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yangkky/alphafold2.ipynb

Created May 14, 2022 05:06
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alphafold2.ipynb
{
"nbformat": 4,
"nbformat_minor": 0,
"metadata": {
"accelerator": "GPU",
"colab": {
"name": "AlphaFold2.ipynb",
"provenance": [],
"collapsed_sections": [],
"toc_visible": true,
"include_colab_link": true
},
"kernelspec": {
"display_name": "Python 3 (ipykernel)",
"language": "python",
"name": "python3"
},
"language_info": {
"codemirror_mode": {
"name": "ipython",
"version": 3
},
"file_extension": ".py",
"mimetype": "text/x-python",
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
"version": "3.8.10"
}
},
"cells": [
{
"cell_type": "markdown",
"metadata": {
"id": "view-in-github",
"colab_type": "text"
},
"source": [
"<a href=\"https://colab.research.google.com/gist/yangkky/336db6c8021f9a2aab7699f1b34fce40/alphafold2.ipynb\" target=\"_parent\"><img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/></a>"
]
},
{
"cell_type": "markdown",
"metadata": {
"id": "G4yBrceuFbf3"
},
"source": [
"<img src=\"https://raw.githubusercontent.com/sokrypton/ColabFold/main/.github/ColabFold_Marv_Logo_Small.png\" height=\"200\" align=\"right\" style=\"height:240px\">\n",
"\n",
"##ColabFold: AlphaFold2 using MMseqs2\n",
"\n",
"Easy to use protein structure and complex prediction using [AlphaFold2](https://www.nature.com/articles/s41586-021-03819-2) and [Alphafold2-multimer](https://www.biorxiv.org/content/10.1101/2021.10.04.463034v1). Sequence alignments/templates are generated through [MMseqs2](mmseqs.com) and [HHsearch](https://github.com/soedinglab/hh-suite). For more details, see <a href=\"#Instructions\">bottom</a> of the notebook, checkout the [ColabFold GitHub](https://github.com/sokrypton/ColabFold) and read our manuscript. Old versions: [v1.0](https://colab.research.google.com/github/sokrypton/ColabFold/blob/v1.0-alpha/AlphaFold2.ipynb), [v1.1](https://colab.research.google.com/github/sokrypton/ColabFold/blob/v1.1-premultimer/AlphaFold2.ipynb), [v1.2](https://colab.research.google.com/github/sokrypton/ColabFold/blob/v1.2.0/AlphaFold2.ipynb), [v1.3](https://colab.research.google.com/github/sokrypton/ColabFold/blob/v1.3.0/AlphaFold2.ipynb)\n",
"\n",
"[Mirdita M, Schütze K, Moriwaki Y, Heo L, Ovchinnikov S, Steinegger M. ColabFold - Making protein folding accessible to all.\n",
"*bioRxiv*, 2021](https://www.biorxiv.org/content/10.1101/2021.08.15.456425v2) "
]
},
{
"cell_type": "code",
"metadata": {
"id": "kOblAo-xetgx",
"cellView": "form"
},
"source": [
"#@title Input protein sequence(s), then hit `Runtime` -> `Run all`\n",
"from google.colab import files\n",
"import os.path\n",
"import re\n",
"import hashlib\n",
"import random\n",
"\n",
"def add_hash(x,y):\n",
" return x+\"_\"+hashlib.sha1(y.encode()).hexdigest()[:5]\n",
"\n",
"query_sequence = 'TNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGSTPCNGVEGFNCYFPLQSYGFQPTNGVGYQPYRVVVLSFELLHAPATVCG:STIEEQAKTFLDKFNHEAEDLFYQSSLASWNYNTNITEENVQNMNNAGDKWSAFLKEQSTLAQMYPLQEIQNLTVKLQLQALQQNGSSVLSEDKSKRLNTILNTMSTIYSTGKVCNPDNPQECLLLEPGLNEIMANSLDYNERLWAWESWRSEVGKQLRPLYEEYVVLKNEMARANHYEDYGDYWRGDYEVNGVDGYDYSRGQLIEDVEHTFEEIKPLYEHLHAYVRAKLMNAYPSYISPIGCLPAHLLGDMWGRFWTNLYSLTVPFGQKPNIDVTDAMVDQAWDAQRIFKEAEKFFVSVGLPNMTQGFWENSMLTDPGNVQKAVCHPTAWDLGKGDFRILMCTKVTMDDFLTAHHEMGHIQYDMAYAAQPFLLRNGANEGFHEAVGEIMSLSAATPKHLKSIGLLSPDFQEDNETEINFLLKQALTIVGTLPFTYMLEKWRWMVFKGEIPKDQWMKKWWEMKREIVGVVEPVPHDETYCDPASLFHVSNDYSFIRYYTRTLYQFQFQEALCQAAKHEGPLHKCDISNSTEAGQKLFNMLRLGKSEPWTLALENVVGAKNMNVRPLLNYFEPLFTWLKDQNKNSFVGWSTDWSPYAD' #@param {type:\"string\"}\n",
"#@markdown - Use `:` to specify inter-protein chainbreaks for **modeling complexes** (supports homo- and hetro-oligomers). For example **PI...SK:PI...SK** for a homodimer\n",
"\n",
"# remove whitespaces\n",
"query_sequence = \"\".join(query_sequence.split())\n",
"\n",
"jobname = 'rbd' #@param {type:\"string\"}\n",
"# remove whitespaces\n",
"basejobname = \"\".join(jobname.split())\n",
"basejobname = re.sub(r'\\W+', '', basejobname)\n",
"jobname = add_hash(basejobname, query_sequence)\n",
"while os.path.isfile(f\"{jobname}.csv\"):\n",
" jobname = add_hash(basejobname, ''.join(random.sample(query_sequence,len(query_sequence))))\n",
"\n",
"with open(f\"{jobname}.csv\", \"w\") as text_file:\n",
" text_file.write(f\"id,sequence\\n{jobname},{query_sequence}\")\n",
"\n",
"queries_path=f\"{jobname}.csv\"\n",
"\n",
"# number of models to use\n",
"use_amber = False #@param {type:\"boolean\"}\n",
"template_mode = \"none\" #@param [\"none\", \"pdb70\",\"custom\"]\n",
"#@markdown - \"none\" = no template information is used, \"pdb70\" = detect templates in pdb70, \"custom\" - upload and search own templates (PDB or mmCIF format, see [notes below](#custom_templates))\n",
"\n",
"if template_mode == \"pdb70\":\n",
" use_templates = True\n",
" custom_template_path = None\n",
"elif template_mode == \"custom\":\n",
" custom_template_path = f\"{jobname}_template\"\n",
" os.mkdir(custom_template_path)\n",
" uploaded = files.upload()\n",
" use_templates = True\n",
" for fn in uploaded.keys():\n",
" os.rename(fn, f\"{jobname}_template/{fn}\")\n",
"else:\n",
" custom_template_path = None\n",
" use_templates = False\n"
],
"execution_count": null,
"outputs": []
},
{
"cell_type": "code",
"source": [
"#@markdown ### MSA options (custom MSA upload, single sequence, pairing mode)\n",
"msa_mode = \"MMseqs2 (UniRef+Environmental)\" #@param [\"MMseqs2 (UniRef+Environmental)\", \"MMseqs2 (UniRef only)\",\"single_sequence\",\"custom\"]\n",
"pair_mode = \"unpaired+paired\" #@param [\"unpaired+paired\",\"paired\",\"unpaired\"] {type:\"string\"}\n",
"#@markdown - \"unpaired+paired\" = pair sequences from same species + unpaired MSA, \"unpaired\" = seperate MSA for each chain, \"paired\" - only use paired sequences.\n",
"\n",
"# decide which a3m to use\n",
"if msa_mode.startswith(\"MMseqs2\"):\n",
" a3m_file = f\"{jobname}.a3m\"\n",
"elif msa_mode == \"custom\":\n",
" a3m_file = f\"{jobname}.custom.a3m\"\n",
" if not os.path.isfile(a3m_file):\n",
" custom_msa_dict = files.upload()\n",
" custom_msa = list(custom_msa_dict.keys())[0]\n",
" header = 0\n",
" import fileinput\n",
" for line in fileinput.FileInput(custom_msa,inplace=1):\n",
" if line.startswith(\">\"):\n",
" header = header + 1\n",
" if not line.rstrip():\n",
" continue\n",
" if line.startswith(\">\") == False and header == 1:\n",
" query_sequence = line.rstrip()\n",
" print(line, end='')\n",
"\n",
" os.rename(custom_msa, a3m_file)\n",
" queries_path=a3m_file\n",
" print(f\"moving {custom_msa} to {a3m_file}\")\n",
"else:\n",
" a3m_file = f\"{jobname}.single_sequence.a3m\"\n",
" with open(a3m_file, \"w\") as text_file:\n",
" text_file.write(\">1\\n%s\" % query_sequence)"
],
"metadata": {
"cellView": "form",
"id": "C2_sh2uAonJH"
},
"execution_count": null,
"outputs": []
},
{
"cell_type": "code",
"source": [
"#@markdown ### Advanced settings\n",
"model_type = \"auto\" #@param [\"auto\", \"AlphaFold2-ptm\", \"AlphaFold2-multimer-v1\", \"AlphaFold2-multimer-v2\"]\n",
"num_recycles = 3 #@param [1,3,6,12,24,48] {type:\"raw\"}\n",
"#@markdown - \"auto\" = protein structure prediction using \"AlphaFold2-ptm\" and complex prediction \"AlphaFold-multimer-v2\". For complexes \"AlphaFold-multimer-v[1,2]\" and \"AlphaFold-ptm\" can be used.\n",
"save_to_google_drive = False #@param {type:\"boolean\"}\n",
"#@markdown - if the save_to_google_drive option was selected, the result zip will be uploaded to your Google Drive\n",
"\n",
"#@markdown Don't forget to hit `Runtime` -> `Run all` after updating the form.\n",
"\n",
"if save_to_google_drive:\n",
" from pydrive.drive import GoogleDrive\n",
" from pydrive.auth import GoogleAuth\n",
" from google.colab import auth\n",
" from oauth2client.client import GoogleCredentials\n",
" auth.authenticate_user()\n",
" gauth = GoogleAuth()\n",
" gauth.credentials = GoogleCredentials.get_application_default()\n",
" drive = GoogleDrive(gauth)\n",
" print(\"You are logged into Google Drive and are good to go!\")"
],
"metadata": {
"cellView": "form",
"id": "ADDuaolKmjGW"
},
"execution_count": null,
"outputs": []
},
{
"cell_type": "code",
"metadata": {
"id": "iccGdbe_Pmt9",
"pycharm": {
"name": "#%%\n"
},
"cellView": "form",
"colab": {
"base_uri": "https://localhost:8080/"
},
"outputId": "56ac0d7e-ed8d-4371-9a21-e08f0247f484"
},
"source": [
"#@title Install dependencies\n",
"%%bash -s $use_amber $use_templates\n",
"\n",
"set -e\n",
"\n",
"USE_AMBER=$1\n",
"USE_TEMPLATES=$2\n",
"\n",
"if [ ! -f COLABFOLD_READY ]; then\n",
" # install dependencies\n",
" # We have to use \"--no-warn-conflicts\" because colab already has a lot preinstalled with requirements different to ours\n",
" pip install --no-warn-conflicts -q \"colabfold[alphafold] @ git+https://github.com/sokrypton/ColabFold\"\n",
" pip install --upgrade \"jax[cuda]<0.3.0\" -f https://storage.googleapis.com/jax-releases/jax_releases.html\n",
" touch COLABFOLD_READY\n",
"fi\n",
"\n",
"# setup conda\n",
"if [ ${USE_AMBER} == \"True\" ] || [ ${USE_TEMPLATES} == \"True\" ]; then\n",
" if [ ! -f CONDA_READY ]; then\n",
" wget -qnc https://repo.anaconda.com/miniconda/Miniconda3-latest-Linux-x86_64.sh\n",
" bash Miniconda3-latest-Linux-x86_64.sh -bfp /usr/local 2>&1 1>/dev/null\n",
" rm Miniconda3-latest-Linux-x86_64.sh\n",
" touch CONDA_READY\n",
" fi\n",
"fi\n",
"# setup template search\n",
"if [ ${USE_TEMPLATES} == \"True\" ] && [ ! -f HH_READY ]; then\n",
" conda install -y -q -c conda-forge -c bioconda kalign2=2.04 hhsuite=3.3.0 python=3.7 2>&1 1>/dev/null\n",
" touch HH_READY\n",
"fi\n",
"# setup openmm for amber refinement\n",
"if [ ${USE_AMBER} == \"True\" ] && [ ! -f AMBER_READY ]; then\n",
" conda install -y -q -c conda-forge openmm=7.5.1 python=3.7 pdbfixer 2>&1 1>/dev/null\n",
" touch AMBER_READY\n",
"fi"
],
"execution_count": null,
"outputs": [
{
"output_type": "stream",
"name": "stdout",
"text": [
"Looking in links: https://storage.googleapis.com/jax-releases/jax_releases.html\n",
"Requirement already satisfied: jax[cuda]<0.3.0 in /usr/local/lib/python3.7/dist-packages (0.2.28)\n",
"Requirement already satisfied: opt-einsum in /usr/local/lib/python3.7/dist-packages (from jax[cuda]<0.3.0) (3.3.0)\n",
"Requirement already satisfied: scipy>=1.2.1 in /usr/local/lib/python3.7/dist-packages (from jax[cuda]<0.3.0) (1.4.1)\n",
"Requirement already satisfied: numpy>=1.19 in /usr/local/lib/python3.7/dist-packages (from jax[cuda]<0.3.0) (1.21.6)\n",
"Requirement already satisfied: typing-extensions in /usr/local/lib/python3.7/dist-packages (from jax[cuda]<0.3.0) (4.2.0)\n",
"Requirement already satisfied: absl-py in /usr/local/lib/python3.7/dist-packages (from jax[cuda]<0.3.0) (0.13.0)\n",
"Collecting jaxlib==0.1.76+cuda11.cudnn82\n",
" Downloading https://storage.googleapis.com/jax-releases/cuda11/jaxlib-0.1.76%2Bcuda11.cudnn82-cp37-none-manylinux2010_x86_64.whl (153.1 MB)\n",
"Requirement already satisfied: flatbuffers<3.0,>=1.12 in /usr/local/lib/python3.7/dist-packages (from jaxlib==0.1.76+cuda11.cudnn82->jax[cuda]<0.3.0) (2.0)\n",
"Requirement already satisfied: six in /usr/local/lib/python3.7/dist-packages (from absl-py->jax[cuda]<0.3.0) (1.15.0)\n",
"Installing collected packages: jaxlib\n",
" Attempting uninstall: jaxlib\n",
" Found existing installation: jaxlib 0.3.7+cuda11.cudnn805\n",
" Uninstalling jaxlib-0.3.7+cuda11.cudnn805:\n",
" Successfully uninstalled jaxlib-0.3.7+cuda11.cudnn805\n",
"Successfully installed jaxlib-0.1.76+cuda11.cudnn82\n"
]
}
]
},
{
"cell_type": "code",
"metadata": {
"id": "_sztQyz29DIC",
"cellView": "form",
"colab": {
"base_uri": "https://localhost:8080/",
"height": 1000
},
"outputId": "76bf7b71-2b8e-4a21-ce3d-0c7565d9d61c"
},
"source": [
"#@title Run Prediction\n",
"\n",
"import sys\n",
"\n",
"from colabfold.download import download_alphafold_params, default_data_dir\n",
"from colabfold.utils import setup_logging\n",
"from colabfold.batch import get_queries, run, set_model_type\n",
"K80_chk = !nvidia-smi | grep \"Tesla K80\" | wc -l\n",
"if \"1\" in K80_chk:\n",
" print(\"WARNING: found GPU Tesla K80: limited to total length < 1000\")\n",
" if \"TF_FORCE_UNIFIED_MEMORY\" in os.environ:\n",
" del os.environ[\"TF_FORCE_UNIFIED_MEMORY\"]\n",
" if \"XLA_PYTHON_CLIENT_MEM_FRACTION\" in os.environ:\n",
" del os.environ[\"XLA_PYTHON_CLIENT_MEM_FRACTION\"]\n",
"\n",
"from colabfold.colabfold import plot_protein\n",
"from pathlib import Path\n",
"import matplotlib.pyplot as plt\n",
"\n",
"\n",
"# For some reason we need that to get pdbfixer to import\n",
"if use_amber and '/usr/local/lib/python3.7/site-packages/' not in sys.path:\n",
" sys.path.insert(0, '/usr/local/lib/python3.7/site-packages/')\n",
"\n",
"def prediction_callback(unrelaxed_protein, length, prediction_result, input_features, type):\n",
" fig = plot_protein(unrelaxed_protein, Ls=length, dpi=100)\n",
" plt.show()\n",
" plt.close()\n",
"\n",
"result_dir=\".\"\n",
"setup_logging(Path(\".\").joinpath(\"log.txt\"))\n",
"queries, is_complex = get_queries(queries_path)\n",
"model_type = set_model_type(is_complex, model_type)\n",
"download_alphafold_params(model_type, Path(\".\"))\n",
"run(\n",
" queries=queries,\n",
" result_dir=result_dir,\n",
" use_templates=use_templates,\n",
" custom_template_path=custom_template_path,\n",
" use_amber=use_amber,\n",
" msa_mode=msa_mode, \n",
" model_type=model_type,\n",
" num_models=5,\n",
" num_recycles=num_recycles,\n",
" model_order=[1, 2, 3, 4, 5],\n",
" is_complex=is_complex,\n",
" data_dir=Path(\".\"),\n",
" keep_existing_results=False,\n",
" recompile_padding=1.0,\n",
" rank_by=\"auto\",\n",
" pair_mode=pair_mode,\n",
" stop_at_score=float(100),\n",
" prediction_callback=prediction_callback,\n",
")"
],
"execution_count": null,
"outputs": [
{
"output_type": "stream",
"name": "stderr",
"text": [
"Downloading alphafold2 weights to .: 100%|██████████| 3.82G/3.82G [00:31<00:00, 129MB/s]\n"
]
},
{
"output_type": "stream",
"name": "stdout",
"text": [
"2022-05-13 23:10:48,519 Found 5 citations for tools or databases\n",
"2022-05-13 23:10:54,239 Query 1/1: rbd_dda7d (length 791)\n"
]
},
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"2022-05-13 23:10:54,557 Sleeping for 6s. Reason: PENDING\n"
]
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"2022-05-13 23:11:00,845 Sleeping for 5s. Reason: RUNNING\n"
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{
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"name": "stdout",
"text": [
"2022-05-13 23:12:25,652 Running model_1\n",
"2022-05-13 23:26:47,731 model_1 took 862.1s (3 recycles) with pLDDT 81.5 and ptmscore 0.738\n"
]
},
{
"output_type": "display_data",
"data": {
"text/plain": [
"<Figure size 600x300 with 2 Axes>"
],
"image/png": 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gAQxpwdY8mux5NOsclBznAg7LY4T05peHnnbEV3PrchCqpM3nK5Q2bSfRlFinpPEVaXz12onnqyCACeiW4WvWmKr6rIjMTrP7TWBOKBTqB1T59t1ZM3bsvcezLKPXrft/wNchY7+bFEKhEHm5uYTMzv2M3ZvXAqa/3K/fq8ntk7duLVbVJSIy3pteVWlta8OyLH8ghGmaKeWxbbu6ZuxY/xwOAQEBbzMXrxlu5qo+29yFrw6FQv00ja9Wj605vr6a5/oqDJLVva8iI1op+I8WKD0NcLsaNwNLQ0ijgeaoRak9/eX3DDjiq5lbixVdIqTxVavrK3y+Mny+Uru65tUTz1fBPDAB3aKqCzIEL68CF22aOHEXsIbOEyzNP57lKKuuvkBVv+YpV/K1K9MxiUSC+oYGmpqbdwOtye3Jm1dETOCxC/bv77ibVw4efEhE5qjqVm960zTJy82lID+fgvx88vPzKSoooKiwkJzsbEKmiUdR9cfpsgMCAnrB6aoLMgQvrwIXLZ64aZf+O3w11+OruNvBNta1r2Ibs9l/bx+a/mod8VWtiTS6/XpbxGSv8dgFP/P4atHgQ0IGX+XlUlDg8VWh66ucbEIhE08Mc0L6KghgArpk2OrV1wEXp9m1EJi9aeLEgwBuX5envQlU9byy6urjssZIWXX1IOD5NCOKfrp+zJjTgOHATcDf3VoVbzloOHx44L4DB77jljsFESkFUqqTVw4evFNE3qOq+wCS1a0igmEYmKZJ2DQxTRPTMIiEw+Tm5FCQn09eTg6F+fm7ztm588Zzdu4cdc7Ond0/egUEBBwz96wedl1jF75aPHHTQQC3r4vPV5w3qbrs+PhqRvUg1OcrG2jnp+sf8fnK9vkqoTQ82Dxw35frHV/57CGNaXy1qAe+Crm+Mg0ikTC5uTkUFOSTl5dDYUH+rnMu2XnjOZfsHHXOJSeOr4ImpICMDFu9ehzwOpAyaaWqLhORGZsmTmz3pi+rrr4MZ0Ilb9rP1o4b96NjLUtZdfWfROSDvrxXi8g568eMafNuH/Hmm1mq+rphGBPSjCK6btBpp00QkTt9p6gCJi/p29f2bpy8detZIrLUMIyov0xCD5qxnP1x4KFXS0s/2v2VBgQEHA33rB42Dni9GnJ2ee7LLNVlbSIzFk/clOKrSdVlnXxla+5n3xxXeey+mln9J8nK4KtnfL6a+WaWxvR1I9v11eEE2u76yuC6QT8aMEFWh9L76mafr2Z24SvpSbO7x1fPvft9FdTABKRlyKpVfVR1Ke6Ebp7mmlrgYn/w4qZZpp0j4uN1E+T7zgXwgj94Adg4YUKbbdvnJBKJpfF4PKW/iqr+YduOHW+q6tNwpKrVNM1y0zRfnlFf/9UZ9fXXzqivnzijvj66cvDgN1T1hqMK9N0nIBEJi8iN5+zadXXvMwkICOiOT6wa0qfN9VUZUKpKgSpDVGv7wsX+4AUgroOXqUrKja1Ejo+vJI2vDvOCP3gB2LhoQpvdbJ+T2J9YGt8XPxK8AGrpH7bduvtNxfWVLZgJEzNhlpsJ8+UZP67/6owf118748f1E2f8uD66ctEx+Aqfry559/sqmAcmIBP3i0iRd4OqWrZtP4QzZXW6SZG+Av4KT6w06bpkXG2tKSLTgISIbAUOAPeq6nwR8dYa3lRWXf1/NWPHbvbnsaW8vGVoVdXlwItAx3oiImKq6p8am5quLcjPn2cYhncJp/PcVxJ7ZkPD3uKiolbLsh5sbGoaICI2sAOIJizrKsMwCowjgUp3l/Z+4K+9/TwCAgK65f4s11cmzhLObarWMtt+qCmDrxIM+4pBs5gc8GyV3vtqWhpfmdyrIZ0vpoja6ozhjnNT2dnV/1fzWhpfVZa3DK3owleVTdcWnJk/z7ANEbrw1U8a9hZfXdRqNVgPNi7w+Srh+so4eXwVNCEFpGVoVdVLInJB8n1yGLLLYZwpuf9va0XFDoBRb701C1iQTJAcugzMqB03bnFPzzuutra/iNSKiH/a/xZVtVS148kmLycHMxRqNkQeslW/smzAgD3+/AZXVn5IRB50O+t2oKqPDTnjjH6maZ6fqSwigml4mrBt+zsLCwu/BDC2pmY+kDKpVDgUeiY7K2slMB04BxF/09vPXi0tvaUnn0NAQEDPuaVq6EulHl/Zqrxi2xxy3nb46vWKra6vPjkLWCC0EqUSkTi2RkkweMa6cU8v7ul5x03rxldofnIAUF5JDmY01GyoPGS36leW/TONryZVfkiMNL6y9bEhN53Rz7S78ZXp89Wtrq+mpfFV2Ocr0vjquXe3r4IAJiAtQ1atukJE/pGs8Ui+fFhApWEYnw6Hw3/DmdDSy52148b1alji+A0bfisiN3aXLj8vj3DoSAViIpGwFJ4Ffg88sWPnTgNn9s1bgU5PHKr67SFnnPEnwzBWZVpqwDAMjNRjmkWkz7/y89vH1tQsAmb4DhlbXVa2DuCcnTvDiGwUkTM8+x9cPnDgu75dOSDgROOGVUOuOEPkHxERsVVZo8pWb9Mx0Ea+lSBaKUbupxPhMR5f2QitKNl31o77de98Nb2HvhqQRzjH46v6hKUJj692+Hxl+Hxl67eH3HTGnwzbWCV04Ssjja9uzm8fOy2Dr15xfXXJzjCk8dWz725fBX1gAtJSd+aZT6jqhbZtL7ZtO5Eu0BURU0SmGIaxnM7Byys4E0n1ltO7SxCJRFKCFwBxZtWcD/xFVff1KSnZHY1Gb03u9wZhqvoGcOdLffqssW37XNu2n1PVSlXdhHdxR981i0gucOOY9esr8MlAVZ9KBi8Ar552WlxEdrnHJTcflxEOAQEBqfzuzLonNqleuNa2Fy+x7cRW3717mAE0Sn+zVQqnxIxSn68MlNxXwHh7fJUXSQleACTi81Ufn69sj69s11e39lljG/a5ttjPKVqp+HxFBl+dl8FXr3h89dyJ6augBiagWwZXVp4OfA5n2F9HVWmyViMc7jRDdjNwZu24cZ2Wfu+OcbW1PxaRT2dqnzVNk+KCgiOz67rf30SayeWciZxaOVTfMcVBA3Dz1oqKhzOdf0Z9fTZQhtOMfrZpGJ/z1dDs2LZz50ERmeg9zrbteuClaDS6LSsrKxQyzZHAxcmqYFXFsqz9r5aWeheT7TWTt27tB1ygqrOAD+J0bq4BplQOGdLa5cEBAacAUysHp/hKEfYxzO1UX0A4fCbQgmfqE9dXv+y9r6Z146uwSXG/AkQFNRU7pCCQaLDQeAZfHfL5anUXvvqxz1em66t2nKmH89ix7dGdB0V9vrJcX2W5vgpl8NWzx+irmV346oVj91UQwAT0mMGVlQXAp4DbROQ0gGg02hGxe/rI3Fw7btzPj+Yc42prfwp4210PGIbxLaBEoF+f4uIbvEMELdvGsiws2+6UFzg34s5du8DpHPeRrRUVW9MmzMB7Ght/CtySHDKtqhxuarIaGhtNcKpts7OynLkWQqGUJic/tm3TcPjwg2+NGtXjatnJW7eeAVwIXOD+PzZdOlV9pnLIkOM6EVdAwInM1MrBBcCnbOS2/TL8NAgTjX4MEacbnW2vxVnSkZtrx/3y6Hw1rQtfCf36DCi+wRCPr0Kurxq78NVOj69W99JXP2v8Kc3cIpUgcUEN5bDZZDVsyuCrLpY3sG2bhobDD761tBe+mtkLX71w7L4KRiEF9JitFRWHge8Nrqz8oaq2hEIh0/vk4f6BfwH4xTGcxv+dbHhzxIgfAMysr78fZ/XpDlSVxuZmwqGQFQqFkjPrHikTEAmH74vF43dtrajo9QgD4NsCNyVrYUSE3JwcGhobncnrcnN7tKQBOEIQkbk9SXvWtm0XiMjfDcPom6H/kZ8Lzqyrk1VDhgRPJAEBwOsVWw8D36uoHPFDVFvM0BgzGbwAiIxFdecL0Hx8ffWy66tr0vjKUhr3duErgUgkfF8sFr9r6+qj9NUubpK46ytbyI3m0ECjO3nd2+Sr2a6vTNdXdg98NaNOVr1wbL4K+sAE9JqtFRUxEdnn/6PqNimtqR037li+lH4hxAFm1tdfDvyXd0cyeInFYtrU3PzFAwcPXtjY2Hik74r7f7++fZ88yuCFf+XnbwXWebeZhmGFTHNHb2XQ2taGqtZ0l3bqjh2XicgCEembnEmzq/OoKupUzZ6dMVFAwClKZcXGGCL7VJtTtosYiFy4pnbcL4+/r65J4yuUxkPNxNpj2tTU/MUDzQcvbGxu5EjfFddX/fo+eZTBC/+6OX8rzT5ftR+lr1p76Ks575yvghqYgKPloG3bA1UVXy3M9aPXrfvy+jFjMrZvlm/e3AeRq4G4W7OR575yQ6FQxzDBRCIBkJhZX38G8GCarH7Y2tp6j23bLTVjx7YOeuMNIx6Pt+Tn5eX4OuCmdDAeX1tbJIYxJRqJ/BAYCmwHviEi/1gxaNDhNOd5EE+HZBGJFOTnF6VJ14Ft2yQSCRKW1TETsKpuUdX3ZTpm6o4dAtwH3C7dmMZdLsFprz6y+Vqc9V4CAgJSOWjbWwaqNiGS17FRJHr96HVPf3n9mPmZfXVRN75y79REIgFKYuY1Xfiq0fXVa2NbB01/w4hLvCWfvBxfB9xUX02vLRIxpkSjaXy1II2vGny+siVSUNBDXyV64as5XfhKSO1e/Db5KghgAo6WAyKCZVmEUkcE9QGuA36d7qDyzZsvROSFroYuJwmHwyQSieGq+mcR8feIXyIi/71u9OhEcsP2s86yz1i5cg1wjjehZVnnTNiwoQQ4R1XPF5ERkXDYG3iNAn4HtE/Zvv1Z4FHgyWQwIyKr05Qz17Zt70glO25Zu+Px+Gm+pQsAUNUfiMiXqsvKEv68kojIEhGZLiLYtt2RhyuTGLAMeAl4SUSW26qv4Jn0Crj2zLq6L6waMiR9A3tAwKnLAZEsLKuaUGiqd3vXvrqoG1+ZvfAV8t/rlnt8tfQs+4zpGXx1vs9XkQy+mu3xlRvMiNVDXyV64KtXuvEVrq/U5yu7h76aUfeFVS8cva+CACbgaMn1/qH1BeCfG71u3W/WjxmTbuz1DzLJoHNSIT8vL1tEpnu3q+pBEbluUVFRp5tLVSst2z7HOwGdZVm3efM0TTNTFWcUuNJ9tU/Zvv054IWc7OwV2dHUpUUMEZJ3naq2quqSrHB4Tk40SnssRmNzR3V1O/CptSNH/r6raz17586JyeAFnEDOckZWNajqHcBvVg4enDId+pl1dY+QKoRBwLk4Q9gDAgI6yM4VycG2N6BagUjKn77PjV739G/Wj5l/7L4q6MJXj6bxFVppqX2OKcfBV7NdX+Vkr8jO9vnKEJLjHDp8FQ3Pycl2fdXo89XL3fjqkp0Tk8ELgCEGlvp8tcjnqxnH31dBABNwVIhIx81o2zammdIXbSLOirAvpDk0pyf5R8JhsqNRwm5NiXcm4N179xa3tLb+ZqjI1VvKy/1VqKvwBVShcBjLrSJNCgFIF3h5iRqGcYWIXNEei5EViaSkTUrFmTzKyAbmdJzPrZFqbG7eCbz3zREjXk93guLFiwuAa4DIqLKyhjRlqRaRS1YMGrQtQxkfAb7u23YtQQATEJCCSMj1VTu2vQnTLEvuAfTYfRUJk53l+gpBUWz3EWe37C1uyWv9zdAr5eotj2fwlWc0UCgUxrKOwVftMbKyeukrhcYm11dLMvjqU4sLCHMNBpFRUtYgnVaNcX31r3+fr07pAGb26tn5wO3AVcAe4JoFkxbUe9PMWzfvdBG5Hnjl6dFPv9yb/C+vuTwXSDxZ9mSnhcROAu5V1ceStTDJmyx506jqT/ENoZu6Y4eJ6qsKY9PciBbQVFRQkBUOhdKspOrMOVN/+DCtbW0iztLx64dWVX0G+NuW8vLk01NVMm2SkGkSysnpmDdGbRvbtp2fnWpP2/+U5c/DH6SFTBPbyPxglpWVRcKyPvj66ad3yKDPkiUm8EVVHY/qeKA82Xa8f//+pv79+/uv+T2vnXbajnT5l2/eXAxMQGS/iPRNblfVj59ZV/f5oBnp5GPYF1bnIx5fCddsvm9Siq9GVy88XaT+ejBeWTfmql756v6a8bmbMBI/KltzEvrK8vjqLTeAMT2+sjr7al4PfFVUkBUOh6K+OeQQ9199/DCt2iZyUN6j6PqhVxwOF8gAACAASURBVLq+etzjK3y+CpmEQq6vbEXV9ZV9DL4Kmdh2N75KWB98/V8eX73H9VWhjqdIxyOUS8z1VfH+pv6H0vjquQy+uqgLX82o+/zRNiOdcvPAzF4928CZlfAG4Gog27N7PzB4waQFrQDz1s2bKiLLPJP7rBCRzzxV9tTyTPlfXnP5AJw21btw2lct4JtPlj351bflgt5BhlZV3QD8VERywuFwSv8VVSUWiw3r26fPbuAO4EtAVFUPxuNxb/twgxjGgLycnFheTs5OERmYPN4/t0sikWDvgQM0N6eOJsBZQuDTW8rLNw16443c00tLm3z9ctKSHJ7c3NLy60gkshCnNmQeEE0+rSTJy85O6evjnUQvHe7cNEsMw7hocXGx9lmyJCzOzVvQcW5PP5d+/ftTXFzszaJ++cCBHRsmbtyYIyLnichMYDYwBXcUofgCKVWdXTV06MJuP4CAdz3DvrA6s6+E/ZgM3nzvpFaA0dXPThVj8zKRmOur6AqR9s9Ul30uo6/G1lQMMNDrPkDirgnYfZrA2orxzf9X9uZJ6Ksrb4Cw66v3YxhH7jfHVw8O6/uV7+/G4g5ifAklqqIH421pfJWXE8vL9fnK8vnKSrD34AGaCzP46vHyTYOmv5F7en5pU8jsha+ae+CrvDS+6mJos2VZWJbrq38Ua5/3LAnLftkvza6vchQ93UYHKJjQ71B/ipt8vnrW46sLeumrxUfnq1MmgJlVNWuUiNwAfAQ4o4ukDwPXLZi0QOevn18jIqPSpFkAfP2psqdeAri85vJs4HI370sBM03Efgdw3xOjnjipPvBhq1ePAB6LRCITvdesqhiGkcjNyWkUkZRvuqoSj8c73gKh0v79LxGRZ7zpLMvqeLCxbZv6w4eJxeM0NjamK0oCeMS27Y9lR6Ntffr06c2QQVtEBr4yYMC+Kdu35wOXAR8xDOOSZA1JTlYWEc+Mw+kCGHd4oBOYHNl244slJb/rs2TJnYZhfNN/7qSUSktLycvL8+56Y/nAgVMAJm7c+DER+bn4Gu476LzO07yqoUP/2aOLD3hXMvT2qp75KuT4avO9k3TMun/UiFGX0VfVZZ97CWBsTUWKr0ZjmR+VTt0z7gDuu3LUWyeZr64ZAfJYJPLBiSJHWoc0rhjL3kjkPv/BRmmMFuOJRVSVeMznq9IMvnI/LVtt6g8dJmbFaSzM4KtsHrHPsD+W3Rht67P1KHz1zIB9U2Zn8FVOFpGIz1d2Gl8pqNqemSf0xhcfL/ldn4uX3GnsTOMrU9GBSmleKXlxn6+edX11wVH4avHR+eqkD2BmVc0qAlaKyLBeHHZ3JBJ5Ffin0UUzAVAJ7BTkfKDQuyPDl/HnwH8+MeqJjD27T0RGr1t3jYg8knwfDoWIRCJ09dklh+25FJ02YMDjwEXeNAnLsuPx+I6WtrYz2mMxAFpbW2lvb894s6vqRsuyRkQjEfqUlGCYJkY3S8e7QUSViJz/yoABTcntU7ZvLzQMYz5wesg035+Xk3NOMh/b7ZNjWdbGhsbGIS2traGc7GwKCwo65V1/+PDSlpYWjcfj54PTQTcejxOLxTrmTCgdONC/JMOjywcOvBZg0qZN9SKS8v3qhHuNqlpdNXTouC7TBrxrGXprVREGKyW7B74S3IGp3B35cORVZNs/DfOtLg7YUQmv7oTDKb6ahMV1nQMYcH115ai3TjJfPXaNSI7jq4QQXlFEZFERRkOuk6AV/7JCjq/iHl+dlsZXCddXLR5fDWilPd6OWBl8VagbrdHWiOj+CH3Wl2DYJobRC1894/HVbI+vQub78/I8vrI9vjrcOKSlpTWUk5PBVw2Hl7bEWzTe0ktfPev66sJe+mrx0fvqVOgD88deBi8Ad6vq9mTn0UxfJkEqgIp0+zIcdxNwxhW1V3zgiVFPNKU57KiZsXJGBHgvkBCRfy2qWJQ27H87EJFPgdMvJCsrq0dPEoZhEAqFSCQSlBQVzcInA3cCpZmLS0p2TNy0aVIikfh9e3t7ebLmxjCMTu3AbllGmKZJeyzG7r17KSgoIBwKEQqFOlaXThdYiUg58Ldpe/Zc/sqAATGAFYMGNQB/Ajh9xYr9Bfn55/QtKcGyLPYfOkR7W9vddRUVXxtcVzcReMQ0zTHtsRjRSMSbL3m5udOTo4qOCMUmFovR1OR8DdI0eW30/Bzx7/R8TjawTOAVVV1aNWzY45nSBpwAKH/scfBidPx8t7brdomehtr7EWNvmgNeA95K66u1GOxRYYB0epi9CTjj8dpxH7hy1FvH1Vcrz5iW4quKrUv/jb7KcXy1ppCsR09H2n0+CAOx1E2GYRAKh0jEE5SUdOGrf5TsmHjBpkmJ/onft5e1l8eHx6EVjLWGLbvT+KpNRpiHTNpLYuyespeCFQWEWz2+Mrrx1bw9l7/yjOurBR5fTV6xvyCaf07fvq6vDhyiPd52d93Kiq8NLvf4qj1GNOrzVV7udKPZwDI9vlKbWHuMpubj7KsXj81Xp0IA01Vz0Us44+kvxWlPBEhGmYPgSBW/iNSLSMdkQGl6YPs5qKoJEfH1dGIeUHtF7RXTnhj1xGbvrmnLps3G6VQcx5lnJRenF3yu+yoWZw2iBPDAy+e8/CWAi1de3EeQ9SLSJ5nXzMqZm4DV7qvK/X/ToopFx7Vz55j168fhtHF2F7x0TGSUJBnEGIbh75nOnn37Hq8cOnQHwJrhw1efsXLlG0B5cr9t21tN0/wMzvwNKZ9xsue+s5ZHAyUlJYds2y5OjmJS1RYRiUYjkZTy4PTM/820PXs+8sqAAf7PqfZwYyOHU5uv1gBsrahYM7iycqqqHmhqbo5455hJBrK5OTnE43GST2aGYXQ8wXjXk/LQIQRV/TXwn948k6OyLFUDZ4HNP6wrK1vjzyTgBMPoga9MLkU8vhppIFEZBCZqn4nqAcRYXy/S5PqqBchcM2Mh/IrwwVs0liiRI/dStgXFlsxTqH2xety0i8a+leKrZQPOSvUVXfvqnN2vfwlg5Rnn9cHnq8rB09P6qmLr0uPsq+ccX8Ug68+D0teMmEAIi0QaX4VDGAX6dX+As+c9Ox6v/HiZ46slw1ef8UuPr7LBnmJvNZ8yP4Pwa9TjqwiIJZiHTOxCm4azGyhZksFX0Qy+mrfnI6884/NViNrDTR5fGUCO66uqijWDyz2+iqTxVZ7rqzbXVxiEI2Fodn3lXUPJiXt75ivb46tlx+6rU2EpgSe9zWTuh/lbYMSCSQsuWjBpwW9w2oI7Orr5hgQDWKo6HZgFLAZnWug0xIG/4zxZlIrIcOCpjr3S0Vt8IMLKKzde2dGIOG3ZtIuAf4nIJSJymdv+fTVOJ62LgCkiMkJEssVZ0OOL5796/vXu4Q95ZeAy3C3HV4C/AbUI7TNXzdw3c9XMWzl+fAY6gr5OO91+IauK8vMX5OfmvhkJhzF9k9VFwuGUKsSW1lYONTTcPmz16o95NvuXrd+1pbz8KZzr7DTawtuprbGx8VbbtuuSN1FLa2tOc0uL2drWlu56rlf45ZBVqwYOrqx8YXBl5f7BlZVPi0i63vUdf2y2VlQ0icg9tm3T2NTUMcLJs8Al4XCYbE+QFw6FGDhgAAP69+8YReD5DDuEsGbEiM/Ytn1FIpFYEo/H3Q53FtaR7/VEYMWYmprbxtTUnAr39MlLC09615HRuKIxx1ebvzvpos3fnfQbxOOrMJhnen0loH0ttc5L8RXpH7g6fNWIlJYIHb6K2DAsJpRYQh9LBvZPyMqNqyd0+GrZgLMcXyGXCHKZ0L2vXh04tVe+EqF91ZDp+1YNmX78fbU/K23womYcPW3rqqLc/AX5eRl8FctK9dUZrRya0nL7sNVVR3xl6OkMisGoNugTB9i15fHyp1CGk8fLZOH8GXe7B4sKRr3hDGce33irrR5ftbTmNDe3mK2tGXyl/HLIxasGDp5R+cLg2ZX7B19U+bTYsoMcnNqkCE5Y6QmOt1ZVNAkeX9kZfJXj+kogHA4xcOAABgzw+cr5GI/4akkGX9k+X51Xc9uY847NV6dCH5ghwBbf5m8tLF94l3fD7NWzB6jqa6FQaLA/gFHVB/459p8dN9FlNZddAPwWGOGO+d8qyLeBR54se/KA99graq8IAT8EbpHOK38+Abzv8RGPW9OWTVsuIuf4E3jxD5VT1TozZN4tIr81uptrSVKGOAN8dNGZix7s+qCuGbN+fT9gB85tQp5nrQ1VJZFI0NbezpDTT+8U3CRvlmRtiZdtO3fS3NKSfHs3cE8ikdgvntktVfXlbZMnX5B8P7Sq6lPAT/DVKjqjA6xZ2dnZXzMMo2OZgmSAkxWNkhXtNGqbeCJhNzU1Ge76Rahqi23bhqpmeZL9744pU27zHjeutvaDqvpFVZ1YVFhophsN5Zapq348ACOXDxy40b9vbE3NecBvFMakPRheF/hwdVnZ+gz7A97FDL22aggmW4ji1Fk6A5q/teWR8hRfDbtjteOryaHB5ngzJT5R1Qdqxo/t8NXYmv+7AF79Lawb4Twu526F5m8Dj1SXVab46vHacSHgh0UJbhkU7+SUJ4D3jZj0prVswFnLhd77KuT6qru54SSNr86sW/pglwd1w5j1f+gHO3ZAXZhEMXnfuBVpdc+BkhiyhbaLH2TIw/fjL1+Xvrp2B80jfL7a17xfSqwjvtoUfXnb+88+4qvbMvhKFCvfmpVdlf01Y1caX2VFycpK4ys7YTdJk9FKGyqKHtIWO24bGtYsz3fjf3e84vPV9NoPqq1fVHRiUdEx+EoZufzZNL46r4e+WnZ0vjrpn9YWli+sA6p9my/1p1swacGeUCj0BXeF0JSbJx6Pr/KmfarsqSVPlT01Ehis6PCnyp4a8mTZkw/4gxcAt8Pup4FvpQkWrwC+PW3ZtBAZlh3vChEZgtPRrqOarou0/p9/Oatq1iW9PaePe3CDF3CGOdvuHCvJ8hTk5aX94idF4G/fbWtr8wYv4PRHeoiOZ5X0bCkv/wUwR1Ub/OfJysr6InC+d3uyfG3t7cSOjIjqIBQKGUVFRQzo35/CggLC4XCOYRhZvpqmTn0V3ho16s/VZWUVra2tFx5ubLQ9HZU7XXsX7E4XvABUl5UtU+cJ5qs4f+KcPHFmBzYNY6qIrB1bW1ue7viAdzdbHimvw6KaFpLBC6Tx1eZ7J+0JjQh9IXQohPxNkBcE2kFjSvypVF9Vl31uSXXZn0bC0MEwdXh12ctDqssqH/AHLwBuh91Ptxt8K00t8xXAt5cNOOsd8VXV0POP0Vdb74G1YWiC0DYSk3Zj97Ox+9noEEUHxihYN7NT8JIsQ1pfDWyjeXgaXxVbqb7KT12bccv9rq/w+coWsjZlfREjg6/a2onF0vhKQkYRRQygP4VaQDgSzjHiRpbRaiBxSTbzdPbV0lF/rl7m+upwo+3pqNzp2rtgd7rgBaB6WQ99Ne3ofHXSBzAu/iFak2dVzRroTxQKhW7xVo2JSHI692/Nqpo1wJ/+qbKntj1V9tRm/3Y/T4x6Qp8Y9cRdOBG3n9sLCgvuAwqSX1L3tQd4A6fd+1ngb6r6hHruesM0EJEIOE8QimKr/bqqfgX4K1CL+9X1y8Id4vbYrKpZKdNe95LJ3je2b5yeaZq0pW+m8ZYj5f2BQ4cOpknzwTQ30F+TP8xraSme19JibCkvfwGYoqodRjEMo0lELoHUz0BVY7Zt/8u27Z83t7Rcoaprk+UJh8OE3ScRwzDIzc2lf79+9O/bl8LCwuRslgBlpOHMurpoUVHRnZFIxGhrbycWi3VK4386BScAbGpqOgSMTJdvknVlZYl1ZWX3ANOBDeLLT5x5i77dVR4B72o6+WrotVWdfWWEbpHdgqgg+wVZLlirLHSffmvo7VWdfFVd9vdt1WW/6NZXV456S+eMfuuuViODr74Zc3xFyr9ufWV6fOVoSdFe+qpq6PnH4KtDqb4qrVMKccZjhcE8OIy20nXpDz1SjpT3B84+cNDfOuf4Kjt1Y0iP+Oq6luJ517UYW+53fWW4vlIwGo0mseUSspy5V5IoHl81p/FV2PUVBrnk0j+nH/379aUwvxAjZmC0GmBn8NXFddGiwqI7I+GI0dbWTqy9h74yEzQVHj6EduOrZWWJdcveHl+dKgHMs2m2zUmzLSVqTo5CwpmQ7oFZVbN6NlA/AyLyGcuyOs1yGYlEPp+Xl+cfejxl6blLpyw9d+lFS89dOnfpuUuvXnru0itF5AcAkn6o3U5g3guTX/j6oopF1yyqWFSGs2z5uShfUlV/T/9s4JlZVbPSjqTqASlTRtu2XQ9O4BKNRp1OvYbB4aamXdrV45aLqja3tLWNwVkELAVvnxZV3SsiP5nX0jJnfmvrfsMwDopI+/zW1mvqzjxzg6qW2Lb9tYL8/A2DSkvzSvv3pyAvj0g4nKwKfgTIXT9mzJx1o0ff3NLSkrdrz55SVSUSiWCaJqFQiKxoNMVNkUiEgrw8Ths4MFmestNXrEj5JZRv2SLuEMf5yW2xeBy3KSqlo12yme3gwYNs3ryZ2poattbVbVs+cGCnma/Ssa6s7FVD5Esiomm+Cz3KI+BdSc98Zft8tVfQmiO+Gnp71TH5KseWz+yQzr6KTrU/H/thC61Xt5MYbqHO6KUp5+5ZMeXcPSsuOnfPirnn7llx9bl7VnT4KsPQ4J3AvMnbXvl6xdal11RsXdrhK+3CV1VDzz9KXx1K9VXf7Y6v9ppEa6Jkrc/F2DaMw8Nf7rmvhrRn8FUYw8gFBLXZK8XWT+Zd1zJn/vUeX13fek3d/Wdu0CwtsbPsrxXsz98wqLE0rzTenwI7j8jAMHqGYpfajxAld/2rY+asWz765pbRLXm7ZE+p4vNVVhTvRxyJRCjIz+O00oFOH5t2o+z0aT5fXZTGV7E4ra0ZfBWOc7DPQTaP3Ezt+Bq2Tl23bfmzPfTVsuPvq1NhFBLAEpyu+N51LT4A+Bes+j98q5KGw2Ha29vBmb77P2avnv13IMv3ylbVUmDlwvKFezIVor29/XQR6TRrooiQlZ2FaZrJ2hcbWHjJm5fc89yE5x7yZfM14INu7/4OVNUWkesWT16837t9UcWiZpwly1+dVTXrH+5n0dELXpyZYZfOXj37PQsmLViaqewZSKlvtFV3h8PhYm9tSW5uLm1tbQPr6+t/2a9v35ZwKHQjIkUizjiuZCRuq7YbIrM3jB+/b9jq1bNwhgO+15t/Mm1uTs7DQwcN+jtwuSeKD6nqn8fX1p6VnZ3dEg6H3z+gb9+Ryf3Jfi6ul84WkZVzGhufW79xYx5ws2kYhN3mQ+/5ItEosVgs5YkwWSvT1NRk7JgyxS+6z4nIaP8HZVnW/6nq34A/AwNaW1vN3bt3S1NjY8d1uef4bk8//PEbNlwsIg/h66Gpqs3AJ3uaT8C7jiUoLcTIIYbz281K4ysjg69iR3w17E+r0/sq71ApeYdWbpn53oy+ejrUfrqNRCOW0E9TfVU61mDz+HaapQ1pw5aoLvznmyPumTthY698NXnbshRfVWxd2uGrqqHnZ/TV6mEXvGfS5iW99FUs1Vf5u3aHd4SLzcYjvspZPp/Y6JcH7vqPT/yy5PFvtISa+t0Irq+ODMJAwm3txLNmb5g2Yd+w1VUZfGUiEiV3a/jhoY+O6uwr9M/jP197VraR3RKuD79/QLvHV7brK0MhwtkyUFbOubbxufUjNuaxl5tNDMLhNL6KdOGr5iZjxys99FXC4yvRAa0lh83d09ZKU2ETUlXqrPdk2hBJ9NxX04+/r076TrwAs6tmRxXdKEjHSBZFrYXlCzsFcPPXz39GROZ6t8Xj8Y5J1zJ1ZIKOP46/Az66sHxhpw92bvXcecDTQMcihf7jvdV3bn7zn5vwXMqMjxe8dsHHDNP4ta+D3I9ePOvFz2YsnMusqlmTgKWGYeT5jj8sIkXPT3i+x1+IMevXP47TLk4oFCI/L6/dMIxOPcySHeAam5rs9vb2x0v7988Nh8Nzkn+0bdtm3/79v1hbVnZT8phhq1ebOJ2fOzojmoZB35ISigsLLbfasVObdP3hw+w/dIi+JSXkZGWRieS1N7e06PZdu6R0wACikQiSZjSVOssipEjhwKFDtLS0LNs2efI0b9ryLVu+LyKf9x+vql/YsmnT93GqSr+Ypkgx4LOHZ836uX/H+A0bDJzawT5AX/f/qcAXcFak9Z5rq4hMXzty5PaMFx/wrmboJVVRQmwk4Rl5Z2Bt+Wd5J1+N+fr6Z8T2+So7TmJgAsxufCU29N3+O/pv++iW8ls63ff3V5fNA54OK1yQCJPnayuJibJR2tHkZlVCMH/uhI0pvnqt9OyPmWl8ddb25d36qmro+V36asLGF3vhqw8f8dWmYeT//iPtRmNhZ1/ZimY10nr5D+34hMWP933gT7lm/ekpvup76Td/8debv+/xVVVnXzWb9H25mOLKIkvI4Kvcw+wvOETf3SXktPfAV3aLbm/eJaWhAUSNCCI99NXBQ7TEWpZtW+nz1UVd+Oqr3/g+jP02FKT6qjkM9dkxDP3s4Q99sLOvph+Fr5Yena9O2CakudVz586tnvuHudVzPzRv3byMd+nsqtl9cIb7+YfhmrOrZnc6TkQ+hzO8sAN/x95MuPtvAH42q2pWutqtjo5K8Xg8XTsvZshMeQ98NE0+v0Xp6Kintm4UkdvSpOtgzptzZM6bc+aZpvkr0zTz/NciIgW2bffrKo80ZANkZ2dTkJ9PpuAFnBu3sKDAKC4uvmrvgQNz3FkhO4bt5ebmlnqP2zxpkgX8p6p+H6C4sJBRw4ZRUlSUbDNNyT9JYX4+2VlZRCORjJ0Evdeek50t/fr06Zh8Ll3nQufJ5sjqrqpqtbS0fNUdWu/nO6raEYV68vtucUlJM2mCl3A4fDAvL++qdMHL2Jqah1Q1DuwD1uEMGX8c+H/4ZADsEpGZQfDy7qPsv6vnln2m+g9l/1n9odEfXpdRJEMvqeoD/CsleAGwMYde0rlJSGyfrxIQagnhXyAwHaIG1Pe/AfjZ0KoHMvoqLvBGKE7C16k3okKRd7Z4ETSDr9TjK7sHvnpzxEXy5oiLjr+vLIPsf15KwU8/Tdrgxb33pS2fnEfvMnJ/9OurDl75P5181VQ9x+erctdXluOr5UWM+tEwSiqLSQYv3vyTFDbnk92aRbS1h76SbOkX6kPU6KWvEi1fVaOXvnpudjPqC14sIdwSOZh3KOeqdMHL2POOwldHGbzACVoDM7d67meAH3p+QTUi8mXg8WfGPNPRbje7avZI4Bmg0/ogiq5ZWL5wUrr8L6u57LvA7UkJJKNut2q2Szyf57PAtQvLF3a0486tnvsw8IFkE5K3s3CSRCKBlTjSY91W+67nJzz/Lf95LnjtAhFDrsRZRv2RxZMXp/1FznlzjgDvw1nb5Kwuyt3yr4n/yu32Aj1M2LDhjdzc3MmZFk7M9N2ybRtDJGVtIcuyapf065e2k9nwNWtuHj18+AOZhOx/qkkkEiRc0SSP8Fe1eonH4ynrGqmTZ0J8a3kk+6xYlvXgKwMGpBM1AOM3bCg3DGOBeFZdTdLe3k48FiMUChGJRlOarVT15cohQzqGWo6pqZlpiCzs7g+Ry0HgwrUjR67tSeKAfx9ln6/+DPv4YXLySzW0RmzHV+v/MKbDV0MvqcroK0Ks2fJ0eVpfjf1azXdRbucgSIs4nflLbGKTYt0+omqoHUavANdXW8pv6fDV/dVlDwMfyBdhiGGQZwv9YpIyieduM8FBT0tyWPWuSyds7OSr10rPFsPjq8nblqWVw5sjLuqxryZueql3vvrn/7xR8terJlt70s8V6A4H7oRtxggN3E1o3/CObUbW4dpFDw9N76slb9w8+oExD2Sa7LSTr0iQaHN95R7Sra9sn6+kG18904WvLlldbsSjCyQR6eyrAY3E+zcRqs8iciiXcFtWx+9fVV+ufMHjq/OOwldLj81XJ1wAM7d6bhawV5zJkfxUA/cCD8faY1Nx5i3wT5iEoi8B8xeWL0w7PfZlNZcVApsNMVIWIbQsK2MQE41GCYfDWJZFy5FhwKvc8+wEuPStS9eZpjna/wXu6Adi2846P+4XxFZbm5ubP6y2/mXZtGW9Xo/kkrWXRESk2hBjuKpiq502qFDVLao6b8GkBf7h5hmZvnfvHIXn0n1Z1Z03QFUxTTPtk2AiHicn+0hP/exoVLOi0R+JSG3CsvonLGtIwrImA0YkFFolItepbacEGvFEQusPH5aigoKU6fvdfR2rWScsi4aGBkKhEOFQKGW+GnB+rwnrSNB4qKEBW7Wqb0lJmYikDCdQVRLx+K1L+vV7IN3nUrho0U3Ajw3DCPUfOJBomjlmDE8A68ey7VmrhgxZBDCmpuYG0zAeTHce/2HAuWtHjlzRg7QB/0bK7qvOYjt7pb5rX7Xvbc/oKwxewmT+lqfK0/pq7NdqCmlns+xNXTTVKrKITYx5JjpwUYgWhQmXmFh2Ay25K5KR/ipg/pbyW3YC3P/WqHWnm+bo/h5fZSegJC4YCO2qbDfaSLhfY9NCcz+W92Fjm/mXaXtX9tpXa0deHBGRanF9pd34atLmJT331fy9cxB9Ll1EpygWFopi2mbaWdatMa+Tvem8jvc5OVGNJn2VsPonEq6vFCMScX2ldkqgEQ8ntL7vYSk6VEA05vNVPNGxmnUi16LhogZCh0OE94fIq81NKZNlWSQ8D7mHzmrADmlV39dLyoQ0vkrEb13yZCZfXXATZP/YaCoM9f/jLUR3e0Zau6fs1lcvuL46r5e+WnrsvnpHA5ipL07NQfgBznDUH7x+4etPdXfM3Oq5Xwbu7aYvyiHbsgssy0o3eP1bwP8sKF/Q5RTVl9Vc9g1DjLv821X1QCwW+4llW5uANqAtLzfvnlA41PF0FGuP0dzS0al6u6rehDI9Oyf7zkwLHCYSCRKJRGptTDxBa2srQD3OunBAqgAAIABJREFUjJofWTZtWY/XDLl07aVfMAzjO3Bk1FJyrhaXp4B7np/w/Os9zTPJtL17a0Uk3fC5VfF4/Fnbtj8JFImI6Z8/QVVpamqiT3ExBlBUWNhtdXcSy7Jod+ZtuXPH7t3LbNXnI+FwuLRfP/+kWcTicRQ43NhIW/uRwLOkqCgl4EmmBWhuaaHBnX47HArZ/fv1s9M82fz+haKiG/xlK1y0SIA2cYeKigh9+/cn2w3UTMNw+th0fX3zVw0d+gzAmJqafBHZbjgdF9Pi1g7+ad3o0ddnShNwfHhxSkmOzOAHhCijnh9c+MDBbn1Vdl/1l9nHvbKnC18l9JDVaBVYMctM8+X4FvA/W54r79JXY79Q8w05JJ19FdIDsTGxn9j9bcdXSlteadY9oZHGEV/tOUBzZGXy7XbVypui+uz0b+fk3FmSxleGwqHWBHntVsqwCGN5iOidueDx1bS9K3vsq7UjZ3T4yujCVxM2vthrX11w5fZa24qm91Ve/Fk7YX+SdopExTTVxPB0WlaU1qu+T9HTX8YwoKiol75qd301cvcy29TnI23hcOn2filBidNvJY4qHD6nkbahHl+9VER0b6RTWoDmIS00nNvozJS7N2T3fyGDrx5L56vpArltImHHV21Z9P3zDWRvmQjSC18tdn11Xi98tfz4+Ood6wMz9cWp4xHqROQmEZkBPDn1pamdJmzyMrd67kDgLsjcPCEIpmEWRyIRM5o6Y2EC+PiC8gV3dRe8uHxVnQW6UvMX6RONRm/Lyc45kJeb92h+Xv71ZshMqdr1NakMAp42DCNt8KKqtLtzhfhvCk/H4SIReS9Q14NyeykAp8oyGUS4nYffAKY+P+H5y48meAGwLKtT+7NlWTuBc1877bQ7Vgwa1Fec9erPsizrFsuyFti23WjbdktjY6Pd0tqKqpKdnd1jGUDHMg87/pmTc+/q4cMXA5+IxeM0NqeOwhMRwu5ikd7gRSHlfTKtYRi0x2IdwQtAwrKM9vZ2M+W7popApoXt+kvHPBfO73bv7t20trY650jWRmW4Xtu2a03T7JgD5MC+fRzcv39BS0sL8USChGWRSCSIe14Jp13+P8qqq/PSZhpwXHjxtJLxcgF1cq7cJFNkBtN58qU7Srr0Vdl91Y6v+oAWZnhQbAej0SiOEDGzsrK8TRgJ4ONbniu/q7vgBYA8vqrRNL5KSJ/om9HbshdlH8hrzn00P5pzvTnMSPVVVsrfm0Ew9umBxsC0wUtClepYO9uJpY7pBMylTlXP2+WrCRtfvPxoghfg/7N35mFSlNf+/563qqvX6dlXYFiGAWRgWGRAYEAQCDFGjDFEw03MYkxikpvVJOZqdmOiieZek3uj0WxmUaNGxSWIIKssA8gm+zIwIMPsa/f0UvWe3x/V3VNd3T3MALnP77nx+MyDXV17V33q1HvO+R64c8+n8MqR12jy6qmyb+98dngBgTwgXGkI4w6DjDUSsoeFHvRd81uZPf0lQIlePK+e9Pxk349ivPJG0TM6Da8cKnSfjlC5hVeqRGhyd8q8QgiECyPomtmTGCnRswwRjth4BQZRJl55i+LOCwCwK4Tmf3sAfaP3XByvWlvQ3jYIXrG8Zdysy8Ory+LAzNgwY8aMDTNenrFhxtMz1s+ombF+Rsb11myooZoNNZ8DsBNmhjKARJzvlzM3zRxon34EIHHgsYSjw7Dc9tacEkEinhTbDeDaNVPW/G6wx/TyuJcNAFXMnE7MKQvASmbeKRSxPMXxMJJHT4kobfjGMAyEQqG0Ms3x+KUtFpo7e8vsmsEeA4AfMnOvtYWBeaM42lZPWn3Rw3cTjhxZHAgEshPHwwwwQxAVgrkiPt+OYcMiO4YNe2vHsGGPbC8tXbKtpMS/raTE2xsI/EFKiajt+AZjbDoQu+Of366oeALAg53d3Ul9PID+NvAAdjFwKH727Q4MYA6TdnQliWKaOjBCUPz40P/7daWsAAAR2Qfrwcwnmhobvy2ECKZbJj7609XdfaapufmBxvPnPQBQ+OabkwDskFJ+sLenBx1tbQj09ibCYvbdB3BLui/etVTbkDt5xobcyS9vyJ389PrcyTXrcydnZM6GsjzaUJZn8qrKwis3AZX45abn8i/MKwFgBMAVDHbbeBXqzykhSVAVFYjx6tRrUwbNq0PfG2dAooppAF718U5xBZaTbVxaDycPkhC50MVLrb22AABdhoE9oRBaDQO59vtWAsqWlLLe3C1F04fMK5GGV5NObLhoXt13ZMLi6lt+kg3E7p3YvRxtK07m1UvDIjteGvbWjpeGPbL9ldIl214t8W99ucx70zW/+cPNjhC8/vMXxyuy8Or7FU9A4MHOK7ohKQ2vyqKAwC7ODx/i8d1AdRdCM1JxIwShY05XUntc12EniATFRQItl1kGXjlSeaXqJ5pW/ODbQqXMvIpE0dXVfaapqfmBxsYYryotvOrtQUd7GwKBfz6vLtmBmbFhxmQA24noOiL6MAh1AM7NWD/jDzPWz7h5xvoZibhszYaaPJiNun4NU48gyWIhiZShLgC49tC1UwHcZpvcBGAWgIkwy5cN+3KxHkEL1kxZs2aox/bSuJf0l8a99EUAn4KtwTqZsZFpaRyPvlAodBszh23zIxqJJrK8o9FoWygU+l1cvda+Hillm11IKGapOtIZbFXVqqjqUP+c5qZLaX44WJtw5IgC4EHdMMzwlgVysQf4b+Y2N1/ounoIMB0JmWEkLZ3Fk6kZeN321TeZeUe6dWV5vQ/tGzNmBoDH4tMMKZNyXgATHnYH0525u7Y73USkuaaFEN+sHD9+jRAi6X2VAfQGAmhpbUVbWxuCweCI2D6+U7J9+1YAbwFI0mcIh0Lo6uhAMBBAkvMIgJk/l2Gf3jWLbcidnMQrgsmr9bmT/7A+d/LN63MnJ3i1oSwvmVeNyeui7My8Gnf/oVReudGEChuvbHc4gQCJBademzJkXh369Tj90GPj0vNqLJEyDdPsmTgcQl9IHE/hVReVYWWEEGJGmBnbotG2J0Oh34VivLI7MHRatFGHuCReVR1fF3VcZl7dd2SCAuDBvNEHMHbxH5N4BcR4dd3AvGJh8qpw9A7YxMYHtASv2MarKL7JPbxDRtPw6h3vQ/uWj5mBUcHH4DMAAowcHXpW8mkUQoAVG6/qLwev8r9Z+bOX1wgoqbzqDaClJQ2vJgzAq64OBIMWXuHy8upyjMA8SqnNI4ph3thPAWidsX7GmzPWz3iMmQ/CFFgyLf218MDMTTOTktGuPXQtAfglkBKOu/sfV/yj+9UJrx5+dcKrn4ApwZ6ig0xEQy23S7KVlSt/D2AhgOb4NCEEhJLS8IsBvHf1pNW/A7CQmQ3Ld4hGow3BQPDeYCA4ftXEVQVvTH3jNiL6Smwfk9YlhPglgC+nOZaU/iWZbNnxZblE9DHbPrYIIX4y2HXYjZm/AKAaAPpio0c2m0tE31jY0fHCwo6O0ws7Op5a0NGRlLF2asqUA8x8rqOzE2zz0A0p21s7O29vam//2fm2NvQGg4n8IEsZ43rrMm9XVMiSoqLFcWBY9tUgIeIVEdusy4Rt8v5kq4qKOUqZbFBAEELA7fHMiUQif7PP2N7Whp6ennTnL1sIcZVD0xxq6gvSswC+FAmHEQmH7c7jlZUHD87IvMvvWswuyKv1uZPfXF8w5jFmJPGK0+njAg9sei4/iVfj7j9EUPFLuEE2wt599FtXdB/504TDR/404RNIxysdoNCl8erg45VJvKJCQJkCiJHJ8zGDQXjviekrfgfwQuY+C69a8Hy0r+FzgcC9XwgExt818VjBU1NP30ZEX3EB0Gy8Co8yLplXx6uWXnZeOS28Grv4z/AWNthnMXl1Y8cLC2/sOL3wxo6nFnwgmVd3TD11wNvD5658/0/h9CSHcwwp21vbOm9vam7/2fnzbejtHQSvvl8hS9Zk4FUkA69GJw+IEBG0dguvAhIDvAtemFeSIM4Xwv37Wy6OVw7NoaoZeBUJIxIJw/rAJ6IrK2deOq8uyYGp2VhzDRHNvsBsAsAcAJ8mopT+HMxsj88VALjXOoFA3xIkahWhwNJ1eQ+AP1jne3XCq6cAnExa1rzRrr/APl7QVlau3AJTjGcPkdnciiz/xeyHz418biMAvDH1ja0wQ1AbmHkDGB8CMPqNaW98541pbyRi1WunrH0YwP9Y3/5j//83IkqXyT/opDgAnwOQVGpIRD9eOXblkCsEAGD84cNeAA9ap/UGAknhO1VVoTkcPxVC3CCEKBdC3EyAXZ0TUsrrmLlZ1/Wk246Zgxvy8h6XUj7KzEmt7OOLAkgpvXs9K6ubmf8SH13RDaPFkHLCPzyeOEB3w/I2GIx1mbZa/OaMN6PsioWU7FyQUpZWHDhwouLAAb3iwIGjFQcOjAQAj8/3SbfXC4/Ph6zsbPj8fjhdrq87HI7R1uUjkQjC4XDGPK64EREUM59Kh/lw+HDL3Lm/BPCDSJowmB6NPjngCv/FbWNe9eB4JfrmwNH5aSIk86oe4J0X5hWG4Vs0mWpFtQBNIsB8HKbw6sifJpwC/3N4dfDxygSv4CMo45HKK8YP91SO3QgAp6d+YStwpIr50AbmAxuYN30IMEafmtbwnePTGhK8unvKqYeFjVeSGZF/Iq/GHnjtonj1wuHxXmnhleKIYPKHfp7KK83GK0rlVUGzvC47qDd7CxqTeaVycMMLeY9LI8YrZZC8eibGK0NC1w3outFiGHLCP57MwKuazlReuWO8CklwF6NrfAZesSytuPrAiYqrDugVCw4crVgY49WvPvdJ9+Mfg+cXn0HWt+6B7ydfhnNf9eXl1dEYr9JU7+r6pfPqoquQajbWqDBP8iTrdM4wxJZhaOtpEO4hop0wW2olVgOgRhFKWFGUm7Nzsu8mywokSwR6A5ui0ehOAA2Wv5P5+fl/B3B1fF7DMBCNRk8DGP169euXXHK17NgyL4DXNU2bbat6CYFQ8Gz5s0Pu6bBo7yIionVEdHVsXc+tqV7zoTlb53wDwAO22R1bZm+54A297PgyJ4BTAKxN4DoAlK8cuzJTEuqANv7w4ZuI6FnrNGbuLMzP36UqyqJMHUsl87l1OTl2IUEAwHV9fQGX05kYruwLh3G+pWXJW+Xla+Y0Nx/P9norbCMjZ19yudILOQBY0tMzkgBtdVbWMft3k06c2E5EM+Ofc/3+RIuBvnAYTS0tCPX1ob2tDaqqoi8QQEVlZWNRUVGpsPzW4UhENrW0JEjFzJ3RaPQogJmwmdfrhceTnO3Y1dWFQG/iJ+gE0fNEdAvSvCnFyravaZk7d118WtGWLSSE+KMvK+tj1jL1mNO17PysWS9lOj//qrYxrzotr9KGMF2NIEobu3+absE9NDeVVwZQc3eJCOtceXNn6LG7SVUTFwyfZQT8hzdFC9uSeRVUT+b9YnYyr6IGokGTV/Wbqi+ZVxM/fcxLZXhdu43S8mp3+dgh8+rHe0dRBdG6/Biv2pifu6W6/kNbi69My6vZTbsuyKvjVUsz8mrsgdcuild/PTz+plM2XpVK7vzz3W/sMqQ7M68kn1v3fAZefaov4CILryiM84tblrx1S/maOe9rPp6d7a3QNBuv/jQAr5b3jCSCtvpv6Xi1M5lXj5bAVW8mXPeVdKNpTjdCZ/rQvqkNaq6Kvq0BVBRWNhYVFpVa84jCMiybzrb280rlzqgRPYpwGl75BsErXIBXevSalmMWXo3fQoIsvIKFV8GuZef3XzyvLqUX0udgd16YtwP4G4BrAcxH/N3DZswcIqIvAPj9jvk7eOammffADBEBMPNLCLQFgObxelKcH0M3EI1G5wGYZ1kGABCJRHo1S4lsbPrI2L7uv9iDjdvKypWBZceWzYVZKphI3yciF4A7Yfb+SLLlDcsVIvoaES1n5kMAPvO3EX9LuKSxtgMLFu9bXA4gsKZ6TdwLt2tHBAfjvAAAGJ8Ewd7B9tcX67zEbI+ZlGaOQDk1DdlZWTlCiEUD7wunNDuLmxAiiSKxkNIL0xsarnG5XKt7Q6E7cmNib8wMQ8q7BtrU61lZA1U+JPV9ae/qgoitVzcMRMJhtDY3x50GgBmnTp4sLSwoMKz95IlICCESw79ElONwOGbqup70lkJEiRLquEkpE8nZsXmfaJw588tlO3Z8HcAnmPl7RGR9OEIoypgrjh5dD3Mo/Lr8goL3MfNs+30R295dAN51YFLtEniFEBG+AOD38x9q503P5Sd41agCWz1EB53Ywkxar/ElkE3Y0XAHES1s6+dVmwu0oRzodSCa09fr6Oy/RmIJ95eNVwcfrwxM/PSxuYigE87B8WpawwsK0favEb2zHOw5BGR9ZteInyV4dfeUUwxgwe/3jS53AYGPVNdn5NVgnBcAYMYnKQ2vLtZ5AQAN2KMwo5M0NCh+6LvnY9OLn88B+RZl8F3ie5OZV1Io1sTZBK+earjGBdfq3t7QHbm5Fl4ZF+DVMwPxqq/JWurV/pl3IN7ZAlYldDcQ2TQera80g6MMvSUKdDNOBWK8goVXhkjmlU45DnbM1OkieXVo5pfLJmbgFcV4NdvCq7wBeKVdGq8uKoRUs7GmAGaGvdUkEd2+c8HOh3Yu2LkEpiDTDQAeAdAaP1HM3AmgZsfVO3634+od8bP3CMwhVggSEGZ/B83ldkGzCZQxMwJpSmbjf8zsi0+zfgdg+cUcazpbWbmSQZjJYPvN+e3lDcsTWgPLG5a7ljcsvx3AcSJ6gIhqhBC3EtH6dOtdU72mweK8AIAfZDkGgl5bVzu1tq42JdhotWXHlqmwhXrAiMDiJF6MHZkw4YQQ4m9m+3YHcvz+FFXJpE2aMd5/8ADnXhGCCWYVEAFwqCqcmuYlotellJWGYaCtqwtdvb1o6+pCR0/PkNQ3bfuzwT5NNwwYMZnw1uZm68wAAEPXcfbsWViuX/SFQnA4HFafJjEcbT0frgxJwDnZ2cjNzYXT6QSZzc1wrqam41xNzS+kYdwQT/TWNA0+nw85OTmPMXMfzHvkxzDj9mlPvKqq3emm/yvbxrzqjLxa0LH/oQUd+5N5FfW3JnKkpdoJVmquPtf+u6vPtSfx6rgG/CqfUOch9CqkheS/weDkRslsMAL5ydXNtLMU1KuBQJBR4QOZVU2kxcI8UQL48vHq4OOVDGd6Xk1vOJHg1bSGF1zTGl64HWg6LmjLA4JO1gjx9q2glvXp1vvJ6voGi/MCAH6ChceAXldaM7WutGZAXh2buDSFV3wZePWhCUdOhIXvb6sck3Gg4yq0PPUtRPoySpT082qAc6/AxiuocHZpXmqi16Ujxqu2LnR19aKtrQsdHZfCq6CNVzr00m4Yhb0wepxoXdVsPsFVAGFTRTgtr4L/BF4drOk4d7DmF1IaNzDM/zSnBp/Xh5zsIfBKuTReXVQIqWZjza9hvtFY7Vc75u/493Tzz1g/g2B6Y8UA1uxcsDNlfHbmpplziOjNeI6LpmnIzjEduzjQAaCnpydeGtt/EJbSaZfLBa9FaTWWPAvDMHqIKHdV1aqULKSLteUNy38I4Du2ya/B7HR9B8w4YAkR2YXcmIjynxr2VMdA65+zbc5aIcQ1ab4KA9gLxi6YLelf2Dxr89vxL5cdW/Z1EH6etATj5ZWVKy85tl5dX78TwJUetxted/rcsHgJeHcgAF3X73y7ouLBtDMCuElKQ6S5uHXDQF84jL5wGFG9n7vMvH5rcfHCi9n3nLVrRVFpaYfmdPqBWM5L7PpoaW42R11sx8FSwuVyoXzMGHY5nRSJRBL7Y5YUJjdNA0z9nkg4DEVVUVRUlLI+2zbOqar6jhCikog8zPxGw5kz73E4HCKuOTGQk5iyv8xjjkyYUD/0s/N/1zbmVafl1fz2fWl5tT53MkEJVoOixdCz1yzo2J/Cq03P5c95xk9v7vKYnAnTHASzPwmoEXAwD9w1HAChVz2EqJKcx0ovjgV1mfmTrk4XvE4vSInxSmdEzkZh9Bg9xJR7fEfVZePV9IYTaXnFOHAzIC282gVFJCIAYBZMJPN3DNs8IK+2FV85IK8Y/bya1bgjwatjE5d+nWy8YsbLlQdfu2Re1da/b2c3Cq/0vHI9vOuWpJ2HmaG7etB9x3+jrGz3na9WvJaZV5+ShhBpeKUb6AuF0dcXRjRq49U/LpJXy58SRV8o6NBGZPsBA4ZxCoiEEG3IQsuffdCbk+fnKIN7JFxhF8qLxrBLi/EqegFeSR2RMW1QhkVRdKAq6bxcFK/S+yopxsxg8Jgj2y6eV0MOIdVsrFmCVBi0AfhepmV2LtjJAPYOtN66eXVbZm2etRPADADI8mcljaLEZPYPRyKRtURUDqAc5lBrTjysASBFup7IbGxlGEZWKBw6evWuq08RURGANwF8df309X1DOgHJ9hMAHwVgTXpaCqARlvig/YKJ5fMsB/CbgVZORPYh1bg5AcwExWKYjB/Vbq99fPOszbcvO7asBMB3weiv2TI3f2+6FQ3FquvrnTBLQNMmdEWiUYRiDoclu34F7KNByZbWg1YVBVkeD7K8XjAzeoJB9AaDYObmdPMPxnp7en4cDAT8QgiACIauQxoGsrKzQWmcBCJCbkEBcvLyYBgGBYKp0giqqqY41KqqQkqJ7s7OvsKCgjUguh5ACgyEEFBVtYyIyizbfG+2398TjkSy4vswkMUddF3XEQwE7myZO/dd58ViG/Oqh8yrBR37L8ireTe1bXnh9YIEr/r8HwI5zeuDspohDQf0QPRwVLSuBWy8GtcO2mH+5IpUEs4LAJBKcI7SYPQaWaHG8NHh03edIhnjFeGrZ3ZP/yfwKqsR6Op/G+G41BbDBYYkSRHQJfOKYjliDPxoe2nN47Mad9x+bOLSEgDfZe7XS+PLxKsP1Fc7NRSYvNJSk0gjY44jNP5tREedgKwwIzl90nVxvFIVZPk8yMqK8aoniN7eS+TVOtePg+uDfuEPApAwelyQhoasMdmgbAF7ARuphFx/AXL0PBhRgwLRNLzSVETDNl4JFdJwovv9b/YV7r/i0ng1oG5vjFcyCl3qCBYE7mxZdWm8upgcmAeTJJDN3/PHO+bvaL+UHYnZYjbzJSrI1BRJbIiIDKfTuXD15NXnrQvM2TrHD6CcmR8lojl2Ebm4qaoKn+obozv1MbEQ1CRmvgKWBLqh2jPlz/Qtb1j+RQCv2L5Km9xk7SfBzN/BBYAAxkqQ6TAMaASAcVvt9to78/LyHkA8N6f/Vnt+ZeXK7Rdcz4VtKWLHJmwPVillkoqtxQZUzgwEg50+jyc/7YPa4sD6vV743G4G0LQcGPYM8M5F7P/M+L7G1ztp6lQ4XebbsGEYCAQC6AsGEQqF4MvKgtuW0Ba3uAMXu6mjuq4nDZNrmoa8goLTb5WXL5t2+nRJMBh8wel0zlIUBfG/TM6Jqqrent5eOBwOWJ3zuEkpEerrQygUSjhPzPx4x9VXDwTef1V7MElJ1Pzdfjy/fd8l80owFo8P89YWBRWdQnMARj+v/I2GqmUvbKr+dBKvirf+1o+xHeV8sOBRatPm6M2GRZqz39QCFb5SdYze6RzTuycAMCYxLo1Xb5VX9E1vOJGGV6Vus1jIvC8YY8CsoliEoJF5nfeyuCCvGFhJuDCvTFzhtu2lNXfm5fbzyvJO9HzlwdcuC6+y0OoOww0ZTu5JJrU+dH3+4ZQFHIgOzKtAsNPnGwSv/F74fDFe3Y5hzzx2CbzqBgBT0n/SpGo4nTFesYEAAujjIEIcgi+aBbe8AK8goGpKVI8Yybw6k4O8777/9Ftby5dNWzhEXmWp3p7GGK+IU5wYSRKhoj6E8kOm89QDsIcf73jy0nl1MTkwSQmGsZ29YebGmald64Zo22u3d22r3TZxW+02JxG9mrQdIkUI8QX7Mltmb+neMnvL20T0XhDqdV1PKfmKD8MLIaBpGrzeRFiy9prd12SqkR+UPVP+zKsAnr/AbGEiesd2AQxf0bhiwPNPgv6DJf8nM59nS8vzTLO7XK7/APAx2/RmmMJWl8MS6on2sIaUMt3fJpihtIzW2dsbbOnsRKCvLylUlM6EECSE+HcAp5YDf1wOTB7MTvtWr87Jev31JzxZWbUujwcOpxMgs09R3HkBzNE7v9+P4pISjBw1Cnl5eXA5ndA0LdEewq7dEFvOkS7MQ0QTxuzfX7x75MjziqJ8Lz4aqKpqRhgwM1qbm4WUEn19fUl6ErquJ0ZbQBTrSishpbyv4+qrbx/MufgXtCRexR4yN2zMn3LJvPrZe1q7fndN68SXrm51svQk80pIRXg6UnjVNPu27qb5n3qbAtp7EaJ6vUdHuNnGK40gPALCIaAVavBNjvGKUVs+Zfcl8eqt8ooUXhEcSPaiHGE3+d+JOy8A4IEcfmPjrAF5JYj+Q/IQeOX85/OKABTiDPy9yWxR/e0YIRtRLFuRI7uQI7tRJps2OREZmFddvcGW1k4EAn1JoaJ0lsSr2/HH5bcPklfzV+dkffL1Jzx3ZNW6bvfAscAJ+AgFhUUJ5wUAFFLgJz+KRQlGKqOQ58yDy2XjFTGkTS1RIdUh1DS8ijgmjJm+v3j3uiHyalSMV8EYr2SMV0aMV2EdaCdE3VHIYRJygryv48nLw6sh58DUbKz5LIBH0gwVPQ1gRd38usH0Gbqg3XD8hjxmPk1E1jsrAGDMi2NfTDssV1tXO1kIsTvm7MDtckPTtJQ8AjMRsy/+drtaCLEJQAuAFiJ6/uVxLw/ppCxvWF4OswTQflK6APwPgIdVVb2XiBLKnLHz7nqy7Mmksc0l+5YUMfMfYb5pBZj5E2unrn2ltq5Wgdn08koAM8CoATAn/joDAnJzcg0iu1A4PrGycuUfB9r/RXsXkRCigplb1lSvSSs7XV1f72HmZiLyAoDf50tqiBiORNDe2Rk/NiaiWw9WVv55oO0CwKzGxl8KIb4Y/6wqClyaBo/LZQrLXUgLTyu0AAAgAElEQVS622wlMfUZopQxYt/q1fkAvgLgS0JR/LYyUpSVlcGfnW1fLKNJKdHV3Y2+YFBm5+QkESAeX7ZNY2ZWCwsKJsDUD8qYzBjLXzl38sQJDvb2DnO63dBizpWmaSnJ7IhVBYSCwXXBYHBR54IFl1xy+3/RNuZVfxbAI2muo6cBrJjftvey8Krq+F/zmHGaCCm8OjB2RVpela6omyxOid0UIUVoAu4yF7RsDeQhCJeFV1FG35ZQRl4d2jpuSL/99IYT5Qx5itBfa8toANCV4FWZ+pN7NYKFV4ABuF4q2550nz20b3SRj/mPOnC1AAI+5k98dOrpV+pKa5J4xaYmzRwLrpCTgVeVB18bkFd7R9UmeFVdvyktrz5QX+0BczNivAo+/gCMw/0SQN6RezHqDjOyqDCzQXTrw5UHL8yrpTZeqQpchYDH4YdmDIJXiPHqsTS8mh/jlYoviSWKn1QLrySj7M0y+END4BVLdFV3o689KLOP2niFGK8sV06CV4VD4NWUExws7h3m3OqGdtQFqICWrUHrScMrYoSGB9cFxwUXdd5/eXh1sUm8dxEonTrig3Xz6+689N0y7YbjN9yN1Fjof7449sWvZlpm3o55VQB+GnN8GlxO1zSPxzPZXvMfDofj4S8A/YnAzNwOoOTlcS8PWgIbAJY3LL8fwDdjHyMwY+z/80z5M90AsKJxxZOwjGAwc+OTZU8mYolL9i0pAPANZv4yETkt83WvmbIm7VVbu732CQAfIyL4snxw2JQQGbyFQPNWVq7MCOkl+5fkAnhLCDEqdlH+8PXJryflB3hWrSryZWUdKikry4tPy/X7k5pWSinbu3t7KRqNdkaj0U8fGj/+jUzbtNusxsb7iWiJlLI7EolcHb8mXZqG3OzssM/rjdoc2WRjfv4Zog/6Vq/2wtSRmAAz1n89YsJYipoaLR09ejQ059BexLt7etDT3f3znNzcXNik4pnNxpyWz385W1//ifETJ77s9fmWpltfbATleSHED+rKyva6Xnnlk0T0O/sbT25BAVzxpGlL0jqbP9qkE5MmHRzSgfwL2ca86rtA6Xk1v23vZeNV1fG/puXVgbErMvKq7NodVTDwUwqTDwE0uPzOaZ6xnslKto1XdWFYxf7tvDq0ddyQeDWtoe5+IPebBAFGIAKc+h4g/2d3+Qe6AeDGxllJvJKMxhfLtid49dC+0QUAvgHmL8PCKzdz9x1TTqXl1fbSmgSvsnw+pCq38haA5lUefC0jr/aPmZ/Cq8knNybx6iOrPEXhLN8hWVaS4FXgZ3+EbBqTmEfRAu1jljxKeSP3d+YV1n/6zurdg+fV0hiviju7I1947Wou7AGCOXAdqUbu4ZFhX315lDAAr8DPP/MYfdA3PcYrBROg4aMQuB4EL3yAstDGKwZGbxoNLTxEXk3tQY+z++c5bwySV+76T4x3T3zZq2bgFUtIks8LKX5Qt7psr+unr3ySFBuvdCB3SwFc7wzAq12Xh1cXLWQ3c+NM6wPbal+pm1/3X5e0VzG74fgNPmY+EUu6BQAws2xtad2i6/oGmBoOB+rm1w2YqX/dkeuOuJyucdZp0WgUhjQXs1Yxxbbx85fHvfyNoe7v8obl42EmyK19pvyZJKCsaFyxG8BUy6RX/1r61+uW7FuSD1OP4d9hU6GM7QsbhqGsm74u5Yeq3V57DRGt9WX5Es6EVSQo2Be8JxQKeWDGUmth5jztAlD75qw39aUHlmrMfJiIRlu2FzUMwxnTpgEAeFatWjdi5MgF1nBLQW6u/ZxZh8F7AdQJIVoAHGbm+97IyRlwSHlKfX0WgMMAymxf3TBu9OgNAG6HOZqSIjCl6zqvWbcuyMwp509RFLhcLrjcbjidTjhjISGn05koK2RmRHUdoVAo0QE3nTEzes3KqrNCiKmKouwkolG2fYln+tc3njnzNDN/qWz4cE9JaWnSugzDQFdXFxpOnoQejdYDeJ9+442H1eefdwDYrKjqTOuN7/R44HK74fV6IWzOODPfc6Kq6scZTu27BmBj/pSMvJrftvey8Krq+F8z8OrsFkPP3gCM/huAA23zlw7IqwnvOXLENcWZzKsjURjN/blbdl4d2jpuyLya1rBlPKCOBtrW7i6/NolXNzbOSuHV86Xbr3to3+gBeaUwc7VhKAunn0nh1fbSmmuIaK3pvMQf0P286huAV7PO79QPjF2QkVdTTm1ObO+jqzzrIiNHLIi4+h/2PXetAfT+zxfk1d8vxKt7M/PqvnsG5pWh85q9MV4RzKzC2PiIQgpcwgXXeDecihPOPie0sAPOPieUaH8YOxrVEcoLQnSocMgBeDU5AL1IPyuOi6nKwTS8MmK8Atc3tp95msFfKisc7inJt/FKGugKdqFh9Eno3hivHrnxsPqD5x0gG68IcHZ74Kp3w3vUC0FpeLXz8vDqUhwYAeAJAP/Wv7bYv4xv182v++lg1rNg14I8IroPgKLr+iNSygIAVTCTwapcLtc0n8+X5Hb29fWhq7MrfgEGYHa23g6zMdv2uvl1Z63zX3vo2kq3y33UetMbhoGobt6zdiAYhtEdS8rsBeNzqyev/vtgjiWTxXJdepDcgP6hltYWAeBLAESmxjtSyqNrp64dn+67645cV8rMpxVFSbmCw6EwAsF+vRxb4vVzPp/vw8y8moiSROiY2WBmx+uTTdViz6pVCoDuinHjPNZzlJ+bm5TIa88LcVg0BgwpDcMwpr6Rk/M2Mlh1ff3LBFxnm/zC3tGjE71olptCYzcbhvGwoig5sR0GAOzeuxfnLTouLpcLYyoqEiHECxkzo76+HsFgEHn5+fD7/SAhkloZmE5hH6LRKIQQB4loojUxG+jvMN7a1HQmGomMAABfVhbGjkt6HuH4kSPo7kySB+8E8AGYb732qhnd6fH8t6ppX8zNy1OsPZJiy191oqrqciQ9/p+1jflTUnhlKdL79vy2vYPi1chdw/NAdB8DiqE7HjGkK4lXTtfMaT7fe5xAEGZTaQN9fYyuztMAzwWQn8KrtvlLk3g1bt6hSneN66i1OsloMhA9auZcDMQrBn/u5K7Jl8SrWK5LCq/GtbaIEPAlBRCFzEg3FpAj5dFPTT2dlldHJizOyKtQKIyghVe2xOsL8mryyY0MAN9f5VFOAN3hcRWeSPytH4Teu15PcmBSeOWw8MqI8ervmXk1rf5rL0vkpeHVPf28uj3GKzYeVijGqxjod5/Yi/OdzSbRNMAlXBjjqYAmhsCrGw8hOKYHeXeVw+/xg0gktTJgZgSv6EO0KAqxVRykDpoY01hLzGNIA6FwCK2tTWei4RivfFkYO9bGq74j6M7pBJdy/MYxeVWagVeq57/VoPbF3DfzFDWQhlc7Lw+vLtqBAYCZG2dqAF4FsCguuBbbSQkgv25eXedAy1+z+5rhiqIcUxTFFU9ItOcRaJpmPkxsb/utLa2wK58CppIlEUXA2AjCx7fN3XYOAD5Y/8HXiWhxfD4pJULhUCI/hmwPY71f60MCyFs9aXXaWOtgbEXjinIASYqLUT36x2Aw+HGHwwFFKJBSordfrjmeLCqZedK66esO2dd5/bHrhwFYB6DS/l0wVkVjNZsDI71e7wYhxEL7+ZNSvvz65NcT+gueVasWEtEbFePGJTLRiQhupxOaw5FQaLSux2ETSGJT6XbT2uzs+enOT3V9fSGAZutty0AfAeP3jh59xj5/0ebN++fNnj3Juo229nbU7doFIQSqqqrgjZVfy5gmzYWMmdHU1GR2Wg0EgpUTJrQKIcpVW/Z9KBRCNKZMGbf49cPMCIVCsrO9XQQsFVkOhwNV1dVJ2zt14gTaWlrsu2EASKcR+hn9xhsfG3vw4FzYOvMy84YTVVULLniA7xo25k9J8CouuAb082pe294BeTVy9+jhQhl5TFHyXdFoPVi2IhpxgS3FnJo2HFn+uSDq5xgzobWlB7o+EuB+nQ2ECXTCCQqICFTeiC7l4y3fnXsOAKbcWZ/Mq5BEaHt40Lw6sWvSRfPqxsZZKbyCHv2jGgx+vMvhRFA44JCMq3s74Y8liKrMKJZS5jNPWjz9TAqvjk18z5B4ZXNgBuTV5JMbE7z6/irPwm5yvHF83JXoUYoQoQKEKR+uJ5dA2zopPa8caXilG5vWPpeeVzX1NxZGMLU5+VblPoDG7x19Tyqvlm/ePy979iSrPkpbdzvqju2CcApUFVXB64jxSg6BV3PPom3OOQTv4mClOtHklWrjVVkI0Xd0UNDCK7LwSg/Jzs52Eeiy8arKxivfCbQVtNizPA3kQEnTKvIz+vdufGxsTQZe7bx8vLqUVgKom18Xmblx5k0A9hLRyPh0IhLMPA3mBZvWFu1ZNErTtLc1TXMB5kmLN9OLRqNwuVxwu91I16+CiOByudBjK9slkUjW1UBYzMynZm+Z/TiARwsLC084HI4EEIQQMHQDzAzVoSblc9h0ZAQzfw0D6EYMwibYJwgSH/d5k8Okfr8fXV1diWaCAH6TwXkphanu67Lf0MFAEKFwyL5IkrlcLuFwOBLiSjFnCYZhNEkpPwgA83fMp768u24df8XEXwslNQs9FIlA1/VEhroSg2rcqUljOgDMOHu2EMC3APQBeIKIjgMYk2aJdjb1dJLP0dq1Fcxc1dzaihKLSFx+Xh5ysrMxorw8UWVGRFCIAEWBntpFNWHxc5ifn4/W1laEA4GfCyFWwbz5kpLfhKKAbOuK5bHorU1NaqC3NyW9P+6cWyGZX1i4sq2l5b1Ilq9XFEWBoqoQigIhBJwu12u5BQWecYcOfZeAW4FkIQoiGlCq/F3rt/lteyMb86dcFK9G7hk5StPmve3QRsR4NQ6G0QPCLkSiAThdI+F2V0BRvEjR5yCGy+VFb0/y/U7HnRBNDsC8BhYz+FTR97c8jmY8WkiFJxweC69cArqqg0MMh+r4X+dVK9HHI4nqTUYUwBp/Lj7c1YoiKVHADAX4zcL0zktGXgWCQYTtzovNBsOrHWWz6C8PD7/1wJWf+HWnowhsE1MLrXgDetUpqLsrQT0uKA3FoD4nNO0CvNq3phAi9C0Y3j6EKp4gKMdlkW+M/T3DgQPtGg42AvckTfevWFvBKlc1G60oUS288uchx5ONEbnl8DosvFIIgAJdHwSv3ipGa3ETwod7fi6qM/DqjAIK2XjFElKXemtrkxoIDJJX0cKVbWTjFUNRmhQoThXCoUDoAs4u12u5xws841753+HVJTkwAFA3v65r5qaZq2HG/AAkTnBdpmUW7Vk0DsBaVVUTMVSKSRtnZWWlDJHajZkRTCMqZl+GiBxEdAcR3dHd3Y38/Pyk+Xw+nzmUSKZXGv9XSpkkTkZEn196YOkD4VBYJaJ7AIwC8KN109ftG+DUWPf3PYMZFlQUxdquPIA0fUpi9lsye5kkvVEEg0FEwimhWwngKIPLCOQHkFLRYt44CoQQLgA/XfDWgiYG7mbtCr8iMquA61JCj42YCSJkZ2Wl/d0kc5SZ75hx9mwegDOWJOV7AHQ4Na1ON4wQS+liTqRWD4MZXnvItrovERGdOXs2yYEBgKlTpoRDkUjKyHbcCY7G8lN0XY/LYifdpKqqwu/zvdPZ0vKjvaNG6VNOnfoJgLut60pXLh3o7UVrU5NqH5YGEm/EdTBVqBOx+yy/PwxgCYAXAOSSomDEqFFQU/Nvlsb+EueWEIvhA5uOT5y4LWWj71pGm9+2t2tT/pQh8WrknpHjAKxV1GEWXgGqmgU1ayF8lMoeqzEL9AXzYGrZ9RvZnh0UIAedoDuol+7o9nQjvzIfKAAo28wryCr1QQYloBOEJMAfgRgVgDzsQPSF/nUR0efHzjjwQCgaUimf7oGKUYjiR2fWTR8UryLM79Fsx5NuTCCiMCoMIx5nuihehSPpeQXmMtDgePXWiNlNDNy9d/oof4+WuUpHn3IS+hSz+bc4l4fsR24CBVLbX0kZ49WeDXkwis6Qnp/EK9H80zrVsyVkOAIudrRAEfVw4NDAvIqeTXJgAGDq6CnhUN8AvJJRRLL7oHtDcJ7KTuVVnwP+/yp4pxM9P9q7YZQ+5eo0vEqjlBII9KK1JQOvwBIu1IFsvArbeBVVMOLQKKj6EHm14/Ly6qJ6IdmNiKbZJu2qm1eXtsvpoj2LJgPYCGB4mvWkDI/ajZlbmXmFYRiTYGZV/wamaqZh74RtdYSi0WiSmFz8JnA4HHCoZp8IzaHB4XDA6XTC60nKTyvQdX0zEbWSoDtJ0IdA2LNw98L3XujczN85nyKRSFJvjUxhOyklRCyGycwPrpu+7nzaGYGkq4aIEA6Hu8PhcJjBR2AqSX4CwHQA3jdnvXkFgZYgplSV7sKNrSdbUZSvZWVl3e/NKvBz5iq6pGNRiJCTlZWUL5I4Juaf67rueSMn5wiAr1grrGKWC2Cpqiguh8Nhlgw7HHCYb5j3VtfXJ6hfffz4yOKios94PB60d3ai19YTy6VpGVP0FUVBMBDAiZMn0dPbC8kMo3+kK2HDy8u1uQsWxNfzQ2ZuTToey7ljZrQ2NaG5sTHTOX2KiCZErr9+thDiMJA0AnuVfuONGwHMBlBfUFSUznm5kNk7/75rg7B0vJrXtjctr0buGWnhVfJj3OTVhV62tFbm3BWGMXESQMm8KrKt7wSBemO8CkbB2QwxTIB8BPISlCIFjlEOOMaqUKYa0G45B8ecLjg/1Qrv55Oqck1e5VGryBd3imzxIcqlPeXv231BXg3b+VUKRJxJvJLMSHd1K1LgWOxhazA/uHD6mSHzCpzKq1nnd14BGhqvHMVZ/h7N3ksyjXEUymkvcn69HEogtS+SlDFe/T3nCNSOr1icl7jlAlgqgnNcjq4l0FpXQGn7PPSe+yCN0ffOqa/u59WK4yOLUfQZDzxol53olTZeOS/Aq0ktOHHbJvQUtUFKhmGk4dXwcm3u3EHyihitLU1obhqAV6AJkdPXzxYU41X/pX2V/oiFV2eK0jkvF7LLzqtLHoGZtXmWD0ASEIhoQ7p5F+1ddD0RPQPAGcsXQLx/wkCjLmzqHzwL4BdEtPXFsS9yLJJ6AMDvAGDmxpleZp4upfwyES0mW0ff+HoymX37mqYh2BdMLKMoylTrj05ExMyv1m6v3c/MXyWiDZtnbU4aq5u/c74K4LFAIFBuTSa17kf8/3VdRyAYiIe2ohhYzvohAIutE9xud93rk19P3+wDwOZZm+tqt9c+KIT4hq7rCWE/q1mdR4eqg1gHbE5MrMriDSnlcV3XV3iczinZthyl+HER0cdW+3x/tkzzDAT7uMV/C83hcEei0T9V19cvKC8tnTpi+PCdFOub1GcZdk54+rHcnL5wqmw4AOTl5QFECEcip2HKukPGHDDLugqZ+bsAvrV31KjItIaG9zPzagB+BloikcgLzHwTgI7Gd97xhvv60smnvwzgnvD73793XmurUtvaepNDVa8GzOHUWA+mEdNPn75Xv/HGe9Tnn7/KoWlnYQP9BawLZj7HuzYE21wwddC8qtg76notxiudGaHQBrjdi0AkhsCryNYDY7+Wwqv8ja95eWRkugzTl6nJsZgMyrZFnsDaALwq6oU1SqIt7kbwT/ngHnOioihTZZaFVwoR+/nVkj+9uZ/H8ldJYMP5WbVJvBq286sqgMc6A1nlOVpr4viCSbwCGAo0HRgf7MBxIVCm61H9Ing1+eTGjLya1bijbntpzYOCBscrX0SgINqEVi25eobYOMGkvFEo247P1XeseGv3dVMCz90GMmxcIwli8bHVf7PwSnvHQ4GaAQ4rZkYu0JcLPfIzt5L31T/Nqa9ekPeduqkjyMIrDpnumLDxyu1EX18GXh0ZAYAQ7oj280pyLMyE+Dr6ebVhVGTaQguvGC2R/MgLHOSb4ERH4+F3vOGeAXjV9P69865vVWqvb73J4UjDq2tP36v/48Z71M89f5Uj/P8Hry4piRcAZm2etRjA67bJH9xeuz1J7XHRnkUKCQoSkQZYytgYEZfLdUBV1WnpHoKxBLXWf0z8R+Fg92n2ltlOAB8novuJKCc+3ev1IjuDcFl8RMZqkWgEoVAIhmHEErtSk4allNBNRcZGAE8B+CuAXUIRbphiWe8HAJ/XB09Mlt6QRlK5cygcsoaOIKV8cU31mg8AwEebPloMoPnPxX9O2vD1x65fS0T2xmk1K8eu3JnpvNRur3UD2K85tQohRGJ/4u3S7cffLD6DqGOK6YYzg4wOnD+772hQlte2z5/fsqS7o1oIx1777yalgUOHj8j29vbcwNKl3b7VqwWAOSWlpY9l5+RMuFCI0Gq6WdXz3ZFlZStUh2MCYIrdOTJIW+u6jq5AINTV09Oe5fOVpR0VknJHbzA4nWIiWvZEXWaOvllUlBhbnnH2LAHAzuHDk34D7aWXfhQLKcaXA5jfAVA5a86cHACfhhmqGGFdjtGvXMxSfnt7WdlPK95++7dCiE8NcF6izByEGYM+A+DmYxMn7sl44t61tLa5YGpaXtW27kni1eg9IxVNiKCw8CrCDIPViMv1/gOq6knDK0BKAV0PtR6b+LNB86ro+1tMXp2m++kdC6/GeJFdm4FXJT1QJibr40Ve8CP0tA9GyAAbDN2ngwutSmWALDQQXdEHaMm8UpTnErwSCGO0dyPcHgcicKFTFkCiFwBBsguV4WaUGP19HYWUL/6quv4DANA0e1kxgObirSuT7pVjE9+TlldjD7yWkVfbS2vcAPY7tcHx6oXvdKFu7nBESYOHu1HU2g7XrlNHz48L1f5+fnvL+z92rlqP+vfaM1Gl0HFo4UrZXn4iN7D0+92+x2K8GrPvseyykgnUMwfEg9NfMQpWweja+t3SX/znCpVjvFIVOBwD8KorEOrSOtqzQjll1iqixP6x3NHbY+GVmoZXr1h4tTjGqzU2XhWl4RVivJo1SF6x/Pb2VWU/rah5+7cCQ+TVjsvPq8vhwNxLRHfbDuRVIuoFEAWQT0R5QojVLrfrHvvyzPwHIvqU2+W+lYgeJSInMyfk0wFAsnx21cRVQ24vP3vLbAcRfRlmieNLRPRWSUnJR4joowACRNQOwGUYxjAiqnTYElDjzgXQPxRnzY2JvwFIKdHT3WN1bk6QII2Iki4EAPD5fFFrGSEznwyHwx6yNEJjZt3j9lzlz/L/HWbg3ADwcyK6+4miJwwAWHZ82TUA1lrX7dJc+zWn5gIQZOZP/6XkLylwqN1eO1cIsam4pJjix6rrOsKhMBQ1GQht+gKEvMmnXWv+NuqDN3XnOg49NGzE5M+qOdckvfIwG9DP/gAtHVG0hSbc1xUd6wXwIQDDiktKkJObm5g3lmt0VtM0h6IoxfZ9jVcRSSlRWlgIZyy0NJDzE9F19PT28juNjVRQWAhHrI+H3QzDOBDo62sHMEdRFMVeLi2ldG8tKRkwu1BbuZIAbEOsZwkA5BcUoGz48Hq32z2CiNKOcFrvuJgT8+uWtrYQAKvgWYcQYg7MN5dOAKGjV1zxrtruJdrmgqmD4tXbUyOrH/xZbwqvDOY/KESfItfNNl4pkFIAIDC3P3ts4sND5lXRN7c4qIm+jCgmohsvUYTeKrm25CPkoo9CQ4CcMV4FjGGkc6XjfWdATkuIoFcgdNcwICIgXRLIAiItUSAEwAkoVwlQPkG2SXTXtoE98cspfEKINzRCcASkGxARqNQNL84CvtFRKG6HiSAdxOLk/PBLSbwCsz73ldyrFr848u+AWg6wAcifE6l3F2152gCA41VLU3iluVz7nVo/r0q2PZvCq+2lNXOFEJtKipN5FQqFodp49eaNnXjrs8lhuWs/Cqz6/NnusTv9D53Z9bPP7i1aksQrYgO3Hr4HpyY0Yu0VVfdtGzann1e+t5FTexZgAUQL4Q7lYViP/+w5THaEKDuVVyIMWfwGEOlC8Q8+B6eiweG4AK8iOnp6evmd4FkqUEvgUAfgVcDCKyUNr/5xAV4VpeFVfgHKyi6CV61peEU2XtX983l1yQ7MVW9e1SCESHlQJzZgedt2uV1RSi9P/D8AviSEuB/A14FY2S8BYJxl8NjXql5LP852iTZr86xJANbk5uQW+7J8KSJmkWgEhmEkiZ7F1QutQ5rxRoCCRLyUG0IIKEJJODlSyqMud7KgHoD7w+FwA4D/jk9QVRU52Tm6miofux3AZ54oemLfsuPLKPa5xqk54dSc9lLAgJQy+y+lf0lJZ7/u8HXbvD7vLMu8SYqMACANibbwBERyv2weR+z4qetFaL3PQRE6yDsTatk9SaExZobs2QRu/gWYGW3hCTgXmIMIlaC0rMzahwqRSAQtsVJiIrPvhtvjgdfjSUjlA0BedjZyMyQIW49BlzLRTykcDiMcjSYqpOzDz8yMvfv2La4YO/Y0gB+qivKR+PqllCe2FBePzbgxi2krV44HsA+ANqGqKuMIX2K7GfY9HA4f7OzqsjbCaz9eVZU/mH141wZvbxZOGxSvDJL49EvtUdYy8yoqpt8PKF83f9VsELnAHDoL9I49XvXkP4VXBbdsnoQg1uT05hRnLY/AcUNytXTkqVwYb/uh1MR4FWGE14aBcYCYYOFVt4FAdTfIIAijA2S4IDw6RPFZkGDIKCCp8ajb3ZrCqwXh55N4Nfy4E//2XyN1d9iflldFW57ed7xqaYJXmtMJzZmeV6Xbnk3h1eEJi7f5vAPzyjAk3p7RiY0/kWgWo9CojIGAxJInTuKaRxuhRRUcyJ2NP034fgqvprRtwEeOPwAmxhsTq/DnebNRNKoBnvH1OFuYGBBDSaQNn2p5DQAQgA/bMBn1ynw0a3MBIcG+E4AaRN7K2cjdU3VhXuky0U8pHA4jHI7xSsnAq+59iytEjFeqjVevDpJXRSvHg7APAtqEykvkVaeNVzv+93l1yTkwRFQwwHfJNel9oW6X20VElGeb9fMwu0PPS1xcYIChA1j2z3BeZm2e5YaZVf5NAqmdnazo8l8AACAASURBVJ0QikjRnFFVNSlsRERwOBwptfqKosDj8SRNjzsvgOnsKKpihwEArJRSniaih4lIcblc8Hl9ECTS/TazALx1a/OtD+b4cx7XDf2cdRtWIyIvgxcDeM3+ndvj3hRbV+KYFKEklIkB8y3HQydhKEpSySbnfAC6ww/R8xQQqIPs2QKRNcf8LnaeRNY8SFKAlkdQ4DqMfNdhhGURutWkBPnkBDMAkWgUka4uhMNh5OTkmJVpijKg8xLTmEHUVtrscDgS06Q5tp+i9WAYxpqjR46sIaLbx48f/19E9EUAXQx8Le3G0lhWbu5/MrMWbwSZyTiWNJxJFsDpdNq7+A45Q+5du7ANllcKC3z76/7uHz/cnZZXEjmTwDwPFL/uOsAxXh2vevay86rgls0mrwx8EzrUTmcnlFdy4F9KIFc/n9SlXeBg/0OJNIJjsgNRxcYrvwLP+SzoHh1AKQAJUbQfJGL3sANQhSMtr7KlPN1D9LAEKTPW+bH06QIohqKmKQmZBeCt5jk3P+jPznncMPRzIkPol4i84PS88rhTeSUUBdJI5lXJAQ9OiuFocxTDHDECVn78CrRmT8AHflWHqo6tqGrbjAP5tQD6ebU3/2oYUHDjqV9h0YEDWHJwP/QREfz01+NhJq4wAAG37E9SOky96KZtyOdtUGg8zmV/BCABtS1rQOclpjGDaDQNr2LTpGQAaXjVaaw5Ko6sIUm3jy+w8IqHwKv35f4nC9YUqcDfOgCvwDAgoaSRpfr/iVeX7MAAOAizYdcFjZndMEuzXobZ3CthRDQ/zY/+w9eqXts91B26ct2VtGvhroxDS7M2z1oE4BEASV5re1s7iCjpQSTIHEWR3P+wFcIstbY/jFRVTcQK46YoSkLXJU2OT6dhGHUAXmRmxZ/lhysm18/gtMvAFCD4JoBvqkrmny92cy5FGiAIIZz2eePwjr+VRBxVCGfdBvs2iAjSew1C7llQu58En78fiv5piJz3J2/DNwfsmwPmKMjohFtvh6YUgBQXItEo+vr6MlYXhEIhdHd3w+/3wxUrd05zfKFwJGJEdN1rrSyLm2HXamEGSwkRO8aGhob4/IsBHDt69OgrAO5umz//QMaTarP8TZtuAPDe+HlLZ1FdR2dnJzo7OhCJRuHxeFBcXAy3O1X9yRrClFJ6Jh475j9YWdk92P151wZlg+ZV5WGH2xmm0RFXMq8YAgYNm480vDpe9eyQeZWz7lHqXPjZjLwquGVzP6/imySgTe8ErRbwL+u/1kWuhDLlPOTZfoV7USrAOyRQbuNVSIVUJaRmSkmAIlCUXrAEJPtBlKyzxYzOMUZ9nQa8mB2CcvVfilC9LV75EwGzE2miEAlepetH1r/uS+PV2zN9eOKucnQ4knNViELY8oEp2L2oAjf8chtWvHgvXo58DltKbkia7+38WuzPr4Uio8iKdsAfbUfXHwSyFUKkagf65q+FJvvTB9osy+aEjsDo/huasq6D+0RFel6BQ+FQxIhEBskryWCWECLGq/aGeFRiMYpw7GjO0Vfgwt1tvx0Cr27ddAMceC/BbKyYzqJCR6erE53uDkSMKDydHhSjGO40anUO1carOcf8B7f87/LqcoSQfAD+SkTTYXZH7YXpjWkASoQQpbZFStwedy/MPkbvA1JHamK2A8Cc16peu7AsIUynBcBHhRAPA8iBqUuwgYj2AXgbwNsgtJDZtuDj9uXjSbWqqmL4iOFJ+xNvDW61cDi8R0o5TlEUq9y2+fCPRMwRGbcnabgy7shINv9lyTtC4dCTiqI8lO3PTtuDh4j0DKMxaS0RxjEdrpMAxv619K9JP/KHz3747wButC4TF/WLSg092ocQdV2dcf1Jn/VetLUcR3beFciz5LcAycOP9jBOMBRCe2cnms6fN89RhsTegtzcIxPGjh1vG/Y1QDR99969XxpTUXEbkJqIGwwGjzHR2HjgnJkDwWDw7fNNTVcGAwHVuj3LuiUzv69t3rwUiKaz/E2bHoelQdrIkSPhsTgmzIyT9fVJ6tJSShi6juzsbAwbPjwxwhcKhYxQOKxYl2Xmc0T07wCeP1hZ+W7+y2WwNwunDZlXn1jdlsQrg4ZDUpFtNpNXx6ueHRSvctY9Sgi4PirOFD+MPmcOBAegKxsIFl4dphbqTcOrEBJaeWqhgRH3Gcm86ghC3zgpeZGD4T1cIMcpw2y8IkbEH4FS2AzPyN+ChFmFy+yElG4wuyHZC2YXpPTsuDn85yf9zY6Hlj7y/9h78/A4qiv/+3tuVVe3ulv7blmSV9nCtrzLK2AcbFYPYAw2IRDWEJjkDUNCEkICSQgJyZBJCDNJCIRlIAEbswQHCF7B2JaNMd53LFm29q21tnqpuuf3R3W3qlvdkmwgk/d5fJ5Hj91Vt6pu3ar61Klzz5KPrJpYx1YCUZJOZI/56kk8DmFesezjVf6O16Lu9ZrpV/XjlR4KrOh2MP5yVw4+XBJ/9oLZCWBcpBOpnQ2YeeQ1nPz4bjQevia6reX//Xg1cSt4+RO4/dRBuJK82EtAZewHKYD2bfcddR78Tn9egabt3r33/xs1KsQrNQ6vOIZX5D3QoDZO96b0qMghUDYB6UC4xAR7WfJRvrz1t0Pk1U0fPgPNwqvWYjj1GF5lVCGgWXjVKWF06kh1p6LAPxwqWXjVOwCvtv1zePWZFZiBZP6O+V8CsD5m8cVbZm3ZsGj/IhXAUwBui1VgmDlARJPfm/DekaEcZ/qm6RcDeJSIyuMlGovIwAmnKgF8kpGRcWVaWprDuiIQCECyjJ2X/KCzs/MmTdMqhYhWMIhIVxVVHagvoQt+gohG2e12StCvYwCWKkJJg5k/ItZsF7U/XddBop+VZ5b5AKE0/MfMlwGInKMhDUhDwqvMRZd2DVjEz6eQ6F5hZtTW1mL4sGFIdvdlG2WEp6f65/aRUqLZ40FbczVkz14ka41It1fCIZrBEKgLXAaPMQsji4qQnZERzgsTgYzP51u5fuPGZRMmTlQyMzP7KTAAftvt9T4H4PY2j2dsY2PjBczsGmheGgBYyoqW88+fO2CjkGR++OFmAOeHfzuTklBUFJ2szOPxoNFSoykYDCLo95tVsImQlZWFJKezv2IYHWpfAeDGwyUlVUPp1zk5O9mRPzMur2bV79xQun+UCuApBm7TqQywWhqYAyCa/OmE1UPiVdqmp0xeVeeVi5b0+I06AVQSSE9wvxqoRC8+Sb+m+sq0y2wOQl/QU6CxB3LrhEhOqZB80FnbeZNWrFVGfRCpBmhcq67kbVEVkbggM7NAAfOJ2yrbRs35eQqJnrhsOwZgqRDp0byKcwphXolYJWAIvJKGAUNKVFzqwIu356MjrX8yOnNfbpg5R6PXK+zDnNNPovrl/0R7zZy+9hiAV7ZeND/6FfhenoFpKxXMcB/BJK5GZp0KqTA2fKUJexZ3oued/4asWgKbLVx40dze5/OtXL9+47IJE0K8UuPwqjvEq2GesY2TGy/gpCHw6oSsaPnpEHl144ebYcP5MH3N4fQnocgTw6skDxpTLbw6GUSw2g9tuh2QhKyOLCR5h8irii+eV5/HFNJAEq8Y1kQAG9ZNWqcv2r/oDgC1AH4U0+b3Q1Fepm+aPhvAowAWAgNnwxxAeQmE9vHLUaNGjWPmq60rmRltbW1wJDkiYXwhuTAlJUX4/f6xzLyXQlkjQz4pg44rEUFV1dFKgjlhmBkPb/lL3l86AODmppunAvgOMz9C1JcBIlzTyR/wQwgRm4APzNyvaFbs8QiETtvV8Grx81wxMxtSEiyJAGP3l5KSgsqTJzFu7Fg47HYw+ltFrGKEpo8ysoYjxfEybMYxS38kCrQ18AcKkZlm1uSQMdNpdrt9udvtRlVlJdLT00Ex5mkpZcfmzMx9WVu2rAawOYGVr/+5miUOBpUplZUF40pK5ts1DcwMT3s7mpqa4PP5ItOAgFkeormlJRJVF+jtDV/7jsysrFRbaPuBhIjmMPOJ8UeP/ubIuHHfHkr/zslZSUJeHZ5UqZfuHxXilfEjKzoJ3t8fn/DuoLxK2/RUNK8CCdwGDAAnCGQMwCsFvxz5p4pxzLjarAWrAUgGuAdt7zrhYB+cGTG8KkgRflh45QxATGkEOQx1sFdBCfnxgNo9OucZNxIoL28CuCVvu1kzrmnucpNX4EcI0bzy+3wI+E1eOV1nzisQ4b3b7PjfG4pjm5qr2eBcWUXgTDSJQsQOo0EONKSNQ9nVt2Hni++gt2Pk4Lxymc7Szut24qptPozfJxF2+1Ak4ZLnclFbqKCj6jIImFNAcXlVFeJVzCtCKrJj81uZ+7J+vmU18rGZBEXVr0skLIfIq2WVBeNkyXy7VwMTw6O2oynQBJ/0wSEsvPKloDm5BQYZkB6JwKFekJ2g9qgdmV1ZqTZdA8d17e2TCK9mH/3Nke1fLK8+l0y8A0gTgJaYZRHb5rpJ63jdpHUPAfgtmynXwzfwgCc9fdP086dvmr4DQAVCMABgrSHUTxLcmJsBTN4xf8dPR40apQN4Olb56OrqOuHz+bp6vb3N4f0owqxTI0g84XK62ojoegBsdagNm0YTSaKMw2xu9H0AS8PKCwD8b87/BjztnlNd3V1eXddhGAa8Pi86ujrgD/gBoFtK+WU285AMdt6xx4TXFrduGZh5C4AxhmHcakj5lG4YJ+ONsz8QaJBSvnrk2LGn6xsa3rGpKic6R8Mw0N4ZmiolBV2ub8Do51vJGJXdErF6xfrLEBHGjxuH3t5eNNT3K5kEr8/3g5m1tfcQ0T2DjUFIoYCmaZ15+fk7p1RX/37yyZNTBtrGnZz8piNkORNCIDMjA6Xjx8Nht0dlJDanEpPQ290Nn9cLRVWRnZeH3Pz8VJvW/8sxPNUYp49ERPeNO3r0S/1WnpPPSwbk1eFJlXxkUuVDAp7fgnUJAMSeHUBgQF6lbfrd+WmbntgByGhe5bTFfxkEkUh52Qxgcssr83868r8qQryCajqaHgewG51bO074jju7epu8Jq+KmiAu2A8x+zBoYtUTzsv2RHglJjSDHKbvBfN4SB6d8BwWCj+cxKCOmOgY9PEqrLwAQM62lYF2j+dUd2eXVw+avPJ5vejq6EDA/9l59d6SWL/q8Dq5BaAxOUbtrZly31NjjRdPpsv9faaQkDgCLQ1Q/K/OuvXip0fO+a93NJuSmFfODrR//SEAgFQ1/O5nyWgcFvPqZKDopTsgQopgXF6ND/GqIQ6vxnp/MHNV7T3EdE+sFT1WSBJUXYXWoHXm9eTvnHJz9e8n3z0Ir4zkNx0I8QoCmXoGSsV4OIQ9qoK1wgqce5PQu7Ybvk+8UIpUZBfnIdeTn2rTz4JXs79YXn2hU0gAMH/H/E0AFlgWbd8ya8uc2HaL9i+yA5DrJq0Lxq6zyvRN078K4PmBHCeJ6BARVZFZsG08ADWmWrYB4C4iem7H/B0SAFbUrvgJET0Us6vDAKa+POxl/7XV1yoA6lVFjU1Q1QPgFX/Az2DcEecBqBBCvE1EkwFcCCAHQCSzZPgFGOqXBLD0r/l//VvsTpYcW3INgNcTKOV7AFy/Zuya4zfU3fAeES0OrxhMkWJmtHe0ozvjCbCSEbW8u6cHDQ0NB8Fc1jxvngSAGbW1BGA8Ed0tiJYTkZuZ1xhS3vBxQQFf4fMJZt5ORDOt+wIANroh2/4KD8+CoZiVJCKnwxI2fT9swd3QgntAsgNK6pWw590d6VM8a9WuXbvQ5fVi5syZEXM0M6OtvT1ciTrQ1tamWWtnaXY70tLSpBCCiYitSqvVORDA5XuKi9+NHbMFHs8UMH8ixMCkCTt0e3t7ceTIERCA9MxMJCeIVtJ1HbphRKKv4k1BGlI+4u3peZiZvwqzjL2fmW+pnTHj3PTS5yA78mf249Ws+p39eDVu/ww7wSuPTDo0IK/SNv3mq4DveaLwOzQFUdYOnw3UlHGI2lKqyFBNXjFUHCFQT+h+FmxA4i4CPdfyynwJALNrH/qJQclxebVz2P3+KX+oVpDWXa+cfzAurwJ7i5lLOu+gfkEmdRWKePttoo4oXq0QXlwtfNDetCPpRdOyI91ScjIvLXhjQz9eHStdfA2A1xPoI3sAXD/20NrjdeVLz5hXHe3tePTNETiZ08crhQ1M6jmE9oa9B9exKGue1yAB4M7aGQRgfDuNv7udSpcHKNmdxI1rCuV7Nzxd8DFfcWNiXjn0bixqeBbvPPI+6kYTgBRQyJmVJKNsuxdTt3oxZZsXqa06tuVdhXfGfrOvT4l4lebBzIJ5EBzhPtoWt0O6GLpfD7QZbZqXLLyCHWn+NCl6BVOQmDjEqyaAdpmWGhYMjMLle/4Uh1dXe6YAZ8irziOgVCDdn4lkPQGvDB26PgReeePw6sDnw6t/hgLzJIBvWBZ1A0jZMmvLGR34wo8vtEkpk7w93qMUnfTN2mwdgAd3XbRrZ3hB+eZyDWYJ93IQrgXgAfDwR+d/VBlus6J2RQaA1jjKx/yXh728NfzjulPX/V0IcUWiPkopg1JKW8hCwQDuI6In3hj1BgPAsupl1N3T/WNB4iFVVeFwOCIvSyllpc1mm/fysJfj1hNZcmzJdlBfKKFFfg/g22vGrvEBwA11N1wC4B/xLEHMxIY0SBp6xNHX5/PBYA1NdAtcWfNjzwenTp+GHgw+3Dxv3k8TnbdVrvD57kNMWnFmhuw9fFQ2/nIcDA8MkYeO5IcAcsTfCUsoRiVsgX1IK7gOiq2vCGds5JenvR2ezk44HA4ku1wgIvT09vYrEuf3++HxeNDd3W0UFhWBqD+64/hi7dtTXDwZAPJ37MgCMB/AhcVFRXc6HA4XYehfjDU1NWhsbER+yHE3dr3f51vjDwQWUajoXbhOl2pJ3MfMsqen50Ep5S1ENM6yvZ+ZJ9fOmHF00M6ckwFlR/7MuLyaVb/zjHg18uNCmy4pqavnG0eJDAuv7AAi0ybrADzYftFdEV5lPr7Z5FUvytFE10KavGr9n/MjvLqw9vYML8a0ov9M9fydw+6P8Grqxi1/FyV1iXkVFEFJuk1KN9hwMCTdRzb5xP5RixgAplZfQik9tT+WpD6UojpwqwMYCwPeEyoClbKyyG+bN/LuLXF5dax08XYagFdjD631AUBd+dLEvBLMUjfI0CU4ZPX1+XzQHQa2fr8Xby+aig64kIN2nIeTcMlenDp9GquD8uHmeQ1D49WN8XlV2HXo6FeP/2xcSrAN9YWEh//kQsDZz3EbgKnMjDrox6QtPhyq+h16bGaOu7i86vbA88P9cNRmInnlCJAk9IzrhX9MHF61edB9uNsoPK8I5I/Dq10EarLwKp337XktxKs/h3glcWHxh0V3OjodLhrYBzTq/Gv8NWg0GpHfPRxqzPQig+EXvjV+zxB45U3AK8mTaw9+dl79MxSYu2CGAFolf8us+Dd+PLlg5wW3CyF+T0SaYRjw9vRpp6H+V8BUXDadTR9X1K74NhE9bl3GzM+9UvDKbdZl1526bjIRfWL1QYknzMyGYdz92ojXnrIuv3jfxZfCDCGPvRnfBrBkfdn6hBdjybElr4CwvO8gAICn1pSs+Xps2xvqbrhHsnJ/r56S1+wdrXYFclVvMAO9eirGOP8Ml1IX1b6W70RKzvmRh02GIwOY0dPTg7q6OgC4qnnevLcGOu8rfL4pMJNVRdkamfmRwPElPyWi7QiFsPq0C9u8rlsyBn+cgCQNcGgqkpLSox4QwIxmavF4Btg6WoyQA2A8iaPAdDXU1+8BMI6IchxJSUhNTkZaWlr0hiHfoIHE7/dj//79yM7NhSMmUklKuYuIyru6ur5ORP8Ts2kgyen8BzOX+X2+LDY9E/uJlLIFwKLaGTPOlRf4DLIjf2ZcXs2q3zlkXhXtLLrdJvj3gqAFDRc6epYDsMPM0msH4KqAqbicFa8urL312146L4pXxMHnPir4QRSvpm7aMpmKmj4huz4Ir7pYetvu3jPu/iheLd43MopXyTDtR37g7RZgydqyqoS8Ola6+BWy8Cr0mnmq5PDafryqK196j2GT93dn+PJqy1rUpCKvilwvgtl+pP2kCLbK6BDef/w4GesW34egkgk36pHBn8LFtXBxDXp7juPluioAuKp5XsPAvLoxMa8eq1gcxatNV9raXvhuYcagfimSkLptDpJ2T4doOA+qEp3d3ZvdgZZv7jd/NCQDVVmATHx5jE4DhicBr2IVGJW7GpbW74GCcQTKcRxMQmpdMtICMbxSOGL9SSR+w4/9vv3I9ubCIWN4BbmLQOVdnYPwyj8Ar4wQrw5+Nl79MxSYUphFzMIjrQNwbpm1ZUDTq2X7axRFWS0sb4hwYURd19Huaf85M/9woLwvg8mK2hW3wSz5DiCiFJW+UvBKP8e8605dN5uIfgNgSlj7jCfM7AFQtKpwVTcAXLzv4kkAtsLkgFXWA7h8fdn6AcdjybEluTAdnq3Kz2EAE9eUrIm6w/O2b1cA9FIo67H1GttFA0pdfXxmKPDlPx8vf0NEdMOAHgwygIbOzs5fNDY1Pdt6/vlRpVWv8PmcAD6GGTlglaffdji+Fv6xaP8iDYBz3aR17dNrap4H8NWhKDGAqeWnOJ0tyW53JhGRISUaW1ujkgcyc6/f7z9gt9unJ1I0mTmSsTdWYhWR5qYmGIaB5JQU2O12ZIQS7Fnl1KlTkFIiNTUVyW43tDi+LT6/Hwf274cQAnkFBdZpw3CTb7e1tm5SbbZPBlOG4p1PaD8dAC6rnTGj4ox2cE4isiN/ZlxezarfOSRe5e8YcY1DMVarwvQv1ACM1hxIIqBVd+MTz7U/l5z9w4Hyvgwml9ZecFsbLv1zuFq84G64sb90Q8Hr/Xg1deOW2ZTd+Rukdk8hgYS8Au/1AJuKdhVu6waAxftGTmJgKyXg1dqyqgHH41jp4oS8Kjm8NopXf9yep9QAvd4Qr5KY8SWYDprKaQ0ZD4yKtDUUwn98+AcYtvg+MADARjP8wToGjIbOzo5fNDaJZ1vPvy6aVzcOwKu/9PFq/6gLNADOSZWb26fXrHgecHx1KM61QBqU1lykrLu4JfnwlEyCIEPR0XjHPugFlg9wn+j1b8g+YE9xTSeRgFe9jGBTHF5VAuJoDK/+rQmG20DyuhTY6+zIyIjDqzmnIFki9dNUJDe7oSlxeGX4ccC3H8IQyPMWIHQ7W322vt3W1rpJVRLwarDQeWnh1cGz59UXrsAAwPwd838K09GLANy9ZdaWZ4a43W0AnlZVVYQvgqZpUS8ZKeUL70187xYAuOrEVVnMPAeMOwEUMPiFNWPX/G6w46yoXXEHgKdjFme9UvBKa7z2ALC8ZnkKgBUAvoY4ibFC4/r8qsJVt1687+JimA9vbDagwwDmri9b3z5YHwFgybElf4JZbMsqV6wpWRNV5TNv+/ZlZFbRje0PAGCk42Wk2kzrna5NhZ713aEcPrKfY8eP64FAYDdMhWwLgK2zZsx4logui2l+DMC0tx2Onn47CsmMmpo0AJcFAoF7VVUdOAzeIqqi9LOkSClRdeIEuru6oGkahhcXw+12xzWbBvpqWu0E8BcAtUSURkRR90FHezuEELA7HEhNSYEWk6uno6MD9Q19H+fMDJISubm5yMjMNBP/SYlPP/0UHR0dSE1LQ1pGhqEoihJOXhW6Nrrf5/ubz+e7VijKoJFJ1uPFhDD2ALi2bubMIeWGOCf9ZUf+zChezarfOSRe5e8YcRuAp12qEYkOLtU0uC33dJvEC/+YePwWAHj+xMQsZp4TYL5TAgUG8MI3xh4alFdX1M68Q0fq0z0YD4IOFw5CgS/r7YKdCXk1vWbVgLwC7wLw4fO7CrfdevG+kcVs4VUo6hYI8WptWdWQeHWsdHFcXpUcXhvFq//cnresPoZXFzFHNKeU3xTAvsv8tX9+Pv74myeGcnjztNiPY8e36YGAiObVH65MzKu/DMSrW01e+VPvVVVvuVAS6XGpMK1uAAwb1OYvwchWotyfZJBR9U0vunfo0DI1DL+nGO6cBLzyBk2ru8ROtIV4dYTSqCqGV7PaIToE7AcdSHWlQNNieFXQgfrSBtNVPQiwn0HrJHLTcpGREeIVS3zq+xQdvR1I7U5DWlICXvlDvCILrwbR7SzKS/i3yatDZ8erf4oCAwDzd8zPANC9ZdaWwKCNAcytmPusEOJWAJEEb+F5NqsoinJCtanNzJwNIMqNPgT3O9eMXTMggFbUrvgmgFhwuF4peMUbr32sLK9ZPpWZvw/g+jjOxTe2edruIKKLrP0C0Axg1vqy9UN2ZlpybEkpzEyiVtmwpmRNVKn6vO3bv0JEL1qXhY55AsC7udr7J/Pt7z8OAMHUr8FwLkCcrKIJpbW1FXWhyB+hKHC5XJgwblxUm9DUyDsMPAZgy3suV8IbLXXDhgJV044QkdvhMMPV3S4XRJy0+2GJfciZGdVVVeho72NrcloaNE1DVlZWVGhz2ALDzAYRjdo7YsQpAJh66pQNpo9UxEkhGAxGrmdGWlrUnDYzo9XjQVtra5QnvpSyu6Ot7QVFUQqdTud4n98/3NB1Z1pGBvILCqztEp6flBIdHR2J2vQAeEFKuQvAkwD6JVNk5nvqy8v/kPAA52RA2ZE/MwNA96z6nUPiVW7FjGeFaLkVYLht5jVLVRSUWHhFDMz0KCem9tqaa4ZzdlDrzysv853/PvbQgLy6onZmXF69XbBzSLyaXrNqKrjr+4B2PcgOcDOAtwB0AcCNaZ76O0CI8IoYECFerS2rGjKvjpUujsurksNro3j17e15X+EYXi1khjvEK+frmSddr2c/DgAv/nAytv/bVwCKH0IdT1pbK1BXHwAQgF15F+5GFWNXR88SRnjFIV6tHIBXczcUqP+hHaE06XY46+FMroY7pRJCDd8qNpi5VMOMKgXRqKh9sMGo/r4XHev7LCvJ16RBy9SQVZQFR4aFV52MYJ4OTgnx6vwQXJ2TvAAAIABJREFUrxbG4VVKEBwwk0FkuOPwyu9B28RWSEsRUNkruztWtr2gsFLodDnH+2z+4YZfd6bZM5Cf/znzihPwCnxP/aEz59U/TYE5E5lbMfdaIlodfknZbDYIIaCqapT1RdO0SAXlROFcLPn9t8a+dVG/FRZZUbviuwB+GbNYaWpuygBwK4ANG6ds/GSwfl9/+vr7AfwqZnFXe0d7MzNH7uCQg++89WXrz9h0tuTYkrcRyghqkQVCET4CLQYh9Uj7dUpHcMy9Mceb2DB7dgQmlx689EOGMt+f+0dAWHMxBCWgCPT3GQvvC6dratDV1YVwXZO8nBwU5EcnMDWiQ62PAngJwMvvuVwnwgtT1q9XANwlFOVx1WaLsk4Zuo68jB6ku7wI2saBRbTJOFaBqTl1Cq0t0RGw9qQkaHY7HA4H8vLyokLcdcOA1+uVnra2l5j5G63nn98FAFOqq9cS0SLr+YYrkLtdLiSFSz2Ezk3XdXja29HZ2Rk1lSWlfLNp7txIqk/73//uKJ006WMhxATrvgd6/nRdR0dHVLG+EwD+G8Bzp6dN6wCAgo8/ngfgHZjuCRFh5u66mTPjZyQ8J5+r5FZcdC1R1WoigMBw2SRsQqBIVZFh4dWK0xrKasxPcL/G+KhcwoiZue2V8v27xx4akFdX1M6My6sDG5+O8Kr6pimD8mr66QvvB2y/MlP7RtjZldzR1Kyw0ffGZbACzFtbVnXGvDpWujgurxRF+ABaTITUt751Qjk1qSvCKzDzRcDEJbMbIrw6OGbBh7pK87//j8XoTXHArAKTDzWQLKWSLGSCMgXMEqdrNsHX9QEcyloI8iJ9+zeQ89F3otoZRgJerbTwqijEqwuUx9VptiQYAEoAJAHGlgBmTnoGY7sUHJ2SgfYc62zdBSCKfhRrfupD6xvRJbPsRUnQyu1waA7kpeWB0ghggBsZ+nwD3pNe6Xm+7SXu4W+0Hg7x6kvVa4ktvAIj6DCtNW64kGSPw6uednRO7ISeauFVp3yz6UkLr3L/7ig973Pk1b4QryYMwKtDZ86rLzqR3dnK5dYXVDjUOPalZc00GRP+GhFmjtQmWbBrwQ9B+DIYOxh8+wfTPwg/tbFTO/6m5qbziWgDESnMjIV7Fj6wccrGxwbp969h5nmwZoRLTk1Jdfj8PoTztzCzTkT9EjYNUX6NcAkGEUmF/z6hLxy7NO013u/5Cnr0gvD6+vpZs2K/hH4p7ZPmRysvgK3zJaH0boLPeS1055WRcTXHVsLjaUdPKJ9JWJpbW5GflxcJY5YxNzqZTrCPAHjk0p6eaiL6R2trq+5wOK71+Xx5sTVSmBmGYbDfHyA3PQ0GQVdGI6CVQ09a2KnaHCl2TYMSmmqpqamBp60tdpz8hq6TX0otbLWLvTe8Xq8QQtzMzMuztmyZ4HS5apxOZ5HL6YQzKQmCCEFdR0BRzDwWPh9sNpuuWDIvq6oKp8sFEgI9PT3w9faGxzwqO6b/yit9U0+d6n81B5bw/XkaZun6v52eNi1KS6+dMWNrwccfL2DmD4nIejHdeTt22BpmzRqS78Y5+SwSvDyMJgKgEMEmBNJieDWuqe+jwB4g5NcTagqj78mghVfDK7b9kBT+MkvagaC4veb82Ql5dWDj0+cT0wYCKQxG8Yt7Hqi+acogvAr+GgguBHCpE4yLEUQ6OLknJdXR4u9Fs66j2dARYNYNwmfmlbDwChZeLXlyDL/6vSNoGh3KyUZUv2RWfT9eHZmVPb83RYP5WBwDcAzLnjgg5r9Zg8135uDlmyYDlAOiHBBlA1JHe/vHgPcJONXuyI46Jr2M7I/uBUVytsTwiiy8WhGHV9lqn12pCuAFDGOHh32l4+nrP9sASadwYoIb2xdmYUv5hE46mZZi31YCpcUOdhqoKdwLz9/6PZZ+o04n/xqp2YbbgHkAd1vuDQl427xCFIub2cvLs+ZsmeD8kavGOc1Z5PrECacrxKugjoBQYJABn/TBZsThleoC7RHoGdEDX3GIV7YYXjVe6Zu68Cx4ZXbZ5BXhb6f3xfDq4IytBRMS8Kp0h63h8Jnx6l9VgVnFzJESA/GKX4XEgMVJzKrAhObaDGb+GQAs2LXg20KIR8yGKJUscwFcfkPdDQ6YxTIiwsx+RVHWhpWXkNwPczokcacLV8nrT19/C4C9AHIt/bIlOfqYYxiGTQixeXnN8reI6PFXCl5JbJvrL5sA7CVBk2OVvL7/g0Ynv4d9nkhQwsk4+3nHSLqgE1ZNmCUU/0cgGHB4V6FXHQndZmYDV4MH4W37yNfsXeCIvQ6GYeDQkSMoGj7ccDqdQSDaWTCmn8VCiLtysrORk52NxqYmVPV/sRuOpKRHFdH0EEQKKKkMNsdk2JImA2p6Svgkw/vOy8tDVWVlM4C/wXTM26nabCVCiJdVTYMap8ZUWJkEEQiwM/MfWEoZDAbHpaemRpQxe3+HXDVyj8G0NDkdDgQCAbhcLvh6e8PWQk/J4cOnAGQDOMjM85OTk6PyxofCnzWKc2OHLIr3nJ427anYdbFSO2PG7vyPPvoZgF+En4FQH/MBnDGFzsmZim0Vs3IbkQFBgCoE0olgJwLD9AIGAI7hVbqnT4EJMqNbSsMX4tXwiopvC4fxCAAQUMrEuQAur3ui3DFvOsZleIGMXqAmFdgwmvxiWMdaStIV9iSBWt0AD86rXYXb5PTTc28BsPdC6LnFobdPCsGWb+FVV0C3jW9SNm/9cMZbI+rp8YLrd54xr8QAvBJMtPDFYrzy44gP8sk4+3ln+xWFUbwigzF1Uz0Uw8CCP9ahenw3KmakgcCY+nEPMt8/5Xvh2tOO2Own0tWKqq9cguz3njSSGsYFwUPgVU42cnKy0djWhKouyyMVALARhmNF9aMpXu2hLjUVx1Om4Fj3FFS9PxXubVmh/oZ41S2Qt7cMVbwtmleqrUQ4xMvqSA1qaRxetekwOg3ARSADdnbyH9gnZXBUcFx6VWpEObTbB+AVm5YmpzPEq5Mu+Ap6IbwCarXqKSm38ApxeAX2M1ijOP4GEV7tHwKvDs7YnV/6+fDqX1KB2TZn23tzK+bezMzfVFU1i4hGKooSsTiETtgP0ylroXVbwzDCIcaQUu7q7OwMO0V8K9zGZrNB07RLV9Su2EJEM4gottqpOxz1RERhq8mQNMNVhasarz99/U0A1iZqEwoFngdgHjNfA6BfoqxEsqZkDS85tuQZInpyoHYuWzPStU/hCYwBgGrrusJduyaR+MU7I+0FKdY7UQQOgaSZIZcAuDp/BaYkAAYEglBFhqMmKseXKczMvT7f4cNHj86bPnVqEMD1AO4AEKXVExFEjCKam5ODjsYNIPaiUx+BoEwBESkjioruSEspBYklgzq0apqGCxcsmLbW7a4BgNzt26+WhvFnMUBq8J6ennDnAQA2TVtEQpi+N0PI3BseIxICBCDZ5UJHVxdcbrcUQggiGmc59nQArwMYZt1PV2envaurC5lZWZG56vD91tHe3lk7c+agMAgLM38cZ5yG4ZwC84VL45xN7+VWLLiZufebitqbRdQ1cqaioDhkYehmRiuz3xDRvErtANqCBvxkxnZ0Gpm7nm/9r/YHxgEg/hYA2I0gJnRVY3r7p5ee+t23t6jAjFt2RfPK5VPdRwq7TV6l+iB1Ae50DIlXuwq3NU4/PfemVHBcXgkJXHrQBqfP5FVjBl9TcAa8Kjm8lo+VLh6UV9m1TozYm4qTkzuAGF59d1fhJPGq8s6+YdNSgN0wDVBFKPnEi5Q20++EQLjl3m6scPdADTJsAUJtrsPxwrX9j8UsuCeNDzcve2He9Cd/PjCvRAyvMnJQ0LEebm83PkkfjWZ7MhAUyohtV91h9KbhJ1O/MTReXbhg2tpVIV4t3361FMafRZ5iFmq0A4ieXUJPQ4hXAQYIsF2iLSKHgHu3C4Pkp+vjFQFEAkRAcrILHR1dcH3olkIXghDDK47DK1envcvRhcyGLCiI4ZWvvbN21xnwCiFeRQ/VGfPqX1KBAYBtc7a9CODFhbsXDmPm09YQs5A1xq7r+kKrUy9RKCthaFR6e3vLARyev2P+sykpKcPdbrd1KooAzIt37NjwWyEEDMN4Zah9X1W4at31p69/C8C/Jdi/9efspVVLtwLIBLCbiOphJs/Kg2kn/a/XRrwW+8XzJ2Z+zGqCkyyhxPitjEhej/bWEZCsjMvbvv1mANttmlYMojdT3G5nuKZbWLEQzhIY7pUApIR3+zNGy1+SHUrbDeH9OZQ22EUr/DJS+bUHwP8Q0a8bZ89ushz6OQDPXdLTMwHAncz874oQCYtbjna/BcBnTh2xCpl6G+yZ0yMPTzhD5CByJYA/5m7ffj+AX1mnpXRdRyAYjEQQBYNB9Pb2RkCjhhIwAea1ZuaEik+shC2Ddk2DKykJfr8/7kkKIebHLgv7zHja2pAachD2+/3o6uyUAO6ObT+I1MVZNizOsnPyBUjjnPdfBPDi+N1Fw9JZnC623OxuIriJ7J8O1xdO/rSPV6pBcHcBvtA3+pbuFeUADud9sOPZOw6+P3xFx/tITeqEQmbVAiTgVWkTBAr7flNeF7jLPmRe7Srctu7bp2e+lQ3ux6v8ZsDp63sWMjowu3L+gq0UtGUioO4mqfTxinAMjP8asffvg/KKWSI2l+QFrwzH6fM6UammjsvbfunNALb/h3aoOIPwZrV7hNOwHQWYQDINQs9DfdE83Lv2uyAOyrJt7z+z+Kmnk4c38g1ha0dBox3D6jXU5Uf8sEO8kr8+NXubySvzqTR5tdzCKyU+rwjAw/tXwyFNXvmEDa8W3om9OSavFOUMeXXd9vsxHL9SFAuv/DoCGUFobSFepQfR2+gFtwLwA+p8G9TSEK+aBNh2hrwSBLtDg0tPgt9zBrxSdEAAnuw2pLamQdFDvPJ1SqT/3/Dqi66F9Jll49SNdUKIb8ZbF7cGg8VKE3K+LHG73Y+lpqbSAIUTo0TX9aivFzIzKiYu1RpHVhWuugrANwG8z8xHwi/LeMcnormhL/YVMH0dfkREdxLRfwKoXla9LMouuKZkTYCZy1jyW8y8jZl/BOAKZo5KjOVQOlDg3AEA0wC8IBTlKIC1mqY5U5KTzfo/Nhu00AtcKO6Qhq4KOOfd2Wwsao7ta6p6HDDDFR4FMKJh1qzvTU/7aesVR68Ye+WxKxdceezKyAm+53Id1FR1g6ooLYmUF+ndBdOJ0BSFdNhcJZGxUhUFdk3rF74c5zPnytC/34g3xs3NzWjzeNDe0dHR4/Wy2+2G2+WC0+WC3W6PzMcHgsGoRH6DifW6OpNiXRP6RIj+Jb71UFiilBKetja0NDc3dnV2Pg5gWNPcuX8d9ODRUhtnWUGcZefkC5QjU0/VDU/Aq5bU/rzKDdUWCkgHqvxTAOaSr+7Z9Ng9wTcpw9keVl4GlP2pudG8cgcgij1nxKtfF+68ag+UbzaC3jcYEV6ldUU/SyQJoss9l3z2cSQVk1eEH5EI8YpQXT11SRSvSg6vDTBzmRyEV6ktdkz7Ry4a4Z4G8AvlSstRAGv9SpGzybYEqvc/oHU/Da3nMaj+G+BPKgJgA5NT7Jm/6M6/rMjox6uZe5MBC68+ndXwvbe/OrH16PiLxx4rXbTgWOmiPl6tdB3UNHWDqibmVUn7TjhkH68cMogmp+mBQERQVQV2u9YvfDli6u0Tk1dOfIOUOLxqa0ZbsgftRc0dPZM62L0gGe4rHHBe44K9wA7RLQAJBHKDER+eM+aV8wx5JUK8skl48trQUtDc2JXX+ThGY1jTh/83vPqXjEKKJ5cdvmwfEU2KXR4nLwwM3YgoN6Hpon4pneMJM3cCqGhsahynadqImNVPvTfhvX5ZJIcqi/cv3q+oysRkd3L//oZeZGGJEyL8EhHdvLp49YAXa2nV0tHMOEiEiIlZsordLbfDEJkYlpeH1JSUQbPGho6JoB78k63+61+zib60CF4j028TvQ/bhLcAZijAaACjhBBqaD7Ty8wlKFrdBGAbEc2It3/D0HWj9TlVdL8ddUwA4NTlUDJW9KsOG/Q1oaWD301LTX0QwHdhKnxh8QHI3HvgwCYiKo86FykRCAQQ9PmQW1AwoBIriFBYEP0cNTY1wef3RxQ9m6oiOaQAWp8fwzBQa8kJYx1nVVVht0dZ/lFXWxsuQHqIiH4N4K9Nc+f6cBaSt2MHwfwStoYoPtYwa9YDZ7O/c/LZ5KeHS/ZlxOHVwo81OC0fvQ1uib1uHcaB0Ug6nI2yyhPIGSGhTB88ervdwZ3HslDxHeVX43isd0TM6qdOTLjirHl1+f5R+zNVdeL3jiUj3dLfYJ0KPJcZ1Ta2+GCYV8W71wzIq6qyK0Yz+CChb0pMt0n8+0+6UZTXBj39djSqyyE5ddD+MiT05H1/evTSH30tvbOP9aeGwZ/WrT+c2qUOyKv7pq8ZkFfS0PUrqp9WL2ruS+4bfvb/kf9lrB/+FahqNK+SvI2oPK/r3bTDw01eIQ6vxIFNNDyGV36JQFUAwcpe5D6WA+JoblhFdBEK34jhVVITfMl+aC4bVEOFLaAiuS4Br2otvLJMPKi2OLzKqIUUEgw+RAjxauVZ8qo0Aa8Onxmv/uUtMGF5t/TdMmZeyszPSykjXxyxVhhBApqmweFwwOFwRBSXeIqaruvo7e1tAvBlAAWvFLyS2tDYcC8zj4hj3bnxkoOXnHVYKjNLwzD6KQ9xQ79j+kpEX0F0fZa48vrI108QRYdxC9IxKnUjMjMykJ6WNiTlBTCnJoVQbvPivD5THwFOtdVuE97HYFqXLgNQEoZBqK9OmPVO3koEAwB/7656aJdVebEKdayE7N7eb7lqc6O+qSlrbXLybhD9PWa1A8CXmPkBtlhQZEh58Xu9GMgnxnre8ZZ5e3vR3tmJtvZ2NLW2orGlBa0eTySZHjOjvbPTB+BNmNfqPDazMYOIoNls5jRd6I9DiquUcj8RTWyaO/fZs1VeAICl1Jg5Kg8IM09I1P6cfLHyUOmxsjbmpT5Wnu+Rff4oLanSDKLZB+B1IPdxgUt+aMflr9Tgor27kdnVCTTawXEMLyeTsrE2e2qEV+fdtTP1m/6n7vV7U0bI3n7eADeOPvj2WfPKYJadPj1KeQEAquzvYHq2vBq57+0TBIrilRoU+P6rBEfyQtQrXxuS8gIAbPeAVHHbRzNGRnhFBBTXw57apX5mXl239we7rMqLVS6p/yvOa9vWb7mhuVG/aF/W2lXJu4EEvDrFD3ANg70MbmbIXRKBdwPwf+KFyAxGIqUSnnccIwoD8AZ60d7RiTZ7O5ryWtHY2ILWFg8Mw8Kr9jPgFUkYwoBU5H4CTWxaOffZs1VezON/Prz6l/WBiSeeNs9OIcRTRGRTFAU2zRYy26mIpHeO836KNa/5fD50d3eHlYecjs6OuwHceVHjRckAigFTO4152bsB3IhQnZRF+xdlM/MlAG4CEATwwPqy9fvj9XvRvkXlACbGFvED+ikwdWTm9M9A/2vzm2XVy46sLl69Lu7g9MljzPgqEYrC/j6ZjhPgpMG/6JhN7yGLmVG15dwKtOwcMMOiIAFQFMgEgKlxmnYC+JZeee1+Jxk7rSt0aUeTt/SDrKQjh7z6sFu1hmccii0VqqvvI5YUJ3KysmYO27mzoGTMGN0WUxcJwJVNc+bclVNRsRNApLqsarPBTwTNnvhLJmoMYnxgNFX9lJmLAPgNw/iboih7hBCPB3UdLW1tYR+ppkAgUHD8vPMiyRXGHTmyzmazXW8Plb6IEiIIRQFLubFp7tyzNoPmVlQQgKsBPA4gK2Z1IiCfk3+CPNk2facQE54SlGQrVBpwnvYpslIqUbQSwME+R/BY4WYCb0wHin2AJGzLHoWfX3YtWu0pAJDzUOktdwPiTuzekYyxKAYDkuwQiEo3H8WrUfsfzGb2XgL03AQYQaDtgaqyN+Ly6sv7RpbbgYljevsrK9LfDaQIwK8BAbWOWCTkVfXUJUeKd68ZnFfgrxKoKOwwO3pvCvydc8x4mAGEqQts08FaJ2DrApFQ191/IS7Z+OKAeTnDjqxD5dUvPrpyv5DGTuvF6mI73jUmfrDIfujQkZSCWxfW/9Hht6fhVFpZpE1AdSFn39iZw+wvFZRkXqHbWi3vKVOubNo2566ccTG8EiFeTTSA9GagLc/USkgiFDrQNwYKgwWDZAyvtBCvWo2/KXXKHkHi8WBQR0uzhVfBQMHxjyy8mhXilT0Or5ggfApYkxubXv0MvBr/+fLq/zdTSLO3zh5PRFuEEFH2SyEEsnOyY2+MfhJ+mQeDQU9HR0dseFjcbWy26EJczHyamdfDdP0aG7UPcyDvA/Dk+rL1kTmhRfsWpcF0nR+RlJQEp9Np3QaBvqrJt70x6o3nAGBZ9TKFmf9GRLGVZNsBzFpdvPrYQOe6tGrpUiJ6TQgRUcK6lMuhu5dGnY8hJXp6egJJDsfDDKQz832Koqgx5yzt9V9OGJijCCXKyiVZgpnnysJX/yyISi37aSWiaXrl1adhpvOO8vg/0b4IDT1lp4hohE3TrgLwhmpTMGPKVEQ5uBkG6urrN6ekpl5gC30lWI6h+wOBhUePHx/FzM9b9+/v7YXL7YbT5YpkdKZQmn+fzxc1LoXDhsVa7t7ekJoa9rFB6bFjM4UQH8WM098Ojhlzdfj3jJqacsm8SlD8lKGBYBBdXV3hny0wr+2rAB6sKisb0kOZW1FRBuC3QChrakyEFzMfbpw9+7yh7OucfL6SvfWi8URjtwhRGsWrnGA33vreaqB3IF4JCMoESMPx/HTPHQ/fnm5EffwI9NcXJFSbB0TWNO3B0+CdCXjVw8D2+wB+sqpsR4RXX943Mg3AbgMYsaDJiX9ri+HVmwHzcw24bdTqfc8BQPXUJQPyqnj3mgF5VVV2xVIivCaEEuIV460bpuHNZfeCrKWUuBtGYFcAaunDRvIz6awcuE9R/10l6rPSMHfK/5n1q4RxOSKGVxzi1b1T3/qzEP159asdl8Xl1S+Cl+FNY6rJqynaVcjEG3YITDOmQqBP8dO1AOrOq9yc0lpwge2kDSJgeT7But8ZWHh0exxe+Xrh+k4bnAuDUILpsNmSQEkSst0G3+nkKMtM4cvDoOgxvHrNwqs5CXi11cKri2vKpeRVQgzAq84EvNo9RF6Nj+EV4vDqyJnx6l9qCql8c7mzfHP5+PLN5ZeUby7/Wvnm8kfLN5e/VL65fDczH4IZqRMlUsoHYKa5jicNAF4DcJ+Ustzv92tvjHojg8FDSocdO71DRIUwM12OjW0byuXxGwBbLt538XkAsGjfIoJZY2kEgH5zihbl8cGw8gIAq4tXG0T0ZZhF5aySBuDdZdXLYsqL9pM3AKqz5s9xyW2RY4b/AoHAkydPnUramJ7+2Kb09O8BmCeljB3LYLde0C+0TZcO9Oj5gKUIpHks0bFm7JoKACfDzrDStOwcXGO3n4Jp/o6CQXcgB43eSSCiImaeB2A4AOhBA/WN1uAmswZSTnb2Baqi9FNZQ9arzSVjxvxnfl6eLyUlJfK9Ync44HK7YbfbI8VAAVOx1TQNwWAQulleIDYPBABcenFn55yYY0Udm5k3AsCMmprMGTU1rwLYnkh5MQwD3d19ibWIKIuIxhDRA+hfk6uf5FZUZOdWVPwJpmJ8kaUT1jxIOoDbB9vXOTl72bwy07l5Zeb4zSszL9m8MvNrm1dmPrp5ZeZL//1m8e4kaRwCtH68arK5H0DKYLyS90luLj+RLbUv/f2lDENVY3gVz7FXQMpovhDZCgF3Al65CHD+BsCWkftmnQcAX943MsIrBcBFtTG86uCw8vJgWHkBgOLdawbkVfXUJYPzSlh5JXD+uiNA6nZw0qdg5zFwSgV091tP1rY/krR+9KjHNuX8/HsgY56UW2PGMhg8MCqlH6+6HA4cHlYAwxbNKwjRMfbQWpNXMjztzGDGwTUvxufVUZmLNXJKH68OYjgOA34pUZcaw6uAhpzjIy9Q6xRQTGg0gVRIbC6ZPeY/88fk+VKyUsxQZwB2px2u2Rrs9mxoKXZQknnNRVoQWpIPwbog9CYdfCra+hLh1bIh8urimswZF4d4lUB5MQwD3V2fgVfjK7Jzx8XhFT47r/4lLDDlm8u/AuAhxHnQANNJzPrCob6Edc9sm7PtzqUnl06AqahkA/iEQC/CzBFT+dqI1/qd4EW7L/ougSKpuBNZYAD0qyycyNs7ZlkQwM8AtBHM/AeqqiIlJSXaAmIY0HX9fwB8841Rb/Tb6bLqZaNgFhvMAPpuQmauXF28enRse6tcf/r6DUKISM4JZkaj8/fQbFHn84+1yclRBc0WtLWlCiE+IKLJAILM/K0Dhw+3pqrHV7rUenQGR8AnsyFDEZGT0/8Ep9qXBVeyghrv3OzcMXc/TUQRDZ+Zu1n630bHW0uhN9igNwJ6A2B4sL9lBboCBeF2f9Ds9tEAFiuKAk3TUDZhAqzTb8yMXn8fDSzjAn+fRStiYamvr4dm8YeKFSkl/H4/huflRTIMi1ASsrAYhtF14ODBoN/vTwHz1sIRI6ZRKD94aC43xZmUNALAYSKyxbtPpJTw+f3oDWXrje1/aF/1VWVlCcMJcysqbgTwv0j88REA8BSAHzbOmdOZaD/n5Oxl88rMhLySAL6VW4I6mwNAOoSYA6Kw82TrM41zHr3z5LcmT0AVXoMP2ZD4BK19vBqxe08/DhTt3vpdQFpKBxCA/tM7kDpsjug6i8y1AFf3a2qmtfow1GOTV7PQ1CbM2lqYeELFzf7UKAdd44QBfZfJq1Gr9/XrZ/XUJQl5Vbx7zYC8Oj3tqmhegXHLe0sgtCgfmH+sTV4Ww6ulqUJc/gHR2MlAb5D5+LcOfKK0zj726crxJzuxqzQD1cPc6FaLARX4y0/fwciGiCUBAUXg+UumZO+refBpgoVXdu5WRvjfXnDg9aVZXfW2zO6F41LqAAAgAElEQVQGZHY1IMXbhq8HbsI+Lgyf2x80LcSreQq0qRrKDpZCDfRxlpnR25uAV86AOT3UBRATJCTq805Au8ULJSf+WMlKF/w7XBj+aR4UvwpIQBgUFedkGEbXgQMhXoG3FhbG4ZVzCLzyDYFXuwfg1bgQr2gIvDpy5rz6P1dgyjeXj4FZ5TShPw7FJBMCYBDRDyvmVgyW2j+hXLT7omcBXAszO+YJmEWxupi5C+aXgwrgMU3TXieiyGxs7IUeZPw4nLUwdvoIAHRd32MYxow3Rr1hxN0awLLqZRcBWBuyLliPe+Xq4tXxvWABLK9ZfoSIIhmGdanhlPgF0lL6Eu9KKYOVp05tYuZ1AE4ycweAAycnT65f0NZmE0IYG9PSZG5FBTFwmkJhborF9yTTthujk6OKy+J0z/ync8bcM9XqFJdI8ROhREgnq6tR39AAZv4PzW7/pVAULay05OXk9IsM0g3DWlEaQEghDEV0RUUvBYPo6ulBPGFmKIqC3MzMuA7OVr8gn8+Hg4cOwTAMKIryu7xhw7Jhpp361qGxY2tm1ta+TUSXR20b+gsGg/AHAjAMA8FgMOpYMUCoDgaDU2umT/fE629uRUUXTP+GePImgO80zplzIsH6c/IZZfPKzAF5xQBWFEyEHonocIOQYYCMHzbNfemseVW0e+uzAF8LkAEoJwAK8QpdCCANflIRoMds+dWvEyVZeNUAcGVf/5gBdMBMMdX3vnAiiEnwsAg5WNz8gROTcmN4dUDfYxwyZoxavS8hr6qnLknIq+LdaxLyqmb61VG86nZI3LRyFtJSSiJtSAaCw049tMlgYx0DJ73s7tBhO/C3yZ/UL2j7qk2IC42NabfJ3IqfE/emnaak9hCvtMjU2uUftOCB56Ndf55ZPP3pPZ4fTCW/hVd2Bo+O4ZUXUJoJetDAyapq1FeFeKXZfylmKpo6L8SrhmwUnh4ePXa6gUAghleqAd1hmMqLbuHV2B503f1p3HFiv4DyjwLk7siFiKMTmLyx8OqghVd5Fl5tG1szc9EgvPIHYMBAkIMQwUF4dSABr8ZVdIEG4dWRs+fVv4ITbyEG6wcj4rfEzBLA4u3ztp9RnoNY2TR1020Abhus3eIDi+9n5ufDVp+Q9roN5hfTVphm0wcB3BO7rTXlcriqsVX7FkLctbp4dUIYAMDq4tWbllUv+yH6pwWfBiAuEFbUrhhvhQEANHinoFfpjVJghBA2u6Yt9gcCi8N9Y2YU79mzVUp5/ulp0xgAGufM4ZyKilEg+q2iKHda4dQeLAHzu1Fz79mOA3kwFcMBRQlZ04QQGDN6NFpaWj5lomqr8gIArR4Phg8bFm9qB0DoIdL1XmYeH7su1LjfscMPql3TkJWenjA6iyjkXUUEl9OJSRMmYM++fQgGgyMOjR17VUxzEbutruvo9fnC4dLoaG+PKHI2m+33jqSkOwBEPteklMUAWofv2vVgzfTpv4jTJWecZfsB3Ns4Z85neibOyZBkQF4RgAu97djgMouPumS7FNy+uPKCDz/TtTk1dd6QeDXqwCf3M+c/T6SA2QC4PoZXlQeBqiheERgl6IRA36zs3sIgJvotvJIMkSHuKl69e8Dnunj3mk3VU5ecEa9qZ1zTj1evX6ijt7chSoFhodlYy1tsD9Qt9jHDSd2QTLh0z7ytJ+Ts809Puy3Eqx9wzubfjII397dKsudOIo5crw+npeG7LwCKRTe5bNfxvD3jYERlv+3vYgSlVoAMgg0CY4pGo6Wu5VM2qFpM71NeAKA1vR3DTxdE+WVG8Yq4OmjXe1nl8TCilRfzWBrANoD6FB6WAFe7YN+Rg6z9mXGVl/BxwnlaXS4nJk2agD17QrzaNkRe9YZ4RYyO4nawZhbBsDXYfu9oT8CribserDlwhrw68tl59a/gA7ML5hdNPAkA+JSZN0opN7DkVWCM2jF/xz8N1Gsnrn2BmScz84+Y+QIAqesmrVu0btK6H6+btG7d+rL1devL1v87gAsBHA9vF+tUrOt6pZRyk0XLfX1V4aqPhtIHIvoVM3fHLOuXY8IisTcqWv3j4O2NFEuL/OVkZSE9NRVJSUmR6TkhxDwhxCXW7W022zhVVa+L/bLS2YkuPfprw6G0zwTrj1jmN/uHWgL9FJKJEyd+X7XZfhIbrZWeltZPKTFMf5UmAF8mopEfZGSUAhgJ4N3Yc/cHAlGKY9gK4nQ4kJ2RMeTQcsC0pLndbgB4Ps7q/45dEAgGI5k52z0e65wvM/OfiChqTi+0ngD8fPiuXdfHOUZTzO/tAKaeU17+aTIor+7w1G68rb12w5d62lZ9qccz6rMqL2cilRPvegFcM5m54UfgwxcAvamVkx5dVDnp0R9XTnp0XVXZK3VVZTuieJWKAJJivjf2jgpW6s1yE0sGGwxu59cL7931T+PVpukGvL2hW53SAMoFKAetWXegK/VyBJPOgxQuCGJki7p5Y8XuaF459XFqatt1JDgKJp1uO/aPjQ5+KWjtnCkU/REW4RpnDE6P4ZUXIMPCKyZMnD3x++pC20/UMtWaixPp7Wn9+G8YOhghXjGN/ODFEK964/BqdhBkzsKBGTC6khDcnwPnxmHI3pcFwV8grwIhXrFE+zCPqbwAYMnMgUF4NTEBr8JDyQA4xKvPQXkB/gUsMB9d8FFn+ebyBQCugBlWdQpmLYxqAI0fXfDRmRQO+0Jk3aR1+2Bmbkgo68vWb75438WTYc6NfxcW5ZDBINDyV4te/Xh5zXIbM6euKlzVMtTjv1r0Kl936roNiH7QB6pHcrX1hy61jm49LxUws8wqlhd2OF+O9XELGbzeuMzr9QHQmZnPKynJEkKQrus4VVsLr5mKnwGsD7qWFnXa6P+1d+ZxUtRn/v883+pzunvugYGBQe5DLmHECxAPQJNVs0nUbC4Td901u4nxlzXZrNkcu5vLnMbNHXOYa40m8UjWGMEDREBOBZQbBpgB5j67p7ur6vv8/ujqobqmexgQwdHnnde8nK7jW1Wd6TdPf4/nmRpKPY2AtR0Aqv1H3/8x7R+f1NG3hwh+QIXBxgjAqAQos9rAm9Cv9dhzCw1j7CxnjWP/vhEVFXEArjTkDNO2f0tEt6+IxfoHtInoEDIF7nPatSwL5AxVOdmZUVFWhpLYwDQZ2QBjsHwxpmmu6bn66ke824noGWZOkau2ls/nQzqdRldHByzLglLKAlEHmD8XLioaUHnNE+j9dszmzbph/vzfu7btQabMRJbupksuOWlvl3BmWHxzW/fq31UsQQFfLb65TQPA1efsDoEDs/75pL46OPvF1eO3XZTXVzrz4ubzPrplU8NP6vyc5pKx/7J5yL6q3fI4H553/Wn7Kh7irl21XMJmFTSHYagTRYvToalIB6eCMBpAGYgVABMBGI9c25v1lc0zJt1SqRSTZbfg8NF1SPR1ghls6PDK8+Z21EamJqemXvbBOuwDgOp7V9/4sUPRCcnnam8ImWEfUokitKqRaC+qgiYDqmOgr8p9zy40YrWz0EYAOFO+NwKMaM7jK2X/lkC3r3jY5auOPL4q0bDmWiAUwY4Xw+wIAKYPFS+VoWR/AV/RwC/MbkzTXNNz5BR91dMB64AFVaMs+KkDcf5cOFEU8F5mgK9mbtYNO/L46sRh3U27zpyvzvkcmDcjV2+7+iIAfyFQmTNB+BsrZ6/85Gtp88bDN/4bBnbLjn249uEG94b3NL5nFDx1JjSrH65rvusdAKonjR8/YGIygJMWMMxpT2u8unt3n2a+btL48f9JmcKUYGYEUs8ikvxfgO3cP27KBAWMIFDxMaDoopw2WaeQ2v9e3pf4EPU5E+TADL/fj7kzZ3qv/4c/BYPv9t7X5e3tC5GZmdhPMpVC0pnwa9s20uk0RlRUIBqJeE+HbdvYuWsXurq6EI1GURyLIVZcjJKSEvidLJbtHR3Ys3fvnK4rr8z7D8SCo0dXwPXvl9Yahw8dQjLZ/xWtHsCE4tLSEqXU0z6fb577/OxQo/u2ANzcMH/+HwBg5Lp1DwG40bV/W9Mll8zJdy+CMBSmbau7aAK6/1IKs8wGoQ3Bb6ycvfM1+erwvOvz+qp2y+M5vmqs+9sBvrIU/3DhD/3vAGqrZ4y/FAh45ohyGRRqh3wvWrfh1b0P9mnGddu2/Pk/yXfCV6mNBpJrM4kD3Ys5sj3ESRXEbyZ8AjuKc+Mvw07hs5vfxXdddBvtLHcW74QZftOPuU0eX0H/4U8P5PHVO/L46qoUkm9zfJWwkW5JY8RTFYjW5/GV38bOI7vQtd/xVXEMsZjjK7/jq/YO7Nmzd07XoQK+WpbHV4cPIZny+Cp2ir7a4fhqah5f7T5zvjrnPTBvRlbOXvni0m1LKxi8AEDDytkr89V9OFXWZX9x9Q7cf3PDzfuQ+dKkkek8mentPVCk/whgBxF9t72zEyOrqk6akXYwiAgTxo37Iyk1Fq4Cc0SEVPAK2MZYRBI/hrJdX9oYYKMYqPwkEJw2oE1OH4FP2TQl8nO8Ev84LC4BA6goHbgCUyn17Xz3xcy3ep/LPdHXqYW1N1JUNGD1iGlZaG5tRTKd/qLWuqW7uzvY09t7k9HcXAdkcgI5y6x/Vyh4cVgJlxCUUt7l+OcFgsGbkZH7gGWLzGwD7uQXMAA8OGbz5psa5s9/BJmltm6qIQivgV2zN7343m3jKxpQtCAA3bBy9s7XzVcNde8Y6CvP13qfpj8Cxo4Sav9uRefv0Vr1MY+v8qzAGgRSJZgwLvbHRx5/cCyc4CV7X8HZFoxyjcQzQdi97hwtQNxXjJ9NuBsHowNTk4zsO4Swtuje9T/C+674FFrDpeAUULGtFBiVe6zCKfiqzuWrIgNUZO6NHMrjq5CF5umtSLa5fNXTe5Nh5PFVgeDF4eS+CpyGr2Zuvqlhx+vvK+mBGSbcePjGCIBuNYQJG54Jrt1EVLWx4z8sZm4moopQMIiykhIopRAMBnuVUlHvnJTBcOa0mGnT1My5hTp0dgiGEyiKP4CAuREAkghMedquuOsaI1A+YC0zWx2wG+4C7DYAQMIeiT2JfwAogHmzZuV03TJzPRFNeMzvz/nDvby9Pay17lZK9Qfl6XQafamU9xvCY9WVlcuIKOxqE/F4HK2dnU/smjr17QBQ/PTTCkCciEKu4zQRzei68srdhd6bBUePzgewyb2tqakJHe2ZpeY+nw9RZzl9dgKzq33LNM1LkUkQ5ZUFA7jDTKeLkSlM594eaLrkEguC8Abh8Lzrh+4rd2ZZcDeBqv7rF9usOIeaI5Ss6AtOQlfJ28EqilRwfC8oFiVMzU1yNwiMegAvmN984nE9qrcnx1ec0IANcAqIrwnAPOADgGR9ZOrT95939zV9oYG+iqbb8dHtd6DMzHxB2x+rxr9c9i8w0wHMi8/KqSnE4HoCTXjsAY+v3tEe1qy7Fbl8FUij799TYD9nYjQDAOGx6rvz+Ko8jtYFnU/s+rDjq3GOr+DyFVgTaEbXoUF8tayArzpdvoq6fEWn6CuzgK92nxlfSQ/MMOHh2ofjNx25qR0D0y+fjFcerHkwPaF9++1EVAFkhlWONTcDwAYAl0waP34EA1eC+RoAvUTUBMDX0tZ2B5iLQZlKy+5qy0Tk9xkGTOvE32HO8nIqQjz6ESStt6+Oxqp/QL6KHxpEA2RAibWwjn8nY5BMu4j6WzCp6DdIld2dL6ha5w1eACAej38jEonk/D0bhoFwqP/znL2/G5KplBlyJRVkZhQVFaG2qOhZ1+kz3cGLw4rBgheHrchUv+0fsC4vK0t3tLcHiAhFkUj/M+V5ttaG+fM3jtm8+QpmXkWZxIlZiJn/B5nVJG4ImfxHx05yX4Jw1qjd8nj8yPwbTstXNZseSdvbJ90eoWQFAIRT+xBu/g7g+Kp+/K9HMNdfCZRdA4R7CeGMr47tvAOBZDFIoSjsR1HYD6AdwCGAyP/LC+rwqeef7Q+X2OL+tZIUBKJXpWHNMVf/19Ef/uCINfGHhIG+mtuxBu/e83X4Xb6aHG/G1zb+HN+a+4WBn2mFdY/9PI+vjPg3IrbHV2MMhJ9w+YoYSOOGpJEyQ7bHV21FqP1L0bP4cP/mme7gxWHFYMGLw0BflZelOzrbAwRCUdjlq4HzbFobdszfOGbmufOVBDDDizXwTHgbAg9O2L69DJ4Z58zMRPTR/TNnamS6+X4L4LfTdu/2a63vAnALALOvr6+/S3HKhAk52YQNw4DtrLBh5m4GiuHBCE9cTL7Q4ny9O9T9B1D3w2hNnIfK8O6cib0lJRVAZW4xFCcA+e98D+n3+9/rPXbAyienx8Nm9qdME4GBtanuWdbTs+OpWOxJAO3eZe8AXnUfHF2xggBcTERfQEbUX+u5+urfLTh69BhcQvD5/Xm/hbrbd2gZuX79OGTGxWt8nlpP2RVieQqAToAEMMIbj9Py1Tu2X1BWDvVdw7UyihlMhI/+aOb+HF/dvXua/5imuxRwy0gOmBu7F6OTawHLjynjSxCMnmjj5dE12DK6BvOPNoKZu9HHA3y1suydixsaJi7ONyl22fGHcM3x/8WT9kRcpV7FidIHQJGqxAiuykyFdj6eDAaogK+i/vei68RrJgaPZcBV3pA0Qe1QsFPsT/lMBPx5fHVTz46nHnJ8lVkscuLaXl+NdXwFl6+OXP27Bcs8vvIV8JWrfYeWkdNcvjLOvq/eCMuohSHCzO9h5tWcKQHfxcyHABwB0IjMRLjjAFqZOeX8PPS7Mb+7D8DtNLD3g5j5jgnbt48CgGm7d1dM3bXr08zcpJT6slJqvFKqoqioSGvb3qdtG43HBv7NZUu0Nxw71nK8ubnRtu2chNnhUChPYTANav8+VPdDIDCY/LAR5awMmCJA+Ym0OtlgJJFIPPB4IJB3CatSqs3zXuV9D7P3YrmS3rmbAfDgsp6eqd1XXdUAoMETCE2PrlihoitWXBJdseJbAOqJaC0RLSOieQAejK1ceSPyf+sAAPQlEu6l1O7fNTN/DMCviKgmX8DHzHmrl2PAqLsgnHuG7Ctwyvl5aMymR+9Lwn+7n+wcXzWijFbwzDsmbL9hFADcvXtaxb/vmvZpk9E0SvGXRyoeP9pIVSyPrNC0d+w+vXkBGteOGXBPv7ygDr0qgFsCt7XcOermxm4VyvHVIw23Ajr3s0ew8XeH78Pbjv8WCow0BdCtYv2+SvgieHDKHZmDgwD7GexjJKzEA4//rICvDI+vRvLA7oQkQCnHV9YgvrqpZ2r3IcdXmUXg2f3To2NXqOjYFZdExzq+gsdXY0/iq75BfIVz7yvpgRlGPFz7cAqZ/A2nSk43ousf5PcT0Tun7Ny5k4hmuMdZsxCRisZid/b29EwE0T221iH3MmyVKZAJ0zQnmqaJxmPHUFVRkQyHw97uzP5rawao6GpQei/IOorRsT02sz4hrPJbAV95znkdnZ3YvmPH3bjySm+TmftQ6m1a6x1KKX/2g6MLBDFZ0pYFQ6mDRDTetbmEmddc3d19AYBnkak2nr33K5FZNluDPDiJAP9Ha/1VT6ZdwzCMdVrrSyzLQldHB/x+Pxg4VhSJfNIwjGIAD9bPmdMxcv36ic7zDAj8CsjARIEEYYJwLqnd8vhp+cqGyvGVyQr7MBIA3l9Mfe/84M65O2sIM4gQ9k7nDRHUgtlfuXPdMz+eWNez756SRFPoYNGJQKYlGsPnLl6GbX0VE4EK/O24f8RXtj+eXBCvz++rEMP+G8Lq1HKMu383qo814vrgTpv1CV/9ceI/oTvolL1yqjx0tHVi+8YddwMFfFWq3qaTeodKKD/HGHqqhk54fOWJV9JpC0aogK9ufB18ZTu+6nR8xR5fbZ3TMXLaufWVTOJ9izBh+/Y/Afgb9zafz3fSJG7MbNpal+6bMSNxZWdngojCvsxqHvcx2HvwICxnPgwz47za2h8Q0UcCfj+KnF4Ydgo7njjRBqX3g9I7wXYXYHeB/KOBktwVh7ZtY+OmTXuaFy3KydaZj4uOHatrb2u7NWWaHySiSLaeUlE4DMMwBhTUNJR6V9Dv/xE8Y/WauWXXrl33dff05HQB5ynwOWBOS0lp6abq6uqc0vDJZHJ+/cGDDxZFo5Oj0SgyYugEa72q84orlmSPG7l+/U6l1DRv3SZmhmWaNjKJ7FqQyXDZBOCOpksu2XKy90UQhhPXbZ//p0r0/E0aPryCMehGGNW+Y+hQmZIgU8A4P09RyzjD3Kj9pWtnbE88fPiqxPGSaPgvxtugXR3Qim0cOFiJhOUkibUYW1786g/Ixkf+T9+M32+7DaQJXMXQ1zJQljmMtI1xB/Zh0u5XEOnqRLS7Cy19o7Ey+p6ce7AtGxuf37SnedcQfHXnsbr2+rZbU63mB8lHESNqIDAhgKLZYRi2geCfPb4y1LuCgUF81X0SXyGPr0oK+OrQwQeLiqKTo5EoLNvxFetVnfUuX01zfKXy+Moq4KvdZ85X0gPzFuHArFnXTdi+fR4yxdouBQZGzTmTcDPdhT3MfO2+GTMSS9rbDaVUGMisNDI8Y52xSAQdXf2Duh1E1ABkljFbto1wKJSTQC9zogEOTgEHp+Ru9tz7wUOH0JdMXoQh8OqOHUsBvJ+UotKysvZgUVE5ESGVTiMQCCDoOd7W+iCAdzPzM0QnptgTUDVlypRP7Nq9O6dytJfse+YOOFKpVJ33uFAoVDpi5MgX/YHAZCJCIBCA3+9HS3Pz4tJnn6XOK67IpLQk8hUIKv8OwENNl1xyzhM7CsLrzZ9mbb5uwvYb+n2lYKFLxfvLguwB4TzW/dniNAPHWPUcY3Xt2hnbE+0/W2Ikb1DhGHoxnXfiFTqRm0WTgepIKw50ZXLJcJ+/g6JogA28PfU7TFz4Cu4f+Sm0jBqVIyNWBuonTUX9JCcu6QPo9wC5svACwMHdh9AXH6Kv/uD4qkhR6fVl7cGRReWUJqT2pxGI5/GVfRJf7TqJr8AAD9FXVS5fIQC/z4+WlubFpec9S531Ll/RIL7a/fr6SubAvIU4MGvWFgALAXyQiFoLjVvaWsOy7RW21mP3zpjxAgDsr68fk3YqPWfr+rjP6U0ksr8f0lpfCqD/A6y1RjyROATgm3ySLj/vPXV0dqKppcXqWbq0s8ApAIDYypX+2IoV94Loy9Hi4tjIUaOKiiKRcs8k3EyCKuR4KflULLYKQE6uBmeCbdnUKVNQUZ47nOXiZQCfVUrlJOeyrYErBOPx+G9CodD7/X4/An4/goEAopEIKisrORu8AIBSqjrP/y9/aKyre1CCF+GtxIFZj/X7ykdmq/Z8LrpASDHwqjbwpO1fsUb7xz41Y8cLADCn9vNjzOOZz+10/SpifKJwpcEWWhKZbhXu8R3SLYGMrwwARcA0Ywe+1HbbIdBJfHUQoKTHVx2daGpssXqOnMRXtSv9sbEr7kWAvhy9tjg28p5RRUV1kXJKO74qYqA3p+pLluRTDw3iq6lTUFFxir6yT+KrgB/BYADRmOOrepevqICvXql78PUOXgAJYN5yHJg1iw/MmvUrwzAWefc5gQu01l8AcM3+8893zZPHpw83NqKjsxOJvj509fQgnU4jlU7jaFOTZZrmzwDMPDJv3nkTx4/fDeBiT/Pr/xwM3rX3wIF2yzIxFLTW2HfwIIjoj4MdF1u5sloZxobSioqPV48ejWInx43XPdkep/4fALZlTQaAFcXFd2mtv6OZWWvdPw1OKYUJEyZg4oQJ2fZeBnA3gCm9S5fOrRk7dubYcePG1Iwdi5KSEifbMAZUZg2Hw9XBYBB+nw+GcaKUQnFxsZp94MAt2eOIKKf4GTOnAdw5pDdMEN5kHJj1GB+Y9divtNE5wFd7tIE/2QFs174v9EBds//8l0/4ylSf/mLqFuzbPwe9x0fgvM59qEofRyzdgZ4mw+oxYxlfLV563raezw7wVZBT6/88L3jX3pUH2q1kAV95Nmufxr7tQ/BV7cpqFTA2lC6v+Hj1PaNRfFMJVFRl8r9kMQDFHl8RYAcdXz18Gr46snRuzeixM8eOHTempsblKy7gq1AQfr/HVyXFavbiN46vZA7MW5Tpe/aUAMj5lmBalqW1/uSBmTPvBYA5Bw+S1vp7RPQu27aNnt7eCk8zHQB+AOC7hy+4oH+J0uK2tvEADniO/X/7Dhz4MYC4UgrTxwcRDFUD0GAKgDKjU/0pvJkZBw8dwtHjx/elk8nLe5ctO4o8xFauXBgrKXkyGo1G8i7VdiWLCwYCiEVzK7unTXPX+urq6dnXV3V1XQPgd/AsCXfKCNz50vjx3wGAMZs3UzAYXB8Ohxe4r5vs60NPTw/Gjh2b05vk7bVyY1lWSmtdtX3ixJ6aTZvaiKj/KxQz/7Cxru4jeU8UhLcI0/fMzOMrn6V1+JMHZq67FwA+cXAOtWr9vRDRu7qSVcaG1O0VNnI+7y5fXdvvq7ZfLM7rq1nbvpnxlV/hqlkB9NVWQ2lG2h9AOhwGEgA9AVAHgQOMg4cP4ejLx/el08nLexsK+Kp25cLY20qejF4TjVDUuzoToMME1eT4qjGAWIPHV0XmrvX/6/LVuwfxVXvHnS896/hqZgFfJQv4igfxlen46vmJPTXn5/HVK2fPVzIH5q3LgIFSn2HcvWvGjGzwopj5UaXUdUA2I2MUPT39tcgaiGja4QsuiOdpO1/htvUAUgC01lq9sr8PCjtB0LA4vNO2rOk+nw9+Z9JvV08PkskkUn19kwA0RP7612MAngPwRwDbQLRfKXVHNBb7ZjQaVYWyCGutYZomfD4fUuk0Isw5dZ/8Pt+0xW1to1ZXVBwDgKdLSp68rKXl5oDP96BSqiR7HBGhtKTk8vlHjjykte5RSv0kGAwu8F43FA7D5/fny/GSF0cSQQBPA1jAzH8H4PcAipj5BQAfPWkjgvDmJ4+vrLt3zegPXlQf86OVjq+i4VYswE+wtvtfAUsBHaEGGtM77fAF1w7wlTZwSfXePloAACAASURBVGIckKoEfHGg6BDg78V6+JCCBa1NrVZsSSLy4k4oZnT7wjvtfdZ0X9wHv8+PokgIXQd7kOxJIpVyfFVTwFdLY9+MvquArwjQIzTMvSZ8yofUyDQijQzFLl8lfNMW39A2avVjjq9+X/LkZX/TcnMgUMBXV53EV6EwfL4z5CvwC+Cz6ysJYN6i7JwyxZ6+Z08fgP6l00QUBYA5Bw8aAO4nouvc53hWxmwsELwAwK15tn1p0oQJ9+07cOBZAFcBgEYIANrMdGodgOnpdBrpdBrxeBzMjHSqP0UDARgN4L3ODyizyNCIRKN5P3jMDNM0k/HeXk6nUmHbtlFcUoJQMJhTyNE5918B3AUA844cWQjmJ1JKUSwa7Q92nKXZfwvgb5VSqKyoyFS6tu0B1/f5fLBtu7/nx5M/oX+fe7tS6sKZ+/ffefTCC+9FnoSAgvBWZueUHfb0PTM9vsp0r3zi4BwDwP1hj69KAy3A9v5kmBsPX7cor696p+DW3kmZ31MA4hMAML701+v+9b5r7/nas9o2rgKAeCAMKLSZjzi+QuZ/cTi+Sg/BV0sK+CrNMF8wk/EnejndmQrbbKP4ghKERgQRbXL5Ch5fXeX4KqkoVhyFUgV8Ven4ynqNvtIuXy3af+fRV8+tr2QOzFubHvcLZr502u7dH9FarwPwIe/B7FqSx8zdNZs2FQrZx+bZdiWAR8ePG3dBqTNHxaECRAMCHjOVyrleDkQgpYxgKDRgGXhGJGnE4/H1pmkW9cXjlbZlfRzMjd1dXThUXw/bkxCKmT+6uK2tcuyWLR+1LOspIiJmRiqVyuSTcYZ/PLkS+seG83W1WradWYFlWUilUuhLJtHV3Y3GxkYcP34cCVdCO1ebn87/wIIgYICvKi49f/enPtKjo3l91eFeaNDL3TWX5feVWZLHV5Tx1cMf/9wF777kWcQiiWxtogrE6FbvSgDTTIH5JL6aFIJ3xQ5rRnp1GvEvx9ebj5tFfa2Or2xu7N7UhUMv1sNWeXx1Q1vl2NkeXyVT0LbjK32KvrI8vkok0dXZjcaGRhw/dhyJeKI/eHG1ec59JXNg3sJM2727kYj6a9UzM3w+38DlzsgsndZao7s7M5vfyS/Qgkw36bPOf3c11tXx4ra2r8P5hlAIzYxUMom29nb09vbm5CvQtv1UKplsAnA9gBLvueRMxi2vrByQ1yWRSGQDDpOIqo5eeGEXAMRWrAgC+CyIPj1ixAijpiY3t1N7R0dvbzweLS0t7X9+n2Hk1H8CgERfX05GTNvJ6JtOpRAIBgv2BiWTSXR2dOT0Yo0YMcJbzDG+bcKE6IAGBEHAtN2zG4l0v6+Ix2Kuz0a1ahpwbCdr7NcaB577OcA+6PUa2JXHVy/U8f4ti7+eGDe4r1KWD88fnYLfrl6OQ0+MhD7QXy8AWttPpVJD8NX7KxGsDWaOiABIA4mfJ6APajDYJFDV0VcdX411fAXHV2M8vmrv6O3t9fjKZ6CoyOOrRB8sy+Mry0Y6nUIgMIivUkl0dnbAnd8lr69Wn1tfSQ/MW5uI+4W/UPDi9ELkoQrAjQC+D+BVpVT3mM2bdx2or9+ETPn19kIXVkQIh8OoGT0akUgkd59hNMSXL/8ggBEAbgCwEUAcmUqmYGb4A4EBwYtlWf33SUR+Zv7dqA0bxgBAz9KlqZ6lS/+DiOra2tpaLNdSZyJCWWlpNJvYj50LWbY94NuKz1U/yUmEgEQ8jr6+PvT29Azo3cm2HwgEBtRn6ujo6E/s5+z7aaH3SxCEUL8oFIB5vra8wUu7zgQvDEAZzrBOpu/mhK8UXlUTVPeYWzfvuvyb395UdBhfVcnCvgr6LFxd+yq+877vYsJlR07sIEApoyHeeBJf1QQywQsAdAE4ClgbLOiDjq9Afgb/btQMx1dHlqZ6jrh8ZTq+igE0hlB2Xh5fWUP0VcLxVe8gvvIPD19JAPPWpj8fgL9AVl53Sn72/DcLEcHv98Pn80V9Pt9UpdSDB+rrVyOTLfJqAI8BedJmOueWlZV5N3+4cs2aufHly9Px5csfjy9fviC+fHkUQBTAAjDfFovFWrwnpdNp76dxOYADozZs+PGoDRsmAkD3VVe9pLVe2Nra2gWcWFptGAbKPffBmTZztvkMo18Y2ftvb2uDZVl7bdtGT3c3TM852eO8751pmmhtaUE8kfizZr52+8SJH8/3HgmCAACxfl9d4ItihEoNOKJVaxzgTPBi6zC0VQSOc07pQCol+K/xwzfHF/VN901VterBy+/59modOrmvYmTi8qWbcjcSPlw5ec3ceOPydLxx+ePxxuUL4o0eXy3O46vNBXw1Y8OPR81wfHXY8VVbaxdKADVNgUYRjKkGyicNwVe+PL5qd/mqpxumeZq+ev7c+0oCmLc272HmDnc6fDfZ4REn2tbJZLKFM0Ui+49RSsFdNdm1bPmfV1dU8OqKiqdXV1S8A8BEAF9n5gE5B7TW3usTgG9WrlmTszG+fHkivnz5xpra2tXBUCgnlTaAdbZt78/zjH6/339bNBrdN233bnvqrl0No2pqwqlU6jLvgcFAIOc1MyPR15ezTSmVs4qJiBCJRn+utf61ZVn9c3C8y6bNdPoYM7d7t2ut0dXZ+cqOiROfzHPvgiD0E3oPc2lHKUUwgvoG7D1s12KHPRnMCpoDum37jS28Fyn+K/eHI6pGwbfYBwq6fFWsgAD+eVbFap5VsfrpWRWrXb4amCOlyYqCSvP4arLHV43LE/HG5RtrPlu7Ojg2VIncW15nHyvgq6D/tmhZdN+0xbvtqYt2NYwa4/jKY7zgyDy+SuTxlfL4KjIEX5mOr7iAr55/Y/hKApi3MLumTt2xa+rUcp9h/JN3HzMnGJjGzCO01iOKwuFHK8rLdfXIkdvLyso+bRjGfxiGsc8dvHh41v1idUVF/eqKik8BWJbtmsz+xBMJkFLebyhXArgO+fkBAPJc92sA/s5JpARmRjgcRnl5OWKxGPx+P4hIKaVqAGwJhEIBImrOeWbPRUzTRF/SkyccmQrb7t6qkdXVLwOIM5wyC063bX9RSa3h8/vf48w3+pDWur8PmpnjAP6zwHMKguCwa+r/7dg1dU35KKNsgK8auCqxC7XTEjxtRKu+ZkQy/LePxi4mXX3H49vL7nzk08aY9v8w5hv7fAt8ICOPr+xcX82qWF0/q2L1p76C2ct+zROxn2Po4AD+yjVYt3cmqOoUfHUYP8A6EG0k4FVkRZPxFRxfgREucnwVicHv84MMUsqnaqCwJeAPBShymr4KF/AVA1ozDCOPr3wuX/Eb11cSwAggop8CaPNsK/IZxr3BQKAtGol8Uyn1TiIaqZSqCwWDX62sqPhiRXn5JO8kV2fZ3ZMN8+d/q8DlBsz4N00TimiNe1swMyH225Vr1gS8xwNY4ilI1gDg8WMLFmwBUMbMnwdwNBwO52SydD2bQiYvTc7Ne8eDDcP4Wto0/zNfRt+iUAhBvz/7zNcRUZnqn0yXm53AmVC8tm3RolTbokUPMPM427aXaa0/prUubbnssoFfJwVByEsJ9fy0BSVtAGCDsB+jsZtqiwwjeW8w0NQWicS+qVTlO4miI5UaWRc63/5q5dd/+8WKj/1iUtGC5+EeHWJm2MfsJxt+k99XDYiOXYuR+CZm4TOow2MYh1R7MZRy+coPBGcGQDH6duXkPL5qxBJycrlQKwHtjq9edXwFx1ehcKbYIghkU3+EQsrxld/jq748vkoX8FVRCMHgKfpq36JU2z7HV9rxFevSlr1vHF9JHhgBL48fb885ePAiAC8BOakrrwHwCSJ6h/ecbFAQCoVASmVztxwF8M4j8+a9OMjlpng3pFMpENGKUChUEYtGF5eUlIAyy/0mtLa0/AmZseHMyTt3+txFzBw27pk+XQPAsQULErVbt/53MBjcT0S/9t5vttdHEQWIKEc23g++YRgPHpw9e+vlbW1LiOjy7DHZ45x5P0il05djkPThzLzv1cmT+2cNty1axABWOD+CIJwCPx//gj334IcvCsB6SYOiJvzZXY6vSjy+imTqCYW6EBq/ERTqQ3z1shO+uu8UfbU9DOqkFaG5/orY0tDikrdXgHwG2NYTWn/o8dU/7vSR6fHVcWzc8xnHV68uSNTO3vrfwXBwP8HlKxCICUwMthjKRwFSHl+l8vhqy+ytl98wiK/8PqRS6cuBk/hqrctX+964vpIeGAEA8PL48fsB3ObdTkRfJaLYYOf6MxH8KiK6oH7OnMFkAACT3S8sy0IkEsGo6uov1YwevbjYCV6ca6O8omLZJU1N/Wv59kyfbjFzl6fN47Vbt46t3br1ltqtW38B4FAqlfp1vhQBtjOnR+Um5QOA/snKAMDMNjJ1REBEyxLJZI97QnMWIkIwEPBNHD++hJlbs9dwtQMAnz/JeyIIwinw0vif708hcJsreAEAEBV/lcjv8VXusIq/4giQ9dUnT9FXHSFEJkcx6r7iL9V8p2xx8XUlIF/GJWQolH+oYtklTcdO+OrH0y1WHl+14Xjt7K1ja2dvvaV2tuOrvjy+sgE7aWcCmJABEAPVaaA4E1vo1CC+6ivgKxCCwYBv4ow3h68kD4yQw5yDB+8H8PfZ1z6n+KAb71CLZVnHunt6xh2cPfukVRoXtbauArA4+zqTHdJVDdVVuyhLXzK52zTNDmR6DH3MPBXO8I+TcddMp9O5JgNQVFSU0z2ayYFgWUTkCwQCqKqo6B9a0lqj18kh47S7emtt7eXZc2u3br05FAo9WFZaOmCyb/Y+mPnb+w4c2EpEPaWlpbchI78f7Zwy5Zsne18EQTh15hz8e5evRsPnq4bhmeNi29vgDmKs7tpj3X9597iDdw3FV5/O9ZU9Epb99hMHUABK5aZz6Hs0tdtcb+X6il2+6jTNdP0p+mqkH1X3MKgms2JIP1+M3p8q6G6Xr55x+Wq246vyUgSDeXzlZzD42/t25PHVuuHjKxlCErx8HMClAKbnCya01rBd6fNtrRsMpSYNJXgBAGae7Z6PMiCAdro83ccEAoGppnmiec98Fvh8Pr93+SCQEYBbCIZhgJkv1Vr/JhQITPa2wydm4jNcQZxznw+l0+lfNLe0hCKRCMqcSq7uZyCi/zd54sSHANzyfGXlo0N5PwRBeE04vqqaDhoFbyYIrRm2PQ5EXQCnYXeWNBhl6UlDCV4AgNk3m+jEFyxGqecAC8yBXF9d5p9qbrD6p9oQUX/WXgLBF/X50zhFX83B5GzwAgB0STf45zFkM1ugkK+aWkKRaARlZS5fkctXsxxfPTw8fSVDSEIOL48fHwdwMwA7myPFje3U/+mNx9He0YGurq5Ye0fHmEubmgIXHz/+qYuPH//MxcePD/h2AQCXNTeXElFpvn1uBsxFUSo7TJWXQkXIcnp2HHw+32gAl2qg3tuGceIaj26trd3n3n9k3jxm5v8FgHg8juPNzbAsy8rTg3kTgL8uam0dkNxGEIQzy8vjf+r4KmIrBXhVYGuC1T4GvWuuRPvH3oeuf7oh1n7TjWMuPdIUuHjX8U9dvPv4Zy7eWcBXTT8rJbJyfaUrPEdpcF+uZ4xKBf8Fg/gq3yoonMxXuj6nDR9gTO+PwR7d+ozHV9tdvuqN4/jxZlhsWWxwptvixC1kfHXj8PSVBDDCAF4eP347gP/JU2dId3d37+np6XEnTCoJBoNPAugwlLrHUOqLRHT4submfJ/SnkJDlrbW6O7psbp7e7t7nWKObkKhUMH79QxpJQD8FcCnAVzBAwuUXBcKBt9pmeYG7zVcQdI3Clzq77XWq5g5nU6n61vb2i5GpiprDkS0mIgOLGptHTABUBCEM8vL43+6HUj/j7f3hRm6+zvT9vR8bhbS940Amg0AKAnWOb4qVfcYJeqLFKbDlx3P4ysu72H2BCI8AgBg92p0P95ndX/X7u79QQpsM9AM4AECvk8IlQQL/utq95yir0LBd1qb1Qb2xDf+uv4NJ/dVKl3f2tx2MQw87a7hhMkA3UCLaSkdWPS54ecrmQMj5OXCxsZRABrdyVaY+ZHmlpaPAdgKoIqIUFJcnFPdOUtLW5tpmqZyVgy1a62vr58zZ+1lzc2rlFKLgcxwVCKRQFd3t04kEt+IFRf7DMP4BJAZDw4GAjmftWQqtS2VTr8KwGLmmG3b11uWRa5g6kEiuuXwBRf0b5i5f/9WAHOz7bh7a4pjMQRc81m01ujs7t790rhx04b6Pi1qbQ0A+CmA9wPw1go5vLqiYtxQ2xIE4fS48NDPRsGXbCSCy1d4pPmdl57wVZhQcksxotfm8dUn2kxzp8dXL81Ze1nTz1cpY3fGV/Y4JPZcia7H4jrxTOobsdoSnzHC+AQYKLoujOD2AChxwi/J4tS21C6Xr+L29VaPRelGj6+2uXy10PFVdsjJ7av/TCEwz1UzrovQ+eGi3S89fd7QfXWjy1ezAbXQ5atGPrz6/cPLVzIHRijEF7yZ4gBcNqKq6gOdnZ0fUUo9VFpaqnx5VvMwMxjwuytOK6X+BKCCmZdora9l5iWNR4/6k8lkkpm/1XzppS1Td+3a3N+G1vBePBgMPrOltvb/ZV+P3bJlM4B5rkPK3cGLw1oC5uYbZkqbZk4Ao5RC0O//a8F3JA/PV1amF7W2fhCZxHrv8+yuPpW2BEE4TZKlX6DY8dwP+dH5l434ctUHOn/W+RFVph4q/adS5avK4yvN4I4CvjLftkRz9FrW0SWN/17lT+5oT3KSv9X8yqUtU292fEUAr+UBQ0PB8wLPbPk3l69m5fHVtjy+ogK+2mjkBDCqhBG80jw1Xz1cmV50Y+sHMR1El3p8VTz8fCUBjFCI6e4XTk/dCABfqaqs5DzBTf9xfclkvpLtxQCwduRIBvAEgCcwcqT3mBUA5hHRgEKNnJmo9i0AqGtoIADVwUCgOZsJONHXB631+Xlu6UihOTLpdBrw9B5FIpHevAcPglKqFq7cDy5eOtW2BEE4DVjl+sryA92jR4DxlaobK5mOEWErgAWAex4uM6NvZRLcWsBXY0YycGPGVw94jjBdviKPr3zM6HJ8dbPjq1ig2ef3gRQh0dUHbZ6irzYqwJODOPLR9Kn76p8L+Kpt+PlK5sAIhbg/3/BipraGonz1k7QTvPTE4wPOY+ZnhnDNz2itN4SCwZx6QwBgW1azaZo/rGtoeBWZSq9Hy8rKrikpKUFxcTFGjhgBn2HUjN2yxTtJ+Ed5xpUBoFtr/aTWOiclODPftKSjY/aSjo5xSzo6ypZ0dAwa5F/e3l4E4BEgt1IJMzciUxhOEITXm3TkfmaXM1qnAVBQloKqV0QpArVTpk60g04y+lYk0fPd0/SVhc/oo3pDyAjm1BsCAPu43WyutH5Yd7PLVzVl15RUlqC4vBgjzxsBX8CoGTvrFHzVpJ7UnfD4yrppScf3Zi/p+N64JR3fK1vS8b3BffVsAV8luRFlw89XMgdGKMiFjY23APgsMoXNAGSqMXvzwmTrZ6RNE929mS8EzAzWug3AYWZ+SGv9tUNz5+at8OpmQWPjeMMw9rmz7TJzf1FJN95VUvFEAl1dXYuOzJuXU5Zg5v79ywj4tvPyd0T0JwDbtk2YYF/Z1fU1AJ/0Po8bZk4BeB6ZyXbrAWxeVV7ed3l7OwH4FQDv0FEngAtXlZfvgyAIZ4ULtz91C5T1WfSOmIjeagAEX58BY5/HV9dr6IRGeoeJ7vt6AbOAr14egq/uaBxvRIx9Trp/AABbDGubDVZ8Iq85A8pWcE3RQbwnga5jXYuObPf4auH+ZUR5fLV6gn1l1yt5fLUOwInK3MzhFDDyeSDi8tWSvsufPYmvrhh+vpIARjgpFzY2TkQmS++tRFQV8OeuOjQtC7Zto6unpz/IYObP7T///P8+1Wtdcvz4r71zSWzb7s8o6f579QZSfckkurq6fn1o7twPDPV6V3Z1LQawyr3NG8B4rwvAQibrZR+Ahd5DAbxtVXn5G6JaqyC81bjwaZev4lQVOODx1XQLtrLRdU8PuMvlq02n4at/O/5r8nl8dcSGPu60W8KZcQ4GDNvjq94kupq6fn3opVPx1St5fPUKkNsxA+YQXN87M75qHN2H1sr8vrpiePpKAhhhyFzY2Bgk4H2BQOCn7u2WbaOzqwvWieXM+wGcP3bUqPkAJhHRg8+Ulg7M3OThomPHLlZE67yJ7rLt5qlVlPO6u6cHiURi+6G5c2cP9Zmu7OryMXOSiPobG0IAMxh3ryov/8pQDxYE4fXhwqcbg5TE+wJ7Pb4abaPzkS5Y+zy+mjhqPgiTyKQHn/n9EHz1D8cuViM8vkpnel8yk/Y4M9+GkDeA6W7pQaIrsf3Qy6fiq1d8zOkkUcDlq5cBdOQcl1n+PfXEhkQY2DsJGLA0AnevumL4+krmwAhDZmNNTWpDTc3PAOxxb9e27Q5eAOCusaNG/YKIXlBKPQCg6YqOjkHrKQEAZXp4crbZJ1L7w7ZtmKaJZCqFVL7Mu5YFZj54Ks/0TEmJBeDznOFUApV8/B7AV19LA4IgnBk2XlWT2vD2PL56xXYHLwBw19iJo35BJr2g0uoBEJquuGkIvlJ5fNWoM8ELMeygDTNuItmZQqorj6/M0/HV+RbQ/HnmtOOrY/AGLxk8eelaK5AneBn2vpIARjgdNrhfeMqxPzuyqmoDEd2c/XATUSkz/0f2gEmvvJJ/BROwLec1M7TWTYm+Pu7u6UE8kUBfMolkMpm3l8S0rG7kKUh5Mp4tLf0SgAgzL2TmRQDeDuDvmPkOZn6UmVcBOHqSZloBfHhVebl0aQrCG4tcX4U9vhpVtYFMujk7P4U0lbLh8tWFBXylPb7qY+gW3ZRI9HF3Rw/iTQn0tSSRbE9Cp/P4KnW6vlr+JeBohHn7QubdLl+pO5hLHmUeswqoyvWVkVu/Dj4z46srhrevZAhJOGUWZpLZ3efelujrgzIM+H2+lKFU0Fvw0LSstqaWlu3I1FnyMfNTSqm37Zo6tf8P8MLGRjKU+j8iWspAXGv9X8z83c6urvcA+DGAAICjzPzLkuLi8T6f7z3Zc5k5RUThF0eNet3+oC9vbx8D4GLn53IA85H5WhMHcMWq8vKNg5wuCMI5YOG9eXy1sg/KNOAPOL7yeXzls9qaDuXx1TqXr5Y1kjFB/R9FaSlbiOsj+r+4h7/b2eHxFfiXJdXF432BPL76w+vpq+dO+CoVuBz14+YjGSaE+uIoSlyxas7kYe8rCWCEU2ZhS8tFyMxu78f9V0RECHon+pommtvacrZprf9+z/TpPzude1hw9OjDRPTu/usz790wevRZTYV9eXt7EJlR7tZV5eX2yY4XBOHss/DePL56BZnU/8gUWAz6PL4KmGiuz+OrF0/TV+/M46s/nmVfHd4YRLyoFMdHta664s3hK0lkJ5wOLzPAlGdQFchfXNHOM+QDT7K8Qizt6QkA+DyADyMzo/7TAJZ4DuN5R45UA/gRMr0jfQDuJ6LfANi9ecyYMx6pryovTwFoOtPtCoJwRnmZGewuM4AoTgQw+XxlvwZf3dgTQAyfRxE+DIYFG5+GxhK45/AyeN5VR6pRjB8h6PhK4X7yOb765evgq9oLM74a0lMMD6QHRjgtLmtpaSWgvzSr+68oX/XoY83NOfNWmNnUWo/fO2NGY6FrLO3piSAzRvxJAKPpxLlIptOcNs1+82itW2ytS4gokKepo0S0B8BnN9XUrMmzXxCENzGXfbGllaIuXx0AcCjzu0EKfsPjq6ZmaDuPrzYM4qsbHV8pfBKjMTq7rpGZkWxLc7rH5au0brFNXUIj8viKcJQU7QHhs5t+Jr4aDJnEK5wun8kGLQyAmdOmadqJvj5vdehMHhetkV3lo7XeqrWeVih4WdrTU7a0p+ezyCjm23AFL0DmG1M4GKSiUAhElG2zCpkx5xwIgKHUaEW0hIDVdY2NS177owuCMKzoxGey1Zy5D+CjnDbTpp2I98E28/jKzuOrAsHL0ht7ypbe6PKVcSJ4ARxfVQapaGQIpBxfpXQV/Hl8ZQBGQI1WPlpCCqvrPiy+GgwJYITT4oWqqh8BqGXgQwCmE1G4rb29uru7+yfeY22tYds2bNvea9v2VXumT5+3d8aMA97jru7unnt1d/eTzHwUwH+hQA9PFr/Ph2g4DEOp/v3eHkV397BTv+njp/60giAMZ174RtWPUI9aPowPYTumk0nhtub26u6OPL6yPb56cfq8vRvy+Ord3XOvfnceX1kAmwPvwV/kQ3R0GAYU2AaQzBSSdOMuCJmp1yK+GgwZQhLOKDP27jUqy8st9xCSaVlI9PX9OVJU9BXDMF56pqQkMfvAgcsAjC+OxdaFgsG/AfB+AHWFCpk5FJx3k0yn0ZtIZF/2AbCIKGao3Bidmb+3sabmo6f/hIIgvFmYceleo7Ky3PL7Xb4yPb76Y0li9mLHV8WxdaHQEHzlA1AFpoDLV0lk1isCSCbT6G1OAAaAGPoQhkUGxYyAx1c2f2/jz8RXhZAARjijzNi7d2R1VdXxnOyUrv3MrLXWCa111DAMGK56RoMELwlkJud+3zLNh/1+/9zsjuw5zIz27u56rfWXAfyKiNKK6B4iusvdEDPP3FhT88oZeFRBEIY5My7dO7K62uMrl7AG+Mo4BV8F8X0rYj7sj/nnwgbQjv5aSAxGe3N3vU47vqqhtPLTPaTy+Op+8VUhZBWScKYZOdhOIlI+w4iSb+CfHjMjVyTcQUT3AfifFbFYGwDUNTTcGfD7n4uEw1Cu3hUiQlksdsuK4uLV2W0Ljh6d5LlECxG9elpPJQjCm5GT+8pnRIlO0VcPO75a2nBnoNT/XKQyDOWasUEglI2N3bLixy5f3Sa+OlVkDoxwpqlOmycGgE+1f8+ZOJdi5vuIaNyKWOwL2eAFADaNGbMqbZp321qnPeeliWht9vWCo0cVMsup3Ty3YfRo6XIUBCFLdTrt8tUpNM6mRwAACnZJREFU2mGArx6OfSEbvADAphVjVqU7zbvtLo+vwGmyXb66rYCvfiK+GgzpgRHOKMw8tr2zE5GiokwyOyL4fL6c3pICtAN4CMBvAbywsri4YCn7itLS7wD4nGfzH5+KxSzX61kYUBAEzw3pIQRBeEvAzGPb2zsRiRQhGPQDOE1f/X4QX40u4Kufiq9eKxLACGeaxQAQTySy89UyeWH8fhiGAZ9hwOfzwe/3g5CZ4Gua5lcjRUWfX1lcfNIKsA5XAAi5NzDzi4vb2mh1RUX2G8sSoL8QbJbnTvehBEF4U5LxVTyBuCMsw3D5yufyFWUm+Jqm+dVIpOjzK3//Gnxl8YuLr2+j1Y+7fKUBYoAVsksVnnvtj/fmRgIY4Uxz3P3CZxhQSkFrDa01TGd4KfsaAJj5lXXV1UOVAZApXtYPMyNtWd8GcNfitrbnAaxRSt2mXBN8ba1bAew87acSBOHNSK6vfEP01V9eo68Sjq+ud3xVrG5TyKyxZGLYAd0KEl+dDFmFJJxRpu/ZEwGwl4hGEdGAjLzAABmAgbpXJ0/ePJT2l/f2EjMfJaLq/vaYYWXyNuQcm01ExcywbXvb+lGj5ryWZxME4c3F9Es8vvIPwVeMulfXDtFXt+Txlc2wEjZsy+MrMNjHYD/DDtnb1j8gvjoZMolXOKPsnDIlTkQ1zFxnKPW0d7/WWlvWiaHfcDgcj0YiaxccPXqwrqFhWV1Dw+CJYJjr3DJwtg1IYAdkViYppZBZ/mjUnP5TCYLwZmTnOpevjCH6KhpZu2DZ0YN1Vzcsq7v6JL6y8/jKKuArEJSlYPQZMOLiq6EgAYxwxnl18mTeOWXKZqXUv3n3EVHKMIzZWutloXD4OcMwIkQUIKLziOivzLxp3uHDtxcKZDTzBwdsc31DKoRSqvS0H0gQhDctr66dzDvXDcFXoQK+uvLw7YUCGa3z+MrSOXWW8qFM8dVQkABGeN146bzzNgO4172NiMKGYfxHLBZ7RhHVefaBiOYppX6gtd5aoNmcpE6aWWvmfwDwKQCPI7M6IB9tBbYLgiDgpedO4it1Gr5ij69s1toagq+U+GooyBwY4XVlbn19BMAuAGPc230+3ycNw/i6e1u24GMW27bnbx03bou3zaXd3U8Q0TIACc18+8ri4t9m9y1ua1PIlL1fxMy3AJjJzG3MfO0LI0bIpDhBEAoyd8lr9NWzeXz13u4nyKBlYCS0zbev/F+Xr653+Uo5viJuYx9f+8LD4quTIQGM8Lozt77+ZgAPurf5fD7bMAzDvc09CdeZ1zJ9S23trrNzl4IgCMDcJa/BV8+Ir84msoxaOBs8BOB2OLlZAEAplSOD7DwWV22jP2+prd11aXMzgbkGRL1rR4zoPJs3LQjCW5LT89UztbsufVszAVwDUO/aJ8RXrzfSAyOcFebW188C8DIAUk5iOzemaUJr3Q3gl0T0y2gkcpiZ/xHAvxFRhDNzXe5YO2LE987B7QuC8BZi7pJT9FU0j68037H2CfHV64kEMMJZY259/VMAlvr9/pxU3czM6XT6TiL6eTQSuRjAPwJ4Bzw9hMzcvaaqquSs3rQgCG9J5i4Zgq+iJ/HVn8VXrycyhCScTd4LYG+eJc1/Lo5GLQBNAMKDhNSyak4QhLNFYV/VRC340ARGmHsBmHnOFl+97sgbLJw1XjrvvNZAIPCnPLuuA/A9IgoTEfIlVGBmaOZfvs63KAiCAAB46bkCvlK4DiF8jwIUpiCBSgGvtJgZWouvXm+kB0Y42+R0qTIzVCafQv82IupfnugELtBabwTwsbN6p4IgvLUhj6/AUD4CKZevDAIHGUj2By7iq7OE9MAIZ5vPMLMFoD9I0flKATj1jSzbhta6D8D71ldXD56+UhAE4czyGYbjK6euvc5XCiDAsCwbluXy1ZPiq9cbCWCEs8qG0aN3ABjDzD8GsC+7XXuE4O6FAfCZ9dXVe8/aTQqCIADY8FfHV3D5igGd9Pgq6PHVk+Krs4GsQhLOGQuOHiUAFwG41VDqAwG/P+Ten7YsaK0PE9GE9dXVdv5WBEEQXn8WLHf5Kqo+ECj3+KrZgk46vnpSfHU2kABGeEOwsKVlqqFUThZLy7a1ZdsLXxw1at25ui9BEAQvCz/QMtUIeXzVbWur01744l/FV2cLGUIS3hCsqaraDWCbe5uh1H4JXgRBeKOx5ld5fBVT+yV4ObtIACO8kchZskhEky9va5t0rm5GEARhEAb66jbx1dlEAhjhDQMzr8mz7d/Pxb0IgiAMBp+XHOiraXHx1VlEAhjhDcHClpZRmvlb3jlZDEw+R7ckCIKQl4Utm0bpfzj2LY7kztXlAIuvziISwAjnnIUtLWMArAIw3R3AOL//9BzdliAIwgAWtmzK+EphOi85UXCaFQNhLb46i8gqJOGcsrClZRyAZwBMcG8nIoD5W89XVf3rubkzQRCEXBa2bMr1lQbwShGoMQiUWt96/rqp4quziAQwwjljYUvLeADPAaj17GIA/7SmquonZ/2mBEEQ8rCwZdNJfFUnvjrLSC0k4VzyQwyUgQZw65qqqgfOwf0IgiAUYhBf1YmvzgHSAyOcExa2tCgAfQACrs02gA+uqar67bm5K0EQhIEsbNk0iK/qxFfnCJnEK5wT1lRVaWS6Y7NYAN4jwYsgCG801lTVFfCVBC/nEhlCEs4lNwL4JICRAL6/pqrqpXN8P4IgCIXw+KpOfHWOkSEkQRAEQRCGHTKEJAiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOyQAEYQBEEQhGGHBDCCIAiCIAw7JIARBEEQBGHYIQGMIAiCIAjDDglgBEEQBEEYdkgAIwiCIAjCsEMCGEEQBEEQhh0SwAiCIAiCMOz4/34TidmfDw79AAAAAElFTkSuQmCC\n"
},
"metadata": {
"needs_background": "light"
}
},
{
"output_type": "stream",
"name": "stdout",
"text": [
"2022-05-13 23:27:52,309 Running model_2\n",
"2022-05-13 23:39:16,243 model_2 took 683.9s (3 recycles) with pLDDT 82.1 and ptmscore 0.746\n"
]
},
{
"output_type": "display_data",
"data": {
"text/plain": [
"<Figure size 600x300 with 2 Axes>"
],
"image/png": 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\n"
},
"metadata": {
"needs_background": "light"
}
},
{
"output_type": "stream",
"name": "stdout",
"text": [
"2022-05-13 23:40:19,755 Running model_3\n",
"2022-05-13 23:51:43,524 model_3 took 683.8s (3 recycles) with pLDDT 83.9 and ptmscore 0.736\n"
]
},
{
"output_type": "display_data",
"data": {
"text/plain": [
"<Figure size 600x300 with 2 Axes>"
],
"image/png": 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\n"
},
"metadata": {
"needs_background": "light"
}
},
{
"output_type": "stream",
"name": "stdout",
"text": [
"2022-05-13 23:52:47,270 Running model_4\n",
"2022-05-14 00:04:11,407 model_4 took 684.1s (3 recycles) with pLDDT 83.1 and ptmscore 0.745\n"
]
},
{
"output_type": "display_data",
"data": {
"text/plain": [
"<Figure size 600x300 with 2 Axes>"
],
"image/png": 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\n"
},
"metadata": {
"needs_background": "light"
}
},
{
"output_type": "stream",
"name": "stdout",
"text": [
"2022-05-14 00:05:14,739 Running model_5\n",
"2022-05-14 00:16:38,210 model_5 took 683.5s (3 recycles) with pLDDT 82.3 and ptmscore 0.734\n"
]
},
{
"output_type": "display_data",
"data": {
"text/plain": [
"<Figure size 600x300 with 2 Axes>"
],
"image/png": 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\n"
},
"metadata": {
"needs_background": "light"
}
},
{
"output_type": "stream",
"name": "stdout",
"text": [
"2022-05-14 00:17:41,379 reranking models by multimer\n",
"2022-05-14 00:17:47,223 Done\n"
]
}
]
},
{
"cell_type": "code",
"metadata": {
"id": "KK7X9T44pWb7",
"cellView": "form",
"colab": {
"base_uri": "https://localhost:8080/",
"height": 497
},
"outputId": "085c662c-fafe-4560-9cb6-b31db084359c"
},
"source": [
"#@title Display 3D structure {run: \"auto\"}\n",
"import py3Dmol\n",
"import glob\n",
"import matplotlib.pyplot as plt\n",
"rank_num = 1 #@param [\"1\", \"2\", \"3\", \"4\", \"5\"] {type:\"raw\"}\n",
"color = \"lDDT\" #@param [\"chain\", \"lDDT\", \"rainbow\"]\n",
"show_sidechains = False #@param {type:\"boolean\"}\n",
"show_mainchains = False #@param {type:\"boolean\"}\n",
"\n",
"jobname_prefix = \".custom\" if msa_mode == \"custom\" else \"\"\n",
"if use_amber:\n",
" pdb_filename = f\"{jobname}{jobname_prefix}_relaxed_rank_{rank_num}_model_*.pdb\"\n",
"else:\n",
" pdb_filename = f\"{jobname}{jobname_prefix}_unrelaxed_rank_{rank_num}_model_*.pdb\"\n",
"\n",
"pdb_file = glob.glob(pdb_filename)\n",
"\n",
"def show_pdb(rank_num=1, show_sidechains=False, show_mainchains=False, color=\"lDDT\"):\n",
" model_name = f\"rank_{rank_num}\"\n",
" view = py3Dmol.view(js='https://3dmol.org/build/3Dmol.js',)\n",
" view.addModel(open(pdb_file[0],'r').read(),'pdb')\n",
"\n",
" if color == \"lDDT\":\n",
" view.setStyle({'cartoon': {'colorscheme': {'prop':'b','gradient': 'roygb','min':50,'max':90}}})\n",
" elif color == \"rainbow\":\n",
" view.setStyle({'cartoon': {'color':'spectrum'}})\n",
" elif color == \"chain\":\n",
" chains = len(queries[0][1]) + 1 if is_complex else 1\n",
" for n,chain,color in zip(range(chains),list(\"ABCDEFGH\"),\n",
" [\"lime\",\"cyan\",\"magenta\",\"yellow\",\"salmon\",\"white\",\"blue\",\"orange\"]):\n",
" view.setStyle({'chain':chain},{'cartoon': {'color':color}})\n",
" if show_sidechains:\n",
" BB = ['C','O','N']\n",
" view.addStyle({'and':[{'resn':[\"GLY\",\"PRO\"],'invert':True},{'atom':BB,'invert':True}]},\n",
" {'stick':{'colorscheme':f\"WhiteCarbon\",'radius':0.3}})\n",
" view.addStyle({'and':[{'resn':\"GLY\"},{'atom':'CA'}]},\n",
" {'sphere':{'colorscheme':f\"WhiteCarbon\",'radius':0.3}})\n",
" view.addStyle({'and':[{'resn':\"PRO\"},{'atom':['C','O'],'invert':True}]},\n",
" {'stick':{'colorscheme':f\"WhiteCarbon\",'radius':0.3}}) \n",
" if show_mainchains:\n",
" BB = ['C','O','N','CA']\n",
" view.addStyle({'atom':BB},{'stick':{'colorscheme':f\"WhiteCarbon\",'radius':0.3}})\n",
"\n",
" view.zoomTo()\n",
" return view\n",
"\n",
"\n",
"show_pdb(rank_num,show_sidechains, show_mainchains, color).show()\n",
"\n",
"\n"
],
"execution_count": null,
"outputs": [
{
"output_type": "display_data",
"data": {
"application/3dmoljs_load.v0": "<div id=\"3dmolviewer_16524874672751665\" style=\"position: relative; width: 640px; height: 480px\">\n <p id=\"3dmolwarning_16524874672751665\" style=\"background-color:#ffcccc;color:black\">You appear to be running in JupyterLab (or JavaScript failed to load for some other reason). You need to install the 3dmol extension: <br>\n <tt>jupyter labextension install jupyterlab_3dmol</tt></p>\n </div>\n<script>\n\nvar loadScriptAsync = function(uri){\n return new Promise((resolve, reject) => {\n var tag = document.createElement('script');\n tag.src = uri;\n tag.async = true;\n tag.onload = () => {\n resolve();\n };\n var firstScriptTag = document.getElementsByTagName('script')[0];\n firstScriptTag.parentNode.insertBefore(tag, firstScriptTag);\n});\n};\n\nif(typeof $3Dmolpromise === 'undefined') {\n$3Dmolpromise = null;\n $3Dmolpromise = loadScriptAsync('https://3dmol.org/build/3Dmol.js');\n}\n\nvar viewer_16524874672751665 = null;\nvar warn = document.getElementById(\"3dmolwarning_16524874672751665\");\nif(warn) {\n warn.parentNode.removeChild(warn);\n}\n$3Dmolpromise.then(function() {\nviewer_16524874672751665 = $3Dmol.createViewer($(\"#3dmolviewer_16524874672751665\"),{backgroundColor:\"white\"});\nviewer_16524874672751665.zoomTo();\n\tviewer_16524874672751665.addModel(\"MODEL 1 \\nATOM 1 N THR B 1 12.785 -33.488 -44.066 1.00 42.26 N \\nATOM 2 CA THR B 1 12.372 -34.419 -43.022 1.00 42.26 C \\nATOM 3 C THR B 1 11.844 -33.666 -41.804 1.00 42.26 C \\nATOM 4 CB THR B 1 13.534 -35.335 -42.598 1.00 42.26 C \\nATOM 5 O THR B 1 12.496 -32.746 -41.306 1.00 42.26 O \\nATOM 6 CG2 THR B 1 13.558 -36.614 -43.429 1.00 42.26 C \\nATOM 7 OG1 THR B 1 14.774 -34.639 -42.778 1.00 42.26 O \\nATOM 8 N ASN B 2 10.552 -33.745 -41.612 1.00 62.05 N \\nATOM 9 CA ASN B 2 9.881 -33.076 -40.503 1.00 62.05 C \\nATOM 10 C ASN B 2 10.205 -33.741 -39.168 1.00 62.05 C \\nATOM 11 CB ASN B 2 8.368 -33.049 -40.729 1.00 62.05 C \\nATOM 12 O ASN B 2 9.742 -34.849 -38.893 1.00 62.05 O \\nATOM 13 CG ASN B 2 7.715 -31.802 -40.164 1.00 62.05 C \\nATOM 14 ND2 ASN B 2 6.392 -31.735 -40.249 1.00 62.05 N \\nATOM 15 OD1 ASN B 2 8.395 -30.907 -39.656 1.00 62.05 O \\nATOM 16 N LEU B 3 11.212 -33.163 -38.382 1.00 72.91 N \\nATOM 17 CA LEU B 3 11.600 -33.697 -37.081 1.00 72.91 C \\nATOM 18 C LEU B 3 10.504 -33.460 -36.047 1.00 72.91 C \\nATOM 19 CB LEU B 3 12.910 -33.060 -36.608 1.00 72.91 C \\nATOM 20 O LEU B 3 9.865 -32.406 -36.044 1.00 72.91 O \\nATOM 21 CG LEU B 3 14.199 -33.676 -37.154 1.00 72.91 C \\nATOM 22 CD1 LEU B 3 15.323 -32.646 -37.147 1.00 72.91 C \\nATOM 23 CD2 LEU B 3 14.589 -34.907 -36.342 1.00 72.91 C \\nATOM 24 N CYS B 4 10.241 -34.487 -35.180 1.00 77.40 N \\nATOM 25 CA CYS B 4 9.247 -34.363 -34.120 1.00 77.40 C \\nATOM 26 C CYS B 4 9.632 -33.263 -33.138 1.00 77.40 C \\nATOM 27 CB CYS B 4 9.087 -35.689 -33.377 1.00 77.40 C \\nATOM 28 O CYS B 4 10.807 -33.110 -32.799 1.00 77.40 O \\nATOM 29 SG CYS B 4 8.255 -36.968 -34.342 1.00 77.40 S \\nATOM 30 N PRO B 5 8.753 -32.409 -32.626 1.00 77.83 N \\nATOM 31 CA PRO B 5 9.031 -31.249 -31.776 1.00 77.83 C \\nATOM 32 C PRO B 5 9.141 -31.615 -30.297 1.00 77.83 C \\nATOM 33 CB PRO B 5 7.829 -30.334 -32.024 1.00 77.83 C \\nATOM 34 O PRO B 5 8.498 -30.986 -29.452 1.00 77.83 O \\nATOM 35 CG PRO B 5 6.698 -31.264 -32.326 1.00 77.83 C \\nATOM 36 CD PRO B 5 7.255 -32.499 -32.973 1.00 77.83 C \\nATOM 37 N PHE B 6 10.000 -32.501 -30.000 1.00 77.56 N \\nATOM 38 CA PHE B 6 10.167 -32.891 -28.605 1.00 77.56 C \\nATOM 39 C PHE B 6 10.729 -31.737 -27.784 1.00 77.56 C \\nATOM 40 CB PHE B 6 11.087 -34.111 -28.493 1.00 77.56 C \\nATOM 41 O PHE B 6 10.470 -31.638 -26.583 1.00 77.56 O \\nATOM 42 CG PHE B 6 10.468 -35.386 -28.999 1.00 77.56 C \\nATOM 43 CD1 PHE B 6 9.406 -35.976 -28.323 1.00 77.56 C \\nATOM 44 CD2 PHE B 6 10.948 -35.995 -30.151 1.00 77.56 C \\nATOM 45 CE1 PHE B 6 8.831 -37.156 -28.790 1.00 77.56 C \\nATOM 46 CE2 PHE B 6 10.379 -37.175 -30.623 1.00 77.56 C \\nATOM 47 CZ PHE B 6 9.321 -37.754 -29.940 1.00 77.56 C \\nATOM 48 N GLY B 7 11.414 -30.825 -28.418 1.00 76.07 N \\nATOM 49 CA GLY B 7 11.972 -29.647 -27.773 1.00 76.07 C \\nATOM 50 C GLY B 7 10.915 -28.732 -27.186 1.00 76.07 C \\nATOM 51 O GLY B 7 11.126 -28.127 -26.132 1.00 76.07 O \\nATOM 52 N GLU B 8 9.723 -28.632 -27.830 1.00 75.69 N \\nATOM 53 CA GLU B 8 8.620 -27.797 -27.363 1.00 75.69 C \\nATOM 54 C GLU B 8 8.079 -28.295 -26.026 1.00 75.69 C \\nATOM 55 CB GLU B 8 7.498 -27.758 -28.404 1.00 75.69 C \\nATOM 56 O GLU B 8 7.603 -27.503 -25.210 1.00 75.69 O \\nATOM 57 CG GLU B 8 7.831 -26.930 -29.636 1.00 75.69 C \\nATOM 58 CD GLU B 8 6.709 -26.904 -30.662 1.00 75.69 C \\nATOM 59 OE1 GLU B 8 6.940 -26.444 -31.803 1.00 75.69 O \\nATOM 60 OE2 GLU B 8 5.589 -27.346 -30.322 1.00 75.69 O \\nATOM 61 N VAL B 9 8.159 -29.577 -25.811 1.00 79.83 N \\nATOM 62 CA VAL B 9 7.645 -30.173 -24.582 1.00 79.83 C \\nATOM 63 C VAL B 9 8.692 -30.062 -23.477 1.00 79.83 C \\nATOM 64 CB VAL B 9 7.245 -31.651 -24.792 1.00 79.83 C \\nATOM 65 O VAL B 9 8.391 -29.607 -22.371 1.00 79.83 O \\nATOM 66 CG1 VAL B 9 6.749 -32.266 -23.485 1.00 79.83 C \\nATOM 67 CG2 VAL B 9 6.178 -31.765 -25.879 1.00 79.83 C \\nATOM 68 N PHE B 10 9.935 -30.314 -23.762 1.00 78.15 N \\nATOM 69 CA PHE B 10 10.992 -30.405 -22.762 1.00 78.15 C \\nATOM 70 C PHE B 10 11.491 -29.018 -22.373 1.00 78.15 C \\nATOM 71 CB PHE B 10 12.156 -31.254 -23.284 1.00 78.15 C \\nATOM 72 O PHE B 10 12.011 -28.826 -21.272 1.00 78.15 O \\nATOM 73 CG PHE B 10 11.870 -32.731 -23.298 1.00 78.15 C \\nATOM 74 CD1 PHE B 10 12.020 -33.494 -22.146 1.00 78.15 C \\nATOM 75 CD2 PHE B 10 11.452 -33.358 -24.465 1.00 78.15 C \\nATOM 76 CE1 PHE B 10 11.757 -34.862 -22.157 1.00 78.15 C \\nATOM 77 CE2 PHE B 10 11.187 -34.725 -24.483 1.00 78.15 C \\nATOM 78 CZ PHE B 10 11.341 -35.475 -23.328 1.00 78.15 C \\nATOM 79 N ASN B 11 11.252 -28.043 -23.186 1.00 71.59 N \\nATOM 80 CA ASN B 11 11.773 -26.701 -22.945 1.00 71.59 C \\nATOM 81 C ASN B 11 10.651 -25.707 -22.661 1.00 71.59 C \\nATOM 82 CB ASN B 11 12.612 -26.229 -24.135 1.00 71.59 C \\nATOM 83 O ASN B 11 10.859 -24.494 -22.728 1.00 71.59 O \\nATOM 84 CG ASN B 11 13.881 -27.039 -24.312 1.00 71.59 C \\nATOM 85 ND2 ASN B 11 14.279 -27.252 -25.561 1.00 71.59 N \\nATOM 86 OD1 ASN B 11 14.499 -27.470 -23.335 1.00 71.59 O \\nATOM 87 N ALA B 12 9.480 -26.290 -22.433 1.00 71.21 N \\nATOM 88 CA ALA B 12 8.356 -25.417 -22.104 1.00 71.21 C \\nATOM 89 C ALA B 12 8.659 -24.574 -20.869 1.00 71.21 C \\nATOM 90 CB ALA B 12 7.089 -26.242 -21.883 1.00 71.21 C \\nATOM 91 O ALA B 12 9.329 -25.037 -19.942 1.00 71.21 O \\nATOM 92 N THR B 13 8.318 -23.333 -20.929 1.00 60.99 N \\nATOM 93 CA THR B 13 8.581 -22.405 -19.835 1.00 60.99 C \\nATOM 94 C THR B 13 7.598 -22.628 -18.689 1.00 60.99 C \\nATOM 95 CB THR B 13 8.496 -20.943 -20.310 1.00 60.99 C \\nATOM 96 O THR B 13 7.897 -22.308 -17.536 1.00 60.99 O \\nATOM 97 CG2 THR B 13 9.814 -20.487 -20.927 1.00 60.99 C \\nATOM 98 OG1 THR B 13 7.457 -20.824 -21.289 1.00 60.99 O \\nATOM 99 N ARG B 14 6.457 -23.187 -19.109 1.00 60.50 N \\nATOM 100 CA ARG B 14 5.433 -23.451 -18.103 1.00 60.50 C \\nATOM 101 C ARG B 14 5.079 -24.933 -18.058 1.00 60.50 C \\nATOM 102 CB ARG B 14 4.178 -22.621 -18.383 1.00 60.50 C \\nATOM 103 O ARG B 14 4.810 -25.545 -19.094 1.00 60.50 O \\nATOM 104 CG ARG B 14 4.311 -21.155 -18.001 1.00 60.50 C \\nATOM 105 CD ARG B 14 3.024 -20.385 -18.265 1.00 60.50 C \\nATOM 106 NE ARG B 14 3.167 -18.969 -17.937 1.00 60.50 N \\nATOM 107 NH1 ARG B 14 0.968 -18.429 -18.396 1.00 60.50 N \\nATOM 108 NH2 ARG B 14 2.427 -16.810 -17.684 1.00 60.50 N \\nATOM 109 CZ ARG B 14 2.187 -18.073 -18.007 1.00 60.50 C \\nATOM 110 N PHE B 15 5.249 -25.509 -16.885 1.00 68.79 N \\nATOM 111 CA PHE B 15 4.777 -26.867 -16.641 1.00 68.79 C \\nATOM 112 C PHE B 15 3.559 -26.861 -15.725 1.00 68.79 C \\nATOM 113 CB PHE B 15 5.890 -27.723 -16.029 1.00 68.79 C \\nATOM 114 O PHE B 15 3.529 -26.137 -14.728 1.00 68.79 O \\nATOM 115 CG PHE B 15 6.657 -28.534 -17.039 1.00 68.79 C \\nATOM 116 CD1 PHE B 15 6.714 -29.919 -16.941 1.00 68.79 C \\nATOM 117 CD2 PHE B 15 7.321 -27.910 -18.087 1.00 68.79 C \\nATOM 118 CE1 PHE B 15 7.424 -30.671 -17.874 1.00 68.79 C \\nATOM 119 CE2 PHE B 15 8.032 -28.655 -19.024 1.00 68.79 C \\nATOM 120 CZ PHE B 15 8.083 -30.036 -18.914 1.00 68.79 C \\nATOM 121 N ALA B 16 2.515 -27.451 -16.162 1.00 67.46 N \\nATOM 122 CA ALA B 16 1.300 -27.555 -15.358 1.00 67.46 C \\nATOM 123 C ALA B 16 1.536 -28.411 -14.117 1.00 67.46 C \\nATOM 124 CB ALA B 16 0.159 -28.133 -16.191 1.00 67.46 C \\nATOM 125 O ALA B 16 2.471 -29.214 -14.077 1.00 67.46 O \\nATOM 126 N SER B 17 0.801 -28.142 -13.078 1.00 67.59 N \\nATOM 127 CA SER B 17 0.754 -29.099 -11.978 1.00 67.59 C \\nATOM 128 C SER B 17 0.249 -30.459 -12.449 1.00 67.59 C \\nATOM 129 CB SER B 17 -0.139 -28.578 -10.851 1.00 67.59 C \\nATOM 130 O SER B 17 -0.443 -30.552 -13.465 1.00 67.59 O \\nATOM 131 OG SER B 17 -1.284 -29.398 -10.695 1.00 67.59 O \\nATOM 132 N VAL B 18 0.629 -31.475 -11.714 1.00 69.83 N \\nATOM 133 CA VAL B 18 0.235 -32.830 -12.085 1.00 69.83 C \\nATOM 134 C VAL B 18 -1.286 -32.918 -12.181 1.00 69.83 C \\nATOM 135 CB VAL B 18 0.767 -33.872 -11.077 1.00 69.83 C \\nATOM 136 O VAL B 18 -1.820 -33.727 -12.945 1.00 69.83 O \\nATOM 137 CG1 VAL B 18 0.094 -33.700 -9.716 1.00 69.83 C \\nATOM 138 CG2 VAL B 18 0.550 -35.288 -11.608 1.00 69.83 C \\nATOM 139 N TYR B 19 -1.989 -32.001 -11.537 1.00 64.69 N \\nATOM 140 CA TYR B 19 -3.447 -32.026 -11.539 1.00 64.69 C \\nATOM 141 C TYR B 19 -4.001 -31.455 -12.839 1.00 64.69 C \\nATOM 142 CB TYR B 19 -4.000 -31.240 -10.346 1.00 64.69 C \\nATOM 143 O TYR B 19 -5.185 -31.618 -13.142 1.00 64.69 O \\nATOM 144 CG TYR B 19 -3.410 -31.654 -9.020 1.00 64.69 C \\nATOM 145 CD1 TYR B 19 -3.760 -32.866 -8.429 1.00 64.69 C \\nATOM 146 CD2 TYR B 19 -2.504 -30.836 -8.356 1.00 64.69 C \\nATOM 147 CE1 TYR B 19 -3.221 -33.251 -7.206 1.00 64.69 C \\nATOM 148 CE2 TYR B 19 -1.958 -31.211 -7.133 1.00 64.69 C \\nATOM 149 OH TYR B 19 -1.785 -32.795 -5.356 1.00 64.69 O \\nATOM 150 CZ TYR B 19 -2.322 -32.419 -6.567 1.00 64.69 C \\nATOM 151 N ALA B 20 -3.169 -30.825 -13.569 1.00 64.84 N \\nATOM 152 CA ALA B 20 -3.527 -30.223 -14.850 1.00 64.84 C \\nATOM 153 C ALA B 20 -2.510 -30.584 -15.929 1.00 64.84 C \\nATOM 154 CB ALA B 20 -3.636 -28.706 -14.713 1.00 64.84 C \\nATOM 155 O ALA B 20 -2.178 -29.756 -16.781 1.00 64.84 O \\nATOM 156 N TRP B 21 -1.986 -31.779 -15.750 1.00 74.59 N \\nATOM 157 CA TRP B 21 -0.944 -32.192 -16.684 1.00 74.59 C \\nATOM 158 C TRP B 21 -1.356 -31.898 -18.123 1.00 74.59 C \\nATOM 159 CB TRP B 21 -0.638 -33.684 -16.523 1.00 74.59 C \\nATOM 160 O TRP B 21 -2.547 -31.873 -18.442 1.00 74.59 O \\nATOM 161 CG TRP B 21 -1.826 -34.575 -16.725 1.00 74.59 C \\nATOM 162 CD1 TRP B 21 -2.674 -35.049 -15.762 1.00 74.59 C \\nATOM 163 CD2 TRP B 21 -2.295 -35.104 -17.969 1.00 74.59 C \\nATOM 164 CE2 TRP B 21 -3.433 -35.891 -17.685 1.00 74.59 C \\nATOM 165 CE3 TRP B 21 -1.863 -34.989 -19.297 1.00 74.59 C \\nATOM 166 NE1 TRP B 21 -3.643 -35.840 -16.334 1.00 74.59 N \\nATOM 167 CH2 TRP B 21 -3.702 -36.430 -19.974 1.00 74.59 C \\nATOM 168 CZ2 TRP B 21 -4.146 -36.560 -18.684 1.00 74.59 C \\nATOM 169 CZ3 TRP B 21 -2.574 -35.655 -20.288 1.00 74.59 C \\nATOM 170 N ASN B 22 -0.407 -31.631 -19.016 1.00 75.27 N \\nATOM 171 CA ASN B 22 -0.587 -31.356 -20.437 1.00 75.27 C \\nATOM 172 C ASN B 22 -0.203 -32.559 -21.295 1.00 75.27 C \\nATOM 173 CB ASN B 22 0.224 -30.127 -20.853 1.00 75.27 C \\nATOM 174 O ASN B 22 0.758 -33.265 -20.985 1.00 75.27 O \\nATOM 175 CG ASN B 22 -0.443 -28.825 -20.453 1.00 75.27 C \\nATOM 176 ND2 ASN B 22 0.362 -27.797 -20.211 1.00 75.27 N \\nATOM 177 OD1 ASN B 22 -1.671 -28.744 -20.363 1.00 75.27 O \\nATOM 178 N ARG B 23 -1.046 -32.858 -22.268 1.00 81.83 N \\nATOM 179 CA ARG B 23 -0.718 -33.906 -23.229 1.00 81.83 C \\nATOM 180 C ARG B 23 -0.577 -33.333 -24.636 1.00 81.83 C \\nATOM 181 CB ARG B 23 -1.786 -35.002 -23.215 1.00 81.83 C \\nATOM 182 O ARG B 23 -1.455 -32.609 -25.108 1.00 81.83 O \\nATOM 183 CG ARG B 23 -1.605 -36.052 -24.299 1.00 81.83 C \\nATOM 184 CD ARG B 23 -2.421 -37.305 -24.013 1.00 81.83 C \\nATOM 185 NE ARG B 23 -1.870 -38.062 -22.892 1.00 81.83 N \\nATOM 186 NH1 ARG B 23 -3.422 -39.769 -23.015 1.00 81.83 N \\nATOM 187 NH2 ARG B 23 -1.779 -39.819 -21.416 1.00 81.83 N \\nATOM 188 CZ ARG B 23 -2.358 -39.215 -22.444 1.00 81.83 C \\nATOM 189 N LYS B 24 0.526 -33.545 -25.199 1.00 85.67 N \\nATOM 190 CA LYS B 24 0.771 -33.200 -26.597 1.00 85.67 C \\nATOM 191 C LYS B 24 0.910 -34.453 -27.457 1.00 85.67 C \\nATOM 192 CB LYS B 24 2.025 -32.335 -26.725 1.00 85.67 C \\nATOM 193 O LYS B 24 1.660 -35.368 -27.112 1.00 85.67 O \\nATOM 194 CG LYS B 24 2.274 -31.808 -28.130 1.00 85.67 C \\nATOM 195 CD LYS B 24 3.346 -30.727 -28.141 1.00 85.67 C \\nATOM 196 CE LYS B 24 3.538 -30.142 -29.534 1.00 85.67 C \\nATOM 197 NZ LYS B 24 4.445 -28.955 -29.516 1.00 85.67 N \\nATOM 198 N ARG B 25 0.097 -34.565 -28.536 1.00 86.13 N \\nATOM 199 CA ARG B 25 0.212 -35.653 -29.502 1.00 86.13 C \\nATOM 200 C ARG B 25 1.219 -35.311 -30.594 1.00 86.13 C \\nATOM 201 CB ARG B 25 -1.150 -35.966 -30.125 1.00 86.13 C \\nATOM 202 O ARG B 25 1.089 -34.287 -31.268 1.00 86.13 O \\nATOM 203 CG ARG B 25 -1.138 -37.162 -31.063 1.00 86.13 C \\nATOM 204 CD ARG B 25 -2.516 -37.432 -31.651 1.00 86.13 C \\nATOM 205 NE ARG B 25 -2.457 -38.403 -32.740 1.00 86.13 N \\nATOM 206 NH1 ARG B 25 -4.653 -38.110 -33.396 1.00 86.13 N \\nATOM 207 NH2 ARG B 25 -3.310 -39.603 -34.503 1.00 86.13 N \\nATOM 208 CZ ARG B 25 -3.473 -38.703 -33.544 1.00 86.13 C \\nATOM 209 N ILE B 26 2.189 -36.049 -30.714 1.00 85.04 N \\nATOM 210 CA ILE B 26 3.224 -35.873 -31.727 1.00 85.04 C \\nATOM 211 C ILE B 26 3.102 -36.966 -32.785 1.00 85.04 C \\nATOM 212 CB ILE B 26 4.637 -35.889 -31.100 1.00 85.04 C \\nATOM 213 O ILE B 26 3.179 -38.156 -32.469 1.00 85.04 O \\nATOM 214 CG1 ILE B 26 4.741 -34.836 -29.991 1.00 85.04 C \\nATOM 215 CG2 ILE B 26 5.706 -35.664 -32.173 1.00 85.04 C \\nATOM 216 CD1 ILE B 26 5.983 -34.974 -29.121 1.00 85.04 C \\nATOM 217 N SER B 27 2.774 -36.605 -34.064 1.00 80.50 N \\nATOM 218 CA SER B 27 2.575 -37.562 -35.148 1.00 80.50 C \\nATOM 219 C SER B 27 3.173 -37.049 -36.454 1.00 80.50 C \\nATOM 220 CB SER B 27 1.086 -37.853 -35.339 1.00 80.50 C \\nATOM 221 O SER B 27 3.615 -35.901 -36.532 1.00 80.50 O \\nATOM 222 OG SER B 27 0.349 -36.649 -35.459 1.00 80.50 O \\nATOM 223 N ASN B 28 3.295 -38.032 -37.485 1.00 74.56 N \\nATOM 224 CA ASN B 28 3.683 -37.734 -38.859 1.00 74.56 C \\nATOM 225 C ASN B 28 5.020 -37.001 -38.918 1.00 74.56 C \\nATOM 226 CB ASN B 28 2.597 -36.913 -39.558 1.00 74.56 C \\nATOM 227 O ASN B 28 5.145 -35.980 -39.598 1.00 74.56 O \\nATOM 228 CG ASN B 28 1.465 -37.772 -40.086 1.00 74.56 C \\nATOM 229 ND2 ASN B 28 0.326 -37.147 -40.364 1.00 74.56 N \\nATOM 230 OD1 ASN B 28 1.612 -38.987 -40.243 1.00 74.56 O \\nATOM 231 N CYS B 29 5.931 -37.395 -38.075 1.00 77.31 N \\nATOM 232 CA CYS B 29 7.270 -36.816 -38.067 1.00 77.31 C \\nATOM 233 C CYS B 29 8.318 -37.870 -37.734 1.00 77.31 C \\nATOM 234 CB CYS B 29 7.351 -35.667 -37.062 1.00 77.31 C \\nATOM 235 O CYS B 29 7.978 -39.007 -37.401 1.00 77.31 O \\nATOM 236 SG CYS B 29 7.017 -36.166 -35.359 1.00 77.31 S \\nATOM 237 N VAL B 30 9.600 -37.521 -38.025 1.00 72.05 N \\nATOM 238 CA VAL B 30 10.723 -38.401 -37.719 1.00 72.05 C \\nATOM 239 C VAL B 30 11.201 -38.153 -36.290 1.00 72.05 C \\nATOM 240 CB VAL B 30 11.889 -38.200 -38.714 1.00 72.05 C \\nATOM 241 O VAL B 30 11.533 -37.022 -35.928 1.00 72.05 O \\nATOM 242 CG1 VAL B 30 13.063 -39.111 -38.360 1.00 72.05 C \\nATOM 243 CG2 VAL B 30 11.420 -38.460 -40.144 1.00 72.05 C \\nATOM 244 N ALA B 31 11.061 -39.204 -35.510 1.00 69.15 N \\nATOM 245 CA ALA B 31 11.458 -39.096 -34.108 1.00 69.15 C \\nATOM 246 C ALA B 31 12.976 -39.010 -33.973 1.00 69.15 C \\nATOM 247 CB ALA B 31 10.922 -40.281 -33.310 1.00 69.15 C \\nATOM 248 O ALA B 31 13.703 -39.830 -34.539 1.00 69.15 O \\nATOM 249 N ASP B 32 13.487 -37.893 -33.500 1.00 71.62 N \\nATOM 250 CA ASP B 32 14.889 -37.748 -33.123 1.00 71.62 C \\nATOM 251 C ASP B 32 15.043 -37.647 -31.607 1.00 71.62 C \\nATOM 252 CB ASP B 32 15.502 -36.518 -33.796 1.00 71.62 C \\nATOM 253 O ASP B 32 14.948 -36.557 -31.039 1.00 71.62 O \\nATOM 254 CG ASP B 32 16.986 -36.365 -33.516 1.00 71.62 C \\nATOM 255 OD1 ASP B 32 17.600 -37.298 -32.955 1.00 71.62 O \\nATOM 256 OD2 ASP B 32 17.547 -35.301 -33.856 1.00 71.62 O \\nATOM 257 N TYR B 33 15.321 -38.785 -30.984 1.00 70.32 N \\nATOM 258 CA TYR B 33 15.376 -38.833 -29.527 1.00 70.32 C \\nATOM 259 C TYR B 33 16.765 -38.467 -29.020 1.00 70.32 C \\nATOM 260 CB TYR B 33 14.986 -40.225 -29.021 1.00 70.32 C \\nATOM 261 O TYR B 33 17.005 -38.441 -27.811 1.00 70.32 O \\nATOM 262 CG TYR B 33 13.549 -40.594 -29.303 1.00 70.32 C \\nATOM 263 CD1 TYR B 33 12.508 -40.035 -28.565 1.00 70.32 C \\nATOM 264 CD2 TYR B 33 13.231 -41.502 -30.307 1.00 70.32 C \\nATOM 265 CE1 TYR B 33 11.183 -40.373 -28.821 1.00 70.32 C \\nATOM 266 CE2 TYR B 33 11.909 -41.847 -30.571 1.00 70.32 C \\nATOM 267 OH TYR B 33 9.584 -41.616 -30.082 1.00 70.32 O \\nATOM 268 CZ TYR B 33 10.894 -41.278 -29.824 1.00 70.32 C \\nATOM 269 N SER B 34 17.698 -38.272 -30.027 1.00 66.87 N \\nATOM 270 CA SER B 34 19.045 -37.861 -29.644 1.00 66.87 C \\nATOM 271 C SER B 34 19.021 -36.564 -28.842 1.00 66.87 C \\nATOM 272 CB SER B 34 19.925 -37.687 -30.883 1.00 66.87 C \\nATOM 273 O SER B 34 19.925 -36.303 -28.046 1.00 66.87 O \\nATOM 274 OG SER B 34 19.265 -36.904 -31.862 1.00 66.87 O \\nATOM 275 N VAL B 35 17.907 -35.778 -29.053 1.00 65.00 N \\nATOM 276 CA VAL B 35 17.758 -34.506 -28.353 1.00 65.00 C \\nATOM 277 C VAL B 35 17.588 -34.757 -26.856 1.00 65.00 C \\nATOM 278 CB VAL B 35 16.560 -33.696 -28.896 1.00 65.00 C \\nATOM 279 O VAL B 35 17.939 -33.907 -26.034 1.00 65.00 O \\nATOM 280 CG1 VAL B 35 16.374 -32.406 -28.099 1.00 65.00 C \\nATOM 281 CG2 VAL B 35 16.754 -33.388 -30.380 1.00 65.00 C \\nATOM 282 N LEU B 36 17.037 -35.849 -26.490 1.00 65.03 N \\nATOM 283 CA LEU B 36 16.792 -36.214 -25.099 1.00 65.03 C \\nATOM 284 C LEU B 36 18.098 -36.550 -24.387 1.00 65.03 C \\nATOM 285 CB LEU B 36 15.832 -37.404 -25.019 1.00 65.03 C \\nATOM 286 O LEU B 36 18.231 -36.318 -23.183 1.00 65.03 O \\nATOM 287 CG LEU B 36 14.422 -37.177 -25.566 1.00 65.03 C \\nATOM 288 CD1 LEU B 36 13.697 -38.508 -25.732 1.00 65.03 C \\nATOM 289 CD2 LEU B 36 13.637 -36.245 -24.649 1.00 65.03 C \\nATOM 290 N TYR B 37 19.022 -37.116 -25.216 1.00 58.91 N \\nATOM 291 CA TYR B 37 20.296 -37.557 -24.659 1.00 58.91 C \\nATOM 292 C TYR B 37 21.238 -36.377 -24.452 1.00 58.91 C \\nATOM 293 CB TYR B 37 20.953 -38.595 -25.574 1.00 58.91 C \\nATOM 294 O TYR B 37 22.105 -36.412 -23.575 1.00 58.91 O \\nATOM 295 CG TYR B 37 20.146 -39.861 -25.733 1.00 58.91 C \\nATOM 296 CD1 TYR B 37 20.053 -40.786 -24.696 1.00 58.91 C \\nATOM 297 CD2 TYR B 37 19.476 -40.134 -26.920 1.00 58.91 C \\nATOM 298 CE1 TYR B 37 19.313 -41.954 -24.838 1.00 58.91 C \\nATOM 299 CE2 TYR B 37 18.733 -41.300 -27.074 1.00 58.91 C \\nATOM 300 OH TYR B 37 17.922 -43.357 -26.176 1.00 58.91 O \\nATOM 301 CZ TYR B 37 18.657 -42.202 -26.029 1.00 58.91 C \\nATOM 302 N ASN B 38 21.123 -35.412 -25.306 1.00 49.49 N \\nATOM 303 CA ASN B 38 22.016 -34.260 -25.244 1.00 49.49 C \\nATOM 304 C ASN B 38 21.522 -33.221 -24.242 1.00 49.49 C \\nATOM 305 CB ASN B 38 22.173 -33.628 -26.629 1.00 49.49 C \\nATOM 306 O ASN B 38 22.250 -32.287 -23.900 1.00 49.49 O \\nATOM 307 CG ASN B 38 23.079 -34.435 -27.539 1.00 49.49 C \\nATOM 308 ND2 ASN B 38 22.899 -34.278 -28.845 1.00 49.49 N \\nATOM 309 OD1 ASN B 38 23.932 -35.194 -27.072 1.00 49.49 O \\nATOM 310 N SER B 39 20.290 -33.233 -24.008 1.00 47.61 N \\nATOM 311 CA SER B 39 19.682 -32.217 -23.155 1.00 47.61 C \\nATOM 312 C SER B 39 19.980 -32.480 -21.683 1.00 47.61 C \\nATOM 313 CB SER B 39 18.170 -32.165 -23.377 1.00 47.61 C \\nATOM 314 O SER B 39 20.544 -33.519 -21.334 1.00 47.61 O \\nATOM 315 OG SER B 39 17.502 -33.053 -22.497 1.00 47.61 O \\nATOM 316 N ALA B 40 19.294 -32.026 -20.644 1.00 51.35 N \\nATOM 317 CA ALA B 40 19.223 -31.812 -19.201 1.00 51.35 C \\nATOM 318 C ALA B 40 19.657 -33.061 -18.439 1.00 51.35 C \\nATOM 319 CB ALA B 40 17.808 -31.409 -18.792 1.00 51.35 C \\nATOM 320 O ALA B 40 19.643 -34.166 -18.987 1.00 51.35 O \\nATOM 321 N SER B 41 20.695 -32.979 -17.613 1.00 61.79 N \\nATOM 322 CA SER B 41 20.970 -33.899 -16.513 1.00 61.79 C \\nATOM 323 C SER B 41 19.679 -34.443 -15.912 1.00 61.79 C \\nATOM 324 CB SER B 41 21.796 -33.206 -15.428 1.00 61.79 C \\nATOM 325 O SER B 41 19.157 -33.887 -14.943 1.00 61.79 O \\nATOM 326 OG SER B 41 23.025 -32.736 -15.954 1.00 61.79 O \\nATOM 327 N PHE B 42 18.934 -35.323 -16.699 1.00 74.68 N \\nATOM 328 CA PHE B 42 17.709 -35.928 -16.191 1.00 74.68 C \\nATOM 329 C PHE B 42 17.988 -36.748 -14.938 1.00 74.68 C \\nATOM 330 CB PHE B 42 17.061 -36.811 -17.262 1.00 74.68 C \\nATOM 331 O PHE B 42 18.976 -37.483 -14.878 1.00 74.68 O \\nATOM 332 CG PHE B 42 16.737 -36.081 -18.537 1.00 74.68 C \\nATOM 333 CD1 PHE B 42 15.878 -34.988 -18.530 1.00 74.68 C \\nATOM 334 CD2 PHE B 42 17.292 -36.486 -19.744 1.00 74.68 C \\nATOM 335 CE1 PHE B 42 15.577 -34.310 -19.709 1.00 74.68 C \\nATOM 336 CE2 PHE B 42 16.995 -35.814 -20.926 1.00 74.68 C \\nATOM 337 CZ PHE B 42 16.137 -34.726 -20.906 1.00 74.68 C \\nATOM 338 N SER B 43 17.252 -36.473 -13.958 1.00 79.25 N \\nATOM 339 CA SER B 43 17.346 -37.290 -12.753 1.00 79.25 C \\nATOM 340 C SER B 43 16.747 -38.675 -12.976 1.00 79.25 C \\nATOM 341 CB SER B 43 16.640 -36.603 -11.583 1.00 79.25 C \\nATOM 342 O SER B 43 17.158 -39.645 -12.335 1.00 79.25 O \\nATOM 343 OG SER B 43 16.034 -35.392 -12.002 1.00 79.25 O \\nATOM 344 N THR B 44 15.767 -38.708 -13.811 1.00 82.91 N \\nATOM 345 CA THR B 44 15.097 -39.955 -14.160 1.00 82.91 C \\nATOM 346 C THR B 44 14.890 -40.054 -15.669 1.00 82.91 C \\nATOM 347 CB THR B 44 13.739 -40.079 -13.444 1.00 82.91 C \\nATOM 348 O THR B 44 14.422 -39.104 -16.300 1.00 82.91 O \\nATOM 349 CG2 THR B 44 13.043 -41.387 -13.808 1.00 82.91 C \\nATOM 350 OG1 THR B 44 13.947 -40.040 -12.027 1.00 82.91 O \\nATOM 351 N PHE B 45 15.414 -41.146 -16.253 1.00 86.85 N \\nATOM 352 CA PHE B 45 15.146 -41.556 -17.626 1.00 86.85 C \\nATOM 353 C PHE B 45 14.906 -43.059 -17.705 1.00 86.85 C \\nATOM 354 CB PHE B 45 16.309 -41.162 -18.543 1.00 86.85 C \\nATOM 355 O PHE B 45 15.852 -43.839 -17.832 1.00 86.85 O \\nATOM 356 CG PHE B 45 16.006 -41.319 -20.008 1.00 86.85 C \\nATOM 357 CD1 PHE B 45 14.935 -42.096 -20.432 1.00 86.85 C \\nATOM 358 CD2 PHE B 45 16.794 -40.690 -20.963 1.00 86.85 C \\nATOM 359 CE1 PHE B 45 14.653 -42.244 -21.788 1.00 86.85 C \\nATOM 360 CE2 PHE B 45 16.518 -40.833 -22.320 1.00 86.85 C \\nATOM 361 CZ PHE B 45 15.448 -41.611 -22.730 1.00 86.85 C \\nATOM 362 N LYS B 46 13.624 -43.466 -17.538 1.00 88.37 N \\nATOM 363 CA LYS B 46 13.240 -44.874 -17.508 1.00 88.37 C \\nATOM 364 C LYS B 46 12.213 -45.187 -18.592 1.00 88.37 C \\nATOM 365 CB LYS B 46 12.682 -45.249 -16.134 1.00 88.37 C \\nATOM 366 O LYS B 46 11.222 -44.470 -18.742 1.00 88.37 O \\nATOM 367 CG LYS B 46 13.691 -45.927 -15.219 1.00 88.37 C \\nATOM 368 CD LYS B 46 13.057 -46.346 -13.899 1.00 88.37 C \\nATOM 369 CE LYS B 46 14.083 -46.955 -12.954 1.00 88.37 C \\nATOM 370 NZ LYS B 46 13.473 -47.336 -11.645 1.00 88.37 N \\nATOM 371 N CYS B 47 12.512 -46.157 -19.360 1.00 88.48 N \\nATOM 372 CA CYS B 47 11.582 -46.590 -20.398 1.00 88.48 C \\nATOM 373 C CYS B 47 10.962 -47.937 -20.048 1.00 88.48 C \\nATOM 374 CB CYS B 47 12.292 -46.681 -21.749 1.00 88.48 C \\nATOM 375 O CYS B 47 11.588 -48.756 -19.373 1.00 88.48 O \\nATOM 376 SG CYS B 47 12.817 -45.082 -22.404 1.00 88.48 S \\nATOM 377 N TYR B 48 9.736 -48.170 -20.389 1.00 89.20 N \\nATOM 378 CA TYR B 48 8.981 -49.396 -20.160 1.00 89.20 C \\nATOM 379 C TYR B 48 8.478 -49.982 -21.474 1.00 89.20 C \\nATOM 380 CB TYR B 48 7.800 -49.133 -19.220 1.00 89.20 C \\nATOM 381 O TYR B 48 7.893 -49.270 -22.294 1.00 89.20 O \\nATOM 382 CG TYR B 48 8.202 -48.540 -17.892 1.00 89.20 C \\nATOM 383 CD1 TYR B 48 8.522 -49.357 -16.810 1.00 89.20 C \\nATOM 384 CD2 TYR B 48 8.262 -47.161 -17.715 1.00 89.20 C \\nATOM 385 CE1 TYR B 48 8.891 -48.815 -15.583 1.00 89.20 C \\nATOM 386 CE2 TYR B 48 8.630 -46.608 -16.493 1.00 89.20 C \\nATOM 387 OH TYR B 48 9.307 -46.899 -14.223 1.00 89.20 O \\nATOM 388 CZ TYR B 48 8.942 -47.442 -15.435 1.00 89.20 C \\nATOM 389 N GLY B 49 8.684 -51.270 -21.726 1.00 84.50 N \\nATOM 390 CA GLY B 49 8.209 -51.931 -22.931 1.00 84.50 C \\nATOM 391 C GLY B 49 9.087 -51.670 -24.140 1.00 84.50 C \\nATOM 392 O GLY B 49 8.838 -52.207 -25.221 1.00 84.50 O \\nATOM 393 N VAL B 50 10.101 -50.798 -23.930 1.00 81.74 N \\nATOM 394 CA VAL B 50 11.066 -50.500 -24.982 1.00 81.74 C \\nATOM 395 C VAL B 50 12.430 -50.203 -24.363 1.00 81.74 C \\nATOM 396 CB VAL B 50 10.606 -49.310 -25.854 1.00 81.74 C \\nATOM 397 O VAL B 50 12.515 -49.779 -23.208 1.00 81.74 O \\nATOM 398 CG1 VAL B 50 9.347 -49.672 -26.640 1.00 81.74 C \\nATOM 399 CG2 VAL B 50 10.363 -48.077 -24.987 1.00 81.74 C \\nATOM 400 N SER B 51 13.484 -50.562 -25.119 1.00 77.74 N \\nATOM 401 CA SER B 51 14.835 -50.249 -24.665 1.00 77.74 C \\nATOM 402 C SER B 51 15.209 -48.807 -24.992 1.00 77.74 C \\nATOM 403 CB SER B 51 15.848 -51.204 -25.298 1.00 77.74 C \\nATOM 404 O SER B 51 14.992 -48.344 -26.114 1.00 77.74 O \\nATOM 405 OG SER B 51 17.172 -50.744 -25.086 1.00 77.74 O \\nATOM 406 N PRO B 52 15.744 -48.044 -24.007 1.00 75.02 N \\nATOM 407 CA PRO B 52 16.164 -46.662 -24.251 1.00 75.02 C \\nATOM 408 C PRO B 52 17.172 -46.544 -25.391 1.00 75.02 C \\nATOM 409 CB PRO B 52 16.794 -46.245 -22.919 1.00 75.02 C \\nATOM 410 O PRO B 52 17.183 -45.541 -26.109 1.00 75.02 O \\nATOM 411 CG PRO B 52 16.451 -47.349 -21.972 1.00 75.02 C \\nATOM 412 CD PRO B 52 15.964 -48.526 -22.767 1.00 75.02 C \\nATOM 413 N THR B 53 18.022 -47.582 -25.664 1.00 72.21 N \\nATOM 414 CA THR B 53 19.077 -47.552 -26.670 1.00 72.21 C \\nATOM 415 C THR B 53 18.503 -47.791 -28.063 1.00 72.21 C \\nATOM 416 CB THR B 53 20.163 -48.602 -26.372 1.00 72.21 C \\nATOM 417 O THR B 53 19.164 -47.520 -29.068 1.00 72.21 O \\nATOM 418 CG2 THR B 53 20.970 -48.224 -25.134 1.00 72.21 C \\nATOM 419 OG1 THR B 53 19.542 -49.875 -26.154 1.00 72.21 O \\nATOM 420 N LYS B 54 17.271 -48.215 -28.083 1.00 71.92 N \\nATOM 421 CA LYS B 54 16.679 -48.562 -29.371 1.00 71.92 C \\nATOM 422 C LYS B 54 15.573 -47.582 -29.750 1.00 71.92 C \\nATOM 423 CB LYS B 54 16.129 -49.988 -29.342 1.00 71.92 C \\nATOM 424 O LYS B 54 14.799 -47.838 -30.675 1.00 71.92 O \\nATOM 425 CG LYS B 54 17.195 -51.060 -29.171 1.00 71.92 C \\nATOM 426 CD LYS B 54 17.091 -52.130 -30.250 1.00 71.92 C \\nATOM 427 CE LYS B 54 18.170 -53.192 -30.092 1.00 71.92 C \\nATOM 428 NZ LYS B 54 18.076 -54.240 -31.152 1.00 71.92 N \\nATOM 429 N LEU B 55 15.504 -46.458 -29.031 1.00 75.73 N \\nATOM 430 CA LEU B 55 14.404 -45.524 -29.247 1.00 75.73 C \\nATOM 431 C LEU B 55 14.438 -44.963 -30.665 1.00 75.73 C \\nATOM 432 CB LEU B 55 14.465 -44.380 -28.232 1.00 75.73 C \\nATOM 433 O LEU B 55 13.391 -44.775 -31.288 1.00 75.73 O \\nATOM 434 CG LEU B 55 13.666 -44.576 -26.942 1.00 75.73 C \\nATOM 435 CD1 LEU B 55 14.307 -43.795 -25.799 1.00 75.73 C \\nATOM 436 CD2 LEU B 55 12.216 -44.149 -27.140 1.00 75.73 C \\nATOM 437 N ASN B 56 15.644 -44.750 -31.119 1.00 69.00 N \\nATOM 438 CA ASN B 56 15.800 -44.151 -32.440 1.00 69.00 C \\nATOM 439 C ASN B 56 15.439 -45.136 -33.548 1.00 69.00 C \\nATOM 440 CB ASN B 56 17.228 -43.636 -32.631 1.00 69.00 C \\nATOM 441 O ASN B 56 15.220 -44.737 -34.693 1.00 69.00 O \\nATOM 442 CG ASN B 56 17.476 -42.323 -31.915 1.00 69.00 C \\nATOM 443 ND2 ASN B 56 18.731 -42.066 -31.568 1.00 69.00 N \\nATOM 444 OD1 ASN B 56 16.547 -41.548 -31.675 1.00 69.00 O \\nATOM 445 N ASP B 57 15.335 -46.486 -33.131 1.00 68.82 N \\nATOM 446 CA ASP B 57 15.076 -47.530 -34.117 1.00 68.82 C \\nATOM 447 C ASP B 57 13.592 -47.886 -34.164 1.00 68.82 C \\nATOM 448 CB ASP B 57 15.907 -48.778 -33.809 1.00 68.82 C \\nATOM 449 O ASP B 57 13.166 -48.686 -34.999 1.00 68.82 O \\nATOM 450 CG ASP B 57 17.403 -48.526 -33.879 1.00 68.82 C \\nATOM 451 OD1 ASP B 57 17.840 -47.664 -34.672 1.00 68.82 O \\nATOM 452 OD2 ASP B 57 18.151 -49.199 -33.138 1.00 68.82 O \\nATOM 453 N LEU B 58 12.841 -47.252 -33.351 1.00 69.37 N \\nATOM 454 CA LEU B 58 11.433 -47.617 -33.236 1.00 69.37 C \\nATOM 455 C LEU B 58 10.576 -46.785 -34.184 1.00 69.37 C \\nATOM 456 CB LEU B 58 10.947 -47.432 -31.796 1.00 69.37 C \\nATOM 457 O LEU B 58 10.897 -45.628 -34.464 1.00 69.37 O \\nATOM 458 CG LEU B 58 11.519 -48.400 -30.758 1.00 69.37 C \\nATOM 459 CD1 LEU B 58 11.255 -47.881 -29.348 1.00 69.37 C \\nATOM 460 CD2 LEU B 58 10.925 -49.792 -30.940 1.00 69.37 C \\nATOM 461 N CYS B 59 9.604 -47.424 -34.835 1.00 67.38 N \\nATOM 462 CA CYS B 59 8.595 -46.750 -35.645 1.00 67.38 C \\nATOM 463 C CYS B 59 7.278 -46.630 -34.887 1.00 67.38 C \\nATOM 464 CB CYS B 59 8.372 -47.500 -36.957 1.00 67.38 C \\nATOM 465 O CYS B 59 6.789 -47.612 -34.325 1.00 67.38 O \\nATOM 466 SG CYS B 59 9.783 -47.435 -38.083 1.00 67.38 S \\nATOM 467 N PHE B 60 6.833 -45.388 -34.751 1.00 71.75 N \\nATOM 468 CA PHE B 60 5.593 -45.166 -34.015 1.00 71.75 C \\nATOM 469 C PHE B 60 4.580 -44.421 -34.876 1.00 71.75 C \\nATOM 470 CB PHE B 60 5.864 -44.384 -32.727 1.00 71.75 C \\nATOM 471 O PHE B 60 4.956 -43.640 -35.751 1.00 71.75 O \\nATOM 472 CG PHE B 60 7.293 -44.459 -32.260 1.00 71.75 C \\nATOM 473 CD1 PHE B 60 7.726 -45.516 -31.469 1.00 71.75 C \\nATOM 474 CD2 PHE B 60 8.204 -43.471 -32.613 1.00 71.75 C \\nATOM 475 CE1 PHE B 60 9.048 -45.587 -31.035 1.00 71.75 C \\nATOM 476 CE2 PHE B 60 9.526 -43.536 -32.184 1.00 71.75 C \\nATOM 477 CZ PHE B 60 9.946 -44.595 -31.394 1.00 71.75 C \\nATOM 478 N THR B 61 3.280 -44.801 -34.689 1.00 74.99 N \\nATOM 479 CA THR B 61 2.223 -44.029 -35.333 1.00 74.99 C \\nATOM 480 C THR B 61 2.045 -42.678 -34.644 1.00 74.99 C \\nATOM 481 CB THR B 61 0.887 -44.793 -35.322 1.00 74.99 C \\nATOM 482 O THR B 61 1.985 -41.641 -35.307 1.00 74.99 O \\nATOM 483 CG2 THR B 61 0.183 -44.689 -36.671 1.00 74.99 C \\nATOM 484 OG1 THR B 61 1.136 -46.174 -35.032 1.00 74.99 O \\nATOM 485 N ASN B 62 1.981 -42.737 -33.335 1.00 81.40 N \\nATOM 486 CA ASN B 62 1.829 -41.550 -32.500 1.00 81.40 C \\nATOM 487 C ASN B 62 2.653 -41.657 -31.220 1.00 81.40 C \\nATOM 488 CB ASN B 62 0.355 -41.315 -32.164 1.00 81.40 C \\nATOM 489 O ASN B 62 2.845 -42.752 -30.690 1.00 81.40 O \\nATOM 490 CG ASN B 62 -0.497 -41.097 -33.399 1.00 81.40 C \\nATOM 491 ND2 ASN B 62 -1.514 -41.934 -33.573 1.00 81.40 N \\nATOM 492 OD1 ASN B 62 -0.244 -40.184 -34.190 1.00 81.40 O \\nATOM 493 N VAL B 63 3.251 -40.465 -30.813 1.00 85.57 N \\nATOM 494 CA VAL B 63 3.837 -40.333 -29.484 1.00 85.57 C \\nATOM 495 C VAL B 63 3.061 -39.293 -28.678 1.00 85.57 C \\nATOM 496 CB VAL B 63 5.330 -39.943 -29.558 1.00 85.57 C \\nATOM 497 O VAL B 63 2.774 -38.201 -29.174 1.00 85.57 O \\nATOM 498 CG1 VAL B 63 5.914 -39.771 -28.156 1.00 85.57 C \\nATOM 499 CG2 VAL B 63 6.117 -40.993 -30.342 1.00 85.57 C \\nATOM 500 N TYR B 64 2.592 -39.690 -27.575 1.00 88.09 N \\nATOM 501 CA TYR B 64 1.952 -38.751 -26.660 1.00 88.09 C \\nATOM 502 C TYR B 64 2.922 -38.300 -25.575 1.00 88.09 C \\nATOM 503 CB TYR B 64 0.711 -39.382 -26.022 1.00 88.09 C \\nATOM 504 O TYR B 64 3.557 -39.128 -24.918 1.00 88.09 O \\nATOM 505 CG TYR B 64 -0.363 -39.750 -27.016 1.00 88.09 C \\nATOM 506 CD1 TYR B 64 -1.362 -38.842 -27.359 1.00 88.09 C \\nATOM 507 CD2 TYR B 64 -0.381 -41.005 -27.614 1.00 88.09 C \\nATOM 508 CE1 TYR B 64 -2.356 -39.177 -28.273 1.00 88.09 C \\nATOM 509 CE2 TYR B 64 -1.369 -41.351 -28.530 1.00 88.09 C \\nATOM 510 OH TYR B 64 -3.331 -40.769 -29.759 1.00 88.09 O \\nATOM 511 CZ TYR B 64 -2.350 -40.432 -28.853 1.00 88.09 C \\nATOM 512 N ALA B 65 3.092 -36.939 -25.441 1.00 89.15 N \\nATOM 513 CA ALA B 65 3.981 -36.364 -24.434 1.00 89.15 C \\nATOM 514 C ALA B 65 3.185 -35.668 -23.334 1.00 89.15 C \\nATOM 515 CB ALA B 65 4.956 -35.385 -25.082 1.00 89.15 C \\nATOM 516 O ALA B 65 2.648 -34.577 -23.543 1.00 89.15 O \\nATOM 517 N ASP B 66 3.097 -36.279 -22.205 1.00 88.49 N \\nATOM 518 CA ASP B 66 2.494 -35.666 -21.026 1.00 88.49 C \\nATOM 519 C ASP B 66 3.540 -34.922 -20.198 1.00 88.49 C \\nATOM 520 CB ASP B 66 1.798 -36.723 -20.167 1.00 88.49 C \\nATOM 521 O ASP B 66 4.650 -35.420 -19.998 1.00 88.49 O \\nATOM 522 CG ASP B 66 0.689 -37.451 -20.905 1.00 88.49 C \\nATOM 523 OD1 ASP B 66 0.222 -36.950 -21.951 1.00 88.49 O \\nATOM 524 OD2 ASP B 66 0.275 -38.533 -20.435 1.00 88.49 O \\nATOM 525 N SER B 67 3.193 -33.610 -19.809 1.00 85.21 N \\nATOM 526 CA SER B 67 4.152 -32.816 -19.048 1.00 85.21 C \\nATOM 527 C SER B 67 3.503 -32.202 -17.812 1.00 85.21 C \\nATOM 528 CB SER B 67 4.748 -31.712 -19.923 1.00 85.21 C \\nATOM 529 O SER B 67 2.350 -31.770 -17.860 1.00 85.21 O \\nATOM 530 OG SER B 67 3.732 -30.851 -20.408 1.00 85.21 O \\nATOM 531 N PHE B 68 4.162 -32.232 -16.760 1.00 80.27 N \\nATOM 532 CA PHE B 68 3.679 -31.670 -15.504 1.00 80.27 C \\nATOM 533 C PHE B 68 4.818 -31.527 -14.502 1.00 80.27 C \\nATOM 534 CB PHE B 68 2.567 -32.544 -14.915 1.00 80.27 C \\nATOM 535 O PHE B 68 5.932 -31.993 -14.749 1.00 80.27 O \\nATOM 536 CG PHE B 68 2.894 -34.012 -14.898 1.00 80.27 C \\nATOM 537 CD1 PHE B 68 2.494 -34.840 -15.940 1.00 80.27 C \\nATOM 538 CD2 PHE B 68 3.602 -34.566 -13.839 1.00 80.27 C \\nATOM 539 CE1 PHE B 68 2.796 -36.200 -15.927 1.00 80.27 C \\nATOM 540 CE2 PHE B 68 3.907 -35.924 -13.819 1.00 80.27 C \\nATOM 541 CZ PHE B 68 3.502 -36.739 -14.863 1.00 80.27 C \\nATOM 542 N VAL B 69 4.553 -30.796 -13.459 1.00 77.76 N \\nATOM 543 CA VAL B 69 5.539 -30.613 -12.399 1.00 77.76 C \\nATOM 544 C VAL B 69 5.067 -31.315 -11.127 1.00 77.76 C \\nATOM 545 CB VAL B 69 5.798 -29.116 -12.116 1.00 77.76 C \\nATOM 546 O VAL B 69 3.879 -31.281 -10.796 1.00 77.76 O \\nATOM 547 CG1 VAL B 69 5.936 -28.866 -10.616 1.00 77.76 C \\nATOM 548 CG2 VAL B 69 7.047 -28.642 -12.857 1.00 77.76 C \\nATOM 549 N ILE B 70 5.978 -32.031 -10.457 1.00 78.64 N \\nATOM 550 CA ILE B 70 5.698 -32.707 -9.196 1.00 78.64 C \\nATOM 551 C ILE B 70 6.878 -32.532 -8.243 1.00 78.64 C \\nATOM 552 CB ILE B 70 5.402 -34.208 -9.413 1.00 78.64 C \\nATOM 553 O ILE B 70 7.926 -32.012 -8.632 1.00 78.64 O \\nATOM 554 CG1 ILE B 70 6.600 -34.897 -10.078 1.00 78.64 C \\nATOM 555 CG2 ILE B 70 4.132 -34.394 -10.247 1.00 78.64 C \\nATOM 556 CD1 ILE B 70 6.507 -36.417 -10.097 1.00 78.64 C \\nATOM 557 N ARG B 71 6.642 -32.936 -7.014 1.00 76.10 N \\nATOM 558 CA ARG B 71 7.749 -32.953 -6.063 1.00 76.10 C \\nATOM 559 C ARG B 71 8.740 -34.063 -6.394 1.00 76.10 C \\nATOM 560 CB ARG B 71 7.228 -33.124 -4.634 1.00 76.10 C \\nATOM 561 O ARG B 71 8.351 -35.120 -6.896 1.00 76.10 O \\nATOM 562 CG ARG B 71 6.503 -31.903 -4.092 1.00 76.10 C \\nATOM 563 CD ARG B 71 6.100 -32.087 -2.635 1.00 76.10 C \\nATOM 564 NE ARG B 71 5.303 -33.296 -2.445 1.00 76.10 N \\nATOM 565 NH1 ARG B 71 4.331 -32.593 -0.471 1.00 76.10 N \\nATOM 566 NH2 ARG B 71 3.803 -34.644 -1.346 1.00 76.10 N \\nATOM 567 CZ ARG B 71 4.481 -33.508 -1.421 1.00 76.10 C \\nATOM 568 N GLY B 72 10.017 -33.770 -6.131 1.00 81.01 N \\nATOM 569 CA GLY B 72 11.069 -34.737 -6.400 1.00 81.01 C \\nATOM 570 C GLY B 72 10.773 -36.113 -5.834 1.00 81.01 C \\nATOM 571 O GLY B 72 11.021 -37.127 -6.491 1.00 81.01 O \\nATOM 572 N ASP B 73 10.200 -36.229 -4.653 1.00 80.34 N \\nATOM 573 CA ASP B 73 9.955 -37.504 -3.986 1.00 80.34 C \\nATOM 574 C ASP B 73 8.782 -38.242 -4.627 1.00 80.34 C \\nATOM 575 CB ASP B 73 9.688 -37.287 -2.495 1.00 80.34 C \\nATOM 576 O ASP B 73 8.524 -39.404 -4.309 1.00 80.34 O \\nATOM 577 CG ASP B 73 8.750 -36.125 -2.223 1.00 80.34 C \\nATOM 578 OD1 ASP B 73 8.349 -35.428 -3.180 1.00 80.34 O \\nATOM 579 OD2 ASP B 73 8.411 -35.902 -1.041 1.00 80.34 O \\nATOM 580 N GLU B 74 8.117 -37.564 -5.504 1.00 82.19 N \\nATOM 581 CA GLU B 74 6.950 -38.176 -6.133 1.00 82.19 C \\nATOM 582 C GLU B 74 7.298 -38.750 -7.503 1.00 82.19 C \\nATOM 583 CB GLU B 74 5.813 -37.158 -6.262 1.00 82.19 C \\nATOM 584 O GLU B 74 6.494 -39.465 -8.105 1.00 82.19 O \\nATOM 585 CG GLU B 74 5.252 -36.690 -4.928 1.00 82.19 C \\nATOM 586 CD GLU B 74 4.288 -35.521 -5.059 1.00 82.19 C \\nATOM 587 OE1 GLU B 74 3.468 -35.305 -4.138 1.00 82.19 O \\nATOM 588 OE2 GLU B 74 4.354 -34.817 -6.091 1.00 82.19 O \\nATOM 589 N VAL B 75 8.416 -38.498 -8.004 1.00 87.74 N \\nATOM 590 CA VAL B 75 8.827 -38.906 -9.344 1.00 87.74 C \\nATOM 591 C VAL B 75 8.757 -40.427 -9.465 1.00 87.74 C \\nATOM 592 CB VAL B 75 10.252 -38.410 -9.676 1.00 87.74 C \\nATOM 593 O VAL B 75 8.343 -40.955 -10.499 1.00 87.74 O \\nATOM 594 CG1 VAL B 75 10.751 -39.034 -10.978 1.00 87.74 C \\nATOM 595 CG2 VAL B 75 10.277 -36.885 -9.767 1.00 87.74 C \\nATOM 596 N ARG B 76 9.137 -41.194 -8.448 1.00 85.92 N \\nATOM 597 CA ARG B 76 9.189 -42.652 -8.457 1.00 85.92 C \\nATOM 598 C ARG B 76 7.794 -43.249 -8.616 1.00 85.92 C \\nATOM 599 CB ARG B 76 9.839 -43.175 -7.175 1.00 85.92 C \\nATOM 600 O ARG B 76 7.651 -44.417 -8.982 1.00 85.92 O \\nATOM 601 CG ARG B 76 9.199 -42.648 -5.900 1.00 85.92 C \\nATOM 602 CD ARG B 76 9.900 -43.178 -4.657 1.00 85.92 C \\nATOM 603 NE ARG B 76 9.271 -42.688 -3.434 1.00 85.92 N \\nATOM 604 NH1 ARG B 76 11.086 -43.131 -2.076 1.00 85.92 N \\nATOM 605 NH2 ARG B 76 9.184 -42.209 -1.189 1.00 85.92 N \\nATOM 606 CZ ARG B 76 9.848 -42.677 -2.236 1.00 85.92 C \\nATOM 607 N GLN B 77 6.822 -42.360 -8.317 1.00 85.75 N \\nATOM 608 CA GLN B 77 5.445 -42.837 -8.387 1.00 85.75 C \\nATOM 609 C GLN B 77 4.951 -42.883 -9.830 1.00 85.75 C \\nATOM 610 CB GLN B 77 4.525 -41.950 -7.546 1.00 85.75 C \\nATOM 611 O GLN B 77 3.901 -43.462 -10.115 1.00 85.75 O \\nATOM 612 CG GLN B 77 4.814 -42.007 -6.052 1.00 85.75 C \\nATOM 613 CD GLN B 77 3.865 -41.148 -5.237 1.00 85.75 C \\nATOM 614 NE2 GLN B 77 4.341 -40.654 -4.100 1.00 85.75 N \\nATOM 615 OE1 GLN B 77 2.713 -40.931 -5.628 1.00 85.75 O \\nATOM 616 N ILE B 78 5.709 -42.309 -10.728 1.00 89.63 N \\nATOM 617 CA ILE B 78 5.327 -42.325 -12.136 1.00 89.63 C \\nATOM 618 C ILE B 78 5.887 -43.577 -12.808 1.00 89.63 C \\nATOM 619 CB ILE B 78 5.818 -41.057 -12.869 1.00 89.63 C \\nATOM 620 O ILE B 78 6.914 -43.517 -13.487 1.00 89.63 O \\nATOM 621 CG1 ILE B 78 5.417 -39.800 -12.089 1.00 89.63 C \\nATOM 622 CG2 ILE B 78 5.269 -41.014 -14.298 1.00 89.63 C \\nATOM 623 CD1 ILE B 78 5.353 -38.538 -12.939 1.00 89.63 C \\nATOM 624 N ALA B 79 5.332 -44.730 -12.614 1.00 88.24 N \\nATOM 625 CA ALA B 79 5.711 -46.032 -13.156 1.00 88.24 C \\nATOM 626 C ALA B 79 4.483 -46.907 -13.391 1.00 88.24 C \\nATOM 627 CB ALA B 79 6.690 -46.735 -12.219 1.00 88.24 C \\nATOM 628 O ALA B 79 3.454 -46.732 -12.734 1.00 88.24 O \\nATOM 629 N PRO B 80 4.631 -47.820 -14.437 1.00 87.33 N \\nATOM 630 CA PRO B 80 3.492 -48.693 -14.730 1.00 87.33 C \\nATOM 631 C PRO B 80 3.018 -49.475 -13.506 1.00 87.33 C \\nATOM 632 CB PRO B 80 4.038 -49.637 -15.803 1.00 87.33 C \\nATOM 633 O PRO B 80 3.833 -50.062 -12.791 1.00 87.33 O \\nATOM 634 CG PRO B 80 5.233 -48.932 -16.360 1.00 87.33 C \\nATOM 635 CD PRO B 80 5.803 -48.044 -15.292 1.00 87.33 C \\nATOM 636 N GLY B 81 1.748 -49.477 -13.317 1.00 77.47 N \\nATOM 637 CA GLY B 81 1.123 -50.259 -12.262 1.00 77.47 C \\nATOM 638 C GLY B 81 1.270 -49.632 -10.888 1.00 77.47 C \\nATOM 639 O GLY B 81 0.727 -50.142 -9.906 1.00 77.47 O \\nATOM 640 N GLN B 82 2.067 -48.560 -10.821 1.00 78.52 N \\nATOM 641 CA GLN B 82 2.277 -47.907 -9.534 1.00 78.52 C \\nATOM 642 C GLN B 82 1.042 -47.117 -9.110 1.00 78.52 C \\nATOM 643 CB GLN B 82 3.496 -46.985 -9.591 1.00 78.52 C \\nATOM 644 O GLN B 82 0.358 -46.528 -9.949 1.00 78.52 O \\nATOM 645 CG GLN B 82 4.827 -47.716 -9.469 1.00 78.52 C \\nATOM 646 CD GLN B 82 5.069 -48.265 -8.075 1.00 78.52 C \\nATOM 647 NE2 GLN B 82 5.723 -49.419 -7.998 1.00 78.52 N \\nATOM 648 OE1 GLN B 82 4.672 -47.656 -7.076 1.00 78.52 O \\nATOM 649 N THR B 83 0.740 -47.257 -7.723 1.00 71.15 N \\nATOM 650 CA THR B 83 -0.341 -46.510 -7.088 1.00 71.15 C \\nATOM 651 C THR B 83 0.210 -45.549 -6.039 1.00 71.15 C \\nATOM 652 CB THR B 83 -1.365 -47.456 -6.435 1.00 71.15 C \\nATOM 653 O THR B 83 1.356 -45.685 -5.605 1.00 71.15 O \\nATOM 654 CG2 THR B 83 -2.167 -48.211 -7.489 1.00 71.15 C \\nATOM 655 OG1 THR B 83 -0.674 -48.402 -5.609 1.00 71.15 O \\nATOM 656 N GLY B 84 -0.066 -44.198 -6.118 1.00 67.57 N \\nATOM 657 CA GLY B 84 0.385 -43.185 -5.177 1.00 67.57 C \\nATOM 658 C GLY B 84 -0.377 -41.879 -5.297 1.00 67.57 C \\nATOM 659 O GLY B 84 -1.504 -41.855 -5.795 1.00 67.57 O \\nATOM 660 N LYS B 85 0.292 -40.837 -4.701 1.00 63.92 N \\nATOM 661 CA LYS B 85 -0.331 -39.517 -4.641 1.00 63.92 C \\nATOM 662 C LYS B 85 -0.674 -39.007 -6.038 1.00 63.92 C \\nATOM 663 CB LYS B 85 0.588 -38.522 -3.931 1.00 63.92 C \\nATOM 664 O LYS B 85 -1.696 -38.344 -6.228 1.00 63.92 O \\nATOM 665 CG LYS B 85 0.314 -38.381 -2.441 1.00 63.92 C \\nATOM 666 CD LYS B 85 1.173 -37.290 -1.816 1.00 63.92 C \\nATOM 667 CE LYS B 85 0.932 -37.177 -0.316 1.00 63.92 C \\nATOM 668 NZ LYS B 85 1.781 -36.117 0.304 1.00 63.92 N \\nATOM 669 N ILE B 86 0.118 -39.386 -6.992 1.00 70.25 N \\nATOM 670 CA ILE B 86 -0.071 -38.889 -8.350 1.00 70.25 C \\nATOM 671 C ILE B 86 -1.337 -39.495 -8.950 1.00 70.25 C \\nATOM 672 CB ILE B 86 1.150 -39.207 -9.243 1.00 70.25 C \\nATOM 673 O ILE B 86 -2.067 -38.823 -9.684 1.00 70.25 O \\nATOM 674 CG1 ILE B 86 2.410 -38.538 -8.682 1.00 70.25 C \\nATOM 675 CG2 ILE B 86 0.892 -38.766 -10.687 1.00 70.25 C \\nATOM 676 CD1 ILE B 86 3.553 -38.434 -9.682 1.00 70.25 C \\nATOM 677 N ALA B 87 -1.452 -40.851 -8.649 1.00 68.01 N \\nATOM 678 CA ALA B 87 -2.642 -41.542 -9.138 1.00 68.01 C \\nATOM 679 C ALA B 87 -3.914 -40.886 -8.608 1.00 68.01 C \\nATOM 680 CB ALA B 87 -2.602 -43.016 -8.742 1.00 68.01 C \\nATOM 681 O ALA B 87 -4.962 -40.935 -9.256 1.00 68.01 O \\nATOM 682 N ASP B 88 -3.742 -40.328 -7.469 1.00 59.83 N \\nATOM 683 CA ASP B 88 -4.874 -39.630 -6.867 1.00 59.83 C \\nATOM 684 C ASP B 88 -5.257 -38.398 -7.684 1.00 59.83 C \\nATOM 685 CB ASP B 88 -4.551 -39.226 -5.427 1.00 59.83 C \\nATOM 686 O ASP B 88 -6.378 -37.897 -7.574 1.00 59.83 O \\nATOM 687 CG ASP B 88 -4.474 -40.412 -4.482 1.00 59.83 C \\nATOM 688 OD1 ASP B 88 -4.973 -41.504 -4.830 1.00 59.83 O \\nATOM 689 OD2 ASP B 88 -3.910 -40.253 -3.377 1.00 59.83 O \\nATOM 690 N TYR B 89 -4.351 -38.129 -8.595 1.00 58.86 N \\nATOM 691 CA TYR B 89 -4.572 -36.930 -9.396 1.00 58.86 C \\nATOM 692 C TYR B 89 -4.914 -37.292 -10.836 1.00 58.86 C \\nATOM 693 CB TYR B 89 -3.335 -36.027 -9.364 1.00 58.86 C \\nATOM 694 O TYR B 89 -4.545 -36.573 -11.768 1.00 58.86 O \\nATOM 695 CG TYR B 89 -2.929 -35.603 -7.973 1.00 58.86 C \\nATOM 696 CD1 TYR B 89 -3.679 -34.669 -7.261 1.00 58.86 C \\nATOM 697 CD2 TYR B 89 -1.794 -36.133 -7.369 1.00 58.86 C \\nATOM 698 CE1 TYR B 89 -3.307 -34.274 -5.981 1.00 58.86 C \\nATOM 699 CE2 TYR B 89 -1.413 -35.746 -6.089 1.00 58.86 C \\nATOM 700 OH TYR B 89 -1.802 -34.429 -4.136 1.00 58.86 O \\nATOM 701 CZ TYR B 89 -2.175 -34.817 -5.403 1.00 58.86 C \\nATOM 702 N ASN B 90 -5.451 -38.462 -11.036 1.00 63.70 N \\nATOM 703 CA ASN B 90 -5.970 -39.014 -12.283 1.00 63.70 C \\nATOM 704 C ASN B 90 -4.865 -39.189 -13.321 1.00 63.70 C \\nATOM 705 CB ASN B 90 -7.086 -38.128 -12.839 1.00 63.70 C \\nATOM 706 O ASN B 90 -5.087 -38.967 -14.512 1.00 63.70 O \\nATOM 707 CG ASN B 90 -8.465 -38.718 -12.619 1.00 63.70 C \\nATOM 708 ND2 ASN B 90 -9.498 -37.950 -12.945 1.00 63.70 N \\nATOM 709 OD1 ASN B 90 -8.601 -39.855 -12.159 1.00 63.70 O \\nATOM 710 N TYR B 91 -3.742 -39.216 -12.825 1.00 76.74 N \\nATOM 711 CA TYR B 91 -2.668 -39.585 -13.740 1.00 76.74 C \\nATOM 712 C TYR B 91 -2.023 -40.901 -13.321 1.00 76.74 C \\nATOM 713 CB TYR B 91 -1.608 -38.481 -13.800 1.00 76.74 C \\nATOM 714 O TYR B 91 -1.440 -40.998 -12.239 1.00 76.74 O \\nATOM 715 CG TYR B 91 -0.587 -38.678 -14.894 1.00 76.74 C \\nATOM 716 CD1 TYR B 91 0.621 -39.322 -14.638 1.00 76.74 C \\nATOM 717 CD2 TYR B 91 -0.828 -38.219 -16.184 1.00 76.74 C \\nATOM 718 CE1 TYR B 91 1.566 -39.504 -15.643 1.00 76.74 C \\nATOM 719 CE2 TYR B 91 0.110 -38.396 -17.197 1.00 76.74 C \\nATOM 720 OH TYR B 91 2.233 -39.216 -17.915 1.00 76.74 O \\nATOM 721 CZ TYR B 91 1.301 -39.039 -16.917 1.00 76.74 C \\nATOM 722 N LYS B 92 -2.230 -41.924 -14.157 1.00 80.31 N \\nATOM 723 CA LYS B 92 -1.655 -43.246 -13.924 1.00 80.31 C \\nATOM 724 C LYS B 92 -1.211 -43.890 -15.234 1.00 80.31 C \\nATOM 725 CB LYS B 92 -2.659 -44.150 -13.208 1.00 80.31 C \\nATOM 726 O LYS B 92 -1.884 -43.754 -16.258 1.00 80.31 O \\nATOM 727 CG LYS B 92 -2.090 -45.499 -12.792 1.00 80.31 C \\nATOM 728 CD LYS B 92 -3.139 -46.357 -12.096 1.00 80.31 C \\nATOM 729 CE LYS B 92 -2.591 -47.733 -11.742 1.00 80.31 C \\nATOM 730 NZ LYS B 92 -3.620 -48.583 -11.072 1.00 80.31 N \\nATOM 731 N LEU B 93 -0.036 -44.573 -15.129 1.00 87.19 N \\nATOM 732 CA LEU B 93 0.409 -45.319 -16.301 1.00 87.19 C \\nATOM 733 C LEU B 93 -0.165 -46.731 -16.297 1.00 87.19 C \\nATOM 734 CB LEU B 93 1.938 -45.377 -16.351 1.00 87.19 C \\nATOM 735 O LEU B 93 -0.156 -47.407 -15.265 1.00 87.19 O \\nATOM 736 CG LEU B 93 2.665 -44.035 -16.456 1.00 87.19 C \\nATOM 737 CD1 LEU B 93 4.175 -44.247 -16.435 1.00 87.19 C \\nATOM 738 CD2 LEU B 93 2.241 -43.295 -17.721 1.00 87.19 C \\nATOM 739 N PRO B 94 -0.710 -47.254 -17.375 1.00 85.26 N \\nATOM 740 CA PRO B 94 -1.216 -48.627 -17.437 1.00 85.26 C \\nATOM 741 C PRO B 94 -0.122 -49.670 -17.216 1.00 85.26 C \\nATOM 742 CB PRO B 94 -1.788 -48.728 -18.854 1.00 85.26 C \\nATOM 743 O PRO B 94 1.058 -49.389 -17.440 1.00 85.26 O \\nATOM 744 CG PRO B 94 -1.331 -47.482 -19.540 1.00 85.26 C \\nATOM 745 CD PRO B 94 -0.738 -46.561 -18.512 1.00 85.26 C \\nATOM 746 N ASP B 95 -0.586 -50.897 -16.836 1.00 86.22 N \\nATOM 747 CA ASP B 95 0.344 -51.992 -16.576 1.00 86.22 C \\nATOM 748 C ASP B 95 1.139 -52.347 -17.831 1.00 86.22 C \\nATOM 749 CB ASP B 95 -0.405 -53.223 -16.062 1.00 86.22 C \\nATOM 750 O ASP B 95 2.300 -52.752 -17.744 1.00 86.22 O \\nATOM 751 CG ASP B 95 -0.950 -53.040 -14.656 1.00 86.22 C \\nATOM 752 OD1 ASP B 95 -0.425 -52.191 -13.904 1.00 86.22 O \\nATOM 753 OD2 ASP B 95 -1.910 -53.755 -14.296 1.00 86.22 O \\nATOM 754 N ASP B 96 0.527 -52.227 -18.972 1.00 85.47 N \\nATOM 755 CA ASP B 96 1.162 -52.587 -20.236 1.00 85.47 C \\nATOM 756 C ASP B 96 1.756 -51.359 -20.922 1.00 85.47 C \\nATOM 757 CB ASP B 96 0.158 -53.274 -21.165 1.00 85.47 C \\nATOM 758 O ASP B 96 1.827 -51.301 -22.151 1.00 85.47 O \\nATOM 759 CG ASP B 96 -1.043 -52.402 -21.488 1.00 85.47 C \\nATOM 760 OD1 ASP B 96 -1.251 -51.374 -20.808 1.00 85.47 O \\nATOM 761 OD2 ASP B 96 -1.789 -52.748 -22.429 1.00 85.47 O \\nATOM 762 N PHE B 97 2.073 -50.333 -20.131 1.00 88.87 N \\nATOM 763 CA PHE B 97 2.588 -49.062 -20.625 1.00 88.87 C \\nATOM 764 C PHE B 97 3.845 -49.274 -21.460 1.00 88.87 C \\nATOM 765 CB PHE B 97 2.885 -48.112 -19.461 1.00 88.87 C \\nATOM 766 O PHE B 97 4.720 -50.058 -21.085 1.00 88.87 O \\nATOM 767 CG PHE B 97 3.534 -46.821 -19.881 1.00 88.87 C \\nATOM 768 CD1 PHE B 97 4.874 -46.577 -19.603 1.00 88.87 C \\nATOM 769 CD2 PHE B 97 2.804 -45.850 -20.556 1.00 88.87 C \\nATOM 770 CE1 PHE B 97 5.477 -45.383 -19.991 1.00 88.87 C \\nATOM 771 CE2 PHE B 97 3.401 -44.655 -20.947 1.00 88.87 C \\nATOM 772 CZ PHE B 97 4.737 -44.423 -20.663 1.00 88.87 C \\nATOM 773 N THR B 98 3.891 -48.753 -22.623 1.00 87.85 N \\nATOM 774 CA THR B 98 5.064 -48.698 -23.488 1.00 87.85 C \\nATOM 775 C THR B 98 5.485 -47.252 -23.737 1.00 87.85 C \\nATOM 776 CB THR B 98 4.798 -49.397 -24.834 1.00 87.85 C \\nATOM 777 O THR B 98 4.780 -46.503 -24.417 1.00 87.85 O \\nATOM 778 CG2 THR B 98 6.087 -49.564 -25.631 1.00 87.85 C \\nATOM 779 OG1 THR B 98 4.228 -50.689 -24.591 1.00 87.85 O \\nATOM 780 N GLY B 99 6.513 -46.852 -23.167 1.00 89.28 N \\nATOM 781 CA GLY B 99 7.006 -45.489 -23.282 1.00 89.28 C \\nATOM 782 C GLY B 99 8.115 -45.170 -22.297 1.00 89.28 C \\nATOM 783 O GLY B 99 8.776 -46.075 -21.784 1.00 89.28 O \\nATOM 784 N CYS B 100 8.410 -43.798 -22.150 1.00 89.28 N \\nATOM 785 CA CYS B 100 9.513 -43.382 -21.292 1.00 89.28 C \\nATOM 786 C CYS B 100 9.064 -42.308 -20.309 1.00 89.28 C \\nATOM 787 CB CYS B 100 10.679 -42.862 -22.132 1.00 89.28 C \\nATOM 788 O CYS B 100 8.236 -41.459 -20.645 1.00 89.28 O \\nATOM 789 SG CYS B 100 11.371 -44.093 -23.259 1.00 89.28 S \\nATOM 790 N VAL B 101 9.548 -42.415 -19.083 1.00 91.33 N \\nATOM 791 CA VAL B 101 9.359 -41.396 -18.055 1.00 91.33 C \\nATOM 792 C VAL B 101 10.660 -40.623 -17.850 1.00 91.33 C \\nATOM 793 CB VAL B 101 8.892 -42.017 -16.720 1.00 91.33 C \\nATOM 794 O VAL B 101 11.693 -41.209 -17.518 1.00 91.33 O \\nATOM 795 CG1 VAL B 101 8.730 -40.938 -15.651 1.00 91.33 C \\nATOM 796 CG2 VAL B 101 7.583 -42.780 -16.916 1.00 91.33 C \\nATOM 797 N ILE B 102 10.537 -39.283 -18.084 1.00 90.73 N \\nATOM 798 CA ILE B 102 11.692 -38.402 -17.955 1.00 90.73 C \\nATOM 799 C ILE B 102 11.406 -37.324 -16.912 1.00 90.73 C \\nATOM 800 CB ILE B 102 12.063 -37.754 -19.308 1.00 90.73 C \\nATOM 801 O ILE B 102 10.346 -36.694 -16.937 1.00 90.73 O \\nATOM 802 CG1 ILE B 102 12.228 -38.829 -20.388 1.00 90.73 C \\nATOM 803 CG2 ILE B 102 13.335 -36.912 -19.173 1.00 90.73 C \\nATOM 804 CD1 ILE B 102 11.854 -38.363 -21.788 1.00 90.73 C \\nATOM 805 N ALA B 103 12.236 -37.199 -15.962 1.00 90.71 N \\nATOM 806 CA ALA B 103 12.058 -36.203 -14.908 1.00 90.71 C \\nATOM 807 C ALA B 103 13.380 -35.521 -14.568 1.00 90.71 C \\nATOM 808 CB ALA B 103 11.461 -36.850 -13.661 1.00 90.71 C \\nATOM 809 O ALA B 103 14.443 -36.142 -14.641 1.00 90.71 O \\nATOM 810 N TRP B 104 13.310 -34.208 -14.247 1.00 86.84 N \\nATOM 811 CA TRP B 104 14.513 -33.485 -13.851 1.00 86.84 C \\nATOM 812 C TRP B 104 14.182 -32.383 -12.849 1.00 86.84 C \\nATOM 813 CB TRP B 104 15.209 -32.885 -15.076 1.00 86.84 C \\nATOM 814 O TRP B 104 13.061 -31.868 -12.832 1.00 86.84 O \\nATOM 815 CG TRP B 104 14.425 -31.801 -15.752 1.00 86.84 C \\nATOM 816 CD1 TRP B 104 14.573 -30.452 -15.587 1.00 86.84 C \\nATOM 817 CD2 TRP B 104 13.367 -31.976 -16.699 1.00 86.84 C \\nATOM 818 CE2 TRP B 104 12.918 -30.688 -17.067 1.00 86.84 C \\nATOM 819 CE3 TRP B 104 12.754 -33.098 -17.273 1.00 86.84 C \\nATOM 820 NE1 TRP B 104 13.669 -29.777 -16.375 1.00 86.84 N \\nATOM 821 CH2 TRP B 104 11.301 -31.606 -18.531 1.00 86.84 C \\nATOM 822 CZ2 TRP B 104 11.883 -30.492 -17.984 1.00 86.84 C \\nATOM 823 CZ3 TRP B 104 11.725 -32.900 -18.186 1.00 86.84 C \\nATOM 824 N ASN B 105 15.119 -32.257 -11.933 1.00 79.81 N \\nATOM 825 CA ASN B 105 14.977 -31.198 -10.941 1.00 79.81 C \\nATOM 826 C ASN B 105 15.000 -29.816 -11.588 1.00 79.81 C \\nATOM 827 CB ASN B 105 16.074 -31.305 -9.879 1.00 79.81 C \\nATOM 828 O ASN B 105 15.936 -29.483 -12.317 1.00 79.81 O \\nATOM 829 CG ASN B 105 15.849 -30.368 -8.709 1.00 79.81 C \\nATOM 830 ND2 ASN B 105 16.031 -30.878 -7.497 1.00 79.81 N \\nATOM 831 OD1 ASN B 105 15.513 -29.195 -8.894 1.00 79.81 O \\nATOM 832 N SER B 106 13.866 -29.139 -11.410 1.00 74.27 N \\nATOM 833 CA SER B 106 13.748 -27.844 -12.072 1.00 74.27 C \\nATOM 834 C SER B 106 13.765 -26.703 -11.061 1.00 74.27 C \\nATOM 835 CB SER B 106 12.466 -27.781 -12.903 1.00 74.27 C \\nATOM 836 O SER B 106 13.213 -25.630 -11.318 1.00 74.27 O \\nATOM 837 OG SER B 106 11.329 -28.027 -12.093 1.00 74.27 O \\nATOM 838 N ASN B 107 14.150 -27.065 -9.872 1.00 66.82 N \\nATOM 839 CA ASN B 107 14.167 -26.073 -8.802 1.00 66.82 C \\nATOM 840 C ASN B 107 14.844 -24.780 -9.248 1.00 66.82 C \\nATOM 841 CB ASN B 107 14.862 -26.635 -7.560 1.00 66.82 C \\nATOM 842 O ASN B 107 14.351 -23.686 -8.966 1.00 66.82 O \\nATOM 843 CG ASN B 107 14.698 -25.743 -6.345 1.00 66.82 C \\nATOM 844 ND2 ASN B 107 15.776 -25.562 -5.592 1.00 66.82 N \\nATOM 845 OD1 ASN B 107 13.610 -25.221 -6.085 1.00 66.82 O \\nATOM 846 N ASN B 108 15.994 -24.966 -9.812 1.00 60.15 N \\nATOM 847 CA ASN B 108 16.753 -23.796 -10.241 1.00 60.15 C \\nATOM 848 C ASN B 108 15.981 -22.972 -11.267 1.00 60.15 C \\nATOM 849 CB ASN B 108 18.110 -24.217 -10.810 1.00 60.15 C \\nATOM 850 O ASN B 108 16.196 -21.765 -11.389 1.00 60.15 O \\nATOM 851 CG ASN B 108 18.351 -25.710 -10.704 1.00 60.15 C \\nATOM 852 ND2 ASN B 108 19.271 -26.221 -11.513 1.00 60.15 N \\nATOM 853 OD1 ASN B 108 17.714 -26.398 -9.902 1.00 60.15 O \\nATOM 854 N LEU B 109 15.156 -23.711 -12.012 1.00 59.04 N \\nATOM 855 CA LEU B 109 14.349 -23.071 -13.045 1.00 59.04 C \\nATOM 856 C LEU B 109 13.070 -22.489 -12.452 1.00 59.04 C \\nATOM 857 CB LEU B 109 14.003 -24.071 -14.152 1.00 59.04 C \\nATOM 858 O LEU B 109 12.678 -21.370 -12.788 1.00 59.04 O \\nATOM 859 CG LEU B 109 15.113 -24.378 -15.158 1.00 59.04 C \\nATOM 860 CD1 LEU B 109 14.910 -25.762 -15.765 1.00 59.04 C \\nATOM 861 CD2 LEU B 109 15.158 -23.312 -16.248 1.00 59.04 C \\nATOM 862 N ASP B 110 12.533 -23.348 -11.538 1.00 57.43 N \\nATOM 863 CA ASP B 110 11.200 -23.029 -11.036 1.00 57.43 C \\nATOM 864 C ASP B 110 11.278 -22.154 -9.787 1.00 57.43 C \\nATOM 865 CB ASP B 110 10.419 -24.310 -10.732 1.00 57.43 C \\nATOM 866 O ASP B 110 10.341 -21.413 -9.483 1.00 57.43 O \\nATOM 867 CG ASP B 110 10.037 -25.082 -11.983 1.00 57.43 C \\nATOM 868 OD1 ASP B 110 9.741 -24.452 -13.022 1.00 57.43 O \\nATOM 869 OD2 ASP B 110 10.028 -26.330 -11.929 1.00 57.43 O \\nATOM 870 N SER B 111 12.323 -22.375 -8.930 1.00 47.64 N \\nATOM 871 CA SER B 111 12.470 -21.620 -7.690 1.00 47.64 C \\nATOM 872 C SER B 111 13.015 -20.221 -7.957 1.00 47.64 C \\nATOM 873 CB SER B 111 13.391 -22.358 -6.718 1.00 47.64 C \\nATOM 874 O SER B 111 12.884 -19.327 -7.117 1.00 47.64 O \\nATOM 875 OG SER B 111 14.592 -22.750 -7.361 1.00 47.64 O \\nATOM 876 N LYS B 112 14.001 -20.106 -8.798 1.00 39.34 N \\nATOM 877 CA LYS B 112 14.701 -18.843 -9.013 1.00 39.34 C \\nATOM 878 C LYS B 112 13.771 -17.796 -9.620 1.00 39.34 C \\nATOM 879 CB LYS B 112 15.917 -19.050 -9.916 1.00 39.34 C \\nATOM 880 O LYS B 112 14.174 -16.651 -9.837 1.00 39.34 O \\nATOM 881 CG LYS B 112 17.075 -19.770 -9.240 1.00 39.34 C \\nATOM 882 CD LYS B 112 18.328 -19.751 -10.106 1.00 39.34 C \\nATOM 883 CE LYS B 112 19.481 -20.488 -9.439 1.00 39.34 C \\nATOM 884 NZ LYS B 112 20.709 -20.479 -10.289 1.00 39.34 N \\nATOM 885 N VAL B 113 12.810 -18.317 -10.202 1.00 34.83 N \\nATOM 886 CA VAL B 113 12.024 -17.222 -10.762 1.00 34.83 C \\nATOM 887 C VAL B 113 11.482 -16.346 -9.635 1.00 34.83 C \\nATOM 888 CB VAL B 113 10.861 -17.746 -11.635 1.00 34.83 C \\nATOM 889 O VAL B 113 10.814 -16.839 -8.723 1.00 34.83 O \\nATOM 890 CG1 VAL B 113 10.248 -16.613 -12.455 1.00 34.83 C \\nATOM 891 CG2 VAL B 113 11.346 -18.870 -12.549 1.00 34.83 C \\nATOM 892 N GLY B 114 12.331 -15.588 -9.110 1.00 30.45 N \\nATOM 893 CA GLY B 114 11.999 -14.615 -8.081 1.00 30.45 C \\nATOM 894 C GLY B 114 10.521 -14.273 -8.039 1.00 30.45 C \\nATOM 895 O GLY B 114 10.069 -13.564 -7.137 1.00 30.45 O \\nATOM 896 N GLY B 115 10.133 -13.720 -9.179 1.00 28.73 N \\nATOM 897 CA GLY B 115 8.792 -13.159 -9.126 1.00 28.73 C \\nATOM 898 C GLY B 115 7.755 -14.137 -8.608 1.00 28.73 C \\nATOM 899 O GLY B 115 8.029 -15.333 -8.486 1.00 28.73 O \\nATOM 900 N ASN B 116 6.846 -13.561 -7.951 1.00 28.63 N \\nATOM 901 CA ASN B 116 5.770 -14.268 -7.264 1.00 28.63 C \\nATOM 902 C ASN B 116 5.438 -15.589 -7.953 1.00 28.63 C \\nATOM 903 CB ASN B 116 4.522 -13.388 -7.172 1.00 28.63 C \\nATOM 904 O ASN B 116 5.505 -16.651 -7.333 1.00 28.63 O \\nATOM 905 CG ASN B 116 4.339 -12.777 -5.797 1.00 28.63 C \\nATOM 906 ND2 ASN B 116 3.560 -11.704 -5.724 1.00 28.63 N \\nATOM 907 OD1 ASN B 116 4.893 -13.265 -4.808 1.00 28.63 O \\nATOM 908 N TYR B 117 4.365 -15.548 -8.491 1.00 31.25 N \\nATOM 909 CA TYR B 117 3.185 -16.369 -8.740 1.00 31.25 C \\nATOM 910 C TYR B 117 3.380 -17.247 -9.970 1.00 31.25 C \\nATOM 911 CB TYR B 117 1.945 -15.488 -8.918 1.00 31.25 C \\nATOM 912 O TYR B 117 2.411 -17.762 -10.533 1.00 31.25 O \\nATOM 913 CG TYR B 117 1.605 -14.664 -7.700 1.00 31.25 C \\nATOM 914 CD1 TYR B 117 0.905 -15.222 -6.632 1.00 31.25 C \\nATOM 915 CD2 TYR B 117 1.981 -13.328 -7.614 1.00 31.25 C \\nATOM 916 CE1 TYR B 117 0.588 -14.467 -5.508 1.00 31.25 C \\nATOM 917 CE2 TYR B 117 1.668 -12.564 -6.495 1.00 31.25 C \\nATOM 918 OH TYR B 117 0.661 -12.388 -4.338 1.00 31.25 O \\nATOM 919 CZ TYR B 117 0.973 -13.141 -5.448 1.00 31.25 C \\nATOM 920 N ASN B 118 4.537 -16.908 -10.572 1.00 31.11 N \\nATOM 921 CA ASN B 118 4.303 -17.385 -11.930 1.00 31.11 C \\nATOM 922 C ASN B 118 4.167 -18.905 -11.975 1.00 31.11 C \\nATOM 923 CB ASN B 118 5.427 -16.925 -12.862 1.00 31.11 C \\nATOM 924 O ASN B 118 4.006 -19.486 -13.050 1.00 31.11 O \\nATOM 925 CG ASN B 118 5.242 -15.498 -13.339 1.00 31.11 C \\nATOM 926 ND2 ASN B 118 6.333 -14.866 -13.755 1.00 31.11 N \\nATOM 927 OD1 ASN B 118 4.128 -14.967 -13.332 1.00 31.11 O \\nATOM 928 N TYR B 119 5.061 -19.508 -11.255 1.00 35.31 N \\nATOM 929 CA TYR B 119 4.729 -20.892 -11.572 1.00 35.31 C \\nATOM 930 C TYR B 119 3.305 -21.223 -11.142 1.00 35.31 C \\nATOM 931 CB TYR B 119 5.714 -21.850 -10.896 1.00 35.31 C \\nATOM 932 O TYR B 119 2.969 -21.128 -9.959 1.00 35.31 O \\nATOM 933 CG TYR B 119 7.152 -21.627 -11.300 1.00 35.31 C \\nATOM 934 CD1 TYR B 119 7.659 -22.177 -12.475 1.00 35.31 C \\nATOM 935 CD2 TYR B 119 8.005 -20.866 -10.508 1.00 35.31 C \\nATOM 936 CE1 TYR B 119 8.983 -21.975 -12.850 1.00 35.31 C \\nATOM 937 CE2 TYR B 119 9.331 -20.658 -10.873 1.00 35.31 C \\nATOM 938 OH TYR B 119 11.122 -21.013 -12.411 1.00 35.31 O \\nATOM 939 CZ TYR B 119 9.810 -21.216 -12.044 1.00 35.31 C \\nATOM 940 N LEU B 120 2.491 -20.488 -11.891 1.00 35.48 N \\nATOM 941 CA LEU B 120 1.065 -20.610 -11.613 1.00 35.48 C \\nATOM 942 C LEU B 120 0.660 -22.074 -11.481 1.00 35.48 C \\nATOM 943 CB LEU B 120 0.243 -19.939 -12.717 1.00 35.48 C \\nATOM 944 O LEU B 120 0.653 -22.813 -12.468 1.00 35.48 O \\nATOM 945 CG LEU B 120 0.229 -18.409 -12.716 1.00 35.48 C \\nATOM 946 CD1 LEU B 120 -0.139 -17.882 -14.099 1.00 35.48 C \\nATOM 947 CD2 LEU B 120 -0.741 -17.884 -11.662 1.00 35.48 C \\nATOM 948 N TYR B 121 1.468 -22.760 -10.689 1.00 39.30 N \\nATOM 949 CA TYR B 121 0.883 -24.078 -10.471 1.00 39.30 C \\nATOM 950 C TYR B 121 -0.540 -23.962 -9.939 1.00 39.30 C \\nATOM 951 CB TYR B 121 1.740 -24.892 -9.496 1.00 39.30 C \\nATOM 952 O TYR B 121 -0.878 -22.990 -9.258 1.00 39.30 O \\nATOM 953 CG TYR B 121 3.187 -25.007 -9.910 1.00 39.30 C \\nATOM 954 CD1 TYR B 121 3.593 -25.966 -10.835 1.00 39.30 C \\nATOM 955 CD2 TYR B 121 4.150 -24.158 -9.377 1.00 39.30 C \\nATOM 956 CE1 TYR B 121 4.925 -26.077 -11.218 1.00 39.30 C \\nATOM 957 CE2 TYR B 121 5.486 -24.260 -9.752 1.00 39.30 C \\nATOM 958 OH TYR B 121 7.184 -25.326 -11.048 1.00 39.30 O \\nATOM 959 CZ TYR B 121 5.863 -25.221 -10.672 1.00 39.30 C \\nATOM 960 N ARG B 122 -1.483 -24.330 -10.703 1.00 38.29 N \\nATOM 961 CA ARG B 122 -2.866 -24.220 -10.248 1.00 38.29 C \\nATOM 962 C ARG B 122 -2.961 -24.408 -8.737 1.00 38.29 C \\nATOM 963 CB ARG B 122 -3.750 -25.246 -10.960 1.00 38.29 C \\nATOM 964 O ARG B 122 -2.531 -25.433 -8.206 1.00 38.29 O \\nATOM 965 CG ARG B 122 -4.499 -24.687 -12.159 1.00 38.29 C \\nATOM 966 CD ARG B 122 -5.433 -25.720 -12.773 1.00 38.29 C \\nATOM 967 NE ARG B 122 -6.064 -25.221 -13.991 1.00 38.29 N \\nATOM 968 NH1 ARG B 122 -7.529 -26.994 -14.207 1.00 38.29 N \\nATOM 969 NH2 ARG B 122 -7.547 -25.293 -15.743 1.00 38.29 N \\nATOM 970 CZ ARG B 122 -7.045 -25.837 -14.644 1.00 38.29 C \\nATOM 971 N LEU B 123 -2.778 -23.356 -7.989 1.00 36.67 N \\nATOM 972 CA LEU B 123 -2.654 -23.297 -6.537 1.00 36.67 C \\nATOM 973 C LEU B 123 -3.596 -24.293 -5.869 1.00 36.67 C \\nATOM 974 CB LEU B 123 -2.947 -21.882 -6.031 1.00 36.67 C \\nATOM 975 O LEU B 123 -3.180 -25.059 -4.997 1.00 36.67 O \\nATOM 976 CG LEU B 123 -1.761 -21.110 -5.449 1.00 36.67 C \\nATOM 977 CD1 LEU B 123 -1.669 -19.725 -6.081 1.00 36.67 C \\nATOM 978 CD2 LEU B 123 -1.884 -21.006 -3.933 1.00 36.67 C \\nATOM 979 N PHE B 124 -4.875 -23.871 -5.620 1.00 34.11 N \\nATOM 980 CA PHE B 124 -5.909 -24.513 -4.818 1.00 34.11 C \\nATOM 981 C PHE B 124 -6.934 -25.206 -5.708 1.00 34.11 C \\nATOM 982 CB PHE B 124 -6.605 -23.488 -3.916 1.00 34.11 C \\nATOM 983 O PHE B 124 -7.253 -24.717 -6.793 1.00 34.11 O \\nATOM 984 CG PHE B 124 -5.767 -23.036 -2.751 1.00 34.11 C \\nATOM 985 CD1 PHE B 124 -5.688 -23.802 -1.595 1.00 34.11 C \\nATOM 986 CD2 PHE B 124 -5.056 -21.845 -2.813 1.00 34.11 C \\nATOM 987 CE1 PHE B 124 -4.913 -23.386 -0.515 1.00 34.11 C \\nATOM 988 CE2 PHE B 124 -4.279 -21.422 -1.738 1.00 34.11 C \\nATOM 989 CZ PHE B 124 -4.210 -22.194 -0.590 1.00 34.11 C \\nATOM 990 N ARG B 125 -6.959 -26.479 -5.545 1.00 41.13 N \\nATOM 991 CA ARG B 125 -8.109 -27.183 -6.104 1.00 41.13 C \\nATOM 992 C ARG B 125 -9.391 -26.808 -5.367 1.00 41.13 C \\nATOM 993 CB ARG B 125 -7.894 -28.697 -6.044 1.00 41.13 C \\nATOM 994 O ARG B 125 -9.420 -26.783 -4.135 1.00 41.13 O \\nATOM 995 CG ARG B 125 -8.168 -29.410 -7.359 1.00 41.13 C \\nATOM 996 CD ARG B 125 -8.038 -30.920 -7.219 1.00 41.13 C \\nATOM 997 NE ARG B 125 -8.501 -31.614 -8.417 1.00 41.13 N \\nATOM 998 NH1 ARG B 125 -8.233 -33.736 -7.543 1.00 41.13 N \\nATOM 999 NH2 ARG B 125 -9.017 -33.462 -9.679 1.00 41.13 N \\nATOM 1000 CZ ARG B 125 -8.582 -32.936 -8.544 1.00 41.13 C \\nATOM 1001 N LYS B 126 -10.292 -26.151 -6.005 1.00 37.69 N \\nATOM 1002 CA LYS B 126 -11.554 -25.845 -5.339 1.00 37.69 C \\nATOM 1003 C LYS B 126 -12.188 -27.104 -4.755 1.00 37.69 C \\nATOM 1004 CB LYS B 126 -12.525 -25.172 -6.311 1.00 37.69 C \\nATOM 1005 O LYS B 126 -12.752 -27.071 -3.659 1.00 37.69 O \\nATOM 1006 CG LYS B 126 -12.815 -23.714 -5.986 1.00 37.69 C \\nATOM 1007 CD LYS B 126 -13.867 -23.132 -6.922 1.00 37.69 C \\nATOM 1008 CE LYS B 126 -14.171 -21.678 -6.587 1.00 37.69 C \\nATOM 1009 NZ LYS B 126 -15.190 -21.098 -7.512 1.00 37.69 N \\nATOM 1010 N SER B 127 -12.246 -28.209 -5.506 1.00 41.19 N \\nATOM 1011 CA SER B 127 -12.872 -29.472 -5.128 1.00 41.19 C \\nATOM 1012 C SER B 127 -11.948 -30.653 -5.408 1.00 41.19 C \\nATOM 1013 CB SER B 127 -14.194 -29.660 -5.872 1.00 41.19 C \\nATOM 1014 O SER B 127 -10.995 -30.532 -6.180 1.00 41.19 O \\nATOM 1015 OG SER B 127 -14.013 -29.494 -7.268 1.00 41.19 O \\nATOM 1016 N ASN B 128 -12.117 -31.554 -4.395 1.00 44.39 N \\nATOM 1017 CA ASN B 128 -11.400 -32.796 -4.662 1.00 44.39 C \\nATOM 1018 C ASN B 128 -11.665 -33.304 -6.076 1.00 44.39 C \\nATOM 1019 CB ASN B 128 -11.777 -33.866 -3.634 1.00 44.39 C \\nATOM 1020 O ASN B 128 -12.785 -33.197 -6.579 1.00 44.39 O \\nATOM 1021 CG ASN B 128 -11.200 -33.584 -2.260 1.00 44.39 C \\nATOM 1022 ND2 ASN B 128 -11.863 -34.086 -1.225 1.00 44.39 N \\nATOM 1023 OD1 ASN B 128 -10.168 -32.921 -2.131 1.00 44.39 O \\nATOM 1024 N LEU B 129 -10.669 -33.580 -6.780 1.00 50.62 N \\nATOM 1025 CA LEU B 129 -10.848 -34.141 -8.115 1.00 50.62 C \\nATOM 1026 C LEU B 129 -11.457 -35.537 -8.041 1.00 50.62 C \\nATOM 1027 CB LEU B 129 -9.511 -34.193 -8.858 1.00 50.62 C \\nATOM 1028 O LEU B 129 -11.112 -36.323 -7.156 1.00 50.62 O \\nATOM 1029 CG LEU B 129 -8.938 -32.852 -9.318 1.00 50.62 C \\nATOM 1030 CD1 LEU B 129 -7.451 -32.990 -9.631 1.00 50.62 C \\nATOM 1031 CD2 LEU B 129 -9.699 -32.333 -10.534 1.00 50.62 C \\nATOM 1032 N LYS B 130 -12.614 -35.733 -8.630 1.00 50.60 N \\nATOM 1033 CA LYS B 130 -13.124 -37.093 -8.774 1.00 50.60 C \\nATOM 1034 C LYS B 130 -12.142 -37.969 -9.548 1.00 50.60 C \\nATOM 1035 CB LYS B 130 -14.483 -37.086 -9.474 1.00 50.60 C \\nATOM 1036 O LYS B 130 -11.287 -37.460 -10.274 1.00 50.60 O \\nATOM 1037 CG LYS B 130 -15.581 -36.387 -8.686 1.00 50.60 C \\nATOM 1038 CD LYS B 130 -16.938 -36.537 -9.363 1.00 50.60 C \\nATOM 1039 CE LYS B 130 -18.032 -35.811 -8.592 1.00 50.60 C \\nATOM 1040 NZ LYS B 130 -19.359 -35.935 -9.265 1.00 50.60 N \\nATOM 1041 N PRO B 131 -12.167 -39.312 -9.309 1.00 49.65 N \\nATOM 1042 CA PRO B 131 -11.348 -40.205 -10.132 1.00 49.65 C \\nATOM 1043 C PRO B 131 -11.479 -39.916 -11.626 1.00 49.65 C \\nATOM 1044 CB PRO B 131 -11.894 -41.595 -9.796 1.00 49.65 C \\nATOM 1045 O PRO B 131 -12.580 -39.647 -12.112 1.00 49.65 O \\nATOM 1046 CG PRO B 131 -12.561 -41.432 -8.468 1.00 49.65 C \\nATOM 1047 CD PRO B 131 -13.050 -40.017 -8.351 1.00 49.65 C \\nATOM 1048 N PHE B 132 -10.381 -39.621 -12.311 1.00 48.87 N \\nATOM 1049 CA PHE B 132 -10.252 -39.423 -13.750 1.00 48.87 C \\nATOM 1050 C PHE B 132 -10.576 -37.982 -14.129 1.00 48.87 C \\nATOM 1051 CB PHE B 132 -11.170 -40.385 -14.511 1.00 48.87 C \\nATOM 1052 O PHE B 132 -10.798 -37.679 -15.303 1.00 48.87 O \\nATOM 1053 CG PHE B 132 -10.946 -41.833 -14.172 1.00 48.87 C \\nATOM 1054 CD1 PHE B 132 -9.823 -42.505 -14.637 1.00 48.87 C \\nATOM 1055 CD2 PHE B 132 -11.860 -42.524 -13.387 1.00 48.87 C \\nATOM 1056 CE1 PHE B 132 -9.613 -43.846 -14.325 1.00 48.87 C \\nATOM 1057 CE2 PHE B 132 -11.658 -43.864 -13.070 1.00 48.87 C \\nATOM 1058 CZ PHE B 132 -10.534 -44.524 -13.541 1.00 48.87 C \\nATOM 1059 N GLU B 133 -10.768 -37.122 -13.045 1.00 54.35 N \\nATOM 1060 CA GLU B 133 -11.010 -35.708 -13.318 1.00 54.35 C \\nATOM 1061 C GLU B 133 -9.704 -34.920 -13.346 1.00 54.35 C \\nATOM 1062 CB GLU B 133 -11.961 -35.114 -12.277 1.00 54.35 C \\nATOM 1063 O GLU B 133 -8.748 -35.268 -12.648 1.00 54.35 O \\nATOM 1064 CG GLU B 133 -12.925 -34.081 -12.843 1.00 54.35 C \\nATOM 1065 CD GLU B 133 -13.864 -33.499 -11.797 1.00 54.35 C \\nATOM 1066 OE1 GLU B 133 -14.655 -32.588 -12.131 1.00 54.35 O \\nATOM 1067 OE2 GLU B 133 -13.806 -33.958 -10.635 1.00 54.35 O \\nATOM 1068 N ARG B 134 -9.457 -34.022 -14.241 1.00 55.63 N \\nATOM 1069 CA ARG B 134 -8.314 -33.121 -14.352 1.00 55.63 C \\nATOM 1070 C ARG B 134 -8.689 -31.706 -13.926 1.00 55.63 C \\nATOM 1071 CB ARG B 134 -7.775 -33.111 -15.784 1.00 55.63 C \\nATOM 1072 O ARG B 134 -9.825 -31.271 -14.126 1.00 55.63 O \\nATOM 1073 CG ARG B 134 -6.900 -34.309 -16.121 1.00 55.63 C \\nATOM 1074 CD ARG B 134 -6.335 -34.215 -17.531 1.00 55.63 C \\nATOM 1075 NE ARG B 134 -4.950 -33.753 -17.527 1.00 55.63 N \\nATOM 1076 NH1 ARG B 134 -4.870 -33.321 -19.795 1.00 55.63 N \\nATOM 1077 NH2 ARG B 134 -3.028 -32.939 -18.485 1.00 55.63 N \\nATOM 1078 CZ ARG B 134 -4.285 -33.339 -18.603 1.00 55.63 C \\nATOM 1079 N ASP B 135 -7.798 -31.143 -13.005 1.00 52.49 N \\nATOM 1080 CA ASP B 135 -7.999 -29.737 -12.668 1.00 52.49 C \\nATOM 1081 C ASP B 135 -7.582 -28.830 -13.824 1.00 52.49 C \\nATOM 1082 CB ASP B 135 -7.219 -29.371 -11.404 1.00 52.49 C \\nATOM 1083 O ASP B 135 -6.404 -28.491 -13.960 1.00 52.49 O \\nATOM 1084 CG ASP B 135 -7.539 -27.978 -10.892 1.00 52.49 C \\nATOM 1085 OD1 ASP B 135 -8.348 -27.266 -11.525 1.00 52.49 O \\nATOM 1086 OD2 ASP B 135 -6.975 -27.587 -9.846 1.00 52.49 O \\nATOM 1087 N ILE B 136 -8.416 -28.655 -14.652 1.00 44.10 N \\nATOM 1088 CA ILE B 136 -8.086 -27.854 -15.826 1.00 44.10 C \\nATOM 1089 C ILE B 136 -8.485 -26.400 -15.588 1.00 44.10 C \\nATOM 1090 CB ILE B 136 -8.779 -28.399 -17.095 1.00 44.10 C \\nATOM 1091 O ILE B 136 -8.599 -25.617 -16.534 1.00 44.10 O \\nATOM 1092 CG1 ILE B 136 -10.098 -29.089 -16.729 1.00 44.10 C \\nATOM 1093 CG2 ILE B 136 -7.850 -29.356 -17.848 1.00 44.10 C \\nATOM 1094 CD1 ILE B 136 -10.974 -29.425 -17.928 1.00 44.10 C \\nATOM 1095 N SER B 137 -8.619 -26.132 -14.216 1.00 43.45 N \\nATOM 1096 CA SER B 137 -9.050 -24.755 -13.997 1.00 43.45 C \\nATOM 1097 C SER B 137 -7.905 -23.774 -14.222 1.00 43.45 C \\nATOM 1098 CB SER B 137 -9.607 -24.586 -12.583 1.00 43.45 C \\nATOM 1099 O SER B 137 -6.757 -24.062 -13.875 1.00 43.45 O \\nATOM 1100 OG SER B 137 -8.820 -23.672 -11.839 1.00 43.45 O \\nATOM 1101 N THR B 138 -7.844 -22.878 -15.064 1.00 36.45 N \\nATOM 1102 CA THR B 138 -6.913 -21.800 -15.379 1.00 36.45 C \\nATOM 1103 C THR B 138 -7.002 -20.687 -14.340 1.00 36.45 C \\nATOM 1104 CB THR B 138 -7.183 -21.221 -16.780 1.00 36.45 C \\nATOM 1105 O THR B 138 -6.416 -19.617 -14.517 1.00 36.45 O \\nATOM 1106 CG2 THR B 138 -6.845 -22.234 -17.869 1.00 36.45 C \\nATOM 1107 OG1 THR B 138 -8.567 -20.866 -16.886 1.00 36.45 O \\nATOM 1108 N GLU B 139 -7.719 -20.856 -13.309 1.00 32.42 N \\nATOM 1109 CA GLU B 139 -7.986 -19.739 -12.407 1.00 32.42 C \\nATOM 1110 C GLU B 139 -6.799 -19.481 -11.482 1.00 32.42 C \\nATOM 1111 CB GLU B 139 -9.248 -20.004 -11.582 1.00 32.42 C \\nATOM 1112 O GLU B 139 -6.281 -20.407 -10.855 1.00 32.42 O \\nATOM 1113 CG GLU B 139 -10.542 -19.718 -12.329 1.00 32.42 C \\nATOM 1114 CD GLU B 139 -11.781 -19.864 -11.460 1.00 32.42 C \\nATOM 1115 OE1 GLU B 139 -12.907 -19.668 -11.970 1.00 32.42 O \\nATOM 1116 OE2 GLU B 139 -11.624 -20.175 -10.258 1.00 32.42 O \\nATOM 1117 N ILE B 140 -5.927 -18.571 -11.873 1.00 32.69 N \\nATOM 1118 CA ILE B 140 -4.826 -18.068 -11.057 1.00 32.69 C \\nATOM 1119 C ILE B 140 -5.379 -17.383 -9.810 1.00 32.69 C \\nATOM 1120 CB ILE B 140 -3.933 -17.091 -11.854 1.00 32.69 C \\nATOM 1121 O ILE B 140 -6.323 -16.593 -9.894 1.00 32.69 O \\nATOM 1122 CG1 ILE B 140 -3.418 -17.761 -13.133 1.00 32.69 C \\nATOM 1123 CG2 ILE B 140 -2.771 -16.594 -10.990 1.00 32.69 C \\nATOM 1124 CD1 ILE B 140 -2.601 -16.839 -14.029 1.00 32.69 C \\nATOM 1125 N TYR B 141 -5.216 -17.927 -8.770 1.00 31.64 N \\nATOM 1126 CA TYR B 141 -5.673 -17.200 -7.591 1.00 31.64 C \\nATOM 1127 C TYR B 141 -5.037 -15.817 -7.523 1.00 31.64 C \\nATOM 1128 CB TYR B 141 -5.352 -17.986 -6.316 1.00 31.64 C \\nATOM 1129 O TYR B 141 -3.830 -15.670 -7.730 1.00 31.64 O \\nATOM 1130 CG TYR B 141 -6.067 -17.473 -5.090 1.00 31.64 C \\nATOM 1131 CD1 TYR B 141 -5.433 -16.606 -4.202 1.00 31.64 C \\nATOM 1132 CD2 TYR B 141 -7.376 -17.854 -4.816 1.00 31.64 C \\nATOM 1133 CE1 TYR B 141 -6.087 -16.132 -3.070 1.00 31.64 C \\nATOM 1134 CE2 TYR B 141 -8.040 -17.386 -3.687 1.00 31.64 C \\nATOM 1135 OH TYR B 141 -8.041 -16.060 -1.702 1.00 31.64 O \\nATOM 1136 CZ TYR B 141 -7.389 -16.526 -2.822 1.00 31.64 C \\nATOM 1137 N GLN B 142 -5.707 -14.777 -7.846 1.00 27.47 N \\nATOM 1138 CA GLN B 142 -5.324 -13.373 -7.745 1.00 27.47 C \\nATOM 1139 C GLN B 142 -5.214 -12.936 -6.287 1.00 27.47 C \\nATOM 1140 CB GLN B 142 -6.330 -12.488 -8.483 1.00 27.47 C \\nATOM 1141 O GLN B 142 -6.166 -13.079 -5.517 1.00 27.47 O \\nATOM 1142 CG GLN B 142 -5.881 -12.080 -9.880 1.00 27.47 C \\nATOM 1143 CD GLN B 142 -6.904 -11.219 -10.598 1.00 27.47 C \\nATOM 1144 NE2 GLN B 142 -6.503 -10.633 -11.721 1.00 27.47 N \\nATOM 1145 OE1 GLN B 142 -8.046 -11.083 -10.147 1.00 27.47 O \\nATOM 1146 N ALA B 143 -3.928 -12.857 -5.802 1.00 28.05 N \\nATOM 1147 CA ALA B 143 -3.706 -12.301 -4.470 1.00 28.05 C \\nATOM 1148 C ALA B 143 -4.374 -10.937 -4.327 1.00 28.05 C \\nATOM 1149 CB ALA B 143 -2.211 -12.191 -4.182 1.00 28.05 C \\nATOM 1150 O ALA B 143 -4.259 -10.086 -5.212 1.00 28.05 O \\nATOM 1151 N GLY B 144 -5.538 -10.830 -4.033 1.00 26.39 N \\nATOM 1152 CA GLY B 144 -6.090 -9.521 -3.719 1.00 26.39 C \\nATOM 1153 C GLY B 144 -5.085 -8.589 -3.070 1.00 26.39 C \\nATOM 1154 O GLY B 144 -4.021 -9.027 -2.627 1.00 26.39 O \\nATOM 1155 N SER B 145 -4.606 -7.521 -3.664 1.00 27.20 N \\nATOM 1156 CA SER B 145 -3.667 -6.458 -3.320 1.00 27.20 C \\nATOM 1157 C SER B 145 -3.576 -6.268 -1.809 1.00 27.20 C \\nATOM 1158 CB SER B 145 -4.080 -5.143 -3.983 1.00 27.20 C \\nATOM 1159 O SER B 145 -2.778 -5.463 -1.327 1.00 27.20 O \\nATOM 1160 OG SER B 145 -5.462 -5.151 -4.299 1.00 27.20 O \\nATOM 1161 N THR B 146 -4.671 -5.942 -1.053 1.00 28.38 N \\nATOM 1162 CA THR B 146 -4.581 -5.351 0.277 1.00 28.38 C \\nATOM 1163 C THR B 146 -3.722 -6.216 1.196 1.00 28.38 C \\nATOM 1164 CB THR B 146 -5.976 -5.162 0.901 1.00 28.38 C \\nATOM 1165 O THR B 146 -3.624 -7.429 1.001 1.00 28.38 O \\nATOM 1166 CG2 THR B 146 -6.376 -3.691 0.918 1.00 28.38 C \\nATOM 1167 OG1 THR B 146 -6.938 -5.899 0.136 1.00 28.38 O \\nATOM 1168 N PRO B 147 -2.726 -5.774 1.957 1.00 28.63 N \\nATOM 1169 CA PRO B 147 -2.265 -6.719 2.978 1.00 28.63 C \\nATOM 1170 C PRO B 147 -3.327 -7.751 3.349 1.00 28.63 C \\nATOM 1171 CB PRO B 147 -1.939 -5.817 4.171 1.00 28.63 C \\nATOM 1172 O PRO B 147 -4.524 -7.485 3.218 1.00 28.63 O \\nATOM 1173 CG PRO B 147 -2.277 -4.436 3.710 1.00 28.63 C \\nATOM 1174 CD PRO B 147 -2.857 -4.523 2.327 1.00 28.63 C \\nATOM 1175 N CYS B 148 -3.223 -9.202 3.196 1.00 33.74 N \\nATOM 1176 CA CYS B 148 -4.289 -10.165 3.451 1.00 33.74 C \\nATOM 1177 C CYS B 148 -5.217 -9.672 4.555 1.00 33.74 C \\nATOM 1178 CB CYS B 148 -3.703 -11.523 3.833 1.00 33.74 C \\nATOM 1179 O CYS B 148 -6.008 -10.445 5.098 1.00 33.74 O \\nATOM 1180 SG CYS B 148 -2.954 -12.409 2.449 1.00 33.74 S \\nATOM 1181 N ASN B 149 -4.818 -8.759 5.231 1.00 30.92 N \\nATOM 1182 CA ASN B 149 -5.523 -8.594 6.498 1.00 30.92 C \\nATOM 1183 C ASN B 149 -6.969 -8.158 6.282 1.00 30.92 C \\nATOM 1184 CB ASN B 149 -4.793 -7.589 7.392 1.00 30.92 C \\nATOM 1185 O ASN B 149 -7.783 -8.210 7.206 1.00 30.92 O \\nATOM 1186 CG ASN B 149 -3.348 -7.974 7.644 1.00 30.92 C \\nATOM 1187 ND2 ASN B 149 -2.532 -6.997 8.022 1.00 30.92 N \\nATOM 1188 OD1 ASN B 149 -2.969 -9.138 7.499 1.00 30.92 O \\nATOM 1189 N GLY B 150 -7.282 -6.910 5.723 1.00 28.38 N \\nATOM 1190 CA GLY B 150 -8.706 -6.617 5.760 1.00 28.38 C \\nATOM 1191 C GLY B 150 -9.527 -7.531 4.871 1.00 28.38 C \\nATOM 1192 O GLY B 150 -9.006 -8.505 4.323 1.00 28.38 O \\nATOM 1193 N VAL B 151 -10.894 -7.508 4.644 1.00 27.05 N \\nATOM 1194 CA VAL B 151 -11.708 -8.365 3.789 1.00 27.05 C \\nATOM 1195 C VAL B 151 -10.989 -8.606 2.463 1.00 27.05 C \\nATOM 1196 CB VAL B 151 -13.104 -7.752 3.534 1.00 27.05 C \\nATOM 1197 O VAL B 151 -11.142 -9.665 1.850 1.00 27.05 O \\nATOM 1198 CG1 VAL B 151 -14.015 -8.758 2.833 1.00 27.05 C \\nATOM 1199 CG2 VAL B 151 -13.728 -7.285 4.848 1.00 27.05 C \\nATOM 1200 N GLU B 152 -10.296 -7.650 1.944 1.00 27.49 N \\nATOM 1201 CA GLU B 152 -9.818 -7.757 0.569 1.00 27.49 C \\nATOM 1202 C GLU B 152 -8.475 -8.480 0.507 1.00 27.49 C \\nATOM 1203 CB GLU B 152 -9.698 -6.371 -0.068 1.00 27.49 C \\nATOM 1204 O GLU B 152 -7.833 -8.519 -0.545 1.00 27.49 O \\nATOM 1205 CG GLU B 152 -11.032 -5.661 -0.251 1.00 27.49 C \\nATOM 1206 CD GLU B 152 -10.890 -4.163 -0.468 1.00 27.49 C \\nATOM 1207 OE1 GLU B 152 -11.916 -3.481 -0.690 1.00 27.49 O \\nATOM 1208 OE2 GLU B 152 -9.742 -3.667 -0.417 1.00 27.49 O \\nATOM 1209 N GLY B 153 -7.754 -8.676 1.624 1.00 29.17 N \\nATOM 1210 CA GLY B 153 -6.422 -9.260 1.646 1.00 29.17 C \\nATOM 1211 C GLY B 153 -6.341 -10.590 0.921 1.00 29.17 C \\nATOM 1212 O GLY B 153 -5.403 -11.362 1.131 1.00 29.17 O \\nATOM 1213 N PHE B 154 -7.346 -11.116 0.541 1.00 28.52 N \\nATOM 1214 CA PHE B 154 -7.342 -12.480 0.024 1.00 28.52 C \\nATOM 1215 C PHE B 154 -6.200 -12.680 -0.965 1.00 28.52 C \\nATOM 1216 CB PHE B 154 -8.680 -12.806 -0.646 1.00 28.52 C \\nATOM 1217 O PHE B 154 -5.902 -13.811 -1.356 1.00 28.52 O \\nATOM 1218 CG PHE B 154 -9.709 -13.371 0.296 1.00 28.52 C \\nATOM 1219 CD1 PHE B 154 -9.682 -14.714 0.652 1.00 28.52 C \\nATOM 1220 CD2 PHE B 154 -10.703 -12.559 0.826 1.00 28.52 C \\nATOM 1221 CE1 PHE B 154 -10.633 -15.240 1.524 1.00 28.52 C \\nATOM 1222 CE2 PHE B 154 -11.657 -13.077 1.697 1.00 28.52 C \\nATOM 1223 CZ PHE B 154 -11.620 -14.418 2.044 1.00 28.52 C \\nATOM 1224 N ASN B 155 -5.774 -11.625 -1.643 1.00 28.55 N \\nATOM 1225 CA ASN B 155 -5.087 -11.933 -2.893 1.00 28.55 C \\nATOM 1226 C ASN B 155 -3.626 -12.303 -2.653 1.00 28.55 C \\nATOM 1227 CB ASN B 155 -5.183 -10.754 -3.863 1.00 28.55 C \\nATOM 1228 O ASN B 155 -2.765 -12.025 -3.490 1.00 28.55 O \\nATOM 1229 CG ASN B 155 -6.493 -10.731 -4.626 1.00 28.55 C \\nATOM 1230 ND2 ASN B 155 -6.850 -9.567 -5.157 1.00 28.55 N \\nATOM 1231 OD1 ASN B 155 -7.179 -11.750 -4.737 1.00 28.55 O \\nATOM 1232 N CYS B 156 -3.225 -12.501 -1.394 1.00 30.10 N \\nATOM 1233 CA CYS B 156 -1.792 -12.766 -1.334 1.00 30.10 C \\nATOM 1234 C CYS B 156 -1.444 -14.051 -2.075 1.00 30.10 C \\nATOM 1235 CB CYS B 156 -1.325 -12.861 0.118 1.00 30.10 C \\nATOM 1236 O CYS B 156 -1.997 -15.112 -1.780 1.00 30.10 O \\nATOM 1237 SG CYS B 156 -1.505 -11.320 1.043 1.00 30.10 S \\nATOM 1238 N TYR B 157 -1.259 -14.037 -3.273 1.00 30.47 N \\nATOM 1239 CA TYR B 157 -1.087 -15.115 -4.241 1.00 30.47 C \\nATOM 1240 C TYR B 157 0.322 -15.691 -4.171 1.00 30.47 C \\nATOM 1241 CB TYR B 157 -1.378 -14.615 -5.659 1.00 30.47 C \\nATOM 1242 O TYR B 157 1.306 -14.948 -4.218 1.00 30.47 O \\nATOM 1243 CG TYR B 157 -2.160 -15.595 -6.500 1.00 30.47 C \\nATOM 1244 CD1 TYR B 157 -1.509 -16.513 -7.321 1.00 30.47 C \\nATOM 1245 CD2 TYR B 157 -3.550 -15.603 -6.476 1.00 30.47 C \\nATOM 1246 CE1 TYR B 157 -2.225 -17.417 -8.099 1.00 30.47 C \\nATOM 1247 CE2 TYR B 157 -4.277 -16.502 -7.250 1.00 30.47 C \\nATOM 1248 OH TYR B 157 -4.321 -18.296 -8.824 1.00 30.47 O \\nATOM 1249 CZ TYR B 157 -3.607 -17.404 -8.056 1.00 30.47 C \\nATOM 1250 N PHE B 158 0.632 -16.541 -3.286 1.00 33.59 N \\nATOM 1251 CA PHE B 158 1.960 -17.099 -3.515 1.00 33.59 C \\nATOM 1252 C PHE B 158 1.881 -18.337 -4.400 1.00 33.59 C \\nATOM 1253 CB PHE B 158 2.635 -17.447 -2.185 1.00 33.59 C \\nATOM 1254 O PHE B 158 1.415 -19.391 -3.961 1.00 33.59 O \\nATOM 1255 CG PHE B 158 2.945 -16.248 -1.329 1.00 33.59 C \\nATOM 1256 CD1 PHE B 158 4.085 -15.487 -1.560 1.00 33.59 C \\nATOM 1257 CD2 PHE B 158 2.095 -15.881 -0.294 1.00 33.59 C \\nATOM 1258 CE1 PHE B 158 4.373 -14.377 -0.770 1.00 33.59 C \\nATOM 1259 CE2 PHE B 158 2.376 -14.772 0.499 1.00 33.59 C \\nATOM 1260 CZ PHE B 158 3.517 -14.022 0.261 1.00 33.59 C \\nATOM 1261 N PRO B 159 2.017 -18.317 -5.607 1.00 35.80 N \\nATOM 1262 CA PRO B 159 1.674 -19.379 -6.555 1.00 35.80 C \\nATOM 1263 C PRO B 159 2.369 -20.701 -6.239 1.00 35.80 C \\nATOM 1264 CB PRO B 159 2.150 -18.820 -7.898 1.00 35.80 C \\nATOM 1265 O PRO B 159 1.712 -21.742 -6.147 1.00 35.80 O \\nATOM 1266 CG PRO B 159 2.954 -17.610 -7.545 1.00 35.80 C \\nATOM 1267 CD PRO B 159 2.729 -17.296 -6.093 1.00 35.80 C \\nATOM 1268 N LEU B 160 3.740 -20.867 -6.192 1.00 41.99 N \\nATOM 1269 CA LEU B 160 4.462 -22.135 -6.162 1.00 41.99 C \\nATOM 1270 C LEU B 160 4.197 -22.880 -4.859 1.00 41.99 C \\nATOM 1271 CB LEU B 160 5.965 -21.900 -6.334 1.00 41.99 C \\nATOM 1272 O LEU B 160 4.071 -24.107 -4.855 1.00 41.99 O \\nATOM 1273 CG LEU B 160 6.443 -21.576 -7.750 1.00 41.99 C \\nATOM 1274 CD1 LEU B 160 7.864 -21.024 -7.716 1.00 41.99 C \\nATOM 1275 CD2 LEU B 160 6.366 -22.815 -8.637 1.00 41.99 C \\nATOM 1276 N GLN B 161 4.192 -22.235 -3.807 1.00 38.13 N \\nATOM 1277 CA GLN B 161 4.018 -22.771 -2.461 1.00 38.13 C \\nATOM 1278 C GLN B 161 2.649 -23.428 -2.304 1.00 38.13 C \\nATOM 1279 CB GLN B 161 4.194 -21.669 -1.416 1.00 38.13 C \\nATOM 1280 O GLN B 161 2.513 -24.432 -1.602 1.00 38.13 O \\nATOM 1281 CG GLN B 161 5.554 -21.684 -0.730 1.00 38.13 C \\nATOM 1282 CD GLN B 161 5.952 -20.324 -0.188 1.00 38.13 C \\nATOM 1283 NE2 GLN B 161 7.181 -20.221 0.309 1.00 38.13 N \\nATOM 1284 OE1 GLN B 161 5.163 -19.375 -0.215 1.00 38.13 O \\nATOM 1285 N SER B 162 1.814 -23.088 -3.000 1.00 39.37 N \\nATOM 1286 CA SER B 162 0.451 -23.600 -2.907 1.00 39.37 C \\nATOM 1287 C SER B 162 0.345 -25.000 -3.503 1.00 39.37 C \\nATOM 1288 CB SER B 162 -0.525 -22.660 -3.616 1.00 39.37 C \\nATOM 1289 O SER B 162 -0.599 -25.736 -3.208 1.00 39.37 O \\nATOM 1290 OG SER B 162 -0.230 -21.307 -3.313 1.00 39.37 O \\nATOM 1291 N TYR B 163 1.413 -25.425 -4.215 1.00 49.29 N \\nATOM 1292 CA TYR B 163 1.426 -26.751 -4.822 1.00 49.29 C \\nATOM 1293 C TYR B 163 2.369 -27.685 -4.073 1.00 49.29 C \\nATOM 1294 CB TYR B 163 1.839 -26.664 -6.295 1.00 49.29 C \\nATOM 1295 O TYR B 163 2.712 -28.760 -4.569 1.00 49.29 O \\nATOM 1296 CG TYR B 163 0.739 -26.176 -7.206 1.00 49.29 C \\nATOM 1297 CD1 TYR B 163 -0.192 -27.062 -7.743 1.00 49.29 C \\nATOM 1298 CD2 TYR B 163 0.629 -24.828 -7.532 1.00 49.29 C \\nATOM 1299 CE1 TYR B 163 -1.206 -26.617 -8.585 1.00 49.29 C \\nATOM 1300 CE2 TYR B 163 -0.381 -24.372 -8.373 1.00 49.29 C \\nATOM 1301 OH TYR B 163 -2.294 -24.826 -9.726 1.00 49.29 O \\nATOM 1302 CZ TYR B 163 -1.293 -25.272 -8.893 1.00 49.29 C \\nATOM 1303 N GLY B 164 2.827 -27.302 -3.053 1.00 49.78 N \\nATOM 1304 CA GLY B 164 3.652 -28.143 -2.200 1.00 49.78 C \\nATOM 1305 C GLY B 164 5.124 -28.099 -2.563 1.00 49.78 C \\nATOM 1306 O GLY B 164 5.910 -28.923 -2.090 1.00 49.78 O \\nATOM 1307 N PHE B 165 5.442 -27.219 -3.484 1.00 59.74 N \\nATOM 1308 CA PHE B 165 6.846 -27.092 -3.857 1.00 59.74 C \\nATOM 1309 C PHE B 165 7.592 -26.209 -2.865 1.00 59.74 C \\nATOM 1310 CB PHE B 165 6.978 -26.519 -5.272 1.00 59.74 C \\nATOM 1311 O PHE B 165 7.092 -25.156 -2.465 1.00 59.74 O \\nATOM 1312 CG PHE B 165 6.274 -27.333 -6.324 1.00 59.74 C \\nATOM 1313 CD1 PHE B 165 6.759 -28.580 -6.699 1.00 59.74 C \\nATOM 1314 CD2 PHE B 165 5.126 -26.850 -6.939 1.00 59.74 C \\nATOM 1315 CE1 PHE B 165 6.110 -29.335 -7.673 1.00 59.74 C \\nATOM 1316 CE2 PHE B 165 4.471 -27.599 -7.913 1.00 59.74 C \\nATOM 1317 CZ PHE B 165 4.965 -28.841 -8.279 1.00 59.74 C \\nATOM 1318 N GLN B 166 8.724 -26.788 -2.302 1.00 49.05 N \\nATOM 1319 CA GLN B 166 9.611 -26.031 -1.425 1.00 49.05 C \\nATOM 1320 C GLN B 166 11.042 -26.034 -1.954 1.00 49.05 C \\nATOM 1321 CB GLN B 166 9.574 -26.598 -0.005 1.00 49.05 C \\nATOM 1322 O GLN B 166 11.756 -27.031 -1.822 1.00 49.05 O \\nATOM 1323 CG GLN B 166 8.275 -26.316 0.737 1.00 49.05 C \\nATOM 1324 CD GLN B 166 8.450 -26.301 2.244 1.00 49.05 C \\nATOM 1325 NE2 GLN B 166 7.540 -25.628 2.940 1.00 49.05 N \\nATOM 1326 OE1 GLN B 166 9.395 -26.890 2.778 1.00 49.05 O \\nATOM 1327 N PRO B 167 11.452 -24.968 -2.574 1.00 50.69 N \\nATOM 1328 CA PRO B 167 12.753 -24.936 -3.246 1.00 50.69 C \\nATOM 1329 C PRO B 167 13.920 -25.127 -2.280 1.00 50.69 C \\nATOM 1330 CB PRO B 167 12.789 -23.542 -3.877 1.00 50.69 C \\nATOM 1331 O PRO B 167 14.994 -25.580 -2.686 1.00 50.69 O \\nATOM 1332 CG PRO B 167 11.422 -22.983 -3.649 1.00 50.69 C \\nATOM 1333 CD PRO B 167 10.701 -23.870 -2.675 1.00 50.69 C \\nATOM 1334 N THR B 168 13.689 -24.950 -0.941 1.00 47.53 N \\nATOM 1335 CA THR B 168 14.813 -24.958 -0.011 1.00 47.53 C \\nATOM 1336 C THR B 168 14.742 -26.170 0.914 1.00 47.53 C \\nATOM 1337 CB THR B 168 14.851 -23.669 0.830 1.00 47.53 C \\nATOM 1338 O THR B 168 15.617 -26.364 1.760 1.00 47.53 O \\nATOM 1339 CG2 THR B 168 15.151 -22.453 -0.040 1.00 47.53 C \\nATOM 1340 OG1 THR B 168 13.581 -23.484 1.469 1.00 47.53 O \\nATOM 1341 N ASN B 169 13.704 -27.119 0.929 1.00 48.63 N \\nATOM 1342 CA ASN B 169 13.472 -28.228 1.848 1.00 48.63 C \\nATOM 1343 C ASN B 169 14.032 -29.537 1.300 1.00 48.63 C \\nATOM 1344 CB ASN B 169 11.978 -28.373 2.147 1.00 48.63 C \\nATOM 1345 O ASN B 169 13.607 -30.619 1.710 1.00 48.63 O \\nATOM 1346 CG ASN B 169 11.501 -27.412 3.218 1.00 48.63 C \\nATOM 1347 ND2 ASN B 169 10.273 -27.606 3.685 1.00 48.63 N \\nATOM 1348 OD1 ASN B 169 12.229 -26.502 3.621 1.00 48.63 O \\nATOM 1349 N GLY B 170 15.060 -29.692 0.557 1.00 62.44 N \\nATOM 1350 CA GLY B 170 15.631 -30.910 0.007 1.00 62.44 C \\nATOM 1351 C GLY B 170 15.147 -31.215 -1.398 1.00 62.44 C \\nATOM 1352 O GLY B 170 14.070 -30.768 -1.800 1.00 62.44 O \\nATOM 1353 N VAL B 171 15.852 -31.914 -2.073 1.00 70.49 N \\nATOM 1354 CA VAL B 171 15.616 -32.177 -3.489 1.00 70.49 C \\nATOM 1355 C VAL B 171 14.262 -32.859 -3.670 1.00 70.49 C \\nATOM 1356 CB VAL B 171 16.737 -33.049 -4.098 1.00 70.49 C \\nATOM 1357 O VAL B 171 13.616 -32.705 -4.709 1.00 70.49 O \\nATOM 1358 CG1 VAL B 171 17.824 -32.174 -4.721 1.00 70.49 C \\nATOM 1359 CG2 VAL B 171 17.333 -33.971 -3.035 1.00 70.49 C \\nATOM 1360 N GLY B 172 13.767 -33.562 -2.541 1.00 74.60 N \\nATOM 1361 CA GLY B 172 12.488 -34.249 -2.614 1.00 74.60 C \\nATOM 1362 C GLY B 172 11.305 -33.301 -2.683 1.00 74.60 C \\nATOM 1363 O GLY B 172 10.242 -33.662 -3.193 1.00 74.60 O \\nATOM 1364 N TYR B 173 11.465 -32.044 -2.199 1.00 65.66 N \\nATOM 1365 CA TYR B 173 10.383 -31.067 -2.165 1.00 65.66 C \\nATOM 1366 C TYR B 173 10.537 -30.043 -3.283 1.00 65.66 C \\nATOM 1367 CB TYR B 173 10.343 -30.356 -0.808 1.00 65.66 C \\nATOM 1368 O TYR B 173 9.694 -29.157 -3.443 1.00 65.66 O \\nATOM 1369 CG TYR B 173 9.927 -31.251 0.334 1.00 65.66 C \\nATOM 1370 CD1 TYR B 173 8.582 -31.464 0.624 1.00 65.66 C \\nATOM 1371 CD2 TYR B 173 10.879 -31.885 1.125 1.00 65.66 C \\nATOM 1372 CE1 TYR B 173 8.194 -32.286 1.677 1.00 65.66 C \\nATOM 1373 CE2 TYR B 173 10.503 -32.710 2.181 1.00 65.66 C \\nATOM 1374 OH TYR B 173 8.783 -33.719 3.491 1.00 65.66 O \\nATOM 1375 CZ TYR B 173 9.161 -32.904 2.448 1.00 65.66 C \\nATOM 1376 N GLN B 174 11.567 -30.180 -3.920 1.00 70.64 N \\nATOM 1377 CA GLN B 174 11.810 -29.269 -5.033 1.00 70.64 C \\nATOM 1378 C GLN B 174 11.002 -29.674 -6.263 1.00 70.64 C \\nATOM 1379 CB GLN B 174 13.300 -29.225 -5.375 1.00 70.64 C \\nATOM 1380 O GLN B 174 10.594 -30.830 -6.390 1.00 70.64 O \\nATOM 1381 CG GLN B 174 14.165 -28.616 -4.280 1.00 70.64 C \\nATOM 1382 CD GLN B 174 15.634 -28.556 -4.657 1.00 70.64 C \\nATOM 1383 NE2 GLN B 174 16.421 -27.840 -3.862 1.00 70.64 N \\nATOM 1384 OE1 GLN B 174 16.057 -29.148 -5.655 1.00 70.64 O \\nATOM 1385 N PRO B 175 10.677 -28.767 -7.106 1.00 74.90 N \\nATOM 1386 CA PRO B 175 9.912 -29.083 -8.315 1.00 74.90 C \\nATOM 1387 C PRO B 175 10.714 -29.903 -9.323 1.00 74.90 C \\nATOM 1388 CB PRO B 175 9.565 -27.705 -8.884 1.00 74.90 C \\nATOM 1389 O PRO B 175 11.875 -29.587 -9.597 1.00 74.90 O \\nATOM 1390 CG PRO B 175 10.545 -26.772 -8.249 1.00 74.90 C \\nATOM 1391 CD PRO B 175 11.063 -27.408 -6.991 1.00 74.90 C \\nATOM 1392 N TYR B 176 10.086 -30.963 -9.683 1.00 80.52 N \\nATOM 1393 CA TYR B 176 10.594 -31.768 -10.788 1.00 80.52 C \\nATOM 1394 C TYR B 176 9.658 -31.697 -11.989 1.00 80.52 C \\nATOM 1395 CB TYR B 176 10.775 -33.226 -10.353 1.00 80.52 C \\nATOM 1396 O TYR B 176 8.452 -31.919 -11.858 1.00 80.52 O \\nATOM 1397 CG TYR B 176 12.093 -33.495 -9.669 1.00 80.52 C \\nATOM 1398 CD1 TYR B 176 13.010 -34.394 -10.209 1.00 80.52 C \\nATOM 1399 CD2 TYR B 176 12.424 -32.852 -8.480 1.00 80.52 C \\nATOM 1400 CE1 TYR B 176 14.225 -34.647 -9.580 1.00 80.52 C \\nATOM 1401 CE2 TYR B 176 13.636 -33.098 -7.843 1.00 80.52 C \\nATOM 1402 OH TYR B 176 15.730 -34.241 -7.774 1.00 80.52 O \\nATOM 1403 CZ TYR B 176 14.529 -33.995 -8.400 1.00 80.52 C \\nATOM 1404 N ARG B 177 10.228 -31.206 -13.013 1.00 83.29 N \\nATOM 1405 CA ARG B 177 9.469 -31.305 -14.255 1.00 83.29 C \\nATOM 1406 C ARG B 177 9.493 -32.730 -14.798 1.00 83.29 C \\nATOM 1407 CB ARG B 177 10.021 -30.336 -15.302 1.00 83.29 C \\nATOM 1408 O ARG B 177 10.533 -33.391 -14.777 1.00 83.29 O \\nATOM 1409 CG ARG B 177 9.759 -28.872 -14.985 1.00 83.29 C \\nATOM 1410 CD ARG B 177 10.220 -27.960 -16.113 1.00 83.29 C \\nATOM 1411 NE ARG B 177 9.919 -26.559 -15.831 1.00 83.29 N \\nATOM 1412 NH1 ARG B 177 10.765 -25.760 -17.826 1.00 83.29 N \\nATOM 1413 NH2 ARG B 177 9.868 -24.310 -16.294 1.00 83.29 N \\nATOM 1414 CZ ARG B 177 10.184 -25.546 -16.651 1.00 83.29 C \\nATOM 1415 N VAL B 178 8.300 -33.208 -15.168 1.00 88.54 N \\nATOM 1416 CA VAL B 178 8.152 -34.573 -15.661 1.00 88.54 C \\nATOM 1417 C VAL B 178 7.576 -34.552 -17.075 1.00 88.54 C \\nATOM 1418 CB VAL B 178 7.254 -35.419 -14.732 1.00 88.54 C \\nATOM 1419 O VAL B 178 6.652 -33.788 -17.365 1.00 88.54 O \\nATOM 1420 CG1 VAL B 178 7.111 -36.842 -15.267 1.00 88.54 C \\nATOM 1421 CG2 VAL B 178 7.818 -35.432 -13.312 1.00 88.54 C \\nATOM 1422 N VAL B 179 8.186 -35.345 -17.957 1.00 90.57 N \\nATOM 1423 CA VAL B 179 7.631 -35.617 -19.279 1.00 90.57 C \\nATOM 1424 C VAL B 179 7.481 -37.123 -19.477 1.00 90.57 C \\nATOM 1425 CB VAL B 179 8.511 -35.017 -20.399 1.00 90.57 C \\nATOM 1426 O VAL B 179 8.449 -37.874 -19.336 1.00 90.57 O \\nATOM 1427 CG1 VAL B 179 7.956 -35.381 -21.775 1.00 90.57 C \\nATOM 1428 CG2 VAL B 179 8.611 -33.501 -20.244 1.00 90.57 C \\nATOM 1429 N VAL B 180 6.277 -37.625 -19.692 1.00 91.71 N \\nATOM 1430 CA VAL B 180 5.992 -39.025 -19.987 1.00 91.71 C \\nATOM 1431 C VAL B 180 5.720 -39.194 -21.480 1.00 91.71 C \\nATOM 1432 CB VAL B 180 4.793 -39.546 -19.164 1.00 91.71 C \\nATOM 1433 O VAL B 180 4.780 -38.603 -22.017 1.00 91.71 O \\nATOM 1434 CG1 VAL B 180 4.526 -41.019 -19.471 1.00 91.71 C \\nATOM 1435 CG2 VAL B 180 5.043 -39.345 -17.671 1.00 91.71 C \\nATOM 1436 N LEU B 181 6.569 -39.932 -22.090 1.00 89.87 N \\nATOM 1437 CA LEU B 181 6.370 -40.253 -23.499 1.00 89.87 C \\nATOM 1438 C LEU B 181 5.683 -41.605 -23.656 1.00 89.87 C \\nATOM 1439 CB LEU B 181 7.709 -40.258 -24.242 1.00 89.87 C \\nATOM 1440 O LEU B 181 6.219 -42.632 -23.231 1.00 89.87 O \\nATOM 1441 CG LEU B 181 8.510 -38.955 -24.205 1.00 89.87 C \\nATOM 1442 CD1 LEU B 181 9.890 -39.164 -24.819 1.00 89.87 C \\nATOM 1443 CD2 LEU B 181 7.759 -37.844 -24.930 1.00 89.87 C \\nATOM 1444 N SER B 182 4.502 -41.659 -24.179 1.00 89.90 N \\nATOM 1445 CA SER B 182 3.771 -42.885 -24.479 1.00 89.90 C \\nATOM 1446 C SER B 182 3.793 -43.190 -25.974 1.00 89.90 C \\nATOM 1447 CB SER B 182 2.325 -42.781 -23.993 1.00 89.90 C \\nATOM 1448 O SER B 182 3.420 -42.346 -26.790 1.00 89.90 O \\nATOM 1449 OG SER B 182 2.085 -43.686 -22.929 1.00 89.90 O \\nATOM 1450 N PHE B 183 4.190 -44.404 -26.305 1.00 86.34 N \\nATOM 1451 CA PHE B 183 4.389 -44.770 -27.702 1.00 86.34 C \\nATOM 1452 C PHE B 183 3.233 -45.624 -28.208 1.00 86.34 C \\nATOM 1453 CB PHE B 183 5.713 -45.519 -27.880 1.00 86.34 C \\nATOM 1454 O PHE B 183 2.833 -46.588 -27.552 1.00 86.34 O \\nATOM 1455 CG PHE B 183 6.901 -44.799 -27.302 1.00 86.34 C \\nATOM 1456 CD1 PHE B 183 7.290 -43.561 -27.798 1.00 86.34 C \\nATOM 1457 CD2 PHE B 183 7.628 -45.361 -26.260 1.00 86.34 C \\nATOM 1458 CE1 PHE B 183 8.389 -42.892 -27.264 1.00 86.34 C \\nATOM 1459 CE2 PHE B 183 8.728 -44.698 -25.722 1.00 86.34 C \\nATOM 1460 CZ PHE B 183 9.107 -43.464 -26.226 1.00 86.34 C \\nATOM 1461 N GLU B 184 2.615 -45.248 -29.249 1.00 81.31 N \\nATOM 1462 CA GLU B 184 1.735 -46.117 -30.024 1.00 81.31 C \\nATOM 1463 C GLU B 184 2.486 -46.776 -31.177 1.00 81.31 C \\nATOM 1464 CB GLU B 184 0.536 -45.330 -30.558 1.00 81.31 C \\nATOM 1465 O GLU B 184 2.791 -46.124 -32.179 1.00 81.31 O \\nATOM 1466 CG GLU B 184 -0.679 -46.193 -30.865 1.00 81.31 C \\nATOM 1467 CD GLU B 184 -1.876 -45.392 -31.353 1.00 81.31 C \\nATOM 1468 OE1 GLU B 184 -2.884 -46.003 -31.774 1.00 81.31 O \\nATOM 1469 OE2 GLU B 184 -1.805 -44.144 -31.314 1.00 81.31 O \\nATOM 1470 N LEU B 185 2.845 -48.055 -31.002 1.00 68.92 N \\nATOM 1471 CA LEU B 185 3.705 -48.744 -31.958 1.00 68.92 C \\nATOM 1472 C LEU B 185 2.924 -49.140 -33.206 1.00 68.92 C \\nATOM 1473 CB LEU B 185 4.331 -49.986 -31.318 1.00 68.92 C \\nATOM 1474 O LEU B 185 1.726 -49.422 -33.130 1.00 68.92 O \\nATOM 1475 CG LEU B 185 5.319 -49.737 -30.178 1.00 68.92 C \\nATOM 1476 CD1 LEU B 185 5.535 -51.015 -29.375 1.00 68.92 C \\nATOM 1477 CD2 LEU B 185 6.643 -49.211 -30.722 1.00 68.92 C \\nATOM 1478 N LEU B 186 3.496 -48.955 -34.426 1.00 61.26 N \\nATOM 1479 CA LEU B 186 2.909 -49.405 -35.684 1.00 61.26 C \\nATOM 1480 C LEU B 186 2.848 -50.928 -35.741 1.00 61.26 C \\nATOM 1481 CB LEU B 186 3.712 -48.870 -36.872 1.00 61.26 C \\nATOM 1482 O LEU B 186 3.825 -51.605 -35.411 1.00 61.26 O \\nATOM 1483 CG LEU B 186 3.090 -47.702 -37.640 1.00 61.26 C \\nATOM 1484 CD1 LEU B 186 4.133 -46.620 -37.894 1.00 61.26 C \\nATOM 1485 CD2 LEU B 186 2.484 -48.187 -38.952 1.00 61.26 C \\nATOM 1486 N HIS B 187 1.676 -51.595 -35.577 1.00 51.05 N \\nATOM 1487 CA HIS B 187 1.557 -53.034 -35.780 1.00 51.05 C \\nATOM 1488 C HIS B 187 1.863 -53.414 -37.225 1.00 51.05 C \\nATOM 1489 CB HIS B 187 0.156 -53.515 -35.397 1.00 51.05 C \\nATOM 1490 O HIS B 187 1.328 -54.399 -37.739 1.00 51.05 O \\nATOM 1491 CG HIS B 187 -0.120 -53.449 -33.928 1.00 51.05 C \\nATOM 1492 CD2 HIS B 187 -0.960 -52.661 -33.216 1.00 51.05 C \\nATOM 1493 ND1 HIS B 187 0.513 -54.264 -33.015 1.00 51.05 N \\nATOM 1494 CE1 HIS B 187 0.072 -53.980 -31.801 1.00 51.05 C \\nATOM 1495 NE2 HIS B 187 -0.822 -53.011 -31.895 1.00 51.05 N \\nATOM 1496 N ALA B 188 2.501 -52.618 -37.945 1.00 45.29 N \\nATOM 1497 CA ALA B 188 2.644 -53.020 -39.342 1.00 45.29 C \\nATOM 1498 C ALA B 188 3.796 -54.006 -39.514 1.00 45.29 C \\nATOM 1499 CB ALA B 188 2.860 -51.796 -40.229 1.00 45.29 C \\nATOM 1500 O ALA B 188 4.726 -54.031 -38.704 1.00 45.29 O \\nATOM 1501 N PRO B 189 3.697 -55.098 -40.468 1.00 36.85 N \\nATOM 1502 CA PRO B 189 4.831 -55.996 -40.696 1.00 36.85 C \\nATOM 1503 C PRO B 189 6.160 -55.252 -40.809 1.00 36.85 C \\nATOM 1504 CB PRO B 189 4.476 -56.683 -42.017 1.00 36.85 C \\nATOM 1505 O PRO B 189 6.181 -54.019 -40.831 1.00 36.85 O \\nATOM 1506 CG PRO B 189 3.264 -55.960 -42.510 1.00 36.85 C \\nATOM 1507 CD PRO B 189 2.851 -54.958 -41.471 1.00 36.85 C \\nATOM 1508 N ALA B 190 7.366 -55.911 -41.444 1.00 37.55 N \\nATOM 1509 CA ALA B 190 8.766 -55.520 -41.589 1.00 37.55 C \\nATOM 1510 C ALA B 190 8.885 -54.103 -42.143 1.00 37.55 C \\nATOM 1511 CB ALA B 190 9.504 -56.505 -42.492 1.00 37.55 C \\nATOM 1512 O ALA B 190 8.686 -53.880 -43.340 1.00 37.55 O \\nATOM 1513 N THR B 191 8.159 -53.187 -41.612 1.00 36.60 N \\nATOM 1514 CA THR B 191 8.340 -51.927 -42.324 1.00 36.60 C \\nATOM 1515 C THR B 191 9.639 -51.248 -41.901 1.00 36.60 C \\nATOM 1516 CB THR B 191 7.156 -50.973 -42.080 1.00 36.60 C \\nATOM 1517 O THR B 191 10.038 -51.328 -40.737 1.00 36.60 O \\nATOM 1518 CG2 THR B 191 6.555 -50.495 -43.398 1.00 36.60 C \\nATOM 1519 OG1 THR B 191 6.146 -51.656 -41.327 1.00 36.60 O \\nATOM 1520 N VAL B 192 10.650 -51.172 -42.852 1.00 34.99 N \\nATOM 1521 CA VAL B 192 11.800 -50.296 -42.651 1.00 34.99 C \\nATOM 1522 C VAL B 192 11.328 -48.931 -42.154 1.00 34.99 C \\nATOM 1523 CB VAL B 192 12.624 -50.135 -43.948 1.00 34.99 C \\nATOM 1524 O VAL B 192 10.454 -48.309 -42.763 1.00 34.99 O \\nATOM 1525 CG1 VAL B 192 13.902 -49.341 -43.680 1.00 34.99 C \\nATOM 1526 CG2 VAL B 192 12.956 -51.502 -44.542 1.00 34.99 C \\nATOM 1527 N CYS B 193 11.342 -48.744 -41.028 1.00 39.83 N \\nATOM 1528 CA CYS B 193 11.009 -47.435 -40.478 1.00 39.83 C \\nATOM 1529 C CYS B 193 11.642 -46.320 -41.301 1.00 39.83 C \\nATOM 1530 CB CYS B 193 11.468 -47.332 -39.024 1.00 39.83 C \\nATOM 1531 O CYS B 193 12.858 -46.307 -41.504 1.00 39.83 O \\nATOM 1532 SG CYS B 193 10.448 -48.275 -37.869 1.00 39.83 S \\nATOM 1533 N GLY B 194 11.053 -45.804 -42.485 1.00 32.08 N \\nATOM 1534 CA GLY B 194 11.623 -44.672 -43.198 1.00 32.08 C \\nATOM 1535 C GLY B 194 12.208 -43.619 -42.275 1.00 32.08 C \\nATOM 1536 O GLY B 194 11.830 -43.533 -41.105 1.00 32.08 O \\nTER 1537 GLY B 194 \\nATOM 1538 N SER C 1 -43.802 -5.422 14.012 1.00 65.84 N \\nATOM 1539 CA SER C 1 -42.434 -4.920 14.091 1.00 65.84 C \\nATOM 1540 C SER C 1 -42.133 -3.955 12.949 1.00 65.84 C \\nATOM 1541 CB SER C 1 -41.436 -6.078 14.068 1.00 65.84 C \\nATOM 1542 O SER C 1 -42.506 -4.208 11.801 1.00 65.84 O \\nATOM 1543 OG SER C 1 -40.104 -5.594 14.062 1.00 65.84 O \\nATOM 1544 N THR C 2 -41.699 -2.795 13.198 1.00 85.63 N \\nATOM 1545 CA THR C 2 -41.320 -1.808 12.193 1.00 85.63 C \\nATOM 1546 C THR C 2 -40.178 -2.330 11.326 1.00 85.63 C \\nATOM 1547 CB THR C 2 -40.905 -0.476 12.846 1.00 85.63 C \\nATOM 1548 O THR C 2 -39.505 -3.296 11.692 1.00 85.63 O \\nATOM 1549 CG2 THR C 2 -42.036 0.098 13.692 1.00 85.63 C \\nATOM 1550 OG1 THR C 2 -39.762 -0.697 13.682 1.00 85.63 O \\nATOM 1551 N ILE C 3 -40.033 -1.902 10.157 1.00 90.43 N \\nATOM 1552 CA ILE C 3 -38.951 -2.255 9.244 1.00 90.43 C \\nATOM 1553 C ILE C 3 -37.606 -2.079 9.946 1.00 90.43 C \\nATOM 1554 CB ILE C 3 -38.998 -1.403 7.955 1.00 90.43 C \\nATOM 1555 O ILE C 3 -36.698 -2.895 9.772 1.00 90.43 O \\nATOM 1556 CG1 ILE C 3 -40.214 -1.788 7.105 1.00 90.43 C \\nATOM 1557 CG2 ILE C 3 -37.701 -1.558 7.157 1.00 90.43 C \\nATOM 1558 CD1 ILE C 3 -40.469 -0.853 5.930 1.00 90.43 C \\nATOM 1559 N GLU C 4 -37.480 -1.094 10.717 1.00 91.27 N \\nATOM 1560 CA GLU C 4 -36.246 -0.819 11.446 1.00 91.27 C \\nATOM 1561 C GLU C 4 -35.964 -1.903 12.482 1.00 91.27 C \\nATOM 1562 CB GLU C 4 -36.317 0.551 12.125 1.00 91.27 C \\nATOM 1563 O GLU C 4 -34.826 -2.359 12.617 1.00 91.27 O \\nATOM 1564 CG GLU C 4 -35.014 0.978 12.785 1.00 91.27 C \\nATOM 1565 CD GLU C 4 -34.996 2.445 13.184 1.00 91.27 C \\nATOM 1566 OE1 GLU C 4 -35.081 2.746 14.397 1.00 91.27 O \\nATOM 1567 OE2 GLU C 4 -34.897 3.301 12.277 1.00 91.27 O \\nATOM 1568 N GLU C 5 -36.963 -2.326 13.275 1.00 93.20 N \\nATOM 1569 CA GLU C 5 -36.787 -3.384 14.264 1.00 93.20 C \\nATOM 1570 C GLU C 5 -36.404 -4.703 13.599 1.00 93.20 C \\nATOM 1571 CB GLU C 5 -38.063 -3.564 15.092 1.00 93.20 C \\nATOM 1572 O GLU C 5 -35.565 -5.444 14.115 1.00 93.20 O \\nATOM 1573 CG GLU C 5 -38.184 -2.588 16.253 1.00 93.20 C \\nATOM 1574 CD GLU C 5 -39.491 -2.725 17.018 1.00 93.20 C \\nATOM 1575 OE1 GLU C 5 -39.635 -2.095 18.091 1.00 93.20 O \\nATOM 1576 OE2 GLU C 5 -40.377 -3.468 16.541 1.00 93.20 O \\nATOM 1577 N GLN C 6 -37.020 -4.977 12.440 1.00 94.71 N \\nATOM 1578 CA GLN C 6 -36.677 -6.175 11.682 1.00 94.71 C \\nATOM 1579 C GLN C 6 -35.233 -6.123 11.191 1.00 94.71 C \\nATOM 1580 CB GLN C 6 -37.628 -6.352 10.497 1.00 94.71 C \\nATOM 1581 O GLN C 6 -34.528 -7.133 11.211 1.00 94.71 O \\nATOM 1582 CG GLN C 6 -39.053 -6.710 10.899 1.00 94.71 C \\nATOM 1583 CD GLN C 6 -40.001 -6.762 9.717 1.00 94.71 C \\nATOM 1584 NE2 GLN C 6 -41.299 -6.811 9.999 1.00 94.71 N \\nATOM 1585 OE1 GLN C 6 -39.572 -6.757 8.559 1.00 94.71 O \\nATOM 1586 N ALA C 7 -34.846 -4.949 10.736 1.00 95.20 N \\nATOM 1587 CA ALA C 7 -33.476 -4.751 10.271 1.00 95.20 C \\nATOM 1588 C ALA C 7 -32.476 -4.964 11.404 1.00 95.20 C \\nATOM 1589 CB ALA C 7 -33.312 -3.354 9.678 1.00 95.20 C \\nATOM 1590 O ALA C 7 -31.427 -5.581 11.207 1.00 95.20 O \\nATOM 1591 N LYS C 8 -32.800 -4.486 12.578 1.00 95.23 N \\nATOM 1592 CA LYS C 8 -31.945 -4.655 13.749 1.00 95.23 C \\nATOM 1593 C LYS C 8 -31.770 -6.132 14.093 1.00 95.23 C \\nATOM 1594 CB LYS C 8 -32.521 -3.902 14.949 1.00 95.23 C \\nATOM 1595 O LYS C 8 -30.661 -6.576 14.398 1.00 95.23 O \\nATOM 1596 CG LYS C 8 -32.159 -2.425 14.984 1.00 95.23 C \\nATOM 1597 CD LYS C 8 -32.758 -1.732 16.201 1.00 95.23 C \\nATOM 1598 CE LYS C 8 -32.475 -0.236 16.190 1.00 95.23 C \\nATOM 1599 NZ LYS C 8 -33.142 0.464 17.328 1.00 95.23 N \\nATOM 1600 N THR C 9 -32.867 -6.861 14.054 1.00 95.41 N \\nATOM 1601 CA THR C 9 -32.819 -8.294 14.321 1.00 95.41 C \\nATOM 1602 C THR C 9 -31.964 -9.010 13.280 1.00 95.41 C \\nATOM 1603 CB THR C 9 -34.232 -8.906 14.338 1.00 95.41 C \\nATOM 1604 O THR C 9 -31.153 -9.874 13.622 1.00 95.41 O \\nATOM 1605 CG2 THR C 9 -34.182 -10.396 14.663 1.00 95.41 C \\nATOM 1606 OG1 THR C 9 -35.023 -8.239 15.328 1.00 95.41 O \\nATOM 1607 N PHE C 10 -32.158 -8.607 12.058 1.00 96.17 N \\nATOM 1608 CA PHE C 10 -31.374 -9.163 10.962 1.00 96.17 C \\nATOM 1609 C PHE C 10 -29.887 -8.905 11.174 1.00 96.17 C \\nATOM 1610 CB PHE C 10 -31.824 -8.571 9.623 1.00 96.17 C \\nATOM 1611 O PHE C 10 -29.071 -9.823 11.070 1.00 96.17 O \\nATOM 1612 CG PHE C 10 -30.854 -8.809 8.497 1.00 96.17 C \\nATOM 1613 CD1 PHE C 10 -30.030 -7.786 8.043 1.00 96.17 C \\nATOM 1614 CD2 PHE C 10 -30.766 -10.056 7.893 1.00 96.17 C \\nATOM 1615 CE1 PHE C 10 -29.131 -8.004 7.002 1.00 96.17 C \\nATOM 1616 CE2 PHE C 10 -29.870 -10.281 6.852 1.00 96.17 C \\nATOM 1617 CZ PHE C 10 -29.054 -9.253 6.407 1.00 96.17 C \\nATOM 1618 N LEU C 11 -29.515 -7.723 11.551 1.00 96.50 N \\nATOM 1619 CA LEU C 11 -28.120 -7.320 11.698 1.00 96.50 C \\nATOM 1620 C LEU C 11 -27.493 -7.970 12.926 1.00 96.50 C \\nATOM 1621 CB LEU C 11 -28.010 -5.797 11.800 1.00 96.50 C \\nATOM 1622 O LEU C 11 -26.303 -8.292 12.924 1.00 96.50 O \\nATOM 1623 CG LEU C 11 -28.213 -5.014 10.502 1.00 96.50 C \\nATOM 1624 CD1 LEU C 11 -28.306 -3.520 10.793 1.00 96.50 C \\nATOM 1625 CD2 LEU C 11 -27.082 -5.302 9.521 1.00 96.50 C \\nATOM 1626 N ASP C 12 -28.289 -8.129 13.970 1.00 95.51 N \\nATOM 1627 CA ASP C 12 -27.789 -8.818 15.156 1.00 95.51 C \\nATOM 1628 C ASP C 12 -27.392 -10.256 14.829 1.00 95.51 C \\nATOM 1629 CB ASP C 12 -28.839 -8.802 16.268 1.00 95.51 C \\nATOM 1630 O ASP C 12 -26.333 -10.724 15.252 1.00 95.51 O \\nATOM 1631 CG ASP C 12 -28.958 -7.451 16.952 1.00 95.51 C \\nATOM 1632 OD1 ASP C 12 -28.066 -6.595 16.771 1.00 95.51 O \\nATOM 1633 OD2 ASP C 12 -29.952 -7.242 17.681 1.00 95.51 O \\nATOM 1634 N LYS C 13 -28.224 -10.896 14.061 1.00 95.93 N \\nATOM 1635 CA LYS C 13 -27.920 -12.254 13.621 1.00 95.93 C \\nATOM 1636 C LYS C 13 -26.706 -12.274 12.696 1.00 95.93 C \\nATOM 1637 CB LYS C 13 -29.127 -12.873 12.915 1.00 95.93 C \\nATOM 1638 O LYS C 13 -25.828 -13.128 12.832 1.00 95.93 O \\nATOM 1639 CG LYS C 13 -28.940 -14.335 12.536 1.00 95.93 C \\nATOM 1640 CD LYS C 13 -30.187 -14.903 11.869 1.00 95.93 C \\nATOM 1641 CE LYS C 13 -29.969 -16.337 11.404 1.00 95.93 C \\nATOM 1642 NZ LYS C 13 -31.169 -16.879 10.700 1.00 95.93 N \\nATOM 1643 N PHE C 14 -26.679 -11.348 11.768 1.00 94.97 N \\nATOM 1644 CA PHE C 14 -25.551 -11.227 10.852 1.00 94.97 C \\nATOM 1645 C PHE C 14 -24.245 -11.062 11.619 1.00 94.97 C \\nATOM 1646 CB PHE C 14 -25.754 -10.043 9.901 1.00 94.97 C \\nATOM 1647 O PHE C 14 -23.264 -11.755 11.342 1.00 94.97 O \\nATOM 1648 CG PHE C 14 -24.528 -9.687 9.104 1.00 94.97 C \\nATOM 1649 CD1 PHE C 14 -23.660 -8.695 9.544 1.00 94.97 C \\nATOM 1650 CD2 PHE C 14 -24.243 -10.345 7.915 1.00 94.97 C \\nATOM 1651 CE1 PHE C 14 -22.524 -8.363 8.809 1.00 94.97 C \\nATOM 1652 CE2 PHE C 14 -23.110 -10.020 7.175 1.00 94.97 C \\nATOM 1653 CZ PHE C 14 -22.253 -9.028 7.623 1.00 94.97 C \\nATOM 1654 N ASN C 15 -24.226 -10.154 12.565 1.00 93.96 N \\nATOM 1655 CA ASN C 15 -23.021 -9.843 13.326 1.00 93.96 C \\nATOM 1656 C ASN C 15 -22.478 -11.074 14.045 1.00 93.96 C \\nATOM 1657 CB ASN C 15 -23.294 -8.720 14.329 1.00 93.96 C \\nATOM 1658 O ASN C 15 -21.268 -11.306 14.060 1.00 93.96 O \\nATOM 1659 CG ASN C 15 -23.322 -7.351 13.679 1.00 93.96 C \\nATOM 1660 ND2 ASN C 15 -24.267 -6.516 14.096 1.00 93.96 N \\nATOM 1661 OD1 ASN C 15 -22.503 -7.046 12.808 1.00 93.96 O \\nATOM 1662 N HIS C 16 -23.316 -11.858 14.609 1.00 93.94 N \\nATOM 1663 CA HIS C 16 -22.905 -13.059 15.327 1.00 93.94 C \\nATOM 1664 C HIS C 16 -22.325 -14.099 14.375 1.00 93.94 C \\nATOM 1665 CB HIS C 16 -24.087 -13.652 16.097 1.00 93.94 C \\nATOM 1666 O HIS C 16 -21.234 -14.623 14.612 1.00 93.94 O \\nATOM 1667 CG HIS C 16 -23.680 -14.576 17.201 1.00 93.94 C \\nATOM 1668 CD2 HIS C 16 -24.416 -15.378 18.006 1.00 93.94 C \\nATOM 1669 ND1 HIS C 16 -22.367 -14.745 17.584 1.00 93.94 N \\nATOM 1670 CE1 HIS C 16 -22.313 -15.615 18.579 1.00 93.94 C \\nATOM 1671 NE2 HIS C 16 -23.544 -16.014 18.854 1.00 93.94 N \\nATOM 1672 N GLU C 17 -22.974 -14.317 13.238 1.00 95.21 N \\nATOM 1673 CA GLU C 17 -22.554 -15.338 12.282 1.00 95.21 C \\nATOM 1674 C GLU C 17 -21.325 -14.887 11.498 1.00 95.21 C \\nATOM 1675 CB GLU C 17 -23.696 -15.676 11.320 1.00 95.21 C \\nATOM 1676 O GLU C 17 -20.420 -15.684 11.240 1.00 95.21 O \\nATOM 1677 CG GLU C 17 -24.854 -16.414 11.976 1.00 95.21 C \\nATOM 1678 CD GLU C 17 -25.986 -16.731 11.012 1.00 95.21 C \\nATOM 1679 OE1 GLU C 17 -27.042 -17.234 11.460 1.00 95.21 O \\nATOM 1680 OE2 GLU C 17 -25.817 -16.475 9.799 1.00 95.21 O \\nATOM 1681 N ALA C 18 -21.347 -13.629 11.164 1.00 90.36 N \\nATOM 1682 CA ALA C 18 -20.237 -13.077 10.393 1.00 90.36 C \\nATOM 1683 C ALA C 18 -18.930 -13.160 11.176 1.00 90.36 C \\nATOM 1684 CB ALA C 18 -20.528 -11.630 10.002 1.00 90.36 C \\nATOM 1685 O ALA C 18 -17.881 -13.484 10.613 1.00 90.36 O \\nATOM 1686 N GLU C 19 -18.968 -12.895 12.447 1.00 91.39 N \\nATOM 1687 CA GLU C 19 -17.784 -12.919 13.300 1.00 91.39 C \\nATOM 1688 C GLU C 19 -17.116 -14.291 13.280 1.00 91.39 C \\nATOM 1689 CB GLU C 19 -18.148 -12.532 14.736 1.00 91.39 C \\nATOM 1690 O GLU C 19 -15.899 -14.392 13.113 1.00 91.39 O \\nATOM 1691 CG GLU C 19 -16.942 -12.273 15.628 1.00 91.39 C \\nATOM 1692 CD GLU C 19 -17.303 -11.606 16.946 1.00 91.39 C \\nATOM 1693 OE1 GLU C 19 -16.452 -10.884 17.514 1.00 91.39 O \\nATOM 1694 OE2 GLU C 19 -18.445 -11.809 17.415 1.00 91.39 O \\nATOM 1695 N ASP C 20 -17.859 -15.344 13.391 1.00 93.21 N \\nATOM 1696 CA ASP C 20 -17.332 -16.705 13.427 1.00 93.21 C \\nATOM 1697 C ASP C 20 -16.735 -17.099 12.078 1.00 93.21 C \\nATOM 1698 CB ASP C 20 -18.429 -17.695 13.827 1.00 93.21 C \\nATOM 1699 O ASP C 20 -15.602 -17.582 12.012 1.00 93.21 O \\nATOM 1700 CG ASP C 20 -18.629 -17.782 15.329 1.00 93.21 C \\nATOM 1701 OD1 ASP C 20 -17.819 -17.207 16.088 1.00 93.21 O \\nATOM 1702 OD2 ASP C 20 -19.605 -18.435 15.759 1.00 93.21 O \\nATOM 1703 N LEU C 21 -17.480 -16.858 11.030 1.00 87.01 N \\nATOM 1704 CA LEU C 21 -17.030 -17.237 9.696 1.00 87.01 C \\nATOM 1705 C LEU C 21 -15.814 -16.418 9.278 1.00 87.01 C \\nATOM 1706 CB LEU C 21 -18.159 -17.053 8.677 1.00 87.01 C \\nATOM 1707 O LEU C 21 -14.879 -16.949 8.675 1.00 87.01 O \\nATOM 1708 CG LEU C 21 -19.275 -18.099 8.706 1.00 87.01 C \\nATOM 1709 CD1 LEU C 21 -20.441 -17.653 7.830 1.00 87.01 C \\nATOM 1710 CD2 LEU C 21 -18.748 -19.456 8.253 1.00 87.01 C \\nATOM 1711 N PHE C 22 -15.874 -15.195 9.651 1.00 84.22 N \\nATOM 1712 CA PHE C 22 -14.750 -14.322 9.333 1.00 84.22 C \\nATOM 1713 C PHE C 22 -13.494 -14.766 10.073 1.00 84.22 C \\nATOM 1714 CB PHE C 22 -15.081 -12.868 9.684 1.00 84.22 C \\nATOM 1715 O PHE C 22 -12.405 -14.797 9.496 1.00 84.22 O \\nATOM 1716 CG PHE C 22 -13.928 -11.920 9.492 1.00 84.22 C \\nATOM 1717 CD1 PHE C 22 -13.224 -11.429 10.584 1.00 84.22 C \\nATOM 1718 CD2 PHE C 22 -13.547 -11.521 8.217 1.00 84.22 C \\nATOM 1719 CE1 PHE C 22 -12.157 -10.551 10.409 1.00 84.22 C \\nATOM 1720 CE2 PHE C 22 -12.482 -10.644 8.034 1.00 84.22 C \\nATOM 1721 CZ PHE C 22 -11.788 -10.160 9.132 1.00 84.22 C \\nATOM 1722 N TYR C 23 -13.636 -15.054 11.338 1.00 90.40 N \\nATOM 1723 CA TYR C 23 -12.506 -15.501 12.144 1.00 90.40 C \\nATOM 1724 C TYR C 23 -11.874 -16.753 11.550 1.00 90.40 C \\nATOM 1725 CB TYR C 23 -12.948 -15.773 13.585 1.00 90.40 C \\nATOM 1726 O TYR C 23 -10.651 -16.833 11.410 1.00 90.40 O \\nATOM 1727 CG TYR C 23 -11.821 -16.194 14.497 1.00 90.40 C \\nATOM 1728 CD1 TYR C 23 -11.797 -17.465 15.067 1.00 90.40 C \\nATOM 1729 CD2 TYR C 23 -10.778 -15.321 14.791 1.00 90.40 C \\nATOM 1730 CE1 TYR C 23 -10.761 -17.856 15.909 1.00 90.40 C \\nATOM 1731 CE2 TYR C 23 -9.737 -15.702 15.632 1.00 90.40 C \\nATOM 1732 OH TYR C 23 -8.710 -17.351 17.017 1.00 90.40 O \\nATOM 1733 CZ TYR C 23 -9.737 -16.969 16.184 1.00 90.40 C \\nATOM 1734 N GLN C 24 -12.653 -17.721 11.124 1.00 89.40 N \\nATOM 1735 CA GLN C 24 -12.155 -18.957 10.529 1.00 89.40 C \\nATOM 1736 C GLN C 24 -11.440 -18.683 9.209 1.00 89.40 C \\nATOM 1737 CB GLN C 24 -13.299 -19.948 10.311 1.00 89.40 C \\nATOM 1738 O GLN C 24 -10.385 -19.259 8.937 1.00 89.40 O \\nATOM 1739 CG GLN C 24 -13.864 -20.529 11.600 1.00 89.40 C \\nATOM 1740 CD GLN C 24 -12.812 -21.230 12.438 1.00 89.40 C \\nATOM 1741 NE2 GLN C 24 -12.939 -21.128 13.757 1.00 89.40 N \\nATOM 1742 OE1 GLN C 24 -11.892 -21.859 11.905 1.00 89.40 O \\nATOM 1743 N SER C 25 -12.069 -17.845 8.475 1.00 78.33 N \\nATOM 1744 CA SER C 25 -11.455 -17.473 7.205 1.00 78.33 C \\nATOM 1745 C SER C 25 -10.136 -16.738 7.422 1.00 78.33 C \\nATOM 1746 CB SER C 25 -12.405 -16.601 6.384 1.00 78.33 C \\nATOM 1747 O SER C 25 -9.152 -17.000 6.728 1.00 78.33 O \\nATOM 1748 OG SER C 25 -11.791 -16.186 5.176 1.00 78.33 O \\nATOM 1749 N SER C 26 -10.132 -15.838 8.359 1.00 81.48 N \\nATOM 1750 CA SER C 26 -8.930 -15.072 8.670 1.00 81.48 C \\nATOM 1751 C SER C 26 -7.826 -15.973 9.214 1.00 81.48 C \\nATOM 1752 CB SER C 26 -9.244 -13.970 9.682 1.00 81.48 C \\nATOM 1753 O SER C 26 -6.653 -15.796 8.880 1.00 81.48 O \\nATOM 1754 OG SER C 26 -10.128 -13.012 9.125 1.00 81.48 O \\nATOM 1755 N LEU C 27 -8.184 -16.920 10.053 1.00 88.97 N \\nATOM 1756 CA LEU C 27 -7.224 -17.873 10.600 1.00 88.97 C \\nATOM 1757 C LEU C 27 -6.588 -18.702 9.489 1.00 88.97 C \\nATOM 1758 CB LEU C 27 -7.903 -18.795 11.616 1.00 88.97 C \\nATOM 1759 O LEU C 27 -5.375 -18.927 9.492 1.00 88.97 O \\nATOM 1760 CG LEU C 27 -6.985 -19.481 12.628 1.00 88.97 C \\nATOM 1761 CD1 LEU C 27 -6.690 -18.544 13.795 1.00 88.97 C \\nATOM 1762 CD2 LEU C 27 -7.610 -20.780 13.124 1.00 88.97 C \\nATOM 1763 N ALA C 28 -7.444 -19.200 8.578 1.00 79.08 N \\nATOM 1764 CA ALA C 28 -6.943 -19.971 7.444 1.00 79.08 C \\nATOM 1765 C ALA C 28 -5.982 -19.141 6.598 1.00 79.08 C \\nATOM 1766 CB ALA C 28 -8.103 -20.473 6.588 1.00 79.08 C \\nATOM 1767 O ALA C 28 -4.944 -19.639 6.157 1.00 79.08 O \\nATOM 1768 N SER C 29 -6.289 -17.911 6.425 1.00 72.97 N \\nATOM 1769 CA SER C 29 -5.420 -17.003 5.684 1.00 72.97 C \\nATOM 1770 C SER C 29 -4.111 -16.760 6.428 1.00 72.97 C \\nATOM 1771 CB SER C 29 -6.126 -15.671 5.431 1.00 72.97 C \\nATOM 1772 O SER C 29 -3.038 -16.757 5.822 1.00 72.97 O \\nATOM 1773 OG SER C 29 -5.341 -14.835 4.599 1.00 72.97 O \\nATOM 1774 N TRP C 30 -4.220 -16.537 7.694 1.00 81.88 N \\nATOM 1775 CA TRP C 30 -3.032 -16.379 8.527 1.00 81.88 C \\nATOM 1776 C TRP C 30 -2.126 -17.602 8.419 1.00 81.88 C \\nATOM 1777 CB TRP C 30 -3.426 -16.147 9.988 1.00 81.88 C \\nATOM 1778 O TRP C 30 -0.921 -17.471 8.194 1.00 81.88 O \\nATOM 1779 CG TRP C 30 -2.262 -16.093 10.931 1.00 81.88 C \\nATOM 1780 CD1 TRP C 30 -1.724 -17.134 11.636 1.00 81.88 C \\nATOM 1781 CD2 TRP C 30 -1.494 -14.936 11.276 1.00 81.88 C \\nATOM 1782 CE2 TRP C 30 -0.505 -15.349 12.196 1.00 81.88 C \\nATOM 1783 CE3 TRP C 30 -1.546 -13.589 10.894 1.00 81.88 C \\nATOM 1784 NE1 TRP C 30 -0.667 -16.693 12.399 1.00 81.88 N \\nATOM 1785 CH2 TRP C 30 0.352 -13.148 12.351 1.00 81.88 C \\nATOM 1786 CZ2 TRP C 30 0.425 -14.461 12.741 1.00 81.88 C \\nATOM 1787 CZ3 TRP C 30 -0.619 -12.706 11.438 1.00 81.88 C \\nATOM 1788 N ASN C 31 -2.681 -18.733 8.562 1.00 83.69 N \\nATOM 1789 CA ASN C 31 -1.915 -19.973 8.501 1.00 83.69 C \\nATOM 1790 C ASN C 31 -1.189 -20.119 7.167 1.00 83.69 C \\nATOM 1791 CB ASN C 31 -2.825 -21.179 8.745 1.00 83.69 C \\nATOM 1792 O ASN C 31 -0.046 -20.578 7.124 1.00 83.69 O \\nATOM 1793 CG ASN C 31 -3.284 -21.282 10.186 1.00 83.69 C \\nATOM 1794 ND2 ASN C 31 -4.389 -21.985 10.408 1.00 83.69 N \\nATOM 1795 OD1 ASN C 31 -2.651 -20.735 11.093 1.00 83.69 O \\nATOM 1796 N TYR C 32 -1.833 -19.748 6.162 1.00 69.61 N \\nATOM 1797 CA TYR C 32 -1.211 -19.812 4.844 1.00 69.61 C \\nATOM 1798 C TYR C 32 -0.054 -18.827 4.738 1.00 69.61 C \\nATOM 1799 CB TYR C 32 -2.243 -19.526 3.749 1.00 69.61 C \\nATOM 1800 O TYR C 32 1.028 -19.179 4.262 1.00 69.61 O \\nATOM 1801 CG TYR C 32 -1.633 -19.283 2.390 1.00 69.61 C \\nATOM 1802 CD1 TYR C 32 -1.637 -18.011 1.820 1.00 69.61 C \\nATOM 1803 CD2 TYR C 32 -1.054 -20.323 1.672 1.00 69.61 C \\nATOM 1804 CE1 TYR C 32 -1.078 -17.783 0.567 1.00 69.61 C \\nATOM 1805 CE2 TYR C 32 -0.492 -20.106 0.418 1.00 69.61 C \\nATOM 1806 OH TYR C 32 0.046 -18.614 -1.366 1.00 69.61 O \\nATOM 1807 CZ TYR C 32 -0.509 -18.835 -0.125 1.00 69.61 C \\nATOM 1808 N ASN C 33 -0.249 -17.603 5.206 1.00 67.72 N \\nATOM 1809 CA ASN C 33 0.749 -16.549 5.053 1.00 67.72 C \\nATOM 1810 C ASN C 33 1.963 -16.794 5.945 1.00 67.72 C \\nATOM 1811 CB ASN C 33 0.135 -15.181 5.356 1.00 67.72 C \\nATOM 1812 O ASN C 33 3.050 -16.279 5.675 1.00 67.72 O \\nATOM 1813 CG ASN C 33 -0.709 -14.653 4.212 1.00 67.72 C \\nATOM 1814 ND2 ASN C 33 -2.024 -14.794 4.331 1.00 67.72 N \\nATOM 1815 OD1 ASN C 33 -0.183 -14.125 3.229 1.00 67.72 O \\nATOM 1816 N THR C 34 1.791 -17.538 6.985 1.00 76.78 N \\nATOM 1817 CA THR C 34 2.897 -17.791 7.901 1.00 76.78 C \\nATOM 1818 C THR C 34 3.513 -19.163 7.640 1.00 76.78 C \\nATOM 1819 CB THR C 34 2.438 -17.702 9.369 1.00 76.78 C \\nATOM 1820 O THR C 34 4.601 -19.465 8.134 1.00 76.78 O \\nATOM 1821 CG2 THR C 34 2.016 -16.282 9.728 1.00 76.78 C \\nATOM 1822 OG1 THR C 34 1.327 -18.585 9.570 1.00 76.78 O \\nATOM 1823 N ASN C 35 2.816 -19.917 6.955 1.00 76.49 N \\nATOM 1824 CA ASN C 35 3.256 -21.240 6.526 1.00 76.49 C \\nATOM 1825 C ASN C 35 2.643 -21.627 5.183 1.00 76.49 C \\nATOM 1826 CB ASN C 35 2.917 -22.289 7.587 1.00 76.49 C \\nATOM 1827 O ASN C 35 1.585 -22.257 5.138 1.00 76.49 O \\nATOM 1828 CG ASN C 35 3.542 -23.639 7.294 1.00 76.49 C \\nATOM 1829 ND2 ASN C 35 3.124 -24.659 8.034 1.00 76.49 N \\nATOM 1830 OD1 ASN C 35 4.393 -23.764 6.410 1.00 76.49 O \\nATOM 1831 N ILE C 36 3.423 -21.343 4.161 1.00 60.44 N \\nATOM 1832 CA ILE C 36 2.903 -21.498 2.807 1.00 60.44 C \\nATOM 1833 C ILE C 36 3.017 -22.957 2.374 1.00 60.44 C \\nATOM 1834 CB ILE C 36 3.646 -20.583 1.808 1.00 60.44 C \\nATOM 1835 O ILE C 36 4.103 -23.425 2.025 1.00 60.44 O \\nATOM 1836 CG1 ILE C 36 3.501 -19.113 2.220 1.00 60.44 C \\nATOM 1837 CG2 ILE C 36 3.130 -20.806 0.384 1.00 60.44 C \\nATOM 1838 CD1 ILE C 36 4.360 -18.155 1.407 1.00 60.44 C \\nATOM 1839 N THR C 37 1.923 -23.725 2.447 1.00 61.60 N \\nATOM 1840 CA THR C 37 1.821 -25.123 2.042 1.00 61.60 C \\nATOM 1841 C THR C 37 0.562 -25.355 1.212 1.00 61.60 C \\nATOM 1842 CB THR C 37 1.814 -26.060 3.264 1.00 61.60 C \\nATOM 1843 O THR C 37 -0.357 -24.532 1.224 1.00 61.60 O \\nATOM 1844 CG2 THR C 37 3.026 -25.811 4.155 1.00 61.60 C \\nATOM 1845 OG1 THR C 37 0.621 -25.833 4.025 1.00 61.60 O \\nATOM 1846 N GLU C 38 0.563 -26.415 0.568 1.00 54.83 N \\nATOM 1847 CA GLU C 38 -0.609 -26.796 -0.213 1.00 54.83 C \\nATOM 1848 C GLU C 38 -1.836 -26.963 0.678 1.00 54.83 C \\nATOM 1849 CB GLU C 38 -0.342 -28.089 -0.988 1.00 54.83 C \\nATOM 1850 O GLU C 38 -2.935 -26.537 0.317 1.00 54.83 O \\nATOM 1851 CG GLU C 38 -1.417 -28.426 -2.011 1.00 54.83 C \\nATOM 1852 CD GLU C 38 -1.528 -27.398 -3.126 1.00 54.83 C \\nATOM 1853 OE1 GLU C 38 -2.593 -27.324 -3.780 1.00 54.83 O \\nATOM 1854 OE2 GLU C 38 -0.542 -26.661 -3.348 1.00 54.83 O \\nATOM 1855 N GLU C 39 -1.602 -27.619 1.721 1.00 70.44 N \\nATOM 1856 CA GLU C 39 -2.692 -27.839 2.667 1.00 70.44 C \\nATOM 1857 C GLU C 39 -3.294 -26.516 3.133 1.00 70.44 C \\nATOM 1858 CB GLU C 39 -2.203 -28.647 3.872 1.00 70.44 C \\nATOM 1859 O GLU C 39 -4.515 -26.351 3.135 1.00 70.44 O \\nATOM 1860 CG GLU C 39 -3.295 -28.961 4.885 1.00 70.44 C \\nATOM 1861 CD GLU C 39 -2.792 -29.750 6.084 1.00 70.44 C \\nATOM 1862 OE1 GLU C 39 -3.581 -29.995 7.024 1.00 70.44 O \\nATOM 1863 OE2 GLU C 39 -1.598 -30.125 6.083 1.00 70.44 O \\nATOM 1864 N ASN C 40 -2.469 -25.556 3.456 1.00 71.16 N \\nATOM 1865 CA ASN C 40 -2.944 -24.294 4.013 1.00 71.16 C \\nATOM 1866 C ASN C 40 -3.619 -23.431 2.951 1.00 71.16 C \\nATOM 1867 CB ASN C 40 -1.793 -23.528 4.667 1.00 71.16 C \\nATOM 1868 O ASN C 40 -4.553 -22.686 3.251 1.00 71.16 O \\nATOM 1869 CG ASN C 40 -1.448 -24.056 6.045 1.00 71.16 C \\nATOM 1870 ND2 ASN C 40 -0.219 -23.810 6.484 1.00 71.16 N \\nATOM 1871 OD1 ASN C 40 -2.279 -24.680 6.710 1.00 71.16 O \\nATOM 1872 N VAL C 41 -3.175 -23.569 1.793 1.00 62.00 N \\nATOM 1873 CA VAL C 41 -3.829 -22.816 0.728 1.00 62.00 C \\nATOM 1874 C VAL C 41 -5.228 -23.375 0.483 1.00 62.00 C \\nATOM 1875 CB VAL C 41 -3.005 -22.849 -0.579 1.00 62.00 C \\nATOM 1876 O VAL C 41 -6.176 -22.618 0.262 1.00 62.00 O \\nATOM 1877 CG1 VAL C 41 -3.923 -22.774 -1.798 1.00 62.00 C \\nATOM 1878 CG2 VAL C 41 -1.990 -21.708 -0.599 1.00 62.00 C \\nATOM 1879 N GLN C 42 -5.340 -24.650 0.432 1.00 65.71 N \\nATOM 1880 CA GLN C 42 -6.649 -25.274 0.270 1.00 65.71 C \\nATOM 1881 C GLN C 42 -7.593 -24.873 1.400 1.00 65.71 C \\nATOM 1882 CB GLN C 42 -6.514 -26.797 0.214 1.00 65.71 C \\nATOM 1883 O GLN C 42 -8.754 -24.538 1.157 1.00 65.71 O \\nATOM 1884 CG GLN C 42 -7.801 -27.514 -0.171 1.00 65.71 C \\nATOM 1885 CD GLN C 42 -8.292 -27.137 -1.557 1.00 65.71 C \\nATOM 1886 NE2 GLN C 42 -9.594 -27.274 -1.782 1.00 65.71 N \\nATOM 1887 OE1 GLN C 42 -7.506 -26.726 -2.417 1.00 65.71 O \\nATOM 1888 N ASN C 43 -7.068 -24.928 2.562 1.00 75.07 N \\nATOM 1889 CA ASN C 43 -7.867 -24.523 3.714 1.00 75.07 C \\nATOM 1890 C ASN C 43 -8.308 -23.066 3.605 1.00 75.07 C \\nATOM 1891 CB ASN C 43 -7.088 -24.746 5.012 1.00 75.07 C \\nATOM 1892 O ASN C 43 -9.447 -22.732 3.938 1.00 75.07 O \\nATOM 1893 CG ASN C 43 -6.899 -26.215 5.335 1.00 75.07 C \\nATOM 1894 ND2 ASN C 43 -5.939 -26.513 6.202 1.00 75.07 N \\nATOM 1895 OD1 ASN C 43 -7.610 -27.075 4.808 1.00 75.07 O \\nATOM 1896 N MET C 44 -7.429 -22.198 3.212 1.00 68.57 N \\nATOM 1897 CA MET C 44 -7.736 -20.781 3.037 1.00 68.57 C \\nATOM 1898 C MET C 44 -8.816 -20.585 1.979 1.00 68.57 C \\nATOM 1899 CB MET C 44 -6.478 -20.001 2.651 1.00 68.57 C \\nATOM 1900 O MET C 44 -9.768 -19.831 2.190 1.00 68.57 O \\nATOM 1901 CG MET C 44 -6.707 -18.506 2.497 1.00 68.57 C \\nATOM 1902 SD MET C 44 -5.211 -17.624 1.905 1.00 68.57 S \\nATOM 1903 CE MET C 44 -5.186 -18.164 0.173 1.00 68.57 C \\nATOM 1904 N ASN C 45 -8.685 -21.306 0.888 1.00 61.86 N \\nATOM 1905 CA ASN C 45 -9.665 -21.195 -0.187 1.00 61.86 C \\nATOM 1906 C ASN C 45 -11.041 -21.683 0.257 1.00 61.86 C \\nATOM 1907 CB ASN C 45 -9.199 -21.970 -1.421 1.00 61.86 C \\nATOM 1908 O ASN C 45 -12.054 -21.041 -0.027 1.00 61.86 O \\nATOM 1909 CG ASN C 45 -8.029 -21.306 -2.121 1.00 61.86 C \\nATOM 1910 ND2 ASN C 45 -7.295 -22.079 -2.912 1.00 61.86 N \\nATOM 1911 OD1 ASN C 45 -7.788 -20.108 -1.951 1.00 61.86 O \\nATOM 1912 N ASN C 46 -11.042 -22.806 0.903 1.00 69.93 N \\nATOM 1913 CA ASN C 46 -12.302 -23.356 1.391 1.00 69.93 C \\nATOM 1914 C ASN C 46 -12.994 -22.399 2.358 1.00 69.93 C \\nATOM 1915 CB ASN C 46 -12.074 -24.713 2.059 1.00 69.93 C \\nATOM 1916 O ASN C 46 -14.186 -22.121 2.218 1.00 69.93 O \\nATOM 1917 CG ASN C 46 -11.702 -25.797 1.066 1.00 69.93 C \\nATOM 1918 ND2 ASN C 46 -11.151 -26.897 1.567 1.00 69.93 N \\nATOM 1919 OD1 ASN C 46 -11.906 -25.647 -0.141 1.00 69.93 O \\nATOM 1920 N ALA C 47 -12.187 -21.960 3.264 1.00 74.11 N \\nATOM 1921 CA ALA C 47 -12.740 -21.030 4.244 1.00 74.11 C \\nATOM 1922 C ALA C 47 -13.166 -19.723 3.581 1.00 74.11 C \\nATOM 1923 CB ALA C 47 -11.724 -20.756 5.350 1.00 74.11 C \\nATOM 1924 O ALA C 47 -14.188 -19.138 3.948 1.00 74.11 O \\nATOM 1925 N GLY C 48 -12.432 -19.232 2.645 1.00 67.46 N \\nATOM 1926 CA GLY C 48 -12.770 -18.036 1.889 1.00 67.46 C \\nATOM 1927 C GLY C 48 -14.056 -18.174 1.097 1.00 67.46 C \\nATOM 1928 O GLY C 48 -14.855 -17.237 1.033 1.00 67.46 O \\nATOM 1929 N ASP C 49 -14.224 -19.339 0.489 1.00 64.92 N \\nATOM 1930 CA ASP C 49 -15.441 -19.602 -0.272 1.00 64.92 C \\nATOM 1931 C ASP C 49 -16.672 -19.573 0.631 1.00 64.92 C \\nATOM 1932 CB ASP C 49 -15.346 -20.951 -0.988 1.00 64.92 C \\nATOM 1933 O ASP C 49 -17.715 -19.039 0.251 1.00 64.92 O \\nATOM 1934 CG ASP C 49 -14.398 -20.928 -2.174 1.00 64.92 C \\nATOM 1935 OD1 ASP C 49 -14.004 -19.828 -2.618 1.00 64.92 O \\nATOM 1936 OD2 ASP C 49 -14.043 -22.019 -2.670 1.00 64.92 O \\nATOM 1937 N LYS C 50 -16.532 -20.187 1.763 1.00 75.35 N \\nATOM 1938 CA LYS C 50 -17.631 -20.185 2.723 1.00 75.35 C \\nATOM 1939 C LYS C 50 -17.980 -18.763 3.156 1.00 75.35 C \\nATOM 1940 CB LYS C 50 -17.279 -21.033 3.946 1.00 75.35 C \\nATOM 1941 O LYS C 50 -19.156 -18.400 3.222 1.00 75.35 O \\nATOM 1942 CG LYS C 50 -17.296 -22.532 3.685 1.00 75.35 C \\nATOM 1943 CD LYS C 50 -16.996 -23.323 4.952 1.00 75.35 C \\nATOM 1944 CE LYS C 50 -16.924 -24.819 4.674 1.00 75.35 C \\nATOM 1945 NZ LYS C 50 -16.548 -25.592 5.895 1.00 75.35 N \\nATOM 1946 N TRP C 51 -17.024 -17.974 3.456 1.00 73.98 N \\nATOM 1947 CA TRP C 51 -17.222 -16.585 3.856 1.00 73.98 C \\nATOM 1948 C TRP C 51 -17.872 -15.783 2.733 1.00 73.98 C \\nATOM 1949 CB TRP C 51 -15.889 -15.944 4.252 1.00 73.98 C \\nATOM 1950 O TRP C 51 -18.852 -15.069 2.959 1.00 73.98 O \\nATOM 1951 CG TRP C 51 -15.948 -14.453 4.393 1.00 73.98 C \\nATOM 1952 CD1 TRP C 51 -15.199 -13.531 3.716 1.00 73.98 C \\nATOM 1953 CD2 TRP C 51 -16.801 -13.711 5.270 1.00 73.98 C \\nATOM 1954 CE2 TRP C 51 -16.515 -12.342 5.071 1.00 73.98 C \\nATOM 1955 CE3 TRP C 51 -17.781 -14.071 6.205 1.00 73.98 C \\nATOM 1956 NE1 TRP C 51 -15.536 -12.259 4.119 1.00 73.98 N \\nATOM 1957 CH2 TRP C 51 -18.129 -11.711 6.684 1.00 73.98 C \\nATOM 1958 CZ2 TRP C 51 -17.176 -11.332 5.775 1.00 73.98 C \\nATOM 1959 CZ3 TRP C 51 -18.436 -13.064 6.904 1.00 73.98 C \\nATOM 1960 N SER C 52 -17.351 -15.919 1.511 1.00 65.87 N \\nATOM 1961 CA SER C 52 -17.877 -15.198 0.356 1.00 65.87 C \\nATOM 1962 C SER C 52 -19.332 -15.567 0.091 1.00 65.87 C \\nATOM 1963 CB SER C 52 -17.034 -15.487 -0.887 1.00 65.87 C \\nATOM 1964 O SER C 52 -20.153 -14.698 -0.211 1.00 65.87 O \\nATOM 1965 OG SER C 52 -15.761 -14.873 -0.785 1.00 65.87 O \\nATOM 1966 N ALA C 53 -19.635 -16.850 0.161 1.00 70.87 N \\nATOM 1967 CA ALA C 53 -21.007 -17.311 -0.036 1.00 70.87 C \\nATOM 1968 C ALA C 53 -21.940 -16.721 1.018 1.00 70.87 C \\nATOM 1969 CB ALA C 53 -21.066 -18.836 -0.001 1.00 70.87 C \\nATOM 1970 O ALA C 53 -23.052 -16.292 0.702 1.00 70.87 O \\nATOM 1971 N PHE C 54 -21.504 -16.734 2.233 1.00 79.54 N \\nATOM 1972 CA PHE C 54 -22.276 -16.163 3.330 1.00 79.54 C \\nATOM 1973 C PHE C 54 -22.534 -14.680 3.097 1.00 79.54 C \\nATOM 1974 CB PHE C 54 -21.549 -16.366 4.664 1.00 79.54 C \\nATOM 1975 O PHE C 54 -23.668 -14.214 3.221 1.00 79.54 O \\nATOM 1976 CG PHE C 54 -22.166 -15.614 5.812 1.00 79.54 C \\nATOM 1977 CD1 PHE C 54 -21.593 -14.436 6.277 1.00 79.54 C \\nATOM 1978 CD2 PHE C 54 -23.319 -16.084 6.426 1.00 79.54 C \\nATOM 1979 CE1 PHE C 54 -22.162 -13.738 7.340 1.00 79.54 C \\nATOM 1980 CE2 PHE C 54 -23.893 -15.392 7.489 1.00 79.54 C \\nATOM 1981 CZ PHE C 54 -23.312 -14.219 7.944 1.00 79.54 C \\nATOM 1982 N LEU C 55 -21.533 -13.900 2.752 1.00 75.39 N \\nATOM 1983 CA LEU C 55 -21.654 -12.461 2.541 1.00 75.39 C \\nATOM 1984 C LEU C 55 -22.601 -12.159 1.385 1.00 75.39 C \\nATOM 1985 CB LEU C 55 -20.281 -11.842 2.268 1.00 75.39 C \\nATOM 1986 O LEU C 55 -23.402 -11.224 1.460 1.00 75.39 O \\nATOM 1987 CG LEU C 55 -19.454 -11.459 3.495 1.00 75.39 C \\nATOM 1988 CD1 LEU C 55 -18.033 -11.088 3.082 1.00 75.39 C \\nATOM 1989 CD2 LEU C 55 -20.114 -10.308 4.248 1.00 75.39 C \\nATOM 1990 N LYS C 56 -22.448 -12.928 0.323 1.00 72.49 N \\nATOM 1991 CA LYS C 56 -23.329 -12.756 -0.828 1.00 72.49 C \\nATOM 1992 C LYS C 56 -24.789 -12.970 -0.438 1.00 72.49 C \\nATOM 1993 CB LYS C 56 -22.940 -13.719 -1.951 1.00 72.49 C \\nATOM 1994 O LYS C 56 -25.660 -12.182 -0.814 1.00 72.49 O \\nATOM 1995 CG LYS C 56 -23.691 -13.485 -3.254 1.00 72.49 C \\nATOM 1996 CD LYS C 56 -23.190 -14.405 -4.360 1.00 72.49 C \\nATOM 1997 CE LYS C 56 -23.991 -14.226 -5.643 1.00 72.49 C \\nATOM 1998 NZ LYS C 56 -23.499 -15.122 -6.732 1.00 72.49 N \\nATOM 1999 N GLU C 57 -25.062 -14.050 0.275 1.00 82.98 N \\nATOM 2000 CA GLU C 57 -26.416 -14.350 0.731 1.00 82.98 C \\nATOM 2001 C GLU C 57 -26.955 -13.237 1.625 1.00 82.98 C \\nATOM 2002 CB GLU C 57 -26.449 -15.686 1.477 1.00 82.98 C \\nATOM 2003 O GLU C 57 -28.083 -12.776 1.440 1.00 82.98 O \\nATOM 2004 CG GLU C 57 -27.843 -16.113 1.913 1.00 82.98 C \\nATOM 2005 CD GLU C 57 -27.853 -17.409 2.707 1.00 82.98 C \\nATOM 2006 OE1 GLU C 57 -28.945 -17.858 3.123 1.00 82.98 O \\nATOM 2007 OE2 GLU C 57 -26.759 -17.980 2.917 1.00 82.98 O \\nATOM 2008 N GLN C 58 -26.153 -12.802 2.539 1.00 87.06 N \\nATOM 2009 CA GLN C 58 -26.571 -11.770 3.482 1.00 87.06 C \\nATOM 2010 C GLN C 58 -26.749 -10.426 2.783 1.00 87.06 C \\nATOM 2011 CB GLN C 58 -25.558 -11.640 4.621 1.00 87.06 C \\nATOM 2012 O GLN C 58 -27.610 -9.631 3.165 1.00 87.06 O \\nATOM 2013 CG GLN C 58 -25.453 -12.882 5.496 1.00 87.06 C \\nATOM 2014 CD GLN C 58 -26.786 -13.297 6.088 1.00 87.06 C \\nATOM 2015 NE2 GLN C 58 -27.198 -14.531 5.818 1.00 87.06 N \\nATOM 2016 OE1 GLN C 58 -27.442 -12.514 6.784 1.00 87.06 O \\nATOM 2017 N SER C 59 -25.930 -10.124 1.824 1.00 79.86 N \\nATOM 2018 CA SER C 59 -26.070 -8.907 1.031 1.00 79.86 C \\nATOM 2019 C SER C 59 -27.400 -8.881 0.286 1.00 79.86 C \\nATOM 2020 CB SER C 59 -24.916 -8.780 0.036 1.00 79.86 C \\nATOM 2021 O SER C 59 -28.070 -7.848 0.236 1.00 79.86 O \\nATOM 2022 OG SER C 59 -25.054 -7.607 -0.748 1.00 79.86 O \\nATOM 2023 N THR C 60 -27.827 -10.012 -0.280 1.00 83.34 N \\nATOM 2024 CA THR C 60 -29.107 -10.137 -0.968 1.00 83.34 C \\nATOM 2025 C THR C 60 -30.266 -9.895 -0.005 1.00 83.34 C \\nATOM 2026 CB THR C 60 -29.259 -11.524 -1.620 1.00 83.34 C \\nATOM 2027 O THR C 60 -31.200 -9.155 -0.321 1.00 83.34 O \\nATOM 2028 CG2 THR C 60 -30.602 -11.655 -2.329 1.00 83.34 C \\nATOM 2029 OG1 THR C 60 -28.207 -11.715 -2.574 1.00 83.34 O \\nATOM 2030 N LEU C 61 -30.193 -10.452 1.159 1.00 91.25 N \\nATOM 2031 CA LEU C 61 -31.236 -10.282 2.165 1.00 91.25 C \\nATOM 2032 C LEU C 61 -31.316 -8.830 2.624 1.00 91.25 C \\nATOM 2033 CB LEU C 61 -30.976 -11.195 3.366 1.00 91.25 C \\nATOM 2034 O LEU C 61 -32.408 -8.311 2.870 1.00 91.25 O \\nATOM 2035 CG LEU C 61 -31.162 -12.695 3.129 1.00 91.25 C \\nATOM 2036 CD1 LEU C 61 -30.698 -13.485 4.348 1.00 91.25 C \\nATOM 2037 CD2 LEU C 61 -32.618 -13.009 2.804 1.00 91.25 C \\nATOM 2038 N ALA C 62 -30.212 -8.202 2.728 1.00 90.03 N \\nATOM 2039 CA ALA C 62 -30.147 -6.822 3.201 1.00 90.03 C \\nATOM 2040 C ALA C 62 -30.860 -5.878 2.238 1.00 90.03 C \\nATOM 2041 CB ALA C 62 -28.694 -6.391 3.386 1.00 90.03 C \\nATOM 2042 O ALA C 62 -31.288 -4.789 2.628 1.00 90.03 O \\nATOM 2043 N GLN C 63 -30.929 -6.310 0.952 1.00 87.96 N \\nATOM 2044 CA GLN C 63 -31.568 -5.492 -0.073 1.00 87.96 C \\nATOM 2045 C GLN C 63 -33.056 -5.313 0.214 1.00 87.96 C \\nATOM 2046 CB GLN C 63 -31.372 -6.113 -1.456 1.00 87.96 C \\nATOM 2047 O GLN C 63 -33.698 -4.420 -0.343 1.00 87.96 O \\nATOM 2048 CG GLN C 63 -29.923 -6.125 -1.925 1.00 87.96 C \\nATOM 2049 CD GLN C 63 -29.369 -4.731 -2.154 1.00 87.96 C \\nATOM 2050 NE2 GLN C 63 -28.046 -4.616 -2.184 1.00 87.96 N \\nATOM 2051 OE1 GLN C 63 -30.124 -3.765 -2.305 1.00 87.96 O \\nATOM 2052 N MET C 64 -33.635 -6.080 1.023 1.00 91.00 N \\nATOM 2053 CA MET C 64 -35.057 -6.042 1.351 1.00 91.00 C \\nATOM 2054 C MET C 64 -35.368 -4.880 2.289 1.00 91.00 C \\nATOM 2055 CB MET C 64 -35.499 -7.361 1.988 1.00 91.00 C \\nATOM 2056 O MET C 64 -36.533 -4.522 2.476 1.00 91.00 O \\nATOM 2057 CG MET C 64 -35.429 -8.550 1.045 1.00 91.00 C \\nATOM 2058 SD MET C 64 -35.911 -10.123 1.859 1.00 91.00 S \\nATOM 2059 CE MET C 64 -35.005 -9.964 3.423 1.00 91.00 C \\nATOM 2060 N TYR C 65 -34.399 -4.298 2.842 1.00 93.34 N \\nATOM 2061 CA TYR C 65 -34.595 -3.197 3.779 1.00 93.34 C \\nATOM 2062 C TYR C 65 -34.251 -1.862 3.130 1.00 93.34 C \\nATOM 2063 CB TYR C 65 -33.743 -3.402 5.035 1.00 93.34 C \\nATOM 2064 O TYR C 65 -33.075 -1.542 2.938 1.00 93.34 O \\nATOM 2065 CG TYR C 65 -34.013 -4.706 5.746 1.00 93.34 C \\nATOM 2066 CD1 TYR C 65 -35.104 -4.841 6.602 1.00 93.34 C \\nATOM 2067 CD2 TYR C 65 -33.179 -5.804 5.565 1.00 93.34 C \\nATOM 2068 CE1 TYR C 65 -35.356 -6.040 7.261 1.00 93.34 C \\nATOM 2069 CE2 TYR C 65 -33.421 -7.007 6.218 1.00 93.34 C \\nATOM 2070 OH TYR C 65 -34.756 -8.305 7.713 1.00 93.34 O \\nATOM 2071 CZ TYR C 65 -34.511 -7.116 7.063 1.00 93.34 C \\nATOM 2072 N PRO C 66 -35.197 -1.035 2.828 1.00 91.48 N \\nATOM 2073 CA PRO C 66 -34.944 0.282 2.238 1.00 91.48 C \\nATOM 2074 C PRO C 66 -34.272 1.246 3.214 1.00 91.48 C \\nATOM 2075 CB PRO C 66 -36.344 0.774 1.861 1.00 91.48 C \\nATOM 2076 O PRO C 66 -34.808 1.510 4.293 1.00 91.48 O \\nATOM 2077 CG PRO C 66 -37.251 -0.368 2.188 1.00 91.48 C \\nATOM 2078 CD PRO C 66 -36.456 -1.418 2.909 1.00 91.48 C \\nATOM 2079 N LEU C 67 -33.207 1.835 2.816 1.00 87.47 N \\nATOM 2080 CA LEU C 67 -32.387 2.680 3.678 1.00 87.47 C \\nATOM 2081 C LEU C 67 -33.157 3.921 4.115 1.00 87.47 C \\nATOM 2082 CB LEU C 67 -31.100 3.091 2.958 1.00 87.47 C \\nATOM 2083 O LEU C 67 -32.954 4.425 5.222 1.00 87.47 O \\nATOM 2084 CG LEU C 67 -30.103 1.970 2.657 1.00 87.47 C \\nATOM 2085 CD1 LEU C 67 -28.913 2.515 1.875 1.00 87.47 C \\nATOM 2086 CD2 LEU C 67 -29.641 1.304 3.948 1.00 87.47 C \\nATOM 2087 N GLN C 68 -34.076 4.407 3.259 1.00 86.50 N \\nATOM 2088 CA GLN C 68 -34.838 5.623 3.526 1.00 86.50 C \\nATOM 2089 C GLN C 68 -35.782 5.432 4.709 1.00 86.50 C \\nATOM 2090 CB GLN C 68 -35.628 6.045 2.286 1.00 86.50 C \\nATOM 2091 O GLN C 68 -36.185 6.404 5.351 1.00 86.50 O \\nATOM 2092 CG GLN C 68 -34.755 6.400 1.091 1.00 86.50 C \\nATOM 2093 CD GLN C 68 -34.645 5.269 0.087 1.00 86.50 C \\nATOM 2094 NE2 GLN C 68 -33.779 5.439 -0.907 1.00 86.50 N \\nATOM 2095 OE1 GLN C 68 -35.332 4.249 0.203 1.00 86.50 O \\nATOM 2096 N GLU C 69 -36.119 4.216 5.034 1.00 90.03 N \\nATOM 2097 CA GLU C 69 -37.057 3.911 6.111 1.00 90.03 C \\nATOM 2098 C GLU C 69 -36.324 3.635 7.420 1.00 90.03 C \\nATOM 2099 CB GLU C 69 -37.935 2.714 5.737 1.00 90.03 C \\nATOM 2100 O GLU C 69 -36.953 3.363 8.445 1.00 90.03 O \\nATOM 2101 CG GLU C 69 -38.870 2.979 4.566 1.00 90.03 C \\nATOM 2102 CD GLU C 69 -39.801 1.815 4.266 1.00 90.03 C \\nATOM 2103 OE1 GLU C 69 -40.194 1.639 3.091 1.00 90.03 O \\nATOM 2104 OE2 GLU C 69 -40.140 1.072 5.215 1.00 90.03 O \\nATOM 2105 N ILE C 70 -35.043 3.697 7.367 1.00 91.04 N \\nATOM 2106 CA ILE C 70 -34.228 3.437 8.549 1.00 91.04 C \\nATOM 2107 C ILE C 70 -33.771 4.759 9.161 1.00 91.04 C \\nATOM 2108 CB ILE C 70 -33.007 2.553 8.210 1.00 91.04 C \\nATOM 2109 O ILE C 70 -33.049 5.529 8.523 1.00 91.04 O \\nATOM 2110 CG1 ILE C 70 -33.454 1.285 7.473 1.00 91.04 C \\nATOM 2111 CG2 ILE C 70 -32.226 2.202 9.479 1.00 91.04 C \\nATOM 2112 CD1 ILE C 70 -34.358 0.377 8.295 1.00 91.04 C \\nATOM 2113 N GLN C 71 -34.138 5.016 10.452 1.00 87.06 N \\nATOM 2114 CA GLN C 71 -33.816 6.277 11.112 1.00 87.06 C \\nATOM 2115 C GLN C 71 -32.520 6.165 11.909 1.00 87.06 C \\nATOM 2116 CB GLN C 71 -34.960 6.711 12.028 1.00 87.06 C \\nATOM 2117 O GLN C 71 -31.712 7.096 11.925 1.00 87.06 O \\nATOM 2118 CG GLN C 71 -36.191 7.209 11.282 1.00 87.06 C \\nATOM 2119 CD GLN C 71 -36.944 8.284 12.043 1.00 87.06 C \\nATOM 2120 NE2 GLN C 71 -37.792 9.025 11.338 1.00 87.06 N \\nATOM 2121 OE1 GLN C 71 -36.766 8.446 13.254 1.00 87.06 O \\nATOM 2122 N ASN C 72 -32.325 4.965 12.572 1.00 88.10 N \\nATOM 2123 CA ASN C 72 -31.104 4.751 13.341 1.00 88.10 C \\nATOM 2124 C ASN C 72 -29.871 4.731 12.442 1.00 88.10 C \\nATOM 2125 CB ASN C 72 -31.196 3.452 14.145 1.00 88.10 C \\nATOM 2126 O ASN C 72 -29.759 3.885 11.553 1.00 88.10 O \\nATOM 2127 CG ASN C 72 -29.990 3.230 15.036 1.00 88.10 C \\nATOM 2128 ND2 ASN C 72 -30.202 3.283 16.346 1.00 88.10 N \\nATOM 2129 OD1 ASN C 72 -28.876 3.015 14.551 1.00 88.10 O \\nATOM 2130 N LEU C 73 -28.970 5.599 12.667 1.00 85.43 N \\nATOM 2131 CA LEU C 73 -27.809 5.805 11.808 1.00 85.43 C \\nATOM 2132 C LEU C 73 -26.925 4.562 11.782 1.00 85.43 C \\nATOM 2133 CB LEU C 73 -26.998 7.013 12.283 1.00 85.43 C \\nATOM 2134 O LEU C 73 -26.444 4.160 10.720 1.00 85.43 O \\nATOM 2135 CG LEU C 73 -25.753 7.358 11.464 1.00 85.43 C \\nATOM 2136 CD1 LEU C 73 -26.141 7.701 10.030 1.00 85.43 C \\nATOM 2137 CD2 LEU C 73 -24.992 8.512 12.108 1.00 85.43 C \\nATOM 2138 N THR C 74 -26.674 3.982 12.907 1.00 88.64 N \\nATOM 2139 CA THR C 74 -25.813 2.809 13.003 1.00 88.64 C \\nATOM 2140 C THR C 74 -26.380 1.653 12.184 1.00 88.64 C \\nATOM 2141 CB THR C 74 -25.636 2.365 14.467 1.00 88.64 C \\nATOM 2142 O THR C 74 -25.644 0.979 11.460 1.00 88.64 O \\nATOM 2143 CG2 THR C 74 -24.734 1.139 14.565 1.00 88.64 C \\nATOM 2144 OG1 THR C 74 -25.051 3.436 15.218 1.00 88.64 O \\nATOM 2145 N VAL C 75 -27.722 1.460 12.284 1.00 92.69 N \\nATOM 2146 CA VAL C 75 -28.398 0.419 11.517 1.00 92.69 C \\nATOM 2147 C VAL C 75 -28.315 0.739 10.026 1.00 92.69 C \\nATOM 2148 CB VAL C 75 -29.874 0.265 11.948 1.00 92.69 C \\nATOM 2149 O VAL C 75 -28.010 -0.136 9.213 1.00 92.69 O \\nATOM 2150 CG1 VAL C 75 -30.608 -0.706 11.024 1.00 92.69 C \\nATOM 2151 CG2 VAL C 75 -29.960 -0.204 13.399 1.00 92.69 C \\nATOM 2152 N LYS C 76 -28.518 1.960 9.755 1.00 89.49 N \\nATOM 2153 CA LYS C 76 -28.485 2.402 8.364 1.00 89.49 C \\nATOM 2154 C LYS C 76 -27.114 2.156 7.741 1.00 89.49 C \\nATOM 2155 CB LYS C 76 -28.848 3.884 8.263 1.00 89.49 C \\nATOM 2156 O LYS C 76 -27.017 1.647 6.622 1.00 89.49 O \\nATOM 2157 CG LYS C 76 -29.056 4.375 6.838 1.00 89.49 C \\nATOM 2158 CD LYS C 76 -29.570 5.809 6.810 1.00 89.49 C \\nATOM 2159 CE LYS C 76 -29.871 6.268 5.390 1.00 89.49 C \\nATOM 2160 NZ LYS C 76 -30.468 7.637 5.365 1.00 89.49 N \\nATOM 2161 N LEU C 77 -26.046 2.495 8.424 1.00 86.85 N \\nATOM 2162 CA LEU C 77 -24.683 2.338 7.928 1.00 86.85 C \\nATOM 2163 C LEU C 77 -24.349 0.866 7.714 1.00 86.85 C \\nATOM 2164 CB LEU C 77 -23.682 2.965 8.902 1.00 86.85 C \\nATOM 2165 O LEU C 77 -23.688 0.511 6.735 1.00 86.85 O \\nATOM 2166 CG LEU C 77 -23.656 4.493 8.958 1.00 86.85 C \\nATOM 2167 CD1 LEU C 77 -22.725 4.967 10.069 1.00 86.85 C \\nATOM 2168 CD2 LEU C 77 -23.229 5.070 7.613 1.00 86.85 C \\nATOM 2169 N GLN C 78 -24.708 0.021 8.579 1.00 90.54 N \\nATOM 2170 CA GLN C 78 -24.477 -1.413 8.433 1.00 90.54 C \\nATOM 2171 C GLN C 78 -25.191 -1.962 7.201 1.00 90.54 C \\nATOM 2172 CB GLN C 78 -24.938 -2.161 9.685 1.00 90.54 C \\nATOM 2173 O GLN C 78 -24.606 -2.720 6.425 1.00 90.54 O \\nATOM 2174 CG GLN C 78 -24.100 -1.866 10.921 1.00 90.54 C \\nATOM 2175 CD GLN C 78 -24.564 -2.638 12.142 1.00 90.54 C \\nATOM 2176 NE2 GLN C 78 -25.314 -1.972 13.015 1.00 90.54 N \\nATOM 2177 OE1 GLN C 78 -24.251 -3.822 12.300 1.00 90.54 O \\nATOM 2178 N LEU C 79 -26.481 -1.570 7.059 1.00 90.29 N \\nATOM 2179 CA LEU C 79 -27.259 -2.028 5.913 1.00 90.29 C \\nATOM 2180 C LEU C 79 -26.640 -1.544 4.606 1.00 90.29 C \\nATOM 2181 CB LEU C 79 -28.707 -1.540 6.018 1.00 90.29 C \\nATOM 2182 O LEU C 79 -26.540 -2.306 3.642 1.00 90.29 O \\nATOM 2183 CG LEU C 79 -29.618 -2.321 6.966 1.00 90.29 C \\nATOM 2184 CD1 LEU C 79 -30.954 -1.602 7.128 1.00 90.29 C \\nATOM 2185 CD2 LEU C 79 -29.829 -3.743 6.456 1.00 90.29 C \\nATOM 2186 N GLN C 80 -26.258 -0.280 4.630 1.00 83.24 N \\nATOM 2187 CA GLN C 80 -25.618 0.292 3.450 1.00 83.24 C \\nATOM 2188 C GLN C 80 -24.355 -0.480 3.080 1.00 83.24 C \\nATOM 2189 CB GLN C 80 -25.283 1.766 3.683 1.00 83.24 C \\nATOM 2190 O GLN C 80 -24.139 -0.802 1.910 1.00 83.24 O \\nATOM 2191 CG GLN C 80 -24.830 2.500 2.428 1.00 83.24 C \\nATOM 2192 CD GLN C 80 -24.602 3.981 2.664 1.00 83.24 C \\nATOM 2193 NE2 GLN C 80 -24.164 4.686 1.626 1.00 83.24 N \\nATOM 2194 OE1 GLN C 80 -24.819 4.488 3.769 1.00 83.24 O \\nATOM 2195 N ALA C 81 -23.512 -0.792 4.032 1.00 78.05 N \\nATOM 2196 CA ALA C 81 -22.270 -1.530 3.815 1.00 78.05 C \\nATOM 2197 C ALA C 81 -22.549 -2.915 3.239 1.00 78.05 C \\nATOM 2198 CB ALA C 81 -21.487 -1.647 5.120 1.00 78.05 C \\nATOM 2199 O ALA C 81 -21.855 -3.365 2.324 1.00 78.05 O \\nATOM 2200 N LEU C 82 -23.490 -3.550 3.776 1.00 82.00 N \\nATOM 2201 CA LEU C 82 -23.823 -4.903 3.342 1.00 82.00 C \\nATOM 2202 C LEU C 82 -24.447 -4.890 1.951 1.00 82.00 C \\nATOM 2203 CB LEU C 82 -24.779 -5.565 4.337 1.00 82.00 C \\nATOM 2204 O LEU C 82 -24.181 -5.778 1.138 1.00 82.00 O \\nATOM 2205 CG LEU C 82 -24.717 -7.091 4.425 1.00 82.00 C \\nATOM 2206 CD1 LEU C 82 -23.406 -7.532 5.067 1.00 82.00 C \\nATOM 2207 CD2 LEU C 82 -25.910 -7.631 5.206 1.00 82.00 C \\nATOM 2208 N GLN C 83 -25.351 -3.937 1.713 1.00 79.05 N \\nATOM 2209 CA GLN C 83 -26.034 -3.847 0.426 1.00 79.05 C \\nATOM 2210 C GLN C 83 -25.047 -3.556 -0.701 1.00 79.05 C \\nATOM 2211 CB GLN C 83 -27.117 -2.768 0.468 1.00 79.05 C \\nATOM 2212 O GLN C 83 -25.260 -3.971 -1.842 1.00 79.05 O \\nATOM 2213 CG GLN C 83 -28.297 -3.116 1.365 1.00 79.05 C \\nATOM 2214 CD GLN C 83 -29.317 -1.996 1.454 1.00 79.05 C \\nATOM 2215 NE2 GLN C 83 -30.341 -2.191 2.277 1.00 79.05 N \\nATOM 2216 OE1 GLN C 83 -29.184 -0.963 0.789 1.00 79.05 O \\nATOM 2217 N GLN C 84 -23.910 -2.888 -0.380 1.00 67.10 N \\nATOM 2218 CA GLN C 84 -22.906 -2.512 -1.369 1.00 67.10 C \\nATOM 2219 C GLN C 84 -21.969 -3.678 -1.672 1.00 67.10 C \\nATOM 2220 CB GLN C 84 -22.101 -1.304 -0.887 1.00 67.10 C \\nATOM 2221 O GLN C 84 -21.323 -3.705 -2.722 1.00 67.10 O \\nATOM 2222 CG GLN C 84 -22.852 0.017 -0.994 1.00 67.10 C \\nATOM 2223 CD GLN C 84 -22.025 1.201 -0.528 1.00 67.10 C \\nATOM 2224 NE2 GLN C 84 -22.585 2.400 -0.651 1.00 67.10 N \\nATOM 2225 OE1 GLN C 84 -20.894 1.040 -0.061 1.00 67.10 O \\nATOM 2226 N ASN C 85 -21.649 -4.703 -0.815 1.00 57.35 N \\nATOM 2227 CA ASN C 85 -20.744 -5.840 -0.946 1.00 57.35 C \\nATOM 2228 C ASN C 85 -21.296 -6.888 -1.909 1.00 57.35 C \\nATOM 2229 CB ASN C 85 -20.469 -6.468 0.422 1.00 57.35 C \\nATOM 2230 O ASN C 85 -20.543 -7.706 -2.440 1.00 57.35 O \\nATOM 2231 CG ASN C 85 -19.216 -5.918 1.075 1.00 57.35 C \\nATOM 2232 ND2 ASN C 85 -19.119 -6.068 2.391 1.00 57.35 N \\nATOM 2233 OD1 ASN C 85 -18.343 -5.363 0.403 1.00 57.35 O \\nATOM 2234 N GLY C 86 -22.498 -7.050 -2.273 1.00 45.58 N \\nATOM 2235 CA GLY C 86 -23.136 -8.245 -2.802 1.00 45.58 C \\nATOM 2236 C GLY C 86 -23.251 -8.239 -4.315 1.00 45.58 C \\nATOM 2237 O GLY C 86 -23.342 -9.298 -4.940 1.00 45.58 O \\nATOM 2238 N SER C 87 -23.479 -7.389 -5.045 1.00 46.28 N \\nATOM 2239 CA SER C 87 -24.042 -7.744 -6.344 1.00 46.28 C \\nATOM 2240 C SER C 87 -22.997 -7.629 -7.449 1.00 46.28 C \\nATOM 2241 CB SER C 87 -25.242 -6.855 -6.671 1.00 46.28 C \\nATOM 2242 O SER C 87 -22.327 -6.602 -7.572 1.00 46.28 O \\nATOM 2243 OG SER C 87 -24.865 -5.488 -6.686 1.00 46.28 O \\nATOM 2244 N SER C 88 -22.245 -8.944 -7.622 1.00 54.51 N \\nATOM 2245 CA SER C 88 -21.584 -8.854 -8.920 1.00 54.51 C \\nATOM 2246 C SER C 88 -22.573 -8.478 -10.019 1.00 54.51 C \\nATOM 2247 CB SER C 88 -20.904 -10.179 -9.268 1.00 54.51 C \\nATOM 2248 O SER C 88 -23.530 -9.210 -10.277 1.00 54.51 O \\nATOM 2249 OG SER C 88 -21.775 -11.011 -10.014 1.00 54.51 O \\nATOM 2250 N VAL C 89 -22.559 -7.201 -10.296 1.00 68.05 N \\nATOM 2251 CA VAL C 89 -23.497 -6.663 -11.277 1.00 68.05 C \\nATOM 2252 C VAL C 89 -23.076 -7.087 -12.682 1.00 68.05 C \\nATOM 2253 CB VAL C 89 -23.587 -5.123 -11.190 1.00 68.05 C \\nATOM 2254 O VAL C 89 -23.881 -7.050 -13.615 1.00 68.05 O \\nATOM 2255 CG1 VAL C 89 -24.990 -4.642 -11.558 1.00 68.05 C \\nATOM 2256 CG2 VAL C 89 -23.206 -4.644 -9.790 1.00 68.05 C \\nATOM 2257 N LEU C 90 -21.880 -7.772 -12.763 1.00 74.39 N \\nATOM 2258 CA LEU C 90 -21.441 -8.237 -14.074 1.00 74.39 C \\nATOM 2259 C LEU C 90 -22.005 -9.621 -14.378 1.00 74.39 C \\nATOM 2260 CB LEU C 90 -19.912 -8.269 -14.146 1.00 74.39 C \\nATOM 2261 O LEU C 90 -22.331 -10.378 -13.461 1.00 74.39 O \\nATOM 2262 CG LEU C 90 -19.201 -6.917 -14.072 1.00 74.39 C \\nATOM 2263 CD1 LEU C 90 -17.690 -7.115 -14.016 1.00 74.39 C \\nATOM 2264 CD2 LEU C 90 -19.587 -6.044 -15.261 1.00 74.39 C \\nATOM 2265 N SER C 91 -22.176 -9.927 -15.726 1.00 84.03 N \\nATOM 2266 CA SER C 91 -22.521 -11.291 -16.113 1.00 84.03 C \\nATOM 2267 C SER C 91 -21.473 -12.286 -15.626 1.00 84.03 C \\nATOM 2268 CB SER C 91 -22.669 -11.397 -17.632 1.00 84.03 C \\nATOM 2269 O SER C 91 -20.329 -11.911 -15.362 1.00 84.03 O \\nATOM 2270 OG SER C 91 -21.409 -11.278 -18.269 1.00 84.03 O \\nATOM 2271 N GLU C 92 -21.846 -13.450 -15.424 1.00 73.67 N \\nATOM 2272 CA GLU C 92 -20.934 -14.493 -14.963 1.00 73.67 C \\nATOM 2273 C GLU C 92 -19.681 -14.553 -15.832 1.00 73.67 C \\nATOM 2274 CB GLU C 92 -21.634 -15.854 -14.954 1.00 73.67 C \\nATOM 2275 O GLU C 92 -18.567 -14.663 -15.317 1.00 73.67 O \\nATOM 2276 CG GLU C 92 -20.854 -16.942 -14.229 1.00 73.67 C \\nATOM 2277 CD GLU C 92 -21.616 -18.253 -14.118 1.00 73.67 C \\nATOM 2278 OE1 GLU C 92 -21.082 -19.216 -13.522 1.00 73.67 O \\nATOM 2279 OE2 GLU C 92 -22.754 -18.319 -14.632 1.00 73.67 O \\nATOM 2280 N ASP C 93 -19.846 -14.486 -17.117 1.00 81.17 N \\nATOM 2281 CA ASP C 93 -18.725 -14.548 -18.050 1.00 81.17 C \\nATOM 2282 C ASP C 93 -17.786 -13.359 -17.860 1.00 81.17 C \\nATOM 2283 CB ASP C 93 -19.230 -14.595 -19.494 1.00 81.17 C \\nATOM 2284 O ASP C 93 -16.564 -13.523 -17.836 1.00 81.17 O \\nATOM 2285 CG ASP C 93 -19.820 -15.942 -19.872 1.00 81.17 C \\nATOM 2286 OD1 ASP C 93 -19.551 -16.944 -19.175 1.00 81.17 O \\nATOM 2287 OD2 ASP C 93 -20.559 -16.003 -20.878 1.00 81.17 O \\nATOM 2288 N LYS C 94 -18.301 -12.209 -17.696 1.00 85.12 N \\nATOM 2289 CA LYS C 94 -17.499 -11.000 -17.527 1.00 85.12 C \\nATOM 2290 C LYS C 94 -16.803 -10.987 -16.169 1.00 85.12 C \\nATOM 2291 CB LYS C 94 -18.370 -9.752 -17.682 1.00 85.12 C \\nATOM 2292 O LYS C 94 -15.666 -10.526 -16.053 1.00 85.12 O \\nATOM 2293 CG LYS C 94 -18.774 -9.453 -19.118 1.00 85.12 C \\nATOM 2294 CD LYS C 94 -19.558 -8.151 -19.218 1.00 85.12 C \\nATOM 2295 CE LYS C 94 -19.881 -7.802 -20.665 1.00 85.12 C \\nATOM 2296 NZ LYS C 94 -20.694 -6.553 -20.765 1.00 85.12 N \\nATOM 2297 N SER C 95 -17.521 -11.493 -15.212 1.00 72.82 N \\nATOM 2298 CA SER C 95 -16.928 -11.612 -13.884 1.00 72.82 C \\nATOM 2299 C SER C 95 -15.732 -12.559 -13.896 1.00 72.82 C \\nATOM 2300 CB SER C 95 -17.967 -12.102 -12.874 1.00 72.82 C \\nATOM 2301 O SER C 95 -14.699 -12.270 -13.287 1.00 72.82 O \\nATOM 2302 OG SER C 95 -17.493 -11.943 -11.548 1.00 72.82 O \\nATOM 2303 N LYS C 96 -15.863 -13.628 -14.547 1.00 68.80 N \\nATOM 2304 CA LYS C 96 -14.770 -14.587 -14.682 1.00 68.80 C \\nATOM 2305 C LYS C 96 -13.591 -13.974 -15.433 1.00 68.80 C \\nATOM 2306 CB LYS C 96 -15.249 -15.850 -15.400 1.00 68.80 C \\nATOM 2307 O LYS C 96 -12.436 -14.161 -15.045 1.00 68.80 O \\nATOM 2308 CG LYS C 96 -16.052 -16.795 -14.519 1.00 68.80 C \\nATOM 2309 CD LYS C 96 -16.464 -18.051 -15.276 1.00 68.80 C \\nATOM 2310 CE LYS C 96 -17.369 -18.941 -14.435 1.00 68.80 C \\nATOM 2311 NZ LYS C 96 -17.840 -20.133 -15.201 1.00 68.80 N \\nATOM 2312 N ARG C 97 -13.975 -13.315 -16.495 1.00 81.49 N \\nATOM 2313 CA ARG C 97 -12.931 -12.655 -17.271 1.00 81.49 C \\nATOM 2314 C ARG C 97 -12.199 -11.614 -16.430 1.00 81.49 C \\nATOM 2315 CB ARG C 97 -13.523 -11.997 -18.520 1.00 81.49 C \\nATOM 2316 O ARG C 97 -10.969 -11.536 -16.462 1.00 81.49 O \\nATOM 2317 CG ARG C 97 -12.502 -11.257 -19.369 1.00 81.49 C \\nATOM 2318 CD ARG C 97 -11.408 -12.186 -19.874 1.00 81.49 C \\nATOM 2319 NE ARG C 97 -10.457 -11.484 -20.732 1.00 81.49 N \\nATOM 2320 NH1 ARG C 97 -8.773 -13.048 -20.497 1.00 81.49 N \\nATOM 2321 NH2 ARG C 97 -8.446 -11.192 -21.801 1.00 81.49 N \\nATOM 2322 CZ ARG C 97 -9.228 -11.910 -21.008 1.00 81.49 C \\nATOM 2323 N LEU C 98 -12.893 -10.777 -15.696 1.00 78.21 N \\nATOM 2324 CA LEU C 98 -12.288 -9.777 -14.823 1.00 78.21 C \\nATOM 2325 C LEU C 98 -11.364 -10.434 -13.803 1.00 78.21 C \\nATOM 2326 CB LEU C 98 -13.371 -8.970 -14.102 1.00 78.21 C \\nATOM 2327 O LEU C 98 -10.243 -9.970 -13.585 1.00 78.21 O \\nATOM 2328 CG LEU C 98 -12.882 -7.902 -13.122 1.00 78.21 C \\nATOM 2329 CD1 LEU C 98 -11.986 -6.897 -13.838 1.00 78.21 C \\nATOM 2330 CD2 LEU C 98 -14.064 -7.198 -12.464 1.00 78.21 C \\nATOM 2331 N ASN C 99 -11.787 -11.468 -13.229 1.00 66.81 N \\nATOM 2332 CA ASN C 99 -10.975 -12.199 -12.263 1.00 66.81 C \\nATOM 2333 C ASN C 99 -9.696 -12.736 -12.899 1.00 66.81 C \\nATOM 2334 CB ASN C 99 -11.779 -13.342 -11.641 1.00 66.81 C \\nATOM 2335 O ASN C 99 -8.625 -12.684 -12.291 1.00 66.81 O \\nATOM 2336 CG ASN C 99 -12.699 -12.873 -10.531 1.00 66.81 C \\nATOM 2337 ND2 ASN C 99 -13.841 -13.534 -10.387 1.00 66.81 N \\nATOM 2338 OD1 ASN C 99 -12.386 -11.922 -9.809 1.00 66.81 O \\nATOM 2339 N THR C 100 -9.835 -13.241 -14.078 1.00 68.18 N \\nATOM 2340 CA THR C 100 -8.675 -13.742 -14.808 1.00 68.18 C \\nATOM 2341 C THR C 100 -7.673 -12.620 -15.066 1.00 68.18 C \\nATOM 2342 CB THR C 100 -9.091 -14.380 -16.146 1.00 68.18 C \\nATOM 2343 O THR C 100 -6.469 -12.800 -14.871 1.00 68.18 O \\nATOM 2344 CG2 THR C 100 -7.872 -14.842 -16.938 1.00 68.18 C \\nATOM 2345 OG1 THR C 100 -9.935 -15.509 -15.888 1.00 68.18 O \\nATOM 2346 N ILE C 101 -8.177 -11.494 -15.474 1.00 78.64 N \\nATOM 2347 CA ILE C 101 -7.336 -10.338 -15.765 1.00 78.64 C \\nATOM 2348 C ILE C 101 -6.604 -9.900 -14.498 1.00 78.64 C \\nATOM 2349 CB ILE C 101 -8.164 -9.166 -16.338 1.00 78.64 C \\nATOM 2350 O ILE C 101 -5.388 -9.694 -14.515 1.00 78.64 O \\nATOM 2351 CG1 ILE C 101 -8.622 -9.484 -17.766 1.00 78.64 C \\nATOM 2352 CG2 ILE C 101 -7.358 -7.865 -16.298 1.00 78.64 C \\nATOM 2353 CD1 ILE C 101 -9.676 -8.527 -18.305 1.00 78.64 C \\nATOM 2354 N LEU C 102 -7.327 -9.727 -13.429 1.00 71.67 N \\nATOM 2355 CA LEU C 102 -6.744 -9.291 -12.165 1.00 71.67 C \\nATOM 2356 C LEU C 102 -5.682 -10.276 -11.688 1.00 71.67 C \\nATOM 2357 CB LEU C 102 -7.831 -9.137 -11.097 1.00 71.67 C \\nATOM 2358 O LEU C 102 -4.597 -9.870 -11.265 1.00 71.67 O \\nATOM 2359 CG LEU C 102 -8.759 -7.930 -11.243 1.00 71.67 C \\nATOM 2360 CD1 LEU C 102 -9.939 -8.050 -10.285 1.00 71.67 C \\nATOM 2361 CD2 LEU C 102 -7.993 -6.634 -10.998 1.00 71.67 C \\nATOM 2362 N ASN C 103 -5.938 -11.532 -11.853 1.00 64.52 N \\nATOM 2363 CA ASN C 103 -4.987 -12.562 -11.449 1.00 64.52 C \\nATOM 2364 C ASN C 103 -3.753 -12.569 -12.346 1.00 64.52 C \\nATOM 2365 CB ASN C 103 -5.653 -13.939 -11.452 1.00 64.52 C \\nATOM 2366 O ASN C 103 -2.630 -12.726 -11.864 1.00 64.52 O \\nATOM 2367 CG ASN C 103 -6.629 -14.119 -10.306 1.00 64.52 C \\nATOM 2368 ND2 ASN C 103 -7.579 -15.031 -10.473 1.00 64.52 N \\nATOM 2369 OD1 ASN C 103 -6.530 -13.442 -9.279 1.00 64.52 O \\nATOM 2370 N THR C 104 -4.031 -12.419 -13.586 1.00 71.32 N \\nATOM 2371 CA THR C 104 -2.930 -12.423 -14.543 1.00 71.32 C \\nATOM 2372 C THR C 104 -2.018 -11.219 -14.323 1.00 71.32 C \\nATOM 2373 CB THR C 104 -3.450 -12.418 -15.992 1.00 71.32 C \\nATOM 2374 O THR C 104 -0.793 -11.354 -14.322 1.00 71.32 O \\nATOM 2375 CG2 THR C 104 -2.301 -12.532 -16.989 1.00 71.32 C \\nATOM 2376 OG1 THR C 104 -4.340 -13.526 -16.178 1.00 71.32 O \\nATOM 2377 N MET C 105 -2.602 -10.048 -14.124 1.00 77.81 N \\nATOM 2378 CA MET C 105 -1.801 -8.859 -13.850 1.00 77.81 C \\nATOM 2379 C MET C 105 -0.978 -9.038 -12.578 1.00 77.81 C \\nATOM 2380 CB MET C 105 -2.695 -7.624 -13.724 1.00 77.81 C \\nATOM 2381 O MET C 105 0.210 -8.712 -12.552 1.00 77.81 O \\nATOM 2382 CG MET C 105 -3.215 -7.105 -15.054 1.00 77.81 C \\nATOM 2383 SD MET C 105 -3.954 -5.431 -14.916 1.00 77.81 S \\nATOM 2384 CE MET C 105 -5.325 -5.780 -13.780 1.00 77.81 C \\nATOM 2385 N SER C 106 -1.585 -9.510 -11.569 1.00 64.89 N \\nATOM 2386 CA SER C 106 -0.896 -9.759 -10.307 1.00 64.89 C \\nATOM 2387 C SER C 106 0.256 -10.741 -10.491 1.00 64.89 C \\nATOM 2388 CB SER C 106 -1.873 -10.297 -9.260 1.00 64.89 C \\nATOM 2389 O SER C 106 1.344 -10.537 -9.949 1.00 64.89 O \\nATOM 2390 OG SER C 106 -1.212 -10.528 -8.028 1.00 64.89 O \\nATOM 2391 N THR C 107 0.033 -11.747 -11.325 1.00 63.98 N \\nATOM 2392 CA THR C 107 1.040 -12.771 -11.581 1.00 63.98 C \\nATOM 2393 C THR C 107 2.211 -12.192 -12.370 1.00 63.98 C \\nATOM 2394 CB THR C 107 0.440 -13.964 -12.348 1.00 63.98 C \\nATOM 2395 O THR C 107 3.372 -12.430 -12.032 1.00 63.98 O \\nATOM 2396 CG2 THR C 107 1.505 -15.011 -12.657 1.00 63.98 C \\nATOM 2397 OG1 THR C 107 -0.590 -14.566 -11.554 1.00 63.98 O \\nATOM 2398 N ILE C 108 1.864 -11.468 -13.343 1.00 72.54 N \\nATOM 2399 CA ILE C 108 2.903 -10.850 -14.161 1.00 72.54 C \\nATOM 2400 C ILE C 108 3.776 -9.949 -13.290 1.00 72.54 C \\nATOM 2401 CB ILE C 108 2.297 -10.042 -15.329 1.00 72.54 C \\nATOM 2402 O ILE C 108 5.006 -10.018 -13.353 1.00 72.54 O \\nATOM 2403 CG1 ILE C 108 1.671 -10.985 -16.363 1.00 72.54 C \\nATOM 2404 CG2 ILE C 108 3.359 -9.148 -15.976 1.00 72.54 C \\nATOM 2405 CD1 ILE C 108 0.843 -10.277 -17.427 1.00 72.54 C \\nATOM 2406 N TYR C 109 3.184 -9.182 -12.441 1.00 73.92 N \\nATOM 2407 CA TYR C 109 3.915 -8.267 -11.572 1.00 73.92 C \\nATOM 2408 C TYR C 109 4.802 -9.033 -10.597 1.00 73.92 C \\nATOM 2409 CB TYR C 109 2.945 -7.368 -10.800 1.00 73.92 C \\nATOM 2410 O TYR C 109 5.977 -8.701 -10.425 1.00 73.92 O \\nATOM 2411 CG TYR C 109 3.630 -6.368 -9.900 1.00 73.92 C \\nATOM 2412 CD1 TYR C 109 4.022 -6.717 -8.610 1.00 73.92 C \\nATOM 2413 CD2 TYR C 109 3.886 -5.073 -10.338 1.00 73.92 C \\nATOM 2414 CE1 TYR C 109 4.652 -5.798 -7.777 1.00 73.92 C \\nATOM 2415 CE2 TYR C 109 4.515 -4.146 -9.514 1.00 73.92 C \\nATOM 2416 OH TYR C 109 5.517 -3.604 -7.416 1.00 73.92 O \\nATOM 2417 CZ TYR C 109 4.894 -4.517 -8.237 1.00 73.92 C \\nATOM 2418 N SER C 110 4.317 -10.010 -10.009 1.00 62.43 N \\nATOM 2419 CA SER C 110 4.979 -10.709 -8.913 1.00 62.43 C \\nATOM 2420 C SER C 110 6.093 -11.615 -9.427 1.00 62.43 C \\nATOM 2421 CB SER C 110 3.967 -11.534 -8.115 1.00 62.43 C \\nATOM 2422 O SER C 110 7.058 -11.889 -8.711 1.00 62.43 O \\nATOM 2423 OG SER C 110 2.995 -10.695 -7.515 1.00 62.43 O \\nATOM 2424 N THR C 111 5.964 -12.012 -10.715 1.00 61.63 N \\nATOM 2425 CA THR C 111 6.914 -13.006 -11.199 1.00 61.63 C \\nATOM 2426 C THR C 111 7.828 -12.407 -12.265 1.00 61.63 C \\nATOM 2427 CB THR C 111 6.190 -14.238 -11.774 1.00 61.63 C \\nATOM 2428 O THR C 111 8.760 -13.065 -12.731 1.00 61.63 O \\nATOM 2429 CG2 THR C 111 5.299 -14.892 -10.723 1.00 61.63 C \\nATOM 2430 OG1 THR C 111 5.380 -13.833 -12.885 1.00 61.63 O \\nATOM 2431 N GLY C 112 7.449 -11.214 -12.639 1.00 70.62 N \\nATOM 2432 CA GLY C 112 8.273 -10.597 -13.666 1.00 70.62 C \\nATOM 2433 C GLY C 112 9.741 -10.525 -13.290 1.00 70.62 C \\nATOM 2434 O GLY C 112 10.080 -10.195 -12.152 1.00 70.62 O \\nATOM 2435 N LYS C 113 10.650 -10.985 -14.157 1.00 76.37 N \\nATOM 2436 CA LYS C 113 12.099 -10.913 -13.995 1.00 76.37 C \\nATOM 2437 C LYS C 113 12.755 -10.249 -15.203 1.00 76.37 C \\nATOM 2438 CB LYS C 113 12.686 -12.309 -13.782 1.00 76.37 C \\nATOM 2439 O LYS C 113 12.276 -10.388 -16.330 1.00 76.37 O \\nATOM 2440 CG LYS C 113 12.209 -12.993 -12.509 1.00 76.37 C \\nATOM 2441 CD LYS C 113 12.817 -14.382 -12.359 1.00 76.37 C \\nATOM 2442 CE LYS C 113 12.296 -15.090 -11.116 1.00 76.37 C \\nATOM 2443 NZ LYS C 113 12.862 -16.465 -10.984 1.00 76.37 N \\nATOM 2444 N VAL C 114 13.764 -9.554 -14.895 1.00 81.71 N \\nATOM 2445 CA VAL C 114 14.546 -8.956 -15.972 1.00 81.71 C \\nATOM 2446 C VAL C 114 15.997 -9.423 -15.878 1.00 81.71 C \\nATOM 2447 CB VAL C 114 14.478 -7.413 -15.934 1.00 81.71 C \\nATOM 2448 O VAL C 114 16.562 -9.496 -14.784 1.00 81.71 O \\nATOM 2449 CG1 VAL C 114 13.059 -6.928 -16.220 1.00 81.71 C \\nATOM 2450 CG2 VAL C 114 14.963 -6.892 -14.582 1.00 81.71 C \\nATOM 2451 N CYS C 115 16.526 -9.812 -17.028 1.00 80.08 N \\nATOM 2452 CA CYS C 115 17.868 -10.382 -17.064 1.00 80.08 C \\nATOM 2453 C CYS C 115 18.893 -9.338 -17.488 1.00 80.08 C \\nATOM 2454 CB CYS C 115 17.918 -11.576 -18.017 1.00 80.08 C \\nATOM 2455 O CYS C 115 18.608 -8.491 -18.337 1.00 80.08 O \\nATOM 2456 SG CYS C 115 16.811 -12.926 -17.553 1.00 80.08 S \\nATOM 2457 N ASN C 116 20.030 -9.377 -16.775 1.00 76.12 N \\nATOM 2458 CA ASN C 116 21.160 -8.518 -17.115 1.00 76.12 C \\nATOM 2459 C ASN C 116 21.700 -8.827 -18.508 1.00 76.12 C \\nATOM 2460 CB ASN C 116 22.271 -8.655 -16.072 1.00 76.12 C \\nATOM 2461 O ASN C 116 22.075 -9.965 -18.795 1.00 76.12 O \\nATOM 2462 CG ASN C 116 23.354 -7.606 -16.232 1.00 76.12 C \\nATOM 2463 ND2 ASN C 116 24.037 -7.288 -15.138 1.00 76.12 N \\nATOM 2464 OD1 ASN C 116 23.574 -7.085 -17.328 1.00 76.12 O \\nATOM 2465 N PRO C 117 21.772 -7.820 -19.361 1.00 74.25 N \\nATOM 2466 CA PRO C 117 22.262 -8.057 -20.721 1.00 74.25 C \\nATOM 2467 C PRO C 117 23.705 -8.556 -20.749 1.00 74.25 C \\nATOM 2468 CB PRO C 117 22.147 -6.681 -21.382 1.00 74.25 C \\nATOM 2469 O PRO C 117 24.086 -9.301 -21.655 1.00 74.25 O \\nATOM 2470 CG PRO C 117 21.695 -5.768 -20.288 1.00 74.25 C \\nATOM 2471 CD PRO C 117 21.360 -6.598 -19.082 1.00 74.25 C \\nATOM 2472 N ASP C 118 24.563 -8.108 -19.802 1.00 75.93 N \\nATOM 2473 CA ASP C 118 25.975 -8.474 -19.743 1.00 75.93 C \\nATOM 2474 C ASP C 118 26.159 -9.856 -19.122 1.00 75.93 C \\nATOM 2475 CB ASP C 118 26.767 -7.431 -18.950 1.00 75.93 C \\nATOM 2476 O ASP C 118 27.194 -10.497 -19.316 1.00 75.93 O \\nATOM 2477 CG ASP C 118 26.776 -6.065 -19.612 1.00 75.93 C \\nATOM 2478 OD1 ASP C 118 26.766 -5.991 -20.860 1.00 75.93 O \\nATOM 2479 OD2 ASP C 118 26.798 -5.052 -18.880 1.00 75.93 O \\nATOM 2480 N ASN C 119 25.124 -10.313 -18.326 1.00 77.16 N \\nATOM 2481 CA ASN C 119 25.089 -11.627 -17.692 1.00 77.16 C \\nATOM 2482 C ASN C 119 23.682 -12.217 -17.704 1.00 77.16 C \\nATOM 2483 CB ASN C 119 25.618 -11.546 -16.258 1.00 77.16 C \\nATOM 2484 O ASN C 119 22.970 -12.159 -16.699 1.00 77.16 O \\nATOM 2485 CG ASN C 119 25.825 -12.912 -15.634 1.00 77.16 C \\nATOM 2486 ND2 ASN C 119 26.292 -12.932 -14.392 1.00 77.16 N \\nATOM 2487 OD1 ASN C 119 25.568 -13.941 -16.264 1.00 77.16 O \\nATOM 2488 N PRO C 120 23.299 -12.751 -18.774 1.00 69.19 N \\nATOM 2489 CA PRO C 120 21.928 -13.216 -18.997 1.00 69.19 C \\nATOM 2490 C PRO C 120 21.489 -14.268 -17.982 1.00 69.19 C \\nATOM 2491 CB PRO C 120 21.981 -13.808 -20.408 1.00 69.19 C \\nATOM 2492 O PRO C 120 20.292 -14.527 -17.833 1.00 69.19 O \\nATOM 2493 CG PRO C 120 23.246 -13.272 -20.999 1.00 69.19 C \\nATOM 2494 CD PRO C 120 24.132 -12.800 -19.882 1.00 69.19 C \\nATOM 2495 N GLN C 121 22.378 -14.876 -17.214 1.00 66.09 N \\nATOM 2496 CA GLN C 121 22.034 -15.863 -16.196 1.00 66.09 C \\nATOM 2497 C GLN C 121 21.556 -15.187 -14.914 1.00 66.09 C \\nATOM 2498 CB GLN C 121 23.230 -16.768 -15.898 1.00 66.09 C \\nATOM 2499 O GLN C 121 20.937 -15.828 -14.062 1.00 66.09 O \\nATOM 2500 CG GLN C 121 23.591 -17.707 -17.042 1.00 66.09 C \\nATOM 2501 CD GLN C 121 24.376 -18.920 -16.580 1.00 66.09 C \\nATOM 2502 NE2 GLN C 121 24.666 -19.827 -17.506 1.00 66.09 N \\nATOM 2503 OE1 GLN C 121 24.721 -19.040 -15.400 1.00 66.09 O \\nATOM 2504 N GLU C 122 21.831 -13.906 -14.892 1.00 73.07 N \\nATOM 2505 CA GLU C 122 21.413 -13.152 -13.714 1.00 73.07 C \\nATOM 2506 C GLU C 122 20.108 -12.405 -13.971 1.00 73.07 C \\nATOM 2507 CB GLU C 122 22.507 -12.169 -13.289 1.00 73.07 C \\nATOM 2508 O GLU C 122 20.105 -11.350 -14.610 1.00 73.07 O \\nATOM 2509 CG GLU C 122 22.251 -11.508 -11.942 1.00 73.07 C \\nATOM 2510 CD GLU C 122 23.307 -10.480 -11.568 1.00 73.07 C \\nATOM 2511 OE1 GLU C 122 23.294 -9.988 -10.417 1.00 73.07 O \\nATOM 2512 OE2 GLU C 122 24.154 -10.164 -12.433 1.00 73.07 O \\nATOM 2513 N CYS C 123 19.077 -12.993 -13.606 1.00 76.24 N \\nATOM 2514 CA CYS C 123 17.766 -12.365 -13.726 1.00 76.24 C \\nATOM 2515 C CYS C 123 17.254 -11.906 -12.366 1.00 76.24 C \\nATOM 2516 CB CYS C 123 16.765 -13.331 -14.358 1.00 76.24 C \\nATOM 2517 O CYS C 123 17.342 -12.645 -11.383 1.00 76.24 O \\nATOM 2518 SG CYS C 123 17.180 -13.805 -16.051 1.00 76.24 S \\nATOM 2519 N LEU C 124 16.786 -10.683 -12.382 1.00 75.61 N \\nATOM 2520 CA LEU C 124 16.401 -10.098 -11.102 1.00 75.61 C \\nATOM 2521 C LEU C 124 14.892 -9.889 -11.032 1.00 75.61 C \\nATOM 2522 CB LEU C 124 17.124 -8.767 -10.881 1.00 75.61 C \\nATOM 2523 O LEU C 124 14.268 -9.501 -12.022 1.00 75.61 O \\nATOM 2524 CG LEU C 124 18.649 -8.832 -10.780 1.00 75.61 C \\nATOM 2525 CD1 LEU C 124 19.235 -7.426 -10.703 1.00 75.61 C \\nATOM 2526 CD2 LEU C 124 19.070 -9.660 -9.571 1.00 75.61 C \\nATOM 2527 N LEU C 125 14.341 -10.232 -9.940 1.00 69.78 N \\nATOM 2528 CA LEU C 125 12.986 -9.813 -9.597 1.00 69.78 C \\nATOM 2529 C LEU C 125 12.958 -8.343 -9.192 1.00 69.78 C \\nATOM 2530 CB LEU C 125 12.430 -10.677 -8.462 1.00 69.78 C \\nATOM 2531 O LEU C 125 14.010 -7.722 -9.020 1.00 69.78 O \\nATOM 2532 CG LEU C 125 12.241 -12.163 -8.772 1.00 69.78 C \\nATOM 2533 CD1 LEU C 125 12.086 -12.958 -7.479 1.00 69.78 C \\nATOM 2534 CD2 LEU C 125 11.035 -12.371 -9.681 1.00 69.78 C \\nATOM 2535 N LEU C 126 11.733 -7.883 -9.139 1.00 71.75 N \\nATOM 2536 CA LEU C 126 11.627 -6.511 -8.656 1.00 71.75 C \\nATOM 2537 C LEU C 126 12.162 -6.392 -7.233 1.00 71.75 C \\nATOM 2538 CB LEU C 126 10.173 -6.034 -8.710 1.00 71.75 C \\nATOM 2539 O LEU C 126 13.030 -5.561 -6.959 1.00 71.75 O \\nATOM 2540 CG LEU C 126 9.909 -4.607 -8.226 1.00 71.75 C \\nATOM 2541 CD1 LEU C 126 10.620 -3.602 -9.126 1.00 71.75 C \\nATOM 2542 CD2 LEU C 126 8.411 -4.326 -8.180 1.00 71.75 C \\nATOM 2543 N GLU C 127 11.576 -7.229 -6.270 1.00 58.09 N \\nATOM 2544 CA GLU C 127 12.003 -7.288 -4.875 1.00 58.09 C \\nATOM 2545 C GLU C 127 12.275 -8.726 -4.442 1.00 58.09 C \\nATOM 2546 CB GLU C 127 10.950 -6.654 -3.963 1.00 58.09 C \\nATOM 2547 O GLU C 127 11.398 -9.586 -4.544 1.00 58.09 O \\nATOM 2548 CG GLU C 127 10.912 -5.134 -4.031 1.00 58.09 C \\nATOM 2549 CD GLU C 127 9.889 -4.516 -3.091 1.00 58.09 C \\nATOM 2550 OE1 GLU C 127 9.706 -3.278 -3.122 1.00 58.09 O \\nATOM 2551 OE2 GLU C 127 9.266 -5.277 -2.317 1.00 58.09 O \\nATOM 2552 N PRO C 128 13.441 -9.161 -4.019 1.00 59.70 N \\nATOM 2553 CA PRO C 128 14.670 -8.367 -3.953 1.00 59.70 C \\nATOM 2554 C PRO C 128 15.408 -8.310 -5.289 1.00 59.70 C \\nATOM 2555 CB PRO C 128 15.505 -9.096 -2.898 1.00 59.70 C \\nATOM 2556 O PRO C 128 15.181 -9.154 -6.160 1.00 59.70 O \\nATOM 2557 CG PRO C 128 15.090 -10.528 -3.005 1.00 59.70 C \\nATOM 2558 CD PRO C 128 13.649 -10.577 -3.424 1.00 59.70 C \\nATOM 2559 N GLY C 129 16.017 -7.220 -5.694 1.00 76.23 N \\nATOM 2560 CA GLY C 129 16.860 -7.133 -6.875 1.00 76.23 C \\nATOM 2561 C GLY C 129 16.937 -5.732 -7.452 1.00 76.23 C \\nATOM 2562 O GLY C 129 17.794 -4.939 -7.057 1.00 76.23 O \\nATOM 2563 N LEU C 130 15.903 -5.523 -8.310 1.00 82.31 N \\nATOM 2564 CA LEU C 130 15.910 -4.249 -9.020 1.00 82.31 C \\nATOM 2565 C LEU C 130 15.762 -3.083 -8.048 1.00 82.31 C \\nATOM 2566 CB LEU C 130 14.787 -4.208 -10.059 1.00 82.31 C \\nATOM 2567 O LEU C 130 16.412 -2.048 -8.210 1.00 82.31 O \\nATOM 2568 CG LEU C 130 14.867 -5.239 -11.186 1.00 82.31 C \\nATOM 2569 CD1 LEU C 130 13.638 -5.140 -12.084 1.00 82.31 C \\nATOM 2570 CD2 LEU C 130 16.145 -5.049 -11.996 1.00 82.31 C \\nATOM 2571 N ASN C 131 14.931 -3.245 -7.004 1.00 76.24 N \\nATOM 2572 CA ASN C 131 14.724 -2.178 -6.030 1.00 76.24 C \\nATOM 2573 C ASN C 131 16.003 -1.870 -5.257 1.00 76.24 C \\nATOM 2574 CB ASN C 131 13.595 -2.544 -5.065 1.00 76.24 C \\nATOM 2575 O ASN C 131 16.243 -0.723 -4.877 1.00 76.24 O \\nATOM 2576 CG ASN C 131 13.866 -3.830 -4.309 1.00 76.24 C \\nATOM 2577 ND2 ASN C 131 13.187 -4.010 -3.182 1.00 76.24 N \\nATOM 2578 OD1 ASN C 131 14.680 -4.654 -4.734 1.00 76.24 O \\nATOM 2579 N GLU C 132 16.829 -2.867 -5.030 1.00 77.21 N \\nATOM 2580 CA GLU C 132 18.097 -2.668 -4.335 1.00 77.21 C \\nATOM 2581 C GLU C 132 19.066 -1.845 -5.180 1.00 77.21 C \\nATOM 2582 CB GLU C 132 18.729 -4.014 -3.973 1.00 77.21 C \\nATOM 2583 O GLU C 132 19.798 -1.005 -4.652 1.00 77.21 O \\nATOM 2584 CG GLU C 132 18.005 -4.752 -2.855 1.00 77.21 C \\nATOM 2585 CD GLU C 132 18.681 -6.055 -2.461 1.00 77.21 C \\nATOM 2586 OE1 GLU C 132 18.223 -6.710 -1.497 1.00 77.21 O \\nATOM 2587 OE2 GLU C 132 19.678 -6.425 -3.121 1.00 77.21 O \\nATOM 2588 N ILE C 133 19.049 -2.162 -6.433 1.00 87.79 N \\nATOM 2589 CA ILE C 133 19.882 -1.380 -7.340 1.00 87.79 C \\nATOM 2590 C ILE C 133 19.460 0.087 -7.292 1.00 87.79 C \\nATOM 2591 CB ILE C 133 19.798 -1.915 -8.787 1.00 87.79 C \\nATOM 2592 O ILE C 133 20.301 0.977 -7.145 1.00 87.79 O \\nATOM 2593 CG1 ILE C 133 20.444 -3.302 -8.882 1.00 87.79 C \\nATOM 2594 CG2 ILE C 133 20.455 -0.936 -9.764 1.00 87.79 C \\nATOM 2595 CD1 ILE C 133 20.230 -3.994 -10.221 1.00 87.79 C \\nATOM 2596 N MET C 134 18.187 0.350 -7.358 1.00 90.78 N \\nATOM 2597 CA MET C 134 17.667 1.714 -7.347 1.00 90.78 C \\nATOM 2598 C MET C 134 17.987 2.409 -6.027 1.00 90.78 C \\nATOM 2599 CB MET C 134 16.156 1.716 -7.585 1.00 90.78 C \\nATOM 2600 O MET C 134 18.284 3.604 -6.006 1.00 90.78 O \\nATOM 2601 CG MET C 134 15.754 1.244 -8.973 1.00 90.78 C \\nATOM 2602 SD MET C 134 16.480 2.277 -10.305 1.00 90.78 S \\nATOM 2603 CE MET C 134 15.476 3.778 -10.128 1.00 90.78 C \\nATOM 2604 N ALA C 135 18.036 1.668 -4.949 1.00 81.62 N \\nATOM 2605 CA ALA C 135 18.235 2.222 -3.612 1.00 81.62 C \\nATOM 2606 C ALA C 135 19.712 2.497 -3.346 1.00 81.62 C \\nATOM 2607 CB ALA C 135 17.674 1.274 -2.554 1.00 81.62 C \\nATOM 2608 O ALA C 135 20.059 3.489 -2.701 1.00 81.62 O \\nATOM 2609 N ASN C 136 20.660 1.690 -3.972 1.00 86.08 N \\nATOM 2610 CA ASN C 136 22.031 1.697 -3.471 1.00 86.08 C \\nATOM 2611 C ASN C 136 23.023 2.100 -4.559 1.00 86.08 C \\nATOM 2612 CB ASN C 136 22.400 0.327 -2.898 1.00 86.08 C \\nATOM 2613 O ASN C 136 24.096 2.627 -4.261 1.00 86.08 O \\nATOM 2614 CG ASN C 136 21.552 -0.051 -1.699 1.00 86.08 C \\nATOM 2615 ND2 ASN C 136 21.046 -1.278 -1.695 1.00 86.08 N \\nATOM 2616 OD1 ASN C 136 21.354 0.753 -0.785 1.00 86.08 O \\nATOM 2617 N SER C 137 22.734 1.815 -5.796 1.00 91.54 N \\nATOM 2618 CA SER C 137 23.694 2.072 -6.865 1.00 91.54 C \\nATOM 2619 C SER C 137 23.752 3.555 -7.212 1.00 91.54 C \\nATOM 2620 CB SER C 137 23.337 1.262 -8.112 1.00 91.54 C \\nATOM 2621 O SER C 137 22.725 4.237 -7.220 1.00 91.54 O \\nATOM 2622 OG SER C 137 24.187 1.602 -9.194 1.00 91.54 O \\nATOM 2623 N LEU C 138 24.927 4.025 -7.489 1.00 94.49 N \\nATOM 2624 CA LEU C 138 25.107 5.385 -7.986 1.00 94.49 C \\nATOM 2625 C LEU C 138 25.451 5.379 -9.472 1.00 94.49 C \\nATOM 2626 CB LEU C 138 26.207 6.102 -7.199 1.00 94.49 C \\nATOM 2627 O LEU C 138 25.689 6.435 -10.063 1.00 94.49 O \\nATOM 2628 CG LEU C 138 25.890 6.435 -5.741 1.00 94.49 C \\nATOM 2629 CD1 LEU C 138 27.095 7.086 -5.071 1.00 94.49 C \\nATOM 2630 CD2 LEU C 138 24.668 7.344 -5.653 1.00 94.49 C \\nATOM 2631 N ASP C 139 25.532 4.224 -10.056 1.00 93.99 N \\nATOM 2632 CA ASP C 139 25.842 4.095 -11.476 1.00 93.99 C \\nATOM 2633 C ASP C 139 24.633 4.453 -12.337 1.00 93.99 C \\nATOM 2634 CB ASP C 139 26.314 2.676 -11.797 1.00 93.99 C \\nATOM 2635 O ASP C 139 23.598 3.787 -12.270 1.00 93.99 O \\nATOM 2636 CG ASP C 139 26.738 2.504 -13.245 1.00 93.99 C \\nATOM 2637 OD1 ASP C 139 25.863 2.334 -14.121 1.00 93.99 O \\nATOM 2638 OD2 ASP C 139 27.959 2.536 -13.512 1.00 93.99 O \\nATOM 2639 N TYR C 140 24.807 5.471 -13.196 1.00 94.13 N \\nATOM 2640 CA TYR C 140 23.740 5.988 -14.046 1.00 94.13 C \\nATOM 2641 C TYR C 140 23.142 4.881 -14.906 1.00 94.13 C \\nATOM 2642 CB TYR C 140 24.264 7.117 -14.940 1.00 94.13 C \\nATOM 2643 O TYR C 140 21.924 4.684 -14.916 1.00 94.13 O \\nATOM 2644 CG TYR C 140 23.217 7.703 -15.855 1.00 94.13 C \\nATOM 2645 CD1 TYR C 140 22.962 7.142 -17.104 1.00 94.13 C \\nATOM 2646 CD2 TYR C 140 22.480 8.819 -15.473 1.00 94.13 C \\nATOM 2647 CE1 TYR C 140 22.000 7.680 -17.952 1.00 94.13 C \\nATOM 2648 CE2 TYR C 140 21.515 9.366 -16.312 1.00 94.13 C \\nATOM 2649 OH TYR C 140 20.327 9.326 -18.382 1.00 94.13 O \\nATOM 2650 CZ TYR C 140 21.282 8.790 -17.547 1.00 94.13 C \\nATOM 2651 N ASN C 141 23.968 4.091 -15.566 1.00 92.96 N \\nATOM 2652 CA ASN C 141 23.538 3.102 -16.549 1.00 92.96 C \\nATOM 2653 C ASN C 141 22.905 1.886 -15.879 1.00 92.96 C \\nATOM 2654 CB ASN C 141 24.714 2.672 -17.428 1.00 92.96 C \\nATOM 2655 O ASN C 141 21.972 1.290 -16.420 1.00 92.96 O \\nATOM 2656 CG ASN C 141 25.177 3.772 -18.363 1.00 92.96 C \\nATOM 2657 ND2 ASN C 141 26.486 3.979 -18.433 1.00 92.96 N \\nATOM 2658 OD1 ASN C 141 24.364 4.430 -19.017 1.00 92.96 O \\nATOM 2659 N GLU C 142 23.444 1.563 -14.775 1.00 93.63 N \\nATOM 2660 CA GLU C 142 22.857 0.446 -14.041 1.00 93.63 C \\nATOM 2661 C GLU C 142 21.439 0.771 -13.580 1.00 93.63 C \\nATOM 2662 CB GLU C 142 23.729 0.076 -12.838 1.00 93.63 C \\nATOM 2663 O GLU C 142 20.535 -0.057 -13.705 1.00 93.63 O \\nATOM 2664 CG GLU C 142 23.343 -1.242 -12.181 1.00 93.63 C \\nATOM 2665 CD GLU C 142 24.266 -1.635 -11.038 1.00 93.63 C \\nATOM 2666 OE1 GLU C 142 24.426 -2.849 -10.778 1.00 93.63 O \\nATOM 2667 OE2 GLU C 142 24.834 -0.722 -10.398 1.00 93.63 O \\nATOM 2668 N ARG C 143 21.228 2.002 -13.078 1.00 95.04 N \\nATOM 2669 CA ARG C 143 19.895 2.433 -12.669 1.00 95.04 C \\nATOM 2670 C ARG C 143 18.953 2.510 -13.865 1.00 95.04 C \\nATOM 2671 CB ARG C 143 19.961 3.790 -11.965 1.00 95.04 C \\nATOM 2672 O ARG C 143 17.782 2.138 -13.765 1.00 95.04 O \\nATOM 2673 CG ARG C 143 20.568 3.732 -10.572 1.00 95.04 C \\nATOM 2674 CD ARG C 143 20.483 5.077 -9.864 1.00 95.04 C \\nATOM 2675 NE ARG C 143 20.938 4.987 -8.479 1.00 95.04 N \\nATOM 2676 NH1 ARG C 143 20.170 7.080 -7.873 1.00 95.04 N \\nATOM 2677 NH2 ARG C 143 21.231 5.753 -6.334 1.00 95.04 N \\nATOM 2678 CZ ARG C 143 20.779 5.940 -7.565 1.00 95.04 C \\nATOM 2679 N LEU C 144 19.476 2.999 -14.951 1.00 94.91 N \\nATOM 2680 CA LEU C 144 18.681 3.089 -16.171 1.00 94.91 C \\nATOM 2681 C LEU C 144 18.238 1.705 -16.635 1.00 94.91 C \\nATOM 2682 CB LEU C 144 19.477 3.781 -17.280 1.00 94.91 C \\nATOM 2683 O LEU C 144 17.079 1.512 -17.007 1.00 94.91 O \\nATOM 2684 CG LEU C 144 18.755 3.971 -18.616 1.00 94.91 C \\nATOM 2685 CD1 LEU C 144 17.482 4.786 -18.419 1.00 94.91 C \\nATOM 2686 CD2 LEU C 144 19.675 4.641 -19.630 1.00 94.91 C \\nATOM 2687 N TRP C 145 19.128 0.777 -16.607 1.00 94.21 N \\nATOM 2688 CA TRP C 145 18.805 -0.592 -16.994 1.00 94.21 C \\nATOM 2689 C TRP C 145 17.701 -1.162 -16.110 1.00 94.21 C \\nATOM 2690 CB TRP C 145 20.049 -1.481 -16.916 1.00 94.21 C \\nATOM 2691 O TRP C 145 16.734 -1.742 -16.610 1.00 94.21 O \\nATOM 2692 CG TRP C 145 19.752 -2.950 -16.962 1.00 94.21 C \\nATOM 2693 CD1 TRP C 145 19.412 -3.688 -18.062 1.00 94.21 C \\nATOM 2694 CD2 TRP C 145 19.764 -3.859 -15.857 1.00 94.21 C \\nATOM 2695 CE2 TRP C 145 19.422 -5.133 -16.360 1.00 94.21 C \\nATOM 2696 CE3 TRP C 145 20.032 -3.719 -14.488 1.00 94.21 C \\nATOM 2697 NE1 TRP C 145 19.213 -5.002 -17.706 1.00 94.21 N \\nATOM 2698 CH2 TRP C 145 19.608 -6.098 -14.207 1.00 94.21 C \\nATOM 2699 CZ2 TRP C 145 19.341 -6.263 -15.542 1.00 94.21 C \\nATOM 2700 CZ3 TRP C 145 19.951 -4.844 -13.675 1.00 94.21 C \\nATOM 2701 N ALA C 146 17.908 -1.029 -14.808 1.00 92.30 N \\nATOM 2702 CA ALA C 146 16.917 -1.545 -13.867 1.00 92.30 C \\nATOM 2703 C ALA C 146 15.543 -0.935 -14.127 1.00 92.30 C \\nATOM 2704 CB ALA C 146 17.354 -1.271 -12.430 1.00 92.30 C \\nATOM 2705 O ALA C 146 14.547 -1.655 -14.235 1.00 92.30 O \\nATOM 2706 N TRP C 147 15.464 0.343 -14.242 1.00 95.62 N \\nATOM 2707 CA TRP C 147 14.227 1.090 -14.447 1.00 95.62 C \\nATOM 2708 C TRP C 147 13.566 0.698 -15.764 1.00 95.62 C \\nATOM 2709 CB TRP C 147 14.498 2.597 -14.425 1.00 95.62 C \\nATOM 2710 O TRP C 147 12.389 0.332 -15.790 1.00 95.62 O \\nATOM 2711 CG TRP C 147 13.259 3.439 -14.484 1.00 95.62 C \\nATOM 2712 CD1 TRP C 147 12.534 3.914 -13.426 1.00 95.62 C \\nATOM 2713 CD2 TRP C 147 12.596 3.902 -15.664 1.00 95.62 C \\nATOM 2714 CE2 TRP C 147 11.475 4.654 -15.246 1.00 95.62 C \\nATOM 2715 CE3 TRP C 147 12.841 3.755 -17.036 1.00 95.62 C \\nATOM 2716 NE1 TRP C 147 11.461 4.645 -13.878 1.00 95.62 N \\nATOM 2717 CH2 TRP C 147 10.864 5.098 -17.489 1.00 95.62 C \\nATOM 2718 CZ2 TRP C 147 10.601 5.258 -16.153 1.00 95.62 C \\nATOM 2719 CZ3 TRP C 147 11.970 4.357 -17.937 1.00 95.62 C \\nATOM 2720 N GLU C 148 14.251 0.724 -16.899 1.00 95.96 N \\nATOM 2721 CA GLU C 148 13.720 0.492 -18.239 1.00 95.96 C \\nATOM 2722 C GLU C 148 13.340 -0.973 -18.436 1.00 95.96 C \\nATOM 2723 CB GLU C 148 14.736 0.920 -19.301 1.00 95.96 C \\nATOM 2724 O GLU C 148 12.297 -1.276 -19.018 1.00 95.96 O \\nATOM 2725 CG GLU C 148 14.369 0.486 -20.713 1.00 95.96 C \\nATOM 2726 CD GLU C 148 13.029 1.031 -21.179 1.00 95.96 C \\nATOM 2727 OE1 GLU C 148 12.457 0.488 -22.152 1.00 95.96 O \\nATOM 2728 OE2 GLU C 148 12.547 2.011 -20.568 1.00 95.96 O \\nATOM 2729 N SER C 149 14.149 -1.867 -17.942 1.00 93.77 N \\nATOM 2730 CA SER C 149 13.912 -3.288 -18.179 1.00 93.77 C \\nATOM 2731 C SER C 149 12.624 -3.752 -17.508 1.00 93.77 C \\nATOM 2732 CB SER C 149 15.090 -4.120 -17.671 1.00 93.77 C \\nATOM 2733 O SER C 149 11.910 -4.602 -18.045 1.00 93.77 O \\nATOM 2734 OG SER C 149 15.394 -3.793 -16.325 1.00 93.77 O \\nATOM 2735 N TRP C 150 12.342 -3.200 -16.369 1.00 93.03 N \\nATOM 2736 CA TRP C 150 11.098 -3.541 -15.686 1.00 93.03 C \\nATOM 2737 C TRP C 150 9.889 -3.101 -16.504 1.00 93.03 C \\nATOM 2738 CB TRP C 150 11.053 -2.896 -14.298 1.00 93.03 C \\nATOM 2739 O TRP C 150 8.968 -3.888 -16.734 1.00 93.03 O \\nATOM 2740 CG TRP C 150 9.774 -3.139 -13.554 1.00 93.03 C \\nATOM 2741 CD1 TRP C 150 8.816 -2.216 -13.240 1.00 93.03 C \\nATOM 2742 CD2 TRP C 150 9.316 -4.388 -13.028 1.00 93.03 C \\nATOM 2743 CE2 TRP C 150 8.071 -4.148 -12.407 1.00 93.03 C \\nATOM 2744 CE3 TRP C 150 9.838 -5.688 -13.023 1.00 93.03 C \\nATOM 2745 NE1 TRP C 150 7.789 -2.817 -12.549 1.00 93.03 N \\nATOM 2746 CH2 TRP C 150 7.872 -6.426 -11.794 1.00 93.03 C \\nATOM 2747 CZ2 TRP C 150 7.339 -5.163 -11.785 1.00 93.03 C \\nATOM 2748 CZ3 TRP C 150 9.108 -6.697 -12.404 1.00 93.03 C \\nATOM 2749 N ARG C 151 9.865 -1.915 -16.963 1.00 95.32 N \\nATOM 2750 CA ARG C 151 8.757 -1.368 -17.740 1.00 95.32 C \\nATOM 2751 C ARG C 151 8.650 -2.052 -19.098 1.00 95.32 C \\nATOM 2752 CB ARG C 151 8.925 0.142 -17.925 1.00 95.32 C \\nATOM 2753 O ARG C 151 7.547 -2.306 -19.585 1.00 95.32 O \\nATOM 2754 CG ARG C 151 8.607 0.955 -16.680 1.00 95.32 C \\nATOM 2755 CD ARG C 151 9.176 2.364 -16.766 1.00 95.32 C \\nATOM 2756 NE ARG C 151 8.905 3.130 -15.553 1.00 95.32 N \\nATOM 2757 NH1 ARG C 151 10.794 2.414 -14.432 1.00 95.32 N \\nATOM 2758 NH2 ARG C 151 9.339 3.869 -13.422 1.00 95.32 N \\nATOM 2759 CZ ARG C 151 9.680 3.136 -14.472 1.00 95.32 C \\nATOM 2760 N SER C 152 9.790 -2.367 -19.704 1.00 94.14 N \\nATOM 2761 CA SER C 152 9.787 -3.005 -21.016 1.00 94.14 C \\nATOM 2762 C SER C 152 9.315 -4.452 -20.926 1.00 94.14 C \\nATOM 2763 CB SER C 152 11.182 -2.952 -21.641 1.00 94.14 C \\nATOM 2764 O SER C 152 8.620 -4.941 -21.819 1.00 94.14 O \\nATOM 2765 OG SER C 152 12.086 -3.772 -20.921 1.00 94.14 O \\nATOM 2766 N GLU C 153 9.695 -5.110 -19.860 1.00 90.24 N \\nATOM 2767 CA GLU C 153 9.372 -6.526 -19.715 1.00 90.24 C \\nATOM 2768 C GLU C 153 8.006 -6.716 -19.062 1.00 90.24 C \\nATOM 2769 CB GLU C 153 10.450 -7.243 -18.899 1.00 90.24 C \\nATOM 2770 O GLU C 153 7.192 -7.513 -19.534 1.00 90.24 O \\nATOM 2771 CG GLU C 153 11.693 -7.601 -19.701 1.00 90.24 C \\nATOM 2772 CD GLU C 153 11.380 -8.325 -21.001 1.00 90.24 C \\nATOM 2773 OE1 GLU C 153 12.233 -8.322 -21.917 1.00 90.24 O \\nATOM 2774 OE2 GLU C 153 10.273 -8.899 -21.104 1.00 90.24 O \\nATOM 2775 N VAL C 154 7.740 -6.054 -18.045 1.00 86.52 N \\nATOM 2776 CA VAL C 154 6.534 -6.247 -17.247 1.00 86.52 C \\nATOM 2777 C VAL C 154 5.457 -5.261 -17.692 1.00 86.52 C \\nATOM 2778 CB VAL C 154 6.820 -6.080 -15.738 1.00 86.52 C \\nATOM 2779 O VAL C 154 4.323 -5.656 -17.973 1.00 86.52 O \\nATOM 2780 CG1 VAL C 154 5.518 -6.074 -14.939 1.00 86.52 C \\nATOM 2781 CG2 VAL C 154 7.748 -7.188 -15.245 1.00 86.52 C \\nATOM 2782 N GLY C 155 5.803 -4.050 -17.830 1.00 94.45 N \\nATOM 2783 CA GLY C 155 4.850 -3.015 -18.198 1.00 94.45 C \\nATOM 2784 C GLY C 155 4.140 -3.297 -19.508 1.00 94.45 C \\nATOM 2785 O GLY C 155 2.916 -3.175 -19.596 1.00 94.45 O \\nATOM 2786 N LYS C 156 4.821 -3.690 -20.497 1.00 95.18 N \\nATOM 2787 CA LYS C 156 4.250 -3.934 -21.819 1.00 95.18 C \\nATOM 2788 C LYS C 156 3.297 -5.126 -21.795 1.00 95.18 C \\nATOM 2789 CB LYS C 156 5.357 -4.169 -22.847 1.00 95.18 C \\nATOM 2790 O LYS C 156 2.283 -5.131 -22.496 1.00 95.18 O \\nATOM 2791 CG LYS C 156 6.098 -2.905 -23.258 1.00 95.18 C \\nATOM 2792 CD LYS C 156 7.105 -3.183 -24.368 1.00 95.18 C \\nATOM 2793 CE LYS C 156 7.772 -1.903 -24.852 1.00 95.18 C \\nATOM 2794 NZ LYS C 156 8.740 -2.167 -25.958 1.00 95.18 N \\nATOM 2795 N GLN C 157 3.606 -6.082 -20.969 1.00 93.00 N \\nATOM 2796 CA GLN C 157 2.732 -7.242 -20.829 1.00 93.00 C \\nATOM 2797 C GLN C 157 1.411 -6.860 -20.168 1.00 93.00 C \\nATOM 2798 CB GLN C 157 3.425 -8.341 -20.022 1.00 93.00 C \\nATOM 2799 O GLN C 157 0.371 -7.456 -20.457 1.00 93.00 O \\nATOM 2800 CG GLN C 157 4.590 -8.999 -20.750 1.00 93.00 C \\nATOM 2801 CD GLN C 157 5.244 -10.100 -19.937 1.00 93.00 C \\nATOM 2802 NE2 GLN C 157 6.535 -9.948 -19.665 1.00 93.00 N \\nATOM 2803 OE1 GLN C 157 4.594 -11.079 -19.557 1.00 93.00 O \\nATOM 2804 N LEU C 158 1.413 -5.900 -19.385 1.00 93.40 N \\nATOM 2805 CA LEU C 158 0.254 -5.499 -18.594 1.00 93.40 C \\nATOM 2806 C LEU C 158 -0.688 -4.624 -19.414 1.00 93.40 C \\nATOM 2807 CB LEU C 158 0.698 -4.751 -17.334 1.00 93.40 C \\nATOM 2808 O LEU C 158 -1.874 -4.512 -19.095 1.00 93.40 O \\nATOM 2809 CG LEU C 158 1.385 -5.589 -16.254 1.00 93.40 C \\nATOM 2810 CD1 LEU C 158 2.011 -4.684 -15.199 1.00 93.40 C \\nATOM 2811 CD2 LEU C 158 0.394 -6.557 -15.617 1.00 93.40 C \\nATOM 2812 N ARG C 159 -0.254 -4.061 -20.448 1.00 97.18 N \\nATOM 2813 CA ARG C 159 -0.995 -3.045 -21.190 1.00 97.18 C \\nATOM 2814 C ARG C 159 -2.323 -3.597 -21.697 1.00 97.18 C \\nATOM 2815 CB ARG C 159 -0.162 -2.522 -22.362 1.00 97.18 C \\nATOM 2816 O ARG C 159 -3.386 -3.065 -21.373 1.00 97.18 O \\nATOM 2817 CG ARG C 159 -0.925 -1.591 -23.292 1.00 97.18 C \\nATOM 2818 CD ARG C 159 -1.336 -0.305 -22.589 1.00 97.18 C \\nATOM 2819 NE ARG C 159 -2.031 0.606 -23.495 1.00 97.18 N \\nATOM 2820 NH1 ARG C 159 -0.614 2.391 -23.119 1.00 97.18 N \\nATOM 2821 NH2 ARG C 159 -2.376 2.606 -24.570 1.00 97.18 N \\nATOM 2822 CZ ARG C 159 -1.672 1.866 -23.726 1.00 97.18 C \\nATOM 2823 N PRO C 160 -2.329 -4.673 -22.448 1.00 96.97 N \\nATOM 2824 CA PRO C 160 -3.620 -5.154 -22.946 1.00 96.97 C \\nATOM 2825 C PRO C 160 -4.563 -5.581 -21.824 1.00 96.97 C \\nATOM 2826 CB PRO C 160 -3.237 -6.350 -23.822 1.00 96.97 C \\nATOM 2827 O PRO C 160 -5.781 -5.416 -21.939 1.00 96.97 O \\nATOM 2828 CG PRO C 160 -1.860 -6.723 -23.377 1.00 96.97 C \\nATOM 2829 CD PRO C 160 -1.160 -5.483 -22.898 1.00 96.97 C \\nATOM 2830 N LEU C 161 -4.012 -6.143 -20.796 1.00 93.74 N \\nATOM 2831 CA LEU C 161 -4.815 -6.562 -19.652 1.00 93.74 C \\nATOM 2832 C LEU C 161 -5.424 -5.356 -18.945 1.00 93.74 C \\nATOM 2833 CB LEU C 161 -3.965 -7.370 -18.668 1.00 93.74 C \\nATOM 2834 O LEU C 161 -6.602 -5.375 -18.581 1.00 93.74 O \\nATOM 2835 CG LEU C 161 -3.406 -8.696 -19.185 1.00 93.74 C \\nATOM 2836 CD1 LEU C 161 -2.323 -9.217 -18.246 1.00 93.74 C \\nATOM 2837 CD2 LEU C 161 -4.523 -9.722 -19.343 1.00 93.74 C \\nATOM 2838 N TYR C 162 -4.669 -4.366 -18.787 1.00 96.05 N \\nATOM 2839 CA TYR C 162 -5.138 -3.168 -18.099 1.00 96.05 C \\nATOM 2840 C TYR C 162 -6.255 -2.490 -18.884 1.00 96.05 C \\nATOM 2841 CB TYR C 162 -3.983 -2.186 -17.882 1.00 96.05 C \\nATOM 2842 O TYR C 162 -7.198 -1.955 -18.296 1.00 96.05 O \\nATOM 2843 CG TYR C 162 -4.292 -1.097 -16.884 1.00 96.05 C \\nATOM 2844 CD1 TYR C 162 -4.530 0.211 -17.302 1.00 96.05 C \\nATOM 2845 CD2 TYR C 162 -4.345 -1.372 -15.522 1.00 96.05 C \\nATOM 2846 CE1 TYR C 162 -4.813 1.218 -16.386 1.00 96.05 C \\nATOM 2847 CE2 TYR C 162 -4.627 -0.372 -14.596 1.00 96.05 C \\nATOM 2848 OH TYR C 162 -5.140 1.911 -14.126 1.00 96.05 O \\nATOM 2849 CZ TYR C 162 -4.860 0.918 -15.037 1.00 96.05 C \\nATOM 2850 N GLU C 163 -6.140 -2.457 -20.177 1.00 97.25 N \\nATOM 2851 CA GLU C 163 -7.190 -1.898 -21.023 1.00 97.25 C \\nATOM 2852 C GLU C 163 -8.524 -2.599 -20.783 1.00 97.25 C \\nATOM 2853 CB GLU C 163 -6.802 -2.000 -22.501 1.00 97.25 C \\nATOM 2854 O GLU C 163 -9.552 -1.943 -20.601 1.00 97.25 O \\nATOM 2855 CG GLU C 163 -5.665 -1.071 -22.903 1.00 97.25 C \\nATOM 2856 CD GLU C 163 -5.303 -1.170 -24.376 1.00 97.25 C \\nATOM 2857 OE1 GLU C 163 -4.387 -0.445 -24.826 1.00 97.25 O \\nATOM 2858 OE2 GLU C 163 -5.942 -1.978 -25.087 1.00 97.25 O \\nATOM 2859 N GLU C 164 -8.455 -3.890 -20.768 1.00 96.51 N \\nATOM 2860 CA GLU C 164 -9.673 -4.658 -20.525 1.00 96.51 C \\nATOM 2861 C GLU C 164 -10.165 -4.473 -19.093 1.00 96.51 C \\nATOM 2862 CB GLU C 164 -9.439 -6.143 -20.814 1.00 96.51 C \\nATOM 2863 O GLU C 164 -11.373 -4.437 -18.846 1.00 96.51 O \\nATOM 2864 CG GLU C 164 -9.370 -6.477 -22.297 1.00 96.51 C \\nATOM 2865 CD GLU C 164 -9.232 -7.967 -22.570 1.00 96.51 C \\nATOM 2866 OE1 GLU C 164 -8.281 -8.369 -23.277 1.00 96.51 O \\nATOM 2867 OE2 GLU C 164 -10.084 -8.737 -22.074 1.00 96.51 O \\nATOM 2868 N TYR C 165 -9.250 -4.438 -18.201 1.00 91.34 N \\nATOM 2869 CA TYR C 165 -9.541 -4.160 -16.799 1.00 91.34 C \\nATOM 2870 C TYR C 165 -10.355 -2.879 -16.655 1.00 91.34 C \\nATOM 2871 CB TYR C 165 -8.244 -4.048 -15.992 1.00 91.34 C \\nATOM 2872 O TYR C 165 -11.386 -2.864 -15.979 1.00 91.34 O \\nATOM 2873 CG TYR C 165 -8.405 -3.312 -14.684 1.00 91.34 C \\nATOM 2874 CD1 TYR C 165 -8.020 -1.979 -14.561 1.00 91.34 C \\nATOM 2875 CD2 TYR C 165 -8.940 -3.948 -13.569 1.00 91.34 C \\nATOM 2876 CE1 TYR C 165 -8.164 -1.297 -13.357 1.00 91.34 C \\nATOM 2877 CE2 TYR C 165 -9.089 -3.276 -12.360 1.00 91.34 C \\nATOM 2878 OH TYR C 165 -8.844 -1.283 -11.070 1.00 91.34 O \\nATOM 2879 CZ TYR C 165 -8.699 -1.953 -12.264 1.00 91.34 C \\nATOM 2880 N VAL C 166 -9.961 -1.821 -17.312 1.00 96.59 N \\nATOM 2881 CA VAL C 166 -10.610 -0.517 -17.227 1.00 96.59 C \\nATOM 2882 C VAL C 166 -12.045 -0.620 -17.739 1.00 96.59 C \\nATOM 2883 CB VAL C 166 -9.836 0.556 -18.025 1.00 96.59 C \\nATOM 2884 O VAL C 166 -12.975 -0.118 -17.103 1.00 96.59 O \\nATOM 2885 CG1 VAL C 166 -10.671 1.826 -18.173 1.00 96.59 C \\nATOM 2886 CG2 VAL C 166 -8.502 0.865 -17.347 1.00 96.59 C \\nATOM 2887 N VAL C 167 -12.276 -1.320 -18.808 1.00 96.79 N \\nATOM 2888 CA VAL C 167 -13.596 -1.468 -19.411 1.00 96.79 C \\nATOM 2889 C VAL C 167 -14.519 -2.221 -18.456 1.00 96.79 C \\nATOM 2890 CB VAL C 167 -13.521 -2.201 -20.769 1.00 96.79 C \\nATOM 2891 O VAL C 167 -15.626 -1.763 -18.163 1.00 96.79 O \\nATOM 2892 CG1 VAL C 167 -14.920 -2.563 -21.266 1.00 96.79 C \\nATOM 2893 CG2 VAL C 167 -12.790 -1.342 -21.799 1.00 96.79 C \\nATOM 2894 N LEU C 168 -14.032 -3.314 -17.953 1.00 92.03 N \\nATOM 2895 CA LEU C 168 -14.855 -4.184 -17.120 1.00 92.03 C \\nATOM 2896 C LEU C 168 -15.138 -3.533 -15.770 1.00 92.03 C \\nATOM 2897 CB LEU C 168 -14.167 -5.536 -16.913 1.00 92.03 C \\nATOM 2898 O LEU C 168 -16.257 -3.617 -15.259 1.00 92.03 O \\nATOM 2899 CG LEU C 168 -14.091 -6.451 -18.136 1.00 92.03 C \\nATOM 2900 CD1 LEU C 168 -13.224 -7.669 -17.833 1.00 92.03 C \\nATOM 2901 CD2 LEU C 168 -15.488 -6.878 -18.573 1.00 92.03 C \\nATOM 2902 N LYS C 169 -14.208 -2.842 -15.206 1.00 90.73 N \\nATOM 2903 CA LYS C 169 -14.422 -2.171 -13.927 1.00 90.73 C \\nATOM 2904 C LYS C 169 -15.379 -0.992 -14.078 1.00 90.73 C \\nATOM 2905 CB LYS C 169 -13.092 -1.694 -13.342 1.00 90.73 C \\nATOM 2906 O LYS C 169 -16.177 -0.714 -13.180 1.00 90.73 O \\nATOM 2907 CG LYS C 169 -12.270 -2.799 -12.694 1.00 90.73 C \\nATOM 2908 CD LYS C 169 -12.917 -3.296 -11.408 1.00 90.73 C \\nATOM 2909 CE LYS C 169 -11.996 -4.239 -10.645 1.00 90.73 C \\nATOM 2910 NZ LYS C 169 -12.596 -4.670 -9.347 1.00 90.73 N \\nATOM 2911 N ASN C 170 -15.244 -0.274 -15.139 1.00 94.83 N \\nATOM 2912 CA ASN C 170 -16.204 0.792 -15.402 1.00 94.83 C \\nATOM 2913 C ASN C 170 -17.622 0.246 -15.545 1.00 94.83 C \\nATOM 2914 CB ASN C 170 -15.808 1.575 -16.656 1.00 94.83 C \\nATOM 2915 O ASN C 170 -18.575 0.842 -15.039 1.00 94.83 O \\nATOM 2916 CG ASN C 170 -14.863 2.721 -16.354 1.00 94.83 C \\nATOM 2917 ND2 ASN C 170 -14.323 3.336 -17.400 1.00 94.83 N \\nATOM 2918 OD1 ASN C 170 -14.620 3.052 -15.191 1.00 94.83 O \\nATOM 2919 N GLU C 171 -17.747 -0.831 -16.313 1.00 93.85 N \\nATOM 2920 CA GLU C 171 -19.061 -1.453 -16.449 1.00 93.85 C \\nATOM 2921 C GLU C 171 -19.623 -1.860 -15.090 1.00 93.85 C \\nATOM 2922 CB GLU C 171 -18.986 -2.671 -17.373 1.00 93.85 C \\nATOM 2923 O GLU C 171 -20.804 -1.643 -14.810 1.00 93.85 O \\nATOM 2924 CG GLU C 171 -20.340 -3.292 -17.684 1.00 93.85 C \\nATOM 2925 CD GLU C 171 -20.262 -4.432 -18.687 1.00 93.85 C \\nATOM 2926 OE1 GLU C 171 -21.207 -5.250 -18.752 1.00 93.85 O \\nATOM 2927 OE2 GLU C 171 -19.246 -4.508 -19.414 1.00 93.85 O \\nATOM 2928 N MET C 172 -18.803 -2.472 -14.283 1.00 86.11 N \\nATOM 2929 CA MET C 172 -19.198 -2.850 -12.929 1.00 86.11 C \\nATOM 2930 C MET C 172 -19.633 -1.627 -12.128 1.00 86.11 C \\nATOM 2931 CB MET C 172 -18.050 -3.563 -12.213 1.00 86.11 C \\nATOM 2932 O MET C 172 -20.675 -1.648 -11.471 1.00 86.11 O \\nATOM 2933 CG MET C 172 -18.381 -3.981 -10.789 1.00 86.11 C \\nATOM 2934 SD MET C 172 -16.891 -4.458 -9.831 1.00 86.11 S \\nATOM 2935 CE MET C 172 -16.087 -2.840 -9.662 1.00 86.11 C \\nATOM 2936 N ALA C 173 -18.843 -0.552 -12.183 1.00 87.77 N \\nATOM 2937 CA ALA C 173 -19.146 0.675 -11.450 1.00 87.77 C \\nATOM 2938 C ALA C 173 -20.483 1.262 -11.891 1.00 87.77 C \\nATOM 2939 CB ALA C 173 -18.029 1.698 -11.642 1.00 87.77 C \\nATOM 2940 O ALA C 173 -21.316 1.623 -11.056 1.00 87.77 O \\nATOM 2941 N ARG C 174 -20.725 1.377 -13.134 1.00 92.11 N \\nATOM 2942 CA ARG C 174 -21.968 1.932 -13.659 1.00 92.11 C \\nATOM 2943 C ARG C 174 -23.167 1.093 -13.231 1.00 92.11 C \\nATOM 2944 CB ARG C 174 -21.913 2.026 -15.186 1.00 92.11 C \\nATOM 2945 O ARG C 174 -24.236 1.633 -12.938 1.00 92.11 O \\nATOM 2946 CG ARG C 174 -20.984 3.113 -15.703 1.00 92.11 C \\nATOM 2947 CD ARG C 174 -21.009 3.200 -17.223 1.00 92.11 C \\nATOM 2948 NE ARG C 174 -19.854 3.928 -17.740 1.00 92.11 N \\nATOM 2949 NH1 ARG C 174 -19.675 2.680 -19.676 1.00 92.11 N \\nATOM 2950 NH2 ARG C 174 -18.203 4.389 -19.268 1.00 92.11 N \\nATOM 2951 CZ ARG C 174 -19.247 3.664 -18.894 1.00 92.11 C \\nATOM 2952 N ALA C 175 -22.982 -0.220 -13.235 1.00 83.93 N \\nATOM 2953 CA ALA C 175 -24.047 -1.117 -12.794 1.00 83.93 C \\nATOM 2954 C ALA C 175 -24.390 -0.881 -11.326 1.00 83.93 C \\nATOM 2955 CB ALA C 175 -23.642 -2.572 -13.015 1.00 83.93 C \\nATOM 2956 O ALA C 175 -25.489 -1.214 -10.877 1.00 83.93 O \\nATOM 2957 N ASN C 176 -23.502 -0.345 -10.627 1.00 77.50 N \\nATOM 2958 CA ASN C 176 -23.721 -0.035 -9.218 1.00 77.50 C \\nATOM 2959 C ASN C 176 -24.015 1.448 -9.009 1.00 77.50 C \\nATOM 2960 CB ASN C 176 -22.513 -0.461 -8.381 1.00 77.50 C \\nATOM 2961 O ASN C 176 -23.737 1.995 -7.941 1.00 77.50 O \\nATOM 2962 CG ASN C 176 -22.459 -1.958 -8.153 1.00 77.50 C \\nATOM 2963 ND2 ASN C 176 -21.378 -2.587 -8.600 1.00 77.50 N \\nATOM 2964 OD1 ASN C 176 -23.381 -2.545 -7.581 1.00 77.50 O \\nATOM 2965 N HIS C 177 -24.334 2.191 -10.007 1.00 85.58 N \\nATOM 2966 CA HIS C 177 -24.851 3.555 -10.003 1.00 85.58 C \\nATOM 2967 C HIS C 177 -23.736 4.567 -9.764 1.00 85.58 C \\nATOM 2968 CB HIS C 177 -25.939 3.712 -8.939 1.00 85.58 C \\nATOM 2969 O HIS C 177 -23.949 5.590 -9.109 1.00 85.58 O \\nATOM 2970 CG HIS C 177 -27.076 2.754 -9.097 1.00 85.58 C \\nATOM 2971 CD2 HIS C 177 -27.481 1.718 -8.324 1.00 85.58 C \\nATOM 2972 ND1 HIS C 177 -27.949 2.804 -10.163 1.00 85.58 N \\nATOM 2973 CE1 HIS C 177 -28.844 1.838 -10.038 1.00 85.58 C \\nATOM 2974 NE2 HIS C 177 -28.582 1.165 -8.930 1.00 85.58 N \\nATOM 2975 N TYR C 178 -22.581 4.172 -10.119 1.00 90.71 N \\nATOM 2976 CA TYR C 178 -21.468 5.110 -10.200 1.00 90.71 C \\nATOM 2977 C TYR C 178 -21.218 5.537 -11.642 1.00 90.71 C \\nATOM 2978 CB TYR C 178 -20.197 4.490 -9.611 1.00 90.71 C \\nATOM 2979 O TYR C 178 -21.643 4.858 -12.579 1.00 90.71 O \\nATOM 2980 CG TYR C 178 -20.293 4.195 -8.134 1.00 90.71 C \\nATOM 2981 CD1 TYR C 178 -20.067 5.192 -7.189 1.00 90.71 C \\nATOM 2982 CD2 TYR C 178 -20.611 2.919 -7.681 1.00 90.71 C \\nATOM 2983 CE1 TYR C 178 -20.152 4.925 -5.826 1.00 90.71 C \\nATOM 2984 CE2 TYR C 178 -20.699 2.640 -6.321 1.00 90.71 C \\nATOM 2985 OH TYR C 178 -20.556 3.377 -4.056 1.00 90.71 O \\nATOM 2986 CZ TYR C 178 -20.469 3.648 -5.403 1.00 90.71 C \\nATOM 2987 N GLU C 179 -20.633 6.711 -11.835 1.00 96.10 N \\nATOM 2988 CA GLU C 179 -20.339 7.191 -13.182 1.00 96.10 C \\nATOM 2989 C GLU C 179 -19.229 6.368 -13.831 1.00 96.10 C \\nATOM 2990 CB GLU C 179 -19.947 8.670 -13.153 1.00 96.10 C \\nATOM 2991 O GLU C 179 -19.274 6.093 -15.032 1.00 96.10 O \\nATOM 2992 CG GLU C 179 -21.083 9.600 -12.752 1.00 96.10 C \\nATOM 2993 CD GLU C 179 -20.687 11.068 -12.754 1.00 96.10 C \\nATOM 2994 OE1 GLU C 179 -21.558 11.932 -12.505 1.00 96.10 O \\nATOM 2995 OE2 GLU C 179 -19.496 11.356 -13.007 1.00 96.10 O \\nATOM 2996 N ASP C 180 -18.245 5.996 -13.152 1.00 96.26 N \\nATOM 2997 CA ASP C 180 -17.093 5.192 -13.547 1.00 96.26 C \\nATOM 2998 C ASP C 180 -16.382 4.614 -12.325 1.00 96.26 C \\nATOM 2999 CB ASP C 180 -16.116 6.025 -14.379 1.00 96.26 C \\nATOM 3000 O ASP C 180 -16.812 4.830 -11.190 1.00 96.26 O \\nATOM 3001 CG ASP C 180 -15.633 7.270 -13.656 1.00 96.26 C \\nATOM 3002 OD1 ASP C 180 -14.865 7.147 -12.678 1.00 96.26 O \\nATOM 3003 OD2 ASP C 180 -16.026 8.383 -14.067 1.00 96.26 O \\nATOM 3004 N TYR C 181 -15.333 3.867 -12.609 1.00 92.49 N \\nATOM 3005 CA TYR C 181 -14.655 3.178 -11.517 1.00 92.49 C \\nATOM 3006 C TYR C 181 -13.958 4.171 -10.595 1.00 92.49 C \\nATOM 3007 CB TYR C 181 -13.638 2.172 -12.065 1.00 92.49 C \\nATOM 3008 O TYR C 181 -13.853 3.939 -9.388 1.00 92.49 O \\nATOM 3009 CG TYR C 181 -13.133 1.195 -11.032 1.00 92.49 C \\nATOM 3010 CD1 TYR C 181 -11.768 0.973 -10.863 1.00 92.49 C \\nATOM 3011 CD2 TYR C 181 -14.019 0.491 -10.223 1.00 92.49 C \\nATOM 3012 CE1 TYR C 181 -11.298 0.072 -9.913 1.00 92.49 C \\nATOM 3013 CE2 TYR C 181 -13.560 -0.413 -9.270 1.00 92.49 C \\nATOM 3014 OH TYR C 181 -11.741 -1.507 -8.180 1.00 92.49 O \\nATOM 3015 CZ TYR C 181 -12.200 -0.614 -9.122 1.00 92.49 C \\nATOM 3016 N GLY C 182 -13.370 5.289 -11.124 1.00 93.64 N \\nATOM 3017 CA GLY C 182 -12.853 6.351 -10.276 1.00 93.64 C \\nATOM 3018 C GLY C 182 -13.890 6.909 -9.320 1.00 93.64 C \\nATOM 3019 O GLY C 182 -13.586 7.185 -8.158 1.00 93.64 O \\nATOM 3020 N ASP C 183 -15.092 7.139 -9.827 1.00 94.96 N \\nATOM 3021 CA ASP C 183 -16.215 7.576 -9.003 1.00 94.96 C \\nATOM 3022 C ASP C 183 -16.531 6.550 -7.917 1.00 94.96 C \\nATOM 3023 CB ASP C 183 -17.452 7.823 -9.869 1.00 94.96 C \\nATOM 3024 O ASP C 183 -16.822 6.916 -6.776 1.00 94.96 O \\nATOM 3025 CG ASP C 183 -18.570 8.526 -9.119 1.00 94.96 C \\nATOM 3026 OD1 ASP C 183 -18.288 9.469 -8.348 1.00 94.96 O \\nATOM 3027 OD2 ASP C 183 -19.743 8.133 -9.300 1.00 94.96 O \\nATOM 3028 N TYR C 184 -16.449 5.307 -8.288 1.00 88.65 N \\nATOM 3029 CA TYR C 184 -16.646 4.229 -7.325 1.00 88.65 C \\nATOM 3030 C TYR C 184 -15.648 4.334 -6.178 1.00 88.65 C \\nATOM 3031 CB TYR C 184 -16.512 2.865 -8.010 1.00 88.65 C \\nATOM 3032 O TYR C 184 -16.032 4.293 -5.007 1.00 88.65 O \\nATOM 3033 CG TYR C 184 -16.505 1.701 -7.048 1.00 88.65 C \\nATOM 3034 CD1 TYR C 184 -15.307 1.169 -6.578 1.00 88.65 C \\nATOM 3035 CD2 TYR C 184 -17.696 1.132 -6.610 1.00 88.65 C \\nATOM 3036 CE1 TYR C 184 -15.296 0.095 -5.693 1.00 88.65 C \\nATOM 3037 CE2 TYR C 184 -17.696 0.058 -5.725 1.00 88.65 C \\nATOM 3038 OH TYR C 184 -16.488 -1.515 -4.398 1.00 88.65 O \\nATOM 3039 CZ TYR C 184 -16.493 -0.452 -5.273 1.00 88.65 C \\nATOM 3040 N TRP C 185 -14.356 4.476 -6.462 1.00 85.74 N \\nATOM 3041 CA TRP C 185 -13.320 4.581 -5.439 1.00 85.74 C \\nATOM 3042 C TRP C 185 -13.562 5.788 -4.540 1.00 85.74 C \\nATOM 3043 CB TRP C 185 -11.935 4.680 -6.085 1.00 85.74 C \\nATOM 3044 O TRP C 185 -13.400 5.704 -3.320 1.00 85.74 O \\nATOM 3045 CG TRP C 185 -11.334 3.354 -6.444 1.00 85.74 C \\nATOM 3046 CD1 TRP C 185 -11.653 2.134 -5.914 1.00 85.74 C \\nATOM 3047 CD2 TRP C 185 -10.305 3.116 -7.409 1.00 85.74 C \\nATOM 3048 CE2 TRP C 185 -10.049 1.726 -7.413 1.00 85.74 C \\nATOM 3049 CE3 TRP C 185 -9.575 3.943 -8.273 1.00 85.74 C \\nATOM 3050 NE1 TRP C 185 -10.884 1.151 -6.493 1.00 85.74 N \\nATOM 3051 CH2 TRP C 185 -8.392 1.977 -9.084 1.00 85.74 C \\nATOM 3052 CZ2 TRP C 185 -9.092 1.146 -8.249 1.00 85.74 C \\nATOM 3053 CZ3 TRP C 185 -8.623 3.363 -9.104 1.00 85.74 C \\nATOM 3054 N ARG C 186 -13.929 6.851 -5.097 1.00 92.76 N \\nATOM 3055 CA ARG C 186 -14.159 8.069 -4.327 1.00 92.76 C \\nATOM 3056 C ARG C 186 -15.375 7.921 -3.418 1.00 92.76 C \\nATOM 3057 CB ARG C 186 -14.346 9.268 -5.259 1.00 92.76 C \\nATOM 3058 O ARG C 186 -15.544 8.688 -2.468 1.00 92.76 O \\nATOM 3059 CG ARG C 186 -13.087 9.663 -6.015 1.00 92.76 C \\nATOM 3060 CD ARG C 186 -13.257 10.991 -6.739 1.00 92.76 C \\nATOM 3061 NE ARG C 186 -14.303 10.920 -7.756 1.00 92.76 N \\nATOM 3062 NH1 ARG C 186 -12.949 9.992 -9.381 1.00 92.76 N \\nATOM 3063 NH2 ARG C 186 -15.153 10.430 -9.832 1.00 92.76 N \\nATOM 3064 CZ ARG C 186 -14.133 10.448 -8.987 1.00 92.76 C \\nATOM 3065 N GLY C 187 -16.195 6.967 -3.705 1.00 88.86 N \\nATOM 3066 CA GLY C 187 -17.343 6.673 -2.863 1.00 88.86 C \\nATOM 3067 C GLY C 187 -16.969 6.396 -1.419 1.00 88.86 C \\nATOM 3068 O GLY C 187 -17.780 6.597 -0.513 1.00 88.86 O \\nATOM 3069 N ASP C 188 -15.750 5.994 -1.200 1.00 83.79 N \\nATOM 3070 CA ASP C 188 -15.265 5.707 0.147 1.00 83.79 C \\nATOM 3071 C ASP C 188 -15.258 6.968 1.008 1.00 83.79 C \\nATOM 3072 CB ASP C 188 -13.862 5.099 0.093 1.00 83.79 C \\nATOM 3073 O ASP C 188 -15.259 6.885 2.238 1.00 83.79 O \\nATOM 3074 CG ASP C 188 -13.369 4.625 1.449 1.00 83.79 C \\nATOM 3075 OD1 ASP C 188 -13.836 3.572 1.934 1.00 83.79 O \\nATOM 3076 OD2 ASP C 188 -12.508 5.313 2.039 1.00 83.79 O \\nATOM 3077 N TYR C 189 -15.333 8.098 0.420 1.00 91.96 N \\nATOM 3078 CA TYR C 189 -15.240 9.365 1.137 1.00 91.96 C \\nATOM 3079 C TYR C 189 -16.603 10.039 1.233 1.00 91.96 C \\nATOM 3080 CB TYR C 189 -14.242 10.300 0.448 1.00 91.96 C \\nATOM 3081 O TYR C 189 -16.783 10.983 2.005 1.00 91.96 O \\nATOM 3082 CG TYR C 189 -12.807 9.845 0.559 1.00 91.96 C \\nATOM 3083 CD1 TYR C 189 -11.962 10.371 1.534 1.00 91.96 C \\nATOM 3084 CD2 TYR C 189 -12.293 8.890 -0.311 1.00 91.96 C \\nATOM 3085 CE1 TYR C 189 -10.639 9.955 1.639 1.00 91.96 C \\nATOM 3086 CE2 TYR C 189 -10.971 8.467 -0.216 1.00 91.96 C \\nATOM 3087 OH TYR C 189 -8.844 8.590 0.860 1.00 91.96 O \\nATOM 3088 CZ TYR C 189 -10.153 9.005 0.761 1.00 91.96 C \\nATOM 3089 N GLU C 190 -17.545 9.557 0.506 1.00 91.47 N \\nATOM 3090 CA GLU C 190 -18.866 10.177 0.447 1.00 91.47 C \\nATOM 3091 C GLU C 190 -19.605 10.027 1.773 1.00 91.47 C \\nATOM 3092 CB GLU C 190 -19.694 9.570 -0.689 1.00 91.47 C \\nATOM 3093 O GLU C 190 -19.601 8.950 2.374 1.00 91.47 O \\nATOM 3094 CG GLU C 190 -21.049 10.235 -0.884 1.00 91.47 C \\nATOM 3095 CD GLU C 190 -21.879 9.594 -1.985 1.00 91.47 C \\nATOM 3096 OE1 GLU C 190 -22.507 10.331 -2.779 1.00 91.47 O \\nATOM 3097 OE2 GLU C 190 -21.901 8.345 -2.054 1.00 91.47 O \\nATOM 3098 N VAL C 191 -20.191 11.121 2.262 1.00 89.14 N \\nATOM 3099 CA VAL C 191 -21.062 11.155 3.432 1.00 89.14 C \\nATOM 3100 C VAL C 191 -22.381 11.837 3.075 1.00 89.14 C \\nATOM 3101 CB VAL C 191 -20.390 11.882 4.619 1.00 89.14 C \\nATOM 3102 O VAL C 191 -22.389 12.966 2.578 1.00 89.14 O \\nATOM 3103 CG1 VAL C 191 -21.323 11.918 5.828 1.00 89.14 C \\nATOM 3104 CG2 VAL C 191 -19.069 11.205 4.979 1.00 89.14 C \\nATOM 3105 N ASN C 192 -23.461 11.047 3.354 1.00 81.42 N \\nATOM 3106 CA ASN C 192 -24.783 11.598 3.072 1.00 81.42 C \\nATOM 3107 C ASN C 192 -25.717 11.453 4.269 1.00 81.42 C \\nATOM 3108 CB ASN C 192 -25.392 10.927 1.838 1.00 81.42 C \\nATOM 3109 O ASN C 192 -25.661 10.455 4.989 1.00 81.42 O \\nATOM 3110 CG ASN C 192 -24.584 11.177 0.580 1.00 81.42 C \\nATOM 3111 ND2 ASN C 192 -24.461 10.154 -0.258 1.00 81.42 N \\nATOM 3112 OD1 ASN C 192 -24.075 12.279 0.362 1.00 81.42 O \\nATOM 3113 N GLY C 193 -26.544 12.453 4.467 1.00 72.80 N \\nATOM 3114 CA GLY C 193 -27.688 12.284 5.349 1.00 72.80 C \\nATOM 3115 C GLY C 193 -27.388 12.641 6.792 1.00 72.80 C \\nATOM 3116 O GLY C 193 -28.193 12.369 7.685 1.00 72.80 O \\nATOM 3117 N VAL C 194 -26.230 13.130 7.068 1.00 73.81 N \\nATOM 3118 CA VAL C 194 -25.905 13.567 8.421 1.00 73.81 C \\nATOM 3119 C VAL C 194 -25.726 15.084 8.445 1.00 73.81 C \\nATOM 3120 CB VAL C 194 -24.631 12.872 8.952 1.00 73.81 C \\nATOM 3121 O VAL C 194 -24.834 15.621 7.784 1.00 73.81 O \\nATOM 3122 CG1 VAL C 194 -24.405 13.210 10.425 1.00 73.81 C \\nATOM 3123 CG2 VAL C 194 -24.728 11.360 8.756 1.00 73.81 C \\nATOM 3124 N ASP C 195 -26.661 15.723 9.153 1.00 77.55 N \\nATOM 3125 CA ASP C 195 -26.737 17.181 9.145 1.00 77.55 C \\nATOM 3126 C ASP C 195 -25.390 17.804 9.505 1.00 77.55 C \\nATOM 3127 CB ASP C 195 -27.817 17.667 10.114 1.00 77.55 C \\nATOM 3128 O ASP C 195 -24.861 17.566 10.593 1.00 77.55 O \\nATOM 3129 CG ASP C 195 -29.215 17.599 9.527 1.00 77.55 C \\nATOM 3130 OD1 ASP C 195 -29.355 17.339 8.312 1.00 77.55 O \\nATOM 3131 OD2 ASP C 195 -30.187 17.811 10.284 1.00 77.55 O \\nATOM 3132 N GLY C 196 -24.844 18.593 8.462 1.00 87.13 N \\nATOM 3133 CA GLY C 196 -23.646 19.390 8.677 1.00 87.13 C \\nATOM 3134 C GLY C 196 -22.364 18.625 8.406 1.00 87.13 C \\nATOM 3135 O GLY C 196 -21.270 19.185 8.498 1.00 87.13 O \\nATOM 3136 N TYR C 197 -22.448 17.353 7.969 1.00 91.14 N \\nATOM 3137 CA TYR C 197 -21.238 16.554 7.813 1.00 91.14 C \\nATOM 3138 C TYR C 197 -21.170 15.932 6.423 1.00 91.14 C \\nATOM 3139 CB TYR C 197 -21.178 15.456 8.880 1.00 91.14 C \\nATOM 3140 O TYR C 197 -20.380 15.016 6.185 1.00 91.14 O \\nATOM 3141 CG TYR C 197 -20.947 15.980 10.277 1.00 91.14 C \\nATOM 3142 CD1 TYR C 197 -19.661 16.265 10.731 1.00 91.14 C \\nATOM 3143 CD2 TYR C 197 -22.013 16.189 11.145 1.00 91.14 C \\nATOM 3144 CE1 TYR C 197 -19.444 16.745 12.018 1.00 91.14 C \\nATOM 3145 CE2 TYR C 197 -21.807 16.669 12.434 1.00 91.14 C \\nATOM 3146 OH TYR C 197 -20.311 17.419 14.136 1.00 91.14 O \\nATOM 3147 CZ TYR C 197 -20.521 16.944 12.861 1.00 91.14 C \\nATOM 3148 N ASP C 198 -21.991 16.415 5.527 1.00 92.53 N \\nATOM 3149 CA ASP C 198 -22.033 15.899 4.162 1.00 92.53 C \\nATOM 3150 C ASP C 198 -20.707 16.139 3.443 1.00 92.53 C \\nATOM 3151 CB ASP C 198 -23.179 16.543 3.380 1.00 92.53 C \\nATOM 3152 O ASP C 198 -20.043 17.151 3.677 1.00 92.53 O \\nATOM 3153 CG ASP C 198 -24.550 16.133 3.890 1.00 92.53 C \\nATOM 3154 OD1 ASP C 198 -24.719 14.970 4.316 1.00 92.53 O \\nATOM 3155 OD2 ASP C 198 -25.469 16.979 3.863 1.00 92.53 O \\nATOM 3156 N TYR C 199 -20.308 15.224 2.606 1.00 94.96 N \\nATOM 3157 CA TYR C 199 -19.117 15.262 1.765 1.00 94.96 C \\nATOM 3158 C TYR C 199 -19.331 14.470 0.481 1.00 94.96 C \\nATOM 3159 CB TYR C 199 -17.906 14.710 2.523 1.00 94.96 C \\nATOM 3160 O TYR C 199 -19.675 13.286 0.524 1.00 94.96 O \\nATOM 3161 CG TYR C 199 -16.583 15.039 1.875 1.00 94.96 C \\nATOM 3162 CD1 TYR C 199 -16.015 14.185 0.932 1.00 94.96 C \\nATOM 3163 CD2 TYR C 199 -15.898 16.204 2.205 1.00 94.96 C \\nATOM 3164 CE1 TYR C 199 -14.795 14.484 0.334 1.00 94.96 C \\nATOM 3165 CE2 TYR C 199 -14.677 16.512 1.613 1.00 94.96 C \\nATOM 3166 OH TYR C 199 -12.927 15.948 0.091 1.00 94.96 O \\nATOM 3167 CZ TYR C 199 -14.135 15.648 0.680 1.00 94.96 C \\nATOM 3168 N SER C 200 -19.123 15.117 -0.590 1.00 94.92 N \\nATOM 3169 CA SER C 200 -19.432 14.481 -1.866 1.00 94.92 C \\nATOM 3170 C SER C 200 -18.172 13.947 -2.539 1.00 94.92 C \\nATOM 3171 CB SER C 200 -20.140 15.465 -2.799 1.00 94.92 C \\nATOM 3172 O SER C 200 -17.061 14.367 -2.208 1.00 94.92 O \\nATOM 3173 OG SER C 200 -19.236 16.450 -3.269 1.00 94.92 O \\nATOM 3174 N ARG C 201 -18.359 13.028 -3.499 1.00 94.88 N \\nATOM 3175 CA ARG C 201 -17.279 12.452 -4.293 1.00 94.88 C \\nATOM 3176 C ARG C 201 -16.587 13.521 -5.133 1.00 94.88 C \\nATOM 3177 CB ARG C 201 -17.811 11.339 -5.198 1.00 94.88 C \\nATOM 3178 O ARG C 201 -15.364 13.504 -5.283 1.00 94.88 O \\nATOM 3179 CG ARG C 201 -18.392 10.155 -4.441 1.00 94.88 C \\nATOM 3180 CD ARG C 201 -18.891 9.071 -5.386 1.00 94.88 C \\nATOM 3181 NE ARG C 201 -20.185 9.417 -5.968 1.00 94.88 N \\nATOM 3182 NH1 ARG C 201 -20.464 7.401 -7.062 1.00 94.88 N \\nATOM 3183 NH2 ARG C 201 -22.067 9.031 -7.227 1.00 94.88 N \\nATOM 3184 CZ ARG C 201 -20.902 8.616 -6.751 1.00 94.88 C \\nATOM 3185 N GLY C 202 -17.290 14.499 -5.689 1.00 95.11 N \\nATOM 3186 CA GLY C 202 -16.733 15.623 -6.426 1.00 95.11 C \\nATOM 3187 C GLY C 202 -15.905 16.553 -5.560 1.00 95.11 C \\nATOM 3188 O GLY C 202 -14.912 17.119 -6.021 1.00 95.11 O \\nATOM 3189 N GLN C 203 -16.372 16.744 -4.327 1.00 95.72 N \\nATOM 3190 CA GLN C 203 -15.638 17.578 -3.381 1.00 95.72 C \\nATOM 3191 C GLN C 203 -14.239 17.023 -3.129 1.00 95.72 C \\nATOM 3192 CB GLN C 203 -16.403 17.693 -2.062 1.00 95.72 C \\nATOM 3193 O GLN C 203 -13.292 17.785 -2.922 1.00 95.72 O \\nATOM 3194 CG GLN C 203 -15.864 18.771 -1.131 1.00 95.72 C \\nATOM 3195 CD GLN C 203 -16.802 19.074 0.023 1.00 95.72 C \\nATOM 3196 NE2 GLN C 203 -16.375 19.958 0.918 1.00 95.72 N \\nATOM 3197 OE1 GLN C 203 -17.901 18.518 0.108 1.00 95.72 O \\nATOM 3198 N LEU C 204 -14.084 15.684 -3.093 1.00 96.74 N \\nATOM 3199 CA LEU C 204 -12.768 15.081 -2.914 1.00 96.74 C \\nATOM 3200 C LEU C 204 -11.804 15.550 -3.998 1.00 96.74 C \\nATOM 3201 CB LEU C 204 -12.872 13.554 -2.933 1.00 96.74 C \\nATOM 3202 O LEU C 204 -10.666 15.924 -3.703 1.00 96.74 O \\nATOM 3203 CG LEU C 204 -11.559 12.783 -2.779 1.00 96.74 C \\nATOM 3204 CD1 LEU C 204 -10.906 13.112 -1.441 1.00 96.74 C \\nATOM 3205 CD2 LEU C 204 -11.801 11.283 -2.908 1.00 96.74 C \\nATOM 3206 N ILE C 205 -12.244 15.564 -5.254 1.00 96.19 N \\nATOM 3207 CA ILE C 205 -11.414 16.007 -6.368 1.00 96.19 C \\nATOM 3208 C ILE C 205 -10.982 17.455 -6.146 1.00 96.19 C \\nATOM 3209 CB ILE C 205 -12.158 15.871 -7.716 1.00 96.19 C \\nATOM 3210 O ILE C 205 -9.797 17.779 -6.254 1.00 96.19 O \\nATOM 3211 CG1 ILE C 205 -12.427 14.395 -8.030 1.00 96.19 C \\nATOM 3212 CG2 ILE C 205 -11.360 16.534 -8.843 1.00 96.19 C \\nATOM 3213 CD1 ILE C 205 -13.306 14.172 -9.253 1.00 96.19 C \\nATOM 3214 N GLU C 206 -11.869 18.281 -5.770 1.00 95.87 N \\nATOM 3215 CA GLU C 206 -11.596 19.698 -5.550 1.00 95.87 C \\nATOM 3216 C GLU C 206 -10.632 19.900 -4.385 1.00 95.87 C \\nATOM 3217 CB GLU C 206 -12.896 20.463 -5.296 1.00 95.87 C \\nATOM 3218 O GLU C 206 -9.675 20.670 -4.489 1.00 95.87 O \\nATOM 3219 CG GLU C 206 -13.817 20.530 -6.506 1.00 95.87 C \\nATOM 3220 CD GLU C 206 -15.182 21.121 -6.189 1.00 95.87 C \\nATOM 3221 OE1 GLU C 206 -16.074 21.093 -7.067 1.00 95.87 O \\nATOM 3222 OE2 GLU C 206 -15.360 21.617 -5.054 1.00 95.87 O \\nATOM 3223 N ASP C 207 -10.890 19.220 -3.316 1.00 95.92 N \\nATOM 3224 CA ASP C 207 -10.069 19.376 -2.119 1.00 95.92 C \\nATOM 3225 C ASP C 207 -8.635 18.914 -2.373 1.00 95.92 C \\nATOM 3226 CB ASP C 207 -10.672 18.598 -0.948 1.00 95.92 C \\nATOM 3227 O ASP C 207 -7.682 19.562 -1.935 1.00 95.92 O \\nATOM 3228 CG ASP C 207 -11.883 19.285 -0.341 1.00 95.92 C \\nATOM 3229 OD1 ASP C 207 -12.189 20.433 -0.726 1.00 95.92 O \\nATOM 3230 OD2 ASP C 207 -12.534 18.673 0.533 1.00 95.92 O \\nATOM 3231 N VAL C 208 -8.499 17.771 -3.057 1.00 95.65 N \\nATOM 3232 CA VAL C 208 -7.167 17.259 -3.364 1.00 95.65 C \\nATOM 3233 C VAL C 208 -6.427 18.249 -4.261 1.00 95.65 C \\nATOM 3234 CB VAL C 208 -7.235 15.872 -4.042 1.00 95.65 C \\nATOM 3235 O VAL C 208 -5.249 18.538 -4.037 1.00 95.65 O \\nATOM 3236 CG1 VAL C 208 -5.886 15.507 -4.660 1.00 95.65 C \\nATOM 3237 CG2 VAL C 208 -7.671 14.808 -3.037 1.00 95.65 C \\nATOM 3238 N GLU C 209 -7.063 18.809 -5.264 1.00 94.59 N \\nATOM 3239 CA GLU C 209 -6.463 19.796 -6.156 1.00 94.59 C \\nATOM 3240 C GLU C 209 -6.060 21.056 -5.395 1.00 94.59 C \\nATOM 3241 CB GLU C 209 -7.428 20.153 -7.290 1.00 94.59 C \\nATOM 3242 O GLU C 209 -4.949 21.562 -5.565 1.00 94.59 O \\nATOM 3243 CG GLU C 209 -7.524 19.088 -8.373 1.00 94.59 C \\nATOM 3244 CD GLU C 209 -8.532 19.427 -9.460 1.00 94.59 C \\nATOM 3245 OE1 GLU C 209 -8.691 18.628 -10.411 1.00 94.59 O \\nATOM 3246 OE2 GLU C 209 -9.167 20.500 -9.360 1.00 94.59 O \\nATOM 3247 N HIS C 210 -6.916 21.553 -4.558 1.00 96.00 N \\nATOM 3248 CA HIS C 210 -6.659 22.765 -3.789 1.00 96.00 C \\nATOM 3249 C HIS C 210 -5.498 22.568 -2.820 1.00 96.00 C \\nATOM 3250 CB HIS C 210 -7.914 23.192 -3.025 1.00 96.00 C \\nATOM 3251 O HIS C 210 -4.594 23.404 -2.749 1.00 96.00 O \\nATOM 3252 CG HIS C 210 -7.734 24.445 -2.229 1.00 96.00 C \\nATOM 3253 CD2 HIS C 210 -7.628 24.643 -0.894 1.00 96.00 C \\nATOM 3254 ND1 HIS C 210 -7.648 25.691 -2.812 1.00 96.00 N \\nATOM 3255 CE1 HIS C 210 -7.495 26.603 -1.866 1.00 96.00 C \\nATOM 3256 NE2 HIS C 210 -7.480 25.993 -0.694 1.00 96.00 N \\nATOM 3257 N THR C 211 -5.543 21.479 -2.106 1.00 96.81 N \\nATOM 3258 CA THR C 211 -4.490 21.225 -1.129 1.00 96.81 C \\nATOM 3259 C THR C 211 -3.146 21.021 -1.823 1.00 96.81 C \\nATOM 3260 CB THR C 211 -4.816 19.994 -0.263 1.00 96.81 C \\nATOM 3261 O THR C 211 -2.107 21.448 -1.315 1.00 96.81 O \\nATOM 3262 CG2 THR C 211 -6.019 20.258 0.636 1.00 96.81 C \\nATOM 3263 OG1 THR C 211 -5.107 18.880 -1.116 1.00 96.81 O \\nATOM 3264 N PHE C 212 -3.161 20.395 -2.975 1.00 96.26 N \\nATOM 3265 CA PHE C 212 -1.916 20.226 -3.715 1.00 96.26 C \\nATOM 3266 C PHE C 212 -1.351 21.575 -4.141 1.00 96.26 C \\nATOM 3267 CB PHE C 212 -2.136 19.337 -4.944 1.00 96.26 C \\nATOM 3268 O PHE C 212 -0.138 21.788 -4.095 1.00 96.26 O \\nATOM 3269 CG PHE C 212 -0.890 19.103 -5.754 1.00 96.26 C \\nATOM 3270 CD1 PHE C 212 -0.751 19.664 -7.018 1.00 96.26 C \\nATOM 3271 CD2 PHE C 212 0.142 18.321 -5.252 1.00 96.26 C \\nATOM 3272 CE1 PHE C 212 0.401 19.448 -7.771 1.00 96.26 C \\nATOM 3273 CE2 PHE C 212 1.296 18.101 -5.998 1.00 96.26 C \\nATOM 3274 CZ PHE C 212 1.424 18.665 -7.258 1.00 96.26 C \\nATOM 3275 N GLU C 213 -2.167 22.483 -4.595 1.00 96.49 N \\nATOM 3276 CA GLU C 213 -1.720 23.816 -4.989 1.00 96.49 C \\nATOM 3277 C GLU C 213 -1.026 24.530 -3.832 1.00 96.49 C \\nATOM 3278 CB GLU C 213 -2.900 24.653 -5.490 1.00 96.49 C \\nATOM 3279 O GLU C 213 -0.054 25.259 -4.039 1.00 96.49 O \\nATOM 3280 CG GLU C 213 -3.375 24.272 -6.885 1.00 96.49 C \\nATOM 3281 CD GLU C 213 -2.303 24.438 -7.950 1.00 96.49 C \\nATOM 3282 OE1 GLU C 213 -2.342 23.712 -8.969 1.00 96.49 O \\nATOM 3283 OE2 GLU C 213 -1.416 25.301 -7.763 1.00 96.49 O \\nATOM 3284 N GLU C 214 -1.479 24.302 -2.682 1.00 97.17 N \\nATOM 3285 CA GLU C 214 -0.899 24.926 -1.496 1.00 97.17 C \\nATOM 3286 C GLU C 214 0.440 24.290 -1.136 1.00 97.17 C \\nATOM 3287 CB GLU C 214 -1.864 24.827 -0.311 1.00 97.17 C \\nATOM 3288 O GLU C 214 1.327 24.958 -0.601 1.00 97.17 O \\nATOM 3289 CG GLU C 214 -3.129 25.656 -0.477 1.00 97.17 C \\nATOM 3290 CD GLU C 214 -4.067 25.565 0.716 1.00 97.17 C \\nATOM 3291 OE1 GLU C 214 -5.086 24.843 0.633 1.00 97.17 O \\nATOM 3292 OE2 GLU C 214 -3.780 26.222 1.742 1.00 97.17 O \\nATOM 3293 N ILE C 215 0.622 23.041 -1.400 1.00 97.35 N \\nATOM 3294 CA ILE C 215 1.829 22.288 -1.076 1.00 97.35 C \\nATOM 3295 C ILE C 215 2.899 22.550 -2.132 1.00 97.35 C \\nATOM 3296 CB ILE C 215 1.539 20.774 -0.969 1.00 97.35 C \\nATOM 3297 O ILE C 215 4.096 22.453 -1.850 1.00 97.35 O \\nATOM 3298 CG1 ILE C 215 0.678 20.481 0.264 1.00 97.35 C \\nATOM 3299 CG2 ILE C 215 2.846 19.977 -0.927 1.00 97.35 C \\nATOM 3300 CD1 ILE C 215 0.006 19.115 0.239 1.00 97.35 C \\nATOM 3301 N LYS C 216 2.515 22.902 -3.307 1.00 97.08 N \\nATOM 3302 CA LYS C 216 3.347 22.971 -4.505 1.00 97.08 C \\nATOM 3303 C LYS C 216 4.588 23.825 -4.264 1.00 97.08 C \\nATOM 3304 CB LYS C 216 2.546 23.530 -5.682 1.00 97.08 C \\nATOM 3305 O LYS C 216 5.701 23.425 -4.614 1.00 97.08 O \\nATOM 3306 CG LYS C 216 3.270 23.445 -7.018 1.00 97.08 C \\nATOM 3307 CD LYS C 216 2.377 23.897 -8.167 1.00 97.08 C \\nATOM 3308 CE LYS C 216 3.100 23.811 -9.505 1.00 97.08 C \\nATOM 3309 NZ LYS C 216 2.273 24.368 -10.617 1.00 97.08 N \\nATOM 3310 N PRO C 217 4.482 24.985 -3.606 1.00 97.86 N \\nATOM 3311 CA PRO C 217 5.682 25.797 -3.391 1.00 97.86 C \\nATOM 3312 C PRO C 217 6.745 25.072 -2.570 1.00 97.86 C \\nATOM 3313 CB PRO C 217 5.150 27.020 -2.639 1.00 97.86 C \\nATOM 3314 O PRO C 217 7.932 25.127 -2.903 1.00 97.86 O \\nATOM 3315 CG PRO C 217 3.739 27.172 -3.106 1.00 97.86 C \\nATOM 3316 CD PRO C 217 3.145 25.804 -3.283 1.00 97.86 C \\nATOM 3317 N LEU C 218 6.407 24.449 -1.525 1.00 98.56 N \\nATOM 3318 CA LEU C 218 7.348 23.660 -0.738 1.00 98.56 C \\nATOM 3319 C LEU C 218 7.989 22.570 -1.590 1.00 98.56 C \\nATOM 3320 CB LEU C 218 6.646 23.034 0.469 1.00 98.56 C \\nATOM 3321 O LEU C 218 9.210 22.400 -1.574 1.00 98.56 O \\nATOM 3322 CG LEU C 218 7.468 22.041 1.293 1.00 98.56 C \\nATOM 3323 CD1 LEU C 218 8.742 22.705 1.804 1.00 98.56 C \\nATOM 3324 CD2 LEU C 218 6.641 21.494 2.452 1.00 98.56 C \\nATOM 3325 N TYR C 219 7.201 21.853 -2.360 1.00 98.14 N \\nATOM 3326 CA TYR C 219 7.699 20.780 -3.213 1.00 98.14 C \\nATOM 3327 C TYR C 219 8.670 21.319 -4.257 1.00 98.14 C \\nATOM 3328 CB TYR C 219 6.538 20.058 -3.904 1.00 98.14 C \\nATOM 3329 O TYR C 219 9.709 20.709 -4.522 1.00 98.14 O \\nATOM 3330 CG TYR C 219 6.979 19.020 -4.907 1.00 98.14 C \\nATOM 3331 CD1 TYR C 219 6.836 19.240 -6.275 1.00 98.14 C \\nATOM 3332 CD2 TYR C 219 7.538 17.817 -4.488 1.00 98.14 C \\nATOM 3333 CE1 TYR C 219 7.239 18.285 -7.203 1.00 98.14 C \\nATOM 3334 CE2 TYR C 219 7.944 16.855 -5.407 1.00 98.14 C \\nATOM 3335 OH TYR C 219 8.192 16.149 -7.674 1.00 98.14 O \\nATOM 3336 CZ TYR C 219 7.792 17.098 -6.760 1.00 98.14 C \\nATOM 3337 N GLU C 220 8.343 22.467 -4.871 1.00 98.36 N \\nATOM 3338 CA GLU C 220 9.193 23.049 -5.906 1.00 98.36 C \\nATOM 3339 C GLU C 220 10.574 23.394 -5.356 1.00 98.36 C \\nATOM 3340 CB GLU C 220 8.537 24.297 -6.502 1.00 98.36 C \\nATOM 3341 O GLU C 220 11.585 23.190 -6.030 1.00 98.36 O \\nATOM 3342 CG GLU C 220 7.371 23.994 -7.433 1.00 98.36 C \\nATOM 3343 CD GLU C 220 6.710 25.244 -7.992 1.00 98.36 C \\nATOM 3344 OE1 GLU C 220 6.109 25.173 -9.088 1.00 98.36 O \\nATOM 3345 OE2 GLU C 220 6.795 26.302 -7.330 1.00 98.36 O \\nATOM 3346 N HIS C 221 10.600 23.935 -4.141 1.00 98.63 N \\nATOM 3347 CA HIS C 221 11.883 24.252 -3.525 1.00 98.63 C \\nATOM 3348 C HIS C 221 12.648 22.983 -3.163 1.00 98.63 C \\nATOM 3349 CB HIS C 221 11.681 25.116 -2.279 1.00 98.63 C \\nATOM 3350 O HIS C 221 13.872 22.929 -3.304 1.00 98.63 O \\nATOM 3351 CG HIS C 221 11.541 26.575 -2.578 1.00 98.63 C \\nATOM 3352 CD2 HIS C 221 10.451 27.377 -2.598 1.00 98.63 C \\nATOM 3353 ND1 HIS C 221 12.615 27.373 -2.908 1.00 98.63 N \\nATOM 3354 CE1 HIS C 221 12.189 28.608 -3.118 1.00 98.63 C \\nATOM 3355 NE2 HIS C 221 10.880 28.637 -2.937 1.00 98.63 N \\nATOM 3356 N LEU C 222 11.934 21.972 -2.672 1.00 98.61 N \\nATOM 3357 CA LEU C 222 12.570 20.684 -2.418 1.00 98.61 C \\nATOM 3358 C LEU C 222 13.128 20.091 -3.707 1.00 98.61 C \\nATOM 3359 CB LEU C 222 11.574 19.710 -1.783 1.00 98.61 C \\nATOM 3360 O LEU C 222 14.273 19.634 -3.740 1.00 98.61 O \\nATOM 3361 CG LEU C 222 12.098 18.306 -1.481 1.00 98.61 C \\nATOM 3362 CD1 LEU C 222 13.214 18.368 -0.443 1.00 98.61 C \\nATOM 3363 CD2 LEU C 222 10.966 17.403 -1.002 1.00 98.61 C \\nATOM 3364 N HIS C 223 12.318 20.099 -4.731 1.00 98.17 N \\nATOM 3365 CA HIS C 223 12.719 19.604 -6.043 1.00 98.17 C \\nATOM 3366 C HIS C 223 13.981 20.304 -6.535 1.00 98.17 C \\nATOM 3367 CB HIS C 223 11.587 19.791 -7.055 1.00 98.17 C \\nATOM 3368 O HIS C 223 14.923 19.649 -6.987 1.00 98.17 O \\nATOM 3369 CG HIS C 223 11.871 19.184 -8.392 1.00 98.17 C \\nATOM 3370 CD2 HIS C 223 11.399 18.057 -8.975 1.00 98.17 C \\nATOM 3371 ND1 HIS C 223 12.742 19.751 -9.297 1.00 98.17 N \\nATOM 3372 CE1 HIS C 223 12.793 18.997 -10.382 1.00 98.17 C \\nATOM 3373 NE2 HIS C 223 11.987 17.963 -10.212 1.00 98.17 N \\nATOM 3374 N ALA C 224 14.021 21.636 -6.482 1.00 98.17 N \\nATOM 3375 CA ALA C 224 15.171 22.423 -6.920 1.00 98.17 C \\nATOM 3376 C ALA C 224 16.427 22.037 -6.144 1.00 98.17 C \\nATOM 3377 CB ALA C 224 14.887 23.915 -6.758 1.00 98.17 C \\nATOM 3378 O ALA C 224 17.504 21.888 -6.727 1.00 98.17 O \\nATOM 3379 N TYR C 225 16.291 21.873 -4.867 1.00 98.27 N \\nATOM 3380 CA TYR C 225 17.416 21.481 -4.025 1.00 98.27 C \\nATOM 3381 C TYR C 225 17.933 20.101 -4.412 1.00 98.27 C \\nATOM 3382 CB TYR C 225 17.011 21.492 -2.548 1.00 98.27 C \\nATOM 3383 O TYR C 225 19.138 19.909 -4.589 1.00 98.27 O \\nATOM 3384 CG TYR C 225 18.098 21.013 -1.617 1.00 98.27 C \\nATOM 3385 CD1 TYR C 225 18.086 19.716 -1.108 1.00 98.27 C \\nATOM 3386 CD2 TYR C 225 19.139 21.856 -1.242 1.00 98.27 C \\nATOM 3387 CE1 TYR C 225 19.085 19.271 -0.249 1.00 98.27 C \\nATOM 3388 CE2 TYR C 225 20.143 21.422 -0.383 1.00 98.27 C \\nATOM 3389 OH TYR C 225 21.099 19.695 0.958 1.00 98.27 O \\nATOM 3390 CZ TYR C 225 20.108 20.130 0.107 1.00 98.27 C \\nATOM 3391 N VAL C 226 17.029 19.157 -4.563 1.00 97.89 N \\nATOM 3392 CA VAL C 226 17.394 17.790 -4.921 1.00 97.89 C \\nATOM 3393 C VAL C 226 18.042 17.773 -6.303 1.00 97.89 C \\nATOM 3394 CB VAL C 226 16.169 16.850 -4.895 1.00 97.89 C \\nATOM 3395 O VAL C 226 19.025 17.063 -6.526 1.00 97.89 O \\nATOM 3396 CG1 VAL C 226 16.501 15.511 -5.551 1.00 97.89 C \\nATOM 3397 CG2 VAL C 226 15.688 16.640 -3.460 1.00 97.89 C \\nATOM 3398 N ARG C 227 17.463 18.537 -7.209 1.00 97.31 N \\nATOM 3399 CA ARG C 227 18.045 18.638 -8.543 1.00 97.31 C \\nATOM 3400 C ARG C 227 19.498 19.098 -8.474 1.00 97.31 C \\nATOM 3401 CB ARG C 227 17.233 19.598 -9.414 1.00 97.31 C \\nATOM 3402 O ARG C 227 20.371 18.511 -9.116 1.00 97.31 O \\nATOM 3403 CG ARG C 227 17.726 19.697 -10.849 1.00 97.31 C \\nATOM 3404 CD ARG C 227 16.749 20.462 -11.730 1.00 97.31 C \\nATOM 3405 NE ARG C 227 16.570 21.836 -11.270 1.00 97.31 N \\nATOM 3406 NH1 ARG C 227 14.301 21.632 -10.889 1.00 97.31 N \\nATOM 3407 NH2 ARG C 227 15.362 23.623 -10.482 1.00 97.31 N \\nATOM 3408 CZ ARG C 227 15.411 22.361 -10.881 1.00 97.31 C \\nATOM 3409 N ALA C 228 19.780 20.126 -7.724 1.00 96.62 N \\nATOM 3410 CA ALA C 228 21.135 20.653 -7.584 1.00 96.62 C \\nATOM 3411 C ALA C 228 22.082 19.590 -7.033 1.00 96.62 C \\nATOM 3412 CB ALA C 228 21.137 21.882 -6.679 1.00 96.62 C \\nATOM 3413 O ALA C 228 23.207 19.442 -7.516 1.00 96.62 O \\nATOM 3414 N LYS C 229 21.631 18.880 -6.026 1.00 96.96 N \\nATOM 3415 CA LYS C 229 22.449 17.829 -5.426 1.00 96.96 C \\nATOM 3416 C LYS C 229 22.679 16.684 -6.409 1.00 96.96 C \\nATOM 3417 CB LYS C 229 21.794 17.301 -4.149 1.00 96.96 C \\nATOM 3418 O LYS C 229 23.781 16.138 -6.487 1.00 96.96 O \\nATOM 3419 CG LYS C 229 21.761 18.307 -3.009 1.00 96.96 C \\nATOM 3420 CD LYS C 229 23.166 18.686 -2.557 1.00 96.96 C \\nATOM 3421 CE LYS C 229 23.134 19.637 -1.368 1.00 96.96 C \\nATOM 3422 NZ LYS C 229 24.508 20.041 -0.945 1.00 96.96 N \\nATOM 3423 N LEU C 230 21.646 16.368 -7.153 1.00 96.69 N \\nATOM 3424 CA LEU C 230 21.765 15.289 -8.128 1.00 96.69 C \\nATOM 3425 C LEU C 230 22.686 15.693 -9.275 1.00 96.69 C \\nATOM 3426 CB LEU C 230 20.387 14.906 -8.674 1.00 96.69 C \\nATOM 3427 O LEU C 230 23.386 14.850 -9.840 1.00 96.69 O \\nATOM 3428 CG LEU C 230 19.489 14.093 -7.740 1.00 96.69 C \\nATOM 3429 CD1 LEU C 230 18.145 13.818 -8.404 1.00 96.69 C \\nATOM 3430 CD2 LEU C 230 20.172 12.789 -7.342 1.00 96.69 C \\nATOM 3431 N MET C 231 22.728 16.926 -9.637 1.00 95.54 N \\nATOM 3432 CA MET C 231 23.642 17.420 -10.663 1.00 95.54 C \\nATOM 3433 C MET C 231 25.094 17.206 -10.247 1.00 95.54 C \\nATOM 3434 CB MET C 231 23.391 18.904 -10.938 1.00 95.54 C \\nATOM 3435 O MET C 231 25.959 16.974 -11.093 1.00 95.54 O \\nATOM 3436 CG MET C 231 22.129 19.172 -11.742 1.00 95.54 C \\nATOM 3437 SD MET C 231 21.770 20.964 -11.910 1.00 95.54 S \\nATOM 3438 CE MET C 231 23.231 21.496 -12.847 1.00 95.54 C \\nATOM 3439 N ASN C 232 25.377 17.271 -8.964 1.00 94.77 N \\nATOM 3440 CA ASN C 232 26.716 16.992 -8.457 1.00 94.77 C \\nATOM 3441 C ASN C 232 27.069 15.513 -8.591 1.00 94.77 C \\nATOM 3442 CB ASN C 232 26.842 17.437 -6.999 1.00 94.77 C \\nATOM 3443 O ASN C 232 28.198 15.170 -8.946 1.00 94.77 O \\nATOM 3444 CG ASN C 232 26.742 18.941 -6.837 1.00 94.77 C \\nATOM 3445 ND2 ASN C 232 26.381 19.386 -5.639 1.00 94.77 N \\nATOM 3446 OD1 ASN C 232 26.986 19.697 -7.781 1.00 94.77 O \\nATOM 3447 N ALA C 233 26.066 14.709 -8.347 1.00 94.13 N \\nATOM 3448 CA ALA C 233 26.287 13.266 -8.387 1.00 94.13 C \\nATOM 3449 C ALA C 233 26.328 12.757 -9.825 1.00 94.13 C \\nATOM 3450 CB ALA C 233 25.200 12.539 -7.599 1.00 94.13 C \\nATOM 3451 O ALA C 233 27.026 11.787 -10.127 1.00 94.13 O \\nATOM 3452 N TYR C 234 25.548 13.350 -10.678 1.00 94.16 N \\nATOM 3453 CA TYR C 234 25.456 12.967 -12.082 1.00 94.16 C \\nATOM 3454 C TYR C 234 25.660 14.174 -12.990 1.00 94.16 C \\nATOM 3455 CB TYR C 234 24.101 12.317 -12.375 1.00 94.16 C \\nATOM 3456 O TYR C 234 24.746 14.576 -13.714 1.00 94.16 O \\nATOM 3457 CG TYR C 234 23.795 11.129 -11.495 1.00 94.16 C \\nATOM 3458 CD1 TYR C 234 24.357 9.881 -11.756 1.00 94.16 C \\nATOM 3459 CD2 TYR C 234 22.944 11.251 -10.402 1.00 94.16 C \\nATOM 3460 CE1 TYR C 234 24.077 8.783 -10.950 1.00 94.16 C \\nATOM 3461 CE2 TYR C 234 22.656 10.160 -9.589 1.00 94.16 C \\nATOM 3462 OH TYR C 234 22.946 7.849 -9.068 1.00 94.16 O \\nATOM 3463 CZ TYR C 234 23.227 8.932 -9.870 1.00 94.16 C \\nATOM 3464 N PRO C 235 26.937 14.489 -13.069 1.00 88.26 N \\nATOM 3465 CA PRO C 235 27.197 15.683 -13.876 1.00 88.26 C \\nATOM 3466 C PRO C 235 26.844 15.488 -15.349 1.00 88.26 C \\nATOM 3467 CB PRO C 235 28.701 15.907 -13.700 1.00 88.26 C \\nATOM 3468 O PRO C 235 27.083 14.414 -15.907 1.00 88.26 O \\nATOM 3469 CG PRO C 235 29.206 14.643 -13.084 1.00 88.26 C \\nATOM 3470 CD PRO C 235 28.036 13.883 -12.527 1.00 88.26 C \\nATOM 3471 N SER C 236 26.136 16.335 -16.031 1.00 87.41 N \\nATOM 3472 CA SER C 236 25.854 16.377 -17.463 1.00 87.41 C \\nATOM 3473 C SER C 236 24.590 15.595 -17.801 1.00 87.41 C \\nATOM 3474 CB SER C 236 27.036 15.821 -18.258 1.00 87.41 C \\nATOM 3475 O SER C 236 24.179 15.540 -18.962 1.00 87.41 O \\nATOM 3476 OG SER C 236 28.223 16.538 -17.964 1.00 87.41 O \\nATOM 3477 N TYR C 237 24.094 14.955 -16.803 1.00 91.07 N \\nATOM 3478 CA TYR C 237 22.932 14.123 -17.095 1.00 91.07 C \\nATOM 3479 C TYR C 237 21.646 14.803 -16.643 1.00 91.07 C \\nATOM 3480 CB TYR C 237 23.066 12.756 -16.417 1.00 91.07 C \\nATOM 3481 O TYR C 237 20.548 14.324 -16.934 1.00 91.07 O \\nATOM 3482 CG TYR C 237 24.063 11.841 -17.086 1.00 91.07 C \\nATOM 3483 CD1 TYR C 237 23.743 11.175 -18.267 1.00 91.07 C \\nATOM 3484 CD2 TYR C 237 25.325 11.640 -16.539 1.00 91.07 C \\nATOM 3485 CE1 TYR C 237 24.657 10.329 -18.886 1.00 91.07 C \\nATOM 3486 CE2 TYR C 237 26.248 10.796 -17.149 1.00 91.07 C \\nATOM 3487 OH TYR C 237 26.814 9.311 -18.929 1.00 91.07 O \\nATOM 3488 CZ TYR C 237 25.905 10.147 -18.321 1.00 91.07 C \\nATOM 3489 N ILE C 238 21.810 15.867 -15.985 1.00 93.69 N \\nATOM 3490 CA ILE C 238 20.635 16.537 -15.438 1.00 93.69 C \\nATOM 3491 C ILE C 238 20.638 18.006 -15.855 1.00 93.69 C \\nATOM 3492 CB ILE C 238 20.582 16.417 -13.899 1.00 93.69 C \\nATOM 3493 O ILE C 238 21.669 18.678 -15.776 1.00 93.69 O \\nATOM 3494 CG1 ILE C 238 20.476 14.945 -13.481 1.00 93.69 C \\nATOM 3495 CG2 ILE C 238 19.415 17.232 -13.334 1.00 93.69 C \\nATOM 3496 CD1 ILE C 238 20.505 14.726 -11.975 1.00 93.69 C \\nATOM 3497 N SER C 239 19.571 18.454 -16.330 1.00 92.91 N \\nATOM 3498 CA SER C 239 19.386 19.861 -16.671 1.00 92.91 C \\nATOM 3499 C SER C 239 19.237 20.719 -15.419 1.00 92.91 C \\nATOM 3500 CB SER C 239 18.161 20.039 -17.569 1.00 92.91 C \\nATOM 3501 O SER C 239 18.561 20.324 -14.466 1.00 92.91 O \\nATOM 3502 OG SER C 239 17.837 21.411 -17.712 1.00 92.91 O \\nATOM 3503 N PRO C 240 19.883 21.904 -15.420 1.00 93.92 N \\nATOM 3504 CA PRO C 240 19.771 22.791 -14.261 1.00 93.92 C \\nATOM 3505 C PRO C 240 18.372 23.382 -14.103 1.00 93.92 C \\nATOM 3506 CB PRO C 240 20.796 23.889 -14.557 1.00 93.92 C \\nATOM 3507 O PRO C 240 18.054 23.956 -13.058 1.00 93.92 O \\nATOM 3508 CG PRO C 240 21.185 23.674 -15.984 1.00 93.92 C \\nATOM 3509 CD PRO C 240 20.741 22.300 -16.397 1.00 93.92 C \\nATOM 3510 N ILE C 241 17.540 23.247 -15.139 1.00 95.31 N \\nATOM 3511 CA ILE C 241 16.224 23.871 -15.053 1.00 95.31 C \\nATOM 3512 C ILE C 241 15.148 22.859 -15.440 1.00 95.31 C \\nATOM 3513 CB ILE C 241 16.133 25.123 -15.954 1.00 95.31 C \\nATOM 3514 O ILE C 241 13.963 23.197 -15.499 1.00 95.31 O \\nATOM 3515 CG1 ILE C 241 16.340 24.740 -17.424 1.00 95.31 C \\nATOM 3516 CG2 ILE C 241 17.150 26.180 -15.514 1.00 95.31 C \\nATOM 3517 CD1 ILE C 241 15.969 25.840 -18.409 1.00 95.31 C \\nATOM 3518 N GLY C 242 15.530 21.657 -15.747 1.00 94.86 N \\nATOM 3519 CA GLY C 242 14.592 20.682 -16.280 1.00 94.86 C \\nATOM 3520 C GLY C 242 14.067 19.722 -15.230 1.00 94.86 C \\nATOM 3521 O GLY C 242 14.361 19.871 -14.042 1.00 94.86 O \\nATOM 3522 N CYS C 243 13.202 18.829 -15.726 1.00 97.04 N \\nATOM 3523 CA CYS C 243 12.669 17.745 -14.909 1.00 97.04 C \\nATOM 3524 C CYS C 243 13.766 16.759 -14.528 1.00 97.04 C \\nATOM 3525 CB CYS C 243 11.550 17.015 -15.652 1.00 97.04 C \\nATOM 3526 O CYS C 243 14.824 16.727 -15.158 1.00 97.04 O \\nATOM 3527 SG CYS C 243 10.106 18.047 -15.989 1.00 97.04 S \\nATOM 3528 N LEU C 244 13.592 16.047 -13.469 1.00 97.32 N \\nATOM 3529 CA LEU C 244 14.534 15.032 -13.009 1.00 97.32 C \\nATOM 3530 C LEU C 244 14.273 13.697 -13.699 1.00 97.32 C \\nATOM 3531 CB LEU C 244 14.441 14.862 -11.491 1.00 97.32 C \\nATOM 3532 O LEU C 244 13.122 13.273 -13.825 1.00 97.32 O \\nATOM 3533 CG LEU C 244 14.831 16.077 -10.648 1.00 97.32 C \\nATOM 3534 CD1 LEU C 244 14.413 15.872 -9.196 1.00 97.32 C \\nATOM 3535 CD2 LEU C 244 16.331 16.337 -10.746 1.00 97.32 C \\nATOM 3536 N PRO C 245 15.276 13.044 -14.219 1.00 97.08 N \\nATOM 3537 CA PRO C 245 15.070 11.706 -14.779 1.00 97.08 C \\nATOM 3538 C PRO C 245 14.592 10.697 -13.737 1.00 97.08 C \\nATOM 3539 CB PRO C 245 16.456 11.328 -15.308 1.00 97.08 C \\nATOM 3540 O PRO C 245 15.175 10.599 -12.654 1.00 97.08 O \\nATOM 3541 CG PRO C 245 17.167 12.631 -15.481 1.00 97.08 C \\nATOM 3542 CD PRO C 245 16.691 13.579 -14.418 1.00 97.08 C \\nATOM 3543 N ALA C 246 13.638 9.923 -14.067 1.00 96.87 N \\nATOM 3544 CA ALA C 246 12.907 9.056 -13.146 1.00 96.87 C \\nATOM 3545 C ALA C 246 13.831 8.013 -12.524 1.00 96.87 C \\nATOM 3546 CB ALA C 246 11.747 8.373 -13.867 1.00 96.87 C \\nATOM 3547 O ALA C 246 13.688 7.671 -11.348 1.00 96.87 O \\nATOM 3548 N HIS C 247 14.811 7.497 -13.249 1.00 96.17 N \\nATOM 3549 CA HIS C 247 15.634 6.387 -12.782 1.00 96.17 C \\nATOM 3550 C HIS C 247 16.670 6.858 -11.766 1.00 96.17 C \\nATOM 3551 CB HIS C 247 16.328 5.702 -13.960 1.00 96.17 C \\nATOM 3552 O HIS C 247 17.361 6.041 -11.154 1.00 96.17 O \\nATOM 3553 CG HIS C 247 17.381 6.543 -14.609 1.00 96.17 C \\nATOM 3554 CD2 HIS C 247 18.716 6.357 -14.733 1.00 96.17 C \\nATOM 3555 ND1 HIS C 247 17.099 7.743 -15.225 1.00 96.17 N \\nATOM 3556 CE1 HIS C 247 18.219 8.259 -15.703 1.00 96.17 C \\nATOM 3557 NE2 HIS C 247 19.215 7.437 -15.417 1.00 96.17 N \\nATOM 3558 N LEU C 248 16.722 8.165 -11.496 1.00 97.09 N \\nATOM 3559 CA LEU C 248 17.731 8.705 -10.591 1.00 97.09 C \\nATOM 3560 C LEU C 248 17.108 9.097 -9.256 1.00 97.09 C \\nATOM 3561 CB LEU C 248 18.423 9.916 -11.221 1.00 97.09 C \\nATOM 3562 O LEU C 248 17.752 9.756 -8.435 1.00 97.09 O \\nATOM 3563 CG LEU C 248 19.208 9.656 -12.507 1.00 97.09 C \\nATOM 3564 CD1 LEU C 248 19.893 10.935 -12.978 1.00 97.09 C \\nATOM 3565 CD2 LEU C 248 20.229 8.543 -12.295 1.00 97.09 C \\nATOM 3566 N LEU C 249 15.883 8.762 -9.026 1.00 95.75 N \\nATOM 3567 CA LEU C 249 15.146 9.277 -7.877 1.00 95.75 C \\nATOM 3568 C LEU C 249 15.181 8.284 -6.719 1.00 95.75 C \\nATOM 3569 CB LEU C 249 13.696 9.580 -8.261 1.00 95.75 C \\nATOM 3570 O LEU C 249 14.484 8.467 -5.718 1.00 95.75 O \\nATOM 3571 CG LEU C 249 13.483 10.720 -9.258 1.00 95.75 C \\nATOM 3572 CD1 LEU C 249 12.002 10.862 -9.593 1.00 95.75 C \\nATOM 3573 CD2 LEU C 249 14.038 12.027 -8.702 1.00 95.75 C \\nATOM 3574 N GLY C 250 15.967 7.212 -6.853 1.00 89.24 N \\nATOM 3575 CA GLY C 250 16.277 6.369 -5.709 1.00 89.24 C \\nATOM 3576 C GLY C 250 15.292 5.230 -5.523 1.00 89.24 C \\nATOM 3577 O GLY C 250 15.480 4.376 -4.654 1.00 89.24 O \\nATOM 3578 N ASP C 251 14.201 5.296 -6.181 1.00 86.10 N \\nATOM 3579 CA ASP C 251 13.275 4.168 -6.167 1.00 86.10 C \\nATOM 3580 C ASP C 251 12.729 3.888 -7.566 1.00 86.10 C \\nATOM 3581 CB ASP C 251 12.122 4.431 -5.196 1.00 86.10 C \\nATOM 3582 O ASP C 251 12.917 4.689 -8.483 1.00 86.10 O \\nATOM 3583 CG ASP C 251 11.049 5.333 -5.780 1.00 86.10 C \\nATOM 3584 OD1 ASP C 251 11.293 5.975 -6.824 1.00 86.10 O \\nATOM 3585 OD2 ASP C 251 9.950 5.406 -5.188 1.00 86.10 O \\nATOM 3586 N MET C 252 12.011 2.729 -7.761 1.00 85.42 N \\nATOM 3587 CA MET C 252 11.590 2.267 -9.081 1.00 85.42 C \\nATOM 3588 C MET C 252 10.536 3.197 -9.672 1.00 85.42 C \\nATOM 3589 CB MET C 252 11.045 0.840 -9.003 1.00 85.42 C \\nATOM 3590 O MET C 252 10.437 3.334 -10.893 1.00 85.42 O \\nATOM 3591 CG MET C 252 12.105 -0.233 -9.195 1.00 85.42 C \\nATOM 3592 SD MET C 252 13.117 0.041 -10.701 1.00 85.42 S \\nATOM 3593 CE MET C 252 11.909 -0.395 -11.982 1.00 85.42 C \\nATOM 3594 N TRP C 253 9.891 3.950 -8.884 1.00 86.86 N \\nATOM 3595 CA TRP C 253 8.766 4.736 -9.380 1.00 86.86 C \\nATOM 3596 C TRP C 253 9.038 6.230 -9.231 1.00 86.86 C \\nATOM 3597 CB TRP C 253 7.479 4.363 -8.639 1.00 86.86 C \\nATOM 3598 O TRP C 253 8.297 7.058 -9.764 1.00 86.86 O \\nATOM 3599 CG TRP C 253 7.158 2.899 -8.678 1.00 86.86 C \\nATOM 3600 CD1 TRP C 253 6.216 2.283 -9.454 1.00 86.86 C \\nATOM 3601 CD2 TRP C 253 7.776 1.868 -7.902 1.00 86.86 C \\nATOM 3602 CE2 TRP C 253 7.159 0.648 -8.260 1.00 86.86 C \\nATOM 3603 CE3 TRP C 253 8.793 1.856 -6.938 1.00 86.86 C \\nATOM 3604 NE1 TRP C 253 6.212 0.929 -9.208 1.00 86.86 N \\nATOM 3605 CH2 TRP C 253 8.525 -0.554 -6.747 1.00 86.86 C \\nATOM 3606 CZ2 TRP C 253 7.527 -0.571 -7.687 1.00 86.86 C \\nATOM 3607 CZ3 TRP C 253 9.158 0.641 -6.369 1.00 86.86 C \\nATOM 3608 N GLY C 254 10.133 6.489 -8.523 1.00 84.70 N \\nATOM 3609 CA GLY C 254 10.408 7.889 -8.243 1.00 84.70 C \\nATOM 3610 C GLY C 254 9.440 8.501 -7.248 1.00 84.70 C \\nATOM 3611 O GLY C 254 9.214 9.713 -7.258 1.00 84.70 O \\nATOM 3612 N ARG C 255 8.758 7.609 -6.535 1.00 79.39 N \\nATOM 3613 CA ARG C 255 7.757 8.000 -5.549 1.00 79.39 C \\nATOM 3614 C ARG C 255 8.413 8.408 -4.234 1.00 79.39 C \\nATOM 3615 CB ARG C 255 6.765 6.860 -5.307 1.00 79.39 C \\nATOM 3616 O ARG C 255 8.119 9.476 -3.692 1.00 79.39 O \\nATOM 3617 CG ARG C 255 5.770 7.135 -4.191 1.00 79.39 C \\nATOM 3618 CD ARG C 255 4.933 5.906 -3.866 1.00 79.39 C \\nATOM 3619 NE ARG C 255 4.291 6.020 -2.560 1.00 79.39 N \\nATOM 3620 NH1 ARG C 255 3.062 4.075 -2.762 1.00 79.39 N \\nATOM 3621 NH2 ARG C 255 2.895 5.349 -0.864 1.00 79.39 N \\nATOM 3622 CZ ARG C 255 3.418 5.148 -2.065 1.00 79.39 C \\nATOM 3623 N PHE C 256 9.280 7.585 -3.682 1.00 77.36 N \\nATOM 3624 CA PHE C 256 9.989 7.870 -2.440 1.00 77.36 C \\nATOM 3625 C PHE C 256 11.414 8.330 -2.723 1.00 77.36 C \\nATOM 3626 CB PHE C 256 10.006 6.636 -1.533 1.00 77.36 C \\nATOM 3627 O PHE C 256 12.179 7.627 -3.386 1.00 77.36 O \\nATOM 3628 CG PHE C 256 8.638 6.179 -1.103 1.00 77.36 C \\nATOM 3629 CD1 PHE C 256 7.918 6.895 -0.155 1.00 77.36 C \\nATOM 3630 CD2 PHE C 256 8.073 5.034 -1.648 1.00 77.36 C \\nATOM 3631 CE1 PHE C 256 6.651 6.474 0.245 1.00 77.36 C \\nATOM 3632 CE2 PHE C 256 6.808 4.608 -1.253 1.00 77.36 C \\nATOM 3633 CZ PHE C 256 6.099 5.329 -0.306 1.00 77.36 C \\nATOM 3634 N TRP C 257 11.723 9.479 -2.251 1.00 90.88 N \\nATOM 3635 CA TRP C 257 13.064 10.023 -2.442 1.00 90.88 C \\nATOM 3636 C TRP C 257 13.944 9.742 -1.229 1.00 90.88 C \\nATOM 3637 CB TRP C 257 13.000 11.531 -2.704 1.00 90.88 C \\nATOM 3638 O TRP C 257 14.985 10.377 -1.049 1.00 90.88 O \\nATOM 3639 CG TRP C 257 12.308 11.898 -3.982 1.00 90.88 C \\nATOM 3640 CD1 TRP C 257 11.659 11.054 -4.839 1.00 90.88 C \\nATOM 3641 CD2 TRP C 257 12.201 13.208 -4.549 1.00 90.88 C \\nATOM 3642 CE2 TRP C 257 11.472 13.083 -5.752 1.00 90.88 C \\nATOM 3643 CE3 TRP C 257 12.651 14.475 -4.156 1.00 90.88 C \\nATOM 3644 NE1 TRP C 257 11.154 11.761 -5.906 1.00 90.88 N \\nATOM 3645 CH2 TRP C 257 11.634 15.409 -6.159 1.00 90.88 C \\nATOM 3646 CZ2 TRP C 257 11.182 14.181 -6.567 1.00 90.88 C \\nATOM 3647 CZ3 TRP C 257 12.361 15.566 -4.967 1.00 90.88 C \\nATOM 3648 N THR C 258 13.473 8.838 -0.374 1.00 77.79 N \\nATOM 3649 CA THR C 258 14.141 8.530 0.886 1.00 77.79 C \\nATOM 3650 C THR C 258 15.585 8.100 0.642 1.00 77.79 C \\nATOM 3651 CB THR C 258 13.396 7.423 1.656 1.00 77.79 C \\nATOM 3652 O THR C 258 16.482 8.456 1.409 1.00 77.79 O \\nATOM 3653 CG2 THR C 258 14.033 7.179 3.021 1.00 77.79 C \\nATOM 3654 OG1 THR C 258 12.030 7.814 1.842 1.00 77.79 O \\nATOM 3655 N ASN C 259 15.844 7.364 -0.432 1.00 82.86 N \\nATOM 3656 CA ASN C 259 17.163 6.804 -0.705 1.00 82.86 C \\nATOM 3657 C ASN C 259 18.110 7.854 -1.280 1.00 82.86 C \\nATOM 3658 CB ASN C 259 17.053 5.611 -1.657 1.00 82.86 C \\nATOM 3659 O ASN C 259 19.286 7.572 -1.515 1.00 82.86 O \\nATOM 3660 CG ASN C 259 16.381 4.412 -1.015 1.00 82.86 C \\nATOM 3661 ND2 ASN C 259 15.485 3.768 -1.754 1.00 82.86 N \\nATOM 3662 OD1 ASN C 259 16.665 4.069 0.135 1.00 82.86 O \\nATOM 3663 N LEU C 260 17.615 9.006 -1.423 1.00 93.13 N \\nATOM 3664 CA LEU C 260 18.447 10.104 -1.901 1.00 93.13 C \\nATOM 3665 C LEU C 260 19.074 10.859 -0.733 1.00 93.13 C \\nATOM 3666 CB LEU C 260 17.624 11.066 -2.762 1.00 93.13 C \\nATOM 3667 O LEU C 260 19.869 11.778 -0.938 1.00 93.13 O \\nATOM 3668 CG LEU C 260 17.086 10.505 -4.079 1.00 93.13 C \\nATOM 3669 CD1 LEU C 260 16.330 11.585 -4.846 1.00 93.13 C \\nATOM 3670 CD2 LEU C 260 18.223 9.939 -4.923 1.00 93.13 C \\nATOM 3671 N TYR C 261 18.753 10.486 0.447 1.00 89.20 N \\nATOM 3672 CA TYR C 261 19.186 11.233 1.622 1.00 89.20 C \\nATOM 3673 C TYR C 261 20.706 11.330 1.678 1.00 89.20 C \\nATOM 3674 CB TYR C 261 18.657 10.577 2.901 1.00 89.20 C \\nATOM 3675 O TYR C 261 21.257 12.408 1.914 1.00 89.20 O \\nATOM 3676 CG TYR C 261 18.973 11.353 4.157 1.00 89.20 C \\nATOM 3677 CD1 TYR C 261 19.808 10.820 5.137 1.00 89.20 C \\nATOM 3678 CD2 TYR C 261 18.437 12.619 4.366 1.00 89.20 C \\nATOM 3679 CE1 TYR C 261 20.100 11.531 6.296 1.00 89.20 C \\nATOM 3680 CE2 TYR C 261 18.722 13.338 5.522 1.00 89.20 C \\nATOM 3681 OH TYR C 261 19.840 13.495 7.626 1.00 89.20 O \\nATOM 3682 CZ TYR C 261 19.554 12.787 6.480 1.00 89.20 C \\nATOM 3683 N SER C 262 21.429 10.244 1.427 1.00 87.83 N \\nATOM 3684 CA SER C 262 22.886 10.245 1.513 1.00 87.83 C \\nATOM 3685 C SER C 262 23.497 11.232 0.524 1.00 87.83 C \\nATOM 3686 CB SER C 262 23.439 8.843 1.254 1.00 87.83 C \\nATOM 3687 O SER C 262 24.576 11.776 0.768 1.00 87.83 O \\nATOM 3688 OG SER C 262 23.073 8.388 -0.037 1.00 87.83 O \\nATOM 3689 N LEU C 263 22.770 11.510 -0.545 1.00 93.54 N \\nATOM 3690 CA LEU C 263 23.272 12.408 -1.579 1.00 93.54 C \\nATOM 3691 C LEU C 263 22.834 13.844 -1.312 1.00 93.54 C \\nATOM 3692 CB LEU C 263 22.784 11.962 -2.960 1.00 93.54 C \\nATOM 3693 O LEU C 263 23.397 14.785 -1.877 1.00 93.54 O \\nATOM 3694 CG LEU C 263 23.320 10.623 -3.469 1.00 93.54 C \\nATOM 3695 CD1 LEU C 263 22.615 10.227 -4.762 1.00 93.54 C \\nATOM 3696 CD2 LEU C 263 24.829 10.696 -3.677 1.00 93.54 C \\nATOM 3697 N THR C 264 21.850 14.030 -0.433 1.00 95.57 N \\nATOM 3698 CA THR C 264 21.239 15.354 -0.383 1.00 95.57 C \\nATOM 3699 C THR C 264 21.369 15.957 1.012 1.00 95.57 C \\nATOM 3700 CB THR C 264 19.754 15.300 -0.786 1.00 95.57 C \\nATOM 3701 O THR C 264 21.104 17.145 1.208 1.00 95.57 O \\nATOM 3702 CG2 THR C 264 19.594 14.878 -2.243 1.00 95.57 C \\nATOM 3703 OG1 THR C 264 19.072 14.357 0.050 1.00 95.57 O \\nATOM 3704 N VAL C 265 21.803 15.198 1.982 1.00 94.09 N \\nATOM 3705 CA VAL C 265 21.898 15.716 3.343 1.00 94.09 C \\nATOM 3706 C VAL C 265 22.827 16.927 3.371 1.00 94.09 C \\nATOM 3707 CB VAL C 265 22.400 14.636 4.328 1.00 94.09 C \\nATOM 3708 O VAL C 265 23.969 16.852 2.914 1.00 94.09 O \\nATOM 3709 CG1 VAL C 265 23.799 14.161 3.941 1.00 94.09 C \\nATOM 3710 CG2 VAL C 265 22.391 15.173 5.758 1.00 94.09 C \\nATOM 3711 N PRO C 266 22.368 18.041 3.888 1.00 94.63 N \\nATOM 3712 CA PRO C 266 23.149 19.279 3.832 1.00 94.63 C \\nATOM 3713 C PRO C 266 24.311 19.290 4.823 1.00 94.63 C \\nATOM 3714 CB PRO C 266 22.122 20.360 4.183 1.00 94.63 C \\nATOM 3715 O PRO C 266 25.386 19.810 4.513 1.00 94.63 O \\nATOM 3716 CG PRO C 266 20.993 19.620 4.824 1.00 94.63 C \\nATOM 3717 CD PRO C 266 21.012 18.201 4.332 1.00 94.63 C \\nATOM 3718 N PHE C 267 24.110 18.773 6.021 1.00 94.46 N \\nATOM 3719 CA PHE C 267 25.137 18.803 7.056 1.00 94.46 C \\nATOM 3720 C PHE C 267 25.591 17.392 7.410 1.00 94.46 C \\nATOM 3721 CB PHE C 267 24.620 19.518 8.308 1.00 94.46 C \\nATOM 3722 O PHE C 267 25.321 16.905 8.510 1.00 94.46 O \\nATOM 3723 CG PHE C 267 24.037 20.878 8.033 1.00 94.46 C \\nATOM 3724 CD1 PHE C 267 24.863 21.968 7.788 1.00 94.46 C \\nATOM 3725 CD2 PHE C 267 22.661 21.066 8.020 1.00 94.46 C \\nATOM 3726 CE1 PHE C 267 24.325 23.227 7.533 1.00 94.46 C \\nATOM 3727 CE2 PHE C 267 22.116 22.322 7.767 1.00 94.46 C \\nATOM 3728 CZ PHE C 267 22.950 23.401 7.524 1.00 94.46 C \\nATOM 3729 N GLY C 268 26.453 16.812 6.557 1.00 87.86 N \\nATOM 3730 CA GLY C 268 26.908 15.434 6.649 1.00 87.86 C \\nATOM 3731 C GLY C 268 27.812 15.182 7.841 1.00 87.86 C \\nATOM 3732 O GLY C 268 27.972 14.039 8.275 1.00 87.86 O \\nATOM 3733 N GLN C 269 28.354 16.248 8.422 1.00 85.94 N \\nATOM 3734 CA GLN C 269 29.275 16.142 9.548 1.00 85.94 C \\nATOM 3735 C GLN C 269 28.520 15.957 10.861 1.00 85.94 C \\nATOM 3736 CB GLN C 269 30.171 17.379 9.627 1.00 85.94 C \\nATOM 3737 O GLN C 269 29.102 15.538 11.864 1.00 85.94 O \\nATOM 3738 CG GLN C 269 29.422 18.660 9.970 1.00 85.94 C \\nATOM 3739 CD GLN C 269 28.730 19.275 8.768 1.00 85.94 C \\nATOM 3740 NE2 GLN C 269 28.263 20.509 8.921 1.00 85.94 N \\nATOM 3741 OE1 GLN C 269 28.618 18.646 7.711 1.00 85.94 O \\nATOM 3742 N LYS C 270 27.211 16.322 10.802 1.00 85.17 N \\nATOM 3743 CA LYS C 270 26.387 16.158 11.996 1.00 85.17 C \\nATOM 3744 C LYS C 270 26.015 14.693 12.210 1.00 85.17 C \\nATOM 3745 CB LYS C 270 25.122 17.011 11.898 1.00 85.17 C \\nATOM 3746 O LYS C 270 26.046 13.896 11.270 1.00 85.17 O \\nATOM 3747 CG LYS C 270 25.387 18.509 11.867 1.00 85.17 C \\nATOM 3748 CD LYS C 270 25.868 19.020 13.219 1.00 85.17 C \\nATOM 3749 CE LYS C 270 25.973 20.539 13.240 1.00 85.17 C \\nATOM 3750 NZ LYS C 270 26.430 21.045 14.568 1.00 85.17 N \\nATOM 3751 N PRO C 271 25.806 14.358 13.530 1.00 78.31 N \\nATOM 3752 CA PRO C 271 25.424 12.970 13.798 1.00 78.31 C \\nATOM 3753 C PRO C 271 24.222 12.518 12.972 1.00 78.31 C \\nATOM 3754 CB PRO C 271 25.088 12.978 15.292 1.00 78.31 C \\nATOM 3755 O PRO C 271 23.299 13.302 12.739 1.00 78.31 O \\nATOM 3756 CG PRO C 271 25.844 14.142 15.847 1.00 78.31 C \\nATOM 3757 CD PRO C 271 25.933 15.202 14.787 1.00 78.31 C \\nATOM 3758 N ASN C 272 24.334 11.289 12.612 1.00 75.43 N \\nATOM 3759 CA ASN C 272 23.279 10.684 11.806 1.00 75.43 C \\nATOM 3760 C ASN C 272 22.027 10.411 12.634 1.00 75.43 C \\nATOM 3761 CB ASN C 272 23.776 9.392 11.153 1.00 75.43 C \\nATOM 3762 O ASN C 272 22.110 9.842 13.723 1.00 75.43 O \\nATOM 3763 CG ASN C 272 22.838 8.883 10.077 1.00 75.43 C \\nATOM 3764 ND2 ASN C 272 23.323 7.959 9.256 1.00 75.43 N \\nATOM 3765 OD1 ASN C 272 21.687 9.316 9.984 1.00 75.43 O \\nATOM 3766 N ILE C 273 20.976 10.872 12.203 1.00 79.32 N \\nATOM 3767 CA ILE C 273 19.719 10.699 12.923 1.00 79.32 C \\nATOM 3768 C ILE C 273 19.204 9.275 12.728 1.00 79.32 C \\nATOM 3769 CB ILE C 273 18.657 11.721 12.459 1.00 79.32 C \\nATOM 3770 O ILE C 273 18.340 8.813 13.476 1.00 79.32 O \\nATOM 3771 CG1 ILE C 273 18.964 13.109 13.034 1.00 79.32 C \\nATOM 3772 CG2 ILE C 273 17.253 11.260 12.859 1.00 79.32 C \\nATOM 3773 CD1 ILE C 273 18.449 14.260 12.181 1.00 79.32 C \\nATOM 3774 N ASP C 274 19.777 8.562 11.883 1.00 80.15 N \\nATOM 3775 CA ASP C 274 19.463 7.146 11.718 1.00 80.15 C \\nATOM 3776 C ASP C 274 20.098 6.309 12.827 1.00 80.15 C \\nATOM 3777 CB ASP C 274 19.931 6.648 10.349 1.00 80.15 C \\nATOM 3778 O ASP C 274 21.323 6.187 12.895 1.00 80.15 O \\nATOM 3779 CG ASP C 274 19.451 5.243 10.033 1.00 80.15 C \\nATOM 3780 OD1 ASP C 274 19.251 4.441 10.971 1.00 80.15 O \\nATOM 3781 OD2 ASP C 274 19.273 4.933 8.835 1.00 80.15 O \\nATOM 3782 N VAL C 275 19.330 5.641 13.641 1.00 88.92 N \\nATOM 3783 CA VAL C 275 19.801 5.018 14.873 1.00 88.92 C \\nATOM 3784 C VAL C 275 19.984 3.518 14.657 1.00 88.92 C \\nATOM 3785 CB VAL C 275 18.827 5.272 16.046 1.00 88.92 C \\nATOM 3786 O VAL C 275 19.964 2.739 15.613 1.00 88.92 O \\nATOM 3787 CG1 VAL C 275 18.841 6.745 16.450 1.00 88.92 C \\nATOM 3788 CG2 VAL C 275 17.414 4.831 15.670 1.00 88.92 C \\nATOM 3789 N THR C 276 20.028 3.047 13.475 1.00 86.51 N \\nATOM 3790 CA THR C 276 20.218 1.633 13.169 1.00 86.51 C \\nATOM 3791 C THR C 276 21.459 1.090 13.872 1.00 86.51 C \\nATOM 3792 CB THR C 276 20.342 1.403 11.651 1.00 86.51 C \\nATOM 3793 O THR C 276 21.393 0.066 14.556 1.00 86.51 O \\nATOM 3794 CG2 THR C 276 20.516 -0.079 11.333 1.00 86.51 C \\nATOM 3795 OG1 THR C 276 19.159 1.884 11.002 1.00 86.51 O \\nATOM 3796 N ASP C 277 22.564 1.756 13.752 1.00 90.07 N \\nATOM 3797 CA ASP C 277 23.821 1.317 14.351 1.00 90.07 C \\nATOM 3798 C ASP C 277 23.708 1.242 15.872 1.00 90.07 C \\nATOM 3799 CB ASP C 277 24.962 2.257 13.955 1.00 90.07 C \\nATOM 3800 O ASP C 277 24.218 0.307 16.492 1.00 90.07 O \\nATOM 3801 CG ASP C 277 25.352 2.132 12.493 1.00 90.07 C \\nATOM 3802 OD1 ASP C 277 25.038 1.099 11.864 1.00 90.07 O \\nATOM 3803 OD2 ASP C 277 25.981 3.075 11.965 1.00 90.07 O \\nATOM 3804 N ALA C 278 23.039 2.263 16.406 1.00 92.37 N \\nATOM 3805 CA ALA C 278 22.839 2.270 17.853 1.00 92.37 C \\nATOM 3806 C ALA C 278 22.054 1.042 18.304 1.00 92.37 C \\nATOM 3807 CB ALA C 278 22.120 3.546 18.284 1.00 92.37 C \\nATOM 3808 O ALA C 278 22.390 0.419 19.314 1.00 92.37 O \\nATOM 3809 N MET C 279 21.020 0.688 17.617 1.00 95.88 N \\nATOM 3810 CA MET C 279 20.207 -0.480 17.946 1.00 95.88 C \\nATOM 3811 C MET C 279 21.026 -1.761 17.840 1.00 95.88 C \\nATOM 3812 CB MET C 279 18.986 -0.561 17.028 1.00 95.88 C \\nATOM 3813 O MET C 279 20.926 -2.640 18.698 1.00 95.88 O \\nATOM 3814 CG MET C 279 17.925 0.487 17.324 1.00 95.88 C \\nATOM 3815 SD MET C 279 16.385 0.218 16.364 1.00 95.88 S \\nATOM 3816 CE MET C 279 16.979 0.601 14.692 1.00 95.88 C \\nATOM 3817 N VAL C 280 21.836 -1.866 16.848 1.00 94.89 N \\nATOM 3818 CA VAL C 280 22.688 -3.036 16.661 1.00 94.89 C \\nATOM 3819 C VAL C 280 23.700 -3.125 17.802 1.00 94.89 C \\nATOM 3820 CB VAL C 280 23.420 -2.993 15.302 1.00 94.89 C \\nATOM 3821 O VAL C 280 23.892 -4.194 18.387 1.00 94.89 O \\nATOM 3822 CG1 VAL C 280 24.466 -4.104 15.217 1.00 94.89 C \\nATOM 3823 CG2 VAL C 280 22.419 -3.109 14.153 1.00 94.89 C \\nATOM 3824 N ASP C 281 24.320 -2.022 18.116 1.00 95.07 N \\nATOM 3825 CA ASP C 281 25.328 -1.962 19.170 1.00 95.07 C \\nATOM 3826 C ASP C 281 24.734 -2.358 20.520 1.00 95.07 C \\nATOM 3827 CB ASP C 281 25.934 -0.560 19.254 1.00 95.07 C \\nATOM 3828 O ASP C 281 25.422 -2.943 21.359 1.00 95.07 O \\nATOM 3829 CG ASP C 281 26.849 -0.238 18.085 1.00 95.07 C \\nATOM 3830 OD1 ASP C 281 27.240 -1.166 17.344 1.00 95.07 O \\nATOM 3831 OD2 ASP C 281 27.184 0.952 17.906 1.00 95.07 O \\nATOM 3832 N GLN C 282 23.480 -2.054 20.678 1.00 96.12 N \\nATOM 3833 CA GLN C 282 22.801 -2.366 21.931 1.00 96.12 C \\nATOM 3834 C GLN C 282 22.143 -3.741 21.873 1.00 96.12 C \\nATOM 3835 CB GLN C 282 21.756 -1.297 22.257 1.00 96.12 C \\nATOM 3836 O GLN C 282 21.412 -4.125 22.789 1.00 96.12 O \\nATOM 3837 CG GLN C 282 22.347 0.083 22.509 1.00 96.12 C \\nATOM 3838 CD GLN C 282 21.289 1.126 22.821 1.00 96.12 C \\nATOM 3839 NE2 GLN C 282 21.545 2.367 22.422 1.00 96.12 N \\nATOM 3840 OE1 GLN C 282 20.251 0.818 23.414 1.00 96.12 O \\nATOM 3841 N ALA C 283 22.286 -4.456 20.775 1.00 96.93 N \\nATOM 3842 CA ALA C 283 21.844 -5.835 20.581 1.00 96.93 C \\nATOM 3843 C ALA C 283 20.321 -5.931 20.605 1.00 96.93 C \\nATOM 3844 CB ALA C 283 22.448 -6.742 21.650 1.00 96.93 C \\nATOM 3845 O ALA C 283 19.760 -6.834 21.230 1.00 96.93 O \\nATOM 3846 N TRP C 284 19.664 -4.921 20.056 1.00 97.06 N \\nATOM 3847 CA TRP C 284 18.215 -5.003 19.904 1.00 97.06 C \\nATOM 3848 C TRP C 284 17.826 -6.178 19.013 1.00 97.06 C \\nATOM 3849 CB TRP C 284 17.660 -3.699 19.322 1.00 97.06 C \\nATOM 3850 O TRP C 284 18.573 -6.551 18.106 1.00 97.06 O \\nATOM 3851 CG TRP C 284 17.591 -2.573 20.309 1.00 97.06 C \\nATOM 3852 CD1 TRP C 284 18.468 -2.312 21.325 1.00 97.06 C \\nATOM 3853 CD2 TRP C 284 16.586 -1.556 20.375 1.00 97.06 C \\nATOM 3854 CE2 TRP C 284 16.918 -0.711 21.457 1.00 97.06 C \\nATOM 3855 CE3 TRP C 284 15.437 -1.278 19.624 1.00 97.06 C \\nATOM 3856 NE1 TRP C 284 18.069 -1.193 22.019 1.00 97.06 N \\nATOM 3857 CH2 TRP C 284 15.020 0.645 21.055 1.00 97.06 C \\nATOM 3858 CZ2 TRP C 284 16.139 0.395 21.806 1.00 97.06 C \\nATOM 3859 CZ3 TRP C 284 14.664 -0.176 19.973 1.00 97.06 C \\nATOM 3860 N ASP C 285 16.746 -6.763 19.300 1.00 96.91 N \\nATOM 3861 CA ASP C 285 16.123 -7.755 18.429 1.00 96.91 C \\nATOM 3862 C ASP C 285 14.690 -7.356 18.081 1.00 96.91 C \\nATOM 3863 CB ASP C 285 16.139 -9.135 19.089 1.00 96.91 C \\nATOM 3864 O ASP C 285 14.231 -6.277 18.460 1.00 96.91 O \\nATOM 3865 CG ASP C 285 15.362 -9.179 20.393 1.00 96.91 C \\nATOM 3866 OD1 ASP C 285 14.655 -8.199 20.714 1.00 96.91 O \\nATOM 3867 OD2 ASP C 285 15.460 -10.200 21.107 1.00 96.91 O \\nATOM 3868 N ALA C 286 14.047 -8.133 17.266 1.00 96.04 N \\nATOM 3869 CA ALA C 286 12.692 -7.836 16.806 1.00 96.04 C \\nATOM 3870 C ALA C 286 11.748 -7.620 17.985 1.00 96.04 C \\nATOM 3871 CB ALA C 286 12.175 -8.962 15.913 1.00 96.04 C \\nATOM 3872 O ALA C 286 10.955 -6.676 17.987 1.00 96.04 O \\nATOM 3873 N GLN C 287 11.815 -8.496 18.941 1.00 96.74 N \\nATOM 3874 CA GLN C 287 10.952 -8.403 20.114 1.00 96.74 C \\nATOM 3875 C GLN C 287 11.148 -7.073 20.837 1.00 96.74 C \\nATOM 3876 CB GLN C 287 11.219 -9.565 21.071 1.00 96.74 C \\nATOM 3877 O GLN C 287 10.175 -6.424 21.227 1.00 96.74 O \\nATOM 3878 CG GLN C 287 10.091 -9.817 22.063 1.00 96.74 C \\nATOM 3879 CD GLN C 287 10.209 -11.161 22.757 1.00 96.74 C \\nATOM 3880 NE2 GLN C 287 9.259 -11.459 23.637 1.00 96.74 N \\nATOM 3881 OE1 GLN C 287 11.145 -11.925 22.504 1.00 96.74 O \\nATOM 3882 N ARG C 288 12.373 -6.701 21.055 1.00 97.50 N \\nATOM 3883 CA ARG C 288 12.673 -5.434 21.715 1.00 97.50 C \\nATOM 3884 C ARG C 288 12.096 -4.260 20.932 1.00 97.50 C \\nATOM 3885 CB ARG C 288 14.183 -5.260 21.884 1.00 97.50 C \\nATOM 3886 O ARG C 288 11.579 -3.308 21.521 1.00 97.50 O \\nATOM 3887 CG ARG C 288 14.588 -3.908 22.451 1.00 97.50 C \\nATOM 3888 CD ARG C 288 14.189 -3.768 23.914 1.00 97.50 C \\nATOM 3889 NE ARG C 288 14.655 -2.507 24.482 1.00 97.50 N \\nATOM 3890 NH1 ARG C 288 13.813 -2.908 26.595 1.00 97.50 N \\nATOM 3891 NH2 ARG C 288 14.933 -0.957 26.154 1.00 97.50 N \\nATOM 3892 CZ ARG C 288 14.466 -2.127 25.742 1.00 97.50 C \\nATOM 3893 N ILE C 289 12.194 -4.265 19.650 1.00 97.24 N \\nATOM 3894 CA ILE C 289 11.662 -3.217 18.786 1.00 97.24 C \\nATOM 3895 C ILE C 289 10.162 -3.060 19.029 1.00 97.24 C \\nATOM 3896 CB ILE C 289 11.934 -3.521 17.296 1.00 97.24 C \\nATOM 3897 O ILE C 289 9.676 -1.949 19.249 1.00 97.24 O \\nATOM 3898 CG1 ILE C 289 13.412 -3.282 16.964 1.00 97.24 C \\nATOM 3899 CG2 ILE C 289 11.028 -2.674 16.398 1.00 97.24 C \\nATOM 3900 CD1 ILE C 289 13.808 -3.713 15.558 1.00 97.24 C \\nATOM 3901 N PHE C 290 9.452 -4.154 19.069 1.00 97.79 N \\nATOM 3902 CA PHE C 290 8.004 -4.107 19.229 1.00 97.79 C \\nATOM 3903 C PHE C 290 7.629 -3.755 20.663 1.00 97.79 C \\nATOM 3904 CB PHE C 290 7.375 -5.448 18.836 1.00 97.79 C \\nATOM 3905 O PHE C 290 6.631 -3.070 20.899 1.00 97.79 O \\nATOM 3906 CG PHE C 290 7.218 -5.632 17.351 1.00 97.79 C \\nATOM 3907 CD1 PHE C 290 6.033 -5.282 16.714 1.00 97.79 C \\nATOM 3908 CD2 PHE C 290 8.256 -6.156 16.591 1.00 97.79 C \\nATOM 3909 CE1 PHE C 290 5.885 -5.452 15.339 1.00 97.79 C \\nATOM 3910 CE2 PHE C 290 8.115 -6.328 15.216 1.00 97.79 C \\nATOM 3911 CZ PHE C 290 6.929 -5.977 14.593 1.00 97.79 C \\nATOM 3912 N LYS C 291 8.370 -4.207 21.625 1.00 97.60 N \\nATOM 3913 CA LYS C 291 8.133 -3.836 23.017 1.00 97.60 C \\nATOM 3914 C LYS C 291 8.329 -2.338 23.228 1.00 97.60 C \\nATOM 3915 CB LYS C 291 9.058 -4.622 23.947 1.00 97.60 C \\nATOM 3916 O LYS C 291 7.577 -1.706 23.972 1.00 97.60 O \\nATOM 3917 CG LYS C 291 8.622 -6.060 24.185 1.00 97.60 C \\nATOM 3918 CD LYS C 291 9.544 -6.769 25.169 1.00 97.60 C \\nATOM 3919 CE LYS C 291 9.084 -8.195 25.439 1.00 97.60 C \\nATOM 3920 NZ LYS C 291 10.045 -8.930 26.316 1.00 97.60 N \\nATOM 3921 N GLU C 292 9.366 -1.891 22.563 1.00 96.30 N \\nATOM 3922 CA GLU C 292 9.593 -0.451 22.645 1.00 96.30 C \\nATOM 3923 C GLU C 292 8.440 0.325 22.015 1.00 96.30 C \\nATOM 3924 CB GLU C 292 10.913 -0.075 21.968 1.00 96.30 C \\nATOM 3925 O GLU C 292 8.047 1.379 22.519 1.00 96.30 O \\nATOM 3926 CG GLU C 292 11.398 1.328 22.303 1.00 96.30 C \\nATOM 3927 CD GLU C 292 11.639 1.540 23.789 1.00 96.30 C \\nATOM 3928 OE1 GLU C 292 11.576 2.701 24.255 1.00 96.30 O \\nATOM 3929 OE2 GLU C 292 11.892 0.538 24.494 1.00 96.30 O \\nATOM 3930 N ALA C 293 7.948 -0.152 20.918 1.00 95.32 N \\nATOM 3931 CA ALA C 293 6.787 0.473 20.288 1.00 95.32 C \\nATOM 3932 C ALA C 293 5.585 0.468 21.228 1.00 95.32 C \\nATOM 3933 CB ALA C 293 6.442 -0.239 18.983 1.00 95.32 C \\nATOM 3934 O ALA C 293 4.888 1.477 21.360 1.00 95.32 O \\nATOM 3935 N GLU C 294 5.321 -0.683 21.840 1.00 96.77 N \\nATOM 3936 CA GLU C 294 4.205 -0.777 22.776 1.00 96.77 C \\nATOM 3937 C GLU C 294 4.357 0.224 23.919 1.00 96.77 C \\nATOM 3938 CB GLU C 294 4.089 -2.198 23.334 1.00 96.77 C \\nATOM 3939 O GLU C 294 3.373 0.818 24.365 1.00 96.77 O \\nATOM 3940 CG GLU C 294 2.913 -2.393 24.280 1.00 96.77 C \\nATOM 3941 CD GLU C 294 2.786 -3.819 24.793 1.00 96.77 C \\nATOM 3942 OE1 GLU C 294 1.832 -4.525 24.395 1.00 96.77 O \\nATOM 3943 OE2 GLU C 294 3.648 -4.233 25.601 1.00 96.77 O \\nATOM 3944 N LYS C 295 5.592 0.403 24.451 1.00 95.55 N \\nATOM 3945 CA LYS C 295 5.836 1.367 25.521 1.00 95.55 C \\nATOM 3946 C LYS C 295 5.350 2.759 25.128 1.00 95.55 C \\nATOM 3947 CB LYS C 295 7.324 1.411 25.873 1.00 95.55 C \\nATOM 3948 O LYS C 295 4.841 3.504 25.968 1.00 95.55 O \\nATOM 3949 CG LYS C 295 7.811 0.199 26.653 1.00 95.55 C \\nATOM 3950 CD LYS C 295 9.288 0.319 27.008 1.00 95.55 C \\nATOM 3951 CE LYS C 295 9.807 -0.944 27.680 1.00 95.55 C \\nATOM 3952 NZ LYS C 295 11.276 -0.868 27.943 1.00 95.55 N \\nATOM 3953 N PHE C 296 5.563 3.080 23.923 1.00 92.93 N \\nATOM 3954 CA PHE C 296 5.093 4.367 23.426 1.00 92.93 C \\nATOM 3955 C PHE C 296 3.578 4.476 23.550 1.00 92.93 C \\nATOM 3956 CB PHE C 296 5.516 4.568 21.967 1.00 92.93 C \\nATOM 3957 O PHE C 296 3.064 5.452 24.100 1.00 92.93 O \\nATOM 3958 CG PHE C 296 4.959 5.818 21.340 1.00 92.93 C \\nATOM 3959 CD1 PHE C 296 3.780 5.779 20.607 1.00 92.93 C \\nATOM 3960 CD2 PHE C 296 5.616 7.033 21.485 1.00 92.93 C \\nATOM 3961 CE1 PHE C 296 3.262 6.934 20.025 1.00 92.93 C \\nATOM 3962 CE2 PHE C 296 5.104 8.192 20.907 1.00 92.93 C \\nATOM 3963 CZ PHE C 296 3.928 8.140 20.177 1.00 92.93 C \\nATOM 3964 N PHE C 297 2.857 3.525 23.068 1.00 93.49 N \\nATOM 3965 CA PHE C 297 1.399 3.526 23.089 1.00 93.49 C \\nATOM 3966 C PHE C 297 0.879 3.574 24.520 1.00 93.49 C \\nATOM 3967 CB PHE C 297 0.849 2.290 22.371 1.00 93.49 C \\nATOM 3968 O PHE C 297 -0.044 4.331 24.826 1.00 93.49 O \\nATOM 3969 CG PHE C 297 1.128 2.273 20.892 1.00 93.49 C \\nATOM 3970 CD1 PHE C 297 0.481 3.157 20.038 1.00 93.49 C \\nATOM 3971 CD2 PHE C 297 2.039 1.372 20.356 1.00 93.49 C \\nATOM 3972 CE1 PHE C 297 0.737 3.143 18.669 1.00 93.49 C \\nATOM 3973 CE2 PHE C 297 2.301 1.352 18.989 1.00 93.49 C \\nATOM 3974 CZ PHE C 297 1.648 2.238 18.147 1.00 93.49 C \\nATOM 3975 N VAL C 298 1.456 2.814 25.338 1.00 95.33 N \\nATOM 3976 CA VAL C 298 1.055 2.783 26.741 1.00 95.33 C \\nATOM 3977 C VAL C 298 1.329 4.139 27.387 1.00 95.33 C \\nATOM 3978 CB VAL C 298 1.788 1.666 27.516 1.00 95.33 C \\nATOM 3979 O VAL C 298 0.549 4.606 28.220 1.00 95.33 O \\nATOM 3980 CG1 VAL C 298 1.517 1.781 29.015 1.00 95.33 C \\nATOM 3981 CG2 VAL C 298 1.366 0.292 26.998 1.00 95.33 C \\nATOM 3982 N SER C 299 2.395 4.759 27.039 1.00 93.73 N \\nATOM 3983 CA SER C 299 2.787 6.046 27.604 1.00 93.73 C \\nATOM 3984 C SER C 299 1.747 7.120 27.307 1.00 93.73 C \\nATOM 3985 CB SER C 299 4.149 6.479 27.059 1.00 93.73 C \\nATOM 3986 O SER C 299 1.641 8.108 28.036 1.00 93.73 O \\nATOM 3987 OG SER C 299 4.024 6.994 25.745 1.00 93.73 O \\nATOM 3988 N VAL C 300 0.958 6.974 26.269 1.00 93.77 N \\nATOM 3989 CA VAL C 300 -0.046 7.979 25.937 1.00 93.77 C \\nATOM 3990 C VAL C 300 -1.419 7.517 26.420 1.00 93.77 C \\nATOM 3991 CB VAL C 300 -0.083 8.266 24.419 1.00 93.77 C \\nATOM 3992 O VAL C 300 -2.437 8.135 26.099 1.00 93.77 O \\nATOM 3993 CG1 VAL C 300 1.230 8.894 23.956 1.00 93.77 C \\nATOM 3994 CG2 VAL C 300 -0.369 6.982 23.642 1.00 93.77 C \\nATOM 3995 N GLY C 301 -1.456 6.371 27.058 1.00 93.92 N \\nATOM 3996 CA GLY C 301 -2.678 5.914 27.698 1.00 93.92 C \\nATOM 3997 C GLY C 301 -3.458 4.922 26.856 1.00 93.92 C \\nATOM 3998 O GLY C 301 -4.607 4.603 27.167 1.00 93.92 O \\nATOM 3999 N LEU C 302 -2.934 4.489 25.751 1.00 95.36 N \\nATOM 4000 CA LEU C 302 -3.573 3.460 24.938 1.00 95.36 C \\nATOM 4001 C LEU C 302 -3.332 2.074 25.527 1.00 95.36 C \\nATOM 4002 CB LEU C 302 -3.051 3.513 23.499 1.00 95.36 C \\nATOM 4003 O LEU C 302 -2.357 1.864 26.252 1.00 95.36 O \\nATOM 4004 CG LEU C 302 -3.396 4.770 22.699 1.00 95.36 C \\nATOM 4005 CD1 LEU C 302 -2.687 4.749 21.349 1.00 95.36 C \\nATOM 4006 CD2 LEU C 302 -4.905 4.891 22.515 1.00 95.36 C \\nATOM 4007 N PRO C 303 -4.199 1.177 25.300 1.00 95.59 N \\nATOM 4008 CA PRO C 303 -4.107 -0.144 25.926 1.00 95.59 C \\nATOM 4009 C PRO C 303 -2.890 -0.937 25.456 1.00 95.59 C \\nATOM 4010 CB PRO C 303 -5.406 -0.830 25.493 1.00 95.59 C \\nATOM 4011 O PRO C 303 -2.388 -0.707 24.353 1.00 95.59 O \\nATOM 4012 CG PRO C 303 -5.893 -0.026 24.331 1.00 95.59 C \\nATOM 4013 CD PRO C 303 -5.283 1.344 24.409 1.00 95.59 C \\nATOM 4014 N ASN C 304 -2.432 -1.823 26.312 1.00 97.16 N \\nATOM 4015 CA ASN C 304 -1.414 -2.792 25.922 1.00 97.16 C \\nATOM 4016 C ASN C 304 -1.912 -3.713 24.811 1.00 97.16 C \\nATOM 4017 CB ASN C 304 -0.963 -3.615 27.131 1.00 97.16 C \\nATOM 4018 O ASN C 304 -3.119 -3.903 24.653 1.00 97.16 O \\nATOM 4019 CG ASN C 304 -0.236 -2.780 28.167 1.00 97.16 C \\nATOM 4020 ND2 ASN C 304 -0.771 -2.744 29.381 1.00 97.16 N \\nATOM 4021 OD1 ASN C 304 0.798 -2.172 27.877 1.00 97.16 O \\nATOM 4022 N MET C 305 -0.896 -4.167 24.049 1.00 97.49 N \\nATOM 4023 CA MET C 305 -1.267 -5.222 23.110 1.00 97.49 C \\nATOM 4024 C MET C 305 -1.819 -6.438 23.848 1.00 97.49 C \\nATOM 4025 CB MET C 305 -0.065 -5.630 22.257 1.00 97.49 C \\nATOM 4026 O MET C 305 -1.481 -6.670 25.010 1.00 97.49 O \\nATOM 4027 CG MET C 305 0.437 -4.528 21.338 1.00 97.49 C \\nATOM 4028 SD MET C 305 -0.818 -4.019 20.099 1.00 97.49 S \\nATOM 4029 CE MET C 305 -1.261 -2.383 20.745 1.00 97.49 C \\nATOM 4030 N THR C 306 -2.711 -7.204 23.246 1.00 97.04 N \\nATOM 4031 CA THR C 306 -3.277 -8.401 23.858 1.00 97.04 C \\nATOM 4032 C THR C 306 -2.211 -9.481 24.020 1.00 97.04 C \\nATOM 4033 CB THR C 306 -4.449 -8.954 23.025 1.00 97.04 C \\nATOM 4034 O THR C 306 -1.175 -9.443 23.354 1.00 97.04 O \\nATOM 4035 CG2 THR C 306 -5.535 -7.900 22.837 1.00 97.04 C \\nATOM 4036 OG1 THR C 306 -3.964 -9.358 21.738 1.00 97.04 O \\nATOM 4037 N GLN C 307 -2.476 -10.354 24.960 1.00 96.65 N \\nATOM 4038 CA GLN C 307 -1.584 -11.497 25.119 1.00 96.65 C \\nATOM 4039 C GLN C 307 -1.462 -12.285 23.817 1.00 96.65 C \\nATOM 4040 CB GLN C 307 -2.076 -12.411 26.242 1.00 96.65 C \\nATOM 4041 O GLN C 307 -0.371 -12.726 23.452 1.00 96.65 O \\nATOM 4042 CG GLN C 307 -1.102 -13.526 26.599 1.00 96.65 C \\nATOM 4043 CD GLN C 307 -1.582 -14.375 27.761 1.00 96.65 C \\nATOM 4044 NE2 GLN C 307 -0.786 -15.369 28.138 1.00 96.65 N \\nATOM 4045 OE1 GLN C 307 -2.660 -14.138 28.316 1.00 96.65 O \\nATOM 4046 N GLY C 308 -2.577 -12.471 23.117 1.00 96.86 N \\nATOM 4047 CA GLY C 308 -2.585 -13.154 21.833 1.00 96.86 C \\nATOM 4048 C GLY C 308 -1.688 -12.497 20.802 1.00 96.86 C \\nATOM 4049 O GLY C 308 -1.074 -13.180 19.980 1.00 96.86 O \\nATOM 4050 N PHE C 309 -1.567 -11.204 20.829 1.00 97.01 N \\nATOM 4051 CA PHE C 309 -0.680 -10.469 19.934 1.00 97.01 C \\nATOM 4052 C PHE C 309 0.754 -10.968 20.065 1.00 97.01 C \\nATOM 4053 CB PHE C 309 -0.742 -8.967 20.228 1.00 97.01 C \\nATOM 4054 O PHE C 309 1.387 -11.322 19.068 1.00 97.01 O \\nATOM 4055 CG PHE C 309 0.276 -8.158 19.472 1.00 97.01 C \\nATOM 4056 CD1 PHE C 309 1.528 -7.902 20.019 1.00 97.01 C \\nATOM 4057 CD2 PHE C 309 -0.018 -7.652 18.212 1.00 97.01 C \\nATOM 4058 CE1 PHE C 309 2.473 -7.154 19.321 1.00 97.01 C \\nATOM 4059 CE2 PHE C 309 0.921 -6.903 17.509 1.00 97.01 C \\nATOM 4060 CZ PHE C 309 2.165 -6.654 18.065 1.00 97.01 C \\nATOM 4061 N TRP C 310 1.253 -11.063 21.271 1.00 97.21 N \\nATOM 4062 CA TRP C 310 2.641 -11.432 21.526 1.00 97.21 C \\nATOM 4063 C TRP C 310 2.866 -12.918 21.268 1.00 97.21 C \\nATOM 4064 CB TRP C 310 3.034 -11.086 22.965 1.00 97.21 C \\nATOM 4065 O TRP C 310 3.926 -13.317 20.779 1.00 97.21 O \\nATOM 4066 CG TRP C 310 3.031 -9.617 23.261 1.00 97.21 C \\nATOM 4067 CD1 TRP C 310 2.149 -8.938 24.056 1.00 97.21 C \\nATOM 4068 CD2 TRP C 310 3.951 -8.643 22.760 1.00 97.21 C \\nATOM 4069 CE2 TRP C 310 3.568 -7.392 23.293 1.00 97.21 C \\nATOM 4070 CE3 TRP C 310 5.064 -8.706 21.911 1.00 97.21 C \\nATOM 4071 NE1 TRP C 310 2.467 -7.600 24.080 1.00 97.21 N \\nATOM 4072 CH2 TRP C 310 5.345 -6.304 22.172 1.00 97.21 C \\nATOM 4073 CZ2 TRP C 310 4.260 -6.214 23.005 1.00 97.21 C \\nATOM 4074 CZ3 TRP C 310 5.752 -7.532 21.625 1.00 97.21 C \\nATOM 4075 N GLU C 311 1.841 -13.695 21.482 1.00 96.68 N \\nATOM 4076 CA GLU C 311 1.967 -15.144 21.349 1.00 96.68 C \\nATOM 4077 C GLU C 311 1.798 -15.581 19.897 1.00 96.68 C \\nATOM 4078 CB GLU C 311 0.943 -15.856 22.236 1.00 96.68 C \\nATOM 4079 O GLU C 311 2.419 -16.551 19.459 1.00 96.68 O \\nATOM 4080 CG GLU C 311 1.240 -15.752 23.724 1.00 96.68 C \\nATOM 4081 CD GLU C 311 0.124 -16.301 24.599 1.00 96.68 C \\nATOM 4082 OE1 GLU C 311 0.274 -16.307 25.842 1.00 96.68 O \\nATOM 4083 OE2 GLU C 311 -0.908 -16.730 24.036 1.00 96.68 O \\nATOM 4084 N ASN C 312 1.025 -14.808 19.127 1.00 96.82 N \\nATOM 4085 CA ASN C 312 0.580 -15.352 17.848 1.00 96.82 C \\nATOM 4086 C ASN C 312 1.138 -14.554 16.674 1.00 96.82 C \\nATOM 4087 CB ASN C 312 -0.949 -15.391 17.785 1.00 96.82 C \\nATOM 4088 O ASN C 312 1.088 -15.008 15.529 1.00 96.82 O \\nATOM 4089 CG ASN C 312 -1.552 -16.328 18.812 1.00 96.82 C \\nATOM 4090 ND2 ASN C 312 -2.683 -15.931 19.385 1.00 96.82 N \\nATOM 4091 OD1 ASN C 312 -1.007 -17.399 19.090 1.00 96.82 O \\nATOM 4092 N SER C 313 1.689 -13.428 16.890 1.00 95.03 N \\nATOM 4093 CA SER C 313 2.281 -12.641 15.813 1.00 95.03 C \\nATOM 4094 C SER C 313 3.544 -13.305 15.273 1.00 95.03 C \\nATOM 4095 CB SER C 313 2.606 -11.227 16.297 1.00 95.03 C \\nATOM 4096 O SER C 313 4.196 -14.076 15.979 1.00 95.03 O \\nATOM 4097 OG SER C 313 1.420 -10.517 16.607 1.00 95.03 O \\nATOM 4098 N MET C 314 3.847 -13.115 14.029 1.00 91.77 N \\nATOM 4099 CA MET C 314 5.140 -13.467 13.450 1.00 91.77 C \\nATOM 4100 C MET C 314 6.016 -12.229 13.283 1.00 91.77 C \\nATOM 4101 CB MET C 314 4.955 -14.163 12.101 1.00 91.77 C \\nATOM 4102 O MET C 314 5.807 -11.435 12.364 1.00 91.77 O \\nATOM 4103 CG MET C 314 6.246 -14.704 11.508 1.00 91.77 C \\nATOM 4104 SD MET C 314 6.028 -15.321 9.794 1.00 91.77 S \\nATOM 4105 CE MET C 314 6.168 -13.764 8.873 1.00 91.77 C \\nATOM 4106 N LEU C 315 6.968 -12.088 14.118 1.00 95.00 N \\nATOM 4107 CA LEU C 315 7.747 -10.855 14.169 1.00 95.00 C \\nATOM 4108 C LEU C 315 9.136 -11.064 13.574 1.00 95.00 C \\nATOM 4109 CB LEU C 315 7.866 -10.356 15.611 1.00 95.00 C \\nATOM 4110 O LEU C 315 9.890 -10.105 13.396 1.00 95.00 O \\nATOM 4111 CG LEU C 315 6.553 -10.065 16.339 1.00 95.00 C \\nATOM 4112 CD1 LEU C 315 6.829 -9.594 17.763 1.00 95.00 C \\nATOM 4113 CD2 LEU C 315 5.736 -9.028 15.576 1.00 95.00 C \\nATOM 4114 N THR C 316 9.476 -12.263 13.382 1.00 91.71 N \\nATOM 4115 CA THR C 316 10.760 -12.590 12.773 1.00 91.71 C \\nATOM 4116 C THR C 316 10.579 -13.585 11.630 1.00 91.71 C \\nATOM 4117 CB THR C 316 11.739 -13.170 13.810 1.00 91.71 C \\nATOM 4118 O THR C 316 9.575 -14.298 11.574 1.00 91.71 O \\nATOM 4119 CG2 THR C 316 12.044 -12.154 14.907 1.00 91.71 C \\nATOM 4120 OG1 THR C 316 11.161 -14.338 14.404 1.00 91.71 O \\nATOM 4121 N ASP C 317 11.521 -13.541 10.750 1.00 77.17 N \\nATOM 4122 CA ASP C 317 11.562 -14.528 9.675 1.00 77.17 C \\nATOM 4123 C ASP C 317 11.773 -15.935 10.229 1.00 77.17 C \\nATOM 4124 CB ASP C 317 12.667 -14.186 8.673 1.00 77.17 C \\nATOM 4125 O ASP C 317 12.743 -16.187 10.945 1.00 77.17 O \\nATOM 4126 CG ASP C 317 12.635 -15.061 7.433 1.00 77.17 C \\nATOM 4127 OD1 ASP C 317 11.994 -16.134 7.460 1.00 77.17 O \\nATOM 4128 OD2 ASP C 317 13.259 -14.676 6.420 1.00 77.17 O \\nATOM 4129 N PRO C 318 10.872 -16.839 9.902 1.00 78.78 N \\nATOM 4130 CA PRO C 318 11.014 -18.199 10.427 1.00 78.78 C \\nATOM 4131 C PRO C 318 12.169 -18.962 9.783 1.00 78.78 C \\nATOM 4132 CB PRO C 318 9.672 -18.851 10.087 1.00 78.78 C \\nATOM 4133 O PRO C 318 12.408 -20.126 10.118 1.00 78.78 O \\nATOM 4134 CG PRO C 318 9.130 -18.040 8.955 1.00 78.78 C \\nATOM 4135 CD PRO C 318 9.760 -16.677 8.999 1.00 78.78 C \\nATOM 4136 N GLY C 319 12.942 -18.303 9.018 1.00 65.58 N \\nATOM 4137 CA GLY C 319 14.090 -18.927 8.381 1.00 65.58 C \\nATOM 4138 C GLY C 319 13.710 -20.048 7.431 1.00 65.58 C \\nATOM 4139 O GLY C 319 12.725 -19.939 6.697 1.00 65.58 O \\nATOM 4140 N ASN C 320 14.579 -21.148 7.385 1.00 57.48 N \\nATOM 4141 CA ASN C 320 14.409 -22.255 6.450 1.00 57.48 C \\nATOM 4142 C ASN C 320 13.425 -23.292 6.983 1.00 57.48 C \\nATOM 4143 CB ASN C 320 15.757 -22.910 6.143 1.00 57.48 C \\nATOM 4144 O ASN C 320 13.228 -24.341 6.366 1.00 57.48 O \\nATOM 4145 CG ASN C 320 16.617 -22.071 5.218 1.00 57.48 C \\nATOM 4146 ND2 ASN C 320 17.924 -22.302 5.252 1.00 57.48 N \\nATOM 4147 OD1 ASN C 320 16.111 -21.222 4.481 1.00 57.48 O \\nATOM 4148 N VAL C 321 12.654 -23.055 8.036 1.00 61.71 N \\nATOM 4149 CA VAL C 321 11.721 -23.988 8.659 1.00 61.71 C \\nATOM 4150 C VAL C 321 10.410 -24.009 7.877 1.00 61.71 C \\nATOM 4151 CB VAL C 321 11.455 -23.623 10.137 1.00 61.71 C \\nATOM 4152 O VAL C 321 9.881 -25.079 7.568 1.00 61.71 O \\nATOM 4153 CG1 VAL C 321 10.616 -24.702 10.817 1.00 61.71 C \\nATOM 4154 CG2 VAL C 321 12.773 -23.418 10.881 1.00 61.71 C \\nATOM 4155 N GLN C 322 9.890 -22.821 7.592 1.00 67.82 N \\nATOM 4156 CA GLN C 322 8.647 -22.672 6.842 1.00 67.82 C \\nATOM 4157 C GLN C 322 8.686 -21.431 5.955 1.00 67.82 C \\nATOM 4158 CB GLN C 322 7.451 -22.602 7.792 1.00 67.82 C \\nATOM 4159 O GLN C 322 9.299 -20.423 6.314 1.00 67.82 O \\nATOM 4160 CG GLN C 322 7.532 -21.463 8.799 1.00 67.82 C \\nATOM 4161 CD GLN C 322 6.576 -21.640 9.964 1.00 67.82 C \\nATOM 4162 NE2 GLN C 322 6.389 -20.581 10.744 1.00 67.82 N \\nATOM 4163 OE1 GLN C 322 6.010 -22.720 10.160 1.00 67.82 O \\nATOM 4164 N LYS C 323 8.124 -21.574 4.791 1.00 59.23 N \\nATOM 4165 CA LYS C 323 7.983 -20.432 3.891 1.00 59.23 C \\nATOM 4166 C LYS C 323 6.847 -19.517 4.338 1.00 59.23 C \\nATOM 4167 CB LYS C 323 7.741 -20.905 2.457 1.00 59.23 C \\nATOM 4168 O LYS C 323 5.747 -19.985 4.638 1.00 59.23 O \\nATOM 4169 CG LYS C 323 8.939 -21.596 1.823 1.00 59.23 C \\nATOM 4170 CD LYS C 323 8.660 -21.985 0.377 1.00 59.23 C \\nATOM 4171 CE LYS C 323 9.831 -22.739 -0.237 1.00 59.23 C \\nATOM 4172 NZ LYS C 323 9.550 -23.148 -1.646 1.00 59.23 N \\nATOM 4173 N ALA C 324 7.236 -18.214 4.486 1.00 66.82 N \\nATOM 4174 CA ALA C 324 6.232 -17.276 4.980 1.00 66.82 C \\nATOM 4175 C ALA C 324 6.307 -15.948 4.231 1.00 66.82 C \\nATOM 4176 CB ALA C 324 6.408 -17.048 6.479 1.00 66.82 C \\nATOM 4177 O ALA C 324 7.345 -15.610 3.656 1.00 66.82 O \\nATOM 4178 N VAL C 325 5.226 -15.222 4.248 1.00 59.98 N \\nATOM 4179 CA VAL C 325 5.209 -13.842 3.774 1.00 59.98 C \\nATOM 4180 C VAL C 325 5.906 -12.938 4.789 1.00 59.98 C \\nATOM 4181 CB VAL C 325 3.768 -13.346 3.521 1.00 59.98 C \\nATOM 4182 O VAL C 325 5.725 -13.098 5.999 1.00 59.98 O \\nATOM 4183 CG1 VAL C 325 3.770 -11.883 3.081 1.00 59.98 C \\nATOM 4184 CG2 VAL C 325 3.079 -14.221 2.475 1.00 59.98 C \\nATOM 4185 N CYS C 326 6.686 -11.987 4.239 1.00 62.56 N \\nATOM 4186 CA CYS C 326 7.487 -11.202 5.172 1.00 62.56 C \\nATOM 4187 C CYS C 326 7.109 -9.727 5.109 1.00 62.56 C \\nATOM 4188 CB CYS C 326 8.976 -11.370 4.873 1.00 62.56 C \\nATOM 4189 O CYS C 326 7.574 -8.927 5.923 1.00 62.56 O \\nATOM 4190 SG CYS C 326 9.684 -12.895 5.532 1.00 62.56 S \\nATOM 4191 N HIS C 327 6.247 -9.352 4.204 1.00 61.15 N \\nATOM 4192 CA HIS C 327 5.815 -7.961 4.133 1.00 61.15 C \\nATOM 4193 C HIS C 327 5.043 -7.559 5.386 1.00 61.15 C \\nATOM 4194 CB HIS C 327 4.954 -7.730 2.890 1.00 61.15 C \\nATOM 4195 O HIS C 327 4.139 -8.276 5.820 1.00 61.15 O \\nATOM 4196 CG HIS C 327 4.615 -6.293 2.653 1.00 61.15 C \\nATOM 4197 CD2 HIS C 327 3.454 -5.615 2.813 1.00 61.15 C \\nATOM 4198 ND1 HIS C 327 5.536 -5.378 2.189 1.00 61.15 N \\nATOM 4199 CE1 HIS C 327 4.954 -4.196 2.075 1.00 61.15 C \\nATOM 4200 NE2 HIS C 327 3.691 -4.312 2.448 1.00 61.15 N \\nATOM 4201 N PRO C 328 5.410 -6.429 5.997 1.00 72.52 N \\nATOM 4202 CA PRO C 328 4.742 -6.014 7.233 1.00 72.52 C \\nATOM 4203 C PRO C 328 3.249 -5.760 7.040 1.00 72.52 C \\nATOM 4204 CB PRO C 328 5.471 -4.723 7.612 1.00 72.52 C \\nATOM 4205 O PRO C 328 2.862 -4.928 6.215 1.00 72.52 O \\nATOM 4206 CG PRO C 328 6.754 -4.770 6.847 1.00 72.52 C \\nATOM 4207 CD PRO C 328 6.532 -5.564 5.591 1.00 72.52 C \\nATOM 4208 N THR C 329 2.473 -6.402 7.886 1.00 72.93 N \\nATOM 4209 CA THR C 329 1.027 -6.225 7.821 1.00 72.93 C \\nATOM 4210 C THR C 329 0.396 -6.418 9.197 1.00 72.93 C \\nATOM 4211 CB THR C 329 0.388 -7.204 6.819 1.00 72.93 C \\nATOM 4212 O THR C 329 0.758 -7.343 9.928 1.00 72.93 O \\nATOM 4213 CG2 THR C 329 0.726 -6.819 5.382 1.00 72.93 C \\nATOM 4214 OG1 THR C 329 0.876 -8.527 7.074 1.00 72.93 O \\nATOM 4215 N ALA C 330 -0.527 -5.504 9.494 1.00 82.52 N \\nATOM 4216 CA ALA C 330 -1.348 -5.653 10.693 1.00 82.52 C \\nATOM 4217 C ALA C 330 -2.612 -6.455 10.395 1.00 82.52 C \\nATOM 4218 CB ALA C 330 -1.713 -4.284 11.262 1.00 82.52 C \\nATOM 4219 O ALA C 330 -3.267 -6.236 9.373 1.00 82.52 O \\nATOM 4220 N TRP C 331 -2.977 -7.385 11.342 1.00 84.48 N \\nATOM 4221 CA TRP C 331 -4.118 -8.267 11.119 1.00 84.48 C \\nATOM 4222 C TRP C 331 -5.112 -8.173 12.272 1.00 84.48 C \\nATOM 4223 CB TRP C 331 -3.653 -9.716 10.948 1.00 84.48 C \\nATOM 4224 O TRP C 331 -4.741 -8.342 13.436 1.00 84.48 O \\nATOM 4225 CG TRP C 331 -2.888 -9.964 9.682 1.00 84.48 C \\nATOM 4226 CD1 TRP C 331 -1.708 -9.386 9.306 1.00 84.48 C \\nATOM 4227 CD2 TRP C 331 -3.254 -10.854 8.624 1.00 84.48 C \\nATOM 4228 CE2 TRP C 331 -2.249 -10.765 7.636 1.00 84.48 C \\nATOM 4229 CE3 TRP C 331 -4.336 -11.720 8.415 1.00 84.48 C \\nATOM 4230 NE1 TRP C 331 -1.318 -9.864 8.076 1.00 84.48 N \\nATOM 4231 CH2 TRP C 331 -3.363 -12.350 6.276 1.00 84.48 C \\nATOM 4232 CZ2 TRP C 331 -2.294 -11.511 6.455 1.00 84.48 C \\nATOM 4233 CZ3 TRP C 331 -4.379 -12.461 7.239 1.00 84.48 C \\nATOM 4234 N ASP C 332 -6.296 -7.852 11.951 1.00 87.22 N \\nATOM 4235 CA ASP C 332 -7.436 -8.108 12.827 1.00 87.22 C \\nATOM 4236 C ASP C 332 -8.183 -9.370 12.400 1.00 87.22 C \\nATOM 4237 CB ASP C 332 -8.387 -6.910 12.835 1.00 87.22 C \\nATOM 4238 O ASP C 332 -8.961 -9.343 11.445 1.00 87.22 O \\nATOM 4239 CG ASP C 332 -9.597 -7.120 13.729 1.00 87.22 C \\nATOM 4240 OD1 ASP C 332 -9.680 -8.166 14.409 1.00 87.22 O \\nATOM 4241 OD2 ASP C 332 -10.478 -6.233 13.751 1.00 87.22 O \\nATOM 4242 N LEU C 333 -8.037 -10.390 13.127 1.00 86.83 N \\nATOM 4243 CA LEU C 333 -8.619 -11.670 12.737 1.00 86.83 C \\nATOM 4244 C LEU C 333 -10.047 -11.799 13.259 1.00 86.83 C \\nATOM 4245 CB LEU C 333 -7.766 -12.829 13.260 1.00 86.83 C \\nATOM 4246 O LEU C 333 -10.758 -12.743 12.906 1.00 86.83 O \\nATOM 4247 CG LEU C 333 -6.564 -13.226 12.402 1.00 86.83 C \\nATOM 4248 CD1 LEU C 333 -5.488 -12.147 12.463 1.00 86.83 C \\nATOM 4249 CD2 LEU C 333 -6.006 -14.572 12.853 1.00 86.83 C \\nATOM 4250 N GLY C 334 -10.483 -10.880 14.099 1.00 87.17 N \\nATOM 4251 CA GLY C 334 -11.759 -10.974 14.790 1.00 87.17 C \\nATOM 4252 C GLY C 334 -11.666 -11.696 16.121 1.00 87.17 C \\nATOM 4253 O GLY C 334 -10.640 -12.306 16.432 1.00 87.17 O \\nATOM 4254 N LYS C 335 -12.704 -11.527 16.956 1.00 93.25 N \\nATOM 4255 CA LYS C 335 -12.804 -12.174 18.261 1.00 93.25 C \\nATOM 4256 C LYS C 335 -11.646 -11.767 19.167 1.00 93.25 C \\nATOM 4257 CB LYS C 335 -12.837 -13.695 18.105 1.00 93.25 C \\nATOM 4258 O LYS C 335 -11.070 -12.605 19.863 1.00 93.25 O \\nATOM 4259 CG LYS C 335 -14.077 -14.218 17.394 1.00 93.25 C \\nATOM 4260 CD LYS C 335 -14.166 -15.737 17.470 1.00 93.25 C \\nATOM 4261 CE LYS C 335 -15.525 -16.242 17.006 1.00 93.25 C \\nATOM 4262 NZ LYS C 335 -15.626 -17.729 17.101 1.00 93.25 N \\nATOM 4263 N GLY C 336 -11.190 -10.535 19.008 1.00 93.61 N \\nATOM 4264 CA GLY C 336 -10.151 -9.981 19.862 1.00 93.61 C \\nATOM 4265 C GLY C 336 -8.768 -10.515 19.542 1.00 93.61 C \\nATOM 4266 O GLY C 336 -7.847 -10.394 20.353 1.00 93.61 O \\nATOM 4267 N ASP C 337 -8.599 -11.146 18.353 1.00 94.58 N \\nATOM 4268 CA ASP C 337 -7.322 -11.694 17.905 1.00 94.58 C \\nATOM 4269 C ASP C 337 -6.621 -10.738 16.942 1.00 94.58 C \\nATOM 4270 CB ASP C 337 -7.527 -13.056 17.239 1.00 94.58 C \\nATOM 4271 O ASP C 337 -6.995 -10.644 15.771 1.00 94.58 O \\nATOM 4272 CG ASP C 337 -6.224 -13.790 16.976 1.00 94.58 C \\nATOM 4273 OD1 ASP C 337 -5.144 -13.165 17.059 1.00 94.58 O \\nATOM 4274 OD2 ASP C 337 -6.276 -15.003 16.681 1.00 94.58 O \\nATOM 4275 N PHE C 338 -5.638 -10.113 17.416 1.00 94.27 N \\nATOM 4276 CA PHE C 338 -4.864 -9.131 16.667 1.00 94.27 C \\nATOM 4277 C PHE C 338 -3.413 -9.576 16.529 1.00 94.27 C \\nATOM 4278 CB PHE C 338 -4.930 -7.760 17.347 1.00 94.27 C \\nATOM 4279 O PHE C 338 -2.799 -10.020 17.501 1.00 94.27 O \\nATOM 4280 CG PHE C 338 -6.328 -7.314 17.679 1.00 94.27 C \\nATOM 4281 CD1 PHE C 338 -7.159 -6.794 16.695 1.00 94.27 C \\nATOM 4282 CD2 PHE C 338 -6.811 -7.414 18.977 1.00 94.27 C \\nATOM 4283 CE1 PHE C 338 -8.454 -6.381 16.999 1.00 94.27 C \\nATOM 4284 CE2 PHE C 338 -8.104 -7.003 19.290 1.00 94.27 C \\nATOM 4285 CZ PHE C 338 -8.923 -6.486 18.299 1.00 94.27 C \\nATOM 4286 N ARG C 339 -2.862 -9.423 15.266 1.00 92.31 N \\nATOM 4287 CA ARG C 339 -1.512 -9.917 15.013 1.00 92.31 C \\nATOM 4288 C ARG C 339 -0.765 -9.000 14.051 1.00 92.31 C \\nATOM 4289 CB ARG C 339 -1.556 -11.340 14.453 1.00 92.31 C \\nATOM 4290 O ARG C 339 -1.374 -8.157 13.388 1.00 92.31 O \\nATOM 4291 CG ARG C 339 -2.379 -12.307 15.291 1.00 92.31 C \\nATOM 4292 CD ARG C 339 -2.351 -13.716 14.715 1.00 92.31 C \\nATOM 4293 NE ARG C 339 -3.271 -14.604 15.420 1.00 92.31 N \\nATOM 4294 NH1 ARG C 339 -2.375 -16.552 14.563 1.00 92.31 N \\nATOM 4295 NH2 ARG C 339 -4.145 -16.642 16.017 1.00 92.31 N \\nATOM 4296 CZ ARG C 339 -3.262 -15.931 15.332 1.00 92.31 C \\nATOM 4297 N ILE C 340 0.543 -9.199 14.058 1.00 88.52 N \\nATOM 4298 CA ILE C 340 1.397 -8.574 13.054 1.00 88.52 C \\nATOM 4299 C ILE C 340 2.218 -9.643 12.337 1.00 88.52 C \\nATOM 4300 CB ILE C 340 2.329 -7.515 13.684 1.00 88.52 C \\nATOM 4301 O ILE C 340 2.673 -10.606 12.959 1.00 88.52 O \\nATOM 4302 CG1 ILE C 340 1.552 -6.226 13.977 1.00 88.52 C \\nATOM 4303 CG2 ILE C 340 3.526 -7.237 12.770 1.00 88.52 C \\nATOM 4304 CD1 ILE C 340 2.391 -5.131 14.621 1.00 88.52 C \\nATOM 4305 N LEU C 341 2.254 -9.571 11.057 1.00 79.90 N \\nATOM 4306 CA LEU C 341 3.154 -10.353 10.216 1.00 79.90 C \\nATOM 4307 C LEU C 341 4.288 -9.486 9.680 1.00 79.90 C \\nATOM 4308 CB LEU C 341 2.385 -10.985 9.052 1.00 79.90 C \\nATOM 4309 O LEU C 341 4.049 -8.538 8.929 1.00 79.90 O \\nATOM 4310 CG LEU C 341 3.163 -11.976 8.185 1.00 79.90 C \\nATOM 4311 CD1 LEU C 341 2.218 -13.016 7.592 1.00 79.90 C \\nATOM 4312 CD2 LEU C 341 3.920 -11.243 7.082 1.00 79.90 C \\nATOM 4313 N MET C 342 5.494 -9.793 10.182 1.00 81.45 N \\nATOM 4314 CA MET C 342 6.642 -8.994 9.764 1.00 81.45 C \\nATOM 4315 C MET C 342 7.948 -9.734 10.031 1.00 81.45 C \\nATOM 4316 CB MET C 342 6.649 -7.644 10.484 1.00 81.45 C \\nATOM 4317 O MET C 342 8.132 -10.308 11.106 1.00 81.45 O \\nATOM 4318 CG MET C 342 7.795 -6.735 10.073 1.00 81.45 C \\nATOM 4319 SD MET C 342 7.745 -5.111 10.925 1.00 81.45 S \\nATOM 4320 CE MET C 342 9.271 -4.367 10.285 1.00 81.45 C \\nATOM 4321 N CYS C 343 8.743 -9.780 8.982 1.00 77.29 N \\nATOM 4322 CA CYS C 343 10.109 -10.249 9.184 1.00 77.29 C \\nATOM 4323 C CYS C 343 11.035 -9.093 9.542 1.00 77.29 C \\nATOM 4324 CB CYS C 343 10.624 -10.958 7.932 1.00 77.29 C \\nATOM 4325 O CYS C 343 11.711 -8.541 8.671 1.00 77.29 O \\nATOM 4326 SG CYS C 343 9.633 -12.389 7.446 1.00 77.29 S \\nATOM 4327 N THR C 344 11.118 -8.776 10.734 1.00 87.54 N \\nATOM 4328 CA THR C 344 11.707 -7.547 11.256 1.00 87.54 C \\nATOM 4329 C THR C 344 13.231 -7.630 11.243 1.00 87.54 C \\nATOM 4330 CB THR C 344 11.219 -7.258 12.688 1.00 87.54 C \\nATOM 4331 O THR C 344 13.807 -8.630 11.677 1.00 87.54 O \\nATOM 4332 CG2 THR C 344 11.733 -5.910 13.183 1.00 87.54 C \\nATOM 4333 OG1 THR C 344 9.786 -7.246 12.704 1.00 87.54 O \\nATOM 4334 N LYS C 345 13.828 -6.580 10.640 1.00 83.18 N \\nATOM 4335 CA LYS C 345 15.266 -6.349 10.755 1.00 83.18 C \\nATOM 4336 C LYS C 345 15.566 -5.247 11.766 1.00 83.18 C \\nATOM 4337 CB LYS C 345 15.863 -5.989 9.394 1.00 83.18 C \\nATOM 4338 O LYS C 345 14.711 -4.405 12.048 1.00 83.18 O \\nATOM 4339 CG LYS C 345 15.643 -7.047 8.322 1.00 83.18 C \\nATOM 4340 CD LYS C 345 16.213 -6.608 6.979 1.00 83.18 C \\nATOM 4341 CE LYS C 345 15.951 -7.644 5.895 1.00 83.18 C \\nATOM 4342 NZ LYS C 345 16.491 -7.210 4.571 1.00 83.18 N \\nATOM 4343 N VAL C 346 16.798 -5.333 12.299 1.00 93.64 N \\nATOM 4344 CA VAL C 346 17.181 -4.319 13.276 1.00 93.64 C \\nATOM 4345 C VAL C 346 17.684 -3.071 12.556 1.00 93.64 C \\nATOM 4346 CB VAL C 346 18.261 -4.846 14.247 1.00 93.64 C \\nATOM 4347 O VAL C 346 18.892 -2.886 12.390 1.00 93.64 O \\nATOM 4348 CG1 VAL C 346 18.579 -3.804 15.318 1.00 93.64 C \\nATOM 4349 CG2 VAL C 346 17.807 -6.155 14.890 1.00 93.64 C \\nATOM 4350 N THR C 347 16.761 -2.237 12.143 1.00 83.59 N \\nATOM 4351 CA THR C 347 17.007 -0.967 11.469 1.00 83.59 C \\nATOM 4352 C THR C 347 16.008 0.091 11.929 1.00 83.59 C \\nATOM 4353 CB THR C 347 16.927 -1.122 9.939 1.00 83.59 C \\nATOM 4354 O THR C 347 14.938 -0.239 12.444 1.00 83.59 O \\nATOM 4355 CG2 THR C 347 17.861 -2.224 9.449 1.00 83.59 C \\nATOM 4356 OG1 THR C 347 15.583 -1.451 9.568 1.00 83.59 O \\nATOM 4357 N MET C 348 16.411 1.359 11.783 1.00 85.23 N \\nATOM 4358 CA MET C 348 15.483 2.438 12.110 1.00 85.23 C \\nATOM 4359 C MET C 348 14.205 2.325 11.286 1.00 85.23 C \\nATOM 4360 CB MET C 348 16.138 3.800 11.877 1.00 85.23 C \\nATOM 4361 O MET C 348 13.108 2.554 11.798 1.00 85.23 O \\nATOM 4362 CG MET C 348 15.238 4.978 12.213 1.00 85.23 C \\nATOM 4363 SD MET C 348 16.118 6.586 12.117 1.00 85.23 S \\nATOM 4364 CE MET C 348 14.747 7.723 12.462 1.00 85.23 C \\nATOM 4365 N ASP C 349 14.326 1.998 10.034 1.00 74.49 N \\nATOM 4366 CA ASP C 349 13.165 1.855 9.162 1.00 74.49 C \\nATOM 4367 C ASP C 349 12.180 0.832 9.723 1.00 74.49 C \\nATOM 4368 CB ASP C 349 13.599 1.448 7.752 1.00 74.49 C \\nATOM 4369 O ASP C 349 10.977 1.095 9.795 1.00 74.49 O \\nATOM 4370 CG ASP C 349 14.162 2.606 6.948 1.00 74.49 C \\nATOM 4371 OD1 ASP C 349 14.036 3.771 7.385 1.00 74.49 O \\nATOM 4372 OD2 ASP C 349 14.735 2.353 5.866 1.00 74.49 O \\nATOM 4373 N ASP C 350 12.683 -0.305 10.085 1.00 81.26 N \\nATOM 4374 CA ASP C 350 11.810 -1.339 10.634 1.00 81.26 C \\nATOM 4375 C ASP C 350 11.273 -0.933 12.005 1.00 81.26 C \\nATOM 4376 CB ASP C 350 12.554 -2.672 10.734 1.00 81.26 C \\nATOM 4377 O ASP C 350 10.156 -1.302 12.374 1.00 81.26 O \\nATOM 4378 CG ASP C 350 12.568 -3.443 9.426 1.00 81.26 C \\nATOM 4379 OD1 ASP C 350 12.303 -2.844 8.362 1.00 81.26 O \\nATOM 4380 OD2 ASP C 350 12.844 -4.662 9.460 1.00 81.26 O \\nATOM 4381 N PHE C 351 12.116 -0.249 12.752 1.00 92.71 N \\nATOM 4382 CA PHE C 351 11.658 0.300 14.023 1.00 92.71 C \\nATOM 4383 C PHE C 351 10.438 1.189 13.820 1.00 92.71 C \\nATOM 4384 CB PHE C 351 12.779 1.093 14.702 1.00 92.71 C \\nATOM 4385 O PHE C 351 9.428 1.033 14.509 1.00 92.71 O \\nATOM 4386 CG PHE C 351 12.332 1.854 15.921 1.00 92.71 C \\nATOM 4387 CD1 PHE C 351 12.273 3.242 15.908 1.00 92.71 C \\nATOM 4388 CD2 PHE C 351 11.970 1.180 17.080 1.00 92.71 C \\nATOM 4389 CE1 PHE C 351 11.860 3.949 17.035 1.00 92.71 C \\nATOM 4390 CE2 PHE C 351 11.556 1.879 18.210 1.00 92.71 C \\nATOM 4391 CZ PHE C 351 11.502 3.263 18.186 1.00 92.71 C \\nATOM 4392 N LEU C 352 10.476 2.092 12.889 1.00 85.25 N \\nATOM 4393 CA LEU C 352 9.366 2.989 12.589 1.00 85.25 C \\nATOM 4394 C LEU C 352 8.192 2.221 11.992 1.00 85.25 C \\nATOM 4395 CB LEU C 352 9.812 4.091 11.625 1.00 85.25 C \\nATOM 4396 O LEU C 352 7.032 2.532 12.275 1.00 85.25 O \\nATOM 4397 CG LEU C 352 10.905 5.034 12.133 1.00 85.25 C \\nATOM 4398 CD1 LEU C 352 11.278 6.043 11.052 1.00 85.25 C \\nATOM 4399 CD2 LEU C 352 10.449 5.746 13.402 1.00 85.25 C \\nATOM 4400 N THR C 353 8.470 1.215 11.148 1.00 79.68 N \\nATOM 4401 CA THR C 353 7.429 0.369 10.575 1.00 79.68 C \\nATOM 4402 C THR C 353 6.673 -0.376 11.671 1.00 79.68 C \\nATOM 4403 CB THR C 353 8.019 -0.644 9.576 1.00 79.68 C \\nATOM 4404 O THR C 353 5.452 -0.530 11.596 1.00 79.68 O \\nATOM 4405 CG2 THR C 353 6.932 -1.544 8.998 1.00 79.68 C \\nATOM 4406 OG1 THR C 353 8.655 0.065 8.505 1.00 79.68 O \\nATOM 4407 N ALA C 354 7.447 -0.877 12.637 1.00 89.71 N \\nATOM 4408 CA ALA C 354 6.812 -1.538 13.775 1.00 89.71 C \\nATOM 4409 C ALA C 354 5.818 -0.609 14.465 1.00 89.71 C \\nATOM 4410 CB ALA C 354 7.868 -2.017 14.769 1.00 89.71 C \\nATOM 4411 O ALA C 354 4.694 -1.011 14.773 1.00 89.71 O \\nATOM 4412 N HIS C 355 6.227 0.625 14.730 1.00 90.85 N \\nATOM 4413 CA HIS C 355 5.326 1.611 15.316 1.00 90.85 C \\nATOM 4414 C HIS C 355 4.097 1.824 14.439 1.00 90.85 C \\nATOM 4415 CB HIS C 355 6.053 2.939 15.533 1.00 90.85 C \\nATOM 4416 O HIS C 355 2.972 1.873 14.941 1.00 90.85 O \\nATOM 4417 CG HIS C 355 6.927 2.953 16.746 1.00 90.85 C \\nATOM 4418 CD2 HIS C 355 6.766 3.548 17.952 1.00 90.85 C \\nATOM 4419 ND1 HIS C 355 8.138 2.296 16.799 1.00 90.85 N \\nATOM 4420 CE1 HIS C 355 8.684 2.487 17.988 1.00 90.85 C \\nATOM 4421 NE2 HIS C 355 7.872 3.243 18.706 1.00 90.85 N \\nATOM 4422 N HIS C 356 4.316 1.882 13.160 1.00 82.74 N \\nATOM 4423 CA HIS C 356 3.249 2.080 12.185 1.00 82.74 C \\nATOM 4424 C HIS C 356 2.246 0.933 12.225 1.00 82.74 C \\nATOM 4425 CB HIS C 356 3.830 2.220 10.776 1.00 82.74 C \\nATOM 4426 O HIS C 356 1.043 1.160 12.378 1.00 82.74 O \\nATOM 4427 CG HIS C 356 2.792 2.288 9.703 1.00 82.74 C \\nATOM 4428 CD2 HIS C 356 1.949 1.345 9.219 1.00 82.74 C \\nATOM 4429 ND1 HIS C 356 2.532 3.439 8.991 1.00 82.74 N \\nATOM 4430 CE1 HIS C 356 1.572 3.200 8.113 1.00 82.74 C \\nATOM 4431 NE2 HIS C 356 1.201 1.937 8.232 1.00 82.74 N \\nATOM 4432 N GLU C 357 2.734 -0.230 12.095 1.00 86.50 N \\nATOM 4433 CA GLU C 357 1.848 -1.390 12.049 1.00 86.50 C \\nATOM 4434 C GLU C 357 1.116 -1.577 13.375 1.00 86.50 C \\nATOM 4435 CB GLU C 357 2.635 -2.655 11.699 1.00 86.50 C \\nATOM 4436 O GLU C 357 -0.053 -1.967 13.395 1.00 86.50 O \\nATOM 4437 CG GLU C 357 3.220 -2.646 10.294 1.00 86.50 C \\nATOM 4438 CD GLU C 357 2.183 -2.383 9.214 1.00 86.50 C \\nATOM 4439 OE1 GLU C 357 2.473 -1.614 8.269 1.00 86.50 O \\nATOM 4440 OE2 GLU C 357 1.073 -2.951 9.313 1.00 86.50 O \\nATOM 4441 N MET C 358 1.803 -1.362 14.432 1.00 92.81 N \\nATOM 4442 CA MET C 358 1.145 -1.458 15.732 1.00 92.81 C \\nATOM 4443 C MET C 358 0.108 -0.353 15.900 1.00 92.81 C \\nATOM 4444 CB MET C 358 2.174 -1.386 16.862 1.00 92.81 C \\nATOM 4445 O MET C 358 -0.838 -0.498 16.677 1.00 92.81 O \\nATOM 4446 CG MET C 358 2.986 -2.659 17.034 1.00 92.81 C \\nATOM 4447 SD MET C 358 4.122 -2.580 18.472 1.00 92.81 S \\nATOM 4448 CE MET C 358 2.933 -2.765 19.830 1.00 92.81 C \\nATOM 4449 N GLY C 359 0.364 0.811 15.282 1.00 90.46 N \\nATOM 4450 CA GLY C 359 -0.681 1.821 15.220 1.00 90.46 C \\nATOM 4451 C GLY C 359 -1.974 1.306 14.618 1.00 90.46 C \\nATOM 4452 O GLY C 359 -3.061 1.610 15.115 1.00 90.46 O \\nATOM 4453 N HIS C 360 -1.864 0.517 13.576 1.00 85.70 N \\nATOM 4454 CA HIS C 360 -3.036 -0.124 12.991 1.00 85.70 C \\nATOM 4455 C HIS C 360 -3.732 -1.028 14.003 1.00 85.70 C \\nATOM 4456 CB HIS C 360 -2.644 -0.928 11.750 1.00 85.70 C \\nATOM 4457 O HIS C 360 -4.960 -1.016 14.111 1.00 85.70 O \\nATOM 4458 CG HIS C 360 -2.391 -0.083 10.543 1.00 85.70 C \\nATOM 4459 CD2 HIS C 360 -1.248 0.179 9.864 1.00 85.70 C \\nATOM 4460 ND1 HIS C 360 -3.390 0.614 9.899 1.00 85.70 N \\nATOM 4461 CE1 HIS C 360 -2.872 1.269 8.873 1.00 85.70 C \\nATOM 4462 NE2 HIS C 360 -1.574 1.022 8.830 1.00 85.70 N \\nATOM 4463 N ILE C 361 -2.969 -1.772 14.731 1.00 92.16 N \\nATOM 4464 CA ILE C 361 -3.520 -2.698 15.714 1.00 92.16 C \\nATOM 4465 C ILE C 361 -4.251 -1.918 16.804 1.00 92.16 C \\nATOM 4466 CB ILE C 361 -2.418 -3.585 16.336 1.00 92.16 C \\nATOM 4467 O ILE C 361 -5.338 -2.311 17.235 1.00 92.16 O \\nATOM 4468 CG1 ILE C 361 -1.815 -4.511 15.273 1.00 92.16 C \\nATOM 4469 CG2 ILE C 361 -2.974 -4.391 17.513 1.00 92.16 C \\nATOM 4470 CD1 ILE C 361 -2.824 -5.447 14.623 1.00 92.16 C \\nATOM 4471 N GLN C 362 -3.640 -0.823 17.261 1.00 95.01 N \\nATOM 4472 CA GLN C 362 -4.308 0.027 18.241 1.00 95.01 C \\nATOM 4473 C GLN C 362 -5.668 0.493 17.730 1.00 95.01 C \\nATOM 4474 CB GLN C 362 -3.436 1.235 18.587 1.00 95.01 C \\nATOM 4475 O GLN C 362 -6.646 0.511 18.480 1.00 95.01 O \\nATOM 4476 CG GLN C 362 -2.226 0.894 19.447 1.00 95.01 C \\nATOM 4477 CD GLN C 362 -2.599 0.557 20.878 1.00 95.01 C \\nATOM 4478 NE2 GLN C 362 -1.594 0.308 21.710 1.00 95.01 N \\nATOM 4479 OE1 GLN C 362 -3.782 0.520 21.233 1.00 95.01 O \\nATOM 4480 N TYR C 363 -5.733 0.843 16.456 1.00 91.68 N \\nATOM 4481 CA TYR C 363 -6.984 1.252 15.828 1.00 91.68 C \\nATOM 4482 C TYR C 363 -7.975 0.095 15.785 1.00 91.68 C \\nATOM 4483 CB TYR C 363 -6.729 1.774 14.411 1.00 91.68 C \\nATOM 4484 O TYR C 363 -9.132 0.245 16.186 1.00 91.68 O \\nATOM 4485 CG TYR C 363 -7.787 2.730 13.917 1.00 91.68 C \\nATOM 4486 CD1 TYR C 363 -7.634 3.406 12.708 1.00 91.68 C \\nATOM 4487 CD2 TYR C 363 -8.942 2.960 14.657 1.00 91.68 C \\nATOM 4488 CE1 TYR C 363 -8.605 4.289 12.249 1.00 91.68 C \\nATOM 4489 CE2 TYR C 363 -9.920 3.842 14.208 1.00 91.68 C \\nATOM 4490 OH TYR C 363 -10.708 5.374 12.556 1.00 91.68 O \\nATOM 4491 CZ TYR C 363 -9.743 4.500 13.005 1.00 91.68 C \\nATOM 4492 N ASP C 364 -7.513 -1.025 15.410 1.00 92.17 N \\nATOM 4493 CA ASP C 364 -8.340 -2.227 15.373 1.00 92.17 C \\nATOM 4494 C ASP C 364 -8.918 -2.539 16.752 1.00 92.17 C \\nATOM 4495 CB ASP C 364 -7.530 -3.420 14.861 1.00 92.17 C \\nATOM 4496 O ASP C 364 -10.106 -2.841 16.879 1.00 92.17 O \\nATOM 4497 CG ASP C 364 -7.186 -3.313 13.385 1.00 92.17 C \\nATOM 4498 OD1 ASP C 364 -7.938 -2.661 12.629 1.00 92.17 O \\nATOM 4499 OD2 ASP C 364 -6.155 -3.889 12.975 1.00 92.17 O \\nATOM 4500 N MET C 365 -8.129 -2.480 17.742 1.00 96.12 N \\nATOM 4501 CA MET C 365 -8.556 -2.775 19.107 1.00 96.12 C \\nATOM 4502 C MET C 365 -9.581 -1.754 19.589 1.00 96.12 C \\nATOM 4503 CB MET C 365 -7.355 -2.799 20.054 1.00 96.12 C \\nATOM 4504 O MET C 365 -10.547 -2.110 20.267 1.00 96.12 O \\nATOM 4505 CG MET C 365 -6.440 -3.995 19.853 1.00 96.12 C \\nATOM 4506 SD MET C 365 -4.867 -3.841 20.785 1.00 96.12 S \\nATOM 4507 CE MET C 365 -5.508 -3.739 22.480 1.00 96.12 C \\nATOM 4508 N ALA C 366 -9.397 -0.531 19.252 1.00 96.19 N \\nATOM 4509 CA ALA C 366 -10.234 0.564 19.736 1.00 96.19 C \\nATOM 4510 C ALA C 366 -11.668 0.421 19.233 1.00 96.19 C \\nATOM 4511 CB ALA C 366 -9.653 1.909 19.305 1.00 96.19 C \\nATOM 4512 O ALA C 366 -12.620 0.670 19.976 1.00 96.19 O \\nATOM 4513 N TYR C 367 -11.827 0.037 17.963 1.00 94.57 N \\nATOM 4514 CA TYR C 367 -13.187 -0.034 17.442 1.00 94.57 C \\nATOM 4515 C TYR C 367 -13.699 -1.469 17.446 1.00 94.57 C \\nATOM 4516 CB TYR C 367 -13.250 0.539 16.023 1.00 94.57 C \\nATOM 4517 O TYR C 367 -14.718 -1.774 16.821 1.00 94.57 O \\nATOM 4518 CG TYR C 367 -12.329 -0.153 15.047 1.00 94.57 C \\nATOM 4519 CD1 TYR C 367 -11.494 0.581 14.208 1.00 94.57 C \\nATOM 4520 CD2 TYR C 367 -12.293 -1.540 14.963 1.00 94.57 C \\nATOM 4521 CE1 TYR C 367 -10.644 -0.052 13.306 1.00 94.57 C \\nATOM 4522 CE2 TYR C 367 -11.447 -2.184 14.065 1.00 94.57 C \\nATOM 4523 OH TYR C 367 -9.789 -2.065 12.352 1.00 94.57 O \\nATOM 4524 CZ TYR C 367 -10.628 -1.433 13.242 1.00 94.57 C \\nATOM 4525 N ALA C 368 -13.024 -2.341 18.114 1.00 93.51 N \\nATOM 4526 CA ALA C 368 -13.350 -3.765 18.121 1.00 93.51 C \\nATOM 4527 C ALA C 368 -14.745 -4.005 18.689 1.00 93.51 C \\nATOM 4528 CB ALA C 368 -12.310 -4.544 18.922 1.00 93.51 C \\nATOM 4529 O ALA C 368 -15.376 -5.022 18.392 1.00 93.51 O \\nATOM 4530 N ALA C 369 -15.264 -3.088 19.513 1.00 92.74 N \\nATOM 4531 CA ALA C 369 -16.571 -3.244 20.148 1.00 92.74 C \\nATOM 4532 C ALA C 369 -17.695 -2.871 19.186 1.00 92.74 C \\nATOM 4533 CB ALA C 369 -16.653 -2.392 21.412 1.00 92.74 C \\nATOM 4534 O ALA C 369 -18.863 -3.178 19.437 1.00 92.74 O \\nATOM 4535 N GLN C 370 -17.426 -2.251 18.102 1.00 93.71 N \\nATOM 4536 CA GLN C 370 -18.422 -1.880 17.101 1.00 93.71 C \\nATOM 4537 C GLN C 370 -18.954 -3.111 16.373 1.00 93.71 C \\nATOM 4538 CB GLN C 370 -17.831 -0.890 16.097 1.00 93.71 C \\nATOM 4539 O GLN C 370 -18.316 -4.166 16.378 1.00 93.71 O \\nATOM 4540 CG GLN C 370 -17.371 0.420 16.722 1.00 93.71 C \\nATOM 4541 CD GLN C 370 -18.524 1.269 17.222 1.00 93.71 C \\nATOM 4542 NE2 GLN C 370 -18.204 2.345 17.933 1.00 93.71 N \\nATOM 4543 OE1 GLN C 370 -19.694 0.962 16.970 1.00 93.71 O \\nATOM 4544 N PRO C 371 -20.200 -2.969 15.787 1.00 93.72 N \\nATOM 4545 CA PRO C 371 -20.680 -4.056 14.929 1.00 93.72 C \\nATOM 4546 C PRO C 371 -19.705 -4.391 13.802 1.00 93.72 C \\nATOM 4547 CB PRO C 371 -21.995 -3.508 14.369 1.00 93.72 C \\nATOM 4548 O PRO C 371 -18.958 -3.521 13.347 1.00 93.72 O \\nATOM 4549 CG PRO C 371 -22.445 -2.496 15.372 1.00 93.72 C \\nATOM 4550 CD PRO C 371 -21.233 -1.823 15.949 1.00 93.72 C \\nATOM 4551 N PHE C 372 -19.739 -5.570 13.380 1.00 90.38 N \\nATOM 4552 CA PHE C 372 -18.768 -6.163 12.468 1.00 90.38 C \\nATOM 4553 C PHE C 372 -18.539 -5.263 11.260 1.00 90.38 C \\nATOM 4554 CB PHE C 372 -19.235 -7.549 12.010 1.00 90.38 C \\nATOM 4555 O PHE C 372 -17.396 -4.963 10.910 1.00 90.38 O \\nATOM 4556 CG PHE C 372 -18.300 -8.212 11.035 1.00 90.38 C \\nATOM 4557 CD1 PHE C 372 -18.529 -8.130 9.667 1.00 90.38 C \\nATOM 4558 CD2 PHE C 372 -17.193 -8.918 11.486 1.00 90.38 C \\nATOM 4559 CE1 PHE C 372 -17.666 -8.744 8.761 1.00 90.38 C \\nATOM 4560 CE2 PHE C 372 -16.326 -9.534 10.588 1.00 90.38 C \\nATOM 4561 CZ PHE C 372 -16.565 -9.446 9.226 1.00 90.38 C \\nATOM 4562 N LEU C 373 -19.594 -4.727 10.697 1.00 87.74 N \\nATOM 4563 CA LEU C 373 -19.509 -3.984 9.444 1.00 87.74 C \\nATOM 4564 C LEU C 373 -18.963 -2.580 9.681 1.00 87.74 C \\nATOM 4565 CB LEU C 373 -20.883 -3.903 8.774 1.00 87.74 C \\nATOM 4566 O LEU C 373 -18.619 -1.874 8.731 1.00 87.74 O \\nATOM 4567 CG LEU C 373 -21.431 -5.206 8.192 1.00 87.74 C \\nATOM 4568 CD1 LEU C 373 -22.906 -5.050 7.837 1.00 87.74 C \\nATOM 4569 CD2 LEU C 373 -20.623 -5.627 6.969 1.00 87.74 C \\nATOM 4570 N LEU C 374 -18.875 -2.179 10.893 1.00 90.35 N \\nATOM 4571 CA LEU C 374 -18.439 -0.822 11.203 1.00 90.35 C \\nATOM 4572 C LEU C 374 -17.027 -0.823 11.778 1.00 90.35 C \\nATOM 4573 CB LEU C 374 -19.405 -0.161 12.191 1.00 90.35 C \\nATOM 4574 O LEU C 374 -16.524 0.221 12.202 1.00 90.35 O \\nATOM 4575 CG LEU C 374 -20.860 -0.039 11.737 1.00 90.35 C \\nATOM 4576 CD1 LEU C 374 -21.693 0.656 12.809 1.00 90.35 C \\nATOM 4577 CD2 LEU C 374 -20.947 0.714 10.414 1.00 90.35 C \\nATOM 4578 N ARG C 375 -16.371 -2.003 11.775 1.00 88.40 N \\nATOM 4579 CA ARG C 375 -15.024 -2.152 12.315 1.00 88.40 C \\nATOM 4580 C ARG C 375 -13.972 -1.862 11.250 1.00 88.40 C \\nATOM 4581 CB ARG C 375 -14.823 -3.560 12.880 1.00 88.40 C \\nATOM 4582 O ARG C 375 -13.257 -2.766 10.813 1.00 88.40 O \\nATOM 4583 CG ARG C 375 -15.731 -3.888 14.055 1.00 88.40 C \\nATOM 4584 CD ARG C 375 -15.582 -5.338 14.495 1.00 88.40 C \\nATOM 4585 NE ARG C 375 -16.625 -5.724 15.441 1.00 88.40 N \\nATOM 4586 NH1 ARG C 375 -16.055 -7.962 15.474 1.00 88.40 N \\nATOM 4587 NH2 ARG C 375 -17.805 -7.201 16.744 1.00 88.40 N \\nATOM 4588 CZ ARG C 375 -16.826 -6.962 15.884 1.00 88.40 C \\nATOM 4589 N ASN C 376 -13.763 -0.598 10.894 1.00 83.60 N \\nATOM 4590 CA ASN C 376 -12.800 -0.074 9.931 1.00 83.60 C \\nATOM 4591 C ASN C 376 -12.505 1.402 10.180 1.00 83.60 C \\nATOM 4592 CB ASN C 376 -13.302 -0.282 8.501 1.00 83.60 C \\nATOM 4593 O ASN C 376 -13.115 2.023 11.053 1.00 83.60 O \\nATOM 4594 CG ASN C 376 -12.173 -0.465 7.506 1.00 83.60 C \\nATOM 4595 ND2 ASN C 376 -12.492 -1.018 6.342 1.00 83.60 N \\nATOM 4596 OD1 ASN C 376 -11.023 -0.113 7.782 1.00 83.60 O \\nATOM 4597 N GLY C 377 -11.453 1.845 9.525 1.00 85.67 N \\nATOM 4598 CA GLY C 377 -11.209 3.275 9.614 1.00 85.67 C \\nATOM 4599 C GLY C 377 -12.355 4.111 9.076 1.00 85.67 C \\nATOM 4600 O GLY C 377 -13.126 3.648 8.233 1.00 85.67 O \\nATOM 4601 N ALA C 378 -12.437 5.343 9.516 1.00 90.23 N \\nATOM 4602 CA ALA C 378 -13.516 6.234 9.097 1.00 90.23 C \\nATOM 4603 C ALA C 378 -13.563 6.362 7.577 1.00 90.23 C \\nATOM 4604 CB ALA C 378 -13.351 7.609 9.739 1.00 90.23 C \\nATOM 4605 O ALA C 378 -14.640 6.492 6.992 1.00 90.23 O \\nATOM 4606 N ASN C 379 -12.546 6.360 6.923 1.00 88.37 N \\nATOM 4607 CA ASN C 379 -12.347 6.180 5.489 1.00 88.37 C \\nATOM 4608 C ASN C 379 -10.982 5.571 5.185 1.00 88.37 C \\nATOM 4609 CB ASN C 379 -12.510 7.512 4.754 1.00 88.37 C \\nATOM 4610 O ASN C 379 -10.248 5.193 6.100 1.00 88.37 O \\nATOM 4611 CG ASN C 379 -11.429 8.512 5.110 1.00 88.37 C \\nATOM 4612 ND2 ASN C 379 -11.804 9.782 5.207 1.00 88.37 N \\nATOM 4613 OD1 ASN C 379 -10.265 8.147 5.295 1.00 88.37 O \\nATOM 4614 N GLU C 380 -10.642 5.406 3.992 1.00 79.49 N \\nATOM 4615 CA GLU C 380 -9.472 4.623 3.608 1.00 79.49 C \\nATOM 4616 C GLU C 380 -8.180 5.327 4.010 1.00 79.49 C \\nATOM 4617 CB GLU C 380 -9.477 4.352 2.101 1.00 79.49 C \\nATOM 4618 O GLU C 380 -7.121 4.699 4.082 1.00 79.49 O \\nATOM 4619 CG GLU C 380 -9.407 5.612 1.250 1.00 79.49 C \\nATOM 4620 CD GLU C 380 -9.459 5.331 -0.243 1.00 79.49 C \\nATOM 4621 OE1 GLU C 380 -9.685 6.276 -1.031 1.00 79.49 O \\nATOM 4622 OE2 GLU C 380 -9.272 4.155 -0.628 1.00 79.49 O \\nATOM 4623 N GLY C 381 -8.200 6.541 4.359 1.00 85.06 N \\nATOM 4624 CA GLY C 381 -7.001 7.279 4.722 1.00 85.06 C \\nATOM 4625 C GLY C 381 -6.734 7.287 6.215 1.00 85.06 C \\nATOM 4626 O GLY C 381 -5.610 7.549 6.649 1.00 85.06 O \\nATOM 4627 N PHE C 382 -7.692 6.988 7.059 1.00 89.51 N \\nATOM 4628 CA PHE C 382 -7.602 7.148 8.506 1.00 89.51 C \\nATOM 4629 C PHE C 382 -6.656 6.115 9.107 1.00 89.51 C \\nATOM 4630 CB PHE C 382 -8.988 7.028 9.148 1.00 89.51 C \\nATOM 4631 O PHE C 382 -5.787 6.456 9.911 1.00 89.51 O \\nATOM 4632 CG PHE C 382 -9.676 8.349 9.359 1.00 89.51 C \\nATOM 4633 CD1 PHE C 382 -9.955 8.807 10.641 1.00 89.51 C \\nATOM 4634 CD2 PHE C 382 -10.044 9.135 8.274 1.00 89.51 C \\nATOM 4635 CE1 PHE C 382 -10.592 10.030 10.839 1.00 89.51 C \\nATOM 4636 CE2 PHE C 382 -10.681 10.358 8.465 1.00 89.51 C \\nATOM 4637 CZ PHE C 382 -10.954 10.803 9.748 1.00 89.51 C \\nATOM 4638 N HIS C 383 -6.803 4.812 8.700 1.00 78.84 N \\nATOM 4639 CA HIS C 383 -5.895 3.797 9.224 1.00 78.84 C \\nATOM 4640 C HIS C 383 -4.442 4.153 8.928 1.00 78.84 C \\nATOM 4641 CB HIS C 383 -6.230 2.425 8.637 1.00 78.84 C \\nATOM 4642 O HIS C 383 -3.584 4.056 9.808 1.00 78.84 O \\nATOM 4643 CG HIS C 383 -6.980 1.537 9.578 1.00 78.84 C \\nATOM 4644 CD2 HIS C 383 -8.307 1.311 9.721 1.00 78.84 C \\nATOM 4645 ND1 HIS C 383 -6.351 0.753 10.521 1.00 78.84 N \\nATOM 4646 CE1 HIS C 383 -7.263 0.082 11.205 1.00 78.84 C \\nATOM 4647 NE2 HIS C 383 -8.458 0.403 10.739 1.00 78.84 N \\nATOM 4648 N GLU C 384 -4.217 4.602 7.728 1.00 79.68 N \\nATOM 4649 CA GLU C 384 -2.855 4.952 7.336 1.00 79.68 C \\nATOM 4650 C GLU C 384 -2.348 6.159 8.120 1.00 79.68 C \\nATOM 4651 CB GLU C 384 -2.784 5.234 5.833 1.00 79.68 C \\nATOM 4652 O GLU C 384 -1.191 6.188 8.545 1.00 79.68 O \\nATOM 4653 CG GLU C 384 -3.140 4.036 4.965 1.00 79.68 C \\nATOM 4654 CD GLU C 384 -2.255 2.826 5.221 1.00 79.68 C \\nATOM 4655 OE1 GLU C 384 -2.747 1.680 5.111 1.00 79.68 O \\nATOM 4656 OE2 GLU C 384 -1.060 3.026 5.534 1.00 79.68 O \\nATOM 4657 N ALA C 385 -3.188 7.073 8.349 1.00 88.70 N \\nATOM 4658 CA ALA C 385 -2.808 8.278 9.082 1.00 88.70 C \\nATOM 4659 C ALA C 385 -2.431 7.948 10.523 1.00 88.70 C \\nATOM 4660 CB ALA C 385 -3.942 9.299 9.052 1.00 88.70 C \\nATOM 4661 O ALA C 385 -1.443 8.467 11.048 1.00 88.70 O \\nATOM 4662 N VAL C 386 -3.195 7.089 11.125 1.00 88.23 N \\nATOM 4663 CA VAL C 386 -2.926 6.687 12.502 1.00 88.23 C \\nATOM 4664 C VAL C 386 -1.584 5.964 12.576 1.00 88.23 C \\nATOM 4665 CB VAL C 386 -4.050 5.784 13.059 1.00 88.23 C \\nATOM 4666 O VAL C 386 -0.782 6.221 13.478 1.00 88.23 O \\nATOM 4667 CG1 VAL C 386 -3.633 5.163 14.391 1.00 88.23 C \\nATOM 4668 CG2 VAL C 386 -5.343 6.581 13.219 1.00 88.23 C \\nATOM 4669 N GLY C 387 -1.358 5.077 11.637 1.00 82.04 N \\nATOM 4670 CA GLY C 387 -0.054 4.435 11.583 1.00 82.04 C \\nATOM 4671 C GLY C 387 1.092 5.421 11.455 1.00 82.04 C \\nATOM 4672 O GLY C 387 2.107 5.294 12.143 1.00 82.04 O \\nATOM 4673 N GLU C 388 0.912 6.453 10.703 1.00 83.63 N \\nATOM 4674 CA GLU C 388 1.966 7.420 10.410 1.00 83.63 C \\nATOM 4675 C GLU C 388 2.234 8.324 11.609 1.00 83.63 C \\nATOM 4676 CB GLU C 388 1.596 8.264 9.187 1.00 83.63 C \\nATOM 4677 O GLU C 388 3.377 8.715 11.856 1.00 83.63 O \\nATOM 4678 CG GLU C 388 1.620 7.490 7.877 1.00 83.63 C \\nATOM 4679 CD GLU C 388 2.990 6.924 7.539 1.00 83.63 C \\nATOM 4680 OE1 GLU C 388 3.067 5.938 6.771 1.00 83.63 O \\nATOM 4681 OE2 GLU C 388 3.994 7.470 8.047 1.00 83.63 O \\nATOM 4682 N ILE C 389 1.221 8.670 12.353 1.00 87.67 N \\nATOM 4683 CA ILE C 389 1.411 9.542 13.507 1.00 87.67 C \\nATOM 4684 C ILE C 389 2.307 8.851 14.533 1.00 87.67 C \\nATOM 4685 CB ILE C 389 0.061 9.931 14.150 1.00 87.67 C \\nATOM 4686 O ILE C 389 3.167 9.489 15.144 1.00 87.67 O \\nATOM 4687 CG1 ILE C 389 -0.687 10.929 13.259 1.00 87.67 C \\nATOM 4688 CG2 ILE C 389 0.277 10.505 15.554 1.00 87.67 C \\nATOM 4689 CD1 ILE C 389 -2.125 11.185 13.688 1.00 87.67 C \\nATOM 4690 N MET C 390 2.141 7.590 14.606 1.00 85.17 N \\nATOM 4691 CA MET C 390 2.934 6.849 15.582 1.00 85.17 C \\nATOM 4692 C MET C 390 4.394 6.770 15.151 1.00 85.17 C \\nATOM 4693 CB MET C 390 2.369 5.441 15.776 1.00 85.17 C \\nATOM 4694 O MET C 390 5.299 6.937 15.971 1.00 85.17 O \\nATOM 4695 CG MET C 390 0.929 5.419 16.261 1.00 85.17 C \\nATOM 4696 SD MET C 390 0.695 6.371 17.812 1.00 85.17 S \\nATOM 4697 CE MET C 390 -1.056 6.819 17.652 1.00 85.17 C \\nATOM 4698 N SER C 391 4.561 6.547 13.908 1.00 80.04 N \\nATOM 4699 CA SER C 391 5.913 6.504 13.360 1.00 80.04 C \\nATOM 4700 C SER C 391 6.587 7.869 13.443 1.00 80.04 C \\nATOM 4701 CB SER C 391 5.889 6.026 11.908 1.00 80.04 C \\nATOM 4702 O SER C 391 7.769 7.964 13.779 1.00 80.04 O \\nATOM 4703 OG SER C 391 7.197 6.002 11.364 1.00 80.04 O \\nATOM 4704 N LEU C 392 5.896 8.961 13.272 1.00 84.23 N \\nATOM 4705 CA LEU C 392 6.425 10.319 13.338 1.00 84.23 C \\nATOM 4706 C LEU C 392 6.889 10.653 14.752 1.00 84.23 C \\nATOM 4707 CB LEU C 392 5.369 11.329 12.882 1.00 84.23 C \\nATOM 4708 O LEU C 392 7.963 11.228 14.937 1.00 84.23 O \\nATOM 4709 CG LEU C 392 5.319 11.629 11.383 1.00 84.23 C \\nATOM 4710 CD1 LEU C 392 4.007 12.318 11.024 1.00 84.23 C \\nATOM 4711 CD2 LEU C 392 6.510 12.486 10.970 1.00 84.23 C \\nATOM 4712 N SER C 393 6.086 10.312 15.670 1.00 85.42 N \\nATOM 4713 CA SER C 393 6.412 10.593 17.064 1.00 85.42 C \\nATOM 4714 C SER C 393 7.652 9.824 17.508 1.00 85.42 C \\nATOM 4715 CB SER C 393 5.232 10.241 17.972 1.00 85.42 C \\nATOM 4716 O SER C 393 8.488 10.355 18.242 1.00 85.42 O \\nATOM 4717 OG SER C 393 4.151 11.133 17.760 1.00 85.42 O \\nATOM 4718 N ALA C 394 7.845 8.631 16.977 1.00 87.42 N \\nATOM 4719 CA ALA C 394 8.946 7.752 17.364 1.00 87.42 C \\nATOM 4720 C ALA C 394 10.248 8.174 16.688 1.00 87.42 C \\nATOM 4721 CB ALA C 394 8.616 6.303 17.017 1.00 87.42 C \\nATOM 4722 O ALA C 394 11.334 7.785 17.124 1.00 87.42 O \\nATOM 4723 N ALA C 395 10.111 8.998 15.654 1.00 85.89 N \\nATOM 4724 CA ALA C 395 11.277 9.364 14.853 1.00 85.89 C \\nATOM 4725 C ALA C 395 11.931 10.635 15.387 1.00 85.89 C \\nATOM 4726 CB ALA C 395 10.880 9.548 13.390 1.00 85.89 C \\nATOM 4727 O ALA C 395 13.054 10.971 15.003 1.00 85.89 O \\nATOM 4728 N THR C 396 11.328 11.265 16.318 1.00 87.62 N \\nATOM 4729 CA THR C 396 11.861 12.533 16.802 1.00 87.62 C \\nATOM 4730 C THR C 396 13.162 12.315 17.570 1.00 87.62 C \\nATOM 4731 CB THR C 396 10.846 13.259 17.704 1.00 87.62 C \\nATOM 4732 O THR C 396 13.303 11.328 18.295 1.00 87.62 O \\nATOM 4733 CG2 THR C 396 9.573 13.600 16.935 1.00 87.62 C \\nATOM 4734 OG1 THR C 396 10.509 12.415 18.811 1.00 87.62 O \\nATOM 4735 N PRO C 397 14.095 13.229 17.380 1.00 88.43 N \\nATOM 4736 CA PRO C 397 15.343 13.130 18.141 1.00 88.43 C \\nATOM 4737 C PRO C 397 15.113 13.103 19.651 1.00 88.43 C \\nATOM 4738 CB PRO C 397 16.109 14.390 17.728 1.00 88.43 C \\nATOM 4739 O PRO C 397 15.802 12.377 20.371 1.00 88.43 O \\nATOM 4740 CG PRO C 397 15.617 14.702 16.351 1.00 88.43 C \\nATOM 4741 CD PRO C 397 14.164 14.330 16.269 1.00 88.43 C \\nATOM 4742 N LYS C 398 14.155 13.852 20.085 1.00 86.35 N \\nATOM 4743 CA LYS C 398 13.819 13.868 21.506 1.00 86.35 C \\nATOM 4744 C LYS C 398 13.429 12.476 21.994 1.00 86.35 C \\nATOM 4745 CB LYS C 398 12.683 14.855 21.778 1.00 86.35 C \\nATOM 4746 O LYS C 398 13.904 12.022 23.038 1.00 86.35 O \\nATOM 4747 CG LYS C 398 12.320 14.991 23.250 1.00 86.35 C \\nATOM 4748 CD LYS C 398 11.181 15.981 23.455 1.00 86.35 C \\nATOM 4749 CE LYS C 398 10.741 16.033 24.912 1.00 86.35 C \\nATOM 4750 NZ LYS C 398 9.611 16.989 25.115 1.00 86.35 N \\nATOM 4751 N HIS C 399 12.591 11.821 21.270 1.00 88.60 N \\nATOM 4752 CA HIS C 399 12.171 10.476 21.647 1.00 88.60 C \\nATOM 4753 C HIS C 399 13.335 9.494 21.571 1.00 88.60 C \\nATOM 4754 CB HIS C 399 11.024 10.002 20.752 1.00 88.60 C \\nATOM 4755 O HIS C 399 13.535 8.689 22.483 1.00 88.60 O \\nATOM 4756 CG HIS C 399 10.531 8.630 21.085 1.00 88.60 C \\nATOM 4757 CD2 HIS C 399 10.618 7.464 20.402 1.00 88.60 C \\nATOM 4758 ND1 HIS C 399 9.852 8.345 22.250 1.00 88.60 N \\nATOM 4759 CE1 HIS C 399 9.542 7.060 22.269 1.00 88.60 C \\nATOM 4760 NE2 HIS C 399 9.995 6.502 21.159 1.00 88.60 N \\nATOM 4761 N LEU C 400 14.118 9.538 20.515 1.00 91.74 N \\nATOM 4762 CA LEU C 400 15.249 8.639 20.313 1.00 91.74 C \\nATOM 4763 C LEU C 400 16.283 8.809 21.421 1.00 91.74 C \\nATOM 4764 CB LEU C 400 15.898 8.892 18.950 1.00 91.74 C \\nATOM 4765 O LEU C 400 16.883 7.831 21.871 1.00 91.74 O \\nATOM 4766 CG LEU C 400 15.047 8.563 17.722 1.00 91.74 C \\nATOM 4767 CD1 LEU C 400 15.757 9.014 16.449 1.00 91.74 C \\nATOM 4768 CD2 LEU C 400 14.739 7.071 17.669 1.00 91.74 C \\nATOM 4769 N LYS C 401 16.478 10.030 21.821 1.00 90.23 N \\nATOM 4770 CA LYS C 401 17.374 10.304 22.940 1.00 90.23 C \\nATOM 4771 C LYS C 401 16.826 9.718 24.239 1.00 90.23 C \\nATOM 4772 CB LYS C 401 17.595 11.809 23.096 1.00 90.23 C \\nATOM 4773 O LYS C 401 17.572 9.129 25.024 1.00 90.23 O \\nATOM 4774 CG LYS C 401 18.654 12.176 24.125 1.00 90.23 C \\nATOM 4775 CD LYS C 401 18.851 13.684 24.210 1.00 90.23 C \\nATOM 4776 CE LYS C 401 19.829 14.059 25.316 1.00 90.23 C \\nATOM 4777 NZ LYS C 401 20.028 15.537 25.401 1.00 90.23 N \\nATOM 4778 N SER C 402 15.562 9.832 24.492 1.00 89.85 N \\nATOM 4779 CA SER C 402 14.911 9.379 25.717 1.00 89.85 C \\nATOM 4780 C SER C 402 15.010 7.865 25.869 1.00 89.85 C \\nATOM 4781 CB SER C 402 13.442 9.806 25.732 1.00 89.85 C \\nATOM 4782 O SER C 402 15.021 7.348 26.988 1.00 89.85 O \\nATOM 4783 OG SER C 402 12.671 8.984 24.873 1.00 89.85 O \\nATOM 4784 N ILE C 403 15.162 7.153 24.784 1.00 92.46 N \\nATOM 4785 CA ILE C 403 15.197 5.699 24.893 1.00 92.46 C \\nATOM 4786 C ILE C 403 16.626 5.200 24.695 1.00 92.46 C \\nATOM 4787 CB ILE C 403 14.250 5.033 23.869 1.00 92.46 C \\nATOM 4788 O ILE C 403 16.855 3.999 24.537 1.00 92.46 O \\nATOM 4789 CG1 ILE C 403 14.661 5.406 22.440 1.00 92.46 C \\nATOM 4790 CG2 ILE C 403 12.796 5.429 24.142 1.00 92.46 C \\nATOM 4791 CD1 ILE C 403 13.916 4.634 21.360 1.00 92.46 C \\nATOM 4792 N GLY C 404 17.543 6.151 24.557 1.00 92.66 N \\nATOM 4793 CA GLY C 404 18.958 5.820 24.607 1.00 92.66 C \\nATOM 4794 C GLY C 404 19.538 5.475 23.248 1.00 92.66 C \\nATOM 4795 O GLY C 404 20.587 4.833 23.160 1.00 92.66 O \\nATOM 4796 N LEU C 405 18.860 5.810 22.199 1.00 93.39 N \\nATOM 4797 CA LEU C 405 19.357 5.490 20.865 1.00 93.39 C \\nATOM 4798 C LEU C 405 20.192 6.636 20.306 1.00 93.39 C \\nATOM 4799 CB LEU C 405 18.193 5.182 19.919 1.00 93.39 C \\nATOM 4800 O LEU C 405 20.932 6.456 19.336 1.00 93.39 O \\nATOM 4801 CG LEU C 405 17.466 3.856 20.147 1.00 93.39 C \\nATOM 4802 CD1 LEU C 405 16.292 3.723 19.184 1.00 93.39 C \\nATOM 4803 CD2 LEU C 405 18.429 2.684 19.990 1.00 93.39 C \\nATOM 4804 N LEU C 406 20.032 7.791 20.845 1.00 91.00 N \\nATOM 4805 CA LEU C 406 20.934 8.915 20.618 1.00 91.00 C \\nATOM 4806 C LEU C 406 21.717 9.247 21.884 1.00 91.00 C \\nATOM 4807 CB LEU C 406 20.151 10.145 20.151 1.00 91.00 C \\nATOM 4808 O LEU C 406 21.223 9.046 22.996 1.00 91.00 O \\nATOM 4809 CG LEU C 406 19.560 10.078 18.742 1.00 91.00 C \\nATOM 4810 CD1 LEU C 406 18.715 11.316 18.462 1.00 91.00 C \\nATOM 4811 CD2 LEU C 406 20.667 9.934 17.704 1.00 91.00 C \\nATOM 4812 N SER C 407 22.953 9.700 21.663 1.00 86.15 N \\nATOM 4813 CA SER C 407 23.817 10.003 22.799 1.00 86.15 C \\nATOM 4814 C SER C 407 23.185 11.051 23.710 1.00 86.15 C \\nATOM 4815 CB SER C 407 25.184 10.491 22.319 1.00 86.15 C \\nATOM 4816 O SER C 407 22.528 11.979 23.234 1.00 86.15 O \\nATOM 4817 OG SER C 407 25.943 11.007 23.400 1.00 86.15 O \\nATOM 4818 N PRO C 408 23.482 10.885 24.927 1.00 85.02 N \\nATOM 4819 CA PRO C 408 22.989 11.890 25.871 1.00 85.02 C \\nATOM 4820 C PRO C 408 23.501 13.294 25.558 1.00 85.02 C \\nATOM 4821 CB PRO C 408 23.526 11.401 27.219 1.00 85.02 C \\nATOM 4822 O PRO C 408 22.871 14.284 25.939 1.00 85.02 O \\nATOM 4823 CG PRO C 408 23.917 9.978 26.980 1.00 85.02 C \\nATOM 4824 CD PRO C 408 24.127 9.781 25.506 1.00 85.02 C \\nATOM 4825 N ASP C 409 24.593 13.306 24.833 1.00 83.15 N \\nATOM 4826 CA ASP C 409 25.204 14.592 24.510 1.00 83.15 C \\nATOM 4827 C ASP C 409 24.671 15.137 23.187 1.00 83.15 C \\nATOM 4828 CB ASP C 409 26.728 14.462 24.450 1.00 83.15 C \\nATOM 4829 O ASP C 409 25.105 16.194 22.725 1.00 83.15 O \\nATOM 4830 CG ASP C 409 27.346 14.105 25.790 1.00 83.15 C \\nATOM 4831 OD1 ASP C 409 26.769 14.458 26.841 1.00 83.15 O \\nATOM 4832 OD2 ASP C 409 28.421 13.468 25.795 1.00 83.15 O \\nATOM 4833 N PHE C 410 23.733 14.345 22.618 1.00 85.40 N \\nATOM 4834 CA PHE C 410 23.150 14.809 21.365 1.00 85.40 C \\nATOM 4835 C PHE C 410 22.410 16.126 21.566 1.00 85.40 C \\nATOM 4836 CB PHE C 410 22.198 13.755 20.790 1.00 85.40 C \\nATOM 4837 O PHE C 410 21.590 16.250 22.478 1.00 85.40 O \\nATOM 4838 CG PHE C 410 21.555 14.161 19.492 1.00 85.40 C \\nATOM 4839 CD1 PHE C 410 20.300 14.756 19.478 1.00 85.40 C \\nATOM 4840 CD2 PHE C 410 22.207 13.947 18.284 1.00 85.40 C \\nATOM 4841 CE1 PHE C 410 19.702 15.133 18.277 1.00 85.40 C \\nATOM 4842 CE2 PHE C 410 21.616 14.321 17.080 1.00 85.40 C \\nATOM 4843 CZ PHE C 410 20.363 14.913 17.079 1.00 85.40 C \\nATOM 4844 N GLN C 411 22.811 17.119 20.865 1.00 83.09 N \\nATOM 4845 CA GLN C 411 22.170 18.426 20.951 1.00 83.09 C \\nATOM 4846 C GLN C 411 21.439 18.767 19.656 1.00 83.09 C \\nATOM 4847 CB GLN C 411 23.201 19.510 21.272 1.00 83.09 C \\nATOM 4848 O GLN C 411 22.006 18.653 18.567 1.00 83.09 O \\nATOM 4849 CG GLN C 411 23.660 19.512 22.724 1.00 83.09 C \\nATOM 4850 CD GLN C 411 24.301 20.824 23.135 1.00 83.09 C \\nATOM 4851 NE2 GLN C 411 24.457 21.024 24.439 1.00 83.09 N \\nATOM 4852 OE1 GLN C 411 24.653 21.650 22.288 1.00 83.09 O \\nATOM 4853 N GLU C 412 20.186 19.048 19.870 1.00 84.30 N \\nATOM 4854 CA GLU C 412 19.413 19.523 18.726 1.00 84.30 C \\nATOM 4855 C GLU C 412 19.760 20.971 18.389 1.00 84.30 C \\nATOM 4856 CB GLU C 412 17.913 19.391 18.997 1.00 84.30 C \\nATOM 4857 O GLU C 412 19.620 21.860 19.232 1.00 84.30 O \\nATOM 4858 CG GLU C 412 17.384 17.971 18.854 1.00 84.30 C \\nATOM 4859 CD GLU C 412 15.884 17.863 19.078 1.00 84.30 C \\nATOM 4860 OE1 GLU C 412 15.408 16.780 19.485 1.00 84.30 O \\nATOM 4861 OE2 GLU C 412 15.180 18.871 18.844 1.00 84.30 O \\nATOM 4862 N ASP C 413 20.351 21.203 17.264 1.00 87.89 N \\nATOM 4863 CA ASP C 413 20.607 22.548 16.760 1.00 87.89 C \\nATOM 4864 C ASP C 413 19.972 22.750 15.386 1.00 87.89 C \\nATOM 4865 CB ASP C 413 22.112 22.817 16.688 1.00 87.89 C \\nATOM 4866 O ASP C 413 19.247 21.881 14.897 1.00 87.89 O \\nATOM 4867 CG ASP C 413 22.844 21.851 15.772 1.00 87.89 C \\nATOM 4868 OD1 ASP C 413 22.235 21.351 14.802 1.00 87.89 O \\nATOM 4869 OD2 ASP C 413 24.039 21.585 16.026 1.00 87.89 O \\nATOM 4870 N ASN C 414 20.171 23.907 14.884 1.00 91.53 N \\nATOM 4871 CA ASN C 414 19.525 24.261 13.625 1.00 91.53 C \\nATOM 4872 C ASN C 414 19.920 23.304 12.503 1.00 91.53 C \\nATOM 4873 CB ASN C 414 19.860 25.702 13.236 1.00 91.53 C \\nATOM 4874 O ASN C 414 19.074 22.886 11.712 1.00 91.53 O \\nATOM 4875 CG ASN C 414 18.940 26.245 12.159 1.00 91.53 C \\nATOM 4876 ND2 ASN C 414 19.464 27.138 11.327 1.00 91.53 N \\nATOM 4877 OD1 ASN C 414 17.769 25.867 12.077 1.00 91.53 O \\nATOM 4878 N GLU C 415 21.154 22.870 12.486 1.00 93.89 N \\nATOM 4879 CA GLU C 415 21.656 22.002 11.425 1.00 93.89 C \\nATOM 4880 C GLU C 415 21.067 20.598 11.536 1.00 93.89 C \\nATOM 4881 CB GLU C 415 23.185 21.935 11.464 1.00 93.89 C \\nATOM 4882 O GLU C 415 20.652 20.013 10.533 1.00 93.89 O \\nATOM 4883 CG GLU C 415 23.868 23.227 11.040 1.00 93.89 C \\nATOM 4884 CD GLU C 415 25.385 23.138 11.059 1.00 93.89 C \\nATOM 4885 OE1 GLU C 415 26.052 24.014 10.463 1.00 93.89 O \\nATOM 4886 OE2 GLU C 415 25.912 22.184 11.674 1.00 93.89 O \\nATOM 4887 N THR C 416 21.057 20.038 12.691 1.00 90.93 N \\nATOM 4888 CA THR C 416 20.489 18.707 12.880 1.00 90.93 C \\nATOM 4889 C THR C 416 18.988 18.716 12.605 1.00 90.93 C \\nATOM 4890 CB THR C 416 20.750 18.186 14.305 1.00 90.93 C \\nATOM 4891 O THR C 416 18.438 17.733 12.104 1.00 90.93 O \\nATOM 4892 CG2 THR C 416 22.238 17.956 14.544 1.00 90.93 C \\nATOM 4893 OG1 THR C 416 20.268 19.146 15.254 1.00 90.93 O \\nATOM 4894 N GLU C 417 18.373 19.813 12.945 1.00 92.19 N \\nATOM 4895 CA GLU C 417 16.946 19.971 12.682 1.00 92.19 C \\nATOM 4896 C GLU C 417 16.655 19.955 11.184 1.00 92.19 C \\nATOM 4897 CB GLU C 417 16.424 21.268 13.306 1.00 92.19 C \\nATOM 4898 O GLU C 417 15.723 19.285 10.735 1.00 92.19 O \\nATOM 4899 CG GLU C 417 14.908 21.390 13.292 1.00 92.19 C \\nATOM 4900 CD GLU C 417 14.401 22.649 13.978 1.00 92.19 C \\nATOM 4901 OE1 GLU C 417 13.199 22.972 13.843 1.00 92.19 O \\nATOM 4902 OE2 GLU C 417 15.213 23.319 14.655 1.00 92.19 O \\nATOM 4903 N ILE C 418 17.473 20.688 10.470 1.00 95.69 N \\nATOM 4904 CA ILE C 418 17.309 20.743 9.022 1.00 95.69 C \\nATOM 4905 C ILE C 418 17.549 19.359 8.423 1.00 95.69 C \\nATOM 4906 CB ILE C 418 18.264 21.777 8.384 1.00 95.69 C \\nATOM 4907 O ILE C 418 16.809 18.921 7.539 1.00 95.69 O \\nATOM 4908 CG1 ILE C 418 17.838 23.200 8.758 1.00 95.69 C \\nATOM 4909 CG2 ILE C 418 18.312 21.601 6.863 1.00 95.69 C \\nATOM 4910 CD1 ILE C 418 16.422 23.556 8.327 1.00 95.69 C \\nATOM 4911 N ASN C 419 18.579 18.687 8.922 1.00 93.41 N \\nATOM 4912 CA ASN C 419 18.826 17.326 8.457 1.00 93.41 C \\nATOM 4913 C ASN C 419 17.617 16.425 8.693 1.00 93.41 C \\nATOM 4914 CB ASN C 419 20.065 16.742 9.140 1.00 93.41 C \\nATOM 4915 O ASN C 419 17.211 15.679 7.800 1.00 93.41 O \\nATOM 4916 CG ASN C 419 21.359 17.233 8.521 1.00 93.41 C \\nATOM 4917 ND2 ASN C 419 22.484 16.792 9.071 1.00 93.41 N \\nATOM 4918 OD1 ASN C 419 21.347 18.002 7.556 1.00 93.41 O \\nATOM 4919 N PHE C 420 17.066 16.529 9.845 1.00 90.88 N \\nATOM 4920 CA PHE C 420 15.906 15.720 10.200 1.00 90.88 C \\nATOM 4921 C PHE C 420 14.721 16.049 9.301 1.00 90.88 C \\nATOM 4922 CB PHE C 420 15.528 15.936 11.669 1.00 90.88 C \\nATOM 4923 O PHE C 420 14.088 15.150 8.745 1.00 90.88 O \\nATOM 4924 CG PHE C 420 14.186 15.364 12.041 1.00 90.88 C \\nATOM 4925 CD1 PHE C 420 13.095 16.196 12.256 1.00 90.88 C \\nATOM 4926 CD2 PHE C 420 14.017 13.992 12.175 1.00 90.88 C \\nATOM 4927 CE1 PHE C 420 11.853 15.669 12.600 1.00 90.88 C \\nATOM 4928 CE2 PHE C 420 12.778 13.458 12.518 1.00 90.88 C \\nATOM 4929 CZ PHE C 420 11.698 14.298 12.732 1.00 90.88 C \\nATOM 4930 N LEU C 421 14.422 17.321 9.156 1.00 95.49 N \\nATOM 4931 CA LEU C 421 13.276 17.756 8.365 1.00 95.49 C \\nATOM 4932 C LEU C 421 13.457 17.384 6.897 1.00 95.49 C \\nATOM 4933 CB LEU C 421 13.075 19.267 8.500 1.00 95.49 C \\nATOM 4934 O LEU C 421 12.491 17.030 6.218 1.00 95.49 O \\nATOM 4935 CG LEU C 421 12.499 19.759 9.828 1.00 95.49 C \\nATOM 4936 CD1 LEU C 421 12.624 21.275 9.932 1.00 95.49 C \\nATOM 4937 CD2 LEU C 421 11.044 19.326 9.974 1.00 95.49 C \\nATOM 4938 N LEU C 422 14.678 17.479 6.406 1.00 95.99 N \\nATOM 4939 CA LEU C 422 14.936 17.087 5.025 1.00 95.99 C \\nATOM 4940 C LEU C 422 14.674 15.598 4.826 1.00 95.99 C \\nATOM 4941 CB LEU C 422 16.378 17.420 4.634 1.00 95.99 C \\nATOM 4942 O LEU C 422 14.060 15.199 3.834 1.00 95.99 O \\nATOM 4943 CG LEU C 422 16.781 17.100 3.194 1.00 95.99 C \\nATOM 4944 CD1 LEU C 422 16.052 18.022 2.222 1.00 95.99 C \\nATOM 4945 CD2 LEU C 422 18.291 17.220 3.021 1.00 95.99 C \\nATOM 4946 N LYS C 423 15.206 14.892 5.746 1.00 89.76 N \\nATOM 4947 CA LYS C 423 14.957 13.456 5.650 1.00 89.76 C \\nATOM 4948 C LYS C 423 13.461 13.158 5.624 1.00 89.76 C \\nATOM 4949 CB LYS C 423 15.619 12.718 6.814 1.00 89.76 C \\nATOM 4950 O LYS C 423 12.999 12.343 4.822 1.00 89.76 O \\nATOM 4951 CG LYS C 423 15.552 11.202 6.704 1.00 89.76 C \\nATOM 4952 CD LYS C 423 16.365 10.525 7.799 1.00 89.76 C \\nATOM 4953 CE LYS C 423 16.306 9.007 7.684 1.00 89.76 C \\nATOM 4954 NZ LYS C 423 17.031 8.514 6.475 1.00 89.76 N \\nATOM 4955 N GLN C 424 12.674 13.757 6.482 1.00 90.59 N \\nATOM 4956 CA GLN C 424 11.226 13.583 6.511 1.00 90.59 C \\nATOM 4957 C GLN C 424 10.588 14.057 5.208 1.00 90.59 C \\nATOM 4958 CB GLN C 424 10.617 14.333 7.696 1.00 90.59 C \\nATOM 4959 O GLN C 424 9.715 13.384 4.657 1.00 90.59 O \\nATOM 4960 CG GLN C 424 11.020 13.770 9.053 1.00 90.59 C \\nATOM 4961 CD GLN C 424 10.516 12.356 9.274 1.00 90.59 C \\nATOM 4962 NE2 GLN C 424 9.290 12.235 9.771 1.00 90.59 N \\nATOM 4963 OE1 GLN C 424 11.222 11.381 9.000 1.00 90.59 O \\nATOM 4964 N ALA C 425 11.062 15.173 4.731 1.00 95.44 N \\nATOM 4965 CA ALA C 425 10.492 15.762 3.522 1.00 95.44 C \\nATOM 4966 C ALA C 425 10.712 14.857 2.314 1.00 95.44 C \\nATOM 4967 CB ALA C 425 11.096 17.141 3.266 1.00 95.44 C \\nATOM 4968 O ALA C 425 9.848 14.756 1.439 1.00 95.44 O \\nATOM 4969 N LEU C 426 11.869 14.210 2.195 1.00 92.42 N \\nATOM 4970 CA LEU C 426 12.154 13.302 1.090 1.00 92.42 C \\nATOM 4971 C LEU C 426 11.160 12.146 1.066 1.00 92.42 C \\nATOM 4972 CB LEU C 426 13.582 12.760 1.197 1.00 92.42 C \\nATOM 4973 O LEU C 426 10.797 11.656 -0.006 1.00 92.42 O \\nATOM 4974 CG LEU C 426 14.709 13.768 0.967 1.00 92.42 C \\nATOM 4975 CD1 LEU C 426 16.063 13.118 1.227 1.00 92.42 C \\nATOM 4976 CD2 LEU C 426 14.643 14.331 -0.449 1.00 92.42 C \\nATOM 4977 N THR C 427 10.640 11.803 2.189 1.00 81.53 N \\nATOM 4978 CA THR C 427 9.736 10.666 2.326 1.00 81.53 C \\nATOM 4979 C THR C 427 8.282 11.116 2.224 1.00 81.53 C \\nATOM 4980 CB THR C 427 9.957 9.935 3.664 1.00 81.53 C \\nATOM 4981 O THR C 427 7.425 10.363 1.757 1.00 81.53 O \\nATOM 4982 CG2 THR C 427 9.043 8.720 3.784 1.00 81.53 C \\nATOM 4983 OG1 THR C 427 11.321 9.503 3.746 1.00 81.53 O \\nATOM 4984 N ILE C 428 7.991 12.320 2.600 1.00 89.76 N \\nATOM 4985 CA ILE C 428 6.604 12.753 2.738 1.00 89.76 C \\nATOM 4986 C ILE C 428 6.259 13.740 1.625 1.00 89.76 C \\nATOM 4987 CB ILE C 428 6.347 13.393 4.120 1.00 89.76 C \\nATOM 4988 O ILE C 428 5.402 13.460 0.782 1.00 89.76 O \\nATOM 4989 CG1 ILE C 428 6.524 12.352 5.232 1.00 89.76 C \\nATOM 4990 CG2 ILE C 428 4.951 14.020 4.174 1.00 89.76 C \\nATOM 4991 CD1 ILE C 428 6.546 12.943 6.635 1.00 89.76 C \\nATOM 4992 N VAL C 429 7.025 14.866 1.558 1.00 96.07 N \\nATOM 4993 CA VAL C 429 6.726 15.920 0.593 1.00 96.07 C \\nATOM 4994 C VAL C 429 7.073 15.444 -0.815 1.00 96.07 C \\nATOM 4995 CB VAL C 429 7.491 17.222 0.920 1.00 96.07 C \\nATOM 4996 O VAL C 429 6.342 15.722 -1.769 1.00 96.07 O \\nATOM 4997 CG1 VAL C 429 7.218 18.288 -0.139 1.00 96.07 C \\nATOM 4998 CG2 VAL C 429 7.107 17.732 2.308 1.00 96.07 C \\nATOM 4999 N GLY C 430 8.117 14.693 -0.936 1.00 92.85 N \\nATOM 5000 CA GLY C 430 8.566 14.200 -2.228 1.00 92.85 C \\nATOM 5001 C GLY C 430 7.583 13.242 -2.875 1.00 92.85 C \\nATOM 5002 O GLY C 430 7.587 13.071 -4.096 1.00 92.85 O \\nATOM 5003 N THR C 431 6.674 12.641 -2.153 1.00 89.04 N \\nATOM 5004 CA THR C 431 5.777 11.607 -2.655 1.00 89.04 C \\nATOM 5005 C THR C 431 4.435 12.207 -3.065 1.00 89.04 C \\nATOM 5006 CB THR C 431 5.549 10.505 -1.603 1.00 89.04 C \\nATOM 5007 O THR C 431 3.716 11.632 -3.885 1.00 89.04 O \\nATOM 5008 CG2 THR C 431 4.836 9.302 -2.212 1.00 89.04 C \\nATOM 5009 OG1 THR C 431 6.815 10.083 -1.081 1.00 89.04 O \\nATOM 5010 N LEU C 432 4.038 13.365 -2.571 1.00 94.38 N \\nATOM 5011 CA LEU C 432 2.697 13.929 -2.674 1.00 94.38 C \\nATOM 5012 C LEU C 432 2.330 14.199 -4.129 1.00 94.38 C \\nATOM 5013 CB LEU C 432 2.596 15.223 -1.861 1.00 94.38 C \\nATOM 5014 O LEU C 432 1.260 13.797 -4.589 1.00 94.38 O \\nATOM 5015 CG LEU C 432 2.421 15.063 -0.350 1.00 94.38 C \\nATOM 5016 CD1 LEU C 432 2.645 16.397 0.354 1.00 94.38 C \\nATOM 5017 CD2 LEU C 432 1.037 14.508 -0.028 1.00 94.38 C \\nATOM 5018 N PRO C 433 3.257 14.782 -4.926 1.00 96.61 N \\nATOM 5019 CA PRO C 433 2.886 15.036 -6.320 1.00 96.61 C \\nATOM 5020 C PRO C 433 2.645 13.752 -7.110 1.00 96.61 C \\nATOM 5021 CB PRO C 433 4.093 15.799 -6.873 1.00 96.61 C \\nATOM 5022 O PRO C 433 1.730 13.694 -7.936 1.00 96.61 O \\nATOM 5023 CG PRO C 433 4.696 16.474 -5.684 1.00 96.61 C \\nATOM 5024 CD PRO C 433 4.536 15.574 -4.492 1.00 96.61 C \\nATOM 5025 N PHE C 434 3.457 12.777 -6.844 1.00 94.43 N \\nATOM 5026 CA PHE C 434 3.299 11.507 -7.543 1.00 94.43 C \\nATOM 5027 C PHE C 434 1.961 10.863 -7.199 1.00 94.43 C \\nATOM 5028 CB PHE C 434 4.445 10.553 -7.193 1.00 94.43 C \\nATOM 5029 O PHE C 434 1.234 10.416 -8.089 1.00 94.43 O \\nATOM 5030 CG PHE C 434 4.324 9.197 -7.835 1.00 94.43 C \\nATOM 5031 CD1 PHE C 434 3.796 8.123 -7.129 1.00 94.43 C \\nATOM 5032 CD2 PHE C 434 4.739 8.997 -9.145 1.00 94.43 C \\nATOM 5033 CE1 PHE C 434 3.682 6.867 -7.721 1.00 94.43 C \\nATOM 5034 CE2 PHE C 434 4.629 7.745 -9.743 1.00 94.43 C \\nATOM 5035 CZ PHE C 434 4.101 6.681 -9.029 1.00 94.43 C \\nATOM 5036 N THR C 435 1.606 10.804 -5.935 1.00 90.74 N \\nATOM 5037 CA THR C 435 0.351 10.201 -5.499 1.00 90.74 C \\nATOM 5038 C THR C 435 -0.841 10.937 -6.105 1.00 90.74 C \\nATOM 5039 CB THR C 435 0.233 10.204 -3.964 1.00 90.74 C \\nATOM 5040 O THR C 435 -1.786 10.308 -6.586 1.00 90.74 O \\nATOM 5041 CG2 THR C 435 -1.010 9.449 -3.506 1.00 90.74 C \\nATOM 5042 OG1 THR C 435 1.393 9.579 -3.400 1.00 90.74 O \\nATOM 5043 N TYR C 436 -0.753 12.234 -6.072 1.00 95.48 N \\nATOM 5044 CA TYR C 436 -1.792 13.064 -6.670 1.00 95.48 C \\nATOM 5045 C TYR C 436 -1.902 12.807 -8.168 1.00 95.48 C \\nATOM 5046 CB TYR C 436 -1.509 14.548 -6.414 1.00 95.48 C \\nATOM 5047 O TYR C 436 -2.986 12.514 -8.676 1.00 95.48 O \\nATOM 5048 CG TYR C 436 -2.374 15.480 -7.228 1.00 95.48 C \\nATOM 5049 CD1 TYR C 436 -1.809 16.355 -8.153 1.00 95.48 C \\nATOM 5050 CD2 TYR C 436 -3.756 15.488 -7.074 1.00 95.48 C \\nATOM 5051 CE1 TYR C 436 -2.601 17.217 -8.905 1.00 95.48 C \\nATOM 5052 CE2 TYR C 436 -4.558 16.346 -7.819 1.00 95.48 C \\nATOM 5053 OH TYR C 436 -4.761 18.056 -9.472 1.00 95.48 O \\nATOM 5054 CZ TYR C 436 -3.972 17.205 -8.731 1.00 95.48 C \\nATOM 5055 N MET C 437 -0.861 12.875 -8.852 1.00 97.18 N \\nATOM 5056 CA MET C 437 -0.833 12.729 -10.304 1.00 97.18 C \\nATOM 5057 C MET C 437 -1.340 11.353 -10.723 1.00 97.18 C \\nATOM 5058 CB MET C 437 0.583 12.950 -10.840 1.00 97.18 C \\nATOM 5059 O MET C 437 -2.121 11.236 -11.669 1.00 97.18 O \\nATOM 5060 CG MET C 437 0.690 12.836 -12.352 1.00 97.18 C \\nATOM 5061 SD MET C 437 1.083 11.130 -12.902 1.00 97.18 S \\nATOM 5062 CE MET C 437 2.894 11.171 -12.803 1.00 97.18 C \\nATOM 5063 N LEU C 438 -0.857 10.291 -10.100 1.00 95.31 N \\nATOM 5064 CA LEU C 438 -1.239 8.924 -10.438 1.00 95.31 C \\nATOM 5065 C LEU C 438 -2.752 8.748 -10.360 1.00 95.31 C \\nATOM 5066 CB LEU C 438 -0.549 7.927 -9.503 1.00 95.31 C \\nATOM 5067 O LEU C 438 -3.373 8.248 -11.301 1.00 95.31 O \\nATOM 5068 CG LEU C 438 -0.998 6.470 -9.615 1.00 95.31 C \\nATOM 5069 CD1 LEU C 438 -0.658 5.914 -10.994 1.00 95.31 C \\nATOM 5070 CD2 LEU C 438 -0.355 5.626 -8.520 1.00 95.31 C \\nATOM 5071 N GLU C 439 -3.299 9.160 -9.256 1.00 94.25 N \\nATOM 5072 CA GLU C 439 -4.737 8.974 -9.084 1.00 94.25 C \\nATOM 5073 C GLU C 439 -5.527 9.860 -10.044 1.00 94.25 C \\nATOM 5074 CB GLU C 439 -5.148 9.268 -7.639 1.00 94.25 C \\nATOM 5075 O GLU C 439 -6.560 9.445 -10.572 1.00 94.25 O \\nATOM 5076 CG GLU C 439 -6.396 8.521 -7.191 1.00 94.25 C \\nATOM 5077 CD GLU C 439 -6.213 7.012 -7.157 1.00 94.25 C \\nATOM 5078 OE1 GLU C 439 -7.212 6.275 -7.321 1.00 94.25 O \\nATOM 5079 OE2 GLU C 439 -5.061 6.563 -6.965 1.00 94.25 O \\nATOM 5080 N LYS C 440 -5.067 11.112 -10.210 1.00 96.63 N \\nATOM 5081 CA LYS C 440 -5.707 11.983 -11.192 1.00 96.63 C \\nATOM 5082 C LYS C 440 -5.709 11.342 -12.577 1.00 96.63 C \\nATOM 5083 CB LYS C 440 -5.006 13.341 -11.244 1.00 96.63 C \\nATOM 5084 O LYS C 440 -6.734 11.336 -13.262 1.00 96.63 O \\nATOM 5085 CG LYS C 440 -5.677 14.350 -12.164 1.00 96.63 C \\nATOM 5086 CD LYS C 440 -5.049 15.731 -12.032 1.00 96.63 C \\nATOM 5087 CE LYS C 440 -5.736 16.747 -12.935 1.00 96.63 C \\nATOM 5088 NZ LYS C 440 -5.445 18.150 -12.512 1.00 96.63 N \\nATOM 5089 N TRP C 441 -4.583 10.835 -13.000 1.00 98.11 N \\nATOM 5090 CA TRP C 441 -4.483 10.150 -14.284 1.00 98.11 C \\nATOM 5091 C TRP C 441 -5.464 8.984 -14.357 1.00 98.11 C \\nATOM 5092 CB TRP C 441 -3.055 9.647 -14.516 1.00 98.11 C \\nATOM 5093 O TRP C 441 -6.177 8.826 -15.350 1.00 98.11 O \\nATOM 5094 CG TRP C 441 -2.855 8.970 -15.839 1.00 98.11 C \\nATOM 5095 CD1 TRP C 441 -2.508 9.560 -17.022 1.00 98.11 C \\nATOM 5096 CD2 TRP C 441 -2.996 7.573 -16.113 1.00 98.11 C \\nATOM 5097 CE2 TRP C 441 -2.718 7.386 -17.485 1.00 98.11 C \\nATOM 5098 CE3 TRP C 441 -3.330 6.459 -15.330 1.00 98.11 C \\nATOM 5099 NE1 TRP C 441 -2.423 8.612 -18.016 1.00 98.11 N \\nATOM 5100 CH2 TRP C 441 -3.093 5.056 -17.303 1.00 98.11 C \\nATOM 5101 CZ2 TRP C 441 -2.764 6.128 -18.091 1.00 98.11 C \\nATOM 5102 CZ3 TRP C 441 -3.375 5.208 -15.936 1.00 98.11 C \\nATOM 5103 N ARG C 442 -5.572 8.135 -13.362 1.00 97.17 N \\nATOM 5104 CA ARG C 442 -6.453 6.971 -13.357 1.00 97.17 C \\nATOM 5105 C ARG C 442 -7.917 7.392 -13.433 1.00 97.17 C \\nATOM 5106 CB ARG C 442 -6.216 6.123 -12.105 1.00 97.17 C \\nATOM 5107 O ARG C 442 -8.706 6.783 -14.158 1.00 97.17 O \\nATOM 5108 CG ARG C 442 -4.913 5.341 -12.129 1.00 97.17 C \\nATOM 5109 CD ARG C 442 -4.769 4.446 -10.906 1.00 97.17 C \\nATOM 5110 NE ARG C 442 -5.745 3.360 -10.915 1.00 97.17 N \\nATOM 5111 NH1 ARG C 442 -5.371 2.729 -8.724 1.00 97.17 N \\nATOM 5112 NH2 ARG C 442 -6.916 1.611 -9.996 1.00 97.17 N \\nATOM 5113 CZ ARG C 442 -6.008 2.569 -9.878 1.00 97.17 C \\nATOM 5114 N TRP C 443 -8.245 8.450 -12.655 1.00 96.99 N \\nATOM 5115 CA TRP C 443 -9.615 8.949 -12.726 1.00 96.99 C \\nATOM 5116 C TRP C 443 -9.958 9.396 -14.143 1.00 96.99 C \\nATOM 5117 CB TRP C 443 -9.816 10.110 -11.749 1.00 96.99 C \\nATOM 5118 O TRP C 443 -11.055 9.124 -14.638 1.00 96.99 O \\nATOM 5119 CG TRP C 443 -9.728 9.713 -10.306 1.00 96.99 C \\nATOM 5120 CD1 TRP C 443 -9.817 8.449 -9.792 1.00 96.99 C \\nATOM 5121 CD2 TRP C 443 -9.540 10.588 -9.189 1.00 96.99 C \\nATOM 5122 CE2 TRP C 443 -9.523 9.785 -8.027 1.00 96.99 C \\nATOM 5123 CE3 TRP C 443 -9.382 11.974 -9.058 1.00 96.99 C \\nATOM 5124 NE1 TRP C 443 -9.694 8.486 -8.422 1.00 96.99 N \\nATOM 5125 CH2 TRP C 443 -9.202 11.683 -6.650 1.00 96.99 C \\nATOM 5126 CZ2 TRP C 443 -9.354 10.324 -6.749 1.00 96.99 C \\nATOM 5127 CZ3 TRP C 443 -9.215 12.509 -7.786 1.00 96.99 C \\nATOM 5128 N MET C 444 -9.051 10.106 -14.767 1.00 98.07 N \\nATOM 5129 CA MET C 444 -9.272 10.573 -16.133 1.00 98.07 C \\nATOM 5130 C MET C 444 -9.389 9.398 -17.098 1.00 98.07 C \\nATOM 5131 CB MET C 444 -8.139 11.502 -16.574 1.00 98.07 C \\nATOM 5132 O MET C 444 -10.199 9.430 -18.026 1.00 98.07 O \\nATOM 5133 CG MET C 444 -8.102 12.823 -15.824 1.00 98.07 C \\nATOM 5134 SD MET C 444 -6.641 13.841 -16.266 1.00 98.07 S \\nATOM 5135 CE MET C 444 -7.087 14.325 -17.957 1.00 98.07 C \\nATOM 5136 N VAL C 445 -8.577 8.357 -16.893 1.00 98.22 N \\nATOM 5137 CA VAL C 445 -8.641 7.156 -17.720 1.00 98.22 C \\nATOM 5138 C VAL C 445 -9.994 6.473 -17.537 1.00 98.22 C \\nATOM 5139 CB VAL C 445 -7.497 6.173 -17.383 1.00 98.22 C \\nATOM 5140 O VAL C 445 -10.666 6.140 -18.516 1.00 98.22 O \\nATOM 5141 CG1 VAL C 445 -7.785 4.790 -17.965 1.00 98.22 C \\nATOM 5142 CG2 VAL C 445 -6.164 6.708 -17.903 1.00 98.22 C \\nATOM 5143 N PHE C 446 -10.463 6.299 -16.358 1.00 97.83 N \\nATOM 5144 CA PHE C 446 -11.735 5.645 -16.071 1.00 97.83 C \\nATOM 5145 C PHE C 446 -12.898 6.454 -16.631 1.00 97.83 C \\nATOM 5146 CB PHE C 446 -11.910 5.448 -14.562 1.00 97.83 C \\nATOM 5147 O PHE C 446 -13.893 5.886 -17.086 1.00 97.83 O \\nATOM 5148 CG PHE C 446 -11.009 4.394 -13.978 1.00 97.83 C \\nATOM 5149 CD1 PHE C 446 -10.916 3.137 -14.563 1.00 97.83 C \\nATOM 5150 CD2 PHE C 446 -10.253 4.661 -12.843 1.00 97.83 C \\nATOM 5151 CE1 PHE C 446 -10.082 2.160 -14.025 1.00 97.83 C \\nATOM 5152 CE2 PHE C 446 -9.418 3.689 -12.300 1.00 97.83 C \\nATOM 5153 CZ PHE C 446 -9.334 2.439 -12.891 1.00 97.83 C \\nATOM 5154 N LYS C 447 -12.782 7.757 -16.533 1.00 97.14 N \\nATOM 5155 CA LYS C 447 -13.820 8.653 -17.035 1.00 97.14 C \\nATOM 5156 C LYS C 447 -13.848 8.662 -18.560 1.00 97.14 C \\nATOM 5157 CB LYS C 447 -13.605 10.072 -16.506 1.00 97.14 C \\nATOM 5158 O LYS C 447 -14.810 9.141 -19.166 1.00 97.14 O \\nATOM 5159 CG LYS C 447 -14.804 10.990 -16.692 1.00 97.14 C \\nATOM 5160 CD LYS C 447 -14.582 12.342 -16.027 1.00 97.14 C \\nATOM 5161 CE LYS C 447 -15.783 13.260 -16.209 1.00 97.14 C \\nATOM 5162 NZ LYS C 447 -15.569 14.587 -15.557 1.00 97.14 N \\nATOM 5163 N GLY C 448 -12.767 8.192 -19.208 1.00 97.17 N \\nATOM 5164 CA GLY C 448 -12.670 8.180 -20.659 1.00 97.17 C \\nATOM 5165 C GLY C 448 -12.165 9.489 -21.235 1.00 97.17 C \\nATOM 5166 O GLY C 448 -12.305 9.742 -22.433 1.00 97.17 O \\nATOM 5167 N GLU C 449 -11.595 10.356 -20.455 1.00 97.47 N \\nATOM 5168 CA GLU C 449 -11.090 11.660 -20.874 1.00 97.47 C \\nATOM 5169 C GLU C 449 -9.767 11.525 -21.622 1.00 97.47 C \\nATOM 5170 CB GLU C 449 -10.919 12.584 -19.666 1.00 97.47 C \\nATOM 5171 O GLU C 449 -9.379 12.421 -22.375 1.00 97.47 O \\nATOM 5172 CG GLU C 449 -12.233 13.057 -19.062 1.00 97.47 C \\nATOM 5173 CD GLU C 449 -12.048 13.935 -17.835 1.00 97.47 C \\nATOM 5174 OE1 GLU C 449 -13.062 14.363 -17.237 1.00 97.47 O \\nATOM 5175 OE2 GLU C 449 -10.881 14.197 -17.468 1.00 97.47 O \\nATOM 5176 N ILE C 450 -9.052 10.438 -21.397 1.00 98.18 N \\nATOM 5177 CA ILE C 450 -7.821 10.152 -22.125 1.00 98.18 C \\nATOM 5178 C ILE C 450 -8.037 8.962 -23.057 1.00 98.18 C \\nATOM 5179 CB ILE C 450 -6.647 9.872 -21.160 1.00 98.18 C \\nATOM 5180 O ILE C 450 -8.232 7.834 -22.598 1.00 98.18 O \\nATOM 5181 CG1 ILE C 450 -6.547 10.978 -20.104 1.00 98.18 C \\nATOM 5182 CG2 ILE C 450 -5.333 9.735 -21.935 1.00 98.18 C \\nATOM 5183 CD1 ILE C 450 -5.562 10.677 -18.983 1.00 98.18 C \\nATOM 5184 N PRO C 451 -7.955 9.232 -24.345 1.00 96.36 N \\nATOM 5185 CA PRO C 451 -8.084 8.094 -25.259 1.00 96.36 C \\nATOM 5186 C PRO C 451 -6.994 7.044 -25.051 1.00 96.36 C \\nATOM 5187 CB PRO C 451 -7.965 8.738 -26.642 1.00 96.36 C \\nATOM 5188 O PRO C 451 -5.854 7.388 -24.729 1.00 96.36 O \\nATOM 5189 CG PRO C 451 -8.198 10.195 -26.407 1.00 96.36 C \\nATOM 5190 CD PRO C 451 -7.835 10.513 -24.985 1.00 96.36 C \\nATOM 5191 N LYS C 452 -7.309 5.779 -25.282 1.00 94.46 N \\nATOM 5192 CA LYS C 452 -6.422 4.648 -25.025 1.00 94.46 C \\nATOM 5193 C LYS C 452 -5.088 4.821 -25.745 1.00 94.46 C \\nATOM 5194 CB LYS C 452 -7.084 3.338 -25.456 1.00 94.46 C \\nATOM 5195 O LYS C 452 -4.043 4.413 -25.234 1.00 94.46 O \\nATOM 5196 CG LYS C 452 -8.198 2.873 -24.530 1.00 94.46 C \\nATOM 5197 CD LYS C 452 -8.783 1.542 -24.983 1.00 94.46 C \\nATOM 5198 CE LYS C 452 -9.993 1.148 -24.146 1.00 94.46 C \\nATOM 5199 NZ LYS C 452 -10.613 -0.121 -24.632 1.00 94.46 N \\nATOM 5200 N ASP C 453 -5.078 5.367 -26.905 1.00 96.39 N \\nATOM 5201 CA ASP C 453 -3.863 5.506 -27.701 1.00 96.39 C \\nATOM 5202 C ASP C 453 -3.040 6.707 -27.241 1.00 96.39 C \\nATOM 5203 CB ASP C 453 -4.206 5.641 -29.186 1.00 96.39 C \\nATOM 5204 O ASP C 453 -2.032 7.050 -27.863 1.00 96.39 O \\nATOM 5205 CG ASP C 453 -5.086 6.842 -29.485 1.00 96.39 C \\nATOM 5206 OD1 ASP C 453 -5.737 7.367 -28.556 1.00 96.39 O \\nATOM 5207 OD2 ASP C 453 -5.132 7.265 -30.660 1.00 96.39 O \\nATOM 5208 N GLN C 454 -3.434 7.323 -26.152 1.00 97.93 N \\nATOM 5209 CA GLN C 454 -2.707 8.473 -25.622 1.00 97.93 C \\nATOM 5210 C GLN C 454 -2.427 8.307 -24.131 1.00 97.93 C \\nATOM 5211 CB GLN C 454 -3.490 9.763 -25.869 1.00 97.93 C \\nATOM 5212 O GLN C 454 -2.118 9.280 -23.441 1.00 97.93 O \\nATOM 5213 CG GLN C 454 -3.615 10.134 -27.341 1.00 97.93 C \\nATOM 5214 CD GLN C 454 -4.349 11.445 -27.555 1.00 97.93 C \\nATOM 5215 NE2 GLN C 454 -4.621 11.773 -28.814 1.00 97.93 N \\nATOM 5216 OE1 GLN C 454 -4.669 12.156 -26.598 1.00 97.93 O \\nATOM 5217 N TRP C 455 -2.639 7.118 -23.606 1.00 98.08 N \\nATOM 5218 CA TRP C 455 -2.471 6.884 -22.176 1.00 98.08 C \\nATOM 5219 C TRP C 455 -1.053 7.226 -21.731 1.00 98.08 C \\nATOM 5220 CB TRP C 455 -2.792 5.428 -21.828 1.00 98.08 C \\nATOM 5221 O TRP C 455 -0.861 7.977 -20.772 1.00 98.08 O \\nATOM 5222 CG TRP C 455 -4.258 5.140 -21.705 1.00 98.08 C \\nATOM 5223 CD1 TRP C 455 -5.292 5.979 -22.015 1.00 98.08 C \\nATOM 5224 CD2 TRP C 455 -4.854 3.927 -21.233 1.00 98.08 C \\nATOM 5225 CE2 TRP C 455 -6.255 4.102 -21.285 1.00 98.08 C \\nATOM 5226 CE3 TRP C 455 -4.339 2.708 -20.772 1.00 98.08 C \\nATOM 5227 NE1 TRP C 455 -6.495 5.361 -21.765 1.00 98.08 N \\nATOM 5228 CH2 TRP C 455 -6.617 1.919 -20.445 1.00 98.08 C \\nATOM 5229 CZ2 TRP C 455 -7.147 3.102 -20.892 1.00 98.08 C \\nATOM 5230 CZ3 TRP C 455 -5.228 1.714 -20.382 1.00 98.08 C \\nATOM 5231 N MET C 456 -0.054 6.705 -22.393 1.00 98.16 N \\nATOM 5232 CA MET C 456 1.333 6.928 -21.995 1.00 98.16 C \\nATOM 5233 C MET C 456 1.754 8.368 -22.270 1.00 98.16 C \\nATOM 5234 CB MET C 456 2.265 5.961 -22.728 1.00 98.16 C \\nATOM 5235 O MET C 456 2.500 8.961 -21.489 1.00 98.16 O \\nATOM 5236 CG MET C 456 2.179 4.529 -22.228 1.00 98.16 C \\nATOM 5237 SD MET C 456 2.353 4.409 -20.405 1.00 98.16 S \\nATOM 5238 CE MET C 456 3.332 5.901 -20.078 1.00 98.16 C \\nATOM 5239 N LYS C 457 1.308 8.854 -23.441 1.00 97.23 N \\nATOM 5240 CA LYS C 457 1.592 10.255 -23.736 1.00 97.23 C \\nATOM 5241 C LYS C 457 1.118 11.163 -22.604 1.00 97.23 C \\nATOM 5242 CB LYS C 457 0.933 10.671 -25.052 1.00 97.23 C \\nATOM 5243 O LYS C 457 1.888 11.975 -22.088 1.00 97.23 O \\nATOM 5244 CG LYS C 457 1.223 12.107 -25.463 1.00 97.23 C \\nATOM 5245 CD LYS C 457 0.552 12.457 -26.785 1.00 97.23 C \\nATOM 5246 CE LYS C 457 0.782 13.914 -27.161 1.00 97.23 C \\nATOM 5247 NZ LYS C 457 0.095 14.272 -28.438 1.00 97.23 N \\nATOM 5248 N LYS C 458 -0.129 11.036 -22.208 1.00 98.50 N \\nATOM 5249 CA LYS C 458 -0.701 11.867 -21.153 1.00 98.50 C \\nATOM 5250 C LYS C 458 -0.042 11.578 -19.808 1.00 98.50 C \\nATOM 5251 CB LYS C 458 -2.212 11.645 -21.054 1.00 98.50 C \\nATOM 5252 O LYS C 458 0.127 12.482 -18.986 1.00 98.50 O \\nATOM 5253 CG LYS C 458 -2.937 12.691 -20.221 1.00 98.50 C \\nATOM 5254 CD LYS C 458 -2.860 14.070 -20.863 1.00 98.50 C \\nATOM 5255 CE LYS C 458 -3.641 15.105 -20.064 1.00 98.50 C \\nATOM 5256 NZ LYS C 458 -3.540 16.466 -20.672 1.00 98.50 N \\nATOM 5257 N TRP C 459 0.296 10.317 -19.545 1.00 98.01 N \\nATOM 5258 CA TRP C 459 1.001 9.946 -18.322 1.00 98.01 C \\nATOM 5259 C TRP C 459 2.278 10.764 -18.159 1.00 98.01 C \\nATOM 5260 CB TRP C 459 1.335 8.452 -18.326
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