diff --git a/README.md b/README.md
index f15ac10..df127eb 100644
--- a/README.md
+++ b/README.md
@@ -36,18 +36,30 @@ Below we provide instructions for `pip` installation.
 
 To build the package from source, run:
 
+```bash
+pip install 'ermsfkit @ git+https://github.com/pablo-arantes/ermsfkit.git'
+
+or
+
+git clone https://github.com/pablo-arantes/ermsfkit.git
+pip install .
 ```
-pip install git+https://github.com/pablo-arantes/ermsfkit.git
+
+To install the package with demo data, run:
+
+```bash
+pip install 'ermsfkit[demo] @ git+https://github.com/pablo-arantes/ermsfkit.git'
 
 or
 
 git clone https://github.com/pablo-arantes/ermsfkit.git
-pip install ermsfkit/
+pip install '.[demo]'
 ```
+
 #### Usage
 Below we provide an example of use:
 
-```
+```python
 from eRMSF import ermsfkit
 import MDAnalysis as mda
 import matplotlib.pyplot as plt
diff --git a/eRMSF.ipynb b/eRMSF.ipynb
index 6d1a284..4e6445c 100644
--- a/eRMSF.ipynb
+++ b/eRMSF.ipynb
@@ -1,27 +1,10 @@
 {
-  "nbformat": 4,
-  "nbformat_minor": 0,
-  "metadata": {
-    "colab": {
-      "provenance": [],
-      "machine_shape": "hm",
-      "authorship_tag": "ABX9TyOp4XUXIhjLI5aKTOOerOy9",
-      "include_colab_link": true
-    },
-    "kernelspec": {
-      "name": "python3",
-      "display_name": "Python 3"
-    },
-    "language_info": {
-      "name": "python"
-    }
-  },
   "cells": [
     {
       "cell_type": "markdown",
       "metadata": {
-        "id": "view-in-github",
-        "colab_type": "text"
+        "colab_type": "text",
+        "id": "view-in-github"
       },
       "source": [
         "<a href=\"https://colab.research.google.com/github/pablo-arantes/ermsfkit/blob/main/eRMSF.ipynb\" target=\"_parent\"><img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/></a>"
@@ -29,6 +12,9 @@
     },
     {
       "cell_type": "markdown",
+      "metadata": {
+        "id": "QfqE6bgar2p_"
+      },
       "source": [
         "# **eRMSF: A Python Package for Ensemble RMSF Analysis of Molecular Dynamics and Structural Ensembles**\n",
         "\n",
@@ -51,30 +37,56 @@
         "- Please cite MDAnalysis when using eRMSF in published work.\n",
         "\n",
         "- The formal publication of eRMSF is under peer review at the moment, stay tuned."
-      ],
-      "metadata": {
-        "id": "QfqE6bgar2p_"
-      }
+      ]
     },
     {
       "cell_type": "code",
+      "execution_count": null,
+      "metadata": {
+        "cellView": "form",
+        "id": "kC6IIRi8IDpT"
+      },
+      "outputs": [],
       "source": [
         "#@title **Install dependencies**\n",
         "#@markdown It will take a few seconds, don't worry. ;-)\n",
         "# install dependencies\n",
         "\n",
-        "!pip install git+https://github.com/pablo-arantes/ermsfkit.git > /dev/null 2>&1\n",
+        "!pip install 'ermsfkit[demo] @ git+https://github.com/pablo-arantes/ermsfkit.git' > /dev/null 2>&1\n",
         "!pip install Py3Dmol > /dev/null 2>&1"
-      ],
-      "metadata": {
-        "id": "kC6IIRi8IDpT",
-        "cellView": "form"
-      },
-      "execution_count": 1,
-      "outputs": []
+      ]
     },
     {
       "cell_type": "code",
+      "execution_count": 28,
+      "metadata": {
+        "cellView": "form",
+        "colab": {
+          "base_uri": "https://localhost:8080/",
+          "height": 443
+        },
+        "id": "YAidsD6tybzt",
+        "outputId": "4cf1e2ba-cc68-4e15-81d5-9abf33e14e67"
+      },
+      "outputs": [
+        {
+          "name": "stdout",
+          "output_type": "stream",
+          "text": [
+            "✅ Using your uploaded file: trajectory.dcd\n"
+          ]
+        },
+        {
+          "data": {
+            "image/png": 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w6sKArbRrRSSlZQpLjgulnBHFVCJaprvZxIouh1RS+WNjq4Jqj0akZZBY8zr5GwOi6q7mGIuv+FVVxoSBVKiQGj+epoxHTXeiplb7PNjMY5gWbkFFTmTnwB7agmY9mUPLGgyjB3DG2VxENzBtka8HpoowIeMGhn218sJIvD1WVTI9x/jc4rpB5P2Sx7NF+5gfaPNMkwdXNGrLtPHGNOoU6cf7TtJcCRMLE9GQDkTluDnRYIQno5wfNyfEk4f8ThYy+qvm91x2eIuxpnEOHhaUP+Y1/MKo5gZ3H5QxrtL3SaalNhQZJ3AAEJa7jY6fYQYf9hvj+9prr8XP/MzP4Mtf/jIA4M1vfjNOOeWUTa2j9T7HAx/4QPzFX/wFAOCLX/wiHvnIR5rp1tfXceWVVwKY9ukzDcsdC5C18z0FtEI2loYAhLT7SeU/26xhYN5BFkaMA+e9U1G3qlkp00GHMYEo4rRRlQ0lw9CK+T0UahyTn+DtzlDIogXacCQudkW5oUo+Cqp/XciDA2lAsme9u8LyjeXhcauCRXsVaYR6DKZCpWCQpBOdbvSCm7rNY6hZxnQoFFLoyRLgSRkRSLB0G+mb3G42d8143YBYtangEyjxBIZzYMrUwA/CwAcy2iFjkeokr0GV0U3G+CZ8mZKswusTHg3eouur2s3d9rHESaDqlv3fnmeaNTdB6+RBUUEoiYqzlEosnwvVOE1BzMIzZNrJBMNpKSIyzBvKynDGniv0Y0DKUfGGTeB1zXoHT0WHZn00DYcsH/Sg18XVXTShAvPLSU4+k2c0A2pGk2m18MaVxCWf99WRcxI83g5Hg1dw3YY7CoZ80TKwu01ymwLPp4dOxlcyRacx6hRZykSx6Ss9Ul8RslFeLr4ldlktaiOc5zXqyaoiRz3N74R7nOtJZnC+wH9EJbhu8xBZwpMWpud0LKSLsSEMfKaDkG0DPpHLiDELReZF6NedV0FnmMGB/cL4vu666/C4xz0uf2v79NNPx6/92q9tah3XXHMNrr32WgDA4YcfXsU/+tGPzu7zzz/fNb4vvvjifOz86KOPXh2RjobfFDCEbytaBibBR0IAlOjC1PQOWRDShKD5X40LGWFKJivFVCpMABeMlHDIBg5QccsWaMFmhGmBm8JcXV4j7A2hFrKttM6OiBCAFEVFFrApngvaIaF5XJ+VZb/vuAFt2xgGqipYoUSTtkjGWUaPG+bQoyhfRoghZrRBgYTgFmSYDQ5IWp1UqQKrLSrc3mmbUEXGrfCEokxxowjseDmxuNQP0lBKiqk5v5y2SdpmirAeZ2vnSvSF0WBjXM1wOdpmFijDyXzVg2Q6k1a136UPj5aC9AteTXkMdVm2cjsOlvJtJ4rzI/8npZfyzf5ZbFg8keOd044IvNzPhjKu5IjZDpMOHLB4R0WLZT7a9W2MH5YKNzCACSGranJKnDTeRhZBi5L4SrySF0LGGrJE8DPGAwjQBqK8A4W5UdLy9lWvEwicBFay/7l8GF1YJb+9uY+I5TW6Qes5Fv90X7tSTIuQF8Gop8EI72MhOQ+qvqrcCl/RNs2XKPEfPl4hG+tlAEu+EFRfRNkaWDpxoWOuN8lpjVcQ/pyGAxvj5fp+YUrNcCvClqeYm266CY9//OPxr//6rwCAl770pfid3/mdTa/nzDPPzJ/7OvbYY6v4n/zJn8Qd7nAHXHfddfg//+f/4EUvepG5U37OOedk90knnbQyHoubdmPBdr49ZS8FDU9DSW2lrz0MDIGnswlNIggnL6byeDLD0M4nqSUb1T1auDQr2ANlaUMQTKUtDzcNwicps0nIUpKoQtFQfgD5nW9PaYw4WHg56O59cIfAOBKn2hV0uKeIr6JsZkEvaXz0HVuvPEcpTo7URjLalulAGXxNm6JSONR9D9kdhN96/zgXbfptHqDDyImYPPM2cYpW9AKAL1gVRZcp7syfPvNXxkwaB1WZLgKy71OQ9NvvcTeVTGux0pvDJB4q3LFYrDIFDsQ8cZeKKDY3mIaMC8qmqfp0FboIlUMaFwqZkMPVZGMTgzJ+PA2TnYmGWvjyvq7cFcaNskbq4WVtcD5lA0kjpvhiHmPGRwtZFsWi6jJC1teoWHORhoY/QjkynfNkdxm1GslWo7ww47OQGSZ24thpLNEvDVxzXhJNTAbsYGwP/Cnkr6NAnC4SnxhL+oSFl25asINddF3er/Lw+YM4n6qvbDAmkI+oUzlhwwzxkAghxG4PQW7oaKzmW85nWBG2tPG9a9cunHTSSbjgggsAAKeddhpe/epXr1TGV7/6VXznO9/Bj/7oj7pp3v/+9+MP/uAPAAy3kz/zmc+s0mzfvh3Pe97z8KpXvQqXXnop/viP/xgvfOELRZoLL7wQb3/72wEMBvwjHvGIlXAFACylNltkbOIKTPkLPBGikEnGRECRRArIPRCaCqn1c0NJT+lJ49FQtuvdlhBXWifCphh4oemtQAjnCUodSY8rqCagNpYmK9dUBCrXeogIgUmUSvHQuFmDbX2CC5IspyE/oQNG9PiVgCvkJJ/2O+IswDKSFD6l/cXAad7ezI1wVo6Fd3ZwZUe0gZz2DRpEbeA5dfG4CQpSS6HOr6Nk3hMVPkJRsimIfKWsiXNyI+8lm+VEdFbJU/U3SfoBIE6cpPhMSyTGsCjHE5Axml3TUs1z692ckf7zcGDhzddUuOLvFkW2THHCvB36ScahYxxkj8XL+PwV4Wz33itPeElEZd7L5GVIjaDIy4Vxo+hF8TDJoyQ/s1BowVgydzxHMoY80CT6k49/PpaM8ipLzhwivZg6hqo/8xpEY4qYqIs9yvoqeISVirZ0lansh/HwUK1Ogo2zUram8GkzISUM/XyGLCGgnFAKddpMl0recJLbFGjpUaEOC1G3pbSiEFAWVrjqm0WRoY/qL3TweM2gNkvuzPB9A1va+H7qU5+KD3/4wwCAn/qpn8Kpp56Kz33uc2767du34373u58I++pXv4rHPOYx+PEf/3H83M/9HB7ykIfkz5J9+ctfxnnnnYfzzjsvr6L98R//Me5+97ub5b/whS/E//t//w+XX345XvSiF+GKK67AU57yFBx44IH4p3/6J7z2ta/F+vo6DjzwQLzxjW/cUJuXB20DrW3zEzSNvRK50VuZKxhTkCrlTuEyqlSTE27AZjL7Zp06wjFUeepKgPp5ghNug61UpbDK+Mp+JowdBdkEYzwJTIqx8CyIXRrYABh6SpVgitIeUSbmDskIjApFXukWC1QBQRlJuXimDKSsOSLEMqMimY/U8R3jrAIEc/2jboBRN4sbNwR5lgmLQNa7n0Zfi3an/8Buzle7WUFkKkQ7KH5mwatDUzE1ynV4GE1dBFBVWZc+Dl2kDChlUA15W3jbUXW/2vlrnZHcasRRfdPAAzMCx+jN7jqh4Cr3ynyE81THgGmehjFwydHuTfHJH5S/LsuqToPu2+EpT+PI14Uou3NcTktuv4Mnc3DN8avOgVEg1bfpGQ3iqn+VoWTlNaqokrRksjcwTdmyQkdYJ2TY07rgc5RWXbzG85n3pFhz3ONnFn4jUM31zYQ4B4nJmjxXuSGdw4hdzJbiShjAwnMd5Waf1mLiDDNYQCFs3SWbVT9of6973Qtf/epXRdg///M/4zGPecxo3oMOOghveMMb8JznPKeZ7oorrsDxxx+PL33pS2b8IYccgne+85044YQTJuMNDN/5vsMd7oBHH/tyrK0dsFLejcMEYbTZMJkaJyScqOCMFtdQ+jcqQFxB5R0t4wq4p9Tq91wbSn2lgJivJqwIor+VguSk1WiYeXj/B9Xn6hh0Nly5AucqZwlhS5mlooBEf3k/rii45i3oTlvlza5KeWcKe6VsWn3iAaeZ7DdoRrS3NqhyGaJdUwhDjZNABqpNNY2M7dY26cQCS+neA5isk1eKK1O2lUGkL4sLLG4Ucj8XJXGs7+uSw4DHaBuYP80RgM0LFafDgDKPJjbPnQOrjL2FP/Nb/FJxMVYkCzGNbttfXSaX0ml+Bsjxk8F1u6oxgeRnRtv9gmvccjuqNjX46gS5O2ku7i2dY2q5phyawteszLx++2sHbhjnBRY/20g/8XIY/6nvfUE9p2GkaeHi9GNObnVVPfGmgyVPxl6LSjLZiuN5GJ/lsmp99y246G9ejuuuuw6HHHLICsjO8P0KW3rnezPgYQ97GN7xjnfgwgsvxMUXX4z/+I//wLXXXov19XXc6U53woMe9CD89E//NJ71rGflHfEWHHnkkfj0pz+Nt771rXjPe96DK664Art27cIRRxyB448/Hqeddhruda97bRjfXQcv0G9btHlRg5lNUsqan3xy6jGV4wkidlUmS5VjtFxehd1+pkWMCdFgxBn9QtxjQKlOC1WWmYZ4/g43ELKxREkA8vNUMZkoNwDiNYNQbIF8b14oDRfvW46C0wcqepUSRcKEH+uxIJKVY/OpCxL6xNrEby6tcWO3lxKQdvKHI9HJiAhD11F8hz67Y0FjxlIW2Ky/hKLb+ARXaxqRilYGhKl4E6MUz0BhZWQUJg2gTfn6U1fD9KGSI/ZB4Gl5pYGNtCSAqmqhsDYMrHruqTStfldxughzTCocDYW6ZSQ5tQQzTiHijZ3VDynMUsqZ2zX2+BPaTayONlSKecWbp7WzfRy7HeZgJetMMcbclQuB7MsZWoE3FHoPdHtM4ymOnzn/DfyrC6e0IcLSiAsWIfPx8symePyKx3njpOeyGebMaYUfDyMRH2R4MNLqMTPSTWKWVtt5uBVmFO32Z1Wf4s28X3lfW3PXSuPgFViAQKeasxOIXeA/McyqL1BtSFd0TUUuh4KfTFs1EgjAcpf5SYAZZnBhS+98fz9B2vl+8KmvwWK72vlWQ2hfrKP8PI0wAiBW+MQqIM+b84eaqVl1Q4XXHnBluUrVUB4nga7X7ZNg94mlNFk3tFZ12fh6QtU9dupc5ARQW/nyFBfv9niNE0PWbB/vG522UkgcaCnMXhZGfxkPHqZo0fwuqAPjO5PSMOFp68KceoVfpmmCGEcyxj3iSHacebwQMm9Jp5qk74KYOvcSWMdIxTwzeInuJ6uPDJwD33k1PouTwnM+MVcaDbPo2zkeayrwhj+rqAY7tIJ5XHK7ins19iXMVLA5vZPVNzDjc/lefRau0P1YnrU8Yn4rjwUaZw//VKhqj8U/pXtkwloyweQD5IQ3izZxWvVUQdXPyt0OI5vGHTrmfpfnkIqvxiTUdOzUUeMjJ5Q5X5vjhFH6m7J4ktHycLbmM3OPHj+negi8/rHGQdRh1e+VbbTdvcNE6xQGmLgZfK2EB79AY9zK2JKg84y3xX+ssgAsd96CS9/60nnnuwHXX389PvCBD+BTn/oULr74Ylx11VW45pprcPPNN+OOd7wjHvjAB+L444/Hqaeeirvc5S63Nbp7HWbje4tAMr7vf9prsdihje/hYQkF/s5KbZCgUmiawhbJHURZJuPiuKSynbaZwtMIGz0OreMblG0LheAqTKayrdK0y5ZhlW7QEKj25UyGWx9tdZUachWgUl+7Pea7UEqZ8/Lq+qo6LSVE5zFozTrKXXAbWSTS4CoiRt+1QM9Nz1ADTMWtraSWHcfaICJpOAljA6g/rYPaX7W9jod2N/pAt7vmNaHBc2DwkFIwnyOVwd3JsMFd9482vFINos6KvyrcKrqz+aQ7T6ZKY2N83DlvuCXfcPrByzsSLxRhj060bGjIHREXP3OkZY7ZPxRq/Dr9DMXfpXRhWJhRbQKxNgk64ZPcb+PwHBLpHXHRFpW2SRMtHulZgpU8g7HrB+an4dJTHcfHYQxPjS/vv4pmgzkfgxqDoPK7MkwPT9XPqU+McajmaulwT8/JTZ3QH6YcUXMm6HCvnWZ8qOM9P8aH0OSF3B2ooi3A7ytXdAg6ccY80YTiNWafWPXy8TR4cuHdii4M3Jc334Ivv2Y2vlvwD//wD/iZn/mZ0XSHHnoo3vGOd+Bxj3vcrYDVbQff98fOtxpsv7HHYlfvc0lP0PA4Q/hUwlj7R5hpdQmKhUsdNcQTD6DymCC8bOYdpiuxU0ArDNGRq8jtDKVqr89CLI8dMxZ9bVSejjYnoUJMMSEUI4K4spkSCuUxhTPJkcJjAwNppSEU3K22GG2dssusFUYKrXdfGa5mOSE3gfSgCIUyCOWxVggCI7tSmfz0aajCuKFWgpjU9+aENeaykJiO8hjl8UmKaEpHuv+KQiLiXFoZGhWozMdUrUbNChuD5oIUm1ch/qexz8dXubvSRotTtCml6+OcCUNfUJfckWaEImc0koOnxOl5EYrbWrx0jXZeh9e5zhxxF9kqZdUIM5TbDe2AqzSmQsybwttq9FnVn33hsx5/qfgIN6Q7ZOM6h3cwjXGeVxve2RBk/U98bFKbtDu928LalXiEvMlbpTWKlB3JUqxAx4X2GJ/SO4GZXmv8+O7hOJIoPI1niX2Z+q/IsxQfCl+qaFXJMkB3mdnu5JYGt6SrPCa5vbHN3J/LSX6qw8f6hIPG3RhLIRdVfGGNoY7XZVh1tEC1gXSYxxtb8R54bdX8JMqtwW1/erWSB1UF5eny34b84qxghjYcccQReMxjHoOHPexhOOKII/CDP/iD6Pse3/jGN3Deeefhve99L6699lo84QlPwEUXXYSHPOQhtzXKew3mne8tAmnn+3/83B9gbdvEC9cc7ubqvl4CFdZUpEeYasUcVeLRI1Wr4BSCLfw2QvGjeJRCbVy4IB5DgCrFuii1lkLNwgBAGVtcoQaA5qeA3DYG2TbTWBj5XrVqYm5Xxm+DFwVVO6ahKOrJn3duuBuwjqjn6tS4VkhMUWTMT/lZ+eyyAT4nyO43XqZ3sVdOL+lH9HemkcZCiKUUGTgLMGihOUdaCpFTnomDUEZVmOkn1o9OmWOQcPZOhuRnHV8taAEGr5Bz122LQQ9uehU25Kur9G9sZ35jvjb70uLhcd6Zpx9ifEUTHDy8jKd8JSHOjWrX29hBB2Q/W23TaGneKPgOuW3NMJXuJ+Ciy3P5egOnlU9rMNxG6W6Ez1XhujwNnp5i9O9oWz0+taqOwecI97faOLHdo6cErTL2BrT6YaqOMBau5eneaNcIrsudt+CLb5l3vluwXC6xWCyaaf7yL/8SJ510EgDgpJNOwnvf+95bA7XbBOad7y0G1CMevZuaoThDHdTOZjGcMUV6BXwmK2hjYArQIOM2YgxmP1WCsRZuJcA3LIIsPOicjrFgHCdPR4ttxZJqZbtqF9lC3IFppyVoz/q7ZUy08MpHOYf+pZ6kodOH7C9GeRBppCIcZJs58LAGDQgF00sv5ibZaZwwd77ocVXGgqaf1rHiTGOATKfLr3Aw2jA0Urgr+nHdbC47im8TSHmmKrWecjyhqswzQgxUr/8EdjwzxPYG1h4K4hpBsybbQFaIcDo0acsuXxggjeyWfBnP1IDME7VGHcx0Xj2kFvIIyLunARCnHcTJB+OpX+HIlzCy8gUOY202eGl6WrTty9c6YiWDlOfTfC3RbXRnugqlOE6vewwaR90nXpap+ogO07K3FW/pF408NqIxiaIRTUPuKRSVrpS16gRr48fDQitNq9pGv1RjM6UPx2TiGK5e2FSYQONhsQnjsJ/DmOENAD//8z+P+9///rjsssvw0Y9+9FbA6raD2fjeYuAZ3+6OcYCtqI9819dcOfWYEGeuY2lHIZjOXP6oYYu2gLRq5MqGqIxKQaZyy+J5eRWO6TZtW1NtKq1C8BaFuzaayDSyRBm84AB13H8MlIQzjJXRohwDwd6htfPqiorxHPKxTbGT2Ct/QPXeaGVojDXEwa1p5KwCWjGcgpMGo28FTaQ0TcOj/d54pUBOR0s0KbOqSI/E3MVTMvCPE1jgGdErG6YtsBRKxmtFOwPyZzFzmynyiWh1Z/aT2lhplA4YtFgrohKpUUV1SpwFlhywFoqNkz+T5YbZBhLxYkz12BvFsY8iIA8JoTbQU10xnJMm/yJF0wYTMkqdFOLGd+JLqN1A7c/pIP2jHbphOT2NOPxUQTxWLdcqygpv9seYAb4qCH6o5hyjk/p1HxQ6C5A0l2hRIIpMf01FYhW9zOKFWhZb8pkir5oiw+GHj+I0Ie1kmFjoKptKYdyunGEi3P72twcA3HLLLbcxJnsXZuN7i0GI76qZyoRizvYnZOp0gA6fwMmcI91ZMbaUAhE2eLyjWnV4EdZW+Rlr93NSPlSCDal/U8FkZACCUbjEzVEwLOOKR7mGA0l/Na62wLeRHAFrMcIoJ/BEFf2NhMU2WUdVPcGbFQ6tmGaFNRQa6aGM81gGT5/aOgUcBWUogkw6GgXLkBxTEnVaTbs5sU0v3g5f/SpD47gtVjs5kRAzlcA9mb+aZghpJORrqEb7cx6rLBM3FeYZR5quhD80y8yoTKVJI11qRuCdbfCUYm0apyV0Ol6d0088WC9AynHnQqegMYnnaJBF+bJNBfMpxv35vWKGC7H+INaYYhQ1CEd5R41tLyzxLPj3BVTlG/5EfwJjj9YatDWdaU4s2mQMokI2xisSCb8g1aqG6x1TirMSizkTeWfyN3iwkN28DC3DNWLabw3HBnmKvVlT84SCayj5HLyrBQeRhlWo+HE1HlOHfqytFpmtMA+qJLvG08wwDpdddhk+85nPAAAe8IAH3LbI7GWYje8tBsn4boIWZFoJNNJbl2yJJJ6wymWXukxFVaWp8FHlVMzQUgRMplgbLS44+ScdW+MGIAuyDamxSh2Joo0qUwCT8vu17BE06raN59oAqpUVG/cCil5YsEVP9c3+hp+XF6IyvYHOkmNhaQlQYdPGeNX0lTGUlT9l5xAMBU8fO4/xxOJR4odyUlv5xGa4TGmJMZ4i3SrjoRTWwR1KO1Ias/1G/3ngGTraIBLhKIYTN7org4iVDyPOgxYtUEnUfI82Nkoowp6ibdTZ7LsJyqyp9E7m9avDtEVrOxxw6MVDzuVbgFh8NuhmMg0Z9TSP9loylxvkWm4H5jHqbNKs0ddT6ShYBrZHa174ZGPKkfleGda84+GCVqiETeLJKY5QzT9jbpd6FIpT5ssGeEzO2pTrKtyaO7wPBDHZr9OIMjy8xvj4VH7kpW3013LXpmtc3zdw00034aqrrsLf/M3f4PWvfz3W19cBAL/5m7952yK2l2E2vrcYbPveEmtrSxnYUOBNljBRYSIe4Ah7rRSk+MJTLYMnuRV2Y0r5GMpTlGiRKZRsAn/dZkM54elWhinGmhNBLRkQbEFiJJsMuj6upIs0VAnKbIBrZEZ3LlrKXhC0lNscWBwLH8ZM5eE31rp1Tegk0g2T3uqCKj3u1cV32j+OwOQTMEmxU35xP4B2Q4VzPFsGmYYxRZ3NM9MYs8IqZV2Gty8aM3btdRsqfiZpiC862ruZhqFk8ROvfRZw2ortqHAnP67aaWoqyppWjXKMuOIvgV7T6vYH5Y/pPEMz96ExhzcCnqFRxXkEbyBgGbsGPQEwF7JF+EagRddT8TLCzLgN4WbQySTZOFXY2zTFwwQGjg4yWraFlzAwUdpLUAuDxNL6vDrHq2pMvxk4NlAyfU33tb/JCxL+TjnmeDNiH13gbupC4zC+yVLm4Ri1re9e5SKmGc455xw885nPdONf/OIX42lPe9qtiNGtD7PxvcVgsbPHYjlMdFdYkXJo5TO7paCYxJor4SSFm0zjKaC2skQ8XwNaiuEkxVoEBJPfalwpyGbZGZw6PMW1ccN1XZwRObG/9gRkX7aUfSNeCFinP3R5LhIpa8OQTn5tGMXwpmGUwl0YUyIaNGkpDjAUF5WoUoU2MsxcgWOF8svUijKoFUPKqBdSKwGVUaHQFe1QfCLHOfPNLdcB/ek3jweInZYqY4wzDTyGX9D8DPBew1kJ9DyLztHiNB+N+IgQRgL8278k+qUkIv3ZHnaSJb2XmvELurC6GRrqvgo2XXiGIYsz+13zGI1PbK9so8RxdGGrGhiqcacg7yhgNJR+nCcJXgYWZtZXt4f79XQa5bNGGQgB/PLAPF2yCOcEsAew6lFyhUcTvPmc48b0kakVDekGmioTt9Y2qLzbneoh5P6GWOxknU4DxZrHtXVFBRMzjhVY0rv8koeRy1/9eZbwcWRoE0cJk/QFlthMagxlNdY6zUhXrnQJ8j4It9xyC3btWu3sfAgh32WSYMeOHdixY8eG8XjoQx+KM888E494xCM2XMZWgdn43mKw3N6B1sbOnUdYVdhG8MSMHU61cNFc2FS2G4pUpTXY9ZoMPylVWqGiCcx/KmjURoRJLajaQnO0PifM3YXI/aQUKzONHac9btoxaKWvyUVGGfTiGUP5yDlXbmO8txNpoWga1lY7lOG0cv80FQXHcFV+E7TxpucDlTCt1LVeJxgFhndghWlDIig/r8w5t8NCjfmsFcPsr9PadyI47RNGkETep00n3oOmYVfjI7M6c19n43Ra9RHM/qqO77O8Fp/N6DnyxWxEoIo2hDGaEYgzcqIt5O72V22C3z6LZibx7HgJZGoLN7jV1xaGp/5kokwr2r2H9q5Jk4qEiHdU4HNZlVMxmakI5GrduGZGAQ4CbJKnvsstaegpTfBkpzG3zBM5VVg7j3+CzMevkvdjbVDhY7qA4BGNct17Z0bQ2xTgZBlkuICgw1rEaZNJ3+/txuw9uOWWW3Cfex2M//zmcjwxg4MPPhg33nijCHvFK16BV77ylaN5f/7nfx4Pf/jDAQA333wzrrzySpx77rl43/veh6c+9al44xvfiBNOOGElfLYazN/53iKQvvP948f9/vCd75byJRRBdZQzSU+t2Hg7Uw4+pkLfzMXqtAph9U9RrKQCRUqBZMZD5ddCzlFCMzKyLRu6xKwh2yuFU1Qm3XXfTZy6TAlu3jSeip7yHXDXCDQM2T3hMFP1oknK8MS0PNsGZaqn3OZ4Y66au/ChQSOWkcfzVkgxJc7MODHcwyeHNeZyayCnjlFlDDmK64ghWcrzzHynWoPWax4bwx0e1zbcDQOzxdOtNC1wjUnj++7u8f2GscDqCdzjIGv3QYwzw1W/G1AbD2M0kuKUPHDcuR69FayQyG1TJ3T45w8RwrBzpo3wnvlZXqBBG2OQxk70nyrAoSuT/jeCg8DFCRzj+5MUk5i09XrbGL/SSSvjl/GWKt6WuSLOLLO4sxFtzC0bLz+tOSd0nalMq3+bcqLBQzcoQzcdFB5tHXZKXIlY330LLn7v723J73wn2+Ir/3IvHHL7aRt719/Q4z4P+xq+/vWvi/bu6c73//2//xdPf/rTQUR4+9vfjmc84xkbLmtfh3nne4tBv43Qb9Oct7ilkB5W3kMS+FmhJ4j3YGEbC6QEk22UW4baVOvZTps/M2RUUYVVN/WqXW99aRQXkpYfSuGEJTxrodVEV7d1TGl2rHRRTGxbEywlWyM48sm5MRjoxjAqRpRDQW80TjG86z3F2myHqRRFtFqKks4zAU/LiMj9w/vFcOt3h/k304PVp7muIL0m4psIfG5OUEoEdmODHKZiTvVYcCMp+x2DK/sNRbWNXp57lArRnwpLdbTa6hneRjLNcobAxNMaRkVDUS7zhOpw0U8jcyL1BaPbqjrHUBPoTTxJ4O7u6zDTmOADB7O9IX3biWDcTE0yD6WhkJapw7rZPDfmMQiBQiab/Oxi1yR5TbIcr/2+/GEBCV8+Fmafoxofq1xdp9HESZDHaQN5vbTlhZBQJ01/TDWapL8oHcDMkS+PNRJRimv1Vf5ugwov6XJv8UUgk+eRuLWf46D5wegCPbE+NXDSMCozJ4JZTqsAFVfpAZXfkCtT6oH9RcWtBrc7ePhNgWXspEMOOWRTFxt+6Zd+Ce9///tx7rnn4td//dfxhCc8AXe+8503rfx9CWbje4vBcjuBtklmTum/UvyjsqKV9+xnyoyZhqnzU+SRA+OrqP4Nl7VC6AgHoURFBzlxVVoIhcqMFzg7VkJLOdFKkxXXBCGGR4Xe6KVIewKV0kVwd1vH2tYwEiy/3X5fOfHzQI4zH1OWzjtWa5bjjH/r80KVP7o9eqkXNUj5ZbzVTcVvaScjeVxQOx9mnwS/bN4PGheDJ9nTj4VqHmGFkUrcmiOm0Zc/MGenqYwiv4LRbl51/npoNXnxBhfiTDqL4+QYi9LGITbehoG9IaRUctLFMPmQ4g05IS8h9NON3jVSzVu12ObwA/diP8DoR7B+dOpkZQOsXgQXBxEHlm8ErDkHwL40rBofnWAiVHOuETme3SjEwMkIMg29PYGpZelTPCN80L/4DYq+jbRGGbzePVAZ27An/WogNe3rNnDVPgBYrnpnwT4IPQL6iaM2Nd1G4MQTT8S5556L733ve/jgBz+43168NhvfWxEq40eGSSkW8kNclhMKAx10kZDTGKWbgnFshXT08z6cucNQdDrF/LsBzxSX49Pn1whAF5gbCF0Y0uY8IafLYfHTRCl8+NZr0WKIGNelysyoIXZEtkfD0OjA3EM8k1CBGQ9G8Z4CTcpf8JREIvUZi4DM0XbAxjMYYaNQ4R7KIr7TFpHWKseKV2lIS1I+rrm/QnGzfpNyttVgpYGkMeZjzt4JzXHRnU6sDPFU+pfnUTSU6SsA6A13H9P0iMdaizulod5Kx/zKWDAV9kqBH+pKbSh8KNQGh3AH2T74ir+Yl0qZH8ZQGkhlJyjIPMZrF9XnHanU6J8qMZTwjBdV4bmJU/U4bmipMCudheKGYWyeu2M0lt/o+5FkzfScQXh9bIVbMk2P54pjJo1natK9mZ5Dilt1MPXFgBqHENOwuk2jHMyvq0iOVl+mdK37T4yB9y5onHYMv9FZVfeSGT61OIHGpkw4WXCzSN1+I7FH15WxnZ+U9SptmAeoPLxObzFgKli8S7cv0QHvF1OWlDjrBFqifXdeQuXheO0eY4j7PvToJ+/gT0+5Otz1rnfN7q997Wt7rZ7bGmbje4tB6CgrggQmfxJnYUxmuI0QLrNq7cZmYMy0YrIWg07+zKhJpqsYeFSKsqEdhFFd4kI2uJEM6i4Ai+FJHYBFGNyLwU/Jn8O4uwd1AV0M67qAjmIYxXDq0VEAUYhPgCiAsoEojbuQ1P9oZPSBEAIhgLI7P5H8yGlCzJcNr9jxfFiKrlKM1GRIDkMQlZF4jDH7eXpKeAf2Cnyoy1ekkI0GMLpjKUOo8U39IYBJsyKjmT/hLtypjbLdehx4ObztqW3FXcrlfUVQbjcdK4v1Dm9knlZpXPM4g413Gfee+zONwA4LpH5DWN9HP3+m39J4LglYFnfopR8sLBnooccQxox2CkCIhjkCQD3Y6y4lvPpRzJuMAkKmfSKUxQlGK0F8emAEWjsSAfxSYj18sa7iN3c8Yx3NdKk8zkNh+LW7BYaxYSmJgG+YjL6Pz9PqcAtPg1HZPMSGUSWdWDodz/xj8W4aL0yHa0VcJ3H6cVSJ98bUwjfJURbunuoSeXVHwTC0KbqDa6iYbeK46OoEriRxngDuSSAV5s0BUYaGfcFuCj7ppXg/T/DTJODDThC3rZf4pEREEkg0xvSv0FG1MWIa5UhuxswVPgbZNHmQNb7ZH99VlBcVDrKkJX+SKCEotmbNy2DQYYL94Nz5MgQsJ14BNjXdRuCqq67K7oMPnngOfgvCbHxvMVjsDlgkjzUBLOVKMJLGJ3EMYS2VRVLGdnJTzXy9cLMyjsug1BMNn2hBh6gkR2W/ixoz380mikZ2lCodQF0ou9jRXXbBiz9E47snZpwT4jOUJw35spt3sFDMKPN2cGMrG+K2G8mdu0P2j1ZmktGZwojhw/ErMlWlzcYsH5ExDUAkrnGz8HV4dEs3lkatVDCqMNEGuWvO25ONd7Y4kZ8xbTbOqbhFGM8HlP7V7Qlp/GPN/MmN5WhUw6OPmAY8HKyMGJbzJ3/P6Cq5e8qGM5gxnsOUkZ3itJvvkHPDu1JsDAgotMkVnSE89U8omhDPyKJqDb9Oa4JD29yWT3QVIoL8rUuusKbpF6IjxyVexdsgaDKiSTJqDITSCQjeP9WAmwJV91HlcDPknnLwqdrgVeVEiu5sMJA8Q60CjbDghE9DrAGW4ZDDQ21MaLdGgdFRph8mXynJXAxhlOSu15ZIo9FuEQtReeGLz+c0Pz0DxGqGvj9FtUOkb81PIWONTIxH5FDWzzVizE3TxmGPjPdqnjQyNurRcsYvvy6Ej23utkQjUYcKffR3GBZZOwwLqd3An6kPOY6iAU79kD/RYlW+iXyjvV47eRt1GJ9LgaXR7lDylrDgp9W4Jr6u6XGjPGIfgn3l2Pl73vOe7H7wgx+81+q5rWE2vrcYBCZ4xfcgUzz3mAqK/25afWSoFpb880Q5jmTe6uiSGR6yO4clgzrFdShHvrM77mpnYxnSSE672Wn3uuuFv+t64e6q8J7tfMfdcGP3Wxtjsv/lDri/48n9MV9g+Vl5cjwNrdpzA9V4B5XQYqPSWNc75QEd9G5x7KOYV+wYp/zEyjV5t73jnxcnaux09txCrqyaBnfGHWIs9Q57vePOj7qrJZLcNKrcfMy9RZnKqAZs2mDPQme8PFZuH09b9IS+74adcebul/HZd+iXMjylG55sBz3vqCec5TMrQEJpVwouV3TE4NLkXa701NNizKhxlWidvMkji5Fj8kul3Npl8PILUt5uYNXOCuGqKDdNXaiOJtPZqnvo87rAaUeCHVBjEHT4mAFn9SU10PCUaGnjTQar7ZQQNek1tCtxaC1YNNeiNw6OAWMePY8VV/Orga/WIXLWMbw8UH1qzfUS5vWzE9biNUh94sgwQyy3gcmxVftA1WtmT4Vbc0LzKr67nfzi1b5odLPd8JyHIHbCUx32yQsHx+x3GJLlVuMr5IaWPTytoGfl52V5dGPgslztE9n7JPQIWE7kcBsxvs855xw85SlPwQEHHOCmecMb3oAPfOADAID73Oc++Imf+ImV69kqMBvfWwz6HYTlNqb4ceB8Swu2zAzJFtw8jSHEPSPa9Kf3qRljTzvS+Zl2p6MxnY+Hs2Pg1AV0i2gQdwGLrke3GJ5rXY/FIj67HtsWPda6JdZi3LbF4N7WpecQn55rXY9tNLgXNORZox6L+FujHh31WEQDfEHR4GTPYpQCQ49SdiXBmo+cx9Q9UI6igxniKEZXysfBlKOVQNMMkcwYfpQ3VGl1iDxq3UVMu9j+jrspoBtaFcNKenEcXOEZRG2l7fz4vQjTzXaA4z+QvToubi0QgO16ozzF8Xforq9HJ7cjFJzlGLOwwOOV8c3SibJinkRbfeC/DstAWPYd1kOHZd9hd99hvV9gd7/A7mWHXf0Cu5eL8lyuYddyiN+1HMJ29+nZYX25wHrfYb0fylv2Qx193+V6s2EeShuTQsPfba+fVIW7BnhDaSrushtvx0sjQ9TngMtPTT6oFdJQTupERbbijTqvMKCCqLcFpqGbn2xxK/YTDL++q0KktfJrRbeqm9VjAovk/Zv8ljzy4qDCeJl5sFu4jKOYCjYV8gb9Wunr8WogZ7XLldlB+lUZUPX6R891uN3eqnyNb6WHGO3R+Tmoelbd+Szx5Md7dCzGKpTxt+aagavbNo9OOauc0jeNynIWdkov32nDeBPxV/n463zxdT0skF/ZS6/9Cbc+aUgop8rUovfgTq5QNzak0CJLAFQnxuTrV8Wd+FySR1n+qMXifK+JiC9hRW5oPqkHCVjeshGmsm/B3t75fuUrX4kXvOAFeOITn4hHP/rRuO9974uDDz4YN9xwA/7t3/4N73znO3HBBRcAALZv344zzzwTi8VipNStC7PxvcWgXwCkR429T+MxbFPgWUqN4c5P/m5PXgFliqVg4IWhi3evo0E9PHtQNK4X+TkY04tFj7X063qsLZbYHo3qbV2P7d0S2xdL7OiW2N4Nzx3cTzEspaUh/3ZaYhsNxvg2SgZ3wBqSoR2wQDIk9Q5uNL5Iy0HOiGomLORysHKSmXbvA7l1ejEc04rMqG6NJ5J4+Fibdakbg2m4cGxaNbaXAPzYoNLVYTxdTRfFCEcxuoH4JCyj4b0eOqwHGgzo0GFX32FXWGBnX3639Gu4ZbnAzn4Nt/QL3LIcnjtz+JBmV0y/a9nl8pIhnoz7wRAvxn++yyAoBUgoU7GNUaEZdFvSDZYGHDcCuKHQl3DqQ/GnY/EiPuVVSpY3Vtp4qC5phLzIseKBcoEx+YkkX0yneygpr2lxkhlU1SsvFvD+5QZ1Gos+KZvD6YXilq8lIBB7vz+miX2anuDPNI58DJPBIjqUAet0bVQW2RNKvCungvSrcSts1xhoFpXRUgq3pLmQ2yl2zBg95ndNU7lkPBNeKR2nM943CRXivzDeB/zH2s2qzwF57oXU/iDaZfWJCybeoYQZ4wNqF1nVGZwTMnyseDpGi+6CXKOcwiso+mXd9QmeBnAW19DLVjfCa0lZDN+kuxTeUk4Pxs2ORQAt+uzuFj1obdjw6BbDkxZ9dstnukOnjycJ5R065fRgwaM0M87vJA9DkW3pnpw+DLKNu5dx4XcZ5GJwXhROC8N9lEns5Fa+G4Xxw9BzOZWM9CTHIMZfCIcA9DcvR4d9X4db453vb3/72zjrrLNw1llnuWnucY974Oyzz8ZjH/vYDdWxVWA2vrcY7DqYsNjhcF/FoIMONwQfF+ra2K7CmNLJbxdPT6FgJgbfBWDBjnZHo3uRn8XgXmPPtW6JbYu4c70YDOht0eDeHg3qHZ0yvqPRXYzvXhjd26nHdipG9zbqsUDAGgUsqEcHlB1uJEEBZnjbXW0FuvJxhu8DmCqYpgswcRw/2zqDUtBjMLwHRaTHEsn47rC766PxvcCu0GNH32Nn6LGz77G977F9bYGd/RLb+zVs75fY3i+ws1/H9miQb+/Xs9G+q4875iHupEcjPBn8gxKkd+EJ1u4EPyIPsB0O45mUHqEAcUOvHxTqkI3BGNcTKIR8ERwxI3FQrIuBQYJhMtAGhDKA8uswmfcpo3oRxEmeIawXFz3K0z59fe8E30FSirmmJP26Qu7jviiyoWc7Q+w1AuvVgmx0q4v8yr0CZTzKeEVsKkW17lthDGtDkfezZ3jqsQHKu8sGP65QSQmV8SReoUjhig4pBJGOQsoXRJjIz+tENYwSQ9HGUPcHk8dJ5mZZbPZdsCpkNev2FmOoPNtWsv7uOR/PhBPpMU/tEw3ndUKMU+D4cT4A5ta8Il2I1bNxUWNcL6Tw/gj1eJamyTDPr/t+xLgORlizvBw8VJxfk4q8g6K7yycOy6Wzg9E86GLdIupk5m8p45n+lvMTf31PXVoLMMM7VFgnntIjGdbM2E6/fpBvyejm7qVwS4O9D13hgUIWqdNmFq2hhCUIzLG86RZ7MLYQpCtdpqZdFT70oQ/hb//2b3HBBRfgiiuuwH/913/hW9/6Fg488EAcdthheOhDH4oTTjgBT37yk3HQQQdtoIatBbPxvcVg/XaEnhvfDkMHlKENDEqL8KMyyLVSUwzxUBnmWimiaJBTugAthhEBfUfoOgJ1QIcOPQK6ACwDYdETOhDWibAAYQ0dFoGwO/RY6zqs9Uvs6jps6zpsW3bDrnXXYXvXYXtH2E40PLmbKO54I/qBbUTYFp9rRPE57HgvQMOThqPSHRB3v8udbqLpIH2XDPh3fMdlZUMLutWhoU3tk7A3+m6DfbAqKnvQ1VplGXYH4hN895uwxLDznXfAw7DznXbBd4cO64i7BEldS0paF7BAj7Voe4UQjcm+Qxd6rIUO26Jis84UnCVqo1vfzp7wNQ3yvviz0Z52ZlW82MHlhjczNhGCUsSVUSSU78A7NtsMGij/MXf8pAQFgOJFRNRLNhn13eLugK6Lz8VgyFG8+IdC5DchGSzMo3h6sen4kUz2VP1cLYaAvRYTPycUKPZ18of0C9G4SUZmUlSHfg28D3P/1WavdSliUsr5IsPYEzGP/jShawNFJRuhGJohhgOpTSWNzsPDcnqW1n+1goywRGOKgSRDMPUH7zNuvBCKjKVkTOm4JJ8NY9zon8A6UPSP1TYFaS6U8QwFZ+0Hf9ZtTbScqwuSphFs2oZw17yh8AJZjjbkkcalMrjtcaw6ElUXW0lMg9s0yHO6euysynj/pn7n99aEZAhTH08u9vFunOG3tljGTZBleb1vsRxe18sbJMtieFM0wtOud/xKDDe6Cz6qjWlcwV6hAgGhRwgdujhuhT8GECjdw4tAAQvxWY3BLKRFQBc6LEKovxoCRutqTHT3colLdUR2rm/faQzM1oIlpr/zPTUdh/vf//64//3vj+c///kr590fYTa+txhUJJ8Cah1n4EXEw0gxfMZUEkPUDD/JG25p5jgqF26ksrlyRMjxgTDcKJ4Fst7dKYq//LxXYujs3esu7lQnw5m9q73ouN9KV95TXggBgfJOd2pKwim5IZsKZm5Lpk3SryWuI7AFaKWsrqQqwMriagFVeBB00ExLhjBq1VURKep2iz6p0/Gd32beqcCFJ7FCDMNAhjOx7fSLhWeoHCWNCBppS62rlyPuSano2TMZ5Mk4TjsJ66HLfm5EL+NuQzLM885Dygv2mTxVH1fUpW5KzFCxjvMVYzoyisF4TQZ3Up7zrmvZuRVKdlaOmVKd1CeBkGFIVEZR6Wx5/DQ3Ms/yZERxOiqf2Bl2aYMymJCOfKowccmk3vFlqPvoF3WRX1Toh8f+UmVU41fVSaL+HMflDesPMvAmvhicxEuUFdC/XGDA0POlknILfih9oDonGXFAogVtSMVP3kF0MXLPiTHgctOYsLwAr5NYh9tGu+ywkm3AJ+T+SjRCcdc5PqPA4os3mVpLh2V8TRGlGJPFmoTawfuC4ZrKo+ih1MvE0AgSCetyycwzYnppeOu4+Mz1U6HNTA+h1M0YcYmTOJFm1mNyR4kDFxoyN7TSiPR8ZrLgRKtCjxl4VUdd1HcIXdcNRnMX0GEx6Ej9cDKwCz26Pu5ir0c9rNLT5PHyNB+rLz2KPibxzHfhZNnAP8kq3TquLCKWcrLBHXtlippQdKCg+pEhb/Tz8qYJhe/jsAzDb2raGfYMZuN7i0HaGamgNRmodgbu0/FawTcUvyJQo+ASaUjuprO8wq6qyjWYdU5iMb7AXyWz/U4ZQnGqlD2p9GZlEI0wVnA1FJZVzBWNUcmqiqjcwR0j0w04RGSkQ+nLkWR1WOAKHw/3nkzj0IqokZ8r1CaY7Wdjm8LFeEu3e3wz5uXCWrad4c3bwpRM82ir1yZrnA18KlzB2lH1iVSWK6duFzlxNRuRINqP3OZyTJyGXex8zBmg+Ck0Sp8262kIi+nFMxtVilI93hPbLbq5U7gC5b3XjDsbT4o2TAAzDIY0meY5cGXa4h1U4zfKFrRmHqwsqixWN7+puPC1IYxiOMXFgzIPakOrItcoEkxzQFt5iP3M5UaksxCNxvwZIwQUo1L3UYwzkBKvJ6ZsasokXiXu+GBGRWe503utbAE3Gx/G/AAzBriBwE8jCGMjhVeGRZQZwrgozdb+jAR3cwM8GElSJym+UNEX63+LXAv744jxyZCeaQ7XyFcLd8mdK5CSvRQXcrkUV1YCO6UisTSaJPxSNzE/OUmxdtHVql9G5rRES41tlZpkf9XRPKUIG+ZXyGxtCYBo2E8m6sqRdWCYG+nVHcZkxOK00ZCgxjQvkiTaZWOoL1UThrkx5nLBSp1W4Wk3Cma7gpumv3nrm1J7+9j5DBK2PsV8n0G3HtCtReXRSmBIjrzSL4TH8DSNOkNOcneowpVyRQw5JthlIou/SaEsdP9Q32CcThnV/pD9edeKu3m5qt25/cSeKSxdMpfSsnQ5jd2wrFzKHlD1ijKKYOM7QcLt4DGKU0sB4MYH9yulNfep556UjvyyDXxGwaJPo6+4kZGMj6HPgvSz9yhFPP9ZSOb2xIoZjSLu6Kb3kvNJuZhW0KjXxoiL3CEM8uLD+CzfuR/SEH/yb9irXdh8lDWWr2+uVV1etT27868oXPxb4SF9P5x/czx+b1xc/hU1g+q4eawnccRMUnHMvJ1UblBW9JKURd4GIL7jS4LGxQJKVjILjbfmecKzigtk81BjnlS78hXvpOJ3FxvBaAaClgKnK4/XcNR5G5I/a8+kErHO4MyGqOAbZQv/djAIqBeTCFC4VBCkpxzmKkejuZG9QJ+/4JBPVaV3Wzv2niuxi6ZYfrHohUQicuduuBAqvv6RXt/o5bPPdynwd1bZlzO04ZKMG7PdrL8ql0qRFtaNhORldAuzUCmJ1dCwR8mo0+T5mWY/38EOiEYejwMgFtTU4FQoRwwSneTd48gLwXklygm+wHhlYDyTJLmKao02i2nPjcnUNgWjd2CReDBPfepNLm6RM946oH5lIzeAL6RoOg3ymfPGtMTyZTbB8gOcJ7IzMVZ/TNEnxviIBbds/Vu5ewwn3KamnWHPYDa+txgceG2PxXa27sT4lTS+CqcNiWMpRZQbJIG9T7iK8VbFebDqXFVMUhtm2pAWBnhEWhjeAGPaoTb0uKxp4DGGbzt/kAG8H5UymcZQjBe/bZ4/OzWu/JkkvjWOE9oDOAp+gGEEBHuxw0oLZEUoo8T7So+/HWzSpd2XqOmfP7syB8q3TEnFp7zOSQOGu9UPlG/gRjbAZRhLH6d4ZYxnzYJrSgFinA2aAYX8bdYcHg3w1L4+G+8svdV3XrtT2zmeFS2QsRgBduSc+1NeqsspjRf8L0//kTmDTvE/3aZKqbPHNI1rxWM4P5igFHtJqrlh4JXxs/x2acjadMyU+T/n+2zstbwAjHmmqkges20bkBliL2sqH7PSpY6Kcfzd5GHhYZgT6+kyPAri8rzqRyiXi/JySNY/iB62gx3pOt+8zJ/CHfOpy+7kp5JQ5lekz2qxeRWabPWjcrf0g83QH9pzg+x2KZ7pyfvBHUuqZLWJsmpLqTx1fxXH8phNtRoYWDBncF56GOPa6ldnjEpVQabTZekx5FAxZFR0KKZg8G+ud8uxKvYIZYzWR+KnsJrlzm480T4OfRh+U9POsGcwG99bDA68ZjcWa2yVLTPHqOho5SgZFDmcakWUG3mxzPyOFK8DrFwHxhiVO2dHBcVEbWsiA6aKiYfsthTeSrDlsCDC7LKNfA6yrqJC0siolBpCrQxbtOGU3+KlllIjjZIgw7mBErWIerEkuOVlmPo5C2IOzzDQcyHGDYZnPSfy4odnvPEyNR4mnUD0g9Vn3mJFTqPLdvrBpAvNH3gbq7DUPskD7KrDKH1UfaDTW3NuYltT5mpMofgeny+aRuxmGeOmFpfA47Rb9QsvcxVYUXGs6twoaL7gKOsibcVvagW+4m9czrSgyljz3SZUPE/LN6rnAAH8NEyKGxY7A0tT4ofyrMU5hkCa+nkOUDE28o8yPZGK05/Iq/jFqvxDh3njofUAK62VtyVjVp4QGwCjYneemATvl0XNBozQqMUPDH3BxGgSbzSSNcZLjqc9L5s8UxfbaEvyT2vTSGNb7c3IbABWyLfctcE69iFYYvrO99R0M/gwG99bDQINwhcYmAMTqoGQN8GAcht3OsVoGiYE5HfpwMKz1J6uy1m2h5kABf/KUFD+gq/EUa4wS/cUBpzSkBa2UTGSykooYZUSQyKMAJQbgFFkgyWHQy26Sx21pDKPUXkwWVK38k3MrnRsy4C2d+pC1Z/cYOflm2VbiHBFTynXwhggDMZlrDTwsKyADzRnLlblctQXBFh9GrXs8Noz1k6v7WriZXqjUmbCUds9omjLUNAVWzgGVmeOCxIXo95q7ot+JiMMwsCrFkI89DWu/FRBevL4yoAJMkzF828i5/bqvhH9YCvlG1Jnpk5tzwCZktzir9W48Xs+6vmU0hHPo8r2FHtbka8Tr8QfvaL4HCFAL0LneWTSHQmnSfYmr7RPYtGIP5ereIhsnHOjyF6im5XKbhSsxTJ3D2Og9ZUYVwlUu56VdJoRXmz3vzGm0W2NYwkLTrhffxOmMhUj3UaHcXNACysPxhnordKO3bdtb20GzMb3rQuz8b3FYNftF+i3jb1fsvGJ0bTZ1E6kJxik8qICCeAX5+TXgrJhYylzqBVtfqy+Qtzwu23ylJzA/OQq1/UOQ8pHsjxdt5YZVT/yzmOGjJnWDquU0aA8piLo5ynpjISe7OHtN4xqE9eWHKNGGqWPpQtrdTtTVgohG+Ap2bAgwA2GdIzUCAsDjYpXI7N7Qh9NoA0XHKVSZDfnhBgNvyyWgHgnWoqkEZ46IjsNAyYbZ/FIf2BH4vOrFPFUQjomHxgv0EelueJtGjOeAV092QVDYSi4ThfyUd/EHyiwqZHSIuSwMs/1QBXvZAOS09uqYFTvLV74PJjPB/bMr2eQGCtrcaU+bbXB9rDGmNk3Sy+eUE7Fy7U7TSXBF1OnMplTySNZVtOw44F72vaWUabKpsqxQv0e7+L0Jvw63qibVPXeba4NGEff6+siVyy+n1MZfFO8lqXTabpQYaXOml83cbH0hzrIjyA9dmTrfzztVJ2NwxQZqvqBt3t0E4CXKcLqDhJvFexeTkB+34Z0yePUtDPsGczG9xaD9YM6hO3l/RLbcIPPdF0BHmrlMcWlnZ+oOMgjbsbxSuZX+n4xVmIFWhFL8fyJ7GbKdkRCGD/puKPRHSZoJsvbopSe0XeWW0LR6JcKPGOKSSlTkIlyQ4kOTCFhiroYu1h+cmociQscU8lLfsOKUM0QGpuhnJY0DcVR07QBvI8sZbDQHwsXNCbDC92FQpdApNn6ohotk1rKuLvgoPuXJ/EUFqbokLcwFZFJYRn3AIgdPl52LldF1rqd0RCjFVxZ5uUT5Dv2vLhIt6GHuHWbeFpL+Vb1Bk3vjN/Jew1IznvxjHO+kaaUF8opJc1TYPgBhNaJgUbXclpy9SKLThP/zW5It3gyPq1fx1CLJSLMSk+qjowf+fiPAeclzK/jc3eMxFfl6TQV70rPetfTPjGhwtgiT2CyKARUtMVYeqmHAMvosvxaNJiRY3GC+bFPkY2wgElpBK3WCSjJN2fMU5zMaQtfc66lMhp4VWm4wCnsod2fVaUcJ9ZATjPRb/GbwlNI0FrS1UAqT5MQrLbV87XiGaabSl6yymHpx9Cw5qDoi8D4LefTQc6lABCC/PJe0PmR+64py/eDb2/NO9+3LszG9xaD/A7YaMLiDJzJJr08MOYXOWSIiYnnA4pSwAyn5kqsyGzgk3FJDDlIBhyNnZxPhTH5Af7FV1NbGlEktMIQWNu4Yh5YGosRtwypCg1r/FZRDJWwKE/KwkQI2VqGl3qSIOQ0kos0Oo/3mRpHwFJYgnAWYRjHkglGJAV0uMa32o3kykS1SKRQgqZvKvGBpUzUM7S/3LKcj42S1KlKG/nAMgw4neuu2AjoooXSWgYjCDyDysTwdBQefot50G1C6QsLLxfhMeAKDgBKmweegquVNMYjvHe+XWVQoaunbL4JveIFJUOt/Kb2MFpm7RTpGPqV0pzK54ilOQIrv6R1Vz6wdHwxNZ/kyG13PtOT+oSfUCAMu9389IJ1kkHnJdhjUiFvD5DuG16E7DOZT1TR4tNjkzfUnkmGwaTynUgp+OR4ppyJJ+hpqFhCg0RcqGd2bJghq8x28j7QgncKGKSwYRtgarWKV1j8w9RnWLrmKzGqTS59WLpGpu+Qh8LbJFjpDoARyPQTUJQjxkCI8c2ke6SlGQKGywJJtjUvlljjOaLD5WZQRIe/88F4Zoh6bEJ7CCtNSH2WbsbPp5sAycsZ3gl6bP0L15bosJzYjq2/z3/bw2x8bzFY3Bywtq44psHQg46rlJwkKCCFRFS8qiOB1Mqjylfuum4VD1aWbk+xKGo5wdNtQIg0oSnURyR+UClGBJ+tuJdw95gsrHRceQ9V3aNtcMbI3rEiGQbIhRSvb0LIt1pnQzvd/N3HI7/Kn48B90H2Ce9P3oBqDjBcdbjuDlfxMd67DyKBUHyjCB85IkmuUleBnvYWzQeZTqThi1cMhwGNsvtJMS3HiXeVQGUEz1V046oPMj6M7wgcIXDOp2SQ6DCOAOk4hhyxIbMUY542SPrRQ0+8U/j8FBnU/A8BpNNr2k5zRu1mVYtSolxWKcMhL17lRiErlflUSJrD4qTRoECXUyNynhEviMWXkyIYLiXr63613o8uuIa6Lw0eqONEP6MdVqUZiddNrfJqnht0uHPCymhjrs/i4/p97lVloDE5KRVjxAXDk8fWbCujTZ6H9UNVlglBuBK/WgnyHJB1OtXYvABp/pP0C9lHVXiOt8rNAQUvk/4qugi2DMw8paTVtJdrXoVe8hw15GXkDZb8qk5UMWSqhfoVh9SFMTlp9Wv2hyqdi9aYvN5ikD5jODXtDHsGs/G9xaBbBnQdE0aKwYMG/pGOnnoKrWlMQYcZ712jTp/jlV/gx0EJmMCzNOb0hqb7SCZT/uwJX6mYuV2hKWBJCqtR2UiNRAG1Ug9kZR2oFXZPoazqFPjKtKJOhY+oMyplxahO4UwZSTSYbhIOAaFj3/0UeKmjs/lZDIhC38yo8MBUaqRB4CqVuqhKSJPsO08J8Wgn6WlcCfPwngxZrZVzWbv1Jwyt+a/nvsULLCXUIR0/j6qXh3l1O35R1kjF1juCgEEr3M3CggqrjElVLq/M5Bs8IshxoVD6ter/iudTdosd6vgZPv1OPne34mQ5aI8Pa1/VVmPOWcZrld/rs1Y9ya/GqX4NQcYFVa/kscbR1Sivq3lUvDXqLuMYAU3fFu2LcRk8vp4dKq8cC+fkB5Ab3TqFsAq4Y63HUscZ9et5aPEtqTcxGcPHMbtLAbysatG4ouEg6DPTFqWCEkPRjWeBjL6IN0C3S2fnxeq5qtqkip0M1BuBYv7U9LVnQKZTVNHVEe6cYbA/fPd6PnZ+68JsfG8x2H37Dsvt6mjIiBCtlWJibicte1rK7aZAkQ9V2IaBFRbyn66khBk63x7XL3RmXcFYn6rxqt6NJCeNLq/UIhUf4SapSIpLpgw3DHcjTCqwgblLvcMuuHGhVSqGuK5BvDmyP1UfDUq/9Y4qyb4sxVbgn1Ag1TbW5jElskVgFh7GHJlCo605a35CzKIr5hZKJjbAN4x5MKrU6LnszRdeh4W3jtc48ePrJgpyHiU3f58wF+P4i7t9c7pt2JFdFsCOwau5jhrMhVreT6ahTG0D2n2Gii6q47kGjgLf5CDkY/KCp6d0e8C0Kz4Ge9wsHkk9yjuk7Lv0PG8Qi53OcX5evTtnLcTtBpl1OPMrWPGteWcUQCIxKt4PKF6a5g7Po90jeE8CRixlzlCFX00DrS+LkNtvrZN7XnFV34HjJDPX8ogGjxnvjE2FjHMbvuR8BsKQbZvI+106VhVRWjFQ/NE77TO6kcArqeQVOTKECs6t9gFYX0wlyn0XlqHDMkw8dr4HPHeGAWbje4vB7tsRFtsVY1QMsWJ8Wqm2lC/tN5RYgKcPIryqF5AccC/xpqpYU9p4iYdAJYv8WgIaaUekbAusMUMQYwHA9wNS2fWrEYJZH08zDYIAWJdLmYppVEJthZVEfDluTjmNLIdAXMhm3FEpRjY9e9/uTm6q6Z+NQaiDZAQn66aSObQzx1lKlq7QwkW3Mbsptslob8rn9gGrw5v3UGFmp4wp6VZcsMuznsw4Lj+Wvxvc/Mg0pfgO6PIx6nRzPXfzo9SRGzC8ijNIP2e+aswBlGN5MYz7h51vKvwk0KBP8nDmRihpRD1pEUvVTTFRMlizP7Yvt7uLYRSGXxfdqT+7UPpR9F1EQ8yV+LoSYlvYs8/toxIeKPpj37A8qfDcxSmu6vtNBI/HVHyvXigcdedylQAZnTRONOfzOt7iGWPlTQGLb1l9Zrin8HCzSoMXaN5kGk08T3LwdhuEJNrDCjIXUzXvV3mqNLKq1YFa+WW9XN6YtAw9TozH8DjFV2Rbg4EPuePk6Zv+pkGJtIxtClS9fibnnIVfqosEflIuknEnhfGp0YxeafNy19Z/57sHTX53vd8rTPj7C2bje4tB5pNKcRVhjpLthnVGnAgLOUyWE6ryhvqDiRPH127ZWJpGvJZyhsx1q0uKbHZzwUOZ+ReODeZPeQ2GHwynOK4Vqn4x+8wVVnV+XpdoO0dP34irBHAxGCB2b9KxyqSABhHGBKHaQTeN8r4IfjcdSt+bxxMtyH1VCMA1MltKge77qkNVtarvEv2YJwyiQmHulBrtqRQZglw84J/g6lTY2C3T1dw16EzTJVR8FWY0hKWtaTxU/Z35CyAM5vRMYck4pC4gXRw2GI8xTTQgicURScM7xWddisot9nqvUje57LpSmWPJcAwoBiUzNJNRmviLMFajUYrkRklTnkN9gdGOVpBzl8W2DEb38OviL/dN1w9h3RDO/aLv8kJF6RPevj61r6f82ZrQd4M7hfWEEDrmTsZ56Q+oPgpgbZbV18DHowVWGR7/ZgSrL72rn4VhVFNBuBV+Y3xtDFaVl159LLziuZpPcT9rv8cLRZ5cnwyw5N/YgqHH09tG3kiHc7x1O4Nx8om7rXytaj3e6LibRYQ6oXWqppZHLTkNIa/EYryHEEejGk8S/ixfVF4KQBj+JP0EDMfDqzFKJxaoKkvKUCY7tQzlJ+TUpy1N+gMAIix3jk3AfR/mY+e3LszG9xaDsACCMWpClltMLTKqpLwQYyJIn/CJ5fCdILHCZzAdXp9pHAq/g+9U8PJMDVcc3hWUlrDK6ajO60ClB1r9pwRD5Ydk+JUhNKUfLaVpTIFwBLTrhhGO2m0pY8KfaC6kIKeBit51n4wa1o3vyFtjIMI1ZhOUG6HIiIWHkNPoTwpVinuatwDyDi/YnNUKhaVseO3V9MR5x9S5yjJUfdMEspVMa8c7+9XJkLhbm9oSmB8U8sIhXzAUfqjyDcQp/evxEU8qtFvFs0ZWaUik9eI4ahaaQtEnXcRgPC/FokaoniBUixGpbypSCPzHFgTSAkI82YL4DIHiEe0Sn+dHQjjPAaOvjTaP0tgkGrRgIuHLoauz8vgRvpXAlOcrolUjZYQx8td9bhnfmndb6ep8Dr9MwPpHfwZS8zYCc6fwlN7iXbziwIPIpKlK/qc4I97i1SJMl3FrgnoXw9RXvPaluLFxJZhfSZE0Png8erb0wMLDimx0dYwA8EtqqzIijolupAygEhbbkWx9ohA/bVl/BjeRDpfFQV+CvAVhtWPnW7+9tzXMxvcWg7VbgIV1UYULxiQhI4XFHLVSrgXdiN/Nm+uhOszB0W5SEGFkplEK6ZgyYoKNjKtsgSkKPI4zba1cpHihbCRFGOZubK14BBmvkE0KfdpR5sZeFlDJLZRq5M90pHhuMObOYAIwlwGIHboqD5zx0ePpgKm85n4h5a/dgK0AVPgInIwMuf+CmSKNewBAXeyfHoh3XSfZj/xJFqVslPFQlzaJPgwiTIChIMm+U0qS7htOzFxv9fpubPDG5ryoQ9G1OY5UeA5TrCoepIxtc1fMw11PL0tJT341L+wFKKk0+sq85HOm20Pf4evpSfn9/6h58gXV5LT636nZYs16YYE/g1CcA4sj4feMB9M9AVq8O8slg59qI8IqJ79F6/TTymqr6j5zHKr53MjPw6tA+wJH0ViD3sfCBUoTOsBdfGjxnuQ3DIP2bj3D26O30MB/pD3miSYvn6innvcSr+D0ef1psbrOVCDrREMm1AvXJNNF3mEt3oqaGB5Uue12FNkXlAws+URY1Q8M9BymoXLeDnE5a5YxQYaB6rIALHetPKv3ORiOnY8J7pJ2hj2D2fjeYrDt+iXWtvOv7FnMEGK1TjAPfWFO2hFSx1XRWe6gwgfGFFgZoFD8FQ6h4JbwxbiyksHgb6QitKDL+kWQYdwvZHVgJTJJxI+XcvkVFOJBenWxHGnX7SoXk8JCnYZ3r+qgskgQ6u5lurBQigOUMUFFcUn+Xvm50DTyNI0VqLCER2reCnJPjI+hFCadP38bnYx82h39gTl4v0mlQCpGtVHG+oqFi3Y6iszKx0lUck+BMnfFeZjmPzlfkGE5jwqH9AtjT+zAsgZT0huDKpvVkdKxcPHWB4WShYXzb56X9KGqAiQNFT0Nhdug54FOSMTnd72zO6U3jlw36T4wO5q/7x3QxT7uSB5D136eRh89F+/Gk6iVNdF4D5y7+VF1EV7aK94LZ/2Tu0b1S5DIGF3UljWBpyJZHqMKbvs4YYwPKNyLu6TTaVWFZhO8+TPEGfNCL6I4hevFUY8e4fl1GHQ4Q2IK73bkWUj/E9hec4FXtbdaBBPpDP6s8/JwHgeq2xsqB/M6J4hyXVFIVe0hlY7nFRRenpacE3y+pLNloU23llxP8yQtLHoLI+Yud4BsP3ttIe/CK9wyvgTxGpa4lDV9tSG5ibup9AVB9cvwWO7Elod+he98z+987znMxvcWg7CdsNyupA1nlsmfmUUUnAbzAWM05rMD0AX26RiK4SEa4ZTT5LI7KkY6qbqI5FFS3i63wayZSgCVIoj5g4zj1ZmCUSkBTLJoo5zLyaxg6SK1DKqEFOQ46cZZ6bWbp2fxpPwCEy33mcy1+r4Ky/0TmD8pIimM+YPypzzquLVIl5qllB/LEAe8b247oOmt0c9aARnNY+BQ0RtX1nSbqja2PsEzQdPcI7Dnp9kPTNGpTmZQgL5VfdKvSksAlXeweRrKDj0bB1/rfW2zeVS7cz0aPxR9tFkwIPRjzm+SEto0yALLp+aF9ZQo8fe92VMZ1tWTXcQ2vAMujW+kJ+sXTprF6EasnYdxo7q+nI0b2yEWmu9PUmGI6Xg3IKRWl46o2ILDC0U5VHDnkMcMjjxguFZjzHEWY8njdGU1jmVuhAlu5ddl6brS9+RTuzg/1jxdGdylraUvZNle5XaTrXlV8+AowbgYX4VFBpZc8ORVXsuSl4ma6VhZgCHTRAMMnAz/UCbV4R4NWaD7Nc1n5udGZ07b4nmaJzX6MF+4GlAuUVNfFEAg4x6ZUMap6kuFF2tDZWAnnTbFZb2XxfN8Tn8st61CdPsmzMfOb13Y8sb3xRdfjA984AP42Mc+hi984Qu45pprsG3bNhx++OE4+uijceqpp+LRj3705PL+7u/+DmeeeSY+9alP4ZprrsFd73pXPOIRj8BznvMc/OzP/uykMtbX1/Enf/IneOc734kvfvGLuPHGG3H44YfjsY99LJ73vOfhQQ960Eabi12377DQnxpbAYRw4vwivvc9fCM8DDuXcWWQIuOhaHhTuhWS/UIHkY4b8eXYdCjHHLUiG7GrWFgWXFKYCyON7bSWy0DiU38/muczNLNK32HZKmWbtSMdKdZhQH1r+aC8pkJDvWGplKeQJLdRDjfaeTObwBQOodynoisBz3bRxHj1yi/HjysQtoIzpKreE43ueqdI3obcx3KCrK3WV6r+NZQ0MuJHQPeVq2Ak5ZQpGzlNr/Knxo4obwnJCodUUDWGRgOmys+WEmwoa4OfZJxwk6R76+b5lD43NZh4mKgaCqukP00xJfMw55kGnOYYp38V1jJsWHUlwNoRFLTP0mjFFSyc5/faLjERPM18mjumKtwNq3kU6X4ysTIC9E6/5uEovMtjefpkRB5b5ebtrG67z1UW/ljwojzViOFLjE8leRTYe+7JYBOySJ0o0guLfNrr/k5yNs+p6NYXqeb0dU+VSrg8EDyI6tNMkP6Kx1vIW/ODoUDczxT8YMVr/N14AycWLuaN7v9q/gFTv/5hunmZY/Vy/Kyw0MjHw3RBbH4Gk1ZCMUCTMbooYaASBypPQMkBLobMPis0RfzZs8WMnj1jvGmQ97IPqgUIRg/WwkKIjDGVlfJQP8TxO5FMObQfXLg2w60LFMLWXcI45phj8NGPfnQ03SmnnIKzzjoL27dvd9P0fY/nPOc5ePvb3+6medaznoX//b//N7rON36vvfZaHH/88fjUpz5lxu/YsQNvectb8KxnPWsUbw7XX3897nCHO+C/PfM1WGw/QDEApoUYipRQGCOzTTcBI35eBh3KLcHRTV0YbsRdhOynLqBT/vyL4fmWXBaX6hQ3C2tFCKhkJgAhdAJXUnt2M3BfnsONuxgUOO0OyR2L1Dsnya0YbFD9qi++qpTNKB2rdLxsXYeov+we6V0joI6LtVm9x3Kg7IBBPSnEtZaALpY6XPjJdsXAd8lYvjS20R/lGMNW9W1g/c7GZbgdudx+zG9D7vuuuHVcSh8GzPtYfg8q5ac+C3ZfToHSDvnetVCElDKdf+riqXzpFFPK0Rf6loqKJg6luFn4ZJzlGBBPb/nZPBRjKeZvfKZPUzF34ifDvIcTh8xn8lxi/KoyhCzFjo1Fg+xZP1iBarEodSIVt7hVPfWPnus8r1M7P8qbxziFC75Wxtpz53K40bQnYHVObi9PI/lZdeN87i/jCYh+bI2ZeMWH95tikrzZ1jjq3f4hTsohjZc1joLnsnHLO/WJd0VZk29wZ7Io+3NYTNvLfOlCuvL5NWRaERjxeaLlKZtXfN7pOdXkfJzfZDy43NR+KmmYX4SxMfV4rzemOjWX2qTiTV4Yxp5JHhV8U/vkVwf02Ne0kE9yREutHPxSc9jCE2CGY0PORLc26DOtiPaxShkN8C9FZF2P63uL4sZChiOnR3XZZalen3Ip/SLmhzk3Iv33Q6FBycvAN1WyPB38Vj/JfpUg6EwlIk2EVYYBlrfcgkte+/u47rrrcMghh9gV7aOQbIt3feZHcNDtF5Py3HTDEk976Oe2ZHv3FdjSO99XX301AODwww/Hk570JPzET/wE7nnPe2K5XOLCCy/EGWecgauuugp/9md/ht27d+Nd73qXW9ZLX/rSbHj/6I/+KF70ohfhvve9L6688kq8/vWvx6c//Wn8yZ/8Ce5617vita99rVnGcrnESSedlA3vk08+Gc9+9rNx5zvfGZ/85Cfx6le/Gt/85jfx3Oc+F3e/+90n76Rz6HcEdDtC4cRc2PLvsy4KQ+0WhZF2iz4/u/hcLPr8XCx6rC2W8Tm4ty2WWOt6bFsssa1blmfXx2fxr9HgXqMea10/PKnHgobP16RnNuqyQheEQE2gFZ9sUGFQaHoU5acHM8SiEdZHxt8H/n4h8vuGuWxRnwa285v6POIrP+UzPDsnXCuISRhz43rAu8OSPZdheBdnPRT3cERo+DREj471RWkPN6g6xB8FLDCMx4IC1qI7jdEamJv6mDaOG9j7oSgGuTDUWB/p8QPvf/CxQR679FxGY3qZ2hyf6/Fo1Hr69R3WwwLrocPu0GG9X8S4+Ix+nneZ+iv1WTU6qR16HC03ax1XzJVSXhYNuhy2NBYV+KeXuOKq8UrzZTAe+BjIRRM7vLQhL7iwMU3uRXQvKGAt0sAahTynh/kesC26t8U5v436HLZGIT6HsEXMvyBZfqYnMuYMcX0n6I5YGapsVYAyPFVa02hp4WIyFWZcGelMRd1Nu7lA+a+diIyxyNmYEluXpzCmOsgZ8ZUaa72vX/AMyj8O0s4p48ffXc/ySPAx9gRFXlb/cjqUBcRUV7ahqPAcPncXGBZEF2zuZplr8G3BH0oNooPTZXiZXwOsbQNeS8W7l/qJ0m7O3xPfFTLZGkNLzjKOXWSQsaCsx56PJe/b2Jae8eEeXPZ0WPZM5iR5kmWNlEM5T8yf9RKB1dC6jCMbV7lALmWr6CRl6GfDVoUhjlvp0yFzoYkei26glwXX3bpl9Vx0Q9wifo5w0fVlQQsh7yAPG9al7YP+omX3onIvY18ueT/2RRfQslK8vpJWZ422clldy0g5lyjrNoq+mGxKtJnq2H3TLlxi0NlWgsSHpqadYc9gS+98n3DCCTjllFPwxCc+EYtFvWJz7bXX4uijj8bll18OADj//PNxzDHHVOkuv/xyPOhBD8L6+joe/vCH4yMf+QgOPPDAHH/TTTfh2GOPxcUXX4y1tTVceumlOPLII6tyzj77bJx66qkAgF/91V/FW9/6VhF/xRVX4GEPexiuv/56HHnkkbj00kuxtjZt/SOtTt3/d16NxY4dYtdB7zh1eQe6NrRNY3ttmY3utfxkhnZ0b+/W43OJbd06tkf39mhwbyPujoZ4VNTXmMGXDLqiCCijAHkhtQlckBXhXQx1rrjIH7H4+gf9tLUCVhsEzkIJYIZDErXEcyYDFNEgQzK6o7ENJfC5H8kY50qbVGS4oOnQZ+N7jRnfa7TMY5QNK+qxQDG0FkmhU2MWX4lCx/tBWS1cwSmLDGnBBExZg1BO15GeQ18M7aZiaMffbmZ8J3c2vrnRzQ1vFMENo6+SAF6kPktKCpV+LAtIkkhSe9NCSlIWxKIJU9D4Ykuv+kqSm1y0yqcQENCRnFMUw/gJBa7cZQokNtcqxT5d7VCU+zWEbECvUcC2SCPbKGB7DNuejG8M4duoGOlrYIZ87mMUw4DhyHmBmnYzzLAJkJYox1SgmuqC4RbyBzB5Xl5ABsRc78HSinyyDqqeyUiQhmfydyxNXmxjmPIlDr5YweWeXHRQP4F/MmIL/mUxQvaFbmcLtIHKcRfGlSGTPahxkIvAWQ7lRW9i8obLo+gHRTlDWTanxZRivpUW5XEDsqFX+DcyL+w43wan1ti/gctSucijF3N61uaCSZJ5ZUF00A+Y7FfuQRfoBc0lSDdm8/4qsrnDrrAYnv0Cu0L89V18LrIM310tdhRdp2ywMIOb0QqB65Z8wTfpN8u4QLyMi8iD7josHsu4tbgYkfKWRek+6gnDvLr5xnU8839cvCV3gpNtcc6nH7LSzvczfvSSLdnefQW29M73+9///mb8oYceijPOOAM/93M/BwA477zzTOP7jW98I9bX1wEAb37zm4XhDQAHHXQQ3vzmN+PHf/zHsb6+jje84Q2VYQ0Af/zHfwwAuPOd74w/+qM/quKPPPJIvOQlL8FLXvISXHHFFXjf+96HJz3pSdMaGyF0QFgQQlxtDDQYO8kARwf08f1rdBR3w5NWndh3VwnQbPD0PRZEWKDDGhYDIw5lxTOtgi4YY8p+toNq7ZyWVXm2iyqEDVtxZIYNVybEyrZQJtQu39Bb1bNICinys4JhKByqhBxhr6kDxcwuGbjZzdPlsi1FLQnY+HJTRz3WQOgAbAsqDdshHdtBSEJDjEHsz4CAJQFAhyUCliDsDt0wdgGDEZYUA6Byx9d5ldHEF0mYYRrbyXdL1sUzKjlghjeGBYjdiAoPOqxTPA0QV9pDvGiAArCIWuQi9LG/+gEfNi6c/rKgRlE41vIiBVdAtLFblD6uyJXFkY4tJBTljSt3YneIjWMqt0MvDO8uzi++SNDpuYUAfbw601ymH05/fOQK1VKku7TwUozwkA3qZIznRTaGq1hsyzvu6VoJVrOhbPI+MHejZ5hhwzBl76FO45MhW4QjI9jMOKW0qTlaudqZU3DmFhb+RiZbkrbvQ151x6dGWUuX6cCN1+TnMjTx38GITXx8WBhez4Y5sqxasvglN+KBalc/L86TkqFRBpWFSGmYa3kqDO9qwYDjSWJxfol6cZcvyib5Xoxs9UTAQuhrrCeDXIDR+CS5NxjYlA3yyt/rxXV5ai2fKGAnKNLrILw9HcOdbyrwTaLt1GM7DRtLO6hsJvH4bKQz3Tb1R5LHN4aVvv+7T8KwUTDxtvOtu2e7z8CWNr6nwGMe85jsvvLKK6v4EAL+6q/+CgDwgAc8AI985CPNch75yEfi/ve/Py677DL81V/9Fd7ylreIHb7LL78cl156KQDgyU9+Mg466CCznGc84xl4yUteAgAbMr6xowftWIr31rJC2w3HgPJvEQ3muMO9TexspyPl0d/x8HK0aI2X1zEjumM7gkqxpuwuSjtRFw2dAAJ310az3oEsyrg0vMvqsToWpNIh5+dmYNrtU0zEkeR6hZWvYku/yjeqGnDrvDb5x2tZnQnaSwBxyUDsLrCdlSEWRFRWfMFPLKS7WCzzTWHM3mfv+Y8Gpt4TsASwDH0UtsASfRS6wDoClqHHOrrhmXeVKbvF6j/KzkZQmKXdIa1wFKOyN9x8l0Af4eQ7QmpXny0uZAWJKW9SOdJ76XKO6COk2bhlCpF8/UGOdrUsxU4BWPvNXAHUuzOuohafa8wvcOWnXoBqEaOiodnwnmELAbkeDT4Pvy1IfsX1ASdq35us2diMC7JcugYM/CfEmIAop9KuPZXj9mlhVPrLginf+bcXwsuz6DoQPDbJ02HhlERvDuizkwUCF6rcZbFb7vhrnPhpo3pTJC0OFN0sn1SiYspzPUVv8GR5nxcNysJ7WuhYMlmeZCdfwC5yXR7nTyfZENvI+7gsGtcGeVpkL6cAezMuL27nvkh67VDL2rQN430a0gbGtLSz8b2nsN8b3zt3lg/wWUfTv/KVr+R3x4899thmWcceeywuu+wyXHXVVfjqV7+K+9znPjnuYx/7mEjnwd3udjfc7373w+WXX44LLrhgcjsShDvtRjhwAWSjuzAM/h729kVczVsssWOxjh3dOnYs1nHAYngm9+AvabYvltixkO9xb6NoiKt3NeW7v2AG8wDWxebCTVY4yTBlDMZeMI07S9xXJrORqBJsFoQ63nJbTxEWimjyyvKw0Af0qv4guz+o+h8LV6aaU+5Ufw0BQ2uCCElP8V54Ui6iQrMEO2IH1DsPSYhzN9tNFsfvFM5twxJs5V/GlR2K+igkH2tLGbF+FmjFrMw3vvCRjp/aaWuTGpgyWjKdXhBy5qdJM/a81Xl54L6nws8wwwxbEfxFvOBcxlXeYZb+5NOpNwm/CeH2MrzJRaU/1GHeIpEt84MTbkGNpV7wsFLyxQUvjwib0PF87IsMshZ5tS5lySzeB4Nr935wJCsthkxNO8OewX5vfJ9//vnZfdRRR1XxX/jCF7L7AQ94QLMsHn/ppZcK43vVci6//HJ8/etfx/e+9z3c7na3a6YXkCwIAgINwqCnQbleQhuSZVVwPQxHdXejw0502I4FbkHAdgRsDwHbwwLbFwHbArC9B7YtgLUOWCPCWkdYI8KiI3GRiza+u7hKq49KeUZBR1SHgZihIA1xvgLMZaJcF3bAYCqS4TPWGmSYMKCF0cTfG2MXborVcb4azlbVq7Js4O11f8T7zw43/bFgUgJGv1uHGMbxABdcJMM07lLwKwHKDG37Epz62atnMcjBLgCqV9n5uHg7EvzSvPgJ0LJDS9w4B+S7ebxfvd1/qpUfQxlyvxdnKUZaSSBVL48nnTcYaZVCQtwfzHScRuxwRV88jRGX/YHTnaUoGbTYhD1Tj7XCNZJoLGWG4HrGFXx/Ac8PS2DhRo34Mb9Jn/sxWAbN4KUqjf9kFBzGx5NDNVYW31Zpa56kMfZrsnBLtdQyUr+zzvws3ivXB1vG+CkKfjlOGHaSg1g3sZfXcmQ4AHEirp6bfq9ab7pT5Rk/NyfrixlHeEiz3kpO2PJA5mN4TlHFRnQxq3eKrPT7uw63kdnYien23QQ37FpupNB9CoYL8iYeO5+YbgYf9mvju+97nH766dn/5Cc/uUrzjW98I7vvcY97NMs74ogjsvvrX//6HpcTQsA3vvEN3P/+92+m57D2X9uwOGAb0idcQEBPAaCAvuuxHj/11S364Wg4u9G8XLS2zH55+VoJ79Ix8y6WE/0d9UP5bOc9HTGvP0vFDJHKIA/KyJPKra0EstBghEGKivxZmBTHjDvh5+9Pi7Di5zdz50WN5A7G5TlcAeFGtlrR5cpI1TTlETvSzCipDee0GFL6WY+JvKwLyt96laAcsy7H/euLfPSg5LbnfiT0fboUpss3f6ebZZeB4jPdfsrj4xG0nJ/ULahlTMunb+BAocP8+SFCfnbMn4/Y5zjW/5yW8wBHpS0pDRGv/BmViGu6dC9/dkope5kMokKWJov8NFZ8dsVffVapC6pdQTy1O89t1GHi4rm0IAd+w3JfbjNXl/nwI/sLdpkfP56un0PZ8t381n0QubvIocnYq94iTB3GuRAfGf5fhkfkG1NIDaPL/MV0YmEvyAWlssiXfrXhpFuleXDHwuUrJajCK54OzpvAMJhu8El1n4cVvG2DbVwxXwXGTAQeUssYdhw5pFdr+LvE8t3g9GpKOelDYgx5zaKvoRcB+Ws09bFh/S4xf4XII9X68lJ5rHnJ2lMuCvVer5FPvkCaZGeqM/cqFTeJ0fZHmS/gZnmjn/HoMn9/OLv5JZiB5yv+VK7UFyJmoU3hZZ4o/YgtdpaFyWIQpziL/otuYSwiBD2v+LxMMlDpboL390IHGOgusDxA/uqGZoJqtFJ/5XECnzckxg46Lsg8ugxePu8LsPy59UYfiZ5RfFlQnCK9nd/bBeCzutFbCtIlsFPTzrBnsF8b3294wxtw0UUXARg++/Wwhz2sSnPDDTdk98EHH9wsj+9Q33jjjXulnAQ7d+4UR+avv/56AMA6dQjU5bvTxDc+sShKaIi/PrMzdCGAQg/qA7o+gJaDYS6/3z0Y1zmMf7ObKedZwQc3rGO4pQ5xRsYEFMAYZeAMshhRQxrOMGXeXCQ3bPmKdCqvSlcLqVqAjTB2VX7CL+MU6xN+D7LyE4o7Ceik0FIoQluPQTK2eFw2qsHc2qCUafg7zPk4NRtjfSkWaz3Xk6pxzJ/fSp/b6il/RqTv4ydFxHMwsJcxvldGt/wsFxsvawwycsqdFYfSv/nJxmPUoAis7flH6nveg7v6ZmlKG/MlOhf4KwspUMSdUL6zyj41mJ75G64U53JXwjtic5/KXE+La9QV45rYghv/NFkx1u1P0fGb2BfMXd6bZ5faxQvk1lRYuW223MQrP6NU6tbGuBhTX5WqgJtx+sSA9bToQn5CsU6jQSungwFXjDH+CSd+wZL8xFO5EZiHZ+MgxhV+mIgp4UgCf0JAebWBvafPxrhc+icv0yxueQkgHyPZcsZjGa6lH+SXCso7raxtue80j/Z6PVXNjFBwXldoqcg6bhRxkyaIFiVexI3uaqz4OIZyX0UxFFM5pHoJ4l4UfWlk6ym/ViEXrQrdSsIMZpvK4me5CIviXRzl05jpaxU5jKVdgrdVy2DO//S8ceZR4HiyuZOMbWVkJ3nC/dkAT4u+PK+SO+WTV4XuwPUW0QiIBY6iLyHzcq5DpQ0WrgekcdfF8h4pOhCnlhp0XdmQ5rqAWnSVYcz4Jq4rGO1AmSMSJbWQJmR3rYNJOV9oUegX2h+kP7h+pluyOMS6E21x3TU1aXnTLreftwqkOT017Qx7Bvut8X3++efjxS9+MQDgsMMOw9ve9jYz3S233JLd27dvb5a5Y8eO7L755pv3SjkJXve61+H3f//3q/DhJnO5D0MhxCeAEEBLaZRbBhq4scaelRAgzvC5QQKbrzOmlBkUY2Y5PBofnNFlodUbYUEac+DuXI1htHCBRDytCiCBumyS02BPn6vDSWalIKJEEm70CeGbxqiEiTHmaUzBx4x2Xq1SHnO4QFH1DJefSgjlMchjzYzKPI5x3Hom4HopCAfakAIylZ/oYDAIJIap78VTu1mfV/qJGjupyAgdSDyJIxBYGPuRik9hFFRZLcHG5mFQbQEFtUUZhq8jxPA+fo5w0LxDNtIRjXJtvKMrvAKd4gGaHzDaGry1m1+gmG/YTwYDinHWoR/xF4OOYC8QJfoHuDERIAwL0c2aY1jJghj/as4of2o7L0PMJY9/sFL4ro8wNIMyWoS/fEtefGM4GXPcOFULiRV6vB9j/8kFO30CKi7qeIq7UM5ZXxGkcsvx1AsIQYVxZTw/Cy8S7WuAWHhD4ataLpp8Nz71uNbtgRwPtnhYGXLc2MgMjVWR+AeCfIZyKiTNLz3/cnjgczX5E/JsfAKjSUY3iY74xVfeT8cH4jvebMyo9FusamXQO9Diqfo10xA3ysD9huxCMdIyjSVhouWDdivIvFT4WRiJhxJCKwAZ3sS3Ux1K38t6YQyrdA2ti6Sycjgv3zfErSEuuh3XHanEJd7ljFE1ZjrcOoEmnrwO5Y71JljfWfT/rQrzzvetC/ul8f35z38eJ510EtbX13HAAQfgPe95Dw477DAz7QEHHJDdu3a1V6/4TrT+HJkuh/tXKSfBS17yEjz/+c/P/uuvvx5HHHEEDvrPgMV2g/FmPiZVwWJEKeWSFWHJioYGKoXhFMGojRTDOCH2JCMeITADx6+Y8ev8HJIzFZqcNKJYyu46rvZPStOIM9NxIVyF2f7UXXVUEMVkuS76VPexjldhKnylNFW5pBQ/NEGMKTGSYO5ibJMZ3xwbA0jjtAH9x6Sr6Tkd2rdHvDqrmPqkaO1iQSIMGrrwV4sY1byagDNDsdBTMWSJxVHUsgQ/SLQrygjVeKTwunILoZHwanBCflAjXVMvnlB3lbVoyDIuo1MXau54VfyeViPAimcyw0D9NI3BoB2L9xmiyuAX5IRbBbXBlGPqWRa4gtmOodpgtkdW1nhGY0Dw2ko2lrb5PFotDnG5K55qjrE6czwP50/dHk27jNcW3kGSn1CkW+6PdK4XFE256pO2n8hLGNjDoCE+tJYstMbTlGGebJSVS8w3JF9WgCn6CO8OKuTqpcupR/SUMVS8vqtom8cHuOMhZIczF4k3rDXWBq7ruycoEPs4rHbb+Wx87ynsd8b3V77yFRx33HH4zne+g8VigXe/+93mt70T3P72t89u7wh4gu9973vZrY+W63JaxnernAQ7duwQO+S5nq+tY23bughr8mhyPbbxoQRmjstCUgrNEk+uYeOCoSRYQp8SYtaLu8QUU96GEPEKyq8an+VeirMY/Qj+QNyB5ULUErZjZbcGclXeLupiyhaPU8pY1ffZbSgGLrpU42oZF560JSNS2wmpCirHPNMnP7jSV+iTDwbZZTpQ9cdIYk2HfD5woyTkNpCx2GJDPOBSjExXeUY9lgHZiC0FTmwXa5/lL2NqNMA1RDRRJGO6DEx1IsCiU8FD1NzTOqCj9LrKrvI3aWEjc9cwLjKv8+KUMpyLVgstFTqboRsyBPQQtmRJhZPmw2QEc9ggnWqeoXEhK075TZwsfALrmYq/Gn6LJ3N61YaBhUeF0lhHWnkqFi/xEnG1bCsZlMegjaRScN6X4i2DToY16Lsxv6omjIDLL/g4qI5rLlB7tMDyV+VqWJX+NbTowexLewJM6nPGGOy+DHZfKveYHqLzuGJGRNZ6hUhfreYaharwlKPbvaeDdNtDeq1iatoZ9gz2K+P76quvxmMf+1hcffXVICKcffbZOPHEE5t5+OVo/NI0C/gla/zyNaucQw89dLQcIhq9nE3DYlfAoi8T3VRokkFqGSHGbmE2tJMQZGFiZToZCp0TTrJcrSjW3C4aBFVj4DBVqttLsp3ubifHh1R+XaYHI0JDGw9N5UvkMxQ2K59XrxMucKrieAZDW7f6ohpPyD5lSpegvUa+jM0EQecGWsr2CuAqPmPKkKe0qzkwSodWn7WAKziVgdpwpx22VIZnDIzRKw8zcWv4C+rKTxUN1FmNjjGNhoB6DqDZrsEf3Pi6nJpvNfVRncBbNCQZJngzT1PxPyMdDP8Y6La0xn4y/wm28aETCxhRlI2w7Od4UT1cgp/y7A7t8p3l7LdoyVnkNBdf4YQ5baplORgtkBHG3GO0YdW7CihRMgmqdIZsn5CvSQfMX3X9RuaDOa7EeGmQcaNynyFi8jEHGZmyxK7Qb3sELVzVXMlhhNgPDN8Ynnkv1WWrmtygYIU158wQYc2ZvJnE8yi3rnu5a+vvBPcr7HzPt53vOew3xve1116Ln/mZn8GXv/xlAMCb3/xmnHLKKaP5HvjAB2b3F7/4xWZaHq8/W6bLeehDHzpazhFHHLHaZ8YA9Ns69GuS8FsCSBtFtWFAFfPh4UEzpuEmjlK2zicYHhOoXCFLAVo48XQjCm2uL0R0SPD4IYkhdM1FgtwvNFIpQ023J6i6LOW/SgQpkCYaNCZ6TaFlwWZK41sBpozJBmHUOGFxY8peof9CS1Ueg/aq/EbZTZikEHnGUygVa4PBKHsyjOG+RzjXYYWPWBNfoVPFJ+6hym7laaWtEtkKYhVfKYyk/LZb8167LKd+jdcIH9J9n/2e4eHRlsX/VV0rg8cr9akpoy2BtZ0KOTCjcHg1JvdjLDPJg8THtXwYBY+/WDTAxtZbyHNPrQE1LTg0YaI/WWQ0Ek4oY5Qfr1ielc5dLxiZ99XinuBPZNKVyzesuGZ7xgZIhbd4nqVfTeB5Lt5KtzGPcAPuApdum+4GlyZM2VueFc1X/JJq3unxTR3O0FiubTF9yoDhUsGJxvf8zvcew35hfF933XV43OMel7+1ffrpp+PXfu3XJuW9z33ug8MPPxxXX321+Ca4BR/5yEcAAHe/+91x73vfW8Q9+tGPzu7zzz8fT3nKU8wy/vM//xOXX345AODoo4+ehKOA4cYIETQwepKMKK0qBgx/WcGgZBcXCZFkexLcAIiGb4jnmzXFDkyoBbpWFBDLlsgPZWtFWilrQ9iI9pLrZsyTMc4QL42yd/WHfHp3NmiuPyLrXEFkGOZm3J5YjFDKdIWUDNsj+2kM/5GwoVtDHW6UORknC1rleGOpxntM+XVX06v8wQgzcNHvZSvcLN3E9EO2q4o2FS+pRGrUTdBK7IjC4+Eq6kykERgvCAYtsfh6V58hzafxGG2Ns5nxdBPrGNOrSfkHFh7svhX0R8wN6WZ5SMcpd05r6VVU2pGbG1ELfByDHEcKRnxyJ3nAC22Nne7HVnxFO6GibZ9XOeWvChbPMeaF5DlsLHkaYzyFLKvCGvlg+FNgk0iN9qjsk8BLZ8mpRloTl6k4MLDsSFEUZy0BII4oY6Gk0k0iIBI1TV985fPH0qeSP9FzsOODkV+UpdQ5Qcd5rqSCUDfZwgn2UX2RR7WbiNWveV4Ms/ma3N2Wcc48Y/5aBjvy2nrlaovBEsPXB6amnWHPYMsb3zfddBMe//jH41//9V8BAC996UvxO7/zO5PzExFOPPFEvO1tb8MXv/hFfOITn8AjH/nIKt0nPvGJvGN94okngtRku9/97oejjjoKl156Kc4991ycccYZOOigg6pyzjnnnOw+6aSTJuM53pDirIVqnSYlJALf9Ckr+4xpD3Z9YrAkysq7yzk42HVnxFT9Opwp0TpOC6YBzQH5pARSZMLUA6ErqHDZkPIR6qOuqWCt5Fr1B5mlUvjymgcXglZmSyF0QPR1lvpGUS3euALfrNrIIgKh7BBZ7TEU3slG3hgyCprlqXAtQ4EytnlaMxpIC1EpXu9EVW5VfnUCQ8hvrenp+VT+tPIs8OS4G+2rcAvB5BNB06mBEy9PG285zMK1KnB4VoZ0j2y05Wf+VFsoimSQ5fDnHttNuhxTiWR4G2G5rIkI6SRp7DN/TvwtJebWQVYwW0cp0Ywb3KwsKJ7HmWkK0mMXpJuPp5dG0wBvkqfMZ3Qs3mKWRQjs9R7Bm3keoNokd8HhISJOyccSRvW8Ufl0XnGqRskoLa/8RUFen5Tlk2FC+sk6SIM3cv/k8rxydZYpssKZ15asF/J9khBGPa48y1i/sIwFn1DTM9c9vLll9EVTD6n6gw0Sl/mcD4iwwsTMC9AsYLTv0b00xMkJt92ALbfMOWKMRd/XYVsN5p3vWxe2tPG9a9cunHTSSbjgggsAAKeddhpe/epXr1zOb/7mb+LMM8/EcrnEb/zGb+AjH/mIuIX85ptvxm/8xm8AANbW1vCbv/mbZjm//du/jVNPPRXf/va38aIXvQhvectbRPyVV16J173udQCAI488ckPGd1h0CNaxcwsawqqSD1zBNysG46ANoVIJS6ridLHFU8omGDxZMEBr5xq+wtmRE76CYlrhYDRECxru9pRTK/0UIG8cbWUL4IKezPGwQVoiYycXSpvJTJ8xmNLOsTQJBy+9VtZVgpBiLEXVUGRbR31FmV7f6j5oR8sYpoCsjCeg6IFKOguZXI7qYK9eHWY1LsZUNC+eVBtsvRGv59QYtPCy5nGK8uanpn1LwVVK6iSw5qqnaDq8SsR1LKxTTwp2fIyzxroCl89RbXT3vL8a41gp904f8rk9xpM0P3LSpeZW9ZGqvjG3LN7bPLpqzkFjYdjwV2TljVOD108lzalle8Zkrqsll0TeglmTp/K4VmMELWmGbcgpZ74HJ02ueqxDx/rEkuvabdXlyVtvDll4OjQn+99uoL7zxpvfFQ8ASzMBN7e/KtlHpoxefS4Wvze0yxZtbhFYYvqO9nLvovJ9AVva+H7qU5+KD3/4wwCAn/qpn8Kpp56Kz33uc2767du34373u18Vfr/73Q8vfOELcfrpp+Piiy/G0Ucfjd/5nd/Bfe97X1x55ZX4wz/8Q3z6058GALzwhS/ED//wD5vlP/3pT8fZZ5+NCy64AG9961vxn//5n3j2s5+NO93pTrjooovwqle9Ctdffz26rsOb3vQmrK2t3v20PnwlU4StXIqTMTIsX7mmrLTlcGLhMV8+AZ/OCrG6pvD7sfgBv5D5a8Il3Xjd2tEpcVQZ3lwBJVVGaRNcJpwFdXy6xrbxtAUUq2UFA4P7bYFCkDeAs2rGFD4O2lDRYZZybKTxFYOJO+dT6tF4kw4oYU2jh6XLdMTDYPShBw1ltlK+hBKhXwkZ4sspFMonQFJe0u1KzhHFgzitkMqj/HyO+6fwmIJozJXqmXe8jTmT8gL+WMcqxXfax8bHUborPHKaIONhuFnZHo4CXx6W+dAQ4C0aVuHd0H8pHD17EoCOYlhEtEehG/besHwG0Q7LmBZ90cswazxFORym8LyYruIhrsJfeAQPy/5GvZp2Mv2nP1K0z8aRRCEqryo3IVOhYdGtCgtuXIPoR+ZDxRusfE5bNR2bfMh7gnI/uP00injMZs1BPT8Nv5lG04knw8Yg04Ihizlf5uEcGrJwZRwtOcBoteKb1CzG5p3crfrRwreCVAaxeIN2Co2FQo9KNiKnKXnFCTVnHDy5RvPO9wwrAoUw+ZDVPgf66PcY3Ote98JXv/pVM67vezz72c/G2Wef7eY/9dRTceaZZ6LrfMK79tprcfzxx+NTn/qUGb9jxw685S1vwbOe9ayVcL/++utxhzvcAY/+yVdgbe2AESZfIqfsLpoMPjMoEkwYUTHLCh6QFbWxFUdROGegHkajiirZimryCxycnW9y2kVWGQ1FhKGehaF2K0XdPpLZUORD9ExUFk0wlEfZd5TbbaXJ4+2VNRUNA3fz1ndXQAdboeJla+DhjjJpKq9kt9tTVGR+MsJUWo++CPDeN5+8QKDrNMLqSCfa6TPt9g2Aui5XcbRo3FKOodJtBEL+ayiKgc1RJ47juercNPmX/S6vWEDk/s5I5534sXjcBPqx5uvYcXPTGGd9VcpTVbRouMFv3F3waoxCncbI3wSPB5rhVLXJnY96Lq3SF1QC3b6awK9dnj7WBpOPyTQu/8plkY3DKnJGjV8Z1yDSVHJG+T2+4/Iio+5JYPFPP5lMaNIu40tjBZtyiY2BHluVx4VROd7AeUXeWWiIbDpTbWnJUDdvrlM2frnzFnzh//e7uO6663DIIYdMRHzfgGRbvOTC/w8OOHjbpDy33Lgbr/vxD27J9u4rsKV3vjcTuq7D29/+djzxiU/EmWeeiU996lO49tprceihh+IRj3gEnvvc5+Jnf/ZnR8s59NBD8fGPfxxnnXUW3vWud+HSSy/F9773PRx++OH46Z/+aZx22ml40IMetHFEjQvXmsnHGKRiIjZDYkpejLPeqeFhpSzymbQVzqWwzpqarZUPlSa/xx6T8mwBkdmT9QtZ6YXqh4xSS/gYwmSKAp+Nbr1LlMK1wo/6XalJwspSilKj8pgF5larxClZ2pWhepymGuG14WwIXU/pyY0IVZub1XPatOK4wxvnStArCIDYTqYB39wvoeTL4SmMxQkkRuZP0xiZkkalzemFw8LPjjfnrAcqv6nQSl1ZDlWMC6RoyqqbK81G+d5OTD6yzN5nlAZdHCfnU1Mc3dQAv1vkIPB3vCWpUM3HlJ+IENhudmLHpqFtKpgGemJuUukD3oeM11n8boxf8fG1+BWJRMyt+1vzSOa3TlGYPFW3W9WdRXGiP81f9A3pKZ8pZ512x3JEPgMXgepEPrwhsOasqpMgceVqRnMnlUd4vGuE15l4irBScOEFQYZN4Ev2AvJI/RNAiwAX3PalbJ6wq8vX9AegMj5FUWP05fTR2GLqwFMUw29BlgHlI2ZiqiZ+y2Rx5iNqDlbtUmGcNMW5FKL9Yuc7gNBPZBxhYroZfNjSxvfe2LQ//vjjcfzxx+9RGWtra/iVX/kV/Mqv/MomYVWgWw/oHI5k70ypQM1s87e6YDMg5ilKRLngLBfDUwauDGstRmvnDrSG1jMCtPBP1UdkQ8acK7FSdxvCQlZwRVlUyguAjYfIwBSNRjMSXqEblFZx0VSgoZ/5RVNce0/15LEIonwx/oZQFQskShmXArmUM6rctRTXwNh2S8Fh7lpRDy59eEpr8auqtcJhhVmfe9LlecohKVTVeIziYSlC3jhVY6ZoQIdb+DphzTFfRQ6PKLXEleA0zMlIiu7A8zGlTixwJLy0cWCQzsAfSOUvCfPt3aDq5u7sBiQCrTnA8RFJFLNw5yvssdenJKp4VPHZD+nPOOmxTXyd88D0jF028C7KfRCSou0p4g0wlf0xegvswWgloCxahtg4i47qykfA6i+rb4mNsQrPeQ23ySe0W6HsdpHVJhVW89uR/GOgWTArIzBHOU7MGb9fDsgKHAODAXhyxuBPQE3HXlhVth3lJ7B4MA/XeZg+YtGBSUOqPFt+yHST5T/n38mveHfiF3zOkqnIVlXUbfH4lu7HiXKsdQJGJg0I6xuZGPsWLEOH5cTj5FPTzeDDlja+vx/Beuc7x1WeLM0ASKZTyy2qmS13E5lx1q2tRVmwlUnAYuBUpdFRrrCKjbENJ+avFCHmrhQfErvATUGkUdICPCg33yEL5SmEfag/x+G/x2Uz/qz4NmTZYLQUyyUlzULSaJQoLhhJQhyNFv46DS9LhMm2TT1eXBsNkvhtWkZptPCXRkrlmnxlW4UVvNiAtJSCkfKm4F/KDCvmt/C2w5thHAyjhithAGqDls+PZNBahlIwyrTqTaiaCnLR/mx6ln7A/lzO6O57hYxMbNMAVTRgG89l0k4y2K34hAmf/NbYsj6r+0aOk9V/Vh4O1TiuDGF87J2x0vxtw6BlhJqL3nwzX9cihUo1Jo2x0jDWpr0yHgZYcp2Fe+llnulImfKZ+Yc2hiqN9z6ypGElH1eWU8b4Tekfb6yq+GAmyjPYkg0tXqN1OwtC3afuKyE8zELZGvspsqqKnzJBjPpHoNu12ZPj1oc+EPqJRxenppvBh9n43mJAywCa/IKjMlzcQp2cpCIrg6Y42sfhakZdKR4j+WyDxjN+qBYeAIbj1eoTS0b6IczQxFKdFdKGEsrctfBWF4lVyqh/0Rj3t9ifMBwF/nAEaPD7ulmJIyw9A8UQyADvIxXOyqrqsOodw1vTV3w0FVst+Lkg94S+NpxMJVspXLz/R4yf0fevVfgkBXeFdBnPKnyCUM5jq8bUVGpjmEdHAPQxxTElu6pDGWrWO4gynCmTuh7rNNYofdqKt5yHDq1x3gZFn5r/sXRVHSZeK4LW73VfTOVhe6LH2jbGhvNPS+9n2uQuXb2SSu5SM36fgZE2rTJM1RzV/hB5kSu7WdyIoS7rsbB09CktE5x4u2NCs32VDLWSah5Ddbi9KNQYKMVfLb5u6jo+qg15FPmf2Wc2rpP1HDONDFjfvfXv/16iwxITd74nppvBh9n43mJAyx7kXvRvcJFRhdxm9i6vdwwRsxpPCx4xHK26kt8XCMVP/P04fvNz3HUU3yYnKkYAMyp8/JT64ggNUgZBenoGQ65+TxRPBu3xKBW71W2GUuYaO3AMmFD3VWsnwlI6Ngua5abImvgr4a/f1RSfCdPKjvSXchylQVVl4jllsQKAeB1gLO2EyicZ8Y3MdeiIIWeBpj8zrl4AyGbsmKJoLhQZ834KkOGpDPDosJR2K64qdwUYMSqnQUs4tLOslGlTeMAmFLLBIla7LHDVSko/TjY2WnN1bxjro4tTe1q+02eV0Wwteqs5ruVRJZ/iTPTW4Kx5HPUZfapqkB8l09hmo6lu6XncIh/Ng7QhDsB6jW0UKh3Jf/VsHEmFo4dL5ottmRqccE/PLZFKZ1zf+i99zzvfty7MxvcWA1oGWHuvAwRUyqRZiHjkwGCkKe46E1W7eo5wtsI2oqgQY3vRcEmoJSZL0eAJKG5p7BSmGYxPoSGlWwUcAWca0zytNjJcQ2ljWt1mGfOrXtrXKKnCRx4D9Qxtlc9sU1hRid0MCNWDqrkSlTFuJGW6TYSSlCttLaZyQp1XJqycFppmgEH+dp4VYCUd3dNSvaQycpTGHVqx4mRZDZrzlEdrscOov7XIEbgHkgxyCkMBHjiZHWdX7o+QqWi3wEvm5J+s/49mnL7QsUf03UBqD6eJdEwqbKIwNQwZm2ZXAWs161ZQwo0qxpowKldThDtfQ5HPWgYFHW/xExVGvKyoh4QoW+MFOcQwlx9YCzGLqbj57WzpJa2kCdF0YQ1jK0GhtSo+baM71TuVqtjFr7wMrtbFV+oq3TbedZSczQq9RYn9DHp06CfuaE9NtxXg3//93/GVr3wF3/rWt3DzzTfjwAMPxJ3vfGfc5z73wb3uda+9Vu9sfG816HtUVytOEaYTjDiXp2gNUDgNZiR4YYtTTVOkg0jA5b4K0IsBPF7EMZyZ4Q4rnoVVDNxBVAr+YKaR6W1jwM232TAiTKr+VpGN/fPxqtViRAat4Oh4S3HaMBKbI02FosYUAJmmBNZ03TCcsvFu0SbzqHy6DityT1sv5pyoVKJm1a3D5FjbdNGcLy1F23C6bbcMvYaibvIuwwBq42jgY45vNNFJhpcFnaI0Z+U0lZUV5iGd/bpQQ8mnJvrTwVKwHWMhV637c6Xx30QYWd/YEIzRrTdXLRrbNL7oeJgz5IGc0Ck63VQwxn36vHUSTC5DzXtGo0IuBkCs/nqGsuDdBrPmxm6IhmOetwYR6DkiwiboFTwfM6rFxgSrNPFewVfGjHBeRBIWFOp8OS41d/xObVPMVgsEIV+qydFNF9sMfZZ4pnotEVCfNLYnIvW3BuPZu7AMhOXEHe2p6fZF+I//+A+8733vwwc+8AF84hOfwHe+8x037R3veEc88pGPxM/+7M/i5JNPxuGHH75peMzG91YDIsm0xaqdJ4Bt5c9XYlcwbByBSpXDQkFzMKcKXRhvL7+Fm68ek4pPcVGocEOc3B1HjivkruYkUMYjC/bSToKpeExFNQvbkTLYLWz+u1UNA1AkDbHeGJoVDy5w2VhlhUSX6FS0CnjHEvdEvgT1HCvetN50PHtFoioAgqadJDWSLSV0BKUmHo34yWApllW4w8PGFPYRQ89aNBOqm2v4bZA2PavbUNaFXp8mRRr3SEf5qxScrire5tNSa9BGaWoMvHHdQFGT+eboPNwLxutGwLQknDiDhnNbRhcmDK5sDQQBoUGLpMKk4aJkgSvHC0YmLYzNd0HGq7a99tZ5/TntzwXbIpX9w3WSlJzlI5Ym5TAqHBMd8OKVGpn9ROV4fZb3zB+oLA7wMeVdT2icRAvu+AEYvytC5XdPglb01tLzNA+FjDP0GpFmPzC+9/dj5x/60Ifwpje9CR/+8IfR98MG5tgXs77zne/ggx/8ID74wQ/it37rt3Dcccfhec97Hh73uMftMT6z8b3FIKx1CIt45KOlMAYuiAjyaFSoktcXjqwgoASXVYI1S9QSng1vxuxFHuFv7GYzv94Fkuj4wn6yIWtAJSQmZ3QCG2gMuG6Q4bWyqfb7F+cV/GrDW/av6BWhOXCVhAQtFmNV0yplgzzwNCrfpoiCzVT2E+wJYiuOd1HCGgiOKDI6zTRlVgbaWJPpzDkb87RSoqrIkB8mkkmvCqwt4s4BOzw7lKIolL0N04LiaxWfTHhwvhATWVZKiHlioaYRlgxzFiQOD05ti043RqbEs7TpoIRPpf023wSgjIQUpjymMWAYetkvAzfllZeWMerNtwrvFei3ZRyZaLUMSSAd4y1JtSxuy+rVF7cboMaoHp9Vx9zoLEFWPgFwrigXK0q4JWct/Yd0mlWgmgOl0CQ7Qha0xHiqcSQ+EWcuQ/H+jfKSZsZVZBHkmDL5IDb1mbqROkHsdHOdpsGv9oed7xA69BM/IRa20KfG/uZv/gYve9nL8G//9m8AIAxumqBjpfTL5TIb4g9+8IPx6le/GieccMKG8bpVje+rr74a5557Lq644gps374dD3/4w/HEJz4RO3bsuDXR2NrQAegMBYz7k46WGeTwJO5XcYGnAQSzkmAFjilUo9oRhFKZvj2eFEqroWbaGM8V1lwGoI+C5eQYOd60Eb5qKFIyvFEjx30zwFLWtaFcKQU6PVPaufVdKaKhLspTcpIwtBRFlsdc5BACs0JWKfw63YjyotuU8AQYbRlKmlLoV1JELANF7D7U6e3BG4O6XbU/KlKeYm/lNfK79Q6lG2wjyPlRzSHDiLKAJzMNkhZQKSAwv5Vmw2DdgG/xUJtOuX6sNMcIbB5p1glqd+GU/u3ULDd5i+S1QYevUp8FE7q/7N45lWSycPquYpL8XgkeF6rpIetYkVaMaeYazCZ9az7qXBRYua2yjHQZJ+2xxlYZl4aBLi6jbOVt8e2mXHWMthhlt1n2IekwoO4TZ6zb8033WWlzHnsvTbOSKWl4OGVn6+sIw8PgzXr8PZm14Qkf87rlemCMvZontZyuhfoY1t1yfSTFvg9LEJYTx2dqutsSPve5z+HXf/3X8dGPfhQAshHtGdyeUc7dKc1nP/tZnHjiiTjmmGPwlre8BQ960INWxm/TjO9bbrkFr3/967N/sVjgd3/3dzPif/3Xf42nPe1puPnmm0W+17zmNfjgBz+II444YrNQ2b9hPQChfuebuMdTmh3h6wtmHgFUwslKMwaCf3rMWinmSUjrdKRKMgV2nRaQAsbExypjDBoKgD3fR4zAvQyWTd5OLZ1mXoseXMXHiZhoY2WwDFera5sK2hiMKXBqDrLHVLAOkNxqsBEjwYUp82hiXSP63J51lDGmiYcEQK5EFmfgN/RkW30Czeds+h1xgnjX0FvEUEqyCx6vseLGeKth+Gj7M+OV5qFpdMlMVX0xsDmHRpXmEjcKGyJ1UnIjLdIYfZvmE4+3jN5EO1r+pvzKiAZQ7+JOuc1bB5hZJhqpo/G8PzQN17xBUHRDD/DySzRGGUYTSNMSe5TghtE9JX+dOVYuMGmIK2cu57BWHxlzHZC6lKhYCWNWvpgL+h1xg28MECKfmDBOe3oXi3t6U38CtaUfM47VmBvdcn+47Xz6cfKtsNH/oz/6o+j7HiEMpxksIxoADjjgANz5znfGXe5yFxxyyCG47rrr8K1vfQvf/va3sXPnzpzOKuP888/Hf//v/12kmwqbZnxfeOGFeOUrX5mRO+aYY/DSl74UwHBu/hnPeAZuuummKt+ll16KJz/5ybjwwgs3C5X9GiisIHxLLhRFAIypDdogV/rkkZwgFQfFX7UyNB0fhVtLwGZmH0owx9/7bq1WDPnRQyKhV9uXWNV4TVrdjWiJ5qRAa9yqMKeQVoUblFErZ2vgZulZVca9wbADlPEzpmA6+EwxzLViOCGLV3UzMHjprGyb3anGfDSSmJ5WPksp3JtALpVOG2sOo0dOgbA3aXy03BWsTa15ByDfh5F5IuU2W3c75PfIxTHiQZYUHh3A+7vw5WhAmn0v+7A2rrUxOjhc3jN1LPaULMcMLvd1MBZXGdslT30CRcGU+zrMdNVqgYTbSsGewivcJk/h/yNxKcEq9GNesNYwklWSafVMl01jBrZrHGt9iI+FkcesZ9UJ5ak6mu9afFvraCK9jGTLC7HoNPcUP2zRkKPbhm7rHMP2oF/h2PnUdLclLJdLYTAng/uBD3wgHvvYx+LHfuzH8GM/9mP4oR/6IbeMK6+8Ep/85CfxyU9+Ev/wD/+ASy+9FEAxxEMIWF/f2KmHTTO+P/7xjwNAXmU48cQTc9y73vUufPe73zW3+0MIuOiii/DhD38Yxx133Gahs//C+hII3ne+VwSxUOlywOikrKgNeQn1e4lBGfcNsJi6etc7Pe1jaU5elr99fMoSII4Rzh6ePJYKoBTcfKdsSGcpOiso0OaCheHZa7ZO3Rkb1tMm4KjLrrJYpzUM5VccGbXeA23CSJ9ONS4tpULnY9NuHKXNXZCRZdwKxvIkI9mONhNtJsrcGOUBcTpLvFtaoJ9sQ/gwT+YqpvG5wVnJjmvrV0LKdQuF/wsy5HosM8Bruy+g3RmNxQypYUeRYyQkmcaEqeNR2QFBsGMrTVWVsT4oJ3vsUy5DuczdDOJ2i6A68laY/ro+f5w2Zoy3DXAVmRd9PNp0DPJQORrQ4G2an2v6bRnTRp46TNZhflc8livqM/Qyic8Iv666xVYcnB43EvjGt5vOQmNsgaXBgnINeZFy3zdGx6AHoZ846aem2xcghIAjjjgCT33qU/G0pz0N/+2//bfJee973/vivve9L572tKcBAC655BK8853vxLvf/W584xvf2CO8Ns34vuSSS4T/2GOPze6/+7u/E3HJQOfwl3/5l7PxPQHolp2w5/kEg2vSyukeTCrSRqGFE2fyw595AYtpiLM8vFxvRbeqW+U3UBUgVkf9ZFopdt+V9XZDYpwum9uKTVyt/mNBQSbaMBDHakx3dmDsYjypECT3mBCFYYAXwZhRFkc9WZ6Jq9sarVFwDTBtqLUMhxVgb1zIN2lNaMNLLygbqHxOB5hz2nx1ZHqbM/2OGnQqYCPNs+iYBzhoj5360+8c13o/p2lrQWCDjanmagn3FXWUryg05rPdFy1LLII3RF4fsvDqtNMYpAW8WFlQ4SZPyQuB6XvCoXRWlY81hJifAoJBFOZygtVfFgnoyNH+2hPZMWLgeODSiCfXp+g2aOBS8JRTKciAoOIA/2SCyRfV/NS4eePlzZ9RfavOY25KWIa1vviWWNnGaynTL8C2E+6BFNkQjNx+gSkYJf4Wuj3Xr25r2B8/NfaABzwAL3nJS/DUpz4Vi8Vij8t7yEMegoc85CF43eteh3e+8504/fTTcdlll22orE0zvr/yla/kbfjFYoEHP/jBOe4Tn/hEjrvTne6EU045BX/7t3+LK664Ihvh//Iv/7JZqOzfsOxRvfOdwFP0vDhTgAXl5/lrhtsWCtIfzDwenp4gofIfIG/nFBCqPDzOZh1MQJnxNrQvw/EykRTqpGRvkG6BYlptFfEE8e3MnDYJmVD1e2WUj/BT34iXiqkZq5UEZpxkI4oJdndV3gXVnwGo3rUM5RMqQSnBUoGiUo5uy2qEYYNarBGXELXKb1UeVkRukkK6IrQMWKty3s1pJzQbH8oAz+l0yQbBJ1/TyHbm7BQYNQQYhzHixuacqXAzdKssVr83eBF5aRrQOkVUGdikTiulMavm+ZSKa/9Uta/iO4bcMvvawaGwXmlgD3yPXbrG71GJgSEkegwivBhzvpFnjdeGpqx18nCKXjAKipZyfwVZgbFAKjx5wWGkLp3AMyxNHccrlxME5yEt/IMKtvvB1zdK3bWMTFG6rSqhV7CRL3CPnoP6JnrL8HYrbZwssZLvibwx2ztB0E6q0+GJTt6i74T94rbz/e3Y+XnnnYeTTz55r5S9WCxwyimn4JRTTsF73/veDZWxacb3tddem933uMc9sLa2lsO//e1v5zPyr3/963Hqqafiuc99Lh74wAcCAEII+OpXv7pZqOzXEA4+EKG7lW+H18qm6fWM5U0GZWAMOjtTupkAD8qf4w0lLBkArtIswqRxFirLuZQ3uNmnf0R83Z6x09DmOkNTyWgpU75xsxqw1o3lr5RhKlcLsD6h9CpDGkSuA1nYV0pPEaSk/Jww6qOge6rhNmCKcUp28Cismm+VsdYKXzNdM0BU7+Zxs4VMZEXx4dCLpHX2OrD1iSibntUkJ5WQUrBcFJDkxejZIYFNAbPslmEenHBNApHvRQU9H/mOhnZAup+Dhg6mgUcSAVDvgu9JW1x618WrhQN+a35ul30Dp18XZ0JJBmXmTXHtSCYaWk5V5iEtl2GJ98W+CzFfIvqp83zyO8Iq0C2/pg/iHoO/mgsKQC3HqyjWR7rLUrThLuRFdZ2TwJsfY+1hs3zVOtmdCyudyJhirMd0puHNIfZbLYuHSGIVBj4YQeJ/q8JKjLJBCyq8+XWVRvFbHXqs8J3vva7o7znsLcN7s+rZNOP7W9/6Vnbf4Q53yO60JZ+Omj/60Y8GMBwHuMc97oGrrroKAHDDDTdsFir7NfQHbke/po3vhsFgGRoq3MznwYiy7CvVDmgFz8LNSOuCp1RoO1NrZpVR6MRBCrIsdLKhbSMrPmfmHXeOdQXlL+EMn9HjnRMVXC14cthIZ0816EdpY3VF3DWYPCMiKddCQ4iKBFc0SuLNUyb0eAqkCmy8qj1EcupRdSdZsTtXNM6baBdFiVRwK62JgzmZVHQL9QlHpMPUPsTI/HINzHbaqvam8mjwHuuVDSettFEZX83Gtu3OB32814mmwirkrozuVIA4dCQu79R5JyDnytFkbMsyg9W/YPIhlZcN2ZBTTv6WOMPdpu8V+t3hqU1cUv0CaVWnWuwwi4vlyDZQe5xWlHc17dOwaCLSTVtImEyaGkfeBredxVPpLlaZbt2KKgMLDypJxVqjHqnvwGjIc39cG4h7bTHavdJR9ylp4wJIcy/fYq9b5Bh2CwKmv/M9dpZjhnHY1E+NWW5+Hp6IxM1yd7nLXbLxvdEb477fYHnAArQW310IBj+xjnbFVVmhk3GlYRWjVgvEHM6MGZaO551smBv4uErriCHWqqril6OfMTHCW6umSoES4zV2RJi0sT049HtXgcVJQ12FGQ3J6lmlkEg3mREM0dF2tLLYOLq00jIOeJxSYqsdbvO4uYdE7k0jqVaaGBhKljkums42oly1+nBCWhkvE5gKvMJf2rhOBQ1atA2Y4jfnTTX37GrNMj18YrjbHq23rqKDaJ5kLMJJepTxpNKWOCOdSKuNhVSW05dTXl8QvEbxHn73BxnvihLvuxEat1Cx5J6VdlSJVzx2D8Bc2K54D5MD/Jh5CDKNyMfTGfVOx3BEGE4OrEWGJyd1HDcgeZxjcG78CLkBDm+vToJYcybTW0tWWhZZC0+nrd773MTMQZeuN8kg8mTJKnLJShu9Te6ix3wELyveN/iNAjQ/X6U+Buu7N+kS5NsQ+rDCzvd+sNhwW8OmGd+3u93tcP311wMA/v3f/x07d+7Ejh078JnPfCan+cEf/EFs27Yt+3ft2pXdBx100Gahsl9DWHQIi/K+Bf/EzTAdGHcTyhXJMK05egpXtcPKwrMSRdlAFP6MjvRvCAwB2VIg5Ua0ITQ1KOZcG+aNfBYKjlEejDgfn4QHST8L44sd9buXI0b4quApvTFuWsMSjOPES3M/IZMVVaUsMcWVQiQT8S4m5fhKyZLbU7mTJ7XOoJuWwW1fNmgYJ9b8c8tS8QqvluIs88jIytjUSrcXl3jA1Ho9sIwP91uuxT/JUHNwMtvE2+PwiWbxrgIPe/EOlnFX3KZhkGlZ57MuhJTu1q6PNAAsHgSIhVgeptIOaZx+bIHmrU64C5tEe2J8DCNZf0uYNK/hxrUYr8Dijbr25IJDC7ziNlKNyQP0l0f40/rGvHSHKrD2rgRVu5yTTq254c2hqeC1sZofPJ3B8zdQ9cr4ufGGfJiaf2/CFLlkLWYIuQvZx6LMWndZ371pptRtBvvbO9/7OmwaxRxxxBH4/Oc/D2DY+f61X/s1HHfccXjHO96Rj6k84AEPEHn4e+I/8AM/sFmo7N/QxV8C9n3JQW4zbTOUY9HB+oQJuKIVCyCLiZJkTMnQEwYhlTgwPzTzqrmyFHxFial3K5VxVKWTiquoaZLxzd5m0gw7GWBThUoeg/hwbyht5OX1WePAws1bwhPqUGNvgfU+bJVmBO+JaU1jwUvXVAwLHZAO1/kikXCBK95vY9lEvTmghBH3eAobm4N2woKWSBLxKa+AhoF2Ut3a0mBjyqdYEPXJkZy+QSKsCwN5ZaY5CnTu+c1QyELlEN7Jc34KLbfwrdo3MV8LRudMI401VMJAKJ72aQ/T1MlJpc4doBdaxS+GUTK6kxtg+YJLN07AajBmpKzCz7XRz8LK4lKoeQsBFEjxmiwYKqM9JQywx2rlI59Tk0+YL2ZR3py0EDEKIDDy1P2ceKEgcJLiyuRNNga1IQVUh4yrPg+ZTIPi5/yIttBddDlcJilDrohm1cliXqiOoTrJKKxqqa/Qh0OQPb5WWOYBG8TBTisne1aNlQxPl/Ty6hPXy8NAyPfr8LDBaYzlZi+I3QYw73z7cPXVV+Mzn/lM/p177rl7XOamGd8PfvCD8bnPfS7fav6nf/qn+NM//dP8eR8iwqMe9aic/rrrrsM111yTL2K7z33us1mo7NfQLwj9YqJWmKDiC44kJcUUmdKUGS47RhgIQBeVAZLphaHI66oMJZQdgXTRVkoX0jMI/3Br9ZC+GOQxnDFGbp81gQk7s/3ZTUba0tZcndGvY/W3FXiq03hlMkVILF7kfgqqb2MC0b+AtZNj484Q4cKMWGBTuR4By8gh5aB41VYeG4o4SA3FUxoqCKGiUUFnAhmuIBcJ7e+YouqPul2yjkLfrD5+bN4by4R346h2Eyo6lgHlYq3Viil4BLtPgw4vE5pYXpFnJXCURF02Cyv04PSl+hSVSLQRHCn/ZX+hE3vONdtlgdOPNLV/NU5pnhHDseKbI18ykPqzDh4FySNVLo8PtNKN4aETWfxXpfMWi0Wcjo9p/Lk0ESZ0ZLM4shM0iw2Vo10+T2mOUxj9JKXH66fgWcs+JR+zP9TysuLNG+S9LWQ1b7AaMVbXZuBivYeu5zQB1clHUqcdvFdR1BiPnTaSkyz5PF5p55+kY1lF7Ha+QLSFYH/9zvcqsFwucemll+KSSy7JhvYll1wi7jTbLNg04/sJT3gC/vzP/xwAsgGu3U94whNy+osuukjk558mm8GHQFS+KegwIcnYtL9+X1seDxwis5uFl3zyPT75Th/DIdbHA7Rg44YFxV0AaYwPuahHiUuKjZU+IWopM446JQSHaGdRHE0jXKfl7eV9A4gwAwVbFk7hb55Sx049JCVg6MN4u3js29CnfufKQ0Q8Klr6fpXKIFaCt1KMtAButdOoQzRX05mgUzZWxtOkWw+Eoaf8FW05arpJH0b9Dj7V4om1cJLCeyscZQ7pdnhobzbkea/qC6s8B4yHwztJuZwo/El6PKW84BV5iMIhcJ4T0yWcqnbxC5tCwl11ttf3bK6VW7ljGZxPCPpnPEcrttpd1U+V8ZDsC03vJdIBMdahIMxvQ0dZsAl8N0/TfhVWN8J6NSjlCwIhR+alDJbcdPhVyH880Fqs0zRU6KVkZ4vFsSsCFRmnKyblnwxeO5w4kdGKb5VneSZOVa/OlqE9idZNAWMEZXIkNVCRI7Cvl+g68y5pyp/m7xif0jRu0SKpxCNyq/JU9KqK2fCuLcNX6QCmvqj9nA9oP0cwl2UxiTZ6CQKM5Jso/0K/EpHvk7DVd77/7u/+Dq94xStwySWX4I53vCN+/ud/HqeffjrudKc7memvv/76ysj+whe+gJ07d4p0Qc0P0nS4Qdg04/sXfuEX8MpXvhKXX345AIkgEeEnf/In8bCHPSyHffjDHxb5/8f/+B+bhcp+DYtdSyz6eLmDYi7++9lgCkhgBgkVN0pYoKggxTjq4tGoLqVhylRimqIMjppme8xNIetoOWUSZCGqJkEWEZRhKY0kYn42YZSmMXZrbCXQkyFDqb6Q26rlIlf4RNW6zCnhqsgqYMSw0Rf2mEaYZyRo2uJhk3eUhj/X4JkSRk4fcoGs0+gigni5QipKjbyJHnN9ipRD1TGo2i+VqEgTljKp/QHsVZGoC6YjquKXNHYdnn7D4icf6zzEG1E++Fg7cU1Qg2ldhEd8UCo6ZabLGP65mIbSaoUZxhWPk/NNza+qDIsPTcCB417RfMpD4zTmlW/hxHib3f+hDrfaNcXe4vOO4a6NDnfRk3S8OpFlyTglo8w6OU5eu6y+CYx3Jnmh5ZOVBjrdCG9nuFT4euDN2SnzVdVnjnmFK58TqvIY79JOha+kf0COeQqvaUlgK8tTSUUKXpCe1+YJnBKuacMFLkM0vqTDGN1X6ROaVDemObah6eX+iscqvxhHS2fQuFiLJlV/qPZoHmeVC4NeNGQ6NQbHaWdVlDOu+6IxuipsZeP7He94B57xjGeg73sceuihCCHgrLPOwsc//nFcfPHF+M///E9haH/mM5/B1772taocbWgnuN3tboejjjoKD3rQg/CgBz1oU3DeNON7sVjgr/7qr/CEJzwhG+AJHvKQh+Ad73hH9ocQ8O53vzu7k3E+wzhQFNpJxkm9MggGJN4nRagUkXpncHCHjodTOV5ORrhVBoBqIQDCK7lpJeRgKiODX+UR5YmeMhmlqcwoRXnaDdijPH5cWFgFTOJpRtuywhtkXFDfRDYUSIC32e63FiqsqhhGIt4StJUwHesbpky5hoWlhLnhEkcPmnqvhQdvL1eYDLdQtHR5lgKklfowFKh3vLm7ueDiNZCDOS5Ux3l9PwYCp1Daw3Dz2yANFRP5xhw0FbqJOBvFjeBigFG3mX1Des6eKke2gl7xW86nLT7O/SmdB6Onsjz5RUr2aJmmZJHiRaX+utmyjWALVyGz2kSfAcTcJV8Q/VEqnbr41aRTi4ZWlSutuCYDTG1QYz+FNqyymT5j4VcbnvVijUiHkm4SKD2gyFSFq8lHs+Y1iQfUNKi/CmDJEUbHhlyt+O+EY/gjWJpBe8pZmuCpH2alhhzS4BWmxk4UYdCoGx9huWuv9sqtAlvV+L755pvxvOc9DyEE/M//+T9xzjnnAACe+cxn4h3veAfueMc7isu9E1iGdtd1uO9974svfelLICI8/elPx8tf/nLc+9733nS8N/WKvvvd7374t3/7N/z93/89vvCFLwAAHvrQh+Knfuqn0HXllrBdu3YJY3zbtm24613vupmo7Lew3N6B1tiNa5VSb+wAdIDYGUiGdEfS2O4ig4/xPHx4kipTKzkKH4ZfBY5xIQRblBhaoOdiRxSDKSAVoIT8Bsq1jChPQHrKgmfMtKr0DJXKACvHj8UR/vhMYVUZvA5VedU27c5pqIo32627f4y/r8L/V6SL0fqMtspTJRguRiQgdCH7Aw+nEg7I+cPxFvNBjCGJ8UQPUE8qzZCOv6ahaaZyj7TZ3n1p+LXbgmw11XQ95udl7JFKMJVGNoOWGmDOOW28uP0xsqvYrJTPPX2bbUMR52PH8Yp8J+PN+XkLP4fOJhkfKUmuo6YIi0ZKnzGkLFkzYkROMajlSbM6vB1G0/gkL0OnmTqPeZhXTyyomqOcHgPJfvNotwXVeJPZho0ZmQwXUZkRZxpmwaSzUcjVkBiDXPSI3uCNjadPWOWK9FWYgddEHCz/ZLluActcZW/oaxV9adoD2IT08sgKrDk+G9+3HVx00UX47ne/CyLCH/7hH2KxGD7F/Id/+Id4xzveUR0jT/CDP/iD+JEf+RE8+MEPxoMf/GD8yI/8CB74wAfiwAMPzPbqve99771ieAObbHwDgyF9/PHH4/jjj3fT7NixA8cee+xmV/19AYEIgV+4xhkzU/wDqN6ttoxtbnCzn/YP+YOdhhsWrPwBX7SZbWXwkfJDCmlTCVXCEjaD1HW2wiegLCWypxCm9qtxmmSwcL/VvkrRVc+eP9l78z2YO8i0AZOMb77YI+iOjbd5skK0uTTWVZqmjMlUI2NEXkgcuCRWz9Qpke6T0U3J3QHoQvwBFJ9YhOwmno5KGSBIPMU8iB3YE0IyvvvBj+UQFvoSxt3oMSgRzDhHKoPV44630RfWwlszDNI9WQnTho8Vpg26RtrKWIjuKm118VtDmYOqj8xoXyF2QJOjbeDGtBb/nFwBbB5EVkJZbvPSP3Yyw+TjdXE2T6zcVM2Vlj5oGfw8LKFN+cX6iGyM05unXl1TWdGUsbcLDmbfeeUDBXe9OEoo7+Lap9vs+VxVbswPa4HXlDE9y9voDC03mrJzAk1UdRGqQxkubaZ2pr4LNJ2XORV48843jOG3P4VV/JqKn2p6MOeZCA91OGy6cE90tcK88Rf8Vi8uyok0vjjJqh9Lq+vg5StYbogA9i0YpuO0dkzmW7cC7N69O7v5J6sPOOAAAMivQJ988sn4yZ/8yWxw3/nOd751EVWw9T9O930GYREvXLMEjMNQ80VUMVwWSBD6RhSK+b3rJCSpTLhURPbnsqUBwRm3wDMjWMrL73Yn5SIpkkIZRu1HykyFeaYgsLS8ZqrDNJjRuu8o1EoAF0JThBp4nKdVac2vdFXKVt6Th6389HU4v4CNK0ZawTfBEvxWG0XcBpSUYDrbYCksCmfAUmKCE85/QyeTcAdmUA8G9vBDdsvw8gOFbLTnMlOdIeFOcU4S0A/PEAbjuvwQjezoXybjW8ahD0N4wLBL3rP5lsL1PLM63+pL7db0P6aw6bI9YLiQEValqdoivwTQPK7P5wYrQ14AqdwaH4feUh9QDDN3PlHiU1ye69wNxkNTJpZuJW2JM/pWPpdHsAaQ/Hxj4Li1smp5Vd2SbveXh2MgiHs7WsmJdzijTZFtjMc4eHnTqJlIiwWDzupygnRpGZX5F1XzU5xqMwxyQMty1p5qLtWvxWjZJIyeFr3xeWHwaJN/qLk0BVYVUWbZGylkNM94oRUNtrKz+ZD5R5JtIc4ZNvbpU2LiTiCUNJk3sbkW+HyzxmqkeSIolQk+l0vhzd5JeCT6Ze481cM4jQTHk65hmuHWh4c//OHYsWMHdu3ahTe/+c142cteBgB405veJNL94z/+I44++mgcffTRWFu77U3fvYrBcrnERRddhK997Wv41re+heVyiec973l7s8r9HqgPoF5qn5m/cUUOxBhnKEyHAHkEPRiCV77nzYVxfRS9xKGrj7yXOiXCFZMLBqNVT+J+5tbvnY2md8Kb+PAoHWEpjLrtBKEw2P1DsgxdvokMS8b7zDEkmjvkUOl1P3DhNbXt4H5Jtz6oyClakzMmFp65WE+Bs8Kzuyir5TdoG2lRLHRROcnHzYPc7WZPYjvnuc5MoEOgeGc0pEsII7I98/fMn3a4+Q554GHMb9BHpRSLzoQ0NB0wFfTWuDdpYrry3Cza5R+YNlfyM5hpRXmtdhjze3S3SE+fVXikX1SdIM8dGh0Tq9ABh+CETyujns9sxyvySq+o6tK4Fg4r8JayyIxiCBAAvfM5dTzHqg+G15FLdTklVZPPcdmvZRWX05zWiNE4oerP3MeanzB8crZYVmqbCxyXJr+m8X7fC3xmUp4N8D6rXDOpTqj8Ft3rMKoyGH0OQB75D4VmeDql7zT1A7dRLLKFu8HHRTrREAMmd3IDw63/pbEte+z8jne8I37v934PL3vZy/DKV74SH/jABxBCwKc+9Sn8wA/8AI488khccMEFuO666/CCF7wAb3vb2/D6178eJ5544m2K914xvq+55hq89rWvxdlnn40bb7xRxD3vec/Dxz72MZx99tk57LjjjsNTnvKUvYHKfgfUB9Cy5pgU/9OcILaDJpkeGcZ4TJeZKmOoKs4U0jDcXHFj83TqnDUVNaH82wqWp2SPlmfFT0AyKL8IV8LF37kh5VfpdFm6vgRG+6YIqWrxwlDYCw6KDpibeHhSsJiwJd0vuQLZkGA0rW6no9yrKJ2mrk2lJyfKUhTEBVFsDPMvjO4CCyXYRM7BlY2deL81xFfIQ522ZZxpYh5VWpw+bvYtD7SUw6n1NDKZ83EjYPASwUcDCTL0+3UCb/HodYyuM451f5qGmwW6j8g3aptg9cNI34z1S3v4agLaEN5WZbysam5SW+4ZPHwy/94DmET3Dg5uv3He0ihWymUjvGUEBdXXCjcTVzFWSna2kOV6SDvaT+RAln1uZO23ZaFTjoW7ngKNvtcic3LbDLkXrP7naS38uVBXfG0SKg3dDoC74NnUJVblyS3YI+azb8CtYXxffPHF+MAHPoCPfexj+MIXvoBrrrkG27Ztw+GHH46jjz4ap556Kh796EevXO5LX/pSHHTQQXjNa16DT37ykwCARz3qUTjrrLNw1FFH4V3vehde/OIX4xvf+AauuOIKnHzyyTj22GPxhje8AQ95yEM21JY9BQre3eobhE984hM46aST8M1vftP8PtpyucS1116LI444It9A98M//MP44he/uJlo7Hdw/fXX4w53uAOO/ulXYm1teJehKXDGbgJt3CwLqJvMYbmV0PMMCM2IW3PWUsgnGY6A+d3dhrHhKgOWkLMEUDOcqnBACy0j3Oo3a0ydupvgKOfEA5y+EG3S9GDQiWtwsnK8Nk/C31H0xYIMH3tNB1yp9BRHXaeG1rjqsWsp6M6cqcAbP90OS0mxFOgxrs/H3sNLz5VmG6jmV1MgtMnCybKaAcLCJ3ZLO7FrJCd/sOPGlMpGWCu8Cao/mn2nwcC95r/BnI8C39YcnILGGF9l4ZLvtG+Y9uUj/Hy6bAOvlWFvKvbe/KqsNYlLlWezcbTkcAps9eWe9PNEMGWw4TfH36SVtjz0utbj86PvPbcKrQpXeIzh3ZJntELfjaDXQtcsYKqc9/jxCGLLnbfgsjf9Lq677joccsghbWT3MUi2xTF/86tYu92OSXnWv7cTH/m5/+9K7T3mmGPw0Y9+dDTdKaecgrPOOgvbt2+fVC6Hvu/x9a9/HYccckj1fe+bb74Zr3vd63DGGWfg5ptvBhGBiPCMZzwDr371q3G3u90tp+26DkSEV7ziFXj5y1++Mh5TYFN3vi+99FIcd9xxebebf+ubG+KHHnooHv/4x+O9730vAOBLX/oSPve5z+FHfuRHNhOd/RL6BaFfU6xGM2llsAE1k2wpIZViEdMIY0qXUQkV4/upDQZrKbVJ/g+CYwgM2nBSil3ega0EkLo8yYPAcHfbVhukgK8ECqFTNVbF874265RlNBdgVFu9S6lyQRTqcKMwAvtudtC4Dw9fvgXZb5Zgt0C1K9ch2kJMuQ/MjdptPEOqpkEjk1450P6mokLtdjMENW71ZVsluThKDdRtlkVnFKyxrHFmYZSnTO7Aig8RkN/8dT5B2IJWGqvr9tQOWEX5KopcGO1bs0w+nmPx5rxt4OsZSjw6T+QGDh4I2grS33CbbdGf+3GBSraEc4Ag4KBpF1UzY/707j/jZ5SbUs0JU8ZQlEmM/of8of7CVdXACS02aZDz4ka6VvgqMG1gNhf0vOCBAS5OYVSQNGCi/CFMlPVaVhtpKzDGq8U/micNPL/hbvIIYz5N1m8mtH2lvqwQMWSyAZMMbqN/Ji1oBoD2g3e+9/bO99VXXw0AOPzww/GkJz0JP/ETP4F73vOeWC6XuPDCC3HGGWfgqquuwp/92Z9h9+7deNe73rVyHV3X4V73upcZd+CBB+IP/uAP8KxnPQu//du/jfPOOw8hBPzpn/4pzj33XLz4xS/GC17wAuzYMW0BYk9hU43vpz3tabjxxhuF0e3BE57wBLz3ve/Naf/xH/9xNr4nwPoBHbBNfwYGNvdsMK+BGdZctW2kW2XSKJM04xSYzDsqNYEjwr4ZmpW5MBgx5f0yIw2Gd2GbyoprOHB/VP50v6Rip/AkrTyE0pWBacSlG0j5BcqyXkPI6Da7O8QqnQBlSMmLWFKT6iOrQifN9MAaDLR3iBwNOuiw6snopTzk+sIE48qlWZKR7ri36MFQknSCycc4PUNL06+DX6/8Oj5X4fAZHyjjKy7faRmGe6jsV/ScwvUhL0vZGotrKXEwlLwWbMQwshTl1pxv1GW1x1b0QxVm0a2/kx2MMAc3Y+wl3SVLN/qmKuUqjgB2l0KQl9Ip3p4umkplkkoTDD814gtuoS7HwLUpN0d4WFPejYGe+7cVjPCcut8azIWMtqxcvu0fv+NiBcbmzL1MV0mOMbqtFkBbMr3BCk08dVsbSVvFmMkaOOciGvLLi9JqlplgBPiYEsmx4Digu01nyKZAush1atpV4QEPeABe+9rX4olPfGL+HFiCRz7ykfilX/olHH300bj88svx53/+5/jlX/5lHHPMMSvXMwb3vOc9ce655+IjH/kITjvtNFxyySW48cYb8bKXvQxnnXUWXvOa12x6nRZsmvH913/917jkkkvM3W7LGNed+olPfAKnnXbaZqGz30L+zBcHl+lH40an4YLFMCLHw8g1VEVaHjYFhwYQr4wre8IdIsOm2rBsKdCiIrtdFv55r2YPjQULB6CltI2HcQiVpySabCxYSqZ2s6cIS/nIOOY5oX2TwRxjNqCW0arcTfoYCW+VXZU7yWgj1MhBNolrJyvMO4u2eJoVyGJUsaviGoqUiYOp9E4wpC3jkNOCEZ8VwNj1mY0Goy+NtkxS7EfixvrezOaMwdj4uDs7woAnu3+9unNYsWZb3SCyVwlplJaBBt/w6Ghsfui5YfG/5Od5WvyRpZ/8Goox56u27CugeZoTPhn4GIkCUQi3oYe48Z5/ozCyAFIqC06cDQK9CXV4C7VmvFWmMvhH62+CHry9DBaxtebMRN7BoaWn9rdMwHEfhx40+VNjU9NxeP/739+MP/TQQ3HGGWfg537u5wAA55133l4xvhMcc8wx+Nd//VecddZZeNnLXoZrrrkG//7v/45f+qVf2mt1ctg04/t973tfdocQcM973hNvectb8Lu/+7v43Oc+V6W/973vjdvf/va48cYbEULApZdeulmo7NcgLlhK4DK4IHRyixGREZbTkpc4TFOEpiguEcFWeRVoY8p737tKZ5Sh6wsQn17LMpM/VwVPKWG4SxyGHWS9G5PDUtqAclrck3UjCsekBUxHwTENZxqQ9EhSf84jr3onXWqEBqbgm2hJ3MibcNZhAWI3oSKLlhLj0NMkpXPqOPALbZy8riGh/KteSlRXXPy14co6T883a/4Z9XpK9EoLMhZ+mhc04kReVeZKsFmK/SbrsKPvi+sxU2EDSqsZEaM48T89BxkPrEiT8T3BAxWfruQf452TjGnLWKaG28pruAd/cOvMuFL9SUvzKRpsDM5GadLpfx2vw3y1xCnJCXa/kqHHToVViLt8ZKyBEI2RvI3MNLXxOzKRjfAS1MjLwoKuMwDEOseOR+aDQ9hQFwU7fZVP45UINdhd7OFugSszFGNqzY3MVvg8S3Mvfo2En+IDT9elslVegcOQL9y83m7MFoB94bbzxzzmMdl95ZVX7pU6OBARnvOc5+ApT3kKXvnKV+Ktb30rdu/enTeM//7v/x6nnHIK7n3ve2963ZtmfF944YUgIoQQQER497vfjUc+8pH4/d///Ryu4Qd+4Afy++FXXXXVZqGyX8PaTUusbdvkF0ymGDRFQ6rzmMKPaoUlu0kqHzyNvjVal+81wRB8roCwgBtlkdfmI10UhRHzD0ZbQPoGc9OQUXFBJar6zvA3L2/Rea3+msIrLTwdhcW8MyD5yUrD8HKVIAWW/tgax5bAt2jCcI8qDB7kdg+K8pQFKFjpeNoVqh5V8rR+6RmYAe4OitBnA4p21jJujbzjjTHoxPJraCiHLfzMxZQ9xVOVZaabApZdsFl6j2U3OLaEPHG5dxSvJkwZm8SrWXrRBlVU9jNFPaePn9DMcqmLsqor/kGBB9KnA9NnN8snBgd3Uu6JfXqQ+JNC/gwhEQ8b/FDPgeWWd8rTcdjyHFqZRHaSMOUts1DaT8yt41SYDndB9H3JERiR1SyGhQWZV88dkxRMmcLfuw+y/VRKt8NjnFOFqkYgJ3qL+dNR3QAgLbADxN6SS24SadJ77EGUQYX9lve5sj6S331X7sHP3OmTlDEs+3vbXz5lWfLkOP2D5S+4WvqZvkC3kjvCreidPYe5NnzKk7qQf+gCaBF/1A9PHhZ/SG6eL30yNBvtIRPB+s078RVsbdjbx86nwM6dO7NbH03fm3DIIYfgf/2v/4XnPve5+K3f+i188IMfBBHh4x//OI466iicdtpp+L3f+z0cfPDBm1bnphnf//Vf/5Xdd7vb3fDIRz5yNM9BBx2U3TfccMNmobJ/A2dkowlHhGWrHNLeQTWxlDSgCPaBxxPyd1kjX04KyGCoBanYxALyyiNgGN9MQxoDrbCGymG3XSnN6V0/oaxVRpKhHXuKucLduhhIlK1x4XnjX8ZJtYc4Dk79uj6rjGrNTOMc+8Dqm1y/1we0An4e8D6yjCgt5LVb+y0cBB02/DrMSG+GcTRafRBUtFZcAKG0AEaf6HAVZypErfyNeqp+V36rqcGKayS0FeBQ4dxswwiYCykBTFF3vizh4b4CD9srYNXfqSqdeTrG00bDE7TowpjHrdMmLTpqzc1qrvLwqGDnV2eyYR2RiX5KRnl0y7hIeB0zpJmbMt8cjO8uYt7FcEIABeZGvAMiylaK76qnJ5g/0WZxl/sjsgEfw4Sxnuqi4q67sr38EkTKklsOITMe2YQpmEm/LAsGIaKa0Llvkz+1k7W3GZYLaRnhJscqbeUGNwxj2nxOCEvGMpQRHlidAUAg+exVWDKi+5gvG9eUDe/Qy/gcFkL0hxgXG2r90mTLrwbKeLk4GkoYiyeRN82B2JOJxtmiFXVxXmUDOxrbazFsbfB3a9G9NsTRYnB3a6EY4WkUKOFQ6gQBu7ELWx32hZ3v888/P7uPOuqovVJHC+5///vjAx/4AD7wgQ/gBS94AS677DLs3LkTf/RHf4RzzjkHr371q3HqqadOutdsDDbN+L7pppuy+y53ucukPN/85jez+9Zc5djKsOsOC/TbVF9pOvAU/BzOtBYjDQBmGGqNv66PKi1W3fTKV9dZOGUOPIR3Ol7VrcWbiVaFCgvgnRL8ZELlCLYC4UJDGeViuJU2sM4rMkmHMWUmR6kaqnFisSSj9RiS2ZkKT1WJtH+q1tZtUMqV7usmBkGNhSbTBuqkE6Y7FIjRaGo/U8iztBdplBt8PAx0dL8E9vCOMDbCprZ5bA5b+asscdAkqwis+ZZbKvU5H8n5q0d7VdFGmhjYMCkiNNVkNYUk74mNSnjzcOL0AJauybsSzpoJqQTBwrR4rAVJkwRMPjCkbu8G1saItata3Kl8exzNPtBIh3puCHcw2mjbP7Zsm+IG3CPpnLdmuwLgG3pIlM7vfMz8cGnEC+o3doVJIhfAlmKrTi10l/AjhHJRnKqBuGw25rauwufKpXMsOZDDBd/2DPCUwZAtbAA8didFuUqnxjCnJ53G4UBs7pjBXnKPt7EJMMrzsjgaGlGOhSdjGtIAT2lUWEan8g+OfEkiOF+1L/9MOA+nQdQYBjIXBuSigIcrw4nt1CMEvcaCtPg/1BkyzVM/INgDoEBA6EB9AC0x7G6vd9EoRzGyFwFYYFg4Www75/nZhbLAlmRC1Al237ypd1ffJrCRne/rr79ehO/YsWPDt4X3fY/TTz89+5/85CdvqJzNgOOPPx7HHXcc3vSmN+FVr3oVrrvuOlxzzTV47nOfi7e+9a349Kc/vcd1bBrF3OlOd8I111wDYNoR8m9+85tit/yOd7zjZqGyX0PYTuh3RFaTFARKykI0JPgK/AJAF4aV+y5kPxYpPuTjcZzJ5OM1nTwSB0JeUcwrjGklnlg44qojcxNhWNUXbsRVf54P6HiZKOHJDe5GrWdZGpmww5kSkNziqcOSwFNuC7hiqv06rh5g5Ho1bn3QOA64pGfBiWSBqa9I9rEYQ8Q+V8cZSRcnerccmSv1k8Ct4ExMCVW485V6FQbeNqXpinfSrDA+HlyhSO1LfUPczWiY71KpY6HlGCggDHIBaqdDtFX2Adi4ina46q4zNmSnFoqx6FvVXyorV9jFfEy7dWnudtHNfkQBXaf8ab5XvCK2iUqL9eLyhKUvE2Qx3uJBmie8nYp/IWS+1KWdSyddKoP3HW9DS8UpY8J3C9VRVFZS0Zv9HhIGdOLNKG3q+BN9di/I8lt5hj5Iu7aCn4OLqsKPZGPLyDA9W4YxXuOQq2xzbjcfV0uGJB5tck+BU+rvnuHRh+ECogBCj7iDhPgLhGV89iAsQzc8QeiTOxB6dCxfcYeYN9XFn367C5/jVMLpmtNBHi+HbgWluWNXai5yk+EctNuJy3lZecbuMVrhiaeq/qrkFDQtyXoLf6y1ChHKd9dzSTZPyf0cw7M+pMaj8AyJgeABIdEfRf0g0kxyh67E5fDS5xo07l0Dr7zAxmmAybM+4zDgsewjnWd3fPadCOv7mKePc6Av7SlGO1XySuOWeVMXsKAei67Hogvx2WOt67G2WDJ3j8ViibWux2IxhC2iO+VJ5RVZFnI/7LxpF/6h6tGtBamfp6YFgCOOOEKEv+IVr8ArX/nKDdX/hje8ARdddBEA4OSTT8bDHvawDZWzWbC2tobnP//5OOWUU/C7v/u7OPvss9H3PT772c9uTvmbUgqGQUjG93e/+1186EMfwuMe9zg3/Zvf/Gak98OJCD/0Qz+0Wajs17B+SEDYEbLSPxyvgXivhRY9uvRcBHSLHt1aevbiuVjr0a0tsVgU/2LRo0uMZ9Fj0S0HJtYVRpQZGvWDQkbFXcICFklhi+4uKuALpqzJJ4oSR+XVuy4K/Q5SgSqKE1OiIoyyEaXccWHL/TmNoSi6BWs8qtMBJV1RJkpoCOwUV3JnYcsVUTDlhbeBGU5U/GLRA6xfkzJAJR1BukuZ2pyJYby/eF823KXdtcIjTlAHqDGRbS3lBuZOZfN+VmOjTmWIRR4qxuZgNKq+obqfZO+wfhJCjcCNa70oVGMp6a2OU3TEnuIXtDtU4aJPVW1cEe9YX4n5Gud3F4/RFn9ZUMsGeO7LUPUfN7zrmRbM0HZ6Ix2zIizlmSvORSlFVraFYZNxD3U5uSwfFwty7iBzBaMkLy2rfogk1LizNiS/NhJymFbC+XxhfSTqqOZFPUbBcgtatNo8DmQ+p+Pl1Sm/1siMzlhCrw3KzPuSUZ34djLmSaSpFlc4j4R2a/xZqhG6lAZ1vUiky/RmnYeXXDyhOkyXboy5Ll/6EfPY/FGEV32o6ufyxpRxPlT9DkAv5vAxcBfmqE6vQbdD0g3TEyAXNlLfWnPJagfndTByaNnSRzyGBSVgGQaDewnK7vUwGNnrgbDed9FPWA8d1kMn3clIj3mWaVFKLTQwzpzxzrIHg/65RmEwsilgG/XY1vXYRsv47LG9W+aw7R2Lp2ic05CX67bJwCcA37txHa8wR2vrQOEz09ICwNe//nUccsghOXyju97nn38+XvziFwMADjvsMLztbW/bUDl7Aw499FCceeaZ+NVf/VWcdtpp+NjHPrYp5W6a8X300UfjX/7lX5AuV3vGM56Bd7zjHQAAftnat771LbztbW/Da1/7WvAL2h71qEdtFir7NawfRAgHYGDSRMUI76JSuwCoI3QdQAuKxvfwXCyAsMAw6oshbVgLw274Avn9l25RVgbXFkusdUusLfrh2Q2rg2tdYkzLgTGlZ/wt4k8wLOidE6akA9kwLG7GSFmYMNSFv5SVyiUYSr4QyUAtVMq77bbxEkScLCGgxb9ybJBCkCtvSYCl3ZU++8vKdVLguJJX8KD8n35lUaP01yI/Ecem9OGC74jE8FJy3cJsyFV9VZSCXoTzMENRzWmpKicpSjKOj1ccH62hKbfcDeS0ImknL0ygpj1i/tTPnHbrX9Gu5Hv8crcmPctrdHzskWkh0cmww1bCl/wZlSH+HJSXuhyxkKOg0FKZb2lBLS2yrQFxAS5gLYYtECIf4OmNeSvmqDTCtRHFsfIMgr0DE7WTTazBXlxhPCrolNOxrI1TUgZADjXTW/1PhstJUANHfK8NrFHwlLom4TY+AtqQnGHvwUZma1Aubz5WcaEt+z2oXx+16UIuamu9wZO9flzB32mPqBvMeGfyO53W4EY2uBFdjOnd6Io7/taNZxd/Q3kxDD0W8aRIbXiXXksyI+k2gwzqsS0Z3fG3nXrsiEb3duqxnZbY0fXZvT0Z5DHtWixjgUGnzZtJUT+6Ydt+cNs5aLI0TZ8aO+SQQ4TxvRH4/Oc/j5NOOgnr6+s44IAD8J73vAeHHXbYHpW5N+ChD30ozj//fLznPe/ZlPI2zfg++eST8aY3vQnAYBT+13/9F4477rjsTwb43e52N/R9n43uBL/wC7+wWajs17C8fQ8cUHYgunwEfNj11sdrFos+Gs7xuVjm57b8HMLEMxrf27peGNzpOM4ayeeC1C54UqyJK9ZUDBOiqGgTAL57QpArxMowAnKeDJX2pxSg6hhdWXlO4dr8tq0PJaQC/v/svXm8ZUV1L/5d+9zuhoZGFKcogzwQxzg801HjgEETIxp8GqPyxAAajSYiJkbziD/RGOMUkygBozgEjBoTJxKnF30GRVGhnaNBsEEURERAmXu4Z9fvj72rak1Ve59zTzfdba9P3z4116qqVWuoafeYBIGRXil2dTaK9ebWdDsDAS1RMuS6N00I2eCO7l4AEpkdBWN8M6ObAGbwSINbGuek+rzQt5CLa7qhXT/xsaKUJ+GbCg/ojtT1cWJcqS+n7y9lIARRkC4Xbgqxq0m5f9JOXzxSDM+wZuEE01fpBIHqv1ynppiOmCIlhUSVbOeL+vtrQHooKboR51foInJYTEugQGhIYkShO3nUoN89oTz7ND1Hwzv2TVQ++MJaNMI747vFhPq1PeKLPcQW3eRx5Tg3bb85Q1oJ2xawvcxuxd0GMAh5rgUwqpkFX2J5IgVmvpRjea1ZTdOxlt+pEdr2HalgRIXbGifynLbS3eb49oVgHDnALteWwvv/mUyqm7PkuHhIKY+e67bMYIpQZbE4vYinwYSnvJR4QpQJUSgTAU0IaEBpYX8JwDIBqwKwDGAKYBkByxQwDQHLIf62mAKYhoAp2u4YepiKKxxJ7zEqWj6lIxaHmcEcd6+XjDEekpEd/Uu9ewlB5M0yLIhF+sn2Z2oLh1vjtfPvf//7+M3f/E387Gc/w2Qywfvf//6Ffdv7rLPOwv/6X/9rIWVx+N3f/d2F1LMw4/uRj3wkfvVXfxUbNmwAIA3uCCEETKdTEU9EeNjDHob169fPVe9VV12F888/H+effz42bNiADRs24JprrgEAHHvssTjjjDMGyzjjjDNw/PHHj6rvH//xH3HcccdV09x888049dRT8YEPfAAXX3wxNm/ejAMOOACPf/zj8cIXvhAHHXTQqLo8aPeZolm7nJTUhnpjuz9Ks9RMsbo3mldPlrGmmWLNZIrVk2XsMZlizWQZeywtY3WzjD2WOn/3N8XqpvPH/KuS0Z13sZtGHrsR9zaRFWdjCop7Ucy45kaRSiMVbmk8Cbdnayl/QGe4pLjA08idnXiiICv/0RiQqmQ6ji2OZtXxGAtaxAtf8ugjdCtxc2NaxvO+8+smkZZD15+du0kJtGHNM9iSzGNwlV/XTeU0/m/WbOy4BuUn1+fhWwZvHONJgqjYkdzRoDguMjwfae2oVt5NLR+Fjf5cP6U1KNEHaV54CxX5uHJekJALGSkNO5JJyKcmCBCLNbJf5AjwX/mCcMWt7lGL9qr6SuDxo8QnSNKRpDfmZ/2Y81sa0u3nY5toIYWz0yQqzI45b79zFFfwgNk52Kw5vBk+Vp218ibTJpJsYvSqw5x7tnyMhjHxzCDr93iSnEssHRXCTR3qFFdBFv4igmNPD6aRMi2IMM0jxRUqJQM9HhUd5Tp98OZgcOJSWPB4JVl3sOGinSU+IfJZWdIFU/fFPSJMCFgVywgt7MnCGJdbZyVAlMkayzhXA/ScTrKI+fnJNnvyKsqnHBfnp7zumLGMetGy0C53TmhDt0A/Nu1K4YorrsBjHvMYXHHFFSAivOtd78ITn/jEFZcb4clPfjLue9/74qSTTsLTn/50LOKF8gghBLz//e/Ha1/7WnznO99Jdu0ssNAn+s444wysX78+vXxObJcrgu6AtWvX4p3vfOfcdd7pTneaO++2gI0bN+LII4/E9773PRF+4YUX4sILL8Q73vEOvPe978UTnvCEucqnNVPQmv4wKgWA2u63aRGoBZopQjNFmLRomymmkymm/e/WyTKaZopmMgUmU9BkijCZIjQtps0Uy80Uy02LLZTvuCwh7nDFd9kiU+2N1H5s5bB6xqiv6CSGSd1qaWaglMKFUQSrWGjFTZtH2t3VS0z5gTzSLvz8mLY9ahzftgPJo8YQbqsgjWcDUgEAs4Z85UD9hXx3PP2qsJaly8fZVZ5UnnfU2ze+o0FUahexaG+MtWKqDT/3PQDkHfwkSEMezwhprNguK5xf6R5rDtTAqvPyGoNU7vKx85COl/Nxa0NIR8angYf3jzoJN4ljgnxHoSuzn33qwaNoEvKxiMb0BOxuHfKpl7wb3vZxEDvc+Yi5PH3AFS95rxYMR/SPCGVDM9O0bF9gfSBOj6R4q0hG5VKMGuVRM3SZ+FdW1PipCankaUWP9wcga+a0wNrC2jdlv1NQuhepj4DytHrs826SXKwByFXkJY+VMM5YzeOa2gcAgreQGX9ZrzQ7spLM72O2iiaZv98Riw/K6YfkzMNkubICR1P0UpAvccy5/JgIf38aie0eJpmEePqG016uBwhp7TKy3l8UIzwUPTmwZPQW5WeQfi4/pWwkX16qMI+/e3h4zeBcQRi9gbkFH6N8D5vHMz4i+SBJHlkMh8NDNe/QfCMb8lmagGEa50dcuO1PUPXuJbZ7PUm70W2az9Edj5jzE1iRD/Cy5SIbN+5lj8efZGSr8eKuzWHnN767B2HHp10JXH311fiN3/gNXHLJJQC6N8B+7/d+b2WFOvCd73wHxxxzDE466SQ84xnPwNFHH4373ve+c5d3wQUX4L3vfS/e97734Qc/+IE5wT0LLNT4vuc974mPfexjeNKTnoSf//znCSkPuRACbnOb2+Css87C3e9+94XUf+CBB+Ke97wnPvWpT81dxn/8x3/gLne5SzF+//33L8bdcMMNePzjH58M7+c85zl4+tOfjj333BNnn302Xvva1+L666/H0572NJx77rl4wAMeMDN+e+yzBUtr8wNGE3Q73/Gudbqn0vQ72f1u9ppmij2afve7WcYeffgeTb873v+tnkyxmqZY1eTHKJbYQ2rpNWPI3aws6LXa2gEXHcLAcYzrnN4z4rvwUg2lw2JWOVK/TLHifzlM72rZNBwLU2NVcRuGmC8tOAZZZ+Bp+C9JBSKWYQwbivFBpoVWEvj/Gbt5eHGdTqTf0or9dd3OmMl82tSZDd9au/30VIlTblJjCSBQYGNC/bjx+/YxXi6S+Lumdke4ZmBpGo9KkzRGgzIQ9I4jM2aKvR9EkDa8jNGW2qVOC7D28YfsvF0h7h8DmmeV+iam0bzE5sk0nnyBzTWS/SDHVI5nPg1BhXQqLuiyWX8E3T+SLnhLcvoYp/sZBo+88McWlZLR4hg1QY07w4WbHqUdrgnlNy34K+3cACZQviaFuBDc16Ee0cp1a3dcVO7C5BsQQS0Y6ncjgnnzRM4fj5etZIF354NQ9PhB1niVbpfX9X0Y5V9cvI0y2JOztTriBKnxGZ+6ZC4ph0nE1nidmOOBuUU6vuglFyW5nJDxfX7FR2DcFjx9KtK6/nKC/qqCdvP57m/yRJ7MpU7Wmiyeof7ZUAbLza5gfNN2OXZ+3XXX4bGPfSz++7//GwDwute9Dn/0R380d3lDEELAD3/4Q7zuda/D6173OtznPvfBYx7zGDz4wQ/Ggx/8YNztbncr5r300kvTyerPfOYz6aVz96rljLDwj9Mdfvjh+MY3voH/7//7//Av//Iv2Lp1q0mzatUqPPWpT8WrX/3qFR3BBoCTTz4Z69evx/r163GnO90Jl156KQ4++OC5yzvssMOqg1GDv/7rv8ZFF10EAHjDG96Al7zkJSnuoQ99KB71qEfh8MMPx80334wXvehF+OxnPztzHdO2AbUNAoVOOFCDpm27b0P3d4Op6XS4+EWxpQAshYBVAFaFgDUIWIMWe6LFHtRiD5piD+qM7z1ouTfc294I7wzw/HhavzIZd3b4KjwBUswNT9CSsPHy688vja1jNlAYWYdjJmTGXTSt1Fz1sQ4j0tRzCYUgSH9AfglcGi2OQRO8cnPrxAgkIwMiFVdgTLjKy/NzkCoT691C5/gqVimNbPuo0ubluUYZHjfW2kBLOUn5uTug4w/g7esNU8p0wOOzQuk95FUGvWgVx1caB6TSWUoo07o3ov4SW2Cxcl4GoTCHnrhlGbKxsw6zVfazkZn9HIfoVml6R/FRJ+4biWRUmnkWbZhD71wB7k6YPlVgPpPF/DGO77hP2aNJIjzmFeVA/Ab2yxcNvG5I9JcMVn6MNBvm+cRCPo3Ad5Yb/l4IcSU+KKOY7ZqDvYlA/C2EfCokytIlZLm6lHby1PsJcB4q1bIXQfLhMGT2zAfzSNt58dC6QWnO69MZYqc58BMxOkz9DdATOP2AvfFB9YWTtBgp8rNyB/rAzNlg2xkfzeR9kk+15bbzPtCLtrpfPVyqYBYg1CoFowTiaVS/xL/Qz9mcPrAOs+6GtUdSDwsJhPwGUGWRIMhyhvqjXfxU2+6wPYzvm2++GY9//OPxta99DQDwspe9DH/2Z382V1lDMJlM0LatOYH97W9/G9/5zndSuj333BO3u93tsN9++2HdunW4/vrrce211+Laa6/FLbfcktJ5J7hDCFhams+M3iZfhj/wwAPx7ne/G295y1vwuc99Dj/4wQ/w85//HPvuuy8OOuggPPKRj8S6desWUtdf/MVfLKSclcLWrVvTg3P3ute98OIXv9ik+bVf+zU8+9nPxtve9jZ87nOfw4YNG2a+677881XA5tVoKKBNfy3apu2OmzcNQtOgncRfQjsBpv3f8iRgeRKwZRKweSlgj0mLNZMJ1kxC99rjpMHqScCqJmBV02CpCViipjsK1/RGdzqa1+HEDaisqkQFiSt5zhElpeAlIRlyeu03uzpB1gkMGw6dMFXKi1CwuHLD28yVrnyvyHwvlZUjFTq9Essf6tJHsHyhJEyWJC1zXyclln+qo+0+7TEN/Sc+2gbLbf8SaRs/+5E/AZI+E+IcVU1jzDWI/i9+fqtzh/RZKXL84tvPsb8ZbfHvdZL7C+nXY8L6natnxpDVNOUdueNHsxMtSiEU2NgIpZzh1TD8GlI4m7unucBslMn5xPEyR8rVr3npPLYzKmp8R1IZjt78ibSaaVrRLlNCZTpKZeS+4z2X+9XM90TjWhlluzhMiS4bvXIBQtKDD2P0K1OWqbtikDM+hsD8QfqTO0Q3pQqCCku/yH7ej9DH71Nf2mOmrjHODObuO7GNDOffGmZ/ATI8RNxCpumkDAaJG5Ji3OFvxoW0O8uqyJdimvS1kPgb86SwfkRYPvmt+/gb8qkw9jehkN5k6dz9la54Wo19xii9rdKwY7W9oR6Pyuey4cij2ERueKj+qEDJSOYczj3NoWUb5SUlj6eVTg8YHsfoQNCiQ3vpiw3MH0S4PF2heUSqP461ags/7cev1OhPqk5EfD5lEeUV/8yn7gO+gMD1JsGvWZuTfGayWv9115FyutKilu0HTQAhubUh7NGZLoOn0bpM1LN4v+WHzvIDafKhNBu+xBa34qJVnB/oxzK3Mcu9qGPGPpnyPuc0xMZFLHQAuOmWZQDf1z23U8G2vvO9ZcsWPOlJT8K5554LADjxxBPx6le/euZyxsLXvvY1vOAFL8DnP/95xE9aA53BzA3pm2++GTfffDMuv/xyeG+VcdCG/CMf+Uiceuqpc+G3TYzvCHvvvTce//jHb8sqdhg4++yzcd111wHoHnprmsZNd9xxx+Ftb3sbAOAjH/nIzMY3XbcE2rzU6WC94U1NwDK1QDNBO5li2rRYnkyxdTLFqskSNk2WsTSZYvXSFKsmy1i1tIxVk/5htt6dXz3v/vg3vZumE/5E6L4jnpQRSGaWfvldUi4sGuPudkL63ZHQyN2SwHdNGiVsG2l8RIMoMCEWMoNM/Zew5QaBNq75vcHo5kfumTLUu7UhJb8D6fiVQC8fp1J3ZRF1w96EYUp299egbQlt22AajezpBMvTBlunk/S3ZTrB1mmDLdOl3t/k8LbB1naC5TZ+/iN+Z5PtfkV9v+lQ6JALQP/N+e7zd91f00h3k2gqJNpK/v4Bwdin8jvy6hfxKkTLdppaMUbe94ojxaaj1omGMo2lu7OhkbTKfjn9RVrrlHdpYGt8J6JtEfdWLj5kYk3GBp9L0bCZIs4T9j1U5m/776Pa+cR3LOWCAzdm82xh/YasOPFvXvPFDr6QpI0BrssJhVuMBzPIYj/zue6kSXiHjCU/QimMttiaFFDRHEWGStwYKOVPnZ2N7+QP7Lf1/AS0kQewsMDC+G8qn8D1jNhHBtXg9I3Q1rPxH/8oqPC2EC7Sdzi5loDXbzFM64G8GZTjA3PHcB2W/DE+GhnmT4dnAx7JIAfQMAO9/zJJ+kJJA+HnXy7J7mzcR3cqv8c5yuPUZD7BakA1r5qzfZlJfkZ+mn75ggSXpyyeZF4NaajZfE4LNInn9bJfLeakRR2+EKR4macPZAOSGd0MZyG/04JKm2UVBdctdQXVP7qzI32C8y+98KD7QOpE05a5Qyf/S2n5IobpFwcvQWPMnWgRgFi4AlukiQstTP6mjQrWR/xEZbxCmQxr9s3t/F3uLix+tzsuYvE733HsZP/mPs2f3+xO3sTvjHdu+WZGlpv5s698nDbftAXAVw1N70ywre98H3300elK8BFHHIFnP/vZ+Pa3v11Mv3r1ahx22GGzV9TDL//yL+Nzn/sc/v3f/x0vf/nL8V//9V8AsgGtgRvltTQAcN/73hevfvWrcdRRR82N3zY1vn+RgH94/fDDDy+m+5Vf+RWsXbsWN998c1oBmgXopgZYnjDju+lO0jQB06aVBs4koJm0aCa9ER3dS8wd06T4nJdiedQbVb0Q4QoNv6NoDPGkODPDwQhTLST6sNZPH1iY3sXhuzm+kk1ICkQSuj3GVSGcfyGEKFOOhhQS85t3br30jZcvCi/W/Um2aIW8V8Dbaedu2wbtlNBO+9+2QTttMO3Dpi0LbzthHtgYCGFD+TfSYSdNe3qIr5z1NIOmUzSRlM6seHKlNO+OMwVOuGW83Cl3lBzeb0J5lDSRd90gaCwpeZoW1W8qOSANBsfB4t2qNlgakrTLcZT1CyWrjXFyTom5opQG3ivcxmKTQ4Vxq1kl4xZPwXhKJwU8YzNIAzD1bbBhOm0yJp06TeNEuHVL28VpC+C+zcP9putKysqQEmPiWV+46VQfFNLwIHLw57/E/MlIDuge2wwAqfc/EQD074Ca32B/BQ8r4Z7QprKRgDzMxsDp/V53+vUwVAbSCOQJ7m98qwEETEnl00y9lzPZXSg3le3Xadrr65N9Id1/tSS5CKetBt9gcTW6g8VN0m7XgKToaz4Q6QdxYSnnEcVIrN26u6wWZ3LalWgrLYT0pbt5sm5hyhe/kqEGhWQQDrZoxvigOAED5uY8Vy/uAZI3ambgjDExd2q/1+YoC1W/yEWlKJ87N5eLYvOD/7HwqEeJk2NM7sv+o0Qy+pSlPC2R9Va+SMF1oL5lqS+nN2/Gzg6B08qItLPChz/84eT+z//8T9zvfverpj/ooINw6aWXzl6RgqOOOgpHHXUUPvGJT+CUU07B//t//w9t293R50b2kMFNRHj0ox+NE088ce4HsznsNr4VHH/88bjwwgtx9dVXY5999sGhhx6KxzzmMXj+85+Pu971rsV88fEAoHt4rgRLS0s49NBD8a1vfQsXXHDBzPjRFgI1hI7Zd5yvM34IbUPd0ZoGmPJdx0lIO4/JHY3rFIfkRhN/0THS/pfvCiTDC1LmBcPg9K80JLTRw+Mg/BBhQBY2UmHvkQGAMQxCCGEm8pRQpAE/KOZTfqaJixeTuWBCFhhIwghJ0AthEuMT+iFXyZRZBGJPX1P3NyWE3h+mlH6Tu//r3Ojcou+54AFTWiBoAoRsiBMQ8nZ9vxuU46SwZsoMC6v98p2g2J8ijPVvERwFJvAdxtahP/brgdihSu1miwxslyuni5m59ujjFRdXAltoyW4WH3L+TlHgRnccPKcZwq/7Ts0v77evN5E8V6BZWleI8zlcgKGpXTSOFR4kwuQvOeGl9F74YP5S2CygWd043cnWHwtxcM98JRQN6PSbDPGg8qq0HOlQRtuQQspM1uiEouMKTc8qGooZgnSQCa+nL1dIcmwpx2c+mxcihGxGjk/pTfkWpzwuQfnzb0E9VScI+MIsw0u7odwCR5JdpOYJGZxtewx4dGL6zMFN4V9rW6m9ug7RxCrvZW3mbXNkvnH36RoW7s2/6kIisZ+IgOq7FMZkd5LrWvbr3ybqPVIHaHuaaqNMB0sH5ldu3X26aXnRmYSf/7bKD+6nnJeXP71lgp0dtteDa7cWHHnkkTjyyCNxxRVX4EMf+hA++clP4ktf+lI6sezBunXr8OAHPxiPe9zj8Du/8zs48MADF4bPwozvI444YkX5iQif+cxnFoTN/MAfQbvmmmtwzTXX4LzzzsPf/M3f4E1vehP+4A/+wM13+eWXAwD22msv7LvvvtU6DjjgAHzrW9/CT3/6U2zevBlr1qwZjd/0DsugPZeRVwv7Izv9vbL4Xe6lJmCpmWLVpD+qM+m+2b2q/4b30qT/jvek/453E/oj5m1/TLgzCKIASfdfCP1nbLojr8ugfFc4NNiKRvjjXeJ8JJbfU8o7dCR29UJyI/SfMwsE9OEU4uTP4QDYDlkAQL5iDy3buNGDbOCqVV5uGGnDWQulLKhyHUyXSgKkK58b2GyXFGwFWByl1kfXe+ETmBDqBWzoz4YHZliHKSHwXe7+N7T9rnjcJY+7qC3bPU1ir2+VUQb7v4YJY3bEki/k8GOX9nil9TcjwsR35/kqexxnRQd251u2t+uL6G5Mf/AFI0FvkQ7EAkE/Vszopka3SdJGP5TdGFbwDM5YtXHxJY5b0tINcSaUR+isEMZzjxdX7PKR4m5u5qNsLDw1zBkVYoWL+aVQF5poDUgmcwyK2C5PuRW/XhrPCOgRpWDL0WGmGbUmORpm0P3h9VUJdP1JgSeJKw9nSn7RsI59xQ1w2DypDjh+jtcY8LRvTe7M8NHGlwlTZQU4cQqB8fpoJ590WWbMlNvSv4NzSkcyXKLq921gs1HTaBWI1dsNctD92v/5iwSqLbEcjYvAFRZXM1jD4M6TIr+x/e32f4EWPVR9kDwrrcU6cyXu+BOyu5tnJNLV5pyPAtN/op9gFr7jFbMmyrN48pK6zZ2m93Pdsun1zSZebeyvnU2atr92xq+Y5Sta+gpg1IHcE2NMvsRj9vxhyHSFDE3SZdN1LcgrW126nJ/vmMcZs3VX2PnG+KkzC2tOeRbwQvgi4C53uQtOOOEEnHDCCQCAH/zgB7jkkktw9dVXJ3tsv/32w8EHH4y73e1uxR3xlcLCjO/PfvazcyO5km+lLQr+x//4H3jyk5+Mhz70oTjggAMAAJdccgk+9KEP4YMf/CA2bdqE5z3veSAiPPe5zzX5b7jhBgDdPfch2GuvvZL7xhtvdI3vzZs3Y/PmPKGvv/56AEC7rkW7dpoNNurvfVNAaNr0h6b75jeaFjSZgpppf5x8iqaZYjJpMWn6u92TNhnu4n53z3AD8j2XFp2hTCAgNAjsr20DJiGgDQFN23T8mqI8boC2RXdJGJ1hmKZwbx4FpcfHP6nvI9ndvQ6ThVLIynxlokehmpg1V1yZ29xp4sYRM/BsWb2TKRCpDBaXxpAZ0fl4VRQ66j4ZuJsb4gBF5Yl1FDe827YzvKf82Hk6ft5g2rb9XfEAtA3QdgIoCvn8QmonfOLOi1CoouHd5JVtboSjctyc33fMwj66u0bp4+iNcOc+5ALZ3PdmygffGU4GbMuuPsTFCApdGBGali0YtYRAFG1NCaldKCwu2DC50MNwFePaTaNuXPqKA3WnG4L+69Mj/3avfdvVe98ayHk7T5x0EZcg6tF/gafjj0Swgku77nI3rc9QUn41hOygOOF1g9MviT6KcZJenDTMbRTaEECKcRHLrxXqukJs2w3dNxRcg9I15riOquoP/VhxZZ6cvkl9ARavqwxOGE8nL5yLhQDu9gyt5I9GQvyPGB/nPJwtCEaeFPg1Gc7DVBkBnHTJJSWu+kvykC03w1ug/ZQ+yh/RCU5aEydrokI6QiGdW5WDAxgdJJz5B5yQ+FnPOZj8ZX0a/yenj6o4wWYQ9CrnYNCDl04EJeSzX897yDCIMCcNbBrTfU5j5bwgm5bxj8RbBM6dh3R+6vN5vEEikOLN7n0vt2I4Nd2XLNqml2cNQER5AycZ4oSmadA0Lahp5FsvTW9Ym19+f7618j7qA2AbIqpv0451XJRGXpzm1x7zRlA00NnDkaQeh4zlpVlBmLa7d753VjjooINW/NWteWDhx85nXd24tY1uAHjSk56EY4891uCyfv16PO1pT8PHPvYxPPnJT8bWrVvxx3/8xzjqqKNw5zvfWaTdtGkTgO6RgCHgxjZ/yp7Da1/7Wvcl9wP2uwZLa9cI403vksYHq+LrqhNq1W+3KhmoxZQCQhMwpYCtiZF1YxiicYV4/wWYBoiHnZbZb9rlbifJPw2dgdf9shVHdlc1tPF+LT9+Tvl+TciTvROMcpy4YkGR3UbhAGQFrY8XBjWYghbjhDuItEmhAyTDN26psCQ2TRG1YMYwCpVocPNHxIQRjvyYWHyULe1Lc2Oojau0/W9o0FKDKRGm3RNf3Sov/wuB/TVoQ+jGCkx4IfQGJ1f4Y5+z3d702FrLHhXKq96RVruV70ifbMW7USvebNEhHdlO4wClFPPjZPwel3xvIATke9PxobqgTgBENzPO9dsDQkFLdNJjwhcc4jg3AdR2ykqj6Qf9J454X3I6TxNB/uY70t0cEQ+Q9e2PYa2Il3f6xeOF2p3mJKnj98gnT7iC6im8NWC6slESubZdFRu+cswVbBOulGohxtJqn1OmRqcSnpvRj2fIfr5zIxeO8mkY/x2EkBVctZDFwzjv4XRWs9mYDp5+8/mXzh0fjCTwB5TA5BHEiR3+wCQRfxlf8rFYf+4TjQs3e+N/mX9zIzxdP0kGeJ/Ouf4iDA5WoT/0yuAOCjNtlNWJVgEfCBtLbpzM49ZGsu9SEaock5esV7eTxwYVzuW2SJ76aKTSX/DnNy0g+V7UXfp4+baM9qu/Np7Qs3HeuxrJHXmq4J/caAP44qd5oyaxmjofk3e5c1kpv8PXvE7MtCTlqbm2pecTk01iXjnzKaA7NQmaSFkXAjDteVYLpFNxiX+BudmON08DxiOReQvnp6KdXLj082RC3cYR0DJ5Ln9TVqV/hgBsXb3z73wLOhqTdjesCBZufO8IxvSscJvb3KYa/4QnPAEnn3wyXv7yl+Pmm2/GO9/5TrzsZS8TafbYYw8A3XP6Q8B3tPfcc083zUknnYQ/+ZM/Sf7rr78eBxxwAO67/+XYY+8lsZvHj+DkT1/EVx/7X2qVO6ZjBg1TrCJkQZKP6/C//ImqSe+edC9k9wb4VmaIL4fuJW2eb9ob4tGg5y92ZkOACRqBWWS4MIaZ/CyLNeImKn1UFIXCK5TgqKTwPsq7lFIZkqpE0uOEEcXxZ7u2TLBM0Pa/heNWUWFVR3nRC/1kOAbqd7b7BZD4Anp8EX3ajxd7IX3aL4jE41fmHhQTwnEXO61WxyNllK8zLPWnLJaa7hrEUtNfg2im/YumU/bpnal9vTQuNvAFk743I07ZsJbHyJbF38Sh2Ub+Mhrli0Z88YgrZen12KjwuYMvDSPS/Rb/mlbQp3wZPYfxbwiL1/UjT/AMLKWU8t0Ao3iasIYpsVzp5A/RMCWY1ZVIM1iZHTSOHAZECVet0i5EYPSQ/M4YpfbrPuFKF4ShzpXlhKJjgZjh5/Oe+LxHUjYl72GnX9hCalyUyp+uYouqarFVv8DMFVbNj8odTsolv+HOje8G6GkS7LvUMN+pnhAYP8tfd+gMcW3cx7qV8qyxUzyX97NZdOBKOR8DXo/m4SWDtS/T6z2zOMDxY+XLtuk5m+XLrFDC1vrgtN32v/TDyD3ZXk03tr6hEA/4VAusxs5kynwnfhaq42P5Rev02S3kT3Et9+7l5GdX5tTv1rTJQEqm5C+CmCt24Lup9qssJb4oG2zDNI/yDPuSoe/1fFoI6+dK3l1G4k9i0UzFy02FXKbRhfRc5XOBog4a62sT38qyrmX+rBOYq3lJP3IMcSpQHF/0gJzZek9RLxbdcuMyPuWVuTNB3EgYmXY3rAwWanyP2fXmxvmOcgdgDDz3uc/FySefjBACPve5zxnjO363/MYbbxws66abbkru0jH1NWvWuMfRD157PfZcu5SNTiAzKARMwBWeTklfovjtxO57ol0Yi0P+LmIyyKMST4rNMOafVpKZMi4EGxNMUXhFAbYl+tsJlgOJuGkUZklo5pVjAIlRc3yXekVzVfpMRf6Nn6jI4f3nLBCYcSd3ZbIxjPqOUYqbnxkVV/P5L1/ZhzR49Leb+RjksaDUr9wdxymlBV/8sN97jv2QhLLoM0Z3FL+32Qr6y58SyZ8Vid+ylYtFkia9sUkKIet62VdcCWMGM2S7PQVra0vZHcPbBlsduk79jWy4xnER40uZdoWCw2lZ/LWsf9r+26dt6tMuLMfreSxPRkQFRNKp3ZWR8zowBTYbsPE72+kLUsnf/QXhzkpN/s5q6hXimHigTJqktLIdJhBTsJnyi/ibxzkvypC8z8doJBnuXMGN9Tu48lH2jBHZCmnkCCOM0bUwmKGVzTYpovJETPZ770OIxT/V2XG+yFfx+akZ/suOYfZh3TyJNNP0p0PyiRl97DO/wM9/JQ7yagQVd1ukEcsWn8xCpXW7i5nMCOCL3Ob9iGS0czePk2MZy+CfIcx1I7tFvb5xrqiJucEUaJ8KhRHN+i/yCcHbYxzlBT1+2iGnV+WRrAfCny13zxCfR5KKdipSCQzHCTiP6q5Q9TfhJD+LsoO7Q/8NaESDvv/VcYHljXIUSPI6j5PGX42WQ++iXUFynjRvoz/kcM1H+ZjwcWyIu+OiGpgMRtIz0ykX5c60LumLYxHnQg5ji25qvnhzR8wXPvfYfOWLV3om8L7QtGLDKEV6S20BwI2YFsrfeSC/zzIu7W5YGSzM+D722GOr8Vu2bMFll12G7373u7j66qsRP3p+yCGH4GEPe9ii0NhmcMc73hH77bcfrr76avzoRz8y8fvvvz/OO+883HTTTfj5z39efXTtsssuAwDc4Q53mOmxNQD4lT1+hr33nEjBBjAGpBW40tE+rmgohtX/ov/lxlf8ZEpUuCMXJ5YlfoO6CYQJCEuhE1CruWGIbPBlxZkpwVwJY4wuCQoC222Jxh3635CNk2Sc24WGCbEjkYhuR2BkXcFATVHgqlJe4c5GNDdoknGIbMhFI8I8ate7t4YGy4jGYTYKtwZn9R7Z2I6Gd8vqSGMQIIwQvrOZeoQx3thCvmvVCWdujEvjkX+vcxW1WE0tVjdT62ZhaYecGaRpNzi0TMHlSxRZEWyiokJxdbfpV3qb/qj5BFvbgC0tsKUlbGmb/m+S/rbGX3aSIxrwsb+SghuVFApppzLu7Ke2i++XTrPf3f3Pu5t8R4BYWyOlZQMaYk514468QwO9e9O1KRuqeScnGrWt6OFsjPL6u/b3sUIxkoqU3AGxao0xLMSiSjbaWsU7JD0r/JnRzQ1vXo7ZmYJWdOWcNqZ1kPjL3X8y6ThkKmIKJtvxSadAxBywp0R4GrEDrnaDbKuk8h4YbedP7jXpXYR4mqZto1v+tW3DTt00KV36TB57X8E8YsgWhYQQYspwoqHAZCF7OIwQ2MnyIOI9oz31AAnKy4slvDIVRjqMWF7uTuWzeqg2FzyVn0FgsYLWYjyTn46VKs0yW48J0/LQKCP9f6SmRxy2gkANpkA3GSTfiGlUn1JgJ43ib0injfhvvrrRshNc8Y5xy+4e5xMl6Rh0PI0WeRtFDtLhifQbaVny5HyKqhG8Sfv5PWS5AMl6iVjfJD0m01i+5sb4jBoKf/z1CJCgOV8HIvZ/UOWqRS0my+TuNeNf0IuM2c13xcUVPl63prXEl/NCK1/4a4VfLmzEhUA+yrdsWnZ7YWeCX9Q737cWLMz4/sd//MdR6ZaXl/He974XL37xi3Httdfihz/8If7hH/4Bj370oxeFyjaD2pH6e9/73vjQhz4EAPjud7+LhzzkIW665eVlXHzxxQCAe93rXjPj8N+33A57Tvph4yvvjtKm3Y3yd23SLFwa20Bctc0ruNlAhlBgtSGdlV0ZrwWPVKb1xM6qeDS648IBP3bLdwsn2s+NbtIMngklJZB47WNAKGspUO9WWI07GTNM4effnZwiG8VyV08a6PmIdX+0XBtW/SmDeNxa3NkXR//5cXNunEQKUePCBL2/k6t2a3ujOh4374zwzuhcTdkIXSJujOa/ZFwwYc13pXgvi7t+vP8C6y925HxrfzUiXpHY2k7SFQppcLM+ioZ3XHyiTslNiw8t6wMELIXeCA/Tzt0Wjts3UsFID8+kfvcXyPJui3ciJRrVJMdfufmR/XzdRNKEfnwm0rCeDRQtAcpUkxRUtWvR9V8O43n4XNKGuTCY2Q4r/1ZrvD6RxixkHsaNTP8TiT3WwRrV/WgkxAIPE4a4D4J/E5tHkb7Z2PP5NGG0stTk3yIQvi8AAQAASURBVDRPepqaqDT6GlLcKU9zKiqvaaepM1iRr2vmtkYjOWTlLR3n5y/yx7+WxTNlzzWwg+KpcX6pPuMGJKm0jHQk1AaklNATSwW3K8K0myOOUpoR0QZFSZsAXzzKhkOk7da45SI4f++DLxLzeJm+kXFg5SIboIGFJeNUaCM5PLdZSh++e8rfUElyKRnFyIa2Z5ALHSD073v24S2vR+pK3jCIr2iwX3GaiOlAU8FTJX/VJ09S/0TjT+sqrA/yLzstxnUeJTsb3lew5fA2cwPfX7xTfSH6ySNwq8tmfPzj5FyP4wY8gY+nxk/iIwzrIGmQh3H6zDw+l7Plxq1Om3YyCITRx8l3G98rhu3+ne+lpSUce+yxOOigg3DEEUdgy5Yt+L3f+z1897vfTUe3d0T46U9/iquvvhpA91S9hoc//OHJ/bnPfa5ofH/lK19Jx87n2fH/yBWHYvVeq8HvEfJV38gofabKwnUckJVbZTBq5sMVUvEQFxMoQoAHFaeEkFZ0U52BIFe5Jc75bqy+F8vuCVMQn67gd8P5HUgrZDosrCFe7nfO/I2ggDwO6qXhwjGvxaaKo6aL0KsrnfAlNCAsofvt3A2WmwZLbb/jjd5oRINlTLA1tGj6XU60E6ANnaHfdvd6ueKc7qwxJYJ1RneCpe+nJtkfgT2AHdhj3N3DfjF//GzdMghb0GAS0J2UaFtMqOnHcQmTVn5mhCsQclyUUGVKnlzwyQZlVH74I4Lcn+6Po3vpfMoVS4rCWRpl3GgkTQeh/2379oSeNqfK0Ip5hEKRRl2pL7LtvP1aiTA7xsrt3vXWYeyxRO/RIbGDyee0EdjM4GSKX1aQ2YIh6wtQnq+6F6JylI83Qyq8oeKONMPcfLddPq3AjEUIp5yzsZ2cjyg+y3kPv0vZMqO742/Ufc0i0l/boO2N7Gm/wLMc8j3wpcAMdWoxaZnBDs4j27RomXaXAlv4UQpvkjOcRyHzw/jjgbV586KFb4cGndK4PX+txhrYciSdSZ7DjBGy6XWcbUs5r8TF0vqY9ntmopTfedePL4ILQzqw3VeQuqrR5N9A7HQM/1QT/1X8hP2KKwkCx9z6rBP4LeX9nOiTGZ06rMuTw0sg+if9xsVNxQu9sBTHHpkFe1wWOczqQZnvRH8NuOwBb39sK6krGQWZo/Uk790ILZMSjk5bNG/V8sGcrnNGRM6nLDtEO/lccxcH3B5j/duFiVzB9rsucevNw2897eiw+9j59oXtbnxHeNSjHoWDDjoIP/jBD3DllVfitNNOw//5P//n1kJnEE4//XTEO+qHH364iX/Uox6F29zmNrjuuutw5pln4qUvfam7U37GGWck95Oe9KSZ8fjBRXfEZI897IonAO/omjAoFaNKzCkpg4wVpbguj60sB1jmJcOl4hoVcS1UbVm8TsN4owJO/aouZcGhV7iFMk9BCuRkRAb1m1uk+8Y9WaANaSHAWiXgtF8uiqTHsij3UNHQgBReScFhv/m1ef7AXZN2x6M/vvQ9FcpDk3YIo2ETslTLeDLhp8dBuvXr5QU/1HhyBSrRtkctlu6S+SoMK2cngvWZDOMLRdEt+8MoCppOYWlUG5Wk+1HPxTRPJCHwOQWuxAgcszKkDUpunHND2X/tPLvbQPlb8ipOvoQe6804cwNVtJfNZa4w5rma/R6I9gXePg9Hnk6mjfQT+66qniuLKYhGdrQQGF8JxOIp9J+TCikdETB1eJvgX5U55oYpJZovbPCFP25UywWuGJd6RvRK3STwIdJp8otI29+pVr0IwvOLTIWyNZAzuipMGBlCfiq5AUAvYnNDyJUnvDXceBCt8Pt5dL8HiBLTVHQMHrPbx/kF4xn6CHTL0gleGXkvbFjJr+tNfFbrCc7ACtrUxicsf/VP2vgyN+UKtj/KX5VQbRNxmufGtvd1KR7uvhjvQFEnJLC+6GlS8Fgpq/TCqCxPYxLxheLBTPZqHgzdP7mcUqNcnXVAlxV9UoFivwbutCVNd4HvfPeTbXza3bAiuNWMb6B7ITwaqB/+8IdvFeP70ksvxc9+9jM88IEPLKb52Mc+hle96lUAutfJjz/+eJNm9erVeOELX4i//Mu/xAUXXIA3vvGNeMlLXiLSfOlLX8I73/lOAJ0Bv379+pnxXfOdNZisZvfEixyFsQgvjdRjEHS6mpQnNvecPF5cIBLpBMtmfvLqcX5T+ckdlH9sXI+x8NvfYNrJGT6rp/eT8QeRTucTfp5WhFeAK1dJmHM3Jeaa3dZI0vmiklFkth6eut+BJLhTPO8Ttz9VXt0nuu4ScEWdD2IMD6xtlT7IaVh8DZw+AMHpk74CTpMxHy+KE76YtBw/3ZZKnr5ktx08LDj5xR+ZcDJpYpMyft14dHRvZD6podVKXk2ZCtYddN+wuDgcnkIlihO8TIVxvjQQpsNT93EepfOqOOOHjtdzK6fxp5BHa9av41ixPqxIkSvwnLFhs1Zd4reenDCyQfI1mU8aANJtO8/SfQlhJ58zNoN59U5yKHidHWeZ1FsskXltvOXHAOQJGWfOurRR6xedyJkHXgeO636fr3Ruu+iYfl3ZkvO5efpfTj6DUKLlni5Dja8QEBoVhi5dIFWeguDKDS0ryvI1hpsmurIh46XTzgy1Pq3ETTetmqOyHQt23/nevnCrGd+f/vSnceGFF4KIEELAxo0b5yrnC1/4gsgbj4YDwMaNG8VOMwAcd9xxwn/ppZfi13/91/HQhz4Uv/3bv4373//+uOMd7wgAuOSSS/DBD34QH/zgB9Ou9xvf+Ebc9a53dXF5yUtegn/5l3/BRRddhJe+9KXYuHEjnv70p2PPPffE2Wefjde85jVYXl7GnnvuiTe96U1ztXfPK6dYWsVeViRHcXQ0LKlkSA5mDUuep6ixSUN4KI6yw62P46HivbJsGMmyPSVY+5Py5Li1kuzlUeWmdmvctheMrbMmYMg4ZLbCeKc0A/E2bAWac7VcBUPVVJQ5qimooWC2jWjWPLaJqWuu7htBKANGTtJzonYZZJiMRzbIYzwglC+h+3r1FPAaip8JCnOb+0fxipSeXD5CXhmQeUnUFWTdVMDJ4VPGTuFDXzCytTFRjOPxLlTobAYld3CMHft2Zjrwpjgx3wiZBJTlgogr5S3g4sJQm0tzqJRGx3n+WWCgDaL/vLZ4OMzAF2JptgmjrHQR5uYotc9JnPuWbBtG8UkVDydNEVHbuZzncD4TCPEd0s7ffcfUhms+RKp83m4d2PeD1/axCwvarreVzQjzzAM1WcOmW3Ufc3GwQHVsN9RhYRTz7ne/ezDN1q1bceONN+Lb3/42/vmf/1nE8W9fzwLveMc7cOaZZ7px5557Ls4991wRpo3vCF/60pfwpS99qVjP2rVr8Xd/93d47nOfW0yzbt06fPzjH8eRRx6J733vezj99NNx+umnizT77LMP3vve9+IBD3hAsZwaLN0yxdJW+VkD83poUg7IKGogEiv1gSjvNgulgpxjRSNgMLkvaWuKSeCBBeMuVMoeWhAQyjKv0+0X3++3ZSUSYQXgKXwztEUci/XKADMqVH0eDhkZL4xkcvv9lcUphvMMR0j/iTCjJDhGilWcgshTVaRKqNSMgJ5+a8Yjr2hQeZm1vypKimfAifar/pLu4IaLMkr1D0Fp7lbnC2XlM8bxvk7uYMN1HuUPIizyb1Lxwc8H69Zt5F3kKsfJ3c/LBfdvFZw5buZ+ae7wuFqZc0GhEU5wkSe6Ms2Pc8srJSnwRW++mfhSBTuAAl7FbyiuoAZYBlqDgU4g66kWb3h7qMoOwNK45pciTKGs0TB0yXlN/I3GdhPdqLq9MiJrzKhITFx8K/PchdL4OnnLPI7pHYV5MhYnAkC7wqnz3Tvf2xUWZnwfd9xx7h3nEoQQRPrSbvK2hgc96EF4z3vegy996Uv4yle+gh//+Me4+uqrsby8jNve9ra4z33ug0c/+tH4/d///bQjXoNDDz0UX//613HaaafhAx/4ADZu3IgtW7bggAMOwJFHHokTTzwRBx100Nz4Ttc0oKWGCXDyFcWkhJFhjqFklEc3/9Uwi4I0poiC4uEqMUZxyMaMv9MW6kbRGIjKs8YnGjq1Nohw1Rulcp00qbxSWV7aIZw8ZdCjo74+aWSEYSNF1a2721WuKgpFbffGpbNFKJBCiAcTNmxwB3EEm8d1bqdMDwrjkI8sq7DohnZTKq9GtwmlGjtfgVHlG91BzGPRb7x/dZ+Vxh9eG7Mn0W8sJ3aNo4jZ8scRl7sIUhkzz8gu7koVfn0aIImHbpjX1oJRNzPMwtdKyRw6rV37MFFz4F6VEWPCa/1HfrfIyo1zGGYxRmt94tDFYNoZ4scUG7yshT4tjVUYMmpNWBg2wJRf8PFqmkKcx290WDxdNadxmJHIv77h3f0mXsP/eFjiRZTyaX2yxGMMf9FjwjPW+lDDQFyR9ks0VEpTqm8XML6z3jIy7W5YEVAIg7cXR0HTNOkI+aiKo/HSG+HPf/7zceqppy4ClV0Srr/+etzmNrfBg57yl1hatUcKlwtQJJlrH5T8ReOq+29Q4U6V1pS0wKstZYdMRMrfpTIC2DVysoGTFXYW1sa4oPJVDDpVr0vRhX7XUFwg1OFETr+gMFY8jJywQh2q/uJMNbhZHKrGnKbBUrmOUuPSVUXRKNJhFcJg+qKwd8LKRyCzoTiTEo2B/kx+csZE++3ccunMRWCEAuylFYqUUhz5vDPuPC7m+KUY+8LgefSo3EDkhZTdKX+5nf4uVJA4FvLqsuU4kmuUl41uskb4GKOc9wvvKw4lZdebi7W2lgrlMAu/HJo8o4TNCJglbRUn8vlrhR+OmpPzgB7TQtyKQRU+2J5SeAknb355hpNnzCX5EUakUfWFQvoKTlVZ5cgGDq7cmXtelpWa4mYMQRnYUIa5w39qfEZUT26/LF6+z5inJp9HljHdsgnfOf3Pcd1112GfffYZWfGOAdG2OOCtr0Sz5x7DGQC0t2zCZc975U7Z3h0FFn5RYZbd7wh77bWXeZxsNxQgMjo3Llhnrx9GO40Vo2AOC6HPNit0uGhNt1JQyUgzApcJNN6c2HhCtzhENq+uy2CjhSYv2jPmSsaLgZgiiC7hY2yvBVBqUmANjemqO+6sWi+mpDCS8ndpVSc7yuVY8nCVDies8Mi1m7YSOCp/WfCHsrcy4EOLEUVDsPe7Cm1JMQOjzbHgJC0eaxyjRGnl1FViQ/14JctP3OOhTj2n0/PA9Yd6f5vCR+DGFd7KuPCIoPwpPLmpYpCT8vvp/YWYCg2PNWp0+4vMczuDx3uHDJpyMTLBaNpSdGh4eLksEVZD0CAqUCjGx7B5xP1MUKKDecdHtEnJ4SE+penYC/PK1zzMwXG0gViL14NRkTm18R19TUTQXlD8goQh7hnZgzzGhWCcQ7RalfcrhVFlj0OAtrQrQmWHgAE13KTdDSuCW+2VgLhDfoc73AHvf//7V3QU+xcJ1ly7jKWl5Woan2EVZktBKSwmLRyfln6l9s8j5Y2ADi6TFkqvK0ydcADmyC9TnK0As0KjhG8EI0trfaAt26LhpQxcV1nzjWCJy5gx7BxBxxt3ecde4j9Q59i4GtMvGjyOUVAxmIjnc4wNcu6lZ7c1amZqjpfYpQeHVip0ZMdoYFIOzVlHyTK0MmOhxPtbFGrDSAesSGkoG6JlxXtgnIPyDOFn5jJlpTb9MmObHfmUu1HkG+esTH+cckCJ/k1flAyTkmE7+pAd+bQ7LidKsiKlGTRMnUAm16CcnqEsDW59bQfC4NZvjrhXgzy/wHk4zBg6iwCH5402hHu3pSHFj52yquWnuIoBncp2eLxI7/P6Yl0VXF2ZVEnvx9cTsllcly1RdnvGs8NzON+RNMv0CW8eiCCtiDjtKelRO7ixt7x1t/G9G2aDhRrfY46cr1q1Cre97W1x73vfG0ceeSSe9axn4Xa3u90i0dilYWlTi6WltkL8jqHRw0xGec6VU3mKvnePUoUbRaqi+A0aL0JwZ4/3+nLO7wlYfRxWC9lQNsJXwnhKxs+QsbNCcA3kojHvvRqfBWxQ/hxOwu8q+7ocVa/XDyK/VshEonFGdPHIsHuf2FPkg8TDq0ekd5F1h7z0yStfEa/MMS9NqdJKfNBjotxmEUAbHKU6K1Oeh7uK+QxKck5TiJ8VCrwr1NIUaLbUP92wdbGB4pQhmDvgyl29/90XUeTjQ0rwoEFl+9c19oL1+PNgDhiQFQYfPc+HKle8292ddvkgM1xSGlijhzVgpp1vDi7t23DBaQpjm6r2jKRC+vlgXAPdxTkPD48vGJr1+L8MN7Q9s1xw9AU1T0iH6fRDdOnpE0oPk/K3/y/RGePfnHYZvRYX7/RbEhWZ5OM8lHBlYHhdqbqarDLy0A9vti5kIty6EKLAGJl2J4BzzjknudetW1f9pPT2hoUZ3227C6z87AwQUFXoq0oTYBm9k8eL9PR4ofBzHT1JsoriDmTmPVqCW4HnG01M0WJC0Qrdvm0VIcsrnOsIFKnWpY4qCNwxRomJZzi68QUFtygcSY0lhBCn3s/jAzsKr5VMMoY6M1gMfThIFcnEU25G0ESMT0oWSyvy6SPRlnZEnVBpqkDlpqp+8JUIP7+bdBGg5rrBwShn/pjHsEH7JlVW8udxKtmP1bFYhK5U0zNLAaztcph1f7HwSLi9s/tChdDy2W55DhfjoHGK87aONISRZjP4Ro1OF5x4r6xSmBNYHnMdJmnAY73FcgqKe7FfK4ZOidcNGtlDk3moLdFQ5OFizErjVVmsKFYMGIQdnUFIq0UxK8YX3DF2DGCXhhwa9mnN4S0qvrYTb8L68CQZZ+FPBKQXcghJ9Yoe6hPlIlOCPpQSKiSFWZdGd4CIH3gryA0fHvdB2652vJ3LKoODrTsQ43GVtKJbFTTLixAoty6EANc8KKXdGeBRj3pU0j8f9KAH4fzzzxfxz3rWs5L74IMPxstf/vLthtsu8nG63VACY+txg9cz+GYqPBdMikulu0ScY4VcfSDkGaw5WgmfwJTLvtwQZU6sp2BI5cec+t8YlpuAojEu2lsAV3HSmjZD3OSrGJ0uBJnXkeudIVzCd+i4eBY8QYe7eUrjR7nJup95WMo0wloaVC75uPcOHhe7rkQrnpHNlLshpStDjabZZNBpAoGP7+D8nRVKknOoPD30lFU7boAkcjDGSE5L3CjRhdaMEEWH/VT2ydzT4IJycBbkKN5wwsVUDjqxg3RfeOyLrn884y3zs4g7EeOhMQzBNK0r02HoygJwFWW9CKqV03rrVKJg+i73V2EO63S1WmeleZN+hgICH79xkERQ4m2dR8zhVGbxnIuDy5h4mch/CNLSd+mlb+EY0228ke4RespOdEZP1z0FPlgDjU/qb8Y7izhXIrks4/LPTzgTijKypFs44zOmDgdvHqavNnjy29UHbg3wdCJXF4HfRjeNI6vcOmXY2LE3V/l2RkjybGTanQRqJ7LPOOMMYZzvNr53QxEoBHnnFJhzIhSU3FmXtLThFYN7BSTLey4Qs6mea2OKX1EKOLhFpVQJ8tAbN1GxCL0hnI30nhkLo6vzZ5xZ/fMs9Xl9ow1TJ8kMhRe9gG6CGu8okAo7ODysKIBGaQXKeCykGUfEBUVQKY/uDpy+/2cU4TwWQRDhSoXqNhbKi6CdUUmzsTtcnE9rdsGnTxdpzDlN4RrdmiYrbIJEmDQw+CKbsF1Cr4oWDPAwhraBOp7u9QtPMR7xpsKQsaD7h/Xl0CN/ZtxHzfnCkWbtD5VddTFOA/LOGO6AHFAePkD7I/hz9UHLEh8uR/sJRVjFBJiBbeZc0jiNpyZk0yP9j5RRFToWbxiI8JIh6HpGQvC/QezwBG3vDoKmg0L4aGAqj0GoQAuD068yh3llNm1Fnpf4ik1SwNubh05erwhDGz0/0nIh4ejQmcrr6kGlOquQ69olvnu9Cx47BzDqEfAFffRrJthtfO9s0IbubyyMWZFjSWoreL6CU4GQeZ7UIZihxO0cIwCCL1AcxMzd1MikHQNvJmPQU9ZTEhZQUhYLCrwRpDVNYMxwO30kP+3hS267i8YGZIzeRcYxM54LB050zPDjgnZIwPv3OQceoPNAjX9WUvTiADNzSkaILq8EVYWCXPyF8SvS63RzDOCQUucpRjQepyEDL4X1x4DSghwrKKHQfw3Bb6cN0/xyZgVYp6+9iaD5HNeVmIETTB5eh69kj9alVjp/zXwIcg4EQHzznacpxIPFp3ISD1DEUcSfql4xHjHAK8uxtOtfaLCRxfTz6IcEB0+fsQfhIi9iuC4FgUew8enm4VgFolJBtV4Wx+Zg7XN2ZSPMFZ6Vip1ALlZjFwfNiZD4VJdHCgCpRxVwSOFynKv8RuWdldQUxbDQQmI3TFCLk5ZkGodESU8e/VUd3Tatv+g5UeV3mT6bXeDBNYo8dWTanQmGjOt5vtK1UpjZ+P7hD3+4LfAAABx44IHbrOxdBriSURQiOaJkRPDiBpVFnhZwFYaZoSQcFI7eCmfxQRvotFQRpiPAfRxFxslvhQaxm+Z9dzwqikaJjGWGeERRKqWA9wBcAdcOs5xIGSlmx0GNhTB6Rghqi05BMVV5anGGwoaYYyHa0rcyXng8yYfmzCNJQ7RZgzgUVfqxxoiXRw/rzAa5Y4j5OwnlnVFx71vFlequolsyEDTEuaALE30VmJ9prP0cDkE0ABSM+murLB0TF2GS7l3eWq6mWJ6lSUabJgzyheJYVgyHCq/hsxIw/Enzz+iXhrThiy3SlSFi8dQizxlxlYSVE8vn9dVw5KDpm3lHyRQnv6zOF+JDw1Cd6hWcTRmz0GWkwwHcUuqsKNjIUiHe+CwIym+bFD0zViAdgs4VAt2BAs3jScaJ/OPknpbZgp+7r+1bHaAkG0TrZukmLadM21QaN9zKQ0ErpTxePFDUI9y2lWSSU8TuY+c7N+wUO993u9vdtskqARFhebn+Ca3dALSrGrRLTecpKHDJUVSylPFQKosDo01KGUOZkao8PMLIFa7oc2PA+VROVdFUYf6LwIyBFvqnNA1lu7iCD2Y8AWiDUSazIqn9XNEs5NNubsCbfi50Ou9X5D7rwpigdfuITB95ZYvaK7Qp+ry6yCL9XV6rFFi8xoGlfzVnlLvLQxbHWt1i3sgwueiijAeelxsqpTLHtM9tmzNXeBo9R2tt5bgq/GV7PT+n70LaFEauUpZOykakxbHmysRmbdI0x+eL10eG/8C6S4qtS9+lfIKHjQkjN6/oCj3nwPqg3k1+4gqtF+k7kOSf6Tcof//bVuJbqLIsnzS8ms1BQ7e61ZrPOTzR5Sn9zxjeWEShlG9bAh/PGdK6sI1xL/ZtcVyccC//KP4NxbuCQ+d+GdWrFx54dKRltOE/ihcYN9l+4vGqLoHmLOMa+0D5XXk3RjamdHaeA0o2ev2q8fGSj2xfu90n527Y2WGuY+e3xirBbuhg695LCKuWykxhiDnqXW8vTVBB3n1ZLmhYmGCiXEFm1QTuKyqf5CuUlbB0ZYWA0DgKc/plcYBxpzDeBxJ5AOoRHaMoZoFgFcSg/CzM29FJ/R0KymPuZ9n/BRBClUS4HgOR3owVFfLxepRgL/S5+MRJsSwVNgZmUQodJcbDZdSiladsBcAcoQXS7mxgYxpU/iAGgM25VH9tHNU88MK8+QXIMXGaqeeAbrNtf0zHlCqBrCxLtExPSKEYMw/vV12WbkT0kwoSfWdpuMZXeDo9d8YYwdV5Uhgfg49Or8v16tfuEug0tTmmFOASzwQ0nyTFTzNv7H67eB5GIWR+GtMwYz27Vd09XoHhwpspyU7OM0Mrwk85/yw8i0Nx0lWgFm/oX38FojangwhL1fV8yCUD71OkHg2mcMvHBLpe28iJr84lcvlbsfyYXdBtYG5Inh6YbsD1AUDQe9fXmvFUgLMzVyaRP/9ZOyUvIn8sZuUHHjh8Nl4xDCxQzzHr79sU6ZLQ2R/U9WWSi4peYz2Clgv4hbEdX4HQzNtROxDsone+d1SYy/he9M73bmN+PCyvbYDVjRvXs3fLKzwhVggXCjGA9HQrF8rCHcrKNqSQqoPEu2jwEGCOkzt407TLw19Xz+6IXC5TKgAjwVMmo5+331MuVVjazRM4ZMFjEA1MaAT2gJ1SdrtcQfZ/SRjx6pXUIjMOvfTT/ctX2UNsIFUMioHdVEcZHqalERDx5lKf0VCwSe3L+jVcDE0o5as4n8DSBVmGV18oRFAegjS1euM6ja9SQEOsqKqEqYEqfXJtQOExSl+kD0cx1LTjFS/eN+B9rpXjGO+NQwlvFp7yR7zB+pMlqvITT992+lor2a4hncJJhBcXUfTYVsda6Vh6zMbmU1A61WCN7JD8yaButT8kP4+Lp4j0jrhd0ISlAYGs7q8AvlBIgKJPYn0RTLcJMLTHeISHT5Bz2sPV4A2ycaJsa3wnHBhepn+0qCoVz1e7+oniGeGZXtjkYj+iK3Sl3nxz5FVgYyjjKuVoUHyAhxf7URcYj+iQGIZRz/O4+PQyqXs9Xj5mm+p32iq0qAJfNdgX5Y8cajc89P95csKbgyYslOsr4VeCWl9ToZiBPDs98Dk/Ju1uWBFskwfXojFdM9LHpNkNFsIqQrvKMT4j1ARTIb5eoVa2tZDp4rWRTSpe5GX+UaCVVU9RdQR2SZgm4aQZf73qgvIRhAABCsolz19QunTFIWpaqv2eQA/pP41jkIaJSuc+eqODNAk4glxkDnkc4j22hAN1zU3TXiyEUFGZH6RrDwYG1VPYkgHKcBlzFK86xxjRekpHCmfKCQCzcysUYsBX0j2l2KEhg6unEHlt0b2uvMX5MlQ/M2CKd5Z1eh+F3IX97mjsVulm/KqkOOtyZ4CUt1UYWn3XNqJKn8j9Ie54hswzUnwfmdyQbo1Eyfjg+Kj+L+7kl+aGLjYA/EqNOA3Ed7XboPwQRnppV5sfAY74EuCJtYE2kt/esffoa/M20V/P8AOKhowL7liRaUcqTvhp0IjJfEjSscsvxuBbBTL4xmBTvCMTDBqR9/FNgpS8UNciQbNLLlt4H5Laf631YW08B9qTTikUxqyWXfBIlU+UHyOctEWa4ZWE7A4sMal40W6WZxSYdGScBsVK2cHfD9u5QOkXg2l3w4pgmx07j0a1l5aIQEQIIeze9Z4R2glAk4FEHvMYa4hU09cVb5F1NJOul1UFIXT0N4VZsZ4yVSqnBp4CxbTL6vEy5rfujKzpu6ADCv1bxLnQuCRss8JXSjM7SIWXGMJi5zVH5kb13UlszPIYSmWJy+lchoO/q2hL5VQaNUgDXDtm7BmERgH3gCs6jpI9uFhTCeNQuw8+Ggp0YZSoqrEQRB6PfkmlNw/YFBTy+Zpoc/HxT2FmfB0DjONRHPeCpadjNFra4BBGH0uj6Tfi6vG7RRgbulzu5/NYG38l4yj+hk5fiMdJ5ZFyyB1s5wi6MFrT75A1Yv1mLBVNmIhaFe6cVPxWzGUycV1ogWYdHFlFDs4zQIBPn4X5T8ov0PDaC6BoBWoY+3iqF15iEo5BPo6BrxxkvbNxMa8f8gJRgOYHOZ6VMYYn1ORJYTy9k3c5v3PAuzL8hsaMv3wiI+UfgXPnV5UEIw58XHrYFV4739WN7yuuuAKvetWr5o7ncPLJJ68Yn5mN77PPPrsa/8Y3vhEf//jHEULAYYcdhmOOOQa//Mu/jHXr1uGGG27Af/3Xf+E973kPLrroIhAR1q9fj9e97nW7d8BHwuqfT7G0aurG9arhgCEVlB9ytVLFZb9TKDciFgJMYVTBwlFSmNw4rdY7aRw0ZIYCBNbnOm3FOCquDg/15zwMz6mLCuE5fell9QJ9jMHNGTPuDnps+Zg7Rq6mhVAIt2lsPVlRscZVUmochaZKd6nCzuEa1N5pEUc5n3+hqmIcKCNiFp2zSBsefRVw11WV56+pfQSeBR4oKqp0oqukkk8zIg/J+EKZw6D4oGvk+jTJlXBvkSCV6dRJpdhSVxXoapSRBMC9bxzngN4NL4YB7gNXCm/q6zMoaNlSwpvTRLFdBcHh8l2Gj8A7GPzL14ZsHeNghsQqadEg0mHGuFEJFqG8D/CGqkzw+Ii74DdAF2OhyI9mmG8aijIuhuUEpfv2BY8DDk81dO3rElYXsjRudA4R56NTA7c1Q/06ZlOxUNZkedNg3h0edvE73z/+8Y/xF3/xFyY8bgCX4j24VYzvww8/vBj3mte8Bh//+MdBRDjmmGPwrne9C5OJ3KZ94hOfiJNOOgnHH3883vOe92DDhg3493//d/zt3/7t7Nj/AsLqG6dYWtLGt2MUJYbnCDxH6dFlUCF8NDiCzijY7jdtPeMpeoItg4NWtrwEKxb6FeV/jGI/NolWXkoZRpTjJnTyWWWJeYd4bSk+Dx0r0o5xufiKFeUu2A0SgVRKamnnkS/enElj6SgdIZm+42hTK4TCEPTmTvdftZ3bC1TdwZ3jsG0S6dTuyeBcZMl0Rj03OO8rFRjzFLU7px0lfPnYCOU4qLcVpFKdTmaUFov43FB5y1DmLyZrZUpyyIpqmffIB/k8YzzPGfGQZcqj8vXzz1vsApydslJ7KvzALBSa9MTS+lBaDBiFWwqnyrDWDF0POSkb/X6a01Acw3NGGIJVOq4Z1mkesnClg7hGq5rOibWveKOIdxpZF6Her56hm7JWcKuhzU9KpLRFAvcRTFcQOX6U8M2LywRxQjDlnVE/4x3Gx8nhsQCApiLv9TjrvNX6genyNrnBu10hvZExMu3OBkOnrMeewl7URvHCKOYb3/gGXvnKVwIA9thjD5x22mnG8I4wmUxw2mmn4YMf/CA2bdqEU045BU95ylPwa7/2a4tCZ5cFmgaQvvzpMeGKYDVC1ynDVegNw2LKXwrr/xPKYE6b08Q4Kyi5Y+YFtsBll+6YemFlpZ4sc16EsTYoYJnRVkpfKGNu5qgNBqWsmLuEjqFk+qckGDWMVfQ9I2movW58QRn38mjc3Ne1nbyRHlOnWAUjeJ3i9Z9ztaL6WTg9z3S5jr9q2HKdXeDg1FfCETZ9wnsEfqMn2RBPNGNreaSgDT3GgSUcQ7dKkdN9GH/NXNL9LPq4kMZxpzwavLCxPKUwN8nEk4xTfZfLJukXc6hPy8tIaRl/NOMk56k/3weUfk8JLyrrTtoRMBMvU5lKtnWtEp8dBp1MxRc9qfzAPV5hHr/RsrbiHQXFOqwOov3DfTkPQisFK//tHFPxY+aqBiVzXEO170dZnC3c47V8Ic3np8HmrSFa1VX8a4iA5otOWY7sLRrtPUx3Hzvf4cEzmrnBPcaoXuQ16YUZ36eddhqWl5dBRDj00EOx9957V9OvW7cOhx56KL797W8jhIC3vvWtu43vERAmhDDh2q1J0f1f1aJHgGBAzs7ZkKI/FM7KWymqc4PeAa0xahE/sJM4tg0jjO9UXFCBhfzzGt3Fe/DJIFBCiqw7l2ONgmI9I2BQkTCG8UC8p2yPNeh5Oj4mBePMfbXcGHDIuwUGyFcMRN93ga5xptMW/IB9hbh6r5j/QofRAH1AdXQBPGXSM5Cd8FTFAO0M3mP0jOwxdc0yD4uKIVi/+t/t9t4iKL6KnsolWccsMNQu3b8x0B0H+7lGAI7hjYJhzeKh81iDZQjXlYBLh4W6hmhlVh5efcOkZFQMxel4AO6OL6fdWlm18FlhJeO2aP1iJfQ1Ly4VvtfRVnDCRpQbeQbHrfSWjqcXOXiK4jUPL+Ar0hbKGgSX1hXfc9vrhDnl6Tk33bIrvLi260LJsL41rzsvzPj+z//8z/SI2rXXXjsqz89+9rOU5/Of//yiUNmloV0itEs1glkBMbkCOKlPRWakd7Z8BkbDRthK5sE8ArmqpDCjp2S0CPcM92aNMQiUjmZSdHqFa4UO47qhuNhRE0asT5J/yEiDTxvFfhrqu4IxPN4AC6Ly0UpJFZ+MtL/aD4gjdp5RIfwOQgGqb3KfekY5YI04vVBWVaiccTTGH3OnvBxH3f/kNAPO2Ol8nsHV/9bGfRDGstDUxw4/WAk4ZRQ/feT0uTa0iw8CuvNUM47y1zPcPp4ZvMayQotzAXL8ebxnsIuyy7xyBVjPZ1w7/plPEcyCSw0KBVbp2uvKefi3Fz+D8So+m+X0Hyn/qDIr1Q/lnRvm5R8FmhFyw5V7Tl4Pn8ijuR6A0OvosHiP1OfiuPGvt4hX14nM+InquIfzDQeloB1RbwmpGpuet39AjqZ0upxdwPYmOHypknZngR31Ue+FGd8//vGPk/uKK67AJz/5STzucY8rpv/EJz6BH/3oR2nl4Sc/+cmiUNmlodnaogkLOOJCxuEbXz3XInjKYf/d4BCyQCSkY7Tx8c3OEwTHGj155503XDDoCqk3ChlT95Tc0g4S4H+rdBBYW0KQXcwlHiH3pzCuKspYKHosmp6SwmWaHDeOXkj9koQnye+Kxvzpm9jov4vLytJGX8o7RnnjyoWqN4XzcQ22PYM0NSPNDSrSPa0FCi7eST/gdGASwO8fd87ycHLDRTfoPg2wr9Jz4ktx2SDnaUu4FEEpiZ7iWHp0atR84LxOK06aJr2wkpLpKKNF0ikhWpoDJV4U3Q2sAd4U0mqlko8TUNe4ZuW/Y/ihZyBoIzsoN5wwEy8HYKbPdS0aPCOvwickrsGkGcw/EL9iKPAeU0WFR1XBw51ku7gqkRiY5hdVvyxo4V9c6f2Sv5CNY/KJlxGUv1hXbJPSEXi/iCoqepfAR+PFU1HXFlcnquEdGO9hsjga4loecvmddCSuOyr5PYrf9h2j+Wvy8/ag7Bdj64z7Tg+74INrQw+E35qwMON7r732wubNm9NO9tOe9jS8/vWvxzHHHIN169aldDfccAPe/e5348///M/Flv9ee+21KFR2aZjcsrW7Sy814w6E8ksiLKbXD/kA8VVcygKPr3R6jJaYUi8YFfnMTeBHDMdKQ8fM7SHhL5glyTBy3KwN7nFN3SZ+KkDX7RkHWtEsGhROwxwp4wnXIoxJU1MkSnRg+oiMol8UerW6x+DuGI2lfJSQH1l2zDdQt0kXtRlXCaSkMJqyS4p4jC4oOdXdUqgwQCqDOh3seLt1qvqKuDD3EPm5YygMjxKiYwpV+Om4GZSqUIlbEXj46Dmn5xvPO4a09RjqeofwGhFXPQKt02rDMhoN0R2Yuw8P0eDS7lhgYIuBhfm1aBDz3KvPczNDJAeHbEDFQJZGhHN/DFoEPc5ER+SE9Xk8XIbwC9KTxzXHE9i4jvADnDfLDnNl81BYDSpt9nimy0e9uV0CITPs5K4uLpT4Decx6rcY5rWjVK8ZE+ZX4whn3LbFgslYfcR8/pJBO12kMLiVgI/BmLQ7AdQeCL+1YWHG9/3udz+cffbZ6RveN954I17wghfghS98IQ488EDsvffeuPHGG/HDH/4Qbdt23/PsDXUiwv3ud79FobJLQ7tqgnZJPWRnGCnJ8GgUiTC+ikmSoYIUw83l5XDnDiKvyzMGuDLZ1ynSKJxdBbFgXEQovXRZPT40svyqgqPDh5hTNMa2NXgK94i00e8qDXos+ZhV0orwYcyrBhn3V5UopQW6ZZbApMmasltnUhpyI7mS4d5V1UrIECqD8yqHzUXHA3HD90vJjxuqc0D5tePmWCCzQI0Ot9m0LBCdVgZLCrmn8JYUYcOTxyuZJfzMV3o9Huzy5eAaYzHIGMmRNzJlkO9yyzAS+RIFbi/l0DMseHjJuBjDFzwjSjOCWjtnnOMzyTdSVRfoqljmIC+QgsvMf/NaNlx/kc/qdIUww5dL/V0ybFlYlYfHX5dvV96YYfxwJtnGyqoZ1+I0TQMECpbnaB3AwzNVxKoe6u+a3NdpnfCSv3oiplT/wHyb+m9L71ywCxrfOzIszPh+xjOekbb4uWE9nU7x/e9/36TXF92f+cxnLgqVXRq27Lsa7erVABz6rxpPZMNc5a58t5M/4jSs8M24A6oNCC+tCSPfuHAVwHL4DgNS3zBhRSW9EF9qY1VpSuHS8vH6X+AwMFYzwViBqNwkEBso04FBIW4GgMX0in9SoLVyHZQbKtxpj4uUM3/TA2eQ8zL5eTlDSvO45o6itXlPpo15YE+N9lyw3fQHMg4nroMQCUHN+0GDHDBKcC7PKbOC0ijg08zgFkw6b1oaEmeRQX1iLMQGG6M1ZCTmmPMSgQHQSjwP83hRZa6XdvDRx3H+Eb+UMPMx+jFzssRfCnFuOYV0xXJK9dfaFDSdyEqK723wcjWfraQrlWnCS7h7vNObm3w+D+hLphyvwpJBqhB1+QnX6fRvE/w0jWqLxlu4R07IeQ1AQyPSTfxaippjxTmb8mc+441/u92EybaDXf1TYzsaLMz4Pv744/H2t78d5513XjKsuYEdDXIPHvKQh+C4445bFCq7NGzab4LJameZraoMKUNVKW5DSlwouFNaU5eDA1R6+PE8vGr7MCk66jhpra4aONJu7FHkmWCsEs7TlvrcKc/tz0r9Nq4g1ccqZDUoKTZKGQq6EUrYBl2Y43VhXgOE4+Ao2um3zfE8LrTZH1g+F+/q3HUUI55mDL14/ohKZY7W/ENdL5KzxHwntPYauQ4qoTnPtMwkP6JRQwpvcJ1dBtWA7thxf+0nWWoqaQwj1ld9XkM2ISJWeDQpKM+YucCQId0G5gkmLqFioTSvRYIcmsqJwendEZaTVPYSjFU4HTwNzjXlXscpngCU3YzBVZDL7qDDtbyu5QFQ/Ja1EzzYfQN9b4qcQb7WFuo03xIPbnlzUtNqpWweVpsyRblc1buCMcTdsrhOV8PRi9Bjr+rLsqSXqo0Xh7QTDo2v1l9KvwKnCqEMXRmL8iDNsTzYWcYGNuco2dTij4WFaGgLmRxyPl798jxSZgcDwW9GpN0NK4KFGd9EhI997GN4zGMeg29+85vG0C59Y+0BD3gAPvrRjy4KjV0epmsArAZjXgOfgnAUcPfYcCXcLY/XqdyLfIvBvf+q6xYZ6uFzKeLqtUTDfLkCXIrToK2GimwMLA3pdohxkVZATdFKZVcNKEd46jqH0owBJtwCRyro+F7T1umBspE2LwziH7JRpJTquJPV/VG3OxDjWpam4enYn9GEYcdUzWt3HpfmtFseq7Co7MEdY0OLswAnWTGGufDBOTVmvMfgxnDJczzIOE2TDEf3UVUvzFU8C3Maasxj2gF+34UFky+hNII3dH5LF7bMUMC1wBscSNG8u/lciAFJyZZ8AHDcnn9eqBlmCg9JIyQM7RSfjACWVtM65yseOoXxGNQHeLgqN8UXXgjW44SKP6etG04BdburNoajh3cgoUueI+fzqF1Ab373nTR2A8Py43rFRbw8+a/0B6H/URDGtzG6Y96Cn5zyJR4qvAa6E5LOoBrEdQR9NSUA4iQNyyvno9U3JB4Z2l1hK5j3xZi0uxiEEPCBD3wAH/3oR/H9738fRIQ73/nOeOQjH4mjjz4at7/97Rda38KMbwDYb7/9cN555+EVr3gFTjvtNNx4443FtHvvvTde8IIX4BWveAXWrFmzSDR2adjj6imWVk1zQGJkA9+BBZnXcPMv5Xy6DF4HIHiRB0XhzMKMMl1IP4afDe2kjz7Gztw2bqRV4bYvCOY9SnaWhGP/y8fIpEnxrBAjvLUmWcKBijik8KFPic1AOzwyo6kyaUVX5fPcY+jN7nLkAE8hJiXk/ZeZQ1dOyPGlHS+hiBd6qfSuQu24oD+nSY1hDhuruFdpkOflYUPgjZcazyp/WQSUcOCGkXIDsEa5p0/GOLJB1T73xrAy9nqcV7RwKvhIgW/o90SSOxTrGQQx7poxW7dPF5UKx9BPjUfU+JDm94Z3wMffa3MBSPUr7//4tQwRVpB9s4q4iK/nL9+j1jKQbF+Bx29DqI17SSyW8szDgyryd5B0F9UxigbSr9IhhS5BUAa3vVaYeU1Q5Tr4837w+KHGz43sEozRAbKbivNS/pKkxQH9AZu2KdVuF9gVj523bYsPfvCDIuxhD3sY7nrXu4qwn/3sZzjqqKPwxS9+0ZTx4Q9/GC9/+ctx6qmn4phjjlkYbgs1vgFg9erVeO1rX4s///M/x8c+9jF86UtfwuWXX44bbrgB69atwwEHHICHPvShePzjHy9eQd8N42D1TQGTJU+p6WaDMLYFU4zxpBglAApGKa8ZSi5D6oVs8QEUnj70CoJbxoDQGzBQ6giznK5SWPiEWE04eMlEHwSfiZuCHM28aOzIT350Y0l+Ht2WIdBtLSjxVumnAcOvyzzmVMTwXb0CnblKYHCPcw8/uJPpszR2Pq0Hi5M3N4zCHWBpIiKW/nNogc1p6L7Pc90YXVp5inlLfvNgo0MPDC+dNs342vib+R/8uFkEf4WPmaSV8e3GMmS3CAcbz8J8H8CxS8rGC84cA9gCKpuT7ny0aXzasXgk1M1YUdVbbFgJSoZWRdGdqV8XDQW8ijhpG2smI87vnNJ4FRfIVFixrALUjl5X+fRIHmnKhNMdGk9XRo2A2niV+IumvSEjjEXMu5vv2KTDxXiJa/QRw0Z8BUakrfEQLls8vGahv7FjqtMN8QVn/FY8fwFMNw/UuzNAoIFBUWl3Avjv//5vPP3pT08nr5eWlnDZZZeZdMceeyzOPffcYjnXX389jjvuOKxduxZPfvKTF4Lbwo3vCOvWrcPRRx+No48+eltV8QsJpL/zXWG6VjBRJc4Dq/wCXKAGEVcSrFloyfQmTaV6EeAwwZmVcpZRCgpibhleFXQadJt4+5WzhJdbvzGQFL6sDWXF2mlj7zd9wZX3WKZraNswbhSCQp3mCkauNHSCG94Xn/tYG7bG0IUYj1EP6GgcY4CnwOl5EPrRY0qpMchLdUZQYxmiw6MHHeakk+UA9ZMSug5WN6l0yW9prDj+Zq7YeVJTiqtQorchpS2NpcPjKuM6Ck933skxknNOzsOkCItvfXtpgr8wk+qM/gI/GIJQ8NSMHOV3+fZQfBEHBUPtofFktEiIaI2uuyDjQynNmDk3BANGieavqRrDlwdkng5z5kZ0jL6v7kBxXgbnlfARBpmV7X66Lq0vJ4CKLlWpuwhen3h8WfMDxn/8K0uOvAcMPzE6iofXDFC07wrzARg3p4o8xdMrR/Ke6ZYRFe/owGXbmLQ7AZx33nkA0D3gCeA3f/M3ccc73lGk+exnP4uPfexjxTfJIrRtixNOOAFHHnkk9thjjxXjts2M792wbaCZBjSKI5SEsCGlgbMiRT1R3//SSpcrWJzSgodUITVn7AM4ejAnvzcZszBhyFeYP4/k1xKLGYcQHdFgWwQ3KpVUYpInP9aU03D+E/o2x0ebQkxKAdQL5HycMZiFgMDprdROTxHh4dzAYeFjlRPigWOIpyCUi8ZhrVzRl5SRzhZvYbqUER36PB2FYLLTmIaLuVmog5OSUPQ6j3/0fMSOt4tPyEUUxznYsfHSzwNzMxBePfnluHwwdB1ISG2KVw4pZoh+6udWyOVTf3qJuBEOIJ9qQhqPhGPRwpBoraArZgM9GcaO7WiNe464WaCEh2ewjUivYQQLHZ9pJelXqKDXqnD1AC9mbLtqxnNgAV7xzsKA26QhI9FbYIjVEvu2O/vNLMLyc29eGLyiLA+94Zz8IfEHCplXxKsKWe8i5s+dRuB5dNv9Twp6oLIVI33dVukZbqFzQEldqdJ7r0vtAg+u7YrHzr/97W8nNxHhCU94gklz+umnJ3c00vlnsDlceeWV+Ld/+zc87WlPWzFuu43vnQymaxrQUiMDS0puMoK03zEiaQ4mVhOuSbiUEvi4ZTzIhumySky6nMxPXDPoVBh5waZ/HT8TaKktJWPGAy5wgwpLfvWNWxPP0PIMXQfc9lYTOg0ZUnyLtBIXCcYRpK+nOXm1ohWVsEq/hpROISoieHQ/wJp2SdNHZUengLPYLVG4yp3ZoWsgzDPCyLJ0KueoBcVnxLz3eVBG1YkXiLBsyhgXYWxsvblQBZf/UHkMDQ8DvBMFpjkVvqbrrt7l5/xdpwGPr7R1CFS66nsQKr17padUiUfvQJFvmbmvFXNVfKlaFwryooibQ2t2HoZ6Hp62hIcGTx7WZGaN7lL8MP0W695O4PYP4wnF4/GA5eXFwlHmA1rOezK+yuP9HvO7u6Z0qRTeTh45JdR4d7lGH41FDr5ukx7oYrzNPxMMd7GBXePYOcYP9k5ifF944YXCf8QRRwj/8vIyPvrRj4ovdEUD/L73vS9++tOf4ic/+Ykwwj/5yU/eOsb3Oeeck9zr1q3DAx/4QBM+LzzykY9ccRm7OmxdO0FYpT41NiQgeBqjOMZ4xVoI7gTzjpaPemxIgbdQUFVwVTtG3zMq1e4pSNEvDJmQ3bUStaAVR0KjXz16p9NwBbvWjpFKnvcIWDLItLGm2m/KgcrjGTocl5I/woABkGnSoUsNQXmEcpV/ZV9lpax7nTw+3BIyDVCMVNOBGP17SlWi3QDzxgIpA0qHiTKdxnLlvT9aYcYtROWeJB2IfsjxorbSeNXov0CngbeD903MI9yS7scdkdYGTC9AU3sjrfN+CKK/UvoCFO+987FzwizeGf+Z7u06fWJ+G7LhHm8plGdw9XisfgnZtDlYvE35QfWFA5yJ6/FRdJwRLZQxwGO4v8qmPP7m8F45F525KdrgfcbI8lq3XV47VFjtiHYqakz/jACD6hxlDOYZ5Ptw+5B/29l97NKR+0J+8KIL9G3mWQPEx8niXJTuYMrgr4N78ykh6c0f8smlCAEIghAg3XGrXNNmikOx74ugOjT3pxZA5TyD4R46M9AiuZ5xPdtumg4n2tGB63oj0u4McNlllyWDes8998Td7353Ef/Vr34VN910UzKu4273mWeeiWOOOQYhBBxzzDH453/+51TOt771rYXgNrPx/ahHPSoh+qAHPQjnn3++CZ8HiAjLy8tz5/9FgS23aTBd3QwnHAI1eYq8hvPGxI/JhA+Vbyvqk3mKgVbutPJecJu8qr6skzmBjjKVDJih9iihGaLi26BzR+HbhOyPcQVFuWiAK2GZjpZ7SoUbRjautWmL4W0ol8Pdog8d3FPbeqbnjJtWEAd3iFkGoxhD0WlSIoIsqrbLzsleGyNCmZJ35AYXXLTxzdvnjXev3LtjFpC+K+6PTZBlef3jKaFu2iDDNL5uv/VZ+LzpF6bA+4r3k/fIGLp+EyCU7FDvIzNPOOKqXI/n9LTrKeGpfZxv8bY7XVSFUhk1PhjTaz4fctp0naTXtcV3kEmmtW0NgpbRxPggxiyl5XkV7gkErXM6ZY3idBi66y+uARG9JZ5R4iuehVuYB3pRIBvTpPyS3oSf59fVD82rGpRozWNvBZan5+x2g7H19XSbvL0/0nOKDzk89nuAdGse6IkKl3f1PF3ydzY3GhkWje/A3DE/miB/ScaLTweO4SupLWyOKBpNfVPQIWzaWKgqcyxolp14eJiJNotQwmWWcqjoKUK7vL0nyTYAzpPGpN0J4Morr0zuX/qlXzLxX/7yl5M77njf7373S6+aExFe97rX4f3vf39Kd/nlly8Et7mOnYdQ7vla3G5YOYQJIUy45hB/nSPHaTKFcYq4EkDzCnx3F9pVunzl1P4G4U9KIhG33zqBWlK2hiAojycLtBHBFW5uRDCjOzRB+WENcCG82cNkqT7bEKn4hRzGjeIxRnWrfnt3CH0/szi0XVuoZcpL6rJg6xlDTxTkuDE6oX6gk7GgsgawcF12pW5hOBp8WHK+g6kNncJr09LAJmlEijhbLgBlCDgKfu+mAPHN8OzvFDsvHgEIwdlx025ipwLA6k04Kb6R8jqPF8U8fP6rOYMWoCbfFwz9YoScI2QMPrGzjtw36VSDonPeJ2hzOt4/Fnm5MFLcTeZhPTIuuUPTZOEkSuzf1CbWUo7nGB6tJ47hxX4bRducBSS+UJLDSBgeOr+pW4OiKb2QlN0kw0W/lPtgeJGvgFhQfe/ixHhLIV6PqRlf3Rb+9sFQG11gPMwJ5m53XOaVoY4+kopjfcTzzlKVQLAy12btL71oVpznkd6jmy8a6nnRIMkCnhY9X0PiayR2xqWsCFnXKfAY0X9C3pEch/RHDn2qMDH/1JxTbo+exbh6Y5HiqZCgDmGWDb9ZCYylH8JsunkBG2K3NggZOCLtTgA33XRTcu+zzz4m/utf/7rwExGOOuooEXbAAQfgl37pl/DjH/8YAHDDDTcsBLe5jO/aDvc8u9+7DfbxsOrGFkur+tfOtYAWQjwoBhkU09QKgnMck9fBwQhrR1hxoSgUu6wMSMVHlaHqiu6ZKYULIR04tjDdXt4WTyAXBDEXwrUdvq7sLq2HgxkXIfjKil+iAy5QjYESHOM8JOMl5/MWdOT9usFFHKFEkPQzwyD1B8/DyzC71cEX+kN0XYEhpb1qvPTtMMaZ1yanKcKtlXemyJZPISiagI1zjQuuICe+wv2Ffuag53SaKyToPjRsXjB3uqoRjfPGMRSh+F/fNkHvPf0W6Vn1Dcc9uSnzLznGDk/j+TkP0kqp4se2HSqc5UlVePKTB5k5QzmJS7felwuQeJfgW01eYJJGOE/vv5bs4azbXlwsZHzMo1237UoeubJH53Hom5+UqPFZERbzaznMwlN5TlvcT3PWgNJ/tk1mTpIML6T3qnfnvsd3YprqtY8wvn0cgxI9MQTdYgdpg+Qc4Ivrid7zQqHv73lb1A9UGcno5nqDnitaVng8xmtcge/4fMb5dU++lfzBLccN8+giNmWW8ScgiEaqSFLFlfqqRj8SxSLsCq+dEx+TEWl3Bti6dWty33LLLSb+q1/9qrFZH/7wh5t0t7/97ZPx3batiZ8Hdj+4tpPBqhtbLC3xwS98rkg/tmSEnv3+ce2TGAaE4HKEPFNqZLgT1oebMM9fwo23Sacp7ciNYSBFpYWk31HEAw9L7iCUUamQ6vvewQqQEopakHEFMIYHZTAbAzoItzGqVbpUD6cbT+AzcBdWjIGt+lAb5iqN7YwB8DrUoaeZX0rXUFVmVZt1mgp+eV5nhVzSQMjp+PikdDlfl076hYLk1D8Iut3GYCVH8VRhKS4oAy5YmlA4uguLSZnUSqKkXW8IvM/5ud/kHjIEdB2ewY0CTuoVe0MDTj8YMHPF+Xyhalvg48X9/CqAY3CnUzzeCREPF4a3NQTYmLU23NA/dzsKOaDnXUjRXteZOSB4H1z5WtwBZ3PR+OHPxSRdZ+ZBkh4tr2F8VjRUxeu89RrVOEgeKuMLNM2iqwFj+sPM6VD2efKI0yxfMGQ8Ki9IkTMHqLtuRiq/Wnz05lpx3hTHayT98n4RtAg171gc56MBxatN5UVEXq+k+ZTWw7MEDj3aOc0CdP949MznSi2dB1tnnpy7YTvAunXrcN111wEAfvCDH2B5eRlLS53Ze8011+CCCy4wedavX2/C+A76XnvttRDcFnrsfPcO9nYCguAOgRhDi3EUP1ATOSElOUgUgMA+QQFkOVgQgKSDHEWO4yeVOqV8R3xEGuQ0TCmoAkOY+sICZ/IUcl+YdoygVa9NAme7YNB3LQCSylnf9vSJLpYvC1YmMCrC1EU1JWbKW5DhxaOPrpAkJkgpC9ZYW6KzvsFDwtAgG90eHXgPkOkw+zCdZ6izHqnTE6eP1Ae5L30FPLhF5vpqcyLibBWEIfwSnw2ZxoIwKmPhUcmhNHb5cbmsAAk+kCpTmkicSwKfoPwMSJXHaB8U+s9lUTdHozLbK6WdgR1/0SutAXJRhtGiQmLoBFBCKbahNMniolmInTOwaMb8CU+OIZuaXf2U6k9VRDdXTuPjeqxtgfG2qiHOwfD2kO7JxvZ2RTJi6MeB+vYSdWPRTftu/ELEo0V3zaYFqKHuiD8Flg/pDUVXhsT2RVzTGFEaO5mF8crAfgtl63oS/2B5qZg5iB9bIPVXdQIrspd7kf4Dui83UKZL4+/vZ6Rxif3rYTZGOHCREnQU528eDw+ii2cGDz9Go+SlcdtU4TO8rEp8aZ67I93fuUriWNMJ9XTd9vSfHjzs8oWG8bRoeFPkYZzHgfER9WYCeFzviX6GuJGxQwPF+sDMNSYT0npUgAyLck+ls/qGrE+OjyWqsYs7c8GYsod0BfICGYtewXtXOwxwmTMm7U4Ad7zjHZPxvWnTJrznPe/BcccdBwA444wz0Lat2Pk+7LDDsO+++5pyrrrqquTeb7/9FoLbzMb397///eRes2aNG74bth20qwjtKrLEH7Ko5waCeJAm7YiRShMyU+TMUss8XafHb8hhYIWjw+JotVbIolJbqichRr3eFAzT9x/jydqZVdtZZTzSbVMBv5pAISeRZvq6vEJYWWeRSlpuMokA0uMtFH02/imeCWaWLuVl+QeVKqe/7DfCIWmDKSHjjPCcXtdp9HNOF6I/nHki2uLMQ49uopIVFVzRRtYOrwwxH0PKKA3MLs7bqcjxrA06r+IZ5XDvsz2sDqg8JRBz3Z9oyfYAeiMOQvkUVE42fyyAL3QlI0bxAYZ5DvKOSoswEnH8dEtGRc5FMUey1ubs8PY4pjElZ4zz4lhsjh0bXndpUCglsvOIxfGIAT2TYnXkhDtuHhIIYg0yiLSsfnU6IIDToI9UHl9ywhQqbqsU0p6s1OOQ5FDIcZpvpjHPcynE8Y5Iqnno4TIwLAJMV3k8WYczWhlfSRD+pOgGVr42yE0ZllpmBzJtDCo6u+UXDAA5v+0OtT0ZkvM6PG3ao9NHESegEk0KYpsBHDls+VFJLsDKDV6GU3YCD8/ifCOZfdY2DgHDS5OzBgKU3sY8DoOJsc10pfR568OueOz8AQ94AC666KL0Uvnznvc8nHPOOZhMJnj3u99tXjn/9V//dVPGxo0bccMNN4CIQEQ46KCDFoLbzMZ3qeJFIbQb6kBtz7w159MM0btD5j2CEhmrDq8iodKV7uWO3J0MKk8qegwTTgydDGMNaTvJQ14LX78N9rhXDXfut4rq0Cr1qFVsrTRUwAjIJFhJ+XtPVOpjXFIWOxXYHEdDEMpkVjwdQV0BYyx7/eoZ59HvGa6Ormz6WyQg0V88rgsPyZgaPT9SOxhtVWinCLE72djkndLQ75T2pztC1mfzrjgL5wQklJJg2yVox97VlEZkUDyoUJ6n5DOF1TdulbvPa3iE4YG5L6TuGnK/oND17JQH5Ry5ft4Yyn/u1Qne/j7Q7nSH9BheMrz6MaUQ+ofiOgWCG23p4biIET+2nOYur9s0NOHJdz/FLjXlXggAqI272N2uH7XoNTfeHz3+fTnxpAKx+So5sb4mlXmJNFKD5EFsHugmCT7Mx6I2RmNkjuALMUzRf5SrbBxcvsnaFMvRMhuAVHaH+A8HYg5HPic/hSzb+sGheGIslRFUAZnepTIu+X+O13KB9Q8PA0x+zpjHDJHCxqUFYuFy/BV1chmeE7kVZV7Rt5ldacg/zgB6NJXcQba7wqepEC48PH2tLk7bvX+Qv/seC5VBNHx9FFQylKL0brUeZ00zlfKa5a02cGeEWXjLTgCPe9zj8K//+q8AOn62ZcsWnHnmmQCQDG4OT3nKU0wZ5557rvDf4x73WAhuu+9872TQbG3RBHbn2zBlKbzMUUtIvxteAy6skhCPipU9QkyAMDrYwrcJi2UFkOVvXOd10XKEwQgIvPOI7KvMyS2PZIa+Yak9lIroFZayABdMXjd0SOjUhDCghKlS3ARNsPLMUVxYxdYIZKtQFRXEITmsNQamJ+adzlBRlqWCk+PGCc5BPFPxwwQWVL1xV8O7asCVv2qJWjFz5vbgIgjU+FQb4AGjfxEm93fjUVb5OT85PrV6me6fVeAQ+iPOfUJtRHhzovBmAZThk/wclTgmzPj0d7r4g2JBxiWkhNZt+tcsXgzgHz/1J99hsGHuYok2bIxBEgchEifjiSTd+Rh5YP2h73izOFFV8PtDGNalNydCalOR/jXw8YzJ+rHieOm5ayAwHlDgnxIfjmtMEwzukr8GUbZoVICdQokXKjozi5Uk4ijKcUbThMBkNQGUX9gWi84MJ7e39LziNK36qaaTACy9rXockMTRvdZGHb8Kyh/puMvC6Jr7YzmzLORw2oEdb3OSTPejlgleo+cBTm9cxhiaL4ydwFGFO/FUihgRbEDLfj3GyS0Jwr7nofNRYUxVHy/vGt/5Ht3fs87DWwl+93d/F3/2Z3+Gn/70pwCQdsCjOwIR4T73uQ+OOOIIU8YHPvABAEjG+q/+6q8uBLfdxvdOBtR2fxkUYwRT0lW4TBGsN1meBWaa/P5dVxGuE5R2tD3FqJK/UG0B2RHAhLH4jmb/m5kz/wQYS8/TcsbOBqFkeA+Cak51lZqn14KTD7VHF96JCJE+qPS8eZ7SlHp0eEgCxvVJSclk8aLYyqq29ZNwVlH2cDW07dAFz8uVtpyzDAXFnI+NXWCxfMH1z6On8TF2F/K0Qpnx9KCbgiH7+j6086Yw9kU6tDvzoioPJ26sRD83rhHvdFLGsbAzHw0YF/T888avV4a0cScMO5XWU96L9YpJz3lXYAupXVsJcA1wRDeyWxoqgfWFw9/ZWJhTWl6bAmsvIPunCHkchDGlLJiuzX5ZLr/j81LjHcMNvgHemIKVI/Jr0PySdS+PTzvWoWsr8VNgicbzuMWC0qJZ7K+YxeWXZdryjTYZZvrUKXJFINQcyniRwitHKD/vW8l7QiF8NDgGq+XZHh/1qwvFyBnwUzhZ/q7mnaMXuMguCkYUm5sZbD8wOo+6Gin+1MX7m0i5AkFYPXvZRm3ejrArHjtfu3YtTjvtNDz1qU9NYXq3O4SApaUlnHLKKSb/T37yE3z6058WRvvDHvawheC2XY3vj3zkIzjzzDOxceNGrF69GuvXr8cf//Ef4573vOfcZV511VU4//zzcf7552PDhg3YsGEDrrnmGgDAscceizPOOGOm8j75yU/i9NNPx4YNG/DTn/4Ud7jDHbB+/Xo897nPxeMe97hRZSwvL+Md73gH3vve9+K73/0ubrzxRtzlLnfBYx7zGLzwhS/Efe5zn1mbmSGELKRTWCGd8DtpGA9JoofzFa0gmjDlGMMcORdzjFJrwJqMufp5DAcXmSC8nPGSwjGpJG47gmTas4DQA0tCrWA48LxjxkTLJYNHQRkqCtxglakBOhnbRYH3s+OUfkdBSn5HCYnGlEOHwlggmd4qYIEZKKocvqMkix4G1Zfc6Ep97fkBZcxVaGHW0wFFPGV9hlcIf41R5Dh7/qVYoNaFhtvN4xV9BKDf4WfGJd8NjheTCYgPkAFRqAdLNwrMPOUKLR9zPt/02IrTKrwM2ebqiaCuob2TJ+qsN4pKam+4paPnoW8r5cfUuvPyfXliUVIac2l9t9Ynpj96fGI/MCFFtUJF4dWAXF+J9j1+FtHgMrM34In3bSQLljb1K4B8DSjwH1bXCMFaYioF3tjVi4gMi5N1VXUMEe7MNUcHEcZRsTiFq8O/R+1Y9j+mprH0MDJ65nSAVDa47qMh+B7RT7PUXxqveASX0VtcwPENrSDJBlAJ1UhX9T5HNo+BAl5uHK/HoljHyxQfZHziSzs5zNKOnai9v/M7v4MzzzwTL3jBC3D99deb+D322AOnn346HvWoR5m4U045RXyu7JBDDsGhhx66ELwWZnxfc801+N3f/d3kX7t2LT760Y+mVYZXvOIVePWrXw0AaQXhm9/8Jt7znvfg4x//uNvwMXCnO91pZYj30LYtnvvc5+Kd73ynCP/Rj36EH/3oRzjrrLPw+7//+3jb296GpmmK5Vx99dU48sgjsWHDBhF+ySWX4PTTT8eZZ56JU089Fb//+78/F56TzVNMxh5x4QqYCvPSlZTZroxaPgUq8ah5mnTd7u6jUGhMKVTGaUxVMaO7QEFiU8QoI6bSGbiQ2/eq/JLipcejZlyYeuy4DvadV4angPbhUkkboLcaKOVJiPBe4LHruLIO5ZdrK/2RWKddUmfQhWj8cmWcFtKLxl45TEbPRLQRBbO7zPrc2wFNab0jizOCp6jOqtCSDqp0go6q4m0VWAD98TAWr+kkhSmF3uCrjkyr3fAy0oB57LEE0TLjRaXtWXaonyUL3CAFOn6ZGjCSJ5TazImYeoOAUO2TRNdxfurx1sYF765ocMLrRdsE4lgrWhcJebvYylfa+QwyPmEx0oAh5c9lIfcRp8NUJUEwsMDaNUIOb1Nw+lG2s4RXsHgWZJAI5nMo0kjsL01PlMMyTXphOb97xFzVVwqw82IOWEnelYIzPoLGxNHxkA2vwmkNveDHN4CECmNknTeWOVxfh9Dl1Ns1g740XBRLSE5YHdqKTbCzwK648x3hmGOOwWMf+1i8//3vx5e//GVcffXV2HvvvfGgBz0Ixx13HO5yl7u4+dauXYsXv/jFyf8rv/IrC8NpYcb35z//eXz2s59NxvZTnvKU5L744ovxmte8BvpTZCEE3HLLLXjmM5+JjRs3itfT54EDDzwQ97znPfGpT31q5rwve9nLkuH9wAc+EC996UtxyCGH4OKLL8Yb3vAGfP3rX8c73vEO3OEOd8BrXvMat4zpdIonPelJyfB+8pOfjOc85zm43e1uh/POOw+vfvWrcdVVV+EP/uAPcNe73nX0TrqBsUxdKz3zFkzlMoJKN1ysUt6LQnHES+cjQCo1CrSywcJNtSUjpmY8i/RWKBSPv3qGrZeWhfn1BidsAVBQ5EeDpodCGVXlCYBZCRkqYwzo8dSuOIwkx0ws2PQX//XJDAL5dE9eINLAi0fSusoZrjkuaINbNEfhizrkpFSZo9E91K4xNaqa1XwgEV2bS33UPLTO+aU2HEmHVT6Hp8pzPBxTXrEyxPI4d80m0w+pnaKPcuMHu4GPn9fm6C+0efB753La+EbPAE/Ux9FNWMoyXtIZY6uWcRb+VpQ1Creqserw8zFVj8Ez9qmud+AOdun6UbGCmgETh9zcS5dhmv7MVRAW5x0VFvPRo0ctGxTKCzHA54VF1OnoKkKXSGMrdQr5ZRNmmMOhg5ouUOIPYox7R5Fv2jrsWwI+zYriJJst4MzwKrTHQhe4dfed7x0e7nCHO+CEE07ACSecMDrPy172sm2Gz8KM7/POOw8A0qV0blj+0z/9E6bTqTlrH9NfccUV+Jd/+Rf83u/93sz1nnzyyVi/fj3Wr1+PO93pTrj00ktx8MEHz1TGRRddhDe+8Y0AupWNc845B3vuuSeA7oPrRx11FA4//HB85StfwV//9V/jWc96lnv04Mwzz8QXvvAFAMAf/uEf4rTTTktxv/qrv4rHPe5xeNCDHoTrr78eL3zhC3HBBRekD76PBiJrdMyUPzu32fzxDJ6SEqYMrFHGfAm0caEUM53OKCCiLL93qkauUSI9ZWWMQa0UzEo9Jg5O20twa95TKo5tNuRG2S4VWsvRDt8ZxKMOUl4r+o1efuy0d5OnOCblgxvsPmJCyRANifEEMxFiZbW573W2VkY1SiU+NNSnytBwDW2vja7yqI0GlWksiQslS7W/8hiVVCa7O7Te1QPLnCR6VcOM5eNXd30IVW8pT0+dInnXZsaUKWQiiE2KZ6mZcivwhQofmK/dkEpNOfliYTHMKNtk+8e0fx6rdrbkNESDLL74SGUtzCMAYvVSHtFS3pSUXxeIQxkYyfa//Tv3esnCwdXnHUUDi/G/zKooRQWWmJMaGI6RZoi1ISeqdIMWlKPHOYxPOzhfV6jzzAru/Mjt8firv9DlFOzMa2IVRjLLFfXhI1aarD6X8a7qcU5B6aO8hgaDeDg3lpzIOqj0Gr+dHQJmouvdsDJYmPH9rW99S/gf8YhHJPdnPvOZ5Oa739wY/7//9//OZXz/xV/8xcx5NLzpTW/C8vIyAODv//7vk+EdYe3atfj7v/97PPShD8Xy8jL+7u/+ThjWEaIBf7vb3Q5//dd/beIPPfRQnHTSSTjppJOwceNGfOQjHxFH9UdBG7q/MeBxBKaoVEySapAp3k3TBZrdP0fJDYyDusdFdRVlXdZRdBi9FZUg5am1ecBw4OFZYLB0rkBzlLSgA2Zk8DSCP1YWcUYZAzUlpNS3I8osirUSukzrDG5aaVJoPXBuYBMgruBr5YJ/sin6EcN6bUTSP6Uyi5AUJU1X2T141YSkh9s7iXij1pFty9wGAHbxhmv2Pv7S2FB0H7w2zTCXRLWV9hcMg9zcpH114b3WH8cxKWNRkYunHPq74Lkb+3J5P9V4V+oDG5YcDg+rztWCoZaMGscgMjuOANIRX3CltRAm/Lp8ptBWUDRNCE6YTlfin9ywcMrCUHgtUpftJrdyomtThUZn2MUPehwBkGvQsHEdKfuK15u4ReL1ganeoV2H9qivNPDFyr7D0iNZKSx+gYEja+WFCq3qCDFe0lxh/Iryn/tnO43hyy+RpBBeryVLyEJsVTeC1KOK6SQhiCiBX2nS+Kh5eBqeUJE5KQfjSbmfNa+T6bRsgM4Xq18WryDvlLArHzvfEWFhxvePfvSj9CLcnnvuiUMOOSTFfe1rX0tK5f3vf3+88pWvxLve9a50JzyEgG9/+9uLQmUmCCHg3/7t3wAA97znPfGQhzzETfeQhzwE97jHPXDhhRfi3/7t33DqqaeKxYOLLroIF1xwAQDgqU99KtauXeuWc9xxx+Gkk04CgLmMb3eCDBpaJH4iGIYyhhsyZU/quXPMxl4qRkYaRITEh7h3gMdKf+4c91ieuUCc67AKFduZ5IaJd6SQIB8sUQpPUgiMIsTRIdHJBfFXDCrCuGEeEegRlJdwLHJWifSL8NPN9jhbOd1QM4tGCyCFef9bPMas0hUqU5AnCj+OrpVFc1TdA68vRFt0eq3h16qw7eg22bgiHwvIj2nFh6jkUWOkdAiszf0E40evxZ18PbUFvn7/6zuI9o4iIA1z5S/QRhFmMgSLqrP012i+SI/Rz9sCla5wrF7TgWDWwxC0Yi/usKthDR79gP2qeJY3iSk+WRjidfslR3pD486XFOnMBa+g0uvmLhYLgJKlZ64tkK9sK8Nodg2gwnP4nHPC/ePk5atqVdyC2ohI1zz6otWDeILmmJsIzhhSWT3yBpPLgVq/qPyDupycUhZMxMBo1q15VS+bOzMQMHmLU0HF6XBvIaGAkzWo+//ImRoDsm/Fj//uCMDpeUza3bAiWJjxffXVVyf3Xe961+T+4Q9/iFtuuSUZqq985SvxxCc+EY94xCNw5zvfGdNpd1fi8ssvXxQqM8H3v/99XHHFFQCAww8/vJr28MMPx4UXXogf/ehH5nh7PG4+VM6d73xnHHbYYbjooovMx9vHQCD4ClBVkNUVKhE3Avzd37IhAOGfAdL5N1lUrkQlN+ElA8dJ41VvPMFNkGWuYvzpQSRVRhIgKo+qcFjhmQGKhvF4GL/aOUISzYOGq2x4hgQbd7MTJ9O7j0AJ/xxSdUj584pMysyIjnHmfygmKIR58930AeWyKwadVDyKFoiMD5xPdHPAfqIp+/OnpnpzIMg5550kGT6iXVGyEq/s6UX5zbfAeVrRzAJ9jcFpLBTKNotRzhi69heTC7XPJJaNfF/xzxmVg7IzOMmNDOlZZpF/coPI8GSGlu7okddwimKkooHrKH9OsYDSmA5iV0kU+yOmIZ0+uAvFyRhFgT0NyOXRxo6I03y7UpZLl7Px7fRCfSzQldkkeFBaCIxfBgg93oH1Yyyjho5qt9+2Qj+xfCsCIROdSiq06o9rH6d0zPEQxKSx97xL99d5IItzeFNpIbFKX1xnYNBi539wbVc0vl/1qldtk3JPPvnkFZex0NfOI+y1117JfeGFFwJAugv+P//n/wTQHc0+6KCDcMkllwAAbrrppkWhMhP893//d3IPffKMx19wwQXC+J61nIsuugiXXXYZbrrpJtFf84Pi8I7QKhneg6t2htFlBVgIp6RQW2VpkO8KRZC3g2tLFWMAYJ/KSIgP1bpgIMWoSW/iiKRedg6uYjwLqEpJh3lH8p1491gve+3UKrd5/Ennix6j+HoNUFBQ9usPQznGElRcrQ7dDg9ftUIv0vJ+0vm8/Ap4WaOoeawB1IcJRaJoaFUeElOK7pj7ewYNboxpnqGVK5Dqrzj20SLrw0L8CVX+k/RjbRAGSjtZ6ZozUUI2sZoUx5Hk7xbY/si04PTVLN1XMzrc8ao9CJf9IVpfhXhZn1fnLI0ojXkOt59WY/GFPClfDaXi44o+misGzWuc+JGBBXCMDuH25bhv0MhxMQVmApe4Jv7KjUXKUek0CefZ7DON7P2ELtrj0Y75o/iQJISRw5dI3vaL0G0i3aWHykKmS/UieHVK8PnD+AmJfpTxsQ9XBKV5zI76Z95GSa7ysRSnAPUpLgNaXywmSW7SY6Dcxcdq6ygwhz7tAGTREtgzHbZt/UUxGXZrvp+zINgVj52/8pWvdN8aWynsUMY3B/4ttWh8A8DS0hL233//5F+3bl1yb4sOGgN8x53j5sEBBxyQ3JdddtmKywkh4PLLL8c97nGP0fiGCSFMHK1oSLtMBfDf4CYxQkMoPgMCRyu7Skj7TF0K4njHMsV7n6MQiiIUc1R1C79UIGxaxcwrirsHmilHjLSyntrFwvyXQHOYtwsg+lNWqZBSWAqlNQcLBQNKYHLlLMUr5XnoHq+Lz0hwyL54zFfvICR3DqgtOgm6IEkeXQI2J9TpjIBS5sHaDLhZC8lHHbtXYan8Gv+dlTUrpA2dJT/rQ51Xv77s5JHokUyo+sJW7yiMYl6RCQPsnDVuD5QRI3bZdHvhKzaad0RHCtf8RPntJ5yYMu21waMREbcCeR0V3IQci+J8p0/bnWBImnH3E48KsyPCJFY6Qz75YHhP5GOlecvT9vgM9ocDikbcucZR9soaoxfxq1PVuUTZHwlH8fTA3PLRtego4ZkD9cKnuL6RZBmjxcSruZxXvL1Wn+6PsfORlxBZNe8XkmmT3BN8KMrSvgx+asd5fdtDLX+mMrY3iP4L/WDkJgdoGqrycU67pNLFvHFslD+PGxsPh5+4eojfWOUPOano6547OHpZ+tAIZ4qensHKNHPCgwCH9/oZdNOa5XmVmh0IuK43Ju1OBPpLWyuBRdmqCzO+161bl3a/L730Ulx11VW44x3viC9+8YspzUEHHSQQ57vde++996JQmQluuOGG0TjwHeobb7xxm5QTYfPmzdi8eXPyxwWNMGkQJoUjLiumiSiE2D2l/oVbYtFIyk9gwiomKAhEhl/xXqUW0orh+wZVodFC4DGmHDizZpMyMXamoPByUvsg8mutzV8RZAKGg1CCnfCagCuFsSamwsbQxZCQ0swr4d6Vn1+iJZM2mDt1I/ApAVcklL+skDBHLf8sKLI2DaUtKtaVcHN00lE+3XJZW0t0lcuv41AEj96Zoi8UKa7QmLvclOamZ3S5vw4Otv/JjLnpq75//QUtxnOg+korrbrcAo7V+4uu5ceScxw9JZgyT9X+HMbiGb7BMQRnBgf3MVdm3Mf3+nSGD2n6ADNydLzYqYxxQSwkmlNbcAyAErj0VPpcW+8hlVfTIQ/TZZfAmRNdG7RMY+mVsS2/8az8gLuY6qHm8yKS7eWLyHz+aT8vh9O7V0dKMw6Kj656x5gFv5JXXyjYsESPeuGwoPi7tMH6ScxjyDmd213qmyFZ59AkT0NyYS/jq/DT5ca0UGkHIVja0rqW0sX0uyBG7nj6muA5OWCWrw74rH5e5rnjwK648x1hUQbzIo34hRnfBx98MK6++ur0gNpv/dZv4SEPeQj+9V//NTX8vve9r8hz5ZVXJje/J749YdOmTcm9evXqalr+HfJbbrllm5QT4bWvfa37knuYdH8SHMIq0FrN4Eirjckfki8rx5mhBY8JirwVKDw4RT1HDym4xyEAgR83i4JrRZYcw6MvJz+opiVXXx9/jCYkjI3CAxVGOoylLTEyMtIiBtpjT1rY2jEmd9yrvTfIr0oJeHiQwj2YLocYcBZOOkAlSdSaaCj2C6VgeRQ35NIKO37e7rE7dlrhm5UMS/PTC68pmyXFxzUCZLhRkErlGiRzkvyeQd5NFIZ06AQWj+PKfwAE/8j+PNeYjgQ26h5KGQpzw+ubHrUcUFMmvco1GGRKEzzG+nNT4GYU9M6TjO1+PTY0WUFP64jaEIfKP7ZdRQRVEUHRcWbmgtfJPo2PegXJZiOLj/M50QrrM3HUt88UwGiNIcRkl1bWh3khpapTGIHRFDl9jGEDHDJ9FTSSnFeGXjKoXcOgjJMg3DFt6POTTNt3jBZFrngv8SnvhFfyk98fI+dG7IOZSDcoR23gI/0lPDpi7D5s0Om6MZ5U/xeLJthTKQSUNiLctJynDTbem4y1NOOjM52w4vmQFRbti1BALwDKjmdXe3rGoIfVPdlidDHKWTQdebgU+ETbzss8dyBI/HNk2p0ISkbzrXXiGlig8b1+/Xps2LAh+b/xjW/gm9/8Zmo0EeGRj3xkiv/xj3+MG264AUQEIhKvo29P2GOPPZJ7y5Yt1bR8J1p/jkyXw/2zlBPhpJNOwp/8yZ8k//XXX48DDjgAofGOnUeYlZB8guwYETt21XMmd5UXzK2UoFEvTybUGe4Fod2F27Dk0IqyUQZUACn0SKVV5QmcDP5+sIaZlPgFwUyrlItiqmwQNB14BpuICFzRVghledl7o8TkBkbWAFzDRSnCyqHqY48N6bZpGo+KMEfZa4Mup1J9jh9Ju3370t1ro/B6BkTow+QcNOhSgZYq/aENHAD+LjCcsiv4mC72+m+ATdqm9LLK+WqMHlNzJ1G3bSgcEIop76eiIeIdKy8o79LgVop68gdrCKk6NcocTPdWaCO3z/ZDcdcpKcPBD3fmmf8+RcUYGDK8lFsYAX3f6+PCafzSXGQVCVlWqa+Aozef7G52dPf0zOQ2T1e8RmTqcB7/NHPV+kN0aF7L3kTQfKsqk3V5JSgt/Bua8+Zk7L9SnKXF0cDmYPqcoaIXf6FNyTOwMFU2R4uEbwiCHROBuw1c+AvfYXhodXrlMHFGZit3SRZ1cX4eTydpdoFPjXE+MCrtTgZxY5iIsP/++6Npbt1H8hZmfD/1qU/FW97yFhEWGxpCQNM0eMpTnpLiPv/5z4u0D3jAAxaFykzA752XjoBHqB2T1+XUjO8xx+3XrFkjdsgjeHe+q8LKVVrJMm8j4AlJ6Qm9gpGM7oKbpcl+D0trSKRU6t5XVl6y3xoUrBBRltcXDnuvKZojBFFJWTY4KDxdYecZBosWchG0sKnEDeWNgUYpLqUvKcQeTgO4VI9Q80f6dFwF/JdvnSPVKT4rZfYkCOW8InwkcAWN049SavXc4Qa3uxvH4hNatb4sjaFoP5n226OYDpGP6ZMCbgJv3hc6XWGOuqAVdUMD1PM/Fh5yJfYtBMZPYxijLe9DTe6CSVLSmTIex7dRfpbOuHkfsL4aUqjd+egZNSos2zqk5j6Ps8aNPF2kwwOrs8+taS/VETu60MAeJ3cO8LCC4Rj6OB5uT5sMfMfZC7N6vtNXJHa3g5DHfV+FAErpMq0GfXQa+Tdxhb4MYnEebrIN8Z2TPmN89CSGcSM6HXEOyW/lI5n+KVfPGUPmO0ntAacHK4fsWwFBFMPLKY1j0AGejNft8lSTVHWkdU5j+tOnuQwCCX9V13D61ywCpDxOuSNlqpiTAimbxoNyNYq3Vsr0Tml6V526ecTL4B776b2w8JWI7Q98yMek3ZlA73DvscceOOGEE3D88ccv6MHr2WFhxvcjH/lI/PZv/3b6drdu7HOf+1zxENknPvEJkab0fe1tDRynoc+d8UfW+ONrXjm3v/3tB8uJKzCzwJbbNJiuKq3YUN0QYWFDuq67Muwo266iDQhlu14RQ1IzfxFGqAqSlUCoFDWGoY+vBp4S4RVkhJrXN04agS4VPXP2XWUwh6Sw7q9BBX6g2tqYzYDW/CCVUCpEaSNAFjE0OZDnhzGY5BwRu58xHQ+HMt5Ymi7OzsEyn3AWWfQDOS7PUHGzQIGvzWzM1KCAY5nH5V/N96TBrvqg558uTWgw484M6xiexlkb4RB0Uj5+DjnWIyeWUaJTO6nYVzX5kAyneejDK0vX5eAzyiDgkNDz54soYowsngUMbiTx9/iOd/+7/+P3u0t35UV+U5dCiHqqLvIoRn+xIH7UmjdpJn5U7wM7/7wdf55Hvg/glqHrqCJl/fqaS3E+pr7xr4gM6ntiXpNJV5MpqXwPp/Sby9S4DL77YPo01PUAnV+UQ/V0Hr9ibks7jGdU6o0w3Wrugu58oGl+KO0ccNVVV+H888/H+eefjw0bNmDDhg3prbBjjz0WZ5xxxnwFF+C2t70tfvaznyVbM/5u3LgRJ554Il7+8pfj2c9+Nk444QQcdNBBC617CBb62vn73vc+vOAFL8D73vc+bN26FUB3//m5z30u/vZv/zalu/nmm/HhD384HUlftWoVHvGIRywSldFw73vfO7m/+93vVtPy+Hvd617Vcmo7+bGcAw44YOZVl1tu12CyZnsdl6gztEHlcVbBNA9onEpKfk3JGtOuklBwlfSg/Pl3tCHiKR1akUluuG43ny6f1ROU3+I0IOBUXKmvtSEyyrgZU6cHnpIxIjy6PX3XJmQwlh51XAWGFDPPCI9GmAkjdPeDqUMgx4WcnpXtK1yVNq9UYa3R47zGTKl+TVexQmWAABDKODdgdBwCFR72gu2PmoKIcvuLCyqOezCtKk+Mua6/BN78HJzLJMOdutzj2iWcYpg71iSL8cYkVzg3vY4JH7dBFmQRZn4pGu1//QeoCIYWR/DglF6g5YwFb1NBDslFPyrzLV22x38dKD+i5s+3qrwZ0zcV2aabIJKoNrp9BNlfhtd75ehKK/PDndclPpDCcsNs/SNGiPFGk030KdnwFOeEO/5RBrvis0WeoXGtwHTzLvCd7+0Ad7rTnbZrfZdffjnOPPNM/P3f/z0uuOACAEgGeAgB1113Hf7u7/4Ob37zm3HUUUfhxBNPFNejtyUs1Pjea6+98I//+I9405vehO9973sAOiNVG5hr164VnyO7NeHggw/GXe5yF1xxxRX43Oc+V017zjnnAOgeh7vb3e4m4h7+8Icn9+c+9zk8/elPd8u48sorcdFFFwEAHvawh82M7/JaQlgzUipxQVoIr+UZBUPKhBM/dxUFxjto5Op0hbLcpgQnsWdUCCEtj94aZZyXW6hXCjmKxRpB6SrcUGGxDC08wdLr8FqYQVT6PUVcjkfh5eE+nX4gqO+mnLaGTkmpiH5HgXD7moep8uoIWL+ce8GkHV2sqxhZfzauszsa18nfAGiC8rN0sdyG9x875lib2MrgsfOQbB7uHKLDnjAWMUZW8Q5IBgubu4JGW+Q5HuPaSnqufBZ4U3STDtbtNsp4MPNf8IKRYalPSwq4h4/Tn6JPnTiX+Xvli/kZZLieuyXchhR4Q6feiY5SmQVC8xiUJveh/tQwln+2nP4sDRu3KJNSXR5aHd4sNGY29JjdhtbghLOqzdjD6S9PXnrjbOZ1dgMQ/SfnKI8jE1fULTQeHji0PGohDSocKPedctevZMVfxUuLYxNsuC5rDC+o9GNExH/EV9U5RAtOmDtOgzJ7eJJON42ZyDs2UMCgfsXTrhQOPPBA3POe98SnPvWplRdWgD333BPPe97z8LznPQ//8R//gTe96U341Kc+la5EA0AIAdPpFGeddRbOOuss3P/+98eLXvQiHH300Vi1atU2w22bfOf7Nre5DX7lV35lWxS9cCAiPPGJT8Q//MM/4Lvf/S6+/OUvu0fgv/zlL6cd6yc+8YnmWP1hhx2Ge93rXrjgggvwr//6r/ibv/kbrF271pTDj1U86UlPmh1hLjSGwNdx60lnVF6H6i1mG1NPZPRB+nmBFMutMevAfioMO3iBNfAE74Cgl0KFfHxUEuSkVjB6AhpUEaAqTMPQuOhu6dPzO3D6pWKKYcmf7x6mMh0hXHqReLyiU2mXwIfj11Xa1eF8+qZUfqkehmossxTv5uQ6sVKOXGWWu5sgjyE36BSthodlA9w1vlOZilD7NyPkvTj5q3eE0zzj96F1R5Y6w4Srzx9y5Y+cTDXllOeJTEIpiiEp5f2L7SHkRaKQ00njm1R8ZzTxe8layRS8rIL7kNLu0wMPDzYNst9VyD18Ukcyp1FmRwoiZgzwMBcPbTiUILBPArq0GkQ6N41fcDlKN9f0XTDpqnyXT5eeZgJ397SW3chvDgSAWsruWL32IwyPk5n/sHLJpT35sJ/lLbL8wcUejR9nTWreivZGtPkVGRPH/ZIPaFlk6tZ4Ofibtjn0bY56l/pHh+v6NGIlWWJ+/UU4d86NpNv05gXYjycvegXC8EHVr8SLEnFWMHN2UpvfxXRiAqo8McVSlVnsHMDl9Zi0c8DJJ5+M9evXY/369bjTne6ESy+9FAcffPB8hc0Ij33sY/HYxz4WF154Id785jfjn/7pn3DTTTcJIxzoHgs//vjj8dKXvhTPf/7z8bznPW+b7NhvE+N7Z4MXvehFOP300zGdTnHCCSfgnHPOEa+Q33LLLTjhhBMAAEtLS3jRi17klvOnf/qnePazn41rr70WL33pS3HqqaeK+Isvvhivfe1rAQCHHnroXMY3tbCv8VaZqlWiikqV9juMyj2yNUJAeVUN1d8ZRBXuzvksU6IZm7ft0F61hFcV/LMoAp5Qj/E6zimjWq8Yb5JhBfxHKTS1+FCP4+WLJARleHOBSUmuWWEahJLJ+zUpnhwv3Z+tryt6UL7nFowypHebpQJV6gSBou83Y+wrt8XjnHy3OxrKI8OlopzUifQTYsOdNpkgzlzE2PR163LSCgvS/PUUqKoi5oQJ7IbovQICJT6flCIJRAWThdVOeHBFP7AHxUq81MPNUY7NKQ8xxkGMNzGaIJFehkmZwRsMiPEWbXd++/lv4mJjBDOX1dgMflpdJunwIVkl0uv57BFeRZ5qnszLGCtbdLUGb8r0FMNLfh0GFdZ7iryyIEfNdO5pKCga4tMxpMQsLsrvwPq0Qv8ZCUt/pjv7sjqcQpZZvB95owJrX5zqFZ40NFcNqOoM0pz0QhC4GpoeoiVVbmK3hn/kCqIYKO18k4Nrvfm6s3h+yilq76AE11kNJDaORR7Qu5Ocg5oDFdkTp03YVU6dz0LDc4D3+eTtDfe4xz3wlre8Ba95zWtw+umn4y1veQt++MMfAkB6IDyEgKuuugqvetWr8OlPfxpf+MIXFo7HNjW+zz//fHzmM5/BD37wA1xzzTVo2xYf+tCHFlrHF77wBWzcuDH5r7766uTeuHGjucB/3HHHmTIOO+wwvOQlL8HrXvc6fOUrX8HDHvYw/Nmf/RkOOeQQXHzxxXj961+Pr3/96wCAl7zkJbj73e/u4nLsscfiXe96F84991ycdtppuPLKK/Gc5zwHt73tbXH++efjL//yL3H99dejaRqccsopWFqavfsnmwMmgmtACDauPFnli6UJkJzHE/59Oldp5EfcWvnbpSOmXOZq3DpilFEiCcYI4emGYA5h6PsL/ePU5yp0PFwJ++oRTQdHK6xDsQ9lukL/DbWzUl5yE5De8R3qJ6e9+pgf/+M76iI9VJqCkuneZXSQcXcb+BxKx7dJxoP3e8hleX2hxm8USUVlliuFav4GAjDN+Ir2CCWKRFjHJ8jH2TtiWmiThnq7cg+U07U2Xs2NsSxgbNoxrKKcJg6sswurFDyBEFXSCLd9XXcUdv1c8Ha1pd/KDag84riswt0wGDE/e2IV85qlT/O1R9Qrw/vt3ZLfkojzfl3+rPOUAzIU5oHlzzrdCGqchbhFFh9f0gYN54Wmn2xDBq/6aN5Q4UOC3pI/iPiho9TWHwzOxl9qn6A/HkaWVjQtjaExD5cxMEJme/K+uCteCHflA2DGpPt1ZAJLk2IZwUgjnX3xg2K8FszBMexZGMdPlaXBBJfooTAHQtB5vEnewXRS/0zxzgDb+9j5rQ377rsvXvrSl+JP//RP8eEPfxhveMMb8JWvfEWcag4hoG23zWfktonxffbZZ+PFL34xvvnNb6Ywfsb+E5/4BF7wghekuKOPPhp/9Vd/NVdd73jHO3DmmWe6ceeeey7OPfdcEeYZ3wDwV3/1V7jqqqvwrne9C1//+tfdO9vPfvaz8epXv7qIy2QywVlnnYUjjzwSGzZswIc+9CGz2LBmzRqceuqpeNzjHjfQMh+23HGKyR7TjrH0MyCvLoe06kzUMbb8G4BGhiHG8bJYXXJ3Bt3nFPr7jmiB0BLQEkIfFlp0/hjfM7b0C4hPMghelpS8jIR79InlSxGWf0tw7QbL5IkrpTFeCZmcR1ZilEClbIaAdDxQKKGMwQeHuesdayNwifeTUp6jYgPpJ9ef20uJrjitKJpCUPTVhSHFxWo9xY9SX4SePpK/p5/Q009oS2ExPTI9Ov1ujhIyRLgiEOcDKID649lxvqC/H53mT39sGzxO97keKz5+XFUWeiMT+gI41rLI7gNCNrmeIim3pnkWnuiCjx/zk0jX9V/iH8zNeQo54Zk+GC2peDjhSP5MV+lXhPHe8XvSZxHE9HBK/CrFmXCZJkS6ZjUnjAr2gcarBJICDOK2DNMffEzlnJfjIdPxX1FRkG1MfRDIuNvYV4HQBpYm/SHFJ34ASL6Z+jZ/VisgypfYF2z8uAId0/VpcjjLw/qSmQ6ogytYZO6hItx8SrZwXqrmn5bhcb7wuW3kXMQ9qJpYHwnexOSSpmfZWKaPCHwc3LjsiGmZP9OhR6PlvuL4BkEjHQ1K+kOmT0F7ym/oDlIwB/mr6SkRQTHeaQ3XAUQx5IR5bkWb4pfrNt1vE2nL8H/LGwgBDRuvhkIKy39tck+Yf1L4bajt0zE3WlNmqjv9RppheOpuRebbkW8knoSeBuKYpzgoP6MDMBrry99y81Z8x6l3pwKmJ41Ku4vAZZddhvPOOw/f+973zHVi7V8kLNz4PuWUU/DiF78YbdumM/QaHvOYx+CGG27AtddeixAC3v72t+NVr3oVJpNb77n+pmnwzne+E7/zO7+D008/HRs2bMDVV1+N29/+9li/fj3+4A/+YJTBfPvb3x5f/OIX8fa3vx3ve9/7cMEFF+Cmm27CXe5yFzz60Y/GiSeeiPvc5z7zI7r/ZmDPXvthQqnpDWz+mxhZwxhiYxlkx8ikgMsChQmitmdEbYM2ENqW0LZN+p0G5g+ENnRuJObGlFcmaJh+VBAWjpuDr0mrIrhKpYWI7TtqgunTrBwwY0TVK4R9/Gu7trdtDuNurgAAXOFnDdeKB2VFhrvTQotWcHQbvDYX6McI0Kb/RSvSNBTQ9EK6Yao5Hzbd3mlPJ9M2/jaYhgbLbYO27X6nzl/b0+C0bTq6bBvRr2bxB1ofyYZeExcX4txo2FxpAppJdHe/1GQ/9Wmo6fu0yf1cVIASNUZBzt01Y4+HyzyWwn2Iiq5ASyvv3vwAEq+I45tohSleSQkzYW0xnSgPPCzPtxiW8WNurqCz1teUMQ5GsYpKOqTy1TIlreXhKk0MC6yMADmeHDM5Gh52bOx4G1WbBR+HmotpTsrxKfU3pwODUU+LLeuTNvTzEd38nQbqf/s/ZH/bx7d9mO67bIyzPuK8te+N/FlqbuxnQ54bVWmMWHjL0yU3V9QzPeTRkCAN7JD8ZPxsHAuLSaU5KBY7weehMlaVThDrKlEV5yuB9b0cDybL4PEa1g99vWmu9m4hHwoGWJQvkxSejbEkZxLNtoLO+RBEA4uPbaRPSZOUZI38yzTZ9nQrjTPJL7y+UB1teoov0Gl3pnE7DwRNcnkQq2JlqYGRoYauGJ818l+PWRynFku9LtC5+79mmt3UYlXvX0X9b9NiiaZYFeP78KWmz4PuN5VPLSZgNML5F6DkgO362G+Zb6PnO5R+p8i8aKriWvTxfV4xL1iv3nzjco0Kdgro1aDRaXd2OOecc/DmN78Z//7v/+7ubkf79S53ucs2qX+hxvdZZ52FP/7jP05I6+37CKtXr05GLgBcc801+OIXvzjX58bOOOOMhX4b7sgjj8SRRx65ojKWlpbw/Oc/H89//vMXhFWGzjhok9BGYphgTNOuGDYNX2WUaZIhhq48rlAI4dwQ0BLaJoBCA2opvfzbHUOnvDMeGnRblb0xlAR46BligDASPCM7GgmeId5DSQlIfmYka+VF9FGTFYCur5yFC22MszqzAMzKXjQG2yTMO4Ef3S13K6Uwr0awlpFsF7jg1IJUGNjSkNIC1qUb8NXoVhrfUKvWUcFiCn1W4ON4ZKMxK0UNM74793JoMG0nmPRhTf+73E7QhAZN24B6pYnaBuj7MP42aYGIQP1Y2Lu4Vqk186TpFYv+r2k6WpB+aZQ3qt/FyYlEnFlwQwlxrdwVw6CUtNQsa4R7s8UaAUqJ4f2SDATfmPMM7uxvTTypNASkcG74GWMb2c2NGWL4gfmF0Uqy3aUeEcZIrDUqXVEBB1foo7/p/ExR94xwo8CnMcx0wcEYY2mc7BjkX6Ykw87XSZzXfH5z48aZw7q/ZB9kw2WZ/XZ/EyyHBlvDpA+fpLhO0c0GD+87Y3gzXsj7SJyiUkYJN7TTIkHPa1K4ikuKdRo7iDnqGVtZVjrGddWQrhjUaWzZYgj5aXT5cW549O4Zb2IxQi1IiMWKmCcZfdnY4zvzTdRDknxVC7a9YTVhhls03rQ/02wrZM0k7oDydrNGpkWERJ/ZkBZ02jaY9jSZwjlNxnktjG/Lb8sQU6rFG87HCwscmRaZwecslOhfjldQKGR9RepDSf5FunMM7kkanyDGSxvdq3r3qmhYN91v8sc0NO0N8WxwL/V0sZQMbs7XkH6jWCWxfd+3TMnINMfBjWxKRnb6VWFt8qtFRiDPB+S6NrW7wKXvzOjGpQXMV6vWrFmDNWvWLBStRcKWLVvwvve9D6eccko6ma3t1XhK+wlPeAJe9KIX4YgjjtgmuCzM+N60aROe//zngx8vr8ETnvAEnH766Sntf/7nf95q3/remWD5qj0Q9twDQBa2APJOWy/89K8Ia1gcWHhXqARmsMRjgOY37eLGsF6pDEwgmBXzXgRwu4jzUpIvpOpfnjeVQCwZUwiS4CGluMS+0bvc3JASRpUUWBoFsRMTBae3280MRLFD0zKDq28gfxBcgFqs4OPnjX+mg9gP3M0NdhmfwgFBM96iBhtVgaZ8YZQrG7GN/nFU/4gqpZME3B/pTdJp5+6HXpCJMOJYO8W497vYaWdb+yn/8jnFaREJBakcCSVMKE/K8IhhyPgXjWtlBCR6iBkhFWUxL1LanE73Edi48/Q+LcRwiRPfieMqaew20xx4YbYMEu1z2sPbqfqG923M7Y+PVJSjUV5MwzDj7kKjcl9wnu4ZW5FOoxtqEY0d14zGNd+xSsp0v2CW3OTtMpaM8G5+ph3vQI4RPsFy26QFtWSUt9Jg5waSNIJtn6ZhCnKM0rxww5ls4uWoNDFMUtTweOU5FuMy/eUflS7WoI0iPmfYXPXmo5FFyW9xiE5ukAl+o427oMIdHuV1i8CFGK0WfuNJI7EYrOg50j5fjIBuJ5eTjpEqFhiSu7D4bRZiOO1pOpkFZL8J3u7RKxxaZflYs2V4GnPGJwXhWf4trggRW+xRY2WM80aeWOAG+qTf0bZuZsA7px8k/2GLTrp5ou3Z4OZjHw3luNjPF9ymzB0XZ8yiHCKv56dilIwGsPWmX8w73wcccIAIf8UrXoFXvvKVi0VsAXDllVfiLW95C972trfh6quvBt8M5kb3unXrcNxxx+GFL3whDjnkkG2K08KM7zPPPBM/+clPEF+LA7o70E3TYHnZHsnQn/P66le/uihUdmlY8+MJJmv64/mkjNCeiaY4imFIm9HiMTbkeFGGBma4gE9QZuBQsPEinS7YwT0wPDTuIk3KF2R68DjvN6R6A0H0Bb8vH8OSMcXDWJ31fuorarm7HKbvg8fd2hIzZDpi/uV9wsY79WW8m5x++wr4t6B5ODnl6noNUsTcEEqx20c6TSGeKyfMmhF5SIez+gJDmT+Lxe8n2nHP4ZT6ycYV+4ihwyOCwlH7TZ/Jgny/qoaUX+DG24zYZpZG9UlS4nl6nZ/7wfL0dTv6YKaXoOKcsXfTi+YE7pHtiX4qpNEoKRoOfFzEmLG5q/OwoFgkqf7l/IVm+OULptSXY67EMLdn0IgrANqAR8j5ketRnYRogOvd0ykzaqb91aMYlk/+xGtK1ijKhiA3ALtODIw28oNImS8YXlOkMX9ulaYVH0fpDoXwcj4Z7ddIykOalqPRlGgBEO95JKOK1VPh2YGhkhbPI30Dic+GQh6Dv6rX4AUwQ12n44t1uRKLPqdLO8Z5MbbHN8kOthjD5K67eBvzsXbzOhQ640Azh6CyumVTNdp0Tonva3mXwj35J3UisTjfOIvWehGFL7CkRZbWLhYyfpVOccYx57xHCBHVHyFTSTd0mYYDII3zEHmXDfPSATDGtn4vYXrzZm9Udi7gsnZMWnT3pffZZ58UvKPtem/YsAFvfvOb8cEPfhBbt251d7lDCDj44INxwgkn4NnPfjbWrVu3XXBbmPH9yU9+MrmJCEcccQQ+8IEP4Dd+4zfwta99zaS//e1vjzvc4Q5pFeKiiy5aFCq7NKz5OTBZ3bk9gzO+xhzDrEFL/svOrAyAyQcts5XyLPTXqIcYBVsBr0fVXcNNpKWeGXr5i+WRDPP6qW9QIIuLKBeFfuF90P8Jd3oRPi9Y8Hjh78sTfVwCPf6xj5jwDIRsaPNvPvdx1MD0hfg8Fe+H5M7CSYChE6scef3G3cQJXPUDVfMV8JCIG6cef9GPUDRC7BN+3jz0qhURVG2DDcsFWyXUJh33AnFOo9sm0yF3fmE+aKS9YDsnSNK7+IIC5bTsKwpioU9X641l7As9nooHeDxQtggqYSmBAlGuxiMqAkhz1FvgqS0Klk486VMt3gkXfarFnArqG8h3zQhyrufd42wot8ZNjhviVFBUkKMRxHeqs3HUY8D5pfZrmmL5Da/t4wR/rY1niVb4fDFjrkiGnCqcCZ2nfLDpVL06ziwQ1xiGqFD/MmbG+FYydGo834MSHoXwHMzaU+PnJZmp6SCm8WiolA8yrNilQ33g9Blnr2PKMnV78sehxcDpRoc7cs1sUCCn0YvWlOqSu+oA/BNQwi3Tu22sdIDpNjtcqvZaGlmJOyQOcu0tu8BXm7VcHUoLYJ999hHG944GD37wg8WGsP6m96Me9SiceOKJOOqoo7AtH1fzYGEU841vfCM1cmlpCe985zux7777VvPst99+6dNgV1111aJQ2aUhNP2fRyecofB4JjBCAGOcNl/0D5JhZZKKKM64HVxdIZHykU0j4qW7SxuKaVNZlfK6NGRw8honPyzEFDyArbJD9j8r2utCHk79/yJdkps2t1aIuCBJekQLoAFC2xFCErQNukfKYj80fRt6yeku0Hjj6uiDSVnzQJcbVEZVpi7Pu88dgLIBrsvylFTqRsE10Cgnlu0vFFxSqErKrgp3lTIPPI1MzQWAK1pZqcr0zxQtnU6Uo8JqqDjKai4i9EowdYZ39xqO/A3RT8I45waVBr1gR3zBMdI65b6Qi02yESVly1ZaiSPl8PivGCu2axmV2/60CvUnWTp/YC/y53RE1P0CbAfbHgNO1yvgGObIO6uZFXPmwngKM5LTVREwI7tkfAdrfPPjzqlsZiTJncq+wzhNsMXN4XD2R+q3Rti1ecXGUBQzxD9NdQUrr+jPczKU0npZubBJvJcjqcthAVqIKf9YPb6UUBhCJk1urMdvhCwMqq2RtvpiyLSRVWGESRVlF7Q40+0JGj/ldqq3xQj6Cr6eo+nT8HWHjt16SPZlTOfgaeWwIxc1qY/t3IKIrdL9GF4+B7S3bJvPUW1P6NdoR6fdmUDf5z7iiCNw4okn4v73vz+Abgd/FjjwwANXjNPCjG/+fe0DDjhgFHL8dfMbb7xxUajs0tAuAbQEn/E4wtxTAILeyuh/i0J7BoY1yAg95UPjoIUGC7M741IRMoa6FjAEeDthRmh5irHXHtbwKECT4O+VPX9nOyuE2qCQuzYhuccyPPf0ABe4DaTBoY+nE3w3a/8oBW8bMGgroAPrK61ksVxj+pDTAK9MKCfB9IVx88o9hSo4+ESiKS3J10DgYQ0DQcOMFmSaYOL0UW0ybQ9qIS/YLuFjE93xccbQuREfbuRGdv8b/XG+pE/LhZD6UZ66YAtKimdoozvxD4fGzcKS9hcZrxevk3WR5h5m7zc72I00lomg3h1ozfsE3N80bXZTsG5mjPNHrEp3h2MTQh+bjoaDHUOHPE6u79SKl8aTH8oQ7yoWd7OTUQ42/pT4pzxanGknpTefJHSOsgOCADwDJ/RjlsLVXPPkrnFjRLjEoJ5ehLF5Wyt6dJVkw4KTTDS8Vp6KnsmCkhmM7VzDM9i0gde3LY0KB69Us2t4O33uAecrvBmOHPPpMtg0bvkOaNVI4R54GPeEnCbSaIquzBGf7QblL5RRkNFzzQ8NSzu/8Z144ti0OxnE3e4QAs4++2ycffbZc5VDRO5V6llhYcY3v8A+9tz/FVdckdx77rnnolDZpWHploDJVHI8j6Hy4+d2Z8c3tIinBZB2RqHK5vU58SUY2q1HQNx0FIyYK38JR9i4EA0G5HaJe29x14iA/GxmNkj5XTNz5Ir7a23lgqY3EqJCGA2OII7Rgt0BD9mYCOp4rRZkNfCELSGPp2NwBNOgrLFQkH1umj9GetWEqlvWQEOJOaLk5sJZKDNSUeNFuLV4QpxrFmOU6SJwQrZzgohpipy4Ba6hjIMyArKb5WN+olI8M7r48Wg4foTy+lRgXZfmgfSLPOT89acyOjebQzF90udUX5GlW5UlJYicLnW9otcgxoSVNIsSEiB4TC6G33GNCmHsf7lznR6dSoZyKwxo9xf9vUreBGZ0tKm9hDYZ3Uh4ZPSzAAiANJTBjpqD7W7DPmSVHsCCNNylsQ3w3fV8BB09TWVDW456SaB0v4Gob1Muu49BV2rsF5mGdYj89SBQX22w+Yt5apEzMxlk4ViooFbk2Op4FWJ+BFldaUGR8wzNCEv9MY/SX+PXgqetxKKYH/+yXOf9WBiUGflP4sWCCcqyZ6Y2Z0zNkf4Yx3EAS6PL0eDJ38w0u+xahpm0hfxeHb2/2hc8slkJ7ewYQCGARr4kODbdjgL6s9elz2BvT1iY8X27290uGdM//OEPsXnz5qoR/p3vfAc/+9nP0nGA2972totCZZeGVTe0WFrVGoGSjSzfwJK/VIkDO3bt7wJyfgnt7kGQ9jy6Qw20nHMZrTIuWbtTW/kOcNO3O4Y1IS9g6J1iboTzerXC4Rgaadebx7UyHIAxvE35Y/pG0IXTD6qPpLFCsowx1eqEC9RljMHpFU9uxlF1pDlTqp+V7S4i6aSeksnHNsX5igcvw9bHtAJWmD2hQGpMg4znNOAoLVI3C3bec69qr1aw0k53pHt+hLxlYf1db3HkPKVRZRT05Q5PRb8FXid4otOHou85vXg0MIr0CIZAiBh5dZ1nHlrrj5WHJiBQADXoPvnIX9tvQjqOTg36HfMuf3Yj0wxB4mLmVyaCNJR8R7jv2Gg86Ae6hsIBEjvNYtc5yDogxlv5WXrh1/GqDM5jidXNaboqx8RcKciEMfJS86EZwOW7HMYWWKRdy3fL9XQJ3Ss/jgwjPpZOmoXKFKf/PX62Il2lgGuJR3K3qLaUrofBE3BefE121uhxlv5Qc8fOLRXG5YNBSvk92S7kl8XdlWUCoUK+IXDSTjf9Yt753llh3vvdizTaF0Yxhx12GH70ox8BAG655RacfvrpOOGEE9y0IQS84hWvSH4iwn3uc59FobJLw9KmFkvTfMTFGkvyIShPscyPaOV7q1wZBaLRTYaZDZGeK2jmAcMwVTiV3MzgcJVs9dtQIQ2ZMFO/RlkJGVK/JqytpOHlRDdYeKHPTP8x3O0JCNs+4y601YBRqgq4+nr+iKLJz+SEGYWhRMOqfd5d/1JagRtlT02JSuPoKSU6nVcGqSCukHhjZsKoThelckr1KxB0qpWsROMh0zwzsOOf7+/ztMGdLz4yAQCN4AOVNF5/6D5Rfhcdl27JxnO+E9tAkKd00oOJOS40Iafp3XEBkefnjyfKeZ+JzuNtaf5p4MYpzxhUWNBhgDWYVVpBP6XwHOfx2OwekQaqfI6rB6SiC4s9Jiz69fxy0tTqcw0wh+8W2zFakI+EEg/z+EEpvReHEW31SdPty+pCfaU8FzyZx36r/H6WeFbfIF2WwJvfDq/X8qPIB2u6gSf/nTHW7TfG+xgYGvuxmXilWgaPgOnmWXPseEChMNcKaXcm2N6PqY2BhRnfj3jEI3D22WenR9de/OIX46qrrsINN9wgVgs+8pGP4G1vexs+/elPp7REhIc//OGLQuUXAwhIxwA9Ae4olzw+KCM1M1pyme5Y0MczBwVnoW2cAfYnBgtKLMqKNNuxdv2E8uNLkH2T/LNAj3fQxoJWRr00fRz1cbpPEniCjqUNMZykn9gYkyomBqbj5gHwjAWh/3AFZ8SYJzycpPNAUeC6hkQhfyksaglDdMAV5L6P3YIjXQj0yB9LjVChjVLht4/paIOguKDkhXG8C+ga9KIekxTLkGg8/bbyNz201ruzn7IhHnIa0U+6b1xeCMsjNA/k7SRNA7oTHBjD7wRdBBOVQ+Mk7MOIkF9nIvBDzWL8eJu0sU7IRrnI09eo5zbFpEFFQCjLIU5os2sNxtMo8brMhJw+oZwnMDcf88wvu0RFHtt2Gaj/v6g0OnXwX2YWCDQ9muNvJcRx4E1NTeR05s7NMs+pitCQMQ5e4iH5OwtwHs7KzfNexpnHxXR4ClP9XcPZQ4DTMel0KMztgt8pPslUZ1pQ/7943Lan5eFd60ICTZdjwGuj5vXM7y1Qal3QXajl5St8xVhHt0MDnT/IdLoxA21dEbiNkLjUqmjblSKwA0Di0yPT7iSwIxwx92BhxvcxxxyDV7/61cmYXl5exmte8xqRJoSApzzlKckdVyMmkwme+cxnLgqVXR8SAwtJUYlKCkXFLLrZbkcgSkpAVN2iUhF116jQEcgYveNWh2VEcFyliVvg3zaBECBycUH8rQQ8hdxTyhW+XKjwO4n53rf8dcPgxEPFMf+Ytug21BcZCGbMBwTuDsneKjQwtDsO6DaSHNxiwayMmqIPVVz8FIatOCUeVKQQx7LT8ty4UphX7hzAceRFh8h4uLLdv6hPLbLxJD43hkz/+pRIrIz1pdc/qY0OrUulkmyeGWCmRcaouIsCHENBHA/PfFzsiPc73dT0u+JxFzy6SblNWbHObP0U9dDE4GLCkNOnTCH+y0IpgIWpvhFxIXe8wwulMU/KAM80FECJXiTf7cp3d8Ah3ZLX1onBJCnNNzVf/V3GYNM6KFTps+9oN0ltYs8qM3VZPVLFBYzCvHUNy6DxHyNs4hxegTTiNKDDeS1BxxGfQilhXDiP4UmnAsyCQ5IAtbpmgBJvF3GCL+ZBKZ2Gm0kXDBl1bxGGhwsewmljBBi+X4NZaXwkTLdNsdsVtsfO9xe+8AVs3Lgx+flD3Rs3bsQZZ5wh0h933HHzVdTDvI+qbQ9YmPF96KGH4uijj8Z73/ve7lMn7NtqHPj31qIB/sxnPhP777//olDZpWFyyxSTVc5UF0yRBLPkx06lwCelgHZhqRyj5Odya4rBGOW9ugMxBFwODyraJIRJ8bdx0nm74iDVpwPtiAJWK3jKiCiHB5nXK5uHlYCPG8fbFcYj7vr3fVFSPEWZTlwNx1sDRgtwHl9Q0sSYFMZueCy1BuYr+TX6L8YDdlydst06vbQ14M3w+mDMXCgYR9Wp59FtiUdw5DSdjwWtMA4o8AJKSjIRxBWhdLSc0k52aCgdPad03BzJ4OZ8DL17FiNvqL0i04CBIsKUkU3MneIVLaRy1DF0Qxch5wcK8ZBhKZ3bxgHm6vRZ1fDReQStkl/mnPQ4CgplD84DPQer491XVeJ7OhwqPY8YalshvojryPy1NM7TfOPKqsSPlu1jwE5Rn98X6dLJMwY4X3TG2G4kBJtvfDWs4BGZFqhvTDcvYpBuZeB8ckzaOeAd73gHzjzzTDfu3HPPxbnnnivCVmp8H3744SvKvy1hoa8EnHbaafjyl7+Miy++OBngAIQRrs/eH3LIIXjTm960SDR2aZhsXsZkugzBOVyhTo4CqsOk3w0D4H6azKvbTRChkGIWJVWDqso1LPhdPOK/ZMKEAR4fYONpojEe6xipqNfuegl3UihDCi8rjjkN2O/gokZJ0aoJ3eQn0XY4RjpfwBHlrkSZnEMZGg01PDR9jU0arNu7B5/HTyoc9Qp6nur1u/aPGUevDFEfy+/io2DAAAOswmUWmCqKuSlT4aSVxPJiBJX7kIWNBsdwc4vQ6Wo8LPIvwbc6PpQfhwy98U2Mb+Vf//NqzA02XVcyJxlBuW8+eEaW4n8pr2NUj7mvXQ336mS/VbrS4NBZMZzFDy5GevOslNaDBRppY+sYO8cH57JnkBXq5OGDbGioPWPk4cg8o8Bpy2B7dTuHZHwJSnhzHa7AA2fijSUZIGhDyTzexkXQcap8JKywzumWRSF968GufOd7R4SFGt/77LMPvvCFL+AJT3gCvvrVrwKAMMIjRGP8QQ96ED760Y9i3bp1i0TjFwS6Pqx+szspWVTxE0tPShEllJUIh7PVmB3j3uV5O2ZGkxEQnsLD28fbLpVQkkptIVzEsXITxoV2u/fBCOnOI7G46O7uCVM6khb6glJZFMuVn8qJNfFjbbrbfCRZ5FBfGj+58RHPat1jhrqSZuYivQyesjsXbafZWMzCxyWGB51yjMKn+ts3Lhn9inDY8dHlenjMo/j3feIq2MowEkfSYz+FkOdKHyb8Xp0eXxDtKzdEFKWSjTqCHoeQTcpUZrDpamVo/q1P40jjmnrjO/oB+cUGlA1wKHeJDr2JpZVlNiaB9wXl+HQVyjA95PHn4XyHm6cRfyHhoklDLwJUDXveTjZP3TlBfZwzp8Sded52yPyAXfyJ7jHzcLRxOTbNED8uGEeB9ZXovxhRmfveb3pnhNdVwj94/VqBQvyoE1p8XMeWHQpJFF0W+STyHBKHSCM/LOEygJvRWQoyYSYZUYISfYD8RTrAN+xqvH64+plgdL8yaGe9p7QjAufBY9LOAWeccYY5Wr4zwU9+8hO85jWvwZvf/OYVl7Xw9/HvdKc74bzzzsMZZ5yBt7/97diwYQPaNr/O3TQN1q9fj+c85zk4/vjj0TTNolHYpWF5r1XA0ioZaJgiGQUOAILZ+QbsbjiA2k73rDBW8ezr9ZQUoCIIiv7Czpbj7hRQKpTD0o9pR4kpRWGZhFEvQZUQFQpkGhq2gBC1SlcB8rQzBZ4gdsJzGMm0jmKe2sW01XnJxq3D4JTdBn89fp6Sa9LYOqt4eG1kGdJCCVM2iAWYR4dUuZ7SLYyx5C681A0nTNB6dCuaZ/UNtjv0/3EDRhszvE28zQWjR1SreIF+sKqmjFXbosuJuOXpaNLzhS8XeN3O/JhpMuhxUuMbjPEdhPGd3I1KX6ETiaxCxKFRQ7t6jFVYKq1qeNlOCsgkyu/H8vASn9PvaIj3AwLSaQvvvQ2Ddyo0/2YcKPWreMSS93XMG/u95+G5CXkeuvTCh0LzslhGIc+KgBtEkPws/up5o4fFkw0uxHJIBhmUxrZrEe0XFTvF8nmv2lacVrwsj970vPH6XFeoxsmtk9GQEOuMDxCjZUR6jmkYiXpyd0hu2wf1sghJWZ3wVE2NdlYAHj25VQ3QEzNxdmrYvaPtw09/+lO87nWvw1vf+lZs2rRpxzS+gc7AftaznoVnPetZuP7663H55Zfj5z//Ofbdd1/sv//+2GeffbZFtb8QECaEMFGcwNuFjUyRKQieYentnLsCjoeVFB4vbowQNMq/MgocQZH8SgESbXDdVC6PuY1Rx0EJTVfQaiVV+IMfrwVtEYhZBA7ONYV/5Hh4CQX+o/AcxkFccwBT5lw6hqVjUmWQTMvTiTCFR8nWSFGOAtXr0CJj2rlRylrod3LdCrQCwjTX2N0pr+iHwNqW57j7B88fkjFAvA9LmrQa9+KxYNaO4vFfr+0R9Bhp/lADXZ6uq7+u4c5ZUkGKN5b5q82/Ekjo9OOdDLsGnRHZoHshvgHQdk9ncqU4DVtkE40sJy5szPT1Fa7gF4yJkr+0w1XORPl/TlM8NgTHoK78QoeTuO7goeLOezBDIiZg80+Mg5ZBKPlHvLGR3CTz6zSFMIfEZQQP8NpfkGu1+/T2uH8oljMIgj+T0y9Of92aUORDSvbzfuzD+NUyt5/CuGZa+lG0Y2RpyAv+iV8wXsHSpkUxYu0c2/clXjIivKhveWWYekdLkZmBdoFj5x29jWzHDvqC+KLh2muvxetf/3q85S1vwc033yweCl8pbPMvw++zzz64973vXU2zyK38Xyjgd2sBXzEsPaDGFAYvb3ZTxZYL9ocw8+qZSF5SPjy/jhuqhLrWhChhGCPX+V3lvYC4VFJ69aBidEijxVFIvHpnUVL0YFF2DC6sDEEahKQGWfw8g4pHM00w7m/ysfXu6XfhyAqDTuO4UxhUGK+rgONQ24Chce3d/G6+Vk5ZuClT4SB2hFh/ZHdQ/UTF/vN5gco/ADO9YxD9un1e5zNlbmbxLhTVUO5vz+8BBUk7VR5EsdgVGwDEHUI5hj1GPva+t/7MosGfhRlEBpAt8psOQvqPB/RjrOZM92J55gliDsbx5OOq4vV8ApAMitDI+BDy0Vfv01gcb0FXTr36wS0yDh7JaEWn4XzJCQdCncaGxqxE7yWjxpNJsb3OfAc8PhhkWUM8QLdD8yXHP3hkmus6Xh21+mcFr0097RR5TmR4sS0BjE6CofcAh0/X3lrxeBfPw8pyr0PwPB7otBW+Wly8G+LRi6I7wT+CzKNxT/M/mDAOy1t3/vfOd+U73zfddBP+9m//FmeddRYuueQSbNq0CXe9613xG7/xG/jTP/1THHLIISL9li1b8PrXvx5vfOMbceONN26Tz5Vtc+O7BttiK39Xh3bSoF1SR/ULyo8nwCUJ9Qoq03QtjQU0LLkBFmaENKlkWlEtCE9jHED6LSqZyWrDz1UodEPcMnXmCpQUlOQOw8a4i4ADNSHpPKQllY2QT6xXtUMPgmwbCxZhoi2hXoMW/GncQ3bzNCwdMcNILESWxlJGD9IyEMcl2LhC+1P5nvAuKRwlnNTcIRXmK5n8iH2w8UUFrFyvp1T5c2pIeYHf5yVjj/OKIOMGFwe4IsuyijvHBHUUUipXqhsrMItQLiBe6/M0zpTH0OGV7r1wE0eSv/Lx98rluLjjNKLtRd7IFGPNG4N0j3tsLSNYu8NtUNbz0KFdUeao8AKhFytlMQVZ7hU3lvKKc68EBd5o530YLQs6v8NLUewZNecp88Ce95NLr1a3iCXna1zw+3WGPq1CjT/xeQcgKldxHna/JNL7j+Cquiq83OXjHoyW6z7d+zIumLCS/HDnKa9fuzk9mbiYP1T0LUmPdv471MDTMmiWF0I5ty5E3jo27U4Cl19+OQ4//HBceumlwoi+5JJLcPrpp+Of/umf8MEPfhC/9Vu/BQD4r//6Lzz5yU/GJZdcIr7OBWChRvitYnxvy638XR2IM50IntKLzGQoRlYUD/GdYS++iJBKHiWkUea44td9k5ZI7cSqi3x8514LRiPMGfNNu8lCWQs+Ey+1tagEkS+ka+RbYNjFuotl54rTkVKRht0jJBYsKlb4l7ZaNVpD0zOW2ahAAK3OL5SqjJMop5DHHSZ+34r1dfEzbUpwSyW+INABKcg9ZIZ07uQvKIgFRcv7Db32yR/4iuNfvjcZhLM61z37oEaneny8+VJSlknl5+2lIGlkSMlMXjVJOR3w+74xrKU8vpFfiO+M5zgKgX13nOVJ5dt6i3Sg+sIsliT+F2TbC0ZGfbEl7pqSn97xW5zh0EpIKPJ40dcxPPU749G8TD4fVV2Dx91HAVW944oozqpyuXExTMcpXkh68mpRz8aA+G8JgnE4cTN2Q6nftZyL+Cc69GupDqPHF7Q7JiBYWmTxjU4v/Ez/WQSdKb3G8L/o9+Z/nOt8ThKL75zmVBPp/u7dbptYmJ2b0c34pNClIHkhbN4U5tQ3F4yQPdwv+hQw/Q8w3irCVJn87ZEKT5xuuVX3MRcC1HZ/Y9PuLPC///f/xve///3k57ZmCAE333wznva0p+Hb3/42fv7zn+PXfu3XtotduiKK2RG38nd9CHVGNKtSXeMsHlPz4rnRQKgY3cgGdXQ3Oczs4iCnTagKnEi2NwkCsgqd8ne5S31J6cdtb8FfTasSjFOY5ow3hZMJ9+4MVlfTjSIPaRTp/OSQFq+/iKsDTntHCXXWSHvMjHxjIfoHFIvS7lrErUgLTl+510PId8+0a6nrVxG1o+Mp3nEPKlqO8eTGafDwQeyaMhGUFfPCNQsQslHf528ACpSUVqFwttJPLWX6aEnEhYIhauvPTjmOaj7xMIcOql9miGGpLEVjQ/04BGlsSfg7d+wHb9IDJQPb0IuOV+WntKUyvPlZqNs95WDCyO0jj5+K8MJ4yzTk59Hlq7gqzMRox0FpOurxHx5Dr2A/rPS501K/F4HJAUkHmYYNryrpDyUaHgKPFrTffNbT0kWx7SVerGFwTpDASTx6WNK1mHsUndTAoXlPp/D70PJR4a7Iz+q4eHiBsLx5F3g4msv4MWl3AjjnnHPwhS98oWhEExFCCLjxxhvxV3/1V/jWt76Fm266qfiVrr322gsveMELFoLb3Mb3jrqVv6tDsxzQLILyCwy9c/fjEsM9JUExLGFAe2GuYuilZ3VRH+Hodn5zaHZm7ymhnpAbYMRFY6umTBYMOd/oCdYAcspyoaQMkhxT18DTvzqvCKdiH3JcXJ1rzLh5fTkim8ygcgdvbAqKRU3pcsspQGk8tF/3PzA4PiKNU5+HX0dXmZBTm4P1u0eEAXHaJJdp3UNGfkn5LTUjRdf6sf+V6RiPY5DHm/VHAMSOGm+77h/Rtlx6phlnQaCAoxnnHm/3qHktLJZZMu70nCx1tJ06lTzkOJ1JUZonJQMi9TFjvIoX1haKigtOcPw1/Eqg+8jhg8O0ydNROZ0u16m/hNfcUODTlvdJwVhe6B4BBIgX4VVcDT3TbG69FWRo/fRTQV6ryme5E1tbWPEXDy2Qc/rL4DGDPHXnNucT+r0hD3T5hfp1NcX6mXv0iZ+KO+Wb4YFfgT4fpwl2etgV73yfddZZyc13srk7/r773e/G5s2bi0b3H/3RH+ElL3kJ9ttvv4XgNrfxvaNu5e/q0GyeopkWHncoKUAlAU0AwWE8FGJkjqN+jKkbXxD6o0+UqugeBmFHo2JY70t3LhPzC7IMxhCj3iElidPmGhMYksSaMbNmR8Vn1E5jCTeFirtbGPqyXMUvGzTiiKwKi4p+jSHG9ojjaqJt+bvjBP18UAb+yad0fzyGO0Nlyok0gFICGW6VugEgmSfZQBWl1Aj6kOlR2VCIOqQdK9kvInIGQRWnnngAiikLYtyYn38WBv39yKoBrhUfjzY9v87bE008+SLGnTpFNtJ3rEd0j/Mr+5GhXCRKlc5TlkrzVOfVtJLwohSv21A+BVBmCgaXMUpl9Hu8R6TPAyG6LLbN+TWfctPlV3CyeAS/v7UcssGGHvzFHpJ+TqsiXT9WugxTfpAIebxHI63BGWqvP93EJfp1ChR8ls2rJLdK5RbGdxQ4g6WvPBU/taX4gylvCIbmaymdV48e++hOtBBkfJB5hozu4mmXEj2VgFynKM/lxQHQL8qnMkq4jcQj+qv97eApkpfGw6nSRZPzD8ODnKP9Y3gpIIm51MYButv92vmOCV/72teEP4SAvffeG3e/+92xadMmXHzxxdiyZQuICJs2bQIAYaDvtdde+MM//EO85CUvwe1vf/uF4jaX8b0jb+Xv6kDTACLN1UoQuW9OlJgb596RgXCljdixsbRjEgRzA6gLi35SQlYwwFgGVBkAf7k6YeUp0H05Q4y5FD5O4WUGN9QnYCoKpcuwa8LHM24CoHfYeLhRMEX+4FcvhFPI7Ui/JPwyDk4cFfqtQ7qo/GnwlDVvYMfw+JKSWVM+R+A2ZswApYiOUeJ1kkGaVGMAmLESaYTxY+dWHRmFu6Yv3nZt9DC3SQsYY3pwbLXCU1OGBpR0M3YaajgLd6i3tVaHg9soJVK3h/Mct09Cua8G8g4a+9pd4hWQ8brsIjnqftc0Fnmh4Y8ez6yUpetS9c8FY+YYsHLFtUT7Hr8bmhc1cOYr6bgKr0xVjuHrY+a6x9tL/F6HDc17ncbDv9QmT0Z4cQUwaM9KHiU5E+ddyG7+uO7MELI44TZ+Dark5kQWy9R6ls4fN/UiXhzXPq1oOudBQ7Kkgm+CLZW4nQR2xZ3vjRs3JnuUiPCMZzwDb33rW7F27VoA3QnuJz/5yfjKV75iTmI/4xnPwN/8zd/gjne84zbBbS7je0feyt/Vwf3Odw1KHKYQZIwUoAsgqdBEaSVkGwHpw2RGEXAkBPuUBhemOQ8pP/Ksp+6/+uomCSUkCVgllCQjyd/MXTFUlA4r7EPBsAlZmeR+k18FsEZ0SnBgyjE7utoE5UfaHc+/uRwy2sVw+0uKTVmpCSbcgDYiOD2MMBy6vIpORdOCxJPhKnbjIONEuwbAUzCrx+fi2JmwQtoeGd/QKgyiMgyqxrZj4JhH7mqGjTd3eVsAQ6/G0FPleF3vjZG7cNB79SkT7wHHwaPMus2eoukogHLRU6a1jRqYiKUhHkrn8lKf1gJBfEd8zK8pn1c9gt5qhncxDtadwjxLYgTvGR8Zil7DG2epm895ESblZiqyhjen28AcagyAGfif4uUD1at2MNkV4zSPM25KaUV5Q30wVp7V5iOD0vCNPUJeq3ewEpZ43BsGNm5eNN1qhgqbpbKRcnUmKPHIGfEOu8CVbz7HR6XdCeC6665L7lWrVuGUU05JhjcA7L///nj961+PRz/60QCQbNgXv/jFeMMb3rBNcZvL+N6Rt/J3dWjXOJ8aY5CZ3owsdBEct1ZYQfkspQkjEArK0DeGFwLS/XRefkFpiY5BRWUOKB+hjQoOyeORKQ1BGuYk0iRPjDMKAhlDxex6K+XZGHjRnVtjG8gF98Br/MMPHpH4MVU54zbe6C49woXc1n48InIBkDsGzB3KaOYEhboo2CSxLKeqniZCP7Up1x2QFksA5OsdvECD5ID01Ip1DKsq2qxhQY1DRLY2dmPuM0OFuW1TTXGMBH50PB1NjvOOZBgCsXRs0IIsM/7y8fIWHEzPO3ww1OLLgRKZ0jyr5OSJGEvMc0CNQSBKj2aKRTt3EQ9iHAmQyHhGXaQ55Za//k64KcvpouTUndKUZVjVsPDaIwWbMHK5fTp6EUDNoVGfouJhJTC0TPmYOyEtQvFrUonW4/x28PUWPJxmKFRCmQYdmdahG8rtX8iJEobfmEk0aqLpguthg6eHFH1VyxpTfUVWijxDc8GrawQ9iiSWSIr5itUPiL1U1UA6U/bune8dEm6++ebk3n///bHvvvuaNA984AOFf4899sDJJ5+8rVGbz/jekbfyd3W45XarsLRqlRtXZboxQsWVmLlnIBXvGJcUncpnP1y/eMHWNsJdT0gCk3xBagQ0Cb8U4vJotsxPcIWzwikZvPDCvSydpl/vooqU6usrKgxaSeFKR0kRGbjWID5159BGpoGQleFCWm2clWiYe3UXp2KYshtMhhitJXqhkhK+PFznmUUgMQutaBxEUnXpujJGsyh9Awra6DQeAgW8zPxhdBfvHtPMi2Z1/CVfUobOEI3yMnT5WtEbogGP/DyDZaCY6gRREUVFaSy9egZc5CXiRA3gvszO0osydDUBUmb0fxTQvzjP+Inza8bVZV6s6QInjbdsl3A3to2xbO9alUVByuG0CFegveJdYrA2+830oSh/+5xe/UVZH2wYIfOvAL0mnMNrODo4E/ewuhIrVXxBkkGA+9moIR5TeaRQtCdixsMLDdS8COBjrOifuzkf47ReGCfJkwZ6u7Y4keia9QULT+PATx5wGuDl8TqU32BIFaxVhMd/03zi4cU5FoTf5fea17OwsHUmat4xYRe8881PY9/udrdz02iD/G53uxv23nvvbY3afMb3jryVv6vD8jpCWD2Lds3B53JFI8JTWiMjD+pTTUowdOHBZYrzoT1wn7goDJUhoBVAR0E0QsRLwy3FMUaBM2Q5D5XTGnyZBFBtiApjDKPoj+6mS0Nkf2Pa+J4A8fhYZIzrsRddqz4tw+km00DIsQ69SR1BGtDxFEAiP5aGAIRAqYzkTr+qvMDKYScJ4g4nT5fomSumRhEtaQ8SSvcY068Z25B2C+MEI5WOSHbyqGsB7lyn3K+qrcG0m/crS5vKzONc7pKMpJk7ALjFOHifewwYxUkpW7XiZ+BdtRZXwbNIdVEFHi3DMi2SLtfLX/JHcGk2d6Y4Sk6Afhckx6twp3jXkIiypZvYTAbx8FIbZJ3p1/z16foTQJFPRj81LL7p52TTxTd9Okq/KPPWOIcheWmkmYxikMq/bpvHOxkPivO1m8vEdOqeB6YwAtruNyTex8MAtISWx8WyQi5L841QwtUbogi1OT3PfPcqM5+nqxcc4v8ODQXlN3KaxzsFc/koaBzMzcNbGU6s72XaIMtI9eRJx9HiLFy2jcz8Lp5GSr/dHAhA+qi65Q+qz4b6bSQzHjxir9s+wAuLc8+DAEw3z8n3dyDYFXe+54G99tpru9Qzl/G9I2/l7+oQDtyMsIeWBiqNF6Y0XJEmCmwdwQW7EhTZTX44kISDW6lmcFokGAZM4wwRplARc2tmL3Y2+vxR6HD0E9rE+kg3a0BwUKwv4inigxPG0vNydNuRlbv41yCgaTr3hAIaajFp4m//RwFLyd0K96RpsUQBk6bt8lDo87M/RHenKOZNI+5WzSlqIowmk95Ayc8VydArdi165RBAG2IYoe0VxDZ07i4s+6fR3SuUnb9B2xKLazp3m+Pa0HTpmTuwckJoMk6BejyJ2Q7kN7lf2Ih02/Bx7MeuiWNHAU0/Rk0T+t82j3Efn8eoTQsoFDGI9bJ+jn2ccA+U22fcjfDXfmVfQLq5cRDHukAdme4Tlcj5IkkIslQdx7MwRZxkWJyvxMNEP9o4Pcppruoas24MbqiE5Hb6K3jj1Ie3PA0zqoIMl8YTJX7d4SR5P0ddtI3Ra+I7DaPZhvl7d9O7QQHUZF4l+LWCxH+TYSf7RiyeKWbMJVwaM8YjG+e36XGPv5M07zLvi3yzi898VYblP84zifPL5Of8MtO0R5elDsrilvHInm44L4y/U/7bNpi2hGlosNw2mLYNllvqf/NfjF/u08e0MS/niZJf2Dmv+TtvgzOASQaSCvPmtln0Ugan1E9I+SFVDmWocdqPekWDSL+lxWuGv8K1tAicFzUIoY1uoG3zfEabf9NcbmMbWLtCDtObJFXgjSbkxTT2xxfyQciLT3yO9wtWDeMPfP5nviH1l+zP8yNSjFz878P1HCm0z6M5vmDP0yTebIp1ZFXv2XrLZr/inQnG0AdPu5PBFVdcgVe96lULSbcIW3Yu43tH3srf1WHtfa7H0trNhvbTyjeyQhWMWwtpFhekgiPiucIslB9HiWMTmJzfjpey3VSEfsGUKXaI/qggISkwWomKTNxl8iJMKnzEkJLCUfas4TFKMEeQSnqXUCh/MY1SupLiz5QK/pq9Vux5H8X+ISAZxdwYW6LeuKYWq9jvqqbFKprm3xTGwzsjfKnPN+mN+QkFTBAwIfRGeBybLJ+bHlFiJnf+lT1HzGWFnaXlgGx8R52j7d0tCNOgfwlTdIb3NBCWA2GK/jc0/z97bx5vWVHdi39rn3tvNz0whFGgAaGBBlHkASoCaRHRICoiatAnomKcjSZ+xKD5OcREDQYjEp9CRJT3EkkkRgXEiKZBBBTboDHKPE8CjUA3TQ/3nF2/P3YNa61atc++Q9/u29T3fs7dNe0aV61aq6aNvjXo+2dN7U7oTMyNfyN4Vi7eCgNwIbQRgEMrhbII2cZNmOTbj7bhSDUIbqPEPGIGbtLETaCYqJT7iRImQDqKsuHpBGcYMmERyzSwBjVcmV15a2qGdyPhfXy2cm3l64UI5UgFIEkcnFqosCWmNIyMQYuR9itilsolvIBtSRvFPsvMJr7PFHTSzjHlwBkYD6b0Qn8DxEkfWvd9T3eOJoPiRGlSPOu6YhNPqbKOwP+NjfVLeXFlopLpaWxETOCN0F9vENyaJ5nUqzg/b4Ru3kpUCE4UuWCOYdiYAqro8knDnqlZGXrOPML4Jn+OuHAjpkYPltg9P3RxoenLPZ8WKH9OxwNfx35ckHQzDKH8NtZbjTgh6fue53+RD1YYD88K43V8rrcV1tc9rPd257e+7sWwtXuf8MXID1NaDpORQu6Q4Aovf8axUqmkQDspjQTew/iSd6P1FPuAZbXLFcQ4+RwnaYwhE58myi6UrwR+69O1fMyI/ddNatRknKn9JHHFJoYt7c+1nGjzCr0nFjoDQKpPTnK4/kgnFjTZqjJ1mGCrqjjJX7l+Tif0e5WfrBLudHHA1ymtR1afKa+WdEORHxGiHCzdLXGQvVFTuj3Wrh7Hz5U8zCa4+ZPOYWcbHnjgAXziE5/I+vuj0cPCARtR+Z4MZmopf3PHs7Z/EGMLxhqLTRkHHTzkgCeFvTBDTQcnkEFJDFRSsaADF027yZsYuOCVNcdkicBCFQy/8pq61URYqokAlTLshlnXxMwFMTowRjMVjmxg8vxJhXLuX1FFmAl/LXYiiFFhl231Jm2vCWdMOCHxcGU4KsdeCKyo2Ti7C0f9ZFwy36lyLf8rMLo1N9GRWvOKOjMHIUwsBli/WODpv7H71XIbzFSxBxHk/DtR6GWz5pa3Gv0flW7aPia4VYQOwsSG9PPKICDomCseMV2rtgUPARaSKz7UXUzasXDx3RCeCbNputytDWkIq/zn6ViSB90vyRXJlqRvcu0D6QuGrJwP7wdJ/Xr+C0T+C7JKiagssYkhazDuzPFpmJ1OLAXlncTNeTdvI8n7PE9oFE3Ouz2/ZhN8TiFvzNx/JCi7MR46AcXoOKk5CNcUyTsm7Qe038T2jWkm/cmHNbJuNL+Yls7HRc5NGmYiyN9vSfsjCK/iE5iU90W+5+yIvHBgDeeTgkd6vkknRqLCSfNGShrynvYjP1HbtA3loDQUVbSbScLYb9zKPeKEaewfvC/5fuH7COftnjdQ2YFObtZMKfcTdHEct6SP0R0IcXJ34CY4+mGCo4e+7bmJjl6Tb/fsu6dX0unEJ+3XtY3ULWkk9gPXv8MzKrx0so0qx81uODLRW1liJnIbVbDJj8dVxzTBnyGfqqaXTt5oHILUgBhf0/ZK7ExeSycAaD9eMzbAl5VczirUtvl1DTvLYGUnmGS43Ce2J4opK9+b2lL+5o6Tt7sFCxb2uKMysDFBk60cRoGLKdfgs+IDIshRIc/PglM3b/bvxFW0Jk0qoPSI4BUFtWa1dcyt6I2ZAcaqGmPBPa7OxtW+Oqw4sK3QYXAcrohQwQuGM1TVzIQz7sfjUtyU9Kmf3nIxvi5Ig6XCf5qmJtIiceVxGOYwPaxIicfkrF2nZ4mSJTUL4ZQqcsP9h+VGr3den2mdp/Wdrd8pCu2bGoZNvrS/YzPu0i0fqedVeeiHJ2Tf6N4eJqE1NpkBMmHq3YLCZLgZkZ97c3zPsAknrvjz9GNpUj7FBU86EcQV9LwZQcilcTU7ZTK8lNUvV1g3F7qfKqQsGFtQ8D6p85qa2wHFLietcmbLPPL9L99qKr8khWOmUDRKHb7fkEklkAWGIOt4d9qXSD8ifUMbCzKlDqHoO8lEh1fuLcgOLL8bS+zEIhMHfLKA78DystcAfteR37VEFkp8z7KxHsOEfJDLLHpIJ9X4xBndjeWUbtRBSW8WPVxrGJvWiaGTNGSCB+SoGNwEBQyRJfmEIeWHlKf5hCi/qkgZ/aRJs3vFPUOZ4XaykAUg+DLaVM4kPHD16EClkFkFSvBdws4ytCnNVOHuGm7K+bGTiK2qKtDbznPoWiCPwWAzIOANhJUrV2KrrbbCgzfthS2l8u2QtqQU7uJARIW1uB2Nr6qM2x7W1xXW2x7Whaf72R7W19Hdb1frs8EgDoIGcWXDM3a67XmsGmCOV7qD2f2Igs621kLOlKZDpZXMP6mhqOCyVUeAzZTGFWK+skzfoauZmqINtIkeU0PneKczA7OQAQNtgiE3ZwVNEYE+Ly/smcmKvBKux0M9ujal2kxD2q5L06Zhhk+PDIt3Q4z9+hSUHmtbqIn5pepsF0TFaXjKw+i4i/tEMB2sw2B68tIWR5d88jDd2mq6effk+tiGxXSVcbL5blPQu9C7JY76xFbUMRrljduZcg6qLPNn3EVSRRmKKI38nahkRtnLp2lFvqi8YpMJgJhnEp8lk2wgOxudMir30VEZxcs0PSAcKQtHKpAeswg7X4ISSqVMUj5RV31r0IfcsWPC4s04WdQZtz30a7KDpxZyZR2PQLG7SMKkiWGEEeU1spqP9AhN7kl3APg4wo5KNLMZ654Yx4cO/wEef/xxbLnllgqlbrrwusXhL/oERkbmdnqn31+Lq3/4sU2+vF5XnS54nXc6dNUpr3xvakv5mzv+Z+1CLBhtlG8/UMUZQDAGxM9a0ktXyIAhzq4GRke3QfkzXs7c91uhnHufbH+i5738QGgE4/PK82g4H+jOGYtnOOMqzgbF7V9ykOIz1uGMKQB6xoyu3FBGPBJ+bnLAxLPP8hz0KNs6GWdTw0qQsWBTH4G8+WQAN+t9hA6d3ExX5fmgmnvHfxuki4KXCDZBqNEnNFR3m7p3S43mT6x+mDTfuoJFlMGwJZquiHBBQc66555UQKNb22WqbLXPgJ0DZVt4M/5hRdEoK44hLb3e0umnKLgFMxHu8gKpFBZ1oY9um/Z1Gu2pUEjD0HSowBgFT9KTyNZ2Xl6dik0mBLtjQdYt2zljyQpKtIdz0Mwej5/Q1eDkOAEAbWs13WYrc035W03qih2VCG2AWL+iPdO6o4qnDXXD7BB1ZZT6HNq7abvFsYGtVrKxTF/FlO/TlEMPD7yQr06FVXdYMpFKV7LAzaFteVvpR27SHQ98VZaUVetfwj22seyz0UxNvA54CI1XyMlheekgj2t4++ZC+vaMOUr7Oz8eRI9D6LwkLiDwoxN8NRTi/bQN6BGjuDKOoDjz7et8RyC9L8Rvbfdufht4iAeGyCJSVY1PKtf40qfnnaM51KYyHso2pO1LeVBcyU3vKugRfz9GsSNzJH4pb6YLOhVTqOO9AVGObGTJKGPSC/8G7j6W2p9/d/Fbdgkq5xdaZfh6hkE8w28sO9vuL4lUL4Sj73uqNsBg9eZw4ZqNzKZL2FmC6Vytnk5MWfne1JbyN3d8e8UemLNmNAxaIIMXP49Nz2mTSz1qcj6o9nZidhd9aE9bG9SDqrnYI/zc4Opv4XQ/vxDtGXVQRMglJRW5oCNc2FHV4dbcqqrJ7bmR6bmxvEnK0EFbEdzQ1JFHEMTcQBLOmFf+Iit3VtGtwMcJgRpjvcbuw/qLhfw5pnhJSB0E1FgZUUySyg6EcEzzCjHIJcJgsIMo/dGNbr3ShEZNkKbggh8RYtwzbB8LRxmifxQoudAZ60JNMZZfCBVe8U4EX6Mo6EK8bARArgQ2glFFhAUiXIELWtRfbomjZ6LpGTp6wRM95xq271WWb+er4iVP9DIoutWN32HA1FIyGeXbLtIdrffmZ4lCTc+0i/OciAqev8SO7pjhz4qseFRMgK2JH91GKIVtTYD27cjus/BtbInZu+eIy4KFNMzMlWoq+MrthumTbEs08dKtKLjSuxbivQqeToJS53LnWQel3aBoOzOd5BxYvouJ3fQPPnEiV9biVxNcLZIy0wummGAa7IhmZBRzPpPAeDK9gM/3xWTcAjHbSDPaWXU5QZC0kYnP1tUu2GTFiyof9P4M3naRDyWKpuV9KSplUdmjl0SGM9ahDQ3jp3WoTz6GSDTNwUfBRPFW7XlFnBQwgWV9kvJ+w+x0Io4p04Q/xDsQyFlmGYbyYW+n9c7MuQmAVGGPfS7y+JQmMz9UCLfNZ2g16RjelSrWpC/xrw7IMLz9QBVDn1JQ3n06dIKJm+UEYuRTfMwxbLBx5QtPVxf0Nvw63o4fL5SL8mW4TK7mXxQJl0MGM6En6+nNZGkyqXJD6s4zW+PtNrhF/+huQN4hcQ7WrB2S+KYPY7HZXbi2bNmyjZ2FLKakfA9brS6r2dOPq27bB715cxijCReduZEkMCLrFWL3rKMdFrDucxWoTfi2pzc3P2e2zdMQN+PCmLDMYsQ3KP2TD/xAHEi81MKYHvtZ2Iq72cAMo9l6vzjqxPCUiRrwWU/3zdao7FuYyk8GRDc+IeAGJvpZHWNFGThjdqVl5iCcWJOGURhbTjDyAzO3c2E4KuqWhW8GklToihkggpQXkLxQYaXZCVG1sAdhmQg4RInKgpRJDnr0ttvonhSC2aWCRgdvK59CiAjhw+w6AvHRM3Rgdewnm8glNuHzQ+RTRnQSyhD6Iu8FQd/wNpPtl6tVSXvUbGmd0HoAaW/xZKtNbMIP0UwEVvY+M/t8cIE9lELtP7FBeVmi8EUnJeHaiisoRFDLECETk2kf0RRNE+35J+1zQhCm6YZkad/jfDyhT9Uc60C2ORMgPS90fIut9oivRYQVIvp5MfkOXR2iT4hM+Pbw9FHTMkShO/ek5aXtG9IKdR/zxi6TIn3OyMlg1ldpOXk/TMoqaCj0LxsntIJCx/imfkN4+NW0jxG+KpU6qpQ4uolmmbkM/x3GlIHYr3Lv0TGN9TOl79KxgMk02rio51nyCtUs5ILGbPNhWHYor+L5taROOB+L/Mcm9SEpRRaG5t+qobmbTn9sDG15Nxu/eFUq26xSXD+kZivdcvKnt7PwhNZcnQW9WMkb45dJQYfUQa45tErIwG4G3/lmbdol7CzA0qVLN3YWspi08l1WqzcO1ty6EL05/FyGoUwQxOwZvRVh3E+6VdJPmI1F+KZkkN1y74R4G86W8LE2+jGp0Y9fOWWLjWmZAdcSc3AzFgPqFpR9y8NWihsdxHMDd46xk4GbvpDWEykqlVCE3JAmRwZkUV9BJMsJLEpew5PQVBwwIQZe7yfcWFyqZiXyouTR1y+rf5cl5m+iOw1D4m/MmpBHyy4aVLSNbC9tbYN/Oo62i2XtY7wyRCLnxWcJKU02EZ5sYn20xEBplPlJQZgInYkQRARR8rqw0w4u/FvceN4SqVmhu8wzVIbVZ/WtVt+krfJZUwVgLZyWphqLzbuxetCikd6kD3n6k8oJnbwMdCnsgYYVXhjTUupW4RuMn8Q99KmbwnekvD18Ao+vcBnG4/lEn7r6lSsrlHqnkwSe/0teiZRvcj9wnhTaXXRmheRSzhSyxSH5AmFSrRwmGauIm3VtQfJM5QVmB2D49ejJZ0s9k8n2Idku5GlZm0a/ZEwBAJNOBIZ4cgnnKinDV7q4sbFfhJM0T3ISeFqndFuRKZdCcyFdlQaEe5ZmiEeuDF2R1ItV803tjNo7tFF/fPbfV2Wsjf2uQ9iCqWFSyvemvJS/uWOL+wx6Y+1iW054pGaVYcsBThs46fua3a90J4NqZGQxfqvERd6X+QMP0wRU6oIOtDScFOIN+OCaDMzCj2o8LC6uOGQhBpFUEI3PfPvYmFQb/zMkpKyPpAwi/y3yQyLc5mgm49YWqZ43ajdxEkYpU8ibFl9SAB0yq9ngWaGDK4DNIGWS+vJ9JduPxMCfbe8pjoETrJ7ugVjf80+lr4WnEXa4XS9GTKrE94GW9nL8hwqC6USh5fRrmwTalICEXyWFzVRGF2dib+rJJH7tkxJKX++QVkhvGB+j+dOUGsU9Uey0aIUwnu6gspn2o265vtSJopPyeehdrmOnGxKM8n+lWVvez2R0WFHVPiloLTdGZJKl6TPeJdsLiP1NtKuUCeS40a6UxWwmZaMWVSbwT6dqaY2ghU/SoGEyjUb5uPpiaud0MGSwF0be90WqVGZBpotMoNskyGQ1VzX5l6aQR5vSSZjAkHyD8gxJk+4dOibEtrTB3OvPfuU77HjtGrZgSpiU8r0pL+Vv7hhdbTGyXudiExmrZeBkwNeUYCrgEAFWKt+J8MqYG80DZ5AqLx0q5+RGNSMGIssG1KjI2agMAPBKOvcTs98GUWFtCjksk2pZOtVFy+CsQggIVpQ7TBYEs8tITgiT8WaFAz1/JueV5ClnJu0oBf4c3MBQ0URpvjs2F0tT5nvoi/GZKAXBbJhyx4VMI+hAZLqlnnNhsu9Z4TmB+omRKIIS61cAjOU7EpSnNYCp3LN2T+JvaHwQcqWgw5RX5Z+JG6SiwNNIlPJh9Zaho2TiC6TM8P3SsPJKXqQ9rSFRes2E9mnL0/RNyOT8hJcobrkdCzI/0GGCn5VZJU/jnmQfhoyQXniQW5VpaR8D5AVKhQd34c9dWEWSpSy/yazAejdBP+1xkh0TJhOulU+k4SSPA5AoLLQ/hrd83w6EN+Q4klYBbRWdybPpEKZ5ym3ZaX/1xVDrtAuGjanDIjVK2qHfGcUN+XbvmE81ZxrfoK+38gSfT8mUWuqV0nziLJid5+Pe3TpKc7tKVEWbjAWMptPMY1DpXyCaTSgr3zOLKV+4VjCz6K2p0etPZdqpXTDhjJQLmOmKuFhtaIk+eDMGTBUrMagFYS9lxiGZiQ5yCmPnaRG7JlS6POcEzJCv4akrQpvJ1uXQbVJDEmRKLC2raja8PG1jfovg6e2GWGxuJU+aRb6SMuRABkopDLbRqRFemiKj23VBgadlRD6ssEt/mZlJgpZP28IpzdYKwQQsX1lIWqH92beleLJVbkg/8m4SZ5oms2foMaGFYDa8TYSfWk9BOIsNnheYFWgCcI6vIFNmI5IywpDjR1rfyQm4bbSv9dekjcW7ksdSSKFYPt1NY8aacMeIPwKlT6bwQg3lUy3Ivxv7VLb95Zg6wbTVdjSpv7b7augqbpKxjmB8JXVXV60FL+zM4zSaydGRtIu8hTSD2Yr+rvVxURYt7i7+KloCTZT/W6UpAzlYGXRosw8li6H5S/mQ5q3StCiMhVE3N06VdgHAhE5CG7CpMZ+mPKMvdc4YQzWJDBU8lVGU71mGkTUDjIjzJQkfssKiMcssAyXsWRvovZlu1SLKiL8gzW8l5YKZs1fCbtreoemblHHTbGrCQMZ9QtCEYeE+zI85yAwPaR9DIxZKY9fy5LaJqm5UmKNh2tJKBE0Z2ERXbYujFNClOUeLSSo5zWNI/tuUDinwZfKjpZNsqZVKBgk/0W36LKiSh0hmBnRHCn2a2guhRlFmhBCayYuVvMD1cbadvELSz4cpbEnfJ49OVZQTkpOt5GLiSwrl3s8RgX4sJ00nzZDwztDQRHZKq+nn8iB5x5A4YZp6sCbaWQSkXVkb07Zm44HCh5T8yTtGvEJtaukGroxTBUr2qQ51kmRr2HjS5pZJd8ITAW1jj+BL6eSlSXmsFo8Wv5YVrT5YXTtZw8Y+kts9ou4cySYcM9o6QdWSZ+v/hQUDw+kGaO4xcrzQEh7ow1lLysjKxncEhrqQ5WujtdRbDzRZdJQTJpy2qhkriUlZaWhaJmHiw3ehmUjjSq5yGM47h8Tm6WS2Y9hYL8MWTAlF+QY638q+dOlSXHHFFa1hLrvsMpx77rn4+c9/jocffhjbb789Dj30ULztbW/DscceO/W8+hvGA3gvaBM6g2Fox6FSBRe+DPxcqh+x4D3gtzhHpdo6QcwL4G710wtslYVU2IObKpBLCVDJMhWCwoAfB9CoBJF6UOxJ5LxK9GxoAkGgLdtNAVbiywkXslmHQgiBRnMPdhGpGqY9Df4CtTsKEnWkrqq59ycqdHWC2l4xS1IBp2ZK+llodCbpU/gDioBOozTgbRHJa3geiPCYV6pD72Y7eZM2Z4K/DYJ+MjEReI4RdWVDHTaCr4npGPBb5C0AYyNZyqj0Iuj51viELwKzpwJ1EkaaNXtXb8Lasu2vlYPlOe8m4wlk49P0frJPGNImhvQL//PtYQBbozkyUDt7hfToAMi7WtlIHzHkYjXj3VsUb9VM60U5ByrtGk/M9tPEzbp0lHLl0vHOLYqE9/ft4PuHr3dY4m8NO7ZgLQ/jJ1QiAcQ2GXocRxszcmMpiTvQj3M0vrw0HzQOrYO38f0WZiCLZGjdWZDbtG3s6+En3aLdWMCf/Tfw/MrzOpK4i3voJBBI+1IXUkeWBWx9kb2+odF1GG7Ni6QFxc0QWk0i9ESY6V+TwkxU3qYE6ztEx7AFU0JRvqcJdV3jbW97G8477zzmft999+G+++7Dt7/9bbz1rW/FOeecg6qa/BaVql+jGnrbgRgEMt5dww893yE4nb5V0UTB3NnVbahMiCeDcO4sMk0+JzDRAVATyLoKaVY6pFaeoXZ3vgJh1HAxjJSS29JTRrGMEJ68MSScCjVPvDxWulPa8HZ58U3netDLlwo8HdqOegxpx07VkhG+qb2z8DIZWlCEvpgvIkzSsKEfaBnm6TOBMLSp4e0r25a0r3YmMYRrK9dkkat/Vk9CidKEaNp3aD3liILeqp8tm6J05KCWQ8nDhPquiW1K24jyYGZX+Ll0h9Kfh9BodsLUKUCd3KgyBdGWpJ4kG9HzFT063RehhjGtVs3danRB20fjl5k+pR6VGZZ5UY6pbN9XoVwExmiPhEncNTvLl1XantCUs3O6Ee8ol8fG+Gl96H1/QmMqkTlaadIFSJwNedNoYVvGjJa8qTwlly8Rv5RvaBbDUQmR11wSKevI02ki12jyaxvttvhlq28zuHDN0L7RIWzB1FCUb4J3vvOdeNe73pX1nz9/ftbvIx/5SFC8DzroIJx22mnYa6+9cNttt+GMM87A9ddfj6985SvYfvvt8alPfWrSeazW91EN+pN+f8JIOlnX3tn8i8K5Ze5hJUsyYf9eC1POZscLoFLQksqEIogNFyyGCNczjelSRromMExIV9owFeQNiyKneLUKXG0IwrRN6KJ5Km3ddiuqfF86dKUFqTRnrOwiJPme0h+sdB8GX/7mZeaG4Ga5UtJReWN9meY9258nIAxqUBSjyb2vubdc7NXGDy142TwU2uYTF7rQPJTxdRWINSlWy5/aJ02i3AU37T2pJA6lUV4OqvRQ5ZqZobnHuFT6psMP9c/liWGKzHaCryeTbDKOHO9ULgYNBtpPu2bVCssQ+jKpU3vZZTmlUtlV2c7kpzETWvJ+yeSaoDdv0caQCWQjn6/M2JIZd1rnGFgAbTzNyVJDY+Xpy7xPgJAamhzC42Tb56JMeJ5el8nEiPbuNKLqz6BMvqFQVr5nFEX5Jthhhx1wwAEHTPi9m2++GX/3d38HADjkkEPw4x//GFtssQUA4NBDD8UrXvEKLF26FMuXL8dnP/tZvOUtb8HixYunNe9TgbrljTyo2bKPoka/nDCQxJ+5pCpJT82oIjyJwTXwBCvekXwlDCxGjLM5pjKFCzWGzrxq29Lk4C+FCEVpSuLtCFUZMi3tawFrwnbGRuizYBG4PWLGmLDNLyonbXlRaEbmq6UcViYipTmLkFdDJVVS515pSCZrQjhDLfk6lwqUInikwjJXVrTLlBJz4pijt0z5mYIi7R3QUZFU+7mqFAmFSfZ1+Z4UWkUYno9hmKho3cLPmHeqhDZdQtBqaEJdaY1xK/5D6SMXtu3265xCB6iTZJLvhr2iSQGYWzppCmVXkty9FA9BNZVphBBvkyNl3Ujax6rQ8nRjwgqWsA/hI1a+q/CkYc3T9DEth1Z7MItR3NL3xdhG0+7SYLl4hziRVGIw2q0yRR6apVx+/Bgo6j+RaYZFR93Vz4hR+xD/BISJiaExlzE9/4xTpWOKzYRrQ7bih7VIZgxW3SQPaXmP0o2d/ReupUda28MWTA1F+Z4GfP7zn0ffzXydffbZQfH2mDdvHs4++2wcdthh6Pf7+Pu//3t88YtfnFRa/XmjwMjokFAT1cCikKEKjn6AlwKYOtOerop4Q/ayna7CjZASAlOXAp9t3KPZJaNtMWfxTkGBnQiUQUpdjRVKR7qdMg03bCDXFQRNYZI0YZJ2VgV4GYamKd8zQHbFrPUbxxMQikVdZ8/eUXoS/tnVkCR+AZXOncKSUWbySlA+Lp6fIYKnLCfx67R9miQr27Mbf1CgKVjeThUz2h7aipaMjwl23TWoboJXB+TaiDjpypXsWxm+DLB+oitaMg6tr7flBawc2TCdYLNWk2QCgR4ARQlrUQayaMtzxi9b70rArLeS98in83XSCsoLadWJvqZ9yi6lvww/1RRo79FaJi0Oq/dRrS6orpqhh/b8GRlEDyjGE3V+YbJ9fwiSvqrYO+dHG9M7IImqVcsn7+XaRPJiIq/keHSXexiGYlg9DZlcDMmpfWSIrOHc+/3NQJUqK98zis2AYjYurLX4zne+AwBYsmQJnve856nhnve852HffffFTTfdhO985zv4h3/4h84XvVEM5vZgRnupQAaAcYgMY28XsGgYM5ThaNBXLKUih4QJdhbqpNIsz2UR5SJ3DpDf0BrdaUaSwWIi0AZDtVw5xq4IN8RLd2/JrBxIhLG1zdT8ZbLVtYxZYXHI55ba8jNUQEBziy2QVdysSyy6NR6xaqV01CFfSTlEfWh1ASWcRNLcvhBEzVTrAAi7A1SFNSOBU+WL5D3YafsZ4ed4SatyqOSXl0MIcaz/gvMBJb6h5/8zTmo+pWOb4jZhhc8kTdPKy0NbDBMipTvPf144zSh1wRzHiaF9t8twN6zNckpeG9T8mHw+xTtD0YH35D7LmSor0zz2TFzESPMi80MvR0z8ooWXIx0U0wnnGCaJm77XNj5qCPRtEvpWxyDqJs2YmFKcpCt4Jk2LXWQY7IanKeNpS78NkmYVN32CxD8FPVuwSVP1XD0U2Us7FtKlbVvp3Azxb3EblmDmnf74ZqBKkbbpFLZgStgMKGbj4o477sD9998PoLkNvQ1Lly7FTTfdhPvuuw933nknnv70p08uUapkskHCwkruoAww7ReygBsmMXgn/XLogEfTV4T8TCKGKhFCMDf+OlUbGb6xhjB+MoBb5VNDACa9KkExTHBXw8iRVSSu5sMJRJk8tt4MLgcuxdip6Lk0NCEeAFsZbRXgWxSdoBvyFVNrtLroUApD5UDRB4YM4Lx8psWvJb420OzT8mnFUoV8nYbaVxV5Jo0WLtRP5D7N9k1fB7aFBrhDnk5Nwjv4jmbjunsU5qjAaInZh4/+SgVmz9+jpSxdypGJcyJI2IPR40r1nW40LMOFvmmE3eWFji1EgYh9O6NAUGhCveTpvo0zSiv8eJDkm9hZvvi4k1wUmssrMHySJ6OUaGGydhE3o+kJY9j4IfKQeZV6Wv+P1RvpAxPKHydqxq8SxczodT4EQyelfP7b2n9YXyH25n2lzzi7+nWPQJMmHybJM0+7rTooT0wLMoQ2LW8Ddu+CM3p697ThP9sG2Hi7PGhcKZOiRZoQD5Z8Sr5DkptuDKoNFPEMwlg7/HJlErZgaijKN8E3v/lN/Ou//ivuvPNO9Ho97LTTTnj+85+PN73pTTjqqKPUd377298G85IlS1rjp/433HDD5JVvKkQIBUH9RJO4aTiGUS7OaRGMs+jaD7MDnjKYdBhELFOmPfO3YSAIyrb7WbYaHv2MsWFQ8Mn7uu00y54RThI/deQzicyox2Hie9nRaZKDi81YMgNiJygvNOTEL+EzxFPqvDIevZpt6pkI50RFywm2Wno0c5IuqdDO7Gl8kxmmcqRCwYU/Ez4h1Mg6SjtSQYdMVlDdxXCXlOREYZJmZrIU1RaMUnd6v+d1bbibKEYKnqNuNzRnqDvDmyhP1cqUJMWZSpqakkfT5q+hK5Fp4Qj/SdrZsR2Lhk96tzC5Rb9OQd73n7hidODD5/id87fWhuplcfqgBpl7JEQ/TcZB+cx90tKllyMLoaCkkwTEHBQRw5UUH48FLBljqOKSpIfUj3q08mhaGDF+GGqRJle/2bgVj4Tuh4TXIgiyDcmf3IJuWNjEoqTL6yDJp+zLwY3TFQBFTsrxCRm34IMZOmV2LW8hDaVCpZPKXzjzj7SIQLeUvgMts3oXx9woLYU4bDRTd5o2AH0CFAi3Omj1wMyZifxM22S3ogu7zbhLDHpdCHsTR9l2PqMoyjcBVaQB4NZbb8Wtt96KCy64AK985Svxta99DVtttRULc++99wbzrrvu2hr/okWLgvmee+6ZVB7H51Wwo+RyB3mhjCLMpkyJS1pT2hoo7ENfbctfYhcCA+nwbJBwXg2zdxEk3+iEm4UlM7BhQGkGxMYcBUXjB97J8BltcGdmZXsbtHDIRBT9mGvLmV8j7LlwSWo2E2ACcVGPJF6j1DEvVOqUTc92VLjawXZiqAN+7EPqrhFZpAmOzZN6V76kfConCkSGCEH8iAYVtoLypW2bbclDWPW2vn5cXkzsbzGrTULJ5KD6+SpS76Sow/PD7Z2QFca9WyxHJx7K5d1EWJXhgjQ8TJhGMgxkMbT4WjyJAGuiXQjB+sq3fzdTXzLpcEmj9Xc7Mvr1vL81n4KWwrNy4593q0QYmudcFQnlQVUuqDKScYvvGd0PAKxl5VWP0zhzlk1bhT4C7yVjaYiMhDE8+ISRtPOQcU/xyw8lrYMG58eZYF2U6Cz/V2lchkv9suFcvFIeyuUzgWw7CUqjpOGlPARnN+QpxwZYC1Mr7ImMKVIhN+TdYM/l1bvT3VQ+Hs8fQESHMCsgeJMwN8U2af0Sc4BSzzna3QzuW2sK1/UitUkzhAKPonyjuRDtFa94BY4++mgsWbIECxYswMMPP4wrr7wSX/7yl/HII4/g29/+No4//nhcfvnlGB2NF56tWrUqmBcsWNCaDv1U2RNPPNEadt26dVi3bl2wr1y5EgAw2KICxob0dE1w6DAQMVjFIgVZgB3VApAqPj5cbpDTBjgqpNEEqQThBApLt6Z5o0XY7kS3OhmndKhCjkxME3BpefRitr80I0gbXxXwE01AvKO6Dy9Mq2CVEewnmZRINL44Hcp3kgeaz8wNsvk+N/m0Nfqf7GRZcgcCfdYZd/KUXxIwxMwEWircOL/WyQw5kRGEUqMLryE9wic6CE6dkKPHqcar8Umalk2Dt/JqRo/8qQnvgFJHShLZsF0UEdp2mvCbKBpawjwTuYu6jAyr5I2mzZ9WcSNlkGVO8sXHD0DvW6o70jCqX0jTpEpKrg6IOfop1JwlcNNi2/BIszUsBy3+XcYarT/JvkTpfhhNt4Rh9rb0mECilIPxWR36eA9Ob9Ku0GbreOHlqGC3jeIW3Ax/B9wvdwdCvjC+LUy+3gHRBibxi/Hk4tf92vIFAIPNQPku285nFkX5BnDfffdh6623TtyPOeYYvPe978Wxxx6L66+/HldeeSW+9KUv4U//9E9DmLVr1wbz2NhYazpz5swJ5jVr1rSG/fSnP41PfOITibuVAkIHGIDMaHUYjC0gtyVF94xbJmqZETngJHb//SoZhhVGz7smkNFFNktWWCfNOnICmfdmdWO5W8vgF6KeCk/LDMyJkE4tXYQUEo61Fw2bCBEmcQMmpgBMCR3qMXtWUHO3SjZFuHB5n/Sj7TsEoS6Fstb0DYv8ERKkbSFTDHTnBSebClI1dUcqhIVMWqVODE1KFSLl+cps/llZhghRmbizNJupniwy9BCiaL0hX3Fj8dmEPlrrTii6uSfdUk3rNMQj4k7Qxnc1wbfFnOaNlieTflJ44SxpT/pnyxUD8leS21J0fk3bUvYJpmyQPiXiSvJoVBLSy4UOVcbeM9kXcjxexTT0lRCN0pbBf5gyNgFeyqLQ+hN113iIMra1rW6H93P8OMO3pptPaSQm4/OLJr49kqGrTdaTcotFLJSk+VzfkQxGG1+h1Mmwepa8si0sFPdMempeCAbrujbSJgwLqDsnc2ELpoSifAOq4u2x44474qKLLsKSJUswPj6Os88+mynfc+fODeb169e3pkNXsuXnyCROP/10/Pmf/3mwr1y5EosWLUI1btETXFYVQhKFzgrmB8EcY5ySwWrfYGXxyLRDAOGVDEIm2hMGqlyAw5jiNDC7FoabY/q0KpJXVWFNXCDEhDabDlDkmcSbKcN0ok3gDv7+nCdywogBYLNChppW6t0euOXFtE2NGq4VCW1nPuOW9LN8HCbvlWTRb7VlO/KDVGTYa8PaLLxL4jJAnIyiP7/P1xIrodsomDUSnKooGJk4BP1EN124Ne2CrvauqMCkfqUC4N1kAYYoAlnhEwCbbKO8QPMX8cTa4jlPt3rbWDfhKbbsV00iVttlQCtA4aGtE7uUn0uB1tuTvPF2TMKReDtPKlvRhtI92z5NYtlVZtFW+ZU7kZaMB4grQxMRUuV4Kdy0cG3Q+YLeLwGl/jv6dc8EBK1zf3Vyyo+TmbiGIjuGuX8KXwFS2sy56fHq6WdlCmLPjQsM2rii8CpA52Gt8Q1r1y7t3tJO6jg5LDmT9gcj+EcYJ4lsEmXJdrNvlzBsWZ0X+XWhpAhd+8KmjnLme0ZRlO8O2HPPPXHMMcfge9/7Hm699Vbcf//92HnnnQEACxcuDOGGbSVfvXp1MA/boj5nzhy2Uu4x+mSNkVFyMGO6+kBOOPUuQfi0WUbfOrBSpyAn8xf4uUDLXkyFEVFwpR4SnijDaMKO9uJEB5yMABaFcpsVFFmSSn7bB2ej1Ofw8Gzspf42hucz5TYENCIdI9qulTzJYDYsGMtTVwTa2TADRVaQyLiZ1gAKjSu3RFufaFBkTPRj77ZkXCp9CX0iKh/UP591JX4x+eIs8rKsxE6SCDyD0l5WeOUZy5J+m2DYJtyH9rNqHDllkKdLuKAQeC21aBBx+SqNN8qLuBQeyrKXYzCZbAw9G0uEYa5gE/o04l1FAE7QhY7boPFV7V3aB0IG0bKKl7mVXYura15JBiclz3dKY/hA2bozQvL06ZgEb1LN5j/bZjnQPFJm4oiMySJ+KJNMJ0k80yYdip/KLsPjmOjuxiTKaRjyppIHlfZzfFJzy7SDOmHHzJa7Bz+jx5GJV1P4tbyForWvu80O1OjOeLqeDS/IoijfHbH//vvje9/7HoBmm7pXvukla/TyNQ30kjV6+dpEYPpivOvA0FuZvyKsWzkQEeG3uSwpDpSMmZo4oOnc1STpDd2Gavh703K2c4IDU7ftyem2Rb+y6Af3oDjZIMZnBbRpUReH1k2TF6bU8PkCTX5PBPckGU2Y6BK4Jb8TEgREWTq/qvWZlnDJ2eZsPFb4iZc87Svvx7R0d0DWTaa0lqXQAU1fNOEiGyT3O2Reg2zTdFIhZEktk/FpUWdFOFaz0tJXQ6/rqjwTu9H8gltG8Z+gwtXptWSyIA1tFFOXdFM61dvOSrsB8schrHI+1uhxdchyVwxVeDqg9UIofyu7SyPMR5KJJD9UhnwMpc2WMG3+sm93Gq9IvlrdMhekTZjIJxd8KLSxRrJlZomTggkrJrzKyACyP2TS1tzbmj4XxzR1g86Rav1lQgq8RsNZN8GDlQmybD0bMe5SHkJlxES+tGl4EX8XZTuHav10E/bMo5z5nlkU5bsjTGaGd//99w/mG2+8sTUO6r/ffvtNKh/rt64wGM3c7pAZSIcyfoX5sVl8yjAtmjOi8GYf1oqVM5MyXpXJGSGsEWHOgCnnnc/x5Nw0O4EMnxW4pbsyyHRZ5U63KipxCztPR8lcTmnR0hF5Gra9r4tA0C6cSKlouPCdrsKY7gqdHIBZ/Kb7RI7Wh9poLaFbw92NeEfaaRknKoW10RpdzSPfZ439WoaPhVPjpG7TgTZelQZtUYZdGJpfHzdVknLv5srnt40n7iJviZ+uGCVNO0Q5ahcOFSWJnm/W+hGxt/bbtv6WaDBg9BIUUN8FDGBJBRsaWY7WbcbSVu+t/gqfsyL5IfxdmjuPFS3IdnX1fTu8/F3SHyozWJVehkXbKanJ8g4t/ZwylcgIfLJZ9gsj3cTgp7ZRphyTao8hY22WB7S4b7B7VobyPc2d99+u2dDGdYCPs13slA5iBpU0pFnzp9gcVr7LtvMZRVG+O4J+hsyvegPA05/+dOy88864//77ceWVV7bG8eMf/xgAsMsuu2CPPfaYVD7G51Wo/W3nE2WgMnx2cBA3UVroCrcmvBOhYOinJFjeTAzamYFm7MyNj5qTjWsotDL7esuc+85e2oO0Ln2cXC7QRgci+LL3okM4wyvyHT6r5iJgqzYYwm8zk1OdVqwnMgL7XRfsHf6NT2YO7WoyM+LxyQWbdHCm2VCFPRI/VbS1C6da/Uj+k7xlkL3gi/Vh+jSkzwpa1OhT0nVIxwp7mo9QRR2EzqRcOT8lLUM9hilPGTeeplXceNzyPHdSFy6e9m2YSp5DAtHLaCvGjlatId/GJvSbmwRK4knSZDlr76O0q2g8X7ybRjUxQU6d3FDqPfJUfoSCtVnbe12y2LFepoRc2sI9tFjX6jSO58eXmVkbi4FIU5JNxjinhqHVRvpkkhalRfHZLn8kSh6Tkn0gKZesZ0njgaYEPdlMeGeZytZwtd0kMn6d+nRHTJqvT6LssZ3kwIJ0cpG1qzL2+7szAOQXeogd4AtwtI8AMIOJl2eTQ1G+ZxRF+e6AO+64A5dffjkAYK+99sIuu+wS/IwxOP744/GlL30JN954I37605/iec97XhLHT3/607Dyffzxx2dX0odhZK1Fr7bDGWvIYIdI28K0DPzhNUXoozKAEe91wpA88dUrRQqx/mmFHSnjFAzaAO3KWRuEkuLNjcJrFTeEugorkvJ9X2YoPE+128QtyTtVKtrKQdFKc3manBAmIuSGwdMXRvkutH9XDq7E3Tu2rXgMzY8UAtzgTunHkHx4sxf+vF3LW/DvkpGMkkfpiX/jXvjn6FMIlYFeEe3ebIiZGSeqLOR4SCbCCfVPGa9Wb9AFbeZOMpm/MEownKRihminmpLE6MTVpBQwPTOTCoYWRqQ9VECfjr4+DEwBamndXHtRmnVP7u9aRk6ciDizeSJukxp3lXRUZUaWnZY3E89QyDwbxU+jC8UtiS8XZirI9VvpJzy07pXNtxaWxM9ohboLvilpKolDy3cOnQfoTGQTpYsk3XwD8nqbYENrvLA1NRc60/+4WVzWawgdeDkgmE0Yq9MjM9TuhMdM3xis2wwOQRfle0bxlFe+L774Yhx77LEYGdGr4sEHH8SJJ54YbjJ/17velYR5//vfj3PPPReDwQDvfe978eMf/5jdZr5mzRq8973vBQCMjIzg/e9//6TzO5gLWP9FM22Q0wQtTaCXDEa+Q6Cxx2FCqyoQpZHpIBKIYeUgCo0BUNnUHJ4ufEXeJWZ2IYdW7pZRwKoWw61aObuMl3KQ7hLPMPdu3i3hJilBbUj+3CZQdbS3Zq+tyEEPio3lLw/0qyvG0ZkxFpUBjLHO3pipP+D94/utChEMke1M1P9skyPr7xRwq9veHsxO8fBKdagM504V8pr5ibAkTSlk0gruTAZavxfueh/VtJEMpOSk8SZfP4kbMnUgzGmDDZXw83WkF2hC4dVxwgukhNYkrw1mxR++ivJ1b3P5Yf7dkA0rk2d1bvgTUCZILACjr8QZ8jCC/kQ/DZNnmb7bCW3jg9RsW8aF4XXVPVPxFSXWHE/NlZ/QXms8Si46sGPGD1K3Jl3VneSpLZ10bOeDiGW0pbcT5ZXZvOTyJPidSd5VeGcbrDCSfmJJGegYEetA3CAyEV4/pLyTe5d61VmeRfsoly2jO3Uz9B2ZPjEP1qzFrEe5cG1G8ZRXvt/73vdifHwcJ554Ig477DDsscce2GKLLbBixQpcccUVOOecc7BixQoAwBFHHIF3v/vdSRz77LMPPvjBD+Izn/kMli9fjsMPPxwf+tCHsNdee+G2227D3/7t3+L6668HAHzwgx/E3nvvPen8PrEL0JsrHDXBgModlLFIYSoMmApz4YlE/qMKnWQgcu7G8vdSAZ3z26C4uNeMHyyNhaksKvc0xqKqnFtVo6osql7d2HvRXnn/noXx4dx7IT6vAAmlKFRFrj7oQBTVsDBQxaKaWGQr7CwcwuDHZa50EKfp0riTd6izFWm15DkJY7kbZDh1zOykBbWGlgMfH/eI4Jt1ywkvLblKhCWTmHzcxgAVLAwaWqqMRQ81KlOjZyxGTI2eqTFiBs2zqjFiauLePP2viaN5Ghe/ITVlXS4sDGrbKMY1KtTWNGZbYeDMA9u4D2zl/Br/aDawLqz1dhB3Z7fMjsSvdsp6CAuEOHytxQ0fKX3HtiH168x0YqKpC8smN8KEB2mtNv7FFqNCf6D5B5u4YOWybW6xbkJfInH6+NK0NSGX5xU0fOC3xD+jCCRKqcJbfd1K3kef3j+4+7iMTEDhh6TdLSlr5BlcoLfCTusNIj5ZRqvVQ1IfPK6ER5joxuiLTZpJc+oHo9Dn0PE1lp9mnZY/4dNkPEnqgNnT+Fn1KPx/cjw90lXuFaPQDa0flR9IO6Fl6hf4Rqh3yjdEGMljRBoStO5Zf0+esu/n+Z9MS8tL5HlanrlfzCGQVcBFn6H5rAVP83zcurFGc2e8kNGiIieI8Voq2zHPsa+0iaPyAlH6PpXd1HpKxhjR313+JI3l0u4/uQ6zHeXCtZnFU175BoD7778fZ599Ns4+++xsmBNPPBFf+cpX1M9/AcDf/M3f4KGHHsJXv/pVXH/99TjppJOSMKeeeir++q//ekp5HWwBWK9889GID/BeQDI5u1z9JUzbKzxc20mNsv/Z+CpABEtLwoanEKBIcnQACQOoWzms3NM6ZdqYqHT3qhpV1Tx7PfF05sbfxrDGKehE8fFKeVSC+IDtM0wVozAw08EXfOCqQRSc5Imo1LA4xEDuU2fKNBXspZ2HYyumQDpo+rJ05K1UsA9G5pe6TwRcXCGkHmiECCnCHgQw8LaTAydFru5IACYUVbDNz9TowQblesQMMGpqjJoBRs0AY/5ZRfNo5Z4ufFTMLSpEJRykq3iaaBTsqGgP3LOPRgEfoELfVtzNVhgIc+3CSkXdu3nF3tOvtFtBw0EQhQm0yIX8WMfBhyo9oY1z7UmFKa6wc5phTeYMPm8udZe/mgiRtMzBbEld2Dixwcy1CO/7vhRYXR35vBgquFpBd8QdEPwU1E0vt3ezRtQ1FTzFbozA7wLPpUJprE3Ds+HyEvtO4E9MSG+exhJlxgKG8DcWqTWIlULrIjiw+omVZoi/dzehsgxYtISPRxqzYnICrq5A7ZWwBzdE98gwWPykFLytnEnll9aEcP59LZxUsrkfjy9tQ5oC7Tt6fD5DclxkfZrybO/OFBvyHgSdJWkQd0LXgZ5BZAYImgYcT82PExok/QaFVJvAtJGf0EnIpq55i9Eqbdre8gZ15bFk7LIk/zE2Wsc0AsooQgA+keBrjPBtC4OamK0h/N27+fctMSPyANFSLDvWl40q6AZEF/d1FusjaRtCp5FGeO+JinVTaL/DvGlv40rROBqLONlNzfC0YhgftYbW9Ib6mOkMo2w7n1E85ZXvr3/967jyyitx7bXX4vbbb8eKFSuwcuVKLFiwAIsWLcLzn/98nHLKKTjssMNa46mqCueddx5OPPFEnHvuufj5z3+OFStWYLvttsOhhx6Kt7/97Tj22GOnnN9qrUFPcqQwsDccgyvVCFuwbaMtOCHBNAKUsc7NNIIDfFz+fT+bL93jwOXBvvGMGFVkpsRNUb7Zyi8RsjwDBNzg4yYOrAGqyqAyFnVlUBuDqqpQV8CgAnqVQc+QH5pfjRo1gJ5t4usBsG7PjY/bK+A9NAp+ZRolKwzmYmiJA1MckGrb5Kl5RoEdpkIdBOqoeNOVSabQyMHRxrQ0hQLCHkUSRIGVthQZjCmYsEMEqFgHRIjRBB/m7uJighqlligwdmHrVOigaVVE0Ar2kM8YPsbhU0yFIqYQkTfo+0H5hg0r2COonUJdJ4p3ao8K+ohYDY9lITXihKcafuXbMEW8TxTxRgGn5ioo6tHsnk7hDivmYUWdrKwHOkwniCT9SMFSb0Mr7NTAheFEuIekLdGu2iqW5Ua24gMkinaol9rXUYVB7eqxbvyCuXJPVBhYG+oRThg3rpN6xTts+/f16Hkf7YuiI9A+5B0q4sYUGankEEU6q2yDh/F1zNslrc/Ah4wlfMqV18S6DgK6iIgqEXysCJKyK6IN+jjri8HNuwulwzrxWIw76XBFc2Hcq3H8i5MQ7kkUbXaMxCDZRQBSn7Iuc6vFaS1FPpzkmLwjx+WQdwVyhTJNMckWscc8SX7PlVxCc4hPurorx4W2vCT0I6uP1q1/g7hRejWOxyfTHYTvh90trr/SCTWqcMuJNr6LiPRxnz7PpCgEaTOjt7MoZJL/xOr7jShb6MeUB9k4IeaPIcVJHSJnkDiVZJXMWd29rfE7go3ghJ4i70PKD30fJTTKeKDs9z4dwTzqejO4cS0MVB3DFkwJT3nle+nSpVi6dOm0xffSl74UL33pS6ctPgkzNoAZGwhhC0EIYOZGO+Cz9075NhUN4xhNxYWL4C4FDMR3pcDH8qoO+AZiJA1Z5nJlnBk3cNt6gbBC3TPW/Zy5arb1Ntt7LTHHH9362yNhq6DwWLL91xKFWyh1TBCybCBNFfA4YLetILKtvJiAsk3qkCnVVIhnbvmWUVoqpkQELLklLqeQQ5hDDpWBlm2/lX4sR5pSJtKnSgTJA1MqQg0qeVFqgisIni59Gn71myjh7jnilPEeWREfIe5y63kPcRU9CK6IAz9tT08TYbKG0NUAfgU7Tup4xbtueVJFW04G+RURENpM20dvNVabqdYzVPbSFXW9PWP/VGiPZC/0IRv7Gd3Cz5Tw2m/rJzsH6miuXZi4Ks5Xy9mWVCKMS0Fcuc8p2mW9MUXORjciMLJ6MEp/dTw8KkbCHUjqOERM80oE9zhpxes2lJkI8IGGKL9idZCmRSqDh7fRL7hbKGaaphY3EoJkx5GCUB7rtBk3QYR776a/E9x8qalS5cdTkHd8bZB8hRowPLtS+Z4GvSamTyLV+prktWFypyUMSDyShVAuTcdY78d6uOURKM2IrAKb9DuSBu2vof9GpVs7mqMq3UxOSHLAIZQgo2W2S8Nq46rsX6wfk4gtfUfpbzF3E1sITfKd1sbQ0cEqvrLO/JP1Nz6x6N3ldnR6zEZTuqUcs350PX6V5nJ2oax8zyie8sr3bIPdYRz1vB4M4g2OTCFiM3nxsqewuiHOOjOzU7Y1/6B8en9i58qXIhAnwpu3czNVuH16PcCdpbXhHO0IrFtVrDFaNc8xU2PMDDAW7I15zG3rpe4jxoaVyUYpsm6rr3uaqFBxpc7Vq8x8aJxU5bDMWwh9okbkoA/NT3XX85Kim9Ld+oYmuGRi1s+d5XIwVRExL84YESZXBj3Gtviom6L8gQqYltO44fY4gRDDyrjTvHnxMm57s+INqtxxP7pCySePaNmp8qPVcBd6mlLLttBQW7xJm3dIKFV8o9IYzbF+5Ln2YA4RSKVa4wlg/Z0+udm6NIVd+of3Mjc9h1yCK9gADAxzC/dTinAQZhC3pLYte3Bzy6orjzWP3EXgdAeQ7x2W1bNtnejI5YJu7zXMHusv2psAtM7CeC3iDfYOVdLaA9v0ueFRTxqMR5k0jxqtZLXfNGSCLrK/DzKZciccJqFjOfEd3VvH766ENsGcTjESVpbNFUmtBIeUPqXDsFFv1aoBvjL5rG0imIDyvbkTywygKN+zDAPTiOtsBtyQgd0LSgYwxoTvv/rZvYqEq0wj/5gqKug9cg6ariqHLbWVWKmr6IqxX7kj56eJAuvzqsMkpiAEmkYZ7wFNWkH5tm7bLlXAuXmMKOaj5B2qxPs4fX79CjtXjojonAgXMw+btXR8Z4rhpi42byRsJOF0w0FrrTIwziRsYpjEu6qbZXZNgU38FMF/GKjCGNzY0yT+KfRU2/Ii/XLxT7RfttVTMFs6ZTUxnUgq1dRfPrX3cy4ih5NG5sR4R0wl7eHpds6ZEnBD8OfcZNGk359UyOkv2bB8TdV/2Lsz0lYM7SnqE+Z5u6Zst6WwcnwzuP67rHzPKIryPctgVo7A9HuREYTRvlEKLXmGc1ZkO7mtLGq3+l37G8BNjV5VwVZ1cxa8qptt6ZUNt4T3qrq5IArNRVHNudbG7rfSjlaDuI3WK/Hh7KpTwNlkMlk5giHbsrjKS1ddKngFHG77rsUoUcbjhVf0Fmm+lTyu0NMVbX01h1fzcCa8oaEJ+lywTAV2uhIW7NYSPx5OxinBW0ZZETO6uyYWDptRHpaXfFzRNbfAIlUKuVI4O5XxgplA++RXegFPW9/SrusZtg7IeRYnWknXaZ8bTtnDFH32s56Hpyvw4W4LUB7Tvl4n+XGYWHZ5zym4Wn7T/MFdJkV5ocwbW8dkeQn5sJblL0zUGpFvKKtqGaU/RyPD1jbbJgEac9vkiW2xTUwJ0yZq5G4AOp5reQt5tCmVWiPCTBH5sTRtHzqGSntws1rbDa9BbWKmaxlzk3Baf6P3LsgwvC8YJRyVgFJJiJYyN6bnx/707ZT++e4iPQ+03rgM0sglUYYMT+PtbtGFufmvmRjmRuN1OZtQP9lkUdNW7xK2YCooyvcsQ2+sj95Y02yNMCDOVnmF2yndVdhO7m749qva7jNcYSW7ouejBxh1zzGvdFfugqgqXhQV7GaAkaqOtzZXbis3anZ2ml6CxJm+O7uKuLWzBt8e68vrf81KNeJ2dPccdavYQREPZuvO2PLwPh6/4u13B/Ct5j7HSEeQTQ4GkoE2LtE92gE5OGqiooxLt7e917XS0rxPBHYCKRUUTAWTo1TZE72r53F5QVWPzQg7N+l9tVsPoXn0ZummBhaoTBTqc3HJ+Jhga4gZYG9pSXKFmyrazZWa/rLCYCdhpQKTTAYY0KtUwhhRUaHepsJ+qhC3UY8hIaR6kQvN38wp5sNjSBUJ6js8x0o7CoVZy4+mfG4s6D00uvv6ofYYyL1n5ZsUeu2q9TKkGshl4Fmwkjh6pMcvvH9QsA3vQ/DukP0jVZL19PW6zIPXL3WnUcUwsSTp8Sw9Jcp/jIW7xZz75XO2GcsYtm5+XcMWTAlF+Z5lqLZaj968Kqzahq3SbnW3R7aLj7iV6KBQm6hIj1RReR4lSvaYv4XZ+Y95JZucmw6/imzjRtzCPULPT8OSLdyAZMTa7KsUoCDYKp1xlLOUzZbxjBlxO3l4h+QtFZT4BTM07Y0BKsRGYzow0plrdtkRcfOCqHQHsbOIFSGq+Yn6M1Z84Y7sYTCxJYcN3amPVE8i2pQOSjlylcUGf+JO65dEtNkOuAWThuQN1CcvcmcoabJzTi2EORmaZXyW6hXggmmyw8bQ9+UKYfOiJUwl349zuebukcf5S60QJmybiwZBLh+E+xqA8oS/FJNO/mb4jOH8jo4lFZm01Sdzo1+Mg/JG5V4RSP4Va1TWUu5+ja6Ku3RN4s/YKe+lfJ7GJMNqK/FaPFri08mHc/2X5i6lA9NF45wZiHQ6sxDWV7thsuyJJZjEyYULzjMID7Gc31jyX3tP5lelUXD6jD8TJikMOK1yOuZSx2YhH5Rt5zOKonzPMsSz2/FsdVC2wwp0XKEeq/ruN8Ccqo85vX7zDOZBtLt35oR3B+xSs7CCbGqMGIRVZH8Wu9kSDnX7DlNujT4Aa5joOKcP6NQsL7PKR7qpMFSpCNMJCW3CIgih8AIoGmHUCZrePLD+c1XNLiL/bU+qmFM0ynVsR32yw9EB8fNhjY12OZ/eCPfaMArm0wY5mHqbz3eTprbtMa51UKqkysd0b3kseGphKN1sAoSVTLgxa17YjfzHuVhhV+IYBm1zeTP5SG/eN+x2+vgJPYM+Kozb5rNw49Zg3Fbh14dxfk34PkzzST7HHz1PpFzIpxou4wyXgNbsM4PhKwfBzaJCDXahJ2rydQTHOw1JA1QZl0+A7iALPNTmxz5k3fNjobZi3aq4hPBGTL7SljRkAoMrNdGFq02GOhk+ATQTaJMPNjVsotkCoPMWuvtO4y3+Z0yUbWT43Pu+TwB+7DYAJPeRblEWiNNe3B7lhJmmxBlA2XY+oyjK9yxDOMMN6wZherab+Bv/Q/jRT8zWJgoZA9Nc5NY3xilSfsismEI3gFvhhmkUblj0rLuN3ClWlQVZZfaKVzOMhpUCnq1kRSG6uwviIBW2vGLtHTYnthiGCGdIlVYEF+sUYS/80kGsdv7N6hCa7/JCnIFkCr4+g8zbjf+qIGApEy8GSfvJTZKy3eQgm4d+Tk66mVZT6rA50VHB9MFmLbqT7eiXi6ebMjVxe5dO0yhAub4ZOVDgzob6a+/kSpxmhk40wgLWGDK5SL5zH95uGKS1zcbyhicS6d26CThbo7JVoxhbYAQmrIZLEZQq3s0ko1e+/WWdfvK7DsegvBLu7VHJJivk8DzR/6VKLnu28CXdblX/YDY246cr5ckYPERBz/kNo/9kPA/WiX+tg8c33D60vwjHMj50gxEGproK3pJSpYXfEh/9ZXgJmyaay5NiN0qIVt65ORBCWfmeURTle5bBGn4WukYFoG5EAuuUamswQPNN2nHbw/q6hxEMMIrR5sI0O8BoHbecj9TNank4882+e82/ee0VaradTihhcUs3VcSdQALEb3TDhrPhI8abbbhIzZujMCO2s5MVA/ZZMKKgmqaqWoUKbreK2/RhQ7IsKfCwM1xEqQ4CKbH7iWK+fVTLb/uAZNxL/gRWGGQN5Gc4OysUM45On0BqpxNNoCXyQ/a9NlE0F8ISx2Fn9lWBPAjR+TLlxN7uqWnuaY9ryqL1xC5l0/Ik+nyiWLb3SC2fvC+JHSjWT3TF3SfxnHHcfcImxIg9t/YQ+atNJrfiCipAtzrHXSlegQRR+NwvzFemIi+jV6XqjWLqhvbw2qcYPc+q0eS5Zuqcm1QME8AmlL2HZqIxsRunDFvTjKnWxyG/xRxpoLZksttaVKjchUwWlY1jpG8nPzalJSajkaU05N/0+eCjls3UOPXlE9kkvz6fgFtVp/kU4SFX4pU4yHsVSadKwtD8cDPcO7n2j3XizZb1NyRtldZP7vN5dEeWlFdoOH7Rlg19Jo6xGh8tGAbJZ1qsqssEU9jg2CzanAqKXcIWTAlF+Z5l6K8dgTVjAB0QTfyeN/vMl79czW9PDzebx/PhIby/nM3fCO5/QHhSDqMNmob5UeU8zvx7ZT4o3n7LfLgMrSZb2+ugiNMbzMMTltnDaoOPl233q0O6yRPknJ6JA7I8H04FX1EdAVIwoD95wU8Tnov/bDAHT0umK1eN4/lHty3Txq2ZzWSMcb9mq+XAbb2k9oHbfjkI2zBjHFSp8Hll7U+06yA6GmrOnGs0Mba8cprh9rlRLzs46OqWvkaUT46d/SSCZ1wVo1tT9cmjOImkf9rO58mfRQ0rfdYfFXBtJNzo8QEajxTK+UpeTfJE+wrdImuZoB0pjtcaU5jAL1EM23ptpdBm5Y5DkKfzrz1Nw7CvItB28YqoAb9IUfb9SjxZvRuSd5bvWNehH5E+w/oT4vZnHtavrjZHPiy8Ih7PLccsREWJ0lDkhZZ9OjHew2HD5xbp5xj5RZO1Ox4kVmINpz9jG4UnIf6WvtXqLdAlXDIxA6cQudvGK9Pw1R4sahiMAqhNHduLnO2OdU/bFIK/8fZI06cKY1oCvtXekImXtM/y8+eR1w5IfmI/jnxLKrJs3LIWlTGE/oGejeY45kH0f6JI+631JA1/1I0p0IpSK5Vd43LMc094m4115fsCP6/vj0rxtotHpuiYF0eVkD4dzxG/lFKFviAvbXV2Z66sDX3FwCjn+Js290OYoVSxAZXxbN+ZCaWoRfYrmMUoK98ziqJ8zzLUK0eB8dGo2PitY0FhBoy73bwST1N5c03M1oUHMwchg4wqXuBlypecfU62hvkXrVPEEGLxAnxYvXZl4OfZ4xa/KijrzUQC/ZzYiL9pnXyPfIQIoSPuO9/xVvY6EV7j58qs+5SaDRfIUeUpbqm3rJxe0JJCwiAI5FwIjwJhI1xEASKFFHbSCQAn1DDF2ykG1u2CqJszkH1//rHuxbOQxNwPP6dcuHyqyndoUzoZFCeFwmqIX20RYWLZpPorqKjL6G7ZQ6lBTZg2bvVJuCnxxm2WVOh1irRXkEwdJpJGKd0Zfllh8kk8EpevD6m4UoWv75TSPjm7SpU+SoPJJAmE8k37F3lGeq9J3vxRkHQdmiqslk4GWHcmlzw9TQ4crQ1shX6d2msfDs271pdJ7E6gPKTHfmQyjpn5rh5Pk1598goYU4qSiSpybtjnu45lC/3HlZtNZHk+6TuRaxc6Sel3/tDLLue4OznmmOY5txpgbtXH3J63953bIIatBhg1g3hhZtjdRNrZWHcng1xnJf2drdJyhSms7IvJHzlp16z0pxOTet/UbdKLjku0z4R0xWQkzzfxF+/ysc7zVz1XVPFjSjwZE+hEQHIpnO8vnj5InVkb80LbJq40e5oB6c/UTLa+i0koP2FFzXyCTkzakUk3z6do+HRSjvIJy0ysn7HL8fgkcJ9MHAcz4W+xXTnVUh7tyxwm+RmP9l9FiTKA3I3HJ1ANm/AIkw9yfLbKWE0+w9kVjM7EWCXNfupHTh5pfUyDlCs8nQUzDFv5Z+Uzehwy7s0Rm8UR6LrhQN3DFkwFRfmeZaierNCrq8jonMIKY4jSjeb8dwViju5VZYKbIWGNAUwNgB+0DkOvNzcTZF6IpGYjzAhuQYDwCpIQnqlqxBQzsvpeGUsUdktW+unPr+pH5Z0r6zbeAE9W1LliTlbeQVboiRDjBRM/mvnZ90bg5KteTEFS7HRFLKx4WG2gpKvFxKyFDPEQASUIel4hIGZw5Sjmha/CyEYzos1UBZzl1wYhhV4cROktKblJDFqoLLRwsixcwMmICaLOA10SYbZKlD0+QZQogUH5qZkS6Os1KjtiNwPoCrG/cIq2XcXakK4O5cQg1gedUVOwvcLDFB0bzZRuPC+g9MfsgmekfARhQs+3C20fSlNA5IcVMdOdQYyPGBvepbsvYCI90BU1NrHAzBofFPViXaSWRk6FdaJ4B2Hf8SIyYci+RFHVGOvxCzKjvcZoL37FYsQr3RWfgKBHigLdKXNPVNkOSiLEqiTiym6jHPm7Qmi4uPWerTLDqwxSRSP06SfoFAWY07jcsRN3UdRuFwXdUeH7ixXvREWcTtCZJA+6nfQmMubF/sPHQuveYco2Lac6XvqSU4UnKua60iwUZsafSb9h75AdIoFWqHv+SfsiSH4ojdE29JMzfJdPytPCqjeZ7IH1NRPrJE4y1qxfxYvxxC46opynnySVuwZy99ukiri8RTu0Y2aoySnNVvnRYyypvZsizhRsYWYTC6QMleIGxRzS0IuaH430gbubWy5eLVrB+4dGoritfqIP4HY9I7MFZeV7RlGU71mG3pMGvUFk5CAfHzXuaSvbfLuwsqgrG1eznRnUbixQxXebn+xYRPjwAnFNBOPaCQfOzdZGDQeJuIXgAAB9Q0lEQVQqhAJhsNQVTU3nIoM2FZjJKGeI3ZfJuxlXNqYgCuVQeyJET5UvnqUgZNEy2VhvlpSf+VnDhLAYh/JUmqapAisc6GuGn+M2RFA1CCWKugERGoldZEMmpeSPq7csLLMIYV+Ybcad5afDADmtQwVpfEPsgc7k0yvthPa8OSiOlHZDnJaXNdz3QNrWhQ1rTZa0KQ0jKssqtMUuvsn4W+kPrhhYJWwMKtwsd9MEo7TdTOpqWq00ha6yVJIJK+zhTUvKEhuD/Yw1wq48gXg/poswsDXKk+hEgt+5ZMB3MSU7mSzZEeXiztJctMo5KCvMtLjBjfIUEkcuvF75GUFYZiLjJ5XlRMkNblHBBn2SjFotw6zA3hzdfbtKemDuxC9xd36GxS+qJtNRdFqOk1MMlG+Jl+VklObmeVoIYnS/5l0lg3SsUsx0/IrF5+MT791K8WwMEUUc68w29Lfoprj7+EJXkRMeIk0j7NKg1oHk9bwsal+03e2KNc1DKJSN5uzP8ncojWgVw+w0ozwQo2ulnxmViYBWXx65sZWVwSZl8g2ftAsx959cB+DqYTnYtFGU7xlFUb5nGbZ4COiNOUtgHoTzUeYoGKYl7pa50fgEF0uYXBQYpBCJmvuH94igkwNV8hijk0zPEH49xJ8JfkMHhAmAlMMIO/O3Shg5WGhClRSwbD58FrI+cs8q76/Rh5XxS2RWjTWSSj0zAsiw9JUks4vXWgbEgJ9tl1zYNsjykAGduWl0Lfqy1fwQw7QJBww0YAv9qQqFD6vWk+F10kqjQlCn+SVPE6MdXrZc27QoMdlnMDexVFD8c2nKPkz5JIhZcdfqj/EvlyWVVoKfRY5OEj4oyKCVP2r9T6ZL8gSk6adxKkTS1o4u0oT2cvyxjQcHsyh0G93mmZcS75D8CXrR+b1h73TrW0MwAX7ZfXy0qtFkggxLS9I7c5vIeKSB5i/TZiq/l2Emnlxr/9LKnAur5i3nBkJnJkPCSn9V5QDGU6w+FsmydEAyLifjktLPtL7dKSGaR5vkPaEvtV0ssw/Wru2YgU0Y5VNjM4qifM8yjD4OjIw6i5QZGJMwIQxXZAwPqwwGslupzK3DAJaACnoZgVBj/ozxg5iTOEwaDiI+kRdqnww7yTL+YQIkdQ+DiR2qcOeESFocKZAYVz+G1kNHpTvWsaAbmWgbhgkSJhosyXMoiAGsK7zJvK/SbFt2FCE9qWvWFqnAnxUYlAxIZakpK1GSgLBq4OveBLOn6xhe/ixMsrqkCUBpXzV5RSD8TNavnV5jh0+zEl2sDNBJ+FHKJ9NJBDhpN0m4XP9q68MhW11oKthtmi8t/hC586L9w/lZA/htrU0/NylNubAmU7eGmLN1TitA4a0+DzR+o8WTw5B2YHSHaG78DH8/1xbULWfXkMu74m5zXpl0s+PnVPOcyZ9XwlhUtiXsMFjX9jLvZFwD2svZmmfGz1IaS2hRi2MiyIyrE36948tWGujY1/nldr8kDZ+Od/PtT+iA8g4j6hikLRoj//Y232khB0Pho9FCjgcoblm+n8kCpxkyDqllRCeZx67r6R6zCNbWsLbbWe6u4QryKMr3LIOxFkZ+jNmZJzRQdGXuLPF294apGe6mCWmOyQdBkppJ1uhYoI1LxsdvvTlGZIwb87U8y8FbK5uQy3NgSeSEKyDd5mtFHm0jNFsyEBrrFBOrhJfxy/SHCSI21nscWN1ISuqHKezeSxmMWNHb6hyk3aSfIWUR/n5DdKJwcXLLQ7RN5xUPKSDn3pNOtJ1cW8JAnBCgJ7tbaNzTg1eqDIKiHRR1gEs8pC5V+pQKjYssUaylQpP48XfUumpTIkIpwRpR7ZdShpsAwxuq4ObyqNEGddfek/Wgunnmo/DyFiR05npGQjueX2jvJYRBspMTPIXQnZ0w8dDGI01ey/U9Vl+G0x1Sc1ZYb+m3Xcln2BjBwpp8vK002IX+pF9HJK8Y7hh4vCSWiULEG+nMuPHepnVA09PGa5O1TDxvkwg7ieqe+C4CydcmkphRjRODkEmSsbL1pbxzpGeb+A/tq7Q/C3MT1uo8WMtahpdZ8umaZOEB7WYZv1k3GUrZxGBt9xXtsu18yijK9yyDvwDGEBcA6cAnhRHVzXJm2bXfJUKXIcKbZYKcIebkFhKfBRPEORelSQYwY0mciH0/KDXBbF2cpI68bE+EUSbvewZMzN5THXgMr1a13oYJVpqwGNxsNow2aImsBSGGyTJ0kBbtA8Q2iMqdD0AEStaW8T0fp08nmfSgwswQgT3ERcdrbUDX3pdoEyIygnBnBWtYGrQMtL5JoFDP7ix3OC+XOU/H7Sb2hTahoEtZqV0qPonSY9qVIPqelhag16uWT+aWYU4aDWirGW3hh2GifDXHUzWBpU0ZEXZtIpNePdwqQBrun4SH4kfzQsNMBFTYFm5pvZmhtNQmoIfw0l+k6aH2DeIZuq8os6ZcqX1QvqelR/KdkLoladtJ1r8GLf9Zy4SiYZ4hv2E84JON2SSVOpTH0ho3ET43jg/NbCZMx3rohOmIq208y6Uh3xkyfnUZ65p+QyvbpnFnxhhVpsmOQ5b172xf1/JKIXlhMEd5hz8N56OSX/r3Sfx2fUv6swWWVG6nsAVTQVG+ZxnYyrcGKeyQwTsRoNqm6dujF4kA2oBIBTptllE/e2wYk8wKlGr6mcJkhBnGQF3SjeIu3s+mx6NvSzfIH4piEgcXy/ifsYirnj6/UngUaWUFtMzAncRP8mmNkpgiyNtKuCHfbsGvK6SClitThziTdsoJHoowEGQMv7Oi68BP8ybpiPURJ5aSemN2YU6UJpmWlr5A2DVC6Z4IOmwsDmabuFkXWaCbjCIU6zONIwhhQhjL3oGgIdQTYYKkjtqUzVAfLCJFEKUCIQ2TEzIVSBpQlYlEUFTKoPLP4eFhLKczhS6lcJmtdN8fcnXg+VJo21i3CS+0zQQsbXMb4jCBtigfleHTOLmZTuylJcrwO6Cdtyk0ldRnFpmBRNLPMB4zzD+XusIDNXtSBCuCymIoYyjgycUkPCu+kyZoM+6km7bzwISW9bxNCi31p3ab3JjD/EwSNomrrZ0mkieNbmRVDymDeh7bmbX0Ul6RO25nWt4ZQrtZ+kI7f4TiFvq0YXGEJA0wqKZCRJsI6hrN5446oGw7nzKK8j3LMNjCAGN6R28dYDq4T3L81uPWBkkq7ErmFvytKnxqSlxOQNRWV5O60RgySYvFowlUwizrTh24wqBh2EDSaXuvEDpbV4S6IFdepa6lct2meKuXPbUJo8PGrCkR5QTiVhWtNkHB5N+XiWhCYo6WRR9himRw0+NQJzWoW5uwkgg2RnVXaY0KQzk6BjHX3N/U3KyGsYiKWI7WFeFKo1tNqaXvN19Yd2ZZR6Isarnds5V0M30iK/iJ/taYbfSrqL/lYavYJ72d7bIwCF+CCHkxgPbZMRikBWOCs2HmMIHjeR7tO65NIfihTeKJFSrrPlktb+On1E7zLcuhjR8aL8u0EQsv40tg2/Pi86y558IPg2ApQ+Noi1ujD2LO0nibOwCmWdFxti09za69kwk3JbS1H9CqKKYTuZEmeLtznszGphbzsOMOmp9R3LjdMHs2fGs5/btG2BHrQfJcmV4Xuu/Yb4e60YTFuD3oTaQDbqKY4ZXvu+66C1/4whdw6aWX4p577sGcOXOw11574bWvfS3e/e53Y968eVNOY1NGUb5nGdZsb9CbI0YOwrugCOs5wT5wMTlISjPy7o3Vpm4hHfI5JmlmgqEmEHKhMflciRF83nhn/vkRaxU3luH0cyVJfQBs+2FO7qcuieDunuHzNVJoDYIqtxsLoNb9TeYdnkk+aEOWo004oqtkzi1ZNSNbX1N/y91B/ORInxWkrOqtIVa5kQ5tgduSTd1pKkl/4JII+xyej0PQsQyT9kNdWk6FSkHHVtQHtRPlhn5aCQD7/BJVcqhcmChaNJvSj9IpAFBl24VlyjbxhwX3E+n5KlAn5hRhCgZRaUV0S/oEdaL1QwVBWgZSJ9rZZVY/EKDVSPgfAPLhYOfmlesKzWcjjXtWaHipdw+flUT83FhFfsaGz5PRz5Q130An30NH5Lv0s4shv4RWct88l99up3b5jo/HukaV37ymn6qMsiKn1UB/lDdCuEE+xWAi2oaOZ4xuiNmKcEnbJpFq+cjkidJdxl/Gl+NjuWywFzRZQNaB5qeYWfIszUw6mXi43zDmzVLJIylI1xc7+JOYhw9D/LOVbUmE3SRtAYfSh+LXwtPTPmL1uBW7SQeq7DspjUOlfWbX4qORyX5KZRMDPqHp3cVOoqboNu33DvXavpKB2QVb17AdV76neuHaxRdfjDe84Q1YuXJlcHvyySexfPlyLF++HF/5yldw6aWXYvHixVNKZ1NGUb5nGdbv3EdvruvohAOx2yg1JVescAQlgLqRwTV+vSxyNfqdTx+/IfYonPFvaQeBDo1A5+1VZVGZOgh6wU8Igeyb3KLMKQ8nghqIEOfe8t8kZt8LtaxU0Z2BKx9WcQ/fzw6KTvyOrBcuqTkIoQBsTQVSF9a5wcZvqXv3IKS6z7tRwTWURwyk6Uk7WjzZzrE6tEmPnJAZ/cSgRwYuI95rs3OBhNY6EqkmEXBFI1o9YBpnsNuYH3AlhNJ/pHXtG/LSnX6zmb/P0mCZ4tmONCxoDYj0RGmLmLni42mT0FzOHQCIX0NrsZ5j38jYpYDnOqRcGZWTSczu3k8EL1lXQZAiwhLhgYkAJt8V9a065ATVRFDkYbS8sykTSf+MdzdCoeeLwUyU6sA/q7rhr8xco2dq9Kr4G6F2Q/yNRc/UjifXqOCV8fSb0ZS2aluhhgnmgTUY2Aq1ew5shUHt/Rr/OvjH95mi7nhm5Jd5uvSr5tQdirnJNy1EyhtluwSjsirL3ER4QPIeOmbI/JDdAmjPP+sXNBFRFu1L2LENLdpkB1Y+ES4pZ8vwIrOYZqg9rPqdcvaeNmK3I+sfitotzmw8piWMqz+WwpAMJySaedlKv6F8WcgOWh+yPHwIQ3hfkC/omKxuO5B5T93iBCandc5blfACbGI7GQfcs9LNRrjJfhITAfDkZnDoe4ZWvq+//nr88R//MdasWYMFCxbg9NNPx1FHHYU1a9bgwgsvxD/+4z/i5ptvxnHHHYfly5dj4cKFk05rU0ZRvmcZdlj0e4zMm8MdDX3QAdP701lVoVg7YY8pFiScVKSpAlE5c3g6c889K2ODENeDexrbCHzuOcLcnBle+GsEvx5i3EwZV7gwk4MtkeO9wIb4c6WMgxI0vk5SIQMMVXbqJkeoLZzgWGHgBVAhiDZ2L3Qa1CBmJ4TSFaNEWSKKFBsYSaapXMR/NiykhVUtWFQm+tO2DiRj9PppxmODmtSxN9e+fiDawNC6bWKyRMFlSjfLB6FP0TJGmJE1R2gCqQiQWrQJCpon3y+ogg071O7rOM0TnzRq6tcEmqsJPXnzgNCQpLmo4Ci0BpOnPQilHUjNiIIWWzkn7pyIdKKiwpVUVJmApTYfr0GfjJZ0CCvlxSQDsQ8Q8ZJNkhjSl0L/ceYqmH3fi0psRd2NCMcUXT+ZE82BXkzk2XySkkxyBkXa8VenaI+YQfOsBoEXj5gBRir3DPy5Rg+RPzO+L1rA14pXmhkPRJUq4ohK+MBW6AelXJrlO9Ee6BqE9kk/YZNJPp+CfihP8W3q264i/bYSTy1cpAdGWWSsIXnydUXyWMMofSr2La7vWtcvKE/xvF6ny4Z+Cf34fFLlIq0Y0UeIIdW5svDKn6eTaPe8jpQ90BF1J3ZaLzLLhrSl6HOyHXtkcknKL/EZ+XoV6jP+eLUJGYHknfLtAXkOnMwQJqu8GZFnM5lC1E3NZJO0Xij9cLugSSlnKGZYEda9a6hcwhqcEwijE0lUNIyQZ7TdVyYaWR8GIHgn5ZWeh1qyKyj6+WM5fmIT4v0QNxmQBr11mPWoLbKzGBJTUL7f9773Yc2aNRgZGcEPfvADHHbYYcHvhS98Ifbee2+cdtppuPnmm3HmmWfi4x//+KTT2pRRlO9ZhqN2uQVzFzQf+tbIX1MaZVgqMuW7EB2Y41uBoQFsJUQOVl5hbpRp9zQWPdQYceZRU2MEXgm3GCXmETcojri4eiTOKFhwAVVK880gRMzUPYSkwlE08Jiomk8HVK9wCkETcrCMStAg+FXJIByERiAMrEGJVYQMjyhkUAXboufaqAJCHVZAqMueady9WwXfjqlgEVs95qlGnHCI5QIXLFxZmnppvjYUhSveFhxiACXlDANqoAEuNLNwyPcE2raxzn0+Dcu3bF/aRhaxbmQP5Pm0fNIDlgnLsr5jLCCCp4Glq4uowmpho4h4Ia6Kq4sgiguhR6r0RCGvYkJhVGwMU2y8whAVhSgAhtURgJlF9ZASuiebeOHtJidhqNBGBTI2MeXtPg++X9O+5AU8khfabnTSz/OzuEtHTBKGZ87sVpGDWawqS8U2UZBSvacxcqrx9tgnIl+IPJpMiPpnULSjfYQo3T3UyWRoqB/R12hviHSLqCCDKNtonuPh10PfVlhf9zBum996577e9kKY8bpC3/bQd+/3CS1TBZz2T0vrhbYzohLmJ4x92UfEz/uxyQlXP6FdXZxh4puQLOUz6QQFnThI+5Pkdb7ueyRNNv6qbUWVdB1MkSPcVNYlDRvdBI8VXTYqzmBlpePiwJnpJEvka368qTjfIdRP+W2QH0S7jZi6kUHEc1S2OaL8Urlxswr9ifbNqNDGiZWY7z75jQd69nReYZ3tYX1dYT1xX2+rhvade98ajNsKfVc3fUWGkHXCJn1cQ7AJIEdfNVW0vT+dhA3h0wkjjceG9k74bcp/EfIRxwzIuGwsS6C7jADbTMAQWpeTkmR3ZSXM7BmUdR6Hj9cnNjCbgfI9A7juuutw1VVXAQBOPfVUpnh7fOADH8D555+PG264AWeddRY+8pGPYHR0dKazusFRlO9ZhuP/4CYsWNhjbq1KuGdYxN0m5jgYegYdBn6kimBNmDp9R6o5DYMyQVjwg1VUBvmzUbSjcjgSlEOuKHqFUgqXXJigpc7VUxeX6GqFW5tg4d1oPSVu3my5IlrTcMzPJnG35dqwH1WqDVkBR2ib8CThUiVc1iovL7MT2uNhsmNmJxjxNs+RbCX/5IqyF05qgK9AkGef2PvCPwo8aXsBfmDmE0UVE5BrIiBHod9Pfni6N0a0TShzoi5GQQhytTEKsn0nDAYhMJijUNd3Ql3fVuj7enDmUGZXF1JJoLQd2kAouN4iFTVut0Th5q2p92sirAkhUyMIWnuxnrnSMhIE9rgzp5kYlApZurunUVTphEsU2gDLyp/0BqNbWX9W+jLtv3m3yIulEhYm7kysRa7suXYJ+dHbw5eI8r5IM8DAwtEg0LfAuAXGrcG4NVhfV1hnTaN0wDizwfraYB0MRmAwDoP1AEYqoG8t+rbGwFgMrIHFwNEfKYNXlpQdWL5dNSUsPGFZW48EN8uVbjTjF90V4CdPaM1YwnsCz7ee94uJSSu5XdpucUcF2ARqMMOPu1alBUpbKdXpbSvN2iS2H7N8v+RjHKELxEnchq+C8OOobHO+K3Y3hNbm5fH03HN1ESee43OE9nclTEXej7tZ0gkxJkuJMtV0TCF8NfBeRB48rrj1rQm8mY5PXPH26aUTPIw3B5mNy29M6SZjierG7DxetKYZ5YIwee3HED+5K358NxeZICYTA3QHVzLhCyIjSiWcTaa6X+UnSbk/P0oW+7YBMD66GSjf1kufXcNOHN/+9reD+c1vfrMapqoqvPGNb8Tpp5+Oxx57DMuWLcOLX/ziSaW3KaMo37MMe4z1seVY7CCsCwhhU1N4PDMEUqUvKn5xYPRutQtP3aLgnf4kjPhRIYAKCD1wJb0S9lRB5D+EJ/2fQfYg2fSAqcqGumtmq7qn4rlliryeri5IhfohW4u8jxQk4hBKYzEtqSrouoVpUsi3r0yVq3RcQaSr8GwVBobReBQWxQSUzdM8E0XCBBGZOBJCOl0Vp0ohVXa0SRAq9NGJsrBCFIQ+w1ZMvHAnzUwBB510kMKdLDunYK642WgOZafTBhDlp+/p9KjXdORfVBAOdWR53TU2w1eHXV7oRGBPCOhe8RqBFNZBJlHibhJflkppy3RSgtel3jdTnkcnK9rekfF2w7C+zPtXY3aTXCbu+qn8zxoYQ1vbjS8GGLg4auPHGwtb2WYXU12H8WDEWvStDcoHE7bBV36p4jyKGqOVX+UchNVO+Rthky26UkbbmU5eyAkKrS5zPJ71KZvWvInVndKA5hZ4T/oOWsxannXbsNA5hT1OMEQ7kSmIYkcXA5giJ3qL7+faOBZ+ob1om3Glmk9W8ziA9nryrWuNUMgtGWcgZajIV728VZOxZ0DsfgJ0ALrzrJnAGSTx+DCkHkn9xZL5yqP7aOIeGiNcWO3aWEP6GASym8Fvrfe7AfgkRN9W6NduYjg8e/Hp3Pp+10vNj63QeyfoZIDnq0HxRlzd9rtVeqa5G8PfddGraqKU10QJTycpx8fHsxQxW2BrC/Z52bawk1S+f/KTnwAA5s+fj4MPPjgbbunSpcF89dVXF+W7YOOjb8fQr3tcgQBnfJTpeuHbm+l2YLk1eCDfBwjjpoOlNytDqlAgwsqf8Uo2n0kOW6GDOW7rioIsnc2n273oIMoVcrQ8g9m6wcQId8XMypiFFaH4SrWmOOtb4bk7FcBSZVxXSfgAGtVPOphywSKngKfl4y45QTJVySbDrvX2SPPKXVMf9wXh2FesF0bids+4dT4+5Wo4VWjDGX+kSqiv1+TcaKD/mqyE14nCJgV5KSpRm58UiEKXF24QVu+b1ZNmqy7d8jjutjyut36Lb+XC9Nw7VVgBp1s+qUAMkh9tsiEItqSMRjx9WSvyjqaEy5YNaVOBnK76hNUbbpZqkSacB/7EVsnIHRWwcSXUr5InK6O1srJWR0Wd8T3rLiznijtAJyYobwWQrRe9X7aZWP+0+mQgdYlcJVV+2EQVWakMgjLgaMti3P3W18B6a7HewpndyrffiltXYdv5ekGffpXUpxfa1bF3eaZXtpfcdiyV8GgX4SFW0UN7xv4tj8LAtRuteTmJl/IUDmNje3M+4csLlV6kMilbOD926X4iV+pIRPm2f1I6CaurkMd9qHJJ3SNNBWXWEtoTZYyyR9q34kQK3WXn/C3lx3TSX/a59pEt1JZBumDobo0N7W3IpINJFfCBq4tkbAoTpYjb9UOYio1r2hEHy2tMTFISCcISu1gF53fcmKhwW3rEKZr77vLFPrXbCv06HjXoW4MBUbDpqvcgHDsgq+g074bk3viLf+MFwFXd9NHa8fhBZVDVFj1TueNAVbIqHiaOnQDp6WF9PTlldJOC9dM+XcNOHDfccAMAYPHixRgZyaufS5YsSd7Z3FCU71mG/3hsN8zrj4iB2gs5xAwpkKcCerrli674kZlS/7NtQw1V8CJT8rPJfMutFQMffdaJwCvPscXtc9Is0yaznUhXoOTEAFeSxIVyISyNKyoKdC6ZKkr86W1c4eYTGnxShV2qQtqBh1NmsQPkBmXlZ6iditRcdOKCoVz5HZJnIiDJVcqUgmjuU3NaBhvGWi5gaooaH6T5tsB0i7ZXOvvOva8KM7z8lA78dle57dUr3CPuMivu1zyl0h7LY3lZxEQCPR/pBRqvZDcKuDs7S57jdiSesSVnbcO5WnHZlT+7q9Fgk0tuQyK0pquD0q7RgGQ+khfpKgWJSwhkdBXeC2Xhlm/EW7/DVuWKnwOWZ4KjnSrecms6367MFHBwXhkuOCPugf9Ivkbc6OQn5YF5d94OOqfnfIb29exFUmGrbDyX7c9oe5qkZ7jXW0qbVaDF9TU56x1WxXrirHfltp5TYTxSELuMjK54ISrPo66Nx9yK+BxTY7QaYI4ZYI5zn1MNwnOOWz0fqwYYIyvp/LI6C+P6NUzsMWSNFH7Mpj5+K3raEqTNwuSCYWOevLeD80Xa2pEPy63vdHKR7nah/E6jkljj1GyYu+z9cZs0nwxld1Qw2qrIjiQDzn9iCaVSzSbNXL+Ud8/QnQ5+Z4tfIKA78OSEBy2PzwvdMUVlMb+TKCrICLuM+tYfy4g7j+LxHxPHpPAundRKn2Hrtq+3MHZxt9q7WdqXK1hLt7YTO1O25dbwYe5t28ajPbnwDW6ywk+wWdriYhwxkcfFLeRo+qJXqCv+bM57k1Vu9uUdH2eUMeH62fj62a9KbeiV77Vr12LFihUAgF133bU17DbbbIP58+dj9erVuOeeeyac1mzA7KeYpxi+ceeS5LZz+tkQMqbBz8w19ujHPh1l0vcMtQPpJy5oetQaJhttInDzy4SI4kyfdMWArpIlYZRVNKQrbFF5iQJXcv42vF8zoZeuSrL3yDtcCSflpnUCOg/vXMgkBhMUw2y+MkNNBjt523VcZTKg26jbPvMh8xvznKrv1DVV/vnqBd3uFfIU3uk2aaApcTKfQVFQlAp4u6Lw6dUh8mVp3qNyzcrD2tSESqVKkKTZeEFXVL7j2e+a9wWfuuHl4nUk8kvoggpb9NKiuLrQA70AqG97GNR0JdEp3DW/sC29dI23O0j7A2BuoRUcgUZBCtA+bcMuSLOkrjPjvvxiAxW+2AU7Qcjy7VMHc1C8K35RWtiKKJ60XTW+EukhM+FghV36i3fZhIyhEzyCl8LnU5noJAp/Q4tg4aoQd1TsSS2HPsOONlh6pIFfLCWfXIGOfv06rmb7FTB647m8JFCjRXrJGqc7PglEb57n29PFDga5El6RreoVXR13Srf/fFuYXElXwPlH7y2iLZrjpJpUwMWkVu5puRsbg8iEifa1DjmJQifv5TGcRAlnfZPQjgEJCUFTtIyEF5NxhfLhmKbsNS5uQ9uX7rCr2cTXSGKuw0SMtjBA75vhO1GoDJbWNy2TPMrE7hwBvaw0biuXuxe1c9110qZUtuD9Qz8/7fpVTb4gUJO+51eja9r/9C+1yPPXvC2J/GMJ7djI15Ob2N14AKl0SwXccv5Jz3lbx/ObZwVbuRVv9znGoHRXjT91pxewxc/ychl3fMDvYZqN6Nt16Lqi3UezzZ5+pxsA5syZgzlz5mivYNWqVcG8YMGCoWl45fuJJ57olKfZhqJ8zzLcffv26G0xNzoQ5dqEkcCGUaH5dEJ0859OaD6z4N2p2b3jwwLcLQi4AAiDg0kZHpt5BGFk3s0LwlR4JAKyFyCjncxeIoalAmnyPWUpvHqmSdQnfrGTrnxKREGDK5Bc8aCCRBx4pZ3N9tLBkbhzv9x7NH6ePsgg6AvAFF46g2zjeBYGRKSDY3xPKFfyPWYn6SjGEEprhOQVKVnL1/LCXsip8JCfEItuCm0ndBlX08I3lb1Q5xU54c4UOdFPmNLtq9FGKqX0lG75q5idfuJJXmJDz8rRi2xUgYpMFPFPjUWaa/Lpapgp1iDKNTWbjF2Ed3HItmyEIN8u3ux+9FvY/km+h23o7bbKDbdVZVmbB6Hb00bgH4Jv0MkF2m6s/sDqjSpGvrpC8wf65jyO8kJ5NjHSHF+9z5krpnTQC+PoxIHPHZ/4CbQEPtlDt5PyyR1FsBfKgC7Me7vC60jdBh5GaU/wJjmhx/o4wOo30gX4mETM8Z0oqNOxEUbhW7SthZnyYMarxQuM8hiflbw8lj8osIIOfZ+NY1kmTIgnvtMNCs8N/zJhDLH6fmAs82MTb/7J5AQuM+gyCJdV6Cf/Ih3wZ5Mm6R+kjYNo5viDKALa70SxiknzJW2NOI4zWYTJC+ArzbXra7Xra3UV3AZ1tA/qKvgPxDtW9FM2Jog8tpZFejJFO7oZK8ITcrGxJtwnTPl4bZ1cW+fGAjFOsDFEysek/Qaz+DPfY2Nj2GmnnfCT331vQu8tWLAAixYtYm4f+9jHsp8GW7t2LUtzGLwSv2bNmgnla7agKN+zDPbRUdgn3bX7cZoPQHNBDYTybQ2AStpjGFuRd9hBsYZRsTSYMuL9+CDo3ehqvPZd2iYeOpPI/RM/olxrbnEmkg+QVKBiAyNTskg5htV/Tr2zfGBhoqoqPCkDk1RYc2FlWlZPi106RZUh+o4QuJqBmqRh29wUJYn6E7OsMFbbqjalmRWpWbMn7kPa1mhGMilDlKsw8FLlxwtsVaoE9SrFTNyqShPiCX0yAc3E6qaKB9KVDSkQcbN4xwtNZGKHbfXTFJvQxpw+AGIW9EBpRTcDRob1VUCa3joJK1B94G3ebIHKwjqhCVUjQMEJVGGy0dtpOMJf5GQkpYUc+MRU7AdM+bbC7qKkyrpXnGLTc2Ge81CiYChKoVTKGf0RJV1OJFGlw6cVC8cFfP2mYr4y5oX2gRfyaVhnV7ec1tEud0ZEvqPwooQO6dML8bFMyZEEQQt+IptOTtPJbT+BTWmHHc4mfCZliZKHxzIl40oLO1O9fP2IQHQVkfffWJcWOXPMXzZtjY8LHh76UxKW8kBnd+YwzpOnKg84v2THC5lEUf3A+1Lg+4hyhjbhxvqHAD1DnR+7I38faibv0bGcKtshvLTXhAdZA1uTfub7mrvtUHW3CHYaf6AjycdEmZO6AW9+5kGedBwIJEMipnH4OC2RYw3tkxXiQpQbExDGhBiGPV08sk8bAIM1s1eVmjt3Lu644w6sXz+xGQRrLYzY8pFb9fbpeHRJa9265gb5LbbYYkL5mi2YvRTzFMXoSqDn6ZswAMvMhgikACoTGJBXvoPdMZbEPTAaxQwwZmRFXgJXNNQ92o2wRyEXZHCOSjsTaADV7AdmOmjL2XGfJ8YuiHA5PRi+CmATQ2t0mnF4/HKw1wQuOkgK5ZkLuC4uMshSwVZzg3ivSZuURCu7LKAB6GU1ajitUoLbkApW3s0JkAaClohQxoQ9YvaKDt221syy11FpJ1vb2ISTkj8qi0jFR5rDeWwveDEhTHcHAFXJCYlGtyCEE3rKKdnGpv5GhKN2ZiYFp7Jt4CG+QYxtmIHnZ06Qsl64qvyTmhEnJsPTx4WUl7W0SWOhfct7KkIp7RekH6YRGu4gaI8KlBr9MaVc23ZPaRSpf6BvEF4qCp8q4EgmfOq6Ena58kYme2pBkzWlR1JntYGkqeaGKp2mIl0Reg1PokSR8cq6MclP6lhHI0xobxPUvdknK5IWKZNxgYxIVr7TdRSISJpO0hrr4+B1RCaQJD9X86fxZtaHfH9t3Jp6MWk46QbjVjJde8DwyfXgxiff41Zji9o0Cnft6ZyEobsVpALO+D3hBazlaLlt4ts8qaINz4tj/VvNTXlCurv0EiXb9yHST2l/kv2ouW/L2WsT3Xy/CmGpOc/HUkpVaNcQV4VOKf8Pfdi7Wf1dOlZTeouTswhjg5d741gBMn4g9GVLF6ZcwlTmrtdM7gKyTQVz585lyvGGwMKFC4O5y1by1atXA+i2RX02oijfswyja4DeINopA6AMIQz2ikJtE+XbZJTy9N1oNilDo+mGwTMOppbkk82Ah3ctETBJ3CFe+Q5R0KHHSSUPNknHuPowGHVgSIxi0B0avW0Pkp4jS7PVBa3ZCHngA2fzpEKY/5mMOdqN9HNxGCn4Ds0c0kpQokjqIVcvrU2jSgvsPcPslve1QIv6U92ypjxDPEPySwU0gAplzYvpDgcvhPmXczsVXMKs7QRtEHuiWPuqVNxS4cmoAlaoZlFoSzyabJKGYX2elN3YmA9/I60Fms9WoV3ppvyEPTNEa5UG84KtKLPu5xLpwpYk/6NKQobuEuW8ogqGMokUaNGybmhI8ajQbQF9xwSdEAoKdvQHXYmjyoET/Lm9MZta0JjzM8SeKt8K3cbKdP99AE5bdJyzqlBuuYBOx0zKW1jztnfw7LiihU9DpMiNYbYhf5UG1afIt8p/bQxK+4+vGyDtb0Ac55V3As8NYWM4uoLOzC4dOiFvXLxxR4cz+/AQq+xxhORF1JDruzbEysKFmC1/NT3a1YSjE/t8Ih2B/9BdDL5N+QQ5oI7jvs/U1O4mscjNu4b1RVIeS/qRKM9EwcYJ+HR1c/IOrWdGN4b0TZPtv1IWTuVfQZ8AzNqiSg3D3Llzse222+KRRx7Bvffe2xr20UcfDcq33Nq+uaBQzCxD1QeqKvIcKqhbb2cDWfrUGMzQsNIN3myEnadNRjA+UQASJwBN0E3D2yR9VSlXBmomBCBlns61HVS4li8kZpMNY6Q7s3fJkBAGFElAZpVLDkMkNyVvxlc6G2yRbhP2A6MY/ONgqdSLTDcj2dAytZWdYZj/RAN62mON2SD0E0AVIJNB2/BwCb1SOpVpDctnF1pVVwFFWyXtLfxszCoPY5R34pN2xaGg2aQ8hfAFutun+WeZQIrahfPKgrOr7QGIdqCVks1eUo+0fpmyJ/qMEWEB5HfPCH5vSb4pf1a3SRqQrZcICgfbZQQ6+ZPuwJC9xIryprtnnJmU29IVNMtX4kKhpDJN64u8Tyd/qJJgEv9QpJRu1Qrm9WzkbjIfNPNTxzotqRb6l6Q4EWjRZuPJjGPZFfMuMCYWT6mL8CR8zhrSfROeaFN3EjbwXIDXtVboFnpO0FZm4TeUpw2tP41IWt5XeToZq4U7IPnQEL5EeRHpL5bGpeSLtbnEsEqiMoBVnj5PxqVvYp4D/ST5MWldeVoKZtNMzpI+bHw/pmYgbLVmQ+z6KlPgAor9998fV111FW699Vb0+/3s58ZuvPHGYN5vv/1mKnsziqJ8zzLUFdyZFOKYG5DkAEaYSdaNROFX0RhDM+SRGdissKv+bCB2wjPJO8u3fy9ZjfB+lpeJxiMGbkv9SD6sJukoeWfIDYZUoKYDFBX4guScDog5gXzCSgvLs1UFQpoMD9+C3ODr6UWWh7yXi761OL7ZrTKw2zRcEvEQgSZ5bVj4HPEntMoH8zDzDpCVNCP6I6VVk9KwTKclD0arG0vMtFMTAcfKd2XXUBQbvspIeIZG9z7VDjRM25tVO+MjJiiPsX+779szPmFCHFmab8uUlneqYPswFrxv5OoKyPcVCkZXvnyOhvxqjbue3G+NtuG6csdbXbha0BjnhQoPpHnQ8sfoxKRladk1IfmgpgxYWU9O+HecM5HVUTk+wegRoX2Yu8xnrnAav5H14fhCENZdGEa/JB6r1WdmvEl4npbdQHw8bOskbBd3ia7jTtdwbaA8i1WGq/6kbNGBbg+n8eWG7M7lb8GEi5zrZx0SUOUAZ/afgWIrwZYEsaJqqYezqLvuHI1JPuwjNMIOgE3k+fAh6gyvDeO84CG1d6OTBMSf7eQi0MZI1qfYGMHLkLpDpat6zQAFw3HEEUfgqquuwurVq/GLX/wCz33uc9VwV155ZTAffvjhM5W9GUVRvmcZ+vMBS+808GOSIlDZnL2yqT+IncTLwAQWRYhy5tbtxZTxkzSMEW4GYVKTMnKaxzgbadLwBuGcIl0VYxe8UGFJMlk6MJABxEg3tW5cQeINauk2XB/WKv7h59JLBhsuaw1FqCNS+S0DjkoDvs6FEsiCsCojFk0OYg6KkJsxq4IoUlgRiA3mjna54BHdqRtbgRSDerSJ/FOBg9IipS3FnA1D49LS0SqY1oEmoPmyCoElvSyN2C3i9kVwd65YWe4W4qX5SM+1JlCyr9KF6KsJjSj0LOkzMYcqVfpezj5k9dX7BTvQ9HFCPmErrIs8bCH3l8GFS+LcxUDWxkvkfMTkgjl/LtnQ8+4JDer1Fotoop20G70/wLt7N08r3i3QDkC2y5J+SLsQm9Bw9cH8xROAkbw2ice3UVI4DtbHRb+SZkZXon+20KHmnqNxjd8l6WbSUf2TcFbYRdoZPx9Ac06yJNou+36GD8j3Woc9wy1aGaRbQgIiHvVcvrQbJT01b1Zxi/1dq1C1jpEZmyx5ZHaZ0dIEsiBHTUDM9BgK/QpEuAncgISh5+9jnHQHTTIpQuvZhlrg/ESaLXWndsF/SDxppRI+69pF3hUUn7ESo9zC7YMn1+FOLZ0Chle+8pX49Kc/DQA4//zzVeW7rmtccMEFAICtt94aRx111IzmcaZQlO9ZhjVPq9GbWzPBMzAQJsBTwU23V0a+L1UW6MK1v/HSbw8kN2D6cOGiDiJ0RYWnZYRhQo08003KR+0y/5Lhu3fkoMDOQ1bUjQ4qYHY6gETGTeqKlpMIpVRxsbT+LJILrqKi4xLICo0x8aRG/cRDUqexfqTwzRW8zNll8AE1XOzkzeFJwmtuxicb65TWJ780JUVQCGy0R+E/87QunJWfZRt2ARkfzFk70Kpl5W+e/jMm6belozu/jC0VZKQwEGgPVs4HhP4VaM7bQ9lTO1OWkrrQ64ae3YWwR39P41xACunTOg751QXdnCLDJ81En/f+wV0/7xmjpJIrSVT2P9pvCZ+DsBt6TlJRyI11/cY/YeN3w+FuIq+az9ONVAP3rNHrDTDSG2CkVzfPEW8fYGSkceuNDNDr1Rjp1ej1avcN2xpVr/kMnnHjgOSnsXhRsG2+Kyw+TQcjPhcmPyEm/Mnn7Ni3uYOgLHkZ5xHh5mrGQ2z0R+x3KgEh0jk1xyDk7L2kMTpqJbSTpy1JXzL6JO3gZpKwOT5IL8Jj+fClzPDTdLxIqkuFzWeF15Ow58wsb0ncijwiXUWX5bEJfkje9WNCMPvxI4wjwi3Y49ciUr80XppnjS7CeOrNILyLlsiHsYJGND4OylO1SU7Sb4znOf7LB9pnCN0vfMPefZqwqts/kyn4ik851jP5TCro5zIr8o15xex/hCexdhH8xNeWlEXYZ27lk5SnImFTmabB+ifW479QMAzPec5zcOSRR+Kqq67Ceeedh1NOOQWHHXYYC3PmmWfihhtuAAC8733vw+jo6MbI6gaHsX6PSsEmjZUrV2KrrbbCXl/8/zCyhVv69sIJUyqj0B5mKitur7RZS4A9PbyR39abPulNmsklT8n+MA4qKOuX/2ifzpGfy6lRIf12svzWcnwKc0W/x9x867Zn6KAEwZBJfWkilR8EqVl7Km4hJl1Sc1YuLXEho3nWZKCr/WBnEM1w34o27unD+zNNrslpG8lvq8vByn8r2Lv3wAdnOpBVykAWlHCftBReqfAMIjjZaPbfouZPP2Aj/YY6yIBOBnVLwgVFHVGBpJnztgqeTkA+42QJzVmMONodMeRbzEbWY6znKESHu9+Dybb9hGDKlQspwMpJBRPctdt06SehQp22/AakjgdavYN/m9yC0KQVVEEUCC/kVY6efP31ZN3Dsn7vw0R6bN7llAWmoNE+WrM+bBI768+WxOPlaCsEQkTlMvQdl78Rr4QbixEvAFc1RqpoH6n8zwZz4GlV5HH080rsNmdEYZnyEK5k8H5k6bfkkfYfqWTHG/jTuCWoAu5zk5pp3lMFTgo2qoJmuXsKTWESaQNhoGRuE4DMQyKUWeadeKTpiVo12Zhb8iIiyISWPoaZSf5EHrRww1Jrz6deQiv9rKRx7+55DldgayB8IzuOHwhjSzRTmo78guaJ9rXAv+DlCT+GROWV3+GXa+uYX1lGyrtkrSXKqDMzZRyW8dQq8FobeC4by00+f5SnxPrkiveAPAdwE3gw6FvvVhE/8h6JL/AUiygjU/7qxuceHStA5EHwMYOPFb59+OTgE6sGeMGzfoXHH38cW265pVIDBR7XX389Dj/8cKxZswYLFizAhz/8YRx11FFYs2YNLrzwQpx77rkAgH322QfLly9nt6RvTijK9yyBV75f++9vwJwFzQfqqdLiVwQoU5TCP38iMlbDGWtQLkn86mAolOrsDZ3iNTYAC4HKz/LGmck4IMiBIZprZmYMkwjaUugOArpgrnTAYcoUyaNfqTJqKS3535jYQEjtlrvz93SwlIiCJQVaLwwMEBXOZmCDaqaCRRzEuCIXhcz4DIMbU6Cpch1piAn7qjCRF7ukmJcXroXdpv40LpYjG82yhQ3pCYY8DXk29BJpJNATOB1JsxSE6FqNJU9PO43yY4mw6MyOnuqE5rQagloLtHysCi2lCaIgU5qxkpbEqgbIZAiIQudzYGnpSVtYUtdEcPVfhGkExVjfjeAErnQ7NypwMQESXMFjZSf1zCd7yMW/xI0L9cP7NFfabFLGyAeJW6AhKqj78kR7KsSDCKWxlHrP66ZGtlPW0MATjDtVaiStSwUo+7N6fB5cweZ1mPxa/GUcMn5ZuoSXJTzMivLyHp64BRrkcefMXUA5I7fDldMwN8lJ2TukIrpR3HQgXRXO0VWeptJxMuW7MlX5tK20o/XXlt6VuKWcjI7naX2n+cu1L/eX7+u5itJf7H900sOEcUyTSbjSDmanbULLKHcWpHxyyPgMz1+JHMPGCmDlqgF23Pe2onx3xMUXX4w3vOENWLlypeq/zz774NJLL8XixYtnOGczh7LtfJZhx7lPYM6cUTLjGGfxmlW1OqyujZq6+VWN+5ipMVpFt1HiNmJqjBrrzI2iOkJmPntkNY8yH28Gpm/QNMxgU3dmJ/5sANffY0qyKgjpZdHKpqgnnaGHnriga8X/IHBZSwYj/gurdKDKG3XnXxIZJsCC+IMMgmBPok5aQ8IaFka+o1WUERYu4IkBEmh2fgh3vtJABmam9ESFOlWGoiqeCk5C6CSDv1qGACvqzQoFgbYpMdtor+l7wV/GmwrrOXNoJ9tkmrexEXaQ1Rfu591y4AKf0oZAmPiidZ1bJYptZri74W3EBVw6vcLz1eZCMVEFpiuG858m9Vzusrk2rVZMpkTWM4WOabZDm9bMKEdWoWEDxp8YbxPuMteJEmLBaE0rDqdNzhuov0+trSpYWQzl8Y3Jmw3p/97HsDhsuOCNjRFaOi35oWX0uTc+D9TXcDsvf7P9mq6QUn5J48/ZJVJOluY4x29lIrmQMkPxzQ3T46cmS3XgApNMYKoynpxWssa7GuYfTvJYsFM9QL7P0zBteZdjczIOULvSf7XnyAbj/JsnXv7yl+O///u/cdZZZ+HSSy/Fvffei7GxMSxevBivec1r8J73vAfz5s3b2NncoCgr37MEfuX74HM/iNF5Y2wF2G9LHPHKdVVjrBqE35zeAHP8szfAnKrP3Gg4/66Pi27PrujqOAD1jLgX1MEFdQQ3Knp0g0kMUiTzwjOPORnEhb8WhseXhuMTDVYoBNoWahpG+rs4lPSl0pps1SQrhHSrdVyVkwoSgjuPXzztMPfYnlb4D01HE44llDZqDaaavN0k7uoA7AxskA12K/z5jDfd/krDJTSoKDlJCbN1n9Zl2AoO6O1B3Oi70ayJj2md51qhiV9RI0i+YLl74AeknMEc3KzIt6gUURLZFmxS0HAFqDK6OXm6CKly0EnqtJIr8XpK/DKVy+mV81rOT0B2TfgVbr8Dhe880Y54VCzevGAZy0LKYSnv8XyhMdMdEGGVymr+hI/5OMgTILTv6UoQNDvS5OmG1Ku8lEptnzYXOuYkFRR5g+bPtsILJsQogo1rMm2dSDRXKyxDw7S4aaFS/uqeoQ9GnidXGzl/5f1Wi3NYHpkcIeSNYM7JHFaEy7kR99QtB1qCNKBsXzYhS8Y+IwKHnHXgQ4nUkqUF3nfyue6OJHuJg2V1zsY0/yNjWTw6Bv0JRNlIGwNJFugzTML68QAg/FPuJuJjg1TIAWD1qj6O+F+/KCvfBZ1RVr5nGR59Yj5GBnMAQ7bHVHG7dbygx//cxTxVjdHegD2pXy/8+Flqf2FRhFT45LlNchZUnPmTl2AB2pCO6MME6yC6EyE7CpPhDLahAqYUSJEIsbFEihBBBVYm9Ipt7/BnhfhFJSMQF5aQcOxsLxdriSAb6685+9RcXOQvNgpPiMuOYOIFR4gXHMW6F4q55e2Qu7wlvbTMCdf+TDQVqC0RykV8iTATSIvkggomTPdJBRNVudHuGZByNRUQieJGL1ehZ2SlOdABPT8bjki4vJqUvnwZqLAY6jrUE60/srWOnbUWbUD6mBda6FbxLKQQCECeYZV1SOOOn4Qy4cwzLKEXG8sAYuYXttH3XAJ+yYO1XaQR2m7sAjtvDhfa1Y1Z+5H35A2+ge48/2OyqlAKIfqJe9ak/WxiTpVFQ2KP578FXzE1RszAnfUeuJ1MA4yYgdvZNMAocR81fmdTHc+IOz4U7h0AwpMJmHSXiuMnzVnLhuf437itMF73MG57WF9XWG97WF/TH3cbr134ukLf/QbhaVDXjm85s60drdcmXOZplYs+kwvwrGInda6OPn6J2wcwNn7SjZj9V0NQUXP6NCSO5BJLULujJKqYyn6oZVhRrjwfYeQl+aQlYTPQ+EIyHjKeSfogUv5Jj5DxybLIM9tywSZmwPuVPplD+GFmHEsnfsSYFficGMfYxFDaJtodAellpUSWIWMI8/c0QPiQ4UklZjZ+q2ZaJlfHohxtdJG2jKcPMt6Ff5RnyxzzzMc6l+MHedZx3EsvAhVjE88sp2HK52n9V8JuoiwI1h4x6vHV6wH8Ymh9FRR4FOV7A+Guu+7CF77wBVx66aW45557MGfOHOy111547Wtfi3e/+92T3lLRe7yHal2PDdS2sqiNhTUWdWUxqCzGyc22VWVR9eKz16sbgbPH/Yz8hX12/smVJ8/M2ZMqd8pqLADJrgl0wdrQgRzknLflym+FGj1LLwqBOA9u2cqQUQcKmpvoyAWYqnFo9vv5qkFQ1MlqFL3ERCrwtKyyBqjypV1IFZ/p7cG1qP+ssqtBDMah7fxkSvg5IbyOwvigju4DJzx7P/ouu2Wc5tNSCsiDCqixhaAo7FFRp8JdIjQmijShF/HT/NiNqJS2yMSKvCBKqfa0zmGIoo1Q70lbgNdturIIsnreImgnOz0suACpCFtpIYjZK9eIirUXrmqphLtfTQQq+lUAH6dQmgxEu7hLxqrKkglF8utxe1VZ9Ky7CRyOr1S+77p2tE7ospzumiKSNjPiPDvy7cQmS0i9+JiD8h34m1eanXJtKoxUA4xZg7GqjzFYjBqLMdQYM8AcNEeIxmqngKPGAAOM2BqjGKCP5ihS35Kz755W4XU+2k8NU7oH1mLcAuPWYH3tnwbr6grr6hGstz2sq0ewdjCCdfUI1tWNfd1gJCrkzjxe99AfVOE5qHsY1BUGA6KI1wb1oHLKd6OU29q4Sz4bpbuhF8O+tIGc8i3pVRK1HPeIAg2iXNuKuFPF298k7780UsX4/Nc1giDPBHuAr6hTc5r3MEZJpUNRFKU74BVHw+LUwLiHojRrF6MmE5aVdOOfr1IvAiTKvsbz0+bUlOkol9Skv9FFAs8jY7/kvFMqdOolsjQzTEEW9UbMPhwzC2Wb7dgzKSloyQdObbkfa3uaWSUs8WGp8PE2urFdYKHdnJuUtWjcMXOxnpNxwfAJODcxR59MCfdjD68S97SxnwVF25KvAkX5l/qHvuvKGcpvgP66dUlNFRS0oSjfGwDaZQJPPvkkli9fjuXLl+MrX/nKpC8TGHmsQm9OBcLZ2Ox6XTXKuBcGwjdhe87es5knwndhjfw2rKFpgAgRAF0V8oOlZmcDDsBnEuVADq5wU8WIKd9BySa3ntPbtYniHYR0UEXMg0wmKBMGYaCGGKhhRDjwAZoNv3logymrSxEm9ymSMIi7MHQFNyr70s5zmqzkCcXbr6gP6iquxtcGfVSoTCOUhxORTlG04XN0frCsuOCTDJykHqlwKCuSDP5Nmb07EdwIHTKFmAiMmvCYEwz5M1Xew7sgcRN6hlL3suWpgCeFQrrSzW5sl4p3EDwjPQfBW0mVVCmxcFVd5lkVApk0TNIKwj5rsUYvqkxQsm0F0va2CWN1Wm36gY0Ck+vzpnK8gSjZzQ3hA3ITOPl8lyG7f8TndZr7LpTP6YDQEZFaA+9wfCFMmhHle8DsVbJNO9Z2uxLuV78bZdytfEu7O0I0QnbiGNN8bLx2NwTUPsckbeuqv5n0QbiBuG9NXPGuK6y3VbOKbSusr3tY51e5g7mHdc6+fkBWvgc9onj33Oo3VbqrqHS7p/X8hPILmKBcE8oQlOKdcmoLew1esA7Mw41zNjAYSwKTE9beuZmFafa21raJx1qYsNe1qdgwftKxkipXJtNLhcLs+SVA+HcY0AgftYS+fJ35uHx4kCcAYw1ziH2vCcgmNJlSQ9yCIsOV8PAVFvp5xcoqfJfwZ5KWK6kYy5Wq8pVq/XuNpUJD35VxtG4accfapq2tqx9r4tP4OibVQrmhTdLmbQW4w1CJhmtT6jRprG1lNa30ouWF8+ZABxB04cJQOtMKKrNmFLqR7jwOQoeeVokiHsaIIEsgTry58ZHRtChaoFff78inFpvJMKKAV8LfT6TJOFzcg/V1WqaCghYU5Xuacf311+OP//iPwzX6p59+OrtG/x//8R9x880347jjjpvUNfrVWqCqyQht3OBeoREOKtsIswawPRuuA7aVBZyCbb2i3ePuwe5n8emTMiDKkEwUIlIlh9jpAA2iuBB3piQ7u3UyTEAY9NzQadwwaq2zV2hugbbuwiyyomO50hDHFTEbDmWlKpgrrvSQd2k8NH4Krjh4GY8LEl45kxMQctu7D+NX1atGuojvgyvg6eq7Lz2pEC9oeAEcTRmNrZqxprZutcnC1ha2BurawAwMjFuJQl0BdQUrfrX120erOGstlHCAKOAAV+BkPVIpxvh6dW5ugDSKOZnFFgKetqKTbAtUwle598HdENqXVrwonVfkxOqLpfUFseVfKus20rYXeeT5cSbITxBccBN+2srQkHeY4gHSPpR+g4ISle1wIWRQni1RuOuwPbtHt11XA/HkW7n992zZE7XbAk5205D+GEsY2y8q1v57tfzZfDM7utFJFd8HSfWwvgwYWGPQRw+1MeibHsabWNCz7hhM3SjtbGIy8AHHM5AKxJbQC+WD9LvdzXbzRnEetz23jbyH9fUIMfcwXscV7vFB49f3W84Hvah0O8W7Foo3XemOq9tR6AbZdm7DbWoZmqa6pKFPwkfY2OrsThC3wU74il8FF+7sfd8PrQ0dv+l6Sj5l/6B9NFGQiaJNwzK3vN3PX/n6ivZYBbTqPHmHccPXgfF10NCndcqMZYsAXoZwijjxy602MiWejHnqsZ60JoPC6Ks+fE3BK3LhyfmrtqVZPR4TFL7YPtpughzL45XLzWHsUvwTBdakwXQ6ok9CF1ba+QSOd7daGB+XSGNomUUejadbmVdL6DChZeqXSYP0aev7pXaMhPbfyvkZ4Sfi88/Bml6X0hYUBBTle5rxvve9D2vWrMHIyAh+8IMfsA/Iv/CFL8Tee++N0047DTfffDPOPPNMfPzjH59Q/FFoF4zBD3qEuYSV6x4Ar4j3rPtFs1XCmKB0E+YktsoFs8sYnYVOto2xp3UXHsWVpGSFO6w0kW9vGyJcsxWqaA/nr00UNCtTR8HV1xtRSKjCPXDK9cBG4Zj94FeuvMDstgLDrTYGwYqLAvqWLKG4CSWDurPt663PGJ8aBpalS+VOl3GitLkzl15ZqCv0TYWBqdC3PXfWvBeFcOuFaqA/sKhqoF8bmNo6pd2Gb8HDxWucgGOc9OqFJSojM6WMCF3SzJVqavb9Qwh2rQp1pFG5Wk4nPrSt7EEYDJm2Iv+xruMjrlDRSRy5jS5/vt4/Y9vJdy1RCqlybMM/TrO+/jNqDAIPkmGEcEjroQrhU15Bt1vSFS7KI+iuFvqNdKYoV+JstFS43dlotnpMle9E6bbBLr8PTrdrhwlI3wau5b0y7b91PnA8w3+r1n+7lro1nMz3PRIfnZgiqE0FC4uBm4j0/KWi5sBLCN/R+AFtT08vnv4Q8zZo1HpYUwG2AkwFYypUVZjzRQ/NyvoIrPurGx5pjOOVNYwxiOcqG116YBDcrTEwLrw1VTPph8ZuaickO3o3fh7W9y1WWVKTFE8yloWtqUGZtiGPctWMKtl0so+mFfuYzxdR1nwApsRx5SdZsfZmGq9UUIhbqlRzxcuIZ+jalleLj9RfQhjK68+z+4n68A1AuF11XB5p0rHNhLh1fBkuHN3pIngk0LS9sWgStC4vBHESt3lHVbSZ2YT7J6LZuyNM8ATlnR1r0JXU0A6i3QMYfUQ+ymhHuoenhSiyDo0+Qv6avBr2WZPUzdSkTHVKN1Wm7K0KseaW8U/kky7vhxdDMWO9GsQJtPCz4TSh9GdmGg/JnAVQrx10yFRBQUS57Xwacd111+G5z30uAODtb387vvzlLydh6rrGAQccgBtuuAFbb701HnroIYyOjg6N2992vuT9f42RuXMbRzLwhzNkYes4ohLtnsYp24a6SzsN74QPeT6NXRBDBGbj8hSEOKF4awomE6zBt3j6S8qaG92jsh0F4ygs9zBgQjN9NwjIxouwDeg2Xa9U01Udr1hyBdP797gyDnJeLKpfIa1QP04BoStPlVIP7Ky6t7PwE7BLwZsI2804bl3OTBAAvTIXznmSC5H6dVzlGh80K1vN028pHSF+vbDS1fyquGXdX6pk4zZ0rmC4EU8qsUxR9k+y8qxcpOUv3krcpJnGw8xg9caPTdC88X7ry8EuCQLgJxroajXdesy2k4OYbWoOSjex0ziDTKQobt6uyXJhks/7k0AsJiPfj4p1fI0o27T+XDr0UkR1Mo7wBm0CboRsrw6Xj4ULyQbk4jFyGZlTzEeNuJQs/CxRvsm3wY37pjjty0h1riijxrYO36u1biu3cx8gnusfiDBO7hU7UiSiiwGnzXiWm07iebtvC6UcXnlB5JW+rw7gt573msvWbFz19herrXMr3v65vh4J5nG3DX28HnGXrjX8Il66Free03Pf8twnuzsgKF1G1AgxJ8oMmciTE3VhXM1P0iGYEcY7yhOaR6oM0lXUuH1WUwwhVl15HCEVVthU6TLSTpVsp0xKBdxIM+EFgVbIJEVYufbyQ0XMPQvTq4VdhKHH5Hy9UtmD1q2JBfa8jZoj/0Pgn5Svhmedt0caI+3BlPAWBZz0n4QKQxli49AjCMmxPkKfnHbBYIWBTvDAxvG9YSiG59dPKNCdIzWi8u1phH2bNNIMBA2FolJmFZ4m+knktBF1gJL92qpKclaZJvVqM+FDOAh/n1lnrteuxd0f+v/KbecFnVFWvqcR3/72t4P5zW9+sxqmqiq88Y1vxOmnn47HHnsMy5Ytw4tf/OLOaYxvbVHP1ZQQG1f1KgtU8RI1f/Eau2StagZDf+FauB3YhaOXrnkhJFnpC4p3dAOo4MeVb6688BXZKnmSFWzoN4hHxZso3fSGcUQl1AuelLsHpUYq3mie43bgFG/5rNC3g3D7eFC+iQIeUzJhYAg8nNVHFIi92k4/ERSVGC+EG/gzabWlCnUVL6Dz7obsHLBEoQd9Lwriod2Mbc6+waBngdpW6FVNHY3YCv16gBHbw2jdTEKM1/2gZI+5G4/Ha/7ru+2pfesEbL97oI4CPT2vTBVWV4uk7ujOCX9Dv6eZeGN/z38qr4pmvzXZX87Fb/bXlesUUfWMylAU/IPC5ZUlS9uOKDPWuHZ0/iYq4DWa3QAVMZuM2T+tAYy1IW1Zh6IIoX+ClllMmMlt856c6bEJeTactlfoa5aaM8pIU6HNdmJPC3Bnki3Qp0qk4V8X4Ld/OwW7GmC06mNQVagrA1sN3AKtdReywR2zafilMQOgqhttpPIp181Fll66Nhb+WIs75QPatyl9UNqIq8YGFlYo4jasbtfOr1kl9s8oUBqWFuEppG4S5Rp+4pPeoO79qZxpwb65bIgSY/zKPBzfi/w7CPsABvBXhxhUttnZ0qyWVbDWX5jmtpW7/h+2nFvDv9pg+W4kG+rPuDO57gk0q+heOfUCOMkXayAqTAeh27pVdv8EOW4Vw0nB3LA4RDoJVTT5Mz6fQbk1bgu9c6OrjaHxLcKOILfaa1kfpMlJbUfkRipGFmxF07g+GBRvkHCg3M9FEiYxo/zhZQovfzTmRvmuEuXch43v04mNUM8h46xYDT8xlkxOWcaHa+vGMze2eAXSt4OpSbvUpH2YIqoprog0lxAZSMUJJ6fwURkud5QvhGU0RmUY3rqB/q2BcXUSXgz5Nen7rv/EDMJtvXb1YFydVWBlZzQDG+sL1J0kJDqmOrzmxixeVB48NwAZWkb+jEo1fdmyByz3toYmRUx9tSQFBVkU5Xsa8ZOf/AQAMH/+fBx88MHZcEuXLg3mq6++ekLK92AuYOciMMlGCDZkJRowbn8cUyZgm+1cA/esAVNbNtipZ6zoDZBUAE9m+7niQhX0rDBPFPAgIFIl3JAVXCNWvxBXwaggnq4Y8zTk2p8XkNOz3hXbHkqFQOrGLksKsYtUmMyQn5AIOwNEvsPKtVeuXZQV4p0+7p4qt/UdqGCckmAw8GmG7XypsgQQxZGswIaVLrENv+8U6EHdC5cvRQW7WcmSn0QbwP0M2VZb+Xr347K/wEiMwGLCItJWHQRAf54wLNk4YdpWjWIb7kcwVeNuLGpjSL036bO6sdQYlVmqXLMbcr2drVpHZZtfnJZZxQaYXW4xt9LsJIxAeznhxUTK5H2U1yu8cib6qjHWVaFX0rybIe0T24ok6wRCXq3W0WjIlVxlsghPtqKEqEgyRZxuN6/cCnhFFPFeavfmxr1Gj2xTp8da6CQNv3TNl9GSnEX64JNy9KgKPf8d75IIPAW8fWmThhQCb+f8w/MIykfozheqiPM4fM6j8CzpuiZ8IOwKCpNwVTzbHT4xJs9/N8+++9SY3w3Tt3G1O0zIhVVuvzPG14XLaXLER/BdQXOk8qLRTXSkEn3zsnXjqXG8gx9jIcoSGReVpKIS5BUg32cdzbMLppJxhPAdqjhJrcMnHZQ+XliuW9mgfDTcNlHjWBl8v/ZmNvFOxnYuGxinUNP6E3VWN+MSBnBuMZ0EpLx0G36yPV886c4B1MLNbysX4bgbidOnSerbWFpjQ+DbxsTiWFdmY1gRWT0w/TBbN4jjgFCCYREmWAz1p0o0hBt7V/jHYvCw5MmaUVYOsZtcmOmCEVHLumRdyLT659wH64Y1UEEBR1G+pxE33HADAGDx4sUYGclX7ZIlS5J3uqL2B+k8Alf2T8uZoHeuLQ/mBk1vNmRQ8BzVDDGbEN4r4FGpZAJJEEy4G1tlDII+WZURQq+67bTiK+H8xmJyFtzYIETTNJoqjKyZCnZenK58eezACcY1elSJAr0kiQusVIjyAheAEBbGhFnj8HR5qqRZU8hB3WI9JhMOYUyJAlTUZYhCBzERIT4p5hXvARGYg6JdV0yQDgK1V75roWQIpTUVWwl9ItIWX6EmNGMsqoG3x6c0x0ke8LAhvkh/vvVM6GpCgyTtGhQuoVjTrfV1TW67FmYWTijk8vy2p6GQFU2YIcI1E5BpHbJnLHttrNuOL+vZBmE6XIRIFHA+SeLTF7yH0FxQQCjtKcq33FLsa96iWZiBceeQjcHAVBivLNabHucNtsaIrTFiBxipa4y4T2+N2Boj9SBeukbOf9NjLt6cXF4mFHGPsKMBcWeHvDsiTEp5pRYVm9wLvEWRACn/CrtXJG/I2GlYos4mqVC+YG2qgA/CZFtUxOOFav7nlXNy0VpNt5j34ucJHZ/xFzPKoxiBV9GBzDj6NzYh/kQtYq/F8F4h5OPVcEVb7voK/jQtS/htGJutU46su/fCBoWfnicGpCJoE+UvKoWcOpjdhw1jnasfovwF51AnJGgoe1tYaonjDO/35AfhTvNMFd5EkfT1gXT7tKZUKnaTKJgkfvpsA33FpO4g0Xr3ZMIkB5F+VpFlirBeBsPKSdzouyJM3m7y8WXyx0qr1avsngltWN1PpaFEehjeNuQZm8fE9s28z7pYUb4LJoiifE8T1q5dixUrVgAAdt1119aw22yzDebPn4/Vq1fjnnvuUcOsW7cO68i3A8Nny+YOmt8kkfA+z2Do4EdGTKaUs3e4wOHD8MGWCDfMXYQHFda58hOV8FQB9xcrsRuNk1uO60RJr8QZXzoRoI6LxrKjVxYWlXGKkCFKkYlKJF+1IopGUOp9OGL2YrAFG6S18UoKyz6VUHek/vw30HPnyZmiD4sRN9j5fDZfCiMX0cFfulahjx76GITz8FHIhttdYYC62apLz8v5n7VVXNWNYmuoE7aS5AVeIvzSS9Hkme1E6a4UN9OsgFemuTnfH03w8iOdqGETRpTufX4tUVbI5IJXrAe22f7sP9VWu638dW2i2dZBGbf+LDzAlPCYVhz9AyXYWFdSAA59jE1icOW7Uu36JIZqRoyTTgCB1FkQjmzMsrwYjm3Zt3zLfqqAUfBJBmuAAQysaXZc9I1BD1WzUm5H0KudUl41SnnP1Bit6X0S9HNd8dx4zxhyBCbSZaQRBHbafNTLrXAborgaI5RvYoZJlPDAWwgH8Cbab/z5cGMM4pcfHC+1fNKO+hljQg80sCRSN7kSeESNyr9t3BZzY1HZGhWMa/calTHhZyypH9HTyaADP5HTJOfdLdEEozUojRbcn3aE8IIYg4hiDf+6VLJNpN/ELbQ5eQ8kPt5EpJ+6Z1CsqZnQt69+r2h6s1I0mZQ6XLcgjS62jh3i7s1hAiAQIxm7MkoS016ZQpdTpIebjYivsdM2bgIkbeUMTAaQso94WhHOEhq0NLysAhtyoFR+nFyN5TC8fpJICY0Qd5991gaeDlldNWkGhdzJH4bUbbRbNiHi3wlppN1uCA2kbmxY9W4iDRaGpNUatdZ+7hf8jXe3PAxEOPC4ajXVgoI8ivI9TVi1alUwL1iwYGh4r3w/8cQTqv+nP/1pfOITn0jcjVkNmH5jSRhaOsyGbVM0fGbFjIYxcmygAxMdlKiQTwQb/45/5liTypiVDAVlwaVj4G7WHaZ4VcSO1J9vjQdXTEi5g5Dli6Wa+WpfUOhJ/ml5cnWRKPCZZ1qx7tNqpjkJ3EOzLb2ZrAB6prl1uGcsRkxzV3E8K98ooD03uoVPEFl/6b0/w1nBuE+Joe4BdQ920HOfBOqhrnuo6h7MYASmrmBcGNQ998mxXtxuS3+xBkmr+/oHE5ZpO8JYmApBiTZV7S7sseF7z/Jst1TC6QqXdXE2O0Gb3AxIO+aoU9uOnqzm+razRJl0fTHULwwqG3cfBCUbDYFalwYM3CJY7KhRMGgRt72kbGg3jZKLXxnzJ47jdkg/SeGkMFefDXupY1sYUddeKQ3t5muJiudcqA/qmY0h/S3uyffMfZ2S+vbv+gvN0qazTT07PlKZ5mx9z1Tk3oge/zQZnGJOzpZX7lI2uiJeubowgmbCxBro58cMBrZZuR/YGvGb2tYdcfFnwyu+Ck5pzbWg5xtckaD8h7QB4oQbXQmnx15MSIFUoKDhgW3y268tBtaiby0Gdd18C7y2GK+BQY3m6we1xXht0be1WyWv0a8H8WI1f3dGzfmCXO1O7jKwpJaHyb+GPQLfpmMbn6DiE1HuxEpTV/QWdEQzjwuxk4lMBGUCJs4fkLJoK6RyLAnPkCaZHCTjVmzPFHE8MWEioA4To4RW6YSijW3BxiVRRr3keiaoMsWPmZio1MmVcCbX0LFQyCMVqSN5rM63oSHjfxXdWTtK5U3UY/PkZWeTLIhmNmbYGDYqxQotJAl2pX1NBkSoR6p0s10X4vI1AOK8e87ckiaFlmdSzZq/Seqgxa4oyYrIlCjYZHASfja6iThqu7bxy575KijgKMr3NGHt2rXBPDY2NjT8nDlzAABr1qxR/U8//XT8+Z//ebDfd9992H///XHXez87xZwWFBQUFBQUFBQUFEwXVq1aha222mpjZ6NgFqAo39OEuf7zXwDWr18/NLzfUr7FFluo/nPmzAkKOtCspt9zzz1YuHAhTMvtGytXrsSiRYtwzz33lE8ezBBKnc88Sp3PPEqdzzxKnc88Sp3PPEqdzzxKnU8frLVYtWoVdt55542dlYJZgqJ8TxMWLlwYzLmt5BSrV68G0G2LOtB8omzYWXKKLbfcsjDUGUap85lHqfOZR6nzmUep85lHqfOZR6nzmUep8+lBWfEumAiqjZ2BzQVz587FtttuCwC49957W8M++uijQfletGjRBs9bQUFBQUFBQUFBQUFBwcZFUb6nEfvvvz8A4NZbb0W/38+Gu/HGG4N5v/322+D5KigoKCgoKCgoKCgoKNi4KMr3NOKII44A0Gwp/8UvfpENd+WVVwbz4YcfPq15mDNnDj72sY+x8+IFGxalzmcepc5nHqXOZx6lzmcepc5nHqXOZx6lzgsKNh6MLXfjTxuuu+46PPe5zwUAvP3tb8eXv/zlJExd1zjggANwww03YOutt8ZDDz2E0dHRmc5qQUFBQUFBQUFBQUFBwQyirHxPI57znOfgyCOPBACcd955uPbaa5MwZ555Jm644QYAwPve976ieBcUFBQUFBQUFBQUFDwFUFa+pxnXX389Dj/8cKxZswYLFizAhz/8YRx11FFYs2YNLrzwQpx77rkAgH322QfLly9nt6QXFBQUFBQUFBQUFBQUbJ4oyvcGwMUXX4w3vOENWLlypeq/zz774NJLL8XixYtnOGcFBQUFBQUFBQUFBQUFGwNF+d5AuOuuu3DWWWfh0ksvxb333ouxsTEsXrwYr3nNa/Ce97wH8+bN29hZLCgoKCgoKCgoKCgoKJghlDPfGwi77747Pve5z+Gmm27C6tWr8eijj+LnP/85TjvttA2ieN911134wAc+gCVLlmD+/Pn4gz/4Axx66KH47Gc/iyeffHLa03uqwhjT6feCF7xgY2d1VuChhx7CJZdcgo9+9KM49thjsd1224U6fNOb3jTh+C677DKccMIJ2HXXXTFnzhzsuuuuOOGEE3DZZZdNf+ZnKaajzr/2ta917gtf+9rXNmh5ZgOWL1+Ov/qrv8KLX/ziQJsLFizAPvvsgze/+c34yU9+MqH4Cp0Px3TUeaHz7li5ciUuvPBCfOADH8DSpUuxePFibLXVVhgbG8MOO+yAF7zgBTjjjDPwyCOPdIrvmmuuwRve8AbsvvvumDt3LnbaaSe85CUvwTe+8Y0NXJLZg+mo8yuuuKIzjX/84x+fucIVFGzOsAWzHt/97nftlltuaQGov3322cfecsstGzubmwVydSx/S5cu3dhZnRVoq8NTTjmlczyDwcCeeuqprfG99a1vtYPBYMMVZpZgOur8/PPP79wXzj///A1ank0dRx55ZKd6euMb32jXrVvXGleh826YrjovdN4dl19+ead62m677ez3v//91rg+9rGP2aqqsnEcd9xxds2aNTNUsk0X01Hny5Yt60zjH/vYx2a2gAUFmylGUDCrcf311+OP//iPwwVvp59+Orvg7R//8R9x880347jjjisXvE0j3vnOd+Jd73pX1n/+/PkzmJvNA7vtthuWLFmCH/zgBxN+9yMf+QjOO+88AMBBBx2E0047DXvttRduu+02nHHGGbj++uvxla98Bdtvvz0+9alPTXfWZy2mUuce//Ef/4Gdd94567/rrrtOOu7NAffffz8AYOedd8ZrXvMaHHnkkdhtt90wGAxw7bXX4swzz8R9992HCy64AOPj4/jnf/7nbFyFzrthOuvco9D5cCxatAhHHXUUDj74YCxatAhPe9rTUNc17r33Xlx00UX41re+hRUrVuAVr3gFrrvuOhx44IFJHOeccw4+8YlPAAD22msvfPjDH8Yzn/lM3H///TjrrLOwbNkyXHrppXjLW97Sqd02d0xHnXt89atfxaGHHpr132GHHTZEEQoKnnrY2Np/wdTgZ/hHRkbsNddck/ifccYZZdZyGlHqcnrx0Y9+1F588cX2d7/7nbXW2jvuuGPCq7A33XSTHRkZsQDsIYccYp988knmv3r1anvIIYeEfvJU3wUyHXVOVwTvuOOODZfZzQDHHXec/Zd/+Rfb7/dV/4cfftjus88+oT6vvPJKNVyh8+6YrjovdN4dubqm+Pd///dQnyeccELi/8gjj9itttrKArC77babffjhh5M0Xv7yl4c4li1bNl3Zn5WYjjqnK99P9fosKJgplDPfsxjXXXcdrrrqKgDAqaeeisMOOywJ84EPfAD77bcfAOCss87C+Pj4jOaxoKANn/jEJ/Cyl70MO+6446Tj+PznP49+vw8AOPvss7HFFlsw/3nz5uHss88GAPT7ffz93//95DO8GWA66rygOy655BK89rWvRa/XU/232247nHnmmcF+0UUXqeEKnXfHdNV5QXfk6prila98Jfbdd18ACLILxVe+8hU8/vjjAIC//du/xXbbbZek8X/+z/8JaX32s5+darZnNaajzgsKCmYeRfmexfj2t78dzG9+85vVMFVV4Y1vfCMA4LHHHsOyZctmImsFBTMCay2+853vAACWLFmC5z3veWq45z3veUEA+c53vgNbPvJQsAnhqKOOCubbbrst8S90Pv0YVucFGwb+6NvatWsTPy/TbLnllnjVq16lvr/rrrviRS96EQDgRz/6EVatWrVhMroZoa3OCwoKZh5F+Z7F8Le1zp8/HwcffHA23NKlS4P56quv3uD5KiiYKdxxxx3hfCelcw3e/7777sOdd965obNWUNAZ69atC2ZtNavQ+fRjWJ0XTD9uuukm/PKXvwTQTCJRrF+/Htdddx0A4LDDDsPY2Fg2Hk/j69atw/LlyzdMZjcTtNV5QUHBxkFRvmcxbrjhBgDA4sWLMTKSvzuPMlz/TsHU8M1vfhP7778/5s2bh4ULF2LvvffGKaecUnYWzDB++9vfBvMwwaL0gw2DN7/5zdh5550xNjaG7bbbDs973vPwl3/5l7jvvvs2dtZmDa688spg9seEKAqdTz+G1blEofPJ4cknn8Qtt9yCz33uc1i6dGk4OvH+97+fhbv55psxGAwAFBqfKrrWucRHPvIR7L777pgzZw622WYbHHTQQfizP/sz3HzzzTOQ64KCpw6K8j1LsXbtWqxYsQLA8FtWt9lmm3D79j333LPB8/ZUwG9/+1vccMMNWLNmDZ544gnceuutuOCCC/DCF74QJ5xwQji3VrBhce+99wbzsH6waNGiYC79YPpwxRVX4IEHHsD4+DgeeeQR/OxnP8Pf/M3fYPHixTjnnHM2dvY2edR1jc985jPB/trXvjYJU+h8etGlziUKnXcH/T76/Pnzsc8+++ADH/gAHnzwQQDAX/zFX+D1r389e6fQ+NQwmTqXuOaaa3D33Xdj/fr1eOyxx/DLX/4Sn//857Hffvvh4x//eDnGUlAwTSifGpuloOecFixYMDT8/PnzsXr1ajzxxBMbMlubPebNm4dXvOIVOProo7FkyRIsWLAADz/8MK688kp8+ctfxiOPPIJvf/vbOP7443H55ZdjdHR0Y2d5s8ZE+gH9/FvpB1PHnnvuiVe96lU47LDDgjB8++2349/+7d9w0UUXYe3atXjHO94BYwze9ra3beTcbrr4+7//+7Dd9lWvepV6hKjQ+fSiS517FDqfPjz72c/Gueeeq37OqtD4hkFbnXs87WlPw6te9SocccQR2HPPPTEyMoK7774bl1xySfgc3yc+8QmsX7/+Kf0Jw4KCacNGvWu9YNK4++67w+chTj755KHhFy1aZAHYvfbaawZyt/ni0Ucfzfr97ne/swcddFBol7POOmvmMraZYKKfvfqrv/qrEP5HP/pRa9gf/ehHIewnP/nJacrx7MdkPjX22GOP2bqus/4XX3yxHR0dtQDsvHnz7AMPPDBNud28cMUVV4TPh+2www72wQcfVMMVOp8+dK1zawudTxaPPvqo/fWvf21//etf2+uuu85+4xvfsCeccEKQQS6++OLknQsuuCDQ7Xnnndca/2233RbCnnrqqRuqGLMKk6lza6194okn7Pr167Px/uxnPwuffzPG2F/+8pcbqggFBU8ZlG3nsxRz584N5vXr1w8N7y+XkZ+nKZgYtt5666zfjjvuiIsuuiisdvvP/hRsOEykH9ALlko/mBq22morGGOy/i972cvw0Y9+FEBz/vC8886bqazNGvzmN7/BCSecgH6/j7lz5+Kb3/wmdthhBzVsofPpwUTqHCh0PllsvfXWOOCAA3DAAQfg0EMPxUknnYRvfetbuOCCC3D77bfj+OOPx9e+9jX2TqHxqWEydQ40uwjadug95znPwT/8wz8AaL664M0FBQWTR1G+Zyn8pyOAbtuuVq9eDaDbFvWCyWPPPffEMcccAwC49dZbww3FBRsGE+kHvg8ApR/MBN72trcFxYVeblXQ3F7+4he/GI8++ih6vR4uvPBC/OEf/mE2fKHzqWOidd4Vhc674+STT8ZrXvMa1HWN97znPfj9738f/AqNbxi01XlXnHTSSdhyyy0BFBovKJgOFOV7lmLu3LnYdtttAfCLSjQ8+uijYbCiF5UUbBjsv//+wVxuwt2woBfzDOsH9GKe0g82PHbYYYfAo0o/iLj//vvxohe9CPfffz+MMfjqV7+K448/vvWdQudTw2TqvCsKnU8Mvt5Xr16N73//+8G90PiGQ67Ou2JkZAT77LMPgELjBQXTgaJ8z2J4Je/WW28Nn5LQcOONNwZzl0+qFEwNbdsUC6YXdKKD0rmG0g9mHqUvcKxYsQLHHHMMbr/9dgDN0ZQ3vvGNQ98rdD55TLbOJ4JC592x/fbbB/Ndd90VzPvss0/43nqh8elFrs4ngkLjBQXTh6J8z2IcccQRAJrZzF/84hfZcHSb0OGHH77B8/VUB/0m784777wRc7L54+lPf3qo42Hb4X784x8DAHbZZRfsscceGzprT3k8/PDD4XOIpR8Ajz/+OF7ykpcE/vCZz3wG7373uzu9W+h8cphKnXdFofOJga6c0i3jY2NjeM5zngMAuPbaa1vPffs+MGfOHBxyyCEbKKebD3J13hX9fj9867vQeEHB1FGU71mMV77ylcF8/vnnq2HqusYFF1wAoLmQ46ijjpqJrD1lcccdd+Dyyy8HAOy1117YZZddNnKONm8YY8KWuhtvvBE//elP1XA//elPw2rJ8ccfX2bxZwDnnntu+C7s0qVLN3JuNi6efPJJHHfccfiv//ovAMBHPvIRfOhDH+r8fqHziWOqdd4Vhc4nhm9+85vB/MxnPpP5eZlm5cqV+Na3vqW+f++99+KHP/whAODoo49mZ8ULdLTVeRf8y7/8Cx5//HEAhcYLCqYFG/m29YIp4sgjj7QA7MjIiL3mmmsS/zPOOCN8kuNjH/vYzGdwM8J3v/tdOz4+nvWXnxo788wzZzB3mwcm89mrm266yfZ6PQvAHnLIIfbJJ59k/k8++aQ95JBDQj+5+eabN0DOZy8mWud33HGH/a//+q/WMBdffLEdGxuzAOwWW2xh77333mnK7ezDunXr7Itf/OJQx+973/smFU+h8+6YjjovdD4xnH/++XbNmjWtYT73uc+FNnn6059u+/0+83/kkUfCZ6123313u2LFCubf7/fty1/+8hDHsmXLprsYswpTrfPf//73Q+vwZz/7md16663Dp8aWL18+HVkvKHhKw1jrpmwLZiWuv/56HH744VizZg0WLFiAD3/4wzjqqKOwZs0aXHjhhTj33HMBNOepli9fXmaJp4A99tgD4+PjOPHEE3HYYYdhjz32wBZbbIEVK1bgiiuuwDnnnBO2Hx5xxBH44Q9/iDlz5mzkXG/a+MlPfoJbb7012FesWIEPfvCDAJojEm9961tZ+De96U1qPKeffjo+85nPAAAOOuggfOhDH8Jee+2F2267DX/7t3+L66+/PoT71Kc+tQFKMnsw1Tq/4oorcNRRR+Gwww7Dy1/+chx44IHhc0233347LrroIlx00UVhNfCLX/wi3vWud23AEm3aOPHEE8Mq3gtf+EJ8/vOfb12RHhsbC5cbSRQ674bpqPNC5xPDHnvsgVWrVuHEE0/EEUccgb322gsLFizAqlWr8Otf/xr/9E//hKuvvhpAU9+XXnopXvSiFyXxnHPOOXjHO94BoNk99pGPfATPfOYzcf/99+Pzn/88li1bBgB43eteh3/+53+euQJugphqnd955514+tOfjmc961l45StfiYMPPhhPe9rT0Ov1cPfdd+OSSy7B//2//zccAfjgBz+IM844Y6OUtaBgs8LG1f0LpgPf/e537ZZbbhlmN+Vvn332sbfccsvGzuasx+67756tY/o78cQT7aOPPrqxszsrcMopp3SqU//LYTAY2Le85S2t75566ql2MBjMYOk2TUy1zpctW9bpvXnz5tlzzjlnI5Rw08JE6hpuxS+HQufdMB11Xuh8Yug6Pu666672Bz/4QWtcH/3oR60xJhvHS1/60qErvk8FTLXO6a6ntl+v17Mf//jHbV3XG6GUBQWbH8rK92aCu+66C2eddRYuvfRS3HvvvRgbG8PixYvxmte8Bu95z3swb968jZ3FWY8rr7wSV155Ja699lrcfvvtWLFiBVauXIkFCxZg0aJFeP7zn49TTjkFhx122MbO6qzBm970Jnz961/vHH4Yu/re976Hc889Fz//+c+xYsUKbLfddjj00EPx9re/Hccee+xUs7tZYKp1vmrVKnz3u9/Ftddei+XLl+OBBx7AihUr0O/3sc022+AZz3gGjj76aLz1rW8NK4VPZUz03PXuu++OO++8szVMofN2TEedFzqfGG666SZceumluPrqq3HrrbfiwQcfxCOPPIItttgCO+ywA5797GfjZS97GV772td2kkeuueYafPGLX8RVV12FBx98EFtvvTUOPPBAvPnNb8brXve6GSjRpo+p1vn69esDjV933XW47777sGLFCqxduxZbbbUV9t13X7zgBS/AW9/61qf85Y0FBdOJonwXFBQUFBQUFBQUFBQUFGxglNvOCwoKCgoKCgoKCgoKCgo2MIryXVBQUFBQUFBQUFBQUFCwgVGU74KCgoKCgoKCgoKCgoKCDYyifBcUFBQUFBQUFBQUFBQUbGAU5bugoKCgoKCgoKCgoKCgYAOjKN8FBQUFBQUFBQUFBQUFBRsYRfkuKCgoKCgoKCgoKCgoKNjAKMp3QUFBQUFBQUFBQUFBQcEGRlG+CwoKCgoKCgoKCgoKCgo2MIryXVBQUFBQUFBQUFBQUFCwgVGU74KCgoKCgoKCgoKCgoKCDYyRjZ2BgoKCgoLZh9WrV+Ob3/wmLrvsMvzyl7/EQw89hFWrVmF0dBTz58/HTjvthEWLFmHffffFAQccgOc+97nYf//90ev1NnbWCzYwvv3tb+OXv/wlc9tjjz3wpje9aaPkp6CgoKCgYFOBsdbajZ2JgoKCgoLZg3/7t3/Du971Ljz00EMTeu8b3/gGTjrppA2Uq4JNBW9605vw9a9/nbktXboUV1xxxcbJUEFBQUFBwSaCsvJdUFBQUNAZ/+///T+88Y1vRJm3LSgoKCgoKCiYGIryXVBQUFDQCQ899BDe/e53q4r33Llzsfvuu2OLLbbAypUr8cADD2DNmjUbIZcFBQUFBQUFBZsmivJdUFBQUNAJF154IVauXMncRkdH8aUvfQknn3wyxsbGgntd17jlllvwn//5n7jkkkvwgx/8YKazW1BQUFBQUFCwSaHcdl5QUFBQ0Ak//elPE7fXv/71OPXUU5niDQBVVWHffffFO9/5Tlx66aW45557cPjhh7fGPz4+jm984xt405vehP333x/bbrstRkdHsf322+N//a//hT/7sz/DL37xi875feKJJ/CpT30KBx98MLbaaissXLgQz3jGM3Daaafh7rvvBgB8/OMfhzGG/fbYY48krjvvvDMJZ4wJ55j//d//HS996Uux0047Yd68edh3333xgQ98APfeey+L59FHH8WnPvUpHHjggVi4cCG22morHHLIIfjUpz6F1atXdyqXtRaXXHIJ3v72t+PAAw/E9ttvj7GxMfzBH/wBDjjgALzjHe/AsmXLhsbzghe8ICmPvxTt8ccfx6c+9Skceuih2GabbbDFFltg8eLFeMc73oE77rgjieuKK64Iccjz3gBw5ZVXttafLNtb3vIWHHTQQdh2220xNjaGefPmYbfddsNBBx2E448/Hh/96Edx2WWXJZNBBQUFBQUFmzRsQUFBQUFBBxxzzDEWAPu95S1vmZa4L774Yrvrrrsm8Wu/V7/61faxxx5rje/6669vjW/hwoX2wgsvtB/72McSv9133z2J74477lDj+Y//+A/76le/OpvOtttua6+++mprrbU/+9nP7KJFi7Jh999/f3v//fe3luvaa6+1S5Ys6VRPL3jBC+y9996bjWvp0qXJO6eccoq9/PLL7U477ZSNd/78+fZHP/oRi2vZsmWd8iR/y5YtC3H87ne/s4cddtiE3j/llFNa66ugoKCgoGBTQln5LigoKCjohAULFiRuF1xwAf7u7/4OK1asmHS8n/3sZ/Hyl788WSXO4aKLLsJznvOcbJq33XYbjj766Nb4Vq1ahf/9v/83/uM//mNSefZ4z3veg4suuijr/8gjj+DEE0/Ez3/+c/zRH/0R7rnnnmzY3/72t3jLW96S9b/wwgtx5JFH4sYbb+yUtyuuuAIHH3wwbrnllk7hAeCaa67Bcccdh9/97nfZMKtXr8ZJJ52E3//+953j7YLXve51uPbaa6c1zoKCgoKCgk0JRfkuKCgoKOiEgw8+OHHr9/v44Ac/iB133BEHHHAATjnlFHz+85/HT3/6U4yPjw+N8zvf+Q4+9KEPqX477bQTnvGMZ2CrrbZK/G6++Wa8+tWvVt9785vfnFUMFy9ejH322QfGGAwGA3Ur/UTgFdstt9wS++23H0ZHR5Mwv/vd7/D85z8fjz76KADgaU97Gp7+9Ker8X3/+9/Hf/3XfyXuP//5z3HKKaeg3+8nfttttx2e8YxnYNttt038HnzwQbz85S/H2rVrO5dn/fr1ABC+067h4YcfxnnnnRfsCxcuxMEHH4yDDz5YzceCBQuCP/0tXLgQAPCb3/xG3So/MjKCxYsX48ADD8See+6ZHG8oKCgoKCiYVdjYS+8FBQUFBbMD9957r507d27nLcHz58+3J510kv3P//xPNb7169fbPffcM3nvuc99rv3Vr34Vwg0GA3v++efb0dHRJOy3vvUtFucVV1yh5mXPPfdkcd5www12v/32U8NOZNs5APu2t73Nrl271lpr7Z133ml33HFHNVxVVfb8888Pcf7rv/6rGu6Tn/xkkv6RRx6ZhNt7773tT37yExbu4osvtltttVUS9nOf+1wSp7btHIDdeuut7Q9+8IMQ7vLLL7fz5s1Lwr3whS9U2/WUU05Jwi5dulQN21YXL37xi+2jjz7Kwo2Pj9tf//rX9otf/KI99thj7Z/8yZ+0xltQUFBQULApoSjfBQUFBQWdccEFF9herzfhs70ve9nL7COPPMLiuuyyy5JwCxYssL///e/VtP/8z/88Cf+Sl7yEhXn729+upv/zn/88ie+3v/2trapqSsr3vvvua/v9Pgv77ne/Ww371re+NYlXmwA46aSTWJgbbrghCWOMsTfddJNaT1/4whfUfErklO+vfOUrSdi3ve1tSbgdd9xRTX+6lO9Pf/rTre9Ya5O6LygoKCgo2JRRPjVWUFBQUNAZJ598MnbZZRf86Z/+KX7zm990fu+SSy7By1/+cvz4xz9Gr9cDAPzwhz9Uwx5zzDGqu3bG+8c//jH6/T5GRprh7JprrknCPPvZz8YhhxySuO+333444ogj8OMf/7hzOSRe97rXhfJ47LnnnmrYN7zhDYnbPvvsgxtuuIG5yS3zWj2NjIzg9a9/vZqOdgP4TTfdhPvuuw+77LKL+o7Htttui5NPPjlxX7JkSeLmt9FPB5797Gcnbp/4xCdw66234pBDDsG+++6LfffdFzvvvDMLI+u+oKCgoKBgU0ZRvgsKCgoKJoQXvvCF+PWvf40f/ehHuOiii7Bs2TLcfPPNQ9+75ppr8M1vfhMnnXQSAOCuu+5KwjzxxBMT+pzYmjVr8NBDDwWlTLvQ7MADD8y+/+xnP3tKyvczn/nMxM2fY+4Sduutt07c1q1bx+xaPY2Pj0+onnw8w5Tv/fffXz1XrV2258+GTwf23ntvvOxlL8Mll1wS3NauXYvzzjsvOVv+nOc8B8cccwxOPvnkRBkvKCgoKCjYlFEuXCsoKCgomDCMMXjRi16EL3/5y7jpppvwyCOP4Pvf/z7+8i//Es961rOy71188cXB/Nhjj01LXh555JFgXrVqVeKfU4aH+XWBpjxrl67lwnbBhqinHHLKud9ZsCHxT//0TzjxxBNbw6xatQo/+tGP8Bd/8RfYa6+9cM4552zwfBUUFBQUFEwXivJdUFBQUDBl/MEf/AFe8pKX4JOf/CR+9atf4YILLoAxJgl3xx13BPNklVGJwWAQzJoy/cQTT2Tf1ZT1iaCqug+jEwlLsSHqKYc5c+ao7lpbTje23HJLXHTRRbjhhhvw13/91/ijP/oj7L777tl6W7t2Ld75zndi+fLlGzxvBQUFBQUF04GifBcUFBQUTDtOPvlkPOMZz0jcqRK3++67J/4HHHAAbHMZaOcfPS+82267JXG2nU3/5S9/ObGCbQRo9bTNNttgfHx8QvX0yle+cuYzPwksWbIEH/nIR3DZZZfhzjvvxNq1a3HLLbfgn/7pn5K6sNbiggsu2Eg5LSgoKCgomBiK8l1QUFBQ0Al//dd/jQ9/+MP43e9+NzRsXdd4+OGHE/eddtopmI8++ujE/3/+539w1VVXdcrPjTfeiN/+9rfM7fnPf34Sbvny5cmlZv79n/zkJ53S2pjQ6unRRx/FN77xjU7v33333TO6Oqytnj/55JOt74yPj2fPkI+OjmLx4sV4/etfj/e///2J/6233jqpfBYUFBQUFMw0ivJdUFBQUNAJjz32GD796U9jt912w3HHHYevfe1ruOWWW5Jwd999N04++WQ8+OCDid8f/uEfBvPRRx+Npz/96UmY448/Hl/96lexdu1a5j4+Po7//u//xuc+9zkceeSR2G+//XDdddexMNoN4NZavPa1r2WXwt1000149atfjbquhxd8I2O//fbD4Ycfnrj/yZ/8CT73uc/h8ccfZ+51XeOmm27Cl770JfzRH/0R9txzT3aR2YbGNttsk7j95je/we23355957777sPOO++Md73rXfjud7+rTtzcd999uPDCCxN37YK4goKCgoKCTRHltvOCgoKCgglhfHwc3/ve9/C9730PQHPOeocddsD8+fOxYsUKPPDAA7DWJu8tXLgQr3vd64J9bGwMZ555Jl71qlexcI8++ihOPfVUvOMd78DTnvY0bLPNNnj88cdx//33D71h+8gjj8Qf/uEfJjeY/8///A+WLFmCvffeGwBwyy23qHncVOEnHGj5161bhw984AM47bTTsNNOO2G77bbDqlWr8MADD2DNmjUbLa/ahXtPPvkklixZgj333DPcnP7MZz4T559/fgjzyCOP4Etf+hK+9KUvAWiU+B122AFbbLEFHnvsMdx1111qm2mfkSsoKCgoKNgUUZTvgoKCgoIpYdWqVUMvLjPG4Oyzz8YOO+zA3E844QScccYZOO2005J3xsfHcffdd+Puu++eUH7OP/98HHroocn3sq21bPV7bGwMhx9+OJYtW5bkdVPDc57zHHzta1/DG9/4RvT7feY3GAxw33334b777ttIueN46Utfinnz5iVbzcfHx3HTTTcF+7Ab1B999NGh3xLffvvt8Sd/8ieTz2xBQUFBQcEMomw7LygoKCjohEMOOQR77bXXhN/baaed8C//8i845ZRTVP8PfvCDuPTSS9WLxXIwxuDwww9XV1n33HNP/OhHP8Kuu+6afX/rrbfGRRddhOc973mJ35Zbbtk5HzOJ173udfjJT36iXmTXhmc/+9nqtvUNha233hpnn332hG537/V6E74Nfu+998bll1+OHXfccaJZLCgoKCgo2CgoK98FBQUFBZ1w0kkn4aSTTsLNN9+Mq6++Gtdddx1uuukm3HXXXXjkkUewevVqVFWFhQsXYtddd8WznvUsHHvssTj++OMxb9681rhf+tKX4rbbbsN3v/tdXHbZZfjZz36G+++/H48//jh6vR622mor7LHHHnjGM56BI444Asccc0yrcv3sZz8bv/3tb/GFL3wBF110UbiUa7fddsPLXvYy/Omf/il22WUXfP3rX0/epZfCbWp47nOfi//5n//BD3/4Q3znO9/BT3/6U9x99914/PHHYa3Flltuid122w37778/nv/85+NFL3pR2Go/k3jLW96C/fbbD1/84hdx7bXXDt0Kv2jRIjzyyCO44oor8LOf/Qy/+tWvcMcdd+CBBx7A6tWrYYzBggULsNtuu+HAAw/Ey172Mpxwwgkz8v3xgoKCgoKC6YKxs+nQW0FBQUFBwTTh1ltvxQEHHIB169Yx909+8pP4y7/8y42Uq4KCgoKCgoLNFWXbeUFBQUHBZoejjz4aZ511Fm688cbkkq5169bhoosuwgtf+MJE8e71enjta187k1ktKCgoKCgoeIqgrHwXFBQUFGx2WLBgAVavXg0AmDdvHhYtWoQtttgCq1evxp133onx8XH1vfe+9734whe+MJNZLSgoKCgoKHiKoCjfBQUFBQWbHajy3RXHHXcc/v3f/x2jo6MbKFcFBQUFBQUFT2WUbecFBQUFBZsdJvK5sIULF+KMM87Ad77znaJ4FxQUFBQUFGwwlJXvgoKCgoLNDvfffz8uvvhiXHXVVfjv//5v3HvvvVi1ahWqqsJWW22Fpz3taTjooINw1FFH4dWvfjXmz5+/sbNcUFBQUFBQsJmjKN//f7t2TAMAAAAgqH9rU/hBCzcBAABgZjsHAACAmfgGAACAmfgGAACAmfgGAACAmfgGAACAmfgGAACAmfgGAACAmfgGAACAmfgGAACAWYNXf3nPO6TyAAAAAElFTkSuQmCC",
+            "text/plain": [
+              "<Figure size 1200x400 with 2 Axes>"
+            ]
+          },
+          "metadata": {},
+          "output_type": "display_data"
+        }
+      ],
       "source": [
         "#@title **eRMSF Analysis**\n",
         "\n",
@@ -167,39 +179,32 @@
         "plt.yticks(size=20)\n",
         "plt.xticks(size=20)\n",
         "plt.savefig(output_name, dpi=600, bbox_inches='tight')"
-      ],
+      ]
+    },
+    {
+      "cell_type": "code",
+      "execution_count": 25,
       "metadata": {
+        "cellView": "form",
         "colab": {
           "base_uri": "https://localhost:8080/",
-          "height": 443
+          "height": 461
         },
-        "id": "YAidsD6tybzt",
-        "outputId": "4cf1e2ba-cc68-4e15-81d5-9abf33e14e67",
-        "cellView": "form"
+        "id": "QTsIxZxzUE0g",
+        "outputId": "b1fb4a59-a12c-4ab6-9b19-9534a5a596b7"
       },
-      "execution_count": 28,
       "outputs": [
         {
-          "output_type": "stream",
-          "name": "stdout",
-          "text": [
-            "✅ Using your uploaded file: trajectory.dcd\n"
-          ]
-        },
-        {
-          "output_type": "display_data",
           "data": {
+            "image/png": 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",
             "text/plain": [
-              "<Figure size 1200x400 with 2 Axes>"
-            ],
-            "image/png": 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\n"
+              "<Figure size 640x480 with 1 Axes>"
+            ]
           },
-          "metadata": {}
+          "metadata": {},
+          "output_type": "display_data"
         }
-      ]
-    },
-    {
-      "cell_type": "code",
+      ],
       "source": [
         "#@title **Regular RMSF Analysis**\n",
         "\n",
@@ -223,32 +228,36 @@
         "\n",
         "plt.yticks(fontsize = 16)\n",
         "plt.savefig(os.path.join(output_name), dpi=600, bbox_inches='tight')"
-      ],
+      ]
+    },
+    {
+      "cell_type": "code",
+      "execution_count": 26,
       "metadata": {
+        "cellView": "form",
         "colab": {
-          "base_uri": "https://localhost:8080/",
-          "height": 461
+          "base_uri": "https://localhost:8080/"
         },
-        "id": "QTsIxZxzUE0g",
-        "outputId": "b1fb4a59-a12c-4ab6-9b19-9534a5a596b7",
-        "cellView": "form"
+        "id": "lEAVNQ5UWyzc",
+        "outputId": "cb9330fe-0fa6-47e2-8409-4a3cddbbcfcf"
       },
-      "execution_count": 25,
       "outputs": [
         {
-          "output_type": "display_data",
-          "data": {
-            "text/plain": [
-              "<Figure size 640x480 with 1 Axes>"
-            ],
-            "image/png": 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\n"
-          },
-          "metadata": {}
+          "name": "stdout",
+          "output_type": "stream",
+          "text": [
+            "Successfully generated PDB file! :-)\n"
+          ]
+        },
+        {
+          "name": "stderr",
+          "output_type": "stream",
+          "text": [
+            "/usr/local/lib/python3.12/dist-packages/MDAnalysis/coordinates/PDB.py:1154: UserWarning: Found no information for attr: 'formalcharges' Using default value of '0'\n",
+            "  warnings.warn(\"Found no information for attr: '{}'\"\n"
+          ]
         }
-      ]
-    },
-    {
-      "cell_type": "code",
+      ],
       "source": [
         "#@title **Save the RMSF values as custom B factors**\n",
         "#@markdown **Provide output file names below:**\n",
@@ -282,102 +291,22 @@
         "  print(\"Successfully generated PDB file! :-)\")\n",
         "else:\n",
         "  print(\"ERROR: Check your inputs! \")"
-      ],
-      "metadata": {
-        "colab": {
-          "base_uri": "https://localhost:8080/"
-        },
-        "cellView": "form",
-        "id": "lEAVNQ5UWyzc",
-        "outputId": "cb9330fe-0fa6-47e2-8409-4a3cddbbcfcf"
-      },
-      "execution_count": 26,
-      "outputs": [
-        {
-          "output_type": "stream",
-          "name": "stdout",
-          "text": [
-            "Successfully generated PDB file! :-)\n"
-          ]
-        },
-        {
-          "output_type": "stream",
-          "name": "stderr",
-          "text": [
-            "/usr/local/lib/python3.12/dist-packages/MDAnalysis/coordinates/PDB.py:1154: UserWarning: Found no information for attr: 'formalcharges' Using default value of '0'\n",
-            "  warnings.warn(\"Found no information for attr: '{}'\"\n"
-          ]
-        }
       ]
     },
     {
       "cell_type": "code",
-      "source": [
-        "#@title **Display 3D structure with RMSF values** {run: \"auto\"}\n",
-        "import py3Dmol\n",
-        "import glob\n",
-        "import matplotlib.pyplot as plt\n",
-        "import matplotlib as mpl\n",
-        "\n",
-        "color = \"RMSF\" #@param [\"chain\", \"RMSF\", \"rainbow\"]\n",
-        "\n",
-        "\n",
-        "def show_pdb(color=\"RMSF\"):\n",
-        "  view = py3Dmol.view(js='https://3dmol.org/build/3Dmol.js',)\n",
-        "  view.addModel(open(pdb_rmsf,'r').read(),'pdb')\n",
-        "\n",
-        "  # if color == \"RMSF\":\n",
-        "  #   view.setStyle({'cartoon': {'colorscheme': {'prop':'b','gradient': 'roygb','min':min(rmsf_data['RMSF']),'max':max(rmsf_data['RMSF'])}}})\n",
-        "  if color == \"RMSF\":\n",
-        "    # invert colors by swapping min and max\n",
-        "    view.setStyle({\n",
-        "        'cartoon': {\n",
-        "            'colorscheme': {\n",
-        "                'prop': 'b',\n",
-        "                'gradient': 'roygb',  # keep the default gradient\n",
-        "                'min': max(rmsf_data['RMSF']),  # swap min/max\n",
-        "                'max': min(rmsf_data['RMSF'])\n",
-        "            }\n",
-        "        }\n",
-        "    })\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",
-        "\n",
-        "  view.zoomTo()\n",
-        "  return view\n",
-        "\n",
-        "\n",
-        "show_pdb(color).show()\n",
-        "\n",
-        "fig, ax = plt.subplots(figsize=(6, 1))\n",
-        "fig.subplots_adjust(bottom=0.5)\n",
-        "\n",
-        "cmap = mpl.cm.jet\n",
-        "norm = mpl.colors.Normalize(vmin=min(rmsf_data['RMSF']), vmax=max(rmsf_data['RMSF']))\n",
-        "\n",
-        "cb1 = mpl.colorbar.ColorbarBase(ax, cmap=cmap,norm=norm,orientation='horizontal')\n",
-        "cb1.set_label('RMSF (Å)',fontsize=20,fontweight='bold')\n",
-        "cb1.ax.tick_params(labelsize=16)\n",
-        "fig.show()"
-      ],
+      "execution_count": 27,
       "metadata": {
+        "cellView": "form",
         "colab": {
           "base_uri": "https://localhost:8080/",
           "height": 619
         },
-        "cellView": "form",
         "id": "giz7mOUrXBfu",
         "outputId": "b22f4beb-8ead-4946-bfcd-b353dcaca03e"
       },
-      "execution_count": 27,
       "outputs": [
         {
-          "output_type": "display_data",
           "data": {
             "application/3dmoljs_load.v0": "<div id=\"3dmolviewer_17595078872675803\"  style=\"position: relative; width: 640px; height: 480px;\">\n        <p id=\"3dmolwarning_17595078872675803\" style=\"background-color:#ffcccc;color:black\">3Dmol.js failed to load for some reason.  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document.getElementById(\"3dmolwarning_17595078872675803\");\nif(warn) {\n    warn.parentNode.removeChild(warn);\n}\n$3Dmolpromise.then(function() {\nviewer_17595078872675803 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_17595078872675803\"),{backgroundColor:\"white\"});\nviewer_17595078872675803.zoomTo();\n\tviewer_17595078872675803.addModel(\"HEADER    \\nTITLE     MDANALYSIS FRAMES FROM 0, STEP 1: Created by PDBWriter\\nCRYST1   83.699   66.010   75.723  90.00  90.00  90.00 P 1           1\\nMODEL        1\\nATOM      1  N   ILE A   1      21.300  37.857  39.699  1.00  1.33      A    N  \\nATOM      2  H   ILE A   1      21.745  38.296  38.905  1.00  1.33      A    H  \\nATOM      3  H2  ILE A   1      20.423  38.280  39.965  1.00  1.33      A    H  \\nATOM      4  H3  ILE A   1      21.073  36.894  39.497  1.00  1.33      A    H  \\nATOM      5  CA  ILE A   1      22.095  37.895  40.972  1.00  1.33      A    C  \\nATOM      6  HA  ILE A   1      21.664  37.204  41.696  1.00  1.33      A    H  \\nATOM      7  CB  ILE A   1      23.553  37.335  40.882  1.00  1.33      A    C  \\nATOM      8  HB  ILE A   1      24.165  37.928  40.202  1.00  1.33      A    H  \\nATOM      9  CG2 ILE A   1      24.291  37.399  42.275  1.00  1.33      A    C  \\nATOM     10 HG21 ILE A   1      23.619  37.017  43.044  1.00  1.33      A    H  \\nATOM     11 HG22 ILE A   1      25.165  36.759  42.395  1.00  1.33      A    H  \\nATOM     12 HG23 ILE A   1      24.477  38.441  42.534  1.00  1.33      A    H  \\nATOM     13  CG1 ILE A   1      23.544  35.869  40.412  1.00  1.33      A    C  \\nATOM     14 HG12 ILE A   1      24.585  35.556  40.487  1.00  1.33      A    H  \\nATOM     15 HG13 ILE A   1      23.279  35.793  39.357  1.00  1.33      A    H  \\nATOM     16  CD1 ILE A   1      22.850  34.842  41.317  1.00  1.33      A    C  \\nATOM     17 HD11 ILE A   1      21.894  35.280  41.602  1.00  1.33      A    H  \\nATOM     18 HD12 ILE A   1      22.778  33.944  40.702  1.00  1.33      A    H  \\nATOM     19 HD13 ILE A   1      23.563  34.713  42.132  1.00  1.33      A    H  \\nATOM     20  C   ILE A   1      22.142  39.299  41.542  1.00  1.33      A    C  \\nATOM     21  O   ILE A   1      22.562  40.202  40.822  1.00  1.33      A    O  \\nATOM     22  N   THR A   2      21.744  39.488  42.812  1.00  1.34      A    N  \\nATOM     23  H   THR A   2      21.476  38.647  43.304  1.00  1.34      A    H  \\nATOM     24  CA  THR A   2      21.874  40.753  43.558  1.00  1.34      A    C  \\nATOM     25  HA  THR A   2      21.577  41.625  42.975  1.00  1.34      A    H  \\nATOM     26  CB  THR A   2      20.878  40.704  44.715  1.00  1.34      A    C  \\nATOM     27  HB  THR A   2      21.141  41.500  45.412  1.00  1.34      A    H  \\nATOM     28  CG2 THR A   2      19.376  40.837  44.231  1.00  1.34      A    C  \\nATOM     29 HG21 THR A   2      18.629  40.985  45.011  1.00  1.34      A    H  \\nATOM     30 HG22 THR A   2      19.418  41.810  43.741  1.00  1.34      A    H  \\nATOM     31 HG23 THR A   2      18.996  40.021  43.617  1.00  1.34      A    H  \\nATOM     32  OG1 THR A   2      20.940  39.520  45.528  1.00  1.34      A    O  \\nATOM     33  HG1 THR A   2      21.890  39.435  45.640  1.00  1.34      A    H  \\nATOM     34  C   THR A   2      23.308  41.051  43.951  1.00  1.34      A    C  \\nATOM     35  O   THR A   2      23.805  40.489  44.931  1.00  1.34      A    O  \\nATOM     36  N   MET A   3      23.977  41.905  43.163  1.00  1.15      A    N  \\nATOM     37  H   MET A   3      23.484  42.253  42.353  1.00  1.15      A    H  \\nATOM     38  CA  MET A   3      25.342  42.383  43.478  1.00  1.15      A    C  \\nATOM     39  HA  MET A   3      25.943  41.569  43.883  1.00  1.15      A    H  \\nATOM     40  CB  MET A   3      25.942  42.920  42.166  1.00  1.15      A    C  \\nATOM     41  HB2 MET A   3      25.275  43.636  41.685  1.00  1.15      A    H  \\nATOM     42  HB3 MET A   3      26.843  43.458  42.460  1.00  1.15      A    H  \\nATOM     43  CG  MET A   3      26.246  41.721  41.248  1.00  1.15      A    C  \\nATOM     44  HG2 MET A   3      26.537  40.887  41.887  1.00  1.15      A    H  \\nATOM     45  HG3 MET A   3      25.332  41.522  40.688  1.00  1.15      A    H  \\nATOM     46  SD  MET A   3      27.545  41.917  40.035  1.00  1.15      A    S  \\nATOM     47  CE  MET A   3      27.054  43.499  39.237  1.00  1.15      A    C  \\nATOM     48  HE1 MET A   3      27.051  44.331  39.941  1.00  1.15      A    H  \\nATOM     49  HE2 MET A   3      27.786  43.726  38.462  1.00  1.15      A    H  \\nATOM     50  HE3 MET A   3      26.032  43.480  38.859  1.00  1.15      A    H  \\nATOM     51  C   MET A   3      25.322  43.502  44.481  1.00  1.15      A    C  \\nATOM     52  O   MET A   3      24.296  44.140  44.684  1.00  1.15      A    O  \\nATOM     53  N   LYS A   4      26.440  43.769  45.095  1.00  1.31      A    N  \\nATOM     54  H   LYS A   4      27.215  43.280  44.670  1.00  1.31      A    H  \\nATOM     55  CA  LYS A   4      26.663  44.689  46.295  1.00  1.31      A    C  \\nATOM     56  HA  LYS A   4      25.795  45.310  46.515  1.00  1.31      A    H  \\nATOM     57  CB  LYS A   4      26.814  43.762  47.515  1.00  1.31      A    C  \\nATOM     58  HB2 LYS A   4      26.281  42.817  47.423  1.00  1.31      A    H  \\nATOM     59  HB3 LYS A   4      27.874  43.528  47.614  1.00  1.31      A    H  \\nATOM     60  CG  LYS A   4      26.266  44.190  48.880  1.00  1.31      A    C  \\nATOM     61  HG2 LYS A   4      26.880  44.983  49.307  1.00  1.31      A    H  \\nATOM     62  HG3 LYS A   4      25.241  44.538  48.750  1.00  1.31      A    H  \\nATOM     63  CD  LYS A   4      26.297  43.026  49.919  1.00  1.31      A    C  \\nATOM     64  HD2 LYS A   4      25.541  42.265  49.724  1.00  1.31      A    H  \\nATOM     65  HD3 LYS A   4      27.258  42.514  49.868  1.00  1.31      A    H  \\nATOM     66  CE  LYS A   4      26.054  43.692  51.308  1.00  1.31      A    C  \\nATOM     67  HE2 LYS A   4      26.903  44.350  51.496  1.00  1.31      A    H  \\nATOM     68  HE3 LYS A   4      25.141  44.278  51.206  1.00  1.31      A    H  \\nATOM     69  NZ  LYS A   4      25.975  42.718  52.418  1.00  1.31      A    N  \\nATOM     70  HZ1 LYS A   4      26.854  42.224  52.475  1.00  1.31      A    H  \\nATOM     71  HZ2 LYS A   4      25.864  43.100  53.346  1.00  1.31      A    H  \\nATOM     72  HZ3 LYS A   4      25.244  42.045  52.234  1.00  1.31      A    H  \\nATOM     73  C   LYS A   4      27.814  45.719  45.875  1.00  1.31      A    C  \\nATOM     74  O   LYS A   4      27.790  46.271  44.807  1.00  1.31      A    O  \\nATOM     75  N   HIS A   5      28.834  45.752  46.707  1.00  1.28      A    N  \\nATOM     76  H   HIS A   5      28.772  45.274  47.595  1.00  1.28      A    H  \\nATOM     77  CA  HIS A   5      30.065  46.527  46.455  1.00  1.28      A    C  \\nATOM     78  HA  HIS A   5      29.779  47.555  46.234  1.00  1.28      A    H  \\nATOM     79  CB  HIS A   5      30.874  46.478  47.815  1.00  1.28      A    C  \\nATOM     80  HB2 HIS A   5      30.266  47.002  48.553  1.00  1.28      A    H  \\nATOM     81  HB3 HIS A   5      31.015  45.451  48.154  1.00  1.28      A    H  \\nATOM     82  CG  HIS A   5      32.175  47.233  47.748  1.00  1.28      A    C  \\nATOM     83  ND1 HIS A   5      32.294  48.627  47.590  1.00  1.28      A    N  \\nATOM     84  CE1 HIS A   5      33.599  48.887  47.417  1.00  1.28      A    C  \\nATOM     85  HE1 HIS A   5      34.019  49.864  47.228  1.00  1.28      A    H  \\nATOM     86  NE2 HIS A   5      34.254  47.738  47.350  1.00  1.28      A    N  \\nATOM     87  HE2 HIS A   5      35.263  47.773  47.318  1.00  1.28      A    H  \\nATOM     88  CD2 HIS A   5      33.443  46.691  47.705  1.00  1.28      A    C  \\nATOM     89  HD2 HIS A   5      33.596  45.622  47.711  1.00  1.28      A    H  \\nATOM     90  C   HIS A   5      30.973  46.014  45.348  1.00  1.28      A    C  \\nATOM     91  O   HIS A   5      30.832  44.817  45.096  1.00  1.28      A    O  \\nATOM     92  N   LYS A   6      31.865  46.809  44.742  1.00  1.16      A    N  \\nATOM     93  H   LYS A   6      31.967  47.741  45.117  1.00  1.16      A    H  \\nATOM     94  CA  LYS A   6      32.806  46.304  43.765  1.00  1.16      A    C  \\nATOM     95  HA  LYS A   6      32.322  45.454  43.282  1.00  1.16      A    H  \\nATOM     96  CB  LYS A   6      32.959  47.309  42.669  1.00  1.16      A    C  \\nATOM     97  HB2 LYS A   6      32.022  47.471  42.137  1.00  1.16      A    H  \\nATOM     98  HB3 LYS A   6      33.186  48.328  42.981  1.00  1.16      A    H  \\nATOM     99  CG  LYS A   6      34.061  47.037  41.651  1.00  1.16      A    C  \\nATOM    100  HG2 LYS A   6      35.009  47.341  42.093  1.00  1.16      A    H  \\nATOM    101  HG3 LYS A   6      34.007  45.972  41.424  1.00  1.16      A    H  \\nATOM    102  CD  LYS A   6      33.749  48.012  40.447  1.00  1.16      A    C  \\nATOM    103  HD2 LYS A   6      32.737  47.720  40.167  1.00  1.16      A    H  \\nATOM    104  HD3 LYS A   6      33.632  49.020  40.847  1.00  1.16      A    H  \\nATOM    105  CE  LYS A   6      34.738  47.852  39.197  1.00  1.16      A    C  \\nATOM    106  HE2 LYS A   6      35.729  47.728  39.632  1.00  1.16      A    H  \\nATOM    107  HE3 LYS A   6      34.608  46.921  38.647  1.00  1.16      A    H  \\nATOM    108  NZ  LYS A   6      34.672  49.067  38.379  1.00  1.16      A    N  \\nATOM    109  HZ1 LYS A   6      35.054  49.927  38.745  1.00  1.16      A    H  \\nATOM    110  HZ2 LYS A   6      35.221  48.844  37.561  1.00  1.16      A    H  \\nATOM    111  HZ3 LYS A   6      33.755  49.266  38.007  1.00  1.16      A    H  \\nATOM    112  C   LYS A   6      34.160  45.836  44.274  1.00  1.16      A    C  \\nATOM    113  O   LYS A   6      34.931  46.604  44.747  1.00  1.16      A    O  \\nATOM    114  N   LEU A   7      34.394  44.537  44.163  1.00  1.16      A    N  \\nATOM    115  H   LEU A   7      33.747  43.888  43.737  1.00  1.16      A    H  \\nATOM    116  CA  LEU A   7      35.658  43.893  44.592  1.00  1.16      A    C  \\nATOM    117  HA  LEU A   7      35.912  44.288  45.576  1.00  1.16      A    H  \\nATOM    118  CB  LEU A   7      35.472  42.316  44.809  1.00  1.16      A    C  \\nATOM    119  HB2 LEU A   7      35.243  41.795  43.879  1.00  1.16      A    H  \\nATOM    120  HB3 LEU A   7      36.435  41.856  45.030  1.00  1.16      A    H  \\nATOM    121  CG  LEU A   7      34.471  41.886  45.898  1.00  1.16      A    C  \\nATOM    122  HG  LEU A   7      33.585  42.468  45.642  1.00  1.16      A    H  \\nATOM    123  CD1 LEU A   7      34.115  40.376  45.872  1.00  1.16      A    C  \\nATOM    124 HD11 LEU A   7      34.881  39.741  46.318  1.00  1.16      A    H  \\nATOM    125 HD12 LEU A   7      33.188  40.167  46.407  1.00  1.16      A    H  \\nATOM    126 HD13 LEU A   7      33.874  40.097  44.847  1.00  1.16      A    H  \\nATOM    127  CD2 LEU A   7      34.934  42.073  47.380  1.00  1.16      A    C  \\nATOM    128 HD21 LEU A   7      35.949  41.689  47.482  1.00  1.16      A    H  \\nATOM    129 HD22 LEU A   7      35.008  43.148  47.546  1.00  1.16      A    H  \\nATOM    130 HD23 LEU A   7      34.236  41.595  48.068  1.00  1.16      A    H  \\nATOM    131  C   LEU A   7      36.862  44.237  43.724  1.00  1.16      A    C  \\nATOM    132  O   LEU A   7      38.011  44.044  44.119  1.00  1.16      A    O  \\nATOM    133  N   GLY A   8      36.623  44.397  42.437  1.00  1.37      A    N  \\nATOM    134  H   GLY A   8      35.658  44.278  42.163  1.00  1.37      A    H  \\nATOM    135  CA  GLY A   8      37.694  44.594  41.344  1.00  1.37      A    C  \\nATOM    136  HA2 GLY A   8      37.955  45.647  41.442  1.00  1.37      A    H  \\nATOM    137  HA3 GLY A   8      38.597  44.011  41.525  1.00  1.37      A    H  \\nATOM    138  C   GLY A   8      37.189  44.282  39.889  1.00  1.37      A    C  \\nATOM    139  O   GLY A   8      35.994  44.508  39.717  1.00  1.37      A    O  \\nATOM    140  N   GLY A   9      38.135  43.886  38.991  1.00  1.44      A    N  \\nATOM    141  H   GLY A   9      39.122  43.843  39.201  1.00  1.44      A    H  \\nATOM    142  CA  GLY A   9      37.802  43.850  37.577  1.00  1.44      A    C  \\nATOM    143  HA2 GLY A   9      36.774  43.490  37.593  1.00  1.44      A    H  \\nATOM    144  HA3 GLY A   9      37.793  44.852  37.148  1.00  1.44      A    H  \\nATOM    145  C   GLY A   9      38.709  43.033  36.600  1.00  1.44      A    C  \\nATOM    146  O   GLY A   9      39.392  42.144  37.098  1.00  1.44      A    O  \\nATOM    147  N   GLY A  10      38.690  43.337  35.264  1.00  1.85      A    N  \\nATOM    148  H   GLY A  10      37.937  43.928  34.940  1.00  1.85      A    H  \\nATOM    149  CA  GLY A  10      39.287  42.532  34.177  1.00  1.85      A    C  \\nATOM    150  HA2 GLY A  10      40.311  42.257  34.430  1.00  1.85      A    H  \\nATOM    151  HA3 GLY A  10      38.774  41.578  34.058  1.00  1.85      A    H  \\nATOM    152  C   GLY A  10      39.204  43.213  32.778  1.00  1.85      A    C  \\nATOM    153  O   GLY A  10      38.569  44.241  32.611  1.00  1.85      A    O  \\nATOM    154  N   GLN A  11      39.851  42.608  31.721  1.00  1.89      A    N  \\nATOM    155  H   GLN A  11      40.343  41.746  31.908  1.00  1.89      A    H  \\nATOM    156  CA  GLN A  11      40.051  43.138  30.369  1.00  1.89      A    C  \\nATOM    157  HA  GLN A  11      40.731  43.987  30.441  1.00  1.89      A    H  \\nATOM    158  CB  GLN A  11      40.751  42.004  29.544  1.00  1.89      A    C  \\nATOM    159  HB2 GLN A  11      41.729  41.830  29.994  1.00  1.89      A    H  \\nATOM    160  HB3 GLN A  11      40.196  41.069  29.623  1.00  1.89      A    H  \\nATOM    161  CG  GLN A  11      40.939  42.249  28.057  1.00  1.89      A    C  \\nATOM    162  HG2 GLN A  11      39.949  42.096  27.629  1.00  1.89      A    H  \\nATOM    163  HG3 GLN A  11      41.195  43.272  27.780  1.00  1.89      A    H  \\nATOM    164  CD  GLN A  11      41.974  41.320  27.472  1.00  1.89      A    C  \\nATOM    165  OE1 GLN A  11      43.016  41.752  27.017  1.00  1.89      A    O  \\nATOM    166  NE2 GLN A  11      41.645  40.034  27.492  1.00  1.89      A    N  \\nATOM    167 HE21 GLN A  11      42.343  39.408  27.116  1.00  1.89      A    H  \\nATOM    168 HE22 GLN A  11      40.790  39.725  27.933  1.00  1.89      A    H  \\nATOM    169  C   GLN A  11      38.746  43.703  29.714  1.00  1.89      A    C  \\nATOM    170  O   GLN A  11      38.697  44.582  28.820  1.00  1.89      A    O  \\nATOM    171  N   TYR A  12      37.615  43.092  30.035  1.00  1.73      A    N  \\nATOM    172  H   TYR A  12      37.627  42.319  30.685  1.00  1.73      A    H  \\nATOM    173  CA  TYR A  12      36.254  43.326  29.482  1.00  1.73      A    C  \\nATOM    174  HA  TYR A  12      36.283  44.195  28.823  1.00  1.73      A    H  \\nATOM    175  CB  TYR A  12      36.050  42.045  28.634  1.00  1.73      A    C  \\nATOM    176  HB2 TYR A  12      35.958  41.289  29.413  1.00  1.73      A    H  \\nATOM    177  HB3 TYR A  12      35.060  42.129  28.184  1.00  1.73      A    H  \\nATOM    178  CG  TYR A  12      37.009  41.489  27.605  1.00  1.73      A    C  \\nATOM    179  CD1 TYR A  12      37.260  42.289  26.483  1.00  1.73      A    C  \\nATOM    180  HD1 TYR A  12      36.847  43.280  26.367  1.00  1.73      A    H  \\nATOM    181  CE1 TYR A  12      38.070  41.765  25.439  1.00  1.73      A    C  \\nATOM    182  HE1 TYR A  12      38.190  42.441  24.606  1.00  1.73      A    H  \\nATOM    183  CZ  TYR A  12      38.604  40.456  25.501  1.00  1.73      A    C  \\nATOM    184  OH  TYR A  12      39.115  40.002  24.393  1.00  1.73      A    O  \\nATOM    185  HH  TYR A  12      38.952  39.062  24.287  1.00  1.73      A    H  \\nATOM    186  CE2 TYR A  12      38.406  39.656  26.667  1.00  1.73      A    C  \\nATOM    187  HE2 TYR A  12      38.791  38.649  26.736  1.00  1.73      A    H  \\nATOM    188  CD2 TYR A  12      37.577  40.184  27.739  1.00  1.73      A    C  \\nATOM    189  HD2 TYR A  12      37.336  39.575  28.598  1.00  1.73      A    H  \\nATOM    190  C   TYR A  12      35.229  43.465  30.663  1.00  1.73      A    C  \\nATOM    191  O   TYR A  12      34.045  43.573  30.337  1.00  1.73      A    O  \\nATOM    192  N   GLY A  13      35.621  43.505  31.912  1.00  1.27      A    N  \\nATOM    193  H   GLY A  13      36.593  43.423  32.175  1.00  1.27      A    H  \\nATOM    194  CA  GLY A  13      34.718  43.234  33.039  1.00  1.27      A    C  \\nATOM    195  HA2 GLY A  13      33.672  43.429  32.803  1.00  1.27      A    H  \\nATOM    196  HA3 GLY A  13      34.796  42.155  33.170  1.00  1.27      A    H  \\nATOM    197  C   GLY A  13      34.959  43.939  34.366  1.00  1.27      A    C  \\nATOM    198  O   GLY A  13      36.036  44.454  34.695  1.00  1.27      A    O  \\nATOM    199  N   GLU A  14      33.949  43.765  35.303  1.00  0.95      A    N  \\nATOM    200  H   GLU A  14      33.135  43.277  34.956  1.00  0.95      A    H  \\nATOM    201  CA  GLU A  14      33.821  44.224  36.696  1.00  0.95      A    C  \\nATOM    202  HA  GLU A  14      34.788  44.599  37.032  1.00  0.95      A    H  \\nATOM    203  CB  GLU A  14      32.717  45.313  36.847  1.00  0.95      A    C  \\nATOM    204  HB2 GLU A  14      31.723  44.943  36.593  1.00  0.95      A    H  \\nATOM    205  HB3 GLU A  14      32.567  45.589  37.891  1.00  0.95      A    H  \\nATOM    206  CG  GLU A  14      33.007  46.546  35.928  1.00  0.95      A    C  \\nATOM    207  HG2 GLU A  14      34.018  46.852  36.196  1.00  0.95      A    H  \\nATOM    208  HG3 GLU A  14      32.952  46.260  34.878  1.00  0.95      A    H  \\nATOM    209  CD  GLU A  14      32.144  47.765  36.149  1.00  0.95      A    C  \\nATOM    210  OE1 GLU A  14      32.724  48.862  36.346  1.00  0.95      A    O  \\nATOM    211  OE2 GLU A  14      30.925  47.590  36.329  1.00  0.95      A    O  \\nATOM    212  C   GLU A  14      33.305  43.099  37.605  1.00  0.95      A    C  \\nATOM    213  O   GLU A  14      32.441  42.297  37.182  1.00  0.95      A    O  \\nATOM    214  N   VAL A  15      33.854  43.053  38.799  1.00  0.76      A    N  \\nATOM    215  H   VAL A  15      34.610  43.694  38.994  1.00  0.76      A    H  \\nATOM    216  CA  VAL A  15      33.642  42.044  39.840  1.00  0.76      A    C  \\nATOM    217  HA  VAL A  15      32.858  41.353  39.530  1.00  0.76      A    H  \\nATOM    218  CB  VAL A  15      34.845  41.191  40.170  1.00  0.76      A    C  \\nATOM    219  HB  VAL A  15      35.635  41.866  40.499  1.00  0.76      A    H  \\nATOM    220  CG1 VAL A  15      34.449  39.956  41.055  1.00  0.76      A    C  \\nATOM    221 HG11 VAL A  15      34.157  40.409  42.002  1.00  0.76      A    H  \\nATOM    222 HG12 VAL A  15      33.516  39.538  40.677  1.00  0.76      A    H  \\nATOM    223 HG13 VAL A  15      35.170  39.143  41.135  1.00  0.76      A    H  \\nATOM    224  CG2 VAL A  15      35.501  40.689  38.846  1.00  0.76      A    C  \\nATOM    225 HG21 VAL A  15      36.001  41.464  38.265  1.00  0.76      A    H  \\nATOM    226 HG22 VAL A  15      36.332  40.000  39.000  1.00  0.76      A    H  \\nATOM    227 HG23 VAL A  15      34.851  40.006  38.299  1.00  0.76      A    H  \\nATOM    228  C   VAL A  15      33.203  42.556  41.154  1.00  0.76      A    C  \\nATOM    229  O   VAL A  15      33.910  43.361  41.732  1.00  0.76      A    O  \\nATOM    230  N   TYR A  16      32.034  42.082  41.668  1.00  0.75      A    N  \\nATOM    231  H   TYR A  16      31.656  41.285  41.176  1.00  0.75      A    H  \\nATOM    232  CA  TYR A  16      31.263  42.586  42.756  1.00  0.75      A    C  \\nATOM    233  HA  TYR A  16      31.816  43.421  43.185  1.00  0.75      A    H  \\nATOM    234  CB  TYR A  16      29.894  43.085  42.259  1.00  0.75      A    C  \\nATOM    235  HB2 TYR A  16      29.427  42.195  41.836  1.00  0.75      A    H  \\nATOM    236  HB3 TYR A  16      29.235  43.396  43.070  1.00  0.75      A    H  \\nATOM    237  CG  TYR A  16      29.825  44.232  41.293  1.00  0.75      A    C  \\nATOM    238  CD1 TYR A  16      29.814  45.590  41.736  1.00  0.75      A    C  \\nATOM    239  HD1 TYR A  16      29.673  45.710  42.800  1.00  0.75      A    H  \\nATOM    240  CE1 TYR A  16      29.678  46.662  40.836  1.00  0.75      A    C  \\nATOM    241  HE1 TYR A  16      29.539  47.649  41.249  1.00  0.75      A    H  \\nATOM    242  CZ  TYR A  16      29.760  46.441  39.445  1.00  0.75      A    C  \\nATOM    243  OH  TYR A  16      29.758  47.473  38.581  1.00  0.75      A    O  \\nATOM    244  HH  TYR A  16      30.274  47.369  37.778  1.00  0.75      A    H  \\nATOM    245  CE2 TYR A  16      29.979  45.142  39.019  1.00  0.75      A    C  \\nATOM    246  HE2 TYR A  16      29.999  44.928  37.960  1.00  0.75      A    H  \\nATOM    247  CD2 TYR A  16      29.914  44.000  39.880  1.00  0.75      A    C  \\nATOM    248  HD2 TYR A  16      30.045  42.995  39.506  1.00  0.75      A    H  \\nATOM    249  C   TYR A  16      30.994  41.537  43.785  1.00  0.75      A    C  \\nATOM    250  O   TYR A  16      30.568  40.401  43.499  1.00  0.75      A    O  \\nATOM    251  N   GLU A  17      31.113  41.938  45.035  1.00  0.76      A    N  \\nATOM    252  H   GLU A  17      31.246  42.926  45.197  1.00  0.76      A    H  \\nATOM    253  CA  GLU A  17      30.450  41.247  46.082  1.00  0.76      A    C  \\nATOM    254  HA  GLU A  17      30.842  40.236  46.186  1.00  0.76      A    H  \\nATOM    255  CB  GLU A  17      30.689  41.875  47.452  1.00  0.76      A    C  \\nATOM    256  HB2 GLU A  17      31.765  41.994  47.576  1.00  0.76      A    H  \\nATOM    257  HB3 GLU A  17      30.230  42.861  47.385  1.00  0.76      A    H  \\nATOM    258  CG  GLU A  17      30.170  41.139  48.671  1.00  0.76      A    C  \\nATOM    259  HG2 GLU A  17      30.656  40.163  48.674  1.00  0.76      A    H  \\nATOM    260  HG3 GLU A  17      29.095  40.961  48.659  1.00  0.76      A    H  \\nATOM    261  CD  GLU A  17      30.413  41.836  50.072  1.00  0.76      A    C  \\nATOM    262  OE1 GLU A  17      29.863  41.278  51.045  1.00  0.76      A    O  \\nATOM    263  OE2 GLU A  17      31.336  42.712  50.219  1.00  0.76      A    O  \\nATOM    264  C   GLU A  17      28.950  41.111  45.791  1.00  0.76      A    C  \\nATOM    265  O   GLU A  17      28.345  41.935  45.123  1.00  0.76      A    O  \\nATOM    266  N   GLY A  18      28.315  40.034  46.282  1.00  0.76      A    N  \\nATOM    267  H   GLY A  18      28.809  39.342  46.827  1.00  0.76      A    H  \\nATOM    268  CA  GLY A  18      26.862  39.935  46.160  1.00  0.76      A    C  \\nATOM    269  HA2 GLY A  18      26.401  40.920  46.229  1.00  0.76      A    H  \\nATOM    270  HA3 GLY A  18      26.673  39.540  45.161  1.00  0.76      A    H  \\nATOM    271  C   GLY A  18      26.293  38.873  47.137  1.00  0.76      A    C  \\nATOM    272  O   GLY A  18      26.945  38.118  47.828  1.00  0.76      A    O  \\nATOM    273  N   VAL A  19      24.923  38.866  47.189  1.00  0.87      A    N  \\nATOM    274  H   VAL A  19      24.353  39.393  46.543  1.00  0.87      A    H  \\nATOM    275  CA  VAL A  19      24.188  37.854  48.076  1.00  0.87      A    C  \\nATOM    276  HA  VAL A  19      24.936  37.170  48.476  1.00  0.87      A    H  \\nATOM    277  CB  VAL A  19      23.496  38.357  49.326  1.00  0.87      A    C  \\nATOM    278  HB  VAL A  19      22.701  39.064  49.092  1.00  0.87      A    H  \\nATOM    279  CG1 VAL A  19      23.098  37.123  50.097  1.00  0.87      A    C  \\nATOM    280 HG11 VAL A  19      23.902  36.408  50.266  1.00  0.87      A    H  \\nATOM    281 HG12 VAL A  19      22.764  37.506  51.062  1.00  0.87      A    H  \\nATOM    282 HG13 VAL A  19      22.271  36.519  49.724  1.00  0.87      A    H  \\nATOM    283  CG2 VAL A  19      24.586  38.893  50.260  1.00  0.87      A    C  \\nATOM    284 HG21 VAL A  19      25.179  39.643  49.737  1.00  0.87      A    H  \\nATOM    285 HG22 VAL A  19      24.101  39.342  51.127  1.00  0.87      A    H  \\nATOM    286 HG23 VAL A  19      25.312  38.112  50.488  1.00  0.87      A    H  \\nATOM    287  C   VAL A  19      23.299  36.991  47.252  1.00  0.87      A    C  \\nATOM    288  O   VAL A  19      22.384  37.455  46.551  1.00  0.87      A    O  \\nATOM    289  N   TRP A  20      23.675  35.690  47.248  1.00  1.37      A    N  \\nATOM    290  H   TRP A  20      24.413  35.412  47.878  1.00  1.37      A    H  \\nATOM    291  CA  TRP A  20      23.152  34.589  46.444  1.00  1.37      A    C  \\nATOM    292  HA  TRP A  20      22.782  34.961  45.488  1.00  1.37      A    H  \\nATOM    293  CB  TRP A  20      24.253  33.609  46.166  1.00  1.37      A    C  \\nATOM    294  HB2 TRP A  20      25.050  34.197  45.711  1.00  1.37      A    H  \\nATOM    295  HB3 TRP A  20      24.555  33.171  47.118  1.00  1.37      A    H  \\nATOM    296  CG  TRP A  20      24.083  32.482  45.174  1.00  1.37      A    C  \\nATOM    297  CD1 TRP A  20      23.177  32.437  44.155  1.00  1.37      A    C  \\nATOM    298  HD1 TRP A  20      22.485  33.216  43.873  1.00  1.37      A    H  \\nATOM    299  NE1 TRP A  20      23.381  31.216  43.531  1.00  1.37      A    N  \\nATOM    300  HE1 TRP A  20      23.001  31.002  42.620  1.00  1.37      A    H  \\nATOM    301  CE2 TRP A  20      24.365  30.416  44.121  1.00  1.37      A    C  \\nATOM    302  CZ2 TRP A  20      24.844  29.147  43.780  1.00  1.37      A    C  \\nATOM    303  HZ2 TRP A  20      24.506  28.660  42.877  1.00  1.37      A    H  \\nATOM    304  CH2 TRP A  20      25.699  28.491  44.636  1.00  1.37      A    C  \\nATOM    305  HH2 TRP A  20      26.137  27.518  44.469  1.00  1.37      A    H  \\nATOM    306  CZ3 TRP A  20      26.077  29.135  45.818  1.00  1.37      A    C  \\nATOM    307  HZ3 TRP A  20      26.808  28.591  46.397  1.00  1.37      A    H  \\nATOM    308  CE3 TRP A  20      25.579  30.446  46.169  1.00  1.37      A    C  \\nATOM    309  HE3 TRP A  20      25.869  30.969  47.068  1.00  1.37      A    H  \\nATOM    310  CD2 TRP A  20      24.735  31.159  45.263  1.00  1.37      A    C  \\nATOM    311  C   TRP A  20      21.958  33.934  47.226  1.00  1.37      A    C  \\nATOM    312  O   TRP A  20      22.160  33.235  48.214  1.00  1.37      A    O  \\nATOM    313  N   LYS A  21      20.723  34.271  46.801  1.00  2.20      A    N  \\nATOM    314  H   LYS A  21      20.644  34.850  45.977  1.00  2.20      A    H  \\nATOM    315  CA  LYS A  21      19.508  33.990  47.579  1.00  2.20      A    C  \\nATOM    316  HA  LYS A  21      19.811  34.060  48.624  1.00  2.20      A    H  \\nATOM    317  CB  LYS A  21      18.402  35.013  47.270  1.00  2.20      A    C  \\nATOM    318  HB2 LYS A  21      18.140  34.823  46.229  1.00  2.20      A    H  \\nATOM    319  HB3 LYS A  21      17.526  34.872  47.902  1.00  2.20      A    H  \\nATOM    320  CG  LYS A  21      18.932  36.492  47.415  1.00  2.20      A    C  \\nATOM    321  HG2 LYS A  21      19.432  36.594  48.378  1.00  2.20      A    H  \\nATOM    322  HG3 LYS A  21      19.592  36.702  46.572  1.00  2.20      A    H  \\nATOM    323  CD  LYS A  21      17.760  37.475  47.385  1.00  2.20      A    C  \\nATOM    324  HD2 LYS A  21      17.256  37.517  46.419  1.00  2.20      A    H  \\nATOM    325  HD3 LYS A  21      17.015  37.253  48.149  1.00  2.20      A    H  \\nATOM    326  CE  LYS A  21      18.439  38.807  47.697  1.00  2.20      A    C  \\nATOM    327  HE2 LYS A  21      19.213  38.626  48.443  1.00  2.20      A    H  \\nATOM    328  HE3 LYS A  21      18.909  39.258  46.823  1.00  2.20      A    H  \\nATOM    329  NZ  LYS A  21      17.451  39.818  48.161  1.00  2.20      A    N  \\nATOM    330  HZ1 LYS A  21      16.634  39.931  47.580  1.00  2.20      A    H  \\nATOM    331  HZ2 LYS A  21      16.959  39.506  48.986  1.00  2.20      A    H  \\nATOM    332  HZ3 LYS A  21      17.864  40.739  48.125  1.00  2.20      A    H  \\nATOM    333  C   LYS A  21      18.908  32.569  47.285  1.00  2.20      A    C  \\nATOM    334  O   LYS A  21      18.000  32.142  47.964  1.00  2.20      A    O  \\nATOM    335  N   LYS A  22      19.503  31.894  46.306  1.00  2.80      A    N  \\nATOM    336  H   LYS A  22      20.087  32.484  45.731  1.00  2.80      A    H  \\nATOM    337  CA  LYS A  22      19.298  30.369  46.192  1.00  2.80      A    C  \\nATOM    338  HA  LYS A  22      18.222  30.230  46.088  1.00  2.80      A    H  \\nATOM    339  CB  LYS A  22      20.040  29.856  44.884  1.00  2.80      A    C  \\nATOM    340  HB2 LYS A  22      19.754  30.471  44.031  1.00  2.80      A    H  \\nATOM    341  HB3 LYS A  22      21.109  29.981  45.053  1.00  2.80      A    H  \\nATOM    342  CG  LYS A  22      19.748  28.377  44.558  1.00  2.80      A    C  \\nATOM    343  HG2 LYS A  22      20.066  27.655  45.310  1.00  2.80      A    H  \\nATOM    344  HG3 LYS A  22      18.669  28.303  44.423  1.00  2.80      A    H  \\nATOM    345  CD  LYS A  22      20.449  28.019  43.164  1.00  2.80      A    C  \\nATOM    346  HD2 LYS A  22      20.015  28.587  42.341  1.00  2.80      A    H  \\nATOM    347  HD3 LYS A  22      21.527  28.182  43.187  1.00  2.80      A    H  \\nATOM    348  CE  LYS A  22      20.164  26.584  42.622  1.00  2.80      A    C  \\nATOM    349  HE2 LYS A  22      20.219  25.945  43.503  1.00  2.80      A    H  \\nATOM    350  HE3 LYS A  22      19.159  26.542  42.204  1.00  2.80      A    H  \\nATOM    351  NZ  LYS A  22      21.223  26.219  41.614  1.00  2.80      A    N  \\nATOM    352  HZ1 LYS A  22      21.271  26.878  40.850  1.00  2.80      A    H  \\nATOM    353  HZ2 LYS A  22      22.081  26.032  42.115  1.00  2.80      A    H  \\nATOM    354  HZ3 LYS A  22      20.883  25.384  41.158  1.00  2.80      A    H  \\nATOM    355  C   LYS A  22      19.838  29.557  47.403  1.00  2.80      A    C  \\nATOM    356  O   LYS A  22      19.318  28.465  47.634  1.00  2.80      A    O  \\nATOM    357  N   TYR A  23      20.890  30.120  48.091  1.00  2.07      A    N  \\nATOM    358  H   TYR A  23      21.204  31.000  47.708  1.00  2.07      A    H  \\nATOM    359  CA  TYR A  23      21.581  29.636  49.323  1.00  2.07      A    C  \\nATOM    360  HA  TYR A  23      20.937  28.849  49.715  1.00  2.07      A    H  \\nATOM    361  CB  TYR A  23      22.940  29.086  48.847  1.00  2.07      A    C  \\nATOM    362  HB2 TYR A  23      23.558  29.818  48.326  1.00  2.07      A    H  \\nATOM    363  HB3 TYR A  23      23.538  28.893  49.738  1.00  2.07      A    H  \\nATOM    364  CG  TYR A  23      22.803  27.802  48.094  1.00  2.07      A    C  \\nATOM    365  CD1 TYR A  23      22.183  26.672  48.719  1.00  2.07      A    C  \\nATOM    366  HD1 TYR A  23      21.863  26.703  49.750  1.00  2.07      A    H  \\nATOM    367  CE1 TYR A  23      21.826  25.595  47.928  1.00  2.07      A    C  \\nATOM    368  HE1 TYR A  23      21.247  24.844  48.444  1.00  2.07      A    H  \\nATOM    369  CZ  TYR A  23      22.114  25.587  46.530  1.00  2.07      A    C  \\nATOM    370  OH  TYR A  23      21.817  24.519  45.773  1.00  2.07      A    O  \\nATOM    371  HH  TYR A  23      21.004  24.126  46.099  1.00  2.07      A    H  \\nATOM    372  CE2 TYR A  23      22.662  26.699  45.904  1.00  2.07      A    C  \\nATOM    373  HE2 TYR A  23      22.754  26.742  44.829  1.00  2.07      A    H  \\nATOM    374  CD2 TYR A  23      23.036  27.813  46.695  1.00  2.07      A    C  \\nATOM    375  HD2 TYR A  23      23.424  28.724  46.264  1.00  2.07      A    H  \\nATOM    376  C   TYR A  23      21.803  30.634  50.512  1.00  2.07      A    C  \\nATOM    377  O   TYR A  23      22.332  30.199  51.483  1.00  2.07      A    O  \\nATOM    378  N   SER A  24      21.349  31.895  50.445  1.00  1.85      A    N  \\nATOM    379  H   SER A  24      20.922  32.154  49.567  1.00  1.85      A    H  \\nATOM    380  CA  SER A  24      21.513  32.961  51.506  1.00  1.85      A    C  \\nATOM    381  HA  SER A  24      21.324  33.970  51.139  1.00  1.85      A    H  \\nATOM    382  CB  SER A  24      20.591  32.685  52.696  1.00  1.85      A    C  \\nATOM    383  HB2 SER A  24      20.683  31.615  52.885  1.00  1.85      A    H  \\nATOM    384  HB3 SER A  24      20.847  33.248  53.593  1.00  1.85      A    H  \\nATOM    385  OG  SER A  24      19.274  33.022  52.147  1.00  1.85      A    O  \\nATOM    386  HG  SER A  24      18.648  32.712  52.805  1.00  1.85      A    H  \\nATOM    387  C   SER A  24      22.974  32.979  51.920  1.00  1.85      A    C  \\nATOM    388  O   SER A  24      23.306  32.581  53.065  1.00  1.85      A    O  \\nATOM    389  N   LEU A  25      23.823  33.389  51.021  1.00  1.11      A    N  \\nATOM    390  H   LEU A  25      23.446  33.540  50.096  1.00  1.11      A    H  \\nATOM    391  CA  LEU A  25      25.272  33.324  51.122  1.00  1.11      A    C  \\nATOM    392  HA  LEU A  25      25.593  33.479  52.152  1.00  1.11      A    H  \\nATOM    393  CB  LEU A  25      25.721  31.910  50.612  1.00  1.11      A    C  \\nATOM    394  HB2 LEU A  25      25.156  31.127  51.117  1.00  1.11      A    H  \\nATOM    395  HB3 LEU A  25      25.535  31.775  49.546  1.00  1.11      A    H  \\nATOM    396  CG  LEU A  25      27.138  31.534  50.961  1.00  1.11      A    C  \\nATOM    397  HG  LEU A  25      27.788  32.176  50.367  1.00  1.11      A    H  \\nATOM    398  CD1 LEU A  25      27.617  31.661  52.412  1.00  1.11      A    C  \\nATOM    399 HD11 LEU A  25      28.598  31.191  52.485  1.00  1.11      A    H  \\nATOM    400 HD12 LEU A  25      27.611  32.692  52.766  1.00  1.11      A    H  \\nATOM    401 HD13 LEU A  25      26.995  31.172  53.162  1.00  1.11      A    H  \\nATOM    402  CD2 LEU A  25      27.393  30.123  50.524  1.00  1.11      A    C  \\nATOM    403 HD21 LEU A  25      26.909  29.433  51.216  1.00  1.11      A    H  \\nATOM    404 HD22 LEU A  25      26.946  29.852  49.568  1.00  1.11      A    H  \\nATOM    405 HD23 LEU A  25      28.462  29.949  50.402  1.00  1.11      A    H  \\nATOM    406  C   LEU A  25      26.003  34.419  50.322  1.00  1.11      A    C  \\nATOM    407  O   LEU A  25      25.582  34.745  49.238  1.00  1.11      A    O  \\nATOM    408  N   THR A  26      27.067  34.959  50.843  1.00  0.81      A    N  \\nATOM    409  H   THR A  26      27.251  34.824  51.827  1.00  0.81      A    H  \\nATOM    410  CA  THR A  26      28.010  35.829  50.024  1.00  0.81      A    C  \\nATOM    411  HA  THR A  26      27.305  36.590  49.692  1.00  0.81      A    H  \\nATOM    412  CB  THR A  26      29.021  36.578  50.896  1.00  0.81      A    C  \\nATOM    413  HB  THR A  26      29.733  35.828  51.242  1.00  0.81      A    H  \\nATOM    414  CG2 THR A  26      29.567  37.722  50.062  1.00  0.81      A    C  \\nATOM    415 HG21 THR A  26      28.828  38.384  49.611  1.00  0.81      A    H  \\nATOM    416 HG22 THR A  26      30.320  38.261  50.638  1.00  0.81      A    H  \\nATOM    417 HG23 THR A  26      30.193  37.251  49.305  1.00  0.81      A    H  \\nATOM    418  OG1 THR A  26      28.386  37.304  52.026  1.00  0.81      A    O  \\nATOM    419  HG1 THR A  26      27.976  36.674  52.624  1.00  0.81      A    H  \\nATOM    420  C   THR A  26      28.624  35.056  48.839  1.00  0.81      A    C  \\nATOM    421  O   THR A  26      28.923  33.871  48.900  1.00  0.81      A    O  \\nATOM    422  N   VAL A  27      28.879  35.823  47.745  1.00  0.60      A    N  \\nATOM    423  H   VAL A  27      28.742  36.822  47.786  1.00  0.60      A    H  \\nATOM    424  CA  VAL A  27      29.512  35.343  46.491  1.00  0.60      A    C  \\nATOM    425  HA  VAL A  27      30.186  34.501  46.649  1.00  0.60      A    H  \\nATOM    426  CB  VAL A  27      28.440  34.917  45.473  1.00  0.60      A    C  \\nATOM    427  HB  VAL A  27      28.864  34.771  44.479  1.00  0.60      A    H  \\nATOM    428  CG1 VAL A  27      27.810  33.525  45.712  1.00  0.60      A    C  \\nATOM    429 HG11 VAL A  27      27.204  33.643  46.611  1.00  0.60      A    H  \\nATOM    430 HG12 VAL A  27      27.196  33.236  44.859  1.00  0.60      A    H  \\nATOM    431 HG13 VAL A  27      28.567  32.742  45.676  1.00  0.60      A    H  \\nATOM    432  CG2 VAL A  27      27.306  35.942  45.212  1.00  0.60      A    C  \\nATOM    433 HG21 VAL A  27      27.633  36.916  44.850  1.00  0.60      A    H  \\nATOM    434 HG22 VAL A  27      26.712  35.371  44.497  1.00  0.60      A    H  \\nATOM    435 HG23 VAL A  27      26.715  36.106  46.113  1.00  0.60      A    H  \\nATOM    436  C   VAL A  27      30.384  36.492  45.878  1.00  0.60      A    C  \\nATOM    437  O   VAL A  27      30.112  37.718  45.987  1.00  0.60      A    O  \\nATOM    438  N   ALA A  28      31.370  36.060  45.125  1.00  0.55      A    N  \\nATOM    439  H   ALA A  28      31.601  35.080  45.038  1.00  0.55      A    H  \\nATOM    440  CA  ALA A  28      31.985  36.882  44.136  1.00  0.55      A    C  \\nATOM    441  HA  ALA A  28      32.052  37.932  44.422  1.00  0.55      A    H  \\nATOM    442  CB  ALA A  28      33.439  36.417  44.054  1.00  0.55      A    C  \\nATOM    443  HB1 ALA A  28      33.578  35.377  44.348  1.00  0.55      A    H  \\nATOM    444  HB2 ALA A  28      33.704  36.619  43.016  1.00  0.55      A    H  \\nATOM    445  HB3 ALA A  28      34.003  37.089  44.701  1.00  0.55      A    H  \\nATOM    446  C   ALA A  28      31.228  36.692  42.738  1.00  0.55      A    C  \\nATOM    447  O   ALA A  28      31.156  35.607  42.181  1.00  0.55      A    O  \\nATOM    448  N   VAL A  29      30.822  37.772  42.103  1.00  0.52      A    N  \\nATOM    449  H   VAL A  29      30.761  38.633  42.628  1.00  0.52      A    H  \\nATOM    450  CA  VAL A  29      30.131  37.759  40.768  1.00  0.52      A    C  \\nATOM    451  HA  VAL A  29      30.115  36.724  40.425  1.00  0.52      A    H  \\nATOM    452  CB  VAL A  29      28.712  38.424  40.851  1.00  0.52      A    C  \\nATOM    453  HB  VAL A  29      28.754  39.503  40.701  1.00  0.52      A    H  \\nATOM    454  CG1 VAL A  29      27.875  37.790  39.667  1.00  0.52      A    C  \\nATOM    455 HG11 VAL A  29      27.850  36.703  39.746  1.00  0.52      A    H  \\nATOM    456 HG12 VAL A  29      26.824  38.074  39.717  1.00  0.52      A    H  \\nATOM    457 HG13 VAL A  29      28.343  38.154  38.752  1.00  0.52      A    H  \\nATOM    458  CG2 VAL A  29      28.023  38.152  42.163  1.00  0.52      A    C  \\nATOM    459 HG21 VAL A  29      27.062  38.664  42.200  1.00  0.52      A    H  \\nATOM    460 HG22 VAL A  29      27.878  37.079  42.287  1.00  0.52      A    H  \\nATOM    461 HG23 VAL A  29      28.678  38.513  42.956  1.00  0.52      A    H  \\nATOM    462  C   VAL A  29      30.869  38.554  39.706  1.00  0.52      A    C  \\nATOM    463  O   VAL A  29      30.982  39.789  39.903  1.00  0.52      A    O  \\nATOM    464  N   LYS A  30      31.412  37.962  38.619  1.00  0.58      A    N  \\nATOM    465  H   LYS A  30      31.378  36.955  38.545  1.00  0.58      A    H  \\nATOM    466  CA  LYS A  30      32.031  38.694  37.511  1.00  0.58      A    C  \\nATOM    467  HA  LYS A  30      32.390  39.681  37.803  1.00  0.58      A    H  \\nATOM    468  CB  LYS A  30      33.230  37.883  36.985  1.00  0.58      A    C  \\nATOM    469  HB2 LYS A  30      33.941  37.613  37.766  1.00  0.58      A    H  \\nATOM    470  HB3 LYS A  30      32.718  37.016  36.566  1.00  0.58      A    H  \\nATOM    471  CG  LYS A  30      34.040  38.690  35.905  1.00  0.58      A    C  \\nATOM    472  HG2 LYS A  30      33.532  38.875  34.958  1.00  0.58      A    H  \\nATOM    473  HG3 LYS A  30      34.368  39.626  36.358  1.00  0.58      A    H  \\nATOM    474  CD  LYS A  30      35.195  37.852  35.462  1.00  0.58      A    C  \\nATOM    475  HD2 LYS A  30      35.657  37.682  36.434  1.00  0.58      A    H  \\nATOM    476  HD3 LYS A  30      34.766  36.945  35.034  1.00  0.58      A    H  \\nATOM    477  CE  LYS A  30      36.252  38.479  34.468  1.00  0.58      A    C  \\nATOM    478  HE2 LYS A  30      35.951  38.505  33.421  1.00  0.58      A    H  \\nATOM    479  HE3 LYS A  30      36.608  39.445  34.824  1.00  0.58      A    H  \\nATOM    480  NZ  LYS A  30      37.408  37.620  34.461  1.00  0.58      A    N  \\nATOM    481  HZ1 LYS A  30      37.184  36.654  34.273  1.00  0.58      A    H  \\nATOM    482  HZ2 LYS A  30      38.076  38.018  33.816  1.00  0.58      A    H  \\nATOM    483  HZ3 LYS A  30      37.900  37.570  35.342  1.00  0.58      A    H  \\nATOM    484  C   LYS A  30      30.911  39.030  36.449  1.00  0.58      A    C  \\nATOM    485  O   LYS A  30      30.078  38.191  36.181  1.00  0.58      A    O  \\nATOM    486  N   THR A  31      30.893  40.273  35.948  1.00  0.72      A    N  \\nATOM    487  H   THR A  31      31.704  40.838  36.154  1.00  0.72      A    H  \\nATOM    488  CA  THR A  31      30.148  40.707  34.759  1.00  0.72      A    C  \\nATOM    489  HA  THR A  31      29.732  39.822  34.277  1.00  0.72      A    H  \\nATOM    490  CB  THR A  31      28.942  41.598  35.207  1.00  0.72      A    C  \\nATOM    491  HB  THR A  31      28.401  41.685  34.265  1.00  0.72      A    H  \\nATOM    492  CG2 THR A  31      28.100  40.895  36.197  1.00  0.72      A    C  \\nATOM    493 HG21 THR A  31      28.591  41.063  37.156  1.00  0.72      A    H  \\nATOM    494 HG22 THR A  31      27.119  41.352  36.327  1.00  0.72      A    H  \\nATOM    495 HG23 THR A  31      28.034  39.812  36.086  1.00  0.72      A    H  \\nATOM    496  OG1 THR A  31      29.347  42.846  35.787  1.00  0.72      A    O  \\nATOM    497  HG1 THR A  31      29.844  42.724  36.600  1.00  0.72      A    H  \\nATOM    498  C   THR A  31      30.928  41.460  33.701  1.00  0.72      A    C  \\nATOM    499  O   THR A  31      31.805  42.275  34.015  1.00  0.72      A    O  \\nATOM    500  N   LEU A  32      30.633  41.243  32.424  1.00  1.02      A    N  \\nATOM    501  H   LEU A  32      29.818  40.678  32.234  1.00  1.02      A    H  \\nATOM    502  CA  LEU A  32      31.121  42.009  31.290  1.00  1.02      A    C  \\nATOM    503  HA  LEU A  32      32.205  42.083  31.375  1.00  1.02      A    H  \\nATOM    504  CB  LEU A  32      30.657  41.464  29.970  1.00  1.02      A    C  \\nATOM    505  HB2 LEU A  32      29.577  41.608  29.973  1.00  1.02      A    H  \\nATOM    506  HB3 LEU A  32      31.083  42.074  29.174  1.00  1.02      A    H  \\nATOM    507  CG  LEU A  32      31.044  40.023  29.595  1.00  1.02      A    C  \\nATOM    508  HG  LEU A  32      30.712  39.275  30.315  1.00  1.02      A    H  \\nATOM    509  CD1 LEU A  32      30.249  39.718  28.318  1.00  1.02      A    C  \\nATOM    510 HD11 LEU A  32      29.334  40.306  28.238  1.00  1.02      A    H  \\nATOM    511 HD12 LEU A  32      30.876  39.959  27.460  1.00  1.02      A    H  \\nATOM    512 HD13 LEU A  32      30.010  38.656  28.267  1.00  1.02      A    H  \\nATOM    513  CD2 LEU A  32      32.495  39.891  29.290  1.00  1.02      A    C  \\nATOM    514 HD21 LEU A  32      32.640  38.924  28.808  1.00  1.02      A    H  \\nATOM    515 HD22 LEU A  32      32.854  40.636  28.581  1.00  1.02      A    H  \\nATOM    516 HD23 LEU A  32      33.051  40.017  30.218  1.00  1.02      A    H  \\nATOM    517  C   LEU A  32      30.529  43.467  31.374  1.00  1.02      A    C  \\nATOM    518  O   LEU A  32      29.343  43.716  31.674  1.00  1.02      A    O  \\nATOM    519  N   LYS A  33      31.471  44.402  31.030  1.00  1.39      A    N  \\nATOM    520  H   LYS A  33      32.417  44.109  30.828  1.00  1.39      A    H  \\nATOM    521  CA  LYS A  33      31.101  45.777  30.701  1.00  1.39      A    C  \\nATOM    522  HA  LYS A  33      30.818  46.283  31.624  1.00  1.39      A    H  \\nATOM    523  CB  LYS A  33      32.414  46.462  30.369  1.00  1.39      A    C  \\nATOM    524  HB2 LYS A  33      33.128  45.944  29.729  1.00  1.39      A    H  \\nATOM    525  HB3 LYS A  33      32.176  47.407  29.881  1.00  1.39      A    H  \\nATOM    526  CG  LYS A  33      33.123  46.701  31.688  1.00  1.39      A    C  \\nATOM    527  HG2 LYS A  33      32.510  47.326  32.339  1.00  1.39      A    H  \\nATOM    528  HG3 LYS A  33      33.314  45.772  32.225  1.00  1.39      A    H  \\nATOM    529  CD  LYS A  33      34.393  47.546  31.539  1.00  1.39      A    C  \\nATOM    530  HD2 LYS A  33      35.267  46.978  31.223  1.00  1.39      A    H  \\nATOM    531  HD3 LYS A  33      34.283  48.402  30.872  1.00  1.39      A    H  \\nATOM    532  CE  LYS A  33      34.683  48.207  32.847  1.00  1.39      A    C  \\nATOM    533  HE2 LYS A  33      33.932  48.969  33.059  1.00  1.39      A    H  \\nATOM    534  HE3 LYS A  33      34.615  47.469  33.646  1.00  1.39      A    H  \\nATOM    535  NZ  LYS A  33      36.039  48.725  32.757  1.00  1.39      A    N  \\nATOM    536  HZ1 LYS A  33      36.693  48.093  32.318  1.00  1.39      A    H  \\nATOM    537  HZ2 LYS A  33      36.036  49.567  32.199  1.00  1.39      A    H  \\nATOM    538  HZ3 LYS A  33      36.462  49.021  33.625  1.00  1.39      A    H  \\nATOM    539  C   LYS A  33      30.081  45.956  29.583  1.00  1.39      A    C  \\nATOM    540  O   LYS A  33      30.088  45.174  28.643  1.00  1.39      A    O  \\nATOM    541  N   GLU A  34      29.224  46.967  29.684  1.00  1.85      A    N  \\nATOM    542  H   GLU A  34      29.333  47.704  30.366  1.00  1.85      A    H  \\nATOM    543  CA  GLU A  34      28.369  47.306  28.572  1.00  1.85      A    C  \\nATOM    544  HA  GLU A  34      27.973  46.377  28.163  1.00  1.85      A    H  \\nATOM    545  CB  GLU A  34      27.209  48.240  28.931  1.00  1.85      A    C  \\nATOM    546  HB2 GLU A  34      27.606  49.173  29.330  1.00  1.85      A    H  \\nATOM    547  HB3 GLU A  34      26.661  48.562  28.046  1.00  1.85      A    H  \\nATOM    548  CG  GLU A  34      26.291  47.542  29.983  1.00  1.85      A    C  \\nATOM    549  HG2 GLU A  34      26.062  46.559  29.570  1.00  1.85      A    H  \\nATOM    550  HG3 GLU A  34      26.689  47.307  30.970  1.00  1.85      A    H  \\nATOM    551  CD  GLU A  34      24.958  48.336  30.272  1.00  1.85      A    C  \\nATOM    552  OE1 GLU A  34      24.383  48.790  29.308  1.00  1.85      A    O  \\nATOM    553  OE2 GLU A  34      24.514  48.405  31.452  1.00  1.85      A    O  \\nATOM    554  C   GLU A  34      29.229  47.818  27.414  1.00  1.85      A    C  \\nATOM    555  O   GLU A  34      28.895  47.614  26.244  1.00  1.85      A    O  \\nATOM    556  N   ASP A  35      30.448  48.339  27.628  1.00  1.86      A    N  \\nATOM    557  H   ASP A  35      30.697  48.479  28.597  1.00  1.86      A    H  \\nATOM    558  CA  ASP A  35      31.438  48.792  26.591  1.00  1.86      A    C  \\nATOM    559  HA  ASP A  35      30.908  49.455  25.907  1.00  1.86      A    H  \\nATOM    560  CB  ASP A  35      32.661  49.571  27.264  1.00  1.86      A    C  \\nATOM    561  HB2 ASP A  35      33.257  48.905  27.887  1.00  1.86      A    H  \\nATOM    562  HB3 ASP A  35      33.396  49.831  26.502  1.00  1.86      A    H  \\nATOM    563  CG  ASP A  35      32.298  50.894  27.990  1.00  1.86      A    C  \\nATOM    564  OD1 ASP A  35      31.206  51.453  27.813  1.00  1.86      A    O  \\nATOM    565  OD2 ASP A  35      33.129  51.338  28.804  1.00  1.86      A    O  \\nATOM    566  C   ASP A  35      31.873  47.701  25.650  1.00  1.86      A    C  \\nATOM    567  O   ASP A  35      32.169  47.991  24.454  1.00  1.86      A    O  \\nATOM    568  N   THR A  36      32.002  46.435  26.111  1.00  1.59      A    N  \\nATOM    569  H   THR A  36      31.680  46.352  27.064  1.00  1.59      A    H  \\nATOM    570  CA  THR A  36      32.883  45.411  25.604  1.00  1.59      A    C  \\nATOM    571  HA  THR A  36      33.015  45.530  24.528  1.00  1.59      A    H  \\nATOM    572  CB  THR A  36      34.322  45.454  26.173  1.00  1.59      A    C  \\nATOM    573  HB  THR A  36      34.924  44.634  25.780  1.00  1.59      A    H  \\nATOM    574  CG2 THR A  36      35.009  46.694  25.698  1.00  1.59      A    C  \\nATOM    575 HG21 THR A  36      34.524  47.617  26.017  1.00  1.59      A    H  \\nATOM    576 HG22 THR A  36      35.997  46.620  26.152  1.00  1.59      A    H  \\nATOM    577 HG23 THR A  36      35.094  46.657  24.611  1.00  1.59      A    H  \\nATOM    578  OG1 THR A  36      34.397  45.388  27.596  1.00  1.59      A    O  \\nATOM    579  HG1 THR A  36      33.874  44.620  27.836  1.00  1.59      A    H  \\nATOM    580  C   THR A  36      32.267  44.056  25.796  1.00  1.59      A    C  \\nATOM    581  O   THR A  36      32.777  43.233  26.542  1.00  1.59      A    O  \\nATOM    582  N   MET A  37      31.120  43.832  25.155  1.00  1.49      A    N  \\nATOM    583  H   MET A  37      30.677  44.589  24.655  1.00  1.49      A    H  \\nATOM    584  CA  MET A  37      30.367  42.539  25.246  1.00  1.49      A    C  \\nATOM    585  HA  MET A  37      30.544  42.225  26.275  1.00  1.49      A    H  \\nATOM    586  CB  MET A  37      28.845  42.648  25.148  1.00  1.49      A    C  \\nATOM    587  HB2 MET A  37      28.532  42.949  24.149  1.00  1.49      A    H  \\nATOM    588  HB3 MET A  37      28.496  41.616  25.110  1.00  1.49      A    H  \\nATOM    589  CG  MET A  37      28.213  43.389  26.299  1.00  1.49      A    C  \\nATOM    590  HG2 MET A  37      28.416  43.020  27.304  1.00  1.49      A    H  \\nATOM    591  HG3 MET A  37      28.719  44.350  26.209  1.00  1.49      A    H  \\nATOM    592  SD  MET A  37      26.417  43.570  26.175  1.00  1.49      A    S  \\nATOM    593  CE  MET A  37      25.902  41.818  26.518  1.00  1.49      A    C  \\nATOM    594  HE1 MET A  37      26.295  41.376  25.602  1.00  1.49      A    H  \\nATOM    595  HE2 MET A  37      26.545  41.518  27.345  1.00  1.49      A    H  \\nATOM    596  HE3 MET A  37      24.842  41.606  26.656  1.00  1.49      A    H  \\nATOM    597  C   MET A  37      30.908  41.391  24.448  1.00  1.49      A    C  \\nATOM    598  O   MET A  37      30.439  40.907  23.474  1.00  1.49      A    O  \\nATOM    599  N   GLU A  38      32.034  40.830  24.885  1.00  1.30      A    N  \\nATOM    600  H   GLU A  38      32.520  41.375  25.583  1.00  1.30      A    H  \\nATOM    601  CA  GLU A  38      32.680  39.691  24.237  1.00  1.30      A    C  \\nATOM    602  HA  GLU A  38      32.542  39.775  23.159  1.00  1.30      A    H  \\nATOM    603  CB  GLU A  38      34.273  39.770  24.531  1.00  1.30      A    C  \\nATOM    604  HB2 GLU A  38      34.456  39.587  25.590  1.00  1.30      A    H  \\nATOM    605  HB3 GLU A  38      34.684  38.981  23.901  1.00  1.30      A    H  \\nATOM    606  CG  GLU A  38      35.012  41.117  24.012  1.00  1.30      A    C  \\nATOM    607  HG2 GLU A  38      34.650  41.863  24.719  1.00  1.30      A    H  \\nATOM    608  HG3 GLU A  38      36.088  40.980  24.124  1.00  1.30      A    H  \\nATOM    609  CD  GLU A  38      34.734  41.560  22.504  1.00  1.30      A    C  \\nATOM    610  OE1 GLU A  38      34.455  42.740  22.187  1.00  1.30      A    O  \\nATOM    611  OE2 GLU A  38      34.731  40.647  21.668  1.00  1.30      A    O  \\nATOM    612  C   GLU A  38      32.118  38.375  24.763  1.00  1.30      A    C  \\nATOM    613  O   GLU A  38      32.653  37.563  25.524  1.00  1.30      A    O  \\nATOM    614  N   VAL A  39      30.819  38.167  24.474  1.00  1.10      A    N  \\nATOM    615  H   VAL A  39      30.383  38.815  23.833  1.00  1.10      A    H  \\nATOM    616  CA  VAL A  39      29.950  37.132  24.999  1.00  1.10      A    C  \\nATOM    617  HA  VAL A  39      30.026  37.178  26.086  1.00  1.10      A    H  \\nATOM    618  CB  VAL A  39      28.512  37.358  24.514  1.00  1.10      A    C  \\nATOM    619  HB  VAL A  39      28.505  37.208  23.435  1.00  1.10      A    H  \\nATOM    620  CG1 VAL A  39      27.631  36.243  25.094  1.00  1.10      A    C  \\nATOM    621 HG11 VAL A  39      27.579  36.349  26.178  1.00  1.10      A    H  \\nATOM    622 HG12 VAL A  39      26.642  36.390  24.660  1.00  1.10      A    H  \\nATOM    623 HG13 VAL A  39      28.035  35.254  24.878  1.00  1.10      A    H  \\nATOM    624  CG2 VAL A  39      28.053  38.740  24.947  1.00  1.10      A    C  \\nATOM    625 HG21 VAL A  39      28.434  39.513  24.279  1.00  1.10      A    H  \\nATOM    626 HG22 VAL A  39      26.964  38.701  24.916  1.00  1.10      A    H  \\nATOM    627 HG23 VAL A  39      28.436  39.095  25.904  1.00  1.10      A    H  \\nATOM    628  C   VAL A  39      30.577  35.792  24.673  1.00  1.10      A    C  \\nATOM    629  O   VAL A  39      30.783  35.010  25.608  1.00  1.10      A    O  \\nATOM    630  N   GLU A  40      31.145  35.625  23.461  1.00  1.14      A    N  \\nATOM    631  H   GLU A  40      31.015  36.352  22.772  1.00  1.14      A    H  \\nATOM    632  CA  GLU A  40      31.939  34.395  23.163  1.00  1.14      A    C  \\nATOM    633  HA  GLU A  40      31.291  33.519  23.197  1.00  1.14      A    H  \\nATOM    634  CB  GLU A  40      32.428  34.510  21.714  1.00  1.14      A    C  \\nATOM    635  HB2 GLU A  40      31.615  34.187  21.065  1.00  1.14      A    H  \\nATOM    636  HB3 GLU A  40      32.681  35.516  21.378  1.00  1.14      A    H  \\nATOM    637  CG  GLU A  40      33.589  33.571  21.393  1.00  1.14      A    C  \\nATOM    638  HG2 GLU A  40      34.540  33.994  21.717  1.00  1.14      A    H  \\nATOM    639  HG3 GLU A  40      33.524  32.599  21.883  1.00  1.14      A    H  \\nATOM    640  CD  GLU A  40      33.825  33.226  19.942  1.00  1.14      A    C  \\nATOM    641  OE1 GLU A  40      34.396  32.132  19.627  1.00  1.14      A    O  \\nATOM    642  OE2 GLU A  40      33.519  34.138  19.136  1.00  1.14      A    O  \\nATOM    643  C   GLU A  40      33.113  34.154  24.091  1.00  1.14      A    C  \\nATOM    644  O   GLU A  40      33.306  33.053  24.533  1.00  1.14      A    O  \\nATOM    645  N   GLU A  41      33.799  35.121  24.535  1.00  0.96      A    N  \\nATOM    646  H   GLU A  41      33.651  36.080  24.257  1.00  0.96      A    H  \\nATOM    647  CA  GLU A  41      34.955  34.827  25.377  1.00  0.96      A    C  \\nATOM    648  HA  GLU A  41      35.401  33.913  24.985  1.00  0.96      A    H  \\nATOM    649  CB  GLU A  41      35.988  35.862  25.162  1.00  0.96      A    C  \\nATOM    650  HB2 GLU A  41      35.458  36.709  25.596  1.00  0.96      A    H  \\nATOM    651  HB3 GLU A  41      36.910  35.664  25.709  1.00  0.96      A    H  \\nATOM    652  CG  GLU A  41      36.388  36.142  23.662  1.00  0.96      A    C  \\nATOM    653  HG2 GLU A  41      36.731  35.199  23.236  1.00  0.96      A    H  \\nATOM    654  HG3 GLU A  41      35.586  36.472  23.001  1.00  0.96      A    H  \\nATOM    655  CD  GLU A  41      37.630  37.117  23.481  1.00  0.96      A    C  \\nATOM    656  OE1 GLU A  41      37.842  37.479  22.312  1.00  0.96      A    O  \\nATOM    657  OE2 GLU A  41      38.418  37.451  24.354  1.00  0.96      A    O  \\nATOM    658  C   GLU A  41      34.546  34.604  26.853  1.00  0.96      A    C  \\nATOM    659  O   GLU A  41      35.164  33.860  27.559  1.00  0.96      A    O  \\nATOM    660  N   PHE A  42      33.431  35.210  27.292  1.00  0.71      A    N  \\nATOM    661  H   PHE A  42      32.902  35.774  26.642  1.00  0.71      A    H  \\nATOM    662  CA  PHE A  42      32.779  34.952  28.543  1.00  0.71      A    C  \\nATOM    663  HA  PHE A  42      33.514  35.115  29.332  1.00  0.71      A    H  \\nATOM    664  CB  PHE A  42      31.617  35.929  28.705  1.00  0.71      A    C  \\nATOM    665  HB2 PHE A  42      31.901  36.979  28.638  1.00  0.71      A    H  \\nATOM    666  HB3 PHE A  42      30.917  35.734  27.893  1.00  0.71      A    H  \\nATOM    667  CG  PHE A  42      30.805  35.787  29.927  1.00  0.71      A    C  \\nATOM    668  CD1 PHE A  42      29.613  35.040  29.899  1.00  0.71      A    C  \\nATOM    669  HD1 PHE A  42      29.446  34.412  29.036  1.00  0.71      A    H  \\nATOM    670  CE1 PHE A  42      28.758  34.961  31.020  1.00  0.71      A    C  \\nATOM    671  HE1 PHE A  42      27.892  34.316  30.997  1.00  0.71      A    H  \\nATOM    672  CZ  PHE A  42      28.979  35.934  32.039  1.00  0.71      A    C  \\nATOM    673  HZ  PHE A  42      28.181  35.926  32.767  1.00  0.71      A    H  \\nATOM    674  CE2 PHE A  42      30.096  36.749  32.162  1.00  0.71      A    C  \\nATOM    675  HE2 PHE A  42      30.177  37.341  33.062  1.00  0.71      A    H  \\nATOM    676  CD2 PHE A  42      30.978  36.703  31.036  1.00  0.71      A    C  \\nATOM    677  HD2 PHE A  42      31.886  37.283  31.114  1.00  0.71      A    H  \\nATOM    678  C   PHE A  42      32.372  33.466  28.517  1.00  0.71      A    C  \\nATOM    679  O   PHE A  42      32.723  32.744  29.423  1.00  0.71      A    O  \\nATOM    680  N   LEU A  43      31.712  33.011  27.421  1.00  0.78      A    N  \\nATOM    681  H   LEU A  43      31.575  33.453  26.523  1.00  0.78      A    H  \\nATOM    682  CA  LEU A  43      31.399  31.574  27.357  1.00  0.78      A    C  \\nATOM    683  HA  LEU A  43      30.800  31.283  28.220  1.00  0.78      A    H  \\nATOM    684  CB  LEU A  43      30.503  31.305  26.130  1.00  0.78      A    C  \\nATOM    685  HB2 LEU A  43      30.959  31.501  25.159  1.00  0.78      A    H  \\nATOM    686  HB3 LEU A  43      30.227  30.253  26.203  1.00  0.78      A    H  \\nATOM    687  CG  LEU A  43      29.157  32.052  26.242  1.00  0.78      A    C  \\nATOM    688  HG  LEU A  43      29.279  33.082  26.579  1.00  0.78      A    H  \\nATOM    689  CD1 LEU A  43      28.466  32.095  24.844  1.00  0.78      A    C  \\nATOM    690 HD11 LEU A  43      27.956  31.158  24.622  1.00  0.78      A    H  \\nATOM    691 HD12 LEU A  43      27.740  32.907  24.807  1.00  0.78      A    H  \\nATOM    692 HD13 LEU A  43      29.248  32.326  24.122  1.00  0.78      A    H  \\nATOM    693  CD2 LEU A  43      28.150  31.334  27.105  1.00  0.78      A    C  \\nATOM    694 HD21 LEU A  43      28.565  31.069  28.077  1.00  0.78      A    H  \\nATOM    695 HD22 LEU A  43      27.359  32.081  27.185  1.00  0.78      A    H  \\nATOM    696 HD23 LEU A  43      27.837  30.357  26.736  1.00  0.78      A    H  \\nATOM    697  C   LEU A  43      32.566  30.625  27.429  1.00  0.78      A    C  \\nATOM    698  O   LEU A  43      32.481  29.645  28.141  1.00  0.78      A    O  \\nATOM    699  N   LYS A  44      33.766  30.998  26.954  1.00  0.74      A    N  \\nATOM    700  H   LYS A  44      33.910  31.878  26.478  1.00  0.74      A    H  \\nATOM    701  CA  LYS A  44      34.994  30.232  26.971  1.00  0.74      A    C  \\nATOM    702  HA  LYS A  44      34.877  29.183  26.699  1.00  0.74      A    H  \\nATOM    703  CB  LYS A  44      35.964  30.813  25.898  1.00  0.74      A    C  \\nATOM    704  HB2 LYS A  44      35.947  31.898  26.008  1.00  0.74      A    H  \\nATOM    705  HB3 LYS A  44      36.977  30.500  26.151  1.00  0.74      A    H  \\nATOM    706  CG  LYS A  44      35.501  30.444  24.489  1.00  0.74      A    C  \\nATOM    707  HG2 LYS A  44      35.569  29.368  24.329  1.00  0.74      A    H  \\nATOM    708  HG3 LYS A  44      34.431  30.643  24.435  1.00  0.74      A    H  \\nATOM    709  CD  LYS A  44      36.194  31.231  23.406  1.00  0.74      A    C  \\nATOM    710  HD2 LYS A  44      35.431  31.981  23.200  1.00  0.74      A    H  \\nATOM    711  HD3 LYS A  44      37.126  31.701  23.720  1.00  0.74      A    H  \\nATOM    712  CE  LYS A  44      36.242  30.395  22.153  1.00  0.74      A    C  \\nATOM    713  HE2 LYS A  44      36.918  29.577  22.404  1.00  0.74      A    H  \\nATOM    714  HE3 LYS A  44      35.276  29.943  21.932  1.00  0.74      A    H  \\nATOM    715  NZ  LYS A  44      36.691  31.037  20.903  1.00  0.74      A    N  \\nATOM    716  HZ1 LYS A  44      37.239  30.350  20.406  1.00  0.74      A    H  \\nATOM    717  HZ2 LYS A  44      35.892  31.381  20.390  1.00  0.74      A    H  \\nATOM    718  HZ3 LYS A  44      37.419  31.717  21.074  1.00  0.74      A    H  \\nATOM    719  C   LYS A  44      35.605  30.197  28.369  1.00  0.74      A    C  \\nATOM    720  O   LYS A  44      36.019  29.122  28.843  1.00  0.74      A    O  \\nATOM    721  N   GLU A  45      35.706  31.353  28.974  1.00  0.59      A    N  \\nATOM    722  H   GLU A  45      35.209  32.044  28.431  1.00  0.59      A    H  \\nATOM    723  CA  GLU A  45      36.100  31.570  30.397  1.00  0.59      A    C  \\nATOM    724  HA  GLU A  45      37.141  31.251  30.454  1.00  0.59      A    H  \\nATOM    725  CB  GLU A  45      35.971  33.098  30.723  1.00  0.59      A    C  \\nATOM    726  HB2 GLU A  45      36.642  33.638  30.054  1.00  0.59      A    H  \\nATOM    727  HB3 GLU A  45      34.950  33.478  30.678  1.00  0.59      A    H  \\nATOM    728  CG  GLU A  45      36.422  33.379  32.190  1.00  0.59      A    C  \\nATOM    729  HG2 GLU A  45      35.833  32.698  32.804  1.00  0.59      A    H  \\nATOM    730  HG3 GLU A  45      37.488  33.161  32.256  1.00  0.59      A    H  \\nATOM    731  CD  GLU A  45      36.345  34.879  32.561  1.00  0.59      A    C  \\nATOM    732  OE1 GLU A  45      36.477  35.110  33.779  1.00  0.59      A    O  \\nATOM    733  OE2 GLU A  45      36.282  35.770  31.698  1.00  0.59      A    O  \\nATOM    734  C   GLU A  45      35.233  30.724  31.343  1.00  0.59      A    C  \\nATOM    735  O   GLU A  45      35.732  30.028  32.224  1.00  0.59      A    O  \\nATOM    736  N   ALA A  46      33.855  30.801  31.289  1.00  0.64      A    N  \\nATOM    737  H   ALA A  46      33.405  31.544  30.773  1.00  0.64      A    H  \\nATOM    738  CA  ALA A  46      33.024  29.847  31.961  1.00  0.64      A    C  \\nATOM    739  HA  ALA A  46      33.236  29.837  33.031  1.00  0.64      A    H  \\nATOM    740  CB  ALA A  46      31.550  30.211  31.610  1.00  0.64      A    C  \\nATOM    741  HB1 ALA A  46      31.364  30.557  30.594  1.00  0.64      A    H  \\nATOM    742  HB2 ALA A  46      30.895  29.353  31.763  1.00  0.64      A    H  \\nATOM    743  HB3 ALA A  46      31.211  31.067  32.194  1.00  0.64      A    H  \\nATOM    744  C   ALA A  46      33.335  28.331  31.645  1.00  0.64      A    C  \\nATOM    745  O   ALA A  46      33.279  27.526  32.564  1.00  0.64      A    O  \\nATOM    746  N   ALA A  47      33.551  28.035  30.330  1.00  0.71      A    N  \\nATOM    747  H   ALA A  47      33.404  28.690  29.575  1.00  0.71      A    H  \\nATOM    748  CA  ALA A  47      33.834  26.630  30.008  1.00  0.71      A    C  \\nATOM    749  HA  ALA A  47      32.965  26.210  30.515  1.00  0.71      A    H  \\nATOM    750  CB  ALA A  47      33.818  26.315  28.601  1.00  0.71      A    C  \\nATOM    751  HB1 ALA A  47      34.554  26.926  28.079  1.00  0.71      A    H  \\nATOM    752  HB2 ALA A  47      34.023  25.257  28.435  1.00  0.71      A    H  \\nATOM    753  HB3 ALA A  47      32.903  26.661  28.120  1.00  0.71      A    H  \\nATOM    754  C   ALA A  47      35.148  26.130  30.643  1.00  0.71      A    C  \\nATOM    755  O   ALA A  47      34.987  25.091  31.254  1.00  0.71      A    O  \\nATOM    756  N   VAL A  48      36.174  26.924  30.682  1.00  0.61      A    N  \\nATOM    757  H   VAL A  48      36.128  27.851  30.285  1.00  0.61      A    H  \\nATOM    758  CA  VAL A  48      37.483  26.599  31.454  1.00  0.61      A    C  \\nATOM    759  HA  VAL A  48      37.919  25.642  31.165  1.00  0.61      A    H  \\nATOM    760  CB  VAL A  48      38.441  27.773  31.217  1.00  0.61      A    C  \\nATOM    761  HB  VAL A  48      37.943  28.742  31.233  1.00  0.61      A    H  \\nATOM    762  CG1 VAL A  48      39.542  27.859  32.281  1.00  0.61      A    C  \\nATOM    763 HG11 VAL A  48      40.328  28.539  31.954  1.00  0.61      A    H  \\nATOM    764 HG12 VAL A  48      39.156  28.154  33.256  1.00  0.61      A    H  \\nATOM    765 HG13 VAL A  48      39.882  26.827  32.370  1.00  0.61      A    H  \\nATOM    766  CG2 VAL A  48      39.163  27.830  29.804  1.00  0.61      A    C  \\nATOM    767 HG21 VAL A  48      38.376  27.707  29.060  1.00  0.61      A    H  \\nATOM    768 HG22 VAL A  48      39.635  28.800  29.647  1.00  0.61      A    H  \\nATOM    769 HG23 VAL A  48      39.914  27.053  29.661  1.00  0.61      A    H  \\nATOM    770  C   VAL A  48      37.137  26.476  32.971  1.00  0.61      A    C  \\nATOM    771  O   VAL A  48      37.529  25.543  33.603  1.00  0.61      A    O  \\nATOM    772  N   MET A  49      36.300  27.340  33.512  1.00  0.63      A    N  \\nATOM    773  H   MET A  49      35.982  28.155  33.008  1.00  0.63      A    H  \\nATOM    774  CA  MET A  49      35.852  27.212  34.899  1.00  0.63      A    C  \\nATOM    775  HA  MET A  49      36.749  26.990  35.477  1.00  0.63      A    H  \\nATOM    776  CB  MET A  49      35.307  28.556  35.490  1.00  0.63      A    C  \\nATOM    777  HB2 MET A  49      34.490  28.751  34.795  1.00  0.63      A    H  \\nATOM    778  HB3 MET A  49      34.953  28.544  36.520  1.00  0.63      A    H  \\nATOM    779  CG  MET A  49      36.272  29.706  35.539  1.00  0.63      A    C  \\nATOM    780  HG2 MET A  49      37.211  29.454  36.032  1.00  0.63      A    H  \\nATOM    781  HG3 MET A  49      36.444  30.091  34.534  1.00  0.63      A    H  \\nATOM    782  SD  MET A  49      35.499  30.988  36.566  1.00  0.63      A    S  \\nATOM    783  CE  MET A  49      35.768  30.335  38.203  1.00  0.63      A    C  \\nATOM    784  HE1 MET A  49      36.525  29.561  38.075  1.00  0.63      A    H  \\nATOM    785  HE2 MET A  49      36.119  31.070  38.927  1.00  0.63      A    H  \\nATOM    786  HE3 MET A  49      34.940  29.770  38.632  1.00  0.63      A    H  \\nATOM    787  C   MET A  49      35.002  25.958  35.170  1.00  0.63      A    C  \\nATOM    788  O   MET A  49      35.311  25.308  36.167  1.00  0.63      A    O  \\nATOM    789  N   LYS A  50      34.097  25.554  34.302  1.00  0.78      A    N  \\nATOM    790  H   LYS A  50      33.859  26.069  33.466  1.00  0.78      A    H  \\nATOM    791  CA  LYS A  50      33.483  24.210  34.477  1.00  0.78      A    C  \\nATOM    792  HA  LYS A  50      33.246  24.104  35.536  1.00  0.78      A    H  \\nATOM    793  CB  LYS A  50      32.214  24.157  33.616  1.00  0.78      A    C  \\nATOM    794  HB2 LYS A  50      31.529  24.922  33.981  1.00  0.78      A    H  \\nATOM    795  HB3 LYS A  50      32.514  24.391  32.595  1.00  0.78      A    H  \\nATOM    796  CG  LYS A  50      31.481  22.836  33.702  1.00  0.78      A    C  \\nATOM    797  HG2 LYS A  50      32.117  22.034  33.327  1.00  0.78      A    H  \\nATOM    798  HG3 LYS A  50      31.130  22.580  34.702  1.00  0.78      A    H  \\nATOM    799  CD  LYS A  50      30.282  22.791  32.759  1.00  0.78      A    C  \\nATOM    800  HD2 LYS A  50      29.550  23.555  33.019  1.00  0.78      A    H  \\nATOM    801  HD3 LYS A  50      30.588  23.025  31.739  1.00  0.78      A    H  \\nATOM    802  CE  LYS A  50      29.743  21.291  32.762  1.00  0.78      A    C  \\nATOM    803  HE2 LYS A  50      30.502  20.575  32.449  1.00  0.78      A    H  \\nATOM    804  HE3 LYS A  50      29.386  21.083  33.770  1.00  0.78      A    H  \\nATOM    805  NZ  LYS A  50      28.531  21.367  31.919  1.00  0.78      A    N  \\nATOM    806  HZ1 LYS A  50      27.984  20.531  32.066  1.00  0.78      A    H  \\nATOM    807  HZ2 LYS A  50      27.963  22.165  32.165  1.00  0.78      A    H  \\nATOM    808  HZ3 LYS A  50      28.765  21.300  30.939  1.00  0.78      A    H  \\nATOM    809  C   LYS A  50      34.429  23.035  34.281  1.00  0.78      A    C  \\nATOM    810  O   LYS A  50      34.291  21.998  34.969  1.00  0.78      A    O  \\nATOM    811  N   GLU A  51      35.358  23.091  33.330  1.00  0.68      A    N  \\nATOM    812  H   GLU A  51      35.285  23.957  32.815  1.00  0.68      A    H  \\nATOM    813  CA  GLU A  51      36.406  22.038  33.080  1.00  0.68      A    C  \\nATOM    814  HA  GLU A  51      35.853  21.106  32.962  1.00  0.68      A    H  \\nATOM    815  CB  GLU A  51      37.305  22.371  31.833  1.00  0.68      A    C  \\nATOM    816  HB2 GLU A  51      37.669  23.397  31.882  1.00  0.68      A    H  \\nATOM    817  HB3 GLU A  51      38.119  21.660  31.693  1.00  0.68      A    H  \\nATOM    818  CG  GLU A  51      36.766  22.307  30.438  1.00  0.68      A    C  \\nATOM    819  HG2 GLU A  51      36.214  23.233  30.277  1.00  0.68      A    H  \\nATOM    820  HG3 GLU A  51      37.541  22.327  29.671  1.00  0.68      A    H  \\nATOM    821  CD  GLU A  51      35.832  21.082  30.334  1.00  0.68      A    C  \\nATOM    822  OE1 GLU A  51      34.665  21.268  29.862  1.00  0.68      A    O  \\nATOM    823  OE2 GLU A  51      36.420  19.979  30.510  1.00  0.68      A    O  \\nATOM    824  C   GLU A  51      37.357  21.795  34.261  1.00  0.68      A    C  \\nATOM    825  O   GLU A  51      37.827  20.675  34.430  1.00  0.68      A    O  \\nATOM    826  N   ILE A  52      37.517  22.801  35.125  1.00  0.64      A    N  \\nATOM    827  H   ILE A  52      37.128  23.717  34.952  1.00  0.64      A    H  \\nATOM    828  CA  ILE A  52      38.305  22.703  36.364  1.00  0.64      A    C  \\nATOM    829  HA  ILE A  52      39.092  21.960  36.236  1.00  0.64      A    H  \\nATOM    830  CB  ILE A  52      39.039  24.071  36.636  1.00  0.64      A    C  \\nATOM    831  HB  ILE A  52      38.325  24.878  36.472  1.00  0.64      A    H  \\nATOM    832  CG2 ILE A  52      39.585  24.081  38.033  1.00  0.64      A    C  \\nATOM    833 HG21 ILE A  52      40.278  24.921  38.069  1.00  0.64      A    H  \\nATOM    834 HG22 ILE A  52      38.790  24.313  38.741  1.00  0.64      A    H  \\nATOM    835 HG23 ILE A  52      40.221  23.229  38.274  1.00  0.64      A    H  \\nATOM    836  CG1 ILE A  52      40.058  24.396  35.496  1.00  0.64      A    C  \\nATOM    837 HG12 ILE A  52      40.933  23.765  35.652  1.00  0.64      A    H  \\nATOM    838 HG13 ILE A  52      39.585  24.030  34.585  1.00  0.64      A    H  \\nATOM    839  CD1 ILE A  52      40.493  25.873  35.174  1.00  0.64      A    C  \\nATOM    840 HD11 ILE A  52      39.666  26.578  35.090  1.00  0.64      A    H  \\nATOM    841 HD12 ILE A  52      41.204  26.138  35.957  1.00  0.64      A    H  \\nATOM    842 HD13 ILE A  52      41.091  25.845  34.264  1.00  0.64      A    H  \\nATOM    843  C   ILE A  52      37.548  22.295  37.652  1.00  0.64      A    C  \\nATOM    844  O   ILE A  52      36.596  22.999  38.024  1.00  0.64      A    O  \\nATOM    845  N   LYS A  53      37.979  21.253  38.414  1.00  0.71      A    N  \\nATOM    846  H   LYS A  53      38.818  20.760  38.143  1.00  0.71      A    H  \\nATOM    847  CA  LYS A  53      37.705  21.119  39.884  1.00  0.71      A    C  \\nATOM    848  HA  LYS A  53      37.348  22.105  40.181  1.00  0.71      A    H  \\nATOM    849  CB  LYS A  53      36.624  20.049  40.186  1.00  0.71      A    C  \\nATOM    850  HB2 LYS A  53      36.857  19.071  39.767  1.00  0.71      A    H  \\nATOM    851  HB3 LYS A  53      36.632  19.856  41.259  1.00  0.71      A    H  \\nATOM    852  CG  LYS A  53      35.127  20.352  39.760  1.00  0.71      A    C  \\nATOM    853  HG2 LYS A  53      34.456  19.678  40.292  1.00  0.71      A    H  \\nATOM    854  HG3 LYS A  53      34.853  21.370  40.035  1.00  0.71      A    H  \\nATOM    855  CD  LYS A  53      34.828  20.172  38.259  1.00  0.71      A    C  \\nATOM    856  HD2 LYS A  53      35.418  20.864  37.658  1.00  0.71      A    H  \\nATOM    857  HD3 LYS A  53      35.142  19.141  38.096  1.00  0.71      A    H  \\nATOM    858  CE  LYS A  53      33.300  20.245  38.085  1.00  0.71      A    C  \\nATOM    859  HE2 LYS A  53      32.863  19.332  38.491  1.00  0.71      A    H  \\nATOM    860  HE3 LYS A  53      33.028  21.183  38.569  1.00  0.71      A    H  \\nATOM    861  NZ  LYS A  53      32.860  20.311  36.681  1.00  0.71      A    N  \\nATOM    862  HZ1 LYS A  53      33.243  19.526  36.174  1.00  0.71      A    H  \\nATOM    863  HZ2 LYS A  53      31.855  20.408  36.640  1.00  0.71      A    H  \\nATOM    864  HZ3 LYS A  53      33.165  21.145  36.200  1.00  0.71      A    H  \\nATOM    865  C   LYS A  53      38.970  20.747  40.746  1.00  0.71      A    C  \\nATOM    866  O   LYS A  53      39.539  19.624  40.653  1.00  0.71      A    O  \\nATOM    867  N   HIS A  54      39.448  21.708  41.553  1.00  0.58      A    N  \\nATOM    868  H   HIS A  54      38.944  22.584  41.562  1.00  0.58      A    H  \\nATOM    869  CA  HIS A  54      40.703  21.650  42.342  1.00  0.58      A    C  \\nATOM    870  HA  HIS A  54      40.707  20.628  42.721  1.00  0.58      A    H  \\nATOM    871  CB  HIS A  54      41.934  21.688  41.482  1.00  0.58      A    C  \\nATOM    872  HB2 HIS A  54      41.936  20.817  40.827  1.00  0.58      A    H  \\nATOM    873  HB3 HIS A  54      41.911  22.583  40.859  1.00  0.58      A    H  \\nATOM    874  CG  HIS A  54      43.222  21.761  42.254  1.00  0.58      A    C  \\nATOM    875  ND1 HIS A  54      43.721  22.868  42.913  1.00  0.58      A    N  \\nATOM    876  CE1 HIS A  54      44.870  22.528  43.414  1.00  0.58      A    C  \\nATOM    877  HE1 HIS A  54      45.437  23.266  43.961  1.00  0.58      A    H  \\nATOM    878  NE2 HIS A  54      45.136  21.230  43.217  1.00  0.58      A    N  \\nATOM    879  HE2 HIS A  54      45.917  20.704  43.581  1.00  0.58      A    H  \\nATOM    880  CD2 HIS A  54      44.059  20.714  42.447  1.00  0.58      A    C  \\nATOM    881  HD2 HIS A  54      44.017  19.745  41.973  1.00  0.58      A    H  \\nATOM    882  C   HIS A  54      40.699  22.589  43.482  1.00  0.58      A    C  \\nATOM    883  O   HIS A  54      40.147  23.733  43.394  1.00  0.58      A    O  \\nATOM    884  N   PRO A  55      41.226  22.188  44.655  1.00  0.61      A    N  \\nATOM    885  CD  PRO A  55      41.509  20.828  45.120  1.00  0.61      A    C  \\nATOM    886  HD2 PRO A  55      42.220  20.460  44.380  1.00  0.61      A    H  \\nATOM    887  HD3 PRO A  55      40.639  20.179  45.018  1.00  0.61      A    H  \\nATOM    888  CG  PRO A  55      42.076  20.908  46.532  1.00  0.61      A    C  \\nATOM    889  HG2 PRO A  55      43.151  20.986  46.694  1.00  0.61      A    H  \\nATOM    890  HG3 PRO A  55      41.738  19.962  46.955  1.00  0.61      A    H  \\nATOM    891  CB  PRO A  55      41.314  22.109  47.045  1.00  0.61      A    C  \\nATOM    892  HB2 PRO A  55      41.830  22.667  47.826  1.00  0.61      A    H  \\nATOM    893  HB3 PRO A  55      40.388  21.681  47.431  1.00  0.61      A    H  \\nATOM    894  CA  PRO A  55      40.945  23.029  45.878  1.00  0.61      A    C  \\nATOM    895  HA  PRO A  55      39.866  23.168  45.935  1.00  0.61      A    H  \\nATOM    896  C   PRO A  55      41.675  24.327  46.033  1.00  0.61      A    C  \\nATOM    897  O   PRO A  55      41.262  25.264  46.744  1.00  0.61      A    O  \\nATOM    898  N   ASN A  56      42.822  24.542  45.308  1.00  0.49      A    N  \\nATOM    899  H   ASN A  56      42.981  23.819  44.621  1.00  0.49      A    H  \\nATOM    900  CA  ASN A  56      43.469  25.882  45.164  1.00  0.49      A    C  \\nATOM    901  HA  ASN A  56      43.120  26.550  45.951  1.00  0.49      A    H  \\nATOM    902  CB  ASN A  56      45.016  25.722  45.458  1.00  0.49      A    C  \\nATOM    903  HB2 ASN A  56      45.545  25.118  44.721  1.00  0.49      A    H  \\nATOM    904  HB3 ASN A  56      45.408  26.736  45.379  1.00  0.49      A    H  \\nATOM    905  CG  ASN A  56      45.237  25.185  46.859  1.00  0.49      A    C  \\nATOM    906  OD1 ASN A  56      45.765  24.133  47.051  1.00  0.49      A    O  \\nATOM    907  ND2 ASN A  56      44.796  25.817  47.909  1.00  0.49      A    N  \\nATOM    908 HD21 ASN A  56      44.948  25.424  48.827  1.00  0.49      A    H  \\nATOM    909 HD22 ASN A  56      44.312  26.695  47.790  1.00  0.49      A    H  \\nATOM    910  C   ASN A  56      43.178  26.675  43.867  1.00  0.49      A    C  \\nATOM    911  O   ASN A  56      43.843  27.636  43.544  1.00  0.49      A    O  \\nATOM    912  N   LEU A  57      42.111  26.287  43.213  1.00  0.41      A    N  \\nATOM    913  H   LEU A  57      41.566  25.503  43.545  1.00  0.41      A    H  \\nATOM    914  CA  LEU A  57      41.473  27.032  42.147  1.00  0.41      A    C  \\nATOM    915  HA  LEU A  57      42.086  27.913  41.955  1.00  0.41      A    H  \\nATOM    916  CB  LEU A  57      41.576  26.159  40.880  1.00  0.41      A    C  \\nATOM    917  HB2 LEU A  57      41.317  25.155  41.216  1.00  0.41      A    H  \\nATOM    918  HB3 LEU A  57      40.826  26.382  40.121  1.00  0.41      A    H  \\nATOM    919  CG  LEU A  57      42.935  26.377  40.254  1.00  0.41      A    C  \\nATOM    920  HG  LEU A  57      43.620  26.664  41.053  1.00  0.41      A    H  \\nATOM    921  CD1 LEU A  57      43.352  25.002  39.687  1.00  0.41      A    C  \\nATOM    922 HD11 LEU A  57      42.486  24.570  39.185  1.00  0.41      A    H  \\nATOM    923 HD12 LEU A  57      44.264  25.069  39.095  1.00  0.41      A    H  \\nATOM    924 HD13 LEU A  57      43.611  24.355  40.525  1.00  0.41      A    H  \\nATOM    925  CD2 LEU A  57      42.994  27.402  39.109  1.00  0.41      A    C  \\nATOM    926 HD21 LEU A  57      42.598  28.355  39.459  1.00  0.41      A    H  \\nATOM    927 HD22 LEU A  57      44.056  27.394  38.862  1.00  0.41      A    H  \\nATOM    928 HD23 LEU A  57      42.369  27.083  38.276  1.00  0.41      A    H  \\nATOM    929  C   LEU A  57      40.028  27.276  42.570  1.00  0.41      A    C  \\nATOM    930  O   LEU A  57      39.385  26.431  43.138  1.00  0.41      A    O  \\nATOM    931  N   VAL A  58      39.677  28.568  42.393  1.00  0.49      A    N  \\nATOM    932  H   VAL A  58      40.333  29.157  41.899  1.00  0.49      A    H  \\nATOM    933  CA  VAL A  58      38.391  29.129  42.673  1.00  0.49      A    C  \\nATOM    934  HA  VAL A  58      38.186  28.877  43.713  1.00  0.49      A    H  \\nATOM    935  CB  VAL A  58      38.414  30.660  42.405  1.00  0.49      A    C  \\nATOM    936  HB  VAL A  58      38.881  30.734  41.423  1.00  0.49      A    H  \\nATOM    937  CG1 VAL A  58      37.027  31.280  42.249  1.00  0.49      A    C  \\nATOM    938 HG11 VAL A  58      36.517  31.379  43.208  1.00  0.49      A    H  \\nATOM    939 HG12 VAL A  58      37.086  32.321  41.931  1.00  0.49      A    H  \\nATOM    940 HG13 VAL A  58      36.480  30.693  41.512  1.00  0.49      A    H  \\nATOM    941  CG2 VAL A  58      39.280  31.513  43.364  1.00  0.49      A    C  \\nATOM    942 HG21 VAL A  58      40.320  31.186  43.355  1.00  0.49      A    H  \\nATOM    943 HG22 VAL A  58      39.213  32.555  43.054  1.00  0.49      A    H  \\nATOM    944 HG23 VAL A  58      38.856  31.488  44.368  1.00  0.49      A    H  \\nATOM    945  C   VAL A  58      37.327  28.352  41.947  1.00  0.49      A    C  \\nATOM    946  O   VAL A  58      37.376  28.245  40.747  1.00  0.49      A    O  \\nATOM    947  N   GLN A  59      36.317  27.876  42.675  1.00  0.62      A    N  \\nATOM    948  H   GLN A  59      36.381  27.965  43.680  1.00  0.62      A    H  \\nATOM    949  CA  GLN A  59      35.161  27.021  42.141  1.00  0.62      A    C  \\nATOM    950  HA  GLN A  59      35.551  26.347  41.378  1.00  0.62      A    H  \\nATOM    951  CB  GLN A  59      34.448  26.255  43.313  1.00  0.62      A    C  \\nATOM    952  HB2 GLN A  59      35.045  25.353  43.440  1.00  0.62      A    H  \\nATOM    953  HB3 GLN A  59      34.527  26.911  44.180  1.00  0.62      A    H  \\nATOM    954  CG  GLN A  59      32.975  25.668  43.097  1.00  0.62      A    C  \\nATOM    955  HG2 GLN A  59      32.671  25.224  44.045  1.00  0.62      A    H  \\nATOM    956  HG3 GLN A  59      32.269  26.454  42.828  1.00  0.62      A    H  \\nATOM    957  CD  GLN A  59      32.932  24.577  42.010  1.00  0.62      A    C  \\nATOM    958  OE1 GLN A  59      33.825  24.394  41.180  1.00  0.62      A    O  \\nATOM    959  NE2 GLN A  59      31.970  23.627  42.018  1.00  0.62      A    N  \\nATOM    960 HE21 GLN A  59      31.876  22.997  41.235  1.00  0.62      A    H  \\nATOM    961 HE22 GLN A  59      31.305  23.725  42.772  1.00  0.62      A    H  \\nATOM    962  C   GLN A  59      34.079  27.862  41.500  1.00  0.62      A    C  \\nATOM    963  O   GLN A  59      33.569  28.782  42.095  1.00  0.62      A    O  \\nATOM    964  N   LEU A  60      33.540  27.456  40.325  1.00  0.61      A    N  \\nATOM    965  H   LEU A  60      33.952  26.666  39.849  1.00  0.61      A    H  \\nATOM    966  CA  LEU A  60      32.275  27.977  39.725  1.00  0.61      A    C  \\nATOM    967  HA  LEU A  60      32.310  29.066  39.761  1.00  0.61      A    H  \\nATOM    968  CB  LEU A  60      32.300  27.524  38.254  1.00  0.61      A    C  \\nATOM    969  HB2 LEU A  60      33.281  27.733  37.828  1.00  0.61      A    H  \\nATOM    970  HB3 LEU A  60      32.178  26.441  38.276  1.00  0.61      A    H  \\nATOM    971  CG  LEU A  60      31.196  28.048  37.399  1.00  0.61      A    C  \\nATOM    972  HG  LEU A  60      30.236  27.771  37.835  1.00  0.61      A    H  \\nATOM    973  CD1 LEU A  60      31.360  29.579  37.005  1.00  0.61      A    C  \\nATOM    974 HD11 LEU A  60      32.420  29.792  36.866  1.00  0.61      A    H  \\nATOM    975 HD12 LEU A  60      30.800  29.857  36.112  1.00  0.61      A    H  \\nATOM    976 HD13 LEU A  60      31.118  30.274  37.809  1.00  0.61      A    H  \\nATOM    977  CD2 LEU A  60      31.213  27.364  36.051  1.00  0.61      A    C  \\nATOM    978 HD21 LEU A  60      31.114  26.290  36.209  1.00  0.61      A    H  \\nATOM    979 HD22 LEU A  60      30.288  27.577  35.515  1.00  0.61      A    H  \\nATOM    980 HD23 LEU A  60      32.125  27.556  35.487  1.00  0.61      A    H  \\nATOM    981  C   LEU A  60      31.024  27.460  40.421  1.00  0.61      A    C  \\nATOM    982  O   LEU A  60      30.717  26.225  40.372  1.00  0.61      A    O  \\nATOM    983  N   LEU A  61      30.276  28.289  41.113  1.00  0.63      A    N  \\nATOM    984  H   LEU A  61      30.640  29.231  41.108  1.00  0.63      A    H  \\nATOM    985  CA  LEU A  61      29.058  28.004  41.752  1.00  0.63      A    C  \\nATOM    986  HA  LEU A  61      29.045  27.006  42.189  1.00  0.63      A    H  \\nATOM    987  CB  LEU A  61      28.813  29.029  42.798  1.00  0.63      A    C  \\nATOM    988  HB2 LEU A  61      28.964  30.002  42.332  1.00  0.63      A    H  \\nATOM    989  HB3 LEU A  61      27.774  28.851  43.078  1.00  0.63      A    H  \\nATOM    990  CG  LEU A  61      29.796  28.885  43.988  1.00  0.63      A    C  \\nATOM    991  HG  LEU A  61      30.789  28.962  43.545  1.00  0.63      A    H  \\nATOM    992  CD1 LEU A  61      29.620  30.169  44.788  1.00  0.63      A    C  \\nATOM    993 HD11 LEU A  61      28.574  30.264  45.078  1.00  0.63      A    H  \\nATOM    994 HD12 LEU A  61      30.250  30.087  45.674  1.00  0.63      A    H  \\nATOM    995 HD13 LEU A  61      29.980  31.053  44.262  1.00  0.63      A    H  \\nATOM    996  CD2 LEU A  61      29.683  27.614  44.900  1.00  0.63      A    C  \\nATOM    997 HD21 LEU A  61      30.370  27.729  45.738  1.00  0.63      A    H  \\nATOM    998 HD22 LEU A  61      28.666  27.428  45.245  1.00  0.63      A    H  \\nATOM    999 HD23 LEU A  61      30.021  26.741  44.341  1.00  0.63      A    H  \\nATOM   1000  C   LEU A  61      27.816  28.098  40.819  1.00  0.63      A    C  \\nATOM   1001  O   LEU A  61      26.779  27.456  41.016  1.00  0.63      A    O  \\nATOM   1002  N   GLY A  62      27.849  28.886  39.770  1.00  0.66      A    N  \\nATOM   1003  H   GLY A  62      28.670  29.439  39.566  1.00  0.66      A    H  \\nATOM   1004  CA  GLY A  62      26.766  28.979  38.700  1.00  0.66      A    C  \\nATOM   1005  HA2 GLY A  62      26.582  28.018  38.219  1.00  0.66      A    H  \\nATOM   1006  HA3 GLY A  62      25.786  29.114  39.157  1.00  0.66      A    H  \\nATOM   1007  C   GLY A  62      26.974  30.099  37.617  1.00  0.66      A    C  \\nATOM   1008  O   GLY A  62      27.867  30.911  37.731  1.00  0.66      A    O  \\nATOM   1009  N   VAL A  63      26.140  30.051  36.521  1.00  0.67      A    N  \\nATOM   1010  H   VAL A  63      25.574  29.231  36.360  1.00  0.67      A    H  \\nATOM   1011  CA  VAL A  63      26.149  31.048  35.455  1.00  0.67      A    C  \\nATOM   1012  HA  VAL A  63      26.636  31.925  35.880  1.00  0.67      A    H  \\nATOM   1013  CB  VAL A  63      26.997  30.535  34.291  1.00  0.67      A    C  \\nATOM   1014  HB  VAL A  63      26.669  29.499  34.211  1.00  0.67      A    H  \\nATOM   1015  CG1 VAL A  63      26.804  31.106  32.924  1.00  0.67      A    C  \\nATOM   1016 HG11 VAL A  63      27.494  30.662  32.206  1.00  0.67      A    H  \\nATOM   1017 HG12 VAL A  63      25.806  31.047  32.491  1.00  0.67      A    H  \\nATOM   1018 HG13 VAL A  63      27.049  32.167  32.859  1.00  0.67      A    H  \\nATOM   1019  CG2 VAL A  63      28.482  30.623  34.657  1.00  0.67      A    C  \\nATOM   1020 HG21 VAL A  63      28.780  30.026  35.519  1.00  0.67      A    H  \\nATOM   1021 HG22 VAL A  63      29.093  30.365  33.792  1.00  0.67      A    H  \\nATOM   1022 HG23 VAL A  63      28.722  31.627  35.008  1.00  0.67      A    H  \\nATOM   1023  C   VAL A  63      24.722  31.527  35.195  1.00  0.67      A    C  \\nATOM   1024  O   VAL A  63      23.738  30.789  35.366  1.00  0.67      A    O  \\nATOM   1025  N   CYS A  64      24.583  32.795  34.753  1.00  0.88      A    N  \\nATOM   1026  H   CYS A  64      25.437  33.328  34.830  1.00  0.88      A    H  \\nATOM   1027  CA  CYS A  64      23.387  33.421  34.225  1.00  0.88      A    C  \\nATOM   1028  HA  CYS A  64      22.624  32.655  34.092  1.00  0.88      A    H  \\nATOM   1029  CB  CYS A  64      22.839  34.420  35.224  1.00  0.88      A    C  \\nATOM   1030  HB2 CYS A  64      23.497  35.281  35.102  1.00  0.88      A    H  \\nATOM   1031  HB3 CYS A  64      21.864  34.715  34.836  1.00  0.88      A    H  \\nATOM   1032  SG  CYS A  64      22.810  33.858  36.977  1.00  0.88      A    S  \\nATOM   1033  HG  CYS A  64      22.195  32.697  36.736  1.00  0.88      A    H  \\nATOM   1034  C   CYS A  64      23.638  34.042  32.817  1.00  0.88      A    C  \\nATOM   1035  O   CYS A  64      24.600  34.767  32.711  1.00  0.88      A    O  \\nATOM   1036  N   THR A  65      22.895  33.665  31.763  1.00  1.21      A    N  \\nATOM   1037  H   THR A  65      22.248  32.899  31.883  1.00  1.21      A    H  \\nATOM   1038  CA  THR A  65      23.045  34.122  30.402  1.00  1.21      A    C  \\nATOM   1039  HA  THR A  65      23.453  35.133  30.394  1.00  1.21      A    H  \\nATOM   1040  CB  THR A  65      23.764  33.132  29.527  1.00  1.21      A    C  \\nATOM   1041  HB  THR A  65      23.785  33.387  28.468  1.00  1.21      A    H  \\nATOM   1042  CG2 THR A  65      25.232  33.098  29.933  1.00  1.21      A    C  \\nATOM   1043 HG21 THR A  65      25.565  34.135  29.887  1.00  1.21      A    H  \\nATOM   1044 HG22 THR A  65      25.406  32.773  30.959  1.00  1.21      A    H  \\nATOM   1045 HG23 THR A  65      25.769  32.517  29.183  1.00  1.21      A    H  \\nATOM   1046  OG1 THR A  65      23.240  31.800  29.540  1.00  1.21      A    O  \\nATOM   1047  HG1 THR A  65      23.614  31.326  28.794  1.00  1.21      A    H  \\nATOM   1048  C   THR A  65      21.713  34.405  29.702  1.00  1.21      A    C  \\nATOM   1049  O   THR A  65      21.656  35.189  28.733  1.00  1.21      A    O  \\nATOM   1050  N   ARG A  66      20.552  33.877  30.168  1.00  1.75      A    N  \\nATOM   1051  H   ARG A  66      20.512  33.214  30.929  1.00  1.75      A    H  \\nATOM   1052  CA  ARG A  66      19.185  34.143  29.569  1.00  1.75      A    C  \\nATOM   1053  HA  ARG A  66      19.178  33.837  28.522  1.00  1.75      A    H  \\nATOM   1054  CB  ARG A  66      18.123  33.421  30.285  1.00  1.75      A    C  \\nATOM   1055  HB2 ARG A  66      18.415  33.260  31.323  1.00  1.75      A    H  \\nATOM   1056  HB3 ARG A  66      17.248  34.071  30.254  1.00  1.75      A    H  \\nATOM   1057  CG  ARG A  66      17.972  32.059  29.651  1.00  1.75      A    C  \\nATOM   1058  HG2 ARG A  66      17.635  32.203  28.624  1.00  1.75      A    H  \\nATOM   1059  HG3 ARG A  66      18.873  31.447  29.627  1.00  1.75      A    H  \\nATOM   1060  CD  ARG A  66      16.864  31.312  30.495  1.00  1.75      A    C  \\nATOM   1061  HD2 ARG A  66      17.130  31.422  31.547  1.00  1.75      A    H  \\nATOM   1062  HD3 ARG A  66      15.958  31.885  30.299  1.00  1.75      A    H  \\nATOM   1063  NE  ARG A  66      16.803  29.902  30.116  1.00  1.75      A    N  \\nATOM   1064  HE  ARG A  66      17.687  29.423  30.024  1.00  1.75      A    H  \\nATOM   1065  CZ  ARG A  66      15.688  29.221  29.967  1.00  1.75      A    C  \\nATOM   1066  NH1 ARG A  66      14.476  29.661  30.167  1.00  1.75      A    N  \\nATOM   1067 HH11 ARG A  66      14.372  30.610  30.497  1.00  1.75      A    H  \\nATOM   1068 HH12 ARG A  66      13.663  29.085  30.002  1.00  1.75      A    H  \\nATOM   1069  NH2 ARG A  66      15.701  27.979  29.629  1.00  1.75      A    N  \\nATOM   1070 HH21 ARG A  66      16.528  27.739  29.100  1.00  1.75      A    H  \\nATOM   1071 HH22 ARG A  66      14.829  27.495  29.472  1.00  1.75      A    H  \\nATOM   1072  C   ARG A  66      18.848  35.650  29.443  1.00  1.75      A    C  \\nATOM   1073  O   ARG A  66      18.407  36.082  28.384  1.00  1.75      A    O  \\nATOM   1074  N   GLU A  67      19.172  36.346  30.550  1.00  1.91      A    N  \\nATOM   1075  H   GLU A  67      19.535  35.857  31.356  1.00  1.91      A    H  \\nATOM   1076  CA  GLU A  67      18.770  37.781  30.735  1.00  1.91      A    C  \\nATOM   1077  HA  GLU A  67      18.315  38.125  29.806  1.00  1.91      A    H  \\nATOM   1078  CB  GLU A  67      17.694  37.899  31.900  1.00  1.91      A    C  \\nATOM   1079  HB2 GLU A  67      18.138  37.661  32.867  1.00  1.91      A    H  \\nATOM   1080  HB3 GLU A  67      17.379  38.937  32.005  1.00  1.91      A    H  \\nATOM   1081  CG  GLU A  67      16.535  36.953  31.750  1.00  1.91      A    C  \\nATOM   1082  HG2 GLU A  67      16.801  35.960  31.388  1.00  1.91      A    H  \\nATOM   1083  HG3 GLU A  67      16.062  36.841  32.725  1.00  1.91      A    H  \\nATOM   1084  CD  GLU A  67      15.564  37.490  30.721  1.00  1.91      A    C  \\nATOM   1085  OE1 GLU A  67      15.657  38.600  30.213  1.00  1.91      A    O  \\nATOM   1086  OE2 GLU A  67      14.637  36.677  30.479  1.00  1.91      A    O  \\nATOM   1087  C   GLU A  67      20.040  38.550  31.100  1.00  1.91      A    C  \\nATOM   1088  O   GLU A  67      20.865  38.022  31.791  1.00  1.91      A    O  \\nATOM   1089  N   PRO A  68      20.182  39.809  30.616  1.00  1.70      A    N  \\nATOM   1090  CD  PRO A  68      19.544  40.227  29.371  1.00  1.70      A    C  \\nATOM   1091  HD2 PRO A  68      18.457  40.233  29.446  1.00  1.70      A    H  \\nATOM   1092  HD3 PRO A  68      19.815  39.600  28.521  1.00  1.70      A    H  \\nATOM   1093  CG  PRO A  68      20.164  41.584  29.026  1.00  1.70      A    C  \\nATOM   1094  HG2 PRO A  68      19.639  42.343  29.606  1.00  1.70      A    H  \\nATOM   1095  HG3 PRO A  68      20.225  41.770  27.953  1.00  1.70      A    H  \\nATOM   1096  CB  PRO A  68      21.548  41.480  29.534  1.00  1.70      A    C  \\nATOM   1097  HB2 PRO A  68      22.022  42.461  29.537  1.00  1.70      A    H  \\nATOM   1098  HB3 PRO A  68      22.132  40.802  28.912  1.00  1.70      A    H  \\nATOM   1099  CA  PRO A  68      21.301  40.739  30.869  1.00  1.70      A    C  \\nATOM   1100  HA  PRO A  68      22.175  40.116  31.063  1.00  1.70      A    H  \\nATOM   1101  C   PRO A  68      20.980  41.554  32.135  1.00  1.70      A    C  \\nATOM   1102  O   PRO A  68      19.840  42.049  32.368  1.00  1.70      A    O  \\nATOM   1103  N   PRO A  69      22.063  41.829  32.970  1.00  1.52      A    N  \\nATOM   1104  CD  PRO A  69      21.967  42.898  33.959  1.00  1.52      A    C  \\nATOM   1105  HD2 PRO A  69      21.623  42.509  34.917  1.00  1.52      A    H  \\nATOM   1106  HD3 PRO A  69      21.334  43.721  33.630  1.00  1.52      A    H  \\nATOM   1107  CG  PRO A  69      23.430  43.399  34.130  1.00  1.52      A    C  \\nATOM   1108  HG2 PRO A  69      23.499  43.745  35.162  1.00  1.52      A    H  \\nATOM   1109  HG3 PRO A  69      23.770  44.089  33.358  1.00  1.52      A    H  \\nATOM   1110  CB  PRO A  69      24.144  42.052  34.012  1.00  1.52      A    C  \\nATOM   1111  HB2 PRO A  69      24.016  41.498  34.942  1.00  1.52      A    H  \\nATOM   1112  HB3 PRO A  69      25.213  42.107  33.806  1.00  1.52      A    H  \\nATOM   1113  CA  PRO A  69      23.462  41.397  32.869  1.00  1.52      A    C  \\nATOM   1114  HA  PRO A  69      23.754  41.803  31.901  1.00  1.52      A    H  \\nATOM   1115  C   PRO A  69      23.710  39.846  32.993  1.00  1.52      A    C  \\nATOM   1116  O   PRO A  69      22.965  39.174  33.704  1.00  1.52      A    O  \\nATOM   1117  N   PHE A  70      24.584  39.298  32.187  1.00  0.86      A    N  \\nATOM   1118  H   PHE A  70      25.033  39.846  31.468  1.00  0.86      A    H  \\nATOM   1119  CA  PHE A  70      25.169  38.022  32.460  1.00  0.86      A    C  \\nATOM   1120  HA  PHE A  70      24.300  37.428  32.743  1.00  0.86      A    H  \\nATOM   1121  CB  PHE A  70      25.758  37.396  31.126  1.00  0.86      A    C  \\nATOM   1122  HB2 PHE A  70      26.755  37.825  31.030  1.00  0.86      A    H  \\nATOM   1123  HB3 PHE A  70      25.867  36.321  31.273  1.00  0.86      A    H  \\nATOM   1124  CG  PHE A  70      24.975  37.742  29.819  1.00  0.86      A    C  \\nATOM   1125  CD1 PHE A  70      23.562  37.624  29.832  1.00  0.86      A    C  \\nATOM   1126  HD1 PHE A  70      22.983  37.393  30.714  1.00  0.86      A    H  \\nATOM   1127  CE1 PHE A  70      22.851  37.997  28.671  1.00  0.86      A    C  \\nATOM   1128  HE1 PHE A  70      21.772  38.043  28.670  1.00  0.86      A    H  \\nATOM   1129  CZ  PHE A  70      23.573  38.467  27.558  1.00  0.86      A    C  \\nATOM   1130  HZ  PHE A  70      22.949  38.832  26.756  1.00  0.86      A    H  \\nATOM   1131  CE2 PHE A  70      24.976  38.459  27.524  1.00  0.86      A    C  \\nATOM   1132  HE2 PHE A  70      25.502  38.932  26.708  1.00  0.86      A    H  \\nATOM   1133  CD2 PHE A  70      25.639  38.202  28.704  1.00  0.86      A    C  \\nATOM   1134  HD2 PHE A  70      26.713  38.296  28.772  1.00  0.86      A    H  \\nATOM   1135  C   PHE A  70      26.070  37.935  33.696  1.00  0.86      A    C  \\nATOM   1136  O   PHE A  70      26.918  38.899  33.917  1.00  0.86      A    O  \\nATOM   1137  N   TYR A  71      26.121  36.801  34.399  1.00  0.62      A    N  \\nATOM   1138  H   TYR A  71      25.692  35.968  34.021  1.00  0.62      A    H  \\nATOM   1139  CA  TYR A  71      26.846  36.596  35.643  1.00  0.62      A    C  \\nATOM   1140  HA  TYR A  71      27.488  37.461  35.810  1.00  0.62      A    H  \\nATOM   1141  CB  TYR A  71      25.822  36.430  36.801  1.00  0.62      A    C  \\nATOM   1142  HB2 TYR A  71      25.125  35.597  36.712  1.00  0.62      A    H  \\nATOM   1143  HB3 TYR A  71      26.339  36.200  37.733  1.00  0.62      A    H  \\nATOM   1144  CG  TYR A  71      24.955  37.629  37.011  1.00  0.62      A    C  \\nATOM   1145  CD1 TYR A  71      25.573  38.852  37.401  1.00  0.62      A    C  \\nATOM   1146  HD1 TYR A  71      26.646  38.913  37.502  1.00  0.62      A    H  \\nATOM   1147  CE1 TYR A  71      24.817  40.012  37.550  1.00  0.62      A    C  \\nATOM   1148  HE1 TYR A  71      25.315  40.951  37.742  1.00  0.62      A    H  \\nATOM   1149  CZ  TYR A  71      23.414  39.940  37.363  1.00  0.62      A    C  \\nATOM   1150  OH  TYR A  71      22.671  41.051  37.353  1.00  0.62      A    O  \\nATOM   1151  HH  TYR A  71      23.151  41.871  37.491  1.00  0.62      A    H  \\nATOM   1152  CE2 TYR A  71      22.740  38.752  36.965  1.00  0.62      A    C  \\nATOM   1153  HE2 TYR A  71      21.697  38.851  36.703  1.00  0.62      A    H  \\nATOM   1154  CD2 TYR A  71      23.536  37.580  36.875  1.00  0.62      A    C  \\nATOM   1155  HD2 TYR A  71      23.082  36.684  36.477  1.00  0.62      A    H  \\nATOM   1156  C   TYR A  71      27.683  35.315  35.466  1.00  0.62      A    C  \\nATOM   1157  O   TYR A  71      27.119  34.246  35.149  1.00  0.62      A    O  \\nATOM   1158  N   ILE A  72      28.901  35.475  35.900  1.00  0.54      A    N  \\nATOM   1159  H   ILE A  72      29.176  36.418  36.136  1.00  0.54      A    H  \\nATOM   1160  CA  ILE A  72      29.785  34.350  36.312  1.00  0.54      A    C  \\nATOM   1161  HA  ILE A  72      29.310  33.448  35.926  1.00  0.54      A    H  \\nATOM   1162  CB  ILE A  72      31.166  34.279  35.638  1.00  0.54      A    C  \\nATOM   1163  HB  ILE A  72      31.635  35.263  35.633  1.00  0.54      A    H  \\nATOM   1164  CG2 ILE A  72      32.199  33.230  36.148  1.00  0.54      A    C  \\nATOM   1165 HG21 ILE A  72      33.099  33.620  35.671  1.00  0.54      A    H  \\nATOM   1166 HG22 ILE A  72      32.287  33.309  37.231  1.00  0.54      A    H  \\nATOM   1167 HG23 ILE A  72      32.023  32.197  35.848  1.00  0.54      A    H  \\nATOM   1168  CG1 ILE A  72      30.882  34.002  34.114  1.00  0.54      A    C  \\nATOM   1169 HG12 ILE A  72      30.364  33.048  34.014  1.00  0.54      A    H  \\nATOM   1170 HG13 ILE A  72      30.213  34.793  33.775  1.00  0.54      A    H  \\nATOM   1171  CD1 ILE A  72      32.115  34.089  33.257  1.00  0.54      A    C  \\nATOM   1172 HD11 ILE A  72      32.895  33.331  33.333  1.00  0.54      A    H  \\nATOM   1173 HD12 ILE A  72      31.920  34.045  32.186  1.00  0.54      A    H  \\nATOM   1174 HD13 ILE A  72      32.545  35.048  33.545  1.00  0.54      A    H  \\nATOM   1175  C   ILE A  72      30.030  34.311  37.856  1.00  0.54      A    C  \\nATOM   1176  O   ILE A  72      30.772  35.119  38.433  1.00  0.54      A    O  \\nATOM   1177  N   ILE A  73      29.308  33.398  38.545  1.00  0.51      A    N  \\nATOM   1178  H   ILE A  73      28.689  32.812  38.005  1.00  0.51      A    H  \\nATOM   1179  CA  ILE A  73      29.275  33.264  40.033  1.00  0.51      A    C  \\nATOM   1180  HA  ILE A  73      29.542  34.258  40.391  1.00  0.51      A    H  \\nATOM   1181  CB  ILE A  73      27.850  32.827  40.545  1.00  0.51      A    C  \\nATOM   1182  HB  ILE A  73      27.770  31.741  40.603  1.00  0.51      A    H  \\nATOM   1183  CG2 ILE A  73      27.815  33.390  42.019  1.00  0.51      A    C  \\nATOM   1184 HG21 ILE A  73      27.728  34.474  41.952  1.00  0.51      A    H  \\nATOM   1185 HG22 ILE A  73      26.989  32.978  42.598  1.00  0.51      A    H  \\nATOM   1186 HG23 ILE A  73      28.643  33.032  42.632  1.00  0.51      A    H  \\nATOM   1187  CG1 ILE A  73      26.659  33.268  39.627  1.00  0.51      A    C  \\nATOM   1188 HG12 ILE A  73      26.467  34.340  39.671  1.00  0.51      A    H  \\nATOM   1189 HG13 ILE A  73      26.987  32.959  38.635  1.00  0.51      A    H  \\nATOM   1190  CD1 ILE A  73      25.344  32.536  40.084  1.00  0.51      A    C  \\nATOM   1191 HD11 ILE A  73      24.932  32.972  40.994  1.00  0.51      A    H  \\nATOM   1192 HD12 ILE A  73      24.628  32.656  39.271  1.00  0.51      A    H  \\nATOM   1193 HD13 ILE A  73      25.472  31.454  40.070  1.00  0.51      A    H  \\nATOM   1194  C   ILE A  73      30.297  32.297  40.518  1.00  0.51      A    C  \\nATOM   1195  O   ILE A  73      30.281  31.084  40.216  1.00  0.51      A    O  \\nATOM   1196  N   THR A  74      31.204  32.860  41.323  1.00  0.53      A    N  \\nATOM   1197  H   THR A  74      31.225  33.859  41.472  1.00  0.53      A    H  \\nATOM   1198  CA  THR A  74      32.202  32.129  42.051  1.00  0.53      A    C  \\nATOM   1199  HA  THR A  74      32.098  31.082  41.768  1.00  0.53      A    H  \\nATOM   1200  CB  THR A  74      33.562  32.539  41.477  1.00  0.53      A    C  \\nATOM   1201  HB  THR A  74      34.344  32.047  42.054  1.00  0.53      A    H  \\nATOM   1202  CG2 THR A  74      33.665  32.072  40.081  1.00  0.53      A    C  \\nATOM   1203 HG21 THR A  74      32.752  32.224  39.504  1.00  0.53      A    H  \\nATOM   1204 HG22 THR A  74      34.500  32.599  39.619  1.00  0.53      A    H  \\nATOM   1205 HG23 THR A  74      33.839  30.996  40.115  1.00  0.53      A    H  \\nATOM   1206  OG1 THR A  74      33.689  33.954  41.614  1.00  0.53      A    O  \\nATOM   1207  HG1 THR A  74      33.126  34.300  42.311  1.00  0.53      A    H  \\nATOM   1208  C   THR A  74      32.160  32.333  43.563  1.00  0.53      A    C  \\nATOM   1209  O   THR A  74      31.595  33.258  44.081  1.00  0.53      A    O  \\nATOM   1210  N   GLU A  75      32.829  31.415  44.193  1.00  0.59      A    N  \\nATOM   1211  H   GLU A  75      33.302  30.645  43.744  1.00  0.59      A    H  \\nATOM   1212  CA  GLU A  75      33.044  31.569  45.589  1.00  0.59      A    C  \\nATOM   1213  HA  GLU A  75      32.049  31.639  46.028  1.00  0.59      A    H  \\nATOM   1214  CB  GLU A  75      33.765  30.409  46.177  1.00  0.59      A    C  \\nATOM   1215  HB2 GLU A  75      33.871  30.508  47.257  1.00  0.59      A    H  \\nATOM   1216  HB3 GLU A  75      33.211  29.494  45.965  1.00  0.59      A    H  \\nATOM   1217  CG  GLU A  75      35.176  30.246  45.567  1.00  0.59      A    C  \\nATOM   1218  HG2 GLU A  75      35.080  30.131  44.487  1.00  0.59      A    H  \\nATOM   1219  HG3 GLU A  75      35.853  31.086  45.716  1.00  0.59      A    H  \\nATOM   1220  CD  GLU A  75      35.902  28.974  46.235  1.00  0.59      A    C  \\nATOM   1221  OE1 GLU A  75      35.761  28.729  47.463  1.00  0.59      A    O  \\nATOM   1222  OE2 GLU A  75      36.598  28.214  45.474  1.00  0.59      A    O  \\nATOM   1223  C   GLU A  75      33.804  32.846  46.120  1.00  0.59      A    C  \\nATOM   1224  O   GLU A  75      34.692  33.393  45.498  1.00  0.59      A    O  \\nATOM   1225  N   PHE A  76      33.239  33.320  47.228  1.00  0.59      A    N  \\nATOM   1226  H   PHE A  76      32.574  32.751  47.732  1.00  0.59      A    H  \\nATOM   1227  CA  PHE A  76      33.738  34.566  47.930  1.00  0.59      A    C  \\nATOM   1228  HA  PHE A  76      34.112  35.326  47.244  1.00  0.59      A    H  \\nATOM   1229  CB  PHE A  76      32.525  35.204  48.690  1.00  0.59      A    C  \\nATOM   1230  HB2 PHE A  76      31.742  35.424  47.964  1.00  0.59      A    H  \\nATOM   1231  HB3 PHE A  76      32.067  34.459  49.341  1.00  0.59      A    H  \\nATOM   1232  CG  PHE A  76      32.932  36.430  49.456  1.00  0.59      A    C  \\nATOM   1233  CD1 PHE A  76      33.266  36.355  50.812  1.00  0.59      A    C  \\nATOM   1234  HD1 PHE A  76      33.174  35.402  51.311  1.00  0.59      A    H  \\nATOM   1235  CE1 PHE A  76      33.529  37.519  51.570  1.00  0.59      A    C  \\nATOM   1236  HE1 PHE A  76      33.626  37.406  52.639  1.00  0.59      A    H  \\nATOM   1237  CZ  PHE A  76      33.580  38.722  50.860  1.00  0.59      A    C  \\nATOM   1238  HZ  PHE A  76      33.805  39.645  51.374  1.00  0.59      A    H  \\nATOM   1239  CE2 PHE A  76      33.274  38.796  49.513  1.00  0.59      A    C  \\nATOM   1240  HE2 PHE A  76      33.185  39.780  49.078  1.00  0.59      A    H  \\nATOM   1241  CD2 PHE A  76      32.945  37.657  48.769  1.00  0.59      A    C  \\nATOM   1242  HD2 PHE A  76      32.652  37.746  47.733  1.00  0.59      A    H  \\nATOM   1243  C   PHE A  76      34.982  34.264  48.814  1.00  0.59      A    C  \\nATOM   1244  O   PHE A  76      34.819  33.507  49.755  1.00  0.59      A    O  \\nATOM   1245  N   MET A  77      36.172  34.770  48.423  1.00  0.59      A    N  \\nATOM   1246  H   MET A  77      36.347  35.334  47.604  1.00  0.59      A    H  \\nATOM   1247  CA  MET A  77      37.436  34.697  49.181  1.00  0.59      A    C  \\nATOM   1248  HA  MET A  77      37.526  33.684  49.572  1.00  0.59      A    H  \\nATOM   1249  CB  MET A  77      38.602  34.725  48.088  1.00  0.59      A    C  \\nATOM   1250  HB2 MET A  77      38.371  35.618  47.507  1.00  0.59      A    H  \\nATOM   1251  HB3 MET A  77      39.597  34.795  48.529  1.00  0.59      A    H  \\nATOM   1252  CG  MET A  77      38.488  33.506  47.206  1.00  0.59      A    C  \\nATOM   1253  HG2 MET A  77      37.475  33.517  46.806  1.00  0.59      A    H  \\nATOM   1254  HG3 MET A  77      39.151  33.536  46.341  1.00  0.59      A    H  \\nATOM   1255  SD  MET A  77      38.730  31.892  47.976  1.00  0.59      A    S  \\nATOM   1256  CE  MET A  77      40.543  32.045  48.110  1.00  0.59      A    C  \\nATOM   1257  HE1 MET A  77      40.800  31.159  48.690  1.00  0.59      A    H  \\nATOM   1258  HE2 MET A  77      40.967  32.045  47.106  1.00  0.59      A    H  \\nATOM   1259  HE3 MET A  77      40.609  33.017  48.599  1.00  0.59      A    H  \\nATOM   1260  C   MET A  77      37.511  35.763  50.312  1.00  0.59      A    C  \\nATOM   1261  O   MET A  77      37.480  36.963  49.999  1.00  0.59      A    O  \\nATOM   1262  N   THR A  78      37.433  35.339  51.649  1.00  0.73      A    N  \\nATOM   1263  H   THR A  78      37.340  34.335  51.689  1.00  0.73      A    H  \\nATOM   1264  CA  THR A  78      37.035  36.178  52.753  1.00  0.73      A    C  \\nATOM   1265  HA  THR A  78      35.996  36.411  52.519  1.00  0.73      A    H  \\nATOM   1266  CB  THR A  78      37.072  35.479  54.115  1.00  0.73      A    C  \\nATOM   1267  HB  THR A  78      38.081  35.112  54.306  1.00  0.73      A    H  \\nATOM   1268  CG2 THR A  78      36.510  36.344  55.212  1.00  0.73      A    C  \\nATOM   1269 HG21 THR A  78      35.535  36.715  54.897  1.00  0.73      A    H  \\nATOM   1270 HG22 THR A  78      36.388  35.734  56.107  1.00  0.73      A    H  \\nATOM   1271 HG23 THR A  78      37.203  37.139  55.486  1.00  0.73      A    H  \\nATOM   1272  OG1 THR A  78      36.360  34.310  54.195  1.00  0.73      A    O  \\nATOM   1273  HG1 THR A  78      35.453  34.480  53.931  1.00  0.73      A    H  \\nATOM   1274  C   THR A  78      37.756  37.488  52.827  1.00  0.73      A    C  \\nATOM   1275  O   THR A  78      37.152  38.516  53.122  1.00  0.73      A    O  \\nATOM   1276  N   TYR A  79      39.060  37.542  52.479  1.00  0.70      A    N  \\nATOM   1277  H   TYR A  79      39.482  36.678  52.170  1.00  0.70      A    H  \\nATOM   1278  CA  TYR A  79      39.907  38.754  52.580  1.00  0.70      A    C  \\nATOM   1279  HA  TYR A  79      39.375  39.576  53.060  1.00  0.70      A    H  \\nATOM   1280  CB  TYR A  79      41.074  38.384  53.506  1.00  0.70      A    C  \\nATOM   1281  HB2 TYR A  79      41.649  37.617  52.988  1.00  0.70      A    H  \\nATOM   1282  HB3 TYR A  79      41.668  39.275  53.710  1.00  0.70      A    H  \\nATOM   1283  CG  TYR A  79      40.712  37.724  54.858  1.00  0.70      A    C  \\nATOM   1284  CD1 TYR A  79      39.816  38.316  55.782  1.00  0.70      A    C  \\nATOM   1285  HD1 TYR A  79      39.166  39.098  55.419  1.00  0.70      A    H  \\nATOM   1286  CE1 TYR A  79      39.588  37.730  57.062  1.00  0.70      A    C  \\nATOM   1287  HE1 TYR A  79      38.844  38.092  57.756  1.00  0.70      A    H  \\nATOM   1288  CZ  TYR A  79      40.343  36.573  57.460  1.00  0.70      A    C  \\nATOM   1289  OH  TYR A  79      40.021  35.755  58.501  1.00  0.70      A    O  \\nATOM   1290  HH  TYR A  79      39.170  36.009  58.866  1.00  0.70      A    H  \\nATOM   1291  CE2 TYR A  79      41.263  36.038  56.550  1.00  0.70      A    C  \\nATOM   1292  HE2 TYR A  79      41.771  35.116  56.793  1.00  0.70      A    H  \\nATOM   1293  CD2 TYR A  79      41.405  36.558  55.260  1.00  0.70      A    C  \\nATOM   1294  HD2 TYR A  79      42.109  36.087  54.591  1.00  0.70      A    H  \\nATOM   1295  C   TYR A  79      40.455  39.299  51.250  1.00  0.70      A    C  \\nATOM   1296  O   TYR A  79      41.131  40.313  51.346  1.00  0.70      A    O  \\nATOM   1297  N   GLY A  80      39.905  38.784  50.108  1.00  0.68      A    N  \\nATOM   1298  H   GLY A  80      39.175  38.089  50.045  1.00  0.68      A    H  \\nATOM   1299  CA  GLY A  80      40.233  39.409  48.844  1.00  0.68      A    C  \\nATOM   1300  HA2 GLY A  80      39.510  39.221  48.050  1.00  0.68      A    H  \\nATOM   1301  HA3 GLY A  80      40.148  40.485  48.999  1.00  0.68      A    H  \\nATOM   1302  C   GLY A  80      41.568  38.991  48.202  1.00  0.68      A    C  \\nATOM   1303  O   GLY A  80      41.939  37.843  48.458  1.00  0.68      A    O  \\nATOM   1304  N   ASN A  81      42.075  39.738  47.184  1.00  0.57      A    N  \\nATOM   1305  H   ASN A  81      41.627  40.637  47.082  1.00  0.57      A    H  \\nATOM   1306  CA  ASN A  81      43.399  39.517  46.509  1.00  0.57      A    C  \\nATOM   1307  HA  ASN A  81      43.348  38.475  46.191  1.00  0.57      A    H  \\nATOM   1308  CB  ASN A  81      43.470  40.475  45.232  1.00  0.57      A    C  \\nATOM   1309  HB2 ASN A  81      44.244  40.066  44.581  1.00  0.57      A    H  \\nATOM   1310  HB3 ASN A  81      42.494  40.376  44.757  1.00  0.57      A    H  \\nATOM   1311  CG  ASN A  81      43.987  41.867  45.583  1.00  0.57      A    C  \\nATOM   1312  OD1 ASN A  81      45.104  42.126  45.967  1.00  0.57      A    O  \\nATOM   1313  ND2 ASN A  81      43.177  42.904  45.475  1.00  0.57      A    N  \\nATOM   1314 HD21 ASN A  81      43.532  43.767  45.864  1.00  0.57      A    H  \\nATOM   1315 HD22 ASN A  81      42.217  42.720  45.221  1.00  0.57      A    H  \\nATOM   1316  C   ASN A  81      44.653  39.455  47.396  1.00  0.57      A    C  \\nATOM   1317  O   ASN A  81      44.789  40.195  48.399  1.00  0.57      A    O  \\nATOM   1318  N   LEU A  82      45.637  38.689  46.954  1.00  0.50      A    N  \\nATOM   1319  H   LEU A  82      45.612  38.453  45.972  1.00  0.50      A    H  \\nATOM   1320  CA  LEU A  82      46.833  38.392  47.598  1.00  0.50      A    C  \\nATOM   1321  HA  LEU A  82      46.627  38.012  48.598  1.00  0.50      A    H  \\nATOM   1322  CB  LEU A  82      47.488  37.238  46.823  1.00  0.50      A    C  \\nATOM   1323  HB2 LEU A  82      46.820  36.392  46.659  1.00  0.50      A    H  \\nATOM   1324  HB3 LEU A  82      47.696  37.646  45.834  1.00  0.50      A    H  \\nATOM   1325  CG  LEU A  82      48.789  36.752  47.582  1.00  0.50      A    C  \\nATOM   1326  HG  LEU A  82      49.374  37.671  47.613  1.00  0.50      A    H  \\nATOM   1327  CD1 LEU A  82      48.622  36.186  49.008  1.00  0.50      A    C  \\nATOM   1328 HD11 LEU A  82      47.721  35.580  49.110  1.00  0.50      A    H  \\nATOM   1329 HD12 LEU A  82      49.530  35.699  49.363  1.00  0.50      A    H  \\nATOM   1330 HD13 LEU A  82      48.487  37.000  49.719  1.00  0.50      A    H  \\nATOM   1331  CD2 LEU A  82      49.487  35.656  46.668  1.00  0.50      A    C  \\nATOM   1332 HD21 LEU A  82      49.692  36.080  45.685  1.00  0.50      A    H  \\nATOM   1333 HD22 LEU A  82      50.444  35.307  47.055  1.00  0.50      A    H  \\nATOM   1334 HD23 LEU A  82      48.835  34.789  46.561  1.00  0.50      A    H  \\nATOM   1335  C   LEU A  82      47.773  39.657  47.790  1.00  0.50      A    C  \\nATOM   1336  O   LEU A  82      48.478  39.795  48.769  1.00  0.50      A    O  \\nATOM   1337  N   LEU A  83      47.783  40.516  46.772  1.00  0.57      A    N  \\nATOM   1338  H   LEU A  83      47.164  40.297  46.005  1.00  0.57      A    H  \\nATOM   1339  CA  LEU A  83      48.666  41.647  46.733  1.00  0.57      A    C  \\nATOM   1340  HA  LEU A  83      49.659  41.311  47.031  1.00  0.57      A    H  \\nATOM   1341  CB  LEU A  83      48.648  42.219  45.302  1.00  0.57      A    C  \\nATOM   1342  HB2 LEU A  83      48.942  41.488  44.549  1.00  0.57      A    H  \\nATOM   1343  HB3 LEU A  83      47.644  42.601  45.120  1.00  0.57      A    H  \\nATOM   1344  CG  LEU A  83      49.612  43.397  45.212  1.00  0.57      A    C  \\nATOM   1345  HG  LEU A  83      49.338  44.292  45.771  1.00  0.57      A    H  \\nATOM   1346  CD1 LEU A  83      51.080  43.063  45.597  1.00  0.57      A    C  \\nATOM   1347 HD11 LEU A  83      51.282  42.143  45.049  1.00  0.57      A    H  \\nATOM   1348 HD12 LEU A  83      51.820  43.818  45.330  1.00  0.57      A    H  \\nATOM   1349 HD13 LEU A  83      51.147  42.838  46.662  1.00  0.57      A    H  \\nATOM   1350  CD2 LEU A  83      49.599  43.905  43.775  1.00  0.57      A    C  \\nATOM   1351 HD21 LEU A  83      48.609  44.308  43.559  1.00  0.57      A    H  \\nATOM   1352 HD22 LEU A  83      50.370  44.674  43.712  1.00  0.57      A    H  \\nATOM   1353 HD23 LEU A  83      49.911  43.019  43.223  1.00  0.57      A    H  \\nATOM   1354  C   LEU A  83      48.262  42.663  47.767  1.00  0.57      A    C  \\nATOM   1355  O   LEU A  83      49.151  43.104  48.510  1.00  0.57      A    O  \\nATOM   1356  N   ASP A  84      47.016  42.998  47.922  1.00  0.63      A    N  \\nATOM   1357  H   ASP A  84      46.333  42.624  47.279  1.00  0.63      A    H  \\nATOM   1358  CA  ASP A  84      46.420  43.821  48.942  1.00  0.63      A    C  \\nATOM   1359  HA  ASP A  84      46.987  44.734  49.126  1.00  0.63      A    H  \\nATOM   1360  CB  ASP A  84      44.960  44.178  48.584  1.00  0.63      A    C  \\nATOM   1361  HB2 ASP A  84      44.349  43.370  48.180  1.00  0.63      A    H  \\nATOM   1362  HB3 ASP A  84      44.415  44.563  49.446  1.00  0.63      A    H  \\nATOM   1363  CG  ASP A  84      45.055  45.326  47.572  1.00  0.63      A    C  \\nATOM   1364  OD1 ASP A  84      45.607  46.422  47.894  1.00  0.63      A    O  \\nATOM   1365  OD2 ASP A  84      44.540  45.268  46.427  1.00  0.63      A    O  \\nATOM   1366  C   ASP A  84      46.488  43.252  50.302  1.00  0.63      A    C  \\nATOM   1367  O   ASP A  84      46.869  43.904  51.297  1.00  0.63      A    O  \\nATOM   1368  N   TYR A  85      46.236  41.955  50.411  1.00  0.59      A    N  \\nATOM   1369  H   TYR A  85      46.098  41.497  49.522  1.00  0.59      A    H  \\nATOM   1370  CA  TYR A  85      46.470  41.104  51.579  1.00  0.59      A    C  \\nATOM   1371  HA  TYR A  85      45.811  41.480  52.361  1.00  0.59      A    H  \\nATOM   1372  CB  TYR A  85      46.055  39.664  51.308  1.00  0.59      A    C  \\nATOM   1373  HB2 TYR A  85      45.117  39.613  50.756  1.00  0.59      A    H  \\nATOM   1374  HB3 TYR A  85      46.796  39.232  50.635  1.00  0.59      A    H  \\nATOM   1375  CG  TYR A  85      45.852  38.841  52.617  1.00  0.59      A    C  \\nATOM   1376  CD1 TYR A  85      46.876  37.955  53.014  1.00  0.59      A    C  \\nATOM   1377  HD1 TYR A  85      47.796  37.918  52.449  1.00  0.59      A    H  \\nATOM   1378  CE1 TYR A  85      46.725  37.342  54.226  1.00  0.59      A    C  \\nATOM   1379  HE1 TYR A  85      47.491  36.663  54.571  1.00  0.59      A    H  \\nATOM   1380  CZ  TYR A  85      45.534  37.506  54.936  1.00  0.59      A    C  \\nATOM   1381  OH  TYR A  85      45.378  36.681  56.045  1.00  0.59      A    O  \\nATOM   1382  HH  TYR A  85      44.922  37.137  56.755  1.00  0.59      A    H  \\nATOM   1383  CE2 TYR A  85      44.546  38.411  54.559  1.00  0.59      A    C  \\nATOM   1384  HE2 TYR A  85      43.644  38.421  55.153  1.00  0.59      A    H  \\nATOM   1385  CD2 TYR A  85      44.754  39.114  53.343  1.00  0.59      A    C  \\nATOM   1386  HD2 TYR A  85      44.018  39.795  52.942  1.00  0.59      A    H  \\nATOM   1387  C   TYR A  85      47.858  41.200  52.224  1.00  0.59      A    C  \\nATOM   1388  O   TYR A  85      47.989  41.607  53.414  1.00  0.59      A    O  \\nATOM   1389  N   LEU A  86      48.890  40.897  51.416  1.00  0.58      A    N  \\nATOM   1390  H   LEU A  86      48.641  40.691  50.459  1.00  0.58      A    H  \\nATOM   1391  CA  LEU A  86      50.287  41.007  51.865  1.00  0.58      A    C  \\nATOM   1392  HA  LEU A  86      50.405  40.285  52.673  1.00  0.58      A    H  \\nATOM   1393  CB  LEU A  86      51.168  40.610  50.701  1.00  0.58      A    C  \\nATOM   1394  HB2 LEU A  86      50.735  41.023  49.790  1.00  0.58      A    H  \\nATOM   1395  HB3 LEU A  86      52.187  40.972  50.841  1.00  0.58      A    H  \\nATOM   1396  CG  LEU A  86      51.449  39.092  50.406  1.00  0.58      A    C  \\nATOM   1397  HG  LEU A  86      50.587  38.435  50.524  1.00  0.58      A    H  \\nATOM   1398  CD1 LEU A  86      51.891  38.912  48.912  1.00  0.58      A    C  \\nATOM   1399 HD11 LEU A  86      52.582  39.691  48.591  1.00  0.58      A    H  \\nATOM   1400 HD12 LEU A  86      52.213  37.884  48.745  1.00  0.58      A    H  \\nATOM   1401 HD13 LEU A  86      51.080  39.198  48.242  1.00  0.58      A    H  \\nATOM   1402  CD2 LEU A  86      52.524  38.550  51.288  1.00  0.58      A    C  \\nATOM   1403 HD21 LEU A  86      52.406  38.781  52.347  1.00  0.58      A    H  \\nATOM   1404 HD22 LEU A  86      52.640  37.471  51.185  1.00  0.58      A    H  \\nATOM   1405 HD23 LEU A  86      53.416  39.137  51.069  1.00  0.58      A    H  \\nATOM   1406  C   LEU A  86      50.626  42.363  52.367  1.00  0.58      A    C  \\nATOM   1407  O   LEU A  86      51.272  42.523  53.418  1.00  0.58      A    O  \\nATOM   1408  N   ARG A  87      50.275  43.440  51.649  1.00  0.71      A    N  \\nATOM   1409  H   ARG A  87      49.832  43.226  50.767  1.00  0.71      A    H  \\nATOM   1410  CA  ARG A  87      50.541  44.842  51.977  1.00  0.71      A    C  \\nATOM   1411  HA  ARG A  87      51.617  44.947  52.117  1.00  0.71      A    H  \\nATOM   1412  CB  ARG A  87      50.251  45.736  50.732  1.00  0.71      A    C  \\nATOM   1413  HB2 ARG A  87      49.217  45.548  50.442  1.00  0.71      A    H  \\nATOM   1414  HB3 ARG A  87      50.469  46.771  50.997  1.00  0.71      A    H  \\nATOM   1415  CG  ARG A  87      51.099  45.441  49.492  1.00  0.71      A    C  \\nATOM   1416  HG2 ARG A  87      52.119  45.788  49.660  1.00  0.71      A    H  \\nATOM   1417  HG3 ARG A  87      51.108  44.386  49.215  1.00  0.71      A    H  \\nATOM   1418  CD  ARG A  87      50.548  46.228  48.298  1.00  0.71      A    C  \\nATOM   1419  HD2 ARG A  87      49.661  45.685  47.972  1.00  0.71      A    H  \\nATOM   1420  HD3 ARG A  87      50.189  47.231  48.526  1.00  0.71      A    H  \\nATOM   1421  NE  ARG A  87      51.446  46.377  47.195  1.00  0.71      A    N  \\nATOM   1422  HE  ARG A  87      52.304  45.845  47.228  1.00  0.71      A    H  \\nATOM   1423  CZ  ARG A  87      51.223  46.887  45.997  1.00  0.71      A    C  \\nATOM   1424  NH1 ARG A  87      50.164  47.548  45.622  1.00  0.71      A    N  \\nATOM   1425 HH11 ARG A  87      49.374  47.684  46.236  1.00  0.71      A    H  \\nATOM   1426 HH12 ARG A  87      49.989  47.547  44.627  1.00  0.71      A    H  \\nATOM   1427  NH2 ARG A  87      52.118  46.789  45.044  1.00  0.71      A    N  \\nATOM   1428 HH21 ARG A  87      52.961  46.244  45.162  1.00  0.71      A    H  \\nATOM   1429 HH22 ARG A  87      52.101  47.563  44.396  1.00  0.71      A    H  \\nATOM   1430  C   ARG A  87      49.885  45.301  53.276  1.00  0.71      A    C  \\nATOM   1431  O   ARG A  87      50.486  46.011  54.073  1.00  0.71      A    O  \\nATOM   1432  N   GLU A  88      48.670  44.828  53.611  1.00  0.81      A    N  \\nATOM   1433  H   GLU A  88      48.180  44.325  52.886  1.00  0.81      A    H  \\nATOM   1434  CA  GLU A  88      47.935  45.074  54.884  1.00  0.81      A    C  \\nATOM   1435  HA  GLU A  88      48.224  46.075  55.205  1.00  0.81      A    H  \\nATOM   1436  CB  GLU A  88      46.434  45.128  54.633  1.00  0.81      A    C  \\nATOM   1437  HB2 GLU A  88      46.092  44.174  54.231  1.00  0.81      A    H  \\nATOM   1438  HB3 GLU A  88      45.901  45.061  55.581  1.00  0.81      A    H  \\nATOM   1439  CG  GLU A  88      46.018  46.320  53.790  1.00  0.81      A    C  \\nATOM   1440  HG2 GLU A  88      46.586  47.200  54.093  1.00  0.81      A    H  \\nATOM   1441  HG3 GLU A  88      46.364  46.086  52.783  1.00  0.81      A    H  \\nATOM   1442  CD  GLU A  88      44.511  46.496  53.871  1.00  0.81      A    C  \\nATOM   1443  OE1 GLU A  88      44.035  47.650  53.860  1.00  0.81      A    O  \\nATOM   1444  OE2 GLU A  88      43.755  45.584  54.218  1.00  0.81      A    O  \\nATOM   1445  C   GLU A  88      48.213  44.093  56.084  1.00  0.81      A    C  \\nATOM   1446  O   GLU A  88      48.027  44.474  57.282  1.00  0.81      A    O  \\nATOM   1447  N   CYS A  89      48.734  42.921  55.776  1.00  0.78      A    N  \\nATOM   1448  H   CYS A  89      49.044  42.702  54.840  1.00  0.78      A    H  \\nATOM   1449  CA  CYS A  89      49.062  41.978  56.816  1.00  0.78      A    C  \\nATOM   1450  HA  CYS A  89      48.139  41.835  57.378  1.00  0.78      A    H  \\nATOM   1451  CB  CYS A  89      49.556  40.645  56.224  1.00  0.78      A    C  \\nATOM   1452  HB2 CYS A  89      49.296  39.855  56.928  1.00  0.78      A    H  \\nATOM   1453  HB3 CYS A  89      49.044  40.309  55.322  1.00  0.78      A    H  \\nATOM   1454  SG  CYS A  89      51.313  40.509  55.908  1.00  0.78      A    S  \\nATOM   1455  HG  CYS A  89      51.331  41.545  55.064  1.00  0.78      A    H  \\nATOM   1456  C   CYS A  89      49.964  42.551  57.936  1.00  0.78      A    C  \\nATOM   1457  O   CYS A  89      50.782  43.459  57.772  1.00  0.78      A    O  \\nATOM   1458  N   ASN A  90      49.890  41.971  59.145  1.00  0.92      A    N  \\nATOM   1459  H   ASN A  90      49.337  41.128  59.093  1.00  0.92      A    H  \\nATOM   1460  CA  ASN A  90      50.992  41.865  60.149  1.00  0.92      A    C  \\nATOM   1461  HA  ASN A  90      51.503  42.826  60.189  1.00  0.92      A    H  \\nATOM   1462  CB  ASN A  90      50.259  41.765  61.553  1.00  0.92      A    C  \\nATOM   1463  HB2 ASN A  90      49.770  42.678  61.894  1.00  0.92      A    H  \\nATOM   1464  HB3 ASN A  90      49.428  41.066  61.450  1.00  0.92      A    H  \\nATOM   1465  CG  ASN A  90      51.199  41.344  62.672  1.00  0.92      A    C  \\nATOM   1466  OD1 ASN A  90      52.362  41.279  62.508  1.00  0.92      A    O  \\nATOM   1467  ND2 ASN A  90      50.699  40.881  63.768  1.00  0.92      A    N  \\nATOM   1468 HD21 ASN A  90      51.312  40.599  64.520  1.00  0.92      A    H  \\nATOM   1469 HD22 ASN A  90      49.693  40.910  63.856  1.00  0.92      A    H  \\nATOM   1470  C   ASN A  90      51.854  40.637  59.834  1.00  0.92      A    C  \\nATOM   1471  O   ASN A  90      51.416  39.531  59.529  1.00  0.92      A    O  \\nATOM   1472  N   ARG A  91      53.156  40.921  59.737  1.00  0.89      A    N  \\nATOM   1473  H   ARG A  91      53.464  41.875  59.856  1.00  0.89      A    H  \\nATOM   1474  CA  ARG A  91      54.146  40.033  59.228  1.00  0.89      A    C  \\nATOM   1475  HA  ARG A  91      53.695  39.562  58.355  1.00  0.89      A    H  \\nATOM   1476  CB  ARG A  91      55.324  40.838  58.716  1.00  0.89      A    C  \\nATOM   1477  HB2 ARG A  91      55.714  41.409  59.559  1.00  0.89      A    H  \\nATOM   1478  HB3 ARG A  91      56.119  40.179  58.367  1.00  0.89      A    H  \\nATOM   1479  CG  ARG A  91      54.955  41.780  57.576  1.00  0.89      A    C  \\nATOM   1480  HG2 ARG A  91      54.305  41.205  56.916  1.00  0.89      A    H  \\nATOM   1481  HG3 ARG A  91      54.466  42.683  57.938  1.00  0.89      A    H  \\nATOM   1482  CD  ARG A  91      56.276  42.218  56.895  1.00  0.89      A    C  \\nATOM   1483  HD2 ARG A  91      56.858  42.764  57.637  1.00  0.89      A    H  \\nATOM   1484  HD3 ARG A  91      56.778  41.314  56.549  1.00  0.89      A    H  \\nATOM   1485  NE  ARG A  91      55.889  43.096  55.793  1.00  0.89      A    N  \\nATOM   1486  HE  ARG A  91      54.917  43.369  55.765  1.00  0.89      A    H  \\nATOM   1487  CZ  ARG A  91      56.739  43.676  54.918  1.00  0.89      A    C  \\nATOM   1488  NH1 ARG A  91      57.987  43.194  54.877  1.00  0.89      A    N  \\nATOM   1489 HH11 ARG A  91      58.248  42.471  55.532  1.00  0.89      A    H  \\nATOM   1490 HH12 ARG A  91      58.731  43.631  54.352  1.00  0.89      A    H  \\nATOM   1491  NH2 ARG A  91      56.324  44.483  54.003  1.00  0.89      A    N  \\nATOM   1492 HH21 ARG A  91      55.363  44.770  54.119  1.00  0.89      A    H  \\nATOM   1493 HH22 ARG A  91      56.858  44.787  53.201  1.00  0.89      A    H  \\nATOM   1494  C   ARG A  91      54.547  38.926  60.267  1.00  0.89      A    C  \\nATOM   1495  O   ARG A  91      55.147  37.902  59.873  1.00  0.89      A    O  \\nATOM   1496  N   GLN A  92      54.296  39.113  61.534  1.00  1.08      A    N  \\nATOM   1497  H   GLN A  92      53.789  39.952  61.778  1.00  1.08      A    H  \\nATOM   1498  CA  GLN A  92      54.426  38.030  62.561  1.00  1.08      A    C  \\nATOM   1499  HA  GLN A  92      55.447  37.658  62.466  1.00  1.08      A    H  \\nATOM   1500  CB  GLN A  92      54.206  38.630  64.016  1.00  1.08      A    C  \\nATOM   1501  HB2 GLN A  92      53.189  39.022  64.008  1.00  1.08      A    H  \\nATOM   1502  HB3 GLN A  92      54.356  37.891  64.803  1.00  1.08      A    H  \\nATOM   1503  CG  GLN A  92      55.060  39.846  64.344  1.00  1.08      A    C  \\nATOM   1504  HG2 GLN A  92      56.107  39.588  64.504  1.00  1.08      A    H  \\nATOM   1505  HG3 GLN A  92      55.005  40.576  63.536  1.00  1.08      A    H  \\nATOM   1506  CD  GLN A  92      54.648  40.635  65.596  1.00  1.08      A    C  \\nATOM   1507  OE1 GLN A  92      54.066  40.197  66.584  1.00  1.08      A    O  \\nATOM   1508  NE2 GLN A  92      55.164  41.811  65.704  1.00  1.08      A    N  \\nATOM   1509 HE21 GLN A  92      55.208  42.196  66.637  1.00  1.08      A    H  \\nATOM   1510 HE22 GLN A  92      55.792  42.062  64.954  1.00  1.08      A    H  \\nATOM   1511  C   GLN A  92      53.527  36.846  62.353  1.00  1.08      A    C  \\nATOM   1512  O   GLN A  92      53.946  35.706  62.443  1.00  1.08      A    O  \\nATOM   1513  N   GLU A  93      52.307  37.155  61.897  1.00  1.02      A    N  \\nATOM   1514  H   GLU A  93      51.937  38.093  61.845  1.00  1.02      A    H  \\nATOM   1515  CA  GLU A  93      51.433  36.121  61.360  1.00  1.02      A    C  \\nATOM   1516  HA  GLU A  93      51.557  35.223  61.966  1.00  1.02      A    H  \\nATOM   1517  CB  GLU A  93      49.982  36.552  61.331  1.00  1.02      A    C  \\nATOM   1518  HB2 GLU A  93      49.820  37.067  60.384  1.00  1.02      A    H  \\nATOM   1519  HB3 GLU A  93      49.379  35.647  61.262  1.00  1.02      A    H  \\nATOM   1520  CG  GLU A  93      49.490  37.501  62.381  1.00  1.02      A    C  \\nATOM   1521  HG2 GLU A  93      49.956  37.233  63.329  1.00  1.02      A    H  \\nATOM   1522  HG3 GLU A  93      49.945  38.472  62.185  1.00  1.02      A    H  \\nATOM   1523  CD  GLU A  93      47.961  37.487  62.221  1.00  1.02      A    C  \\nATOM   1524  OE1 GLU A  93      47.256  36.899  63.105  1.00  1.02      A    O  \\nATOM   1525  OE2 GLU A  93      47.508  37.903  61.141  1.00  1.02      A    O  \\nATOM   1526  C   GLU A  93      51.899  35.626  59.946  1.00  1.02      A    C  \\nATOM   1527  O   GLU A  93      52.071  34.380  59.820  1.00  1.02      A    O  \\nATOM   1528  N   VAL A  94      51.964  36.547  58.968  1.00  0.74      A    N  \\nATOM   1529  H   VAL A  94      51.600  37.478  59.115  1.00  0.74      A    H  \\nATOM   1530  CA  VAL A  94      52.094  36.192  57.548  1.00  0.74      A    C  \\nATOM   1531  HA  VAL A  94      51.656  35.203  57.414  1.00  0.74      A    H  \\nATOM   1532  CB  VAL A  94      51.464  37.285  56.644  1.00  0.74      A    C  \\nATOM   1533  HB  VAL A  94      51.941  38.208  56.974  1.00  0.74      A    H  \\nATOM   1534  CG1 VAL A  94      51.596  36.879  55.176  1.00  0.74      A    C  \\nATOM   1535 HG11 VAL A  94      50.951  37.553  54.612  1.00  0.74      A    H  \\nATOM   1536 HG12 VAL A  94      52.627  36.935  54.825  1.00  0.74      A    H  \\nATOM   1537 HG13 VAL A  94      51.084  35.938  54.979  1.00  0.74      A    H  \\nATOM   1538  CG2 VAL A  94      49.964  37.196  57.008  1.00  0.74      A    C  \\nATOM   1539 HG21 VAL A  94      49.802  37.638  57.991  1.00  0.74      A    H  \\nATOM   1540 HG22 VAL A  94      49.391  37.815  56.318  1.00  0.74      A    H  \\nATOM   1541 HG23 VAL A  94      49.641  36.156  56.966  1.00  0.74      A    H  \\nATOM   1542  C   VAL A  94      53.580  36.025  57.293  1.00  0.74      A    C  \\nATOM   1543  O   VAL A  94      54.235  36.787  56.599  1.00  0.74      A    O  \\nATOM   1544  N   ASN A  95      54.167  35.076  58.076  1.00  0.73      A    N  \\nATOM   1545  H   ASN A  95      53.523  34.581  58.676  1.00  0.73      A    H  \\nATOM   1546  CA  ASN A  95      55.595  34.675  58.110  1.00  0.73      A    C  \\nATOM   1547  HA  ASN A  95      56.181  35.584  57.973  1.00  0.73      A    H  \\nATOM   1548  CB  ASN A  95      55.877  34.120  59.472  1.00  0.73      A    C  \\nATOM   1549  HB2 ASN A  95      56.946  34.160  59.682  1.00  0.73      A    H  \\nATOM   1550  HB3 ASN A  95      55.405  34.657  60.295  1.00  0.73      A    H  \\nATOM   1551  CG  ASN A  95      55.442  32.675  59.463  1.00  0.73      A    C  \\nATOM   1552  OD1 ASN A  95      56.202  31.744  59.495  1.00  0.73      A    O  \\nATOM   1553  ND2 ASN A  95      54.171  32.335  59.509  1.00  0.73      A    N  \\nATOM   1554 HD21 ASN A  95      53.927  31.365  59.644  1.00  0.73      A    H  \\nATOM   1555 HD22 ASN A  95      53.420  33.002  59.619  1.00  0.73      A    H  \\nATOM   1556  C   ASN A  95      56.073  33.758  56.991  1.00  0.73      A    C  \\nATOM   1557  O   ASN A  95      55.208  33.403  56.212  1.00  0.73      A    O  \\nATOM   1558  N   ALA A  96      57.384  33.527  56.871  1.00  0.74      A    N  \\nATOM   1559  H   ALA A  96      58.096  34.062  57.348  1.00  0.74      A    H  \\nATOM   1560  CA  ALA A  96      57.911  32.559  55.929  1.00  0.74      A    C  \\nATOM   1561  HA  ALA A  96      57.803  32.928  54.909  1.00  0.74      A    H  \\nATOM   1562  CB  ALA A  96      59.387  32.383  56.075  1.00  0.74      A    C  \\nATOM   1563  HB1 ALA A  96      59.734  31.594  55.408  1.00  0.74      A    H  \\nATOM   1564  HB2 ALA A  96      59.921  33.291  55.795  1.00  0.74      A    H  \\nATOM   1565  HB3 ALA A  96      59.698  32.144  57.092  1.00  0.74      A    H  \\nATOM   1566  C   ALA A  96      57.221  31.243  55.901  1.00  0.74      A    C  \\nATOM   1567  O   ALA A  96      56.885  30.848  54.773  1.00  0.74      A    O  \\nATOM   1568  N   VAL A  97      56.904  30.547  56.991  1.00  0.69      A    N  \\nATOM   1569  H   VAL A  97      57.124  30.957  57.887  1.00  0.69      A    H  \\nATOM   1570  CA  VAL A  97      56.016  29.309  56.893  1.00  0.69      A    C  \\nATOM   1571  HA  VAL A  97      56.511  28.487  56.374  1.00  0.69      A    H  \\nATOM   1572  CB  VAL A  97      55.568  28.946  58.370  1.00  0.69      A    C  \\nATOM   1573  HB  VAL A  97      55.110  29.746  58.952  1.00  0.69      A    H  \\nATOM   1574  CG1 VAL A  97      54.609  27.741  58.297  1.00  0.69      A    C  \\nATOM   1575 HG11 VAL A  97      54.996  26.882  57.748  1.00  0.69      A    H  \\nATOM   1576 HG12 VAL A  97      54.459  27.386  59.316  1.00  0.69      A    H  \\nATOM   1577 HG13 VAL A  97      53.645  28.163  58.015  1.00  0.69      A    H  \\nATOM   1578  CG2 VAL A  97      56.785  28.416  59.082  1.00  0.69      A    C  \\nATOM   1579 HG21 VAL A  97      57.483  29.243  59.212  1.00  0.69      A    H  \\nATOM   1580 HG22 VAL A  97      56.550  28.016  60.069  1.00  0.69      A    H  \\nATOM   1581 HG23 VAL A  97      57.186  27.636  58.435  1.00  0.69      A    H  \\nATOM   1582  C   VAL A  97      54.765  29.567  56.034  1.00  0.69      A    C  \\nATOM   1583  O   VAL A  97      54.479  28.873  55.065  1.00  0.69      A    O  \\nATOM   1584  N   VAL A  98      53.911  30.594  56.358  1.00  0.58      A    N  \\nATOM   1585  H   VAL A  98      54.255  31.158  57.122  1.00  0.58      A    H  \\nATOM   1586  CA  VAL A  98      52.740  31.056  55.599  1.00  0.58      A    C  \\nATOM   1587  HA  VAL A  98      52.108  30.168  55.575  1.00  0.58      A    H  \\nATOM   1588  CB  VAL A  98      51.923  32.165  56.283  1.00  0.58      A    C  \\nATOM   1589  HB  VAL A  98      52.654  32.885  56.649  1.00  0.58      A    H  \\nATOM   1590  CG1 VAL A  98      50.945  32.939  55.390  1.00  0.58      A    C  \\nATOM   1591 HG11 VAL A  98      50.378  32.202  54.822  1.00  0.58      A    H  \\nATOM   1592 HG12 VAL A  98      50.329  33.583  56.017  1.00  0.58      A    H  \\nATOM   1593 HG13 VAL A  98      51.437  33.611  54.686  1.00  0.58      A    H  \\nATOM   1594  CG2 VAL A  98      51.282  31.577  57.532  1.00  0.58      A    C  \\nATOM   1595 HG21 VAL A  98      52.099  31.219  58.159  1.00  0.58      A    H  \\nATOM   1596 HG22 VAL A  98      50.639  32.268  58.078  1.00  0.58      A    H  \\nATOM   1597 HG23 VAL A  98      50.696  30.687  57.304  1.00  0.58      A    H  \\nATOM   1598  C   VAL A  98      53.056  31.491  54.145  1.00  0.58      A    C  \\nATOM   1599  O   VAL A  98      52.337  31.032  53.225  1.00  0.58      A    O  \\nATOM   1600  N   LEU A  99      53.981  32.390  53.893  1.00  0.61      A    N  \\nATOM   1601  H   LEU A  99      54.418  32.868  54.668  1.00  0.61      A    H  \\nATOM   1602  CA  LEU A  99      54.435  32.756  52.560  1.00  0.61      A    C  \\nATOM   1603  HA  LEU A  99      53.598  33.251  52.068  1.00  0.61      A    H  \\nATOM   1604  CB  LEU A  99      55.707  33.670  52.626  1.00  0.61      A    C  \\nATOM   1605  HB2 LEU A  99      56.514  33.209  53.195  1.00  0.61      A    H  \\nATOM   1606  HB3 LEU A  99      56.062  33.771  51.600  1.00  0.61      A    H  \\nATOM   1607  CG  LEU A  99      55.643  35.121  53.223  1.00  0.61      A    C  \\nATOM   1608  HG  LEU A  99      55.676  35.103  54.312  1.00  0.61      A    H  \\nATOM   1609  CD1 LEU A  99      56.781  35.994  52.775  1.00  0.61      A    C  \\nATOM   1610 HD11 LEU A  99      56.730  36.980  53.237  1.00  0.61      A    H  \\nATOM   1611 HD12 LEU A  99      57.758  35.570  53.011  1.00  0.61      A    H  \\nATOM   1612 HD13 LEU A  99      56.771  36.061  51.687  1.00  0.61      A    H  \\nATOM   1613  CD2 LEU A  99      54.338  35.831  52.834  1.00  0.61      A    C  \\nATOM   1614 HD21 LEU A  99      53.570  35.155  53.209  1.00  0.61      A    H  \\nATOM   1615 HD22 LEU A  99      54.215  36.835  53.241  1.00  0.61      A    H  \\nATOM   1616 HD23 LEU A  99      54.248  35.650  51.763  1.00  0.61      A    H  \\nATOM   1617  C   LEU A  99      54.723  31.552  51.681  1.00  0.61      A    C  \\nATOM   1618  O   LEU A  99      54.388  31.449  50.500  1.00  0.61      A    O  \\nATOM   1619  N   LEU A 100      55.534  30.626  52.256  1.00  0.60      A    N  \\nATOM   1620  H   LEU A 100      55.932  30.859  53.155  1.00  0.60      A    H  \\nATOM   1621  CA  LEU A 100      55.843  29.401  51.542  1.00  0.60      A    C  \\nATOM   1622  HA  LEU A 100      56.257  29.602  50.553  1.00  0.60      A    H  \\nATOM   1623  CB  LEU A 100      57.124  28.865  52.196  1.00  0.60      A    C  \\nATOM   1624  HB2 LEU A 100      56.830  28.726  53.236  1.00  0.60      A    H  \\nATOM   1625  HB3 LEU A 100      57.307  27.910  51.702  1.00  0.60      A    H  \\nATOM   1626  CG  LEU A 100      58.384  29.839  52.226  1.00  0.60      A    C  \\nATOM   1627  HG  LEU A 100      58.156  30.842  52.589  1.00  0.60      A    H  \\nATOM   1628  CD1 LEU A 100      59.469  29.139  53.062  1.00  0.60      A    C  \\nATOM   1629 HD11 LEU A 100      59.631  28.116  52.724  1.00  0.60      A    H  \\nATOM   1630 HD12 LEU A 100      60.446  29.610  52.952  1.00  0.60      A    H  \\nATOM   1631 HD13 LEU A 100      59.145  29.077  54.101  1.00  0.60      A    H  \\nATOM   1632  CD2 LEU A 100      58.925  30.021  50.745  1.00  0.60      A    C  \\nATOM   1633 HD21 LEU A 100      59.854  30.585  50.827  1.00  0.60      A    H  \\nATOM   1634 HD22 LEU A 100      59.009  29.030  50.299  1.00  0.60      A    H  \\nATOM   1635 HD23 LEU A 100      58.307  30.580  50.042  1.00  0.60      A    H  \\nATOM   1636  C   LEU A 100      54.709  28.478  51.318  1.00  0.60      A    C  \\nATOM   1637  O   LEU A 100      54.564  27.904  50.228  1.00  0.60      A    O  \\nATOM   1638  N   TYR A 101      53.790  28.355  52.292  1.00  0.52      A    N  \\nATOM   1639  H   TYR A 101      53.989  28.851  53.150  1.00  0.52      A    H  \\nATOM   1640  CA  TYR A 101      52.507  27.575  52.230  1.00  0.52      A    C  \\nATOM   1641  HA  TYR A 101      52.723  26.561  51.892  1.00  0.52      A    H  \\nATOM   1642  CB  TYR A 101      51.860  27.496  53.600  1.00  0.52      A    C  \\nATOM   1643  HB2 TYR A 101      52.446  26.730  54.107  1.00  0.52      A    H  \\nATOM   1644  HB3 TYR A 101      51.924  28.460  54.106  1.00  0.52      A    H  \\nATOM   1645  CG  TYR A 101      50.458  26.949  53.679  1.00  0.52      A    C  \\nATOM   1646  CD1 TYR A 101      49.462  27.629  54.413  1.00  0.52      A    C  \\nATOM   1647  HD1 TYR A 101      49.754  28.478  55.013  1.00  0.52      A    H  \\nATOM   1648  CE1 TYR A 101      48.184  27.105  54.449  1.00  0.52      A    C  \\nATOM   1649  HE1 TYR A 101      47.442  27.640  55.023  1.00  0.52      A    H  \\nATOM   1650  CZ  TYR A 101      47.785  25.998  53.693  1.00  0.52      A    C  \\nATOM   1651  OH  TYR A 101      46.436  25.709  53.565  1.00  0.52      A    O  \\nATOM   1652  HH  TYR A 101      45.830  26.300  54.016  1.00  0.52      A    H  \\nATOM   1653  CE2 TYR A 101      48.752  25.363  52.863  1.00  0.52      A    C  \\nATOM   1654  HE2 TYR A 101      48.476  24.558  52.198  1.00  0.52      A    H  \\nATOM   1655  CD2 TYR A 101      50.101  25.804  52.951  1.00  0.52      A    C  \\nATOM   1656  HD2 TYR A 101      50.802  25.289  52.310  1.00  0.52      A    H  \\nATOM   1657  C   TYR A 101      51.526  28.173  51.175  1.00  0.52      A    C  \\nATOM   1658  O   TYR A 101      50.945  27.375  50.398  1.00  0.52      A    O  \\nATOM   1659  N   MET A 102      51.466  29.522  51.070  1.00  0.51      A    N  \\nATOM   1660  H   MET A 102      52.016  30.104  51.685  1.00  0.51      A    H  \\nATOM   1661  CA  MET A 102      50.717  30.171  50.016  1.00  0.51      A    C  \\nATOM   1662  HA  MET A 102      49.685  29.822  50.042  1.00  0.51      A    H  \\nATOM   1663  CB  MET A 102      50.658  31.704  50.240  1.00  0.51      A    C  \\nATOM   1664  HB2 MET A 102      51.677  31.914  50.564  1.00  0.51      A    H  \\nATOM   1665  HB3 MET A 102      50.498  32.234  49.301  1.00  0.51      A    H  \\nATOM   1666  CG  MET A 102      49.678  32.091  51.376  1.00  0.51      A    C  \\nATOM   1667  HG2 MET A 102      48.692  31.781  51.030  1.00  0.51      A    H  \\nATOM   1668  HG3 MET A 102      49.871  31.770  52.400  1.00  0.51      A    H  \\nATOM   1669  SD  MET A 102      49.618  33.868  51.671  1.00  0.51      A    S  \\nATOM   1670  CE  MET A 102      48.092  34.224  52.695  1.00  0.51      A    C  \\nATOM   1671  HE1 MET A 102      48.115  33.843  53.716  1.00  0.51      A    H  \\nATOM   1672  HE2 MET A 102      47.985  35.309  52.694  1.00  0.51      A    H  \\nATOM   1673  HE3 MET A 102      47.181  33.791  52.283  1.00  0.51      A    H  \\nATOM   1674  C   MET A 102      51.358  29.758  48.636  1.00  0.51      A    C  \\nATOM   1675  O   MET A 102      50.653  29.447  47.693  1.00  0.51      A    O  \\nATOM   1676  N   ALA A 103      52.704  29.904  48.451  1.00  0.53      A    N  \\nATOM   1677  H   ALA A 103      53.237  30.331  49.195  1.00  0.53      A    H  \\nATOM   1678  CA  ALA A 103      53.348  29.574  47.214  1.00  0.53      A    C  \\nATOM   1679  HA  ALA A 103      52.899  30.159  46.411  1.00  0.53      A    H  \\nATOM   1680  CB  ALA A 103      54.734  29.983  47.334  1.00  0.53      A    C  \\nATOM   1681  HB1 ALA A 103      55.334  29.558  48.138  1.00  0.53      A    H  \\nATOM   1682  HB2 ALA A 103      55.236  29.664  46.421  1.00  0.53      A    H  \\nATOM   1683  HB3 ALA A 103      54.779  31.046  47.575  1.00  0.53      A    H  \\nATOM   1684  C   ALA A 103      53.242  28.065  46.823  1.00  0.53      A    C  \\nATOM   1685  O   ALA A 103      53.237  27.731  45.639  1.00  0.53      A    O  \\nATOM   1686  N   THR A 104      53.101  27.207  47.811  1.00  0.48      A    N  \\nATOM   1687  H   THR A 104      53.152  27.643  48.720  1.00  0.48      A    H  \\nATOM   1688  CA  THR A 104      52.940  25.750  47.694  1.00  0.48      A    C  \\nATOM   1689  HA  THR A 104      53.617  25.267  46.989  1.00  0.48      A    H  \\nATOM   1690  CB  THR A 104      53.161  25.099  49.086  1.00  0.48      A    C  \\nATOM   1691  HB  THR A 104      52.411  25.580  49.714  1.00  0.48      A    H  \\nATOM   1692  CG2 THR A 104      53.051  23.516  49.045  1.00  0.48      A    C  \\nATOM   1693 HG21 THR A 104      52.578  23.204  48.114  1.00  0.48      A    H  \\nATOM   1694 HG22 THR A 104      54.076  23.180  48.893  1.00  0.48      A    H  \\nATOM   1695 HG23 THR A 104      52.699  23.017  49.948  1.00  0.48      A    H  \\nATOM   1696  OG1 THR A 104      54.436  25.366  49.762  1.00  0.48      A    O  \\nATOM   1697  HG1 THR A 104      54.532  26.317  49.669  1.00  0.48      A    H  \\nATOM   1698  C   THR A 104      51.555  25.430  47.240  1.00  0.48      A    C  \\nATOM   1699  O   THR A 104      51.280  24.472  46.514  1.00  0.48      A    O  \\nATOM   1700  N   GLN A 105      50.535  26.170  47.737  1.00  0.41      A    N  \\nATOM   1701  H   GLN A 105      50.648  26.801  48.517  1.00  0.41      A    H  \\nATOM   1702  CA  GLN A 105      49.179  26.080  47.170  1.00  0.41      A    C  \\nATOM   1703  HA  GLN A 105      48.933  25.021  47.254  1.00  0.41      A    H  \\nATOM   1704  CB  GLN A 105      48.235  26.959  48.101  1.00  0.41      A    C  \\nATOM   1705  HB2 GLN A 105      48.738  27.891  48.360  1.00  0.41      A    H  \\nATOM   1706  HB3 GLN A 105      47.257  27.152  47.658  1.00  0.41      A    H  \\nATOM   1707  CG  GLN A 105      47.994  26.177  49.465  1.00  0.41      A    C  \\nATOM   1708  HG2 GLN A 105      47.347  25.307  49.356  1.00  0.41      A    H  \\nATOM   1709  HG3 GLN A 105      48.901  25.924  50.014  1.00  0.41      A    H  \\nATOM   1710  CD  GLN A 105      47.285  27.178  50.314  1.00  0.41      A    C  \\nATOM   1711  OE1 GLN A 105      46.085  27.417  50.102  1.00  0.41      A    O  \\nATOM   1712  NE2 GLN A 105      47.880  27.858  51.256  1.00  0.41      A    N  \\nATOM   1713 HE21 GLN A 105      47.321  28.433  51.871  1.00  0.41      A    H  \\nATOM   1714 HE22 GLN A 105      48.875  27.822  51.428  1.00  0.41      A    H  \\nATOM   1715  C   GLN A 105      49.094  26.613  45.754  1.00  0.41      A    C  \\nATOM   1716  O   GLN A 105      48.446  25.966  44.948  1.00  0.41      A    O  \\nATOM   1717  N   ILE A 106      49.877  27.705  45.336  1.00  0.39      A    N  \\nATOM   1718  H   ILE A 106      50.444  28.215  45.998  1.00  0.39      A    H  \\nATOM   1719  CA  ILE A 106      49.831  28.180  43.916  1.00  0.39      A    C  \\nATOM   1720  HA  ILE A 106      48.786  28.208  43.607  1.00  0.39      A    H  \\nATOM   1721  CB  ILE A 106      50.455  29.592  43.865  1.00  0.39      A    C  \\nATOM   1722  HB  ILE A 106      51.375  29.488  44.440  1.00  0.39      A    H  \\nATOM   1723  CG2 ILE A 106      50.804  30.078  42.390  1.00  0.39      A    C  \\nATOM   1724 HG21 ILE A 106      49.877  30.172  41.825  1.00  0.39      A    H  \\nATOM   1725 HG22 ILE A 106      51.316  31.029  42.542  1.00  0.39      A    H  \\nATOM   1726 HG23 ILE A 106      51.379  29.297  41.893  1.00  0.39      A    H  \\nATOM   1727  CG1 ILE A 106      49.565  30.773  44.477  1.00  0.39      A    C  \\nATOM   1728 HG12 ILE A 106      48.966  31.171  43.658  1.00  0.39      A    H  \\nATOM   1729 HG13 ILE A 106      48.800  30.417  45.167  1.00  0.39      A    H  \\nATOM   1730  CD1 ILE A 106      50.362  31.863  45.138  1.00  0.39      A    C  \\nATOM   1731 HD11 ILE A 106      49.714  32.586  45.634  1.00  0.39      A    H  \\nATOM   1732 HD12 ILE A 106      50.995  31.366  45.873  1.00  0.39      A    H  \\nATOM   1733 HD13 ILE A 106      51.117  32.341  44.514  1.00  0.39      A    H  \\nATOM   1734  C   ILE A 106      50.478  27.174  42.893  1.00  0.39      A    C  \\nATOM   1735  O   ILE A 106      49.924  26.708  41.941  1.00  0.39      A    O  \\nATOM   1736  N   SER A 107      51.697  26.709  43.230  1.00  0.44      A    N  \\nATOM   1737  H   SER A 107      52.224  27.105  43.995  1.00  0.44      A    H  \\nATOM   1738  CA  SER A 107      52.308  25.591  42.453  1.00  0.44      A    C  \\nATOM   1739  HA  SER A 107      52.234  25.909  41.412  1.00  0.44      A    H  \\nATOM   1740  CB  SER A 107      53.838  25.485  42.831  1.00  0.44      A    C  \\nATOM   1741  HB2 SER A 107      54.221  24.677  42.209  1.00  0.44      A    H  \\nATOM   1742  HB3 SER A 107      54.271  26.422  42.481  1.00  0.44      A    H  \\nATOM   1743  OG  SER A 107      53.992  25.175  44.205  1.00  0.44      A    O  \\nATOM   1744  HG  SER A 107      54.050  25.983  44.719  1.00  0.44      A    H  \\nATOM   1745  C   SER A 107      51.598  24.164  42.516  1.00  0.44      A    C  \\nATOM   1746  O   SER A 107      51.787  23.359  41.638  1.00  0.44      A    O  \\nATOM   1747  N   SER A 108      50.798  23.901  43.518  1.00  0.43      A    N  \\nATOM   1748  H   SER A 108      50.856  24.617  44.228  1.00  0.43      A    H  \\nATOM   1749  CA  SER A 108      49.798  22.805  43.596  1.00  0.43      A    C  \\nATOM   1750  HA  SER A 108      50.274  21.916  43.183  1.00  0.43      A    H  \\nATOM   1751  CB  SER A 108      49.353  22.584  45.091  1.00  0.43      A    C  \\nATOM   1752  HB2 SER A 108      50.236  22.614  45.730  1.00  0.43      A    H  \\nATOM   1753  HB3 SER A 108      48.686  23.412  45.333  1.00  0.43      A    H  \\nATOM   1754  OG  SER A 108      48.684  21.371  45.190  1.00  0.43      A    O  \\nATOM   1755  HG  SER A 108      49.254  20.694  44.819  1.00  0.43      A    H  \\nATOM   1756  C   SER A 108      48.580  22.903  42.700  1.00  0.43      A    C  \\nATOM   1757  O   SER A 108      48.201  21.864  42.159  1.00  0.43      A    O  \\nATOM   1758  N   ALA A 109      47.973  24.053  42.680  1.00  0.41      A    N  \\nATOM   1759  H   ALA A 109      48.442  24.817  43.146  1.00  0.41      A    H  \\nATOM   1760  CA  ALA A 109      46.941  24.402  41.633  1.00  0.41      A    C  \\nATOM   1761  HA  ALA A 109      46.120  23.687  41.694  1.00  0.41      A    H  \\nATOM   1762  CB  ALA A 109      46.448  25.844  41.780  1.00  0.41      A    C  \\nATOM   1763  HB1 ALA A 109      46.080  26.275  40.849  1.00  0.41      A    H  \\nATOM   1764  HB2 ALA A 109      45.660  25.658  42.509  1.00  0.41      A    H  \\nATOM   1765  HB3 ALA A 109      47.242  26.520  42.097  1.00  0.41      A    H  \\nATOM   1766  C   ALA A 109      47.601  24.230  40.221  1.00  0.41      A    C  \\nATOM   1767  O   ALA A 109      47.071  23.532  39.385  1.00  0.41      A    O  \\nATOM   1768  N   MET A 110      48.778  24.808  40.084  1.00  0.41      A    N  \\nATOM   1769  H   MET A 110      49.134  25.541  40.680  1.00  0.41      A    H  \\nATOM   1770  CA  MET A 110      49.415  24.711  38.791  1.00  0.41      A    C  \\nATOM   1771  HA  MET A 110      48.866  25.049  37.912  1.00  0.41      A    H  \\nATOM   1772  CB  MET A 110      50.639  25.599  38.869  1.00  0.41      A    C  \\nATOM   1773  HB2 MET A 110      51.128  25.412  39.825  1.00  0.41      A    H  \\nATOM   1774  HB3 MET A 110      51.252  25.317  38.013  1.00  0.41      A    H  \\nATOM   1775  CG  MET A 110      50.324  27.095  38.852  1.00  0.41      A    C  \\nATOM   1776  HG2 MET A 110      49.763  27.288  39.766  1.00  0.41      A    H  \\nATOM   1777  HG3 MET A 110      51.280  27.616  38.892  1.00  0.41      A    H  \\nATOM   1778  SD  MET A 110      49.402  27.693  37.417  1.00  0.41      A    S  \\nATOM   1779  CE  MET A 110      50.528  27.360  35.975  1.00  0.41      A    C  \\nATOM   1780  HE1 MET A 110      50.039  27.562  35.023  1.00  0.41      A    H  \\nATOM   1781  HE2 MET A 110      51.336  28.082  36.100  1.00  0.41      A    H  \\nATOM   1782  HE3 MET A 110      50.821  26.316  35.864  1.00  0.41      A    H  \\nATOM   1783  C   MET A 110      49.868  23.298  38.433  1.00  0.41      A    C  \\nATOM   1784  O   MET A 110      49.667  22.916  37.318  1.00  0.41      A    O  \\nATOM   1785  N   GLU A 111      50.388  22.497  39.317  1.00  0.46      A    N  \\nATOM   1786  H   GLU A 111      50.255  22.873  40.245  1.00  0.46      A    H  \\nATOM   1787  CA  GLU A 111      50.596  20.998  39.233  1.00  0.46      A    C  \\nATOM   1788  HA  GLU A 111      51.468  20.837  38.599  1.00  0.46      A    H  \\nATOM   1789  CB  GLU A 111      51.014  20.438  40.611  1.00  0.46      A    C  \\nATOM   1790  HB2 GLU A 111      51.884  20.948  41.026  1.00  0.46      A    H  \\nATOM   1791  HB3 GLU A 111      50.166  20.581  41.281  1.00  0.46      A    H  \\nATOM   1792  CG  GLU A 111      51.425  18.984  40.550  1.00  0.46      A    C  \\nATOM   1793  HG2 GLU A 111      51.640  18.639  39.539  1.00  0.46      A    H  \\nATOM   1794  HG3 GLU A 111      52.380  18.938  41.074  1.00  0.46      A    H  \\nATOM   1795  CD  GLU A 111      50.367  18.004  41.099  1.00  0.46      A    C  \\nATOM   1796  OE1 GLU A 111      50.237  16.946  40.411  1.00  0.46      A    O  \\nATOM   1797  OE2 GLU A 111      49.660  18.296  42.091  1.00  0.46      A    O  \\nATOM   1798  C   GLU A 111      49.447  20.282  38.534  1.00  0.46      A    C  \\nATOM   1799  O   GLU A 111      49.608  19.352  37.701  1.00  0.46      A    O  \\nATOM   1800  N   TYR A 112      48.217  20.525  38.992  1.00  0.54      A    N  \\nATOM   1801  H   TYR A 112      48.143  21.044  39.856  1.00  0.54      A    H  \\nATOM   1802  CA  TYR A 112      46.971  20.155  38.204  1.00  0.54      A    C  \\nATOM   1803  HA  TYR A 112      46.983  19.075  38.060  1.00  0.54      A    H  \\nATOM   1804  CB  TYR A 112      45.810  20.431  39.156  1.00  0.54      A    C  \\nATOM   1805  HB2 TYR A 112      45.934  19.714  39.968  1.00  0.54      A    H  \\nATOM   1806  HB3 TYR A 112      45.983  21.442  39.524  1.00  0.54      A    H  \\nATOM   1807  CG  TYR A 112      44.419  20.308  38.552  1.00  0.54      A    C  \\nATOM   1808  CD1 TYR A 112      43.891  21.412  37.829  1.00  0.54      A    C  \\nATOM   1809  HD1 TYR A 112      44.354  22.376  37.678  1.00  0.54      A    H  \\nATOM   1810  CE1 TYR A 112      42.563  21.356  37.360  1.00  0.54      A    C  \\nATOM   1811  HE1 TYR A 112      42.093  22.215  36.904  1.00  0.54      A    H  \\nATOM   1812  CZ  TYR A 112      41.792  20.163  37.509  1.00  0.54      A    C  \\nATOM   1813  OH  TYR A 112      40.513  20.090  37.081  1.00  0.54      A    O  \\nATOM   1814  HH  TYR A 112      40.099  19.231  37.188  1.00  0.54      A    H  \\nATOM   1815  CE2 TYR A 112      42.378  19.008  38.200  1.00  0.54      A    C  \\nATOM   1816  HE2 TYR A 112      41.882  18.049  38.166  1.00  0.54      A    H  \\nATOM   1817  CD2 TYR A 112      43.650  19.125  38.792  1.00  0.54      A    C  \\nATOM   1818  HD2 TYR A 112      44.215  18.294  39.187  1.00  0.54      A    H  \\nATOM   1819  C   TYR A 112      46.721  20.813  36.838  1.00  0.54      A    C  \\nATOM   1820  O   TYR A 112      46.461  20.099  35.898  1.00  0.54      A    O  \\nATOM   1821  N   LEU A 113      46.896  22.100  36.650  1.00  0.54      A    N  \\nATOM   1822  H   LEU A 113      47.021  22.633  37.499  1.00  0.54      A    H  \\nATOM   1823  CA  LEU A 113      46.752  22.724  35.310  1.00  0.54      A    C  \\nATOM   1824  HA  LEU A 113      45.785  22.542  34.842  1.00  0.54      A    H  \\nATOM   1825  CB  LEU A 113      46.836  24.241  35.479  1.00  0.54      A    C  \\nATOM   1826  HB2 LEU A 113      47.831  24.500  35.840  1.00  0.54      A    H  \\nATOM   1827  HB3 LEU A 113      46.759  24.630  34.464  1.00  0.54      A    H  \\nATOM   1828  CG  LEU A 113      45.793  24.909  36.341  1.00  0.54      A    C  \\nATOM   1829  HG  LEU A 113      45.814  24.349  37.276  1.00  0.54      A    H  \\nATOM   1830  CD1 LEU A 113      46.291  26.321  36.758  1.00  0.54      A    C  \\nATOM   1831 HD11 LEU A 113      45.396  26.930  36.883  1.00  0.54      A    H  \\nATOM   1832 HD12 LEU A 113      46.761  26.255  37.739  1.00  0.54      A    H  \\nATOM   1833 HD13 LEU A 113      46.995  26.694  36.014  1.00  0.54      A    H  \\nATOM   1834  CD2 LEU A 113      44.402  24.980  35.723  1.00  0.54      A    C  \\nATOM   1835 HD21 LEU A 113      44.095  24.002  35.352  1.00  0.54      A    H  \\nATOM   1836 HD22 LEU A 113      43.722  25.315  36.506  1.00  0.54      A    H  \\nATOM   1837 HD23 LEU A 113      44.360  25.717  34.921  1.00  0.54      A    H  \\nATOM   1838  C   LEU A 113      47.709  22.105  34.265  1.00  0.54      A    C  \\nATOM   1839  O   LEU A 113      47.213  21.679  33.177  1.00  0.54      A    O  \\nATOM   1840  N   GLU A 114      48.967  21.981  34.555  1.00  0.51      A    N  \\nATOM   1841  H   GLU A 114      49.169  22.220  35.515  1.00  0.51      A    H  \\nATOM   1842  CA  GLU A 114      49.973  21.275  33.766  1.00  0.51      A    C  \\nATOM   1843  HA  GLU A 114      50.123  21.947  32.921  1.00  0.51      A    H  \\nATOM   1844  CB  GLU A 114      51.255  21.200  34.659  1.00  0.51      A    C  \\nATOM   1845  HB2 GLU A 114      51.575  22.232  34.803  1.00  0.51      A    H  \\nATOM   1846  HB3 GLU A 114      50.922  20.891  35.650  1.00  0.51      A    H  \\nATOM   1847  CG  GLU A 114      52.522  20.471  34.128  1.00  0.51      A    C  \\nATOM   1848  HG2 GLU A 114      52.339  19.396  34.114  1.00  0.51      A    H  \\nATOM   1849  HG3 GLU A 114      52.578  20.826  33.099  1.00  0.51      A    H  \\nATOM   1850  CD  GLU A 114      53.796  20.861  34.844  1.00  0.51      A    C  \\nATOM   1851  OE1 GLU A 114      54.638  21.544  34.259  1.00  0.51      A    O  \\nATOM   1852  OE2 GLU A 114      53.905  20.306  35.961  1.00  0.51      A    O  \\nATOM   1853  C   GLU A 114      49.569  19.818  33.280  1.00  0.51      A    C  \\nATOM   1854  O   GLU A 114      49.864  19.403  32.139  1.00  0.51      A    O  \\nATOM   1855  N   LYS A 115      49.013  19.012  34.219  1.00  0.70      A    N  \\nATOM   1856  H   LYS A 115      48.744  19.507  35.057  1.00  0.70      A    H  \\nATOM   1857  CA  LYS A 115      48.529  17.640  34.011  1.00  0.70      A    C  \\nATOM   1858  HA  LYS A 115      49.383  17.203  33.494  1.00  0.70      A    H  \\nATOM   1859  CB  LYS A 115      48.483  16.926  35.355  1.00  0.70      A    C  \\nATOM   1860  HB2 LYS A 115      49.514  16.803  35.687  1.00  0.70      A    H  \\nATOM   1861  HB3 LYS A 115      47.905  17.507  36.074  1.00  0.70      A    H  \\nATOM   1862  CG  LYS A 115      47.959  15.506  35.237  1.00  0.70      A    C  \\nATOM   1863  HG2 LYS A 115      46.932  15.639  34.894  1.00  0.70      A    H  \\nATOM   1864  HG3 LYS A 115      48.519  15.092  34.399  1.00  0.70      A    H  \\nATOM   1865  CD  LYS A 115      48.176  14.669  36.518  1.00  0.70      A    C  \\nATOM   1866  HD2 LYS A 115      49.215  14.792  36.825  1.00  0.70      A    H  \\nATOM   1867  HD3 LYS A 115      47.501  14.981  37.315  1.00  0.70      A    H  \\nATOM   1868  CE  LYS A 115      47.954  13.222  36.164  1.00  0.70      A    C  \\nATOM   1869  HE2 LYS A 115      47.070  13.117  35.536  1.00  0.70      A    H  \\nATOM   1870  HE3 LYS A 115      48.772  12.869  35.536  1.00  0.70      A    H  \\nATOM   1871  NZ  LYS A 115      47.810  12.333  37.389  1.00  0.70      A    N  \\nATOM   1872  HZ1 LYS A 115      47.048  12.652  37.969  1.00  0.70      A    H  \\nATOM   1873  HZ2 LYS A 115      47.809  11.339  37.208  1.00  0.70      A    H  \\nATOM   1874  HZ3 LYS A 115      48.623  12.314  37.989  1.00  0.70      A    H  \\nATOM   1875  C   LYS A 115      47.258  17.487  33.158  1.00  0.70      A    C  \\nATOM   1876  O   LYS A 115      47.221  16.477  32.443  1.00  0.70      A    O  \\nATOM   1877  N   LYS A 116      46.435  18.517  33.023  1.00  0.83      A    N  \\nATOM   1878  H   LYS A 116      46.634  19.226  33.714  1.00  0.83      A    H  \\nATOM   1879  CA  LYS A 116      45.281  18.759  32.084  1.00  0.83      A    C  \\nATOM   1880  HA  LYS A 116      44.930  17.777  31.766  1.00  0.83      A    H  \\nATOM   1881  CB  LYS A 116      44.042  19.343  32.806  1.00  0.83      A    C  \\nATOM   1882  HB2 LYS A 116      44.437  20.288  33.179  1.00  0.83      A    H  \\nATOM   1883  HB3 LYS A 116      43.189  19.433  32.133  1.00  0.83      A    H  \\nATOM   1884  CG  LYS A 116      43.563  18.453  34.022  1.00  0.83      A    C  \\nATOM   1885  HG2 LYS A 116      44.437  18.177  34.611  1.00  0.83      A    H  \\nATOM   1886  HG3 LYS A 116      42.806  19.020  34.564  1.00  0.83      A    H  \\nATOM   1887  CD  LYS A 116      42.880  17.119  33.473  1.00  0.83      A    C  \\nATOM   1888  HD2 LYS A 116      42.127  17.362  32.724  1.00  0.83      A    H  \\nATOM   1889  HD3 LYS A 116      43.609  16.494  32.957  1.00  0.83      A    H  \\nATOM   1890  CE  LYS A 116      42.353  16.269  34.637  1.00  0.83      A    C  \\nATOM   1891  HE2 LYS A 116      42.775  15.276  34.481  1.00  0.83      A    H  \\nATOM   1892  HE3 LYS A 116      42.693  16.781  35.537  1.00  0.83      A    H  \\nATOM   1893  NZ  LYS A 116      40.897  16.193  34.609  1.00  0.83      A    N  \\nATOM   1894  HZ1 LYS A 116      40.601  15.724  33.764  1.00  0.83      A    H  \\nATOM   1895  HZ2 LYS A 116      40.424  15.660  35.324  1.00  0.83      A    H  \\nATOM   1896  HZ3 LYS A 116      40.444  17.095  34.570  1.00  0.83      A    H  \\nATOM   1897  C   LYS A 116      45.709  19.668  30.830  1.00  0.83      A    C  \\nATOM   1898  O   LYS A 116      44.921  19.823  29.871  1.00  0.83      A    O  \\nATOM   1899  N   ASN A 117      46.923  20.223  30.792  1.00  0.81      A    N  \\nATOM   1900  H   ASN A 117      47.525  19.884  31.529  1.00  0.81      A    H  \\nATOM   1901  CA  ASN A 117      47.675  21.050  29.786  1.00  0.81      A    C  \\nATOM   1902  HA  ASN A 117      48.612  21.288  30.290  1.00  0.81      A    H  \\nATOM   1903  CB  ASN A 117      47.940  20.192  28.487  1.00  0.81      A    C  \\nATOM   1904  HB2 ASN A 117      47.000  20.228  27.937  1.00  0.81      A    H  \\nATOM   1905  HB3 ASN A 117      48.689  20.665  27.850  1.00  0.81      A    H  \\nATOM   1906  CG  ASN A 117      48.307  18.749  28.841  1.00  0.81      A    C  \\nATOM   1907  OD1 ASN A 117      47.530  17.854  29.196  1.00  0.81      A    O  \\nATOM   1908  ND2 ASN A 117      49.550  18.362  28.529  1.00  0.81      A    N  \\nATOM   1909 HD21 ASN A 117      49.827  17.481  28.939  1.00  0.81      A    H  \\nATOM   1910 HD22 ASN A 117      50.181  18.925  27.977  1.00  0.81      A    H  \\nATOM   1911  C   ASN A 117      47.017  22.427  29.573  1.00  0.81      A    C  \\nATOM   1912  O   ASN A 117      46.849  22.874  28.476  1.00  0.81      A    O  \\nATOM   1913  N   PHE A 118      46.605  23.088  30.662  1.00  0.57      A    N  \\nATOM   1914  H   PHE A 118      46.796  22.714  31.581  1.00  0.57      A    H  \\nATOM   1915  CA  PHE A 118      46.134  24.507  30.727  1.00  0.57      A    C  \\nATOM   1916  HA  PHE A 118      45.612  24.777  29.810  1.00  0.57      A    H  \\nATOM   1917  CB  PHE A 118      45.154  24.741  31.834  1.00  0.57      A    C  \\nATOM   1918  HB2 PHE A 118      45.659  24.440  32.752  1.00  0.57      A    H  \\nATOM   1919  HB3 PHE A 118      44.973  25.816  31.862  1.00  0.57      A    H  \\nATOM   1920  CG  PHE A 118      43.771  24.110  31.760  1.00  0.57      A    C  \\nATOM   1921  CD1 PHE A 118      42.678  24.965  31.433  1.00  0.57      A    C  \\nATOM   1922  HD1 PHE A 118      42.857  25.888  30.902  1.00  0.57      A    H  \\nATOM   1923  CE1 PHE A 118      41.384  24.509  31.652  1.00  0.57      A    C  \\nATOM   1924  HE1 PHE A 118      40.515  25.086  31.370  1.00  0.57      A    H  \\nATOM   1925  CZ  PHE A 118      41.163  23.314  32.245  1.00  0.57      A    C  \\nATOM   1926  HZ  PHE A 118      40.143  22.995  32.403  1.00  0.57      A    H  \\nATOM   1927  CE2 PHE A 118      42.222  22.489  32.629  1.00  0.57      A    C  \\nATOM   1928  HE2 PHE A 118      41.949  21.535  33.055  1.00  0.57      A    H  \\nATOM   1929  CD2 PHE A 118      43.513  22.877  32.395  1.00  0.57      A    C  \\nATOM   1930  HD2 PHE A 118      44.379  22.330  32.740  1.00  0.57      A    H  \\nATOM   1931  C   PHE A 118      47.288  25.478  30.837  1.00  0.57      A    C  \\nATOM   1932  O   PHE A 118      48.346  25.095  31.361  1.00  0.57      A    O  \\nATOM   1933  N   ILE A 119      47.028  26.696  30.352  1.00  0.51      A    N  \\nATOM   1934  H   ILE A 119      46.141  26.876  29.905  1.00  0.51      A    H  \\nATOM   1935  CA  ILE A 119      47.949  27.816  30.374  1.00  0.51      A    C  \\nATOM   1936  HA  ILE A 119      48.629  27.648  31.209  1.00  0.51      A    H  \\nATOM   1937  CB  ILE A 119      48.673  28.083  29.059  1.00  0.51      A    C  \\nATOM   1938  HB  ILE A 119      47.936  28.593  28.438  1.00  0.51      A    H  \\nATOM   1939  CG2 ILE A 119      49.835  28.978  29.545  1.00  0.51      A    C  \\nATOM   1940 HG21 ILE A 119      50.345  28.360  30.284  1.00  0.51      A    H  \\nATOM   1941 HG22 ILE A 119      50.511  29.410  28.808  1.00  0.51      A    H  \\nATOM   1942 HG23 ILE A 119      49.434  29.885  29.997  1.00  0.51      A    H  \\nATOM   1943  CG1 ILE A 119      49.167  26.927  28.254  1.00  0.51      A    C  \\nATOM   1944 HG12 ILE A 119      49.986  26.430  28.773  1.00  0.51      A    H  \\nATOM   1945 HG13 ILE A 119      48.429  26.140  28.097  1.00  0.51      A    H  \\nATOM   1946  CD1 ILE A 119      49.769  27.272  26.912  1.00  0.51      A    C  \\nATOM   1947 HD11 ILE A 119      50.562  28.019  26.962  1.00  0.51      A    H  \\nATOM   1948 HD12 ILE A 119      50.226  26.407  26.431  1.00  0.51      A    H  \\nATOM   1949 HD13 ILE A 119      49.027  27.733  26.261  1.00  0.51      A    H  \\nATOM   1950  C   ILE A 119      47.100  29.000  30.775  1.00  0.51      A    C  \\nATOM   1951  O   ILE A 119      46.151  29.359  30.058  1.00  0.51      A    O  \\nATOM   1952  N   HIS A 120      47.393  29.660  31.905  1.00  0.48      A    N  \\nATOM   1953  H   HIS A 120      48.288  29.331  32.238  1.00  0.48      A    H  \\nATOM   1954  CA  HIS A 120      46.741  30.877  32.476  1.00  0.48      A    C  \\nATOM   1955  HA  HIS A 120      45.683  30.752  32.246  1.00  0.48      A    H  \\nATOM   1956  CB  HIS A 120      47.025  30.852  33.979  1.00  0.48      A    C  \\nATOM   1957  HB2 HIS A 120      46.523  29.931  34.275  1.00  0.48      A    H  \\nATOM   1958  HB3 HIS A 120      48.114  30.839  34.021  1.00  0.48      A    H  \\nATOM   1959  CG  HIS A 120      46.508  31.987  34.832  1.00  0.48      A    C  \\nATOM   1960  ND1 HIS A 120      47.001  33.333  34.742  1.00  0.48      A    N  \\nATOM   1961  CE1 HIS A 120      46.123  34.128  35.334  1.00  0.48      A    C  \\nATOM   1962  HE1 HIS A 120      46.315  35.186  35.442  1.00  0.48      A    H  \\nATOM   1963  NE2 HIS A 120      45.089  33.387  35.821  1.00  0.48      A    N  \\nATOM   1964  HE2 HIS A 120      44.225  33.778  36.170  1.00  0.48      A    H  \\nATOM   1965  CD2 HIS A 120      45.281  32.093  35.439  1.00  0.48      A    C  \\nATOM   1966  HD2 HIS A 120      44.546  31.318  35.598  1.00  0.48      A    H  \\nATOM   1967  C   HIS A 120      47.157  32.205  31.926  1.00  0.48      A    C  \\nATOM   1968  O   HIS A 120      46.292  33.069  31.722  1.00  0.48      A    O  \\nATOM   1969  N   ARG A 121      48.474  32.401  31.755  1.00  0.52      A    N  \\nATOM   1970  H   ARG A 121      49.138  31.666  31.950  1.00  0.52      A    H  \\nATOM   1971  CA  ARG A 121      49.188  33.458  31.010  1.00  0.52      A    C  \\nATOM   1972  HA  ARG A 121      50.171  32.998  30.906  1.00  0.52      A    H  \\nATOM   1973  CB  ARG A 121      48.541  33.752  29.642  1.00  0.52      A    C  \\nATOM   1974  HB2 ARG A 121      47.508  34.070  29.780  1.00  0.52      A    H  \\nATOM   1975  HB3 ARG A 121      49.283  34.400  29.176  1.00  0.52      A    H  \\nATOM   1976  CG  ARG A 121      48.462  32.522  28.693  1.00  0.52      A    C  \\nATOM   1977  HG2 ARG A 121      49.403  31.985  28.807  1.00  0.52      A    H  \\nATOM   1978  HG3 ARG A 121      47.701  31.884  29.142  1.00  0.52      A    H  \\nATOM   1979  CD  ARG A 121      48.129  32.783  27.257  1.00  0.52      A    C  \\nATOM   1980  HD2 ARG A 121      48.826  33.567  26.964  1.00  0.52      A    H  \\nATOM   1981  HD3 ARG A 121      48.313  31.874  26.685  1.00  0.52      A    H  \\nATOM   1982  NE  ARG A 121      46.760  33.288  26.969  1.00  0.52      A    N  \\nATOM   1983  HE  ARG A 121      46.074  32.547  26.974  1.00  0.52      A    H  \\nATOM   1984  CZ  ARG A 121      46.332  34.388  26.480  1.00  0.52      A    C  \\nATOM   1985  NH1 ARG A 121      46.982  35.489  26.352  1.00  0.52      A    N  \\nATOM   1986 HH11 ARG A 121      47.969  35.557  26.556  1.00  0.52      A    H  \\nATOM   1987 HH12 ARG A 121      46.509  36.287  25.953  1.00  0.52      A    H  \\nATOM   1988  NH2 ARG A 121      45.067  34.367  26.124  1.00  0.52      A    N  \\nATOM   1989 HH21 ARG A 121      44.468  33.625  26.456  1.00  0.52      A    H  \\nATOM   1990 HH22 ARG A 121      44.615  35.199  25.772  1.00  0.52      A    H  \\nATOM   1991  C   ARG A 121      49.451  34.721  31.869  1.00  0.52      A    C  \\nATOM   1992  O   ARG A 121      50.074  35.628  31.360  1.00  0.52      A    O  \\nATOM   1993  N   ASP A 122      49.096  34.825  33.140  1.00  0.57      A    N  \\nATOM   1994  H   ASP A 122      48.564  34.058  33.524  1.00  0.57      A    H  \\nATOM   1995  CA  ASP A 122      49.198  36.026  33.960  1.00  0.57      A    C  \\nATOM   1996  HA  ASP A 122      50.070  36.612  33.667  1.00  0.57      A    H  \\nATOM   1997  CB  ASP A 122      47.933  36.881  33.630  1.00  0.57      A    C  \\nATOM   1998  HB2 ASP A 122      47.772  36.820  32.554  1.00  0.57      A    H  \\nATOM   1999  HB3 ASP A 122      47.085  36.438  34.151  1.00  0.57      A    H  \\nATOM   2000  CG  ASP A 122      47.970  38.385  34.039  1.00  0.57      A    C  \\nATOM   2001  OD1 ASP A 122      48.939  38.854  34.642  1.00  0.57      A    O  \\nATOM   2002  OD2 ASP A 122      47.125  39.206  33.644  1.00  0.57      A    O  \\nATOM   2003  C   ASP A 122      49.339  35.746  35.509  1.00  0.57      A    C  \\nATOM   2004  O   ASP A 122      48.593  36.318  36.331  1.00  0.57      A    O  \\nATOM   2005  N   LEU A 123      50.237  34.758  35.924  1.00  0.49      A    N  \\nATOM   2006  H   LEU A 123      50.839  34.350  35.224  1.00  0.49      A    H  \\nATOM   2007  CA  LEU A 123      50.212  34.095  37.230  1.00  0.49      A    C  \\nATOM   2008  HA  LEU A 123      49.216  34.084  37.672  1.00  0.49      A    H  \\nATOM   2009  CB  LEU A 123      50.890  32.729  37.174  1.00  0.49      A    C  \\nATOM   2010  HB2 LEU A 123      50.338  32.246  36.367  1.00  0.49      A    H  \\nATOM   2011  HB3 LEU A 123      51.942  32.848  36.918  1.00  0.49      A    H  \\nATOM   2012  CG  LEU A 123      50.787  31.853  38.455  1.00  0.49      A    C  \\nATOM   2013  HG  LEU A 123      51.115  32.401  39.338  1.00  0.49      A    H  \\nATOM   2014  CD1 LEU A 123      49.289  31.553  38.736  1.00  0.49      A    C  \\nATOM   2015 HD11 LEU A 123      48.716  31.294  37.845  1.00  0.49      A    H  \\nATOM   2016 HD12 LEU A 123      49.145  30.643  39.319  1.00  0.49      A    H  \\nATOM   2017 HD13 LEU A 123      48.769  32.376  39.226  1.00  0.49      A    H  \\nATOM   2018  CD2 LEU A 123      51.507  30.546  38.241  1.00  0.49      A    C  \\nATOM   2019 HD21 LEU A 123      52.521  30.809  37.939  1.00  0.49      A    H  \\nATOM   2020 HD22 LEU A 123      51.555  30.145  39.254  1.00  0.49      A    H  \\nATOM   2021 HD23 LEU A 123      50.972  29.938  37.512  1.00  0.49      A    H  \\nATOM   2022  C   LEU A 123      51.037  35.011  38.136  1.00  0.49      A    C  \\nATOM   2023  O   LEU A 123      52.259  35.107  38.080  1.00  0.49      A    O  \\nATOM   2024  N   ALA A 124      50.245  35.782  38.876  1.00  0.54      A    N  \\nATOM   2025  H   ALA A 124      49.249  35.760  38.712  1.00  0.54      A    H  \\nATOM   2026  CA  ALA A 124      50.751  36.968  39.607  1.00  0.54      A    C  \\nATOM   2027  HA  ALA A 124      51.714  36.824  40.099  1.00  0.54      A    H  \\nATOM   2028  CB  ALA A 124      50.688  38.176  38.650  1.00  0.54      A    C  \\nATOM   2029  HB1 ALA A 124      49.638  38.227  38.361  1.00  0.54      A    H  \\nATOM   2030  HB2 ALA A 124      50.979  39.089  39.170  1.00  0.54      A    H  \\nATOM   2031  HB3 ALA A 124      51.276  37.933  37.765  1.00  0.54      A    H  \\nATOM   2032  C   ALA A 124      49.760  37.247  40.798  1.00  0.54      A    C  \\nATOM   2033  O   ALA A 124      48.570  36.889  40.738  1.00  0.54      A    O  \\nATOM   2034  N   ALA A 125      50.214  37.921  41.908  1.00  0.56      A    N  \\nATOM   2035  H   ALA A 125      51.143  38.314  41.863  1.00  0.56      A    H  \\nATOM   2036  CA  ALA A 125      49.538  38.152  43.222  1.00  0.56      A    C  \\nATOM   2037  HA  ALA A 125      49.299  37.216  43.726  1.00  0.56      A    H  \\nATOM   2038  CB  ALA A 125      50.559  38.955  44.089  1.00  0.56      A    C  \\nATOM   2039  HB1 ALA A 125      50.642  39.965  43.687  1.00  0.56      A    H  \\nATOM   2040  HB2 ALA A 125      50.305  38.970  45.149  1.00  0.56      A    H  \\nATOM   2041  HB3 ALA A 125      51.550  38.503  44.059  1.00  0.56      A    H  \\nATOM   2042  C   ALA A 125      48.159  38.913  43.067  1.00  0.56      A    C  \\nATOM   2043  O   ALA A 125      47.210  38.535  43.748  1.00  0.56      A    O  \\nATOM   2044  N   ARG A 126      47.999  39.822  42.095  1.00  0.60      A    N  \\nATOM   2045  H   ARG A 126      48.867  40.091  41.655  1.00  0.60      A    H  \\nATOM   2046  CA  ARG A 126      46.707  40.299  41.524  1.00  0.60      A    C  \\nATOM   2047  HA  ARG A 126      46.181  40.791  42.343  1.00  0.60      A    H  \\nATOM   2048  CB  ARG A 126      47.037  41.304  40.419  1.00  0.60      A    C  \\nATOM   2049  HB2 ARG A 126      46.112  41.775  40.087  1.00  0.60      A    H  \\nATOM   2050  HB3 ARG A 126      47.732  42.022  40.855  1.00  0.60      A    H  \\nATOM   2051  CG  ARG A 126      47.549  40.645  39.198  1.00  0.60      A    C  \\nATOM   2052  HG2 ARG A 126      48.490  40.199  39.520  1.00  0.60      A    H  \\nATOM   2053  HG3 ARG A 126      46.954  39.854  38.742  1.00  0.60      A    H  \\nATOM   2054  CD  ARG A 126      47.813  41.749  38.113  1.00  0.60      A    C  \\nATOM   2055  HD2 ARG A 126      46.879  42.076  37.656  1.00  0.60      A    H  \\nATOM   2056  HD3 ARG A 126      48.340  42.563  38.610  1.00  0.60      A    H  \\nATOM   2057  NE  ARG A 126      48.666  41.115  37.057  1.00  0.60      A    N  \\nATOM   2058  HE  ARG A 126      48.071  40.662  36.378  1.00  0.60      A    H  \\nATOM   2059  CZ  ARG A 126      50.025  41.117  37.010  1.00  0.60      A    C  \\nATOM   2060  NH1 ARG A 126      50.831  41.795  37.766  1.00  0.60      A    N  \\nATOM   2061 HH11 ARG A 126      50.483  42.518  38.380  1.00  0.60      A    H  \\nATOM   2062 HH12 ARG A 126      51.823  41.708  37.601  1.00  0.60      A    H  \\nATOM   2063  NH2 ARG A 126      50.661  40.357  36.177  1.00  0.60      A    N  \\nATOM   2064 HH21 ARG A 126      50.134  39.880  35.460  1.00  0.60      A    H  \\nATOM   2065 HH22 ARG A 126      51.669  40.294  36.135  1.00  0.60      A    H  \\nATOM   2066  C   ARG A 126      45.692  39.252  41.010  1.00  0.60      A    C  \\nATOM   2067  O   ARG A 126      44.526  39.565  41.035  1.00  0.60      A    O  \\nATOM   2068  N   ASN A 127      46.083  38.063  40.506  1.00  0.51      A    N  \\nATOM   2069  H   ASN A 127      47.072  37.864  40.465  1.00  0.51      A    H  \\nATOM   2070  CA  ASN A 127      45.279  36.955  40.186  1.00  0.51      A    C  \\nATOM   2071  HA  ASN A 127      44.231  37.252  40.164  1.00  0.51      A    H  \\nATOM   2072  CB  ASN A 127      45.598  36.528  38.745  1.00  0.51      A    C  \\nATOM   2073  HB2 ASN A 127      46.626  36.166  38.729  1.00  0.51      A    H  \\nATOM   2074  HB3 ASN A 127      44.966  35.655  38.583  1.00  0.51      A    H  \\nATOM   2075  CG  ASN A 127      45.420  37.512  37.651  1.00  0.51      A    C  \\nATOM   2076  OD1 ASN A 127      44.298  37.852  37.272  1.00  0.51      A    O  \\nATOM   2077  ND2 ASN A 127      46.444  37.976  37.047  1.00  0.51      A    N  \\nATOM   2078 HD21 ASN A 127      46.430  38.628  36.276  1.00  0.51      A    H  \\nATOM   2079 HD22 ASN A 127      47.324  37.600  37.371  1.00  0.51      A    H  \\nATOM   2080  C   ASN A 127      45.471  35.847  41.197  1.00  0.51      A    C  \\nATOM   2081  O   ASN A 127      45.440  34.651  40.828  1.00  0.51      A    O  \\nATOM   2082  N   CYS A 128      45.660  36.156  42.499  1.00  0.49      A    N  \\nATOM   2083  H   CYS A 128      45.676  37.140  42.724  1.00  0.49      A    H  \\nATOM   2084  CA  CYS A 128      45.450  35.140  43.548  1.00  0.49      A    C  \\nATOM   2085  HA  CYS A 128      45.048  34.182  43.217  1.00  0.49      A    H  \\nATOM   2086  CB  CYS A 128      46.835  34.800  44.096  1.00  0.49      A    C  \\nATOM   2087  HB2 CYS A 128      47.333  35.665  44.534  1.00  0.49      A    H  \\nATOM   2088  HB3 CYS A 128      46.783  34.278  45.052  1.00  0.49      A    H  \\nATOM   2089  SG  CYS A 128      47.906  33.896  42.938  1.00  0.49      A    S  \\nATOM   2090  HG  CYS A 128      47.486  34.404  41.776  1.00  0.49      A    H  \\nATOM   2091  C   CYS A 128      44.625  35.761  44.625  1.00  0.49      A    C  \\nATOM   2092  O   CYS A 128      44.640  36.966  44.876  1.00  0.49      A    O  \\nATOM   2093  N   LEU A 129      43.733  34.948  45.222  1.00  0.46      A    N  \\nATOM   2094  H   LEU A 129      43.797  33.953  45.058  1.00  0.46      A    H  \\nATOM   2095  CA  LEU A 129      42.651  35.425  46.125  1.00  0.46      A    C  \\nATOM   2096  HA  LEU A 129      42.777  36.486  46.343  1.00  0.46      A    H  \\nATOM   2097  CB  LEU A 129      41.275  35.183  45.439  1.00  0.46      A    C  \\nATOM   2098  HB2 LEU A 129      41.101  34.138  45.183  1.00  0.46      A    H  \\nATOM   2099  HB3 LEU A 129      40.460  35.504  46.088  1.00  0.46      A    H  \\nATOM   2100  CG  LEU A 129      41.027  35.957  44.124  1.00  0.46      A    C  \\nATOM   2101  HG  LEU A 129      41.683  35.462  43.408  1.00  0.46      A    H  \\nATOM   2102  CD1 LEU A 129      39.605  35.737  43.735  1.00  0.46      A    C  \\nATOM   2103 HD11 LEU A 129      38.926  36.069  44.520  1.00  0.46      A    H  \\nATOM   2104 HD12 LEU A 129      39.318  36.262  42.824  1.00  0.46      A    H  \\nATOM   2105 HD13 LEU A 129      39.386  34.670  43.685  1.00  0.46      A    H  \\nATOM   2106  CD2 LEU A 129      41.338  37.441  44.041  1.00  0.46      A    C  \\nATOM   2107 HD21 LEU A 129      42.368  37.563  44.376  1.00  0.46      A    H  \\nATOM   2108 HD22 LEU A 129      41.125  37.833  43.046  1.00  0.46      A    H  \\nATOM   2109 HD23 LEU A 129      40.643  37.983  44.683  1.00  0.46      A    H  \\nATOM   2110  C   LEU A 129      42.817  34.679  47.491  1.00  0.46      A    C  \\nATOM   2111  O   LEU A 129      43.430  33.625  47.551  1.00  0.46      A    O  \\nATOM   2112  N   VAL A 130      42.285  35.161  48.565  1.00  0.48      A    N  \\nATOM   2113  H   VAL A 130      41.873  36.078  48.471  1.00  0.48      A    H  \\nATOM   2114  CA  VAL A 130      42.585  34.704  49.921  1.00  0.48      A    C  \\nATOM   2115  HA  VAL A 130      43.280  33.865  49.868  1.00  0.48      A    H  \\nATOM   2116  CB  VAL A 130      43.453  35.777  50.667  1.00  0.48      A    C  \\nATOM   2117  HB  VAL A 130      42.869  36.667  50.900  1.00  0.48      A    H  \\nATOM   2118  CG1 VAL A 130      43.789  35.257  52.063  1.00  0.48      A    C  \\nATOM   2119 HG11 VAL A 130      44.486  35.935  52.556  1.00  0.48      A    H  \\nATOM   2120 HG12 VAL A 130      42.914  35.231  52.713  1.00  0.48      A    H  \\nATOM   2121 HG13 VAL A 130      44.299  34.295  52.008  1.00  0.48      A    H  \\nATOM   2122  CG2 VAL A 130      44.743  36.287  49.903  1.00  0.48      A    C  \\nATOM   2123 HG21 VAL A 130      44.369  36.769  48.999  1.00  0.48      A    H  \\nATOM   2124 HG22 VAL A 130      45.213  36.983  50.598  1.00  0.48      A    H  \\nATOM   2125 HG23 VAL A 130      45.332  35.381  49.761  1.00  0.48      A    H  \\nATOM   2126  C   VAL A 130      41.348  34.322  50.720  1.00  0.48      A    C  \\nATOM   2127  O   VAL A 130      40.368  35.046  50.835  1.00  0.48      A    O  \\nATOM   2128  N   GLY A 131      41.356  33.082  51.250  1.00  0.63      A    N  \\nATOM   2129  H   GLY A 131      42.286  32.694  51.184  1.00  0.63      A    H  \\nATOM   2130  CA  GLY A 131      40.428  32.402  52.223  1.00  0.63      A    C  \\nATOM   2131  HA2 GLY A 131      39.403  32.773  52.211  1.00  0.63      A    H  \\nATOM   2132  HA3 GLY A 131      40.445  31.348  51.947  1.00  0.63      A    H  \\nATOM   2133  C   GLY A 131      40.941  32.693  53.632  1.00  0.63      A    C  \\nATOM   2134  O   GLY A 131      42.040  33.240  53.890  1.00  0.63      A    O  \\nATOM   2135  N   GLU A 132      40.119  32.300  54.582  1.00  0.77      A    N  \\nATOM   2136  H   GLU A 132      39.183  31.982  54.374  1.00  0.77      A    H  \\nATOM   2137  CA  GLU A 132      40.514  32.268  56.008  1.00  0.77      A    C  \\nATOM   2138  HA  GLU A 132      40.835  33.240  56.381  1.00  0.77      A    H  \\nATOM   2139  CB  GLU A 132      39.333  31.962  56.951  1.00  0.77      A    C  \\nATOM   2140  HB2 GLU A 132      38.891  31.031  56.596  1.00  0.77      A    H  \\nATOM   2141  HB3 GLU A 132      39.783  31.825  57.934  1.00  0.77      A    H  \\nATOM   2142  CG  GLU A 132      38.228  32.973  57.218  1.00  0.77      A    C  \\nATOM   2143  HG2 GLU A 132      38.673  33.965  57.295  1.00  0.77      A    H  \\nATOM   2144  HG3 GLU A 132      37.515  32.945  56.393  1.00  0.77      A    H  \\nATOM   2145  CD  GLU A 132      37.471  32.785  58.611  1.00  0.77      A    C  \\nATOM   2146  OE1 GLU A 132      37.212  33.818  59.255  1.00  0.77      A    O  \\nATOM   2147  OE2 GLU A 132      37.182  31.624  58.982  1.00  0.77      A    O  \\nATOM   2148  C   GLU A 132      41.704  31.287  56.234  1.00  0.77      A    C  \\nATOM   2149  O   GLU A 132      41.895  30.262  55.479  1.00  0.77      A    O  \\nATOM   2150  N   ASN A 133      42.507  31.516  57.325  1.00  0.83      A    N  \\nATOM   2151  H   ASN A 133      42.182  32.246  57.943  1.00  0.83      A    H  \\nATOM   2152  CA  ASN A 133      43.511  30.589  57.890  1.00  0.83      A    C  \\nATOM   2153  HA  ASN A 133      44.020  31.105  58.705  1.00  0.83      A    H  \\nATOM   2154  CB  ASN A 133      42.842  29.335  58.438  1.00  0.83      A    C  \\nATOM   2155  HB2 ASN A 133      42.929  28.541  57.696  1.00  0.83      A    H  \\nATOM   2156  HB3 ASN A 133      43.442  29.047  59.301  1.00  0.83      A    H  \\nATOM   2157  CG  ASN A 133      41.388  29.434  58.867  1.00  0.83      A    C  \\nATOM   2158  OD1 ASN A 133      41.042  29.999  59.886  1.00  0.83      A    O  \\nATOM   2159  ND2 ASN A 133      40.558  28.772  58.033  1.00  0.83      A    N  \\nATOM   2160 HD21 ASN A 133      39.593  28.812  58.328  1.00  0.83      A    H  \\nATOM   2161 HD22 ASN A 133      40.904  28.456  57.138  1.00  0.83      A    H  \\nATOM   2162  C   ASN A 133      44.687  30.342  56.912  1.00  0.83      A    C  \\nATOM   2163  O   ASN A 133      45.199  29.226  56.878  1.00  0.83      A    O  \\nATOM   2164  N   HIS A 134      45.053  31.338  56.102  1.00  0.65      A    N  \\nATOM   2165  H   HIS A 134      44.615  32.233  56.270  1.00  0.65      A    H  \\nATOM   2166  CA  HIS A 134      46.112  31.277  55.081  1.00  0.65      A    C  \\nATOM   2167  HA  HIS A 134      46.149  32.275  54.644  1.00  0.65      A    H  \\nATOM   2168  CB  HIS A 134      47.466  31.041  55.745  1.00  0.65      A    C  \\nATOM   2169  HB2 HIS A 134      47.586  29.974  55.932  1.00  0.65      A    H  \\nATOM   2170  HB3 HIS A 134      48.272  31.317  55.065  1.00  0.65      A    H  \\nATOM   2171  CG  HIS A 134      47.674  31.913  56.879  1.00  0.65      A    C  \\nATOM   2172  ND1 HIS A 134      47.860  31.488  58.231  1.00  0.65      A    N  \\nATOM   2173  CE1 HIS A 134      47.902  32.569  58.954  1.00  0.65      A    C  \\nATOM   2174  HE1 HIS A 134      48.099  32.571  60.015  1.00  0.65      A    H  \\nATOM   2175  NE2 HIS A 134      47.728  33.672  58.290  1.00  0.65      A    N  \\nATOM   2176  HE2 HIS A 134      47.651  34.601  58.678  1.00  0.65      A    H  \\nATOM   2177  CD2 HIS A 134      47.668  33.312  56.927  1.00  0.65      A    C  \\nATOM   2178  HD2 HIS A 134      47.344  33.946  56.115  1.00  0.65      A    H  \\nATOM   2179  C   HIS A 134      45.819  30.372  53.880  1.00  0.65      A    C  \\nATOM   2180  O   HIS A 134      46.721  29.919  53.161  1.00  0.65      A    O  \\nATOM   2181  N   LEU A 135      44.523  30.196  53.523  1.00  0.54      A    N  \\nATOM   2182  H   LEU A 135      43.823  30.545  54.161  1.00  0.54      A    H  \\nATOM   2183  CA  LEU A 135      44.172  29.623  52.202  1.00  0.54      A    C  \\nATOM   2184  HA  LEU A 135      44.911  28.837  52.041  1.00  0.54      A    H  \\nATOM   2185  CB  LEU A 135      42.684  29.028  52.315  1.00  0.54      A    C  \\nATOM   2186  HB2 LEU A 135      42.729  28.238  53.065  1.00  0.54      A    H  \\nATOM   2187  HB3 LEU A 135      41.969  29.750  52.708  1.00  0.54      A    H  \\nATOM   2188  CG  LEU A 135      42.028  28.534  50.950  1.00  0.54      A    C  \\nATOM   2189  HG  LEU A 135      42.015  29.321  50.196  1.00  0.54      A    H  \\nATOM   2190  CD1 LEU A 135      42.620  27.303  50.370  1.00  0.54      A    C  \\nATOM   2191 HD11 LEU A 135      42.663  26.503  51.110  1.00  0.54      A    H  \\nATOM   2192 HD12 LEU A 135      42.244  27.027  49.385  1.00  0.54      A    H  \\nATOM   2193 HD13 LEU A 135      43.673  27.568  50.275  1.00  0.54      A    H  \\nATOM   2194  CD2 LEU A 135      40.573  28.217  51.169  1.00  0.54      A    C  \\nATOM   2195 HD21 LEU A 135      40.167  28.017  50.178  1.00  0.54      A    H  \\nATOM   2196 HD22 LEU A 135      40.397  27.460  51.933  1.00  0.54      A    H  \\nATOM   2197 HD23 LEU A 135      40.072  29.079  51.610  1.00  0.54      A    H  \\nATOM   2198  C   LEU A 135      44.422  30.637  51.063  1.00  0.54      A    C  \\nATOM   2199  O   LEU A 135      44.144  31.825  51.177  1.00  0.54      A    O  \\nATOM   2200  N   VAL A 136      44.861  30.118  49.914  1.00  0.48      A    N  \\nATOM   2201  H   VAL A 136      45.179  29.161  49.851  1.00  0.48      A    H  \\nATOM   2202  CA  VAL A 136      45.044  30.908  48.677  1.00  0.48      A    C  \\nATOM   2203  HA  VAL A 136      44.408  31.789  48.764  1.00  0.48      A    H  \\nATOM   2204  CB  VAL A 136      46.504  31.399  48.325  1.00  0.48      A    C  \\nATOM   2205  HB  VAL A 136      47.178  30.620  48.682  1.00  0.48      A    H  \\nATOM   2206  CG1 VAL A 136      46.895  31.682  46.899  1.00  0.48      A    C  \\nATOM   2207 HG11 VAL A 136      46.182  32.441  46.576  1.00  0.48      A    H  \\nATOM   2208 HG12 VAL A 136      47.922  32.025  46.778  1.00  0.48      A    H  \\nATOM   2209 HG13 VAL A 136      46.681  30.887  46.185  1.00  0.48      A    H  \\nATOM   2210  CG2 VAL A 136      46.681  32.667  49.232  1.00  0.48      A    C  \\nATOM   2211 HG21 VAL A 136      45.991  33.457  48.939  1.00  0.48      A    H  \\nATOM   2212 HG22 VAL A 136      46.668  32.514  50.311  1.00  0.48      A    H  \\nATOM   2213 HG23 VAL A 136      47.639  33.125  48.986  1.00  0.48      A    H  \\nATOM   2214  C   VAL A 136      44.551  30.145  47.443  1.00  0.48      A    C  \\nATOM   2215  O   VAL A 136      44.612  28.924  47.303  1.00  0.48      A    O  \\nATOM   2216  N   LYS A 137      43.815  30.871  46.579  1.00  0.44      A    N  \\nATOM   2217  H   LYS A 137      43.818  31.879  46.640  1.00  0.44      A    H  \\nATOM   2218  CA  LYS A 137      43.390  30.245  45.289  1.00  0.44      A    C  \\nATOM   2219  HA  LYS A 137      43.977  29.331  45.207  1.00  0.44      A    H  \\nATOM   2220  CB  LYS A 137      41.913  29.920  45.218  1.00  0.44      A    C  \\nATOM   2221  HB2 LYS A 137      41.386  30.859  45.048  1.00  0.44      A    H  \\nATOM   2222  HB3 LYS A 137      41.894  29.380  44.272  1.00  0.44      A    H  \\nATOM   2223  CG  LYS A 137      41.390  29.032  46.358  1.00  0.44      A    C  \\nATOM   2224  HG2 LYS A 137      42.119  28.264  46.618  1.00  0.44      A    H  \\nATOM   2225  HG3 LYS A 137      41.134  29.674  47.201  1.00  0.44      A    H  \\nATOM   2226  CD  LYS A 137      40.007  28.431  45.947  1.00  0.44      A    C  \\nATOM   2227  HD2 LYS A 137      39.300  29.205  45.650  1.00  0.44      A    H  \\nATOM   2228  HD3 LYS A 137      40.150  27.787  45.079  1.00  0.44      A    H  \\nATOM   2229  CE  LYS A 137      39.391  27.643  47.179  1.00  0.44      A    C  \\nATOM   2230  HE2 LYS A 137      40.235  27.270  47.759  1.00  0.44      A    H  \\nATOM   2231  HE3 LYS A 137      38.874  28.369  47.807  1.00  0.44      A    H  \\nATOM   2232  NZ  LYS A 137      38.441  26.563  46.730  1.00  0.44      A    N  \\nATOM   2233  HZ1 LYS A 137      38.151  26.047  47.549  1.00  0.44      A    H  \\nATOM   2234  HZ2 LYS A 137      37.725  26.982  46.154  1.00  0.44      A    H  \\nATOM   2235  HZ3 LYS A 137      38.984  25.876  46.228  1.00  0.44      A    H  \\nATOM   2236  C   LYS A 137      43.790  31.046  44.135  1.00  0.44      A    C  \\nATOM   2237  O   LYS A 137      43.703  32.304  44.292  1.00  0.44      A    O  \\nATOM   2238  N   VAL A 138      44.050  30.443  42.947  1.00  0.42      A    N  \\nATOM   2239  H   VAL A 138      44.069  29.435  42.997  1.00  0.42      A    H  \\nATOM   2240  CA  VAL A 138      44.184  31.120  41.708  1.00  0.42      A    C  \\nATOM   2241  HA  VAL A 138      44.749  32.043  41.839  1.00  0.42      A    H  \\nATOM   2242  CB  VAL A 138      45.129  30.386  40.742  1.00  0.42      A    C  \\nATOM   2243  HB  VAL A 138      44.637  29.456  40.455  1.00  0.42      A    H  \\nATOM   2244  CG1 VAL A 138      45.513  31.186  39.529  1.00  0.42      A    C  \\nATOM   2245 HG11 VAL A 138      46.060  32.064  39.871  1.00  0.42      A    H  \\nATOM   2246 HG12 VAL A 138      46.171  30.519  38.973  1.00  0.42      A    H  \\nATOM   2247 HG13 VAL A 138      44.643  31.391  38.905  1.00  0.42      A    H  \\nATOM   2248  CG2 VAL A 138      46.406  30.090  41.436  1.00  0.42      A    C  \\nATOM   2249 HG21 VAL A 138      46.180  29.379  42.230  1.00  0.42      A    H  \\nATOM   2250 HG22 VAL A 138      47.054  29.540  40.755  1.00  0.42      A    H  \\nATOM   2251 HG23 VAL A 138      46.867  31.029  41.746  1.00  0.42      A    H  \\nATOM   2252  C   VAL A 138      42.867  31.387  40.995  1.00  0.42      A    C  \\nATOM   2253  O   VAL A 138      41.928  30.602  41.008  1.00  0.42      A    O  \\nATOM   2254  N   ALA A 139      42.825  32.516  40.286  1.00  0.46      A    N  \\nATOM   2255  H   ALA A 139      43.686  33.042  40.233  1.00  0.46      A    H  \\nATOM   2256  CA  ALA A 139      41.495  32.982  39.767  1.00  0.46      A    C  \\nATOM   2257  HA  ALA A 139      40.762  32.209  39.538  1.00  0.46      A    H  \\nATOM   2258  CB  ALA A 139      40.972  33.892  40.931  1.00  0.46      A    C  \\nATOM   2259  HB1 ALA A 139      40.744  33.197  41.739  1.00  0.46      A    H  \\nATOM   2260  HB2 ALA A 139      41.608  34.718  41.248  1.00  0.46      A    H  \\nATOM   2261  HB3 ALA A 139      40.016  34.316  40.623  1.00  0.46      A    H  \\nATOM   2262  C   ALA A 139      41.678  33.763  38.474  1.00  0.46      A    C  \\nATOM   2263  O   ALA A 139      42.698  33.737  37.794  1.00  0.46      A    O  \\nATOM   2264  N   ASP A 140      40.627  34.484  38.050  1.00  0.50      A    N  \\nATOM   2265  H   ASP A 140      39.771  34.399  38.580  1.00  0.50      A    H  \\nATOM   2266  CA  ASP A 140      40.549  35.176  36.727  1.00  0.50      A    C  \\nATOM   2267  HA  ASP A 140      39.478  35.299  36.570  1.00  0.50      A    H  \\nATOM   2268  CB  ASP A 140      41.131  36.639  36.801  1.00  0.50      A    C  \\nATOM   2269  HB2 ASP A 140      40.810  37.063  37.753  1.00  0.50      A    H  \\nATOM   2270  HB3 ASP A 140      42.198  36.455  36.925  1.00  0.50      A    H  \\nATOM   2271  CG  ASP A 140      40.633  37.521  35.622  1.00  0.50      A    C  \\nATOM   2272  OD1 ASP A 140      40.174  37.025  34.565  1.00  0.50      A    O  \\nATOM   2273  OD2 ASP A 140      40.493  38.733  35.784  1.00  0.50      A    O  \\nATOM   2274  C   ASP A 140      40.989  34.372  35.574  1.00  0.50      A    C  \\nATOM   2275  O   ASP A 140      42.143  34.367  35.072  1.00  0.50      A    O  \\nATOM   2276  N   PHE A 141      40.121  33.542  35.089  1.00  0.55      A    N  \\nATOM   2277  H   PHE A 141      39.308  33.360  35.659  1.00  0.55      A    H  \\nATOM   2278  CA  PHE A 141      40.312  32.634  33.919  1.00  0.55      A    C  \\nATOM   2279  HA  PHE A 141      41.324  32.233  33.968  1.00  0.55      A    H  \\nATOM   2280  CB  PHE A 141      39.416  31.402  34.193  1.00  0.55      A    C  \\nATOM   2281  HB2 PHE A 141      38.384  31.749  34.139  1.00  0.55      A    H  \\nATOM   2282  HB3 PHE A 141      39.690  30.657  33.445  1.00  0.55      A    H  \\nATOM   2283  CG  PHE A 141      39.705  30.829  35.529  1.00  0.55      A    C  \\nATOM   2284  CD1 PHE A 141      40.735  29.907  35.618  1.00  0.55      A    C  \\nATOM   2285  HD1 PHE A 141      41.364  29.641  34.782  1.00  0.55      A    H  \\nATOM   2286  CE1 PHE A 141      41.042  29.382  36.858  1.00  0.55      A    C  \\nATOM   2287  HE1 PHE A 141      41.755  28.571  36.887  1.00  0.55      A    H  \\nATOM   2288  CZ  PHE A 141      40.306  29.797  37.976  1.00  0.55      A    C  \\nATOM   2289  HZ  PHE A 141      40.477  29.271  38.904  1.00  0.55      A    H  \\nATOM   2290  CE2 PHE A 141      39.211  30.660  37.857  1.00  0.55      A    C  \\nATOM   2291  HE2 PHE A 141      38.617  30.834  38.742  1.00  0.55      A    H  \\nATOM   2292  CD2 PHE A 141      38.915  31.238  36.635  1.00  0.55      A    C  \\nATOM   2293  HD2 PHE A 141      38.208  32.054  36.603  1.00  0.55      A    H  \\nATOM   2294  C   PHE A 141      40.074  33.173  32.495  1.00  0.55      A    C  \\nATOM   2295  O   PHE A 141      39.942  32.462  31.475  1.00  0.55      A    O  \\nATOM   2296  N   GLY A 142      39.908  34.496  32.379  1.00  0.76      A    N  \\nATOM   2297  H   GLY A 142      39.909  35.055  33.221  1.00  0.76      A    H  \\nATOM   2298  CA  GLY A 142      39.762  35.173  31.089  1.00  0.76      A    C  \\nATOM   2299  HA2 GLY A 142      38.849  34.797  30.627  1.00  0.76      A    H  \\nATOM   2300  HA3 GLY A 142      39.700  36.242  31.292  1.00  0.76      A    H  \\nATOM   2301  C   GLY A 142      40.811  35.061  30.007  1.00  0.76      A    C  \\nATOM   2302  O   GLY A 142      40.462  34.960  28.821  1.00  0.76      A    O  \\nATOM   2303  N   LEU A 143      42.089  34.987  30.329  1.00  0.65      A    N  \\nATOM   2304  H   LEU A 143      42.230  35.168  31.313  1.00  0.65      A    H  \\nATOM   2305  CA  LEU A 143      43.266  34.713  29.467  1.00  0.65      A    C  \\nATOM   2306  HA  LEU A 143      43.037  35.090  28.470  1.00  0.65      A    H  \\nATOM   2307  CB  LEU A 143      44.465  35.445  29.997  1.00  0.65      A    C  \\nATOM   2308  HB2 LEU A 143      44.684  35.005  30.970  1.00  0.65      A    H  \\nATOM   2309  HB3 LEU A 143      45.351  35.095  29.467  1.00  0.65      A    H  \\nATOM   2310  CG  LEU A 143      44.477  36.986  30.031  1.00  0.65      A    C  \\nATOM   2311  HG  LEU A 143      43.708  37.435  30.660  1.00  0.65      A    H  \\nATOM   2312  CD1 LEU A 143      45.810  37.403  30.700  1.00  0.65      A    C  \\nATOM   2313 HD11 LEU A 143      46.688  37.143  30.109  1.00  0.65      A    H  \\nATOM   2314 HD12 LEU A 143      45.778  38.491  30.753  1.00  0.65      A    H  \\nATOM   2315 HD13 LEU A 143      45.754  37.186  31.767  1.00  0.65      A    H  \\nATOM   2316  CD2 LEU A 143      44.515  37.518  28.595  1.00  0.65      A    C  \\nATOM   2317 HD21 LEU A 143      43.678  37.275  27.940  1.00  0.65      A    H  \\nATOM   2318 HD22 LEU A 143      44.667  38.593  28.685  1.00  0.65      A    H  \\nATOM   2319 HD23 LEU A 143      45.450  37.139  28.182  1.00  0.65      A    H  \\nATOM   2320  C   LEU A 143      43.670  33.213  29.318  1.00  0.65      A    C  \\nATOM   2321  O   LEU A 143      44.286  32.790  28.320  1.00  0.65      A    O  \\nATOM   2322  N   SER A 144      43.082  32.379  30.181  1.00  0.60      A    N  \\nATOM   2323  H   SER A 144      42.757  32.819  31.030  1.00  0.60      A    H  \\nATOM   2324  CA  SER A 144      43.371  30.922  30.224  1.00  0.60      A    C  \\nATOM   2325  HA  SER A 144      44.432  30.817  30.448  1.00  0.60      A    H  \\nATOM   2326  CB  SER A 144      42.730  30.155  31.387  1.00  0.60      A    C  \\nATOM   2327  HB2 SER A 144      41.653  30.061  31.244  1.00  0.60      A    H  \\nATOM   2328  HB3 SER A 144      42.988  29.097  31.419  1.00  0.60      A    H  \\nATOM   2329  OG  SER A 144      42.963  30.849  32.581  1.00  0.60      A    O  \\nATOM   2330  HG  SER A 144      43.108  31.781  32.404  1.00  0.60      A    H  \\nATOM   2331  C   SER A 144      42.933  30.188  28.897  1.00  0.60      A    C  \\nATOM   2332  O   SER A 144      41.817  30.379  28.406  1.00  0.60      A    O  \\nATOM   2333  N   ARG A 145      43.827  29.339  28.403  1.00  0.68      A    N  \\nATOM   2334  H   ARG A 145      44.658  29.336  28.978  1.00  0.68      A    H  \\nATOM   2335  CA  ARG A 145      43.585  28.373  27.294  1.00  0.68      A    C  \\nATOM   2336  HA  ARG A 145      42.571  28.307  26.899  1.00  0.68      A    H  \\nATOM   2337  CB  ARG A 145      44.542  28.827  26.193  1.00  0.68      A    C  \\nATOM   2338  HB2 ARG A 145      45.557  28.850  26.592  1.00  0.68      A    H  \\nATOM   2339  HB3 ARG A 145      44.559  28.192  25.307  1.00  0.68      A    H  \\nATOM   2340  CG  ARG A 145      44.162  30.242  25.576  1.00  0.68      A    C  \\nATOM   2341  HG2 ARG A 145      44.104  30.976  26.379  1.00  0.68      A    H  \\nATOM   2342  HG3 ARG A 145      44.891  30.491  24.805  1.00  0.68      A    H  \\nATOM   2343  CD  ARG A 145      42.740  30.329  24.862  1.00  0.68      A    C  \\nATOM   2344  HD2 ARG A 145      42.555  29.431  24.272  1.00  0.68      A    H  \\nATOM   2345  HD3 ARG A 145      42.161  30.272  25.784  1.00  0.68      A    H  \\nATOM   2346  NE  ARG A 145      42.563  31.598  24.152  1.00  0.68      A    N  \\nATOM   2347  HE  ARG A 145      42.194  32.357  24.707  1.00  0.68      A    H  \\nATOM   2348  CZ  ARG A 145      42.832  31.934  22.862  1.00  0.68      A    C  \\nATOM   2349  NH1 ARG A 145      43.333  31.139  21.956  1.00  0.68      A    N  \\nATOM   2350 HH11 ARG A 145      43.432  30.141  22.077  1.00  0.68      A    H  \\nATOM   2351 HH12 ARG A 145      43.615  31.440  21.034  1.00  0.68      A    H  \\nATOM   2352  NH2 ARG A 145      42.626  33.114  22.378  1.00  0.68      A    N  \\nATOM   2353 HH21 ARG A 145      42.136  33.820  22.908  1.00  0.68      A    H  \\nATOM   2354 HH22 ARG A 145      42.871  33.293  21.415  1.00  0.68      A    H  \\nATOM   2355  C   ARG A 145      43.881  26.959  27.817  1.00  0.68      A    C  \\nATOM   2356  O   ARG A 145      44.751  26.771  28.690  1.00  0.68      A    O  \\nATOM   2357  N   LEU A 146      43.205  25.954  27.234  1.00  0.78      A    N  \\nATOM   2358  H   LEU A 146      42.539  26.221  26.523  1.00  0.78      A    H  \\nATOM   2359  CA  LEU A 146      43.391  24.465  27.455  1.00  0.78      A    C  \\nATOM   2360  HA  LEU A 146      44.140  24.361  28.240  1.00  0.78      A    H  \\nATOM   2361  CB  LEU A 146      41.987  23.895  27.745  1.00  0.78      A    C  \\nATOM   2362  HB2 LEU A 146      41.681  24.245  28.731  1.00  0.78      A    H  \\nATOM   2363  HB3 LEU A 146      41.323  24.330  26.998  1.00  0.78      A    H  \\nATOM   2364  CG  LEU A 146      41.879  22.351  27.754  1.00  0.78      A    C  \\nATOM   2365  HG  LEU A 146      42.121  21.909  26.788  1.00  0.78      A    H  \\nATOM   2366  CD1 LEU A 146      42.710  21.697  28.815  1.00  0.78      A    C  \\nATOM   2367 HD11 LEU A 146      42.434  22.149  29.768  1.00  0.78      A    H  \\nATOM   2368 HD12 LEU A 146      42.561  20.617  28.826  1.00  0.78      A    H  \\nATOM   2369 HD13 LEU A 146      43.772  21.936  28.755  1.00  0.78      A    H  \\nATOM   2370  CD2 LEU A 146      40.390  22.045  27.997  1.00  0.78      A    C  \\nATOM   2371 HD21 LEU A 146      39.715  22.630  27.372  1.00  0.78      A    H  \\nATOM   2372 HD22 LEU A 146      40.187  20.980  27.876  1.00  0.78      A    H  \\nATOM   2373 HD23 LEU A 146      40.173  22.304  29.033  1.00  0.78      A    H  \\nATOM   2374  C   LEU A 146      43.996  23.873  26.108  1.00  0.78      A    C  \\nATOM   2375  O   LEU A 146      43.348  23.839  25.107  1.00  0.78      A    O  \\nATOM   2376  N   MET A 147      45.188  23.291  26.253  1.00  1.05      A    N  \\nATOM   2377  H   MET A 147      45.530  23.196  27.198  1.00  1.05      A    H  \\nATOM   2378  CA  MET A 147      46.093  23.164  25.123  1.00  1.05      A    C  \\nATOM   2379  HA  MET A 147      45.690  23.555  24.189  1.00  1.05      A    H  \\nATOM   2380  CB  MET A 147      47.386  24.020  25.276  1.00  1.05      A    C  \\nATOM   2381  HB2 MET A 147      48.014  23.555  26.037  1.00  1.05      A    H  \\nATOM   2382  HB3 MET A 147      48.007  23.998  24.381  1.00  1.05      A    H  \\nATOM   2383  CG  MET A 147      47.062  25.461  25.570  1.00  1.05      A    C  \\nATOM   2384  HG2 MET A 147      46.415  25.389  26.444  1.00  1.05      A    H  \\nATOM   2385  HG3 MET A 147      47.994  25.947  25.859  1.00  1.05      A    H  \\nATOM   2386  SD  MET A 147      46.325  26.328  24.217  1.00  1.05      A    S  \\nATOM   2387  CE  MET A 147      47.825  26.812  23.224  1.00  1.05      A    C  \\nATOM   2388  HE1 MET A 147      48.526  27.439  23.775  1.00  1.05      A    H  \\nATOM   2389  HE2 MET A 147      48.322  25.860  23.038  1.00  1.05      A    H  \\nATOM   2390  HE3 MET A 147      47.649  27.185  22.215  1.00  1.05      A    H  \\nATOM   2391  C   MET A 147      46.302  21.649  24.784  1.00  1.05      A    C  \\nATOM   2392  O   MET A 147      46.561  20.773  25.641  1.00  1.05      A    O  \\nATOM   2393  N   THR A 148      46.468  21.356  23.534  1.00  1.42      A    N  \\nATOM   2394  H   THR A 148      46.186  21.959  22.774  1.00  1.42      A    H  \\nATOM   2395  CA  THR A 148      47.047  20.171  22.954  1.00  1.42      A    C  \\nATOM   2396  HA  THR A 148      47.480  19.486  23.684  1.00  1.42      A    H  \\nATOM   2397  CB  THR A 148      45.846  19.281  22.277  1.00  1.42      A    C  \\nATOM   2398  HB  THR A 148      46.272  18.514  21.630  1.00  1.42      A    H  \\nATOM   2399  CG2 THR A 148      45.034  18.712  23.399  1.00  1.42      A    C  \\nATOM   2400 HG21 THR A 148      45.734  18.369  24.161  1.00  1.42      A    H  \\nATOM   2401 HG22 THR A 148      44.268  19.399  23.758  1.00  1.42      A    H  \\nATOM   2402 HG23 THR A 148      44.508  17.850  22.989  1.00  1.42      A    H  \\nATOM   2403  OG1 THR A 148      45.034  20.016  21.418  1.00  1.42      A    O  \\nATOM   2404  HG1 THR A 148      45.588  20.341  20.704  1.00  1.42      A    H  \\nATOM   2405  C   THR A 148      48.168  20.572  21.918  1.00  1.42      A    C  \\nATOM   2406  O   THR A 148      48.747  19.699  21.253  1.00  1.42      A    O  \\nATOM   2407  N   GLY A 149      48.504  21.845  21.887  1.00  1.73      A    N  \\nATOM   2408  H   GLY A 149      47.946  22.425  22.497  1.00  1.73      A    H  \\nATOM   2409  CA  GLY A 149      49.577  22.567  21.156  1.00  1.73      A    C  \\nATOM   2410  HA2 GLY A 149      50.028  21.861  20.459  1.00  1.73      A    H  \\nATOM   2411  HA3 GLY A 149      49.099  23.399  20.639  1.00  1.73      A    H  \\nATOM   2412  C   GLY A 149      50.636  23.070  22.147  1.00  1.73      A    C  \\nATOM   2413  O   GLY A 149      50.236  23.529  23.249  1.00  1.73      A    O  \\nATOM   2414  N   ASP A 150      51.903  22.999  21.722  1.00  2.42      A    N  \\nATOM   2415  H   ASP A 150      52.181  22.620  20.829  1.00  2.42      A    H  \\nATOM   2416  CA  ASP A 150      53.072  23.393  22.546  1.00  2.42      A    C  \\nATOM   2417  HA  ASP A 150      52.962  22.936  23.529  1.00  2.42      A    H  \\nATOM   2418  CB  ASP A 150      54.383  22.985  21.829  1.00  2.42      A    C  \\nATOM   2419  HB2 ASP A 150      54.369  23.239  20.769  1.00  2.42      A    H  \\nATOM   2420  HB3 ASP A 150      55.187  23.622  22.197  1.00  2.42      A    H  \\nATOM   2421  CG  ASP A 150      54.717  21.472  22.049  1.00  2.42      A    C  \\nATOM   2422  OD1 ASP A 150      55.741  21.022  21.450  1.00  2.42      A    O  \\nATOM   2423  OD2 ASP A 150      53.947  20.820  22.768  1.00  2.42      A    O  \\nATOM   2424  C   ASP A 150      53.056  24.891  22.890  1.00  2.42      A    C  \\nATOM   2425  O   ASP A 150      53.642  25.338  23.906  1.00  2.42      A    O  \\nATOM   2426  N   THR A 151      52.578  25.812  22.034  1.00  1.16      A    N  \\nATOM   2427  H   THR A 151      52.243  25.513  21.129  1.00  1.16      A    H  \\nATOM   2428  CA  THR A 151      52.479  27.274  22.343  1.00  1.16      A    C  \\nATOM   2429  HA  THR A 151      52.418  27.359  23.428  1.00  1.16      A    H  \\nATOM   2430  CB  THR A 151      53.766  27.969  21.964  1.00  1.16      A    C  \\nATOM   2431  HB  THR A 151      54.576  27.409  22.432  1.00  1.16      A    H  \\nATOM   2432  CG2 THR A 151      54.030  28.041  20.399  1.00  1.16      A    C  \\nATOM   2433 HG21 THR A 151      54.921  28.597  20.108  1.00  1.16      A    H  \\nATOM   2434 HG22 THR A 151      54.122  27.017  20.036  1.00  1.16      A    H  \\nATOM   2435 HG23 THR A 151      53.170  28.572  19.991  1.00  1.16      A    H  \\nATOM   2436  OG1 THR A 151      53.724  29.254  22.452  1.00  1.16      A    O  \\nATOM   2437  HG1 THR A 151      53.160  29.297  23.228  1.00  1.16      A    H  \\nATOM   2438  C   THR A 151      51.226  28.001  21.647  1.00  1.16      A    C  \\nATOM   2439  O   THR A 151      50.863  27.705  20.525  1.00  1.16      A    O  \\nATOM   2440  N   TYR A 152      50.665  28.944  22.430  1.00  1.01      A    N  \\nATOM   2441  H   TYR A 152      51.084  29.060  23.342  1.00  1.01      A    H  \\nATOM   2442  CA  TYR A 152      49.781  30.019  21.910  1.00  1.01      A    C  \\nATOM   2443  HA  TYR A 152      49.148  29.612  21.121  1.00  1.01      A    H  \\nATOM   2444  CB  TYR A 152      48.829  30.369  23.097  1.00  1.01      A    C  \\nATOM   2445  HB2 TYR A 152      48.162  29.523  23.264  1.00  1.01      A    H  \\nATOM   2446  HB3 TYR A 152      49.449  30.465  23.988  1.00  1.01      A    H  \\nATOM   2447  CG  TYR A 152      48.070  31.681  22.814  1.00  1.01      A    C  \\nATOM   2448  CD1 TYR A 152      48.363  32.956  23.432  1.00  1.01      A    C  \\nATOM   2449  HD1 TYR A 152      49.198  33.121  24.097  1.00  1.01      A    H  \\nATOM   2450  CE1 TYR A 152      47.461  34.012  23.238  1.00  1.01      A    C  \\nATOM   2451  HE1 TYR A 152      47.731  34.990  23.607  1.00  1.01      A    H  \\nATOM   2452  CZ  TYR A 152      46.382  33.982  22.351  1.00  1.01      A    C  \\nATOM   2453  OH  TYR A 152      45.546  35.032  22.180  1.00  1.01      A    O  \\nATOM   2454  HH  TYR A 152      45.755  35.966  22.250  1.00  1.01      A    H  \\nATOM   2455  CE2 TYR A 152      46.133  32.746  21.727  1.00  1.01      A    C  \\nATOM   2456  HE2 TYR A 152      45.227  32.673  21.144  1.00  1.01      A    H  \\nATOM   2457  CD2 TYR A 152      46.920  31.612  22.032  1.00  1.01      A    C  \\nATOM   2458  HD2 TYR A 152      46.713  30.651  21.584  1.00  1.01      A    H  \\nATOM   2459  C   TYR A 152      50.561  31.181  21.331  1.00  1.01      A    C  \\nATOM   2460  O   TYR A 152      51.397  31.817  22.008  1.00  1.01      A    O  \\nATOM   2461  N   THR A 153      50.320  31.475  20.090  1.00  0.93      A    N  \\nATOM   2462  H   THR A 153      49.524  31.089  19.603  1.00  0.93      A    H  \\nATOM   2463  CA  THR A 153      50.944  32.622  19.374  1.00  0.93      A    C  \\nATOM   2464  HA  THR A 153      51.873  32.789  19.921  1.00  0.93      A    H  \\nATOM   2465  CB  THR A 153      51.346  32.308  17.918  1.00  0.93      A    C  \\nATOM   2466  HB  THR A 153      50.457  32.310  17.288  1.00  0.93      A    H  \\nATOM   2467  CG2 THR A 153      52.470  33.278  17.428  1.00  0.93      A    C  \\nATOM   2468 HG21 THR A 153      52.910  32.910  16.502  1.00  0.93      A    H  \\nATOM   2469 HG22 THR A 153      52.193  34.331  17.383  1.00  0.93      A    H  \\nATOM   2470 HG23 THR A 153      53.197  33.304  18.240  1.00  0.93      A    H  \\nATOM   2471  OG1 THR A 153      51.975  31.032  17.787  1.00  0.93      A    O  \\nATOM   2472  HG1 THR A 153      51.386  30.467  17.282  1.00  0.93      A    H  \\nATOM   2473  C   THR A 153      50.054  33.891  19.438  1.00  0.93      A    C  \\nATOM   2474  O   THR A 153      48.938  33.943  18.822  1.00  0.93      A    O  \\nATOM   2475  N   ALA A 154      50.337  34.828  20.379  1.00  1.05      A    N  \\nATOM   2476  H   ALA A 154      51.092  34.660  21.028  1.00  1.05      A    H  \\nATOM   2477  CA  ALA A 154      49.615  36.090  20.513  1.00  1.05      A    C  \\nATOM   2478  HA  ALA A 154      48.586  35.877  20.805  1.00  1.05      A    H  \\nATOM   2479  CB  ALA A 154      50.131  36.813  21.723  1.00  1.05      A    C  \\nATOM   2480  HB1 ALA A 154      51.217  36.737  21.778  1.00  1.05      A    H  \\nATOM   2481  HB2 ALA A 154      49.854  37.867  21.721  1.00  1.05      A    H  \\nATOM   2482  HB3 ALA A 154      49.678  36.279  22.558  1.00  1.05      A    H  \\nATOM   2483  C   ALA A 154      49.722  36.916  19.252  1.00  1.05      A    C  \\nATOM   2484  O   ALA A 154      50.686  36.813  18.494  1.00  1.05      A    O  \\nATOM   2485  N   HIS A 155      48.716  37.769  19.015  1.00  1.42      A    N  \\nATOM   2486  H   HIS A 155      47.868  37.633  19.547  1.00  1.42      A    H  \\nATOM   2487  CA  HIS A 155      48.673  38.834  18.095  1.00  1.42      A    C  \\nATOM   2488  HA  HIS A 155      48.968  38.393  17.143  1.00  1.42      A    H  \\nATOM   2489  CB  HIS A 155      47.239  39.416  17.855  1.00  1.42      A    C  \\nATOM   2490  HB2 HIS A 155      47.390  40.278  17.206  1.00  1.42      A    H  \\nATOM   2491  HB3 HIS A 155      46.638  38.641  17.379  1.00  1.42      A    H  \\nATOM   2492  CG  HIS A 155      46.542  39.943  19.086  1.00  1.42      A    C  \\nATOM   2493  ND1 HIS A 155      45.801  39.224  20.023  1.00  1.42      A    N  \\nATOM   2494  CE1 HIS A 155      45.425  40.102  21.015  1.00  1.42      A    C  \\nATOM   2495  HE1 HIS A 155      44.904  39.980  21.953  1.00  1.42      A    H  \\nATOM   2496  NE2 HIS A 155      45.740  41.313  20.571  1.00  1.42      A    N  \\nATOM   2497  HE2 HIS A 155      45.561  42.166  21.081  1.00  1.42      A    H  \\nATOM   2498  CD2 HIS A 155      46.506  41.239  19.408  1.00  1.42      A    C  \\nATOM   2499  HD2 HIS A 155      46.764  42.050  18.743  1.00  1.42      A    H  \\nATOM   2500  C   HIS A 155      49.739  39.943  18.299  1.00  1.42      A    C  \\nATOM   2501  O   HIS A 155      50.127  40.296  19.381  1.00  1.42      A    O  \\nATOM   2502  N   ALA A 156      50.201  40.517  17.183  1.00  1.98      A    N  \\nATOM   2503  H   ALA A 156      49.839  40.203  16.294  1.00  1.98      A    H  \\nATOM   2504  CA  ALA A 156      50.987  41.776  17.264  1.00  1.98      A    C  \\nATOM   2505  HA  ALA A 156      51.914  41.612  17.813  1.00  1.98      A    H  \\nATOM   2506  CB  ALA A 156      51.335  42.337  15.866  1.00  1.98      A    C  \\nATOM   2507  HB1 ALA A 156      51.653  41.524  15.213  1.00  1.98      A    H  \\nATOM   2508  HB2 ALA A 156      50.502  42.617  15.221  1.00  1.98      A    H  \\nATOM   2509  HB3 ALA A 156      51.959  43.227  15.948  1.00  1.98      A    H  \\nATOM   2510  C   ALA A 156      50.152  42.842  18.026  1.00  1.98      A    C  \\nATOM   2511  O   ALA A 156      48.994  43.045  17.779  1.00  1.98      A    O  \\nATOM   2512  N   GLY A 157      50.758  43.479  19.022  1.00  2.36      A    N  \\nATOM   2513  H   GLY A 157      51.665  43.146  19.316  1.00  2.36      A    H  \\nATOM   2514  CA  GLY A 157      50.248  44.580  19.839  1.00  2.36      A    C  \\nATOM   2515  HA2 GLY A 157      51.049  45.192  20.253  1.00  2.36      A    H  \\nATOM   2516  HA3 GLY A 157      49.551  45.238  19.320  1.00  2.36      A    H  \\nATOM   2517  C   GLY A 157      49.484  43.992  21.089  1.00  2.36      A    C  \\nATOM   2518  O   GLY A 157      48.756  44.681  21.734  1.00  2.36      A    O  \\nATOM   2519  N   ALA A 158      49.604  42.721  21.471  1.00  2.03      A    N  \\nATOM   2520  H   ALA A 158      50.230  42.125  20.947  1.00  2.03      A    H  \\nATOM   2521  CA  ALA A 158      49.057  42.266  22.726  1.00  2.03      A    C  \\nATOM   2522  HA  ALA A 158      48.012  42.561  22.633  1.00  2.03      A    H  \\nATOM   2523  CB  ALA A 158      48.977  40.700  22.698  1.00  2.03      A    C  \\nATOM   2524  HB1 ALA A 158      49.985  40.373  22.950  1.00  2.03      A    H  \\nATOM   2525  HB2 ALA A 158      48.329  40.318  23.487  1.00  2.03      A    H  \\nATOM   2526  HB3 ALA A 158      48.702  40.260  21.739  1.00  2.03      A    H  \\nATOM   2527  C   ALA A 158      49.582  42.953  24.028  1.00  2.03      A    C  \\nATOM   2528  O   ALA A 158      50.798  43.230  24.138  1.00  2.03      A    O  \\nATOM   2529  N   LYS A 159      48.588  43.193  24.947  1.00  1.69      A    N  \\nATOM   2530  H   LYS A 159      47.655  42.944  24.652  1.00  1.69      A    H  \\nATOM   2531  CA  LYS A 159      48.704  43.737  26.328  1.00  1.69      A    C  \\nATOM   2532  HA  LYS A 159      49.545  44.423  26.430  1.00  1.69      A    H  \\nATOM   2533  CB  LYS A 159      47.419  44.411  26.699  1.00  1.69      A    C  \\nATOM   2534  HB2 LYS A 159      46.574  43.725  26.647  1.00  1.69      A    H  \\nATOM   2535  HB3 LYS A 159      47.383  44.674  27.756  1.00  1.69      A    H  \\nATOM   2536  CG  LYS A 159      47.112  45.503  25.718  1.00  1.69      A    C  \\nATOM   2537  HG2 LYS A 159      48.031  46.037  25.477  1.00  1.69      A    H  \\nATOM   2538  HG3 LYS A 159      46.830  45.090  24.749  1.00  1.69      A    H  \\nATOM   2539  CD  LYS A 159      45.942  46.480  26.127  1.00  1.69      A    C  \\nATOM   2540  HD2 LYS A 159      44.937  46.125  25.902  1.00  1.69      A    H  \\nATOM   2541  HD3 LYS A 159      45.937  46.681  27.199  1.00  1.69      A    H  \\nATOM   2542  CE  LYS A 159      46.034  47.892  25.572  1.00  1.69      A    C  \\nATOM   2543  HE2 LYS A 159      47.066  48.187  25.760  1.00  1.69      A    H  \\nATOM   2544  HE3 LYS A 159      45.839  47.869  24.500  1.00  1.69      A    H  \\nATOM   2545  NZ  LYS A 159      44.985  48.755  26.190  1.00  1.69      A    N  \\nATOM   2546  HZ1 LYS A 159      44.978  49.659  25.738  1.00  1.69      A    H  \\nATOM   2547  HZ2 LYS A 159      44.040  48.399  26.158  1.00  1.69      A    H  \\nATOM   2548  HZ3 LYS A 159      45.173  49.021  27.146  1.00  1.69      A    H  \\nATOM   2549  C   LYS A 159      48.979  42.568  27.311  1.00  1.69      A    C  \\nATOM   2550  O   LYS A 159      48.341  42.480  28.332  1.00  1.69      A    O  \\nATOM   2551  N   PHE A 160      49.981  41.683  27.058  1.00  1.03      A    N  \\nATOM   2552  H   PHE A 160      50.621  41.897  26.307  1.00  1.03      A    H  \\nATOM   2553  CA  PHE A 160      50.522  40.790  28.069  1.00  1.03      A    C  \\nATOM   2554  HA  PHE A 160      49.624  40.292  28.432  1.00  1.03      A    H  \\nATOM   2555  CB  PHE A 160      51.555  39.835  27.372  1.00  1.03      A    C  \\nATOM   2556  HB2 PHE A 160      52.308  39.533  28.101  1.00  1.03      A    H  \\nATOM   2557  HB3 PHE A 160      51.051  38.918  27.066  1.00  1.03      A    H  \\nATOM   2558  CG  PHE A 160      52.294  40.422  26.188  1.00  1.03      A    C  \\nATOM   2559  CD1 PHE A 160      51.987  39.954  24.924  1.00  1.03      A    C  \\nATOM   2560  HD1 PHE A 160      51.387  39.080  24.716  1.00  1.03      A    H  \\nATOM   2561  CE1 PHE A 160      52.594  40.584  23.818  1.00  1.03      A    C  \\nATOM   2562  HE1 PHE A 160      52.284  40.255  22.837  1.00  1.03      A    H  \\nATOM   2563  CZ  PHE A 160      53.466  41.649  24.003  1.00  1.03      A    C  \\nATOM   2564  HZ  PHE A 160      53.859  42.238  23.187  1.00  1.03      A    H  \\nATOM   2565  CE2 PHE A 160      53.797  42.038  25.315  1.00  1.03      A    C  \\nATOM   2566  HE2 PHE A 160      54.489  42.866  25.360  1.00  1.03      A    H  \\nATOM   2567  CD2 PHE A 160      53.099  41.581  26.375  1.00  1.03      A    C  \\nATOM   2568  HD2 PHE A 160      53.251  42.037  27.342  1.00  1.03      A    H  \\nATOM   2569  C   PHE A 160      51.214  41.517  29.191  1.00  1.03      A    C  \\nATOM   2570  O   PHE A 160      51.620  42.686  29.072  1.00  1.03      A    O  \\nATOM   2571  N   PRO A 161      51.383  40.898  30.364  1.00  1.13      A    N  \\nATOM   2572  CD  PRO A 161      51.005  39.553  30.676  1.00  1.13      A    C  \\nATOM   2573  HD2 PRO A 161      51.454  38.805  30.023  1.00  1.13      A    H  \\nATOM   2574  HD3 PRO A 161      49.920  39.456  30.695  1.00  1.13      A    H  \\nATOM   2575  CG  PRO A 161      51.561  39.180  32.077  1.00  1.13      A    C  \\nATOM   2576  HG2 PRO A 161      52.579  38.810  31.955  1.00  1.13      A    H  \\nATOM   2577  HG3 PRO A 161      50.951  38.389  32.512  1.00  1.13      A    H  \\nATOM   2578  CB  PRO A 161      51.569  40.551  32.661  1.00  1.13      A    C  \\nATOM   2579  HB2 PRO A 161      52.223  40.516  33.532  1.00  1.13      A    H  \\nATOM   2580  HB3 PRO A 161      50.554  40.793  32.977  1.00  1.13      A    H  \\nATOM   2581  CA  PRO A 161      51.957  41.475  31.549  1.00  1.13      A    C  \\nATOM   2582  HA  PRO A 161      51.629  42.511  31.635  1.00  1.13      A    H  \\nATOM   2583  C   PRO A 161      53.511  41.504  31.487  1.00  1.13      A    C  \\nATOM   2584  O   PRO A 161      54.176  40.718  32.149  1.00  1.13      A    O  \\nATOM   2585  N   ILE A 162      54.065  42.477  30.730  1.00  0.96      A    N  \\nATOM   2586  H   ILE A 162      53.471  43.125  30.233  1.00  0.96      A    H  \\nATOM   2587  CA  ILE A 162      55.511  42.546  30.379  1.00  0.96      A    C  \\nATOM   2588  HA  ILE A 162      55.686  41.758  29.647  1.00  0.96      A    H  \\nATOM   2589  CB  ILE A 162      55.813  43.876  29.750  1.00  0.96      A    C  \\nATOM   2590  HB  ILE A 162      55.389  44.598  30.448  1.00  0.96      A    H  \\nATOM   2591  CG2 ILE A 162      57.310  44.141  29.586  1.00  0.96      A    C  \\nATOM   2592 HG21 ILE A 162      57.469  45.067  29.033  1.00  0.96      A    H  \\nATOM   2593 HG22 ILE A 162      57.822  44.305  30.534  1.00  0.96      A    H  \\nATOM   2594 HG23 ILE A 162      57.854  43.387  29.018  1.00  0.96      A    H  \\nATOM   2595  CG1 ILE A 162      55.172  43.959  28.388  1.00  0.96      A    C  \\nATOM   2596 HG12 ILE A 162      55.518  43.249  27.636  1.00  0.96      A    H  \\nATOM   2597 HG13 ILE A 162      54.107  43.882  28.609  1.00  0.96      A    H  \\nATOM   2598  CD1 ILE A 162      55.209  45.331  27.799  1.00  0.96      A    C  \\nATOM   2599 HD11 ILE A 162      55.061  46.055  28.599  1.00  0.96      A    H  \\nATOM   2600 HD12 ILE A 162      56.246  45.466  27.492  1.00  0.96      A    H  \\nATOM   2601 HD13 ILE A 162      54.517  45.328  26.957  1.00  0.96      A    H  \\nATOM   2602  C   ILE A 162      56.432  42.216  31.585  1.00  0.96      A    C  \\nATOM   2603  O   ILE A 162      57.217  41.289  31.393  1.00  0.96      A    O  \\nATOM   2604  N   LYS A 163      56.295  42.854  32.764  1.00  0.75      A    N  \\nATOM   2605  H   LYS A 163      55.488  43.456  32.848  1.00  0.75      A    H  \\nATOM   2606  CA  LYS A 163      57.230  42.636  33.859  1.00  0.75      A    C  \\nATOM   2607  HA  LYS A 163      58.193  42.842  33.393  1.00  0.75      A    H  \\nATOM   2608  CB  LYS A 163      57.149  43.640  35.040  1.00  0.75      A    C  \\nATOM   2609  HB2 LYS A 163      56.330  43.492  35.744  1.00  0.75      A    H  \\nATOM   2610  HB3 LYS A 163      58.069  43.612  35.624  1.00  0.75      A    H  \\nATOM   2611  CG  LYS A 163      57.025  45.100  34.501  1.00  0.75      A    C  \\nATOM   2612  HG2 LYS A 163      57.729  45.158  33.671  1.00  0.75      A    H  \\nATOM   2613  HG3 LYS A 163      56.026  45.253  34.094  1.00  0.75      A    H  \\nATOM   2614  CD  LYS A 163      57.304  46.176  35.586  1.00  0.75      A    C  \\nATOM   2615  HD2 LYS A 163      56.530  46.942  35.546  1.00  0.75      A    H  \\nATOM   2616  HD3 LYS A 163      57.025  45.767  36.557  1.00  0.75      A    H  \\nATOM   2617  CE  LYS A 163      58.731  46.757  35.414  1.00  0.75      A    C  \\nATOM   2618  HE2 LYS A 163      59.418  45.926  35.255  1.00  0.75      A    H  \\nATOM   2619  HE3 LYS A 163      58.689  47.313  34.478  1.00  0.75      A    H  \\nATOM   2620  NZ  LYS A 163      59.150  47.688  36.544  1.00  0.75      A    N  \\nATOM   2621  HZ1 LYS A 163      59.147  47.164  37.408  1.00  0.75      A    H  \\nATOM   2622  HZ2 LYS A 163      60.034  48.039  36.205  1.00  0.75      A    H  \\nATOM   2623  HZ3 LYS A 163      58.509  48.461  36.649  1.00  0.75      A    H  \\nATOM   2624  C   LYS A 163      57.325  41.170  34.338  1.00  0.75      A    C  \\nATOM   2625  O   LYS A 163      58.364  40.661  34.737  1.00  0.75      A    O  \\nATOM   2626  N   TRP A 164      56.166  40.440  34.148  1.00  0.88      A    N  \\nATOM   2627  H   TRP A 164      55.439  40.899  33.619  1.00  0.88      A    H  \\nATOM   2628  CA  TRP A 164      55.882  38.995  34.399  1.00  0.88      A    C  \\nATOM   2629  HA  TRP A 164      56.585  38.564  35.112  1.00  0.88      A    H  \\nATOM   2630  CB  TRP A 164      54.474  38.784  35.008  1.00  0.88      A    C  \\nATOM   2631  HB2 TRP A 164      53.772  39.141  34.255  1.00  0.88      A    H  \\nATOM   2632  HB3 TRP A 164      54.156  37.744  35.089  1.00  0.88      A    H  \\nATOM   2633  CG  TRP A 164      54.156  39.376  36.304  1.00  0.88      A    C  \\nATOM   2634  CD1 TRP A 164      53.884  38.655  37.407  1.00  0.88      A    C  \\nATOM   2635  HD1 TRP A 164      53.813  37.584  37.521  1.00  0.88      A    H  \\nATOM   2636  NE1 TRP A 164      53.691  39.493  38.463  1.00  0.88      A    N  \\nATOM   2637  HE1 TRP A 164      53.469  39.102  39.368  1.00  0.88      A    H  \\nATOM   2638  CE2 TRP A 164      53.804  40.814  38.099  1.00  0.88      A    C  \\nATOM   2639  CZ2 TRP A 164      53.660  41.986  38.772  1.00  0.88      A    C  \\nATOM   2640  HZ2 TRP A 164      53.595  41.907  39.847  1.00  0.88      A    H  \\nATOM   2641  CH2 TRP A 164      53.784  43.207  38.100  1.00  0.88      A    C  \\nATOM   2642  HH2 TRP A 164      53.695  44.144  38.630  1.00  0.88      A    H  \\nATOM   2643  CZ3 TRP A 164      53.837  43.199  36.701  1.00  0.88      A    C  \\nATOM   2644  HZ3 TRP A 164      53.930  44.169  36.235  1.00  0.88      A    H  \\nATOM   2645  CE3 TRP A 164      54.017  42.003  35.989  1.00  0.88      A    C  \\nATOM   2646  HE3 TRP A 164      54.162  42.130  34.926  1.00  0.88      A    H  \\nATOM   2647  CD2 TRP A 164      53.970  40.785  36.703  1.00  0.88      A    C  \\nATOM   2648  C   TRP A 164      56.089  38.029  33.175  1.00  0.88      A    C  \\nATOM   2649  O   TRP A 164      56.029  36.754  33.218  1.00  0.88      A    O  \\nATOM   2650  N   THR A 165      56.490  38.611  31.996  1.00  0.66      A    N  \\nATOM   2651  H   THR A 165      56.772  39.581  32.021  1.00  0.66      A    H  \\nATOM   2652  CA  THR A 165      56.586  37.954  30.656  1.00  0.66      A    C  \\nATOM   2653  HA  THR A 165      55.880  37.126  30.722  1.00  0.66      A    H  \\nATOM   2654  CB  THR A 165      56.166  38.914  29.516  1.00  0.66      A    C  \\nATOM   2655  HB  THR A 165      56.806  39.792  29.437  1.00  0.66      A    H  \\nATOM   2656  CG2 THR A 165      56.013  38.270  28.121  1.00  0.66      A    C  \\nATOM   2657 HG21 THR A 165      55.450  37.338  28.176  1.00  0.66      A    H  \\nATOM   2658 HG22 THR A 165      55.464  38.972  27.494  1.00  0.66      A    H  \\nATOM   2659 HG23 THR A 165      56.911  38.163  27.513  1.00  0.66      A    H  \\nATOM   2660  OG1 THR A 165      54.886  39.425  29.764  1.00  0.66      A    O  \\nATOM   2661  HG1 THR A 165      54.911  39.733  30.673  1.00  0.66      A    H  \\nATOM   2662  C   THR A 165      58.021  37.395  30.421  1.00  0.66      A    C  \\nATOM   2663  O   THR A 165      59.014  38.074  30.751  1.00  0.66      A    O  \\nATOM   2664  N   ALA A 166      58.146  36.170  29.878  1.00  0.54      A    N  \\nATOM   2665  H   ALA A 166      57.209  35.807  29.780  1.00  0.54      A    H  \\nATOM   2666  CA  ALA A 166      59.348  35.373  29.642  1.00  0.54      A    C  \\nATOM   2667  HA  ALA A 166      60.018  35.476  30.496  1.00  0.54      A    H  \\nATOM   2668  CB  ALA A 166      58.840  33.943  29.559  1.00  0.54      A    C  \\nATOM   2669  HB1 ALA A 166      58.198  33.771  28.695  1.00  0.54      A    H  \\nATOM   2670  HB2 ALA A 166      59.745  33.348  29.438  1.00  0.54      A    H  \\nATOM   2671  HB3 ALA A 166      58.312  33.641  30.463  1.00  0.54      A    H  \\nATOM   2672  C   ALA A 166      60.009  35.968  28.305  1.00  0.54      A    C  \\nATOM   2673  O   ALA A 166      59.266  36.476  27.448  1.00  0.54      A    O  \\nATOM   2674  N   PRO A 167      61.282  35.769  27.965  1.00  0.57      A    N  \\nATOM   2675  CD  PRO A 167      62.235  35.004  28.720  1.00  0.57      A    C  \\nATOM   2676  HD2 PRO A 167      62.229  33.953  28.430  1.00  0.57      A    H  \\nATOM   2677  HD3 PRO A 167      62.073  35.226  29.775  1.00  0.57      A    H  \\nATOM   2678  CG  PRO A 167      63.648  35.548  28.324  1.00  0.57      A    C  \\nATOM   2679  HG2 PRO A 167      64.399  34.760  28.273  1.00  0.57      A    H  \\nATOM   2680  HG3 PRO A 167      64.016  36.321  28.998  1.00  0.57      A    H  \\nATOM   2681  CB  PRO A 167      63.415  36.076  26.917  1.00  0.57      A    C  \\nATOM   2682  HB2 PRO A 167      63.608  35.318  26.158  1.00  0.57      A    H  \\nATOM   2683  HB3 PRO A 167      64.075  36.909  26.675  1.00  0.57      A    H  \\nATOM   2684  CA  PRO A 167      61.915  36.443  26.841  1.00  0.57      A    C  \\nATOM   2685  HA  PRO A 167      61.680  37.504  26.927  1.00  0.57      A    H  \\nATOM   2686  C   PRO A 167      61.332  35.998  25.428  1.00  0.57      A    C  \\nATOM   2687  O   PRO A 167      61.106  36.846  24.611  1.00  0.57      A    O  \\nATOM   2688  N   GLU A 168      61.074  34.669  25.248  1.00  0.59      A    N  \\nATOM   2689  H   GLU A 168      61.347  33.945  25.897  1.00  0.59      A    H  \\nATOM   2690  CA  GLU A 168      60.475  34.263  23.961  1.00  0.59      A    C  \\nATOM   2691  HA  GLU A 168      60.974  34.664  23.079  1.00  0.59      A    H  \\nATOM   2692  CB  GLU A 168      60.634  32.789  23.860  1.00  0.59      A    C  \\nATOM   2693  HB2 GLU A 168      60.166  32.596  22.895  1.00  0.59      A    H  \\nATOM   2694  HB3 GLU A 168      61.699  32.574  23.765  1.00  0.59      A    H  \\nATOM   2695  CG  GLU A 168      59.985  31.685  24.813  1.00  0.59      A    C  \\nATOM   2696  HG2 GLU A 168      58.910  31.619  24.648  1.00  0.59      A    H  \\nATOM   2697  HG3 GLU A 168      60.392  30.699  24.588  1.00  0.59      A    H  \\nATOM   2698  CD  GLU A 168      60.338  31.828  26.316  1.00  0.59      A    C  \\nATOM   2699  OE1 GLU A 168      59.595  31.305  27.149  1.00  0.59      A    O  \\nATOM   2700  OE2 GLU A 168      61.436  32.386  26.653  1.00  0.59      A    O  \\nATOM   2701  C   GLU A 168      59.051  34.772  23.838  1.00  0.59      A    C  \\nATOM   2702  O   GLU A 168      58.612  34.964  22.720  1.00  0.59      A    O  \\nATOM   2703  N   SER A 169      58.363  34.899  24.943  1.00  0.63      A    N  \\nATOM   2704  H   SER A 169      58.797  34.662  25.824  1.00  0.63      A    H  \\nATOM   2705  CA  SER A 169      56.946  35.471  24.960  1.00  0.63      A    C  \\nATOM   2706  HA  SER A 169      56.468  34.986  24.109  1.00  0.63      A    H  \\nATOM   2707  CB  SER A 169      56.223  35.070  26.250  1.00  0.63      A    C  \\nATOM   2708  HB2 SER A 169      56.676  35.530  27.128  1.00  0.63      A    H  \\nATOM   2709  HB3 SER A 169      55.178  35.360  26.140  1.00  0.63      A    H  \\nATOM   2710  OG  SER A 169      56.257  33.693  26.557  1.00  0.63      A    O  \\nATOM   2711  HG  SER A 169      55.959  33.192  25.794  1.00  0.63      A    H  \\nATOM   2712  C   SER A 169      56.925  37.086  24.824  1.00  0.63      A    C  \\nATOM   2713  O   SER A 169      55.908  37.550  24.266  1.00  0.63      A    O  \\nATOM   2714  N   LEU A 170      57.964  37.770  25.242  1.00  0.76      A    N  \\nATOM   2715  H   LEU A 170      58.676  37.282  25.767  1.00  0.76      A    H  \\nATOM   2716  CA  LEU A 170      58.227  39.188  24.880  1.00  0.76      A    C  \\nATOM   2717  HA  LEU A 170      57.293  39.735  25.013  1.00  0.76      A    H  \\nATOM   2718  CB  LEU A 170      59.350  39.777  25.772  1.00  0.76      A    C  \\nATOM   2719  HB2 LEU A 170      60.158  39.048  25.830  1.00  0.76      A    H  \\nATOM   2720  HB3 LEU A 170      59.724  40.697  25.323  1.00  0.76      A    H  \\nATOM   2721  CG  LEU A 170      58.998  40.011  27.239  1.00  0.76      A    C  \\nATOM   2722  HG  LEU A 170      58.703  39.104  27.766  1.00  0.76      A    H  \\nATOM   2723  CD1 LEU A 170      60.286  40.384  27.874  1.00  0.76      A    C  \\nATOM   2724 HD11 LEU A 170      60.722  41.315  27.513  1.00  0.76      A    H  \\nATOM   2725 HD12 LEU A 170      60.131  40.643  28.922  1.00  0.76      A    H  \\nATOM   2726 HD13 LEU A 170      61.018  39.577  27.893  1.00  0.76      A    H  \\nATOM   2727  CD2 LEU A 170      57.960  41.153  27.411  1.00  0.76      A    C  \\nATOM   2728 HD21 LEU A 170      56.997  40.840  27.009  1.00  0.76      A    H  \\nATOM   2729 HD22 LEU A 170      57.976  41.434  28.464  1.00  0.76      A    H  \\nATOM   2730 HD23 LEU A 170      58.282  42.070  26.918  1.00  0.76      A    H  \\nATOM   2731  C   LEU A 170      58.660  39.375  23.412  1.00  0.76      A    C  \\nATOM   2732  O   LEU A 170      58.040  40.137  22.668  1.00  0.76      A    O  \\nATOM   2733  N   ALA A 171      59.751  38.702  23.031  1.00  0.88      A    N  \\nATOM   2734  H   ALA A 171      60.119  38.016  23.675  1.00  0.88      A    H  \\nATOM   2735  CA  ALA A 171      60.330  38.803  21.740  1.00  0.88      A    C  \\nATOM   2736  HA  ALA A 171      60.607  39.835  21.526  1.00  0.88      A    H  \\nATOM   2737  CB  ALA A 171      61.704  38.086  21.646  1.00  0.88      A    C  \\nATOM   2738  HB1 ALA A 171      61.490  37.069  21.973  1.00  0.88      A    H  \\nATOM   2739  HB2 ALA A 171      62.136  38.130  20.646  1.00  0.88      A    H  \\nATOM   2740  HB3 ALA A 171      62.357  38.578  22.368  1.00  0.88      A    H  \\nATOM   2741  C   ALA A 171      59.360  38.298  20.645  1.00  0.88      A    C  \\nATOM   2742  O   ALA A 171      59.119  39.038  19.706  1.00  0.88      A    O  \\nATOM   2743  N   TYR A 172      58.873  37.067  20.791  1.00  0.82      A    N  \\nATOM   2744  H   TYR A 172      59.144  36.463  21.554  1.00  0.82      A    H  \\nATOM   2745  CA  TYR A 172      58.235  36.337  19.603  1.00  0.82      A    C  \\nATOM   2746  HA  TYR A 172      58.296  36.905  18.674  1.00  0.82      A    H  \\nATOM   2747  CB  TYR A 172      59.065  35.066  19.293  1.00  0.82      A    C  \\nATOM   2748  HB2 TYR A 172      58.983  34.285  20.049  1.00  0.82      A    H  \\nATOM   2749  HB3 TYR A 172      58.702  34.565  18.395  1.00  0.82      A    H  \\nATOM   2750  CG  TYR A 172      60.614  35.295  19.220  1.00  0.82      A    C  \\nATOM   2751  CD1 TYR A 172      61.168  36.217  18.307  1.00  0.82      A    C  \\nATOM   2752  HD1 TYR A 172      60.483  36.731  17.649  1.00  0.82      A    H  \\nATOM   2753  CE1 TYR A 172      62.522  36.477  18.308  1.00  0.82      A    C  \\nATOM   2754  HE1 TYR A 172      62.914  37.178  17.586  1.00  0.82      A    H  \\nATOM   2755  CZ  TYR A 172      63.374  35.804  19.200  1.00  0.82      A    C  \\nATOM   2756  OH  TYR A 172      64.739  35.970  19.115  1.00  0.82      A    O  \\nATOM   2757  HH  TYR A 172      65.005  36.588  18.431  1.00  0.82      A    H  \\nATOM   2758  CE2 TYR A 172      62.903  34.945  20.165  1.00  0.82      A    C  \\nATOM   2759  HE2 TYR A 172      63.520  34.464  20.910  1.00  0.82      A    H  \\nATOM   2760  CD2 TYR A 172      61.493  34.626  20.107  1.00  0.82      A    C  \\nATOM   2761  HD2 TYR A 172      61.117  33.870  20.781  1.00  0.82      A    H  \\nATOM   2762  C   TYR A 172      56.799  35.889  19.888  1.00  0.82      A    C  \\nATOM   2763  O   TYR A 172      56.236  35.215  19.059  1.00  0.82      A    O  \\nATOM   2764  N   ASN A 173      56.136  36.186  21.027  1.00  0.74      A    N  \\nATOM   2765  H   ASN A 173      56.651  36.762  21.678  1.00  0.74      A    H  \\nATOM   2766  CA  ASN A 173      54.737  36.090  21.320  1.00  0.74      A    C  \\nATOM   2767  HA  ASN A 173      54.557  36.575  22.279  1.00  0.74      A    H  \\nATOM   2768  CB  ASN A 173      53.795  36.885  20.367  1.00  0.74      A    C  \\nATOM   2769  HB2 ASN A 173      53.572  36.332  19.454  1.00  0.74      A    H  \\nATOM   2770  HB3 ASN A 173      52.852  37.083  20.877  1.00  0.74      A    H  \\nATOM   2771  CG  ASN A 173      54.298  38.285  20.055  1.00  0.74      A    C  \\nATOM   2772  OD1 ASN A 173      54.391  39.123  20.919  1.00  0.74      A    O  \\nATOM   2773  ND2 ASN A 173      54.597  38.501  18.805  1.00  0.74      A    N  \\nATOM   2774 HD21 ASN A 173      55.038  39.380  18.578  1.00  0.74      A    H  \\nATOM   2775 HD22 ASN A 173      54.325  37.947  18.006  1.00  0.74      A    H  \\nATOM   2776  C   ASN A 173      54.288  34.598  21.526  1.00  0.74      A    C  \\nATOM   2777  O   ASN A 173      53.116  34.310  21.248  1.00  0.74      A    O  \\nATOM   2778  N   LYS A 174      55.248  33.690  21.934  1.00  0.65      A    N  \\nATOM   2779  H   LYS A 174      56.193  34.022  22.067  1.00  0.65      A    H  \\nATOM   2780  CA  LYS A 174      54.941  32.261  22.187  1.00  0.65      A    C  \\nATOM   2781  HA  LYS A 174      54.049  32.019  21.609  1.00  0.65      A    H  \\nATOM   2782  CB  LYS A 174      56.141  31.453  21.713  1.00  0.65      A    C  \\nATOM   2783  HB2 LYS A 174      57.036  31.765  22.251  1.00  0.65      A    H  \\nATOM   2784  HB3 LYS A 174      55.892  30.419  21.952  1.00  0.65      A    H  \\nATOM   2785  CG  LYS A 174      56.301  31.704  20.240  1.00  0.65      A    C  \\nATOM   2786  HG2 LYS A 174      55.329  31.601  19.758  1.00  0.65      A    H  \\nATOM   2787  HG3 LYS A 174      56.802  32.664  20.113  1.00  0.65      A    H  \\nATOM   2788  CD  LYS A 174      57.122  30.625  19.542  1.00  0.65      A    C  \\nATOM   2789  HD2 LYS A 174      58.122  30.520  19.965  1.00  0.65      A    H  \\nATOM   2790  HD3 LYS A 174      56.592  29.672  19.570  1.00  0.65      A    H  \\nATOM   2791  CE  LYS A 174      57.312  31.053  18.038  1.00  0.65      A    C  \\nATOM   2792  HE2 LYS A 174      56.307  31.228  17.654  1.00  0.65      A    H  \\nATOM   2793  HE3 LYS A 174      57.935  31.943  17.954  1.00  0.65      A    H  \\nATOM   2794  NZ  LYS A 174      57.892  30.044  17.211  1.00  0.65      A    N  \\nATOM   2795  HZ1 LYS A 174      57.472  29.135  17.346  1.00  0.65      A    H  \\nATOM   2796  HZ2 LYS A 174      57.828  30.202  16.216  1.00  0.65      A    H  \\nATOM   2797  HZ3 LYS A 174      58.864  29.831  17.386  1.00  0.65      A    H  \\nATOM   2798  C   LYS A 174      54.692  31.945  23.670  1.00  0.65      A    C  \\nATOM   2799  O   LYS A 174      55.691  32.057  24.427  1.00  0.65      A    O  \\nATOM   2800  N   PHE A 175      53.435  31.689  24.044  1.00  0.64      A    N  \\nATOM   2801  H   PHE A 175      52.777  31.619  23.280  1.00  0.64      A    H  \\nATOM   2802  CA  PHE A 175      52.981  31.396  25.407  1.00  0.64      A    C  \\nATOM   2803  HA  PHE A 175      53.806  31.603  26.089  1.00  0.64      A    H  \\nATOM   2804  CB  PHE A 175      51.784  32.242  25.862  1.00  0.64      A    C  \\nATOM   2805  HB2 PHE A 175      51.022  32.201  25.083  1.00  0.64      A    H  \\nATOM   2806  HB3 PHE A 175      51.323  31.832  26.761  1.00  0.64      A    H  \\nATOM   2807  CG  PHE A 175      52.090  33.745  26.048  1.00  0.64      A    C  \\nATOM   2808  CD1 PHE A 175      52.303  34.333  27.326  1.00  0.64      A    C  \\nATOM   2809  HD1 PHE A 175      52.226  33.700  28.197  1.00  0.64      A    H  \\nATOM   2810  CE1 PHE A 175      52.644  35.633  27.500  1.00  0.64      A    C  \\nATOM   2811  HE1 PHE A 175      52.817  36.123  28.446  1.00  0.64      A    H  \\nATOM   2812  CZ  PHE A 175      52.810  36.425  26.362  1.00  0.64      A    C  \\nATOM   2813  HZ  PHE A 175      53.096  37.466  26.367  1.00  0.64      A    H  \\nATOM   2814  CE2 PHE A 175      52.575  35.908  25.075  1.00  0.64      A    C  \\nATOM   2815  HE2 PHE A 175      52.691  36.546  24.211  1.00  0.64      A    H  \\nATOM   2816  CD2 PHE A 175      52.004  34.607  24.945  1.00  0.64      A    C  \\nATOM   2817  HD2 PHE A 175      51.779  34.246  23.952  1.00  0.64      A    H  \\nATOM   2818  C   PHE A 175      52.847  29.891  25.621  1.00  0.64      A    C  \\nATOM   2819  O   PHE A 175      52.477  29.146  24.754  1.00  0.64      A    O  \\nATOM   2820  N   SER A 176      53.240  29.406  26.747  1.00  0.57      A    N  \\nATOM   2821  H   SER A 176      53.554  30.002  27.500  1.00  0.57      A    H  \\nATOM   2822  CA  SER A 176      53.277  27.935  27.149  1.00  0.57      A    C  \\nATOM   2823  HA  SER A 176      52.467  27.393  26.660  1.00  0.57      A    H  \\nATOM   2824  CB  SER A 176      54.519  27.360  26.414  1.00  0.57      A    C  \\nATOM   2825  HB2 SER A 176      54.624  26.299  26.636  1.00  0.57      A    H  \\nATOM   2826  HB3 SER A 176      54.660  27.593  25.359  1.00  0.57      A    H  \\nATOM   2827  OG  SER A 176      55.678  27.936  27.031  1.00  0.57      A    O  \\nATOM   2828  HG  SER A 176      55.961  28.811  26.757  1.00  0.57      A    H  \\nATOM   2829  C   SER A 176      53.291  27.713  28.655  1.00  0.57      A    C  \\nATOM   2830  O   SER A 176      53.487  28.684  29.415  1.00  0.57      A    O  \\nATOM   2831  N   ILE A 177      53.258  26.469  29.174  1.00  0.45      A    N  \\nATOM   2832  H   ILE A 177      53.034  25.751  28.500  1.00  0.45      A    H  \\nATOM   2833  CA  ILE A 177      53.439  26.157  30.585  1.00  0.45      A    C  \\nATOM   2834  HA  ILE A 177      52.722  26.748  31.154  1.00  0.45      A    H  \\nATOM   2835  CB  ILE A 177      53.172  24.632  30.786  1.00  0.45      A    C  \\nATOM   2836  HB  ILE A 177      53.567  24.127  29.904  1.00  0.45      A    H  \\nATOM   2837  CG2 ILE A 177      53.940  24.092  31.962  1.00  0.45      A    C  \\nATOM   2838 HG21 ILE A 177      55.007  24.304  32.023  1.00  0.45      A    H  \\nATOM   2839 HG22 ILE A 177      53.537  24.424  32.919  1.00  0.45      A    H  \\nATOM   2840 HG23 ILE A 177      53.743  23.021  31.929  1.00  0.45      A    H  \\nATOM   2841  CG1 ILE A 177      51.659  24.370  30.946  1.00  0.45      A    C  \\nATOM   2842 HG12 ILE A 177      51.221  24.479  31.939  1.00  0.45      A    H  \\nATOM   2843 HG13 ILE A 177      51.167  25.080  30.281  1.00  0.45      A    H  \\nATOM   2844  CD1 ILE A 177      51.421  22.976  30.391  1.00  0.45      A    C  \\nATOM   2845 HD11 ILE A 177      51.870  22.246  31.064  1.00  0.45      A    H  \\nATOM   2846 HD12 ILE A 177      50.335  22.908  30.326  1.00  0.45      A    H  \\nATOM   2847 HD13 ILE A 177      51.860  22.853  29.401  1.00  0.45      A    H  \\nATOM   2848  C   ILE A 177      54.815  26.650  31.141  1.00  0.45      A    C  \\nATOM   2849  O   ILE A 177      54.986  26.949  32.312  1.00  0.45      A    O  \\nATOM   2850  N   LYS A 178      55.914  26.684  30.365  1.00  0.42      A    N  \\nATOM   2851  H   LYS A 178      55.739  26.457  29.396  1.00  0.42      A    H  \\nATOM   2852  CA  LYS A 178      57.188  27.332  30.653  1.00  0.42      A    C  \\nATOM   2853  HA  LYS A 178      57.472  27.116  31.683  1.00  0.42      A    H  \\nATOM   2854  CB  LYS A 178      58.304  26.728  29.775  1.00  0.42      A    C  \\nATOM   2855  HB2 LYS A 178      58.092  27.115  28.778  1.00  0.42      A    H  \\nATOM   2856  HB3 LYS A 178      59.267  27.175  30.023  1.00  0.42      A    H  \\nATOM   2857  CG  LYS A 178      58.425  25.234  29.709  1.00  0.42      A    C  \\nATOM   2858  HG2 LYS A 178      57.553  24.767  29.251  1.00  0.42      A    H  \\nATOM   2859  HG3 LYS A 178      59.265  25.063  29.036  1.00  0.42      A    H  \\nATOM   2860  CD  LYS A 178      58.523  24.630  31.098  1.00  0.42      A    C  \\nATOM   2861  HD2 LYS A 178      59.089  25.281  31.764  1.00  0.42      A    H  \\nATOM   2862  HD3 LYS A 178      57.507  24.617  31.491  1.00  0.42      A    H  \\nATOM   2863  CE  LYS A 178      58.994  23.205  30.948  1.00  0.42      A    C  \\nATOM   2864  HE2 LYS A 178      58.263  22.578  30.437  1.00  0.42      A    H  \\nATOM   2865  HE3 LYS A 178      59.942  23.182  30.411  1.00  0.42      A    H  \\nATOM   2866  NZ  LYS A 178      59.072  22.506  32.253  1.00  0.42      A    N  \\nATOM   2867  HZ1 LYS A 178      58.119  22.268  32.485  1.00  0.42      A    H  \\nATOM   2868  HZ2 LYS A 178      59.529  21.633  32.033  1.00  0.42      A    H  \\nATOM   2869  HZ3 LYS A 178      59.622  22.825  33.038  1.00  0.42      A    H  \\nATOM   2870  C   LYS A 178      57.128  28.805  30.598  1.00  0.42      A    C  \\nATOM   2871  O   LYS A 178      58.003  29.399  31.227  1.00  0.42      A    O  \\nATOM   2872  N   SER A 179      56.183  29.501  29.910  1.00  0.39      A    N  \\nATOM   2873  H   SER A 179      55.358  29.032  29.564  1.00  0.39      A    H  \\nATOM   2874  CA  SER A 179      56.005  30.935  30.122  1.00  0.39      A    C  \\nATOM   2875  HA  SER A 179      56.955  31.463  30.196  1.00  0.39      A    H  \\nATOM   2876  CB  SER A 179      55.291  31.705  28.960  1.00  0.39      A    C  \\nATOM   2877  HB2 SER A 179      55.392  32.784  29.074  1.00  0.39      A    H  \\nATOM   2878  HB3 SER A 179      55.857  31.515  28.048  1.00  0.39      A    H  \\nATOM   2879  OG  SER A 179      53.934  31.360  28.738  1.00  0.39      A    O  \\nATOM   2880  HG  SER A 179      53.394  31.801  29.398  1.00  0.39      A    H  \\nATOM   2881  C   SER A 179      55.298  31.164  31.457  1.00  0.39      A    C  \\nATOM   2882  O   SER A 179      55.773  32.083  32.200  1.00  0.39      A    O  \\nATOM   2883  N   ASP A 180      54.255  30.421  31.814  1.00  0.36      A    N  \\nATOM   2884  H   ASP A 180      53.791  29.862  31.112  1.00  0.36      A    H  \\nATOM   2885  CA  ASP A 180      53.748  30.501  33.240  1.00  0.36      A    C  \\nATOM   2886  HA  ASP A 180      53.494  31.530  33.498  1.00  0.36      A    H  \\nATOM   2887  CB  ASP A 180      52.483  29.572  33.272  1.00  0.36      A    C  \\nATOM   2888  HB2 ASP A 180      52.629  28.696  32.640  1.00  0.36      A    H  \\nATOM   2889  HB3 ASP A 180      52.313  29.285  34.310  1.00  0.36      A    H  \\nATOM   2890  CG  ASP A 180      51.164  30.199  32.911  1.00  0.36      A    C  \\nATOM   2891  OD1 ASP A 180      51.095  31.401  32.623  1.00  0.36      A    O  \\nATOM   2892  OD2 ASP A 180      50.143  29.517  32.984  1.00  0.36      A    O  \\nATOM   2893  C   ASP A 180      54.838  30.162  34.262  1.00  0.36      A    C  \\nATOM   2894  O   ASP A 180      54.851  30.864  35.280  1.00  0.36      A    O  \\nATOM   2895  N   VAL A 181      55.693  29.128  34.199  1.00  0.32      A    N  \\nATOM   2896  H   VAL A 181      55.537  28.411  33.506  1.00  0.32      A    H  \\nATOM   2897  CA  VAL A 181      56.784  28.914  35.216  1.00  0.32      A    C  \\nATOM   2898  HA  VAL A 181      56.259  28.730  36.153  1.00  0.32      A    H  \\nATOM   2899  CB  VAL A 181      57.681  27.735  34.864  1.00  0.32      A    C  \\nATOM   2900  HB  VAL A 181      58.113  27.909  33.879  1.00  0.32      A    H  \\nATOM   2901  CG1 VAL A 181      58.853  27.514  35.751  1.00  0.32      A    C  \\nATOM   2902 HG11 VAL A 181      58.636  27.511  36.819  1.00  0.32      A    H  \\nATOM   2903 HG12 VAL A 181      59.262  26.540  35.484  1.00  0.32      A    H  \\nATOM   2904 HG13 VAL A 181      59.636  28.246  35.553  1.00  0.32      A    H  \\nATOM   2905  CG2 VAL A 181      56.806  26.438  34.891  1.00  0.32      A    C  \\nATOM   2906 HG21 VAL A 181      55.868  26.657  34.380  1.00  0.32      A    H  \\nATOM   2907 HG22 VAL A 181      57.344  25.638  34.381  1.00  0.32      A    H  \\nATOM   2908 HG23 VAL A 181      56.594  26.153  35.921  1.00  0.32      A    H  \\nATOM   2909  C   VAL A 181      57.648  30.189  35.401  1.00  0.32      A    C  \\nATOM   2910  O   VAL A 181      57.984  30.503  36.534  1.00  0.32      A    O  \\nATOM   2911  N   TRP A 182      57.961  30.931  34.323  1.00  0.34      A    N  \\nATOM   2912  H   TRP A 182      57.871  30.521  33.405  1.00  0.34      A    H  \\nATOM   2913  CA  TRP A 182      58.580  32.301  34.533  1.00  0.34      A    C  \\nATOM   2914  HA  TRP A 182      59.584  32.106  34.909  1.00  0.34      A    H  \\nATOM   2915  CB  TRP A 182      58.879  32.987  33.189  1.00  0.34      A    C  \\nATOM   2916  HB2 TRP A 182      59.329  32.283  32.489  1.00  0.34      A    H  \\nATOM   2917  HB3 TRP A 182      58.007  33.268  32.598  1.00  0.34      A    H  \\nATOM   2918  CG  TRP A 182      59.826  34.140  33.176  1.00  0.34      A    C  \\nATOM   2919  CD1 TRP A 182      59.522  35.438  33.381  1.00  0.34      A    C  \\nATOM   2920  HD1 TRP A 182      58.532  35.811  33.599  1.00  0.34      A    H  \\nATOM   2921  NE1 TRP A 182      60.635  36.204  33.072  1.00  0.34      A    N  \\nATOM   2922  HE1 TRP A 182      60.690  37.209  33.163  1.00  0.34      A    H  \\nATOM   2923  CE2 TRP A 182      61.743  35.445  32.714  1.00  0.34      A    C  \\nATOM   2924  CZ2 TRP A 182      63.055  35.883  32.470  1.00  0.34      A    C  \\nATOM   2925  HZ2 TRP A 182      63.323  36.928  32.417  1.00  0.34      A    H  \\nATOM   2926  CH2 TRP A 182      63.958  34.924  32.045  1.00  0.34      A    C  \\nATOM   2927  HH2 TRP A 182      64.930  35.301  31.762  1.00  0.34      A    H  \\nATOM   2928  CZ3 TRP A 182      63.538  33.591  31.908  1.00  0.34      A    C  \\nATOM   2929  HZ3 TRP A 182      64.283  32.860  31.628  1.00  0.34      A    H  \\nATOM   2930  CE3 TRP A 182      62.238  33.185  32.354  1.00  0.34      A    C  \\nATOM   2931  HE3 TRP A 182      62.014  32.131  32.435  1.00  0.34      A    H  \\nATOM   2932  CD2 TRP A 182      61.275  34.123  32.725  1.00  0.34      A    C  \\nATOM   2933  C   TRP A 182      57.743  33.223  35.390  1.00  0.34      A    C  \\nATOM   2934  O   TRP A 182      58.212  33.878  36.330  1.00  0.34      A    O  \\nATOM   2935  N   ALA A 183      56.469  33.428  35.095  1.00  0.39      A    N  \\nATOM   2936  H   ALA A 183      56.187  32.938  34.258  1.00  0.39      A    H  \\nATOM   2937  CA  ALA A 183      55.519  34.268  35.767  1.00  0.39      A    C  \\nATOM   2938  HA  ALA A 183      55.931  35.277  35.759  1.00  0.39      A    H  \\nATOM   2939  CB  ALA A 183      54.174  34.281  34.967  1.00  0.39      A    C  \\nATOM   2940  HB1 ALA A 183      53.867  33.239  34.882  1.00  0.39      A    H  \\nATOM   2941  HB2 ALA A 183      53.377  34.804  35.496  1.00  0.39      A    H  \\nATOM   2942  HB3 ALA A 183      54.206  34.745  33.981  1.00  0.39      A    H  \\nATOM   2943  C   ALA A 183      55.259  33.793  37.223  1.00  0.39      A    C  \\nATOM   2944  O   ALA A 183      55.268  34.654  38.080  1.00  0.39      A    O  \\nATOM   2945  N   PHE A 184      55.368  32.499  37.516  1.00  0.37      A    N  \\nATOM   2946  H   PHE A 184      55.410  31.854  36.740  1.00  0.37      A    H  \\nATOM   2947  CA  PHE A 184      55.424  31.970  38.923  1.00  0.37      A    C  \\nATOM   2948  HA  PHE A 184      54.625  32.491  39.450  1.00  0.37      A    H  \\nATOM   2949  CB  PHE A 184      55.231  30.445  38.968  1.00  0.37      A    C  \\nATOM   2950  HB2 PHE A 184      54.325  30.136  38.447  1.00  0.37      A    H  \\nATOM   2951  HB3 PHE A 184      55.986  29.992  38.325  1.00  0.37      A    H  \\nATOM   2952  CG  PHE A 184      55.195  29.797  40.368  1.00  0.37      A    C  \\nATOM   2953  CD1 PHE A 184      56.332  29.163  40.949  1.00  0.37      A    C  \\nATOM   2954  HD1 PHE A 184      57.236  29.134  40.359  1.00  0.37      A    H  \\nATOM   2955  CE1 PHE A 184      56.297  28.617  42.238  1.00  0.37      A    C  \\nATOM   2956  HE1 PHE A 184      57.089  28.064  42.722  1.00  0.37      A    H  \\nATOM   2957  CZ  PHE A 184      55.121  28.812  43.030  1.00  0.37      A    C  \\nATOM   2958  HZ  PHE A 184      55.108  28.360  44.011  1.00  0.37      A    H  \\nATOM   2959  CE2 PHE A 184      54.027  29.553  42.542  1.00  0.37      A    C  \\nATOM   2960  HE2 PHE A 184      53.115  29.637  43.115  1.00  0.37      A    H  \\nATOM   2961  CD2 PHE A 184      54.086  30.046  41.210  1.00  0.37      A    C  \\nATOM   2962  HD2 PHE A 184      53.291  30.656  40.807  1.00  0.37      A    H  \\nATOM   2963  C   PHE A 184      56.687  32.309  39.665  1.00  0.37      A    C  \\nATOM   2964  O   PHE A 184      56.560  32.573  40.830  1.00  0.37      A    O  \\nATOM   2965  N   GLY A 185      57.845  32.232  39.016  1.00  0.39      A    N  \\nATOM   2966  H   GLY A 185      57.817  32.037  38.025  1.00  0.39      A    H  \\nATOM   2967  CA  GLY A 185      59.028  32.844  39.492  1.00  0.39      A    C  \\nATOM   2968  HA2 GLY A 185      59.309  32.322  40.406  1.00  0.39      A    H  \\nATOM   2969  HA3 GLY A 185      59.900  32.675  38.859  1.00  0.39      A    H  \\nATOM   2970  C   GLY A 185      58.895  34.274  39.897  1.00  0.39      A    C  \\nATOM   2971  O   GLY A 185      59.333  34.630  40.984  1.00  0.39      A    O  \\nATOM   2972  N   VAL A 186      58.258  35.136  39.080  1.00  0.39      A    N  \\nATOM   2973  H   VAL A 186      57.794  34.731  38.279  1.00  0.39      A    H  \\nATOM   2974  CA  VAL A 186      58.100  36.538  39.344  1.00  0.39      A    C  \\nATOM   2975  HA  VAL A 186      58.932  37.061  39.815  1.00  0.39      A    H  \\nATOM   2976  CB  VAL A 186      57.847  37.301  38.034  1.00  0.39      A    C  \\nATOM   2977  HB  VAL A 186      56.916  36.975  37.569  1.00  0.39      A    H  \\nATOM   2978  CG1 VAL A 186      57.617  38.799  38.391  1.00  0.39      A    C  \\nATOM   2979 HG11 VAL A 186      58.235  39.068  39.248  1.00  0.39      A    H  \\nATOM   2980 HG12 VAL A 186      57.751  39.415  37.502  1.00  0.39      A    H  \\nATOM   2981 HG13 VAL A 186      56.612  38.985  38.771  1.00  0.39      A    H  \\nATOM   2982  CG2 VAL A 186      59.062  37.231  37.037  1.00  0.39      A    C  \\nATOM   2983 HG21 VAL A 186      59.141  36.224  36.627  1.00  0.39      A    H  \\nATOM   2984 HG22 VAL A 186      58.810  37.953  36.260  1.00  0.39      A    H  \\nATOM   2985 HG23 VAL A 186      60.027  37.417  37.507  1.00  0.39      A    H  \\nATOM   2986  C   VAL A 186      57.085  36.696  40.448  1.00  0.39      A    C  \\nATOM   2987  O   VAL A 186      57.357  37.432  41.381  1.00  0.39      A    O  \\nATOM   2988  N   LEU A 187      56.063  35.833  40.579  1.00  0.39      A    N  \\nATOM   2989  H   LEU A 187      55.805  35.175  39.857  1.00  0.39      A    H  \\nATOM   2990  CA  LEU A 187      55.174  35.751  41.732  1.00  0.39      A    C  \\nATOM   2991  HA  LEU A 187      54.779  36.749  41.921  1.00  0.39      A    H  \\nATOM   2992  CB  LEU A 187      53.952  34.944  41.282  1.00  0.39      A    C  \\nATOM   2993  HB2 LEU A 187      53.405  35.528  40.542  1.00  0.39      A    H  \\nATOM   2994  HB3 LEU A 187      54.294  34.021  40.813  1.00  0.39      A    H  \\nATOM   2995  CG  LEU A 187      52.976  34.606  42.374  1.00  0.39      A    C  \\nATOM   2996  HG  LEU A 187      53.472  33.989  43.124  1.00  0.39      A    H  \\nATOM   2997  CD1 LEU A 187      52.293  35.764  43.067  1.00  0.39      A    C  \\nATOM   2998 HD11 LEU A 187      52.564  36.733  42.649  1.00  0.39      A    H  \\nATOM   2999 HD12 LEU A 187      51.207  35.720  42.979  1.00  0.39      A    H  \\nATOM   3000 HD13 LEU A 187      52.664  35.732  44.092  1.00  0.39      A    H  \\nATOM   3001  CD2 LEU A 187      51.888  33.789  41.626  1.00  0.39      A    C  \\nATOM   3002 HD21 LEU A 187      52.413  32.900  41.276  1.00  0.39      A    H  \\nATOM   3003 HD22 LEU A 187      51.144  33.399  42.320  1.00  0.39      A    H  \\nATOM   3004 HD23 LEU A 187      51.392  34.377  40.855  1.00  0.39      A    H  \\nATOM   3005  C   LEU A 187      55.810  35.208  43.087  1.00  0.39      A    C  \\nATOM   3006  O   LEU A 187      55.407  35.748  44.139  1.00  0.39      A    O  \\nATOM   3007  N   LEU A 188      56.794  34.321  43.060  1.00  0.39      A    N  \\nATOM   3008  H   LEU A 188      56.872  33.796  42.202  1.00  0.39      A    H  \\nATOM   3009  CA  LEU A 188      57.618  33.993  44.196  1.00  0.39      A    C  \\nATOM   3010  HA  LEU A 188      57.011  33.615  45.018  1.00  0.39      A    H  \\nATOM   3011  CB  LEU A 188      58.744  32.967  43.959  1.00  0.39      A    C  \\nATOM   3012  HB2 LEU A 188      59.405  33.422  43.222  1.00  0.39      A    H  \\nATOM   3013  HB3 LEU A 188      59.251  33.026  44.922  1.00  0.39      A    H  \\nATOM   3014  CG  LEU A 188      58.376  31.514  43.683  1.00  0.39      A    C  \\nATOM   3015  HG  LEU A 188      57.879  31.536  42.713  1.00  0.39      A    H  \\nATOM   3016  CD1 LEU A 188      59.586  30.594  43.618  1.00  0.39      A    C  \\nATOM   3017 HD11 LEU A 188      60.031  30.352  44.583  1.00  0.39      A    H  \\nATOM   3018 HD12 LEU A 188      59.283  29.623  43.227  1.00  0.39      A    H  \\nATOM   3019 HD13 LEU A 188      60.386  30.991  42.993  1.00  0.39      A    H  \\nATOM   3020  CD2 LEU A 188      57.323  31.000  44.669  1.00  0.39      A    C  \\nATOM   3021 HD21 LEU A 188      56.348  31.484  44.599  1.00  0.39      A    H  \\nATOM   3022 HD22 LEU A 188      57.044  29.946  44.637  1.00  0.39      A    H  \\nATOM   3023 HD23 LEU A 188      57.691  31.243  45.665  1.00  0.39      A    H  \\nATOM   3024  C   LEU A 188      58.314  35.253  44.848  1.00  0.39      A    C  \\nATOM   3025  O   LEU A 188      58.372  35.352  46.083  1.00  0.39      A    O  \\nATOM   3026  N   TRP A 189      58.848  36.155  43.979  1.00  0.40      A    N  \\nATOM   3027  H   TRP A 189      58.733  36.012  42.986  1.00  0.40      A    H  \\nATOM   3028  CA  TRP A 189      59.379  37.475  44.374  1.00  0.40      A    C  \\nATOM   3029  HA  TRP A 189      60.013  37.427  45.260  1.00  0.40      A    H  \\nATOM   3030  CB  TRP A 189      60.180  37.963  43.166  1.00  0.40      A    C  \\nATOM   3031  HB2 TRP A 189      60.804  37.181  42.733  1.00  0.40      A    H  \\nATOM   3032  HB3 TRP A 189      59.531  38.391  42.402  1.00  0.40      A    H  \\nATOM   3033  CG  TRP A 189      61.125  39.105  43.306  1.00  0.40      A    C  \\nATOM   3034  CD1 TRP A 189      62.422  38.995  43.692  1.00  0.40      A    C  \\nATOM   3035  HD1 TRP A 189      63.009  38.115  43.914  1.00  0.40      A    H  \\nATOM   3036  NE1 TRP A 189      63.012  40.258  43.639  1.00  0.40      A    N  \\nATOM   3037  HE1 TRP A 189      63.974  40.406  43.910  1.00  0.40      A    H  \\nATOM   3038  CE2 TRP A 189      62.084  41.215  43.369  1.00  0.40      A    C  \\nATOM   3039  CZ2 TRP A 189      62.106  42.571  43.238  1.00  0.40      A    C  \\nATOM   3040  HZ2 TRP A 189      63.058  43.072  43.325  1.00  0.40      A    H  \\nATOM   3041  CH2 TRP A 189      60.841  43.250  43.178  1.00  0.40      A    C  \\nATOM   3042  HH2 TRP A 189      60.810  44.328  43.125  1.00  0.40      A    H  \\nATOM   3043  CZ3 TRP A 189      59.596  42.542  43.158  1.00  0.40      A    C  \\nATOM   3044  HZ3 TRP A 189      58.675  43.102  43.097  1.00  0.40      A    H  \\nATOM   3045  CE3 TRP A 189      59.688  41.143  43.138  1.00  0.40      A    C  \\nATOM   3046  HE3 TRP A 189      58.702  40.702  43.134  1.00  0.40      A    H  \\nATOM   3047  CD2 TRP A 189      60.872  40.459  43.229  1.00  0.40      A    C  \\nATOM   3048  C   TRP A 189      58.323  38.445  44.820  1.00  0.40      A    C  \\nATOM   3049  O   TRP A 189      58.469  39.128  45.838  1.00  0.40      A    O  \\nATOM   3050  N   GLU A 190      57.200  38.581  44.121  1.00  0.45      A    N  \\nATOM   3051  H   GLU A 190      56.990  38.195  43.212  1.00  0.45      A    H  \\nATOM   3052  CA  GLU A 190      56.055  39.299  44.655  1.00  0.45      A    C  \\nATOM   3053  HA  GLU A 190      56.231  40.372  44.731  1.00  0.45      A    H  \\nATOM   3054  CB  GLU A 190      54.874  39.157  43.718  1.00  0.45      A    C  \\nATOM   3055  HB2 GLU A 190      54.568  38.113  43.789  1.00  0.45      A    H  \\nATOM   3056  HB3 GLU A 190      54.093  39.738  44.208  1.00  0.45      A    H  \\nATOM   3057  CG  GLU A 190      54.940  39.562  42.216  1.00  0.45      A    C  \\nATOM   3058  HG2 GLU A 190      55.554  40.455  42.097  1.00  0.45      A    H  \\nATOM   3059  HG3 GLU A 190      55.467  38.834  41.598  1.00  0.45      A    H  \\nATOM   3060  CD  GLU A 190      53.506  39.742  41.772  1.00  0.45      A    C  \\nATOM   3061  OE1 GLU A 190      52.975  40.820  42.165  1.00  0.45      A    O  \\nATOM   3062  OE2 GLU A 190      52.924  38.834  41.111  1.00  0.45      A    O  \\nATOM   3063  C   GLU A 190      55.705  38.851  46.174  1.00  0.45      A    C  \\nATOM   3064  O   GLU A 190      55.677  39.715  47.041  1.00  0.45      A    O  \\nATOM   3065  N   ILE A 191      55.534  37.568  46.467  1.00  0.46      A    N  \\nATOM   3066  H   ILE A 191      55.647  36.875  45.741  1.00  0.46      A    H  \\nATOM   3067  CA  ILE A 191      55.435  36.979  47.854  1.00  0.46      A    C  \\nATOM   3068  HA  ILE A 191      54.566  37.466  48.295  1.00  0.46      A    H  \\nATOM   3069  CB  ILE A 191      55.182  35.412  47.750  1.00  0.46      A    C  \\nATOM   3070  HB  ILE A 191      55.897  34.985  47.047  1.00  0.46      A    H  \\nATOM   3071  CG2 ILE A 191      55.380  34.578  49.019  1.00  0.46      A    C  \\nATOM   3072 HG21 ILE A 191      54.611  34.700  49.782  1.00  0.46      A    H  \\nATOM   3073 HG22 ILE A 191      55.335  33.517  48.776  1.00  0.46      A    H  \\nATOM   3074 HG23 ILE A 191      56.342  34.760  49.499  1.00  0.46      A    H  \\nATOM   3075  CG1 ILE A 191      53.719  35.183  47.290  1.00  0.46      A    C  \\nATOM   3076 HG12 ILE A 191      53.077  35.366  48.152  1.00  0.46      A    H  \\nATOM   3077 HG13 ILE A 191      53.487  35.894  46.497  1.00  0.46      A    H  \\nATOM   3078  CD1 ILE A 191      53.536  33.837  46.656  1.00  0.46      A    C  \\nATOM   3079 HD11 ILE A 191      53.567  33.060  47.420  1.00  0.46      A    H  \\nATOM   3080 HD12 ILE A 191      52.529  33.720  46.256  1.00  0.46      A    H  \\nATOM   3081 HD13 ILE A 191      54.292  33.648  45.894  1.00  0.46      A    H  \\nATOM   3082  C   ILE A 191      56.652  37.357  48.745  1.00  0.46      A    C  \\nATOM   3083  O   ILE A 191      56.495  38.018  49.785  1.00  0.46      A    O  \\nATOM   3084  N   ALA A 192      57.873  37.205  48.226  1.00  0.49      A    N  \\nATOM   3085  H   ALA A 192      58.002  36.658  47.387  1.00  0.49      A    H  \\nATOM   3086  CA  ALA A 192      59.071  37.233  49.082  1.00  0.49      A    C  \\nATOM   3087  HA  ALA A 192      58.931  36.797  50.071  1.00  0.49      A    H  \\nATOM   3088  CB  ALA A 192      60.153  36.426  48.386  1.00  0.49      A    C  \\nATOM   3089  HB1 ALA A 192      60.201  36.879  47.395  1.00  0.49      A    H  \\nATOM   3090  HB2 ALA A 192      61.120  36.612  48.853  1.00  0.49      A    H  \\nATOM   3091  HB3 ALA A 192      59.900  35.366  48.427  1.00  0.49      A    H  \\nATOM   3092  C   ALA A 192      59.490  38.737  49.303  1.00  0.49      A    C  \\nATOM   3093  O   ALA A 192      60.333  39.006  50.134  1.00  0.49      A    O  \\nATOM   3094  N   THR A 193      58.881  39.736  48.641  1.00  0.47      A    N  \\nATOM   3095  H   THR A 193      58.288  39.515  47.854  1.00  0.47      A    H  \\nATOM   3096  CA  THR A 193      59.005  41.178  48.870  1.00  0.47      A    C  \\nATOM   3097  HA  THR A 193      59.852  41.259  49.551  1.00  0.47      A    H  \\nATOM   3098  CB  THR A 193      59.191  41.893  47.502  1.00  0.47      A    C  \\nATOM   3099  HB  THR A 193      59.331  42.968  47.612  1.00  0.47      A    H  \\nATOM   3100  CG2 THR A 193      60.412  41.420  46.759  1.00  0.47      A    C  \\nATOM   3101 HG21 THR A 193      60.523  40.338  46.680  1.00  0.47      A    H  \\nATOM   3102 HG22 THR A 193      60.357  41.898  45.781  1.00  0.47      A    H  \\nATOM   3103 HG23 THR A 193      61.331  41.771  47.228  1.00  0.47      A    H  \\nATOM   3104  OG1 THR A 193      58.031  41.678  46.668  1.00  0.47      A    O  \\nATOM   3105  HG1 THR A 193      58.017  40.780  46.330  1.00  0.47      A    H  \\nATOM   3106  C   THR A 193      57.877  41.819  49.619  1.00  0.47      A    C  \\nATOM   3107  O   THR A 193      58.000  43.009  49.887  1.00  0.47      A    O  \\nATOM   3108  N   TYR A 194      56.758  41.102  49.912  1.00  0.53      A    N  \\nATOM   3109  H   TYR A 194      56.812  40.147  49.589  1.00  0.53      A    H  \\nATOM   3110  CA  TYR A 194      55.445  41.599  50.477  1.00  0.53      A    C  \\nATOM   3111  HA  TYR A 194      54.882  40.666  50.474  1.00  0.53      A    H  \\nATOM   3112  CB  TYR A 194      55.450  41.931  51.968  1.00  0.53      A    C  \\nATOM   3113  HB2 TYR A 194      56.182  42.733  52.060  1.00  0.53      A    H  \\nATOM   3114  HB3 TYR A 194      54.444  42.306  52.157  1.00  0.53      A    H  \\nATOM   3115  CG  TYR A 194      55.785  40.902  53.052  1.00  0.53      A    C  \\nATOM   3116  CD1 TYR A 194      54.672  40.359  53.742  1.00  0.53      A    C  \\nATOM   3117  HD1 TYR A 194      53.626  40.593  53.612  1.00  0.53      A    H  \\nATOM   3118  CE1 TYR A 194      54.939  39.481  54.770  1.00  0.53      A    C  \\nATOM   3119  HE1 TYR A 194      54.112  39.162  55.387  1.00  0.53      A    H  \\nATOM   3120  CZ  TYR A 194      56.255  39.034  55.021  1.00  0.53      A    C  \\nATOM   3121  OH  TYR A 194      56.551  38.117  55.940  1.00  0.53      A    O  \\nATOM   3122  HH  TYR A 194      55.743  37.686  56.230  1.00  0.53      A    H  \\nATOM   3123  CE2 TYR A 194      57.341  39.414  54.231  1.00  0.53      A    C  \\nATOM   3124  HE2 TYR A 194      58.350  39.077  54.416  1.00  0.53      A    H  \\nATOM   3125  CD2 TYR A 194      57.052  40.410  53.278  1.00  0.53      A    C  \\nATOM   3126  HD2 TYR A 194      57.882  40.831  52.731  1.00  0.53      A    H  \\nATOM   3127  C   TYR A 194      54.737  42.590  49.552  1.00  0.53      A    C  \\nATOM   3128  O   TYR A 194      54.028  43.509  50.067  1.00  0.53      A    O  \\nATOM   3129  N   GLY A 195      54.759  42.279  48.281  1.00  0.59      A    N  \\nATOM   3130  H   GLY A 195      55.270  41.474  47.950  1.00  0.59      A    H  \\nATOM   3131  CA  GLY A 195      53.887  43.006  47.324  1.00  0.59      A    C  \\nATOM   3132  HA2 GLY A 195      53.419  42.310  46.628  1.00  0.59      A    H  \\nATOM   3133  HA3 GLY A 195      53.078  43.424  47.924  1.00  0.59      A    H  \\nATOM   3134  C   GLY A 195      54.516  44.206  46.679  1.00  0.59      A    C  \\nATOM   3135  O   GLY A 195      53.850  45.223  46.562  1.00  0.59      A    O  \\nATOM   3136  N   MET A 196      55.830  44.293  46.420  1.00  0.63      A    N  \\nATOM   3137  H   MET A 196      56.378  43.481  46.667  1.00  0.63      A    H  \\nATOM   3138  CA  MET A 196      56.608  45.305  45.668  1.00  0.63      A    C  \\nATOM   3139  HA  MET A 196      56.087  46.258  45.762  1.00  0.63      A    H  \\nATOM   3140  CB  MET A 196      58.057  45.427  46.230  1.00  0.63      A    C  \\nATOM   3141  HB2 MET A 196      58.631  44.519  46.041  1.00  0.63      A    H  \\nATOM   3142  HB3 MET A 196      58.575  46.283  45.797  1.00  0.63      A    H  \\nATOM   3143  CG  MET A 196      58.026  45.729  47.728  1.00  0.63      A    C  \\nATOM   3144  HG2 MET A 196      57.160  46.363  47.916  1.00  0.63      A    H  \\nATOM   3145  HG3 MET A 196      57.917  44.809  48.303  1.00  0.63      A    H  \\nATOM   3146  SD  MET A 196      59.500  46.499  48.499  1.00  0.63      A    S  \\nATOM   3147  CE  MET A 196      59.233  48.209  47.960  1.00  0.63      A    C  \\nATOM   3148  HE1 MET A 196      58.381  48.587  48.525  1.00  0.63      A    H  \\nATOM   3149  HE2 MET A 196      60.065  48.832  48.289  1.00  0.63      A    H  \\nATOM   3150  HE3 MET A 196      59.169  48.327  46.879  1.00  0.63      A    H  \\nATOM   3151  C   MET A 196      56.474  44.976  44.145  1.00  0.63      A    C  \\nATOM   3152  O   MET A 196      56.234  43.839  43.815  1.00  0.63      A    O  \\nATOM   3153  N   SER A 197      56.657  45.901  43.196  1.00  0.69      A    N  \\nATOM   3154  H   SER A 197      56.786  46.841  43.540  1.00  0.69      A    H  \\nATOM   3155  CA  SER A 197      56.613  45.630  41.801  1.00  0.69      A    C  \\nATOM   3156  HA  SER A 197      55.792  44.945  41.584  1.00  0.69      A    H  \\nATOM   3157  CB  SER A 197      56.336  47.008  41.089  1.00  0.69      A    C  \\nATOM   3158  HB2 SER A 197      55.375  47.405  41.417  1.00  0.69      A    H  \\nATOM   3159  HB3 SER A 197      57.149  47.697  41.318  1.00  0.69      A    H  \\nATOM   3160  OG  SER A 197      56.341  46.727  39.662  1.00  0.69      A    O  \\nATOM   3161  HG  SER A 197      55.409  46.692  39.439  1.00  0.69      A    H  \\nATOM   3162  C   SER A 197      57.977  45.122  41.169  1.00  0.69      A    C  \\nATOM   3163  O   SER A 197      59.032  45.701  41.466  1.00  0.69      A    O  \\nATOM   3164  N   PRO A 198      58.023  44.103  40.330  1.00  0.64      A    N  \\nATOM   3165  CD  PRO A 198      56.777  43.456  39.809  1.00  0.64      A    C  \\nATOM   3166  HD2 PRO A 198      56.086  44.217  39.447  1.00  0.64      A    H  \\nATOM   3167  HD3 PRO A 198      56.250  42.962  40.625  1.00  0.64      A    H  \\nATOM   3168  CG  PRO A 198      57.227  42.454  38.670  1.00  0.64      A    C  \\nATOM   3169  HG2 PRO A 198      57.184  43.045  37.755  1.00  0.64      A    H  \\nATOM   3170  HG3 PRO A 198      56.700  41.513  38.518  1.00  0.64      A    H  \\nATOM   3171  CB  PRO A 198      58.703  42.234  39.041  1.00  0.64      A    C  \\nATOM   3172  HB2 PRO A 198      59.183  42.086  38.074  1.00  0.64      A    H  \\nATOM   3173  HB3 PRO A 198      58.857  41.347  39.655  1.00  0.64      A    H  \\nATOM   3174  CA  PRO A 198      59.211  43.523  39.787  1.00  0.64      A    C  \\nATOM   3175  HA  PRO A 198      59.891  43.113  40.533  1.00  0.64      A    H  \\nATOM   3176  C   PRO A 198      59.956  44.379  38.807  1.00  0.64      A    C  \\nATOM   3177  O   PRO A 198      59.353  45.096  37.988  1.00  0.64      A    O  \\nATOM   3178  N   TYR A 199      61.291  44.338  38.850  1.00  0.71      A    N  \\nATOM   3179  H   TYR A 199      61.713  43.627  39.431  1.00  0.71      A    H  \\nATOM   3180  CA  TYR A 199      62.259  45.256  38.115  1.00  0.71      A    C  \\nATOM   3181  HA  TYR A 199      63.255  44.905  38.388  1.00  0.71      A    H  \\nATOM   3182  CB  TYR A 199      62.141  44.970  36.606  1.00  0.71      A    C  \\nATOM   3183  HB2 TYR A 199      61.141  45.230  36.260  1.00  0.71      A    H  \\nATOM   3184  HB3 TYR A 199      62.861  45.665  36.173  1.00  0.71      A    H  \\nATOM   3185  CG  TYR A 199      62.473  43.545  36.214  1.00  0.71      A    C  \\nATOM   3186  CD1 TYR A 199      63.865  43.137  36.067  1.00  0.71      A    C  \\nATOM   3187  HD1 TYR A 199      64.657  43.847  36.254  1.00  0.71      A    H  \\nATOM   3188  CE1 TYR A 199      64.160  41.798  35.752  1.00  0.71      A    C  \\nATOM   3189  HE1 TYR A 199      65.173  41.428  35.679  1.00  0.71      A    H  \\nATOM   3190  CZ  TYR A 199      63.152  40.892  35.577  1.00  0.71      A    C  \\nATOM   3191  OH  TYR A 199      63.460  39.580  35.474  1.00  0.71      A    O  \\nATOM   3192  HH  TYR A 199      62.655  39.065  35.382  1.00  0.71      A    H  \\nATOM   3193  CE2 TYR A 199      61.799  41.295  35.599  1.00  0.71      A    C  \\nATOM   3194  HE2 TYR A 199      60.943  40.639  35.537  1.00  0.71      A    H  \\nATOM   3195  CD2 TYR A 199      61.454  42.631  35.895  1.00  0.71      A    C  \\nATOM   3196  HD2 TYR A 199      60.432  42.917  36.096  1.00  0.71      A    H  \\nATOM   3197  C   TYR A 199      62.202  46.771  38.481  1.00  0.71      A    C  \\nATOM   3198  O   TYR A 199      61.829  47.579  37.640  1.00  0.71      A    O  \\nATOM   3199  N   PRO A 200      62.591  47.278  39.704  1.00  0.94      A    N  \\nATOM   3200  CD  PRO A 200      63.112  46.454  40.801  1.00  0.94      A    C  \\nATOM   3201  HD2 PRO A 200      63.790  45.688  40.424  1.00  0.94      A    H  \\nATOM   3202  HD3 PRO A 200      62.292  45.968  41.330  1.00  0.94      A    H  \\nATOM   3203  CG  PRO A 200      63.815  47.412  41.762  1.00  0.94      A    C  \\nATOM   3204  HG2 PRO A 200      64.833  47.442  41.371  1.00  0.94      A    H  \\nATOM   3205  HG3 PRO A 200      63.849  47.035  42.784  1.00  0.94      A    H  \\nATOM   3206  CB  PRO A 200      63.017  48.730  41.503  1.00  0.94      A    C  \\nATOM   3207  HB2 PRO A 200      63.698  49.579  41.550  1.00  0.94      A    H  \\nATOM   3208  HB3 PRO A 200      62.275  48.840  42.294  1.00  0.94      A    H  \\nATOM   3209  CA  PRO A 200      62.521  48.710  40.066  1.00  0.94      A    C  \\nATOM   3210  HA  PRO A 200      61.486  49.050  40.072  1.00  0.94      A    H  \\nATOM   3211  C   PRO A 200      63.540  49.511  39.144  1.00  0.94      A    C  \\nATOM   3212  O   PRO A 200      64.712  49.187  38.992  1.00  0.94      A    O  \\nATOM   3213  N   GLY A 201      63.093  50.672  38.654  1.00  1.38      A    N  \\nATOM   3214  H   GLY A 201      62.142  50.960  38.836  1.00  1.38      A    H  \\nATOM   3215  CA  GLY A 201      63.990  51.561  37.902  1.00  1.38      A    C  \\nATOM   3216  HA2 GLY A 201      63.534  52.530  37.697  1.00  1.38      A    H  \\nATOM   3217  HA3 GLY A 201      64.885  51.709  38.506  1.00  1.38      A    H  \\nATOM   3218  C   GLY A 201      64.276  51.038  36.492  1.00  1.38      A    C  \\nATOM   3219  O   GLY A 201      65.258  51.443  35.864  1.00  1.38      A    O  \\nATOM   3220  N   ILE A 202      63.451  50.150  35.972  1.00  1.22      A    N  \\nATOM   3221  H   ILE A 202      62.605  50.056  36.517  1.00  1.22      A    H  \\nATOM   3222  CA  ILE A 202      63.473  49.456  34.705  1.00  1.22      A    C  \\nATOM   3223  HA  ILE A 202      64.146  49.978  34.026  1.00  1.22      A    H  \\nATOM   3224  CB  ILE A 202      64.156  48.009  34.994  1.00  1.22      A    C  \\nATOM   3225  HB  ILE A 202      63.520  47.505  35.722  1.00  1.22      A    H  \\nATOM   3226  CG2 ILE A 202      64.064  47.271  33.595  1.00  1.22      A    C  \\nATOM   3227 HG21 ILE A 202      64.798  47.786  32.975  1.00  1.22      A    H  \\nATOM   3228 HG22 ILE A 202      64.328  46.220  33.714  1.00  1.22      A    H  \\nATOM   3229 HG23 ILE A 202      63.056  47.198  33.186  1.00  1.22      A    H  \\nATOM   3230  CG1 ILE A 202      65.561  47.961  35.476  1.00  1.22      A    C  \\nATOM   3231 HG12 ILE A 202      66.204  48.018  34.598  1.00  1.22      A    H  \\nATOM   3232 HG13 ILE A 202      65.767  48.858  36.060  1.00  1.22      A    H  \\nATOM   3233  CD1 ILE A 202      65.980  46.769  36.272  1.00  1.22      A    C  \\nATOM   3234 HD11 ILE A 202      65.341  46.795  37.155  1.00  1.22      A    H  \\nATOM   3235 HD12 ILE A 202      65.852  45.844  35.710  1.00  1.22      A    H  \\nATOM   3236 HD13 ILE A 202      67.031  46.796  36.560  1.00  1.22      A    H  \\nATOM   3237  C   ILE A 202      62.051  49.411  34.164  1.00  1.22      A    C  \\nATOM   3238  O   ILE A 202      61.133  48.980  34.821  1.00  1.22      A    O  \\nATOM   3239  N   ASP A 203      61.974  50.013  33.000  1.00  1.32      A    N  \\nATOM   3240  H   ASP A 203      62.856  50.234  32.562  1.00  1.32      A    H  \\nATOM   3241  CA  ASP A 203      60.735  50.218  32.187  1.00  1.32      A    C  \\nATOM   3242  HA  ASP A 203      59.866  50.460  32.799  1.00  1.32      A    H  \\nATOM   3243  CB  ASP A 203      60.919  51.378  31.214  1.00  1.32      A    C  \\nATOM   3244  HB2 ASP A 203      61.911  51.306  30.768  1.00  1.32      A    H  \\nATOM   3245  HB3 ASP A 203      60.157  51.337  30.436  1.00  1.32      A    H  \\nATOM   3246  CG  ASP A 203      60.797  52.744  31.904  1.00  1.32      A    C  \\nATOM   3247  OD1 ASP A 203      59.985  52.903  32.845  1.00  1.32      A    O  \\nATOM   3248  OD2 ASP A 203      61.729  53.500  31.669  1.00  1.32      A    O  \\nATOM   3249  C   ASP A 203      60.289  48.931  31.501  1.00  1.32      A    C  \\nATOM   3250  O   ASP A 203      61.106  48.016  31.143  1.00  1.32      A    O  \\nATOM   3251  N   LEU A 204      58.983  48.922  31.132  1.00  1.38      A    N  \\nATOM   3252  H   LEU A 204      58.406  49.709  31.393  1.00  1.38      A    H  \\nATOM   3253  CA  LEU A 204      58.370  47.971  30.212  1.00  1.38      A    C  \\nATOM   3254  HA  LEU A 204      58.348  46.990  30.689  1.00  1.38      A    H  \\nATOM   3255  CB  LEU A 204      56.851  48.231  29.874  1.00  1.38      A    C  \\nATOM   3256  HB2 LEU A 204      56.830  49.000  29.102  1.00  1.38      A    H  \\nATOM   3257  HB3 LEU A 204      56.433  47.300  29.492  1.00  1.38      A    H  \\nATOM   3258  CG  LEU A 204      55.921  48.777  31.000  1.00  1.38      A    C  \\nATOM   3259  HG  LEU A 204      56.398  49.689  31.361  1.00  1.38      A    H  \\nATOM   3260  CD1 LEU A 204      54.473  49.063  30.353  1.00  1.38      A    C  \\nATOM   3261 HD11 LEU A 204      54.090  48.123  29.956  1.00  1.38      A    H  \\nATOM   3262 HD12 LEU A 204      53.906  49.486  31.182  1.00  1.38      A    H  \\nATOM   3263 HD13 LEU A 204      54.485  49.857  29.607  1.00  1.38      A    H  \\nATOM   3264  CD2 LEU A 204      55.786  47.666  32.069  1.00  1.38      A    C  \\nATOM   3265 HD21 LEU A 204      56.707  47.725  32.648  1.00  1.38      A    H  \\nATOM   3266 HD22 LEU A 204      54.881  47.643  32.676  1.00  1.38      A    H  \\nATOM   3267 HD23 LEU A 204      55.903  46.693  31.590  1.00  1.38      A    H  \\nATOM   3268  C   LEU A 204      59.150  47.848  28.904  1.00  1.38      A    C  \\nATOM   3269  O   LEU A 204      59.493  46.771  28.495  1.00  1.38      A    O  \\nATOM   3270  N   SER A 205      59.640  48.952  28.314  1.00  1.47      A    N  \\nATOM   3271  H   SER A 205      59.431  49.862  28.700  1.00  1.47      A    H  \\nATOM   3272  CA  SER A 205      60.552  48.832  27.171  1.00  1.47      A    C  \\nATOM   3273  HA  SER A 205      60.052  48.260  26.390  1.00  1.47      A    H  \\nATOM   3274  CB  SER A 205      60.776  50.252  26.582  1.00  1.47      A    C  \\nATOM   3275  HB2 SER A 205      61.586  50.293  25.854  1.00  1.47      A    H  \\nATOM   3276  HB3 SER A 205      59.873  50.660  26.127  1.00  1.47      A    H  \\nATOM   3277  OG  SER A 205      61.199  51.172  27.627  1.00  1.47      A    O  \\nATOM   3278  HG  SER A 205      60.624  51.936  27.542  1.00  1.47      A    H  \\nATOM   3279  C   SER A 205      61.901  48.222  27.488  1.00  1.47      A    C  \\nATOM   3280  O   SER A 205      62.576  47.875  26.536  1.00  1.47      A    O  \\nATOM   3281  N   GLN A 206      62.363  48.065  28.713  1.00  1.33      A    N  \\nATOM   3282  H   GLN A 206      61.679  48.245  29.435  1.00  1.33      A    H  \\nATOM   3283  CA  GLN A 206      63.706  47.686  29.050  1.00  1.33      A    C  \\nATOM   3284  HA  GLN A 206      64.406  47.869  28.235  1.00  1.33      A    H  \\nATOM   3285  CB  GLN A 206      64.199  48.664  30.150  1.00  1.33      A    C  \\nATOM   3286  HB2 GLN A 206      63.474  48.734  30.961  1.00  1.33      A    H  \\nATOM   3287  HB3 GLN A 206      65.106  48.255  30.594  1.00  1.33      A    H  \\nATOM   3288  CG  GLN A 206      64.425  50.073  29.610  1.00  1.33      A    C  \\nATOM   3289  HG2 GLN A 206      65.007  49.991  28.692  1.00  1.33      A    H  \\nATOM   3290  HG3 GLN A 206      63.447  50.477  29.350  1.00  1.33      A    H  \\nATOM   3291  CD  GLN A 206      65.076  51.042  30.643  1.00  1.33      A    C  \\nATOM   3292  OE1 GLN A 206      64.949  50.891  31.876  1.00  1.33      A    O  \\nATOM   3293  NE2 GLN A 206      65.796  52.012  30.274  1.00  1.33      A    N  \\nATOM   3294 HE21 GLN A 206      66.192  52.569  31.018  1.00  1.33      A    H  \\nATOM   3295 HE22 GLN A 206      65.950  52.316  29.323  1.00  1.33      A    H  \\nATOM   3296  C   GLN A 206      63.897  46.259  29.513  1.00  1.33      A    C  \\nATOM   3297  O   GLN A 206      65.091  45.814  29.601  1.00  1.33      A    O  \\nATOM   3298  N   VAL A 207      62.861  45.597  29.886  1.00  1.18      A    N  \\nATOM   3299  H   VAL A 207      61.948  46.001  29.736  1.00  1.18      A    H  \\nATOM   3300  CA  VAL A 207      62.890  44.242  30.418  1.00  1.18      A    C  \\nATOM   3301  HA  VAL A 207      63.505  44.296  31.316  1.00  1.18      A    H  \\nATOM   3302  CB  VAL A 207      61.516  43.666  30.893  1.00  1.18      A    C  \\nATOM   3303  HB  VAL A 207      60.714  43.778  30.164  1.00  1.18      A    H  \\nATOM   3304  CG1 VAL A 207      61.510  42.129  31.226  1.00  1.18      A    C  \\nATOM   3305 HG11 VAL A 207      60.507  41.708  31.285  1.00  1.18      A    H  \\nATOM   3306 HG12 VAL A 207      62.136  41.541  30.554  1.00  1.18      A    H  \\nATOM   3307 HG13 VAL A 207      62.015  42.006  32.184  1.00  1.18      A    H  \\nATOM   3308  CG2 VAL A 207      60.971  44.385  32.073  1.00  1.18      A    C  \\nATOM   3309 HG21 VAL A 207      60.975  45.472  31.995  1.00  1.18      A    H  \\nATOM   3310 HG22 VAL A 207      59.927  44.095  32.190  1.00  1.18      A    H  \\nATOM   3311 HG23 VAL A 207      61.458  44.158  33.022  1.00  1.18      A    H  \\nATOM   3312  C   VAL A 207      63.758  43.334  29.542  1.00  1.18      A    C  \\nATOM   3313  O   VAL A 207      64.698  42.668  30.042  1.00  1.18      A    O  \\nATOM   3314  N   TYR A 208      63.413  43.291  28.281  1.00  1.07      A    N  \\nATOM   3315  H   TYR A 208      62.567  43.712  27.923  1.00  1.07      A    H  \\nATOM   3316  CA  TYR A 208      64.068  42.300  27.401  1.00  1.07      A    C  \\nATOM   3317  HA  TYR A 208      63.728  41.321  27.737  1.00  1.07      A    H  \\nATOM   3318  CB  TYR A 208      63.584  42.296  26.012  1.00  1.07      A    C  \\nATOM   3319  HB2 TYR A 208      62.508  42.130  26.065  1.00  1.07      A    H  \\nATOM   3320  HB3 TYR A 208      63.804  43.279  25.596  1.00  1.07      A    H  \\nATOM   3321  CG  TYR A 208      64.188  41.165  25.191  1.00  1.07      A    C  \\nATOM   3322  CD1 TYR A 208      65.233  41.450  24.329  1.00  1.07      A    C  \\nATOM   3323  HD1 TYR A 208      65.634  42.452  24.347  1.00  1.07      A    H  \\nATOM   3324  CE1 TYR A 208      65.628  40.525  23.364  1.00  1.07      A    C  \\nATOM   3325  HE1 TYR A 208      66.289  40.874  22.584  1.00  1.07      A    H  \\nATOM   3326  CZ  TYR A 208      65.143  39.205  23.408  1.00  1.07      A    C  \\nATOM   3327  OH  TYR A 208      65.456  38.281  22.491  1.00  1.07      A    O  \\nATOM   3328  HH  TYR A 208      65.999  38.556  21.749  1.00  1.07      A    H  \\nATOM   3329  CE2 TYR A 208      64.180  38.854  24.410  1.00  1.07      A    C  \\nATOM   3330  HE2 TYR A 208      63.785  37.857  24.535  1.00  1.07      A    H  \\nATOM   3331  CD2 TYR A 208      63.594  39.845  25.211  1.00  1.07      A    C  \\nATOM   3332  HD2 TYR A 208      62.730  39.594  25.808  1.00  1.07      A    H  \\nATOM   3333  C   TYR A 208      65.625  42.269  27.382  1.00  1.07      A    C  \\nATOM   3334  O   TYR A 208      66.265  41.298  27.705  1.00  1.07      A    O  \\nATOM   3335  N   GLU A 209      66.242  43.393  27.034  1.00  1.13      A    N  \\nATOM   3336  H   GLU A 209      65.638  44.115  26.668  1.00  1.13      A    H  \\nATOM   3337  CA  GLU A 209      67.671  43.588  26.812  1.00  1.13      A    C  \\nATOM   3338  HA  GLU A 209      68.022  42.811  26.132  1.00  1.13      A    H  \\nATOM   3339  CB  GLU A 209      67.901  45.058  26.219  1.00  1.13      A    C  \\nATOM   3340  HB2 GLU A 209      67.378  45.751  26.878  1.00  1.13      A    H  \\nATOM   3341  HB3 GLU A 209      68.964  45.291  26.166  1.00  1.13      A    H  \\nATOM   3342  CG  GLU A 209      67.484  45.065  24.763  1.00  1.13      A    C  \\nATOM   3343  HG2 GLU A 209      68.107  44.327  24.257  1.00  1.13      A    H  \\nATOM   3344  HG3 GLU A 209      66.469  44.680  24.662  1.00  1.13      A    H  \\nATOM   3345  CD  GLU A 209      67.653  46.435  24.100  1.00  1.13      A    C  \\nATOM   3346  OE1 GLU A 209      67.881  46.486  22.873  1.00  1.13      A    O  \\nATOM   3347  OE2 GLU A 209      67.532  47.479  24.842  1.00  1.13      A    O  \\nATOM   3348  C   GLU A 209      68.385  43.362  28.164  1.00  1.13      A    C  \\nATOM   3349  O   GLU A 209      69.564  43.009  28.106  1.00  1.13      A    O  \\nATOM   3350  N   LEU A 210      67.804  43.699  29.318  1.00  1.03      A    N  \\nATOM   3351  H   LEU A 210      66.805  43.845  29.345  1.00  1.03      A    H  \\nATOM   3352  CA  LEU A 210      68.431  43.375  30.585  1.00  1.03      A    C  \\nATOM   3353  HA  LEU A 210      69.456  43.742  30.541  1.00  1.03      A    H  \\nATOM   3354  CB  LEU A 210      67.922  44.236  31.808  1.00  1.03      A    C  \\nATOM   3355  HB2 LEU A 210      66.834  44.217  31.864  1.00  1.03      A    H  \\nATOM   3356  HB3 LEU A 210      68.170  43.728  32.740  1.00  1.03      A    H  \\nATOM   3357  CG  LEU A 210      68.521  45.618  31.836  1.00  1.03      A    C  \\nATOM   3358  HG  LEU A 210      68.768  45.865  30.803  1.00  1.03      A    H  \\nATOM   3359  CD1 LEU A 210      67.513  46.589  32.504  1.00  1.03      A    C  \\nATOM   3360 HD11 LEU A 210      67.222  46.199  33.479  1.00  1.03      A    H  \\nATOM   3361 HD12 LEU A 210      67.954  47.581  32.595  1.00  1.03      A    H  \\nATOM   3362 HD13 LEU A 210      66.557  46.715  31.996  1.00  1.03      A    H  \\nATOM   3363  CD2 LEU A 210      69.820  45.624  32.721  1.00  1.03      A    C  \\nATOM   3364 HD21 LEU A 210      70.641  45.109  32.222  1.00  1.03      A    H  \\nATOM   3365 HD22 LEU A 210      70.156  46.661  32.744  1.00  1.03      A    H  \\nATOM   3366 HD23 LEU A 210      69.657  45.178  33.702  1.00  1.03      A    H  \\nATOM   3367  C   LEU A 210      68.497  41.890  30.896  1.00  1.03      A    C  \\nATOM   3368  O   LEU A 210      69.547  41.372  31.050  1.00  1.03      A    O  \\nATOM   3369  N   LEU A 211      67.427  41.155  30.613  1.00  0.89      A    N  \\nATOM   3370  H   LEU A 211      66.637  41.635  30.206  1.00  0.89      A    H  \\nATOM   3371  CA  LEU A 211      67.390  39.652  30.589  1.00  0.89      A    C  \\nATOM   3372  HA  LEU A 211      67.526  39.305  31.613  1.00  0.89      A    H  \\nATOM   3373  CB  LEU A 211      65.962  39.129  30.320  1.00  0.89      A    C  \\nATOM   3374  HB2 LEU A 211      65.676  39.401  29.304  1.00  0.89      A    H  \\nATOM   3375  HB3 LEU A 211      66.018  38.049  30.461  1.00  0.89      A    H  \\nATOM   3376  CG  LEU A 211      64.887  39.514  31.372  1.00  0.89      A    C  \\nATOM   3377  HG  LEU A 211      64.904  40.588  31.560  1.00  0.89      A    H  \\nATOM   3378  CD1 LEU A 211      63.523  39.147  30.750  1.00  0.89      A    C  \\nATOM   3379 HD11 LEU A 211      63.376  38.078  30.601  1.00  0.89      A    H  \\nATOM   3380 HD12 LEU A 211      62.734  39.381  31.465  1.00  0.89      A    H  \\nATOM   3381 HD13 LEU A 211      63.395  39.651  29.792  1.00  0.89      A    H  \\nATOM   3382  CD2 LEU A 211      65.170  38.763  32.699  1.00  0.89      A    C  \\nATOM   3383 HD21 LEU A 211      65.944  39.328  33.218  1.00  0.89      A    H  \\nATOM   3384 HD22 LEU A 211      64.259  38.738  33.296  1.00  0.89      A    H  \\nATOM   3385 HD23 LEU A 211      65.478  37.737  32.496  1.00  0.89      A    H  \\nATOM   3386  C   LEU A 211      68.321  39.066  29.562  1.00  0.89      A    C  \\nATOM   3387  O   LEU A 211      68.969  38.100  29.869  1.00  0.89      A    O  \\nATOM   3388  N   GLU A 212      68.508  39.572  28.380  1.00  1.05      A    N  \\nATOM   3389  H   GLU A 212      68.176  40.521  28.276  1.00  1.05      A    H  \\nATOM   3390  CA  GLU A 212      69.406  39.093  27.341  1.00  1.05      A    C  \\nATOM   3391  HA  GLU A 212      69.154  38.081  27.025  1.00  1.05      A    H  \\nATOM   3392  CB  GLU A 212      69.186  40.056  26.111  1.00  1.05      A    C  \\nATOM   3393  HB2 GLU A 212      68.112  40.213  26.015  1.00  1.05      A    H  \\nATOM   3394  HB3 GLU A 212      69.628  41.040  26.271  1.00  1.05      A    H  \\nATOM   3395  CG  GLU A 212      69.698  39.516  24.755  1.00  1.05      A    C  \\nATOM   3396  HG2 GLU A 212      70.742  39.273  24.954  1.00  1.05      A    H  \\nATOM   3397  HG3 GLU A 212      69.247  38.539  24.586  1.00  1.05      A    H  \\nATOM   3398  CD  GLU A 212      69.425  40.412  23.572  1.00  1.05      A    C  \\nATOM   3399  OE1 GLU A 212      69.194  39.871  22.482  1.00  1.05      A    O  \\nATOM   3400  OE2 GLU A 212      69.533  41.665  23.672  1.00  1.05      A    O  \\nATOM   3401  C   GLU A 212      70.878  39.261  27.780  1.00  1.05      A    C  \\nATOM   3402  O   GLU A 212      71.718  38.479  27.266  1.00  1.05      A    O  \\nATOM   3403  N   LYS A 213      71.228  40.191  28.684  1.00  1.12      A    N  \\nATOM   3404  H   LYS A 213      70.503  40.793  29.048  1.00  1.12      A    H  \\nATOM   3405  CA  LYS A 213      72.521  40.343  29.408  1.00  1.12      A    C  \\nATOM   3406  HA  LYS A 213      73.430  40.095  28.860  1.00  1.12      A    H  \\nATOM   3407  CB  LYS A 213      72.753  41.866  29.795  1.00  1.12      A    C  \\nATOM   3408  HB2 LYS A 213      71.862  42.177  30.340  1.00  1.12      A    H  \\nATOM   3409  HB3 LYS A 213      73.700  41.895  30.333  1.00  1.12      A    H  \\nATOM   3410  CG  LYS A 213      72.974  42.836  28.636  1.00  1.12      A    C  \\nATOM   3411  HG2 LYS A 213      73.864  42.617  28.046  1.00  1.12      A    H  \\nATOM   3412  HG3 LYS A 213      72.073  42.761  28.027  1.00  1.12      A    H  \\nATOM   3413  CD  LYS A 213      73.123  44.282  29.180  1.00  1.12      A    C  \\nATOM   3414  HD2 LYS A 213      72.259  44.427  29.828  1.00  1.12      A    H  \\nATOM   3415  HD3 LYS A 213      74.016  44.345  29.802  1.00  1.12      A    H  \\nATOM   3416  CE  LYS A 213      73.205  45.372  28.057  1.00  1.12      A    C  \\nATOM   3417  HE2 LYS A 213      74.074  45.174  27.430  1.00  1.12      A    H  \\nATOM   3418  HE3 LYS A 213      72.296  45.282  27.462  1.00  1.12      A    H  \\nATOM   3419  NZ  LYS A 213      73.320  46.780  28.465  1.00  1.12      A    N  \\nATOM   3420  HZ1 LYS A 213      74.063  46.921  29.134  1.00  1.12      A    H  \\nATOM   3421  HZ2 LYS A 213      73.471  47.452  27.726  1.00  1.12      A    H  \\nATOM   3422  HZ3 LYS A 213      72.472  47.171  28.850  1.00  1.12      A    H  \\nATOM   3423  C   LYS A 213      72.670  39.596  30.751  1.00  1.12      A    C  \\nATOM   3424  O   LYS A 213      73.597  39.806  31.536  1.00  1.12      A    O  \\nATOM   3425  N   ASP A 214      71.752  38.682  31.048  1.00  0.99      A    N  \\nATOM   3426  H   ASP A 214      71.097  38.533  30.294  1.00  0.99      A    H  \\nATOM   3427  CA  ASP A 214      71.689  37.712  32.110  1.00  0.99      A    C  \\nATOM   3428  HA  ASP A 214      70.800  37.134  31.857  1.00  0.99      A    H  \\nATOM   3429  CB  ASP A 214      72.967  36.735  32.275  1.00  0.99      A    C  \\nATOM   3430  HB2 ASP A 214      73.632  36.820  31.416  1.00  0.99      A    H  \\nATOM   3431  HB3 ASP A 214      73.646  37.116  33.037  1.00  0.99      A    H  \\nATOM   3432  CG  ASP A 214      72.620  35.316  32.621  1.00  0.99      A    C  \\nATOM   3433  OD1 ASP A 214      71.444  34.838  32.389  1.00  0.99      A    O  \\nATOM   3434  OD2 ASP A 214      73.564  34.578  33.032  1.00  0.99      A    O  \\nATOM   3435  C   ASP A 214      71.333  38.358  33.449  1.00  0.99      A    C  \\nATOM   3436  O   ASP A 214      71.426  37.741  34.571  1.00  0.99      A    O  \\nATOM   3437  N   TYR A 215      70.680  39.547  33.390  1.00  0.92      A    N  \\nATOM   3438  H   TYR A 215      70.527  40.013  32.507  1.00  0.92      A    H  \\nATOM   3439  CA  TYR A 215      70.121  40.240  34.594  1.00  0.92      A    C  \\nATOM   3440  HA  TYR A 215      71.000  40.250  35.238  1.00  0.92      A    H  \\nATOM   3441  CB  TYR A 215      69.709  41.719  34.279  1.00  0.92      A    C  \\nATOM   3442  HB2 TYR A 215      70.505  42.080  33.628  1.00  0.92      A    H  \\nATOM   3443  HB3 TYR A 215      68.742  41.733  33.775  1.00  0.92      A    H  \\nATOM   3444  CG  TYR A 215      69.615  42.604  35.521  1.00  0.92      A    C  \\nATOM   3445  CD1 TYR A 215      68.324  42.897  35.935  1.00  0.92      A    C  \\nATOM   3446  HD1 TYR A 215      67.489  42.632  35.305  1.00  0.92      A    H  \\nATOM   3447  CE1 TYR A 215      68.225  43.620  37.091  1.00  0.92      A    C  \\nATOM   3448  HE1 TYR A 215      67.299  43.978  37.515  1.00  0.92      A    H  \\nATOM   3449  CZ  TYR A 215      69.428  43.989  37.821  1.00  0.92      A    C  \\nATOM   3450  OH  TYR A 215      69.201  44.469  39.038  1.00  0.92      A    O  \\nATOM   3451  HH  TYR A 215      68.308  44.401  39.383  1.00  0.92      A    H  \\nATOM   3452  CE2 TYR A 215      70.735  43.726  37.340  1.00  0.92      A    C  \\nATOM   3453  HE2 TYR A 215      71.586  43.936  37.972  1.00  0.92      A    H  \\nATOM   3454  CD2 TYR A 215      70.821  43.002  36.092  1.00  0.92      A    C  \\nATOM   3455  HD2 TYR A 215      71.709  42.808  35.509  1.00  0.92      A    H  \\nATOM   3456  C   TYR A 215      68.933  39.504  35.271  1.00  0.92      A    C  \\nATOM   3457  O   TYR A 215      68.116  38.940  34.583  1.00  0.92      A    O  \\nATOM   3458  N   ARG A 216      68.855  39.603  36.601  1.00  0.86      A    N  \\nATOM   3459  H   ARG A 216      69.598  40.012  37.150  1.00  0.86      A    H  \\nATOM   3460  CA  ARG A 216      67.634  39.106  37.414  1.00  0.86      A    C  \\nATOM   3461  HA  ARG A 216      66.763  39.221  36.769  1.00  0.86      A    H  \\nATOM   3462  CB  ARG A 216      67.808  37.662  37.855  1.00  0.86      A    C  \\nATOM   3463  HB2 ARG A 216      68.748  37.573  38.400  1.00  0.86      A    H  \\nATOM   3464  HB3 ARG A 216      66.923  37.471  38.463  1.00  0.86      A    H  \\nATOM   3465  CG  ARG A 216      68.008  36.591  36.798  1.00  0.86      A    C  \\nATOM   3466  HG2 ARG A 216      68.877  36.797  36.173  1.00  0.86      A    H  \\nATOM   3467  HG3 ARG A 216      68.162  35.636  37.301  1.00  0.86      A    H  \\nATOM   3468  CD  ARG A 216      66.782  36.503  35.900  1.00  0.86      A    C  \\nATOM   3469  HD2 ARG A 216      66.031  36.155  36.609  1.00  0.86      A    H  \\nATOM   3470  HD3 ARG A 216      66.398  37.486  35.630  1.00  0.86      A    H  \\nATOM   3471  NE  ARG A 216      66.950  35.489  34.829  1.00  0.86      A    N  \\nATOM   3472  HE  ARG A 216      66.771  34.535  35.110  1.00  0.86      A    H  \\nATOM   3473  CZ  ARG A 216      67.535  35.482  33.651  1.00  0.86      A    C  \\nATOM   3474  NH1 ARG A 216      67.989  36.584  33.115  1.00  0.86      A    N  \\nATOM   3475 HH11 ARG A 216      67.905  37.449  33.630  1.00  0.86      A    H  \\nATOM   3476 HH12 ARG A 216      68.550  36.661  32.279  1.00  0.86      A    H  \\nATOM   3477  NH2 ARG A 216      67.656  34.392  32.896  1.00  0.86      A    N  \\nATOM   3478 HH21 ARG A 216      67.157  33.551  33.152  1.00  0.86      A    H  \\nATOM   3479 HH22 ARG A 216      68.088  34.463  31.986  1.00  0.86      A    H  \\nATOM   3480  C   ARG A 216      67.457  40.051  38.572  1.00  0.86      A    C  \\nATOM   3481  O   ARG A 216      68.472  40.560  39.077  1.00  0.86      A    O  \\nATOM   3482  N   MET A 217      66.164  40.365  38.931  1.00  0.75      A    N  \\nATOM   3483  H   MET A 217      65.410  39.934  38.415  1.00  0.75      A    H  \\nATOM   3484  CA  MET A 217      65.829  41.111  40.210  1.00  0.75      A    C  \\nATOM   3485  HA  MET A 217      65.921  42.182  40.026  1.00  0.75      A    H  \\nATOM   3486  CB  MET A 217      64.388  40.899  40.573  1.00  0.75      A    C  \\nATOM   3487  HB2 MET A 217      64.103  39.861  40.743  1.00  0.75      A    H  \\nATOM   3488  HB3 MET A 217      64.226  41.373  41.541  1.00  0.75      A    H  \\nATOM   3489  CG  MET A 217      63.451  41.476  39.570  1.00  0.75      A    C  \\nATOM   3490  HG2 MET A 217      63.672  42.535  39.437  1.00  0.75      A    H  \\nATOM   3491  HG3 MET A 217      63.592  40.924  38.641  1.00  0.75      A    H  \\nATOM   3492  SD  MET A 217      61.738  41.221  39.967  1.00  0.75      A    S  \\nATOM   3493  CE  MET A 217      61.316  39.712  39.044  1.00  0.75      A    C  \\nATOM   3494  HE1 MET A 217      62.158  39.024  38.974  1.00  0.75      A    H  \\nATOM   3495  HE2 MET A 217      60.475  39.240  39.552  1.00  0.75      A    H  \\nATOM   3496  HE3 MET A 217      60.981  40.011  38.051  1.00  0.75      A    H  \\nATOM   3497  C   MET A 217      66.576  40.598  41.369  1.00  0.75      A    C  \\nATOM   3498  O   MET A 217      66.816  39.315  41.444  1.00  0.75      A    O  \\nATOM   3499  N   GLU A 218      66.952  41.470  42.287  1.00  0.84      A    N  \\nATOM   3500  H   GLU A 218      66.923  42.436  41.995  1.00  0.84      A    H  \\nATOM   3501  CA  GLU A 218      67.840  40.999  43.392  1.00  0.84      A    C  \\nATOM   3502  HA  GLU A 218      68.603  40.328  42.998  1.00  0.84      A    H  \\nATOM   3503  CB  GLU A 218      68.595  42.158  44.048  1.00  0.84      A    C  \\nATOM   3504  HB2 GLU A 218      67.832  42.696  44.611  1.00  0.84      A    H  \\nATOM   3505  HB3 GLU A 218      69.303  41.705  44.743  1.00  0.84      A    H  \\nATOM   3506  CG  GLU A 218      69.306  43.163  43.041  1.00  0.84      A    C  \\nATOM   3507  HG2 GLU A 218      70.277  43.436  43.456  1.00  0.84      A    H  \\nATOM   3508  HG3 GLU A 218      69.550  42.631  42.122  1.00  0.84      A    H  \\nATOM   3509  CD  GLU A 218      68.539  44.422  42.725  1.00  0.84      A    C  \\nATOM   3510  OE1 GLU A 218      69.175  45.511  42.560  1.00  0.84      A    O  \\nATOM   3511  OE2 GLU A 218      67.319  44.403  42.518  1.00  0.84      A    O  \\nATOM   3512  C   GLU A 218      67.030  40.158  44.381  1.00  0.84      A    C  \\nATOM   3513  O   GLU A 218      65.817  40.180  44.456  1.00  0.84      A    O  \\nATOM   3514  N   ARG A 219      67.752  39.415  45.273  1.00  0.72      A    N  \\nATOM   3515  H   ARG A 219      68.747  39.397  45.101  1.00  0.72      A    H  \\nATOM   3516  CA  ARG A 219      67.263  38.702  46.389  1.00  0.72      A    C  \\nATOM   3517  HA  ARG A 219      66.551  37.981  45.986  1.00  0.72      A    H  \\nATOM   3518  CB  ARG A 219      68.438  38.056  47.148  1.00  0.72      A    C  \\nATOM   3519  HB2 ARG A 219      69.056  37.428  46.506  1.00  0.72      A    H  \\nATOM   3520  HB3 ARG A 219      69.018  38.869  47.585  1.00  0.72      A    H  \\nATOM   3521  CG  ARG A 219      67.838  37.214  48.316  1.00  0.72      A    C  \\nATOM   3522  HG2 ARG A 219      67.397  37.842  49.091  1.00  0.72      A    H  \\nATOM   3523  HG3 ARG A 219      67.054  36.516  48.022  1.00  0.72      A    H  \\nATOM   3524  CD  ARG A 219      68.951  36.388  48.928  1.00  0.72      A    C  \\nATOM   3525  HD2 ARG A 219      68.468  35.650  49.569  1.00  0.72      A    H  \\nATOM   3526  HD3 ARG A 219      69.435  35.794  48.153  1.00  0.72      A    H  \\nATOM   3527  NE  ARG A 219      69.931  37.178  49.678  1.00  0.72      A    N  \\nATOM   3528  HE  ARG A 219      70.537  37.754  49.112  1.00  0.72      A    H  \\nATOM   3529  CZ  ARG A 219      69.969  37.332  50.976  1.00  0.72      A    C  \\nATOM   3530  NH1 ARG A 219      69.308  36.577  51.787  1.00  0.72      A    N  \\nATOM   3531 HH11 ARG A 219      68.776  35.771  51.494  1.00  0.72      A    H  \\nATOM   3532 HH12 ARG A 219      69.069  36.978  52.683  1.00  0.72      A    H  \\nATOM   3533  NH2 ARG A 219      70.658  38.316  51.509  1.00  0.72      A    N  \\nATOM   3534 HH21 ARG A 219      71.035  38.985  50.853  1.00  0.72      A    H  \\nATOM   3535 HH22 ARG A 219      70.938  38.366  52.478  1.00  0.72      A    H  \\nATOM   3536  C   ARG A 219      66.470  39.673  47.266  1.00  0.72      A    C  \\nATOM   3537  O   ARG A 219      67.047  40.668  47.735  1.00  0.72      A    O  \\nATOM   3538  N   PRO A 220      65.193  39.395  47.583  1.00  0.72      A    N  \\nATOM   3539  CD  PRO A 220      64.298  38.350  46.930  1.00  0.72      A    C  \\nATOM   3540  HD2 PRO A 220      64.275  37.346  47.353  1.00  0.72      A    H  \\nATOM   3541  HD3 PRO A 220      64.599  38.292  45.884  1.00  0.72      A    H  \\nATOM   3542  CG  PRO A 220      62.868  38.913  47.078  1.00  0.72      A    C  \\nATOM   3543  HG2 PRO A 220      62.113  38.145  46.912  1.00  0.72      A    H  \\nATOM   3544  HG3 PRO A 220      62.807  39.689  46.315  1.00  0.72      A    H  \\nATOM   3545  CB  PRO A 220      62.981  39.432  48.524  1.00  0.72      A    C  \\nATOM   3546  HB2 PRO A 220      63.005  38.616  49.246  1.00  0.72      A    H  \\nATOM   3547  HB3 PRO A 220      62.168  40.122  48.748  1.00  0.72      A    H  \\nATOM   3548  CA  PRO A 220      64.338  40.164  48.483  1.00  0.72      A    C  \\nATOM   3549  HA  PRO A 220      64.162  41.134  48.017  1.00  0.72      A    H  \\nATOM   3550  C   PRO A 220      65.063  40.272  49.823  1.00  0.72      A    C  \\nATOM   3551  O   PRO A 220      65.833  39.417  50.231  1.00  0.72      A    O  \\nATOM   3552  N   GLU A 221      64.745  41.290  50.629  1.00  0.92      A    N  \\nATOM   3553  H   GLU A 221      64.195  42.047  50.250  1.00  0.92      A    H  \\nATOM   3554  CA  GLU A 221      65.114  41.380  52.060  1.00  0.92      A    C  \\nATOM   3555  HA  GLU A 221      66.182  41.400  52.277  1.00  0.92      A    H  \\nATOM   3556  CB  GLU A 221      64.523  42.689  52.576  1.00  0.92      A    C  \\nATOM   3557  HB2 GLU A 221      65.009  43.494  52.025  1.00  0.92      A    H  \\nATOM   3558  HB3 GLU A 221      63.484  42.673  52.246  1.00  0.92      A    H  \\nATOM   3559  CG  GLU A 221      64.663  43.082  54.078  1.00  0.92      A    C  \\nATOM   3560  HG2 GLU A 221      64.195  44.067  54.081  1.00  0.92      A    H  \\nATOM   3561  HG3 GLU A 221      63.988  42.438  54.641  1.00  0.92      A    H  \\nATOM   3562  CD  GLU A 221      66.089  43.078  54.652  1.00  0.92      A    C  \\nATOM   3563  OE1 GLU A 221      66.164  42.828  55.878  1.00  0.92      A    O  \\nATOM   3564  OE2 GLU A 221      67.065  43.359  53.922  1.00  0.92      A    O  \\nATOM   3565  C   GLU A 221      64.493  40.221  52.959  1.00  0.92      A    C  \\nATOM   3566  O   GLU A 221      63.295  40.037  53.077  1.00  0.92      A    O  \\nATOM   3567  N   GLY A 222      65.411  39.446  53.530  1.00  1.06      A    N  \\nATOM   3568  H   GLY A 222      66.393  39.681  53.511  1.00  1.06      A    H  \\nATOM   3569  CA  GLY A 222      65.074  38.224  54.282  1.00  1.06      A    C  \\nATOM   3570  HA2 GLY A 222      65.840  38.116  55.049  1.00  1.06      A    H  \\nATOM   3571  HA3 GLY A 222      64.125  38.350  54.803  1.00  1.06      A    H  \\nATOM   3572  C   GLY A 222      65.032  36.883  53.573  1.00  1.06      A    C  \\nATOM   3573  O   GLY A 222      64.764  35.874  54.255  1.00  1.06      A    O  \\nATOM   3574  N   CYS A 223      64.996  36.807  52.226  1.00  0.82      A    N  \\nATOM   3575  H   CYS A 223      65.089  37.688  51.740  1.00  0.82      A    H  \\nATOM   3576  CA  CYS A 223      64.802  35.569  51.533  1.00  0.82      A    C  \\nATOM   3577  HA  CYS A 223      63.897  35.080  51.893  1.00  0.82      A    H  \\nATOM   3578  CB  CYS A 223      64.466  35.877  50.062  1.00  0.82      A    C  \\nATOM   3579  HB2 CYS A 223      63.561  36.482  50.005  1.00  0.82      A    H  \\nATOM   3580  HB3 CYS A 223      65.240  36.461  49.564  1.00  0.82      A    H  \\nATOM   3581  SG  CYS A 223      64.192  34.426  49.032  1.00  0.82      A    S  \\nATOM   3582  HG  CYS A 223      65.404  33.927  49.291  1.00  0.82      A    H  \\nATOM   3583  C   CYS A 223      65.900  34.561  51.773  1.00  0.82      A    C  \\nATOM   3584  O   CYS A 223      67.053  34.895  51.734  1.00  0.82      A    O  \\nATOM   3585  N   PRO A 224      65.587  33.297  52.137  1.00  1.17      A    N  \\nATOM   3586  CD  PRO A 224      64.224  32.873  52.529  1.00  1.17      A    C  \\nATOM   3587  HD2 PRO A 224      63.614  32.737  51.636  1.00  1.17      A    H  \\nATOM   3588  HD3 PRO A 224      63.836  33.559  53.282  1.00  1.17      A    H  \\nATOM   3589  CG  PRO A 224      64.383  31.479  53.174  1.00  1.17      A    C  \\nATOM   3590  HG2 PRO A 224      63.548  30.823  52.928  1.00  1.17      A    H  \\nATOM   3591  HG3 PRO A 224      64.502  31.507  54.257  1.00  1.17      A    H  \\nATOM   3592  CB  PRO A 224      65.637  30.955  52.547  1.00  1.17      A    C  \\nATOM   3593  HB2 PRO A 224      65.355  30.574  51.565  1.00  1.17      A    H  \\nATOM   3594  HB3 PRO A 224      66.114  30.225  53.202  1.00  1.17      A    H  \\nATOM   3595  CA  PRO A 224      66.506  32.201  52.147  1.00  1.17      A    C  \\nATOM   3596  HA  PRO A 224      67.265  32.392  52.905  1.00  1.17      A    H  \\nATOM   3597  C   PRO A 224      67.198  31.950  50.816  1.00  1.17      A    C  \\nATOM   3598  O   PRO A 224      66.629  32.244  49.750  1.00  1.17      A    O  \\nATOM   3599  N   GLU A 225      68.473  31.422  50.862  1.00  1.35      A    N  \\nATOM   3600  H   GLU A 225      68.856  31.277  51.785  1.00  1.35      A    H  \\nATOM   3601  CA  GLU A 225      69.282  31.106  49.657  1.00  1.35      A    C  \\nATOM   3602  HA  GLU A 225      69.475  31.992  49.053  1.00  1.35      A    H  \\nATOM   3603  CB  GLU A 225      70.660  30.431  50.075  1.00  1.35      A    C  \\nATOM   3604  HB2 GLU A 225      71.026  31.008  50.924  1.00  1.35      A    H  \\nATOM   3605  HB3 GLU A 225      70.500  29.387  50.344  1.00  1.35      A    H  \\nATOM   3606  CG  GLU A 225      71.669  30.342  48.923  1.00  1.35      A    C  \\nATOM   3607  HG2 GLU A 225      72.517  29.746  49.260  1.00  1.35      A    H  \\nATOM   3608  HG3 GLU A 225      71.176  29.674  48.217  1.00  1.35      A    H  \\nATOM   3609  CD  GLU A 225      72.108  31.692  48.301  1.00  1.35      A    C  \\nATOM   3610  OE1 GLU A 225      72.475  31.639  47.093  1.00  1.35      A    O  \\nATOM   3611  OE2 GLU A 225      72.155  32.743  48.994  1.00  1.35      A    O  \\nATOM   3612  C   GLU A 225      68.583  30.197  48.678  1.00  1.35      A    C  \\nATOM   3613  O   GLU A 225      68.466  30.470  47.470  1.00  1.35      A    O  \\nATOM   3614  N   LYS A 226      67.974  29.074  49.118  1.00  1.45      A    N  \\nATOM   3615  H   LYS A 226      68.126  28.809  50.081  1.00  1.45      A    H  \\nATOM   3616  CA  LYS A 226      67.255  28.009  48.339  1.00  1.45      A    C  \\nATOM   3617  HA  LYS A 226      67.855  27.597  47.527  1.00  1.45      A    H  \\nATOM   3618  CB  LYS A 226      66.884  26.955  49.386  1.00  1.45      A    C  \\nATOM   3619  HB2 LYS A 226      66.328  27.324  50.248  1.00  1.45      A    H  \\nATOM   3620  HB3 LYS A 226      66.202  26.307  48.835  1.00  1.45      A    H  \\nATOM   3621  CG  LYS A 226      68.114  26.173  49.862  1.00  1.45      A    C  \\nATOM   3622  HG2 LYS A 226      68.627  25.750  48.999  1.00  1.45      A    H  \\nATOM   3623  HG3 LYS A 226      68.813  26.847  50.357  1.00  1.45      A    H  \\nATOM   3624  CD  LYS A 226      67.701  24.931  50.697  1.00  1.45      A    C  \\nATOM   3625  HD2 LYS A 226      67.100  25.241  51.553  1.00  1.45      A    H  \\nATOM   3626  HD3 LYS A 226      67.193  24.122  50.173  1.00  1.45      A    H  \\nATOM   3627  CE  LYS A 226      69.022  24.405  51.256  1.00  1.45      A    C  \\nATOM   3628  HE2 LYS A 226      69.531  23.714  50.584  1.00  1.45      A    H  \\nATOM   3629  HE3 LYS A 226      69.591  25.311  51.464  1.00  1.45      A    H  \\nATOM   3630  NZ  LYS A 226      68.776  23.545  52.469  1.00  1.45      A    N  \\nATOM   3631  HZ1 LYS A 226      68.054  22.840  52.496  1.00  1.45      A    H  \\nATOM   3632  HZ2 LYS A 226      69.624  23.039  52.680  1.00  1.45      A    H  \\nATOM   3633  HZ3 LYS A 226      68.613  24.085  53.306  1.00  1.45      A    H  \\nATOM   3634  C   LYS A 226      66.004  28.519  47.674  1.00  1.45      A    C  \\nATOM   3635  O   LYS A 226      65.531  27.944  46.691  1.00  1.45      A    O  \\nATOM   3636  N   VAL A 227      65.336  29.566  48.249  1.00  1.02      A    N  \\nATOM   3637  H   VAL A 227      65.628  29.805  49.186  1.00  1.02      A    H  \\nATOM   3638  CA  VAL A 227      64.064  30.211  47.758  1.00  1.02      A    C  \\nATOM   3639  HA  VAL A 227      63.423  29.407  47.397  1.00  1.02      A    H  \\nATOM   3640  CB  VAL A 227      63.271  30.769  48.921  1.00  1.02      A    C  \\nATOM   3641  HB  VAL A 227      63.972  31.408  49.457  1.00  1.02      A    H  \\nATOM   3642  CG1 VAL A 227      62.057  31.539  48.404  1.00  1.02      A    C  \\nATOM   3643 HG11 VAL A 227      61.421  30.877  47.816  1.00  1.02      A    H  \\nATOM   3644 HG12 VAL A 227      61.545  32.086  49.195  1.00  1.02      A    H  \\nATOM   3645 HG13 VAL A 227      62.316  32.293  47.660  1.00  1.02      A    H  \\nATOM   3646  CG2 VAL A 227      62.840  29.739  49.982  1.00  1.02      A    C  \\nATOM   3647 HG21 VAL A 227      63.690  29.103  50.228  1.00  1.02      A    H  \\nATOM   3648 HG22 VAL A 227      62.519  30.169  50.931  1.00  1.02      A    H  \\nATOM   3649 HG23 VAL A 227      62.137  29.036  49.533  1.00  1.02      A    H  \\nATOM   3650  C   VAL A 227      64.409  31.143  46.668  1.00  1.02      A    C  \\nATOM   3651  O   VAL A 227      63.684  31.205  45.654  1.00  1.02      A    O  \\nATOM   3652  N   TYR A 228      65.468  31.905  46.800  1.00  0.69      A    N  \\nATOM   3653  H   TYR A 228      66.051  31.782  47.616  1.00  0.69      A    H  \\nATOM   3654  CA  TYR A 228      65.977  32.634  45.651  1.00  0.69      A    C  \\nATOM   3655  HA  TYR A 228      65.115  33.109  45.183  1.00  0.69      A    H  \\nATOM   3656  CB  TYR A 228      66.909  33.754  46.186  1.00  0.69      A    C  \\nATOM   3657  HB2 TYR A 228      66.369  34.243  46.996  1.00  0.69      A    H  \\nATOM   3658  HB3 TYR A 228      67.697  33.149  46.634  1.00  0.69      A    H  \\nATOM   3659  CG  TYR A 228      67.433  34.755  45.158  1.00  0.69      A    C  \\nATOM   3660  CD1 TYR A 228      68.638  34.669  44.706  1.00  0.69      A    C  \\nATOM   3661  HD1 TYR A 228      69.404  33.973  45.014  1.00  0.69      A    H  \\nATOM   3662  CE1 TYR A 228      69.118  35.678  43.868  1.00  0.69      A    C  \\nATOM   3663  HE1 TYR A 228      70.150  35.549  43.575  1.00  0.69      A    H  \\nATOM   3664  CZ  TYR A 228      68.274  36.664  43.302  1.00  0.69      A    C  \\nATOM   3665  OH  TYR A 228      68.775  37.516  42.282  1.00  0.69      A    O  \\nATOM   3666  HH  TYR A 228      68.004  37.893  41.851  1.00  0.69      A    H  \\nATOM   3667  CE2 TYR A 228      66.858  36.632  43.588  1.00  0.69      A    C  \\nATOM   3668  HE2 TYR A 228      66.217  37.400  43.179  1.00  0.69      A    H  \\nATOM   3669  CD2 TYR A 228      66.453  35.637  44.544  1.00  0.69      A    C  \\nATOM   3670  HD2 TYR A 228      65.386  35.711  44.693  1.00  0.69      A    H  \\nATOM   3671  C   TYR A 228      66.595  31.855  44.547  1.00  0.69      A    C  \\nATOM   3672  O   TYR A 228      66.300  32.037  43.375  1.00  0.69      A    O  \\nATOM   3673  N   GLU A 229      67.344  30.793  44.847  1.00  0.93      A    N  \\nATOM   3674  H   GLU A 229      67.603  30.782  45.823  1.00  0.93      A    H  \\nATOM   3675  CA  GLU A 229      67.713  29.825  43.856  1.00  0.93      A    C  \\nATOM   3676  HA  GLU A 229      68.334  30.278  43.083  1.00  0.93      A    H  \\nATOM   3677  CB  GLU A 229      68.537  28.673  44.474  1.00  0.93      A    C  \\nATOM   3678  HB2 GLU A 229      69.414  29.194  44.857  1.00  0.93      A    H  \\nATOM   3679  HB3 GLU A 229      67.979  28.187  45.274  1.00  0.93      A    H  \\nATOM   3680  CG  GLU A 229      69.012  27.622  43.443  1.00  0.93      A    C  \\nATOM   3681  HG2 GLU A 229      68.148  27.239  42.899  1.00  0.93      A    H  \\nATOM   3682  HG3 GLU A 229      69.592  28.152  42.688  1.00  0.93      A    H  \\nATOM   3683  CD  GLU A 229      69.772  26.484  44.074  1.00  0.93      A    C  \\nATOM   3684  OE1 GLU A 229      71.030  26.593  44.095  1.00  0.93      A    O  \\nATOM   3685  OE2 GLU A 229      69.149  25.550  44.577  1.00  0.93      A    O  \\nATOM   3686  C   GLU A 229      66.499  29.327  43.102  1.00  0.93      A    C  \\nATOM   3687  O   GLU A 229      66.621  29.194  41.893  1.00  0.93      A    O  \\nATOM   3688  N   LEU A 230      65.320  29.077  43.732  1.00  0.67      A    N  \\nATOM   3689  H   LEU A 230      65.307  29.024  44.740  1.00  0.67      A    H  \\nATOM   3690  CA  LEU A 230      64.108  28.598  43.103  1.00  0.67      A    C  \\nATOM   3691  HA  LEU A 230      64.484  27.842  42.413  1.00  0.67      A    H  \\nATOM   3692  CB  LEU A 230      63.196  27.902  44.147  1.00  0.67      A    C  \\nATOM   3693  HB2 LEU A 230      63.877  27.285  44.734  1.00  0.67      A    H  \\nATOM   3694  HB3 LEU A 230      62.899  28.665  44.866  1.00  0.67      A    H  \\nATOM   3695  CG  LEU A 230      62.003  27.145  43.644  1.00  0.67      A    C  \\nATOM   3696  HG  LEU A 230      61.375  27.671  42.925  1.00  0.67      A    H  \\nATOM   3697  CD1 LEU A 230      62.512  25.905  42.827  1.00  0.67      A    C  \\nATOM   3698 HD11 LEU A 230      61.691  25.269  42.497  1.00  0.67      A    H  \\nATOM   3699 HD12 LEU A 230      62.985  26.284  41.921  1.00  0.67      A    H  \\nATOM   3700 HD13 LEU A 230      63.270  25.265  43.280  1.00  0.67      A    H  \\nATOM   3701  CD2 LEU A 230      60.991  26.764  44.802  1.00  0.67      A    C  \\nATOM   3702 HD21 LEU A 230      60.876  27.656  45.418  1.00  0.67      A    H  \\nATOM   3703 HD22 LEU A 230      60.029  26.504  44.361  1.00  0.67      A    H  \\nATOM   3704 HD23 LEU A 230      61.375  25.932  45.393  1.00  0.67      A    H  \\nATOM   3705  C   LEU A 230      63.396  29.681  42.325  1.00  0.67      A    C  \\nATOM   3706  O   LEU A 230      62.820  29.395  41.331  1.00  0.67      A    O  \\nATOM   3707  N   MET A 231      63.454  30.979  42.678  1.00  0.54      A    N  \\nATOM   3708  H   MET A 231      63.875  31.168  43.577  1.00  0.54      A    H  \\nATOM   3709  CA  MET A 231      63.060  32.147  41.800  1.00  0.54      A    C  \\nATOM   3710  HA  MET A 231      62.011  32.057  41.517  1.00  0.54      A    H  \\nATOM   3711  CB  MET A 231      63.279  33.505  42.472  1.00  0.54      A    C  \\nATOM   3712  HB2 MET A 231      64.125  33.405  43.152  1.00  0.54      A    H  \\nATOM   3713  HB3 MET A 231      63.398  34.316  41.754  1.00  0.54      A    H  \\nATOM   3714  CG  MET A 231      62.147  33.939  43.312  1.00  0.54      A    C  \\nATOM   3715  HG2 MET A 231      61.260  34.249  42.759  1.00  0.54      A    H  \\nATOM   3716  HG3 MET A 231      61.916  33.150  44.028  1.00  0.54      A    H  \\nATOM   3717  SD  MET A 231      62.507  35.395  44.397  1.00  0.54      A    S  \\nATOM   3718  CE  MET A 231      61.959  34.802  45.998  1.00  0.54      A    C  \\nATOM   3719  HE1 MET A 231      62.347  35.545  46.696  1.00  0.54      A    H  \\nATOM   3720  HE2 MET A 231      60.893  34.648  46.166  1.00  0.54      A    H  \\nATOM   3721  HE3 MET A 231      62.591  33.950  46.253  1.00  0.54      A    H  \\nATOM   3722  C   MET A 231      63.994  32.028  40.572  1.00  0.54      A    C  \\nATOM   3723  O   MET A 231      63.527  32.009  39.432  1.00  0.54      A    O  \\nATOM   3724  N   ARG A 232      65.361  31.847  40.710  1.00  0.59      A    N  \\nATOM   3725  H   ARG A 232      65.752  31.773  41.638  1.00  0.59      A    H  \\nATOM   3726  CA  ARG A 232      66.366  31.696  39.622  1.00  0.59      A    C  \\nATOM   3727  HA  ARG A 232      66.185  32.456  38.862  1.00  0.59      A    H  \\nATOM   3728  CB  ARG A 232      67.761  31.993  40.200  1.00  0.59      A    C  \\nATOM   3729  HB2 ARG A 232      67.985  31.295  41.007  1.00  0.59      A    H  \\nATOM   3730  HB3 ARG A 232      68.571  31.660  39.551  1.00  0.59      A    H  \\nATOM   3731  CG  ARG A 232      68.104  33.346  40.694  1.00  0.59      A    C  \\nATOM   3732  HG2 ARG A 232      67.263  33.692  41.296  1.00  0.59      A    H  \\nATOM   3733  HG3 ARG A 232      68.944  33.228  41.378  1.00  0.59      A    H  \\nATOM   3734  CD  ARG A 232      68.477  34.317  39.626  1.00  0.59      A    C  \\nATOM   3735  HD2 ARG A 232      67.844  34.152  38.754  1.00  0.59      A    H  \\nATOM   3736  HD3 ARG A 232      68.231  35.280  40.074  1.00  0.59      A    H  \\nATOM   3737  NE  ARG A 232      69.889  34.203  39.264  1.00  0.59      A    N  \\nATOM   3738  HE  ARG A 232      70.141  33.594  38.498  1.00  0.59      A    H  \\nATOM   3739  CZ  ARG A 232      70.869  34.917  39.828  1.00  0.59      A    C  \\nATOM   3740  NH1 ARG A 232      70.783  35.854  40.722  1.00  0.59      A    N  \\nATOM   3741 HH11 ARG A 232      69.909  36.024  41.197  1.00  0.59      A    H  \\nATOM   3742 HH12 ARG A 232      71.616  36.418  40.818  1.00  0.59      A    H  \\nATOM   3743  NH2 ARG A 232      72.092  34.765  39.445  1.00  0.59      A    N  \\nATOM   3744 HH21 ARG A 232      72.291  34.127  38.688  1.00  0.59      A    H  \\nATOM   3745 HH22 ARG A 232      72.797  35.358  39.859  1.00  0.59      A    H  \\nATOM   3746  C   ARG A 232      66.285  30.424  38.773  1.00  0.59      A    C  \\nATOM   3747  O   ARG A 232      66.581  30.428  37.608  1.00  0.59      A    O  \\nATOM   3748  N   ALA A 233      65.833  29.337  39.302  1.00  0.51      A    N  \\nATOM   3749  H   ALA A 233      65.770  29.358  40.310  1.00  0.51      A    H  \\nATOM   3750  CA  ALA A 233      65.518  28.120  38.563  1.00  0.51      A    C  \\nATOM   3751  HA  ALA A 233      66.347  27.814  37.925  1.00  0.51      A    H  \\nATOM   3752  CB  ALA A 233      65.171  27.013  39.573  1.00  0.51      A    C  \\nATOM   3753  HB1 ALA A 233      64.379  27.322  40.256  1.00  0.51      A    H  \\nATOM   3754  HB2 ALA A 233      64.921  26.110  39.017  1.00  0.51      A    H  \\nATOM   3755  HB3 ALA A 233      66.049  26.874  40.204  1.00  0.51      A    H  \\nATOM   3756  C   ALA A 233      64.276  28.353  37.714  1.00  0.51      A    C  \\nATOM   3757  O   ALA A 233      64.334  27.931  36.575  1.00  0.51      A    O  \\nATOM   3758  N   CYS A 234      63.238  29.056  38.152  1.00  0.39      A    N  \\nATOM   3759  H   CYS A 234      63.387  29.391  39.094  1.00  0.39      A    H  \\nATOM   3760  CA  CYS A 234      62.058  29.492  37.391  1.00  0.39      A    C  \\nATOM   3761  HA  CYS A 234      61.673  28.633  36.842  1.00  0.39      A    H  \\nATOM   3762  CB  CYS A 234      60.948  29.876  38.387  1.00  0.39      A    C  \\nATOM   3763  HB2 CYS A 234      61.141  30.831  38.877  1.00  0.39      A    H  \\nATOM   3764  HB3 CYS A 234      60.019  29.975  37.826  1.00  0.39      A    H  \\nATOM   3765  SG  CYS A 234      60.750  28.489  39.508  1.00  0.39      A    S  \\nATOM   3766  HG  CYS A 234      62.038  28.215  39.736  1.00  0.39      A    H  \\nATOM   3767  C   CYS A 234      62.422  30.596  36.355  1.00  0.39      A    C  \\nATOM   3768  O   CYS A 234      61.768  30.658  35.298  1.00  0.39      A    O  \\nATOM   3769  N   TRP A 235      63.439  31.438  36.637  1.00  0.45      A    N  \\nATOM   3770  H   TRP A 235      63.864  31.366  37.551  1.00  0.45      A    H  \\nATOM   3771  CA  TRP A 235      63.924  32.438  35.663  1.00  0.45      A    C  \\nATOM   3772  HA  TRP A 235      63.079  32.720  35.036  1.00  0.45      A    H  \\nATOM   3773  CB  TRP A 235      64.443  33.610  36.516  1.00  0.45      A    C  \\nATOM   3774  HB2 TRP A 235      65.395  33.439  37.019  1.00  0.45      A    H  \\nATOM   3775  HB3 TRP A 235      64.612  34.442  35.832  1.00  0.45      A    H  \\nATOM   3776  CG  TRP A 235      63.457  34.232  37.455  1.00  0.45      A    C  \\nATOM   3777  CD1 TRP A 235      62.069  34.158  37.242  1.00  0.45      A    C  \\nATOM   3778  HD1 TRP A 235      61.545  33.558  36.513  1.00  0.45      A    H  \\nATOM   3779  NE1 TRP A 235      61.539  35.125  38.044  1.00  0.45      A    N  \\nATOM   3780  HE1 TRP A 235      60.548  35.317  38.090  1.00  0.45      A    H  \\nATOM   3781  CE2 TRP A 235      62.390  35.692  38.924  1.00  0.45      A    C  \\nATOM   3782  CZ2 TRP A 235      62.213  36.594  40.058  1.00  0.45      A    C  \\nATOM   3783  HZ2 TRP A 235      61.269  36.979  40.413  1.00  0.45      A    H  \\nATOM   3784  CH2 TRP A 235      63.395  37.007  40.737  1.00  0.45      A    C  \\nATOM   3785  HH2 TRP A 235      63.387  37.630  41.619  1.00  0.45      A    H  \\nATOM   3786  CZ3 TRP A 235      64.687  36.602  40.267  1.00  0.45      A    C  \\nATOM   3787  HZ3 TRP A 235      65.558  36.997  40.768  1.00  0.45      A    H  \\nATOM   3788  CE3 TRP A 235      64.789  35.705  39.232  1.00  0.45      A    C  \\nATOM   3789  HE3 TRP A 235      65.731  35.246  38.972  1.00  0.45      A    H  \\nATOM   3790  CD2 TRP A 235      63.639  35.245  38.535  1.00  0.45      A    C  \\nATOM   3791  C   TRP A 235      65.113  31.970  34.714  1.00  0.45      A    C  \\nATOM   3792  O   TRP A 235      65.838  32.781  34.168  1.00  0.45      A    O  \\nATOM   3793  N   GLN A 236      65.412  30.683  34.620  1.00  0.51      A    N  \\nATOM   3794  H   GLN A 236      64.806  29.978  35.014  1.00  0.51      A    H  \\nATOM   3795  CA  GLN A 236      66.321  30.151  33.560  1.00  0.51      A    C  \\nATOM   3796  HA  GLN A 236      67.284  30.601  33.803  1.00  0.51      A    H  \\nATOM   3797  CB  GLN A 236      66.580  28.607  33.586  1.00  0.51      A    C  \\nATOM   3798  HB2 GLN A 236      65.602  28.164  33.395  1.00  0.51      A    H  \\nATOM   3799  HB3 GLN A 236      67.191  28.252  32.755  1.00  0.51      A    H  \\nATOM   3800  CG  GLN A 236      67.234  28.049  34.840  1.00  0.51      A    C  \\nATOM   3801  HG2 GLN A 236      66.584  28.172  35.705  1.00  0.51      A    H  \\nATOM   3802  HG3 GLN A 236      67.494  26.991  34.885  1.00  0.51      A    H  \\nATOM   3803  CD  GLN A 236      68.625  28.683  35.136  1.00  0.51      A    C  \\nATOM   3804  OE1 GLN A 236      69.555  28.410  34.434  1.00  0.51      A    O  \\nATOM   3805  NE2 GLN A 236      68.734  29.589  36.056  1.00  0.51      A    N  \\nATOM   3806 HE21 GLN A 236      69.680  29.803  36.338  1.00  0.51      A    H  \\nATOM   3807 HE22 GLN A 236      67.904  29.858  36.564  1.00  0.51      A    H  \\nATOM   3808  C   GLN A 236      65.961  30.520  32.083  1.00  0.51      A    C  \\nATOM   3809  O   GLN A 236      64.803  30.405  31.674  1.00  0.51      A    O  \\nATOM   3810  N   TRP A 237      66.955  30.880  31.258  1.00  0.55      A    N  \\nATOM   3811  H   TRP A 237      67.917  30.811  31.558  1.00  0.55      A    H  \\nATOM   3812  CA  TRP A 237      66.618  31.515  29.949  1.00  0.55      A    C  \\nATOM   3813  HA  TRP A 237      65.962  32.361  30.153  1.00  0.55      A    H  \\nATOM   3814  CB  TRP A 237      67.815  32.085  29.181  1.00  0.55      A    C  \\nATOM   3815  HB2 TRP A 237      68.093  32.963  29.764  1.00  0.55      A    H  \\nATOM   3816  HB3 TRP A 237      68.559  31.295  29.283  1.00  0.55      A    H  \\nATOM   3817  CG  TRP A 237      67.560  32.564  27.823  1.00  0.55      A    C  \\nATOM   3818  CD1 TRP A 237      67.975  31.912  26.713  1.00  0.55      A    C  \\nATOM   3819  HD1 TRP A 237      68.311  30.886  26.696  1.00  0.55      A    H  \\nATOM   3820  NE1 TRP A 237      67.649  32.734  25.587  1.00  0.55      A    N  \\nATOM   3821  HE1 TRP A 237      67.787  32.373  24.654  1.00  0.55      A    H  \\nATOM   3822  CE2 TRP A 237      67.409  34.038  25.963  1.00  0.55      A    C  \\nATOM   3823  CZ2 TRP A 237      67.134  35.276  25.337  1.00  0.55      A    C  \\nATOM   3824  HZ2 TRP A 237      67.172  35.269  24.258  1.00  0.55      A    H  \\nATOM   3825  CH2 TRP A 237      66.901  36.457  26.094  1.00  0.55      A    C  \\nATOM   3826  HH2 TRP A 237      66.665  37.346  25.530  1.00  0.55      A    H  \\nATOM   3827  CZ3 TRP A 237      66.953  36.365  27.528  1.00  0.55      A    C  \\nATOM   3828  HZ3 TRP A 237      66.820  37.292  28.067  1.00  0.55      A    H  \\nATOM   3829  CE3 TRP A 237      67.175  35.141  28.114  1.00  0.55      A    C  \\nATOM   3830  HE3 TRP A 237      67.132  34.983  29.181  1.00  0.55      A    H  \\nATOM   3831  CD2 TRP A 237      67.324  33.970  27.373  1.00  0.55      A    C  \\nATOM   3832  C   TRP A 237      65.874  30.619  29.019  1.00  0.55      A    C  \\nATOM   3833  O   TRP A 237      64.733  30.951  28.651  1.00  0.55      A    O  \\nATOM   3834  N   ASN A 238      66.412  29.406  28.686  1.00  0.63      A    N  \\nATOM   3835  H   ASN A 238      67.256  29.161  29.183  1.00  0.63      A    H  \\nATOM   3836  CA  ASN A 238      65.691  28.372  27.905  1.00  0.63      A    C  \\nATOM   3837  HA  ASN A 238      65.488  28.721  26.892  1.00  0.63      A    H  \\nATOM   3838  CB  ASN A 238      66.751  27.270  27.704  1.00  0.63      A    C  \\nATOM   3839  HB2 ASN A 238      66.866  26.712  28.633  1.00  0.63      A    H  \\nATOM   3840  HB3 ASN A 238      66.345  26.612  26.936  1.00  0.63      A    H  \\nATOM   3841  CG  ASN A 238      68.143  27.738  27.282  1.00  0.63      A    C  \\nATOM   3842  OD1 ASN A 238      68.276  28.536  26.352  1.00  0.63      A    O  \\nATOM   3843  ND2 ASN A 238      69.179  27.137  27.830  1.00  0.63      A    N  \\nATOM   3844 HD21 ASN A 238      70.127  27.318  27.533  1.00  0.63      A    H  \\nATOM   3845 HD22 ASN A 238      69.043  26.588  28.667  1.00  0.63      A    H  \\nATOM   3846  C   ASN A 238      64.514  27.864  28.654  1.00  0.63      A    C  \\nATOM   3847  O   ASN A 238      64.730  27.270  29.654  1.00  0.63      A    O  \\nATOM   3848  N   PRO A 239      63.326  27.844  28.103  1.00  0.63      A    N  \\nATOM   3849  CD  PRO A 239      62.987  28.560  26.887  1.00  0.63      A    C  \\nATOM   3850  HD2 PRO A 239      63.386  28.091  25.987  1.00  0.63      A    H  \\nATOM   3851  HD3 PRO A 239      63.308  29.601  26.928  1.00  0.63      A    H  \\nATOM   3852  CG  PRO A 239      61.522  28.482  26.655  1.00  0.63      A    C  \\nATOM   3853  HG2 PRO A 239      61.286  28.679  25.609  1.00  0.63      A    H  \\nATOM   3854  HG3 PRO A 239      60.959  29.256  27.176  1.00  0.63      A    H  \\nATOM   3855  CB  PRO A 239      61.155  27.161  27.358  1.00  0.63      A    C  \\nATOM   3856  HB2 PRO A 239      61.475  26.323  26.738  1.00  0.63      A    H  \\nATOM   3857  HB3 PRO A 239      60.113  27.043  27.656  1.00  0.63      A    H  \\nATOM   3858  CA  PRO A 239      62.043  27.206  28.600  1.00  0.63      A    C  \\nATOM   3859  HA  PRO A 239      61.493  27.926  29.207  1.00  0.63      A    H  \\nATOM   3860  C   PRO A 239      62.248  25.873  29.338  1.00  0.63      A    C  \\nATOM   3861  O   PRO A 239      61.852  25.668  30.461  1.00  0.63      A    O  \\nATOM   3862  N   SER A 240      62.854  24.917  28.658  1.00  0.82      A    N  \\nATOM   3863  H   SER A 240      63.222  25.192  27.758  1.00  0.82      A    H  \\nATOM   3864  CA  SER A 240      63.180  23.538  29.084  1.00  0.82      A    C  \\nATOM   3865  HA  SER A 240      62.304  22.943  29.345  1.00  0.82      A    H  \\nATOM   3866  CB  SER A 240      63.808  22.819  27.855  1.00  0.82      A    C  \\nATOM   3867  HB2 SER A 240      64.183  21.849  28.183  1.00  0.82      A    H  \\nATOM   3868  HB3 SER A 240      63.053  22.564  27.112  1.00  0.82      A    H  \\nATOM   3869  OG  SER A 240      64.814  23.651  27.252  1.00  0.82      A    O  \\nATOM   3870  HG  SER A 240      64.416  23.976  26.441  1.00  0.82      A    H  \\nATOM   3871  C   SER A 240      64.102  23.454  30.330  1.00  0.82      A    C  \\nATOM   3872  O   SER A 240      64.216  22.399  30.904  1.00  0.82      A    O  \\nATOM   3873  N   ASP A 241      64.795  24.531  30.693  1.00  0.69      A    N  \\nATOM   3874  H   ASP A 241      64.675  25.374  30.150  1.00  0.69      A    H  \\nATOM   3875  CA  ASP A 241      65.588  24.707  31.949  1.00  0.69      A    C  \\nATOM   3876  HA  ASP A 241      65.936  23.702  32.188  1.00  0.69      A    H  \\nATOM   3877  CB  ASP A 241      66.832  25.632  31.743  1.00  0.69      A    C  \\nATOM   3878  HB2 ASP A 241      66.437  26.558  31.326  1.00  0.69      A    H  \\nATOM   3879  HB3 ASP A 241      67.293  25.777  32.719  1.00  0.69      A    H  \\nATOM   3880  CG  ASP A 241      67.935  25.137  30.892  1.00  0.69      A    C  \\nATOM   3881  OD1 ASP A 241      68.229  23.964  30.764  1.00  0.69      A    O  \\nATOM   3882  OD2 ASP A 241      68.632  25.964  30.279  1.00  0.69      A    O  \\nATOM   3883  C   ASP A 241      64.817  25.262  33.159  1.00  0.69      A    C  \\nATOM   3884  O   ASP A 241      65.391  25.400  34.253  1.00  0.69      A    O  \\nATOM   3885  N   ARG A 242      63.531  25.443  32.992  1.00  0.49      A    N  \\nATOM   3886  H   ARG A 242      63.214  25.200  32.064  1.00  0.49      A    H  \\nATOM   3887  CA  ARG A 242      62.612  25.895  34.018  1.00  0.49      A    C  \\nATOM   3888  HA  ARG A 242      63.216  26.377  34.787  1.00  0.49      A    H  \\nATOM   3889  CB  ARG A 242      61.634  26.922  33.452  1.00  0.49      A    C  \\nATOM   3890  HB2 ARG A 242      60.911  26.505  32.751  1.00  0.49      A    H  \\nATOM   3891  HB3 ARG A 242      60.981  27.296  34.241  1.00  0.49      A    H  \\nATOM   3892  CG  ARG A 242      62.281  28.170  32.729  1.00  0.49      A    C  \\nATOM   3893  HG2 ARG A 242      62.948  28.807  33.309  1.00  0.49      A    H  \\nATOM   3894  HG3 ARG A 242      62.929  27.864  31.907  1.00  0.49      A    H  \\nATOM   3895  CD  ARG A 242      61.338  29.080  31.985  1.00  0.49      A    C  \\nATOM   3896  HD2 ARG A 242      60.517  28.536  31.520  1.00  0.49      A    H  \\nATOM   3897  HD3 ARG A 242      60.778  29.747  32.640  1.00  0.49      A    H  \\nATOM   3898  NE  ARG A 242      61.980  29.965  31.005  1.00  0.49      A    N  \\nATOM   3899  HE  ARG A 242      62.988  29.997  31.049  1.00  0.49      A    H  \\nATOM   3900  CZ  ARG A 242      61.433  30.598  29.948  1.00  0.49      A    C  \\nATOM   3901  NH1 ARG A 242      60.128  30.581  29.802  1.00  0.49      A    N  \\nATOM   3902 HH11 ARG A 242      59.537  30.103  30.467  1.00  0.49      A    H  \\nATOM   3903 HH12 ARG A 242      59.723  30.919  28.940  1.00  0.49      A    H  \\nATOM   3904  NH2 ARG A 242      62.161  31.382  29.234  1.00  0.49      A    N  \\nATOM   3905 HH21 ARG A 242      63.166  31.334  29.324  1.00  0.49      A    H  \\nATOM   3906 HH22 ARG A 242      61.731  31.838  28.442  1.00  0.49      A    H  \\nATOM   3907  C   ARG A 242      61.841  24.686  34.515  1.00  0.49      A    C  \\nATOM   3908  O   ARG A 242      61.156  24.009  33.720  1.00  0.49      A    O  \\nATOM   3909  N   PRO A 243      61.924  24.285  35.802  1.00  0.52      A    N  \\nATOM   3910  CD  PRO A 243      62.534  24.984  36.843  1.00  0.52      A    C  \\nATOM   3911  HD2 PRO A 243      62.448  26.070  36.791  1.00  0.52      A    H  \\nATOM   3912  HD3 PRO A 243      63.594  24.770  36.710  1.00  0.52      A    H  \\nATOM   3913  CG  PRO A 243      62.078  24.318  38.166  1.00  0.52      A    C  \\nATOM   3914  HG2 PRO A 243      61.188  24.843  38.512  1.00  0.52      A    H  \\nATOM   3915  HG3 PRO A 243      62.854  24.372  38.930  1.00  0.52      A    H  \\nATOM   3916  CB  PRO A 243      61.842  22.854  37.740  1.00  0.52      A    C  \\nATOM   3917  HB2 PRO A 243      61.170  22.330  38.420  1.00  0.52      A    H  \\nATOM   3918  HB3 PRO A 243      62.779  22.302  37.667  1.00  0.52      A    H  \\nATOM   3919  CA  PRO A 243      61.309  23.079  36.339  1.00  0.52      A    C  \\nATOM   3920  HA  PRO A 243      61.670  22.272  35.702  1.00  0.52      A    H  \\nATOM   3921  C   PRO A 243      59.761  23.131  36.196  1.00  0.52      A    C  \\nATOM   3922  O   PRO A 243      59.142  24.188  36.295  1.00  0.52      A    O  \\nATOM   3923  N   SER A 244      59.134  21.988  35.984  1.00  0.54      A    N  \\nATOM   3924  H   SER A 244      59.672  21.145  36.124  1.00  0.54      A    H  \\nATOM   3925  CA  SER A 244      57.663  21.814  35.836  1.00  0.54      A    C  \\nATOM   3926  HA  SER A 244      57.184  22.579  35.225  1.00  0.54      A    H  \\nATOM   3927  CB  SER A 244      57.308  20.414  35.371  1.00  0.54      A    C  \\nATOM   3928  HB2 SER A 244      56.231  20.299  35.486  1.00  0.54      A    H  \\nATOM   3929  HB3 SER A 244      57.334  20.216  34.299  1.00  0.54      A    H  \\nATOM   3930  OG  SER A 244      57.923  19.406  36.170  1.00  0.54      A    O  \\nATOM   3931  HG  SER A 244      58.864  19.392  35.981  1.00  0.54      A    H  \\nATOM   3932  C   SER A 244      56.991  22.071  37.169  1.00  0.54      A    C  \\nATOM   3933  O   SER A 244      57.692  21.993  38.175  1.00  0.54      A    O  \\nATOM   3934  N   PHE A 245      55.706  22.421  37.167  1.00  0.45      A    N  \\nATOM   3935  H   PHE A 245      55.147  22.262  36.341  1.00  0.45      A    H  \\nATOM   3936  CA  PHE A 245      54.964  22.645  38.398  1.00  0.45      A    C  \\nATOM   3937  HA  PHE A 245      55.501  23.434  38.925  1.00  0.45      A    H  \\nATOM   3938  CB  PHE A 245      53.556  23.213  38.139  1.00  0.45      A    C  \\nATOM   3939  HB2 PHE A 245      52.968  22.600  37.456  1.00  0.45      A    H  \\nATOM   3940  HB3 PHE A 245      52.951  23.202  39.046  1.00  0.45      A    H  \\nATOM   3941  CG  PHE A 245      53.666  24.640  37.601  1.00  0.45      A    C  \\nATOM   3942  CD1 PHE A 245      53.735  25.794  38.520  1.00  0.45      A    C  \\nATOM   3943  HD1 PHE A 245      53.668  25.689  39.593  1.00  0.45      A    H  \\nATOM   3944  CE1 PHE A 245      53.764  27.064  38.065  1.00  0.45      A    C  \\nATOM   3945  HE1 PHE A 245      53.938  27.936  38.679  1.00  0.45      A    H  \\nATOM   3946  CZ  PHE A 245      53.754  27.373  36.717  1.00  0.45      A    C  \\nATOM   3947  HZ  PHE A 245      53.733  28.395  36.367  1.00  0.45      A    H  \\nATOM   3948  CE2 PHE A 245      53.586  26.339  35.806  1.00  0.45      A    C  \\nATOM   3949  HE2 PHE A 245      53.426  26.481  34.748  1.00  0.45      A    H  \\nATOM   3950  CD2 PHE A 245      53.453  24.987  36.221  1.00  0.45      A    C  \\nATOM   3951  HD2 PHE A 245      53.503  24.183  35.501  1.00  0.45      A    H  \\nATOM   3952  C   PHE A 245      54.976  21.384  39.339  1.00  0.45      A    C  \\nATOM   3953  O   PHE A 245      54.982  21.508  40.532  1.00  0.45      A    O  \\nATOM   3954  N   ALA A 246      55.029  20.174  38.773  1.00  0.63      A    N  \\nATOM   3955  H   ALA A 246      54.942  20.101  37.769  1.00  0.63      A    H  \\nATOM   3956  CA  ALA A 246      55.193  18.990  39.647  1.00  0.63      A    C  \\nATOM   3957  HA  ALA A 246      54.422  18.924  40.416  1.00  0.63      A    H  \\nATOM   3958  CB  ALA A 246      55.109  17.763  38.700  1.00  0.63      A    C  \\nATOM   3959  HB1 ALA A 246      56.001  17.733  38.074  1.00  0.63      A    H  \\nATOM   3960  HB2 ALA A 246      55.103  16.825  39.256  1.00  0.63      A    H  \\nATOM   3961  HB3 ALA A 246      54.133  17.623  38.236  1.00  0.63      A    H  \\nATOM   3962  C   ALA A 246      56.537  19.140  40.457  1.00  0.63      A    C  \\nATOM   3963  O   ALA A 246      56.529  19.046  41.660  1.00  0.63      A    O  \\nATOM   3964  N   GLU A 247      57.721  19.297  39.738  1.00  0.62      A    N  \\nATOM   3965  H   GLU A 247      57.658  19.489  38.748  1.00  0.62      A    H  \\nATOM   3966  CA  GLU A 247      59.050  19.641  40.285  1.00  0.62      A    C  \\nATOM   3967  HA  GLU A 247      59.471  18.925  40.991  1.00  0.62      A    H  \\nATOM   3968  CB  GLU A 247      60.010  19.622  39.088  1.00  0.62      A    C  \\nATOM   3969  HB2 GLU A 247      59.723  20.334  38.314  1.00  0.62      A    H  \\nATOM   3970  HB3 GLU A 247      61.000  20.009  39.331  1.00  0.62      A    H  \\nATOM   3971  CG  GLU A 247      60.264  18.212  38.405  1.00  0.62      A    C  \\nATOM   3972  HG2 GLU A 247      61.027  17.814  39.074  1.00  0.62      A    H  \\nATOM   3973  HG3 GLU A 247      59.433  17.509  38.339  1.00  0.62      A    H  \\nATOM   3974  CD  GLU A 247      60.859  18.326  37.032  1.00  0.62      A    C  \\nATOM   3975  OE1 GLU A 247      61.576  17.367  36.596  1.00  0.62      A    O  \\nATOM   3976  OE2 GLU A 247      60.551  19.258  36.232  1.00  0.62      A    O  \\nATOM   3977  C   GLU A 247      59.173  20.962  41.048  1.00  0.62      A    C  \\nATOM   3978  O   GLU A 247      60.142  21.128  41.798  1.00  0.62      A    O  \\nATOM   3979  N   ILE A 248      58.242  21.872  40.862  1.00  0.55      A    N  \\nATOM   3980  H   ILE A 248      57.715  21.750  40.010  1.00  0.55      A    H  \\nATOM   3981  CA  ILE A 248      58.159  23.084  41.690  1.00  0.55      A    C  \\nATOM   3982  HA  ILE A 248      59.154  23.342  42.053  1.00  0.55      A    H  \\nATOM   3983  CB  ILE A 248      57.542  24.284  41.015  1.00  0.55      A    C  \\nATOM   3984  HB  ILE A 248      56.700  23.922  40.425  1.00  0.55      A    H  \\nATOM   3985  CG2 ILE A 248      57.268  25.424  42.029  1.00  0.55      A    C  \\nATOM   3986 HG21 ILE A 248      58.150  25.598  42.646  1.00  0.55      A    H  \\nATOM   3987 HG22 ILE A 248      57.062  26.332  41.462  1.00  0.55      A    H  \\nATOM   3988 HG23 ILE A 248      56.466  25.248  42.746  1.00  0.55      A    H  \\nATOM   3989  CG1 ILE A 248      58.546  24.903  39.917  1.00  0.55      A    C  \\nATOM   3990 HG12 ILE A 248      59.379  25.477  40.323  1.00  0.55      A    H  \\nATOM   3991 HG13 ILE A 248      58.998  24.074  39.373  1.00  0.55      A    H  \\nATOM   3992  CD1 ILE A 248      57.798  25.721  38.917  1.00  0.55      A    C  \\nATOM   3993 HD11 ILE A 248      57.103  25.081  38.373  1.00  0.55      A    H  \\nATOM   3994 HD12 ILE A 248      57.212  26.492  39.416  1.00  0.55      A    H  \\nATOM   3995 HD13 ILE A 248      58.604  26.158  38.327  1.00  0.55      A    H  \\nATOM   3996  C   ILE A 248      57.427  22.874  43.004  1.00  0.55      A    C  \\nATOM   3997  O   ILE A 248      58.016  23.220  44.008  1.00  0.55      A    O  \\nATOM   3998  N   HIS A 249      56.218  22.300  42.927  1.00  0.65      A    N  \\nATOM   3999  H   HIS A 249      56.064  21.993  41.977  1.00  0.65      A    H  \\nATOM   4000  CA  HIS A 249      55.465  21.879  44.079  1.00  0.65      A    C  \\nATOM   4001  HA  HIS A 249      55.205  22.752  44.677  1.00  0.65      A    H  \\nATOM   4002  CB  HIS A 249      54.040  21.305  43.682  1.00  0.65      A    C  \\nATOM   4003  HB2 HIS A 249      53.446  22.143  43.317  1.00  0.65      A    H  \\nATOM   4004  HB3 HIS A 249      54.160  20.636  42.830  1.00  0.65      A    H  \\nATOM   4005  CG  HIS A 249      53.296  20.500  44.746  1.00  0.65      A    C  \\nATOM   4006  ND1 HIS A 249      53.449  19.115  44.896  1.00  0.65      A    N  \\nATOM   4007  CE1 HIS A 249      52.898  18.835  46.116  1.00  0.65      A    C  \\nATOM   4008  HE1 HIS A 249      52.897  17.880  46.620  1.00  0.65      A    H  \\nATOM   4009  NE2 HIS A 249      52.470  19.974  46.707  1.00  0.65      A    N  \\nATOM   4010  HE2 HIS A 249      52.421  20.106  47.707  1.00  0.65      A    H  \\nATOM   4011  CD2 HIS A 249      52.730  21.033  45.870  1.00  0.65      A    C  \\nATOM   4012  HD2 HIS A 249      52.718  22.085  46.114  1.00  0.65      A    H  \\nATOM   4013  C   HIS A 249      56.392  20.961  45.040  1.00  0.65      A    C  \\nATOM   4014  O   HIS A 249      56.366  21.235  46.240  1.00  0.65      A    O  \\nATOM   4015  N   GLN A 250      57.240  20.111  44.431  1.00  0.84      A    N  \\nATOM   4016  H   GLN A 250      57.149  19.999  43.432  1.00  0.84      A    H  \\nATOM   4017  CA  GLN A 250      58.237  19.211  45.087  1.00  0.84      A    C  \\nATOM   4018  HA  GLN A 250      57.644  18.784  45.895  1.00  0.84      A    H  \\nATOM   4019  CB  GLN A 250      58.789  18.172  44.121  1.00  0.84      A    C  \\nATOM   4020  HB2 GLN A 250      57.967  17.674  43.606  1.00  0.84      A    H  \\nATOM   4021  HB3 GLN A 250      59.370  18.754  43.406  1.00  0.84      A    H  \\nATOM   4022  CG  GLN A 250      59.667  17.025  44.681  1.00  0.84      A    C  \\nATOM   4023  HG2 GLN A 250      60.437  17.416  45.347  1.00  0.84      A    H  \\nATOM   4024  HG3 GLN A 250      59.006  16.373  45.250  1.00  0.84      A    H  \\nATOM   4025  CD  GLN A 250      60.333  16.143  43.594  1.00  0.84      A    C  \\nATOM   4026  OE1 GLN A 250      59.759  15.196  42.958  1.00  0.84      A    O  \\nATOM   4027  NE2 GLN A 250      61.509  16.439  43.116  1.00  0.84      A    N  \\nATOM   4028 HE21 GLN A 250      61.887  15.833  42.401  1.00  0.84      A    H  \\nATOM   4029 HE22 GLN A 250      61.905  17.364  43.209  1.00  0.84      A    H  \\nATOM   4030  C   GLN A 250      59.387  19.974  45.668  1.00  0.84      A    C  \\nATOM   4031  O   GLN A 250      59.844  19.459  46.691  1.00  0.84      A    O  \\nATOM   4032  N   ALA A 251      59.738  21.166  45.191  1.00  0.89      A    N  \\nATOM   4033  H   ALA A 251      59.222  21.509  44.394  1.00  0.89      A    H  \\nATOM   4034  CA  ALA A 251      60.841  21.972  45.747  1.00  0.89      A    C  \\nATOM   4035  HA  ALA A 251      61.699  21.353  46.006  1.00  0.89      A    H  \\nATOM   4036  CB  ALA A 251      61.285  23.031  44.793  1.00  0.89      A    C  \\nATOM   4037  HB1 ALA A 251      60.556  23.840  44.751  1.00  0.89      A    H  \\nATOM   4038  HB2 ALA A 251      62.214  23.431  45.201  1.00  0.89      A    H  \\nATOM   4039  HB3 ALA A 251      61.460  22.643  43.789  1.00  0.89      A    H  \\nATOM   4040  C   ALA A 251      60.517  22.579  47.127  1.00  0.89      A    C  \\nATOM   4041  O   ALA A 251      61.474  23.058  47.752  1.00  0.89      A    O  \\nATOM   4042  N   PHE A 252      59.303  22.463  47.713  1.00  1.04      A    N  \\nATOM   4043  H   PHE A 252      58.538  22.236  47.093  1.00  1.04      A    H  \\nATOM   4044  CA  PHE A 252      59.002  23.081  49.036  1.00  1.04      A    C  \\nATOM   4045  HA  PHE A 252      59.730  23.861  49.261  1.00  1.04      A    H  \\nATOM   4046  CB  PHE A 252      57.635  23.723  49.075  1.00  1.04      A    C  \\nATOM   4047  HB2 PHE A 252      56.811  23.027  48.916  1.00  1.04      A    H  \\nATOM   4048  HB3 PHE A 252      57.572  24.118  50.088  1.00  1.04      A    H  \\nATOM   4049  CG  PHE A 252      57.366  25.015  48.284  1.00  1.04      A    C  \\nATOM   4050  CD1 PHE A 252      57.598  26.262  48.927  1.00  1.04      A    C  \\nATOM   4051  HD1 PHE A 252      57.968  26.280  49.942  1.00  1.04      A    H  \\nATOM   4052  CE1 PHE A 252      57.447  27.392  48.142  1.00  1.04      A    C  \\nATOM   4053  HE1 PHE A 252      57.514  28.343  48.650  1.00  1.04      A    H  \\nATOM   4054  CZ  PHE A 252      57.097  27.384  46.763  1.00  1.04      A    C  \\nATOM   4055  HZ  PHE A 252      56.950  28.319  46.244  1.00  1.04      A    H  \\nATOM   4056  CE2 PHE A 252      56.958  26.095  46.167  1.00  1.04      A    C  \\nATOM   4057  HE2 PHE A 252      56.786  25.965  45.109  1.00  1.04      A    H  \\nATOM   4058  CD2 PHE A 252      56.976  24.924  46.949  1.00  1.04      A    C  \\nATOM   4059  HD2 PHE A 252      56.834  23.939  46.529  1.00  1.04      A    H  \\nATOM   4060  C   PHE A 252      59.199  22.128  50.208  1.00  1.04      A    C  \\nATOM   4061  O   PHE A 252      58.461  21.126  50.232  1.00  1.04      A    O  \\nATOM   4062  OXT PHE A 252      59.826  22.566  51.237  1.00  1.04      A    O  \\nENDMDL\\nEND\\n\",\"pdb\");\n\tviewer_17595078872675803.setStyle({\"cartoon\": {\"colorscheme\": {\"prop\": \"b\", \"gradient\": \"roygb\", \"min\": 2.8001513107716622, \"max\": 0.3219185718628891}}});\n\tviewer_17595078872675803.zoomTo();\nviewer_17595078872675803.render();\n});\n</script>",
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@@ -429,31 +358,115 @@
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           "data": {
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",
             "text/plain": [
               "<Figure size 600x100 with 1 Axes>"
-            ],
-            "image/png": 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WLBDDhw8XHTt2FCEhISIwMFC0bdtWPPHEEyItLU2YzWbfPkENsr5euPuTv57weK8db697YzzedUIIUWfRnoiIiFTx6UldREREpIwBmYiISAMYkImIiDSAAZmIiEgDGJCJyO9++OEH/PDDD/6eBpFfMSATkd8cP34csbGxiI6ORnR0NGJjY3H8+HF/T4vIL/izJyLyi3PnzmHgwIEOd1EKCQnBqVOncP/99/tpZkT+wXfIROQXb775JkpKSpCQkIBr164hLy8Pw4YNQ0lJCZYvX+7v6RH5HAMyEfnF6dOnAQAzZ85EdHQ02rdvj1mzZgGovuQoUWPDgExEtZKWlgadTmf7e+yxx1T1a9GiBQDgvffes53UZb3+cXh4uKoxRowYIdm20t2YiOoLBmSqV5KTkyUvwPK/gIAANG/eHJ06dcLjjz+OlJQUXL161eWYV65ccTpefHy82zmtX7/eaf+NGze67Hvw4EFMnToVvXv3RkREBAIDA9GiRQt07doV/fv3R1JSElJSUrBv3z7k5+d7tCbO/mbPnu32ublz7949LFiwQFL2hz/8QVXfpKQkAEBWVpbtpK6srCwAQGJioqoxFi1aJMkvWLAApaWlqvoSaQ0DMjUoQgjcvXsX33//PbKysrB48WLExMTgnXfe8Wi8o0eP4uuvv3bZxpO7zRQWFmLs2LEYNmwY/v73v+Prr7/GrVu3YDKZUFRUhNzcXJw+fRo7d+7E4sWLMWbMGMyYMcOj51CX3n//fVy7ds2Wf/jhhzFs2DBVfYuLi53WyU/0ciYhIUFyv91r1645vcsQkdYxIFODV15ejvnz52PTpk0e9XcVcI8fP46zZ8/WaDyTyYTRo0dj7969Hs1HK8rKyhz+ozNz5kzV/Tdv3uxRnZx8m6mpqQ63aiWqD3x+P2Qib4uOjsb48eMBALdu3cJXX32Fc+fOObRbunQpJk2aVOPxt2zZgtTUVDRr1syhzpN3x+vXr8fJkycdyvv164cHHngAoaGhKC4uxjfffIOcnByPPoK1XxNnhgwZUuNx7W3dulXyMXrTpk3x5JNPqup79OhRfPfdd07rL1++jGPHjuFXv/qV27GefPJJBAcH29YpPz8fW7duxZQpU1TNhUgrGJCp3uvevTv++te/2vJCCLz88ssOwfK7777D1atX0alTpxqNf+fOHWzZsgXTp0+XlN+8eRM7duyo8Xw//vhjSV6v1+Pzzz/HyJEjHdqWl5fj4MGD2LZtG8xms+ptyNekLvztb3+T5MeNG4eQkBBVfdV8WrFp0yZVAbl58+YYM2YMdu3aZStbv349AzLVO/zImhocnU6H1157TbHuxx9/VDVGUFCQJK/0TvjDDz+UfDQq7+OM/DvpBx98UDEYA4DRaMTIkSOxceNGtyeI+VJubq7Du/ynn35aVd/y8nJs375dUhYXF4e+fftKyrZv346KigpVYz7zzDOS/IkTJ5Cbm6uqL5FWMCBTg9SuXTvFcrU/p2nbti0eeeQRWz4nJwfHjh2z5auqqrBu3TpbXqfTqT4z+O7du5L8tWvXUFhY6LafXq9XNb4v7N+/36Fs0KBBqvpmZGSgqKhIUpaYmOiwfrdu3UJGRoaqMZW2feDAAVV9ibSCAZkaJPszf60CAwPRuXNn1WO89NJLkrz9u+R//etfku9AExIS0LNnT1XjtmrVSpIvLCxE7969kZycjCNHjtSLn+0cOnRIkm/Tpg06duyoqq/SCVtKAdlZWyVdu3ZFZGSkyzkSaR2/Q6YGp6qqCqmpqQ7lEyZMQJMmTVSPk5SUhDlz5qCgoAAAsGPHDqxYsQKRkZFYs2aNpO2MGTOQk5Ojatzhw4djy5YtkrLr169j6dKlWLp0KfR6PR588EHEx8dj5MiRGDVqlOqPw62+/fZbt78zfuuttxAcHFyjca3kN4CQf9zsTEFBAfbt2ycpe+CBB3DfffcBAO6//36cP3/eVrd3717cvHkTLVu2dDt2XFyc7XfMSnMk0joGZKr37IPPrVu3cOrUKcmLOlD9DuqNN96o0bhGoxHPP/+87ac95eXl2LBhA5599lnJT5batWuHcePGqQ7I8+fPd/n9qNlsRk5ODnJycrBmzRpERkZi0aJFmD17NgIC1H2odf36daxcudJlm+TkZI8DsvxWifJ3/c5s27YNlZWVkjL7d8aJiYmS61hXVlZi27ZteOWVV9yOLZ8Db+dI9Q0/sqZ6zxp8Vq5ciU2bNkmCcUBAAMaPH4/Dhw+jffv2NR77xRdfhE6ns+XXrVuHtWvXoqqqylY2depUGAzq/28bGxuLbdu2oWnTpqraFxQUYO7cuRg/frxku/5SUlKCe/fuScoiIiJU9XX2cbXSY1d9lMjfRSvNk0jLGJCpQevVqxdmzpzp9CQvd7p164bHH3/clr98+TLeffddW95gMGDq1Kk1HveZZ57B+fPnMW3aNDRv3lxVn/T0dGzYsKHG2/I2+QlZAFQ9hwsXLuDUqVOSsm7duqFPnz62fN++fdG1a1dJm5MnT+LixYtuxw8NDVU1VyKtYkCmBi0nJwfDhw/HJ5984vEY8pO77D9yHTduHKKjoz0at2PHjli3bh3y8/Nx4MABLF26FKNGjUJYWJjTPmp/+jRkyBAIIVz+qT3jXE6pn6vLYFq5e3fsqkzNu+Tbt287lHn6HIn8gd8hU703ZMgQHDx4EKWlpThz5gzmzZsnOaHHZDJhypQpeOihh9C9e/cajz927Fh06NABeXl5DnXeuL600WjE0KFDMXToUADV3yFnZmZi9uzZuHTpkqStu+tq+0JISIjkylgA3P5sSwjhcCIbAJw/f97h5DOlK3ht2bIFy5Ytk3x9ICefQ9OmTVV/LUCkBQzI1GAEBwdj8ODB+OKLL9C7d2/JXZ5KSkqwcOFC7Ny5s8bj6vV6TJs2Da+//rqkvEePHkhISKj1vJW2N3r0aLRs2RIPP/ywpE4rP4lq27atJHA6uxOV1aFDh/D99987lKv9nfHVq1fx5Zdfurzc540bNyR5T7+mIPIXfmRNDU5oaCjeeusth/Jdu3bV+EYQVi+88AICAwMlZdOnT3f5js2ZNWvW4Oeff3bbrnXr1g5lak+eqmvyC3H897//ddne0xt71GQM+RzsL+xCVB8wIFOD9Nvf/lbx4+mUlBSPxouKikJSUhKMRiOMRiPCwsLw/PPPezTWmjVr0KVLF0yZMgWHDh1SvEZ1ZWWl4s+0HnroIY+26W2PPvqoJH/jxg3Fd8BA9bt6++tMe2rnzp1O7+J0+fJl2+/FrWp78wwiX2NApgYpICAA8+bNcyjfvXs3Lly44NGYW7duRVlZGcrKylBUVIQWLVp4PL/S0lL84x//wNChQxEeHo5hw4Zh0qRJePnll/Hss8+iffv2imdUP/fccx5v05uU7nn8n//8R7Htp59+6nDS19ChQ92edDZixAhJn+LiYnz66aeK2zhx4oSqORJpGQMyNViTJ09G27ZtJWVVVVWKH2f70927d3Hw4EFs3rwZa9aswY4dOxy+DwWqg5hWAnLPnj0RFxcnKUtPT1dsq3SGtPxmEEqUblbh7Gzr3bt3S/IDBw50+PkUkdYxIFODZTQaMWfOHIfytLQ0XLlyxfcTsujXr1+NLiQCVF/G87PPPlN9pS5fmDZtmiSfkZHhcCGOn3/+GZmZmZIynU6n6s5QTz31lMN39JmZmQ7fv9+5c0dy5TSg+jt/ovpGO/+6ierA9OnTHX6LajKZFK917SubNm1Cfn4+0tPTMX/+fIwePRo9e/ZEWFgYDAYDgoKC0KpVKzzyyCOYPXs2Tp48ie3btyte+MKfJk2aJLk6VklJCfbs2SNpk5aW5vAd+YABA1RdNa1du3YYOHCgpMxkMiEtLU1S9tlnn0nOPo+MjMSECRNUPw8irdAJIYS/J0FE9dPbb7+NhQsX2vKDBg3y+U0dBg4cKLkCWGpqquL5A0Rax4BMRB67d+8eevbsievXr9vK9u/f77MTqrKzsyUnf0VHR+PSpUu8IAjVS/zImog81rRpU7z99tuSMk9/WuYJ+Ql6qampDMZUb/EdMhERkQbwHTIREZEGMCATERFpAAMyERGRBjAgExERaQADMhERkQYwIBMREWkAAzIREZEGMCATERFpAAMyERGRBjAgExERaQADMhERkQYwIBMREWnA/wHvWc/Nzf+n6wAAAABJRU5ErkJggg==\n"
+            ]
           },
-          "metadata": {}
+          "metadata": {},
+          "output_type": "display_data"
         }
+      ],
+      "source": [
+        "#@title **Display 3D structure with RMSF values** {run: \"auto\"}\n",
+        "import py3Dmol\n",
+        "import glob\n",
+        "import matplotlib.pyplot as plt\n",
+        "import matplotlib as mpl\n",
+        "\n",
+        "color = \"RMSF\" #@param [\"chain\", \"RMSF\", \"rainbow\"]\n",
+        "\n",
+        "\n",
+        "def show_pdb(color=\"RMSF\"):\n",
+        "  view = py3Dmol.view(js='https://3dmol.org/build/3Dmol.js',)\n",
+        "  view.addModel(open(pdb_rmsf,'r').read(),'pdb')\n",
+        "\n",
+        "  # if color == \"RMSF\":\n",
+        "  #   view.setStyle({'cartoon': {'colorscheme': {'prop':'b','gradient': 'roygb','min':min(rmsf_data['RMSF']),'max':max(rmsf_data['RMSF'])}}})\n",
+        "  if color == \"RMSF\":\n",
+        "    # invert colors by swapping min and max\n",
+        "    view.setStyle({\n",
+        "        'cartoon': {\n",
+        "            'colorscheme': {\n",
+        "                'prop': 'b',\n",
+        "                'gradient': 'roygb',  # keep the default gradient\n",
+        "                'min': max(rmsf_data['RMSF']),  # swap min/max\n",
+        "                'max': min(rmsf_data['RMSF'])\n",
+        "            }\n",
+        "        }\n",
+        "    })\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",
+        "\n",
+        "  view.zoomTo()\n",
+        "  return view\n",
+        "\n",
+        "\n",
+        "show_pdb(color).show()\n",
+        "\n",
+        "fig, ax = plt.subplots(figsize=(6, 1))\n",
+        "fig.subplots_adjust(bottom=0.5)\n",
+        "\n",
+        "cmap = mpl.cm.jet\n",
+        "norm = mpl.colors.Normalize(vmin=min(rmsf_data['RMSF']), vmax=max(rmsf_data['RMSF']))\n",
+        "\n",
+        "cb1 = mpl.colorbar.ColorbarBase(ax, cmap=cmap,norm=norm,orientation='horizontal')\n",
+        "cb1.set_label('RMSF (Å)',fontsize=20,fontweight='bold')\n",
+        "cb1.ax.tick_params(labelsize=16)\n",
+        "fig.show()"
       ]
     },
     {
       "cell_type": "code",
+      "execution_count": 32,
       "metadata": {
+        "cellView": "form",
         "colab": {
           "base_uri": "https://localhost:8080/",
           "height": 34
         },
-        "cellView": "form",
         "id": "c05a9843",
         "outputId": "705393eb-9e8d-405f-b092-30ca97dbd7bf"
       },
+      "outputs": [
+        {
+          "name": "stdout",
+          "output_type": "stream",
+          "text": [
+            "Created ermsf_results.zip. You can download it from the file browser.\n"
+          ]
+        },
+        {
+          "data": {
+            "application/javascript": "\n    async function download(id, filename, size) {\n      if (!google.colab.kernel.accessAllowed) {\n        return;\n      }\n      const div = document.createElement('div');\n      const label = document.createElement('label');\n      label.textContent = `Downloading \"${filename}\": `;\n      div.appendChild(label);\n      const progress = document.createElement('progress');\n      progress.max = size;\n      div.appendChild(progress);\n      document.body.appendChild(div);\n\n      const buffers = [];\n      let downloaded = 0;\n\n      const channel = await google.colab.kernel.comms.open(id);\n      // Send a message to notify the kernel that we're ready.\n      channel.send({})\n\n      for await (const message of channel.messages) {\n        // Send a message to notify the kernel that we're ready.\n        channel.send({})\n        if (message.buffers) {\n          for (const buffer of message.buffers) {\n            buffers.push(buffer);\n            downloaded += buffer.byteLength;\n            progress.value = downloaded;\n          }\n        }\n      }\n      const blob = new Blob(buffers, {type: 'application/binary'});\n      const a = document.createElement('a');\n      a.href = window.URL.createObjectURL(blob);\n      a.download = filename;\n      div.appendChild(a);\n      a.click();\n      div.remove();\n    }\n  ",
+            "text/plain": [
+              "<IPython.core.display.Javascript object>"
+            ]
+          },
+          "metadata": {},
+          "output_type": "display_data"
+        },
+        {
+          "data": {
+            "application/javascript": "download(\"download_3e32465f-39e8-4e0c-9d03-c22f1819a5c3\", \"ermsf_results.zip\", 2311938)",
+            "text/plain": [
+              "<IPython.core.display.Javascript object>"
+            ]
+          },
+          "metadata": {},
+          "output_type": "display_data"
+        }
+      ],
       "source": [
         "#@title **Download Results**\n",
         "\n",
@@ -479,81 +492,24 @@
         "\n",
         "print(f\"Created {zip_filename}. You can download it from the file browser.\")\n",
         "files.download(zip_filename)"
-      ],
-      "execution_count": 32,
-      "outputs": [
-        {
-          "output_type": "stream",
-          "name": "stdout",
-          "text": [
-            "Created ermsf_results.zip. You can download it from the file browser.\n"
-          ]
-        },
-        {
-          "output_type": "display_data",
-          "data": {
-            "text/plain": [
-              "<IPython.core.display.Javascript object>"
-            ],
-            "application/javascript": [
-              "\n",
-              "    async function download(id, filename, size) {\n",
-              "      if (!google.colab.kernel.accessAllowed) {\n",
-              "        return;\n",
-              "      }\n",
-              "      const div = document.createElement('div');\n",
-              "      const label = document.createElement('label');\n",
-              "      label.textContent = `Downloading \"${filename}\": `;\n",
-              "      div.appendChild(label);\n",
-              "      const progress = document.createElement('progress');\n",
-              "      progress.max = size;\n",
-              "      div.appendChild(progress);\n",
-              "      document.body.appendChild(div);\n",
-              "\n",
-              "      const buffers = [];\n",
-              "      let downloaded = 0;\n",
-              "\n",
-              "      const channel = await google.colab.kernel.comms.open(id);\n",
-              "      // Send a message to notify the kernel that we're ready.\n",
-              "      channel.send({})\n",
-              "\n",
-              "      for await (const message of channel.messages) {\n",
-              "        // Send a message to notify the kernel that we're ready.\n",
-              "        channel.send({})\n",
-              "        if (message.buffers) {\n",
-              "          for (const buffer of message.buffers) {\n",
-              "            buffers.push(buffer);\n",
-              "            downloaded += buffer.byteLength;\n",
-              "            progress.value = downloaded;\n",
-              "          }\n",
-              "        }\n",
-              "      }\n",
-              "      const blob = new Blob(buffers, {type: 'application/binary'});\n",
-              "      const a = document.createElement('a');\n",
-              "      a.href = window.URL.createObjectURL(blob);\n",
-              "      a.download = filename;\n",
-              "      div.appendChild(a);\n",
-              "      a.click();\n",
-              "      div.remove();\n",
-              "    }\n",
-              "  "
-            ]
-          },
-          "metadata": {}
-        },
-        {
-          "output_type": "display_data",
-          "data": {
-            "text/plain": [
-              "<IPython.core.display.Javascript object>"
-            ],
-            "application/javascript": [
-              "download(\"download_3e32465f-39e8-4e0c-9d03-c22f1819a5c3\", \"ermsf_results.zip\", 2311938)"
-            ]
-          },
-          "metadata": {}
-        }
       ]
     }
-  ]
-}
\ No newline at end of file
+  ],
+  "metadata": {
+    "colab": {
+      "authorship_tag": "ABX9TyOp4XUXIhjLI5aKTOOerOy9",
+      "include_colab_link": true,
+      "machine_shape": "hm",
+      "provenance": []
+    },
+    "kernelspec": {
+      "display_name": "Python 3",
+      "name": "python3"
+    },
+    "language_info": {
+      "name": "python"
+    }
+  },
+  "nbformat": 4,
+  "nbformat_minor": 0
+}
diff --git a/eRMSF/tests/test_install_extra_tag.py b/eRMSF/tests/test_install_extra_tag.py
new file mode 100644
index 0000000..01daebb
--- /dev/null
+++ b/eRMSF/tests/test_install_extra_tag.py
@@ -0,0 +1,25 @@
+import sys
+import subprocess
+import os
+
+import pytest
+
+
+
+@pytest.mark.parametrize(
+        'command, has_test_data_dep',
+        [
+            ([sys.executable, '-m','pip', 'install', '.'], False),
+            ([sys.executable, '-m','pip', 'install', '.[demo]'], True),
+        ]
+)
+def test_install_cmd_pip_local(command: list, has_test_data_dep: bool):
+    command.append('--dry-run')
+    ret=subprocess.check_output(command)
+
+    # raise RuntimeError(ret)
+
+    ret_has_test_data_dep = 'MDAnalysisTests' in ret.decode()
+    assert ret_has_test_data_dep == has_test_data_dep
+
+
diff --git a/pyproject.toml b/pyproject.toml
index 543bad9..d0afa20 100644
--- a/pyproject.toml
+++ b/pyproject.toml
@@ -19,7 +19,7 @@ readme = "README.md"
 requires-python = ">=3.9"
 dependencies = [
     "MDAnalysis>=2.0.0",
-    "MDAnalysisTests>=2.7.0",
+    
 ]
 keywords = [
     "molecular simulations",
@@ -29,6 +29,11 @@ dynamic = [
 ]
 
 [project.optional-dependencies]
+
+demo = [
+    "MDAnalysisTests>=2.7.0",
+]
+
 test = [
     "pytest>=6.0",
     "pytest-xdist>=2.5",