GC Frameplot.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "id": "a3a51ff0-7f56-4258-afa4-e0848abd26b2",
   "metadata": {},
   "source": [
    "# GC Frameplot\n",
    "Generate a GC frameplot for alternate coding phage \n",
    "window size of 210 with step size of 15 a good start \n",
    "3 lines - one for each position \n",
    "number of sequences ? "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "id": "dfb1893d-135b-4dc0-86b9-38bb2dda7e84",
   "metadata": {},
   "outputs": [],
   "source": [
    "#imports \n",
    "import numpy as np \n",
    "import seaborn as sns \n",
    "import pandas as pd\n",
    "from Bio import SeqIO\n",
    "from dna_features_viewer import GraphicFeature, GraphicRecord, BiopythonTranslator"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "24453681-6930-418c-be11-7cb09d67685f",
   "metadata": {},
   "outputs": [],
   "source": [
    "seq = 'TGCAGAAGAGACTAAAGTCTTATCTCTCCTAACCACTTCTATTACCAAATCTCTTCTGGAGTATATTAATAAGCAAGATTTTAAGGAGTTATGCAATATTTAGAAATGAATAAGTATCAAACTGAACTAACTGAGGAACTAATGAATACCCTTCCTCAGGAGGTTCAGGAACAATTACTTGAGACTCTTACTACAGTAGAGTTTGTCAAGAGGCTTATATCCCCCAACAGACCTTATGCAAGAGATTTACCAAGAGATGAAAAGGGCAGGATTATAGTAGATATTACTAATCCACATATCATTGAGGATGCTGATTATTTCAGACAACCAGCTCTACATTTCTTAAAGTATGGGTGTTATACATTCTTGAAACCCAACAGTAATCCTAACTCTGAGTTCAGGAAACACTGGGATGAAGAGAAGAGAAGATGCTATGAAGGTTATGTGAGAGAATCAGATGGAGAATGGGTTACAGGCTTTAACTATTGGTTTATGAATTATTGTCCCATGATGGTTAATAAACTAATAGAAGGGAGAAAGAAGGCTATTAGAACTGAGGCTTTTCCTTTCTTCTTTGAGGGTATATACTGGAGATTCCATTATCTATGGCAAGCAAGAGAAGGTGGTAAACATGCTATTGAATTAGCAAAGAGAGGATGTGCTAAGTCTTATAGCTTAGCAGCAATTATGAGCCATAATCTTATACTTGGAGAGAGTGAGGAATCAAATAGAAGGGTTATTACAGTACTTACAGCTTATCAGAAGGAATATCTGAAAGATGATAAGGATGGTACTCTATCTAAGTTCAAGCCTTCAATTAACTTTAGCTTTGCTAACACTCCTTTCCCACATCTTATGTTGAAGAACTCTCCTAATGAGATGTCTTGGCAAATGGGTTATAAAGATGAATATGGTGTAGAGAAAGGCTCTCTAAATCAAGTACTTGCTGTATCTGCAAAGGATGATAGTGAGAAGTTGAGAGGTAAGAGAGGTTGGATTTTATTTGAGGAAATGGGTTCTTTCAAAGGATTGCTTTCTCTTTATGATATTACCAGAAAGTCTGTAGAGGATGGTGATTATACCTTTGCTACTATGTACCTTGTAGGTACTGCTGCTGAGAGTGAGTCTGACTTTAGTTCAGCTAAGACTTTGCTTTATAATCCAGATGGTTATAATATATTATCTATAGATAATGTATTTGACAGACCAAAGCAAGGTAAACCTAAGTTTGGTTTCTTCTTTCCCTCATATATTAATAGGGCAGGATGTTATAATAAGGATGGTGTATCAGATGTAGTTAAGGCTCTTATAGAGATTCTTATTGCAAGATACAAGGCTAAATATAGTGCTGACCCTAAATCAGTATTGAGAGTAATTGCTGAGGACCCTATCACACCAGCAGAAGCTATTATTAAGGTTAAGGCAGCATACTTCCCCATTACCTCCCTTACGGAGAGATTAAGTCAATTAGACCAAGATGTACATGCTTATGATGATGTGTATATTGGTAAATTGGTACAGAATAGTAATGGAGTTGAGTTTACTCCAACCAGTGATATACCTATCAGGAAGTTTGGAGTAGAGAATGATACTCCGGGGGCTATTGAAATATATGAAATGCCAGAGAAAGATAGAAGTGGAAAGGTTCCCCACACAAGATATATTATTGGTCATGACCCTGTAGATAATGACCAAGCTGAATCTTCCTCTCTCTCTTCTACCTTTGTTCTTGACTTATGGACTGATAAGATTGTAGCTGAGTACACTGGTAGGCAATCATTTGCAGATGATAACTTTGAGATAGTAAGATTACTATGCCTGTTCTATAATGCAAAATGTCTGTATGAATCAAATAAGAAGGGTATATTTGCTTACTTTAGTAAGATGAATTGTACTCACTTACTGGCTGATACTCCAGAGTTCTTAAGAGATAAACAGTTGATTAAGTATAGTTCCTTTGGTTCTAATGCTAAGGGTGTTAATGCCTCAGCAGCTATTAATGCTTATGCCAATAATCTTATAAGAGATTGGTTGATGAAGCCTGTAACTATTATACAAAATGTTGATGGAGAGGATGTGGAAGTAACAGTTTATAACCTTAACTTCTTAAGAAACAGAGCATTAATTGAAGAGTTAATTGCATTTAACCCAGAGATAAATGTGGATAGAATTAGGGCATTAGGTATGGTTATGCTCTATAGAGAGGAGAAGATGGTCCTATATCAAGGAAATCCTTCAAGAGACTCAGAAGAAGTACCAAAGGATTATTTAGGGAATGATAAGTTCTTTACTGAGAATTATAGGGCAGTGCAAGTGCCTTTTCAGAAACCCAGTAAATTTAGTACAGAAGATGCAATTAAATAAACAAATCACTTATGTACTTGACTAAATGGACTTTTTTACTTACTTTTGTCACAAAATTAAATGATGGAAGACTATGGCAGATTTTTTAAACTTTCCCAGACAGATGCTTCCTTTCTCTAAGAAGACTAAGCAATGGAGAAAGGATTGTCTGTTGTGGGCTAATCAGAAGACATTCTTCAATTATAGCTTGGTTAGGAAGTCAGTAATCCATAAAAAGATAAACTATGACTTACTTAATGGTAGGCTACATATGTCAGACTTAGAACTGGTACTCAATCCAGATGGTATAAAGGCAGCTTACATTCCTGATAGGTTACAACATTATCCTATCATGAATAGTAAGTTGAATGTACTTAGAGGTGAGGAAAGTAAGAGAGTGTTTGACTTTAAGGTTGTAGTAACCAATCCAAATGCTATCTCAGAAATAGAGGATAATAAGAAGAATGAGCTATTACAAAGGCTTCAAGAAATGATAACTGACACCTCAATATCTGAGGATGAATATAATATCAAACTTGAGAAACTAAATGACTATTATACCTATGAATGGCAGGATATAAGAGAGGTGAGAGCAAATGAATTGCTTAACCATTATATCAAGGAATATGATATTCCTCTTATATTCAATAATGGTTTCATGGATGCAATGACAGTAGGTGAGGAAATCTATCAATGTGATATTGTAGGTGGAGAACCAGTTATTGAGAGGGTAAACCCATTAAAGATTAGGATATTCAAGTCTGGGTACAGTAATAAGGTGGAAGATGCTGACATGATAATCCTTGAGGATTATTGGTCTCCAGGTAGAGTAATAGATACATATTATGATGTATTATCTCCAAAGGACATAAAGTATATTGAAACTATGCCTGATTACATAGGTCAGGGAGCTGTTGACCAGATGGATAATATTGATGAAAGATATGGATTTGTCAATCAGAATATGATTGGTGATGAAATAACTGTCAGAGATGGAACCTATTTCTTTGACCCAGCTAATCTATTTACAGAGGGTATAGCAAATTCATTACTTCCTTATGACTTGGCAGGTAATCTTAGAGTACTGAGATTATACTGGAAATCAAAGAGGAAGATACTTAAGGTTAAATCTTATGACCCTGAAACTGGTGAGGAAGAGTGGAACTTCTATCCTGAGAATTATGTAGTAGATAAGGAAGCAGGAGAAGAGGTACAGTCATTCTGGGTTAATGAAGCATGGGAAGGAACTATGATTGGCAATGAGATATTTGTCAATATGAGACCAAGATTGATTCAATATAACAGGTTGAATAATCCTTCAAGATGTCACTTTGGTATTGTAGGTTCAATCTACAATCTTAATGACAGCAGACCTTTCAGTTTAGTGGATATGATGAAGCCTTATAACTATTTATATGATGCTATTCATGATAGATTAAATAAGGCTATTGCTTCAAACTGGGGTTCTATCTTAGAGCTTGACTTATCTAAGGTTCCTAAAGGATGGGATGTTGGTAAGTGGATGTACTATGCAAGAGTAAACCATATTGCAGTTATAGATAGTTTCAAGGAAGGTACTATAGGAGCCTCTACAGGTAAGCTGGCAGGTGCTCTTAATAATGCTGGAAAGGGAATGATTGAGACTAATATAGGTAACTATATTCAGCAACAGATTAACCTTCTTGAGTTTATTAAGATGGAAATGTCTGAGGTTGCAGGTATATCTAAGCAAAGAGAGGGTCAGGTTTCATCAAGAGAGACTGTAGGTGGAGTTGAGAGAGCTACTCTTCAATCAAGTCATATTACTGAATGGTTGTTTACTATTCATGATGATGTGAAGAAGAGAGCTTTAGAGTGTTTCTTAGAGACTGCAAAGGTAGCTTTGAAAGGTAGAAACAAGAAGTTCCAGTATATATTATCAGATACATCTACCAGAATAATGGAGATTGATGGTGATGAATTTGCTGAGGCTGATTATGGTTTAGTTGTAGATAATAGTAATGGAACCCAAGAGCTTCAACAGAAGTTAGATACTTTGGCTCAGGCTGCATTACAGACTCAAACTTTATCATTCTCTACTATCACTAAGCTCTATACATCTTCAAGTTTAGCTGAAAAGCAAAGACTAATTGAGAAAGATGAAAAGCAGATTAGAGAAAGACAAGCACAGGCTCAGAAGGAACAACTTGAGGCTCAACAGCAAATAGCTGCTATGCAACAAGAGCAGAAAGAAGCAGAACTTCTCCAGAAGGAAGAAGCTAATATAAGAGATAATCAGACTAAGATAATAGTAGCTCAGATACAATCAGATAGTTCTAATGAGGATGATGGTATTGTAATTGATGATTATAGTCCAGAAGCTAAGGCTAATCTTGCTGAGAAAATAAGAGAGTTTGATGAGAAACTTAAACTTGATAAGGACAAATTAAAGCTGGATAAGAAGAAAGCTGAAACTGATGCAAGTATAAAGAGACAAGCTCTAAGAAAGAAAAGTAGTACAACTAATAAATAAAAGATATGAAGACAATAAGAACTTTAAAAGTAAGTCCTAATGCTCCTGATACTAACTCAGTATGGCTGAATAAGAATACTGCAAAGTATTTTAATAATGGTGCTTGGACTACTATTGGAGGTGGAAGTGGCATAGAGAGTGCAGAGTTTACATCTGACAGTTCTTCTGCTATAATGAATCTACTTCCAGAAGGAAGTACAGAACCAATACAAGCCTATCTACCATTAGCTAAAACTAATGCTTATGGGTTAGTGTTACAGGCTGCTTATACTGGTAGTTTAGCTGCTGATGCAGAGTTAGCTACTGTGATTACTAAAGTGAATGACATTATAAGTAAGCTAAAAGTAGCTAATATAATGGACAGAGGTGCAAACTAAAATCTAAAAGAATATGTATTTTACACAAGAGGATTATAGAAAGATAGAAAAGTGGCTTCTTGCAAACAGTAAGAAAGATACTCAGTTTGTAGAAGCTGCTACTCCTCTTCAAGGGAATGAGACAATAGTTCTAGTTCAGGGTGGTAAGAATGTAAATACTACTGTCAGTGATATAGTAAGTCAGTTCTTCGCATTAGGAGTATCAGACTTTATCAATGTCACTGATAAGTATGGTATATCTTATAATACTCTTGATGAAGCTATTAGAGTTATACCTTGGAGAAGTAGAAAAGTAGGTCAGGTTATTACCTTCCTAAATGAACAAGGTGAATGGCACTTATACCAATATCAAGGTGAGTCTGTTCTAACTTGGAATAACACTACTTTGTGGGTAGACTTACTTGAGTCTAGAATTGTTAACTCTATACTTCCTGATCAAGAAGACTTAACTATGACTGAACCTGATGCTGATGGTAATTCCTATATGCATTTCAAGGATAAAGATTATAGTATAGATGACTTCTCAGGTTTGGGTGGAGTATATTTAAGAAAGAACTTACAGACTCTTACAGACCCTAATACAGATGAAACCAGATTAATTAACTACCTTACTCAAACTATGGTTGGTAAGGAGAATGTTATTTATCATATACAGTATGATTATAATCTTAATGGTCAGACTATAATTATACCAGAAGGTTGTGTTCTTTTATTTGAAGGAGGTTCCATATCTAATGGTACTATCAATTTTAGCAATACATTCCTTACAGGTGATATAAAAATAAAGACTGATTTATTAGGAACTATTAAAAATAACAGTTTAAATGTCTTGTGGTTTAATGTTACTGGGGATGGAAATACAGATGATAGAAAGGCAATACAGGATATATTTAATATAGCAGCTTCAAATACTACAGTATTGTTTCCAAAGGTACAGAATTATTATAAAGTTGTAATAGGTACTGGTACTGGAAGTACTATTATAGACCAAAGAGCAAATGCTGTAGCCAACAATACCTTATATCCTATAACTGTATCTAATGATAATGTTGATATTGTTATCAAAGGTACAATAAAGTCTACTACAATACTTGGTAATATGTTTGAATTATCAGGTAATAATATATCATTATTAGGTGAAGGAGGTAAACTACAAGGACCTGGTGGTGCTGATGATGTAGGATTCTTAGATACTAATACTGCTGATACTGCATTACAGTGGCATCCTTGCTTATTGAAGGTAGATGGCAATAATTGTAGAGTATCTAATCTTAGTTTTGAAGACTATCCTACTCATGGTATTGATTGTTATGGAACAGCTTTAATTGTAGATTCATGCTTATTTATAGGTGGTAGAGTTAATCATTCTACAACTGGTGGCACAGTATTAATGGGTATTAGAACTAATGTTGGTGCTGACTCAGCTATCATAAAGAATAATAGATTTATAGCTAACTCTATTGGAGGTAAATGCTACAGCTGTGTGTTCCCTTCAGGTAATAATTTTATTATCTCAGATAACATCTGTGAAAAGTATCATGAACATGCTGTTTATGCGTATGGTGACTATGGTAGTATATTTAATAATAAGTTCACTGATGTAGATTGTATAGCTTCAGACATACAATACTTTGCTACTTATGGTAATATAAAAGGCAATTACAGTATTGGTACTGAAGGTTTTATTCAAATAATGCATGGTAAAGGTACTATTGTTGAAGGTAATATTGCTACTGGATGTAGAGGAGGTATTATAGTTAGACCTTATCACACAGTTGATGTAACTAAGTTACCATCAGGATTAAAGATAGTAAATAACTTTATAGAATTATCTATTGGTACAACTGGAAGTTGTTTAAGCTTTTATGTAGTTGGTACTTATGATATTTCAGATATTCTTATTGCAGGAAATACTTTTAGTAATGGTTACTATACTCAAACTTCACAGGTTGCAGCTTCTTTATTAATTGGAGCTGGCAGTTCTGGAAATAATGGTATTAAGTTCCTTAGAGTAGAAAATAATATAGTTAGAAGTGGTAGAGGTGCTGTATCTTGGTTAACAGGTATTCATAACTCTATATTCAAGAATAACAAGTTTATTAGTGAGAGTTTGGATGGAGTAACAAGTGCTTTCTCATCTGCAATTAATGCTAACTATGTTACTGACACTATATTTGAAGGTAATGAATTTATAGATATAAAGTCTACACCTACTATGGCAAGAGCTATTCAGTTAAACACTGGTACTACTAACCTGACAGTTGCAGACAATAATATTATAAACTATACTTCTAATATTTACTTAGACTATGACACAGATGCTAAGCTGATATATAAAAGAAATAACAGGTTAAATTATATACCATTAAATAGTACCACTGCTAATAGACCTGCTGCTTATGCTCAAGAGAAAGGTTTCAACTATTTTGATACTGACTTAATGAAGCCTATGTGGTGGAGTGGTGTAGCATGGAGGGATGCAGATGGTTATCCAATTAATACTAAGGTTGGAACAACTGCACAAAGACCATCTCTTGCATCAACTTTTGTTGGATTTGAGTATTTCGATACTACTCTAAATGCACCTATTATGTGGGATGGAACTAAATGGATAAATGAAGATGGTACTTTAACTTCAAAAGTAGTAATTGTTTAAATTAGTAAATGATGGAAAATCAGCAATTAATTAAAAAGGATAGGAGTGCAAACTCCTATTCTAAAATATTTCCTTGGACCTTTACAGACCTAGTTCTTGATAGAGTTACCAAGGAATCTCTTGATAATATCCTTGTAAGGAATAACTTTATAGCCTTACCTTATGTTGGTAGTAAGGCTGCAACTAGATTACAGGTTCCTATGAAGAATAGGAGAAGAGGTATTTGGTTAAGTTACATAGATTATGCAGGAACTTTAACAGTTGAGTACTATAATGACAATAACTTAGATGATAATCATTGGCAGGATAGTTCTTACTGGTTACCATATAATACAGCAGAGTTTCAACCTGCATCTGTTGGTTTGTCTGCATTAGCTCAAGAAGTATTTGATTGGATTAACAGTCAGATTACAACAGCAGTTAAGTTAAATCCTGAAGATTTACAGAAGAATAGTTCTGGTCAGATTGAAGAAGCTAATAGAGCTTATGACACTTCAACCTTTAGTGGTTTAGGTTATAGAATATTAAGAAAGAATATTCAAAGTAATAAGAATATTCTTACTCAATCTATGATCAACATGCCTAATAATGTCTATAAGATTAGGTATGACTTTGACTTAAATGGTGCTACTATCAATCTTCCTGCTAATAGCGTATTACAGTTTGTAGGTGGTTCCATTAAAAATGGAACACTTAATGGTAATAATACTGTTATTGAGGCTGATTCTAATGCTGTTATATTTGACAGTGTAGTTATTGAGGGTACTTGGAATGTTGAACATATCTATGATTCATGGTTTGCTTTTAACACCTCTCCTTCTTATATATCTAATCAAATTATAACTAATATATTAGCTCTTTCAAATGATGATGTATATAATACTATTCATTTTGATGCTGATAGAACTTATTATTTTGAATTACCATATAAAGGAAGAGCTAATCTTGGAGATGATGTAAGACCAGATTATTGGAAACTTAATACTGAGGAGTATTCATTTCTTAGAATCTTTACTAATTTTACATCTAATACACATCTCATAGTAAATAACACTATTCAGATGTTACCTACTAATCAAGGTGCTTACTTTATATTTCATATAGAAGGTAAAAGTAATATTGAAATTAGTGGTACAGGTGTTATTAATGCTGATGCTAAAGATCATTTATATACTGATCCTTTTGCTGGTGCTAATTATTATGGTGAGTGGGGACATATATTTAACTTTAGAAGTTGCGATAATATAGTAATTAGAGATATAACTGTTGGTTATGCATTTGGTGATGCTTTGGCATTTAGTAACATTGCTTATAATAATAATGGTACAAAAGCTGCTGGACCTGCAACTAAGAATGTATTAATTGATGGAGTTAAAGTTTTATATGCAAGAAGAAATGGTATTGCTTTAGGAGGTAATAATTACACTATAACTAATGTATATTTTGAAGGTTGTGGTAGTGATGAAATTAAAGGTACAGCTCCTATGGCTGGTATAGACTTTGAAAATGACTATACTGAAGTAGAACCTTCTGGTGTATGCAGTAATGTATCAATGAGTTCTTGTAAATTCAAGAATAATAAATATGATGTTTCTTCTACTATTAGAGATGATTTAGGTCCTGTACCAAGAGGTCAATTAGTCACTATTAGTGATTGTAATTTTACATCTCCTCTTAGATTAAATAGAACTAATGGTCTTACTTTCAATAATTGTCATATTGTAGGAATTAGTAATCATGATAATTCTATTTCTCCTTGGTTTGCAAGTAAGGATTTAGTATTTAATAGTTGTGTATTTGATGAACTTAATCCATATCTTGCTATTAGTGCAGAAGAACAGAATAAAAAGTTTATTAATCCTACTTATCCAGAGGATATTAAATATAGTACTACATTTCAGCAAAGTCTTGCTGCTGGCAGAGCATTGAAATTTACTATACCTAAACCATTAGTAGGCTTAGTAGAATTTACTGCATTTTGTAGTAATCCTAACTATAGTGCTGTTCAAATGCCTATAAATATTACAGAATATAGTTTCGGAAATAGTCAAAGATTAACAGGTATTAGAGATATAAAAGTAAAAGCTGCTCAAGATAATACTTTAAGATATGCGATTTATAGAAATGTTCCAGTATTTTCTTATATTAATTATTCAGAAGATGCTGACAATTTTAATATCTACTTTGCTATTGGAGGTGATTTAATTAGTAATCCTTTAGGTGGTAATACTTCAGTTAATATATTCTTAACTTCTAAAACTAAATTTATTGTAGTTGAAGATCCTGTTAGTGAGAATCCAGGAGTTGCTGGTATGTATGGAGGTAAATGGTCTACATTATCTGCTATAACTAAGTCAGTTATAGATGTTACAGCTATACCTTCAAGTGTTACTTTTCCAAGTAAAGAAATGTTTTCAGCTAATATGCTTGCTGATTTACCTACATCTCTTACTGCTGATAAAGTTGGATTTAGTCAATATGTATTAGATAATAGCTATAAATGTCCTGTATTTTGGGATTCTTTTTCTAGTGTATTTAGAACTGCTGATGGTAATAGAGCTTTAGTAAGAAGTGTTACTTCTTCTGATGCTTTGAATACTCTAACAGATCAAATGACAATAGATGATAGAGGATATGTAGTTTATACCACTGTTAACAATAGTTATTTAACTTGGAATGGTTATGATTGGGTAAATGAAGATGGTAGCTTATTTACTAAAGTTAAGTATGTTAAAAGAACTGTAGATATTACTGTACTTAATAATATATTTAGTTATAGTAATGTAGTATATAAAATAGTTGGAGATATAGATTTAGGTGGTGGAACATTAACTATTGCTACTGGTTCTACTCTTGACTTTCAAGGAGGCAGTTTTAGCAATGGTACAATTGTTGGCAATAATACTAAAATAATAGCAGGTTTACAAAAGATATTTAATAATGATATAATTCTTACTGGAACTTGGAATGTAGAAGAATCTTATCCAGAATGGTTTGGAGCAGTTGGTAATGGTGTTACTAATGATACAATAGCTTTAACAAAATGTATTAATTATTTTACTGTTACTTCTTTAAGTGCAAGAACATACATAACCGATCAAATAGATGATATACCATCTTTTAGAACTATTAAAGGATGTGGAAAGAAATCTATTATTCAAGCTAATCCATCAATGGAATTGACTAATAATTATCTTTTAAGAACTAAAGATGGAGGTAGTGGTATTATATTTTCAGATTTTGTATTACTTGGAGGTAGTAATTCTACAGAAGCTAATTATAAGATAGGAGGTATTTTATTAAGAAGTACATCAAATGATGTTAATGATCAATGGGATACGAGAAACATTATACAAAATGTAGAAATAAAGAATTGTTATGCAGCTTCTATTTATATTGGTACTTATCAAAGAGAAAATAAAATAGTTAATTGTTTTATTTCACATACAACTAATGTTGGTATAAATTGTAATGGTACAGATAATATGATTATTGGGTGTACTGTTGCAGGTAGTCATCAGGAAGGTATTATTATAAATGGTAATAATAGAATAGATAGTTGTAAATGTTTTGGTTGTGGAGCAAGTACTACAGAAACAGACAAATATGCACTTAAACTTATAGGTAATAAATGTAATGTTTCTAATGTAGAATTACAGCAAAACAATTATGGAGGTTGTATTATTCAAGGTAATAGTAATTATGTTCAAGTAACTTGTGATAATAATGGTTCTGGAACTACTACTACTGTAATAGGATGTAATGTTGTTGGAAGTTATAATACAGTTATAGTTACTTCATATAATTTTAGTTTCCATGATGATAATTATGAAAGATATTTTGTATCTACAAATTGGAATACTGTTGGAAATAATATTATTATTAATGGAACTCCATTAGCAAATAATAAAATGGCTACTCTTTCTCCTTGGAGTATAGATAATATTTGTAACAATATATTATGGAATGGATTTAATCTTACTCAAGCAAGAGAAACTCCGTTTAATAAATATTTGGTTCCTAATAAATATACTACTAATGGTACTGGTACATTTATTCAGAATGATTGTGGATTAGCATTTAGAATAGCATCTGCTACTGCTATAAATGCAGATGTATTATCATATTCTTTTTCTATACCTAATGCAATAATGATAGACAATAATGGTTGTTTTTCTGTTAAAGCAAGGTTTCATAAAGATAGTGATGTTAATTCTATAATATATCCTGTTATAAGAGTAATTACAACTTATACAAATAGTTCTGGTTCTTCTATTACAAGAACTGATCAAAATGTAGTAGTTAATCTTTTAGATAACAAAGATAGTTTAGATGTATATGCACTAACTTCTTATCATTATTTAGATGATAAACCTGTTTCTATTAATTCAATTATTGTTGAATTTGTAGTTATGTCAAAAGCTATAGCTTCAGGTTTAGCAATAAATGCTTATTTTGATGATATTAGAATAGGAGCAACTACTGCTGGAGATAAAATAGCTTTTTTAAATGAAAAAGGTATAACTTCTGCAAGACCTACTTTAGCATTAGTTAGTGCTGGATTTAAGTATTACGATACAACTCTAAATAAATATATTATGAGTAATGGTACAGCATGGACTAATCTTGATGGTAGTGCATTAACTTAATGTATAATGGGAGGACACTTAAAGTGTCCTTCCTATTTGTATATATGAGAAATTTTTAGTATATTTGTAACAAAATTAAATAATATGGCATTAAATATAACAATAAATAAAACAGCAGTAGCTGCATCATATCCTGCTGGGAGTACTGTAGCTACAGCAGTAGCTAGTGGAGGAACTACTCCTTATACCTATAGTTTAGCTACAGGTGGAGACTATTTTAATATAGATTCTTCTACAGGAGTAGTTACTACTAAAGCACTAATGGATGCTGGTAGCATACAGTCTTTCTCTGTTACTGCTACAGATAGTAATTCTACTCCAGAAAGTATTACATCTGGAGTTGTATATCCTAATATACAAGCTGCAATTCAAAATAAGTTTAGTAACTCTAATATGATATATAAGATTACTAAAGATATAGATTTAGGAAATGGTATTCTTACTATTCCAGATAATTGTACATTAGATTTTCAAGGAGGAAGTTTTAATAATGGAACAATTGTTGGAAGTAATACTAAAATTGAATCTGGATTAACTAAAATATTTGGAACAGATATTACACTTAGTGGTACTTGGATTGCTGATTCATTATCTCCTGAACATTTTGGAACTACTGGTATAAATGCTACTCAAGATACTACATATATTCAAAAAGCATTAGATTGTTGTTCAGCTATTAATATAAAAACTGTTAAGTTACAAAATAAAACTTATCAGATAAATAGTTCTTTATTTATACAAAGTAATATAAAATTAGAAGGAGCTGCTTCAAGAGTTTGGAATAATGGTAGTGCAACAATATTATCTTTAGCTGAAAATGTAACAGGTATTACTGTAGAATCTACAGGAGTAGAAATAAATGATTTAAAGATAATAGGTGATACTACTAATACAGGTATTAGTTTTACTAATAGGTCTTATTATTTTTCAGGTAATAGAATTATAACTACTGGACTTGGAATAGGTTTTGATATACAAAGTTCATGGACTTATATATTTAACTTATGTAGAGTTGAAGGAGGAACTATTGGATTTAAGATTCAAGAAGGGACAAGTGGAACATTTAATTCTTGTGTTGCATTTAGTTGTACAGAATATGGTTTCTATGTAACTAAATTGAATTATGGTAGTTTCAATGGTTGTGGAACAGATGGTTGTAAATATGGTTTTTATTTTACAGATGCTTGTAGAGGTGTTACTTTATCTTCTTGTGGATGTGAAAATACACAAGTAGGTGGCTATATGGTTAAATGTGGTGCAAGAGCTTATGTTACTATAACAGCATTTAGTGTTGGTACTATGGCAGATATAGATTGTGATCTATTTATATTTGAAGATGGTTGCAGAGTAAGTTTAATAGACTTAAATGTTGGTTCATTATATCATCCAACAGGAAATACATTAATTGTAAGTAGTGGTGCTTCTGTTGCTCTTATTAATTGTTATTTAACTGGTAATGTTACAGGATTAGAATATTGTACAACTATAGGTACAATAAGTGCAAGACTTAAAGATACTACAGTATCTAAAATAAATAGTGTTCAACTAACTACTCCTGCTTTAGAATCACAAGGAACTCAAATAATTACTCAAGCTCCTTTAAATTCTGTATATTTAGCGGTTGCTACAAATCTTGCAGCTTCAACTGCAAGAGGATTTTCAATTATTACTATACCAACTTCTTATGGAAGTGCTACTGTTGATAAAATTGTAACTGATGGAACTTGTGAATTTTCAGTAGATTCTACAGGAAATATTATAGCTAAAAATATAAGTGCTTCTACAAGAACATATACAGTAAGTTTGTTGAAGTTGAGATAAATATTTTAATAATAAAGAAAAATCACTTTCAAGTGAAAAGCATGTTGGCATAATTAATACTATATCAACTCAATTAATAATCCACTTATACACTTGTATGGGTGGATTATTTTTATTATGTTTGCACAATAATATAAGGGAAGAAGATATGAAGAAGTATATAATAATCCTTATTCTAATATTGATTGGAGCTGTGGCTTATCTATCATATCAGAATAGACAATTAACTACTAAGTATGAAACTTCCATTGAGAATGTTAAAGCCTATGATGCTCAATTGAGTGGACTTGAAGGTGATAATAGAGTATTAAAACTAACAGTTGAACAGCTTAACTACTTCAATGATTCAATCATTAAGAAGATGAAAGTGGTCCAGAAGGAATTAGGTATAAAGGATAAGAGACTACAACAGCTTCAATATGAAGCCAGTCATGCACAGAGACATGATACTATTGTTCTAAGAGATACTTTATTCAGAGACCCTCAGTTAAAGCTGGATACTATAGTGGGAGATAAGTGGTTTAAGACTAATCTTCATTTAGAATTCCCAAGTACAATAGCACTCAGCCCTGAGATAGAATTAGAGAGATATACATTCATAAATGGTAAAAGGGAGACTGTGAATCCACCAAAGAAATTCTTCTTATTTAGGTGGTTCCAGAAGAAACATACAGTAGTAGAAGTGAATGTAAGGGAAATGAACCCTTATGTTAAGAACAAAACTCAAAGATTTATACAAATAATTGAATAGTTATGATTGAAAGTGGAATACTTATTACAGCATTAATAGGTATTGTAACCACATTTACTTCGGGATTTACTGCATGGTTCTTTGCAAGAAAGAAGTATAATAGTGAGGTTGACAATAATCTGATAAATAACATGAAGGAGTCTCTTGAATTTTATACAAGGCTTTCTGAGGATAATAAACTCAGGCTTGATAGAGCTTTATCAAGGAATGAAGAACTTGAAAAAGAGGTTAAGGTATTAAGGCAACAGGTGATGGGCTTAATGACAAGTATATGTACAGACCTATCTTGTCAGATAAGAAAGGGGAATTATGAGGATGTAATTAAATTAAAAGGTAATTAATATGAAAAGAGCACTTAATCTTGGCACTCTTTCAAGGATAGTTGAAGGAGACCCAAATGAAGTTACAAATAATGAGATTCTTGTCATAAGAGATAATCTCTCTGGTAAGATTGAGGATATTCAAGTAAGAGGTACTGGAGGTGTATTGGAGTCAGTTCTTGTTGAAAGAGTTGCTTTTACAATTAAAGCTACTCCAACAGATGCTACTGTAACTATTAATAACACTAACAGAGATACTGTTATAGTTACTAAGGGTTCTACAGTACAATGGTCAGTATCAAAGACAGGATATACTCCTCAAAGTGGTAGTCAGATAGTAGATGCTGACACAGTAAAGGATGTTACACTGGCACAAATAGTAAGCTAATATGGAACTATTACTCAAAAGAACATTCAAAGGACCTCAATATACCATAGGTAAACTCTATGTAAATGGAGTTTATGAATGTGATACTCTTGAGGATACTGACAGAGGACTTCATGAAACACAATCTCTTCTGGAGATACAGAGTAAGAAGGTCTATGGACAGACAGCAATTCCCTATGGGACTTACAAGATTGATATGAATACTGTAAGTCCCAAATTCAAGGATAGGTCATGGGCTAAATTCTGTGGAGGAAAGTTACCCAGACTTATAGATGTGAAAGGATATGAGGGGGTACTAATCCATGTAGGTAATAAAGCTGAGGATACTTTAGGTTGTATCCTTGTGGGAGAGAATAAAATAAAAGGGCAAGTTATTAATAGCACAGCTACCTTTCAGGAGTTATATTCAGTTATGCTGAAAGCAAAACTCCTTGGAGAGGAACTTAGTTTAACAATAGAATAGGAGAGTTTATTTATGGCAAAGACTTGTAAATCAGGTGGAAAGATGCCACCAAAAGGTGGAAAGAAACCTACAAAGAAGTAGAAATGGGAAGGGTGTAGTATTATTACTATACCCTTATCTTTTGGCAGTAAATAAGTAATTTATTTATAGAGTTGTAAGAGTCTTATTTACTATGTTGTAGAAGTCATAAACTCCTCTTATCTTTGCATCAGTTTAATAACTAAAGGAGTAGAAATATGATAGGAGAATTAAGTGAAGACCTCATTATGACAGGGGATGAAATAGATGTAGAGAATCTATTTTCTGATGATGGGGGTGAAGAAGAAACACAGGTAACTCCACCTGCCCCAAAGGAGAAAGAAGATAAAGAAATTGAAAAAACTACTGAGGAAGAAGAGATAAATCCTGATGATTTATTTGATAATCCAGAGAGCGTAGGTAGTGGAAAAGATAATCAAGAAGAGGAAGATACCCAATCTGAAAAGGACAAAGGTACTTCTCCCAAAACTAACTTCTACTCTTCCATTGCCAGTGCCTTGAAAGAAGAAGGTATCTTCCCTGACCTTGATGATGATACTTTAAATGGCATCAAGACCCCAGAAGATTTTGCAGAAGCAGTTGAAAAGACTGTTCAAGCAAGATTGGATGAGAGACAAAAGAGAATTGATGCTGCATTACAAGCTGATGTAGAACCAGATGAAGTAAGAAGGTATGAACAAACCCTTGCTAATTTGGATGCAATCAAGGAGGAATACATAACTGATGAAACTGAAAAGGGTGAAAGATTGAGAAAGAACTTAATCTATCAGGACTTTAGGAACAGAGGTTATAGTGAAGCCAGAGCTAAGAGAGAGGTTGAGAAATCTTTCAATGCTGGCACAGATATTGAAGATGCAAAAGAGGCATTGGAAAGTAACAGAGAATACTTTAGCACTCAATATCAAGACCTAATCAAGGAAGCTCAAGAAGAGGCAAAAGAAGAACAAAGGAAAATTAAAGAAGAGGCTGCACAATTAAAGAAATCAATGCTTGAGGACAAGGAAGTATTTACAGGTATTACACTTGATAAGACTACAAGACAAAAAGCATTTGAGAATATTACTAAGCCTGTCTTTAAAACAGAAGATGGAGAATATTTGACTGCCATTCAGAAATATGAAATGGATAATCCAGTTGAGTTTAGAAAGTATCTGTCTGTATTGTTCACTATGACTGATGGCTTCAAGAATATTGATGGTCTTGTAAAAGGTAAAGTAAAGAAAGAAGTCAAGCAAAGTCTTAGAGAATTAGAACATAAACTCAGTAGTACTGCAAGAAATTCATCAGGTAATCCAAGATATGTTGGAGGAGTTGAGGAAGATACTGAGTCTTATATTGGAAAGGGCTGGGACCTTGATGTCTAAAAACATATTAACTAACAAAAATAATTAACAGATTATGGCTGGTAAATTAGGTAAATTTCAAATGTTAGGCTTCCAACACTGGAAGGGTCTGACAAGTGACAACCACCTTGGAGCTATCTTCCAACAAGCACCTCAGAAGGCTACAAACCTTATGGTGCAACTGTTGGCTTTCTATAGAGGAAAGAGCTTGGATACATTCCTTAATTCATTCCCTACAAGAGAGTTTGAAGATGATAATGAATACTACTGGGATGTTATTGGTTCTTCAAGGAGAAACATTCCTCTTGTAGAAGCAAGAGATGAAAATGGTGTTGTAGTTGCTGCTAATGCAGCTAATGTGGGAGTTGGTACATCTCCTTTCTATCTGGTATTCCCAGAAGACTGGTTTGCAGATGGTGAGGTTATTGTAGGTAACTTGAACCAAGTATATCCATTTAGAATCCTTGGTGATGCAAGAATGGAAGGTACTAATGCAGTGTACAAAGTAGAACTTATGGGTGGTAATACTCAAGGTGTTCCTGCTGAGAGACTACAACAAGGAGAAAGATTCTCTATTGAATTTGCTCCTGTAGAAAAAGAACTTTCAAGAAAGGTTGGTGATGTTAGGTTCACTTCTCCTGTAAGCATGAGAAATGAGTGGACTACAATCAGAATCCAACATAAGGTAGCTGGTAATAAGCTAAACAAGAAACTTGCTATGGGTATTCCTATGGTTAGAAATCTTGAAAGTGGAAAGCAAGTGAAGGACACTGCAAATATGTGGATGCACTATGTAGATTGGGAAGTAGAACTTCAATTTGATGAGTACAAGAACAATGCTATGGCATGGGGTACTTCAAACAGAAATCTGAATGGTGAATACATGAACTTTGGTAAGTCAGGTAATGCTATTAAGACTGGTGCTGGTATCTTTGAACAAACAGAGGTTGCCAATACTATGTACTACAATACATTCAGCTTGAAGTTACTTGAAGATGCACTGTATGAACTGTCAGCTTCTAAACTTGCAATGGATGATAGACTCTTTGTAATCAAGACTGGTGAAAGAGGTGCTATTCAGTTCCATAAGGAAGTATTGAAGACTGTATCTGGTTGGACTACATTTGTACTTGATAATAACTCTACAAGAGTTGTTGAAAAAGTTCAGTCAAGACTTCACAGCAATGCACTTAGTGCTGGTTTCCAATTTGTTGAATACAAGGCTCCTAATGGTGTTAGGGTAAGATTGGATGTTGACCCATTCTATGATGACCCAGTAAGAAACAAGATTTTTCACCCAATGGGTGGTGTAGCTTTCTCTTACAGATATGACATCTGGTATATTGGTACTATGGACCAACCTAATATCTTCAAGTGTAAGATTAAGGGTGACAATGAGTACAGAGGATACCAATGGGGTATCAGAAATCCTTTCACTGGACAAAAGGGTAATCCTTATATGTCATTTGATGAGGACTCTGCTGTAATTCACAGAATGGCTACTTTGGGTGTTTGTGTGCTTGACCCAACAAGAACTATGTCATTAATTCCTGCGATTCTGCAAGGATAAGCATAAATAAAAGGGAGGCAGGTAATTCCTCCTCCCTTTTTCTTTTTTAAAATGTTAAATGGAGAAGTAATATGGCACAAGAAGTTAGTAAGATGGTTTTGGATGATGAAGAGATTATGAAGGAAACACCAGTTGTATCTGATGTGAATGACCTCTTTGAGGAACCAAAGACAAGAAAAACAAAGAAACAAGCAGTAATAGAGGACAATGATGAACCTATTAGCTGCCTAAGAAATGAAAGAGTTATAGTAAGGTTTGTTCCCAAGCAAACTGGTTTAGTTTCAAACCCTAAGCATATCCTATATGGAGGTATGGCAGAAGCAGCAGTAAGATGGTTTACTCTACCAAGATTGAGTTCTGGTATGTATGTAAATGCTCTCACTGATAAAGAGAAAGCCTATCTTGAAGAGATAATGGGTCTTGAATATAATGCTCTATCTATCTACAAGAAGGTAGATAACTTCTGGGATAATTATACAGTGAGATTAACTAAGCAAGATAATTTCTTGAACTTGGCTGACCCTGATGATTATATCAAATATAAAATCCTTTTAGCAAACAAGGACTATATTGCATCTTCCCTTCAAGAGCTGCAAGACAGACCTAAAATGACTTATCAGTTTGTAATTGTACAGGAAGGTGAGGAAGCTAAGACTGCTAAGAAGGAAATGAATGCTACAATGCAGTCATACATGAAGTTTGGTGAAATTCAAGATGATGCTGATAAGCTGAGAGTAATCATTGAAACTATTGATGGTAGACCTCTTGCTAAGACAACTAAGATTGAATTCTTACATGAGAAGATTAACAAGCTAATTCAAGCTGACCCAAAACTTTTCTTAAGAGTTTCAGAAGACCAGTATCTTGATACTAAAGTTCTGATTAAGAAGGCTATTGAAGAAGGTCTAATTAGTAACAGAGGTGGTATGTTATACCTGAAATCTGATGGCTCTCCTCTATGTGGAGATAATGAAGAACCTACTTTGAGTGTAGCTGCTAAGTTCTTAAGTGCTCCTAAGAGACAAGAATTGAAGTTCAGTCTGGAAGCAAAGCTAAAAGAATAAAGATATGAATGTTAATGAATTTTCTAATGAATTTGATGTACTCTATAACAACATAATGAGCAATGCTGCTCCGGGGTTAAATGAGTATGAAAAGTCTGTACTGCTTACTAAGGCTCAAGAAGAGATAGTTAAGAACTATTTTGAACCAGCAGGTAATAAGTATGGAAAAGGATTAGATGATTCACCAAAAAGACAAATAGATTTTTCAGAATTAATAAAGGTAGGGGAAGGAGTACTTAATACAAGTGCTCCTACTATCACCTTTGCTAAAGGAGCTAAGGTATATGATTTACCTGCTGACTTATTCTTGGTTATAAATGAGGCTGTTGATACTAATGCAGGAACTAAACAGGTAGTTCCAATCAGTTATTCTGATTATACAAGGCTTATGTCAAGACCTTACAAGGAACCAGTTAAATATCAGGCATGGAGAGTAATTACTTCTTCTATAAACAATATCTCTGTAGAACTAATAGTGAACAGTAATGAAACTATTACAGACTATAAGGTAAGGTATATAAGAAGACCTGCTCCAATTATCACTACTAATCTATCTTCTGAATATGGTGATGTCACAATAAATGGTGTAAGCACTATTTCAGAATGTGAGCTTAACCCAATTATTCATAGTGAGATATTACAGAGGGCAGTTGAATTGGCTAAGGCAGCTTACCAAGGAGATTTGCAGGCAAGTGTTGAATTAGGACAAAGAAGTGAATAATGACTAATAAAGAATTTTCTGATGGATTCAGTACTTTACTTAACTCATTTGGTATCACTCCTAATATAACCCTTGATGAATATGAGAAATCAACATTTCTCACTAATGCTCAGGAACAACTGATTATTGACATCTACTCTGGAAGGAATATTATTTATGGTAAGTCCTTTGAACAGACAGAAGAAATAAGAAGATATTTGAGCAATTTGGTGGAGACCTATGAAACAAGTACTAAGGTTACAGGAAAGTTGGGACTATCACAAGACTCAGTATTCTTTGAGATACCACAAGATACTTGGTTCATTACTTATGAAGTGGCATTCCTCAAGGACAGTAGATTAGGTTGCTTGGATGGTATAGAGGCAAGTGTGGTTCCATTACCACAGGATGATTTATATAGAGCAAAGGATAATCCATTTAGAGGACCAAGTAAAGACAGAGTACTAAGACTTGATATAAAGAGTGATTTAGCTGAGTTAATCAGCAAGTATAATGTGGACAAGTATTTAATGAGATATATCTCTCAACCCACTCCTATTATACTGGTAGATTTACCTGATGGACTAAGTATCAATGGTGTAAGTACTGAAAGTGAATGTGAACTAAATCCTGTAGTACACAGAGCAATACTTGAAAGAGCTGTACAGCTTGCCATAATAAGTAAAACTCAACTAACAGGAAATAAAGAATAAATTATAAATGTTTAATTAAACTAAAAAGATTATGGTAATTTCTATTAATCAAGTAAGACAGCTATATGTTGCAAAGGCTCTCAAAGCTAATACAGCAGCCCTTACAACTGCTGGTGATATTGTCCCAAAGGCAGACACAGCTAAGACTACTTTGTACTTTCAGTACATGTCTCCTGCTGGACTTGTATCAAGTGATAAAATTGACCTTAAGCATGTATTGTATGCAAAGGCTACATCATCAGATGCTCTGGCTCATAAGCTGATTAGGTACTCAGTTACTCTTGATGCAGATGTATCTGCAACTCCTGTAGCAGGTCAGAATTATATCTTGAGATTGGCTTTCAGACAATACATTGGTTTGTCAGAAGAAGACCAGTACTTCAAGTATGGTGAAGTAATTGCAAGAAGTGGAATGACTGCATCAGACTTCTACAAGAAGATGGCTATTTCTTTAGCTAAGAATCTTGAGAATAAGACAGAATCTACTCCTCTTGTGAATATCTATCTTATCAGTGCAGCAGCAGCTTCTACAGATGTTCCAGTTACATCAGCTACTAAGGAATCAGACCTAACTGCAACTGACTATAACCAAATCATCATTGAAGAAACAGAACAACCATGGGTTCTTGGTATGATGCCTCAGGCATTTATTCCTTTTACTCCTCAGTTCTTGACTATTCTTGTTGATGGTGAAGAAAGACTTTGGGGTGTTGCAACTAAGGTTACTCCTACTAAGACTGTTCCTGATGGACACTTAATGGCAGACCTTGAATACTTCTGCATGGGTGCAAGAGGTGATATCTACAGAGGAATGGGTTATCCTAATATCATCAAGACTACTTATCTGGCAGACCCAGATGCAATCTATGATACTCTGGATATTCACTATTTCTACACAGGAAGCAATGAATCAGTTCAGAAGTCTGAAAAGACTATTACACTGATTGCTGTAAATGATGGTAGTCACACTGCAATGAATGCTCTAATTGGTGCTATCAATACTGCATCAGGGCTTACAATTGCTACTTTATCCTAAGTGATATAGCATTAGAAGGGGCATAGAATTAACTATGCTCCTTTTTTTTTTATCAATTAAAAATATGAACTATGATAAAGGGATTTAGTGGAATAATCTATATGTATAAATCTCCTTCTGGTAAGTATTATATAGGACAAACTATTAGACCTAAGTTTAGGAAGAATGAACATGTAAGTAGAGCTTTTAATGGAAGTGAATTACCATTTCACAGAGCTATTAGAAAATATGGGATGGATTCTTTTGAATATTCAATTCTGTGTAAGATTACTTGTTCTAATACTGAAACTCTTTCTGAGATTCTTAATAACCTTGAACAGTACTATATAACTAAATATAATAGTAAAGTTCCTACAGGTTATAATGTTACAGAAGGGGGTGAAGGTAATTTGGGTATTGTATTAAGTGAAGAAACAAAATACAAAATGTCACTATCAAAGGTAGGACATAAATGTTCTACTAATACTAAAAAGAAGATGAGTGAGTGGCAAGTTGGGAAGAAACTTTCTGAGGATACTAAAAATAAAATTAGAGACTCTCATGTAGGAAAAATTTGTAATAAAAGACCCTGTTGCCAATATACCTTAGATGGAGAATTTATCTCTGAATACAGTTCAATAAAGGAAGCAGCAGAAATGAATAATATTAATAAAGTGAGTATATCCCTTGTTTTATCTGGAAAACATAAAACAGCAGGAGGATATACTTGGAAATATAAGGAGGACAATAATAATGATGCACTTTAATGAGCTTAGGATTAGTCAGGATAACAGATTTCTTATTATAGATGTATCTGTAGATAATCAGGACTACTTTGAGGATGTCCTATTAGATAGTATAGTCATTGATACCCAAGATACTTTTGTGATGAATGGACCAAGTGACAATCCTCTTTATGTATATAATGTAGAGGATGCCTATGATTTAACCTATTCTCTTCCTGAGCAATGTAATTGCAATCCAGTAAGAGTTGAGGAAGATGAATCATACTGTTTCACTTATGGTACACAACAAATGAAGAATGTAAGACTTGAATTAAGTATTCAAGACTTAAAGGTTTCTCCTTGCAGTACTATGTTCTTTGTGTATGTAAAGTCTAAAGGTACTCCATCAACTGATACTCCATGTGGATTTGATAAGGGGCAGATAATAGGCACTGTAATTAATTTACAACCTATATACAAACAGACTCTCAAGTATCTAAAGGAAGTAGAATGTGATTGTAATATACCAAAGGGTTTCATTGATATTATACTTAAGTTAAAGGCAATTGAACTTTGTGTTAGAACAGGAAATTATCCACAGGCTATTAAGTACTGGAATAAGTTCTTCATAAAGAATAATTGCAAGTCTCCAACCTCTAATTGTGGATGCTATGGATAAAATGCTTGAAATATCTGAGGAAGCCATCACAAGATACTTTACTACTCTATCTCAATTTGGATATAAGAAGTACAGTGATGTAGATAAGATAATAGTTCTCTTCTTCATGGAAGAAATGTTAGCAGGAGAAATGTCTTATTATGTAACACAAGATGATTACAGGAATATAGTTAATGCACTATATTGTCTGGCAGGAAGTACTTGTATGATAGACTTTCCAATGTTTGAGAGCTATGATACTTTGGTTCATTCTAACAATAGAACCTTTGTACCAAGAATAACAGAGGATAGTATATTAAGAAGTACTGAGGATGATAACTTTAGAGTAGAAGCATAATCTTTATACCCTGAATATAAAAATAGTAAAACCCTTGTAAGTGTAGATAATTTATTCTATATTTGCAAGGGTTTTAAAGTATAACTAAATAATTAATAATATGACATACAATGAGTTAATCTATATAGTATTGGATGAACTTAAGTTGAGTTCTGATGATTCATACTACACTCCAGACCATGTTATATTTCTGCTTGTAAAGTATAGGTCATTCTTACTGAAACAGAGATATTCAGACATAAAGAAACAGATACCAGATAGTGACTATCAGAGTATATGTTTAGACCTTATTGAGGTTCCAGCTATTAGTGGAGAACCTTGTGAAGGTAGCTCCTATTTAAGAAGTAAGAATAAGGTTCCTACTACTATGATGATAGGTAATCCAAGAGTATATCCTATGGACTTCTATCAAGGTGAGATTACTTATATAAGTAGAGATAGAATGAGATATGTAGGTTATAATAAGTTCCTGAGAAATATAATCTATTGTTCAAAAGCTCCTGATGGCTATCTGTACTTCAAGTCATGGAATCCTCAATTCCTGCATCTTGAAAAGGTAAGTTTCAATGCAATCTTTGAGGATGCTAAAGAAGCATCAGAAATGGCTTGTCCAGAAGAGGATGGTGCAATATGTAAGTTAGAGGATAAGGAGTTCCCAATAGAAGATGCTTTAGTTCCTCCACTTGTAGAGTTAGTAGTAAAAGAATTAAGGGGTCCTGAGTATAGTCCTAAGGATGAGGATAATAATGCTCATGATGATTTAGATGATTTGAATAAGAGATAATGGAGACACTGGGAGAATTTAAAAGGAGGATAAAGAAGGTCAACCAACCAAGAGAGTACAAAGTAAGAAACTCACTTGGTGTATATGATGGATATAAGTATTACAGAAAGAATAAACCAGATAGTAAGGAATATGTTCTTACTGAGTCACAATACTTTGCTATCATAAGGAAGATAAACTTACTTTTGGTTGATGAATTATTACTTGGTAATGATGTCAGACTTCCTAAATCAATGGGTACTATTGAGGTAAGAAAGTTTGATAGAGGAGCTAAAATAGGTAAGGATGGAAAGATTCATATTAACCTTCCTATAGACTGGGATAAGACACTTGAACTTTGGTATAAAGATGAGGAGGCTTGTAGAGATAAGATATTAGTCAAGATGGAAGAAAAAGAAAGTTTCCAGATTTACTATAATAAGGAATCAGCCACATACAATAATAAGTCCTACTATGAACTTGTACCTAATAGGGACTTAAAGATAGGAATTAAACAAAATATAAAGAAAGGGGTAATCAAAGATGCTCCTTACTTAGAAAGGAAATTAAGATATGGTTAAAACTTGGATAGTATATAAACATATTTCACCATCAGGTAAAATCTATGTAGGTATTACTTCTAAGTCCAACCCAAATGATAGATGGAATAATGGAAAGAATTATGTAGCATGTAAGCATTTCTATAATGCCATTATAAAGTATGGTTGGGACAACTTTCAACATATAATTATAAATTCTGGTCTTGCAGAAAAGGTTGCTAAGGATTTAGAGAGGAAACTAATTAAAGATTACAAGAAGCTGGGTATCTCTTATAATATAACCAATGGTGGGGATGGTCATAGTGTAGACCATCTTACAGAGTCACATAAAAAGAAAATATCTATAGCCCATAAGGGAAAGAAGCTATCTAAGGAACACAGGAGCAGGATTGGTAGAAAAGGCAGGATAATATCTCAAACTACTAAACATAAAATGAGTGTTTCTAATAAAGGTAAGAAGAAACCTATTGAATTAGTAGAGTCTTTAAGAAAGCATAATACTGGTCTTAAGAGAACTGAGAAACATAAAGAAGCTATAAGAAAAGCTCATAGTAAGGCTGTTTTACAAATTAAACCTGATGGTACTATAATTGAATTTGCCTCAGCTATGGAAGCTGAAAGAGTTACTGGAGTATTTCATAATAGTATAAATAAATGTTGCCACTTGGTGATTAAATCTGCTGGTGGCTATAAATGGAAATTTAAAAATGGTACAGAACAATAATTTTGTAAATATAAGAGTAGTGCTTGACAGATTACTAAGACACCCACTACTTACTGACCTCAATCTTGAGACAGCTATTCAATATACACTGGACTTTATTAGTGCAATGGGACTTCCTAATGTCTATGTTGATAAGATAGAAACAATAGATATTAAGGAGTACAGAGGTGAACTTCCCTGTGATTTAATCTCTATTAATCAGGTCAGATTACATAAGAATGGAATAGCACTTAGGGCAATGACTGATAATTTCAATGCCTATCCTACTCATGACCATAAGGAAGGAGATTGGTATGAGAGAGGAGAGCCTTCTTTCAAGACACAAGGTAGAGTGATATTTACTTCAATAAGACATGAGAAGGTGGATATTAGTTATAAAGCTATTATGTTGGATGATGAAGGTCTTCCTTTAATTCCAGATAACTCTATCTTCCTTAAAGCACTGGAACTATACATCAAGAAAGAATGGTTTACTATCCTTTTTGATATGGGTAAGATAAGTCCTGCTGTACTAAATAATACTCAACAAGAGTATGCTTTCAAGGCAGGTCAATGTAATAATGAATTTGTGATTCCTTCTGTATCAGAAATGGAAGCTATCACTAATATGTGGAATCAACTTATTCCAAGAGTAACTGAGTTCAGAAGAGGATTCAAGAACTTAGGAGACAAGGAATATATAAGAGTACATTAATATGGCACTAAAGAAAGAACAACATTTTTTCAAAGGGATGCAGAGAGACTTATCAGTCTCTAAGTTCAATCCAGAGTATGCCTTTGATGCTCAGAACATTAGAATAACTGCAAGAGATAATAATACTCTCTTGTCAGTTACTAATGAAAGAGGTAATAAGGAGATACCATTACAATCTCCTTCTGGAGACCCTGTAATTATTGATGGAGTATTACTTGGACAGAATGTGCTTAATAATTATGTGACCCTCTTTACAAAAGGTACAAATGATAATATCTACAGACTTGAGAATAAGGGTACTTATTTTGAGACATTACTTCTATTCTCTGGTAATCTGAACTTTAGTACAGACTATCCAATTGAGAGTATTAGTGTATATGAGAATAATAACATTCAGAAAGTTTATTGGGTAGATGGTTTAAATCAAGCCAGAGTTATCAATATAACTAAGGATGATTATAATAATGCTGATGATTTTGACTTTGTAGGAACTATACACACTTCAAGTAAAATAGAAGTTTCTAAAGTTAATGGAAGTGGTGCTTTTGGTCAAGGAGTAATTCAATATGCTTTTACTTATTATAATAAGTATGGTAAAGAAACAAATATATTTAGAACTTCTCCTTTATTGTATATTGCTTATAGTGACAGAGGGGCTTCTCCAGAAGAGACTGTAAGTTGTTCATTCCAAATTAACTTTACAGAACTTGATAGTTCCTATGATTTCATAAGAGTATATTCAATACATAGAACATCTATAGATGCTACTCCTACTGTTAGAAAAGTAGCTGATTTAGCTACTGATACTAAACTTTATGTAGATACTGGAACTACTGGGGAGATAGTAGACCCAACTTTGCTACTATATGTTGGAGGAGAGGAAATAGCTCCATATACTATGACTCAGAAGGATAATACATTATTCTTAGGTAATTATACATTAAAAAGAAGTCTTATTTCCACTGAGTTAAAGAATCAAATTAAATCTGATTCTATTGTTACAACTATATTAGGGGGATTAGATGATGTTATAGAATCTGAATGGAATGTTAATACTCAGTATAATAGTAATTATGATTTAAATTATGATTCAAGAATAAAAGGATTCCAAAAGGGAGAAATTTATAGATTGGGTATTCAATTTCAGGATAATAAAGGTAAATGGAGTGAAGTAGTATTTATAGGAGACTATGAGTGCACTGAAAGATTCAAATATACCCAATATGATACTTATGGGATTACACTTATTCCAAGATTTAAGGTTGTAATAAGTAATTCTACAACTATACAAGCTATTAAGAACTTAGGTTATATAAATGCAAGAGGTGTAGTAGTGTTTCCAACATTAGAAGATAGAAACATATTATGTCAAGGTATATTGTGTCCTACTGTAGCAAACTATAAAGATAGGTTAGATAACTCTCCATTTGCACAGTCCTCATGGTTTAGTAGACCCAAACAAGCTACTGAAACTTGGAAAACTGAGTATAGTGGAACCAATCACTTGTCTGAATTTGGAGAAGTTCCCTACTTTCAACATAATGAACCTATAGGTTCTGCTTCATTATCAGAAATTACCAGATGGGAGATACAAACTTCTTTAGGTCTTGTTCCTTATTATAATCCAAGTACTACTAATGCCAAAGATTTTGTGGATGGTTCTCCTTCTGAGTTTTTAGTAGATGAGAATATAGTTACTATGCACTCTCCAGATGTTGAATTTGATGATAGGTTACAGAATATTACTAATGGGAAATTTAAACTAAGGATAATTGGTACAACTCATCTTACTAATACTTTATCTGATATAAGTGTTATTACTTCCACTCCTACTTATGGTAATTATGCAACTGGTTTTTATAAGGGGAAGGTGGCTAATATGAATATATCTACCTCTTATTATGGTGGTAGACAATTATCTGCTGGATTATTTTGGTCAGATAATGTTAAGTTCCAAGACCCTTCTCCACAAGATAAACTTGAAAGATTATGGATGGTATATCCTTGGCATAGAAATGGTTCTTTAATGAATATGGGTGTTCCTACTGAGGGAACAAGAGCTGCTGCATTACAAAGAAAGATTATAAGTAATCTTAAATTTGCTTCACAGAACAATTATCTACCTAATCAAAGTGTGTGGGAAGCTGAAATTTCTGGAGATGCAAATCACACGGGTATAACACCTGTTAATTCTTGGACAGAGGGGTTAGTTAGAATCCCTGCACAAGCTAATTCTAATTTAGGTTCTTTAAATTATTATGCTAATATAGATAAAGTTCTTACATTTAATAGGAGTGAACAGATTTCTGAAATATACAAAAATGGATATCTGATATACACTACTAAGGATTGGATAACTGATGGAAAGATTGCTGACTTGTTCAATAATGCTATAAGTCAAACTATATCAGTTGACCAAGTACAAGATTGGTTAACCAGAATAGCTGATGCAGATAAATATGGAACTGAGCCTGTTAGTATGAAATATAAATCTAATCCTCATTTAGTATTTGCTTTTAATTATACTAAAAGTGGTAAACAATTAATACTTCCTATGAAGAATAATAATAATGGTTACCTTGCTCCATCAGCAAATAGTAAGCCATTTTGGAATCCCACAGCTCCAGAAGGTGCTGTTTATCAGGACAGTATTAATTTTACAAATGAGAATAGAGCCTTCTTTTGGTTAGCTGAATTATATAGAGATAATGTAGTTAATAGATTTGGAGGAGATACTGAGGAGGCTATATTAAACAACACTTGGTTACCATCAGGAGATTCAGTTATAATAGGGGATTCTATAAATATTGAGTATACAGAAGGTGATACCTATTATCAAAGATATGATTGTCTTAGAACATTTGCTTATACTAATGAAGACCAAAATAGTATTGTAGATATAGTATCTTTTATGTGTGAATCTAAAGTTAATATTGATGGAAGATATGATAAGAACAGGGGACAGGTTAATAATTTAGCTGTAAGTCCTACTAACTTTAATCTATTTAATCCAGTATATTCACAGAAGAATAATTTCTTTACATTTAGAACTATAGATTATGAAAGATTTAGTATAAACTATTTTCCTAATTCTATTACTGTTACTAAAGAAAAGTCATTAGGTGAAGATATAGATACTTGGACTAATATCACTTTAGCTACAACTCTTGACTTAGATGGAGATAAGGGGGAGATAGTTTCTCTTAATACTTATAATAATGAGATATTCTGTTTTCAAAGGAGAGGTTTGAGTAATATATTATTCAACTCAAGAGTACAGATACCAACTTCTGATGGTATGCCAATTGAGATTACTAATGGATTAAAGGTAAGTGGTAAGAGATATATAAGCAATACTATAGGCTGTGCTAATAAATGGTCTATTGCAGAATCTCCTTCTGGACTATACTTTATAGATAATGAGACTAATTCATTATATCTGTTTAATGGAGAAATAGTCAGTTTATCTGATAAGTTAGGGTTTAGACAGTGGATTAGTGCTCATAATGTTCATGTGAACTGGGAACCAGTTGGTTATAATAACTACAGGTCATTCTATGACAAGAATAATAATGATGTGTACTTTACTTATAAAGACCATTGTCTGTGTTATTCAGAGTTGATTAACCAGTTTACTTCATTCATGAGCTATGAAGGAGTTCCTGCTATGTTCAATGTAAGTAGTGAGTTCTATGCCTTTAAAGATGGTAGGATGTGGGAACAGTTTGCTGGAGACTATAATATGTTCTTTGGTGAATATAAACCATTCAGTATTACCTTTGTAGCTAATGCTGAGGAACCAAATGATAAGATATTCAATACAGTAGAGTTTAGAGCTGATAGTTGGGATGGTGATAACCTAATGAGTAATAAAACCTTTGATACTCTTGATGTATGGAATGAATATCAGCATGGTACTACTCCTCTTACTAATCTACTTGGACATCCTTCTCCATTAAAGAAGAAGTTCAGGATATGGAGAGCTAATATACCAAGAGCAATAGTAAATAACAGGGATAGGATAAGGAATACTTGGGCTTATATTAAGTTGGGAATGAACACTCCTAATACATATAGAACAGAGTTCCATGATGCTATTATTCACTATTTTGCATAATTAATAGGAGTCCATAAACATTTTAGTTTGTGGACTCTTTCTTTTTTAATTAATAACTTGTGTATAAATTAGATTTTTCATATATTTGTGCCAAATAATATTTATAGGAGGACAAAAATATGTTATACTTAATCAAAAGTGGGGAATATTTTAAAATAGGTTTCTCATCATCTTCCAATTTAAAGAACAGAATAGATGCTTATCTAACTTGTAATCCAGATTTTGAACTGGTGGGAATAAGGGAAGGCACAAGAAGTGAAGAATCTAAATATCATAAATGCTTGAAATTTTTAGGTCTGCAACATCCTGAAAGGATGGAGTGGTTTAGAGAGAAAGAAGGTATATTAGATATACTTAAAGAGCAGTTTATTTTAGACTATAAGACTCTTTATCCAGAACTTAGAGTAAGTTTGAAACCTTATGAAGGAAGACTTACAACTAAAAAAGAGATTAATGATTCTATTAAAGAAATAGTAAAGAATAAACTAAATCTTGATAATGGGTTCTATCCAAGAGCAGTTCTAAAAACTTTGTTAATTCAGGTATATAAAGATGTTGGATTAAAATCCACCCCAAAAGCAACTGATATACAACTATACTATAATGCAAGACCAACTCAAAGGATAGTAAATAATAAATCTACTATGGGGTTTGTAATAGAATGAATTAGTATATTGTTATACTCAAAAAGTTTATATACATTTGCAACAAAATTAATTATACTATGGCTAAGAAAAAAATTAAGAGAAGAGGCAAGATGCCTCCTAATATGTTTGAGGATGGAGGTGCTGCAAAGCAAAGCTGGGGACAGCAATCCTCAGAGCAATTCTCAAATGCCTTTAAAGGGGAGAATCTTGGCAGTTCTATAGGAAGTATTGGTGGTGCTGTTGGTAGTATAGCACAAGCTGGTATATCTAATGCACAAATAGCAGACACAAGTGGTATTGAAGCTCAGAATGATGCCCAAAAGAATATGGTAGTAGGTGCTTCATCTAATGATGATTTGATGAGTGAATGGGGTACTTGGAATAAAGTAAAGGACAATTACTCATGGAAAGATGTAAGAGGTGGAAGTACTGGTCAGAGAATTACTAATACTATTGGAGCTGCTGGTCAAGGAGCTGCTGCTGGAGCATCTGTAGGTGGTCCTATTGGAGCCATTGTAGGTGGTGTAGTAGGTCTTGGTAGTGCTATTGGTGGATGGCTTGGTGGTAATAGAAAAGCCAAGAGAAAAGCCAAAAAATTAAATAAAGAGGCTAAAGAAGCTAATGAGAGAGCACTAACTTCCTTTGAGACAAGAGCTGATAACATAGATACACAAAATGACTTTAATATGTTAGCAAACTTCTCTGCTTATGGTGGTCCACTTGAATTTGGTAGTGGTGCAATAGGCTATGAGTTTGATAATAGGTACTTAAATAATCAAGAGATGAGTGCAATTGCTAAACAAAGATTGACTTCTCTTCCTAATTCATTCCAAGCATTACCAGAGATGAATACATATAATGCTTTTGCAGAAGGTGGTGGCTTATCCAGAGAGAAAAACTATGGTTCTAAGAAAAAGCCTTATCCATCTGTTCCTTCTGGAGACTTTGCAGGACCTCACAGAAGTTACCCAATACCAACTAAAGCTGATGCAAGAGATGCACTCAGATTAGCTGGATTGCATGGTAAAGAGAGTGTAAGAAGAAAGGTTCTTGCTAAATATCCTTCACTAAAGGCTTTTGGTGGAAGTCTGTTTGATAGTGTAGTAGGTAACAATTTCAATCAATCCTTTACACAAGGAATACAAGGAATGTTCCAACAAGAACCTGAACAAACTGTTCAAGCAGCTAATATAGCTAAGGATGGTGGTGGTATTCATATTAAGGAGAAAAACAAAGGCAAGTTTACTGAGTATTGTGGTGGTAAAGTAACAGAAGCATGTATTAGGAAGGGAAAGAACAGTTCTAATCCTACTACAAGAAAGAGAGCTACTTTTGCACAGAATGCAAGGAACTGGAATGCTTTTGGAGGATGGTTGAATACACAAGGTGGAGACTTTACTAATGGAGTTACCTTTATTGATGAAGGAGGTTCTCATGAAGAAAATCCTTATCAAGGAATACAGATAGGAGTTGACCCAGAAGGTGCTCCTAACTTAGTTGAGCAAGGTGAAGTAGTTTATGATGATTATGTATTCTCAGATAGAATGGAGATACCTGATGATATAAGAAAGGAGTACAAGTTAAGAGGTAAGACTTTTGCTAAAGCTGCTAAATCTGCACAAAGAGAGAGTGAAGAAAGACCTAATGACCCTCTAAGTAATAGAGGATTACAAGCTGCTATGGAAAGAATAGCTACTGCACAAGAGGAAGCAAGACAAAGAAAAGAGGCTCATAGAGAGGGAAATGAATACCCAAGTATGTTTGCTTATGGTGGTGATACAAATCCTTATGGCTTAGCTTTGGAAGACCCAATGAGTGTTGAAGAGCTTGAAGCTCTTATGGCTCAATCAGGAGAAACTGGTGAAATAGCTCCAGAAGGTAATAATGGTAATAGGCAGACTTGGACAAGATATGCACCAATTATAGGTTCTGGTTTAGCAAGTTTATCAGACTTATTTAGTAGACCAGATTATAGTGGTGCTGATATGATAAGTGGAGTAGATTTAGGTGCTGAGGCAGCAGGATATGCTCCTATTGGAAACTATCTATCTTATAGACCTTTAGACAGGGACTTCTATATCAACAAGATGAATCAACAGGCTGCTGCTACAAGGAGAGGATTGATGAATACCTCAGGTGGTAACAGGCTTAATGCTCAGGCTGGAATACTTGCTGCTGATTATAACTATGGTCAAAACATGGGTAATTTAGCAAGACAAGCAGAAGAATATAATCAACAGTTGAGAGAAAGAGTTGAGGCATTCAATAGAGGTACTAATATGTTTAATACTGAGACTGGACTTAAGGCTTCAATGTTTAATGCAGAATCAAGAAATGCAGCTAAGAGAGCAAGATTAGGACAGGCTACAACTGCTGCTCAATTAAGGCAAGGTATTAAAGACCAAGATAGTGCAAGAAGGAGTGCTAATATAACTAACTTCTTACAAGGTTTAGGTGATATGGGATGGGAAAATGAACAAGCTAACTGGCTTGATACATTAGCTAAATCAGGTGTTCTTAAGATGAATACCAAAGGAGAATACACTGGAGGAACTAAGAAAGCTAAAGGTGGTAAAGTAAGAACTAAAAAGAAGAAAGGATTGACTTATGGCTAATTTCAGTTTTGTAAGTGGTGCTAAGTTCAGACCATTCTCTTATCAGGAAATGCTTCAACCACTTCAAGCATACACTCAAGAATATAATACTATTCAAGAGGGTATGGGTGAATTAGGGACTAAGGCAGATGTCTTTGATAGGATGGCTAATGAACAGACAGACCCACAGGCTTATGCAATGTACAAACAATATTCTAATGACTTGGCTAAACAAGCTGAGTCATTAGCTAAACAAGGACTTACTCCTGCAAGTAGGCAAGGATTGATTGATATGAAAAGAAGATACTCTTCTGAGATTGTTCCTATAGAACAGGCTTATAAGAGAAGACAAGAGTTAGTAGATGAACAAAGGAAATTACAGGCTCAGGATAGTACACTACTATTTGATAGACCTGCTTCTACACTTTCCTTAGATGAACTTATATCTAACCCAGCTCTATCACCACAATCCTATTCTGGAGCACTATTATCCAAACAAGTGGGTACTGCTGCACAGAATTTAGCTAAGGAAGTAAGAGAAAACCCAAGAAAGTGGAGAACAATCTTAGGTAATCAATACTATGAAACTATCATGCAGAAAGGATTCAGACCTGAGGAAATTATGCAGGCTGTACAGAATAATCCTGAGGCTTCTCCTATACTTCAAGGTATTGTAGAAGATGCAGTAGGAAGTTCTGGCATCAAGAATTGGAATGATGAGAATATCCTTAACAGGGCTTATGATTATGCAAGACAAGGCTTGTGGAATGCAGTTGGTGAAACTCAATATCAACAACTATCTAATAAGGCTTATGACTATGCAATGCAGGAAAGGTTAGCTGCAATTAAGAAAGGTAAGACAGAAGGAACTCAATCTAAAGTTTTTAGGGCAGTACCTAAGACTAAAGTAGATGGGGACAAGAAGACTACTGAACTTAATGATGAACTACAGTTCATACAACAGTTAAGAGCTAATCCTGCAATGATTAATGAAGTAGCTAAAAGAAGAGTTGGAGTTCATGACCCTGACAGATTATTAGGAACAAGAGGTAATCTACAATATTCTCAGTACAAAGATGAAGAGTACAAACCTAATGCAGAAAGACTTCAACAGATAATCAAGAAGTATGATATGAAAGATGGTAGTATGGACCAACTTGAACAGAAGTTACAAGCTGATATTAGGAGTAGTGCTGTAAGGAACTTTATATATAAACCTGATATAACTCAGAGTGATTTAATATCACAGGTTATTAAGGAGAATGCAAGAACCTTAGGAGCAGCTACAGAATCAACTGGTCTTTATGAACTTGATGATAATAGGAAGGGAGACCCTATTAAGTTAAAGAATATCTCAGATTACTTCACTGGTGACAATGATATAAGTTATGACCCAGAGGTTGGACTTATAATCAATGCTACTAAGGATGGTAAGACTAAATCAGCAGTTATTGACCCTGAGTTAATTGATGATGCAGATAGAAATGTATCAGGATATATGAAGAATATTAATGTACTTCTTGAGAATGGCTATGATGTAGAAGCTCAGAAGTACATTGAAACTATGATGAATTATATCTATGGTAAGTTCAATACACTTGCTAAGAGACAAAGTAATACAGATTCTAAATTAGAGTAGAAGAATATGGCAAATAATCAACAAATCCAAGACCCATCTACACAAGGAGTAGGTGGGTTAAGGGGAATTAAAAGTATAGATGCACTAAAGCAGGAAGGACTTCTTAGGGATGTTCCTCTTATTAATAATATAGAGGAATATAAGCAAGTCTCTAATAGGGCATTAGAAAGGGCTGTACCTCAAGAGGTAGGCTTTGTTGGAGTAGGTGATAGTATGTATGATGAAGGTATTACATCTATGACCCAATTGGACAACTTGGCTAATACAAGAGGTGAGTTGCAGCCTTGGTATGCCCAAATAGGAGCTGGTTTAGCTAAGGGTGCTGTTCTTGCAGGTACTACCTTTGCTGATGGTATCATTGGTACTATAGTAGGTTTAGGTAATGCAGCAGCTACAGGAACATTCTCAGGCTTCTGGGATAATCCTTTCTCAAATGCAATGCAGCAAGTAAATGAATGGTCAGAGTCAGCTCTACCTAATTACTATGCTGATGCAGAGAAGAATGACCCTTGGTATGAGAATATATTCTCAGCTAACTTCATTGGAGATAAGTTCCTTAAGAACTTAGGTTTTGCTGTTGGTGCTGCCTACTCTGGTAAGATTAGTGCTGGTGCAACCTCAAAGTTACTTGGTCTTAATAAAGCAAGACAAGCATTCAAAGGTGCAGTTACAGCCTCAGGTGAAGCTCTTAATACTAATGCAGCTTTACAGGCTTATAGGGAAGGAGATTTATTCCTTGATGGTGTAAGGCTTACTGAGGAATTAGCAAGGGATGCCAAGAAACTTAAGATGGCTGAGCCTACTCTTAAGCTAACAGGTGCTTTCTCAGGTGCATTAGGTGAAGCAAGAATTGAAGCTATACAGAATAGTAAAGACTGGTTTGAGCTTCATAAACAACAACTGGATGATGCACAAGCTAAAGTAGCAGCACAAGAGCAAGAAGCCATGCTTAGAGAGTTCCCTCAATTTGCACAATATCAGATTTCTTCTGATGGAAAGTCTTTTGAGCAAGTTCTCACTCCAGAAGGACAAGCTATGTTACAGGCAAGAGTAGATGCTAAGTTTGATTACAAAGGTGGGCTACAGAAACTATCAGAAGATAGGGCTAAGATGGGTAATATAGACTTTGCTCTGAATATTCCATTACTTACTGTATCAGATGCTTGGCAGTTTGGTAAGTTCTATGCAGGTGGATATAATACAGCTAAGAAAGGTAGTCAGATACTAAGGACAGTTGCAGAGGATGGTACTGTAAGTTATAGTGCAGCTAAACCTTCTGTACTTAGAAATGCTTTGAAGATTGCAAGTAAAGGTGTTGCAGAAGGTCCTTATGAAGAAATGGGACAGGCTGTTGCAGGTAAAGTTGCAGGATATAAATATGCTTCTGAACTTAATGATTTCTATGGAGCCAAGATAGACCCAGATGCAGAGAGTGAAACTATTGACTGGTTACAAGCTACTGCAAAAGCTATTCAGCAAACCTATGGTACTGTTGAAGGATGGGAAGAGGGTTTCATTGGTGGTTTAACTGGTTTAGTTGGTATTCCGGGCTTTAGAAGTGCAAGGAATAGTGAAGGTGGTTTCCAATCCCCAGTATATCTGCAAGGTGGTATTAAGGAAGATATTCAAGAGATAAGAGAGAGAAGTGAACAAGATGATGCTATTGTAGCTCAACTTAATAATAGAGTACAATCACCTGAGTTCCTTAACTACTATCAGTCAGCTATCAGACATAATGCCTACCAGAGACAAATGGATGAAGCTGCTGATAATAATGATAACTTTGAGTTTAAGAATGCTGAACATAACCAGCTTATTAGTGATGTTATCATGTTTGACAAGGCAGGAAGAATCAATGACCTATATGATATAATTGAGGAAGCTGGTAATATAAGAGAAGAAGATGTTGAACAAATAAGACAACTTACTACTAATCAGGAAACTGGTACATCAGTGTATGATAATATGACTGATGCAGAAGTAATTGAACAGGTTCAAAAACAGACTCAAGAGACTAAGGAAGCTGTAGATAATTACAGAAAGATTAGTCAGGACTTACAGGTTAAGATTGGTGATTACTTTGATGAGGATGGTCTTGAAGAAATGACTTATTACTTCTCAAATATTGATAACCTTGAAAACAGGTTTAAGTCAGTACATGAGGATATAAAGGACAGACTCCAAGGAGTACTTGATGCTTCAATGGATAGGGAATTTATTAGTGACAGTGATGAGAATAAGATTAATAGGTTATCAGATTTATTGAACTATTCTCCTGTAAGACTAATTAATGAACTTGCTGATTCAAAAGAGGCTCAAGCCTATATTTCTTTATTAGATAAGGCATTACAGACTGACCCTAATAAGCAGGATATAATTGATGAGGTTAATGACCTCCATAAAATAGCTGAAAGAAGACTTGATTTCATTGATAAGTATGATACTTATCTTAGAAATCCTCAAGCTCTTGCACAAAAACAAGAGAGACAAAGAGAGAATATTATAAAGGAGAATGAAAGACAGGAAATAGCTAAGACTAAGGATGCAGCATTAGCTGCTACTAACCTTAATGAGTTTAGAGAAGCATTGAATAATGAGCCTGATTCATCTAAAAGACTTCAAATTCTTGATGAACTTGAGAATGAAGGTAATAAGATGGCTAAGGACTATAAGGAAGTTCAAATGTATAATAGTGAAGTAAGCAGGGCAATAGATAGACAACCTATCTCTCCTGAGGCTAAAGCTAATGCACAAGAACTACTTAGGACTCAACATGAAAATGCTAATAATCTTGAGGAAATGGCTAATCCTAACTCAGTATTCATTAATAATCCAGAGAGTCTGTATGATGAAAATCTACCAGATGATTTGAATATGATGAATTTTGCTGAGGCTCAATATGGTCTTCTATCTGCAATGAGTGAGGTTAATAATGACCAAAGATTCAAAGCAAGGTTCCCTTCTGAATATCTAAAGCCAGTTGAGAGAACAGATGGTACAAAAGGAACCACATCAAAAGATACAACTGGAGATAGTGGTACAACAACAGTTCCACCAGTTAATGCTGGACCAGTTGATACTTATGAACCTCCTGTAGGTAATATTACCCCTCAAATGGTAGCTGAGGAAAATAAGAAAGCCAATGAAAATGCTCCTACTCCTCAATCATTGGATAAGGATGCAAAGGGTAAGAGGCAGTATTATAGACCTACTATTCCTGAATTGCATATTAATGCAAGTAAGGATGGAGATTTCAGACCTTTCAATGTGGTAGTTGCAGAGAAAGAGAACTTGAACTTTGATGAACTTTATAACTACCTTAGAGATAATAGAGCTTTCAGTTATGTAAATGAAGGTAATCTAAAGGCAGGTGATGAACTTGGCTTCATGATTGACCCTGAATTTAATGACCATACAATCTTTATTGTAGATAAGAGAAATAACCAAATAGTAGGTTCATTAGATGAAAGTCAATATGTAGTAGATAGATATGAAGGTCTTGCAGGTCTAATTGAAAGAGTAAAAGAAGAGTTCAATCAGACTGGAAAGGATAAGAAGTTTATAGCTACTCCTACTACAAGAGTATCTCAGATAATGGTTGGTAGAATACCTTATGGTACAGAAGAAAGAAACATGGGAGAAATACCTAATGTATCTGCTTCATCTATCTTTGGTATTGTAAAGAATGGTATCTTATCTACCAATGGTAGAATCAGTGATGATTTAATCACCAAGCCAATGGATATGAGCCAAAAGGAAGGTAGGATGTATATCCTTATTCCTAATGCTGCTGGTAAATATAGTCCTGCTGCTGTAAGGGTTAAGCACTTCAATGAGAGTGAGTATAATCCAGAGGATGTTACTATTAACTCAACTCCTTTATACAAGAATATAAAGAAGAGTATTGATGCTTTAGCTAATGCTTTTACAGAGGAAGATGTTAATAATGCAGTAAAAGACTTAGCAAGAAGTCTATATATTGGTGATGTTCATATTGACTATATACAAGGTAAGAATGGTAATGGTATCAGGTTCACTAAGGTTCAGAGAGATGCTAATAAGAATGAAATCTATGATGAAGTAGATGGTCAGAGAGTCAGAAGAGAAGATGCAAGAACTGTATTCTTAACTGAAAGATGGGACCCTAATGTTCTCTATGAATTAGGTGGAGATGGTGTTAAAACTCAACCTGATACAAGAGATTCACAGGAAGTAGCCAGTGAAATACAAAACATTTTAATGGCATTCAATCTTCCATTACAGGTGAATTTAGGTATGCTTAATAAGGGAGGCTACAATAACATGTTACTCTCTTCTGGAGTAATGACATCCAATATAATAGATGCCAGTGTAAAAAGTAACTGGTTTACAACAGATTACTTTGATATACAAGGTAACTTACAGCAAGCTCTAAATCCTGCATCAGTTAAGGCTGAGGAAGGCAGAAAGATACAAACTCCTGTAGGAGGTACAGAGGGAGCTATTGCAGGAACTACAGTTTCATTTGATAATACTACATACCATGTAGATTTGACTTCAAATACTGTAAGGGATGATAATGGCAGAACTCTTAACTCTTTCCCAGAGTCCATTCTTGATATGGCTTATATACAAGAGAACTATGGGGATGCTCAGAATGGTTCCATGATGATGGGGGGTATCACCCTTCTTCCTAATGGTAAGGTTCTGAATAGAAATACAGGTCAGTATGTGACTGGTGCTGCATCAGATAAATTCAAACAAAAATTAGCTGATAGAAAGAAGACTGTAGCTGACTCTAAGAAAGTTATAGACCAGATTGCAGAGAATCAAGCTAAGGTTGATAAGACAAGAACTGATGGTGAGTTCTATTATATCCTTGAGGATGATGGTGAATATCATGAATATAAGAGGGTACATTCAGTATTAGGAAGTAATTGGGTTGAGTCTCCTAAACAGACTAAAGCTCTACAGGATTTAAGAGTTAATCTCTCAAAGAATGCAGATAATATAGCACAATTCAATAACTATCTTAAGAACTTAAGTAACCATTATGGTGTTGACCTTTCAGCATTTGAGGGTAAGATAGATGCAAGAAGCAGGGATACTATTGTGAATATAGTAAGAGATAAGATGTCTGGAACTAATTCACAAAGAGCATTAGATGCAGGTACTTCTGTAGATAGTGTAATCAGGAACTTCTTCACATCAAGTGAGATGCCAGTTAAACCAAGCAATATGTCTGAACAGGCATTCAATGACTTGGCTACTTCTCTTACTGAGATTAAGAGTAATATTGAAGCAAGGGGTGAAACATTCCTTACTAATAATATAGTACTTTTCAATAAGTATGAGAATGGAAACAGGGTAGCTGGTGAGGTTGATATTCTCTCTGTAGATGCTAATGGAAACTTCAAGATATATGATGTTAAGACAAGTAGATATAGCTTCTATGACTTTGTTGATAGGAATGGTAGAAAGGTTAATTATTTCAAGAATAAATCTAATACCCAAACAATGAGTCAGGAGCAGTATTATACTAAACAATTGAGTGCTTACAAGAACTTATTTGAGTCTCAATATCATACTCCTATCACTACTTTAGCTATATTACCTTTTGTACTTGAGTACAACAAGGATAATGTTAGTAGAGTAACTAAGGAGAAGGGTATTCTTCTTAACTATGATTCATCTGTGAATGTTCCTTTAGTTGGCAGTGTAGCCACTCCAGAAGTGAATAATACTAATAGTAGCTTACCTATATTCAACAGTACATTTGAAACAAGAGAACCTATAAACAATGTTCTGCCAGACTATAGTATGTCAGATAGTAAAGTAGGTTACTTCTTGAGAGATGGAAAGTTACATACAGGTTATCTAAGCCCTATTGGAAAGGTGAATGGAGTTGAGGTATATATGACTAAAGTTCCTAATATTACTAAAGGGTTTGGAAATCAACCTGCACATGTTGCATCTAATGATTTCTATGCAGTATTTCCTAATGGTAATACTATTGCTTTAGTAAAGAATGCTGTACTGTCATATAGTGAGACTGAGGCTAAGAACAATATAAAGAAGATACTGGAAGGTAATCCTCAGAGAGTTGTAGATATGTCTCAGGAAAGTACTTTACTTTATACTCCTTCTACTGAACCAGTTAAGATTGAGAAGCCTATTATCCCTGCTACTATTAATCAGGGAGAATCTAATGGTGCAGCTTCAACTGTAGCTAAAGAACAGGCTATTAATCAGGTTGATGAAGAGTTTGAAGATGTACTTGAATTAAGACAAGTTGATGATTTATCAAGACCTATATGGGATAAAGATAAGGAATTAGCTTGGTTAAATAAGGTTCTACCTCAATTAAGTGAGAGTGAGAGGGTTGTAGTTACTAATGGTCTTATTAGAGTAGCCAAGACTGGTGCATTAGCATGGGGTCAATTTAGTGATGGTATTATTACTTTAAGTGATATAGCTGCTGAGGGAACTACATATCATGAAGCATTTCATGCAGTATTCCACTTACTCACAGAACCTACACTTAGGGATGAATTACTTCAAGAAGCTAAGAGAACTTATGGAGACTTAAGTAACTCACAACTTGAAGAAGCAATGGCAGAAGGTTTCAGGGAATATGTGATGTCTCAAGACACTCAATCTTTAGGTACTAAGATAATCAATTTCTTCAAGGAATTGTTTGCTAAAGTCACTAACTGGAACAGTCTAAGACCTTCTCTTACTGAATATTACAGAAATATTAATGAGGGACATTACTCTAACATAACCTATAAAGTACCATCTCTTCAAGAGATGAGAAATCAGGAGGGGGTACAATCCTCAATGGATTTCAGTAGTATTGAGACTGAGACAAGGGAAGCACTTGAAAAGAAAGGATGGACAGAAGAAATGTGGAACTCTATCTCACAAGAGGAAAGAGAGCAAGCTATCAGATGTTCATAGCTTCAAACATGAGGTTTAAATTTTTTATTAAGGTGTAAATAAAAAGGGGAGGTAGAATAATCTACTTCCCCTTTCTTCTTTTAAGCCTATTGCTTAAAGAATGGTATTTGGTCTTCAATAAAGATACCTCTTAGAACTGTATTATACATAGGAGCAAGAGGAGATTTAAGTAAGCTCTGTTGAGCTTTAGACTTATCTTTATATGGTCCAGATTTAAGTATTGCATCTTCTCCATTGAATGTTTCATAGTTCATTGGATTCATCAGATTGATTAGATTAAGAGTCTTTTCTACTGTATTTACACCAGCAGCAGGAGACTTTAATATTCTCAAACCTTCACCAACCATCTCTGGAGTAGGAGTAAGAGCACCTAATTCAGTATATAACCTTCTCAATTGGTATTCAATCATCTTGACTAACCAAGGTCTATCCCTATCATCACTCCACTCTATTAATCCAATAGCTGCTGCTACTGCAAGGAAGTGTGCTACCTCAGTTAATGCTCTTTTGACATTTGCCTGTTCTGTAGGAGTCATTTCATTCCACTTACTTGCAATATCAAACTGAGCTTTCCTAAGGTCTTGGAATAGAGCATTCATAAACCTACCAGTAGTAAGATAATAACCTTCTGTCCATGCTTCAAGGTCATAGTTATATGTAGCTGATTTGAATCTCCTATTGAGCGAAGGTTTTATCCATTTCCTGAACATCATACCCAACCTACCAATAGCCAATCTTTGTACTGCACTTCTATCAGCTTTATTATAAATACCGTGCATTCTTTGATTAATAGCTGCACTCTTTCTACTGAATTTGATTATATCTTCTTGAGTAAAAGCTGAGCCATCAGCCTTAGTATAGCCTTGTTTTAGCTGTAATTTAGCACCTAACTTCTTGTTACTACTGTCTAATGGTACAACCTCAAAAGCATCCCACAGACTTACTAACTTACCATTAGGAGCCTTCATTTTATAAGCATCAGCCAGAGCTAAAGATGTTCTATTCTGCATCCAGTGTTCACCTGCATTATTCATAAAGAATAGAGCAGATGTACCAAACATTCTACTGAACCAAGTCTTCCTGTCAAAGTTGACTTCTCTTGTATCCTGTTCATATTCCTGCATTACATTGAATAGTTCATCCCATAAAGCTAACTTATTAGTCTTTACCCTATCACCTAACTGAGCTAAGAATGCTGGTAATTCCTTACCATAGGTTCTATCAGCTTTTAAAGTATTCTTTTCATTGAAGAACTCTCCTGAGAAAGACTCAATTCTCATCATCACTTTACCAGTAGCTATATTTGAAACACCTGAAAGGACATTCAATGCCAAGTTATTCATAGAAGTCATTCTATTAATAAAGTTAGCTACCTTTCCCTTGTCAATATTAGTCTTACCAAAGGTTCCTTCATCTGCCATATATCTTCCATATACCTGCATTTCAAAGAAGTCATTCAGTCTTTCCATAAACCTTGACTTGTCTCCTGTCTTAGTTAGTTTACTCTCAACCTTTCTACCTACTGCCTTAAATTTCTCAACCATAGGTTTACCACCTTCTGTCTGAGTAACCTGTCTTTCTCTCAGCATATCTCTACCTACTTCAAGAACATCAATGACCTTATTCATTTCATCAAAGTCATTAGCCATTGCTGCATAAGCAGTCATAGTACCTACTATATCAGTAGATAAGTCATTAGCACTTTCTCCCTTCTTGAGCTTTGTAAAGTAGATAGGTAACATTTGTACCTCTCTATCCTCAAAGTCTTTTACAGTTGCCTTGTCTCCAAAGTCTGTATCATCAGTTCTCCTAATGAAATTATCCTTGATACTCTCCCAAACTTGTTGAGCACCAGACTTCACACTTTCAGAGCTTTTAACCCTTTCAACTAAGTCTTTCCTAATCTTTACAGCACTATTCAGCTTTGTATATTTATCAGGAAGTAGAGCATCAAGTTTAGCCTTAATATCCATCACAGTAGTATAATATTCTCTCTGGGCTTTATTAAGCCTTCTGAACTCCATACTTTCATAAATGGATTTCTTAGGTTGTCTAACTCCATCTACAGTCTCCATATTGGCATTGAACCAATTCTGCCTCTCTTCATTATATTTATCAGCATTCTCCCCTACAGGGTTTCTGCCATACTTTTCATTAAGACTTTGGAACATAGTCCTCATTCTCTCTCTGAATAGAGCATGGTTTATCTCACTGATATAATTACCACTCAGATTACCTTTACTATCTCTCTCAAACATCCACTCAGTGTCTTTTACACCAGCCTGTTCAAGTTTAATAGTGGCAGCTTGTAGTTCCTTCTGAATATCAATAGTCTTCAATCTGGCTTGCTCCTTGCTCTTTTTAACAGCTTGGTCCATAATCTTCAACATATAATCAGATGAATCAGCCATACTATCCAGCCATCTGTCAAAGAAAGAAATATCCTCATCAGCTACTTTAACTAACTCTTCTGCATTAAGAGTCTTTCCTTTGTACTTTCCAAATGGAACCACAAGGTTATCTCCTACAAAAGGCTTGATGAAATCAACAAATAAAGGCATAGAGATTGTATTGTAGTCCACTGCAAGGTCATTAAGCATTGTAGTGACATTATCTAATGCAACTCTTACTCTTTGACCATATCTATTGTCTGTGGACTTCTCTTCCTCTCTGAGAGCCTCTCTTACTGAATCAGCTATCCTCTTATAACTGTACATATAGTTCCTGATGTCCCTGAGTACTCCAGCCCTTTCATTAAGATTGGTTGCAGGAGTATTTCTCAACACCTCAAGTCTACTGCTTACTTTCCTTAGTTCTTCAAGTGCATTATCAAGGAACATATAGATACCTTCAATCTCACTATTATCAGCTAATTCAAGCTCTAACCTGTCTATTAATAACCTCTGATTGGCACTAAATTGACTGTTAGGATTTCTCTTTTCATAAATCTTGAGTCTCTTCAACTCATTATCTATAATCTTCTTCAAGAGAGTTTTATCTCTATCCACTCTTTCAGTAGTAGAATAGAATGCCTCAGAAGTAGCTATGTTCTCAACACTGATAGCTTCATCCATCTGTCCAGTAAGAATATCACCAGCCAGCTTGCTAAAGCTACTTTCTGCCTCAAGCATTGCTTTTTGGAACTGTGAAGCCCCTAATCCTCTAAAGAAATTTTTTACAGCATTAATAAACCTCTCCAGAAGGGATTTATAAGATGAAGAAGGGATGGGTTCAGACTGTAATAAGTGTTTAGCAAGTAATTTACCAGCAGCTTCTCTGGCTAACTTTGATTCATCACCTTTATACAGACTATCATAGGTATTGTAATCATCACCTAATATCTCACCTACCAAGCTATTATTAGCTAAGTGATTAACCAATCTATTGATAAGAGGATTATCACCCATTGCCTCAATAGCAAAGTGAGCAAATTCTTCTGGTAATGCTCTCTCACCTTTAATACCATCAGCAAGTCTAATCAATTCAATTATACCTGTTGCAGCATCTCTGGCTTGACTAAAGTCTGTTACTCCTGCCACTCCTCTTCTCTGTTCTAAGTCTGTAAGAGCACCTATCCCAATGCCATTAGCAGCTAATATCTCCCTCAATCTATTATTAAGAGTGTAATTATACTGCATACTATTAGCTTCAAGACTGTTCATCTTATTTCTTACTCTGACAAAAGGACTGATATAAACCCTATTACTTTCATTGTCCCATACCTTCTCAACAGATGCAACATAGTCCTCTCTAAACTCTGATTGAGTATTGAATTGAATAGCCTTTTGGACTAACATTCTATAGTTTTCATCATTGTTCAGATATAACTTAGCTCTACCTGTCTTATGGTAATGACCAATCTCTTCATTAAGGTTCTTTAGAATCTTCTGCTCATCAATAATACTTCTTAGATTAGTTTTCTTCAAGAGACTGCTTAGAGTAGGTTCACCATTTTCATCCATCTGTAACCTTGGATTCCAATTAGTAATAAAGTCACTACTCTTTGTAATGAGGTATATTCTTGTTGCCTCCTGCCTATTAGGGGCATAAGCCAGCAGGTCTTTAAATAACCTGCTGCTTACTACCTCATTTTTACTGTTCCTCACTTGAGGAATTATTGCACATTTCTTAGCCATATCTATAATTCATATAATGTATTTGCACCACAGATTTTATCATTGTTTGCATCCTCATACTCAGTATTAGGACTAATAGAATTAATATCATCTGCTTTCCCTTCATTCACTTCAAGTGGAGCACCATACACCTGACTGAAAGCCTCACTTGCAATATCTTGAGTCAGACTTGAGAAATCATAGTTAAGATACTCTGGCATGGAGTCATAATCAATATCAGCTTCCTGATAGGCTGTTATATCCTGATTTATATTAGGAGTATAATTCCTGTCATTCTTCTCAATTACTGACTTCATTTCAGTAACATCCTTACCATATTCATACTCAATGAAACTGTTCTTGAATCCAAGTGGGTCTATCCTTTCATACACAGCTACATTAGGCTGTACATTATCAGCTTGTGTAAGCCTATAATATATTGTACCTCCTTTGTATCTTCTTGCTATATAATTAAAGAAGTCATAGGTTGTTTCCTCTCCTGTTCCTTCCCTCTTCCTTATTATCTTCTTATCACCACTGTTAGATTCAGTATCAATGGTTATTTTAACCATATCCAAAGCATCACCTTGTTCATCAGTGAAAGAAGTAGAAGCCTCTGTAGGAACCTCAGGAACTAACTGTCTATTATCCAAGTGATTGTAGATGTACTGGTCAATAAATTGACTGTAATCATCCTCACTTTCCAACAATCCCCTCAGTGTATCAATATACTCTGGAACAGACTGTCTAATGGCAGTTGGTGCTAAATGAATGAAAGTAGAAGGTCCAAATGCAAACCCATTTCTGTAATAACTGTATCTGAATAAATTAAGAGCTAAAGCCTGAGCTTCTGGACCCATATATAATAATGATTGCCAGTCTCTCATATATCTTTCTCTCAGAGTAGGACTTAACTGACCAACATTCTTAAATACTATTGTATCTACAGGATTATTCTGGTTAGCTCTTATCACTCTCAATCTCTTAATAAATTCAAGTTCAGCTATTTCAGGATGTTCACTCAATGTTCTGTTGAAATAATCAGGGAAATTATTGATGAAATCCCTTCTCTTATCACTGGCTGTTGTAACCTTATCATCTGCTCTGAGGTTAGCTTCTTGCCCAAAGAATGATGTCTTGGACATAATATAGGCTAACAAATCATTGTAGATATTATTGAGTGTCTTTGCATTTAACTTGCCTGTCTTAGTGTACTGTCTTAAGCCTCTCAATCCCTCTTTACCATCAATTACTTCTCTGAAAGAGTCAGTGAATTGAGGGAAATATCTACTGAACATTTCCTGTGTCTGGTCAATACCAAGACTAAAGAATGCCTGTAAATAAGGTAATGGGGAGCTTAATAACTTCTCTCTTATCTGGTCAATATCCATACCTTTCATACTGAAAGGCATGATAACATCTGCACCAGTTAAAGGAGAGTTTTCATTTAAAACCACATTAGTCAGGAAATCATCAACCTTCTGTATCTTAATCTGTGTGTCTGCAATAGTAGGACCTGCTGCACCACCTTGAGTATCTGCTCTTGTAGCCTGAACCAACTGTCCTAAAGCATCTGCTGTGCTCATTATTCTCTTAAATAAATAACCAGCAGCCACCTGCTTCTTATAGAACTCAACCTTTCTGTAGTCAGATGTCTGTGTCCTATCACTCAATTCCTCTACTTCCTTCTGGAGAATGATATTGTCTGCCAATTCATCTGCCATGAACTTATTAGATTTATAATTGTCATAGGTTACATCTTCCATCATTGCAGCCCTTTTCTTGTAGTTCTCAATGACTTCATCAATGATTGTGTCCTTTCCTTTGCCTTCTCTACTCTCTCTGAAATAGGTATTAGTAATATCCATTACAATTGGTTGTGACATAATCAAACCAATCTCAATAGGATTATAACCAAGCCTACTTAAAAGCATTGAGGCATCAGCAGTGAATGTATTCTGATTCAATGAAGCAAGCACAGGGTCTTTCACATTATCCACAGATGCAGCAAGGAAACCTGCATTATTCCTTGAGATATACTCCTTATTGTCATTCATCAGACCATGAAGAGAAGTCAGTCTCTTACCATTAAGTAAGAAAGAGCCATTCTCAGTATCAAGACCTAATTCAGTATGTTGCATCAAAGCATGGTTTGCATTATGGTTGGCATAAATACCAATCAATGCTGCACCAGTCATATTCTGCTGATGAAGTTGAACCTGAGTTCTTGGGTTAAGAGGGTCAAGTTTCTTCTTGAACTTCTCTGCCAATTTGTCAAGTTGCTCCAAATCCATACTGCTTAACTTATTAAGAGTACTTTGATTCTCAGGAATATTCAGCTCCTTTCTTAGTTCAGACTCTCTACTTGATTGAAGGATGTTAATCATTCTTGCAGACTTCTTCTGATAGTCAAAACCACCGGGGTTAAGCATCTTTGAAGCAGTGTCAGCATTAGTCAGAACACCCCACATCATATCAATCAATAGATTGTTTCTGGCTTCAAGACTATTCTCTTGTGGAGACTTGCTAAAGTCATATTCAATCTTCTCAATCTTATCCTCAGAAGATACTCTATACTTCTCTCTATTAGCTTTATATGTCTTCCAAAGATTGTATTCCTGACTATCCTTAGGAGCTTTCCTACCATCATCTATGGCTCTGTTTACACTCTGTCTATACTCCTTTAACATTTCAGGAGATACAGCTTTTCCTTGTGTCAATTGAGCAACCAAATCATCAACAAACTGTCTTCTATTATACTTAGGAGTTATCTTGAACTCAGGCAACATGATATACAATTTATCCACATCAAAGTCAGAACCACTTAGGGTAGTAATCTCTGCTGGGAGCATAATTGCAGAACCATTCTGCTGAGGTAAGAAACCTTTAATATAAAGAGGAGCCATTGAGTATTTGTCCTCAGTTGGAACTCTATAACCAATCAACTTTCTCAAGTTGTCTGGTAACTTATTTATATCCAGTTCATGAGAACCTGCCTTCATAAGAGGTTCATAGAACTTCCTACTATATGCTGGCATATAAACTTCGAGATATTTAATTCTCTTGTTCTCTCCTTCACCTTCAAAAACAATCTTCAATTCATCAGTAAGACCATAATCAGAGACCTGAATAAGTGCTCCTCCTCTAATCTTCTGCTTAGTAATCCTACTCTTGATAATACTATTCAGTAATGTTTGTACTCTCTGGGATTGTACAGGGTCAAATAATGGAATATTGAATTGTCCTTTCTCATTAAGAGTACAGGCTCTAATCATATCAATTCCATATCTCTGATTACCTCTCAATTCCTCAAGAAGAATCTTCTCAACCTGTCTGGCATCCTTGAAGATTTCATTTACATCAGCAAAAGCCTGAATGATATTCTCAGTGTTAATAGCATTGTACATATCTAACCATTCCTGTTTAGACATTTCTCTACCATTCACATCAATCTTAACATCTGGGCTAATATCTGCTGTAATCAGCTTTCTAATCTGAGTACCAACTAACTGAACTGCATCAATAGCATGTTCTGGAGTTGCAGTCTGAATACCATAGTCTTCATAACTTACTTTATGAACCACATTAGGGTTCTCAACACCATTCTGAGTAGTGGCATTCTTAAGTACAGACTTGACATCTTCCTTAGTATTGACACTGTTCAAATCAATTACACCTTGTTTCCCAACCTTAGTAGTTGATTCAAATTGAACTACATCAATTCCATTCTCTTCCATGAACTCATTGATAGCCACAAGTTTACCTGATTTACCAAGTGGACCTGAAACTAACTGGTGCATAGCCATAAGAAGGAACTCTGAGTTCTTATGTTGAACTGGTGTCTTAATGCCTGTATGACCTTGAACTCCACTCATATTATTCACCTGAGTGTACACATAAGGTTTCTTGGTCTGCCAGATAATATTGAAATCAGCCATATCCCACTTACCATTTTGGAAGTTATCAAAGGCTCTCTGCATATCATCTGTCCACTGACCAGACATATCAAGAATAGCTCTGTAAGAACTTAATGACCTGTAAGCCTGAGCATCTGCCACATTTACCTCTCTGAACTTATTCAAGATTAAATCTCTGTCTCTCTTTGACATCTCACCTTTCTTGACTCTTTCATCAAGTACAGTTGCAATATCATCAAGTGCAGAGGATACAATCTCATCATCCTTTAGATAAATAGTCCTCTCTTCCTTTCTACCATACTTAGAGTTGGTATTAAGTCTGAGAGCAGGAGCATGAACCTCCTTATATCTCTTTTGGAAGTCCTCTATATTCTTATAGAAAGCAAGGTCAGTTGTAGTGAGTTCAATGATTTGTGATGTAGCAAACTTACTATTCCAGAAGTATTCTCTCAACTTAGCTTTGGCATTATTTCTAATAACAAGGTTTCTGTTGATACTATCTACTTCTTTGGGAGTAATCTCACCTCTTACCATCTTTTCTCTCAACAAGTCCTTGATACTTTCAAAAAGAGTAGTTGCTCTTCTATCATCCACTGGATTATTATTGTTGTAATCCCTTAAAAGAATATCCATCTCTGTAGTCCACATTCCTTCAAGAGCCTTCTTTGCATTGTTCAAAGAAGTTGCTGTATTCCTGTTATAAGAACTTTGACCAGCATTTACACCAATTACTCCAAGGTATTTGTACTTACCATTAGGCAGTTCTTCAAGTAAACCAGCTTTAGCCCATTCTCTGTAAGTCTGTTCAAACTCATTATCAAGAGCTTCTCTTACTGATTCTCTGATGAACTCTCTTAACTCAGCACCAGTTCCTTCATTCTGGATTCTCTGGAACCTATCAAGGAAAGTCTCACCATTGTCATATCTTACATCATTCAGAGCTGTAAGGAACTTAAATTCAGCACCACCAATACTCTTAATAGTACCATCCTTTTTCCTTACTATATCATAGTTTGCAATAGGAGCAATATTTGGATTACCCTTTTGATATTCAACATCCCTTTGGTTTACAAGAGCTATTCTATCTACCTCTTGATTAACCAAATCAACCATCCTATCAAGGATAATATCATCATACTTCATATATTCACCATCTTCTCCAATGATGCTATGATTATCATACTTCCTGAATCTAATGAACTCAGCAGAAGGACTATCTGAAAGAATTGGCACATGATAATTAGCCCATTGAATATCAGATTTACTGTTATCTGGGTCTCCAAAGTATTCTGTCAGTAATACTAAGGTGTAATCCAAATCATCCCAGTTCTGATATGCAACCTTATCTGAGTTAAGTAGAACCTTATGGCTCAATCCTCTTCTCATTTCAGGGTTATTTACCAGTTGCTCAATCCAGTCATTTCTCCATCTACCATCCTTATAGAACCATTCATATTGTCCAAATTCATTTTCAACAAACTCTTTGAACCTTGTTTCATTACCCATAACATTCTTAAGCTGTTTAATCAACTTGCCAAGATAGTTAGGAGTAACATGACTATAGTATGACTTATCATTTTCCCTCACACTACTTTCAATGGCATCTTCTGTTACTTCTGCAAGCATCATAGCTATACTGTTATATGCAGAACCAAAGGTATTTATCAAATCCCCTCTCTTTTCAGTTCCATCTTCAAGAGTCTCAGATTTAACCTCACCTTTCTTTACACCACTGAATATGATGTTTAATTGAGGAAGAAGCAACATAATTGGGTCTGTTGCAGTACCACCTTCATATTGCTTTATATTGGTCAGAGCATCTAATAATACACCTTGATTAGCATTGATACCAATCATATTAAGGAGCTTATTCAATGTCTTCCATACCTTTTCATCTTGTAGAAGTTCCAACCTTTGTTCTGTACTAAGATTGGTAAACCTGTTATTGAGAGCCTCAGTCCATTTAAGACCATTCTCTGCATTCTCAAGATTCAAGTCTCCATTCTTATCATAGATACTATCATCATCAAGCAGATTACCATTCTCATAGTTATCCCTCCATTCATCAAGTAGATAATAGACACCCTCAGGCTTATTGATAGCAATAGTTTCCATCTTGAAAGTACCATCAGCCTGTAGTTTCTTCTTCTGAATCCAGTAAGGCATAAAGTCCTTTCTGAAATCCTGATAGAACTGACTGAATAGTTTAGGCTCAGCCTGTAGTTTCTTGACTATTTGCTTAGTCCAAGGCTTGGTATTACCCAGAGTCTCCAGAAGTGGTAACATATCATCAGATGTAATCATATCCCTGAGCTTATCTATAAGGGTTGCATGAACATAGTCTGCATCAAGAAATCTAAGATTTCCTAAATCATCCTTATCATACTTTCCTCTGTAGTCAAGTTGGGGAATCTCTCTAATTACCTTTCTAACCTCTTGACTTAAAGACTCATGAGAGCTTACTTCCCTATAATTAGTCATCCATCCATCCTTGAAAGCCTCATCCTTTACAAAGTCATCAGCCTGTGTATCTACCGCACTATCTCCCTCAGGAGTATCATTATTAAGGTTGGCATCTTTAGGGGCAATATAATTAGGGTCAATCCTAATCCCCTCAGTGGCTATTAGTATAGTACTTGCTTCCTCAGCCAAAGGTTTGAAGTTATCTACTACTTTCTGATAAGCATTGGTTTTATATAATGCTTTCTTCTTTGCAGCTTCATACTTCTGTTCATCACTATATCTCTCAGAACCCTTCATACTATTGATTGTATTCAGTTCTGATTGTATCCTATTCTCCTCAGAGTCAAGTATATAGTTATTGAAATAATCCCTTACTCTACTAAATAAGCCAGCAGGTGTATATAGCTTGATTATCTTGAACCTATCAAGAGTTCCTAACTCTTCTTTCAGTTCATTGACAGCAAGTACATCACCTTCTTTTCCAGCATCAGCAATTCTCTTATTAAGAGTATCATTGTGTTCTTGCAGTGCTGTATCTATTTCATTGCTAAAGAATCTTGCAATCAGACTAACCCTGTCTCTTCTTGTTCTTGGGTCAAAGTCCAAATCTACTTTAGCTTGTTCTTCCACAGTGGAAATCCTTGGAGCCTCAAATGAAGGTGAAAGTGCTTTATCTAAAGCCTCTATCATTTCATCCTTACCTTTCCTTAGTTCTGCCCTAAAGTTATTTAGTTCAGAAGCAGTAGGATAAGTGTCCCAGTCCTTATTATTCTTGTCTTGCCATAGCTCAACAAGTCCCTTGACTGATTCTATAGTTTCACCCTGTAATTTAGCAGCCAATTCTTCTATTGTAGAATTAGTTGTGATACATCTTTTACTCATCTTGTTATAGATTTATAATTAAATTTATGTGCAAATATAAAGGTTGTTTTCTTAATATGCAAGTTATTAAGGGTTTTCTTTTTGAGAGGTAAACCAAACTCTTTAAAAATAAGAAAGGGGAGACTTAGCTCCCCCAAACTATTATTCAACTACATACTTAACACCATTGAATACAAGGGCTTTAATTGTGTTGATATTTACTAATCTAATCCCATCTTCTTTGGAATTTCTTTCAATATCCATATCAAGACATTTATATTTCCCATCTCTTGATACAAATTGCATCTTGTAGCCTCTTAGTATCCTATCTTCTCCTTCAATGAAGTCCTTAATAGGGTTATTCTGAATGTGTTCCAGAGCTTCTTTATAAGCTACAGCCATTGACTTCTTAGCTTTCTTAGCCTTGTCAATCAAAGCTACAGCCTCTTGTCTTTGTGCTTCCCTCTCAGCTTCATATTGCTTCTTGGTCTTAGCCTTATCCTGCTTTTGGAACACAACAGTGAATACCTCAGAAGATTTGATACCCTCAAAGATTGTCCTTATACCCGGAGTACCATCTTTCTTATCTTCTTTAGTTACTTTTACTTCTTTGTCATACTGGTCAGAAGTATTAAGCAGGTCTTGAACATAACCATAACCTAATGTTACTGACTTTCCACTCTCTGTATGTTTGAATTTGATTGTATCTTTACCAATCTCTTCAACAATGTAATGTGACTCTTCTGAGAATACATCACCTACTGCTATCTCTTTAATATTGATTTTCATTGTTCTTGATTTTAATCTATTACTTCTTTTGAATAAGCAGTATATACTGCATTTAATTCTACATCATCCTTTACAGAATCCATAGTAGCCATATACATAGCTTTTGTCCTTGTTCCACCTCTACTTAATGCAGCAGCTTCAATCACTTGAGAAGTTTTACCACTATTCTTGAAAGGAACACTTACACCATTTGTCATGGCAGAAAGCTCTTTATACCATTCAACATACATAGGGTCAATAGTCATGGTATCAAATTTGATACCTAATTCACTTGCCTTCTTAGCTTCTTCTCTCCAATCAATCTGGGCATTACTTATAATACCCTTGTAGCTGTAACCTACCTTGTGAGGTGCTGCATCAGCAATTAATAATACTGCCTTAGTAGAACCCTCTCTCCATGCAGTTTCCTCCGTGATTTTCTTAATGACCAATTCATAGAATTCATCACCATCCCCACCACTTGTATCCTGAGCTTCATTGATAAACTTGATGATTTTGTTTTCATCATTAGTTAAATCCAGTACTTGATAAGCCTTACCATATAAAGTAGGGGCTTTCATATCACAATAGTCACCAAATGCTACTATACCAATCCTTAAATCAGGATTAGAACTGAATAGTTTGGGAACCAACTCCTTTACATGGGTCTTTACTGCATTAATATAAGCTGACATAGAGCCAGTTGTATCAAATGCAATCACCATGTCAAGCATACCATCAGTAGTAGATGGCTCTACTACTTTAGGTAGCTCTTTTGTCTTAATTAAATTTGTTCTCATTAAATGAACTTTTCAAGATTTGACATAAACTCCTGAGCCTCTTTCTGAGTTTCAGAGATGAAATCTATTTCATCCTCAAGGAGTTTTACCTTTTGTTTCTTACTTTCAATGTCTGCCTGCATTTCTGCATTCAATTTTGAAGCATCTTCATGTGCTTTCTTAAACATTGATTTTACTCCAGTCAGCCTTTCCTTAAATGAAGGCTTCGCAATAACTGCTTGTTTCTTACTTCCAAATGCCATTGTTTTTTTTTTTAGTTATTAATCAGGATTGGCTTCATCATATAAATCCACCAAATAATTTCTTCTCAAAAACTCCATGTGTAATGGATGTGCCAGTTCTCTTGCTTGAGGATGAGCATTGCCTGCATCTCTTAACTTAAAGAAATGCTCCCAATCACTCACAAAACCAGTCATTACTAACTCAGTCTTTAAGGCATTAGGTAATACTGCTCTTGCTTGTTGAGGTGTCCAAGGATTATTCCTAAATCCAGTCTTATATCTTTTATCAGGAATCCTATCCTCCCACTTCTTCATCAAATCAAAATAATTAGCTTCAGCAGCTCTTAAAGCCACCAAGAAACCATTATAATAAGTATTTCCTTCATAATTGTAATCCTCTAACCAGCAAGGTTCAATGAAAGTAACTTCATTACCAAACTTATCCTTAGAGTAGTTACAATATCTAGTAGATTCTTGAGCAAAACTAAACACTCTGTGTCTTACGAATTCCATCTCTTAATGTATAGGCTCTTTATCCTATACTTCTCCTCTTTTCAGAGGAGTGTGGGACTATATCATCATCCTTCACAGGATGCCCAGCACTCGTGTCAGTATTATATTCTAATATTATCTTTTTAATATCTAAGAATCCTAAACCACTCATTGTTCGTATTGGTTTAAGGTTAGATAGTGTGAACTCAGTAAATGGATTGCTTATATACATCTCAATTACTTTATCACTTTGCCACTTATGTATATTTGTTTTCATATTAGTTTCAACTGTTAGTCTCTGAACCTTCCAACTTTGTTAAAGGTTGGCTTGGCTGCTGATTAGCATGATTTAATAAATTTTAGCCTTCCAGCAATTCACTGGGTTATCATTGATAGATTACTCTATCAAGCCACAAATTTCTTATGGGATACTCCTCTGTCACATACAAACTTAACTGTGACTCTCTTCTCATGATACTCTGTAGGTTCACATAAGTATTTTAAATCATCAAGCCAATTATTTTCTACTAATACTCTAAAGTTAGAAGTAATAGCTACAAATCCATCTAGAACTCCTAAAATAGGTTGAGCTTGTACAGCTTTTGAGTAGATATTTTCCTTATATTTACTCCATAAATTACAAGCAACTCTATTAGAATCTTCTCTAGCCTTAAAGTCATATCTTAAATATATAGTCCCTGCTTCTAACATAGCACCATGCCCACTCTTAATCATTCTTTCCACAAACTCTTTAGCAGAAGTTTCTGTTATCTTATCCTCAGATTTATAACATACTCTTCCTGCCCTTTCAATCTGTTTGTAAATTCCTTCAAGACCTTCTTGTTGGTCCCAAATCTCAAAACTTGGTTTAATCAGCTTCATATGTATCTTTTACTTCTTTAATTAAATCATTAATGGGTTTTATAGCATCTATCATTTCATTCAACTTAACTAAGGCTGTACAGTAAGGAGTGCCTTCAATTATATTCTTAACCCTATAATAGTTAGCATAAACTTTTGATACATTTATAGAGTTTCCCAACAATGCAGAATTGAGTTGTTCCTTAAATTCAGCATCATGCTCACTATAAAAACCCATTATACTTGCAAGTTCTCTCATGCCAACTTTTACTAAACAAGTATCATCTTTAGAATTAGTTCCTATTACTTTCATATTATTCCTCTAATATTACAATTTCATCAAAATCAACTTTCTTAGGAAAGTCCTGTCTTTTCACCTTTTCTATAATAGCTTCCTCAATTTGGGAATCTTCTGCATCTGGAGGTAATTCAACCTCATCATAATATGATATGGTTACACTCACAAACCTCTTATGTTTTACATCAAGAGGTGCATTCCAAGGTGCTCTGGGGTCTTCATCAGCCCCTAATGGTGCATTACTCATTCTCTTTTCCTTTTTAAGTTTCTTAATATCTATCTCTAAATTATTCTCTTTGATTAATCTTCTTGCAATAACACTTTCAAGTTTTAATGGGATGCTAATATGTCTGCCTTTTTCATTAAGGTAGATAGCATGGTCTCCATTATGTCTGTCATAATAGAAACCATTGGCTACTACCACCCTAACAAACTCTCTATGTGTAAATTGCTTCATCACCAAAGCTCTTTAATCCTCCTAAAGTCCTCACCTTGAGGTACTGGACAATTCTTCACCCACTTCATTTCCTTGACATTCCATAGTGACAAGTCAATGTGCTCAGGAAGGAGAAGTTTCATATCAGCAAAGAGATTAAGTCTAAGAGATTTCCCTTTAATGAAATCAGATTTAGTTTCCTTAACCTCTTGCATCATACTGTTCAGTTCCACAAACCTCTCAACATCTATTAGACTATGAGGAGTCAAGACTATACCATCTGCATAAGCTAATATAGTCCTTACTCTGTTCCAAGCAGCTATTGAAGTGTACACATATACCTTTGGAATGTCTGTATAAACTTCACTAATAACTCGAATAGACCTTATTAATTCAGCCACTTTATTAGTGTGAATCAAAGGTTCTCCTCCAGTAATCATTATCTCTTCATAGTTCCATCTATTCACTACTGGTAAAGATGAAAAATCCCATGAGTTATTACAACACATGGGACACTTGTTAGGACATTTAGTTGTTACTAATAACCTAAGTTTCTTATTCATGATATTACATCTTTATAAGTTACCACTTGCTCAGCCATAAGAGCATTGCAAGGTGGTACAATCACTTGTTCAATTCTTGTTATTTTATACAGATATGAACTCCCATTGTATATACCATTACTCTTCAAGAGCATTTCTGCCTGTTGAGGATTAATAGCCTTACACATTGCACATCCCTTACCTATACCAGTAACTTCATATTCCATAACCCAGAGTTGCATTGCCCCCTCAGGAGCACATCCTACATCTACCCTATCTCTATTAGGGACTATATTGTCTGGGGCACAATAAATTCCTTGTTGTCCTGCCATAATTCATTACACTTCTTGCATAAGCCATTCTTATAAACAGGCTTACCACAAATTCTACATCTCTCTACAGCATTAAAGCCTAATTCTCTACTGGATTGAGTTGAATTACCTACTACATCTCTAATTAGAGTCATAGCCTGTGAAATCTTTTCTATTTCAGTAGCAGTTAATATATTATTAGAGCTTGCTGTAACAATATACATACCCTTCAATCTCCAGAGTATTCTACTCCTTTCCTGCCATCTTCTTTGTTTTTCTGTCATAACTATCTATTATACCTATACATACTTTTCACTTTATCTGCCCTACCCATACTTCCATCATAGATAACATAAGTTTCAAAGATTGAAGCATCAGGTCTAATCTTCCTTAAAGCAACTGAAATACCAGCTCTTGTTCTTCCTAAATAATAGGAATCATCAATGAATATCCAGTTCTTACAAAGCAACTTATCTTTGAATATAAGTGCCTCATTACCCAATCTGATACCACCATTAGTGACAATTACTTCTCTAAAAGTTTCAGTCAATCTGTCACCATACATTGTCATAATGGCATTACCAAATCCTCCACTCACAATTAAGCCTGTATCAGGCAATTCCAAGTTTCTTCCAGCATCATTCATAAAGAATGAGAGGAAGTCTTCAAGTATGCTTCTATCCCCTTTAATCATAAAGTCAAGAGCATTGAAGAACTCCTCTCCTTCCTTGTGTTGTTTTAGAATGACACCTATCTTTTCATTCAATGTCATAATATACCCTTTGCATGAAGATAATATCTAACTATATCCCAATCCACATAAGGTCTCTCAGAAAGAAAATCATGTTTCAAGGGAACTCCCAAAGCTGCATCATCAATATAGATGTGTGCATAAGGTTTAGGTGATGAAGTCCAATCCTTTTGAGTTGGATTTTCATTTACACCAAACAAAGGAATATCATGTTTCTTGAACCAGTCTATTGCATCCTGCAACCCATCACTGGGAAGTTTAGCTGGCTTAGTTTTACCATAACCAAATTCCTCTATTTCTTCTGCTCCATCTAACTGATGGCTTCTCATAGTGAACAGTATAATCTTATGACCTTTATCAGTCAGCTCTTTCAAGACTTCTGCTGCTCCTATCTCTGCTCCTACTCTTGGGAACTCATGTGTAACACAAGTTCCATCAAAATCTACTGCTATAATCATCCTTCAATTGTTGTTTTATATCTTTCATAAGTCTTCCTTATTACTTCTTCACCAATAGGATTCTCTCTCTTAGAGTCCCTCTCAATACATATTTCAAGGGGAGTAAAGAAGTCCTTAAACTCAAGTTCATACTTGAAATCATCTTGAAGGTCTAATTTATTCTCTGATTTCAATTCATCTACTACTTGGTTATGAATTTTTATATATGACTCATAATATTCCACTTCTTTAGGACTAAGGTTCATATTGTCAATAACAATATCATAACCTTTCTTCATAGATGTTATAATGAATTGCTTTTTCATAGCATAAACCAGCACTTCTCTGTTAGGAACCCAGTACTTACCAAGCATATTCCTGACATCATCATTGTTGAACCTTACTCTACGCTCAGGGTCTTCAAGTACCCATTGTTTAGCCCAAGTAGTTTTACCTGAACCTTGTATTCCTCTACACAATATTATTTTAGCCATTGTCACATTTCTTTTGATTATCCATCCACATTACTGTCATAATGGCATAATTAGCCATGTCAAGCAATGTGTCTCTAATAGATTCATCTTGTACCATAGCCTTCTTTTGAGCCAGAGACTCAATTCTATTCATCTTATCCCCAATCCTTACTACTGATGCCACCAGACCAAACTTACCCAAAGACTTGTCAAAGGAATTGCCATAGTCATGATTCTTCCTAACATAGGTTTCAATCATTCCCTTGGCTATATCCTTGAATTGATTAGCTGGACTATTTAATGAAATCTTATCAGTTCCTTCAACTTTCTTATCATTTTCCTCAAGTACTTCAAGATTGATTCTTATCCTATCTAATTCTCTACAGATATTTTCTGAGGTAATCTTCTTATACTGTACATTATTAGCTAAGGAAGCTAAATCTCCTATTGCCTGTTGTATTACTTCTCTTTTTCCCATTCTTTTAATGTTATAAACTGTTTAAGGAAATCCTTTCTTTCCCTAATAAAAATCTCTCCAGTCTTAAGACTGATATAGGCTATAGATTCAAACCATTGTCTGCTTGTAATATCTTTCATTTGACACACATACAAAGGTTTATATTGCCCTCCAGTCTTCTTATGGACCCAAATCCTTTCCTTATCTACTTTATTCTGGTGTTTGATAAGGAATCCTACTCCTATAAAACCAAGGAGTAGGATTAATCCAAGTATAATTTGTCCTGTCATACTAATGAATCCAAAAATCTGCTGCATCACCCTCAGCAGGAAGTTCTACTTTCCTACAGAAAAATGCTCCAGCCTTCTTCATACAATCTTTCAAAACCTCTGTCATTTCATCAGCTATCTCTTCTGGAACCTCTATATTCCATTCATCATGTGCTGGAATACAGAACTTAACCTTGAAAACAAGATTATGTTCAAGAATATACTGCCATAGAAATACAGAAGCTACCTTAAACATCAGTGCTCCAGTACCTTGACAAGGGTAATTAATTGCCTGTTTCTCAGATGCAGATTTCCTTTTGAAGAAATGTTTCACTGGTAATACATAGACATCTGCTATACTTACATAGACTTCTCTGGGAACTTCCTTCCCTGCTTTCTTAGTAGTATAGGTATAGACACCTACCATTCCCTTGAGACTTTCTCCATCAGCAAACTTCTTATAAATCTGTTGTTTAACAGCTTTAGGAAGTGTCTTATTCTCTTTACCTTTGTAGGGTTTATATTCAGCCCAGAACTGTTGAGTAAACCTCCTCTTCATAGCCATGAGCATATCATAGTCATATATAAGAGCCTTATGTTGAGTTAATGGATTGAGTATGATAAAACCATTATCCATGACAAACTTTCTTTGTCTATCTTGATAGGTCTTAATACCAATGAAACCCTTCATATAGTTATTATATATTCTCTTTGACTCCTGCTCACTTTTACCAGAGTGAGATTTAATTGTGTTCCAGTCTCCACCATAATTGATAGGAAACTCTACTTGAGATTTAACATCATTCCTAAGTCCATGAAACTTCTTCCTTATCTGTTCAATAGGACAATCACCTATAATATCAGGGAAAGCCATCTTTGCAACCAGTGAATGCACATCACCACAACCATTATTGAACAAATCAATCATGGCAGGGTCATTAGTTACATCTGCGATAATCCTTGATTCCTGCCCACTATAGTCACAAGAAATCCACTTCATTCCCTTACTTGCTACAAAACAAGCCCTTGTCTCTGGGTCTGCTGGAAAGTTCTGAAAATTAAGATATTCAATCTTATTTGCTTTGTCCTTACCACCTGAACTGAGCCTTCCTGTATCTGTTCCAAGCTGATTAAAGTTAGTATGTACTCTACCACTCTTTTCATTTATCTGGTCAATTACATTCTGACCATAGGTAGAAGTGACCTTCTTAGCTGCCTTATATTGTAAATAAAGATAGGCAATAGTAGACTTATCTTGTTGAGGCTCAATTACTTCTGCACCAACACTATCTTTCCATTCACCTGTCTCCTTATCTTTAGCTAACAAATCAAAACCAAGATGCTTGAATAATGGGATAACCTGTTTAGGACTATCCCAATTAATCAAACAGATAGGCTTATTATTGAAGCCACTCCATAAGTCACCTTGAAGGTCTTCCTTTATGTACTTAGTACTCAACCTTGTGTCCACAGGTACTTTCCATGCTTCAAAGTACCCTCTTACAGGTCCTTTAATATCTGCCTCTGGACATCTTTCACCTTGCATCTTTTCTCTGGCTCTCTCTAAATCCTTTGGGTCTGCCCAACCCTCTACTTGTAAATAGTGATAGGAATAAGGCTCACCTTTTGCAGCAGCAATTACCCAATCACTAAGAGCATCCTCAAATACTTTAGCATTAAAGTTGTCAAGAATCATCTTGTATTTCCATTTCTCAATGTCCAACTTAACACCACAATATTCAGTATAGGCTACCCAATTTACAGATTTATTTTCATAGATAATGGCAGTTTGAAGGTTCCTCTTTTCAAGTTCCTTCATCTGTGCATCCATGATTCTTTCCAGATATTTCACATCATTTGCACCATACTCAATAACATCTTCTGAAAGACCAGCCCACATCACTTTTCCACGAACAGTCTTATCCAATTCAACACCAAGATACCTTTCTCCTGCTGCCTTAAGACCCATTCCATGAATACCAGAGGGATAACCCAACCACATAAGTTTCTCTGCCAAGAAGCCATCAAAGCATTCTTTTACAACTATCTTTTGGTGTAATAGGAACTTCAAGTCAAACTTAATATTCCAACCAATGAATAGTCTGTCAGATTCTAAGAACTCTTTAAAGAATCCTATACTTACAGTAGTCACATCAATTACTACTTGAAACTCATAACACCCCAACTGGAGCATTATGAGTTCTTTTGTATAAGGGTCAAACCCTTTGGTTTCAGTATCTAAGCCAACCTTCCTTAAAGGCTTGAGCATGTGTAATGCAGCTTGTGGAGATATTATCTCATACTTGTCAGATTCAGGTAGTATTTGTTGAGTTACTACATAAATCATATATTCACAATTGCATCAATCAACTCTTGCTCTTCTTCTGGTGTGACTTCAAAGGTAATAGCATAACCTTGTCCCATTACATGGTCTATAGATTTAACTACTGCCTCAGCTTCTTCAAGATATTCTCCCTCAACTATCATTGGACCACCTGATGGGTCTATGAACTTTTTCTTCTTATCTGTCAAACCACTCCTCATAGTATATGTGGAAGTCTTTAACATATAAGTGTGTGATTCACTGCCATCTGGCTTAACTAATCTCCTAAGATAGTTGTGTTCCTCTCCTCTTGATTTTAACTCTATTAAGTCTTTCATACCATTGAATATGCTACTAATTCATCAAAATTCAGTACATACCTATACTTCTGAAAGAAAGTACTACCCAAGATTCCATGCAGGTTAATACCATACTCCTGTTTAATCATTCCAAATGCCTGACTTAAGTCTACTACTTGGAAATCATCCTCATAGCTTTGACTTCTATAGTCCACATTCATTCTGATATAACCTCTGTCCTCTTTAACAGTACCCTCAATTCCCATTCCAAAGCCTGTCTCTCCAGTCTCTACATAAGATAACCCTTCCAGAGCAGCCTCATTGATTGAAGAATAAGATGCACCAGTATCAAGAAGGAAGTTCAGTTTCCTGCCATTATTCCTAAATGTGACAATTGGCAGTTCAACCAAATCCATAGACTCCTTAAAGGAAATCCTTCCTACTTTAGGGTCTATCTTCCTTCTATTCATTATTAGATTAACAACTCCTGCAATAATGGCTACACAAGCCAGTACCACTATCATTGCTACAATTTTCCATACAAACTCCATGTTTCATGTTTTTTTTTTAGTGATTACTTTCCTGTACTACCAATACCACCTCTACTATTTGCTCCAAGAGTCTCTACAGGCTCCAGAAGTAGAGTTGATGATAATAGCCATTTTAATTTCTGCCATGCAGTAGCAAATTGAGAAGGCACAACTTCAAATTGACATACCCTTGTTCCTTTAGGAATGGTAATAGCTTTAAATGCAAGTAATTCTACTCTCCATTCATCTTCATCACCACTATAGGTATTATCCATAATAGCTGCACTGTTTGCTATTTGCACGCTCCATTTAGGTGGAGTACTACTTCTACTCCAAACAGTAGCTCTCATTCCTTTAGGGAGTTTCATTGCTACTCCCAACTTAAATATACCTAACTCTCCTTTCTTCAAGACTACATCTTCTGCCAAGAATAAATCATAGCAATCTGACATACCCTCTCCACTCCTTACAGGAAAACAACCTTTTGTTATTTCTTTTACTTTAATTTTCATATTATAAACATTTACTATACCCACAATCTTTACAGTGAATACAACCACCCTCTCTTACCAAAGTACCACCACAGTCAGGACATACCTCACCCTTGATTTCTTCATTAGGGATATACTTACTGAGTACTCTACACATAGCTGAACTGAATGAAGTAATATTGTCATTAACCTTCTTTGCAGTCTTGACAATATACTTAATATCTACTCCATGTCTTAACAACATAGATGAATATAAAGTAGCTGCATTCTCTTCAACATTTTCATTAGCTAACTCAAGATTGTCTATATGAAAGACATCTGATGTAAAGCTATAGTGCATCTTACTTACTTTAGTTATAACACCCTTGTGAGGTTTAAAGCTAATAGGATTCCTTGGTCTGAATGCAAAGACTTCATAAGGTTTAGACTCTAACATACCCACCAAGATAATGAACTGTTCACCTTTTGCTTTAATTAAATAAGCATCAGCTTCAAGTTCTTTAGGTCTCTTAGGAGCTTGTCTTCCCTCAATAGTCTTAGGTTTCTCAACTTGAGTCAATACACCTTCCCTACATCCATCTCTGTATATAGTGATACCCTTCAATCCCTGTTTCCATGCTTCAATATAGATGTCAGCAATCTCTTCTTCTGTAGTTTCCTTAGCCAGATTAACTGTACTACTGATACTATGGGTAATATATTTCTGAACTACTCCTTGCAGCTTGACTCTCTGTCTCCAATCAATCTCTGGTGCAGTAGAACCATAGTAAGGACTTTCCTTCCAAACTTCCTCCCATATTCCCAAGCTCCATTCATTAACTTCTGACTCACTATAGTTCATAGTATAGTTCATAGTTTCTATTGCCCATCTCTTCAAGTTAGGATGAACTACTGTAAACAGAGTGTATTTCTCACCTACTTTATCTACATAATCTACCCTATCACTTTCAGACATACACTTCCTCTTTCTTTGGTAGAAAGGCAGAAATATAGGCTCAATACCACTACTTGTACCAGCCATGATACTTACAGTTCCAGTAGGAGCTACAGTAGACCAACTTATGTTCCTTCTACCACAATTCATCATCCTCTTATACTTCTCAGGGTCATTTAAGAACACCCAATCATACCAAGCATTGTTTCTACCCCTATTCTCCTCTTCCAAATTTCCATTCCAAGCAGGAAATGCACCTCTCTCAATAGCCATATCAATATTACTGTCAAGCTGACCTTTGAACATAACTTTCATTAGTTGTTCAACCTGACTAATACCTTCATCAGAGTCATACTTCAAGCCTAACATAGCTATTGCATCAGCAAGTCCAGTGAAACCTAAACCAGCTCTTCTTCCTTGAATTGCAGTTTCTTTGATTCTACTCCATAGCTTGAACTCAGTATCATCAGTATCATTCTTCACTGTATCAATAATCTTATCAACAGCTTCAATCTCCAAATCAACCAAGTCATCAGCTAATCTCATAGCCTCATAAGAGTGCATATAGAGTAACTCTTCATCAATGTGAGCTTTGTCTGTAAATGGGTCTACAATATAGCTACTCAAGTTAATATGAATCAACCTACAACTATCAAATGGACCCATTGGTATTTCACCACAAGGATTAGTTCCAACCATCTTGAAGTCAGGATATACACCATCAGGAGAATAGTTGTGCATTGCTCCTTCAAACATAATCCCTGGTTCAGCAGTATTCCAAGCACAGTGCATAAGAGTATTCCATAGTTCTCTTGCCTTAATTAGTTTAAGATACCCATCTCCTACTTTATATAATTTATTATATTCAACATGAGTTACATGAGCATGATTTGCAGGAGAAGGATTATCCCCTGCATAATATAATATCTTAATCCCATCTACATCTTGATAACCAACTATAGAATTAGTAGGATATCTAAGGACATAATCCTTATCTTTTATTACAGCTTGCATAAAATCATCAGTAACCTTCACTGAAATATTAGCTCCAGTAACCTTAGTTAAGTCCTGCTTCTTAGTAATAAACTCTTCAATATCAGGATGATTGATACTCATACTTAACATAAGAGCACCTCTTCTTCCATTCTGAGCTACTTCATTGGTTATATCTGAACATACATCCATGAAAGATGCTGCACCAGTTGAAGACTTTGCTGCATTATTAACCTTAGCTCCTCTTGGTCTAAGCTGAGATAAATCATAACCAACTCCACCTCTTCTTTTCATAAGTTGAGCCTGTTGGCTTCTTGTCTTCATTATCTCTGCATAACTATCCTTTGGACTGCCTATTACAAAGCAATTACTAAGACTTACTAATGCTCCAGTTCCACAACCAGACATAACTGAACCTCCGGGTATAATATACTTGAAGTCTTTGAATAACTGATAGATAGCTTCTTCATCAAGATTAGGTCTTTGGTATCCATAATTGGACAATTTCATTCTATTTGACCCTTTCCAATGATAATCACTCTCTACTCTTGCAAATTCCTTAGCTAATCTCCTGTGTGTATCATCAGGAGTTTGCTCTCCATCTGCTGCATACTTATTCCTCCAAGTTGAAGCTGCCAGTTCATCTCCTTTAAAATATTCTAACTCTGTCATGCTGGTACTAAATTCTTTATTTCCATAATACAATCATTTGCCATCACTTCCTTACTATATTTTAAGTTAGGATTAGTAAGATAATAATTTAGGTCTGTAAGAATCTTCCTCCAATCCCTATATATCTTACCTGTTTCATCCTTTAAATCTACCCTACCAAAGTTCCCATAGAATTCCCACACAATAGGAGCAATTGTTCTTCTATTGATAACAATGAATTGATAATGCTGAATCTTGAACTCACTGAAATAAGGGTCTCTCTTGATACACTCTTGAAGAATATATGTATATAGCTTAGCTTGGATATCATATCTCCAGTGAGCAAAGGAATCTTGAAAGTTCTCCTCAGGATACCCAGTAGTCTTTAAGTCTATTGGATAGATAATCTTATTATGATGGTCCACAATAAGTTCATCAAACATACATCTCACTGGTATTCCATTCCATTCAGCCTTGAACTTCAATTGAAACACCTTCTCAATATCATCTCTCCAAGGGTCTATATAAAAGAAGTCCTTGGTTATTGAGTTGGTTCTTAATTCATCAACACACAGAGAGACATCATTATAATCCTTTTGGGATAATATAGTCTTATCTCCTGCCAGTGCAAGTAGTGAATAATACTCATTGCAGCTCTCTTTTACCTTCTTTATTCTGGTAGCTTTATAAGAGTCCCCTGTATAATATCCATTGGCTACAGCCACACTACTAATCACTTCATCATCAATAGTATCTACCCTTCTATGTGTATCTCCATACTTGGAGAATAATACTTTGGTGATACTTATCAGGTTATCTGATAGATTAGGAAACTCACATACAATGAATCTTTCAGCAAAGGCTTGTTCCCCATCAGTAAGCATACAATCCACTGCACTACCAAATAGTAATGCTGGACTATCTACCTTATCAAAGAGAGAACTAAGATTCCTCCATCCTTCCCTTTCAAATCTTGATAATGTAGAGTAACTGATTGCAGGGTCTTTCCTGTACTCTTCTTCTGTTACATTCCAAGATAGTTCTTTAATACTCTTCATCATAGTATTCCTCCTCTATGTCTTCTTCCCATTCATTACTGGGAACTTCAAGCTGGGTTAAATATACATCCACCTCAGCCTTTAAATTACTTAACTCTGTCAAGTCCACATCAAGATACTCCTGTTTAGGATTTTCACTCTTGATATTCTTCCTTGTCTTGAATATTGCTGAATCCACTAAGTCCTTGAGTGACTCAAAATCTCTGCTCTGAATAAACTGTTCACCTAAAGTTATATCACTCTTGGGTAAACTGTTGAGCAATTTCCTCATTCTTTCTATGGCTTTCATCTTTAATAATTTGAATAAATTCTAAGAGTTGTTTCTTAGTAAAGACCTCAAAGATAAGATAATTTTCTTTATCTGGCAAATTCTCTATATGCCATCTAAATAACTTGAACTTATAAGGAAAAACATCATTTGTTTGCCCCTTTACTTCAATAATTATCTTTAAGCCTTGATACTCCATGTAGAAATCTGGGGTATAAGTAATATTAATTAGCTTCTTAAGGTTTAGTATTGTAGCCTTAGCTTTATTACGGGTGTAAAAAGGTACAGTAGGTCTAAATCCTTCCCAGATTGTATAAGTATGGGTCTCATATTCAGGCTCAAACCCATATTGAAGCAAGGTCTTATAGACCATTGCCTCAATCTTGGATTTAAACTTTATGTTACCATACTCTTCTGGAGTGGCATTTCTAATCCTTCTGTTTTCCACCTCTTTTAAATAATTGTTTCATAGGGTCTTTCAAGATATGTTTAGCTGCAAGAGCATCATCCAATGTCCTGAATGCAGCAAAATTCTTGAAGTTCTTGATTTTATTCAAGTCCTTGACCTTTGTTATTTCTCCACTGAGGCAGCTAATGACATAAATCTCTTTGCTATTCTCAATGTGGTTATCATACTTCTCATCAAGCACAATAGCTACTTCTCTCAACAGAATTGAGAATACAGCAGCAGGATAGATTGTATATAGATTTCCAAGGTATTTCCTCAGATTATCTACATTCCAATGAATCCTTCCAGCAAGATGTTCCAGATAGAAGTTAGGGTCTACATGAGTTCCCTCCTCTTCTACTTTCTTGACTACACCTTCCTTAATAAGGAATGGAATACTTTCCTCACAGACAATTACAGTGTAAAATGGCATAAAACCATAAGCACTATTCATTCCAAAGGCAAGTGTCTTGCCCATTTCCACTTCCTTACCAGTTTCCACAAAAATAAGTTTCTTCATACTTTTTTTTTTGTACATTAATATTCTGAGAACCACACAATTGGTTCTCCATACTTTTCTTTAGTTAATTTGCTCACTTCTTGAAATACAGTAGATGGCATCCTTTCTTCTTGCCTTGCATAGTATGCAGGATGCTTCTCTTCCAGTATTATATTGGTACTCTTATTAATATAAGGTTTAAGTGTCTTAGCCTGTTCACCAAAGAGAACATATATAATACCAGTCTGCCACTCTGATAGATTCTTTAGTAACTTGGTCATGAAAGGTCTCCACATCATTGTATGACTACCTACTTTATTCATTTCACAGGTCAATGCAGAATTAATCATTAGTACTCCCTGTTTAGCCCAACTCTCTAAAGTGGGGTCAAAGATAATACTATTATATGGAATTTCAAAGTTTATGCAAGCCTCTTTAACTATTTCAAGAGAAGGAGATAATTTAGTCCCCTCCTTGTTTCCAAACAAGACACCAGTAGCCACATCCTTTTGGGGATATGGGTCTTGTCCTATCATTACAACTTTAAGGTTGTTGTAAGGGCATAGATTAAAAGCCTTAAATATATCAGGATATGCAGGACAAAGTAAGTCTCTTTTAATTAAACTTACCTGTCCTACCACCTTATTTAATTCCTTTATATCTATAACCCTTACCCATCCACCAAAATATTCCTCAAATGTCATGATATATAGGTCATTTGTACAACCTTATCAAGATGCTCCAGAAGGTAATCATTCATAGCATCATTATTGAATGTAGAGGGAGTTGGCTTTTTAGGTCTTACTATAAACCTATCAGTCACATCAGCTACTATTATCTCAGGTAATGGCTTAATTACTTGAGTAACAAAGCCATTTGAATTCCTTATAGTAGTATTAATGTCCTGAGCAGTAACTCCAATATTATTTGTATCTACCATGATACCCTCCTGTACAAATGCAGGAATGACTGTCTTAATGATGCCTTTCTCAATCAGACCATTGCTTACAAAGACCTTTGGATTCACATAGATTCTACCAGTTTTGTAGTGTAGAATCCTGTCCTCCATAACTCCATGAAGTGTGTACAGTATTAATAGGTTATAATCTTTGTCAAGGATATAACCATTACCACCATAATATACCTCACCAGTGTTAGTTGTAATCTTTATAAGTCTGTCTCTTGTATCATTCATCTGGAATGTCTTGAAGATTGCATTTGCAGTTCTTCTTGATTGAGGATAACTATTCTCAAATAAAGCAACAGCCATTTCCTTTAAACTATTGGGCTGATTGTAGTTACTCAATAACCCTTCCTCAACCTTGTACTTACACATTAATGGAACATCAATCTCTGGTCCACTAATATCTACTCTTAAGAATAGATTGAATACATTATTGTTTTCAAATGCAAGATTAGGTTTAATATAGTCTGGGAATTGAATAGCACCTCTACTCAGGAATATATCATGAAGTTGCCTGTTTAATTGTGCACTTATTGCCATTACATTTCTACTTTAAAGTACATTGTATCAGCAGAATATTGAGTCATAAAAGGTACATCCCTATCTATAATAGGGTTACATTCATTAGCCACAAAGTTTACAAACAGATTGACCATTACTGATGCAATCATATTTGCCATGAATGTTGTCTGTTTGTAGCTACAGATAGTTTCATCTGCTACTGCATCACTAAACAACCATTTACTTCTGTACTCTCTCATAGCTCTTGTATCATTACCTTGAATAGCAAAGACTTGAAATTCTTCTGCTGCCAACCTACCATCAATAAATAACATTTTACCTCTCTCTTCCTCAGGTTTGGACATTAGTCTATCTTCCCAAGCATCAAAGAACAGTTTCCTTGCTTCCATGTTATCAAAGCCACAAATCATAATATCTGTAGCTTCACTTTCAGCAGTAAACCTTTCTTGATATGCTACACTGTTATAGTAGTTTGCATATACTTGTAACATCCTATGAAGGGAGCTAACCTTTGCTTGTCCCAAGTCACCACTACCATACAATTGACCAGACATATTAGCTTGTTCAACTATATCTGGGTCATATAAATATAATCCAGCAGGTTTCAGTCTTGCAAGTAGGAAACCAACATAACTTCCTATACCACCTACACCAGCTAATGTAATAGTCTTAGACTGAATGGCACTATACCAGATAGCTCCACTGAATCTACTTGTAGCTTCATCTACAAGCAAACTACCTGAATTAGGTGGAATCACTACTTCCTCAGCAGCTAATGCAGCTTCAAGTAATGCTTCTCCTTGTTCATCAATCTCTACAGGAGCATCCTCAGTATTTTGAGCATCATGCAATAGATTAGACCCTTCCAATGTTACTATAAGAGTTATAGGAAGCATGGGAGTTTCTATACTCACTGCACCAATGGTTACTAAATAAGCACCACTTGCATGTTGCTCTTCATGAATAATTTCCCATTCACCCCTCTGTAACAGAGTAACTGCATGATTAATGTCACTCAAAGAGCTATATCTTATTTCCTCTTCTGGAGCATAAGTACTACCTCCTATAATTGTAGCTTGATTGATGATGCCATCAGGATGTCCCAGACCTGCTGTTTCTGCATCTATAGTCATTTGACTTATAGCACTTTCTAATACTTCATCTTCCATAATCAAATAATATAATCATCCATTAATTTGATATAAACACTTAACCAAGGATTCTTTGGTAATTTCTCAAGTTCTTCCCTTACATCATGTGCCAGTAATGCAGCCATAGTGGAATCATCATTATTAACTGCTATCATGACATCTGCATCATAGGTATAATTAATAAGATAATCTACATAGTTTGATGCAAAGTATTCAAACTCTTTGACAGTTCCAAATCTCCTTCTATAAAGACTCTCCATAGAATTAGCCCACTTCTTAACATCAACTGCACTTTCATTTGAAATGATAATACTTGATGTAACAAGTTGCCTTACAATAGACTGGACTATATCTGCATCTACTGTTACAACACCATAAGGAATGTCCAGATTCTCTTCCTCAGGCTGGTCAAAAGGCAACTCACCTTGTTTAACAGGTAGTTGCTTAGCTTCATTAGCTTTATACCAGCCTCTTCCTTCTTCCCCATAGTATTTATCTTTATCCATAGGAAATGTACTCCCCACCTCCTTAGTTGGGGTAATGTTCTTTCCATAGTTACCATATTGGGGATAACCCTTATATACAGGAGTTACAACTTTCTTCTTAGACTCTTTGATTTCCTTGATTCTTTCCATCATTTCAGTCTCAAAGTCATCAGTTGCATTCTCAAATACTATATCCAAATTGAACCATTCAAGTTTCTCTTCTTCAATATCAAAGGTCTCTACTCCCTCTCTTACTTCACCATTCCAAGTAGGATAAGTGTATTTCTCAGATACAGTCTGTACACATTTGTACTTCCTTGTAACACCAGCGGTATATTTACCTGCATTATTCACAATCAAGGATACAAAGTGAGCCATATCATTACCTTCTGCACTTAGAGTAGCTGTATCAGTACCACTAAAGAAAGTAGCCATGTTATTATGGCTATGGATTAATCCTTGATATATCCCCTCTTCCAATAATTCAGGATGGTCTACCATATATGTAGCCATATCAGGAGATACATTGAACTCAGTATATGCACTTGTACCAATGTCCATTTGGAACAAATCCACACATCTGATAGTTAGGGATTTATCTTCAAAAGCTCCCTCAACTTTATAGAACAATACACCTGACCATTCTACATCCCAGATGTTCTTGCATAAAAATCTTATCTTTTTCTCAACCTCTGCTGGAATGACAATCTTAAATATATCCTGTCTGTGGACTAACTCCAGCACTGGTTTCACTTCTTTCTTCTCTTCCATATCCATAATTTAATATTCTCAACATGCTACAAACAATAGCTTCAATATATTGTAAATTCAGTATCCTTGTTCTATTGAGAGACTCCTCCTCTGAGGATAGTACTCCATCAATAGTCAAGGTAATTTCCCTACCTTTGAATGTACAGATTTTCCTTCCTACATATCTCTGATAGTCATCACTACTATTCCTTCTTACTGGTTTCGGTATATAGACTTTACCATTGGTTATGATACATTCATTGATAACCCCTATACTAACAAGGTCAGCATAACTAATATTAAAAGTATGCTTATTGTATTCAGTATTATACCAGCTAATAAATTCATTACTGATAAGAACCACTGTATCAATGAAGGACATTCCTATCCCATAACTTCCATTACTATAGTTGAACCTAATCTTCTTAGTCTCCAGAAGGTATTTAATGAATAGCTTGAATTGCTCTCTTCCAAAGGCACTATTCCAAGGAACCTCACCTCTAAGGGATTGCATAGAGAATTTATCTTTAGCATCCCCCATCTCTGGTGCAGGAATATTCTCAAGTCTGTGGTGTGGAACTCCATCAATAGATTCTACTCTTACATACCTGTCAAGCTCCAGACATAATAACTGCCAAATAGCTTCATCATATCCTATAGCTAATGTAGAAAGAGAAGAATTAATAGGTCCTCTACCAGTACAAGGTGTCTGGAAGTTCTCAAAGTTACTTCTTGGAATAGAAGATACATGACTGTGCATATATCCATGCTTGAATTGGTTTAGTGGATAATTAGACCTGTTCACTCCAAAATATCCCTTACCCTTTCCCATCCAATTGAATGGAACTTTGAGCCATAACTCCTTAATATCCACATACTTATCAAACTCATTTGTAATCCTTACTGTAGGAAAATAAATAAGAATAAATAAGTCATTGAACATAGTATTAGCAATCTTCTCCTTTATTATTGGCAAGAAATATTTAGCTAATACAGAGTCACTTACAACAGTTTCATTATTAGCACCTTCTGCTGTCCAAAAGAGATTTACTAAGTCTCGGTCCTCTTTATTCATGTTTTGGTAAGCAGAAGAATCTACTATATTACTCCATTCCATGAATGTTCCCAAGGGGCTTCCACTAAGGTATGTATATAATTCATCCTCAGTAAGAAAACCCTGCATTTCTACTCTCCCCTCACCAAAGAAGTCTTGAAAGAACTGTAGGATTTGATTTGGTCTTTCCATGATACTATTATGTAGTTCATGGACTTGTTTCTTTATTTCTTCGGTCATTGCATGATAAAAAAAAAATGAGGGGGAAGGCTTATTCAGCCTCCTCCCTCACTGGTTTCTACTTAATGAACAAAGTCAAACATCTTATTGATTTCAGACCTTGACATCTTTTCAGGTGCTTTGTAGATTGTACCTTTCAATACAGCCATAGCCCTGTTATAAGTATCTTCTTCCATGACATCACTGACATAGAGGTCTTCCAACAGAACTTCCAATGCACCCACAACATTACCCTCAGAAGTTGCAGTCACCACAGGTTTCTCTTCCTTTACAGGCTCTTTTGCCACTTCTTTCTTTGCGGGTTTTTCTTTCACAACTTCTTTCTTCTCCTCTTTCACAGGAGCACCTTCACCCAACAGGTCAATCAAGTCCTGAGTTTTACACATAGTGAAGTTCTTTCCGAATCTTTTTACACATTCATCCTGCAAGCCTCTTGCCTTGATTGCATTGTAGGCTTCTGCCCTTGACATAGCACCAGACTTGATTTTCTTCTCAGGTGCAGTAAGCAGGAATGTCAAATCATTTACTACCTGTCCCTTGTAAGGAATGTTGGTAGGAAGGATAGAAGCATCATCTTTCAATTCTGCTCTCAAATGACCTTCAAAGAATGTCATTCCTTCATATTCAATACCTGCTTCTCTCATTTCTCTTTTCAACTCACCCAGTGTAGTTGCAGCAGATGCCTGAATAACTTTTTGAGACTGAGTTTTGTTGTTGATGATGGTTACTTTTCTAAATTCCATGATTTTTTTTTTTAGTGATAAAACATTACCTATTAAATAGGCTTAAAATTATTTCTCTGAATTGTTCCTTGTCTCCTATTGTTTTATAGAGGTCTGAGACATCTTTTCCTCCTTCAAAATGTGGCAATACTATATTAGTGAACCCAGTGGATGCTGATAGTTTCTCTCCATCTATGAGACCAGCTTTATCATTATCCAATAAGATAAATACTTCCTTGTATCTTCTTTTGAGTTCATTAACAGCAGTATCACTGATACCATAACCCTCTCCTTGAATGGCTATAGCTGGTATTCCAGTGTTTGCCCATAGACATAAAGCATCTTTCATTGAGGAACAGATACATATCTTATCCCCAAATTCAGGTACTTTAGTCCATAAGCTAATTACTGACCTATCATGCCTATTGGACCACTTATATCCCTTCTGATTGAATGGTTGATATATCTTTAAAGTGACTTTTCCTTCCTTATATTCTACATAAGCATAAGCATATTTATCTGCTGGAAAGACCATTCTGGTTTCTCCTTTTATGATTATTTTATAGGATATAGGATAAATGTCAGCATACTTCAACCACTCCAAGGTGATACCAAATGAAGCCCAATACTCAAGGTCATACTCTCTCCATTCCCTTGTCTTACACTGTAAATCAAGGTTAGAACTGTACTCCTTAGTAGTGACAATCTTAGGTTTACCTAATGCACTATAGCCATTAGTCTTAGTAATCTTGGATAAGTCCTCCCAAATATGTGCAAGCACATCATTGTAACTCTCCCCCCAATACTTACCTAATAAATCAAATGTTCCTCCTCTATCTTTTGTAGCCAAGTCTGTCCAATGTATCTTCTGACCATCTATGCTATAAAAACCAAAGGATGGATGGTTATCAGGTCTTAATGGACTTGATATAATACAGGGGACATTACTTACCCCAAAATAATGGTTCAGAATATCTAATTCTGATACCTTTGATAAAATCTCTTCTAATCTGATATTAGGTTTACCAATACTAATAGCCATAGTTCTAAATCTTTATGTTATTAACCCCAAGGAGTTGTTGTAGGAGCTGTTGCTGCTCCTAATGGGTCATTGTCAGCAGTGGGTGCAGCAAATGAAGTAGCTTCCACTACATTTTCATGCAAAGGTTGAGTAGAAAACTCAGTGCCCGGAGCACCACCTGCATTCTGAAACTCAGTGATTGCAGCATCAATCCTACTGTAATCTGTTACAGCATTCTTAGCAAACTTCCTTGTAAATACAGCCTGATACTGTCTTGTACCATTCTCATTATCTACAGTTCTGATACCTACTGCACCTTTAACTGTATATGCAGCAGCAAGAGTAACAAGCTCTTTAAGCTCTTTTACATCACCCTTGAATAGAGCTGCCATATCAAGAGAAACCTCACTGTCAGAGGGGTCTTCCTTCATAATCCACTTACCATCTTTATAGTTGGCAGGATTAGGAATATTCAACCATTGAATAAGGAAGTCAATCAAGAATTCCTCACCTTGCCATGCAGGTCTGTAATCTGCACTAATATTGGCTGGTCCAGAAGTGTATTGTGGAATAGACTTGGACTGTACTTCTTCTTTTGTAGCCCATGCAGTTCTGCCAAACTTATCAATAATCTGATATTTACCACTATTCTGACCAACTTTGTAATCCTTAGTAAGCATAAAGCTGATAGGAATAAGCAACTCAATGCCATTGTTCAACTTAGCATCAGGAGCAGTCTTTGCATAGAATACTACCCTTACCTGTTCCTTACCTTCATCAGTTTTACCAACATATTCAGGGTCATTCTCAATCTCTCTACCTGTGAGAGCTTCCAATTCTGCCTTAGTAGGATTTACAGCTACAATATTGAATGCAGCCATACCTTTGTACATCTTGAAAGAACCTTCAACTGATTCTTTACCTACCTTAACAGCCATGAAACTTTTGTTTAAATTCTTCATCTTAAATTACTGATTTTTTAGTGATTAATCCTTAAAAGGCATTTCATCTGCCACTTCTCCAAATGGATTTGCAGGTGCTACCTCTTCTGCCAATGCAACTGCCTCAGATGCAGGTACTTCTACCTCTCCTACAGCTTCTTCTGAAACTTCCCCTTCTGGAGTTGCTTCTGTTGCTTCTGCTACTGCCATGATACCAGCAAGAACTTCCTCAGAAGTGAAACCACCAGTCATAGTCTTGATAGGAGCCTCAAAGCCTTCAATGGCTTCATTGATTACATTCAATTCTTCCTGTGCTTTCTCAATCTTCTCTACCAGTTTGTCCCTTTTGGTTCTCAAACTCTTAGTGTTTTGGGCTGTTCTTTTAACAATAGCCAACTCAAATCTACTTAACTCTTTCATAATGTTCAATTTATAAAAATTATTTGTCTTTGCCCTATTTCATTGGGCTTACTTTGAAGTTTATTTATGGTGTATTTCTTTTCATAATACTCTAATGCCTCTATAAAGAAAGGCTCGAATATCCCTTGTTTCAAGAGAATAGTAATGAATACTGTTGTTTCATAATAAGGTTTACTATGCTCCAAACAGTAATTCATTAATAGAATGTTTATGTCCATTTCAGTCAGTCCACCAAAGGCTACAAGCCTGCTAATCCTGACTACTTCATCCCTACCCATAATATTCCTGTGCCTTCTCAACTACAAGACCCAAATCATTGGGAATATATAGAGGAAACATACCAACAGGACTCTTTGCAGGATACACTCCATCATCATTAGTGACAAATTCTCTGATGGATTTCTTCTCTTTAGAATCAAAAGAAGATTTACCATAAAGAACTACTTCAAACTTACCCTCAGGAGTAATATAGGAATCAACCATGTTACCAGTACTCTTATATTTATAAGAGATACTATCACCATTCTTGTCTTTATACTCCTCATAGTGAGCAAGACAAATCATGTTCTTATTCTCTGGTACAAGATTGATTGCATCAAAGATTAATCCCATGCCATAACCAATCTGCTTAGGAGTGTCCCAACCACCTTTCATAGCATTCTTCATATAGAAATCCTGACTGATATAGTTCATATCATCAAGTACTATATTAGTGAAAGGAGAGTGAGGGCTGGCTAACATTTCAATGATTTGAGCAACTTCTTTTGCATCATTGGTTATAATTCTGTTACCCTTACCAATCTCTTTAAGAGTAGTAACTTGGTACTTACTTCCTCCACCTCTAAAAGGTAGGGGTTTATTCACACAACTTATCAAATAAGTCACTTTAGGGTCTAACCCTTTCAATCCAAGTTCTGGTATCTCTCCAATAGAGGTTGACTTACCAAAACCTGACTTAGCTAAAATCAATGCTTTCATTCTTCTTATTTAAAATTTAGTCTGCAAAGGTAATCAATTTAATCAACCTGTGCAAATTCATCTTCCACTTTCTTACTCTGGCTTTTCTTATAGAGACATTCATGAAAGTATAGTTAGTCCTCCTTCTTACAACTGTCTCAATATACTCAAGACATCTTTCCAGTTCAGGCTTGTTATTGGGTAGTGGAAGCTCAGTAAATGTACTCACTGCTCCATCAAAGAACAATGGACATATTTGACCTCCTGCTCCATTATCTCTATCCTCAATAACCTGCATAAACCTTATATTGTTTTTGAATTTGGTCACATCATAACCTTCATATTCCCTTAGACCATACTTAAATGGACTATATAAACCAAGCACCAGATTTGCATCTCTGGTGGTAGTCTTACAATCTGCAAGACCATCTGATGAAGGCATCATCTTATTCAACTTCTGATTCTCAATTCCTTCCTGAGCCTGAGCTTGATGCTGGATTGCAGTGATATTGAAATCAAACTGGTCTCTCTGAGTGATGAAATACTTACTCATCTTCTCAATAGTCTGCATTTTGTTCATACCACTTTCTGACATCAGATTTGAATAGTTGTCTAAGATAATTTCAACATATTCATCCTTGTCATCTGGTTCATAAAAGTCTATAACCTCTCTTTCCTCCTCAAGTCCAGCTTCATTCTTCATGATAACCTTCTTGAAGTGGAACTTTCCTCTACTCAAAGCAAAATTCCTACAATACTTGTTGATTCCTGTAGGATTTCTCTCAGAGTCAATATAGATTATAGTCTCCTTGAACTTCTGAATATATGTTACATACCTTTCAGATGCAAGTAAGTCTAATATCTCTTGAGGAACTGGTCTATCAGCAGAAGTACTCTTCAAGTCAGTTGGACTTATTCTTATTCTATCAAGCCTGAATAACAGGTGACATAAGAATTCATAGAACTTTTCTTCCTTACCCATTTCAAGGGTAAAATAGAGTATCTTCAACCTTAGTTGGTCAGGGTGCTCAATTGCATAGAAGAAGGGTTCATAAACAAGCATATAGTCAGCAAGTTTTGATTTACCAACCTTTTGATTTGCAGTAATAATGTTATACCTTCTTTTCTCTATTCCGGGGAGCCACACTCTTAATCTTGGGAAAGACAATGGAATACAATTTATCTTGCCATCCAATATTCTCTGCCTTCGGAGTATTAACTTCTCCAGTGCCCTATCAAATGAATCCTTCTCTTCCATAGCTTAAACCAATGTAGTTGTCCAATTATCAGTAAGGGAGTCTGTTTGACCTTCATTCTCAATATAGTTAGCCAGTTCTGAGATAGGCACTTTAGTACCATCCTTCACTTCTTCTTTCCAAATGAAATATTGAAGTAATCTCATGAACTTATATTCCCCATTGAAGCCAGAAACATAGGCTTGAGTTGCATTAATGATTTGTTCATCAGTGTAATCATTCCCATACTTCTTAAAGAAAGTCTGTAACTTCCTCTTAATGTCAGTTTTATTCCCTCTCCAATACTGATTGTTAAAGTTCTTTCCTTCTGGATAAATGGATTGAAGTTGAGGTACTAATGCTTCAATTCTTTGATTGAAGTCATCAGTCCCCACAGACTTATCAGAGTCAAGAATGATATTATTTACCACATTATTCCCTGTAGAAGTAACAAATAACCCTACAGGAAGATGTGTTTCCCTATCATAACTTGTACTAACAAGTCCTTTTTTCTTCAACTCACTTTCAGCAGCATTGAAATCTACATTGTTTTGAATAGCTATCATAAGTAAGACCTCTCCAAGAGAAACCCCACTCTTCTTAATAACCTTGTCATTCAATGAGATTGTCATAGTACTACCCAATCAGCAATTCAACATGAGCTTCCTCAACCTTCACAGTTTGTTCACAAGCCTCTACAGACTCATTCACCAGTGCAGCACAGTTCAAGAAATATTTCTCAATTTCTTTGTAAACTTTTGCAGCAGTAGCAAATGCTTTACCTTTTGCTCTGGATTCTGCAATCCTCTTACCTGCTTCTTCATTGAAGGCATCTTCTTCATTGCATCTTGCAATAGCCCTTACTTTGAATGTACCATTCATTCCTACAAGTGGAAGATTAGCCCACATATTAGGATAAATATCATTCCATGCAGGGTGCTTAGACAACTGCATATCACACTCCAGAACACAAACTACCACCTTCTTCTCAGGATTTACAATGTAGTTTGCTTTAGTAATTTTAACTCTGTTTCTCATACTTTTATTTCACTTAAATTTGTTTTTTCAACCAACTCTGGATTATAGTCCTCAAGCATCTTCTCAACCAACTCCTCTTCCCTTGTACCACTAAAGTAAGGGATGATAATAATAGGGTCTTTGTGCCTGAGTATTCTACCCAATCTTTGCTTGATGATAATATCACTGCTGTTCAGATTAGCATATAAACCAACTCTGCAATCTACAAGGTTCATACCTTCATTCAACATATTACATGCTGTAATGTGGTCCAACTCCTTATGATTGAACATATCAAGTACTATAGAGGATTCCTTGTTCTTACTGTTAATACAGTTTTCCCCTAATATTTCTGTCTGCTCAATAGAGCTACAGAATGTAAGTACCCTCTCTGATTTCAGCTTCTCCAGAAGAGATAAGATAATAGGGTTCTTTAATTGTGAAAGGAATTTGAGCCTTTGACCTGCAAGGAATAACCATTTTGTCTTTACTCCTTCATTTCTTGTTCTCATATATTGCCTCTTCCAGAACTCTATCTTGCTTCCTAACTCTATCACATACTGTAATTCAGTACACTTAATATGCACTTGAATAGATTTATCCCTTAAGTAAGACCATCTATCTTTATATAGACATTCTTTGATAATCTTAGCTTTGGGATGTTCAATCATAGTATGTACAGCATGTGTATTATCAAGTTCAAGAGGGATAAGGAACACTCTTGGGTCAGGAAGGATTTCATTGTCTATAGCCTCCTTCATCTTCACTGTATAACACTGAAAATCAGGAAACAACTGACCAAGTTCCCACTTCATATCTCTGGTAACTGTAGCTGAAAGCATGATAGAATGATGTATCTCCATTGTAGATACAAATTCACTACATCTTTCTGACATGTGCTGTACTTCATCAAAGATTACACAATCCCATTCTTCCTCTACATGTTTATTCAATCCAACATAAGTACTGAAATACACTCTTTCAAGCCAAGATTCTAATCCCCATTTGATAAACTCCTCTTTCCAGTTGTTTATCAAGACTAATCTTGGTATTACTATAAGTATGCTACTGGGATTATCCCTTAAAGCCAAATCAATACCTATCTTAGATTTACCAAAGGAAGTAGGTAACTCACAGAGTATAGAATTACTCCTTATATTCATTATCTCTTCCTGAGCCTGTTCTCTATTCATATCTCTTTACTATATTCTTTAGTTTTTCTACATATTGCGGGTCTTCCGCATATCTCCACTTGTAACCATAGGCAGTAAGTTTCTGTCCTCTACAAACCCTTTGTATAGCTGACTTATCTCCATTTACAAATAAAGCTGCCTTGGTAGTAGAATCAAAAGAAAGCTCATTACCCTCAAAATCTGTTCCAATTACAGGTTTCTCAAAGTGTTTAGCTATTCTATTTATTCTTGTACCATGTAATAGGTTCTCCCTAAAAGTAACCCATTCTAAGTTTGCCAAATTATTATTCTCCTTATTTTCATCAATATGATTTACATATTCATAATTATTAGGATTTTCAATGAATTGAATAGCAAGAAGTCTATGTATCCTTGGAAAGGTTCTAACTCCATTAACATTGAAATTAACAAACCAATATCCTCCTCTATCTTTAAAAGGAGTCAAGAATTTCCTTCTCCTAAAGGAATAAATCTGACCTGCTTTATTTATAGCATAATAGTCTTCATAACCTTTAATTCTTACTAAGTCCATGTTCTATACTTTTTACTTTTTGTATATAGTTTGTATCAGTAGCATACCATATATTAATCAAAAATTGATAGTAATCATCCGGGGGTTTGTATCTATATTGTATATAGTTGAGATAGGCAACCACACTCTCACTCCAGTGGTCAAACTTATAATAGTCTTTCTTATAACTATTGTAGAGTCCAAATAAATTATTGTACTCTTTGCAGACCTTAGACCTGAAATGACCTGTCTCAAGAATAGCTTGAGCATATACAATGTTCTTATGTTTAACATTATAATACTCTAAAGCCTCCATAAGATAATCATCAGGAGCTTCTGATAGTAAGAACTCTGGTTGTTCCAATCTCAACACATCCACCTTCTCAGGTTCCTTGTGCTCTTCTTGATAGTCTATATAGTATAAACCATATAGACCACCAATTAGTAAGAGCATAAGGATATTATATACCCTTTGTTTCATAACATTTTTTTTTGTTATCACTCTTGATTTTCAAGGATAGAAGCTAATTGACCACAGGCTGCTTGAGCCTTGATTTCTGCTTCTGTAGCTATAGCCACCCCATAATCATAACCTTCTTTTTCAAGTTGTTCTTTGATTTCTTTTTCCATTTTTACAATAAATTTATTTGGTTAATAACACCCTTAGTCCCAATATTCTCTTCTGATACTTCATTAGGATTAATAGGACTAAGTTTTATAAAGAACTTATCCTTATCAAAGCCCCTTTTTAGAGCTTCAATATCAAAATCCTCTTCATCCACCAATGTTAGATTAAGAGTTGTTTTGAGGTTTGAATCAGTCCTAATTCTTCCCAGTTCCTCTATACTTAGCTTGTTCTTGAAAGGAATCAACCAATCTCTCTTCTCTTTGATGAAACTGTGTAGGCTTATTTGGAGAGAGATATTATCTTTAATCCAAGAAAAATCACTCCCTTTAATTCCTATGGTAGAAACATAATGATGGGTATTAGGATATTTCTCTGAAATAACCCTAATAGCATCCTTCACTGCTTCTATATTAAGAAAAGGCTCTCCCATCCTTGTGTAATTAATCTTAAACTCCTTAGAATTAAGAGGATTACATCCCTTTGGAGCATGTTCTATTGCAAAAACTACTTGGTCTACTATTTCTTGAGAAGTAAGATTTCTCCACTTCTTCATTTTTCCAGTTGCACAGAATTTACACCTTACAGGGCATCCACTCATAGTAGAAACACCTATCATCCATCTCTCACTTCTATCCCCCAACTCATAATCTTTCAAAATATTAGATTTGGTATTTTGAGCATCCTTAGTGTAAAATGGAAGAAAAGTATCAGTAGTTTCTACTAATAAACCATCTTGAAGTTTAAGACAATAGACAGACCCATTTGCAAAGTCCTTTCTACTCACTAAATCCATCACACTTTAATGTTTAAAAAGTTTATAACTGCTAAGACAGACCTACCTATATAGGTCTTCCCTTGAAGTCTAAAGGCATACTTAACAAGCCATTGTTGAGGAGTAGAATTATACATTATAACATACCACACAACAAAGCCTACAAATGCTACAATGTTGAAGAAGGGAATTAGTTCAATAAGCAAAAGAACACAAAGCACCCACAAAGGAATTTCTATATCATGTTCCTCTGAAATCTTCATGCCATTATACATTATGACATGAGTATCTTTCATAATCCCCACCATGATAATAGTAAGGATTATTCCTATAATTACCCAAATCATAGTTACTTCTTATCAAAAGACTTGGTTATGTCCATCAACATCTTAAGACCCACAGCATCCATAGCATTATTTCCAGAACCATTTCCTCCAAACATTACAGATGGAACCCATTGTACCTTAGAATTAGCCAGTGCTTCTGCAACACCTACAGCAGTCTTATAATCCCATTCAGCTTTCTCTGCGGGAGTTAAACCTGCTGCCACCAATGCTCTATTAGCTGCTGCCTTAGCTTCACCTTCTGCCTGAACTTTAAGAGCAACTTGTTTAGCTTTCTTAGCTTCAAGTTCTGCTACCTCAAACTCCTGTTGTGCTTTGGTTACAGCTACAGCTTTCTCTTTCTCCTGTTCCCACTTAGCTTTCTCAGCAGTTGCCTTACCATCTTCTGTAATCTGAATAGTTCTTTGAACTGCCTCAAGTGATTTAGTCTTAGAAGTGATAATTGCTAAGTTAGCTTGCTTTTGTGCATCAATTTGTGACTGAGTTGCAGCATCATATTTAATATCTATAATACTAACCAGACCACAAGTTACACCATATTGTGAGAAAGGTGAGTTCTCCTGTCTTTTATAACCACCCGGAGAATTACCATCAGCTATAATCTCAGACTGTGCTCTTACTTCCTCTTCACCAGTGATGTCATTAATAACCTTAGTCTTCAATACTCTGGTCTTATATACACCATTATTCAACTGGTCTGTAATATAGGCAATAAGGTCAGTCCTTGTCTCTGATACTGATTCCAATGAAGACATAAGAGGACCACAAGAAGTTACAACTTTATACAATGTAGGTTTAACCAAGTTAGCTATCAATGCTTCCTCAGAACCAAAGTCTGTTTGTATCTTCTCCATATTCTTGGCATCATTAGGCATTACTACCCTAAATGAACCAACAATAAAACCTCTACCTTTGTCATTGAATGTAAGTGCTGCTGCTGGATTACTTCCTGCTGCTACATAACCATCTTCATTCTTTTCAAGACCTGTAAATTCTATCTGTGAAGTCTTTGAATAACTTCTCACAGTACCAAGCCCCTGCCATTGCAATCCACCATCAGTCCAGACTACATAATTACCTGTTACAGGCATCTGACATACATAGTTCTTTGACTTGTCTGCATCTTCCCATAAAGCCCCTGCCATTGCAATCATGAGAACTGCAACAACAGCAATAATAATACCAAGGATTTTCCCTTTGTTAATTGGTTTTTGATTTGCCATCTTTTTTCTTTTTAATGTTAGTTTTTCTTTTTACTCGTTTCTTCTCTTCCTGAGACACCATCCAATAGTAGAATGGAATACACAGATAAGAGAATTTGATTTCTCTGTTTGTTATTTTCCACTTGCCAAATAATTGTCCTATCACCATTACATAGTATATAACAGCAAGAACAACAAATGCAGCAAGTAATACTCTTGCATAAATCATGATTTTCTTTTTTTTTTAGTTATTCCTACCCCATTATCCATGATAAGTACTTGAGAGGATAGCCTATAGGTGCATGAGTTCCTTCAAAGGAATTAAGTTTCTTCCTTGGAAACTTGGTTCTATACTTATACCTTCTCCAATATCTGGCACAATGCCCCCACTTCTTCTTAGTTAAAACCCTTCCTTTACTCATATTTCCAATAGTTTTATGTAAGTTCTTCCACCATCCTTATCATACCATAGCAATAGTATATACTTGTTATAGCTTGTGACTAAATCAAAATAAGGGTGATACCTAACAAAAGTTCTTATTAGTAAGATAATACCAAACAATCCTACTATAATTGATACAAATAACATACTACCTACACTATAAATGATTTAATTATCCAATACAGCATAGGTGAAACTCACTCCACCAAGCTCTTCCACAATCCTTTTGAGGTGTGCTTCAAGCCTCTGTTTCTTAGTAAGTCTTTCCCAATCTTTTGCTTTCACAAAGTAAGGAGCTTCTTTTCCTGTCATGTAGTCATAAGCATCCATACTAAGATTGAGTGATTGACCAGCAGGTTTATACTTTCTGGTCTTCACAGTAATGGTTTCAGCATCTTTCTTACCATCCTTAAGACCTTCTACTCTCATATTGAAAGTGTCATAACCTGTGCCTACTTTTTCTTTCTCAAGAGCTTTAGCCTGCTCTTGGCTCAGCATCACACTACCTTGTAATGTGACACTGAGACTCACTTTGATTTCATTATTCATCTGAATCTTTACCACCAAGCATAGCTCCCATAAGAAGCATACCCAACATGGCTTCTGGACCTTCACCTGCTAAATTCTTAGCTGTAAGAGCAACAACAATCTTTTGCTGTTGGTCTGCAATGAATTTCTGCAAGTCCATAGGCAGAGTACCAAGTAGGTAAGTAATTACAATAGCCTTGCTTTGGTTATCTTTTAATCTGTTCAACTCAATCAGGCAGTTATCCAACACATCTTCTGCATCAGTATCACCTGTCTTTTTACCAAGGTCAATTACACCTTCCCTCAAATCATCCATTACTTCTTTAGGAAGTGGTTTGTTAAGACCTAATTTTTCTCTCATGTTTTCTGCGAAGCTCTCAGCTCCACTCTTTTCATTTTTCATTGTTTTTTTTTTTAGTAAAACATATCTTAATTATCACAAGAATGTGCATAAAAAGAAAAGGCTACCAGTACTTAAACTGATAGCCTTTAAAAGATAGAATATTCTACAACACCTTTGAAATTGTTGCCCCTAAGGGCATAAGTTGATATAAAAATCTACTCCTTTCTTACTTTAATTTACTTTTCTTTTATGTATAATATTGAAGTAAGTGTTGTATATCACTAATCTTTTTGTGGGGATGGTTGGACTCGAACCCTTGTCTTACCAATCTTTAATAAAAGAATTACACATGCTTACTATTTTTGATGTGGTTAGTTATCCACTGGGGTTGACCAGAAATCAACACAATCCACCACTTGCATTAATCTATGCAAGAAATCCTTTGTTTGCACCTTTCTGTTTCAAAGCAAGTGCTGCTTAGCCTAATTTAGGCAGCAACTCTATAAGTGTTGTCAGTTAATTGTTTTGTTGTCTCTCCAACTGTCTCTGCATGTTCTCTTACCAAATAATTAGCAATCAAAGCCAAATTATGCCCCTTGTTAATAAGATAGGTGAGATTATCAATAGTCCGAATAATCCCTAAAAGATTCATATAAGTTCATGCCACTATTAGGCAAGGTTGTTATCTCAAACAACAGTATTCTTACTTATATTATCTACCCTTTGTACCCCCAAGAAGACTCGAACTTCTGTCTAAAGTTTAGGAAACTTCTATTCTATCCACTGAACTATGAGGGCAGTTGAGTAGCTGTGTTTCACAACATGAGCTACTCTTTAATTAACCTTATAATTAAAACACATACCTAAAACAAGTATCTTATATCAGCACCAAGCATTTTGGCTGCTTTCTTGGCATCCTCAGCATTCTTGAAGTACACAATACCTGCATATTGTACAGTCTTGTGTTCATAGATTGCAATACCATGTGTAAGGTCAACCTGAGCAATCACTGCTGAACCACCCATAGATGATTTACCAATGAAGTAGCCAGTCTTACCTGCACCCATCTCCCATGAACCATTGAGATACTTAGCTATGATAGCCAATTTACCATTGGTCAATACTTTACCACCATCACCATGAGGTATAGTCAGACCAACTGTGTCCTTGTCTATACATGACTTCATGTATTCATACCCAATCAATTCACTCTCTGCATAGGCATTCAATGCTAATGTACGGAGAGTTGTGTTACCACTGTTGTACCATTCTCTTGCTTGTTCAAGAGTTACTGAGATATTTCTTGCTTCCATGTTATTTCTTTGTTTATCAATGTCAAAATCACTTCCATTCAAGGGTAGTGTACACATAATTTTTGTACCATTCAACCTTGAGGGTTCAATGACCTTGAGAGTGATGCCATTTTGCACCTGAGCTGTATTTCTATTCCAACTTACTACTTGCATAGAAGTAGAATATCTGTTGTCTTCAATAATGTCACCAGCTTGAATTATGTCATAAGGACACAGAAACATATATTGTTTCATACCTTTAAGCTCTGAATTACTCAACTTCTTGTTTGTAAAAACTACATAAATTGTCCGTACCATTTGATTATAATTTAATTGAATTTATCATCAAGGTGATTGAGATACTTGTTAAATGTAAGTATCTCAAGCTCCTCTTTGTTAATAGTTTTATAACACACTCCAATAAGTATTAATACAAGTATAAGACCATGAAAGAAATATCCATTGTCATAAATACTATCAATACCCATCATATATAATAAGGTGACAAGAGTGGTTACATATAGTAACACACCCTTGATAATTAGTTTGAATGTTTTCATTGTTTTAGTCTTTATCTGATAATACTAACACAGGTTGATAACCTTGTTTATACAGAATAGTAGGCTCATACTCATCCATTAGTCTATCTCTGTCTTCTAATGGTGCTTTTAATATGAGTATTACAGCAGACATAGTTTCCCAATCCATTGATATTACTTGATTACTCCATCCATAGTCATAATCAGTATATATCATCCAATATACATAGTCTCTCTTTGATTGAGCACCATGATACTCTACTACACTTGAAGGGTTAAAGGTAGCATAGTTCCATGTATCATCAGGTTCAGTGTATCTAACAATAGGCTCAAACTTCACACAACTACAAGCTACTGTTAATAACAGTATGCTCATAATAAGTTTAATTATTGTTTTCATTTTAAATCTCTTTTAATAATTGAGTTAGATAATCAATTCTATCTTGTCTTGAAGGAGAATAGGAAGTATAAGAAGCATCTTGCTTTCTTTCTAAGTCCCATATTTCTTCTTGTATCTCAGCCCTTCTTCTATCTCTTTCAGAAGGTTTTCCTACACCATATTGTAGGAGGAATAATCCTACTACAATAATTACAAATATGAATACATCCATTATCTCTTTCTTTTGTATTTATTAAACTCTTTTCTTGCTAATTCTCCCTTATAGAATGTCTGCATAGTTATACTATTGTCTGATGCAATTACTATTGACCATTCAAAAGCATGTGTCCCGAACAGTGAAACTGTTCTTCCTAAAGCGTCTGTAACTGTAGCTCTCAATGTGGAGTCACAATTCTCTCTTTTAAATTTCTTAGCCATGTGTTTATAAGTTAATTTGTTAATAATTGAAGCACATACTGGACTTGAACCAGTGACCTTCACATAACTACCTTTAATTAATCATTATGTGATGTTCTAACCACTGAACTAATGTGCCTTTGATTCTTGAGTTTATCTATTTGCAGAGGTGTACTGTTCCTTAAATAGGCTGACTTTCTTTTTATTGCTCCTTTACTCGGTAAATAGTTATAAATCCCTCGGGGATACTTGGTAATATACCACCTGTTGCATAGGAAGTAATTAAATTACTCTTGATACTCAGTGGACTCAACCCTGTATGTGCCTTCATTTATAATATTTTCATCTTTCAGGTGGATGTTTGTTGTGTCCCCTAAGTGGTCAACACATGAAATAGCATCACTCAATATCTTACTCTATTTTATTATATTAGTCATTTTCTTAACACATTTTAATGGCATGTGTCTTGTCAAATGCTACTATTATTCACATCTGATTGCCTAAATTAGCCCATTGGTATGCTTACTGTGTGCTTATTATATGCCTTTTTGTGGTCCAATTAAACTAAAAGCACTGTTTAGTCTAACAATGTAACCAGTAAATCCAGTTATTCTATTACTCCTCTTTTTCTTTTTGACATGTCTTTGAATGTGGCATAATGTGGTGAGAATATTACAGAGTAACACTCACTCTTCCACACTTTCACACTATCAATAAACATAGAAAGAAAGCATAGAGAAAGGACATTTAAGACCCATTCATTCTTGCACTCTTTTATAGTCTTCAAAGCATAAAGAAAGACTACTCAAAGCATACAATATTCTTCTAAGTACTATTAATGCTCAGGAAGAGAAATGGTATATTGGACAGAGATTAAATCTCCATCCAACAATTAGCCATCCAAACAAATGTAGAATCAGCATGATTCATGTACCATTTATTATTCTCAGAATATTGCTTTGAGAAAGCTTCATCAGAAGCTATACTTGATGTATGACCATCTAACCAAATTATCTTGTCCATAACTATTAATGCTTAAAAGATACTATTTAATGCTCAGAAGAATAGAAAGAAAGAGGGCAAATGCCCTCCTCCATTAGAATGTTGCCAACACTGGTGCACCACCTGTGCCTTCTTCATGCAATAACCAGAATGAGCTACCATCAGGTGCTTCAACATTTGACACCATTGGATGTGCAGGAATACCCTTCACTGCAACTGCTCCTGTCTTTGCACCAAATGTGAAGAACAGCTTGTTGGTCTTAGGATTCTGTTTTACTTGAATCTTGTCTACATGTTGAGCTGCTTTAAACTGTTCAACTGTCAATGTCTCACGGAATTTTAACTGATTGTCCATAATTGTAAATGTTTAATTGTTAATGAATAAATTGTTTAACCATAGGGGGTATGACCCCACTGGCTAAGTGATGGGGGAGGTGGGGTTGGTGTATATCTCCCTCATGACTATGAATCAAAAAAAAAATTAAAAAAAAAATTAAATTATTTGGATAGTATCTACTATATACTTATCTTTGACCAAAAATTAAAAGTATGAAAGAGAAGAGTTATAATTTATTTGGGAGTACTTGGAAAATACAGTTTGTAGATGAAGTAGTTGGTGAAAATAATAAGTGGTTATTTGGAGAAACAGAGAGTCCTTCAAGAGTAATAACTGTCAGCATAAAGAAGCCTGATGGTAGTAAACTTTCAAAGGATGAAATTGAACTTACTGTGCTACATGAGATAGTACATTCTATATTCCAAACTGGACAATATATGAGTTGTGATAATGATGAACCATTAGTAGAATGGACTGCAAGATGTTTAAAAGCCTTAAAAGAACAGCATATTATATAGTCAATAGTTAAACTTTCATAAATAATAGTCCCAGATTTGGATATGTCATTTATTTTTTGTATGTTTGCACCATAATAATGAGACTTCCTATTAGTAGATACATTGGTTCAGCCAACATGGGAAAGTAAAGGATACCATTAGCAGGGCACAGGTAATGAACCCTTGAGATAAATAAGAGGAGAACTAATAGTATATAAACGGGTGTATCTGCTGGTCTATAGGAGTAAGAATCTGGTTAATCCAGTCTAATGCAGTGAGAAATGTCTGTAGGGTCTCTTATTATATGAAACTAAGGTTTTACTCCTTATTTACTTTAGTTAGTTAAAGATAAAATAGGAGGGAGGGATAACTATGTCCAATTTTAAATGAAACAATATGAAGACAGTTAAGAAGGTTAAGAATGAGACTATAAATATAGTTGAATGTGATGGTGCTGTATGTGTATCTATGAATCATAATGATGATAGGTATTATGCACAAGGAGTTAGTTCAAGAATGTTAGATGTAAAGAGACATAAGGTATGAAATGGTTAAGTAACTTCTTACTTTGGTTGTGGCAATTCCCACAGAATTATATAGCATTCTTGGTCTATAGTTGCTTAGGATATTTGTGTTATTATGGCAAGGAATACTATGGAAGGCATGTAATTTACAGCAATTATATTGCATCAAGTTTTTCATTAGGTGATTATATCTTTGCTCTTCCTAACTCTCCAGAAGAAGTACTTAGACATGAATTAGGTCACTCATACCAGTCTCAGTTATTAGGATGGTTGTATATTCCAGTGATAGTTATCCCCTCAGTCTTACATAATTTATATTGTGGGATTGTAAGAAAGATGGGGTATAGACCTAATTATTATAGCTTCTACACAGAGAAATGGGCAGATAAATTGGTTGAGAAAGTGGGATAATTCTTTATTGATTAGTCTCTTAAAGCTATTATCTAATATTCTCTTCTGGAGTATTTTCATATTATCTTGAAAATAATTAGTGAAAGATTTGCATATCTCAAATATTTGACTTATCTTTGCATCATGATTAGAAGATAAGAACATTGTTCCATAGTATAATGGCTATTACACCTGATTTTGGCTCAAGTAATGTAGGTTCAATTCCTGCTGGAACAACAATAAATGCCCTGTTGGTGTAATGGAAGCACAAGACTCTTCTAAAGTTTTAGATAAGGTTCGAGTCCTTAATGGGGTACTTTTGAAGGTGGATTTTTTTTTTGTTTCATGATTTTTAAAGAGTGGACTATCTGGTCTGTGAAGATAGGATAGTCAAAATGGTGGGTTGGACAAATTGGTTAAGTCACTGCCCTTTCAAGGCAGTCATTAGGGGTTCAAATCCCCTACCCATTACAAACCAAGTCTCTTTAAGGGTTTCTCTGTGGTGGCACTTGATATAAGAGTAAATCCTTAGCTATCTGAAAAGATAAAAACTACTCTTAGAAGTACAATAAGAGTAGGCTTAAATAGTGTATGTAGCATAGTGGTTAATGTGCTGGACTGTCAATCCAGAGATTAGGGTTCAATTCCCTCATACACTGCAATTATTAGTTCTTTTCAAAAGTCCTCTGCCAAAGAGTTGGAGAGGCAAATGGAGAAGGAACTCAGAGGGTCTGGGAACTGTCTTGAAAACAGATTGGTCATTTATTTGGCTGGGGGTCGGGACCTCCTTTCTCCGCATTATGATACAGATATTAAGGAAAGAAGGCTGGGAGTTAAATCCCAATGATAAGGTAGTAAATGCTATACTAAGAAGATGTGAGGCTAATAATGGAGAATGCCCCTGTCATAATACAGGTAAGGATAAAAGATGTCCTTGTTCTGATTATAGAGAGAATGATGTTTGTCATTGTAGTTTATACATTAAAAGGGAACAGTTGATTCCAAGTATAGATTTAAGTAAGATACCAAGTGGTATGGACATAGAAGCCTTTGTTAAGGCTTGGCAAACTGCACAGGAATCTCCACTAATAGTGGTTGAAGGTGTGCCTCAGTAATGGAGGATTAACCCTAATGGTAAGGGAACTGTTTGCTAAACAGTGAGTAGTCTGAAAGGATGTATAGGTTCAAATCCTATATCCTCCGCAATATATAGTAGTAGCCTAATTGGTGGGGCACTGCATTTGGGATGCAGAGGATGCAGGTTCAAGTCCTGTCTACTATACAAATGGGTCATGTAGTGTAAATGGATAACACACCACTTTTGCAAAGTGGAGTTGGGGTTCAAGTCCCACATGTATCCACTGTTTCATGTTTTCATAATGTTTGTTTTTTTTTTACAGGTATTGGGCACACCTTAAGTGCCCTACACTGCTCCTTAGTTCAGTGGTTTAGAATAGCACTTTTACACAGTGAAGGTCATTAGTTCGATTCTAATAGGAGCAACTAAATGGGTTGTTAGCTCAATGGTGGAGCAAGTGGCTGTTAACCACGAGGCTATAGGTTCGAGTCCTATACTTCCCGCAGACTTAGAGAGTAAAAGTCATGAAAGAGATTAGAAGTAAAATGATTGTTGAGGATAGAACTAAGGTGAAAGCAGTTCACTTTAAATATCCTGAAATGATGAGTGAGAATGCTCAGGAAGAGATTAAGAATAATTATAATGAATTATTATCTCTTGAAGAGGAACTCTATAGTGCAAGAGAAGTTGTGAGAGAGTTAGAAAAGAAACTCACAGAAAAGAAAAAGAAGTTTGATGAAAAGACTTTATTGTGTACATTAGAGTTTGAAACAAGTGAGAAAGATATAGTAAACTATGAATCTTATGTTCTATTCAAAGGTATGGGTAATGATACATTAGGTCATTATAATACATAATATGTATCCTTAGTTTAATGGTAGAATGATGGTCTCCAAAACCATAGGTAGTAGTTCGATTCTATTAGGGTATGCTACATTGAGTTGTATCTCCTCTGTCTGATAAGCAGTTGAAAGAGTAATTGGTCACATGTGGGTTCAATTCCCACCTTCTCAACTTATATTCTGATATACTTCAATAGGTAGAAGGCTGCTCTCATAAGGCAGTAGTTATAGGTTCAAGTCCTATTATCAGAACTGTGTTAGTATTTTAATTGGTCAGAAGTCCTGACTGTGAATCAGGAGGGTATGGGTTCAAATCCCATCTAACACCCCAATATGCTGAGGTAGCACAAGTGGTAAATGCAGATGGCTTATATCCATAAGATAGTGGGTTCAAATCCTACCCTCAGTACTATTCCTCCAGTTGTCTGAATGGTTGAGGTCCCAGTCTGCAAAACTGTGGTATGGGAGTTCAAGTCTCCCACTGGAGTCTTATTAAATACCTCTATAGCTGAATGGTTAAAGCTGCTCCCTCTTAAGGAGAAGATTCTAAGTTCGATTCTTAGTGGAGGTACATATTCCCCTATAGCAGACAGGTGTAGGCAATAGACTTTTAATCTATGAGGTGAGGTTCAATTCCTCATGGGGGAACAAATATAATGGGTACATAACATCAGCAGACTGTAAATCTGCCCTCCTTTATCAAATTGATGTAATGGACTTTGGAGTAGGGGAGTTCGAGTCTCTCTGTGCCCACTTATTAATGGAAACTTAGCAAAGGTGGTCTATGCGGGGGATTGAAAATCCTTAGATAATGGTTCAACTCCATTAGTTTCCACAAAACAATGAATTATGGATAAGGTTTTATATAATTGGTTAGAAAAACAATTCTATCATGATAATCACAAGAGGTATCACAAGTACTTTAAGGAGTGGATAGATAATGTAACTGATTCTCAAATTCAATATTTTGAGAAGCAAAGAATAAATGTTCTAACTGGTGCTATGATTCAACACTAATGCCCTCATGGTGAAATGGTTAAGACACGTCTGATTTAGGCTCAGAAGGCTGTAGGTTCGACTCCTACTGAGGGTACAAAAAAAAAATATGCAGATTTACTTGCATATATAAATTATAATACATATCTTTGTAACATCAAATTAAAACAATATGATAGATACATTTGGAGACAATCTATTGGAGGGTTTTCAAAGAGAAGAAACAGTAATGGAAGAAGATAAGGATGCTGGTTTATTCAGATTCTTCCATGAATATGTGAATGTTCTTGAGGGTATTAAAACTCAGACTAAGAATGTGCATTGGGCTTCTCTCAAACTTCCAAACAGAGATAAAAGAGGAGCACATCTATACTTGGATGATTTCCTTGAAGAAGTAGGTGATTTTCAAGACTTGGTAGCTGAATCAGCTATGGGTATTACTGGAGTTTCTTTTGACTTTAATACAGTTCATGGTACTCCTTTCAATGCTACTTCAACAAAGGAATTTATGAAGTATGTACAGGATAAGACCAAAGAGTTTTATGATGGAATACCAGATACCACTATATGTGCTGGTATTAAGTCTGAGACAGAGACATTCATACTAAAGATTAATCAGTATGTATTTAGGTTCATGCTGACTGAATGATGGCTCAGTGGTGCAACTTGGTAGACACAACAGGTTTAAGCCCTGTAAAAGTGAGGGTTCGACCCCCTCTTGAGCTACCATAATGGGTTTGTAGTTTAATGGTAAAACACTGCTCTTGTAAAGCAGATTTCTCAGTTCAATTCTGGGCATTCCCTCAACTTGTAGGTATGGTGTTAGTGGTTAGCACATGACATTGCCAATGTCAAGGGGACAGTTCAAATCTGTTTATCTACTCTATGGAAAGTAAAGTTTGTAGTAAATGTGGAATAGAAAAGCCATTAAGTGAATTTGCTTTAAATAAGACCAGAAAAGATGGTCATGCTTCTGATTGTAAGTCTTGTAGAAAGAGGTATAGAGATGAACATTATAGACTCCATAAAGAGTATTATAAAGAAAAGGCAGCAGCCTATAAAAGAAAGAAGACTAAAGAATTAGAAGAGTTTAAAAGCACCCTAAAGTGTGTAATATGTGGTGAAAATAGACCTTGGTGTTTGGATTTTCATCATATAAATCCTGAGGAGAAAGAAGGGGAAATAGCAAAACTTATTGAATCTCCAAGGAGATTACAAGAAGAATTAAAGAAGTGTATAGTCCTATGTGCTAACTGCCATAGAGATTTACACTATAAAGAAAGAAATGCAGGTGTCGTATAAAGGTTAGTATAGGAGATTTCCAATCTTCTGGTTAGAGTTCGATTCTCTTCACCTGCTCTATAAATCGCGAGGTAGTGTAATGGCAACATGTGTGGCTCATAACCACAAGAAGCAGTAATACTGTGTTGGAAGTTCGAGTCTTCCCTTCGCAACTAAGTTAAAGTGAATAATATGGAAAAGGAGAAGACATTAATCACTTGTATTATAGGCTCTACAGTTAGAGAAGTAATCAAGCAAGCTCAAGAGCTTGAAATTAAAAGAGAAGATATAGTAAACATGTTTCCTTTAGGAGGACAGATTTACTTAGTATTTTATAAGTAAAAATAACTGGCATTATGGAAGAGAAAAAGACAAAAGAACCTCAGTACAATGAGCCTAAGATGATGTTACATCTTGCTATTTATAGTGCTGTTGGTAAATACAAGAGTGTTAGAAGAGCTATCAGTAAAGGTCATGTAACATCTTGGGGAGAGGAAGTTCCAAAGAGACCTTTCAATAATAGAAAGAGGACCTGTGGTAGGGAGTTACAGATTACTAAAGAGAAGATTTATGGAGAACTTAAGTACAGAAGTCAAGCAGTTTGAGCTTGAGACTCCCAAAGAAGAATATAATAATATACCTGTTGTATATTGTAAGCATTGTCTTTCATTAGCAATAAGAAACTCAGATGGCATAGATTACTGTGACAAATGTGGTGGAACTGAAACTGGTGAGGCACACATACATGAATGGGAGAAAATGTATGGACAAAAGTATGGTGGAAATTATCTAACAGAAAAATAAAGATGGAAGGGAAGAATAAAATGAAAGTTGTAAAGGGGGGCAAAGATACTCCAGAAGTGAGAAAGCTAAGTTATGAAGAACTGGAGAATACTGCACATCAGTTGTCTGAACAAAGCAGACAGTTATATATGCAGAATCAGAAGTTGAATCAGGCTTTACAGGAGTCTAATCTTGCTAACTTCTATGAAAGATTGAAGTGGTTGTGGACAGTAATTACCTCTACTACACCTTATATCTCAGAAGAGTTCAAGCAGAAGTGTGGTGCAGAGTTTGAAGTACTAATGACTCAACCTGAACAAGAACCTGAGGAAGAAGTAAAGGAAGGAGAATAAACTATGGCTAAGCAAGTGGATTCAATAGTTAGGATTCCTTGCAAGGTAGATGGTAAGTTCTTTAGATATTGGTTTGAATTCTTACAACCTTTTCATAACTTGACTGAGAGAGAAATGGATGTCATTACTTCATTTGTGAAGCAAAGATATGAACTCAGCAAGGTCATTAAAGATAATGAGATACTTGATAAGGTTACTATGAGTGAAGATACTAAGAAGAAGGTAAGGGAAGAGTGTGATATATCTCTTCCTCACTTTCAGGTCATCATGAGTAAGTTAAGAAAGAATAAAGTCATCATTGATGGGAAGATAAACCCAAGATACATTCCATCAGTAGATGAGGAGAATGGTTCATTCAAGATGATGTTATTATTTGATTTCTCATGATATACTCAGAAGCAATAAAACAGGTATCCATAGAACTTGGATTACCACCACAAGTGGTGAAGGAAGCCTATGAGTCCTATTGGACTTTTATTAGGAATAACATCAAAGCCTTGCCTCTAAAGGAAGACCTAAGCAAAGAGGAGTTTGATAAGTTGAGAACCAATTTCAATATCCCATCAATAGGTAAGTTAAGCTGTACTTATGATAGGATGATAGGAGTTAAGAAAAGATTTGAACATATAAGAAGATTAAGAGATGATTACAACAATCAAGAAAGTTAAACCCATGTTTAATAACATGGTAGTCACTTTAAATAAATATCCCACTGACCTAAAGACTACTGGTGGTATTATAGATAGTACCAGAGCTGGTTCAGTAAAAGAATATCAGACAGTAGTAGCTGTTGGACCAATGGTGAGGGGTATTGAAGTAGGAGATATAGTATATATCAATCCAAAAAGATATGCAGTAATGCAACATAAGCCCGGCTCATTGCAAGATGGTGTTATTAAGGATAATCCTGTAGTAGGATATAAGTTTGACATCATGGAGATTGATGGAGTTGAGCACATGATGATTCAAGATGGAGATGTAAAATTTGTAGCAGAGATTGAGGAGTTTGAAGAAAATCCTACTATTGTTACAGGACCACAACTTATAGTATAAATATAAGCCTGAGCCTATCAAAGGCTTGGGCTTTTTTAGTTTTAAGCAGTATGAGATTATTTAAAAGAGATGGTTATAATCTGGTTATATCTGATGAAGCCTATGCTTTAAAAGCATTCAGGCAGATATGGAATAGAGATAAATCTCTCTCAAAAGAGAGAGCTATTACAGAGCTTGGATATTGTTACTTTATGGAGGACTCCAGAAGTGATTACAAGTATATAATAGATGAACAGGAGAGGAAAGAAGCTATTAAGCAGGGTGAAGGTATGAAGGATAACTGGGAACCTGATACTACTGTGAAAGAAGCTCAAGCATTATATGCAAGTTTTAAGACTACTTCTGAGTTACTACTGGATGATACAAGGATGCTTGTTGATAAGTATAGAATGAAGTTAAGGAGTATGGACTTAACTGAGCTTGATATAAAAGAGACTAAGGAATTAGGTGCTATTATTAAACTTATACCATCAATGGTTAAGGACTTGGATGAAGCTGAAAGAGCTATTGCTAAGGAATTATCACAGAATGATAAGGTAAGAGGAGCACAAGAAAAAGCAATATATGAGGACTTATAATTATGGAAATAAATGATATAATAGAAGGACTTAATGTGTATTATGAAGGCTTCCCTAACAGAAGAAAGGGATACTTTGTATTACATAAAATAGTAGATACTAACCCTGTAGTTAAGTCACAGAAGACTTATAGAATGCAAGTGTGGTTTGTAAGTAAGGGTGAAAAGATACCTGCATTTGGTACTCAATATTCTAATAGAATTGTTACTGA'"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 42,
   "id": "dfa1e9d5-6b4b-4220-84cc-f50251f0fdce",
   "metadata": {},
   "outputs": [],
   "source": [
    "def generateGCPlot(seq, window_size, step_size):\n",
    "    \"\"\"\n",
    "    Generate the GCPlot of phage genome \n",
    "    \"\"\" \n",
    "    \n",
    "    #get the sequence object\n",
    "    seq = SeqIO.read(seq, 'fasta').seq\n",
    "    seq =  adjustLength(seq) \n",
    "    \n",
    "    #calculate the number of steps needs to perform along the sequence \n",
    "    num_steps = int((len(seq)-window_size+step_size)/step_size)\n",
    "    \n",
    "    #generate arrays to store values \n",
    "    gc1, gc2, gc3 = np.zeros((num_steps)), np.zeros((num_steps)), np.zeros((num_steps)) \n",
    "    \n",
    "    for i in range(num_steps): \n",
    "    \n",
    "        #get the subsequence \n",
    "        a = seq[i*step_size:i*step_size+window_size]\n",
    "\n",
    "        #get the codons in each position \n",
    "        gc1[i] = GC_content([a[i*3] for i in range(int(len(a)/3))])\n",
    "        gc2[i] = GC_content([a[i*3+1] for i in range(int(len(a)/3))])\n",
    "        gc3[i] = GC_content([a[i*3+2] for i in range(int(len(a)/3))])\n",
    "        \n",
    "    generateTable(gc1, gc2, gc3, step_size, num_steps, 'test1.txt')\n",
    "    \n",
    "    return pd.DataFrame({\"gc1\": gc1, \"gc2\": gc2, \"gc3\": gc3}) \n",
    "\n",
    "def GC_content(baselist): \n",
    "    \"\"\"\n",
    "    Get the GC content for a list of base pairs \n",
    "    \"\"\" \n",
    "    \n",
    "    return (baselist.count('G')+baselist.count('C'))*100/len(baselist)\n",
    "\n",
    "def adjustLength(seq): \n",
    "    \"\"\"\n",
    "    Add Ns to adjust the length of the sequence\n",
    "    \"\"\" \n",
    "    \n",
    "    if len(seq)%3 == 1:\n",
    "        seq = seq + 'N' \n",
    "    elif len(seq)%3 ==2: \n",
    "        seq = seq + 'NN'\n",
    "        \n",
    "    return seq \n",
    "\n",
    "def generateTable(gc1, gc2, gc3, step_size, num_steps, outfile): \n",
    "    \"\"\"\n",
    "    GC plot table to store which can be read into aretmis\n",
    "    \"\"\" \n",
    "\n",
    "    #value to centre each value within the step \n",
    "    centre = int(np.median([i for i in range(step_size)]))\n",
    "    \n",
    "    #generate the position of each step \n",
    "    bases = [i*step_size + centre for i in range(num_steps)]\n",
    "\n",
    "    header = '# BASE VAL1 VAL2' \n",
    "    colour = '# color 0:255:0 0:0:255 100:100:100' \n",
    "    \n",
    "    #write to file\n",
    "    with open(outfile, 'w') as f: \n",
    "        f.write(header) \n",
    "        f.write('\\n')\n",
    "        f.write(colour)\n",
    "        \n",
    "        #write each line to file\n",
    "        for i in range(num_steps): \n",
    "            \n",
    "            f.write('\\n')\n",
    "            line = str(bases[i]) + '\\t' + str(gc1[i]) + '\\t' + str(gc2[i]) + '\\t' + str(gc3[i])\n",
    "            f.write(line)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "4d4d430f-c77d-4f12-9952-50e499aa8440",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "6660\n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "<AxesSubplot:>"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "gc_df = generateGCPlot(seq, 210, 15) \n",
    "sns.set(rc={\"figure.figsize\":(20,4)})\n",
    "sns.lineplot(data = gc_df)"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3 (ipykernel)",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.10.5"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 5
}