT  255  254  256  258\nCONECT  256  255  257  263\nCONECT  257  256\nCONECT  258  255  259\nCONECT  259  258  260\nCONECT  260  259  261  262\nCONECT  261  260\nCONECT  262  260\nCONECT  263  256  264\nCONECT  264  263  265\nCONECT  265  264  266  267\nCONECT  266  265\nCONECT  267  265  268\nCONECT  268  267  269  271\nCONECT  269  268  270  276\nCONECT  270  269\nCONECT  271  268  272\nCONECT  272  271  273\nCONECT  273  272  274  275\nCONECT  274  273\nCONECT  275  273\nCONECT  276  269  277\nCONECT  277  276  278  280\nCONECT  278  277  279  285\nCONECT  279  278\nCONECT  280  277  281\nCONECT  281  280  282\nCONECT  282  281  283\nCONECT  283  282  284\nCONECT  284  283\nCONECT  285  278  286\nCONECT  286  285  287  289\nCONECT  287  286  288  292\nCONECT  288  287\nCONECT  289  286  290  291\nCONECT  290  289\nCONECT  291  289\nCONECT  292  287  293\nCONECT  293  292  294  296\nCONECT  294  293  295  301\nCONECT  295  294\nCONECT  296  293  297\nCONECT  297  296  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299\nCONECT  301  294  302\nCONECT  302  301  303  305\nCONECT  303  302  304  309\nCONECT  304  303\nCONECT  305  302  306  307\nCONECT  306  305  308\nCONECT  307  305\nCONECT  308  306\nCONECT  309  303  310  315\nCONECT  310  309  311  313\nCONECT  311  310  312  316\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  309  314\nCONECT  316  311  317\nCONECT  317  316  318  320\nCONECT  318  317  319  323\nCONECT  319  318\nCONECT  320  317  321  322\nCONECT  321  320\nCONECT  322  320\nCONECT  323  318  324\nCONECT  324  323  325  327\nCONECT  325  324  326  328\nCONECT  326  325\nCONECT  327  324\nCONECT  328  325  329\nCONECT  329  328  330  332\nCONECT  330  329  331  336\nCONECT  331  330\nCONECT  332  329  333  334\nCONECT  333  332  335\nCONECT  334  332\nCONECT  335  333\nCONECT  336  330  337\nCONECT  337  336  338  340\nCONECT  338  337  339  345\nCONECT  339  338\nCONECT  340  337  341\nCONECT  341  340  342\nCONECT  342  341  343\nCONECT  343  342  344\nCONECT  344  343\nCONECT  345  338  346\nCONECT  346  345  347  349\nCONECT  347  346  348  354\nCONECT  348  347\nCONECT  349  346  350\nCONECT  350  349  351\nCONECT  351  350  352  353\nCONECT  352  351\nCONECT  353  351\nCONECT  354  347  355\nCONECT  355  354  356  358\nCONECT  356  355  357  362\nCONECT  357  356\nCONECT  358  355  359\nCONECT  359  358  360  361\nCONECT  360  359\nCONECT  361  359\nCONECT  362  356  363\nCONECT  363  362  364  366\nCONECT  364  363  365\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369\nCONECT  369  368  370\nCONECT  370  369  371  372\nCONECT  371  370\nCONECT  372  370\nCONECT  373  374  379\nCONECT  374  373  375  377\nCONECT  375  374  376  380\nCONECT  376  375\nCONECT  377  374  378\nCONECT  378  377  379\nCONECT  379  373  378\nCONECT  380  375  381\nCONECT  381  380  382  384\nCONECT  382  381  383  389\nCONECT  383  382\nCONECT  384  381  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388\nCONECT  388  387\nCONECT  389  382  390\nCONECT  390  389  391  393\nCONECT  391  390  392  394\nCONECT  392  391\nCONECT  393  390\nCONECT  394  391  395\nCONECT  395  394  396  398\nCONECT  396  395  397  402\nCONECT  397  396\nCONECT  398  395  399\nCONECT  399  398  400  401\nCONECT  400  399\nCONECT  401  399\nCONECT  402  396  403\nCONECT  403  402  404  406\nCONECT  404  403  405  411\nCONECT  405  404\nCONECT  406  403  407\nCONECT  407  406  408\nCONECT  408  407  409\nCONECT  409  408  410\nCONECT  410  409\nCONECT  411  404  412\nCONECT  412  411  413  415\nCONECT  413  412  414  420\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415  417\nCONECT  417  416  418  419\nCONECT  418  417\nCONECT  419  417\nCONECT  420  413  421\nCONECT  421  420  422  424\nCONECT  422  421  423  428\nCONECT  423  422\nCONECT  424  421  425  426\nCONECT  425  424  427\nCONECT  426  424\nCONECT  427  425\nCONECT  428  422  429\nCONECT  429  428  430  432\nCONECT  430  429  431  436\nCONECT  431  430\nCONECT  432  429  433\nCONECT  433  432  434  435\nCONECT  434  433\nCONECT  435  433\nCONECT  436  430  437\nCONECT  437  436  438  440\nCONECT  438  437  439  444\nCONECT  439  438\nCONECT  440  437  441\nCONECT  441  440  442  443\nCONECT  442  441\nCONECT  443  441\nCONECT  444  438  445\nCONECT  445  444  446  448\nCONECT  446  445  447  453\nCONECT  447  446\nCONECT  448  445  449\nCONECT  449  448  450\nCONECT  450  449  451  452\nCONECT  451  450\nCONECT  452  450\nCONECT  453  446  454\nCONECT  454  453  455  457\nCONECT  455  454  456  458\nCONECT  456  455\nCONECT  457  454\nCONECT  458  455  459\nCONECT  459  458  460  462\nCONECT  460  459  461  470\nCONECT  461  460\nCONECT  462  459  463\nCONECT  463  462  464  465\nCONECT  464  463  466\nCONECT  465  463  467\nCONECT  466  464  468\nCONECT  467  465  468\nCONECT  468  466  467  469\nCONECT  469  468\nCONECT  470  460  471\nCONECT  471  470  472  474\nCONECT  472  471  473  477\nCONECT  473  472\nCONECT  474  471  475  476\nCONECT  475  474\nCONECT  476  474\nCONECT  477  472  478\nCONECT  478  477  479  481\nCONECT  479  478  480  485  490\nCONECT  480  479\nCONECT  481  478  482\nCONECT  482  481  483\nCONECT  483  482  484\nCONECT  484  483\nCONECT  485  479  486\nCONECT  486  485  487  489\nCONECT  487  486  488  495\nCONECT  488  487\nCONECT  489  486\nCONECT  490  479  491\nCONECT  491  490  492  494\nCONECT  492  491  493  495\nCONECT  493  492\nCONECT  494  491\nCONECT  495  487  492  496\nCONECT  496  495  497  499\nCONECT  497  496  498  501\nCONECT  498  497\nCONECT  499  496  500\nCONECT  500  499\nCONECT  501  497  502\nCONECT  502  501  503  505\nCONECT  503  502  504  508\nCONECT  504  503\nCONECT  505  502  506  507\nCONECT  506  505\nCONECT  507  505\nCONECT  508  503  509\nCONECT  509  508  510  512\nCONECT  510  509  511  516\nCONECT  511  510\nCONECT  512  509  513\nCONECT  513  512  514  515\nCONECT  514  513\nCONECT  515  513\nCONECT  516  510  517\nCONECT  517  516  518  520\nCONECT  518  517  519  524\nCONECT  519  518\nCONECT  520  517  521\nCONECT  521  520  522  523\nCONECT  522  521\nCONECT  523  521\nCONECT  524  518  525  530\nCONECT  525  524  526  528\nCONECT  526  525  527  531\nCONECT  527  526\nCONECT  528  525  529\nCONECT  529  528  530\nCONECT  530  524  529\nCONECT  531  526  532\nCONECT  532  531  533  535\nCONECT  533  532  534  541\nCONECT  534  533\nCONECT  535  532  536\nCONECT  536  535  537  538\nCONECT  537  536  539\nCONECT  538  536  540\nCONECT  539  537  540\nCONECT  540  538  539\nCONECT  541  533  542\nCONECT  542  541  543  545\nCONECT  543  542  544  548\nCONECT  544  543\nCONECT  545  542  546  547\nCONECT  546  545\nCONECT  547  545\nCONECT  548  543  549\nCONECT  549  548  550  552\nCONECT  550  549  551  554\nCONECT  551  550\nCONECT  552  549  553\nCONECT  553  552\nCONECT  554  550  555\nCONECT  555  554  556  558\nCONECT  556  555  557  565\nCONECT  557  556\nCONECT  558  555  559\nCONECT  559  558  560\nCONECT  560  559  561\nCONECT  561  560  562\nCONECT  562  561  563  564\nCONECT  563  562\nCONECT  564  562\nCONECT  565  556  566\nCONECT  566  565  567  569\nCONECT  567  566  568  573\nCONECT  568  567\nCONECT  569  566  570\nCONECT  570  569  571  572\nCONECT  571  570\nCONECT  572  570\nCONECT  573  567  574\nCONECT  574  573  575  577\nCONECT  575  574  576  581\nCONECT  576  575\nCONECT  577  574  578\nCONECT  578  577  579  580\nCONECT  579  578\nCONECT  580  578\nCONECT  581  575  582\nCONECT  582  581  583\nCONECT  583  582  584  585\nCONECT  584  583\nCONECT  585  583  586\nCONECT  586  585  587  589\nCONECT  587  586  588  593\nCONECT  588  587\nCONECT  589  586  590  591\nCONECT  590  589  592\nCONECT  591  589\nCONECT  592  590\nCONECT  593  587  594\nCONECT  594  593  595  597\nCONECT  595  594  596  599\nCONECT  596  595\nCONECT  597  594  598\nCONECT  598  597\nCONECT  599  595  600\nCONECT  600  599  601  603\nCONECT  601  600  602  607\nCONECT  602  601\nCONECT  603  600  604\nCONECT  604  603  605  606\nCONECT  605  604\nCONECT  606  604\nCONECT  607  601  608\nCONECT  608  607  609  611\nCONECT  609  608  610  614\nCONECT  610  609\nCONECT  611  608  612  613\nCONECT  612  611\nCONECT  613  611\nCONECT  614  609  615\nCONECT  615  614  616  618\nCONECT  616  615  617  620\nCONECT  617  616\nCONECT  618  615  619\nCONECT  619  618\nCONECT  620  616  621\nCONECT  621  620  622  624\nCONECT  622  621  623  627\nCONECT  623  622\nCONECT  624  621  625  626\nCONECT  625  624\nCONECT  626  624\nCONECT  627  622  628\nCONECT  628  627  629  631\nCONECT  629  628  630  634\nCONECT  630  629\nCONECT  631  628  632  633\nCONECT  632  631\nCONECT  633  631\nCONECT  634  629  635\nCONECT  635  634  636  638\nCONECT  636  635  637  643\nCONECT  637  636\nCONECT  638  635  639\nCONECT  639  638  640\nCONECT  640  639  641  642\nCONECT  641  640\nCONECT  642  640\nCONECT  643  636  644\nCONECT  644  643  645  647\nCONECT  645  644  646  651\nCONECT  646  645\nCONECT  647  644  648\nCONECT  648  647  649  650\nCONECT  649  648\nCONECT  650  648\nCONECT  651  645  652\nCONECT  652  651  653  655\nCONECT  653  652  654  659  667\nCONECT  654  653\nCONECT  655  652  656  657\nCONECT  656  655  658\nCONECT  657  655\nCONECT  658  656\nCONECT  659  653  660\nCONECT  660  659  661  663\nCONECT  661  660  662  675\nCONECT  662  661\nCONECT  663  660  664\nCONECT  664  663  665\nCONECT  665  664  666\nCONECT  666  665\nCONECT  667  653  668\nCONECT  668  667  669  671\nCONECT  669  668  670  675\nCONECT  670  669\nCONECT  671  668  672\nCONECT  672  671  673\nCONECT  673  672  674\nCONECT  674  673\nCONECT  675  661  669  676\nCONECT  676  675  677  679\nCONECT  677  676  678  684\nCONECT  678  677\nCONECT  679  676  680\nCONECT  680  679  681\nCONECT  681  680  682  683\nCONECT  682  681\nCONECT  683  681\nCONECT  684  677  685\nCONECT  685  684  686  688\nCONECT  686  685  687  692\nCONECT  687  686\nCONECT  688  685  689\nCONECT  689  688  690  691\nCONECT  690  689\nCONECT  691  689\nCONECT  692  686  693\nCONECT  693  692  694  696\nCONECT  694  693  695  700\nCONECT  695  694\nCONECT  696  693  697\nCONECT  697  696  698\nCONECT  698  697  699\nCONECT  699  698\nCONECT  700  694  701  706\nCONECT  701  700  702  704\nCONECT  702  701  703  707\nCONECT  703  702\nCONECT  704  701  705\nCONECT  705  704  706\nCONECT  706  700  705\nCONECT  707  702  708\nCONECT  708  707  709  711\nCONECT  709  708  710  718\nCONECT  710  709\nCONECT  711  708  712\nCONECT  712  711  713  714\nCONECT  713  712  715\nCONECT  714  712  716\nCONECT  715  713  717\nCONECT  716  714  717\nCONECT  717  715  716\nCONECT  718  709  719\nCONECT  719  718  720\nCONECT  720  719  721  722\nCONECT  721  720\nCONECT  722  720  723\nCONECT  723  722  724  726\nCONECT  724  723  725  728\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726 2329\nCONECT  728  724  729\nCONECT  729  728  730  732\nCONECT  730  729  731  736\nCONECT  731  730\nCONECT  732  729  733\nCONECT  733  732  734  735\nCONECT  734  733\nCONECT  735  733\nCONECT  736  730  737\nCONECT  737  736  738  740\nCONECT  738  737  739  744\nCONECT  739  738\nCONECT  740  737  741\nCONECT  741  740  742  743\nCONECT  742  741\nCONECT  743  741\nCONECT  744  738  745\nCONECT  745  744  746  748\nCONECT  746  745  747  752\nCONECT  747  746\nCONECT  748  745  749\nCONECT  749  748  750  751\nCONECT  750  749\nCONECT  751  749\nCONECT  752  746  753\nCONECT  753  752  754  756\nCONECT  754  753  755  764\nCONECT  755  754\nCONECT  756  753  757\nCONECT  757  756  758  759\nCONECT  758  757  760\nCONECT  759  757  761\nCONECT  760  758  762\nCONECT  761  759  762\nCONECT  762  760  761  763\nCONECT  763  762\nCONECT  764  754  765\nCONECT  765  764  766  768\nCONECT  766  765  767  771\nCONECT  767  766\nCONECT  768  765  769  770\nCONECT  769  768\nCONECT  770  768\nCONECT  771  766  772\nCONECT  772  771  773  775\nCONECT  773  772  774  782  791\nCONECT  774  773\nCONECT  775  772  776\nCONECT  776  775  777\nCONECT  777  776  778\nCONECT  778  777  779\nCONECT  779  778  780  781\nCONECT  780  779\nCONECT  781  779\nCONECT  782  773  783\nCONECT  783  782  784  786\nCONECT  784  783  785  800\nCONECT  785  784\nCONECT  786  783  787\nCONECT  787  786  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  773  792\nCONECT  792  791  793  795\nCONECT  793  792  794  800\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797\nCONECT  797  796  798  799\nCONECT  798  797\nCONECT  799  797\nCONECT  800  784  793  801\nCONECT  801  800  802  804\nCONECT  802  801  803  810\nCONECT  803  802\nCONECT  804  801  805\nCONECT  805  804  806  807\nCONECT  806  805  808\nCONECT  807  805  809\nCONECT  808  806  809\nCONECT  809  807  808\nCONECT  810  802  811\nCONECT  811  810  812  814\nCONECT  812  811  813  819\nCONECT  813  812\nCONECT  814  811  815\nCONECT  815  814  816\nCONECT  816  815  817\nCONECT  817  816  818\nCONECT  818  817\nCONECT  819  812  820\nCONECT  820  819  821  823\nCONECT  821  820  822  827\nCONECT  822  821\nCONECT  823  820  824\nCONECT  824  823  825  826\nCONECT  825  824\nCONECT  826  824\nCONECT  827  821  828\nCONECT  828  827  829  831\nCONECT  829  828  830  835\nCONECT  830  829\nCONECT  831  828  832\nCONECT  832  831  833  834\nCONECT  833  832\nCONECT  834  832\nCONECT  835  829  836\nCONECT  836  835  837  839\nCONECT  837  836  838  843\nCONECT  838  837\nCONECT  839  836  840  841\nCONECT  840  839  842\nCONECT  841  839\nCONECT  842  840\nCONECT  843  837  844\nCONECT  844  843  845\nCONECT  845  844  846  847\nCONECT  846  845\nCONECT  847  845  848\nCONECT  848  847  849  851\nCONECT  849  848  850  853\nCONECT  850  849\nCONECT  851  848  852\nCONECT  852  851\nCONECT  853  849  854\nCONECT  854  853  855  857\nCONECT  855  854  856  862\nCONECT  856  855\nCONECT  857  854  858\nCONECT  858  857  859\nCONECT  859  858  860  861\nCONECT  860  859\nCONECT  861  859\nCONECT  862  855  863\nCONECT  863  862  864  866\nCONECT  864  863  865  874\nCONECT  865  864\nCONECT  866  863  867\nCONECT  867  866  868  869\nCONECT  868  867  870\nCONECT  869  867  871\nCONECT  870  868  872\nCONECT  871  869  872\nCONECT  872  870  871  873\nCONECT  873  872\nCONECT  874  864  875\nCONECT  875  874  876  878\nCONECT  876  875  877  882\nCONECT  877  876\nCONECT  878  875  879\nCONECT  879  878  880  881\nCONECT  880  879\nCONECT  881  879\nCONECT  882  876  883\nCONECT  883  882  884  886\nCONECT  884  883  885  890\nCONECT  885  884\nCONECT  886  883  887\nCONECT  887  886  888  889\nCONECT  888  887\nCONECT  889  887\nCONECT  890  884  891\nCONECT  891  890  892  894\nCONECT  892  891  893  898\nCONECT  893  892\nCONECT  894  891  895\nCONECT  895  894  896  897\nCONECT  896  895\nCONECT  897  895\nCONECT  898  892  899\nCONECT  899  898  900  902\nCONECT  900  899  901  912\nCONECT  901  900\nCONECT  902  899  903\nCONECT  903  902  904  905\nCONECT  904  903  906\nCONECT  905  903  907  908\nCONECT  906  904  907\nCONECT  907  905  906  909\nCONECT  908  905  910\nCONECT  909  907  911\nCONECT  910  908  911\nCONECT  911  909  910\nCONECT  912  900  913\nCONECT  913  912  914  916\nCONECT  914  913  915  918\nCONECT  915  914\nCONECT  916  913  917\nCONECT  917  916\nCONECT  918  914  919\nCONECT  919  918  920  922\nCONECT  920  919  921  925\nCONECT  921  920\nCONECT  922  919  923  924\nCONECT  923  922\nCONECT  924  922\nCONECT  925  920  926\nCONECT  926  925  927  929\nCONECT  927  926  928  934\nCONECT  928  927\nCONECT  929  926  930\nCONECT  930  929  931\nCONECT  931  930  932  933\nCONECT  932  931\nCONECT  933  931\nCONECT  934  927  935\nCONECT  935  934  936  938\nCONECT  936  935  937  942\nCONECT  937  936\nCONECT  938  935  939  940\nCONECT  939  938  941\nCONECT  940  938\nCONECT  941  939\nCONECT  942  936  943\nCONECT  943  942  944  946\nCONECT  944  943  945  947\nCONECT  945  944\nCONECT  946  943\nCONECT  947  944  948\nCONECT  948  947  949  951\nCONECT  949  948  950  956\nCONECT  950  949\nCONECT  951  948  952\nCONECT  952  951  953\nCONECT  953  952  954\nCONECT  954  953  955\nCONECT  955  954\nCONECT  956  949  957\nCONECT  957  956  958\nCONECT  958  957  959  960\nCONECT  959  958\nCONECT  960  958  961\nCONECT  961  960  962  964\nCONECT  962  961  963  968\nCONECT  963  962\nCONECT  964  961  965\nCONECT  965  964  966\nCONECT  966  965  967\nCONECT  967  966\nCONECT  968  962  969\nCONECT  969  968  970  972\nCONECT  970  969  971  976\nCONECT  971  970\nCONECT  972  969  973\nCONECT  973  972  974  975\nCONECT  974  973\nCONECT  975  973\nCONECT  976  970  977\nCONECT  977  976  978  980\nCONECT  978  977  979  988\nCONECT  979  978\nCONECT  980  977  981\nCONECT  981  980  982  983\nCONECT  982  981  984\nCONECT  983  981  985\nCONECT  984  982  986\nCONECT  985  983  986\nCONECT  986  984  985  987\nCONECT  987  986\nCONECT  988  978  989\nCONECT  989  988  990  992\nCONECT  990  989  991  996\nCONECT  991  990\nCONECT  992  989  993\nCONECT  993  992  994  995\nCONECT  994  993\nCONECT  995  993\nCONECT  996  990  997\nCONECT  997  996  998 1000\nCONECT  998  997  999 1005\nCONECT  999  998\nCONECT 1000  997 1001\nCONECT 1001 1000 1002\nCONECT 1002 1001 1003 1004\nCONECT 1003 1002\nCONECT 1004 1002\nCONECT 1005  998 1006\nCONECT 1006 1005 1007 1009\nCONECT 1007 1006 1008 1013\nCONECT 1008 1007\nCONECT 1009 1006 1010\nCONECT 1010 1009 1011 1012\nCONECT 1011 1010\nCONECT 1012 1010\nCONECT 1013 1007 1014\nCONECT 1014 1013 1015 1017\nCONECT 1015 1014 1016 1024\nCONECT 1016 1015\nCONECT 1017 1014 1018\nCONECT 1018 1017 1019\nCONECT 1019 1018 1020\nCONECT 1020 1019 1021\nCONECT 1021 1020 1022 1023\nCONECT 1022 1021\nCONECT 1023 1021\nCONECT 1024 1015 1025\nCONECT 1025 1024 1026 1028\nCONECT 1026 1025 1027 1035\nCONECT 1027 1026\nCONECT 1028 1025 1029\nCONECT 1029 1028 1030\nCONECT 1030 1029 1031\nCONECT 1031 1030 1032\nCONECT 1032 1031 1033 1034\nCONECT 1033 1032\nCONECT 1034 1032\nCONECT 1035 1026 1036\nCONECT 1036 1035 1037 1039\nCONECT 1037 1036 1038 1043\nCONECT 1038 1037\nCONECT 1039 1036 1040\nCONECT 1040 1039 1041 1042\nCONECT 1041 1040\nCONECT 1042 1040\nCONECT 1043 1037 1044\nCONECT 1044 1043 1045 1047\nCONECT 1045 1044 1046 1050\nCONECT 1046 1045\nCONECT 1047 1044 1048 1049\nCONECT 1048 1047\nCONECT 1049 1047\nCONECT 1050 1045 1051\nCONECT 1051 1050 1052 1054\nCONECT 1052 1051 1053 1060\nCONECT 1053 1052\nCONECT 1054 1051 1055\nCONECT 1055 1054 1056 1057\nCONECT 1056 1055 1058\nCONECT 1057 1055 1059\nCONECT 1058 1056 1059\nCONECT 1059 1057 1058\nCONECT 1060 1052 1061\nCONECT 1061 1060 1062 1064\nCONECT 1062 1061 1063 1071\nCONECT 1063 1062\nCONECT 1064 1061 1065\nCONECT 1065 1064 1066\nCONECT 1066 1065 1067\nCONECT 1067 1066 1068\nCONECT 1068 1067 1069 1070\nCONECT 1069 1068\nCONECT 1070 1068\nCONECT 1071 1062 1072\nCONECT 1072 1071 1073 1075\nCONECT 1073 1072 1074 1079\nCONECT 1074 1073\nCONECT 1075 1072 1076\nCONECT 1076 1075 1077 1078\nCONECT 1077 1076\nCONECT 1078 1076\nCONECT 1079 1073 1080\nCONECT 1080 1079 1081 1083\nCONECT 1081 1080 1082 1087\nCONECT 1082 1081\nCONECT 1083 1080 1084\nCONECT 1084 1083 1085 1086\nCONECT 1085 1084\nCONECT 1086 1084\nCONECT 1087 1081 1088\nCONECT 1088 1087 1089 1091\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089\nCONECT 1091 1088\nCONECT 1092 1089 1093\nCONECT 1093 1092 1094 1096\nCONECT 1094 1093 1095 1097\nCONECT 1095 1094\nCONECT 1096 1093\nCONECT 1097 1094 1098\nCONECT 1098 1097 1099 1101\nCONECT 1099 1098 1100 1108\nCONECT 1100 1099\nCONECT 1101 1098 1102\nCONECT 1102 1101 1103\nCONECT 1103 1102 1104\nCONECT 1104 1103 1105\nCONECT 1105 1104 1106 1107\nCONECT 1106 1105\nCONECT 1107 1105\nCONECT 1108 1099 1109\nCONECT 1109 1108 1110 1112\nCONECT 1110 1109 1111 1116\nCONECT 1111 1110\nCONECT 1112 1109 1113\nCONECT 1113 1112 1114 1115\nCONECT 1114 1113\nCONECT 1115 1113\nCONECT 1116 1110 1117\nCONECT 1117 1116 1118 1120\nCONECT 1118 1117 1119 1123\nCONECT 1119 1118\nCONECT 1120 1117 1121 1122\nCONECT 1121 1120\nCONECT 1122 1120\nCONECT 1123 1118 1124\nCONECT 1124 1123 1125 1127\nCONECT 1125 1124 1126 1131\nCONECT 1126 1125\nCONECT 1127 1124 1128\nCONECT 1128 1127 1129 1130\nCONECT 1129 1128\nCONECT 1130 1128\nCONECT 1131 1125 1132\nCONECT 1132 1131 1133 1135\nCONECT 1133 1132 1134 1138\nCONECT 1134 1133\nCONECT 1135 1132 1136 1137\nCONECT 1136 1135\nCONECT 1137 1135\nCONECT 1138 1133 1139\nCONECT 1139 1138 1140 1142\nCONECT 1140 1139 1141 1147\nCONECT 1141 1140\nCONECT 1142 1139 1143\nCONECT 1143 1142 1144\nCONECT 1144 1143 1145\nCONECT 1145 1144 1146\nCONECT 1146 1145\nCONECT 1147 1140 1148\nCONECT 1148 1147 1149 1151\nCONECT 1149 1148 1150 1154\nCONECT 1150 1149\nCONECT 1151 1148 1152 1153\nCONECT 1152 1151\nCONECT 1153 1151\nCONECT 1154 1149 1155 1160\nCONECT 1155 1154 1156 1158\nCONECT 1156 1155 1157 1161\nCONECT 1157 1156\nCONECT 1158 1155 1159\nCONECT 1159 1158 1160\nCONECT 1160 1154 1159\nCONECT 1161 1156 1162\nCONECT 1162 1161 1163 1165\nCONECT 1163 1162 1164 1170\nCONECT 1164 1163\nCONECT 1165 1162 1166\nCONECT 1166 1165 1167\nCONECT 1167 1166 1168 1169\nCONECT 1168 1167\nCONECT 1169 1167\nCONECT 1170 1163 1171\nCONECT 1171 1170 1172 1174\nCONECT 1172 1171 1173 1180\nCONECT 1173 1172\nCONECT 1174 1171 1175\nCONECT 1175 1174 1176 1177\nCONECT 1176 1175 1178\nCONECT 1177 1175 1179\nCONECT 1178 1176 1179\nCONECT 1179 1177 1178\nCONECT 1180 1172 1181\nCONECT 1181 1180 1182 1184\nCONECT 1182 1181 1183 1187\nCONECT 1183 1182\nCONECT 1184 1181 1185 1186\nCONECT 1185 1184\nCONECT 1186 1184\nCONECT 1187 1182 1188\nCONECT 1188 1187 1189 1191\nCONECT 1189 1188 1190 1196\nCONECT 1190 1189\nCONECT 1191 1188 1192\nCONECT 1192 1191 1193\nCONECT 1193 1192 1194\nCONECT 1194 1193 1195\nCONECT 1195 1194\nCONECT 1196 1189 1197\nCONECT 1197 1196 1198 1200\nCONECT 1198 1197 1199 1204\nCONECT 1199 1198\nCONECT 1200 1197 1201 1202\nCONECT 1201 1200 1203\nCONECT 1202 1200\nCONECT 1203 1201\nCONECT 1204 1198 1205\nCONECT 1205 1204 1206 1208\nCONECT 1206 1205 1207 1211\nCONECT 1207 1206\nCONECT 1208 1205 1209 1210\nCONECT 1209 1208\nCONECT 1210 1208\nCONECT 1211 1206 1212\nCONECT 1212 1211 1213 1215\nCONECT 1213 1212 1214 1219\nCONECT 1214 1213\nCONECT 1215 1212 1216\nCONECT 1216 1215 1217 1218\nCONECT 1217 1216\nCONECT 1218 1216\nCONECT 1219 1213 1220\nCONECT 1220 1219 1221 1223\nCONECT 1221 1220 1222 1230\nCONECT 1222 1221\nCONECT 1223 1220 1224\nCONECT 1224 1223 1225 1226\nCONECT 1225 1224 1227\nCONECT 1226 1224 1228\nCONECT 1227 1225 1229\nCONECT 1228 1226 1229\nCONECT 1229 1227 1228\nCONECT 1230 1221 1231\nCONECT 1231 1230 1232\nCONECT 1232 1231 1233 1234\nCONECT 1233 1232\nCONECT 1234 1232 1235\nCONECT 1235 1234 1236 1238\nCONECT 1236 1235 1237 1245\nCONECT 1237 1236\nCONECT 1238 1235 1239\nCONECT 1239 1238 1240\nCONECT 1240 1239 1241\nCONECT 1241 1240 1242\nCONECT 1242 1241 1243 1244\nCONECT 1243 1242\nCONECT 1244 1242\nCONECT 1245 1236 1246\nCONECT 1246 1245 1247 1249\nCONECT 1247 1246 1248 1250\nCONECT 1248 1247\nCONECT 1249 1246\nCONECT 1250 1247 1251\nCONECT 1251 1250 1252 1254\nCONECT 1252 1251 1253 1259\nCONECT 1253 1252\nCONECT 1254 1251 1255\nCONECT 1255 1254 1256\nCONECT 1256 1255 1257\nCONECT 1257 1256 1258\nCONECT 1258 1257\nCONECT 1259 1252 1260\nCONECT 1260 1259 1261 1263\nCONECT 1261 1260 1262 1267\nCONECT 1262 1261\nCONECT 1263 1260 1264\nCONECT 1264 1263 1265 1266\nCONECT 1265 1264\nCONECT 1266 1264\nCONECT 1267 1261 1268\nCONECT 1268 1267 1269 1271\nCONECT 1269 1268 1270 1275\nCONECT 1270 1269\nCONECT 1271 1268 1272\nCONECT 1272 1271 1273 1274\nCONECT 1273 1272\nCONECT 1274 1272\nCONECT 1275 1269 1276\nCONECT 1276 1275 1277\nCONECT 1277 1276 1278 1279\nCONECT 1278 1277\nCONECT 1279 1277 1280\nCONECT 1280 1279 1281 1283\nCONECT 1281 1280 1282 1284\nCONECT 1282 1281\nCONECT 1283 1280\nCONECT 1284 1281 1285\nCONECT 1285 1284 1286 1288\nCONECT 1286 1285 1287 1293\nCONECT 1287 1286\nCONECT 1288 1285 1289\nCONECT 1289 1288 1290\nCONECT 1290 1289 1291 1292\nCONECT 1291 1290\nCONECT 1292 1290\nCONECT 1293 1286 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1302\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300 1301\nCONECT 1300 1299\nCONECT 1301 1299\nCONECT 1302 1295 1303\nCONECT 1303 1302 1304 1306\nCONECT 1304 1303 1305 1311\nCONECT 1305 1304\nCONECT 1306 1303 1307\nCONECT 1307 1306 1308\nCONECT 1308 1307 1309\nCONECT 1309 1308 1310\nCONECT 1310 1309\nCONECT 1311 1304 1312\nCONECT 1312 1311 1313 1315\nCONECT 1313 1312 1314 1320\nCONECT 1314 1313\nCONECT 1315 1312 1316\nCONECT 1316 1315 1317\nCONECT 1317 1316 1318 1319\nCONECT 1318 1317\nCONECT 1319 1317\nCONECT 1320 1313 1321\nCONECT 1321 1320 1322 1324\nCONECT 1322 1321 1323 1332\nCONECT 1323 1322\nCONECT 1324 1321 1325\nCONECT 1325 1324 1326 1327\nCONECT 1326 1325 1328\nCONECT 1327 1325 1329\nCONECT 1328 1326 1330\nCONECT 1329 1327 1330\nCONECT 1330 1328 1329 1331\nCONECT 1331 1330\nCONECT 1332 1322 1333\nCONECT 1333 1332 1334 1336\nCONECT 1334 1333 1335 1342\nCONECT 1335 1334\nCONECT 1336 1333 1337\nCONECT 1337 1336 1338 1339\nCONECT 1338 1337 1340\nCONECT 1339 1337 1341\nCONECT 1340 1338 1341\nCONECT 1341 1339 1340\nCONECT 1342 1334 1343\nCONECT 1343 1342 1344 1346\nCONECT 1344 1343 1345 1347\nCONECT 1345 1344\nCONECT 1346 1343\nCONECT 1347 1344 1348\nCONECT 1348 1347 1349 1351\nCONECT 1349 1348 1350 1356\nCONECT 1350 1349\nCONECT 1351 1348 1352\nCONECT 1352 1351 1353\nCONECT 1353 1352 1354 1355\nCONECT 1354 1353\nCONECT 1355 1353\nCONECT 1356 1349 1357\nCONECT 1357 1356 1358\nCONECT 1358 1357 1359 1360\nCONECT 1359 1358\nCONECT 1360 1358 1361\nCONECT 1361 1360 1362\nCONECT 1362 1361 1363 1364\nCONECT 1363 1362\nCONECT 1364 1362 1365\nCONECT 1365 1364 1366 1368\nCONECT 1366 1365 1367 1373\nCONECT 1367 1366\nCONECT 1368 1365 1369\nCONECT 1369 1368 1370\nCONECT 1370 1369 1371\nCONECT 1371 1370 1372\nCONECT 1372 1371\nCONECT 1373 1366 1374\nCONECT 1374 1373 1375 1377\nCONECT 1375 1374 1376 1380\nCONECT 1376 1375\nCONECT 1377 1374 1378 1379\nCONECT 1378 1377\nCONECT 1379 1377\nCONECT 1380 1375 1381 1386\nCONECT 1381 1380 1382 1384\nCONECT 1382 1381 1383 1387\nCONECT 1383 1382\nCONECT 1384 1381 1385\nCONECT 1385 1384 1386\nCONECT 1386 1380 1385\nCONECT 1387 1382 1388\nCONECT 1388 1387 1389 1391\nCONECT 1389 1388 1390 1395\nCONECT 1390 1389\nCONECT 1391 1388 1392 1393\nCONECT 1392 1391 1394\nCONECT 1393 1391\nCONECT 1394 1392\nCONECT 1395 1389 1396\nCONECT 1396 1395 1397 1399\nCONECT 1397 1396 1398 1404\nCONECT 1398 1397\nCONECT 1399 1396 1400\nCONECT 1400 1399 1401\nCONECT 1401 1400 1402\nCONECT 1402 1401 1403\nCONECT 1403 1402\nCONECT 1404 1397 1405\nCONECT 1405 1404 1406 1408\nCONECT 1406 1405 1407 1418 1426\nCONECT 1407 1406\nCONECT 1408 1405 1409\nCONECT 1409 1408 1410 1411\nCONECT 1410 1409 1412\nCONECT 1411 1409 1413 1414\nCONECT 1412 1410 1413\nCONECT 1413 1411 1412 1415\nCONECT 1414 1411 1416\nCONECT 1415 1413 1417\nCONECT 1416 1414 1417\nCONECT 1417 1415 1416\nCONECT 1418 1406 1419\nCONECT 1419 1418 1420 1422\nCONECT 1420 1419 1421 1434\nCONECT 1421 1420\nCONECT 1422 1419 1423\nCONECT 1423 1422 1424\nCONECT 1424 1423 1425\nCONECT 1425 1424\nCONECT 1426 1406 1427\nCONECT 1427 1426 1428 1430\nCONECT 1428 1427 1429 1434\nCONECT 1429 1428\nCONECT 1430 1427 1431\nCONECT 1431 1430 1432\nCONECT 1432 1431 1433\nCONECT 1433 1432\nCONECT 1434 1420 1428 1435\nCONECT 1435 1434 1436 1438\nCONECT 1436 1435 1437 1439\nCONECT 1437 1436\nCONECT 1438 1435\nCONECT 1439 1436 1440\nCONECT 1440 1439 1441 1443\nCONECT 1441 1440 1442 1447\nCONECT 1442 1441\nCONECT 1443 1440 1444\nCONECT 1444 1443 1445 1446\nCONECT 1445 1444\nCONECT 1446 1444\nCONECT 1447 1441 1448\nCONECT 1448 1447 1449 1451\nCONECT 1449 1448 1450 1456\nCONECT 1450 1449\nCONECT 1451 1448 1452\nCONECT 1452 1451 1453\nCONECT 1453 1452 1454 1455\nCONECT 1454 1453\nCONECT 1455 1453\nCONECT 1456 1449 1457\nCONECT 1457 1456 1458 1460\nCONECT 1458 1457 1459 1462\nCONECT 1459 1458\nCONECT 1460 1457 1461\nCONECT 1461 1460\nCONECT 1462 1458 1463\nCONECT 1463 1462 1464 1466\nCONECT 1464 1463 1465 1470\nCONECT 1465 1464\nCONECT 1466 1463 1467 1468\nCONECT 1467 1466 1469\nCONECT 1468 1466\nCONECT 1469 1467\nCONECT 1470 1464 1471\nCONECT 1471 1470 1472 1474\nCONECT 1472 1471 1473 1478\nCONECT 1473 1472\nCONECT 1474 1471 1475\nCONECT 1475 1474 1476 1477\nCONECT 1476 1475\nCONECT 1477 1475\nCONECT 1478 1472 1479\nCONECT 1479 1478 1480 1482\nCONECT 1480 1479 1481 1488\nCONECT 1481 1480\nCONECT 1482 1479 1483\nCONECT 1483 1482 1484 1485\nCONECT 1484 1483 1486\nCONECT 1485 1483 1487\nCONECT 1486 1484 1487\nCONECT 1487 1485 1486\nCONECT 1488 1480 1489\nCONECT 1489 1488 1490 1492\nCONECT 1490 1489 1491 1499\nCONECT 1491 1490\nCONECT 1492 1489 1493\nCONECT 1493 1492 1494\nCONECT 1494 1493 1495\nCONECT 1495 1494 1496\nCONECT 1496 1495 1497 1498\nCONECT 1497 1496\nCONECT 1498 1496\nCONECT 1499 1490 1500\nCONECT 1500 1499 1501 1503\nCONECT 1501 1500 1502 1507\nCONECT 1502 1501\nCONECT 1503 1500 1504 1505\nCONECT 1504 1503 1506\nCONECT 1505 1503\nCONECT 1506 1504\nCONECT 1507 1501 1508\nCONECT 1508 1507 1509 1511\nCONECT 1509 1508 1510 1519\nCONECT 1510 1509\nCONECT 1511 1508 1512\nCONECT 1512 1511 1513 1514\nCONECT 1513 1512 1515\nCONECT 1514 1512 1516\nCONECT 1515 1513 1517\nCONECT 1516 1514 1517\nCONECT 1517 1515 1516 1518\nCONECT 1518 1517\nCONECT 1519 1509 1520\nCONECT 1520 1519 1521 1523\nCONECT 1521 1520 1522 1526\nCONECT 1522 1521\nCONECT 1523 1520 1524 1525\nCONECT 1524 1523\nCONECT 1525 1523\nCONECT 1526 1521 1527\nCONECT 1527 1526 1528 1530\nCONECT 1528 1527 1529 1536\nCONECT 1529 1528\nCONECT 1530 1527 1531\nCONECT 1531 1530 1532 1533\nCONECT 1532 1531 1534\nCONECT 1533 1531 1535\nCONECT 1534 1532 1535\nCONECT 1535 1533 1534\nCONECT 1536 1528 1537\nCONECT 1537 1536 1538 1540\nCONECT 1538 1537 1539 1545\nCONECT 1539 1538\nCONECT 1540 1537 1541\nCONECT 1541 1540 1542\nCONECT 1542 1541 1543 1544\nCONECT 1543 1542\nCONECT 1544 1542\nCONECT 1545 1538 1546\nCONECT 1546 1545 1547 1549\nCONECT 1547 1546 1548 1551\nCONECT 1548 1547\nCONECT 1549 1546 1550\nCONECT 1550 1549\nCONECT 1551 1547 1552\nCONECT 1552 1551 1553 1555\nCONECT 1553 1552 1554 1559\nCONECT 1554 1553\nCONECT 1555 1552 1556\nCONECT 1556 1555 1557 1558\nCONECT 1557 1556\nCONECT 1558 1556\nCONECT 1559 1553 1560\nCONECT 1560 1559 1561 1563\nCONECT 1561 1560 1562 1566\nCONECT 1562 1561\nCONECT 1563 1560 1564 1565\nCONECT 1564 1563\nCONECT 1565 1563\nCONECT 1566 1561 1567\nCONECT 1567 1566 1568 1570\nCONECT 1568 1567 1569 1580\nCONECT 1569 1568\nCONECT 1570 1567 1571\nCONECT 1571 1570 1572 1573\nCONECT 1572 1571 1574\nCONECT 1573 1571 1575 1576\nCONECT 1574 1572 1575\nCONECT 1575 1573 1574 1577\nCONECT 1576 1573 1578\nCONECT 1577 1575 1579\nCONECT 1578 1576 1579\nCONECT 1579 1577 1578\nCONECT 1580 1568 1581\nCONECT 1581 1580 1582 1584\nCONECT 1582 1581 1583 1586\nCONECT 1583 1582\nCONECT 1584 1581 1585\nCONECT 1585 1584\nCONECT 1586 1582 1587\nCONECT 1587 1586 1588 1590\nCONECT 1588 1587 1589 1598\nCONECT 1589 1588\nCONECT 1590 1587 1591\nCONECT 1591 1590 1592 1593\nCONECT 1592 1591 1594\nCONECT 1593 1591 1595\nCONECT 1594 1592 1596\nCONECT 1595 1593 1596\nCONECT 1596 1594 1595 1597\nCONECT 1597 1596\nCONECT 1598 1588 1599\nCONECT 1599 1598 1600\nCONECT 1600 1599 1601 1602\nCONECT 1601 1600\nCONECT 1602 1600 1603\nCONECT 1603 1602 1604 1606\nCONECT 1604 1603 1605 1609\nCONECT 1605 1604\nCONECT 1606 1603 1607 1608\nCONECT 1607 1606\nCONECT 1608 1606\nCONECT 1609 1604 1610\nCONECT 1610 1609 1611 1613\nCONECT 1611 1610 1612 1616\nCONECT 1612 1611\nCONECT 1613 1610 1614 1615\nCONECT 1614 1613\nCONECT 1615 1613\nCONECT 1616 1611 1617\nCONECT 1617 1616 1618 1620\nCONECT 1618 1617 1619 1623\nCONECT 1619 1618\nCONECT 1620 1617 1621 1622\nCONECT 1621 1620\nCONECT 1622 1620\nCONECT 1623 1618 1624\nCONECT 1624 1623 1625 1627\nCONECT 1625 1624 1626 1637\nCONECT 1626 1625\nCONECT 1627 1624 1628\nCONECT 1628 1627 1629 1630\nCONECT 1629 1628 1631\nCONECT 1630 1628 1632 1633\nCONECT 1631 1629 1632\nCONECT 1632 1630 1631 1634\nCONECT 1633 1630 1635\nCONECT 1634 1632 1636\nCONECT 1635 1633 1636\nCONECT 1636 1634 1635\nCONECT 1637 1625 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1646\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643\nCONECT 1643 1642 1644 1645\nCONECT 1644 1643\nCONECT 1645 1643\nCONECT 1646 1639 1647\nCONECT 1647 1646 1648 1650\nCONECT 1648 1647 1649 1654\nCONECT 1649 1648\nCONECT 1650 1647 1651\nCONECT 1651 1650 1652 1653\nCONECT 1652 1651\nCONECT 1653 1651\nCONECT 1654 1648 1655\nCONECT 1655 1654 1656 1658\nCONECT 1656 1655 1657 1662\nCONECT 1657 1656\nCONECT 1658 1655 1659\nCONECT 1659 1658 1660\nCONECT 1660 1659 1661\nCONECT 1661 1660\nCONECT 1662 1656 1663\nCONECT 1663 1662 1664 1666\nCONECT 1664 1663 1665 1669\nCONECT 1665 1664\nCONECT 1666 1663 1667 1668\nCONECT 1667 1666\nCONECT 1668 1666\nCONECT 1669 1664 1670\nCONECT 1670 1669 1671 1673\nCONECT 1671 1670 1672 1680\nCONECT 1672 1671\nCONECT 1673 1670 1674\nCONECT 1674 1673 1675 1676\nCONECT 1675 1674 1677\nCONECT 1676 1674 1678\nCONECT 1677 1675 1679\nCONECT 1678 1676 1679\nCONECT 1679 1677 1678\nCONECT 1680 1671 1681\nCONECT 1681 1680 1682\nCONECT 1682 1681 1683 1684\nCONECT 1683 1682\nCONECT 1684 1682 1685\nCONECT 1685 1684 1686 1688\nCONECT 1686 1685 1687 1690\nCONECT 1687 1686\nCONECT 1688 1685 1689\nCONECT 1689 1688\nCONECT 1690 1686 1691\nCONECT 1691 1690 1692 1694\nCONECT 1692 1691 1693 1699\nCONECT 1693 1692\nCONECT 1694 1691 1695\nCONECT 1695 1694 1696\nCONECT 1696 1695 1697\nCONECT 1697 1696 1698\nCONECT 1698 1697\nCONECT 1699 1692 1700 1705\nCONECT 1700 1699 1701 1703\nCONECT 1701 1700 1702 1706\nCONECT 1702 1701\nCONECT 1703 1700 1704\nCONECT 1704 1703 1705\nCONECT 1705 1699 1704\nCONECT 1706 1701 1707\nCONECT 1707 1706 1708 1710\nCONECT 1708 1707 1709 1718\nCONECT 1709 1708\nCONECT 1710 1707 1711\nCONECT 1711 1710 1712 1713\nCONECT 1712 1711 1714\nCONECT 1713 1711 1715\nCONECT 1714 1712 1716\nCONECT 1715 1713 1716\nCONECT 1716 1714 1715 1717\nCONECT 1717 1716\nCONECT 1718 1708 1719\nCONECT 1719 1718 1720 1722\nCONECT 1720 1719 1721 1726\nCONECT 1721 1720\nCONECT 1722 1719 1723\nCONECT 1723 1722 1724 1725\nCONECT 1724 1723\nCONECT 1725 1723\nCONECT 1726 1720 1727\nCONECT 1727 1726 1728\nCONECT 1728 1727 1729 1730\nCONECT 1729 1728\nCONECT 1730 1728 1731\nCONECT 1731 1730 1732 1734\nCONECT 1732 1731 1733 1738\nCONECT 1733 1732\nCONECT 1734 1731 1735 1736\nCONECT 1735 1734 1737\nCONECT 1736 1734\nCONECT 1737 1735\nCONECT 1738 1732 1739 1744\nCONECT 1739 1738 1740 1742\nCONECT 1740 1739 1741 1745\nCONECT 1741 1740\nCONECT 1742 1739 1743\nCONECT 1743 1742 1744\nCONECT 1744 1738 1743\nCONECT 1745 1740 1746\nCONECT 1746 1745 1747 1749\nCONECT 1747 1746 1748 1750\nCONECT 1748 1747\nCONECT 1749 1746\nCONECT 1750 1747 1751\nCONECT 1751 1750 1752 1754\nCONECT 1752 1751 1753 1756\nCONECT 1753 1752\nCONECT 1754 1751 1755\nCONECT 1755 1754\nCONECT 1756 1752 1757\nCONECT 1757 1756 1758 1760\nCONECT 1758 1757 1759 1765\nCONECT 1759 1758\nCONECT 1760 1757 1761\nCONECT 1761 1760 1762\nCONECT 1762 1761 1763 1764\nCONECT 1763 1762\nCONECT 1764 1762\nCONECT 1765 1758 1766\nCONECT 1766 1765 1767 1769\nCONECT 1767 1766 1768 1773\nCONECT 1768 1767\nCONECT 1769 1766 1770 1771\nCONECT 1770 1769 1772\nCONECT 1771 1769\nCONECT 1772 1770\nCONECT 1773 1767 1774\nCONECT 1774 1773 1775 1777\nCONECT 1775 1774 1776 1779 1785\nCONECT 1776 1775\nCONECT 1777 1774 1778\nCONECT 1778 1777\nCONECT 1779 1775 1780\nCONECT 1780 1779 1781 1783\nCONECT 1781 1780 1782 1791\nCONECT 1782 1781\nCONECT 1783 1780 1784\nCONECT 1784 1783\nCONECT 1785 1775 1786\nCONECT 1786 1785 1787 1789\nCONECT 1787 1786 1788 1791\nCONECT 1788 1787\nCONECT 1789 1786 1790\nCONECT 1790 1789\nCONECT 1791 1781 1787 1792\nCONECT 1792 1791 1793 1795\nCONECT 1793 1792 1794 1799\nCONECT 1794 1793\nCONECT 1795 1792 1796 1797\nCONECT 1796 1795 1798\nCONECT 1797 1795\nCONECT 1798 1796\nCONECT 1799 1793 1800\nCONECT 1800 1799 1801 1803\nCONECT 1801 1800 1802 1807\nCONECT 1802 1801\nCONECT 1803 1800 1804\nCONECT 1804 1803 1805 1806\nCONECT 1805 1804\nCONECT 1806 1804\nCONECT 1807 1801 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814 1815\nCONECT 1814 1813\nCONECT 1815 1813\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818 1820\nCONECT 1818 1817 1819 1825\nCONECT 1819 1818\nCONECT 1820 1817 1821\nCONECT 1821 1820 1822\nCONECT 1822 1821 1823\nCONECT 1823 1822 1824\nCONECT 1824 1823\nCONECT 1825 1818 1826\nCONECT 1826 1825 1827\nCONECT 1827 1826 1828 1829\nCONECT 1828 1827\nCONECT 1829 1827 1830\nCONECT 1830 1829 1831 1833\nCONECT 1831 1830 1832 1838\nCONECT 1832 1831\nCONECT 1833 1830 1834\nCONECT 1834 1833 1835\nCONECT 1835 1834 1836 1837\nCONECT 1836 1835\nCONECT 1837 1835\nCONECT 1838 1831 1839\nCONECT 1839 1838 1840 1842\nCONECT 1840 1839 1841 1849\nCONECT 1841 1840\nCONECT 1842 1839 1843\nCONECT 1843 1842 1844\nCONECT 1844 1843 1845\nCONECT 1845 1844 1846\nCONECT 1846 1845 1847 1848\nCONECT 1847 1846\nCONECT 1848 1846\nCONECT 1849 1840 1850\nCONECT 1850 1849 1851 1853\nCONECT 1851 1850 1852 1857\nCONECT 1852 1851\nCONECT 1853 1850 1854\nCONECT 1854 1853 1855 1856\nCONECT 1855 1854\nCONECT 1856 1854\nCONECT 1857 1851 1858 1863\nCONECT 1858 1857 1859 1861\nCONECT 1859 1858 1860 1864\nCONECT 1860 1859\nCONECT 1861 1858 1862\nCONECT 1862 1861 1863\nCONECT 1863 1857 1862\nCONECT 1864 1859 1865\nCONECT 1865 1864 1866 1868\nCONECT 1866 1865 1867 1873\nCONECT 1867 1866\nCONECT 1868 1865 1869\nCONECT 1869 1868 1870\nCONECT 1870 1869 1871 1872\nCONECT 1871 1870\nCONECT 1872 1870\nCONECT 1873 1866 1874 1879\nCONECT 1874 1873 1875 1877\nCONECT 1875 1874 1876 1880\nCONECT 1876 1875\nCONECT 1877 1874 1878\nCONECT 1878 1877 1879\nCONECT 1879 1873 1878\nCONECT 1880 1875 1881 1886\nCONECT 1881 1880 1882 1884\nCONECT 1882 1881 1883 1887\nCONECT 1883 1882\nCONECT 1884 1881 1885\nCONECT 1885 1884 1886\nCONECT 1886 1880 1885\nCONECT 1887 1882 1888\nCONECT 1888 1887 1889 1891\nCONECT 1889 1888 1890 1895\nCONECT 1890 1889\nCONECT 1891 1888 1892 1893\nCONECT 1892 1891 1894\nCONECT 1893 1891\nCONECT 1894 1892\nCONECT 1895 1889 1896\nCONECT 1896 1895 1897 1899\nCONECT 1897 1896 1898 1901\nCONECT 1898 1897\nCONECT 1899 1896 1900\nCONECT 1900 1899\nCONECT 1901 1897 1902\nCONECT 1902 1901 1903 1905\nCONECT 1903 1902 1904 1908\nCONECT 1904 1903\nCONECT 1905 1902 1906 1907\nCONECT 1906 1905\nCONECT 1907 1905\nCONECT 1908 1903 1909\nCONECT 1909 1908 1910 1912\nCONECT 1910 1909 1911 1916\nCONECT 1911 1910\nCONECT 1912 1909 1913 1914\nCONECT 1913 1912 1915\nCONECT 1914 1912\nCONECT 1915 1913\nCONECT 1916 1910 1917\nCONECT 1917 1916 1918 1920\nCONECT 1918 1917 1919 1924\nCONECT 1919 1918\nCONECT 1920 1917 1921\nCONECT 1921 1920 1922 1923\nCONECT 1922 1921\nCONECT 1923 1921\nCONECT 1924 1918 1925\nCONECT 1925 1924 1926 1928\nCONECT 1926 1925 1927 1931\nCONECT 1927 1926\nCONECT 1928 1925 1929 1930\nCONECT 1929 1928\nCONECT 1930 1928\nCONECT 1931 1926 1932\nCONECT 1932 1931 1933 1935\nCONECT 1933 1932 1934 1943\nCONECT 1934 1933\nCONECT 1935 1932 1936\nCONECT 1936 1935 1937 1938\nCONECT 1937 1936 1939\nCONECT 1938 1936 1940\nCONECT 1939 1937 1941\nCONECT 1940 1938 1941\nCONECT 1941 1939 1940 1942\nCONECT 1942 1941\nCONECT 1943 1933 1944\nCONECT 1944 1943 1945 1947\nCONECT 1945 1944 1946 1951\nCONECT 1946 1945\nCONECT 1947 1944 1948\nCONECT 1948 1947 1949\nCONECT 1949 1948 1950\nCONECT 1950 1949\nCONECT 1951 1945 1952\nCONECT 1952 1951 1953 1955\nCONECT 1953 1952 1954 1959\nCONECT 1954 1953\nCONECT 1955 1952 1956 1957\nCONECT 1956 1955 1958\nCONECT 1957 1955\nCONECT 1958 1956\nCONECT 1959 1953 1960\nCONECT 1960 1959 1961 1963\nCONECT 1961 1960 1962 1967\nCONECT 1962 1961\nCONECT 1963 1960 1964\nCONECT 1964 1963 1965\nCONECT 1965 1964 1966\nCONECT 1966 1965\nCONECT 1967 1961 1968\nCONECT 1968 1967 1969 1971\nCONECT 1969 1968 1970 1978\nCONECT 1970 1969\nCONECT 1971 1968 1972\nCONECT 1972 1971 1973\nCONECT 1973 1972 1974\nCONECT 1974 1973 1975\nCONECT 1975 1974 1976 1977\nCONECT 1976 1975\nCONECT 1977 1975\nCONECT 1978 1969 1979\nCONECT 1979 1978 1980 1982\nCONECT 1980 1979 1981 1987\nCONECT 1981 1980\nCONECT 1982 1979 1983\nCONECT 1983 1982 1984\nCONECT 1984 1983 1985\nCONECT 1985 1984 1986\nCONECT 1986 1985\nCONECT 1987 1980 1988\nCONECT 1988 1987 1989 1991\nCONECT 1989 1988 1990 1993\nCONECT 1990 1989\nCONECT 1991 1988 1992\nCONECT 1992 1991\nCONECT 1993 1989 1994\nCONECT 1994 1993 1995 1997\nCONECT 1995 1994 1996 2007\nCONECT 1996 1995\nCONECT 1997 1994 1998\nCONECT 1998 1997 1999 2000\nCONECT 1999 1998 2001\nCONECT 2000 1998 2002 2003\nCONECT 2001 1999 2002\nCONECT 2002 2000 2001 2004\nCONECT 2003 2000 2005\nCONECT 2004 2002 2006\nCONECT 2005 2003 2006\nCONECT 2006 2004 2005\nCONECT 2007 1995 2008\nCONECT 2008 2007 2009 2011\nCONECT 2009 2008 2010 2015 2023\nCONECT 2010 2009\nCONECT 2011 2008 2012\nCONECT 2012 2011 2013\nCONECT 2013 2012 2014\nCONECT 2014 2013\nCONECT 2015 2009 2016\nCONECT 2016 2015 2017 2019\nCONECT 2017 2016 2018 2031\nCONECT 2018 2017\nCONECT 2019 2016 2020 2021\nCONECT 2020 2019 2022\nCONECT 2021 2019\nCONECT 2022 2020\nCONECT 2023 2009 2024\nCONECT 2024 2023 2025 2027\nCONECT 2025 2024 2026 2031\nCONECT 2026 2025\nCONECT 2027 2024 2028 2029\nCONECT 2028 2027 2030\nCONECT 2029 2027\nCONECT 2030 2028\nCONECT 2031 2017 2025 2032\nCONECT 2032 2031 2033 2035\nCONECT 2033 2032 2034 2039\nCONECT 2034 2033\nCONECT 2035 2032 2036\nCONECT 2036 2035 2037 2038\nCONECT 2037 2036\nCONECT 2038 2036\nCONECT 2039 2033 2040\nCONECT 2040 2039 2041 2043\nCONECT 2041 2040 2042 2044\nCONECT 2042 2041\nCONECT 2043 2040\nCONECT 2044 2041 2045\nCONECT 2045 2044 2046 2048\nCONECT 2046 2045 2047 2052\nCONECT 2047 2046\nCONECT 2048 2045 2049\nCONECT 2049 2048 2050 2051\nCONECT 2050 2049\nCONECT 2051 2049\nCONECT 2052 2046 2053\nCONECT 2053 2052 2054 2056\nCONECT 2054 2053 2055 2058\nCONECT 2055 2054\nCONECT 2056 2053 2057\nCONECT 2057 2056\nCONECT 2058 2054 2059\nCONECT 2059 2058 2060 2062\nCONECT 2060 2059 2061 2069\nCONECT 2061 2060\nCONECT 2062 2059 2063\nCONECT 2063 2062 2064\nCONECT 2064 2063 2065\nCONECT 2065 2064 2066\nCONECT 2066 2065 2067 2068\nCONECT 2067 2066\nCONECT 2068 2066\nCONECT 2069 2060 2070 2075\nCONECT 2070 2069 2071 2073\nCONECT 2071 2070 2072 2076\nCONECT 2072 2071\nCONECT 2073 2070 2074\nCONECT 2074 2073 2075\nCONECT 2075 2069 2074\nCONECT 2076 2071 2077\nCONECT 2077 2076 2078 2080\nCONECT 2078 2077 2079 2085\nCONECT 2079 2078\nCONECT 2080 2077 2081\nCONECT 2081 2080 2082\nCONECT 2082 2081 2083\nCONECT 2083 2082 2084\nCONECT 2084 2083\nCONECT 2085 2078 2086\nCONECT 2086 2085 2087 2089\nCONECT 2087 2086 2088 2096\nCONECT 2088 2087\nCONECT 2089 2086 2090\nCONECT 2090 2089 2091 2092\nCONECT 2091 2090 2093\nCONECT 2092 2090 2094\nCONECT 2093 2091 2095\nCONECT 2094 2092 2095\nCONECT 2095 2093 2094\nCONECT 2096 2087 2097\nCONECT 2097 2096 2098 2100\nCONECT 2098 2097 2099 2107\nCONECT 2099 2098\nCONECT 2100 2097 2101\nCONECT 2101 2100 2102\nCONECT 2102 2101 2103\nCONECT 2103 2102 2104\nCONECT 2104 2103 2105 2106\nCONECT 2105 2104\nCONECT 2106 2104\nCONECT 2107 2098 2108\nCONECT 2108 2107 2109 2111\nCONECT 2109 2108 2110 2116\nCONECT 2110 2109\nCONECT 2111 2108 2112\nCONECT 2112 2111 2113\nCONECT 2113 2112 2114 2115\nCONECT 2114 2113\nCONECT 2115 2113\nCONECT 2116 2109 2117\nCONECT 2117 2116 2118 2120\nCONECT 2118 2117 2119 2124\nCONECT 2119 2118\nCONECT 2120 2117 2121\nCONECT 2121 2120 2122 2123\nCONECT 2122 2121\nCONECT 2123 2121\nCONECT 2124 2118 2125\nCONECT 2125 2124 2126 2128\nCONECT 2126 2125 2127 2132\nCONECT 2127 2126\nCONECT 2128 2125 2129 2130\nCONECT 2129 2128 2131\nCONECT 2130 2128\nCONECT 2131 2129\nCONECT 2132 2126 2133\nCONECT 2133 2132 2134 2136\nCONECT 2134 2133 2135 2140\nCONECT 2135 2134\nCONECT 2136 2133 2137 2138\nCONECT 2137 2136 2139\nCONECT 2138 2136\nCONECT 2139 2137\nCONECT 2140 2134 2141\nCONECT 2141 2140 2142 2144\nCONECT 2142 2141 2143 2149\nCONECT 2143 2142\nCONECT 2144 2141 2145\nCONECT 2145 2144 2146\nCONECT 2146 2145 2147 2148\nCONECT 2147 2146\nCONECT 2148 2146\nCONECT 2149 2142 2150\nCONECT 2150 2149 2151 2153\nCONECT 2151 2150 2152 2160\nCONECT 2152 2151\nCONECT 2153 2150 2154\nCONECT 2154 2153 2155 2156\nCONECT 2155 2154 2157\nCONECT 2156 2154 2158\nCONECT 2157 2155 2159\nCONECT 2158 2156 2159\nCONECT 2159 2157 2158\nCONECT 2160 2151 2161\nCONECT 2161 2160 2162 2164\nCONECT 2162 2161 2163 2166\nCONECT 2163 2162\nCONECT 2164 2161 2165\nCONECT 2165 2164\nCONECT 2166 2162 2167\nCONECT 2167 2166 2168 2170\nCONECT 2168 2167 2169 2175\nCONECT 2169 2168\nCONECT 2170 2167 2171\nCONECT 2171 2170 2172\nCONECT 2172 2171 2173\nCONECT 2173 2172 2174\nCONECT 2174 2173\nCONECT 2175 2168 2176\nCONECT 2176 2175 2177 2179\nCONECT 2177 2176 2178 2183\nCONECT 2178 2177\nCONECT 2179 2176 2180\nCONECT 2180 2179 2181\nCONECT 2181 2180 2182\nCONECT 2182 2181\nCONECT 2183 2177 2184\nCONECT 2184 2183 2185 2187\nCONECT 2185 2184 2186 2188\nCONECT 2186 2185\nCONECT 2187 2184\nCONECT 2188 2185 2189\nCONECT 2189 2188 2190 2192\nCONECT 2190 2189 2191 2199\nCONECT 2191 2190\nCONECT 2192 2189 2193\nCONECT 2193 2192 2194\nCONECT 2194 2193 2195\nCONECT 2195 2194 2196\nCONECT 2196 2195 2197 2198\nCONECT 2197 2196\nCONECT 2198 2196\nCONECT 2199 2190 2200\nCONECT 2200 2199 2201 2203\nCONECT 2201 2200 2202 2207\nCONECT 2202 2201\nCONECT 2203 2200 2204\nCONECT 2204 2203 2205 2206\nCONECT 2205 2204\nCONECT 2206 2204\nCONECT 2207 2201 2208 2213\nCONECT 2208 2207 2209 2211\nCONECT 2209 2208 2210 2214\nCONECT 2210 2209\nCONECT 2211 2208 2212\nCONECT 2212 2211 2213\nCONECT 2213 2207 2212\nCONECT 2214 2209 2215\nCONECT 2215 2214 2216 2218\nCONECT 2216 2215 2217 2223\nCONECT 2217 2216\nCONECT 2218 2215 2219\nCONECT 2219 2218 2220\nCONECT 2220 2219 2221 2222\nCONECT 2221 2220\nCONECT 2222 2220\nCONECT 2223 2216 2224\nCONECT 2224 2223 2225 2227\nCONECT 2225 2224 2226 2234\nCONECT 2226 2225\nCONECT 2227 2224 2228\nCONECT 2228 2227 2229\nCONECT 2229 2228 2230\nCONECT 2230 2229 2231\nCONECT 2231 2230 2232 2233\nCONECT 2232 2231\nCONECT 2233 2231\nCONECT 2234 2225 2235\nCONECT 2235 2234 2236 2238\nCONECT 2236 2235 2237 2246\nCONECT 2237 2236\nCONECT 2238 2235 2239\nCONECT 2239 2238 2240 2241\nCONECT 2240 2239 2242\nCONECT 2241 2239 2243\nCONECT 2242 2240 2244\nCONECT 2243 2241 2244\nCONECT 2244 2242 2243 2245\nCONECT 2245 2244\nCONECT 2246 2236 2247\nCONECT 2247 2246 2248 2250\nCONECT 2248 2247 2249 2254\nCONECT 2249 2248\nCONECT 2250 2247 2251\nCONECT 2251 2250 2252 2253\nCONECT 2252 2251\nCONECT 2253 2251\nCONECT 2254 2248 2255\nCONECT 2255 2254 2256 2258\nCONECT 2256 2255 2257 2261\nCONECT 2257 2256\nCONECT 2258 2255 2259 2260\nCONECT 2259 2258\nCONECT 2260 2258\nCONECT 2261 2256 2262\nCONECT 2262 2261 2263 2265\nCONECT 2263 2262 2264 2269\nCONECT 2264 2263\nCONECT 2265 2262 2266 2267\nCONECT 2266 2265 2268\nCONECT 2267 2265\nCONECT 2268 2266\nCONECT 2269 2263 2270\nCONECT 2270 2269 2271 2273\nCONECT 2271 2270 2272 2278\nCONECT 2272 2271\nCONECT 2273 2270 2274\nCONECT 2274 2273 2275\nCONECT 2275 2274 2276 2277\nCONECT 2276 2275\nCONECT 2277 2275\nCONECT 2278 2271 2279\nCONECT 2279 2278 2280\nCONECT 2280 2279 2281 2282\nCONECT 2281 2280\nCONECT 2282 2280 2283\nCONECT 2283 2282 2284 2286\nCONECT 2284 2283 2285 2290\nCONECT 2285 2284\nCONECT 2286 2283 2287\nCONECT 2287 2286 2288 2289\nCONECT 2288 2287\nCONECT 2289 2287\nCONECT 2290 2284 2291\nCONECT 2291 2290 2292 2294\nCONECT 2292 2291 2293\nCONECT 2293 2292\nCONECT 2294 2291 2295\nCONECT 2295 2294 2296\nCONECT 2296 2295 2297 2298\nCONECT 2297 2296\nCONECT 2298 2296\nCONECT 2299 2309 2312\nCONECT 2300 2312 2313 2315\nCONECT 2301 2313 2314 2318\nCONECT 2302 2303 2314 2315\nCONECT 2303 2302 2304 2305\nCONECT 2304 2303 2316\nCONECT 2305 2303 2306 2317\nCONECT 2306 2305\nCONECT 2307 2319 2320\nCONECT 2308 2320\nCONECT 2309 2299 2310 2326\nCONECT 2310 2309 2311 2325\nCONECT 2311 2310 2312\nCONECT 2312 2299 2300 2311\nCONECT 2313 2300 2301\nCONECT 2314 2301 2302 2316\nCONECT 2315 2300 2302\nCONECT 2316 2304 2314\nCONECT 2317 2305\nCONECT 2318 2301 2319\nCONECT 2319 2307 2318 2322\nCONECT 2320 2307 2308 2321\nCONECT 2321 2320 2322\nCONECT 2322 2319 2321 2323\nCONECT 2323 2322 2324\nCONECT 2324 2323\nCONECT 2325 2310\nCONECT 2326 2309 2327\nCONECT 2327 2326 2328 2330\nCONECT 2328 2327 2329\nCONECT 2329  727 2328\nCONECT 2330 2327\nEND\n",
-           "type": "blob"
-          }
-         ],
-         "kwargs": {
-          "defaultRepresentation": true,
-          "ext": "pdb"
-         },
-         "methodName": "loadFile",
-         "reconstruc_color_scheme": false,
-         "target": "Stage",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          {
-           "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ASN X 700       4.964   6.030 -40.431  1.00 36.27      A     \nATOM      2  CA  ASN X 700       6.346   6.163 -39.885  1.00 34.17      A     \nATOM      3  C   ASN X 700       6.528   7.489 -39.156  1.00 34.66      A     \nATOM      4  O   ASN X 700       6.202   7.615 -37.973  1.00 32.81      A     \nATOM      5  CB  ASN X 700       7.371   6.070 -41.017  1.00 34.84      A     \nATOM      6  CG  ASN X 700       8.788   6.295 -40.534  1.00 35.48      A     \nATOM      7  OD1 ASN X 700       9.291   5.554 -39.690  1.00 35.21      A     \nATOM      8  ND2 ASN X 700       9.440   7.327 -41.062  1.00 36.74      A     \nATOM      9  N   GLN X 701       7.055   8.480 -39.869  1.00 33.98      A     \nATOM     10  CA  GLN X 701       7.112   9.841 -39.353  1.00 32.07      A     \nATOM     11  C   GLN X 701       5.731  10.459 -39.521  1.00 33.01      A     \nATOM     12  O   GLN X 701       5.073  10.260 -40.546  1.00 32.45      A     \nATOM     13  CB  GLN X 701       8.150  10.668 -40.123  1.00 33.72      A     \nATOM     14  CG  GLN X 701       8.327  12.096 -39.600  1.00 35.28      A     \nATOM     15  CD  GLN X 701       9.449  12.849 -40.301  1.00 36.50      A     \nATOM     16  OE1 GLN X 701       9.846  12.498 -41.413  1.00 35.91      A     \nATOM     17  NE2 GLN X 701       9.965  13.885 -39.649  1.00 36.42      A     \nATOM     18  N   ALA X 702       5.293  11.205 -38.514  1.00 32.04      A     \nATOM     19  CA  ALA X 702       3.990  11.855 -38.571  1.00 31.53      A     \nATOM     20  C   ALA X 702       3.983  12.912 -39.666  1.00 31.92      A     \nATOM     21  O   ALA X 702       4.785  13.847 -39.649  1.00 33.29      A     \nATOM     22  CB  ALA X 702       3.664  12.490 -37.227  1.00 29.69      A     \nATOM     23  N   LEU X 703       3.076  12.752 -40.622  1.00 30.81      A     \nATOM     24  CA  LEU X 703       2.947  13.704 -41.712  1.00 29.74      A     \nATOM     25  C   LEU X 703       1.498  14.150 -41.866  1.00 27.82      A     \nATOM     26  O   LEU X 703       0.570  13.346 -41.754  1.00 29.26      A     \nATOM     27  CB  LEU X 703       3.438  13.081 -43.022  1.00 31.21      A     \nATOM     28  CG  LEU X 703       3.419  13.993 -44.251  1.00 32.00      A     \nATOM     29  CD1 LEU X 703       4.237  15.245 -43.976  1.00 32.80      A     \nATOM     30  CD2 LEU X 703       3.978  13.249 -45.451  1.00 33.61      A     \nATOM     31  N   LEU X 704       1.313  15.437 -42.124  1.00 26.70      A     \nATOM     32  CA  LEU X 704      -0.017  15.988 -42.338  1.00 23.46      A     \nATOM     33  C   LEU X 704      -0.613  15.463 -43.640  1.00 22.42      A     \nATOM     34  O   LEU X 704       0.007  15.561 -44.695  1.00 23.66      A     \nATOM     35  CB  LEU X 704       0.053  17.512 -42.398  1.00 24.84      A     \nATOM     36  CG  LEU X 704      -1.275  18.228 -42.645  1.00 23.71      A     \nATOM     37  CD1 LEU X 704      -2.175  18.060 -41.434  1.00 24.05      A     \nATOM     38  CD2 LEU X 704      -1.019  19.699 -42.932  1.00 25.69      A     \nATOM     39  N   ARG X 705      -1.816  14.907 -43.555  1.00 20.20      A     \nATOM     40  CA  ARG X 705      -2.567  14.533 -44.749  1.00 18.19      A     \nATOM     41  C   ARG X 705      -3.518  15.668 -45.117  1.00 16.97      A     \nATOM     42  O   ARG X 705      -4.156  16.257 -44.247  1.00 16.10      A     \nATOM     43  CB  ARG X 705      -3.369  13.255 -44.497  1.00 21.00      A     \nATOM     44  CG  ARG X 705      -2.525  12.007 -44.285  1.00 25.28      A     \nATOM     45  CD  ARG X 705      -2.088  11.395 -45.610  1.00 27.48      A     \nATOM     46  NE  ARG X 705      -3.227  11.021 -46.447  1.00 29.33      A     \nATOM     47  CZ  ARG X 705      -3.708   9.785 -46.557  1.00 30.68      A     \nATOM     48  NH1 ARG X 705      -3.152   8.786 -45.883  1.00 27.06      A     \nATOM     49  NH2 ARG X 705      -4.748   9.547 -47.345  1.00 31.66      A     \nATOM     50  N   ILE X 706      -3.601  15.974 -46.409  1.00 16.34      A     \nATOM     51  CA  ILE X 706      -4.600  16.909 -46.916  1.00 15.88      A     \nATOM     52  C   ILE X 706      -5.810  16.107 -47.379  1.00 17.23      A     \nATOM     53  O   ILE X 706      -5.680  15.219 -48.224  1.00 19.09      A     \nATOM     54  CB  ILE X 706      -4.061  17.707 -48.119  1.00 18.37      A     \nATOM     55  CG1 ILE X 706      -2.771  18.427 -47.729  1.00 21.29      A     \nATOM     56  CG2 ILE X 706      -5.104  18.710 -48.590  1.00 19.94      A     \nATOM     57  CD1 ILE X 706      -2.949  19.415 -46.610  1.00 22.15      A     \nATOM     58  N   LEU X 707      -6.977  16.421 -46.826  1.00 16.81      A     \nATOM     59  CA  LEU X 707      -8.206  15.699 -47.151  1.00 17.71      A     \nATOM     60  C   LEU X 707      -9.145  16.523 -48.025  1.00 18.06      A     \nATOM     61  O   LEU X 707      -9.267  17.732 -47.847  1.00 18.70      A     \nATOM     62  CB  LEU X 707      -8.946  15.306 -45.865  1.00 18.48      A     \nATOM     63  CG  LEU X 707      -8.462  14.074 -45.101  1.00 21.16      A     \nATOM     64  CD1 LEU X 707      -7.019  14.262 -44.672  1.00 21.28      A     \nATOM     65  CD2 LEU X 707      -9.353  13.846 -43.890  1.00 22.50      A     \nATOM     66  N   LYS X 708      -9.816  15.861 -48.964  1.00 19.00      A     \nATOM     67  CA  LYS X 708     -10.933  16.476 -49.672  1.00 18.86      A     \nATOM     68  C   LYS X 708     -12.232  16.165 -48.933  1.00 16.15      A     \nATOM     69  O   LYS X 708     -12.285  15.235 -48.123  1.00 15.34      A     \nATOM     70  CB  LYS X 708     -11.010  15.951 -51.110  1.00 21.09      A     \nATOM     71  CG  LYS X 708      -9.802  16.315 -51.965  1.00 24.87      A     \nATOM     72  CD  LYS X 708      -9.884  15.693 -53.350  1.00 27.03      A     \nATOM     73  CE  LYS X 708      -9.741  14.178 -53.290  1.00 26.90      A     \nATOM     74  NZ  LYS X 708      -9.715  13.571 -54.655  1.00 29.42      A     \nATOM     75  N   GLU X 709     -13.275  16.944 -49.207  1.00 16.79      A     \nATOM     76  CA  GLU X 709     -14.551  16.783 -48.519  1.00 16.82      A     \nATOM     77  C   GLU X 709     -15.200  15.433 -48.817  1.00 14.64      A     \nATOM     78  O   GLU X 709     -16.153  15.036 -48.154  1.00 16.06      A     \nATOM     79  CB  GLU X 709     -15.518  17.900 -48.916  1.00 19.05      A     \nATOM     80  CG  GLU X 709     -15.281  19.219 -48.208  1.00 22.97      A     \nATOM     81  CD  GLU X 709     -16.466  20.154 -48.343  1.00 26.10      A     \nATOM     82  OE1 GLU X 709     -16.570  20.837 -49.384  1.00 28.04      A     \nATOM     83  OE2 GLU X 709     -17.298  20.200 -47.412  1.00 29.52      A     \nATOM     84  N   THR X 710     -14.675  14.739 -49.818  1.00 14.38      A     \nATOM     85  CA  THR X 710     -15.191  13.434 -50.222  1.00 15.14      A     \nATOM     86  C   THR X 710     -14.694  12.307 -49.321  1.00 14.92      A     \nATOM     87  O   THR X 710     -15.178  11.177 -49.409  1.00 13.25      A     \nATOM     88  CB  THR X 710     -14.759  13.101 -51.657  1.00 15.23      A     \nATOM     89  OG1 THR X 710     -13.336  13.250 -51.759  1.00 17.52      A     \nATOM     90  CG2 THR X 710     -15.440  14.028 -52.655  1.00 15.46      A     \nATOM     91  N   GLU X 711     -13.725  12.613 -48.462  1.00 15.60      A     \nATOM     92  CA  GLU X 711     -12.992  11.573 -47.747  1.00 17.39      A     \nATOM     93  C   GLU X 711     -13.333  11.470 -46.266  1.00 17.13      A     \nATOM     94  O   GLU X 711     -12.756  10.653 -45.553  1.00 18.13      A     \nATOM     95  CB  GLU X 711     -11.483  11.796 -47.903  1.00 20.29      A     \nATOM     96  CG  GLU X 711     -11.008  11.789 -49.347  1.00 21.24      A     \nATOM     97  CD  GLU X 711      -9.524  12.062 -49.474  1.00 24.74      A     \nATOM     98  OE1 GLU X 711      -9.147  13.246 -49.605  1.00 25.24      A     \nATOM     99  OE2 GLU X 711      -8.736  11.094 -49.441  1.00 24.63      A     \nATOM    100  N   PHE X 712     -14.257  12.293 -45.791  1.00 14.98      A     \nATOM    101  CA  PHE X 712     -14.669  12.209 -44.394  1.00 14.63      A     \nATOM    102  C   PHE X 712     -16.086  12.721 -44.195  1.00 15.59      A     \nATOM    103  O   PHE X 712     -16.629  13.433 -45.043  1.00 16.22      A     \nATOM    104  CB  PHE X 712     -13.696  12.993 -43.500  1.00 16.21      A     \nATOM    105  CG  PHE X 712     -13.707  14.475 -43.742  1.00 16.39      A     \nATOM    106  CD1 PHE X 712     -14.489  15.316 -42.960  1.00 16.85      A     \nATOM    107  CD2 PHE X 712     -12.944  15.031 -44.758  1.00 16.45      A     \nATOM    108  CE1 PHE X 712     -14.511  16.683 -43.187  1.00 18.16      A     \nATOM    109  CE2 PHE X 712     -12.959  16.399 -44.991  1.00 17.41      A     \nATOM    110  CZ  PHE X 712     -13.745  17.227 -44.205  1.00 18.11      A     \nATOM    111  N   LYS X 713     -16.685  12.346 -43.071  1.00 15.98      A     \nATOM    112  CA  LYS X 713     -18.050  12.747 -42.762  1.00 18.74      A     \nATOM    113  C   LYS X 713     -18.199  13.073 -41.284  1.00 17.97      A     \nATOM    114  O   LYS X 713     -17.771  12.304 -40.424  1.00 18.93      A     \nATOM    115  CB  LYS X 713     -19.024  11.627 -43.142  1.00 20.46      A     \nATOM    116  CG  LYS X 713     -20.466  11.875 -42.721  1.00 25.23      A     \nATOM    117  CD  LYS X 713     -21.337  10.656 -43.006  1.00 27.26      A     \nATOM    118  CE  LYS X 713     -22.720  10.800 -42.385  1.00 29.18      A     \nATOM    119  NZ  LYS X 713     -23.451  11.994 -42.896  1.00 30.15      A     \nATOM    120  N   LYS X 714     -18.804  14.220 -41.000  1.00 18.84      A     \nATOM    121  CA  LYS X 714     -19.198  14.563 -39.640  1.00 20.28      A     \nATOM    122  C   LYS X 714     -20.498  13.843 -39.302  1.00 22.17      A     \nATOM    123  O   LYS X 714     -21.501  13.993 -40.001  1.00 23.65      A     \nATOM    124  CB  LYS X 714     -19.386  16.079 -39.517  1.00 19.93      A     \nATOM    125  CG  LYS X 714     -18.100  16.869 -39.721  1.00 20.19      A     \nATOM    126  CD  LYS X 714     -18.320  18.366 -39.582  1.00 23.50      A     \nATOM    127  CE  LYS X 714     -19.061  18.938 -40.780  1.00 25.50      A     \nATOM    128  NZ  LYS X 714     -18.253  18.835 -42.027  1.00 26.07      A     \nATOM    129  N   ILE X 715     -20.479  13.056 -38.232  1.00 22.23      A     \nATOM    130  CA  ILE X 715     -21.632  12.239 -37.870  1.00 24.23      A     \nATOM    131  C   ILE X 715     -22.527  12.944 -36.856  1.00 25.29      A     \nATOM    132  O   ILE X 715     -23.738  13.054 -37.053  1.00 25.84      A     \nATOM    133  CB  ILE X 715     -21.182  10.886 -37.290  1.00 25.30      A     \nATOM    134  CG1 ILE X 715     -20.345  10.134 -38.327  1.00 25.90      A     \nATOM    135  CG2 ILE X 715     -22.395  10.058 -36.890  1.00 27.18      A     \nATOM    136  CD1 ILE X 715     -19.704   8.875 -37.793  1.00 26.23      A     \nATOM    137  N   LYS X 716     -21.929  13.430 -35.773  1.00 25.49      A     \nATOM    138  CA  LYS X 716     -22.680  14.168 -34.766  1.00 26.62      A     \nATOM    139  C   LYS X 716     -21.779  15.104 -33.975  1.00 25.91      A     \nATOM    140  O   LYS X 716     -20.568  14.899 -33.896  1.00 25.82      A     \nATOM    141  CB  LYS X 716     -23.382  13.196 -33.814  1.00 28.44      A     \nATOM    142  CG  LYS X 716     -22.452  12.230 -33.101  1.00 30.93      A     \nATOM    143  CD  LYS X 716     -23.238  11.301 -32.187  1.00 33.76      A     \nATOM    144  CE  LYS X 716     -22.322  10.349 -31.438  1.00 35.40      A     \nATOM    145  NZ  LYS X 716     -21.399  11.074 -30.521  1.00 37.27      A     \nATOM    146  N   VAL X 717     -22.377  16.138 -33.395  1.00 24.28      A     \nATOM    147  CA  VAL X 717     -21.630  17.083 -32.579  1.00 23.62      A     \nATOM    148  C   VAL X 717     -21.247  16.447 -31.251  1.00 23.54      A     \nATOM    149  O   VAL X 717     -22.069  15.791 -30.605  1.00 24.04      A     \nATOM    150  CB  VAL X 717     -22.455  18.356 -32.295  1.00 22.88      A     \nATOM    151  CG1 VAL X 717     -21.694  19.270 -31.346  1.00 24.58      A     \nATOM    152  CG2 VAL X 717     -22.756  19.078 -33.598  1.00 23.12      A     \nATOM    153  N   LEU X 718     -19.992  16.632 -30.855  1.00 21.80      A     \nATOM    154  CA  LEU X 718     -19.536  16.210 -29.538  1.00 20.78      A     \nATOM    155  C   LEU X 718     -19.512  17.404 -28.590  1.00 20.92      A     \nATOM    156  O   LEU X 718     -19.858  17.281 -27.419  1.00 21.55      A     \nATOM    157  CB  LEU X 718     -18.136  15.589 -29.628  1.00 21.05      A     \nATOM    158  CG  LEU X 718     -18.019  14.229 -30.323  1.00 18.80      A     \nATOM    159  CD1 LEU X 718     -16.553  13.863 -30.496  1.00 18.88      A     \nATOM    160  CD2 LEU X 718     -18.746  13.170 -29.508  1.00 22.44      A     \nATOM    161  N   GLY X 719     -19.103  18.560 -29.100  1.00 21.80      A     \nATOM    162  CA  GLY X 719     -19.060  19.749 -28.269  1.00 22.41      A     \nATOM    163  C   GLY X 719     -18.692  20.989 -29.057  1.00 23.29      A     \nATOM    164  O   GLY X 719     -18.424  20.908 -30.256  1.00 23.40      A     \nATOM    165  N   SER X 720     -18.680  22.139 -28.389  1.00 23.78      A     \nATOM    166  CA  SER X 720     -18.359  23.396 -29.055  1.00 24.54      A     \nATOM    167  C   SER X 720     -17.804  24.433 -28.084  1.00 25.37      A     \nATOM    168  O   SER X 720     -17.851  24.254 -26.867  1.00 25.50      A     \nATOM    169  CB  SER X 720     -19.602  23.958 -29.752  1.00 26.13      A     \nATOM    170  OG  SER X 720     -20.608  24.290 -28.811  1.00 27.52      A     \nATOM    171  N   GLY X 721     -17.269  25.513 -28.639  1.00 26.01      A     \nATOM    172  CA  GLY X 721     -16.738  26.590 -27.825  1.00 26.66      A     \nATOM    173  C   GLY X 721     -16.359  27.762 -28.704  1.00 26.83      A     \nATOM    174  O   GLY X 721     -16.735  27.810 -29.873  1.00 27.47      A     \nATOM    175  N   ALA X 722     -15.613  28.709 -28.149  1.00 27.57      A     \nATOM    176  CA  ALA X 722     -15.175  29.866 -28.918  1.00 27.70      A     \nATOM    177  C   ALA X 722     -14.354  29.428 -30.128  1.00 26.99      A     \nATOM    178  O   ALA X 722     -14.343  30.102 -31.157  1.00 27.67      A     \nATOM    179  CB  ALA X 722     -14.353  30.796 -28.036  1.00 28.57      A     \nATOM    180  N   PHE X 723     -13.676  28.291 -30.003  1.00 26.94      A     \nATOM    181  CA  PHE X 723     -12.787  27.807 -31.054  1.00 26.39      A     \nATOM    182  C   PHE X 723     -13.565  27.352 -32.286  1.00 25.57      A     \nATOM    183  O   PHE X 723     -13.061  27.417 -33.409  1.00 26.21      A     \nATOM    184  CB  PHE X 723     -11.951  26.635 -30.540  1.00 27.79      A     \nATOM    185  CG  PHE X 723     -12.742  25.372 -30.336  1.00 28.69      A     \nATOM    186  CD1 PHE X 723     -12.862  24.442 -31.356  1.00 29.11      A     \nATOM    187  CD2 PHE X 723     -13.375  25.122 -29.129  1.00 29.70      A     \nATOM    188  CE1 PHE X 723     -13.601  23.286 -31.177  1.00 30.23      A     \nATOM    189  CE2 PHE X 723     -14.114  23.969 -28.943  1.00 30.44      A     \nATOM    190  CZ  PHE X 723     -14.228  23.051 -29.967  1.00 30.49      A     \nATOM    191  N   GLY X 724     -14.790  26.886 -32.066  1.00 23.41      A     \nATOM    192  CA  GLY X 724     -15.541  26.244 -33.129  1.00 22.64      A     \nATOM    193  C   GLY X 724     -16.308  25.042 -32.613  1.00 22.34      A     \nATOM    194  O   GLY X 724     -16.781  25.046 -31.477  1.00 22.87      A     \nATOM    195  N   THR X 725     -16.433  24.008 -33.440  1.00 19.96      A     \nATOM    196  CA  THR X 725     -17.217  22.832 -33.079  1.00 20.13      A     \nATOM    197  C   THR X 725     -16.431  21.544 -33.311  1.00 19.90      A     \nATOM    198  O   THR X 725     -15.727  21.413 -34.312  1.00 19.25      A     \nATOM    199  CB  THR X 725     -18.519  22.770 -33.902  1.00 21.77      A     \nATOM    200  OG1 THR X 725     -19.280  23.964 -33.682  1.00 23.23      A     \nATOM    201  CG2 THR X 725     -19.350  21.563 -33.493  1.00 20.89      A     \nATOM    202  N   VAL X 726     -16.550  20.599 -32.382  1.00 18.42      A     \nATOM    203  CA  VAL X 726     -15.931  19.283 -32.544  1.00 18.34      A     \nATOM    204  C   VAL X 726     -16.997  18.233 -32.830  1.00 18.56      A     \nATOM    205  O   VAL X 726     -17.994  18.142 -32.118  1.00 19.42      A     \nATOM    206  CB  VAL X 726     -15.153  18.859 -31.274  1.00 20.26      A     \nATOM    207  CG1 VAL X 726     -14.538  17.480 -31.474  1.00 20.85      A     \nATOM    208  CG2 VAL X 726     -14.073  19.874 -30.960  1.00 23.94      A     \nATOM    209  N   TYR X 727     -16.774  17.443 -33.876  1.00 17.64      A     \nATOM    210  CA  TYR X 727     -17.703  16.391 -34.281  1.00 17.79      A     \nATOM    211  C   TYR X 727     -17.067  15.012 -34.146  1.00 18.72      A     \nATOM    212  O   TYR X 727     -15.860  14.856 -34.335  1.00 17.45      A     \nATOM    213  CB  TYR X 727     -18.119  16.577 -35.742  1.00 17.85      A     \nATOM    214  CG  TYR X 727     -18.770  17.901 -36.056  1.00 17.82      A     \nATOM    215  CD1 TYR X 727     -18.008  19.039 -36.272  1.00 17.97      A     \nATOM    216  CD2 TYR X 727     -20.151  18.004 -36.164  1.00 20.20      A     \nATOM    217  CE1 TYR X 727     -18.601  20.246 -36.592  1.00 19.69      A     \nATOM    218  CE2 TYR X 727     -20.752  19.203 -36.481  1.00 20.10      A     \nATOM    219  CZ  TYR X 727     -19.975  20.319 -36.695  1.00 21.09      A     \nATOM    220  OH  TYR X 727     -20.575  21.509 -37.032  1.00 21.33      A     \nATOM    221  N   LYS X 728     -17.881  14.009 -33.836  1.00 17.05      A     \nATOM    222  CA  LYS X 728     -17.479  12.630 -34.066  1.00 17.61      A     \nATOM    223  C   LYS X 728     -17.663  12.369 -35.554  1.00 18.79      A     \nATOM    224  O   LYS X 728     -18.652  12.802 -36.142  1.00 19.93      A     \nATOM    225  CB  LYS X 728     -18.351  11.668 -33.259  1.00 20.79      A     \nATOM    226  CG  LYS X 728     -17.990  10.207 -33.458  1.00 23.08      A     \nATOM    227  CD  LYS X 728     -18.939   9.291 -32.700  1.00 28.19      A     \nATOM    228  CE  LYS X 728     -18.558   7.830 -32.891  1.00 31.15      A     \nATOM    229  NZ  LYS X 728     -19.436   6.917 -32.101  1.00 34.35      A     \nATOM    230  N   GLY X 729     -16.707  11.679 -36.163  1.00 17.74      A     \nATOM    231  CA  GLY X 729     -16.755  11.499 -37.601  1.00 18.51      A     \nATOM    232  C   GLY X 729     -16.079  10.243 -38.104  1.00 17.12      A     \nATOM    233  O   GLY X 729     -15.606   9.410 -37.331  1.00 16.00      A     \nATOM    234  N   LEU X 730     -16.045  10.112 -39.424  1.00 17.70      A     \nATOM    235  CA  LEU X 730     -15.430   8.966 -40.066  1.00 15.95      A     \nATOM    236  C   LEU X 730     -14.529   9.450 -41.200  1.00 15.30      A     \nATOM    237  O   LEU X 730     -14.916  10.304 -41.995  1.00 17.12      A     \nATOM    238  CB  LEU X 730     -16.518   8.042 -40.619  1.00 19.23      A     \nATOM    239  CG  LEU X 730     -16.122   6.609 -40.971  1.00 21.51      A     \nATOM    240  CD1 LEU X 730     -15.576   5.906 -39.740  1.00 22.91      A     \nATOM    241  CD2 LEU X 730     -17.340   5.865 -41.508  1.00 24.04      A     \nATOM    242  N   TRP X 731     -13.322   8.900 -41.260  1.00 15.05      A     \nATOM    243  CA  TRP X 731     -12.371   9.236 -42.309  1.00 15.37      A     \nATOM    244  C   TRP X 731     -12.198   8.018 -43.198  1.00 16.16      A     \nATOM    245  O   TRP X 731     -11.822   6.945 -42.730  1.00 15.29      A     \nATOM    246  CB  TRP X 731     -11.032   9.627 -41.682  1.00 15.24      A     \nATOM    247  CG  TRP X 731      -9.917   9.933 -42.643  1.00 15.26      A     \nATOM    248  CD1 TRP X 731     -10.023  10.288 -43.962  1.00 16.30      A     \nATOM    249  CD2 TRP X 731      -8.521   9.961 -42.332  1.00 14.73      A     \nATOM    250  NE1 TRP X 731      -8.775  10.537 -44.484  1.00 15.91      A     \nATOM    251  CE2 TRP X 731      -7.836  10.343 -43.503  1.00 15.85      A     \nATOM    252  CE3 TRP X 731      -7.782   9.700 -41.172  1.00 13.94      A     \nATOM    253  CZ2 TRP X 731      -6.450  10.470 -43.547  1.00 15.42      A     \nATOM    254  CZ3 TRP X 731      -6.407   9.828 -41.218  1.00 14.66      A     \nATOM    255  CH2 TRP X 731      -5.753  10.209 -42.395  1.00 16.31      A     \nATOM    256  N   ILE X 732     -12.495   8.194 -44.481  1.00 17.91      A     \nATOM    257  CA  ILE X 732     -12.359   7.134 -45.468  1.00 19.35      A     \nATOM    258  C   ILE X 732     -11.412   7.621 -46.560  1.00 18.92      A     \nATOM    259  O   ILE X 732     -11.837   8.202 -47.559  1.00 19.47      A     \nATOM    260  CB  ILE X 732     -13.729   6.795 -46.091  1.00 20.03      A     \nATOM    261  CG1 ILE X 732     -14.728   6.442 -44.985  1.00 21.29      A     \nATOM    262  CG2 ILE X 732     -13.590   5.632 -47.052  1.00 19.67      A     \nATOM    263  CD1 ILE X 732     -16.093   6.026 -45.500  1.00 23.72      A     \nATOM    264  N   PRO X 733     -10.103   7.404 -46.369  1.00 19.38      A     \nATOM    265  CA  PRO X 733      -9.091   7.951 -47.280  1.00 19.55      A     \nATOM    266  C   PRO X 733      -9.302   7.425 -48.693  1.00 18.39      A     \nATOM    267  O   PRO X 733      -9.547   6.233 -48.878  1.00 19.94      A     \nATOM    268  CB  PRO X 733      -7.767   7.460 -46.692  1.00 20.65      A     \nATOM    269  CG  PRO X 733      -8.074   7.120 -45.281  1.00 18.88      A     \nATOM    270  CD  PRO X 733      -9.498   6.650 -45.260  1.00 19.10      A     \nATOM    271  N   GLU X 734      -9.204   8.305 -49.685  1.00 20.40      A     \nATOM    272  CA  GLU X 734      -9.452   7.901 -51.064  1.00 22.08      A     \nATOM    273  C   GLU X 734      -8.556   6.729 -51.456  1.00 23.40      A     \nATOM    274  O   GLU X 734      -7.335   6.785 -51.290  1.00 24.16      A     \nATOM    275  CB  GLU X 734      -9.215   9.074 -52.023  1.00 23.33      A     \nATOM    276  CG  GLU X 734      -9.509   8.738 -53.482  1.00 26.64      A     \nATOM    277  CD  GLU X 734      -9.429   9.944 -54.402  1.00 30.14      A     \nATOM    278  OE1 GLU X 734      -9.732  11.066 -53.948  1.00 32.44      A     \nATOM    279  OE2 GLU X 734      -9.066   9.770 -55.583  1.00 31.31      A     \nATOM    280  N   GLY X 735      -9.181   5.666 -51.956  1.00 22.44      A     \nATOM    281  CA  GLY X 735      -8.443   4.555 -52.531  1.00 23.99      A     \nATOM    282  C   GLY X 735      -7.961   3.518 -51.536  1.00 23.70      A     \nATOM    283  O   GLY X 735      -7.462   2.463 -51.923  1.00 24.83      A     \nATOM    284  N   GLU X 736      -8.107   3.800 -50.248  1.00 22.94      A     \nATOM    285  CA  GLU X 736      -7.431   2.988 -49.246  1.00 24.14      A     \nATOM    286  C   GLU X 736      -8.268   1.873 -48.635  1.00 25.00      A     \nATOM    287  O   GLU X 736      -7.729   0.982 -47.982  1.00 26.85      A     \nATOM    288  CB  GLU X 736      -6.887   3.883 -48.141  1.00 21.65      A     \nATOM    289  CG  GLU X 736      -5.815   4.845 -48.612  1.00 22.56      A     \nATOM    290  CD  GLU X 736      -5.156   5.549 -47.457  1.00 22.08      A     \nATOM    291  OE1 GLU X 736      -5.409   5.125 -46.315  1.00 22.11      A     \nATOM    292  OE2 GLU X 736      -4.398   6.516 -47.681  1.00 23.63      A     \nATOM    293  N   LYS X 737      -9.578   1.925 -48.835  1.00 27.62      A     \nATOM    294  CA  LYS X 737     -10.463   0.869 -48.356  1.00 28.22      A     \nATOM    295  C   LYS X 737     -10.367   0.661 -46.845  1.00 28.78      A     \nATOM    296  O   LYS X 737     -10.393  -0.474 -46.361  1.00 29.28      A     \nATOM    297  CB  LYS X 737     -10.155  -0.444 -49.086  1.00 31.01      A     \nATOM    298  CG  LYS X 737     -10.396  -0.380 -50.589  1.00 32.56      A     \nATOM    299  CD  LYS X 737     -10.153  -1.723 -51.261  1.00 34.60      A     \nATOM    300  CE  LYS X 737     -10.471  -1.663 -52.747  1.00 35.30      A     \nATOM    301  NZ  LYS X 737     -10.230  -2.968 -53.425  1.00 36.47      A     \nATOM    302  N   VAL X 738     -10.250   1.760 -46.105  1.00 28.52      A     \nATOM    303  CA  VAL X 738     -10.280   1.711 -44.647  1.00 26.89      A     \nATOM    304  C   VAL X 738     -11.214   2.793 -44.093  1.00 24.52      A     \nATOM    305  O   VAL X 738     -11.360   3.862 -44.688  1.00 24.82      A     \nATOM    306  CB  VAL X 738      -8.867   1.919 -44.049  1.00 28.51      A     \nATOM    307  CG1 VAL X 738      -8.386   3.333 -44.325  1.00 28.82      A     \nATOM    308  CG2 VAL X 738      -8.886   1.629 -42.559  1.00 30.25      A     \nATOM    309  N   LYS X 739     -11.848   2.499 -42.960  1.00 23.91      A     \nATOM    310  CA  LYS X 739     -12.737   3.450 -42.292  1.00 22.95      A     \nATOM    311  C   LYS X 739     -12.250   3.746 -40.877  1.00 20.76      A     \nATOM    312  O   LYS X 739     -12.186   2.856 -40.028  1.00 21.72      A     \nATOM    313  CB  LYS X 739     -14.166   2.901 -42.239  1.00 25.84      A     \nATOM    314  CG  LYS X 739     -14.834   2.777 -43.599  1.00 27.30      A     \nATOM    315  CD  LYS X 739     -16.347   2.694 -43.460  1.00 30.11      A     \nATOM    316  CE  LYS X 739     -16.777   1.384 -42.825  1.00 30.64      A     \nATOM    317  NZ  LYS X 739     -16.855   0.283 -43.826  1.00 33.15      A     \nATOM    318  N   ILE X 740     -11.918   5.007 -40.627  1.00 17.20      A     \nATOM    319  CA  ILE X 740     -11.249   5.395 -39.394  1.00 17.12      A     \nATOM    320  C   ILE X 740     -12.100   6.380 -38.603  1.00 17.28      A     \nATOM    321  O   ILE X 740     -12.357   7.492 -39.055  1.00 15.91      A     \nATOM    322  CB  ILE X 740      -9.901   6.069 -39.701  1.00 16.02      A     \nATOM    323  CG1 ILE X 740      -9.054   5.162 -40.594  1.00 16.65      A     \nATOM    324  CG2 ILE X 740      -9.174   6.389 -38.410  1.00 16.89      A     \nATOM    325  CD1 ILE X 740      -7.767   5.810 -41.068  1.00 17.99      A     \nATOM    326  N   PRO X 741     -12.534   5.989 -37.398  1.00 18.38      A     \nATOM    327  CA  PRO X 741     -13.218   6.938 -36.514  1.00 17.65      A     \nATOM    328  C   PRO X 741     -12.288   8.087 -36.148  1.00 15.97      A     \nATOM    329  O   PRO X 741     -11.124   7.870 -35.803  1.00 17.26      A     \nATOM    330  CB  PRO X 741     -13.595   6.095 -35.298  1.00 19.70      A     \nATOM    331  CG  PRO X 741     -12.628   4.959 -35.313  1.00 23.20      A     \nATOM    332  CD  PRO X 741     -12.334   4.678 -36.759  1.00 20.89      A     \nATOM    333  N   VAL X 742     -12.803   9.307 -36.241  1.00 15.09      A     \nATOM    334  CA  VAL X 742     -12.012  10.498 -35.960  1.00 13.97      A     \nATOM    335  C   VAL X 742     -12.831  11.558 -35.239  1.00 15.06      A     \nATOM    336  O   VAL X 742     -14.058  11.487 -35.186  1.00 14.70      A     \nATOM    337  CB  VAL X 742     -11.442  11.127 -37.262  1.00 14.11      A     \nATOM    338  CG1 VAL X 742     -10.435  10.187 -37.901  1.00 14.51      A     \nATOM    339  CG2 VAL X 742     -12.574  11.446 -38.240  1.00 14.32      A     \nATOM    340  N   ALA X 743     -12.138  12.542 -34.677  1.00 12.70      A     \nATOM    341  CA  ALA X 743     -12.785  13.749 -34.186  1.00 13.66      A     \nATOM    342  C   ALA X 743     -12.488  14.850 -35.190  1.00 14.33      A     \nATOM    343  O   ALA X 743     -11.347  15.015 -35.618  1.00 15.74      A     \nATOM    344  CB  ALA X 743     -12.239  14.126 -32.812  1.00 13.84      A     \nATOM    345  N   ILE X 744     -13.513  15.594 -35.577  1.00 12.79      A     \nATOM    346  CA  ILE X 744     -13.335  16.654 -36.557  1.00 14.64      A     \nATOM    347  C   ILE X 744     -13.625  17.996 -35.908  1.00 15.85      A     \nATOM    348  O   ILE X 744     -14.723  18.226 -35.410  1.00 16.78      A     \nATOM    349  CB  ILE X 744     -14.275  16.447 -37.758  1.00 15.13      A     \nATOM    350  CG1 ILE X 744     -13.972  15.099 -38.413  1.00 15.59      A     \nATOM    351  CG2 ILE X 744     -14.101  17.576 -38.762  1.00 17.07      A     \nATOM    352  CD1 ILE X 744     -14.946  14.716 -39.500  1.00 19.91      A     \nATOM    353  N   LYS X 745     -12.630  18.874 -35.904  1.00 15.73      A     \nATOM    354  CA  LYS X 745     -12.811  20.219 -35.378  1.00 18.13      A     \nATOM    355  C   LYS X 745     -12.966  21.201 -36.525  1.00 17.82      A     \nATOM    356  O   LYS X 745     -12.027  21.428 -37.289  1.00 18.88      A     \nATOM    357  CB  LYS X 745     -11.612  20.625 -34.515  1.00 20.30      A     \nATOM    358  CG  LYS X 745     -11.415  19.769 -33.278  1.00 22.73      A     \nATOM    359  CD  LYS X 745     -10.662  20.522 -32.188  1.00 24.52      A     \nATOM    360  CE  LYS X 745      -9.266  20.907 -32.642  1.00 27.90      A     \nATOM    361  NZ  LYS X 745      -8.380  21.233 -31.488  1.00 29.01      A     \nATOM    362  N   GLU X 746     -14.156  21.779 -36.651  1.00 18.46      A     \nATOM    363  CA  GLU X 746     -14.374  22.831 -37.629  1.00 19.28      A     \nATOM    364  C   GLU X 746     -14.240  24.167 -36.915  1.00 19.88      A     \nATOM    365  O   GLU X 746     -15.012  24.480 -36.008  1.00 20.51      A     \nATOM    366  CB  GLU X 746     -15.763  22.702 -38.262  1.00 20.99      A     \nATOM    367  CG  GLU X 746     -15.990  23.640 -39.440  1.00 22.19      A     \nATOM    368  CD  GLU X 746     -17.127  23.187 -40.338  1.00 23.20      A     \nATOM    369  OE1 GLU X 746     -16.938  23.165 -41.575  1.00 25.19      A     \nATOM    370  OE2 GLU X 746     -18.207  22.849 -39.809  1.00 24.92      A     \nATOM    371  N   LEU X 747     -13.248  24.948 -37.323  1.00 21.62      A     \nATOM    372  CA  LEU X 747     -12.898  26.164 -36.604  1.00 23.25      A     \nATOM    373  C   LEU X 747     -13.848  27.296 -36.959  1.00 24.96      A     \nATOM    374  O   LEU X 747     -14.314  27.400 -38.094  1.00 25.17      A     \nATOM    375  CB  LEU X 747     -11.459  26.569 -36.931  1.00 24.18      A     \nATOM    376  CG  LEU X 747     -10.417  25.463 -36.742  1.00 23.34      A     \nATOM    377  CD1 LEU X 747      -9.031  26.015 -37.015  1.00 25.73      A     \nATOM    378  CD2 LEU X 747     -10.507  24.910 -35.329  1.00 24.92      A     \nATOM    379  N   ARG X 748     -14.136  28.142 -35.978  1.00 26.37      A     \nATOM    380  CA  ARG X 748     -15.035  29.266 -36.191  1.00 29.90      A     \nATOM    381  C   ARG X 748     -14.390  30.269 -37.143  1.00 30.49      A     \nATOM    382  O   ARG X 748     -13.169  30.423 -37.164  1.00 30.40      A     \nATOM    383  CB  ARG X 748     -15.352  29.941 -34.855  1.00 32.44      A     \nATOM    384  CG  ARG X 748     -16.524  30.907 -34.905  1.00 37.47      A     \nATOM    385  CD  ARG X 748     -17.378  30.779 -33.654  1.00 41.28      A     \nATOM    386  NE  ARG X 748     -17.920  29.431 -33.503  1.00 44.76      A     \nATOM    387  CZ  ARG X 748     -18.496  28.976 -32.396  1.00 45.58      A     \nATOM    388  NH1 ARG X 748     -18.608  29.761 -31.333  1.00 47.37      A     \nATOM    389  NH2 ARG X 748     -18.960  27.734 -32.349  1.00 47.41      A     \nATOM    390  N   GLU X 749     -15.217  30.943 -37.936  1.00 31.60      A     \nATOM    391  CA  GLU X 749     -14.730  31.953 -38.868  1.00 32.43      A     \nATOM    392  C   GLU X 749     -14.124  33.123 -38.104  1.00 31.17      A     \nATOM    393  O   GLU X 749     -14.732  33.650 -37.174  1.00 31.21      A     \nATOM    394  CB  GLU X 749     -15.880  32.451 -39.748  1.00 35.34      A     \nATOM    395  CG  GLU X 749     -15.532  33.644 -40.628  1.00 40.41      A     \nATOM    396  CD  GLU X 749     -14.700  33.263 -41.839  1.00 42.16      A     \nATOM    397  OE1 GLU X 749     -14.100  32.167 -41.833  1.00 44.36      A     \nATOM    398  OE2 GLU X 749     -14.647  34.063 -42.797  1.00 44.42      A     \nATOM    399  N   ALA X 750     -12.919  33.521 -38.496  1.00 29.88      A     \nATOM    400  CA  ALA X 750     -12.246  34.643 -37.854  1.00 29.20      A     \nATOM    401  C   ALA X 750     -12.533  35.935 -38.608  1.00 28.72      A     \nATOM    402  O   ALA X 750     -12.834  35.913 -39.801  1.00 28.11      A     \nATOM    403  CB  ALA X 750     -10.745  34.392 -37.802  1.00 29.62      A     \nATOM    404  N   THR X 751     -12.443  37.058 -37.905  1.00 27.83      A     \nATOM    405  CA  THR X 751     -12.563  38.364 -38.542  1.00 27.32      A     \nATOM    406  C   THR X 751     -11.509  38.486 -39.639  1.00 25.64      A     \nATOM    407  O   THR X 751     -11.773  39.020 -40.719  1.00 25.70      A     \nATOM    408  CB  THR X 751     -12.350  39.503 -37.521  1.00 28.57      A     \nATOM    409  OG1 THR X 751     -13.367  39.440 -36.513  1.00 30.22      A     \nATOM    410  CG2 THR X 751     -12.406  40.855 -38.212  1.00 27.10      A     \nATOM    411  N   SER X 752     -10.315  37.980 -39.352  1.00 24.34      A     \nATOM    412  CA  SER X 752      -9.212  38.023 -40.301  1.00 23.29      A     \nATOM    413  C   SER X 752      -8.696  36.614 -40.557  1.00 23.38      A     \nATOM    414  O   SER X 752      -7.727  36.175 -39.938  1.00 23.42      A     \nATOM    415  CB  SER X 752      -8.085  38.894 -39.747  1.00 23.51      A     \nATOM    416  OG  SER X 752      -8.576  40.174 -39.384  1.00 22.95      A     \nATOM    417  N   PRO X 753      -9.341  35.887 -41.479  1.00 23.95      A     \nATOM    418  CA  PRO X 753      -8.956  34.502 -41.770  1.00 23.13      A     \nATOM    419  C   PRO X 753      -7.529  34.419 -42.297  1.00 23.39      A     \nATOM    420  O   PRO X 753      -7.115  35.231 -43.126  1.00 23.42      A     \nATOM    421  CB  PRO X 753      -9.975  34.054 -42.818  1.00 24.09      A     \nATOM    422  CG  PRO X 753     -11.141  34.978 -42.633  1.00 24.76      A     \nATOM    423  CD  PRO X 753     -10.536  36.294 -42.237  1.00 23.98      A     \nATOM    424  N   LYS X 754      -6.777  33.440 -41.814  1.00 22.70      A     \nATOM    425  CA  LYS X 754      -5.435  33.214 -42.325  1.00 23.33      A     \nATOM    426  C   LYS X 754      -5.520  32.764 -43.779  1.00 22.34      A     \nATOM    427  O   LYS X 754      -6.497  32.132 -44.189  1.00 22.95      A     \nATOM    428  CB  LYS X 754      -4.724  32.147 -41.486  1.00 25.07      A     \nATOM    429  CG  LYS X 754      -4.519  32.542 -40.027  1.00 27.78      A     \nATOM    430  CD  LYS X 754      -3.988  31.377 -39.206  1.00 30.25      A     \nATOM    431  CE  LYS X 754      -3.709  31.791 -37.767  1.00 32.35      A     \nATOM    432  NZ  LYS X 754      -4.923  32.323 -37.089  1.00 35.15      A     \nATOM    433  N   ALA X 755      -4.497  33.103 -44.557  1.00 20.05      A     \nATOM    434  CA  ALA X 755      -4.362  32.597 -45.916  1.00 20.22      A     \nATOM    435  C   ALA X 755      -4.144  31.091 -45.841  1.00 20.19      A     \nATOM    436  O   ALA X 755      -3.649  30.582 -44.834  1.00 21.15      A     \nATOM    437  CB  ALA X 755      -3.179  33.259 -46.603  1.00 20.53      A     \nATOM    438  N   ASN X 756      -4.507  30.378 -46.900  1.00 20.76      A     \nATOM    439  CA  ASN X 756      -4.343  28.930 -46.905  1.00 21.43      A     \nATOM    440  C   ASN X 756      -2.888  28.524 -46.676  1.00 21.47      A     \nATOM    441  O   ASN X 756      -2.615  27.534 -46.004  1.00 20.99      A     \nATOM    442  CB  ASN X 756      -4.855  28.339 -48.223  1.00 23.76      A     \nATOM    443  CG  ASN X 756      -6.369  28.257 -48.273  1.00 25.29      A     \nATOM    444  OD1 ASN X 756      -7.055  28.642 -47.326  1.00 26.78      A     \nATOM    445  ND2 ASN X 756      -6.900  27.750 -49.382  1.00 27.08      A     \nATOM    446  N   LYS X 757      -1.953  29.293 -47.220  1.00 21.02      A     \nATOM    447  CA  LYS X 757      -0.539  29.009 -47.014  1.00 22.15      A     \nATOM    448  C   LYS X 757      -0.152  29.123 -45.539  1.00 21.38      A     \nATOM    449  O   LYS X 757       0.612  28.302 -45.027  1.00 21.36      A     \nATOM    450  CB  LYS X 757       0.320  29.963 -47.848  1.00 24.27      A     \nATOM    451  CG  LYS X 757       1.812  29.702 -47.735  1.00 28.53      A     \nATOM    452  CD  LYS X 757       2.152  28.283 -48.164  1.00 31.79      A     \nATOM    453  CE  LYS X 757       3.655  28.041 -48.164  1.00 33.73      A     \nATOM    454  NZ  LYS X 757       3.992  26.669 -48.642  1.00 35.68      A     \nATOM    455  N   GLU X 758      -0.682  30.136 -44.858  1.00 20.15      A     \nATOM    456  CA  GLU X 758      -0.413  30.321 -43.434  1.00 19.69      A     \nATOM    457  C   GLU X 758      -0.956  29.141 -42.639  1.00 18.80      A     \nATOM    458  O   GLU X 758      -0.307  28.640 -41.717  1.00 19.22      A     \nATOM    459  CB  GLU X 758      -1.071  31.608 -42.922  1.00 19.45      A     \nATOM    460  CG  GLU X 758      -0.433  32.901 -43.407  1.00 19.59      A     \nATOM    461  CD  GLU X 758      -1.156  34.135 -42.885  1.00 19.91      A     \nATOM    462  OE1 GLU X 758      -2.385  34.238 -43.082  1.00 20.73      A     \nATOM    463  OE2 GLU X 758      -0.496  35.004 -42.275  1.00 20.51      A     \nATOM    464  N   ILE X 759      -2.156  28.706 -42.998  1.00 18.84      A     \nATOM    465  CA  ILE X 759      -2.817  27.622 -42.286  1.00 18.75      A     \nATOM    466  C   ILE X 759      -2.060  26.315 -42.482  1.00 18.47      A     \nATOM    467  O   ILE X 759      -1.838  25.565 -41.529  1.00 18.01      A     \nATOM    468  CB  ILE X 759      -4.267  27.458 -42.776  1.00 19.79      A     \nATOM    469  CG1 ILE X 759      -5.061  28.725 -42.447  1.00 22.96      A     \nATOM    470  CG2 ILE X 759      -4.898  26.226 -42.145  1.00 20.75      A     \nATOM    471  CD1 ILE X 759      -6.453  28.752 -43.024  1.00 24.16      A     \nATOM    472  N   LEU X 760      -1.649  26.042 -43.715  1.00 19.05      A     \nATOM    473  CA  LEU X 760      -0.931  24.808 -43.996  1.00 20.76      A     \nATOM    474  C   LEU X 760       0.420  24.759 -43.290  1.00 21.77      A     \nATOM    475  O   LEU X 760       0.849  23.699 -42.838  1.00 20.82      A     \nATOM    476  CB  LEU X 760      -0.749  24.637 -45.505  1.00 21.97      A     \nATOM    477  CG  LEU X 760      -2.050  24.319 -46.242  1.00 21.78      A     \nATOM    478  CD1 LEU X 760      -1.796  24.249 -47.740  1.00 24.23      A     \nATOM    479  CD2 LEU X 760      -2.618  22.999 -45.723  1.00 24.61      A     \nATOM    480  N   ASP X 761       1.086  25.904 -43.180  1.00 22.05      A     \nATOM    481  CA  ASP X 761       2.366  25.961 -42.484  1.00 23.98      A     \nATOM    482  C   ASP X 761       2.189  25.612 -41.011  1.00 22.35      A     \nATOM    483  O   ASP X 761       2.969  24.840 -40.448  1.00 24.69      A     \nATOM    484  CB  ASP X 761       2.984  27.356 -42.610  1.00 26.57      A     \nATOM    485  CG  ASP X 761       3.573  27.609 -43.983  1.00 29.55      A     \nATOM    486  OD1 ASP X 761       3.676  26.647 -44.774  1.00 30.98      A     \nATOM    487  OD2 ASP X 761       3.937  28.770 -44.269  1.00 31.57      A     \nATOM    488  N   GLU X 762       1.161  26.177 -40.388  1.00 21.10      A     \nATOM    489  CA  GLU X 762       0.867  25.869 -38.995  1.00 20.30      A     \nATOM    490  C   GLU X 762       0.493  24.397 -38.854  1.00 19.61      A     \nATOM    491  O   GLU X 762       0.904  23.734 -37.904  1.00 19.41      A     \nATOM    492  CB  GLU X 762      -0.275  26.749 -38.478  1.00 22.11      A     \nATOM    493  CG  GLU X 762       0.105  28.214 -38.285  1.00 25.92      A     \nATOM    494  CD  GLU X 762      -1.009  29.033 -37.658  1.00 29.42      A     \nATOM    495  OE1 GLU X 762      -2.005  28.437 -37.195  1.00 31.82      A     \nATOM    496  OE2 GLU X 762      -0.889  30.277 -37.628  1.00 31.31      A     \nATOM    497  N   ALA X 763      -0.267  23.888 -39.817  1.00 16.99      A     \nATOM    498  CA  ALA X 763      -0.779  22.523 -39.743  1.00 17.42      A     \nATOM    499  C   ALA X 763       0.328  21.487 -39.867  1.00 17.65      A     \nATOM    500  O   ALA X 763       0.296  20.459 -39.193  1.00 17.21      A     \nATOM    501  CB  ALA X 763      -1.830  22.295 -40.827  1.00 16.84      A     \nATOM    502  N   TYR X 764       1.310  21.745 -40.724  1.00 19.37      A     \nATOM    503  CA  TYR X 764       2.430  20.821 -40.847  1.00 20.54      A     \nATOM    504  C   TYR X 764       3.199  20.720 -39.533  1.00 20.78      A     \nATOM    505  O   TYR X 764       3.621  19.633 -39.137  1.00 20.28      A     \nATOM    506  CB  TYR X 764       3.364  21.257 -41.982  1.00 24.55      A     \nATOM    507  CG  TYR X 764       2.875  20.827 -43.348  1.00 29.37      A     \nATOM    508  CD1 TYR X 764       2.767  19.480 -43.672  1.00 31.32      A     \nATOM    509  CD2 TYR X 764       2.503  21.763 -44.306  1.00 32.27      A     \nATOM    510  CE1 TYR X 764       2.300  19.075 -44.908  1.00 33.73      A     \nATOM    511  CE2 TYR X 764       2.033  21.367 -45.548  1.00 33.32      A     \nATOM    512  CZ  TYR X 764       1.934  20.021 -45.843  1.00 34.81      A     \nATOM    513  OH  TYR X 764       1.460  19.616 -47.071  1.00 37.47      A     \nATOM    514  N   VAL X 765       3.371  21.844 -38.847  1.00 19.13      A     \nATOM    515  CA  VAL X 765       4.020  21.822 -37.542  1.00 20.02      A     \nATOM    516  C   VAL X 765       3.172  21.046 -36.538  1.00 18.98      A     \nATOM    517  O   VAL X 765       3.687  20.211 -35.799  1.00 19.00      A     \nATOM    518  CB  VAL X 765       4.254  23.247 -37.006  1.00 20.65      A     \nATOM    519  CG1 VAL X 765       4.894  23.184 -35.626  1.00 22.23      A     \nATOM    520  CG2 VAL X 765       5.144  24.016 -37.968  1.00 23.30      A     \nATOM    521  N  AMET X 766       1.870  21.315 -36.525  0.50 17.82      A     \nATOM    522  CA AMET X 766       0.960  20.641 -35.605  0.50 18.09      A     \nATOM    523  C  AMET X 766       0.966  19.133 -35.833  0.50 16.78      A     \nATOM    524  O  AMET X 766       0.978  18.350 -34.881  0.50 15.70      A     \nATOM    525  CB AMET X 766      -0.464  21.177 -35.781  0.50 20.09      A     \nATOM    526  CG AMET X 766      -1.494  20.489 -34.900  0.50 22.43      A     \nATOM    527  SD AMET X 766      -3.152  21.184 -35.072  0.50 26.51      A     \nATOM    528  CE AMET X 766      -2.867  22.873 -34.548  0.50 27.21      A     \nATOM    529  N  BMET X 766       1.870  21.308 -36.524  0.50 18.46      A     \nATOM    530  CA BMET X 766       0.977  20.636 -35.589  0.50 19.23      A     \nATOM    531  C  BMET X 766       0.929  19.130 -35.832  0.50 17.44      A     \nATOM    532  O  BMET X 766       0.871  18.343 -34.888  0.50 16.17      A     \nATOM    533  CB BMET X 766      -0.434  21.223 -35.690  0.50 23.03      A     \nATOM    534  CG BMET X 766      -0.536  22.660 -35.201  0.50 27.09      A     \nATOM    535  SD BMET X 766      -0.217  22.823 -33.429  0.50 35.71      A     \nATOM    536  CE BMET X 766      -1.698  22.078 -32.745  0.50 32.96      A     \nATOM    537  N   ALA X 767       0.963  18.730 -37.099  1.00 16.13      A     \nATOM    538  CA  ALA X 767       0.922  17.314 -37.454  1.00 15.59      A     \nATOM    539  C   ALA X 767       2.206  16.591 -37.056  1.00 16.30      A     \nATOM    540  O   ALA X 767       2.211  15.370 -36.894  1.00 16.58      A     \nATOM    541  CB  ALA X 767       0.683  17.162 -38.952  1.00 17.47      A     \nATOM    542  N   SER X 768       3.291  17.345 -36.904  1.00 15.23      A     \nATOM    543  CA  SER X 768       4.584  16.758 -36.568  1.00 15.51      A     \nATOM    544  C   SER X 768       4.673  16.438 -35.080  1.00 14.72      A     \nATOM    545  O   SER X 768       5.605  15.766 -34.637  1.00 14.95      A     \nATOM    546  CB  SER X 768       5.718  17.710 -36.945  1.00 15.94      A     \nATOM    547  OG  SER X 768       5.822  18.771 -36.016  1.00 19.72      A     \nATOM    548  N   VAL X 769       3.707  16.932 -34.313  1.00 14.26      A     \nATOM    549  CA  VAL X 769       3.644  16.640 -32.886  1.00 13.27      A     \nATOM    550  C   VAL X 769       3.172  15.203 -32.672  1.00 13.89      A     \nATOM    551  O   VAL X 769       1.988  14.895 -32.806  1.00 15.65      A     \nATOM    552  CB  VAL X 769       2.695  17.622 -32.166  1.00 13.76      A     \nATOM    553  CG1 VAL X 769       2.592  17.266 -30.683  1.00 15.32      A     \nATOM    554  CG2 VAL X 769       3.211  19.047 -32.334  1.00 16.26      A     \nATOM    555  N   ASP X 770       4.121  14.331 -32.346  1.00 12.03      A     \nATOM    556  CA  ASP X 770       3.910  12.891 -32.398  1.00 13.44      A     \nATOM    557  C   ASP X 770       4.434  12.259 -31.112  1.00 13.35      A     \nATOM    558  O   ASP X 770       5.624  11.959 -30.989  1.00 15.38      A     \nATOM    559  CB  ASP X 770       4.650  12.320 -33.612  1.00 14.17      A     \nATOM    560  CG  ASP X 770       4.393  10.842 -33.825  1.00 16.75      A     \nATOM    561  OD1 ASP X 770       3.462  10.289 -33.206  1.00 15.31      A     \nATOM    562  OD2 ASP X 770       5.133  10.233 -34.627  1.00 17.49      A     \nATOM    563  N   ASN X 771       3.534  12.078 -30.153  1.00 13.16      A     \nATOM    564  CA  ASN X 771       3.878  11.488 -28.863  1.00 11.84      A     \nATOM    565  C   ASN X 771       2.661  10.705 -28.381  1.00 11.82      A     \nATOM    566  O   ASN X 771       1.525  11.096 -28.643  1.00 12.70      A     \nATOM    567  CB  ASN X 771       4.230  12.598 -27.863  1.00 13.03      A     \nATOM    568  CG  ASN X 771       4.548  12.066 -26.482  1.00 12.83      A     \nATOM    569  OD1 ASN X 771       3.671  11.987 -25.620  1.00 14.19      A     \nATOM    570  ND2 ASN X 771       5.811  11.702 -26.261  1.00 13.46      A     \nATOM    571  N   PRO X 772       2.880   9.590 -27.668  1.00 12.58      A     \nATOM    572  CA  PRO X 772       1.740   8.768 -27.248  1.00 12.21      A     \nATOM    573  C   PRO X 772       0.737   9.494 -26.356  1.00 11.88      A     \nATOM    574  O   PRO X 772      -0.404   9.059 -26.233  1.00 12.53      A     \nATOM    575  CB  PRO X 772       2.390   7.591 -26.521  1.00 12.17      A     \nATOM    576  CG  PRO X 772       3.767   7.512 -27.105  1.00 16.40      A     \nATOM    577  CD  PRO X 772       4.167   8.942 -27.365  1.00 13.57      A     \nATOM    578  N   HIS X 773       1.160  10.590 -25.731  1.00 11.41      A     \nATOM    579  CA  HIS X 773       0.299  11.271 -24.775  1.00 10.51      A     \nATOM    580  C   HIS X 773      -0.066  12.687 -25.182  1.00 12.04      A     \nATOM    581  O   HIS X 773      -0.397  13.532 -24.349  1.00 10.79      A     \nATOM    582  CB  HIS X 773       0.950  11.212 -23.398  1.00 11.05      A     \nATOM    583  CG  HIS X 773       1.231   9.809 -22.969  1.00 10.72      A     \nATOM    584  ND1 HIS X 773       0.227   8.884 -22.796  1.00 12.87      A     \nATOM    585  CD2 HIS X 773       2.396   9.134 -22.811  1.00 11.74      A     \nATOM    586  CE1 HIS X 773       0.757   7.698 -22.558  1.00 12.67      A     \nATOM    587  NE2 HIS X 773       2.073   7.822 -22.562  1.00 13.71      A     \nATOM    588  N   VAL X 774      -0.017  12.930 -26.485  1.00 10.89      A     \nATOM    589  CA  VAL X 774      -0.586  14.137 -27.060  1.00 11.29      A     \nATOM    590  C   VAL X 774      -1.485  13.750 -28.229  1.00 12.69      A     \nATOM    591  O   VAL X 774      -1.088  12.971 -29.098  1.00 12.87      A     \nATOM    592  CB  VAL X 774       0.522  15.089 -27.548  1.00 12.21      A     \nATOM    593  CG1 VAL X 774      -0.094  16.333 -28.156  1.00 13.74      A     \nATOM    594  CG2 VAL X 774       1.435  15.458 -26.386  1.00 12.97      A     \nATOM    595  N   CYS X 775      -2.704  14.280 -28.242  1.00 13.23      A     \nATOM    596  CA  CYS X 775      -3.671  13.920 -29.274  1.00 15.52      A     \nATOM    597  C   CYS X 775      -3.215  14.482 -30.617  1.00 15.61      A     \nATOM    598  O   CYS X 775      -2.953  15.675 -30.738  1.00 18.10      A     \nATOM    599  CB  CYS X 775      -5.054  14.472 -28.908  1.00 16.42      A     \nATOM    600  SG  CYS X 775      -6.411  13.864 -29.948  1.00 20.88      A     \nATOM    601  N   ARG X 776      -3.119  13.621 -31.625  1.00 14.54      A     \nATOM    602  CA  ARG X 776      -2.444  13.995 -32.865  1.00 15.34      A     \nATOM    603  C   ARG X 776      -3.385  14.545 -33.939  1.00 14.48      A     \nATOM    604  O   ARG X 776      -4.511  14.074 -34.096  1.00 14.82      A     \nATOM    605  CB  ARG X 776      -1.671  12.793 -33.423  1.00 17.31      A     \nATOM    606  CG  ARG X 776      -0.791  13.126 -34.622  1.00 21.71      A     \nATOM    607  CD  ARG X 776       0.367  12.142 -34.761  1.00 23.95      A     \nATOM    608  NE  ARG X 776      -0.087  10.761 -34.885  1.00 22.20      A     \nATOM    609  CZ  ARG X 776      -0.281  10.133 -36.042  1.00 21.21      A     \nATOM    610  NH1 ARG X 776      -0.061  10.761 -37.190  1.00 21.27      A     \nATOM    611  NH2 ARG X 776      -0.693   8.873 -36.053  1.00 22.36      A     \nATOM    612  N   LEU X 777      -2.909  15.550 -34.667  1.00 14.42      A     \nATOM    613  CA  LEU X 777      -3.588  16.025 -35.873  1.00 14.26      A     \nATOM    614  C   LEU X 777      -3.244  15.083 -37.019  1.00 15.56      A     \nATOM    615  O   LEU X 777      -2.076  14.935 -37.379  1.00 17.83      A     \nATOM    616  CB  LEU X 777      -3.125  17.444 -36.227  1.00 16.48      A     \nATOM    617  CG  LEU X 777      -3.726  18.022 -37.513  1.00 15.57      A     \nATOM    618  CD1 LEU X 777      -5.211  18.243 -37.311  1.00 16.09      A     \nATOM    619  CD2 LEU X 777      -3.048  19.330 -37.874  1.00 19.44      A     \nATOM    620  N   LEU X 778      -4.263  14.446 -37.585  1.00 14.14      A     \nATOM    621  CA  LEU X 778      -4.069  13.460 -38.644  1.00 14.94      A     \nATOM    622  C   LEU X 778      -4.183  14.070 -40.033  1.00 16.15      A     \nATOM    623  O   LEU X 778      -3.513  13.635 -40.970  1.00 18.96      A     \nATOM    624  CB  LEU X 778      -5.098  12.338 -38.508  1.00 13.72      A     \nATOM    625  CG  LEU X 778      -5.127  11.624 -37.155  1.00 14.43      A     \nATOM    626  CD1 LEU X 778      -6.257  10.611 -37.138  1.00 16.09      A     \nATOM    627  CD2 LEU X 778      -3.784  10.942 -36.908  1.00 16.24      A     \nATOM    628  N   GLY X 779      -5.045  15.068 -40.172  1.00 14.36      A     \nATOM    629  CA  GLY X 779      -5.245  15.664 -41.477  1.00 13.94      A     \nATOM    630  C   GLY X 779      -5.965  16.989 -41.397  1.00 13.61      A     \nATOM    631  O   GLY X 779      -6.434  17.398 -40.336  1.00 14.55      A     \nATOM    632  N   ILE X 780      -6.049  17.668 -42.532  1.00 12.90      A     \nATOM    633  CA  ILE X 780      -6.736  18.942 -42.592  1.00 12.89      A     \nATOM    634  C   ILE X 780      -7.496  19.030 -43.908  1.00 14.41      A     \nATOM    635  O   ILE X 780      -7.068  18.476 -44.918  1.00 14.34      A     \nATOM    636  CB  ILE X 780      -5.719  20.116 -42.460  1.00 13.24      A     \nATOM    637  CG1 ILE X 780      -6.462  21.446 -42.353  1.00 14.53      A     \nATOM    638  CG2 ILE X 780      -4.759  20.122 -43.641  1.00 14.67      A     \nATOM    639  CD1 ILE X 780      -5.583  22.581 -41.863  1.00 16.69      A     \nATOM    640  N   CYS X 781      -8.642  19.699 -43.877  1.00 14.32      A     \nATOM    641  CA  CYS X 781      -9.389  19.999 -45.089  1.00 14.90      A     \nATOM    642  C   CYS X 781      -9.673  21.490 -45.104  1.00 16.14      A     \nATOM    643  O   CYS X 781     -10.299  22.015 -44.185  1.00 17.19      A     \nATOM    644  CB  CYS X 781     -10.708  19.223 -45.113  1.00 14.10      A     \nATOM    645  SG  CYS X 781     -11.749  19.557 -46.563  1.00 18.03      A     \nATOM    646  N   LEU X 782      -9.204  22.170 -46.143  1.00 17.93      A     \nATOM    647  CA  LEU X 782      -9.447  23.598 -46.274  1.00 21.40      A     \nATOM    648  C   LEU X 782     -10.462  23.868 -47.373  1.00 22.70      A     \nATOM    649  O   LEU X 782     -10.218  23.580 -48.546  1.00 24.71      A     \nATOM    650  CB  LEU X 782      -8.142  24.334 -46.583  1.00 23.50      A     \nATOM    651  CG  LEU X 782      -7.058  24.235 -45.509  1.00 23.89      A     \nATOM    652  CD1 LEU X 782      -5.901  25.162 -45.858  1.00 25.52      A     \nATOM    653  CD2 LEU X 782      -7.648  24.609 -44.158  1.00 24.07      A     \nATOM    654  N   THR X 783     -11.607  24.412 -46.981  1.00 23.97      A     \nATOM    655  CA  THR X 783     -12.622  24.843 -47.932  1.00 27.34      A     \nATOM    656  C   THR X 783     -13.046  26.257 -47.564  1.00 28.02      A     \nATOM    657  O   THR X 783     -12.209  27.154 -47.467  1.00 28.96      A     \nATOM    658  CB  THR X 783     -13.848  23.913 -47.892  1.00 27.87      A     \nATOM    659  OG1 THR X 783     -14.375  23.869 -46.561  1.00 29.27      A     \nATOM    660  CG2 THR X 783     -13.462  22.509 -48.326  1.00 28.71      A     \nATOM    661  N   SER X 784     -14.343  26.452 -47.351  1.00 30.01      A     \nATOM    662  CA  SER X 784     -14.840  27.703 -46.796  1.00 31.43      A     \nATOM    663  C   SER X 784     -14.459  27.783 -45.323  1.00 30.47      A     \nATOM    664  O   SER X 784     -14.341  28.868 -44.755  1.00 31.08      A     \nATOM    665  CB  SER X 784     -16.361  27.779 -46.944  1.00 32.31      A     \nATOM    666  OG  SER X 784     -16.879  28.934 -46.308  1.00 36.57      A     \nATOM    667  N   THR X 785     -14.268  26.618 -44.709  1.00 29.02      A     \nATOM    668  CA  THR X 785     -13.861  26.538 -43.313  1.00 27.04      A     \nATOM    669  C   THR X 785     -12.579  25.723 -43.194  1.00 23.91      A     \nATOM    670  O   THR X 785     -12.184  25.028 -44.130  1.00 24.69      A     \nATOM    671  CB  THR X 785     -14.936  25.851 -42.454  1.00 26.44      A     \nATOM    672  OG1 THR X 785     -15.084  24.491 -42.878  1.00 28.08      A     \nATOM    673  CG2 THR X 785     -16.270  26.566 -42.595  1.00 28.93      A     \nATOM    674  N   VAL X 786     -11.938  25.819 -42.036  1.00 21.90      A     \nATOM    675  CA  VAL X 786     -10.826  24.943 -41.694  1.00 20.39      A     \nATOM    676  C   VAL X 786     -11.351  23.782 -40.861  1.00 18.79      A     \nATOM    677  O   VAL X 786     -11.933  23.988 -39.795  1.00 18.66      A     \nATOM    678  CB  VAL X 786      -9.756  25.687 -40.868  1.00 21.90      A     \nATOM    679  CG1 VAL X 786      -8.658  24.721 -40.444  1.00 23.10      A     \nATOM    680  CG2 VAL X 786      -9.172  26.831 -41.686  1.00 22.89      A     \nATOM    681  N   GLN X 787     -11.154  22.562 -41.347  1.00 17.08      A     \nATOM    682  CA  GLN X 787     -11.519  21.387 -40.570  1.00 15.02      A     \nATOM    683  C   GLN X 787     -10.279  20.572 -40.242  1.00 14.96      A     \nATOM    684  O   GLN X 787      -9.521  20.181 -41.131  1.00 15.83      A     \nATOM    685  CB  GLN X 787     -12.535  20.533 -41.337  1.00 15.22      A     \nATOM    686  CG  GLN X 787     -13.881  21.217 -41.495  1.00 16.17      A     \nATOM    687  CD  GLN X 787     -14.880  20.380 -42.259  1.00 18.62      A     \nATOM    688  OE1 GLN X 787     -15.004  20.500 -43.479  1.00 20.47      A     \nATOM    689  NE2 GLN X 787     -15.603  19.528 -41.546  1.00 16.63      A     \nATOM    690  N   LEU X 788     -10.074  20.336 -38.951  1.00 14.40      A     \nATOM    691  CA  LEU X 788      -8.930  19.573 -38.473  1.00 13.67      A     \nATOM    692  C   LEU X 788      -9.398  18.170 -38.121  1.00 14.48      A     \nATOM    693  O   LEU X 788     -10.319  17.999 -37.323  1.00 16.30      A     \nATOM    694  CB  LEU X 788      -8.341  20.233 -37.227  1.00 15.99      A     \nATOM    695  CG  LEU X 788      -7.916  21.694 -37.373  1.00 16.62      A     \nATOM    696  CD1 LEU X 788      -7.407  22.206 -36.034  1.00 19.10      A     \nATOM    697  CD2 LEU X 788      -6.846  21.808 -38.447  1.00 18.61      A     \nATOM    698  N   ILE X 789      -8.769  17.165 -38.716  1.00 12.57      A     \nATOM    699  CA  ILE X 789      -9.134  15.785 -38.425  1.00 13.15      A     \nATOM    700  C   ILE X 789      -8.156  15.215 -37.403  1.00 14.36      A     \nATOM    701  O   ILE X 789      -6.956  15.101 -37.661  1.00 13.69      A     \nATOM    702  CB  ILE X 789      -9.138  14.915 -39.712  1.00 15.83      A     \nATOM    703  CG1 ILE X 789     -10.247  15.385 -40.664  1.00 18.03      A     \nATOM    704  CG2 ILE X 789      -9.379  13.455 -39.358  1.00 15.62      A     \nATOM    705  CD1 ILE X 789      -9.995  16.730 -41.312  1.00 23.22      A     \nATOM    706  N  AMET X 790      -8.696  14.880 -36.232  0.50 13.14      A     \nATOM    707  CA AMET X 790      -7.906  14.494 -35.068  0.50 13.15      A     \nATOM    708  C  AMET X 790      -8.166  13.036 -34.706  0.50 13.67      A     \nATOM    709  O  AMET X 790      -9.163  12.451 -35.128  0.50 13.09      A     \nATOM    710  CB AMET X 790      -8.284  15.366 -33.866  0.50 12.69      A     \nATOM    711  CG AMET X 790      -8.310  16.853 -34.145  0.50 14.38      A     \nATOM    712  SD AMET X 790      -6.664  17.553 -34.302  0.50 15.12      A     \nATOM    713  CE AMET X 790      -5.953  17.128 -32.712  0.50 17.17      A     \nATOM    714  N  BMET X 790      -8.675  14.870 -36.232  0.50 14.33      A     \nATOM    715  CA BMET X 790      -7.825  14.465 -35.127  0.50 14.95      A     \nATOM    716  C  BMET X 790      -8.193  13.077 -34.638  0.50 14.70      A     \nATOM    717  O  BMET X 790      -9.283  12.578 -34.910  0.50 13.83      A     \nATOM    718  CB BMET X 790      -7.961  15.460 -33.982  0.50 17.61      A     \nATOM    719  CG BMET X 790      -7.789  16.899 -34.412  0.50 21.08      A     \nATOM    720  SD BMET X 790      -8.285  18.019 -33.113  0.50 25.71      A     \nATOM    721  CE BMET X 790      -6.935  17.812 -31.962  0.50 24.92      A     \nATOM    722  N   GLN X 791      -7.276  12.453 -33.911  1.00 13.78      A     \nATOM    723  CA  GLN X 791      -7.567  11.171 -33.291  1.00 14.13      A     \nATOM    724  C   GLN X 791      -8.789  11.323 -32.393  1.00 14.78      A     \nATOM    725  O   GLN X 791      -8.876  12.271 -31.610  1.00 14.90      A     \nATOM    726  CB  GLN X 791      -6.375  10.696 -32.455  1.00 15.75      A     \nATOM    727  CG  GLN X 791      -5.110  10.446 -33.263  1.00 15.04      A     \nATOM    728  CD  GLN X 791      -3.906  10.175 -32.383  1.00 17.13      A     \nATOM    729  OE1 GLN X 791      -3.725  10.812 -31.344  1.00 18.03      A     \nATOM    730  NE2 GLN X 791      -3.073   9.221 -32.796  1.00 18.48      A     \nATOM    731  N   LEU X 792      -9.731  10.392 -32.522  1.00 13.93      A     \nATOM    732  CA  LEU X 792     -10.895  10.343 -31.644  1.00 14.45      A     \nATOM    733  C   LEU X 792     -10.519   9.661 -30.334  1.00 13.75      A     \nATOM    734  O   LEU X 792      -9.961   8.566 -30.330  1.00 15.20      A     \nATOM    735  CB  LEU X 792     -12.035   9.565 -32.310  1.00 16.39      A     \nATOM    736  CG  LEU X 792     -13.292   9.375 -31.455  1.00 17.27      A     \nATOM    737  CD1 LEU X 792     -13.975  10.717 -31.241  1.00 19.15      A     \nATOM    738  CD2 LEU X 792     -14.235   8.396 -32.144  1.00 18.72      A     \nATOM    739  N   MET X 793     -10.829  10.317 -29.221  1.00 14.66      A     \nATOM    740  CA  MET X 793     -10.624   9.715 -27.911  1.00 14.42      A     \nATOM    741  C   MET X 793     -11.975   9.217 -27.407  1.00 14.78      A     \nATOM    742  O   MET X 793     -12.815  10.005 -26.984  1.00 16.96      A     \nATOM    743  CB  MET X 793     -10.044  10.754 -26.950  1.00 16.12      A     \nATOM    744  CG  MET X 793      -8.707  11.326 -27.401  1.00 20.32      A     \nATOM    745  SD  MET X 793      -7.367  10.118 -27.332  1.00 20.59      A     \nATOM    746  CE  MET X 793      -7.245   9.624 -29.069  1.00 20.28      A     \nATOM    747  N   PRO X 794     -12.201   7.896 -27.459  1.00 15.19      A     \nATOM    748  CA  PRO X 794     -13.555   7.359 -27.285  1.00 16.81      A     \nATOM    749  C   PRO X 794     -14.202   7.661 -25.936  1.00 16.65      A     \nATOM    750  O   PRO X 794     -15.426   7.745 -25.838  1.00 18.80      A     \nATOM    751  CB  PRO X 794     -13.378   5.857 -27.502  1.00 16.97      A     \nATOM    752  CG  PRO X 794     -12.136   5.738 -28.323  1.00 18.52      A     \nATOM    753  CD  PRO X 794     -11.242   6.844 -27.834  1.00 14.30      A     \nATOM    754  N   PHE X 795     -13.384   7.829 -24.904  1.00 16.15      A     \nATOM    755  CA  PHE X 795     -13.901   7.943 -23.544  1.00 16.45      A     \nATOM    756  C   PHE X 795     -14.034   9.376 -23.033  1.00 16.71      A     \nATOM    757  O   PHE X 795     -14.366   9.590 -21.866  1.00 18.94      A     \nATOM    758  CB  PHE X 795     -13.028   7.128 -22.587  1.00 16.98      A     \nATOM    759  CG  PHE X 795     -13.111   5.642 -22.806  1.00 19.24      A     \nATOM    760  CD1 PHE X 795     -12.229   5.003 -23.661  1.00 18.33      A     \nATOM    761  CD2 PHE X 795     -14.077   4.886 -22.158  1.00 23.10      A     \nATOM    762  CE1 PHE X 795     -12.304   3.637 -23.870  1.00 22.44      A     \nATOM    763  CE2 PHE X 795     -14.159   3.518 -22.361  1.00 23.41      A     \nATOM    764  CZ  PHE X 795     -13.271   2.892 -23.219  1.00 22.84      A     \nATOM    765  N   GLY X 796     -13.777  10.354 -23.895  1.00 14.93      A     \nATOM    766  CA  GLY X 796     -14.012  11.741 -23.521  1.00 13.82      A     \nATOM    767  C   GLY X 796     -12.915  12.325 -22.647  1.00 13.56      A     \nATOM    768  O   GLY X 796     -11.794  11.811 -22.625  1.00 14.84      A     \nATOM    769  N   CYS X 797     -13.230  13.397 -21.924  1.00 13.26      A     \nATOM    770  CA  CYS X 797     -12.214  14.068 -21.122  1.00 12.99      A     \nATOM    771  C   CYS X 797     -11.993  13.367 -19.787  1.00 13.34      A     \nATOM    772  O   CYS X 797     -12.898  12.737 -19.232  1.00 14.17      A     \nATOM    773  CB  CYS X 797     -12.585  15.538 -20.881  1.00 13.92      A     \nATOM    774  SG  CYS X 797     -14.060  15.698 -19.871  1.00 14.93      A     \nATOM    775  N   LEU X 798     -10.772  13.482 -19.280  1.00 13.41      A     \nATOM    776  CA  LEU X 798     -10.373  12.785 -18.069  1.00 11.38      A     \nATOM    777  C   LEU X 798     -11.093  13.344 -16.839  1.00 12.59      A     \nATOM    778  O   LEU X 798     -11.376  12.606 -15.895  1.00 13.76      A     \nATOM    779  CB  LEU X 798      -8.856  12.889 -17.898  1.00 12.20      A     \nATOM    780  CG  LEU X 798      -8.243  12.159 -16.705  1.00 10.82      A     \nATOM    781  CD1 LEU X 798      -8.640  10.683 -16.727  1.00 12.11      A     \nATOM    782  CD2 LEU X 798      -6.731  12.316 -16.749  1.00 12.96      A     \nATOM    783  N   LEU X 799     -11.400  14.638 -16.854  1.00 12.21      A     \nATOM    784  CA  LEU X 799     -12.138  15.238 -15.742  1.00 13.01      A     \nATOM    785  C   LEU X 799     -13.465  14.518 -15.527  1.00 14.80      A     \nATOM    786  O   LEU X 799     -13.766  14.072 -14.421  1.00 15.08      A     \nATOM    787  CB  LEU X 799     -12.405  16.723 -16.001  1.00 14.93      A     \nATOM    788  CG  LEU X 799     -13.236  17.427 -14.919  1.00 14.35      A     \nATOM    789  CD1 LEU X 799     -12.524  17.332 -13.577  1.00 16.10      A     \nATOM    790  CD2 LEU X 799     -13.457  18.879 -15.310  1.00 18.56      A     \nATOM    791  N   ASP X 800     -14.254  14.399 -16.588  1.00 15.11      A     \nATOM    792  CA  ASP X 800     -15.553  13.746 -16.484  1.00 16.26      A     \nATOM    793  C   ASP X 800     -15.387  12.261 -16.182  1.00 16.60      A     \nATOM    794  O   ASP X 800     -16.188  11.672 -15.458  1.00 17.78      A     \nATOM    795  CB  ASP X 800     -16.347  13.920 -17.781  1.00 18.13      A     \nATOM    796  CG  ASP X 800     -16.884  15.330 -17.956  1.00 20.46      A     \nATOM    797  OD1 ASP X 800     -17.572  15.576 -18.969  1.00 23.54      A     \nATOM    798  OD2 ASP X 800     -16.624  16.190 -17.089  1.00 21.45      A     \nATOM    799  N   TYR X 801     -14.336  11.659 -16.728  1.00 15.09      A     \nATOM    800  CA  TYR X 801     -14.097  10.240 -16.504  1.00 15.93      A     \nATOM    801  C   TYR X 801     -13.847   9.940 -15.026  1.00 16.79      A     \nATOM    802  O   TYR X 801     -14.422   9.006 -14.470  1.00 17.28      A     \nATOM    803  CB  TYR X 801     -12.904   9.757 -17.339  1.00 16.64      A     \nATOM    804  CG  TYR X 801     -12.745   8.259 -17.303  1.00 17.93      A     \nATOM    805  CD1 TYR X 801     -11.946   7.652 -16.345  1.00 17.77      A     \nATOM    806  CD2 TYR X 801     -13.441   7.446 -18.191  1.00 16.45      A     \nATOM    807  CE1 TYR X 801     -11.848   6.276 -16.265  1.00 18.61      A     \nATOM    808  CE2 TYR X 801     -13.350   6.070 -18.119  1.00 19.69      A     \nATOM    809  CZ  TYR X 801     -12.554   5.491 -17.152  1.00 19.94      A     \nATOM    810  OH  TYR X 801     -12.477   4.123 -17.055  1.00 19.83      A     \nATOM    811  N  AVAL X 802     -12.997  10.730 -14.379  0.50 16.23      A     \nATOM    812  CA AVAL X 802     -12.686  10.480 -12.975  0.50 16.46      A     \nATOM    813  C  AVAL X 802     -13.869  10.779 -12.059  0.50 17.46      A     \nATOM    814  O  AVAL X 802     -14.020  10.155 -11.008  0.50 18.65      A     \nATOM    815  CB AVAL X 802     -11.468  11.304 -12.493  0.50 16.04      A     \nATOM    816  CG1AVAL X 802     -10.239  10.927 -13.300  0.50 16.23      A     \nATOM    817  CG2AVAL X 802     -11.758  12.791 -12.605  0.50 15.54      A     \nATOM    818  N  BVAL X 802     -12.991  10.730 -14.393  0.50 16.64      A     \nATOM    819  CA BVAL X 802     -12.678  10.501 -12.992  0.50 17.29      A     \nATOM    820  C  BVAL X 802     -13.905  10.727 -12.113  0.50 17.79      A     \nATOM    821  O  BVAL X 802     -14.126   9.995 -11.147  0.50 18.34      A     \nATOM    822  CB BVAL X 802     -11.536  11.418 -12.516  0.50 17.74      A     \nATOM    823  CG1BVAL X 802     -11.221  11.135 -11.062  0.50 18.80      A     \nATOM    824  CG2BVAL X 802     -10.299  11.194 -13.370  0.50 19.08      A     \nATOM    825  N   ARG X 803     -14.710  11.730 -12.454  1.00 17.20      A     \nATOM    826  CA  ARG X 803     -15.921  12.020 -11.688  1.00 17.97      A     \nATOM    827  C   ARG X 803     -16.911  10.870 -11.803  1.00 19.99      A     \nATOM    828  O   ARG X 803     -17.535  10.469 -10.817  1.00 20.80      A     \nATOM    829  CB  ARG X 803     -16.568  13.313 -12.189  1.00 17.48      A     \nATOM    830  CG  ARG X 803     -15.759  14.558 -11.883  1.00 16.34      A     \nATOM    831  CD  ARG X 803     -16.431  15.802 -12.438  1.00 17.45      A     \nATOM    832  NE  ARG X 803     -15.800  17.022 -11.940  1.00 15.70      A     \nATOM    833  CZ  ARG X 803     -16.076  18.242 -12.386  1.00 16.09      A     \nATOM    834  NH1 ARG X 803     -16.974  18.409 -13.348  1.00 19.12      A     \nATOM    835  NH2 ARG X 803     -15.458  19.296 -11.870  1.00 17.77      A     \nATOM    836  N   GLU X 804     -17.044  10.334 -13.011  1.00 20.14      A     \nATOM    837  CA  GLU X 804     -18.005   9.270 -13.272  1.00 22.35      A     \nATOM    838  C   GLU X 804     -17.578   7.934 -12.669  1.00 22.15      A     \nATOM    839  O   GLU X 804     -18.421   7.137 -12.259  1.00 24.95      A     \nATOM    840  CB  GLU X 804     -18.213   9.107 -14.782  1.00 24.77      A     \nATOM    841  CG  GLU X 804     -19.143   7.961 -15.156  1.00 30.28      A     \nATOM    842  CD  GLU X 804     -19.463   7.922 -16.638  1.00 33.52      A     \nATOM    843  OE1 GLU X 804     -20.197   7.004 -17.063  1.00 37.41      A     \nATOM    844  OE2 GLU X 804     -18.986   8.809 -17.377  1.00 35.96      A     \nATOM    845  N   HIS X 805     -16.272   7.689 -12.612  1.00 19.19      A     \nATOM    846  CA  HIS X 805     -15.766   6.364 -12.269  1.00 20.66      A     \nATOM    847  C   HIS X 805     -14.976   6.319 -10.968  1.00 22.72      A     \nATOM    848  O   HIS X 805     -14.270   5.345 -10.698  1.00 20.93      A     \nATOM    849  CB  HIS X 805     -14.895   5.831 -13.409  1.00 19.11      A     \nATOM    850  CG  HIS X 805     -15.654   5.581 -14.673  1.00 21.73      A     \nATOM    851  ND1 HIS X 805     -15.674   6.477 -15.721  1.00 23.96      A     \nATOM    852  CD2 HIS X 805     -16.438   4.544 -15.049  1.00 22.61      A     \nATOM    853  CE1 HIS X 805     -16.439   6.002 -16.687  1.00 23.39      A     \nATOM    854  NE2 HIS X 805     -16.915   4.832 -16.305  1.00 25.90      A     \nATOM    855  N   LYS X 806     -15.103   7.365 -10.159  1.00 21.02      A     \nATOM    856  CA  LYS X 806     -14.238   7.531  -9.000  1.00 23.00      A     \nATOM    857  C   LYS X 806     -14.291   6.370  -8.008  1.00 24.70      A     \nATOM    858  O   LYS X 806     -13.313   6.110  -7.310  1.00 25.66      A     \nATOM    859  CB  LYS X 806     -14.556   8.848  -8.282  1.00 25.86      A     \nATOM    860  CG  LYS X 806     -16.013   9.056  -7.899  1.00 28.22      A     \nATOM    861  CD  LYS X 806     -16.214  10.434  -7.264  1.00 31.32      A     \nATOM    862  CE  LYS X 806     -15.656  11.546  -8.152  1.00 33.47      A     \nATOM    863  NZ  LYS X 806     -15.847  12.921  -7.588  1.00 33.63      A     \nATOM    864  N   ASP X 807     -15.418   5.668  -7.948  1.00 25.04      A     \nATOM    865  CA  ASP X 807     -15.556   4.557  -7.011  1.00 25.11      A     \nATOM    866  C   ASP X 807     -14.700   3.358  -7.410  1.00 24.11      A     \nATOM    867  O   ASP X 807     -14.514   2.429  -6.624  1.00 24.66      A     \nATOM    868  CB  ASP X 807     -17.023   4.122  -6.904  1.00 27.46      A     \nATOM    869  CG  ASP X 807     -17.888   5.147  -6.192  1.00 31.79      A     \nATOM    870  OD1 ASP X 807     -17.356   5.903  -5.352  1.00 33.64      A     \nATOM    871  OD2 ASP X 807     -19.106   5.194  -6.473  1.00 34.87      A     \nATOM    872  N   ASN X 808     -14.177   3.381  -8.632  1.00 22.75      A     \nATOM    873  CA  ASN X 808     -13.400   2.254  -9.138  1.00 23.49      A     \nATOM    874  C   ASN X 808     -12.002   2.631  -9.615  1.00 22.15      A     \nATOM    875  O   ASN X 808     -11.320   1.828 -10.248  1.00 22.67      A     \nATOM    876  CB  ASN X 808     -14.165   1.563 -10.267  1.00 26.40      A     \nATOM    877  CG  ASN X 808     -15.346   0.764  -9.758  1.00 30.33      A     \nATOM    878  OD1 ASN X 808     -16.501   1.121  -9.989  1.00 33.73      A     \nATOM    879  ND2 ASN X 808     -15.060  -0.325  -9.052  1.00 30.90      A     \nATOM    880  N   ILE X 809     -11.575   3.849  -9.299  1.00 19.67      A     \nATOM    881  CA  ILE X 809     -10.253   4.318  -9.698  1.00 18.04      A     \nATOM    882  C   ILE X 809      -9.236   4.164  -8.569  1.00 17.45      A     \nATOM    883  O   ILE X 809      -9.367   4.782  -7.512  1.00 20.20      A     \nATOM    884  CB  ILE X 809     -10.312   5.793 -10.138  1.00 18.14      A     \nATOM    885  CG1 ILE X 809     -11.115   5.903 -11.436  1.00 16.59      A     \nATOM    886  CG2 ILE X 809      -8.909   6.347 -10.328  1.00 17.54      A     \nATOM    887  CD1 ILE X 809     -11.381   7.323 -11.879  1.00 18.10      A     \nATOM    888  N   GLY X 810      -8.226   3.335  -8.805  1.00 17.52      A     \nATOM    889  CA  GLY X 810      -7.237   3.065  -7.779  1.00 17.64      A     \nATOM    890  C   GLY X 810      -5.940   3.822  -7.991  1.00 16.69      A     \nATOM    891  O   GLY X 810      -5.799   4.585  -8.949  1.00 17.30      A     \nATOM    892  N   SER X 811      -4.981   3.597  -7.099  1.00 14.79      A     \nATOM    893  CA  SER X 811      -3.733   4.349  -7.112  1.00 14.62      A     \nATOM    894  C   SER X 811      -2.909   4.118  -8.370  1.00 13.71      A     \nATOM    895  O   SER X 811      -2.229   5.027  -8.838  1.00 13.41      A     \nATOM    896  CB  SER X 811      -2.896   4.001  -5.880  1.00 14.27      A     \nATOM    897  OG  SER X 811      -2.661   2.606  -5.799  1.00 16.18      A     \nATOM    898  N   GLN X 812      -2.961   2.909  -8.923  1.00 12.53      A     \nATOM    899  CA  GLN X 812      -2.155   2.609 -10.100  1.00 11.90      A     \nATOM    900  C   GLN X 812      -2.583   3.479 -11.280  1.00 11.87      A     \nATOM    901  O   GLN X 812      -1.746   4.034 -11.995  1.00 13.29      A     \nATOM    902  CB  GLN X 812      -2.285   1.134 -10.482  1.00 13.53      A     \nATOM    903  CG  GLN X 812      -1.357   0.725 -11.612  1.00 14.67      A     \nATOM    904  CD  GLN X 812       0.099   0.787 -11.204  1.00 16.38      A     \nATOM    905  OE1 GLN X 812       0.644  -0.184 -10.676  1.00 16.14      A     \nATOM    906  NE2 GLN X 812       0.739   1.932 -11.436  1.00 16.57      A     \nATOM    907  N   TYR X 813      -3.889   3.604 -11.483  1.00 12.30      A     \nATOM    908  CA  TYR X 813      -4.378   4.423 -12.582  1.00 12.88      A     \nATOM    909  C   TYR X 813      -4.033   5.892 -12.378  1.00 12.45      A     \nATOM    910  O   TYR X 813      -3.523   6.542 -13.293  1.00 12.82      A     \nATOM    911  CB  TYR X 813      -5.889   4.255 -12.750  1.00 13.74      A     \nATOM    912  CG  TYR X 813      -6.253   3.025 -13.542  1.00 15.92      A     \nATOM    913  CD1 TYR X 813      -6.273   1.773 -12.943  1.00 18.44      A     \nATOM    914  CD2 TYR X 813      -6.557   3.110 -14.895  1.00 17.50      A     \nATOM    915  CE1 TYR X 813      -6.583   0.639 -13.664  1.00 19.36      A     \nATOM    916  CE2 TYR X 813      -6.870   1.980 -15.627  1.00 19.09      A     \nATOM    917  CZ  TYR X 813      -6.882   0.750 -15.007  1.00 18.42      A     \nATOM    918  OH  TYR X 813      -7.194  -0.379 -15.734  1.00 22.62      A     \nATOM    919  N   LEU X 814      -4.293   6.417 -11.183  1.00 12.52      A     \nATOM    920  CA  LEU X 814      -4.027   7.827 -10.924  1.00 12.06      A     \nATOM    921  C   LEU X 814      -2.565   8.179 -11.192  1.00 13.39      A     \nATOM    922  O   LEU X 814      -2.263   9.170 -11.869  1.00 13.18      A     \nATOM    923  CB  LEU X 814      -4.397   8.181  -9.477  1.00 11.68      A     \nATOM    924  CG  LEU X 814      -5.904   8.244  -9.232  1.00 11.94      A     \nATOM    925  CD1 LEU X 814      -6.199   8.260  -7.740  1.00 14.19      A     \nATOM    926  CD2 LEU X 814      -6.464   9.484  -9.904  1.00 13.23      A     \nATOM    927  N   LEU X 815      -1.651   7.369 -10.676  1.00 13.64      A     \nATOM    928  CA  LEU X 815      -0.236   7.673 -10.830  1.00 11.13      A     \nATOM    929  C   LEU X 815       0.239   7.451 -12.265  1.00 11.91      A     \nATOM    930  O   LEU X 815       1.051   8.223 -12.773  1.00 11.92      A     \nATOM    931  CB  LEU X 815       0.591   6.844  -9.841  1.00 11.75      A     \nATOM    932  CG  LEU X 815       0.398   7.265  -8.378  1.00 11.68      A     \nATOM    933  CD1 LEU X 815       1.039   6.229  -7.472  1.00 12.63      A     \nATOM    934  CD2 LEU X 815       0.995   8.647  -8.138  1.00 12.61      A     \nATOM    935  N   ASN X 816      -0.282   6.422 -12.929  1.00 12.02      A     \nATOM    936  CA  ASN X 816       0.039   6.224 -14.342  1.00 12.14      A     \nATOM    937  C   ASN X 816      -0.393   7.430 -15.175  1.00 11.78      A     \nATOM    938  O   ASN X 816       0.339   7.872 -16.063  1.00 11.92      A     \nATOM    939  CB  ASN X 816      -0.639   4.955 -14.882  1.00 11.68      A     \nATOM    940  CG  ASN X 816       0.130   3.686 -14.548  1.00 13.38      A     \nATOM    941  OD1 ASN X 816      -0.377   2.576 -14.738  1.00 17.20      A     \nATOM    942  ND2 ASN X 816       1.354   3.841 -14.063  1.00 12.93      A     \nATOM    943  N   TRP X 817      -1.579   7.964 -14.899  1.00 11.53      A     \nATOM    944  CA  TRP X 817      -2.046   9.136 -15.633  1.00 11.30      A     \nATOM    945  C   TRP X 817      -1.118  10.324 -15.400  1.00 11.96      A     \nATOM    946  O   TRP X 817      -0.827  11.078 -16.322  1.00 11.60      A     \nATOM    947  CB  TRP X 817      -3.471   9.510 -15.208  1.00 12.29      A     \nATOM    948  CG  TRP X 817      -4.519   8.526 -15.640  1.00 11.89      A     \nATOM    949  CD1 TRP X 817      -4.467   7.677 -16.712  1.00 13.69      A     \nATOM    950  CD2 TRP X 817      -5.784   8.297 -15.010  1.00 12.61      A     \nATOM    951  NE1 TRP X 817      -5.622   6.936 -16.783  1.00 14.10      A     \nATOM    952  CE2 TRP X 817      -6.447   7.298 -15.750  1.00 13.95      A     \nATOM    953  CE3 TRP X 817      -6.421   8.840 -13.890  1.00 13.43      A     \nATOM    954  CZ2 TRP X 817      -7.716   6.831 -15.405  1.00 13.49      A     \nATOM    955  CZ3 TRP X 817      -7.677   8.376 -13.550  1.00 13.64      A     \nATOM    956  CH2 TRP X 817      -8.312   7.383 -14.304  1.00 14.28      A     \nATOM    957  N   CYS X 818      -0.651  10.490 -14.167  1.00 11.90      A     \nATOM    958  CA  CYS X 818       0.284  11.569 -13.861  1.00 12.03      A     \nATOM    959  C   CYS X 818       1.574  11.430 -14.665  1.00 10.98      A     \nATOM    960  O   CYS X 818       2.099  12.412 -15.186  1.00 12.12      A     \nATOM    961  CB  CYS X 818       0.619  11.576 -12.372  1.00 10.99      A     \nATOM    962  SG  CYS X 818      -0.734  12.098 -11.302  1.00 14.08      A     \nATOM    963  N   VAL X 819       2.079  10.204 -14.769  1.00 10.49      A     \nATOM    964  CA  VAL X 819       3.275   9.944 -15.562  1.00 10.68      A     \nATOM    965  C   VAL X 819       3.045  10.295 -17.025  1.00 10.58      A     \nATOM    966  O   VAL X 819       3.856  10.979 -17.642  1.00 11.72      A     \nATOM    967  CB  VAL X 819       3.691   8.464 -15.474  1.00 10.91      A     \nATOM    968  CG1 VAL X 819       4.822   8.186 -16.457  1.00 12.58      A     \nATOM    969  CG2 VAL X 819       4.138   8.133 -14.056  1.00 12.32      A     \nATOM    970  N   GLN X 820       1.926   9.831 -17.569  1.00  9.94      A     \nATOM    971  CA  GLN X 820       1.625  10.032 -18.980  1.00 10.81      A     \nATOM    972  C   GLN X 820       1.489  11.508 -19.325  1.00 10.77      A     \nATOM    973  O   GLN X 820       2.005  11.964 -20.343  1.00 11.08      A     \nATOM    974  CB  GLN X 820       0.346   9.278 -19.346  1.00 11.08      A     \nATOM    975  CG  GLN X 820       0.503   7.767 -19.257  1.00 10.87      A     \nATOM    976  CD  GLN X 820      -0.782   7.021 -19.543  1.00 13.27      A     \nATOM    977  OE1 GLN X 820      -1.715   7.567 -20.125  1.00 15.76      A     \nATOM    978  NE2 GLN X 820      -0.838   5.757 -19.130  1.00 17.84      A     \nATOM    979  N   ILE X 821       0.810  12.267 -18.470  1.00  9.58      A     \nATOM    980  CA  ILE X 821       0.653  13.698 -18.710  1.00  9.28      A     \nATOM    981  C   ILE X 821       2.005  14.413 -18.644  1.00  9.34      A     \nATOM    982  O   ILE X 821       2.288  15.298 -19.451  1.00 10.88      A     \nATOM    983  CB  ILE X 821      -0.346  14.322 -17.689  1.00  9.45      A     \nATOM    984  CG1 ILE X 821      -1.733  13.712 -17.902  1.00 11.48      A     \nATOM    985  CG2 ILE X 821      -0.414  15.849 -17.857  1.00 10.64      A     \nATOM    986  CD1 ILE X 821      -2.700  13.944 -16.751  1.00 12.54      A     \nATOM    987  N   ALA X 822       2.849  14.026 -17.693  1.00  9.71      A     \nATOM    988  CA  ALA X 822       4.186  14.598 -17.606  1.00 10.10      A     \nATOM    989  C   ALA X 822       5.019  14.280 -18.848  1.00 10.55      A     \nATOM    990  O   ALA X 822       5.765  15.132 -19.332  1.00 11.41      A     \nATOM    991  CB  ALA X 822       4.892  14.089 -16.353  1.00 10.63      A     \nATOM    992  N   LYS X 823       4.890  13.060 -19.363  1.00 10.44      A     \nATOM    993  CA  LYS X 823       5.601  12.678 -20.578  1.00 10.58      A     \nATOM    994  C   LYS X 823       5.135  13.489 -21.778  1.00 11.27      A     \nATOM    995  O   LYS X 823       5.950  13.945 -22.580  1.00 12.21      A     \nATOM    996  CB  LYS X 823       5.417  11.185 -20.859  1.00 11.38      A     \nATOM    997  CG  LYS X 823       6.233  10.297 -19.937  1.00 11.81      A     \nATOM    998  CD  LYS X 823       6.153   8.836 -20.351  1.00 14.65      A     \nATOM    999  CE  LYS X 823       7.113   7.988 -19.528  1.00 17.78      A     \nATOM   1000  NZ  LYS X 823       6.989   6.534 -19.844  1.00 18.87      A     \nATOM   1001  N   GLY X 824       3.826  13.679 -21.895  1.00 10.88      A     \nATOM   1002  CA  GLY X 824       3.296  14.487 -22.977  1.00 11.40      A     \nATOM   1003  C   GLY X 824       3.758  15.929 -22.891  1.00 10.17      A     \nATOM   1004  O   GLY X 824       4.123  16.539 -23.900  1.00 10.87      A     \nATOM   1005  N   MET X 825       3.756  16.485 -21.685  1.00 10.26      A     \nATOM   1006  CA  MET X 825       4.180  17.868 -21.519  1.00 10.10      A     \nATOM   1007  C   MET X 825       5.673  18.030 -21.763  1.00 10.89      A     \nATOM   1008  O   MET X 825       6.109  19.023 -22.351  1.00 12.01      A     \nATOM   1009  CB  MET X 825       3.820  18.375 -20.119  1.00 10.74      A     \nATOM   1010  CG  MET X 825       2.324  18.536 -19.886  1.00 11.19      A     \nATOM   1011  SD  MET X 825       1.534  19.642 -21.073  1.00 12.10      A     \nATOM   1012  CE  MET X 825       2.462  21.146 -20.779  1.00 15.46      A     \nATOM   1013  N   ASN X 826       6.464  17.055 -21.324  1.00 11.23      A     \nATOM   1014  CA  ASN X 826       7.894  17.107 -21.580  1.00 11.59      A     \nATOM   1015  C   ASN X 826       8.160  17.095 -23.083  1.00 12.34      A     \nATOM   1016  O   ASN X 826       9.055  17.786 -23.570  1.00 12.55      A     \nATOM   1017  CB  ASN X 826       8.600  15.924 -20.922  1.00 13.51      A     \nATOM   1018  CG  ASN X 826      10.096  15.951 -21.144  1.00 15.63      A     \nATOM   1019  OD1 ASN X 826      10.788  16.848 -20.663  1.00 17.47      A     \nATOM   1020  ND2 ASN X 826      10.602  14.972 -21.886  1.00 17.71      A     \nATOM   1021  N   TYR X 827       7.375  16.314 -23.818  1.00 11.26      A     \nATOM   1022  CA  TYR X 827       7.513  16.286 -25.263  1.00 12.34      A     \nATOM   1023  C   TYR X 827       7.162  17.644 -25.866  1.00 11.67      A     \nATOM   1024  O   TYR X 827       7.877  18.146 -26.733  1.00 13.64      A     \nATOM   1025  CB  TYR X 827       6.622  15.201 -25.868  1.00 12.03      A     \nATOM   1026  CG  TYR X 827       6.667  15.190 -27.373  1.00 13.05      A     \nATOM   1027  CD1 TYR X 827       7.727  14.601 -28.053  1.00 14.29      A     \nATOM   1028  CD2 TYR X 827       5.662  15.786 -28.118  1.00 12.53      A     \nATOM   1029  CE1 TYR X 827       7.783  14.611 -29.438  1.00 14.71      A     \nATOM   1030  CE2 TYR X 827       5.706  15.798 -29.498  1.00 13.96      A     \nATOM   1031  CZ  TYR X 827       6.768  15.213 -30.152  1.00 14.13      A     \nATOM   1032  OH  TYR X 827       6.815  15.250 -31.529  1.00 16.58      A     \nATOM   1033  N   LEU X 828       6.071  18.246 -25.406  1.00 10.91      A     \nATOM   1034  CA  LEU X 828       5.709  19.572 -25.890  1.00 11.65      A     \nATOM   1035  C   LEU X 828       6.826  20.574 -25.610  1.00 12.33      A     \nATOM   1036  O   LEU X 828       7.148  21.398 -26.465  1.00 12.63      A     \nATOM   1037  CB  LEU X 828       4.396  20.047 -25.251  1.00 11.93      A     \nATOM   1038  CG  LEU X 828       3.158  19.246 -25.673  1.00 11.47      A     \nATOM   1039  CD1 LEU X 828       1.917  19.819 -24.995  1.00 15.41      A     \nATOM   1040  CD2 LEU X 828       3.005  19.289 -27.186  1.00 15.11      A     \nATOM   1041  N   GLU X 829       7.438  20.495 -24.429  1.00 12.26      A     \nATOM   1042  CA  GLU X 829       8.527  21.414 -24.102  1.00 13.02      A     \nATOM   1043  C   GLU X 829       9.705  21.214 -25.054  1.00 13.45      A     \nATOM   1044  O   GLU X 829      10.291  22.185 -25.538  1.00 15.09      A     \nATOM   1045  CB  GLU X 829       8.994  21.225 -22.651  1.00 11.93      A     \nATOM   1046  CG  GLU X 829      10.206  22.093 -22.302  1.00 13.93      A     \nATOM   1047  CD  GLU X 829      10.458  22.217 -20.807  1.00 15.97      A     \nATOM   1048  OE1 GLU X 829      11.385  22.970 -20.425  1.00 17.28      A     \nATOM   1049  OE2 GLU X 829       9.744  21.571 -20.013  1.00 17.04      A     \nATOM   1050  N   ASP X 830      10.042  19.958 -25.334  1.00 13.90      A     \nATOM   1051  CA  ASP X 830      11.102  19.663 -26.296  1.00 17.05      A     \nATOM   1052  C   ASP X 830      10.806  20.271 -27.667  1.00 18.22      A     \nATOM   1053  O   ASP X 830      11.726  20.641 -28.401  1.00 18.98      A     \nATOM   1054  CB  ASP X 830      11.289  18.149 -26.438  1.00 19.20      A     \nATOM   1055  CG  ASP X 830      12.007  17.533 -25.254  1.00 22.27      A     \nATOM   1056  OD1 ASP X 830      11.954  16.292 -25.111  1.00 27.90      A     \nATOM   1057  OD2 ASP X 830      12.627  18.282 -24.469  1.00 25.79      A     \nATOM   1058  N   ARG X 831       9.524  20.374 -28.008  1.00 15.63      A     \nATOM   1059  CA  ARG X 831       9.109  20.935 -29.291  1.00 14.99      A     \nATOM   1060  C   ARG X 831       8.916  22.448 -29.206  1.00 14.37      A     \nATOM   1061  O   ARG X 831       8.453  23.075 -30.161  1.00 15.65      A     \nATOM   1062  CB  ARG X 831       7.804  20.284 -29.762  1.00 16.30      A     \nATOM   1063  CG  ARG X 831       7.895  18.786 -30.020  1.00 17.28      A     \nATOM   1064  CD  ARG X 831       8.996  18.458 -31.014  1.00 19.12      A     \nATOM   1065  NE  ARG X 831       8.894  19.261 -32.228  1.00 21.39      A     \nATOM   1066  CZ  ARG X 831       8.113  18.962 -33.260  1.00 22.64      A     \nATOM   1067  NH1 ARG X 831       7.360  17.870 -33.229  1.00 22.81      A     \nATOM   1068  NH2 ARG X 831       8.087  19.755 -34.322  1.00 22.69      A     \nATOM   1069  N   ARG X 832       9.262  23.021 -28.057  1.00 13.86      A     \nATOM   1070  CA  ARG X 832       9.145  24.460 -27.818  1.00 15.31      A     \nATOM   1071  C   ARG X 832       7.698  24.946 -27.820  1.00 14.70      A     \nATOM   1072  O   ARG X 832       7.423  26.102 -28.147  1.00 15.19      A     \nATOM   1073  CB  ARG X 832       9.949  25.242 -28.862  1.00 17.17      A     \nATOM   1074  CG  ARG X 832      11.404  24.828 -28.949  1.00 21.58      A     \nATOM   1075  CD  ARG X 832      12.267  25.966 -29.461  1.00 26.48      A     \nATOM   1076  NE  ARG X 832      11.613  26.682 -30.551  1.00 31.21      A     \nATOM   1077  CZ  ARG X 832      11.672  26.315 -31.826  1.00 33.98      A     \nATOM   1078  NH1 ARG X 832      11.045  27.026 -32.752  1.00 34.67      A     \nATOM   1079  NH2 ARG X 832      12.359  25.235 -32.174  1.00 37.68      A     \nATOM   1080  N   LEU X 833       6.778  24.059 -27.454  1.00 13.33      A     \nATOM   1081  CA  LEU X 833       5.364  24.411 -27.379  1.00 12.21      A     \nATOM   1082  C   LEU X 833       4.941  24.666 -25.939  1.00 12.04      A     \nATOM   1083  O   LEU X 833       5.111  23.807 -25.073  1.00 13.96      A     \nATOM   1084  CB  LEU X 833       4.513  23.282 -27.965  1.00 13.34      A     \nATOM   1085  CG  LEU X 833       4.571  23.165 -29.491  1.00 14.63      A     \nATOM   1086  CD1 LEU X 833       4.081  21.793 -29.936  1.00 15.10      A     \nATOM   1087  CD2 LEU X 833       3.719  24.262 -30.112  1.00 15.91      A     \nATOM   1088  N  AVAL X 834       4.392  25.848 -25.689  0.50 11.36      A     \nATOM   1089  CA AVAL X 834       3.778  26.142 -24.401  0.50 11.57      A     \nATOM   1090  C  AVAL X 834       2.280  25.905 -24.540  0.50 11.78      A     \nATOM   1091  O  AVAL X 834       1.641  26.432 -25.451  0.50 12.30      A     \nATOM   1092  CB AVAL X 834       4.027  27.605 -23.989  0.50 11.33      A     \nATOM   1093  CG1AVAL X 834       3.502  27.850 -22.583  0.50  9.45      A     \nATOM   1094  CG2AVAL X 834       5.514  27.915 -24.064  0.50 13.22      A     \nATOM   1095  N  BVAL X 834       4.400  25.850 -25.679  0.50 11.90      A     \nATOM   1096  CA BVAL X 834       3.780  26.119 -24.388  0.50 12.52      A     \nATOM   1097  C  BVAL X 834       2.273  25.945 -24.505  0.50 12.34      A     \nATOM   1098  O  BVAL X 834       1.626  26.552 -25.359  0.50 12.91      A     \nATOM   1099  CB BVAL X 834       4.100  27.546 -23.891  0.50 13.14      A     \nATOM   1100  CG1BVAL X 834       5.587  27.668 -23.606  0.50 14.42      A     \nATOM   1101  CG2BVAL X 834       3.675  28.573 -24.924  0.50 13.94      A     \nATOM   1102  N   HIS X 835       1.716  25.105 -23.644  1.00 12.60      A     \nATOM   1103  CA  HIS X 835       0.344  24.652 -23.814  1.00 11.03      A     \nATOM   1104  C   HIS X 835      -0.665  25.721 -23.386  1.00 11.25      A     \nATOM   1105  O   HIS X 835      -1.610  26.029 -24.121  1.00 12.26      A     \nATOM   1106  CB  HIS X 835       0.124  23.366 -23.016  1.00 10.97      A     \nATOM   1107  CG  HIS X 835      -1.219  22.746 -23.235  1.00 12.34      A     \nATOM   1108  ND1 HIS X 835      -2.356  23.190 -22.595  1.00 12.57      A     \nATOM   1109  CD2 HIS X 835      -1.608  21.717 -24.024  1.00 11.05      A     \nATOM   1110  CE1 HIS X 835      -3.388  22.460 -22.981  1.00 13.85      A     \nATOM   1111  NE2 HIS X 835      -2.960  21.559 -23.848  1.00 12.35      A     \nATOM   1112  N   ARG X 836      -0.451  26.278 -22.193  1.00 11.72      A     \nATOM   1113  CA  ARG X 836      -1.231  27.408 -21.681  1.00 11.77      A     \nATOM   1114  C   ARG X 836      -2.666  27.094 -21.239  1.00 11.02      A     \nATOM   1115  O   ARG X 836      -3.395  27.994 -20.823  1.00 12.55      A     \nATOM   1116  CB  ARG X 836      -1.250  28.548 -22.711  1.00 13.42      A     \nATOM   1117  CG  ARG X 836       0.140  29.005 -23.138  1.00 14.18      A     \nATOM   1118  CD  ARG X 836       0.130  30.419 -23.699  1.00 16.33      A     \nATOM   1119  NE  ARG X 836      -0.935  30.607 -24.674  1.00 19.10      A     \nATOM   1120  CZ  ARG X 836      -1.842  31.579 -24.618  1.00 18.60      A     \nATOM   1121  NH1 ARG X 836      -2.773  31.664 -25.553  1.00 19.06      A     \nATOM   1122  NH2 ARG X 836      -1.817  32.469 -23.633  1.00 21.01      A     \nATOM   1123  N   ASP X 837      -3.082  25.833 -21.321  1.00 11.88      A     \nATOM   1124  CA  ASP X 837      -4.415  25.470 -20.846  1.00 11.91      A     \nATOM   1125  C   ASP X 837      -4.461  24.040 -20.318  1.00 11.48      A     \nATOM   1126  O   ASP X 837      -5.435  23.318 -20.523  1.00 12.43      A     \nATOM   1127  CB  ASP X 837      -5.448  25.648 -21.966  1.00 15.53      A     \nATOM   1128  CG  ASP X 837      -6.855  25.873 -21.439  1.00 17.87      A     \nATOM   1129  OD1 ASP X 837      -7.781  25.997 -22.267  1.00 23.10      A     \nATOM   1130  OD2 ASP X 837      -7.044  25.928 -20.207  1.00 19.11      A     \nATOM   1131  N   LEU X 838      -3.405  23.615 -19.636  1.00 11.45      A     \nATOM   1132  CA  LEU X 838      -3.409  22.272 -19.086  1.00 10.58      A     \nATOM   1133  C   LEU X 838      -4.356  22.197 -17.896  1.00  9.76      A     \nATOM   1134  O   LEU X 838      -4.298  23.027 -16.986  1.00 11.04      A     \nATOM   1135  CB  LEU X 838      -2.000  21.853 -18.670  1.00 10.65      A     \nATOM   1136  CG  LEU X 838      -1.888  20.414 -18.160  1.00 10.10      A     \nATOM   1137  CD1 LEU X 838      -2.343  19.438 -19.241  1.00 12.70      A     \nATOM   1138  CD2 LEU X 838      -0.445  20.130 -17.761  1.00 13.12      A     \nATOM   1139  N   ALA X 839      -5.229  21.196 -17.935  1.00 10.63      A     \nATOM   1140  CA  ALA X 839      -6.266  20.978 -16.932  1.00  9.69      A     \nATOM   1141  C   ALA X 839      -6.842  19.595 -17.206  1.00  9.42      A     \nATOM   1142  O   ALA X 839      -6.688  19.069 -18.304  1.00 10.44      A     \nATOM   1143  CB  ALA X 839      -7.358  22.035 -17.061  1.00 10.01      A     \nATOM   1144  N   ALA X 840      -7.508  18.994 -16.228  1.00 10.47      A     \nATOM   1145  CA  ALA X 840      -8.061  17.664 -16.440  1.00 10.89      A     \nATOM   1146  C   ALA X 840      -9.090  17.646 -17.570  1.00 10.28      A     \nATOM   1147  O   ALA X 840      -9.250  16.628 -18.250  1.00 11.86      A     \nATOM   1148  CB  ALA X 840      -8.681  17.141 -15.146  1.00 11.86      A     \nATOM   1149  N   ARG X 841      -9.778  18.764 -17.784  1.00 10.22      A     \nATOM   1150  CA  ARG X 841     -10.743  18.855 -18.877  1.00 12.76      A     \nATOM   1151  C   ARG X 841     -10.061  18.754 -20.242  1.00 11.47      A     \nATOM   1152  O   ARG X 841     -10.700  18.390 -21.230  1.00 13.58      A     \nATOM   1153  CB  ARG X 841     -11.532  20.170 -18.801  1.00 11.61      A     \nATOM   1154  CG  ARG X 841     -10.672  21.411 -18.948  1.00 12.89      A     \nATOM   1155  CD  ARG X 841     -11.483  22.698 -18.875  1.00 15.22      A     \nATOM   1156  NE  ARG X 841     -10.582  23.843 -18.904  1.00 15.84      A     \nATOM   1157  CZ  ARG X 841     -10.056  24.398 -17.816  1.00 16.88      A     \nATOM   1158  NH1 ARG X 841     -10.358  23.922 -16.615  1.00 16.96      A     \nATOM   1159  NH2 ARG X 841      -9.198  25.402 -17.929  1.00 19.02      A     \nATOM   1160  N   ASN X 842      -8.770  19.075 -20.302  1.00 11.55      A     \nATOM   1161  CA  ASN X 842      -8.055  19.087 -21.576  1.00 12.22      A     \nATOM   1162  C   ASN X 842      -7.084  17.919 -21.721  1.00 11.99      A     \nATOM   1163  O   ASN X 842      -6.201  17.931 -22.581  1.00 12.87      A     \nATOM   1164  CB  ASN X 842      -7.319  20.417 -21.759  1.00 10.19      A     \nATOM   1165  CG  ASN X 842      -8.270  21.578 -21.989  1.00 12.83      A     \nATOM   1166  OD1 ASN X 842      -8.003  22.712 -21.586  1.00 16.85      A     \nATOM   1167  ND2 ASN X 842      -9.389  21.296 -22.638  1.00 12.85      A     \nATOM   1168  N   VAL X 843      -7.250  16.913 -20.874  1.00 11.12      A     \nATOM   1169  CA  VAL X 843      -6.627  15.619 -21.087  1.00 11.42      A     \nATOM   1170  C   VAL X 843      -7.751  14.668 -21.487  1.00 12.52      A     \nATOM   1171  O   VAL X 843      -8.790  14.615 -20.828  1.00 12.60      A     \nATOM   1172  CB  VAL X 843      -5.946  15.108 -19.793  1.00 11.29      A     \nATOM   1173  CG1 VAL X 843      -5.295  13.750 -20.047  1.00 11.81      A     \nATOM   1174  CG2 VAL X 843      -4.899  16.116 -19.324  1.00 13.05      A     \nATOM   1175  N   LEU X 844      -7.558  13.935 -22.579  1.00 10.77      A     \nATOM   1176  CA  LEU X 844      -8.612  13.073 -23.095  1.00 12.13      A     \nATOM   1177  C   LEU X 844      -8.240  11.608 -22.921  1.00 11.37      A     \nATOM   1178  O   LEU X 844      -7.070  11.266 -22.743  1.00 11.09      A     \nATOM   1179  CB  LEU X 844      -8.878  13.378 -24.572  1.00 12.17      A     \nATOM   1180  CG  LEU X 844      -9.257  14.825 -24.900  1.00 13.32      A     \nATOM   1181  CD1 LEU X 844      -9.597  14.928 -26.377  1.00 16.55      A     \nATOM   1182  CD2 LEU X 844     -10.440  15.272 -24.048  1.00 16.85      A     \nATOM   1183  N   VAL X 845      -9.245  10.740 -22.966  1.00 10.91      A     \nATOM   1184  CA  VAL X 845      -9.054   9.340 -22.619  1.00 11.63      A     \nATOM   1185  C   VAL X 845      -9.201   8.434 -23.843  1.00 12.80      A     \nATOM   1186  O   VAL X 845     -10.298   8.281 -24.391  1.00 12.71      A     \nATOM   1187  CB  VAL X 845     -10.075   8.914 -21.526  1.00 12.48      A     \nATOM   1188  CG1 VAL X 845      -9.865   7.458 -21.133  1.00 14.57      A     \nATOM   1189  CG2 VAL X 845      -9.933   9.816 -20.307  1.00 13.06      A     \nATOM   1190  N   LYS X 846      -8.085   7.847 -24.270  1.00 11.81      A     \nATOM   1191  CA  LYS X 846      -8.094   6.878 -25.368  1.00 13.39      A     \nATOM   1192  C   LYS X 846      -8.613   5.536 -24.868  1.00 14.16      A     \nATOM   1193  O   LYS X 846      -9.485   4.925 -25.487  1.00 15.56      A     \nATOM   1194  CB  LYS X 846      -6.682   6.696 -25.927  1.00 14.76      A     \nATOM   1195  CG  LYS X 846      -6.588   5.643 -27.025  1.00 14.33      A     \nATOM   1196  CD  LYS X 846      -5.141   5.272 -27.324  1.00 17.72      A     \nATOM   1197  CE  LYS X 846      -5.066   4.193 -28.397  1.00 17.83      A     \nATOM   1198  NZ  LYS X 846      -3.684   3.666 -28.577  1.00 23.07      A     \nATOM   1199  N   THR X 847      -8.051   5.079 -23.753  1.00 14.70      A     \nATOM   1200  CA  THR X 847      -8.597   3.958 -22.989  1.00 15.37      A     \nATOM   1201  C   THR X 847      -8.423   4.345 -21.530  1.00 16.13      A     \nATOM   1202  O   THR X 847      -7.696   5.288 -21.223  1.00 14.49      A     \nATOM   1203  CB  THR X 847      -7.806   2.660 -23.223  1.00 15.93      A     \nATOM   1204  OG1 THR X 847      -6.477   2.818 -22.712  1.00 16.03      A     \nATOM   1205  CG2 THR X 847      -7.746   2.323 -24.707  1.00 17.68      A     \nATOM   1206  N   PRO X 848      -9.070   3.619 -20.605  1.00 15.72      A     \nATOM   1207  CA  PRO X 848      -8.840   3.951 -19.196  1.00 17.04      A     \nATOM   1208  C   PRO X 848      -7.355   3.914 -18.834  1.00 15.59      A     \nATOM   1209  O   PRO X 848      -6.915   4.581 -17.896  1.00 16.95      A     \nATOM   1210  CB  PRO X 848      -9.651   2.895 -18.442  1.00 18.39      A     \nATOM   1211  CG  PRO X 848     -10.730   2.505 -19.412  1.00 19.60      A     \nATOM   1212  CD  PRO X 848     -10.069   2.547 -20.764  1.00 18.22      A     \nATOM   1213  N   GLN X 849      -6.586   3.149 -19.602  1.00 15.70      A     \nATOM   1214  CA  GLN X 849      -5.160   2.973 -19.348  1.00 15.37      A     \nATOM   1215  C   GLN X 849      -4.258   3.982 -20.069  1.00 15.11      A     \nATOM   1216  O   GLN X 849      -3.042   3.967 -19.888  1.00 16.14      A     \nATOM   1217  CB  GLN X 849      -4.740   1.558 -19.749  1.00 17.20      A     \nATOM   1218  CG  GLN X 849      -5.375   0.444 -18.918  1.00 18.35      A     \nATOM   1219  CD  GLN X 849      -6.805   0.113 -19.328  1.00 21.52      A     \nATOM   1220  OE1 GLN X 849      -7.609  -0.330 -18.504  1.00 23.75      A     \nATOM   1221  NE2 GLN X 849      -7.126   0.317 -20.602  1.00 19.88      A     \nATOM   1222  N   HIS X 850      -4.839   4.844 -20.899  1.00 14.80      A     \nATOM   1223  CA  HIS X 850      -4.025   5.652 -21.803  1.00 13.51      A     \nATOM   1224  C   HIS X 850      -4.687   6.988 -22.110  1.00 12.46      A     \nATOM   1225  O   HIS X 850      -5.755   7.034 -22.718  1.00 12.93      A     \nATOM   1226  CB  HIS X 850      -3.784   4.874 -23.099  1.00 14.99      A     \nATOM   1227  CG  HIS X 850      -2.755   5.489 -23.997  1.00 16.58      A     \nATOM   1228  ND1 HIS X 850      -1.725   4.761 -24.554  1.00 22.85      A     \nATOM   1229  CD2 HIS X 850      -2.609   6.757 -24.452  1.00 16.94      A     \nATOM   1230  CE1 HIS X 850      -0.989   5.554 -25.314  1.00 21.46      A     \nATOM   1231  NE2 HIS X 850      -1.504   6.768 -25.270  1.00 16.58      A     \nATOM   1232  N   VAL X 851      -4.047   8.073 -21.689  1.00 11.33      A     \nATOM   1233  CA  VAL X 851      -4.610   9.405 -21.884  1.00 11.89      A     \nATOM   1234  C   VAL X 851      -3.726  10.284 -22.762  1.00 11.00      A     \nATOM   1235  O   VAL X 851      -2.526  10.033 -22.915  1.00 11.42      A     \nATOM   1236  CB  VAL X 851      -4.857  10.118 -20.528  1.00 11.05      A     \nATOM   1237  CG1 VAL X 851      -5.785   9.274 -19.669  1.00 13.08      A     \nATOM   1238  CG2 VAL X 851      -3.540  10.380 -19.805  1.00 12.84      A     \nATOM   1239  N   LYS X 852      -4.333  11.314 -23.341  1.00 10.40      A     \nATOM   1240  CA  LYS X 852      -3.634  12.203 -24.264  1.00 10.92      A     \nATOM   1241  C   LYS X 852      -4.032  13.653 -24.026  1.00 11.58      A     \nATOM   1242  O   LYS X 852      -5.216  13.979 -23.940  1.00 12.39      A     \nATOM   1243  CB  LYS X 852      -3.956  11.839 -25.718  1.00 13.13      A     \nATOM   1244  CG  LYS X 852      -3.536  10.442 -26.112  1.00 14.01      A     \nATOM   1245  CD  LYS X 852      -3.585  10.260 -27.619  1.00 16.30      A     \nATOM   1246  CE  LYS X 852      -3.182   8.847 -28.005  1.00 18.53      A     \nATOM   1247  NZ  LYS X 852      -2.787   8.763 -29.436  1.00 22.70      A     \nATOM   1248  N   ILE X 853      -3.030  14.521 -23.939  1.00 11.40      A     \nATOM   1249  CA  ILE X 853      -3.254  15.960 -23.828  1.00 11.26      A     \nATOM   1250  C   ILE X 853      -3.775  16.507 -25.151  1.00 12.26      A     \nATOM   1251  O   ILE X 853      -3.281  16.138 -26.217  1.00 12.97      A     \nATOM   1252  CB  ILE X 853      -1.941  16.682 -23.491  1.00 11.59      A     \nATOM   1253  CG1 ILE X 853      -1.393  16.164 -22.162  1.00 12.26      A     \nATOM   1254  CG2 ILE X 853      -2.169  18.184 -23.439  1.00 12.89      A     \nATOM   1255  CD1 ILE X 853       0.090  16.407 -21.988  1.00 13.60      A     \nATOM   1256  N  ATHR X 854      -4.773  17.382 -25.086  0.50 11.62      A     \nATOM   1257  CA ATHR X 854      -5.284  18.023 -26.290  0.50 13.29      A     \nATOM   1258  C  ATHR X 854      -5.135  19.541 -26.204  0.50 13.96      A     \nATOM   1259  O  ATHR X 854      -4.830  20.087 -25.143  0.50 13.21      A     \nATOM   1260  CB ATHR X 854      -6.772  17.674 -26.529  0.50 14.23      A     \nATOM   1261  OG1ATHR X 854      -7.137  18.027 -27.869  0.50 15.32      A     \nATOM   1262  CG2ATHR X 854      -7.664  18.441 -25.560  0.50 16.54      A     \nATOM   1263  N  BTHR X 854      -4.759  17.396 -25.080  0.50 12.82      A     \nATOM   1264  CA BTHR X 854      -5.279  18.036 -26.279  0.50 15.09      A     \nATOM   1265  C  BTHR X 854      -5.238  19.556 -26.181  0.50 15.15      A     \nATOM   1266  O  BTHR X 854      -5.107  20.119 -25.096  0.50 15.22      A     \nATOM   1267  CB BTHR X 854      -6.719  17.579 -26.565  0.50 17.00      A     \nATOM   1268  OG1BTHR X 854      -7.587  17.996 -25.503  0.50 21.84      A     \nATOM   1269  CG2BTHR X 854      -6.758  16.071 -26.678  0.50 18.78      A     \nATOM   1270  N   ASP X 855      -5.338  20.206 -27.336  1.00 14.97      A     \nATOM   1271  CA  ASP X 855      -5.201  21.654 -27.454  1.00 15.68      A     \nATOM   1272  C   ASP X 855      -6.408  22.188 -28.224  1.00 17.28      A     \nATOM   1273  O   ASP X 855      -6.809  21.606 -29.232  1.00 20.12      A     \nATOM   1274  CB  ASP X 855      -3.906  21.983 -28.210  1.00 17.43      A     \nATOM   1275  CG  ASP X 855      -3.801  23.449 -28.601  1.00 19.51      A     \nATOM   1276  OD1 ASP X 855      -4.107  24.325 -27.768  1.00 17.34      A     \nATOM   1277  OD2 ASP X 855      -3.400  23.725 -29.752  1.00 25.18      A     \nATOM   1278  N   PHE X 856      -6.991  23.283 -27.747  1.00 18.07      A     \nATOM   1279  CA  PHE X 856      -8.110  23.903 -28.449  1.00 20.48      A     \nATOM   1280  C   PHE X 856      -7.794  25.305 -28.951  1.00 21.43      A     \nATOM   1281  O   PHE X 856      -8.697  26.096 -29.227  1.00 24.41      A     \nATOM   1282  CB  PHE X 856      -9.345  23.936 -27.550  1.00 20.93      A     \nATOM   1283  CG  PHE X 856     -10.001  22.597 -27.388  1.00 22.65      A     \nATOM   1284  CD1 PHE X 856     -10.855  22.109 -28.365  1.00 22.45      A     \nATOM   1285  CD2 PHE X 856      -9.748  21.818 -26.274  1.00 21.18      A     \nATOM   1286  CE1 PHE X 856     -11.443  20.866 -28.234  1.00 24.00      A     \nATOM   1287  CE2 PHE X 856     -10.334  20.572 -26.136  1.00 23.11      A     \nATOM   1288  CZ  PHE X 856     -11.181  20.097 -27.118  1.00 22.16      A     \nATOM   1289  N   GLY X 857      -6.507  25.610 -29.075  1.00 19.39      A     \nATOM   1290  CA  GLY X 857      -6.111  26.848 -29.718  1.00 18.16      A     \nATOM   1291  C   GLY X 857      -5.192  27.737 -28.901  1.00 17.34      A     \nATOM   1292  O   GLY X 857      -4.604  28.675 -29.436  1.00 19.43      A     \nATOM   1293  N   ARG X 858      -5.049  27.456 -27.611  1.00 15.87      A     \nATOM   1294  CA  ARG X 858      -4.225  28.318 -26.771  1.00 14.29      A     \nATOM   1295  C   ARG X 858      -2.725  28.033 -26.854  1.00 13.48      A     \nATOM   1296  O   ARG X 858      -1.915  28.895 -26.517  1.00 14.54      A     \nATOM   1297  CB  ARG X 858      -4.691  28.248 -25.311  1.00 15.37      A     \nATOM   1298  CG  ARG X 858      -5.842  29.208 -25.001  1.00 17.43      A     \nATOM   1299  CD  ARG X 858      -6.357  29.065 -23.572  1.00 20.43      A     \nATOM   1300  NE  ARG X 858      -5.352  29.400 -22.564  1.00 19.53      A     \nATOM   1301  CZ  ARG X 858      -5.055  30.639 -22.182  1.00 21.46      A     \nATOM   1302  NH1 ARG X 858      -5.686  31.676 -22.724  1.00 22.64      A     \nATOM   1303  NH2 ARG X 858      -4.132  30.842 -21.251  1.00 17.78      A     \nATOM   1304  N   ALA X 859      -2.349  26.840 -27.309  1.00 12.87      A     \nATOM   1305  CA  ALA X 859      -0.934  26.482 -27.348  1.00 14.16      A     \nATOM   1306  C   ALA X 859      -0.164  27.393 -28.297  1.00 13.75      A     \nATOM   1307  O   ALA X 859      -0.698  27.841 -29.318  1.00 15.67      A     \nATOM   1308  CB  ALA X 859      -0.771  25.031 -27.768  1.00 15.10      A     \nATOM   1309  N   LYS X 860       1.089  27.670 -27.955  1.00 13.52      A     \nATOM   1310  CA  LYS X 860       1.919  28.558 -28.757  1.00 13.71      A     \nATOM   1311  C   LYS X 860       3.312  27.985 -28.963  1.00 14.40      A     \nATOM   1312  O   LYS X 860       3.901  27.408 -28.048  1.00 15.00      A     \nATOM   1313  CB  LYS X 860       2.030  29.930 -28.085  1.00 15.54      A     \nATOM   1314  CG  LYS X 860       0.696  30.633 -27.902  1.00 16.61      A     \nATOM   1315  CD  LYS X 860       0.220  31.286 -29.195  1.00 19.60      A     \nATOM   1316  CE  LYS X 860      -1.219  31.753 -29.073  1.00 22.12      A     \nATOM   1317  NZ  LYS X 860      -2.168  30.605 -29.104  1.00 23.96      A     \nATOM   1318  N   LEU X 861       3.838  28.157 -30.172  1.00 14.62      A     \nATOM   1319  CA  LEU X 861       5.205  27.757 -30.477  1.00 15.62      A     \nATOM   1320  C   LEU X 861       6.171  28.905 -30.196  1.00 16.74      A     \nATOM   1321  O   LEU X 861       6.012  30.009 -30.726  1.00 18.30      A     \nATOM   1322  CB  LEU X 861       5.319  27.337 -31.946  1.00 16.94      A     \nATOM   1323  CG  LEU X 861       6.719  26.944 -32.433  1.00 17.53      A     \nATOM   1324  CD1 LEU X 861       7.158  25.640 -31.772  1.00 19.48      A     \nATOM   1325  CD2 LEU X 861       6.696  26.790 -33.952  1.00 20.97      A     \nATOM   1326  N   LEU X 862       7.168  28.636 -29.362  1.00 16.14      A     \nATOM   1327  CA  LEU X 862       8.206  29.615 -29.056  1.00 19.20      A     \nATOM   1328  C   LEU X 862       9.319  29.567 -30.099  1.00 21.25      A     \nATOM   1329  O   LEU X 862       9.651  28.500 -30.620  1.00 22.06      A     \nATOM   1330  CB  LEU X 862       8.803  29.340 -27.673  1.00 19.12      A     \nATOM   1331  CG  LEU X 862       7.860  29.398 -26.470  1.00 18.50      A     \nATOM   1332  CD1 LEU X 862       8.618  28.984 -25.217  1.00 19.71      A     \nATOM   1333  CD2 LEU X 862       7.294  30.803 -26.323  1.00 21.16      A     \nATOM   1334  N   GLY X 863       9.897  30.726 -30.391  1.00 22.67      A     \nATOM   1335  CA  GLY X 863      11.069  30.767 -31.243  1.00 24.06      A     \nATOM   1336  C   GLY X 863      12.280  30.182 -30.540  1.00 24.95      A     \nATOM   1337  O   GLY X 863      12.273  30.002 -29.322  1.00 24.50      A     \nATOM   1338  N   ALA X 864      13.326  29.893 -31.308  1.00 26.84      A     \nATOM   1339  CA  ALA X 864      14.505  29.216 -30.782  1.00 28.46      A     \nATOM   1340  C   ALA X 864      15.131  29.972 -29.615  1.00 28.81      A     \nATOM   1341  O   ALA X 864      15.761  29.370 -28.745  1.00 30.05      A     \nATOM   1342  CB  ALA X 864      15.532  29.029 -31.892  1.00 28.60      A     \nATOM   1343  N   GLU X 865      14.955  31.290 -29.601  1.00 30.27      A     \nATOM   1344  CA  GLU X 865      15.574  32.133 -28.585  1.00 31.58      A     \nATOM   1345  C   GLU X 865      14.542  32.773 -27.660  1.00 31.42      A     \nATOM   1346  O   GLU X 865      14.878  33.620 -26.831  1.00 31.72      A     \nATOM   1347  CB  GLU X 865      16.412  33.228 -29.251  1.00 33.32      A     \nATOM   1348  CG  GLU X 865      17.413  32.709 -30.274  1.00 37.34      A     \nATOM   1349  CD  GLU X 865      18.317  31.624 -29.718  1.00 39.05      A     \nATOM   1350  OE1 GLU X 865      18.807  31.778 -28.580  1.00 41.25      A     \nATOM   1351  OE2 GLU X 865      18.537  30.615 -30.422  1.00 41.14      A     \nATOM   1352  N   GLU X 866      13.283  32.374 -27.811  1.00 30.03      A     \nATOM   1353  CA  GLU X 866      12.223  32.869 -26.941  1.00 28.29      A     \nATOM   1354  C   GLU X 866      12.016  31.917 -25.771  1.00 26.78      A     \nATOM   1355  O   GLU X 866      11.892  30.707 -25.959  1.00 26.48      A     \nATOM   1356  CB  GLU X 866      10.914  33.006 -27.721  1.00 30.55      A     \nATOM   1357  CG  GLU X 866      10.963  34.008 -28.866  1.00 33.42      A     \nATOM   1358  CD  GLU X 866       9.646  34.095 -29.613  1.00 35.46      A     \nATOM   1359  OE1 GLU X 866       8.872  33.116 -29.571  1.00 35.34      A     \nATOM   1360  OE2 GLU X 866       9.383  35.142 -30.243  1.00 36.94      A     \nATOM   1361  N   LYS X 867      11.978  32.465 -24.562  1.00 24.90      A     \nATOM   1362  CA  LYS X 867      11.730  31.660 -23.375  1.00 24.05      A     \nATOM   1363  C   LYS X 867      10.341  31.932 -22.810  1.00 22.44      A     \nATOM   1364  O   LYS X 867       9.878  31.226 -21.914  1.00 22.81      A     \nATOM   1365  CB  LYS X 867      12.794  31.944 -22.311  1.00 26.46      A     \nATOM   1366  CG  LYS X 867      14.202  31.504 -22.706  1.00 30.19      A     \nATOM   1367  CD  LYS X 867      14.220  30.049 -23.154  1.00 32.26      A     \nATOM   1368  CE  LYS X 867      15.639  29.505 -23.247  1.00 33.41      A     \nATOM   1369  NZ  LYS X 867      16.456  30.225 -24.265  1.00 34.54      A     \nATOM   1370  N   GLU X 868       9.675  32.951 -23.341  1.00 19.89      A     \nATOM   1371  CA  GLU X 868       8.355  33.333 -22.850  1.00 20.40      A     \nATOM   1372  C   GLU X 868       7.407  33.640 -23.997  1.00 18.88      A     \nATOM   1373  O   GLU X 868       7.827  34.121 -25.052  1.00 19.69      A     \nATOM   1374  CB  GLU X 868       8.451  34.570 -21.952  1.00 23.00      A     \nATOM   1375  CG  GLU X 868       9.400  34.429 -20.778  1.00 25.93      A     \nATOM   1376  CD  GLU X 868       9.529  35.714 -19.981  1.00 29.21      A     \nATOM   1377  OE1 GLU X 868       9.194  36.790 -20.525  1.00 32.49      A     \nATOM   1378  OE2 GLU X 868       9.963  35.649 -18.814  1.00 31.32      A     \nATOM   1379  N   TYR X 869       6.127  33.360 -23.784  1.00 17.15      A     \nATOM   1380  CA  TYR X 869       5.070  33.897 -24.630  1.00 16.05      A     \nATOM   1381  C   TYR X 869       4.356  35.015 -23.877  1.00 16.32      A     \nATOM   1382  O   TYR X 869       3.961  34.844 -22.722  1.00 14.42      A     \nATOM   1383  CB  TYR X 869       4.062  32.805 -24.999  1.00 15.80      A     \nATOM   1384  CG  TYR X 869       2.900  33.327 -25.811  1.00 15.44      A     \nATOM   1385  CD1 TYR X 869       3.050  33.629 -27.159  1.00 17.09      A     \nATOM   1386  CD2 TYR X 869       1.661  33.545 -25.224  1.00 14.64      A     \nATOM   1387  CE1 TYR X 869       1.999  34.136 -27.895  1.00 18.41      A     \nATOM   1388  CE2 TYR X 869       0.602  34.052 -25.954  1.00 17.57      A     \nATOM   1389  CZ  TYR X 869       0.779  34.348 -27.287  1.00 17.60      A     \nATOM   1390  OH  TYR X 869      -0.271  34.867 -28.014  1.00 19.69      A     \nATOM   1391  N   HIS X 870       4.197  36.161 -24.530  1.00 16.36      A     \nATOM   1392  CA  HIS X 870       3.502  37.288 -23.923  1.00 18.30      A     \nATOM   1393  C   HIS X 870       2.116  37.415 -24.538  1.00 17.42      A     \nATOM   1394  O   HIS X 870       1.977  37.727 -25.720  1.00 19.14      A     \nATOM   1395  CB  HIS X 870       4.299  38.575 -24.145  1.00 21.85      A     \nATOM   1396  CG  HIS X 870       5.651  38.562 -23.503  1.00 25.91      A     \nATOM   1397  ND1 HIS X 870       5.823  38.529 -22.135  1.00 29.64      A     \nATOM   1398  CD2 HIS X 870       6.894  38.558 -24.038  1.00 28.99      A     \nATOM   1399  CE1 HIS X 870       7.114  38.504 -21.857  1.00 30.15      A     \nATOM   1400  NE2 HIS X 870       7.786  38.521 -22.993  1.00 29.78      A     \nATOM   1401  N   ALA X 871       1.089  37.170 -23.730  1.00 15.36      A     \nATOM   1402  CA  ALA X 871      -0.266  37.042 -24.246  1.00 17.10      A     \nATOM   1403  C   ALA X 871      -0.992  38.377 -24.297  1.00 18.45      A     \nATOM   1404  O   ALA X 871      -0.520  39.376 -23.758  1.00 17.98      A     \nATOM   1405  CB  ALA X 871      -1.058  36.052 -23.396  1.00 15.60      A     \nATOM   1406  N   GLU X 872      -2.146  38.384 -24.958  1.00 21.62      A     \nATOM   1407  CA  GLU X 872      -3.008  39.559 -24.994  1.00 25.22      A     \nATOM   1408  C   GLU X 872      -4.228  39.376 -24.098  1.00 26.91      A     \nATOM   1409  O   GLU X 872      -4.260  38.479 -23.262  1.00 29.88      A     \nATOM   1410  CB  GLU X 872      -3.451  39.841 -26.430  1.00 27.39      A     \nATOM   1411  CG  GLU X 872      -2.317  40.282 -27.331  1.00 28.62      A     \nATOM   1412  CD  GLU X 872      -1.563  41.474 -26.769  1.00 29.15      A     \nATOM   1413  OE1 GLU X 872      -2.185  42.302 -26.066  1.00 31.17      A     \nATOM   1414  OE2 GLU X 872      -0.348  41.582 -27.031  1.00 29.93      A     \nATOM   1415  N   GLY X 873      -5.228  40.234 -24.269  1.00 30.03      A     \nATOM   1416  CA  GLY X 873      -6.395  40.182 -23.410  1.00 30.74      A     \nATOM   1417  C   GLY X 873      -7.320  39.019 -23.714  1.00 31.25      A     \nATOM   1418  O   GLY X 873      -7.146  38.318 -24.709  1.00 32.36      A     \nATOM   1419  N   GLY X 874      -8.308  38.812 -22.848  1.00 31.12      A     \nATOM   1420  CA  GLY X 874      -9.294  37.776 -23.092  1.00 30.35      A     \nATOM   1421  C   GLY X 874      -9.592  36.926 -21.872  1.00 29.97      A     \nATOM   1422  O   GLY X 874      -9.040  37.153 -20.793  1.00 28.89      A     \nATOM   1423  N   LYS X 875     -10.470  35.944 -22.043  1.00 28.76      A     \nATOM   1424  CA  LYS X 875     -10.805  35.031 -20.959  1.00 28.84      A     \nATOM   1425  C   LYS X 875      -9.668  34.040 -20.749  1.00 25.93      A     \nATOM   1426  O   LYS X 875      -9.168  33.439 -21.698  1.00 25.72      A     \nATOM   1427  CB  LYS X 875     -12.097  34.276 -21.283  1.00 31.57      A     \nATOM   1428  CG  LYS X 875     -13.318  35.172 -21.459  1.00 35.23      A     \nATOM   1429  CD  LYS X 875     -14.587  34.349 -21.640  1.00 38.06      A     \nATOM   1430  CE  LYS X 875     -15.820  35.234 -21.756  1.00 38.94      A     \nATOM   1431  NZ  LYS X 875     -15.805  36.068 -22.995  1.00 40.89      A     \nATOM   1432  N   VAL X 876      -9.256  33.880 -19.496  1.00 23.86      A     \nATOM   1433  CA  VAL X 876      -8.187  32.952 -19.156  1.00 21.37      A     \nATOM   1434  C   VAL X 876      -8.616  32.048 -18.010  1.00 18.63      A     \nATOM   1435  O   VAL X 876      -9.440  32.428 -17.175  1.00 19.59      A     \nATOM   1436  CB  VAL X 876      -6.907  33.712 -18.750  1.00 21.28      A     \nATOM   1437  CG1 VAL X 876      -6.362  34.486 -19.937  1.00 24.29      A     \nATOM   1438  CG2 VAL X 876      -7.212  34.663 -17.608  1.00 22.02      A     \nATOM   1439  N   PRO X 877      -8.071  30.824 -17.962  1.00 16.49      A     \nATOM   1440  CA  PRO X 877      -8.408  29.847 -16.921  1.00 16.87      A     \nATOM   1441  C   PRO X 877      -7.691  30.134 -15.602  1.00 16.66      A     \nATOM   1442  O   PRO X 877      -6.754  29.428 -15.228  1.00 15.74      A     \nATOM   1443  CB  PRO X 877      -7.975  28.520 -17.532  1.00 16.11      A     \nATOM   1444  CG  PRO X 877      -6.841  28.891 -18.430  1.00 16.63      A     \nATOM   1445  CD  PRO X 877      -7.176  30.254 -18.986  1.00 15.94      A     \nATOM   1446  N   ILE X 878      -8.144  31.168 -14.899  1.00 15.71      A     \nATOM   1447  CA  ILE X 878      -7.423  31.715 -13.757  1.00 16.75      A     \nATOM   1448  C   ILE X 878      -6.992  30.677 -12.724  1.00 15.29      A     \nATOM   1449  O   ILE X 878      -5.867  30.721 -12.224  1.00 14.88      A     \nATOM   1450  CB  ILE X 878      -8.270  32.793 -13.039  1.00 17.27      A     \nATOM   1451  CG1 ILE X 878      -8.448  34.008 -13.949  1.00 19.04      A     \nATOM   1452  CG2 ILE X 878      -7.598  33.205 -11.738  1.00 18.29      A     \nATOM   1453  CD1 ILE X 878      -7.171  34.770 -14.201  1.00 18.83      A     \nATOM   1454  N   LYS X 879      -7.880  29.746 -12.397  1.00 16.50      A     \nATOM   1455  CA  LYS X 879      -7.615  28.833 -11.290  1.00 14.80      A     \nATOM   1456  C   LYS X 879      -6.600  27.741 -11.636  1.00 14.66      A     \nATOM   1457  O   LYS X 879      -6.205  26.963 -10.772  1.00 14.58      A     \nATOM   1458  CB  LYS X 879      -8.929  28.214 -10.793  1.00 16.22      A     \nATOM   1459  CG  LYS X 879      -9.842  29.229 -10.096  1.00 19.55      A     \nATOM   1460  CD  LYS X 879     -11.173  28.627  -9.674  1.00 20.87      A     \nATOM   1461  CE  LYS X 879     -12.015  29.656  -8.929  1.00 24.45      A     \nATOM   1462  NZ  LYS X 879     -13.310  29.096  -8.448  1.00 25.66      A     \nATOM   1463  N   TRP X 880      -6.169  27.697 -12.896  1.00 13.71      A     \nATOM   1464  CA  TRP X 880      -5.092  26.792 -13.308  1.00 12.88      A     \nATOM   1465  C   TRP X 880      -3.764  27.497 -13.575  1.00 12.60      A     \nATOM   1466  O   TRP X 880      -2.756  26.849 -13.858  1.00 14.11      A     \nATOM   1467  CB  TRP X 880      -5.511  26.006 -14.557  1.00 12.59      A     \nATOM   1468  CG  TRP X 880      -6.449  24.884 -14.254  1.00 11.89      A     \nATOM   1469  CD1 TRP X 880      -6.134  23.561 -14.131  1.00 11.07      A     \nATOM   1470  CD2 TRP X 880      -7.850  24.989 -13.983  1.00 13.30      A     \nATOM   1471  NE1 TRP X 880      -7.254  22.835 -13.793  1.00 12.08      A     \nATOM   1472  CE2 TRP X 880      -8.319  23.690 -13.695  1.00 13.26      A     \nATOM   1473  CE3 TRP X 880      -8.753  26.055 -13.952  1.00 14.33      A     \nATOM   1474  CZ2 TRP X 880      -9.650  23.431 -13.380  1.00 15.15      A     \nATOM   1475  CZ3 TRP X 880     -10.074  25.794 -13.639  1.00 15.18      A     \nATOM   1476  CH2 TRP X 880     -10.510  24.494 -13.356  1.00 16.04      A     \nATOM   1477  N   MET X 881      -3.763  28.824 -13.487  1.00 12.51      A     \nATOM   1478  CA  MET X 881      -2.641  29.612 -13.979  1.00 13.31      A     \nATOM   1479  C   MET X 881      -1.610  29.967 -12.922  1.00 11.74      A     \nATOM   1480  O   MET X 881      -1.942  30.183 -11.756  1.00 14.02      A     \nATOM   1481  CB  MET X 881      -3.154  30.898 -14.624  1.00 14.37      A     \nATOM   1482  CG  MET X 881      -3.839  30.667 -15.948  1.00 14.09      A     \nATOM   1483  SD  MET X 881      -4.907  32.032 -16.403  1.00 18.00      A     \nATOM   1484  CE  MET X 881      -3.716  33.349 -16.583  1.00 18.30      A     \nATOM   1485  N   ALA X 882      -0.353  30.037 -13.345  1.00 11.78      A     \nATOM   1486  CA  ALA X 882       0.708  30.545 -12.491  1.00 13.11      A     \nATOM   1487  C   ALA X 882       0.489  32.031 -12.231  1.00 14.15      A     \nATOM   1488  O   ALA X 882      -0.152  32.724 -13.023  1.00 13.15      A     \nATOM   1489  CB  ALA X 882       2.058  30.324 -13.155  1.00 13.69      A     \nATOM   1490  N   LEU X 883       1.035  32.520 -11.123  1.00 14.58      A     \nATOM   1491  CA  LEU X 883       0.861  33.916 -10.746  1.00 15.79      A     \nATOM   1492  C   LEU X 883       1.366  34.871 -11.825  1.00 14.60      A     \nATOM   1493  O   LEU X 883       0.736  35.896 -12.095  1.00 15.20      A     \nATOM   1494  CB  LEU X 883       1.584  34.201  -9.426  1.00 18.01      A     \nATOM   1495  CG  LEU X 883       1.278  35.560  -8.794  1.00 20.62      A     \nATOM   1496  CD1 LEU X 883      -0.198  35.630  -8.430  1.00 20.89      A     \nATOM   1497  CD2 LEU X 883       2.139  35.758  -7.558  1.00 21.88      A     \nATOM   1498  N   GLU X 884       2.493  34.544 -12.451  1.00 12.85      A     \nATOM   1499  CA  GLU X 884       3.068  35.445 -13.446  1.00 13.86      A     \nATOM   1500  C   GLU X 884       2.189  35.533 -14.690  1.00 13.94      A     \nATOM   1501  O   GLU X 884       2.209  36.540 -15.397  1.00 13.88      A     \nATOM   1502  CB  GLU X 884       4.487  35.001 -13.836  1.00 14.36      A     \nATOM   1503  CG  GLU X 884       4.575  33.682 -14.587  1.00 14.02      A     \nATOM   1504  CD  GLU X 884       4.741  32.477 -13.669  1.00 13.54      A     \nATOM   1505  OE1 GLU X 884       4.456  32.597 -12.456  1.00 13.97      A     \nATOM   1506  OE2 GLU X 884       5.159  31.410 -14.170  1.00 14.52      A     \nATOM   1507  N   SER X 885       1.411  34.485 -14.948  1.00 12.13      A     \nATOM   1508  CA  SER X 885       0.465  34.500 -16.058  1.00 11.94      A     \nATOM   1509  C   SER X 885      -0.745  35.366 -15.702  1.00 12.36      A     \nATOM   1510  O   SER X 885      -1.217  36.166 -16.515  1.00 12.88      A     \nATOM   1511  CB  SER X 885       0.011  33.073 -16.385  1.00 12.14      A     \nATOM   1512  OG  SER X 885       1.125  32.233 -16.642  1.00 13.44      A     \nATOM   1513  N   ILE X 886      -1.245  35.206 -14.483  1.00 13.68      A     \nATOM   1514  CA  ILE X 886      -2.394  35.987 -14.031  1.00 12.77      A     \nATOM   1515  C   ILE X 886      -2.067  37.477 -14.025  1.00 13.04      A     \nATOM   1516  O   ILE X 886      -2.829  38.295 -14.543  1.00 14.59      A     \nATOM   1517  CB  ILE X 886      -2.819  35.574 -12.608  1.00 14.94      A     \nATOM   1518  CG1 ILE X 886      -3.240  34.103 -12.598  1.00 15.52      A     \nATOM   1519  CG2 ILE X 886      -3.971  36.455 -12.131  1.00 16.65      A     \nATOM   1520  CD1 ILE X 886      -3.614  33.592 -11.217  1.00 18.88      A     \nATOM   1521  N   LEU X 887      -0.927  37.827 -13.443  1.00 13.31      A     \nATOM   1522  CA  LEU X 887      -0.600  39.230 -13.218  1.00 14.23      A     \nATOM   1523  C   LEU X 887      -0.001  39.914 -14.443  1.00 13.39      A     \nATOM   1524  O   LEU X 887      -0.124  41.127 -14.594  1.00 15.21      A     \nATOM   1525  CB  LEU X 887       0.366  39.359 -12.038  1.00 15.20      A     \nATOM   1526  CG  LEU X 887      -0.175  38.892 -10.684  1.00 17.22      A     \nATOM   1527  CD1 LEU X 887       0.884  39.112  -9.612  1.00 17.85      A     \nATOM   1528  CD2 LEU X 887      -1.446  39.657 -10.339  1.00 19.12      A     \nATOM   1529  N   HIS X 888       0.641  39.150 -15.323  1.00 12.73      A     \nATOM   1530  CA  HIS X 888       1.446  39.756 -16.379  1.00 12.94      A     \nATOM   1531  C   HIS X 888       1.295  39.144 -17.757  1.00 13.00      A     \nATOM   1532  O   HIS X 888       1.943  39.589 -18.706  1.00 14.86      A     \nATOM   1533  CB  HIS X 888       2.916  39.731 -15.978  1.00 14.08      A     \nATOM   1534  CG  HIS X 888       3.198  40.520 -14.745  1.00 14.38      A     \nATOM   1535  ND1 HIS X 888       3.558  39.938 -13.549  1.00 17.22      A     \nATOM   1536  CD2 HIS X 888       3.118  41.850 -14.511  1.00 13.94      A     \nATOM   1537  CE1 HIS X 888       3.686  40.879 -12.631  1.00 14.33      A     \nATOM   1538  NE2 HIS X 888       3.424  42.047 -13.188  1.00 19.09      A     \nATOM   1539  N   ARG X 889       0.448  38.127 -17.865  1.00 12.32      A     \nATOM   1540  CA  ARG X 889       0.174  37.479 -19.144  1.00 11.81      A     \nATOM   1541  C   ARG X 889       1.417  36.795 -19.703  1.00 12.61      A     \nATOM   1542  O   ARG X 889       1.551  36.609 -20.912  1.00 14.53      A     \nATOM   1543  CB  ARG X 889      -0.373  38.502 -20.147  1.00 12.54      A     \nATOM   1544  CG  ARG X 889      -1.660  39.158 -19.666  1.00 13.93      A     \nATOM   1545  CD  ARG X 889      -2.237  40.151 -20.672  1.00 13.21      A     \nATOM   1546  NE  ARG X 889      -3.492  40.713 -20.179  1.00 15.80      A     \nATOM   1547  CZ  ARG X 889      -4.174  41.682 -20.784  1.00 15.62      A     \nATOM   1548  NH1 ARG X 889      -3.725  42.208 -21.914  1.00 14.55      A     \nATOM   1549  NH2 ARG X 889      -5.314  42.115 -20.261  1.00 17.79      A     \nATOM   1550  N   ILE X 890       2.317  36.410 -18.804  1.00 13.19      A     \nATOM   1551  CA  ILE X 890       3.536  35.702 -19.180  1.00 13.37      A     \nATOM   1552  C   ILE X 890       3.324  34.195 -19.075  1.00 12.19      A     \nATOM   1553  O   ILE X 890       2.852  33.701 -18.052  1.00 12.95      A     \nATOM   1554  CB  ILE X 890       4.706  36.098 -18.254  1.00 14.67      A     \nATOM   1555  CG1 ILE X 890       5.018  37.586 -18.432  1.00 16.63      A     \nATOM   1556  CG2 ILE X 890       5.932  35.247 -18.559  1.00 14.96      A     \nATOM   1557  CD1 ILE X 890       6.067  38.112 -17.466  1.00 18.35      A     \nATOM   1558  N   TYR X 891       3.660  33.474 -20.141  1.00 11.82      A     \nATOM   1559  CA  TYR X 891       3.549  32.018 -20.155  1.00 12.11      A     \nATOM   1560  C   TYR X 891       4.864  31.374 -20.556  1.00 13.39      A     \nATOM   1561  O   TYR X 891       5.529  31.821 -21.487  1.00 14.95      A     \nATOM   1562  CB  TYR X 891       2.460  31.570 -21.132  1.00 12.70      A     \nATOM   1563  CG  TYR X 891       1.071  32.011 -20.745  1.00 12.54      A     \nATOM   1564  CD1 TYR X 891       0.189  31.135 -20.125  1.00 12.32      A     \nATOM   1565  CD2 TYR X 891       0.627  33.297 -21.023  1.00 11.57      A     \nATOM   1566  CE1 TYR X 891      -1.092  31.521 -19.798  1.00 12.85      A     \nATOM   1567  CE2 TYR X 891      -0.656  33.693 -20.697  1.00 13.35      A     \nATOM   1568  CZ  TYR X 891      -1.514  32.802 -20.087  1.00 13.11      A     \nATOM   1569  OH  TYR X 891      -2.799  33.182 -19.775  1.00 15.31      A     \nATOM   1570  N   THR X 892       5.227  30.313 -19.845  1.00 12.93      A     \nATOM   1571  CA  THR X 892       6.467  29.590 -20.103  1.00 12.22      A     \nATOM   1572  C   THR X 892       6.208  28.111 -19.868  1.00 12.16      A     \nATOM   1573  O   THR X 892       5.130  27.726 -19.421  1.00 11.93      A     \nATOM   1574  CB  THR X 892       7.580  30.020 -19.136  1.00 12.86      A     \nATOM   1575  OG1 THR X 892       7.201  29.660 -17.802  1.00 13.80      A     \nATOM   1576  CG2 THR X 892       7.806  31.520 -19.208  1.00 14.10      A     \nATOM   1577  N   HIS X 893       7.201  27.277 -20.143  1.00 13.07      A     \nATOM   1578  CA  HIS X 893       7.069  25.873 -19.793  1.00 11.47      A     \nATOM   1579  C   HIS X 893       6.880  25.721 -18.289  1.00 11.55      A     \nATOM   1580  O   HIS X 893       6.188  24.810 -17.831  1.00 11.49      A     \nATOM   1581  CB  HIS X 893       8.303  25.098 -20.255  1.00 12.84      A     \nATOM   1582  CG  HIS X 893       8.548  25.192 -21.726  1.00 14.49      A     \nATOM   1583  ND1 HIS X 893       7.658  24.707 -22.660  1.00 14.67      A     \nATOM   1584  CD2 HIS X 893       9.568  25.741 -22.427  1.00 16.39      A     \nATOM   1585  CE1 HIS X 893       8.119  24.954 -23.874  1.00 15.96      A     \nATOM   1586  NE2 HIS X 893       9.276  25.580 -23.760  1.00 15.91      A     \nATOM   1587  N   GLN X 894       7.480  26.622 -17.515  1.00 11.29      A     \nATOM   1588  CA  GLN X 894       7.342  26.563 -16.065  1.00 11.43      A     \nATOM   1589  C   GLN X 894       5.974  27.023 -15.561  1.00 12.21      A     \nATOM   1590  O   GLN X 894       5.554  26.618 -14.479  1.00 12.29      A     \nATOM   1591  CB  GLN X 894       8.458  27.370 -15.387  1.00 12.03      A     \nATOM   1592  CG  GLN X 894       9.842  26.751 -15.546  1.00 14.85      A     \nATOM   1593  CD  GLN X 894       9.860  25.265 -15.214  1.00 13.55      A     \nATOM   1594  OE1 GLN X 894       9.871  24.417 -16.112  1.00 14.44      A     \nATOM   1595  NE2 GLN X 894       9.854  24.941 -13.922  1.00 14.77      A     \nATOM   1596  N   SER X 895       5.264  27.854 -16.325  1.00 10.94      A     \nATOM   1597  CA  SER X 895       3.881  28.116 -15.955  1.00 10.47      A     \nATOM   1598  C   SER X 895       2.983  26.924 -16.314  1.00 10.75      A     \nATOM   1599  O   SER X 895       2.000  26.666 -15.625  1.00 11.63      A     \nATOM   1600  CB  SER X 895       3.356  29.420 -16.588  1.00 11.88      A     \nATOM   1601  OG  SER X 895       3.350  29.390 -18.004  1.00 14.75      A     \nATOM   1602  N   ASP X 896       3.336  26.178 -17.364  1.00  9.30      A     \nATOM   1603  CA  ASP X 896       2.667  24.902 -17.644  1.00 10.47      A     \nATOM   1604  C   ASP X 896       2.841  23.920 -16.479  1.00 10.20      A     \nATOM   1605  O   ASP X 896       1.927  23.154 -16.162  1.00 10.37      A     \nATOM   1606  CB  ASP X 896       3.219  24.262 -18.930  1.00 10.45      A     \nATOM   1607  CG  ASP X 896       2.583  24.818 -20.200  1.00 12.22      A     \nATOM   1608  OD1 ASP X 896       3.131  24.536 -21.285  1.00 11.48      A     \nATOM   1609  OD2 ASP X 896       1.550  25.517 -20.128  1.00 11.45      A     \nATOM   1610  N   VAL X 897       4.009  23.946 -15.843  1.00 10.09      A     \nATOM   1611  CA  VAL X 897       4.252  23.106 -14.673  1.00  9.68      A     \nATOM   1612  C   VAL X 897       3.298  23.443 -13.526  1.00 10.41      A     \nATOM   1613  O   VAL X 897       2.789  22.543 -12.856  1.00 10.00      A     \nATOM   1614  CB  VAL X 897       5.717  23.231 -14.186  1.00  9.93      A     \nATOM   1615  CG1 VAL X 897       5.878  22.546 -12.835  1.00 11.38      A     \nATOM   1616  CG2 VAL X 897       6.658  22.601 -15.206  1.00 11.85      A     \nATOM   1617  N   TRP X 898       3.033  24.731 -13.308  1.00 10.03      A     \nATOM   1618  CA  TRP X 898       2.034  25.123 -12.316  1.00 10.27      A     \nATOM   1619  C   TRP X 898       0.696  24.455 -12.639  1.00 10.46      A     \nATOM   1620  O   TRP X 898       0.077  23.828 -11.777  1.00 11.31      A     \nATOM   1621  CB  TRP X 898       1.873  26.647 -12.298  1.00 10.45      A     \nATOM   1622  CG  TRP X 898       0.886  27.149 -11.277  1.00 10.19      A     \nATOM   1623  CD1 TRP X 898      -0.453  26.875 -11.222  1.00 11.36      A     \nATOM   1624  CD2 TRP X 898       1.161  28.025 -10.177  1.00 10.26      A     \nATOM   1625  NE1 TRP X 898      -1.025  27.527 -10.158  1.00 11.49      A     \nATOM   1626  CE2 TRP X 898      -0.057  28.240  -9.500  1.00 11.08      A     \nATOM   1627  CE3 TRP X 898       2.321  28.652  -9.702  1.00 11.00      A     \nATOM   1628  CZ2 TRP X 898      -0.152  29.054  -8.372  1.00 13.94      A     \nATOM   1629  CZ3 TRP X 898       2.224  29.465  -8.579  1.00 13.51      A     \nATOM   1630  CH2 TRP X 898       0.996  29.656  -7.928  1.00 12.86      A     \nATOM   1631  N   SER X 899       0.260  24.576 -13.889  1.00 10.14      A     \nATOM   1632  CA  SER X 899      -1.007  23.989 -14.315  1.00 10.15      A     \nATOM   1633  C   SER X 899      -1.018  22.470 -14.190  1.00 10.39      A     \nATOM   1634  O   SER X 899      -2.056  21.873 -13.899  1.00  9.56      A     \nATOM   1635  CB  SER X 899      -1.305  24.383 -15.759  1.00 11.58      A     \nATOM   1636  OG  SER X 899      -1.304  25.792 -15.887  1.00 13.82      A     \nATOM   1637  N   TYR X 900       0.133  21.842 -14.415  1.00  9.92      A     \nATOM   1638  CA  TYR X 900       0.259  20.408 -14.210  1.00 10.29      A     \nATOM   1639  C   TYR X 900      -0.053  20.069 -12.755  1.00  9.82      A     \nATOM   1640  O   TYR X 900      -0.771  19.111 -12.480  1.00 10.73      A     \nATOM   1641  CB  TYR X 900       1.675  19.945 -14.574  1.00 10.88      A     \nATOM   1642  CG  TYR X 900       1.936  18.488 -14.279  1.00  9.61      A     \nATOM   1643  CD1 TYR X 900       2.463  18.090 -13.055  1.00 10.12      A     \nATOM   1644  CD2 TYR X 900       1.641  17.509 -15.211  1.00 10.37      A     \nATOM   1645  CE1 TYR X 900       2.684  16.759 -12.775  1.00  9.92      A     \nATOM   1646  CE2 TYR X 900       1.862  16.171 -14.940  1.00 11.29      A     \nATOM   1647  CZ  TYR X 900       2.382  15.804 -13.720  1.00 10.14      A     \nATOM   1648  OH  TYR X 900       2.595  14.475 -13.450  1.00 11.86      A     \nATOM   1649  N   GLY X 901       0.469  20.861 -11.824  1.00 10.31      A     \nATOM   1650  CA  GLY X 901       0.191  20.601 -10.424  1.00 10.82      A     \nATOM   1651  C   GLY X 901      -1.291  20.679 -10.096  1.00  9.70      A     \nATOM   1652  O   GLY X 901      -1.816  19.841  -9.357  1.00 10.80      A     \nATOM   1653  N   VAL X 902      -1.977  21.677 -10.645  1.00  9.91      A     \nATOM   1654  CA  VAL X 902      -3.414  21.785 -10.427  1.00  9.39      A     \nATOM   1655  C   VAL X 902      -4.149  20.595 -11.054  1.00 10.28      A     \nATOM   1656  O   VAL X 902      -5.099  20.065 -10.470  1.00 11.05      A     \nATOM   1657  CB  VAL X 902      -3.968  23.095 -11.011  1.00 10.06      A     \nATOM   1658  CG1 VAL X 902      -5.456  23.189 -10.733  1.00 11.91      A     \nATOM   1659  CG2 VAL X 902      -3.238  24.277 -10.396  1.00 11.25      A     \nATOM   1660  N   THR X 903      -3.703  20.167 -12.233  1.00  9.45      A     \nATOM   1661  CA  THR X 903      -4.293  19.018 -12.903  1.00 10.42      A     \nATOM   1662  C   THR X 903      -4.150  17.759 -12.047  1.00 10.53      A     \nATOM   1663  O   THR X 903      -5.112  17.005 -11.876  1.00 11.28      A     \nATOM   1664  CB  THR X 903      -3.632  18.795 -14.287  1.00  9.75      A     \nATOM   1665  OG1 THR X 903      -3.822  19.966 -15.089  1.00 11.56      A     \nATOM   1666  CG2 THR X 903      -4.242  17.595 -15.003  1.00  9.68      A     \nATOM   1667  N   VAL X 904      -2.961  17.533 -11.499  1.00 10.64      A     \nATOM   1668  CA  VAL X 904      -2.762  16.407 -10.595  1.00 11.72      A     \nATOM   1669  C   VAL X 904      -3.700  16.505  -9.390  1.00 11.13      A     \nATOM   1670  O   VAL X 904      -4.296  15.506  -8.981  1.00 11.30      A     \nATOM   1671  CB  VAL X 904      -1.289  16.329 -10.109  1.00 11.86      A     \nATOM   1672  CG1 VAL X 904      -1.139  15.233  -9.057  1.00 13.90      A     \nATOM   1673  CG2 VAL X 904      -0.370  16.041 -11.290  1.00 13.98      A     \nATOM   1674  N   TRP X 905      -3.855  17.707  -8.844  1.00 10.37      A     \nATOM   1675  CA  TRP X 905      -4.763  17.902  -7.720  1.00 10.93      A     \nATOM   1676  C   TRP X 905      -6.196  17.541  -8.109  1.00 12.13      A     \nATOM   1677  O   TRP X 905      -6.912  16.895  -7.343  1.00 12.07      A     \nATOM   1678  CB  TRP X 905      -4.690  19.355  -7.240  1.00 11.25      A     \nATOM   1679  CG  TRP X 905      -5.499  19.623  -6.014  1.00 12.55      A     \nATOM   1680  CD1 TRP X 905      -5.075  19.544  -4.720  1.00 11.76      A     \nATOM   1681  CD2 TRP X 905      -6.873  20.025  -5.964  1.00 12.46      A     \nATOM   1682  NE1 TRP X 905      -6.102  19.875  -3.863  1.00 12.39      A     \nATOM   1683  CE2 TRP X 905      -7.217  20.173  -4.603  1.00 13.54      A     \nATOM   1684  CE3 TRP X 905      -7.847  20.274  -6.939  1.00 14.24      A     \nATOM   1685  CZ2 TRP X 905      -8.492  20.560  -4.194  1.00 14.08      A     \nATOM   1686  CZ3 TRP X 905      -9.114  20.658  -6.530  1.00 14.85      A     \nATOM   1687  CH2 TRP X 905      -9.425  20.797  -5.169  1.00 14.30      A     \nATOM   1688  N   GLU X 906      -6.615  17.948  -9.303  1.00 10.20      A     \nATOM   1689  CA  GLU X 906      -7.917  17.529  -9.811  1.00 11.56      A     \nATOM   1690  C   GLU X 906      -8.072  16.012  -9.816  1.00 12.51      A     \nATOM   1691  O   GLU X 906      -9.107  15.484  -9.405  1.00 14.20      A     \nATOM   1692  CB  GLU X 906      -8.129  18.037 -11.230  1.00 12.42      A     \nATOM   1693  CG  GLU X 906      -8.388  19.511 -11.357  1.00 13.05      A     \nATOM   1694  CD  GLU X 906      -8.644  19.877 -12.796  1.00 11.84      A     \nATOM   1695  OE1 GLU X 906      -9.832  19.976 -13.178  1.00 13.00      A     \nATOM   1696  OE2 GLU X 906      -7.655  20.046 -13.539  1.00 12.30      A     \nATOM   1697  N   LEU X 907      -7.058  15.299 -10.293  1.00 11.69      A     \nATOM   1698  CA  LEU X 907      -7.173  13.850 -10.387  1.00 11.60      A     \nATOM   1699  C   LEU X 907      -7.234  13.222  -9.001  1.00 11.98      A     \nATOM   1700  O   LEU X 907      -8.032  12.320  -8.759  1.00 12.33      A     \nATOM   1701  CB  LEU X 907      -5.997  13.262 -11.171  1.00 12.61      A     \nATOM   1702  CG  LEU X 907      -5.825  13.818 -12.588  1.00 11.78      A     \nATOM   1703  CD1 LEU X 907      -4.672  13.095 -13.265  1.00 14.54      A     \nATOM   1704  CD2 LEU X 907      -7.111  13.651 -13.390  1.00 14.90      A     \nATOM   1705  N   MET X 908      -6.397  13.715  -8.093  1.00 11.24      A     \nATOM   1706  CA  MET X 908      -6.286  13.128  -6.762  1.00 12.60      A     \nATOM   1707  C   MET X 908      -7.511  13.401  -5.889  1.00 13.28      A     \nATOM   1708  O   MET X 908      -7.718  12.732  -4.872  1.00 13.42      A     \nATOM   1709  CB  MET X 908      -5.028  13.657  -6.068  1.00 12.33      A     \nATOM   1710  CG  MET X 908      -3.730  13.308  -6.778  1.00 14.43      A     \nATOM   1711  SD  MET X 908      -3.462  11.531  -6.863  1.00 16.24      A     \nATOM   1712  CE  MET X 908      -2.047  11.472  -7.965  1.00 16.68      A     \nATOM   1713  N   THR X 909      -8.314  14.384  -6.282  1.00 12.59      A     \nATOM   1714  CA  THR X 909      -9.567  14.671  -5.587  1.00 13.83      A     \nATOM   1715  C   THR X 909     -10.751  14.124  -6.377  1.00 15.16      A     \nATOM   1716  O   THR X 909     -11.905  14.453  -6.094  1.00 16.75      A     \nATOM   1717  CB  THR X 909      -9.771  16.187  -5.382  1.00 13.08      A     \nATOM   1718  OG1 THR X 909      -9.806  16.849  -6.655  1.00 13.10      A     \nATOM   1719  CG2 THR X 909      -8.650  16.764  -4.537  1.00 13.24      A     \nATOM   1720  N   PHE X 910     -10.451  13.296  -7.375  1.00 15.37      A     \nATOM   1721  CA  PHE X 910     -11.464  12.691  -8.230  1.00 16.44      A     \nATOM   1722  C   PHE X 910     -12.361  13.737  -8.880  1.00 16.07      A     \nATOM   1723  O   PHE X 910     -13.573  13.557  -8.991  1.00 17.25      A     \nATOM   1724  CB  PHE X 910     -12.293  11.684  -7.425  1.00 17.28      A     \nATOM   1725  CG  PHE X 910     -11.469  10.578  -6.831  1.00 17.20      A     \nATOM   1726  CD1 PHE X 910     -11.060   9.505  -7.607  1.00 17.16      A     \nATOM   1727  CD2 PHE X 910     -11.060  10.634  -5.509  1.00 17.99      A     \nATOM   1728  CE1 PHE X 910     -10.253   8.513  -7.076  1.00 18.09      A     \nATOM   1729  CE2 PHE X 910     -10.253   9.644  -4.973  1.00 17.78      A     \nATOM   1730  CZ  PHE X 910      -9.849   8.583  -5.759  1.00 18.50      A     \nATOM   1731  N   GLY X 911     -11.749  14.833  -9.310  1.00 14.94      A     \nATOM   1732  CA  GLY X 911     -12.455  15.807 -10.119  1.00 15.86      A     \nATOM   1733  C   GLY X 911     -13.094  16.945  -9.347  1.00 15.51      A     \nATOM   1734  O   GLY X 911     -14.048  17.558  -9.823  1.00 16.92      A     \nATOM   1735  N   SER X 912     -12.579  17.242  -8.160  1.00 15.77      A     \nATOM   1736  CA  SER X 912     -13.062  18.397  -7.410  1.00 16.88      A     \nATOM   1737  C   SER X 912     -12.688  19.689  -8.125  1.00 15.73      A     \nATOM   1738  O   SER X 912     -11.703  19.739  -8.859  1.00 16.10      A     \nATOM   1739  CB  SER X 912     -12.470  18.401  -6.002  1.00 17.94      A     \nATOM   1740  OG  SER X 912     -13.005  17.341  -5.231  1.00 21.67      A     \nATOM   1741  N   LYS X 913     -13.475  20.737  -7.907  1.00 16.34      A     \nATOM   1742  CA  LYS X 913     -13.167  22.039  -8.484  1.00 18.05      A     \nATOM   1743  C   LYS X 913     -12.146  22.769  -7.618  1.00 18.04      A     \nATOM   1744  O   LYS X 913     -12.333  22.913  -6.411  1.00 17.22      A     \nATOM   1745  CB  LYS X 913     -14.441  22.878  -8.600  1.00 18.85      A     \nATOM   1746  CG  LYS X 913     -15.513  22.247  -9.470  1.00 20.78      A     \nATOM   1747  CD  LYS X 913     -16.790  23.070  -9.453  1.00 25.95      A     \nATOM   1748  CE  LYS X 913     -17.870  22.434 -10.315  1.00 28.84      A     \nATOM   1749  NZ  LYS X 913     -18.359  21.151  -9.740  1.00 32.53      A     \nATOM   1750  N   PRO X 914     -11.050  23.243  -8.225  1.00 16.15      A     \nATOM   1751  CA  PRO X 914     -10.035  23.957  -7.442  1.00 17.48      A     \nATOM   1752  C   PRO X 914     -10.556  25.296  -6.918  1.00 17.07      A     \nATOM   1753  O   PRO X 914     -11.216  26.039  -7.643  1.00 16.94      A     \nATOM   1754  CB  PRO X 914      -8.876  24.134  -8.423  1.00 17.85      A     \nATOM   1755  CG  PRO X 914      -9.514  24.070  -9.781  1.00 18.74      A     \nATOM   1756  CD  PRO X 914     -10.690  23.142  -9.652  1.00 17.42      A     \nATOM   1757  N   TYR X 915     -10.253  25.596  -5.658  1.00 17.71      A     \nATOM   1758  CA  TYR X 915     -10.704  26.837  -5.034  1.00 20.62      A     \nATOM   1759  C   TYR X 915     -12.205  27.009  -5.225  1.00 22.76      A     \nATOM   1760  O   TYR X 915     -12.673  28.087  -5.597  1.00 25.93      A     \nATOM   1761  CB  TYR X 915      -9.991  28.039  -5.650  1.00 19.78      A     \nATOM   1762  CG  TYR X 915      -8.512  27.841  -5.893  1.00 17.93      A     \nATOM   1763  CD1 TYR X 915      -7.589  28.003  -4.873  1.00 18.60      A     \nATOM   1764  CD2 TYR X 915      -8.041  27.540  -7.165  1.00 17.97      A     \nATOM   1765  CE1 TYR X 915      -6.229  27.876  -5.111  1.00 18.24      A     \nATOM   1766  CE2 TYR X 915      -6.692  27.411  -7.411  1.00 17.58      A     \nATOM   1767  CZ  TYR X 915      -5.790  27.582  -6.388  1.00 15.05      A     \nATOM   1768  OH  TYR X 915      -4.445  27.483  -6.650  1.00 16.77      A     \nATOM   1769  N   ASP X 916     -12.957  25.944  -4.978  1.00 26.74      A     \nATOM   1770  CA  ASP X 916     -14.389  25.957  -5.242  1.00 28.22      A     \nATOM   1771  C   ASP X 916     -15.079  27.062  -4.445  1.00 29.98      A     \nATOM   1772  O   ASP X 916     -14.841  27.220  -3.246  1.00 29.65      A     \nATOM   1773  CB  ASP X 916     -15.000  24.602  -4.884  1.00 30.23      A     \nATOM   1774  CG  ASP X 916     -16.409  24.438  -5.418  1.00 32.58      A     \nATOM   1775  OD1 ASP X 916     -16.839  25.276  -6.237  1.00 33.90      A     \nATOM   1776  OD2 ASP X 916     -17.086  23.467  -5.018  1.00 34.94      A     \nATOM   1777  N   GLY X 917     -15.931  27.825  -5.122  1.00 30.96      A     \nATOM   1778  CA  GLY X 917     -16.686  28.867  -4.450  1.00 32.50      A     \nATOM   1779  C   GLY X 917     -15.948  30.188  -4.361  1.00 32.67      A     \nATOM   1780  O   GLY X 917     -16.542  31.214  -4.022  1.00 32.56      A     \nATOM   1781  N   ILE X 918     -14.653  30.170  -4.660  1.00 32.45      A     \nATOM   1782  CA  ILE X 918     -13.837  31.379  -4.595  1.00 32.76      A     \nATOM   1783  C   ILE X 918     -13.842  32.110  -5.931  1.00 32.97      A     \nATOM   1784  O   ILE X 918     -13.588  31.515  -6.980  1.00 33.49      A     \nATOM   1785  CB  ILE X 918     -12.374  31.050  -4.231  1.00 32.04      A     \nATOM   1786  CG1 ILE X 918     -12.319  30.347  -2.874  1.00 33.06      A     \nATOM   1787  CG2 ILE X 918     -11.548  32.325  -4.198  1.00 32.10      A     \nATOM   1788  CD1 ILE X 918     -10.915  30.028  -2.411  1.00 32.75      A     \nATOM   1789  N   PRO X 919     -14.131  33.418  -5.910  1.00 32.58      A     \nATOM   1790  CA  PRO X 919     -14.134  34.218  -7.139  1.00 32.03      A     \nATOM   1791  C   PRO X 919     -12.753  34.232  -7.788  1.00 30.74      A     \nATOM   1792  O   PRO X 919     -11.741  34.382  -7.105  1.00 30.19      A     \nATOM   1793  CB  PRO X 919     -14.556  35.609  -6.664  1.00 32.45      A     \nATOM   1794  CG  PRO X 919     -15.274  35.366  -5.375  1.00 33.34      A     \nATOM   1795  CD  PRO X 919     -14.566  34.203  -4.744  1.00 32.81      A     \nATOM   1796  N   ALA X 920     -12.718  34.078  -9.108  1.00 30.76      A     \nATOM   1797  CA  ALA X 920     -11.459  34.075  -9.838  1.00 29.40      A     \nATOM   1798  C   ALA X 920     -10.692  35.369  -9.586  1.00 29.17      A     \nATOM   1799  O   ALA X 920      -9.463  35.385  -9.593  1.00 27.50      A     \nATOM   1800  CB  ALA X 920     -11.721  33.902 -11.328  1.00 29.98      A     \nATOM   1801  N   SER X 921     -11.428  36.453  -9.353  1.00 29.66      A     \nATOM   1802  CA  SER X 921     -10.822  37.767  -9.175  1.00 29.43      A     \nATOM   1803  C   SER X 921      -9.989  37.849  -7.900  1.00 28.66      A     \nATOM   1804  O   SER X 921      -9.166  38.751  -7.744  1.00 29.60      A     \nATOM   1805  CB  SER X 921     -11.909  38.846  -9.149  1.00 30.67      A     \nATOM   1806  OG  SER X 921     -12.806  38.643  -8.071  1.00 33.05      A     \nATOM   1807  N   GLU X 922     -10.203  36.904  -6.989  1.00 28.46      A     \nATOM   1808  CA  GLU X 922      -9.527  36.921  -5.698  1.00 27.02      A     \nATOM   1809  C   GLU X 922      -8.348  35.952  -5.636  1.00 25.13      A     \nATOM   1810  O   GLU X 922      -7.646  35.888  -4.629  1.00 24.39      A     \nATOM   1811  CB  GLU X 922     -10.516  36.584  -4.581  1.00 30.04      A     \nATOM   1812  CG  GLU X 922     -11.679  37.555  -4.471  1.00 34.11      A     \nATOM   1813  CD  GLU X 922     -12.673  37.151  -3.402  1.00 36.40      A     \nATOM   1814  OE1 GLU X 922     -13.591  37.947  -3.111  1.00 39.54      A     \nATOM   1815  OE2 GLU X 922     -12.538  36.039  -2.850  1.00 38.30      A     \nATOM   1816  N   ILE X 923      -8.133  35.204  -6.713  1.00 23.49      A     \nATOM   1817  CA  ILE X 923      -7.127  34.143  -6.710  1.00 20.52      A     \nATOM   1818  C   ILE X 923      -5.691  34.648  -6.564  1.00 20.44      A     \nATOM   1819  O   ILE X 923      -4.920  34.111  -5.772  1.00 19.60      A     \nATOM   1820  CB  ILE X 923      -7.233  33.276  -7.990  1.00 20.47      A     \nATOM   1821  CG1 ILE X 923      -8.541  32.482  -7.970  1.00 19.29      A     \nATOM   1822  CG2 ILE X 923      -6.046  32.326  -8.088  1.00 18.82      A     \nATOM   1823  CD1 ILE X 923      -8.649  31.511  -6.808  1.00 22.01      A     \nATOM   1824  N   SER X 924      -5.323  35.679  -7.317  1.00 20.78      A     \nATOM   1825  CA  SER X 924      -3.961  36.194  -7.235  1.00 21.69      A     \nATOM   1826  C   SER X 924      -3.670  36.680  -5.817  1.00 21.35      A     \nATOM   1827  O   SER X 924      -2.553  36.539  -5.322  1.00 20.95      A     \nATOM   1828  CB  SER X 924      -3.752  37.338  -8.234  1.00 23.36      A     \nATOM   1829  OG  SER X 924      -4.558  38.458  -7.917  1.00 25.23      A     \nATOM   1830  N   SER X 925      -4.686  37.238  -5.168  1.00 22.41      A     \nATOM   1831  CA  SER X 925      -4.536  37.745  -3.810  1.00 23.58      A     \nATOM   1832  C   SER X 925      -4.220  36.614  -2.838  1.00 22.28      A     \nATOM   1833  O   SER X 925      -3.300  36.725  -2.023  1.00 22.71      A     \nATOM   1834  CB  SER X 925      -5.817  38.459  -3.370  1.00 25.18      A     \nATOM   1835  OG  SER X 925      -5.697  38.948  -2.044  1.00 30.48      A     \nATOM   1836  N   ILE X 926      -4.971  35.520  -2.927  1.00 21.70      A     \nATOM   1837  CA  ILE X 926      -4.775  34.419  -1.994  1.00 22.47      A     \nATOM   1838  C   ILE X 926      -3.450  33.714  -2.276  1.00 20.14      A     \nATOM   1839  O   ILE X 926      -2.765  33.286  -1.354  1.00 20.28      A     \nATOM   1840  CB  ILE X 926      -5.929  33.386  -2.063  1.00 25.38      A     \nATOM   1841  CG1 ILE X 926      -5.969  32.730  -3.441  1.00 28.30      A     \nATOM   1842  CG2 ILE X 926      -7.257  34.063  -1.761  1.00 26.48      A     \nATOM   1843  CD1 ILE X 926      -5.927  31.219  -3.385  1.00 31.46      A     \nATOM   1844  N   LEU X 927      -3.083  33.612  -3.551  1.00 19.02      A     \nATOM   1845  CA  LEU X 927      -1.798  33.027  -3.910  1.00 19.96      A     \nATOM   1846  C   LEU X 927      -0.647  33.840  -3.336  1.00 19.44      A     \nATOM   1847  O   LEU X 927       0.330  33.284  -2.840  1.00 19.85      A     \nATOM   1848  CB  LEU X 927      -1.657  32.936  -5.432  1.00 19.36      A     \nATOM   1849  CG  LEU X 927      -2.565  31.916  -6.129  1.00 17.05      A     \nATOM   1850  CD1 LEU X 927      -2.319  31.960  -7.631  1.00 17.73      A     \nATOM   1851  CD2 LEU X 927      -2.287  30.514  -5.571  1.00 16.70      A     \nATOM   1852  N   GLU X 928      -0.763  35.163  -3.397  1.00 22.41      A     \nATOM   1853  CA  GLU X 928       0.291  36.026  -2.883  1.00 24.91      A     \nATOM   1854  C   GLU X 928       0.416  35.914  -1.367  1.00 24.55      A     \nATOM   1855  O   GLU X 928       1.504  36.075  -0.816  1.00 26.02      A     \nATOM   1856  CB  GLU X 928       0.030  37.478  -3.292  1.00 27.01      A     \nATOM   1857  CG  GLU X 928       0.196  37.722  -4.784  1.00 32.05      A     \nATOM   1858  CD  GLU X 928      -0.010  39.172  -5.173  1.00 34.08      A     \nATOM   1859  OE1 GLU X 928      -0.818  39.859  -4.513  1.00 37.74      A     \nATOM   1860  OE2 GLU X 928       0.638  39.623  -6.141  1.00 37.88      A     \nATOM   1861  N   LYS X 929      -0.695  35.620  -0.699  1.00 24.55      A     \nATOM   1862  CA  LYS X 929      -0.680  35.390   0.743  1.00 25.36      A     \nATOM   1863  C   LYS X 929      -0.001  34.066   1.072  1.00 24.96      A     \nATOM   1864  O   LYS X 929       0.344  33.807   2.224  1.00 24.08      A     \nATOM   1865  CB  LYS X 929      -2.108  35.383   1.297  1.00 26.72      A     \nATOM   1866  CG  LYS X 929      -2.811  36.729   1.251  1.00 30.52      A     \nATOM   1867  CD  LYS X 929      -4.211  36.632   1.837  1.00 33.19      A     \nATOM   1868  CE  LYS X 929      -4.992  37.923   1.643  1.00 35.10      A     \nATOM   1869  NZ  LYS X 929      -4.373  39.068   2.365  1.00 37.58      A     \nATOM   1870  N   GLY X 930       0.185  33.227   0.057  1.00 22.78      A     \nATOM   1871  CA  GLY X 930       0.856  31.959   0.268  1.00 22.07      A     \nATOM   1872  C   GLY X 930      -0.094  30.780   0.362  1.00 20.98      A     \nATOM   1873  O   GLY X 930       0.341  29.645   0.560  1.00 21.53      A     \nATOM   1874  N   GLU X 931      -1.390  31.040   0.227  1.00 19.13      A     \nATOM   1875  CA  GLU X 931      -2.386  29.972   0.261  1.00 18.96      A     \nATOM   1876  C   GLU X 931      -2.303  29.132  -1.010  1.00 16.83      A     \nATOM   1877  O   GLU X 931      -2.040  29.658  -2.094  1.00 16.57      A     \nATOM   1878  CB  GLU X 931      -3.796  30.555   0.393  1.00 20.85      A     \nATOM   1879  CG  GLU X 931      -4.016  31.363   1.665  1.00 26.74      A     \nATOM   1880  CD  GLU X 931      -5.354  32.081   1.680  1.00 29.28      A     \nATOM   1881  OE1 GLU X 931      -5.379  33.287   2.012  1.00 33.57      A     \nATOM   1882  OE2 GLU X 931      -6.381  31.443   1.362  1.00 31.22      A     \nATOM   1883  N   ARG X 932      -2.528  27.829  -0.867  1.00 15.78      A     \nATOM   1884  CA  ARG X 932      -2.509  26.906  -2.003  1.00 14.30      A     \nATOM   1885  C   ARG X 932      -3.612  25.859  -1.852  1.00 14.46      A     \nATOM   1886  O   ARG X 932      -4.249  25.757  -0.807  1.00 15.89      A     \nATOM   1887  CB  ARG X 932      -1.147  26.205  -2.092  1.00 14.81      A     \nATOM   1888  CG  ARG X 932       0.028  27.130  -2.371  1.00 14.29      A     \nATOM   1889  CD  ARG X 932      -0.101  27.797  -3.733  1.00 14.64      A     \nATOM   1890  NE  ARG X 932       1.114  28.516  -4.110  1.00 16.18      A     \nATOM   1891  CZ  ARG X 932       1.391  29.767  -3.748  1.00 16.19      A     \nATOM   1892  NH1 ARG X 932       0.539  30.449  -2.994  1.00 17.13      A     \nATOM   1893  NH2 ARG X 932       2.518  30.338  -4.147  1.00 18.56      A     \nATOM   1894  N   LEU X 933      -3.836  25.073  -2.901  1.00 13.81      A     \nATOM   1895  CA  LEU X 933      -4.785  23.969  -2.827  1.00 13.42      A     \nATOM   1896  C   LEU X 933      -4.357  23.002  -1.731  1.00 12.98      A     \nATOM   1897  O   LEU X 933      -3.167  22.755  -1.538  1.00 15.23      A     \nATOM   1898  CB  LEU X 933      -4.851  23.239  -4.169  1.00 13.51      A     \nATOM   1899  CG  LEU X 933      -5.469  24.073  -5.295  1.00 12.49      A     \nATOM   1900  CD1 LEU X 933      -5.166  23.435  -6.634  1.00 12.66      A     \nATOM   1901  CD2 LEU X 933      -6.967  24.206  -5.073  1.00 13.87      A     \nATOM   1902  N   PRO X 934      -5.330  22.447  -0.994  1.00 13.42      A     \nATOM   1903  CA  PRO X 934      -5.049  21.577   0.153  1.00 14.30      A     \nATOM   1904  C   PRO X 934      -4.629  20.167  -0.244  1.00 14.74      A     \nATOM   1905  O   PRO X 934      -4.921  19.700  -1.347  1.00 14.48      A     \nATOM   1906  CB  PRO X 934      -6.362  21.579   0.927  1.00 15.10      A     \nATOM   1907  CG  PRO X 934      -7.397  21.779  -0.132  1.00 16.77      A     \nATOM   1908  CD  PRO X 934      -6.772  22.704  -1.147  1.00 15.10      A     \nATOM   1909  N   GLN X 935      -3.950  19.487   0.673  1.00 13.86      A     \nATOM   1910  CA  GLN X 935      -3.572  18.096   0.479  1.00 13.41      A     \nATOM   1911  C   GLN X 935      -4.809  17.225   0.286  1.00 13.42      A     \nATOM   1912  O   GLN X 935      -5.674  17.147   1.159  1.00 15.59      A     \nATOM   1913  CB  GLN X 935      -2.773  17.610   1.693  1.00 14.12      A     \nATOM   1914  CG  GLN X 935      -2.279  16.174   1.597  1.00 14.61      A     \nATOM   1915  CD  GLN X 935      -1.525  15.735   2.840  1.00 15.34      A     \nATOM   1916  OE1 GLN X 935      -1.244  16.545   3.729  1.00 16.02      A     \nATOM   1917  NE2 GLN X 935      -1.193  14.451   2.909  1.00 14.32      A     \nATOM   1918  N   PRO X 936      -4.914  16.557  -0.873  1.00 13.98      A     \nATOM   1919  CA  PRO X 936      -5.996  15.584  -1.050  1.00 13.80      A     \nATOM   1920  C   PRO X 936      -5.855  14.465  -0.027  1.00 13.89      A     \nATOM   1921  O   PRO X 936      -4.749  14.013   0.257  1.00 15.63      A     \nATOM   1922  CB  PRO X 936      -5.796  15.076  -2.478  1.00 14.46      A     \nATOM   1923  CG  PRO X 936      -5.029  16.166  -3.155  1.00 14.48      A     \nATOM   1924  CD  PRO X 936      -4.121  16.732  -2.099  1.00 14.12      A     \nATOM   1925  N   PRO X 937      -6.982  14.002   0.534  1.00 16.71      A     \nATOM   1926  CA  PRO X 937      -6.965  12.996   1.601  1.00 17.69      A     \nATOM   1927  C   PRO X 937      -6.251  11.698   1.225  1.00 16.37      A     \nATOM   1928  O   PRO X 937      -5.705  11.017   2.093  1.00 17.39      A     \nATOM   1929  CB  PRO X 937      -8.447  12.768   1.900  1.00 21.24      A     \nATOM   1930  CG  PRO X 937      -9.104  14.039   1.484  1.00 21.74      A     \nATOM   1931  CD  PRO X 937      -8.340  14.514   0.285  1.00 19.23      A     \nATOM   1932  N   ILE X 938      -6.248  11.349  -0.058  1.00 14.75      A     \nATOM   1933  CA  ILE X 938      -5.608  10.103  -0.472  1.00 14.06      A     \nATOM   1934  C   ILE X 938      -4.101  10.243  -0.670  1.00 12.72      A     \nATOM   1935  O   ILE X 938      -3.400   9.249  -0.802  1.00 13.14      A     \nATOM   1936  CB  ILE X 938      -6.218   9.527  -1.784  1.00 13.65      A     \nATOM   1937  CG1 ILE X 938      -5.954  10.466  -2.963  1.00 12.78      A     \nATOM   1938  CG2 ILE X 938      -7.706   9.299  -1.609  1.00 14.99      A     \nATOM   1939  CD1 ILE X 938      -6.252   9.833  -4.321  1.00 14.77      A     \nATOM   1940  N   CYS X 939      -3.606  11.477  -0.686  1.00 13.19      A     \nATOM   1941  CA  CYS X 939      -2.199  11.726  -0.999  1.00 13.06      A     \nATOM   1942  C   CYS X 939      -1.294  11.616   0.211  1.00 12.62      A     \nATOM   1943  O   CYS X 939      -1.561  12.221   1.248  1.00 13.29      A     \nATOM   1944  CB  CYS X 939      -2.025  13.121  -1.599  1.00 11.14      A     \nATOM   1945  SG  CYS X 939      -2.760  13.328  -3.228  1.00 14.28      A     \nATOM   1946  N   THR X 940      -0.216  10.854   0.072  1.00 12.96      A     \nATOM   1947  CA  THR X 940       0.866  10.912   1.044  1.00 12.78      A     \nATOM   1948  C   THR X 940       1.567  12.256   0.952  1.00 14.31      A     \nATOM   1949  O   THR X 940       1.438  12.972  -0.038  1.00 12.74      A     \nATOM   1950  CB  THR X 940       1.909   9.804   0.806  1.00 13.55      A     \nATOM   1951  OG1 THR X 940       2.413   9.890  -0.536  1.00 14.47      A     \nATOM   1952  CG2 THR X 940       1.296   8.439   1.054  1.00 14.23      A     \nATOM   1953  N   ILE X 941       2.309  12.602   1.994  1.00 13.12      A     \nATOM   1954  CA  ILE X 941       3.041  13.856   2.009  1.00 13.42      A     \nATOM   1955  C   ILE X 941       3.992  13.967   0.810  1.00 14.20      A     \nATOM   1956  O   ILE X 941       4.130  15.041   0.215  1.00 13.43      A     \nATOM   1957  CB  ILE X 941       3.805  13.999   3.343  1.00 12.95      A     \nATOM   1958  CG1 ILE X 941       2.788  14.150   4.481  1.00 15.48      A     \nATOM   1959  CG2 ILE X 941       4.764  15.182   3.289  1.00 15.28      A     \nATOM   1960  CD1 ILE X 941       3.397  14.119   5.871  1.00 17.60      A     \nATOM   1961  N   ASP X 942       4.626  12.858   0.439  1.00 15.01      A     \nATOM   1962  CA  ASP X 942       5.526  12.847  -0.713  1.00 17.11      A     \nATOM   1963  C   ASP X 942       4.841  13.337  -1.990  1.00 16.49      A     \nATOM   1964  O   ASP X 942       5.409  14.122  -2.748  1.00 15.96      A     \nATOM   1965  CB  ASP X 942       6.081  11.437  -0.946  1.00 18.82      A     \nATOM   1966  CG  ASP X 942       7.264  11.121  -0.050  1.00 21.86      A     \nATOM   1967  OD1 ASP X 942       7.714  12.027   0.680  1.00 22.86      A     \nATOM   1968  OD2 ASP X 942       7.744   9.967  -0.078  1.00 23.43      A     \nATOM   1969  N   VAL X 943       3.626  12.863  -2.236  1.00 14.10      A     \nATOM   1970  CA  VAL X 943       2.895  13.292  -3.424  1.00 13.39      A     \nATOM   1971  C   VAL X 943       2.501  14.762  -3.319  1.00 14.15      A     \nATOM   1972  O   VAL X 943       2.670  15.528  -4.266  1.00 13.98      A     \nATOM   1973  CB  VAL X 943       1.625  12.432  -3.637  1.00 13.64      A     \nATOM   1974  CG1 VAL X 943       0.839  12.945  -4.840  1.00 15.07      A     \nATOM   1975  CG2 VAL X 943       2.017  10.978  -3.860  1.00 14.25      A     \nATOM   1976  N   TYR X 944       1.996  15.169  -2.160  1.00 13.07      A     \nATOM   1977  CA  TYR X 944       1.542  16.543  -2.001  1.00 12.94      A     \nATOM   1978  C   TYR X 944       2.699  17.526  -2.125  1.00 14.49      A     \nATOM   1979  O   TYR X 944       2.524  18.634  -2.634  1.00 14.89      A     \nATOM   1980  CB  TYR X 944       0.838  16.726  -0.652  1.00 14.51      A     \nATOM   1981  CG  TYR X 944       0.253  18.107  -0.450  1.00 14.33      A     \nATOM   1982  CD1 TYR X 944       0.600  18.871   0.658  1.00 15.91      A     \nATOM   1983  CD2 TYR X 944      -0.652  18.641  -1.360  1.00 15.46      A     \nATOM   1984  CE1 TYR X 944       0.061  20.124   0.858  1.00 15.96      A     \nATOM   1985  CE2 TYR X 944      -1.199  19.896  -1.168  1.00 16.20      A     \nATOM   1986  CZ  TYR X 944      -0.837  20.632  -0.055  1.00 17.23      A     \nATOM   1987  OH  TYR X 944      -1.375  21.879   0.156  1.00 18.74      A     \nATOM   1988  N   MET X 945       3.885  17.126  -1.680  1.00 14.26      A     \nATOM   1989  CA  MET X 945       5.038  18.012  -1.767  1.00 15.36      A     \nATOM   1990  C   MET X 945       5.466  18.291  -3.206  1.00 14.83      A     \nATOM   1991  O   MET X 945       5.892  19.401  -3.523  1.00 14.54      A     \nATOM   1992  CB  MET X 945       6.209  17.437  -0.967  1.00 18.12      A     \nATOM   1993  CG  MET X 945       5.994  17.514   0.542  1.00 22.41      A     \nATOM   1994  SD  MET X 945       5.622  19.205   1.107  1.00 32.68      A     \nATOM   1995  CE  MET X 945       4.487  18.886   2.465  1.00 32.19      A     \nATOM   1996  N   ILE X 946       5.340  17.299  -4.083  1.00 15.34      A     \nATOM   1997  CA  ILE X 946       5.638  17.520  -5.494  1.00 17.61      A     \nATOM   1998  C   ILE X 946       4.644  18.522  -6.066  1.00 16.43      A     \nATOM   1999  O   ILE X 946       5.010  19.426  -6.818  1.00 16.18      A     \nATOM   2000  CB  ILE X 946       5.538  16.214  -6.307  1.00 21.19      A     \nATOM   2001  CG1 ILE X 946       6.558  15.201  -5.793  1.00 24.84      A     \nATOM   2002  CG2 ILE X 946       5.778  16.505  -7.785  1.00 22.04      A     \nATOM   2003  CD1 ILE X 946       6.463  13.847  -6.470  1.00 26.57      A     \nATOM   2004  N   MET X 947       3.380  18.363  -5.700  1.00 16.04      A     \nATOM   2005  CA  MET X 947       2.348  19.268  -6.174  1.00 16.51      A     \nATOM   2006  C   MET X 947       2.603  20.694  -5.679  1.00 15.71      A     \nATOM   2007  O   MET X 947       2.510  21.655  -6.445  1.00 16.22      A     \nATOM   2008  CB  MET X 947       0.978  18.756  -5.717  1.00 19.23      A     \nATOM   2009  CG  MET X 947       0.702  17.315  -6.170  1.00 18.91      A     \nATOM   2010  SD  MET X 947      -0.641  16.507  -5.274  1.00 21.49      A     \nATOM   2011  CE  MET X 947      -1.879  17.770  -5.419  1.00 15.15      A     \nATOM   2012  N   ARG X 948       2.954  20.835  -4.405  1.00 14.57      A     \nATOM   2013  CA  ARG X 948       3.258  22.150  -3.851  1.00 14.41      A     \nATOM   2014  C   ARG X 948       4.462  22.809  -4.524  1.00 14.58      A     \nATOM   2015  O   ARG X 948       4.494  24.028  -4.684  1.00 14.56      A     \nATOM   2016  CB  ARG X 948       3.503  22.039  -2.343  1.00 15.49      A     \nATOM   2017  CG  ARG X 948       2.243  21.780  -1.534  1.00 17.19      A     \nATOM   2018  CD  ARG X 948       1.297  22.971  -1.599  1.00 19.12      A     \nATOM   2019  NE  ARG X 948       1.844  24.143  -0.918  1.00 21.78      A     \nATOM   2020  CZ  ARG X 948       1.389  24.616   0.239  1.00 22.11      A     \nATOM   2021  NH1 ARG X 948       0.376  24.020   0.852  1.00 22.94      A     \nATOM   2022  NH2 ARG X 948       1.950  25.686   0.785  1.00 23.78      A     \nATOM   2023  N   LYS X 949       5.447  22.011  -4.922  1.00 13.90      A     \nATOM   2024  CA  LYS X 949       6.617  22.553  -5.608  1.00 14.00      A     \nATOM   2025  C   LYS X 949       6.233  23.146  -6.964  1.00 12.01      A     \nATOM   2026  O   LYS X 949       6.870  24.085  -7.446  1.00 13.10      A     \nATOM   2027  CB  LYS X 949       7.668  21.456  -5.800  1.00 16.90      A     \nATOM   2028  CG  LYS X 949       9.035  21.978  -6.199  1.00 21.77      A     \nATOM   2029  CD  LYS X 949      10.082  20.876  -6.146  1.00 26.47      A     \nATOM   2030  CE  LYS X 949      11.461  21.407  -6.500  1.00 30.35      A     \nATOM   2031  NZ  LYS X 949      11.519  21.888  -7.905  1.00 31.32      A     \nATOM   2032  N   CYS X 950       5.193  22.591  -7.582  1.00 11.95      A     \nATOM   2033  CA  CYS X 950       4.690  23.121  -8.848  1.00 10.67      A     \nATOM   2034  C   CYS X 950       4.100  24.515  -8.703  1.00 11.51      A     \nATOM   2035  O   CYS X 950       3.924  25.215  -9.697  1.00 12.52      A     \nATOM   2036  CB  CYS X 950       3.620  22.194  -9.430  1.00 12.16      A     \nATOM   2037  SG  CYS X 950       4.244  20.603 -10.009  1.00 12.38      A     \nATOM   2038  N   TRP X 951       3.791  24.919  -7.474  1.00 12.31      A     \nATOM   2039  CA  TRP X 951       3.126  26.197  -7.253  1.00 13.30      A     \nATOM   2040  C   TRP X 951       4.001  27.202  -6.510  1.00 12.47      A     \nATOM   2041  O   TRP X 951       3.489  28.114  -5.858  1.00 14.15      A     \nATOM   2042  CB  TRP X 951       1.822  25.997  -6.478  1.00 12.88      A     \nATOM   2043  CG  TRP X 951       0.890  24.971  -7.081  1.00 10.91      A     \nATOM   2044  CD1 TRP X 951       0.648  24.750  -8.409  1.00 11.01      A     \nATOM   2045  CD2 TRP X 951       0.086  24.025  -6.364  1.00 11.45      A     \nATOM   2046  NE1 TRP X 951      -0.258  23.723  -8.560  1.00 12.17      A     \nATOM   2047  CE2 TRP X 951      -0.615  23.262  -7.318  1.00 12.41      A     \nATOM   2048  CE3 TRP X 951      -0.108  23.748  -5.006  1.00 11.80      A     \nATOM   2049  CZ2 TRP X 951      -1.495  22.241  -6.958  1.00 12.91      A     \nATOM   2050  CZ3 TRP X 951      -0.982  22.733  -4.649  1.00 12.98      A     \nATOM   2051  CH2 TRP X 951      -1.665  21.991  -5.622  1.00 12.76      A     \nATOM   2052  N  AMET X 952       5.317  27.032  -6.609  0.50 12.75      A     \nATOM   2053  CA AMET X 952       6.249  28.018  -6.072  0.50 12.72      A     \nATOM   2054  C  AMET X 952       6.102  29.324  -6.842  0.50 13.40      A     \nATOM   2055  O  AMET X 952       5.852  29.321  -8.048  0.50 12.34      A     \nATOM   2056  CB AMET X 952       7.689  27.515  -6.194  0.50 14.54      A     \nATOM   2057  CG AMET X 952       7.969  26.233  -5.424  0.50 16.12      A     \nATOM   2058  SD AMET X 952       7.716  26.408  -3.647  0.50 20.92      A     \nATOM   2059  CE AMET X 952       9.127  27.411  -3.202  0.50 20.08      A     \nATOM   2060  N  BMET X 952       5.315  27.044  -6.606  0.50 13.63      A     \nATOM   2061  CA BMET X 952       6.218  28.022  -6.014  0.50 14.29      A     \nATOM   2062  C  BMET X 952       6.201  29.308  -6.833  0.50 14.54      A     \nATOM   2063  O  BMET X 952       6.127  29.274  -8.062  0.50 14.54      A     \nATOM   2064  CB BMET X 952       7.634  27.453  -5.945  0.50 17.16      A     \nATOM   2065  CG BMET X 952       7.731  26.195  -5.100  0.50 19.50      A     \nATOM   2066  SD BMET X 952       9.411  25.591  -4.913  0.50 24.64      A     \nATOM   2067  CE BMET X 952      10.146  26.922  -3.954  0.50 23.39      A     \nATOM   2068  N   ILE X 953       6.253  30.446  -6.148  1.00 13.47      A     \nATOM   2069  CA  ILE X 953       6.187  31.732  -6.827  1.00 14.93      A     \nATOM   2070  C   ILE X 953       7.315  31.883  -7.846  1.00 14.93      A     \nATOM   2071  O   ILE X 953       7.092  32.363  -8.960  1.00 16.44      A     \nATOM   2072  CB  ILE X 953       6.252  32.898  -5.812  1.00 15.18      A     \nATOM   2073  CG1 ILE X 953       5.025  32.860  -4.898  1.00 20.84      A     \nATOM   2074  CG2 ILE X 953       6.317  34.227  -6.549  1.00 18.52      A     \nATOM   2075  CD1 ILE X 953       3.707  33.012  -5.633  1.00 23.88      A     \nATOM   2076  N   ASP X 954       8.523  31.471  -7.473  1.00 15.87      A     \nATOM   2077  CA  ASP X 954       9.657  31.518  -8.388  1.00 15.02      A     \nATOM   2078  C   ASP X 954       9.544  30.369  -9.388  1.00 15.17      A     \nATOM   2079  O   ASP X 954       9.624  29.200  -9.012  1.00 15.43      A     \nATOM   2080  CB  ASP X 954      10.968  31.410  -7.601  1.00 18.56      A     \nATOM   2081  CG  ASP X 954      12.191  31.687  -8.457  1.00 20.99      A     \nATOM   2082  OD1 ASP X 954      13.241  32.066  -7.887  1.00 25.25      A     \nATOM   2083  OD2 ASP X 954      12.115  31.531  -9.691  1.00 23.24      A     \nATOM   2084  N   ALA X 955       9.359  30.710 -10.658  1.00 14.55      A     \nATOM   2085  CA  ALA X 955       9.085  29.710 -11.688  1.00 15.58      A     \nATOM   2086  C   ALA X 955      10.220  28.699 -11.809  1.00 16.90      A     \nATOM   2087  O   ALA X 955       9.985  27.525 -12.102  1.00 15.92      A     \nATOM   2088  CB  ALA X 955       8.851  30.396 -13.028  1.00 16.02      A     \nATOM   2089  N   ASP X 956      11.448  29.152 -11.579  1.00 19.03      A     \nATOM   2090  CA  ASP X 956      12.611  28.275 -11.687  1.00 21.45      A     \nATOM   2091  C   ASP X 956      12.824  27.416 -10.442  1.00 20.60      A     \nATOM   2092  O   ASP X 956      13.706  26.553 -10.418  1.00 23.73      A     \nATOM   2093  CB  ASP X 956      13.868  29.100 -11.974  1.00 25.01      A     \nATOM   2094  CG  ASP X 956      13.839  29.738 -13.352  1.00 28.17      A     \nATOM   2095  OD1 ASP X 956      14.363  30.862 -13.501  1.00 33.15      A     \nATOM   2096  OD2 ASP X 956      13.290  29.115 -14.286  1.00 30.36      A     \nATOM   2097  N   SER X 957      12.016  27.644  -9.413  1.00 17.39      A     \nATOM   2098  CA  SER X 957      12.012  26.768  -8.247  1.00 17.37      A     \nATOM   2099  C   SER X 957      11.051  25.597  -8.439  1.00 16.67      A     \nATOM   2100  O   SER X 957      11.068  24.638  -7.667  1.00 18.08      A     \nATOM   2101  CB  SER X 957      11.620  27.549  -6.990  1.00 18.59      A     \nATOM   2102  OG  SER X 957      12.653  28.442  -6.606  1.00 20.68      A     \nATOM   2103  N   ARG X 958      10.208  25.683  -9.466  1.00 13.92      A     \nATOM   2104  CA  ARG X 958       9.283  24.597  -9.774  1.00 13.31      A     \nATOM   2105  C   ARG X 958      10.031  23.455 -10.442  1.00 12.24      A     \nATOM   2106  O   ARG X 958      11.078  23.659 -11.058  1.00 14.35      A     \nATOM   2107  CB  ARG X 958       8.169  25.094 -10.703  1.00 10.78      A     \nATOM   2108  CG  ARG X 958       7.326  26.197 -10.093  1.00 12.72      A     \nATOM   2109  CD  ARG X 958       6.398  26.841 -11.111  1.00 12.12      A     \nATOM   2110  NE  ARG X 958       6.023  28.175 -10.651  1.00 12.85      A     \nATOM   2111  CZ  ARG X 958       5.588  29.156 -11.432  1.00 12.30      A     \nATOM   2112  NH1 ARG X 958       5.295  30.336 -10.897  1.00 12.77      A     \nATOM   2113  NH2 ARG X 958       5.428  28.962 -12.736  1.00 12.28      A     \nATOM   2114  N   PRO X 959       9.502  22.230 -10.331  1.00 12.48      A     \nATOM   2115  CA  PRO X 959      10.152  21.123 -11.035  1.00 13.52      A     \nATOM   2116  C   PRO X 959      10.089  21.283 -12.549  1.00 13.07      A     \nATOM   2117  O   PRO X 959       9.253  22.022 -13.078  1.00 12.32      A     \nATOM   2118  CB  PRO X 959       9.392  19.886 -10.553  1.00 15.49      A     \nATOM   2119  CG  PRO X 959       8.076  20.398 -10.083  1.00 19.74      A     \nATOM   2120  CD  PRO X 959       8.293  21.809  -9.605  1.00 13.95      A     \nATOM   2121  N   LYS X 960      11.000  20.607 -13.237  1.00 12.91      A     \nATOM   2122  CA  LYS X 960      10.925  20.467 -14.686  1.00 14.06      A     \nATOM   2123  C   LYS X 960      10.086  19.233 -14.990  1.00 13.03      A     \nATOM   2124  O   LYS X 960      10.022  18.303 -14.184  1.00 12.76      A     \nATOM   2125  CB  LYS X 960      12.327  20.284 -15.275  1.00 17.46      A     \nATOM   2126  CG  LYS X 960      13.275  21.444 -15.014  1.00 21.72      A     \nATOM   2127  CD  LYS X 960      12.787  22.718 -15.684  1.00 26.62      A     \nATOM   2128  CE  LYS X 960      13.923  23.718 -15.855  1.00 29.72      A     \nATOM   2129  NZ  LYS X 960      14.558  24.065 -14.553  1.00 33.62      A     \nATOM   2130  N   PHE X 961       9.437  19.216 -16.149  1.00 12.99      A     \nATOM   2131  CA  PHE X 961       8.643  18.054 -16.518  1.00 12.37      A     \nATOM   2132  C   PHE X 961       9.489  16.789 -16.556  1.00 13.41      A     \nATOM   2133  O   PHE X 961       9.008  15.715 -16.198  1.00 12.59      A     \nATOM   2134  CB  PHE X 961       7.958  18.274 -17.872  1.00 12.58      A     \nATOM   2135  CG  PHE X 961       6.746  19.156 -17.796  1.00 10.80      A     \nATOM   2136  CD1 PHE X 961       5.661  18.789 -17.013  1.00 10.52      A     \nATOM   2137  CD2 PHE X 961       6.700  20.362 -18.476  1.00 11.82      A     \nATOM   2138  CE1 PHE X 961       4.550  19.614 -16.908  1.00 11.08      A     \nATOM   2139  CE2 PHE X 961       5.592  21.190 -18.375  1.00 11.31      A     \nATOM   2140  CZ  PHE X 961       4.518  20.817 -17.591  1.00  9.94      A     \nATOM   2141  N   ARG X 962      10.750  16.911 -16.967  1.00 14.75      A     \nATOM   2142  CA  ARG X 962      11.612  15.736 -17.004  1.00 15.74      A     \nATOM   2143  C   ARG X 962      11.776  15.152 -15.603  1.00 14.76      A     \nATOM   2144  O   ARG X 962      11.836  13.933 -15.438  1.00 16.05      A     \nATOM   2145  CB  ARG X 962      12.978  16.083 -17.610  1.00 19.16      A     \nATOM   2146  CG  ARG X 962      13.735  17.193 -16.907  1.00 23.72      A     \nATOM   2147  CD  ARG X 962      15.032  17.514 -17.644  1.00 29.23      A     \nATOM   2148  NE  ARG X 962      15.933  18.338 -16.844  1.00 32.99      A     \nATOM   2149  CZ  ARG X 962      15.994  19.664 -16.911  1.00 36.15      A     \nATOM   2150  NH1 ARG X 962      15.203  20.325 -17.746  1.00 37.22      A     \nATOM   2151  NH2 ARG X 962      16.846  20.329 -16.143  1.00 37.39      A     \nATOM   2152  N   GLU X 963      11.825  16.019 -14.594  1.00 13.98      A     \nATOM   2153  CA  GLU X 963      11.921  15.573 -13.206  1.00 13.75      A     \nATOM   2154  C   GLU X 963      10.609  14.969 -12.716  1.00 14.69      A     \nATOM   2155  O   GLU X 963      10.603  13.992 -11.962  1.00 15.52      A     \nATOM   2156  CB  GLU X 963      12.324  16.747 -12.306  1.00 15.46      A     \nATOM   2157  CG  GLU X 963      13.696  17.320 -12.644  1.00 19.47      A     \nATOM   2158  CD  GLU X 963      13.976  18.645 -11.960  1.00 22.59      A     \nATOM   2159  OE1 GLU X 963      13.017  19.311 -11.518  1.00 22.30      A     \nATOM   2160  OE2 GLU X 963      15.164  19.019 -11.862  1.00 27.43      A     \nATOM   2161  N   LEU X 964       9.494  15.546 -13.152  1.00 13.90      A     \nATOM   2162  CA  LEU X 964       8.191  15.019 -12.777  1.00 13.16      A     \nATOM   2163  C   LEU X 964       7.975  13.618 -13.343  1.00 12.36      A     \nATOM   2164  O   LEU X 964       7.381  12.765 -12.687  1.00 13.46      A     \nATOM   2165  CB  LEU X 964       7.090  15.965 -13.257  1.00 12.74      A     \nATOM   2166  CG  LEU X 964       7.072  17.309 -12.518  1.00 12.03      A     \nATOM   2167  CD1 LEU X 964       6.243  18.324 -13.293  1.00 12.65      A     \nATOM   2168  CD2 LEU X 964       6.507  17.117 -11.120  1.00 14.16      A     \nATOM   2169  N   ILE X 965       8.478  13.372 -14.550  1.00 12.55      A     \nATOM   2170  CA  ILE X 965       8.411  12.031 -15.124  1.00 12.72      A     \nATOM   2171  C   ILE X 965       9.123  11.027 -14.222  1.00 12.56      A     \nATOM   2172  O   ILE X 965       8.595   9.955 -13.935  1.00 13.95      A     \nATOM   2173  CB  ILE X 965       9.062  11.985 -16.519  1.00 12.69      A     \nATOM   2174  CG1 ILE X 965       8.245  12.821 -17.499  1.00 12.37      A     \nATOM   2175  CG2 ILE X 965       9.148  10.543 -17.016  1.00 12.30      A     \nATOM   2176  CD1 ILE X 965       8.943  13.024 -18.825  1.00 13.74      A     \nATOM   2177  N   ILE X 966      10.316  11.388 -13.769  1.00 13.58      A     \nATOM   2178  CA  ILE X 966      11.117  10.488 -12.949  1.00 13.76      A     \nATOM   2179  C   ILE X 966      10.459  10.222 -11.599  1.00 13.83      A     \nATOM   2180  O   ILE X 966      10.380   9.075 -11.151  1.00 14.76      A     \nATOM   2181  CB  ILE X 966      12.527  11.070 -12.724  1.00 15.75      A     \nATOM   2182  CG1 ILE X 966      13.283  11.106 -14.054  1.00 16.76      A     \nATOM   2183  CG2 ILE X 966      13.281  10.239 -11.691  1.00 17.25      A     \nATOM   2184  CD1 ILE X 966      14.604  11.839 -14.000  1.00 18.60      A     \nATOM   2185  N   GLU X 967       9.977  11.278 -10.954  1.00 13.74      A     \nATOM   2186  CA  GLU X 967       9.388  11.137  -9.633  1.00 14.30      A     \nATOM   2187  C   GLU X 967       8.081  10.362  -9.666  1.00 14.33      A     \nATOM   2188  O   GLU X 967       7.878   9.439  -8.874  1.00 14.87      A     \nATOM   2189  CB  GLU X 967       9.165  12.514  -9.002  1.00 17.43      A     \nATOM   2190  CG  GLU X 967      10.456  13.219  -8.620  1.00 24.91      A     \nATOM   2191  CD  GLU X 967      11.374  12.333  -7.797  1.00 29.23      A     \nATOM   2192  OE1 GLU X 967      12.531  12.110  -8.219  1.00 32.27      A     \nATOM   2193  OE2 GLU X 967      10.935  11.854  -6.729  1.00 31.23      A     \nATOM   2194  N   PHE X 968       7.189  10.713 -10.585  1.00 12.60      A     \nATOM   2195  CA  PHE X 968       5.927   9.994 -10.654  1.00 13.09      A     \nATOM   2196  C   PHE X 968       6.089   8.571 -11.184  1.00 13.47      A     \nATOM   2197  O   PHE X 968       5.292   7.701 -10.855  1.00 13.11      A     \nATOM   2198  CB  PHE X 968       4.900  10.779 -11.480  1.00 13.09      A     \nATOM   2199  CG  PHE X 968       4.164  11.827 -10.680  1.00 13.65      A     \nATOM   2200  CD1 PHE X 968       3.112  11.466  -9.850  1.00 14.19      A     \nATOM   2201  CD2 PHE X 968       4.537  13.160 -10.734  1.00 14.54      A     \nATOM   2202  CE1 PHE X 968       2.444  12.413  -9.092  1.00 14.87      A     \nATOM   2203  CE2 PHE X 968       3.875  14.113  -9.977  1.00 13.67      A     \nATOM   2204  CZ  PHE X 968       2.826  13.738  -9.155  1.00 13.71      A     \nATOM   2205  N   SER X 969       7.131   8.326 -11.978  1.00 13.88      A     \nATOM   2206  CA  SER X 969       7.415   6.968 -12.449  1.00 13.73      A     \nATOM   2207  C   SER X 969       7.836   6.069 -11.290  1.00 14.34      A     \nATOM   2208  O   SER X 969       7.443   4.901 -11.220  1.00 15.60      A     \nATOM   2209  CB  SER X 969       8.519   6.985 -13.515  1.00 14.63      A     \nATOM   2210  OG  SER X 969       8.033   7.491 -14.749  1.00 14.47      A     \nATOM   2211  N   LYS X 970       8.630   6.619 -10.377  1.00 15.07      A     \nATOM   2212  CA  LYS X 970       9.015   5.890  -9.178  1.00 15.01      A     \nATOM   2213  C   LYS X 970       7.779   5.535  -8.365  1.00 14.88      A     \nATOM   2214  O   LYS X 970       7.624   4.403  -7.903  1.00 16.09      A     \nATOM   2215  CB  LYS X 970       9.964   6.734  -8.324  1.00 17.90      A     \nATOM   2216  CG  LYS X 970      10.379   6.062  -7.024  1.00 22.17      A     \nATOM   2217  CD  LYS X 970      11.363   6.920  -6.241  1.00 27.31      A     \nATOM   2218  CE  LYS X 970      10.786   8.293  -5.942  1.00 30.37      A     \nATOM   2219  NZ  LYS X 970       9.450   8.206  -5.287  1.00 33.81      A     \nATOM   2220  N   MET X 971       6.889   6.503  -8.199  1.00 15.35      A     \nATOM   2221  CA  MET X 971       5.700   6.277  -7.396  1.00 15.00      A     \nATOM   2222  C   MET X 971       4.740   5.296  -8.056  1.00 15.25      A     \nATOM   2223  O   MET X 971       4.128   4.474  -7.376  1.00 15.26      A     \nATOM   2224  CB  MET X 971       5.006   7.606  -7.120  1.00 15.73      A     \nATOM   2225  CG  MET X 971       5.858   8.526  -6.267  1.00 16.77      A     \nATOM   2226  SD  MET X 971       4.962   9.974  -5.725  1.00 23.47      A     \nATOM   2227  CE  MET X 971       4.823  10.843  -7.202  1.00 24.81      A     \nATOM   2228  N   ALA X 972       4.627   5.368  -9.379  1.00 14.63      A     \nATOM   2229  CA  ALA X 972       3.730   4.482 -10.114  1.00 14.95      A     \nATOM   2230  C   ALA X 972       4.201   3.030 -10.077  1.00 15.99      A     \nATOM   2231  O   ALA X 972       3.440   2.117 -10.390  1.00 16.59      A     \nATOM   2232  CB  ALA X 972       3.600   4.956 -11.562  1.00 12.91      A     \nATOM   2233  N   ARG X 973       5.457   2.822  -9.693  1.00 16.63      A     \nATOM   2234  CA  ARG X 973       6.009   1.478  -9.596  1.00 17.34      A     \nATOM   2235  C   ARG X 973       5.593   0.814  -8.285  1.00 17.54      A     \nATOM   2236  O   ARG X 973       5.652  -0.409  -8.152  1.00 18.45      A     \nATOM   2237  CB  ARG X 973       7.535   1.537  -9.695  1.00 20.41      A     \nATOM   2238  CG  ARG X 973       8.210   0.188  -9.806  1.00 25.78      A     \nATOM   2239  CD  ARG X 973       9.704   0.358 -10.032  1.00 29.46      A     \nATOM   2240  NE  ARG X 973      10.377  -0.921 -10.227  1.00 32.43      A     \nATOM   2241  CZ  ARG X 973      11.663  -1.047 -10.542  1.00 34.13      A     \nATOM   2242  NH1 ARG X 973      12.195  -2.251 -10.701  1.00 35.18      A     \nATOM   2243  NH2 ARG X 973      12.416   0.034 -10.697  1.00 35.22      A     \nATOM   2244  N   ASP X 974       5.170   1.625  -7.320  1.00 16.83      A     \nATOM   2245  CA  ASP X 974       4.705   1.120  -6.029  1.00 18.15      A     \nATOM   2246  C   ASP X 974       3.550   1.994  -5.547  1.00 16.40      A     \nATOM   2247  O   ASP X 974       3.673   2.724  -4.563  1.00 16.39      A     \nATOM   2248  CB  ASP X 974       5.848   1.156  -5.009  1.00 19.52      A     \nATOM   2249  CG  ASP X 974       5.526   0.394  -3.732  1.00 23.22      A     \nATOM   2250  OD1 ASP X 974       6.340   0.452  -2.786  1.00 24.91      A     \nATOM   2251  OD2 ASP X 974       4.465  -0.264  -3.672  1.00 23.91      A     \nATOM   2252  N   PRO X 975       2.404   1.925  -6.240  1.00 15.51      A     \nATOM   2253  CA  PRO X 975       1.356   2.945  -6.114  1.00 15.14      A     \nATOM   2254  C   PRO X 975       0.717   3.050  -4.732  1.00 15.56      A     \nATOM   2255  O   PRO X 975       0.358   4.138  -4.294  1.00 14.58      A     \nATOM   2256  CB  PRO X 975       0.330   2.551  -7.178  1.00 15.56      A     \nATOM   2257  CG  PRO X 975       1.049   1.607  -8.089  1.00 21.67      A     \nATOM   2258  CD  PRO X 975       2.071   0.914  -7.258  1.00 16.27      A     \nATOM   2259  N   GLN X 976       0.573   1.922  -4.045  1.00 15.57      A     \nATOM   2260  CA  GLN X 976      -0.123   1.924  -2.763  1.00 17.20      A     \nATOM   2261  C   GLN X 976       0.754   2.460  -1.641  1.00 17.44      A     \nATOM   2262  O   GLN X 976       0.272   2.730  -0.545  1.00 18.28      A     \nATOM   2263  CB  GLN X 976      -0.620   0.516  -2.430  1.00 18.45      A     \nATOM   2264  CG  GLN X 976      -1.661   0.015  -3.418  1.00 22.45      A     \nATOM   2265  CD  GLN X 976      -2.275  -1.311  -3.021  1.00 26.69      A     \nATOM   2266  OE1 GLN X 976      -2.365  -2.231  -3.833  1.00 31.36      A     \nATOM   2267  NE2 GLN X 976      -2.709  -1.414  -1.771  1.00 28.25      A     \nATOM   2268  N   ARG X 977       2.042   2.623  -1.918  1.00 15.81      A     \nATOM   2269  CA  ARG X 977       2.915   3.301  -0.971  1.00 15.34      A     \nATOM   2270  C   ARG X 977       2.652   4.805  -0.974  1.00 15.03      A     \nATOM   2271  O   ARG X 977       2.861   5.484   0.033  1.00 16.76      A     \nATOM   2272  CB  ARG X 977       4.384   3.049  -1.314  1.00 18.19      A     \nATOM   2273  CG  ARG X 977       5.335   3.809  -0.407  1.00 21.68      A     \nATOM   2274  CD  ARG X 977       6.780   3.660  -0.838  1.00 24.62      A     \nATOM   2275  NE  ARG X 977       7.611   4.708  -0.252  1.00 28.71      A     \nATOM   2276  CZ  ARG X 977       8.936   4.650  -0.167  1.00 30.56      A     \nATOM   2277  NH1 ARG X 977       9.611   5.652   0.380  1.00 32.04      A     \nATOM   2278  NH2 ARG X 977       9.587   3.591  -0.630  1.00 31.67      A     \nATOM   2279  N   TYR X 978       2.192   5.328  -2.106  1.00 14.08      A     \nATOM   2280  CA  TYR X 978       2.152   6.772  -2.297  1.00 13.83      A     \nATOM   2281  C   TYR X 978       0.753   7.374  -2.296  1.00 13.52      A     \nATOM   2282  O   TYR X 978       0.586   8.568  -2.043  1.00 13.00      A     \nATOM   2283  CB  TYR X 978       2.888   7.136  -3.587  1.00 13.57      A     \nATOM   2284  CG  TYR X 978       4.367   6.852  -3.500  1.00 13.39      A     \nATOM   2285  CD1 TYR X 978       4.905   5.699  -4.054  1.00 13.67      A     \nATOM   2286  CD2 TYR X 978       5.221   7.719  -2.832  1.00 14.78      A     \nATOM   2287  CE1 TYR X 978       6.253   5.414  -3.940  1.00 15.70      A     \nATOM   2288  CE2 TYR X 978       6.569   7.444  -2.715  1.00 16.41      A     \nATOM   2289  CZ  TYR X 978       7.081   6.291  -3.270  1.00 17.19      A     \nATOM   2290  OH  TYR X 978       8.423   6.014  -3.145  1.00 21.26      A     \nATOM   2291  N   LEU X 979      -0.249   6.549  -2.577  1.00 12.62      A     \nATOM   2292  CA  LEU X 979      -1.639   6.967  -2.451  1.00 13.01      A     \nATOM   2293  C   LEU X 979      -2.395   5.948  -1.613  1.00 14.95      A     \nATOM   2294  O   LEU X 979      -2.225   4.740  -1.784  1.00 16.25      A     \nATOM   2295  CB  LEU X 979      -2.293   7.087  -3.829  1.00 14.54      A     \nATOM   2296  CG  LEU X 979      -1.672   8.100  -4.795  1.00 12.20      A     \nATOM   2297  CD1 LEU X 979      -2.404   8.042  -6.129  1.00 13.67      A     \nATOM   2298  CD2 LEU X 979      -1.761   9.502  -4.203  1.00 13.86      A     \nATOM   2299  N   VAL X 980      -3.222   6.445  -0.701  1.00 13.94      A     \nATOM   2300  CA  VAL X 980      -3.962   5.592   0.217  1.00 15.51      A     \nATOM   2301  C   VAL X 980      -5.451   5.694  -0.078  1.00 15.94      A     \nATOM   2302  O   VAL X 980      -6.100   6.682   0.261  1.00 17.42      A     \nATOM   2303  CB  VAL X 980      -3.695   6.005   1.679  1.00 15.78      A     \nATOM   2304  CG1 VAL X 980      -4.452   5.092   2.631  1.00 18.79      A     \nATOM   2305  CG2 VAL X 980      -2.199   5.946   1.963  1.00 18.25      A     \nATOM   2306  N   ILE X 981      -5.980   4.659  -0.723  1.00 17.50      A     \nATOM   2307  CA  ILE X 981      -7.371   4.637  -1.153  1.00 18.82      A     \nATOM   2308  C   ILE X 981      -8.055   3.403  -0.570  1.00 20.82      A     \nATOM   2309  O   ILE X 981      -7.568   2.283  -0.726  1.00 21.34      A     \nATOM   2310  CB  ILE X 981      -7.463   4.589  -2.694  1.00 18.45      A     \nATOM   2311  CG1 ILE X 981      -6.812   5.840  -3.290  1.00 17.52      A     \nATOM   2312  CG2 ILE X 981      -8.916   4.475  -3.131  1.00 20.08      A     \nATOM   2313  CD1 ILE X 981      -6.605   5.757  -4.791  1.00 15.38      A     \nATOM   2314  N   GLN X 982      -9.178   3.615   0.107  1.00 23.33      A     \nATOM   2315  CA  GLN X 982      -9.901   2.513   0.729  1.00 25.94      A     \nATOM   2316  C   GLN X 982     -10.406   1.555  -0.342  1.00 25.69      A     \nATOM   2317  O   GLN X 982     -11.047   1.972  -1.304  1.00 25.37      A     \nATOM   2318  CB  GLN X 982     -11.082   3.046   1.542  1.00 28.34      A     \nATOM   2319  CG  GLN X 982     -11.883   1.958   2.243  1.00 33.61      A     \nATOM   2320  CD  GLN X 982     -13.017   2.514   3.083  1.00 36.55      A     \nATOM   2321  OE1 GLN X 982     -13.194   3.729   3.187  1.00 39.52      A     \nATOM   2322  NE2 GLN X 982     -13.793   1.623   3.691  1.00 37.67      A     \nATOM   2323  N   GLY X 983     -10.103   0.272  -0.172  1.00 26.13      A     \nATOM   2324  CA  GLY X 983     -10.572  -0.732  -1.109  1.00 26.33      A     \nATOM   2325  C   GLY X 983      -9.818  -0.720  -2.425  1.00 27.19      A     \nATOM   2326  O   GLY X 983     -10.297  -1.254  -3.426  1.00 26.72      A     \nATOM   2327  N   ASP X 984      -8.632  -0.116  -2.417  1.00 27.56      A     \nATOM   2328  CA  ASP X 984      -7.832   0.058  -3.628  1.00 29.96      A     \nATOM   2329  C   ASP X 984      -7.613  -1.261  -4.367  1.00 33.52      A     \nATOM   2330  O   ASP X 984      -7.832  -1.348  -5.576  1.00 33.04      A     \nATOM   2331  CB  ASP X 984      -6.478   0.677  -3.262  1.00 26.67      A     \nATOM   2332  CG  ASP X 984      -5.699   1.155  -4.476  1.00 26.29      A     \nATOM   2333  OD1 ASP X 984      -6.079   0.812  -5.615  1.00 26.26      A     \nATOM   2334  OD2 ASP X 984      -4.700   1.877  -4.285  1.00 26.15      A     \nATOM   2335  N   GLU X 985      -7.188  -2.286  -3.636  1.00 37.60      A     \nATOM   2336  CA  GLU X 985      -6.815  -3.557  -4.250  1.00 42.84      A     \nATOM   2337  C   GLU X 985      -7.997  -4.267  -4.902  1.00 45.01      A     \nATOM   2338  O   GLU X 985      -7.813  -5.189  -5.696  1.00 45.25      A     \nATOM   2339  CB  GLU X 985      -6.175  -4.476  -3.208  1.00 44.72      A     \nATOM   2340  CG  GLU X 985      -4.865  -3.949  -2.643  1.00 48.11      A     \nATOM   2341  CD  GLU X 985      -4.071  -5.016  -1.916  1.00 49.85      A     \nATOM   2342  OE1 GLU X 985      -4.691  -5.956  -1.375  1.00 51.13      A     \nATOM   2343  OE2 GLU X 985      -2.825  -4.915  -1.888  1.00 50.42      A     \nATOM   2344  N   ARG X 986      -9.207  -3.835  -4.566  1.00 47.64      A     \nATOM   2345  CA  ARG X 986     -10.414  -4.461  -5.094  1.00 50.89      A     \nATOM   2346  C   ARG X 986     -10.938  -3.741  -6.333  1.00 51.64      A     \nATOM   2347  O   ARG X 986     -11.647  -4.329  -7.149  1.00 52.09      A     \nATOM   2348  CB  ARG X 986     -11.501  -4.489  -4.018  1.00 53.10      A     \nATOM   2349  CG  ARG X 986     -11.157  -5.347  -2.812  1.00 56.60      A     \nATOM   2350  CD  ARG X 986     -12.070  -5.044  -1.633  1.00 59.78      A     \nATOM   2351  NE  ARG X 986     -13.482  -5.125  -1.993  1.00 62.44      A     \nATOM   2352  CZ  ARG X 986     -14.243  -4.072  -2.276  1.00 63.83      A     \nATOM   2353  NH1 ARG X 986     -15.520  -4.240  -2.594  1.00 64.59      A     \nATOM   2354  NH2 ARG X 986     -13.728  -2.850  -2.240  1.00 64.48      A     \nATOM   2355  N   MET X 987     -10.584  -2.468  -6.471  1.00 52.23      A     \nATOM   2356  CA  MET X 987     -11.128  -1.638  -7.541  1.00 52.86      A     \nATOM   2357  C   MET X 987     -10.740  -2.130  -8.927  1.00 53.68      A     \nATOM   2358  O   MET X 987      -9.637  -2.635  -9.138  1.00 53.65      A     \nATOM   2359  CB  MET X 987     -10.670  -0.190  -7.367  1.00 51.86      A     \nATOM   2360  CG  MET X 987     -11.278   0.495  -6.165  1.00 50.43      A     \nATOM   2361  SD  MET X 987     -10.781   2.210  -6.041  1.00 47.64      A     \nATOM   2362  CE  MET X 987     -11.647   2.697  -4.548  1.00 48.70      A     \nATOM   2363  N   HIS X 988     -11.660  -1.974  -9.873  1.00 54.12      A     \nATOM   2364  CA  HIS X 988     -11.461  -2.478 -11.223  1.00 54.78      A     \nATOM   2365  C   HIS X 988     -12.018  -1.528 -12.276  1.00 54.03      A     \nATOM   2366  O   HIS X 988     -13.148  -1.053 -12.165  1.00 53.50      A     \nATOM   2367  CB  HIS X 988     -12.125  -3.848 -11.366  1.00 56.58      A     \nATOM   2368  CG  HIS X 988     -12.142  -4.366 -12.769  1.00 58.44      A     \nATOM   2369  ND1 HIS X 988     -11.012  -4.841 -13.400  1.00 59.12      A     \nATOM   2370  CD2 HIS X 988     -13.151  -4.482 -13.666  1.00 59.18      A     \nATOM   2371  CE1 HIS X 988     -11.324  -5.228 -14.624  1.00 59.53      A     \nATOM   2372  NE2 HIS X 988     -12.616  -5.021 -14.810  1.00 59.68      A     \nATOM   2373  N   LEU X 989     -11.214  -1.255 -13.298  1.00 53.20      A     \nATOM   2374  CA  LEU X 989     -11.683  -0.540 -14.478  1.00 52.87      A     \nATOM   2375  C   LEU X 989     -11.602  -1.464 -15.688  1.00 52.51      A     \nATOM   2376  O   LEU X 989     -10.796  -2.393 -15.717  1.00 51.73      A     \nATOM   2377  CB  LEU X 989     -10.830   0.708 -14.720  1.00 52.85      A     \nATOM   2378  CG  LEU X 989     -10.985   1.837 -13.698  1.00 52.88      A     \nATOM   2379  CD1 LEU X 989     -10.040   2.976 -14.047  1.00 52.88      A     \nATOM   2380  CD2 LEU X 989     -12.426   2.322 -13.687  1.00 52.58      A     \nATOM   2381  N   PRO X 990     -12.440  -1.217 -16.707  1.00 52.14      A     \nATOM   2382  CA  PRO X 990     -12.483  -2.097 -17.880  1.00 51.99      A     \nATOM   2383  C   PRO X 990     -11.108  -2.288 -18.513  1.00 51.56      A     \nATOM   2384  O   PRO X 990     -10.443  -1.323 -18.888  1.00 50.52      A     \nATOM   2385  CB  PRO X 990     -13.462  -1.393 -18.819  1.00 52.10      A     \nATOM   2386  CG  PRO X 990     -14.329  -0.584 -17.907  1.00 52.53      A     \nATOM   2387  CD  PRO X 990     -13.415  -0.118 -16.809  1.00 52.56      A     \nATOM   2388  N   SER X 991     -10.692  -3.546 -18.622  1.00 51.15      A     \nATOM   2389  CA  SER X 991      -9.382  -3.890 -19.163  1.00 51.35      A     \nATOM   2390  C   SER X 991      -9.514  -5.046 -20.149  1.00 51.10      A     \nATOM   2391  O   SER X 991     -10.399  -5.891 -20.013  1.00 50.77      A     \nATOM   2392  CB  SER X 991      -8.435  -4.283 -18.026  1.00 51.55      A     \nATOM   2393  OG  SER X 991      -7.184  -4.719 -18.525  1.00 51.51      A     \nATOM   2394  N   PRO X 992      -8.632  -5.097 -21.159  1.00 50.97      A     \nATOM   2395  CA  PRO X 992      -8.679  -6.173 -22.155  1.00 50.49      A     \nATOM   2396  C   PRO X 992      -8.392  -7.553 -21.566  1.00 49.82      A     \nATOM   2397  O   PRO X 992      -8.566  -8.569 -22.237  1.00 49.25      A     \nATOM   2398  CB  PRO X 992      -7.633  -5.757 -23.188  1.00 50.95      A     \nATOM   2399  CG  PRO X 992      -6.697  -4.868 -22.442  1.00 51.76      A     \nATOM   2400  CD  PRO X 992      -7.532  -4.152 -21.415  1.00 51.36      A     \nATOM   2401  N   THR X 993      -7.955  -7.584 -20.311  1.00 48.92      A     \nATOM   2402  CA  THR X 993      -7.613  -8.840 -19.650  1.00 48.57      A     \nATOM   2403  C   THR X 993      -8.744  -9.368 -18.769  1.00 48.50      A     \nATOM   2404  O   THR X 993      -8.579 -10.371 -18.075  1.00 48.02      A     \nATOM   2405  CB  THR X 993      -6.354  -8.686 -18.775  1.00 48.44      A     \nATOM   2406  OG1 THR X 993      -6.590  -7.696 -17.767  1.00 47.37      A     \nATOM   2407  CG2 THR X 993      -5.163  -8.270 -19.622  1.00 48.02      A     \nATOM   2408  N   ASP X 994      -9.890  -8.693 -18.797  1.00 48.23      A     \nATOM   2409  CA  ASP X 994     -11.021  -9.087 -17.963  1.00 48.10      A     \nATOM   2410  C   ASP X 994     -11.496 -10.501 -18.279  1.00 47.98      A     \nATOM   2411  O   ASP X 994     -11.796 -11.280 -17.373  1.00 47.54      A     \nATOM   2412  CB  ASP X 994     -12.183  -8.109 -18.148  1.00 48.42      A     \nATOM   2413  CG  ASP X 994     -11.877  -6.734 -17.594  1.00 48.41      A     \nATOM   2414  OD1 ASP X 994     -10.753  -6.537 -17.088  1.00 48.29      A     \nATOM   2415  OD2 ASP X 994     -12.760  -5.853 -17.664  1.00 48.53      A     \nATOM   2416  N   SER X 995     -11.561 -10.828 -19.565  1.00 47.48      A     \nATOM   2417  CA  SER X 995     -12.022 -12.143 -19.995  1.00 46.96      A     \nATOM   2418  C   SER X 995     -11.092 -13.237 -19.484  1.00 46.35      A     \nATOM   2419  O   SER X 995     -11.531 -14.344 -19.170  1.00 45.76      A     \nATOM   2420  CB  SER X 995     -12.089 -12.202 -21.523  1.00 47.17      A     \nATOM   2421  OG  SER X 995     -12.950 -11.199 -22.034  1.00 48.13      A     \nATOM   2422  N   ASN X 996      -9.806 -12.917 -19.395  1.00 45.90      A     \nATOM   2423  CA  ASN X 996      -8.798 -13.890 -18.998  1.00 45.37      A     \nATOM   2424  C   ASN X 996      -8.899 -14.217 -17.511  1.00 45.25      A     \nATOM   2425  O   ASN X 996      -8.625 -15.342 -17.093  1.00 44.91      A     \nATOM   2426  CB  ASN X 996      -7.401 -13.352 -19.316  1.00 45.50      A     \nATOM   2427  CG  ASN X 996      -7.249 -12.951 -20.773  1.00 45.73      A     \nATOM   2428  OD1 ASN X 996      -6.705 -13.700 -21.582  1.00 45.75      A     \nATOM   2429  ND2 ASN X 996      -7.735 -11.762 -21.113  1.00 45.00      A     \nATOM   2430  N   PHE X 997      -9.296 -13.228 -16.716  1.00 44.53      A     \nATOM   2431  CA  PHE X 997      -9.400 -13.405 -15.272  1.00 43.75      A     \nATOM   2432  C   PHE X 997     -10.852 -13.533 -14.823  1.00 42.11      A     \nATOM   2433  O   PHE X 997     -11.149 -13.478 -13.628  1.00 40.93      A     \nATOM   2434  CB  PHE X 997      -8.730 -12.234 -14.550  1.00 46.67      A     \nATOM   2435  CG  PHE X 997      -7.253 -12.127 -14.811  1.00 49.99      A     \nATOM   2436  CD1 PHE X 997      -6.389 -13.126 -14.390  1.00 51.42      A     \nATOM   2437  CD2 PHE X 997      -6.728 -11.030 -15.474  1.00 51.13      A     \nATOM   2438  CE1 PHE X 997      -5.028 -13.032 -14.627  1.00 52.37      A     \nATOM   2439  CE2 PHE X 997      -5.368 -10.930 -15.713  1.00 52.15      A     \nATOM   2440  CZ  PHE X 997      -4.518 -11.931 -15.288  1.00 52.16      A     \nATOM   2441  N   TYR X 998     -11.753 -13.702 -15.786  1.00 39.57      A     \nATOM   2442  CA  TYR X 998     -13.170 -13.883 -15.497  1.00 38.02      A     \nATOM   2443  C   TYR X 998     -13.720 -12.727 -14.668  1.00 38.01      A     \nATOM   2444  O   TYR X 998     -14.406 -12.937 -13.666  1.00 37.11      A     \nATOM   2445  CB  TYR X 998     -13.394 -15.208 -14.760  1.00 36.50      A     \nATOM   2446  CG  TYR X 998     -13.044 -16.424 -15.589  1.00 35.26      A     \nATOM   2447  CD1 TYR X 998     -13.950 -16.952 -16.499  1.00 35.04      A     \nATOM   2448  CD2 TYR X 998     -11.800 -17.032 -15.475  1.00 35.50      A     \nATOM   2449  CE1 TYR X 998     -13.626 -18.049 -17.276  1.00 34.62      A     \nATOM   2450  CE2 TYR X 998     -11.467 -18.130 -16.247  1.00 35.52      A     \nATOM   2451  CZ  TYR X 998     -12.383 -18.635 -17.146  1.00 35.00      A     \nATOM   2452  OH  TYR X 998     -12.053 -19.725 -17.919  1.00 33.90      A     \nATOM   2453  N   ARG X 999     -13.411 -11.506 -15.094  1.00 37.90      A     \nATOM   2454  CA  ARG X 999     -13.879 -10.307 -14.411  1.00 38.59      A     \nATOM   2455  C   ARG X 999     -15.052  -9.685 -15.161  1.00 38.55      A     \nATOM   2456  O   ARG X 999     -15.476 -10.194 -16.201  1.00 39.17      A     \nATOM   2457  CB  ARG X 999     -12.739  -9.292 -14.295  1.00 38.73      A     \nATOM   2458  CG  ARG X 999     -11.530  -9.809 -13.531  1.00 40.32      A     \nATOM   2459  CD  ARG X 999     -10.337  -8.876 -13.675  1.00 41.07      A     \nATOM   2460  NE  ARG X 999      -9.144  -9.415 -13.027  1.00 42.26      A     \nATOM   2461  CZ  ARG X 999      -7.943  -8.844 -13.076  1.00 42.66      A     \nATOM   2462  NH1 ARG X 999      -7.772  -7.712 -13.747  1.00 43.07      A     \nATOM   2463  NH2 ARG X 999      -6.914  -9.404 -12.456  1.00 42.97      A     \nATOM   2464  C4  634 X9001     -11.603  15.611 -29.104  1.00 12.80      A     \nATOM   2465  C5  634 X9001     -11.290  14.270 -29.363  1.00 13.93      A     \nATOM   2466  C8  634 X9001      -9.716  15.541 -30.318  1.00 12.77      A     \nATOM   2467  C13 634 X9001     -16.551  17.262 -26.475  1.00 18.87      A     \nATOM   2468  C15 634 X9001     -14.815  17.632 -24.741  1.00 18.01      A     \nATOM   2469  C20 634 X9001     -14.035  18.186 -21.087  1.00 17.48      A     \nATOM   2470  C21 634 X9001     -14.254  17.484 -19.761  1.00 18.05      A     \nATOM   2471  C24 634 X9001     -15.758  13.485 -26.497  1.00 18.65      A     \nATOM   2472  C28 634 X9001     -17.834  13.727 -25.133  1.00 21.42      A     \nATOM   2473  C1  634 X9001     -13.109  13.458 -28.225  1.00 15.57      A     \nATOM   2474  N2  634 X9001     -13.490  14.732 -27.925  1.00 13.47      A     \nATOM   2475  C3  634 X9001     -12.765  15.818 -28.346  1.00 13.41      A     \nATOM   2476  N6  634 X9001     -11.990  13.164 -28.961  1.00 14.15      A     \nATOM   2477  N7  634 X9001     -10.142  14.252 -30.100  1.00 13.16      A     \nATOM   2478  C9  634 X9001     -10.599  16.407 -29.714  1.00 12.86      A     \nATOM   2479  O10 634 X9001     -13.173  17.112 -28.025  1.00 13.63      A     \nATOM   2480  C11 634 X9001     -14.180  17.239 -27.090  1.00 16.20      A     \nATOM   2481  C12 634 X9001     -15.550  17.123 -27.468  1.00 17.34      A     \nATOM   2482  C14 634 X9001     -16.193  17.516 -25.118  1.00 18.52      A     \nATOM   2483  C16 634 X9001     -13.816  17.491 -25.739  1.00 16.50      A     \nATOM   2484  N17 634 X9001     -14.336  17.896 -23.427  1.00 16.35      A     \nATOM   2485  C18 634 X9001     -14.982  17.755 -22.204  1.00 18.67      A     \nATOM   2486  O19 634 X9001     -16.131  17.359 -22.003  1.00 21.24      A     \nATOM   2487  N22 634 X9001     -13.905  12.381 -27.756  1.00 16.25      A     \nATOM   2488  C23 634 X9001     -15.054  12.409 -27.007  1.00 17.60      A     \nATOM   2489  N25 634 X9001     -16.820  12.972 -25.829  1.00 20.40      A     \nATOM   2490  N26 634 X9001     -16.873  11.631 -25.856  1.00 20.72      A     \nATOM   2491  C27 634 X9001     -15.795  11.290 -26.575  1.00 18.59      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    9\nCONECT    4    3\nCONECT    5    2    6\nCONECT    6    5    7    8\nCONECT    7    6\nCONECT    8    6\nCONECT    9    3   10\nCONECT   10    9   11   13\nCONECT   11   10   12   18\nCONECT   12   11\nCONECT   13   10   14\nCONECT   14   13   15\nCONECT   15   14   16   17\nCONECT   16   15\nCONECT   17   15\nCONECT   18   11   19\nCONECT   19   18   20   22\nCONECT   20   19   21   23\nCONECT   21   20\nCONECT   22   19\nCONECT   23   20   24\nCONECT   24   23   25   27\nCONECT   25   24   26   31\nCONECT   26   25\nCONECT   27   24   28\nCONECT   28   27   29   30\nCONECT   29   28\nCONECT   30   28\nCONECT   31   25   32\nCONECT   32   31   33   35\nCONECT   33   32   34   39\nCONECT   34   33\nCONECT   35   32   36\nCONECT   36   35   37   38\nCONECT   37   36\nCONECT   38   36\nCONECT   39   33   40\nCONECT   40   39   41   43\nCONECT   41   40   42   50\nCONECT   42   41\nCONECT   43   40   44\nCONECT   44   43   45\nCONECT   45   44   46\nCONECT   46   45   47\nCONECT   47   46   48   49\nCONECT   48   47\nCONECT   49   47\nCONECT   50   41   51\nCONECT   51   50   52   54\nCONECT   52   51   53   58\nCONECT   53   52\nCONECT   54   51   55   56\nCONECT   55   54   57\nCONECT   56   54\nCONECT   57   55\nCONECT   58   52   59\nCONECT   59   58   60   62\nCONECT   60   59   61   66\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64   65\nCONECT   64   63\nCONECT   65   63\nCONECT   66   60   67\nCONECT   67   66   68   70\nCONECT   68   67   69   75\nCONECT   69   68\nCONECT   70   67   71\nCONECT   71   70   72\nCONECT   72   71   73\nCONECT   73   72   74\nCONECT   74   73\nCONECT   75   68   76\nCONECT   76   75   77   79\nCONECT   77   76   78   84\nCONECT   78   77\nCONECT   79   76   80\nCONECT   80   79   81\nCONECT   81   80   82   83\nCONECT   82   81\nCONECT   83   81\nCONECT   84   77   85\nCONECT   85   84   86   88\nCONECT   86   85   87   91\nCONECT   87   86\nCONECT   88   85   89   90\nCONECT   89   88\nCONECT   90   88\nCONECT   91   86   92\nCONECT   92   91   93   95\nCONECT   93   92   94  100\nCONECT   94   93\nCONECT   95   92   96\nCONECT   96   95   97\nCONECT   97   96   98   99\nCONECT   98   97\nCONECT   99   97\nCONECT  100   93  101\nCONECT  101  100  102  104\nCONECT  102  101  103  111\nCONECT  103  102\nCONECT  104  101  105\nCONECT  105  104  106  107\nCONECT  106  105  108\nCONECT  107  105  109\nCONECT  108  106  110\nCONECT  109  107  110\nCONECT  110  108  109\nCONECT  111  102  112\nCONECT  112  111  113  115\nCONECT  113  112  114  120\nCONECT  114  113\nCONECT  115  112  116\nCONECT  116  115  117\nCONECT  117  116  118\nCONECT  118  117  119\nCONECT  119  118\nCONECT  120  113  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  137\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133  136\nCONECT  135  133\nCONECT  136  134\nCONECT  137  131  138\nCONECT  138  137  139  141\nCONECT  139  138  140  146\nCONECT  140  139\nCONECT  141  138  142\nCONECT  142  141  143\nCONECT  143  142  144\nCONECT  144  143  145\nCONECT  145  144\nCONECT  146  139  147\nCONECT  147  146  148  150\nCONECT  148  147  149  153\nCONECT  149  148\nCONECT  150  147  151  152\nCONECT  151  150\nCONECT  152  150\nCONECT  153  148  154\nCONECT  154  153  155  157\nCONECT  155  154  156  161\nCONECT  156  155\nCONECT  157  154  158\nCONECT  158  157  159  160\nCONECT  159  158\nCONECT  160  158\nCONECT  161  155  162\nCONECT  162  161  163\nCONECT  163  162  164  165\nCONECT  164  163\nCONECT  165  163  166\nCONECT  166  165  167  169\nCONECT  167  166  168  171\nCONECT  168  167\nCONECT  169  166  170\nCONECT  170  169\nCONECT  171  167  172\nCONECT  172  171  173\nCONECT  173  172  174  175\nCONECT  174  173\nCONECT  175  173  176\nCONECT  176  175  177  179\nCONECT  177  176  178  180\nCONECT  178  177\nCONECT  179  176\nCONECT  180  177  181\nCONECT  181  180  182  184\nCONECT  182  181  183  191\nCONECT  183  182\nCONECT  184  181  185\nCONECT  185  184  186  187\nCONECT  186  185  188\nCONECT  187  185  189\nCONECT  188  186  190\nCONECT  189  187  190\nCONECT  190  188  189\nCONECT  191  182  192\nCONECT  192  191  193\nCONECT  193  192  194  195\nCONECT  194  193\nCONECT  195  193  196\nCONECT  196  195  197  199\nCONECT  197  196  198  202\nCONECT  198  197\nCONECT  199  196  200  201\nCONECT  200  199\nCONECT  201  199\nCONECT  202  197  203\nCONECT  203  202  204  206\nCONECT  204  203  205  209\nCONECT  205  204\nCONECT  206  203  207  208\nCONECT  207  206\nCONECT  208  206\nCONECT  209  204  210\nCONECT  210  209  211  213\nCONECT  211  210  212  221\nCONECT  212  211\nCONECT  213  210  214\nCONECT  214  213  215  216\nCONECT  215  214  217\nCONECT  216  214  218\nCONECT  217  215  219\nCONECT  218  216  219\nCONECT  219  217  218  220\nCONECT  220  219\nCONECT  221  211  222\nCONECT  222  221  223  225\nCONECT  223  222  224  230\nCONECT  224  223\nCONECT  225  222  226\nCONECT  226  225  227\nCONECT  227  226  228\nCONECT  228  227  229\nCONECT  229  228\nCONECT  230  223  231\nCONECT  231  230  232\nCONECT  232  231  233  234\nCONECT  233  232\nCONECT  234  232  235\nCONECT  235  234  236  238\nCONECT  236  235  237  242\nCONECT  237  236\nCONECT  238  235  239\nCONECT  239  238  240  241\nCONECT  240  239\nCONECT  241  239\nCONECT  242  236  243\nCONECT  243  242  244  246\nCONECT  244  243  245  256\nCONECT  245  244\nCONECT  246  243  247\nCONECT  247  246  248  249\nCONECT  248  247  250\nCONECT  249  247  251  252\nCONECT  250  248  251\nCONECT  251  249  250  253\nCONECT  252  249  254\nCONECT  253  251  255\nCONECT  254  252  255\nCONECT  255  253  254\nCONECT  256  244  257\nCONECT  257  256  258  260\nCONECT  258  257  259  264\nCONECT  259  258\nCONECT  260  257  261  262\nCONECT  261  260  263\nCONECT  262  260\nCONECT  263  261\nCONECT  264  258  265  270\nCONECT  265  264  266  268\nCONECT  266  265  267  271\nCONECT  267  266\nCONECT  268  265  269\nCONECT  269  268  270\nCONECT  270  264  269\nCONECT  271  266  272\nCONECT  272  271  273  275\nCONECT  273  272  274  280\nCONECT  274  273\nCONECT  275  272  276\nCONECT  276  275  277\nCONECT  277  276  278  279\nCONECT  278  277\nCONECT  279  277\nCONECT  280  273  281\nCONECT  281  280  282\nCONECT  282  281  283  284\nCONECT  283  282\nCONECT  284  282  285\nCONECT  285  284  286  288\nCONECT  286  285  287  293\nCONECT  287  286\nCONECT  288  285  289\nCONECT  289  288  290\nCONECT  290  289  291  292\nCONECT  291  290\nCONECT  292  290\nCONECT  293  286  294\nCONECT  294  293  295  297\nCONECT  295  294  296  302\nCONECT  296  295\nCONECT  297  294  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299  301\nCONECT  301  300\nCONECT  302  295  303\nCONECT  303  302  304  306\nCONECT  304  303  305  309\nCONECT  305  304\nCONECT  306  303  307  308\nCONECT  307  306\nCONECT  308  306\nCONECT  309  304  310\nCONECT  310  309  311  313\nCONECT  311  310  312  318\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  314  316\nCONECT  316  315  317\nCONECT  317  316\nCONECT  318  311  319\nCONECT  319  318  320  322\nCONECT  320  319  321  326\nCONECT  321  320\nCONECT  322  319  323  324\nCONECT  323  322  325\nCONECT  324  322\nCONECT  325  323\nCONECT  326  320  327  332\nCONECT  327  326  328  330\nCONECT  328  327  329  333\nCONECT  329  328\nCONECT  330  327  331\nCONECT  331  330  332\nCONECT  332  326  331\nCONECT  333  328  334\nCONECT  334  333  335  337\nCONECT  335  334  336  340\nCONECT  336  335\nCONECT  337  334  338  339\nCONECT  338  337\nCONECT  339  337\nCONECT  340  335  341\nCONECT  341  340  342  344\nCONECT  342  341  343  345\nCONECT  343  342\nCONECT  344  341\nCONECT  345  342  346\nCONECT  346  345  347  349\nCONECT  347  346  348  353\nCONECT  348  347\nCONECT  349  346  350  351\nCONECT  350  349  352\nCONECT  351  349\nCONECT  352  350\nCONECT  353  347  354\nCONECT  354  353  355  357\nCONECT  355  354  356  362\nCONECT  356  355\nCONECT  357  354  358\nCONECT  358  357  359\nCONECT  359  358  360\nCONECT  360  359  361\nCONECT  361  360\nCONECT  362  355  363\nCONECT  363  362  364  366\nCONECT  364  363  365  371\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369  370\nCONECT  369  368\nCONECT  370  368\nCONECT  371  364  372\nCONECT  372  371  373  375\nCONECT  373  372  374  379\nCONECT  374  373\nCONECT  375  372  376\nCONECT  376  375  377  378\nCONECT  377  376\nCONECT  378  376\nCONECT  379  373  380\nCONECT  380  379  381  383\nCONECT  381  380  382  390\nCONECT  382  381\nCONECT  383  380  384\nCONECT  384  383  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388  389\nCONECT  388  387\nCONECT  389  387\nCONECT  390  381  391\nCONECT  391  390  392  394\nCONECT  392  391  393  399\nCONECT  393  392\nCONECT  394  391  395\nCONECT  395  394  396\nCONECT  396  395  397  398\nCONECT  397  396\nCONECT  398  396\nCONECT  399  392  400\nCONECT  400  399  401  403\nCONECT  401  400  402  404\nCONECT  402  401\nCONECT  403  400\nCONECT  404  401  405\nCONECT  405  404  406  408\nCONECT  406  405  407  411\nCONECT  407  406\nCONECT  408  405  409  410\nCONECT  409  408\nCONECT  410  408\nCONECT  411  406  412\nCONECT  412  411  413  415\nCONECT  413  412  414  417\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415\nCONECT  417  413  418  423\nCONECT  418  417  419  421\nCONECT  419  418  420  424\nCONECT  420  419\nCONECT  421  418  422\nCONECT  422  421  423\nCONECT  423  417  422\nCONECT  424  419  425\nCONECT  425  424  426  428\nCONECT  426  425  427  433\nCONECT  427  426\nCONECT  428  425  429\nCONECT  429  428  430\nCONECT  430  429  431\nCONECT  431  430  432\nCONECT  432  431\nCONECT  433  426  434\nCONECT  434  433  435  437\nCONECT  435  434  436  438\nCONECT  436  435\nCONECT  437  434\nCONECT  438  435  439\nCONECT  439  438  440  442\nCONECT  440  439  441  446\nCONECT  441  440\nCONECT  442  439  443\nCONECT  443  442  444  445\nCONECT  444  443\nCONECT  445  443\nCONECT  446  440  447\nCONECT  447  446  448  450\nCONECT  448  447  449  455\nCONECT  449  448\nCONECT  450  447  451\nCONECT  451  450  452\nCONECT  452  451  453\nCONECT  453  452  454\nCONECT  454  453\nCONECT  455  448  456\nCONECT  456  455  457  459\nCONECT  457  456  458  464\nCONECT  458  457\nCONECT  459  456  460\nCONECT  460  459  461\nCONECT  461  460  462  463\nCONECT  462  461\nCONECT  463  461\nCONECT  464  457  465\nCONECT  465  464  466  468\nCONECT  466  465  467  472\nCONECT  467  466\nCONECT  468  465  469  470\nCONECT  469  468  471\nCONECT  470  468\nCONECT  471  469\nCONECT  472  466  473\nCONECT  473  472  474  476\nCONECT  474  473  475  480\nCONECT  475  474\nCONECT  476  473  477\nCONECT  477  476  478  479\nCONECT  478  477\nCONECT  479  477\nCONECT  480  474  481\nCONECT  481  480  482  484\nCONECT  482  481  483  488\nCONECT  483  482\nCONECT  484  481  485\nCONECT  485  484  486  487\nCONECT  486  485\nCONECT  487  485\nCONECT  488  482  489\nCONECT  489  488  490  492\nCONECT  490  489  491  497\nCONECT  491  490\nCONECT  492  489  493\nCONECT  493  492  494\nCONECT  494  493  495  496\nCONECT  495  494\nCONECT  496  494\nCONECT  497  490  498\nCONECT  498  497  499  501\nCONECT  499  498  500  502\nCONECT  500  499\nCONECT  501  498\nCONECT  502  499  503\nCONECT  503  502  504  506\nCONECT  504  503  505  514\nCONECT  505  504\nCONECT  506  503  507\nCONECT  507  506  508  509\nCONECT  508  507  510\nCONECT  509  507  511\nCONECT  510  508  512\nCONECT  511  509  512\nCONECT  512  510  511  513\nCONECT  513  512\nCONECT  514  504  515\nCONECT  515  514  516  518\nCONECT  516  515  517  521  529\nCONECT  517  516\nCONECT  518  515  519  520\nCONECT  519  518\nCONECT  520  518\nCONECT  521  516  522\nCONECT  522  521  523  525\nCONECT  523  522  524  537\nCONECT  524  523\nCONECT  525  522  526\nCONECT  526  525  527\nCONECT  527  526  528\nCONECT  528  527\nCONECT  529  516  530\nCONECT  530  529  531  533\nCONECT  531  530  532  537\nCONECT  532  531\nCONECT  533  530  534\nCONECT  534  533  535\nCONECT  535  534  536\nCONECT  536  535\nCONECT  537  523  531  538\nCONECT  538  537  539  541\nCONECT  539  538  540  542\nCONECT  540  539\nCONECT  541  538\nCONECT  542  539  543\nCONECT  543  542  544  546\nCONECT  544  543  545  548\nCONECT  545  544\nCONECT  546  543  547\nCONECT  547  546\nCONECT  548  544  549\nCONECT  549  548  550  552\nCONECT  550  549  551  555\nCONECT  551  550\nCONECT  552  549  553  554\nCONECT  553  552\nCONECT  554  552\nCONECT  555  550  556\nCONECT  556  555  557  559\nCONECT  557  556  558  563\nCONECT  558  557\nCONECT  559  556  560\nCONECT  560  559  561  562\nCONECT  561  560\nCONECT  562  560\nCONECT  563  557  564\nCONECT  564  563  565  567\nCONECT  565  564  566  571\nCONECT  566  565\nCONECT  567  564  568\nCONECT  568  567  569  570\nCONECT  569  568\nCONECT  570  568\nCONECT  571  565  572  577\nCONECT  572  571  573  575\nCONECT  573  572  574  578\nCONECT  574  573\nCONECT  575  572  576\nCONECT  576  575  577\nCONECT  577  571  576\nCONECT  578  573  579\nCONECT  579  578  580  582\nCONECT  580  579  581  588\nCONECT  581  580\nCONECT  582  579  583\nCONECT  583  582  584  585\nCONECT  584  583  586\nCONECT  585  583  587\nCONECT  586  584  587\nCONECT  587  585  586\nCONECT  588  580  589\nCONECT  589  588  590  592\nCONECT  590  589  591  595\nCONECT  591  590\nCONECT  592  589  593  594\nCONECT  593  592\nCONECT  594  592\nCONECT  595  590  596\nCONECT  596  595  597  599\nCONECT  597  596  598  601\nCONECT  598  597\nCONECT  599  596  600\nCONECT  600  599\nCONECT  601  597  602\nCONECT  602  601  603  605\nCONECT  603  602  604  612\nCONECT  604  603\nCONECT  605  602  606\nCONECT  606  605  607\nCONECT  607  606  608\nCONECT  608  607  609\nCONECT  609  608  610  611\nCONECT  610  609\nCONECT  611  609\nCONECT  612  603  613\nCONECT  613  612  614  616\nCONECT  614  613  615  620\nCONECT  615  614\nCONECT  616  613  617\nCONECT  617  616  618  619\nCONECT  618  617\nCONECT  619  617\nCONECT  620  614  621\nCONECT  621  620  622  624\nCONECT  622  621  623  628\nCONECT  623  622\nCONECT  624  621  625\nCONECT  625  624  626  627\nCONECT  626  625\nCONECT  627  625\nCONECT  628  622  629\nCONECT  629  628  630\nCONECT  630  629  631  632\nCONECT  631  630\nCONECT  632  630  633\nCONECT  633  632  634  636\nCONECT  634  633  635  640\nCONECT  635  634\nCONECT  636  633  637  638\nCONECT  637  636  639\nCONECT  638  636\nCONECT  639  637\nCONECT  640  634  641\nCONECT  641  640  642  644\nCONECT  642  641  643  646\nCONECT  643  642\nCONECT  644  641  645\nCONECT  645  644\nCONECT  646  642  647\nCONECT  647  646  648  650\nCONECT  648  647  649  654\nCONECT  649  648\nCONECT  650  647  651\nCONECT  651  650  652  653\nCONECT  652  651\nCONECT  653  651\nCONECT  654  648  655\nCONECT  655  654  656  658\nCONECT  656  655  657  661\nCONECT  657  656\nCONECT  658  655  659  660\nCONECT  659  658\nCONECT  660  658\nCONECT  661  656  662\nCONECT  662  661  663  665\nCONECT  663  662  664  667\nCONECT  664  663\nCONECT  665  662  666\nCONECT  666  665\nCONECT  667  663  668\nCONECT  668  667  669  671\nCONECT  669  668  670  674\nCONECT  670  669\nCONECT  671  668  672  673\nCONECT  672  671\nCONECT  673  671\nCONECT  674  669  675\nCONECT  675  674  676  678\nCONECT  676  675  677  681\nCONECT  677  676\nCONECT  678  675  679  680\nCONECT  679  678\nCONECT  680  678\nCONECT  681  676  682\nCONECT  682  681  683  685\nCONECT  683  682  684  690\nCONECT  684  683\nCONECT  685  682  686\nCONECT  686  685  687\nCONECT  687  686  688  689\nCONECT  688  687\nCONECT  689  687\nCONECT  690  683  691\nCONECT  691  690  692  694\nCONECT  692  691  693  698\nCONECT  693  692\nCONECT  694  691  695\nCONECT  695  694  696  697\nCONECT  696  695\nCONECT  697  695\nCONECT  698  692  699\nCONECT  699  698  700  702\nCONECT  700  699  701  706  714\nCONECT  701  700\nCONECT  702  699  703  704\nCONECT  703  702  705\nCONECT  704  702\nCONECT  705  703\nCONECT  706  700  707\nCONECT  707  706  708  710\nCONECT  708  707  709  722\nCONECT  709  708\nCONECT  710  707  711\nCONECT  711  710  712\nCONECT  712  711  713\nCONECT  713  712\nCONECT  714  700  715\nCONECT  715  714  716  718\nCONECT  716  715  717  722\nCONECT  717  716\nCONECT  718  715  719\nCONECT  719  718  720\nCONECT  720  719  721\nCONECT  721  720\nCONECT  722  708  716  723\nCONECT  723  722  724  726\nCONECT  724  723  725  731\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726  728\nCONECT  728  727  729  730\nCONECT  729  728\nCONECT  730  728\nCONECT  731  724  732\nCONECT  732  731  733  735\nCONECT  733  732  734  739\nCONECT  734  733\nCONECT  735  732  736\nCONECT  736  735  737  738\nCONECT  737  736\nCONECT  738  736\nCONECT  739  733  740\nCONECT  740  739  741  743\nCONECT  741  740  742  747\nCONECT  742  741\nCONECT  743  740  744\nCONECT  744  743  745\nCONECT  745  744  746\nCONECT  746  745\nCONECT  747  741  748  753\nCONECT  748  747  749  751\nCONECT  749  748  750  754\nCONECT  750  749\nCONECT  751  748  752\nCONECT  752  751  753\nCONECT  753  747  752\nCONECT  754  749  755\nCONECT  755  754  756  758\nCONECT  756  755  757  765\nCONECT  757  756\nCONECT  758  755  759\nCONECT  759  758  760  761\nCONECT  760  759  762\nCONECT  761  759  763\nCONECT  762  760  764\nCONECT  763  761  764\nCONECT  764  762  763\nCONECT  765  756  766\nCONECT  766  765  767\nCONECT  767  766  768  769\nCONECT  768  767\nCONECT  769  767  770\nCONECT  770  769  771  773\nCONECT  771  770  772  775\nCONECT  772  771\nCONECT  773  770  774\nCONECT  774  773 2470\nCONECT  775  771  776\nCONECT  776  775  777  779\nCONECT  777  776  778  783\nCONECT  778  777\nCONECT  779  776  780\nCONECT  780  779  781  782\nCONECT  781  780\nCONECT  782  780\nCONECT  783  777  784\nCONECT  784  783  785  787\nCONECT  785  784  786  791\nCONECT  786  785\nCONECT  787  784  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  785  792\nCONECT  792  791  793  795\nCONECT  793  792  794  799\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797  798\nCONECT  797  796\nCONECT  798  796\nCONECT  799  793  800\nCONECT  800  799  801  803\nCONECT  801  800  802  811  818\nCONECT  802  801\nCONECT  803  800  804\nCONECT  804  803  805  806\nCONECT  805  804  807\nCONECT  806  804  808\nCONECT  807  805  809\nCONECT  808  806  809\nCONECT  809  807  808  810\nCONECT  810  809\nCONECT  811  801  812\nCONECT  812  811  813  815\nCONECT  813  812  814  825\nCONECT  814  813\nCONECT  815  812  816  817\nCONECT  816  815\nCONECT  817  815\nCONECT  818  801  819\nCONECT  819  818  820  822\nCONECT  820  819  821  825\nCONECT  821  820\nCONECT  822  819  823  824\nCONECT  823  822\nCONECT  824  822\nCONECT  825  813  820  826\nCONECT  826  825  827  829\nCONECT  827  826  828  836\nCONECT  828  827\nCONECT  829  826  830\nCONECT  830  829  831\nCONECT  831  830  832\nCONECT  832  831  833\nCONECT  833  832  834  835\nCONECT  834  833\nCONECT  835  833\nCONECT  836  827  837\nCONECT  837  836  838  840\nCONECT  838  837  839  845\nCONECT  839  838\nCONECT  840  837  841\nCONECT  841  840  842\nCONECT  842  841  843  844\nCONECT  843  842\nCONECT  844  842\nCONECT  845  838  846\nCONECT  846  845  847  849\nCONECT  847  846  848  855\nCONECT  848  847\nCONECT  849  846  850\nCONECT  850  849  851  852\nCONECT  851  850  853\nCONECT  852  850  854\nCONECT  853  851  854\nCONECT  854  852  853\nCONECT  855  847  856\nCONECT  856  855  857  859\nCONECT  857  856  858  864\nCONECT  858  857\nCONECT  859  856  860\nCONECT  860  859  861\nCONECT  861  860  862\nCONECT  862  861  863\nCONECT  863  862\nCONECT  864  857  865\nCONECT  865  864  866  868\nCONECT  866  865  867  872\nCONECT  867  866\nCONECT  868  865  869\nCONECT  869  868  870  871\nCONECT  870  869\nCONECT  871  869\nCONECT  872  866  873\nCONECT  873  872  874  876\nCONECT  874  873  875  880\nCONECT  875  874\nCONECT  876  873  877\nCONECT  877  876  878  879\nCONECT  878  877\nCONECT  879  877\nCONECT  880  874  881\nCONECT  881  880  882  884\nCONECT  882  881  883  888\nCONECT  883  882\nCONECT  884  881  885  886\nCONECT  885  884  887\nCONECT  886  884\nCONECT  887  885\nCONECT  888  882  889\nCONECT  889  888  890\nCONECT  890  889  891  892\nCONECT  891  890\nCONECT  892  890  893\nCONECT  893  892  894  896\nCONECT  894  893  895  898\nCONECT  895  894\nCONECT  896  893  897\nCONECT  897  896\nCONECT  898  894  899\nCONECT  899  898  900  902\nCONECT  900  899  901  907\nCONECT  901  900\nCONECT  902  899  903\nCONECT  903  902  904\nCONECT  904  903  905  906\nCONECT  905  904\nCONECT  906  904\nCONECT  907  900  908\nCONECT  908  907  909  911\nCONECT  909  908  910  919\nCONECT  910  909\nCONECT  911  908  912\nCONECT  912  911  913  914\nCONECT  913  912  915\nCONECT  914  912  916\nCONECT  915  913  917\nCONECT  916  914  917\nCONECT  917  915  916  918\nCONECT  918  917\nCONECT  919  909  920\nCONECT  920  919  921  923\nCONECT  921  920  922  927\nCONECT  922  921\nCONECT  923  920  924\nCONECT  924  923  925  926\nCONECT  925  924\nCONECT  926  924\nCONECT  927  921  928\nCONECT  928  927  929  931\nCONECT  929  928  930  935\nCONECT  930  929\nCONECT  931  928  932\nCONECT  932  931  933  934\nCONECT  933  932\nCONECT  934  932\nCONECT  935  929  936\nCONECT  936  935  937  939\nCONECT  937  936  938  943\nCONECT  938  937\nCONECT  939  936  940\nCONECT  940  939  941  942\nCONECT  941  940\nCONECT  942  940\nCONECT  943  937  944\nCONECT  944  943  945  947\nCONECT  945  944  946  957\nCONECT  946  945\nCONECT  947  944  948\nCONECT  948  947  949  950\nCONECT  949  948  951\nCONECT  950  948  952  953\nCONECT  951  949  952\nCONECT  952  950  951  954\nCONECT  953  950  955\nCONECT  954  952  956\nCONECT  955  953  956\nCONECT  956  954  955\nCONECT  957  945  958\nCONECT  958  957  959  961\nCONECT  959  958  960  963\nCONECT  960  959\nCONECT  961  958  962\nCONECT  962  961\nCONECT  963  959  964\nCONECT  964  963  965  967\nCONECT  965  964  966  970\nCONECT  966  965\nCONECT  967  964  968  969\nCONECT  968  967\nCONECT  969  967\nCONECT  970  965  971\nCONECT  971  970  972  974\nCONECT  972  971  973  979\nCONECT  973  972\nCONECT  974  971  975\nCONECT  975  974  976\nCONECT  976  975  977  978\nCONECT  977  976\nCONECT  978  976\nCONECT  979  972  980\nCONECT  980  979  981  983\nCONECT  981  980  982  987\nCONECT  982  981\nCONECT  983  980  984  985\nCONECT  984  983  986\nCONECT  985  983\nCONECT  986  984\nCONECT  987  981  988\nCONECT  988  987  989  991\nCONECT  989  988  990  992\nCONECT  990  989\nCONECT  991  988\nCONECT  992  989  993\nCONECT  993  992  994  996\nCONECT  994  993  995 1001\nCONECT  995  994\nCONECT  996  993  997\nCONECT  997  996  998\nCONECT  998  997  999\nCONECT  999  998 1000\nCONECT 1000  999\nCONECT 1001  994 1002\nCONECT 1002 1001 1003\nCONECT 1003 1002 1004 1005\nCONECT 1004 1003\nCONECT 1005 1003 1006\nCONECT 1006 1005 1007 1009\nCONECT 1007 1006 1008 1013\nCONECT 1008 1007\nCONECT 1009 1006 1010\nCONECT 1010 1009 1011\nCONECT 1011 1010 1012\nCONECT 1012 1011\nCONECT 1013 1007 1014\nCONECT 1014 1013 1015 1017\nCONECT 1015 1014 1016 1021\nCONECT 1016 1015\nCONECT 1017 1014 1018\nCONECT 1018 1017 1019 1020\nCONECT 1019 1018\nCONECT 1020 1018\nCONECT 1021 1015 1022\nCONECT 1022 1021 1023 1025\nCONECT 1023 1022 1024 1033\nCONECT 1024 1023\nCONECT 1025 1022 1026\nCONECT 1026 1025 1027 1028\nCONECT 1027 1026 1029\nCONECT 1028 1026 1030\nCONECT 1029 1027 1031\nCONECT 1030 1028 1031\nCONECT 1031 1029 1030 1032\nCONECT 1032 1031\nCONECT 1033 1023 1034\nCONECT 1034 1033 1035 1037\nCONECT 1035 1034 1036 1041\nCONECT 1036 1035\nCONECT 1037 1034 1038\nCONECT 1038 1037 1039 1040\nCONECT 1039 1038\nCONECT 1040 1038\nCONECT 1041 1035 1042\nCONECT 1042 1041 1043 1045\nCONECT 1043 1042 1044 1050\nCONECT 1044 1043\nCONECT 1045 1042 1046\nCONECT 1046 1045 1047\nCONECT 1047 1046 1048 1049\nCONECT 1048 1047\nCONECT 1049 1047\nCONECT 1050 1043 1051\nCONECT 1051 1050 1052 1054\nCONECT 1052 1051 1053 1058\nCONECT 1053 1052\nCONECT 1054 1051 1055\nCONECT 1055 1054 1056 1057\nCONECT 1056 1055\nCONECT 1057 1055\nCONECT 1058 1052 1059\nCONECT 1059 1058 1060 1062\nCONECT 1060 1059 1061 1069\nCONECT 1061 1060\nCONECT 1062 1059 1063\nCONECT 1063 1062 1064\nCONECT 1064 1063 1065\nCONECT 1065 1064 1066\nCONECT 1066 1065 1067 1068\nCONECT 1067 1066\nCONECT 1068 1066\nCONECT 1069 1060 1070\nCONECT 1070 1069 1071 1073\nCONECT 1071 1070 1072 1080\nCONECT 1072 1071\nCONECT 1073 1070 1074\nCONECT 1074 1073 1075\nCONECT 1075 1074 1076\nCONECT 1076 1075 1077\nCONECT 1077 1076 1078 1079\nCONECT 1078 1077\nCONECT 1079 1077\nCONECT 1080 1071 1081\nCONECT 1081 1080 1082 1084\nCONECT 1082 1081 1083 1088 1095\nCONECT 1083 1082\nCONECT 1084 1081 1085\nCONECT 1085 1084 1086 1087\nCONECT 1086 1085\nCONECT 1087 1085\nCONECT 1088 1082 1089\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089 1091 1102\nCONECT 1091 1090\nCONECT 1092 1089 1093 1094\nCONECT 1093 1092\nCONECT 1094 1092\nCONECT 1095 1082 1096\nCONECT 1096 1095 1097 1099\nCONECT 1097 1096 1098 1102\nCONECT 1098 1097\nCONECT 1099 1096 1100 1101\nCONECT 1100 1099\nCONECT 1101 1099\nCONECT 1102 1090 1097 1103\nCONECT 1103 1102 1104 1106\nCONECT 1104 1103 1105 1112\nCONECT 1105 1104\nCONECT 1106 1103 1107\nCONECT 1107 1106 1108 1109\nCONECT 1108 1107 1110\nCONECT 1109 1107 1111\nCONECT 1110 1108 1111\nCONECT 1111 1109 1110\nCONECT 1112 1104 1113\nCONECT 1113 1112 1114 1116\nCONECT 1114 1113 1115 1123\nCONECT 1115 1114\nCONECT 1116 1113 1117\nCONECT 1117 1116 1118\nCONECT 1118 1117 1119\nCONECT 1119 1118 1120\nCONECT 1120 1119 1121 1122\nCONECT 1121 1120\nCONECT 1122 1120\nCONECT 1123 1114 1124\nCONECT 1124 1123 1125 1127\nCONECT 1125 1124 1126 1131\nCONECT 1126 1125\nCONECT 1127 1124 1128\nCONECT 1128 1127 1129 1130\nCONECT 1129 1128\nCONECT 1130 1128\nCONECT 1131 1125 1132\nCONECT 1132 1131 1133 1135\nCONECT 1133 1132 1134 1139\nCONECT 1134 1133\nCONECT 1135 1132 1136\nCONECT 1136 1135 1137 1138\nCONECT 1137 1136\nCONECT 1138 1136\nCONECT 1139 1133 1140\nCONECT 1140 1139 1141 1143\nCONECT 1141 1140 1142 1144\nCONECT 1142 1141\nCONECT 1143 1140\nCONECT 1144 1141 1145\nCONECT 1145 1144 1146 1148\nCONECT 1146 1145 1147 1149\nCONECT 1147 1146\nCONECT 1148 1145\nCONECT 1149 1146 1150\nCONECT 1150 1149 1151 1153\nCONECT 1151 1150 1152 1160\nCONECT 1152 1151\nCONECT 1153 1150 1154\nCONECT 1154 1153 1155\nCONECT 1155 1154 1156\nCONECT 1156 1155 1157\nCONECT 1157 1156 1158 1159\nCONECT 1158 1157\nCONECT 1159 1157\nCONECT 1160 1151 1161\nCONECT 1161 1160 1162 1164\nCONECT 1162 1161 1163 1168\nCONECT 1163 1162\nCONECT 1164 1161 1165\nCONECT 1165 1164 1166 1167\nCONECT 1166 1165\nCONECT 1167 1165\nCONECT 1168 1162 1169\nCONECT 1169 1168 1170 1172\nCONECT 1170 1169 1171 1175\nCONECT 1171 1170\nCONECT 1172 1169 1173 1174\nCONECT 1173 1172\nCONECT 1174 1172\nCONECT 1175 1170 1176\nCONECT 1176 1175 1177 1179\nCONECT 1177 1176 1178 1183\nCONECT 1178 1177\nCONECT 1179 1176 1180\nCONECT 1180 1179 1181 1182\nCONECT 1181 1180\nCONECT 1182 1180\nCONECT 1183 1177 1184\nCONECT 1184 1183 1185 1187\nCONECT 1185 1184 1186 1190\nCONECT 1186 1185\nCONECT 1187 1184 1188 1189\nCONECT 1188 1187\nCONECT 1189 1187\nCONECT 1190 1185 1191\nCONECT 1191 1190 1192 1194\nCONECT 1192 1191 1193 1199\nCONECT 1193 1192\nCONECT 1194 1191 1195\nCONECT 1195 1194 1196\nCONECT 1196 1195 1197\nCONECT 1197 1196 1198\nCONECT 1198 1197\nCONECT 1199 1192 1200\nCONECT 1200 1199 1201 1203\nCONECT 1201 1200 1202 1206\nCONECT 1202 1201\nCONECT 1203 1200 1204 1205\nCONECT 1204 1203\nCONECT 1205 1203\nCONECT 1206 1201 1207 1212\nCONECT 1207 1206 1208 1210\nCONECT 1208 1207 1209 1213\nCONECT 1209 1208\nCONECT 1210 1207 1211\nCONECT 1211 1210 1212\nCONECT 1212 1206 1211\nCONECT 1213 1208 1214\nCONECT 1214 1213 1215 1217\nCONECT 1215 1214 1216 1222\nCONECT 1216 1215\nCONECT 1217 1214 1218\nCONECT 1218 1217 1219\nCONECT 1219 1218 1220 1221\nCONECT 1220 1219\nCONECT 1221 1219\nCONECT 1222 1215 1223\nCONECT 1223 1222 1224 1226\nCONECT 1224 1223 1225 1232\nCONECT 1225 1224\nCONECT 1226 1223 1227\nCONECT 1227 1226 1228 1229\nCONECT 1228 1227 1230\nCONECT 1229 1227 1231\nCONECT 1230 1228 1231\nCONECT 1231 1229 1230\nCONECT 1232 1224 1233\nCONECT 1233 1232 1234 1236\nCONECT 1234 1233 1235 1239\nCONECT 1235 1234\nCONECT 1236 1233 1237 1238\nCONECT 1237 1236\nCONECT 1238 1236\nCONECT 1239 1234 1240\nCONECT 1240 1239 1241 1243\nCONECT 1241 1240 1242 1248\nCONECT 1242 1241\nCONECT 1243 1240 1244\nCONECT 1244 1243 1245\nCONECT 1245 1244 1246\nCONECT 1246 1245 1247\nCONECT 1247 1246\nCONECT 1248 1241 1249\nCONECT 1249 1248 1250 1252\nCONECT 1250 1249 1251 1256 1263\nCONECT 1251 1250\nCONECT 1252 1249 1253 1254\nCONECT 1253 1252 1255\nCONECT 1254 1252\nCONECT 1255 1253\nCONECT 1256 1250 1257\nCONECT 1257 1256 1258 1260\nCONECT 1258 1257 1259 1270\nCONECT 1259 1258\nCONECT 1260 1257 1261 1262\nCONECT 1261 1260\nCONECT 1262 1260\nCONECT 1263 1250 1264\nCONECT 1264 1263 1265 1267\nCONECT 1265 1264 1266 1270\nCONECT 1266 1265\nCONECT 1267 1264 1268 1269\nCONECT 1268 1267\nCONECT 1269 1267\nCONECT 1270 1258 1265 1271\nCONECT 1271 1270 1272 1274\nCONECT 1272 1271 1273 1278\nCONECT 1273 1272\nCONECT 1274 1271 1275\nCONECT 1275 1274 1276 1277\nCONECT 1276 1275\nCONECT 1277 1275\nCONECT 1278 1272 1279\nCONECT 1279 1278 1280 1282\nCONECT 1280 1279 1281 1289\nCONECT 1281 1280\nCONECT 1282 1279 1283\nCONECT 1283 1282 1284 1285\nCONECT 1284 1283 1286\nCONECT 1285 1283 1287\nCONECT 1286 1284 1288\nCONECT 1287 1285 1288\nCONECT 1288 1286 1287\nCONECT 1289 1280 1290\nCONECT 1290 1289 1291\nCONECT 1291 1290 1292 1293\nCONECT 1292 1291\nCONECT 1293 1291 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1304\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300\nCONECT 1300 1299 1301\nCONECT 1301 1300 1302 1303\nCONECT 1302 1301\nCONECT 1303 1301\nCONECT 1304 1295 1305\nCONECT 1305 1304 1306 1308\nCONECT 1306 1305 1307 1309\nCONECT 1307 1306\nCONECT 1308 1305\nCONECT 1309 1306 1310\nCONECT 1310 1309 1311 1313\nCONECT 1311 1310 1312 1318\nCONECT 1312 1311\nCONECT 1313 1310 1314\nCONECT 1314 1313 1315\nCONECT 1315 1314 1316\nCONECT 1316 1315 1317\nCONECT 1317 1316\nCONECT 1318 1311 1319\nCONECT 1319 1318 1320 1322\nCONECT 1320 1319 1321 1326\nCONECT 1321 1320\nCONECT 1322 1319 1323\nCONECT 1323 1322 1324 1325\nCONECT 1324 1323\nCONECT 1325 1323\nCONECT 1326 1320 1327\nCONECT 1327 1326 1328 1330\nCONECT 1328 1327 1329 1334\nCONECT 1329 1328\nCONECT 1330 1327 1331\nCONECT 1331 1330 1332 1333\nCONECT 1332 1331\nCONECT 1333 1331\nCONECT 1334 1328 1335\nCONECT 1335 1334 1336\nCONECT 1336 1335 1337 1338\nCONECT 1337 1336\nCONECT 1338 1336 1339\nCONECT 1339 1338 1340 1342\nCONECT 1340 1339 1341 1343\nCONECT 1341 1340\nCONECT 1342 1339\nCONECT 1343 1340 1344\nCONECT 1344 1343 1345 1347\nCONECT 1345 1344 1346 1352\nCONECT 1346 1345\nCONECT 1347 1344 1348\nCONECT 1348 1347 1349\nCONECT 1349 1348 1350 1351\nCONECT 1350 1349\nCONECT 1351 1349\nCONECT 1352 1345 1353\nCONECT 1353 1352 1354 1356\nCONECT 1354 1353 1355 1361\nCONECT 1355 1354\nCONECT 1356 1353 1357\nCONECT 1357 1356 1358\nCONECT 1358 1357 1359 1360\nCONECT 1359 1358\nCONECT 1360 1358\nCONECT 1361 1354 1362\nCONECT 1362 1361 1363 1365\nCONECT 1363 1362 1364 1370\nCONECT 1364 1363\nCONECT 1365 1362 1366\nCONECT 1366 1365 1367\nCONECT 1367 1366 1368\nCONECT 1368 1367 1369\nCONECT 1369 1368\nCONECT 1370 1363 1371\nCONECT 1371 1370 1372 1374\nCONECT 1372 1371 1373 1379\nCONECT 1373 1372\nCONECT 1374 1371 1375\nCONECT 1375 1374 1376\nCONECT 1376 1375 1377 1378\nCONECT 1377 1376\nCONECT 1378 1376\nCONECT 1379 1372 1380\nCONECT 1380 1379 1381 1383\nCONECT 1381 1380 1382 1391\nCONECT 1382 1381\nCONECT 1383 1380 1384\nCONECT 1384 1383 1385 1386\nCONECT 1385 1384 1387\nCONECT 1386 1384 1388\nCONECT 1387 1385 1389\nCONECT 1388 1386 1389\nCONECT 1389 1387 1388 1390\nCONECT 1390 1389\nCONECT 1391 1381 1392\nCONECT 1392 1391 1393 1395\nCONECT 1393 1392 1394 1401\nCONECT 1394 1393\nCONECT 1395 1392 1396\nCONECT 1396 1395 1397 1398\nCONECT 1397 1396 1399\nCONECT 1398 1396 1400\nCONECT 1399 1397 1400\nCONECT 1400 1398 1399\nCONECT 1401 1393 1402\nCONECT 1402 1401 1403 1405\nCONECT 1403 1402 1404 1406\nCONECT 1404 1403\nCONECT 1405 1402\nCONECT 1406 1403 1407\nCONECT 1407 1406 1408 1410\nCONECT 1408 1407 1409 1415\nCONECT 1409 1408\nCONECT 1410 1407 1411\nCONECT 1411 1410 1412\nCONECT 1412 1411 1413 1414\nCONECT 1413 1412\nCONECT 1414 1412\nCONECT 1415 1408 1416\nCONECT 1416 1415 1417\nCONECT 1417 1416 1418 1419\nCONECT 1418 1417\nCONECT 1419 1417 1420\nCONECT 1420 1419 1421\nCONECT 1421 1420 1422 1423\nCONECT 1422 1421\nCONECT 1423 1421 1424\nCONECT 1424 1423 1425 1427\nCONECT 1425 1424 1426 1432\nCONECT 1426 1425\nCONECT 1427 1424 1428\nCONECT 1428 1427 1429\nCONECT 1429 1428 1430\nCONECT 1430 1429 1431\nCONECT 1431 1430\nCONECT 1432 1425 1433\nCONECT 1433 1432 1434 1436\nCONECT 1434 1433 1435 1439\nCONECT 1435 1434\nCONECT 1436 1433 1437 1438\nCONECT 1437 1436\nCONECT 1438 1436\nCONECT 1439 1434 1440 1445\nCONECT 1440 1439 1441 1443\nCONECT 1441 1440 1442 1446\nCONECT 1442 1441\nCONECT 1443 1440 1444\nCONECT 1444 1443 1445\nCONECT 1445 1439 1444\nCONECT 1446 1441 1447\nCONECT 1447 1446 1448 1450\nCONECT 1448 1447 1449 1454\nCONECT 1449 1448\nCONECT 1450 1447 1451 1452\nCONECT 1451 1450 1453\nCONECT 1452 1450\nCONECT 1453 1451\nCONECT 1454 1448 1455\nCONECT 1455 1454 1456 1458\nCONECT 1456 1455 1457 1463\nCONECT 1457 1456\nCONECT 1458 1455 1459\nCONECT 1459 1458 1460\nCONECT 1460 1459 1461\nCONECT 1461 1460 1462\nCONECT 1462 1461\nCONECT 1463 1456 1464\nCONECT 1464 1463 1465 1467\nCONECT 1465 1464 1466 1477\nCONECT 1466 1465\nCONECT 1467 1464 1468\nCONECT 1468 1467 1469 1470\nCONECT 1469 1468 1471\nCONECT 1470 1468 1472 1473\nCONECT 1471 1469 1472\nCONECT 1472 1470 1471 1474\nCONECT 1473 1470 1475\nCONECT 1474 1472 1476\nCONECT 1475 1473 1476\nCONECT 1476 1474 1475\nCONECT 1477 1465 1478\nCONECT 1478 1477 1479 1481\nCONECT 1479 1478 1480 1485\nCONECT 1480 1479\nCONECT 1481 1478 1482\nCONECT 1482 1481 1483\nCONECT 1483 1482 1484\nCONECT 1484 1483\nCONECT 1485 1479 1486\nCONECT 1486 1485 1487 1489\nCONECT 1487 1486 1488 1490\nCONECT 1488 1487\nCONECT 1489 1486\nCONECT 1490 1487 1491\nCONECT 1491 1490 1492 1494\nCONECT 1492 1491 1493 1498\nCONECT 1493 1492\nCONECT 1494 1491 1495\nCONECT 1495 1494 1496 1497\nCONECT 1496 1495\nCONECT 1497 1495\nCONECT 1498 1492 1499\nCONECT 1499 1498 1500 1502\nCONECT 1500 1499 1501 1507\nCONECT 1501 1500\nCONECT 1502 1499 1503\nCONECT 1503 1502 1504\nCONECT 1504 1503 1505 1506\nCONECT 1505 1504\nCONECT 1506 1504\nCONECT 1507 1500 1508\nCONECT 1508 1507 1509 1511\nCONECT 1509 1508 1510 1513\nCONECT 1510 1509\nCONECT 1511 1508 1512\nCONECT 1512 1511\nCONECT 1513 1509 1514\nCONECT 1514 1513 1515 1517\nCONECT 1515 1514 1516 1521\nCONECT 1516 1515\nCONECT 1517 1514 1518 1519\nCONECT 1518 1517 1520\nCONECT 1519 1517\nCONECT 1520 1518\nCONECT 1521 1515 1522\nCONECT 1522 1521 1523 1525\nCONECT 1523 1522 1524 1529\nCONECT 1524 1523\nCONECT 1525 1522 1526\nCONECT 1526 1525 1527 1528\nCONECT 1527 1526\nCONECT 1528 1526\nCONECT 1529 1523 1530\nCONECT 1530 1529 1531 1533\nCONECT 1531 1530 1532 1539\nCONECT 1532 1531\nCONECT 1533 1530 1534\nCONECT 1534 1533 1535 1536\nCONECT 1535 1534 1537\nCONECT 1536 1534 1538\nCONECT 1537 1535 1538\nCONECT 1538 1536 1537\nCONECT 1539 1531 1540\nCONECT 1540 1539 1541 1543\nCONECT 1541 1540 1542 1550\nCONECT 1542 1541\nCONECT 1543 1540 1544\nCONECT 1544 1543 1545\nCONECT 1545 1544 1546\nCONECT 1546 1545 1547\nCONECT 1547 1546 1548 1549\nCONECT 1548 1547\nCONECT 1549 1547\nCONECT 1550 1541 1551\nCONECT 1551 1550 1552 1554\nCONECT 1552 1551 1553 1558\nCONECT 1553 1552\nCONECT 1554 1551 1555 1556\nCONECT 1555 1554 1557\nCONECT 1556 1554\nCONECT 1557 1555\nCONECT 1558 1552 1559\nCONECT 1559 1558 1560 1562\nCONECT 1560 1559 1561 1570\nCONECT 1561 1560\nCONECT 1562 1559 1563\nCONECT 1563 1562 1564 1565\nCONECT 1564 1563 1566\nCONECT 1565 1563 1567\nCONECT 1566 1564 1568\nCONECT 1567 1565 1568\nCONECT 1568 1566 1567 1569\nCONECT 1569 1568\nCONECT 1570 1560 1571\nCONECT 1571 1570 1572 1574\nCONECT 1572 1571 1573 1577\nCONECT 1573 1572\nCONECT 1574 1571 1575 1576\nCONECT 1575 1574\nCONECT 1576 1574\nCONECT 1577 1572 1578\nCONECT 1578 1577 1579 1581\nCONECT 1579 1578 1580 1587\nCONECT 1580 1579\nCONECT 1581 1578 1582\nCONECT 1582 1581 1583 1584\nCONECT 1583 1582 1585\nCONECT 1584 1582 1586\nCONECT 1585 1583 1586\nCONECT 1586 1584 1585\nCONECT 1587 1579 1588\nCONECT 1588 1587 1589 1591\nCONECT 1589 1588 1590 1596\nCONECT 1590 1589\nCONECT 1591 1588 1592\nCONECT 1592 1591 1593\nCONECT 1593 1592 1594 1595\nCONECT 1594 1593\nCONECT 1595 1593\nCONECT 1596 1589 1597\nCONECT 1597 1596 1598 1600\nCONECT 1598 1597 1599 1602\nCONECT 1599 1598\nCONECT 1600 1597 1601\nCONECT 1601 1600\nCONECT 1602 1598 1603\nCONECT 1603 1602 1604 1606\nCONECT 1604 1603 1605 1610\nCONECT 1605 1604\nCONECT 1606 1603 1607\nCONECT 1607 1606 1608 1609\nCONECT 1608 1607\nCONECT 1609 1607\nCONECT 1610 1604 1611\nCONECT 1611 1610 1612 1614\nCONECT 1612 1611 1613 1617\nCONECT 1613 1612\nCONECT 1614 1611 1615 1616\nCONECT 1615 1614\nCONECT 1616 1614\nCONECT 1617 1612 1618\nCONECT 1618 1617 1619 1621\nCONECT 1619 1618 1620 1631\nCONECT 1620 1619\nCONECT 1621 1618 1622\nCONECT 1622 1621 1623 1624\nCONECT 1623 1622 1625\nCONECT 1624 1622 1626 1627\nCONECT 1625 1623 1626\nCONECT 1626 1624 1625 1628\nCONECT 1627 1624 1629\nCONECT 1628 1626 1630\nCONECT 1629 1627 1630\nCONECT 1630 1628 1629\nCONECT 1631 1619 1632\nCONECT 1632 1631 1633 1635\nCONECT 1633 1632 1634 1637\nCONECT 1634 1633\nCONECT 1635 1632 1636\nCONECT 1636 1635\nCONECT 1637 1633 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1649\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643 1644\nCONECT 1643 1642 1645\nCONECT 1644 1642 1646\nCONECT 1645 1643 1647\nCONECT 1646 1644 1647\nCONECT 1647 1645 1646 1648\nCONECT 1648 1647\nCONECT 1649 1639 1650\nCONECT 1650 1649 1651\nCONECT 1651 1650 1652 1653\nCONECT 1652 1651\nCONECT 1653 1651 1654\nCONECT 1654 1653 1655 1657\nCONECT 1655 1654 1656 1660\nCONECT 1656 1655\nCONECT 1657 1654 1658 1659\nCONECT 1658 1657\nCONECT 1659 1657\nCONECT 1660 1655 1661\nCONECT 1661 1660 1662 1664\nCONECT 1662 1661 1663 1667\nCONECT 1663 1662\nCONECT 1664 1661 1665 1666\nCONECT 1665 1664\nCONECT 1666 1664\nCONECT 1667 1662 1668\nCONECT 1668 1667 1669 1671\nCONECT 1669 1668 1670 1674\nCONECT 1670 1669\nCONECT 1671 1668 1672 1673\nCONECT 1672 1671\nCONECT 1673 1671\nCONECT 1674 1669 1675\nCONECT 1675 1674 1676 1678\nCONECT 1676 1675 1677 1688\nCONECT 1677 1676\nCONECT 1678 1675 1679\nCONECT 1679 1678 1680 1681\nCONECT 1680 1679 1682\nCONECT 1681 1679 1683 1684\nCONECT 1682 1680 1683\nCONECT 1683 1681 1682 1685\nCONECT 1684 1681 1686\nCONECT 1685 1683 1687\nCONECT 1686 1684 1687\nCONECT 1687 1685 1686\nCONECT 1688 1676 1689\nCONECT 1689 1688 1690 1692\nCONECT 1690 1689 1691 1697\nCONECT 1691 1690\nCONECT 1692 1689 1693\nCONECT 1693 1692 1694\nCONECT 1694 1693 1695 1696\nCONECT 1695 1694\nCONECT 1696 1694\nCONECT 1697 1690 1698\nCONECT 1698 1697 1699 1701\nCONECT 1699 1698 1700 1705\nCONECT 1700 1699\nCONECT 1701 1698 1702\nCONECT 1702 1701 1703 1704\nCONECT 1703 1702\nCONECT 1704 1702\nCONECT 1705 1699 1706\nCONECT 1706 1705 1707 1709\nCONECT 1707 1706 1708 1713\nCONECT 1708 1707\nCONECT 1709 1706 1710\nCONECT 1710 1709 1711\nCONECT 1711 1710 1712\nCONECT 1712 1711\nCONECT 1713 1707 1714\nCONECT 1714 1713 1715 1717\nCONECT 1715 1714 1716 1720\nCONECT 1716 1715\nCONECT 1717 1714 1718 1719\nCONECT 1718 1717\nCONECT 1719 1717\nCONECT 1720 1715 1721\nCONECT 1721 1720 1722 1724\nCONECT 1722 1721 1723 1731\nCONECT 1723 1722\nCONECT 1724 1721 1725\nCONECT 1725 1724 1726 1727\nCONECT 1726 1725 1728\nCONECT 1727 1725 1729\nCONECT 1728 1726 1730\nCONECT 1729 1727 1730\nCONECT 1730 1728 1729\nCONECT 1731 1722 1732\nCONECT 1732 1731 1733\nCONECT 1733 1732 1734 1735\nCONECT 1734 1733\nCONECT 1735 1733 1736\nCONECT 1736 1735 1737 1739\nCONECT 1737 1736 1738 1741\nCONECT 1738 1737\nCONECT 1739 1736 1740\nCONECT 1740 1739\nCONECT 1741 1737 1742\nCONECT 1742 1741 1743 1745\nCONECT 1743 1742 1744 1750\nCONECT 1744 1743\nCONECT 1745 1742 1746\nCONECT 1746 1745 1747\nCONECT 1747 1746 1748\nCONECT 1748 1747 1749\nCONECT 1749 1748\nCONECT 1750 1743 1751 1756\nCONECT 1751 1750 1752 1754\nCONECT 1752 1751 1753 1757\nCONECT 1753 1752\nCONECT 1754 1751 1755\nCONECT 1755 1754 1756\nCONECT 1756 1750 1755\nCONECT 1757 1752 1758\nCONECT 1758 1757 1759 1761\nCONECT 1759 1758 1760 1769\nCONECT 1760 1759\nCONECT 1761 1758 1762\nCONECT 1762 1761 1763 1764\nCONECT 1763 1762 1765\nCONECT 1764 1762 1766\nCONECT 1765 1763 1767\nCONECT 1766 1764 1767\nCONECT 1767 1765 1766 1768\nCONECT 1768 1767\nCONECT 1769 1759 1770\nCONECT 1770 1769 1771 1773\nCONECT 1771 1770 1772 1777\nCONECT 1772 1771\nCONECT 1773 1770 1774\nCONECT 1774 1773 1775 1776\nCONECT 1775 1774\nCONECT 1776 1774\nCONECT 1777 1771 1778\nCONECT 1778 1777 1779\nCONECT 1779 1778 1780 1781\nCONECT 1780 1779\nCONECT 1781 1779 1782\nCONECT 1782 1781 1783 1785\nCONECT 1783 1782 1784 1789\nCONECT 1784 1783\nCONECT 1785 1782 1786 1787\nCONECT 1786 1785 1788\nCONECT 1787 1785\nCONECT 1788 1786\nCONECT 1789 1783 1790 1795\nCONECT 1790 1789 1791 1793\nCONECT 1791 1790 1792 1796\nCONECT 1792 1791\nCONECT 1793 1790 1794\nCONECT 1794 1793 1795\nCONECT 1795 1789 1794\nCONECT 1796 1791 1797\nCONECT 1797 1796 1798 1800\nCONECT 1798 1797 1799 1801\nCONECT 1799 1798\nCONECT 1800 1797\nCONECT 1801 1798 1802\nCONECT 1802 1801 1803 1805\nCONECT 1803 1802 1804 1807\nCONECT 1804 1803\nCONECT 1805 1802 1806\nCONECT 1806 1805\nCONECT 1807 1803 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814 1815\nCONECT 1814 1813\nCONECT 1815 1813\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818 1820\nCONECT 1818 1817 1819 1824\nCONECT 1819 1818\nCONECT 1820 1817 1821 1822\nCONECT 1821 1820 1823\nCONECT 1822 1820\nCONECT 1823 1821\nCONECT 1824 1818 1825\nCONECT 1825 1824 1826 1828\nCONECT 1826 1825 1827 1830\nCONECT 1827 1826\nCONECT 1828 1825 1829\nCONECT 1829 1828\nCONECT 1830 1826 1831\nCONECT 1831 1830 1832 1834\nCONECT 1832 1831 1833 1836\nCONECT 1833 1832\nCONECT 1834 1831 1835\nCONECT 1835 1834\nCONECT 1836 1832 1837\nCONECT 1837 1836 1838 1840\nCONECT 1838 1837 1839 1844\nCONECT 1839 1838\nCONECT 1840 1837 1841 1842\nCONECT 1841 1840 1843\nCONECT 1842 1840\nCONECT 1843 1841\nCONECT 1844 1838 1845\nCONECT 1845 1844 1846 1848\nCONECT 1846 1845 1847 1852\nCONECT 1847 1846\nCONECT 1848 1845 1849\nCONECT 1849 1848 1850 1851\nCONECT 1850 1849\nCONECT 1851 1849\nCONECT 1852 1846 1853\nCONECT 1853 1852 1854 1856\nCONECT 1854 1853 1855 1861\nCONECT 1855 1854\nCONECT 1856 1853 1857\nCONECT 1857 1856 1858\nCONECT 1858 1857 1859 1860\nCONECT 1859 1858\nCONECT 1860 1858\nCONECT 1861 1854 1862\nCONECT 1862 1861 1863 1865\nCONECT 1863 1862 1864 1870\nCONECT 1864 1863\nCONECT 1865 1862 1866\nCONECT 1866 1865 1867\nCONECT 1867 1866 1868\nCONECT 1868 1867 1869\nCONECT 1869 1868\nCONECT 1870 1863 1871\nCONECT 1871 1870 1872\nCONECT 1872 1871 1873 1874\nCONECT 1873 1872\nCONECT 1874 1872 1875\nCONECT 1875 1874 1876 1878\nCONECT 1876 1875 1877 1883\nCONECT 1877 1876\nCONECT 1878 1875 1879\nCONECT 1879 1878 1880\nCONECT 1880 1879 1881 1882\nCONECT 1881 1880\nCONECT 1882 1880\nCONECT 1883 1876 1884\nCONECT 1884 1883 1885 1887\nCONECT 1885 1884 1886 1894\nCONECT 1886 1885\nCONECT 1887 1884 1888\nCONECT 1888 1887 1889\nCONECT 1889 1888 1890\nCONECT 1890 1889 1891\nCONECT 1891 1890 1892 1893\nCONECT 1892 1891\nCONECT 1893 1891\nCONECT 1894 1885 1895\nCONECT 1895 1894 1896 1898\nCONECT 1896 1895 1897 1902\nCONECT 1897 1896\nCONECT 1898 1895 1899\nCONECT 1899 1898 1900 1901\nCONECT 1900 1899\nCONECT 1901 1899\nCONECT 1902 1896 1903 1908\nCONECT 1903 1902 1904 1906\nCONECT 1904 1903 1905 1909\nCONECT 1905 1904\nCONECT 1906 1903 1907\nCONECT 1907 1906 1908\nCONECT 1908 1902 1907\nCONECT 1909 1904 1910\nCONECT 1910 1909 1911 1913\nCONECT 1911 1910 1912 1918\nCONECT 1912 1911\nCONECT 1913 1910 1914\nCONECT 1914 1913 1915\nCONECT 1915 1914 1916 1917\nCONECT 1916 1915\nCONECT 1917 1915\nCONECT 1918 1911 1919 1924\nCONECT 1919 1918 1920 1922\nCONECT 1920 1919 1921 1925\nCONECT 1921 1920\nCONECT 1922 1919 1923\nCONECT 1923 1922 1924\nCONECT 1924 1918 1923\nCONECT 1925 1920 1926 1931\nCONECT 1926 1925 1927 1929\nCONECT 1927 1926 1928 1932\nCONECT 1928 1927\nCONECT 1929 1926 1930\nCONECT 1930 1929 1931\nCONECT 1931 1925 1930\nCONECT 1932 1927 1933\nCONECT 1933 1932 1934 1936\nCONECT 1934 1933 1935 1940\nCONECT 1935 1934\nCONECT 1936 1933 1937 1938\nCONECT 1937 1936 1939\nCONECT 1938 1936\nCONECT 1939 1937\nCONECT 1940 1934 1941\nCONECT 1941 1940 1942 1944\nCONECT 1942 1941 1943 1946\nCONECT 1943 1942\nCONECT 1944 1941 1945\nCONECT 1945 1944\nCONECT 1946 1942 1947\nCONECT 1947 1946 1948 1950\nCONECT 1948 1947 1949 1953\nCONECT 1949 1948\nCONECT 1950 1947 1951 1952\nCONECT 1951 1950\nCONECT 1952 1950\nCONECT 1953 1948 1954\nCONECT 1954 1953 1955 1957\nCONECT 1955 1954 1956 1961\nCONECT 1956 1955\nCONECT 1957 1954 1958 1959\nCONECT 1958 1957 1960\nCONECT 1959 1957\nCONECT 1960 1958\nCONECT 1961 1955 1962\nCONECT 1962 1961 1963 1965\nCONECT 1963 1962 1964 1969\nCONECT 1964 1963\nCONECT 1965 1962 1966\nCONECT 1966 1965 1967 1968\nCONECT 1967 1966\nCONECT 1968 1966\nCONECT 1969 1963 1970\nCONECT 1970 1969 1971 1973\nCONECT 1971 1970 1972 1976\nCONECT 1972 1971\nCONECT 1973 1970 1974 1975\nCONECT 1974 1973\nCONECT 1975 1973\nCONECT 1976 1971 1977\nCONECT 1977 1976 1978 1980\nCONECT 1978 1977 1979 1988\nCONECT 1979 1978\nCONECT 1980 1977 1981\nCONECT 1981 1980 1982 1983\nCONECT 1982 1981 1984\nCONECT 1983 1981 1985\nCONECT 1984 1982 1986\nCONECT 1985 1983 1986\nCONECT 1986 1984 1985 1987\nCONECT 1987 1986\nCONECT 1988 1978 1989\nCONECT 1989 1988 1990 1992\nCONECT 1990 1989 1991 1996\nCONECT 1991 1990\nCONECT 1992 1989 1993\nCONECT 1993 1992 1994\nCONECT 1994 1993 1995\nCONECT 1995 1994\nCONECT 1996 1990 1997\nCONECT 1997 1996 1998 2000\nCONECT 1998 1997 1999 2004\nCONECT 1999 1998\nCONECT 2000 1997 2001 2002\nCONECT 2001 2000 2003\nCONECT 2002 2000\nCONECT 2003 2001\nCONECT 2004 1998 2005\nCONECT 2005 2004 2006 2008\nCONECT 2006 2005 2007 2012\nCONECT 2007 2006\nCONECT 2008 2005 2009\nCONECT 2009 2008 2010\nCONECT 2010 2009 2011\nCONECT 2011 2010\nCONECT 2012 2006 2013\nCONECT 2013 2012 2014 2016\nCONECT 2014 2013 2015 2023\nCONECT 2015 2014\nCONECT 2016 2013 2017\nCONECT 2017 2016 2018\nCONECT 2018 2017 2019\nCONECT 2019 2018 2020\nCONECT 2020 2019 2021 2022\nCONECT 2021 2020\nCONECT 2022 2020\nCONECT 2023 2014 2024\nCONECT 2024 2023 2025 2027\nCONECT 2025 2024 2026 2032\nCONECT 2026 2025\nCONECT 2027 2024 2028\nCONECT 2028 2027 2029\nCONECT 2029 2028 2030\nCONECT 2030 2029 2031\nCONECT 2031 2030\nCONECT 2032 2025 2033\nCONECT 2033 2032 2034 2036\nCONECT 2034 2033 2035 2038\nCONECT 2035 2034\nCONECT 2036 2033 2037\nCONECT 2037 2036\nCONECT 2038 2034 2039\nCONECT 2039 2038 2040 2042\nCONECT 2040 2039 2041 2052 2060\nCONECT 2041 2040\nCONECT 2042 2039 2043\nCONECT 2043 2042 2044 2045\nCONECT 2044 2043 2046\nCONECT 2045 2043 2047 2048\nCONECT 2046 2044 2047\nCONECT 2047 2045 2046 2049\nCONECT 2048 2045 2050\nCONECT 2049 2047 2051\nCONECT 2050 2048 2051\nCONECT 2051 2049 2050\nCONECT 2052 2040 2053\nCONECT 2053 2052 2054 2056\nCONECT 2054 2053 2055 2068\nCONECT 2055 2054\nCONECT 2056 2053 2057\nCONECT 2057 2056 2058\nCONECT 2058 2057 2059\nCONECT 2059 2058\nCONECT 2060 2040 2061\nCONECT 2061 2060 2062 2064\nCONECT 2062 2061 2063 2068\nCONECT 2063 2062\nCONECT 2064 2061 2065\nCONECT 2065 2064 2066\nCONECT 2066 2065 2067\nCONECT 2067 2066\nCONECT 2068 2054 2062 2069\nCONECT 2069 2068 2070 2072\nCONECT 2070 2069 2071 2076\nCONECT 2071 2070\nCONECT 2072 2069 2073 2074\nCONECT 2073 2072 2075\nCONECT 2074 2072\nCONECT 2075 2073\nCONECT 2076 2070 2077\nCONECT 2077 2076 2078 2080\nCONECT 2078 2077 2079 2084\nCONECT 2079 2078\nCONECT 2080 2077 2081\nCONECT 2081 2080 2082 2083\nCONECT 2082 2081\nCONECT 2083 2081\nCONECT 2084 2078 2085\nCONECT 2085 2084 2086 2088\nCONECT 2086 2085 2087 2089\nCONECT 2087 2086\nCONECT 2088 2085\nCONECT 2089 2086 2090\nCONECT 2090 2089 2091 2093\nCONECT 2091 2090 2092 2097\nCONECT 2092 2091\nCONECT 2093 2090 2094\nCONECT 2094 2093 2095 2096\nCONECT 2095 2094\nCONECT 2096 2094\nCONECT 2097 2091 2098\nCONECT 2098 2097 2099 2101\nCONECT 2099 2098 2100 2103\nCONECT 2100 2099\nCONECT 2101 2098 2102\nCONECT 2102 2101\nCONECT 2103 2099 2104\nCONECT 2104 2103 2105 2107\nCONECT 2105 2104 2106 2114\nCONECT 2106 2105\nCONECT 2107 2104 2108\nCONECT 2108 2107 2109\nCONECT 2109 2108 2110\nCONECT 2110 2109 2111\nCONECT 2111 2110 2112 2113\nCONECT 2112 2111\nCONECT 2113 2111\nCONECT 2114 2105 2115 2120\nCONECT 2115 2114 2116 2118\nCONECT 2116 2115 2117 2121\nCONECT 2117 2116\nCONECT 2118 2115 2119\nCONECT 2119 2118 2120\nCONECT 2120 2114 2119\nCONECT 2121 2116 2122\nCONECT 2122 2121 2123 2125\nCONECT 2123 2122 2124 2130\nCONECT 2124 2123\nCONECT 2125 2122 2126\nCONECT 2126 2125 2127\nCONECT 2127 2126 2128\nCONECT 2128 2127 2129\nCONECT 2129 2128\nCONECT 2130 2123 2131\nCONECT 2131 2130 2132 2134\nCONECT 2132 2131 2133 2141\nCONECT 2133 2132\nCONECT 2134 2131 2135\nCONECT 2135 2134 2136 2137\nCONECT 2136 2135 2138\nCONECT 2137 2135 2139\nCONECT 2138 2136 2140\nCONECT 2139 2137 2140\nCONECT 2140 2138 2139\nCONECT 2141 2132 2142\nCONECT 2142 2141 2143 2145\nCONECT 2143 2142 2144 2152\nCONECT 2144 2143\nCONECT 2145 2142 2146\nCONECT 2146 2145 2147\nCONECT 2147 2146 2148\nCONECT 2148 2147 2149\nCONECT 2149 2148 2150 2151\nCONECT 2150 2149\nCONECT 2151 2149\nCONECT 2152 2143 2153\nCONECT 2153 2152 2154 2156\nCONECT 2154 2153 2155 2161\nCONECT 2155 2154\nCONECT 2156 2153 2157\nCONECT 2157 2156 2158\nCONECT 2158 2157 2159 2160\nCONECT 2159 2158\nCONECT 2160 2158\nCONECT 2161 2154 2162\nCONECT 2162 2161 2163 2165\nCONECT 2163 2162 2164 2169\nCONECT 2164 2163\nCONECT 2165 2162 2166\nCONECT 2166 2165 2167 2168\nCONECT 2167 2166\nCONECT 2168 2166\nCONECT 2169 2163 2170\nCONECT 2170 2169 2171 2173\nCONECT 2171 2170 2172 2177\nCONECT 2172 2171\nCONECT 2173 2170 2174 2175\nCONECT 2174 2173 2176\nCONECT 2175 2173\nCONECT 2176 2174\nCONECT 2177 2171 2178\nCONECT 2178 2177 2179 2181\nCONECT 2179 2178 2180 2185\nCONECT 2180 2179\nCONECT 2181 2178 2182 2183\nCONECT 2182 2181 2184\nCONECT 2183 2181\nCONECT 2184 2182\nCONECT 2185 2179 2186\nCONECT 2186 2185 2187 2189\nCONECT 2187 2186 2188 2194\nCONECT 2188 2187\nCONECT 2189 2186 2190\nCONECT 2190 2189 2191\nCONECT 2191 2190 2192 2193\nCONECT 2192 2191\nCONECT 2193 2191\nCONECT 2194 2187 2195\nCONECT 2195 2194 2196 2198\nCONECT 2196 2195 2197 2205\nCONECT 2197 2196\nCONECT 2198 2195 2199\nCONECT 2199 2198 2200 2201\nCONECT 2200 2199 2202\nCONECT 2201 2199 2203\nCONECT 2202 2200 2204\nCONECT 2203 2201 2204\nCONECT 2204 2202 2203\nCONECT 2205 2196 2206\nCONECT 2206 2205 2207 2209\nCONECT 2207 2206 2208 2211\nCONECT 2208 2207\nCONECT 2209 2206 2210\nCONECT 2210 2209\nCONECT 2211 2207 2212\nCONECT 2212 2211 2213 2215\nCONECT 2213 2212 2214 2220\nCONECT 2214 2213\nCONECT 2215 2212 2216\nCONECT 2216 2215 2217\nCONECT 2217 2216 2218\nCONECT 2218 2217 2219\nCONECT 2219 2218\nCONECT 2220 2213 2221\nCONECT 2221 2220 2222 2224\nCONECT 2222 2221 2223 2228\nCONECT 2223 2222\nCONECT 2224 2221 2225\nCONECT 2225 2224 2226\nCONECT 2226 2225 2227\nCONECT 2227 2226\nCONECT 2228 2222 2229\nCONECT 2229 2228 2230 2232\nCONECT 2230 2229 2231 2233\nCONECT 2231 2230\nCONECT 2232 2229\nCONECT 2233 2230 2234\nCONECT 2234 2233 2235 2237\nCONECT 2235 2234 2236 2244\nCONECT 2236 2235\nCONECT 2237 2234 2238\nCONECT 2238 2237 2239\nCONECT 2239 2238 2240\nCONECT 2240 2239 2241\nCONECT 2241 2240 2242 2243\nCONECT 2242 2241\nCONECT 2243 2241\nCONECT 2244 2235 2245\nCONECT 2245 2244 2246 2248\nCONECT 2246 2245 2247 2252\nCONECT 2247 2246\nCONECT 2248 2245 2249\nCONECT 2249 2248 2250 2251\nCONECT 2250 2249\nCONECT 2251 2249\nCONECT 2252 2246 2253 2258\nCONECT 2253 2252 2254 2256\nCONECT 2254 2253 2255 2259\nCONECT 2255 2254\nCONECT 2256 2253 2257\nCONECT 2257 2256 2258\nCONECT 2258 2252 2257\nCONECT 2259 2254 2260\nCONECT 2260 2259 2261 2263\nCONECT 2261 2260 2262 2268\nCONECT 2262 2261\nCONECT 2263 2260 2264\nCONECT 2264 2263 2265\nCONECT 2265 2264 2266 2267\nCONECT 2266 2265\nCONECT 2267 2265\nCONECT 2268 2261 2269\nCONECT 2269 2268 2270 2272\nCONECT 2270 2269 2271 2279\nCONECT 2271 2270\nCONECT 2272 2269 2273\nCONECT 2273 2272 2274\nCONECT 2274 2273 2275\nCONECT 2275 2274 2276\nCONECT 2276 2275 2277 2278\nCONECT 2277 2276\nCONECT 2278 2276\nCONECT 2279 2270 2280\nCONECT 2280 2279 2281 2283\nCONECT 2281 2280 2282 2291\nCONECT 2282 2281\nCONECT 2283 2280 2284\nCONECT 2284 2283 2285 2286\nCONECT 2285 2284 2287\nCONECT 2286 2284 2288\nCONECT 2287 2285 2289\nCONECT 2288 2286 2289\nCONECT 2289 2287 2288 2290\nCONECT 2290 2289\nCONECT 2291 2281 2292\nCONECT 2292 2291 2293 2295\nCONECT 2293 2292 2294 2299\nCONECT 2294 2293\nCONECT 2295 2292 2296\nCONECT 2296 2295 2297 2298\nCONECT 2297 2296\nCONECT 2298 2296\nCONECT 2299 2293 2300\nCONECT 2300 2299 2301 2303\nCONECT 2301 2300 2302 2306\nCONECT 2302 2301\nCONECT 2303 2300 2304 2305\nCONECT 2304 2303\nCONECT 2305 2303\nCONECT 2306 2301 2307\nCONECT 2307 2306 2308 2310\nCONECT 2308 2307 2309 2314\nCONECT 2309 2308\nCONECT 2310 2307 2311 2312\nCONECT 2311 2310 2313\nCONECT 2312 2310\nCONECT 2313 2311\nCONECT 2314 2308 2315\nCONECT 2315 2314 2316 2318\nCONECT 2316 2315 2317 2323\nCONECT 2317 2316\nCONECT 2318 2315 2319\nCONECT 2319 2318 2320\nCONECT 2320 2319 2321 2322\nCONECT 2321 2320\nCONECT 2322 2320\nCONECT 2323 2316 2324\nCONECT 2324 2323 2325\nCONECT 2325 2324 2326 2327\nCONECT 2326 2325\nCONECT 2327 2325 2328\nCONECT 2328 2327 2329 2331\nCONECT 2329 2328 2330 2335\nCONECT 2330 2329\nCONECT 2331 2328 2332\nCONECT 2332 2331 2333 2334\nCONECT 2333 2332\nCONECT 2334 2332\nCONECT 2335 2329 2336\nCONECT 2336 2335 2337 2339\nCONECT 2337 2336 2338 2344\nCONECT 2338 2337\nCONECT 2339 2336 2340\nCONECT 2340 2339 2341\nCONECT 2341 2340 2342 2343\nCONECT 2342 2341\nCONECT 2343 2341\nCONECT 2344 2337 2345\nCONECT 2345 2344 2346 2348\nCONECT 2346 2345 2347 2355\nCONECT 2347 2346\nCONECT 2348 2345 2349\nCONECT 2349 2348 2350\nCONECT 2350 2349 2351\nCONECT 2351 2350 2352\nCONECT 2352 2351 2353 2354\nCONECT 2353 2352\nCONECT 2354 2352\nCONECT 2355 2346 2356\nCONECT 2356 2355 2357 2359\nCONECT 2357 2356 2358 2363\nCONECT 2358 2357\nCONECT 2359 2356 2360\nCONECT 2360 2359 2361\nCONECT 2361 2360 2362\nCONECT 2362 2361\nCONECT 2363 2357 2364\nCONECT 2364 2363 2365 2367\nCONECT 2365 2364 2366 2373\nCONECT 2366 2365\nCONECT 2367 2364 2368\nCONECT 2368 2367 2369 2370\nCONECT 2369 2368 2371\nCONECT 2370 2368 2372\nCONECT 2371 2369 2372\nCONECT 2372 2370 2371\nCONECT 2373 2365 2374\nCONECT 2374 2373 2375 2377\nCONECT 2375 2374 2376 2381\nCONECT 2376 2375\nCONECT 2377 2374 2378\nCONECT 2378 2377 2379 2380\nCONECT 2379 2378\nCONECT 2380 2378\nCONECT 2381 2375 2382 2387\nCONECT 2382 2381 2383 2385\nCONECT 2383 2382 2384 2388\nCONECT 2384 2383\nCONECT 2385 2382 2386\nCONECT 2386 2385 2387\nCONECT 2387 2381 2386\nCONECT 2388 2383 2389\nCONECT 2389 2388 2390 2392\nCONECT 2390 2389 2391 2394\nCONECT 2391 2390\nCONECT 2392 2389 2393\nCONECT 2393 2392\nCONECT 2394 2390 2395 2400\nCONECT 2395 2394 2396 2398\nCONECT 2396 2395 2397 2401\nCONECT 2397 2396\nCONECT 2398 2395 2399\nCONECT 2399 2398 2400\nCONECT 2400 2394 2399\nCONECT 2401 2396 2402\nCONECT 2402 2401 2403 2405\nCONECT 2403 2402 2404 2408\nCONECT 2404 2403\nCONECT 2405 2402 2406 2407\nCONECT 2406 2405\nCONECT 2407 2405\nCONECT 2408 2403 2409\nCONECT 2409 2408 2410 2412\nCONECT 2410 2409 2411 2416\nCONECT 2411 2410\nCONECT 2412 2409 2413\nCONECT 2413 2412 2414 2415\nCONECT 2414 2413\nCONECT 2415 2413\nCONECT 2416 2410 2417\nCONECT 2417 2416 2418 2420\nCONECT 2418 2417 2419 2422\nCONECT 2419 2418\nCONECT 2420 2417 2421\nCONECT 2421 2420\nCONECT 2422 2418 2423\nCONECT 2423 2422 2424 2426\nCONECT 2424 2423 2425 2430\nCONECT 2425 2424\nCONECT 2426 2423 2427\nCONECT 2427 2426 2428 2429\nCONECT 2428 2427\nCONECT 2429 2427\nCONECT 2430 2424 2431\nCONECT 2431 2430 2432 2434\nCONECT 2432 2431 2433 2441\nCONECT 2433 2432\nCONECT 2434 2431 2435\nCONECT 2435 2434 2436 2437\nCONECT 2436 2435 2438\nCONECT 2437 2435 2439\nCONECT 2438 2436 2440\nCONECT 2439 2437 2440\nCONECT 2440 2438 2439\nCONECT 2441 2432 2442\nCONECT 2442 2441 2443 2445\nCONECT 2443 2442 2444 2453\nCONECT 2444 2443\nCONECT 2445 2442 2446\nCONECT 2446 2445 2447 2448\nCONECT 2447 2446 2449\nCONECT 2448 2446 2450\nCONECT 2449 2447 2451\nCONECT 2450 2448 2451\nCONECT 2451 2449 2450 2452\nCONECT 2452 2451\nCONECT 2453 2443 2454\nCONECT 2454 2453 2455 2457\nCONECT 2455 2454 2456\nCONECT 2456 2455\nCONECT 2457 2454 2458\nCONECT 2458 2457 2459\nCONECT 2459 2458 2460\nCONECT 2460 2459 2461\nCONECT 2461 2460 2462 2463\nCONECT 2462 2461\nCONECT 2463 2461\nCONECT 2464 2465 2475 2478\nCONECT 2465 2464 2476 2477\nCONECT 2466 2477 2478\nCONECT 2467 2481 2482\nCONECT 2468 2482 2483 2484\nCONECT 2469 2470 2485\nCONECT 2470  774 2469\nCONECT 2471 2488 2489\nCONECT 2472 2489\nCONECT 2473 2474 2476 2487\nCONECT 2474 2473 2475\nCONECT 2475 2464 2474 2479\nCONECT 2476 2465 2473\nCONECT 2477 2465 2466\nCONECT 2478 2464 2466\nCONECT 2479 2475 2480\nCONECT 2480 2479 2481 2483\nCONECT 2481 2467 2480\nCONECT 2482 2467 2468\nCONECT 2483 2468 2480\nCONECT 2484 2468 2485\nCONECT 2485 2469 2484 2486\nCONECT 2486 2485\nCONECT 2487 2473 2488\nCONECT 2488 2471 2487 2491\nCONECT 2489 2471 2472 2490\nCONECT 2490 2489 2491\nCONECT 2491 2488 2490\nEND\n",
-           "type": "blob"
-          }
-         ],
-         "kwargs": {
-          "defaultRepresentation": true,
-          "ext": "pdb"
-         },
-         "methodName": "loadFile",
-         "reconstruc_color_scheme": false,
-         "target": "Stage",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          {
-           "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ALA X 702       5.271  11.354 -39.157  1.00 48.95      A     \nATOM      2  CA  ALA X 702       3.906  11.945 -39.263  1.00 48.46      A     \nATOM      3  C   ALA X 702       3.910  13.146 -40.203  1.00 48.29      A     \nATOM      4  O   ALA X 702       4.715  14.065 -40.045  1.00 48.74      A     \nATOM      5  CB  ALA X 702       3.416  12.363 -37.881  1.00 47.79      A     \nATOM      6  N   LEU X 703       3.006  13.134 -41.178  1.00 47.85      A     \nATOM      7  CA  LEU X 703       2.893  14.232 -42.132  1.00 47.23      A     \nATOM      8  C   LEU X 703       1.441  14.680 -42.279  1.00 46.36      A     \nATOM      9  O   LEU X 703       0.520  13.977 -41.863  1.00 46.66      A     \nATOM     10  CB  LEU X 703       3.449  13.806 -43.495  1.00 47.52      A     \nATOM     11  CG  LEU X 703       3.548  14.908 -44.554  1.00 47.98      A     \nATOM     12  CD1 LEU X 703       4.377  16.063 -44.011  1.00 48.00      A     \nATOM     13  CD2 LEU X 703       4.169  14.351 -45.823  1.00 47.82      A     \nATOM     14  N   LEU X 704       1.243  15.853 -42.873  1.00 45.03      A     \nATOM     15  CA  LEU X 704      -0.090  16.430 -43.007  1.00 43.29      A     \nATOM     16  C   LEU X 704      -0.779  15.999 -44.300  1.00 41.64      A     \nATOM     17  O   LEU X 704      -0.238  16.170 -45.392  1.00 42.12      A     \nATOM     18  CB  LEU X 704      -0.008  17.957 -42.964  1.00 43.44      A     \nATOM     19  CG  LEU X 704      -1.333  18.706 -43.119  1.00 43.04      A     \nATOM     20  CD1 LEU X 704      -2.236  18.393 -41.940  1.00 43.02      A     \nATOM     21  CD2 LEU X 704      -1.070  20.200 -43.211  1.00 43.07      A     \nATOM     22  N   ARG X 705      -1.978  15.442 -44.164  1.00 39.06      A     \nATOM     23  CA  ARG X 705      -2.806  15.097 -45.313  1.00 36.53      A     \nATOM     24  C   ARG X 705      -3.838  16.194 -45.561  1.00 34.11      A     \nATOM     25  O   ARG X 705      -4.441  16.712 -44.621  1.00 30.93      A     \nATOM     26  CB  ARG X 705      -3.526  13.768 -45.066  1.00 38.36      A     \nATOM     27  CG  ARG X 705      -2.617  12.550 -45.063  1.00 40.93      A     \nATOM     28  CD  ARG X 705      -2.329  12.078 -46.480  1.00 44.13      A     \nATOM     29  NE  ARG X 705      -3.556  11.772 -47.211  1.00 46.60      A     \nATOM     30  CZ  ARG X 705      -4.133  10.574 -47.239  1.00 46.99      A     \nATOM     31  NH1 ARG X 705      -3.594   9.559 -46.576  1.00 46.73      A     \nATOM     32  NH2 ARG X 705      -5.251  10.390 -47.929  1.00 48.10      A     \nATOM     33  N   ILE X 706      -4.035  16.547 -46.827  1.00 32.17      A     \nATOM     34  CA  ILE X 706      -5.075  17.499 -47.200  1.00 31.85      A     \nATOM     35  C   ILE X 706      -6.304  16.735 -47.681  1.00 31.11      A     \nATOM     36  O   ILE X 706      -6.241  16.006 -48.671  1.00 31.20      A     \nATOM     37  CB  ILE X 706      -4.603  18.437 -48.329  1.00 32.67      A     \nATOM     38  CG1 ILE X 706      -3.341  19.183 -47.896  1.00 33.64      A     \nATOM     39  CG2 ILE X 706      -5.705  19.427 -48.676  1.00 33.48      A     \nATOM     40  CD1 ILE X 706      -3.526  20.026 -46.659  1.00 35.11      A     \nATOM     41  N   LEU X 707      -7.417  16.904 -46.976  1.00 28.75      A     \nATOM     42  CA  LEU X 707      -8.603  16.094 -47.221  1.00 29.36      A     \nATOM     43  C   LEU X 707      -9.660  16.836 -48.026  1.00 29.65      A     \nATOM     44  O   LEU X 707      -9.798  18.055 -47.921  1.00 29.55      A     \nATOM     45  CB  LEU X 707      -9.212  15.636 -45.895  1.00 29.93      A     \nATOM     46  CG  LEU X 707      -8.300  14.864 -44.942  1.00 31.69      A     \nATOM     47  CD1 LEU X 707      -9.101  14.423 -43.727  1.00 32.32      A     \nATOM     48  CD2 LEU X 707      -7.705  13.663 -45.655  1.00 31.56      A     \nATOM     49  N   LYS X 708     -10.405  16.086 -48.831  1.00 30.54      A     \nATOM     50  CA  LYS X 708     -11.592  16.613 -49.489  1.00 30.60      A     \nATOM     51  C   LYS X 708     -12.803  16.300 -48.620  1.00 30.25      A     \nATOM     52  O   LYS X 708     -12.799  15.320 -47.876  1.00 29.11      A     \nATOM     53  CB  LYS X 708     -11.759  15.972 -50.869  1.00 32.75      A     \nATOM     54  CG  LYS X 708     -10.543  16.125 -51.766  1.00 34.65      A     \nATOM     55  CD  LYS X 708     -10.865  15.776 -53.211  1.00 37.63      A     \nATOM     56  CE  LYS X 708     -11.295  14.325 -53.352  1.00 39.27      A     \nATOM     57  NZ  LYS X 708     -11.584  13.967 -54.772  1.00 41.00      A     \nATOM     58  N   GLU X 709     -13.836  17.132 -48.712  1.00 30.70      A     \nATOM     59  CA  GLU X 709     -15.025  16.960 -47.884  1.00 32.07      A     \nATOM     60  C   GLU X 709     -15.636  15.577 -48.054  1.00 31.74      A     \nATOM     61  O   GLU X 709     -16.285  15.057 -47.146  1.00 32.53      A     \nATOM     62  CB  GLU X 709     -16.074  18.016 -48.234  1.00 33.78      A     \nATOM     63  CG  GLU X 709     -15.692  19.430 -47.847  1.00 37.06      A     \nATOM     64  CD  GLU X 709     -16.838  20.402 -48.029  1.00 38.28      A     \nATOM     65  OE1 GLU X 709     -16.853  21.124 -49.048  1.00 40.11      A     \nATOM     66  OE2 GLU X 709     -17.727  20.441 -47.152  1.00 39.52      A     \nATOM     67  N   THR X 710     -15.426  14.985 -49.224  1.00 31.59      A     \nATOM     68  CA  THR X 710     -16.024  13.698 -49.552  1.00 31.53      A     \nATOM     69  C   THR X 710     -15.307  12.537 -48.871  1.00 30.93      A     \nATOM     70  O   THR X 710     -15.779  11.402 -48.910  1.00 31.36      A     \nATOM     71  CB  THR X 710     -16.016  13.460 -51.076  1.00 32.13      A     \nATOM     72  OG1 THR X 710     -14.678  13.569 -51.572  1.00 33.31      A     \nATOM     73  CG2 THR X 710     -16.898  14.481 -51.778  1.00 32.91      A     \nATOM     74  N   GLU X 711     -14.170  12.823 -48.244  1.00 30.19      A     \nATOM     75  CA  GLU X 711     -13.361  11.783 -47.615  1.00 30.16      A     \nATOM     76  C   GLU X 711     -13.838  11.412 -46.215  1.00 29.51      A     \nATOM     77  O   GLU X 711     -13.571  10.310 -45.735  1.00 29.34      A     \nATOM     78  CB  GLU X 711     -11.900  12.224 -47.533  1.00 30.58      A     \nATOM     79  CG  GLU X 711     -11.171  12.240 -48.857  1.00 33.24      A     \nATOM     80  CD  GLU X 711      -9.687  12.491 -48.683  1.00 33.99      A     \nATOM     81  OE1 GLU X 711      -9.182  13.480 -49.248  1.00 34.53      A     \nATOM     82  OE2 GLU X 711      -9.028  11.697 -47.976  1.00 34.39      A     \nATOM     83  N   PHE X 712     -14.529  12.334 -45.556  1.00 28.35      A     \nATOM     84  CA  PHE X 712     -14.954  12.105 -44.181  1.00 27.44      A     \nATOM     85  C   PHE X 712     -16.387  12.559 -43.945  1.00 28.21      A     \nATOM     86  O   PHE X 712     -16.923  13.374 -44.695  1.00 28.31      A     \nATOM     87  CB  PHE X 712     -14.018  12.834 -43.212  1.00 26.21      A     \nATOM     88  CG  PHE X 712     -14.019  14.328 -43.373  1.00 24.19      A     \nATOM     89  CD1 PHE X 712     -14.775  15.128 -42.531  1.00 24.81      A     \nATOM     90  CD2 PHE X 712     -13.260  14.934 -44.363  1.00 23.89      A     \nATOM     91  CE1 PHE X 712     -14.772  16.504 -42.670  1.00 25.07      A     \nATOM     92  CE2 PHE X 712     -13.254  16.311 -44.509  1.00 23.76      A     \nATOM     93  CZ  PHE X 712     -14.012  17.098 -43.659  1.00 24.56      A     \nATOM     94  N   LYS X 713     -17.003  12.018 -42.900  1.00 28.86      A     \nATOM     95  CA  LYS X 713     -18.348  12.418 -42.517  1.00 29.84      A     \nATOM     96  C   LYS X 713     -18.464  12.542 -41.002  1.00 29.50      A     \nATOM     97  O   LYS X 713     -17.819  11.805 -40.256  1.00 28.25      A     \nATOM     98  CB  LYS X 713     -19.373  11.404 -43.034  1.00 32.99      A     \nATOM     99  CG  LYS X 713     -19.186   9.994 -42.501  1.00 35.78      A     \nATOM    100  CD  LYS X 713     -20.231   9.046 -43.078  1.00 39.09      A     \nATOM    101  CE  LYS X 713     -20.049   7.631 -42.547  1.00 40.79      A     \nATOM    102  NZ  LYS X 713     -21.069   6.692 -43.093  1.00 42.46      A     \nATOM    103  N   LYS X 714     -19.286  13.486 -40.557  1.00 29.55      A     \nATOM    104  CA  LYS X 714     -19.553  13.665 -39.138  1.00 30.12      A     \nATOM    105  C   LYS X 714     -20.678  12.731 -38.716  1.00 30.61      A     \nATOM    106  O   LYS X 714     -21.651  12.545 -39.448  1.00 32.37      A     \nATOM    107  CB  LYS X 714     -19.955  15.115 -38.856  1.00 29.32      A     \nATOM    108  CG  LYS X 714     -18.952  16.144 -39.342  1.00 29.95      A     \nATOM    109  CD  LYS X 714     -19.458  17.557 -39.092  1.00 32.06      A     \nATOM    110  CE  LYS X 714     -18.488  18.593 -39.629  1.00 32.23      A     \nATOM    111  NZ  LYS X 714     -18.331  18.481 -41.105  1.00 34.65      A     \nATOM    112  N   ILE X 715     -20.543  12.142 -37.535  1.00 29.59      A     \nATOM    113  CA  ILE X 715     -21.545  11.215 -37.033  1.00 30.66      A     \nATOM    114  C   ILE X 715     -22.366  11.859 -35.920  1.00 31.09      A     \nATOM    115  O   ILE X 715     -23.589  11.728 -35.886  1.00 31.63      A     \nATOM    116  CB  ILE X 715     -20.886   9.927 -36.504  1.00 32.08      A     \nATOM    117  CG1 ILE X 715     -20.142   9.226 -37.643  1.00 32.76      A     \nATOM    118  CG2 ILE X 715     -21.938   9.003 -35.914  1.00 32.78      A     \nATOM    119  CD1 ILE X 715     -19.434   7.960 -37.224  1.00 33.76      A     \nATOM    120  N   LYS X 716     -21.688  12.562 -35.016  1.00 30.15      A     \nATOM    121  CA  LYS X 716     -22.369  13.237 -33.917  1.00 30.09      A     \nATOM    122  C   LYS X 716     -21.444  14.197 -33.177  1.00 29.35      A     \nATOM    123  O   LYS X 716     -20.221  14.091 -33.268  1.00 28.46      A     \nATOM    124  CB  LYS X 716     -22.927  12.211 -32.931  1.00 30.71      A     \nATOM    125  CG  LYS X 716     -21.869  11.397 -32.207  1.00 33.36      A     \nATOM    126  CD  LYS X 716     -22.508  10.470 -31.187  1.00 36.05      A     \nATOM    127  CE  LYS X 716     -21.465   9.790 -30.318  1.00 38.14      A     \nATOM    128  NZ  LYS X 716     -22.097   8.937 -29.273  1.00 39.92      A     \nATOM    129  N   VAL X 717     -22.040  15.133 -32.443  1.00 28.16      A     \nATOM    130  CA  VAL X 717     -21.280  16.096 -31.657  1.00 27.68      A     \nATOM    131  C   VAL X 717     -20.728  15.445 -30.393  1.00 27.07      A     \nATOM    132  O   VAL X 717     -21.434  14.715 -29.698  1.00 27.88      A     \nATOM    133  CB  VAL X 717     -22.158  17.302 -31.246  1.00 27.66      A     \nATOM    134  CG1 VAL X 717     -21.362  18.247 -30.359  1.00 27.23      A     \nATOM    135  CG2 VAL X 717     -22.650  18.035 -32.484  1.00 28.25      A     \nATOM    136  N   LEU X 718     -19.460  15.711 -30.105  1.00 25.89      A     \nATOM    137  CA  LEU X 718     -18.825  15.207 -28.892  1.00 25.89      A     \nATOM    138  C   LEU X 718     -18.753  16.308 -27.845  1.00 25.59      A     \nATOM    139  O   LEU X 718     -18.804  16.048 -26.642  1.00 26.65      A     \nATOM    140  CB  LEU X 718     -17.416  14.708 -29.210  1.00 24.57      A     \nATOM    141  CG  LEU X 718     -17.355  13.431 -30.049  1.00 22.87      A     \nATOM    142  CD1 LEU X 718     -15.906  13.111 -30.390  1.00 23.76      A     \nATOM    143  CD2 LEU X 718     -17.999  12.288 -29.281  1.00 24.43      A     \nATOM    144  N   GLY X 719     -18.628  17.542 -28.318  1.00 24.99      A     \nATOM    145  CA  GLY X 719     -18.590  18.677 -27.419  1.00 26.89      A     \nATOM    146  C   GLY X 719     -18.406  19.963 -28.193  1.00 27.16      A     \nATOM    147  O   GLY X 719     -18.170  19.944 -29.402  1.00 26.65      A     \nATOM    148  N   SER X 720     -18.518  21.090 -27.503  1.00 30.13      A     \nATOM    149  CA  SER X 720     -18.341  22.378 -28.152  1.00 31.75      A     \nATOM    150  C   SER X 720     -17.889  23.436 -27.159  1.00 33.33      A     \nATOM    151  O   SER X 720     -17.988  23.252 -25.946  1.00 34.18      A     \nATOM    152  CB  SER X 720     -19.647  22.819 -28.815  1.00 33.93      A     \nATOM    153  OG  SER X 720     -20.702  22.864 -27.873  1.00 35.78      A     \nATOM    154  N   GLY X 721     -17.386  24.542 -27.692  1.00 33.15      A     \nATOM    155  CA  GLY X 721     -16.967  25.650 -26.859  1.00 34.18      A     \nATOM    156  C   GLY X 721     -16.720  26.866 -27.725  1.00 33.99      A     \nATOM    157  O   GLY X 721     -17.167  26.916 -28.871  1.00 35.15      A     \nATOM    158  N   ALA X 722     -16.004  27.844 -27.185  1.00 34.28      A     \nATOM    159  CA  ALA X 722     -15.678  29.047 -27.938  1.00 34.02      A     \nATOM    160  C   ALA X 722     -14.786  28.713 -29.130  1.00 33.98      A     \nATOM    161  O   ALA X 722     -14.726  29.465 -30.101  1.00 34.08      A     \nATOM    162  CB  ALA X 722     -14.983  30.058 -27.031  1.00 34.19      A     \nATOM    163  N   PHE X 723     -14.095  27.581 -29.054  1.00 32.63      A     \nATOM    164  CA  PHE X 723     -13.169  27.184 -30.108  1.00 31.13      A     \nATOM    165  C   PHE X 723     -13.931  26.711 -31.340  1.00 29.95      A     \nATOM    166  O   PHE X 723     -13.459  26.848 -32.468  1.00 30.30      A     \nATOM    167  CB  PHE X 723     -12.257  26.059 -29.616  1.00 30.20      A     \nATOM    168  CG  PHE X 723     -12.979  24.770 -29.343  1.00 28.82      A     \nATOM    169  CD1 PHE X 723     -13.134  23.821 -30.343  1.00 27.26      A     \nATOM    170  CD2 PHE X 723     -13.512  24.511 -28.092  1.00 28.19      A     \nATOM    171  CE1 PHE X 723     -13.806  22.641 -30.099  1.00 27.26      A     \nATOM    172  CE2 PHE X 723     -14.186  23.330 -27.842  1.00 28.43      A     \nATOM    173  CZ  PHE X 723     -14.334  22.394 -28.848  1.00 27.80      A     \nATOM    174  N   GLY X 724     -15.115  26.153 -31.111  1.00 29.08      A     \nATOM    175  CA  GLY X 724     -15.860  25.533 -32.190  1.00 27.59      A     \nATOM    176  C   GLY X 724     -16.546  24.263 -31.736  1.00 26.80      A     \nATOM    177  O   GLY X 724     -17.047  24.180 -30.614  1.00 26.18      A     \nATOM    178  N   THR X 725     -16.574  23.262 -32.609  1.00 25.61      A     \nATOM    179  CA  THR X 725     -17.289  22.031 -32.311  1.00 24.82      A     \nATOM    180  C   THR X 725     -16.444  20.816 -32.677  1.00 23.38      A     \nATOM    181  O   THR X 725     -15.786  20.800 -33.715  1.00 24.55      A     \nATOM    182  CB  THR X 725     -18.619  21.969 -33.089  1.00 25.82      A     \nATOM    183  OG1 THR X 725     -19.395  23.138 -32.798  1.00 29.39      A     \nATOM    184  CG2 THR X 725     -19.411  20.739 -32.693  1.00 25.02      A     \nATOM    185  N   VAL X 726     -16.461  19.806 -31.815  1.00 22.56      A     \nATOM    186  CA  VAL X 726     -15.814  18.534 -32.112  1.00 22.30      A     \nATOM    187  C   VAL X 726     -16.861  17.471 -32.406  1.00 22.39      A     \nATOM    188  O   VAL X 726     -17.807  17.287 -31.639  1.00 21.82      A     \nATOM    189  CB  VAL X 726     -14.935  18.054 -30.932  1.00 21.88      A     \nATOM    190  CG1 VAL X 726     -14.385  16.656 -31.221  1.00 22.04      A     \nATOM    191  CG2 VAL X 726     -13.791  19.034 -30.707  1.00 22.37      A     \nATOM    192  N   TYR X 727     -16.688  16.778 -33.528  1.00 21.92      A     \nATOM    193  CA  TYR X 727     -17.587  15.699 -33.920  1.00 22.72      A     \nATOM    194  C   TYR X 727     -16.856  14.361 -33.892  1.00 20.93      A     \nATOM    195  O   TYR X 727     -15.666  14.289 -34.198  1.00 22.41      A     \nATOM    196  CB  TYR X 727     -18.120  15.929 -35.338  1.00 22.93      A     \nATOM    197  CG  TYR X 727     -18.775  17.273 -35.568  1.00 23.68      A     \nATOM    198  CD1 TYR X 727     -18.018  18.390 -35.892  1.00 23.60      A     \nATOM    199  CD2 TYR X 727     -20.154  17.417 -35.486  1.00 26.01      A     \nATOM    200  CE1 TYR X 727     -18.613  19.615 -36.130  1.00 25.99      A     \nATOM    201  CE2 TYR X 727     -20.759  18.639 -35.724  1.00 24.58      A     \nATOM    202  CZ  TYR X 727     -19.982  19.733 -36.045  1.00 26.44      A     \nATOM    203  OH  TYR X 727     -20.575  20.953 -36.279  1.00 27.69      A     \nATOM    204  N   LYS X 728     -17.571  13.303 -33.532  1.00 21.23      A     \nATOM    205  CA  LYS X 728     -17.115  11.956 -33.838  1.00 21.26      A     \nATOM    206  C   LYS X 728     -17.337  11.753 -35.330  1.00 22.71      A     \nATOM    207  O   LYS X 728     -18.366  12.159 -35.868  1.00 24.05      A     \nATOM    208  CB  LYS X 728     -17.922  10.923 -33.053  1.00 21.96      A     \nATOM    209  CG  LYS X 728     -17.516   9.484 -33.320  1.00 24.92      A     \nATOM    210  CD  LYS X 728     -18.267   8.526 -32.410  1.00 28.49      A     \nATOM    211  CE  LYS X 728     -17.928   7.078 -32.722  1.00 30.29      A     \nATOM    212  NZ  LYS X 728     -18.706   6.143 -31.863  1.00 32.35      A     \nATOM    213  N   GLY X 729     -16.372  11.136 -36.001  1.00 22.40      A     \nATOM    214  CA  GLY X 729     -16.468  11.019 -37.443  1.00 23.29      A     \nATOM    215  C   GLY X 729     -15.789   9.789 -38.007  1.00 22.88      A     \nATOM    216  O   GLY X 729     -15.145   9.028 -37.287  1.00 22.45      A     \nATOM    217  N   LEU X 730     -15.951   9.596 -39.310  1.00 23.41      A     \nATOM    218  CA  LEU X 730     -15.276   8.523 -40.023  1.00 24.16      A     \nATOM    219  C   LEU X 730     -14.510   9.098 -41.201  1.00 23.25      A     \nATOM    220  O   LEU X 730     -15.038   9.907 -41.963  1.00 25.13      A     \nATOM    221  CB  LEU X 730     -16.292   7.495 -40.523  1.00 25.30      A     \nATOM    222  CG  LEU X 730     -16.873   6.552 -39.469  1.00 28.26      A     \nATOM    223  CD1 LEU X 730     -18.055   5.794 -40.057  1.00 30.60      A     \nATOM    224  CD2 LEU X 730     -15.795   5.589 -38.991  1.00 29.99      A     \nATOM    225  N   TRP X 731     -13.259   8.678 -41.340  1.00 22.91      A     \nATOM    226  CA  TRP X 731     -12.416   9.124 -42.436  1.00 22.40      A     \nATOM    227  C   TRP X 731     -12.063   7.923 -43.306  1.00 22.98      A     \nATOM    228  O   TRP X 731     -11.586   6.902 -42.809  1.00 21.92      A     \nATOM    229  CB  TRP X 731     -11.146   9.769 -41.875  1.00 20.62      A     \nATOM    230  CG  TRP X 731     -10.120  10.146 -42.903  1.00 21.35      A     \nATOM    231  CD1 TRP X 731     -10.345  10.573 -44.182  1.00 20.80      A     \nATOM    232  CD2 TRP X 731      -8.699  10.150 -42.723  1.00 19.80      A     \nATOM    233  NE1 TRP X 731      -9.152  10.842 -44.806  1.00 21.19      A     \nATOM    234  CE2 TRP X 731      -8.125  10.591 -43.932  1.00 21.09      A     \nATOM    235  CE3 TRP X 731      -7.856   9.823 -41.656  1.00 20.16      A     \nATOM    236  CZ2 TRP X 731      -6.746  10.715 -44.104  1.00 20.25      A     \nATOM    237  CZ3 TRP X 731      -6.490   9.946 -41.826  1.00 20.52      A     \nATOM    238  CH2 TRP X 731      -5.948  10.387 -43.041  1.00 21.40      A     \nATOM    239  N   ILE X 732     -12.319   8.040 -44.604  1.00 26.23      A     \nATOM    240  CA  ILE X 732     -11.859   7.039 -45.556  1.00 29.65      A     \nATOM    241  C   ILE X 732     -11.033   7.719 -46.637  1.00 30.17      A     \nATOM    242  O   ILE X 732     -11.578   8.349 -47.544  1.00 30.37      A     \nATOM    243  CB  ILE X 732     -13.031   6.301 -46.241  1.00 31.44      A     \nATOM    244  CG1 ILE X 732     -13.913   5.613 -45.198  1.00 32.73      A     \nATOM    245  CG2 ILE X 732     -12.489   5.272 -47.224  1.00 32.52      A     \nATOM    246  CD1 ILE X 732     -14.883   6.544 -44.494  1.00 34.26      A     \nATOM    247  N   PRO X 733      -9.700   7.605 -46.551  1.00 31.82      A     \nATOM    248  CA  PRO X 733      -8.838   8.203 -47.575  1.00 33.63      A     \nATOM    249  C   PRO X 733      -9.199   7.664 -48.956  1.00 34.93      A     \nATOM    250  O   PRO X 733      -9.506   6.483 -49.105  1.00 34.90      A     \nATOM    251  CB  PRO X 733      -7.431   7.794 -47.141  1.00 33.57      A     \nATOM    252  CG  PRO X 733      -7.552   7.537 -45.669  1.00 33.00      A     \nATOM    253  CD  PRO X 733      -8.922   6.957 -45.481  1.00 32.27      A     \nATOM    254  N   GLU X 734      -9.170   8.534 -49.961  1.00 37.72      A     \nATOM    255  CA  GLU X 734      -9.598   8.151 -51.303  1.00 40.33      A     \nATOM    256  C   GLU X 734      -8.937   6.866 -51.785  1.00 40.25      A     \nATOM    257  O   GLU X 734      -7.714   6.788 -51.893  1.00 41.15      A     \nATOM    258  CB  GLU X 734      -9.300   9.273 -52.300  1.00 42.64      A     \nATOM    259  CG  GLU X 734     -10.272  10.436 -52.240  1.00 45.12      A     \nATOM    260  CD  GLU X 734     -10.322  11.210 -53.543  1.00 46.60      A     \nATOM    261  OE1 GLU X 734      -9.311  11.857 -53.893  1.00 47.26      A     \nATOM    262  OE2 GLU X 734     -11.372  11.170 -54.217  1.00 47.77      A     \nATOM    263  N   GLY X 735      -9.757   5.861 -52.074  1.00 40.17      A     \nATOM    264  CA  GLY X 735      -9.260   4.651 -52.704  1.00 39.53      A     \nATOM    265  C   GLY X 735      -8.550   3.692 -51.768  1.00 39.06      A     \nATOM    266  O   GLY X 735      -8.013   2.674 -52.210  1.00 38.72      A     \nATOM    267  N   GLU X 736      -8.543   4.003 -50.476  1.00 37.72      A     \nATOM    268  CA  GLU X 736      -7.805   3.195 -49.512  1.00 37.43      A     \nATOM    269  C   GLU X 736      -8.686   2.143 -48.847  1.00 37.23      A     \nATOM    270  O   GLU X 736      -8.185   1.189 -48.251  1.00 37.39      A     \nATOM    271  CB  GLU X 736      -7.170   4.092 -48.446  1.00 36.39      A     \nATOM    272  CG  GLU X 736      -6.128   5.057 -48.992  1.00 35.87      A     \nATOM    273  CD  GLU X 736      -5.210   5.588 -47.909  1.00 36.31      A     \nATOM    274  OE1 GLU X 736      -5.203   5.005 -46.808  1.00 34.86      A     \nATOM    275  OE2 GLU X 736      -4.501   6.587 -48.155  1.00 36.53      A     \nATOM    276  N   LYS X 737      -9.997   2.330 -48.946  1.00 38.16      A     \nATOM    277  CA  LYS X 737     -10.962   1.346 -48.470  1.00 39.18      A     \nATOM    278  C   LYS X 737     -10.941   1.157 -46.955  1.00 39.32      A     \nATOM    279  O   LYS X 737     -11.794   0.467 -46.400  1.00 41.14      A     \nATOM    280  CB  LYS X 737     -10.727  -0.000 -49.163  1.00 39.72      A     \nATOM    281  CG  LYS X 737     -10.956   0.036 -50.665  1.00 40.73      A     \nATOM    282  CD  LYS X 737     -12.330   0.601 -50.993  1.00 41.97      A     \nATOM    283  CE  LYS X 737     -12.564   0.668 -52.495  1.00 43.17      A     \nATOM    284  NZ  LYS X 737     -12.580  -0.687 -53.114  1.00 43.96      A     \nATOM    285  N   VAL X 738      -9.970   1.771 -46.286  1.00 38.95      A     \nATOM    286  CA  VAL X 738      -9.874   1.675 -44.832  1.00 38.05      A     \nATOM    287  C   VAL X 738     -10.728   2.743 -44.155  1.00 37.62      A     \nATOM    288  O   VAL X 738     -10.676   3.918 -44.519  1.00 37.37      A     \nATOM    289  CB  VAL X 738      -8.412   1.834 -44.352  1.00 38.64      A     \nATOM    290  CG1 VAL X 738      -7.878   3.204 -44.746  1.00 39.94      A     \nATOM    291  CG2 VAL X 738      -8.336   1.641 -42.845  1.00 38.95      A     \nATOM    292  N   LYS X 739     -11.518   2.327 -43.170  1.00 36.53      A     \nATOM    293  CA  LYS X 739     -12.342   3.259 -42.409  1.00 35.24      A     \nATOM    294  C   LYS X 739     -11.682   3.599 -41.081  1.00 32.35      A     \nATOM    295  O   LYS X 739     -11.437   2.721 -40.255  1.00 33.30      A     \nATOM    296  CB  LYS X 739     -13.727   2.661 -42.152  1.00 37.88      A     \nATOM    297  CG  LYS X 739     -14.625   2.623 -43.377  1.00 41.02      A     \nATOM    298  CD  LYS X 739     -16.091   2.667 -42.976  1.00 42.92      A     \nATOM    299  CE  LYS X 739     -16.981   2.995 -44.164  1.00 44.99      A     \nATOM    300  NZ  LYS X 739     -18.394   3.224 -43.752  1.00 45.63      A     \nATOM    301  N   ILE X 740     -11.399   4.881 -40.877  1.00 28.24      A     \nATOM    302  CA  ILE X 740     -10.682   5.319 -39.687  1.00 24.86      A     \nATOM    303  C   ILE X 740     -11.583   6.175 -38.806  1.00 23.41      A     \nATOM    304  O   ILE X 740     -12.024   7.248 -39.214  1.00 21.97      A     \nATOM    305  CB  ILE X 740      -9.436   6.145 -40.071  1.00 23.42      A     \nATOM    306  CG1 ILE X 740      -8.540   5.328 -41.007  1.00 25.21      A     \nATOM    307  CG2 ILE X 740      -8.665   6.546 -38.819  1.00 23.54      A     \nATOM    308  CD1 ILE X 740      -7.329   6.080 -41.509  1.00 26.03      A     \nATOM    309  N   PRO X 741     -11.877   5.705 -37.583  1.00 22.25      A     \nATOM    310  CA  PRO X 741     -12.598   6.567 -36.641  1.00 21.96      A     \nATOM    311  C   PRO X 741     -11.742   7.775 -36.275  1.00 20.36      A     \nATOM    312  O   PRO X 741     -10.558   7.635 -35.969  1.00 20.94      A     \nATOM    313  CB  PRO X 741     -12.863   5.655 -35.443  1.00 22.77      A     \nATOM    314  CG  PRO X 741     -11.819   4.588 -35.536  1.00 24.62      A     \nATOM    315  CD  PRO X 741     -11.547   4.392 -37.002  1.00 23.37      A     \nATOM    316  N   VAL X 742     -12.343   8.960 -36.325  1.00 19.67      A     \nATOM    317  CA  VAL X 742     -11.616  10.197 -36.070  1.00 18.51      A     \nATOM    318  C   VAL X 742     -12.461  11.181 -35.269  1.00 18.18      A     \nATOM    319  O   VAL X 742     -13.668  11.006 -35.123  1.00 18.11      A     \nATOM    320  CB  VAL X 742     -11.198  10.887 -37.387  1.00 17.44      A     \nATOM    321  CG1 VAL X 742     -10.201  10.023 -38.138  1.00 19.04      A     \nATOM    322  CG2 VAL X 742     -12.429  11.144 -38.252  1.00 18.90      A     \nATOM    323  N   ALA X 743     -11.811  12.210 -34.742  1.00 16.87      A     \nATOM    324  CA  ALA X 743     -12.522  13.349 -34.184  1.00 17.20      A     \nATOM    325  C   ALA X 743     -12.335  14.552 -35.098  1.00 19.57      A     \nATOM    326  O   ALA X 743     -11.212  14.926 -35.429  1.00 21.73      A     \nATOM    327  CB  ALA X 743     -11.999  13.662 -32.793  1.00 17.84      A     \nATOM    328  N   ILE X 744     -13.442  15.157 -35.511  1.00 19.08      A     \nATOM    329  CA  ILE X 744     -13.380  16.285 -36.425  1.00 20.43      A     \nATOM    330  C   ILE X 744     -13.604  17.578 -35.657  1.00 20.06      A     \nATOM    331  O   ILE X 744     -14.692  17.822 -35.140  1.00 22.70      A     \nATOM    332  CB  ILE X 744     -14.448  16.162 -37.527  1.00 21.37      A     \nATOM    333  CG1 ILE X 744     -14.255  14.850 -38.287  1.00 21.96      A     \nATOM    334  CG2 ILE X 744     -14.347  17.343 -38.483  1.00 21.49      A     \nATOM    335  CD1 ILE X 744     -15.427  14.475 -39.171  1.00 23.12      A     \nATOM    336  N   LYS X 745     -12.563  18.396 -35.571  1.00 20.72      A     \nATOM    337  CA  LYS X 745     -12.665  19.672 -34.882  1.00 21.17      A     \nATOM    338  C   LYS X 745     -12.912  20.772 -35.903  1.00 21.48      A     \nATOM    339  O   LYS X 745     -12.007  21.174 -36.633  1.00 20.66      A     \nATOM    340  CB  LYS X 745     -11.380  19.954 -34.097  1.00 22.97      A     \nATOM    341  CG  LYS X 745     -11.432  21.220 -33.255  1.00 22.04      A     \nATOM    342  CD  LYS X 745     -10.359  21.218 -32.175  1.00 23.95      A     \nATOM    343  CE  LYS X 745      -8.968  21.093 -32.770  1.00 24.16      A     \nATOM    344  NZ  LYS X 745      -7.909  21.278 -31.734  1.00 26.83      A     \nATOM    345  N   GLU X 746     -14.152  21.247 -35.958  1.00 24.65      A     \nATOM    346  CA  GLU X 746     -14.501  22.337 -36.857  1.00 26.46      A     \nATOM    347  C   GLU X 746     -14.399  23.660 -36.109  1.00 27.46      A     \nATOM    348  O   GLU X 746     -15.149  23.911 -35.168  1.00 27.73      A     \nATOM    349  CB  GLU X 746     -15.921  22.146 -37.397  1.00 28.52      A     \nATOM    350  CG  GLU X 746     -16.305  23.144 -38.478  1.00 31.39      A     \nATOM    351  CD  GLU X 746     -17.512  22.700 -39.283  1.00 33.34      A     \nATOM    352  OE1 GLU X 746     -17.459  22.778 -40.529  1.00 35.68      A     \nATOM    353  OE2 GLU X 746     -18.514  22.272 -38.674  1.00 34.33      A     \nATOM    354  N   LEU X 747     -13.464  24.502 -36.536  1.00 28.65      A     \nATOM    355  CA  LEU X 747     -13.182  25.754 -35.846  1.00 30.69      A     \nATOM    356  C   LEU X 747     -14.164  26.838 -36.269  1.00 32.63      A     \nATOM    357  O   LEU X 747     -14.643  26.846 -37.403  1.00 32.65      A     \nATOM    358  CB  LEU X 747     -11.754  26.208 -36.152  1.00 30.09      A     \nATOM    359  CG  LEU X 747     -10.642  25.193 -35.866  1.00 30.33      A     \nATOM    360  CD1 LEU X 747      -9.296  25.798 -36.230  1.00 30.87      A     \nATOM    361  CD2 LEU X 747     -10.672  24.796 -34.399  1.00 30.15      A     \nATOM    362  N   ARG X 748     -14.463  27.752 -35.353  1.00 34.79      A     \nATOM    363  CA  ARG X 748     -15.352  28.867 -35.660  1.00 37.08      A     \nATOM    364  C   ARG X 748     -14.589  29.988 -36.356  1.00 37.84      A     \nATOM    365  O   ARG X 748     -13.405  29.852 -36.660  1.00 38.79      A     \nATOM    366  CB  ARG X 748     -15.994  29.401 -34.378  1.00 38.38      A     \nATOM    367  CG  ARG X 748     -15.002  29.895 -33.344  1.00 40.52      A     \nATOM    368  CD  ARG X 748     -15.672  30.834 -32.355  1.00 42.61      A     \nATOM    369  NE  ARG X 748     -16.092  32.078 -32.990  1.00 44.87      A     \nATOM    370  CZ  ARG X 748     -15.315  33.148 -33.115  1.00 46.16      A     \nATOM    371  NH1 ARG X 748     -14.074  33.126 -32.647  1.00 46.70      A     \nATOM    372  NH2 ARG X 748     -15.775  34.239 -33.711  1.00 47.21      A     \nATOM    373  N   PRO X 753     -10.064  36.021 -41.866  1.00 38.60      A     \nATOM    374  CA  PRO X 753      -9.504  34.683 -42.089  1.00 37.88      A     \nATOM    375  C   PRO X 753      -8.067  34.753 -42.592  1.00 36.99      A     \nATOM    376  O   PRO X 753      -7.747  35.565 -43.460  1.00 37.58      A     \nATOM    377  CB  PRO X 753     -10.439  34.069 -43.132  1.00 38.21      A     \nATOM    378  CG  PRO X 753     -11.711  34.838 -42.999  1.00 39.53      A     \nATOM    379  CD  PRO X 753     -11.296  36.233 -42.643  1.00 39.40      A     \nATOM    380  N   LYS X 754      -7.203  33.902 -42.049  1.00 35.48      A     \nATOM    381  CA  LYS X 754      -5.830  33.820 -42.527  1.00 33.12      A     \nATOM    382  C   LYS X 754      -5.810  33.216 -43.927  1.00 31.54      A     \nATOM    383  O   LYS X 754      -6.789  32.607 -44.364  1.00 31.83      A     \nATOM    384  CB  LYS X 754      -4.987  32.958 -41.583  1.00 34.02      A     \nATOM    385  CG  LYS X 754      -4.823  33.542 -40.190  1.00 34.24      A     \nATOM    386  CD  LYS X 754      -3.967  32.646 -39.309  1.00 35.97      A     \nATOM    387  CE  LYS X 754      -3.753  33.269 -37.937  1.00 37.06      A     \nATOM    388  NZ  LYS X 754      -2.898  32.418 -37.064  1.00 39.02      A     \nATOM    389  N   ALA X 755      -4.697  33.390 -44.629  1.00 29.27      A     \nATOM    390  CA  ALA X 755      -4.525  32.777 -45.940  1.00 28.40      A     \nATOM    391  C   ALA X 755      -4.453  31.264 -45.781  1.00 28.69      A     \nATOM    392  O   ALA X 755      -3.987  30.766 -44.756  1.00 28.24      A     \nATOM    393  CB  ALA X 755      -3.254  33.292 -46.595  1.00 26.86      A     \nATOM    394  N   ASN X 756      -4.910  30.535 -46.794  1.00 28.74      A     \nATOM    395  CA  ASN X 756      -4.877  29.078 -46.737  1.00 29.21      A     \nATOM    396  C   ASN X 756      -3.467  28.570 -46.475  1.00 28.92      A     \nATOM    397  O   ASN X 756      -3.274  27.600 -45.742  1.00 28.21      A     \nATOM    398  CB  ASN X 756      -5.405  28.480 -48.044  1.00 30.42      A     \nATOM    399  CG  ASN X 756      -6.913  28.547 -48.146  1.00 30.01      A     \nATOM    400  OD1 ASN X 756      -7.589  29.009 -47.227  1.00 33.25      A     \nATOM    401  ND2 ASN X 756      -7.451  28.079 -49.265  1.00 34.69      A     \nATOM    402  N   LYS X 757      -2.479  29.231 -47.071  1.00 29.35      A     \nATOM    403  CA  LYS X 757      -1.092  28.814 -46.923  1.00 30.03      A     \nATOM    404  C   LYS X 757      -0.610  28.983 -45.481  1.00 29.66      A     \nATOM    405  O   LYS X 757       0.157  28.164 -44.977  1.00 28.99      A     \nATOM    406  CB  LYS X 757      -0.201  29.620 -47.872  1.00 31.92      A     \nATOM    407  CG  LYS X 757       1.264  29.221 -47.846  1.00 34.36      A     \nATOM    408  CD  LYS X 757       2.016  29.844 -49.012  1.00 37.50      A     \nATOM    409  CE  LYS X 757       3.519  29.691 -48.847  1.00 39.69      A     \nATOM    410  NZ  LYS X 757       4.032  30.505 -47.709  1.00 40.87      A     \nATOM    411  N   GLU X 758      -1.067  30.041 -44.819  1.00 29.06      A     \nATOM    412  CA  GLU X 758      -0.747  30.238 -43.409  1.00 28.56      A     \nATOM    413  C   GLU X 758      -1.330  29.120 -42.558  1.00 28.24      A     \nATOM    414  O   GLU X 758      -0.659  28.579 -41.680  1.00 28.87      A     \nATOM    415  CB  GLU X 758      -1.304  31.571 -42.912  1.00 28.76      A     \nATOM    416  CG  GLU X 758      -0.548  32.790 -43.394  1.00 29.09      A     \nATOM    417  CD  GLU X 758      -1.096  34.068 -42.790  1.00 29.74      A     \nATOM    418  OE1 GLU X 758      -2.294  34.359 -43.003  1.00 30.84      A     \nATOM    419  OE2 GLU X 758      -0.334  34.777 -42.101  1.00 30.07      A     \nATOM    420  N   ILE X 759      -2.588  28.785 -42.821  1.00 28.13      A     \nATOM    421  CA  ILE X 759      -3.288  27.763 -42.056  1.00 27.87      A     \nATOM    422  C   ILE X 759      -2.619  26.407 -42.243  1.00 28.60      A     \nATOM    423  O   ILE X 759      -2.420  25.666 -41.280  1.00 28.52      A     \nATOM    424  CB  ILE X 759      -4.763  27.666 -42.491  1.00 27.51      A     \nATOM    425  CG1 ILE X 759      -5.448  29.019 -42.287  1.00 27.04      A     \nATOM    426  CG2 ILE X 759      -5.477  26.586 -41.692  1.00 27.66      A     \nATOM    427  CD1 ILE X 759      -6.860  29.084 -42.826  1.00 26.92      A     \nATOM    428  N   LEU X 760      -2.262  26.088 -43.483  1.00 28.81      A     \nATOM    429  CA  LEU X 760      -1.613  24.818 -43.776  1.00 30.81      A     \nATOM    430  C   LEU X 760      -0.252  24.723 -43.098  1.00 33.01      A     \nATOM    431  O   LEU X 760       0.141  23.655 -42.629  1.00 32.92      A     \nATOM    432  CB  LEU X 760      -1.456  24.640 -45.287  1.00 29.04      A     \nATOM    433  CG  LEU X 760      -2.769  24.498 -46.060  1.00 29.23      A     \nATOM    434  CD1 LEU X 760      -2.482  24.368 -47.547  1.00 29.76      A     \nATOM    435  CD2 LEU X 760      -3.528  23.280 -45.549  1.00 29.77      A     \nATOM    436  N   ASP X 761       0.464  25.842 -43.038  1.00 35.06      A     \nATOM    437  CA  ASP X 761       1.760  25.878 -42.372  1.00 37.24      A     \nATOM    438  C   ASP X 761       1.616  25.634 -40.871  1.00 37.58      A     \nATOM    439  O   ASP X 761       2.437  24.943 -40.267  1.00 38.19      A     \nATOM    440  CB  ASP X 761       2.448  27.223 -42.618  1.00 39.61      A     \nATOM    441  CG  ASP X 761       2.892  27.396 -44.058  1.00 41.72      A     \nATOM    442  OD1 ASP X 761       2.736  26.441 -44.850  1.00 43.94      A     \nATOM    443  OD2 ASP X 761       3.400  28.485 -44.401  1.00 43.65      A     \nATOM    444  N   GLU X 762       0.570  26.197 -40.274  1.00 37.24      A     \nATOM    445  CA  GLU X 762       0.280  25.947 -38.867  1.00 37.27      A     \nATOM    446  C   GLU X 762      -0.080  24.480 -38.655  1.00 36.32      A     \nATOM    447  O   GLU X 762       0.214  23.903 -37.609  1.00 35.69      A     \nATOM    448  CB  GLU X 762      -0.883  26.824 -38.394  1.00 39.65      A     \nATOM    449  CG  GLU X 762      -0.575  28.310 -38.343  1.00 43.10      A     \nATOM    450  CD  GLU X 762      -1.684  29.105 -37.680  1.00 44.77      A     \nATOM    451  OE1 GLU X 762      -2.852  28.668 -37.748  1.00 45.87      A     \nATOM    452  OE2 GLU X 762      -1.389  30.164 -37.087  1.00 46.24      A     \nATOM    453  N   ALA X 763      -0.717  23.887 -39.659  1.00 34.17      A     \nATOM    454  CA  ALA X 763      -1.168  22.505 -39.573  1.00 33.20      A     \nATOM    455  C   ALA X 763      -0.013  21.530 -39.787  1.00 33.16      A     \nATOM    456  O   ALA X 763       0.003  20.444 -39.208  1.00 31.26      A     \nATOM    457  CB  ALA X 763      -2.266  22.252 -40.603  1.00 31.93      A     \nATOM    458  N   TYR X 764       0.949  21.917 -40.620  1.00 34.66      A     \nATOM    459  CA  TYR X 764       2.115  21.075 -40.872  1.00 36.96      A     \nATOM    460  C   TYR X 764       2.934  20.876 -39.601  1.00 37.74      A     \nATOM    461  O   TYR X 764       3.400  19.772 -39.321  1.00 38.02      A     \nATOM    462  CB  TYR X 764       3.000  21.691 -41.962  1.00 39.40      A     \nATOM    463  CG  TYR X 764       2.581  21.340 -43.375  1.00 42.32      A     \nATOM    464  CD1 TYR X 764       2.601  20.023 -43.818  1.00 43.73      A     \nATOM    465  CD2 TYR X 764       2.175  22.324 -44.268  1.00 43.99      A     \nATOM    466  CE1 TYR X 764       2.226  19.695 -45.110  1.00 45.14      A     \nATOM    467  CE2 TYR X 764       1.798  22.007 -45.564  1.00 44.80      A     \nATOM    468  CZ  TYR X 764       1.826  20.690 -45.978  1.00 45.54      A     \nATOM    469  OH  TYR X 764       1.454  20.364 -47.263  1.00 46.81      A     \nATOM    470  N   VAL X 765       3.106  21.947 -38.833  1.00 37.50      A     \nATOM    471  CA  VAL X 765       3.814  21.863 -37.561  1.00 37.00      A     \nATOM    472  C   VAL X 765       2.975  21.071 -36.566  1.00 35.88      A     \nATOM    473  O   VAL X 765       3.500  20.291 -35.771  1.00 36.30      A     \nATOM    474  CB  VAL X 765       4.079  23.268 -36.976  1.00 38.11      A     \nATOM    475  CG1 VAL X 765       4.832  23.151 -35.662  1.00 38.35      A     \nATOM    476  CG2 VAL X 765       4.866  24.105 -37.969  1.00 39.04      A     \nATOM    477  N   MET X 766       1.664  21.273 -36.627  1.00 33.98      A     \nATOM    478  CA  MET X 766       0.730  20.605 -35.731  1.00 31.12      A     \nATOM    479  C   MET X 766       0.731  19.097 -35.984  1.00 29.14      A     \nATOM    480  O   MET X 766       0.580  18.300 -35.057  1.00 29.82      A     \nATOM    481  CB  MET X 766      -0.676  21.173 -35.945  1.00 34.68      A     \nATOM    482  CG  MET X 766      -1.702  20.758 -34.907  1.00 36.88      A     \nATOM    483  SD  MET X 766      -3.208  21.753 -35.024  1.00 41.26      A     \nATOM    484  CE  MET X 766      -2.565  23.388 -34.668  1.00 40.38      A     \nATOM    485  N  AALA X 767       0.913  18.711 -37.243  0.60 26.42      A     \nATOM    486  CA AALA X 767       0.892  17.304 -37.625  0.60 23.92      A     \nATOM    487  C  AALA X 767       2.211  16.612 -37.295  0.60 22.64      A     \nATOM    488  O  AALA X 767       2.280  15.384 -37.239  0.60 21.85      A     \nATOM    489  CB AALA X 767       0.594  17.175 -39.116  0.60 23.52      A     \nATOM    490  N  BALA X 767       0.913  18.711 -37.243  0.40 26.86      A     \nATOM    491  CA BALA X 767       0.892  17.304 -37.625  0.40 24.53      A     \nATOM    492  C  BALA X 767       2.210  16.613 -37.289  0.40 23.23      A     \nATOM    493  O  BALA X 767       2.276  15.385 -37.223  0.40 22.59      A     \nATOM    494  CB BALA X 767       0.602  17.176 -39.117  0.40 24.37      A     \nATOM    495  N   SER X 768       3.257  17.405 -37.077  1.00 21.94      A     \nATOM    496  CA  SER X 768       4.577  16.867 -36.774  1.00 21.71      A     \nATOM    497  C   SER X 768       4.688  16.487 -35.304  1.00 21.31      A     \nATOM    498  O   SER X 768       5.659  15.850 -34.896  1.00 20.68      A     \nATOM    499  CB  SER X 768       5.664  17.892 -37.106  1.00 24.33      A     \nATOM    500  OG  SER X 768       5.664  18.951 -36.166  1.00 26.78      A     \nATOM    501  N   VAL X 769       3.699  16.893 -34.512  1.00 20.21      A     \nATOM    502  CA  VAL X 769       3.669  16.551 -33.094  1.00 20.05      A     \nATOM    503  C   VAL X 769       3.283  15.085 -32.942  1.00 19.50      A     \nATOM    504  O   VAL X 769       2.116  14.719 -33.103  1.00 21.18      A     \nATOM    505  CB  VAL X 769       2.657  17.437 -32.330  1.00 21.22      A     \nATOM    506  CG1 VAL X 769       2.605  17.032 -30.861  1.00 23.50      A     \nATOM    507  CG2 VAL X 769       3.055  18.900 -32.459  1.00 24.21      A     \nATOM    508  N   ASP X 770       4.273  14.252 -32.630  1.00 17.04      A     \nATOM    509  CA  ASP X 770       4.116  12.801 -32.671  1.00 16.75      A     \nATOM    510  C   ASP X 770       4.624  12.179 -31.370  1.00 17.05      A     \nATOM    511  O   ASP X 770       5.814  11.891 -31.227  1.00 18.21      A     \nATOM    512  CB  ASP X 770       4.902  12.244 -33.866  1.00 17.49      A     \nATOM    513  CG  ASP X 770       4.635  10.771 -34.118  1.00 20.76      A     \nATOM    514  OD1 ASP X 770       3.755  10.189 -33.452  1.00 18.54      A     \nATOM    515  OD2 ASP X 770       5.314  10.192 -34.994  1.00 21.41      A     \nATOM    516  N   ASN X 771       3.712  11.986 -30.424  1.00 15.56      A     \nATOM    517  CA  ASN X 771       4.049  11.445 -29.109  1.00 16.20      A     \nATOM    518  C   ASN X 771       2.855  10.649 -28.582  1.00 15.99      A     \nATOM    519  O   ASN X 771       1.705  11.001 -28.835  1.00 14.39      A     \nATOM    520  CB  ASN X 771       4.384  12.592 -28.148  1.00 15.22      A     \nATOM    521  CG  ASN X 771       4.711  12.109 -26.749  1.00 15.62      A     \nATOM    522  OD1 ASN X 771       3.841  12.067 -25.880  1.00 15.51      A     \nATOM    523  ND2 ASN X 771       5.968  11.742 -26.524  1.00 17.30      A     \nATOM    524  N   PRO X 772       3.110   9.557 -27.849  1.00 15.74      A     \nATOM    525  CA  PRO X 772       2.004   8.725 -27.359  1.00 15.37      A     \nATOM    526  C   PRO X 772       0.999   9.450 -26.471  1.00 13.94      A     \nATOM    527  O   PRO X 772      -0.127   8.986 -26.296  1.00 14.90      A     \nATOM    528  CB  PRO X 772       2.708   7.597 -26.607  1.00 15.39      A     \nATOM    529  CG  PRO X 772       4.061   7.521 -27.248  1.00 18.84      A     \nATOM    530  CD  PRO X 772       4.420   8.945 -27.573  1.00 16.29      A     \nATOM    531  N   HIS X 773       1.397  10.586 -25.908  1.00 13.61      A     \nATOM    532  CA  HIS X 773       0.535  11.266 -24.955  1.00 12.93      A     \nATOM    533  C   HIS X 773       0.154  12.678 -25.370  1.00 13.40      A     \nATOM    534  O   HIS X 773      -0.181  13.518 -24.536  1.00 13.54      A     \nATOM    535  CB  HIS X 773       1.198  11.235 -23.578  1.00 13.88      A     \nATOM    536  CG  HIS X 773       1.487   9.843 -23.114  1.00 13.69      A     \nATOM    537  ND1 HIS X 773       0.486   8.933 -22.851  1.00 16.13      A     \nATOM    538  CD2 HIS X 773       2.654   9.172 -22.969  1.00 14.92      A     \nATOM    539  CE1 HIS X 773       1.023   7.759 -22.571  1.00 15.14      A     \nATOM    540  NE2 HIS X 773       2.337   7.877 -22.636  1.00 15.78      A     \nATOM    541  N   VAL X 774       0.195  12.928 -26.677  1.00 13.61      A     \nATOM    542  CA  VAL X 774      -0.367  14.148 -27.244  1.00 14.73      A     \nATOM    543  C   VAL X 774      -1.203  13.763 -28.459  1.00 15.46      A     \nATOM    544  O   VAL X 774      -0.763  12.972 -29.295  1.00 15.39      A     \nATOM    545  CB  VAL X 774       0.738  15.126 -27.689  1.00 14.10      A     \nATOM    546  CG1 VAL X 774       0.110  16.421 -28.207  1.00 16.75      A     \nATOM    547  CG2 VAL X 774       1.677  15.418 -26.520  1.00 14.69      A     \nATOM    548  N   CYS X 775      -2.410  14.315 -28.551  1.00 15.67      A     \nATOM    549  CA  CYS X 775      -3.307  14.001 -29.658  1.00 15.72      A     \nATOM    550  C   CYS X 775      -2.756  14.533 -30.971  1.00 16.09      A     \nATOM    551  O   CYS X 775      -2.342  15.690 -31.059  1.00 17.90      A     \nATOM    552  CB  CYS X 775      -4.690  14.603 -29.412  1.00 17.01      A     \nATOM    553  SG  CYS X 775      -5.619  13.801 -28.094  1.00 19.72      A     \nATOM    554  N   ARG X 776      -2.764  13.685 -31.995  1.00 15.74      A     \nATOM    555  CA  ARG X 776      -2.156  14.047 -33.266  1.00 16.23      A     \nATOM    556  C   ARG X 776      -3.180  14.533 -34.287  1.00 15.61      A     \nATOM    557  O   ARG X 776      -4.300  14.029 -34.351  1.00 15.92      A     \nATOM    558  CB  ARG X 776      -1.386  12.855 -33.837  1.00 19.92      A     \nATOM    559  CG  ARG X 776      -0.544  13.207 -35.052  1.00 21.07      A     \nATOM    560  CD  ARG X 776       0.616  12.239 -35.234  1.00 24.14      A     \nATOM    561  NE  ARG X 776       0.175  10.849 -35.233  1.00 25.59      A     \nATOM    562  CZ  ARG X 776      -0.140  10.163 -36.327  1.00 26.07      A     \nATOM    563  NH1 ARG X 776      -0.063  10.738 -37.519  1.00 27.04      A     \nATOM    564  NH2 ARG X 776      -0.529   8.900 -36.229  1.00 26.96      A     \nATOM    565  N   LEU X 777      -2.776  15.524 -35.076  1.00 17.22      A     \nATOM    566  CA  LEU X 777      -3.537  15.954 -36.242  1.00 16.05      A     \nATOM    567  C   LEU X 777      -3.232  15.009 -37.398  1.00 16.94      A     \nATOM    568  O   LEU X 777      -2.068  14.805 -37.749  1.00 18.39      A     \nATOM    569  CB  LEU X 777      -3.138  17.379 -36.631  1.00 18.66      A     \nATOM    570  CG  LEU X 777      -3.820  17.957 -37.874  1.00 20.04      A     \nATOM    571  CD1 LEU X 777      -5.308  18.078 -37.626  1.00 22.13      A     \nATOM    572  CD2 LEU X 777      -3.220  19.316 -38.200  1.00 25.00      A     \nATOM    573  N   LEU X 778      -4.280  14.436 -37.984  1.00 15.56      A     \nATOM    574  CA  LEU X 778      -4.122  13.459 -39.059  1.00 16.75      A     \nATOM    575  C   LEU X 778      -4.312  14.089 -40.432  1.00 18.60      A     \nATOM    576  O   LEU X 778      -3.739  13.631 -41.423  1.00 20.20      A     \nATOM    577  CB  LEU X 778      -5.123  12.316 -38.878  1.00 16.94      A     \nATOM    578  CG  LEU X 778      -5.032  11.583 -37.535  1.00 17.18      A     \nATOM    579  CD1 LEU X 778      -6.099  10.505 -37.455  1.00 18.06      A     \nATOM    580  CD2 LEU X 778      -3.641  10.978 -37.386  1.00 16.13      A     \nATOM    581  N   GLY X 779      -5.122  15.140 -40.489  1.00 17.59      A     \nATOM    582  CA  GLY X 779      -5.382  15.789 -41.757  1.00 18.86      A     \nATOM    583  C   GLY X 779      -6.191  17.053 -41.574  1.00 19.01      A     \nATOM    584  O   GLY X 779      -6.652  17.357 -40.472  1.00 19.51      A     \nATOM    585  N   ILE X 780      -6.369  17.794 -42.660  1.00 19.61      A     \nATOM    586  CA  ILE X 780      -7.091  19.052 -42.596  1.00 21.43      A     \nATOM    587  C   ILE X 780      -7.907  19.257 -43.864  1.00 21.97      A     \nATOM    588  O   ILE X 780      -7.489  18.869 -44.954  1.00 23.43      A     \nATOM    589  CB  ILE X 780      -6.119  20.233 -42.420  1.00 21.02      A     \nATOM    590  CG1 ILE X 780      -6.901  21.538 -42.275  1.00 22.46      A     \nATOM    591  CG2 ILE X 780      -5.158  20.295 -43.597  1.00 23.11      A     \nATOM    592  CD1 ILE X 780      -6.039  22.717 -41.881  1.00 23.41      A     \nATOM    593  N   CYS X 781      -9.081  19.853 -43.706  1.00 22.54      A     \nATOM    594  CA  CYS X 781      -9.928  20.190 -44.840  1.00 24.12      A     \nATOM    595  C   CYS X 781     -10.258  21.674 -44.796  1.00 25.34      A     \nATOM    596  O   CYS X 781     -10.776  22.169 -43.798  1.00 25.08      A     \nATOM    597  CB  CYS X 781     -11.218  19.373 -44.796  1.00 23.41      A     \nATOM    598  SG  CYS X 781     -12.334  19.684 -46.184  1.00 27.21      A     \nATOM    599  N   LEU X 782      -9.953  22.382 -45.878  1.00 27.90      A     \nATOM    600  CA  LEU X 782     -10.219  23.812 -45.942  1.00 31.30      A     \nATOM    601  C   LEU X 782     -11.338  24.118 -46.928  1.00 33.78      A     \nATOM    602  O   LEU X 782     -11.218  23.848 -48.123  1.00 35.11      A     \nATOM    603  CB  LEU X 782      -8.952  24.569 -46.349  1.00 30.81      A     \nATOM    604  CG  LEU X 782      -7.744  24.416 -45.423  1.00 30.89      A     \nATOM    605  CD1 LEU X 782      -6.601  25.283 -45.926  1.00 31.96      A     \nATOM    606  CD2 LEU X 782      -8.128  24.810 -44.007  1.00 31.13      A     \nATOM    607  N   THR X 783     -12.428  24.677 -46.414  1.00 35.95      A     \nATOM    608  CA  THR X 783     -13.543  25.112 -47.246  1.00 37.73      A     \nATOM    609  C   THR X 783     -14.044  26.461 -46.744  1.00 38.66      A     \nATOM    610  O   THR X 783     -13.274  27.414 -46.638  1.00 39.02      A     \nATOM    611  CB  THR X 783     -14.703  24.097 -47.200  1.00 38.71      A     \nATOM    612  OG1 THR X 783     -15.130  23.919 -45.844  1.00 39.72      A     \nATOM    613  CG2 THR X 783     -14.261  22.758 -47.771  1.00 39.60      A     \nATOM    614  N   SER X 784     -15.333  26.538 -46.431  1.00 38.90      A     \nATOM    615  CA  SER X 784     -15.882  27.729 -45.797  1.00 39.36      A     \nATOM    616  C   SER X 784     -15.406  27.784 -44.349  1.00 38.84      A     \nATOM    617  O   SER X 784     -15.333  28.856 -43.747  1.00 38.88      A     \nATOM    618  CB  SER X 784     -17.412  27.701 -45.845  1.00 40.54      A     \nATOM    619  OG  SER X 784     -17.924  26.526 -45.241  1.00 43.14      A     \nATOM    620  N   THR X 785     -15.081  26.618 -43.800  1.00 37.61      A     \nATOM    621  CA  THR X 785     -14.544  26.523 -42.448  1.00 35.89      A     \nATOM    622  C   THR X 785     -13.267  25.691 -42.442  1.00 34.18      A     \nATOM    623  O   THR X 785     -13.005  24.935 -43.375  1.00 34.58      A     \nATOM    624  CB  THR X 785     -15.552  25.864 -41.489  1.00 36.95      A     \nATOM    625  OG1 THR X 785     -15.810  24.519 -41.914  1.00 37.59      A     \nATOM    626  CG2 THR X 785     -16.856  26.646 -41.470  1.00 37.60      A     \nATOM    627  N   VAL X 786     -12.476  25.839 -41.384  1.00 31.82      A     \nATOM    628  CA  VAL X 786     -11.310  24.990 -41.179  1.00 29.85      A     \nATOM    629  C   VAL X 786     -11.715  23.766 -40.367  1.00 27.25      A     \nATOM    630  O   VAL X 786     -12.254  23.890 -39.267  1.00 25.96      A     \nATOM    631  CB  VAL X 786     -10.197  25.738 -40.414  1.00 30.44      A     \nATOM    632  CG1 VAL X 786      -9.010  24.814 -40.190  1.00 32.37      A     \nATOM    633  CG2 VAL X 786      -9.774  26.974 -41.190  1.00 32.18      A     \nATOM    634  N   GLN X 787     -11.464  22.582 -40.914  1.00 25.21      A     \nATOM    635  CA  GLN X 787     -11.747  21.349 -40.194  1.00 24.08      A     \nATOM    636  C   GLN X 787     -10.482  20.533 -39.964  1.00 22.52      A     \nATOM    637  O   GLN X 787      -9.785  20.161 -40.908  1.00 22.58      A     \nATOM    638  CB  GLN X 787     -12.780  20.516 -40.958  1.00 24.30      A     \nATOM    639  CG  GLN X 787     -14.158  21.161 -40.999  1.00 26.13      A     \nATOM    640  CD  GLN X 787     -15.194  20.285 -41.668  1.00 26.14      A     \nATOM    641  OE1 GLN X 787     -15.868  19.489 -41.014  1.00 28.61      A     \nATOM    642  NE2 GLN X 787     -15.328  20.427 -42.980  1.00 28.54      A     \nATOM    643  N   LEU X 788     -10.191  20.269 -38.694  1.00 20.74      A     \nATOM    644  CA  LEU X 788      -9.020  19.491 -38.321  1.00 19.70      A     \nATOM    645  C   LEU X 788      -9.444  18.068 -37.993  1.00 18.93      A     \nATOM    646  O   LEU X 788     -10.252  17.844 -37.094  1.00 19.30      A     \nATOM    647  CB  LEU X 788      -8.338  20.121 -37.105  1.00 20.89      A     \nATOM    648  CG  LEU X 788      -7.917  21.584 -37.264  1.00 22.36      A     \nATOM    649  CD1 LEU X 788      -7.196  22.050 -36.008  1.00 24.99      A     \nATOM    650  CD2 LEU X 788      -7.023  21.730 -38.480  1.00 23.79      A     \nATOM    651  N   ILE X 789      -8.900  17.110 -38.734  1.00 19.31      A     \nATOM    652  CA  ILE X 789      -9.193  15.705 -38.496  1.00 17.95      A     \nATOM    653  C   ILE X 789      -8.124  15.140 -37.568  1.00 17.28      A     \nATOM    654  O   ILE X 789      -6.943  15.101 -37.912  1.00 16.49      A     \nATOM    655  CB  ILE X 789      -9.226  14.903 -39.825  1.00 20.14      A     \nATOM    656  CG1 ILE X 789     -10.461  15.293 -40.648  1.00 23.41      A     \nATOM    657  CG2 ILE X 789      -9.263  13.415 -39.535  1.00 19.51      A     \nATOM    658  CD1 ILE X 789     -10.507  16.744 -41.079  1.00 27.12      A     \nATOM    659  N  AMET X 790      -8.542  14.715 -36.385  0.50 16.94      A     \nATOM    660  CA AMET X 790      -7.592  14.317 -35.363  0.50 16.88      A     \nATOM    661  C  AMET X 790      -7.895  12.937 -34.821  0.50 16.68      A     \nATOM    662  O  AMET X 790      -8.972  12.382 -35.053  0.50 15.83      A     \nATOM    663  CB AMET X 790      -7.604  15.336 -34.228  0.50 18.57      A     \nATOM    664  CG AMET X 790      -7.396  16.758 -34.698  0.50 19.64      A     \nATOM    665  SD AMET X 790      -7.218  17.884 -33.322  0.50 20.20      A     \nATOM    666  CE AMET X 790      -5.594  17.416 -32.721  0.50 21.19      A     \nATOM    667  N  BMET X 790      -8.556  14.743 -36.373  0.50 16.24      A     \nATOM    668  CA BMET X 790      -7.655  14.380 -35.280  0.50 15.89      A     \nATOM    669  C  BMET X 790      -7.876  12.928 -34.861  0.50 15.96      A     \nATOM    670  O  BMET X 790      -8.885  12.318 -35.217  0.50 15.18      A     \nATOM    671  CB BMET X 790      -7.907  15.288 -34.069  0.50 16.08      A     \nATOM    672  CG BMET X 790      -7.947  16.779 -34.379  0.50 17.89      A     \nATOM    673  SD BMET X 790      -6.310  17.538 -34.461  0.50 18.19      A     \nATOM    674  CE BMET X 790      -5.593  17.011 -32.898  0.50 19.76      A     \nATOM    675  N   GLN X 791      -6.933  12.380 -34.097  1.00 15.56      A     \nATOM    676  CA  GLN X 791      -7.138  11.098 -33.444  1.00 16.17      A     \nATOM    677  C   GLN X 791      -8.360  11.190 -32.546  1.00 16.83      A     \nATOM    678  O   GLN X 791      -8.534  12.169 -31.815  1.00 17.93      A     \nATOM    679  CB  GLN X 791      -5.918  10.717 -32.606  1.00 15.91      A     \nATOM    680  CG  GLN X 791      -4.651  10.512 -33.417  1.00 16.46      A     \nATOM    681  CD  GLN X 791      -3.448  10.241 -32.541  1.00 19.20      A     \nATOM    682  OE1 GLN X 791      -3.261  10.882 -31.506  1.00 18.56      A     \nATOM    683  NE2 GLN X 791      -2.619   9.285 -32.951  1.00 20.89      A     \nATOM    684  N   LEU X 792      -9.210  10.172 -32.607  1.00 16.16      A     \nATOM    685  CA  LEU X 792     -10.381  10.112 -31.745  1.00 16.58      A     \nATOM    686  C   LEU X 792     -10.014   9.489 -30.407  1.00 16.33      A     \nATOM    687  O   LEU X 792      -9.390   8.429 -30.350  1.00 17.54      A     \nATOM    688  CB  LEU X 792     -11.486   9.282 -32.407  1.00 16.07      A     \nATOM    689  CG  LEU X 792     -12.731   9.023 -31.555  1.00 17.25      A     \nATOM    690  CD1 LEU X 792     -13.454  10.333 -31.279  1.00 18.19      A     \nATOM    691  CD2 LEU X 792     -13.648   8.047 -32.283  1.00 19.48      A     \nATOM    692  N   MET X 793     -10.406  10.156 -29.328  1.00 16.66      A     \nATOM    693  CA  MET X 793     -10.270   9.596 -27.994  1.00 16.29      A     \nATOM    694  C   MET X 793     -11.644   9.128 -27.524  1.00 16.32      A     \nATOM    695  O   MET X 793     -12.483   9.933 -27.119  1.00 17.79      A     \nATOM    696  CB  MET X 793      -9.709  10.656 -27.044  1.00 17.83      A     \nATOM    697  CG  MET X 793      -8.366  11.218 -27.488  1.00 16.96      A     \nATOM    698  SD  MET X 793      -7.032  10.010 -27.391  1.00 18.09      A     \nATOM    699  CE  MET X 793      -6.610   9.808 -29.120  1.00 18.87      A     \nATOM    700  N   PRO X 794     -11.891   7.810 -27.577  1.00 16.92      A     \nATOM    701  CA  PRO X 794     -13.239   7.261 -27.389  1.00 17.70      A     \nATOM    702  C   PRO X 794     -13.900   7.556 -26.044  1.00 17.53      A     \nATOM    703  O   PRO X 794     -15.126   7.607 -25.957  1.00 19.31      A     \nATOM    704  CB  PRO X 794     -13.050   5.759 -27.609  1.00 18.68      A     \nATOM    705  CG  PRO X 794     -11.829   5.658 -28.450  1.00 19.18      A     \nATOM    706  CD  PRO X 794     -10.932   6.765 -27.974  1.00 17.61      A     \nATOM    707  N   PHE X 795     -13.097   7.747 -25.000  1.00 16.86      A     \nATOM    708  CA  PHE X 795     -13.635   7.870 -23.648  1.00 18.06      A     \nATOM    709  C   PHE X 795     -13.792   9.312 -23.160  1.00 17.52      A     \nATOM    710  O   PHE X 795     -14.201   9.540 -22.022  1.00 19.50      A     \nATOM    711  CB  PHE X 795     -12.762   7.088 -22.658  1.00 18.40      A     \nATOM    712  CG  PHE X 795     -12.885   5.597 -22.786  1.00 21.25      A     \nATOM    713  CD1 PHE X 795     -12.088   4.895 -23.674  1.00 22.22      A     \nATOM    714  CD2 PHE X 795     -13.800   4.897 -22.017  1.00 22.52      A     \nATOM    715  CE1 PHE X 795     -12.200   3.522 -23.794  1.00 22.30      A     \nATOM    716  CE2 PHE X 795     -13.918   3.521 -22.132  1.00 23.11      A     \nATOM    717  CZ  PHE X 795     -13.115   2.834 -23.022  1.00 23.06      A     \nATOM    718  N   GLY X 796     -13.466  10.282 -24.010  1.00 16.15      A     \nATOM    719  CA  GLY X 796     -13.717  11.673 -23.661  1.00 15.58      A     \nATOM    720  C   GLY X 796     -12.667  12.314 -22.773  1.00 16.03      A     \nATOM    721  O   GLY X 796     -11.554  11.806 -22.646  1.00 18.24      A     \nATOM    722  N   CYS X 797     -13.018  13.436 -22.151  1.00 14.60      A     \nATOM    723  CA  CYS X 797     -12.059  14.152 -21.321  1.00 14.93      A     \nATOM    724  C   CYS X 797     -11.847  13.457 -19.979  1.00 15.00      A     \nATOM    725  O   CYS X 797     -12.755  12.830 -19.427  1.00 14.27      A     \nATOM    726  CB  CYS X 797     -12.502  15.610 -21.103  1.00 15.73      A     \nATOM    727  SG  CYS X 797     -14.063  15.750 -20.207  1.00 17.37      A     \nATOM    728  N   LEU X 798     -10.630  13.576 -19.461  1.00 13.57      A     \nATOM    729  CA  LEU X 798     -10.262  12.890 -18.236  1.00 13.80      A     \nATOM    730  C   LEU X 798     -11.028  13.453 -17.039  1.00 12.48      A     \nATOM    731  O   LEU X 798     -11.316  12.730 -16.091  1.00 14.22      A     \nATOM    732  CB  LEU X 798      -8.750  13.002 -18.011  1.00 13.41      A     \nATOM    733  CG  LEU X 798      -8.156  12.248 -16.819  1.00 14.71      A     \nATOM    734  CD1 LEU X 798      -8.559  10.781 -16.865  1.00 13.93      A     \nATOM    735  CD2 LEU X 798      -6.640  12.384 -16.852  1.00 14.81      A     \nATOM    736  N   LEU X 799     -11.372  14.737 -17.090  1.00 13.04      A     \nATOM    737  CA  LEU X 799     -12.143  15.341 -16.007  1.00 12.75      A     \nATOM    738  C   LEU X 799     -13.468  14.611 -15.806  1.00 13.99      A     \nATOM    739  O   LEU X 799     -13.811  14.223 -14.690  1.00 13.56      A     \nATOM    740  CB  LEU X 799     -12.409  16.818 -16.302  1.00 13.78      A     \nATOM    741  CG  LEU X 799     -13.298  17.532 -15.279  1.00 11.83      A     \nATOM    742  CD1 LEU X 799     -12.606  17.552 -13.921  1.00 15.14      A     \nATOM    743  CD2 LEU X 799     -13.581  18.943 -15.757  1.00 15.03      A     \nATOM    744  N   ASP X 800     -14.208  14.421 -16.892  1.00 13.46      A     \nATOM    745  CA  ASP X 800     -15.475  13.705 -16.809  1.00 14.38      A     \nATOM    746  C   ASP X 800     -15.261  12.244 -16.446  1.00 15.94      A     \nATOM    747  O   ASP X 800     -16.075  11.650 -15.740  1.00 15.89      A     \nATOM    748  CB  ASP X 800     -16.225  13.785 -18.137  1.00 16.25      A     \nATOM    749  CG  ASP X 800     -16.773  15.164 -18.414  1.00 21.01      A     \nATOM    750  OD1 ASP X 800     -17.244  15.389 -19.551  1.00 23.56      A     \nATOM    751  OD2 ASP X 800     -16.740  16.017 -17.503  1.00 21.64      A     \nATOM    752  N   TYR X 801     -14.164  11.664 -16.926  1.00 15.16      A     \nATOM    753  CA  TYR X 801     -13.917  10.251 -16.676  1.00 15.56      A     \nATOM    754  C   TYR X 801     -13.716   9.975 -15.190  1.00 16.43      A     \nATOM    755  O   TYR X 801     -14.301   9.039 -14.641  1.00 17.14      A     \nATOM    756  CB  TYR X 801     -12.695   9.767 -17.464  1.00 17.59      A     \nATOM    757  CG  TYR X 801     -12.505   8.267 -17.409  1.00 16.86      A     \nATOM    758  CD1 TYR X 801     -11.730   7.682 -16.414  1.00 18.15      A     \nATOM    759  CD2 TYR X 801     -13.130   7.433 -18.328  1.00 19.13      A     \nATOM    760  CE1 TYR X 801     -11.586   6.305 -16.332  1.00 20.05      A     \nATOM    761  CE2 TYR X 801     -12.991   6.055 -18.254  1.00 19.04      A     \nATOM    762  CZ  TYR X 801     -12.222   5.498 -17.254  1.00 20.88      A     \nATOM    763  OH  TYR X 801     -12.103   4.127 -17.165  1.00 23.36      A     \nATOM    764  N   VAL X 802     -12.897  10.784 -14.526  1.00 15.23      A     \nATOM    765  CA  VAL X 802     -12.631  10.543 -13.113  1.00 15.15      A     \nATOM    766  C   VAL X 802     -13.851  10.849 -12.248  1.00 15.72      A     \nATOM    767  O   VAL X 802     -14.048  10.224 -11.205  1.00 17.19      A     \nATOM    768  CB  VAL X 802     -11.410  11.359 -12.600  1.00 16.05      A     \nATOM    769  CG1 VAL X 802     -10.155  10.941 -13.362  1.00 17.81      A     \nATOM    770  CG2 VAL X 802     -11.654  12.851 -12.756  1.00 16.77      A     \nATOM    771  N   ARG X 803     -14.678  11.796 -12.682  1.00 14.15      A     \nATOM    772  CA  ARG X 803     -15.926  12.066 -11.974  1.00 14.68      A     \nATOM    773  C   ARG X 803     -16.888  10.890 -12.090  1.00 16.72      A     \nATOM    774  O   ARG X 803     -17.563  10.536 -11.126  1.00 17.24      A     \nATOM    775  CB  ARG X 803     -16.595  13.325 -12.528  1.00 14.15      A     \nATOM    776  CG  ARG X 803     -15.844  14.605 -12.213  1.00 14.47      A     \nATOM    777  CD  ARG X 803     -16.498  15.808 -12.856  1.00 14.95      A     \nATOM    778  NE  ARG X 803     -15.902  17.052 -12.378  1.00 14.08      A     \nATOM    779  CZ  ARG X 803     -16.252  18.262 -12.799  1.00 15.44      A     \nATOM    780  NH1 ARG X 803     -17.201  18.398 -13.718  1.00 17.66      A     \nATOM    781  NH2 ARG X 803     -15.656  19.337 -12.298  1.00 16.58      A     \nATOM    782  N   GLU X 804     -16.942  10.285 -13.271  1.00 17.81      A     \nATOM    783  CA  GLU X 804     -17.880   9.202 -13.527  1.00 20.07      A     \nATOM    784  C   GLU X 804     -17.458   7.911 -12.834  1.00 21.41      A     \nATOM    785  O   GLU X 804     -18.296   7.178 -12.307  1.00 22.73      A     \nATOM    786  CB  GLU X 804     -17.998   8.958 -15.033  1.00 22.56      A     \nATOM    787  CG  GLU X 804     -18.870   7.768 -15.402  1.00 26.30      A     \nATOM    788  CD  GLU X 804     -19.063   7.633 -16.900  1.00 29.29      A     \nATOM    789  OE1 GLU X 804     -19.361   6.511 -17.363  1.00 33.24      A     \nATOM    790  OE2 GLU X 804     -18.922   8.648 -17.614  1.00 32.33      A     \nATOM    791  N   HIS X 805     -16.157   7.637 -12.830  1.00 21.29      A     \nATOM    792  CA  HIS X 805     -15.652   6.354 -12.352  1.00 22.55      A     \nATOM    793  C   HIS X 805     -14.918   6.449 -11.020  1.00 23.58      A     \nATOM    794  O   HIS X 805     -14.134   5.563 -10.674  1.00 24.51      A     \nATOM    795  CB  HIS X 805     -14.727   5.738 -13.403  1.00 23.78      A     \nATOM    796  CG  HIS X 805     -15.421   5.386 -14.681  1.00 25.99      A     \nATOM    797  ND1 HIS X 805     -15.272   6.118 -15.838  1.00 27.64      A     \nATOM    798  CD2 HIS X 805     -16.281   4.383 -14.980  1.00 26.60      A     \nATOM    799  CE1 HIS X 805     -16.011   5.583 -16.795  1.00 27.37      A     \nATOM    800  NE2 HIS X 805     -16.632   4.529 -16.300  1.00 28.37      A     \nATOM    801  N   LYS X 806     -15.180   7.513 -10.268  1.00 23.43      A     \nATOM    802  CA  LYS X 806     -14.450   7.780  -9.033  1.00 26.73      A     \nATOM    803  C   LYS X 806     -14.486   6.619  -8.041  1.00 28.33      A     \nATOM    804  O   LYS X 806     -13.581   6.471  -7.221  1.00 30.20      A     \nATOM    805  CB  LYS X 806     -14.998   9.042  -8.359  1.00 26.27      A     \nATOM    806  CG  LYS X 806     -16.462   8.956  -7.964  1.00 28.07      A     \nATOM    807  CD  LYS X 806     -16.930  10.249  -7.314  1.00 29.07      A     \nATOM    808  CE  LYS X 806     -18.445  10.288  -7.193  1.00 30.96      A     \nATOM    809  NZ  LYS X 806     -19.112  10.212  -8.524  1.00 33.43      A     \nATOM    810  N   ASP X 807     -15.529   5.799  -8.115  1.00 29.79      A     \nATOM    811  CA  ASP X 807     -15.699   4.700  -7.170  1.00 31.40      A     \nATOM    812  C   ASP X 807     -14.860   3.484  -7.541  1.00 30.67      A     \nATOM    813  O   ASP X 807     -14.712   2.559  -6.741  1.00 30.68      A     \nATOM    814  CB  ASP X 807     -17.173   4.289  -7.093  1.00 33.48      A     \nATOM    815  CG  ASP X 807     -18.050   5.368  -6.489  1.00 36.68      A     \nATOM    816  OD1 ASP X 807     -17.539   6.168  -5.676  1.00 38.29      A     \nATOM    817  OD2 ASP X 807     -19.251   5.415  -6.826  1.00 38.80      A     \nATOM    818  N   ASN X 808     -14.313   3.486  -8.753  1.00 30.11      A     \nATOM    819  CA  ASN X 808     -13.644   2.308  -9.292  1.00 29.48      A     \nATOM    820  C   ASN X 808     -12.230   2.590  -9.799  1.00 28.09      A     \nATOM    821  O   ASN X 808     -11.620   1.744 -10.456  1.00 29.86      A     \nATOM    822  CB  ASN X 808     -14.479   1.713 -10.427  1.00 32.76      A     \nATOM    823  CG  ASN X 808     -15.908   1.436 -10.010  1.00 35.61      A     \nATOM    824  OD1 ASN X 808     -16.848   2.024 -10.548  1.00 38.42      A     \nATOM    825  ND2 ASN X 808     -16.081   0.538  -9.046  1.00 36.86      A     \nATOM    826  N   ILE X 809     -11.712   3.778  -9.504  1.00 24.76      A     \nATOM    827  CA  ILE X 809     -10.360   4.140  -9.916  1.00 21.80      A     \nATOM    828  C   ILE X 809      -9.355   3.926  -8.788  1.00 20.89      A     \nATOM    829  O   ILE X 809      -9.530   4.432  -7.679  1.00 21.68      A     \nATOM    830  CB  ILE X 809     -10.293   5.614 -10.375  1.00 20.00      A     \nATOM    831  CG1 ILE X 809     -11.151   5.813 -11.626  1.00 19.23      A     \nATOM    832  CG2 ILE X 809      -8.853   6.003 -10.670  1.00 21.60      A     \nATOM    833  CD1 ILE X 809     -11.226   7.254 -12.093  1.00 19.47      A     \nATOM    834  N   GLY X 810      -8.304   3.165  -9.076  1.00 20.04      A     \nATOM    835  CA  GLY X 810      -7.307   2.873  -8.065  1.00 18.62      A     \nATOM    836  C   GLY X 810      -6.041   3.691  -8.226  1.00 16.92      A     \nATOM    837  O   GLY X 810      -5.896   4.453  -9.187  1.00 17.94      A     \nATOM    838  N   SER X 811      -5.114   3.520  -7.291  1.00 15.45      A     \nATOM    839  CA  SER X 811      -3.902   4.327  -7.259  1.00 14.47      A     \nATOM    840  C   SER X 811      -3.012   4.112  -8.477  1.00 14.87      A     \nATOM    841  O   SER X 811      -2.313   5.026  -8.905  1.00 14.30      A     \nATOM    842  CB  SER X 811      -3.101   4.028  -5.990  1.00 15.91      A     \nATOM    843  OG  SER X 811      -2.743   2.658  -5.929  1.00 16.16      A     \nATOM    844  N   GLN X 812      -3.024   2.908  -9.037  1.00 15.17      A     \nATOM    845  CA  GLN X 812      -2.152   2.627 -10.170  1.00 14.41      A     \nATOM    846  C   GLN X 812      -2.525   3.488 -11.371  1.00 15.08      A     \nATOM    847  O   GLN X 812      -1.653   4.042 -12.044  1.00 14.99      A     \nATOM    848  CB  GLN X 812      -2.232   1.148 -10.557  1.00 15.85      A     \nATOM    849  CG  GLN X 812      -1.217   0.749 -11.618  1.00 16.68      A     \nATOM    850  CD  GLN X 812       0.213   0.814 -11.108  1.00 18.90      A     \nATOM    851  OE1 GLN X 812       0.691  -0.111 -10.452  1.00 20.98      A     \nATOM    852  NE2 GLN X 812       0.904   1.910 -11.408  1.00 18.80      A     \nATOM    853  N   TYR X 813      -3.822   3.593 -11.643  1.00 15.66      A     \nATOM    854  CA  TYR X 813      -4.290   4.382 -12.774  1.00 15.19      A     \nATOM    855  C   TYR X 813      -4.008   5.869 -12.587  1.00 14.88      A     \nATOM    856  O   TYR X 813      -3.528   6.530 -13.506  1.00 14.67      A     \nATOM    857  CB  TYR X 813      -5.788   4.158 -12.997  1.00 18.62      A     \nATOM    858  CG  TYR X 813      -6.098   2.901 -13.780  1.00 21.64      A     \nATOM    859  CD1 TYR X 813      -6.035   1.650 -13.182  1.00 26.15      A     \nATOM    860  CD2 TYR X 813      -6.441   2.966 -15.123  1.00 25.40      A     \nATOM    861  CE1 TYR X 813      -6.306   0.498 -13.902  1.00 28.03      A     \nATOM    862  CE2 TYR X 813      -6.715   1.819 -15.850  1.00 27.61      A     \nATOM    863  CZ  TYR X 813      -6.645   0.590 -15.234  1.00 28.64      A     \nATOM    864  OH  TYR X 813      -6.915  -0.554 -15.955  1.00 32.09      A     \nATOM    865  N   LEU X 814      -4.289   6.394 -11.400  1.00 14.02      A     \nATOM    866  CA  LEU X 814      -4.057   7.810 -11.142  1.00 13.56      A     \nATOM    867  C   LEU X 814      -2.592   8.193 -11.332  1.00 13.83      A     \nATOM    868  O   LEU X 814      -2.283   9.184 -11.993  1.00 14.06      A     \nATOM    869  CB  LEU X 814      -4.508   8.171  -9.726  1.00 13.08      A     \nATOM    870  CG  LEU X 814      -6.026   8.254  -9.551  1.00 14.77      A     \nATOM    871  CD1 LEU X 814      -6.377   8.166  -8.079  1.00 14.92      A     \nATOM    872  CD2 LEU X 814      -6.546   9.552 -10.158  1.00 15.71      A     \nATOM    873  N   LEU X 815      -1.683   7.414 -10.757  1.00 12.65      A     \nATOM    874  CA  LEU X 815      -0.273   7.744 -10.863  1.00 12.72      A     \nATOM    875  C   LEU X 815       0.248   7.533 -12.281  1.00 13.05      A     \nATOM    876  O   LEU X 815       1.084   8.299 -12.750  1.00 14.66      A     \nATOM    877  CB  LEU X 815       0.543   6.933  -9.850  1.00 12.27      A     \nATOM    878  CG  LEU X 815       0.285   7.357  -8.397  1.00 13.28      A     \nATOM    879  CD1 LEU X 815       0.910   6.348  -7.446  1.00 13.34      A     \nATOM    880  CD2 LEU X 815       0.844   8.757  -8.156  1.00 15.43      A     \nATOM    881  N   ASN X 816      -0.264   6.519 -12.973  1.00 13.17      A     \nATOM    882  CA  ASN X 816       0.116   6.305 -14.368  1.00 13.82      A     \nATOM    883  C   ASN X 816      -0.306   7.499 -15.229  1.00 13.26      A     \nATOM    884  O   ASN X 816       0.436   7.920 -16.115  1.00 14.24      A     \nATOM    885  CB  ASN X 816      -0.524   5.025 -14.920  1.00 15.26      A     \nATOM    886  CG  ASN X 816       0.221   3.765 -14.514  1.00 17.50      A     \nATOM    887  OD1 ASN X 816      -0.188   2.651 -14.860  1.00 22.45      A     \nATOM    888  ND2 ASN X 816       1.313   3.929 -13.783  1.00 15.66      A     \nATOM    889  N   TRP X 817      -1.488   8.052 -14.964  1.00 12.72      A     \nATOM    890  CA  TRP X 817      -1.945   9.218 -15.720  1.00 13.42      A     \nATOM    891  C   TRP X 817      -1.033  10.413 -15.483  1.00 13.57      A     \nATOM    892  O   TRP X 817      -0.726  11.165 -16.410  1.00 13.22      A     \nATOM    893  CB  TRP X 817      -3.379   9.589 -15.334  1.00 13.80      A     \nATOM    894  CG  TRP X 817      -4.406   8.573 -15.759  1.00 14.50      A     \nATOM    895  CD1 TRP X 817      -4.320   7.702 -16.809  1.00 16.33      A     \nATOM    896  CD2 TRP X 817      -5.675   8.333 -15.141  1.00 15.49      A     \nATOM    897  NE1 TRP X 817      -5.462   6.936 -16.882  1.00 16.12      A     \nATOM    898  CE2 TRP X 817      -6.309   7.306 -15.869  1.00 15.73      A     \nATOM    899  CE3 TRP X 817      -6.339   8.890 -14.041  1.00 15.83      A     \nATOM    900  CZ2 TRP X 817      -7.573   6.823 -15.534  1.00 16.45      A     \nATOM    901  CZ3 TRP X 817      -7.594   8.409 -13.710  1.00 15.61      A     \nATOM    902  CH2 TRP X 817      -8.199   7.386 -14.453  1.00 15.52      A     \nATOM    903  N   CYS X 818      -0.590  10.585 -14.241  1.00 13.53      A     \nATOM    904  CA  CYS X 818       0.329  11.670 -13.920  1.00 13.48      A     \nATOM    905  C   CYS X 818       1.631  11.525 -14.707  1.00 12.83      A     \nATOM    906  O   CYS X 818       2.157  12.504 -15.230  1.00 12.39      A     \nATOM    907  CB  CYS X 818       0.637  11.685 -12.419  1.00 13.31      A     \nATOM    908  SG  CYS X 818      -0.751  12.148 -11.358  1.00 15.28      A     \nATOM    909  N   VAL X 819       2.149  10.302 -14.789  1.00 12.85      A     \nATOM    910  CA  VAL X 819       3.358  10.050 -15.563  1.00 12.62      A     \nATOM    911  C   VAL X 819       3.139  10.397 -17.031  1.00 11.35      A     \nATOM    912  O   VAL X 819       3.950  11.097 -17.638  1.00 13.19      A     \nATOM    913  CB  VAL X 819       3.786   8.564 -15.460  1.00 12.59      A     \nATOM    914  CG1 VAL X 819       4.950   8.295 -16.400  1.00 13.71      A     \nATOM    915  CG2 VAL X 819       4.190   8.232 -14.026  1.00 14.25      A     \nATOM    916  N   GLN X 820       2.033   9.916 -17.593  1.00 11.32      A     \nATOM    917  CA  GLN X 820       1.756  10.104 -19.015  1.00 11.53      A     \nATOM    918  C   GLN X 820       1.598  11.578 -19.368  1.00 11.31      A     \nATOM    919  O   GLN X 820       2.118  12.042 -20.385  1.00 11.97      A     \nATOM    920  CB  GLN X 820       0.502   9.325 -19.409  1.00 12.34      A     \nATOM    921  CG  GLN X 820       0.692   7.820 -19.282  1.00 13.00      A     \nATOM    922  CD  GLN X 820      -0.580   7.037 -19.528  1.00 15.11      A     \nATOM    923  OE1 GLN X 820      -1.554   7.561 -20.060  1.00 18.08      A     \nATOM    924  NE2 GLN X 820      -0.575   5.765 -19.140  1.00 18.28      A     \nATOM    925  N   ILE X 821       0.889  12.320 -18.528  1.00 12.06      A     \nATOM    926  CA  ILE X 821       0.708  13.740 -18.785  1.00 11.63      A     \nATOM    927  C   ILE X 821       2.053  14.461 -18.733  1.00 11.63      A     \nATOM    928  O   ILE X 821       2.341  15.314 -19.570  1.00 12.58      A     \nATOM    929  CB  ILE X 821      -0.279  14.361 -17.773  1.00 10.61      A     \nATOM    930  CG1 ILE X 821      -1.676  13.763 -17.988  1.00 12.74      A     \nATOM    931  CG2 ILE X 821      -0.331  15.878 -17.949  1.00 12.21      A     \nATOM    932  CD1 ILE X 821      -2.663  14.048 -16.864  1.00 14.22      A     \nATOM    933  N   ALA X 822       2.897  14.103 -17.768  1.00 11.77      A     \nATOM    934  CA  ALA X 822       4.234  14.683 -17.703  1.00 11.45      A     \nATOM    935  C   ALA X 822       5.075  14.326 -18.933  1.00 11.37      A     \nATOM    936  O   ALA X 822       5.861  15.147 -19.404  1.00 12.66      A     \nATOM    937  CB  ALA X 822       4.944  14.233 -16.425  1.00 13.72      A     \nATOM    938  N   LYS X 823       4.918  13.113 -19.458  1.00 11.86      A     \nATOM    939  CA  LYS X 823       5.661  12.728 -20.659  1.00 12.86      A     \nATOM    940  C   LYS X 823       5.212  13.537 -21.871  1.00 12.91      A     \nATOM    941  O   LYS X 823       6.038  13.973 -22.674  1.00 14.41      A     \nATOM    942  CB  LYS X 823       5.488  11.233 -20.940  1.00 13.66      A     \nATOM    943  CG  LYS X 823       6.284  10.336 -20.000  1.00 14.58      A     \nATOM    944  CD  LYS X 823       6.137   8.871 -20.376  1.00 17.45      A     \nATOM    945  CE  LYS X 823       6.989   7.987 -19.483  1.00 20.04      A     \nATOM    946  NZ  LYS X 823       6.880   6.552 -19.865  1.00 24.48      A     \nATOM    947  N   GLY X 824       3.906  13.738 -22.000  1.00 12.74      A     \nATOM    948  CA  GLY X 824       3.397  14.537 -23.102  1.00 11.33      A     \nATOM    949  C   GLY X 824       3.855  15.982 -23.013  1.00 11.96      A     \nATOM    950  O   GLY X 824       4.239  16.584 -24.017  1.00 12.83      A     \nATOM    951  N   MET X 825       3.835  16.544 -21.807  1.00 12.14      A     \nATOM    952  CA  MET X 825       4.285  17.918 -21.621  1.00 11.61      A     \nATOM    953  C   MET X 825       5.789  18.073 -21.856  1.00 12.88      A     \nATOM    954  O   MET X 825       6.238  19.084 -22.400  1.00 12.64      A     \nATOM    955  CB  MET X 825       3.926  18.406 -20.215  1.00 11.74      A     \nATOM    956  CG  MET X 825       2.435  18.609 -19.981  1.00 13.30      A     \nATOM    957  SD  MET X 825       1.655  19.756 -21.152  1.00 14.14      A     \nATOM    958  CE  MET X 825       2.550  21.267 -20.816  1.00 19.13      A     \nATOM    959  N   ASN X 826       6.570  17.075 -21.450  1.00 13.01      A     \nATOM    960  CA  ASN X 826       8.007  17.117 -21.696  1.00 14.02      A     \nATOM    961  C   ASN X 826       8.291  17.114 -23.196  1.00 14.35      A     \nATOM    962  O   ASN X 826       9.210  17.792 -23.663  1.00 14.47      A     \nATOM    963  CB  ASN X 826       8.699  15.921 -21.037  1.00 14.02      A     \nATOM    964  CG  ASN X 826      10.197  15.934 -21.249  1.00 16.76      A     \nATOM    965  OD1 ASN X 826      10.887  16.861 -20.825  1.00 18.89      A     \nATOM    966  ND2 ASN X 826      10.710  14.909 -21.922  1.00 19.37      A     \nATOM    967  N   TYR X 827       7.494  16.355 -23.945  1.00 13.68      A     \nATOM    968  CA  TYR X 827       7.625  16.323 -25.397  1.00 14.11      A     \nATOM    969  C   TYR X 827       7.306  17.693 -25.990  1.00 13.63      A     \nATOM    970  O   TYR X 827       8.030  18.192 -26.854  1.00 15.22      A     \nATOM    971  CB  TYR X 827       6.692  15.263 -25.991  1.00 13.60      A     \nATOM    972  CG  TYR X 827       6.723  15.214 -27.499  1.00 16.49      A     \nATOM    973  CD1 TYR X 827       7.705  14.499 -28.172  1.00 18.53      A     \nATOM    974  CD2 TYR X 827       5.780  15.900 -28.252  1.00 15.80      A     \nATOM    975  CE1 TYR X 827       7.744  14.472 -29.556  1.00 18.33      A     \nATOM    976  CE2 TYR X 827       5.812  15.878 -29.632  1.00 17.23      A     \nATOM    977  CZ  TYR X 827       6.794  15.165 -30.278  1.00 18.25      A     \nATOM    978  OH  TYR X 827       6.823  15.154 -31.656  1.00 20.19      A     \nATOM    979  N   LEU X 828       6.226  18.312 -25.521  1.00 13.87      A     \nATOM    980  CA  LEU X 828       5.885  19.649 -25.993  1.00 14.24      A     \nATOM    981  C   LEU X 828       7.003  20.643 -25.681  1.00 14.27      A     \nATOM    982  O   LEU X 828       7.324  21.495 -26.510  1.00 14.73      A     \nATOM    983  CB  LEU X 828       4.563  20.115 -25.373  1.00 15.12      A     \nATOM    984  CG  LEU X 828       3.329  19.312 -25.804  1.00 16.06      A     \nATOM    985  CD1 LEU X 828       2.091  19.864 -25.121  1.00 18.81      A     \nATOM    986  CD2 LEU X 828       3.174  19.370 -27.320  1.00 16.17      A     \nATOM    987  N   GLU X 829       7.605  20.533 -24.496  1.00 14.08      A     \nATOM    988  CA  GLU X 829       8.725  21.407 -24.146  1.00 14.28      A     \nATOM    989  C   GLU X 829       9.919  21.205 -25.088  1.00 15.96      A     \nATOM    990  O   GLU X 829      10.561  22.170 -25.501  1.00 16.52      A     \nATOM    991  CB  GLU X 829       9.159  21.175 -22.690  1.00 15.50      A     \nATOM    992  CG  GLU X 829      10.388  21.988 -22.289  1.00 15.82      A     \nATOM    993  CD  GLU X 829      10.582  22.110 -20.782  1.00 18.22      A     \nATOM    994  OE1 GLU X 829      11.492  22.859 -20.362  1.00 19.80      A     \nATOM    995  OE2 GLU X 829       9.836  21.469 -20.015  1.00 18.98      A     \nATOM    996  N   ASP X 830      10.209  19.955 -25.434  1.00 16.99      A     \nATOM    997  CA  ASP X 830      11.270  19.676 -26.399  1.00 18.65      A     \nATOM    998  C   ASP X 830      10.966  20.317 -27.752  1.00 18.53      A     \nATOM    999  O   ASP X 830      11.882  20.681 -28.490  1.00 20.75      A     \nATOM   1000  CB  ASP X 830      11.457  18.164 -26.571  1.00 17.65      A     \nATOM   1001  CG  ASP X 830      12.219  17.531 -25.417  1.00 21.29      A     \nATOM   1002  OD1 ASP X 830      12.144  16.295 -25.262  1.00 24.28      A     \nATOM   1003  OD2 ASP X 830      12.894  18.267 -24.667  1.00 25.28      A     \nATOM   1004  N   ARG X 831       9.682  20.462 -28.072  1.00 18.22      A     \nATOM   1005  CA  ARG X 831       9.271  21.076 -29.334  1.00 18.51      A     \nATOM   1006  C   ARG X 831       9.138  22.593 -29.201  1.00 18.77      A     \nATOM   1007  O   ARG X 831       8.701  23.267 -30.135  1.00 19.78      A     \nATOM   1008  CB  ARG X 831       7.935  20.489 -29.805  1.00 19.68      A     \nATOM   1009  CG  ARG X 831       7.952  18.983 -30.048  1.00 20.33      A     \nATOM   1010  CD  ARG X 831       8.922  18.603 -31.154  1.00 21.76      A     \nATOM   1011  NE  ARG X 831       8.701  19.385 -32.367  1.00 21.77      A     \nATOM   1012  CZ  ARG X 831       7.874  19.035 -33.347  1.00 22.99      A     \nATOM   1013  NH1 ARG X 831       7.183  17.906 -33.264  1.00 24.10      A     \nATOM   1014  NH2 ARG X 831       7.734  19.820 -34.408  1.00 23.92      A     \nATOM   1015  N   ARG X 832       9.506  23.119 -28.035  1.00 19.18      A     \nATOM   1016  CA  ARG X 832       9.456  24.555 -27.771  1.00 18.80      A     \nATOM   1017  C   ARG X 832       8.023  25.081 -27.749  1.00 18.82      A     \nATOM   1018  O   ARG X 832       7.774  26.250 -28.039  1.00 19.12      A     \nATOM   1019  CB  ARG X 832      10.274  25.320 -28.816  1.00 22.05      A     \nATOM   1020  CG  ARG X 832      11.738  24.914 -28.857  1.00 24.55      A     \nATOM   1021  CD  ARG X 832      12.562  25.878 -29.692  1.00 28.22      A     \nATOM   1022  NE  ARG X 832      12.615  27.205 -29.089  1.00 28.96      A     \nATOM   1023  CZ  ARG X 832      13.447  27.549 -28.110  1.00 30.32      A     \nATOM   1024  NH1 ARG X 832      13.426  28.781 -27.620  1.00 32.12      A     \nATOM   1025  NH2 ARG X 832      14.302  26.661 -27.620  1.00 31.34      A     \nATOM   1026  N   LEU X 833       7.087  24.208 -27.396  1.00 16.79      A     \nATOM   1027  CA  LEU X 833       5.682  24.581 -27.320  1.00 16.01      A     \nATOM   1028  C   LEU X 833       5.251  24.820 -25.881  1.00 15.22      A     \nATOM   1029  O   LEU X 833       5.388  23.942 -25.027  1.00 17.66      A     \nATOM   1030  CB  LEU X 833       4.817  23.481 -27.937  1.00 16.65      A     \nATOM   1031  CG  LEU X 833       4.913  23.359 -29.459  1.00 17.98      A     \nATOM   1032  CD1 LEU X 833       4.355  22.020 -29.904  1.00 19.86      A     \nATOM   1033  CD2 LEU X 833       4.157  24.512 -30.112  1.00 19.66      A     \nATOM   1034  N   VAL X 834       4.731  26.012 -25.616  1.00 14.88      A     \nATOM   1035  CA  VAL X 834       4.113  26.300 -24.326  1.00 14.50      A     \nATOM   1036  C   VAL X 834       2.606  26.113 -24.474  1.00 15.44      A     \nATOM   1037  O   VAL X 834       1.978  26.681 -25.370  1.00 16.20      A     \nATOM   1038  CB  VAL X 834       4.415  27.746 -23.864  1.00 14.70      A     \nATOM   1039  CG1 VAL X 834       3.775  28.006 -22.512  1.00 17.92      A     \nATOM   1040  CG2 VAL X 834       5.915  27.955 -23.770  1.00 18.68      A     \nATOM   1041  N   HIS X 835       2.029  25.303 -23.596  1.00 12.72      A     \nATOM   1042  CA  HIS X 835       0.658  24.849 -23.770  1.00 13.59      A     \nATOM   1043  C   HIS X 835      -0.353  25.910 -23.339  1.00 13.28      A     \nATOM   1044  O   HIS X 835      -1.292  26.214 -24.073  1.00 13.99      A     \nATOM   1045  CB  HIS X 835       0.445  23.557 -22.975  1.00 13.12      A     \nATOM   1046  CG  HIS X 835      -0.890  22.926 -23.200  1.00 13.35      A     \nATOM   1047  ND1 HIS X 835      -2.043  23.399 -22.612  1.00 14.50      A     \nATOM   1048  CD2 HIS X 835      -1.257  21.855 -23.945  1.00 13.96      A     \nATOM   1049  CE1 HIS X 835      -3.063  22.646 -22.984  1.00 14.69      A     \nATOM   1050  NE2 HIS X 835      -2.613  21.702 -23.792  1.00 15.51      A     \nATOM   1051  N   ARG X 836      -0.156  26.461 -22.143  1.00 12.96      A     \nATOM   1052  CA  ARG X 836      -0.946  27.581 -21.630  1.00 13.82      A     \nATOM   1053  C   ARG X 836      -2.397  27.275 -21.252  1.00 13.09      A     \nATOM   1054  O   ARG X 836      -3.141  28.184 -20.877  1.00 14.37      A     \nATOM   1055  CB  ARG X 836      -0.930  28.746 -22.624  1.00 15.25      A     \nATOM   1056  CG  ARG X 836       0.457  29.217 -22.999  1.00 15.65      A     \nATOM   1057  CD  ARG X 836       0.444  30.655 -23.505  1.00 17.02      A     \nATOM   1058  NE  ARG X 836      -0.594  30.879 -24.505  1.00 19.81      A     \nATOM   1059  CZ  ARG X 836      -1.459  31.891 -24.478  1.00 17.37      A     \nATOM   1060  NH1 ARG X 836      -2.365  32.006 -25.436  1.00 19.66      A     \nATOM   1061  NH2 ARG X 836      -1.419  32.790 -23.500  1.00 19.27      A     \nATOM   1062  N   ASP X 837      -2.809  26.013 -21.336  1.00 12.93      A     \nATOM   1063  CA  ASP X 837      -4.185  25.669 -20.997  1.00 12.65      A     \nATOM   1064  C   ASP X 837      -4.296  24.246 -20.452  1.00 12.63      A     \nATOM   1065  O   ASP X 837      -5.285  23.563 -20.682  1.00 13.09      A     \nATOM   1066  CB  ASP X 837      -5.068  25.834 -22.239  1.00 14.83      A     \nATOM   1067  CG  ASP X 837      -6.550  25.920 -21.912  1.00 17.53      A     \nATOM   1068  OD1 ASP X 837      -7.356  25.736 -22.845  1.00 22.29      A     \nATOM   1069  OD2 ASP X 837      -6.912  26.174 -20.744  1.00 19.21      A     \nATOM   1070  N   LEU X 838      -3.283  23.793 -19.721  1.00 11.78      A     \nATOM   1071  CA  LEU X 838      -3.329  22.433 -19.201  1.00 11.19      A     \nATOM   1072  C   LEU X 838      -4.310  22.361 -18.032  1.00 11.25      A     \nATOM   1073  O   LEU X 838      -4.281  23.195 -17.121  1.00 12.64      A     \nATOM   1074  CB  LEU X 838      -1.935  21.980 -18.754  1.00 11.94      A     \nATOM   1075  CG  LEU X 838      -1.831  20.522 -18.291  1.00 12.94      A     \nATOM   1076  CD1 LEU X 838      -2.275  19.578 -19.401  1.00 14.66      A     \nATOM   1077  CD2 LEU X 838      -0.399  20.225 -17.877  1.00 13.89      A     \nATOM   1078  N   ALA X 839      -5.176  21.357 -18.083  1.00 11.02      A     \nATOM   1079  CA  ALA X 839      -6.248  21.161 -17.111  1.00  8.68      A     \nATOM   1080  C   ALA X 839      -6.833  19.788 -17.410  1.00 10.27      A     \nATOM   1081  O   ALA X 839      -6.662  19.273 -18.514  1.00 11.41      A     \nATOM   1082  CB  ALA X 839      -7.319  22.243 -17.275  1.00 10.99      A     \nATOM   1083  N   ALA X 840      -7.522  19.186 -16.448  1.00 10.30      A     \nATOM   1084  CA  ALA X 840      -8.053  17.842 -16.664  1.00 10.80      A     \nATOM   1085  C   ALA X 840      -9.068  17.800 -17.809  1.00 10.95      A     \nATOM   1086  O   ALA X 840      -9.244  16.760 -18.446  1.00 11.97      A     \nATOM   1087  CB  ALA X 840      -8.687  17.315 -15.382  1.00 11.04      A     \nATOM   1088  N   ARG X 841      -9.739  18.919 -18.071  1.00 11.60      A     \nATOM   1089  CA  ARG X 841     -10.685  18.980 -19.186  1.00 12.18      A     \nATOM   1090  C   ARG X 841      -9.980  18.874 -20.538  1.00 14.07      A     \nATOM   1091  O   ARG X 841     -10.602  18.510 -21.538  1.00 15.34      A     \nATOM   1092  CB  ARG X 841     -11.505  20.279 -19.127  1.00 14.92      A     \nATOM   1093  CG  ARG X 841     -10.674  21.531 -19.318  1.00 14.32      A     \nATOM   1094  CD  ARG X 841     -11.481  22.821 -19.172  1.00 16.69      A     \nATOM   1095  NE  ARG X 841     -10.600  23.983 -19.265  1.00 18.75      A     \nATOM   1096  CZ  ARG X 841     -10.021  24.575 -18.222  1.00 19.55      A     \nATOM   1097  NH1 ARG X 841     -10.235  24.127 -16.991  1.00 17.92      A     \nATOM   1098  NH2 ARG X 841      -9.201  25.600 -18.411  1.00 21.13      A     \nATOM   1099  N   ASN X 842      -8.685  19.187 -20.571  1.00 12.25      A     \nATOM   1100  CA  ASN X 842      -7.921  19.183 -21.818  1.00 13.01      A     \nATOM   1101  C   ASN X 842      -6.974  17.992 -21.919  1.00 13.38      A     \nATOM   1102  O   ASN X 842      -6.073  17.967 -22.762  1.00 14.52      A     \nATOM   1103  CB  ASN X 842      -7.148  20.499 -21.963  1.00 13.59      A     \nATOM   1104  CG  ASN X 842      -8.071  21.688 -22.135  1.00 14.97      A     \nATOM   1105  OD1 ASN X 842      -7.790  22.796 -21.666  1.00 17.70      A     \nATOM   1106  ND2 ASN X 842      -9.190  21.460 -22.806  1.00 14.16      A     \nATOM   1107  N   VAL X 843      -7.184  17.007 -21.054  1.00 12.89      A     \nATOM   1108  CA  VAL X 843      -6.538  15.712 -21.196  1.00 13.06      A     \nATOM   1109  C   VAL X 843      -7.626  14.719 -21.590  1.00 13.40      A     \nATOM   1110  O   VAL X 843      -8.698  14.689 -20.982  1.00 15.40      A     \nATOM   1111  CB  VAL X 843      -5.872  15.264 -19.872  1.00 12.26      A     \nATOM   1112  CG1 VAL X 843      -5.206  13.908 -20.060  1.00 14.88      A     \nATOM   1113  CG2 VAL X 843      -4.843  16.301 -19.419  1.00 15.86      A     \nATOM   1114  N   LEU X 844      -7.367  13.925 -22.623  1.00 13.48      A     \nATOM   1115  CA  LEU X 844      -8.390  13.044 -23.172  1.00 13.35      A     \nATOM   1116  C   LEU X 844      -8.022  11.584 -22.961  1.00 12.79      A     \nATOM   1117  O   LEU X 844      -6.851  11.248 -22.792  1.00 13.98      A     \nATOM   1118  CB  LEU X 844      -8.575  13.325 -24.662  1.00 14.31      A     \nATOM   1119  CG  LEU X 844      -8.884  14.787 -24.992  1.00 15.39      A     \nATOM   1120  CD1 LEU X 844      -9.011  14.935 -26.497  1.00 17.32      A     \nATOM   1121  CD2 LEU X 844     -10.161  15.231 -24.292  1.00 19.05      A     \nATOM   1122  N   VAL X 845      -9.031  10.720 -22.968  1.00 14.26      A     \nATOM   1123  CA  VAL X 845      -8.842   9.321 -22.607  1.00 14.66      A     \nATOM   1124  C   VAL X 845      -8.973   8.422 -23.837  1.00 15.54      A     \nATOM   1125  O   VAL X 845     -10.053   8.290 -24.411  1.00 16.22      A     \nATOM   1126  CB  VAL X 845      -9.881   8.894 -21.541  1.00 14.53      A     \nATOM   1127  CG1 VAL X 845      -9.615   7.470 -21.082  1.00 13.72      A     \nATOM   1128  CG2 VAL X 845      -9.838   9.868 -20.356  1.00 14.24      A     \nATOM   1129  N   LYS X 846      -7.861   7.815 -24.240  1.00 15.34      A     \nATOM   1130  CA  LYS X 846      -7.860   6.870 -25.355  1.00 15.93      A     \nATOM   1131  C   LYS X 846      -8.404   5.528 -24.873  1.00 17.33      A     \nATOM   1132  O   LYS X 846      -9.308   4.951 -25.481  1.00 16.50      A     \nATOM   1133  CB  LYS X 846      -6.434   6.695 -25.881  1.00 17.03      A     \nATOM   1134  CG  LYS X 846      -6.313   5.738 -27.055  1.00 18.63      A     \nATOM   1135  CD  LYS X 846      -4.864   5.342 -27.271  1.00 19.81      A     \nATOM   1136  CE  LYS X 846      -4.710   4.446 -28.484  1.00 22.27      A     \nATOM   1137  NZ  LYS X 846      -3.395   3.747 -28.477  1.00 22.23      A     \nATOM   1138  N   THR X 847      -7.833   5.044 -23.774  1.00 16.88      A     \nATOM   1139  CA  THR X 847      -8.362   3.899 -23.038  1.00 17.48      A     \nATOM   1140  C   THR X 847      -8.203   4.261 -21.568  1.00 18.04      A     \nATOM   1141  O   THR X 847      -7.511   5.223 -21.238  1.00 16.78      A     \nATOM   1142  CB  THR X 847      -7.543   2.620 -23.294  1.00 18.14      A     \nATOM   1143  OG1 THR X 847      -6.241   2.769 -22.717  1.00 18.28      A     \nATOM   1144  CG2 THR X 847      -7.406   2.357 -24.789  1.00 19.72      A     \nATOM   1145  N   PRO X 848      -8.831   3.497 -20.663  1.00 18.49      A     \nATOM   1146  CA  PRO X 848      -8.635   3.796 -19.241  1.00 19.60      A     \nATOM   1147  C   PRO X 848      -7.160   3.841 -18.842  1.00 20.00      A     \nATOM   1148  O   PRO X 848      -6.794   4.498 -17.870  1.00 20.28      A     \nATOM   1149  CB  PRO X 848      -9.394   2.673 -18.532  1.00 21.33      A     \nATOM   1150  CG  PRO X 848     -10.442   2.261 -19.521  1.00 21.99      A     \nATOM   1151  CD  PRO X 848      -9.779   2.387 -20.866  1.00 20.56      A     \nATOM   1152  N   GLN X 849      -6.315   3.156 -19.608  1.00 18.52      A     \nATOM   1153  CA  GLN X 849      -4.905   3.015 -19.266  1.00 20.21      A     \nATOM   1154  C   GLN X 849      -4.005   4.015 -19.991  1.00 19.19      A     \nATOM   1155  O   GLN X 849      -2.794   4.038 -19.766  1.00 21.27      A     \nATOM   1156  CB  GLN X 849      -4.429   1.594 -19.585  1.00 21.53      A     \nATOM   1157  CG  GLN X 849      -5.139   0.497 -18.800  1.00 26.36      A     \nATOM   1158  CD  GLN X 849      -6.460   0.083 -19.426  1.00 28.74      A     \nATOM   1159  OE1 GLN X 849      -7.365  -0.390 -18.734  1.00 32.31      A     \nATOM   1160  NE2 GLN X 849      -6.577   0.256 -20.739  1.00 28.70      A     \nATOM   1161  N   HIS X 850      -4.585   4.832 -20.865  1.00 16.73      A     \nATOM   1162  CA  HIS X 850      -3.781   5.658 -21.762  1.00 16.25      A     \nATOM   1163  C   HIS X 850      -4.454   6.998 -22.057  1.00 15.20      A     \nATOM   1164  O   HIS X 850      -5.513   7.042 -22.684  1.00 14.92      A     \nATOM   1165  CB  HIS X 850      -3.544   4.898 -23.073  1.00 17.34      A     \nATOM   1166  CG  HIS X 850      -2.483   5.498 -23.945  1.00 19.35      A     \nATOM   1167  ND1 HIS X 850      -1.473   4.747 -24.507  1.00 23.29      A     \nATOM   1168  CD2 HIS X 850      -2.278   6.771 -24.357  1.00 18.73      A     \nATOM   1169  CE1 HIS X 850      -0.693   5.532 -25.228  1.00 23.89      A     \nATOM   1170  NE2 HIS X 850      -1.160   6.765 -25.154  1.00 20.81      A     \nATOM   1171  N   VAL X 851      -3.828   8.089 -21.618  1.00 13.70      A     \nATOM   1172  CA  VAL X 851      -4.381   9.424 -21.840  1.00 13.75      A     \nATOM   1173  C   VAL X 851      -3.486  10.288 -22.724  1.00 13.34      A     \nATOM   1174  O   VAL X 851      -2.289  10.027 -22.863  1.00 13.71      A     \nATOM   1175  CB  VAL X 851      -4.637  10.162 -20.499  1.00 13.34      A     \nATOM   1176  CG1 VAL X 851      -5.605   9.362 -19.648  1.00 13.75      A     \nATOM   1177  CG2 VAL X 851      -3.333  10.387 -19.755  1.00 14.24      A     \nATOM   1178  N   LYS X 852      -4.082  11.313 -23.334  1.00 12.94      A     \nATOM   1179  CA  LYS X 852      -3.364  12.205 -24.242  1.00 13.49      A     \nATOM   1180  C   LYS X 852      -3.788  13.654 -24.049  1.00 13.69      A     \nATOM   1181  O   LYS X 852      -4.972  13.949 -23.885  1.00 15.17      A     \nATOM   1182  CB  LYS X 852      -3.623  11.818 -25.703  1.00 14.75      A     \nATOM   1183  CG  LYS X 852      -3.150  10.430 -26.083  1.00 16.43      A     \nATOM   1184  CD  LYS X 852      -3.132  10.269 -27.596  1.00 20.19      A     \nATOM   1185  CE  LYS X 852      -2.774   8.845 -27.993  1.00 22.49      A     \nATOM   1186  NZ  LYS X 852      -2.826   8.642 -29.465  1.00 28.93      A     \nATOM   1187  N   ILE X 853      -2.812  14.550 -24.095  1.00 13.37      A     \nATOM   1188  CA  ILE X 853      -3.056  15.985 -23.993  1.00 13.11      A     \nATOM   1189  C   ILE X 853      -3.546  16.517 -25.332  1.00 15.08      A     \nATOM   1190  O   ILE X 853      -3.138  16.031 -26.385  1.00 15.15      A     \nATOM   1191  CB  ILE X 853      -1.757  16.717 -23.607  1.00 14.55      A     \nATOM   1192  CG1 ILE X 853      -1.272  16.210 -22.249  1.00 15.56      A     \nATOM   1193  CG2 ILE X 853      -1.978  18.224 -23.578  1.00 15.57      A     \nATOM   1194  CD1 ILE X 853       0.210  16.428 -22.022  1.00 16.35      A     \nATOM   1195  N   THR X 854      -4.417  17.520 -25.300  1.00 15.64      A     \nATOM   1196  CA  THR X 854      -4.750  18.231 -26.525  1.00 16.96      A     \nATOM   1197  C   THR X 854      -4.804  19.738 -26.304  1.00 17.33      A     \nATOM   1198  O   THR X 854      -4.598  20.219 -25.187  1.00 17.45      A     \nATOM   1199  CB  THR X 854      -6.089  17.740 -27.121  1.00 19.21      A     \nATOM   1200  OG1 THR X 854      -6.207  18.209 -28.471  1.00 19.62      A     \nATOM   1201  CG2 THR X 854      -7.264  18.252 -26.306  1.00 19.73      A     \nATOM   1202  N   ASP X 855      -5.065  20.471 -27.382  1.00 17.66      A     \nATOM   1203  CA  ASP X 855      -4.914  21.925 -27.422  1.00 19.22      A     \nATOM   1204  C   ASP X 855      -6.101  22.499 -28.191  1.00 19.53      A     \nATOM   1205  O   ASP X 855      -6.530  21.924 -29.187  1.00 20.91      A     \nATOM   1206  CB  ASP X 855      -3.595  22.274 -28.133  1.00 21.41      A     \nATOM   1207  CG  ASP X 855      -3.514  23.732 -28.568  1.00 22.90      A     \nATOM   1208  OD1 ASP X 855      -3.789  24.630 -27.748  1.00 22.53      A     \nATOM   1209  OD2 ASP X 855      -3.162  23.980 -29.741  1.00 26.45      A     \nATOM   1210  N   PHE X 856      -6.639  23.624 -27.729  1.00 18.95      A     \nATOM   1211  CA  PHE X 856      -7.768  24.247 -28.410  1.00 20.60      A     \nATOM   1212  C   PHE X 856      -7.480  25.678 -28.836  1.00 21.61      A     \nATOM   1213  O   PHE X 856      -8.398  26.481 -29.017  1.00 25.14      A     \nATOM   1214  CB  PHE X 856      -9.015  24.191 -27.520  1.00 20.10      A     \nATOM   1215  CG  PHE X 856      -9.535  22.801 -27.318  1.00 22.19      A     \nATOM   1216  CD1 PHE X 856     -10.370  22.215 -28.259  1.00 20.41      A     \nATOM   1217  CD2 PHE X 856      -9.148  22.058 -26.214  1.00 21.05      A     \nATOM   1218  CE1 PHE X 856     -10.801  20.910 -28.103  1.00 23.09      A     \nATOM   1219  CE2 PHE X 856      -9.575  20.757 -26.054  1.00 22.01      A     \nATOM   1220  CZ  PHE X 856     -10.401  20.180 -26.998  1.00 21.94      A     \nATOM   1221  N   GLY X 857      -6.198  25.989 -29.003  1.00 19.57      A     \nATOM   1222  CA  GLY X 857      -5.819  27.260 -29.595  1.00 19.13      A     \nATOM   1223  C   GLY X 857      -4.845  28.110 -28.801  1.00 18.85      A     \nATOM   1224  O   GLY X 857      -4.233  29.022 -29.354  1.00 19.91      A     \nATOM   1225  N   ARG X 858      -4.685  27.828 -27.514  1.00 17.89      A     \nATOM   1226  CA  ARG X 858      -3.832  28.674 -26.688  1.00 15.68      A     \nATOM   1227  C   ARG X 858      -2.344  28.347 -26.768  1.00 14.07      A     \nATOM   1228  O   ARG X 858      -1.512  29.166 -26.381  1.00 15.34      A     \nATOM   1229  CB  ARG X 858      -4.299  28.637 -25.225  1.00 16.72      A     \nATOM   1230  CG  ARG X 858      -5.478  29.567 -24.942  1.00 17.28      A     \nATOM   1231  CD  ARG X 858      -5.989  29.454 -23.509  1.00 16.82      A     \nATOM   1232  NE  ARG X 858      -4.976  29.782 -22.508  1.00 18.86      A     \nATOM   1233  CZ  ARG X 858      -4.628  31.021 -22.169  1.00 18.20      A     \nATOM   1234  NH1 ARG X 858      -5.212  32.060 -22.751  1.00 19.31      A     \nATOM   1235  NH2 ARG X 858      -3.701  31.220 -21.240  1.00 17.46      A     \nATOM   1236  N   ALA X 859      -1.995  27.167 -27.272  1.00 14.60      A     \nATOM   1237  CA  ALA X 859      -0.590  26.774 -27.312  1.00 14.62      A     \nATOM   1238  C   ALA X 859       0.196  27.698 -28.236  1.00 16.09      A     \nATOM   1239  O   ALA X 859      -0.320  28.156 -29.256  1.00 16.85      A     \nATOM   1240  CB  ALA X 859      -0.458  25.327 -27.776  1.00 15.52      A     \nATOM   1241  N   LYS X 860       1.442  27.977 -27.869  1.00 15.94      A     \nATOM   1242  CA  LYS X 860       2.287  28.868 -28.655  1.00 17.99      A     \nATOM   1243  C   LYS X 860       3.660  28.249 -28.876  1.00 18.96      A     \nATOM   1244  O   LYS X 860       4.189  27.562 -28.004  1.00 18.44      A     \nATOM   1245  CB  LYS X 860       2.443  30.212 -27.942  1.00 18.22      A     \nATOM   1246  CG  LYS X 860       1.138  30.953 -27.729  1.00 18.23      A     \nATOM   1247  CD  LYS X 860       0.626  31.535 -29.040  1.00 20.84      A     \nATOM   1248  CE  LYS X 860      -0.754  32.147 -28.875  1.00 23.56      A     \nATOM   1249  NZ  LYS X 860      -1.229  32.751 -30.154  1.00 28.10      A     \nATOM   1250  N   LEU X 861       4.234  28.498 -30.051  1.00 19.84      A     \nATOM   1251  CA  LEU X 861       5.585  28.045 -30.357  1.00 22.43      A     \nATOM   1252  C   LEU X 861       6.581  29.163 -30.063  1.00 22.72      A     \nATOM   1253  O   LEU X 861       6.434  30.281 -30.561  1.00 23.82      A     \nATOM   1254  CB  LEU X 861       5.677  27.647 -31.832  1.00 23.32      A     \nATOM   1255  CG  LEU X 861       7.060  27.238 -32.343  1.00 25.66      A     \nATOM   1256  CD1 LEU X 861       7.510  25.955 -31.658  1.00 26.00      A     \nATOM   1257  CD2 LEU X 861       7.000  27.047 -33.852  1.00 26.67      A     \nATOM   1258  N   LEU X 862       7.590  28.861 -29.253  1.00 24.04      A     \nATOM   1259  CA  LEU X 862       8.615  29.844 -28.912  1.00 25.57      A     \nATOM   1260  C   LEU X 862       9.716  29.885 -29.963  1.00 27.04      A     \nATOM   1261  O   LEU X 862      10.168  28.845 -30.445  1.00 26.65      A     \nATOM   1262  CB  LEU X 862       9.240  29.523 -27.553  1.00 25.77      A     \nATOM   1263  CG  LEU X 862       8.331  29.498 -26.323  1.00 25.53      A     \nATOM   1264  CD1 LEU X 862       9.167  29.201 -25.088  1.00 25.86      A     \nATOM   1265  CD2 LEU X 862       7.622  30.834 -26.176  1.00 27.00      A     \nATOM   1266  N   GLY X 863      10.150  31.094 -30.306  1.00 29.10      A     \nATOM   1267  CA  GLY X 863      11.269  31.247 -31.215  1.00 31.96      A     \nATOM   1268  C   GLY X 863      12.574  30.882 -30.536  1.00 33.07      A     \nATOM   1269  O   GLY X 863      12.634  30.778 -29.311  1.00 32.91      A     \nATOM   1270  N   ALA X 864      13.624  30.696 -31.330  1.00 35.43      A     \nATOM   1271  CA  ALA X 864      14.889  30.181 -30.817  1.00 36.80      A     \nATOM   1272  C   ALA X 864      15.414  30.996 -29.639  1.00 37.68      A     \nATOM   1273  O   ALA X 864      16.045  30.453 -28.731  1.00 38.83      A     \nATOM   1274  CB  ALA X 864      15.927  30.151 -31.932  1.00 37.08      A     \nATOM   1275  N   GLU X 865      15.149  32.298 -29.653  1.00 38.25      A     \nATOM   1276  CA  GLU X 865      15.683  33.191 -28.631  1.00 38.87      A     \nATOM   1277  C   GLU X 865      14.647  33.557 -27.571  1.00 37.97      A     \nATOM   1278  O   GLU X 865      14.954  34.274 -26.619  1.00 38.28      A     \nATOM   1279  CB  GLU X 865      16.225  34.466 -29.281  1.00 40.54      A     \nATOM   1280  CG  GLU X 865      17.352  34.217 -30.269  1.00 43.99      A     \nATOM   1281  CD  GLU X 865      17.901  35.495 -30.866  1.00 46.62      A     \nATOM   1282  OE1 GLU X 865      17.174  36.513 -30.879  1.00 47.83      A     \nATOM   1283  OE2 GLU X 865      19.063  35.483 -31.322  1.00 47.88      A     \nATOM   1284  N   GLU X 866      13.425  33.064 -27.739  1.00 36.49      A     \nATOM   1285  CA  GLU X 866      12.355  33.351 -26.789  1.00 34.82      A     \nATOM   1286  C   GLU X 866      12.352  32.355 -25.635  1.00 33.61      A     \nATOM   1287  O   GLU X 866      12.255  31.147 -25.843  1.00 33.75      A     \nATOM   1288  CB  GLU X 866      10.997  33.319 -27.492  1.00 35.23      A     \nATOM   1289  CG  GLU X 866      10.811  34.404 -28.537  1.00 36.40      A     \nATOM   1290  CD  GLU X 866       9.379  34.496 -29.027  1.00 37.78      A     \nATOM   1291  OE1 GLU X 866       8.864  33.491 -29.562  1.00 36.47      A     \nATOM   1292  OE2 GLU X 866       8.767  35.575 -28.875  1.00 38.80      A     \nATOM   1293  N   LYS X 867      12.455  32.874 -24.416  1.00 32.75      A     \nATOM   1294  CA  LYS X 867      12.434  32.044 -23.218  1.00 32.44      A     \nATOM   1295  C   LYS X 867      11.043  32.057 -22.589  1.00 30.14      A     \nATOM   1296  O   LYS X 867      10.713  31.199 -21.772  1.00 29.88      A     \nATOM   1297  CB  LYS X 867      13.466  32.554 -22.210  1.00 34.58      A     \nATOM   1298  CG  LYS X 867      13.582  31.712 -20.951  1.00 38.13      A     \nATOM   1299  CD  LYS X 867      15.013  31.244 -20.731  1.00 40.62      A     \nATOM   1300  CE  LYS X 867      15.975  32.420 -20.634  1.00 42.42      A     \nATOM   1301  NZ  LYS X 867      15.684  33.289 -19.459  1.00 42.69      A     \nATOM   1302  N   GLU X 868      10.232  33.040 -22.972  1.00 27.59      A     \nATOM   1303  CA  GLU X 868       8.853  33.123 -22.500  1.00 25.79      A     \nATOM   1304  C   GLU X 868       7.933  33.601 -23.614  1.00 23.29      A     \nATOM   1305  O   GLU X 868       8.383  34.215 -24.580  1.00 24.01      A     \nATOM   1306  CB  GLU X 868       8.743  34.094 -21.323  1.00 28.50      A     \nATOM   1307  CG  GLU X 868       9.934  34.092 -20.386  1.00 32.52      A     \nATOM   1308  CD  GLU X 868      10.906  35.215 -20.688  1.00 34.82      A     \nATOM   1309  OE1 GLU X 868      10.714  35.912 -21.708  1.00 35.63      A     \nATOM   1310  OE2 GLU X 868      11.860  35.404 -19.904  1.00 35.97      A     \nATOM   1311  N   TYR X 869       6.642  33.315 -23.470  1.00 20.25      A     \nATOM   1312  CA  TYR X 869       5.622  33.919 -24.318  1.00 18.44      A     \nATOM   1313  C   TYR X 869       4.950  35.051 -23.551  1.00 18.78      A     \nATOM   1314  O   TYR X 869       4.521  34.871 -22.409  1.00 18.50      A     \nATOM   1315  CB  TYR X 869       4.569  32.883 -24.726  1.00 18.56      A     \nATOM   1316  CG  TYR X 869       3.420  33.466 -25.521  1.00 18.07      A     \nATOM   1317  CD1 TYR X 869       3.575  33.794 -26.862  1.00 19.23      A     \nATOM   1318  CD2 TYR X 869       2.186  33.707 -24.929  1.00 18.47      A     \nATOM   1319  CE1 TYR X 869       2.536  34.351 -27.590  1.00 19.81      A     \nATOM   1320  CE2 TYR X 869       1.141  34.262 -25.649  1.00 19.09      A     \nATOM   1321  CZ  TYR X 869       1.323  34.583 -26.979  1.00 19.46      A     \nATOM   1322  OH  TYR X 869       0.284  35.144 -27.692  1.00 20.15      A     \nATOM   1323  N   HIS X 870       4.871  36.220 -24.178  1.00 18.60      A     \nATOM   1324  CA  HIS X 870       4.204  37.364 -23.575  1.00 18.97      A     \nATOM   1325  C   HIS X 870       2.838  37.520 -24.222  1.00 18.78      A     \nATOM   1326  O   HIS X 870       2.736  37.854 -25.399  1.00 20.17      A     \nATOM   1327  CB  HIS X 870       5.036  38.633 -23.787  1.00 21.80      A     \nATOM   1328  CG  HIS X 870       6.370  38.600 -23.109  1.00 24.12      A     \nATOM   1329  ND1 HIS X 870       6.731  39.501 -22.130  1.00 26.90      A     \nATOM   1330  CD2 HIS X 870       7.431  37.774 -23.269  1.00 27.20      A     \nATOM   1331  CE1 HIS X 870       7.957  39.233 -21.718  1.00 27.91      A     \nATOM   1332  NE2 HIS X 870       8.405  38.189 -22.394  1.00 27.90      A     \nATOM   1333  N   ALA X 871       1.789  37.274 -23.447  1.00 17.11      A     \nATOM   1334  CA  ALA X 871       0.443  37.193 -23.992  1.00 17.24      A     \nATOM   1335  C   ALA X 871      -0.189  38.564 -24.179  1.00 19.36      A     \nATOM   1336  O   ALA X 871       0.310  39.568 -23.670  1.00 19.98      A     \nATOM   1337  CB  ALA X 871      -0.437  36.336 -23.084  1.00 17.24      A     \nATOM   1338  N   GLU X 872      -1.293  38.593 -24.916  1.00 22.63      A     \nATOM   1339  CA  GLU X 872      -2.036  39.826 -25.123  1.00 27.71      A     \nATOM   1340  C   GLU X 872      -3.363  39.772 -24.366  1.00 29.45      A     \nATOM   1341  O   GLU X 872      -3.386  39.491 -23.169  1.00 30.94      A     \nATOM   1342  CB  GLU X 872      -2.279  40.041 -26.619  1.00 29.11      A     \nATOM   1343  CG  GLU X 872      -1.023  39.901 -27.479  1.00 30.55      A     \nATOM   1344  CD  GLU X 872       0.014  40.980 -27.211  1.00 28.86      A     \nATOM   1345  OE1 GLU X 872      -0.346  42.035 -26.646  1.00 29.51      A     \nATOM   1346  OE2 GLU X 872       1.196  40.773 -27.565  1.00 30.02      A     \nATOM   1347  N   GLY X 873      -4.465  40.028 -25.063  1.00 32.19      A     \nATOM   1348  CA  GLY X 873      -5.732  40.232 -24.380  1.00 32.90      A     \nATOM   1349  C   GLY X 873      -6.646  39.024 -24.279  1.00 32.47      A     \nATOM   1350  O   GLY X 873      -7.776  39.142 -23.804  1.00 34.10      A     \nATOM   1351  N   GLY X 874      -6.172  37.863 -24.715  1.00 31.07      A     \nATOM   1352  CA  GLY X 874      -7.016  36.680 -24.713  1.00 30.61      A     \nATOM   1353  C   GLY X 874      -7.544  36.313 -23.337  1.00 29.56      A     \nATOM   1354  O   GLY X 874      -6.909  36.603 -22.322  1.00 30.40      A     \nATOM   1355  N   LYS X 875      -8.709  35.672 -23.303  1.00 29.05      A     \nATOM   1356  CA  LYS X 875      -9.326  35.260 -22.043  1.00 28.71      A     \nATOM   1357  C   LYS X 875      -8.541  34.123 -21.400  1.00 27.43      A     \nATOM   1358  O   LYS X 875      -8.081  33.209 -22.085  1.00 26.98      A     \nATOM   1359  CB  LYS X 875     -10.773  34.821 -22.284  1.00 31.27      A     \nATOM   1360  CG  LYS X 875     -11.673  35.935 -22.798  1.00 34.99      A     \nATOM   1361  CD  LYS X 875     -13.089  35.441 -23.046  1.00 38.10      A     \nATOM   1362  CE  LYS X 875     -13.969  36.558 -23.584  1.00 39.30      A     \nATOM   1363  NZ  LYS X 875     -15.368  36.106 -23.812  1.00 39.90      A     \nATOM   1364  N   VAL X 876      -8.396  34.178 -20.080  1.00 24.27      A     \nATOM   1365  CA  VAL X 876      -7.476  33.287 -19.382  1.00 23.28      A     \nATOM   1366  C   VAL X 876      -8.164  32.391 -18.359  1.00 20.55      A     \nATOM   1367  O   VAL X 876      -9.077  32.816 -17.655  1.00 21.83      A     \nATOM   1368  CB  VAL X 876      -6.375  34.090 -18.666  1.00 23.93      A     \nATOM   1369  CG1 VAL X 876      -5.529  34.836 -19.686  1.00 26.03      A     \nATOM   1370  CG2 VAL X 876      -6.998  35.063 -17.684  1.00 25.94      A     \nATOM   1371  N   PRO X 877      -7.732  31.123 -18.279  1.00 19.72      A     \nATOM   1372  CA  PRO X 877      -8.199  30.165 -17.269  1.00 19.11      A     \nATOM   1373  C   PRO X 877      -7.507  30.398 -15.927  1.00 16.22      A     \nATOM   1374  O   PRO X 877      -6.617  29.642 -15.538  1.00 16.56      A     \nATOM   1375  CB  PRO X 877      -7.842  28.811 -17.874  1.00 18.51      A     \nATOM   1376  CG  PRO X 877      -6.633  29.099 -18.708  1.00 19.84      A     \nATOM   1377  CD  PRO X 877      -6.813  30.498 -19.247  1.00 19.28      A     \nATOM   1378  N   ILE X 878      -7.927  31.443 -15.223  1.00 15.11      A     \nATOM   1379  CA  ILE X 878      -7.193  31.942 -14.067  1.00 14.83      A     \nATOM   1380  C   ILE X 878      -6.820  30.872 -13.040  1.00 14.51      A     \nATOM   1381  O   ILE X 878      -5.697  30.864 -12.536  1.00 14.17      A     \nATOM   1382  CB  ILE X 878      -7.990  33.054 -13.341  1.00 16.11      A     \nATOM   1383  CG1 ILE X 878      -8.147  34.267 -14.255  1.00 19.25      A     \nATOM   1384  CG2 ILE X 878      -7.270  33.469 -12.068  1.00 18.21      A     \nATOM   1385  CD1 ILE X 878      -6.877  35.062 -14.418  1.00 22.93      A     \nATOM   1386  N   LYS X 879      -7.751  29.975 -12.727  1.00 13.60      A     \nATOM   1387  CA  LYS X 879      -7.543  29.052 -11.617  1.00 13.43      A     \nATOM   1388  C   LYS X 879      -6.532  27.947 -11.919  1.00 12.49      A     \nATOM   1389  O   LYS X 879      -6.148  27.191 -11.028  1.00 13.84      A     \nATOM   1390  CB  LYS X 879      -8.885  28.458 -11.168  1.00 12.48      A     \nATOM   1391  CG  LYS X 879      -9.783  29.495 -10.492  1.00 13.50      A     \nATOM   1392  CD  LYS X 879     -11.110  28.924 -10.023  1.00 14.09      A     \nATOM   1393  CE  LYS X 879     -11.908  29.989  -9.280  1.00 15.17      A     \nATOM   1394  NZ  LYS X 879     -13.214  29.492  -8.752  1.00 16.83      A     \nATOM   1395  N   TRP X 880      -6.077  27.880 -13.168  1.00 12.04      A     \nATOM   1396  CA  TRP X 880      -5.035  26.932 -13.553  1.00 12.09      A     \nATOM   1397  C   TRP X 880      -3.691  27.607 -13.824  1.00 13.21      A     \nATOM   1398  O   TRP X 880      -2.684  26.935 -14.066  1.00 13.88      A     \nATOM   1399  CB  TRP X 880      -5.476  26.139 -14.794  1.00 12.70      A     \nATOM   1400  CG  TRP X 880      -6.448  25.043 -14.480  1.00 12.09      A     \nATOM   1401  CD1 TRP X 880      -6.158  23.719 -14.305  1.00 12.46      A     \nATOM   1402  CD2 TRP X 880      -7.856  25.179 -14.251  1.00 12.86      A     \nATOM   1403  NE1 TRP X 880      -7.300  23.025 -13.976  1.00 12.75      A     \nATOM   1404  CE2 TRP X 880      -8.354  23.897 -13.935  1.00 11.25      A     \nATOM   1405  CE3 TRP X 880      -8.744  26.260 -14.278  1.00 14.09      A     \nATOM   1406  CZ2 TRP X 880      -9.698  23.668 -13.648  1.00 12.94      A     \nATOM   1407  CZ3 TRP X 880     -10.083  26.028 -13.991  1.00 14.73      A     \nATOM   1408  CH2 TRP X 880     -10.545  24.742 -13.680  1.00 13.92      A     \nATOM   1409  N  AMET X 881      -3.679  28.935 -13.759  0.50 13.05      A     \nATOM   1410  CA AMET X 881      -2.521  29.719 -14.176  0.50 13.28      A     \nATOM   1411  C  AMET X 881      -1.504  29.972 -13.073  0.50 12.81      A     \nATOM   1412  O  AMET X 881      -1.857  30.113 -11.900  0.50 13.79      A     \nATOM   1413  CB AMET X 881      -2.976  31.064 -14.737  0.50 12.97      A     \nATOM   1414  CG AMET X 881      -3.732  30.951 -16.041  0.50 14.51      A     \nATOM   1415  SD AMET X 881      -4.579  32.473 -16.454  0.50 15.16      A     \nATOM   1416  CE AMET X 881      -3.202  33.601 -16.679  0.50 14.54      A     \nATOM   1417  N  BMET X 881      -3.663  28.934 -13.800  0.50 13.93      A     \nATOM   1418  CA BMET X 881      -2.482  29.645 -14.271  0.50 14.43      A     \nATOM   1419  C  BMET X 881      -1.530  30.069 -13.151  0.50 14.15      A     \nATOM   1420  O  BMET X 881      -1.953  30.403 -12.043  0.50 14.90      A     \nATOM   1421  CB BMET X 881      -2.902  30.866 -15.093  0.50 16.92      A     \nATOM   1422  CG BMET X 881      -3.773  30.525 -16.306  0.50 17.39      A     \nATOM   1423  SD BMET X 881      -2.887  29.732 -17.680  0.50 18.82      A     \nATOM   1424  CE BMET X 881      -3.559  28.059 -17.641  0.50 13.96      A     \nATOM   1425  N   ALA X 882      -0.237  30.047 -13.465  1.00 14.60      A     \nATOM   1426  CA  ALA X 882       0.807  30.459 -12.535  1.00 14.67      A     \nATOM   1427  C   ALA X 882       0.632  31.932 -12.181  1.00 15.11      A     \nATOM   1428  O   ALA X 882       0.088  32.709 -12.965  1.00 15.22      A     \nATOM   1429  CB  ALA X 882       2.180  30.233 -13.159  1.00 14.67      A     \nATOM   1430  N   LEU X 883       1.102  32.320 -11.003  1.00 14.89      A     \nATOM   1431  CA  LEU X 883       0.945  33.694 -10.548  1.00 14.72      A     \nATOM   1432  C   LEU X 883       1.534  34.707 -11.529  1.00 15.11      A     \nATOM   1433  O   LEU X 883       0.943  35.763 -11.756  1.00 16.61      A     \nATOM   1434  CB  LEU X 883       1.589  33.869  -9.170  1.00 16.20      A     \nATOM   1435  CG  LEU X 883       1.339  35.200  -8.456  1.00 19.32      A     \nATOM   1436  CD1 LEU X 883      -0.157  35.453  -8.337  1.00 19.02      A     \nATOM   1437  CD2 LEU X 883       1.986  35.163  -7.078  1.00 20.56      A     \nATOM   1438  N   GLU X 884       2.686  34.391 -12.115  1.00 16.23      A     \nATOM   1439  CA  GLU X 884       3.334  35.332 -13.027  1.00 16.56      A     \nATOM   1440  C   GLU X 884       2.536  35.500 -14.316  1.00 17.02      A     \nATOM   1441  O   GLU X 884       2.627  36.533 -14.986  1.00 16.68      A     \nATOM   1442  CB  GLU X 884       4.768  34.884 -13.355  1.00 17.34      A     \nATOM   1443  CG  GLU X 884       4.880  33.612 -14.181  1.00 17.42      A     \nATOM   1444  CD  GLU X 884       5.004  32.361 -13.334  1.00 17.35      A     \nATOM   1445  OE1 GLU X 884       4.698  32.421 -12.125  1.00 16.61      A     \nATOM   1446  OE2 GLU X 884       5.411  31.319 -13.886  1.00 17.34      A     \nATOM   1447  N   SER X 885       1.750  34.487 -14.661  1.00 15.12      A     \nATOM   1448  CA  SER X 885       0.885  34.568 -15.831  1.00 15.39      A     \nATOM   1449  C   SER X 885      -0.299  35.490 -15.558  1.00 15.65      A     \nATOM   1450  O   SER X 885      -0.675  36.299 -16.407  1.00 16.25      A     \nATOM   1451  CB  SER X 885       0.379  33.176 -16.212  1.00 14.73      A     \nATOM   1452  OG  SER X 885       1.462  32.305 -16.475  1.00 15.46      A     \nATOM   1453  N   ILE X 886      -0.880  35.368 -14.367  1.00 14.36      A     \nATOM   1454  CA  ILE X 886      -2.004  36.210 -13.973  1.00 16.07      A     \nATOM   1455  C   ILE X 886      -1.571  37.671 -13.873  1.00 16.90      A     \nATOM   1456  O   ILE X 886      -2.244  38.565 -14.390  1.00 19.18      A     \nATOM   1457  CB  ILE X 886      -2.576  35.776 -12.608  1.00 17.07      A     \nATOM   1458  CG1 ILE X 886      -3.065  34.328 -12.677  1.00 16.64      A     \nATOM   1459  CG2 ILE X 886      -3.719  36.700 -12.210  1.00 18.22      A     \nATOM   1460  CD1 ILE X 886      -3.455  33.763 -11.322  1.00 17.78      A     \nATOM   1461  N   LEU X 887      -0.443  37.910 -13.211  1.00 16.99      A     \nATOM   1462  CA  LEU X 887      -0.000  39.272 -12.929  1.00 17.56      A     \nATOM   1463  C   LEU X 887       0.645  39.973 -14.123  1.00 18.58      A     \nATOM   1464  O   LEU X 887       0.515  41.189 -14.267  1.00 20.48      A     \nATOM   1465  CB  LEU X 887       0.983  39.274 -11.753  1.00 19.24      A     \nATOM   1466  CG  LEU X 887       0.420  38.853 -10.395  1.00 20.79      A     \nATOM   1467  CD1 LEU X 887       1.524  38.896  -9.354  1.00 23.84      A     \nATOM   1468  CD2 LEU X 887      -0.723  39.773  -9.999  1.00 22.63      A     \nATOM   1469  N   HIS X 888       1.339  39.217 -14.972  1.00 16.99      A     \nATOM   1470  CA  HIS X 888       2.205  39.825 -15.983  1.00 16.46      A     \nATOM   1471  C   HIS X 888       2.043  39.262 -17.393  1.00 16.17      A     \nATOM   1472  O   HIS X 888       2.759  39.666 -18.313  1.00 17.29      A     \nATOM   1473  CB  HIS X 888       3.665  39.699 -15.548  1.00 17.10      A     \nATOM   1474  CG  HIS X 888       3.980  40.437 -14.284  1.00 18.50      A     \nATOM   1475  ND1 HIS X 888       4.245  39.799 -13.092  1.00 23.58      A     \nATOM   1476  CD2 HIS X 888       4.064  41.763 -14.028  1.00 17.71      A     \nATOM   1477  CE1 HIS X 888       4.478  40.702 -12.156  1.00 20.24      A     \nATOM   1478  NE2 HIS X 888       4.375  41.901 -12.698  1.00 23.00      A     \nATOM   1479  N   ARG X 889       1.113  38.325 -17.555  1.00 15.80      A     \nATOM   1480  CA  ARG X 889       0.816  37.736 -18.860  1.00 15.53      A     \nATOM   1481  C   ARG X 889       2.013  36.996 -19.451  1.00 16.39      A     \nATOM   1482  O   ARG X 889       2.139  36.865 -20.670  1.00 18.45      A     \nATOM   1483  CB  ARG X 889       0.341  38.819 -19.838  1.00 16.33      A     \nATOM   1484  CG  ARG X 889      -0.892  39.565 -19.367  1.00 17.57      A     \nATOM   1485  CD  ARG X 889      -1.318  40.635 -20.367  1.00 19.51      A     \nATOM   1486  NE  ARG X 889      -2.523  41.322 -19.915  1.00 20.96      A     \nATOM   1487  CZ  ARG X 889      -3.123  42.309 -20.573  1.00 22.19      A     \nATOM   1488  NH1 ARG X 889      -2.631  42.736 -21.727  1.00 21.26      A     \nATOM   1489  NH2 ARG X 889      -4.215  42.871 -20.072  1.00 24.67      A     \nATOM   1490  N   ILE X 890       2.882  36.501 -18.577  1.00 15.32      A     \nATOM   1491  CA  ILE X 890       4.067  35.763 -18.988  1.00 15.39      A     \nATOM   1492  C   ILE X 890       3.826  34.261 -18.859  1.00 15.47      A     \nATOM   1493  O   ILE X 890       3.317  33.795 -17.836  1.00 15.34      A     \nATOM   1494  CB  ILE X 890       5.278  36.150 -18.116  1.00 18.84      A     \nATOM   1495  CG1 ILE X 890       5.574  37.641 -18.275  1.00 22.51      A     \nATOM   1496  CG2 ILE X 890       6.490  35.324 -18.510  1.00 22.10      A     \nATOM   1497  CD1 ILE X 890       6.646  38.148 -17.336  1.00 26.15      A     \nATOM   1498  N   TYR X 891       4.188  33.512 -19.898  1.00 13.29      A     \nATOM   1499  CA  TYR X 891       3.999  32.062 -19.916  1.00 13.48      A     \nATOM   1500  C   TYR X 891       5.291  31.363 -20.313  1.00 14.45      A     \nATOM   1501  O   TYR X 891       5.956  31.763 -21.270  1.00 16.07      A     \nATOM   1502  CB  TYR X 891       2.899  31.678 -20.909  1.00 13.47      A     \nATOM   1503  CG  TYR X 891       1.520  32.187 -20.556  1.00 12.83      A     \nATOM   1504  CD1 TYR X 891       0.576  31.345 -19.984  1.00 13.27      A     \nATOM   1505  CD2 TYR X 891       1.153  33.505 -20.811  1.00 12.62      A     \nATOM   1506  CE1 TYR X 891      -0.695  31.792 -19.681  1.00 12.94      A     \nATOM   1507  CE2 TYR X 891      -0.121  33.963 -20.508  1.00 13.24      A     \nATOM   1508  CZ  TYR X 891      -1.039  33.100 -19.946  1.00 12.89      A     \nATOM   1509  OH  TYR X 891      -2.308  33.543 -19.667  1.00 15.61      A     \nATOM   1510  N   THR X 892       5.638  30.311 -19.582  1.00 15.08      A     \nATOM   1511  CA  THR X 892       6.838  29.532 -19.869  1.00 15.25      A     \nATOM   1512  C   THR X 892       6.517  28.060 -19.666  1.00 14.96      A     \nATOM   1513  O   THR X 892       5.417  27.712 -19.252  1.00 14.58      A     \nATOM   1514  CB  THR X 892       7.985  29.891 -18.913  1.00 15.14      A     \nATOM   1515  OG1 THR X 892       7.618  29.526 -17.576  1.00 16.72      A     \nATOM   1516  CG2 THR X 892       8.277  31.378 -18.960  1.00 16.18      A     \nATOM   1517  N   HIS X 893       7.483  27.195 -19.946  1.00 14.44      A     \nATOM   1518  CA  HIS X 893       7.303  25.787 -19.643  1.00 14.03      A     \nATOM   1519  C   HIS X 893       7.075  25.617 -18.144  1.00 14.64      A     \nATOM   1520  O   HIS X 893       6.355  24.715 -17.713  1.00 14.39      A     \nATOM   1521  CB  HIS X 893       8.526  24.994 -20.101  1.00 15.96      A     \nATOM   1522  CG  HIS X 893       8.801  25.125 -21.566  1.00 15.74      A     \nATOM   1523  ND1 HIS X 893       7.874  24.781 -22.526  1.00 17.03      A     \nATOM   1524  CD2 HIS X 893       9.878  25.600 -22.236  1.00 18.46      A     \nATOM   1525  CE1 HIS X 893       8.365  25.042 -23.724  1.00 17.12      A     \nATOM   1526  NE2 HIS X 893       9.580  25.539 -23.576  1.00 18.17      A     \nATOM   1527  N   GLN X 894       7.671  26.500 -17.349  1.00 13.63      A     \nATOM   1528  CA  GLN X 894       7.514  26.419 -15.903  1.00 13.87      A     \nATOM   1529  C   GLN X 894       6.154  26.910 -15.410  1.00 13.66      A     \nATOM   1530  O   GLN X 894       5.691  26.481 -14.349  1.00 12.98      A     \nATOM   1531  CB  GLN X 894       8.638  27.182 -15.193  1.00 13.90      A     \nATOM   1532  CG  GLN X 894      10.018  26.554 -15.378  1.00 14.86      A     \nATOM   1533  CD  GLN X 894      10.036  25.079 -15.030  1.00 15.72      A     \nATOM   1534  OE1 GLN X 894       9.948  24.223 -15.909  1.00 17.31      A     \nATOM   1535  NE2 GLN X 894      10.144  24.771 -13.737  1.00 15.41      A     \nATOM   1536  N   SER X 895       5.489  27.788 -16.158  1.00 12.70      A     \nATOM   1537  CA  SER X 895       4.103  28.091 -15.802  1.00 11.91      A     \nATOM   1538  C   SER X 895       3.184  26.925 -16.179  1.00 11.70      A     \nATOM   1539  O   SER X 895       2.181  26.678 -15.510  1.00 12.11      A     \nATOM   1540  CB  SER X 895       3.619  29.405 -16.446  1.00 14.30      A     \nATOM   1541  OG  SER X 895       3.673  29.382 -17.857  1.00 15.45      A     \nATOM   1542  N   ASP X 896       3.539  26.191 -17.231  1.00 11.24      A     \nATOM   1543  CA  ASP X 896       2.841  24.950 -17.554  1.00 10.83      A     \nATOM   1544  C   ASP X 896       2.969  23.944 -16.407  1.00 10.91      A     \nATOM   1545  O   ASP X 896       2.042  23.181 -16.145  1.00 10.57      A     \nATOM   1546  CB  ASP X 896       3.399  24.324 -18.842  1.00 11.48      A     \nATOM   1547  CG  ASP X 896       2.794  24.918 -20.106  1.00 14.02      A     \nATOM   1548  OD1 ASP X 896       3.366  24.667 -21.189  1.00 13.85      A     \nATOM   1549  OD2 ASP X 896       1.764  25.621 -20.031  1.00 13.65      A     \nATOM   1550  N   VAL X 897       4.117  23.940 -15.727  1.00 11.54      A     \nATOM   1551  CA  VAL X 897       4.308  23.058 -14.578  1.00 10.69      A     \nATOM   1552  C   VAL X 897       3.338  23.404 -13.446  1.00 10.42      A     \nATOM   1553  O   VAL X 897       2.795  22.508 -12.790  1.00 10.74      A     \nATOM   1554  CB  VAL X 897       5.765  23.123 -14.052  1.00 10.49      A     \nATOM   1555  CG1 VAL X 897       5.873  22.424 -12.701  1.00 11.90      A     \nATOM   1556  CG2 VAL X 897       6.710  22.474 -15.065  1.00 12.82      A     \nATOM   1557  N   TRP X 898       3.102  24.693 -13.222  1.00 10.34      A     \nATOM   1558  CA  TRP X 898       2.085  25.104 -12.253  1.00 10.07      A     \nATOM   1559  C   TRP X 898       0.726  24.505 -12.631  1.00 10.02      A     \nATOM   1560  O   TRP X 898       0.032  23.921 -11.791  1.00 10.83      A     \nATOM   1561  CB  TRP X 898       1.993  26.638 -12.200  1.00 10.00      A     \nATOM   1562  CG  TRP X 898       0.979  27.161 -11.209  1.00 10.74      A     \nATOM   1563  CD1 TRP X 898      -0.370  26.935 -11.213  1.00 11.72      A     \nATOM   1564  CD2 TRP X 898       1.235  28.018 -10.086  1.00 11.68      A     \nATOM   1565  NE1 TRP X 898      -0.965  27.593 -10.166  1.00 10.57      A     \nATOM   1566  CE2 TRP X 898      -0.004  28.268  -9.460  1.00 10.24      A     \nATOM   1567  CE3 TRP X 898       2.391  28.603  -9.553  1.00 11.86      A     \nATOM   1568  CZ2 TRP X 898      -0.121  29.075  -8.326  1.00 11.99      A     \nATOM   1569  CZ3 TRP X 898       2.273  29.409  -8.427  1.00 11.63      A     \nATOM   1570  CH2 TRP X 898       1.025  29.635  -7.829  1.00 11.57      A     \nATOM   1571  N   SER X 899       0.352  24.635 -13.900  1.00 10.04      A     \nATOM   1572  CA  SER X 899      -0.926  24.112 -14.367  1.00 10.63      A     \nATOM   1573  C   SER X 899      -0.993  22.597 -14.249  1.00 10.73      A     \nATOM   1574  O   SER X 899      -2.056  22.038 -13.971  1.00 10.33      A     \nATOM   1575  CB  SER X 899      -1.174  24.528 -15.822  1.00 12.13      A     \nATOM   1576  OG  SER X 899      -1.127  25.940 -15.955  1.00 12.41      A     \nATOM   1577  N   TYR X 900       0.142  21.938 -14.473  1.00  9.99      A     \nATOM   1578  CA  TYR X 900       0.251  20.498 -14.261  1.00  9.48      A     \nATOM   1579  C   TYR X 900      -0.089  20.153 -12.810  1.00  9.64      A     \nATOM   1580  O   TYR X 900      -0.838  19.206 -12.550  1.00 10.18      A     \nATOM   1581  CB  TYR X 900       1.670  20.020 -14.610  1.00 11.17      A     \nATOM   1582  CG  TYR X 900       1.930  18.558 -14.305  1.00 11.15      A     \nATOM   1583  CD1 TYR X 900       2.467  18.168 -13.084  1.00 11.47      A     \nATOM   1584  CD2 TYR X 900       1.636  17.568 -15.234  1.00 12.18      A     \nATOM   1585  CE1 TYR X 900       2.703  16.829 -12.797  1.00 11.23      A     \nATOM   1586  CE2 TYR X 900       1.869  16.228 -14.953  1.00 11.75      A     \nATOM   1587  CZ  TYR X 900       2.403  15.866 -13.734  1.00 11.87      A     \nATOM   1588  OH  TYR X 900       2.651  14.538 -13.454  1.00 12.02      A     \nATOM   1589  N   GLY X 901       0.450  20.923 -11.868  1.00 10.45      A     \nATOM   1590  CA  GLY X 901       0.114  20.710 -10.471  1.00 10.49      A     \nATOM   1591  C   GLY X 901      -1.376  20.804 -10.187  1.00  9.72      A     \nATOM   1592  O   GLY X 901      -1.926  19.992  -9.439  1.00 10.10      A     \nATOM   1593  N   VAL X 902      -2.045  21.791 -10.777  1.00 10.17      A     \nATOM   1594  CA  VAL X 902      -3.483  21.918 -10.573  1.00  9.78      A     \nATOM   1595  C   VAL X 902      -4.208  20.733 -11.216  1.00  9.83      A     \nATOM   1596  O   VAL X 902      -5.163  20.203 -10.655  1.00 10.99      A     \nATOM   1597  CB  VAL X 902      -4.025  23.237 -11.160  1.00  9.56      A     \nATOM   1598  CG1 VAL X 902      -5.524  23.350 -10.889  1.00 11.04      A     \nATOM   1599  CG2 VAL X 902      -3.285  24.422 -10.547  1.00 11.46      A     \nATOM   1600  N   THR X 903      -3.734  20.303 -12.383  1.00  9.84      A     \nATOM   1601  CA  THR X 903      -4.328  19.161 -13.076  1.00 10.49      A     \nATOM   1602  C   THR X 903      -4.231  17.889 -12.239  1.00 11.48      A     \nATOM   1603  O   THR X 903      -5.205  17.144 -12.124  1.00 10.47      A     \nATOM   1604  CB  THR X 903      -3.639  18.936 -14.434  1.00 11.34      A     \nATOM   1605  OG1 THR X 903      -3.821  20.102 -15.243  1.00 11.79      A     \nATOM   1606  CG2 THR X 903      -4.231  17.729 -15.157  1.00 12.39      A     \nATOM   1607  N   VAL X 904      -3.065  17.652 -11.642  1.00 10.58      A     \nATOM   1608  CA  VAL X 904      -2.891  16.510 -10.745  1.00 11.21      A     \nATOM   1609  C   VAL X 904      -3.841  16.606  -9.543  1.00  9.71      A     \nATOM   1610  O   VAL X 904      -4.427  15.606  -9.125  1.00 11.62      A     \nATOM   1611  CB  VAL X 904      -1.430  16.416 -10.241  1.00 11.78      A     \nATOM   1612  CG1 VAL X 904      -1.314  15.346  -9.158  1.00 12.40      A     \nATOM   1613  CG2 VAL X 904      -0.504  16.080 -11.410  1.00 15.76      A     \nATOM   1614  N   TRP X 905      -4.008  17.809  -9.001  1.00  9.97      A     \nATOM   1615  CA  TRP X 905      -4.932  18.008  -7.886  1.00 10.13      A     \nATOM   1616  C   TRP X 905      -6.357  17.648  -8.309  1.00 10.29      A     \nATOM   1617  O   TRP X 905      -7.102  17.025  -7.554  1.00 10.53      A     \nATOM   1618  CB  TRP X 905      -4.860  19.464  -7.403  1.00 10.44      A     \nATOM   1619  CG  TRP X 905      -5.703  19.763  -6.199  1.00 10.71      A     \nATOM   1620  CD1 TRP X 905      -5.313  19.711  -4.891  1.00 10.48      A     \nATOM   1621  CD2 TRP X 905      -7.073  20.174  -6.195  1.00 10.18      A     \nATOM   1622  NE1 TRP X 905      -6.363  20.062  -4.072  1.00 10.17      A     \nATOM   1623  CE2 TRP X 905      -7.454  20.352  -4.850  1.00 10.20      A     \nATOM   1624  CE3 TRP X 905      -8.016  20.407  -7.200  1.00 10.99      A     \nATOM   1625  CZ2 TRP X 905      -8.740  20.753  -4.485  1.00 11.42      A     \nATOM   1626  CZ3 TRP X 905      -9.291  20.803  -6.837  1.00 12.67      A     \nATOM   1627  CH2 TRP X 905      -9.641  20.972  -5.493  1.00 11.94      A     \nATOM   1628  N   GLU X 906      -6.731  18.028  -9.525  1.00 10.14      A     \nATOM   1629  CA  GLU X 906      -8.032  17.648 -10.057  1.00 10.35      A     \nATOM   1630  C   GLU X 906      -8.195  16.137 -10.086  1.00 11.68      A     \nATOM   1631  O   GLU X 906      -9.230  15.613  -9.691  1.00 12.69      A     \nATOM   1632  CB  GLU X 906      -8.205  18.176 -11.476  1.00 11.42      A     \nATOM   1633  CG  GLU X 906      -8.425  19.662 -11.585  1.00 11.58      A     \nATOM   1634  CD  GLU X 906      -8.673  20.055 -13.021  1.00 12.52      A     \nATOM   1635  OE1 GLU X 906      -7.681  20.228 -13.765  1.00 12.51      A     \nATOM   1636  OE2 GLU X 906      -9.857  20.168 -13.412  1.00 13.15      A     \nATOM   1637  N   LEU X 907      -7.173  15.436 -10.564  1.00 10.92      A     \nATOM   1638  CA  LEU X 907      -7.255  13.988 -10.666  1.00 10.73      A     \nATOM   1639  C   LEU X 907      -7.377  13.351  -9.287  1.00 11.77      A     \nATOM   1640  O   LEU X 907      -8.192  12.448  -9.089  1.00 12.20      A     \nATOM   1641  CB  LEU X 907      -6.022  13.430 -11.385  1.00 12.62      A     \nATOM   1642  CG  LEU X 907      -5.785  13.937 -12.811  1.00 11.90      A     \nATOM   1643  CD1 LEU X 907      -4.624  13.165 -13.433  1.00 15.30      A     \nATOM   1644  CD2 LEU X 907      -7.051  13.762 -13.645  1.00 16.56      A     \nATOM   1645  N   MET X 908      -6.577  13.829  -8.335  1.00 11.49      A     \nATOM   1646  CA  MET X 908      -6.519  13.212  -7.010  1.00 11.42      A     \nATOM   1647  C   MET X 908      -7.757  13.507  -6.171  1.00 11.60      A     \nATOM   1648  O   MET X 908      -7.992  12.843  -5.165  1.00 13.81      A     \nATOM   1649  CB  MET X 908      -5.269  13.682  -6.255  1.00 11.59      A     \nATOM   1650  CG  MET X 908      -3.961  13.334  -6.940  1.00 12.71      A     \nATOM   1651  SD  MET X 908      -3.806  11.577  -7.211  1.00 17.18      A     \nATOM   1652  CE  MET X 908      -2.337  11.522  -8.245  1.00 15.24      A     \nATOM   1653  N   THR X 909      -8.534  14.509  -6.575  1.00 11.71      A     \nATOM   1654  CA  THR X 909      -9.801  14.814  -5.911  1.00 11.24      A     \nATOM   1655  C   THR X 909     -10.977  14.303  -6.745  1.00 12.31      A     \nATOM   1656  O   THR X 909     -12.125  14.694  -6.534  1.00 13.18      A     \nATOM   1657  CB  THR X 909      -9.968  16.336  -5.695  1.00 11.03      A     \nATOM   1658  OG1 THR X 909      -9.939  17.018  -6.961  1.00 12.18      A     \nATOM   1659  CG2 THR X 909      -8.849  16.866  -4.804  1.00 11.75      A     \nATOM   1660  N   PHE X 910     -10.675  13.424  -7.696  1.00 12.97      A     \nATOM   1661  CA  PHE X 910     -11.679  12.855  -8.584  1.00 13.06      A     \nATOM   1662  C   PHE X 910     -12.510  13.922  -9.297  1.00 13.83      A     \nATOM   1663  O   PHE X 910     -13.731  13.806  -9.443  1.00 14.03      A     \nATOM   1664  CB  PHE X 910     -12.561  11.876  -7.800  1.00 15.34      A     \nATOM   1665  CG  PHE X 910     -11.795  10.708  -7.242  1.00 16.15      A     \nATOM   1666  CD1 PHE X 910     -11.389   9.672  -8.071  1.00 17.70      A     \nATOM   1667  CD2 PHE X 910     -11.423  10.676  -5.906  1.00 16.49      A     \nATOM   1668  CE1 PHE X 910     -10.624   8.628  -7.580  1.00 17.95      A     \nATOM   1669  CE2 PHE X 910     -10.657   9.635  -5.408  1.00 16.71      A     \nATOM   1670  CZ  PHE X 910     -10.256   8.611  -6.245  1.00 16.21      A     \nATOM   1671  N   GLY X 911     -11.818  14.960  -9.752  1.00 12.61      A     \nATOM   1672  CA  GLY X 911     -12.433  15.955 -10.609  1.00 11.88      A     \nATOM   1673  C   GLY X 911     -13.114  17.086  -9.865  1.00 12.53      A     \nATOM   1674  O   GLY X 911     -14.075  17.660 -10.361  1.00 13.01      A     \nATOM   1675  N   SER X 912     -12.619  17.419  -8.676  1.00 11.40      A     \nATOM   1676  CA  SER X 912     -13.205  18.512  -7.908  1.00 11.49      A     \nATOM   1677  C   SER X 912     -12.771  19.873  -8.462  1.00 11.20      A     \nATOM   1678  O   SER X 912     -11.779  19.976  -9.186  1.00 12.40      A     \nATOM   1679  CB  SER X 912     -12.801  18.395  -6.436  1.00 12.34      A     \nATOM   1680  OG  SER X 912     -13.273  17.180  -5.873  1.00 14.21      A     \nATOM   1681  N   LYS X 913     -13.523  20.913  -8.115  1.00 12.39      A     \nATOM   1682  CA  LYS X 913     -13.280  22.257  -8.633  1.00 12.66      A     \nATOM   1683  C   LYS X 913     -12.241  22.992  -7.795  1.00 13.22      A     \nATOM   1684  O   LYS X 913     -12.373  23.082  -6.577  1.00 12.71      A     \nATOM   1685  CB  LYS X 913     -14.582  23.063  -8.629  1.00 13.72      A     \nATOM   1686  CG  LYS X 913     -15.691  22.498  -9.505  1.00 17.70      A     \nATOM   1687  CD  LYS X 913     -16.976  23.289  -9.311  1.00 21.85      A     \nATOM   1688  CE  LYS X 913     -18.072  22.834 -10.259  1.00 24.67      A     \nATOM   1689  NZ  LYS X 913     -19.241  23.757 -10.187  1.00 26.08      A     \nATOM   1690  N   PRO X 914     -11.192  23.528  -8.438  1.00 11.27      A     \nATOM   1691  CA  PRO X 914     -10.160  24.252  -7.682  1.00 11.19      A     \nATOM   1692  C   PRO X 914     -10.630  25.624  -7.199  1.00 11.28      A     \nATOM   1693  O   PRO X 914     -11.325  26.335  -7.924  1.00 13.03      A     \nATOM   1694  CB  PRO X 914      -9.007  24.371  -8.670  1.00 12.17      A     \nATOM   1695  CG  PRO X 914      -9.678  24.362 -10.012  1.00 13.89      A     \nATOM   1696  CD  PRO X 914     -10.871  23.443  -9.875  1.00 12.62      A     \nATOM   1697  N   TYR X 915     -10.234  25.993  -5.982  1.00 11.94      A     \nATOM   1698  CA  TYR X 915     -10.656  27.261  -5.380  1.00 12.41      A     \nATOM   1699  C   TYR X 915     -12.165  27.403  -5.534  1.00 15.04      A     \nATOM   1700  O   TYR X 915     -12.678  28.427  -5.997  1.00 15.24      A     \nATOM   1701  CB  TYR X 915      -9.944  28.437  -6.053  1.00 12.90      A     \nATOM   1702  CG  TYR X 915      -8.462  28.216  -6.262  1.00 11.49      A     \nATOM   1703  CD1 TYR X 915      -7.547  28.440  -5.237  1.00 13.11      A     \nATOM   1704  CD2 TYR X 915      -7.974  27.793  -7.491  1.00 12.12      A     \nATOM   1705  CE1 TYR X 915      -6.188  28.250  -5.435  1.00 13.65      A     \nATOM   1706  CE2 TYR X 915      -6.626  27.600  -7.697  1.00 12.36      A     \nATOM   1707  CZ  TYR X 915      -5.735  27.831  -6.670  1.00 12.24      A     \nATOM   1708  OH  TYR X 915      -4.390  27.657  -6.894  1.00 14.02      A     \nATOM   1709  N   ASP X 916     -12.864  26.353  -5.123  1.00 14.43      A     \nATOM   1710  CA  ASP X 916     -14.291  26.190  -5.365  1.00 17.43      A     \nATOM   1711  C   ASP X 916     -15.111  27.340  -4.788  1.00 19.65      A     \nATOM   1712  O   ASP X 916     -15.006  27.647  -3.607  1.00 20.67      A     \nATOM   1713  CB  ASP X 916     -14.734  24.863  -4.745  1.00 16.03      A     \nATOM   1714  CG  ASP X 916     -16.185  24.555  -4.993  1.00 18.48      A     \nATOM   1715  OD1 ASP X 916     -16.764  25.127  -5.940  1.00 18.38      A     \nATOM   1716  OD2 ASP X 916     -16.743  23.731  -4.237  1.00 16.68      A     \nATOM   1717  N   GLY X 917     -15.925  27.970  -5.633  1.00 20.90      A     \nATOM   1718  CA  GLY X 917     -16.826  29.009  -5.161  1.00 23.19      A     \nATOM   1719  C   GLY X 917     -16.170  30.360  -4.937  1.00 24.56      A     \nATOM   1720  O   GLY X 917     -16.817  31.297  -4.465  1.00 27.50      A     \nATOM   1721  N   ILE X 918     -14.887  30.461  -5.268  1.00 23.80      A     \nATOM   1722  CA  ILE X 918     -14.136  31.698  -5.082  1.00 23.85      A     \nATOM   1723  C   ILE X 918     -13.987  32.428  -6.409  1.00 23.18      A     \nATOM   1724  O   ILE X 918     -13.573  31.841  -7.407  1.00 21.43      A     \nATOM   1725  CB  ILE X 918     -12.728  31.417  -4.532  1.00 24.62      A     \nATOM   1726  CG1 ILE X 918     -12.826  30.690  -3.192  1.00 25.18      A     \nATOM   1727  CG2 ILE X 918     -11.962  32.719  -4.368  1.00 25.16      A     \nATOM   1728  CD1 ILE X 918     -11.481  30.280  -2.631  1.00 25.06      A     \nATOM   1729  N   PRO X 919     -14.314  33.728  -6.435  1.00 22.33      A     \nATOM   1730  CA  PRO X 919     -14.231  34.487  -7.686  1.00 21.96      A     \nATOM   1731  C   PRO X 919     -12.822  34.482  -8.266  1.00 20.41      A     \nATOM   1732  O   PRO X 919     -11.840  34.649  -7.540  1.00 20.34      A     \nATOM   1733  CB  PRO X 919     -14.679  35.895  -7.284  1.00 23.75      A     \nATOM   1734  CG  PRO X 919     -15.516  35.685  -6.062  1.00 25.40      A     \nATOM   1735  CD  PRO X 919     -14.875  34.533  -5.337  1.00 23.43      A     \nATOM   1736  N   ALA X 920     -12.727  34.291  -9.577  1.00 20.93      A     \nATOM   1737  CA  ALA X 920     -11.436  34.299 -10.255  1.00 21.60      A     \nATOM   1738  C   ALA X 920     -10.663  35.584  -9.961  1.00 22.77      A     \nATOM   1739  O   ALA X 920      -9.436  35.579  -9.907  1.00 21.64      A     \nATOM   1740  CB  ALA X 920     -11.638  34.142 -11.757  1.00 22.83      A     \nATOM   1741  N   SER X 921     -11.385  36.682  -9.761  1.00 23.03      A     \nATOM   1742  CA  SER X 921     -10.750  37.978  -9.542  1.00 23.69      A     \nATOM   1743  C   SER X 921      -9.996  38.057  -8.214  1.00 24.00      A     \nATOM   1744  O   SER X 921      -9.199  38.969  -8.000  1.00 25.03      A     \nATOM   1745  CB  SER X 921     -11.798  39.091  -9.603  1.00 24.99      A     \nATOM   1746  OG  SER X 921     -12.771  38.931  -8.587  1.00 27.28      A     \nATOM   1747  N   GLU X 922     -10.250  37.100  -7.324  1.00 21.77      A     \nATOM   1748  CA  GLU X 922      -9.626  37.096  -6.003  1.00 20.85      A     \nATOM   1749  C   GLU X 922      -8.436  36.143  -5.927  1.00 19.29      A     \nATOM   1750  O   GLU X 922      -7.755  36.069  -4.904  1.00 19.62      A     \nATOM   1751  CB  GLU X 922     -10.651  36.703  -4.935  1.00 24.36      A     \nATOM   1752  CG  GLU X 922     -11.823  37.662  -4.808  1.00 29.17      A     \nATOM   1753  CD  GLU X 922     -12.804  37.241  -3.731  1.00 33.22      A     \nATOM   1754  OE1 GLU X 922     -13.847  37.912  -3.580  1.00 35.53      A     \nATOM   1755  OE2 GLU X 922     -12.533  36.238  -3.036  1.00 35.19      A     \nATOM   1756  N   ILE X 923      -8.187  35.412  -7.007  1.00 17.74      A     \nATOM   1757  CA  ILE X 923      -7.188  34.354  -6.962  1.00 16.84      A     \nATOM   1758  C   ILE X 923      -5.760  34.866  -6.773  1.00 17.15      A     \nATOM   1759  O   ILE X 923      -5.006  34.312  -5.977  1.00 16.87      A     \nATOM   1760  CB  ILE X 923      -7.256  33.470  -8.229  1.00 15.78      A     \nATOM   1761  CG1 ILE X 923      -8.584  32.705  -8.253  1.00 16.79      A     \nATOM   1762  CG2 ILE X 923      -6.085  32.502  -8.255  1.00 16.88      A     \nATOM   1763  CD1 ILE X 923      -8.777  31.758  -7.081  1.00 17.45      A     \nATOM   1764  N   SER X 924      -5.382  35.927  -7.480  1.00 18.65      A     \nATOM   1765  CA  SER X 924      -4.011  36.409  -7.363  1.00 19.29      A     \nATOM   1766  C   SER X 924      -3.717  36.852  -5.931  1.00 20.02      A     \nATOM   1767  O   SER X 924      -2.626  36.619  -5.414  1.00 20.49      A     \nATOM   1768  CB  SER X 924      -3.750  37.563  -8.338  1.00 21.89      A     \nATOM   1769  OG  SER X 924      -4.502  38.712  -7.999  1.00 24.34      A     \nATOM   1770  N  ASER X 925      -4.698  37.464  -5.276  0.50 20.12      A     \nATOM   1771  CA ASER X 925      -4.507  37.922  -3.903  0.50 21.05      A     \nATOM   1772  C  ASER X 925      -4.330  36.753  -2.935  0.50 20.26      A     \nATOM   1773  O  ASER X 925      -3.528  36.826  -2.004  0.50 21.40      A     \nATOM   1774  CB ASER X 925      -5.692  38.786  -3.458  0.50 21.82      A     \nATOM   1775  OG ASER X 925      -6.879  38.020  -3.363  0.50 24.17      A     \nATOM   1776  N  BSER X 925      -4.699  37.473  -5.286  0.50 20.21      A     \nATOM   1777  CA BSER X 925      -4.531  37.919  -3.908  0.50 21.20      A     \nATOM   1778  C  BSER X 925      -4.304  36.740  -2.966  0.50 20.35      A     \nATOM   1779  O  BSER X 925      -3.444  36.792  -2.087  0.50 21.33      A     \nATOM   1780  CB BSER X 925      -5.761  38.708  -3.453  0.50 22.27      A     \nATOM   1781  OG BSER X 925      -5.651  39.077  -2.090  0.50 24.88      A     \nATOM   1782  N   ILE X 926      -5.076  35.674  -3.156  1.00 19.29      A     \nATOM   1783  CA  ILE X 926      -4.956  34.489  -2.316  1.00 19.59      A     \nATOM   1784  C   ILE X 926      -3.592  33.830  -2.502  1.00 17.34      A     \nATOM   1785  O   ILE X 926      -2.963  33.395  -1.537  1.00 16.48      A     \nATOM   1786  CB  ILE X 926      -6.067  33.466  -2.653  1.00 20.89      A     \nATOM   1787  CG1 ILE X 926      -7.427  34.027  -2.233  1.00 23.40      A     \nATOM   1788  CG2 ILE X 926      -5.791  32.138  -1.968  1.00 24.71      A     \nATOM   1789  CD1 ILE X 926      -8.595  33.119  -2.563  1.00 25.24      A     \nATOM   1790  N   LEU X 927      -3.133  33.771  -3.747  1.00 16.27      A     \nATOM   1791  CA  LEU X 927      -1.839  33.171  -4.033  1.00 16.22      A     \nATOM   1792  C   LEU X 927      -0.701  34.015  -3.464  1.00 17.49      A     \nATOM   1793  O   LEU X 927       0.300  33.481  -2.994  1.00 16.87      A     \nATOM   1794  CB  LEU X 927      -1.660  33.003  -5.541  1.00 14.61      A     \nATOM   1795  CG  LEU X 927      -2.625  32.016  -6.205  1.00 14.57      A     \nATOM   1796  CD1 LEU X 927      -2.392  32.018  -7.707  1.00 13.90      A     \nATOM   1797  CD2 LEU X 927      -2.416  30.623  -5.629  1.00 15.42      A     \nATOM   1798  N   GLU X 928      -0.865  35.334  -3.503  1.00 18.59      A     \nATOM   1799  CA  GLU X 928       0.155  36.239  -2.985  1.00 21.10      A     \nATOM   1800  C   GLU X 928       0.299  36.136  -1.471  1.00 20.24      A     \nATOM   1801  O   GLU X 928       1.355  36.447  -0.921  1.00 22.32      A     \nATOM   1802  CB  GLU X 928      -0.179  37.680  -3.371  1.00 21.38      A     \nATOM   1803  CG  GLU X 928      -0.004  37.971  -4.850  1.00 26.80      A     \nATOM   1804  CD  GLU X 928      -0.452  39.368  -5.225  1.00 28.54      A     \nATOM   1805  OE1 GLU X 928      -1.432  39.861  -4.625  1.00 31.57      A     \nATOM   1806  OE2 GLU X 928       0.176  39.971  -6.120  1.00 31.26      A     \nATOM   1807  N   LYS X 929      -0.764  35.701  -0.804  1.00 21.61      A     \nATOM   1808  CA  LYS X 929      -0.733  35.494   0.640  1.00 22.24      A     \nATOM   1809  C   LYS X 929      -0.125  34.145   1.004  1.00 22.24      A     \nATOM   1810  O   LYS X 929       0.096  33.854   2.180  1.00 23.52      A     \nATOM   1811  CB  LYS X 929      -2.148  35.588   1.221  1.00 24.84      A     \nATOM   1812  CG  LYS X 929      -2.753  36.980   1.149  1.00 28.75      A     \nATOM   1813  CD  LYS X 929      -4.142  37.006   1.767  1.00 31.84      A     \nATOM   1814  CE  LYS X 929      -4.720  38.410   1.768  1.00 35.37      A     \nATOM   1815  NZ  LYS X 929      -6.071  38.451   2.394  1.00 36.98      A     \nATOM   1816  N   GLY X 930       0.132  33.317  -0.004  1.00 19.22      A     \nATOM   1817  CA  GLY X 930       0.787  32.044   0.235  1.00 18.58      A     \nATOM   1818  C   GLY X 930      -0.154  30.856   0.296  1.00 17.29      A     \nATOM   1819  O   GLY X 930       0.289  29.721   0.484  1.00 18.20      A     \nATOM   1820  N   GLU X 931      -1.451  31.107   0.132  1.00 16.04      A     \nATOM   1821  CA  GLU X 931      -2.448  30.043   0.197  1.00 18.00      A     \nATOM   1822  C   GLU X 931      -2.412  29.201  -1.074  1.00 14.02      A     \nATOM   1823  O   GLU X 931      -2.175  29.719  -2.166  1.00 15.02      A     \nATOM   1824  CB  GLU X 931      -3.845  30.639   0.375  1.00 20.80      A     \nATOM   1825  CG  GLU X 931      -4.010  31.483   1.629  1.00 27.64      A     \nATOM   1826  CD  GLU X 931      -5.424  32.013   1.790  1.00 30.84      A     \nATOM   1827  OE1 GLU X 931      -5.585  33.128   2.332  1.00 34.83      A     \nATOM   1828  OE2 GLU X 931      -6.373  31.319   1.375  1.00 34.43      A     \nATOM   1829  N   ARG X 932      -2.641  27.900  -0.918  1.00 13.98      A     \nATOM   1830  CA  ARG X 932      -2.670  26.975  -2.049  1.00 12.71      A     \nATOM   1831  C   ARG X 932      -3.808  25.964  -1.904  1.00 12.79      A     \nATOM   1832  O   ARG X 932      -4.427  25.858  -0.844  1.00 12.66      A     \nATOM   1833  CB  ARG X 932      -1.332  26.234  -2.159  1.00 13.06      A     \nATOM   1834  CG  ARG X 932      -0.124  27.141  -2.406  1.00 13.25      A     \nATOM   1835  CD  ARG X 932      -0.189  27.820  -3.771  1.00 12.87      A     \nATOM   1836  NE  ARG X 932       1.056  28.502  -4.124  1.00 13.43      A     \nATOM   1837  CZ  ARG X 932       1.326  29.770  -3.818  1.00 13.74      A     \nATOM   1838  NH1 ARG X 932       0.439  30.493  -3.147  1.00 14.26      A     \nATOM   1839  NH2 ARG X 932       2.475  30.320  -4.193  1.00 13.73      A     \nATOM   1840  N   LEU X 933      -4.079  25.219  -2.971  1.00 11.26      A     \nATOM   1841  CA  LEU X 933      -5.089  24.165  -2.924  1.00 11.75      A     \nATOM   1842  C   LEU X 933      -4.754  23.157  -1.826  1.00 12.07      A     \nATOM   1843  O   LEU X 933      -3.585  22.864  -1.579  1.00 13.24      A     \nATOM   1844  CB  LEU X 933      -5.166  23.467  -4.282  1.00 13.30      A     \nATOM   1845  CG  LEU X 933      -5.700  24.353  -5.413  1.00 12.25      A     \nATOM   1846  CD1 LEU X 933      -5.387  23.720  -6.755  1.00 12.69      A     \nATOM   1847  CD2 LEU X 933      -7.198  24.550  -5.245  1.00 13.38      A     \nATOM   1848  N   PRO X 934      -5.781  22.627  -1.143  1.00 11.75      A     \nATOM   1849  CA  PRO X 934      -5.579  21.728   0.001  1.00 12.41      A     \nATOM   1850  C   PRO X 934      -5.153  20.313  -0.375  1.00 12.54      A     \nATOM   1851  O   PRO X 934      -5.340  19.872  -1.510  1.00 13.50      A     \nATOM   1852  CB  PRO X 934      -6.936  21.727   0.694  1.00 12.40      A     \nATOM   1853  CG  PRO X 934      -7.902  21.950  -0.429  1.00 13.34      A     \nATOM   1854  CD  PRO X 934      -7.210  22.910  -1.366  1.00 11.64      A     \nATOM   1855  N   GLN X 935      -4.606  19.598   0.603  1.00 11.49      A     \nATOM   1856  CA  GLN X 935      -4.182  18.218   0.410  1.00 11.69      A     \nATOM   1857  C   GLN X 935      -5.395  17.318   0.172  1.00 12.67      A     \nATOM   1858  O   GLN X 935      -6.293  17.237   1.004  1.00 12.93      A     \nATOM   1859  CB  GLN X 935      -3.410  17.739   1.643  1.00 11.73      A     \nATOM   1860  CG  GLN X 935      -2.841  16.336   1.520  1.00 12.03      A     \nATOM   1861  CD  GLN X 935      -2.022  15.929   2.733  1.00 14.05      A     \nATOM   1862  OE1 GLN X 935      -1.787  16.729   3.638  1.00 18.43      A     \nATOM   1863  NE2 GLN X 935      -1.585  14.677   2.755  1.00 14.73      A     \nATOM   1864  N   PRO X 936      -5.437  16.631  -0.978  1.00 11.58      A     \nATOM   1865  CA  PRO X 936      -6.558  15.718  -1.234  1.00 11.73      A     \nATOM   1866  C   PRO X 936      -6.591  14.566  -0.234  1.00 12.21      A     \nATOM   1867  O   PRO X 936      -5.544  14.084   0.200  1.00 12.87      A     \nATOM   1868  CB  PRO X 936      -6.304  15.223  -2.659  1.00 13.38      A     \nATOM   1869  CG  PRO X 936      -5.446  16.289  -3.279  1.00 11.52      A     \nATOM   1870  CD  PRO X 936      -4.563  16.777  -2.155  1.00 11.10      A     \nATOM   1871  N   PRO X 937      -7.795  14.106   0.130  1.00 11.66      A     \nATOM   1872  CA  PRO X 937      -7.941  12.993   1.074  1.00 12.12      A     \nATOM   1873  C   PRO X 937      -7.110  11.749   0.756  1.00 12.14      A     \nATOM   1874  O   PRO X 937      -6.558  11.131   1.664  1.00 12.85      A     \nATOM   1875  CB  PRO X 937      -9.441  12.707   1.055  1.00 12.52      A     \nATOM   1876  CG  PRO X 937     -10.051  14.050   0.752  1.00 12.45      A     \nATOM   1877  CD  PRO X 937      -9.101  14.680  -0.243  1.00 12.33      A     \nATOM   1878  N   ILE X 938      -7.005  11.374  -0.516  1.00 10.84      A     \nATOM   1879  CA  ILE X 938      -6.280  10.143  -0.844  1.00 11.84      A     \nATOM   1880  C   ILE X 938      -4.762  10.322  -0.893  1.00 12.65      A     \nATOM   1881  O   ILE X 938      -4.029   9.343  -0.986  1.00 12.75      A     \nATOM   1882  CB  ILE X 938      -6.727   9.533  -2.199  1.00 13.28      A     \nATOM   1883  CG1 ILE X 938      -6.320  10.448  -3.358  1.00 12.25      A     \nATOM   1884  CG2 ILE X 938      -8.228   9.269  -2.179  1.00 13.93      A     \nATOM   1885  CD1 ILE X 938      -6.533   9.821  -4.726  1.00 13.92      A     \nATOM   1886  N   CYS X 939      -4.287  11.560  -0.833  1.00 11.97      A     \nATOM   1887  CA  CYS X 939      -2.859  11.821  -1.030  1.00 13.00      A     \nATOM   1888  C   CYS X 939      -2.030  11.680   0.231  1.00 11.89      A     \nATOM   1889  O   CYS X 939      -2.315  12.323   1.241  1.00 13.95      A     \nATOM   1890  CB  CYS X 939      -2.638  13.230  -1.580  1.00 12.39      A     \nATOM   1891  SG  CYS X 939      -3.126  13.425  -3.294  1.00 15.85      A     \nATOM   1892  N   THR X 940      -0.986  10.858   0.169  1.00 12.72      A     \nATOM   1893  CA  THR X 940       0.053  10.938   1.188  1.00 13.00      A     \nATOM   1894  C   THR X 940       0.776  12.258   1.008  1.00 12.31      A     \nATOM   1895  O   THR X 940       0.680  12.901  -0.041  1.00 12.69      A     \nATOM   1896  CB  THR X 940       1.081   9.792   1.077  1.00 13.76      A     \nATOM   1897  OG1 THR X 940       1.734   9.838  -0.201  1.00 15.21      A     \nATOM   1898  CG2 THR X 940       0.395   8.450   1.267  1.00 15.27      A     \nATOM   1899  N   ILE X 941       1.508  12.671   2.030  1.00 12.41      A     \nATOM   1900  CA  ILE X 941       2.129  13.980   1.982  1.00 12.40      A     \nATOM   1901  C   ILE X 941       3.193  14.041   0.879  1.00 11.88      A     \nATOM   1902  O   ILE X 941       3.426  15.101   0.307  1.00 13.69      A     \nATOM   1903  CB  ILE X 941       2.732  14.357   3.363  1.00 13.32      A     \nATOM   1904  CG1 ILE X 941       3.154  15.827   3.366  1.00 14.16      A     \nATOM   1905  CG2 ILE X 941       3.900  13.445   3.704  1.00 12.91      A     \nATOM   1906  CD1 ILE X 941       1.990  16.789   3.256  1.00 18.48      A     \nATOM   1907  N   ASP X 942       3.814  12.906   0.562  1.00 12.46      A     \nATOM   1908  CA  ASP X 942       4.831  12.866  -0.489  1.00 12.98      A     \nATOM   1909  C   ASP X 942       4.270  13.340  -1.828  1.00 13.10      A     \nATOM   1910  O   ASP X 942       4.934  14.068  -2.569  1.00 14.06      A     \nATOM   1911  CB  ASP X 942       5.382  11.443  -0.651  1.00 13.74      A     \nATOM   1912  CG  ASP X 942       5.901  10.862   0.648  1.00 17.91      A     \nATOM   1913  OD1 ASP X 942       5.138  10.833   1.640  1.00 20.60      A     \nATOM   1914  OD2 ASP X 942       7.073  10.425   0.678  1.00 18.57      A     \nATOM   1915  N   VAL X 943       3.047  12.926  -2.140  1.00 12.79      A     \nATOM   1916  CA  VAL X 943       2.418  13.325  -3.391  1.00 13.07      A     \nATOM   1917  C   VAL X 943       1.987  14.787  -3.336  1.00 13.29      A     \nATOM   1918  O   VAL X 943       2.179  15.540  -4.288  1.00 13.06      A     \nATOM   1919  CB  VAL X 943       1.192  12.439  -3.698  1.00 13.04      A     \nATOM   1920  CG1 VAL X 943       0.500  12.927  -4.960  1.00 14.56      A     \nATOM   1921  CG2 VAL X 943       1.627  10.993  -3.865  1.00 14.74      A     \nATOM   1922  N   TYR X 944       1.407  15.195  -2.212  1.00 12.81      A     \nATOM   1923  CA  TYR X 944       1.000  16.584  -2.050  1.00 11.68      A     \nATOM   1924  C   TYR X 944       2.193  17.527  -2.150  1.00 12.05      A     \nATOM   1925  O   TYR X 944       2.079  18.635  -2.673  1.00 12.49      A     \nATOM   1926  CB  TYR X 944       0.298  16.774  -0.702  1.00 11.46      A     \nATOM   1927  CG  TYR X 944      -0.259  18.166  -0.495  1.00 11.74      A     \nATOM   1928  CD1 TYR X 944       0.052  18.894   0.645  1.00 12.58      A     \nATOM   1929  CD2 TYR X 944      -1.114  18.744  -1.429  1.00 10.99      A     \nATOM   1930  CE1 TYR X 944      -0.478  20.161   0.855  1.00 12.93      A     \nATOM   1931  CE2 TYR X 944      -1.649  20.009  -1.231  1.00 11.99      A     \nATOM   1932  CZ  TYR X 944      -1.328  20.711  -0.085  1.00 11.49      A     \nATOM   1933  OH  TYR X 944      -1.858  21.962   0.127  1.00 13.02      A     \nATOM   1934  N   MET X 945       3.347  17.101  -1.652  1.00 12.67      A     \nATOM   1935  CA  MET X 945       4.502  17.980  -1.706  1.00 14.41      A     \nATOM   1936  C   MET X 945       4.995  18.215  -3.128  1.00 14.06      A     \nATOM   1937  O   MET X 945       5.514  19.286  -3.429  1.00 13.83      A     \nATOM   1938  CB  MET X 945       5.619  17.445  -0.811  1.00 17.39      A     \nATOM   1939  CG  MET X 945       5.319  17.707   0.659  1.00 18.36      A     \nATOM   1940  SD  MET X 945       6.690  17.445   1.780  1.00 27.72      A     \nATOM   1941  CE  MET X 945       6.919  15.759   1.557  1.00 17.48      A     \nATOM   1942  N   ILE X 946       4.806  17.240  -4.013  1.00 13.84      A     \nATOM   1943  CA  ILE X 946       5.083  17.469  -5.431  1.00 13.54      A     \nATOM   1944  C   ILE X 946       4.178  18.560  -6.003  1.00 13.64      A     \nATOM   1945  O   ILE X 946       4.650  19.464  -6.693  1.00 12.75      A     \nATOM   1946  CB  ILE X 946       4.880  16.183  -6.255  1.00 15.59      A     \nATOM   1947  CG1 ILE X 946       5.857  15.107  -5.790  1.00 16.52      A     \nATOM   1948  CG2 ILE X 946       5.098  16.474  -7.736  1.00 17.77      A     \nATOM   1949  CD1 ILE X 946       5.662  13.776  -6.484  1.00 21.44      A     \nATOM   1950  N   MET X 947       2.882  18.479  -5.712  1.00 13.08      A     \nATOM   1951  CA  MET X 947       1.941  19.528  -6.100  1.00 12.97      A     \nATOM   1952  C   MET X 947       2.413  20.884  -5.600  1.00 13.16      A     \nATOM   1953  O   MET X 947       2.423  21.869  -6.340  1.00 13.09      A     \nATOM   1954  CB  MET X 947       0.557  19.246  -5.510  1.00 14.66      A     \nATOM   1955  CG  MET X 947      -0.363  18.444  -6.393  1.00 19.16      A     \nATOM   1956  SD  MET X 947      -1.829  17.942  -5.469  1.00 20.94      A     \nATOM   1957  CE  MET X 947      -1.349  16.305  -5.075  1.00 16.79      A     \nATOM   1958  N   ARG X 948       2.791  20.938  -4.327  1.00 11.88      A     \nATOM   1959  CA  ARG X 948       3.188  22.203  -3.726  1.00 12.16      A     \nATOM   1960  C   ARG X 948       4.442  22.763  -4.384  1.00 12.29      A     \nATOM   1961  O   ARG X 948       4.568  23.974  -4.532  1.00 12.58      A     \nATOM   1962  CB  ARG X 948       3.410  22.036  -2.218  1.00 12.61      A     \nATOM   1963  CG  ARG X 948       2.135  21.743  -1.436  1.00 14.78      A     \nATOM   1964  CD  ARG X 948       1.128  22.880  -1.544  1.00 15.68      A     \nATOM   1965  NE  ARG X 948       1.609  24.100  -0.898  1.00 17.64      A     \nATOM   1966  CZ  ARG X 948       1.175  24.549   0.276  1.00 19.50      A     \nATOM   1967  NH1 ARG X 948       0.243  23.886   0.946  1.00 20.86      A     \nATOM   1968  NH2 ARG X 948       1.674  25.668   0.782  1.00 22.65      A     \nATOM   1969  N   LYS X 949       5.362  21.892  -4.791  1.00 10.94      A     \nATOM   1970  CA  LYS X 949       6.550  22.342  -5.510  1.00 11.03      A     \nATOM   1971  C   LYS X 949       6.182  22.987  -6.849  1.00 12.04      A     \nATOM   1972  O   LYS X 949       6.831  23.941  -7.285  1.00 13.54      A     \nATOM   1973  CB  LYS X 949       7.502  21.165  -5.733  1.00 11.69      A     \nATOM   1974  CG  LYS X 949       8.173  20.685  -4.459  1.00 13.79      A     \nATOM   1975  CD  LYS X 949       9.130  19.542  -4.740  1.00 14.03      A     \nATOM   1976  CE  LYS X 949       9.773  19.044  -3.455  1.00 18.60      A     \nATOM   1977  NZ  LYS X 949      10.629  17.840  -3.681  1.00 21.23      A     \nATOM   1978  N   CYS X 950       5.135  22.478  -7.491  1.00 11.85      A     \nATOM   1979  CA  CYS X 950       4.679  23.035  -8.767  1.00 11.26      A     \nATOM   1980  C   CYS X 950       4.091  24.435  -8.615  1.00 12.26      A     \nATOM   1981  O   CYS X 950       3.974  25.166  -9.596  1.00 11.71      A     \nATOM   1982  CB  CYS X 950       3.624  22.132  -9.409  1.00 11.25      A     \nATOM   1983  SG  CYS X 950       4.212  20.513  -9.939  1.00 13.06      A     \nATOM   1984  N   TRP X 951       3.704  24.800  -7.394  1.00 11.24      A     \nATOM   1985  CA  TRP X 951       3.089  26.103  -7.159  1.00 11.05      A     \nATOM   1986  C   TRP X 951       3.979  27.056  -6.361  1.00 12.44      A     \nATOM   1987  O   TRP X 951       3.487  27.978  -5.712  1.00 12.45      A     \nATOM   1988  CB  TRP X 951       1.750  25.947  -6.430  1.00 10.80      A     \nATOM   1989  CG  TRP X 951       0.813  24.963  -7.060  1.00 10.66      A     \nATOM   1990  CD1 TRP X 951       0.605  24.763  -8.394  1.00 11.47      A     \nATOM   1991  CD2 TRP X 951      -0.053  24.051  -6.376  1.00 10.99      A     \nATOM   1992  NE1 TRP X 951      -0.338  23.781  -8.583  1.00 11.69      A     \nATOM   1993  CE2 TRP X 951      -0.761  23.328  -7.359  1.00 10.42      A     \nATOM   1994  CE3 TRP X 951      -0.301  23.778  -5.028  1.00 10.98      A     \nATOM   1995  CZ2 TRP X 951      -1.699  22.348  -7.034  1.00 11.42      A     \nATOM   1996  CZ3 TRP X 951      -1.232  22.803  -4.704  1.00 11.43      A     \nATOM   1997  CH2 TRP X 951      -1.921  22.099  -5.702  1.00 11.23      A     \nATOM   1998  N   MET X 952       5.287  26.851  -6.412  1.00 13.51      A     \nATOM   1999  CA  MET X 952       6.181  27.792  -5.757  1.00 14.36      A     \nATOM   2000  C   MET X 952       6.274  29.072  -6.579  1.00 14.15      A     \nATOM   2001  O   MET X 952       6.137  29.048  -7.803  1.00 14.11      A     \nATOM   2002  CB  MET X 952       7.551  27.147  -5.552  1.00 17.53      A     \nATOM   2003  CG  MET X 952       7.468  26.012  -4.538  1.00 20.19      A     \nATOM   2004  SD  MET X 952       8.998  25.190  -4.125  1.00 23.66      A     \nATOM   2005  CE  MET X 952       9.870  26.496  -3.246  1.00 23.27      A     \nATOM   2006  N  AILE X 953       6.485  30.198  -5.907  0.50 14.97      A     \nATOM   2007  CA AILE X 953       6.408  31.490  -6.578  0.50 16.99      A     \nATOM   2008  C  AILE X 953       7.538  31.682  -7.589  0.50 17.16      A     \nATOM   2009  O  AILE X 953       7.322  32.239  -8.666  0.50 18.37      A     \nATOM   2010  CB AILE X 953       6.421  32.654  -5.556  0.50 18.36      A     \nATOM   2011  CG1AILE X 953       6.297  33.992  -6.291  0.50 17.93      A     \nATOM   2012  CG2AILE X 953       7.690  32.617  -4.731  0.50 19.36      A     \nATOM   2013  CD1AILE X 953       6.109  35.183  -5.373  0.50 20.54      A     \nATOM   2014  N  BILE X 953       6.472  30.202  -5.909  0.50 15.30      A     \nATOM   2015  CA BILE X 953       6.408  31.485  -6.600  0.50 17.54      A     \nATOM   2016  C  BILE X 953       7.530  31.636  -7.619  0.50 17.44      A     \nATOM   2017  O  BILE X 953       7.305  32.120  -8.729  0.50 18.25      A     \nATOM   2018  CB BILE X 953       6.460  32.669  -5.608  0.50 19.55      A     \nATOM   2019  CG1BILE X 953       7.728  32.600  -4.761  0.50 21.16      A     \nATOM   2020  CG2BILE X 953       5.229  32.654  -4.726  0.50 19.66      A     \nATOM   2021  CD1BILE X 953       7.913  33.794  -3.854  0.50 22.61      A     \nATOM   2022  N   ASP X 954       8.735  31.212  -7.253  1.00 16.54      A     \nATOM   2023  CA  ASP X 954       9.853  31.244  -8.192  1.00 18.94      A     \nATOM   2024  C   ASP X 954       9.701  30.121  -9.210  1.00 18.12      A     \nATOM   2025  O   ASP X 954       9.801  28.944  -8.870  1.00 18.55      A     \nATOM   2026  CB  ASP X 954      11.179  31.082  -7.444  1.00 22.21      A     \nATOM   2027  CG  ASP X 954      12.373  31.030  -8.379  1.00 27.48      A     \nATOM   2028  OD1 ASP X 954      13.464  30.626  -7.926  1.00 31.89      A     \nATOM   2029  OD2 ASP X 954      12.220  31.395  -9.565  1.00 29.07      A     \nATOM   2030  N   ALA X 955       9.462  30.493 -10.463  1.00 17.34      A     \nATOM   2031  CA  ALA X 955       9.212  29.514 -11.513  1.00 17.49      A     \nATOM   2032  C   ALA X 955      10.375  28.542 -11.667  1.00 18.08      A     \nATOM   2033  O   ALA X 955      10.178  27.368 -11.978  1.00 16.75      A     \nATOM   2034  CB  ALA X 955       8.951  30.228 -12.834  1.00 17.12      A     \nATOM   2035  N   ASP X 956      11.588  29.034 -11.443  1.00 20.84      A     \nATOM   2036  CA  ASP X 956      12.781  28.221 -11.638  1.00 23.46      A     \nATOM   2037  C   ASP X 956      12.967  27.179 -10.542  1.00 24.64      A     \nATOM   2038  O   ASP X 956      13.689  26.201 -10.729  1.00 26.45      A     \nATOM   2039  CB  ASP X 956      14.017  29.118 -11.716  1.00 26.71      A     \nATOM   2040  CG  ASP X 956      14.073  29.913 -13.005  1.00 29.45      A     \nATOM   2041  OD1 ASP X 956      14.364  31.127 -12.947  1.00 33.17      A     \nATOM   2042  OD2 ASP X 956      13.823  29.322 -14.075  1.00 32.49      A     \nATOM   2043  N   SER X 957      12.313  27.382  -9.404  1.00 23.57      A     \nATOM   2044  CA  SER X 957      12.416  26.428  -8.304  1.00 22.80      A     \nATOM   2045  C   SER X 957      11.418  25.286  -8.461  1.00 21.32      A     \nATOM   2046  O   SER X 957      11.521  24.265  -7.778  1.00 21.77      A     \nATOM   2047  CB  SER X 957      12.182  27.125  -6.969  1.00 25.16      A     \nATOM   2048  OG  SER X 957      10.821  27.459  -6.806  1.00 25.03      A     \nATOM   2049  N   ARG X 958      10.445  25.460  -9.354  1.00 17.24      A     \nATOM   2050  CA  ARG X 958       9.478  24.402  -9.634  1.00 15.25      A     \nATOM   2051  C   ARG X 958      10.180  23.241 -10.325  1.00 14.48      A     \nATOM   2052  O   ARG X 958      11.178  23.433 -11.015  1.00 16.96      A     \nATOM   2053  CB  ARG X 958       8.354  24.931 -10.535  1.00 13.77      A     \nATOM   2054  CG  ARG X 958       7.537  26.044  -9.909  1.00 12.56      A     \nATOM   2055  CD  ARG X 958       6.542  26.668 -10.885  1.00 13.22      A     \nATOM   2056  NE  ARG X 958       6.149  27.985 -10.398  1.00 12.42      A     \nATOM   2057  CZ  ARG X 958       5.747  28.994 -11.163  1.00 12.17      A     \nATOM   2058  NH1 ARG X 958       5.430  30.154 -10.605  1.00 13.98      A     \nATOM   2059  NH2 ARG X 958       5.633  28.839 -12.480  1.00 13.32      A     \nATOM   2060  N   PRO X 959       9.666  22.018 -10.153  1.00 13.95      A     \nATOM   2061  CA  PRO X 959      10.243  20.896 -10.899  1.00 14.50      A     \nATOM   2062  C   PRO X 959      10.048  21.090 -12.398  1.00 15.61      A     \nATOM   2063  O   PRO X 959       9.139  21.803 -12.826  1.00 17.61      A     \nATOM   2064  CB  PRO X 959       9.489  19.678 -10.362  1.00 16.73      A     \nATOM   2065  CG  PRO X 959       8.224  20.224  -9.789  1.00 20.89      A     \nATOM   2066  CD  PRO X 959       8.518  21.619  -9.322  1.00 14.40      A     \nATOM   2067  N   LYS X 960      10.914  20.482 -13.198  1.00 15.54      A     \nATOM   2068  CA  LYS X 960      10.681  20.439 -14.635  1.00 14.59      A     \nATOM   2069  C   LYS X 960       9.963  19.141 -14.970  1.00 13.91      A     \nATOM   2070  O   LYS X 960       9.936  18.204 -14.163  1.00 14.69      A     \nATOM   2071  CB  LYS X 960      12.006  20.546 -15.399  1.00 17.98      A     \nATOM   2072  CG  LYS X 960      12.691  21.904 -15.231  1.00 20.79      A     \nATOM   2073  CD  LYS X 960      13.711  22.177 -16.327  1.00 24.46      A     \nATOM   2074  CE  LYS X 960      13.046  22.373 -17.683  1.00 24.06      A     \nATOM   2075  NZ  LYS X 960      12.124  23.544 -17.708  1.00 26.53      A     \nATOM   2076  N   PHE X 961       9.358  19.079 -16.150  1.00 13.86      A     \nATOM   2077  CA  PHE X 961       8.565  17.909 -16.491  1.00 13.23      A     \nATOM   2078  C   PHE X 961       9.401  16.633 -16.473  1.00 13.37      A     \nATOM   2079  O   PHE X 961       8.915  15.577 -16.076  1.00 14.44      A     \nATOM   2080  CB  PHE X 961       7.886  18.102 -17.850  1.00 13.02      A     \nATOM   2081  CG  PHE X 961       6.724  19.058 -17.805  1.00 12.31      A     \nATOM   2082  CD1 PHE X 961       5.601  18.764 -17.040  1.00 11.93      A     \nATOM   2083  CD2 PHE X 961       6.769  20.267 -18.483  1.00 12.88      A     \nATOM   2084  CE1 PHE X 961       4.548  19.659 -16.949  1.00 11.28      A     \nATOM   2085  CE2 PHE X 961       5.715  21.168 -18.394  1.00 12.91      A     \nATOM   2086  CZ  PHE X 961       4.607  20.861 -17.625  1.00 11.92      A     \nATOM   2087  N   ARG X 962      10.663  16.727 -16.877  1.00 14.82      A     \nATOM   2088  CA  ARG X 962      11.528  15.554 -16.859  1.00 16.41      A     \nATOM   2089  C   ARG X 962      11.663  15.009 -15.439  1.00 15.50      A     \nATOM   2090  O   ARG X 962      11.645  13.794 -15.224  1.00 17.43      A     \nATOM   2091  CB  ARG X 962      12.907  15.914 -17.415  1.00 20.14      A     \nATOM   2092  CG  ARG X 962      13.884  14.762 -17.431  1.00 25.41      A     \nATOM   2093  CD  ARG X 962      15.094  15.112 -18.264  1.00 30.05      A     \nATOM   2094  NE  ARG X 962      14.710  15.633 -19.571  1.00 34.19      A     \nATOM   2095  CZ  ARG X 962      14.513  14.877 -20.645  1.00 35.42      A     \nATOM   2096  NH1 ARG X 962      14.667  13.561 -20.568  1.00 37.00      A     \nATOM   2097  NH2 ARG X 962      14.160  15.435 -21.795  1.00 36.37      A     \nATOM   2098  N   GLU X 963      11.787  15.914 -14.472  1.00 16.38      A     \nATOM   2099  CA  GLU X 963      11.863  15.530 -13.066  1.00 16.59      A     \nATOM   2100  C   GLU X 963      10.547  14.916 -12.591  1.00 16.14      A     \nATOM   2101  O   GLU X 963      10.536  13.951 -11.829  1.00 17.11      A     \nATOM   2102  CB  GLU X 963      12.207  16.751 -12.208  1.00 17.75      A     \nATOM   2103  CG  GLU X 963      13.507  17.442 -12.608  1.00 23.23      A     \nATOM   2104  CD  GLU X 963      13.841  18.634 -11.730  1.00 25.92      A     \nATOM   2105  OE1 GLU X 963      13.509  19.775 -12.116  1.00 26.58      A     \nATOM   2106  OE2 GLU X 963      14.438  18.432 -10.653  1.00 31.51      A     \nATOM   2107  N   LEU X 964       9.434  15.473 -13.053  1.00 14.21      A     \nATOM   2108  CA  LEU X 964       8.126  14.965 -12.669  1.00 14.13      A     \nATOM   2109  C   LEU X 964       7.880  13.561 -13.214  1.00 14.44      A     \nATOM   2110  O   LEU X 964       7.268  12.726 -12.547  1.00 14.39      A     \nATOM   2111  CB  LEU X 964       7.040  15.923 -13.159  1.00 12.77      A     \nATOM   2112  CG  LEU X 964       7.026  17.259 -12.419  1.00 13.98      A     \nATOM   2113  CD1 LEU X 964       6.197  18.263 -13.196  1.00 13.45      A     \nATOM   2114  CD2 LEU X 964       6.469  17.054 -11.016  1.00 14.14      A     \nATOM   2115  N   ILE X 965       8.366  13.294 -14.422  1.00 13.94      A     \nATOM   2116  CA  ILE X 965       8.307  11.942 -14.966  1.00 14.72      A     \nATOM   2117  C   ILE X 965       9.017  10.949 -14.048  1.00 14.91      A     \nATOM   2118  O   ILE X 965       8.485   9.878 -13.751  1.00 15.43      A     \nATOM   2119  CB  ILE X 965       8.960  11.869 -16.361  1.00 15.54      A     \nATOM   2120  CG1 ILE X 965       8.151  12.698 -17.362  1.00 14.94      A     \nATOM   2121  CG2 ILE X 965       9.038  10.422 -16.821  1.00 17.45      A     \nATOM   2122  CD1 ILE X 965       8.813  12.818 -18.722  1.00 17.19      A     \nATOM   2123  N   ILE X 966      10.214  11.313 -13.597  1.00 15.62      A     \nATOM   2124  CA  ILE X 966      11.015  10.433 -12.750  1.00 17.64      A     \nATOM   2125  C   ILE X 966      10.322  10.174 -11.415  1.00 17.02      A     \nATOM   2126  O   ILE X 966      10.230   9.033 -10.958  1.00 17.61      A     \nATOM   2127  CB  ILE X 966      12.403  11.048 -12.471  1.00 20.35      A     \nATOM   2128  CG1 ILE X 966      13.189  11.184 -13.776  1.00 23.08      A     \nATOM   2129  CG2 ILE X 966      13.163  10.190 -11.475  1.00 20.57      A     \nATOM   2130  CD1 ILE X 966      13.446   9.874 -14.474  1.00 26.71      A     \nATOM   2131  N   GLU X 967       9.831  11.238 -10.792  1.00 16.08      A     \nATOM   2132  CA  GLU X 967       9.268  11.123  -9.456  1.00 17.66      A     \nATOM   2133  C   GLU X 967       7.962  10.335  -9.458  1.00 16.54      A     \nATOM   2134  O   GLU X 967       7.765   9.441  -8.633  1.00 16.74      A     \nATOM   2135  CB  GLU X 967       9.035  12.512  -8.860  1.00 21.46      A     \nATOM   2136  CG  GLU X 967       8.540  12.483  -7.425  1.00 28.96      A     \nATOM   2137  CD  GLU X 967       9.454  11.695  -6.509  1.00 32.14      A     \nATOM   2138  OE1 GLU X 967      10.674  11.962  -6.510  1.00 35.40      A     \nATOM   2139  OE2 GLU X 967       8.953  10.806  -5.787  1.00 35.85      A     \nATOM   2140  N   PHE X 968       7.067  10.656 -10.386  1.00 15.87      A     \nATOM   2141  CA  PHE X 968       5.807   9.938 -10.451  1.00 15.12      A     \nATOM   2142  C   PHE X 968       5.986   8.505 -10.942  1.00 14.82      A     \nATOM   2143  O   PHE X 968       5.218   7.624 -10.564  1.00 16.11      A     \nATOM   2144  CB  PHE X 968       4.799  10.690 -11.329  1.00 15.51      A     \nATOM   2145  CG  PHE X 968       4.030  11.748 -10.586  1.00 14.17      A     \nATOM   2146  CD1 PHE X 968       3.060  11.394  -9.660  1.00 16.40      A     \nATOM   2147  CD2 PHE X 968       4.280  13.092 -10.801  1.00 14.08      A     \nATOM   2148  CE1 PHE X 968       2.355  12.360  -8.961  1.00 16.59      A     \nATOM   2149  CE2 PHE X 968       3.577  14.066 -10.105  1.00 15.15      A     \nATOM   2150  CZ  PHE X 968       2.615  13.698  -9.185  1.00 16.19      A     \nATOM   2151  N   SER X 969       7.004   8.260 -11.765  1.00 14.90      A     \nATOM   2152  CA  SER X 969       7.291   6.894 -12.196  1.00 15.39      A     \nATOM   2153  C   SER X 969       7.715   6.025 -11.014  1.00 16.35      A     \nATOM   2154  O   SER X 969       7.327   4.857 -10.922  1.00 17.29      A     \nATOM   2155  CB  SER X 969       8.383   6.888 -13.270  1.00 15.64      A     \nATOM   2156  OG  SER X 969       7.891   7.400 -14.499  1.00 18.02      A     \nATOM   2157  N   LYS X 970       8.500   6.597 -10.106  1.00 16.47      A     \nATOM   2158  CA  LYS X 970       8.912   5.880  -8.904  1.00 17.98      A     \nATOM   2159  C   LYS X 970       7.686   5.541  -8.066  1.00 17.44      A     \nATOM   2160  O   LYS X 970       7.540   4.419  -7.571  1.00 18.46      A     \nATOM   2161  CB  LYS X 970       9.878   6.739  -8.082  1.00 20.20      A     \nATOM   2162  CG  LYS X 970      10.418   6.052  -6.839  1.00 25.27      A     \nATOM   2163  CD  LYS X 970      11.239   7.009  -5.986  1.00 29.34      A     \nATOM   2164  CE  LYS X 970      10.371   8.104  -5.384  1.00 31.58      A     \nATOM   2165  NZ  LYS X 970       9.311   7.554  -4.491  1.00 33.82      A     \nATOM   2166  N   MET X 971       6.795   6.511  -7.912  1.00 17.44      A     \nATOM   2167  CA  MET X 971       5.605   6.293  -7.105  1.00 17.69      A     \nATOM   2168  C   MET X 971       4.684   5.270  -7.746  1.00 17.16      A     \nATOM   2169  O   MET X 971       4.032   4.492  -7.048  1.00 18.84      A     \nATOM   2170  CB  MET X 971       4.863   7.609  -6.900  1.00 17.35      A     \nATOM   2171  CG  MET X 971       5.667   8.613  -6.111  1.00 16.91      A     \nATOM   2172  SD  MET X 971       4.697  10.054  -5.701  1.00 20.60      A     \nATOM   2173  CE  MET X 971       5.723  10.800  -4.450  1.00 20.85      A     \nATOM   2174  N   ALA X 972       4.640   5.265  -9.074  1.00 16.88      A     \nATOM   2175  CA  ALA X 972       3.784   4.345  -9.810  1.00 17.27      A     \nATOM   2176  C   ALA X 972       4.237   2.895  -9.658  1.00 17.78      A     \nATOM   2177  O   ALA X 972       3.480   1.974  -9.960  1.00 19.30      A     \nATOM   2178  CB  ALA X 972       3.750   4.734 -11.287  1.00 17.23      A     \nATOM   2179  N   ARG X 973       5.465   2.692  -9.189  1.00 18.57      A     \nATOM   2180  CA  ARG X 973       5.980   1.341  -8.964  1.00 19.94      A     \nATOM   2181  C   ARG X 973       5.444   0.718  -7.675  1.00 19.70      A     \nATOM   2182  O   ARG X 973       5.419  -0.505  -7.535  1.00 20.90      A     \nATOM   2183  CB  ARG X 973       7.513   1.350  -8.922  1.00 23.25      A     \nATOM   2184  CG  ARG X 973       8.178   1.649 -10.252  1.00 29.16      A     \nATOM   2185  CD  ARG X 973       9.669   1.341 -10.204  1.00 31.82      A     \nATOM   2186  NE  ARG X 973       9.923  -0.063  -9.886  1.00 35.92      A     \nATOM   2187  CZ  ARG X 973      11.126  -0.566  -9.623  1.00 38.48      A     \nATOM   2188  NH1 ARG X 973      11.262  -1.856  -9.345  1.00 38.96      A     \nATOM   2189  NH2 ARG X 973      12.194   0.220  -9.635  1.00 39.54      A     \nATOM   2190  N   ASP X 974       5.030   1.560  -6.732  1.00 18.76      A     \nATOM   2191  CA  ASP X 974       4.427   1.095  -5.485  1.00 19.03      A     \nATOM   2192  C   ASP X 974       3.250   2.007  -5.138  1.00 18.50      A     \nATOM   2193  O   ASP X 974       3.291   2.756  -4.162  1.00 17.64      A     \nATOM   2194  CB  ASP X 974       5.453   1.124  -4.346  1.00 22.24      A     \nATOM   2195  CG  ASP X 974       6.583   0.124  -4.547  1.00 26.17      A     \nATOM   2196  OD1 ASP X 974       6.399  -1.062  -4.201  1.00 27.75      A     \nATOM   2197  OD2 ASP X 974       7.657   0.524  -5.046  1.00 27.19      A     \nATOM   2198  N   PRO X 975       2.179   1.940  -5.937  1.00 18.60      A     \nATOM   2199  CA  PRO X 975       1.111   2.949  -5.934  1.00 18.73      A     \nATOM   2200  C   PRO X 975       0.413   3.106  -4.585  1.00 18.93      A     \nATOM   2201  O   PRO X 975       0.122   4.221  -4.158  1.00 17.23      A     \nATOM   2202  CB  PRO X 975       0.145   2.463  -7.014  1.00 21.07      A     \nATOM   2203  CG  PRO X 975       0.925   1.498  -7.836  1.00 23.18      A     \nATOM   2204  CD  PRO X 975       1.933   0.879  -6.926  1.00 21.01      A     \nATOM   2205  N   GLN X 976       0.138   1.990  -3.920  1.00 18.66      A     \nATOM   2206  CA  GLN X 976      -0.640   2.018  -2.684  1.00 19.22      A     \nATOM   2207  C   GLN X 976       0.156   2.628  -1.537  1.00 19.67      A     \nATOM   2208  O   GLN X 976      -0.388   2.916  -0.470  1.00 21.44      A     \nATOM   2209  CB  GLN X 976      -1.091   0.600  -2.309  1.00 21.52      A     \nATOM   2210  CG  GLN X 976      -2.146   0.015  -3.238  1.00 24.69      A     \nATOM   2211  CD  GLN X 976      -1.566  -0.538  -4.528  1.00 26.82      A     \nATOM   2212  OE1 GLN X 976      -0.358  -0.744  -4.645  1.00 29.19      A     \nATOM   2213  NE2 GLN X 976      -2.431  -0.781  -5.506  1.00 28.43      A     \nATOM   2214  N   ARG X 977       1.448   2.825  -1.767  1.00 20.38      A     \nATOM   2215  CA  ARG X 977       2.328   3.469  -0.803  1.00 18.47      A     \nATOM   2216  C   ARG X 977       2.167   4.992  -0.837  1.00 18.41      A     \nATOM   2217  O   ARG X 977       2.593   5.699   0.082  1.00 20.11      A     \nATOM   2218  CB  ARG X 977       3.777   3.088  -1.115  1.00 22.42      A     \nATOM   2219  CG  ARG X 977       4.813   3.687  -0.191  1.00 25.82      A     \nATOM   2220  CD  ARG X 977       6.168   3.025  -0.414  1.00 29.54      A     \nATOM   2221  NE  ARG X 977       6.166   1.625   0.003  1.00 33.37      A     \nATOM   2222  CZ  ARG X 977       7.086   0.733  -0.358  1.00 33.91      A     \nATOM   2223  NH1 ARG X 977       7.002  -0.519   0.074  1.00 37.38      A     \nATOM   2224  NH2 ARG X 977       8.087   1.088  -1.154  1.00 34.02      A     \nATOM   2225  N   TYR X 978       1.552   5.496  -1.903  1.00 15.99      A     \nATOM   2226  CA  TYR X 978       1.519   6.935  -2.128  1.00 14.96      A     \nATOM   2227  C   TYR X 978       0.117   7.518  -2.232  1.00 13.32      A     \nATOM   2228  O   TYR X 978      -0.087   8.697  -1.948  1.00 14.36      A     \nATOM   2229  CB  TYR X 978       2.338   7.274  -3.376  1.00 15.64      A     \nATOM   2230  CG  TYR X 978       3.814   7.033  -3.167  1.00 16.68      A     \nATOM   2231  CD1 TYR X 978       4.447   5.928  -3.725  1.00 17.92      A     \nATOM   2232  CD2 TYR X 978       4.564   7.882  -2.362  1.00 18.45      A     \nATOM   2233  CE1 TYR X 978       5.790   5.676  -3.482  1.00 20.60      A     \nATOM   2234  CE2 TYR X 978       5.902   7.637  -2.113  1.00 21.28      A     \nATOM   2235  CZ  TYR X 978       6.509   6.534  -2.673  1.00 22.59      A     \nATOM   2236  OH  TYR X 978       7.838   6.282  -2.413  1.00 25.44      A     \nATOM   2237  N   LEU X 979      -0.848   6.698  -2.635  1.00 14.74      A     \nATOM   2238  CA  LEU X 979      -2.247   7.105  -2.617  1.00 14.10      A     \nATOM   2239  C   LEU X 979      -3.043   6.079  -1.819  1.00 15.61      A     \nATOM   2240  O   LEU X 979      -2.865   4.874  -2.002  1.00 18.25      A     \nATOM   2241  CB  LEU X 979      -2.793   7.207  -4.047  1.00 13.85      A     \nATOM   2242  CG  LEU X 979      -2.098   8.208  -4.977  1.00 12.39      A     \nATOM   2243  CD1 LEU X 979      -2.697   8.108  -6.372  1.00 13.05      A     \nATOM   2244  CD2 LEU X 979      -2.248   9.630  -4.435  1.00 14.18      A     \nATOM   2245  N   VAL X 980      -3.911   6.563  -0.935  1.00 15.71      A     \nATOM   2246  CA  VAL X 980      -4.667   5.700  -0.033  1.00 18.18      A     \nATOM   2247  C   VAL X 980      -6.128   5.658  -0.466  1.00 17.57      A     \nATOM   2248  O   VAL X 980      -6.889   6.603  -0.229  1.00 17.70      A     \nATOM   2249  CB  VAL X 980      -4.590   6.216   1.419  1.00 21.33      A     \nATOM   2250  CG1 VAL X 980      -5.242   5.217   2.366  1.00 23.86      A     \nATOM   2251  CG2 VAL X 980      -3.140   6.461   1.807  1.00 24.14      A     \nATOM   2252  N   ILE X 981      -6.510   4.556  -1.103  1.00 18.25      A     \nATOM   2253  CA  ILE X 981      -7.842   4.403  -1.673  1.00 18.59      A     \nATOM   2254  C   ILE X 981      -8.488   3.119  -1.166  1.00 21.03      A     \nATOM   2255  O   ILE X 981      -7.912   2.038  -1.287  1.00 21.47      A     \nATOM   2256  CB  ILE X 981      -7.769   4.361  -3.216  1.00 19.67      A     \nATOM   2257  CG1 ILE X 981      -7.336   5.730  -3.744  1.00 19.71      A     \nATOM   2258  CG2 ILE X 981      -9.108   3.953  -3.798  1.00 20.51      A     \nATOM   2259  CD1 ILE X 981      -7.056   5.752  -5.229  1.00 19.90      A     \nATOM   2260  N   GLN X 982      -9.683   3.235  -0.596  1.00 20.91      A     \nATOM   2261  CA  GLN X 982     -10.355   2.070  -0.034  1.00 21.50      A     \nATOM   2262  C   GLN X 982     -10.690   1.073  -1.136  1.00 23.24      A     \nATOM   2263  O   GLN X 982     -11.184   1.450  -2.197  1.00 24.62      A     \nATOM   2264  CB  GLN X 982     -11.642   2.482   0.692  1.00 20.13      A     \nATOM   2265  CG  GLN X 982     -12.329   1.315   1.392  1.00 18.20      A     \nATOM   2266  CD  GLN X 982     -13.633   1.692   2.067  1.00 17.78      A     \nATOM   2267  OE1 GLN X 982     -14.467   0.830   2.353  1.00 21.93      A     \nATOM   2268  NE2 GLN X 982     -13.815   2.978   2.331  1.00 17.69      A     \nATOM   2269  N   GLY X 983     -10.415  -0.201  -0.880  1.00 26.40      A     \nATOM   2270  CA  GLY X 983     -10.715  -1.226  -1.863  1.00 29.13      A     \nATOM   2271  C   GLY X 983      -9.642  -1.322  -2.930  1.00 31.44      A     \nATOM   2272  O   GLY X 983      -9.848  -1.942  -3.974  1.00 31.12      A     \nATOM   2273  N   ASP X 984      -8.496  -0.704  -2.666  1.00 32.47      A     \nATOM   2274  CA  ASP X 984      -7.377  -0.729  -3.601  1.00 34.51      A     \nATOM   2275  C   ASP X 984      -6.120  -1.286  -2.939  1.00 38.21      A     \nATOM   2276  O   ASP X 984      -5.339  -0.540  -2.349  1.00 39.04      A     \nATOM   2277  CB  ASP X 984      -7.101   0.684  -4.120  1.00 32.63      A     \nATOM   2278  CG  ASP X 984      -5.860   0.756  -4.982  1.00 30.61      A     \nATOM   2279  OD1 ASP X 984      -5.650  -0.162  -5.804  1.00 32.16      A     \nATOM   2280  OD2 ASP X 984      -5.092   1.730  -4.835  1.00 27.23      A     \nATOM   2281  N   GLU X 985      -5.925  -2.597  -3.043  1.00 41.49      A     \nATOM   2282  CA  GLU X 985      -6.865  -3.472  -3.732  1.00 44.47      A     \nATOM   2283  C   GLU X 985      -6.895  -4.831  -3.040  1.00 45.14      A     \nATOM   2284  O   GLU X 985      -6.155  -4.994  -2.046  1.00 46.03      A     \nATOM   2285  CB  GLU X 985      -6.451  -3.642  -5.197  1.00 46.23      A     \nATOM   2286  CG  GLU X 985      -7.422  -4.461  -6.036  1.00 48.93      A     \nATOM   2287  CD  GLU X 985      -8.827  -3.889  -6.030  1.00 49.96      A     \nATOM   2288  OE1 GLU X 985      -9.002  -2.734  -6.474  1.00 50.83      A     \nATOM   2289  OE2 GLU X 985      -9.756  -4.595  -5.583  1.00 50.39      A     \nATOM   2290  C5  8BP X9001     -14.984  16.892 -25.745  1.00 17.20      A     \nATOM   2291  C6  8BP X9001     -13.245  16.033 -27.295  1.00 14.56      A     \nATOM   2292  C8  8BP X9001     -13.314  13.664 -27.733  1.00 15.42      A     \nATOM   2293  C10 8BP X9001     -11.654  15.130 -28.653  1.00 14.45      A     \nATOM   2294  N12 8BP X9001     -10.562  15.041 -29.471  1.00 14.48      A     \nATOM   2295  C13 8BP X9001     -10.444  13.706 -29.817  1.00 14.60      A     \nATOM   2296  C15 8BP X9001      -9.722  16.187 -29.866  1.00 14.09      A     \nATOM   2297  C17 8BP X9001      -8.272  15.802 -30.213  1.00 14.60      A     \nATOM   2298  C20 8BP X9001     -15.913  12.953 -26.057  1.00 18.35      A     \nATOM   2299  C24 8BP X9001     -17.976  12.550 -24.701  1.00 22.61      A     \nATOM   2300  C28 8BP X9001     -14.006  18.188 -21.552  1.00 16.97      A     \nATOM   2301  C1  8BP X9001     -15.217  18.288 -25.160  1.00 16.28      A     \nATOM   2302  C2  8BP X9001     -14.570  19.215 -26.169  1.00 18.48      A     \nATOM   2303  C3  8BP X9001     -13.350  18.441 -26.656  1.00 17.47      A     \nATOM   2304  N4  8BP X9001     -13.826  17.074 -26.612  1.00 16.34      A     \nATOM   2305  N7  8BP X9001     -13.808  14.802 -27.137  1.00 13.84      A     \nATOM   2306  C9  8BP X9001     -12.155  13.829 -28.544  1.00 14.74      A     \nATOM   2307  N11 8BP X9001     -12.146  16.255 -28.067  1.00 15.05      A     \nATOM   2308  N14 8BP X9001     -11.385  12.957 -29.278  1.00 14.81      A     \nATOM   2309  C16 8BP X9001     -10.338  16.927 -31.057  1.00 16.04      A     \nATOM   2310  N18 8BP X9001     -13.949  12.419 -27.531  1.00 16.29      A     \nATOM   2311  C19 8BP X9001     -15.074  12.128 -26.797  1.00 16.79      A     \nATOM   2312  N21 8BP X9001     -16.875  12.146 -25.541  1.00 19.67      A     \nATOM   2313  N22 8BP X9001     -16.736  10.854 -25.879  1.00 20.11      A     \nATOM   2314  C23 8BP X9001     -15.637  10.849 -26.645  1.00 18.18      A     \nATOM   2315  F25 8BP X9001     -15.435  19.394 -27.210  1.00 20.37      A     \nATOM   2316  N26 8BP X9001     -14.516  18.408 -23.877  1.00 16.59      A     \nATOM   2317  C27 8BP X9001     -14.984  17.881 -22.681  1.00 16.55      A     \nATOM   2318  C29 8BP X9001     -14.357  17.532 -20.225  1.00 18.11      A     \nATOM   2319  O30 8BP X9001     -16.039  17.251 -22.540  1.00 20.86      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    6\nCONECT    4    3\nCONECT    5    2\nCONECT    6    3    7\nCONECT    7    6    8   10\nCONECT    8    7    9   14\nCONECT    9    8\nCONECT   10    7   11\nCONECT   11   10   12   13\nCONECT   12   11\nCONECT   13   11\nCONECT   14    8   15\nCONECT   15   14   16   18\nCONECT   16   15   17   22\nCONECT   17   16\nCONECT   18   15   19\nCONECT   19   18   20   21\nCONECT   20   19\nCONECT   21   19\nCONECT   22   16   23\nCONECT   23   22   24   26\nCONECT   24   23   25   33\nCONECT   25   24\nCONECT   26   23   27\nCONECT   27   26   28\nCONECT   28   27   29\nCONECT   29   28   30\nCONECT   30   29   31   32\nCONECT   31   30\nCONECT   32   30\nCONECT   33   24   34\nCONECT   34   33   35   37\nCONECT   35   34   36   41\nCONECT   36   35\nCONECT   37   34   38   39\nCONECT   38   37   40\nCONECT   39   37\nCONECT   40   38\nCONECT   41   35   42\nCONECT   42   41   43   45\nCONECT   43   42   44   49\nCONECT   44   43\nCONECT   45   42   46\nCONECT   46   45   47   48\nCONECT   47   46\nCONECT   48   46\nCONECT   49   43   50\nCONECT   50   49   51   53\nCONECT   51   50   52   58\nCONECT   52   51\nCONECT   53   50   54\nCONECT   54   53   55\nCONECT   55   54   56\nCONECT   56   55   57\nCONECT   57   56\nCONECT   58   51   59\nCONECT   59   58   60   62\nCONECT   60   59   61   67\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64\nCONECT   64   63   65   66\nCONECT   65   64\nCONECT   66   64\nCONECT   67   60   68\nCONECT   68   67   69   71\nCONECT   69   68   70   74\nCONECT   70   69\nCONECT   71   68   72   73\nCONECT   72   71\nCONECT   73   71\nCONECT   74   69   75\nCONECT   75   74   76   78\nCONECT   76   75   77   83\nCONECT   77   76\nCONECT   78   75   79\nCONECT   79   78   80\nCONECT   80   79   81   82\nCONECT   81   80\nCONECT   82   80\nCONECT   83   76   84\nCONECT   84   83   85   87\nCONECT   85   84   86   94\nCONECT   86   85\nCONECT   87   84   88\nCONECT   88   87   89   90\nCONECT   89   88   91\nCONECT   90   88   92\nCONECT   91   89   93\nCONECT   92   90   93\nCONECT   93   91   92\nCONECT   94   85   95\nCONECT   95   94   96   98\nCONECT   96   95   97  103\nCONECT   97   96\nCONECT   98   95   99\nCONECT   99   98  100\nCONECT  100   99  101\nCONECT  101  100  102\nCONECT  102  101\nCONECT  103   96  104\nCONECT  104  103  105  107\nCONECT  105  104  106  112\nCONECT  106  105\nCONECT  107  104  108\nCONECT  108  107  109\nCONECT  109  108  110\nCONECT  110  109  111\nCONECT  111  110\nCONECT  112  105  113\nCONECT  113  112  114  116\nCONECT  114  113  115  120\nCONECT  115  114\nCONECT  116  113  117  118\nCONECT  117  116  119\nCONECT  118  116\nCONECT  119  117\nCONECT  120  114  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  136\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133\nCONECT  135  133\nCONECT  136  131  137\nCONECT  137  136  138  140\nCONECT  138  137  139  144\nCONECT  139  138\nCONECT  140  137  141\nCONECT  141  140  142  143\nCONECT  142  141\nCONECT  143  141\nCONECT  144  138  145\nCONECT  145  144  146\nCONECT  146  145  147  148\nCONECT  147  146\nCONECT  148  146  149\nCONECT  149  148  150  152\nCONECT  150  149  151  154\nCONECT  151  150\nCONECT  152  149  153\nCONECT  153  152\nCONECT  154  150  155\nCONECT  155  154  156\nCONECT  156  155  157  158\nCONECT  157  156\nCONECT  158  156  159\nCONECT  159  158  160  162\nCONECT  160  159  161  163\nCONECT  161  160\nCONECT  162  159\nCONECT  163  160  164\nCONECT  164  163  165  167\nCONECT  165  164  166  174\nCONECT  166  165\nCONECT  167  164  168\nCONECT  168  167  169  170\nCONECT  169  168  171\nCONECT  170  168  172\nCONECT  171  169  173\nCONECT  172  170  173\nCONECT  173  171  172\nCONECT  174  165  175\nCONECT  175  174  176\nCONECT  176  175  177  178\nCONECT  177  176\nCONECT  178  176  179\nCONECT  179  178  180  182\nCONECT  180  179  181  185\nCONECT  181  180\nCONECT  182  179  183  184\nCONECT  183  182\nCONECT  184  182\nCONECT  185  180  186\nCONECT  186  185  187  189\nCONECT  187  186  188  192\nCONECT  188  187\nCONECT  189  186  190  191\nCONECT  190  189\nCONECT  191  189\nCONECT  192  187  193\nCONECT  193  192  194  196\nCONECT  194  193  195  204\nCONECT  195  194\nCONECT  196  193  197\nCONECT  197  196  198  199\nCONECT  198  197  200\nCONECT  199  197  201\nCONECT  200  198  202\nCONECT  201  199  202\nCONECT  202  200  201  203\nCONECT  203  202\nCONECT  204  194  205\nCONECT  205  204  206  208\nCONECT  206  205  207  213\nCONECT  207  206\nCONECT  208  205  209\nCONECT  209  208  210\nCONECT  210  209  211\nCONECT  211  210  212\nCONECT  212  211\nCONECT  213  206  214\nCONECT  214  213  215\nCONECT  215  214  216  217\nCONECT  216  215\nCONECT  217  215  218\nCONECT  218  217  219  221\nCONECT  219  218  220  225\nCONECT  220  219\nCONECT  221  218  222\nCONECT  222  221  223  224\nCONECT  223  222\nCONECT  224  222\nCONECT  225  219  226\nCONECT  226  225  227  229\nCONECT  227  226  228  239\nCONECT  228  227\nCONECT  229  226  230\nCONECT  230  229  231  232\nCONECT  231  230  233\nCONECT  232  230  234  235\nCONECT  233  231  234\nCONECT  234  232  233  236\nCONECT  235  232  237\nCONECT  236  234  238\nCONECT  237  235  238\nCONECT  238  236  237\nCONECT  239  227  240\nCONECT  240  239  241  243\nCONECT  241  240  242  247\nCONECT  242  241\nCONECT  243  240  244  245\nCONECT  244  243  246\nCONECT  245  243\nCONECT  246  244\nCONECT  247  241  248  253\nCONECT  248  247  249  251\nCONECT  249  248  250  254\nCONECT  250  249\nCONECT  251  248  252\nCONECT  252  251  253\nCONECT  253  247  252\nCONECT  254  249  255\nCONECT  255  254  256  258\nCONECT  256  255  257  263\nCONECT  257  256\nCONECT  258  255  259\nCONECT  259  258  260\nCONECT  260  259  261  262\nCONECT  261  260\nCONECT  262  260\nCONECT  263  256  264\nCONECT  264  263  265\nCONECT  265  264  266  267\nCONECT  266  265\nCONECT  267  265  268\nCONECT  268  267  269  271\nCONECT  269  268  270  276\nCONECT  270  269\nCONECT  271  268  272\nCONECT  272  271  273\nCONECT  273  272  274  275\nCONECT  274  273\nCONECT  275  273\nCONECT  276  269  277\nCONECT  277  276  278  280\nCONECT  278  277  279  285\nCONECT  279  278\nCONECT  280  277  281\nCONECT  281  280  282\nCONECT  282  281  283\nCONECT  283  282  284\nCONECT  284  283\nCONECT  285  278  286\nCONECT  286  285  287  289\nCONECT  287  286  288  292\nCONECT  288  287\nCONECT  289  286  290  291\nCONECT  290  289\nCONECT  291  289\nCONECT  292  287  293\nCONECT  293  292  294  296\nCONECT  294  293  295  301\nCONECT  295  294\nCONECT  296  293  297\nCONECT  297  296  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299\nCONECT  301  294  302\nCONECT  302  301  303  305\nCONECT  303  302  304  309\nCONECT  304  303\nCONECT  305  302  306  307\nCONECT  306  305  308\nCONECT  307  305\nCONECT  308  306\nCONECT  309  303  310  315\nCONECT  310  309  311  313\nCONECT  311  310  312  316\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  309  314\nCONECT  316  311  317\nCONECT  317  316  318  320\nCONECT  318  317  319  323\nCONECT  319  318\nCONECT  320  317  321  322\nCONECT  321  320\nCONECT  322  320\nCONECT  323  318  324\nCONECT  324  323  325  327\nCONECT  325  324  326  328\nCONECT  326  325\nCONECT  327  324\nCONECT  328  325  329\nCONECT  329  328  330  332\nCONECT  330  329  331  336\nCONECT  331  330\nCONECT  332  329  333  334\nCONECT  333  332  335\nCONECT  334  332\nCONECT  335  333\nCONECT  336  330  337\nCONECT  337  336  338  340\nCONECT  338  337  339  345\nCONECT  339  338\nCONECT  340  337  341\nCONECT  341  340  342\nCONECT  342  341  343\nCONECT  343  342  344\nCONECT  344  343\nCONECT  345  338  346\nCONECT  346  345  347  349\nCONECT  347  346  348  354\nCONECT  348  347\nCONECT  349  346  350\nCONECT  350  349  351\nCONECT  351  350  352  353\nCONECT  352  351\nCONECT  353  351\nCONECT  354  347  355\nCONECT  355  354  356  358\nCONECT  356  355  357  362\nCONECT  357  356\nCONECT  358  355  359\nCONECT  359  358  360  361\nCONECT  360  359\nCONECT  361  359\nCONECT  362  356  363\nCONECT  363  362  364  366\nCONECT  364  363  365\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369\nCONECT  369  368  370\nCONECT  370  369  371  372\nCONECT  371  370\nCONECT  372  370\nCONECT  373  374  379\nCONECT  374  373  375  377\nCONECT  375  374  376  380\nCONECT  376  375\nCONECT  377  374  378\nCONECT  378  377  379\nCONECT  379  373  378\nCONECT  380  375  381\nCONECT  381  380  382  384\nCONECT  382  381  383  389\nCONECT  383  382\nCONECT  384  381  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388\nCONECT  388  387\nCONECT  389  382  390\nCONECT  390  389  391  393\nCONECT  391  390  392  394\nCONECT  392  391\nCONECT  393  390\nCONECT  394  391  395\nCONECT  395  394  396  398\nCONECT  396  395  397  402\nCONECT  397  396\nCONECT  398  395  399\nCONECT  399  398  400  401\nCONECT  400  399\nCONECT  401  399\nCONECT  402  396  403\nCONECT  403  402  404  406\nCONECT  404  403  405  411\nCONECT  405  404\nCONECT  406  403  407\nCONECT  407  406  408\nCONECT  408  407  409\nCONECT  409  408  410\nCONECT  410  409\nCONECT  411  404  412\nCONECT  412  411  413  415\nCONECT  413  412  414  420\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415  417\nCONECT  417  416  418  419\nCONECT  418  417\nCONECT  419  417\nCONECT  420  413  421\nCONECT  421  420  422  424\nCONECT  422  421  423  428\nCONECT  423  422\nCONECT  424  421  425  426\nCONECT  425  424  427\nCONECT  426  424\nCONECT  427  425\nCONECT  428  422  429\nCONECT  429  428  430  432\nCONECT  430  429  431  436\nCONECT  431  430\nCONECT  432  429  433\nCONECT  433  432  434  435\nCONECT  434  433\nCONECT  435  433\nCONECT  436  430  437\nCONECT  437  436  438  440\nCONECT  438  437  439  444\nCONECT  439  438\nCONECT  440  437  441\nCONECT  441  440  442  443\nCONECT  442  441\nCONECT  443  441\nCONECT  444  438  445\nCONECT  445  444  446  448\nCONECT  446  445  447  453\nCONECT  447  446\nCONECT  448  445  449\nCONECT  449  448  450\nCONECT  450  449  451  452\nCONECT  451  450\nCONECT  452  450\nCONECT  453  446  454\nCONECT  454  453  455  457\nCONECT  455  454  456  458\nCONECT  456  455\nCONECT  457  454\nCONECT  458  455  459\nCONECT  459  458  460  462\nCONECT  460  459  461  470\nCONECT  461  460\nCONECT  462  459  463\nCONECT  463  462  464  465\nCONECT  464  463  466\nCONECT  465  463  467\nCONECT  466  464  468\nCONECT  467  465  468\nCONECT  468  466  467  469\nCONECT  469  468\nCONECT  470  460  471\nCONECT  471  470  472  474\nCONECT  472  471  473  477\nCONECT  473  472\nCONECT  474  471  475  476\nCONECT  475  474\nCONECT  476  474\nCONECT  477  472  478\nCONECT  478  477  479  481\nCONECT  479  478  480  485  490\nCONECT  480  479\nCONECT  481  478  482\nCONECT  482  481  483\nCONECT  483  482  484\nCONECT  484  483\nCONECT  485  479  486\nCONECT  486  485  487  489\nCONECT  487  486  488  495\nCONECT  488  487\nCONECT  489  486\nCONECT  490  479  491\nCONECT  491  490  492  494\nCONECT  492  491  493  495\nCONECT  493  492\nCONECT  494  491\nCONECT  495  487  492  496\nCONECT  496  495  497  499\nCONECT  497  496  498  501\nCONECT  498  497\nCONECT  499  496  500\nCONECT  500  499\nCONECT  501  497  502\nCONECT  502  501  503  505\nCONECT  503  502  504  508\nCONECT  504  503\nCONECT  505  502  506  507\nCONECT  506  505\nCONECT  507  505\nCONECT  508  503  509\nCONECT  509  508  510  512\nCONECT  510  509  511  516\nCONECT  511  510\nCONECT  512  509  513\nCONECT  513  512  514  515\nCONECT  514  513\nCONECT  515  513\nCONECT  516  510  517\nCONECT  517  516  518  520\nCONECT  518  517  519  524\nCONECT  519  518\nCONECT  520  517  521\nCONECT  521  520  522  523\nCONECT  522  521\nCONECT  523  521\nCONECT  524  518  525  530\nCONECT  525  524  526  528\nCONECT  526  525  527  531\nCONECT  527  526\nCONECT  528  525  529\nCONECT  529  528  530\nCONECT  530  524  529\nCONECT  531  526  532\nCONECT  532  531  533  535\nCONECT  533  532  534  541\nCONECT  534  533\nCONECT  535  532  536\nCONECT  536  535  537  538\nCONECT  537  536  539\nCONECT  538  536  540\nCONECT  539  537  540\nCONECT  540  538  539\nCONECT  541  533  542\nCONECT  542  541  543  545\nCONECT  543  542  544  548\nCONECT  544  543\nCONECT  545  542  546  547\nCONECT  546  545\nCONECT  547  545\nCONECT  548  543  549\nCONECT  549  548  550  552\nCONECT  550  549  551  554\nCONECT  551  550\nCONECT  552  549  553\nCONECT  553  552\nCONECT  554  550  555\nCONECT  555  554  556  558\nCONECT  556  555  557  565\nCONECT  557  556\nCONECT  558  555  559\nCONECT  559  558  560\nCONECT  560  559  561\nCONECT  561  560  562\nCONECT  562  561  563  564\nCONECT  563  562\nCONECT  564  562\nCONECT  565  556  566\nCONECT  566  565  567  569\nCONECT  567  566  568  573\nCONECT  568  567\nCONECT  569  566  570\nCONECT  570  569  571  572\nCONECT  571  570\nCONECT  572  570\nCONECT  573  567  574\nCONECT  574  573  575  577\nCONECT  575  574  576  581\nCONECT  576  575\nCONECT  577  574  578\nCONECT  578  577  579  580\nCONECT  579  578\nCONECT  580  578\nCONECT  581  575  582\nCONECT  582  581  583\nCONECT  583  582  584  585\nCONECT  584  583\nCONECT  585  583  586\nCONECT  586  585  587  589\nCONECT  587  586  588  593\nCONECT  588  587\nCONECT  589  586  590  591\nCONECT  590  589  592\nCONECT  591  589\nCONECT  592  590\nCONECT  593  587  594\nCONECT  594  593  595  597\nCONECT  595  594  596  599\nCONECT  596  595\nCONECT  597  594  598\nCONECT  598  597\nCONECT  599  595  600\nCONECT  600  599  601  603\nCONECT  601  600  602  607\nCONECT  602  601\nCONECT  603  600  604\nCONECT  604  603  605  606\nCONECT  605  604\nCONECT  606  604\nCONECT  607  601  608\nCONECT  608  607  609  611\nCONECT  609  608  610  614\nCONECT  610  609\nCONECT  611  608  612  613\nCONECT  612  611\nCONECT  613  611\nCONECT  614  609  615\nCONECT  615  614  616  618\nCONECT  616  615  617  620\nCONECT  617  616\nCONECT  618  615  619\nCONECT  619  618\nCONECT  620  616  621\nCONECT  621  620  622  624\nCONECT  622  621  623  627\nCONECT  623  622\nCONECT  624  621  625  626\nCONECT  625  624\nCONECT  626  624\nCONECT  627  622  628\nCONECT  628  627  629  631\nCONECT  629  628  630  634\nCONECT  630  629\nCONECT  631  628  632  633\nCONECT  632  631\nCONECT  633  631\nCONECT  634  629  635\nCONECT  635  634  636  638\nCONECT  636  635  637  643\nCONECT  637  636\nCONECT  638  635  639\nCONECT  639  638  640\nCONECT  640  639  641  642\nCONECT  641  640\nCONECT  642  640\nCONECT  643  636  644\nCONECT  644  643  645  647\nCONECT  645  644  646  651\nCONECT  646  645\nCONECT  647  644  648\nCONECT  648  647  649  650\nCONECT  649  648\nCONECT  650  648\nCONECT  651  645  652\nCONECT  652  651  653  655\nCONECT  653  652  654  659  667\nCONECT  654  653\nCONECT  655  652  656  657\nCONECT  656  655  658\nCONECT  657  655\nCONECT  658  656\nCONECT  659  653  660\nCONECT  660  659  661  663\nCONECT  661  660  662  675\nCONECT  662  661\nCONECT  663  660  664\nCONECT  664  663  665\nCONECT  665  664  666\nCONECT  666  665\nCONECT  667  653  668\nCONECT  668  667  669  671\nCONECT  669  668  670  675\nCONECT  670  669\nCONECT  671  668  672\nCONECT  672  671  673\nCONECT  673  672  674\nCONECT  674  673\nCONECT  675  661  669  676\nCONECT  676  675  677  679\nCONECT  677  676  678  684\nCONECT  678  677\nCONECT  679  676  680\nCONECT  680  679  681\nCONECT  681  680  682  683\nCONECT  682  681\nCONECT  683  681\nCONECT  684  677  685\nCONECT  685  684  686  688\nCONECT  686  685  687  692\nCONECT  687  686\nCONECT  688  685  689\nCONECT  689  688  690  691\nCONECT  690  689\nCONECT  691  689\nCONECT  692  686  693\nCONECT  693  692  694  696\nCONECT  694  693  695  700\nCONECT  695  694\nCONECT  696  693  697\nCONECT  697  696  698\nCONECT  698  697  699\nCONECT  699  698\nCONECT  700  694  701  706\nCONECT  701  700  702  704\nCONECT  702  701  703  707\nCONECT  703  702\nCONECT  704  701  705\nCONECT  705  704  706\nCONECT  706  700  705\nCONECT  707  702  708\nCONECT  708  707  709  711\nCONECT  709  708  710  718\nCONECT  710  709\nCONECT  711  708  712\nCONECT  712  711  713  714\nCONECT  713  712  715\nCONECT  714  712  716\nCONECT  715  713  717\nCONECT  716  714  717\nCONECT  717  715  716\nCONECT  718  709  719\nCONECT  719  718  720\nCONECT  720  719  721  722\nCONECT  721  720\nCONECT  722  720  723\nCONECT  723  722  724  726\nCONECT  724  723  725  728\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726 2318\nCONECT  728  724  729\nCONECT  729  728  730  732\nCONECT  730  729  731  736\nCONECT  731  730\nCONECT  732  729  733\nCONECT  733  732  734  735\nCONECT  734  733\nCONECT  735  733\nCONECT  736  730  737\nCONECT  737  736  738  740\nCONECT  738  737  739  744\nCONECT  739  738\nCONECT  740  737  741\nCONECT  741  740  742  743\nCONECT  742  741\nCONECT  743  741\nCONECT  744  738  745\nCONECT  745  744  746  748\nCONECT  746  745  747  752\nCONECT  747  746\nCONECT  748  745  749\nCONECT  749  748  750  751\nCONECT  750  749\nCONECT  751  749\nCONECT  752  746  753\nCONECT  753  752  754  756\nCONECT  754  753  755  764\nCONECT  755  754\nCONECT  756  753  757\nCONECT  757  756  758  759\nCONECT  758  757  760\nCONECT  759  757  761\nCONECT  760  758  762\nCONECT  761  759  762\nCONECT  762  760  761  763\nCONECT  763  762\nCONECT  764  754  765\nCONECT  765  764  766  768\nCONECT  766  765  767  771\nCONECT  767  766\nCONECT  768  765  769  770\nCONECT  769  768\nCONECT  770  768\nCONECT  771  766  772\nCONECT  772  771  773  775\nCONECT  773  772  774  782\nCONECT  774  773\nCONECT  775  772  776\nCONECT  776  775  777\nCONECT  777  776  778\nCONECT  778  777  779\nCONECT  779  778  780  781\nCONECT  780  779\nCONECT  781  779\nCONECT  782  773  783\nCONECT  783  782  784  786\nCONECT  784  783  785  791\nCONECT  785  784\nCONECT  786  783  787\nCONECT  787  786  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  784  792\nCONECT  792  791  793  795\nCONECT  793  792  794  801\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797  798\nCONECT  797  796  799\nCONECT  798  796  800\nCONECT  799  797  800\nCONECT  800  798  799\nCONECT  801  793  802\nCONECT  802  801  803  805\nCONECT  803  802  804  810\nCONECT  804  803\nCONECT  805  802  806\nCONECT  806  805  807\nCONECT  807  806  808\nCONECT  808  807  809\nCONECT  809  808\nCONECT  810  803  811\nCONECT  811  810  812  814\nCONECT  812  811  813  818\nCONECT  813  812\nCONECT  814  811  815\nCONECT  815  814  816  817\nCONECT  816  815\nCONECT  817  815\nCONECT  818  812  819\nCONECT  819  818  820  822\nCONECT  820  819  821  826\nCONECT  821  820\nCONECT  822  819  823\nCONECT  823  822  824  825\nCONECT  824  823\nCONECT  825  823\nCONECT  826  820  827\nCONECT  827  826  828  830\nCONECT  828  827  829  834\nCONECT  829  828\nCONECT  830  827  831  832\nCONECT  831  830  833\nCONECT  832  830\nCONECT  833  831\nCONECT  834  828  835\nCONECT  835  834  836\nCONECT  836  835  837  838\nCONECT  837  836\nCONECT  838  836  839\nCONECT  839  838  840  842\nCONECT  840  839  841  844\nCONECT  841  840\nCONECT  842  839  843\nCONECT  843  842\nCONECT  844  840  845\nCONECT  845  844  846  848\nCONECT  846  845  847  853\nCONECT  847  846\nCONECT  848  845  849\nCONECT  849  848  850\nCONECT  850  849  851  852\nCONECT  851  850\nCONECT  852  850\nCONECT  853  846  854\nCONECT  854  853  855  857\nCONECT  855  854  856  865\nCONECT  856  855\nCONECT  857  854  858\nCONECT  858  857  859  860\nCONECT  859  858  861\nCONECT  860  858  862\nCONECT  861  859  863\nCONECT  862  860  863\nCONECT  863  861  862  864\nCONECT  864  863\nCONECT  865  855  866\nCONECT  866  865  867  869\nCONECT  867  866  868  873\nCONECT  868  867\nCONECT  869  866  870\nCONECT  870  869  871  872\nCONECT  871  870\nCONECT  872  870\nCONECT  873  867  874\nCONECT  874  873  875  877\nCONECT  875  874  876  881\nCONECT  876  875\nCONECT  877  874  878\nCONECT  878  877  879  880\nCONECT  879  878\nCONECT  880  878\nCONECT  881  875  882\nCONECT  882  881  883  885\nCONECT  883  882  884  889\nCONECT  884  883\nCONECT  885  882  886\nCONECT  886  885  887  888\nCONECT  887  886\nCONECT  888  886\nCONECT  889  883  890\nCONECT  890  889  891  893\nCONECT  891  890  892  903\nCONECT  892  891\nCONECT  893  890  894\nCONECT  894  893  895  896\nCONECT  895  894  897\nCONECT  896  894  898  899\nCONECT  897  895  898\nCONECT  898  896  897  900\nCONECT  899  896  901\nCONECT  900  898  902\nCONECT  901  899  902\nCONECT  902  900  901\nCONECT  903  891  904\nCONECT  904  903  905  907\nCONECT  905  904  906  909\nCONECT  906  905\nCONECT  907  904  908\nCONECT  908  907\nCONECT  909  905  910\nCONECT  910  909  911  913\nCONECT  911  910  912  916\nCONECT  912  911\nCONECT  913  910  914  915\nCONECT  914  913\nCONECT  915  913\nCONECT  916  911  917\nCONECT  917  916  918  920\nCONECT  918  917  919  925\nCONECT  919  918\nCONECT  920  917  921\nCONECT  921  920  922\nCONECT  922  921  923  924\nCONECT  923  922\nCONECT  924  922\nCONECT  925  918  926\nCONECT  926  925  927  929\nCONECT  927  926  928  933\nCONECT  928  927\nCONECT  929  926  930  931\nCONECT  930  929  932\nCONECT  931  929\nCONECT  932  930\nCONECT  933  927  934\nCONECT  934  933  935  937\nCONECT  935  934  936  938\nCONECT  936  935\nCONECT  937  934\nCONECT  938  935  939\nCONECT  939  938  940  942\nCONECT  940  939  941  947\nCONECT  941  940\nCONECT  942  939  943\nCONECT  943  942  944\nCONECT  944  943  945\nCONECT  945  944  946\nCONECT  946  945\nCONECT  947  940  948\nCONECT  948  947  949\nCONECT  949  948  950  951\nCONECT  950  949\nCONECT  951  949  952\nCONECT  952  951  953  955\nCONECT  953  952  954  959\nCONECT  954  953\nCONECT  955  952  956\nCONECT  956  955  957\nCONECT  957  956  958\nCONECT  958  957\nCONECT  959  953  960\nCONECT  960  959  961  963\nCONECT  961  960  962  967\nCONECT  962  961\nCONECT  963  960  964\nCONECT  964  963  965  966\nCONECT  965  964\nCONECT  966  964\nCONECT  967  961  968\nCONECT  968  967  969  971\nCONECT  969  968  970  979\nCONECT  970  969\nCONECT  971  968  972\nCONECT  972  971  973  974\nCONECT  973  972  975\nCONECT  974  972  976\nCONECT  975  973  977\nCONECT  976  974  977\nCONECT  977  975  976  978\nCONECT  978  977\nCONECT  979  969  980\nCONECT  980  979  981  983\nCONECT  981  980  982  987\nCONECT  982  981\nCONECT  983  980  984\nCONECT  984  983  985  986\nCONECT  985  984\nCONECT  986  984\nCONECT  987  981  988\nCONECT  988  987  989  991\nCONECT  989  988  990  996\nCONECT  990  989\nCONECT  991  988  992\nCONECT  992  991  993\nCONECT  993  992  994  995\nCONECT  994  993\nCONECT  995  993\nCONECT  996  989  997\nCONECT  997  996  998 1000\nCONECT  998  997  999 1004\nCONECT  999  998\nCONECT 1000  997 1001\nCONECT 1001 1000 1002 1003\nCONECT 1002 1001\nCONECT 1003 1001\nCONECT 1004  998 1005\nCONECT 1005 1004 1006 1008\nCONECT 1006 1005 1007 1015\nCONECT 1007 1006\nCONECT 1008 1005 1009\nCONECT 1009 1008 1010\nCONECT 1010 1009 1011\nCONECT 1011 1010 1012\nCONECT 1012 1011 1013 1014\nCONECT 1013 1012\nCONECT 1014 1012\nCONECT 1015 1006 1016\nCONECT 1016 1015 1017 1019\nCONECT 1017 1016 1018 1026\nCONECT 1018 1017\nCONECT 1019 1016 1020\nCONECT 1020 1019 1021\nCONECT 1021 1020 1022\nCONECT 1022 1021 1023\nCONECT 1023 1022 1024 1025\nCONECT 1024 1023\nCONECT 1025 1023\nCONECT 1026 1017 1027\nCONECT 1027 1026 1028 1030\nCONECT 1028 1027 1029 1034\nCONECT 1029 1028\nCONECT 1030 1027 1031\nCONECT 1031 1030 1032 1033\nCONECT 1032 1031\nCONECT 1033 1031\nCONECT 1034 1028 1035\nCONECT 1035 1034 1036 1038\nCONECT 1036 1035 1037 1041\nCONECT 1037 1036\nCONECT 1038 1035 1039 1040\nCONECT 1039 1038\nCONECT 1040 1038\nCONECT 1041 1036 1042\nCONECT 1042 1041 1043 1045\nCONECT 1043 1042 1044 1051\nCONECT 1044 1043\nCONECT 1045 1042 1046\nCONECT 1046 1045 1047 1048\nCONECT 1047 1046 1049\nCONECT 1048 1046 1050\nCONECT 1049 1047 1050\nCONECT 1050 1048 1049\nCONECT 1051 1043 1052\nCONECT 1052 1051 1053 1055\nCONECT 1053 1052 1054 1062\nCONECT 1054 1053\nCONECT 1055 1052 1056\nCONECT 1056 1055 1057\nCONECT 1057 1056 1058\nCONECT 1058 1057 1059\nCONECT 1059 1058 1060 1061\nCONECT 1060 1059\nCONECT 1061 1059\nCONECT 1062 1053 1063\nCONECT 1063 1062 1064 1066\nCONECT 1064 1063 1065 1070\nCONECT 1065 1064\nCONECT 1066 1063 1067\nCONECT 1067 1066 1068 1069\nCONECT 1068 1067\nCONECT 1069 1067\nCONECT 1070 1064 1071\nCONECT 1071 1070 1072 1074\nCONECT 1072 1071 1073 1078\nCONECT 1073 1072\nCONECT 1074 1071 1075\nCONECT 1075 1074 1076 1077\nCONECT 1076 1075\nCONECT 1077 1075\nCONECT 1078 1072 1079\nCONECT 1079 1078 1080 1082\nCONECT 1080 1079 1081 1083\nCONECT 1081 1080\nCONECT 1082 1079\nCONECT 1083 1080 1084\nCONECT 1084 1083 1085 1087\nCONECT 1085 1084 1086 1088\nCONECT 1086 1085\nCONECT 1087 1084\nCONECT 1088 1085 1089\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089 1091 1099\nCONECT 1091 1090\nCONECT 1092 1089 1093\nCONECT 1093 1092 1094\nCONECT 1094 1093 1095\nCONECT 1095 1094 1096\nCONECT 1096 1095 1097 1098\nCONECT 1097 1096\nCONECT 1098 1096\nCONECT 1099 1090 1100\nCONECT 1100 1099 1101 1103\nCONECT 1101 1100 1102 1107\nCONECT 1102 1101\nCONECT 1103 1100 1104\nCONECT 1104 1103 1105 1106\nCONECT 1105 1104\nCONECT 1106 1104\nCONECT 1107 1101 1108\nCONECT 1108 1107 1109 1111\nCONECT 1109 1108 1110 1114\nCONECT 1110 1109\nCONECT 1111 1108 1112 1113\nCONECT 1112 1111\nCONECT 1113 1111\nCONECT 1114 1109 1115\nCONECT 1115 1114 1116 1118\nCONECT 1116 1115 1117 1122\nCONECT 1117 1116\nCONECT 1118 1115 1119\nCONECT 1119 1118 1120 1121\nCONECT 1120 1119\nCONECT 1121 1119\nCONECT 1122 1116 1123\nCONECT 1123 1122 1124 1126\nCONECT 1124 1123 1125 1129\nCONECT 1125 1124\nCONECT 1126 1123 1127 1128\nCONECT 1127 1126\nCONECT 1128 1126\nCONECT 1129 1124 1130\nCONECT 1130 1129 1131 1133\nCONECT 1131 1130 1132 1138\nCONECT 1132 1131\nCONECT 1133 1130 1134\nCONECT 1134 1133 1135\nCONECT 1135 1134 1136\nCONECT 1136 1135 1137\nCONECT 1137 1136\nCONECT 1138 1131 1139\nCONECT 1139 1138 1140 1142\nCONECT 1140 1139 1141 1145\nCONECT 1141 1140\nCONECT 1142 1139 1143 1144\nCONECT 1143 1142\nCONECT 1144 1142\nCONECT 1145 1140 1146 1151\nCONECT 1146 1145 1147 1149\nCONECT 1147 1146 1148 1152\nCONECT 1148 1147\nCONECT 1149 1146 1150\nCONECT 1150 1149 1151\nCONECT 1151 1145 1150\nCONECT 1152 1147 1153\nCONECT 1153 1152 1154 1156\nCONECT 1154 1153 1155 1161\nCONECT 1155 1154\nCONECT 1156 1153 1157\nCONECT 1157 1156 1158\nCONECT 1158 1157 1159 1160\nCONECT 1159 1158\nCONECT 1160 1158\nCONECT 1161 1154 1162\nCONECT 1162 1161 1163 1165\nCONECT 1163 1162 1164 1171\nCONECT 1164 1163\nCONECT 1165 1162 1166\nCONECT 1166 1165 1167 1168\nCONECT 1167 1166 1169\nCONECT 1168 1166 1170\nCONECT 1169 1167 1170\nCONECT 1170 1168 1169\nCONECT 1171 1163 1172\nCONECT 1172 1171 1173 1175\nCONECT 1173 1172 1174 1178\nCONECT 1174 1173\nCONECT 1175 1172 1176 1177\nCONECT 1176 1175\nCONECT 1177 1175\nCONECT 1178 1173 1179\nCONECT 1179 1178 1180 1182\nCONECT 1180 1179 1181 1187\nCONECT 1181 1180\nCONECT 1182 1179 1183\nCONECT 1183 1182 1184\nCONECT 1184 1183 1185\nCONECT 1185 1184 1186\nCONECT 1186 1185\nCONECT 1187 1180 1188\nCONECT 1188 1187 1189 1191\nCONECT 1189 1188 1190 1195\nCONECT 1190 1189\nCONECT 1191 1188 1192 1193\nCONECT 1192 1191 1194\nCONECT 1193 1191\nCONECT 1194 1192\nCONECT 1195 1189 1196\nCONECT 1196 1195 1197 1199\nCONECT 1197 1196 1198 1202\nCONECT 1198 1197\nCONECT 1199 1196 1200 1201\nCONECT 1200 1199\nCONECT 1201 1199\nCONECT 1202 1197 1203\nCONECT 1203 1202 1204 1206\nCONECT 1204 1203 1205 1210\nCONECT 1205 1204\nCONECT 1206 1203 1207\nCONECT 1207 1206 1208 1209\nCONECT 1208 1207\nCONECT 1209 1207\nCONECT 1210 1204 1211\nCONECT 1211 1210 1212 1214\nCONECT 1212 1211 1213 1221\nCONECT 1213 1212\nCONECT 1214 1211 1215\nCONECT 1215 1214 1216 1217\nCONECT 1216 1215 1218\nCONECT 1217 1215 1219\nCONECT 1218 1216 1220\nCONECT 1219 1217 1220\nCONECT 1220 1218 1219\nCONECT 1221 1212 1222\nCONECT 1222 1221 1223\nCONECT 1223 1222 1224 1225\nCONECT 1224 1223\nCONECT 1225 1223 1226\nCONECT 1226 1225 1227 1229\nCONECT 1227 1226 1228 1236\nCONECT 1228 1227\nCONECT 1229 1226 1230\nCONECT 1230 1229 1231\nCONECT 1231 1230 1232\nCONECT 1232 1231 1233\nCONECT 1233 1232 1234 1235\nCONECT 1234 1233\nCONECT 1235 1233\nCONECT 1236 1227 1237\nCONECT 1237 1236 1238 1240\nCONECT 1238 1237 1239 1241\nCONECT 1239 1238\nCONECT 1240 1237\nCONECT 1241 1238 1242\nCONECT 1242 1241 1243 1245\nCONECT 1243 1242 1244 1250\nCONECT 1244 1243\nCONECT 1245 1242 1246\nCONECT 1246 1245 1247\nCONECT 1247 1246 1248\nCONECT 1248 1247 1249\nCONECT 1249 1248\nCONECT 1250 1243 1251\nCONECT 1251 1250 1252 1254\nCONECT 1252 1251 1253 1258\nCONECT 1253 1252\nCONECT 1254 1251 1255\nCONECT 1255 1254 1256 1257\nCONECT 1256 1255\nCONECT 1257 1255\nCONECT 1258 1252 1259\nCONECT 1259 1258 1260 1262\nCONECT 1260 1259 1261 1266\nCONECT 1261 1260\nCONECT 1262 1259 1263\nCONECT 1263 1262 1264 1265\nCONECT 1264 1263\nCONECT 1265 1263\nCONECT 1266 1260 1267\nCONECT 1267 1266 1268\nCONECT 1268 1267 1269 1270\nCONECT 1269 1268\nCONECT 1270 1268 1271\nCONECT 1271 1270 1272 1274\nCONECT 1272 1271 1273 1275\nCONECT 1273 1272\nCONECT 1274 1271\nCONECT 1275 1272 1276\nCONECT 1276 1275 1277 1279\nCONECT 1277 1276 1278 1284\nCONECT 1278 1277\nCONECT 1279 1276 1280\nCONECT 1280 1279 1281\nCONECT 1281 1280 1282 1283\nCONECT 1282 1281\nCONECT 1283 1281\nCONECT 1284 1277 1285\nCONECT 1285 1284 1286 1288\nCONECT 1286 1285 1287 1293\nCONECT 1287 1286\nCONECT 1288 1285 1289\nCONECT 1289 1288 1290\nCONECT 1290 1289 1291 1292\nCONECT 1291 1290\nCONECT 1292 1290\nCONECT 1293 1286 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1302\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300\nCONECT 1300 1299 1301\nCONECT 1301 1300\nCONECT 1302 1295 1303\nCONECT 1303 1302 1304 1306\nCONECT 1304 1303 1305 1311\nCONECT 1305 1304\nCONECT 1306 1303 1307\nCONECT 1307 1306 1308\nCONECT 1308 1307 1309 1310\nCONECT 1309 1308\nCONECT 1310 1308\nCONECT 1311 1304 1312\nCONECT 1312 1311 1313 1315\nCONECT 1313 1312 1314 1323\nCONECT 1314 1313\nCONECT 1315 1312 1316\nCONECT 1316 1315 1317 1318\nCONECT 1317 1316 1319\nCONECT 1318 1316 1320\nCONECT 1319 1317 1321\nCONECT 1320 1318 1321\nCONECT 1321 1319 1320 1322\nCONECT 1322 1321\nCONECT 1323 1313 1324\nCONECT 1324 1323 1325 1327\nCONECT 1325 1324 1326 1333\nCONECT 1326 1325\nCONECT 1327 1324 1328\nCONECT 1328 1327 1329 1330\nCONECT 1329 1328 1331\nCONECT 1330 1328 1332\nCONECT 1331 1329 1332\nCONECT 1332 1330 1331\nCONECT 1333 1325 1334\nCONECT 1334 1333 1335 1337\nCONECT 1335 1334 1336 1338\nCONECT 1336 1335\nCONECT 1337 1334\nCONECT 1338 1335 1339\nCONECT 1339 1338 1340 1342\nCONECT 1340 1339 1341 1347\nCONECT 1341 1340\nCONECT 1342 1339 1343\nCONECT 1343 1342 1344\nCONECT 1344 1343 1345 1346\nCONECT 1345 1344\nCONECT 1346 1344\nCONECT 1347 1340 1348\nCONECT 1348 1347 1349\nCONECT 1349 1348 1350 1351\nCONECT 1350 1349\nCONECT 1351 1349 1352\nCONECT 1352 1351 1353\nCONECT 1353 1352 1354 1355\nCONECT 1354 1353\nCONECT 1355 1353 1356\nCONECT 1356 1355 1357 1359\nCONECT 1357 1356 1358 1364\nCONECT 1358 1357\nCONECT 1359 1356 1360\nCONECT 1360 1359 1361\nCONECT 1361 1360 1362\nCONECT 1362 1361 1363\nCONECT 1363 1362\nCONECT 1364 1357 1365\nCONECT 1365 1364 1366 1368\nCONECT 1366 1365 1367 1371\nCONECT 1367 1366\nCONECT 1368 1365 1369 1370\nCONECT 1369 1368\nCONECT 1370 1368\nCONECT 1371 1366 1372 1377\nCONECT 1372 1371 1373 1375\nCONECT 1373 1372 1374 1378\nCONECT 1374 1373\nCONECT 1375 1372 1376\nCONECT 1376 1375 1377\nCONECT 1377 1371 1376\nCONECT 1378 1373 1379\nCONECT 1379 1378 1380 1382\nCONECT 1380 1379 1381 1386\nCONECT 1381 1380\nCONECT 1382 1379 1383 1384\nCONECT 1383 1382 1385\nCONECT 1384 1382\nCONECT 1385 1383\nCONECT 1386 1380 1387\nCONECT 1387 1386 1388 1390\nCONECT 1388 1387 1389 1395\nCONECT 1389 1388\nCONECT 1390 1387 1391\nCONECT 1391 1390 1392\nCONECT 1392 1391 1393\nCONECT 1393 1392 1394\nCONECT 1394 1393\nCONECT 1395 1388 1396\nCONECT 1396 1395 1397 1399\nCONECT 1397 1396 1398 1409 1417\nCONECT 1398 1397\nCONECT 1399 1396 1400\nCONECT 1400 1399 1401 1402\nCONECT 1401 1400 1403\nCONECT 1402 1400 1404 1405\nCONECT 1403 1401 1404\nCONECT 1404 1402 1403 1406\nCONECT 1405 1402 1407\nCONECT 1406 1404 1408\nCONECT 1407 1405 1408\nCONECT 1408 1406 1407\nCONECT 1409 1397 1410\nCONECT 1410 1409 1411 1413\nCONECT 1411 1410 1412 1425\nCONECT 1412 1411\nCONECT 1413 1410 1414\nCONECT 1414 1413 1415\nCONECT 1415 1414 1416\nCONECT 1416 1415\nCONECT 1417 1397 1418\nCONECT 1418 1417 1419 1421\nCONECT 1419 1418 1420 1425\nCONECT 1420 1419\nCONECT 1421 1418 1422\nCONECT 1422 1421 1423\nCONECT 1423 1422 1424\nCONECT 1424 1423\nCONECT 1425 1411 1419 1426\nCONECT 1426 1425 1427 1429\nCONECT 1427 1426 1428 1430\nCONECT 1428 1427\nCONECT 1429 1426\nCONECT 1430 1427 1431\nCONECT 1431 1430 1432 1434\nCONECT 1432 1431 1433 1438\nCONECT 1433 1432\nCONECT 1434 1431 1435\nCONECT 1435 1434 1436 1437\nCONECT 1436 1435\nCONECT 1437 1435\nCONECT 1438 1432 1439\nCONECT 1439 1438 1440 1442\nCONECT 1440 1439 1441 1447\nCONECT 1441 1440\nCONECT 1442 1439 1443\nCONECT 1443 1442 1444\nCONECT 1444 1443 1445 1446\nCONECT 1445 1444\nCONECT 1446 1444\nCONECT 1447 1440 1448\nCONECT 1448 1447 1449 1451\nCONECT 1449 1448 1450 1453\nCONECT 1450 1449\nCONECT 1451 1448 1452\nCONECT 1452 1451\nCONECT 1453 1449 1454\nCONECT 1454 1453 1455 1457\nCONECT 1455 1454 1456 1461\nCONECT 1456 1455\nCONECT 1457 1454 1458 1459\nCONECT 1458 1457 1460\nCONECT 1459 1457\nCONECT 1460 1458\nCONECT 1461 1455 1462\nCONECT 1462 1461 1463 1465\nCONECT 1463 1462 1464 1469\nCONECT 1464 1463\nCONECT 1465 1462 1466\nCONECT 1466 1465 1467 1468\nCONECT 1467 1466\nCONECT 1468 1466\nCONECT 1469 1463 1470\nCONECT 1470 1469 1471 1473\nCONECT 1471 1470 1472 1479\nCONECT 1472 1471\nCONECT 1473 1470 1474\nCONECT 1474 1473 1475 1476\nCONECT 1475 1474 1477\nCONECT 1476 1474 1478\nCONECT 1477 1475 1478\nCONECT 1478 1476 1477\nCONECT 1479 1471 1480\nCONECT 1480 1479 1481 1483\nCONECT 1481 1480 1482 1490\nCONECT 1482 1481\nCONECT 1483 1480 1484\nCONECT 1484 1483 1485\nCONECT 1485 1484 1486\nCONECT 1486 1485 1487\nCONECT 1487 1486 1488 1489\nCONECT 1488 1487\nCONECT 1489 1487\nCONECT 1490 1481 1491\nCONECT 1491 1490 1492 1494\nCONECT 1492 1491 1493 1498\nCONECT 1493 1492\nCONECT 1494 1491 1495 1496\nCONECT 1495 1494 1497\nCONECT 1496 1494\nCONECT 1497 1495\nCONECT 1498 1492 1499\nCONECT 1499 1498 1500 1502\nCONECT 1500 1499 1501 1510\nCONECT 1501 1500\nCONECT 1502 1499 1503\nCONECT 1503 1502 1504 1505\nCONECT 1504 1503 1506\nCONECT 1505 1503 1507\nCONECT 1506 1504 1508\nCONECT 1507 1505 1508\nCONECT 1508 1506 1507 1509\nCONECT 1509 1508\nCONECT 1510 1500 1511\nCONECT 1511 1510 1512 1514\nCONECT 1512 1511 1513 1517\nCONECT 1513 1512\nCONECT 1514 1511 1515 1516\nCONECT 1515 1514\nCONECT 1516 1514\nCONECT 1517 1512 1518\nCONECT 1518 1517 1519 1521\nCONECT 1519 1518 1520 1527\nCONECT 1520 1519\nCONECT 1521 1518 1522\nCONECT 1522 1521 1523 1524\nCONECT 1523 1522 1525\nCONECT 1524 1522 1526\nCONECT 1525 1523 1526\nCONECT 1526 1524 1525\nCONECT 1527 1519 1528\nCONECT 1528 1527 1529 1531\nCONECT 1529 1528 1530 1536\nCONECT 1530 1529\nCONECT 1531 1528 1532\nCONECT 1532 1531 1533\nCONECT 1533 1532 1534 1535\nCONECT 1534 1533\nCONECT 1535 1533\nCONECT 1536 1529 1537\nCONECT 1537 1536 1538 1540\nCONECT 1538 1537 1539 1542\nCONECT 1539 1538\nCONECT 1540 1537 1541\nCONECT 1541 1540\nCONECT 1542 1538 1543\nCONECT 1543 1542 1544 1546\nCONECT 1544 1543 1545 1550\nCONECT 1545 1544\nCONECT 1546 1543 1547\nCONECT 1547 1546 1548 1549\nCONECT 1548 1547\nCONECT 1549 1547\nCONECT 1550 1544 1551\nCONECT 1551 1550 1552 1554\nCONECT 1552 1551 1553 1557\nCONECT 1553 1552\nCONECT 1554 1551 1555 1556\nCONECT 1555 1554\nCONECT 1556 1554\nCONECT 1557 1552 1558\nCONECT 1558 1557 1559 1561\nCONECT 1559 1558 1560 1571\nCONECT 1560 1559\nCONECT 1561 1558 1562\nCONECT 1562 1561 1563 1564\nCONECT 1563 1562 1565\nCONECT 1564 1562 1566 1567\nCONECT 1565 1563 1566\nCONECT 1566 1564 1565 1568\nCONECT 1567 1564 1569\nCONECT 1568 1566 1570\nCONECT 1569 1567 1570\nCONECT 1570 1568 1569\nCONECT 1571 1559 1572\nCONECT 1572 1571 1573 1575\nCONECT 1573 1572 1574 1577\nCONECT 1574 1573\nCONECT 1575 1572 1576\nCONECT 1576 1575\nCONECT 1577 1573 1578\nCONECT 1578 1577 1579 1581\nCONECT 1579 1578 1580 1589\nCONECT 1580 1579\nCONECT 1581 1578 1582\nCONECT 1582 1581 1583 1584\nCONECT 1583 1582 1585\nCONECT 1584 1582 1586\nCONECT 1585 1583 1587\nCONECT 1586 1584 1587\nCONECT 1587 1585 1586 1588\nCONECT 1588 1587\nCONECT 1589 1579 1590\nCONECT 1590 1589 1591\nCONECT 1591 1590 1592 1593\nCONECT 1592 1591\nCONECT 1593 1591 1594\nCONECT 1594 1593 1595 1597\nCONECT 1595 1594 1596 1600\nCONECT 1596 1595\nCONECT 1597 1594 1598 1599\nCONECT 1598 1597\nCONECT 1599 1597\nCONECT 1600 1595 1601\nCONECT 1601 1600 1602 1604\nCONECT 1602 1601 1603 1607\nCONECT 1603 1602\nCONECT 1604 1601 1605 1606\nCONECT 1605 1604\nCONECT 1606 1604\nCONECT 1607 1602 1608\nCONECT 1608 1607 1609 1611\nCONECT 1609 1608 1610 1614\nCONECT 1610 1609\nCONECT 1611 1608 1612 1613\nCONECT 1612 1611\nCONECT 1613 1611\nCONECT 1614 1609 1615\nCONECT 1615 1614 1616 1618\nCONECT 1616 1615 1617 1628\nCONECT 1617 1616\nCONECT 1618 1615 1619\nCONECT 1619 1618 1620 1621\nCONECT 1620 1619 1622\nCONECT 1621 1619 1623 1624\nCONECT 1622 1620 1623\nCONECT 1623 1621 1622 1625\nCONECT 1624 1621 1626\nCONECT 1625 1623 1627\nCONECT 1626 1624 1627\nCONECT 1627 1625 1626\nCONECT 1628 1616 1629\nCONECT 1629 1628 1630 1632\nCONECT 1630 1629 1631 1637\nCONECT 1631 1630\nCONECT 1632 1629 1633\nCONECT 1633 1632 1634\nCONECT 1634 1633 1635 1636\nCONECT 1635 1634\nCONECT 1636 1634\nCONECT 1637 1630 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1645\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643 1644\nCONECT 1643 1642\nCONECT 1644 1642\nCONECT 1645 1639 1646\nCONECT 1646 1645 1647 1649\nCONECT 1647 1646 1648 1653\nCONECT 1648 1647\nCONECT 1649 1646 1650\nCONECT 1650 1649 1651\nCONECT 1651 1650 1652\nCONECT 1652 1651\nCONECT 1653 1647 1654\nCONECT 1654 1653 1655 1657\nCONECT 1655 1654 1656 1660\nCONECT 1656 1655\nCONECT 1657 1654 1658 1659\nCONECT 1658 1657\nCONECT 1659 1657\nCONECT 1660 1655 1661\nCONECT 1661 1660 1662 1664\nCONECT 1662 1661 1663 1671\nCONECT 1663 1662\nCONECT 1664 1661 1665\nCONECT 1665 1664 1666 1667\nCONECT 1666 1665 1668\nCONECT 1667 1665 1669\nCONECT 1668 1666 1670\nCONECT 1669 1667 1670\nCONECT 1670 1668 1669\nCONECT 1671 1662 1672\nCONECT 1672 1671 1673\nCONECT 1673 1672 1674 1675\nCONECT 1674 1673\nCONECT 1675 1673 1676\nCONECT 1676 1675 1677 1679\nCONECT 1677 1676 1678 1681\nCONECT 1678 1677\nCONECT 1679 1676 1680\nCONECT 1680 1679\nCONECT 1681 1677 1682\nCONECT 1682 1681 1683 1685\nCONECT 1683 1682 1684 1690\nCONECT 1684 1683\nCONECT 1685 1682 1686\nCONECT 1686 1685 1687\nCONECT 1687 1686 1688\nCONECT 1688 1687 1689\nCONECT 1689 1688\nCONECT 1690 1683 1691 1696\nCONECT 1691 1690 1692 1694\nCONECT 1692 1691 1693 1697\nCONECT 1693 1692\nCONECT 1694 1691 1695\nCONECT 1695 1694 1696\nCONECT 1696 1690 1695\nCONECT 1697 1692 1698\nCONECT 1698 1697 1699 1701\nCONECT 1699 1698 1700 1709\nCONECT 1700 1699\nCONECT 1701 1698 1702\nCONECT 1702 1701 1703 1704\nCONECT 1703 1702 1705\nCONECT 1704 1702 1706\nCONECT 1705 1703 1707\nCONECT 1706 1704 1707\nCONECT 1707 1705 1706 1708\nCONECT 1708 1707\nCONECT 1709 1699 1710\nCONECT 1710 1709 1711 1713\nCONECT 1711 1710 1712 1717\nCONECT 1712 1711\nCONECT 1713 1710 1714\nCONECT 1714 1713 1715 1716\nCONECT 1715 1714\nCONECT 1716 1714\nCONECT 1717 1711 1718\nCONECT 1718 1717 1719\nCONECT 1719 1718 1720 1721\nCONECT 1720 1719\nCONECT 1721 1719 1722\nCONECT 1722 1721 1723 1725\nCONECT 1723 1722 1724 1729\nCONECT 1724 1723\nCONECT 1725 1722 1726 1727\nCONECT 1726 1725 1728\nCONECT 1727 1725\nCONECT 1728 1726\nCONECT 1729 1723 1730 1735\nCONECT 1730 1729 1731 1733\nCONECT 1731 1730 1732 1736\nCONECT 1732 1731\nCONECT 1733 1730 1734\nCONECT 1734 1733 1735\nCONECT 1735 1729 1734\nCONECT 1736 1731 1737\nCONECT 1737 1736 1738 1740\nCONECT 1738 1737 1739 1741\nCONECT 1739 1738\nCONECT 1740 1737\nCONECT 1741 1738 1742\nCONECT 1742 1741 1743 1745\nCONECT 1743 1742 1744 1747\nCONECT 1744 1743\nCONECT 1745 1742 1746\nCONECT 1746 1745\nCONECT 1747 1743 1748\nCONECT 1748 1747 1749 1751\nCONECT 1749 1748 1750 1756\nCONECT 1750 1749\nCONECT 1751 1748 1752\nCONECT 1752 1751 1753\nCONECT 1753 1752 1754 1755\nCONECT 1754 1753\nCONECT 1755 1753\nCONECT 1756 1749 1757\nCONECT 1757 1756 1758 1760\nCONECT 1758 1757 1759 1764\nCONECT 1759 1758\nCONECT 1760 1757 1761 1762\nCONECT 1761 1760 1763\nCONECT 1762 1760\nCONECT 1763 1761\nCONECT 1764 1758 1765\nCONECT 1765 1764 1766 1768\nCONECT 1766 1765 1767 1770 1776\nCONECT 1767 1766\nCONECT 1768 1765 1769\nCONECT 1769 1768\nCONECT 1770 1766 1771\nCONECT 1771 1770 1772 1774\nCONECT 1772 1771 1773 1782\nCONECT 1773 1772\nCONECT 1774 1771 1775\nCONECT 1775 1774\nCONECT 1776 1766 1777\nCONECT 1777 1776 1778 1780\nCONECT 1778 1777 1779 1782\nCONECT 1779 1778\nCONECT 1780 1777 1781\nCONECT 1781 1780\nCONECT 1782 1772 1778 1783\nCONECT 1783 1782 1784 1786\nCONECT 1784 1783 1785 1790\nCONECT 1785 1784\nCONECT 1786 1783 1787 1788\nCONECT 1787 1786 1789\nCONECT 1788 1786\nCONECT 1789 1787\nCONECT 1790 1784 1791\nCONECT 1791 1790 1792 1794\nCONECT 1792 1791 1793 1798\nCONECT 1793 1792\nCONECT 1794 1791 1795\nCONECT 1795 1794 1796 1797\nCONECT 1796 1795\nCONECT 1797 1795\nCONECT 1798 1792 1799\nCONECT 1799 1798 1800 1802\nCONECT 1800 1799 1801 1807\nCONECT 1801 1800\nCONECT 1802 1799 1803\nCONECT 1803 1802 1804\nCONECT 1804 1803 1805 1806\nCONECT 1805 1804\nCONECT 1806 1804\nCONECT 1807 1800 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814\nCONECT 1814 1813 1815\nCONECT 1815 1814\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818\nCONECT 1818 1817 1819 1820\nCONECT 1819 1818\nCONECT 1820 1818 1821\nCONECT 1821 1820 1822 1824\nCONECT 1822 1821 1823 1829\nCONECT 1823 1822\nCONECT 1824 1821 1825\nCONECT 1825 1824 1826\nCONECT 1826 1825 1827 1828\nCONECT 1827 1826\nCONECT 1828 1826\nCONECT 1829 1822 1830\nCONECT 1830 1829 1831 1833\nCONECT 1831 1830 1832 1840\nCONECT 1832 1831\nCONECT 1833 1830 1834\nCONECT 1834 1833 1835\nCONECT 1835 1834 1836\nCONECT 1836 1835 1837\nCONECT 1837 1836 1838 1839\nCONECT 1838 1837\nCONECT 1839 1837\nCONECT 1840 1831 1841\nCONECT 1841 1840 1842 1844\nCONECT 1842 1841 1843 1848\nCONECT 1843 1842\nCONECT 1844 1841 1845\nCONECT 1845 1844 1846 1847\nCONECT 1846 1845\nCONECT 1847 1845\nCONECT 1848 1842 1849 1854\nCONECT 1849 1848 1850 1852\nCONECT 1850 1849 1851 1855\nCONECT 1851 1850\nCONECT 1852 1849 1853\nCONECT 1853 1852 1854\nCONECT 1854 1848 1853\nCONECT 1855 1850 1856\nCONECT 1856 1855 1857 1859\nCONECT 1857 1856 1858 1864\nCONECT 1858 1857\nCONECT 1859 1856 1860\nCONECT 1860 1859 1861\nCONECT 1861 1860 1862 1863\nCONECT 1862 1861\nCONECT 1863 1861\nCONECT 1864 1857 1865 1870\nCONECT 1865 1864 1866 1868\nCONECT 1866 1865 1867 1871\nCONECT 1867 1866\nCONECT 1868 1865 1869\nCONECT 1869 1868 1870\nCONECT 1870 1864 1869\nCONECT 1871 1866 1872 1877\nCONECT 1872 1871 1873 1875\nCONECT 1873 1872 1874 1878\nCONECT 1874 1873\nCONECT 1875 1872 1876\nCONECT 1876 1875 1877\nCONECT 1877 1871 1876\nCONECT 1878 1873 1879\nCONECT 1879 1878 1880 1882\nCONECT 1880 1879 1881 1886\nCONECT 1881 1880\nCONECT 1882 1879 1883 1884\nCONECT 1883 1882 1885\nCONECT 1884 1882\nCONECT 1885 1883\nCONECT 1886 1880 1887\nCONECT 1887 1886 1888 1890\nCONECT 1888 1887 1889 1892\nCONECT 1889 1888\nCONECT 1890 1887 1891\nCONECT 1891 1890\nCONECT 1892 1888 1893\nCONECT 1893 1892 1894 1896\nCONECT 1894 1893 1895 1899\nCONECT 1895 1894\nCONECT 1896 1893 1897 1898\nCONECT 1897 1896\nCONECT 1898 1896\nCONECT 1899 1894 1900\nCONECT 1900 1899 1901 1903\nCONECT 1901 1900 1902 1907\nCONECT 1902 1901\nCONECT 1903 1900 1904 1905\nCONECT 1904 1903 1906\nCONECT 1905 1903\nCONECT 1906 1904\nCONECT 1907 1901 1908\nCONECT 1908 1907 1909 1911\nCONECT 1909 1908 1910 1915\nCONECT 1910 1909\nCONECT 1911 1908 1912\nCONECT 1912 1911 1913 1914\nCONECT 1913 1912\nCONECT 1914 1912\nCONECT 1915 1909 1916\nCONECT 1916 1915 1917 1919\nCONECT 1917 1916 1918 1922\nCONECT 1918 1917\nCONECT 1919 1916 1920 1921\nCONECT 1920 1919\nCONECT 1921 1919\nCONECT 1922 1917 1923\nCONECT 1923 1922 1924 1926\nCONECT 1924 1923 1925 1934\nCONECT 1925 1924\nCONECT 1926 1923 1927\nCONECT 1927 1926 1928 1929\nCONECT 1928 1927 1930\nCONECT 1929 1927 1931\nCONECT 1930 1928 1932\nCONECT 1931 1929 1932\nCONECT 1932 1930 1931 1933\nCONECT 1933 1932\nCONECT 1934 1924 1935\nCONECT 1935 1934 1936 1938\nCONECT 1936 1935 1937 1942\nCONECT 1937 1936\nCONECT 1938 1935 1939\nCONECT 1939 1938 1940\nCONECT 1940 1939 1941\nCONECT 1941 1940\nCONECT 1942 1936 1943\nCONECT 1943 1942 1944 1946\nCONECT 1944 1943 1945 1950\nCONECT 1945 1944\nCONECT 1946 1943 1947 1948\nCONECT 1947 1946 1949\nCONECT 1948 1946\nCONECT 1949 1947\nCONECT 1950 1944 1951\nCONECT 1951 1950 1952 1954\nCONECT 1952 1951 1953 1958\nCONECT 1953 1952\nCONECT 1954 1951 1955\nCONECT 1955 1954 1956\nCONECT 1956 1955 1957\nCONECT 1957 1956\nCONECT 1958 1952 1959\nCONECT 1959 1958 1960 1962\nCONECT 1960 1959 1961 1969\nCONECT 1961 1960\nCONECT 1962 1959 1963\nCONECT 1963 1962 1964\nCONECT 1964 1963 1965\nCONECT 1965 1964 1966\nCONECT 1966 1965 1967 1968\nCONECT 1967 1966\nCONECT 1968 1966\nCONECT 1969 1960 1970\nCONECT 1970 1969 1971 1973\nCONECT 1971 1970 1972 1978\nCONECT 1972 1971\nCONECT 1973 1970 1974\nCONECT 1974 1973 1975\nCONECT 1975 1974 1976\nCONECT 1976 1975 1977\nCONECT 1977 1976\nCONECT 1978 1971 1979\nCONECT 1979 1978 1980 1982\nCONECT 1980 1979 1981 1984\nCONECT 1981 1980\nCONECT 1982 1979 1983\nCONECT 1983 1982\nCONECT 1984 1980 1985\nCONECT 1985 1984 1986 1988\nCONECT 1986 1985 1987 1998\nCONECT 1987 1986\nCONECT 1988 1985 1989\nCONECT 1989 1988 1990 1991\nCONECT 1990 1989 1992\nCONECT 1991 1989 1993 1994\nCONECT 1992 1990 1993\nCONECT 1993 1991 1992 1995\nCONECT 1994 1991 1996\nCONECT 1995 1993 1997\nCONECT 1996 1994 1997\nCONECT 1997 1995 1996\nCONECT 1998 1986 1999\nCONECT 1999 1998 2000 2002\nCONECT 2000 1999 2001 2006 2014\nCONECT 2001 2000\nCONECT 2002 1999 2003\nCONECT 2003 2002 2004\nCONECT 2004 2003 2005\nCONECT 2005 2004\nCONECT 2006 2000 2007\nCONECT 2007 2006 2008 2010\nCONECT 2008 2007 2009 2022\nCONECT 2009 2008\nCONECT 2010 2007 2011 2012\nCONECT 2011 2010 2013\nCONECT 2012 2010\nCONECT 2013 2011\nCONECT 2014 2000 2015\nCONECT 2015 2014 2016 2018\nCONECT 2016 2015 2017 2022\nCONECT 2017 2016\nCONECT 2018 2015 2019 2020\nCONECT 2019 2018 2021\nCONECT 2020 2018\nCONECT 2021 2019\nCONECT 2022 2008 2016 2023\nCONECT 2023 2022 2024 2026\nCONECT 2024 2023 2025 2030\nCONECT 2025 2024\nCONECT 2026 2023 2027\nCONECT 2027 2026 2028 2029\nCONECT 2028 2027\nCONECT 2029 2027\nCONECT 2030 2024 2031\nCONECT 2031 2030 2032 2034\nCONECT 2032 2031 2033 2035\nCONECT 2033 2032\nCONECT 2034 2031\nCONECT 2035 2032 2036\nCONECT 2036 2035 2037 2039\nCONECT 2037 2036 2038 2043\nCONECT 2038 2037\nCONECT 2039 2036 2040\nCONECT 2040 2039 2041 2042\nCONECT 2041 2040\nCONECT 2042 2040\nCONECT 2043 2037 2044\nCONECT 2044 2043 2045 2047\nCONECT 2045 2044 2046 2049\nCONECT 2046 2045\nCONECT 2047 2044 2048\nCONECT 2048 2047\nCONECT 2049 2045 2050\nCONECT 2050 2049 2051 2053\nCONECT 2051 2050 2052 2060\nCONECT 2052 2051\nCONECT 2053 2050 2054\nCONECT 2054 2053 2055\nCONECT 2055 2054 2056\nCONECT 2056 2055 2057\nCONECT 2057 2056 2058 2059\nCONECT 2058 2057\nCONECT 2059 2057\nCONECT 2060 2051 2061 2066\nCONECT 2061 2060 2062 2064\nCONECT 2062 2061 2063 2067\nCONECT 2063 2062\nCONECT 2064 2061 2065\nCONECT 2065 2064 2066\nCONECT 2066 2060 2065\nCONECT 2067 2062 2068\nCONECT 2068 2067 2069 2071\nCONECT 2069 2068 2070 2076\nCONECT 2070 2069\nCONECT 2071 2068 2072\nCONECT 2072 2071 2073\nCONECT 2073 2072 2074\nCONECT 2074 2073 2075\nCONECT 2075 2074\nCONECT 2076 2069 2077\nCONECT 2077 2076 2078 2080\nCONECT 2078 2077 2079 2087\nCONECT 2079 2078\nCONECT 2080 2077 2081\nCONECT 2081 2080 2082 2083\nCONECT 2082 2081 2084\nCONECT 2083 2081 2085\nCONECT 2084 2082 2086\nCONECT 2085 2083 2086\nCONECT 2086 2084 2085\nCONECT 2087 2078 2088\nCONECT 2088 2087 2089 2091\nCONECT 2089 2088 2090 2098\nCONECT 2090 2089\nCONECT 2091 2088 2092\nCONECT 2092 2091 2093\nCONECT 2093 2092 2094\nCONECT 2094 2093 2095\nCONECT 2095 2094 2096 2097\nCONECT 2096 2095\nCONECT 2097 2095\nCONECT 2098 2089 2099\nCONECT 2099 2098 2100 2102\nCONECT 2100 2099 2101 2107\nCONECT 2101 2100\nCONECT 2102 2099 2103\nCONECT 2103 2102 2104\nCONECT 2104 2103 2105 2106\nCONECT 2105 2104\nCONECT 2106 2104\nCONECT 2107 2100 2108\nCONECT 2108 2107 2109 2111\nCONECT 2109 2108 2110 2115\nCONECT 2110 2109\nCONECT 2111 2108 2112\nCONECT 2112 2111 2113 2114\nCONECT 2113 2112\nCONECT 2114 2112\nCONECT 2115 2109 2116\nCONECT 2116 2115 2117 2119\nCONECT 2117 2116 2118 2123\nCONECT 2118 2117\nCONECT 2119 2116 2120 2121\nCONECT 2120 2119 2122\nCONECT 2121 2119\nCONECT 2122 2120\nCONECT 2123 2117 2124\nCONECT 2124 2123 2125 2127\nCONECT 2125 2124 2126 2131\nCONECT 2126 2125\nCONECT 2127 2124 2128 2129\nCONECT 2128 2127 2130\nCONECT 2129 2127\nCONECT 2130 2128\nCONECT 2131 2125 2132\nCONECT 2132 2131 2133 2135\nCONECT 2133 2132 2134 2140\nCONECT 2134 2133\nCONECT 2135 2132 2136\nCONECT 2136 2135 2137\nCONECT 2137 2136 2138 2139\nCONECT 2138 2137\nCONECT 2139 2137\nCONECT 2140 2133 2141\nCONECT 2141 2140 2142 2144\nCONECT 2142 2141 2143 2151\nCONECT 2143 2142\nCONECT 2144 2141 2145\nCONECT 2145 2144 2146 2147\nCONECT 2146 2145 2148\nCONECT 2147 2145 2149\nCONECT 2148 2146 2150\nCONECT 2149 2147 2150\nCONECT 2150 2148 2149\nCONECT 2151 2142 2152\nCONECT 2152 2151 2153 2155\nCONECT 2153 2152 2154 2157\nCONECT 2154 2153\nCONECT 2155 2152 2156\nCONECT 2156 2155\nCONECT 2157 2153 2158\nCONECT 2158 2157 2159 2161\nCONECT 2159 2158 2160 2166\nCONECT 2160 2159\nCONECT 2161 2158 2162\nCONECT 2162 2161 2163\nCONECT 2163 2162 2164\nCONECT 2164 2163 2165\nCONECT 2165 2164\nCONECT 2166 2159 2167\nCONECT 2167 2166 2168 2170\nCONECT 2168 2167 2169 2174\nCONECT 2169 2168\nCONECT 2170 2167 2171\nCONECT 2171 2170 2172\nCONECT 2172 2171 2173\nCONECT 2173 2172\nCONECT 2174 2168 2175\nCONECT 2175 2174 2176 2178\nCONECT 2176 2175 2177 2179\nCONECT 2177 2176\nCONECT 2178 2175\nCONECT 2179 2176 2180\nCONECT 2180 2179 2181 2183\nCONECT 2181 2180 2182 2190\nCONECT 2182 2181\nCONECT 2183 2180 2184\nCONECT 2184 2183 2185\nCONECT 2185 2184 2186\nCONECT 2186 2185 2187\nCONECT 2187 2186 2188 2189\nCONECT 2188 2187\nCONECT 2189 2187\nCONECT 2190 2181 2191\nCONECT 2191 2190 2192 2194\nCONECT 2192 2191 2193 2198\nCONECT 2193 2192\nCONECT 2194 2191 2195\nCONECT 2195 2194 2196 2197\nCONECT 2196 2195\nCONECT 2197 2195\nCONECT 2198 2192 2199 2204\nCONECT 2199 2198 2200 2202\nCONECT 2200 2199 2201 2205\nCONECT 2201 2200\nCONECT 2202 2199 2203\nCONECT 2203 2202 2204\nCONECT 2204 2198 2203\nCONECT 2205 2200 2206\nCONECT 2206 2205 2207 2209\nCONECT 2207 2206 2208 2214\nCONECT 2208 2207\nCONECT 2209 2206 2210\nCONECT 2210 2209 2211\nCONECT 2211 2210 2212 2213\nCONECT 2212 2211\nCONECT 2213 2211\nCONECT 2214 2207 2215\nCONECT 2215 2214 2216 2218\nCONECT 2216 2215 2217 2225\nCONECT 2217 2216\nCONECT 2218 2215 2219\nCONECT 2219 2218 2220\nCONECT 2220 2219 2221\nCONECT 2221 2220 2222\nCONECT 2222 2221 2223 2224\nCONECT 2223 2222\nCONECT 2224 2222\nCONECT 2225 2216 2226\nCONECT 2226 2225 2227 2229\nCONECT 2227 2226 2228 2237\nCONECT 2228 2227\nCONECT 2229 2226 2230\nCONECT 2230 2229 2231 2232\nCONECT 2231 2230 2233\nCONECT 2232 2230 2234\nCONECT 2233 2231 2235\nCONECT 2234 2232 2235\nCONECT 2235 2233 2234 2236\nCONECT 2236 2235\nCONECT 2237 2227 2238\nCONECT 2238 2237 2239 2241\nCONECT 2239 2238 2240 2245\nCONECT 2240 2239\nCONECT 2241 2238 2242\nCONECT 2242 2241 2243 2244\nCONECT 2243 2242\nCONECT 2244 2242\nCONECT 2245 2239 2246\nCONECT 2246 2245 2247 2249\nCONECT 2247 2246 2248 2252\nCONECT 2248 2247\nCONECT 2249 2246 2250 2251\nCONECT 2250 2249\nCONECT 2251 2249\nCONECT 2252 2247 2253\nCONECT 2253 2252 2254 2256\nCONECT 2254 2253 2255 2260\nCONECT 2255 2254\nCONECT 2256 2253 2257 2258\nCONECT 2257 2256 2259\nCONECT 2258 2256\nCONECT 2259 2257\nCONECT 2260 2254 2261\nCONECT 2261 2260 2262 2264\nCONECT 2262 2261 2263 2269\nCONECT 2263 2262\nCONECT 2264 2261 2265\nCONECT 2265 2264 2266\nCONECT 2266 2265 2267 2268\nCONECT 2267 2266\nCONECT 2268 2266\nCONECT 2269 2262 2270\nCONECT 2270 2269 2271\nCONECT 2271 2270 2272 2273\nCONECT 2272 2271\nCONECT 2273 2271 2274\nCONECT 2274 2273 2275 2277\nCONECT 2275 2274 2276 2281\nCONECT 2276 2275\nCONECT 2277 2274 2278\nCONECT 2278 2277 2279 2280\nCONECT 2279 2278\nCONECT 2280 2278\nCONECT 2281 2275 2282\nCONECT 2282 2281 2283 2285\nCONECT 2283 2282 2284\nCONECT 2284 2283\nCONECT 2285 2282 2286\nCONECT 2286 2285 2287\nCONECT 2287 2286 2288 2289\nCONECT 2288 2287\nCONECT 2289 2287\nCONECT 2290 2301 2304\nCONECT 2291 2304 2305 2307\nCONECT 2292 2305 2306 2310\nCONECT 2293 2294 2306 2307\nCONECT 2294 2293 2295 2296\nCONECT 2295 2294 2308\nCONECT 2296 2294 2297 2309\nCONECT 2297 2296\nCONECT 2298 2311 2312\nCONECT 2299 2312\nCONECT 2300 2317 2318\nCONECT 2301 2290 2302 2316\nCONECT 2302 2301 2303 2315\nCONECT 2303 2302 2304\nCONECT 2304 2290 2291 2303\nCONECT 2305 2291 2292\nCONECT 2306 2292 2293 2308\nCONECT 2307 2291 2293\nCONECT 2308 2295 2306\nCONECT 2309 2296\nCONECT 2310 2292 2311\nCONECT 2311 2298 2310 2314\nCONECT 2312 2298 2299 2313\nCONECT 2313 2312 2314\nCONECT 2314 2311 2313\nCONECT 2315 2302\nCONECT 2316 2301 2317\nCONECT 2317 2300 2316 2319\nCONECT 2318  727 2300\nCONECT 2319 2317\nEND\n",
-           "type": "blob"
-          }
-         ],
-         "kwargs": {
-          "defaultRepresentation": true,
-          "ext": "pdb"
-         },
-         "methodName": "loadFile",
-         "reconstruc_color_scheme": false,
-         "target": "Stage",
-         "type": "call_method"
-        },
-        {
-         "args": [
-          {
-           "binary": false,
-           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ALA X 702       5.277  11.203 -38.996  1.00 53.33      A     \nATOM      2  CA  ALA X 702       3.951  11.884 -38.975  1.00 53.50      A     \nATOM      3  C   ALA X 702       3.933  13.064 -39.944  1.00 53.78      A     \nATOM      4  O   ALA X 702       4.770  13.963 -39.855  1.00 54.20      A     \nATOM      5  CB  ALA X 702       3.636  12.364 -37.562  1.00 52.36      A     \nATOM      6  N   LEU X 703       2.976  13.054 -40.867  1.00 53.80      A     \nATOM      7  CA  LEU X 703       2.850  14.122 -41.853  1.00 54.01      A     \nATOM      8  C   LEU X 703       1.391  14.544 -42.013  1.00 53.09      A     \nATOM      9  O   LEU X 703       0.476  13.790 -41.682  1.00 54.23      A     \nATOM     10  CB  LEU X 703       3.409  13.660 -43.202  1.00 54.44      A     \nATOM     11  CG  LEU X 703       3.511  14.726 -44.298  1.00 55.36      A     \nATOM     12  CD1 LEU X 703       4.361  15.885 -43.805  1.00 55.17      A     \nATOM     13  CD2 LEU X 703       4.110  14.115 -45.554  1.00 55.26      A     \nATOM     14  N   LEU X 704       1.180  15.753 -42.521  1.00 52.09      A     \nATOM     15  CA  LEU X 704      -0.162  16.309 -42.645  1.00 50.44      A     \nATOM     16  C   LEU X 704      -0.836  15.879 -43.948  1.00 49.50      A     \nATOM     17  O   LEU X 704      -0.292  16.077 -45.034  1.00 49.73      A     \nATOM     18  CB  LEU X 704      -0.098  17.837 -42.583  1.00 50.18      A     \nATOM     19  CG  LEU X 704      -1.415  18.603 -42.718  1.00 49.73      A     \nATOM     20  CD1 LEU X 704      -2.295  18.338 -41.508  1.00 48.80      A     \nATOM     21  CD2 LEU X 704      -1.125  20.090 -42.850  1.00 49.01      A     \nATOM     22  N   ARG X 705      -2.024  15.293 -43.829  1.00 47.59      A     \nATOM     23  CA  ARG X 705      -2.836  14.955 -44.995  1.00 45.74      A     \nATOM     24  C   ARG X 705      -3.844  16.067 -45.268  1.00 44.35      A     \nATOM     25  O   ARG X 705      -4.441  16.613 -44.341  1.00 41.56      A     \nATOM     26  CB  ARG X 705      -3.583  13.640 -44.759  1.00 47.13      A     \nATOM     27  CG  ARG X 705      -2.702  12.402 -44.768  1.00 49.37      A     \nATOM     28  CD  ARG X 705      -2.340  12.001 -46.187  1.00 51.75      A     \nATOM     29  NE  ARG X 705      -3.525  11.898 -47.037  1.00 53.37      A     \nATOM     30  CZ  ARG X 705      -4.234  10.786 -47.202  1.00 53.48      A     \nATOM     31  NH1 ARG X 705      -3.880   9.671 -46.576  1.00 52.72      A     \nATOM     32  NH2 ARG X 705      -5.301  10.789 -47.989  1.00 53.50      A     \nATOM     33  N   ILE X 706      -4.029  16.403 -46.540  1.00 43.28      A     \nATOM     34  CA  ILE X 706      -5.060  17.360 -46.926  1.00 42.91      A     \nATOM     35  C   ILE X 706      -6.292  16.602 -47.402  1.00 41.94      A     \nATOM     36  O   ILE X 706      -6.221  15.817 -48.347  1.00 41.88      A     \nATOM     37  CB  ILE X 706      -4.575  18.284 -48.060  1.00 44.37      A     \nATOM     38  CG1 ILE X 706      -3.313  19.027 -47.622  1.00 44.83      A     \nATOM     39  CG2 ILE X 706      -5.665  19.285 -48.417  1.00 44.80      A     \nATOM     40  CD1 ILE X 706      -3.515  19.898 -46.409  1.00 46.02      A     \nATOM     41  N   LEU X 707      -7.420  16.835 -46.739  1.00 40.17      A     \nATOM     42  CA  LEU X 707      -8.630  16.066 -47.003  1.00 40.44      A     \nATOM     43  C   LEU X 707      -9.639  16.847 -47.829  1.00 40.86      A     \nATOM     44  O   LEU X 707      -9.779  18.061 -47.679  1.00 40.28      A     \nATOM     45  CB  LEU X 707      -9.286  15.634 -45.690  1.00 40.34      A     \nATOM     46  CG  LEU X 707      -8.672  14.451 -44.939  1.00 41.93      A     \nATOM     47  CD1 LEU X 707      -7.216  14.729 -44.626  1.00 42.47      A     \nATOM     48  CD2 LEU X 707      -9.457  14.207 -43.662  1.00 42.48      A     \nATOM     49  N   LYS X 708     -10.340  16.136 -48.704  1.00 41.24      A     \nATOM     50  CA  LYS X 708     -11.513  16.682 -49.369  1.00 41.04      A     \nATOM     51  C   LYS X 708     -12.738  16.327 -48.539  1.00 40.73      A     \nATOM     52  O   LYS X 708     -12.751  15.305 -47.851  1.00 39.61      A     \nATOM     53  CB  LYS X 708     -11.647  16.095 -50.777  1.00 42.11      A     \nATOM     54  CG  LYS X 708     -10.420  16.305 -51.648  1.00 44.15      A     \nATOM     55  CD  LYS X 708     -10.702  15.967 -53.105  1.00 46.55      A     \nATOM     56  CE  LYS X 708     -11.080  14.506 -53.278  1.00 47.56      A     \nATOM     57  NZ  LYS X 708     -11.327  14.161 -54.709  1.00 48.16      A     \nATOM     58  N   GLU X 709     -13.765  17.169 -48.600  1.00 40.50      A     \nATOM     59  CA  GLU X 709     -14.954  16.975 -47.781  1.00 40.91      A     \nATOM     60  C   GLU X 709     -15.543  15.584 -47.960  1.00 39.96      A     \nATOM     61  O   GLU X 709     -16.176  15.046 -47.053  1.00 40.67      A     \nATOM     62  CB  GLU X 709     -16.016  18.022 -48.123  1.00 42.98      A     \nATOM     63  CG  GLU X 709     -15.659  19.433 -47.703  1.00 44.71      A     \nATOM     64  CD  GLU X 709     -16.853  20.364 -47.743  1.00 45.85      A     \nATOM     65  OE1 GLU X 709     -17.025  21.067 -48.759  1.00 46.98      A     \nATOM     66  OE2 GLU X 709     -17.621  20.387 -46.759  1.00 47.10      A     \nATOM     67  N   THR X 710     -15.331  15.002 -49.136  1.00 40.02      A     \nATOM     68  CA  THR X 710     -15.914  13.710 -49.465  1.00 40.36      A     \nATOM     69  C   THR X 710     -15.205  12.557 -48.763  1.00 40.05      A     \nATOM     70  O   THR X 710     -15.675  11.422 -48.797  1.00 40.20      A     \nATOM     71  CB  THR X 710     -15.876  13.456 -50.986  1.00 40.79      A     \nATOM     72  OG1 THR X 710     -14.531  13.584 -51.461  1.00 41.46      A     \nATOM     73  CG2 THR X 710     -16.767  14.453 -51.713  1.00 42.07      A     \nATOM     74  N   GLU X 711     -14.077  12.854 -48.126  1.00 40.25      A     \nATOM     75  CA  GLU X 711     -13.267  11.819 -47.487  1.00 40.49      A     \nATOM     76  C   GLU X 711     -13.739  11.464 -46.079  1.00 39.75      A     \nATOM     77  O   GLU X 711     -13.445  10.378 -45.579  1.00 39.47      A     \nATOM     78  CB  GLU X 711     -11.804  12.255 -47.421  1.00 41.30      A     \nATOM     79  CG  GLU X 711     -11.091  12.286 -48.755  1.00 43.52      A     \nATOM     80  CD  GLU X 711      -9.614  12.586 -48.604  1.00 43.82      A     \nATOM     81  OE1 GLU X 711      -9.163  13.625 -49.126  1.00 44.58      A     \nATOM     82  OE2 GLU X 711      -8.905  11.782 -47.957  1.00 43.93      A     \nATOM     83  N   PHE X 712     -14.458  12.377 -45.435  1.00 38.55      A     \nATOM     84  CA  PHE X 712     -14.880  12.149 -44.058  1.00 38.10      A     \nATOM     85  C   PHE X 712     -16.328  12.542 -43.807  1.00 38.70      A     \nATOM     86  O   PHE X 712     -16.933  13.274 -44.591  1.00 39.42      A     \nATOM     87  CB  PHE X 712     -13.963  12.906 -43.092  1.00 36.62      A     \nATOM     88  CG  PHE X 712     -14.014  14.397 -43.248  1.00 34.94      A     \nATOM     89  CD1 PHE X 712     -14.798  15.169 -42.406  1.00 34.44      A     \nATOM     90  CD2 PHE X 712     -13.261  15.032 -44.224  1.00 35.08      A     \nATOM     91  CE1 PHE X 712     -14.828  16.546 -42.532  1.00 36.00      A     \nATOM     92  CE2 PHE X 712     -13.287  16.410 -44.356  1.00 35.66      A     \nATOM     93  CZ  PHE X 712     -14.071  17.168 -43.508  1.00 35.12      A     \nATOM     94  N   LYS X 713     -16.878  12.039 -42.707  1.00 38.99      A     \nATOM     95  CA  LYS X 713     -18.263  12.299 -42.343  1.00 39.17      A     \nATOM     96  C   LYS X 713     -18.384  12.507 -40.837  1.00 38.90      A     \nATOM     97  O   LYS X 713     -17.734  11.814 -40.055  1.00 36.12      A     \nATOM     98  CB  LYS X 713     -19.146  11.123 -42.765  1.00 41.92      A     \nATOM     99  CG  LYS X 713     -20.607  11.279 -42.381  1.00 45.13      A     \nATOM    100  CD  LYS X 713     -21.374   9.983 -42.584  1.00 48.08      A     \nATOM    101  CE  LYS X 713     -22.874  10.214 -42.493  1.00 49.17      A     \nATOM    102  NZ  LYS X 713     -23.347  11.138 -43.561  1.00 50.21      A     \nATOM    103  N   LYS X 714     -19.214  13.467 -40.439  1.00 38.49      A     \nATOM    104  CA  LYS X 714     -19.502  13.694 -39.027  1.00 39.61      A     \nATOM    105  C   LYS X 714     -20.628  12.773 -38.576  1.00 40.20      A     \nATOM    106  O   LYS X 714     -21.656  12.660 -39.247  1.00 41.82      A     \nATOM    107  CB  LYS X 714     -19.921  15.147 -38.793  1.00 39.27      A     \nATOM    108  CG  LYS X 714     -18.920  16.182 -39.259  1.00 40.17      A     \nATOM    109  CD  LYS X 714     -19.436  17.585 -38.979  1.00 42.14      A     \nATOM    110  CE  LYS X 714     -18.544  18.635 -39.606  1.00 42.08      A     \nATOM    111  NZ  LYS X 714     -18.490  18.485 -41.087  1.00 43.01      A     \nATOM    112  N   ILE X 715     -20.436  12.119 -37.438  1.00 38.93      A     \nATOM    113  CA  ILE X 715     -21.440  11.201 -36.918  1.00 40.62      A     \nATOM    114  C   ILE X 715     -22.235  11.836 -35.778  1.00 41.10      A     \nATOM    115  O   ILE X 715     -23.465  11.840 -35.802  1.00 41.63      A     \nATOM    116  CB  ILE X 715     -20.789   9.894 -36.424  1.00 41.30      A     \nATOM    117  CG1 ILE X 715     -20.114   9.181 -37.599  1.00 41.96      A     \nATOM    118  CG2 ILE X 715     -21.836   8.989 -35.794  1.00 42.74      A     \nATOM    119  CD1 ILE X 715     -19.499   7.849 -37.236  1.00 42.62      A     \nATOM    120  N   LYS X 716     -21.538  12.376 -34.784  1.00 40.55      A     \nATOM    121  CA  LYS X 716     -22.217  13.068 -33.696  1.00 40.55      A     \nATOM    122  C   LYS X 716     -21.331  14.077 -32.981  1.00 39.57      A     \nATOM    123  O   LYS X 716     -20.103  13.996 -33.030  1.00 38.61      A     \nATOM    124  CB  LYS X 716     -22.765  12.061 -32.682  1.00 41.96      A     \nATOM    125  CG  LYS X 716     -21.708  11.253 -31.949  1.00 44.29      A     \nATOM    126  CD  LYS X 716     -22.347  10.393 -30.867  1.00 46.59      A     \nATOM    127  CE  LYS X 716     -21.304   9.654 -30.046  1.00 48.37      A     \nATOM    128  NZ  LYS X 716     -21.930   8.873 -28.944  1.00 49.91      A     \nATOM    129  N   VAL X 717     -21.966  15.035 -32.317  1.00 38.08      A     \nATOM    130  CA  VAL X 717     -21.244  16.049 -31.564  1.00 36.20      A     \nATOM    131  C   VAL X 717     -20.724  15.460 -30.261  1.00 34.66      A     \nATOM    132  O   VAL X 717     -21.411  14.683 -29.599  1.00 35.57      A     \nATOM    133  CB  VAL X 717     -22.152  17.251 -31.243  1.00 36.16      A     \nATOM    134  CG1 VAL X 717     -21.376  18.293 -30.449  1.00 36.18      A     \nATOM    135  CG2 VAL X 717     -22.682  17.853 -32.531  1.00 37.20      A     \nATOM    136  N   LEU X 718     -19.499  15.828 -29.903  1.00 33.55      A     \nATOM    137  CA  LEU X 718     -18.880  15.329 -28.681  1.00 33.35      A     \nATOM    138  C   LEU X 718     -18.840  16.423 -27.629  1.00 33.03      A     \nATOM    139  O   LEU X 718     -18.926  16.159 -26.428  1.00 34.04      A     \nATOM    140  CB  LEU X 718     -17.461  14.844 -28.975  1.00 32.91      A     \nATOM    141  CG  LEU X 718     -17.395  13.718 -30.006  1.00 30.96      A     \nATOM    142  CD1 LEU X 718     -15.950  13.304 -30.230  1.00 31.66      A     \nATOM    143  CD2 LEU X 718     -18.233  12.542 -29.518  1.00 30.77      A     \nATOM    144  N   GLY X 719     -18.701  17.658 -28.093  1.00 32.42      A     \nATOM    145  CA  GLY X 719     -18.682  18.789 -27.189  1.00 33.09      A     \nATOM    146  C   GLY X 719     -18.545  20.077 -27.968  1.00 33.21      A     \nATOM    147  O   GLY X 719     -18.238  20.064 -29.163  1.00 31.73      A     \nATOM    148  N   SER X 720     -18.776  21.200 -27.298  1.00 34.95      A     \nATOM    149  CA  SER X 720     -18.682  22.486 -27.963  1.00 37.34      A     \nATOM    150  C   SER X 720     -18.152  23.556 -27.021  1.00 38.04      A     \nATOM    151  O   SER X 720     -18.359  23.488 -25.808  1.00 38.56      A     \nATOM    152  CB  SER X 720     -20.055  22.900 -28.499  1.00 38.34      A     \nATOM    153  OG  SER X 720     -19.937  24.051 -29.319  1.00 39.55      A     \nATOM    154  N   GLY X 721     -17.459  24.539 -27.588  1.00 39.44      A     \nATOM    155  CA  GLY X 721     -16.952  25.648 -26.802  1.00 40.77      A     \nATOM    156  C   GLY X 721     -16.703  26.865 -27.670  1.00 41.72      A     \nATOM    157  O   GLY X 721     -17.227  26.962 -28.780  1.00 42.91      A     \nATOM    158  N   ALA X 722     -15.899  27.799 -27.168  1.00 43.58      A     \nATOM    159  CA  ALA X 722     -15.595  29.020 -27.907  1.00 44.64      A     \nATOM    160  C   ALA X 722     -14.717  28.717 -29.116  1.00 45.13      A     \nATOM    161  O   ALA X 722     -14.695  29.476 -30.087  1.00 46.14      A     \nATOM    162  CB  ALA X 722     -14.898  30.024 -26.993  1.00 45.57      A     \nATOM    163  N   PHE X 723     -13.994  27.605 -29.050  1.00 44.20      A     \nATOM    164  CA  PHE X 723     -13.122  27.188 -30.141  1.00 42.60      A     \nATOM    165  C   PHE X 723     -13.957  26.750 -31.338  1.00 41.98      A     \nATOM    166  O   PHE X 723     -13.577  26.969 -32.489  1.00 42.68      A     \nATOM    167  CB  PHE X 723     -12.235  26.025 -29.686  1.00 42.36      A     \nATOM    168  CG  PHE X 723     -13.001  24.774 -29.360  1.00 41.85      A     \nATOM    169  CD1 PHE X 723     -13.200  23.796 -30.321  1.00 41.39      A     \nATOM    170  CD2 PHE X 723     -13.537  24.581 -28.097  1.00 41.71      A     \nATOM    171  CE1 PHE X 723     -13.921  22.651 -30.031  1.00 41.44      A     \nATOM    172  CE2 PHE X 723     -14.259  23.438 -27.800  1.00 42.29      A     \nATOM    173  CZ  PHE X 723     -14.451  22.473 -28.768  1.00 41.26      A     \nATOM    174  N   GLY X 724     -15.099  26.130 -31.056  1.00 40.24      A     \nATOM    175  CA  GLY X 724     -15.902  25.541 -32.110  1.00 38.08      A     \nATOM    176  C   GLY X 724     -16.613  24.290 -31.635  1.00 37.22      A     \nATOM    177  O   GLY X 724     -17.086  24.230 -30.501  1.00 36.98      A     \nATOM    178  N   THR X 725     -16.695  23.288 -32.502  1.00 35.79      A     \nATOM    179  CA  THR X 725     -17.358  22.043 -32.151  1.00 34.40      A     \nATOM    180  C   THR X 725     -16.513  20.844 -32.553  1.00 33.32      A     \nATOM    181  O   THR X 725     -15.880  20.843 -33.606  1.00 32.75      A     \nATOM    182  CB  THR X 725     -18.737  21.938 -32.836  1.00 36.02      A     \nATOM    183  OG1 THR X 725     -19.590  22.985 -32.355  1.00 38.06      A     \nATOM    184  CG2 THR X 725     -19.380  20.596 -32.536  1.00 36.10      A     \nATOM    185  N   VAL X 726     -16.502  19.827 -31.698  1.00 31.17      A     \nATOM    186  CA  VAL X 726     -15.828  18.578 -32.017  1.00 30.85      A     \nATOM    187  C   VAL X 726     -16.843  17.465 -32.244  1.00 30.95      A     \nATOM    188  O   VAL X 726     -17.760  17.275 -31.444  1.00 30.28      A     \nATOM    189  CB  VAL X 726     -14.871  18.152 -30.884  1.00 30.67      A     \nATOM    190  CG1 VAL X 726     -14.213  16.824 -31.234  1.00 30.82      A     \nATOM    191  CG2 VAL X 726     -13.815  19.223 -30.662  1.00 30.91      A     \nATOM    192  N   TYR X 727     -16.667  16.736 -33.344  1.00 30.34      A     \nATOM    193  CA  TYR X 727     -17.543  15.625 -33.700  1.00 31.29      A     \nATOM    194  C   TYR X 727     -16.773  14.314 -33.670  1.00 29.68      A     \nATOM    195  O   TYR X 727     -15.576  14.288 -33.947  1.00 30.33      A     \nATOM    196  CB  TYR X 727     -18.099  15.807 -35.113  1.00 30.99      A     \nATOM    197  CG  TYR X 727     -18.851  17.093 -35.347  1.00 32.99      A     \nATOM    198  CD1 TYR X 727     -18.182  18.259 -35.697  1.00 30.73      A     \nATOM    199  CD2 TYR X 727     -20.235  17.129 -35.262  1.00 34.07      A     \nATOM    200  CE1 TYR X 727     -18.875  19.425 -35.962  1.00 35.20      A     \nATOM    201  CE2 TYR X 727     -20.935  18.289 -35.524  1.00 34.45      A     \nATOM    202  CZ  TYR X 727     -20.252  19.431 -35.874  1.00 34.69      A     \nATOM    203  OH  TYR X 727     -20.952  20.584 -36.146  1.00 35.93      A     \nATOM    204  N   LYS X 728     -17.467  13.227 -33.349  1.00 30.30      A     \nATOM    205  CA  LYS X 728     -16.989  11.905 -33.715  1.00 31.74      A     \nATOM    206  C   LYS X 728     -17.286  11.724 -35.197  1.00 32.90      A     \nATOM    207  O   LYS X 728     -18.354  12.109 -35.669  1.00 33.35      A     \nATOM    208  CB  LYS X 728     -17.715  10.829 -32.907  1.00 33.29      A     \nATOM    209  CG  LYS X 728     -17.381   9.416 -33.345  1.00 34.93      A     \nATOM    210  CD  LYS X 728     -18.107   8.383 -32.510  1.00 37.45      A     \nATOM    211  CE  LYS X 728     -17.714   6.975 -32.933  1.00 39.27      A     \nATOM    212  NZ  LYS X 728     -18.260   5.957 -32.001  1.00 39.74      A     \nATOM    213  N   GLY X 729     -16.341  11.150 -35.934  1.00 33.24      A     \nATOM    214  CA  GLY X 729     -16.534  10.998 -37.364  1.00 33.39      A     \nATOM    215  C   GLY X 729     -15.798   9.807 -37.943  1.00 33.78      A     \nATOM    216  O   GLY X 729     -15.143   9.056 -37.221  1.00 32.08      A     \nATOM    217  N   LEU X 730     -15.921   9.633 -39.254  1.00 33.73      A     \nATOM    218  CA  LEU X 730     -15.206   8.582 -39.967  1.00 34.73      A     \nATOM    219  C   LEU X 730     -14.406   9.173 -41.117  1.00 33.62      A     \nATOM    220  O   LEU X 730     -14.920   9.971 -41.900  1.00 33.04      A     \nATOM    221  CB  LEU X 730     -16.188   7.548 -40.519  1.00 36.16      A     \nATOM    222  CG  LEU X 730     -16.690   6.466 -39.564  1.00 38.32      A     \nATOM    223  CD1 LEU X 730     -17.810   5.682 -40.236  1.00 41.92      A     \nATOM    224  CD2 LEU X 730     -15.539   5.539 -39.177  1.00 39.35      A     \nATOM    225  N   TRP X 731     -13.144   8.773 -41.217  1.00 32.90      A     \nATOM    226  CA  TRP X 731     -12.296   9.213 -42.312  1.00 33.15      A     \nATOM    227  C   TRP X 731     -11.923   8.020 -43.186  1.00 35.02      A     \nATOM    228  O   TRP X 731     -11.363   7.035 -42.702  1.00 33.24      A     \nATOM    229  CB  TRP X 731     -11.035   9.874 -41.755  1.00 31.78      A     \nATOM    230  CG  TRP X 731     -10.016  10.250 -42.787  1.00 32.89      A     \nATOM    231  CD1 TRP X 731     -10.251  10.667 -44.068  1.00 31.37      A     \nATOM    232  CD2 TRP X 731      -8.594  10.267 -42.616  1.00 31.62      A     \nATOM    233  NE1 TRP X 731      -9.063  10.941 -44.702  1.00 33.14      A     \nATOM    234  CE2 TRP X 731      -8.031  10.704 -43.832  1.00 32.66      A     \nATOM    235  CE3 TRP X 731      -7.742   9.957 -41.550  1.00 31.43      A     \nATOM    236  CZ2 TRP X 731      -6.654  10.837 -44.011  1.00 33.13      A     \nATOM    237  CZ3 TRP X 731      -6.378  10.090 -41.729  1.00 31.94      A     \nATOM    238  CH2 TRP X 731      -5.846  10.526 -42.951  1.00 32.41      A     \nATOM    239  N   ILE X 732     -12.253   8.106 -44.471  1.00 37.34      A     \nATOM    240  CA  ILE X 732     -11.778   7.126 -45.439  1.00 40.81      A     \nATOM    241  C   ILE X 732     -10.948   7.830 -46.500  1.00 41.25      A     \nATOM    242  O   ILE X 732     -11.487   8.502 -47.381  1.00 41.65      A     \nATOM    243  CB  ILE X 732     -12.940   6.395 -46.151  1.00 42.95      A     \nATOM    244  CG1 ILE X 732     -13.835   5.692 -45.128  1.00 43.89      A     \nATOM    245  CG2 ILE X 732     -12.381   5.380 -47.143  1.00 43.15      A     \nATOM    246  CD1 ILE X 732     -14.782   6.624 -44.399  1.00 46.24      A     \nATOM    247  N   PRO X 733      -9.618   7.687 -46.429  1.00 42.52      A     \nATOM    248  CA  PRO X 733      -8.759   8.278 -47.459  1.00 43.56      A     \nATOM    249  C   PRO X 733      -9.134   7.727 -48.834  1.00 44.66      A     \nATOM    250  O   PRO X 733      -9.439   6.542 -48.970  1.00 44.00      A     \nATOM    251  CB  PRO X 733      -7.351   7.865 -47.029  1.00 43.45      A     \nATOM    252  CG  PRO X 733      -7.469   7.585 -45.564  1.00 43.20      A     \nATOM    253  CD  PRO X 733      -8.838   7.009 -45.380  1.00 41.80      A     \nATOM    254  N   GLU X 734      -9.121   8.588 -49.847  1.00 46.93      A     \nATOM    255  CA  GLU X 734      -9.580   8.199 -51.177  1.00 49.59      A     \nATOM    256  C   GLU X 734      -8.976   6.883 -51.649  1.00 49.52      A     \nATOM    257  O   GLU X 734      -7.759   6.757 -51.778  1.00 50.42      A     \nATOM    258  CB  GLU X 734      -9.253   9.293 -52.197  1.00 52.00      A     \nATOM    259  CG  GLU X 734     -10.191  10.484 -52.160  1.00 55.25      A     \nATOM    260  CD  GLU X 734     -10.219  11.236 -53.476  1.00 56.78      A     \nATOM    261  OE1 GLU X 734      -9.139  11.646 -53.952  1.00 57.86      A     \nATOM    262  OE2 GLU X 734     -11.322  11.415 -54.036  1.00 58.26      A     \nATOM    263  N   GLY X 735      -9.837   5.903 -51.905  1.00 49.52      A     \nATOM    264  CA  GLY X 735      -9.393   4.665 -52.520  1.00 49.01      A     \nATOM    265  C   GLY X 735      -8.555   3.779 -51.617  1.00 48.74      A     \nATOM    266  O   GLY X 735      -7.915   2.838 -52.091  1.00 48.63      A     \nATOM    267  N   GLU X 736      -8.550   4.069 -50.319  1.00 47.32      A     \nATOM    268  CA  GLU X 736      -7.763   3.284 -49.377  1.00 46.57      A     \nATOM    269  C   GLU X 736      -8.601   2.204 -48.705  1.00 46.35      A     \nATOM    270  O   GLU X 736      -8.065   1.248 -48.144  1.00 47.60      A     \nATOM    271  CB  GLU X 736      -7.140   4.192 -48.314  1.00 45.62      A     \nATOM    272  CG  GLU X 736      -6.052   5.111 -48.847  1.00 44.24      A     \nATOM    273  CD  GLU X 736      -5.127   5.608 -47.753  1.00 44.08      A     \nATOM    274  OE1 GLU X 736      -5.238   5.108 -46.616  1.00 42.85      A     \nATOM    275  OE2 GLU X 736      -4.293   6.496 -48.028  1.00 44.40      A     \nATOM    276  N   LYS X 737      -9.919   2.366 -48.761  1.00 47.23      A     \nATOM    277  CA  LYS X 737     -10.845   1.361 -48.257  1.00 47.96      A     \nATOM    278  C   LYS X 737     -10.727   1.138 -46.751  1.00 47.79      A     \nATOM    279  O   LYS X 737     -11.444   0.315 -46.184  1.00 49.82      A     \nATOM    280  CB  LYS X 737     -10.634   0.036 -48.994  1.00 48.39      A     \nATOM    281  CG  LYS X 737     -10.905   0.118 -50.486  1.00 49.47      A     \nATOM    282  CD  LYS X 737     -12.295   0.671 -50.752  1.00 50.39      A     \nATOM    283  CE  LYS X 737     -12.563   0.810 -52.242  1.00 52.01      A     \nATOM    284  NZ  LYS X 737     -12.519  -0.509 -52.936  1.00 53.17      A     \nATOM    285  N   VAL X 738      -9.819   1.867 -46.106  1.00 47.28      A     \nATOM    286  CA  VAL X 738      -9.664   1.778 -44.657  1.00 46.30      A     \nATOM    287  C   VAL X 738     -10.501   2.844 -43.957  1.00 45.87      A     \nATOM    288  O   VAL X 738     -10.363   4.036 -44.234  1.00 46.64      A     \nATOM    289  CB  VAL X 738      -8.184   1.949 -44.240  1.00 46.79      A     \nATOM    290  CG1 VAL X 738      -7.639   3.266 -44.771  1.00 47.78      A     \nATOM    291  CG2 VAL X 738      -8.061   1.892 -42.723  1.00 46.52      A     \nATOM    292  N   LYS X 739     -11.373   2.410 -43.051  1.00 45.02      A     \nATOM    293  CA  LYS X 739     -12.263   3.325 -42.344  1.00 43.82      A     \nATOM    294  C   LYS X 739     -11.684   3.684 -40.980  1.00 41.03      A     \nATOM    295  O   LYS X 739     -11.567   2.829 -40.101  1.00 41.37      A     \nATOM    296  CB  LYS X 739     -13.642   2.687 -42.161  1.00 46.66      A     \nATOM    297  CG  LYS X 739     -14.303   2.260 -43.461  1.00 49.72      A     \nATOM    298  CD  LYS X 739     -15.713   1.748 -43.223  1.00 52.48      A     \nATOM    299  CE  LYS X 739     -16.619   2.845 -42.683  1.00 53.54      A     \nATOM    300  NZ  LYS X 739     -16.774   3.968 -43.650  1.00 55.43      A     \nATOM    301  N   ILE X 740     -11.332   4.953 -40.806  1.00 37.21      A     \nATOM    302  CA  ILE X 740     -10.630   5.390 -39.607  1.00 34.22      A     \nATOM    303  C   ILE X 740     -11.547   6.228 -38.725  1.00 33.62      A     \nATOM    304  O   ILE X 740     -11.979   7.310 -39.120  1.00 31.45      A     \nATOM    305  CB  ILE X 740      -9.396   6.237 -39.976  1.00 32.65      A     \nATOM    306  CG1 ILE X 740      -8.499   5.455 -40.942  1.00 32.75      A     \nATOM    307  CG2 ILE X 740      -8.629   6.620 -38.718  1.00 32.58      A     \nATOM    308  CD1 ILE X 740      -7.315   6.249 -41.452  1.00 31.77      A     \nATOM    309  N   PRO X 741     -11.857   5.738 -37.515  1.00 32.34      A     \nATOM    310  CA  PRO X 741     -12.581   6.582 -36.561  1.00 31.27      A     \nATOM    311  C   PRO X 741     -11.734   7.793 -36.198  1.00 30.23      A     \nATOM    312  O   PRO X 741     -10.544   7.661 -35.918  1.00 29.76      A     \nATOM    313  CB  PRO X 741     -12.817   5.661 -35.365  1.00 33.00      A     \nATOM    314  CG  PRO X 741     -11.752   4.621 -35.472  1.00 34.70      A     \nATOM    315  CD  PRO X 741     -11.500   4.429 -36.940  1.00 33.66      A     \nATOM    316  N   VAL X 742     -12.343   8.975 -36.222  1.00 28.53      A     \nATOM    317  CA  VAL X 742     -11.611  10.208 -35.960  1.00 26.30      A     \nATOM    318  C   VAL X 742     -12.465  11.192 -35.170  1.00 26.53      A     \nATOM    319  O   VAL X 742     -13.683  11.041 -35.074  1.00 25.94      A     \nATOM    320  CB  VAL X 742     -11.181  10.911 -37.267  1.00 25.75      A     \nATOM    321  CG1 VAL X 742     -10.246  10.019 -38.069  1.00 26.96      A     \nATOM    322  CG2 VAL X 742     -12.414  11.277 -38.088  1.00 25.98      A     \nATOM    323  N   ALA X 743     -11.813  12.200 -34.604  1.00 25.05      A     \nATOM    324  CA  ALA X 743     -12.519  13.364 -34.096  1.00 25.68      A     \nATOM    325  C   ALA X 743     -12.332  14.500 -35.085  1.00 27.85      A     \nATOM    326  O   ALA X 743     -11.229  14.740 -35.576  1.00 30.14      A     \nATOM    327  CB  ALA X 743     -11.977  13.759 -32.736  1.00 25.46      A     \nATOM    328  N   ILE X 744     -13.418  15.197 -35.385  1.00 27.48      A     \nATOM    329  CA  ILE X 744     -13.360  16.309 -36.313  1.00 28.29      A     \nATOM    330  C   ILE X 744     -13.656  17.588 -35.554  1.00 29.35      A     \nATOM    331  O   ILE X 744     -14.735  17.746 -34.984  1.00 31.01      A     \nATOM    332  CB  ILE X 744     -14.392  16.143 -37.435  1.00 29.45      A     \nATOM    333  CG1 ILE X 744     -14.165  14.805 -38.140  1.00 30.28      A     \nATOM    334  CG2 ILE X 744     -14.285  17.300 -38.413  1.00 29.00      A     \nATOM    335  CD1 ILE X 744     -15.294  14.390 -39.056  1.00 31.91      A     \nATOM    336  N   LYS X 745     -12.686  18.489 -35.534  1.00 30.73      A     \nATOM    337  CA  LYS X 745     -12.844  19.746 -34.828  1.00 32.30      A     \nATOM    338  C   LYS X 745     -13.105  20.851 -35.832  1.00 33.77      A     \nATOM    339  O   LYS X 745     -12.203  21.283 -36.546  1.00 33.20      A     \nATOM    340  CB  LYS X 745     -11.587  20.060 -34.014  1.00 33.88      A     \nATOM    341  CG  LYS X 745     -11.693  21.338 -33.201  1.00 34.73      A     \nATOM    342  CD  LYS X 745     -10.623  21.401 -32.121  1.00 36.77      A     \nATOM    343  CE  LYS X 745      -9.232  21.204 -32.699  1.00 37.96      A     \nATOM    344  NZ  LYS X 745      -8.186  21.273 -31.638  1.00 38.76      A     \nATOM    345  N   GLU X 746     -14.354  21.299 -35.890  1.00 35.68      A     \nATOM    346  CA  GLU X 746     -14.716  22.391 -36.776  1.00 37.52      A     \nATOM    347  C   GLU X 746     -14.599  23.706 -36.021  1.00 38.23      A     \nATOM    348  O   GLU X 746     -15.378  23.980 -35.108  1.00 38.56      A     \nATOM    349  CB  GLU X 746     -16.145  22.206 -37.291  1.00 38.19      A     \nATOM    350  CG  GLU X 746     -16.553  23.238 -38.323  1.00 41.44      A     \nATOM    351  CD  GLU X 746     -17.627  22.729 -39.259  1.00 42.93      A     \nATOM    352  OE1 GLU X 746     -17.517  22.977 -40.478  1.00 45.06      A     \nATOM    353  OE2 GLU X 746     -18.579  22.078 -38.779  1.00 44.95      A     \nATOM    354  N   LEU X 747     -13.619  24.513 -36.408  1.00 38.95      A     \nATOM    355  CA  LEU X 747     -13.335  25.762 -35.715  1.00 41.65      A     \nATOM    356  C   LEU X 747     -14.333  26.840 -36.126  1.00 42.96      A     \nATOM    357  O   LEU X 747     -14.828  26.840 -37.251  1.00 43.32      A     \nATOM    358  CB  LEU X 747     -11.913  26.222 -36.040  1.00 41.42      A     \nATOM    359  CG  LEU X 747     -10.806  25.201 -35.764  1.00 41.30      A     \nATOM    360  CD1 LEU X 747      -9.466  25.767 -36.205  1.00 41.80      A     \nATOM    361  CD2 LEU X 747     -10.780  24.853 -34.284  1.00 41.93      A     \nATOM    362  N   ARG X 748     -14.630  27.752 -35.207  1.00 45.66      A     \nATOM    363  CA  ARG X 748     -15.547  28.850 -35.494  1.00 47.96      A     \nATOM    364  C   ARG X 748     -14.885  29.878 -36.405  1.00 48.15      A     \nATOM    365  O   ARG X 748     -13.666  29.877 -36.575  1.00 48.92      A     \nATOM    366  CB  ARG X 748     -15.989  29.529 -34.196  1.00 49.57      A     \nATOM    367  CG  ARG X 748     -14.848  30.116 -33.385  1.00 52.89      A     \nATOM    368  CD  ARG X 748     -15.351  31.170 -32.411  1.00 54.92      A     \nATOM    369  NE  ARG X 748     -16.020  32.269 -33.100  1.00 57.30      A     \nATOM    370  CZ  ARG X 748     -15.385  33.277 -33.691  1.00 58.18      A     \nATOM    371  NH1 ARG X 748     -14.060  33.328 -33.677  1.00 58.48      A     \nATOM    372  NH2 ARG X 748     -16.074  34.233 -34.300  1.00 58.70      A     \nATOM    373  N   PRO X 753     -10.382  35.802 -42.001  1.00 48.58      A     \nATOM    374  CA  PRO X 753      -9.626  34.544 -42.000  1.00 47.96      A     \nATOM    375  C   PRO X 753      -8.165  34.734 -42.400  1.00 47.11      A     \nATOM    376  O   PRO X 753      -7.825  35.677 -43.115  1.00 47.75      A     \nATOM    377  CB  PRO X 753     -10.382  33.669 -43.002  1.00 48.22      A     \nATOM    378  CG  PRO X 753     -11.765  34.233 -43.022  1.00 49.06      A     \nATOM    379  CD  PRO X 753     -11.588  35.713 -42.842  1.00 49.26      A     \nATOM    380  N   LYS X 754      -7.306  33.834 -41.936  1.00 45.59      A     \nATOM    381  CA  LYS X 754      -5.918  33.803 -42.383  1.00 43.84      A     \nATOM    382  C   LYS X 754      -5.854  33.163 -43.766  1.00 42.10      A     \nATOM    383  O   LYS X 754      -6.816  32.538 -44.212  1.00 41.22      A     \nATOM    384  CB  LYS X 754      -5.064  32.997 -41.401  1.00 44.90      A     \nATOM    385  CG  LYS X 754      -4.999  33.588 -40.003  1.00 45.82      A     \nATOM    386  CD  LYS X 754      -4.134  32.737 -39.085  1.00 46.93      A     \nATOM    387  CE  LYS X 754      -3.957  33.400 -37.727  1.00 48.52      A     \nATOM    388  NZ  LYS X 754      -3.019  32.640 -36.854  1.00 48.85      A     \nATOM    389  N   ALA X 755      -4.722  33.321 -44.444  1.00 40.06      A     \nATOM    390  CA  ALA X 755      -4.530  32.690 -45.745  1.00 39.70      A     \nATOM    391  C   ALA X 755      -4.517  31.178 -45.568  1.00 39.25      A     \nATOM    392  O   ALA X 755      -4.132  30.676 -44.512  1.00 38.41      A     \nATOM    393  CB  ALA X 755      -3.220  33.154 -46.366  1.00 37.98      A     \nATOM    394  N   ASN X 756      -4.936  30.453 -46.600  1.00 39.71      A     \nATOM    395  CA  ASN X 756      -4.941  28.996 -46.538  1.00 39.70      A     \nATOM    396  C   ASN X 756      -3.543  28.447 -46.276  1.00 39.88      A     \nATOM    397  O   ASN X 756      -3.384  27.441 -45.585  1.00 39.27      A     \nATOM    398  CB  ASN X 756      -5.488  28.406 -47.839  1.00 40.48      A     \nATOM    399  CG  ASN X 756      -6.983  28.600 -47.984  1.00 41.73      A     \nATOM    400  OD1 ASN X 756      -7.645  29.121 -47.085  1.00 42.63      A     \nATOM    401  ND2 ASN X 756      -7.528  28.179 -49.122  1.00 43.57      A     \nATOM    402  N   LYS X 757      -2.528  29.107 -46.823  1.00 39.54      A     \nATOM    403  CA  LYS X 757      -1.160  28.629 -46.660  1.00 40.66      A     \nATOM    404  C   LYS X 757      -0.671  28.825 -45.228  1.00 39.79      A     \nATOM    405  O   LYS X 757       0.089  28.008 -44.708  1.00 40.20      A     \nATOM    406  CB  LYS X 757      -0.216  29.345 -47.627  1.00 41.89      A     \nATOM    407  CG  LYS X 757       1.192  28.776 -47.618  1.00 44.68      A     \nATOM    408  CD  LYS X 757       2.079  29.437 -48.658  1.00 47.10      A     \nATOM    409  CE  LYS X 757       3.435  28.751 -48.723  1.00 48.69      A     \nATOM    410  NZ  LYS X 757       4.077  28.662 -47.381  1.00 50.45      A     \nATOM    411  N   GLU X 758      -1.110  29.906 -44.589  1.00 39.22      A     \nATOM    412  CA  GLU X 758      -0.802  30.127 -43.179  1.00 38.82      A     \nATOM    413  C   GLU X 758      -1.393  29.013 -42.331  1.00 38.87      A     \nATOM    414  O   GLU X 758      -0.728  28.457 -41.457  1.00 39.54      A     \nATOM    415  CB  GLU X 758      -1.381  31.457 -42.701  1.00 38.95      A     \nATOM    416  CG  GLU X 758      -0.613  32.681 -43.139  1.00 39.43      A     \nATOM    417  CD  GLU X 758      -1.170  33.947 -42.513  1.00 39.82      A     \nATOM    418  OE1 GLU X 758      -2.335  34.295 -42.806  1.00 39.65      A     \nATOM    419  OE2 GLU X 758      -0.444  34.587 -41.723  1.00 38.17      A     \nATOM    420  N   ILE X 759      -2.656  28.697 -42.588  1.00 39.09      A     \nATOM    421  CA  ILE X 759      -3.353  27.681 -41.817  1.00 38.99      A     \nATOM    422  C   ILE X 759      -2.697  26.321 -42.029  1.00 40.24      A     \nATOM    423  O   ILE X 759      -2.526  25.550 -41.085  1.00 39.75      A     \nATOM    424  CB  ILE X 759      -4.834  27.605 -42.231  1.00 39.63      A     \nATOM    425  CG1 ILE X 759      -5.490  28.972 -42.030  1.00 39.61      A     \nATOM    426  CG2 ILE X 759      -5.553  26.547 -41.409  1.00 40.18      A     \nATOM    427  CD1 ILE X 759      -6.890  29.075 -42.591  1.00 39.80      A     \nATOM    428  N   LEU X 760      -2.319  26.036 -43.270  1.00 39.72      A     \nATOM    429  CA  LEU X 760      -1.675  24.769 -43.591  1.00 41.90      A     \nATOM    430  C   LEU X 760      -0.308  24.666 -42.923  1.00 43.10      A     \nATOM    431  O   LEU X 760       0.090  23.592 -42.472  1.00 43.07      A     \nATOM    432  CB  LEU X 760      -1.528  24.620 -45.107  1.00 41.47      A     \nATOM    433  CG  LEU X 760      -2.847  24.503 -45.874  1.00 42.15      A     \nATOM    434  CD1 LEU X 760      -2.575  24.358 -47.365  1.00 41.90      A     \nATOM    435  CD2 LEU X 760      -3.626  23.307 -45.352  1.00 42.18      A     \nATOM    436  N   ASP X 761       0.406  25.787 -42.854  1.00 44.02      A     \nATOM    437  CA  ASP X 761       1.716  25.810 -42.211  1.00 45.11      A     \nATOM    438  C   ASP X 761       1.602  25.514 -40.718  1.00 44.93      A     \nATOM    439  O   ASP X 761       2.399  24.756 -40.164  1.00 44.97      A     \nATOM    440  CB  ASP X 761       2.387  27.169 -42.420  1.00 47.19      A     \nATOM    441  CG  ASP X 761       2.771  27.413 -43.867  1.00 49.78      A     \nATOM    442  OD1 ASP X 761       2.842  26.434 -44.641  1.00 51.50      A     \nATOM    443  OD2 ASP X 761       3.004  28.585 -44.232  1.00 52.18      A     \nATOM    444  N   GLU X 762       0.607  26.109 -40.068  1.00 43.91      A     \nATOM    445  CA  GLU X 762       0.366  25.856 -38.652  1.00 43.66      A     \nATOM    446  C   GLU X 762      -0.054  24.406 -38.433  1.00 42.95      A     \nATOM    447  O   GLU X 762       0.283  23.799 -37.417  1.00 42.02      A     \nATOM    448  CB  GLU X 762      -0.728  26.787 -38.122  1.00 45.69      A     \nATOM    449  CG  GLU X 762      -0.386  28.265 -38.209  1.00 49.58      A     \nATOM    450  CD  GLU X 762      -1.440  29.146 -37.560  1.00 51.16      A     \nATOM    451  OE1 GLU X 762      -2.524  28.625 -37.219  1.00 51.91      A     \nATOM    452  OE2 GLU X 762      -1.183  30.357 -37.392  1.00 53.02      A     \nATOM    453  N   ALA X 763      -0.791  23.860 -39.395  1.00 41.22      A     \nATOM    454  CA  ALA X 763      -1.265  22.485 -39.308  1.00 40.17      A     \nATOM    455  C   ALA X 763      -0.122  21.501 -39.541  1.00 40.65      A     \nATOM    456  O   ALA X 763      -0.120  20.401 -38.993  1.00 38.47      A     \nATOM    457  CB  ALA X 763      -2.376  22.250 -40.328  1.00 39.64      A     \nATOM    458  N   TYR X 764       0.850  21.900 -40.354  1.00 41.18      A     \nATOM    459  CA  TYR X 764       2.007  21.054 -40.617  1.00 44.14      A     \nATOM    460  C   TYR X 764       2.833  20.875 -39.349  1.00 44.13      A     \nATOM    461  O   TYR X 764       3.204  19.757 -38.991  1.00 44.41      A     \nATOM    462  CB  TYR X 764       2.881  21.666 -41.717  1.00 47.18      A     \nATOM    463  CG  TYR X 764       4.188  20.935 -41.929  1.00 50.50      A     \nATOM    464  CD1 TYR X 764       4.252  19.804 -42.733  1.00 52.31      A     \nATOM    465  CD2 TYR X 764       5.356  21.365 -41.309  1.00 52.17      A     \nATOM    466  CE1 TYR X 764       5.443  19.120 -42.913  1.00 53.66      A     \nATOM    467  CE2 TYR X 764       6.550  20.688 -41.483  1.00 53.76      A     \nATOM    468  CZ  TYR X 764       6.588  19.566 -42.284  1.00 54.03      A     \nATOM    469  OH  TYR X 764       7.772  18.887 -42.455  1.00 56.50      A     \nATOM    470  N   VAL X 765       3.117  21.980 -38.669  1.00 43.67      A     \nATOM    471  CA  VAL X 765       3.849  21.924 -37.412  1.00 42.97      A     \nATOM    472  C   VAL X 765       3.066  21.104 -36.393  1.00 41.89      A     \nATOM    473  O   VAL X 765       3.632  20.287 -35.668  1.00 40.76      A     \nATOM    474  CB  VAL X 765       4.082  23.336 -36.837  1.00 44.51      A     \nATOM    475  CG1 VAL X 765       4.795  23.239 -35.499  1.00 45.43      A     \nATOM    476  CG2 VAL X 765       4.898  24.168 -37.815  1.00 45.10      A     \nATOM    477  N   MET X 766       1.757  21.323 -36.352  1.00 39.86      A     \nATOM    478  CA  MET X 766       0.896  20.624 -35.410  1.00 37.58      A     \nATOM    479  C   MET X 766       0.905  19.124 -35.683  1.00 35.43      A     \nATOM    480  O   MET X 766       0.921  18.318 -34.756  1.00 35.18      A     \nATOM    481  CB  MET X 766      -0.531  21.164 -35.514  1.00 41.22      A     \nATOM    482  CG  MET X 766      -1.498  20.589 -34.498  1.00 44.16      A     \nATOM    483  SD  MET X 766      -3.151  21.285 -34.696  1.00 49.51      A     \nATOM    484  CE  MET X 766      -2.765  23.042 -34.803  1.00 46.55      A     \nATOM    485  N  AALA X 767       0.902  18.757 -36.961  0.60 33.82      A     \nATOM    486  CA AALA X 767       0.869  17.353 -37.362  0.60 32.25      A     \nATOM    487  C  AALA X 767       2.199  16.656 -37.092  0.60 31.05      A     \nATOM    488  O  AALA X 767       2.266  15.428 -37.038  0.60 31.49      A     \nATOM    489  CB AALA X 767       0.511  17.242 -38.843  0.60 32.33      A     \nATOM    490  N  BALA X 767       0.902  18.757 -36.961  0.40 34.09      A     \nATOM    491  CA BALA X 767       0.869  17.354 -37.360  0.40 32.60      A     \nATOM    492  C  BALA X 767       2.196  16.657 -37.075  0.40 31.47      A     \nATOM    493  O  BALA X 767       2.257  15.429 -36.994  0.40 31.74      A     \nATOM    494  CB BALA X 767       0.528  17.242 -38.843  0.40 32.74      A     \nATOM    495  N   SER X 768       3.258  17.441 -36.924  1.00 30.39      A     \nATOM    496  CA  SER X 768       4.581  16.889 -36.650  1.00 30.00      A     \nATOM    497  C   SER X 768       4.725  16.532 -35.175  1.00 28.82      A     \nATOM    498  O   SER X 768       5.700  15.892 -34.777  1.00 27.61      A     \nATOM    499  CB  SER X 768       5.668  17.895 -37.032  1.00 31.12      A     \nATOM    500  OG  SER X 768       5.704  18.968 -36.111  1.00 33.44      A     \nATOM    501  N   VAL X 769       3.760  16.963 -34.369  1.00 28.21      A     \nATOM    502  CA  VAL X 769       3.753  16.649 -32.944  1.00 28.07      A     \nATOM    503  C   VAL X 769       3.321  15.200 -32.761  1.00 28.75      A     \nATOM    504  O   VAL X 769       2.132  14.878 -32.799  1.00 28.93      A     \nATOM    505  CB  VAL X 769       2.793  17.587 -32.179  1.00 28.15      A     \nATOM    506  CG1 VAL X 769       2.740  17.205 -30.706  1.00 30.20      A     \nATOM    507  CG2 VAL X 769       3.258  19.031 -32.335  1.00 29.69      A     \nATOM    508  N   ASP X 770       4.308  14.332 -32.568  1.00 25.48      A     \nATOM    509  CA  ASP X 770       4.104  12.892 -32.602  1.00 26.72      A     \nATOM    510  C   ASP X 770       4.635  12.272 -31.312  1.00 25.18      A     \nATOM    511  O   ASP X 770       5.832  12.017 -31.179  1.00 26.43      A     \nATOM    512  CB  ASP X 770       4.840  12.312 -33.815  1.00 27.23      A     \nATOM    513  CG  ASP X 770       4.589  10.829 -34.005  1.00 28.54      A     \nATOM    514  OD1 ASP X 770       3.680  10.289 -33.345  1.00 26.92      A     \nATOM    515  OD2 ASP X 770       5.306  10.205 -34.819  1.00 30.05      A     \nATOM    516  N   ASN X 771       3.734  12.043 -30.361  1.00 23.43      A     \nATOM    517  CA  ASN X 771       4.091  11.493 -29.058  1.00 23.76      A     \nATOM    518  C   ASN X 771       2.905  10.703 -28.511  1.00 22.75      A     \nATOM    519  O   ASN X 771       1.750  11.069 -28.728  1.00 22.48      A     \nATOM    520  CB  ASN X 771       4.451  12.626 -28.089  1.00 23.52      A     \nATOM    521  CG  ASN X 771       4.775  12.118 -26.697  1.00 23.80      A     \nATOM    522  OD1 ASN X 771       3.899  12.036 -25.833  1.00 23.90      A     \nATOM    523  ND2 ASN X 771       6.035  11.765 -26.474  1.00 25.11      A     \nATOM    524  N   PRO X 772       3.170   9.600 -27.800  1.00 23.64      A     \nATOM    525  CA  PRO X 772       2.073   8.747 -27.336  1.00 23.32      A     \nATOM    526  C   PRO X 772       1.055   9.472 -26.465  1.00 21.79      A     \nATOM    527  O   PRO X 772      -0.077   9.016 -26.316  1.00 22.63      A     \nATOM    528  CB  PRO X 772       2.782   7.631 -26.573  1.00 23.99      A     \nATOM    529  CG  PRO X 772       4.145   7.580 -27.185  1.00 26.98      A     \nATOM    530  CD  PRO X 772       4.488   9.003 -27.520  1.00 24.49      A     \nATOM    531  N   HIS X 773       1.455  10.599 -25.886  1.00 21.47      A     \nATOM    532  CA  HIS X 773       0.586  11.283 -24.938  1.00 20.58      A     \nATOM    533  C   HIS X 773       0.208  12.700 -25.360  1.00 21.20      A     \nATOM    534  O   HIS X 773      -0.099  13.558 -24.531  1.00 20.77      A     \nATOM    535  CB  HIS X 773       1.245  11.252 -23.559  1.00 22.66      A     \nATOM    536  CG  HIS X 773       1.562   9.862 -23.107  1.00 22.80      A     \nATOM    537  ND1 HIS X 773       0.581   8.938 -22.824  1.00 24.12      A     \nATOM    538  CD2 HIS X 773       2.742   9.211 -22.977  1.00 21.88      A     \nATOM    539  CE1 HIS X 773       1.141   7.774 -22.544  1.00 21.57      A     \nATOM    540  NE2 HIS X 773       2.452   7.913 -22.631  1.00 23.22      A     \nATOM    541  N   VAL X 774       0.222  12.932 -26.669  1.00 21.54      A     \nATOM    542  CA  VAL X 774      -0.368  14.132 -27.245  1.00 20.77      A     \nATOM    543  C   VAL X 774      -1.293  13.702 -28.379  1.00 22.82      A     \nATOM    544  O   VAL X 774      -0.900  12.916 -29.238  1.00 21.86      A     \nATOM    545  CB  VAL X 774       0.712  15.077 -27.804  1.00 21.64      A     \nATOM    546  CG1 VAL X 774       0.061  16.323 -28.389  1.00 22.54      A     \nATOM    547  CG2 VAL X 774       1.686  15.465 -26.700  1.00 22.12      A     \nATOM    548  N   CYS X 775      -2.522  14.211 -28.369  1.00 21.77      A     \nATOM    549  CA  CYS X 775      -3.504  13.869 -29.394  1.00 24.91      A     \nATOM    550  C   CYS X 775      -3.062  14.467 -30.726  1.00 25.61      A     \nATOM    551  O   CYS X 775      -2.792  15.666 -30.826  1.00 27.78      A     \nATOM    552  CB  CYS X 775      -4.887  14.403 -28.994  1.00 25.60      A     \nATOM    553  SG  CYS X 775      -6.262  13.881 -30.062  1.00 27.82      A     \nATOM    554  N   ARG X 776      -2.980  13.623 -31.749  1.00 23.23      A     \nATOM    555  CA  ARG X 776      -2.320  14.008 -32.988  1.00 24.53      A     \nATOM    556  C   ARG X 776      -3.296  14.516 -34.043  1.00 23.77      A     \nATOM    557  O   ARG X 776      -4.394  13.980 -34.205  1.00 24.26      A     \nATOM    558  CB  ARG X 776      -1.521  12.822 -33.543  1.00 26.18      A     \nATOM    559  CG  ARG X 776      -0.639  13.170 -34.734  1.00 29.55      A     \nATOM    560  CD  ARG X 776       0.537  12.201 -34.878  1.00 32.63      A     \nATOM    561  NE  ARG X 776       0.105  10.810 -34.973  1.00 35.59      A     \nATOM    562  CZ  ARG X 776      -0.119  10.174 -36.119  1.00 35.60      A     \nATOM    563  NH1 ARG X 776       0.050  10.808 -37.271  1.00 36.40      A     \nATOM    564  NH2 ARG X 776      -0.514   8.907 -36.114  1.00 36.73      A     \nATOM    565  N   LEU X 777      -2.879  15.563 -34.748  1.00 24.49      A     \nATOM    566  CA  LEU X 777      -3.584  16.040 -35.933  1.00 25.12      A     \nATOM    567  C   LEU X 777      -3.219  15.139 -37.105  1.00 25.16      A     \nATOM    568  O   LEU X 777      -2.039  14.990 -37.433  1.00 25.29      A     \nATOM    569  CB  LEU X 777      -3.163  17.476 -36.250  1.00 26.11      A     \nATOM    570  CG  LEU X 777      -3.818  18.116 -37.476  1.00 26.80      A     \nATOM    571  CD1 LEU X 777      -5.321  18.195 -37.262  1.00 27.37      A     \nATOM    572  CD2 LEU X 777      -3.237  19.509 -37.703  1.00 30.90      A     \nATOM    573  N   LEU X 778      -4.231  14.544 -37.727  1.00 24.36      A     \nATOM    574  CA  LEU X 778      -4.021  13.594 -38.818  1.00 25.79      A     \nATOM    575  C   LEU X 778      -4.180  14.250 -40.181  1.00 27.87      A     \nATOM    576  O   LEU X 778      -3.491  13.890 -41.142  1.00 28.19      A     \nATOM    577  CB  LEU X 778      -5.007  12.434 -38.699  1.00 26.85      A     \nATOM    578  CG  LEU X 778      -4.954  11.627 -37.400  1.00 26.62      A     \nATOM    579  CD1 LEU X 778      -5.980  10.512 -37.452  1.00 27.44      A     \nATOM    580  CD2 LEU X 778      -3.551  11.067 -37.201  1.00 25.90      A     \nATOM    581  N   GLY X 779      -5.093  15.210 -40.265  1.00 27.09      A     \nATOM    582  CA  GLY X 779      -5.354  15.860 -41.534  1.00 29.47      A     \nATOM    583  C   GLY X 779      -6.165  17.126 -41.368  1.00 29.99      A     \nATOM    584  O   GLY X 779      -6.581  17.473 -40.261  1.00 31.42      A     \nATOM    585  N   ILE X 780      -6.398  17.820 -42.475  1.00 31.02      A     \nATOM    586  CA  ILE X 780      -7.123  19.077 -42.428  1.00 31.85      A     \nATOM    587  C   ILE X 780      -7.918  19.270 -43.710  1.00 33.41      A     \nATOM    588  O   ILE X 780      -7.500  18.839 -44.783  1.00 32.53      A     \nATOM    589  CB  ILE X 780      -6.159  20.262 -42.246  1.00 32.94      A     \nATOM    590  CG1 ILE X 780      -6.950  21.556 -42.073  1.00 33.48      A     \nATOM    591  CG2 ILE X 780      -5.228  20.363 -43.440  1.00 33.08      A     \nATOM    592  CD1 ILE X 780      -6.093  22.740 -41.691  1.00 36.02      A     \nATOM    593  N   CYS X 781      -9.077  19.906 -43.585  1.00 35.27      A     \nATOM    594  CA  CYS X 781      -9.903  20.223 -44.739  1.00 36.13      A     \nATOM    595  C   CYS X 781     -10.265  21.699 -44.709  1.00 37.85      A     \nATOM    596  O   CYS X 781     -10.817  22.191 -43.724  1.00 36.77      A     \nATOM    597  CB  CYS X 781     -11.178  19.380 -44.725  1.00 36.43      A     \nATOM    598  SG  CYS X 781     -12.304  19.728 -46.097  1.00 36.64      A     \nATOM    599  N   LEU X 782      -9.950  22.402 -45.791  1.00 39.04      A     \nATOM    600  CA  LEU X 782     -10.225  23.829 -45.878  1.00 42.10      A     \nATOM    601  C   LEU X 782     -11.365  24.105 -46.852  1.00 44.15      A     \nATOM    602  O   LEU X 782     -11.246  23.855 -48.053  1.00 45.53      A     \nATOM    603  CB  LEU X 782      -8.968  24.581 -46.326  1.00 42.14      A     \nATOM    604  CG  LEU X 782      -7.732  24.402 -45.442  1.00 41.64      A     \nATOM    605  CD1 LEU X 782      -6.568  25.194 -46.013  1.00 43.37      A     \nATOM    606  CD2 LEU X 782      -8.047  24.860 -44.028  1.00 42.65      A     \nATOM    607  N   THR X 783     -12.474  24.612 -46.323  1.00 45.93      A     \nATOM    608  CA  THR X 783     -13.597  25.052 -47.143  1.00 47.57      A     \nATOM    609  C   THR X 783     -14.099  26.392 -46.620  1.00 48.24      A     \nATOM    610  O   THR X 783     -13.326  27.336 -46.470  1.00 48.95      A     \nATOM    611  CB  THR X 783     -14.757  24.037 -47.101  1.00 47.91      A     \nATOM    612  OG1 THR X 783     -15.174  23.840 -45.743  1.00 48.51      A     \nATOM    613  CG2 THR X 783     -14.323  22.708 -47.696  1.00 48.83      A     \nATOM    614  N   SER X 784     -15.395  26.471 -46.337  1.00 48.81      A     \nATOM    615  CA  SER X 784     -15.955  27.651 -45.694  1.00 49.37      A     \nATOM    616  C   SER X 784     -15.460  27.719 -44.253  1.00 49.11      A     \nATOM    617  O   SER X 784     -15.368  28.795 -43.661  1.00 49.25      A     \nATOM    618  CB  SER X 784     -17.484  27.592 -45.719  1.00 50.63      A     \nATOM    619  OG  SER X 784     -17.959  26.390 -45.134  1.00 52.05      A     \nATOM    620  N   THR X 785     -15.139  26.555 -43.696  1.00 48.01      A     \nATOM    621  CA  THR X 785     -14.618  26.471 -42.337  1.00 46.11      A     \nATOM    622  C   THR X 785     -13.334  25.653 -42.310  1.00 44.29      A     \nATOM    623  O   THR X 785     -13.044  24.902 -43.240  1.00 45.09      A     \nATOM    624  CB  THR X 785     -15.631  25.803 -41.391  1.00 46.75      A     \nATOM    625  OG1 THR X 785     -15.900  24.470 -41.846  1.00 47.17      A     \nATOM    626  CG2 THR X 785     -16.927  26.596 -41.354  1.00 46.88      A     \nATOM    627  N   VAL X 786     -12.566  25.807 -41.238  1.00 42.48      A     \nATOM    628  CA  VAL X 786     -11.407  24.957 -41.006  1.00 39.60      A     \nATOM    629  C   VAL X 786     -11.827  23.734 -40.202  1.00 37.14      A     \nATOM    630  O   VAL X 786     -12.371  23.856 -39.106  1.00 35.68      A     \nATOM    631  CB  VAL X 786     -10.311  25.703 -40.223  1.00 40.39      A     \nATOM    632  CG1 VAL X 786      -9.136  24.774 -39.964  1.00 40.85      A     \nATOM    633  CG2 VAL X 786      -9.864  26.931 -40.997  1.00 40.80      A     \nATOM    634  N   GLN X 787     -11.580  22.550 -40.751  1.00 36.00      A     \nATOM    635  CA  GLN X 787     -11.878  21.324 -40.030  1.00 35.01      A     \nATOM    636  C   GLN X 787     -10.618  20.506 -39.798  1.00 34.44      A     \nATOM    637  O   GLN X 787      -9.936  20.111 -40.742  1.00 33.63      A     \nATOM    638  CB  GLN X 787     -12.910  20.497 -40.799  1.00 35.90      A     \nATOM    639  CG  GLN X 787     -14.283  21.149 -40.853  1.00 36.59      A     \nATOM    640  CD  GLN X 787     -15.320  20.266 -41.509  1.00 36.76      A     \nATOM    641  OE1 GLN X 787     -16.038  19.525 -40.836  1.00 39.47      A     \nATOM    642  NE2 GLN X 787     -15.408  20.339 -42.830  1.00 37.54      A     \nATOM    643  N   LEU X 788     -10.315  20.261 -38.528  1.00 32.39      A     \nATOM    644  CA  LEU X 788      -9.128  19.507 -38.157  1.00 30.91      A     \nATOM    645  C   LEU X 788      -9.521  18.077 -37.852  1.00 30.16      A     \nATOM    646  O   LEU X 788     -10.394  17.830 -37.025  1.00 31.12      A     \nATOM    647  CB  LEU X 788      -8.469  20.133 -36.930  1.00 31.90      A     \nATOM    648  CG  LEU X 788      -8.065  21.599 -37.080  1.00 33.70      A     \nATOM    649  CD1 LEU X 788      -7.361  22.071 -35.813  1.00 34.73      A     \nATOM    650  CD2 LEU X 788      -7.157  21.758 -38.289  1.00 33.06      A     \nATOM    651  N   ILE X 789      -8.878  17.135 -38.534  1.00 28.82      A     \nATOM    652  CA  ILE X 789      -9.146  15.723 -38.315  1.00 28.77      A     \nATOM    653  C   ILE X 789      -8.086  15.154 -37.380  1.00 27.31      A     \nATOM    654  O   ILE X 789      -6.900  15.128 -37.708  1.00 27.02      A     \nATOM    655  CB  ILE X 789      -9.142  14.937 -39.648  1.00 30.49      A     \nATOM    656  CG1 ILE X 789     -10.357  15.328 -40.498  1.00 32.91      A     \nATOM    657  CG2 ILE X 789      -9.178  13.444 -39.373  1.00 30.70      A     \nATOM    658  CD1 ILE X 789     -10.409  16.792 -40.903  1.00 35.72      A     \nATOM    659  N  AMET X 790      -8.520  14.706 -36.211  0.50 26.45      A     \nATOM    660  CA AMET X 790      -7.590  14.292 -35.175  0.50 25.69      A     \nATOM    661  C  AMET X 790      -7.873  12.872 -34.729  0.50 25.45      A     \nATOM    662  O  AMET X 790      -8.946  12.327 -34.994  0.50 24.18      A     \nATOM    663  CB AMET X 790      -7.697  15.230 -33.976  0.50 26.65      A     \nATOM    664  CG AMET X 790      -7.574  16.696 -34.336  0.50 27.00      A     \nATOM    665  SD AMET X 790      -7.922  17.746 -32.927  0.50 25.22      A     \nATOM    666  CE AMET X 790      -6.686  17.173 -31.762  0.50 27.00      A     \nATOM    667  N  BMET X 790      -8.532  14.713 -36.209  0.50 27.19      A     \nATOM    668  CA BMET X 790      -7.637  14.320 -35.127  0.50 27.03      A     \nATOM    669  C  BMET X 790      -7.858  12.856 -34.766  0.50 26.26      A     \nATOM    670  O  BMET X 790      -8.877  12.269 -35.128  0.50 25.04      A     \nATOM    671  CB BMET X 790      -7.902  15.182 -33.889  0.50 29.39      A     \nATOM    672  CG BMET X 790      -7.998  16.675 -34.164  0.50 32.01      A     \nATOM    673  SD BMET X 790      -6.400  17.506 -34.125  0.50 35.79      A     \nATOM    674  CE BMET X 790      -5.829  17.088 -32.475  0.50 34.53      A     \nATOM    675  N   GLN X 791      -6.904  12.274 -34.045  1.00 24.25      A     \nATOM    676  CA  GLN X 791      -7.122  10.981 -33.417  1.00 25.38      A     \nATOM    677  C   GLN X 791      -8.343  11.065 -32.517  1.00 26.01      A     \nATOM    678  O   GLN X 791      -8.491  12.013 -31.745  1.00 27.79      A     \nATOM    679  CB  GLN X 791      -5.910  10.584 -32.578  1.00 26.48      A     \nATOM    680  CG  GLN X 791      -4.614  10.479 -33.363  1.00 27.58      A     \nATOM    681  CD  GLN X 791      -3.429  10.153 -32.475  1.00 30.11      A     \nATOM    682  OE1 GLN X 791      -3.296  10.691 -31.375  1.00 27.28      A     \nATOM    683  NE2 GLN X 791      -2.557   9.270 -32.951  1.00 30.75      A     \nATOM    684  N   LEU X 792      -9.216  10.072 -32.609  1.00 25.11      A     \nATOM    685  CA  LEU X 792     -10.371  10.007 -31.725  1.00 25.36      A     \nATOM    686  C   LEU X 792      -9.994   9.354 -30.405  1.00 25.92      A     \nATOM    687  O   LEU X 792      -9.414   8.266 -30.379  1.00 26.00      A     \nATOM    688  CB  LEU X 792     -11.503   9.214 -32.384  1.00 25.59      A     \nATOM    689  CG  LEU X 792     -12.752   8.984 -31.530  1.00 26.35      A     \nATOM    690  CD1 LEU X 792     -13.426  10.320 -31.213  1.00 26.80      A     \nATOM    691  CD2 LEU X 792     -13.703   8.064 -32.283  1.00 27.28      A     \nATOM    692  N   MET X 793     -10.322  10.024 -29.307  1.00 24.78      A     \nATOM    693  CA  MET X 793     -10.134   9.449 -27.982  1.00 24.65      A     \nATOM    694  C   MET X 793     -11.493   9.010 -27.458  1.00 24.94      A     \nATOM    695  O   MET X 793     -12.283   9.826 -26.986  1.00 25.30      A     \nATOM    696  CB  MET X 793      -9.516  10.491 -27.048  1.00 24.88      A     \nATOM    697  CG  MET X 793      -8.194  11.055 -27.548  1.00 23.93      A     \nATOM    698  SD  MET X 793      -6.836   9.860 -27.485  1.00 27.81      A     \nATOM    699  CE  MET X 793      -6.655   9.460 -29.211  1.00 27.90      A     \nATOM    700  N   PRO X 794     -11.787   7.704 -27.541  1.00 24.97      A     \nATOM    701  CA  PRO X 794     -13.142   7.168 -27.355  1.00 26.94      A     \nATOM    702  C   PRO X 794     -13.778   7.408 -25.989  1.00 25.94      A     \nATOM    703  O   PRO X 794     -14.997   7.334 -25.853  1.00 28.33      A     \nATOM    704  CB  PRO X 794     -12.983   5.673 -27.647  1.00 28.12      A     \nATOM    705  CG  PRO X 794     -11.744   5.575 -28.466  1.00 27.45      A     \nATOM    706  CD  PRO X 794     -10.842   6.657 -27.965  1.00 26.21      A     \nATOM    707  N   PHE X 795     -12.964   7.680 -24.974  1.00 24.85      A     \nATOM    708  CA  PHE X 795     -13.496   7.826 -23.626  1.00 26.61      A     \nATOM    709  C   PHE X 795     -13.645   9.280 -23.180  1.00 25.47      A     \nATOM    710  O   PHE X 795     -14.053   9.548 -22.054  1.00 26.62      A     \nATOM    711  CB  PHE X 795     -12.624   7.056 -22.629  1.00 26.58      A     \nATOM    712  CG  PHE X 795     -12.814   5.567 -22.688  1.00 27.83      A     \nATOM    713  CD1 PHE X 795     -12.104   4.798 -23.596  1.00 29.46      A     \nATOM    714  CD2 PHE X 795     -13.723   4.939 -21.850  1.00 29.50      A     \nATOM    715  CE1 PHE X 795     -12.300   3.428 -23.671  1.00 29.64      A     \nATOM    716  CE2 PHE X 795     -13.923   3.572 -21.919  1.00 31.63      A     \nATOM    717  CZ  PHE X 795     -13.212   2.817 -22.832  1.00 28.57      A     \nATOM    718  N   GLY X 796     -13.322  10.217 -24.062  1.00 24.18      A     \nATOM    719  CA  GLY X 796     -13.615  11.610 -23.769  1.00 23.09      A     \nATOM    720  C   GLY X 796     -12.597  12.283 -22.872  1.00 22.61      A     \nATOM    721  O   GLY X 796     -11.489  11.777 -22.693  1.00 22.64      A     \nATOM    722  N   CYS X 797     -12.963  13.429 -22.305  1.00 22.79      A     \nATOM    723  CA  CYS X 797     -12.019  14.176 -21.484  1.00 21.26      A     \nATOM    724  C   CYS X 797     -11.801  13.500 -20.139  1.00 21.75      A     \nATOM    725  O   CYS X 797     -12.702  12.880 -19.580  1.00 21.60      A     \nATOM    726  CB  CYS X 797     -12.495  15.622 -21.274  1.00 22.34      A     \nATOM    727  SG  CYS X 797     -14.039  15.703 -20.344  1.00 22.98      A     \nATOM    728  N   LEU X 798     -10.584  13.620 -19.624  1.00 20.36      A     \nATOM    729  CA  LEU X 798     -10.222  12.948 -18.391  1.00 19.87      A     \nATOM    730  C   LEU X 798     -10.991  13.517 -17.197  1.00 20.67      A     \nATOM    731  O   LEU X 798     -11.264  12.804 -16.238  1.00 21.41      A     \nATOM    732  CB  LEU X 798      -8.708  13.058 -18.173  1.00 20.73      A     \nATOM    733  CG  LEU X 798      -8.102  12.357 -16.957  1.00 22.78      A     \nATOM    734  CD1 LEU X 798      -8.504  10.884 -16.929  1.00 21.46      A     \nATOM    735  CD2 LEU X 798      -6.588  12.497 -17.018  1.00 22.15      A     \nATOM    736  N   LEU X 799     -11.355  14.795 -17.264  1.00 20.55      A     \nATOM    737  CA  LEU X 799     -12.125  15.411 -16.186  1.00 21.35      A     \nATOM    738  C   LEU X 799     -13.437  14.665 -15.964  1.00 20.76      A     \nATOM    739  O   LEU X 799     -13.754  14.284 -14.841  1.00 20.67      A     \nATOM    740  CB  LEU X 799     -12.425  16.877 -16.507  1.00 21.30      A     \nATOM    741  CG  LEU X 799     -13.300  17.620 -15.491  1.00 19.12      A     \nATOM    742  CD1 LEU X 799     -12.584  17.676 -14.147  1.00 22.50      A     \nATOM    743  CD2 LEU X 799     -13.596  19.025 -16.005  1.00 21.06      A     \nATOM    744  N   ASP X 800     -14.191  14.455 -17.040  1.00 21.90      A     \nATOM    745  CA  ASP X 800     -15.462  13.745 -16.942  1.00 22.55      A     \nATOM    746  C   ASP X 800     -15.247  12.285 -16.578  1.00 22.86      A     \nATOM    747  O   ASP X 800     -16.058  11.692 -15.869  1.00 21.99      A     \nATOM    748  CB  ASP X 800     -16.225  13.825 -18.263  1.00 25.47      A     \nATOM    749  CG  ASP X 800     -16.765  15.208 -18.537  1.00 29.03      A     \nATOM    750  OD1 ASP X 800     -17.235  15.443 -19.669  1.00 31.29      A     \nATOM    751  OD2 ASP X 800     -16.723  16.056 -17.621  1.00 28.85      A     \nATOM    752  N   TYR X 801     -14.151  11.707 -17.060  1.00 23.35      A     \nATOM    753  CA  TYR X 801     -13.877  10.302 -16.797  1.00 23.83      A     \nATOM    754  C   TYR X 801     -13.667  10.030 -15.311  1.00 23.75      A     \nATOM    755  O   TYR X 801     -14.226   9.074 -14.770  1.00 23.55      A     \nATOM    756  CB  TYR X 801     -12.647   9.831 -17.584  1.00 25.51      A     \nATOM    757  CG  TYR X 801     -12.427   8.333 -17.510  1.00 25.01      A     \nATOM    758  CD1 TYR X 801     -11.623   7.774 -16.521  1.00 26.53      A     \nATOM    759  CD2 TYR X 801     -13.049   7.476 -18.409  1.00 29.29      A     \nATOM    760  CE1 TYR X 801     -11.451   6.400 -16.428  1.00 28.41      A     \nATOM    761  CE2 TYR X 801     -12.882   6.102 -18.323  1.00 29.20      A     \nATOM    762  CZ  TYR X 801     -12.085   5.570 -17.331  1.00 30.48      A     \nATOM    763  OH  TYR X 801     -11.929   4.202 -17.234  1.00 30.53      A     \nATOM    764  N   VAL X 802     -12.865  10.856 -14.642  1.00 22.29      A     \nATOM    765  CA  VAL X 802     -12.597  10.612 -13.229  1.00 22.95      A     \nATOM    766  C   VAL X 802     -13.822  10.921 -12.376  1.00 22.49      A     \nATOM    767  O   VAL X 802     -14.029  10.307 -11.331  1.00 24.15      A     \nATOM    768  CB  VAL X 802     -11.384  11.438 -12.714  1.00 22.76      A     \nATOM    769  CG1 VAL X 802     -10.127  11.039 -13.482  1.00 24.27      A     \nATOM    770  CG2 VAL X 802     -11.651  12.925 -12.856  1.00 24.24      A     \nATOM    771  N   ARG X 803     -14.641  11.864 -12.832  1.00 22.17      A     \nATOM    772  CA  ARG X 803     -15.889  12.175 -12.147  1.00 22.94      A     \nATOM    773  C   ARG X 803     -16.859  11.005 -12.247  1.00 24.41      A     \nATOM    774  O   ARG X 803     -17.542  10.666 -11.277  1.00 25.59      A     \nATOM    775  CB  ARG X 803     -16.527  13.431 -12.747  1.00 22.45      A     \nATOM    776  CG  ARG X 803     -15.779  14.719 -12.410  1.00 21.92      A     \nATOM    777  CD  ARG X 803     -16.445  15.930 -13.034  1.00 22.74      A     \nATOM    778  NE  ARG X 803     -15.853  17.176 -12.552  1.00 22.39      A     \nATOM    779  CZ  ARG X 803     -16.190  18.383 -12.994  1.00 23.97      A     \nATOM    780  NH1 ARG X 803     -17.117  18.509 -13.931  1.00 26.29      A     \nATOM    781  NH2 ARG X 803     -15.596  19.465 -12.495  1.00 24.10      A     \nATOM    782  N  AGLU X 804     -16.912  10.384 -13.419  0.50 25.59      A     \nATOM    783  CA AGLU X 804     -17.831   9.279 -13.654  0.50 27.12      A     \nATOM    784  C  AGLU X 804     -17.406   8.030 -12.886  0.50 28.90      A     \nATOM    785  O  AGLU X 804     -18.230   7.367 -12.259  0.50 28.59      A     \nATOM    786  CB AGLU X 804     -17.898   8.968 -15.152  0.50 28.16      A     \nATOM    787  CG AGLU X 804     -18.868   7.857 -15.521  0.50 29.63      A     \nATOM    788  CD AGLU X 804     -18.868   7.553 -17.008  0.50 30.56      A     \nATOM    789  OE1AGLU X 804     -18.180   8.272 -17.763  0.50 32.31      A     \nATOM    790  OE2AGLU X 804     -19.552   6.594 -17.423  0.50 32.65      A     \nATOM    791  N  BGLU X 804     -16.894  10.370 -13.414  0.50 26.01      A     \nATOM    792  CA BGLU X 804     -17.837   9.287 -13.672  0.50 27.92      A     \nATOM    793  C  BGLU X 804     -17.418   7.956 -13.047  0.50 29.45      A     \nATOM    794  O  BGLU X 804     -18.271   7.151 -12.674  0.50 29.40      A     \nATOM    795  CB BGLU X 804     -18.032   9.110 -15.183  0.50 29.52      A     \nATOM    796  CG BGLU X 804     -18.557  10.354 -15.888  0.50 32.65      A     \nATOM    797  CD BGLU X 804     -19.003  10.088 -17.314  0.50 34.57      A     \nATOM    798  OE1BGLU X 804     -19.025   8.908 -17.728  0.50 35.29      A     \nATOM    799  OE2BGLU X 804     -19.335  11.063 -18.021  0.50 35.54      A     \nATOM    800  N   HIS X 805     -16.112   7.723 -12.927  1.00 29.43      A     \nATOM    801  CA  HIS X 805     -15.611   6.446 -12.429  1.00 31.35      A     \nATOM    802  C   HIS X 805     -14.890   6.544 -11.090  1.00 33.24      A     \nATOM    803  O   HIS X 805     -14.116   5.657 -10.731  1.00 33.55      A     \nATOM    804  CB  HIS X 805     -14.671   5.824 -13.462  1.00 32.38      A     \nATOM    805  CG  HIS X 805     -15.344   5.474 -14.750  1.00 34.50      A     \nATOM    806  ND1 HIS X 805     -15.198   6.224 -15.896  1.00 34.97      A     \nATOM    807  CD2 HIS X 805     -16.180   4.457 -15.070  1.00 34.41      A     \nATOM    808  CE1 HIS X 805     -15.914   5.685 -16.867  1.00 35.69      A     \nATOM    809  NE2 HIS X 805     -16.519   4.613 -16.391  1.00 35.62      A     \nATOM    810  N   LYS X 806     -15.154   7.615 -10.350  1.00 33.17      A     \nATOM    811  CA  LYS X 806     -14.401   7.911  -9.138  1.00 36.80      A     \nATOM    812  C   LYS X 806     -14.321   6.747  -8.154  1.00 38.66      A     \nATOM    813  O   LYS X 806     -13.324   6.591  -7.454  1.00 40.21      A     \nATOM    814  CB  LYS X 806     -14.998   9.133  -8.437  1.00 35.95      A     \nATOM    815  CG  LYS X 806     -16.469   9.007  -8.092  1.00 38.77      A     \nATOM    816  CD  LYS X 806     -17.003  10.310  -7.516  1.00 38.23      A     \nATOM    817  CE  LYS X 806     -18.525  10.312  -7.463  1.00 41.28      A     \nATOM    818  NZ  LYS X 806     -19.134  10.293  -8.824  1.00 42.64      A     \nATOM    819  N   ASP X 807     -15.368   5.931  -8.099  1.00 39.81      A     \nATOM    820  CA  ASP X 807     -15.432   4.859  -7.115  1.00 40.65      A     \nATOM    821  C   ASP X 807     -14.795   3.567  -7.617  1.00 40.42      A     \nATOM    822  O   ASP X 807     -14.784   2.560  -6.910  1.00 39.86      A     \nATOM    823  CB  ASP X 807     -16.887   4.602  -6.715  1.00 43.44      A     \nATOM    824  CG  ASP X 807     -17.498   5.771  -5.966  1.00 45.22      A     \nATOM    825  OD1 ASP X 807     -16.767   6.436  -5.198  1.00 45.10      A     \nATOM    826  OD2 ASP X 807     -18.708   6.027  -6.145  1.00 47.10      A     \nATOM    827  N   ASN X 808     -14.263   3.601  -8.834  1.00 39.24      A     \nATOM    828  CA  ASN X 808     -13.659   2.419  -9.439  1.00 39.03      A     \nATOM    829  C   ASN X 808     -12.254   2.683  -9.977  1.00 36.46      A     \nATOM    830  O   ASN X 808     -11.703   1.865 -10.713  1.00 38.12      A     \nATOM    831  CB  ASN X 808     -14.547   1.899 -10.571  1.00 41.97      A     \nATOM    832  CG  ASN X 808     -15.958   1.595 -10.111  1.00 45.35      A     \nATOM    833  OD1 ASN X 808     -16.890   2.352 -10.389  1.00 47.83      A     \nATOM    834  ND2 ASN X 808     -16.124   0.484  -9.402  1.00 46.73      A     \nATOM    835  N   ILE X 809     -11.677   3.825  -9.614  1.00 33.61      A     \nATOM    836  CA  ILE X 809     -10.332   4.169 -10.062  1.00 30.09      A     \nATOM    837  C   ILE X 809      -9.300   3.925  -8.966  1.00 29.23      A     \nATOM    838  O   ILE X 809      -9.415   4.450  -7.860  1.00 30.16      A     \nATOM    839  CB  ILE X 809     -10.247   5.650 -10.498  1.00 29.50      A     \nATOM    840  CG1 ILE X 809     -11.159   5.896 -11.700  1.00 28.85      A     \nATOM    841  CG2 ILE X 809      -8.815   6.003 -10.863  1.00 29.37      A     \nATOM    842  CD1 ILE X 809     -11.188   7.344 -12.155  1.00 28.78      A     \nATOM    843  N   GLY X 810      -8.286   3.127  -9.282  1.00 28.14      A     \nATOM    844  CA  GLY X 810      -7.274   2.806  -8.294  1.00 27.68      A     \nATOM    845  C   GLY X 810      -6.033   3.672  -8.404  1.00 25.50      A     \nATOM    846  O   GLY X 810      -5.884   4.458  -9.346  1.00 24.70      A     \nATOM    847  N   SER X 811      -5.133   3.516  -7.438  1.00 24.63      A     \nATOM    848  CA  SER X 811      -3.919   4.320  -7.379  1.00 23.22      A     \nATOM    849  C   SER X 811      -3.023   4.117  -8.597  1.00 23.16      A     \nATOM    850  O   SER X 811      -2.359   5.051  -9.043  1.00 22.24      A     \nATOM    851  CB  SER X 811      -3.129   3.993  -6.111  1.00 25.47      A     \nATOM    852  OG  SER X 811      -2.803   2.614  -6.043  1.00 23.21      A     \nATOM    853  N   GLN X 812      -2.999   2.904  -9.135  1.00 22.69      A     \nATOM    854  CA  GLN X 812      -2.139   2.628 -10.278  1.00 22.84      A     \nATOM    855  C   GLN X 812      -2.521   3.505 -11.467  1.00 21.90      A     \nATOM    856  O   GLN X 812      -1.659   4.091 -12.121  1.00 21.56      A     \nATOM    857  CB  GLN X 812      -2.236   1.154 -10.678  1.00 25.09      A     \nATOM    858  CG  GLN X 812      -1.213   0.743 -11.723  1.00 27.74      A     \nATOM    859  CD  GLN X 812       0.213   0.801 -11.196  1.00 29.92      A     \nATOM    860  OE1 GLN X 812       0.693  -0.143 -10.571  1.00 31.81      A     \nATOM    861  NE2 GLN X 812       0.898   1.914 -11.450  1.00 28.46      A     \nATOM    862  N   TYR X 813      -3.818   3.598 -11.745  1.00 22.49      A     \nATOM    863  CA  TYR X 813      -4.282   4.392 -12.874  1.00 22.77      A     \nATOM    864  C   TYR X 813      -3.982   5.876 -12.691  1.00 22.16      A     \nATOM    865  O   TYR X 813      -3.495   6.529 -13.611  1.00 20.84      A     \nATOM    866  CB  TYR X 813      -5.782   4.183 -13.086  1.00 26.44      A     \nATOM    867  CG  TYR X 813      -6.105   2.905 -13.832  1.00 30.48      A     \nATOM    868  CD1 TYR X 813      -6.170   1.686 -13.168  1.00 34.80      A     \nATOM    869  CD2 TYR X 813      -6.320   2.916 -15.201  1.00 33.84      A     \nATOM    870  CE1 TYR X 813      -6.438   0.511 -13.854  1.00 36.96      A     \nATOM    871  CE2 TYR X 813      -6.590   1.747 -15.895  1.00 35.96      A     \nATOM    872  CZ  TYR X 813      -6.646   0.550 -15.216  1.00 37.50      A     \nATOM    873  OH  TYR X 813      -6.909  -0.614 -15.905  1.00 39.24      A     \nATOM    874  N   LEU X 814      -4.266   6.405 -11.507  1.00 21.29      A     \nATOM    875  CA  LEU X 814      -4.022   7.820 -11.252  1.00 20.33      A     \nATOM    876  C   LEU X 814      -2.552   8.200 -11.418  1.00 20.83      A     \nATOM    877  O   LEU X 814      -2.231   9.180 -12.091  1.00 21.10      A     \nATOM    878  CB  LEU X 814      -4.512   8.195  -9.849  1.00 19.12      A     \nATOM    879  CG  LEU X 814      -6.037   8.273  -9.730  1.00 20.19      A     \nATOM    880  CD1 LEU X 814      -6.455   8.155  -8.276  1.00 21.74      A     \nATOM    881  CD2 LEU X 814      -6.523   9.584 -10.345  1.00 22.61      A     \nATOM    882  N   LEU X 815      -1.654   7.431 -10.814  1.00 19.47      A     \nATOM    883  CA  LEU X 815      -0.241   7.754 -10.909  1.00 19.39      A     \nATOM    884  C   LEU X 815       0.284   7.547 -12.326  1.00 20.20      A     \nATOM    885  O   LEU X 815       1.108   8.325 -12.805  1.00 20.55      A     \nATOM    886  CB  LEU X 815       0.558   6.922  -9.900  1.00 20.45      A     \nATOM    887  CG  LEU X 815       0.280   7.311  -8.440  1.00 21.45      A     \nATOM    888  CD1 LEU X 815       0.939   6.308  -7.512  1.00 23.48      A     \nATOM    889  CD2 LEU X 815       0.797   8.722  -8.160  1.00 22.57      A     \nATOM    890  N   ASN X 816      -0.210   6.519 -13.014  1.00 20.19      A     \nATOM    891  CA  ASN X 816       0.169   6.315 -14.407  1.00 20.85      A     \nATOM    892  C   ASN X 816      -0.236   7.518 -15.267  1.00 20.21      A     \nATOM    893  O   ASN X 816       0.519   7.954 -16.133  1.00 20.40      A     \nATOM    894  CB  ASN X 816      -0.479   5.039 -14.962  1.00 21.67      A     \nATOM    895  CG  ASN X 816       0.251   3.774 -14.544  1.00 26.45      A     \nATOM    896  OD1 ASN X 816      -0.175   2.661 -14.865  1.00 29.87      A     \nATOM    897  ND2 ASN X 816       1.354   3.936 -13.829  1.00 23.42      A     \nATOM    898  N   TRP X 817      -1.422   8.066 -15.025  1.00 19.55      A     \nATOM    899  CA  TRP X 817      -1.859   9.226 -15.794  1.00 19.59      A     \nATOM    900  C   TRP X 817      -0.947  10.422 -15.544  1.00 19.76      A     \nATOM    901  O   TRP X 817      -0.647  11.191 -16.462  1.00 19.65      A     \nATOM    902  CB  TRP X 817      -3.298   9.599 -15.433  1.00 20.81      A     \nATOM    903  CG  TRP X 817      -4.321   8.581 -15.859  1.00 20.57      A     \nATOM    904  CD1 TRP X 817      -4.225   7.693 -16.895  1.00 23.47      A     \nATOM    905  CD2 TRP X 817      -5.601   8.358 -15.257  1.00 22.64      A     \nATOM    906  NE1 TRP X 817      -5.369   6.932 -16.974  1.00 22.58      A     \nATOM    907  CE2 TRP X 817      -6.228   7.319 -15.978  1.00 22.42      A     \nATOM    908  CE3 TRP X 817      -6.276   8.933 -14.176  1.00 20.64      A     \nATOM    909  CZ2 TRP X 817      -7.497   6.847 -15.653  1.00 22.92      A     \nATOM    910  CZ3 TRP X 817      -7.539   8.462 -13.854  1.00 23.93      A     \nATOM    911  CH2 TRP X 817      -8.135   7.428 -14.591  1.00 22.67      A     \nATOM    912  N   CYS X 818      -0.506  10.580 -14.302  1.00 20.08      A     \nATOM    913  CA  CYS X 818       0.402  11.673 -13.969  1.00 19.34      A     \nATOM    914  C   CYS X 818       1.706  11.516 -14.745  1.00 19.54      A     \nATOM    915  O   CYS X 818       2.225  12.480 -15.300  1.00 18.69      A     \nATOM    916  CB  CYS X 818       0.690  11.687 -12.466  1.00 21.09      A     \nATOM    917  SG  CYS X 818      -0.730  12.147 -11.442  1.00 22.25      A     \nATOM    918  N   VAL X 819       2.229  10.293 -14.793  1.00 18.99      A     \nATOM    919  CA  VAL X 819       3.428  10.028 -15.576  1.00 19.84      A     \nATOM    920  C   VAL X 819       3.220  10.394 -17.045  1.00 19.14      A     \nATOM    921  O   VAL X 819       4.034  11.101 -17.645  1.00 19.94      A     \nATOM    922  CB  VAL X 819       3.832   8.542 -15.488  1.00 20.59      A     \nATOM    923  CG1 VAL X 819       4.989   8.270 -16.430  1.00 21.77      A     \nATOM    924  CG2 VAL X 819       4.217   8.187 -14.054  1.00 20.91      A     \nATOM    925  N   GLN X 820       2.115   9.922 -17.613  1.00 17.81      A     \nATOM    926  CA  GLN X 820       1.841  10.103 -19.030  1.00 19.01      A     \nATOM    927  C   GLN X 820       1.676  11.570 -19.404  1.00 18.55      A     \nATOM    928  O   GLN X 820       2.194  12.019 -20.427  1.00 19.47      A     \nATOM    929  CB  GLN X 820       0.590   9.313 -19.417  1.00 19.23      A     \nATOM    930  CG  GLN X 820       0.785   7.807 -19.268  1.00 20.73      A     \nATOM    931  CD  GLN X 820      -0.465   7.019 -19.575  1.00 22.69      A     \nATOM    932  OE1 GLN X 820      -1.434   7.553 -20.105  1.00 24.05      A     \nATOM    933  NE2 GLN X 820      -0.450   5.733 -19.239  1.00 24.87      A     \nATOM    934  N   ILE X 821       0.963  12.322 -18.576  1.00 20.67      A     \nATOM    935  CA  ILE X 821       0.770  13.738 -18.861  1.00 19.50      A     \nATOM    936  C   ILE X 821       2.108  14.459 -18.792  1.00 19.46      A     \nATOM    937  O   ILE X 821       2.397  15.334 -19.609  1.00 19.51      A     \nATOM    938  CB  ILE X 821      -0.234  14.364 -17.868  1.00 19.45      A     \nATOM    939  CG1 ILE X 821      -1.617  13.749 -18.103  1.00 19.28      A     \nATOM    940  CG2 ILE X 821      -0.287  15.880 -18.047  1.00 20.73      A     \nATOM    941  CD1 ILE X 821      -2.640  14.092 -17.042  1.00 20.08      A     \nATOM    942  N   ALA X 822       2.943  14.076 -17.833  1.00 19.60      A     \nATOM    943  CA  ALA X 822       4.265  14.683 -17.742  1.00 18.51      A     \nATOM    944  C   ALA X 822       5.132  14.331 -18.954  1.00 19.26      A     \nATOM    945  O   ALA X 822       5.909  15.165 -19.422  1.00 19.36      A     \nATOM    946  CB  ALA X 822       4.960  14.258 -16.445  1.00 19.19      A     \nATOM    947  N   LYS X 823       5.002  13.109 -19.465  1.00 19.37      A     \nATOM    948  CA  LYS X 823       5.745  12.714 -20.663  1.00 19.56      A     \nATOM    949  C   LYS X 823       5.317  13.531 -21.877  1.00 18.46      A     \nATOM    950  O   LYS X 823       6.152  13.980 -22.663  1.00 20.97      A     \nATOM    951  CB  LYS X 823       5.547  11.223 -20.948  1.00 20.41      A     \nATOM    952  CG  LYS X 823       6.313  10.317 -19.992  1.00 19.49      A     \nATOM    953  CD  LYS X 823       6.180   8.859 -20.399  1.00 23.15      A     \nATOM    954  CE  LYS X 823       7.107   7.969 -19.587  1.00 26.80      A     \nATOM    955  NZ  LYS X 823       6.964   6.537 -19.975  1.00 28.88      A     \nATOM    956  N   GLY X 824       4.014  13.733 -22.026  1.00 18.71      A     \nATOM    957  CA  GLY X 824       3.528  14.524 -23.139  1.00 18.50      A     \nATOM    958  C   GLY X 824       3.968  15.971 -23.022  1.00 18.09      A     \nATOM    959  O   GLY X 824       4.321  16.602 -24.015  1.00 18.86      A     \nATOM    960  N   MET X 825       3.958  16.510 -21.808  1.00 19.70      A     \nATOM    961  CA  MET X 825       4.364  17.896 -21.627  1.00 18.84      A     \nATOM    962  C   MET X 825       5.862  18.083 -21.847  1.00 20.98      A     \nATOM    963  O   MET X 825       6.295  19.098 -22.391  1.00 20.24      A     \nATOM    964  CB  MET X 825       3.969  18.392 -20.234  1.00 20.44      A     \nATOM    965  CG  MET X 825       2.471  18.570 -20.040  1.00 19.38      A     \nATOM    966  SD  MET X 825       1.699  19.733 -21.210  1.00 20.60      A     \nATOM    967  CE  MET X 825       2.608  21.234 -20.849  1.00 24.05      A     \nATOM    968  N   ASN X 826       6.653  17.098 -21.435  1.00 21.13      A     \nATOM    969  CA  ASN X 826       8.090  17.150 -21.681  1.00 21.65      A     \nATOM    970  C   ASN X 826       8.376  17.141 -23.179  1.00 20.81      A     \nATOM    971  O   ASN X 826       9.299  17.807 -23.650  1.00 21.16      A     \nATOM    972  CB  ASN X 826       8.795  15.963 -21.030  1.00 21.02      A     \nATOM    973  CG  ASN X 826      10.285  15.980 -21.277  1.00 23.06      A     \nATOM    974  OD1 ASN X 826      10.984  16.888 -20.833  1.00 24.60      A     \nATOM    975  ND2 ASN X 826      10.780  14.982 -21.999  1.00 24.56      A     \nATOM    976  N   TYR X 827       7.575  16.388 -23.928  1.00 20.73      A     \nATOM    977  CA  TYR X 827       7.727  16.358 -25.375  1.00 22.43      A     \nATOM    978  C   TYR X 827       7.394  17.723 -25.964  1.00 22.43      A     \nATOM    979  O   TYR X 827       8.112  18.232 -26.824  1.00 22.75      A     \nATOM    980  CB  TYR X 827       6.812  15.296 -25.985  1.00 21.90      A     \nATOM    981  CG  TYR X 827       6.864  15.262 -27.493  1.00 24.24      A     \nATOM    982  CD1 TYR X 827       7.902  14.620 -28.158  1.00 26.40      A     \nATOM    983  CD2 TYR X 827       5.880  15.880 -28.253  1.00 23.29      A     \nATOM    984  CE1 TYR X 827       7.957  14.597 -29.542  1.00 27.68      A     \nATOM    985  CE2 TYR X 827       5.928  15.863 -29.634  1.00 24.84      A     \nATOM    986  CZ  TYR X 827       6.966  15.221 -30.273  1.00 26.45      A     \nATOM    987  OH  TYR X 827       7.006  15.199 -31.652  1.00 28.88      A     \nATOM    988  N   LEU X 828       6.305  18.324 -25.497  1.00 22.50      A     \nATOM    989  CA  LEU X 828       5.948  19.650 -25.979  1.00 21.92      A     \nATOM    990  C   LEU X 828       7.056  20.655 -25.676  1.00 22.62      A     \nATOM    991  O   LEU X 828       7.374  21.500 -26.511  1.00 23.68      A     \nATOM    992  CB  LEU X 828       4.624  20.109 -25.358  1.00 23.12      A     \nATOM    993  CG  LEU X 828       3.390  19.302 -25.778  1.00 24.28      A     \nATOM    994  CD1 LEU X 828       2.156  19.865 -25.090  1.00 25.58      A     \nATOM    995  CD2 LEU X 828       3.221  19.356 -27.295  1.00 25.37      A     \nATOM    996  N   GLU X 829       7.662  20.556 -24.494  1.00 21.73      A     \nATOM    997  CA  GLU X 829       8.772  21.442 -24.143  1.00 22.14      A     \nATOM    998  C   GLU X 829       9.977  21.236 -25.072  1.00 23.65      A     \nATOM    999  O   GLU X 829      10.628  22.199 -25.478  1.00 23.49      A     \nATOM   1000  CB  GLU X 829       9.194  21.224 -22.685  1.00 23.85      A     \nATOM   1001  CG  GLU X 829      10.429  22.014 -22.289  1.00 24.57      A     \nATOM   1002  CD  GLU X 829      10.629  22.108 -20.784  1.00 27.91      A     \nATOM   1003  OE1 GLU X 829      11.524  22.867 -20.354  1.00 28.42      A     \nATOM   1004  OE2 GLU X 829       9.899  21.431 -20.029  1.00 26.98      A     \nATOM   1005  N   ASP X 830      10.262  19.983 -25.415  1.00 24.25      A     \nATOM   1006  CA  ASP X 830      11.319  19.686 -26.378  1.00 25.71      A     \nATOM   1007  C   ASP X 830      11.017  20.335 -27.729  1.00 25.83      A     \nATOM   1008  O   ASP X 830      11.932  20.720 -28.459  1.00 29.24      A     \nATOM   1009  CB  ASP X 830      11.472  18.168 -26.552  1.00 25.33      A     \nATOM   1010  CG  ASP X 830      12.216  17.514 -25.396  1.00 26.52      A     \nATOM   1011  OD1 ASP X 830      12.099  16.278 -25.231  1.00 29.67      A     \nATOM   1012  OD2 ASP X 830      12.922  18.233 -24.653  1.00 29.38      A     \nATOM   1013  N   ARG X 831       9.734  20.464 -28.054  1.00 25.96      A     \nATOM   1014  CA  ARG X 831       9.319  21.069 -29.319  1.00 27.33      A     \nATOM   1015  C   ARG X 831       9.179  22.586 -29.208  1.00 27.82      A     \nATOM   1016  O   ARG X 831       8.749  23.244 -30.153  1.00 29.41      A     \nATOM   1017  CB  ARG X 831       7.989  20.470 -29.784  1.00 26.61      A     \nATOM   1018  CG  ARG X 831       8.027  18.971 -30.059  1.00 29.94      A     \nATOM   1019  CD  ARG X 831       8.984  18.650 -31.190  1.00 30.29      A     \nATOM   1020  NE  ARG X 831       8.720  19.465 -32.373  1.00 30.61      A     \nATOM   1021  CZ  ARG X 831       7.941  19.088 -33.381  1.00 31.67      A     \nATOM   1022  NH1 ARG X 831       7.344  17.903 -33.354  1.00 32.72      A     \nATOM   1023  NH2 ARG X 831       7.754  19.897 -34.416  1.00 32.74      A     \nATOM   1024  N   ARG X 832       9.536  23.132 -28.048  1.00 27.72      A     \nATOM   1025  CA  ARG X 832       9.453  24.570 -27.800  1.00 26.94      A     \nATOM   1026  C   ARG X 832       8.010  25.068 -27.783  1.00 27.62      A     \nATOM   1027  O   ARG X 832       7.735  26.231 -28.087  1.00 27.35      A     \nATOM   1028  CB  ARG X 832      10.251  25.345 -28.853  1.00 29.88      A     \nATOM   1029  CG  ARG X 832      11.709  24.922 -28.957  1.00 32.05      A     \nATOM   1030  CD  ARG X 832      12.505  25.887 -29.817  1.00 37.61      A     \nATOM   1031  NE  ARG X 832      12.591  27.203 -29.197  1.00 39.35      A     \nATOM   1032  CZ  ARG X 832      13.410  27.503 -28.194  1.00 41.19      A     \nATOM   1033  NH1 ARG X 832      13.422  28.728 -27.689  1.00 41.63      A     \nATOM   1034  NH2 ARG X 832      14.220  26.577 -27.697  1.00 42.56      A     \nATOM   1035  N   LEU X 833       7.087  24.185 -27.421  1.00 24.56      A     \nATOM   1036  CA  LEU X 833       5.683  24.558 -27.344  1.00 24.63      A     \nATOM   1037  C   LEU X 833       5.254  24.813 -25.903  1.00 23.91      A     \nATOM   1038  O   LEU X 833       5.409  23.951 -25.037  1.00 25.10      A     \nATOM   1039  CB  LEU X 833       4.816  23.457 -27.960  1.00 25.15      A     \nATOM   1040  CG  LEU X 833       4.930  23.353 -29.483  1.00 26.28      A     \nATOM   1041  CD1 LEU X 833       4.406  22.010 -29.952  1.00 27.54      A     \nATOM   1042  CD2 LEU X 833       4.151  24.495 -30.127  1.00 26.53      A     \nATOM   1043  N   VAL X 834       4.722  26.005 -25.651  1.00 22.66      A     \nATOM   1044  CA  VAL X 834       4.083  26.286 -24.373  1.00 22.97      A     \nATOM   1045  C   VAL X 834       2.580  26.096 -24.531  1.00 22.94      A     \nATOM   1046  O   VAL X 834       1.960  26.699 -25.406  1.00 23.66      A     \nATOM   1047  CB  VAL X 834       4.372  27.733 -23.907  1.00 22.79      A     \nATOM   1048  CG1 VAL X 834       3.708  27.991 -22.564  1.00 24.92      A     \nATOM   1049  CG2 VAL X 834       5.872  27.949 -23.795  1.00 25.37      A     \nATOM   1050  N   HIS X 835       2.003  25.246 -23.688  1.00 20.11      A     \nATOM   1051  CA  HIS X 835       0.616  24.828 -23.851  1.00 20.45      A     \nATOM   1052  C   HIS X 835      -0.366  25.921 -23.424  1.00 21.74      A     \nATOM   1053  O   HIS X 835      -1.308  26.243 -24.156  1.00 22.10      A     \nATOM   1054  CB  HIS X 835       0.371  23.550 -23.041  1.00 20.59      A     \nATOM   1055  CG  HIS X 835      -0.961  22.922 -23.299  1.00 21.75      A     \nATOM   1056  ND1 HIS X 835      -2.131  23.411 -22.761  1.00 21.04      A     \nATOM   1057  CD2 HIS X 835      -1.310  21.849 -24.048  1.00 20.96      A     \nATOM   1058  CE1 HIS X 835      -3.144  22.669 -23.169  1.00 21.97      A     \nATOM   1059  NE2 HIS X 835      -2.674  21.714 -23.951  1.00 23.00      A     \nATOM   1060  N   ARG X 836      -0.139  26.481 -22.236  1.00 20.57      A     \nATOM   1061  CA  ARG X 836      -0.914  27.601 -21.708  1.00 21.74      A     \nATOM   1062  C   ARG X 836      -2.368  27.294 -21.358  1.00 21.14      A     \nATOM   1063  O   ARG X 836      -3.116  28.198 -20.985  1.00 22.17      A     \nATOM   1064  CB  ARG X 836      -0.879  28.784 -22.681  1.00 21.65      A     \nATOM   1065  CG  ARG X 836       0.521  29.249 -23.036  1.00 23.78      A     \nATOM   1066  CD  ARG X 836       0.517  30.700 -23.511  1.00 26.72      A     \nATOM   1067  NE  ARG X 836      -0.483  30.918 -24.547  1.00 28.73      A     \nATOM   1068  CZ  ARG X 836      -1.343  31.931 -24.561  1.00 26.53      A     \nATOM   1069  NH1 ARG X 836      -2.217  32.039 -25.551  1.00 28.38      A     \nATOM   1070  NH2 ARG X 836      -1.331  32.838 -23.591  1.00 29.03      A     \nATOM   1071  N   ASP X 837      -2.780  26.033 -21.465  1.00 20.87      A     \nATOM   1072  CA  ASP X 837      -4.150  25.687 -21.095  1.00 18.98      A     \nATOM   1073  C   ASP X 837      -4.271  24.258 -20.568  1.00 19.94      A     \nATOM   1074  O   ASP X 837      -5.276  23.583 -20.803  1.00 20.96      A     \nATOM   1075  CB  ASP X 837      -5.075  25.886 -22.303  1.00 22.29      A     \nATOM   1076  CG  ASP X 837      -6.547  25.983 -21.917  1.00 24.39      A     \nATOM   1077  OD1 ASP X 837      -7.396  25.898 -22.825  1.00 28.54      A     \nATOM   1078  OD2 ASP X 837      -6.858  26.144 -20.721  1.00 26.71      A     \nATOM   1079  N   LEU X 838      -3.248  23.791 -19.858  1.00 18.84      A     \nATOM   1080  CA  LEU X 838      -3.295  22.439 -19.321  1.00 19.68      A     \nATOM   1081  C   LEU X 838      -4.285  22.388 -18.167  1.00 19.24      A     \nATOM   1082  O   LEU X 838      -4.240  23.212 -17.248  1.00 20.17      A     \nATOM   1083  CB  LEU X 838      -1.906  21.989 -18.853  1.00 18.85      A     \nATOM   1084  CG  LEU X 838      -1.815  20.527 -18.385  1.00 20.83      A     \nATOM   1085  CD1 LEU X 838      -2.259  19.607 -19.517  1.00 20.59      A     \nATOM   1086  CD2 LEU X 838      -0.386  20.198 -17.953  1.00 20.58      A     \nATOM   1087  N   ALA X 839      -5.187  21.414 -18.240  1.00 19.07      A     \nATOM   1088  CA  ALA X 839      -6.219  21.189 -17.235  1.00 16.99      A     \nATOM   1089  C   ALA X 839      -6.802  19.806 -17.528  1.00 17.44      A     \nATOM   1090  O   ALA X 839      -6.597  19.262 -18.612  1.00 18.32      A     \nATOM   1091  CB  ALA X 839      -7.306  22.258 -17.345  1.00 19.28      A     \nATOM   1092  N   ALA X 840      -7.524  19.229 -16.576  1.00 17.93      A     \nATOM   1093  CA  ALA X 840      -8.045  17.879 -16.778  1.00 18.33      A     \nATOM   1094  C   ALA X 840      -9.055  17.841 -17.932  1.00 19.39      A     \nATOM   1095  O   ALA X 840      -9.206  16.811 -18.594  1.00 19.30      A     \nATOM   1096  CB  ALA X 840      -8.681  17.363 -15.497  1.00 19.34      A     \nATOM   1097  N   ARG X 841      -9.736  18.956 -18.182  1.00 18.66      A     \nATOM   1098  CA  ARG X 841     -10.674  19.031 -19.304  1.00 19.42      A     \nATOM   1099  C   ARG X 841      -9.956  18.908 -20.649  1.00 21.60      A     \nATOM   1100  O   ARG X 841     -10.568  18.537 -21.650  1.00 22.60      A     \nATOM   1101  CB  ARG X 841     -11.470  20.347 -19.258  1.00 20.80      A     \nATOM   1102  CG  ARG X 841     -10.610  21.593 -19.396  1.00 21.42      A     \nATOM   1103  CD  ARG X 841     -11.411  22.890 -19.286  1.00 25.15      A     \nATOM   1104  NE  ARG X 841     -10.516  24.043 -19.371  1.00 24.71      A     \nATOM   1105  CZ  ARG X 841      -9.928  24.622 -18.325  1.00 26.06      A     \nATOM   1106  NH1 ARG X 841     -10.140  24.176 -17.092  1.00 25.04      A     \nATOM   1107  NH2 ARG X 841      -9.089  25.632 -18.514  1.00 28.76      A     \nATOM   1108  N   ASN X 842      -8.659  19.214 -20.668  1.00 20.47      A     \nATOM   1109  CA  ASN X 842      -7.879  19.212 -21.902  1.00 21.08      A     \nATOM   1110  C   ASN X 842      -6.919  18.030 -21.978  1.00 22.13      A     \nATOM   1111  O   ASN X 842      -5.959  18.039 -22.752  1.00 21.51      A     \nATOM   1112  CB  ASN X 842      -7.106  20.528 -22.040  1.00 21.54      A     \nATOM   1113  CG  ASN X 842      -8.027  21.718 -22.227  1.00 22.55      A     \nATOM   1114  OD1 ASN X 842      -7.743  22.829 -21.772  1.00 25.78      A     \nATOM   1115  ND2 ASN X 842      -9.141  21.486 -22.895  1.00 20.35      A     \nATOM   1116  N   VAL X 843      -7.177  17.017 -21.159  1.00 21.59      A     \nATOM   1117  CA  VAL X 843      -6.537  15.723 -21.337  1.00 21.66      A     \nATOM   1118  C   VAL X 843      -7.618  14.732 -21.744  1.00 21.67      A     \nATOM   1119  O   VAL X 843      -8.711  14.728 -21.178  1.00 22.36      A     \nATOM   1120  CB  VAL X 843      -5.860  15.240 -20.031  1.00 21.66      A     \nATOM   1121  CG1 VAL X 843      -5.220  13.875 -20.252  1.00 22.21      A     \nATOM   1122  CG2 VAL X 843      -4.800  16.244 -19.589  1.00 23.43      A     \nATOM   1123  N   LEU X 844      -7.321  13.896 -22.735  1.00 19.90      A     \nATOM   1124  CA  LEU X 844      -8.312  12.975 -23.273  1.00 22.14      A     \nATOM   1125  C   LEU X 844      -7.944  11.529 -22.979  1.00 21.57      A     \nATOM   1126  O   LEU X 844      -6.778  11.209 -22.749  1.00 22.02      A     \nATOM   1127  CB  LEU X 844      -8.447  13.173 -24.781  1.00 21.99      A     \nATOM   1128  CG  LEU X 844      -8.825  14.589 -25.217  1.00 23.27      A     \nATOM   1129  CD1 LEU X 844      -8.733  14.696 -26.725  1.00 22.22      A     \nATOM   1130  CD2 LEU X 844     -10.233  14.924 -24.735  1.00 24.78      A     \nATOM   1131  N   VAL X 845      -8.949  10.660 -22.988  1.00 22.35      A     \nATOM   1132  CA  VAL X 845      -8.761   9.268 -22.610  1.00 22.26      A     \nATOM   1133  C   VAL X 845      -8.908   8.360 -23.829  1.00 23.20      A     \nATOM   1134  O   VAL X 845      -9.995   8.224 -24.388  1.00 24.36      A     \nATOM   1135  CB  VAL X 845      -9.788   8.857 -21.538  1.00 21.10      A     \nATOM   1136  CG1 VAL X 845      -9.531   7.431 -21.074  1.00 21.40      A     \nATOM   1137  CG2 VAL X 845      -9.717   9.829 -20.355  1.00 23.64      A     \nATOM   1138  N   LYS X 846      -7.799   7.753 -24.237  1.00 23.40      A     \nATOM   1139  CA  LYS X 846      -7.795   6.819 -25.359  1.00 25.18      A     \nATOM   1140  C   LYS X 846      -8.325   5.475 -24.874  1.00 26.30      A     \nATOM   1141  O   LYS X 846      -9.221   4.879 -25.482  1.00 25.05      A     \nATOM   1142  CB  LYS X 846      -6.368   6.658 -25.882  1.00 25.89      A     \nATOM   1143  CG  LYS X 846      -6.210   5.628 -26.979  1.00 27.33      A     \nATOM   1144  CD  LYS X 846      -4.739   5.352 -27.242  1.00 30.55      A     \nATOM   1145  CE  LYS X 846      -4.559   4.284 -28.299  1.00 33.39      A     \nATOM   1146  NZ  LYS X 846      -3.152   3.800 -28.351  1.00 31.59      A     \nATOM   1147  N   THR X 847      -7.750   5.012 -23.770  1.00 26.10      A     \nATOM   1148  CA  THR X 847      -8.256   3.873 -23.011  1.00 27.49      A     \nATOM   1149  C   THR X 847      -8.087   4.243 -21.545  1.00 27.20      A     \nATOM   1150  O   THR X 847      -7.380   5.197 -21.222  1.00 27.20      A     \nATOM   1151  CB  THR X 847      -7.426   2.610 -23.261  1.00 28.87      A     \nATOM   1152  OG1 THR X 847      -6.116   2.793 -22.709  1.00 28.30      A     \nATOM   1153  CG2 THR X 847      -7.311   2.333 -24.752  1.00 30.83      A     \nATOM   1154  N   PRO X 848      -8.716   3.487 -20.636  1.00 27.60      A     \nATOM   1155  CA  PRO X 848      -8.518   3.765 -19.211  1.00 28.31      A     \nATOM   1156  C   PRO X 848      -7.039   3.817 -18.846  1.00 28.73      A     \nATOM   1157  O   PRO X 848      -6.649   4.498 -17.896  1.00 29.05      A     \nATOM   1158  CB  PRO X 848      -9.246   2.615 -18.519  1.00 29.64      A     \nATOM   1159  CG  PRO X 848     -10.312   2.225 -19.500  1.00 30.09      A     \nATOM   1160  CD  PRO X 848      -9.674   2.389 -20.853  1.00 29.45      A     \nATOM   1161  N   GLN X 849      -6.221   3.106 -19.617  1.00 27.38      A     \nATOM   1162  CA  GLN X 849      -4.800   2.966 -19.319  1.00 28.66      A     \nATOM   1163  C   GLN X 849      -3.915   3.998 -20.015  1.00 27.32      A     \nATOM   1164  O   GLN X 849      -2.707   4.026 -19.792  1.00 29.07      A     \nATOM   1165  CB  GLN X 849      -4.316   1.565 -19.711  1.00 29.69      A     \nATOM   1166  CG  GLN X 849      -4.963   0.432 -18.927  1.00 35.08      A     \nATOM   1167  CD  GLN X 849      -6.317   0.023 -19.484  1.00 38.24      A     \nATOM   1168  OE1 GLN X 849      -7.171  -0.483 -18.754  1.00 42.22      A     \nATOM   1169  NE2 GLN X 849      -6.517   0.236 -20.782  1.00 36.39      A     \nATOM   1170  N   HIS X 850      -4.504   4.836 -20.863  1.00 25.29      A     \nATOM   1171  CA  HIS X 850      -3.701   5.659 -21.763  1.00 24.14      A     \nATOM   1172  C   HIS X 850      -4.381   6.990 -22.075  1.00 23.94      A     \nATOM   1173  O   HIS X 850      -5.456   7.016 -22.673  1.00 23.70      A     \nATOM   1174  CB  HIS X 850      -3.446   4.890 -23.066  1.00 26.40      A     \nATOM   1175  CG  HIS X 850      -2.412   5.515 -23.950  1.00 28.22      A     \nATOM   1176  ND1 HIS X 850      -1.316   4.821 -24.416  1.00 30.70      A     \nATOM   1177  CD2 HIS X 850      -2.308   6.766 -24.459  1.00 28.43      A     \nATOM   1178  CE1 HIS X 850      -0.581   5.617 -25.173  1.00 32.37      A     \nATOM   1179  NE2 HIS X 850      -1.162   6.803 -25.216  1.00 27.85      A     \nATOM   1180  N   VAL X 851      -3.744   8.092 -21.681  1.00 22.56      A     \nATOM   1181  CA  VAL X 851      -4.312   9.422 -21.890  1.00 22.39      A     \nATOM   1182  C   VAL X 851      -3.428  10.296 -22.776  1.00 21.13      A     \nATOM   1183  O   VAL X 851      -2.229  10.045 -22.918  1.00 21.36      A     \nATOM   1184  CB  VAL X 851      -4.542  10.150 -20.542  1.00 22.38      A     \nATOM   1185  CG1 VAL X 851      -5.512   9.353 -19.683  1.00 23.19      A     \nATOM   1186  CG2 VAL X 851      -3.220  10.343 -19.816  1.00 23.11      A     \nATOM   1187  N   LYS X 852      -4.029  11.325 -23.373  1.00 20.87      A     \nATOM   1188  CA  LYS X 852      -3.313  12.224 -24.272  1.00 19.96      A     \nATOM   1189  C   LYS X 852      -3.737  13.679 -24.076  1.00 20.11      A     \nATOM   1190  O   LYS X 852      -4.925  13.981 -23.950  1.00 21.63      A     \nATOM   1191  CB  LYS X 852      -3.566  11.838 -25.733  1.00 22.48      A     \nATOM   1192  CG  LYS X 852      -3.161  10.420 -26.093  1.00 22.68      A     \nATOM   1193  CD  LYS X 852      -3.165  10.222 -27.596  1.00 28.05      A     \nATOM   1194  CE  LYS X 852      -2.800   8.791 -27.959  1.00 27.83      A     \nATOM   1195  NZ  LYS X 852      -2.954   8.549 -29.414  1.00 35.51      A     \nATOM   1196  N   ILE X 853      -2.753  14.570 -24.079  1.00 21.46      A     \nATOM   1197  CA  ILE X 853      -2.992  16.008 -23.996  1.00 21.16      A     \nATOM   1198  C   ILE X 853      -3.539  16.522 -25.319  1.00 23.16      A     \nATOM   1199  O   ILE X 853      -3.119  16.080 -26.382  1.00 22.87      A     \nATOM   1200  CB  ILE X 853      -1.679  16.748 -23.684  1.00 21.58      A     \nATOM   1201  CG1 ILE X 853      -1.125  16.258 -22.350  1.00 20.62      A     \nATOM   1202  CG2 ILE X 853      -1.913  18.253 -23.666  1.00 21.45      A     \nATOM   1203  CD1 ILE X 853       0.357  16.530 -22.181  1.00 22.52      A     \nATOM   1204  N   THR X 854      -4.481  17.459 -25.260  1.00 23.69      A     \nATOM   1205  CA  THR X 854      -4.948  18.102 -26.480  1.00 25.08      A     \nATOM   1206  C   THR X 854      -4.952  19.612 -26.300  1.00 26.72      A     \nATOM   1207  O   THR X 854      -4.726  20.113 -25.202  1.00 24.43      A     \nATOM   1208  CB  THR X 854      -6.363  17.617 -26.876  1.00 26.07      A     \nATOM   1209  OG1 THR X 854      -6.657  18.048 -28.212  1.00 27.40      A     \nATOM   1210  CG2 THR X 854      -7.411  18.177 -25.922  1.00 24.57      A     \nATOM   1211  N   ASP X 855      -5.200  20.328 -27.391  1.00 28.25      A     \nATOM   1212  CA  ASP X 855      -4.977  21.770 -27.451  1.00 31.66      A     \nATOM   1213  C   ASP X 855      -6.151  22.398 -28.188  1.00 32.35      A     \nATOM   1214  O   ASP X 855      -6.640  21.837 -29.169  1.00 33.25      A     \nATOM   1215  CB  ASP X 855      -3.661  22.044 -28.192  1.00 33.09      A     \nATOM   1216  CG  ASP X 855      -3.522  23.484 -28.652  1.00 33.04      A     \nATOM   1217  OD1 ASP X 855      -3.865  24.405 -27.886  1.00 33.67      A     \nATOM   1218  OD2 ASP X 855      -3.055  23.692 -29.793  1.00 35.64      A     \nATOM   1219  N   PHE X 856      -6.615  23.549 -27.709  1.00 33.07      A     \nATOM   1220  CA  PHE X 856      -7.761  24.207 -28.320  1.00 33.94      A     \nATOM   1221  C   PHE X 856      -7.453  25.623 -28.774  1.00 34.65      A     \nATOM   1222  O   PHE X 856      -8.363  26.432 -28.977  1.00 36.10      A     \nATOM   1223  CB  PHE X 856      -8.944  24.214 -27.352  1.00 34.88      A     \nATOM   1224  CG  PHE X 856      -9.575  22.867 -27.174  1.00 36.33      A     \nATOM   1225  CD1 PHE X 856     -10.426  22.355 -28.142  1.00 35.14      A     \nATOM   1226  CD2 PHE X 856      -9.297  22.103 -26.058  1.00 36.28      A     \nATOM   1227  CE1 PHE X 856     -10.982  21.104 -27.994  1.00 35.51      A     \nATOM   1228  CE2 PHE X 856      -9.850  20.851 -25.906  1.00 35.95      A     \nATOM   1229  CZ  PHE X 856     -10.693  20.351 -26.873  1.00 35.17      A     \nATOM   1230  N   GLY X 857      -6.167  25.923 -28.930  1.00 31.40      A     \nATOM   1231  CA  GLY X 857      -5.788  27.156 -29.588  1.00 30.77      A     \nATOM   1232  C   GLY X 857      -4.905  28.091 -28.789  1.00 28.17      A     \nATOM   1233  O   GLY X 857      -4.434  29.089 -29.326  1.00 30.87      A     \nATOM   1234  N   ARG X 858      -4.657  27.783 -27.522  1.00 26.78      A     \nATOM   1235  CA  ARG X 858      -3.827  28.667 -26.714  1.00 25.17      A     \nATOM   1236  C   ARG X 858      -2.337  28.345 -26.793  1.00 23.47      A     \nATOM   1237  O   ARG X 858      -1.507  29.156 -26.392  1.00 24.59      A     \nATOM   1238  CB  ARG X 858      -4.288  28.650 -25.254  1.00 26.20      A     \nATOM   1239  CG  ARG X 858      -5.501  29.531 -24.989  1.00 27.99      A     \nATOM   1240  CD  ARG X 858      -5.982  29.421 -23.549  1.00 29.38      A     \nATOM   1241  NE  ARG X 858      -4.948  29.756 -22.572  1.00 30.35      A     \nATOM   1242  CZ  ARG X 858      -4.609  30.998 -22.236  1.00 30.53      A     \nATOM   1243  NH1 ARG X 858      -5.216  32.032 -22.804  1.00 30.00      A     \nATOM   1244  NH2 ARG X 858      -3.671  31.209 -21.321  1.00 26.88      A     \nATOM   1245  N   ALA X 859      -1.991  27.172 -27.316  1.00 23.37      A     \nATOM   1246  CA  ALA X 859      -0.589  26.765 -27.352  1.00 24.10      A     \nATOM   1247  C   ALA X 859       0.221  27.693 -28.255  1.00 25.51      A     \nATOM   1248  O   ALA X 859      -0.271  28.152 -29.289  1.00 26.54      A     \nATOM   1249  CB  ALA X 859      -0.474  25.321 -27.840  1.00 24.53      A     \nATOM   1250  N   LYS X 860       1.461  27.973 -27.861  1.00 25.36      A     \nATOM   1251  CA  LYS X 860       2.327  28.858 -28.637  1.00 25.80      A     \nATOM   1252  C   LYS X 860       3.698  28.235 -28.864  1.00 26.90      A     \nATOM   1253  O   LYS X 860       4.265  27.612 -27.966  1.00 25.93      A     \nATOM   1254  CB  LYS X 860       2.499  30.194 -27.916  1.00 25.91      A     \nATOM   1255  CG  LYS X 860       1.206  30.956 -27.711  1.00 25.97      A     \nATOM   1256  CD  LYS X 860       0.658  31.472 -29.029  1.00 28.94      A     \nATOM   1257  CE  LYS X 860      -0.745  32.029 -28.850  1.00 31.64      A     \nATOM   1258  NZ  LYS X 860      -1.242  32.697 -30.087  1.00 35.64      A     \nATOM   1259  N   LEU X 861       4.229  28.417 -30.068  1.00 28.15      A     \nATOM   1260  CA  LEU X 861       5.581  27.974 -30.382  1.00 31.12      A     \nATOM   1261  C   LEU X 861       6.561  29.105 -30.092  1.00 32.48      A     \nATOM   1262  O   LEU X 861       6.412  30.211 -30.615  1.00 33.20      A     \nATOM   1263  CB  LEU X 861       5.668  27.584 -31.859  1.00 32.36      A     \nATOM   1264  CG  LEU X 861       7.028  27.093 -32.356  1.00 35.17      A     \nATOM   1265  CD1 LEU X 861       7.383  25.785 -31.666  1.00 35.81      A     \nATOM   1266  CD2 LEU X 861       6.979  26.907 -33.865  1.00 35.37      A     \nATOM   1267  N   LEU X 862       7.556  28.829 -29.256  1.00 33.00      A     \nATOM   1268  CA  LEU X 862       8.561  29.828 -28.907  1.00 35.24      A     \nATOM   1269  C   LEU X 862       9.656  29.904 -29.964  1.00 37.07      A     \nATOM   1270  O   LEU X 862      10.067  28.885 -30.523  1.00 36.40      A     \nATOM   1271  CB  LEU X 862       9.195  29.502 -27.554  1.00 36.00      A     \nATOM   1272  CG  LEU X 862       8.286  29.573 -26.325  1.00 37.79      A     \nATOM   1273  CD1 LEU X 862       9.110  29.347 -25.069  1.00 37.39      A     \nATOM   1274  CD2 LEU X 862       7.603  30.930 -26.273  1.00 38.26      A     \nATOM   1275  N   GLY X 863      10.123  31.122 -30.225  1.00 38.16      A     \nATOM   1276  CA  GLY X 863      11.200  31.319 -31.177  1.00 41.43      A     \nATOM   1277  C   GLY X 863      12.529  30.863 -30.615  1.00 42.88      A     \nATOM   1278  O   GLY X 863      12.678  30.704 -29.402  1.00 42.47      A     \nATOM   1279  N   ALA X 864      13.503  30.665 -31.498  1.00 44.89      A     \nATOM   1280  CA  ALA X 864      14.776  30.071 -31.115  1.00 46.86      A     \nATOM   1281  C   ALA X 864      15.380  30.744 -29.887  1.00 47.84      A     \nATOM   1282  O   ALA X 864      16.075  30.104 -29.099  1.00 49.56      A     \nATOM   1283  CB  ALA X 864      15.754  30.142 -32.283  1.00 47.32      A     \nATOM   1284  N   GLU X 865      15.109  32.035 -29.724  1.00 48.35      A     \nATOM   1285  CA  GLU X 865      15.726  32.806 -28.652  1.00 48.77      A     \nATOM   1286  C   GLU X 865      14.720  33.300 -27.616  1.00 48.55      A     \nATOM   1287  O   GLU X 865      15.082  34.020 -26.683  1.00 49.16      A     \nATOM   1288  CB  GLU X 865      16.489  33.994 -29.243  1.00 50.05      A     \nATOM   1289  CG  GLU X 865      17.603  33.582 -30.194  1.00 51.44      A     \nATOM   1290  CD  GLU X 865      18.416  34.758 -30.690  1.00 52.21      A     \nATOM   1291  OE1 GLU X 865      17.951  35.457 -31.616  1.00 53.99      A     \nATOM   1292  OE2 GLU X 865      19.520  34.984 -30.152  1.00 53.05      A     \nATOM   1293  N   GLU X 866      13.457  32.915 -27.779  1.00 47.16      A     \nATOM   1294  CA  GLU X 866      12.427  33.260 -26.805  1.00 45.84      A     \nATOM   1295  C   GLU X 866      12.453  32.299 -25.620  1.00 45.12      A     \nATOM   1296  O   GLU X 866      12.446  31.082 -25.796  1.00 45.65      A     \nATOM   1297  CB  GLU X 866      11.043  33.225 -27.458  1.00 46.57      A     \nATOM   1298  CG  GLU X 866      10.811  34.302 -28.504  1.00 47.80      A     \nATOM   1299  CD  GLU X 866       9.358  34.385 -28.938  1.00 49.23      A     \nATOM   1300  OE1 GLU X 866       8.916  33.513 -29.716  1.00 48.04      A     \nATOM   1301  OE2 GLU X 866       8.656  35.321 -28.501  1.00 50.09      A     \nATOM   1302  N   LYS X 867      12.480  32.858 -24.415  1.00 44.03      A     \nATOM   1303  CA  LYS X 867      12.468  32.062 -23.193  1.00 43.88      A     \nATOM   1304  C   LYS X 867      11.058  32.022 -22.608  1.00 41.36      A     \nATOM   1305  O   LYS X 867      10.721  31.126 -21.834  1.00 41.04      A     \nATOM   1306  CB  LYS X 867      13.435  32.663 -22.169  1.00 45.21      A     \nATOM   1307  CG  LYS X 867      13.549  31.873 -20.874  1.00 48.65      A     \nATOM   1308  CD  LYS X 867      14.328  30.582 -21.080  1.00 51.27      A     \nATOM   1309  CE  LYS X 867      15.810  30.858 -21.287  1.00 52.33      A     \nATOM   1310  NZ  LYS X 867      16.440  31.444 -20.070  1.00 53.34      A     \nATOM   1311  N   GLU X 868      10.240  33.001 -22.983  1.00 39.21      A     \nATOM   1312  CA  GLU X 868       8.857  33.070 -22.519  1.00 36.39      A     \nATOM   1313  C   GLU X 868       7.937  33.541 -23.638  1.00 33.83      A     \nATOM   1314  O   GLU X 868       8.386  34.154 -24.607  1.00 33.32      A     \nATOM   1315  CB  GLU X 868       8.732  34.037 -21.340  1.00 38.64      A     \nATOM   1316  CG  GLU X 868       9.893  34.004 -20.367  1.00 42.32      A     \nATOM   1317  CD  GLU X 868      10.889  35.120 -20.620  1.00 43.63      A     \nATOM   1318  OE1 GLU X 868      10.729  35.843 -21.628  1.00 44.39      A     \nATOM   1319  OE2 GLU X 868      11.828  35.275 -19.813  1.00 44.68      A     \nATOM   1320  N   TYR X 869       6.647  33.252 -23.495  1.00 30.92      A     \nATOM   1321  CA  TYR X 869       5.628  33.863 -24.339  1.00 28.76      A     \nATOM   1322  C   TYR X 869       4.953  34.990 -23.569  1.00 28.95      A     \nATOM   1323  O   TYR X 869       4.527  34.807 -22.427  1.00 26.74      A     \nATOM   1324  CB  TYR X 869       4.578  32.829 -24.758  1.00 27.29      A     \nATOM   1325  CG  TYR X 869       3.433  33.420 -25.556  1.00 27.60      A     \nATOM   1326  CD1 TYR X 869       3.594  33.747 -26.897  1.00 28.60      A     \nATOM   1327  CD2 TYR X 869       2.204  33.679 -24.962  1.00 26.92      A     \nATOM   1328  CE1 TYR X 869       2.563  34.316 -27.624  1.00 28.78      A     \nATOM   1329  CE2 TYR X 869       1.164  34.251 -25.683  1.00 27.60      A     \nATOM   1330  CZ  TYR X 869       1.354  34.568 -27.015  1.00 28.56      A     \nATOM   1331  OH  TYR X 869       0.336  35.142 -27.742  1.00 28.42      A     \nATOM   1332  N   HIS X 870       4.866  36.160 -24.195  1.00 29.16      A     \nATOM   1333  CA  HIS X 870       4.192  37.297 -23.590  1.00 30.58      A     \nATOM   1334  C   HIS X 870       2.837  37.491 -24.248  1.00 29.60      A     \nATOM   1335  O   HIS X 870       2.749  37.848 -25.422  1.00 29.37      A     \nATOM   1336  CB  HIS X 870       5.044  38.558 -23.749  1.00 33.85      A     \nATOM   1337  CG  HIS X 870       6.346  38.497 -23.014  1.00 36.04      A     \nATOM   1338  ND1 HIS X 870       6.609  39.266 -21.903  1.00 37.90      A     \nATOM   1339  CD2 HIS X 870       7.450  37.739 -23.219  1.00 38.28      A     \nATOM   1340  CE1 HIS X 870       7.819  38.985 -21.453  1.00 39.69      A     \nATOM   1341  NE2 HIS X 870       8.351  38.061 -22.233  1.00 39.34      A     \nATOM   1342  N   ALA X 871       1.782  37.249 -23.481  1.00 26.25      A     \nATOM   1343  CA  ALA X 871       0.436  37.203 -24.023  1.00 27.83      A     \nATOM   1344  C   ALA X 871      -0.178  38.592 -24.132  1.00 28.38      A     \nATOM   1345  O   ALA X 871       0.387  39.576 -23.654  1.00 27.87      A     \nATOM   1346  CB  ALA X 871      -0.447  36.306 -23.153  1.00 27.44      A     \nATOM   1347  N   GLU X 872      -1.344  38.658 -24.760  1.00 31.05      A     \nATOM   1348  CA  GLU X 872      -2.057  39.916 -24.909  1.00 34.92      A     \nATOM   1349  C   GLU X 872      -3.395  39.855 -24.174  1.00 36.56      A     \nATOM   1350  O   GLU X 872      -3.435  39.600 -22.971  1.00 37.63      A     \nATOM   1351  CB  GLU X 872      -2.273  40.217 -26.393  1.00 34.78      A     \nATOM   1352  CG  GLU X 872      -1.013  40.068 -27.249  1.00 36.93      A     \nATOM   1353  CD  GLU X 872       0.051  41.111 -26.945  1.00 36.16      A     \nATOM   1354  OE1 GLU X 872      -0.278  42.151 -26.337  1.00 37.26      A     \nATOM   1355  OE2 GLU X 872       1.223  40.888 -27.316  1.00 38.50      A     \nATOM   1356  N   GLY X 873      -4.488  40.077 -24.898  1.00 39.17      A     \nATOM   1357  CA  GLY X 873      -5.775  40.255 -24.246  1.00 39.18      A     \nATOM   1358  C   GLY X 873      -6.682  39.038 -24.190  1.00 38.90      A     \nATOM   1359  O   GLY X 873      -7.792  39.121 -23.666  1.00 40.40      A     \nATOM   1360  N   GLY X 874      -6.225  37.909 -24.720  1.00 37.83      A     \nATOM   1361  CA  GLY X 874      -7.068  36.726 -24.756  1.00 36.89      A     \nATOM   1362  C   GLY X 874      -7.592  36.340 -23.383  1.00 36.72      A     \nATOM   1363  O   GLY X 874      -6.955  36.627 -22.369  1.00 36.91      A     \nATOM   1364  N   LYS X 875      -8.754  35.693 -23.349  1.00 36.22      A     \nATOM   1365  CA  LYS X 875      -9.361  35.261 -22.093  1.00 35.87      A     \nATOM   1366  C   LYS X 875      -8.531  34.152 -21.460  1.00 33.98      A     \nATOM   1367  O   LYS X 875      -8.032  33.266 -22.156  1.00 34.08      A     \nATOM   1368  CB  LYS X 875     -10.786  34.756 -22.338  1.00 38.66      A     \nATOM   1369  CG  LYS X 875     -11.730  35.805 -22.910  1.00 42.23      A     \nATOM   1370  CD  LYS X 875     -13.076  35.196 -23.282  1.00 44.82      A     \nATOM   1371  CE  LYS X 875     -13.994  36.236 -23.908  1.00 46.89      A     \nATOM   1372  NZ  LYS X 875     -15.204  35.625 -24.524  1.00 48.98      A     \nATOM   1373  N   VAL X 876      -8.393  34.196 -20.137  1.00 31.60      A     \nATOM   1374  CA  VAL X 876      -7.456  33.312 -19.450  1.00 30.27      A     \nATOM   1375  C   VAL X 876      -8.130  32.433 -18.404  1.00 27.94      A     \nATOM   1376  O   VAL X 876      -9.022  32.877 -17.681  1.00 28.31      A     \nATOM   1377  CB  VAL X 876      -6.332  34.123 -18.768  1.00 30.17      A     \nATOM   1378  CG1 VAL X 876      -5.552  34.908 -19.814  1.00 32.37      A     \nATOM   1379  CG2 VAL X 876      -6.921  35.066 -17.737  1.00 31.40      A     \nATOM   1380  N   PRO X 877      -7.709  31.163 -18.318  1.00 26.74      A     \nATOM   1381  CA  PRO X 877      -8.191  30.221 -17.303  1.00 26.00      A     \nATOM   1382  C   PRO X 877      -7.474  30.456 -15.976  1.00 23.44      A     \nATOM   1383  O   PRO X 877      -6.574  29.701 -15.608  1.00 23.00      A     \nATOM   1384  CB  PRO X 877      -7.858  28.860 -17.905  1.00 26.36      A     \nATOM   1385  CG  PRO X 877      -6.623  29.118 -18.704  1.00 27.69      A     \nATOM   1386  CD  PRO X 877      -6.724  30.542 -19.221  1.00 28.06      A     \nATOM   1387  N   ILE X 878      -7.876  31.507 -15.269  1.00 23.03      A     \nATOM   1388  CA  ILE X 878      -7.139  31.992 -14.107  1.00 23.38      A     \nATOM   1389  C   ILE X 878      -6.787  30.923 -13.077  1.00 22.26      A     \nATOM   1390  O   ILE X 878      -5.675  30.904 -12.548  1.00 21.64      A     \nATOM   1391  CB  ILE X 878      -7.922  33.113 -13.386  1.00 24.82      A     \nATOM   1392  CG1 ILE X 878      -7.989  34.354 -14.274  1.00 26.90      A     \nATOM   1393  CG2 ILE X 878      -7.244  33.461 -12.073  1.00 27.63      A     \nATOM   1394  CD1 ILE X 878      -6.657  35.047 -14.431  1.00 29.50      A     \nATOM   1395  N   LYS X 879      -7.725  30.030 -12.791  1.00 21.38      A     \nATOM   1396  CA  LYS X 879      -7.532  29.097 -11.691  1.00 20.28      A     \nATOM   1397  C   LYS X 879      -6.533  27.986 -12.007  1.00 20.02      A     \nATOM   1398  O   LYS X 879      -6.179  27.197 -11.130  1.00 20.44      A     \nATOM   1399  CB  LYS X 879      -8.880  28.508 -11.264  1.00 19.54      A     \nATOM   1400  CG  LYS X 879      -9.780  29.543 -10.617  1.00 20.42      A     \nATOM   1401  CD  LYS X 879     -11.104  28.970 -10.137  1.00 20.94      A     \nATOM   1402  CE  LYS X 879     -11.900  30.059  -9.420  1.00 20.31      A     \nATOM   1403  NZ  LYS X 879     -13.244  29.607  -8.936  1.00 22.68      A     \nATOM   1404  N   TRP X 880      -6.064  27.935 -13.249  1.00 19.25      A     \nATOM   1405  CA  TRP X 880      -5.019  26.988 -13.622  1.00 19.25      A     \nATOM   1406  C   TRP X 880      -3.671  27.665 -13.879  1.00 20.90      A     \nATOM   1407  O   TRP X 880      -2.670  26.993 -14.126  1.00 19.82      A     \nATOM   1408  CB  TRP X 880      -5.437  26.196 -14.865  1.00 20.91      A     \nATOM   1409  CG  TRP X 880      -6.414  25.093 -14.567  1.00 20.46      A     \nATOM   1410  CD1 TRP X 880      -6.132  23.759 -14.440  1.00 19.87      A     \nATOM   1411  CD2 TRP X 880      -7.821  25.228 -14.342  1.00 21.03      A     \nATOM   1412  NE1 TRP X 880      -7.278  23.061 -14.148  1.00 19.17      A     \nATOM   1413  CE2 TRP X 880      -8.329  23.939 -14.081  1.00 19.76      A     \nATOM   1414  CE3 TRP X 880      -8.701  26.314 -14.333  1.00 22.08      A     \nATOM   1415  CZ2 TRP X 880      -9.674  23.707 -13.815  1.00 20.04      A     \nATOM   1416  CZ3 TRP X 880     -10.040  26.082 -14.069  1.00 22.21      A     \nATOM   1417  CH2 TRP X 880     -10.514  24.787 -13.813  1.00 21.14      A     \nATOM   1418  N  AMET X 881      -3.650  28.993 -13.798  0.50 20.04      A     \nATOM   1419  CA AMET X 881      -2.473  29.765 -14.183  0.50 20.52      A     \nATOM   1420  C  AMET X 881      -1.475  30.001 -13.059  0.50 20.32      A     \nATOM   1421  O  AMET X 881      -1.841  30.100 -11.885  0.50 20.53      A     \nATOM   1422  CB AMET X 881      -2.898  31.117 -14.758  0.50 18.87      A     \nATOM   1423  CG AMET X 881      -3.544  31.021 -16.123  0.50 20.39      A     \nATOM   1424  SD AMET X 881      -4.524  32.467 -16.504  0.50 18.43      A     \nATOM   1425  CE AMET X 881      -3.253  33.730 -16.600  0.50 18.43      A     \nATOM   1426  N  BMET X 881      -3.635  28.992 -13.831  0.50 21.41      A     \nATOM   1427  CA BMET X 881      -2.441  29.704 -14.272  0.50 22.47      A     \nATOM   1428  C  BMET X 881      -1.502  30.116 -13.135  0.50 21.95      A     \nATOM   1429  O  BMET X 881      -1.935  30.429 -12.025  0.50 21.95      A     \nATOM   1430  CB BMET X 881      -2.844  30.934 -15.095  0.50 24.42      A     \nATOM   1431  CG BMET X 881      -3.682  30.604 -16.336  0.50 26.17      A     \nATOM   1432  SD BMET X 881      -2.750  29.869 -17.714  0.50 30.75      A     \nATOM   1433  CE BMET X 881      -3.477  28.216 -17.816  0.50 23.22      A     \nATOM   1434  N   ALA X 882      -0.206  30.104 -13.436  1.00 21.59      A     \nATOM   1435  CA  ALA X 882       0.833  30.510 -12.503  1.00 22.68      A     \nATOM   1436  C   ALA X 882       0.658  31.985 -12.167  1.00 22.16      A     \nATOM   1437  O   ALA X 882       0.109  32.749 -12.960  1.00 23.35      A     \nATOM   1438  CB  ALA X 882       2.206  30.276 -13.121  1.00 24.11      A     \nATOM   1439  N   LEU X 883       1.137  32.382 -10.997  1.00 24.08      A     \nATOM   1440  CA  LEU X 883       0.964  33.751 -10.542  1.00 24.49      A     \nATOM   1441  C   LEU X 883       1.547  34.752 -11.537  1.00 25.07      A     \nATOM   1442  O   LEU X 883       0.955  35.803 -11.777  1.00 26.00      A     \nATOM   1443  CB  LEU X 883       1.623  33.933  -9.174  1.00 25.21      A     \nATOM   1444  CG  LEU X 883       1.384  35.268  -8.469  1.00 27.39      A     \nATOM   1445  CD1 LEU X 883      -0.106  35.549  -8.360  1.00 26.64      A     \nATOM   1446  CD2 LEU X 883       2.020  35.213  -7.088  1.00 27.80      A     \nATOM   1447  N   GLU X 884       2.696  34.424 -12.120  1.00 24.61      A     \nATOM   1448  CA  GLU X 884       3.347  35.345 -13.049  1.00 24.33      A     \nATOM   1449  C   GLU X 884       2.540  35.502 -14.335  1.00 24.96      A     \nATOM   1450  O   GLU X 884       2.619  36.532 -15.010  1.00 24.90      A     \nATOM   1451  CB  GLU X 884       4.777  34.877 -13.377  1.00 24.47      A     \nATOM   1452  CG  GLU X 884       4.884  33.610 -14.207  1.00 24.59      A     \nATOM   1453  CD  GLU X 884       5.021  32.365 -13.356  1.00 23.90      A     \nATOM   1454  OE1 GLU X 884       4.786  32.457 -12.135  1.00 24.18      A     \nATOM   1455  OE2 GLU X 884       5.366  31.303 -13.914  1.00 24.58      A     \nATOM   1456  N   SER X 885       1.750  34.489 -14.673  1.00 22.07      A     \nATOM   1457  CA  SER X 885       0.896  34.579 -15.848  1.00 23.49      A     \nATOM   1458  C   SER X 885      -0.291  35.495 -15.564  1.00 23.89      A     \nATOM   1459  O   SER X 885      -0.694  36.285 -16.418  1.00 23.70      A     \nATOM   1460  CB  SER X 885       0.397  33.186 -16.247  1.00 23.26      A     \nATOM   1461  OG  SER X 885       1.485  32.314 -16.498  1.00 22.37      A     \nATOM   1462  N   ILE X 886      -0.844  35.387 -14.357  1.00 21.99      A     \nATOM   1463  CA  ILE X 886      -1.965  36.228 -13.956  1.00 24.24      A     \nATOM   1464  C   ILE X 886      -1.525  37.685 -13.856  1.00 24.36      A     \nATOM   1465  O   ILE X 886      -2.206  38.583 -14.351  1.00 26.20      A     \nATOM   1466  CB  ILE X 886      -2.534  35.795 -12.586  1.00 25.61      A     \nATOM   1467  CG1 ILE X 886      -3.051  34.357 -12.660  1.00 25.43      A     \nATOM   1468  CG2 ILE X 886      -3.657  36.738 -12.168  1.00 26.29      A     \nATOM   1469  CD1 ILE X 886      -3.491  33.803 -11.317  1.00 25.78      A     \nATOM   1470  N   LEU X 887      -0.379  37.915 -13.224  1.00 24.10      A     \nATOM   1471  CA  LEU X 887       0.066  39.274 -12.934  1.00 24.87      A     \nATOM   1472  C   LEU X 887       0.730  39.972 -14.119  1.00 27.18      A     \nATOM   1473  O   LEU X 887       0.628  41.194 -14.253  1.00 28.63      A     \nATOM   1474  CB  LEU X 887       1.034  39.272 -11.748  1.00 27.09      A     \nATOM   1475  CG  LEU X 887       0.448  38.892 -10.387  1.00 28.89      A     \nATOM   1476  CD1 LEU X 887       1.536  38.948  -9.331  1.00 31.11      A     \nATOM   1477  CD2 LEU X 887      -0.689  39.838 -10.032  1.00 30.90      A     \nATOM   1478  N   HIS X 888       1.407  39.208 -14.972  1.00 24.71      A     \nATOM   1479  CA  HIS X 888       2.271  39.804 -15.990  1.00 25.20      A     \nATOM   1480  C   HIS X 888       2.109  39.226 -17.392  1.00 24.13      A     \nATOM   1481  O   HIS X 888       2.850  39.594 -18.308  1.00 23.72      A     \nATOM   1482  CB  HIS X 888       3.732  39.687 -15.559  1.00 25.43      A     \nATOM   1483  CG  HIS X 888       4.053  40.452 -14.315  1.00 27.32      A     \nATOM   1484  ND1 HIS X 888       4.349  39.838 -13.117  1.00 30.97      A     \nATOM   1485  CD2 HIS X 888       4.114  41.783 -14.082  1.00 25.61      A     \nATOM   1486  CE1 HIS X 888       4.579  40.761 -12.199  1.00 27.22      A     \nATOM   1487  NE2 HIS X 888       4.443  41.950 -12.759  1.00 31.51      A     \nATOM   1488  N   ARG X 889       1.153  38.315 -17.553  1.00 23.43      A     \nATOM   1489  CA  ARG X 889       0.841  37.737 -18.858  1.00 24.84      A     \nATOM   1490  C   ARG X 889       2.027  36.975 -19.440  1.00 24.97      A     \nATOM   1491  O   ARG X 889       2.151  36.829 -20.658  1.00 26.47      A     \nATOM   1492  CB  ARG X 889       0.395  38.837 -19.827  1.00 24.25      A     \nATOM   1493  CG  ARG X 889      -0.848  39.584 -19.365  1.00 24.71      A     \nATOM   1494  CD  ARG X 889      -1.256  40.670 -20.356  1.00 27.46      A     \nATOM   1495  NE  ARG X 889      -2.468  41.357 -19.921  1.00 27.69      A     \nATOM   1496  CZ  ARG X 889      -3.035  42.365 -20.578  1.00 29.72      A     \nATOM   1497  NH1 ARG X 889      -2.498  42.805 -21.707  1.00 28.78      A     \nATOM   1498  NH2 ARG X 889      -4.140  42.927 -20.109  1.00 30.56      A     \nATOM   1499  N   ILE X 890       2.889  36.479 -18.557  1.00 23.79      A     \nATOM   1500  CA  ILE X 890       4.072  35.723 -18.949  1.00 24.38      A     \nATOM   1501  C   ILE X 890       3.837  34.222 -18.848  1.00 24.02      A     \nATOM   1502  O   ILE X 890       3.363  33.734 -17.821  1.00 23.16      A     \nATOM   1503  CB  ILE X 890       5.268  36.081 -18.052  1.00 27.15      A     \nATOM   1504  CG1 ILE X 890       5.629  37.554 -18.237  1.00 29.82      A     \nATOM   1505  CG2 ILE X 890       6.453  35.194 -18.385  1.00 28.83      A     \nATOM   1506  CD1 ILE X 890       6.689  38.035 -17.269  1.00 32.10      A     \nATOM   1507  N   TYR X 891       4.182  33.499 -19.911  1.00 22.04      A     \nATOM   1508  CA  TYR X 891       3.998  32.051 -19.958  1.00 23.68      A     \nATOM   1509  C   TYR X 891       5.300  31.363 -20.345  1.00 23.86      A     \nATOM   1510  O   TYR X 891       6.009  31.813 -21.245  1.00 26.61      A     \nATOM   1511  CB  TYR X 891       2.913  31.686 -20.972  1.00 23.84      A     \nATOM   1512  CG  TYR X 891       1.535  32.199 -20.622  1.00 23.08      A     \nATOM   1513  CD1 TYR X 891       0.595  31.364 -20.031  1.00 21.86      A     \nATOM   1514  CD2 TYR X 891       1.165  33.509 -20.900  1.00 22.24      A     \nATOM   1515  CE1 TYR X 891      -0.674  31.815 -19.726  1.00 21.90      A     \nATOM   1516  CE2 TYR X 891      -0.107  33.969 -20.600  1.00 22.76      A     \nATOM   1517  CZ  TYR X 891      -1.020  33.119 -20.015  1.00 20.40      A     \nATOM   1518  OH  TYR X 891      -2.286  33.565 -19.724  1.00 22.28      A     \nATOM   1519  N   THR X 892       5.605  30.269 -19.656  1.00 23.31      A     \nATOM   1520  CA  THR X 892       6.813  29.494 -19.919  1.00 22.84      A     \nATOM   1521  C   THR X 892       6.496  28.014 -19.736  1.00 23.50      A     \nATOM   1522  O   THR X 892       5.389  27.654 -19.351  1.00 21.41      A     \nATOM   1523  CB  THR X 892       7.933  29.856 -18.929  1.00 24.89      A     \nATOM   1524  OG1 THR X 892       7.531  29.496 -17.603  1.00 24.37      A     \nATOM   1525  CG2 THR X 892       8.216  31.348 -18.965  1.00 24.55      A     \nATOM   1526  N   HIS X 893       7.471  27.156 -19.998  1.00 22.41      A     \nATOM   1527  CA  HIS X 893       7.287  25.747 -19.691  1.00 22.99      A     \nATOM   1528  C   HIS X 893       7.054  25.596 -18.193  1.00 22.56      A     \nATOM   1529  O   HIS X 893       6.326  24.707 -17.755  1.00 22.35      A     \nATOM   1530  CB  HIS X 893       8.512  24.941 -20.130  1.00 23.69      A     \nATOM   1531  CG  HIS X 893       8.825  25.080 -21.586  1.00 24.40      A     \nATOM   1532  ND1 HIS X 893       7.935  24.716 -22.573  1.00 24.56      A     \nATOM   1533  CD2 HIS X 893       9.910  25.581 -22.222  1.00 27.00      A     \nATOM   1534  CE1 HIS X 893       8.458  24.989 -23.755  1.00 26.65      A     \nATOM   1535  NE2 HIS X 893       9.656  25.515 -23.570  1.00 26.86      A     \nATOM   1536  N   GLN X 894       7.657  26.481 -17.405  1.00 21.37      A     \nATOM   1537  CA  GLN X 894       7.494  26.411 -15.958  1.00 21.22      A     \nATOM   1538  C   GLN X 894       6.131  26.903 -15.472  1.00 21.53      A     \nATOM   1539  O   GLN X 894       5.670  26.484 -14.411  1.00 20.31      A     \nATOM   1540  CB  GLN X 894       8.619  27.176 -15.258  1.00 23.17      A     \nATOM   1541  CG  GLN X 894       9.994  26.537 -15.445  1.00 22.23      A     \nATOM   1542  CD  GLN X 894      10.006  25.064 -15.080  1.00 22.95      A     \nATOM   1543  OE1 GLN X 894       9.914  24.198 -15.949  1.00 23.12      A     \nATOM   1544  NE2 GLN X 894      10.116  24.774 -13.786  1.00 23.75      A     \nATOM   1545  N   SER X 895       5.466  27.771 -16.233  1.00 20.91      A     \nATOM   1546  CA  SER X 895       4.080  28.075 -15.891  1.00 19.84      A     \nATOM   1547  C   SER X 895       3.170  26.906 -16.281  1.00 20.92      A     \nATOM   1548  O   SER X 895       2.171  26.649 -15.612  1.00 19.95      A     \nATOM   1549  CB  SER X 895       3.604  29.394 -16.534  1.00 21.47      A     \nATOM   1550  OG  SER X 895       3.668  29.382 -17.948  1.00 23.18      A     \nATOM   1551  N   ASP X 896       3.529  26.172 -17.336  1.00 20.47      A     \nATOM   1552  CA  ASP X 896       2.818  24.929 -17.651  1.00 19.33      A     \nATOM   1553  C   ASP X 896       2.963  23.930 -16.499  1.00 19.07      A     \nATOM   1554  O   ASP X 896       2.047  23.164 -16.214  1.00 18.08      A     \nATOM   1555  CB  ASP X 896       3.361  24.285 -18.939  1.00 18.31      A     \nATOM   1556  CG  ASP X 896       2.772  24.889 -20.208  1.00 21.98      A     \nATOM   1557  OD1 ASP X 896       3.345  24.635 -21.293  1.00 22.74      A     \nATOM   1558  OD2 ASP X 896       1.747  25.601 -20.134  1.00 21.14      A     \nATOM   1559  N   VAL X 897       4.122  23.921 -15.846  1.00 18.73      A     \nATOM   1560  CA  VAL X 897       4.303  23.063 -14.673  1.00 18.42      A     \nATOM   1561  C   VAL X 897       3.317  23.423 -13.556  1.00 17.94      A     \nATOM   1562  O   VAL X 897       2.763  22.539 -12.899  1.00 17.77      A     \nATOM   1563  CB  VAL X 897       5.755  23.145 -14.137  1.00 17.99      A     \nATOM   1564  CG1 VAL X 897       5.865  22.439 -12.782  1.00 19.76      A     \nATOM   1565  CG2 VAL X 897       6.704  22.493 -15.143  1.00 19.93      A     \nATOM   1566  N   TRP X 898       3.078  24.712 -13.343  1.00 17.92      A     \nATOM   1567  CA  TRP X 898       2.073  25.110 -12.358  1.00 18.49      A     \nATOM   1568  C   TRP X 898       0.718  24.498 -12.729  1.00 16.89      A     \nATOM   1569  O   TRP X 898       0.039  23.902 -11.886  1.00 16.64      A     \nATOM   1570  CB  TRP X 898       1.960  26.639 -12.298  1.00 17.74      A     \nATOM   1571  CG  TRP X 898       0.948  27.154 -11.288  1.00 16.66      A     \nATOM   1572  CD1 TRP X 898      -0.401  26.929 -11.289  1.00 17.66      A     \nATOM   1573  CD2 TRP X 898       1.207  28.012 -10.166  1.00 17.30      A     \nATOM   1574  NE1 TRP X 898      -0.995  27.594 -10.244  1.00 17.45      A     \nATOM   1575  CE2 TRP X 898      -0.031  28.267  -9.540  1.00 18.31      A     \nATOM   1576  CE3 TRP X 898       2.365  28.593  -9.634  1.00 18.92      A     \nATOM   1577  CZ2 TRP X 898      -0.145  29.076  -8.406  1.00 19.73      A     \nATOM   1578  CZ3 TRP X 898       2.249  29.400  -8.506  1.00 18.99      A     \nATOM   1579  CH2 TRP X 898       1.004  29.632  -7.909  1.00 19.84      A     \nATOM   1580  N   SER X 899       0.331  24.655 -13.991  1.00 17.80      A     \nATOM   1581  CA  SER X 899      -0.937  24.131 -14.481  1.00 17.33      A     \nATOM   1582  C   SER X 899      -0.996  22.615 -14.348  1.00 17.91      A     \nATOM   1583  O   SER X 899      -2.048  22.056 -14.050  1.00 17.32      A     \nATOM   1584  CB  SER X 899      -1.142  24.527 -15.947  1.00 20.58      A     \nATOM   1585  OG  SER X 899      -1.139  25.938 -16.095  1.00 20.52      A     \nATOM   1586  N   TYR X 900       0.138  21.961 -14.581  1.00 17.68      A     \nATOM   1587  CA  TYR X 900       0.242  20.517 -14.400  1.00 17.27      A     \nATOM   1588  C   TYR X 900      -0.093  20.152 -12.957  1.00 17.27      A     \nATOM   1589  O   TYR X 900      -0.842  19.201 -12.702  1.00 17.46      A     \nATOM   1590  CB  TYR X 900       1.662  20.045 -14.749  1.00 17.28      A     \nATOM   1591  CG  TYR X 900       1.932  18.591 -14.423  1.00 17.40      A     \nATOM   1592  CD1 TYR X 900       2.453  18.220 -13.188  1.00 18.49      A     \nATOM   1593  CD2 TYR X 900       1.678  17.591 -15.355  1.00 17.53      A     \nATOM   1594  CE1 TYR X 900       2.714  16.887 -12.890  1.00 19.91      A     \nATOM   1595  CE2 TYR X 900       1.938  16.257 -15.065  1.00 18.89      A     \nATOM   1596  CZ  TYR X 900       2.456  15.914 -13.832  1.00 19.36      A     \nATOM   1597  OH  TYR X 900       2.717  14.589 -13.537  1.00 19.11      A     \nATOM   1598  N   GLY X 901       0.454  20.912 -12.012  1.00 16.90      A     \nATOM   1599  CA  GLY X 901       0.130  20.697 -10.610  1.00 17.55      A     \nATOM   1600  C   GLY X 901      -1.360  20.804 -10.326  1.00 17.95      A     \nATOM   1601  O   GLY X 901      -1.910  20.004  -9.576  1.00 17.90      A     \nATOM   1602  N   VAL X 902      -2.026  21.793 -10.916  1.00 16.99      A     \nATOM   1603  CA  VAL X 902      -3.468  21.930 -10.711  1.00 16.33      A     \nATOM   1604  C   VAL X 902      -4.200  20.752 -11.355  1.00 17.40      A     \nATOM   1605  O   VAL X 902      -5.183  20.247 -10.811  1.00 17.82      A     \nATOM   1606  CB  VAL X 902      -3.992  23.252 -11.301  1.00 16.41      A     \nATOM   1607  CG1 VAL X 902      -5.507  23.352 -11.100  1.00 17.94      A     \nATOM   1608  CG2 VAL X 902      -3.306  24.423 -10.626  1.00 17.12      A     \nATOM   1609  N   THR X 903      -3.711  20.310 -12.508  1.00 17.13      A     \nATOM   1610  CA  THR X 903      -4.306  19.174 -13.210  1.00 17.74      A     \nATOM   1611  C   THR X 903      -4.222  17.900 -12.375  1.00 18.29      A     \nATOM   1612  O   THR X 903      -5.199  17.162 -12.259  1.00 17.56      A     \nATOM   1613  CB  THR X 903      -3.608  18.952 -14.561  1.00 18.76      A     \nATOM   1614  OG1 THR X 903      -3.770  20.125 -15.371  1.00 18.70      A     \nATOM   1615  CG2 THR X 903      -4.208  17.753 -15.288  1.00 17.72      A     \nATOM   1616  N   VAL X 904      -3.057  17.654 -11.784  1.00 17.66      A     \nATOM   1617  CA  VAL X 904      -2.892  16.518 -10.880  1.00 17.96      A     \nATOM   1618  C   VAL X 904      -3.844  16.618  -9.683  1.00 18.18      A     \nATOM   1619  O   VAL X 904      -4.451  15.624  -9.274  1.00 19.58      A     \nATOM   1620  CB  VAL X 904      -1.425  16.422 -10.389  1.00 18.78      A     \nATOM   1621  CG1 VAL X 904      -1.295  15.351  -9.315  1.00 21.47      A     \nATOM   1622  CG2 VAL X 904      -0.517  16.085 -11.571  1.00 21.74      A     \nATOM   1623  N   TRP X 905      -3.994  17.819  -9.132  1.00 16.55      A     \nATOM   1624  CA  TRP X 905      -4.941  18.033  -8.042  1.00 17.69      A     \nATOM   1625  C   TRP X 905      -6.359  17.663  -8.478  1.00 17.37      A     \nATOM   1626  O   TRP X 905      -7.111  17.037  -7.721  1.00 18.35      A     \nATOM   1627  CB  TRP X 905      -4.880  19.497  -7.582  1.00 18.18      A     \nATOM   1628  CG  TRP X 905      -5.724  19.811  -6.377  1.00 17.87      A     \nATOM   1629  CD1 TRP X 905      -5.344  19.754  -5.062  1.00 18.08      A     \nATOM   1630  CD2 TRP X 905      -7.094  20.225  -6.379  1.00 18.55      A     \nATOM   1631  NE1 TRP X 905      -6.397  20.105  -4.250  1.00 17.71      A     \nATOM   1632  CE2 TRP X 905      -7.482  20.398  -5.034  1.00 17.22      A     \nATOM   1633  CE3 TRP X 905      -8.031  20.464  -7.389  1.00 17.40      A     \nATOM   1634  CZ2 TRP X 905      -8.770  20.799  -4.674  1.00 17.33      A     \nATOM   1635  CZ3 TRP X 905      -9.309  20.862  -7.030  1.00 18.45      A     \nATOM   1636  CH2 TRP X 905      -9.665  21.026  -5.686  1.00 18.64      A     \nATOM   1637  N   GLU X 906      -6.726  18.028  -9.701  1.00 18.50      A     \nATOM   1638  CA  GLU X 906      -8.037  17.651 -10.225  1.00 18.42      A     \nATOM   1639  C   GLU X 906      -8.181  16.138 -10.244  1.00 19.28      A     \nATOM   1640  O   GLU X 906      -9.200  15.597  -9.828  1.00 19.87      A     \nATOM   1641  CB  GLU X 906      -8.231  18.177 -11.646  1.00 18.61      A     \nATOM   1642  CG  GLU X 906      -8.456  19.672 -11.754  1.00 18.66      A     \nATOM   1643  CD  GLU X 906      -8.677  20.078 -13.193  1.00 18.49      A     \nATOM   1644  OE1 GLU X 906      -7.674  20.250 -13.920  1.00 20.00      A     \nATOM   1645  OE2 GLU X 906      -9.851  20.203 -13.604  1.00 19.94      A     \nATOM   1646  N   LEU X 907      -7.156  15.447 -10.726  1.00 19.08      A     \nATOM   1647  CA  LEU X 907      -7.244  13.998 -10.834  1.00 17.97      A     \nATOM   1648  C   LEU X 907      -7.386  13.372  -9.455  1.00 18.32      A     \nATOM   1649  O   LEU X 907      -8.210  12.477  -9.256  1.00 20.49      A     \nATOM   1650  CB  LEU X 907      -5.997  13.434 -11.520  1.00 18.85      A     \nATOM   1651  CG  LEU X 907      -5.725  13.940 -12.937  1.00 19.12      A     \nATOM   1652  CD1 LEU X 907      -4.574  13.130 -13.540  1.00 20.43      A     \nATOM   1653  CD2 LEU X 907      -6.980  13.811 -13.790  1.00 23.12      A     \nATOM   1654  N   MET X 908      -6.591  13.852  -8.502  1.00 17.46      A     \nATOM   1655  CA  MET X 908      -6.562  13.243  -7.172  1.00 19.92      A     \nATOM   1656  C   MET X 908      -7.812  13.556  -6.356  1.00 19.72      A     \nATOM   1657  O   MET X 908      -8.077  12.905  -5.347  1.00 21.15      A     \nATOM   1658  CB  MET X 908      -5.311  13.693  -6.399  1.00 18.90      A     \nATOM   1659  CG  MET X 908      -3.993  13.311  -7.058  1.00 22.68      A     \nATOM   1660  SD  MET X 908      -3.851  11.535  -7.361  1.00 23.54      A     \nATOM   1661  CE  MET X 908      -2.398  11.489  -8.425  1.00 22.58      A     \nATOM   1662  N   THR X 909      -8.583  14.551  -6.791  1.00 19.91      A     \nATOM   1663  CA  THR X 909      -9.846  14.865  -6.133  1.00 19.28      A     \nATOM   1664  C   THR X 909     -11.011  14.352  -6.972  1.00 19.66      A     \nATOM   1665  O   THR X 909     -12.160  14.746  -6.768  1.00 21.66      A     \nATOM   1666  CB  THR X 909     -10.016  16.388  -5.918  1.00 19.41      A     \nATOM   1667  OG1 THR X 909      -9.972  17.065  -7.183  1.00 19.43      A     \nATOM   1668  CG2 THR X 909      -8.907  16.926  -5.012  1.00 18.48      A     \nATOM   1669  N   PHE X 910     -10.695  13.476  -7.922  1.00 19.82      A     \nATOM   1670  CA  PHE X 910     -11.685  12.906  -8.825  1.00 20.20      A     \nATOM   1671  C   PHE X 910     -12.501  13.978  -9.541  1.00 21.34      A     \nATOM   1672  O   PHE X 910     -13.720  13.867  -9.699  1.00 21.85      A     \nATOM   1673  CB  PHE X 910     -12.579  11.936  -8.054  1.00 22.26      A     \nATOM   1674  CG  PHE X 910     -11.819  10.773  -7.473  1.00 23.01      A     \nATOM   1675  CD1 PHE X 910     -11.357   9.756  -8.295  1.00 23.80      A     \nATOM   1676  CD2 PHE X 910     -11.511  10.729  -6.125  1.00 22.37      A     \nATOM   1677  CE1 PHE X 910     -10.596   8.716  -7.782  1.00 24.73      A     \nATOM   1678  CE2 PHE X 910     -10.751   9.692  -5.603  1.00 24.66      A     \nATOM   1679  CZ  PHE X 910     -10.292   8.687  -6.431  1.00 23.67      A     \nATOM   1680  N   GLY X 911     -11.802  15.018  -9.983  1.00 21.24      A     \nATOM   1681  CA  GLY X 911     -12.410  16.021 -10.836  1.00 20.16      A     \nATOM   1682  C   GLY X 911     -13.075  17.162 -10.091  1.00 21.51      A     \nATOM   1683  O   GLY X 911     -14.021  17.762 -10.593  1.00 21.54      A     \nATOM   1684  N   SER X 912     -12.586  17.477  -8.896  1.00 20.19      A     \nATOM   1685  CA  SER X 912     -13.177  18.565  -8.127  1.00 19.35      A     \nATOM   1686  C   SER X 912     -12.750  19.922  -8.689  1.00 19.39      A     \nATOM   1687  O   SER X 912     -11.757  20.024  -9.409  1.00 19.75      A     \nATOM   1688  CB  SER X 912     -12.775  18.450  -6.654  1.00 20.46      A     \nATOM   1689  OG  SER X 912     -13.275  17.250  -6.076  1.00 21.31      A     \nATOM   1690  N   LYS X 913     -13.508  20.959  -8.355  1.00 19.61      A     \nATOM   1691  CA  LYS X 913     -13.244  22.304  -8.856  1.00 20.11      A     \nATOM   1692  C   LYS X 913     -12.210  23.022  -7.995  1.00 20.24      A     \nATOM   1693  O   LYS X 913     -12.355  23.101  -6.780  1.00 19.35      A     \nATOM   1694  CB  LYS X 913     -14.540  23.121  -8.865  1.00 22.94      A     \nATOM   1695  CG  LYS X 913     -15.622  22.583  -9.788  1.00 24.73      A     \nATOM   1696  CD  LYS X 913     -16.935  23.306  -9.522  1.00 27.82      A     \nATOM   1697  CE  LYS X 913     -17.912  23.152 -10.669  1.00 30.38      A     \nATOM   1698  NZ  LYS X 913     -19.184  23.869 -10.376  1.00 34.20      A     \nATOM   1699  N   PRO X 914     -11.147  23.555  -8.620  1.00 18.73      A     \nATOM   1700  CA  PRO X 914     -10.113  24.277  -7.864  1.00 18.10      A     \nATOM   1701  C   PRO X 914     -10.577  25.664  -7.408  1.00 18.42      A     \nATOM   1702  O   PRO X 914     -11.246  26.381  -8.159  1.00 19.45      A     \nATOM   1703  CB  PRO X 914      -8.942  24.354  -8.841  1.00 19.46      A     \nATOM   1704  CG  PRO X 914      -9.594  24.327 -10.191  1.00 20.95      A     \nATOM   1705  CD  PRO X 914     -10.805  23.434 -10.048  1.00 19.77      A     \nATOM   1706  N   TYR X 915     -10.202  26.041  -6.186  1.00 19.30      A     \nATOM   1707  CA  TYR X 915     -10.642  27.302  -5.581  1.00 19.49      A     \nATOM   1708  C   TYR X 915     -12.150  27.438  -5.765  1.00 22.21      A     \nATOM   1709  O   TYR X 915     -12.663  28.455  -6.247  1.00 21.99      A     \nATOM   1710  CB  TYR X 915      -9.915  28.488  -6.219  1.00 21.33      A     \nATOM   1711  CG  TYR X 915      -8.430  28.262  -6.401  1.00 19.69      A     \nATOM   1712  CD1 TYR X 915      -7.532  28.483  -5.357  1.00 20.81      A     \nATOM   1713  CD2 TYR X 915      -7.923  27.835  -7.623  1.00 20.22      A     \nATOM   1714  CE1 TYR X 915      -6.166  28.284  -5.536  1.00 22.78      A     \nATOM   1715  CE2 TYR X 915      -6.571  27.638  -7.809  1.00 21.86      A     \nATOM   1716  CZ  TYR X 915      -5.698  27.864  -6.770  1.00 20.09      A     \nATOM   1717  OH  TYR X 915      -4.351  27.701  -6.985  1.00 20.94      A     \nATOM   1718  N   ASP X 916     -12.850  26.384  -5.371  1.00 20.77      A     \nATOM   1719  CA  ASP X 916     -14.278  26.241  -5.599  1.00 22.45      A     \nATOM   1720  C   ASP X 916     -15.066  27.411  -5.013  1.00 23.79      A     \nATOM   1721  O   ASP X 916     -14.934  27.723  -3.835  1.00 25.42      A     \nATOM   1722  CB  ASP X 916     -14.734  24.924  -4.967  1.00 22.26      A     \nATOM   1723  CG  ASP X 916     -16.174  24.599  -5.259  1.00 23.04      A     \nATOM   1724  OD1 ASP X 916     -16.746  25.171  -6.213  1.00 22.54      A     \nATOM   1725  OD2 ASP X 916     -16.735  23.757  -4.528  1.00 22.40      A     \nATOM   1726  N   GLY X 917     -15.875  28.060  -5.848  1.00 25.56      A     \nATOM   1727  CA  GLY X 917     -16.776  29.088  -5.358  1.00 27.77      A     \nATOM   1728  C   GLY X 917     -16.119  30.435  -5.120  1.00 28.12      A     \nATOM   1729  O   GLY X 917     -16.775  31.376  -4.670  1.00 29.39      A     \nATOM   1730  N   ILE X 918     -14.827  30.530  -5.415  1.00 26.28      A     \nATOM   1731  CA  ILE X 918     -14.077  31.764  -5.195  1.00 26.50      A     \nATOM   1732  C   ILE X 918     -13.930  32.532  -6.503  1.00 26.84      A     \nATOM   1733  O   ILE X 918     -13.509  31.974  -7.514  1.00 26.87      A     \nATOM   1734  CB  ILE X 918     -12.667  31.463  -4.650  1.00 25.98      A     \nATOM   1735  CG1 ILE X 918     -12.769  30.673  -3.345  1.00 27.30      A     \nATOM   1736  CG2 ILE X 918     -11.907  32.757  -4.423  1.00 27.62      A     \nATOM   1737  CD1 ILE X 918     -11.424  30.305  -2.756  1.00 28.18      A     \nATOM   1738  N   PRO X 919     -14.268  33.829  -6.500  1.00 27.16      A     \nATOM   1739  CA  PRO X 919     -14.171  34.610  -7.737  1.00 27.87      A     \nATOM   1740  C   PRO X 919     -12.754  34.607  -8.297  1.00 27.03      A     \nATOM   1741  O   PRO X 919     -11.786  34.750  -7.552  1.00 27.13      A     \nATOM   1742  CB  PRO X 919     -14.619  36.013  -7.318  1.00 28.97      A     \nATOM   1743  CG  PRO X 919     -15.460  35.790  -6.096  1.00 30.45      A     \nATOM   1744  CD  PRO X 919     -14.825  34.621  -5.388  1.00 27.23      A     \nATOM   1745  N   ALA X 920     -12.642  34.444  -9.611  1.00 29.51      A     \nATOM   1746  CA  ALA X 920     -11.342  34.453 -10.272  1.00 30.25      A     \nATOM   1747  C   ALA X 920     -10.569  35.716  -9.906  1.00 31.32      A     \nATOM   1748  O   ALA X 920      -9.342  35.707  -9.826  1.00 29.41      A     \nATOM   1749  CB  ALA X 920     -11.525  34.373 -11.780  1.00 30.77      A     \nATOM   1750  N   SER X 921     -11.298  36.803  -9.675  1.00 31.73      A     \nATOM   1751  CA  SER X 921     -10.680  38.091  -9.390  1.00 32.63      A     \nATOM   1752  C   SER X 921      -9.933  38.097  -8.060  1.00 31.73      A     \nATOM   1753  O   SER X 921      -9.113  38.981  -7.810  1.00 33.52      A     \nATOM   1754  CB  SER X 921     -11.745  39.188  -9.381  1.00 32.85      A     \nATOM   1755  OG  SER X 921     -12.725  38.931  -8.392  1.00 36.72      A     \nATOM   1756  N   GLU X 922     -10.214  37.116  -7.208  1.00 30.56      A     \nATOM   1757  CA  GLU X 922      -9.585  37.044  -5.892  1.00 30.07      A     \nATOM   1758  C   GLU X 922      -8.356  36.140  -5.877  1.00 28.80      A     \nATOM   1759  O   GLU X 922      -7.613  36.118  -4.899  1.00 28.48      A     \nATOM   1760  CB  GLU X 922     -10.580  36.534  -4.844  1.00 33.68      A     \nATOM   1761  CG  GLU X 922     -11.741  37.473  -4.551  1.00 38.95      A     \nATOM   1762  CD  GLU X 922     -12.645  36.950  -3.446  1.00 41.37      A     \nATOM   1763  OE1 GLU X 922     -13.769  37.476  -3.295  1.00 44.62      A     \nATOM   1764  OE2 GLU X 922     -12.231  36.013  -2.729  1.00 43.63      A     \nATOM   1765  N   ILE X 923      -8.149  35.386  -6.951  1.00 26.86      A     \nATOM   1766  CA  ILE X 923      -7.141  34.332  -6.930  1.00 25.56      A     \nATOM   1767  C   ILE X 923      -5.718  34.850  -6.741  1.00 25.81      A     \nATOM   1768  O   ILE X 923      -4.959  34.302  -5.943  1.00 24.07      A     \nATOM   1769  CB  ILE X 923      -7.198  33.479  -8.215  1.00 24.79      A     \nATOM   1770  CG1 ILE X 923      -8.560  32.784  -8.308  1.00 25.20      A     \nATOM   1771  CG2 ILE X 923      -6.078  32.446  -8.214  1.00 25.69      A     \nATOM   1772  CD1 ILE X 923      -8.853  31.848  -7.151  1.00 25.00      A     \nATOM   1773  N   SER X 924      -5.349  35.905  -7.458  1.00 27.17      A     \nATOM   1774  CA  SER X 924      -3.982  36.398  -7.345  1.00 28.47      A     \nATOM   1775  C   SER X 924      -3.681  36.789  -5.897  1.00 28.65      A     \nATOM   1776  O   SER X 924      -2.593  36.525  -5.392  1.00 28.51      A     \nATOM   1777  CB  SER X 924      -3.755  37.596  -8.276  1.00 30.44      A     \nATOM   1778  OG  SER X 924      -4.447  38.745  -7.823  1.00 33.63      A     \nATOM   1779  N  ASER X 925      -4.653  37.389  -5.216  0.50 28.81      A     \nATOM   1780  CA ASER X 925      -4.441  37.832  -3.840  0.50 28.61      A     \nATOM   1781  C  ASER X 925      -4.287  36.657  -2.873  0.50 28.21      A     \nATOM   1782  O  ASER X 925      -3.510  36.725  -1.920  0.50 29.19      A     \nATOM   1783  CB ASER X 925      -5.597  38.727  -3.382  0.50 29.43      A     \nATOM   1784  OG ASER X 925      -6.790  37.982  -3.220  0.50 29.95      A     \nATOM   1785  N  BSER X 925      -4.656  37.401  -5.229  0.50 29.17      A     \nATOM   1786  CA BSER X 925      -4.485  37.830  -3.843  0.50 29.28      A     \nATOM   1787  C  BSER X 925      -4.262  36.645  -2.907  0.50 28.66      A     \nATOM   1788  O  BSER X 925      -3.414  36.694  -2.016  0.50 29.56      A     \nATOM   1789  CB BSER X 925      -5.713  38.620  -3.381  0.50 30.75      A     \nATOM   1790  OG BSER X 925      -5.666  38.868  -1.986  0.50 32.97      A     \nATOM   1791  N   ILE X 926      -5.026  35.580  -3.120  1.00 26.99      A     \nATOM   1792  CA  ILE X 926      -4.910  34.376  -2.310  1.00 26.03      A     \nATOM   1793  C   ILE X 926      -3.540  33.733  -2.501  1.00 25.43      A     \nATOM   1794  O   ILE X 926      -2.912  33.291  -1.540  1.00 24.48      A     \nATOM   1795  CB  ILE X 926      -6.009  33.354  -2.685  1.00 27.51      A     \nATOM   1796  CG1 ILE X 926      -7.376  33.884  -2.246  1.00 28.98      A     \nATOM   1797  CG2 ILE X 926      -5.721  32.007  -2.037  1.00 27.91      A     \nATOM   1798  CD1 ILE X 926      -8.528  32.960  -2.602  1.00 30.59      A     \nATOM   1799  N   LEU X 927      -3.077  33.690  -3.747  1.00 25.27      A     \nATOM   1800  CA  LEU X 927      -1.785  33.093  -4.049  1.00 24.33      A     \nATOM   1801  C   LEU X 927      -0.654  33.934  -3.464  1.00 26.13      A     \nATOM   1802  O   LEU X 927       0.336  33.399  -2.977  1.00 25.55      A     \nATOM   1803  CB  LEU X 927      -1.606  32.955  -5.564  1.00 23.37      A     \nATOM   1804  CG  LEU X 927      -2.568  31.984  -6.254  1.00 22.47      A     \nATOM   1805  CD1 LEU X 927      -2.330  32.001  -7.759  1.00 22.50      A     \nATOM   1806  CD2 LEU X 927      -2.364  30.582  -5.692  1.00 24.37      A     \nATOM   1807  N   GLU X 928      -0.810  35.254  -3.496  1.00 28.00      A     \nATOM   1808  CA  GLU X 928       0.228  36.137  -2.974  1.00 30.76      A     \nATOM   1809  C   GLU X 928       0.360  36.018  -1.460  1.00 31.32      A     \nATOM   1810  O   GLU X 928       1.435  36.247  -0.903  1.00 32.59      A     \nATOM   1811  CB  GLU X 928      -0.067  37.587  -3.370  1.00 31.87      A     \nATOM   1812  CG  GLU X 928       0.037  37.831  -4.867  1.00 35.38      A     \nATOM   1813  CD  GLU X 928      -0.232  39.272  -5.255  1.00 39.03      A     \nATOM   1814  OE1 GLU X 928      -1.234  39.845  -4.776  1.00 41.89      A     \nATOM   1815  OE2 GLU X 928       0.559  39.829  -6.043  1.00 40.89      A     \nATOM   1816  N   LYS X 929      -0.729  35.641  -0.796  1.00 32.39      A     \nATOM   1817  CA  LYS X 929      -0.708  35.399   0.641  1.00 32.93      A     \nATOM   1818  C   LYS X 929      -0.125  34.029   0.978  1.00 32.49      A     \nATOM   1819  O   LYS X 929       0.065  33.696   2.149  1.00 33.39      A     \nATOM   1820  CB  LYS X 929      -2.124  35.515   1.222  1.00 36.02      A     \nATOM   1821  CG  LYS X 929      -2.690  36.928   1.194  1.00 39.43      A     \nATOM   1822  CD  LYS X 929      -4.050  36.991   1.877  1.00 44.00      A     \nATOM   1823  CE  LYS X 929      -4.553  38.424   1.984  1.00 46.91      A     \nATOM   1824  NZ  LYS X 929      -5.864  38.505   2.692  1.00 48.53      A     \nATOM   1825  N   GLY X 930       0.152  33.237  -0.056  1.00 29.34      A     \nATOM   1826  CA  GLY X 930       0.829  31.967   0.143  1.00 27.68      A     \nATOM   1827  C   GLY X 930      -0.100  30.770   0.229  1.00 27.20      A     \nATOM   1828  O   GLY X 930       0.357  29.638   0.391  1.00 27.70      A     \nATOM   1829  N   GLU X 931      -1.401  31.012   0.124  1.00 24.46      A     \nATOM   1830  CA  GLU X 931      -2.376  29.928   0.190  1.00 25.06      A     \nATOM   1831  C   GLU X 931      -2.400  29.130  -1.113  1.00 22.06      A     \nATOM   1832  O   GLU X 931      -2.178  29.674  -2.196  1.00 21.13      A     \nATOM   1833  CB  GLU X 931      -3.770  30.493   0.471  1.00 27.02      A     \nATOM   1834  CG  GLU X 931      -3.855  31.310   1.753  1.00 34.04      A     \nATOM   1835  CD  GLU X 931      -5.214  31.954   1.947  1.00 37.98      A     \nATOM   1836  OE1 GLU X 931      -5.287  33.005   2.620  1.00 41.12      A     \nATOM   1837  OE2 GLU X 931      -6.211  31.409   1.428  1.00 39.32      A     \nATOM   1838  N   ARG X 932      -2.676  27.837  -1.000  1.00 20.83      A     \nATOM   1839  CA  ARG X 932      -2.723  26.963  -2.165  1.00 19.83      A     \nATOM   1840  C   ARG X 932      -3.861  25.954  -2.038  1.00 19.35      A     \nATOM   1841  O   ARG X 932      -4.485  25.835  -0.985  1.00 19.91      A     \nATOM   1842  CB  ARG X 932      -1.386  26.225  -2.321  1.00 19.45      A     \nATOM   1843  CG  ARG X 932      -0.172  27.137  -2.531  1.00 20.17      A     \nATOM   1844  CD  ARG X 932      -0.209  27.809  -3.890  1.00 18.88      A     \nATOM   1845  NE  ARG X 932       1.046  28.489  -4.215  1.00 20.70      A     \nATOM   1846  CZ  ARG X 932       1.324  29.743  -3.869  1.00 22.26      A     \nATOM   1847  NH1 ARG X 932       0.435  30.452  -3.183  1.00 22.05      A     \nATOM   1848  NH2 ARG X 932       2.481  30.292  -4.219  1.00 23.01      A     \nATOM   1849  N   LEU X 933      -4.133  25.229  -3.117  1.00 18.86      A     \nATOM   1850  CA  LEU X 933      -5.139  24.171  -3.085  1.00 18.41      A     \nATOM   1851  C   LEU X 933      -4.811  23.158  -1.987  1.00 18.72      A     \nATOM   1852  O   LEU X 933      -3.645  22.862  -1.729  1.00 20.01      A     \nATOM   1853  CB  LEU X 933      -5.199  23.482  -4.447  1.00 18.84      A     \nATOM   1854  CG  LEU X 933      -5.720  24.391  -5.571  1.00 18.00      A     \nATOM   1855  CD1 LEU X 933      -5.429  23.770  -6.924  1.00 18.61      A     \nATOM   1856  CD2 LEU X 933      -7.217  24.599  -5.396  1.00 19.82      A     \nATOM   1857  N   PRO X 934      -5.841  22.632  -1.311  1.00 18.77      A     \nATOM   1858  CA  PRO X 934      -5.654  21.730  -0.166  1.00 19.61      A     \nATOM   1859  C   PRO X 934      -5.223  20.313  -0.537  1.00 20.26      A     \nATOM   1860  O   PRO X 934      -5.396  19.875  -1.669  1.00 20.40      A     \nATOM   1861  CB  PRO X 934      -7.020  21.731   0.512  1.00 20.94      A     \nATOM   1862  CG  PRO X 934      -7.971  21.976  -0.603  1.00 21.21      A     \nATOM   1863  CD  PRO X 934      -7.264  22.929  -1.542  1.00 20.51      A     \nATOM   1864  N   GLN X 935      -4.687  19.591   0.442  1.00 17.97      A     \nATOM   1865  CA  GLN X 935      -4.277  18.206   0.238  1.00 20.05      A     \nATOM   1866  C   GLN X 935      -5.486  17.308  -0.018  1.00 19.61      A     \nATOM   1867  O   GLN X 935      -6.404  17.227   0.805  1.00 20.81      A     \nATOM   1868  CB  GLN X 935      -3.500  17.715   1.462  1.00 19.06      A     \nATOM   1869  CG  GLN X 935      -2.975  16.289   1.363  1.00 20.36      A     \nATOM   1870  CD  GLN X 935      -2.159  15.884   2.581  1.00 22.63      A     \nATOM   1871  OE1 GLN X 935      -1.942  16.683   3.491  1.00 24.82      A     \nATOM   1872  NE2 GLN X 935      -1.705  14.637   2.606  1.00 21.46      A     \nATOM   1873  N   PRO X 936      -5.508  16.625  -1.174  1.00 19.21      A     \nATOM   1874  CA  PRO X 936      -6.615  15.706  -1.460  1.00 18.82      A     \nATOM   1875  C   PRO X 936      -6.671  14.569  -0.455  1.00 20.53      A     \nATOM   1876  O   PRO X 936      -5.637  14.067  -0.016  1.00 20.08      A     \nATOM   1877  CB  PRO X 936      -6.311  15.197  -2.869  1.00 20.33      A     \nATOM   1878  CG  PRO X 936      -5.483  16.288  -3.486  1.00 18.91      A     \nATOM   1879  CD  PRO X 936      -4.622  16.790  -2.340  1.00 19.21      A     \nATOM   1880  N   PRO X 937      -7.881  14.135  -0.093  1.00 19.19      A     \nATOM   1881  CA  PRO X 937      -8.033  13.022   0.845  1.00 18.88      A     \nATOM   1882  C   PRO X 937      -7.196  11.779   0.520  1.00 20.00      A     \nATOM   1883  O   PRO X 937      -6.645  11.164   1.426  1.00 20.55      A     \nATOM   1884  CB  PRO X 937      -9.536  12.745   0.821  1.00 19.84      A     \nATOM   1885  CG  PRO X 937     -10.137  14.097   0.526  1.00 20.40      A     \nATOM   1886  CD  PRO X 937      -9.182  14.719  -0.468  1.00 20.08      A     \nATOM   1887  N   ILE X 938      -7.081  11.408  -0.751  1.00 18.53      A     \nATOM   1888  CA  ILE X 938      -6.368  10.171  -1.079  1.00 19.25      A     \nATOM   1889  C   ILE X 938      -4.849  10.333  -1.128  1.00 20.05      A     \nATOM   1890  O   ILE X 938      -4.119   9.345  -1.194  1.00 21.06      A     \nATOM   1891  CB  ILE X 938      -6.827   9.568  -2.430  1.00 18.32      A     \nATOM   1892  CG1 ILE X 938      -6.381  10.460  -3.592  1.00 17.30      A     \nATOM   1893  CG2 ILE X 938      -8.344   9.375  -2.428  1.00 18.80      A     \nATOM   1894  CD1 ILE X 938      -6.567   9.820  -4.955  1.00 19.90      A     \nATOM   1895  N   CYS X 939      -4.368  11.572  -1.097  1.00 20.00      A     \nATOM   1896  CA  CYS X 939      -2.931  11.816  -1.245  1.00 20.14      A     \nATOM   1897  C   CYS X 939      -2.156  11.659   0.048  1.00 20.19      A     \nATOM   1898  O   CYS X 939      -2.458  12.317   1.046  1.00 21.16      A     \nATOM   1899  CB  CYS X 939      -2.677  13.227  -1.770  1.00 20.61      A     \nATOM   1900  SG  CYS X 939      -3.184  13.479  -3.462  1.00 22.31      A     \nATOM   1901  N   THR X 940      -1.130  10.811   0.027  1.00 19.53      A     \nATOM   1902  CA  THR X 940      -0.110  10.885   1.060  1.00 19.74      A     \nATOM   1903  C   THR X 940       0.630  12.196   0.860  1.00 18.68      A     \nATOM   1904  O   THR X 940       0.559  12.805  -0.208  1.00 20.09      A     \nATOM   1905  CB  THR X 940       0.897   9.724   0.963  1.00 20.49      A     \nATOM   1906  OG1 THR X 940       1.596   9.796  -0.283  1.00 21.14      A     \nATOM   1907  CG2 THR X 940       0.178   8.384   1.077  1.00 20.36      A     \nATOM   1908  N   ILE X 941       1.342  12.640   1.886  1.00 19.30      A     \nATOM   1909  CA  ILE X 941       1.955  13.954   1.818  1.00 19.73      A     \nATOM   1910  C   ILE X 941       3.026  14.028   0.717  1.00 18.98      A     \nATOM   1911  O   ILE X 941       3.265  15.098   0.151  1.00 20.07      A     \nATOM   1912  CB  ILE X 941       2.544  14.340   3.196  1.00 20.85      A     \nATOM   1913  CG1 ILE X 941       2.905  15.827   3.207  1.00 21.07      A     \nATOM   1914  CG2 ILE X 941       3.744  13.469   3.526  1.00 20.35      A     \nATOM   1915  CD1 ILE X 941       1.689  16.727   3.157  1.00 24.76      A     \nATOM   1916  N   ASP X 942       3.647  12.895   0.393  1.00 19.34      A     \nATOM   1917  CA  ASP X 942       4.664  12.852  -0.657  1.00 19.67      A     \nATOM   1918  C   ASP X 942       4.112  13.341  -1.991  1.00 19.75      A     \nATOM   1919  O   ASP X 942       4.781  14.078  -2.722  1.00 21.45      A     \nATOM   1920  CB  ASP X 942       5.199  11.427  -0.841  1.00 21.79      A     \nATOM   1921  CG  ASP X 942       5.663  10.801   0.457  1.00 23.34      A     \nATOM   1922  OD1 ASP X 942       4.848  10.718   1.407  1.00 24.75      A     \nATOM   1923  OD2 ASP X 942       6.841  10.386   0.521  1.00 23.94      A     \nATOM   1924  N   VAL X 943       2.892  12.924  -2.312  1.00 20.63      A     \nATOM   1925  CA  VAL X 943       2.269  13.340  -3.560  1.00 20.30      A     \nATOM   1926  C   VAL X 943       1.839  14.803  -3.491  1.00 19.71      A     \nATOM   1927  O   VAL X 943       2.015  15.555  -4.451  1.00 20.02      A     \nATOM   1928  CB  VAL X 943       1.039  12.468  -3.892  1.00 20.61      A     \nATOM   1929  CG1 VAL X 943       0.397  12.948  -5.178  1.00 21.09      A     \nATOM   1930  CG2 VAL X 943       1.458  11.011  -4.030  1.00 21.06      A     \nATOM   1931  N   TYR X 944       1.285  15.211  -2.355  1.00 19.06      A     \nATOM   1932  CA  TYR X 944       0.874  16.599  -2.190  1.00 18.62      A     \nATOM   1933  C   TYR X 944       2.070  17.535  -2.298  1.00 19.73      A     \nATOM   1934  O   TYR X 944       1.961  18.636  -2.837  1.00 20.92      A     \nATOM   1935  CB  TYR X 944       0.182  16.791  -0.839  1.00 18.19      A     \nATOM   1936  CG  TYR X 944      -0.362  18.188  -0.627  1.00 18.45      A     \nATOM   1937  CD1 TYR X 944      -0.059  18.904   0.521  1.00 19.86      A     \nATOM   1938  CD2 TYR X 944      -1.199  18.779  -1.569  1.00 18.81      A     \nATOM   1939  CE1 TYR X 944      -0.580  20.171   0.733  1.00 21.10      A     \nATOM   1940  CE2 TYR X 944      -1.723  20.045  -1.365  1.00 19.56      A     \nATOM   1941  CZ  TYR X 944      -1.411  20.732  -0.211  1.00 19.64      A     \nATOM   1942  OH  TYR X 944      -1.948  21.979   0.014  1.00 20.68      A     \nATOM   1943  N   MET X 945       3.224  17.101  -1.809  1.00 20.24      A     \nATOM   1944  CA  MET X 945       4.396  17.964  -1.876  1.00 20.21      A     \nATOM   1945  C   MET X 945       4.897  18.187  -3.302  1.00 20.72      A     \nATOM   1946  O   MET X 945       5.458  19.243  -3.608  1.00 20.51      A     \nATOM   1947  CB  MET X 945       5.501  17.412  -0.976  1.00 24.30      A     \nATOM   1948  CG  MET X 945       5.170  17.633   0.490  1.00 24.06      A     \nATOM   1949  SD  MET X 945       6.497  17.267   1.632  1.00 36.17      A     \nATOM   1950  CE  MET X 945       6.696  15.614   1.306  1.00 22.17      A     \nATOM   1951  N   ILE X 946       4.676  17.221  -4.188  1.00 20.27      A     \nATOM   1952  CA  ILE X 946       4.966  17.446  -5.600  1.00 19.37      A     \nATOM   1953  C   ILE X 946       4.074  18.562  -6.148  1.00 20.39      A     \nATOM   1954  O   ILE X 946       4.556  19.457  -6.844  1.00 18.90      A     \nATOM   1955  CB  ILE X 946       4.749  16.162  -6.440  1.00 21.95      A     \nATOM   1956  CG1 ILE X 946       5.707  15.065  -5.971  1.00 22.63      A     \nATOM   1957  CG2 ILE X 946       4.992  16.458  -7.914  1.00 25.29      A     \nATOM   1958  CD1 ILE X 946       5.535  13.752  -6.708  1.00 24.66      A     \nATOM   1959  N   MET X 947       2.782  18.519  -5.826  1.00 19.54      A     \nATOM   1960  CA  MET X 947       1.871  19.586  -6.243  1.00 19.59      A     \nATOM   1961  C   MET X 947       2.345  20.935  -5.723  1.00 18.98      A     \nATOM   1962  O   MET X 947       2.382  21.923  -6.457  1.00 19.50      A     \nATOM   1963  CB  MET X 947       0.453  19.329  -5.718  1.00 22.50      A     \nATOM   1964  CG  MET X 947      -0.298  18.238  -6.441  1.00 26.67      A     \nATOM   1965  SD  MET X 947      -1.873  17.892  -5.615  1.00 27.99      A     \nATOM   1966  CE  MET X 947      -1.641  16.177  -5.288  1.00 25.78      A     \nATOM   1967  N   ARG X 948       2.697  20.975  -4.442  1.00 20.09      A     \nATOM   1968  CA  ARG X 948       3.106  22.224  -3.819  1.00 18.92      A     \nATOM   1969  C   ARG X 948       4.371  22.777  -4.469  1.00 20.28      A     \nATOM   1970  O   ARG X 948       4.504  23.988  -4.630  1.00 19.63      A     \nATOM   1971  CB  ARG X 948       3.315  22.019  -2.312  1.00 19.93      A     \nATOM   1972  CG  ARG X 948       2.015  21.737  -1.555  1.00 19.71      A     \nATOM   1973  CD  ARG X 948       1.050  22.911  -1.653  1.00 22.90      A     \nATOM   1974  NE  ARG X 948       1.550  24.077  -0.927  1.00 24.18      A     \nATOM   1975  CZ  ARG X 948       1.156  24.424   0.296  1.00 26.06      A     \nATOM   1976  NH1 ARG X 948       0.249  23.700   0.939  1.00 27.15      A     \nATOM   1977  NH2 ARG X 948       1.683  25.487   0.884  1.00 29.16      A     \nATOM   1978  N   LYS X 949       5.291  21.898  -4.863  1.00 18.45      A     \nATOM   1979  CA  LYS X 949       6.475  22.339  -5.591  1.00 17.81      A     \nATOM   1980  C   LYS X 949       6.106  22.980  -6.931  1.00 19.08      A     \nATOM   1981  O   LYS X 949       6.752  23.931  -7.372  1.00 20.69      A     \nATOM   1982  CB  LYS X 949       7.424  21.167  -5.832  1.00 19.44      A     \nATOM   1983  CG  LYS X 949       8.120  20.687  -4.579  1.00 21.33      A     \nATOM   1984  CD  LYS X 949       9.029  19.510  -4.880  1.00 21.89      A     \nATOM   1985  CE  LYS X 949       9.578  18.910  -3.598  1.00 27.57      A     \nATOM   1986  NZ  LYS X 949      10.484  17.762  -3.869  1.00 28.55      A     \nATOM   1987  N   CYS X 950       5.068  22.462  -7.578  1.00 18.45      A     \nATOM   1988  CA  CYS X 950       4.633  23.024  -8.854  1.00 18.69      A     \nATOM   1989  C   CYS X 950       4.064  24.430  -8.699  1.00 17.37      A     \nATOM   1990  O   CYS X 950       3.949  25.166  -9.682  1.00 18.69      A     \nATOM   1991  CB  CYS X 950       3.576  22.129  -9.506  1.00 18.17      A     \nATOM   1992  SG  CYS X 950       4.185  20.517 -10.047  1.00 20.26      A     \nATOM   1993  N   TRP X 951       3.696  24.800  -7.474  1.00 17.47      A     \nATOM   1994  CA  TRP X 951       3.061  26.095  -7.244  1.00 18.91      A     \nATOM   1995  C   TRP X 951       3.944  27.036  -6.438  1.00 19.74      A     \nATOM   1996  O   TRP X 951       3.450  27.940  -5.766  1.00 21.01      A     \nATOM   1997  CB  TRP X 951       1.724  25.924  -6.517  1.00 17.88      A     \nATOM   1998  CG  TRP X 951       0.777  24.960  -7.174  1.00 18.80      A     \nATOM   1999  CD1 TRP X 951       0.582  24.774  -8.512  1.00 19.06      A     \nATOM   2000  CD2 TRP X 951      -0.101  24.046  -6.508  1.00 18.28      A     \nATOM   2001  NE1 TRP X 951      -0.367  23.796  -8.722  1.00 19.67      A     \nATOM   2002  CE2 TRP X 951      -0.801  23.334  -7.506  1.00 19.04      A     \nATOM   2003  CE3 TRP X 951      -0.363  23.759  -5.162  1.00 19.16      A     \nATOM   2004  CZ2 TRP X 951      -1.746  22.353  -7.200  1.00 20.68      A     \nATOM   2005  CZ3 TRP X 951      -1.302  22.785  -4.858  1.00 18.90      A     \nATOM   2006  CH2 TRP X 951      -1.983  22.093  -5.875  1.00 19.13      A     \nATOM   2007  N   MET X 952       5.249  26.828  -6.497  1.00 20.09      A     \nATOM   2008  CA  MET X 952       6.146  27.752  -5.833  1.00 21.27      A     \nATOM   2009  C   MET X 952       6.217  29.046  -6.632  1.00 20.53      A     \nATOM   2010  O   MET X 952       6.087  29.043  -7.858  1.00 20.54      A     \nATOM   2011  CB  MET X 952       7.518  27.102  -5.669  1.00 23.64      A     \nATOM   2012  CG  MET X 952       7.433  25.921  -4.712  1.00 27.64      A     \nATOM   2013  SD  MET X 952       8.975  25.151  -4.311  1.00 31.71      A     \nATOM   2014  CE  MET X 952       9.744  26.424  -3.291  1.00 28.54      A     \nATOM   2015  N   ILE X 953       6.391  30.164  -5.936  1.00 20.83      A     \nATOM   2016  CA  ILE X 953       6.288  31.459  -6.597  1.00 23.32      A     \nATOM   2017  C   ILE X 953       7.396  31.654  -7.628  1.00 24.62      A     \nATOM   2018  O   ILE X 953       7.161  32.216  -8.700  1.00 26.30      A     \nATOM   2019  CB  ILE X 953       6.311  32.615  -5.565  1.00 25.94      A     \nATOM   2020  CG1 ILE X 953       6.113  33.956  -6.281  1.00 29.03      A     \nATOM   2021  CG2 ILE X 953       7.612  32.603  -4.798  1.00 27.69      A     \nATOM   2022  CD1 ILE X 953       5.815  35.112  -5.340  1.00 32.39      A     \nATOM   2023  N   ASP X 954       8.601  31.177  -7.327  1.00 22.87      A     \nATOM   2024  CA  ASP X 954       9.695  31.275  -8.288  1.00 26.62      A     \nATOM   2025  C   ASP X 954       9.605  30.143  -9.308  1.00 24.26      A     \nATOM   2026  O   ASP X 954       9.721  28.971  -8.962  1.00 26.42      A     \nATOM   2027  CB  ASP X 954      11.047  31.216  -7.573  1.00 27.20      A     \nATOM   2028  CG  ASP X 954      12.196  31.655  -8.465  1.00 34.30      A     \nATOM   2029  OD1 ASP X 954      13.247  32.062  -7.926  1.00 36.41      A     \nATOM   2030  OD2 ASP X 954      12.049  31.596  -9.703  1.00 33.92      A     \nATOM   2031  N   ALA X 955       9.399  30.507 -10.569  1.00 24.69      A     \nATOM   2032  CA  ALA X 955       9.180  29.525 -11.624  1.00 23.07      A     \nATOM   2033  C   ALA X 955      10.329  28.529 -11.718  1.00 24.52      A     \nATOM   2034  O   ALA X 955      10.127  27.362 -12.055  1.00 24.31      A     \nATOM   2035  CB  ALA X 955       8.994  30.238 -12.961  1.00 24.04      A     \nATOM   2036  N   ASP X 956      11.539  28.990 -11.419  1.00 27.53      A     \nATOM   2037  CA  ASP X 956      12.711  28.131 -11.514  1.00 30.30      A     \nATOM   2038  C   ASP X 956      12.889  27.269 -10.263  1.00 30.72      A     \nATOM   2039  O   ASP X 956      13.738  26.377 -10.234  1.00 33.43      A     \nATOM   2040  CB  ASP X 956      13.961  28.979 -11.762  1.00 33.04      A     \nATOM   2041  CG  ASP X 956      13.920  29.697 -13.101  1.00 35.59      A     \nATOM   2042  OD1 ASP X 956      14.241  30.903 -13.143  1.00 40.75      A     \nATOM   2043  OD2 ASP X 956      13.565  29.057 -14.114  1.00 38.36      A     \nATOM   2044  N   SER X 957      12.088  27.539  -9.235  1.00 30.31      A     \nATOM   2045  CA  SER X 957      12.005  26.663  -8.066  1.00 28.04      A     \nATOM   2046  C   SER X 957      11.210  25.400  -8.400  1.00 27.20      A     \nATOM   2047  O   SER X 957      11.404  24.354  -7.780  1.00 28.11      A     \nATOM   2048  CB  SER X 957      11.312  27.376  -6.899  1.00 28.05      A     \nATOM   2049  OG  SER X 957      12.048  28.502  -6.454  1.00 32.71      A     \nATOM   2050  N   ARG X 958      10.306  25.507  -9.371  1.00 24.60      A     \nATOM   2051  CA  ARG X 958       9.398  24.407  -9.690  1.00 22.76      A     \nATOM   2052  C   ARG X 958      10.137  23.265 -10.373  1.00 22.86      A     \nATOM   2053  O   ARG X 958      11.149  23.477 -11.042  1.00 24.34      A     \nATOM   2054  CB  ARG X 958       8.270  24.903 -10.604  1.00 21.84      A     \nATOM   2055  CG  ARG X 958       7.448  26.017  -9.991  1.00 20.79      A     \nATOM   2056  CD  ARG X 958       6.531  26.685 -11.006  1.00 19.39      A     \nATOM   2057  NE  ARG X 958       6.134  27.993 -10.504  1.00 19.47      A     \nATOM   2058  CZ  ARG X 958       5.715  29.000 -11.261  1.00 19.03      A     \nATOM   2059  NH1 ARG X 958       5.388  30.150 -10.691  1.00 21.08      A     \nATOM   2060  NH2 ARG X 958       5.615  28.858 -12.577  1.00 21.16      A     \nATOM   2061  N   PRO X 959       9.641  22.032 -10.209  1.00 22.99      A     \nATOM   2062  CA  PRO X 959      10.226  20.904 -10.939  1.00 22.26      A     \nATOM   2063  C   PRO X 959      10.044  21.088 -12.439  1.00 23.90      A     \nATOM   2064  O   PRO X 959       9.148  21.808 -12.876  1.00 25.99      A     \nATOM   2065  CB  PRO X 959       9.468  19.688 -10.403  1.00 25.07      A     \nATOM   2066  CG  PRO X 959       8.204  20.236  -9.847  1.00 27.37      A     \nATOM   2067  CD  PRO X 959       8.481  21.635  -9.392  1.00 22.32      A     \nATOM   2068  N   LYS X 960      10.905  20.462 -13.228  1.00 22.94      A     \nATOM   2069  CA  LYS X 960      10.674  20.414 -14.665  1.00 21.84      A     \nATOM   2070  C   LYS X 960       9.940  19.125 -14.994  1.00 20.66      A     \nATOM   2071  O   LYS X 960       9.903  18.191 -14.182  1.00 21.82      A     \nATOM   2072  CB  LYS X 960      12.002  20.509 -15.430  1.00 24.03      A     \nATOM   2073  CG  LYS X 960      12.701  21.859 -15.241  1.00 27.63      A     \nATOM   2074  CD  LYS X 960      13.738  22.131 -16.323  1.00 32.39      A     \nATOM   2075  CE  LYS X 960      13.096  22.270 -17.699  1.00 32.55      A     \nATOM   2076  NZ  LYS X 960      12.167  23.438 -17.778  1.00 33.51      A     \nATOM   2077  N   PHE X 961       9.332  19.068 -16.173  1.00 20.28      A     \nATOM   2078  CA  PHE X 961       8.545  17.898 -16.527  1.00 20.19      A     \nATOM   2079  C   PHE X 961       9.391  16.634 -16.511  1.00 21.12      A     \nATOM   2080  O   PHE X 961       8.915  15.571 -16.125  1.00 20.90      A     \nATOM   2081  CB  PHE X 961       7.887  18.100 -17.893  1.00 21.04      A     \nATOM   2082  CG  PHE X 961       6.731  19.063 -17.857  1.00 20.57      A     \nATOM   2083  CD1 PHE X 961       5.618  18.786 -17.079  1.00 20.88      A     \nATOM   2084  CD2 PHE X 961       6.774  20.258 -18.558  1.00 20.92      A     \nATOM   2085  CE1 PHE X 961       4.571  19.681 -16.994  1.00 20.52      A     \nATOM   2086  CE2 PHE X 961       5.727  21.161 -18.478  1.00 20.75      A     \nATOM   2087  CZ  PHE X 961       4.627  20.871 -17.694  1.00 19.05      A     \nATOM   2088  N   ARG X 962      10.653  16.749 -16.904  1.00 23.31      A     \nATOM   2089  CA  ARG X 962      11.515  15.579 -16.902  1.00 25.17      A     \nATOM   2090  C   ARG X 962      11.638  15.016 -15.488  1.00 24.64      A     \nATOM   2091  O   ARG X 962      11.606  13.801 -15.288  1.00 26.07      A     \nATOM   2092  CB  ARG X 962      12.891  15.945 -17.454  1.00 29.96      A     \nATOM   2093  CG  ARG X 962      13.811  14.759 -17.620  1.00 34.26      A     \nATOM   2094  CD  ARG X 962      14.891  15.079 -18.628  1.00 39.28      A     \nATOM   2095  NE  ARG X 962      14.348  15.299 -19.965  1.00 42.65      A     \nATOM   2096  CZ  ARG X 962      14.404  14.406 -20.947  1.00 44.15      A     \nATOM   2097  NH1 ARG X 962      14.982  13.230 -20.739  1.00 45.24      A     \nATOM   2098  NH2 ARG X 962      13.884  14.687 -22.137  1.00 43.36      A     \nATOM   2099  N   GLU X 963      11.759  15.908 -14.508  1.00 24.11      A     \nATOM   2100  CA  GLU X 963      11.824  15.519 -13.103  1.00 24.51      A     \nATOM   2101  C   GLU X 963      10.504  14.920 -12.621  1.00 22.74      A     \nATOM   2102  O   GLU X 963      10.488  13.992 -11.816  1.00 24.55      A     \nATOM   2103  CB  GLU X 963      12.166  16.733 -12.235  1.00 25.03      A     \nATOM   2104  CG  GLU X 963      13.433  17.466 -12.650  1.00 29.99      A     \nATOM   2105  CD  GLU X 963      13.713  18.675 -11.780  1.00 33.40      A     \nATOM   2106  OE1 GLU X 963      14.145  18.487 -10.624  1.00 38.52      A     \nATOM   2107  OE2 GLU X 963      13.501  19.813 -12.250  1.00 33.25      A     \nATOM   2108  N   LEU X 964       9.394  15.456 -13.115  1.00 21.60      A     \nATOM   2109  CA  LEU X 964       8.089  14.957 -12.713  1.00 20.59      A     \nATOM   2110  C   LEU X 964       7.869  13.533 -13.220  1.00 20.82      A     \nATOM   2111  O   LEU X 964       7.281  12.697 -12.523  1.00 21.15      A     \nATOM   2112  CB  LEU X 964       6.993  15.896 -13.230  1.00 19.21      A     \nATOM   2113  CG  LEU X 964       6.976  17.241 -12.494  1.00 21.84      A     \nATOM   2114  CD1 LEU X 964       6.158  18.252 -13.273  1.00 21.02      A     \nATOM   2115  CD2 LEU X 964       6.413  17.046 -11.095  1.00 23.21      A     \nATOM   2116  N   ILE X 965       8.365  13.251 -14.421  1.00 20.48      A     \nATOM   2117  CA  ILE X 965       8.302  11.898 -14.967  1.00 21.88      A     \nATOM   2118  C   ILE X 965       9.006  10.907 -14.045  1.00 21.60      A     \nATOM   2119  O   ILE X 965       8.472   9.841 -13.735  1.00 22.17      A     \nATOM   2120  CB  ILE X 965       8.966  11.826 -16.360  1.00 22.64      A     \nATOM   2121  CG1 ILE X 965       8.178  12.676 -17.357  1.00 21.84      A     \nATOM   2122  CG2 ILE X 965       9.015  10.381 -16.842  1.00 23.36      A     \nATOM   2123  CD1 ILE X 965       8.882  12.841 -18.690  1.00 23.25      A     \nATOM   2124  N   ILE X 966      10.204  11.268 -13.599  1.00 22.29      A     \nATOM   2125  CA  ILE X 966      10.988  10.382 -12.741  1.00 24.08      A     \nATOM   2126  C   ILE X 966      10.298  10.136 -11.405  1.00 23.56      A     \nATOM   2127  O   ILE X 966      10.213   8.998 -10.937  1.00 24.24      A     \nATOM   2128  CB  ILE X 966      12.394  10.974 -12.482  1.00 25.30      A     \nATOM   2129  CG1 ILE X 966      13.161  11.062 -13.798  1.00 28.27      A     \nATOM   2130  CG2 ILE X 966      13.148  10.123 -11.465  1.00 25.65      A     \nATOM   2131  CD1 ILE X 966      13.179   9.762 -14.578  1.00 30.56      A     \nATOM   2132  N   GLU X 967       9.802  11.203 -10.791  1.00 22.83      A     \nATOM   2133  CA  GLU X 967       9.235  11.097  -9.457  1.00 24.04      A     \nATOM   2134  C   GLU X 967       7.926  10.317  -9.470  1.00 22.54      A     \nATOM   2135  O   GLU X 967       7.711   9.424  -8.647  1.00 22.73      A     \nATOM   2136  CB  GLU X 967       9.001  12.488  -8.865  1.00 28.81      A     \nATOM   2137  CG  GLU X 967       8.651  12.453  -7.389  1.00 35.44      A     \nATOM   2138  CD  GLU X 967       9.567  11.533  -6.608  1.00 39.44      A     \nATOM   2139  OE1 GLU X 967      10.793  11.775  -6.599  1.00 41.93      A     \nATOM   2140  OE2 GLU X 967       9.059  10.563  -6.006  1.00 43.30      A     \nATOM   2141  N   PHE X 968       7.045  10.637 -10.411  1.00 22.60      A     \nATOM   2142  CA  PHE X 968       5.786   9.916 -10.476  1.00 21.52      A     \nATOM   2143  C   PHE X 968       5.978   8.478 -10.942  1.00 21.76      A     \nATOM   2144  O   PHE X 968       5.222   7.593 -10.544  1.00 22.55      A     \nATOM   2145  CB  PHE X 968       4.787  10.647 -11.374  1.00 22.41      A     \nATOM   2146  CG  PHE X 968       4.006  11.708 -10.653  1.00 21.77      A     \nATOM   2147  CD1 PHE X 968       3.104  11.360  -9.661  1.00 22.63      A     \nATOM   2148  CD2 PHE X 968       4.182  13.048 -10.954  1.00 20.25      A     \nATOM   2149  CE1 PHE X 968       2.390  12.329  -8.977  1.00 23.42      A     \nATOM   2150  CE2 PHE X 968       3.470  14.024 -10.273  1.00 22.65      A     \nATOM   2151  CZ  PHE X 968       2.574  13.664  -9.285  1.00 21.77      A     \nATOM   2152  N   SER X 969       6.995   8.236 -11.763  1.00 22.29      A     \nATOM   2153  CA  SER X 969       7.291   6.869 -12.185  1.00 22.40      A     \nATOM   2154  C   SER X 969       7.719   6.004 -11.000  1.00 23.05      A     \nATOM   2155  O   SER X 969       7.322   4.844 -10.898  1.00 23.55      A     \nATOM   2156  CB  SER X 969       8.384   6.863 -13.255  1.00 23.28      A     \nATOM   2157  OG  SER X 969       7.884   7.334 -14.497  1.00 25.37      A     \nATOM   2158  N   LYS X 970       8.517   6.569 -10.099  1.00 23.39      A     \nATOM   2159  CA  LYS X 970       8.921   5.842  -8.900  1.00 24.60      A     \nATOM   2160  C   LYS X 970       7.687   5.498  -8.074  1.00 23.85      A     \nATOM   2161  O   LYS X 970       7.542   4.377  -7.577  1.00 25.02      A     \nATOM   2162  CB  LYS X 970       9.885   6.683  -8.059  1.00 26.16      A     \nATOM   2163  CG  LYS X 970      10.328   5.998  -6.774  1.00 31.62      A     \nATOM   2164  CD  LYS X 970      11.108   6.942  -5.867  1.00 37.33      A     \nATOM   2165  CE  LYS X 970      10.221   8.051  -5.311  1.00 38.00      A     \nATOM   2166  NZ  LYS X 970       9.111   7.514  -4.475  1.00 38.66      A     \nATOM   2167  N   MET X 971       6.787   6.462  -7.937  1.00 23.71      A     \nATOM   2168  CA  MET X 971       5.589   6.245  -7.134  1.00 23.09      A     \nATOM   2169  C   MET X 971       4.671   5.212  -7.768  1.00 23.25      A     \nATOM   2170  O   MET X 971       4.047   4.414  -7.068  1.00 24.60      A     \nATOM   2171  CB  MET X 971       4.845   7.560  -6.940  1.00 24.43      A     \nATOM   2172  CG  MET X 971       5.577   8.522  -6.031  1.00 23.68      A     \nATOM   2173  SD  MET X 971       4.650  10.037  -5.794  1.00 27.00      A     \nATOM   2174  CE  MET X 971       5.646  10.838  -4.555  1.00 26.40      A     \nATOM   2175  N   ALA X 972       4.602   5.225  -9.095  1.00 22.40      A     \nATOM   2176  CA  ALA X 972       3.754   4.299  -9.838  1.00 24.08      A     \nATOM   2177  C   ALA X 972       4.219   2.852  -9.687  1.00 25.02      A     \nATOM   2178  O   ALA X 972       3.471   1.923  -9.994  1.00 25.54      A     \nATOM   2179  CB  ALA X 972       3.727   4.688 -11.317  1.00 25.34      A     \nATOM   2180  N   ARG X 973       5.450   2.658  -9.216  1.00 25.44      A     \nATOM   2181  CA  ARG X 973       5.966   1.307  -8.986  1.00 27.69      A     \nATOM   2182  C   ARG X 973       5.401   0.674  -7.716  1.00 27.21      A     \nATOM   2183  O   ARG X 973       5.355  -0.551  -7.592  1.00 27.05      A     \nATOM   2184  CB  ARG X 973       7.496   1.323  -8.908  1.00 31.38      A     \nATOM   2185  CG  ARG X 973       8.192   1.623 -10.230  1.00 36.15      A     \nATOM   2186  CD  ARG X 973       9.666   1.244 -10.173  1.00 39.51      A     \nATOM   2187  NE  ARG X 973       9.851  -0.152  -9.784  1.00 42.87      A     \nATOM   2188  CZ  ARG X 973      11.030  -0.713  -9.529  1.00 45.08      A     \nATOM   2189  NH1 ARG X 973      11.096  -1.992  -9.181  1.00 45.75      A     \nATOM   2190  NH2 ARG X 973      12.143   0.002  -9.620  1.00 44.87      A     \nATOM   2191  N   ASP X 974       4.981   1.512  -6.771  1.00 25.42      A     \nATOM   2192  CA  ASP X 974       4.366   1.045  -5.535  1.00 25.12      A     \nATOM   2193  C   ASP X 974       3.223   1.986  -5.175  1.00 24.69      A     \nATOM   2194  O   ASP X 974       3.284   2.719  -4.187  1.00 23.23      A     \nATOM   2195  CB  ASP X 974       5.395   1.018  -4.401  1.00 27.93      A     \nATOM   2196  CG  ASP X 974       6.507   0.010  -4.644  1.00 30.06      A     \nATOM   2197  OD1 ASP X 974       6.332  -1.172  -4.274  1.00 31.10      A     \nATOM   2198  OD2 ASP X 974       7.557   0.399  -5.199  1.00 30.28      A     \nATOM   2199  N   PRO X 975       2.156   1.970  -5.979  1.00 24.36      A     \nATOM   2200  CA  PRO X 975       1.143   3.030  -5.933  1.00 24.45      A     \nATOM   2201  C   PRO X 975       0.402   3.154  -4.605  1.00 23.50      A     \nATOM   2202  O   PRO X 975       0.009   4.250  -4.211  1.00 23.07      A     \nATOM   2203  CB  PRO X 975       0.210   2.690  -7.094  1.00 25.31      A     \nATOM   2204  CG  PRO X 975       0.419   1.236  -7.347  1.00 26.26      A     \nATOM   2205  CD  PRO X 975       1.854   0.952  -7.001  1.00 25.96      A     \nATOM   2206  N   GLN X 976       0.210   2.033  -3.916  1.00 24.42      A     \nATOM   2207  CA  GLN X 976      -0.528   2.042  -2.660  1.00 25.25      A     \nATOM   2208  C   GLN X 976       0.255   2.668  -1.505  1.00 25.68      A     \nATOM   2209  O   GLN X 976      -0.311   2.939  -0.446  1.00 26.81      A     \nATOM   2210  CB  GLN X 976      -0.956   0.616  -2.292  1.00 27.92      A     \nATOM   2211  CG  GLN X 976      -2.089   0.067  -3.149  1.00 33.04      A     \nATOM   2212  CD  GLN X 976      -1.617  -0.557  -4.450  1.00 36.52      A     \nATOM   2213  OE1 GLN X 976      -0.417  -0.675  -4.702  1.00 39.88      A     \nATOM   2214  NE2 GLN X 976      -2.566  -0.964  -5.288  1.00 39.10      A     \nATOM   2215  N   ARG X 977       1.550   2.900  -1.710  1.00 24.78      A     \nATOM   2216  CA  ARG X 977       2.360   3.625  -0.737  1.00 24.96      A     \nATOM   2217  C   ARG X 977       2.137   5.125  -0.846  1.00 23.29      A     \nATOM   2218  O   ARG X 977       2.551   5.887   0.028  1.00 24.87      A     \nATOM   2219  CB  ARG X 977       3.852   3.345  -0.942  1.00 25.00      A     \nATOM   2220  CG  ARG X 977       4.291   1.954  -0.535  1.00 29.14      A     \nATOM   2221  CD  ARG X 977       5.802   1.870  -0.516  1.00 29.95      A     \nATOM   2222  NE  ARG X 977       6.257   0.490  -0.387  1.00 31.59      A     \nATOM   2223  CZ  ARG X 977       7.413   0.034  -0.856  1.00 33.36      A     \nATOM   2224  NH1 ARG X 977       8.247   0.840  -1.491  1.00 30.92      A     \nATOM   2225  NH2 ARG X 977       7.732  -1.244  -0.691  1.00 34.88      A     \nATOM   2226  N   TYR X 978       1.494   5.555  -1.926  1.00 21.87      A     \nATOM   2227  CA  TYR X 978       1.446   6.979  -2.214  1.00 21.46      A     \nATOM   2228  C   TYR X 978       0.054   7.551  -2.369  1.00 20.41      A     \nATOM   2229  O   TYR X 978      -0.161   8.739  -2.130  1.00 21.86      A     \nATOM   2230  CB  TYR X 978       2.294   7.275  -3.447  1.00 21.75      A     \nATOM   2231  CG  TYR X 978       3.749   6.978  -3.188  1.00 22.72      A     \nATOM   2232  CD1 TYR X 978       4.362   5.861  -3.739  1.00 22.84      A     \nATOM   2233  CD2 TYR X 978       4.492   7.779  -2.331  1.00 23.55      A     \nATOM   2234  CE1 TYR X 978       5.679   5.549  -3.435  1.00 24.46      A     \nATOM   2235  CE2 TYR X 978       5.804   7.476  -2.022  1.00 26.00      A     \nATOM   2236  CZ  TYR X 978       6.393   6.361  -2.574  1.00 26.13      A     \nATOM   2237  OH  TYR X 978       7.696   6.056  -2.246  1.00 28.80      A     \nATOM   2238  N   LEU X 979      -0.897   6.714  -2.757  1.00 21.44      A     \nATOM   2239  CA  LEU X 979      -2.295   7.117  -2.733  1.00 21.43      A     \nATOM   2240  C   LEU X 979      -3.081   6.105  -1.912  1.00 24.20      A     \nATOM   2241  O   LEU X 979      -2.849   4.902  -2.015  1.00 24.75      A     \nATOM   2242  CB  LEU X 979      -2.852   7.207  -4.161  1.00 21.80      A     \nATOM   2243  CG  LEU X 979      -2.154   8.189  -5.113  1.00 20.57      A     \nATOM   2244  CD1 LEU X 979      -2.767   8.088  -6.501  1.00 22.57      A     \nATOM   2245  CD2 LEU X 979      -2.266   9.617  -4.574  1.00 21.09      A     \nATOM   2246  N   VAL X 980      -3.999   6.609  -1.091  1.00 23.33      A     \nATOM   2247  CA  VAL X 980      -4.752   5.780  -0.158  1.00 25.39      A     \nATOM   2248  C   VAL X 980      -6.202   5.712  -0.624  1.00 25.35      A     \nATOM   2249  O   VAL X 980      -6.985   6.637  -0.398  1.00 24.96      A     \nATOM   2250  CB  VAL X 980      -4.713   6.378   1.267  1.00 27.12      A     \nATOM   2251  CG1 VAL X 980      -5.360   5.416   2.257  1.00 28.70      A     \nATOM   2252  CG2 VAL X 980      -3.272   6.682   1.666  1.00 29.02      A     \nATOM   2253  N   ILE X 981      -6.549   4.611  -1.282  1.00 25.50      A     \nATOM   2254  CA  ILE X 981      -7.864   4.443  -1.886  1.00 26.68      A     \nATOM   2255  C   ILE X 981      -8.504   3.157  -1.375  1.00 28.88      A     \nATOM   2256  O   ILE X 981      -7.891   2.091  -1.418  1.00 28.74      A     \nATOM   2257  CB  ILE X 981      -7.748   4.387  -3.429  1.00 27.39      A     \nATOM   2258  CG1 ILE X 981      -7.274   5.747  -3.955  1.00 28.68      A     \nATOM   2259  CG2 ILE X 981      -9.083   3.993  -4.046  1.00 27.57      A     \nATOM   2260  CD1 ILE X 981      -6.921   5.757  -5.423  1.00 28.91      A     \nATOM   2261  N   GLN X 982      -9.734   3.261  -0.883  1.00 28.57      A     \nATOM   2262  CA  GLN X 982     -10.417   2.102  -0.325  1.00 29.82      A     \nATOM   2263  C   GLN X 982     -10.710   1.091  -1.422  1.00 31.01      A     \nATOM   2264  O   GLN X 982     -11.138   1.458  -2.513  1.00 32.75      A     \nATOM   2265  CB  GLN X 982     -11.728   2.520   0.344  1.00 27.95      A     \nATOM   2266  CG  GLN X 982     -12.492   1.345   0.936  1.00 28.04      A     \nATOM   2267  CD  GLN X 982     -13.753   1.758   1.662  1.00 28.41      A     \nATOM   2268  OE1 GLN X 982     -14.611   0.925   1.960  1.00 31.09      A     \nATOM   2269  NE2 GLN X 982     -13.875   3.048   1.953  1.00 25.83      A     \nATOM   2270  N   GLY X 983     -10.477  -0.184  -1.130  1.00 34.86      A     \nATOM   2271  CA  GLY X 983     -10.758  -1.219  -2.105  1.00 37.14      A     \nATOM   2272  C   GLY X 983      -9.690  -1.297  -3.178  1.00 40.32      A     \nATOM   2273  O   GLY X 983      -9.884  -1.923  -4.219  1.00 39.40      A     \nATOM   2274  N   ASP X 984      -8.557  -0.654  -2.921  1.00 40.89      A     \nATOM   2275  CA  ASP X 984      -7.448  -0.649  -3.863  1.00 43.84      A     \nATOM   2276  C   ASP X 984      -6.199  -1.269  -3.245  1.00 47.84      A     \nATOM   2277  O   ASP X 984      -5.401  -0.575  -2.615  1.00 49.10      A     \nATOM   2278  CB  ASP X 984      -7.145   0.785  -4.300  1.00 41.53      A     \nATOM   2279  CG  ASP X 984      -5.895   0.884  -5.143  1.00 37.72      A     \nATOM   2280  OD1 ASP X 984      -5.765   0.102  -6.107  1.00 40.42      A     \nATOM   2281  OD2 ASP X 984      -5.042   1.741  -4.837  1.00 33.67      A     \nATOM   2282  N   GLU X 985      -6.031  -2.575  -3.426  1.00 50.83      A     \nATOM   2283  CA  GLU X 985      -7.005  -3.399  -4.132  1.00 53.85      A     \nATOM   2284  C   GLU X 985      -6.967  -4.810  -3.559  1.00 54.53      A     \nATOM   2285  O   GLU X 985      -6.110  -5.057  -2.684  1.00 55.05      A     \nATOM   2286  CB  GLU X 985      -6.683  -3.432  -5.631  1.00 55.09      A     \nATOM   2287  CG  GLU X 985      -7.640  -4.274  -6.469  1.00 56.97      A     \nATOM   2288  CD  GLU X 985      -9.090  -3.852  -6.312  1.00 58.00      A     \nATOM   2289  OE1 GLU X 985      -9.505  -2.882  -6.982  1.00 58.13      A     \nATOM   2290  OE2 GLU X 985      -9.815  -4.491  -5.519  1.00 58.74      A     \nATOM   2291  C5  8BS X9001     -15.035  16.689 -25.787  1.00 25.65      A     \nATOM   2292  C6  8BS X9001     -13.270  15.814 -27.316  1.00 23.63      A     \nATOM   2293  C8  8BS X9001     -13.315  13.445 -27.749  1.00 24.27      A     \nATOM   2294  C10 8BS X9001     -11.657  14.911 -28.658  1.00 22.65      A     \nATOM   2295  N12 8BS X9001     -10.569  14.803 -29.468  1.00 23.77      A     \nATOM   2296  C13 8BS X9001     -10.440  13.482 -29.806  1.00 22.65      A     \nATOM   2297  C15 8BS X9001      -9.713  15.884 -29.892  1.00 23.53      A     \nATOM   2298  C17 8BS X9001     -15.125  11.924 -26.958  1.00 27.29      A     \nATOM   2299  C21 8BS X9001     -15.896  10.779 -27.210  1.00 28.72      A     \nATOM   2300  C24 8BS X9001     -18.025  12.187 -24.834  1.00 31.85      A     \nATOM   2301  C28 8BS X9001     -14.056  18.177 -21.618  1.00 23.85      A     \nATOM   2302  C1  8BS X9001     -15.281  18.097 -25.230  1.00 25.83      A     \nATOM   2303  C2  8BS X9001     -14.650  18.997 -26.277  1.00 26.79      A     \nATOM   2304  C3  8BS X9001     -13.402  18.229 -26.701  1.00 25.63      A     \nATOM   2305  N4  8BS X9001     -13.867  16.860 -26.646  1.00 23.48      A     \nATOM   2306  N7  8BS X9001     -13.831  14.581 -27.162  1.00 22.96      A     \nATOM   2307  C9  8BS X9001     -12.153  13.611 -28.545  1.00 23.23      A     \nATOM   2308  N11 8BS X9001     -12.161  16.037 -28.079  1.00 23.17      A     \nATOM   2309  N14 8BS X9001     -11.381  12.733 -29.268  1.00 22.37      A     \nATOM   2310  N16 8BS X9001     -13.946  12.197 -27.589  1.00 25.73      A     \nATOM   2311  C18 8BS X9001     -15.847  12.622 -26.003  1.00 28.29      A     \nATOM   2312  N19 8BS X9001     -16.959  11.873 -25.757  1.00 29.64      A     \nATOM   2313  N20 8BS X9001     -17.020  10.739 -26.480  1.00 29.95      A     \nATOM   2314  O22 8BS X9001     -15.542   9.814 -28.111  1.00 29.94      A     \nATOM   2315  C23 8BS X9001     -16.446   8.720 -28.265  1.00 31.18      A     \nATOM   2316  F25 8BS X9001     -15.515  19.100 -27.334  1.00 28.30      A     \nATOM   2317  N26 8BS X9001     -14.572  18.277 -23.953  1.00 25.07      A     \nATOM   2318  C27 8BS X9001     -15.036  17.816 -22.730  1.00 23.87      A     \nATOM   2319  C29 8BS X9001     -14.340  17.486 -20.292  1.00 22.33      A     \nATOM   2320  O30 8BS X9001     -16.090  17.203 -22.553  1.00 28.99      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    6\nCONECT    4    3\nCONECT    5    2\nCONECT    6    3    7\nCONECT    7    6    8   10\nCONECT    8    7    9   14\nCONECT    9    8\nCONECT   10    7   11\nCONECT   11   10   12   13\nCONECT   12   11\nCONECT   13   11\nCONECT   14    8   15\nCONECT   15   14   16   18\nCONECT   16   15   17   22\nCONECT   17   16\nCONECT   18   15   19\nCONECT   19   18   20   21\nCONECT   20   19\nCONECT   21   19\nCONECT   22   16   23\nCONECT   23   22   24   26\nCONECT   24   23   25   33\nCONECT   25   24\nCONECT   26   23   27\nCONECT   27   26   28\nCONECT   28   27   29\nCONECT   29   28   30\nCONECT   30   29   31   32\nCONECT   31   30\nCONECT   32   30\nCONECT   33   24   34\nCONECT   34   33   35   37\nCONECT   35   34   36   41\nCONECT   36   35\nCONECT   37   34   38   39\nCONECT   38   37   40\nCONECT   39   37\nCONECT   40   38\nCONECT   41   35   42\nCONECT   42   41   43   45\nCONECT   43   42   44   49\nCONECT   44   43\nCONECT   45   42   46\nCONECT   46   45   47   48\nCONECT   47   46\nCONECT   48   46\nCONECT   49   43   50\nCONECT   50   49   51   53\nCONECT   51   50   52   58\nCONECT   52   51\nCONECT   53   50   54\nCONECT   54   53   55\nCONECT   55   54   56\nCONECT   56   55   57\nCONECT   57   56\nCONECT   58   51   59\nCONECT   59   58   60   62\nCONECT   60   59   61   67\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64\nCONECT   64   63   65   66\nCONECT   65   64\nCONECT   66   64\nCONECT   67   60   68\nCONECT   68   67   69   71\nCONECT   69   68   70   74\nCONECT   70   69\nCONECT   71   68   72   73\nCONECT   72   71\nCONECT   73   71\nCONECT   74   69   75\nCONECT   75   74   76   78\nCONECT   76   75   77   83\nCONECT   77   76\nCONECT   78   75   79\nCONECT   79   78   80\nCONECT   80   79   81   82\nCONECT   81   80\nCONECT   82   80\nCONECT   83   76   84\nCONECT   84   83   85   87\nCONECT   85   84   86   94\nCONECT   86   85\nCONECT   87   84   88\nCONECT   88   87   89   90\nCONECT   89   88   91\nCONECT   90   88   92\nCONECT   91   89   93\nCONECT   92   90   93\nCONECT   93   91   92\nCONECT   94   85   95\nCONECT   95   94   96   98\nCONECT   96   95   97  103\nCONECT   97   96\nCONECT   98   95   99\nCONECT   99   98  100\nCONECT  100   99  101\nCONECT  101  100  102\nCONECT  102  101\nCONECT  103   96  104\nCONECT  104  103  105  107\nCONECT  105  104  106  112\nCONECT  106  105\nCONECT  107  104  108\nCONECT  108  107  109\nCONECT  109  108  110\nCONECT  110  109  111\nCONECT  111  110\nCONECT  112  105  113\nCONECT  113  112  114  116\nCONECT  114  113  115  120\nCONECT  115  114\nCONECT  116  113  117  118\nCONECT  117  116  119\nCONECT  118  116\nCONECT  119  117\nCONECT  120  114  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  136\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133\nCONECT  135  133\nCONECT  136  131  137\nCONECT  137  136  138  140\nCONECT  138  137  139  144\nCONECT  139  138\nCONECT  140  137  141\nCONECT  141  140  142  143\nCONECT  142  141\nCONECT  143  141\nCONECT  144  138  145\nCONECT  145  144  146\nCONECT  146  145  147  148\nCONECT  147  146\nCONECT  148  146  149\nCONECT  149  148  150  152\nCONECT  150  149  151  154\nCONECT  151  150\nCONECT  152  149  153\nCONECT  153  152\nCONECT  154  150  155\nCONECT  155  154  156\nCONECT  156  155  157  158\nCONECT  157  156\nCONECT  158  156  159\nCONECT  159  158  160  162\nCONECT  160  159  161  163\nCONECT  161  160\nCONECT  162  159\nCONECT  163  160  164\nCONECT  164  163  165  167\nCONECT  165  164  166  174\nCONECT  166  165\nCONECT  167  164  168\nCONECT  168  167  169  170\nCONECT  169  168  171\nCONECT  170  168  172\nCONECT  171  169  173\nCONECT  172  170  173\nCONECT  173  171  172\nCONECT  174  165  175\nCONECT  175  174  176\nCONECT  176  175  177  178\nCONECT  177  176\nCONECT  178  176  179\nCONECT  179  178  180  182\nCONECT  180  179  181  185\nCONECT  181  180\nCONECT  182  179  183  184\nCONECT  183  182\nCONECT  184  182\nCONECT  185  180  186\nCONECT  186  185  187  189\nCONECT  187  186  188  192\nCONECT  188  187\nCONECT  189  186  190  191\nCONECT  190  189\nCONECT  191  189\nCONECT  192  187  193\nCONECT  193  192  194  196\nCONECT  194  193  195  204\nCONECT  195  194\nCONECT  196  193  197\nCONECT  197  196  198  199\nCONECT  198  197  200\nCONECT  199  197  201\nCONECT  200  198  202\nCONECT  201  199  202\nCONECT  202  200  201  203\nCONECT  203  202\nCONECT  204  194  205\nCONECT  205  204  206  208\nCONECT  206  205  207  213\nCONECT  207  206\nCONECT  208  205  209\nCONECT  209  208  210\nCONECT  210  209  211\nCONECT  211  210  212\nCONECT  212  211\nCONECT  213  206  214\nCONECT  214  213  215\nCONECT  215  214  216  217\nCONECT  216  215\nCONECT  217  215  218\nCONECT  218  217  219  221\nCONECT  219  218  220  225\nCONECT  220  219\nCONECT  221  218  222\nCONECT  222  221  223  224\nCONECT  223  222\nCONECT  224  222\nCONECT  225  219  226\nCONECT  226  225  227  229\nCONECT  227  226  228  239\nCONECT  228  227\nCONECT  229  226  230\nCONECT  230  229  231  232\nCONECT  231  230  233\nCONECT  232  230  234  235\nCONECT  233  231  234\nCONECT  234  232  233  236\nCONECT  235  232  237\nCONECT  236  234  238\nCONECT  237  235  238\nCONECT  238  236  237\nCONECT  239  227  240\nCONECT  240  239  241  243\nCONECT  241  240  242  247\nCONECT  242  241\nCONECT  243  240  244  245\nCONECT  244  243  246\nCONECT  245  243\nCONECT  246  244\nCONECT  247  241  248  253\nCONECT  248  247  249  251\nCONECT  249  248  250  254\nCONECT  250  249\nCONECT  251  248  252\nCONECT  252  251  253\nCONECT  253  247  252\nCONECT  254  249  255\nCONECT  255  254  256  258\nCONECT  256  255  257  263\nCONECT  257  256\nCONECT  258  255  259\nCONECT  259  258  260\nCONECT  260  259  261  262\nCONECT  261  260\nCONECT  262  260\nCONECT  263  256  264\nCONECT  264  263  265\nCONECT  265  264  266  267\nCONECT  266  265\nCONECT  267  265  268\nCONECT  268  267  269  271\nCONECT  269  268  270  276\nCONECT  270  269\nCONECT  271  268  272\nCONECT  272  271  273\nCONECT  273  272  274  275\nCONECT  274  273\nCONECT  275  273\nCONECT  276  269  277\nCONECT  277  276  278  280\nCONECT  278  277  279  285\nCONECT  279  278\nCONECT  280  277  281\nCONECT  281  280  282\nCONECT  282  281  283\nCONECT  283  282  284\nCONECT  284  283\nCONECT  285  278  286\nCONECT  286  285  287  289\nCONECT  287  286  288  292\nCONECT  288  287\nCONECT  289  286  290  291\nCONECT  290  289\nCONECT  291  289\nCONECT  292  287  293\nCONECT  293  292  294  296\nCONECT  294  293  295  301\nCONECT  295  294\nCONECT  296  293  297\nCONECT  297  296  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299\nCONECT  301  294  302\nCONECT  302  301  303  305\nCONECT  303  302  304  309\nCONECT  304  303\nCONECT  305  302  306  307\nCONECT  306  305  308\nCONECT  307  305\nCONECT  308  306\nCONECT  309  303  310  315\nCONECT  310  309  311  313\nCONECT  311  310  312  316\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  309  314\nCONECT  316  311  317\nCONECT  317  316  318  320\nCONECT  318  317  319  323\nCONECT  319  318\nCONECT  320  317  321  322\nCONECT  321  320\nCONECT  322  320\nCONECT  323  318  324\nCONECT  324  323  325  327\nCONECT  325  324  326  328\nCONECT  326  325\nCONECT  327  324\nCONECT  328  325  329\nCONECT  329  328  330  332\nCONECT  330  329  331  336\nCONECT  331  330\nCONECT  332  329  333  334\nCONECT  333  332  335\nCONECT  334  332\nCONECT  335  333\nCONECT  336  330  337\nCONECT  337  336  338  340\nCONECT  338  337  339  345\nCONECT  339  338\nCONECT  340  337  341\nCONECT  341  340  342\nCONECT  342  341  343\nCONECT  343  342  344\nCONECT  344  343\nCONECT  345  338  346\nCONECT  346  345  347  349\nCONECT  347  346  348  354\nCONECT  348  347\nCONECT  349  346  350\nCONECT  350  349  351\nCONECT  351  350  352  353\nCONECT  352  351\nCONECT  353  351\nCONECT  354  347  355\nCONECT  355  354  356  358\nCONECT  356  355  357  362\nCONECT  357  356\nCONECT  358  355  359\nCONECT  359  358  360  361\nCONECT  360  359\nCONECT  361  359\nCONECT  362  356  363\nCONECT  363  362  364  366\nCONECT  364  363  365\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369\nCONECT  369  368  370\nCONECT  370  369  371  372\nCONECT  371  370\nCONECT  372  370\nCONECT  373  374  379\nCONECT  374  373  375  377\nCONECT  375  374  376  380\nCONECT  376  375\nCONECT  377  374  378\nCONECT  378  377  379\nCONECT  379  373  378\nCONECT  380  375  381\nCONECT  381  380  382  384\nCONECT  382  381  383  389\nCONECT  383  382\nCONECT  384  381  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388\nCONECT  388  387\nCONECT  389  382  390\nCONECT  390  389  391  393\nCONECT  391  390  392  394\nCONECT  392  391\nCONECT  393  390\nCONECT  394  391  395\nCONECT  395  394  396  398\nCONECT  396  395  397  402\nCONECT  397  396\nCONECT  398  395  399\nCONECT  399  398  400  401\nCONECT  400  399\nCONECT  401  399\nCONECT  402  396  403\nCONECT  403  402  404  406\nCONECT  404  403  405  411\nCONECT  405  404\nCONECT  406  403  407\nCONECT  407  406  408\nCONECT  408  407  409\nCONECT  409  408  410\nCONECT  410  409\nCONECT  411  404  412\nCONECT  412  411  413  415\nCONECT  413  412  414  420\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415  417\nCONECT  417  416  418  419\nCONECT  418  417\nCONECT  419  417\nCONECT  420  413  421\nCONECT  421  420  422  424\nCONECT  422  421  423  428\nCONECT  423  422\nCONECT  424  421  425  426\nCONECT  425  424  427\nCONECT  426  424\nCONECT  427  425\nCONECT  428  422  429\nCONECT  429  428  430  432\nCONECT  430  429  431  436\nCONECT  431  430\nCONECT  432  429  433\nCONECT  433  432  434  435\nCONECT  434  433\nCONECT  435  433\nCONECT  436  430  437\nCONECT  437  436  438  440\nCONECT  438  437  439  444\nCONECT  439  438\nCONECT  440  437  441\nCONECT  441  440  442  443\nCONECT  442  441\nCONECT  443  441\nCONECT  444  438  445\nCONECT  445  444  446  448\nCONECT  446  445  447  453\nCONECT  447  446\nCONECT  448  445  449\nCONECT  449  448  450\nCONECT  450  449  451  452\nCONECT  451  450\nCONECT  452  450\nCONECT  453  446  454\nCONECT  454  453  455  457\nCONECT  455  454  456  458\nCONECT  456  455\nCONECT  457  454\nCONECT  458  455  459\nCONECT  459  458  460  462\nCONECT  460  459  461  470\nCONECT  461  460\nCONECT  462  459  463\nCONECT  463  462  464  465\nCONECT  464  463  466\nCONECT  465  463  467\nCONECT  466  464  468\nCONECT  467  465  468\nCONECT  468  466  467  469\nCONECT  469  468\nCONECT  470  460  471\nCONECT  471  470  472  474\nCONECT  472  471  473  477\nCONECT  473  472\nCONECT  474  471  475  476\nCONECT  475  474\nCONECT  476  474\nCONECT  477  472  478\nCONECT  478  477  479  481\nCONECT  479  478  480  485  490\nCONECT  480  479\nCONECT  481  478  482\nCONECT  482  481  483\nCONECT  483  482  484\nCONECT  484  483\nCONECT  485  479  486\nCONECT  486  485  487  489\nCONECT  487  486  488  495\nCONECT  488  487\nCONECT  489  486\nCONECT  490  479  491\nCONECT  491  490  492  494\nCONECT  492  491  493  495\nCONECT  493  492\nCONECT  494  491\nCONECT  495  487  492  496\nCONECT  496  495  497  499\nCONECT  497  496  498  501\nCONECT  498  497\nCONECT  499  496  500\nCONECT  500  499\nCONECT  501  497  502\nCONECT  502  501  503  505\nCONECT  503  502  504  508\nCONECT  504  503\nCONECT  505  502  506  507\nCONECT  506  505\nCONECT  507  505\nCONECT  508  503  509\nCONECT  509  508  510  512\nCONECT  510  509  511  516\nCONECT  511  510\nCONECT  512  509  513\nCONECT  513  512  514  515\nCONECT  514  513\nCONECT  515  513\nCONECT  516  510  517\nCONECT  517  516  518  520\nCONECT  518  517  519  524\nCONECT  519  518\nCONECT  520  517  521\nCONECT  521  520  522  523\nCONECT  522  521\nCONECT  523  521\nCONECT  524  518  525  530\nCONECT  525  524  526  528\nCONECT  526  525  527  531\nCONECT  527  526\nCONECT  528  525  529\nCONECT  529  528  530\nCONECT  530  524  529\nCONECT  531  526  532\nCONECT  532  531  533  535\nCONECT  533  532  534  541\nCONECT  534  533\nCONECT  535  532  536\nCONECT  536  535  537  538\nCONECT  537  536  539\nCONECT  538  536  540\nCONECT  539  537  540\nCONECT  540  538  539\nCONECT  541  533  542\nCONECT  542  541  543  545\nCONECT  543  542  544  548\nCONECT  544  543\nCONECT  545  542  546  547\nCONECT  546  545\nCONECT  547  545\nCONECT  548  543  549\nCONECT  549  548  550  552\nCONECT  550  549  551  554\nCONECT  551  550\nCONECT  552  549  553\nCONECT  553  552\nCONECT  554  550  555\nCONECT  555  554  556  558\nCONECT  556  555  557  565\nCONECT  557  556\nCONECT  558  555  559\nCONECT  559  558  560\nCONECT  560  559  561\nCONECT  561  560  562\nCONECT  562  561  563  564\nCONECT  563  562\nCONECT  564  562\nCONECT  565  556  566\nCONECT  566  565  567  569\nCONECT  567  566  568  573\nCONECT  568  567\nCONECT  569  566  570\nCONECT  570  569  571  572\nCONECT  571  570\nCONECT  572  570\nCONECT  573  567  574\nCONECT  574  573  575  577\nCONECT  575  574  576  581\nCONECT  576  575\nCONECT  577  574  578\nCONECT  578  577  579  580\nCONECT  579  578\nCONECT  580  578\nCONECT  581  575  582\nCONECT  582  581  583\nCONECT  583  582  584  585\nCONECT  584  583\nCONECT  585  583  586\nCONECT  586  585  587  589\nCONECT  587  586  588  593\nCONECT  588  587\nCONECT  589  586  590  591\nCONECT  590  589  592\nCONECT  591  589\nCONECT  592  590\nCONECT  593  587  594\nCONECT  594  593  595  597\nCONECT  595  594  596  599\nCONECT  596  595\nCONECT  597  594  598\nCONECT  598  597\nCONECT  599  595  600\nCONECT  600  599  601  603\nCONECT  601  600  602  607\nCONECT  602  601\nCONECT  603  600  604\nCONECT  604  603  605  606\nCONECT  605  604\nCONECT  606  604\nCONECT  607  601  608\nCONECT  608  607  609  611\nCONECT  609  608  610  614\nCONECT  610  609\nCONECT  611  608  612  613\nCONECT  612  611\nCONECT  613  611\nCONECT  614  609  615\nCONECT  615  614  616  618\nCONECT  616  615  617  620\nCONECT  617  616\nCONECT  618  615  619\nCONECT  619  618\nCONECT  620  616  621\nCONECT  621  620  622  624\nCONECT  622  621  623  627\nCONECT  623  622\nCONECT  624  621  625  626\nCONECT  625  624\nCONECT  626  624\nCONECT  627  622  628\nCONECT  628  627  629  631\nCONECT  629  628  630  634\nCONECT  630  629\nCONECT  631  628  632  633\nCONECT  632  631\nCONECT  633  631\nCONECT  634  629  635\nCONECT  635  634  636  638\nCONECT  636  635  637  643\nCONECT  637  636\nCONECT  638  635  639\nCONECT  639  638  640\nCONECT  640  639  641  642\nCONECT  641  640\nCONECT  642  640\nCONECT  643  636  644\nCONECT  644  643  645  647\nCONECT  645  644  646  651\nCONECT  646  645\nCONECT  647  644  648\nCONECT  648  647  649  650\nCONECT  649  648\nCONECT  650  648\nCONECT  651  645  652\nCONECT  652  651  653  655\nCONECT  653  652  654  659  667\nCONECT  654  653\nCONECT  655  652  656  657\nCONECT  656  655  658\nCONECT  657  655\nCONECT  658  656\nCONECT  659  653  660\nCONECT  660  659  661  663\nCONECT  661  660  662  675\nCONECT  662  661\nCONECT  663  660  664\nCONECT  664  663  665\nCONECT  665  664  666\nCONECT  666  665\nCONECT  667  653  668\nCONECT  668  667  669  671\nCONECT  669  668  670  675\nCONECT  670  669\nCONECT  671  668  672\nCONECT  672  671  673\nCONECT  673  672  674\nCONECT  674  673\nCONECT  675  661  669  676\nCONECT  676  675  677  679\nCONECT  677  676  678  684\nCONECT  678  677\nCONECT  679  676  680\nCONECT  680  679  681\nCONECT  681  680  682  683\nCONECT  682  681\nCONECT  683  681\nCONECT  684  677  685\nCONECT  685  684  686  688\nCONECT  686  685  687  692\nCONECT  687  686\nCONECT  688  685  689\nCONECT  689  688  690  691\nCONECT  690  689\nCONECT  691  689\nCONECT  692  686  693\nCONECT  693  692  694  696\nCONECT  694  693  695  700\nCONECT  695  694\nCONECT  696  693  697\nCONECT  697  696  698\nCONECT  698  697  699\nCONECT  699  698\nCONECT  700  694  701  706\nCONECT  701  700  702  704\nCONECT  702  701  703  707\nCONECT  703  702\nCONECT  704  701  705\nCONECT  705  704  706\nCONECT  706  700  705\nCONECT  707  702  708\nCONECT  708  707  709  711\nCONECT  709  708  710  718\nCONECT  710  709\nCONECT  711  708  712\nCONECT  712  711  713  714\nCONECT  713  712  715\nCONECT  714  712  716\nCONECT  715  713  717\nCONECT  716  714  717\nCONECT  717  715  716\nCONECT  718  709  719\nCONECT  719  718  720\nCONECT  720  719  721  722\nCONECT  721  720\nCONECT  722  720  723\nCONECT  723  722  724  726\nCONECT  724  723  725  728\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726 2319\nCONECT  728  724  729\nCONECT  729  728  730  732\nCONECT  730  729  731  736\nCONECT  731  730\nCONECT  732  729  733\nCONECT  733  732  734  735\nCONECT  734  733\nCONECT  735  733\nCONECT  736  730  737\nCONECT  737  736  738  740\nCONECT  738  737  739  744\nCONECT  739  738\nCONECT  740  737  741\nCONECT  741  740  742  743\nCONECT  742  741\nCONECT  743  741\nCONECT  744  738  745\nCONECT  745  744  746  748\nCONECT  746  745  747  752\nCONECT  747  746\nCONECT  748  745  749\nCONECT  749  748  750  751\nCONECT  750  749\nCONECT  751  749\nCONECT  752  746  753\nCONECT  753  752  754  756\nCONECT  754  753  755  764\nCONECT  755  754\nCONECT  756  753  757\nCONECT  757  756  758  759\nCONECT  758  757  760\nCONECT  759  757  761\nCONECT  760  758  762\nCONECT  761  759  762\nCONECT  762  760  761  763\nCONECT  763  762\nCONECT  764  754  765\nCONECT  765  764  766  768\nCONECT  766  765  767  771\nCONECT  767  766\nCONECT  768  765  769  770\nCONECT  769  768\nCONECT  770  768\nCONECT  771  766  772\nCONECT  772  771  773  775\nCONECT  773  772  774  782  791\nCONECT  774  773\nCONECT  775  772  776\nCONECT  776  775  777\nCONECT  777  776  778\nCONECT  778  777  779\nCONECT  779  778  780  781\nCONECT  780  779\nCONECT  781  779\nCONECT  782  773  783\nCONECT  783  782  784  786\nCONECT  784  783  785  800\nCONECT  785  784\nCONECT  786  783  787\nCONECT  787  786  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  773  792\nCONECT  792  791  793  795\nCONECT  793  792  794  800\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797\nCONECT  797  796  798  799\nCONECT  798  797\nCONECT  799  797\nCONECT  800  784  793  801\nCONECT  801  800  802  804\nCONECT  802  801  803  810\nCONECT  803  802\nCONECT  804  801  805\nCONECT  805  804  806  807\nCONECT  806  805  808\nCONECT  807  805  809\nCONECT  808  806  809\nCONECT  809  807  808\nCONECT  810  802  811\nCONECT  811  810  812  814\nCONECT  812  811  813  819\nCONECT  813  812\nCONECT  814  811  815\nCONECT  815  814  816\nCONECT  816  815  817\nCONECT  817  816  818\nCONECT  818  817\nCONECT  819  812  820\nCONECT  820  819  821  823\nCONECT  821  820  822  827\nCONECT  822  821\nCONECT  823  820  824\nCONECT  824  823  825  826\nCONECT  825  824\nCONECT  826  824\nCONECT  827  821  828\nCONECT  828  827  829  831\nCONECT  829  828  830  835\nCONECT  830  829\nCONECT  831  828  832\nCONECT  832  831  833  834\nCONECT  833  832\nCONECT  834  832\nCONECT  835  829  836\nCONECT  836  835  837  839\nCONECT  837  836  838  843\nCONECT  838  837\nCONECT  839  836  840  841\nCONECT  840  839  842\nCONECT  841  839\nCONECT  842  840\nCONECT  843  837  844\nCONECT  844  843  845\nCONECT  845  844  846  847\nCONECT  846  845\nCONECT  847  845  848\nCONECT  848  847  849  851\nCONECT  849  848  850  853\nCONECT  850  849\nCONECT  851  848  852\nCONECT  852  851\nCONECT  853  849  854\nCONECT  854  853  855  857\nCONECT  855  854  856  862\nCONECT  856  855\nCONECT  857  854  858\nCONECT  858  857  859\nCONECT  859  858  860  861\nCONECT  860  859\nCONECT  861  859\nCONECT  862  855  863\nCONECT  863  862  864  866\nCONECT  864  863  865  874\nCONECT  865  864\nCONECT  866  863  867\nCONECT  867  866  868  869\nCONECT  868  867  870\nCONECT  869  867  871\nCONECT  870  868  872\nCONECT  871  869  872\nCONECT  872  870  871  873\nCONECT  873  872\nCONECT  874  864  875\nCONECT  875  874  876  878\nCONECT  876  875  877  882\nCONECT  877  876\nCONECT  878  875  879\nCONECT  879  878  880  881\nCONECT  880  879\nCONECT  881  879\nCONECT  882  876  883\nCONECT  883  882  884  886\nCONECT  884  883  885  890\nCONECT  885  884\nCONECT  886  883  887\nCONECT  887  886  888  889\nCONECT  888  887\nCONECT  889  887\nCONECT  890  884  891\nCONECT  891  890  892  894\nCONECT  892  891  893  898\nCONECT  893  892\nCONECT  894  891  895\nCONECT  895  894  896  897\nCONECT  896  895\nCONECT  897  895\nCONECT  898  892  899\nCONECT  899  898  900  902\nCONECT  900  899  901  912\nCONECT  901  900\nCONECT  902  899  903\nCONECT  903  902  904  905\nCONECT  904  903  906\nCONECT  905  903  907  908\nCONECT  906  904  907\nCONECT  907  905  906  909\nCONECT  908  905  910\nCONECT  909  907  911\nCONECT  910  908  911\nCONECT  911  909  910\nCONECT  912  900  913\nCONECT  913  912  914  916\nCONECT  914  913  915  918\nCONECT  915  914\nCONECT  916  913  917\nCONECT  917  916\nCONECT  918  914  919\nCONECT  919  918  920  922\nCONECT  920  919  921  925\nCONECT  921  920\nCONECT  922  919  923  924\nCONECT  923  922\nCONECT  924  922\nCONECT  925  920  926\nCONECT  926  925  927  929\nCONECT  927  926  928  934\nCONECT  928  927\nCONECT  929  926  930\nCONECT  930  929  931\nCONECT  931  930  932  933\nCONECT  932  931\nCONECT  933  931\nCONECT  934  927  935\nCONECT  935  934  936  938\nCONECT  936  935  937  942\nCONECT  937  936\nCONECT  938  935  939  940\nCONECT  939  938  941\nCONECT  940  938\nCONECT  941  939\nCONECT  942  936  943\nCONECT  943  942  944  946\nCONECT  944  943  945  947\nCONECT  945  944\nCONECT  946  943\nCONECT  947  944  948\nCONECT  948  947  949  951\nCONECT  949  948  950  956\nCONECT  950  949\nCONECT  951  948  952\nCONECT  952  951  953\nCONECT  953  952  954\nCONECT  954  953  955\nCONECT  955  954\nCONECT  956  949  957\nCONECT  957  956  958\nCONECT  958  957  959  960\nCONECT  959  958\nCONECT  960  958  961\nCONECT  961  960  962  964\nCONECT  962  961  963  968\nCONECT  963  962\nCONECT  964  961  965\nCONECT  965  964  966\nCONECT  966  965  967\nCONECT  967  966\nCONECT  968  962  969\nCONECT  969  968  970  972\nCONECT  970  969  971  976\nCONECT  971  970\nCONECT  972  969  973\nCONECT  973  972  974  975\nCONECT  974  973\nCONECT  975  973\nCONECT  976  970  977\nCONECT  977  976  978  980\nCONECT  978  977  979  988\nCONECT  979  978\nCONECT  980  977  981\nCONECT  981  980  982  983\nCONECT  982  981  984\nCONECT  983  981  985\nCONECT  984  982  986\nCONECT  985  983  986\nCONECT  986  984  985  987\nCONECT  987  986\nCONECT  988  978  989\nCONECT  989  988  990  992\nCONECT  990  989  991  996\nCONECT  991  990\nCONECT  992  989  993\nCONECT  993  992  994  995\nCONECT  994  993\nCONECT  995  993\nCONECT  996  990  997\nCONECT  997  996  998 1000\nCONECT  998  997  999 1005\nCONECT  999  998\nCONECT 1000  997 1001\nCONECT 1001 1000 1002\nCONECT 1002 1001 1003 1004\nCONECT 1003 1002\nCONECT 1004 1002\nCONECT 1005  998 1006\nCONECT 1006 1005 1007 1009\nCONECT 1007 1006 1008 1013\nCONECT 1008 1007\nCONECT 1009 1006 1010\nCONECT 1010 1009 1011 1012\nCONECT 1011 1010\nCONECT 1012 1010\nCONECT 1013 1007 1014\nCONECT 1014 1013 1015 1017\nCONECT 1015 1014 1016 1024\nCONECT 1016 1015\nCONECT 1017 1014 1018\nCONECT 1018 1017 1019\nCONECT 1019 1018 1020\nCONECT 1020 1019 1021\nCONECT 1021 1020 1022 1023\nCONECT 1022 1021\nCONECT 1023 1021\nCONECT 1024 1015 1025\nCONECT 1025 1024 1026 1028\nCONECT 1026 1025 1027 1035\nCONECT 1027 1026\nCONECT 1028 1025 1029\nCONECT 1029 1028 1030\nCONECT 1030 1029 1031\nCONECT 1031 1030 1032\nCONECT 1032 1031 1033 1034\nCONECT 1033 1032\nCONECT 1034 1032\nCONECT 1035 1026 1036\nCONECT 1036 1035 1037 1039\nCONECT 1037 1036 1038 1043\nCONECT 1038 1037\nCONECT 1039 1036 1040\nCONECT 1040 1039 1041 1042\nCONECT 1041 1040\nCONECT 1042 1040\nCONECT 1043 1037 1044\nCONECT 1044 1043 1045 1047\nCONECT 1045 1044 1046 1050\nCONECT 1046 1045\nCONECT 1047 1044 1048 1049\nCONECT 1048 1047\nCONECT 1049 1047\nCONECT 1050 1045 1051\nCONECT 1051 1050 1052 1054\nCONECT 1052 1051 1053 1060\nCONECT 1053 1052\nCONECT 1054 1051 1055\nCONECT 1055 1054 1056 1057\nCONECT 1056 1055 1058\nCONECT 1057 1055 1059\nCONECT 1058 1056 1059\nCONECT 1059 1057 1058\nCONECT 1060 1052 1061\nCONECT 1061 1060 1062 1064\nCONECT 1062 1061 1063 1071\nCONECT 1063 1062\nCONECT 1064 1061 1065\nCONECT 1065 1064 1066\nCONECT 1066 1065 1067\nCONECT 1067 1066 1068\nCONECT 1068 1067 1069 1070\nCONECT 1069 1068\nCONECT 1070 1068\nCONECT 1071 1062 1072\nCONECT 1072 1071 1073 1075\nCONECT 1073 1072 1074 1079\nCONECT 1074 1073\nCONECT 1075 1072 1076\nCONECT 1076 1075 1077 1078\nCONECT 1077 1076\nCONECT 1078 1076\nCONECT 1079 1073 1080\nCONECT 1080 1079 1081 1083\nCONECT 1081 1080 1082 1087\nCONECT 1082 1081\nCONECT 1083 1080 1084\nCONECT 1084 1083 1085 1086\nCONECT 1085 1084\nCONECT 1086 1084\nCONECT 1087 1081 1088\nCONECT 1088 1087 1089 1091\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089\nCONECT 1091 1088\nCONECT 1092 1089 1093\nCONECT 1093 1092 1094 1096\nCONECT 1094 1093 1095 1097\nCONECT 1095 1094\nCONECT 1096 1093\nCONECT 1097 1094 1098\nCONECT 1098 1097 1099 1101\nCONECT 1099 1098 1100 1108\nCONECT 1100 1099\nCONECT 1101 1098 1102\nCONECT 1102 1101 1103\nCONECT 1103 1102 1104\nCONECT 1104 1103 1105\nCONECT 1105 1104 1106 1107\nCONECT 1106 1105\nCONECT 1107 1105\nCONECT 1108 1099 1109\nCONECT 1109 1108 1110 1112\nCONECT 1110 1109 1111 1116\nCONECT 1111 1110\nCONECT 1112 1109 1113\nCONECT 1113 1112 1114 1115\nCONECT 1114 1113\nCONECT 1115 1113\nCONECT 1116 1110 1117\nCONECT 1117 1116 1118 1120\nCONECT 1118 1117 1119 1123\nCONECT 1119 1118\nCONECT 1120 1117 1121 1122\nCONECT 1121 1120\nCONECT 1122 1120\nCONECT 1123 1118 1124\nCONECT 1124 1123 1125 1127\nCONECT 1125 1124 1126 1131\nCONECT 1126 1125\nCONECT 1127 1124 1128\nCONECT 1128 1127 1129 1130\nCONECT 1129 1128\nCONECT 1130 1128\nCONECT 1131 1125 1132\nCONECT 1132 1131 1133 1135\nCONECT 1133 1132 1134 1138\nCONECT 1134 1133\nCONECT 1135 1132 1136 1137\nCONECT 1136 1135\nCONECT 1137 1135\nCONECT 1138 1133 1139\nCONECT 1139 1138 1140 1142\nCONECT 1140 1139 1141 1147\nCONECT 1141 1140\nCONECT 1142 1139 1143\nCONECT 1143 1142 1144\nCONECT 1144 1143 1145\nCONECT 1145 1144 1146\nCONECT 1146 1145\nCONECT 1147 1140 1148\nCONECT 1148 1147 1149 1151\nCONECT 1149 1148 1150 1154\nCONECT 1150 1149\nCONECT 1151 1148 1152 1153\nCONECT 1152 1151\nCONECT 1153 1151\nCONECT 1154 1149 1155 1160\nCONECT 1155 1154 1156 1158\nCONECT 1156 1155 1157 1161\nCONECT 1157 1156\nCONECT 1158 1155 1159\nCONECT 1159 1158 1160\nCONECT 1160 1154 1159\nCONECT 1161 1156 1162\nCONECT 1162 1161 1163 1165\nCONECT 1163 1162 1164 1170\nCONECT 1164 1163\nCONECT 1165 1162 1166\nCONECT 1166 1165 1167\nCONECT 1167 1166 1168 1169\nCONECT 1168 1167\nCONECT 1169 1167\nCONECT 1170 1163 1171\nCONECT 1171 1170 1172 1174\nCONECT 1172 1171 1173 1180\nCONECT 1173 1172\nCONECT 1174 1171 1175\nCONECT 1175 1174 1176 1177\nCONECT 1176 1175 1178\nCONECT 1177 1175 1179\nCONECT 1178 1176 1179\nCONECT 1179 1177 1178\nCONECT 1180 1172 1181\nCONECT 1181 1180 1182 1184\nCONECT 1182 1181 1183 1187\nCONECT 1183 1182\nCONECT 1184 1181 1185 1186\nCONECT 1185 1184\nCONECT 1186 1184\nCONECT 1187 1182 1188\nCONECT 1188 1187 1189 1191\nCONECT 1189 1188 1190 1196\nCONECT 1190 1189\nCONECT 1191 1188 1192\nCONECT 1192 1191 1193\nCONECT 1193 1192 1194\nCONECT 1194 1193 1195\nCONECT 1195 1194\nCONECT 1196 1189 1197\nCONECT 1197 1196 1198 1200\nCONECT 1198 1197 1199 1204\nCONECT 1199 1198\nCONECT 1200 1197 1201 1202\nCONECT 1201 1200 1203\nCONECT 1202 1200\nCONECT 1203 1201\nCONECT 1204 1198 1205\nCONECT 1205 1204 1206 1208\nCONECT 1206 1205 1207 1211\nCONECT 1207 1206\nCONECT 1208 1205 1209 1210\nCONECT 1209 1208\nCONECT 1210 1208\nCONECT 1211 1206 1212\nCONECT 1212 1211 1213 1215\nCONECT 1213 1212 1214 1219\nCONECT 1214 1213\nCONECT 1215 1212 1216\nCONECT 1216 1215 1217 1218\nCONECT 1217 1216\nCONECT 1218 1216\nCONECT 1219 1213 1220\nCONECT 1220 1219 1221 1223\nCONECT 1221 1220 1222 1230\nCONECT 1222 1221\nCONECT 1223 1220 1224\nCONECT 1224 1223 1225 1226\nCONECT 1225 1224 1227\nCONECT 1226 1224 1228\nCONECT 1227 1225 1229\nCONECT 1228 1226 1229\nCONECT 1229 1227 1228\nCONECT 1230 1221 1231\nCONECT 1231 1230 1232\nCONECT 1232 1231 1233 1234\nCONECT 1233 1232\nCONECT 1234 1232 1235\nCONECT 1235 1234 1236 1238\nCONECT 1236 1235 1237 1245\nCONECT 1237 1236\nCONECT 1238 1235 1239\nCONECT 1239 1238 1240\nCONECT 1240 1239 1241\nCONECT 1241 1240 1242\nCONECT 1242 1241 1243 1244\nCONECT 1243 1242\nCONECT 1244 1242\nCONECT 1245 1236 1246\nCONECT 1246 1245 1247 1249\nCONECT 1247 1246 1248 1250\nCONECT 1248 1247\nCONECT 1249 1246\nCONECT 1250 1247 1251\nCONECT 1251 1250 1252 1254\nCONECT 1252 1251 1253 1259\nCONECT 1253 1252\nCONECT 1254 1251 1255\nCONECT 1255 1254 1256\nCONECT 1256 1255 1257\nCONECT 1257 1256 1258\nCONECT 1258 1257\nCONECT 1259 1252 1260\nCONECT 1260 1259 1261 1263\nCONECT 1261 1260 1262 1267\nCONECT 1262 1261\nCONECT 1263 1260 1264\nCONECT 1264 1263 1265 1266\nCONECT 1265 1264\nCONECT 1266 1264\nCONECT 1267 1261 1268\nCONECT 1268 1267 1269 1271\nCONECT 1269 1268 1270 1275\nCONECT 1270 1269\nCONECT 1271 1268 1272\nCONECT 1272 1271 1273 1274\nCONECT 1273 1272\nCONECT 1274 1272\nCONECT 1275 1269 1276\nCONECT 1276 1275 1277\nCONECT 1277 1276 1278 1279\nCONECT 1278 1277\nCONECT 1279 1277 1280\nCONECT 1280 1279 1281 1283\nCONECT 1281 1280 1282 1284\nCONECT 1282 1281\nCONECT 1283 1280\nCONECT 1284 1281 1285\nCONECT 1285 1284 1286 1288\nCONECT 1286 1285 1287 1293\nCONECT 1287 1286\nCONECT 1288 1285 1289\nCONECT 1289 1288 1290\nCONECT 1290 1289 1291 1292\nCONECT 1291 1290\nCONECT 1292 1290\nCONECT 1293 1286 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1302\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300 1301\nCONECT 1300 1299\nCONECT 1301 1299\nCONECT 1302 1295 1303\nCONECT 1303 1302 1304 1306\nCONECT 1304 1303 1305 1311\nCONECT 1305 1304\nCONECT 1306 1303 1307\nCONECT 1307 1306 1308\nCONECT 1308 1307 1309\nCONECT 1309 1308 1310\nCONECT 1310 1309\nCONECT 1311 1304 1312\nCONECT 1312 1311 1313 1315\nCONECT 1313 1312 1314 1320\nCONECT 1314 1313\nCONECT 1315 1312 1316\nCONECT 1316 1315 1317\nCONECT 1317 1316 1318 1319\nCONECT 1318 1317\nCONECT 1319 1317\nCONECT 1320 1313 1321\nCONECT 1321 1320 1322 1324\nCONECT 1322 1321 1323 1332\nCONECT 1323 1322\nCONECT 1324 1321 1325\nCONECT 1325 1324 1326 1327\nCONECT 1326 1325 1328\nCONECT 1327 1325 1329\nCONECT 1328 1326 1330\nCONECT 1329 1327 1330\nCONECT 1330 1328 1329 1331\nCONECT 1331 1330\nCONECT 1332 1322 1333\nCONECT 1333 1332 1334 1336\nCONECT 1334 1333 1335 1342\nCONECT 1335 1334\nCONECT 1336 1333 1337\nCONECT 1337 1336 1338 1339\nCONECT 1338 1337 1340\nCONECT 1339 1337 1341\nCONECT 1340 1338 1341\nCONECT 1341 1339 1340\nCONECT 1342 1334 1343\nCONECT 1343 1342 1344 1346\nCONECT 1344 1343 1345 1347\nCONECT 1345 1344\nCONECT 1346 1343\nCONECT 1347 1344 1348\nCONECT 1348 1347 1349 1351\nCONECT 1349 1348 1350 1356\nCONECT 1350 1349\nCONECT 1351 1348 1352\nCONECT 1352 1351 1353\nCONECT 1353 1352 1354 1355\nCONECT 1354 1353\nCONECT 1355 1353\nCONECT 1356 1349 1357\nCONECT 1357 1356 1358\nCONECT 1358 1357 1359 1360\nCONECT 1359 1358\nCONECT 1360 1358 1361\nCONECT 1361 1360 1362\nCONECT 1362 1361 1363 1364\nCONECT 1363 1362\nCONECT 1364 1362 1365\nCONECT 1365 1364 1366 1368\nCONECT 1366 1365 1367 1373\nCONECT 1367 1366\nCONECT 1368 1365 1369\nCONECT 1369 1368 1370\nCONECT 1370 1369 1371\nCONECT 1371 1370 1372\nCONECT 1372 1371\nCONECT 1373 1366 1374\nCONECT 1374 1373 1375 1377\nCONECT 1375 1374 1376 1380\nCONECT 1376 1375\nCONECT 1377 1374 1378 1379\nCONECT 1378 1377\nCONECT 1379 1377\nCONECT 1380 1375 1381 1386\nCONECT 1381 1380 1382 1384\nCONECT 1382 1381 1383 1387\nCONECT 1383 1382\nCONECT 1384 1381 1385\nCONECT 1385 1384 1386\nCONECT 1386 1380 1385\nCONECT 1387 1382 1388\nCONECT 1388 1387 1389 1391\nCONECT 1389 1388 1390 1395\nCONECT 1390 1389\nCONECT 1391 1388 1392 1393\nCONECT 1392 1391 1394\nCONECT 1393 1391\nCONECT 1394 1392\nCONECT 1395 1389 1396\nCONECT 1396 1395 1397 1399\nCONECT 1397 1396 1398 1404\nCONECT 1398 1397\nCONECT 1399 1396 1400\nCONECT 1400 1399 1401\nCONECT 1401 1400 1402\nCONECT 1402 1401 1403\nCONECT 1403 1402\nCONECT 1404 1397 1405\nCONECT 1405 1404 1406 1408\nCONECT 1406 1405 1407 1418 1426\nCONECT 1407 1406\nCONECT 1408 1405 1409\nCONECT 1409 1408 1410 1411\nCONECT 1410 1409 1412\nCONECT 1411 1409 1413 1414\nCONECT 1412 1410 1413\nCONECT 1413 1411 1412 1415\nCONECT 1414 1411 1416\nCONECT 1415 1413 1417\nCONECT 1416 1414 1417\nCONECT 1417 1415 1416\nCONECT 1418 1406 1419\nCONECT 1419 1418 1420 1422\nCONECT 1420 1419 1421 1434\nCONECT 1421 1420\nCONECT 1422 1419 1423\nCONECT 1423 1422 1424\nCONECT 1424 1423 1425\nCONECT 1425 1424\nCONECT 1426 1406 1427\nCONECT 1427 1426 1428 1430\nCONECT 1428 1427 1429 1434\nCONECT 1429 1428\nCONECT 1430 1427 1431\nCONECT 1431 1430 1432\nCONECT 1432 1431 1433\nCONECT 1433 1432\nCONECT 1434 1420 1428 1435\nCONECT 1435 1434 1436 1438\nCONECT 1436 1435 1437 1439\nCONECT 1437 1436\nCONECT 1438 1435\nCONECT 1439 1436 1440\nCONECT 1440 1439 1441 1443\nCONECT 1441 1440 1442 1447\nCONECT 1442 1441\nCONECT 1443 1440 1444\nCONECT 1444 1443 1445 1446\nCONECT 1445 1444\nCONECT 1446 1444\nCONECT 1447 1441 1448\nCONECT 1448 1447 1449 1451\nCONECT 1449 1448 1450 1456\nCONECT 1450 1449\nCONECT 1451 1448 1452\nCONECT 1452 1451 1453\nCONECT 1453 1452 1454 1455\nCONECT 1454 1453\nCONECT 1455 1453\nCONECT 1456 1449 1457\nCONECT 1457 1456 1458 1460\nCONECT 1458 1457 1459 1462\nCONECT 1459 1458\nCONECT 1460 1457 1461\nCONECT 1461 1460\nCONECT 1462 1458 1463\nCONECT 1463 1462 1464 1466\nCONECT 1464 1463 1465 1470\nCONECT 1465 1464\nCONECT 1466 1463 1467 1468\nCONECT 1467 1466 1469\nCONECT 1468 1466\nCONECT 1469 1467\nCONECT 1470 1464 1471\nCONECT 1471 1470 1472 1474\nCONECT 1472 1471 1473 1478\nCONECT 1473 1472\nCONECT 1474 1471 1475\nCONECT 1475 1474 1476 1477\nCONECT 1476 1475\nCONECT 1477 1475\nCONECT 1478 1472 1479\nCONECT 1479 1478 1480 1482\nCONECT 1480 1479 1481 1488\nCONECT 1481 1480\nCONECT 1482 1479 1483\nCONECT 1483 1482 1484 1485\nCONECT 1484 1483 1486\nCONECT 1485 1483 1487\nCONECT 1486 1484 1487\nCONECT 1487 1485 1486\nCONECT 1488 1480 1489\nCONECT 1489 1488 1490 1492\nCONECT 1490 1489 1491 1499\nCONECT 1491 1490\nCONECT 1492 1489 1493\nCONECT 1493 1492 1494\nCONECT 1494 1493 1495\nCONECT 1495 1494 1496\nCONECT 1496 1495 1497 1498\nCONECT 1497 1496\nCONECT 1498 1496\nCONECT 1499 1490 1500\nCONECT 1500 1499 1501 1503\nCONECT 1501 1500 1502 1507\nCONECT 1502 1501\nCONECT 1503 1500 1504 1505\nCONECT 1504 1503 1506\nCONECT 1505 1503\nCONECT 1506 1504\nCONECT 1507 1501 1508\nCONECT 1508 1507 1509 1511\nCONECT 1509 1508 1510 1519\nCONECT 1510 1509\nCONECT 1511 1508 1512\nCONECT 1512 1511 1513 1514\nCONECT 1513 1512 1515\nCONECT 1514 1512 1516\nCONECT 1515 1513 1517\nCONECT 1516 1514 1517\nCONECT 1517 1515 1516 1518\nCONECT 1518 1517\nCONECT 1519 1509 1520\nCONECT 1520 1519 1521 1523\nCONECT 1521 1520 1522 1526\nCONECT 1522 1521\nCONECT 1523 1520 1524 1525\nCONECT 1524 1523\nCONECT 1525 1523\nCONECT 1526 1521 1527\nCONECT 1527 1526 1528 1530\nCONECT 1528 1527 1529 1536\nCONECT 1529 1528\nCONECT 1530 1527 1531\nCONECT 1531 1530 1532 1533\nCONECT 1532 1531 1534\nCONECT 1533 1531 1535\nCONECT 1534 1532 1535\nCONECT 1535 1533 1534\nCONECT 1536 1528 1537\nCONECT 1537 1536 1538 1540\nCONECT 1538 1537 1539 1545\nCONECT 1539 1538\nCONECT 1540 1537 1541\nCONECT 1541 1540 1542\nCONECT 1542 1541 1543 1544\nCONECT 1543 1542\nCONECT 1544 1542\nCONECT 1545 1538 1546\nCONECT 1546 1545 1547 1549\nCONECT 1547 1546 1548 1551\nCONECT 1548 1547\nCONECT 1549 1546 1550\nCONECT 1550 1549\nCONECT 1551 1547 1552\nCONECT 1552 1551 1553 1555\nCONECT 1553 1552 1554 1559\nCONECT 1554 1553\nCONECT 1555 1552 1556\nCONECT 1556 1555 1557 1558\nCONECT 1557 1556\nCONECT 1558 1556\nCONECT 1559 1553 1560\nCONECT 1560 1559 1561 1563\nCONECT 1561 1560 1562 1566\nCONECT 1562 1561\nCONECT 1563 1560 1564 1565\nCONECT 1564 1563\nCONECT 1565 1563\nCONECT 1566 1561 1567\nCONECT 1567 1566 1568 1570\nCONECT 1568 1567 1569 1580\nCONECT 1569 1568\nCONECT 1570 1567 1571\nCONECT 1571 1570 1572 1573\nCONECT 1572 1571 1574\nCONECT 1573 1571 1575 1576\nCONECT 1574 1572 1575\nCONECT 1575 1573 1574 1577\nCONECT 1576 1573 1578\nCONECT 1577 1575 1579\nCONECT 1578 1576 1579\nCONECT 1579 1577 1578\nCONECT 1580 1568 1581\nCONECT 1581 1580 1582 1584\nCONECT 1582 1581 1583 1586\nCONECT 1583 1582\nCONECT 1584 1581 1585\nCONECT 1585 1584\nCONECT 1586 1582 1587\nCONECT 1587 1586 1588 1590\nCONECT 1588 1587 1589 1598\nCONECT 1589 1588\nCONECT 1590 1587 1591\nCONECT 1591 1590 1592 1593\nCONECT 1592 1591 1594\nCONECT 1593 1591 1595\nCONECT 1594 1592 1596\nCONECT 1595 1593 1596\nCONECT 1596 1594 1595 1597\nCONECT 1597 1596\nCONECT 1598 1588 1599\nCONECT 1599 1598 1600\nCONECT 1600 1599 1601 1602\nCONECT 1601 1600\nCONECT 1602 1600 1603\nCONECT 1603 1602 1604 1606\nCONECT 1604 1603 1605 1609\nCONECT 1605 1604\nCONECT 1606 1603 1607 1608\nCONECT 1607 1606\nCONECT 1608 1606\nCONECT 1609 1604 1610\nCONECT 1610 1609 1611 1613\nCONECT 1611 1610 1612 1616\nCONECT 1612 1611\nCONECT 1613 1610 1614 1615\nCONECT 1614 1613\nCONECT 1615 1613\nCONECT 1616 1611 1617\nCONECT 1617 1616 1618 1620\nCONECT 1618 1617 1619 1623\nCONECT 1619 1618\nCONECT 1620 1617 1621 1622\nCONECT 1621 1620\nCONECT 1622 1620\nCONECT 1623 1618 1624\nCONECT 1624 1623 1625 1627\nCONECT 1625 1624 1626 1637\nCONECT 1626 1625\nCONECT 1627 1624 1628\nCONECT 1628 1627 1629 1630\nCONECT 1629 1628 1631\nCONECT 1630 1628 1632 1633\nCONECT 1631 1629 1632\nCONECT 1632 1630 1631 1634\nCONECT 1633 1630 1635\nCONECT 1634 1632 1636\nCONECT 1635 1633 1636\nCONECT 1636 1634 1635\nCONECT 1637 1625 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1646\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643\nCONECT 1643 1642 1644 1645\nCONECT 1644 1643\nCONECT 1645 1643\nCONECT 1646 1639 1647\nCONECT 1647 1646 1648 1650\nCONECT 1648 1647 1649 1654\nCONECT 1649 1648\nCONECT 1650 1647 1651\nCONECT 1651 1650 1652 1653\nCONECT 1652 1651\nCONECT 1653 1651\nCONECT 1654 1648 1655\nCONECT 1655 1654 1656 1658\nCONECT 1656 1655 1657 1662\nCONECT 1657 1656\nCONECT 1658 1655 1659\nCONECT 1659 1658 1660\nCONECT 1660 1659 1661\nCONECT 1661 1660\nCONECT 1662 1656 1663\nCONECT 1663 1662 1664 1666\nCONECT 1664 1663 1665 1669\nCONECT 1665 1664\nCONECT 1666 1663 1667 1668\nCONECT 1667 1666\nCONECT 1668 1666\nCONECT 1669 1664 1670\nCONECT 1670 1669 1671 1673\nCONECT 1671 1670 1672 1680\nCONECT 1672 1671\nCONECT 1673 1670 1674\nCONECT 1674 1673 1675 1676\nCONECT 1675 1674 1677\nCONECT 1676 1674 1678\nCONECT 1677 1675 1679\nCONECT 1678 1676 1679\nCONECT 1679 1677 1678\nCONECT 1680 1671 1681\nCONECT 1681 1680 1682\nCONECT 1682 1681 1683 1684\nCONECT 1683 1682\nCONECT 1684 1682 1685\nCONECT 1685 1684 1686 1688\nCONECT 1686 1685 1687 1690\nCONECT 1687 1686\nCONECT 1688 1685 1689\nCONECT 1689 1688\nCONECT 1690 1686 1691\nCONECT 1691 1690 1692 1694\nCONECT 1692 1691 1693 1699\nCONECT 1693 1692\nCONECT 1694 1691 1695\nCONECT 1695 1694 1696\nCONECT 1696 1695 1697\nCONECT 1697 1696 1698\nCONECT 1698 1697\nCONECT 1699 1692 1700 1705\nCONECT 1700 1699 1701 1703\nCONECT 1701 1700 1702 1706\nCONECT 1702 1701\nCONECT 1703 1700 1704\nCONECT 1704 1703 1705\nCONECT 1705 1699 1704\nCONECT 1706 1701 1707\nCONECT 1707 1706 1708 1710\nCONECT 1708 1707 1709 1718\nCONECT 1709 1708\nCONECT 1710 1707 1711\nCONECT 1711 1710 1712 1713\nCONECT 1712 1711 1714\nCONECT 1713 1711 1715\nCONECT 1714 1712 1716\nCONECT 1715 1713 1716\nCONECT 1716 1714 1715 1717\nCONECT 1717 1716\nCONECT 1718 1708 1719\nCONECT 1719 1718 1720 1722\nCONECT 1720 1719 1721 1726\nCONECT 1721 1720\nCONECT 1722 1719 1723\nCONECT 1723 1722 1724 1725\nCONECT 1724 1723\nCONECT 1725 1723\nCONECT 1726 1720 1727\nCONECT 1727 1726 1728\nCONECT 1728 1727 1729 1730\nCONECT 1729 1728\nCONECT 1730 1728 1731\nCONECT 1731 1730 1732 1734\nCONECT 1732 1731 1733 1738\nCONECT 1733 1732\nCONECT 1734 1731 1735 1736\nCONECT 1735 1734 1737\nCONECT 1736 1734\nCONECT 1737 1735\nCONECT 1738 1732 1739 1744\nCONECT 1739 1738 1740 1742\nCONECT 1740 1739 1741 1745\nCONECT 1741 1740\nCONECT 1742 1739 1743\nCONECT 1743 1742 1744\nCONECT 1744 1738 1743\nCONECT 1745 1740 1746\nCONECT 1746 1745 1747 1749\nCONECT 1747 1746 1748 1750\nCONECT 1748 1747\nCONECT 1749 1746\nCONECT 1750 1747 1751\nCONECT 1751 1750 1752 1754\nCONECT 1752 1751 1753 1756\nCONECT 1753 1752\nCONECT 1754 1751 1755\nCONECT 1755 1754\nCONECT 1756 1752 1757\nCONECT 1757 1756 1758 1760\nCONECT 1758 1757 1759 1765\nCONECT 1759 1758\nCONECT 1760 1757 1761\nCONECT 1761 1760 1762\nCONECT 1762 1761 1763 1764\nCONECT 1763 1762\nCONECT 1764 1762\nCONECT 1765 1758 1766\nCONECT 1766 1765 1767 1769\nCONECT 1767 1766 1768 1773\nCONECT 1768 1767\nCONECT 1769 1766 1770 1771\nCONECT 1770 1769 1772\nCONECT 1771 1769\nCONECT 1772 1770\nCONECT 1773 1767 1774\nCONECT 1774 1773 1775 1777\nCONECT 1775 1774 1776 1779 1785\nCONECT 1776 1775\nCONECT 1777 1774 1778\nCONECT 1778 1777\nCONECT 1779 1775 1780\nCONECT 1780 1779 1781 1783\nCONECT 1781 1780 1782 1791\nCONECT 1782 1781\nCONECT 1783 1780 1784\nCONECT 1784 1783\nCONECT 1785 1775 1786\nCONECT 1786 1785 1787 1789\nCONECT 1787 1786 1788 1791\nCONECT 1788 1787\nCONECT 1789 1786 1790\nCONECT 1790 1789\nCONECT 1791 1781 1787 1792\nCONECT 1792 1791 1793 1795\nCONECT 1793 1792 1794 1799\nCONECT 1794 1793\nCONECT 1795 1792 1796 1797\nCONECT 1796 1795 1798\nCONECT 1797 1795\nCONECT 1798 1796\nCONECT 1799 1793 1800\nCONECT 1800 1799 1801 1803\nCONECT 1801 1800 1802 1807\nCONECT 1802 1801\nCONECT 1803 1800 1804\nCONECT 1804 1803 1805 1806\nCONECT 1805 1804\nCONECT 1806 1804\nCONECT 1807 1801 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814 1815\nCONECT 1814 1813\nCONECT 1815 1813\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818 1820\nCONECT 1818 1817 1819 1825\nCONECT 1819 1818\nCONECT 1820 1817 1821\nCONECT 1821 1820 1822\nCONECT 1822 1821 1823\nCONECT 1823 1822 1824\nCONECT 1824 1823\nCONECT 1825 1818 1826\nCONECT 1826 1825 1827\nCONECT 1827 1826 1828 1829\nCONECT 1828 1827\nCONECT 1829 1827 1830\nCONECT 1830 1829 1831 1833\nCONECT 1831 1830 1832 1838\nCONECT 1832 1831\nCONECT 1833 1830 1834\nCONECT 1834 1833 1835\nCONECT 1835 1834 1836 1837\nCONECT 1836 1835\nCONECT 1837 1835\nCONECT 1838 1831 1839\nCONECT 1839 1838 1840 1842\nCONECT 1840 1839 1841 1849\nCONECT 1841 1840\nCONECT 1842 1839 1843\nCONECT 1843 1842 1844\nCONECT 1844 1843 1845\nCONECT 1845 1844 1846\nCONECT 1846 1845 1847 1848\nCONECT 1847 1846\nCONECT 1848 1846\nCONECT 1849 1840 1850\nCONECT 1850 1849 1851 1853\nCONECT 1851 1850 1852 1857\nCONECT 1852 1851\nCONECT 1853 1850 1854\nCONECT 1854 1853 1855 1856\nCONECT 1855 1854\nCONECT 1856 1854\nCONECT 1857 1851 1858 1863\nCONECT 1858 1857 1859 1861\nCONECT 1859 1858 1860 1864\nCONECT 1860 1859\nCONECT 1861 1858 1862\nCONECT 1862 1861 1863\nCONECT 1863 1857 1862\nCONECT 1864 1859 1865\nCONECT 1865 1864 1866 1868\nCONECT 1866 1865 1867 1873\nCONECT 1867 1866\nCONECT 1868 1865 1869\nCONECT 1869 1868 1870\nCONECT 1870 1869 1871 1872\nCONECT 1871 1870\nCONECT 1872 1870\nCONECT 1873 1866 1874 1879\nCONECT 1874 1873 1875 1877\nCONECT 1875 1874 1876 1880\nCONECT 1876 1875\nCONECT 1877 1874 1878\nCONECT 1878 1877 1879\nCONECT 1879 1873 1878\nCONECT 1880 1875 1881 1886\nCONECT 1881 1880 1882 1884\nCONECT 1882 1881 1883 1887\nCONECT 1883 1882\nCONECT 1884 1881 1885\nCONECT 1885 1884 1886\nCONECT 1886 1880 1885\nCONECT 1887 1882 1888\nCONECT 1888 1887 1889 1891\nCONECT 1889 1888 1890 1895\nCONECT 1890 1889\nCONECT 1891 1888 1892 1893\nCONECT 1892 1891 1894\nCONECT 1893 1891\nCONECT 1894 1892\nCONECT 1895 1889 1896\nCONECT 1896 1895 1897 1899\nCONECT 1897 1896 1898 1901\nCONECT 1898 1897\nCONECT 1899 1896 1900\nCONECT 1900 1899\nCONECT 1901 1897 1902\nCONECT 1902 1901 1903 1905\nCONECT 1903 1902 1904 1908\nCONECT 1904 1903\nCONECT 1905 1902 1906 1907\nCONECT 1906 1905\nCONECT 1907 1905\nCONECT 1908 1903 1909\nCONECT 1909 1908 1910 1912\nCONECT 1910 1909 1911 1916\nCONECT 1911 1910\nCONECT 1912 1909 1913 1914\nCONECT 1913 1912 1915\nCONECT 1914 1912\nCONECT 1915 1913\nCONECT 1916 1910 1917\nCONECT 1917 1916 1918 1920\nCONECT 1918 1917 1919 1924\nCONECT 1919 1918\nCONECT 1920 1917 1921\nCONECT 1921 1920 1922 1923\nCONECT 1922 1921\nCONECT 1923 1921\nCONECT 1924 1918 1925\nCONECT 1925 1924 1926 1928\nCONECT 1926 1925 1927 1931\nCONECT 1927 1926\nCONECT 1928 1925 1929 1930\nCONECT 1929 1928\nCONECT 1930 1928\nCONECT 1931 1926 1932\nCONECT 1932 1931 1933 1935\nCONECT 1933 1932 1934 1943\nCONECT 1934 1933\nCONECT 1935 1932 1936\nCONECT 1936 1935 1937 1938\nCONECT 1937 1936 1939\nCONECT 1938 1936 1940\nCONECT 1939 1937 1941\nCONECT 1940 1938 1941\nCONECT 1941 1939 1940 1942\nCONECT 1942 1941\nCONECT 1943 1933 1944\nCONECT 1944 1943 1945 1947\nCONECT 1945 1944 1946 1951\nCONECT 1946 1945\nCONECT 1947 1944 1948\nCONECT 1948 1947 1949\nCONECT 1949 1948 1950\nCONECT 1950 1949\nCONECT 1951 1945 1952\nCONECT 1952 1951 1953 1955\nCONECT 1953 1952 1954 1959\nCONECT 1954 1953\nCONECT 1955 1952 1956 1957\nCONECT 1956 1955 1958\nCONECT 1957 1955\nCONECT 1958 1956\nCONECT 1959 1953 1960\nCONECT 1960 1959 1961 1963\nCONECT 1961 1960 1962 1967\nCONECT 1962 1961\nCONECT 1963 1960 1964\nCONECT 1964 1963 1965\nCONECT 1965 1964 1966\nCONECT 1966 1965\nCONECT 1967 1961 1968\nCONECT 1968 1967 1969 1971\nCONECT 1969 1968 1970 1978\nCONECT 1970 1969\nCONECT 1971 1968 1972\nCONECT 1972 1971 1973\nCONECT 1973 1972 1974\nCONECT 1974 1973 1975\nCONECT 1975 1974 1976 1977\nCONECT 1976 1975\nCONECT 1977 1975\nCONECT 1978 1969 1979\nCONECT 1979 1978 1980 1982\nCONECT 1980 1979 1981 1987\nCONECT 1981 1980\nCONECT 1982 1979 1983\nCONECT 1983 1982 1984\nCONECT 1984 1983 1985\nCONECT 1985 1984 1986\nCONECT 1986 1985\nCONECT 1987 1980 1988\nCONECT 1988 1987 1989 1991\nCONECT 1989 1988 1990 1993\nCONECT 1990 1989\nCONECT 1991 1988 1992\nCONECT 1992 1991\nCONECT 1993 1989 1994\nCONECT 1994 1993 1995 1997\nCONECT 1995 1994 1996 2007\nCONECT 1996 1995\nCONECT 1997 1994 1998\nCONECT 1998 1997 1999 2000\nCONECT 1999 1998 2001\nCONECT 2000 1998 2002 2003\nCONECT 2001 1999 2002\nCONECT 2002 2000 2001 2004\nCONECT 2003 2000 2005\nCONECT 2004 2002 2006\nCONECT 2005 2003 2006\nCONECT 2006 2004 2005\nCONECT 2007 1995 2008\nCONECT 2008 2007 2009 2011\nCONECT 2009 2008 2010 2015\nCONECT 2010 2009\nCONECT 2011 2008 2012\nCONECT 2012 2011 2013\nCONECT 2013 2012 2014\nCONECT 2014 2013\nCONECT 2015 2009 2016\nCONECT 2016 2015 2017 2019\nCONECT 2017 2016 2018 2023\nCONECT 2018 2017\nCONECT 2019 2016 2020 2021\nCONECT 2020 2019 2022\nCONECT 2021 2019\nCONECT 2022 2020\nCONECT 2023 2017 2024\nCONECT 2024 2023 2025 2027\nCONECT 2025 2024 2026 2031\nCONECT 2026 2025\nCONECT 2027 2024 2028\nCONECT 2028 2027 2029 2030\nCONECT 2029 2028\nCONECT 2030 2028\nCONECT 2031 2025 2032\nCONECT 2032 2031 2033 2035\nCONECT 2033 2032 2034 2036\nCONECT 2034 2033\nCONECT 2035 2032\nCONECT 2036 2033 2037\nCONECT 2037 2036 2038 2040\nCONECT 2038 2037 2039 2044\nCONECT 2039 2038\nCONECT 2040 2037 2041\nCONECT 2041 2040 2042 2043\nCONECT 2042 2041\nCONECT 2043 2041\nCONECT 2044 2038 2045\nCONECT 2045 2044 2046 2048\nCONECT 2046 2045 2047 2050\nCONECT 2047 2046\nCONECT 2048 2045 2049\nCONECT 2049 2048\nCONECT 2050 2046 2051\nCONECT 2051 2050 2052 2054\nCONECT 2052 2051 2053 2061\nCONECT 2053 2052\nCONECT 2054 2051 2055\nCONECT 2055 2054 2056\nCONECT 2056 2055 2057\nCONECT 2057 2056 2058\nCONECT 2058 2057 2059 2060\nCONECT 2059 2058\nCONECT 2060 2058\nCONECT 2061 2052 2062 2067\nCONECT 2062 2061 2063 2065\nCONECT 2063 2062 2064 2068\nCONECT 2064 2063\nCONECT 2065 2062 2066\nCONECT 2066 2065 2067\nCONECT 2067 2061 2066\nCONECT 2068 2063 2069\nCONECT 2069 2068 2070 2072\nCONECT 2070 2069 2071 2077\nCONECT 2071 2070\nCONECT 2072 2069 2073\nCONECT 2073 2072 2074\nCONECT 2074 2073 2075\nCONECT 2075 2074 2076\nCONECT 2076 2075\nCONECT 2077 2070 2078\nCONECT 2078 2077 2079 2081\nCONECT 2079 2078 2080 2088\nCONECT 2080 2079\nCONECT 2081 2078 2082\nCONECT 2082 2081 2083 2084\nCONECT 2083 2082 2085\nCONECT 2084 2082 2086\nCONECT 2085 2083 2087\nCONECT 2086 2084 2087\nCONECT 2087 2085 2086\nCONECT 2088 2079 2089\nCONECT 2089 2088 2090 2092\nCONECT 2090 2089 2091 2099\nCONECT 2091 2090\nCONECT 2092 2089 2093\nCONECT 2093 2092 2094\nCONECT 2094 2093 2095\nCONECT 2095 2094 2096\nCONECT 2096 2095 2097 2098\nCONECT 2097 2096\nCONECT 2098 2096\nCONECT 2099 2090 2100\nCONECT 2100 2099 2101 2103\nCONECT 2101 2100 2102 2108\nCONECT 2102 2101\nCONECT 2103 2100 2104\nCONECT 2104 2103 2105\nCONECT 2105 2104 2106 2107\nCONECT 2106 2105\nCONECT 2107 2105\nCONECT 2108 2101 2109\nCONECT 2109 2108 2110 2112\nCONECT 2110 2109 2111 2116\nCONECT 2111 2110\nCONECT 2112 2109 2113\nCONECT 2113 2112 2114 2115\nCONECT 2114 2113\nCONECT 2115 2113\nCONECT 2116 2110 2117\nCONECT 2117 2116 2118 2120\nCONECT 2118 2117 2119 2124\nCONECT 2119 2118\nCONECT 2120 2117 2121 2122\nCONECT 2121 2120 2123\nCONECT 2122 2120\nCONECT 2123 2121\nCONECT 2124 2118 2125\nCONECT 2125 2124 2126 2128\nCONECT 2126 2125 2127 2132\nCONECT 2127 2126\nCONECT 2128 2125 2129 2130\nCONECT 2129 2128 2131\nCONECT 2130 2128\nCONECT 2131 2129\nCONECT 2132 2126 2133\nCONECT 2133 2132 2134 2136\nCONECT 2134 2133 2135 2141\nCONECT 2135 2134\nCONECT 2136 2133 2137\nCONECT 2137 2136 2138\nCONECT 2138 2137 2139 2140\nCONECT 2139 2138\nCONECT 2140 2138\nCONECT 2141 2134 2142\nCONECT 2142 2141 2143 2145\nCONECT 2143 2142 2144 2152\nCONECT 2144 2143\nCONECT 2145 2142 2146\nCONECT 2146 2145 2147 2148\nCONECT 2147 2146 2149\nCONECT 2148 2146 2150\nCONECT 2149 2147 2151\nCONECT 2150 2148 2151\nCONECT 2151 2149 2150\nCONECT 2152 2143 2153\nCONECT 2153 2152 2154 2156\nCONECT 2154 2153 2155 2158\nCONECT 2155 2154\nCONECT 2156 2153 2157\nCONECT 2157 2156\nCONECT 2158 2154 2159\nCONECT 2159 2158 2160 2162\nCONECT 2160 2159 2161 2167\nCONECT 2161 2160\nCONECT 2162 2159 2163\nCONECT 2163 2162 2164\nCONECT 2164 2163 2165\nCONECT 2165 2164 2166\nCONECT 2166 2165\nCONECT 2167 2160 2168\nCONECT 2168 2167 2169 2171\nCONECT 2169 2168 2170 2175\nCONECT 2170 2169\nCONECT 2171 2168 2172\nCONECT 2172 2171 2173\nCONECT 2173 2172 2174\nCONECT 2174 2173\nCONECT 2175 2169 2176\nCONECT 2176 2175 2177 2179\nCONECT 2177 2176 2178 2180\nCONECT 2178 2177\nCONECT 2179 2176\nCONECT 2180 2177 2181\nCONECT 2181 2180 2182 2184\nCONECT 2182 2181 2183 2191\nCONECT 2183 2182\nCONECT 2184 2181 2185\nCONECT 2185 2184 2186\nCONECT 2186 2185 2187\nCONECT 2187 2186 2188\nCONECT 2188 2187 2189 2190\nCONECT 2189 2188\nCONECT 2190 2188\nCONECT 2191 2182 2192\nCONECT 2192 2191 2193 2195\nCONECT 2193 2192 2194 2199\nCONECT 2194 2193\nCONECT 2195 2192 2196\nCONECT 2196 2195 2197 2198\nCONECT 2197 2196\nCONECT 2198 2196\nCONECT 2199 2193 2200 2205\nCONECT 2200 2199 2201 2203\nCONECT 2201 2200 2202 2206\nCONECT 2202 2201\nCONECT 2203 2200 2204\nCONECT 2204 2203 2205\nCONECT 2205 2199 2204\nCONECT 2206 2201 2207\nCONECT 2207 2206 2208 2210\nCONECT 2208 2207 2209 2215\nCONECT 2209 2208\nCONECT 2210 2207 2211\nCONECT 2211 2210 2212\nCONECT 2212 2211 2213 2214\nCONECT 2213 2212\nCONECT 2214 2212\nCONECT 2215 2208 2216\nCONECT 2216 2215 2217 2219\nCONECT 2217 2216 2218 2226\nCONECT 2218 2217\nCONECT 2219 2216 2220\nCONECT 2220 2219 2221\nCONECT 2221 2220 2222\nCONECT 2222 2221 2223\nCONECT 2223 2222 2224 2225\nCONECT 2224 2223\nCONECT 2225 2223\nCONECT 2226 2217 2227\nCONECT 2227 2226 2228 2230\nCONECT 2228 2227 2229 2238\nCONECT 2229 2228\nCONECT 2230 2227 2231\nCONECT 2231 2230 2232 2233\nCONECT 2232 2231 2234\nCONECT 2233 2231 2235\nCONECT 2234 2232 2236\nCONECT 2235 2233 2236\nCONECT 2236 2234 2235 2237\nCONECT 2237 2236\nCONECT 2238 2228 2239\nCONECT 2239 2238 2240 2242\nCONECT 2240 2239 2241 2246\nCONECT 2241 2240\nCONECT 2242 2239 2243\nCONECT 2243 2242 2244 2245\nCONECT 2244 2243\nCONECT 2245 2243\nCONECT 2246 2240 2247\nCONECT 2247 2246 2248 2250\nCONECT 2248 2247 2249 2253\nCONECT 2249 2248\nCONECT 2250 2247 2251 2252\nCONECT 2251 2250\nCONECT 2252 2250\nCONECT 2253 2248 2254\nCONECT 2254 2253 2255 2257\nCONECT 2255 2254 2256 2261\nCONECT 2256 2255\nCONECT 2257 2254 2258 2259\nCONECT 2258 2257 2260\nCONECT 2259 2257\nCONECT 2260 2258\nCONECT 2261 2255 2262\nCONECT 2262 2261 2263 2265\nCONECT 2263 2262 2264 2270\nCONECT 2264 2263\nCONECT 2265 2262 2266\nCONECT 2266 2265 2267\nCONECT 2267 2266 2268 2269\nCONECT 2268 2267\nCONECT 2269 2267\nCONECT 2270 2263 2271\nCONECT 2271 2270 2272\nCONECT 2272 2271 2273 2274\nCONECT 2273 2272\nCONECT 2274 2272 2275\nCONECT 2275 2274 2276 2278\nCONECT 2276 2275 2277 2282\nCONECT 2277 2276\nCONECT 2278 2275 2279\nCONECT 2279 2278 2280 2281\nCONECT 2280 2279\nCONECT 2281 2279\nCONECT 2282 2276 2283\nCONECT 2283 2282 2284 2286\nCONECT 2284 2283 2285\nCONECT 2285 2284\nCONECT 2286 2283 2287\nCONECT 2287 2286 2288\nCONECT 2288 2287 2289 2290\nCONECT 2289 2288\nCONECT 2290 2288\nCONECT 2291 2302 2305\nCONECT 2292 2305 2306 2308\nCONECT 2293 2306 2307 2310\nCONECT 2294 2295 2307 2308\nCONECT 2295 2294 2296 2297\nCONECT 2296 2295 2309\nCONECT 2297 2295\nCONECT 2298 2299 2310 2311\nCONECT 2299 2298 2313 2314\nCONECT 2300 2312\nCONECT 2301 2318 2319\nCONECT 2302 2291 2303 2317\nCONECT 2303 2302 2304 2316\nCONECT 2304 2303 2305\nCONECT 2305 2291 2292 2304\nCONECT 2306 2292 2293\nCONECT 2307 2293 2294 2309\nCONECT 2308 2292 2294\nCONECT 2309 2296 2307\nCONECT 2310 2293 2298\nCONECT 2311 2298 2312\nCONECT 2312 2300 2311 2313\nCONECT 2313 2299 2312\nCONECT 2314 2299 2315\nCONECT 2315 2314\nCONECT 2316 2303\nCONECT 2317 2302 2318\nCONECT 2318 2301 2317 2320\nCONECT 2319  727 2301\nCONECT 2320 2318\nEND\n",
+           "data": "TITLE     MDANALYSIS FRAME 0: Created by PDBWriter\nCRYST1    1.000    1.000    1.000  90.00  90.00  90.00 P 1           1\nREMARK     285 UNITARY VALUES FOR THE UNIT CELL AUTOMATICALLY SET\nREMARK     285 BY MDANALYSIS PDBWRITER BECAUSE UNIT CELL INFORMATION\nREMARK     285 WAS MISSING.\nREMARK     285 PROTEIN DATA BANK CONVENTIONS REQUIRE THAT\nREMARK     285 CRYST1 RECORD IS INCLUDED, BUT THE VALUES ON\nREMARK     285 THIS RECORD ARE MEANINGLESS.\nATOM      1  N   ALA X 702       5.277  11.203 -38.996  1.00 53.33      A     \nATOM      2  CA  ALA X 702       3.951  11.884 -38.975  1.00 53.50      A     \nATOM      3  C   ALA X 702       3.933  13.064 -39.944  1.00 53.78      A     \nATOM      4  O   ALA X 702       4.770  13.963 -39.855  1.00 54.20      A     \nATOM      5  CB  ALA X 702       3.636  12.364 -37.562  1.00 52.36      A     \nATOM      6  N   LEU X 703       2.976  13.054 -40.867  1.00 53.80      A     \nATOM      7  CA  LEU X 703       2.850  14.122 -41.853  1.00 54.01      A     \nATOM      8  C   LEU X 703       1.391  14.544 -42.013  1.00 53.09      A     \nATOM      9  O   LEU X 703       0.476  13.790 -41.682  1.00 54.23      A     \nATOM     10  CB  LEU X 703       3.409  13.660 -43.202  1.00 54.44      A     \nATOM     11  CG  LEU X 703       3.511  14.726 -44.298  1.00 55.36      A     \nATOM     12  CD1 LEU X 703       4.361  15.885 -43.805  1.00 55.17      A     \nATOM     13  CD2 LEU X 703       4.110  14.115 -45.554  1.00 55.26      A     \nATOM     14  N   LEU X 704       1.180  15.753 -42.521  1.00 52.09      A     \nATOM     15  CA  LEU X 704      -0.162  16.309 -42.645  1.00 50.44      A     \nATOM     16  C   LEU X 704      -0.836  15.879 -43.948  1.00 49.50      A     \nATOM     17  O   LEU X 704      -0.292  16.077 -45.034  1.00 49.73      A     \nATOM     18  CB  LEU X 704      -0.098  17.837 -42.583  1.00 50.18      A     \nATOM     19  CG  LEU X 704      -1.415  18.603 -42.718  1.00 49.73      A     \nATOM     20  CD1 LEU X 704      -2.295  18.338 -41.508  1.00 48.80      A     \nATOM     21  CD2 LEU X 704      -1.125  20.090 -42.850  1.00 49.01      A     \nATOM     22  N   ARG X 705      -2.024  15.293 -43.829  1.00 47.59      A     \nATOM     23  CA  ARG X 705      -2.836  14.955 -44.995  1.00 45.74      A     \nATOM     24  C   ARG X 705      -3.844  16.067 -45.268  1.00 44.35      A     \nATOM     25  O   ARG X 705      -4.441  16.613 -44.341  1.00 41.56      A     \nATOM     26  CB  ARG X 705      -3.583  13.640 -44.759  1.00 47.13      A     \nATOM     27  CG  ARG X 705      -2.702  12.402 -44.768  1.00 49.37      A     \nATOM     28  CD  ARG X 705      -2.340  12.001 -46.187  1.00 51.75      A     \nATOM     29  NE  ARG X 705      -3.525  11.898 -47.037  1.00 53.37      A     \nATOM     30  CZ  ARG X 705      -4.234  10.786 -47.202  1.00 53.48      A     \nATOM     31  NH1 ARG X 705      -3.880   9.671 -46.576  1.00 52.72      A     \nATOM     32  NH2 ARG X 705      -5.301  10.789 -47.989  1.00 53.50      A     \nATOM     33  N   ILE X 706      -4.029  16.403 -46.540  1.00 43.28      A     \nATOM     34  CA  ILE X 706      -5.060  17.360 -46.926  1.00 42.91      A     \nATOM     35  C   ILE X 706      -6.292  16.602 -47.402  1.00 41.94      A     \nATOM     36  O   ILE X 706      -6.221  15.817 -48.347  1.00 41.88      A     \nATOM     37  CB  ILE X 706      -4.575  18.284 -48.060  1.00 44.37      A     \nATOM     38  CG1 ILE X 706      -3.313  19.027 -47.622  1.00 44.83      A     \nATOM     39  CG2 ILE X 706      -5.665  19.285 -48.417  1.00 44.80      A     \nATOM     40  CD1 ILE X 706      -3.515  19.898 -46.409  1.00 46.02      A     \nATOM     41  N   LEU X 707      -7.420  16.835 -46.739  1.00 40.17      A     \nATOM     42  CA  LEU X 707      -8.630  16.066 -47.003  1.00 40.44      A     \nATOM     43  C   LEU X 707      -9.639  16.847 -47.829  1.00 40.86      A     \nATOM     44  O   LEU X 707      -9.779  18.061 -47.679  1.00 40.28      A     \nATOM     45  CB  LEU X 707      -9.286  15.634 -45.690  1.00 40.34      A     \nATOM     46  CG  LEU X 707      -8.672  14.451 -44.939  1.00 41.93      A     \nATOM     47  CD1 LEU X 707      -7.216  14.729 -44.626  1.00 42.47      A     \nATOM     48  CD2 LEU X 707      -9.457  14.207 -43.662  1.00 42.48      A     \nATOM     49  N   LYS X 708     -10.340  16.136 -48.704  1.00 41.24      A     \nATOM     50  CA  LYS X 708     -11.513  16.682 -49.369  1.00 41.04      A     \nATOM     51  C   LYS X 708     -12.738  16.327 -48.539  1.00 40.73      A     \nATOM     52  O   LYS X 708     -12.751  15.305 -47.851  1.00 39.61      A     \nATOM     53  CB  LYS X 708     -11.647  16.095 -50.777  1.00 42.11      A     \nATOM     54  CG  LYS X 708     -10.420  16.305 -51.648  1.00 44.15      A     \nATOM     55  CD  LYS X 708     -10.702  15.967 -53.105  1.00 46.55      A     \nATOM     56  CE  LYS X 708     -11.080  14.506 -53.278  1.00 47.56      A     \nATOM     57  NZ  LYS X 708     -11.327  14.161 -54.709  1.00 48.16      A     \nATOM     58  N   GLU X 709     -13.765  17.169 -48.600  1.00 40.50      A     \nATOM     59  CA  GLU X 709     -14.954  16.975 -47.781  1.00 40.91      A     \nATOM     60  C   GLU X 709     -15.543  15.584 -47.960  1.00 39.96      A     \nATOM     61  O   GLU X 709     -16.176  15.046 -47.053  1.00 40.67      A     \nATOM     62  CB  GLU X 709     -16.016  18.022 -48.123  1.00 42.98      A     \nATOM     63  CG  GLU X 709     -15.659  19.433 -47.703  1.00 44.71      A     \nATOM     64  CD  GLU X 709     -16.853  20.364 -47.743  1.00 45.85      A     \nATOM     65  OE1 GLU X 709     -17.025  21.067 -48.759  1.00 46.98      A     \nATOM     66  OE2 GLU X 709     -17.621  20.387 -46.759  1.00 47.10      A     \nATOM     67  N   THR X 710     -15.331  15.002 -49.136  1.00 40.02      A     \nATOM     68  CA  THR X 710     -15.914  13.710 -49.465  1.00 40.36      A     \nATOM     69  C   THR X 710     -15.205  12.557 -48.763  1.00 40.05      A     \nATOM     70  O   THR X 710     -15.675  11.422 -48.797  1.00 40.20      A     \nATOM     71  CB  THR X 710     -15.876  13.456 -50.986  1.00 40.79      A     \nATOM     72  OG1 THR X 710     -14.531  13.584 -51.461  1.00 41.46      A     \nATOM     73  CG2 THR X 710     -16.767  14.453 -51.713  1.00 42.07      A     \nATOM     74  N   GLU X 711     -14.077  12.854 -48.126  1.00 40.25      A     \nATOM     75  CA  GLU X 711     -13.267  11.819 -47.487  1.00 40.49      A     \nATOM     76  C   GLU X 711     -13.739  11.464 -46.079  1.00 39.75      A     \nATOM     77  O   GLU X 711     -13.445  10.378 -45.579  1.00 39.47      A     \nATOM     78  CB  GLU X 711     -11.804  12.255 -47.421  1.00 41.30      A     \nATOM     79  CG  GLU X 711     -11.091  12.286 -48.755  1.00 43.52      A     \nATOM     80  CD  GLU X 711      -9.614  12.586 -48.604  1.00 43.82      A     \nATOM     81  OE1 GLU X 711      -9.163  13.625 -49.126  1.00 44.58      A     \nATOM     82  OE2 GLU X 711      -8.905  11.782 -47.957  1.00 43.93      A     \nATOM     83  N   PHE X 712     -14.458  12.377 -45.435  1.00 38.55      A     \nATOM     84  CA  PHE X 712     -14.880  12.149 -44.058  1.00 38.10      A     \nATOM     85  C   PHE X 712     -16.328  12.542 -43.807  1.00 38.70      A     \nATOM     86  O   PHE X 712     -16.933  13.274 -44.591  1.00 39.42      A     \nATOM     87  CB  PHE X 712     -13.963  12.906 -43.092  1.00 36.62      A     \nATOM     88  CG  PHE X 712     -14.014  14.397 -43.248  1.00 34.94      A     \nATOM     89  CD1 PHE X 712     -14.798  15.169 -42.406  1.00 34.44      A     \nATOM     90  CD2 PHE X 712     -13.261  15.032 -44.224  1.00 35.08      A     \nATOM     91  CE1 PHE X 712     -14.828  16.546 -42.532  1.00 36.00      A     \nATOM     92  CE2 PHE X 712     -13.287  16.410 -44.356  1.00 35.66      A     \nATOM     93  CZ  PHE X 712     -14.071  17.168 -43.508  1.00 35.12      A     \nATOM     94  N   LYS X 713     -16.878  12.039 -42.707  1.00 38.99      A     \nATOM     95  CA  LYS X 713     -18.263  12.299 -42.343  1.00 39.17      A     \nATOM     96  C   LYS X 713     -18.384  12.507 -40.837  1.00 38.90      A     \nATOM     97  O   LYS X 713     -17.734  11.814 -40.055  1.00 36.12      A     \nATOM     98  CB  LYS X 713     -19.146  11.123 -42.765  1.00 41.92      A     \nATOM     99  CG  LYS X 713     -20.607  11.279 -42.381  1.00 45.13      A     \nATOM    100  CD  LYS X 713     -21.374   9.983 -42.584  1.00 48.08      A     \nATOM    101  CE  LYS X 713     -22.874  10.214 -42.493  1.00 49.17      A     \nATOM    102  NZ  LYS X 713     -23.347  11.138 -43.561  1.00 50.21      A     \nATOM    103  N   LYS X 714     -19.214  13.467 -40.439  1.00 38.49      A     \nATOM    104  CA  LYS X 714     -19.502  13.694 -39.027  1.00 39.61      A     \nATOM    105  C   LYS X 714     -20.628  12.773 -38.576  1.00 40.20      A     \nATOM    106  O   LYS X 714     -21.656  12.660 -39.247  1.00 41.82      A     \nATOM    107  CB  LYS X 714     -19.921  15.147 -38.793  1.00 39.27      A     \nATOM    108  CG  LYS X 714     -18.920  16.182 -39.259  1.00 40.17      A     \nATOM    109  CD  LYS X 714     -19.436  17.585 -38.979  1.00 42.14      A     \nATOM    110  CE  LYS X 714     -18.544  18.635 -39.606  1.00 42.08      A     \nATOM    111  NZ  LYS X 714     -18.490  18.485 -41.087  1.00 43.01      A     \nATOM    112  N   ILE X 715     -20.436  12.119 -37.438  1.00 38.93      A     \nATOM    113  CA  ILE X 715     -21.440  11.201 -36.918  1.00 40.62      A     \nATOM    114  C   ILE X 715     -22.235  11.836 -35.778  1.00 41.10      A     \nATOM    115  O   ILE X 715     -23.465  11.840 -35.802  1.00 41.63      A     \nATOM    116  CB  ILE X 715     -20.789   9.894 -36.424  1.00 41.30      A     \nATOM    117  CG1 ILE X 715     -20.114   9.181 -37.599  1.00 41.96      A     \nATOM    118  CG2 ILE X 715     -21.836   8.989 -35.794  1.00 42.74      A     \nATOM    119  CD1 ILE X 715     -19.499   7.849 -37.236  1.00 42.62      A     \nATOM    120  N   LYS X 716     -21.538  12.376 -34.784  1.00 40.55      A     \nATOM    121  CA  LYS X 716     -22.217  13.068 -33.696  1.00 40.55      A     \nATOM    122  C   LYS X 716     -21.331  14.077 -32.981  1.00 39.57      A     \nATOM    123  O   LYS X 716     -20.103  13.996 -33.030  1.00 38.61      A     \nATOM    124  CB  LYS X 716     -22.765  12.061 -32.682  1.00 41.96      A     \nATOM    125  CG  LYS X 716     -21.708  11.253 -31.949  1.00 44.29      A     \nATOM    126  CD  LYS X 716     -22.347  10.393 -30.867  1.00 46.59      A     \nATOM    127  CE  LYS X 716     -21.304   9.654 -30.046  1.00 48.37      A     \nATOM    128  NZ  LYS X 716     -21.930   8.873 -28.944  1.00 49.91      A     \nATOM    129  N   VAL X 717     -21.966  15.035 -32.317  1.00 38.08      A     \nATOM    130  CA  VAL X 717     -21.244  16.049 -31.564  1.00 36.20      A     \nATOM    131  C   VAL X 717     -20.724  15.460 -30.261  1.00 34.66      A     \nATOM    132  O   VAL X 717     -21.411  14.683 -29.599  1.00 35.57      A     \nATOM    133  CB  VAL X 717     -22.152  17.251 -31.243  1.00 36.16      A     \nATOM    134  CG1 VAL X 717     -21.376  18.293 -30.449  1.00 36.18      A     \nATOM    135  CG2 VAL X 717     -22.682  17.853 -32.531  1.00 37.20      A     \nATOM    136  N   LEU X 718     -19.499  15.828 -29.903  1.00 33.55      A     \nATOM    137  CA  LEU X 718     -18.880  15.329 -28.681  1.00 33.35      A     \nATOM    138  C   LEU X 718     -18.840  16.423 -27.629  1.00 33.03      A     \nATOM    139  O   LEU X 718     -18.926  16.159 -26.428  1.00 34.04      A     \nATOM    140  CB  LEU X 718     -17.461  14.844 -28.975  1.00 32.91      A     \nATOM    141  CG  LEU X 718     -17.395  13.718 -30.006  1.00 30.96      A     \nATOM    142  CD1 LEU X 718     -15.950  13.304 -30.230  1.00 31.66      A     \nATOM    143  CD2 LEU X 718     -18.233  12.542 -29.518  1.00 30.77      A     \nATOM    144  N   GLY X 719     -18.701  17.658 -28.093  1.00 32.42      A     \nATOM    145  CA  GLY X 719     -18.682  18.789 -27.189  1.00 33.09      A     \nATOM    146  C   GLY X 719     -18.545  20.077 -27.968  1.00 33.21      A     \nATOM    147  O   GLY X 719     -18.238  20.064 -29.163  1.00 31.73      A     \nATOM    148  N   SER X 720     -18.776  21.200 -27.298  1.00 34.95      A     \nATOM    149  CA  SER X 720     -18.682  22.486 -27.963  1.00 37.34      A     \nATOM    150  C   SER X 720     -18.152  23.556 -27.021  1.00 38.04      A     \nATOM    151  O   SER X 720     -18.359  23.488 -25.808  1.00 38.56      A     \nATOM    152  CB  SER X 720     -20.055  22.900 -28.499  1.00 38.34      A     \nATOM    153  OG  SER X 720     -19.937  24.051 -29.319  1.00 39.55      A     \nATOM    154  N   GLY X 721     -17.459  24.539 -27.588  1.00 39.44      A     \nATOM    155  CA  GLY X 721     -16.952  25.648 -26.802  1.00 40.77      A     \nATOM    156  C   GLY X 721     -16.703  26.865 -27.670  1.00 41.72      A     \nATOM    157  O   GLY X 721     -17.227  26.962 -28.780  1.00 42.91      A     \nATOM    158  N   ALA X 722     -15.899  27.799 -27.168  1.00 43.58      A     \nATOM    159  CA  ALA X 722     -15.595  29.020 -27.907  1.00 44.64      A     \nATOM    160  C   ALA X 722     -14.717  28.717 -29.116  1.00 45.13      A     \nATOM    161  O   ALA X 722     -14.695  29.476 -30.087  1.00 46.14      A     \nATOM    162  CB  ALA X 722     -14.898  30.024 -26.993  1.00 45.57      A     \nATOM    163  N   PHE X 723     -13.994  27.605 -29.050  1.00 44.20      A     \nATOM    164  CA  PHE X 723     -13.122  27.188 -30.141  1.00 42.60      A     \nATOM    165  C   PHE X 723     -13.957  26.750 -31.338  1.00 41.98      A     \nATOM    166  O   PHE X 723     -13.577  26.969 -32.489  1.00 42.68      A     \nATOM    167  CB  PHE X 723     -12.235  26.025 -29.686  1.00 42.36      A     \nATOM    168  CG  PHE X 723     -13.001  24.774 -29.360  1.00 41.85      A     \nATOM    169  CD1 PHE X 723     -13.200  23.796 -30.321  1.00 41.39      A     \nATOM    170  CD2 PHE X 723     -13.537  24.581 -28.097  1.00 41.71      A     \nATOM    171  CE1 PHE X 723     -13.921  22.651 -30.031  1.00 41.44      A     \nATOM    172  CE2 PHE X 723     -14.259  23.438 -27.800  1.00 42.29      A     \nATOM    173  CZ  PHE X 723     -14.451  22.473 -28.768  1.00 41.26      A     \nATOM    174  N   GLY X 724     -15.099  26.130 -31.056  1.00 40.24      A     \nATOM    175  CA  GLY X 724     -15.902  25.541 -32.110  1.00 38.08      A     \nATOM    176  C   GLY X 724     -16.613  24.290 -31.635  1.00 37.22      A     \nATOM    177  O   GLY X 724     -17.086  24.230 -30.501  1.00 36.98      A     \nATOM    178  N   THR X 725     -16.695  23.288 -32.502  1.00 35.79      A     \nATOM    179  CA  THR X 725     -17.358  22.043 -32.151  1.00 34.40      A     \nATOM    180  C   THR X 725     -16.513  20.844 -32.553  1.00 33.32      A     \nATOM    181  O   THR X 725     -15.880  20.843 -33.606  1.00 32.75      A     \nATOM    182  CB  THR X 725     -18.737  21.938 -32.836  1.00 36.02      A     \nATOM    183  OG1 THR X 725     -19.590  22.985 -32.355  1.00 38.06      A     \nATOM    184  CG2 THR X 725     -19.380  20.596 -32.536  1.00 36.10      A     \nATOM    185  N   VAL X 726     -16.502  19.827 -31.698  1.00 31.17      A     \nATOM    186  CA  VAL X 726     -15.828  18.578 -32.017  1.00 30.85      A     \nATOM    187  C   VAL X 726     -16.843  17.465 -32.244  1.00 30.95      A     \nATOM    188  O   VAL X 726     -17.760  17.275 -31.444  1.00 30.28      A     \nATOM    189  CB  VAL X 726     -14.871  18.152 -30.884  1.00 30.67      A     \nATOM    190  CG1 VAL X 726     -14.213  16.824 -31.234  1.00 30.82      A     \nATOM    191  CG2 VAL X 726     -13.815  19.223 -30.662  1.00 30.91      A     \nATOM    192  N   TYR X 727     -16.667  16.736 -33.344  1.00 30.34      A     \nATOM    193  CA  TYR X 727     -17.543  15.625 -33.700  1.00 31.29      A     \nATOM    194  C   TYR X 727     -16.773  14.314 -33.670  1.00 29.68      A     \nATOM    195  O   TYR X 727     -15.576  14.288 -33.947  1.00 30.33      A     \nATOM    196  CB  TYR X 727     -18.099  15.807 -35.113  1.00 30.99      A     \nATOM    197  CG  TYR X 727     -18.851  17.093 -35.347  1.00 32.99      A     \nATOM    198  CD1 TYR X 727     -18.182  18.259 -35.697  1.00 30.73      A     \nATOM    199  CD2 TYR X 727     -20.235  17.129 -35.262  1.00 34.07      A     \nATOM    200  CE1 TYR X 727     -18.875  19.425 -35.962  1.00 35.20      A     \nATOM    201  CE2 TYR X 727     -20.935  18.289 -35.524  1.00 34.45      A     \nATOM    202  CZ  TYR X 727     -20.252  19.431 -35.874  1.00 34.69      A     \nATOM    203  OH  TYR X 727     -20.952  20.584 -36.146  1.00 35.93      A     \nATOM    204  N   LYS X 728     -17.467  13.227 -33.349  1.00 30.30      A     \nATOM    205  CA  LYS X 728     -16.989  11.905 -33.715  1.00 31.74      A     \nATOM    206  C   LYS X 728     -17.286  11.724 -35.197  1.00 32.90      A     \nATOM    207  O   LYS X 728     -18.354  12.109 -35.669  1.00 33.35      A     \nATOM    208  CB  LYS X 728     -17.715  10.829 -32.907  1.00 33.29      A     \nATOM    209  CG  LYS X 728     -17.381   9.416 -33.345  1.00 34.93      A     \nATOM    210  CD  LYS X 728     -18.107   8.383 -32.510  1.00 37.45      A     \nATOM    211  CE  LYS X 728     -17.714   6.975 -32.933  1.00 39.27      A     \nATOM    212  NZ  LYS X 728     -18.260   5.957 -32.001  1.00 39.74      A     \nATOM    213  N   GLY X 729     -16.341  11.150 -35.934  1.00 33.24      A     \nATOM    214  CA  GLY X 729     -16.534  10.998 -37.364  1.00 33.39      A     \nATOM    215  C   GLY X 729     -15.798   9.807 -37.943  1.00 33.78      A     \nATOM    216  O   GLY X 729     -15.143   9.056 -37.221  1.00 32.08      A     \nATOM    217  N   LEU X 730     -15.921   9.633 -39.254  1.00 33.73      A     \nATOM    218  CA  LEU X 730     -15.206   8.582 -39.967  1.00 34.73      A     \nATOM    219  C   LEU X 730     -14.406   9.173 -41.117  1.00 33.62      A     \nATOM    220  O   LEU X 730     -14.920   9.971 -41.900  1.00 33.04      A     \nATOM    221  CB  LEU X 730     -16.188   7.548 -40.519  1.00 36.16      A     \nATOM    222  CG  LEU X 730     -16.690   6.466 -39.564  1.00 38.32      A     \nATOM    223  CD1 LEU X 730     -17.810   5.682 -40.236  1.00 41.92      A     \nATOM    224  CD2 LEU X 730     -15.539   5.539 -39.177  1.00 39.35      A     \nATOM    225  N   TRP X 731     -13.144   8.773 -41.217  1.00 32.90      A     \nATOM    226  CA  TRP X 731     -12.296   9.213 -42.312  1.00 33.15      A     \nATOM    227  C   TRP X 731     -11.923   8.020 -43.186  1.00 35.02      A     \nATOM    228  O   TRP X 731     -11.363   7.035 -42.702  1.00 33.24      A     \nATOM    229  CB  TRP X 731     -11.035   9.874 -41.755  1.00 31.78      A     \nATOM    230  CG  TRP X 731     -10.016  10.250 -42.787  1.00 32.89      A     \nATOM    231  CD1 TRP X 731     -10.251  10.667 -44.068  1.00 31.37      A     \nATOM    232  CD2 TRP X 731      -8.594  10.267 -42.616  1.00 31.62      A     \nATOM    233  NE1 TRP X 731      -9.063  10.941 -44.702  1.00 33.14      A     \nATOM    234  CE2 TRP X 731      -8.031  10.704 -43.832  1.00 32.66      A     \nATOM    235  CE3 TRP X 731      -7.742   9.957 -41.550  1.00 31.43      A     \nATOM    236  CZ2 TRP X 731      -6.654  10.837 -44.011  1.00 33.13      A     \nATOM    237  CZ3 TRP X 731      -6.378  10.090 -41.729  1.00 31.94      A     \nATOM    238  CH2 TRP X 731      -5.846  10.526 -42.951  1.00 32.41      A     \nATOM    239  N   ILE X 732     -12.253   8.106 -44.471  1.00 37.34      A     \nATOM    240  CA  ILE X 732     -11.778   7.126 -45.439  1.00 40.81      A     \nATOM    241  C   ILE X 732     -10.948   7.830 -46.500  1.00 41.25      A     \nATOM    242  O   ILE X 732     -11.487   8.502 -47.381  1.00 41.65      A     \nATOM    243  CB  ILE X 732     -12.940   6.395 -46.151  1.00 42.95      A     \nATOM    244  CG1 ILE X 732     -13.835   5.692 -45.128  1.00 43.89      A     \nATOM    245  CG2 ILE X 732     -12.381   5.380 -47.143  1.00 43.15      A     \nATOM    246  CD1 ILE X 732     -14.782   6.624 -44.399  1.00 46.24      A     \nATOM    247  N   PRO X 733      -9.618   7.687 -46.429  1.00 42.52      A     \nATOM    248  CA  PRO X 733      -8.759   8.278 -47.459  1.00 43.56      A     \nATOM    249  C   PRO X 733      -9.134   7.727 -48.834  1.00 44.66      A     \nATOM    250  O   PRO X 733      -9.439   6.542 -48.970  1.00 44.00      A     \nATOM    251  CB  PRO X 733      -7.351   7.865 -47.029  1.00 43.45      A     \nATOM    252  CG  PRO X 733      -7.469   7.585 -45.564  1.00 43.20      A     \nATOM    253  CD  PRO X 733      -8.838   7.009 -45.380  1.00 41.80      A     \nATOM    254  N   GLU X 734      -9.121   8.588 -49.847  1.00 46.93      A     \nATOM    255  CA  GLU X 734      -9.580   8.199 -51.177  1.00 49.59      A     \nATOM    256  C   GLU X 734      -8.976   6.883 -51.649  1.00 49.52      A     \nATOM    257  O   GLU X 734      -7.759   6.757 -51.778  1.00 50.42      A     \nATOM    258  CB  GLU X 734      -9.253   9.293 -52.197  1.00 52.00      A     \nATOM    259  CG  GLU X 734     -10.191  10.484 -52.160  1.00 55.25      A     \nATOM    260  CD  GLU X 734     -10.219  11.236 -53.476  1.00 56.78      A     \nATOM    261  OE1 GLU X 734      -9.139  11.646 -53.952  1.00 57.86      A     \nATOM    262  OE2 GLU X 734     -11.322  11.415 -54.036  1.00 58.26      A     \nATOM    263  N   GLY X 735      -9.837   5.903 -51.905  1.00 49.52      A     \nATOM    264  CA  GLY X 735      -9.393   4.665 -52.520  1.00 49.01      A     \nATOM    265  C   GLY X 735      -8.555   3.779 -51.617  1.00 48.74      A     \nATOM    266  O   GLY X 735      -7.915   2.838 -52.091  1.00 48.63      A     \nATOM    267  N   GLU X 736      -8.550   4.069 -50.319  1.00 47.32      A     \nATOM    268  CA  GLU X 736      -7.763   3.284 -49.377  1.00 46.57      A     \nATOM    269  C   GLU X 736      -8.601   2.204 -48.705  1.00 46.35      A     \nATOM    270  O   GLU X 736      -8.065   1.248 -48.144  1.00 47.60      A     \nATOM    271  CB  GLU X 736      -7.140   4.192 -48.314  1.00 45.62      A     \nATOM    272  CG  GLU X 736      -6.052   5.111 -48.847  1.00 44.24      A     \nATOM    273  CD  GLU X 736      -5.127   5.608 -47.753  1.00 44.08      A     \nATOM    274  OE1 GLU X 736      -5.238   5.108 -46.616  1.00 42.85      A     \nATOM    275  OE2 GLU X 736      -4.293   6.496 -48.028  1.00 44.40      A     \nATOM    276  N   LYS X 737      -9.919   2.366 -48.761  1.00 47.23      A     \nATOM    277  CA  LYS X 737     -10.845   1.361 -48.257  1.00 47.96      A     \nATOM    278  C   LYS X 737     -10.727   1.138 -46.751  1.00 47.79      A     \nATOM    279  O   LYS X 737     -11.444   0.315 -46.184  1.00 49.82      A     \nATOM    280  CB  LYS X 737     -10.634   0.036 -48.994  1.00 48.39      A     \nATOM    281  CG  LYS X 737     -10.905   0.118 -50.486  1.00 49.47      A     \nATOM    282  CD  LYS X 737     -12.295   0.671 -50.752  1.00 50.39      A     \nATOM    283  CE  LYS X 737     -12.563   0.810 -52.242  1.00 52.01      A     \nATOM    284  NZ  LYS X 737     -12.519  -0.509 -52.936  1.00 53.17      A     \nATOM    285  N   VAL X 738      -9.819   1.867 -46.106  1.00 47.28      A     \nATOM    286  CA  VAL X 738      -9.664   1.778 -44.657  1.00 46.30      A     \nATOM    287  C   VAL X 738     -10.501   2.844 -43.957  1.00 45.87      A     \nATOM    288  O   VAL X 738     -10.363   4.036 -44.234  1.00 46.64      A     \nATOM    289  CB  VAL X 738      -8.184   1.949 -44.240  1.00 46.79      A     \nATOM    290  CG1 VAL X 738      -7.639   3.266 -44.771  1.00 47.78      A     \nATOM    291  CG2 VAL X 738      -8.061   1.892 -42.723  1.00 46.52      A     \nATOM    292  N   LYS X 739     -11.373   2.410 -43.051  1.00 45.02      A     \nATOM    293  CA  LYS X 739     -12.263   3.325 -42.344  1.00 43.82      A     \nATOM    294  C   LYS X 739     -11.684   3.684 -40.980  1.00 41.03      A     \nATOM    295  O   LYS X 739     -11.567   2.829 -40.101  1.00 41.37      A     \nATOM    296  CB  LYS X 739     -13.642   2.687 -42.161  1.00 46.66      A     \nATOM    297  CG  LYS X 739     -14.303   2.260 -43.461  1.00 49.72      A     \nATOM    298  CD  LYS X 739     -15.713   1.748 -43.223  1.00 52.48      A     \nATOM    299  CE  LYS X 739     -16.619   2.845 -42.683  1.00 53.54      A     \nATOM    300  NZ  LYS X 739     -16.774   3.968 -43.650  1.00 55.43      A     \nATOM    301  N   ILE X 740     -11.332   4.953 -40.806  1.00 37.21      A     \nATOM    302  CA  ILE X 740     -10.630   5.390 -39.607  1.00 34.22      A     \nATOM    303  C   ILE X 740     -11.547   6.228 -38.725  1.00 33.62      A     \nATOM    304  O   ILE X 740     -11.979   7.310 -39.120  1.00 31.45      A     \nATOM    305  CB  ILE X 740      -9.396   6.237 -39.976  1.00 32.65      A     \nATOM    306  CG1 ILE X 740      -8.499   5.455 -40.942  1.00 32.75      A     \nATOM    307  CG2 ILE X 740      -8.629   6.620 -38.718  1.00 32.58      A     \nATOM    308  CD1 ILE X 740      -7.315   6.249 -41.452  1.00 31.77      A     \nATOM    309  N   PRO X 741     -11.857   5.738 -37.515  1.00 32.34      A     \nATOM    310  CA  PRO X 741     -12.581   6.582 -36.561  1.00 31.27      A     \nATOM    311  C   PRO X 741     -11.734   7.793 -36.198  1.00 30.23      A     \nATOM    312  O   PRO X 741     -10.544   7.661 -35.918  1.00 29.76      A     \nATOM    313  CB  PRO X 741     -12.817   5.661 -35.365  1.00 33.00      A     \nATOM    314  CG  PRO X 741     -11.752   4.621 -35.472  1.00 34.70      A     \nATOM    315  CD  PRO X 741     -11.500   4.429 -36.940  1.00 33.66      A     \nATOM    316  N   VAL X 742     -12.343   8.975 -36.222  1.00 28.53      A     \nATOM    317  CA  VAL X 742     -11.611  10.208 -35.960  1.00 26.30      A     \nATOM    318  C   VAL X 742     -12.465  11.192 -35.170  1.00 26.53      A     \nATOM    319  O   VAL X 742     -13.683  11.041 -35.074  1.00 25.94      A     \nATOM    320  CB  VAL X 742     -11.181  10.911 -37.267  1.00 25.75      A     \nATOM    321  CG1 VAL X 742     -10.246  10.019 -38.069  1.00 26.96      A     \nATOM    322  CG2 VAL X 742     -12.414  11.277 -38.088  1.00 25.98      A     \nATOM    323  N   ALA X 743     -11.813  12.200 -34.604  1.00 25.05      A     \nATOM    324  CA  ALA X 743     -12.519  13.364 -34.096  1.00 25.68      A     \nATOM    325  C   ALA X 743     -12.332  14.500 -35.085  1.00 27.85      A     \nATOM    326  O   ALA X 743     -11.229  14.740 -35.576  1.00 30.14      A     \nATOM    327  CB  ALA X 743     -11.977  13.759 -32.736  1.00 25.46      A     \nATOM    328  N   ILE X 744     -13.418  15.197 -35.385  1.00 27.48      A     \nATOM    329  CA  ILE X 744     -13.360  16.309 -36.313  1.00 28.29      A     \nATOM    330  C   ILE X 744     -13.656  17.588 -35.554  1.00 29.35      A     \nATOM    331  O   ILE X 744     -14.735  17.746 -34.984  1.00 31.01      A     \nATOM    332  CB  ILE X 744     -14.392  16.143 -37.435  1.00 29.45      A     \nATOM    333  CG1 ILE X 744     -14.165  14.805 -38.140  1.00 30.28      A     \nATOM    334  CG2 ILE X 744     -14.285  17.300 -38.413  1.00 29.00      A     \nATOM    335  CD1 ILE X 744     -15.294  14.390 -39.056  1.00 31.91      A     \nATOM    336  N   LYS X 745     -12.686  18.489 -35.534  1.00 30.73      A     \nATOM    337  CA  LYS X 745     -12.844  19.746 -34.828  1.00 32.30      A     \nATOM    338  C   LYS X 745     -13.105  20.851 -35.832  1.00 33.77      A     \nATOM    339  O   LYS X 745     -12.203  21.283 -36.546  1.00 33.20      A     \nATOM    340  CB  LYS X 745     -11.587  20.060 -34.014  1.00 33.88      A     \nATOM    341  CG  LYS X 745     -11.693  21.338 -33.201  1.00 34.73      A     \nATOM    342  CD  LYS X 745     -10.623  21.401 -32.121  1.00 36.77      A     \nATOM    343  CE  LYS X 745      -9.232  21.204 -32.699  1.00 37.96      A     \nATOM    344  NZ  LYS X 745      -8.186  21.273 -31.638  1.00 38.76      A     \nATOM    345  N   GLU X 746     -14.354  21.299 -35.890  1.00 35.68      A     \nATOM    346  CA  GLU X 746     -14.716  22.391 -36.776  1.00 37.52      A     \nATOM    347  C   GLU X 746     -14.599  23.706 -36.021  1.00 38.23      A     \nATOM    348  O   GLU X 746     -15.378  23.980 -35.108  1.00 38.56      A     \nATOM    349  CB  GLU X 746     -16.145  22.206 -37.291  1.00 38.19      A     \nATOM    350  CG  GLU X 746     -16.553  23.238 -38.323  1.00 41.44      A     \nATOM    351  CD  GLU X 746     -17.627  22.729 -39.259  1.00 42.93      A     \nATOM    352  OE1 GLU X 746     -17.517  22.977 -40.478  1.00 45.06      A     \nATOM    353  OE2 GLU X 746     -18.579  22.078 -38.779  1.00 44.95      A     \nATOM    354  N   LEU X 747     -13.619  24.513 -36.408  1.00 38.95      A     \nATOM    355  CA  LEU X 747     -13.335  25.762 -35.715  1.00 41.65      A     \nATOM    356  C   LEU X 747     -14.333  26.840 -36.126  1.00 42.96      A     \nATOM    357  O   LEU X 747     -14.828  26.840 -37.251  1.00 43.32      A     \nATOM    358  CB  LEU X 747     -11.913  26.222 -36.040  1.00 41.42      A     \nATOM    359  CG  LEU X 747     -10.806  25.201 -35.764  1.00 41.30      A     \nATOM    360  CD1 LEU X 747      -9.466  25.767 -36.205  1.00 41.80      A     \nATOM    361  CD2 LEU X 747     -10.780  24.853 -34.284  1.00 41.93      A     \nATOM    362  N   ARG X 748     -14.630  27.752 -35.207  1.00 45.66      A     \nATOM    363  CA  ARG X 748     -15.547  28.850 -35.494  1.00 47.96      A     \nATOM    364  C   ARG X 748     -14.885  29.878 -36.405  1.00 48.15      A     \nATOM    365  O   ARG X 748     -13.666  29.877 -36.575  1.00 48.92      A     \nATOM    366  CB  ARG X 748     -15.989  29.529 -34.196  1.00 49.57      A     \nATOM    367  CG  ARG X 748     -14.848  30.116 -33.385  1.00 52.89      A     \nATOM    368  CD  ARG X 748     -15.351  31.170 -32.411  1.00 54.92      A     \nATOM    369  NE  ARG X 748     -16.020  32.269 -33.100  1.00 57.30      A     \nATOM    370  CZ  ARG X 748     -15.385  33.277 -33.691  1.00 58.18      A     \nATOM    371  NH1 ARG X 748     -14.060  33.328 -33.677  1.00 58.48      A     \nATOM    372  NH2 ARG X 748     -16.074  34.233 -34.300  1.00 58.70      A     \nATOM    373  N   PRO X 753     -10.382  35.802 -42.001  1.00 48.58      A     \nATOM    374  CA  PRO X 753      -9.626  34.544 -42.000  1.00 47.96      A     \nATOM    375  C   PRO X 753      -8.165  34.734 -42.400  1.00 47.11      A     \nATOM    376  O   PRO X 753      -7.825  35.677 -43.115  1.00 47.75      A     \nATOM    377  CB  PRO X 753     -10.382  33.669 -43.002  1.00 48.22      A     \nATOM    378  CG  PRO X 753     -11.765  34.233 -43.022  1.00 49.06      A     \nATOM    379  CD  PRO X 753     -11.588  35.713 -42.842  1.00 49.26      A     \nATOM    380  N   LYS X 754      -7.306  33.834 -41.936  1.00 45.59      A     \nATOM    381  CA  LYS X 754      -5.918  33.803 -42.383  1.00 43.84      A     \nATOM    382  C   LYS X 754      -5.854  33.163 -43.766  1.00 42.10      A     \nATOM    383  O   LYS X 754      -6.816  32.538 -44.212  1.00 41.22      A     \nATOM    384  CB  LYS X 754      -5.064  32.997 -41.401  1.00 44.90      A     \nATOM    385  CG  LYS X 754      -4.999  33.588 -40.003  1.00 45.82      A     \nATOM    386  CD  LYS X 754      -4.134  32.737 -39.085  1.00 46.93      A     \nATOM    387  CE  LYS X 754      -3.957  33.400 -37.727  1.00 48.52      A     \nATOM    388  NZ  LYS X 754      -3.019  32.640 -36.854  1.00 48.85      A     \nATOM    389  N   ALA X 755      -4.722  33.321 -44.444  1.00 40.06      A     \nATOM    390  CA  ALA X 755      -4.530  32.690 -45.745  1.00 39.70      A     \nATOM    391  C   ALA X 755      -4.517  31.178 -45.568  1.00 39.25      A     \nATOM    392  O   ALA X 755      -4.132  30.676 -44.512  1.00 38.41      A     \nATOM    393  CB  ALA X 755      -3.220  33.154 -46.366  1.00 37.98      A     \nATOM    394  N   ASN X 756      -4.936  30.453 -46.600  1.00 39.71      A     \nATOM    395  CA  ASN X 756      -4.941  28.996 -46.538  1.00 39.70      A     \nATOM    396  C   ASN X 756      -3.543  28.447 -46.276  1.00 39.88      A     \nATOM    397  O   ASN X 756      -3.384  27.441 -45.585  1.00 39.27      A     \nATOM    398  CB  ASN X 756      -5.488  28.406 -47.839  1.00 40.48      A     \nATOM    399  CG  ASN X 756      -6.983  28.600 -47.984  1.00 41.73      A     \nATOM    400  OD1 ASN X 756      -7.645  29.121 -47.085  1.00 42.63      A     \nATOM    401  ND2 ASN X 756      -7.528  28.179 -49.122  1.00 43.57      A     \nATOM    402  N   LYS X 757      -2.528  29.107 -46.823  1.00 39.54      A     \nATOM    403  CA  LYS X 757      -1.160  28.629 -46.660  1.00 40.66      A     \nATOM    404  C   LYS X 757      -0.671  28.825 -45.228  1.00 39.79      A     \nATOM    405  O   LYS X 757       0.089  28.008 -44.708  1.00 40.20      A     \nATOM    406  CB  LYS X 757      -0.216  29.345 -47.627  1.00 41.89      A     \nATOM    407  CG  LYS X 757       1.192  28.776 -47.618  1.00 44.68      A     \nATOM    408  CD  LYS X 757       2.079  29.437 -48.658  1.00 47.10      A     \nATOM    409  CE  LYS X 757       3.435  28.751 -48.723  1.00 48.69      A     \nATOM    410  NZ  LYS X 757       4.077  28.662 -47.381  1.00 50.45      A     \nATOM    411  N   GLU X 758      -1.110  29.906 -44.589  1.00 39.22      A     \nATOM    412  CA  GLU X 758      -0.802  30.127 -43.179  1.00 38.82      A     \nATOM    413  C   GLU X 758      -1.393  29.013 -42.331  1.00 38.87      A     \nATOM    414  O   GLU X 758      -0.728  28.457 -41.457  1.00 39.54      A     \nATOM    415  CB  GLU X 758      -1.381  31.457 -42.701  1.00 38.95      A     \nATOM    416  CG  GLU X 758      -0.613  32.681 -43.139  1.00 39.43      A     \nATOM    417  CD  GLU X 758      -1.170  33.947 -42.513  1.00 39.82      A     \nATOM    418  OE1 GLU X 758      -2.335  34.295 -42.806  1.00 39.65      A     \nATOM    419  OE2 GLU X 758      -0.444  34.587 -41.723  1.00 38.17      A     \nATOM    420  N   ILE X 759      -2.656  28.697 -42.588  1.00 39.09      A     \nATOM    421  CA  ILE X 759      -3.353  27.681 -41.817  1.00 38.99      A     \nATOM    422  C   ILE X 759      -2.697  26.321 -42.029  1.00 40.24      A     \nATOM    423  O   ILE X 759      -2.526  25.550 -41.085  1.00 39.75      A     \nATOM    424  CB  ILE X 759      -4.834  27.605 -42.231  1.00 39.63      A     \nATOM    425  CG1 ILE X 759      -5.490  28.972 -42.030  1.00 39.61      A     \nATOM    426  CG2 ILE X 759      -5.553  26.547 -41.409  1.00 40.18      A     \nATOM    427  CD1 ILE X 759      -6.890  29.075 -42.591  1.00 39.80      A     \nATOM    428  N   LEU X 760      -2.319  26.036 -43.270  1.00 39.72      A     \nATOM    429  CA  LEU X 760      -1.675  24.769 -43.591  1.00 41.90      A     \nATOM    430  C   LEU X 760      -0.308  24.666 -42.923  1.00 43.10      A     \nATOM    431  O   LEU X 760       0.090  23.592 -42.472  1.00 43.07      A     \nATOM    432  CB  LEU X 760      -1.528  24.620 -45.107  1.00 41.47      A     \nATOM    433  CG  LEU X 760      -2.847  24.503 -45.874  1.00 42.15      A     \nATOM    434  CD1 LEU X 760      -2.575  24.358 -47.365  1.00 41.90      A     \nATOM    435  CD2 LEU X 760      -3.626  23.307 -45.352  1.00 42.18      A     \nATOM    436  N   ASP X 761       0.406  25.787 -42.854  1.00 44.02      A     \nATOM    437  CA  ASP X 761       1.716  25.810 -42.211  1.00 45.11      A     \nATOM    438  C   ASP X 761       1.602  25.514 -40.718  1.00 44.93      A     \nATOM    439  O   ASP X 761       2.399  24.756 -40.164  1.00 44.97      A     \nATOM    440  CB  ASP X 761       2.387  27.169 -42.420  1.00 47.19      A     \nATOM    441  CG  ASP X 761       2.771  27.413 -43.867  1.00 49.78      A     \nATOM    442  OD1 ASP X 761       2.842  26.434 -44.641  1.00 51.50      A     \nATOM    443  OD2 ASP X 761       3.004  28.585 -44.232  1.00 52.18      A     \nATOM    444  N   GLU X 762       0.607  26.109 -40.068  1.00 43.91      A     \nATOM    445  CA  GLU X 762       0.366  25.856 -38.652  1.00 43.66      A     \nATOM    446  C   GLU X 762      -0.054  24.406 -38.433  1.00 42.95      A     \nATOM    447  O   GLU X 762       0.283  23.799 -37.417  1.00 42.02      A     \nATOM    448  CB  GLU X 762      -0.728  26.787 -38.122  1.00 45.69      A     \nATOM    449  CG  GLU X 762      -0.386  28.265 -38.209  1.00 49.58      A     \nATOM    450  CD  GLU X 762      -1.440  29.146 -37.560  1.00 51.16      A     \nATOM    451  OE1 GLU X 762      -2.524  28.625 -37.219  1.00 51.91      A     \nATOM    452  OE2 GLU X 762      -1.183  30.357 -37.392  1.00 53.02      A     \nATOM    453  N   ALA X 763      -0.791  23.860 -39.395  1.00 41.22      A     \nATOM    454  CA  ALA X 763      -1.265  22.485 -39.308  1.00 40.17      A     \nATOM    455  C   ALA X 763      -0.122  21.501 -39.541  1.00 40.65      A     \nATOM    456  O   ALA X 763      -0.120  20.401 -38.993  1.00 38.47      A     \nATOM    457  CB  ALA X 763      -2.376  22.250 -40.328  1.00 39.64      A     \nATOM    458  N   TYR X 764       0.850  21.900 -40.354  1.00 41.18      A     \nATOM    459  CA  TYR X 764       2.007  21.054 -40.617  1.00 44.14      A     \nATOM    460  C   TYR X 764       2.833  20.875 -39.349  1.00 44.13      A     \nATOM    461  O   TYR X 764       3.204  19.757 -38.991  1.00 44.41      A     \nATOM    462  CB  TYR X 764       2.881  21.666 -41.717  1.00 47.18      A     \nATOM    463  CG  TYR X 764       4.188  20.935 -41.929  1.00 50.50      A     \nATOM    464  CD1 TYR X 764       4.252  19.804 -42.733  1.00 52.31      A     \nATOM    465  CD2 TYR X 764       5.356  21.365 -41.309  1.00 52.17      A     \nATOM    466  CE1 TYR X 764       5.443  19.120 -42.913  1.00 53.66      A     \nATOM    467  CE2 TYR X 764       6.550  20.688 -41.483  1.00 53.76      A     \nATOM    468  CZ  TYR X 764       6.588  19.566 -42.284  1.00 54.03      A     \nATOM    469  OH  TYR X 764       7.772  18.887 -42.455  1.00 56.50      A     \nATOM    470  N   VAL X 765       3.117  21.980 -38.669  1.00 43.67      A     \nATOM    471  CA  VAL X 765       3.849  21.924 -37.412  1.00 42.97      A     \nATOM    472  C   VAL X 765       3.066  21.104 -36.393  1.00 41.89      A     \nATOM    473  O   VAL X 765       3.632  20.287 -35.668  1.00 40.76      A     \nATOM    474  CB  VAL X 765       4.082  23.336 -36.837  1.00 44.51      A     \nATOM    475  CG1 VAL X 765       4.795  23.239 -35.499  1.00 45.43      A     \nATOM    476  CG2 VAL X 765       4.898  24.168 -37.815  1.00 45.10      A     \nATOM    477  N   MET X 766       1.757  21.323 -36.352  1.00 39.86      A     \nATOM    478  CA  MET X 766       0.896  20.624 -35.410  1.00 37.58      A     \nATOM    479  C   MET X 766       0.905  19.124 -35.683  1.00 35.43      A     \nATOM    480  O   MET X 766       0.921  18.318 -34.756  1.00 35.18      A     \nATOM    481  CB  MET X 766      -0.531  21.164 -35.514  1.00 41.22      A     \nATOM    482  CG  MET X 766      -1.498  20.589 -34.498  1.00 44.16      A     \nATOM    483  SD  MET X 766      -3.151  21.285 -34.696  1.00 49.51      A     \nATOM    484  CE  MET X 766      -2.765  23.042 -34.803  1.00 46.55      A     \nATOM    485  N  AALA X 767       0.902  18.757 -36.961  0.60 33.82      A     \nATOM    486  CA AALA X 767       0.869  17.353 -37.362  0.60 32.25      A     \nATOM    487  C  AALA X 767       2.199  16.656 -37.092  0.60 31.05      A     \nATOM    488  O  AALA X 767       2.266  15.428 -37.038  0.60 31.49      A     \nATOM    489  CB AALA X 767       0.511  17.242 -38.843  0.60 32.33      A     \nATOM    490  N  BALA X 767       0.902  18.757 -36.961  0.40 34.09      A     \nATOM    491  CA BALA X 767       0.869  17.354 -37.360  0.40 32.60      A     \nATOM    492  C  BALA X 767       2.196  16.657 -37.075  0.40 31.47      A     \nATOM    493  O  BALA X 767       2.257  15.429 -36.994  0.40 31.74      A     \nATOM    494  CB BALA X 767       0.528  17.242 -38.843  0.40 32.74      A     \nATOM    495  N   SER X 768       3.258  17.441 -36.924  1.00 30.39      A     \nATOM    496  CA  SER X 768       4.581  16.889 -36.650  1.00 30.00      A     \nATOM    497  C   SER X 768       4.725  16.532 -35.175  1.00 28.82      A     \nATOM    498  O   SER X 768       5.700  15.892 -34.777  1.00 27.61      A     \nATOM    499  CB  SER X 768       5.668  17.895 -37.032  1.00 31.12      A     \nATOM    500  OG  SER X 768       5.704  18.968 -36.111  1.00 33.44      A     \nATOM    501  N   VAL X 769       3.760  16.963 -34.369  1.00 28.21      A     \nATOM    502  CA  VAL X 769       3.753  16.649 -32.944  1.00 28.07      A     \nATOM    503  C   VAL X 769       3.321  15.200 -32.761  1.00 28.75      A     \nATOM    504  O   VAL X 769       2.132  14.878 -32.799  1.00 28.93      A     \nATOM    505  CB  VAL X 769       2.793  17.587 -32.179  1.00 28.15      A     \nATOM    506  CG1 VAL X 769       2.740  17.205 -30.706  1.00 30.20      A     \nATOM    507  CG2 VAL X 769       3.258  19.031 -32.335  1.00 29.69      A     \nATOM    508  N   ASP X 770       4.308  14.332 -32.568  1.00 25.48      A     \nATOM    509  CA  ASP X 770       4.104  12.892 -32.602  1.00 26.72      A     \nATOM    510  C   ASP X 770       4.635  12.272 -31.312  1.00 25.18      A     \nATOM    511  O   ASP X 770       5.832  12.017 -31.179  1.00 26.43      A     \nATOM    512  CB  ASP X 770       4.840  12.312 -33.815  1.00 27.23      A     \nATOM    513  CG  ASP X 770       4.589  10.829 -34.005  1.00 28.54      A     \nATOM    514  OD1 ASP X 770       3.680  10.289 -33.345  1.00 26.92      A     \nATOM    515  OD2 ASP X 770       5.306  10.205 -34.819  1.00 30.05      A     \nATOM    516  N   ASN X 771       3.734  12.043 -30.361  1.00 23.43      A     \nATOM    517  CA  ASN X 771       4.091  11.493 -29.058  1.00 23.76      A     \nATOM    518  C   ASN X 771       2.905  10.703 -28.511  1.00 22.75      A     \nATOM    519  O   ASN X 771       1.750  11.069 -28.728  1.00 22.48      A     \nATOM    520  CB  ASN X 771       4.451  12.626 -28.089  1.00 23.52      A     \nATOM    521  CG  ASN X 771       4.775  12.118 -26.697  1.00 23.80      A     \nATOM    522  OD1 ASN X 771       3.899  12.036 -25.833  1.00 23.90      A     \nATOM    523  ND2 ASN X 771       6.035  11.765 -26.474  1.00 25.11      A     \nATOM    524  N   PRO X 772       3.170   9.600 -27.800  1.00 23.64      A     \nATOM    525  CA  PRO X 772       2.073   8.747 -27.336  1.00 23.32      A     \nATOM    526  C   PRO X 772       1.055   9.472 -26.465  1.00 21.79      A     \nATOM    527  O   PRO X 772      -0.077   9.016 -26.316  1.00 22.63      A     \nATOM    528  CB  PRO X 772       2.782   7.631 -26.573  1.00 23.99      A     \nATOM    529  CG  PRO X 772       4.145   7.580 -27.185  1.00 26.98      A     \nATOM    530  CD  PRO X 772       4.488   9.003 -27.520  1.00 24.49      A     \nATOM    531  N   HIS X 773       1.455  10.599 -25.886  1.00 21.47      A     \nATOM    532  CA  HIS X 773       0.586  11.283 -24.938  1.00 20.58      A     \nATOM    533  C   HIS X 773       0.208  12.700 -25.360  1.00 21.20      A     \nATOM    534  O   HIS X 773      -0.099  13.558 -24.531  1.00 20.77      A     \nATOM    535  CB  HIS X 773       1.245  11.252 -23.559  1.00 22.66      A     \nATOM    536  CG  HIS X 773       1.562   9.862 -23.107  1.00 22.80      A     \nATOM    537  ND1 HIS X 773       0.581   8.938 -22.824  1.00 24.12      A     \nATOM    538  CD2 HIS X 773       2.742   9.211 -22.977  1.00 21.88      A     \nATOM    539  CE1 HIS X 773       1.141   7.774 -22.544  1.00 21.57      A     \nATOM    540  NE2 HIS X 773       2.452   7.913 -22.631  1.00 23.22      A     \nATOM    541  N   VAL X 774       0.222  12.932 -26.669  1.00 21.54      A     \nATOM    542  CA  VAL X 774      -0.368  14.132 -27.245  1.00 20.77      A     \nATOM    543  C   VAL X 774      -1.293  13.702 -28.379  1.00 22.82      A     \nATOM    544  O   VAL X 774      -0.900  12.916 -29.238  1.00 21.86      A     \nATOM    545  CB  VAL X 774       0.712  15.077 -27.804  1.00 21.64      A     \nATOM    546  CG1 VAL X 774       0.061  16.323 -28.389  1.00 22.54      A     \nATOM    547  CG2 VAL X 774       1.686  15.465 -26.700  1.00 22.12      A     \nATOM    548  N   CYS X 775      -2.522  14.211 -28.369  1.00 21.77      A     \nATOM    549  CA  CYS X 775      -3.504  13.869 -29.394  1.00 24.91      A     \nATOM    550  C   CYS X 775      -3.062  14.467 -30.726  1.00 25.61      A     \nATOM    551  O   CYS X 775      -2.792  15.666 -30.826  1.00 27.78      A     \nATOM    552  CB  CYS X 775      -4.887  14.403 -28.994  1.00 25.60      A     \nATOM    553  SG  CYS X 775      -6.262  13.881 -30.062  1.00 27.82      A     \nATOM    554  N   ARG X 776      -2.980  13.623 -31.749  1.00 23.23      A     \nATOM    555  CA  ARG X 776      -2.320  14.008 -32.988  1.00 24.53      A     \nATOM    556  C   ARG X 776      -3.296  14.516 -34.043  1.00 23.77      A     \nATOM    557  O   ARG X 776      -4.394  13.980 -34.205  1.00 24.26      A     \nATOM    558  CB  ARG X 776      -1.521  12.822 -33.543  1.00 26.18      A     \nATOM    559  CG  ARG X 776      -0.639  13.170 -34.734  1.00 29.55      A     \nATOM    560  CD  ARG X 776       0.537  12.201 -34.878  1.00 32.63      A     \nATOM    561  NE  ARG X 776       0.105  10.810 -34.973  1.00 35.59      A     \nATOM    562  CZ  ARG X 776      -0.119  10.174 -36.119  1.00 35.60      A     \nATOM    563  NH1 ARG X 776       0.050  10.808 -37.271  1.00 36.40      A     \nATOM    564  NH2 ARG X 776      -0.514   8.907 -36.114  1.00 36.73      A     \nATOM    565  N   LEU X 777      -2.879  15.563 -34.748  1.00 24.49      A     \nATOM    566  CA  LEU X 777      -3.584  16.040 -35.933  1.00 25.12      A     \nATOM    567  C   LEU X 777      -3.219  15.139 -37.105  1.00 25.16      A     \nATOM    568  O   LEU X 777      -2.039  14.990 -37.433  1.00 25.29      A     \nATOM    569  CB  LEU X 777      -3.163  17.476 -36.250  1.00 26.11      A     \nATOM    570  CG  LEU X 777      -3.818  18.116 -37.476  1.00 26.80      A     \nATOM    571  CD1 LEU X 777      -5.321  18.195 -37.262  1.00 27.37      A     \nATOM    572  CD2 LEU X 777      -3.237  19.509 -37.703  1.00 30.90      A     \nATOM    573  N   LEU X 778      -4.231  14.544 -37.727  1.00 24.36      A     \nATOM    574  CA  LEU X 778      -4.021  13.594 -38.818  1.00 25.79      A     \nATOM    575  C   LEU X 778      -4.180  14.250 -40.181  1.00 27.87      A     \nATOM    576  O   LEU X 778      -3.491  13.890 -41.142  1.00 28.19      A     \nATOM    577  CB  LEU X 778      -5.007  12.434 -38.699  1.00 26.85      A     \nATOM    578  CG  LEU X 778      -4.954  11.627 -37.400  1.00 26.62      A     \nATOM    579  CD1 LEU X 778      -5.980  10.512 -37.452  1.00 27.44      A     \nATOM    580  CD2 LEU X 778      -3.551  11.067 -37.201  1.00 25.90      A     \nATOM    581  N   GLY X 779      -5.093  15.210 -40.265  1.00 27.09      A     \nATOM    582  CA  GLY X 779      -5.354  15.860 -41.534  1.00 29.47      A     \nATOM    583  C   GLY X 779      -6.165  17.126 -41.368  1.00 29.99      A     \nATOM    584  O   GLY X 779      -6.581  17.473 -40.261  1.00 31.42      A     \nATOM    585  N   ILE X 780      -6.398  17.820 -42.475  1.00 31.02      A     \nATOM    586  CA  ILE X 780      -7.123  19.077 -42.428  1.00 31.85      A     \nATOM    587  C   ILE X 780      -7.918  19.270 -43.710  1.00 33.41      A     \nATOM    588  O   ILE X 780      -7.500  18.839 -44.783  1.00 32.53      A     \nATOM    589  CB  ILE X 780      -6.159  20.262 -42.246  1.00 32.94      A     \nATOM    590  CG1 ILE X 780      -6.950  21.556 -42.073  1.00 33.48      A     \nATOM    591  CG2 ILE X 780      -5.228  20.363 -43.440  1.00 33.08      A     \nATOM    592  CD1 ILE X 780      -6.093  22.740 -41.691  1.00 36.02      A     \nATOM    593  N   CYS X 781      -9.077  19.906 -43.585  1.00 35.27      A     \nATOM    594  CA  CYS X 781      -9.903  20.223 -44.739  1.00 36.13      A     \nATOM    595  C   CYS X 781     -10.265  21.699 -44.709  1.00 37.85      A     \nATOM    596  O   CYS X 781     -10.817  22.191 -43.724  1.00 36.77      A     \nATOM    597  CB  CYS X 781     -11.178  19.380 -44.725  1.00 36.43      A     \nATOM    598  SG  CYS X 781     -12.304  19.728 -46.097  1.00 36.64      A     \nATOM    599  N   LEU X 782      -9.950  22.402 -45.791  1.00 39.04      A     \nATOM    600  CA  LEU X 782     -10.225  23.829 -45.878  1.00 42.10      A     \nATOM    601  C   LEU X 782     -11.365  24.105 -46.852  1.00 44.15      A     \nATOM    602  O   LEU X 782     -11.246  23.855 -48.053  1.00 45.53      A     \nATOM    603  CB  LEU X 782      -8.968  24.581 -46.326  1.00 42.14      A     \nATOM    604  CG  LEU X 782      -7.732  24.402 -45.442  1.00 41.64      A     \nATOM    605  CD1 LEU X 782      -6.568  25.194 -46.013  1.00 43.37      A     \nATOM    606  CD2 LEU X 782      -8.047  24.860 -44.028  1.00 42.65      A     \nATOM    607  N   THR X 783     -12.474  24.612 -46.323  1.00 45.93      A     \nATOM    608  CA  THR X 783     -13.597  25.052 -47.143  1.00 47.57      A     \nATOM    609  C   THR X 783     -14.099  26.392 -46.620  1.00 48.24      A     \nATOM    610  O   THR X 783     -13.326  27.336 -46.470  1.00 48.95      A     \nATOM    611  CB  THR X 783     -14.757  24.037 -47.101  1.00 47.91      A     \nATOM    612  OG1 THR X 783     -15.174  23.840 -45.743  1.00 48.51      A     \nATOM    613  CG2 THR X 783     -14.323  22.708 -47.696  1.00 48.83      A     \nATOM    614  N   SER X 784     -15.395  26.471 -46.337  1.00 48.81      A     \nATOM    615  CA  SER X 784     -15.955  27.651 -45.694  1.00 49.37      A     \nATOM    616  C   SER X 784     -15.460  27.719 -44.253  1.00 49.11      A     \nATOM    617  O   SER X 784     -15.368  28.795 -43.661  1.00 49.25      A     \nATOM    618  CB  SER X 784     -17.484  27.592 -45.719  1.00 50.63      A     \nATOM    619  OG  SER X 784     -17.959  26.390 -45.134  1.00 52.05      A     \nATOM    620  N   THR X 785     -15.139  26.555 -43.696  1.00 48.01      A     \nATOM    621  CA  THR X 785     -14.618  26.471 -42.337  1.00 46.11      A     \nATOM    622  C   THR X 785     -13.334  25.653 -42.310  1.00 44.29      A     \nATOM    623  O   THR X 785     -13.044  24.902 -43.240  1.00 45.09      A     \nATOM    624  CB  THR X 785     -15.631  25.803 -41.391  1.00 46.75      A     \nATOM    625  OG1 THR X 785     -15.900  24.470 -41.846  1.00 47.17      A     \nATOM    626  CG2 THR X 785     -16.927  26.596 -41.354  1.00 46.88      A     \nATOM    627  N   VAL X 786     -12.566  25.807 -41.238  1.00 42.48      A     \nATOM    628  CA  VAL X 786     -11.407  24.957 -41.006  1.00 39.60      A     \nATOM    629  C   VAL X 786     -11.827  23.734 -40.202  1.00 37.14      A     \nATOM    630  O   VAL X 786     -12.371  23.856 -39.106  1.00 35.68      A     \nATOM    631  CB  VAL X 786     -10.311  25.703 -40.223  1.00 40.39      A     \nATOM    632  CG1 VAL X 786      -9.136  24.774 -39.964  1.00 40.85      A     \nATOM    633  CG2 VAL X 786      -9.864  26.931 -40.997  1.00 40.80      A     \nATOM    634  N   GLN X 787     -11.580  22.550 -40.751  1.00 36.00      A     \nATOM    635  CA  GLN X 787     -11.878  21.324 -40.030  1.00 35.01      A     \nATOM    636  C   GLN X 787     -10.618  20.506 -39.798  1.00 34.44      A     \nATOM    637  O   GLN X 787      -9.936  20.111 -40.742  1.00 33.63      A     \nATOM    638  CB  GLN X 787     -12.910  20.497 -40.799  1.00 35.90      A     \nATOM    639  CG  GLN X 787     -14.283  21.149 -40.853  1.00 36.59      A     \nATOM    640  CD  GLN X 787     -15.320  20.266 -41.509  1.00 36.76      A     \nATOM    641  OE1 GLN X 787     -16.038  19.525 -40.836  1.00 39.47      A     \nATOM    642  NE2 GLN X 787     -15.408  20.339 -42.830  1.00 37.54      A     \nATOM    643  N   LEU X 788     -10.315  20.261 -38.528  1.00 32.39      A     \nATOM    644  CA  LEU X 788      -9.128  19.507 -38.157  1.00 30.91      A     \nATOM    645  C   LEU X 788      -9.521  18.077 -37.852  1.00 30.16      A     \nATOM    646  O   LEU X 788     -10.394  17.830 -37.025  1.00 31.12      A     \nATOM    647  CB  LEU X 788      -8.469  20.133 -36.930  1.00 31.90      A     \nATOM    648  CG  LEU X 788      -8.065  21.599 -37.080  1.00 33.70      A     \nATOM    649  CD1 LEU X 788      -7.361  22.071 -35.813  1.00 34.73      A     \nATOM    650  CD2 LEU X 788      -7.157  21.758 -38.289  1.00 33.06      A     \nATOM    651  N   ILE X 789      -8.878  17.135 -38.534  1.00 28.82      A     \nATOM    652  CA  ILE X 789      -9.146  15.723 -38.315  1.00 28.77      A     \nATOM    653  C   ILE X 789      -8.086  15.154 -37.380  1.00 27.31      A     \nATOM    654  O   ILE X 789      -6.900  15.128 -37.708  1.00 27.02      A     \nATOM    655  CB  ILE X 789      -9.142  14.937 -39.648  1.00 30.49      A     \nATOM    656  CG1 ILE X 789     -10.357  15.328 -40.498  1.00 32.91      A     \nATOM    657  CG2 ILE X 789      -9.178  13.444 -39.373  1.00 30.70      A     \nATOM    658  CD1 ILE X 789     -10.409  16.792 -40.903  1.00 35.72      A     \nATOM    659  N  AMET X 790      -8.520  14.706 -36.211  0.50 26.45      A     \nATOM    660  CA AMET X 790      -7.590  14.292 -35.175  0.50 25.69      A     \nATOM    661  C  AMET X 790      -7.873  12.872 -34.729  0.50 25.45      A     \nATOM    662  O  AMET X 790      -8.946  12.327 -34.994  0.50 24.18      A     \nATOM    663  CB AMET X 790      -7.697  15.230 -33.976  0.50 26.65      A     \nATOM    664  CG AMET X 790      -7.574  16.696 -34.336  0.50 27.00      A     \nATOM    665  SD AMET X 790      -7.922  17.746 -32.927  0.50 25.22      A     \nATOM    666  CE AMET X 790      -6.686  17.173 -31.762  0.50 27.00      A     \nATOM    667  N  BMET X 790      -8.532  14.713 -36.209  0.50 27.19      A     \nATOM    668  CA BMET X 790      -7.637  14.320 -35.127  0.50 27.03      A     \nATOM    669  C  BMET X 790      -7.858  12.856 -34.766  0.50 26.26      A     \nATOM    670  O  BMET X 790      -8.877  12.269 -35.128  0.50 25.04      A     \nATOM    671  CB BMET X 790      -7.902  15.182 -33.889  0.50 29.39      A     \nATOM    672  CG BMET X 790      -7.998  16.675 -34.164  0.50 32.01      A     \nATOM    673  SD BMET X 790      -6.400  17.506 -34.125  0.50 35.79      A     \nATOM    674  CE BMET X 790      -5.829  17.088 -32.475  0.50 34.53      A     \nATOM    675  N   GLN X 791      -6.904  12.274 -34.045  1.00 24.25      A     \nATOM    676  CA  GLN X 791      -7.122  10.981 -33.417  1.00 25.38      A     \nATOM    677  C   GLN X 791      -8.343  11.065 -32.517  1.00 26.01      A     \nATOM    678  O   GLN X 791      -8.491  12.013 -31.745  1.00 27.79      A     \nATOM    679  CB  GLN X 791      -5.910  10.584 -32.578  1.00 26.48      A     \nATOM    680  CG  GLN X 791      -4.614  10.479 -33.363  1.00 27.58      A     \nATOM    681  CD  GLN X 791      -3.429  10.153 -32.475  1.00 30.11      A     \nATOM    682  OE1 GLN X 791      -3.296  10.691 -31.375  1.00 27.28      A     \nATOM    683  NE2 GLN X 791      -2.557   9.270 -32.951  1.00 30.75      A     \nATOM    684  N   LEU X 792      -9.216  10.072 -32.609  1.00 25.11      A     \nATOM    685  CA  LEU X 792     -10.371  10.007 -31.725  1.00 25.36      A     \nATOM    686  C   LEU X 792      -9.994   9.354 -30.405  1.00 25.92      A     \nATOM    687  O   LEU X 792      -9.414   8.266 -30.379  1.00 26.00      A     \nATOM    688  CB  LEU X 792     -11.503   9.214 -32.384  1.00 25.59      A     \nATOM    689  CG  LEU X 792     -12.752   8.984 -31.530  1.00 26.35      A     \nATOM    690  CD1 LEU X 792     -13.426  10.320 -31.213  1.00 26.80      A     \nATOM    691  CD2 LEU X 792     -13.703   8.064 -32.283  1.00 27.28      A     \nATOM    692  N   MET X 793     -10.322  10.024 -29.307  1.00 24.78      A     \nATOM    693  CA  MET X 793     -10.134   9.449 -27.982  1.00 24.65      A     \nATOM    694  C   MET X 793     -11.493   9.010 -27.458  1.00 24.94      A     \nATOM    695  O   MET X 793     -12.283   9.826 -26.986  1.00 25.30      A     \nATOM    696  CB  MET X 793      -9.516  10.491 -27.048  1.00 24.88      A     \nATOM    697  CG  MET X 793      -8.194  11.055 -27.548  1.00 23.93      A     \nATOM    698  SD  MET X 793      -6.836   9.860 -27.485  1.00 27.81      A     \nATOM    699  CE  MET X 793      -6.655   9.460 -29.211  1.00 27.90      A     \nATOM    700  N   PRO X 794     -11.787   7.704 -27.541  1.00 24.97      A     \nATOM    701  CA  PRO X 794     -13.142   7.168 -27.355  1.00 26.94      A     \nATOM    702  C   PRO X 794     -13.778   7.408 -25.989  1.00 25.94      A     \nATOM    703  O   PRO X 794     -14.997   7.334 -25.853  1.00 28.33      A     \nATOM    704  CB  PRO X 794     -12.983   5.673 -27.647  1.00 28.12      A     \nATOM    705  CG  PRO X 794     -11.744   5.575 -28.466  1.00 27.45      A     \nATOM    706  CD  PRO X 794     -10.842   6.657 -27.965  1.00 26.21      A     \nATOM    707  N   PHE X 795     -12.964   7.680 -24.974  1.00 24.85      A     \nATOM    708  CA  PHE X 795     -13.496   7.826 -23.626  1.00 26.61      A     \nATOM    709  C   PHE X 795     -13.645   9.280 -23.180  1.00 25.47      A     \nATOM    710  O   PHE X 795     -14.053   9.548 -22.054  1.00 26.62      A     \nATOM    711  CB  PHE X 795     -12.624   7.056 -22.629  1.00 26.58      A     \nATOM    712  CG  PHE X 795     -12.814   5.567 -22.688  1.00 27.83      A     \nATOM    713  CD1 PHE X 795     -12.104   4.798 -23.596  1.00 29.46      A     \nATOM    714  CD2 PHE X 795     -13.723   4.939 -21.850  1.00 29.50      A     \nATOM    715  CE1 PHE X 795     -12.300   3.428 -23.671  1.00 29.64      A     \nATOM    716  CE2 PHE X 795     -13.923   3.572 -21.919  1.00 31.63      A     \nATOM    717  CZ  PHE X 795     -13.212   2.817 -22.832  1.00 28.57      A     \nATOM    718  N   GLY X 796     -13.322  10.217 -24.062  1.00 24.18      A     \nATOM    719  CA  GLY X 796     -13.615  11.610 -23.769  1.00 23.09      A     \nATOM    720  C   GLY X 796     -12.597  12.283 -22.872  1.00 22.61      A     \nATOM    721  O   GLY X 796     -11.489  11.777 -22.693  1.00 22.64      A     \nATOM    722  N   CYS X 797     -12.963  13.429 -22.305  1.00 22.79      A     \nATOM    723  CA  CYS X 797     -12.019  14.176 -21.484  1.00 21.26      A     \nATOM    724  C   CYS X 797     -11.801  13.500 -20.139  1.00 21.75      A     \nATOM    725  O   CYS X 797     -12.702  12.880 -19.580  1.00 21.60      A     \nATOM    726  CB  CYS X 797     -12.495  15.622 -21.274  1.00 22.34      A     \nATOM    727  SG  CYS X 797     -14.039  15.703 -20.344  1.00 22.98      A     \nATOM    728  N   LEU X 798     -10.584  13.620 -19.624  1.00 20.36      A     \nATOM    729  CA  LEU X 798     -10.222  12.948 -18.391  1.00 19.87      A     \nATOM    730  C   LEU X 798     -10.991  13.517 -17.197  1.00 20.67      A     \nATOM    731  O   LEU X 798     -11.264  12.804 -16.238  1.00 21.41      A     \nATOM    732  CB  LEU X 798      -8.708  13.058 -18.173  1.00 20.73      A     \nATOM    733  CG  LEU X 798      -8.102  12.357 -16.957  1.00 22.78      A     \nATOM    734  CD1 LEU X 798      -8.504  10.884 -16.929  1.00 21.46      A     \nATOM    735  CD2 LEU X 798      -6.588  12.497 -17.018  1.00 22.15      A     \nATOM    736  N   LEU X 799     -11.355  14.795 -17.264  1.00 20.55      A     \nATOM    737  CA  LEU X 799     -12.125  15.411 -16.186  1.00 21.35      A     \nATOM    738  C   LEU X 799     -13.437  14.665 -15.964  1.00 20.76      A     \nATOM    739  O   LEU X 799     -13.754  14.284 -14.841  1.00 20.67      A     \nATOM    740  CB  LEU X 799     -12.425  16.877 -16.507  1.00 21.30      A     \nATOM    741  CG  LEU X 799     -13.300  17.620 -15.491  1.00 19.12      A     \nATOM    742  CD1 LEU X 799     -12.584  17.676 -14.147  1.00 22.50      A     \nATOM    743  CD2 LEU X 799     -13.596  19.025 -16.005  1.00 21.06      A     \nATOM    744  N   ASP X 800     -14.191  14.455 -17.040  1.00 21.90      A     \nATOM    745  CA  ASP X 800     -15.462  13.745 -16.942  1.00 22.55      A     \nATOM    746  C   ASP X 800     -15.247  12.285 -16.578  1.00 22.86      A     \nATOM    747  O   ASP X 800     -16.058  11.692 -15.869  1.00 21.99      A     \nATOM    748  CB  ASP X 800     -16.225  13.825 -18.263  1.00 25.47      A     \nATOM    749  CG  ASP X 800     -16.765  15.208 -18.537  1.00 29.03      A     \nATOM    750  OD1 ASP X 800     -17.235  15.443 -19.669  1.00 31.29      A     \nATOM    751  OD2 ASP X 800     -16.723  16.056 -17.621  1.00 28.85      A     \nATOM    752  N   TYR X 801     -14.151  11.707 -17.060  1.00 23.35      A     \nATOM    753  CA  TYR X 801     -13.877  10.302 -16.797  1.00 23.83      A     \nATOM    754  C   TYR X 801     -13.667  10.030 -15.311  1.00 23.75      A     \nATOM    755  O   TYR X 801     -14.226   9.074 -14.770  1.00 23.55      A     \nATOM    756  CB  TYR X 801     -12.647   9.831 -17.584  1.00 25.51      A     \nATOM    757  CG  TYR X 801     -12.427   8.333 -17.510  1.00 25.01      A     \nATOM    758  CD1 TYR X 801     -11.623   7.774 -16.521  1.00 26.53      A     \nATOM    759  CD2 TYR X 801     -13.049   7.476 -18.409  1.00 29.29      A     \nATOM    760  CE1 TYR X 801     -11.451   6.400 -16.428  1.00 28.41      A     \nATOM    761  CE2 TYR X 801     -12.882   6.102 -18.323  1.00 29.20      A     \nATOM    762  CZ  TYR X 801     -12.085   5.570 -17.331  1.00 30.48      A     \nATOM    763  OH  TYR X 801     -11.929   4.202 -17.234  1.00 30.53      A     \nATOM    764  N   VAL X 802     -12.865  10.856 -14.642  1.00 22.29      A     \nATOM    765  CA  VAL X 802     -12.597  10.612 -13.229  1.00 22.95      A     \nATOM    766  C   VAL X 802     -13.822  10.921 -12.376  1.00 22.49      A     \nATOM    767  O   VAL X 802     -14.029  10.307 -11.331  1.00 24.15      A     \nATOM    768  CB  VAL X 802     -11.384  11.438 -12.714  1.00 22.76      A     \nATOM    769  CG1 VAL X 802     -10.127  11.039 -13.482  1.00 24.27      A     \nATOM    770  CG2 VAL X 802     -11.651  12.925 -12.856  1.00 24.24      A     \nATOM    771  N   ARG X 803     -14.641  11.864 -12.832  1.00 22.17      A     \nATOM    772  CA  ARG X 803     -15.889  12.175 -12.147  1.00 22.94      A     \nATOM    773  C   ARG X 803     -16.859  11.005 -12.247  1.00 24.41      A     \nATOM    774  O   ARG X 803     -17.542  10.666 -11.277  1.00 25.59      A     \nATOM    775  CB  ARG X 803     -16.527  13.431 -12.747  1.00 22.45      A     \nATOM    776  CG  ARG X 803     -15.779  14.719 -12.410  1.00 21.92      A     \nATOM    777  CD  ARG X 803     -16.445  15.930 -13.034  1.00 22.74      A     \nATOM    778  NE  ARG X 803     -15.853  17.176 -12.552  1.00 22.39      A     \nATOM    779  CZ  ARG X 803     -16.190  18.383 -12.994  1.00 23.97      A     \nATOM    780  NH1 ARG X 803     -17.117  18.509 -13.931  1.00 26.29      A     \nATOM    781  NH2 ARG X 803     -15.596  19.465 -12.495  1.00 24.10      A     \nATOM    782  N  AGLU X 804     -16.912  10.384 -13.419  0.50 25.59      A     \nATOM    783  CA AGLU X 804     -17.831   9.279 -13.654  0.50 27.12      A     \nATOM    784  C  AGLU X 804     -17.406   8.030 -12.886  0.50 28.90      A     \nATOM    785  O  AGLU X 804     -18.230   7.367 -12.259  0.50 28.59      A     \nATOM    786  CB AGLU X 804     -17.898   8.968 -15.152  0.50 28.16      A     \nATOM    787  CG AGLU X 804     -18.868   7.857 -15.521  0.50 29.63      A     \nATOM    788  CD AGLU X 804     -18.868   7.553 -17.008  0.50 30.56      A     \nATOM    789  OE1AGLU X 804     -18.180   8.272 -17.763  0.50 32.31      A     \nATOM    790  OE2AGLU X 804     -19.552   6.594 -17.423  0.50 32.65      A     \nATOM    791  N  BGLU X 804     -16.894  10.370 -13.414  0.50 26.01      A     \nATOM    792  CA BGLU X 804     -17.837   9.287 -13.672  0.50 27.92      A     \nATOM    793  C  BGLU X 804     -17.418   7.956 -13.047  0.50 29.45      A     \nATOM    794  O  BGLU X 804     -18.271   7.151 -12.674  0.50 29.40      A     \nATOM    795  CB BGLU X 804     -18.032   9.110 -15.183  0.50 29.52      A     \nATOM    796  CG BGLU X 804     -18.557  10.354 -15.888  0.50 32.65      A     \nATOM    797  CD BGLU X 804     -19.003  10.088 -17.314  0.50 34.57      A     \nATOM    798  OE1BGLU X 804     -19.025   8.908 -17.728  0.50 35.29      A     \nATOM    799  OE2BGLU X 804     -19.335  11.063 -18.021  0.50 35.54      A     \nATOM    800  N   HIS X 805     -16.112   7.723 -12.927  1.00 29.43      A     \nATOM    801  CA  HIS X 805     -15.611   6.446 -12.429  1.00 31.35      A     \nATOM    802  C   HIS X 805     -14.890   6.544 -11.090  1.00 33.24      A     \nATOM    803  O   HIS X 805     -14.116   5.657 -10.731  1.00 33.55      A     \nATOM    804  CB  HIS X 805     -14.671   5.824 -13.462  1.00 32.38      A     \nATOM    805  CG  HIS X 805     -15.344   5.474 -14.750  1.00 34.50      A     \nATOM    806  ND1 HIS X 805     -15.198   6.224 -15.896  1.00 34.97      A     \nATOM    807  CD2 HIS X 805     -16.180   4.457 -15.070  1.00 34.41      A     \nATOM    808  CE1 HIS X 805     -15.914   5.685 -16.867  1.00 35.69      A     \nATOM    809  NE2 HIS X 805     -16.519   4.613 -16.391  1.00 35.62      A     \nATOM    810  N   LYS X 806     -15.154   7.615 -10.350  1.00 33.17      A     \nATOM    811  CA  LYS X 806     -14.401   7.911  -9.138  1.00 36.80      A     \nATOM    812  C   LYS X 806     -14.321   6.747  -8.154  1.00 38.66      A     \nATOM    813  O   LYS X 806     -13.324   6.591  -7.454  1.00 40.21      A     \nATOM    814  CB  LYS X 806     -14.998   9.133  -8.437  1.00 35.95      A     \nATOM    815  CG  LYS X 806     -16.469   9.007  -8.092  1.00 38.77      A     \nATOM    816  CD  LYS X 806     -17.003  10.310  -7.516  1.00 38.23      A     \nATOM    817  CE  LYS X 806     -18.525  10.312  -7.463  1.00 41.28      A     \nATOM    818  NZ  LYS X 806     -19.134  10.293  -8.824  1.00 42.64      A     \nATOM    819  N   ASP X 807     -15.368   5.931  -8.099  1.00 39.81      A     \nATOM    820  CA  ASP X 807     -15.432   4.859  -7.115  1.00 40.65      A     \nATOM    821  C   ASP X 807     -14.795   3.567  -7.617  1.00 40.42      A     \nATOM    822  O   ASP X 807     -14.784   2.560  -6.910  1.00 39.86      A     \nATOM    823  CB  ASP X 807     -16.887   4.602  -6.715  1.00 43.44      A     \nATOM    824  CG  ASP X 807     -17.498   5.771  -5.966  1.00 45.22      A     \nATOM    825  OD1 ASP X 807     -16.767   6.436  -5.198  1.00 45.10      A     \nATOM    826  OD2 ASP X 807     -18.708   6.027  -6.145  1.00 47.10      A     \nATOM    827  N   ASN X 808     -14.263   3.601  -8.834  1.00 39.24      A     \nATOM    828  CA  ASN X 808     -13.659   2.419  -9.439  1.00 39.03      A     \nATOM    829  C   ASN X 808     -12.254   2.683  -9.977  1.00 36.46      A     \nATOM    830  O   ASN X 808     -11.703   1.865 -10.713  1.00 38.12      A     \nATOM    831  CB  ASN X 808     -14.547   1.899 -10.571  1.00 41.97      A     \nATOM    832  CG  ASN X 808     -15.958   1.595 -10.111  1.00 45.35      A     \nATOM    833  OD1 ASN X 808     -16.890   2.352 -10.389  1.00 47.83      A     \nATOM    834  ND2 ASN X 808     -16.124   0.484  -9.402  1.00 46.73      A     \nATOM    835  N   ILE X 809     -11.677   3.825  -9.614  1.00 33.61      A     \nATOM    836  CA  ILE X 809     -10.332   4.169 -10.062  1.00 30.09      A     \nATOM    837  C   ILE X 809      -9.300   3.925  -8.966  1.00 29.23      A     \nATOM    838  O   ILE X 809      -9.415   4.450  -7.860  1.00 30.16      A     \nATOM    839  CB  ILE X 809     -10.247   5.650 -10.498  1.00 29.50      A     \nATOM    840  CG1 ILE X 809     -11.159   5.896 -11.700  1.00 28.85      A     \nATOM    841  CG2 ILE X 809      -8.815   6.003 -10.863  1.00 29.37      A     \nATOM    842  CD1 ILE X 809     -11.188   7.344 -12.155  1.00 28.78      A     \nATOM    843  N   GLY X 810      -8.286   3.127  -9.282  1.00 28.14      A     \nATOM    844  CA  GLY X 810      -7.274   2.806  -8.294  1.00 27.68      A     \nATOM    845  C   GLY X 810      -6.033   3.672  -8.404  1.00 25.50      A     \nATOM    846  O   GLY X 810      -5.884   4.458  -9.346  1.00 24.70      A     \nATOM    847  N   SER X 811      -5.133   3.516  -7.438  1.00 24.63      A     \nATOM    848  CA  SER X 811      -3.919   4.320  -7.379  1.00 23.22      A     \nATOM    849  C   SER X 811      -3.023   4.117  -8.597  1.00 23.16      A     \nATOM    850  O   SER X 811      -2.359   5.051  -9.043  1.00 22.24      A     \nATOM    851  CB  SER X 811      -3.129   3.993  -6.111  1.00 25.47      A     \nATOM    852  OG  SER X 811      -2.803   2.614  -6.043  1.00 23.21      A     \nATOM    853  N   GLN X 812      -2.999   2.904  -9.135  1.00 22.69      A     \nATOM    854  CA  GLN X 812      -2.139   2.628 -10.278  1.00 22.84      A     \nATOM    855  C   GLN X 812      -2.521   3.505 -11.467  1.00 21.90      A     \nATOM    856  O   GLN X 812      -1.659   4.091 -12.121  1.00 21.56      A     \nATOM    857  CB  GLN X 812      -2.236   1.154 -10.678  1.00 25.09      A     \nATOM    858  CG  GLN X 812      -1.213   0.743 -11.723  1.00 27.74      A     \nATOM    859  CD  GLN X 812       0.213   0.801 -11.196  1.00 29.92      A     \nATOM    860  OE1 GLN X 812       0.693  -0.143 -10.571  1.00 31.81      A     \nATOM    861  NE2 GLN X 812       0.898   1.914 -11.450  1.00 28.46      A     \nATOM    862  N   TYR X 813      -3.818   3.598 -11.745  1.00 22.49      A     \nATOM    863  CA  TYR X 813      -4.282   4.392 -12.874  1.00 22.77      A     \nATOM    864  C   TYR X 813      -3.982   5.876 -12.691  1.00 22.16      A     \nATOM    865  O   TYR X 813      -3.495   6.529 -13.611  1.00 20.84      A     \nATOM    866  CB  TYR X 813      -5.782   4.183 -13.086  1.00 26.44      A     \nATOM    867  CG  TYR X 813      -6.105   2.905 -13.832  1.00 30.48      A     \nATOM    868  CD1 TYR X 813      -6.170   1.686 -13.168  1.00 34.80      A     \nATOM    869  CD2 TYR X 813      -6.320   2.916 -15.201  1.00 33.84      A     \nATOM    870  CE1 TYR X 813      -6.438   0.511 -13.854  1.00 36.96      A     \nATOM    871  CE2 TYR X 813      -6.590   1.747 -15.895  1.00 35.96      A     \nATOM    872  CZ  TYR X 813      -6.646   0.550 -15.216  1.00 37.50      A     \nATOM    873  OH  TYR X 813      -6.909  -0.614 -15.905  1.00 39.24      A     \nATOM    874  N   LEU X 814      -4.266   6.405 -11.507  1.00 21.29      A     \nATOM    875  CA  LEU X 814      -4.022   7.820 -11.252  1.00 20.33      A     \nATOM    876  C   LEU X 814      -2.552   8.200 -11.418  1.00 20.83      A     \nATOM    877  O   LEU X 814      -2.231   9.180 -12.091  1.00 21.10      A     \nATOM    878  CB  LEU X 814      -4.512   8.195  -9.849  1.00 19.12      A     \nATOM    879  CG  LEU X 814      -6.037   8.273  -9.730  1.00 20.19      A     \nATOM    880  CD1 LEU X 814      -6.455   8.155  -8.276  1.00 21.74      A     \nATOM    881  CD2 LEU X 814      -6.523   9.584 -10.345  1.00 22.61      A     \nATOM    882  N   LEU X 815      -1.654   7.431 -10.814  1.00 19.47      A     \nATOM    883  CA  LEU X 815      -0.241   7.754 -10.909  1.00 19.39      A     \nATOM    884  C   LEU X 815       0.284   7.547 -12.326  1.00 20.20      A     \nATOM    885  O   LEU X 815       1.108   8.325 -12.805  1.00 20.55      A     \nATOM    886  CB  LEU X 815       0.558   6.922  -9.900  1.00 20.45      A     \nATOM    887  CG  LEU X 815       0.280   7.311  -8.440  1.00 21.45      A     \nATOM    888  CD1 LEU X 815       0.939   6.308  -7.512  1.00 23.48      A     \nATOM    889  CD2 LEU X 815       0.797   8.722  -8.160  1.00 22.57      A     \nATOM    890  N   ASN X 816      -0.210   6.519 -13.014  1.00 20.19      A     \nATOM    891  CA  ASN X 816       0.169   6.315 -14.407  1.00 20.85      A     \nATOM    892  C   ASN X 816      -0.236   7.518 -15.267  1.00 20.21      A     \nATOM    893  O   ASN X 816       0.519   7.954 -16.133  1.00 20.40      A     \nATOM    894  CB  ASN X 816      -0.479   5.039 -14.962  1.00 21.67      A     \nATOM    895  CG  ASN X 816       0.251   3.774 -14.544  1.00 26.45      A     \nATOM    896  OD1 ASN X 816      -0.175   2.661 -14.865  1.00 29.87      A     \nATOM    897  ND2 ASN X 816       1.354   3.936 -13.829  1.00 23.42      A     \nATOM    898  N   TRP X 817      -1.422   8.066 -15.025  1.00 19.55      A     \nATOM    899  CA  TRP X 817      -1.859   9.226 -15.794  1.00 19.59      A     \nATOM    900  C   TRP X 817      -0.947  10.422 -15.544  1.00 19.76      A     \nATOM    901  O   TRP X 817      -0.647  11.191 -16.462  1.00 19.65      A     \nATOM    902  CB  TRP X 817      -3.298   9.599 -15.433  1.00 20.81      A     \nATOM    903  CG  TRP X 817      -4.321   8.581 -15.859  1.00 20.57      A     \nATOM    904  CD1 TRP X 817      -4.225   7.693 -16.895  1.00 23.47      A     \nATOM    905  CD2 TRP X 817      -5.601   8.358 -15.257  1.00 22.64      A     \nATOM    906  NE1 TRP X 817      -5.369   6.932 -16.974  1.00 22.58      A     \nATOM    907  CE2 TRP X 817      -6.228   7.319 -15.978  1.00 22.42      A     \nATOM    908  CE3 TRP X 817      -6.276   8.933 -14.176  1.00 20.64      A     \nATOM    909  CZ2 TRP X 817      -7.497   6.847 -15.653  1.00 22.92      A     \nATOM    910  CZ3 TRP X 817      -7.539   8.462 -13.854  1.00 23.93      A     \nATOM    911  CH2 TRP X 817      -8.135   7.428 -14.591  1.00 22.67      A     \nATOM    912  N   CYS X 818      -0.506  10.580 -14.302  1.00 20.08      A     \nATOM    913  CA  CYS X 818       0.402  11.673 -13.969  1.00 19.34      A     \nATOM    914  C   CYS X 818       1.706  11.516 -14.745  1.00 19.54      A     \nATOM    915  O   CYS X 818       2.225  12.480 -15.300  1.00 18.69      A     \nATOM    916  CB  CYS X 818       0.690  11.687 -12.466  1.00 21.09      A     \nATOM    917  SG  CYS X 818      -0.730  12.147 -11.442  1.00 22.25      A     \nATOM    918  N   VAL X 819       2.229  10.293 -14.793  1.00 18.99      A     \nATOM    919  CA  VAL X 819       3.428  10.028 -15.576  1.00 19.84      A     \nATOM    920  C   VAL X 819       3.220  10.394 -17.045  1.00 19.14      A     \nATOM    921  O   VAL X 819       4.034  11.101 -17.645  1.00 19.94      A     \nATOM    922  CB  VAL X 819       3.832   8.542 -15.488  1.00 20.59      A     \nATOM    923  CG1 VAL X 819       4.989   8.270 -16.430  1.00 21.77      A     \nATOM    924  CG2 VAL X 819       4.217   8.187 -14.054  1.00 20.91      A     \nATOM    925  N   GLN X 820       2.115   9.922 -17.613  1.00 17.81      A     \nATOM    926  CA  GLN X 820       1.841  10.103 -19.030  1.00 19.01      A     \nATOM    927  C   GLN X 820       1.676  11.570 -19.404  1.00 18.55      A     \nATOM    928  O   GLN X 820       2.194  12.019 -20.427  1.00 19.47      A     \nATOM    929  CB  GLN X 820       0.590   9.313 -19.417  1.00 19.23      A     \nATOM    930  CG  GLN X 820       0.785   7.807 -19.268  1.00 20.73      A     \nATOM    931  CD  GLN X 820      -0.465   7.019 -19.575  1.00 22.69      A     \nATOM    932  OE1 GLN X 820      -1.434   7.553 -20.105  1.00 24.05      A     \nATOM    933  NE2 GLN X 820      -0.450   5.733 -19.239  1.00 24.87      A     \nATOM    934  N   ILE X 821       0.963  12.322 -18.576  1.00 20.67      A     \nATOM    935  CA  ILE X 821       0.770  13.738 -18.861  1.00 19.50      A     \nATOM    936  C   ILE X 821       2.108  14.459 -18.792  1.00 19.46      A     \nATOM    937  O   ILE X 821       2.397  15.334 -19.609  1.00 19.51      A     \nATOM    938  CB  ILE X 821      -0.234  14.364 -17.868  1.00 19.45      A     \nATOM    939  CG1 ILE X 821      -1.617  13.749 -18.103  1.00 19.28      A     \nATOM    940  CG2 ILE X 821      -0.287  15.880 -18.047  1.00 20.73      A     \nATOM    941  CD1 ILE X 821      -2.640  14.092 -17.042  1.00 20.08      A     \nATOM    942  N   ALA X 822       2.943  14.076 -17.833  1.00 19.60      A     \nATOM    943  CA  ALA X 822       4.265  14.683 -17.742  1.00 18.51      A     \nATOM    944  C   ALA X 822       5.132  14.331 -18.954  1.00 19.26      A     \nATOM    945  O   ALA X 822       5.909  15.165 -19.422  1.00 19.36      A     \nATOM    946  CB  ALA X 822       4.960  14.258 -16.445  1.00 19.19      A     \nATOM    947  N   LYS X 823       5.002  13.109 -19.465  1.00 19.37      A     \nATOM    948  CA  LYS X 823       5.745  12.714 -20.663  1.00 19.56      A     \nATOM    949  C   LYS X 823       5.317  13.531 -21.877  1.00 18.46      A     \nATOM    950  O   LYS X 823       6.152  13.980 -22.663  1.00 20.97      A     \nATOM    951  CB  LYS X 823       5.547  11.223 -20.948  1.00 20.41      A     \nATOM    952  CG  LYS X 823       6.313  10.317 -19.992  1.00 19.49      A     \nATOM    953  CD  LYS X 823       6.180   8.859 -20.399  1.00 23.15      A     \nATOM    954  CE  LYS X 823       7.107   7.969 -19.587  1.00 26.80      A     \nATOM    955  NZ  LYS X 823       6.964   6.537 -19.975  1.00 28.88      A     \nATOM    956  N   GLY X 824       4.014  13.733 -22.026  1.00 18.71      A     \nATOM    957  CA  GLY X 824       3.528  14.524 -23.139  1.00 18.50      A     \nATOM    958  C   GLY X 824       3.968  15.971 -23.022  1.00 18.09      A     \nATOM    959  O   GLY X 824       4.321  16.602 -24.015  1.00 18.86      A     \nATOM    960  N   MET X 825       3.958  16.510 -21.808  1.00 19.70      A     \nATOM    961  CA  MET X 825       4.364  17.896 -21.627  1.00 18.84      A     \nATOM    962  C   MET X 825       5.862  18.083 -21.847  1.00 20.98      A     \nATOM    963  O   MET X 825       6.295  19.098 -22.391  1.00 20.24      A     \nATOM    964  CB  MET X 825       3.969  18.392 -20.234  1.00 20.44      A     \nATOM    965  CG  MET X 825       2.471  18.570 -20.040  1.00 19.38      A     \nATOM    966  SD  MET X 825       1.699  19.733 -21.210  1.00 20.60      A     \nATOM    967  CE  MET X 825       2.608  21.234 -20.849  1.00 24.05      A     \nATOM    968  N   ASN X 826       6.653  17.098 -21.435  1.00 21.13      A     \nATOM    969  CA  ASN X 826       8.090  17.150 -21.681  1.00 21.65      A     \nATOM    970  C   ASN X 826       8.376  17.141 -23.179  1.00 20.81      A     \nATOM    971  O   ASN X 826       9.299  17.807 -23.650  1.00 21.16      A     \nATOM    972  CB  ASN X 826       8.795  15.963 -21.030  1.00 21.02      A     \nATOM    973  CG  ASN X 826      10.285  15.980 -21.277  1.00 23.06      A     \nATOM    974  OD1 ASN X 826      10.984  16.888 -20.833  1.00 24.60      A     \nATOM    975  ND2 ASN X 826      10.780  14.982 -21.999  1.00 24.56      A     \nATOM    976  N   TYR X 827       7.575  16.388 -23.928  1.00 20.73      A     \nATOM    977  CA  TYR X 827       7.727  16.358 -25.375  1.00 22.43      A     \nATOM    978  C   TYR X 827       7.394  17.723 -25.964  1.00 22.43      A     \nATOM    979  O   TYR X 827       8.112  18.232 -26.824  1.00 22.75      A     \nATOM    980  CB  TYR X 827       6.812  15.296 -25.985  1.00 21.90      A     \nATOM    981  CG  TYR X 827       6.864  15.262 -27.493  1.00 24.24      A     \nATOM    982  CD1 TYR X 827       7.902  14.620 -28.158  1.00 26.40      A     \nATOM    983  CD2 TYR X 827       5.880  15.880 -28.253  1.00 23.29      A     \nATOM    984  CE1 TYR X 827       7.957  14.597 -29.542  1.00 27.68      A     \nATOM    985  CE2 TYR X 827       5.928  15.863 -29.634  1.00 24.84      A     \nATOM    986  CZ  TYR X 827       6.966  15.221 -30.273  1.00 26.45      A     \nATOM    987  OH  TYR X 827       7.006  15.199 -31.652  1.00 28.88      A     \nATOM    988  N   LEU X 828       6.305  18.324 -25.497  1.00 22.50      A     \nATOM    989  CA  LEU X 828       5.948  19.650 -25.979  1.00 21.92      A     \nATOM    990  C   LEU X 828       7.056  20.655 -25.676  1.00 22.62      A     \nATOM    991  O   LEU X 828       7.374  21.500 -26.511  1.00 23.68      A     \nATOM    992  CB  LEU X 828       4.624  20.109 -25.358  1.00 23.12      A     \nATOM    993  CG  LEU X 828       3.390  19.302 -25.778  1.00 24.28      A     \nATOM    994  CD1 LEU X 828       2.156  19.865 -25.090  1.00 25.58      A     \nATOM    995  CD2 LEU X 828       3.221  19.356 -27.295  1.00 25.37      A     \nATOM    996  N   GLU X 829       7.662  20.556 -24.494  1.00 21.73      A     \nATOM    997  CA  GLU X 829       8.772  21.442 -24.143  1.00 22.14      A     \nATOM    998  C   GLU X 829       9.977  21.236 -25.072  1.00 23.65      A     \nATOM    999  O   GLU X 829      10.628  22.199 -25.478  1.00 23.49      A     \nATOM   1000  CB  GLU X 829       9.194  21.224 -22.685  1.00 23.85      A     \nATOM   1001  CG  GLU X 829      10.429  22.014 -22.289  1.00 24.57      A     \nATOM   1002  CD  GLU X 829      10.629  22.108 -20.784  1.00 27.91      A     \nATOM   1003  OE1 GLU X 829      11.524  22.867 -20.354  1.00 28.42      A     \nATOM   1004  OE2 GLU X 829       9.899  21.431 -20.029  1.00 26.98      A     \nATOM   1005  N   ASP X 830      10.262  19.983 -25.415  1.00 24.25      A     \nATOM   1006  CA  ASP X 830      11.319  19.686 -26.378  1.00 25.71      A     \nATOM   1007  C   ASP X 830      11.017  20.335 -27.729  1.00 25.83      A     \nATOM   1008  O   ASP X 830      11.932  20.720 -28.459  1.00 29.24      A     \nATOM   1009  CB  ASP X 830      11.472  18.168 -26.552  1.00 25.33      A     \nATOM   1010  CG  ASP X 830      12.216  17.514 -25.396  1.00 26.52      A     \nATOM   1011  OD1 ASP X 830      12.099  16.278 -25.231  1.00 29.67      A     \nATOM   1012  OD2 ASP X 830      12.922  18.233 -24.653  1.00 29.38      A     \nATOM   1013  N   ARG X 831       9.734  20.464 -28.054  1.00 25.96      A     \nATOM   1014  CA  ARG X 831       9.319  21.069 -29.319  1.00 27.33      A     \nATOM   1015  C   ARG X 831       9.179  22.586 -29.208  1.00 27.82      A     \nATOM   1016  O   ARG X 831       8.749  23.244 -30.153  1.00 29.41      A     \nATOM   1017  CB  ARG X 831       7.989  20.470 -29.784  1.00 26.61      A     \nATOM   1018  CG  ARG X 831       8.027  18.971 -30.059  1.00 29.94      A     \nATOM   1019  CD  ARG X 831       8.984  18.650 -31.190  1.00 30.29      A     \nATOM   1020  NE  ARG X 831       8.720  19.465 -32.373  1.00 30.61      A     \nATOM   1021  CZ  ARG X 831       7.941  19.088 -33.381  1.00 31.67      A     \nATOM   1022  NH1 ARG X 831       7.344  17.903 -33.354  1.00 32.72      A     \nATOM   1023  NH2 ARG X 831       7.754  19.897 -34.416  1.00 32.74      A     \nATOM   1024  N   ARG X 832       9.536  23.132 -28.048  1.00 27.72      A     \nATOM   1025  CA  ARG X 832       9.453  24.570 -27.800  1.00 26.94      A     \nATOM   1026  C   ARG X 832       8.010  25.068 -27.783  1.00 27.62      A     \nATOM   1027  O   ARG X 832       7.735  26.231 -28.087  1.00 27.35      A     \nATOM   1028  CB  ARG X 832      10.251  25.345 -28.853  1.00 29.88      A     \nATOM   1029  CG  ARG X 832      11.709  24.922 -28.957  1.00 32.05      A     \nATOM   1030  CD  ARG X 832      12.505  25.887 -29.817  1.00 37.61      A     \nATOM   1031  NE  ARG X 832      12.591  27.203 -29.197  1.00 39.35      A     \nATOM   1032  CZ  ARG X 832      13.410  27.503 -28.194  1.00 41.19      A     \nATOM   1033  NH1 ARG X 832      13.422  28.728 -27.689  1.00 41.63      A     \nATOM   1034  NH2 ARG X 832      14.220  26.577 -27.697  1.00 42.56      A     \nATOM   1035  N   LEU X 833       7.087  24.185 -27.421  1.00 24.56      A     \nATOM   1036  CA  LEU X 833       5.683  24.558 -27.344  1.00 24.63      A     \nATOM   1037  C   LEU X 833       5.254  24.813 -25.903  1.00 23.91      A     \nATOM   1038  O   LEU X 833       5.409  23.951 -25.037  1.00 25.10      A     \nATOM   1039  CB  LEU X 833       4.816  23.457 -27.960  1.00 25.15      A     \nATOM   1040  CG  LEU X 833       4.930  23.353 -29.483  1.00 26.28      A     \nATOM   1041  CD1 LEU X 833       4.406  22.010 -29.952  1.00 27.54      A     \nATOM   1042  CD2 LEU X 833       4.151  24.495 -30.127  1.00 26.53      A     \nATOM   1043  N   VAL X 834       4.722  26.005 -25.651  1.00 22.66      A     \nATOM   1044  CA  VAL X 834       4.083  26.286 -24.373  1.00 22.97      A     \nATOM   1045  C   VAL X 834       2.580  26.096 -24.531  1.00 22.94      A     \nATOM   1046  O   VAL X 834       1.960  26.699 -25.406  1.00 23.66      A     \nATOM   1047  CB  VAL X 834       4.372  27.733 -23.907  1.00 22.79      A     \nATOM   1048  CG1 VAL X 834       3.708  27.991 -22.564  1.00 24.92      A     \nATOM   1049  CG2 VAL X 834       5.872  27.949 -23.795  1.00 25.37      A     \nATOM   1050  N   HIS X 835       2.003  25.246 -23.688  1.00 20.11      A     \nATOM   1051  CA  HIS X 835       0.616  24.828 -23.851  1.00 20.45      A     \nATOM   1052  C   HIS X 835      -0.366  25.921 -23.424  1.00 21.74      A     \nATOM   1053  O   HIS X 835      -1.308  26.243 -24.156  1.00 22.10      A     \nATOM   1054  CB  HIS X 835       0.371  23.550 -23.041  1.00 20.59      A     \nATOM   1055  CG  HIS X 835      -0.961  22.922 -23.299  1.00 21.75      A     \nATOM   1056  ND1 HIS X 835      -2.131  23.411 -22.761  1.00 21.04      A     \nATOM   1057  CD2 HIS X 835      -1.310  21.849 -24.048  1.00 20.96      A     \nATOM   1058  CE1 HIS X 835      -3.144  22.669 -23.169  1.00 21.97      A     \nATOM   1059  NE2 HIS X 835      -2.674  21.714 -23.951  1.00 23.00      A     \nATOM   1060  N   ARG X 836      -0.139  26.481 -22.236  1.00 20.57      A     \nATOM   1061  CA  ARG X 836      -0.914  27.601 -21.708  1.00 21.74      A     \nATOM   1062  C   ARG X 836      -2.368  27.294 -21.358  1.00 21.14      A     \nATOM   1063  O   ARG X 836      -3.116  28.198 -20.985  1.00 22.17      A     \nATOM   1064  CB  ARG X 836      -0.879  28.784 -22.681  1.00 21.65      A     \nATOM   1065  CG  ARG X 836       0.521  29.249 -23.036  1.00 23.78      A     \nATOM   1066  CD  ARG X 836       0.517  30.700 -23.511  1.00 26.72      A     \nATOM   1067  NE  ARG X 836      -0.483  30.918 -24.547  1.00 28.73      A     \nATOM   1068  CZ  ARG X 836      -1.343  31.931 -24.561  1.00 26.53      A     \nATOM   1069  NH1 ARG X 836      -2.217  32.039 -25.551  1.00 28.38      A     \nATOM   1070  NH2 ARG X 836      -1.331  32.838 -23.591  1.00 29.03      A     \nATOM   1071  N   ASP X 837      -2.780  26.033 -21.465  1.00 20.87      A     \nATOM   1072  CA  ASP X 837      -4.150  25.687 -21.095  1.00 18.98      A     \nATOM   1073  C   ASP X 837      -4.271  24.258 -20.568  1.00 19.94      A     \nATOM   1074  O   ASP X 837      -5.276  23.583 -20.803  1.00 20.96      A     \nATOM   1075  CB  ASP X 837      -5.075  25.886 -22.303  1.00 22.29      A     \nATOM   1076  CG  ASP X 837      -6.547  25.983 -21.917  1.00 24.39      A     \nATOM   1077  OD1 ASP X 837      -7.396  25.898 -22.825  1.00 28.54      A     \nATOM   1078  OD2 ASP X 837      -6.858  26.144 -20.721  1.00 26.71      A     \nATOM   1079  N   LEU X 838      -3.248  23.791 -19.858  1.00 18.84      A     \nATOM   1080  CA  LEU X 838      -3.295  22.439 -19.321  1.00 19.68      A     \nATOM   1081  C   LEU X 838      -4.285  22.388 -18.167  1.00 19.24      A     \nATOM   1082  O   LEU X 838      -4.240  23.212 -17.248  1.00 20.17      A     \nATOM   1083  CB  LEU X 838      -1.906  21.989 -18.853  1.00 18.85      A     \nATOM   1084  CG  LEU X 838      -1.815  20.527 -18.385  1.00 20.83      A     \nATOM   1085  CD1 LEU X 838      -2.259  19.607 -19.517  1.00 20.59      A     \nATOM   1086  CD2 LEU X 838      -0.386  20.198 -17.953  1.00 20.58      A     \nATOM   1087  N   ALA X 839      -5.187  21.414 -18.240  1.00 19.07      A     \nATOM   1088  CA  ALA X 839      -6.219  21.189 -17.235  1.00 16.99      A     \nATOM   1089  C   ALA X 839      -6.802  19.806 -17.528  1.00 17.44      A     \nATOM   1090  O   ALA X 839      -6.597  19.262 -18.612  1.00 18.32      A     \nATOM   1091  CB  ALA X 839      -7.306  22.258 -17.345  1.00 19.28      A     \nATOM   1092  N   ALA X 840      -7.524  19.229 -16.576  1.00 17.93      A     \nATOM   1093  CA  ALA X 840      -8.045  17.879 -16.778  1.00 18.33      A     \nATOM   1094  C   ALA X 840      -9.055  17.841 -17.932  1.00 19.39      A     \nATOM   1095  O   ALA X 840      -9.206  16.811 -18.594  1.00 19.30      A     \nATOM   1096  CB  ALA X 840      -8.681  17.363 -15.497  1.00 19.34      A     \nATOM   1097  N   ARG X 841      -9.736  18.956 -18.182  1.00 18.66      A     \nATOM   1098  CA  ARG X 841     -10.674  19.031 -19.304  1.00 19.42      A     \nATOM   1099  C   ARG X 841      -9.956  18.908 -20.649  1.00 21.60      A     \nATOM   1100  O   ARG X 841     -10.568  18.537 -21.650  1.00 22.60      A     \nATOM   1101  CB  ARG X 841     -11.470  20.347 -19.258  1.00 20.80      A     \nATOM   1102  CG  ARG X 841     -10.610  21.593 -19.396  1.00 21.42      A     \nATOM   1103  CD  ARG X 841     -11.411  22.890 -19.286  1.00 25.15      A     \nATOM   1104  NE  ARG X 841     -10.516  24.043 -19.371  1.00 24.71      A     \nATOM   1105  CZ  ARG X 841      -9.928  24.622 -18.325  1.00 26.06      A     \nATOM   1106  NH1 ARG X 841     -10.140  24.176 -17.092  1.00 25.04      A     \nATOM   1107  NH2 ARG X 841      -9.089  25.632 -18.514  1.00 28.76      A     \nATOM   1108  N   ASN X 842      -8.659  19.214 -20.668  1.00 20.47      A     \nATOM   1109  CA  ASN X 842      -7.879  19.212 -21.902  1.00 21.08      A     \nATOM   1110  C   ASN X 842      -6.919  18.030 -21.978  1.00 22.13      A     \nATOM   1111  O   ASN X 842      -5.959  18.039 -22.752  1.00 21.51      A     \nATOM   1112  CB  ASN X 842      -7.106  20.528 -22.040  1.00 21.54      A     \nATOM   1113  CG  ASN X 842      -8.027  21.718 -22.227  1.00 22.55      A     \nATOM   1114  OD1 ASN X 842      -7.743  22.829 -21.772  1.00 25.78      A     \nATOM   1115  ND2 ASN X 842      -9.141  21.486 -22.895  1.00 20.35      A     \nATOM   1116  N   VAL X 843      -7.177  17.017 -21.159  1.00 21.59      A     \nATOM   1117  CA  VAL X 843      -6.537  15.723 -21.337  1.00 21.66      A     \nATOM   1118  C   VAL X 843      -7.618  14.732 -21.744  1.00 21.67      A     \nATOM   1119  O   VAL X 843      -8.711  14.728 -21.178  1.00 22.36      A     \nATOM   1120  CB  VAL X 843      -5.860  15.240 -20.031  1.00 21.66      A     \nATOM   1121  CG1 VAL X 843      -5.220  13.875 -20.252  1.00 22.21      A     \nATOM   1122  CG2 VAL X 843      -4.800  16.244 -19.589  1.00 23.43      A     \nATOM   1123  N   LEU X 844      -7.321  13.896 -22.735  1.00 19.90      A     \nATOM   1124  CA  LEU X 844      -8.312  12.975 -23.273  1.00 22.14      A     \nATOM   1125  C   LEU X 844      -7.944  11.529 -22.979  1.00 21.57      A     \nATOM   1126  O   LEU X 844      -6.778  11.209 -22.749  1.00 22.02      A     \nATOM   1127  CB  LEU X 844      -8.447  13.173 -24.781  1.00 21.99      A     \nATOM   1128  CG  LEU X 844      -8.825  14.589 -25.217  1.00 23.27      A     \nATOM   1129  CD1 LEU X 844      -8.733  14.696 -26.725  1.00 22.22      A     \nATOM   1130  CD2 LEU X 844     -10.233  14.924 -24.735  1.00 24.78      A     \nATOM   1131  N   VAL X 845      -8.949  10.660 -22.988  1.00 22.35      A     \nATOM   1132  CA  VAL X 845      -8.761   9.268 -22.610  1.00 22.26      A     \nATOM   1133  C   VAL X 845      -8.908   8.360 -23.829  1.00 23.20      A     \nATOM   1134  O   VAL X 845      -9.995   8.224 -24.388  1.00 24.36      A     \nATOM   1135  CB  VAL X 845      -9.788   8.857 -21.538  1.00 21.10      A     \nATOM   1136  CG1 VAL X 845      -9.531   7.431 -21.074  1.00 21.40      A     \nATOM   1137  CG2 VAL X 845      -9.717   9.829 -20.355  1.00 23.64      A     \nATOM   1138  N   LYS X 846      -7.799   7.753 -24.237  1.00 23.40      A     \nATOM   1139  CA  LYS X 846      -7.795   6.819 -25.359  1.00 25.18      A     \nATOM   1140  C   LYS X 846      -8.325   5.475 -24.874  1.00 26.30      A     \nATOM   1141  O   LYS X 846      -9.221   4.879 -25.482  1.00 25.05      A     \nATOM   1142  CB  LYS X 846      -6.368   6.658 -25.882  1.00 25.89      A     \nATOM   1143  CG  LYS X 846      -6.210   5.628 -26.979  1.00 27.33      A     \nATOM   1144  CD  LYS X 846      -4.739   5.352 -27.242  1.00 30.55      A     \nATOM   1145  CE  LYS X 846      -4.559   4.284 -28.299  1.00 33.39      A     \nATOM   1146  NZ  LYS X 846      -3.152   3.800 -28.351  1.00 31.59      A     \nATOM   1147  N   THR X 847      -7.750   5.012 -23.770  1.00 26.10      A     \nATOM   1148  CA  THR X 847      -8.256   3.873 -23.011  1.00 27.49      A     \nATOM   1149  C   THR X 847      -8.087   4.243 -21.545  1.00 27.20      A     \nATOM   1150  O   THR X 847      -7.380   5.197 -21.222  1.00 27.20      A     \nATOM   1151  CB  THR X 847      -7.426   2.610 -23.261  1.00 28.87      A     \nATOM   1152  OG1 THR X 847      -6.116   2.793 -22.709  1.00 28.30      A     \nATOM   1153  CG2 THR X 847      -7.311   2.333 -24.752  1.00 30.83      A     \nATOM   1154  N   PRO X 848      -8.716   3.487 -20.636  1.00 27.60      A     \nATOM   1155  CA  PRO X 848      -8.518   3.765 -19.211  1.00 28.31      A     \nATOM   1156  C   PRO X 848      -7.039   3.817 -18.846  1.00 28.73      A     \nATOM   1157  O   PRO X 848      -6.649   4.498 -17.896  1.00 29.05      A     \nATOM   1158  CB  PRO X 848      -9.246   2.615 -18.519  1.00 29.64      A     \nATOM   1159  CG  PRO X 848     -10.312   2.225 -19.500  1.00 30.09      A     \nATOM   1160  CD  PRO X 848      -9.674   2.389 -20.853  1.00 29.45      A     \nATOM   1161  N   GLN X 849      -6.221   3.106 -19.617  1.00 27.38      A     \nATOM   1162  CA  GLN X 849      -4.800   2.966 -19.319  1.00 28.66      A     \nATOM   1163  C   GLN X 849      -3.915   3.998 -20.015  1.00 27.32      A     \nATOM   1164  O   GLN X 849      -2.707   4.026 -19.792  1.00 29.07      A     \nATOM   1165  CB  GLN X 849      -4.316   1.565 -19.711  1.00 29.69      A     \nATOM   1166  CG  GLN X 849      -4.963   0.432 -18.927  1.00 35.08      A     \nATOM   1167  CD  GLN X 849      -6.317   0.023 -19.484  1.00 38.24      A     \nATOM   1168  OE1 GLN X 849      -7.171  -0.483 -18.754  1.00 42.22      A     \nATOM   1169  NE2 GLN X 849      -6.517   0.236 -20.782  1.00 36.39      A     \nATOM   1170  N   HIS X 850      -4.504   4.836 -20.863  1.00 25.29      A     \nATOM   1171  CA  HIS X 850      -3.701   5.659 -21.763  1.00 24.14      A     \nATOM   1172  C   HIS X 850      -4.381   6.990 -22.075  1.00 23.94      A     \nATOM   1173  O   HIS X 850      -5.456   7.016 -22.673  1.00 23.70      A     \nATOM   1174  CB  HIS X 850      -3.446   4.890 -23.066  1.00 26.40      A     \nATOM   1175  CG  HIS X 850      -2.412   5.515 -23.950  1.00 28.22      A     \nATOM   1176  ND1 HIS X 850      -1.316   4.821 -24.416  1.00 30.70      A     \nATOM   1177  CD2 HIS X 850      -2.308   6.766 -24.459  1.00 28.43      A     \nATOM   1178  CE1 HIS X 850      -0.581   5.617 -25.173  1.00 32.37      A     \nATOM   1179  NE2 HIS X 850      -1.162   6.803 -25.216  1.00 27.85      A     \nATOM   1180  N   VAL X 851      -3.744   8.092 -21.681  1.00 22.56      A     \nATOM   1181  CA  VAL X 851      -4.312   9.422 -21.890  1.00 22.39      A     \nATOM   1182  C   VAL X 851      -3.428  10.296 -22.776  1.00 21.13      A     \nATOM   1183  O   VAL X 851      -2.229  10.045 -22.918  1.00 21.36      A     \nATOM   1184  CB  VAL X 851      -4.542  10.150 -20.542  1.00 22.38      A     \nATOM   1185  CG1 VAL X 851      -5.512   9.353 -19.683  1.00 23.19      A     \nATOM   1186  CG2 VAL X 851      -3.220  10.343 -19.816  1.00 23.11      A     \nATOM   1187  N   LYS X 852      -4.029  11.325 -23.373  1.00 20.87      A     \nATOM   1188  CA  LYS X 852      -3.313  12.224 -24.272  1.00 19.96      A     \nATOM   1189  C   LYS X 852      -3.737  13.679 -24.076  1.00 20.11      A     \nATOM   1190  O   LYS X 852      -4.925  13.981 -23.950  1.00 21.63      A     \nATOM   1191  CB  LYS X 852      -3.566  11.838 -25.733  1.00 22.48      A     \nATOM   1192  CG  LYS X 852      -3.161  10.420 -26.093  1.00 22.68      A     \nATOM   1193  CD  LYS X 852      -3.165  10.222 -27.596  1.00 28.05      A     \nATOM   1194  CE  LYS X 852      -2.800   8.791 -27.959  1.00 27.83      A     \nATOM   1195  NZ  LYS X 852      -2.954   8.549 -29.414  1.00 35.51      A     \nATOM   1196  N   ILE X 853      -2.753  14.570 -24.079  1.00 21.46      A     \nATOM   1197  CA  ILE X 853      -2.992  16.008 -23.996  1.00 21.16      A     \nATOM   1198  C   ILE X 853      -3.539  16.522 -25.319  1.00 23.16      A     \nATOM   1199  O   ILE X 853      -3.119  16.080 -26.382  1.00 22.87      A     \nATOM   1200  CB  ILE X 853      -1.679  16.748 -23.684  1.00 21.58      A     \nATOM   1201  CG1 ILE X 853      -1.125  16.258 -22.350  1.00 20.62      A     \nATOM   1202  CG2 ILE X 853      -1.913  18.253 -23.666  1.00 21.45      A     \nATOM   1203  CD1 ILE X 853       0.357  16.530 -22.181  1.00 22.52      A     \nATOM   1204  N   THR X 854      -4.481  17.459 -25.260  1.00 23.69      A     \nATOM   1205  CA  THR X 854      -4.948  18.102 -26.480  1.00 25.08      A     \nATOM   1206  C   THR X 854      -4.952  19.612 -26.300  1.00 26.72      A     \nATOM   1207  O   THR X 854      -4.726  20.113 -25.202  1.00 24.43      A     \nATOM   1208  CB  THR X 854      -6.363  17.617 -26.876  1.00 26.07      A     \nATOM   1209  OG1 THR X 854      -6.657  18.048 -28.212  1.00 27.40      A     \nATOM   1210  CG2 THR X 854      -7.411  18.177 -25.922  1.00 24.57      A     \nATOM   1211  N   ASP X 855      -5.200  20.328 -27.391  1.00 28.25      A     \nATOM   1212  CA  ASP X 855      -4.977  21.770 -27.451  1.00 31.66      A     \nATOM   1213  C   ASP X 855      -6.151  22.398 -28.188  1.00 32.35      A     \nATOM   1214  O   ASP X 855      -6.640  21.837 -29.169  1.00 33.25      A     \nATOM   1215  CB  ASP X 855      -3.661  22.044 -28.192  1.00 33.09      A     \nATOM   1216  CG  ASP X 855      -3.522  23.484 -28.652  1.00 33.04      A     \nATOM   1217  OD1 ASP X 855      -3.865  24.405 -27.886  1.00 33.67      A     \nATOM   1218  OD2 ASP X 855      -3.055  23.692 -29.793  1.00 35.64      A     \nATOM   1219  N   PHE X 856      -6.615  23.549 -27.709  1.00 33.07      A     \nATOM   1220  CA  PHE X 856      -7.761  24.207 -28.320  1.00 33.94      A     \nATOM   1221  C   PHE X 856      -7.453  25.623 -28.774  1.00 34.65      A     \nATOM   1222  O   PHE X 856      -8.363  26.432 -28.977  1.00 36.10      A     \nATOM   1223  CB  PHE X 856      -8.944  24.214 -27.352  1.00 34.88      A     \nATOM   1224  CG  PHE X 856      -9.575  22.867 -27.174  1.00 36.33      A     \nATOM   1225  CD1 PHE X 856     -10.426  22.355 -28.142  1.00 35.14      A     \nATOM   1226  CD2 PHE X 856      -9.297  22.103 -26.058  1.00 36.28      A     \nATOM   1227  CE1 PHE X 856     -10.982  21.104 -27.994  1.00 35.51      A     \nATOM   1228  CE2 PHE X 856      -9.850  20.851 -25.906  1.00 35.95      A     \nATOM   1229  CZ  PHE X 856     -10.693  20.351 -26.873  1.00 35.17      A     \nATOM   1230  N   GLY X 857      -6.167  25.923 -28.930  1.00 31.40      A     \nATOM   1231  CA  GLY X 857      -5.788  27.156 -29.588  1.00 30.77      A     \nATOM   1232  C   GLY X 857      -4.905  28.091 -28.789  1.00 28.17      A     \nATOM   1233  O   GLY X 857      -4.434  29.089 -29.326  1.00 30.87      A     \nATOM   1234  N   ARG X 858      -4.657  27.783 -27.522  1.00 26.78      A     \nATOM   1235  CA  ARG X 858      -3.827  28.667 -26.714  1.00 25.17      A     \nATOM   1236  C   ARG X 858      -2.337  28.345 -26.793  1.00 23.47      A     \nATOM   1237  O   ARG X 858      -1.507  29.156 -26.392  1.00 24.59      A     \nATOM   1238  CB  ARG X 858      -4.288  28.650 -25.254  1.00 26.20      A     \nATOM   1239  CG  ARG X 858      -5.501  29.531 -24.989  1.00 27.99      A     \nATOM   1240  CD  ARG X 858      -5.982  29.421 -23.549  1.00 29.38      A     \nATOM   1241  NE  ARG X 858      -4.948  29.756 -22.572  1.00 30.35      A     \nATOM   1242  CZ  ARG X 858      -4.609  30.998 -22.236  1.00 30.53      A     \nATOM   1243  NH1 ARG X 858      -5.216  32.032 -22.804  1.00 30.00      A     \nATOM   1244  NH2 ARG X 858      -3.671  31.209 -21.321  1.00 26.88      A     \nATOM   1245  N   ALA X 859      -1.991  27.172 -27.316  1.00 23.37      A     \nATOM   1246  CA  ALA X 859      -0.589  26.765 -27.352  1.00 24.10      A     \nATOM   1247  C   ALA X 859       0.221  27.693 -28.255  1.00 25.51      A     \nATOM   1248  O   ALA X 859      -0.271  28.152 -29.289  1.00 26.54      A     \nATOM   1249  CB  ALA X 859      -0.474  25.321 -27.840  1.00 24.53      A     \nATOM   1250  N   LYS X 860       1.461  27.973 -27.861  1.00 25.36      A     \nATOM   1251  CA  LYS X 860       2.327  28.858 -28.637  1.00 25.80      A     \nATOM   1252  C   LYS X 860       3.698  28.235 -28.864  1.00 26.90      A     \nATOM   1253  O   LYS X 860       4.265  27.612 -27.966  1.00 25.93      A     \nATOM   1254  CB  LYS X 860       2.499  30.194 -27.916  1.00 25.91      A     \nATOM   1255  CG  LYS X 860       1.206  30.956 -27.711  1.00 25.97      A     \nATOM   1256  CD  LYS X 860       0.658  31.472 -29.029  1.00 28.94      A     \nATOM   1257  CE  LYS X 860      -0.745  32.029 -28.850  1.00 31.64      A     \nATOM   1258  NZ  LYS X 860      -1.242  32.697 -30.087  1.00 35.64      A     \nATOM   1259  N   LEU X 861       4.229  28.417 -30.068  1.00 28.15      A     \nATOM   1260  CA  LEU X 861       5.581  27.974 -30.382  1.00 31.12      A     \nATOM   1261  C   LEU X 861       6.561  29.105 -30.092  1.00 32.48      A     \nATOM   1262  O   LEU X 861       6.412  30.211 -30.615  1.00 33.20      A     \nATOM   1263  CB  LEU X 861       5.668  27.584 -31.859  1.00 32.36      A     \nATOM   1264  CG  LEU X 861       7.028  27.093 -32.356  1.00 35.17      A     \nATOM   1265  CD1 LEU X 861       7.383  25.785 -31.666  1.00 35.81      A     \nATOM   1266  CD2 LEU X 861       6.979  26.907 -33.865  1.00 35.37      A     \nATOM   1267  N   LEU X 862       7.556  28.829 -29.256  1.00 33.00      A     \nATOM   1268  CA  LEU X 862       8.561  29.828 -28.907  1.00 35.24      A     \nATOM   1269  C   LEU X 862       9.656  29.904 -29.964  1.00 37.07      A     \nATOM   1270  O   LEU X 862      10.067  28.885 -30.523  1.00 36.40      A     \nATOM   1271  CB  LEU X 862       9.195  29.502 -27.554  1.00 36.00      A     \nATOM   1272  CG  LEU X 862       8.286  29.573 -26.325  1.00 37.79      A     \nATOM   1273  CD1 LEU X 862       9.110  29.347 -25.069  1.00 37.39      A     \nATOM   1274  CD2 LEU X 862       7.603  30.930 -26.273  1.00 38.26      A     \nATOM   1275  N   GLY X 863      10.123  31.122 -30.225  1.00 38.16      A     \nATOM   1276  CA  GLY X 863      11.200  31.319 -31.177  1.00 41.43      A     \nATOM   1277  C   GLY X 863      12.529  30.863 -30.615  1.00 42.88      A     \nATOM   1278  O   GLY X 863      12.678  30.704 -29.402  1.00 42.47      A     \nATOM   1279  N   ALA X 864      13.503  30.665 -31.498  1.00 44.89      A     \nATOM   1280  CA  ALA X 864      14.776  30.071 -31.115  1.00 46.86      A     \nATOM   1281  C   ALA X 864      15.380  30.744 -29.887  1.00 47.84      A     \nATOM   1282  O   ALA X 864      16.075  30.104 -29.099  1.00 49.56      A     \nATOM   1283  CB  ALA X 864      15.754  30.142 -32.283  1.00 47.32      A     \nATOM   1284  N   GLU X 865      15.109  32.035 -29.724  1.00 48.35      A     \nATOM   1285  CA  GLU X 865      15.726  32.806 -28.652  1.00 48.77      A     \nATOM   1286  C   GLU X 865      14.720  33.300 -27.616  1.00 48.55      A     \nATOM   1287  O   GLU X 865      15.082  34.020 -26.683  1.00 49.16      A     \nATOM   1288  CB  GLU X 865      16.489  33.994 -29.243  1.00 50.05      A     \nATOM   1289  CG  GLU X 865      17.603  33.582 -30.194  1.00 51.44      A     \nATOM   1290  CD  GLU X 865      18.416  34.758 -30.690  1.00 52.21      A     \nATOM   1291  OE1 GLU X 865      17.951  35.457 -31.616  1.00 53.99      A     \nATOM   1292  OE2 GLU X 865      19.520  34.984 -30.152  1.00 53.05      A     \nATOM   1293  N   GLU X 866      13.457  32.915 -27.779  1.00 47.16      A     \nATOM   1294  CA  GLU X 866      12.427  33.260 -26.805  1.00 45.84      A     \nATOM   1295  C   GLU X 866      12.453  32.299 -25.620  1.00 45.12      A     \nATOM   1296  O   GLU X 866      12.446  31.082 -25.796  1.00 45.65      A     \nATOM   1297  CB  GLU X 866      11.043  33.225 -27.458  1.00 46.57      A     \nATOM   1298  CG  GLU X 866      10.811  34.302 -28.504  1.00 47.80      A     \nATOM   1299  CD  GLU X 866       9.358  34.385 -28.938  1.00 49.23      A     \nATOM   1300  OE1 GLU X 866       8.916  33.513 -29.716  1.00 48.04      A     \nATOM   1301  OE2 GLU X 866       8.656  35.321 -28.501  1.00 50.09      A     \nATOM   1302  N   LYS X 867      12.480  32.858 -24.415  1.00 44.03      A     \nATOM   1303  CA  LYS X 867      12.468  32.062 -23.193  1.00 43.88      A     \nATOM   1304  C   LYS X 867      11.058  32.022 -22.608  1.00 41.36      A     \nATOM   1305  O   LYS X 867      10.721  31.126 -21.834  1.00 41.04      A     \nATOM   1306  CB  LYS X 867      13.435  32.663 -22.169  1.00 45.21      A     \nATOM   1307  CG  LYS X 867      13.549  31.873 -20.874  1.00 48.65      A     \nATOM   1308  CD  LYS X 867      14.328  30.582 -21.080  1.00 51.27      A     \nATOM   1309  CE  LYS X 867      15.810  30.858 -21.287  1.00 52.33      A     \nATOM   1310  NZ  LYS X 867      16.440  31.444 -20.070  1.00 53.34      A     \nATOM   1311  N   GLU X 868      10.240  33.001 -22.983  1.00 39.21      A     \nATOM   1312  CA  GLU X 868       8.857  33.070 -22.519  1.00 36.39      A     \nATOM   1313  C   GLU X 868       7.937  33.541 -23.638  1.00 33.83      A     \nATOM   1314  O   GLU X 868       8.386  34.154 -24.607  1.00 33.32      A     \nATOM   1315  CB  GLU X 868       8.732  34.037 -21.340  1.00 38.64      A     \nATOM   1316  CG  GLU X 868       9.893  34.004 -20.367  1.00 42.32      A     \nATOM   1317  CD  GLU X 868      10.889  35.120 -20.620  1.00 43.63      A     \nATOM   1318  OE1 GLU X 868      10.729  35.843 -21.628  1.00 44.39      A     \nATOM   1319  OE2 GLU X 868      11.828  35.275 -19.813  1.00 44.68      A     \nATOM   1320  N   TYR X 869       6.647  33.252 -23.495  1.00 30.92      A     \nATOM   1321  CA  TYR X 869       5.628  33.863 -24.339  1.00 28.76      A     \nATOM   1322  C   TYR X 869       4.953  34.990 -23.569  1.00 28.95      A     \nATOM   1323  O   TYR X 869       4.527  34.807 -22.427  1.00 26.74      A     \nATOM   1324  CB  TYR X 869       4.578  32.829 -24.758  1.00 27.29      A     \nATOM   1325  CG  TYR X 869       3.433  33.420 -25.556  1.00 27.60      A     \nATOM   1326  CD1 TYR X 869       3.594  33.747 -26.897  1.00 28.60      A     \nATOM   1327  CD2 TYR X 869       2.204  33.679 -24.962  1.00 26.92      A     \nATOM   1328  CE1 TYR X 869       2.563  34.316 -27.624  1.00 28.78      A     \nATOM   1329  CE2 TYR X 869       1.164  34.251 -25.683  1.00 27.60      A     \nATOM   1330  CZ  TYR X 869       1.354  34.568 -27.015  1.00 28.56      A     \nATOM   1331  OH  TYR X 869       0.336  35.142 -27.742  1.00 28.42      A     \nATOM   1332  N   HIS X 870       4.866  36.160 -24.195  1.00 29.16      A     \nATOM   1333  CA  HIS X 870       4.192  37.297 -23.590  1.00 30.58      A     \nATOM   1334  C   HIS X 870       2.837  37.491 -24.248  1.00 29.60      A     \nATOM   1335  O   HIS X 870       2.749  37.848 -25.422  1.00 29.37      A     \nATOM   1336  CB  HIS X 870       5.044  38.558 -23.749  1.00 33.85      A     \nATOM   1337  CG  HIS X 870       6.346  38.497 -23.014  1.00 36.04      A     \nATOM   1338  ND1 HIS X 870       6.609  39.266 -21.903  1.00 37.90      A     \nATOM   1339  CD2 HIS X 870       7.450  37.739 -23.219  1.00 38.28      A     \nATOM   1340  CE1 HIS X 870       7.819  38.985 -21.453  1.00 39.69      A     \nATOM   1341  NE2 HIS X 870       8.351  38.061 -22.233  1.00 39.34      A     \nATOM   1342  N   ALA X 871       1.782  37.249 -23.481  1.00 26.25      A     \nATOM   1343  CA  ALA X 871       0.436  37.203 -24.023  1.00 27.83      A     \nATOM   1344  C   ALA X 871      -0.178  38.592 -24.132  1.00 28.38      A     \nATOM   1345  O   ALA X 871       0.387  39.576 -23.654  1.00 27.87      A     \nATOM   1346  CB  ALA X 871      -0.447  36.306 -23.153  1.00 27.44      A     \nATOM   1347  N   GLU X 872      -1.344  38.658 -24.760  1.00 31.05      A     \nATOM   1348  CA  GLU X 872      -2.057  39.916 -24.909  1.00 34.92      A     \nATOM   1349  C   GLU X 872      -3.395  39.855 -24.174  1.00 36.56      A     \nATOM   1350  O   GLU X 872      -3.435  39.600 -22.971  1.00 37.63      A     \nATOM   1351  CB  GLU X 872      -2.273  40.217 -26.393  1.00 34.78      A     \nATOM   1352  CG  GLU X 872      -1.013  40.068 -27.249  1.00 36.93      A     \nATOM   1353  CD  GLU X 872       0.051  41.111 -26.945  1.00 36.16      A     \nATOM   1354  OE1 GLU X 872      -0.278  42.151 -26.337  1.00 37.26      A     \nATOM   1355  OE2 GLU X 872       1.223  40.888 -27.316  1.00 38.50      A     \nATOM   1356  N   GLY X 873      -4.488  40.077 -24.898  1.00 39.17      A     \nATOM   1357  CA  GLY X 873      -5.775  40.255 -24.246  1.00 39.18      A     \nATOM   1358  C   GLY X 873      -6.682  39.038 -24.190  1.00 38.90      A     \nATOM   1359  O   GLY X 873      -7.792  39.121 -23.666  1.00 40.40      A     \nATOM   1360  N   GLY X 874      -6.225  37.909 -24.720  1.00 37.83      A     \nATOM   1361  CA  GLY X 874      -7.068  36.726 -24.756  1.00 36.89      A     \nATOM   1362  C   GLY X 874      -7.592  36.340 -23.383  1.00 36.72      A     \nATOM   1363  O   GLY X 874      -6.955  36.627 -22.369  1.00 36.91      A     \nATOM   1364  N   LYS X 875      -8.754  35.693 -23.349  1.00 36.22      A     \nATOM   1365  CA  LYS X 875      -9.361  35.261 -22.093  1.00 35.87      A     \nATOM   1366  C   LYS X 875      -8.531  34.152 -21.460  1.00 33.98      A     \nATOM   1367  O   LYS X 875      -8.032  33.266 -22.156  1.00 34.08      A     \nATOM   1368  CB  LYS X 875     -10.786  34.756 -22.338  1.00 38.66      A     \nATOM   1369  CG  LYS X 875     -11.730  35.805 -22.910  1.00 42.23      A     \nATOM   1370  CD  LYS X 875     -13.076  35.196 -23.282  1.00 44.82      A     \nATOM   1371  CE  LYS X 875     -13.994  36.236 -23.908  1.00 46.89      A     \nATOM   1372  NZ  LYS X 875     -15.204  35.625 -24.524  1.00 48.98      A     \nATOM   1373  N   VAL X 876      -8.393  34.196 -20.137  1.00 31.60      A     \nATOM   1374  CA  VAL X 876      -7.456  33.312 -19.450  1.00 30.27      A     \nATOM   1375  C   VAL X 876      -8.130  32.433 -18.404  1.00 27.94      A     \nATOM   1376  O   VAL X 876      -9.022  32.877 -17.681  1.00 28.31      A     \nATOM   1377  CB  VAL X 876      -6.332  34.123 -18.768  1.00 30.17      A     \nATOM   1378  CG1 VAL X 876      -5.552  34.908 -19.814  1.00 32.37      A     \nATOM   1379  CG2 VAL X 876      -6.921  35.066 -17.737  1.00 31.40      A     \nATOM   1380  N   PRO X 877      -7.709  31.163 -18.318  1.00 26.74      A     \nATOM   1381  CA  PRO X 877      -8.191  30.221 -17.303  1.00 26.00      A     \nATOM   1382  C   PRO X 877      -7.474  30.456 -15.976  1.00 23.44      A     \nATOM   1383  O   PRO X 877      -6.574  29.701 -15.608  1.00 23.00      A     \nATOM   1384  CB  PRO X 877      -7.858  28.860 -17.905  1.00 26.36      A     \nATOM   1385  CG  PRO X 877      -6.623  29.118 -18.704  1.00 27.69      A     \nATOM   1386  CD  PRO X 877      -6.724  30.542 -19.221  1.00 28.06      A     \nATOM   1387  N   ILE X 878      -7.876  31.507 -15.269  1.00 23.03      A     \nATOM   1388  CA  ILE X 878      -7.139  31.992 -14.107  1.00 23.38      A     \nATOM   1389  C   ILE X 878      -6.787  30.923 -13.077  1.00 22.26      A     \nATOM   1390  O   ILE X 878      -5.675  30.904 -12.548  1.00 21.64      A     \nATOM   1391  CB  ILE X 878      -7.922  33.113 -13.386  1.00 24.82      A     \nATOM   1392  CG1 ILE X 878      -7.989  34.354 -14.274  1.00 26.90      A     \nATOM   1393  CG2 ILE X 878      -7.244  33.461 -12.073  1.00 27.63      A     \nATOM   1394  CD1 ILE X 878      -6.657  35.047 -14.431  1.00 29.50      A     \nATOM   1395  N   LYS X 879      -7.725  30.030 -12.791  1.00 21.38      A     \nATOM   1396  CA  LYS X 879      -7.532  29.097 -11.691  1.00 20.28      A     \nATOM   1397  C   LYS X 879      -6.533  27.986 -12.007  1.00 20.02      A     \nATOM   1398  O   LYS X 879      -6.179  27.197 -11.130  1.00 20.44      A     \nATOM   1399  CB  LYS X 879      -8.880  28.508 -11.264  1.00 19.54      A     \nATOM   1400  CG  LYS X 879      -9.780  29.543 -10.617  1.00 20.42      A     \nATOM   1401  CD  LYS X 879     -11.104  28.970 -10.137  1.00 20.94      A     \nATOM   1402  CE  LYS X 879     -11.900  30.059  -9.420  1.00 20.31      A     \nATOM   1403  NZ  LYS X 879     -13.244  29.607  -8.936  1.00 22.68      A     \nATOM   1404  N   TRP X 880      -6.064  27.935 -13.249  1.00 19.25      A     \nATOM   1405  CA  TRP X 880      -5.019  26.988 -13.622  1.00 19.25      A     \nATOM   1406  C   TRP X 880      -3.671  27.665 -13.879  1.00 20.90      A     \nATOM   1407  O   TRP X 880      -2.670  26.993 -14.126  1.00 19.82      A     \nATOM   1408  CB  TRP X 880      -5.437  26.196 -14.865  1.00 20.91      A     \nATOM   1409  CG  TRP X 880      -6.414  25.093 -14.567  1.00 20.46      A     \nATOM   1410  CD1 TRP X 880      -6.132  23.759 -14.440  1.00 19.87      A     \nATOM   1411  CD2 TRP X 880      -7.821  25.228 -14.342  1.00 21.03      A     \nATOM   1412  NE1 TRP X 880      -7.278  23.061 -14.148  1.00 19.17      A     \nATOM   1413  CE2 TRP X 880      -8.329  23.939 -14.081  1.00 19.76      A     \nATOM   1414  CE3 TRP X 880      -8.701  26.314 -14.333  1.00 22.08      A     \nATOM   1415  CZ2 TRP X 880      -9.674  23.707 -13.815  1.00 20.04      A     \nATOM   1416  CZ3 TRP X 880     -10.040  26.082 -14.069  1.00 22.21      A     \nATOM   1417  CH2 TRP X 880     -10.514  24.787 -13.813  1.00 21.14      A     \nATOM   1418  N  AMET X 881      -3.650  28.993 -13.798  0.50 20.04      A     \nATOM   1419  CA AMET X 881      -2.473  29.765 -14.183  0.50 20.52      A     \nATOM   1420  C  AMET X 881      -1.475  30.001 -13.059  0.50 20.32      A     \nATOM   1421  O  AMET X 881      -1.841  30.100 -11.885  0.50 20.53      A     \nATOM   1422  CB AMET X 881      -2.898  31.117 -14.758  0.50 18.87      A     \nATOM   1423  CG AMET X 881      -3.544  31.021 -16.123  0.50 20.39      A     \nATOM   1424  SD AMET X 881      -4.524  32.467 -16.504  0.50 18.43      A     \nATOM   1425  CE AMET X 881      -3.253  33.730 -16.600  0.50 18.43      A     \nATOM   1426  N  BMET X 881      -3.635  28.992 -13.831  0.50 21.41      A     \nATOM   1427  CA BMET X 881      -2.441  29.704 -14.272  0.50 22.47      A     \nATOM   1428  C  BMET X 881      -1.502  30.116 -13.135  0.50 21.95      A     \nATOM   1429  O  BMET X 881      -1.935  30.429 -12.025  0.50 21.95      A     \nATOM   1430  CB BMET X 881      -2.844  30.934 -15.095  0.50 24.42      A     \nATOM   1431  CG BMET X 881      -3.682  30.604 -16.336  0.50 26.17      A     \nATOM   1432  SD BMET X 881      -2.750  29.869 -17.714  0.50 30.75      A     \nATOM   1433  CE BMET X 881      -3.477  28.216 -17.816  0.50 23.22      A     \nATOM   1434  N   ALA X 882      -0.206  30.104 -13.436  1.00 21.59      A     \nATOM   1435  CA  ALA X 882       0.833  30.510 -12.503  1.00 22.68      A     \nATOM   1436  C   ALA X 882       0.658  31.985 -12.167  1.00 22.16      A     \nATOM   1437  O   ALA X 882       0.109  32.749 -12.960  1.00 23.35      A     \nATOM   1438  CB  ALA X 882       2.206  30.276 -13.121  1.00 24.11      A     \nATOM   1439  N   LEU X 883       1.137  32.382 -10.997  1.00 24.08      A     \nATOM   1440  CA  LEU X 883       0.964  33.751 -10.542  1.00 24.49      A     \nATOM   1441  C   LEU X 883       1.547  34.752 -11.537  1.00 25.07      A     \nATOM   1442  O   LEU X 883       0.955  35.803 -11.777  1.00 26.00      A     \nATOM   1443  CB  LEU X 883       1.623  33.933  -9.174  1.00 25.21      A     \nATOM   1444  CG  LEU X 883       1.384  35.268  -8.469  1.00 27.39      A     \nATOM   1445  CD1 LEU X 883      -0.106  35.549  -8.360  1.00 26.64      A     \nATOM   1446  CD2 LEU X 883       2.020  35.213  -7.088  1.00 27.80      A     \nATOM   1447  N   GLU X 884       2.696  34.424 -12.120  1.00 24.61      A     \nATOM   1448  CA  GLU X 884       3.347  35.345 -13.049  1.00 24.33      A     \nATOM   1449  C   GLU X 884       2.540  35.502 -14.335  1.00 24.96      A     \nATOM   1450  O   GLU X 884       2.619  36.532 -15.010  1.00 24.90      A     \nATOM   1451  CB  GLU X 884       4.777  34.877 -13.377  1.00 24.47      A     \nATOM   1452  CG  GLU X 884       4.884  33.610 -14.207  1.00 24.59      A     \nATOM   1453  CD  GLU X 884       5.021  32.365 -13.356  1.00 23.90      A     \nATOM   1454  OE1 GLU X 884       4.786  32.457 -12.135  1.00 24.18      A     \nATOM   1455  OE2 GLU X 884       5.366  31.303 -13.914  1.00 24.58      A     \nATOM   1456  N   SER X 885       1.750  34.489 -14.673  1.00 22.07      A     \nATOM   1457  CA  SER X 885       0.896  34.579 -15.848  1.00 23.49      A     \nATOM   1458  C   SER X 885      -0.291  35.495 -15.564  1.00 23.89      A     \nATOM   1459  O   SER X 885      -0.694  36.285 -16.418  1.00 23.70      A     \nATOM   1460  CB  SER X 885       0.397  33.186 -16.247  1.00 23.26      A     \nATOM   1461  OG  SER X 885       1.485  32.314 -16.498  1.00 22.37      A     \nATOM   1462  N   ILE X 886      -0.844  35.387 -14.357  1.00 21.99      A     \nATOM   1463  CA  ILE X 886      -1.965  36.228 -13.956  1.00 24.24      A     \nATOM   1464  C   ILE X 886      -1.525  37.685 -13.856  1.00 24.36      A     \nATOM   1465  O   ILE X 886      -2.206  38.583 -14.351  1.00 26.20      A     \nATOM   1466  CB  ILE X 886      -2.534  35.795 -12.586  1.00 25.61      A     \nATOM   1467  CG1 ILE X 886      -3.051  34.357 -12.660  1.00 25.43      A     \nATOM   1468  CG2 ILE X 886      -3.657  36.738 -12.168  1.00 26.29      A     \nATOM   1469  CD1 ILE X 886      -3.491  33.803 -11.317  1.00 25.78      A     \nATOM   1470  N   LEU X 887      -0.379  37.915 -13.224  1.00 24.10      A     \nATOM   1471  CA  LEU X 887       0.066  39.274 -12.934  1.00 24.87      A     \nATOM   1472  C   LEU X 887       0.730  39.972 -14.119  1.00 27.18      A     \nATOM   1473  O   LEU X 887       0.628  41.194 -14.253  1.00 28.63      A     \nATOM   1474  CB  LEU X 887       1.034  39.272 -11.748  1.00 27.09      A     \nATOM   1475  CG  LEU X 887       0.448  38.892 -10.387  1.00 28.89      A     \nATOM   1476  CD1 LEU X 887       1.536  38.948  -9.331  1.00 31.11      A     \nATOM   1477  CD2 LEU X 887      -0.689  39.838 -10.032  1.00 30.90      A     \nATOM   1478  N   HIS X 888       1.407  39.208 -14.972  1.00 24.71      A     \nATOM   1479  CA  HIS X 888       2.271  39.804 -15.990  1.00 25.20      A     \nATOM   1480  C   HIS X 888       2.109  39.226 -17.392  1.00 24.13      A     \nATOM   1481  O   HIS X 888       2.850  39.594 -18.308  1.00 23.72      A     \nATOM   1482  CB  HIS X 888       3.732  39.687 -15.559  1.00 25.43      A     \nATOM   1483  CG  HIS X 888       4.053  40.452 -14.315  1.00 27.32      A     \nATOM   1484  ND1 HIS X 888       4.349  39.838 -13.117  1.00 30.97      A     \nATOM   1485  CD2 HIS X 888       4.114  41.783 -14.082  1.00 25.61      A     \nATOM   1486  CE1 HIS X 888       4.579  40.761 -12.199  1.00 27.22      A     \nATOM   1487  NE2 HIS X 888       4.443  41.950 -12.759  1.00 31.51      A     \nATOM   1488  N   ARG X 889       1.153  38.315 -17.553  1.00 23.43      A     \nATOM   1489  CA  ARG X 889       0.841  37.737 -18.858  1.00 24.84      A     \nATOM   1490  C   ARG X 889       2.027  36.975 -19.440  1.00 24.97      A     \nATOM   1491  O   ARG X 889       2.151  36.829 -20.658  1.00 26.47      A     \nATOM   1492  CB  ARG X 889       0.395  38.837 -19.827  1.00 24.25      A     \nATOM   1493  CG  ARG X 889      -0.848  39.584 -19.365  1.00 24.71      A     \nATOM   1494  CD  ARG X 889      -1.256  40.670 -20.356  1.00 27.46      A     \nATOM   1495  NE  ARG X 889      -2.468  41.357 -19.921  1.00 27.69      A     \nATOM   1496  CZ  ARG X 889      -3.035  42.365 -20.578  1.00 29.72      A     \nATOM   1497  NH1 ARG X 889      -2.498  42.805 -21.707  1.00 28.78      A     \nATOM   1498  NH2 ARG X 889      -4.140  42.927 -20.109  1.00 30.56      A     \nATOM   1499  N   ILE X 890       2.889  36.479 -18.557  1.00 23.79      A     \nATOM   1500  CA  ILE X 890       4.072  35.723 -18.949  1.00 24.38      A     \nATOM   1501  C   ILE X 890       3.837  34.222 -18.848  1.00 24.02      A     \nATOM   1502  O   ILE X 890       3.363  33.734 -17.821  1.00 23.16      A     \nATOM   1503  CB  ILE X 890       5.268  36.081 -18.052  1.00 27.15      A     \nATOM   1504  CG1 ILE X 890       5.629  37.554 -18.237  1.00 29.82      A     \nATOM   1505  CG2 ILE X 890       6.453  35.194 -18.385  1.00 28.83      A     \nATOM   1506  CD1 ILE X 890       6.689  38.035 -17.269  1.00 32.10      A     \nATOM   1507  N   TYR X 891       4.182  33.499 -19.911  1.00 22.04      A     \nATOM   1508  CA  TYR X 891       3.998  32.051 -19.958  1.00 23.68      A     \nATOM   1509  C   TYR X 891       5.300  31.363 -20.345  1.00 23.86      A     \nATOM   1510  O   TYR X 891       6.009  31.813 -21.245  1.00 26.61      A     \nATOM   1511  CB  TYR X 891       2.913  31.686 -20.972  1.00 23.84      A     \nATOM   1512  CG  TYR X 891       1.535  32.199 -20.622  1.00 23.08      A     \nATOM   1513  CD1 TYR X 891       0.595  31.364 -20.031  1.00 21.86      A     \nATOM   1514  CD2 TYR X 891       1.165  33.509 -20.900  1.00 22.24      A     \nATOM   1515  CE1 TYR X 891      -0.674  31.815 -19.726  1.00 21.90      A     \nATOM   1516  CE2 TYR X 891      -0.107  33.969 -20.600  1.00 22.76      A     \nATOM   1517  CZ  TYR X 891      -1.020  33.119 -20.015  1.00 20.40      A     \nATOM   1518  OH  TYR X 891      -2.286  33.565 -19.724  1.00 22.28      A     \nATOM   1519  N   THR X 892       5.605  30.269 -19.656  1.00 23.31      A     \nATOM   1520  CA  THR X 892       6.813  29.494 -19.919  1.00 22.84      A     \nATOM   1521  C   THR X 892       6.496  28.014 -19.736  1.00 23.50      A     \nATOM   1522  O   THR X 892       5.389  27.654 -19.351  1.00 21.41      A     \nATOM   1523  CB  THR X 892       7.933  29.856 -18.929  1.00 24.89      A     \nATOM   1524  OG1 THR X 892       7.531  29.496 -17.603  1.00 24.37      A     \nATOM   1525  CG2 THR X 892       8.216  31.348 -18.965  1.00 24.55      A     \nATOM   1526  N   HIS X 893       7.471  27.156 -19.998  1.00 22.41      A     \nATOM   1527  CA  HIS X 893       7.287  25.747 -19.691  1.00 22.99      A     \nATOM   1528  C   HIS X 893       7.054  25.596 -18.193  1.00 22.56      A     \nATOM   1529  O   HIS X 893       6.326  24.707 -17.755  1.00 22.35      A     \nATOM   1530  CB  HIS X 893       8.512  24.941 -20.130  1.00 23.69      A     \nATOM   1531  CG  HIS X 893       8.825  25.080 -21.586  1.00 24.40      A     \nATOM   1532  ND1 HIS X 893       7.935  24.716 -22.573  1.00 24.56      A     \nATOM   1533  CD2 HIS X 893       9.910  25.581 -22.222  1.00 27.00      A     \nATOM   1534  CE1 HIS X 893       8.458  24.989 -23.755  1.00 26.65      A     \nATOM   1535  NE2 HIS X 893       9.656  25.515 -23.570  1.00 26.86      A     \nATOM   1536  N   GLN X 894       7.657  26.481 -17.405  1.00 21.37      A     \nATOM   1537  CA  GLN X 894       7.494  26.411 -15.958  1.00 21.22      A     \nATOM   1538  C   GLN X 894       6.131  26.903 -15.472  1.00 21.53      A     \nATOM   1539  O   GLN X 894       5.670  26.484 -14.411  1.00 20.31      A     \nATOM   1540  CB  GLN X 894       8.619  27.176 -15.258  1.00 23.17      A     \nATOM   1541  CG  GLN X 894       9.994  26.537 -15.445  1.00 22.23      A     \nATOM   1542  CD  GLN X 894      10.006  25.064 -15.080  1.00 22.95      A     \nATOM   1543  OE1 GLN X 894       9.914  24.198 -15.949  1.00 23.12      A     \nATOM   1544  NE2 GLN X 894      10.116  24.774 -13.786  1.00 23.75      A     \nATOM   1545  N   SER X 895       5.466  27.771 -16.233  1.00 20.91      A     \nATOM   1546  CA  SER X 895       4.080  28.075 -15.891  1.00 19.84      A     \nATOM   1547  C   SER X 895       3.170  26.906 -16.281  1.00 20.92      A     \nATOM   1548  O   SER X 895       2.171  26.649 -15.612  1.00 19.95      A     \nATOM   1549  CB  SER X 895       3.604  29.394 -16.534  1.00 21.47      A     \nATOM   1550  OG  SER X 895       3.668  29.382 -17.948  1.00 23.18      A     \nATOM   1551  N   ASP X 896       3.529  26.172 -17.336  1.00 20.47      A     \nATOM   1552  CA  ASP X 896       2.818  24.929 -17.651  1.00 19.33      A     \nATOM   1553  C   ASP X 896       2.963  23.930 -16.499  1.00 19.07      A     \nATOM   1554  O   ASP X 896       2.047  23.164 -16.214  1.00 18.08      A     \nATOM   1555  CB  ASP X 896       3.361  24.285 -18.939  1.00 18.31      A     \nATOM   1556  CG  ASP X 896       2.772  24.889 -20.208  1.00 21.98      A     \nATOM   1557  OD1 ASP X 896       3.345  24.635 -21.293  1.00 22.74      A     \nATOM   1558  OD2 ASP X 896       1.747  25.601 -20.134  1.00 21.14      A     \nATOM   1559  N   VAL X 897       4.122  23.921 -15.846  1.00 18.73      A     \nATOM   1560  CA  VAL X 897       4.303  23.063 -14.673  1.00 18.42      A     \nATOM   1561  C   VAL X 897       3.317  23.423 -13.556  1.00 17.94      A     \nATOM   1562  O   VAL X 897       2.763  22.539 -12.899  1.00 17.77      A     \nATOM   1563  CB  VAL X 897       5.755  23.145 -14.137  1.00 17.99      A     \nATOM   1564  CG1 VAL X 897       5.865  22.439 -12.782  1.00 19.76      A     \nATOM   1565  CG2 VAL X 897       6.704  22.493 -15.143  1.00 19.93      A     \nATOM   1566  N   TRP X 898       3.078  24.712 -13.343  1.00 17.92      A     \nATOM   1567  CA  TRP X 898       2.073  25.110 -12.358  1.00 18.49      A     \nATOM   1568  C   TRP X 898       0.718  24.498 -12.729  1.00 16.89      A     \nATOM   1569  O   TRP X 898       0.039  23.902 -11.886  1.00 16.64      A     \nATOM   1570  CB  TRP X 898       1.960  26.639 -12.298  1.00 17.74      A     \nATOM   1571  CG  TRP X 898       0.948  27.154 -11.288  1.00 16.66      A     \nATOM   1572  CD1 TRP X 898      -0.401  26.929 -11.289  1.00 17.66      A     \nATOM   1573  CD2 TRP X 898       1.207  28.012 -10.166  1.00 17.30      A     \nATOM   1574  NE1 TRP X 898      -0.995  27.594 -10.244  1.00 17.45      A     \nATOM   1575  CE2 TRP X 898      -0.031  28.267  -9.540  1.00 18.31      A     \nATOM   1576  CE3 TRP X 898       2.365  28.593  -9.634  1.00 18.92      A     \nATOM   1577  CZ2 TRP X 898      -0.145  29.076  -8.406  1.00 19.73      A     \nATOM   1578  CZ3 TRP X 898       2.249  29.400  -8.506  1.00 18.99      A     \nATOM   1579  CH2 TRP X 898       1.004  29.632  -7.909  1.00 19.84      A     \nATOM   1580  N   SER X 899       0.331  24.655 -13.991  1.00 17.80      A     \nATOM   1581  CA  SER X 899      -0.937  24.131 -14.481  1.00 17.33      A     \nATOM   1582  C   SER X 899      -0.996  22.615 -14.348  1.00 17.91      A     \nATOM   1583  O   SER X 899      -2.048  22.056 -14.050  1.00 17.32      A     \nATOM   1584  CB  SER X 899      -1.142  24.527 -15.947  1.00 20.58      A     \nATOM   1585  OG  SER X 899      -1.139  25.938 -16.095  1.00 20.52      A     \nATOM   1586  N   TYR X 900       0.138  21.961 -14.581  1.00 17.68      A     \nATOM   1587  CA  TYR X 900       0.242  20.517 -14.400  1.00 17.27      A     \nATOM   1588  C   TYR X 900      -0.093  20.152 -12.957  1.00 17.27      A     \nATOM   1589  O   TYR X 900      -0.842  19.201 -12.702  1.00 17.46      A     \nATOM   1590  CB  TYR X 900       1.662  20.045 -14.749  1.00 17.28      A     \nATOM   1591  CG  TYR X 900       1.932  18.591 -14.423  1.00 17.40      A     \nATOM   1592  CD1 TYR X 900       2.453  18.220 -13.188  1.00 18.49      A     \nATOM   1593  CD2 TYR X 900       1.678  17.591 -15.355  1.00 17.53      A     \nATOM   1594  CE1 TYR X 900       2.714  16.887 -12.890  1.00 19.91      A     \nATOM   1595  CE2 TYR X 900       1.938  16.257 -15.065  1.00 18.89      A     \nATOM   1596  CZ  TYR X 900       2.456  15.914 -13.832  1.00 19.36      A     \nATOM   1597  OH  TYR X 900       2.717  14.589 -13.537  1.00 19.11      A     \nATOM   1598  N   GLY X 901       0.454  20.912 -12.012  1.00 16.90      A     \nATOM   1599  CA  GLY X 901       0.130  20.697 -10.610  1.00 17.55      A     \nATOM   1600  C   GLY X 901      -1.360  20.804 -10.326  1.00 17.95      A     \nATOM   1601  O   GLY X 901      -1.910  20.004  -9.576  1.00 17.90      A     \nATOM   1602  N   VAL X 902      -2.026  21.793 -10.916  1.00 16.99      A     \nATOM   1603  CA  VAL X 902      -3.468  21.930 -10.711  1.00 16.33      A     \nATOM   1604  C   VAL X 902      -4.200  20.752 -11.355  1.00 17.40      A     \nATOM   1605  O   VAL X 902      -5.183  20.247 -10.811  1.00 17.82      A     \nATOM   1606  CB  VAL X 902      -3.992  23.252 -11.301  1.00 16.41      A     \nATOM   1607  CG1 VAL X 902      -5.507  23.352 -11.100  1.00 17.94      A     \nATOM   1608  CG2 VAL X 902      -3.306  24.423 -10.626  1.00 17.12      A     \nATOM   1609  N   THR X 903      -3.711  20.310 -12.508  1.00 17.13      A     \nATOM   1610  CA  THR X 903      -4.306  19.174 -13.210  1.00 17.74      A     \nATOM   1611  C   THR X 903      -4.222  17.900 -12.375  1.00 18.29      A     \nATOM   1612  O   THR X 903      -5.199  17.162 -12.259  1.00 17.56      A     \nATOM   1613  CB  THR X 903      -3.608  18.952 -14.561  1.00 18.76      A     \nATOM   1614  OG1 THR X 903      -3.770  20.125 -15.371  1.00 18.70      A     \nATOM   1615  CG2 THR X 903      -4.208  17.753 -15.288  1.00 17.72      A     \nATOM   1616  N   VAL X 904      -3.057  17.654 -11.784  1.00 17.66      A     \nATOM   1617  CA  VAL X 904      -2.892  16.518 -10.880  1.00 17.96      A     \nATOM   1618  C   VAL X 904      -3.844  16.618  -9.683  1.00 18.18      A     \nATOM   1619  O   VAL X 904      -4.451  15.624  -9.274  1.00 19.58      A     \nATOM   1620  CB  VAL X 904      -1.425  16.422 -10.389  1.00 18.78      A     \nATOM   1621  CG1 VAL X 904      -1.295  15.351  -9.315  1.00 21.47      A     \nATOM   1622  CG2 VAL X 904      -0.517  16.085 -11.571  1.00 21.74      A     \nATOM   1623  N   TRP X 905      -3.994  17.819  -9.132  1.00 16.55      A     \nATOM   1624  CA  TRP X 905      -4.941  18.033  -8.042  1.00 17.69      A     \nATOM   1625  C   TRP X 905      -6.359  17.663  -8.478  1.00 17.37      A     \nATOM   1626  O   TRP X 905      -7.111  17.037  -7.721  1.00 18.35      A     \nATOM   1627  CB  TRP X 905      -4.880  19.497  -7.582  1.00 18.18      A     \nATOM   1628  CG  TRP X 905      -5.724  19.811  -6.377  1.00 17.87      A     \nATOM   1629  CD1 TRP X 905      -5.344  19.754  -5.062  1.00 18.08      A     \nATOM   1630  CD2 TRP X 905      -7.094  20.225  -6.379  1.00 18.55      A     \nATOM   1631  NE1 TRP X 905      -6.397  20.105  -4.250  1.00 17.71      A     \nATOM   1632  CE2 TRP X 905      -7.482  20.398  -5.034  1.00 17.22      A     \nATOM   1633  CE3 TRP X 905      -8.031  20.464  -7.389  1.00 17.40      A     \nATOM   1634  CZ2 TRP X 905      -8.770  20.799  -4.674  1.00 17.33      A     \nATOM   1635  CZ3 TRP X 905      -9.309  20.862  -7.030  1.00 18.45      A     \nATOM   1636  CH2 TRP X 905      -9.665  21.026  -5.686  1.00 18.64      A     \nATOM   1637  N   GLU X 906      -6.726  18.028  -9.701  1.00 18.50      A     \nATOM   1638  CA  GLU X 906      -8.037  17.651 -10.225  1.00 18.42      A     \nATOM   1639  C   GLU X 906      -8.181  16.138 -10.244  1.00 19.28      A     \nATOM   1640  O   GLU X 906      -9.200  15.597  -9.828  1.00 19.87      A     \nATOM   1641  CB  GLU X 906      -8.231  18.177 -11.646  1.00 18.61      A     \nATOM   1642  CG  GLU X 906      -8.456  19.672 -11.754  1.00 18.66      A     \nATOM   1643  CD  GLU X 906      -8.677  20.078 -13.193  1.00 18.49      A     \nATOM   1644  OE1 GLU X 906      -7.674  20.250 -13.920  1.00 20.00      A     \nATOM   1645  OE2 GLU X 906      -9.851  20.203 -13.604  1.00 19.94      A     \nATOM   1646  N   LEU X 907      -7.156  15.447 -10.726  1.00 19.08      A     \nATOM   1647  CA  LEU X 907      -7.244  13.998 -10.834  1.00 17.97      A     \nATOM   1648  C   LEU X 907      -7.386  13.372  -9.455  1.00 18.32      A     \nATOM   1649  O   LEU X 907      -8.210  12.477  -9.256  1.00 20.49      A     \nATOM   1650  CB  LEU X 907      -5.997  13.434 -11.520  1.00 18.85      A     \nATOM   1651  CG  LEU X 907      -5.725  13.940 -12.937  1.00 19.12      A     \nATOM   1652  CD1 LEU X 907      -4.574  13.130 -13.540  1.00 20.43      A     \nATOM   1653  CD2 LEU X 907      -6.980  13.811 -13.790  1.00 23.12      A     \nATOM   1654  N   MET X 908      -6.591  13.852  -8.502  1.00 17.46      A     \nATOM   1655  CA  MET X 908      -6.562  13.243  -7.172  1.00 19.92      A     \nATOM   1656  C   MET X 908      -7.812  13.556  -6.356  1.00 19.72      A     \nATOM   1657  O   MET X 908      -8.077  12.905  -5.347  1.00 21.15      A     \nATOM   1658  CB  MET X 908      -5.311  13.693  -6.399  1.00 18.90      A     \nATOM   1659  CG  MET X 908      -3.993  13.311  -7.058  1.00 22.68      A     \nATOM   1660  SD  MET X 908      -3.851  11.535  -7.361  1.00 23.54      A     \nATOM   1661  CE  MET X 908      -2.398  11.489  -8.425  1.00 22.58      A     \nATOM   1662  N   THR X 909      -8.583  14.551  -6.791  1.00 19.91      A     \nATOM   1663  CA  THR X 909      -9.846  14.865  -6.133  1.00 19.28      A     \nATOM   1664  C   THR X 909     -11.011  14.352  -6.972  1.00 19.66      A     \nATOM   1665  O   THR X 909     -12.160  14.746  -6.768  1.00 21.66      A     \nATOM   1666  CB  THR X 909     -10.016  16.388  -5.918  1.00 19.41      A     \nATOM   1667  OG1 THR X 909      -9.972  17.065  -7.183  1.00 19.43      A     \nATOM   1668  CG2 THR X 909      -8.907  16.926  -5.012  1.00 18.48      A     \nATOM   1669  N   PHE X 910     -10.695  13.476  -7.922  1.00 19.82      A     \nATOM   1670  CA  PHE X 910     -11.685  12.906  -8.825  1.00 20.20      A     \nATOM   1671  C   PHE X 910     -12.501  13.978  -9.541  1.00 21.34      A     \nATOM   1672  O   PHE X 910     -13.720  13.867  -9.699  1.00 21.85      A     \nATOM   1673  CB  PHE X 910     -12.579  11.936  -8.054  1.00 22.26      A     \nATOM   1674  CG  PHE X 910     -11.819  10.773  -7.473  1.00 23.01      A     \nATOM   1675  CD1 PHE X 910     -11.357   9.756  -8.295  1.00 23.80      A     \nATOM   1676  CD2 PHE X 910     -11.511  10.729  -6.125  1.00 22.37      A     \nATOM   1677  CE1 PHE X 910     -10.596   8.716  -7.782  1.00 24.73      A     \nATOM   1678  CE2 PHE X 910     -10.751   9.692  -5.603  1.00 24.66      A     \nATOM   1679  CZ  PHE X 910     -10.292   8.687  -6.431  1.00 23.67      A     \nATOM   1680  N   GLY X 911     -11.802  15.018  -9.983  1.00 21.24      A     \nATOM   1681  CA  GLY X 911     -12.410  16.021 -10.836  1.00 20.16      A     \nATOM   1682  C   GLY X 911     -13.075  17.162 -10.091  1.00 21.51      A     \nATOM   1683  O   GLY X 911     -14.021  17.762 -10.593  1.00 21.54      A     \nATOM   1684  N   SER X 912     -12.586  17.477  -8.896  1.00 20.19      A     \nATOM   1685  CA  SER X 912     -13.177  18.565  -8.127  1.00 19.35      A     \nATOM   1686  C   SER X 912     -12.750  19.922  -8.689  1.00 19.39      A     \nATOM   1687  O   SER X 912     -11.757  20.024  -9.409  1.00 19.75      A     \nATOM   1688  CB  SER X 912     -12.775  18.450  -6.654  1.00 20.46      A     \nATOM   1689  OG  SER X 912     -13.275  17.250  -6.076  1.00 21.31      A     \nATOM   1690  N   LYS X 913     -13.508  20.959  -8.355  1.00 19.61      A     \nATOM   1691  CA  LYS X 913     -13.244  22.304  -8.856  1.00 20.11      A     \nATOM   1692  C   LYS X 913     -12.210  23.022  -7.995  1.00 20.24      A     \nATOM   1693  O   LYS X 913     -12.355  23.101  -6.780  1.00 19.35      A     \nATOM   1694  CB  LYS X 913     -14.540  23.121  -8.865  1.00 22.94      A     \nATOM   1695  CG  LYS X 913     -15.622  22.583  -9.788  1.00 24.73      A     \nATOM   1696  CD  LYS X 913     -16.935  23.306  -9.522  1.00 27.82      A     \nATOM   1697  CE  LYS X 913     -17.912  23.152 -10.669  1.00 30.38      A     \nATOM   1698  NZ  LYS X 913     -19.184  23.869 -10.376  1.00 34.20      A     \nATOM   1699  N   PRO X 914     -11.147  23.555  -8.620  1.00 18.73      A     \nATOM   1700  CA  PRO X 914     -10.113  24.277  -7.864  1.00 18.10      A     \nATOM   1701  C   PRO X 914     -10.577  25.664  -7.408  1.00 18.42      A     \nATOM   1702  O   PRO X 914     -11.246  26.381  -8.159  1.00 19.45      A     \nATOM   1703  CB  PRO X 914      -8.942  24.354  -8.841  1.00 19.46      A     \nATOM   1704  CG  PRO X 914      -9.594  24.327 -10.191  1.00 20.95      A     \nATOM   1705  CD  PRO X 914     -10.805  23.434 -10.048  1.00 19.77      A     \nATOM   1706  N   TYR X 915     -10.202  26.041  -6.186  1.00 19.30      A     \nATOM   1707  CA  TYR X 915     -10.642  27.302  -5.581  1.00 19.49      A     \nATOM   1708  C   TYR X 915     -12.150  27.438  -5.765  1.00 22.21      A     \nATOM   1709  O   TYR X 915     -12.663  28.455  -6.247  1.00 21.99      A     \nATOM   1710  CB  TYR X 915      -9.915  28.488  -6.219  1.00 21.33      A     \nATOM   1711  CG  TYR X 915      -8.430  28.262  -6.401  1.00 19.69      A     \nATOM   1712  CD1 TYR X 915      -7.532  28.483  -5.357  1.00 20.81      A     \nATOM   1713  CD2 TYR X 915      -7.923  27.835  -7.623  1.00 20.22      A     \nATOM   1714  CE1 TYR X 915      -6.166  28.284  -5.536  1.00 22.78      A     \nATOM   1715  CE2 TYR X 915      -6.571  27.638  -7.809  1.00 21.86      A     \nATOM   1716  CZ  TYR X 915      -5.698  27.864  -6.770  1.00 20.09      A     \nATOM   1717  OH  TYR X 915      -4.351  27.701  -6.985  1.00 20.94      A     \nATOM   1718  N   ASP X 916     -12.850  26.384  -5.371  1.00 20.77      A     \nATOM   1719  CA  ASP X 916     -14.278  26.241  -5.599  1.00 22.45      A     \nATOM   1720  C   ASP X 916     -15.066  27.411  -5.013  1.00 23.79      A     \nATOM   1721  O   ASP X 916     -14.934  27.723  -3.835  1.00 25.42      A     \nATOM   1722  CB  ASP X 916     -14.734  24.924  -4.967  1.00 22.26      A     \nATOM   1723  CG  ASP X 916     -16.174  24.599  -5.259  1.00 23.04      A     \nATOM   1724  OD1 ASP X 916     -16.746  25.171  -6.213  1.00 22.54      A     \nATOM   1725  OD2 ASP X 916     -16.735  23.757  -4.528  1.00 22.40      A     \nATOM   1726  N   GLY X 917     -15.875  28.060  -5.848  1.00 25.56      A     \nATOM   1727  CA  GLY X 917     -16.776  29.088  -5.358  1.00 27.77      A     \nATOM   1728  C   GLY X 917     -16.119  30.435  -5.120  1.00 28.12      A     \nATOM   1729  O   GLY X 917     -16.775  31.376  -4.670  1.00 29.39      A     \nATOM   1730  N   ILE X 918     -14.827  30.530  -5.415  1.00 26.28      A     \nATOM   1731  CA  ILE X 918     -14.077  31.764  -5.195  1.00 26.50      A     \nATOM   1732  C   ILE X 918     -13.930  32.532  -6.503  1.00 26.84      A     \nATOM   1733  O   ILE X 918     -13.509  31.974  -7.514  1.00 26.87      A     \nATOM   1734  CB  ILE X 918     -12.667  31.463  -4.650  1.00 25.98      A     \nATOM   1735  CG1 ILE X 918     -12.769  30.673  -3.345  1.00 27.30      A     \nATOM   1736  CG2 ILE X 918     -11.907  32.757  -4.423  1.00 27.62      A     \nATOM   1737  CD1 ILE X 918     -11.424  30.305  -2.756  1.00 28.18      A     \nATOM   1738  N   PRO X 919     -14.268  33.829  -6.500  1.00 27.16      A     \nATOM   1739  CA  PRO X 919     -14.171  34.610  -7.737  1.00 27.87      A     \nATOM   1740  C   PRO X 919     -12.754  34.607  -8.297  1.00 27.03      A     \nATOM   1741  O   PRO X 919     -11.786  34.750  -7.552  1.00 27.13      A     \nATOM   1742  CB  PRO X 919     -14.619  36.013  -7.318  1.00 28.97      A     \nATOM   1743  CG  PRO X 919     -15.460  35.790  -6.096  1.00 30.45      A     \nATOM   1744  CD  PRO X 919     -14.825  34.621  -5.388  1.00 27.23      A     \nATOM   1745  N   ALA X 920     -12.642  34.444  -9.611  1.00 29.51      A     \nATOM   1746  CA  ALA X 920     -11.342  34.453 -10.272  1.00 30.25      A     \nATOM   1747  C   ALA X 920     -10.569  35.716  -9.906  1.00 31.32      A     \nATOM   1748  O   ALA X 920      -9.342  35.707  -9.826  1.00 29.41      A     \nATOM   1749  CB  ALA X 920     -11.525  34.373 -11.780  1.00 30.77      A     \nATOM   1750  N   SER X 921     -11.298  36.803  -9.675  1.00 31.73      A     \nATOM   1751  CA  SER X 921     -10.680  38.091  -9.390  1.00 32.63      A     \nATOM   1752  C   SER X 921      -9.933  38.097  -8.060  1.00 31.73      A     \nATOM   1753  O   SER X 921      -9.113  38.981  -7.810  1.00 33.52      A     \nATOM   1754  CB  SER X 921     -11.745  39.188  -9.381  1.00 32.85      A     \nATOM   1755  OG  SER X 921     -12.725  38.931  -8.392  1.00 36.72      A     \nATOM   1756  N   GLU X 922     -10.214  37.116  -7.208  1.00 30.56      A     \nATOM   1757  CA  GLU X 922      -9.585  37.044  -5.892  1.00 30.07      A     \nATOM   1758  C   GLU X 922      -8.356  36.140  -5.877  1.00 28.80      A     \nATOM   1759  O   GLU X 922      -7.613  36.118  -4.899  1.00 28.48      A     \nATOM   1760  CB  GLU X 922     -10.580  36.534  -4.844  1.00 33.68      A     \nATOM   1761  CG  GLU X 922     -11.741  37.473  -4.551  1.00 38.95      A     \nATOM   1762  CD  GLU X 922     -12.645  36.950  -3.446  1.00 41.37      A     \nATOM   1763  OE1 GLU X 922     -13.769  37.476  -3.295  1.00 44.62      A     \nATOM   1764  OE2 GLU X 922     -12.231  36.013  -2.729  1.00 43.63      A     \nATOM   1765  N   ILE X 923      -8.149  35.386  -6.951  1.00 26.86      A     \nATOM   1766  CA  ILE X 923      -7.141  34.332  -6.930  1.00 25.56      A     \nATOM   1767  C   ILE X 923      -5.718  34.850  -6.741  1.00 25.81      A     \nATOM   1768  O   ILE X 923      -4.959  34.302  -5.943  1.00 24.07      A     \nATOM   1769  CB  ILE X 923      -7.198  33.479  -8.215  1.00 24.79      A     \nATOM   1770  CG1 ILE X 923      -8.560  32.784  -8.308  1.00 25.20      A     \nATOM   1771  CG2 ILE X 923      -6.078  32.446  -8.214  1.00 25.69      A     \nATOM   1772  CD1 ILE X 923      -8.853  31.848  -7.151  1.00 25.00      A     \nATOM   1773  N   SER X 924      -5.349  35.905  -7.458  1.00 27.17      A     \nATOM   1774  CA  SER X 924      -3.982  36.398  -7.345  1.00 28.47      A     \nATOM   1775  C   SER X 924      -3.681  36.789  -5.897  1.00 28.65      A     \nATOM   1776  O   SER X 924      -2.593  36.525  -5.392  1.00 28.51      A     \nATOM   1777  CB  SER X 924      -3.755  37.596  -8.276  1.00 30.44      A     \nATOM   1778  OG  SER X 924      -4.447  38.745  -7.823  1.00 33.63      A     \nATOM   1779  N  ASER X 925      -4.653  37.389  -5.216  0.50 28.81      A     \nATOM   1780  CA ASER X 925      -4.441  37.832  -3.840  0.50 28.61      A     \nATOM   1781  C  ASER X 925      -4.287  36.657  -2.873  0.50 28.21      A     \nATOM   1782  O  ASER X 925      -3.510  36.725  -1.920  0.50 29.19      A     \nATOM   1783  CB ASER X 925      -5.597  38.727  -3.382  0.50 29.43      A     \nATOM   1784  OG ASER X 925      -6.790  37.982  -3.220  0.50 29.95      A     \nATOM   1785  N  BSER X 925      -4.656  37.401  -5.229  0.50 29.17      A     \nATOM   1786  CA BSER X 925      -4.485  37.830  -3.843  0.50 29.28      A     \nATOM   1787  C  BSER X 925      -4.262  36.645  -2.907  0.50 28.66      A     \nATOM   1788  O  BSER X 925      -3.414  36.694  -2.016  0.50 29.56      A     \nATOM   1789  CB BSER X 925      -5.713  38.620  -3.381  0.50 30.75      A     \nATOM   1790  OG BSER X 925      -5.666  38.868  -1.986  0.50 32.97      A     \nATOM   1791  N   ILE X 926      -5.026  35.580  -3.120  1.00 26.99      A     \nATOM   1792  CA  ILE X 926      -4.910  34.376  -2.310  1.00 26.03      A     \nATOM   1793  C   ILE X 926      -3.540  33.733  -2.501  1.00 25.43      A     \nATOM   1794  O   ILE X 926      -2.912  33.291  -1.540  1.00 24.48      A     \nATOM   1795  CB  ILE X 926      -6.009  33.354  -2.685  1.00 27.51      A     \nATOM   1796  CG1 ILE X 926      -7.376  33.884  -2.246  1.00 28.98      A     \nATOM   1797  CG2 ILE X 926      -5.721  32.007  -2.037  1.00 27.91      A     \nATOM   1798  CD1 ILE X 926      -8.528  32.960  -2.602  1.00 30.59      A     \nATOM   1799  N   LEU X 927      -3.077  33.690  -3.747  1.00 25.27      A     \nATOM   1800  CA  LEU X 927      -1.785  33.093  -4.049  1.00 24.33      A     \nATOM   1801  C   LEU X 927      -0.654  33.934  -3.464  1.00 26.13      A     \nATOM   1802  O   LEU X 927       0.336  33.399  -2.977  1.00 25.55      A     \nATOM   1803  CB  LEU X 927      -1.606  32.955  -5.564  1.00 23.37      A     \nATOM   1804  CG  LEU X 927      -2.568  31.984  -6.254  1.00 22.47      A     \nATOM   1805  CD1 LEU X 927      -2.330  32.001  -7.759  1.00 22.50      A     \nATOM   1806  CD2 LEU X 927      -2.364  30.582  -5.692  1.00 24.37      A     \nATOM   1807  N   GLU X 928      -0.810  35.254  -3.496  1.00 28.00      A     \nATOM   1808  CA  GLU X 928       0.228  36.137  -2.974  1.00 30.76      A     \nATOM   1809  C   GLU X 928       0.360  36.018  -1.460  1.00 31.32      A     \nATOM   1810  O   GLU X 928       1.435  36.247  -0.903  1.00 32.59      A     \nATOM   1811  CB  GLU X 928      -0.067  37.587  -3.370  1.00 31.87      A     \nATOM   1812  CG  GLU X 928       0.037  37.831  -4.867  1.00 35.38      A     \nATOM   1813  CD  GLU X 928      -0.232  39.272  -5.255  1.00 39.03      A     \nATOM   1814  OE1 GLU X 928      -1.234  39.845  -4.776  1.00 41.89      A     \nATOM   1815  OE2 GLU X 928       0.559  39.829  -6.043  1.00 40.89      A     \nATOM   1816  N   LYS X 929      -0.729  35.641  -0.796  1.00 32.39      A     \nATOM   1817  CA  LYS X 929      -0.708  35.399   0.641  1.00 32.93      A     \nATOM   1818  C   LYS X 929      -0.125  34.029   0.978  1.00 32.49      A     \nATOM   1819  O   LYS X 929       0.065  33.696   2.149  1.00 33.39      A     \nATOM   1820  CB  LYS X 929      -2.124  35.515   1.222  1.00 36.02      A     \nATOM   1821  CG  LYS X 929      -2.690  36.928   1.194  1.00 39.43      A     \nATOM   1822  CD  LYS X 929      -4.050  36.991   1.877  1.00 44.00      A     \nATOM   1823  CE  LYS X 929      -4.553  38.424   1.984  1.00 46.91      A     \nATOM   1824  NZ  LYS X 929      -5.864  38.505   2.692  1.00 48.53      A     \nATOM   1825  N   GLY X 930       0.152  33.237  -0.056  1.00 29.34      A     \nATOM   1826  CA  GLY X 930       0.829  31.967   0.143  1.00 27.68      A     \nATOM   1827  C   GLY X 930      -0.100  30.770   0.229  1.00 27.20      A     \nATOM   1828  O   GLY X 930       0.357  29.638   0.391  1.00 27.70      A     \nATOM   1829  N   GLU X 931      -1.401  31.012   0.124  1.00 24.46      A     \nATOM   1830  CA  GLU X 931      -2.376  29.928   0.190  1.00 25.06      A     \nATOM   1831  C   GLU X 931      -2.400  29.130  -1.113  1.00 22.06      A     \nATOM   1832  O   GLU X 931      -2.178  29.674  -2.196  1.00 21.13      A     \nATOM   1833  CB  GLU X 931      -3.770  30.493   0.471  1.00 27.02      A     \nATOM   1834  CG  GLU X 931      -3.855  31.310   1.753  1.00 34.04      A     \nATOM   1835  CD  GLU X 931      -5.214  31.954   1.947  1.00 37.98      A     \nATOM   1836  OE1 GLU X 931      -5.287  33.005   2.620  1.00 41.12      A     \nATOM   1837  OE2 GLU X 931      -6.211  31.409   1.428  1.00 39.32      A     \nATOM   1838  N   ARG X 932      -2.676  27.837  -1.000  1.00 20.83      A     \nATOM   1839  CA  ARG X 932      -2.723  26.963  -2.165  1.00 19.83      A     \nATOM   1840  C   ARG X 932      -3.861  25.954  -2.038  1.00 19.35      A     \nATOM   1841  O   ARG X 932      -4.485  25.835  -0.985  1.00 19.91      A     \nATOM   1842  CB  ARG X 932      -1.386  26.225  -2.321  1.00 19.45      A     \nATOM   1843  CG  ARG X 932      -0.172  27.137  -2.531  1.00 20.17      A     \nATOM   1844  CD  ARG X 932      -0.209  27.809  -3.890  1.00 18.88      A     \nATOM   1845  NE  ARG X 932       1.046  28.489  -4.215  1.00 20.70      A     \nATOM   1846  CZ  ARG X 932       1.324  29.743  -3.869  1.00 22.26      A     \nATOM   1847  NH1 ARG X 932       0.435  30.452  -3.183  1.00 22.05      A     \nATOM   1848  NH2 ARG X 932       2.481  30.292  -4.219  1.00 23.01      A     \nATOM   1849  N   LEU X 933      -4.133  25.229  -3.117  1.00 18.86      A     \nATOM   1850  CA  LEU X 933      -5.139  24.171  -3.085  1.00 18.41      A     \nATOM   1851  C   LEU X 933      -4.811  23.158  -1.987  1.00 18.72      A     \nATOM   1852  O   LEU X 933      -3.645  22.862  -1.729  1.00 20.01      A     \nATOM   1853  CB  LEU X 933      -5.199  23.482  -4.447  1.00 18.84      A     \nATOM   1854  CG  LEU X 933      -5.720  24.391  -5.571  1.00 18.00      A     \nATOM   1855  CD1 LEU X 933      -5.429  23.770  -6.924  1.00 18.61      A     \nATOM   1856  CD2 LEU X 933      -7.217  24.599  -5.396  1.00 19.82      A     \nATOM   1857  N   PRO X 934      -5.841  22.632  -1.311  1.00 18.77      A     \nATOM   1858  CA  PRO X 934      -5.654  21.730  -0.166  1.00 19.61      A     \nATOM   1859  C   PRO X 934      -5.223  20.313  -0.537  1.00 20.26      A     \nATOM   1860  O   PRO X 934      -5.396  19.875  -1.669  1.00 20.40      A     \nATOM   1861  CB  PRO X 934      -7.020  21.731   0.512  1.00 20.94      A     \nATOM   1862  CG  PRO X 934      -7.971  21.976  -0.603  1.00 21.21      A     \nATOM   1863  CD  PRO X 934      -7.264  22.929  -1.542  1.00 20.51      A     \nATOM   1864  N   GLN X 935      -4.687  19.591   0.442  1.00 17.97      A     \nATOM   1865  CA  GLN X 935      -4.277  18.206   0.238  1.00 20.05      A     \nATOM   1866  C   GLN X 935      -5.486  17.308  -0.018  1.00 19.61      A     \nATOM   1867  O   GLN X 935      -6.404  17.227   0.805  1.00 20.81      A     \nATOM   1868  CB  GLN X 935      -3.500  17.715   1.462  1.00 19.06      A     \nATOM   1869  CG  GLN X 935      -2.975  16.289   1.363  1.00 20.36      A     \nATOM   1870  CD  GLN X 935      -2.159  15.884   2.581  1.00 22.63      A     \nATOM   1871  OE1 GLN X 935      -1.942  16.683   3.491  1.00 24.82      A     \nATOM   1872  NE2 GLN X 935      -1.705  14.637   2.606  1.00 21.46      A     \nATOM   1873  N   PRO X 936      -5.508  16.625  -1.174  1.00 19.21      A     \nATOM   1874  CA  PRO X 936      -6.615  15.706  -1.460  1.00 18.82      A     \nATOM   1875  C   PRO X 936      -6.671  14.569  -0.455  1.00 20.53      A     \nATOM   1876  O   PRO X 936      -5.637  14.067  -0.016  1.00 20.08      A     \nATOM   1877  CB  PRO X 936      -6.311  15.197  -2.869  1.00 20.33      A     \nATOM   1878  CG  PRO X 936      -5.483  16.288  -3.486  1.00 18.91      A     \nATOM   1879  CD  PRO X 936      -4.622  16.790  -2.340  1.00 19.21      A     \nATOM   1880  N   PRO X 937      -7.881  14.135  -0.093  1.00 19.19      A     \nATOM   1881  CA  PRO X 937      -8.033  13.022   0.845  1.00 18.88      A     \nATOM   1882  C   PRO X 937      -7.196  11.779   0.520  1.00 20.00      A     \nATOM   1883  O   PRO X 937      -6.645  11.164   1.426  1.00 20.55      A     \nATOM   1884  CB  PRO X 937      -9.536  12.745   0.821  1.00 19.84      A     \nATOM   1885  CG  PRO X 937     -10.137  14.097   0.526  1.00 20.40      A     \nATOM   1886  CD  PRO X 937      -9.182  14.719  -0.468  1.00 20.08      A     \nATOM   1887  N   ILE X 938      -7.081  11.408  -0.751  1.00 18.53      A     \nATOM   1888  CA  ILE X 938      -6.368  10.171  -1.079  1.00 19.25      A     \nATOM   1889  C   ILE X 938      -4.849  10.333  -1.128  1.00 20.05      A     \nATOM   1890  O   ILE X 938      -4.119   9.345  -1.194  1.00 21.06      A     \nATOM   1891  CB  ILE X 938      -6.827   9.568  -2.430  1.00 18.32      A     \nATOM   1892  CG1 ILE X 938      -6.381  10.460  -3.592  1.00 17.30      A     \nATOM   1893  CG2 ILE X 938      -8.344   9.375  -2.428  1.00 18.80      A     \nATOM   1894  CD1 ILE X 938      -6.567   9.820  -4.955  1.00 19.90      A     \nATOM   1895  N   CYS X 939      -4.368  11.572  -1.097  1.00 20.00      A     \nATOM   1896  CA  CYS X 939      -2.931  11.816  -1.245  1.00 20.14      A     \nATOM   1897  C   CYS X 939      -2.156  11.659   0.048  1.00 20.19      A     \nATOM   1898  O   CYS X 939      -2.458  12.317   1.046  1.00 21.16      A     \nATOM   1899  CB  CYS X 939      -2.677  13.227  -1.770  1.00 20.61      A     \nATOM   1900  SG  CYS X 939      -3.184  13.479  -3.462  1.00 22.31      A     \nATOM   1901  N   THR X 940      -1.130  10.811   0.027  1.00 19.53      A     \nATOM   1902  CA  THR X 940      -0.110  10.885   1.060  1.00 19.74      A     \nATOM   1903  C   THR X 940       0.630  12.196   0.860  1.00 18.68      A     \nATOM   1904  O   THR X 940       0.559  12.805  -0.208  1.00 20.09      A     \nATOM   1905  CB  THR X 940       0.897   9.724   0.963  1.00 20.49      A     \nATOM   1906  OG1 THR X 940       1.596   9.796  -0.283  1.00 21.14      A     \nATOM   1907  CG2 THR X 940       0.178   8.384   1.077  1.00 20.36      A     \nATOM   1908  N   ILE X 941       1.342  12.640   1.886  1.00 19.30      A     \nATOM   1909  CA  ILE X 941       1.955  13.954   1.818  1.00 19.73      A     \nATOM   1910  C   ILE X 941       3.026  14.028   0.717  1.00 18.98      A     \nATOM   1911  O   ILE X 941       3.265  15.098   0.151  1.00 20.07      A     \nATOM   1912  CB  ILE X 941       2.544  14.340   3.196  1.00 20.85      A     \nATOM   1913  CG1 ILE X 941       2.905  15.827   3.207  1.00 21.07      A     \nATOM   1914  CG2 ILE X 941       3.744  13.469   3.526  1.00 20.35      A     \nATOM   1915  CD1 ILE X 941       1.689  16.727   3.157  1.00 24.76      A     \nATOM   1916  N   ASP X 942       3.647  12.895   0.393  1.00 19.34      A     \nATOM   1917  CA  ASP X 942       4.664  12.852  -0.657  1.00 19.67      A     \nATOM   1918  C   ASP X 942       4.112  13.341  -1.991  1.00 19.75      A     \nATOM   1919  O   ASP X 942       4.781  14.078  -2.722  1.00 21.45      A     \nATOM   1920  CB  ASP X 942       5.199  11.427  -0.841  1.00 21.79      A     \nATOM   1921  CG  ASP X 942       5.663  10.801   0.457  1.00 23.34      A     \nATOM   1922  OD1 ASP X 942       4.848  10.718   1.407  1.00 24.75      A     \nATOM   1923  OD2 ASP X 942       6.841  10.386   0.521  1.00 23.94      A     \nATOM   1924  N   VAL X 943       2.892  12.924  -2.312  1.00 20.63      A     \nATOM   1925  CA  VAL X 943       2.269  13.340  -3.560  1.00 20.30      A     \nATOM   1926  C   VAL X 943       1.839  14.803  -3.491  1.00 19.71      A     \nATOM   1927  O   VAL X 943       2.015  15.555  -4.451  1.00 20.02      A     \nATOM   1928  CB  VAL X 943       1.039  12.468  -3.892  1.00 20.61      A     \nATOM   1929  CG1 VAL X 943       0.397  12.948  -5.178  1.00 21.09      A     \nATOM   1930  CG2 VAL X 943       1.458  11.011  -4.030  1.00 21.06      A     \nATOM   1931  N   TYR X 944       1.285  15.211  -2.355  1.00 19.06      A     \nATOM   1932  CA  TYR X 944       0.874  16.599  -2.190  1.00 18.62      A     \nATOM   1933  C   TYR X 944       2.070  17.535  -2.298  1.00 19.73      A     \nATOM   1934  O   TYR X 944       1.961  18.636  -2.837  1.00 20.92      A     \nATOM   1935  CB  TYR X 944       0.182  16.791  -0.839  1.00 18.19      A     \nATOM   1936  CG  TYR X 944      -0.362  18.188  -0.627  1.00 18.45      A     \nATOM   1937  CD1 TYR X 944      -0.059  18.904   0.521  1.00 19.86      A     \nATOM   1938  CD2 TYR X 944      -1.199  18.779  -1.569  1.00 18.81      A     \nATOM   1939  CE1 TYR X 944      -0.580  20.171   0.733  1.00 21.10      A     \nATOM   1940  CE2 TYR X 944      -1.723  20.045  -1.365  1.00 19.56      A     \nATOM   1941  CZ  TYR X 944      -1.411  20.732  -0.211  1.00 19.64      A     \nATOM   1942  OH  TYR X 944      -1.948  21.979   0.014  1.00 20.68      A     \nATOM   1943  N   MET X 945       3.224  17.101  -1.809  1.00 20.24      A     \nATOM   1944  CA  MET X 945       4.396  17.964  -1.876  1.00 20.21      A     \nATOM   1945  C   MET X 945       4.897  18.187  -3.302  1.00 20.72      A     \nATOM   1946  O   MET X 945       5.458  19.243  -3.608  1.00 20.51      A     \nATOM   1947  CB  MET X 945       5.501  17.412  -0.976  1.00 24.30      A     \nATOM   1948  CG  MET X 945       5.170  17.633   0.490  1.00 24.06      A     \nATOM   1949  SD  MET X 945       6.497  17.267   1.632  1.00 36.17      A     \nATOM   1950  CE  MET X 945       6.696  15.614   1.306  1.00 22.17      A     \nATOM   1951  N   ILE X 946       4.676  17.221  -4.188  1.00 20.27      A     \nATOM   1952  CA  ILE X 946       4.966  17.446  -5.600  1.00 19.37      A     \nATOM   1953  C   ILE X 946       4.074  18.562  -6.148  1.00 20.39      A     \nATOM   1954  O   ILE X 946       4.556  19.457  -6.844  1.00 18.90      A     \nATOM   1955  CB  ILE X 946       4.749  16.162  -6.440  1.00 21.95      A     \nATOM   1956  CG1 ILE X 946       5.707  15.065  -5.971  1.00 22.63      A     \nATOM   1957  CG2 ILE X 946       4.992  16.458  -7.914  1.00 25.29      A     \nATOM   1958  CD1 ILE X 946       5.535  13.752  -6.708  1.00 24.66      A     \nATOM   1959  N   MET X 947       2.782  18.519  -5.826  1.00 19.54      A     \nATOM   1960  CA  MET X 947       1.871  19.586  -6.243  1.00 19.59      A     \nATOM   1961  C   MET X 947       2.345  20.935  -5.723  1.00 18.98      A     \nATOM   1962  O   MET X 947       2.382  21.923  -6.457  1.00 19.50      A     \nATOM   1963  CB  MET X 947       0.453  19.329  -5.718  1.00 22.50      A     \nATOM   1964  CG  MET X 947      -0.298  18.238  -6.441  1.00 26.67      A     \nATOM   1965  SD  MET X 947      -1.873  17.892  -5.615  1.00 27.99      A     \nATOM   1966  CE  MET X 947      -1.641  16.177  -5.288  1.00 25.78      A     \nATOM   1967  N   ARG X 948       2.697  20.975  -4.442  1.00 20.09      A     \nATOM   1968  CA  ARG X 948       3.106  22.224  -3.819  1.00 18.92      A     \nATOM   1969  C   ARG X 948       4.371  22.777  -4.469  1.00 20.28      A     \nATOM   1970  O   ARG X 948       4.504  23.988  -4.630  1.00 19.63      A     \nATOM   1971  CB  ARG X 948       3.315  22.019  -2.312  1.00 19.93      A     \nATOM   1972  CG  ARG X 948       2.015  21.737  -1.555  1.00 19.71      A     \nATOM   1973  CD  ARG X 948       1.050  22.911  -1.653  1.00 22.90      A     \nATOM   1974  NE  ARG X 948       1.550  24.077  -0.927  1.00 24.18      A     \nATOM   1975  CZ  ARG X 948       1.156  24.424   0.296  1.00 26.06      A     \nATOM   1976  NH1 ARG X 948       0.249  23.700   0.939  1.00 27.15      A     \nATOM   1977  NH2 ARG X 948       1.683  25.487   0.884  1.00 29.16      A     \nATOM   1978  N   LYS X 949       5.291  21.898  -4.863  1.00 18.45      A     \nATOM   1979  CA  LYS X 949       6.475  22.339  -5.591  1.00 17.81      A     \nATOM   1980  C   LYS X 949       6.106  22.980  -6.931  1.00 19.08      A     \nATOM   1981  O   LYS X 949       6.752  23.931  -7.372  1.00 20.69      A     \nATOM   1982  CB  LYS X 949       7.424  21.167  -5.832  1.00 19.44      A     \nATOM   1983  CG  LYS X 949       8.120  20.687  -4.579  1.00 21.33      A     \nATOM   1984  CD  LYS X 949       9.029  19.510  -4.880  1.00 21.89      A     \nATOM   1985  CE  LYS X 949       9.578  18.910  -3.598  1.00 27.57      A     \nATOM   1986  NZ  LYS X 949      10.484  17.762  -3.869  1.00 28.55      A     \nATOM   1987  N   CYS X 950       5.068  22.462  -7.578  1.00 18.45      A     \nATOM   1988  CA  CYS X 950       4.633  23.024  -8.854  1.00 18.69      A     \nATOM   1989  C   CYS X 950       4.064  24.430  -8.699  1.00 17.37      A     \nATOM   1990  O   CYS X 950       3.949  25.166  -9.682  1.00 18.69      A     \nATOM   1991  CB  CYS X 950       3.576  22.129  -9.506  1.00 18.17      A     \nATOM   1992  SG  CYS X 950       4.185  20.517 -10.047  1.00 20.26      A     \nATOM   1993  N   TRP X 951       3.696  24.800  -7.474  1.00 17.47      A     \nATOM   1994  CA  TRP X 951       3.061  26.095  -7.244  1.00 18.91      A     \nATOM   1995  C   TRP X 951       3.944  27.036  -6.438  1.00 19.74      A     \nATOM   1996  O   TRP X 951       3.450  27.940  -5.766  1.00 21.01      A     \nATOM   1997  CB  TRP X 951       1.724  25.924  -6.517  1.00 17.88      A     \nATOM   1998  CG  TRP X 951       0.777  24.960  -7.174  1.00 18.80      A     \nATOM   1999  CD1 TRP X 951       0.582  24.774  -8.512  1.00 19.06      A     \nATOM   2000  CD2 TRP X 951      -0.101  24.046  -6.508  1.00 18.28      A     \nATOM   2001  NE1 TRP X 951      -0.367  23.796  -8.722  1.00 19.67      A     \nATOM   2002  CE2 TRP X 951      -0.801  23.334  -7.506  1.00 19.04      A     \nATOM   2003  CE3 TRP X 951      -0.363  23.759  -5.162  1.00 19.16      A     \nATOM   2004  CZ2 TRP X 951      -1.746  22.353  -7.200  1.00 20.68      A     \nATOM   2005  CZ3 TRP X 951      -1.302  22.785  -4.858  1.00 18.90      A     \nATOM   2006  CH2 TRP X 951      -1.983  22.093  -5.875  1.00 19.13      A     \nATOM   2007  N   MET X 952       5.249  26.828  -6.497  1.00 20.09      A     \nATOM   2008  CA  MET X 952       6.146  27.752  -5.833  1.00 21.27      A     \nATOM   2009  C   MET X 952       6.217  29.046  -6.632  1.00 20.53      A     \nATOM   2010  O   MET X 952       6.087  29.043  -7.858  1.00 20.54      A     \nATOM   2011  CB  MET X 952       7.518  27.102  -5.669  1.00 23.64      A     \nATOM   2012  CG  MET X 952       7.433  25.921  -4.712  1.00 27.64      A     \nATOM   2013  SD  MET X 952       8.975  25.151  -4.311  1.00 31.71      A     \nATOM   2014  CE  MET X 952       9.744  26.424  -3.291  1.00 28.54      A     \nATOM   2015  N   ILE X 953       6.391  30.164  -5.936  1.00 20.83      A     \nATOM   2016  CA  ILE X 953       6.288  31.459  -6.597  1.00 23.32      A     \nATOM   2017  C   ILE X 953       7.396  31.654  -7.628  1.00 24.62      A     \nATOM   2018  O   ILE X 953       7.161  32.216  -8.700  1.00 26.30      A     \nATOM   2019  CB  ILE X 953       6.311  32.615  -5.565  1.00 25.94      A     \nATOM   2020  CG1 ILE X 953       6.113  33.956  -6.281  1.00 29.03      A     \nATOM   2021  CG2 ILE X 953       7.612  32.603  -4.798  1.00 27.69      A     \nATOM   2022  CD1 ILE X 953       5.815  35.112  -5.340  1.00 32.39      A     \nATOM   2023  N   ASP X 954       8.601  31.177  -7.327  1.00 22.87      A     \nATOM   2024  CA  ASP X 954       9.695  31.275  -8.288  1.00 26.62      A     \nATOM   2025  C   ASP X 954       9.605  30.143  -9.308  1.00 24.26      A     \nATOM   2026  O   ASP X 954       9.721  28.971  -8.962  1.00 26.42      A     \nATOM   2027  CB  ASP X 954      11.047  31.216  -7.573  1.00 27.20      A     \nATOM   2028  CG  ASP X 954      12.196  31.655  -8.465  1.00 34.30      A     \nATOM   2029  OD1 ASP X 954      13.247  32.062  -7.926  1.00 36.41      A     \nATOM   2030  OD2 ASP X 954      12.049  31.596  -9.703  1.00 33.92      A     \nATOM   2031  N   ALA X 955       9.399  30.507 -10.569  1.00 24.69      A     \nATOM   2032  CA  ALA X 955       9.180  29.525 -11.624  1.00 23.07      A     \nATOM   2033  C   ALA X 955      10.329  28.529 -11.718  1.00 24.52      A     \nATOM   2034  O   ALA X 955      10.127  27.362 -12.055  1.00 24.31      A     \nATOM   2035  CB  ALA X 955       8.994  30.238 -12.961  1.00 24.04      A     \nATOM   2036  N   ASP X 956      11.539  28.990 -11.419  1.00 27.53      A     \nATOM   2037  CA  ASP X 956      12.711  28.131 -11.514  1.00 30.30      A     \nATOM   2038  C   ASP X 956      12.889  27.269 -10.263  1.00 30.72      A     \nATOM   2039  O   ASP X 956      13.738  26.377 -10.234  1.00 33.43      A     \nATOM   2040  CB  ASP X 956      13.961  28.979 -11.762  1.00 33.04      A     \nATOM   2041  CG  ASP X 956      13.920  29.697 -13.101  1.00 35.59      A     \nATOM   2042  OD1 ASP X 956      14.241  30.903 -13.143  1.00 40.75      A     \nATOM   2043  OD2 ASP X 956      13.565  29.057 -14.114  1.00 38.36      A     \nATOM   2044  N   SER X 957      12.088  27.539  -9.235  1.00 30.31      A     \nATOM   2045  CA  SER X 957      12.005  26.663  -8.066  1.00 28.04      A     \nATOM   2046  C   SER X 957      11.210  25.400  -8.400  1.00 27.20      A     \nATOM   2047  O   SER X 957      11.404  24.354  -7.780  1.00 28.11      A     \nATOM   2048  CB  SER X 957      11.312  27.376  -6.899  1.00 28.05      A     \nATOM   2049  OG  SER X 957      12.048  28.502  -6.454  1.00 32.71      A     \nATOM   2050  N   ARG X 958      10.306  25.507  -9.371  1.00 24.60      A     \nATOM   2051  CA  ARG X 958       9.398  24.407  -9.690  1.00 22.76      A     \nATOM   2052  C   ARG X 958      10.137  23.265 -10.373  1.00 22.86      A     \nATOM   2053  O   ARG X 958      11.149  23.477 -11.042  1.00 24.34      A     \nATOM   2054  CB  ARG X 958       8.270  24.903 -10.604  1.00 21.84      A     \nATOM   2055  CG  ARG X 958       7.448  26.017  -9.991  1.00 20.79      A     \nATOM   2056  CD  ARG X 958       6.531  26.685 -11.006  1.00 19.39      A     \nATOM   2057  NE  ARG X 958       6.134  27.993 -10.504  1.00 19.47      A     \nATOM   2058  CZ  ARG X 958       5.715  29.000 -11.261  1.00 19.03      A     \nATOM   2059  NH1 ARG X 958       5.388  30.150 -10.691  1.00 21.08      A     \nATOM   2060  NH2 ARG X 958       5.615  28.858 -12.577  1.00 21.16      A     \nATOM   2061  N   PRO X 959       9.641  22.032 -10.209  1.00 22.99      A     \nATOM   2062  CA  PRO X 959      10.226  20.904 -10.939  1.00 22.26      A     \nATOM   2063  C   PRO X 959      10.044  21.088 -12.439  1.00 23.90      A     \nATOM   2064  O   PRO X 959       9.148  21.808 -12.876  1.00 25.99      A     \nATOM   2065  CB  PRO X 959       9.468  19.688 -10.403  1.00 25.07      A     \nATOM   2066  CG  PRO X 959       8.204  20.236  -9.847  1.00 27.37      A     \nATOM   2067  CD  PRO X 959       8.481  21.635  -9.392  1.00 22.32      A     \nATOM   2068  N   LYS X 960      10.905  20.462 -13.228  1.00 22.94      A     \nATOM   2069  CA  LYS X 960      10.674  20.414 -14.665  1.00 21.84      A     \nATOM   2070  C   LYS X 960       9.940  19.125 -14.994  1.00 20.66      A     \nATOM   2071  O   LYS X 960       9.903  18.191 -14.182  1.00 21.82      A     \nATOM   2072  CB  LYS X 960      12.002  20.509 -15.430  1.00 24.03      A     \nATOM   2073  CG  LYS X 960      12.701  21.859 -15.241  1.00 27.63      A     \nATOM   2074  CD  LYS X 960      13.738  22.131 -16.323  1.00 32.39      A     \nATOM   2075  CE  LYS X 960      13.096  22.270 -17.699  1.00 32.55      A     \nATOM   2076  NZ  LYS X 960      12.167  23.438 -17.778  1.00 33.51      A     \nATOM   2077  N   PHE X 961       9.332  19.068 -16.173  1.00 20.28      A     \nATOM   2078  CA  PHE X 961       8.545  17.898 -16.527  1.00 20.19      A     \nATOM   2079  C   PHE X 961       9.391  16.634 -16.511  1.00 21.12      A     \nATOM   2080  O   PHE X 961       8.915  15.571 -16.125  1.00 20.90      A     \nATOM   2081  CB  PHE X 961       7.887  18.100 -17.893  1.00 21.04      A     \nATOM   2082  CG  PHE X 961       6.731  19.063 -17.857  1.00 20.57      A     \nATOM   2083  CD1 PHE X 961       5.618  18.786 -17.079  1.00 20.88      A     \nATOM   2084  CD2 PHE X 961       6.774  20.258 -18.558  1.00 20.92      A     \nATOM   2085  CE1 PHE X 961       4.571  19.681 -16.994  1.00 20.52      A     \nATOM   2086  CE2 PHE X 961       5.727  21.161 -18.478  1.00 20.75      A     \nATOM   2087  CZ  PHE X 961       4.627  20.871 -17.694  1.00 19.05      A     \nATOM   2088  N   ARG X 962      10.653  16.749 -16.904  1.00 23.31      A     \nATOM   2089  CA  ARG X 962      11.515  15.579 -16.902  1.00 25.17      A     \nATOM   2090  C   ARG X 962      11.638  15.016 -15.488  1.00 24.64      A     \nATOM   2091  O   ARG X 962      11.606  13.801 -15.288  1.00 26.07      A     \nATOM   2092  CB  ARG X 962      12.891  15.945 -17.454  1.00 29.96      A     \nATOM   2093  CG  ARG X 962      13.811  14.759 -17.620  1.00 34.26      A     \nATOM   2094  CD  ARG X 962      14.891  15.079 -18.628  1.00 39.28      A     \nATOM   2095  NE  ARG X 962      14.348  15.299 -19.965  1.00 42.65      A     \nATOM   2096  CZ  ARG X 962      14.404  14.406 -20.947  1.00 44.15      A     \nATOM   2097  NH1 ARG X 962      14.982  13.230 -20.739  1.00 45.24      A     \nATOM   2098  NH2 ARG X 962      13.884  14.687 -22.137  1.00 43.36      A     \nATOM   2099  N   GLU X 963      11.759  15.908 -14.508  1.00 24.11      A     \nATOM   2100  CA  GLU X 963      11.824  15.519 -13.103  1.00 24.51      A     \nATOM   2101  C   GLU X 963      10.504  14.920 -12.621  1.00 22.74      A     \nATOM   2102  O   GLU X 963      10.488  13.992 -11.816  1.00 24.55      A     \nATOM   2103  CB  GLU X 963      12.166  16.733 -12.235  1.00 25.03      A     \nATOM   2104  CG  GLU X 963      13.433  17.466 -12.650  1.00 29.99      A     \nATOM   2105  CD  GLU X 963      13.713  18.675 -11.780  1.00 33.40      A     \nATOM   2106  OE1 GLU X 963      14.145  18.487 -10.624  1.00 38.52      A     \nATOM   2107  OE2 GLU X 963      13.501  19.813 -12.250  1.00 33.25      A     \nATOM   2108  N   LEU X 964       9.394  15.456 -13.115  1.00 21.60      A     \nATOM   2109  CA  LEU X 964       8.089  14.957 -12.713  1.00 20.59      A     \nATOM   2110  C   LEU X 964       7.869  13.533 -13.220  1.00 20.82      A     \nATOM   2111  O   LEU X 964       7.281  12.697 -12.523  1.00 21.15      A     \nATOM   2112  CB  LEU X 964       6.993  15.896 -13.230  1.00 19.21      A     \nATOM   2113  CG  LEU X 964       6.976  17.241 -12.494  1.00 21.84      A     \nATOM   2114  CD1 LEU X 964       6.158  18.252 -13.273  1.00 21.02      A     \nATOM   2115  CD2 LEU X 964       6.413  17.046 -11.095  1.00 23.21      A     \nATOM   2116  N   ILE X 965       8.365  13.251 -14.421  1.00 20.48      A     \nATOM   2117  CA  ILE X 965       8.302  11.898 -14.967  1.00 21.88      A     \nATOM   2118  C   ILE X 965       9.006  10.907 -14.045  1.00 21.60      A     \nATOM   2119  O   ILE X 965       8.472   9.841 -13.735  1.00 22.17      A     \nATOM   2120  CB  ILE X 965       8.966  11.826 -16.360  1.00 22.64      A     \nATOM   2121  CG1 ILE X 965       8.178  12.676 -17.357  1.00 21.84      A     \nATOM   2122  CG2 ILE X 965       9.015  10.381 -16.842  1.00 23.36      A     \nATOM   2123  CD1 ILE X 965       8.882  12.841 -18.690  1.00 23.25      A     \nATOM   2124  N   ILE X 966      10.204  11.268 -13.599  1.00 22.29      A     \nATOM   2125  CA  ILE X 966      10.988  10.382 -12.741  1.00 24.08      A     \nATOM   2126  C   ILE X 966      10.298  10.136 -11.405  1.00 23.56      A     \nATOM   2127  O   ILE X 966      10.213   8.998 -10.937  1.00 24.24      A     \nATOM   2128  CB  ILE X 966      12.394  10.974 -12.482  1.00 25.30      A     \nATOM   2129  CG1 ILE X 966      13.161  11.062 -13.798  1.00 28.27      A     \nATOM   2130  CG2 ILE X 966      13.148  10.123 -11.465  1.00 25.65      A     \nATOM   2131  CD1 ILE X 966      13.179   9.762 -14.578  1.00 30.56      A     \nATOM   2132  N   GLU X 967       9.802  11.203 -10.791  1.00 22.83      A     \nATOM   2133  CA  GLU X 967       9.235  11.097  -9.457  1.00 24.04      A     \nATOM   2134  C   GLU X 967       7.926  10.317  -9.470  1.00 22.54      A     \nATOM   2135  O   GLU X 967       7.711   9.424  -8.647  1.00 22.73      A     \nATOM   2136  CB  GLU X 967       9.001  12.488  -8.865  1.00 28.81      A     \nATOM   2137  CG  GLU X 967       8.651  12.453  -7.389  1.00 35.44      A     \nATOM   2138  CD  GLU X 967       9.567  11.533  -6.608  1.00 39.44      A     \nATOM   2139  OE1 GLU X 967      10.793  11.775  -6.599  1.00 41.93      A     \nATOM   2140  OE2 GLU X 967       9.059  10.563  -6.006  1.00 43.30      A     \nATOM   2141  N   PHE X 968       7.045  10.637 -10.411  1.00 22.60      A     \nATOM   2142  CA  PHE X 968       5.786   9.916 -10.476  1.00 21.52      A     \nATOM   2143  C   PHE X 968       5.978   8.478 -10.942  1.00 21.76      A     \nATOM   2144  O   PHE X 968       5.222   7.593 -10.544  1.00 22.55      A     \nATOM   2145  CB  PHE X 968       4.787  10.647 -11.374  1.00 22.41      A     \nATOM   2146  CG  PHE X 968       4.006  11.708 -10.653  1.00 21.77      A     \nATOM   2147  CD1 PHE X 968       3.104  11.360  -9.661  1.00 22.63      A     \nATOM   2148  CD2 PHE X 968       4.182  13.048 -10.954  1.00 20.25      A     \nATOM   2149  CE1 PHE X 968       2.390  12.329  -8.977  1.00 23.42      A     \nATOM   2150  CE2 PHE X 968       3.470  14.024 -10.273  1.00 22.65      A     \nATOM   2151  CZ  PHE X 968       2.574  13.664  -9.285  1.00 21.77      A     \nATOM   2152  N   SER X 969       6.995   8.236 -11.763  1.00 22.29      A     \nATOM   2153  CA  SER X 969       7.291   6.869 -12.185  1.00 22.40      A     \nATOM   2154  C   SER X 969       7.719   6.004 -11.000  1.00 23.05      A     \nATOM   2155  O   SER X 969       7.322   4.844 -10.898  1.00 23.55      A     \nATOM   2156  CB  SER X 969       8.384   6.863 -13.255  1.00 23.28      A     \nATOM   2157  OG  SER X 969       7.884   7.334 -14.497  1.00 25.37      A     \nATOM   2158  N   LYS X 970       8.517   6.569 -10.099  1.00 23.39      A     \nATOM   2159  CA  LYS X 970       8.921   5.842  -8.900  1.00 24.60      A     \nATOM   2160  C   LYS X 970       7.687   5.498  -8.074  1.00 23.85      A     \nATOM   2161  O   LYS X 970       7.542   4.377  -7.577  1.00 25.02      A     \nATOM   2162  CB  LYS X 970       9.885   6.683  -8.059  1.00 26.16      A     \nATOM   2163  CG  LYS X 970      10.328   5.998  -6.774  1.00 31.62      A     \nATOM   2164  CD  LYS X 970      11.108   6.942  -5.867  1.00 37.33      A     \nATOM   2165  CE  LYS X 970      10.221   8.051  -5.311  1.00 38.00      A     \nATOM   2166  NZ  LYS X 970       9.111   7.514  -4.475  1.00 38.66      A     \nATOM   2167  N   MET X 971       6.787   6.462  -7.937  1.00 23.71      A     \nATOM   2168  CA  MET X 971       5.589   6.245  -7.134  1.00 23.09      A     \nATOM   2169  C   MET X 971       4.671   5.212  -7.768  1.00 23.25      A     \nATOM   2170  O   MET X 971       4.047   4.414  -7.068  1.00 24.60      A     \nATOM   2171  CB  MET X 971       4.845   7.560  -6.940  1.00 24.43      A     \nATOM   2172  CG  MET X 971       5.577   8.522  -6.031  1.00 23.68      A     \nATOM   2173  SD  MET X 971       4.650  10.037  -5.794  1.00 27.00      A     \nATOM   2174  CE  MET X 971       5.646  10.838  -4.555  1.00 26.40      A     \nATOM   2175  N   ALA X 972       4.602   5.225  -9.095  1.00 22.40      A     \nATOM   2176  CA  ALA X 972       3.754   4.299  -9.838  1.00 24.08      A     \nATOM   2177  C   ALA X 972       4.219   2.852  -9.687  1.00 25.02      A     \nATOM   2178  O   ALA X 972       3.471   1.923  -9.994  1.00 25.54      A     \nATOM   2179  CB  ALA X 972       3.727   4.688 -11.317  1.00 25.34      A     \nATOM   2180  N   ARG X 973       5.450   2.658  -9.216  1.00 25.44      A     \nATOM   2181  CA  ARG X 973       5.966   1.307  -8.986  1.00 27.69      A     \nATOM   2182  C   ARG X 973       5.401   0.674  -7.716  1.00 27.21      A     \nATOM   2183  O   ARG X 973       5.355  -0.551  -7.592  1.00 27.05      A     \nATOM   2184  CB  ARG X 973       7.496   1.323  -8.908  1.00 31.38      A     \nATOM   2185  CG  ARG X 973       8.192   1.623 -10.230  1.00 36.15      A     \nATOM   2186  CD  ARG X 973       9.666   1.244 -10.173  1.00 39.51      A     \nATOM   2187  NE  ARG X 973       9.851  -0.152  -9.784  1.00 42.87      A     \nATOM   2188  CZ  ARG X 973      11.030  -0.713  -9.529  1.00 45.08      A     \nATOM   2189  NH1 ARG X 973      11.096  -1.992  -9.181  1.00 45.75      A     \nATOM   2190  NH2 ARG X 973      12.143   0.002  -9.620  1.00 44.87      A     \nATOM   2191  N   ASP X 974       4.981   1.512  -6.771  1.00 25.42      A     \nATOM   2192  CA  ASP X 974       4.366   1.045  -5.535  1.00 25.12      A     \nATOM   2193  C   ASP X 974       3.223   1.986  -5.175  1.00 24.69      A     \nATOM   2194  O   ASP X 974       3.284   2.719  -4.187  1.00 23.23      A     \nATOM   2195  CB  ASP X 974       5.395   1.018  -4.401  1.00 27.93      A     \nATOM   2196  CG  ASP X 974       6.507   0.010  -4.644  1.00 30.06      A     \nATOM   2197  OD1 ASP X 974       6.332  -1.172  -4.274  1.00 31.10      A     \nATOM   2198  OD2 ASP X 974       7.557   0.399  -5.199  1.00 30.28      A     \nATOM   2199  N   PRO X 975       2.156   1.970  -5.979  1.00 24.36      A     \nATOM   2200  CA  PRO X 975       1.143   3.030  -5.933  1.00 24.45      A     \nATOM   2201  C   PRO X 975       0.402   3.154  -4.605  1.00 23.50      A     \nATOM   2202  O   PRO X 975       0.009   4.250  -4.211  1.00 23.07      A     \nATOM   2203  CB  PRO X 975       0.210   2.690  -7.094  1.00 25.31      A     \nATOM   2204  CG  PRO X 975       0.419   1.236  -7.347  1.00 26.26      A     \nATOM   2205  CD  PRO X 975       1.854   0.952  -7.001  1.00 25.96      A     \nATOM   2206  N   GLN X 976       0.210   2.033  -3.916  1.00 24.42      A     \nATOM   2207  CA  GLN X 976      -0.528   2.042  -2.660  1.00 25.25      A     \nATOM   2208  C   GLN X 976       0.255   2.668  -1.505  1.00 25.68      A     \nATOM   2209  O   GLN X 976      -0.311   2.939  -0.446  1.00 26.81      A     \nATOM   2210  CB  GLN X 976      -0.956   0.616  -2.292  1.00 27.92      A     \nATOM   2211  CG  GLN X 976      -2.089   0.067  -3.149  1.00 33.04      A     \nATOM   2212  CD  GLN X 976      -1.617  -0.557  -4.450  1.00 36.52      A     \nATOM   2213  OE1 GLN X 976      -0.417  -0.675  -4.702  1.00 39.88      A     \nATOM   2214  NE2 GLN X 976      -2.566  -0.964  -5.288  1.00 39.10      A     \nATOM   2215  N   ARG X 977       1.550   2.900  -1.710  1.00 24.78      A     \nATOM   2216  CA  ARG X 977       2.360   3.625  -0.737  1.00 24.96      A     \nATOM   2217  C   ARG X 977       2.137   5.125  -0.846  1.00 23.29      A     \nATOM   2218  O   ARG X 977       2.551   5.887   0.028  1.00 24.87      A     \nATOM   2219  CB  ARG X 977       3.852   3.345  -0.942  1.00 25.00      A     \nATOM   2220  CG  ARG X 977       4.291   1.954  -0.535  1.00 29.14      A     \nATOM   2221  CD  ARG X 977       5.802   1.870  -0.516  1.00 29.95      A     \nATOM   2222  NE  ARG X 977       6.257   0.490  -0.387  1.00 31.59      A     \nATOM   2223  CZ  ARG X 977       7.413   0.034  -0.856  1.00 33.36      A     \nATOM   2224  NH1 ARG X 977       8.247   0.840  -1.491  1.00 30.92      A     \nATOM   2225  NH2 ARG X 977       7.732  -1.244  -0.691  1.00 34.88      A     \nATOM   2226  N   TYR X 978       1.494   5.555  -1.926  1.00 21.87      A     \nATOM   2227  CA  TYR X 978       1.446   6.979  -2.214  1.00 21.46      A     \nATOM   2228  C   TYR X 978       0.054   7.551  -2.369  1.00 20.41      A     \nATOM   2229  O   TYR X 978      -0.161   8.739  -2.130  1.00 21.86      A     \nATOM   2230  CB  TYR X 978       2.294   7.275  -3.447  1.00 21.75      A     \nATOM   2231  CG  TYR X 978       3.749   6.978  -3.188  1.00 22.72      A     \nATOM   2232  CD1 TYR X 978       4.362   5.861  -3.739  1.00 22.84      A     \nATOM   2233  CD2 TYR X 978       4.492   7.779  -2.331  1.00 23.55      A     \nATOM   2234  CE1 TYR X 978       5.679   5.549  -3.435  1.00 24.46      A     \nATOM   2235  CE2 TYR X 978       5.804   7.476  -2.022  1.00 26.00      A     \nATOM   2236  CZ  TYR X 978       6.393   6.361  -2.574  1.00 26.13      A     \nATOM   2237  OH  TYR X 978       7.696   6.056  -2.246  1.00 28.80      A     \nATOM   2238  N   LEU X 979      -0.897   6.714  -2.757  1.00 21.44      A     \nATOM   2239  CA  LEU X 979      -2.295   7.117  -2.733  1.00 21.43      A     \nATOM   2240  C   LEU X 979      -3.081   6.105  -1.912  1.00 24.20      A     \nATOM   2241  O   LEU X 979      -2.849   4.902  -2.015  1.00 24.75      A     \nATOM   2242  CB  LEU X 979      -2.852   7.207  -4.161  1.00 21.80      A     \nATOM   2243  CG  LEU X 979      -2.154   8.189  -5.113  1.00 20.57      A     \nATOM   2244  CD1 LEU X 979      -2.767   8.088  -6.501  1.00 22.57      A     \nATOM   2245  CD2 LEU X 979      -2.266   9.617  -4.574  1.00 21.09      A     \nATOM   2246  N   VAL X 980      -3.999   6.609  -1.091  1.00 23.33      A     \nATOM   2247  CA  VAL X 980      -4.752   5.780  -0.158  1.00 25.39      A     \nATOM   2248  C   VAL X 980      -6.202   5.712  -0.624  1.00 25.35      A     \nATOM   2249  O   VAL X 980      -6.985   6.637  -0.398  1.00 24.96      A     \nATOM   2250  CB  VAL X 980      -4.713   6.378   1.267  1.00 27.12      A     \nATOM   2251  CG1 VAL X 980      -5.360   5.416   2.257  1.00 28.70      A     \nATOM   2252  CG2 VAL X 980      -3.272   6.682   1.666  1.00 29.02      A     \nATOM   2253  N   ILE X 981      -6.549   4.611  -1.282  1.00 25.50      A     \nATOM   2254  CA  ILE X 981      -7.864   4.443  -1.886  1.00 26.68      A     \nATOM   2255  C   ILE X 981      -8.504   3.157  -1.375  1.00 28.88      A     \nATOM   2256  O   ILE X 981      -7.891   2.091  -1.418  1.00 28.74      A     \nATOM   2257  CB  ILE X 981      -7.748   4.387  -3.429  1.00 27.39      A     \nATOM   2258  CG1 ILE X 981      -7.274   5.747  -3.955  1.00 28.68      A     \nATOM   2259  CG2 ILE X 981      -9.083   3.993  -4.046  1.00 27.57      A     \nATOM   2260  CD1 ILE X 981      -6.921   5.757  -5.423  1.00 28.91      A     \nATOM   2261  N   GLN X 982      -9.734   3.261  -0.883  1.00 28.57      A     \nATOM   2262  CA  GLN X 982     -10.417   2.102  -0.325  1.00 29.82      A     \nATOM   2263  C   GLN X 982     -10.710   1.091  -1.422  1.00 31.01      A     \nATOM   2264  O   GLN X 982     -11.138   1.458  -2.513  1.00 32.75      A     \nATOM   2265  CB  GLN X 982     -11.728   2.520   0.344  1.00 27.95      A     \nATOM   2266  CG  GLN X 982     -12.492   1.345   0.936  1.00 28.04      A     \nATOM   2267  CD  GLN X 982     -13.753   1.758   1.662  1.00 28.41      A     \nATOM   2268  OE1 GLN X 982     -14.611   0.925   1.960  1.00 31.09      A     \nATOM   2269  NE2 GLN X 982     -13.875   3.048   1.953  1.00 25.83      A     \nATOM   2270  N   GLY X 983     -10.477  -0.184  -1.130  1.00 34.86      A     \nATOM   2271  CA  GLY X 983     -10.758  -1.219  -2.105  1.00 37.14      A     \nATOM   2272  C   GLY X 983      -9.690  -1.297  -3.178  1.00 40.32      A     \nATOM   2273  O   GLY X 983      -9.884  -1.923  -4.219  1.00 39.40      A     \nATOM   2274  N   ASP X 984      -8.557  -0.654  -2.921  1.00 40.89      A     \nATOM   2275  CA  ASP X 984      -7.448  -0.649  -3.863  1.00 43.84      A     \nATOM   2276  C   ASP X 984      -6.199  -1.269  -3.245  1.00 47.84      A     \nATOM   2277  O   ASP X 984      -5.401  -0.575  -2.615  1.00 49.10      A     \nATOM   2278  CB  ASP X 984      -7.145   0.785  -4.300  1.00 41.53      A     \nATOM   2279  CG  ASP X 984      -5.895   0.884  -5.143  1.00 37.72      A     \nATOM   2280  OD1 ASP X 984      -5.765   0.102  -6.107  1.00 40.42      A     \nATOM   2281  OD2 ASP X 984      -5.042   1.741  -4.837  1.00 33.67      A     \nATOM   2282  N   GLU X 985      -6.031  -2.575  -3.426  1.00 50.83      A     \nATOM   2283  CA  GLU X 985      -7.005  -3.399  -4.132  1.00 53.85      A     \nATOM   2284  C   GLU X 985      -6.967  -4.810  -3.559  1.00 54.53      A     \nATOM   2285  O   GLU X 985      -6.110  -5.057  -2.684  1.00 55.05      A     \nATOM   2286  CB  GLU X 985      -6.683  -3.432  -5.631  1.00 55.09      A     \nATOM   2287  CG  GLU X 985      -7.640  -4.274  -6.469  1.00 56.97      A     \nATOM   2288  CD  GLU X 985      -9.090  -3.852  -6.312  1.00 58.00      A     \nATOM   2289  OE1 GLU X 985      -9.505  -2.882  -6.982  1.00 58.13      A     \nATOM   2290  OE2 GLU X 985      -9.815  -4.491  -5.519  1.00 58.74      A     \nATOM   2291  C5  8BS X9001     -15.035  16.689 -25.787  1.00 25.65      A     \nATOM   2292  C6  8BS X9001     -13.270  15.814 -27.316  1.00 23.63      A     \nATOM   2293  C8  8BS X9001     -13.315  13.445 -27.749  1.00 24.27      A     \nATOM   2294  C10 8BS X9001     -11.657  14.911 -28.658  1.00 22.65      A     \nATOM   2295  N12 8BS X9001     -10.569  14.803 -29.468  1.00 23.77      A     \nATOM   2296  C13 8BS X9001     -10.440  13.482 -29.806  1.00 22.65      A     \nATOM   2297  C15 8BS X9001      -9.713  15.884 -29.892  1.00 23.53      A     \nATOM   2298  C17 8BS X9001     -15.125  11.924 -26.958  1.00 27.29      A     \nATOM   2299  C21 8BS X9001     -15.896  10.779 -27.210  1.00 28.72      A     \nATOM   2300  C24 8BS X9001     -18.025  12.187 -24.834  1.00 31.85      A     \nATOM   2301  C28 8BS X9001     -14.056  18.177 -21.618  1.00 23.85      A     \nATOM   2302  C1  8BS X9001     -15.281  18.097 -25.230  1.00 25.83      A     \nATOM   2303  C2  8BS X9001     -14.650  18.997 -26.277  1.00 26.79      A     \nATOM   2304  C3  8BS X9001     -13.402  18.229 -26.701  1.00 25.63      A     \nATOM   2305  N4  8BS X9001     -13.867  16.860 -26.646  1.00 23.48      A     \nATOM   2306  N7  8BS X9001     -13.831  14.581 -27.162  1.00 22.96      A     \nATOM   2307  C9  8BS X9001     -12.153  13.611 -28.545  1.00 23.23      A     \nATOM   2308  N11 8BS X9001     -12.161  16.037 -28.079  1.00 23.17      A     \nATOM   2309  N14 8BS X9001     -11.381  12.733 -29.268  1.00 22.37      A     \nATOM   2310  N16 8BS X9001     -13.946  12.197 -27.589  1.00 25.73      A     \nATOM   2311  C18 8BS X9001     -15.847  12.622 -26.003  1.00 28.29      A     \nATOM   2312  N19 8BS X9001     -16.959  11.873 -25.757  1.00 29.64      A     \nATOM   2313  N20 8BS X9001     -17.020  10.739 -26.480  1.00 29.95      A     \nATOM   2314  O22 8BS X9001     -15.542   9.814 -28.111  1.00 29.94      A     \nATOM   2315  C23 8BS X9001     -16.446   8.720 -28.265  1.00 31.18      A     \nATOM   2316  F25 8BS X9001     -15.515  19.100 -27.334  1.00 28.30      A     \nATOM   2317  N26 8BS X9001     -14.572  18.277 -23.953  1.00 25.07      A     \nATOM   2318  C27 8BS X9001     -15.036  17.816 -22.730  1.00 23.87      A     \nATOM   2319  C29 8BS X9001     -14.340  17.486 -20.292  1.00 22.33      A     \nATOM   2320  O30 8BS X9001     -16.090  17.203 -22.553  1.00 28.99      A     \nCONECT    1    2\nCONECT    2    1    3    5\nCONECT    3    2    4    6\nCONECT    4    3\nCONECT    5    2\nCONECT    6    3    7\nCONECT    7    6    8   10\nCONECT    8    7    9   14\nCONECT    9    8\nCONECT   10    7   11\nCONECT   11   10   12   13\nCONECT   12   11\nCONECT   13   11\nCONECT   14    8   15\nCONECT   15   14   16   18\nCONECT   16   15   17   22\nCONECT   17   16\nCONECT   18   15   19\nCONECT   19   18   20   21\nCONECT   20   19\nCONECT   21   19\nCONECT   22   16   23\nCONECT   23   22   24   26\nCONECT   24   23   25   33\nCONECT   25   24\nCONECT   26   23   27\nCONECT   27   26   28\nCONECT   28   27   29\nCONECT   29   28   30\nCONECT   30   29   31   32\nCONECT   31   30\nCONECT   32   30\nCONECT   33   24   34\nCONECT   34   33   35   37\nCONECT   35   34   36   41\nCONECT   36   35\nCONECT   37   34   38   39\nCONECT   38   37   40\nCONECT   39   37\nCONECT   40   38\nCONECT   41   35   42\nCONECT   42   41   43   45\nCONECT   43   42   44   49\nCONECT   44   43\nCONECT   45   42   46\nCONECT   46   45   47   48\nCONECT   47   46\nCONECT   48   46\nCONECT   49   43   50\nCONECT   50   49   51   53\nCONECT   51   50   52   58\nCONECT   52   51\nCONECT   53   50   54\nCONECT   54   53   55\nCONECT   55   54   56\nCONECT   56   55   57\nCONECT   57   56\nCONECT   58   51   59\nCONECT   59   58   60   62\nCONECT   60   59   61   67\nCONECT   61   60\nCONECT   62   59   63\nCONECT   63   62   64\nCONECT   64   63   65   66\nCONECT   65   64\nCONECT   66   64\nCONECT   67   60   68\nCONECT   68   67   69   71\nCONECT   69   68   70   74\nCONECT   70   69\nCONECT   71   68   72   73\nCONECT   72   71\nCONECT   73   71\nCONECT   74   69   75\nCONECT   75   74   76   78\nCONECT   76   75   77   83\nCONECT   77   76\nCONECT   78   75   79\nCONECT   79   78   80\nCONECT   80   79   81   82\nCONECT   81   80\nCONECT   82   80\nCONECT   83   76   84\nCONECT   84   83   85   87\nCONECT   85   84   86   94\nCONECT   86   85\nCONECT   87   84   88\nCONECT   88   87   89   90\nCONECT   89   88   91\nCONECT   90   88   92\nCONECT   91   89   93\nCONECT   92   90   93\nCONECT   93   91   92\nCONECT   94   85   95\nCONECT   95   94   96   98\nCONECT   96   95   97  103\nCONECT   97   96\nCONECT   98   95   99\nCONECT   99   98  100\nCONECT  100   99  101\nCONECT  101  100  102\nCONECT  102  101\nCONECT  103   96  104\nCONECT  104  103  105  107\nCONECT  105  104  106  112\nCONECT  106  105\nCONECT  107  104  108\nCONECT  108  107  109\nCONECT  109  108  110\nCONECT  110  109  111\nCONECT  111  110\nCONECT  112  105  113\nCONECT  113  112  114  116\nCONECT  114  113  115  120\nCONECT  115  114\nCONECT  116  113  117  118\nCONECT  117  116  119\nCONECT  118  116\nCONECT  119  117\nCONECT  120  114  121\nCONECT  121  120  122  124\nCONECT  122  121  123  129\nCONECT  123  122\nCONECT  124  121  125\nCONECT  125  124  126\nCONECT  126  125  127\nCONECT  127  126  128\nCONECT  128  127\nCONECT  129  122  130\nCONECT  130  129  131  133\nCONECT  131  130  132  136\nCONECT  132  131\nCONECT  133  130  134  135\nCONECT  134  133\nCONECT  135  133\nCONECT  136  131  137\nCONECT  137  136  138  140\nCONECT  138  137  139  144\nCONECT  139  138\nCONECT  140  137  141\nCONECT  141  140  142  143\nCONECT  142  141\nCONECT  143  141\nCONECT  144  138  145\nCONECT  145  144  146\nCONECT  146  145  147  148\nCONECT  147  146\nCONECT  148  146  149\nCONECT  149  148  150  152\nCONECT  150  149  151  154\nCONECT  151  150\nCONECT  152  149  153\nCONECT  153  152\nCONECT  154  150  155\nCONECT  155  154  156\nCONECT  156  155  157  158\nCONECT  157  156\nCONECT  158  156  159\nCONECT  159  158  160  162\nCONECT  160  159  161  163\nCONECT  161  160\nCONECT  162  159\nCONECT  163  160  164\nCONECT  164  163  165  167\nCONECT  165  164  166  174\nCONECT  166  165\nCONECT  167  164  168\nCONECT  168  167  169  170\nCONECT  169  168  171\nCONECT  170  168  172\nCONECT  171  169  173\nCONECT  172  170  173\nCONECT  173  171  172\nCONECT  174  165  175\nCONECT  175  174  176\nCONECT  176  175  177  178\nCONECT  177  176\nCONECT  178  176  179\nCONECT  179  178  180  182\nCONECT  180  179  181  185\nCONECT  181  180\nCONECT  182  179  183  184\nCONECT  183  182\nCONECT  184  182\nCONECT  185  180  186\nCONECT  186  185  187  189\nCONECT  187  186  188  192\nCONECT  188  187\nCONECT  189  186  190  191\nCONECT  190  189\nCONECT  191  189\nCONECT  192  187  193\nCONECT  193  192  194  196\nCONECT  194  193  195  204\nCONECT  195  194\nCONECT  196  193  197\nCONECT  197  196  198  199\nCONECT  198  197  200\nCONECT  199  197  201\nCONECT  200  198  202\nCONECT  201  199  202\nCONECT  202  200  201  203\nCONECT  203  202\nCONECT  204  194  205\nCONECT  205  204  206  208\nCONECT  206  205  207  213\nCONECT  207  206\nCONECT  208  205  209\nCONECT  209  208  210\nCONECT  210  209  211\nCONECT  211  210  212\nCONECT  212  211\nCONECT  213  206  214\nCONECT  214  213  215\nCONECT  215  214  216  217\nCONECT  216  215\nCONECT  217  215  218\nCONECT  218  217  219  221\nCONECT  219  218  220  225\nCONECT  220  219\nCONECT  221  218  222\nCONECT  222  221  223  224\nCONECT  223  222\nCONECT  224  222\nCONECT  225  219  226\nCONECT  226  225  227  229\nCONECT  227  226  228  239\nCONECT  228  227\nCONECT  229  226  230\nCONECT  230  229  231  232\nCONECT  231  230  233\nCONECT  232  230  234  235\nCONECT  233  231  234\nCONECT  234  232  233  236\nCONECT  235  232  237\nCONECT  236  234  238\nCONECT  237  235  238\nCONECT  238  236  237\nCONECT  239  227  240\nCONECT  240  239  241  243\nCONECT  241  240  242  247\nCONECT  242  241\nCONECT  243  240  244  245\nCONECT  244  243  246\nCONECT  245  243\nCONECT  246  244\nCONECT  247  241  248  253\nCONECT  248  247  249  251\nCONECT  249  248  250  254\nCONECT  250  249\nCONECT  251  248  252\nCONECT  252  251  253\nCONECT  253  247  252\nCONECT  254  249  255\nCONECT  255  254  256  258\nCONECT  256  255  257  263\nCONECT  257  256\nCONECT  258  255  259\nCONECT  259  258  260\nCONECT  260  259  261  262\nCONECT  261  260\nCONECT  262  260\nCONECT  263  256  264\nCONECT  264  263  265\nCONECT  265  264  266  267\nCONECT  266  265\nCONECT  267  265  268\nCONECT  268  267  269  271\nCONECT  269  268  270  276\nCONECT  270  269\nCONECT  271  268  272\nCONECT  272  271  273\nCONECT  273  272  274  275\nCONECT  274  273\nCONECT  275  273\nCONECT  276  269  277\nCONECT  277  276  278  280\nCONECT  278  277  279  285\nCONECT  279  278\nCONECT  280  277  281\nCONECT  281  280  282\nCONECT  282  281  283\nCONECT  283  282  284\nCONECT  284  283\nCONECT  285  278  286\nCONECT  286  285  287  289\nCONECT  287  286  288  292\nCONECT  288  287\nCONECT  289  286  290  291\nCONECT  290  289\nCONECT  291  289\nCONECT  292  287  293\nCONECT  293  292  294  296\nCONECT  294  293  295  301\nCONECT  295  294\nCONECT  296  293  297\nCONECT  297  296  298\nCONECT  298  297  299\nCONECT  299  298  300\nCONECT  300  299\nCONECT  301  294  302\nCONECT  302  301  303  305\nCONECT  303  302  304  309\nCONECT  304  303\nCONECT  305  302  306  307\nCONECT  306  305  308\nCONECT  307  305\nCONECT  308  306\nCONECT  309  303  310  315\nCONECT  310  309  311  313\nCONECT  311  310  312  316\nCONECT  312  311\nCONECT  313  310  314\nCONECT  314  313  315\nCONECT  315  309  314\nCONECT  316  311  317\nCONECT  317  316  318  320\nCONECT  318  317  319  323\nCONECT  319  318\nCONECT  320  317  321  322\nCONECT  321  320\nCONECT  322  320\nCONECT  323  318  324\nCONECT  324  323  325  327\nCONECT  325  324  326  328\nCONECT  326  325\nCONECT  327  324\nCONECT  328  325  329\nCONECT  329  328  330  332\nCONECT  330  329  331  336\nCONECT  331  330\nCONECT  332  329  333  334\nCONECT  333  332  335\nCONECT  334  332\nCONECT  335  333\nCONECT  336  330  337\nCONECT  337  336  338  340\nCONECT  338  337  339  345\nCONECT  339  338\nCONECT  340  337  341\nCONECT  341  340  342\nCONECT  342  341  343\nCONECT  343  342  344\nCONECT  344  343\nCONECT  345  338  346\nCONECT  346  345  347  349\nCONECT  347  346  348  354\nCONECT  348  347\nCONECT  349  346  350\nCONECT  350  349  351\nCONECT  351  350  352  353\nCONECT  352  351\nCONECT  353  351\nCONECT  354  347  355\nCONECT  355  354  356  358\nCONECT  356  355  357  362\nCONECT  357  356\nCONECT  358  355  359\nCONECT  359  358  360  361\nCONECT  360  359\nCONECT  361  359\nCONECT  362  356  363\nCONECT  363  362  364  366\nCONECT  364  363  365\nCONECT  365  364\nCONECT  366  363  367\nCONECT  367  366  368\nCONECT  368  367  369\nCONECT  369  368  370\nCONECT  370  369  371  372\nCONECT  371  370\nCONECT  372  370\nCONECT  373  374  379\nCONECT  374  373  375  377\nCONECT  375  374  376  380\nCONECT  376  375\nCONECT  377  374  378\nCONECT  378  377  379\nCONECT  379  373  378\nCONECT  380  375  381\nCONECT  381  380  382  384\nCONECT  382  381  383  389\nCONECT  383  382\nCONECT  384  381  385\nCONECT  385  384  386\nCONECT  386  385  387\nCONECT  387  386  388\nCONECT  388  387\nCONECT  389  382  390\nCONECT  390  389  391  393\nCONECT  391  390  392  394\nCONECT  392  391\nCONECT  393  390\nCONECT  394  391  395\nCONECT  395  394  396  398\nCONECT  396  395  397  402\nCONECT  397  396\nCONECT  398  395  399\nCONECT  399  398  400  401\nCONECT  400  399\nCONECT  401  399\nCONECT  402  396  403\nCONECT  403  402  404  406\nCONECT  404  403  405  411\nCONECT  405  404\nCONECT  406  403  407\nCONECT  407  406  408\nCONECT  408  407  409\nCONECT  409  408  410\nCONECT  410  409\nCONECT  411  404  412\nCONECT  412  411  413  415\nCONECT  413  412  414  420\nCONECT  414  413\nCONECT  415  412  416\nCONECT  416  415  417\nCONECT  417  416  418  419\nCONECT  418  417\nCONECT  419  417\nCONECT  420  413  421\nCONECT  421  420  422  424\nCONECT  422  421  423  428\nCONECT  423  422\nCONECT  424  421  425  426\nCONECT  425  424  427\nCONECT  426  424\nCONECT  427  425\nCONECT  428  422  429\nCONECT  429  428  430  432\nCONECT  430  429  431  436\nCONECT  431  430\nCONECT  432  429  433\nCONECT  433  432  434  435\nCONECT  434  433\nCONECT  435  433\nCONECT  436  430  437\nCONECT  437  436  438  440\nCONECT  438  437  439  444\nCONECT  439  438\nCONECT  440  437  441\nCONECT  441  440  442  443\nCONECT  442  441\nCONECT  443  441\nCONECT  444  438  445\nCONECT  445  444  446  448\nCONECT  446  445  447  453\nCONECT  447  446\nCONECT  448  445  449\nCONECT  449  448  450\nCONECT  450  449  451  452\nCONECT  451  450\nCONECT  452  450\nCONECT  453  446  454\nCONECT  454  453  455  457\nCONECT  455  454  456  458\nCONECT  456  455\nCONECT  457  454\nCONECT  458  455  459\nCONECT  459  458  460  462\nCONECT  460  459  461  470\nCONECT  461  460\nCONECT  462  459  463\nCONECT  463  462  464  465\nCONECT  464  463  466\nCONECT  465  463  467\nCONECT  466  464  468\nCONECT  467  465  468\nCONECT  468  466  467  469\nCONECT  469  468\nCONECT  470  460  471\nCONECT  471  470  472  474\nCONECT  472  471  473  477\nCONECT  473  472\nCONECT  474  471  475  476\nCONECT  475  474\nCONECT  476  474\nCONECT  477  472  478\nCONECT  478  477  479  481\nCONECT  479  478  480  485  490\nCONECT  480  479\nCONECT  481  478  482\nCONECT  482  481  483\nCONECT  483  482  484\nCONECT  484  483\nCONECT  485  479  486\nCONECT  486  485  487  489\nCONECT  487  486  488  495\nCONECT  488  487\nCONECT  489  486\nCONECT  490  479  491\nCONECT  491  490  492  494\nCONECT  492  491  493  495\nCONECT  493  492\nCONECT  494  491\nCONECT  495  487  492  496\nCONECT  496  495  497  499\nCONECT  497  496  498  501\nCONECT  498  497\nCONECT  499  496  500\nCONECT  500  499\nCONECT  501  497  502\nCONECT  502  501  503  505\nCONECT  503  502  504  508\nCONECT  504  503\nCONECT  505  502  506  507\nCONECT  506  505\nCONECT  507  505\nCONECT  508  503  509\nCONECT  509  508  510  512\nCONECT  510  509  511  516\nCONECT  511  510\nCONECT  512  509  513\nCONECT  513  512  514  515\nCONECT  514  513\nCONECT  515  513\nCONECT  516  510  517\nCONECT  517  516  518  520\nCONECT  518  517  519  524\nCONECT  519  518\nCONECT  520  517  521\nCONECT  521  520  522  523\nCONECT  522  521\nCONECT  523  521\nCONECT  524  518  525  530\nCONECT  525  524  526  528\nCONECT  526  525  527  531\nCONECT  527  526\nCONECT  528  525  529\nCONECT  529  528  530\nCONECT  530  524  529\nCONECT  531  526  532\nCONECT  532  531  533  535\nCONECT  533  532  534  541\nCONECT  534  533\nCONECT  535  532  536\nCONECT  536  535  537  538\nCONECT  537  536  539\nCONECT  538  536  540\nCONECT  539  537  540\nCONECT  540  538  539\nCONECT  541  533  542\nCONECT  542  541  543  545\nCONECT  543  542  544  548\nCONECT  544  543\nCONECT  545  542  546  547\nCONECT  546  545\nCONECT  547  545\nCONECT  548  543  549\nCONECT  549  548  550  552\nCONECT  550  549  551  554\nCONECT  551  550\nCONECT  552  549  553\nCONECT  553  552\nCONECT  554  550  555\nCONECT  555  554  556  558\nCONECT  556  555  557  565\nCONECT  557  556\nCONECT  558  555  559\nCONECT  559  558  560\nCONECT  560  559  561\nCONECT  561  560  562\nCONECT  562  561  563  564\nCONECT  563  562\nCONECT  564  562\nCONECT  565  556  566\nCONECT  566  565  567  569\nCONECT  567  566  568  573\nCONECT  568  567\nCONECT  569  566  570\nCONECT  570  569  571  572\nCONECT  571  570\nCONECT  572  570\nCONECT  573  567  574\nCONECT  574  573  575  577\nCONECT  575  574  576  581\nCONECT  576  575\nCONECT  577  574  578\nCONECT  578  577  579  580\nCONECT  579  578\nCONECT  580  578\nCONECT  581  575  582\nCONECT  582  581  583\nCONECT  583  582  584  585\nCONECT  584  583\nCONECT  585  583  586\nCONECT  586  585  587  589\nCONECT  587  586  588  593\nCONECT  588  587\nCONECT  589  586  590  591\nCONECT  590  589  592\nCONECT  591  589\nCONECT  592  590\nCONECT  593  587  594\nCONECT  594  593  595  597\nCONECT  595  594  596  599\nCONECT  596  595\nCONECT  597  594  598\nCONECT  598  597\nCONECT  599  595  600\nCONECT  600  599  601  603\nCONECT  601  600  602  607\nCONECT  602  601\nCONECT  603  600  604\nCONECT  604  603  605  606\nCONECT  605  604\nCONECT  606  604\nCONECT  607  601  608\nCONECT  608  607  609  611\nCONECT  609  608  610  614\nCONECT  610  609\nCONECT  611  608  612  613\nCONECT  612  611\nCONECT  613  611\nCONECT  614  609  615\nCONECT  615  614  616  618\nCONECT  616  615  617  620\nCONECT  617  616\nCONECT  618  615  619\nCONECT  619  618\nCONECT  620  616  621\nCONECT  621  620  622  624\nCONECT  622  621  623  627\nCONECT  623  622\nCONECT  624  621  625  626\nCONECT  625  624\nCONECT  626  624\nCONECT  627  622  628\nCONECT  628  627  629  631\nCONECT  629  628  630  634\nCONECT  630  629\nCONECT  631  628  632  633\nCONECT  632  631\nCONECT  633  631\nCONECT  634  629  635\nCONECT  635  634  636  638\nCONECT  636  635  637  643\nCONECT  637  636\nCONECT  638  635  639\nCONECT  639  638  640\nCONECT  640  639  641  642\nCONECT  641  640\nCONECT  642  640\nCONECT  643  636  644\nCONECT  644  643  645  647\nCONECT  645  644  646  651\nCONECT  646  645\nCONECT  647  644  648\nCONECT  648  647  649  650\nCONECT  649  648\nCONECT  650  648\nCONECT  651  645  652\nCONECT  652  651  653  655\nCONECT  653  652  654  659  667\nCONECT  654  653\nCONECT  655  652  656  657\nCONECT  656  655  658\nCONECT  657  655\nCONECT  658  656\nCONECT  659  653  660\nCONECT  660  659  661  663\nCONECT  661  660  662  675\nCONECT  662  661\nCONECT  663  660  664\nCONECT  664  663  665\nCONECT  665  664  666\nCONECT  666  665\nCONECT  667  653  668\nCONECT  668  667  669  671\nCONECT  669  668  670  675\nCONECT  670  669\nCONECT  671  668  672\nCONECT  672  671  673\nCONECT  673  672  674\nCONECT  674  673\nCONECT  675  661  669  676\nCONECT  676  675  677  679\nCONECT  677  676  678  684\nCONECT  678  677\nCONECT  679  676  680\nCONECT  680  679  681\nCONECT  681  680  682  683\nCONECT  682  681\nCONECT  683  681\nCONECT  684  677  685\nCONECT  685  684  686  688\nCONECT  686  685  687  692\nCONECT  687  686\nCONECT  688  685  689\nCONECT  689  688  690  691\nCONECT  690  689\nCONECT  691  689\nCONECT  692  686  693\nCONECT  693  692  694  696\nCONECT  694  693  695  700\nCONECT  695  694\nCONECT  696  693  697\nCONECT  697  696  698\nCONECT  698  697  699\nCONECT  699  698\nCONECT  700  694  701  706\nCONECT  701  700  702  704\nCONECT  702  701  703  707\nCONECT  703  702\nCONECT  704  701  705\nCONECT  705  704  706\nCONECT  706  700  705\nCONECT  707  702  708\nCONECT  708  707  709  711\nCONECT  709  708  710  718\nCONECT  710  709\nCONECT  711  708  712\nCONECT  712  711  713  714\nCONECT  713  712  715\nCONECT  714  712  716\nCONECT  715  713  717\nCONECT  716  714  717\nCONECT  717  715  716\nCONECT  718  709  719\nCONECT  719  718  720\nCONECT  720  719  721  722\nCONECT  721  720\nCONECT  722  720  723\nCONECT  723  722  724  726\nCONECT  724  723  725  728\nCONECT  725  724\nCONECT  726  723  727\nCONECT  727  726 2319\nCONECT  728  724  729\nCONECT  729  728  730  732\nCONECT  730  729  731  736\nCONECT  731  730\nCONECT  732  729  733\nCONECT  733  732  734  735\nCONECT  734  733\nCONECT  735  733\nCONECT  736  730  737\nCONECT  737  736  738  740\nCONECT  738  737  739  744\nCONECT  739  738\nCONECT  740  737  741\nCONECT  741  740  742  743\nCONECT  742  741\nCONECT  743  741\nCONECT  744  738  745\nCONECT  745  744  746  748\nCONECT  746  745  747  752\nCONECT  747  746\nCONECT  748  745  749\nCONECT  749  748  750  751\nCONECT  750  749\nCONECT  751  749\nCONECT  752  746  753\nCONECT  753  752  754  756\nCONECT  754  753  755  764\nCONECT  755  754\nCONECT  756  753  757\nCONECT  757  756  758  759\nCONECT  758  757  760\nCONECT  759  757  761\nCONECT  760  758  762\nCONECT  761  759  762\nCONECT  762  760  761  763\nCONECT  763  762\nCONECT  764  754  765\nCONECT  765  764  766  768\nCONECT  766  765  767  771\nCONECT  767  766\nCONECT  768  765  769  770\nCONECT  769  768\nCONECT  770  768\nCONECT  771  766  772\nCONECT  772  771  773  775\nCONECT  773  772  774  782  791\nCONECT  774  773\nCONECT  775  772  776\nCONECT  776  775  777\nCONECT  777  776  778\nCONECT  778  777  779\nCONECT  779  778  780  781\nCONECT  780  779\nCONECT  781  779\nCONECT  782  773  783\nCONECT  783  782  784  786\nCONECT  784  783  785  800\nCONECT  785  784\nCONECT  786  783  787\nCONECT  787  786  788\nCONECT  788  787  789  790\nCONECT  789  788\nCONECT  790  788\nCONECT  791  773  792\nCONECT  792  791  793  795\nCONECT  793  792  794  800\nCONECT  794  793\nCONECT  795  792  796\nCONECT  796  795  797\nCONECT  797  796  798  799\nCONECT  798  797\nCONECT  799  797\nCONECT  800  784  793  801\nCONECT  801  800  802  804\nCONECT  802  801  803  810\nCONECT  803  802\nCONECT  804  801  805\nCONECT  805  804  806  807\nCONECT  806  805  808\nCONECT  807  805  809\nCONECT  808  806  809\nCONECT  809  807  808\nCONECT  810  802  811\nCONECT  811  810  812  814\nCONECT  812  811  813  819\nCONECT  813  812\nCONECT  814  811  815\nCONECT  815  814  816\nCONECT  816  815  817\nCONECT  817  816  818\nCONECT  818  817\nCONECT  819  812  820\nCONECT  820  819  821  823\nCONECT  821  820  822  827\nCONECT  822  821\nCONECT  823  820  824\nCONECT  824  823  825  826\nCONECT  825  824\nCONECT  826  824\nCONECT  827  821  828\nCONECT  828  827  829  831\nCONECT  829  828  830  835\nCONECT  830  829\nCONECT  831  828  832\nCONECT  832  831  833  834\nCONECT  833  832\nCONECT  834  832\nCONECT  835  829  836\nCONECT  836  835  837  839\nCONECT  837  836  838  843\nCONECT  838  837\nCONECT  839  836  840  841\nCONECT  840  839  842\nCONECT  841  839\nCONECT  842  840\nCONECT  843  837  844\nCONECT  844  843  845\nCONECT  845  844  846  847\nCONECT  846  845\nCONECT  847  845  848\nCONECT  848  847  849  851\nCONECT  849  848  850  853\nCONECT  850  849\nCONECT  851  848  852\nCONECT  852  851\nCONECT  853  849  854\nCONECT  854  853  855  857\nCONECT  855  854  856  862\nCONECT  856  855\nCONECT  857  854  858\nCONECT  858  857  859\nCONECT  859  858  860  861\nCONECT  860  859\nCONECT  861  859\nCONECT  862  855  863\nCONECT  863  862  864  866\nCONECT  864  863  865  874\nCONECT  865  864\nCONECT  866  863  867\nCONECT  867  866  868  869\nCONECT  868  867  870\nCONECT  869  867  871\nCONECT  870  868  872\nCONECT  871  869  872\nCONECT  872  870  871  873\nCONECT  873  872\nCONECT  874  864  875\nCONECT  875  874  876  878\nCONECT  876  875  877  882\nCONECT  877  876\nCONECT  878  875  879\nCONECT  879  878  880  881\nCONECT  880  879\nCONECT  881  879\nCONECT  882  876  883\nCONECT  883  882  884  886\nCONECT  884  883  885  890\nCONECT  885  884\nCONECT  886  883  887\nCONECT  887  886  888  889\nCONECT  888  887\nCONECT  889  887\nCONECT  890  884  891\nCONECT  891  890  892  894\nCONECT  892  891  893  898\nCONECT  893  892\nCONECT  894  891  895\nCONECT  895  894  896  897\nCONECT  896  895\nCONECT  897  895\nCONECT  898  892  899\nCONECT  899  898  900  902\nCONECT  900  899  901  912\nCONECT  901  900\nCONECT  902  899  903\nCONECT  903  902  904  905\nCONECT  904  903  906\nCONECT  905  903  907  908\nCONECT  906  904  907\nCONECT  907  905  906  909\nCONECT  908  905  910\nCONECT  909  907  911\nCONECT  910  908  911\nCONECT  911  909  910\nCONECT  912  900  913\nCONECT  913  912  914  916\nCONECT  914  913  915  918\nCONECT  915  914\nCONECT  916  913  917\nCONECT  917  916\nCONECT  918  914  919\nCONECT  919  918  920  922\nCONECT  920  919  921  925\nCONECT  921  920\nCONECT  922  919  923  924\nCONECT  923  922\nCONECT  924  922\nCONECT  925  920  926\nCONECT  926  925  927  929\nCONECT  927  926  928  934\nCONECT  928  927\nCONECT  929  926  930\nCONECT  930  929  931\nCONECT  931  930  932  933\nCONECT  932  931\nCONECT  933  931\nCONECT  934  927  935\nCONECT  935  934  936  938\nCONECT  936  935  937  942\nCONECT  937  936\nCONECT  938  935  939  940\nCONECT  939  938  941\nCONECT  940  938\nCONECT  941  939\nCONECT  942  936  943\nCONECT  943  942  944  946\nCONECT  944  943  945  947\nCONECT  945  944\nCONECT  946  943\nCONECT  947  944  948\nCONECT  948  947  949  951\nCONECT  949  948  950  956\nCONECT  950  949\nCONECT  951  948  952\nCONECT  952  951  953\nCONECT  953  952  954\nCONECT  954  953  955\nCONECT  955  954\nCONECT  956  949  957\nCONECT  957  956  958\nCONECT  958  957  959  960\nCONECT  959  958\nCONECT  960  958  961\nCONECT  961  960  962  964\nCONECT  962  961  963  968\nCONECT  963  962\nCONECT  964  961  965\nCONECT  965  964  966\nCONECT  966  965  967\nCONECT  967  966\nCONECT  968  962  969\nCONECT  969  968  970  972\nCONECT  970  969  971  976\nCONECT  971  970\nCONECT  972  969  973\nCONECT  973  972  974  975\nCONECT  974  973\nCONECT  975  973\nCONECT  976  970  977\nCONECT  977  976  978  980\nCONECT  978  977  979  988\nCONECT  979  978\nCONECT  980  977  981\nCONECT  981  980  982  983\nCONECT  982  981  984\nCONECT  983  981  985\nCONECT  984  982  986\nCONECT  985  983  986\nCONECT  986  984  985  987\nCONECT  987  986\nCONECT  988  978  989\nCONECT  989  988  990  992\nCONECT  990  989  991  996\nCONECT  991  990\nCONECT  992  989  993\nCONECT  993  992  994  995\nCONECT  994  993\nCONECT  995  993\nCONECT  996  990  997\nCONECT  997  996  998 1000\nCONECT  998  997  999 1005\nCONECT  999  998\nCONECT 1000  997 1001\nCONECT 1001 1000 1002\nCONECT 1002 1001 1003 1004\nCONECT 1003 1002\nCONECT 1004 1002\nCONECT 1005  998 1006\nCONECT 1006 1005 1007 1009\nCONECT 1007 1006 1008 1013\nCONECT 1008 1007\nCONECT 1009 1006 1010\nCONECT 1010 1009 1011 1012\nCONECT 1011 1010\nCONECT 1012 1010\nCONECT 1013 1007 1014\nCONECT 1014 1013 1015 1017\nCONECT 1015 1014 1016 1024\nCONECT 1016 1015\nCONECT 1017 1014 1018\nCONECT 1018 1017 1019\nCONECT 1019 1018 1020\nCONECT 1020 1019 1021\nCONECT 1021 1020 1022 1023\nCONECT 1022 1021\nCONECT 1023 1021\nCONECT 1024 1015 1025\nCONECT 1025 1024 1026 1028\nCONECT 1026 1025 1027 1035\nCONECT 1027 1026\nCONECT 1028 1025 1029\nCONECT 1029 1028 1030\nCONECT 1030 1029 1031\nCONECT 1031 1030 1032\nCONECT 1032 1031 1033 1034\nCONECT 1033 1032\nCONECT 1034 1032\nCONECT 1035 1026 1036\nCONECT 1036 1035 1037 1039\nCONECT 1037 1036 1038 1043\nCONECT 1038 1037\nCONECT 1039 1036 1040\nCONECT 1040 1039 1041 1042\nCONECT 1041 1040\nCONECT 1042 1040\nCONECT 1043 1037 1044\nCONECT 1044 1043 1045 1047\nCONECT 1045 1044 1046 1050\nCONECT 1046 1045\nCONECT 1047 1044 1048 1049\nCONECT 1048 1047\nCONECT 1049 1047\nCONECT 1050 1045 1051\nCONECT 1051 1050 1052 1054\nCONECT 1052 1051 1053 1060\nCONECT 1053 1052\nCONECT 1054 1051 1055\nCONECT 1055 1054 1056 1057\nCONECT 1056 1055 1058\nCONECT 1057 1055 1059\nCONECT 1058 1056 1059\nCONECT 1059 1057 1058\nCONECT 1060 1052 1061\nCONECT 1061 1060 1062 1064\nCONECT 1062 1061 1063 1071\nCONECT 1063 1062\nCONECT 1064 1061 1065\nCONECT 1065 1064 1066\nCONECT 1066 1065 1067\nCONECT 1067 1066 1068\nCONECT 1068 1067 1069 1070\nCONECT 1069 1068\nCONECT 1070 1068\nCONECT 1071 1062 1072\nCONECT 1072 1071 1073 1075\nCONECT 1073 1072 1074 1079\nCONECT 1074 1073\nCONECT 1075 1072 1076\nCONECT 1076 1075 1077 1078\nCONECT 1077 1076\nCONECT 1078 1076\nCONECT 1079 1073 1080\nCONECT 1080 1079 1081 1083\nCONECT 1081 1080 1082 1087\nCONECT 1082 1081\nCONECT 1083 1080 1084\nCONECT 1084 1083 1085 1086\nCONECT 1085 1084\nCONECT 1086 1084\nCONECT 1087 1081 1088\nCONECT 1088 1087 1089 1091\nCONECT 1089 1088 1090 1092\nCONECT 1090 1089\nCONECT 1091 1088\nCONECT 1092 1089 1093\nCONECT 1093 1092 1094 1096\nCONECT 1094 1093 1095 1097\nCONECT 1095 1094\nCONECT 1096 1093\nCONECT 1097 1094 1098\nCONECT 1098 1097 1099 1101\nCONECT 1099 1098 1100 1108\nCONECT 1100 1099\nCONECT 1101 1098 1102\nCONECT 1102 1101 1103\nCONECT 1103 1102 1104\nCONECT 1104 1103 1105\nCONECT 1105 1104 1106 1107\nCONECT 1106 1105\nCONECT 1107 1105\nCONECT 1108 1099 1109\nCONECT 1109 1108 1110 1112\nCONECT 1110 1109 1111 1116\nCONECT 1111 1110\nCONECT 1112 1109 1113\nCONECT 1113 1112 1114 1115\nCONECT 1114 1113\nCONECT 1115 1113\nCONECT 1116 1110 1117\nCONECT 1117 1116 1118 1120\nCONECT 1118 1117 1119 1123\nCONECT 1119 1118\nCONECT 1120 1117 1121 1122\nCONECT 1121 1120\nCONECT 1122 1120\nCONECT 1123 1118 1124\nCONECT 1124 1123 1125 1127\nCONECT 1125 1124 1126 1131\nCONECT 1126 1125\nCONECT 1127 1124 1128\nCONECT 1128 1127 1129 1130\nCONECT 1129 1128\nCONECT 1130 1128\nCONECT 1131 1125 1132\nCONECT 1132 1131 1133 1135\nCONECT 1133 1132 1134 1138\nCONECT 1134 1133\nCONECT 1135 1132 1136 1137\nCONECT 1136 1135\nCONECT 1137 1135\nCONECT 1138 1133 1139\nCONECT 1139 1138 1140 1142\nCONECT 1140 1139 1141 1147\nCONECT 1141 1140\nCONECT 1142 1139 1143\nCONECT 1143 1142 1144\nCONECT 1144 1143 1145\nCONECT 1145 1144 1146\nCONECT 1146 1145\nCONECT 1147 1140 1148\nCONECT 1148 1147 1149 1151\nCONECT 1149 1148 1150 1154\nCONECT 1150 1149\nCONECT 1151 1148 1152 1153\nCONECT 1152 1151\nCONECT 1153 1151\nCONECT 1154 1149 1155 1160\nCONECT 1155 1154 1156 1158\nCONECT 1156 1155 1157 1161\nCONECT 1157 1156\nCONECT 1158 1155 1159\nCONECT 1159 1158 1160\nCONECT 1160 1154 1159\nCONECT 1161 1156 1162\nCONECT 1162 1161 1163 1165\nCONECT 1163 1162 1164 1170\nCONECT 1164 1163\nCONECT 1165 1162 1166\nCONECT 1166 1165 1167\nCONECT 1167 1166 1168 1169\nCONECT 1168 1167\nCONECT 1169 1167\nCONECT 1170 1163 1171\nCONECT 1171 1170 1172 1174\nCONECT 1172 1171 1173 1180\nCONECT 1173 1172\nCONECT 1174 1171 1175\nCONECT 1175 1174 1176 1177\nCONECT 1176 1175 1178\nCONECT 1177 1175 1179\nCONECT 1178 1176 1179\nCONECT 1179 1177 1178\nCONECT 1180 1172 1181\nCONECT 1181 1180 1182 1184\nCONECT 1182 1181 1183 1187\nCONECT 1183 1182\nCONECT 1184 1181 1185 1186\nCONECT 1185 1184\nCONECT 1186 1184\nCONECT 1187 1182 1188\nCONECT 1188 1187 1189 1191\nCONECT 1189 1188 1190 1196\nCONECT 1190 1189\nCONECT 1191 1188 1192\nCONECT 1192 1191 1193\nCONECT 1193 1192 1194\nCONECT 1194 1193 1195\nCONECT 1195 1194\nCONECT 1196 1189 1197\nCONECT 1197 1196 1198 1200\nCONECT 1198 1197 1199 1204\nCONECT 1199 1198\nCONECT 1200 1197 1201 1202\nCONECT 1201 1200 1203\nCONECT 1202 1200\nCONECT 1203 1201\nCONECT 1204 1198 1205\nCONECT 1205 1204 1206 1208\nCONECT 1206 1205 1207 1211\nCONECT 1207 1206\nCONECT 1208 1205 1209 1210\nCONECT 1209 1208\nCONECT 1210 1208\nCONECT 1211 1206 1212\nCONECT 1212 1211 1213 1215\nCONECT 1213 1212 1214 1219\nCONECT 1214 1213\nCONECT 1215 1212 1216\nCONECT 1216 1215 1217 1218\nCONECT 1217 1216\nCONECT 1218 1216\nCONECT 1219 1213 1220\nCONECT 1220 1219 1221 1223\nCONECT 1221 1220 1222 1230\nCONECT 1222 1221\nCONECT 1223 1220 1224\nCONECT 1224 1223 1225 1226\nCONECT 1225 1224 1227\nCONECT 1226 1224 1228\nCONECT 1227 1225 1229\nCONECT 1228 1226 1229\nCONECT 1229 1227 1228\nCONECT 1230 1221 1231\nCONECT 1231 1230 1232\nCONECT 1232 1231 1233 1234\nCONECT 1233 1232\nCONECT 1234 1232 1235\nCONECT 1235 1234 1236 1238\nCONECT 1236 1235 1237 1245\nCONECT 1237 1236\nCONECT 1238 1235 1239\nCONECT 1239 1238 1240\nCONECT 1240 1239 1241\nCONECT 1241 1240 1242\nCONECT 1242 1241 1243 1244\nCONECT 1243 1242\nCONECT 1244 1242\nCONECT 1245 1236 1246\nCONECT 1246 1245 1247 1249\nCONECT 1247 1246 1248 1250\nCONECT 1248 1247\nCONECT 1249 1246\nCONECT 1250 1247 1251\nCONECT 1251 1250 1252 1254\nCONECT 1252 1251 1253 1259\nCONECT 1253 1252\nCONECT 1254 1251 1255\nCONECT 1255 1254 1256\nCONECT 1256 1255 1257\nCONECT 1257 1256 1258\nCONECT 1258 1257\nCONECT 1259 1252 1260\nCONECT 1260 1259 1261 1263\nCONECT 1261 1260 1262 1267\nCONECT 1262 1261\nCONECT 1263 1260 1264\nCONECT 1264 1263 1265 1266\nCONECT 1265 1264\nCONECT 1266 1264\nCONECT 1267 1261 1268\nCONECT 1268 1267 1269 1271\nCONECT 1269 1268 1270 1275\nCONECT 1270 1269\nCONECT 1271 1268 1272\nCONECT 1272 1271 1273 1274\nCONECT 1273 1272\nCONECT 1274 1272\nCONECT 1275 1269 1276\nCONECT 1276 1275 1277\nCONECT 1277 1276 1278 1279\nCONECT 1278 1277\nCONECT 1279 1277 1280\nCONECT 1280 1279 1281 1283\nCONECT 1281 1280 1282 1284\nCONECT 1282 1281\nCONECT 1283 1280\nCONECT 1284 1281 1285\nCONECT 1285 1284 1286 1288\nCONECT 1286 1285 1287 1293\nCONECT 1287 1286\nCONECT 1288 1285 1289\nCONECT 1289 1288 1290\nCONECT 1290 1289 1291 1292\nCONECT 1291 1290\nCONECT 1292 1290\nCONECT 1293 1286 1294\nCONECT 1294 1293 1295 1297\nCONECT 1295 1294 1296 1302\nCONECT 1296 1295\nCONECT 1297 1294 1298\nCONECT 1298 1297 1299\nCONECT 1299 1298 1300 1301\nCONECT 1300 1299\nCONECT 1301 1299\nCONECT 1302 1295 1303\nCONECT 1303 1302 1304 1306\nCONECT 1304 1303 1305 1311\nCONECT 1305 1304\nCONECT 1306 1303 1307\nCONECT 1307 1306 1308\nCONECT 1308 1307 1309\nCONECT 1309 1308 1310\nCONECT 1310 1309\nCONECT 1311 1304 1312\nCONECT 1312 1311 1313 1315\nCONECT 1313 1312 1314 1320\nCONECT 1314 1313\nCONECT 1315 1312 1316\nCONECT 1316 1315 1317\nCONECT 1317 1316 1318 1319\nCONECT 1318 1317\nCONECT 1319 1317\nCONECT 1320 1313 1321\nCONECT 1321 1320 1322 1324\nCONECT 1322 1321 1323 1332\nCONECT 1323 1322\nCONECT 1324 1321 1325\nCONECT 1325 1324 1326 1327\nCONECT 1326 1325 1328\nCONECT 1327 1325 1329\nCONECT 1328 1326 1330\nCONECT 1329 1327 1330\nCONECT 1330 1328 1329 1331\nCONECT 1331 1330\nCONECT 1332 1322 1333\nCONECT 1333 1332 1334 1336\nCONECT 1334 1333 1335 1342\nCONECT 1335 1334\nCONECT 1336 1333 1337\nCONECT 1337 1336 1338 1339\nCONECT 1338 1337 1340\nCONECT 1339 1337 1341\nCONECT 1340 1338 1341\nCONECT 1341 1339 1340\nCONECT 1342 1334 1343\nCONECT 1343 1342 1344 1346\nCONECT 1344 1343 1345 1347\nCONECT 1345 1344\nCONECT 1346 1343\nCONECT 1347 1344 1348\nCONECT 1348 1347 1349 1351\nCONECT 1349 1348 1350 1356\nCONECT 1350 1349\nCONECT 1351 1348 1352\nCONECT 1352 1351 1353\nCONECT 1353 1352 1354 1355\nCONECT 1354 1353\nCONECT 1355 1353\nCONECT 1356 1349 1357\nCONECT 1357 1356 1358\nCONECT 1358 1357 1359 1360\nCONECT 1359 1358\nCONECT 1360 1358 1361\nCONECT 1361 1360 1362\nCONECT 1362 1361 1363 1364\nCONECT 1363 1362\nCONECT 1364 1362 1365\nCONECT 1365 1364 1366 1368\nCONECT 1366 1365 1367 1373\nCONECT 1367 1366\nCONECT 1368 1365 1369\nCONECT 1369 1368 1370\nCONECT 1370 1369 1371\nCONECT 1371 1370 1372\nCONECT 1372 1371\nCONECT 1373 1366 1374\nCONECT 1374 1373 1375 1377\nCONECT 1375 1374 1376 1380\nCONECT 1376 1375\nCONECT 1377 1374 1378 1379\nCONECT 1378 1377\nCONECT 1379 1377\nCONECT 1380 1375 1381 1386\nCONECT 1381 1380 1382 1384\nCONECT 1382 1381 1383 1387\nCONECT 1383 1382\nCONECT 1384 1381 1385\nCONECT 1385 1384 1386\nCONECT 1386 1380 1385\nCONECT 1387 1382 1388\nCONECT 1388 1387 1389 1391\nCONECT 1389 1388 1390 1395\nCONECT 1390 1389\nCONECT 1391 1388 1392 1393\nCONECT 1392 1391 1394\nCONECT 1393 1391\nCONECT 1394 1392\nCONECT 1395 1389 1396\nCONECT 1396 1395 1397 1399\nCONECT 1397 1396 1398 1404\nCONECT 1398 1397\nCONECT 1399 1396 1400\nCONECT 1400 1399 1401\nCONECT 1401 1400 1402\nCONECT 1402 1401 1403\nCONECT 1403 1402\nCONECT 1404 1397 1405\nCONECT 1405 1404 1406 1408\nCONECT 1406 1405 1407 1418 1426\nCONECT 1407 1406\nCONECT 1408 1405 1409\nCONECT 1409 1408 1410 1411\nCONECT 1410 1409 1412\nCONECT 1411 1409 1413 1414\nCONECT 1412 1410 1413\nCONECT 1413 1411 1412 1415\nCONECT 1414 1411 1416\nCONECT 1415 1413 1417\nCONECT 1416 1414 1417\nCONECT 1417 1415 1416\nCONECT 1418 1406 1419\nCONECT 1419 1418 1420 1422\nCONECT 1420 1419 1421 1434\nCONECT 1421 1420\nCONECT 1422 1419 1423\nCONECT 1423 1422 1424\nCONECT 1424 1423 1425\nCONECT 1425 1424\nCONECT 1426 1406 1427\nCONECT 1427 1426 1428 1430\nCONECT 1428 1427 1429 1434\nCONECT 1429 1428\nCONECT 1430 1427 1431\nCONECT 1431 1430 1432\nCONECT 1432 1431 1433\nCONECT 1433 1432\nCONECT 1434 1420 1428 1435\nCONECT 1435 1434 1436 1438\nCONECT 1436 1435 1437 1439\nCONECT 1437 1436\nCONECT 1438 1435\nCONECT 1439 1436 1440\nCONECT 1440 1439 1441 1443\nCONECT 1441 1440 1442 1447\nCONECT 1442 1441\nCONECT 1443 1440 1444\nCONECT 1444 1443 1445 1446\nCONECT 1445 1444\nCONECT 1446 1444\nCONECT 1447 1441 1448\nCONECT 1448 1447 1449 1451\nCONECT 1449 1448 1450 1456\nCONECT 1450 1449\nCONECT 1451 1448 1452\nCONECT 1452 1451 1453\nCONECT 1453 1452 1454 1455\nCONECT 1454 1453\nCONECT 1455 1453\nCONECT 1456 1449 1457\nCONECT 1457 1456 1458 1460\nCONECT 1458 1457 1459 1462\nCONECT 1459 1458\nCONECT 1460 1457 1461\nCONECT 1461 1460\nCONECT 1462 1458 1463\nCONECT 1463 1462 1464 1466\nCONECT 1464 1463 1465 1470\nCONECT 1465 1464\nCONECT 1466 1463 1467 1468\nCONECT 1467 1466 1469\nCONECT 1468 1466\nCONECT 1469 1467\nCONECT 1470 1464 1471\nCONECT 1471 1470 1472 1474\nCONECT 1472 1471 1473 1478\nCONECT 1473 1472\nCONECT 1474 1471 1475\nCONECT 1475 1474 1476 1477\nCONECT 1476 1475\nCONECT 1477 1475\nCONECT 1478 1472 1479\nCONECT 1479 1478 1480 1482\nCONECT 1480 1479 1481 1488\nCONECT 1481 1480\nCONECT 1482 1479 1483\nCONECT 1483 1482 1484 1485\nCONECT 1484 1483 1486\nCONECT 1485 1483 1487\nCONECT 1486 1484 1487\nCONECT 1487 1485 1486\nCONECT 1488 1480 1489\nCONECT 1489 1488 1490 1492\nCONECT 1490 1489 1491 1499\nCONECT 1491 1490\nCONECT 1492 1489 1493\nCONECT 1493 1492 1494\nCONECT 1494 1493 1495\nCONECT 1495 1494 1496\nCONECT 1496 1495 1497 1498\nCONECT 1497 1496\nCONECT 1498 1496\nCONECT 1499 1490 1500\nCONECT 1500 1499 1501 1503\nCONECT 1501 1500 1502 1507\nCONECT 1502 1501\nCONECT 1503 1500 1504 1505\nCONECT 1504 1503 1506\nCONECT 1505 1503\nCONECT 1506 1504\nCONECT 1507 1501 1508\nCONECT 1508 1507 1509 1511\nCONECT 1509 1508 1510 1519\nCONECT 1510 1509\nCONECT 1511 1508 1512\nCONECT 1512 1511 1513 1514\nCONECT 1513 1512 1515\nCONECT 1514 1512 1516\nCONECT 1515 1513 1517\nCONECT 1516 1514 1517\nCONECT 1517 1515 1516 1518\nCONECT 1518 1517\nCONECT 1519 1509 1520\nCONECT 1520 1519 1521 1523\nCONECT 1521 1520 1522 1526\nCONECT 1522 1521\nCONECT 1523 1520 1524 1525\nCONECT 1524 1523\nCONECT 1525 1523\nCONECT 1526 1521 1527\nCONECT 1527 1526 1528 1530\nCONECT 1528 1527 1529 1536\nCONECT 1529 1528\nCONECT 1530 1527 1531\nCONECT 1531 1530 1532 1533\nCONECT 1532 1531 1534\nCONECT 1533 1531 1535\nCONECT 1534 1532 1535\nCONECT 1535 1533 1534\nCONECT 1536 1528 1537\nCONECT 1537 1536 1538 1540\nCONECT 1538 1537 1539 1545\nCONECT 1539 1538\nCONECT 1540 1537 1541\nCONECT 1541 1540 1542\nCONECT 1542 1541 1543 1544\nCONECT 1543 1542\nCONECT 1544 1542\nCONECT 1545 1538 1546\nCONECT 1546 1545 1547 1549\nCONECT 1547 1546 1548 1551\nCONECT 1548 1547\nCONECT 1549 1546 1550\nCONECT 1550 1549\nCONECT 1551 1547 1552\nCONECT 1552 1551 1553 1555\nCONECT 1553 1552 1554 1559\nCONECT 1554 1553\nCONECT 1555 1552 1556\nCONECT 1556 1555 1557 1558\nCONECT 1557 1556\nCONECT 1558 1556\nCONECT 1559 1553 1560\nCONECT 1560 1559 1561 1563\nCONECT 1561 1560 1562 1566\nCONECT 1562 1561\nCONECT 1563 1560 1564 1565\nCONECT 1564 1563\nCONECT 1565 1563\nCONECT 1566 1561 1567\nCONECT 1567 1566 1568 1570\nCONECT 1568 1567 1569 1580\nCONECT 1569 1568\nCONECT 1570 1567 1571\nCONECT 1571 1570 1572 1573\nCONECT 1572 1571 1574\nCONECT 1573 1571 1575 1576\nCONECT 1574 1572 1575\nCONECT 1575 1573 1574 1577\nCONECT 1576 1573 1578\nCONECT 1577 1575 1579\nCONECT 1578 1576 1579\nCONECT 1579 1577 1578\nCONECT 1580 1568 1581\nCONECT 1581 1580 1582 1584\nCONECT 1582 1581 1583 1586\nCONECT 1583 1582\nCONECT 1584 1581 1585\nCONECT 1585 1584\nCONECT 1586 1582 1587\nCONECT 1587 1586 1588 1590\nCONECT 1588 1587 1589 1598\nCONECT 1589 1588\nCONECT 1590 1587 1591\nCONECT 1591 1590 1592 1593\nCONECT 1592 1591 1594\nCONECT 1593 1591 1595\nCONECT 1594 1592 1596\nCONECT 1595 1593 1596\nCONECT 1596 1594 1595 1597\nCONECT 1597 1596\nCONECT 1598 1588 1599\nCONECT 1599 1598 1600\nCONECT 1600 1599 1601 1602\nCONECT 1601 1600\nCONECT 1602 1600 1603\nCONECT 1603 1602 1604 1606\nCONECT 1604 1603 1605 1609\nCONECT 1605 1604\nCONECT 1606 1603 1607 1608\nCONECT 1607 1606\nCONECT 1608 1606\nCONECT 1609 1604 1610\nCONECT 1610 1609 1611 1613\nCONECT 1611 1610 1612 1616\nCONECT 1612 1611\nCONECT 1613 1610 1614 1615\nCONECT 1614 1613\nCONECT 1615 1613\nCONECT 1616 1611 1617\nCONECT 1617 1616 1618 1620\nCONECT 1618 1617 1619 1623\nCONECT 1619 1618\nCONECT 1620 1617 1621 1622\nCONECT 1621 1620\nCONECT 1622 1620\nCONECT 1623 1618 1624\nCONECT 1624 1623 1625 1627\nCONECT 1625 1624 1626 1637\nCONECT 1626 1625\nCONECT 1627 1624 1628\nCONECT 1628 1627 1629 1630\nCONECT 1629 1628 1631\nCONECT 1630 1628 1632 1633\nCONECT 1631 1629 1632\nCONECT 1632 1630 1631 1634\nCONECT 1633 1630 1635\nCONECT 1634 1632 1636\nCONECT 1635 1633 1636\nCONECT 1636 1634 1635\nCONECT 1637 1625 1638\nCONECT 1638 1637 1639 1641\nCONECT 1639 1638 1640 1646\nCONECT 1640 1639\nCONECT 1641 1638 1642\nCONECT 1642 1641 1643\nCONECT 1643 1642 1644 1645\nCONECT 1644 1643\nCONECT 1645 1643\nCONECT 1646 1639 1647\nCONECT 1647 1646 1648 1650\nCONECT 1648 1647 1649 1654\nCONECT 1649 1648\nCONECT 1650 1647 1651\nCONECT 1651 1650 1652 1653\nCONECT 1652 1651\nCONECT 1653 1651\nCONECT 1654 1648 1655\nCONECT 1655 1654 1656 1658\nCONECT 1656 1655 1657 1662\nCONECT 1657 1656\nCONECT 1658 1655 1659\nCONECT 1659 1658 1660\nCONECT 1660 1659 1661\nCONECT 1661 1660\nCONECT 1662 1656 1663\nCONECT 1663 1662 1664 1666\nCONECT 1664 1663 1665 1669\nCONECT 1665 1664\nCONECT 1666 1663 1667 1668\nCONECT 1667 1666\nCONECT 1668 1666\nCONECT 1669 1664 1670\nCONECT 1670 1669 1671 1673\nCONECT 1671 1670 1672 1680\nCONECT 1672 1671\nCONECT 1673 1670 1674\nCONECT 1674 1673 1675 1676\nCONECT 1675 1674 1677\nCONECT 1676 1674 1678\nCONECT 1677 1675 1679\nCONECT 1678 1676 1679\nCONECT 1679 1677 1678\nCONECT 1680 1671 1681\nCONECT 1681 1680 1682\nCONECT 1682 1681 1683 1684\nCONECT 1683 1682\nCONECT 1684 1682 1685\nCONECT 1685 1684 1686 1688\nCONECT 1686 1685 1687 1690\nCONECT 1687 1686\nCONECT 1688 1685 1689\nCONECT 1689 1688\nCONECT 1690 1686 1691\nCONECT 1691 1690 1692 1694\nCONECT 1692 1691 1693 1699\nCONECT 1693 1692\nCONECT 1694 1691 1695\nCONECT 1695 1694 1696\nCONECT 1696 1695 1697\nCONECT 1697 1696 1698\nCONECT 1698 1697\nCONECT 1699 1692 1700 1705\nCONECT 1700 1699 1701 1703\nCONECT 1701 1700 1702 1706\nCONECT 1702 1701\nCONECT 1703 1700 1704\nCONECT 1704 1703 1705\nCONECT 1705 1699 1704\nCONECT 1706 1701 1707\nCONECT 1707 1706 1708 1710\nCONECT 1708 1707 1709 1718\nCONECT 1709 1708\nCONECT 1710 1707 1711\nCONECT 1711 1710 1712 1713\nCONECT 1712 1711 1714\nCONECT 1713 1711 1715\nCONECT 1714 1712 1716\nCONECT 1715 1713 1716\nCONECT 1716 1714 1715 1717\nCONECT 1717 1716\nCONECT 1718 1708 1719\nCONECT 1719 1718 1720 1722\nCONECT 1720 1719 1721 1726\nCONECT 1721 1720\nCONECT 1722 1719 1723\nCONECT 1723 1722 1724 1725\nCONECT 1724 1723\nCONECT 1725 1723\nCONECT 1726 1720 1727\nCONECT 1727 1726 1728\nCONECT 1728 1727 1729 1730\nCONECT 1729 1728\nCONECT 1730 1728 1731\nCONECT 1731 1730 1732 1734\nCONECT 1732 1731 1733 1738\nCONECT 1733 1732\nCONECT 1734 1731 1735 1736\nCONECT 1735 1734 1737\nCONECT 1736 1734\nCONECT 1737 1735\nCONECT 1738 1732 1739 1744\nCONECT 1739 1738 1740 1742\nCONECT 1740 1739 1741 1745\nCONECT 1741 1740\nCONECT 1742 1739 1743\nCONECT 1743 1742 1744\nCONECT 1744 1738 1743\nCONECT 1745 1740 1746\nCONECT 1746 1745 1747 1749\nCONECT 1747 1746 1748 1750\nCONECT 1748 1747\nCONECT 1749 1746\nCONECT 1750 1747 1751\nCONECT 1751 1750 1752 1754\nCONECT 1752 1751 1753 1756\nCONECT 1753 1752\nCONECT 1754 1751 1755\nCONECT 1755 1754\nCONECT 1756 1752 1757\nCONECT 1757 1756 1758 1760\nCONECT 1758 1757 1759 1765\nCONECT 1759 1758\nCONECT 1760 1757 1761\nCONECT 1761 1760 1762\nCONECT 1762 1761 1763 1764\nCONECT 1763 1762\nCONECT 1764 1762\nCONECT 1765 1758 1766\nCONECT 1766 1765 1767 1769\nCONECT 1767 1766 1768 1773\nCONECT 1768 1767\nCONECT 1769 1766 1770 1771\nCONECT 1770 1769 1772\nCONECT 1771 1769\nCONECT 1772 1770\nCONECT 1773 1767 1774\nCONECT 1774 1773 1775 1777\nCONECT 1775 1774 1776 1779 1785\nCONECT 1776 1775\nCONECT 1777 1774 1778\nCONECT 1778 1777\nCONECT 1779 1775 1780\nCONECT 1780 1779 1781 1783\nCONECT 1781 1780 1782 1791\nCONECT 1782 1781\nCONECT 1783 1780 1784\nCONECT 1784 1783\nCONECT 1785 1775 1786\nCONECT 1786 1785 1787 1789\nCONECT 1787 1786 1788 1791\nCONECT 1788 1787\nCONECT 1789 1786 1790\nCONECT 1790 1789\nCONECT 1791 1781 1787 1792\nCONECT 1792 1791 1793 1795\nCONECT 1793 1792 1794 1799\nCONECT 1794 1793\nCONECT 1795 1792 1796 1797\nCONECT 1796 1795 1798\nCONECT 1797 1795\nCONECT 1798 1796\nCONECT 1799 1793 1800\nCONECT 1800 1799 1801 1803\nCONECT 1801 1800 1802 1807\nCONECT 1802 1801\nCONECT 1803 1800 1804\nCONECT 1804 1803 1805 1806\nCONECT 1805 1804\nCONECT 1806 1804\nCONECT 1807 1801 1808\nCONECT 1808 1807 1809 1811\nCONECT 1809 1808 1810 1816\nCONECT 1810 1809\nCONECT 1811 1808 1812\nCONECT 1812 1811 1813\nCONECT 1813 1812 1814 1815\nCONECT 1814 1813\nCONECT 1815 1813\nCONECT 1816 1809 1817\nCONECT 1817 1816 1818 1820\nCONECT 1818 1817 1819 1825\nCONECT 1819 1818\nCONECT 1820 1817 1821\nCONECT 1821 1820 1822\nCONECT 1822 1821 1823\nCONECT 1823 1822 1824\nCONECT 1824 1823\nCONECT 1825 1818 1826\nCONECT 1826 1825 1827\nCONECT 1827 1826 1828 1829\nCONECT 1828 1827\nCONECT 1829 1827 1830\nCONECT 1830 1829 1831 1833\nCONECT 1831 1830 1832 1838\nCONECT 1832 1831\nCONECT 1833 1830 1834\nCONECT 1834 1833 1835\nCONECT 1835 1834 1836 1837\nCONECT 1836 1835\nCONECT 1837 1835\nCONECT 1838 1831 1839\nCONECT 1839 1838 1840 1842\nCONECT 1840 1839 1841 1849\nCONECT 1841 1840\nCONECT 1842 1839 1843\nCONECT 1843 1842 1844\nCONECT 1844 1843 1845\nCONECT 1845 1844 1846\nCONECT 1846 1845 1847 1848\nCONECT 1847 1846\nCONECT 1848 1846\nCONECT 1849 1840 1850\nCONECT 1850 1849 1851 1853\nCONECT 1851 1850 1852 1857\nCONECT 1852 1851\nCONECT 1853 1850 1854\nCONECT 1854 1853 1855 1856\nCONECT 1855 1854\nCONECT 1856 1854\nCONECT 1857 1851 1858 1863\nCONECT 1858 1857 1859 1861\nCONECT 1859 1858 1860 1864\nCONECT 1860 1859\nCONECT 1861 1858 1862\nCONECT 1862 1861 1863\nCONECT 1863 1857 1862\nCONECT 1864 1859 1865\nCONECT 1865 1864 1866 1868\nCONECT 1866 1865 1867 1873\nCONECT 1867 1866\nCONECT 1868 1865 1869\nCONECT 1869 1868 1870\nCONECT 1870 1869 1871 1872\nCONECT 1871 1870\nCONECT 1872 1870\nCONECT 1873 1866 1874 1879\nCONECT 1874 1873 1875 1877\nCONECT 1875 1874 1876 1880\nCONECT 1876 1875\nCONECT 1877 1874 1878\nCONECT 1878 1877 1879\nCONECT 1879 1873 1878\nCONECT 1880 1875 1881 1886\nCONECT 1881 1880 1882 1884\nCONECT 1882 1881 1883 1887\nCONECT 1883 1882\nCONECT 1884 1881 1885\nCONECT 1885 1884 1886\nCONECT 1886 1880 1885\nCONECT 1887 1882 1888\nCONECT 1888 1887 1889 1891\nCONECT 1889 1888 1890 1895\nCONECT 1890 1889\nCONECT 1891 1888 1892 1893\nCONECT 1892 1891 1894\nCONECT 1893 1891\nCONECT 1894 1892\nCONECT 1895 1889 1896\nCONECT 1896 1895 1897 1899\nCONECT 1897 1896 1898 1901\nCONECT 1898 1897\nCONECT 1899 1896 1900\nCONECT 1900 1899\nCONECT 1901 1897 1902\nCONECT 1902 1901 1903 1905\nCONECT 1903 1902 1904 1908\nCONECT 1904 1903\nCONECT 1905 1902 1906 1907\nCONECT 1906 1905\nCONECT 1907 1905\nCONECT 1908 1903 1909\nCONECT 1909 1908 1910 1912\nCONECT 1910 1909 1911 1916\nCONECT 1911 1910\nCONECT 1912 1909 1913 1914\nCONECT 1913 1912 1915\nCONECT 1914 1912\nCONECT 1915 1913\nCONECT 1916 1910 1917\nCONECT 1917 1916 1918 1920\nCONECT 1918 1917 1919 1924\nCONECT 1919 1918\nCONECT 1920 1917 1921\nCONECT 1921 1920 1922 1923\nCONECT 1922 1921\nCONECT 1923 1921\nCONECT 1924 1918 1925\nCONECT 1925 1924 1926 1928\nCONECT 1926 1925 1927 1931\nCONECT 1927 1926\nCONECT 1928 1925 1929 1930\nCONECT 1929 1928\nCONECT 1930 1928\nCONECT 1931 1926 1932\nCONECT 1932 1931 1933 1935\nCONECT 1933 1932 1934 1943\nCONECT 1934 1933\nCONECT 1935 1932 1936\nCONECT 1936 1935 1937 1938\nCONECT 1937 1936 1939\nCONECT 1938 1936 1940\nCONECT 1939 1937 1941\nCONECT 1940 1938 1941\nCONECT 1941 1939 1940 1942\nCONECT 1942 1941\nCONECT 1943 1933 1944\nCONECT 1944 1943 1945 1947\nCONECT 1945 1944 1946 1951\nCONECT 1946 1945\nCONECT 1947 1944 1948\nCONECT 1948 1947 1949\nCONECT 1949 1948 1950\nCONECT 1950 1949\nCONECT 1951 1945 1952\nCONECT 1952 1951 1953 1955\nCONECT 1953 1952 1954 1959\nCONECT 1954 1953\nCONECT 1955 1952 1956 1957\nCONECT 1956 1955 1958\nCONECT 1957 1955\nCONECT 1958 1956\nCONECT 1959 1953 1960\nCONECT 1960 1959 1961 1963\nCONECT 1961 1960 1962 1967\nCONECT 1962 1961\nCONECT 1963 1960 1964\nCONECT 1964 1963 1965\nCONECT 1965 1964 1966\nCONECT 1966 1965\nCONECT 1967 1961 1968\nCONECT 1968 1967 1969 1971\nCONECT 1969 1968 1970 1978\nCONECT 1970 1969\nCONECT 1971 1968 1972\nCONECT 1972 1971 1973\nCONECT 1973 1972 1974\nCONECT 1974 1973 1975\nCONECT 1975 1974 1976 1977\nCONECT 1976 1975\nCONECT 1977 1975\nCONECT 1978 1969 1979\nCONECT 1979 1978 1980 1982\nCONECT 1980 1979 1981 1987\nCONECT 1981 1980\nCONECT 1982 1979 1983\nCONECT 1983 1982 1984\nCONECT 1984 1983 1985\nCONECT 1985 1984 1986\nCONECT 1986 1985\nCONECT 1987 1980 1988\nCONECT 1988 1987 1989 1991\nCONECT 1989 1988 1990 1993\nCONECT 1990 1989\nCONECT 1991 1988 1992\nCONECT 1992 1991\nCONECT 1993 1989 1994\nCONECT 1994 1993 1995 1997\nCONECT 1995 1994 1996 2007\nCONECT 1996 1995\nCONECT 1997 1994 1998\nCONECT 1998 1997 1999 2000\nCONECT 1999 1998 2001\nCONECT 2000 1998 2002 2003\nCONECT 2001 1999 2002\nCONECT 2002 2000 2001 2004\nCONECT 2003 2000 2005\nCONECT 2004 2002 2006\nCONECT 2005 2003 2006\nCONECT 2006 2004 2005\nCONECT 2007 1995 2008\nCONECT 2008 2007 2009 2011\nCONECT 2009 2008 2010 2015\nCONECT 2010 2009\nCONECT 2011 2008 2012\nCONECT 2012 2011 2013\nCONECT 2013 2012 2014\nCONECT 2014 2013\nCONECT 2015 2009 2016\nCONECT 2016 2015 2017 2019\nCONECT 2017 2016 2018 2023\nCONECT 2018 2017\nCONECT 2019 2016 2020 2021\nCONECT 2020 2019 2022\nCONECT 2021 2019\nCONECT 2022 2020\nCONECT 2023 2017 2024\nCONECT 2024 2023 2025 2027\nCONECT 2025 2024 2026 2031\nCONECT 2026 2025\nCONECT 2027 2024 2028\nCONECT 2028 2027 2029 2030\nCONECT 2029 2028\nCONECT 2030 2028\nCONECT 2031 2025 2032\nCONECT 2032 2031 2033 2035\nCONECT 2033 2032 2034 2036\nCONECT 2034 2033\nCONECT 2035 2032\nCONECT 2036 2033 2037\nCONECT 2037 2036 2038 2040\nCONECT 2038 2037 2039 2044\nCONECT 2039 2038\nCONECT 2040 2037 2041\nCONECT 2041 2040 2042 2043\nCONECT 2042 2041\nCONECT 2043 2041\nCONECT 2044 2038 2045\nCONECT 2045 2044 2046 2048\nCONECT 2046 2045 2047 2050\nCONECT 2047 2046\nCONECT 2048 2045 2049\nCONECT 2049 2048\nCONECT 2050 2046 2051\nCONECT 2051 2050 2052 2054\nCONECT 2052 2051 2053 2061\nCONECT 2053 2052\nCONECT 2054 2051 2055\nCONECT 2055 2054 2056\nCONECT 2056 2055 2057\nCONECT 2057 2056 2058\nCONECT 2058 2057 2059 2060\nCONECT 2059 2058\nCONECT 2060 2058\nCONECT 2061 2052 2062 2067\nCONECT 2062 2061 2063 2065\nCONECT 2063 2062 2064 2068\nCONECT 2064 2063\nCONECT 2065 2062 2066\nCONECT 2066 2065 2067\nCONECT 2067 2061 2066\nCONECT 2068 2063 2069\nCONECT 2069 2068 2070 2072\nCONECT 2070 2069 2071 2077\nCONECT 2071 2070\nCONECT 2072 2069 2073\nCONECT 2073 2072 2074\nCONECT 2074 2073 2075\nCONECT 2075 2074 2076\nCONECT 2076 2075\nCONECT 2077 2070 2078\nCONECT 2078 2077 2079 2081\nCONECT 2079 2078 2080 2088\nCONECT 2080 2079\nCONECT 2081 2078 2082\nCONECT 2082 2081 2083 2084\nCONECT 2083 2082 2085\nCONECT 2084 2082 2086\nCONECT 2085 2083 2087\nCONECT 2086 2084 2087\nCONECT 2087 2085 2086\nCONECT 2088 2079 2089\nCONECT 2089 2088 2090 2092\nCONECT 2090 2089 2091 2099\nCONECT 2091 2090\nCONECT 2092 2089 2093\nCONECT 2093 2092 2094\nCONECT 2094 2093 2095\nCONECT 2095 2094 2096\nCONECT 2096 2095 2097 2098\nCONECT 2097 2096\nCONECT 2098 2096\nCONECT 2099 2090 2100\nCONECT 2100 2099 2101 2103\nCONECT 2101 2100 2102 2108\nCONECT 2102 2101\nCONECT 2103 2100 2104\nCONECT 2104 2103 2105\nCONECT 2105 2104 2106 2107\nCONECT 2106 2105\nCONECT 2107 2105\nCONECT 2108 2101 2109\nCONECT 2109 2108 2110 2112\nCONECT 2110 2109 2111 2116\nCONECT 2111 2110\nCONECT 2112 2109 2113\nCONECT 2113 2112 2114 2115\nCONECT 2114 2113\nCONECT 2115 2113\nCONECT 2116 2110 2117\nCONECT 2117 2116 2118 2120\nCONECT 2118 2117 2119 2124\nCONECT 2119 2118\nCONECT 2120 2117 2121 2122\nCONECT 2121 2120 2123\nCONECT 2122 2120\nCONECT 2123 2121\nCONECT 2124 2118 2125\nCONECT 2125 2124 2126 2128\nCONECT 2126 2125 2127 2132\nCONECT 2127 2126\nCONECT 2128 2125 2129 2130\nCONECT 2129 2128 2131\nCONECT 2130 2128\nCONECT 2131 2129\nCONECT 2132 2126 2133\nCONECT 2133 2132 2134 2136\nCONECT 2134 2133 2135 2141\nCONECT 2135 2134\nCONECT 2136 2133 2137\nCONECT 2137 2136 2138\nCONECT 2138 2137 2139 2140\nCONECT 2139 2138\nCONECT 2140 2138\nCONECT 2141 2134 2142\nCONECT 2142 2141 2143 2145\nCONECT 2143 2142 2144 2152\nCONECT 2144 2143\nCONECT 2145 2142 2146\nCONECT 2146 2145 2147 2148\nCONECT 2147 2146 2149\nCONECT 2148 2146 2150\nCONECT 2149 2147 2151\nCONECT 2150 2148 2151\nCONECT 2151 2149 2150\nCONECT 2152 2143 2153\nCONECT 2153 2152 2154 2156\nCONECT 2154 2153 2155 2158\nCONECT 2155 2154\nCONECT 2156 2153 2157\nCONECT 2157 2156\nCONECT 2158 2154 2159\nCONECT 2159 2158 2160 2162\nCONECT 2160 2159 2161 2167\nCONECT 2161 2160\nCONECT 2162 2159 2163\nCONECT 2163 2162 2164\nCONECT 2164 2163 2165\nCONECT 2165 2164 2166\nCONECT 2166 2165\nCONECT 2167 2160 2168\nCONECT 2168 2167 2169 2171\nCONECT 2169 2168 2170 2175\nCONECT 2170 2169\nCONECT 2171 2168 2172\nCONECT 2172 2171 2173\nCONECT 2173 2172 2174\nCONECT 2174 2173\nCONECT 2175 2169 2176\nCONECT 2176 2175 2177 2179\nCONECT 2177 2176 2178 2180\nCONECT 2178 2177\nCONECT 2179 2176\nCONECT 2180 2177 2181\nCONECT 2181 2180 2182 2184\nCONECT 2182 2181 2183 2191\nCONECT 2183 2182\nCONECT 2184 2181 2185\nCONECT 2185 2184 2186\nCONECT 2186 2185 2187\nCONECT 2187 2186 2188\nCONECT 2188 2187 2189 2190\nCONECT 2189 2188\nCONECT 2190 2188\nCONECT 2191 2182 2192\nCONECT 2192 2191 2193 2195\nCONECT 2193 2192 2194 2199\nCONECT 2194 2193\nCONECT 2195 2192 2196\nCONECT 2196 2195 2197 2198\nCONECT 2197 2196\nCONECT 2198 2196\nCONECT 2199 2193 2200 2205\nCONECT 2200 2199 2201 2203\nCONECT 2201 2200 2202 2206\nCONECT 2202 2201\nCONECT 2203 2200 2204\nCONECT 2204 2203 2205\nCONECT 2205 2199 2204\nCONECT 2206 2201 2207\nCONECT 2207 2206 2208 2210\nCONECT 2208 2207 2209 2215\nCONECT 2209 2208\nCONECT 2210 2207 2211\nCONECT 2211 2210 2212\nCONECT 2212 2211 2213 2214\nCONECT 2213 2212\nCONECT 2214 2212\nCONECT 2215 2208 2216\nCONECT 2216 2215 2217 2219\nCONECT 2217 2216 2218 2226\nCONECT 2218 2217\nCONECT 2219 2216 2220\nCONECT 2220 2219 2221\nCONECT 2221 2220 2222\nCONECT 2222 2221 2223\nCONECT 2223 2222 2224 2225\nCONECT 2224 2223\nCONECT 2225 2223\nCONECT 2226 2217 2227\nCONECT 2227 2226 2228 2230\nCONECT 2228 2227 2229 2238\nCONECT 2229 2228\nCONECT 2230 2227 2231\nCONECT 2231 2230 2232 2233\nCONECT 2232 2231 2234\nCONECT 2233 2231 2235\nCONECT 2234 2232 2236\nCONECT 2235 2233 2236\nCONECT 2236 2234 2235 2237\nCONECT 2237 2236\nCONECT 2238 2228 2239\nCONECT 2239 2238 2240 2242\nCONECT 2240 2239 2241 2246\nCONECT 2241 2240\nCONECT 2242 2239 2243\nCONECT 2243 2242 2244 2245\nCONECT 2244 2243\nCONECT 2245 2243\nCONECT 2246 2240 2247\nCONECT 2247 2246 2248 2250\nCONECT 2248 2247 2249 2253\nCONECT 2249 2248\nCONECT 2250 2247 2251 2252\nCONECT 2251 2250\nCONECT 2252 2250\nCONECT 2253 2248 2254\nCONECT 2254 2253 2255 2257\nCONECT 2255 2254 2256 2261\nCONECT 2256 2255\nCONECT 2257 2254 2258 2259\nCONECT 2258 2257 2260\nCONECT 2259 2257\nCONECT 2260 2258\nCONECT 2261 2255 2262\nCONECT 2262 2261 2263 2265\nCONECT 2263 2262 2264 2270\nCONECT 2264 2263\nCONECT 2265 2262 2266\nCONECT 2266 2265 2267\nCONECT 2267 2266 2268 2269\nCONECT 2268 2267\nCONECT 2269 2267\nCONECT 2270 2263 2271\nCONECT 2271 2270 2272\nCONECT 2272 2271 2273 2274\nCONECT 2273 2272\nCONECT 2274 2272 2275\nCONECT 2275 2274 2276 2278\nCONECT 2276 2275 2277 2282\nCONECT 2277 2276\nCONECT 2278 2275 2279\nCONECT 2279 2278 2280 2281\nCONECT 2280 2279\nCONECT 2281 2279\nCONECT 2282 2276 2283\nCONECT 2283 2282 2284 2286\nCONECT 2284 2283 2285\nCONECT 2285 2284\nCONECT 2286 2283 2287\nCONECT 2287 2286 2288\nCONECT 2288 2287 2289 2290\nCONECT 2289 2288\nCONECT 2290 2288\nCONECT 2291 2302 2305\nCONECT 2292 2305 2306 2308\nCONECT 2293 2306 2307 2310\nCONECT 2294 2295 2307 2308\nCONECT 2295 2294 2296 2297\nCONECT 2296 2295 2309\nCONECT 2297 2295\nCONECT 2298 2299 2310 2311\nCONECT 2299 2298 2313 2314\nCONECT 2300 2312\nCONECT 2301 2318 2319\nCONECT 2302 2291 2303 2317\nCONECT 2303 2302 2304 2316\nCONECT 2304 2303 2305\nCONECT 2305 2291 2292 2304\nCONECT 2306 2292 2293\nCONECT 2307 2293 2294 2309\nCONECT 2308 2292 2294\nCONECT 2309 2296 2307\nCONECT 2310 2293 2298\nCONECT 2311 2298 2312\nCONECT 2312 2300 2311 2313\nCONECT 2313 2299 2312\nCONECT 2314 2299 2315\nCONECT 2315 2314\nCONECT 2316 2303\nCONECT 2317 2302 2318\nCONECT 2318 2301 2317 2320\nCONECT 2319  727 2301\nCONECT 2320 2318\nEND\n",
            "type": "blob"
           }
          ],
@@ -2635,116 +1778,48 @@
        "background": "white",
        "frame": 0,
        "gui_style": null,
-       "layout": "IPY_MODEL_27a63e877bab4090b6da9737f65c1138",
+       "layout": "IPY_MODEL_04c9577ffb2b45d291a1240f796d77b5",
        "max_frame": 0,
        "n_components": 0,
        "picked": {}
       }
      },
-     "8bde11923a3d47b7b2bc15f13038ccf5": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "PlayModel",
-      "state": {
-       "layout": "IPY_MODEL_35e6970d3b5f4e13b66b91e4e493e787",
-       "max": 0,
-       "style": "IPY_MODEL_128084868c694bf8bc5706ce78265694"
-      }
-     },
-     "8d6e4f40014942c2a8ce207104042525": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "HTMLModel",
-      "state": {
-       "layout": "IPY_MODEL_6dfb94ca4d6c45d090b081e904943776",
-       "style": "IPY_MODEL_146b04ac73d246bf90c469b50695cfc8",
-       "value": "100%"
-      }
-     },
-     "8d7a42615adf4c689fc42c1426caae89": {
+     "24fb0cc37b15464c8dd068bf7b444210": {
       "model_module": "@jupyter-widgets/base",
       "model_module_version": "1.2.0",
       "model_name": "LayoutModel",
       "state": {}
      },
-     "95806a128fff4886bd3e76ca0d201f6a": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "IntSliderModel",
-      "state": {
-       "layout": "IPY_MODEL_a5c75e1d66c04d558f4eddb175473b68",
-       "max": 0,
-       "style": "IPY_MODEL_724cb3ac7e924f6e946764b863c3f42a"
-      }
-     },
-     "9645a899d9b84e7bbb7c73d2fa81d799": {
+     "317d5869076f485c9986d295a65f0dbb": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "ProgressStyleModel",
+      "model_name": "LinkModel",
       "state": {
-       "description_width": ""
+       "source": [
+        "IPY_MODEL_3b1632d2b66e4669a854a6169e3a47b9",
+        "max"
+       ],
+       "target": [
+        "IPY_MODEL_1bb58b7ae9754a5b946014cfb051af77",
+        "max_frame"
+       ]
       }
      },
-     "a2d0e3ee56dd463796676e29c72c979e": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "ButtonStyleModel",
-      "state": {}
-     },
-     "a45d7db57db14fcc8ca72ba5d6a06d21": {
+     "32c492d970e248f28330de2c7a4d677c": {
       "model_module": "nglview-js-widgets",
       "model_module_version": "3.0.1",
       "model_name": "NGLModel",
       "state": {
-       "_camera_orientation": [
-        -23.364948708052566,
-        -22.822237607198034,
-        94.99814384237361,
-        0,
-        -97.48113603872517,
-        11.996065606446049,
-        -21.093724602141553,
-        0,
-        -6.552097335603792,
-        -97.09100149649373,
-        -24.93652221017081,
-        0,
-        3.352781295776367,
-        -13.283685207366943,
-        25.26901149749756,
-        1
-       ],
+       "_camera_orientation": [],
        "_camera_str": "orthographic",
        "_gui_theme": null,
-       "_ibtn_fullscreen": "IPY_MODEL_d2d38fad36364e708248ba73e72f3828",
+       "_ibtn_fullscreen": "IPY_MODEL_18f7c0928ef045fe81c4608871413559",
        "_igui": null,
-       "_iplayer": "IPY_MODEL_0a3197ff27be42b383b096f69db7a5cc",
+       "_iplayer": "IPY_MODEL_ed3cf7570a4849b29400577372f95d05",
        "_ngl_color_dict": {},
        "_ngl_coordinate_resource": {},
        "_ngl_full_stage_parameters": {
-        "ambientColor": 14540253,
-        "ambientIntensity": 0.2,
-        "backgroundColor": "white",
-        "cameraEyeSep": 0.3,
-        "cameraFov": 40,
-        "cameraType": "perspective",
-        "clipDist": 10,
-        "clipFar": 100,
-        "clipNear": 0,
-        "fogFar": 100,
-        "fogNear": 50,
-        "hoverTimeout": 0,
-        "impostor": true,
-        "lightColor": 14540253,
-        "lightIntensity": 1,
-        "mousePreset": "default",
-        "panSpeed": 1,
-        "quality": "medium",
-        "rotateSpeed": 2,
-        "sampleLevel": 0,
-        "tooltip": true,
-        "workerDefault": true,
-        "zoomSpeed": 1.2
+        "backgroundColor": "white"
        },
        "_ngl_msg_archive": [
         {
@@ -2816,870 +1891,11 @@
          "type": "call_method"
         }
        ],
-       "_ngl_original_stage_parameters": {
-        "ambientColor": 14540253,
-        "ambientIntensity": 0.2,
-        "backgroundColor": "white",
-        "cameraEyeSep": 0.3,
-        "cameraFov": 40,
-        "cameraType": "perspective",
-        "clipDist": 10,
-        "clipFar": 100,
-        "clipNear": 0,
-        "fogFar": 100,
-        "fogNear": 50,
-        "hoverTimeout": 0,
-        "impostor": true,
-        "lightColor": 14540253,
-        "lightIntensity": 1,
-        "mousePreset": "default",
-        "panSpeed": 1,
-        "quality": "medium",
-        "rotateSpeed": 2,
-        "sampleLevel": 0,
-        "tooltip": true,
-        "workerDefault": true,
-        "zoomSpeed": 1.2
-       },
-       "_ngl_repr_dict": {
-        "0": {
-         "0": {
-          "params": {
-           "aspectRatio": 5,
-           "assembly": "default",
-           "capped": true,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 0.7,
-           "radiusSize": 1,
-           "radiusType": "sstruc",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "smoothSheet": false,
-           "subdiv": 6,
-           "tension": null,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "cartoon"
-         },
-         "1": {
-          "params": {
-           "aspectRatio": 1,
-           "assembly": "default",
-           "bondScale": 0.4,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.3,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "base"
-         },
-         "2": {
-          "params": {
-           "aspectRatio": 1.5,
-           "assembly": "default",
-           "bondScale": 0.3,
-           "bondSpacing": 0.75,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 2,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "ligand",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "ball+stick"
-         }
-        },
-        "1": {
-         "0": {
-          "params": {
-           "aspectRatio": 5,
-           "assembly": "default",
-           "capped": true,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 0.7,
-           "radiusSize": 1,
-           "radiusType": "sstruc",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "smoothSheet": false,
-           "subdiv": 6,
-           "tension": null,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "cartoon"
-         },
-         "1": {
-          "params": {
-           "aspectRatio": 1,
-           "assembly": "default",
-           "bondScale": 0.4,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.3,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "base"
-         },
-         "2": {
-          "params": {
-           "aspectRatio": 1.5,
-           "assembly": "default",
-           "bondScale": 0.3,
-           "bondSpacing": 0.75,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 2,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "ligand",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "ball+stick"
-         }
-        },
-        "2": {
-         "0": {
-          "params": {
-           "aspectRatio": 5,
-           "assembly": "default",
-           "capped": true,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 0.7,
-           "radiusSize": 1,
-           "radiusType": "sstruc",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "smoothSheet": false,
-           "subdiv": 6,
-           "tension": null,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "cartoon"
-         },
-         "1": {
-          "params": {
-           "aspectRatio": 1,
-           "assembly": "default",
-           "bondScale": 0.4,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.3,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "base"
-         },
-         "2": {
-          "params": {
-           "aspectRatio": 1.5,
-           "assembly": "default",
-           "bondScale": 0.3,
-           "bondSpacing": 0.75,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 2,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "ligand",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "ball+stick"
-         }
-        },
-        "3": {
-         "0": {
-          "params": {
-           "aspectRatio": 5,
-           "assembly": "default",
-           "capped": true,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 0.7,
-           "radiusSize": 1,
-           "radiusType": "sstruc",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "smoothSheet": false,
-           "subdiv": 6,
-           "tension": null,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "cartoon"
-         },
-         "1": {
-          "params": {
-           "aspectRatio": 1,
-           "assembly": "default",
-           "bondScale": 0.4,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": true,
-           "colorScale": "spectral",
-           "colorScheme": "residueindex",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 1,
-           "radiusSize": 0.3,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "base"
-         },
-         "2": {
-          "params": {
-           "aspectRatio": 1.5,
-           "assembly": "default",
-           "bondScale": 0.3,
-           "bondSpacing": 0.75,
-           "clipCenter": {
-            "x": 0,
-            "y": 0,
-            "z": 0
-           },
-           "clipNear": 0,
-           "clipRadius": 0,
-           "colorMode": "hcl",
-           "colorReverse": false,
-           "colorScale": "",
-           "colorScheme": "element",
-           "colorValue": 9474192,
-           "cylinderOnly": false,
-           "defaultAssembly": "",
-           "depthWrite": true,
-           "diffuse": 16777215,
-           "diffuseInterior": false,
-           "disableImpostor": false,
-           "disablePicking": false,
-           "flatShaded": false,
-           "interiorColor": 2236962,
-           "interiorDarkening": 0,
-           "lazy": false,
-           "lineOnly": false,
-           "linewidth": 2,
-           "matrix": {
-            "elements": [
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1,
-             0,
-             0,
-             0,
-             0,
-             1
-            ]
-           },
-           "metalness": 0,
-           "multipleBond": "off",
-           "opacity": 1,
-           "openEnded": true,
-           "quality": "high",
-           "radialSegments": 20,
-           "radiusData": {},
-           "radiusScale": 2,
-           "radiusSize": 0.15,
-           "radiusType": "size",
-           "roughness": 0.4,
-           "sele": "ligand",
-           "side": "double",
-           "sphereDetail": 2,
-           "useInteriorColor": true,
-           "visible": true,
-           "wireframe": false
-          },
-          "type": "ball+stick"
-         }
-        }
-       },
+       "_ngl_original_stage_parameters": {},
+       "_ngl_repr_dict": {},
        "_ngl_serialize": false,
        "_ngl_version": "2.0.0-dev.36",
-       "_ngl_view_id": [
-        "04691C2B-1D25-4455-BEA3-8E525C1BCB99"
-       ],
+       "_ngl_view_id": [],
        "_player_dict": {},
        "_scene_position": {},
        "_scene_rotation": {},
@@ -3690,108 +1906,83 @@
        "background": "white",
        "frame": 0,
        "gui_style": null,
-       "layout": "IPY_MODEL_1a8665eddc96418780e232053b3a8b13",
+       "layout": "IPY_MODEL_a48b0bc295ee4ef18f26d48cefa2dcf2",
        "max_frame": 0,
-       "n_components": 4,
+       "n_components": 0,
        "picked": {}
       }
      },
-     "a4b7fedc4f81476388c0d665da19c549": {
+     "34bd59387bb34abba20fdc4c2872a357": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
+      "model_name": "HTMLModel",
       "state": {
-       "source": [
-        "IPY_MODEL_2ce5967c379947ddbc6cffc60dc355f5",
-        "max"
-       ],
-       "target": [
-        "IPY_MODEL_a45d7db57db14fcc8ca72ba5d6a06d21",
-        "max_frame"
-       ]
+       "layout": "IPY_MODEL_ea0f85d9ee654de4867c02a749866e3f",
+       "style": "IPY_MODEL_dcfdc1a14cca43efa8c4a334f19a6a8f",
+       "value": " 110/110 [00:39&lt;00:00,  2.68it/s]"
       }
      },
-     "a5c75e1d66c04d558f4eddb175473b68": {
-      "model_module": "@jupyter-widgets/base",
-      "model_module_version": "1.2.0",
-      "model_name": "LayoutModel",
-      "state": {}
-     },
-     "a635852962c94bafbe2d111b4927b755": {
+     "3b1632d2b66e4669a854a6169e3a47b9": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
-      "state": {
-       "source": [
-        "IPY_MODEL_8bde11923a3d47b7b2bc15f13038ccf5",
-        "max"
-       ],
-       "target": [
-        "IPY_MODEL_8b83cd4250364ccca55cae03fc4799bd",
-        "max_frame"
-       ]
-      }
-     },
-     "ad2f2d2fe076423e9526a183620b2b73": {
-      "model_module": "nglview-js-widgets",
-      "model_module_version": "3.0.1",
-      "model_name": "ColormakerRegistryModel",
+      "model_name": "PlayModel",
       "state": {
-       "_msg_ar": [],
-       "_msg_q": [],
-       "_ready": true,
-       "layout": "IPY_MODEL_84d95fd392e74d18a4740dae4264d267"
+       "layout": "IPY_MODEL_d37c535a404b47a496b2f0ea02357c40",
+       "max": 0,
+       "style": "IPY_MODEL_17bfb702ea684bf98d4e05afdb10d2b5"
       }
      },
-     "b397336557474e98ae92274a7284f828": {
+     "4b70b9042ce447aba0f7364b8f37383d": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "ButtonStyleModel",
-      "state": {}
+      "model_name": "SliderStyleModel",
+      "state": {
+       "description_width": ""
+      }
      },
-     "b4dcee919c3e47bfa3b91e38e65b1701": {
+     "5140bb51f79e40708d98f7345c1761cb": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "LinkModel",
       "state": {
        "source": [
-        "IPY_MODEL_5af909ec299244b792d1c3b122d2c9fe",
+        "IPY_MODEL_11e83a3064d5474a9575013de95cf168",
         "max"
        ],
        "target": [
-        "IPY_MODEL_05cad6131ac44ff5a94803e31e756f0b",
+        "IPY_MODEL_1bb58b7ae9754a5b946014cfb051af77",
         "max_frame"
        ]
       }
      },
-     "b92d9fe8f706402d88a759cf446a9e9f": {
+     "644f1ddfdf2e4caabc6bbc9c2a266b10": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "ImageModel",
+      "model_name": "LinkModel",
       "state": {
-       "layout": "IPY_MODEL_12cfc05757c84540804f2abe78c9375c",
-       "width": "900.0"
+       "source": [
+        "IPY_MODEL_00cd7ec776234937a2f9320779c39087",
+        "value"
+       ],
+       "target": [
+        "IPY_MODEL_74a366a7863141a7a4e679519ff83fb4",
+        "value"
+       ]
       }
      },
-     "b9ad2f1d6e004b03aeb2f520bcfd1b00": {
+     "6bd4afbff6b846d186f7360ddab9404c": {
       "model_module": "@jupyter-widgets/base",
       "model_module_version": "1.2.0",
       "model_name": "LayoutModel",
       "state": {}
      },
-     "b9e4ae3e1458482790a889769f7a7c05": {
-      "model_module": "@jupyter-widgets/controls",
-      "model_module_version": "1.5.0",
-      "model_name": "FloatProgressModel",
-      "state": {
-       "bar_style": "success",
-       "layout": "IPY_MODEL_12d203e2b30b4791a4d688fe06ea064c",
-       "max": 110,
-       "style": "IPY_MODEL_9645a899d9b84e7bbb7c73d2fa81d799",
-       "value": 110
-      }
+     "6ed779f48a314f0b95fea1d23ce8dd6e": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
      },
-     "c465bfb97dce421480d7af27adcef2c4": {
+     "740d0b92bc8c46c29ec8e4c16d7a9072": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "DescriptionStyleModel",
@@ -3799,140 +1990,243 @@
        "description_width": ""
       }
      },
-     "c90989c0064d40a79739876c35a394c7": {
+     "74a366a7863141a7a4e679519ff83fb4": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "DescriptionStyleModel",
+      "model_name": "IntSliderModel",
       "state": {
-       "description_width": ""
+       "layout": "IPY_MODEL_24fb0cc37b15464c8dd068bf7b444210",
+       "max": 0,
+       "style": "IPY_MODEL_4b70b9042ce447aba0f7364b8f37383d"
       }
      },
-     "ccd86469ad1c4fb4b7d1988adfb31219": {
+     "7ec5ae7d91904111a26f830b92b26f09": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "ButtonStyleModel",
       "state": {}
      },
-     "d2d38fad36364e708248ba73e72f3828": {
+     "84afaabcd7264e40a4ad48863ead741e": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "SliderStyleModel",
+      "state": {
+       "description_width": ""
+      }
+     },
+     "865e4e5cc7e3458daf0bbfa74d9be2e8": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "ButtonModel",
       "state": {
        "icon": "compress",
-       "layout": "IPY_MODEL_84772f449dcb48869aa789c297650403",
-       "style": "IPY_MODEL_a2d0e3ee56dd463796676e29c72c979e"
+       "layout": "IPY_MODEL_1734afae08ae4cf793a326f2eeb15018",
+       "style": "IPY_MODEL_7ec5ae7d91904111a26f830b92b26f09"
       }
      },
-     "d8e47e59340042eda95b874bc0641a45": {
-      "buffers": [
-       {
-        "data": "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",
-        "encoding": "base64",
-        "path": [
-         "value"
-        ]
-       }
-      ],
+     "88525764bd0c427b9a417ba475d67ef1": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "ImageModel",
       "state": {
-       "layout": "IPY_MODEL_0cfaeb17857a4e78a6ccd2f5818600e1",
-       "width": "99%"
+       "layout": "IPY_MODEL_fb2f6d2754ab46cc8fcd0c6437141cb5",
+       "width": "900.0"
+      }
+     },
+     "8da121164f9e4bf0aaf235faab891886": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "LinkModel",
+      "state": {
+       "source": [
+        "IPY_MODEL_00cd7ec776234937a2f9320779c39087",
+        "max"
+       ],
+       "target": [
+        "IPY_MODEL_32c492d970e248f28330de2c7a4d677c",
+        "max_frame"
+       ]
       }
      },
-     "e170dfa34a88460487942ca14a6401db": {
+     "8fb0ef10e96143c8b63783df511609f5": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "HTMLModel",
       "state": {
-       "layout": "IPY_MODEL_6b93ccc24e8c429888a720829a94b626",
-       "style": "IPY_MODEL_c465bfb97dce421480d7af27adcef2c4",
-       "value": " 110/110 [00:41&lt;00:00,  2.65it/s]"
+       "layout": "IPY_MODEL_ffa9da4e5afb40ef8cc413e19525ef3b",
+       "style": "IPY_MODEL_e8efbd70db744838a74d407dc391f432",
+       "value": "100%"
+      }
+     },
+     "94c8bea4061543ec9a0e5a7198dcb137": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "FloatProgressModel",
+      "state": {
+       "bar_style": "success",
+       "layout": "IPY_MODEL_14ca447e8f4b4e80b703052ef23c8a91",
+       "max": 110,
+       "style": "IPY_MODEL_056c29970d2946cfae1b5fb315a75659",
+       "value": 110
+      }
+     },
+     "996a83bf9cee42c1a70a41abef5a6d96": {
+      "model_module": "nglview-js-widgets",
+      "model_module_version": "3.0.1",
+      "model_name": "ColormakerRegistryModel",
+      "state": {
+       "_msg_ar": [],
+       "_msg_q": [],
+       "_ready": true,
+       "layout": "IPY_MODEL_d2fcb1cd240843c4890270e361b3cbb0"
+      }
+     },
+     "a0d7b55df7c84cb1a1c5cb649ef225bc": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {
+       "width": "34px"
       }
      },
-     "e48d48e479d04d7d99eb0f468f0868f7": {
+     "a22f17d1af614e80838d74e911d6f751": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "LinkModel",
       "state": {
        "source": [
-        "IPY_MODEL_95806a128fff4886bd3e76ca0d201f6a",
-        "max"
+        "IPY_MODEL_00cd7ec776234937a2f9320779c39087",
+        "value"
        ],
        "target": [
-        "IPY_MODEL_8b83cd4250364ccca55cae03fc4799bd",
-        "max_frame"
+        "IPY_MODEL_32c492d970e248f28330de2c7a4d677c",
+        "frame"
+       ]
+      }
+     },
+     "a48b0bc295ee4ef18f26d48cefa2dcf2": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "a4ef09a146cb4439a837b7e7ba46b94e": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "b7779ddb226c41f3a83883d53f7ec138": {
+      "model_module": "@jupyter-widgets/controls",
+      "model_module_version": "1.5.0",
+      "model_name": "LinkModel",
+      "state": {
+       "source": [
+        "IPY_MODEL_3b1632d2b66e4669a854a6169e3a47b9",
+        "value"
+       ],
+       "target": [
+        "IPY_MODEL_1bb58b7ae9754a5b946014cfb051af77",
+        "frame"
        ]
       }
      },
-     "e50d577f84fe4572adfbe965fbedae6f": {
+     "ce5ba0f546804425ac640f5a1d594a79": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
       "model_name": "LinkModel",
       "state": {
        "source": [
-        "IPY_MODEL_fac481725db041a38f726b7e67c3c82a",
+        "IPY_MODEL_3b1632d2b66e4669a854a6169e3a47b9",
         "value"
        ],
        "target": [
-        "IPY_MODEL_2ce5967c379947ddbc6cffc60dc355f5",
+        "IPY_MODEL_11e83a3064d5474a9575013de95cf168",
         "value"
        ]
       }
      },
-     "e7459dde5b16439ab253f1da8055b312": {
+     "d2fcb1cd240843c4890270e361b3cbb0": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "d37c535a404b47a496b2f0ea02357c40": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "d61af071d6c04a8391ffa2fa054823ca": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "ButtonModel",
+      "model_name": "ImageModel",
       "state": {
-       "icon": "compress",
-       "layout": "IPY_MODEL_47b1b334ccd44d819cd820618330a7b4",
-       "style": "IPY_MODEL_ccd86469ad1c4fb4b7d1988adfb31219"
+       "layout": "IPY_MODEL_a4ef09a146cb4439a837b7e7ba46b94e",
+       "width": "900.0"
       }
      },
-     "e8a73bc1336d46f1b212b9efc7ffdcd1": {
+     "dbaab4f0bc43481d9d420ce99b67185a": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "dcfdc1a14cca43efa8c4a334f19a6a8f": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "SliderStyleModel",
+      "model_name": "DescriptionStyleModel",
       "state": {
        "description_width": ""
       }
      },
-     "ebea18e71b414e938694bfe78b2816c1": {
+     "e8efbd70db744838a74d407dc391f432": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "LinkModel",
+      "model_name": "DescriptionStyleModel",
       "state": {
-       "source": [
-        "IPY_MODEL_fac481725db041a38f726b7e67c3c82a",
-        "max"
-       ],
-       "target": [
-        "IPY_MODEL_a45d7db57db14fcc8ca72ba5d6a06d21",
-        "max_frame"
-       ]
+       "description_width": ""
       }
      },
-     "f053682d82844be6b2f84a72962efbc2": {
+     "ea0f85d9ee654de4867c02a749866e3f": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "ed3cf7570a4849b29400577372f95d05": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "DescriptionStyleModel",
+      "model_name": "HBoxModel",
       "state": {
-       "description_width": ""
+       "children": [
+        "IPY_MODEL_00cd7ec776234937a2f9320779c39087",
+        "IPY_MODEL_74a366a7863141a7a4e679519ff83fb4"
+       ],
+       "layout": "IPY_MODEL_6bd4afbff6b846d186f7360ddab9404c"
       }
      },
-     "fac481725db041a38f726b7e67c3c82a": {
+     "f70386d8ce9849799c0fcba69a5c236b": {
       "model_module": "@jupyter-widgets/controls",
       "model_module_version": "1.5.0",
-      "model_name": "PlayModel",
+      "model_name": "HBoxModel",
       "state": {
-       "layout": "IPY_MODEL_5242122e148b42b2bc28d53a3b0952ba",
-       "max": 0,
-       "style": "IPY_MODEL_f053682d82844be6b2f84a72962efbc2"
+       "children": [
+        "IPY_MODEL_8fb0ef10e96143c8b63783df511609f5",
+        "IPY_MODEL_94c8bea4061543ec9a0e5a7198dcb137",
+        "IPY_MODEL_34bd59387bb34abba20fdc4c2872a357"
+       ],
+       "layout": "IPY_MODEL_0d47011e7d4d4ee2b3db1be6ae8abc86"
       }
      },
-     "fc6eafcee8ec4e0dafc7b4c5fa8ab9ca": {
+     "fb2f6d2754ab46cc8fcd0c6437141cb5": {
+      "model_module": "@jupyter-widgets/base",
+      "model_module_version": "1.2.0",
+      "model_name": "LayoutModel",
+      "state": {}
+     },
+     "ffa9da4e5afb40ef8cc413e19525ef3b": {
       "model_module": "@jupyter-widgets/base",
       "model_module_version": "1.2.0",
       "model_name": "LayoutModel",