C02HBa0122F06.1 TGGTTGAATCTAGAGCAATGCTCATATGTTTTTGTGAAGAAATCATGTGTTTGGTGTTTG TTCAATTTTTGGCTAGAAAATGATATCTCCCATAGCTCCTTATTCTCAACTGGACAATTG TAAATTCTTCTCTTGCTATAATTGTGTCTCTATCAATCCCTTGAATTTTGAGAAGGGTAT ATATTAACCTTGTGACTAATCATGAAATGCTAACTCATTATCAAACTTGAGCTTGCTCAC ATTGTCGGTCTCAAGTACAGACATATGAGGAGGGTTACCGTAGACTGACAACTAATATAA AACTTGTCAATTCATGATGGATCCTCGTAAATGATTATATGAGATGCATCTAAATGAAGT GTAGGAATTTATATAACCGATCCGAACTTGTTTAAAACTGTTATTAAAAGTAAATGTTAT TTTACTATTATATATAGCTAGCAATTAATTTTTGCACAAGACATGAAGAAATGAACACTT GGTCTTTTTGTTAAATGATGTAAGAGTACCTTTTTTATACAAAGAAGAAAAAGATACATC CTAATAGAGAGCTAATACAAATTACAAAAAGTCTTTAGTCTAATCTAGATTATAACATGC TCATCATTACAACTTAGATTAAATAAAGTCAATATGGTTATCCTTGTTTGTCATTAGAAA TATAATAATAATAATAATAAATAAATAAAAAAAGCTATAAAAGTTAAGAATGTTATAAAC TTTAAAGTAGTCCTTTAATTCCTTGCATGGTTTTAAAAGTCTATATTCCACTACAATAAA TAATTTGTCATCTTGGGTTTCCTCTTCCATCATATTACCCAACTTTCCCTAATTTCTTCA GTACTAAATTAGCTGCATTTTTAAAGCTGCTGTTCTTGAAATTAATATATACTCATCTTC TTGTATTCTGAATAATATAAAGAATGAATAAATATTGGCTCCAAATTACTTCTGTGTTAA CTTCTTTTGTATTTCCACATTTCATTGTTTGCTTATCCAATGAAGACATCCAACTCAATA GCCAGTTGATTAGCATCAACCAACATGTTCCTAAGGTATGACCCCCCCCACCCCACCCCA CCCCCCTACAAAATTGTTGTGTTTATGGAAGCACATTCAGAATTTAAATTTGATCTGTCG GGTTCATCCGAACCTAGGTTAAAATAATTTTTTATGTATATATAGCAGATGTCGAACTCC CTTCGATTTCTTCGTGTGTCTATTTTTCAGATTTTGAACCTCTTGTCAAAAATTCTGGCT CTGCTCCATAACATAGGAAGACATTTGCTTTCCCTTATTTAATTCGGTTTTTTTTTCCAA ACAAGGGATGAGAATTTGACAACTAATGTTAAGTATTGTATAGGTGAATTCTCATAGGAT ATTTGATATTGAAATTCATGGAATATTATTATGGGCTTCAATGGGATTCTTGATGCCAGC TGGAATACTCACAATAAGATTCTCCAATACAGAAGAGTGTAGCACAACAAAACTCAAAAT TCTCTTCTATGTTCATGGAACTCTTCAGGTAACTAACACTGTGTTTTTCTGGTTTCGATT TGATACGGAGTTTAAAAAAATAAAAAAAAATGTAACAAAATCTCCTTTGATACTGTGGTC TAATCTTTAAACACATGACACGTGTCACAAAAGAAAAGAGACATTCTTTTTTAAATAAAC TAAAAAAGAAAAATAAAAGAAACAAACTGAAAAAGAAACAGAATGAAGATTTAGTTTCAA ATTTTGAAAATGAATTTAAATTTTTAGTAAAGGGAAAAAAAAACTTTTTTGATATCTCCT TGATGAATGATAAATGTTTCTTTTGAGCCATGACAAGTAATGATCATAAATTGATCTTTA CTTTAGGTGCACTTTTAATCATAGTAATGTTAAAAAAAGTTCAAAATTCATTTATGTGAG CCCACAGTTTGGTGGGAGTATAAGTAAAAACAGATTTGACTATGATTGTGTCCATTAATA TGAGGATTTATTTAACTAATACTAGAAATTAAAAAAAAAAATTATGTTATTTCTTTTGTT TCTGGCTGTAATAATTGATCCTATTTTATTTTCTTTCTATTTTTATTTGTAAAGGTACTC TCTGTGGTGTTGGCTACTGCTGGAGCTGTGCTATCAATAAAGAGCTTTGAAAATTTGTTC AACAATACTCACCAAAGAATAGGCTTAGCACTTTATATTGCCGTCTATGTCCAATTTTTT ATGGGATTTCGAAGGCCTATGAGGTAACTTGTCCTTTATTTTTTAAGCAATTACTTCATT CGTCCACTTTTATTTGTTATGAAAGTTAATTTGATTAATTTTCAAAGTTAAATTAGATTA TATTAATTTGATATTTTAAACAAAAAATTTAGTTATTCAAAAATTATATGAAAAGTAGTA CACCATATAAATTATTTGTATATCAATATGATGAAAAAATCAACCTTAAAATGTTAGACA AAGTTTTTATAGTTTGACTCTAAAAATAGAAACTATGACAATTAATAGTGGATGAAGAGA GTAATAATAGATATAGTGAAACTTTGCCTAGGTTGAATTGTAAAAAGAAAAAATCTTTTT GGCTAGAAAATTTGGCCAGAATTTAACCAGAATGGTATTTTACCTATGTTATTTTATCTT TTTGAATATTTTTACCATTTTAACTTTAATTACTTTAAATTAAAAAAATATTTAAAAAAT TAATTTATTTTAAAATAAAAAGATATTATACGCTTTTAAAATTTTCTAACCAAATTTTGA GGTCACCCTTATAAAATATATGTAGGAAAAGCAGCACCTTGGCTTTCTAAAAGAAAATTG AATCCCGCGTACACGGGTCTTGAGATTTGTATTTTTGATACAGTCGTCTAAAATTAAGTA TTAAGTAGCTTTACTCATACCCACTTGTTATTTTTGATTAATTCAAGTATTAAGTAGCTT TATTTTATTAGAATTTGAGCACTGATCTTTTTAACGATTTTCACCAATTTCATTCACACT ATACTACACCTTTGAGCCTTTTGTACACGCACTTATAACTACAAGCATGATGTCAATATG AGTAATGCACATCTAGAGGCTTCTCTAGAATTATGTGTACATATATCAAAAACATGCATA TAACTAAATCAAACTCGTTCTGAATCAACTTACTCTAAATTTTGGATTCATCTCGACTTA AACATATCTCTATGAAATTTAATTAAAGACTAACTTATTATTTAACTCTTTTGGACTATA GGGGAAGTAAAGGAAGAAGTGTGTGGTACTTTTTCCATTGGCTACTTGGAACAACAATAT GTTTGGCAGGAATTATCAACACTTACACAGGCTTAAATGCTTACAATCAAAGAACATCAA AGCCAATAAGCCTTTGGACAATAATTTTTACAGCTCAAATATCATTCATGGGATTATTCT ATCTTTTCCAAGACAAATGGGAATATATACAAAAGCAAGGGGTCATTCTTAACAACAATG AAACTACAACACCTCAAGTGGAAATAGTTGTTCCTCAAAATGATGAACAAAAGATGATAA TGAGAACTGAGTCAGGAAGGAAAAGCAATGCACTTGGTACTTTCTTTTCTAGACATAATG TCCTAAACAAATTATTTCAACAAACTTGAAATGTTTTCATGTTTCTTGTAAATTACTAGT TTCTCGATACGCATGTGTATTTTGTATGAAAATTAATAATTAAAAAAATTCAAATCGTAT AACAAGTTATTGGGAGGACATGCATGTTTGTTACAAGTGTTTCTCAATATTATTTCTAAT CTATTGTCCAATAGATAAATCTCAAAATAAGCGTGGTTAAATCAAGTTTTACATTTTACA GTTGAAGCTATTTCTTGTGTCTATTAAAAAAATTAAAAGATGATCATTCAAATAAATTTA GCAAATCAAACGGAAAAATCTGTTAAAAAAATTAGAAGATATAATATGATTTTGTATGTA CTAGAGTATTGGTGTATTTTATTTGAGGCACCAACTTTCATACCATAAATGTGATTTTTA GGTAGTTTTTATGATTTTGTATTCTTGTACATAGACTATAGTATTTATCATGTTTGCATT GTGTGACGATATATATAATAATTACTAATTGATGAATAATTTAAAGGGGAACTTTCATAT ATAGCCACTAAAAATAGCCTAATTACTCTCCATAACTATCGTTTGATAATTACAAATCGT ACCTATATGTTATAGGAAGGAGAGAGGCGAGCGAGACTGAGAGATAAAGGAGAGATGCAA GAGAGAGGGAGGGGGGGGGGCAAAAAGTGAGAGAGGTAAATTGTATATGTATATTGGTTA GATAATTGTATATTATACATATGTATTTGTATATAGGACAAGCGAGATTGGTAGAGAGAG GAGAGAGGCGAGTGAGAGAGGGCAGAGAGTGAGAGAGAGGTAAATTGTATATGTTTATTG GTTAGATAATTGTATATTATACATATGCATTTGTATAAATGGCAAGCGAGATTGGGGGAG AGAGGAGAGAGAGGAGAGCGAGAGAGGGCAGAGAGTGGGAAAGAGGTAAATTGTATATGT ATATTGGTTAGATAATTAGATATTATACATATATATATATATGCATTTATATAAATGGCA AGCGGATTGGGAGAGAGAGGAGAGAGGCGAGCGAGATTAGGAGAGGGAGGAGAGAGGCGA GCGAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGAAGGGAAAGAAATGGGAGAGTGGTG AATTATATATGTATATCAATTAGATAATTATATATTATACATATATATTTGTATATTCAG GCGAACTATACATATACAAATGTGACTAATTATACAAACTCAAAGTCAGCCCACATAATT AATGTATAATGTTAGTCGTGAATGACAATTATAGCAAACTATAACTATAATAAATAATTA AATAGTATAAATTTGCTTAACCGTTTATTTTTCCCTAATTTAAATAAATATTTTCTAAGA TAAACTTGTGAACTATAACTTGCTAGAATAACTACTAAGGGGAAGAAAAACATGTCATGC TTTGTGGATAATATGCACAAGGTCAAAACTCCAAAGGCTTATTTAGAATTCTAATTTTTT TTGGAAAATGTAGTCTTTTAAAAGAATTACTCCAAAAAGTGTACATAGCCTAAGTTTATT TTTGTACTTCAAGTATAATTTTGAACAAAGTTATCTTACTTCTCTACTAAAAAAAAAGTG TACACTTTTAGATCATGACATTTAACGTTAAATTGACATCATTTAATTGAGTTTTTAGCT AAAATCATTTTTTAACTATACCTCAAACTTAAATAACATGTTTAAAGTATCATTTTTCAA CTATTTAAAAGTGAACAATTTTCATATTTCAACTTGAATTTATTGGAAAACTGATAGATC CCACAAAATTCAAATCATCTCCTCGTAATTATTATTCTTAGATACACCAAAATACTATCG TGAACTTAAAATTGAGTTTAGCATTATGCAAAATCTTATAATTTGATAGTTTTTTCATTT ATTTTTCATGTATTTGATATTAAAAATATTATTAGTTGAAAATGTTTCTTCTTAATTGAA TATGTTAGAAGCGGCATTTGTTGGAGATATTCTCTTATAATAATGTAGAATGAAACTCAA ACACAACACATAATTAATATTTTGATCACTTCTACCTCAAATTGATCAAAAAAAATTATT GATCTAAATATAGTTTGACTATTAAAAAAATAAAAAAGATAATAAAGCTTCATCTTCCTT TGTTACTCAAAAGAAAATGAGTAGATCATATATCTTCAACCTTCCAAACATTTCTTGTTT CACTAAACAATAGAATATAAGATTTTTAATATTTTTTTCAGGAATTTCTTATAGTATGTA ATGAAATTATGCAGGAAAACTTTTGTTAATAGTCACATGAACTACTCATATTTTTGTAGA ATACCTTAGTCTTTTGACGATATCTAACAAAAGGATGAAAATTATTCACTTCTAAATACT TGAAGGATGTTTTCTGCTAATAATGATATTTCAAGGATGTAGTTTAAATTTGAGATATAA TTTAAGAACGTTTTTTTGCCAAAAACTTTCATTTAATCACCTGCTCTCTTCTTGAAAAAA TGTCCTATCATTCAATTTTAAATTACTTCATTCGTTTCAATTTTAATTTAAATAGTAAAT AAAATTCTAAATCTTATAATTTTAAATTATAAATATGTAGAATATATTAAAATATCTTTT AATTTTATAATCTTAAGCATGTCATGTGAATAATTATAATTAAGACACCATAAATAACAT TGTTTCTCGTGTTAATAACTTGCTTTGCTCTTATAAACCGTCTAACTCTTATAAAAATAA AGAACCAATTATGCTCACAATCACATCTGAAGGACAAGATTAAACTAACTTCTTAAATAT AAAGGATCGCGATTTGGAATTCTCTTTTCGCCGACGGAAAAAGTTTATTTGTATCGAATA TTTATATTAAAGTTTATTATTATGTAATTTAATGAAATAAATATATAATAATTAATTAAA ATTAAATAAAATAAATTATAAATTTAAACACATATATATATTGAATTAGTATAAACTGTC CGACTAATTTTCACCCTTCACCAACAATTCCCAAATCCCAAAAAGAAAAGAATATTTTAA TCAAAGGGTTGATTCGGAATCTTTTATCTCCCCTGTACCCTTGAGATACCCTCTGTGACT GAGAATCTCCACTCAAATGGCTTCTTCAGACCACCATATGAATGACCACCACCACCATCA TCATCATGACCATGACCATAACCATGAGTACAAACTTGCTCTGTCATTTTTTTAAATTTT TTGTTTTTGGGTTGATTCTTGATTAATTAGTTGACTTACTTTATGAATCAGGGACACAAA AGCGACATCATGGGTAGGAGCAGATGGGAAAGTATACCATAGTCATGATGGGTTGGCTCC TCACTCTCATGAACCTATTTATTCACCTGGCTACTTTAGCAGAAGGGCACCTCCACTTAA TGACAGGAATTTCAGTGAAAGAGCCTTTACTATTGGAATTGGTGGCCCTGTTGGTACTGG GTATTTCTTCTTTTCCCTCAATTTTTCTTAAATTTATGTCTTGGGATGTGTGTTCAAGTG AAAGGGTTTTCAGTATTTGAGAAGAAAAATTCAATCTTTGAGAAATGAAAGTAGAAGGGG GAGGATGATATTTAGTAGCTTTTGGTATCTGTTGTAAGTAGGATTTTCTTTTAGCTGCAG CAACCCAAGTAAGAAACAAAAGGGACCATTTTTATTGATAAAAAAATTGAATCTTTAGAA CTCTGCATATAGGAACACAATTGTTCCATTAGACACATATCTGACTGTGTGAATGTGTGT ATGAGTGTGCTAGAGCATTTTCCTTTTCAGTTCAAGGTTCATAATGTACTGGAGTGACTT CACAGGGTATGTTATTGTTTTTGTAGTATTAGTGTTTGCTTTTGCTTTTCCTCCAATCGC AGTTTCTTTCTTGTTTATTAGCTTGTAAAATTTTGGTTGAACATGTTGAGATTTTGAGGG ACTAACTGTTCTTTTATATGCAGGAAAACAGCTCTAATGCTGGCATTATGTAAAATCTTG AGGGAAAAATACAGTCTTGCAGCAGTATGTACCACCAAATGATTTCTTTCTTTTGCCATT GTGACATACTTACTTCATGAATAAGTTTAGTCTGCACAATTTTTTGGAACTGGTGGATTC ACTTTTGTGGTTTGGAAAATGGAACTCAAGTTTATTGGTGGTTTTCATATCTTTCTCTGC CTCATCATTTGAAATTCTAGATGAAGATGGGTGTTACATGCAATTTTCCGTTTGATTGAG TCATTTCAAGTGGAATAACAACATTCTTTATACACAATTGCCTTTGGAGATTATCTCAAT AGGTCATGTTCTTGTTTTTTAATCATTAAGGACTCCTTCCTAAACATCACATATTGGCAT CTGCCAAAACTTCAAACCGAGGTTTTGGGAGTTTACTTGACGTTTGTTAGTTTGACAGGA AATACGTTATGTGCAAGCATGTATTTGGTGTTCTGGAATTCCGACGCTCTTTCATCACTT TCCAAGTCTATGATCTTGAAATCTTCACGTTTTTGTTCTAAGATGTAGAATGAATTAATG TCCATGTTAAGATGCATTTCTTTGTAGGTAACAAATGATATATTCACGAAAGAAGATGGA GAGTTCTTAATAAAACATGGTGCATTGCCGGAGGAAAGGATTCGAGCAGTGGAGACAGGA GGATGCCCACATGCTGCTATTAGGGAAGATATAAGCATTAACCTTGGACCTCTTGAGGAG CTTTCTAATTTGTACAAAGCAGATATACTACTCTGTGAATCTGGTGGAGGTAATTGGTCA CAGAAACTGTTTGCAGACACAAACTAATAAGGATATTAAAGTTTATATTTTCAGTAAGAT AATGACTGTCTTACATCACTGTATGATCAGATATTAACCCGTTTCAATTTTGGTTTAAGA AAAGTTCCTTATTGCAGACAACCTAGCTGCCAACTTCAGTAGGGAACTTGCTGACTACAT AATCTACATAATAGATGTATCTGCGGGTGACAAAATTCCTCGAAAAGGAGGTCCCGGAAT TACACAAGCAGATCTCCTTGTATGTTTCTTATTTTGCACATTTTGACTTCCAAAATATAT CAAGTGTAAACTTATGTCTGCACATGATCAAATTATTATATGATTGTTCATTCTTAAATT TAGGTGATAAATAAGACCGACTTGGCACCAGCTGTGGGGGCAGATTTGTCCGTCATGGAG CGTGATGCACTTCAGATGCGGGATGGTGGCCCTTTTGTTTTTGCTCAGGTTCAGTAATTT TCTCTTCTCTATTCATTTTTATTTTTTTATAATTTTATTAGTATGACTCTGAATCAAACA CCACTGTTCAAGCTTTACCTATTTGAAAGATCAGCTTGTAACTCTCCAGTATTTGAAGAG TTAAACAATGATGTGCATATACGAAATGTCATTTGTGTGTTTGTGAATTCTTGAAATGTA AAAAGTTTTTCCAAAAATAACTCCCTTTGTTCTACCTTCTGTCTGTGTATAGCTTGTCCG GGAAACATTAACCGTTTTTCCATAAACAAATAGGCTTTCTATCTCCAAAAAGTCAAAATC AACTTGTAGTAGTATCATTTGCATTGTTTACATTTTATTCGACTTCTTTTCATATTAAAT ATAAACTTAAGCGCATCAATACATTTGAAACTGATCCTGAATTTACATGCTATTCAAATC TATGTTGCTCGGACTCTTCCAAAATATCAACGGGTGCTTGTCGGATTCTCTAAAAGTAGT GTACTTTAGGAGAATCCAACATGGGTGCGGCATCGACTGTGAAGAGTCTGTGCAACTTAG ATTCAAATAGCTTGGTCACTGTGATGATTTGAGAGAATAAATAGTAATGGAAGTGTAAAA AGTCGTATTGTCTCTGTGTTTGCAATATGAATCTTCACCCTGGCTATGTAGAATACCATG TTACATTTGCTTTCCTATATTGTGACTACACAATGACACGAAGGCAACAGTGAAAGAAAT AGCTTCCATGTCCGACATACATACATCTTTTGTTCTCTTTCAATTTCTCTCGATTCTTTG GAGCATTTCCCGCGTCTTCTATTTGAAGTTGTTTGATGAAAGTGGAGAAGCTTCTGAATC TTTGTTTATAAAGACGCGGTCAAATATGCATGCTTTTAGTGACCAAATAATACAAATATT CTAGTTCAGATATATTTCTTTGATAACATACCTTGATACATGAACTTCTTGACTGAAAAG GAAAAGTTGAGAGGGGTGCATCAGAAGATTTGCCTGTTATTAAGAACTAGTACTAGAGAA AAGAATGAGATTTCATTTGTGAGACCGGAACTTTCTTGTGCAAATGTGCGATTTAAAAGC AAGCACGTTACAATATTGGAAGCTGGTTTGTTTGTTGAAACTATAAATTGCACCACAGGA AAATGTCACAGGGTGATTTTCATCTATTGATTCCTAACGCGATATGAGTGTGTTGATTCA ACTGCAGGTGAAGCATGGGGTTGGCGTAGAGGACATAGTGAACCATATCTTACAATCCTG GGAAGTTGCAACAGGCAATAAGAAGCGCTAATTGAAAACTTCACTTGAACATTGTGGATC TTTTGGCTTATCCAGTGCTATTATATAACATTCAATTTCCCTGTTTCTGGACTAATATAA TCTGTCTACTGAATAATGCTTGTTATGTACAAGCACCTAGTATTTATAAGTTCCTATATT TAATTTGGTTTGTTTGATCAATCATTAATCATATTTACTTTCTTCTAGAAACAACCCTTT TACCTACGCAAGGTAGGAGTAAGGTCTAGGTCTATGTATATTCTATCTTCCCAAACTCCG CTTGTGGAGTGTATTTCGTCTTGTCACTTCAAGGAGGGTGTTTTGCCTTTGTCCAAACTC AATTGGTTGGTTGAGCTTTTAGTGTAAGATTTAGGGCCCGTTTGGATGGGCTTAATAAAA GCAGCTTTAAAAAAGTACTTTTAAAAGTGCTGAAACTTATTTTAAAAATAAGCAGTTATG CGTTTGGATAAAAGTGCTGAAGTTGTTATGTCAAACGTGAAAAGGGATAAATGGAAGAAA GAAATGTTAGGGTTATATGGGTAATTTGGAGATTGTATAAAAATATTAAGCACAAAAAGA TAAAAATGTGGTCAACTTAAAACAGCTTATAAGCTAAAAATAAAAAAGCACTCCTGCCCC AGCTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTTAACTTAAAATAAGCTGTTTTGAGT ATTGCCAAACAGCTAAATAAGTCAAAAACCAGCTTTTAAGTCAGTTTGACCAGCTTTTAA GCTGAGCCAAACAGGCTCTTAGACTTTTTTCGATTTAAAACTATTCCAATGGTAATTTTT AAAATACTTTTCAAATCTGTAACGTTTATTTACAAGAACAAGAAAGGACGTATTCATTAG GAATTATATTTCATTTCAAAAAGTCCAAATAGATAATCCCAAAAAAAAAATACATGAAAT GAAAGATTTGAAGAGGTGTATTACAAATGCTTGAGTTATAAATAATCGTAAGTATTTATA TAAACTCCACCATTTACATCAACAAGCCCCTATAGCTCAGTGGTAGAGCGCCAGTCTTGT AAACTGGAGGTCTGTAGTTCGATCCTGCATGGGGGCAAAATATATTTTCAAACAAACAGT TTTTTTTTTTGGTTTTTGTATTGTCTTATACACCACCCATATTAGAGCCCGACTATTTTA GTACATGTTTCATATTGGGGAATCGCTCCTTACTAAGGATTCTTCCATATCTAGGGCTTG AACCCGAGACTCTAGTTAGGGAGGAGAGGCTGCCCGACTATTTTAGATTCACCTGTACAT GTTCCCATTTGGGAGAATCGCTCCTTACTAAAGATTCTTCCATATCTAGGACTCGAACTC GAGAGTTAAGAAAGGAATAGCCTCATTCGTCGAACCACATTTTTTTGTATTGTCAACAAA GCATGAATCAAAGTAACAAAGTTAACTCTGAAAATAACTGTAAAGAATTAGATAGAAAAA TTATTTACTGAAAAATGAGTCAAATATGTCTTTAATGTTGTTAAAATAGATAAAATTTGC TTTTAAATTTAAAAGTCGAAAGCTTAGGATAAAGTGGAGTACCATATATCTGCCATTAAG GATTATATTTTATAAATAAAAGATAAATTTGAACTTTTAGCATAGTTTAAGGATAATTTA ATCTTTTTTAATAGTAATTTTTACATTATCCTTCTTTTCTCTTAGTCACTACTATCTCTA CCGCCAATTACTCCTTTTCTCTTAGTCACTATATTGCTAAATGACTAGAACTATATGATA ATGCTGTATATTGCATGTTCAAGTCATTTAGCACATTCTCTCACGCTACTGAATATAGTT CTAGAGTCACATAGTGAGAGAGAATAAGGAAAATCGAAGAAAAAATAGTAGTGTAGGTGA TGTTGACAATGGCGAGGAGAGATGCATGAATTGGAATAGGAATAATTGAGTGATTGAAGA GAGTTCATCCAATTTAATTATTGTACGAACTAAAAATTTTCAATCATAATTCAATGAATC ATAAAAATGGAAAAATTATCAAAACTCAAAATTAAAAAAGTTGAACTATGTTAAAGGTTC AAACATTCCTATTGTTTCTAACAATGAGAAATATATATCACATCATGGAATGCAAAATTT TACTTTTAAAATAATGATACTTAACTTATTAGTAACAGTAAAAGAACACACTAACCCCAT TTTAAAATAATGATATTTAACTTATATTAGTAATAGTGAACCCTAACTATTAACGAAAGT TAAATACAATATTTCATTTTATTAGTACACCCTCTTTTTCATACCGTGACATTTTTTCAT TTTTCGATAATCAAGAAGGAAAATTTGTGAATGAATCTTTTAAAATTTACAAATTTATAT TTCTTTTTAATTATTTAAAAGAATATTACAAATCATAATAATTTAAAATATTTTAAAAAT TAATAATATAAAATAAATTTATTTAAACATCAAAATTTGAAAGTATCACATTTATTGAGA CACCCGGTGTAGCTAATTTCATAGCCAAATTTGACCACACTTGCCCATGAAATCTTTTGA AGAGAAGAATATTTGTAAGTTTCTCAGAAAGCCCCTATAAAATGTCGTATTTCAAATAAG GTCTCCAAAATTTCCCAAATCCTCAATTCTAACCCTAAACCCAAACGACAGTGAGAAGAA GCAAAGGAACAACTCGAACCATCAAAAACCAATAGCAATCAATCAATCAATCAAACCCAA AAAGGTGTGCGTGTGTGGGTGCAGAGCAAGAAATCAATGGCGGAAGGTGGGGAGAAGAAG AGGGTTGTCGTGGAGTCGTTAGGATGGTTAACGGAATCCACCATCATGCCCAAAAAGATC CGACCAATTGAAGGCGTCGGTGCTTCTTCCATCCTTGAGCTTAAAGCCCAATTATACAAA TCTCAAGAAGAGGCCAAACGCGTCGCCAAAGAGACCGTCCACCCTTCTGCTGCTGACCCG AATTATTCCCATCTAGAGATCCATCGTGCAAAGAGGAAGATAACTGCCAAGAACGTCTTT TCGTCTAAAAATCATGGGGTTGATGCCAGAGAGGCCAAGTATACTTTCTGCTTCCCTTGC CCTATTTTTACTTGTTAATTATAGTATTCGTTTTCAATTTTTCATGTTCAGCGTTCTGGG GTTTCATAATTGAGGTTAGAATCTAGTTTAATGATAGTTTGATACTATCAAAGAGTTAGA ATTGATATTAAAGTATCTTAGATATTGCAGTTGTATATGTGATTAAGATTCTGGCTTTGA TTGTAGGATTGGAATTGGGGAAGGATGGTGATTAGTAAGTCATATACTAGAATCTTATAG TTTGATGCAATTGTGGAAATTAGGGCAAATTTTGATTCTATGTTCTGATTGATTATATCA GGAGTTGAAGTTGGATTTTATCTTATTTTGGGATAATTTTCTGGAGTCCTGCACATGTTT ATGCATTTGATATTCATTTTTGTTCAAGGCATATGTGTTAAGCAGTGGGTGGAGGACTGC TCTGGGCACATTGGTGTCTTATGAGGCCTGTGATCCAGAAAATCTCCAAGGCTATTGTCC GAACCACTAGAGTTATTGGTGCTCCAGCCCTTTAATGTAGAACTAAATCATGTTTGTATG TGCCAGCAGGCTCCCCGTTGCATATTGCTTTGTCTTTCCATATCAAGTTCCCTCCATACT TTGTATTCTTTTTCATCTTTTGGCATGAATGGTTGAGAGTGTTTAATTAAACCAGAGAAG ACACAGCCTTGCAGGAAGAAGTTAGTTTTAATAGAGAAGCTGCAAGCCCGCAACCTTTAG GGATTTTAGGCATATGCCTGACTTTCTATGAGATGTGAATATTATGATTCCACAACAGTG TAATTCATGTCTGTTTTCTCCTTCATTTCAGGGACAAGCTTGAGATGAAAGCAATCAAGG ATGGTTCAGTAAGCTATGCTGCCTTAGAACGAAAGGCTAAGTTATATGATAAGCTGGTGA GGGGTGAGCTTTCTGATGGGGAGGAGGGAGAGAAGTACTGTGTTGACTTCTTTCGGAAGG GCCAGGAGCAGGAAGACTCTGAACAGCTTCAACGGCATGACATTTCTAACACAGAACCAA GAGATGAAGATGGAGATGATGATGCCTCCCTACTATCAGACACAAAAGCTGCAGGACTTG GCCAAGCTGGCACATTTGACCGAAGTGAACACAAGCGTTTCGTTATGTATGTATTGCTAT TTATACACTATTTTGAGCTTAAATGTTTGTATGCTCAGTTGAGTAGAAAAAAAAAATCTA GTTTCTGTGTTTTACACTACCTAAGATGTTTGCAAGACTTTGCAGTCACTCATAAAACTG TCTGATTCACTTTGTGCCTAACATTATTTGTTGCGAACACTTTCTGCTTATAGTATTTAA TAGATTTAGGAAAATAGAACATCTACCCAATTGTGATGGAAGAATTATGAACCTATCAAT GATCAGAATGGTACTTGCTTATGTGCGCAAACGCAGAAAGGCTCCTGTTAAAAATCAAAT AAATTACAGGACACCGGATTTTAAGGATGGGAGTTTGGGTGCTAAAACATCCTAGGTATC TTAGGTTTGTTCTTAATTGTCAGGTTTAAGGAAACCCCTCTCCTCCTTCCTCTTCTTGTC TTTGTTTATTTTCCATTTTTCTTGGGTAGTTTGCTTGAGAAGTAACTTTCTACCCGAGCA AAGAATTTGATCCCTAAACATAAGTTACAAGTGCAGAAAATTGTCGTTTATTGTTTGCGA AGAAGTTCATTAATTGCTTATCAGTCTGTTTTCTCTTACTATATTTAATTTGTTCACAAC CTTTATCTACTTACATTTGCATTCCATGTTGCTGTTCTCAGGGAAGTTCATAAAGAAGCA AGTCAAGCAAGGGAAAAAGCATCAGAACTCAAGCTACGTAGGCAAGAACAAGTAGCAGCA CGTCGAGAAAAACTAAAGCAGGCTTATCTCCGCAAGCAGATTGAGAAATTGAAGGCTTCC AAGACAGAGCAGACATAGACCAGAGGAGGTAAACTTCTAAAGAATAAACCTATGAAGTTG TTACAGCATTCCTTAGACTTCATTGTGATTGGTAACACCGTGGTATTTGGAAGAATTTTG TCATCTTTAGATTATGGACTATTATGTGCACCAAATTTCACTCGATTATAAGTTTCAGGT TTATTGTAGTCTCCAAATGACGCGGGTAGATTATTGGTTTCTTACTGATTGGCAAGCATG GGCGTTTTGGGCCTTAATGGCCGCATATTTGTTATTAGTCAAAAAAAATTGAAGTGGTAT GCAGTCATATTGGCAACTAACTGAGTTTTCGGTTATTGATTTTTTATCTGTGTTAATGAA CTTACATATCTTTGATCATATTTGACAATGTATTTTATTTTTTTTTCCTATTGCATAGGG GAATATTGTAGAAATCTAACCCACCCCTACCACATGGAAAACTCTCGCTGATACTACTTG TACTAGACTATAAGCCTTGGTGTTTTGGCAATGCATTGAATTTTAGATTGTCGGAATATA TGTCAAATATTTTTTAAGGCATGTTTGGGGATGAGTTTTATAAAATGAGCAATTATTTGT TATGATTACCTTTTTGTATTATTCATGTAATCAACTATTGAGGAATTTGGAGTAAGGTAT TACAGATTCTAGATTAAGCTGTAGAAAGCTGATTGTTTGGTAAAGTCATGTTCTACCAAG AATACTCTTTTTTGAGAAGGTAAAAGTACTCCTGAACTATTTGAAAAAAATACCAAGGAC TTAACATGAACTCACTGTAATCACACCCTTGTTGCTAGGGATCCATGTTATGCAGTCTTC TGTGTTATTTAGCTGCTGATATGTGTTCAGCAGACTTATTCACCTCCCAGTTGTTTGAAT TTCATTTAAAGTTGATATACCATATCCCATTCACCTCCTGCAAAAGACTCTTTCAGTGCT TGTAGTAACAATTACATTTGGACATCTTCAATTTGGCTGATAGGTGTTTTTGATGCTGCA CTTCATTTTGAACAAACCCGTGAAGGATAGCGAATCCAAGCATCAGCTTTGGCAACTTAA AGACGGGATGCATCTAGCACCTTGAATTTCTGGACTTCCTTAGATGAAACCAAGTCGTTG CTTTATCAAGGAGTAGAGAGCTCAATCGTTATAGCAAATGCTCCTATGTAAACCCTAATT ATGACGATTTCTCGTGTTCACTTTCATGTAAAAGCGATTACTTTGTATTCATGGTGGAAA TGAAAATGAAGTTTTTCGTTATTACACAGTTAAGAGGCTAAATTCAACAGATAATTACAC TGTGGATGAGCAAAAGAAGGATAAGTAAGTATTAAAGAATACGACTCCACTGGGGATCGA ACCCAGAATCTCTGGTTTCGTAGACCAGCGCCTTATCCATTGGGCCATGGAGTCTTTGTT GCTACATTAGTTTAACTTTTAATTATTAATTGTGCCACATTAATTTAATTCCGTTAATTG GAAGAATTACTGTGTTTAGTATAAATAAGAGTATCATCTATCTAAATCAAACAACTGATA TTTTCAAATTAAAATTCTATTGCAACCGGAAACTTCCAGAAGATGAGTCGGTGTAAATAT ATAAGTTGGACCAAAGAAATTACAGCAGCTAGCATTTCTGCAAAATCACTTCAATTTTAA CAATTCTCCGAAATGCCTGAATCTCATTTACGCCGGCGGAGGTCACCACCGGAGGAGCGG CTTAGGGAGATAGAAGTTCTCATATACTCAGCAGAAGGCCTGAAGAACGTGAAGCACTTG ACCAGGATGAGAACCTACGCCGAGGTCTACGTGGTGAAAGACGTCCACGTGGCAAAAACC AAAATAGCGGAGCACACCGGCGACGGAGACGACGGGACCAATCCAATATGGAACCAGGTG GTGAAGGTGAAATTTCACGAAAAGCTGCCGGAAAATGACATCATGGCGGCGTTAAACGTG GATATTTACGCTCACGGACACATTCGAGAGAAACCGGTGGGGAGCGCTCGAGTTTTGCTC TCCGATGTGTTGAAGGATACTAAATCGCCGGAATCGGAGATGCTGGAGAATAATCCGATC CAGTTTATGACAGTGTTAGTTTGGAGACCTTCTGGTAGGCCACAAGGTGTGCTCAACCTG TGGGTCCCACCTACAGGGCGGTTCCTGGTTCCGTTGACTTCGTTGTCGTTTAGCTTGAGG GGAAGAGACGGCGAAGAGGATCAGGTGGTAACGGTGGAAACGCCGGCGGTGGAGAGTAGC AGTGAGGTGTAAGGCTCTTCCAGCTGTGCATGGATACCATTTGGATGTAATAAACTTGTT TGTATTTGTTACTTAAAAATTGTAATTTTGACAAAGCACATAATCCCAAAATTAAAATTG ACGATCCATTCAAAATTAGGAATAAAATAATATTATATTGAGGTAATTTGTTTTTAGCCT AATTCAGCCACAATAATTCAATTTACCCATTATATATATAGTTTAATATATTAAGAATAG TTTTAAATTTAACTATACTTATTCTATTGGTAATATCGTAGTTGGTATTATATCACTTGT ACCTTTTATAATACTGAATAGAGCATTACCAACTAAATTAAATAAATTTTTAGTAATATC ATAATTAATATATTATTGTTTAATTGTTTGGTAAATGAGTATTATAGAAGGTATAAATAA TACAATATTAACTACGCTATTGTCAATACATGAATAAATATAGTTAAATTTAAAACTATT CTTAATATCTCAAACTAAATAATGAATATGAAATAATTTTAGAATTTTTTTATATAGTCT ATGTAAGAGTAATATTTACAGCTTATTATATATATTCTTCTTTTACCAAAACCGATGAGA AAAACAAATAAATAATGTCGACACTTGATCATTTGTAATTATATAATTATATTCTAATTT AGTTTCTATTTTTAGAAATTGGAGTCTCTACTGCTCATTTCTTATTGTTTTATTTGGGTA TAATAATATGCTTATTTCCTTATATATTTTTTTTAACATGCTTATAATTTTCTATGCATA TTGTAACCCCCCCCCCCCCAAAAAAAATGTATCATAAACCAATTTCACCCTTTTTTTTTA GTTGCTATAGTAGCTTGAATGTCGAGAAGGTAAGTAATACTACTGATATTCTTGTCATTT TTAAATCATCACATATTTTGACCGGAAATATTTCAAGATTAATATTCAAATTCAACCCTC TACTTTTGATTGTTGCTTAAAATTCCACACGATTAAAACTTCAAGTAATTAGAGCTTATG TCAAGTAAGACTAATGATAAATAATACTCCCTCTTTTCATATTTTCTCTATTTACTTGTC CATTTTGACAAATCAAAAAGGACGAATTTTTTTTCTGTTATAACCTCATTTAAACTTTTT GAAAATTTCCAAGTTTAAATTCATCATTTTTTAAATGATAATAAATGAGGGTAAAATCAT AACTTAACTATGTTAATTATTGCTATCTTAATATGTGTGTCATTTTTAAAATGGACAACT AAATAGGATAAAAATAGTAGTTTACTAAATAATAGTAGCTTACTATTGCTATCCATCATT ACTTGTCTACTGTATTGTTGAGATGTTCCATTTATAAAATTAATGAATAAATTATTATTT TGTGTCCATCGTGTCCTTCTATTGAATATTATTCATTATTCAATGTGTAGATGACCATTA TTTAATAGGGATTATTTAGTGCTTCTTAATTTTGTCTCAAGTTGGACGATATTTATTTGT CTATTTTAATTAATATACCTAAAAAATCAATAATTAATATAATAAATTTATTATTTTATT CTTATTAATTATAAAGTGGATGAGTTAAGAGTAATTAATTGAGGATATAATTAATAAAAA TAGGAAAAATTATATATAATAGCAAACTAATAACCTAAATTAAATGGAATAGCTAGGGTT TGATTTAATTGTGCTCCATAGCAAACGTTTGGCAAAAATTTGTCAGGCGTCTCTCTCCCA GAAGTCTCGCTCGCCACTCTCCCATTCTCGCCTCTCTCGCTTTATACACAGAAGTGTATA ATTTCTGTTTCTGTTTTGTATAAAGCGAGAGAAAATTGTATATACACATGCAAAAATGTA TATCTTCGTGTTATACACTTAATTATATAATTTACAAACATTTTACTTCAAATATTGCAG AGAAAAAGGCCAAAGAATTATACAATTGTGAATTATACAATTGCAGTGAAATACAATTTT TTCTAGCTTTATACAACAGAAGTGTATATATTGTGTTTCTGTTTTTGTACAAAGCGAGAA AAACATATATCTTCTTGCTATACACTTATAATTATGCAATATACATACATTTTAATTCGA TTCAACTGTAGGCAAAGCTAATTATACAATTGCAGTGAAATAGGCCAACGAATTATACAC TTGTATATGTATAGCGAATTATACAGTTTTTATGTTTGCTATGGAGCGCAATTATGCAAA GTTCGCTATAGCGTACAAATATGAATTTTTTATTTGTTATATATGAAAGTTGCCATAAAA ATATTATGGGAGGTATCATTTTACTTTAATATTTTCAAAAAAAACTATCAAAGTAATTAA TTGAAGGTATAATAAATAAATTTTCTTTTTTTTTGATTTGTCAAAATAAATAAGCAACTA AAAATAACTAAAGATAGAAGAAGTACTATTATTTAACGAAGTGAGTACAATTACCAAAAA GAGAAAAATGAAAATATTGATTATAACAAATTATCAGTATCTTTGACCTTTTCCTATTGC AAAAAGAAAGCACGAGTGAACTCCATAATTGATAACGGAGAAAAAAATGGAAATTTGATG TTTAATTTTTGTTGTTCAAACTATACTCGTATCTAATTAGAAAATAAAGTCATATTGATT ATAACTTAAAAATATTACTTCCTAAGTTTCTATTTAATTGTCTATATTTAATCATATAGT TATCTTTATTTATTTATCCATTTTGACAAATAAAAAAAAGACAATTTTTTTCTACTATAT TTTCATTTAAATTTCTTGAAAATTTTCAAATTTTAATTCATCTTTTTTAGAATCATAATT AATAAGGATAAAATTGCAACTTCCGTTTAGTAATTATTGTTAGTTTAATATATCTGTCAT TTTTAAAGTGGACAACTAAATAGGTACGGGAGAGGAAGTATGATGCAAAAACATACATTT ATATCCAAGAATTTTTAATTTTTAATTTTTGCAGAGTTAATACCTCAGATGGTCACTCAA CTATGCATTATTCTCTCAGAAACTCACTCAACTTTCAATTTTTCACTCAAAAGTCACTCA ACTTTCAATTTTCACTCAAAAGTTACTCAACTATGCACTTTTTTCTTAGAAAGTCACTCA ACTTTGAATTTTAACTCAAAAGTCACTCAACTATCCACCCTTTCCTCAAAAAGTCACTCA ATCTATTAAATTATTTTTTAATTAAAATTTATTGATATTAATTATTTATATAACAAACCA AAATTTTAAAAAAATAAAAATTCCATTTAAACCATTTAGTGATCCACCCACCTAATCCGA CCCAGTAAAAAATATGAATGGGTCATCATATTTTTTAATAGGTCGGGTTAAGTGGGTGGA TCACTAAATGGTTTAATTTATTTTTTAAAATTTTTGGTTTGTTATATAAATAATTAATAT CAACAATTTTTAATTAAAAAAAATTTAATAGATTGAGTGACTTTTTGAGGAAAGGGTGGA TAGTTGAGTGACTTTTGAGTTAAAATTCAAAGTTGAGTGACTTTTTGAGAAAGAGGTGCA TAGTTGAGTGACTTTTGAGTGAAAATTGAAAGTTGAGCGACTTTCAGAGAGAAGAGTGCA TAGTTGAGTGAACATCTGAGATATTAACTCAATTTTTGGACCAACACAAAATAAGGGTAA AAATGTCAATATATAACATATAATGCTGATTGGGCCCTCGTAAATCGTAATTAACAAAGA AAAAAGAGACACATATAAGACCCATTTGGATCTGTTTCCGTCGTGTTTACCCCTCAAAAA AAAAATACACTTCTGAGTTTTTTCAGCCATGAGAATAAGGAAGCATGCCAAAATTTCACC GCTCCACTATGCTCCTTCCATATTTCTCCAACAACACGGTGTCGTTTTACAGCCTCACGT TTGTCAGCTCAATCAGTCTCCATGGGATGTAATCACATTCCCTGCTGAAGATTTACAAAA CGATAATATTATTAACCACCACACACTTCCTTCTCCTCCGGCACCGGTACCGTCTTCTTA TTCTTACAAGGTTAGTTTAATAAATCTCTTTTTTCTCTCCAGATCTATTGAATAACGGTC ATTTGATTTCGTTTCTTCAATGTCGCTTCGGTTGTGGTTTTTTAGGGTTTTTTTAAATCA TCGCTAGGGTTAATGGAAACAATCTCAATCTCACCATTTCTGTTGTGTATTTAGCTTTGT TTATTCAATTTATTTCACTGTTTCGCCCTATTTCCCAACGCACGGCTTGTATTCTTTTGA GAAATAAAGTTTTTTTTTTGTTTAATTTATTTCTGATTTGCTTTGCTGCGCGCGCAGTTG GATGGATATGATAGTTGCGCTGTAAATGGGACCTTTTATGATTCTGAACTGAGGTAACTT TTACACCAATTTGTTTTTACTAGCTAGCTACCAGTATCTTCAGAAAACGATAATTACAAC TTCGATTCAAAATTTTGGCGTAATAGTTGGGTGTATCGATTCAAAATTTCATTGAGTTAG CATTGTTTTTTTTTTCTAGTAGCATCACGTCGATGAAGATGGAGGTGAGTGATAATGAGA GGAAAGATATTGATAATATCGTCGCTGATGTTCCTGCTGATTCCGGCAATTTGGAGAAAG ATGGAAATGATAATATTACAACAATGTGCGTGAAGAATGATGGAAAGGGATGGCAATGCA GTAGAGAATCGAAAATAGGGCATAATTTATGTGAGCACCATTTCGCTCAGAAGCAATACA GTAGTAGCAACAACGAATCAGTTCATTCTACTACTACGGCTACTAGTACTGCTGCTGTGG CTGTGGCTGTGGCGGCAGGTGAGACTACTCAGAGTTCTCGCGGCCGCCCACATCGTTCTA AGAAATCGTCGAGTTCTGAATTTTACTATTATTCGGGTTTTGGTCCTTTATGGGGCAAAA AAAGAGGTTCATCTTCGACTGGGAAGTCTGCACAATCTTCATCTTCTCAAATAGATGATG AAGTCTTTGATTATGAGGACGATGAGGATGACGAGTACGACGATAATGATGATGAAAGAG TTGGAAACAATAAGCTGAAGATCAAAAGAACCCGTAAGCCCATTAAAGCTAGGTCACTCA AATCTTTAATGTAAAATTATCAACAACAACAATTTCTAGCTGTAACGTGTTTTGTGTTAT TATATTATCGTAGATTATTGTTACTTTGTAATAGGGACTTTTTAGGGTATGTTAGATTAT TTTGGTTTTATGTTTGTAATGTCCTAGTCTAGGTGAGTACATATACTAGCTTTAATTTGC TTCAGTGTACCCGTAGCCTTGGCATGTGTGGCAATGTTTATTATTATTTTTTTTTATATA TATATATAAATGTAGACTCTGTGTTACGCTGAACAAATCTAAATAGGGATAGAACTGTAA TTTCCATTGTCATTTTTGAATTGTATTCCAAGTGTACGGCGTGCGGCGGTAATATGGTGA GTATGTGAGATCTTCTTCATCACGTGTTTCACTGTCTAAAACAATTCAGTAAAATCATAT CATAAAATTTGGAAATTTTAGAGTTCAATTAATTTAAAATGATACTTCTTTCGTTTCGTT TTACGCGACACAATTTTTTTTGTCAGTTTTCAAAAAGAATGTCACATTTTTTTATATGGT AAGTAGTTAAAGGTACAATTATTTTTTTACCCTTATTGATCCCACTTAATTTTAAAGATA GTACCTAACACATTTATGATGAGAGAAAAGACAATTTGATAAACATTTTTAAATCTTCAT TTTCTTTAAATTTCATATCCGGACAAATATTGTCACATAAAATAGAACGAAGAGAGTAAT TTAAAAAAAAAAACACTAAAAAGAAAAGTGTGTTAAATAAAATGAGACCTGCGATTAATT AATTTTTGTTCCCACCTTATATAACTATTTTTGTTCTATTTTATGGATCATCCTATCATT TTGAATCCGTCCTATAAAGAATGCCGGATTACTACAATTAGAAATAATTTATCCACTCTG TTCAATGATAGTTGTGCACTATACTATTTTGGAATGTTCAACAATACTTGTACACTTTAT GAAATCAATGAATAATTTTATATTTAATTCTTAATTTATACTTATCTTTTAATATAGTTG TTTCTCTATTACATTTTTTAAAATATTATATTTATTATATTCAAAAGGTGATATAGTAAA ATTACCCTTCTGTTTATAATTTCTTAAAAATTGTACAAATAACAGTGTACAAAATTTTGT AAACAAAGGAAATAACTTTAAAATTTCATAATAGTGAAATGATTCTCAACCACATAAATA TCCAATAATTATTTTATACCATATGTTTCAAAATTTTGTATTAAATTAGAGGGTGTCACG TAAAATGAGAGAAAGAAAGTACAATGTAGGCTATTTTTTTCCCGAACAATTCTGATTATT TATTAGTTAAATGTGTGATTTTTTCTTGATTACCATGTAAGGTTTACTGGGAAAAAATAG TAAAGAATCAACAAAACACATATTTAATTACAGTAAATAACTTTACTTGACACACGAGAA CTGCAAATTAAATGGAGTTCACAAAAATATTTTGTAATTTTCTTTGGTTTAATTACATTG GAGTATTGCTAGTACTTATGTTAATGTGTAGTTGGATTGGCCTTCTCACTTCGTTGACCA ATAAAAACAAGAATAAAAATATAATTTCAATTTTCGTAATCAATATTTATCTCAACGAAT TGTTTTATATTCAACGGATGAAAATGTAATTAAAATTCTCTAAGCAACTTTTACAAAAAT TATTTTATAAAACTATGTTTATTATCTAGAATATGTCATCATATTGTTGCAATTAGTGGA ACTACGTAGACTAATTGATAGGTGGCAACTTAACTTTTATCAAAAAAATTATGGTGTGTG TATAAAAAATAATTATTCCACTATAAATATATTAAATTTAATTTAACATCTTCAACAAAG TTGATCATTTTAACGTATTATCAAAAGAAAGAAAGATGAATATGATTAGCAAGAACAATA ATTCTCATTATAAAAAATGACCAATTCAACTGTATATGATTTCACCACACCCATTTAATT AAATTTGTTGCTATAAATAAAAATATAACAAAATCACACCGAATAAAAAATACCACCTAC TCAAATATACAAATTAAAACACTAACCGTAAGCCTTTTTAAAATATTATTATATTTTAAA TATTATTATATTTCTTACCTTTAAAGAGACACTACGTAATAGATAATTCCAAGGAATAAT TGGTAACTAATATAAATTACGAATTGTCCATTTACGTAAGTATCTTAATTAGAAGTTGAA GCAAAAACGAAGATAACTAAATATTAACAATATATTTCTTAGTATTATAGTTAAAACATA AAATGAGTGGTGTATTTATTGGTTCGATGTGAGTAATAAATGCGTTTTAAAATGTAATAT TTGAAAATAAAAGATATATTCGTTTATTTCAAATCAAGTATTTTAAATAACACAATTTTT TTAAAACAAATAATAATAAAAAGTTATTAATGATACATCGTATATGACGTTATTGTCCCT ATTATATATTTGGTCTCAAATTTTAACAAAAACAAAAGTATCGAAACAAAAGCTAAATAA TTAAAGACTTCTACTTACTTCCTATCTTATATACTTTCTATAAAATTATTAAGATCCTCT TCACTAAGAAACGAAACATTAGCTAGAAAATGAAAAGATGTGAAGTTAATATGAATTTTG GATTTTAATCTTTTTAAATTAATAAAATGAACGTACTTGATTAATAATTTTATAAGGTAA AATTTGTTAAAGTTTGAACTGAAGTTCGATTGAATCCGTAACTGACACTCTAGCTCCGTC TCACTGTCTAACAAGACAAAATTTGAGGGTGGATTTGTGGTATGAGATTGAAAGTTAAAT AGCACTATTATTAATCCGTCTAGTGATTTAAATTTTTTCGTAAAACATGTTTTTGTTTCT CAAAAATGTTTAACTAAATATTTTATTAGAGAGTTCAAAATTTATTTTGCCTAGCTCTTG TAGCTCAGTTGGTTAGAGCATCCGTTTAGTAAGCGGGAGGTCTTGAGTTCGACTCTCAAC AAGAGCATTTTATTTTCTTCTATTCCTTTTTCTCCGAATCGTTATCTTTAATTACACACT TACTATCGCGTGGGATGCATGGTTGAGTACATGTTTAAGTTTATGTAGGGCGGGTTCAAC CATGGTTGATTATGTGAAGTAGTACATGTTTAAGTTTATGCAGGGCGGGTTCAATTATAT TCTTGAAAATTCAAAAGACAGTTTAAGATTCATTTTAAAAGACATAACTGATTGTATATG AAAACTGCGTGCTGAATTAACTGATAATTGTACATCTGTTTATATACTTTGAACAAGTAC CATTGTTAATCTTTGATCTTTCTTAGCTATGTTCTAAGCACATTAATATTATTCCCTCGG TTCCAATTTATATGTGACGACACAAAATTTAGAAATAAAGAAAGTTTTTCTAAGTTTATA CTGTGTCCCCAGATTATTTTTTTTTTGGTTCACTTCCATTTCCATCACATGAAAAGGTAT AATCTTGAAAAATCTCCGAATCAATTGCTAGCTGCCCTTTTCTCCTTTCTTTATACTCTG GATTGCCATGGTTCATCTTTTTGCTTCACATCAAAACCCCTCATTTGAAGCCACTTTCTC CAGCTTTGGTACAATAATAGGTTGGCTTCTCTGTAAAGATGTAATGCTATCAGATTGAAA GATACAAATTGACATGGTTACTTGTTGCACAAAGTTTAAGTACTGAACAAGTGATATTCT TTTAGAGATATTGGGTTCATTATAGTCAACTGTTTTATGTTTTTTAACTTTATAGCTGAA ATAAACAAGTGTGGAGAACATTTCACTCTCAAGAAACATTGCAACTAAGTGCTCTTTACT CCAAATATAAAACAAAAAAAAAACACACACATGAAAGAGAAAAAGAAAACAGAGATATCA AAGAAACGGAACAAAATATCAAAGAATAAGAAAATTCACAACCGGGAGATTTTTGTTATT CAGAGGTTCAACTTTTTTCAGGGATTACCTCCAGAATGTTTTGATAGAAACCTGTAGTAC ATATTGCTACATCAGAATCATCACCAATGGCGTCGGCTAGTTTAGCAGATTCCTCTGTCA AATCGGCTTTCACCTGAAAAAATGAGGAACAATATTGTAGAAGACATATTTTAGCTTTTT TAGGCCTATATTAAAATAGCTTAACGGGGACTGATGCAGTGTTCAAGTAGCACCAAGTCC TATAAATGTTGAGGATGAAATTTAGACTCTAATTTTTTTTATAACCGTGATGTCAGGCCA GTTTGCGCACACCTCAGCTAATTCCACAAGGTATCTACTACAATAACTTTAGACTTAAAG TAGGCTGAACTTAGAAGTTTTAAGATGTAGCTATATCAAAAACTGAAATTTCATATAGAA AAGGTACAAGGTTTTCATTTACCTCCAAAGCTAAATCACAGATTTGTCAGTTTGAGTAAA ACATGACCAGGCAAGACATGTAAGAAGTATAAGTGATTAAGTGGGTAAGAACGAATATCT GCACGCTGAAACTATCACTACCAAAACTTACTTTCGACAAATCCAGGTAGTATGAAACAT TACAAGGAAGATCTGGATCATTTTCATGTATCAGCCAGTAGGTAGAAGTGCTACCATATC ATTGCCAGAATGAAAAAGGCTGTAACCAGGATCTTTTGGTAACCTTCTAGTTTGAACCAC ATCCCGTTCCTTCCAAGCGCTATCCCATAGGCCAGCTGCAGAATACATACTTGCTAGAAC CACATAGCCAACTGCATTTGTAGGTTCGATATTGCACAAATGCCTGGCTGCTACCTTCCC AAGGTCCATATTGCTATATATGCTACATGCCCCAAGAACTGAACCCCAAAGAGAGGCACT AGGTTTTATATTCATCCTGCAAATCAAATCATATGATTCATTCAAACAGCCGCTGCGTGC GAAAATGTCCACTAGGCAAGAGTAATGCTCATCTCTTGGAACAATTTTATATTTTCTAAC CATCTCACTAAAACATTCCCATCCTTCAGCAGTCAATCCATTATGGCTACAAGCAAACAG GAGAGACAAGAATGTTATATCATTTGGCTCAAAGCCTTCGCGCTCCATCTTCTTAAAATA TGAAACTGCATCAACTCCTCGACCATGCACACCATATGCGGAGATCATTGACGTCCATGA TATTACATTTTTCTTCGTCATGTGCTGAAAAACATTGTTGGCATCTTCAATTTCTCCTGT TTTTGCATACATATCAACCAAAACATTACTCATTGCCACATCAAGAGTGCTTTGATATTT GATCGCAATAGCATGTAGTTGTCTCCCCAAAGACAGTGACGCTGTATTGGCACATATGTT GATCATAGAGCACAAAATTATGCTATCAATTTCCCTATGATTCCGATGTAATTGACAAAA CAGTTCTAGGCACTCATTTATATTTTTACCTTCACGTGCGTATCCAGTAATTAGCGCAGT GCAGGAAATCCTATCCTTGTTCTGCATCTTCTTGTATATATAACTTGCATTGGCCAGGTT TCCACATTTCACATAGGCATCAACTAACGCCCCACTAATAATACTATACGACCCATAACC AAGTCGAATGATACATCCATGTATCATACTGATTTTCGCTAGTCCACCACAGTTGCCACC TCCTACAGATGCTTTGAGAACACTTCCCAATGTGAAGCAATCGGGAAGTATACCTTGTCT GAACATCCAACGGAACAGCAGAAATGCATCAATGTTATAACCTCGAAAAGCATATCCAGA AATCATGACATTCCAAGAAACCAAATCTCTCTCTGCCATTAACTCAAAAACACAAAAAGC ATCCTCCATTTCGCCGCACTTGGAATTAAAATCAACCAACGCACTCTGTACATATAAATT ATCCACAAACCTACTCTTCTGAATGCACCCTTGTATTTGTTTTCCTAAATATATACATGA CATACTCGTGCATGCCCTCAAAACACTTCCATAAGTAAACTGATTTGCCCTCACCCCTTC CCTATGCATAGCAACAAACACATTAAGGGCTTCTTGTGAATCCCCATTCTGAGAGTACCC AGATAAGAGTGCAGTCCATGAAACCACATTCCTTTCAGGCAATTTATCAAACATCTTGCG GGCGGACACCATGTCACAAGACATTGTGTAGAAAATGATCAACTTGGTTCCCAAATGAAC ATTTGAAGGAAACCCAGTAGTTATAATATGGGAGTGAACCAAACGACCCTGCTTATGAGC CTTCAGGTCAATGCAAAGCTGAATTATATTTGAGTAAATAGTATAGTCTGCTTCGATAGG GTTGTCAAAAGCAAGCCTTAGAGCTTCCGTAAGCCTTTTGGCATTACAGAGCGATTCAAT GGATGATTTCAGGGGACGGAATTTAGGGATTGGGCTAAGCCAGTTCACTACATTTCTATA CGTTCGATTCATCATTCTTTTGCATTTTTCCTTTCTCTTCAGAAAACCCGATACAGCAGA TAAACTAAAAATGAAGAAGGAGAAGAGATACAAATAGCCTTCTTTTCAAGTTTTCCGCTA CTTATTTCATTAGAGATGAACAGATAAATTTTTCACCAAATTTCAAAAAACAGTTGCTTA ACCAATTGAAGAAGTTTGTTGCTTCTGGTAAACTAAGAGCTTCTACAAGCTTCGATCGAC TCGGTCTGCAGCTACTAAACCTAATCGCTGCTACGAATCCAGCTGCAGCTGATAAGCCCA ATTGCCCAAACAAAACTGAGAAGTGAGAACTGACAAAGTAAGGGTTTCAACTTTAAGAAA AGATTTTGGTGCCAGCCACCGTAGCAATCGCCGGCGCAGCCATTTCTACCAGAATTCCGA ATAGCTCGATACTTGGGCTTAAGCTCTCTACCAAATTAAAGTGAGTAATTGTACAATTGT AGTGCCCTCCTTTTTTTTAAAAGCTATTTTGCTTTTTACAAAGATTTTGATCAAATAAGC CGTCTCTGTCATCAATTCCTAAATCTTGAAATCATAAAATTTAAACTCAGAATTTTTTTA TTTCTTCTTTTTAGTTTTTAACCTGCTGCTTGATATCCACATGGACAGAGGGTTCCTCAT TAGGGTTGAAAGGGTTCTTAGCAAAGACGACTTCATATTACTTACATTCAAAATTTCAAA TAGAAAATGAATGAGTACTTATCAAATTGAACGGAAGTTTGAAAATTTTGTGAAAGAAAA TGACTTTTGCTCCTTAGCTTGAGAAGTCATTTTTTTTAAAAAAAAAAACTATTTTGCCAT GAAACATTTTTAGTGGGGAAATATTTTCAAAGCAGTAAAGATTGAATTTTAAGAAGAAGA TCAATCCAAAAGTCCAAAGATACTCAGAATTAGTGCAAAAATGAGAAGTGGAATTAGATA TGACCCTTGCCATTCTATGGACTAAGAATATACTTGTAAAAAAGAAAAATGTTTCTTTTA AATGCATGTTTCTTAACTGGTAGTAGTTACATTTTCCTCTTGCTTAGTAGAAAACACTTG AGGAAAAGTTCCAAAAAAAAGTGAAGACAGAATCAATCTGCATTGTCATCTGTGCTCAAT CCTGCCAGTCGCTTGAACAAATATGCTGCTCTTATTACCTGTGCATTTGACCTGATGTTG CTAATGATACTTTCACGCTCCAGTTTTGCCATCCATTCTTCATAATCTTTACTGGGATGT CCAACCGAAATGTTGGGAATGTGTTGGAGTTTGTGCCAATCTGAAACTTGAAGTGCTTCA GGCATTTCTCAAATTTCCAGCTTCTCAAGGTTACTCAATGATATCAACTCTTCAGGGAGC CTACTCAACGAGTAGCATTTGAAGATTTGCAGGTATTTGAGTCCTGCCATTGCACCTTTC CCTAGCTTCATCTCTTGTATAGACATTAGTTGATCCATCCTGAAAAACCTGAGTCCACGA AACCCATTCTCTGATATTGTTATACTGTCATCTTGCTGATCATATCGGTCAAAAGCTTTA ACTAGTTTTAGAACTGACAAGTTGGTTAACTTCTCCAACACTTGAATTGACTCTGGATGG AGATTGGTGTTCACCAAAGTTAGCTGACAAAGCTTAGGTGGAAATACGCAAAAATTAACT GGTATTGATGCTAAGCCTCCCTTCAACTTAAGCTTGACAACATGACTCAACTTAGATAAA CCAGCAACCAAATATATTTTCCTGCTACCCTCTACTTCCAAACACAAGGATTGAAGGCTC TTAAGCTCTGCAAGTGAATTACATAATTGATTCATGTCTAGGTTATCAGCACTTCCAATG AGAAAACCAACTTTTTGGAGCTGAGTCATTCTAGTCAGGTTTTTATGGTGCATCCAGTGA TGAACAGGTATGCTGCCTAGAGTTTGGAGATTGTTAGGTAGGTCAATCTTCAATAGGCTG GGGGAATTTATGTAACCAAGTATATGCCGTAAGTTCTCTAACTTCCATAAGACATTAGGA ACTTTCACAGAATAAAACCTAGACATGGGCATATCTATTGTTTCCAAGTTTTGCAGACGA CTTATCGAATGGGGAAACTTCTTAATACATGTCTTCCATCCTATGCCTAAGTACTTCAAG GAACATAGTTTCCCAATACTATCTGAGATCACATTTAAACCAGGAGAGTCTATGTATAGC ACTTTGAGAAGTTTGAAACTACTTGTACAAATACACTTTAGGTTAACTAGTTTAGCAGAT GAATCAAAGCATAGAAGGGATCTTATATACGATTTTGAATTTCCCAAATATTCGTACCTC TCGAGTGGAGTATAAAGGACACGGTGCCAAGATTCAGAGAGGGATATAGATGGATTATCT ACCTCGAGAAACATTTCTTCCTTGGCCTGCATTATATAAAAGTCTCGTAGGAGATCATGG AGCCGGCAACTTTTGACTCTGTCATCTGCTCTAACTTGGATTACTTATAACATATTTCTG CCAATGAGATCATCTAGATAATCCTCCACGATGTCCTCTAACTTTTGTTCTCCATTTTGA TGAATAAGACCATGGGCAATCCATATGTGCACGAGTTGCCTCACAGGGATGTCTTTGCCT TTTTGGAGAAGGCCTAAGTAAAGAAAGCAAGATTTTAAATGGGGAGGTAAGTCTTTATAA CTCAATGCCAAAATTGCTGATACACCATAACTTTGACTTCCAACGAGGTGTAAATCGAGG TTTCGTTGTACTCTCTTACCAGCCAAGAGGCCTCCAATGACAGTGATTGCCAGTGGCAAA CCGTCACATTTTTCCAGAATCTCTTTCCCCACGCCCACCAAGTCATGTGGAAACTCTCTA TCCTCGGCATTTTCTATCTTGAGAAAGAGTTCCCAGCTCTCCTCTTTACTCAAATACTTT ATGTTCGTAAAGTGTAGTATGAGCATCTGCATGCAAGGCAACCTCCTTACTGCGGCTGGT AAGTAGCAATCTACTTGACTTATTGTTGTCAGGAAATGATCTAACAATGAGATCCCATGC TTCTGTGTCCAGATGTCATCAAGAACAATGAGATAGCATGTATCTTTCAAACGCCTCTGG AGCATTTCCTCCAAACCAGCCTGTGACAATTTGTCCATCGTATCGACTATCTTCACTTTA TCTTCTTCTGGACTTGCCAGTTGTAAAATGAGTTCCTTGATGATCTTCATGGGCTTATAA TCTTGGGATACATAAAGCCATGCCCGAATGTCAAACTTTTCTCTGATTTGAGTTTGGTTA TAAACTTCCTTCGCGAGAGTCGTCTTGCCGACGCCCCCCATACCAACAATTGAAGCAACA CGAAGCCGTTTGTCCTCCTTCAGAAGATTGACACGACAGAATTCACATGCTTCTCTAGAC CAACAGTATCTTTATCGGCAATCAAGGGCGAGGAGAGTCTTCGTTCACGCATCTTCTCAC GTGTTGTGCTTGAACCTTCCCCATCTCTGAGACCTTGAATATGCCTGATGCCATATCTTT CAAGACTGTTGGATATTTCAAGTATTCTGGTCTGAATTGATTCAATCTCTTTCCCTACTT TGTAAAGACCGTATAGTTTCTTAGGATAGAAGATACACTTGATGAAGAAACTTTGACGTT TTTGGGACTCAACTTGTTGGATGAATATTTCAATGACATCCTCAGCATGGTAGGCAACTG CTCTGATTTCAGATACCCAATAGCGGATTGTTGCGGCTTCATCTTCCTCTTGCTTAATAT ATCTGCATCTTTCAGGAAACACTTCATGCGCACAAGCTCGTTTCACACTCCTTCAATTCC TTGTTGGACGTTTTTCAGGAAAACAATTTTTCTCTGGAAAGATCTAGAAGCCGCTCTGCA ACATAGGAAACTGCTGCTTCAGCCATCTCTGTTTTTTTTTTCTTATTTCTTGTTGCTTGT CTGCTTAAATTTCTGAATTAGTGTCTTATATAACTATGTCATTCTATGGGATAGATTGCT GCAATGATACTTTACTTGATCATCATTGGATGATACTTTACTTCATCATCTTTCTTAAAG AAGGATGAAACTTTACCTTCTTTTTCTCTACTGTTTCTTTGTTTTCGTGTTCTACAGTTC AAACCTTAGAGCTGAACTTGTGTGAGCCCAAATTTTGGATGAAATAGATGAAGTTCAGAC ATTCAATTGTTTATGTGTCGAGTTTGGGAAAATATTAGAAAAATGAAATCAACTACAATG GATTACGCAAAGTTCAGTTGTTTTACGACATCACTTGCTACAAACCTCAAGTACAGGATT TATGCCTTGTGGTAATTATATATGGAGATTGGAGGCCAAGTCTTCCAGTTTAAGATTAAT GTCACCTTTTCAATTTTATATGTGTAATGCTTTACTTTTTATGAAAGTTAAACTACTTTT TCTAATATATCTTCATATGTCAAGTAAGTAGATAAAGTGAGTGGAGAATCATGAGGTTGA CATCTTCATATAACAGAAAATTCAATTGTTAAATGATGAAAGATGCATATGCATCGGAAA AAGGAGACAATGAGTACTTTGCCGCATGCAAGGTAATAGTTGAAGATGTTGAGATACAAT TAGCATAATAAAAAATCAACAATATGCATCATAATGCATAGTAAAATTTATGAGCAAATG TGGCAATCCTCCTTCTACGAACTAGCTTTCCACATTGAGTCAGACCCAAGTGTCATATTT TTATCGTTACCTTTTTTCTATTTAGTGTGGAAAAAGTTTTCGCGCAAGGGGATTTAGTTA ACCTTCCTAGGTGAATGTACATGCCTTTTGTAATCTGAAATGTATGAAAAAGCTTCTGCT GAACCTTAGTGTTTTCTCTTAAGTTTTCCAAATACCAACATAAAGAAGGGGCAAAGAAAC AGAAACTTTAGAAAAAGATGGCAGACATTGAAGCAATGACAGCCACTGGAATAGGAACCA AAGAAAAATAACTCCATCATCCTCCATGGGAGGTCTTCTCTTCTTCTTTAAGTGACTTTC ATAGGGAAACTTAAATTAAGTTGATTATCCAACTATCTTATCACAGAAAATAGAAACACT AACACCATATTTGGATGGTTGTTACCTGTTATTTTGTATTGTATCGTATCGCGTCGTTAG TTCACATACAAAGTCTGTTTTGGTTGTTACTTAGATTTTATTGTATCGTATCATTTATAT CCCCATTCTTAGTTAACAACAAAAGGACCCATTTTGTGAAACGACTGAGTTGGTATGATC GTATCGTTATCTTAATTTTTTCTTTTCATTTTATCCCTTCACTTAATAATTCTATATATC CTTCACCCTACCCTATACCCTACTTTTCTTGTAGATTTATCAATGTGTGACATTATGTAA CGATGGAGAACTATACATTATTTTCGTTAAAACAATACAGTACAATATAGTTGAACGTTA CGAAACTATACGTTATAACCATTCAAACAAAATGTTAGAAGAGGGGTAGCAATTGGCTAA AGTAATATATTGGATAATGTTAGTCAATCCAGTCTGTACCAAACCAAAAAAGAAATGAAC TTGTTCCAGACTAACATTATACTTATCCTTCTTTAAATTATGCTAAGAAATCAACCAAAA TGACATAAACAGGGAAAAAGAAGAAAATAAATTTGTTGTCTATTAAATTTTTGACTAATA AAAATCAAGATTACGAAAAGAAAAAGAAAAAAAAATATTTTTTGAATTAAAAAACTCCCT CAGGCAAATGTTTTTTTAAAGATTCAAGGAAAATTTTCTCTTGGCCCATGTTCCCGTTGT ACTTGCAGCCATATTGCTACACTCCTGTTCTTGGATCCATTCTTCATAATCTGTGCTGGG ATGTCCAACCACAACGTTGGGAATGTGTAGCAGTTTCTGCAAATCCGAAACTCGAAGCCT AGCAAAAAATTCTTTAGGCATTCCTCGAAGCTCAAGCTTCTCAAGGTTAGACAATGATAT CAACTCTCCTGGGAGCCTCGTCAACGAGTAGCATTTGAAGATCTGCAGGCATTCGAGTCC TGCCATTGCACCTTTTCCTAGAAGCATCGCTTTCATAAACACTAGTTGATCCATCCTGAG AAACTTGAGTCCACGAAACCCATTCTCCGATATTCTTATCCTATACTCTTGATACCTATC ATAATGATAAAAGGCTTTGACTAGTTTTAGAACTGACAAGTTGGCTAACTTCTCCAATAC TTGGATTGAATCTGGATGGAGATTTGAGTTCACCAAAGTCAGCTGACAAAGCTTAGGTGG AAATACGCAAGAATTAACTGGCATTGATACTAAGCCTCCCTTCAACTTAAGCTTGACAAC GTGACTCAACTTAGATAAACCAGAAACCAAAAATATTCTCCTTCTACCCTCTACTTCCAA ACACAAGGATTGAAGGCTCTTAAGCTCTGCAAGTGAATTACATAATTGATTCATGTCTAG GTTATCAGCACTTCCAATGAGTAAACCAACTTTTTGGAGATGAGTCATTCTAGTCAGGTT TTGATGGTGCATCCAGTGATGAACAGGTATGCTGCCTAGAGTTTGGAGATTGTTAGGTAG GTCAATCTTCAATAGGCTGGGGGAATTTATGTAACCAAGTATATGCCGTAAATTCTCTAA CTTCCATAAGACATTAGGAACTTTCACAGAATAAAACCTAGACATGGGCATATCTATCGT TTCCAAGTTTTGCAGACGACTTATTGAATGGGGAAACTTCTTAATACATGTCTTCCATCC TATGCCTAAGTACTTCAAGGAACATAGTTTCCCAATACTATCTGAGATCACCTTTAAACC AGGAGAGTCTATGTATAGCACTCTGAGAAGTTTGAAACTACCCGTACAAATACAATCAAG GTTAACTAGTTTAGAAGATGAATCAAAGGATAGAAGAGACCTTATATACGATTTTGAATT TCCAAAATATTCGTACCTCTTTACTGGAGAGTAAAGGACACGGTGCCGAGATGCAGAGAG GGATATAGATGGATTATCTACCTCCAGAAACATTTCTTCCCTGGCCTTCATTATACAAAA GTCTCGTAGGAGATCATGGAGCCGGCAACTCTTAACTCTGTCATCTGCTCTAACTAGGAT TACTTGAAGCATATTTCTGCCAATTAGCTCATCAAGATAATCCTCCACAATGTCCTCTAA TGTTTGTTCTCCCTTTTGATGAATAAGACCATGGGCAATCCATATGTGCATGAGTTGCTT CACAAGGATATCTTTGCCTTTTTGGAGAAGGCCTAAGTAGAGAAAGCAAGATTTTATGGG GAGGTAAGTCCTGATAACTCAACGCCAAAATTGTTGATACGCCATAAGTTTGAGTTTTGA CAAGGTATGAACCGAGGCCTCGGTGTACTCTCTGCCACTCACTTCTTTGCTTCTTCTTCC CAGCCAAGAGACCTCCTATGACAGTTATTGCCAGTGGCAACCCATCACATTTTTCCAGAA TCTCTTTTCCCACGTCCACCAAGTCCTGTGGACACTCTCTATCCTCAGCAAATACTTTCT TGAGAAAGAGTTCCCAGCTCTCCTCTTTGCTCAATACATCAAGTTTGTAGGGTGTGGCAT GGGGATCTGCATGCAAAACAACCTCCTTCTGGCGGCTGGTAAGTAGCAATCTACTTGACT TATCGTTGTCAGGAAATGACCTAACAATGAGATCACATGCTTCTGTCGTCCAGATGTCAT CAAGAACAATGAGATAGCATGTATCTTTCAAACGCCTCTGGAGCATTCCATCCAAACCGT CCGCTGACAATTTGTCCATCGTTTCCACTATCTTCACTTTATCTTCTTCTGGATTTGCCA GTTGTAAAATGAGTTCCTTGACGATCTTCTTGGGCTTATAATCTTGGGACACATAAAGCC ATGCCCGAGTGTCAAACTTGTCTCTGATTTGAGTTCGGTTATAAACTTCCTTGGCAAGAG TCGTCTTGCCGACGCCCCCCATACCAACAATTGAAGCAACACAAAACCGTTTGTCCTCCT TCAGAAGGATTGACACGACAGAGTTCACATGCTTCTCTAGACCAACAACATCCTTGTTGG CAACCAAGGGAGAGGAGCGTCTTAGTTCACGCAGCTTCTTATGTGTTGTGCTTGACCCTT CCCCATCTCCGAGACCTTGAATATGCCTGATGCCGTATCTTTCACGACGGTTGGATATTT CAAGAATTCTGGTCTGAATCGATTCAATCTCCTTCCCTACTTTGTAAAGACAGTATATTT CTTAGGATATAAGACACACTTGATGAAGAAACACTGTAGTGTTTGGGACTCAGCTTGTGG ATGAATATTTCAATGACATCCTCAGCATGGTAGGCAACTGCTCTGATTTCAGATACCCAA TTGCGGATTGTTGCGGCCTCATCTTCCTCTTGCTACATATCTGCATCTTTCAGGAAACAC TTCATACTGACAAGCTCATTTTGCATTCCTTCAACTCCTTGTTGGACGTTTTTCAAGAAA ACAATTTTTTTCTGGAGAAGATCTATAAGCCGCTCTGCAACATAGGAAACTGCTGCTTCA GCCATCTCTGTTTTTTTTTTCCCTCTCTATTTCTCTTTTTTTCTTAGTTCTTGTTGTTTG TCTCCTAATATTTCTGAAATAATGTCTTATATAACTATGGGATAGATTGCTGCAATGATA CTTTACTTGATCATATTCACTAAAAAGGATGATAATTTACTTGATCAGTAATCATTGCAT CTTCTTTCTCTCTATTTTTATCAGCTGGTTTCTTCTTTTTTTTTGCGTAACTAAATTTCA GGCATTCAATTGTTTATGTGTCAAGTTGGGAGAAAATATTAGAAAACTGAAAGCAACTAC GTTGGATTACGCAAAGTTTCAATTGTTTTAAGAATTCATTTGCTACAAACCTGAAGTATA GAATTTATGCCTTGTGGTAATTACATACCAACAAGACTCTTTCTTGAGGAACTCAAACAT CCATTGATTCGACTATATTCAACTAATTGTATATGAAGGCCAAGTCTTCCTATTGAAGAC TAATATTACCTTTTCAATTTTATATGTGTAATGCTTTTACTTTTTATGAAAATCAAAGTA CTACTACTTCTAATATATCCACAGAACCTGAGGACAAGGGTGTGGTAAGTGAATGAAGTT AGTGATGAATCATGAAGTCGGTATATCACATAACAGAAAATTAAATTGCTAAATGATAGT ACAGAACTAGTAGTATAAAACTATAGATAACAGTAAAAAAAACACCATGTTCTCTCCGAA TGAAATTAAATTCTTATTAGATATCAAGATCCCAACAAATAATCTCAAGATTACAGGAAA AGAAACAAGAATTTAAGGAGCAAAAAAATAGAAACTTTAGAAAAAGACGGCAGCCATTGA AGCAACGACAGCCATTAGAAGAGGAACAAACAATGTAACTCCAGCACTCTCCATAGAAGG TGAAGGTGCTGGTGCTTCTGCAGCTAAAACTCCAACATTTCCAAAAGCTAAAAGAACCAT TAAGCAAATGGTGAAAACCATGACAAACTTCTTGGAACACTCCATTTTTTCTTCAAGAAC TTCAACAAAAATGAGAAAAACAAACAATGAGGACTGGTGACTTTGTGAATAATGTATTTT AAAAAAGTTAACAAGAGGAGTGGCTTTTATAGGGGAAAAAAATTTAGTTGCATTTCCAAC TATCTTATTACAGATTTTTTTTAAAAAAAAACTTAGAATATATTTTAAAGGCAATGTTAG TTAATCCAGTCTGTAACCAAAAAAAAGAATTGAAGAACTATTATTTTCCAGGCTAGTTTT TACTTGCTCTAAGAGAAATGAAGCTCCTACATGTGCAGTGCTACTATAAATAATTGGTGA CAGATTTTATTTGATTATTTTGGATTGAGTTATCTTAATTAACTACATAATTTATCCAAA AAAAAAACATTTGTGTAAGTTGTCAGCTTGTGTATGTAATCATTGAGAATGGTTTGTTAA GCAACCAGCACATGTTAAAGCATCAATTAGCTGATTATCATTTTCCATTATTAGGTGGAT TAGGTGTTTTAATCTATGTTTTTCTATCCTTAATCCTTTGTTTGTATAATTAAAAAGGTT TCTGATGTATCTTCTTACGTCACCTTTACTTTCCAATCCTTTTTTTAATCAACATTAATG TAATCAAAATTTACTATATACTATTAACTCATACATGTTCGATACTGATTTTCATTTTTT TGAAATGTGTGTAATTCTTCCTTGTTTTTCGATTAAGCTTCATGAATTTTGTCTCGTCCT GATTTTAAGAATACTTATCGCAAAAGGTACCACGTATTACTAGTCCACAATTGTTTACCT TGTAATCTGACTCAAACACCAGTAAGATGTGGCATATGGTGGCTGTTGATATCAATGAAA AGATGAGCTATGTTAAAATAATTTTTTTTTTTATAATAGGACCACTAACGCAGGAATTAA GAGAAATTATTTTGATAAGTTGATGAACTGATACATCTCTAAACAATTTAAGTGATCAGC ACATGGCATTGAAGCTTTAATTAGCTTAACCAATAAAAAACTAACAAACTTACTATCTAA TAACAAGTGGGGAATATCTAGTTTGTTTAGTCCAGGCTGTATCTATAAAGCTAATATTAC TAGTTAAATTATTTTGACAACCCATCACTCCCAAAAAAATATTTTGTTCTTAATATTCTC GAATAATATAGCTTGAGAATTATTGCTTCTTCCCATAAACTTTTTCCTATAAAAGCCATG TGAATGGTCCTTTCAATACACACTTAAAGACAGTCAGTTTAATCATTCTAGTAATCCATT TCTCAAGAGTTCTCTTTTTCTTCTCTGTATTTTACTGAAAAGAAAAAAATGGAGGGTATT AAGAAGTGGGCTGTTTTCACCATTTACATGATGATGCTTGTCGCTTTCGGAAATGTAGGA GGAGCAATGGGTGCTGGAGAAGAATCACCTGCCCCTGCACCTTCAATGGAGAGTGCTGCT ATTACTTTGTTTATTCCTGTTTTCATGGCTGCCTTTGCTTCTCTGGCTGCTTTCTTCTTC TAATCAATTTTTGTAATTTGTTACTTTCTGCTTTGTTGGGATTTCATCATCTTATAAGAC AATTTTATTTTTGATATGTGGATGTTTGGTGATTCACTACTGTATTTCCTTTTCAAACCT GTGTTCATATGTTTTACTTGAGCTAAGGGTCTTTTGGAAACACTCTCTACCCTCCCAAGG TAGGGTGAAGTGTGCGTAAACATTACCCTCTCCAGACCCCACTTATGGAATTACACCGAG TATTTGGTGAACATCATGAAAAAATAAATTAAGAAATGCTTAAACAAGACGCCAATACTA TAACTCAAAATTACTGGCAAGCCAAATAGCAACCAAACATTAATATGTTCACTGTTGGAA AAAGGAAATTCTGGAAATAAGTTGTAATTCTTTTGATTAGTGTTGTGAACTTAGCGCAAG AACCAAGTTCAGATCACAACAGTATCATCATTTACACAAGAAATGTTGAGTATCGTATAT ATCAAAGTAACAATTTAGGGGATGGAATAGAAGTTGCATGCTTACAAGTCACTGTTGTTC TATTGAACCAAAGAGTTCCTCGAATGAACGTTTAGGGGCATCGGTACTAGCCACTATCTC CACGACTTTGTAATGAGATTCTGGATGGAGCAATGCCTCGACTGCAACTTCAGCTACCTG ATCTCTAGATATTGAGCCTCGAAAAAGAGTATCCTAAATTGAGGGAAGAGAGAGTGTGCA ACATTAGATGCAAAGAAGGACTTCTGGAATATTATTGAAATGGAACACTACAGGGGTAAG CATACATAATGTTACCTCTGGTTGCATGACTATATTCCCTTGTGGAGGATCGTTTTTTAG CCCACCAGGCCGAATTATTGTGTAGTTGATGCCAGATTTTCGAATGTATCTCTCAGCTTG AAGCTTTGCTACCAATACGAGTCCCATAACATTAAGGATTATATAGACTGGATTGAACAA CTGACCCATTGCAGCCCCATTGACAAGAATTGAACTTATAAGGATGAACCTATCAATACC AAGTTTTTGGCATGCATCCACAAGGTTCACTGTGCCAAAATTATCAACCTGAAAAAATAA AACAATGATAGGATACGTTTCCTGATTTTAACCTAGTTAATCAGAGAAGTGAAAGCTGAA TGCTCCAGAATTGTATCGTTTGGACCATTTCTTTTTAATAAAATTGCCCAGCACCATATT AGTTTCTACAACTGACGCTTCTAGATCCCAAGTGAAAGCTAAAGAGGGTTGAGTCAAAGA GCTGATACAGTAATCTCTGCCTCAACTTAACTCCAGAGAGGAAGTTCCAAAGGTTGGTTT GTCAAATGCACCAACTTTTAGCTACTGGAAACGGACTACTTACTTTTACAATAACTCGAT TTCACACCCACAGTAGTTAACGTATGGGGAAGGAATACATTAAGTTTCATGGTGTTCATA TTTTGGTTGTCCGGGGAGTTCTTCTAAAATGTGCAGACAAGTAAACAAAGAAATAGAAAA GGAAAACAATAAATGGAAAGTAGGAAGATAGAAGGAGGCTTTCGAAATTTCACTCCACGT GCAAATATACTTTTTTTCTTTCGCCAGACGAAATGAAGAAGATAAATCTCTTGATGCCAG AAAACGTTCACTCCACGTGCTAATATTCTTTTTTTCTTTCACCAAACGAAATGAAGATGA TAAATCTCTTGATGCCAGTAGACTGTTATGCATAACAGTAAAAATTGAGATTAAAGCTTT TCGAGTTTGAATTACTCTCAACTACCTAGCGCTTGGCTAAAAGATGTCAAGAGGAGGTGT AATGAAGTAAAATTAAAGGAGCAAACAAACAAAACAATAAATACTACCATCACCATAACA ACTATTAGTCTATTATCTTCAAGATGATACTTGAATGCCAATTCAGTAACTAGAACGTTC TTTTAAGCGGAAAAAATTGAACTTCAATTCCTATAACGTTGGTCACTCCTTTTACATTTT CCTGTTTTTTCCTGCGTATCGAGAAACATTTTAAGATGATGAGGACTCTCCAAAAGACTA TGGATTCCATATTGAATACACCAACATGTTCTTGCAGTTGTAAACCAACAAGCAAAGTGT GATAAACAAGCTAATATGACTAAACTTTAAGTACTGAAAAGACGTGCATTGCATAAAATG AGACGGAAACTCCCATCAAGCCTATCACAAAATATCTCACTTTGCTGATCATCAAGATCA GGCGTGAAGGATCTGGTAAATACTACTATTTTGTGGATTGAAGTTGACTAACCTTCCAAG GTGTCAACAAGTTCCACGAAGGCTGGAAACCTGTAGCACATATTACCGCATTGGAATCAT CACCAATGGCATCGGCTAGTTTAGCTGATCCCTCTGTCACATCGGTTTTCACCTGAGAAC AATCAGAACAATATGGAGTTCCCACCGGGAGTATTCATAAACAAGTTGGTCCTTTCCAGA GAAGGTATATGTTTCCTTCACTATCTATTTTTCCCATTTGCAGAAGAATGTATTCAGCTT TTTCTAGCCTATATCAAATAGCTAAACTTGGAGCATTGCAGTGTTCAAGTAGTACAAGTC TTATCCATGTTGAAAATGAAATTCGACTTATTGTGGGCCAAAGTTAGAAGGTTAAAGATA TCGCTATATTCAAAAACTGAAATATCTGATAATAAAGTTAGAAAGTTTTCATTTCATCTC CAAAACTAACTACAGAACAGCTTGAGTAAAAATGACAAGGCAAGACATGTAGTACGCATA GGCGGGTAAGAATGTATATCAAAAAACACAAAGTTTGAAGTTTTCTAGTTTGGAAAGCGA GACTCTCTGAGTAATAAATAGTCACTTGTTCCTAGATTCTCTAAAATGTTTTGAGAAAGC TGTCCTACTAATGAAATGGAAGTTCCAAACAAAAATCTTACGGGGTAAAATAACAAAAAT TTGTGACCTAAACTTGCAAGTTGTAATATTTATTTGGTTGGACTGAATATACCAAAGTCT CATGCACTTAAAACTCTACGACGCCAAAGTACAGCACCCCACTTATAGCTTCTTATGAAA AACTTAAGAAGAGCTTCCGGCTCGTAATCAAAATCAAAAATTGGATTATTTGAGCTCCAA GTTTTTCAGCTTCCATATGTACACAAATTAAGCAGATTTTACTGTAAAACACGTAATATT TCAAATTACAACTCCATTCTCATTAATAAATTGGAATTTCACTTTACAATAGCTAAGTTG TGCGGACTCTTCATTCTCGTCCAAAAATACACTACTTTTGGAGAAGCAGACATTCAGTTG TTGACATTTTTTAGGAGTTCAAACAACACAATTCATCATTATTGCTCAGACTCATGCTTT ATGTAACAAAGTCAAATTTCTCAATTAATAGTAATAATAAGAACTTAATACTATTTCGAT TATCCATAATTAGTAAAGTTAATTCAACAACCACATTATTAAATTGACAACTTGATTCTG AAAGCCCTAAAACCCCTCAGCTTTGCTATTAACCAATTTATAGCAAACAAGAATCCCAAA TTAAAGAAAAATAAAGTAGTACTCACAATTTGAAGAAAAGGGTTTGCTTCGGGTAAAACA GATTTAGCCTTGTCAACATCACGAACCCCAGCTTTAACAGCAAAACCCTTAGCCAAAAGC TGCTCAACAATCCTCTTCCCTGTGTTCCCAGTTGCACCAGCAACAAATATTTTCTTCTTC TGACCAATACCTGCTTCTTTTTCCTCCTTAATTTCACTTCCTTCCATCTGTAATCAAAAA CGAAAAGTTAAAAGCACAATTATACATTACCCATAAAGAAGATTCTTGAAAATTTGAAGT GAAAACTTGTTGCAGAGACGTACGTTGTTGGTTTAAGATGGAAAAATGTGATTTTTAGTG TGGACAGAGAATGTATGGAGGTTTGAGCAAAAGGATTCTGAGCAAGAAAAACCAGTGGTC TTGCTTTCATAACTTGCTGTTCCATAATTAATTTCAGTTAATTAACCGCCAAAAAATGTT CTCGAAAGTCCTTTTCTTTTTCGATAATTATCTCTATTAAAGTTCGATTCATCTGAATTT AAGAATGTATCTAAATACGTGTTTTATTCGAAATTACTAAAGAAAATGTTTGATTACTAT ATACTATAGACTTTTTTGACTCCATGAATAATGTTTGATTCTTATATAATGAATTTCTCA AAAAAAAAAAAAAAAAAACTTTGATTTTAAACAAAAGAAAACAAAAAAAAAATATCACGA ATAAAAAAGTACTGTATTATTGACTGCTAGATTGACAATTCAGTGATGATTAAGCTAAAA AATAAGAAGGACCTGGAAAAGAAGAATAAAAGGTGAAGATCGAAGCCTACTAATAGGATA ATTAATCAATTCAGCTATTAAGACTCCTCGTTATTATTGTTATAGTTATATTTTTCACCT TTTTAGCATAATATTTTCTGCCTTCCTTTTACGACATGAGATTTTACTAAAAAAAATGTA AAAACAAAAAATCGCCTCAAGATGGCATAGAAAAACAAAAAAGAGCAAAATTAATGTAAG ATAACGAAATGTCAAATTTCTCCCAATTTTGCTTTCTATCACTCCATGGAAGTAAGACTA ACAATTGTTATAAGTCGTCCAGTTTATCTTGATTTCCAATTGATGACCAAGAAAGAAGAA AAATGAAACAAACGGATTTTGGAATTACATCCAGCTACGTATCCTTTAGACCCTTCGCCC GCGTGAAACGGGGGTCAATAAGCTCTCTTTCAATCATTCACTTCCATTGTTACAAGATTG CAGAGAAGGATGTTGCAATATAAATTTGTTGCACTACGATCTTTGAGTAACTATATTTAT AAATCGTGTGCTTAAACATAGACATAAAACATCATCTTGACAAGCTACTGCTGTTTTATA GAACCAAATAATTCCTTGAATGAACGTTTAGGGGCATCAGTACGAGCTACTATCTCCACG ACTTTGTAATGAGATTCTGGATGGAGTAGTGCCTCAACTGCTACTTCAGCTACCTGATCT CTAGATATCGAGCCTTCGTAAAGGGTATCCTACATTTTAAAGGAAAAGCAAGGAGAATAT TAGGAAAATCATATGGCGCACATACACGTAATCAGACAACGAGTAAGCTGCATATTGCTA CCTCTTGTTCCATTACGATGTTTCCTTGAGGTGGATCGTTTTTTAGCCCACCAGGCCTTA TTATTGTGTAATTGATGCCAGATCTTCGAATATATTGCTCTGCTTGGAGCTTTGCTATCA ATGTCAGTCCAAGAACATTGAGAAATACATATGCTGGATTGAACAACTGTCCCATTGCAG CTCCATTGACCAGAATGGAACTAACGAGGAGGAATCTTTTAACACCAAGTGTTCGGCATG CTTCAACAAGGTTTACTGTGCCAAAGTTATCAACCTGATCAAGAATGGTACAGTAGGGAT TAAACAATAGTAGTGGAAGGACAATGATGCATAATTCATCAAAACCCCACCAAAATAATA ATTAGGGAAGTGATTCAACAACTCGAAGATCTGATAATTGCTTCATAATTTACTCAAGTA GAATAACCAAGAGAAGGTTGTGAGTTTGATGATCTGGAAGGCAAGACATCAACAAAAGGC CTTTTGGCCATAATAAATGTGTAGAAGGAACATAAACAAATCTAAGGTGAAAGCAAGCCA AGGAAATAAGATGATATACGTTAGCACCCTATACATTTTAGAACATTTCCAGTCTTGCTC TCAAGTTTTTGCTTGAAAACATTCGAGAAGCCTTCTCAACTTTTTGATTGTATTAAGCAT TCAACCCCTAAGCAAACATCAGAACCGATATGATGTTTGCTTCATCTGCGGAACGGACAG ATAAGTGTACAAAATAACTTTTTCTCGAAGCTCCCACAGGTTACTTATGTTATTCTATTA TAATTTCTGGCATTAGCTTATTTGGTGTGCCTCTGGAGATCCTCAATCACATCCAATCCG GTTGAGAGCTATGGAAGGAAATCAAGAATGGTGCTTTACTTAACAGGCAAGGAATTCTTT CATAAACCTGAAACACGACCAACGGTTCAACAATAATTGATTTTCTGACAGTAGATCCAT TCTGAGTTCAACCTAGTAGGCCTTAACCTGCTTAACCACGCCATTCTTGATTCCTGTTTT CCAGGCGTTATAACAGGCATTATTATGAAGCTAAGATCTTAAAGTTTAAATTGGCGTACT AAACTGTTCAAATTTGAAATTAGCTTAAATGGCAGACCTAGGATGGATTAATAGTAGCAC AAAAAGCAGGGGAAAAGGAGAAAAAAAGAAGAAACAATTGAACCAACAACCCCATCAGAG AAACAATTGATAATAACAACCTGCTCCCCTGGATTCTGAGAAAAGAATGAAAAGTCTCCA TAAACAGAAAAAAAAATATTAGTAACATGAAACTGTTCAGTCTTCCATTAACTTTTCTGC AGTGTAGACAAATCGTCAATGGAATGAAGTTTCCTTAACTCGAAAGACCCTATCTACAAT ATGAGGTGTCAGCAGCAATATCTTGTGGTATCATACTCATAAAAGTCTCCATTGTGAATC TTAAAAGAACAAAAAAGACTTTGTAATATTTTTCCAATTCCAAGAATGTGTGCATGGGTA GCAACGGTGGAAAGGGTGTCATCATGTAAAGAGGCTTCTGTAACTGAAATTAGTCATAGA CTCTTGACAAACTTAATCAACACTTCTTTCTTTTGTTTTCATCTTATTAATTATTATATT TTGGCTTTTTTTTCTTTTTCCTTTGAGCGGATTTGCGTCCGGCAATTCAAGTTATTATAA AGATCATCCAAATGAGTCTATCAGTATTTCATAAAGAGAAAACATAACCATAAAATTTCA GAAAAGATAAGTAAACTGCTAGGTTAAAAGTAAAACAGGATGGGAAGGTAGCAACTAACC TTCCATGGAGCCAAAAAATCCAGTGAACGCCGAAATCCTGTAGCACATATTACTGCATCT GAATCATTCCCAATGGCATCAGCTAGTCTTACTGATCCCTCTGTGACATCCGCTTTCACC TGAAAATAACATATTAGAATTGATTTCGTCATTCCAAGTGAAATAACTCGAAGGTTTACA AAATAGAAGTGAACATTGTACTTCATAGTTAGCTCTTCACTTGCATTCAAAAGCAGCTTT TCCCAGATTTTTTTAAATACATTTGCAATGCCTTTCGTTTGAAAAATAAAATTCAATTAC CTTTTATACGAAATTATCATATTTTAAAGGTTTTGACATAATCTCCAATTTTAATCCTTT CCTATCTAAAATACAATAAGTATCACCTGAATACATCAGCCAAAACAAACTCTTTAAGTT GATGGAGGAGTGTAAGCAAGATCAAGATTTGTTCAAATTGAAAGATAAAAAAAGAAAAAA AAAGACAGAATTGGACAGACAACCCAATATAAGTAGGTGAAATTTAAAGGCATTTCCTCT ATTAACAAAACTTTCTTTTAGCTTAACATCTAACCCTCAAAGTAGCATACTTTGCTGCAT AATCAACTACTGATAAAGCAATTAACTTCTACTTTTAATTTCTAAAAAGTTTAACAAACC CACAATTTGAAGATCAGGGTTTTGACCCGGTAAGGTTGATTTAGCCTTATCAACATCAAG AACCCCAGCCTTAACAGCAAAACCCTTTGCCAGAAGCTGCTCAACAATCCTCTTCCCAGT GTTCCCAGTCGCACCAGCAACAAATATTTTCTTCTTTTCACTGATACCCACTTCCTCTTC TCCTTCAATTTCACTTTCTTCTATCTGTAATCAACCAAAATACAAAACCAAAATGACTTA CCCCACAAACAGCAGAAGCATATTTTCTTGAAATATTACGTAATCTTGAGAATTGAAAGG AAAAATGTGATCTTTTTGTTAGAGAAGAGACTTACATTTGCTGCTCTGAGCCGAAAAGAG TGAACTTTATTGACAAAAAGAGAAACAGAGGGCCGTTTAGAGGTGATAGAAAAGGCCGAT GTTTTAAGGAAGAAGAGACCAGTGGCAGTAGCCATGATTTTTCTTACTCGAGCCCCTGCC AATTAAAATAAATTTTTAGTCATTATATTCCTCCAACTTGTTTGGTCGAAAAATTTTATT TTGTGTGTGTGGCAAACAATATTTGTGAGAGGTCCTCTCATATTTTGACAAGTGGATTAT AAGTTTCACTTTGGAAAAATAGACTAAAACATTTCTCTTTCTTTCAAATATGCAAAAAAA AATATATATCTTTTTTAATTTTATACTCCTTCCTCTATTTTTATTGACTTACCAAGTATT TCTTAATTTATCATCTTTAACAAATCAAGAAGGAAGATTTTTTTTTCATATTAATTAATA TTGAGTTTATGTCTTTGAAAAATATGGTGACTAAAATTGTTTAAAACTTTATCAATTAAT AAGTGTAACATATTAAACTCACTATATCAATCATTAGATGTGTCAAGTTAAAATTGACAA TCAAAAAAAAAGGAGAGAGGGAGTATTTTTTAATTTTTTCTTTCAAATATGCCTTTGAAT TATTTTAATTTTTTTAAAAAAAAATTGGAGGTAGGGGAAAGAGAGTTTGTAATATGGAGA GTCGAAGATGAATACAGATAACCAATCAACTGCACTAAAATCTTTCTATAACTCTTACTA AGTATTTTCATTTGTTAAAAGCTTGAATTTAATATTTTAATAAATCTATTTGTGATTTGG TTTAAAACAATTATTTTATTAATAGAAATTAAATTAATTTTTTCAAATGTTGAAATCAAA TCAATAAATCAATTTTCATTCCTTTGTTTTTTTGTCATGTCTTTCATATATTCGATTTTT GTCCCCCTTTTTTAAAAAAATCATATGATAATACAAAAAAGATTGATCAAAATGTATACA ACATTCTCCAAAAAAACGTATGCATTGTCTAAAGAAATCTAATGAATTCTTTCAAATATT TTTCTTTATAAAAAAGTTAAAGATTTCGTTGTAATTATCATGAATTCTTTCAAATTATAA TGAGATACTCTCTATATGTTAATTATATAAAATTTAAAAATAAATAAAAGTGAATTTATG TAATGAAGGGACCCACGTACACAAATGTCAGCTGAGAAGCCCCTCATATAACTGACACTA CTACTTGTGCCTCTCACAAAATAAATTCTCATTTCTCCTAACATTTCTTGTTTGCTCTAT AAGTGGAGTTCAGCCTAACTCAGCAAATAACGTGAATTGCAACTTTTCAATTGAAAGAGA CGATCATCATAAATTGTATATTACATAATGCATTAACCATTTAGTTTTTCCCTAAAACAG AAAAAGTAAGATTCATGTGCTTCATCAGATCCTGAATATCAAAGTGGGGATAAATAGATG AATACCATAATACTATCAGAAACATAAAGAGAAGCTATGGTTCAATAACAAATGGTGTAT CCCCCCATTTAGTTAGGCTTGGACAATCCATCAGAAAGGAGACAACTGAACTTGCGAGCG CTCCAATTGGACCGATTTACATGAAGTAAACTACATTGGTATCACTGTGTACCCACAATT GGCCTTTCTCTTCCATCATCTGCATATTAGAGCACTTTCTCTGTTAGCTGTTTATACATT CAAAAACTATTGTATCCAACTGATACACATTTCAGTGTTGTGAATTAAGAGGTAATATAC ACATACATTTGGAACTAGGGACATCAAAGAAATTTGTAATCAAAGTACTTGCATACCTTT AATAATTTCTCTATCTCCGCCTTTGAGTAAGGTACAGTCGCCCCATTGTTGACAACATTC TCCACATCAGCAACTGGAATTTGTTCCACATGTTGTAAGTTCCTGTGCCTACCAAGTGCT GCACTGAATGCTTGCAATCTGCAAGTTCAGCGATGTTAGGTTCCATAATTGACAACCCCA GAGTAAAAAGTAAATGCATTCAACGATCATAAAGTTAATTACACAGACCTCTCAGGAGAT GTGCTGATCTCAGCTGCTGGAGTATCATCAGTTTCCATCGCTTCACTACCACTTTCCAAA AGAACACTTCAGAAACATAAACATTACAAGGAAACATCATAATAGATAAAACAAGCAAAC ACCATATAGATAGATCATCAAAGTAAATAAATGTGAGGAAGTTGCAATCTACTTCTGTTT ACTTGATGAAAGAACATAAAAGTTATCAGAAAACCACTTACCAAAAAACATACCTGCAGA AAAACAAGATATCCCCAAGACTAGAAAATATTGATGATAGCTGGACTATGTATATTTTAT AGTTAGGAACTCACCCTACTCCTCCGGCTTCATGATCAGCTGATTCATCATCTGCATCAT GCTCGGCTCTGCGTTTACGAGCTGAAGCATTGTTACCTCCATCATGGTCAGTACTGCGCT TCTTCCCCAATTCCTTTGCTCTCTCTTGTTCACGTTCCTCCATCTCAGTCAGTTCTTGAT GATATATGGCAAAATGTAGAACTTGAAGAGCAGCTTCTACATCAGACTTCAAAACCTGCC AGAAAAGAAATGGAAACAAATTTTGAGCAAAATAGATCCATACAGAGCAGATAATCATGG AAAGAATGAAACTAGAAAACTCAATTTTGGTTATTTACCAAATTCATTGATTAAAGTCAA GAACTGGTCAATTTCTGTTGATGATGGTTTTTATATTCAGTGAACCTCTAATCCTAAGCA TATATGGGGAACTTCAATCTTCCTATATAAGACTTGTAATCAAATAAGTCCTCACCTGTC TTCTCAACTTCAGCTTGGCATGGGCAGTTGAGAGCCGAATAATTGTTTCCAAAGTTCTGG CAGTAATCGGAAGTGTTCCTCCCCCAGTCTAATGGAAATTAAGAAAAATCAGTTACATCA CATAAAGAGCATAACAAGCTAGTTATCTGGATATCAGACATAAAATTCCAACCTTTGCAT TCGAACTGGCACTCCTAAGCTCGGCATAAGCAGTAGCTATGTTATCAGATGCCTACAAAT GATTATCATTATAAATATCAGCAAGAGAGCAGTACATTGATCAAGGGGAGCTAAGATATG ACAAAGGTTAATTACAGCTAATTCTCAAGGAGTATTTCAAAATTCAAATTTACAAGGCAT AAAGAAATTAATCCTGCATGAAAATGCAATGATGCTATGCAACTGCAAAAGTTACACTTA ATTACCTCATCAGTCAGCTCAGGATGGATCCTGTTTTTTGCATAATGAATGTAAGTCTTG AGAAACTGGATGGTCAATGTATCCTTCTTGCTCCGAGTAGAATTTCTACCATGTAGCATC CGATTATACTTAACATAGACGGGCATTTCATCCTTGTCATTTTGCTCTTCATATCTTGAA TCATTATCTAGTGTTGAGCTACCTAAAAGGTAAAATAGATTCACTTCATTCATACAAACT AGGAAAAGGCAATGCATGCAGATTTTCAAACATAACTGCCAACCTACCTCCATCTATTGG AGAACGATACCGATGCATGCGCAGAACATGCTCAGAAATTTGACGATCAACCCCAGGATC CATTTGATCCAGAACAATAAACAACAAATCAAAACGAGAGAGCAGTGAGTCTGGAAGTCC AATGTTCTTTGTTGGAGTTAATGATCGGTCGTACTGTCAAAACAAGATTACAGAAAAGTT AAATGATACATATCTCAAGGCTATTACGCATTTAGATGGACCTGTTTATGAAAAACTTAC AGAACCATATATGGGATTTGCAGCTGCAACTACACTGCATCGAGCATTCAAGGATGCATG AATTCCTGCTTTAGCAATGGTTACAGTCTGCTGTTCCATAACCTCATGTATGGCAACTCG ATCTTGGTCATTCATTTTATCAAACTCATCAATGCAAACAACACCTCTGTCAGCAAGTAC CATGGCACCAGCTTCTAGCCTTCTTTCTCCTATTTCCAAGTACATATTTGTCAGTTTACT TTACATACAAAGTAGATTCTGCTTTTGAAAAAAAATTACCTGTTTCTTGATCAGAAGTAA CTGCAGCTGTCAAACCAACTCCGGAAGAACCACGACCAGTAGTTGATATTGCTAACGGAG CAATATTCATAATTGCTCTCAGCAGCTGAGACTTGGCAACAGATGGATCACCAACCATCA TCATGTTTATATCACTAAATACAGTAAAAATGGTTGTTGTGAGACCTCAAGAATCAATCT CATATAGAGGAGTCACAGTACATAAAAAATTATGATAGTTGTCTGAATGAACTGGAGAAA AAAAGACTGCGTTCACATGGTCAAGCAGTAATGTCTGCATTGGTGCTAAGTGCCAAGGAC AGCAAAATGTAGCCTTACCGAAGGTAAAATAGTTTATCTTACCCTCTTAAGTGAGTCCCA TTTTTCAAGTTCTTTTCAATTCCACCAAGCATGAGCAGAACAACTGCTTTCTTTATCCAC AAATGCCCATAAATAGATGGTGCCAGTGAATTAGCAAGAAGATCAAAAGCATCATCTTTA ACAGAAATATTCTTGATGTCTTTCAGGACTTTCTCTGTGTAGTTTGGTGCATTTGCTGAC TTGTTCAGGAGAGACACATTGTTACCTATGAGGATTGTTCTGCACAACAAAATCGATGGA CAGGATTACACACACAAAAAAAAATTTAACTATTCTGAGGGAGTTAAAGCAGTATGTTAC TTTAAACACACACCTGAATACACCATTCATGCTTCCTTGGCTTTTACTAGGAAGAGCTTT GTATACCCCAACAACTGCTACACGGTCTCCAGGCTTGCATGAATCAACAAGATCATCCTC TACGACTATATCCACTGTTCTAGGAAGTTGACCAGGAGCAGAATTTTCAGGCACCTCTTG CATTGATAAAGTTTGATGATCTTTGTATGTGCATAAACCGTACTCAGTAACTAGCAAATT GCCATTATCATCCTGCAACATAATCACTCTTGTGAAATTCTGTTTAGCTAAACAAATAGA GAAGGCCAAAACTGAAACCTATATCAGTTCATCATTACCCGTGTCGGGTACACAGAACCA GTTGGCAGACCAACATTCGATGTGATATCTCTGTATTCACGGGCCGTAAATTTCTCAGTT GTCGGACAAAAGTGGACGCTCTTTACAACCTTTGGCCTCACAAGAGAACCTATAGATATT GAAGTAGCAACTTTCATTAATAAATTTTATTAAAAGAGTCAATTACTAAGTGGCATCCAA GCTAGGGCTCAATATAAAACAAGAAAATGATTTATAACTCAAAGTTGCAGCAAGCTAAGG ACTAAATATAAAACAAGAAGATGATTCATGACTCAAAAACTTCAGCTGATGACAGATGAA ATCTGCCCTAGCATCAACTTATCTCATGTTTCTCTTTGACTAGAGAATGAAATTTAGACA CATATTTCAGTTATAAACAACAAGAAATAACAAAGAATATGTGTTTTATATTATCAAATA CTTCAGATTGCAAACATGAGCAGGAAAAATCAAGTAGAAAATGGATTTTAATAATGAAAC AAAACAACAGAAGACAGCATAGTCAAACTAATGATGTTTGGCATATTTTATCATCTTATT GCTTCTATCAACTCTCTGTATTTATTGCCCTTTGATATGCTTTTGAATTTAAATACGCCC AACTATGGTTAATCATATTATTTGGTGATGTAGGAAGCTAAAGGATAAAATTGGTTTAGT TTTGGAAAACAAATATGCACAACTGGATGAAGTTCCAATTCTTGTGCTATACTTGGCAAT GGCACGAGTAAATGCATATCAGGAAGAAGGAAGCTTGCAAATTATTGATCATACAGTGCA TTTAGAAGAAAAGGCACAACTATACAGTGCAGAAGTAACAAGGGTCACTCTCCAGTTGCA CAATTGCACCACTATGGAACCAATTCTAATAAGCACAAGTCCAGTACTTTATGCTACACT TGTGCTAACAGTACTTAAGCTAAACTTGTGCTAACAGCTTAGTATCCATGACATGCAATC TTTTCCCAATTCCACACCAGCAAACTGCACACTGGTTATTGAAACTACCAAACATCTCAA ATGCTTACGTGATGCATTCAAGGAACATAATAATCACCAATAAAAATGGATATAATTGGT AATCTCATGTCCAATTTAGAAATCAATAATTCTTCTTAGTTAATCAGTTGAACCATATAA TACTAGTACTACAGTCCTAGAAAGTCCAGTTTTCATCATCCCTTTACTAGCAACTGGTAC TGATATAGACATGGCCCACTACAAACAAGAAACTACTATATCACCATAACTTTGTTCACT GGACATATACACGTCTTCCCCTGTGAAATGGACATGAATATATTTCAGAGGTCATTTCTA ATGAAAAATTGCTGCTAACATACAGCTGTCAAACACATATCAGTTGTATCATATCACCCA AACCTTTGCGGCACGTGTAAAACAACTATCCACCAAGTAAATAGTTCCCCATTTTTATTG GGTTTACCATTTTAAAAGCAATAAACAACTACCCACCAGATAAATAGTTCCCCATTTTCA TTGCTTTTACCATTATAAAAGCATTTTTAATAAAACAAAATATTCATCAAAATTTTCACC ATAGACTCCAAATGAGCTATACTCACAGTACAAAAATGACTCAGAAATGTATTAGGCCTT CCTACTGACTCGTTAACTTTGGAGTGAATCTAAGACACATCAATTAAAATAAATTTAGTG GCCTTACTTTGTTGGCTAAATTATCGGTAATGGAGTAAATATGATTAATTTAAGATTTAT ATAATACACTGGCATAATACCACAGTCAAAGTAGATATGAGCTAAAAATGAGCGCTATAA GCAAATTCAAAAGACGTACACTTGGTAACAATGCCTTCAACGCAAACCATGGAACCAATG AAACGGGACAACAGCTCTCTTGGGGTTACTCTCCTCGAAACAAAAGGACCAGTAAACCCA ACCAAGACTTGCTCGCCTTCTTTAAGGTACTTGGGATTATGGGTCCGGATCATATCGGTT AAAGCATCAATCAACGGTTGCATATACTCACTAGGATTCTGAAGAAGCCTACACAATTCA AGAAAAGAAGAAATTTATAAGCCGGACCAACAATATCAATAATCCCAGGTAAACTTCAAT ACTTGGAAAATATCAAAAAACTTGTCTTTTTCAACATTTTCCCCCATCAAATTTGCACCT GAAAGCAAATAAACTAGAAAAACAACACCAACAAGCCTAGGGTAGTACTTCAATTTCAAA AACACAAACCCAAAACCACTCTTGATTTTCTCCTCGAATTATACAAGCCAAAAATGACGT CACTAAAATTAATGAAAAAGATTAAAACCTGCGAGCCAAATCAGAGCCTTCTCTGTCATT GTAGAAATCAGCGAGGTCCATAATGACACGACGCCTATTGTTGTTGATCATAGATTCAAA TTCCTTCTTCAGCTCCGTGTCCAGTTCCTACAAAAGTAAAAAGTGAATCAAAAAAAGCAA AAACAAACGAATAAATAAATACAACTCAGACTCCATAAAATTAACCAAATTAATCAAGTA TAAAACATGCGAAGAAAGAAAAAAAAGGAGAAAATACTTACAGTTTGTTCGAAGAACTTG AGGAAAGTTCGCTTATGCGTAGCCCTAACCTCGTCGCTTAGATCCATGGCTGACTGAGTA AGTGTTAATCTCTGTGTGAGAGAGAGAGAGAAATGGAGGAGAGAGTGATGAATGATGAAG GTCAAGATTGGGGATTTTCCCTCTATTTTTGGAGTTAGGGTTCGGATTTTGGCGGGAAAT GAAGGGTTGAGGTTGGCGGGAAGTATAGCCTTTTGTTAACTCCATTTTTATTTTTATTTT TTTAAAGTTTTAACAATTCCAAGAGTATTTTCGTAATTTAGTGATGTCACGTCTTAAATG ATAAAAAGACGGGTGTATGTTATATCAGTTAGCATCGAACGAATTCCGGGTTATAGAGGA GATAAAAATTCACTCGTGTATATTTAAGCAAAGATTAAATTTTAAATGAAAATTATGCGG ATAAGTAAATTTATATTATTTAATTATTTATTATAGTTATAGTTTATTGTAATTATTATT CGATTAACATTATACATTAATTATGTGGGTTGATTTTGAGTTTGTATAATTAGTCATGTT TGTATTTGTATAATTCGCCACTATATACAAATAAATATATATAATATACAATTTTTTAGC CTATATACATATACAATTCACCTCTCTCCCACGCTCTGCCCTCTCTTGCTCGTCTCTCTC CTTAATCTCTCAATATCGATCGCCTCTCTCCTCCCTCTCTCAATCTCGCTTGTCATTTAT ACAAATGTATATGTATAATATACAGTTATATACAATTATATACATATAAATTTACCTCTC TCCCACTATCTTCCCTCTCTCGCTCGTCTCTCTCCTCCCTCTCTCAATCTCTCTAGCCTC TCTCCCAGTCTCGCTCTCATTCTCTTCCCTCTCCCAATCTCTCTTGTCATATATACAATT TCATATGTATAATATACAATTATCTAACCAATATACATATACAATTCACCTTTCTCCACT CTTTTTCCCCTCTCTCTCCTGTCTCCTCTCTCTCTCCTAGTCTCGCTCGCCTCTCTCCTC AATATAACATGTAGCTACAAATTGTAATTATCAAATTATAACTATGAAGAGTAATTAATT ATTTTTAAGTGGTTATATGTGAAAGTTTTCCAAATTTTAATATGTAGCTAGATTTTATTT TTTTTGTTGACAAATTCAAAGTGAAATCTATATTTAAAAAAATATATTTAGGAATTAAAC ATTTTCTTTAAGTATTTTAAGAATCAAACAAGTTTGATTTGTTGTAGCTTTATGCATTTC TTGGTAATATATATTTTAATTCAAAAAACAAGAAAGTGGGGCTTATTCAATGATTTTGAA TGTTTGTCAAATACAATAACACATCATTAAATTAATATAAGATGGACCATAAATATTACT GTATTGTTTTATAGATGTATTATTTAATCGATAAATTAATTTTTATTAATTTAAAAACAG ATTTGACACAGTAAAAGTAAAATTCATTAGGAGATGAATTCTCATAGATTTTAAATAAAT CTACTTGTAAAAACGTCATTCATTAACTTGATGTCATGATTAATGATCTCGGTTAGCACA ATAAAATTGATGTTAATAACTTGTTGGATGGGTGAAAATGATACATGTTCAAAAAGTTCA AAGCTTAGAAGAAATTGTAGATGTCATTGAAAAAAATAATATTCATGATAAAATTAAAAA TGATACAATACCTTTGGAACCGGACACTAGTTATCTGTAAGGAAACACTTATCGAATTTA GAATTTTCACAATTTTATATTACAGTTTGAAAAGATGACACCAAAACTTTTAGATGCAAT TAAAAAAATTTAAAGATAAGCGTCAACTAGATTTAAATTTTAACCAAAAACAAGACAAAA TAGAACTCAAACGGATGTACCTAATCAACTTGCTTTGCACGTATATATGTGACATTTTTA CTTGCTTTGATCTACAAATTGAAGTTTAAGCTTTTAACATCTTTAATGTGGTTTTTTAAC TATCATATAGTGGAAAGTGTTCGTTGGGACTTTATTTTCTGTTCTGTTCTATTCTTTTCG GTAAAGAAAATTTTAATGTTTGATTCGTACGTGAGTTTAGAAAATGAAAATTCAGGACTA AACATTCATTGGAATATAACAAAAATTCACATTGGAATAAATTGGAACGAAGAGAATATT TGTCGCGTTCTGAAGACAAAACATATACATTGGTTTTCTCTTATAGACTACACAATAATT GGAATATAAGAAAAATCCATTATATTGTCTAGTTAACTCACAATTACAACCTTTACAAGG CCATCAAACAATTATATTCTTTGTCTGTGGGGCCACATCTCAAAAAGACGCCATGCTTCA AGATCTCTCCACAGAATATCTTGAAGGTAACACAGGTAGCTTATTTTTGAGACAAGTCTT AATTTAGTAGCGACGAGTATAGTTGTGAATATGGCTGTTTATACAGCTTACAGGTTAACT AGATATTTTTTTTTCGAAAACAGTTTTTCTACCCACGCATATGTTGTTCAACAAATGTTC TCGAACCAATTGTCGACTCAAATGGAAAATTAAACAGGTGCCATCAGAGAGTTGTTAATC TCAAAAGATCATATCATCTTTCAAATCTCTTGCATAATTCAAAACTGATGGCATTGTTGT TTAACCAAACTATGAAGGTCCAAGCTAATTTAAGGAATGAAAAGTGAAAATGTTCATTGC TATAAAACTACAAGCTAAAGATTATTAGTACATAAAAAGAATGGACAATTGTTCCTCTCT CGCTGCGCCCAGCAAGTTTCCCACACGGAGATGAAACAGACAATGTGTATCACATTAACC CCCTGTACTACTCCAGAAGATTGCTCTACCTAAACTGAGCTGAATTAAGGCTTGAATGCA GAAAAGGCAACGACAGAGTTGTGGCCACCAAAACCAAAGGAATTGGAGATAGCTGCATAT GTAAGAAATTGATGTTATGTTGGAAGTTTTTCAATTATTCATGAGAATGCTTAATTTTTG AAAATATAATATGGTGCTATAATTTGAAGTGTATCTTACCAACATTCACTTCATGCTGCT GTTTTTTGTTTGGAACAGTATCAAATTCCACTGAAGGCTCAGGATTCTGCAATATTCATT ACAATTAGAGATTTGCAAATGAAGAATGAGCATAGCAATTGACATTTGTTTGAAAATATA GGACAACTCACGAATTGGTTAATTGAAGGATGCACCCAGCCGGTTGTAATAGCTTTAATT GTTGCAATAGCTTCCAGACCACCAGCAGCACCGAGGCAATGCCCTATCATAGACTGGAAC AATATGGGGAAACACTTAATGATGAACATACACTGATAAATTCGAATAAATGAAGAGATG CAATACAATGTAGACATAATTACCTTGGTTGCATTCATTTTGATTCCTGTAGTGGTCTTG AAAACCTTCTTAACAGCATTTATTTCGGCTAGATCACCAACAATGGTAGAAGTTGCATGA GCATTAATGTAGTTAACCTACAAAGGAAAAAGAGAAGATCAATTCAGTAATCAAATTCAA CTTCAACTTTTAGCAAAATCTAGCCAATACATATCTGTACCTCTTACCAAAGACTATACC ACATTATCAAAAGCTAAATGTTTCGAGTACCCACCAAACTAGGTTCTAAAGTTCTGGATG ATCAAAATAAAGAGACAGTTTCACTTTCAGCTGTTTGATCATCAACAACAACAAAGAAGG TCGATCCCAACTAGTGGCTACCAGCCATATGAATTCTCCATATGTCATTCTGCTTGAACA TCTTAAATAGGATTACTGAAAGGACAATTCTATGGTTCTATTGAAATGTGAATGTGACTA TTAATTCATCAACAGATATCATGCTGACTCTAGACAATTGCTGTAGCTTAGGGCATAGTG GTTCAAAGCAAAGTCTGTGTTACTTCTTTCGATGCAACAAGGTGAGAAGGTTGGTATTGT TAAAATCAGATCTGAGAAGAAGACACTAAAGCTCCAGTGATAGGGCTTAGTATCTAGGAT GAACTGTACAAGCATTTTAGGTGCATTTTATTAATGGTGAAAGAATCCAATTTTTTCTGA TCGCCAGCAGTTTTAACATGTGTCTTTGATGATTAAAATTGAATAGTAACCTTTTGTTTA CTCTCAATAAGGGGATGTCTTTATCTACTAAAGAGAGAGGGAGTAATCTTTACTTGGAAT CTAAAATTTAGAATAAAGCTAACATGGGAGGTAGCATTTTTTTCTTTAAGAGGCAATGGG ACATGGATGAGAGTCTATGGGCATAAAATTGACATGGAAAGACTATAATGTCACAAGTAA TTTTTTTTTTATTATTAAGGAATGAAGGTTCACTCGTTGCACAATATCTTCCATTCAGCC TAAAACAAAAACACACAGAAATGTCCTACAAGGCTACAACAAGGCCAATGCACCATGAAA AGAAATCTATTTCATGTCAATAGTTAAGTATATTCACTGTAACCTTTCCCCATTTCCCCA ATCAAAGAAGAATTCTGAGAAGCAAAAGTATGAGATATGACGGATCTTGGGTTTGGTAGC CCCAAGATAACATTTTGACAAGTTTCCAATTTTTTAACGGAAAACATCTAGAGTGATTTG CTATTTCCAGTATTTCTTTTACCCCGCTCTTTAACTATTGAGTAGAGTGTAGACAATGAG TATAACCTCAACTGCTTGGAGAGGGAAGTAAATACCTCTTCTGGTGACACTCCAGCATCT TCAAGGCTGCTAAGAATACATGAAGAAACACCAAGACCATCAGCTCGGGGATCGGTCATG TGATAAGCATCACAATTAACTGCACCACCCAAATACTCTGCAATTATTGGCGCTCCTCGT TTCATTGCATGCTCCAAACTTTCCATCACCTGCCAAGAATGTCATTCAATTTTCATAATA ACTTTCCAAACGGTGAATAGATTGTATTAAAGTGACAGAAATCTCTAGTGCTTAATCTAA TTATGCAGTCTACGTGCAATGAAAGAAAGACCAGCAATTCATGGATAGCAGTTTATTGCA TATTTAGTTGCTTCGGGATTGGACCACACATAACTTGCTCAAAGTAGCTTAGATGTACTT CCTATGACCAAAATATGATAATCGCTAGGAAGCTTACCAAGATTCCAGCCCCCTCTCCCA TAACAAATCCATCTCTTTCTTTGTCCCACGGCCTGGAAGCAGTTTGTGGATCATCATTTC TTTGAGACAAAGCTCTGCATGCCACAAAACCTCCTAAACCAATAGGTATTATGGCAGCTT CAGTTCCACCAGCAAGCATCAAATCCGCTTCACCTCTACGGATGTGATTAGCGGCAGCAT AAAAACAGTAATTGGAGGTAGCACAAGCAGTTGAGATTGAGTAGTTTGGTCCCATAAAAC CAAGATCAATACCAAGCAAAGCAGAACCCATGTTTGTTATGGCATATGGTACAAAAAATG GAGTAATTTTCCTGTGACCCTTTTCAATTAGGTTTTGTACACCATCTGAGAAAACTGTAA GACCACCCATTCCTGTTCCTACAAGAACACCTGCTCTCTCTTTATCAATCTGCAGGAAGA ACATAAATTAACAACCTAGAGTCATGTACTGCAGAAGATAAAAAACAAATCCAGATAAAC AATGGAGGCTGAACAAGTAGCTATGCTAATTATTCACATCAAAGCTTTTCAAAAGCACTA ATGACAAATTTGTTTTCCGAGGAACAGTAGTTTTGATTGTTTCTGGTATTCCACGATGCA CTGGCAACTGGCAGGATTCAGACTTTTACACAATTATGGTCTCTAAGACATCATGAAAGC CCAATTCCAGCATTTTGGTGATAATAGAAATGAAATACAAGCAATAAATGGCATAAACCA GCTAAAAAACCAAAATAAACACAATCAGCTAGCAATTTTCTCCAAATTCTCCACATCTCC AAATAAAATAAAAGAAACGACCAAATCAACACCAGCCAAAAGCACATCATGCAAGCCCCA TTACAGCAAATTCATCATACCTCAAAAAAACCCCGAAAATCTTGACAGATATAACCAAAT TGAAATATCAAAAGAACGAAAAAAAAGCCGAACCTTTTCTAATCTATCACCACCAAGATC TGCATTTTCCAAAGCTTTCTTGCCAGCAACAATGGCATACCTTAAACAATCATCAAGCCT CCTATCATTCTTCCCATCAATATACCCTTCAGATGTAAACCCACGAATTTGTCCCCCAAA TCTCGTAGGAAATTTAGAAGCATCAAAACGATCAATAAGCGAAATCCCACTTTCACCAGC CAAAAGTCTGTCATAGTAAGTATCGGCATCATTCCCAAACACAGAAACAAGACCCGTCCC AGTTATAACAACCCTTTTCTTTGGGTCTTTCTCTCTTTTTGGAGCAGAAACAGTAGATGC AGAAGCTGTTACTGTTAAAGGCACTCTTTTAGCACCCAATGACCTCACATTGGTGAACTG GGGGATGTTTTTTCGTAGAGGTTCGAGTGGAGACGGACGAAATGATAGAGATTGGATTGC TTCCATTGTTAACTGAAATGGGTTTTCAGATTTGAGGTGGCGGAGCAAGAAGAAGAAGAA GAAGCAGCAGCAAAAAGCTTTTCGATGTTAACGATGCGAGTGTATTACTACTATTTTTAG AGAGAGAAAGGGAGTGTGTGTTTTGTGCTTGTACAGAAAGAGAGAAACCAAGTCACAACC AAAATGTGTATAACTAATTTAAATACACAATGTTTTTATCTTTTTTCGAGCTTTCGCGAT TTGATTAAAAATCAATTTAAATTATTAAATTCGACAAATTAAAATATCTTGTTTTTTTCA TTAATTTTCTTTATTTGGATATGTAATTGTGTTATTAGTTCTGGATAGAAGATTGTCTAA TTTGTGTACTTATTTGTATTAATTCTTTTTAAAACTTTGGATAGTTATTAGGTATTGTTT CATAATATATTGTATTATATTATACTATATTATTTTAATGAATATAATATTTGAATAAAT TGTATTGTTACATTAATAATAAACCTATCATAGAATAAGGTGTGGGACTGTGGGTTAGAG CTACTATAAAAAAAATAGGGTAAAAGATAATTTATATATTTAAATAGTAAGTAAAAATAA AATGAGAAGAAGATATTAAAGTACTGATATGATCACACTAAATTGGTTGTTACATAAAAT GGGTCTTTTCAACGTTACTTAACCATATTTAAACGATACGATGCAATAAAATTTAAGTAA CAATCAAAACAAACACGGTATTAAAACTAACAATACAATACAATACAAAATGTAACAATC ATTCAAACAAGGCGTTACAAGTTTTAGTTTTTGATCTATTTTGAACTCTAAATCATTTGT AATTTTTTTAAGTAGATTGAAATTATCATGAAATTTATGAAGTTTAATTATATTTATTCT GTAGTAAAAAGGACAATTTCAAGAGTCACTAGTTTTGTAGTATTAGCTTTATAAAAAACT AGTAAAATTATTCGTGCCTTGTGCGAAAATTCATATCACAAAATTTATGAAATAATACTT AAAATTTATCGATCATTAAAACTAAAACACTACATCAATTTACATATAAAATTACATAGT AACAAACATTAAAAATATAAAAAATGATAATTATAATATTTTATCATTTATTTCAATCAA TCATTTTTAATTTAATTTTATAATTTGTCTTTTTACTTCTAGAAAATATTACTATTTGAT ACTTTTTTGGAATATCATATACTGAGTGCATTCACAAATCACAATGGAACCCTTCCTTTC TAATTATGAGTTAGTTTTAATTAAAAATGATCTTACAATTGCCTAATATTGTTTGCTTAA TGTCAAAAAACAGCAATAGAAAAATGAATAAAATGACTTTATATTTATATGTGATTAAAA ATTAAATAATCAAAGCAAAATCAACCACAAATAAACTAAGAAAATGTTTATTATATTTAC CTTTTTTGATTTAAATACATACTACTCTCTCCGTCCGGTAATGTTTGTCATGGTTTCTAT TTTTAGAATTAAGGTATAAAAATTTTGACTAACATTTTAAGATGTATTTTTTCATCATAT TAATATATAAAAAATTGTAATTTATAGTATTTTTCATATAGTTTTAGAATATTTTTTTGT TTAAAATATCGAATTAATATAATCTAATTTACCCTTAAAAATTAATTAAATTAATTTTTG ATAAGTGCAACATGACAAACATTTTTAAACGGAGGGAGTAATAAGTAACAACCAATGATT GTAAACATCCTACTCACAATGAAAATGAAGGAGTTATTATACGTCACTAATTAGGGAATT TATTTTTAGAAGAAAGAAATTAAATTCAAGTATGAAATAATTCTATAACAAAATAATACT ATTTATGTAATGTAATTAATTATGGCATTAGTGTTGTTTAAATTGGGTTAAATTTGTCTA AATCATATTTATCTTTTGTCACGAATATAGGATAGTATTAATTGTTAGTTGTTACCATCA ATTTGATGTGCATACAAAGACCTTTGCGAACACGTGGATATACTAATTAATTAGCTCTAT TCGATCAAAATACATGTATTAAACACCTTTATTATATAATCATAATATTTATTTGTACGA ACATAAATTATATAATAAAATCATAATATATTATATTGTTATTACTTTCGTCAATTTAAA AATAAATATATCCTCGAAATGTCTAAGTTTCTGACTTGCAAAAACATAAATATTCACATG TCAAGTCATGAATATACAGCCATGATACATCGTTGTCATCTTATTTAACCTAAAATCAAA ATAAACCATTAGAAATTATTCATCAAAAATTGAGTATAATTATATGTGTGATAGCATAAT GGATACCTTTCATCTCTTTATTTTTTACTTTTCTTTTTTCTTCTACTTAATTTTTTTTTT TTTTAATTTTTACTACATCTACATTTAGAGGCATGGTCAAATCATAGCTAAGATTTTGAT AGACCAATTGAAGATGTTGGTGCACCCAATTTAGGTGTCCTCATTGAAATGTCATAACTA CATAATAAAGTCTGAAATGGATAGCAAACCTAACTTTCTCCCCATATATTATATATATAT ATATATACCTAAATTTTGATAAATAAAGAACTTTACTTTTGTTACAATTAATACGTTGAT GAACATATTAAGTATATATAATTAAAATAAATATACATGAAAGTCAAAAAAACTTTTACC AACATATAGATGGTACAAATATAATATAAAATTTAAGGCAATCTTTTTATTTTATAACCC AATTAATTGTTAGGATCGAAAACAAGCAGGTGTAAATGCGGAAGCTAGCAATGCAAACAT CGAAAGACCACGAGTAAGAAGACAACGAGAAATATACCAAAAGATACAAAGATTTAACGT GGTTCGGTCAATCGACCTACGTCCACAAAGGAGATAAGTTATCCACTATAAATATGAGAG TACAAAATACAGAGGAAACAACCTCAACCAATTCACTCAGAATACATGAGAGGTTCACAC AAGTGATAACGTATCAAGCTTGTGACCCACAAATTCTCCCTCTAACCAAAACTCTCAAAG TCTTTAAGACTACATTGTGAATGCTAATTAAGTTAGAAGGAACATGCCTTTATTTATAGA GTCCTAAACATTTTCCTACAAGAAAAAGATTAGTCAATCCAAAACCTTTTCATGAAAACC TATTTATAATAAGAAATTTAGGGCAAATAAAATCCAACATTAATTTCTATTGCTGATCGA TATGATGATCCAGCTAGGGGTTGTCATAAATATATTGAGTGATTCTTTTAGTATTATTTT AAACACCTTTTTTTTAAGAATAGCATTAACTAGAGGGTAATTTTGTTTAAATTATCCTTA TTTATTGATCTTCCCTATTTAATAAGTCTCTCTTGTACCATAACATTTATTCATATTTAT GACTAAGTGTAAAGATAGAAACAAACTAATTGTGTTTTAATTTTCTAAAATGACAAGTAT CGTGAAATTTTATATTTATAATAGGTTTATAAGTTGAATATTCTTGACCTCGATTACTTC ACCATGGAGAAAACACAGAATAAGTTTTGCTCGTTATTATTACAATATTCAAGCTTAATT ACATCCTTTTTACCTCAAATATTATGGTGAAACATAGTCAATATTTGAAAATTGGCATTT AAATAAATATTATTATTAGTATTAACACAATATGGAGAAATTTAAAGTTAGCAATTAACA TTATGTGCAGAGGCGAAACTAGAATGATAGATTAATATATGGTCAAACTTATTTTATGGA TAAATAAGAGCAATAGTTATAAAATAAATTTGCATTCGCTATTAATTAATTACATGTTAA ATACCACATAAACCCCCTTAGAAAATTCTCTAATTAAACACCCATGTATTAATACCTAAT CATAACCAAATCACCAAACTCTTTTATACTCAATAAAGTCTTAAATAGTTTACTAATTAA AGTGTTCAACTAGTTGGCTTTTGGATTCATATTCTTTCATTTGTATGTTTAGGAACAAAA TGATATTGTAGTTACTCATTTATGATAGGCTTATATATGTCCTTTCTTACTTAGCTTCAT TTTATATTTATGCCCTTCAATTTTGAGTGTGCACGTGTAGACACTTAAACTTTGAACAAA TAGACACACGTGACCTATGTGGCATTCGACGTGGCAATCCTACATAGCGTCCTACATGTA TTATTCCACGTAGAACTCATGTTTCTACTTGATCAACTTTATATAAGTTTAAGTGTATAT TTGTACACATTCAAAGTTAGAAGGCATAAATATTAGGCGAGACTAAGTTAAATGACATAT TTATGTATTATGAATTTATAATAACTAATGTAAAAAATGATACTGCAAGAAAAAATAGAA AAACTTTATTAGTTTCATAATAATTCCTAATTGCTTCAGGCCTTGAGCTACTACATTAGA TTGGATTACACTATCAAATTGCTCCCTTCAAATAAATTCTGCTTCTTGGTTGACAATCCT AATGAATGAGCTATGGATTTGACTTCCGCGATCATTGCTACCTGATCGTTGAGCTTGTTG ATGGCTGAGCCAACACCCTGAGTTCAACATTCACACAAGTTTCAATAACTTGGTTGAGAT GCCTCAAGTATTTTGCTATATAAGAAGAATGTTCCCTAAGATTAAAGATAGTGTCAGTAA GGCATTACCACGCCAGCAGCTCCAGCTACGATTGCCATTGGTGCTGTGACTGCACTCAAT CCAGATGAACACATGACGGGGATATTGACAGCCCTTGAAATCGAATAAGCAGCTGCTAGT GTTGGTGTTGCCTGTGTAAATGAACAATATCAAAATGAAGTTAATACAAGAAATCATCAT AACCCTGAGGATTGAAAGAAAAACTTGATTGTTCCCACAAATTTCTCAATTCCTTGCCTT TTTTCACTTTCAACTAGCATACTATCAACAGATAGCTAATCCTTATTAGTAGTATAGACT ACAAATGTGTTGCACTGTTGTGTTACCTTCTCGATTAATCCAAGAATACCAGCCTTTGAT GGAGTAGAGCATTTTCCTCCTTCTGTTTGGATGATGTCAACACCTTCCAGTTCTAATTGC TCGGCCAGCTTGACCTGTCAATATGATACGACAAAAAAAAAGTGACTTTTCTTCCATTTG AACTTAGCATGTCATAGGAAAGTGCTTTTTCAAACCTGATCAGGAAGGCTTAGCGTGTGA GGCACAGTGACTGATAATATCACTGATGGAAGTAACTTCTTTGTCTCCTTCGTTAGGTTC AAAATCTGAAAAGCAATATCAGCACGGTGAGAAGTAATGGACATCACACAGGTTCATAAC CAAAATCAAACTCCTATAATTGTTGCTAGTTCTCAAATCTTTTGATCTATTTGACATTAT GAAACTCTGGAAAAGTCATCCTACACACCTGTTCAGGAGAGAACACCAATCCCTTCTCAT AGAACGAGTCATAGTTTCCGATCTCAACCTGCACCAGATAACTTACTTTATGATGAGCTA CGAAAAGGAACTTACTCCTCTCAATGAAACAGAACTGTATGTTATGCAATCATGGTGCTT AACTATTTCATAGTCTTGCTTATGGTGTTTATGAATGGAATGGAAAAATGATAAGAATAA GTCGTACCATCAAGGCTCCTGCTTCCACAGCAGCTGGAAATGCTGAAGGATCCACAGAAG AAACACAAACCTGCATGCATGTGACACCAGATTTAAGCTAATCTATGCAACTAAAAGAGA TACTGGTTGAGGACATAAATGCCTAAAATGGTGAGATTTTTGAACTGACAAGCTCAAAGC ACTCCTTGCAAGGAAGATGTAACTCAGATAACATATGATTTGTGGAAGTAGAAAGGACCA ACAAATATACATGATTCAACCAGAATGTTCAGTAATAACAGAGAAACTGAAAATTGCAAT CAGCGGCTGGAGTAGAAGATAAAGTTTAAGGCACATTTGTCATGAATATTTTCACAAAAA GAACCGTATTTAGACCTGAGAAGTTGTCCCATCATTTAAATGTTGCCCAAGGACAAATCC ACAGCGAAGGTTGAAATAGTAGATCAGTTGATTACGTTACAGCTCATCCATAGATCAGTT CAAATGTTGCATAATGTGGGCTAAAGGAAAAAACTGAACAAATTTAGACAGACAGGATTT ACCGGAAGGGAAGTCAGGCTTATAGCAAGTTTCACCAGCTCAGGGTCACAAGCTATATCT ACATGTGTTGCTCCTCCCTATAAGCAGATCAAAGAGTCAGGCTTAGTACATTTACTGAAA TTTCAATAACTCCACAACACAGAATCCTAACAATTACAATTCCTACTTAGCCCTTGATAA GAACATACAGTCATAAAACCTATTTTTTCTCTTTTGAAAAATGCGAAATTGTAAATCATT GTGAAAGAACACAGAAGACTAAACCTTATCTGCAGCAGTAACAACAGAAGCCACATTCTC TTTGTCCAGATTTTGCAATCCTGCGATAATCTGAAGCAGAAGAATGAATCATTAGTAATT TTAACTTGTTCTCTTTTCCTACCTGAACTTCACCATCTATGTATTAAAACTTGTTAGGAA AAAGGGAACAATCTATCTATGGAACTCGCAAAAAAAAAATGATAGTTAAAATGATACCTT TAGTGCTTTTTTCTCGTGAAACTCTTTCAAAACAGCATCTTTGGAATGTGAAAGCAGAGC CCTTGTGGTACATTTTCTTCTAGCAAATGAAACACGTTTTGGAAAAACAGAATCACCTAG TAGAAGGGGATTCTGATTTGGTTTCAAAAATACTTGTAATTGGTTTTTGGGAGAAACTGG TGTATACAGTGAGATGCTCATCTTCTTTTTCTTCTTCTTGTCTATGGAGTGAGGGGATAA GAAAGTTATCAGCTTTAAACAAGCTGTGGATATTTTATGCAAGGGATAAAACCAAATGAG AAAACAACAAAAAATGCACCAAGATATTTTTGTATGCTAAATAATGGATAACAGGAACTC CATATTTATTCGCACTCAATATTTATATGTGTAGTATACTTAATACTTTTATCCTCTTAA CTCATAAATCACTTGACTATGGCAAAGTTACATGATTTGGTGTATAATATACATTGTGAT TTTTGAGTAAGTAGAAGTGGTTCTGATTGTAGTCTAGTAGAGCTACGAGTACTGCCCTTT TAAGATTTTTTGAAGTTACTTGATTCCTCGTGTAAATTTTGCTACATATACTATGCTGCC CTTTAAAAGTAAAAACTTTCATTAATTAAGTGAATTCCAGTATTGCTTAAAAGTTTTCTA CAATCTTCATAAAAACAAATGAAATTACAAAATTTGGGTCAGACACAATTTCACCCAAGG TAATTCGCAGTTCCTCACTACTACAAGTCTACTATTGTGGTAGAGTGGTAAATACTGTTC CATCCTCGCTTCACAAATTCGAACTTAGTCGAACTCCAATGCAGAGACAGGAAAGATAAA AAAAAGTTTACACTACTACGGAATTTTGCAACTGTACATACATTTAGGTTAAAATAAAGT TCGCATACTTTGTTGTAGTTTTACAGTATTGTTTTACTTCCTTCCAATTACAAAAGTATC TGTAAAAAGAAATAGATGGTGTAGAAACCCTCGAGCCTAATAGTCATAGACTCATAGTGC TATAATCAAAATAATTAGACAGTGCAGCTATTTAAAAATTCTCTTCACATTCAAACCTGA TTTTACCAAATATGATGAGCACAATCTCAACTGCTTCATCAGAGAGATGTTTTCTAGTTT GTGCATAGGCAAGTTGTACTGTAGAAAGTGCTGTTGTATTGCCTTTTCCAGCAGAAAGCA GGACATAAGAATTTTTTGGCAGATGAGGCTGCTTCTCTAGAAAGTATCCAATGACACACA GCTTGCAATACTCTACACAAAATTACACCAACAAAACTACAACACTATCATTGTAAAGTT TGCAGCCAGATTCAAGACCTTTGGCAATTACCTGAGAAACCATTTGGCATATCTAGCAAA GGCAAAAGGGGGAGTAGGGAAGAGGTGAATTGGCCCCACAATATGCTAGTAAGTGTTCTG AGGGTTAGCCCTCCTCCTAAAGTCTTGTCTGTAGTATGGAGTTTCATCAATTGTCCTCCT AACATAATCCAAGAAAGGTTGAGGTGTCCGAGGTGAATGTTCGCTTACTCCAGCAGGACT GCTTCGCTCAGGAGTTACAGGTGCAGCTACACTTGGTGTGCCAGGAGGAGCAGATGGTCG GGATCTCACAGGTTGATCCAAGTAAGAAATGAATACAGTGGCTGTGACTATAAGCAAGAT GAAACAAGCAGCTGCAGTAGCCCATAAATTAAGGTTAATAATTGTTGCTCTTCTCTCTTC AGGTTCATAGTTAACATTAACTTCCGTGATCTGACCAGTTGCTGGGAGTGTAAAAATCAG TTTGTCTTTAAACTTCTCTGCTCTGCGAATTTTGATCTCATACTGTGCACGGCTTCTTCC TTGAGAATCTTCTCCATGTATGGGTCTGACAGCTAGTCGTTCCCGATCATGCCAGTAGAT ACTCACATCTGTGTTTCCTACAACAGTGAGGACACTCCTGTTAAATTGTGGGGTTAGATT TAACTGCAATGAATCTCCTTCCGTTCCCGGAATGATGAAACCTCCAACAAAAAGTGCTGA TGCAGATCCTGAGATATTCTGCTCTCCGATCAGTGATGCCTTAATAGTAACAGCTAAATC CTGTTTAATGCCTCCTGACTTTGGAGTGGCAAGTACCAAACTTTCAGGAGAGTAAGGGAA GAAAAGGCAATATGAATTACCCGTATCAAGATCAACCCACGGCTTCACATAACCAACATA AGGTGGATCAACCAGGCAATCAAACAAGAAAATTGCCCTGTTTTTAGCAGATTTATACTT GTGGCGATAAGCATCATTGAGTTTTACAAGAAAGCTATATCCATTTGCAGGAAGTGGCAC ATTTGTCAGGATTTCTCTTGGAGCATCAACAGACATCATCTCTGGCTGTGACACCGTAAC TGTAGTTTGCAGTTTCATATTCGAACACTCAAAGATAATTTGTACAGAACCTTCCCCTAT TGCCTTGGCATGTCCAGATTGCTGGTCCACAGATACAATGCTTGCATTACTAGTAAACCA CTGACCAGATACTTGATCACTTAGACCTTCTATGCTGAAGTTAAGACCACTTCCTAGGTG AAGAGTTGGGTTCTGAGGATGCAAATGAGCACCAACAAGAATCACCATATAATCAGAGTT CTTTGGTTCATTGGCAAAACCTACTCGCACAAGAGCTCTACCATAACTTATTGCTTTGAG ATGGACATTTCCAGTGCCATCAACTGCATCCTCGACAGAGATGACATCATGGTAGTTAGT TTCAACTCCAAACGGAATAACATCATGAGCCTCAAGGAAAGGATTTCCAAGCACATCATA ATATTTGATTGGAACATCAATTTCAGCACCAATTGCTAACGTGTGAACCAGCAACTTTTC TGCAGTGAAACGTATTTGAGTCACTTCAGCAACCTTCACACAAGAGGCCACCTCAACTCT TCCATTTGACCTATCTTTTGCTTGAATACATGCAAGATTGCCACTCTCTTTTGTTCTTAT TCTGCTCCCATCAATGAGTATAGGATCATCTTCCTCCAATTCGGCCTTTCTTCTACAGTC TCCTAATATAGAATAAGTAACCTTACCTATACTTGGATCCCCTTTACTGAAAGTTCTAGA AGCTGAAGGCAAAAGAGCAGACGTGGTATAATGTGGAGGGAGAATCCAAGTAATTGGTGA TCCCAGAGCAAGTGGAAGCTCAGACACTACTGACAAGGAAATAGATGCAGTATATGATCT TGACTCTGAAAAAGATTTGTAAGCAACAAAATCACAGGAGAAAGAAACTGTAACATCCGT CTGCCCTGCAGATCTTCCATGCAATACTTGAATAAAACCAAGGTCATTGTCACCCACATA TCCTGTCAGTCCATTGCCTTTCTCCCTGGACATGTGCATTCCATGATTTCCAACGTGTAA GCTGTCTGCTGCTTGGAAACTCAACACCTCATCATCATTTATAATCCACTGATAATTTCT GCAAAGTTCATAAAATGAAAATAAATTCCCCTCGGACAGGGAGGGAATTATTGGTATTTG ATGGCCAACAGCTAGCTGCTCGCTTTGAACATTTAACATTGCTGAAGAAGGAACACCTAC TTTAACTTCACCATATGCCTGACAAGTAAAGATATCTCCATTCCTGTACATCTTGGCAAC TATGGTGGTGTTTCCAGGTGATGTTGCAGAAACTAGTCCTGTGGTTGTGTGGACCTTTGC GACCTCATTATCCATACTGACAAACTCAATGTACGCACTAGTTTTTGGGCCTCCCCTCAC AGTAAGCATGTAAGAAGCCCCTGGTACAAGGAAAATATCACTAGGATCGATTCTAGGTGG TGCATAGACTTCTACCTTAATTGGCTGGCTCAGTATCTCATGTCCAGTATGCTGTCTAGC ACTGACATACAGTGTGGTAATCCCAAGGCGTGTTGCCCGTATTCTGAAGTTAGGCACATT CACATATCCATCATCACAACAGGAAAAATCATCTTCATTGACGAGTTCAATTATATGATC CTCAATGTGAACACGAATATTCATGTAAACATACTGTGAAGGATCAAAAGTATTTCCATC ACTTACTCCAGCAAGAAAATCAATGGATAGTGAACTCCCTTCCATGATACTCAATTCTTC TCCAGATGTAATCTTAATCCATTCCATATCTGCAACTTGAACCACAGAGAAAGCAGAAAC AGGTGGAGCAAGCCCCACATCTCGAACAGTCACAAGTGCAATTCCCAAACTTTTAGGAGC CAGTAATAGTTGTACACACTGTAAACCGGGAGCAGGCTGAATTATTTCCACAACTTGAGT ATCATTTACTGCAGCATCAATGAAGCAACTTCCTCCAGTAATTGACAGGTTCAATTTTGC ATCATGATTGAGATACAACAAGCTAAATTCCGGATAGACCCTTAGGGATGAAACAAGTTG CAAACGTATAGCATCTGTAAGATCATGTTCAGAGCCTGGAAAATGTTTAAGAGTGTGACG ATGGCTAACAGAATCAATTGATCCAGTAACTGTTGCTCGTACAACACAGAGTCCAGTTGC ATTTGTCAAGACCAAGTATTTTTCCCAAGTCGATAGCATTGCTAAATTGTGGATATCATC CCAAAATGCCAGATCATCACAATCTTTAAGCTCCCACTTCAAATGAAGAGAAGATGAATT TCCAAAAGCTATTGCAGTCTCGCTAATGCCAACAGCTGATAGTCTAACTGTCCGCCCATT TGCTATTGTGACTGGGGAAGTACGAATCATTCCACTGCCACGGTCAGCCTGAGCTGCAGA CTGGATCACTTCAACAGAATTAACAGTTTCATCAGCTATTAATGCTATAGATGATGGGAA ACCACATGTGAGTGACAATTGGACTTCAGATACAGCAGGCAGAGGATGCCCCTCTCCAAT TAAATTCCCACGTATGAAATGAAGCCTAAAGATTCCAAAATCTTGACACTCGATTCTGTA TGTGCTCCCATAGCTGGTAAATTCTTGATTAACTATAGCCCCATCTTGAACCCTAAGATT ATGTTCATCCAAACTTTCCACGGATTCAACATATTCAACTCCCTGATCCCATCGAGTAGG TCCACCACGAAGCATCACTTCAAAAGATGTGCCAGGGGTAAGATATAGATGCTCCATATT TTCTAAGCGATTATCAGCTTCAGCCTGTACCAAATTGAACCAATAACCACCAAACTGATT TCCATCACTTGCAGGGTGCAAAATGAGAGGTACGAATGCTGCAATACGCGAGGTTGCTTG CAGTACAACAGAACCACTGGTCGAGTGATCATACTGTTGAAATTCTTTTGACAATGTTGC ATGTAGCATCGTCTGACCGGAATTAGCAGCATAGACATAGGTCCATGCACATGCAGGGAC ATATTTCTCAGAACCAATTGGAAGACTTTCTTGCTTTTCAGGAATGAAGGTCTCACCAGC ATCCACAACAATGAAAGCGTCATTTCCAGTTTTCCACTTGATGGACGGGGTAAAAGCATC ACATTTGTAGAATAAATCACCATCCACTGTTTTCAATGTCACAGCAGCTCGAAGATATGA ACCTACAGGAGTCTCCACCGGCAAATTAGGCAGTACTATCATTGAAGAAGGCAAACTCAC TTCAACAGCTATCTCATCATAATTTAGAGAATCAAAAACCGAGACTGCCTTTATAGTAAC TTTTCCAGGCCTTTTCGCCTGAATAATTCCAAAAGTAGATACCGACACAATAGCCATGTC CGAAGAGAACCATTTGTAGTCAGCAGACACCATTGCACAACCCCCAGTAACCTTTAGCTC CAACTCCTGATAAACACCAGGTGCCCAAGGAAGAGTAATACTGCCGGAGGCACCCTCCAT GCCGAACTTCACCTGGTCACAAACCATAACTTCTTGAACAACCTTGAGAACTTCCTTTGT TTCTTCATGCCCAGTGCTATATGTAAGAGTTGCTGTCAGTTTTCCCAGACCATATGAGAG AGCTTTTAGGATTCTGGATATCCCCTTCTCCCCGACGTGATTGGATGAGGGAACTATACT CCAGATTTCTGATGGGTCATCATGCAACTTAACATCATCATTTTCCGTAAGGTAAACTTC TTGTTGTGCCCATGTTCCTTTCGAGAAAACCATTACTTGAATGAGATATTCCCGACCAGA AACTACATACCAGCGCGCCACAGAGGATATTGGTTCAGTTCCTTCTATATGATCACCAGA AAGAGATAGAGGTAATATATACAATGATAAGGAATCTGGGAGGACAACATAGAAAGAAGA CACTTGTGTATGACCAACCACCCTAGTATCTTCAACAGTTACTGTTGTTATTCCCAAGTT CAAAGCCTTAGCAGTACCCACCATCCTATCTACCTGAGCAACTGAGGAGTTTGAAACAGA CCATCGGTAAAAAGCAGAAGGCAAGGTTACAAGATATGGCATATTCCCGTGGATAACTTT AAGACTATAATGCACAACCGCACCAATAAGGACACAAACCGGTGAAGGAGGCTCCAGCGA TATAGCTTCTGCCACGGTTAGGACAATTTTATCTTCCATATATTTAACTGATGGTTCAGC CAAATGAACAGACACTATTTCATGGCCAATTTCTGTCCCCTTTACAACATAAAGATCAGA AAACACACCACTATTTTCAAGTTTTGTTTGGATATCTAGGTCACCACATAATCCACCACA ATCACTCAATGGAGAGTCCTTCAAAAGGATATGGTTCAGGTGATGAGGCAATCCATCAGT TTCAGGCATTAGGTCCCACATGAATTGTATGCCCACCAAAGACGAGAAAACATTCTCTGA AAAATCAGCAAATACATATCAAACAAACGGAACTATTACCACTAAAAAATGAAATAAAAT GGTAATAATGCATGTATGGATATTTATGGGGAATAAGATATGGTTGTTATTTAACATGCA TCACATAAAAAAATTGGGAGAAAACTTTACATTTATTACCTACAGGATACTTCTATGAGC ATTTAGTTGCTTTACAGTACTAGATAAGTCTGTAAGACTGTTTCAAACCCATGTTTTTAT GTTTGGCTAATCTGCCCACCAGATAAAAGAAGGAAAAAGGATGATACTCTTTAATCCTAA AGAATTTTAAGTGAATGTCAAGATGAATAAGATTTAGAGGTGGATTTTCATTTCTTATGA TACAGAAAGAATTATGTACTTTTTTTCATATAGATCATATACAAGATCAATTTTATTATG AAAATGTACAATATATACTAAATTCTGTAATATTAGTTTTTCTTTTGTACTTCTACTTTA TAGGATATAATCAGGACACATTAGAATATAGGAAATAGGAACACATCAAACAATAAGAAA CAAGCCTCTTTGAAACAGGGAAGAATATGAAAAATACCAGTTTCAAAAACCTCTTTAGAA CAGGGAAGAATATGAGTTACTTTTCTGAGGAACAAAGTGAAACCACACAAAAAAAATCAG ATAAAAACCATATTTTTGGTTGAGGATATGGTTCCAGTATAAATATGGGGATCAGTCACT TGTAAAACACATGAACTGAAGAAGATCCCAGCCTAAAGTAGCAAAAAGTCATTTTCAGCT AAAGAGTCTGAGACACTATTTCCAGAAATATCTAAGGTTATCAAAAAAGTAGGGTAAAAA CTAGCAATCAAGGACTGTTACGCGTTTGGGAAGGGAATTGCACAGTACAAGTGCACTTTC AAATGATGGCTTTAAGGAACAAGCTGAAAGAAATATACAGTCTACTAAGCTAGAAAATGG CTCCTACTTTTTTCGGATGCTATTTAAATTATGAAATCTTGCACACTTTTATTCTTAGGC AATCAACTGTTTGTTGTCTATCCAAAAACTAGAGTAATAACTAAAACTAATCAACATAAA CTATCAAAGTAGAGAAGTACCTTCAGTATCAAAGGCACGGACACGTAGAGTAGCCAGGCC ATCAAGGTCAAGCTTGATAGAACTATGGAATATCTGGATCCTAGAGAAGATGTCAATGTA AACTTTGCATCGGATAACAGCTCCAGTGTGTACGTCTGTCGCATAGACAGCAGTCTCCTT TCGACCACTATAAGAGGCAATTGACTTCAAGCGGGCACTTGTAGAGCATTGATTACTCAC ATTGTACTCAGGCAGCACAGCTAAAATGTCGTGATGATCCCATGTCCTAAATCCAAAAGG CAGACACACAGAAAGTAGAGCGAAAAAATATTAGTAGAAATCCATAAGAAGAGTTTCTAA GAAGTAGAAAGTTACTTAACCAGCATCAACTTTTCACAATTTAAGAGGTCAGAGTATCAG TTGTCAATAGAAATCAGGTGATGAATCATGGCTTTAAAGTGCTCAATAAACTTCCAATGG CATGAGATTTGTTCTATAAAACATAGAGCATGAAAAAGAAGCAAAAAACATTATTCAAGA CTGAATAATTTTGCATCTAATACCGTTCCTTAATACAAAGTAAACACTTACCAATATATG TTACTATTGATATCCTTTGTAATCATAAACTATTCAAACTTCACTTATCATAATATCATG GCTCTTGAAACCCCCAATAACTTCCTATTAATAGCCTATTCAGAAAAATGGATCACCCAG TATCAAAACCTCAGTTCCCAAAAGAAGGCAAGACAAACAATCAGCAACAAACAAAAACAC CAGCATAAACTTCAAGAACTAAACAGAGAACAGAGCTAAGAGAAAGCCTACATAGCTCAA AAGCTCACTGAAATCTATCACCTATACTCGCACAGCTAATACCAAACTAAGCTCAAAGTT CCTTCAAACGTACCACCTACACTCTTATAGCTAATACACCAACATTAAGAGCAATTTGCA CATGAAGTTGTAGCCTAAAACCGTCCATGTAGTTTGAACGGAAACCACCTGAGACCAGGC ATAAGCAGATAAGCTAAGTAATTCTTTCTCATATATACTTAGGTTATTACATTTGACAGG ATAAATTAGTCTAGGTGCAAGCAAACTGACTCGAACCTCCCATACAGAGTCGGAATTAGA AACATACCATTTGAAGCAACCATCACTTCCCTGAAGCCTGTACTCAACTGGATGTGTCAT TTTGGGAGGCAACAGTATGTTGACATCGGCAATGTGAGGGCCAGTTGCCGGAAAAGGAGA ACTCAGTGGCAGAAGCAGAAGAAGGAGAAGCAGGGAGAGACAGTGCAACATTTTCAGGTG AAAAATGAAAACTAAGCAAGAGCATCAGATTGGAAGTGAAGAGCAAGTATGAGAGTTGAG GGTGATTGAAGCGGGAAAATTTGGAGAGTAACTGATTAGGGTTTTGCAGAGAGTTTTGGA GGAAGCCAGTGAGGGGAGTCAGTTTACACGTCGGACGCGATTAACGACGACCAGGTTATG GCAATCTTTCACATTAATTAATTACTAGTAATTAATTAATTAGTAGCTTAATACTTTGTC TAAAAGTACTTTCACCCTTTCTATTTTATATATATGTCTTTGATACGTAAGTTTATTATT GTACCTTTATTTAATAGTATTCGAGTTTTTAATAAATGAATGTGAATTAACTTTTTTTAT TAATTAATTAATCAATATATATAAATTAATAATTGAGTTTTCCTTGGTCAAAGTCATACT TTTAGAAATGTTTGGTTTGAATATAAGTTGTGATGGATAAGTTATACAGAGATTATTTTA TTTTAAGTGTTTAGTTTATTGTATTAAAAATAGTATATTTTTCATAAAATTTATGAACAC TTGTTTGTTTACAAATTATCCTTCCAAGTGTGTGACAGTGATGTATAAAAAAGATTTAAA GAGATATACTTGTCATTTAGTAATATTAATCTGAGATAAGTTATTTCGGTAATTATTATA CCATCCAAGAAGAGGAATAACTTATCCCGCTAATATTTATTTATTCCATGATAAGTTATT CCAGACTTTCCAATTAAATTAAATGATACTATAATTTAATTGCAAAACTATTGGGTGTTA TCCTTCACACCAAACGACCCCTTAAGGTTAATAACTTTCAAGGAAAAAATTAAAAAAATA ATGTCACTGATGAATTAATTTTGTAAAATAACAAATATTAACGATTATTTATTTTTAATA AGTATGATATATAAATAGAAACAAAAAGAATTATTATTTTTTAACCTTAAAGCATTATGC TAATTTTCATCATAGACTATATAAATATAAAGATTAAATTTAATGTTTAGCAAACAAAAA AATCATATTTGTATATTATAACTATATTTTGTATAATTGCGCTCCACTGTGGCTATTAAT ATGTATATTTTGATATATACTATATACAAAAGAATCAATTGTATAATCCATTTCGATATA CATATATGAAAGAATCAATTGTATAATTTATGTTTGTATAAAGCGAGAAAAAGAAAAAGA CAAAAGAAAAATGGGCAGGAAAAGATTTGCATTTGTATAATTATAAGTGTATAGGACGAA AATATATATATTTGTATTTGTATATACAATTTTCTCTCGCTTTATACAAACACAAACACG TTTTATACATTTGTGCTTGTATAAAGTGAGAGATGCGAGTGAAAGTAGCAAGCGAGATCG GGAAGGATGGCGAGTGAGATTCTATGGAGAGAGAGGCGAGCGAAAATATATATATATATA TATATAATACAATTTTCTCTTACTTTATACAAACATAAACGTATTTTATACATTTATATT TTTATAAAAGTCAGAGAAGAAAAGAGAGGCCGCCAGCAAAAAAACGAGAATTGCGAGTGA GAATTTCAGGTTGAGAGGCAAATGACAACAAAAATTTGAGAAAAAGGGATTTGGGCTTTC ACTTCACACCCAATTTGTGGGTTATTTTAAGTTGAAAAATACTTTGATAGGTACATTTTA ATAATTAATTATTGATTTTGATGATATTTTTTATTTATTATAATTTATAGCAATATTGTT TTAAATTTGGAATGTATTAAAAGTGAAATATGAATGCAGTATATATGTATTTATAACCAT TTTTTTCAAATATATTATGCATATTTGATAGGAAATCGACTCATTATATTATAAGTGTAT TAAAATATGTGATAAATATATTATTCATCAATTGAACTTGTATTATATGTGAACAATAAA ACATTATTTGTATATGTATTATAGCGGTAATTAAATTATATTAAAACTGAATTAAAAGTG AGATAAATATTTTTTTAATATAATATATTTATGTAAGTTTCCTTTTGAGCGGGCTCTTTC GGGCTTTTCTTTTAGAGAAATGGGTTAATAGGTTGGGTTATGTTCAAATCAGCCCATTAA GGAGACTCTCGAAAGATGATTTACGCAAATATCTTTTTATTAAGATCATCATTTAGATTT GTCTCTATGTTTAAAATTAAAATTTAAAAACTGTCGATGCTAGTTATTACCCTTTGAAGT TACCCTCTAGGACAATTGTTAAACTCCGGTTTAATATTTACTCAGAATTTGTTTAGCATT ACAAGACAAGATATTAAACGTCACTCTAAAACATGCAATAACTTAATTTTTAAAGGTAAT CAGAAAAATTTAATTGAATAAAAGTAATCCTTAAATCGTGATTTCGAAAGATCAAGGAAT TAAAATAAAATTATTTATTAAAGAGAAAATAAATAAAATTCACCCAACTTGGCGACAAAC TTACTTTAGCATTTTAATTTTACGGGTAATTATTATCTCCCTAATCTCTTTTCAAGTGAA TTAAAATACATCCTAATATTATAATACCAGTCTTACATTGGTAAGTACATTCCACACACG CCATGTCATTGATGCGTCAACGCCATATTAATGTCATGTCATTGCCATATTAAGCATATT TAAATTTTAATTTTTTTAATTCTTTTTTAATTTTTTTATTTACTCACAATTTTATAAAGT AAAAAATATCTCAAAAAATAAGAATTGATTCATGACTATAAGAAAAATAATCTCAAAAAA AAAAACAAATCAGTTAAAAGAGATTCAAAATCTCAAAATCATTCTCACAAAAACACTCAA TTTTTAAGACATATTTAAAACAAATAAATAATAACAACTAAAAATTCAAGTTGAGATGAA AATTTTATATAGTTTCATTGCAAAGAGTTTTAAGTTCATTATATTTAAACCTTACCATAA AGACTAATTTTAATTTGAAGCCTGAACAAATTGATCATATTCTTTCCTTATTCATCACAC TATTGGGATTTGTTGATAAAAAATAAAGGAAACTAGGGTGGAATGGGGCATCTTGAAGAA GGAGAAAAAGTATGAAAAGTTTTAGAAAAAAGAAAAGAAAAGTGTGAAGCACCGGATTTC GAAGAGAAATAAAGAGGGTGAGAGTGGGGTTTCATTTTTGGTGGGGGGGGGGGGGTCGAA GAAGAAGAAAAGGTAGTGCAAGTGGTGGTCGAGGGCGGAGGGATAGATTGGGTATGAGGA AGATGAAGGGATGAGAGGTGGGGGTGGGGTTGGTGGTACTAAAGGTTGGGGATGGTATGG TACAGTACGAAGAATATGAAGAAAAAAAGATCATTGGACAAAAAGAAAATAATTGAAGTC CACTTATTCTTTTTTAGTTTAATTTTTGAAATTTTGGCACTTTATTTTTTTGACTTGTCA TATTAGCGATTTGAATGTATTTTAATTCATTTAAAAGAGACTAGAGAATAAATAATTATC CAAAGTAAATTTTACAATCTATTTCAGGGAGAATTTTAAGTATTTTCCTTTTATTAAACA ACTATCATAAAAAGCCACTAAACATGGCATCATTTGTTCAAGAGTATAACTTTTTATAAA TATTCGGATAAATAGTAATTGTAAGTGCTCCATACAAATTGCAATAGATCTAACATATTA AAGCTTTACTTGAATTCGCATAACTAACTTTACCACCAAAAGTAACTAATTAATGAAGTT TGTGAAACATTTCATACAGATTTATTTTTATCATAAATTTCGTGTATATATATTGTTAAA TATTTTCAAATGTTAATTATTATAACTTATAATATTTTTTTTAAGTAGTTTATAAATATA GAAAATTTATTTCAAAAAAATTGAAGATTTTATGCGCAAATTTTCAGTCGAACTTAGGTA CCATTTGGCTATAGATTTCTCAAGTAATATTGGGAAAAAAATTGGCAAATAGTATTTTTT TCATATAATTTCCCATTATTTAACAAATATTTTTGGCAAATATCCTAAATTTTCAAATAC TAGTTTTTTCTAGTATTTGTGTCAAACCTCATTATTTTGCTTTTAAAAAAAATTTGAAAT TTTACACTAAATTTTTATCTTTTACAAAAACACCCTCTATAGTAATTGTTTGTGTTGTAT TACAAAATTTTTTTACGTGAACACCAAAATAGCGATGAAATATTCTGTGAATATGAAGGT GATAATATGGTTATTGACGAAAATGATGAACAATCGGTTCAGAGCAAAGTCATGTGTTTT GTTTACTTCACGATGTATCGAATGATGCTTGTTTTACTCACTCCAAATACTACATTGCAT GACACTACTTGTTATTTGTTGTAACGAAGATCAAATTAATTTGTAATACAAACTTATGAT TAGTTTTGATAGTTTATAAAATTTATGGGTATAAATCATATTATACAAACTTATGATTAG TTTTGATAGTTTTTAAAATTTATGGGTATAAATCATATTTTTCTAAACAAGTGAAATATA TTTCTCAAATAGTCAAACACAAAATAAAATTTCACCCAAATAATATTTACCAAAAATATT TGTAATTCTATGATCATACCCTAGCTTTTAAACTGTTAAAATTTCAAAAATATGAAATGT GTCACGTGTACTACTCTAGCTCAATTAACTTCTCACAGAGTGCTAACAAATCACAATATT GCATCCATGATCAAGGTATGCATCACGCGCTTAGATGTTTCAAAGATTTTTTTTTTTTAA TTTCGACATTAAAATTAATTTATTCAAACTCACACTAAGTAAGAATCATTTGAAAATAAC GTTTTTTATCGATATTTTTTTTCATATTCAAAACTAAAAGTTAAATTTGTAATTAAAGAA GGAACAACTCATCAGTGCATACCACCAAGTATATTTTATATACTGGCAAATGCAGATCAT AATGTTATTGAACAAATGTTATTTTTCTCATTCTGTTGAAATTTCTACTGTATCCCCTTG CCATTTGCTGTTTTTCAATGTGTTTTGTTCTTATAAGAGGATGATACCTAAAGCTATCAG TCATATATATTATATACTTTGATTTTATGGTATAATTCAATATATTTCTCGAGTGAGTGG AAATGTAAAAAGAAAAAAAAGTGATAATTTTTTTTACTTTACAAAATAACTTTCAATATT TTAATTAAGTACTAATCATTGTGCAGTTGGATTGACAAATTATATAATCCTCAACGGATA CACCAGTTTGCTTGGAGACTAATTAGTCAACCCAATCAAATCTTTCCACCAACCAATACA CCATTTAGTAAAATACTAATTCCCATTAATATAAAATAAAATATTTATTATGTTTCGATT ATCACATTATATTTATTACAATGTTTTCTTAATAGTTGTTACGTTTTTTTTATTATTTTC TTTCTTTTTGTACTTGATTCTGCAGCACAAAAATCGTTAGTCTTTTAAAAATAATTTCTC TACATTCACAAAAGATAGTGAAAGATTTACATACAATACTCCACCCTAAATTCATACACC ACTTGTGAAACTTCACCAGATACATCGGTGGTGATGTTATTAATACATAGAATAGGATTA AGGACATCTACTAATTCTATGTATGAAAAATAGAGTAACTAAACATAAAATGCGTATTCT AAAACCAACCGCCAGTCAATTATACATGAAAACAGCCACGCTCTTTCCTTTCTTTTCTTT GTTACGACAAATCATAACATAATTAGAGGATCATTAGGAGTTAGATAGAATATCGACAGA TTTAAAATTTAAAATTTATAACTTATAAATAATTTTACGTTTTACAATGATCAATAAATT TATAACAATTAAATATATAATTTGGTGAATTTCTTATGCTCATGCACACATATTTTGAAT AGAAAATTATTATGTTCACGTGAATTTACAATACTCAATGTATAAGATAGGCCACAACAC ACATTCTAAGTCATAGTTAGCTGTCATATAAAGGGCCACTTGCTCTTTTTCTAGATGGCC GTTGGACCAAAAAATGTCATGTTTGTTACTCCTATTTATACTATAGTATATAGTTTATAT AAAGAAATATGTCTGTTCATCAATAATTGGGCAAGATGTAACGTAAACCCCACATATATC ATAAGAAAAAATATTTAAAAAAATAGGCAGCTTAACTGAACTGGTCCAAGCTAAGCTAGC TCATTAATCTCCTTTTTGAAAAAATAAACTTAATTATAAAGTGAATTTTGTCTCAAGCAT ATTACCGTTTCGAAAGAACTACTTTCATGGCTACTGTAAAATAAAAGAAATTAATTCGAT ATTTTCAATATTCTTTTAGGGTTAATTAAAAATTACATTAGAAACTAGTAAATTACATAC TTACCGGATCATTTTTCATGACTTGTTCGTTAGATAGTATCCAGCATGATAATATTAAAG TTAAAACTACATCTACTAAATGTTATTAGTAGATACTGATAATTTGGACAAATAACAAAA ATTACATACTTTTAAGGTAAAATTATCATTTGTCTCTTAAAGGTTTATAATTACAGAAAC CCTTCAAATTGATACAATAATGTAAGCACAGATACATTAATTTGATGCGCGAAATACATT AATCGTTAAGTAAAATACATTATATTTATACATGATATACTAATCTTATGTGTAAAACTA ATAGAAGATAATAATAATAATAATAATAATAGAACTTAAAGGCGAGGAGATTTCTATCAT TTTTCGACGTCCTCGTCATTTTATTTAGCATAAATATTCGTATAATTTTATCTGTAATAT CTTACCTCAAAATTGAAATATCTACACGTCCATCTCATTGGAAAAAACAAATTCCATTAA TCCAAATATTGTCCTGATTTGTGATTTCATTTGGACTTGTCTCGATATTGTTCATTTTTA GAATTTTTTTTAATACATATAATATTAAATAAATTGTAAAAATTTGATTAAATATCTATA GATCGTGGCTTCGAATATCTTTTATAGCATTGTATCGTGACCGAAAGAGACGGGAAGAAC AAAGAAGAAGGCGAAACAATTTAGGACTAATTGAAGTAAAGAATAATAATTAATTAAGAT TAAGATTACATTACAAAAGAATCTCTAAGTTAGTCTACTAAACTTTCTAATCATTACAAA AGCCTCAACAAATTAAATCTAACTATCAATATTTCTTCAGAATACCACTGTTATGTAGGC TAATTTTTGAATTATGGAAGAATCTAGATATGGCATCCGAAGCAGAGGTAGAAGAAAGCC AAAGCAGAGACGAGAAAAATGGCTTCAAATACAGAAACGATTTTGAAGAGGAAGCAATCA ACGAACCAGTATCGCAATTTGTAAAGCCTTTTACTCTTCCATCTCAATCCAGAAGACAGA TTTTTGAATCGCCACCGTAACGACGACTGCCGATGCGGCGGCGGCGGTGTCGGCTGAGTT AAGACATCGTGATGATCTCCGGCTACTTCAGAAGCAACAGTTCCGGCGAATGGCTTCTTA CTTAGTCTGTTGAAGGAGAAGGAATAGCCAACAGCTTTCATTTTCATTTTTCTCTGTTGG AATGAAAAACAGAGTTTGTGCCTTTTTGTGGGTGAATGGGAGAAAACTGTATTGTTTGTA TTTAAGAAGTGGGTAGGGGTATTTTAGGAAAGTGAAATTTTAATGGAAGTGGGAATAACT TTCTACAGTTCCGAGTGCGCGTGGGGTGCACGGATATGCCTTGCGGGATAAGTAGGAGAA CCAGAACCAGAGTGGAAGAAATTGAATTACTAACATAATTTTGGACCCGTTATTTTAGTT TTTTGGGTTCGATATTTAAATAAAAATTCGATAATTAATAAAGTAATACTTTTTAAAATA AAATTTTTATATTTAATTAAAATTTAATATATTTAATTAAAAAAATAACTTCATCTATCA CGCATCCTTCTAGATATAAATCTGGAATTATTTTAATTACTCATAAATTCAACGAAAAAA TTAAAAATACGAAGACTATCCATTGTCTTAAAAATACGTTAATGCTTCCACGAATAAAAT AAGATAGTCTTAAAAATAAGTTAATGCTTCCACGAATAAAATAATAATACACATAAGTCA TAATGTGAATAATTTGCATACTTGATACTTGGTATTAGTTTTGTGTACTAATAATATTTT ATTTGATATTAGTAATTAAAAAACTTTTAATATATGCATTAGCATAATTAAAAATATATT TTATTTTTAATACACTAAAACAAATAATATATAAGACATAGTCTATCAAAACTAATACAA TTATAATTAATATATTTTATTTAATTTTATTCATATACACTCTACTAAATAAAGTCTGAT TTGTTTCACATAAAAGTCATCAAGCCCACAACACAAAATTACACTCCGTATTTTACTCAC CAACTCAATTACTGTGCTTAATTATAATAAATGAGAATAAGAATTGTTCTCGTCTTTATA TAAAAAATAAATAAATACCTTAATCTTGTAAATGTTAAATAAATAAATACCTTAATCTTG TAAATGTTCTTGACAAATTTTATCGTAAGGTGTATAATCCGATAAATTAATTGTTAATTT ACCATAGTCGATTAGATTAAAAAAAATCTGCAAAGTTTTTTTTTTCATACTCATACAAAA AATATGGTTGTAGATAATTTCCAATTGTTAAATTTATTAGGTACGTAAGCAAGTCCATGC AATTGAATTCATCTTGACTAATTCAAGAATTGTTGACAAATATTTCAGATAAATAGAATT ATCATTTAATTAATTAAAACTTAATGCGCATAATCAGATCAAGGTGAGATATATATGGCG ATTATATCATGAATATTCATGCTTAGCACGTTTGATTGACTCATTTAGTTAATTACTTGC TAATTATGATTCGAAGACTTGGTAATCTAATTAAAGAATAGCATATATAGACTTCTAAAT GATTAATTAAGAAGTCTAATTTCTTGCTTGCTCACTTCACAAGCTAGCCAGCAAGCCTTT TCTCCTGATAATCAAAATTTATACCAATCTTTAATTAGATCTAAAAAAGGTAAGAAATAT GTATTACTTCTTCTGTTTTAAAATAAGTGTCATTTTATCAATAAAATTTTATTTAGAAAT AATTATCACCTTAGAATTCGACAAGAAAAAAAGTACTATTTTCCAACCACACTCTTATAC TGCATCTTCATAATAGTGTTCAGTTTTCAAGAAATATTTACTAGATGAAGATGGTTTAAT AAACTACATATTGAATTTATTGATTCTAAATTTCTAATAAACGTGAATTCTTCTAAGATA ATACTTATTTTGAGGCGAAGGGATCAGAGTACTACTTAGATGATTGGGTGGGATAGAAAA ATTTTCTTCACCATTAATTAAAGGTTATGAATTTGACCACTAAAAAAATTATATTAGGAA ATTGTATGTACAGTTTAAAATTATTTAAGGACAATATAAATATCGAACATGGAATAAAAA CATAATAAAAAATGTTAACATTGGACACGTAGTGTACCTTTATTCTCAAGTGCTAGAAGG AGTCCAGTTAAGATTGAAGAATCTCAAGGCTGTGCAGAATAACATTTTTCTAGTGACCTA GCAAATCATTTGCAATATTCAGTTCAGATTTATCATTTATGTTTATAAAAACAAAAGTAT ATTTTTATAAAAAAATAAATTTAAAGATGTAAATGATATAAAGTTTAGGTTTTTGGAATA TATTTTTTATCTTTTAACCGACTTTACTTAGAATATTTCCATAGAAAATGGAAGGCTTTT AATACCGTCTACTTAGTGATCATGATCTCCATTGTAACAATATAATAAGTAAAATGTTTT ATTTCGAACAGATTAAAATTTTAAATTAAATAAATATCATACTTTATAATATTATGAATA GATAAATACGAAGATCAGAAGATTAGAAAAAAAAACACTCCATCAAAAATGATATTTATT AATGATAATTAATTTTTAATTATCGTTAAATATTTATTTTTAGCTGTAATTAATATTTTT TTTTATATATTTCTAATGTCTTGAGCTATATTAATTTTAATGAAACTTAATTAATATCAG TAAATATTTTAATATTTTTAATTAATATTATATGCTAAAAATAGTTTTTATTATAGCATG TTTAAGGATGAAACACATCTCCTGTTTGACCAAATTTTTGGGTTGGCTGCTTATTTTTTT TCCCTCTAGCTAAGTTTTTAGTTTTTAGTAAAAAAAGTTGTTCAAACCCCCAAAAAAAAG TAGCTTATCACCCCAAAAAATATTTTTTTAAAAAAATATTTTTGAGAAAACTACACTTAC TAGCATTTCTTTTTTTTTTTTCAAATACTAATTGCGGCTTAAAAATGTTTTAAATAATTT TTTAATCTCTCGACCTTTTAATCTAATTTACTTCAATTTAAATTAATCATGTTATAAAAT TGACTTGGTAAGCCTGTCTTAGACATTTCAAATTTAAACTATTTCAAAAAATTAAGTTTA AAAATACATCGTCTTAACATAGAATGAATCCTTAATCATGCGAAGTCTTAATTCTATTTT TAAAAACTTTTTGCTATTTCTAAAATATTTTGATAATTTGTATAACGATGACTTAATTGA AAAAAATTAAAAAATATAATCAATAAGAGATTATCTAAAATATAAATGTTTGTGGTGTTA TGTAATTTATATATGGCTTTTCGATCTAATAAATTATTACAAAAAATCTTATAATGACAA TTGTACGAGCATTGTGTGTTTTTAGTTTTAAGGAGCATTATATGGTAATCTATCTTTCAC TAGAAATTTATTCATTAATCATCCAGATCAAACTTCAACAATTTCAGAGACCTCCCTCTA CTATATTTGCTCTATTATATTTTTCTTTTTTCTGTGGTTTATGATATTATGTATACTTTT CTTATTTTTATTTTCTTGTAACCTTTTATTAAATCAATTTAATAAATACAAATTACTTAA AATTTGACATTTTTATCCTTCTATATATTAATTTCTTCATTTTAACAAATGTTATACAAA AAAATAACTCATTTAACAAATATTTTATAAACTAAAATGACCTTACATGCATATTTACCT ACTCACAAATCAAAATAATATTTTAATACGTTTTGCATATAATTATAAAATTTAATTAAT TTTTTTAAGGTCATGTTAGGTCCAAATTACGGAAAAAAAACATATGAAATACTCCATCAT AATTAATTTATAATTTTGCTTACAAATTAACAAAGAAAAACATTTAGAAGAACAATAACG GATGTGGTTTGTTTTCAACAGTAACACTTGTGAAATAGAATTTGGTGATGAGCGAGAATA TGGTCAAGTCCCATCTAATTTCTATATTGTTGCTACAATAAAACGACTTTTCAGCTAATA TATTGTTTTAATATAGATATAAAACAAATAGGAGTATATACGTTCCATGAAATAGTTGTT CGAATGAGGTAAGGAAAAGGAAAAGAAAACCTATGTAAACTAGAAATCAGAAACATGACT TGTATAAAAGCAACAAATGAGTAGAAATTAAATATTGTGATTTGTGAGTAAGTAGTATTA GTGATCATATACAACTCTTGCTCTAATTATTGATATATGAGATGGCATCCATGTGGTCAG AGGTTCCAGAGGATCTGTTGAGGTTAATAGCTAATCGGCTTGATACATTGACTGATCAAG TAAGGTTTGCATGTGTTTGTACTTCATGGAAGTCTATATTGCTTAGTATTCGTCCCTCAC ATTCGTGGTGTCTACTATACCGTTTTGAGGAGGAGCCAAGTGAATTAGGTGAAAAGTTTC TTTTTTTACCTGAAAGAAAGATTCACCACCTTGAGTTTATCCCAGAGGTCCTTGGCAGGA GCAAGTTTCGAGGATGTTCCTTCAGTTGGTTAGTTTGTACTGATGATTACTCTCCTAAAA TCTCTCTATATAACCCATTCACCAAGGTTCTAATCGCCCTTCCACCGCGGTACAACTTTC CTGATGTGATAAGATACTGTCCCCCGGAAAGGTCTCATCCAGTATATGAGATTGAAATCT ATGATGTCGATGATGACGACACAGAAATTGACTTTGTAGCCACAAGTTCTGTGCACATAC ACTTGATACACAAATTTGTCCTATCTTCATCTCCTAGTAAACCTAATTGTATGGTTGTTG CCATCTATGGTACTATGGATTATAATTTGGCCTACTGCAAAATTGGAGATGAAAAGTGGA CATCCATTGCCAAAGGTAGGATGAGATATGATGATATTATTTTTCGTGACAAAAACTTAT TGTATGCTGTAACAATCACAAGTCATGTGCACGTCTTTGATTTGTCGTCTAATTCTCCAA AATTGGTCGATACTATACAACCACCACCTCCTCAACCATTACCACCACCACCACCAGAAG AACTAGGGCAACCAGAACCGGGAAGACGAAGCTACTTGGTCAACACTTCAATTGGACTGC TCCTGGTTCAACGACATTGGCTCTGGACAGGGTCTCTATATGAAGGAAATCAGTGTGAAA AAACAAAAATTTTCAACTTATACATGTATGAGCCTAGCAGTCGAAGTTGGCGTAGGGTGG AAAACATGGATGAAAATGTGCTGTTTTTGGGACTAAATACAGGAGTTTCAATACCTTCTT CTCGTGTTGGTGGATATAAAGGGAATCATATTTATTTTACAGATACTTTATTCGTTTTCA GTTTGAGAACTGCTCGACATGGCCCATATGAAATTGGTGTTTATGATTTGGATAGTAAAA GTGCACAGTGCTTGCAACGCTATGATACTAAAAAATACTGGATACGGCCAACACCAATTT GGTACATACACAGCCCTGAAGATTTCTTTGAGCGCGATTTGTGAAAAACAATTAATTACT CTGTTTCTTTATGTCTTTAGCATTACTCTGTTTCTTTATGTCTTTAGTATTACTCTGTTT ATGTATAGTTTTTTTTTCTTAATGCGTAGAAACCAATTTGTGTTCAAATATTTCTCGCAC ACCTAGTAACACCTCTCATCGATGCTAACACAAATTGATTTCTGCATATTAAGAAAAATA ACTATACATAAACAGAGTAATGCTAAAGACATAAAGAAACAGAGTAATTAATTGTTTTTA ATCTTTAGCATTACTCTGTTTATGTATATTTATTTTTCTTAATGCGCAGAAACCAATTTC TGTTCAAATATTTCTGACACACCCAGTAACACAATATATTAGCAAGAACTTCAACCATAA AATCAAATAGAAAACCACCATCACCAAAATTCATAGTTGATCATAGTAGCCTCGTACTTG GTCTTGAGTTGGCCTGACTTTCTTAAACACCGACATTAGGGCCTAAAGCCAAATTATAGA GAGGGGCTCCAAAAAAAAAATTCCGCATACTTTTATTTAAAACATACTTTTCTAACTTTT ATATATTTGAATTCATTAATTATTGTTTTATAACCTATTTGTTTAAGTAATTCTCTTTCA ATTGATAATATAACTAATCTATTCAATCTCTCTTTGAGACATTGTTCATCTTAAAATAAA ATTTTATCAATTTTAATTTTGAAAAACTTCTTTCGACTGAGTCAACGATTATAAATTTTT TTTAGCATTATTCTATAAGGAATGCATGCATTAGGAAAAGAATAAGGTCTTTTTAATTGA TTGAGTACTTCCATTAGATCATTATTTCTATTTATATTGAAAGTGTGAGTTTCATACCTA AACTATCATTTTTTAGTTTGAGAAACAGACTTCAGTGGTGTGTGTAGTGTACTCTCTCTT TTATATAAAAAAAACTTTGACACATGAAATTTCACATAAATAATAGTTAAATAATAAAAA ATTAATATTAATTGAAAATTAAAGATTATTATCCATAAAAAAATTAAATTATTTTTTTAT CTCACTGCACCACCTCCTCCATGTACCACCCCTCCTCCCGCGACAACGTCATCCTTTAAA AAAAAATCATCTATAAAATATTTGTAAAAATTTCACATTTCATTCTCTCCCTCTTCCCCG ATAGAATTGATATTATTTTATTTAAAAAAATCTACCCCATCCTATTTAATTTTTCGCTCC TAAACCTATGCTCGAAATTTCTCAAATACACTTATACTATACTAAGGTCCGATTACCACT CGGAACTTATTTTATTAATAATTTTCTACTCCTTTTTGACCTACGTGACACTATCTTGTG GCTCAACGCTGGTTGACTTTTTTTTTTCAAGCTAGTGCCACGTAGGCCGAAAAGGGGTAG AAAATTATTTATAAAATAAGTTCAGGGTGGTAATAGGACCTTAGTATAAGTGTGTCTCTA GGATTTCGGATATAGATTGAGGGGGTACTTGTGCATTTTTTTTATTTATTTTTTTTATAT ATATTTTTCTTATTTTGTGTTAGATATGCACATACATATATTTTTAGGGAAAAAAATTCT ACTAGTGTACCGAATATAACATAAATAACTAAAATATATAAAAAGTCTTGTGGCGGTAAG TAAAAAATATTTTCGATATGTATATATAAATACTGAAAAAAAATTGAAAGCAGAGAATTA AGTGGGATAGATTAGAATTATATTTTTAAGAAAATAAAATAATATCTAAATAAATATTTG ATGAGGGGGAAGGAGATGAAGTAAAAAATGAAAAACTTTTATAAAAGAAATTTAAGCAAA ATAAAAATCTTTAAAAAATGGTATGAGGTAAGAAAATTAATTTTTTTAATAATAATTTTT TAATTTTCAATTTTAGTTAATACTGCGAAGCTTATCACCTTCATTGCTTCGCGGTTTGAA GCAGGTGAGATCCACATTAACGCATTTACAAATTCTATTAGGTAATTCAATCTGTTGGAT GATCCGCTGTTGCAAAGTATTGCATTTTCTATTTTCCGTTGATATTCAAATTGCATTTAA AATGGCAAAAGTTATTGTAATTTCTGATCCATGTTCTCTTCTCCAACAGTCGATGTTACA GCTCGCAAATTTCTGCGCGAGTTCGTCAACGCGAGTAGTAGTACAAGCAGTTTGAAATCG AAATCTCTGCTCGATCGCATAGGGCTGTGCTATGAATTCGAAAATCGAATCTCACGCACT GATGAAGTTAATATAGTATCTCTTCTCTATTTCTTATTCGAATTGGTATATTTTATATCT GTTTATGCATTTTTAGTCTGAAATGCGAAGTACAACTATATTTATCTGATAAACTTGTAA AATTGTTCATGTAAACTGATAAATGGTTAACGTAGCTTAAAGTACACGAGGAAACTTCAA TCTCTGCGATTTTCATCATGCTGTGAACAATTTGCCTGATTTCAACAATTCTAGAGCTCT ATGTTGTAGCGGTAACTCTTGTGTGCTTTTTATAGGTTAATTGGATCTATGATGTAAATG CATTCAAGTTTCTGTGCTGCTACATGCACACACTTAATTCGATTTGATGGATCTTGTTAT AATTAGTGTGGGCACCGTTTGTCGCTTGCAGATTTGAAACTTTGCAGTATCCTCAATGAA AATTACTTTTGTACTCATGGGGAGGTCATAGTGAAGATACTACGAAAAAAGTTCCTGCAT ATTTGGAACCTTGGCCTCTGCTACCAAAAATCAGGCTCTCATGGTGAGGACATCTACTCT CTGCATTCCTATCATTATCAACTCTACTTTTGTTCTTGGTATTTGGAGTGACGATTAGGT GTCTTAATTGTTCAGTTTAACTACTAGATTTACAAGTATAATGAACAAATGTGATGTTTC GCCTGTGGCCAGAAAATGAATCTTTTAAGCTGAAAGCTTTTTGTTGAGAGAACTTGTGGT TTTGCTGACAGGATGCAGCAGATAACTGTAGTCAGTTGAGTTTGTCTTCTTGGAGAAAAA TTAAAGTCATCTTGCTGATATTCCTGAAAGTGTCATCAAATTCTTGTTGGAAAAACAATT CCTGAAGCAGATTGGTGATCTCGAGAACTGTTCGTTGCAAAACTACGTTCCAGGTTATGT ATACTCCTTAATCCTTCCCTGATAGGGATCTTTAAGATGTATCTTTCAAGACCTATTTGT TCAATGTGATTTTCATTTTATGATTTTGTTCATATTGATCTTGTTGAGGTGTAAATATAA CAAATTATCTAATTGAGTAAGGGCTATCTTTGTTGGTTCTATATTACAGATTCTTAGAAT CGAATCTGTTACCTAAGTTACCATACAGATTAATTTGTTCTCAAACGCTTTCAGTGGGTA GGAAGTGAACTTCCAAAAAGACTTCAGAAATGCCAATTCTATTCTTCCGAGTTGTAGGTT ATAACATCTACAATTATAAGACACAAAGTGAGTCTCTGAAAAGCTTTCCTTTTTCATGTC TGCTTCTTCTCATCATTTCTTTTGTCTTTGGATCCTTGTTAATGAAGTGCTAAAGCAGCT GAAACTTAGTACTTTCGTGAGTATTCAAAGAGGTTAAAGTTGCCCTTGATGGATTATAAA GGTCAAATATCCTCCACTGATTTCATAAAATTTGAGTTAAATTGGGTACCAATCTTTTAA AAGTTTTCATCACTGGGTAGAAGAAGCAAATAACGTATATATACGTTGTATCACTCCAAA ATGAGGCAACTTTCTTACAAGTAGCCATAACACAAAGTATCGAATTTAAATTATAACAAC CACAATGTCAACCTCCAAACAAGCTCAACTCCTTGTGCATATAAACATTTGACTTGCTAA AATCAAATTTTCTATCTTGCACATAAATTTGGCTTGTGTTCTAAAATACAGAATCGAATA GCACAACAATTTTTTCTTGTTTCGTCACCTTGTTAAGGCGTGCAGTAAAATTCTCTTACT AATAATACCAAATAGATTGAAAAAGTGTACTAAGCAAAAATGTCAATAGTACGTAACAAT GAAAAATCACATAATTTATAATCCAACACAAGACATTATAGTATACATTCTGTCAAAACC CACAGGTCTCTGTTGAGTCCCCTGTTCTGTCACAAAAGACAAATACATGCTCTGATTTTG GCAACCCTAAAACCCTTCTTCTTTGTCAAGATTGTTACTGTGATTTCGCAAAAAACCCTT TTTCCTGCTTCTGAGATGCCTTCTAAAGGCAAAGGAAATGGGAAGAAGAAAGGTAAAGGT AAAGGAAAAGGAGCTTCAAAAGAAACAAAATGCAGAGCTGCAGCAGAACCAGAACCAACT TCTCACTTCTATTTCCCAAGAGAAATCATCTCTAACATCCTTTCCTGTCTCCCTGTCAAA ACAGGTGCGTAAGCAAGCAATGGCGAAATCTCATTTCTAAGCCCAACTTCATTTCCTCCC ATTTCCGTCACTCTTCTTCTTTGCAGCACTCCGGTTCATCTATTCTTATAGGCAAGAGTC TAATCATCGTTTAGTCTTGTTGGGTTTTAGCAAGTGTGAATGGGAAAAGAAAAGAGAATG TGAAAAGTGAGGAACTACTTTGGGGAAAATGAAAAGTCATTTTTTGCAAATGAAAAGTCA TTTCTCTCATATCGGCAAAAGAAATGGAAATTGTTGTCCTTATAGAAGGAAACACTTCCA TTACTTCTTAAAAGAGATAAGAAGAAGATGCCCCTCGCGCCGTCATTGCTCGGCTCGGAT TTGGATTTGGATTTGACAAATGATTGATTGATAAATTTTTTGGATAAAATTTATTTAATC AGTTTTTGTTGAATCAAATAAATCCTGTTAATATTATCTCTTATAAATTTGCGGATAACG GTAACATTCCGAAAAGTTGTTATTTTTCCGAAAAGTCGTTACTTTCCCAAAAGTAGTTAT TTTTCCTAACAGACACATTTTTCGAAAAGTTGTTATTTTTTCCAAAAGACACAACTTTCT GGATAAAATGGGTCTGAACAGATTTTACTGAACAGACATGTTCCTTGCTGAAAATGGCTA TAAAAGGAAGTCAATTTTTGATTTTTAAGAACACTGAAAATTTTTCTTTCTCTGCATATT TTTTCTCTCAAAATAAAATCAAAGTGTCGATCGATTGAGTCTGTGTGACTTGTTCCTGTT CTTGTTGGGTATGTAGCAAGAATTGATGGGAAATAGAGGAAAAGAGAGGAATTTGAAAAG TTTAGAACTTGAAAGGTTGGGAACTTGAAAAGTCCTCTAATGCTTTAATAAAAAAGGCAA TAGTCCCTCATCGGTAATGGAAATGAAAATAGGAGAGTTTAAATAAATAAACACTCCTAT TAATTATTAAAAGGGTTGGAAATAGGGACCCCTCGCACCGTCGTCGCTCGCTTCGGCTTT GGCTTTGGCAAATCGATCGAGAGATAATTTTTTGGACAAATTTATTTTAATTATTTATTT GATTAATTAAATGGCCAAAAATTATTTTCAATTAATCAGTTGATAACAAAAATTAACCAA CCGAAATGTTTTCAACTTTTTAGTTAACCCGACCCGACTCAGGTCCGCACGCGTGACCCG TTTTAAATTCCGTTATATTTAAAAATTTCCGCCACTGTTCTGAAAGGTTGCAACTTTCAG GAACAGTCAATACCATTTGAAAGTTTGCAACCTTTCATTAATGGTTGTGTCAATTCTGAA AGGGTTGCAACCTTTCAGAATATATTATTCTTGCCTATAAATACCATTCAGTTTTTAGAA TATTTACTAACGAATTTTCTGATCTTCCTACTTCTTAAAAAACACATTTTTCTTCGTGTA CTTTCCTGCTGTGGATTGATTCGCTGACAGTAGAGTTTTTGGTATCTATACTCTACTGAT TAAGATCATTTTACCCTGGGAGGTTATATTCCAAATCAAACCTCGGATACTAGAGGGGAA TAATTTCCTTAAGGGGACACTGTAAATTCAGTGGACTTGATTTTCTTCCTAAATTATCAA AAAGAGTATTCAAGATTCTGGTAAGTTTTACAGATTAAATTATTTTTACAAATAAATTTC TGTTCATCTTATTTACTGGTTCTAAAAATCTCAGTTACTTCGTGTTTCTGAATGATTTAT CACAACCAGTAATTTCTGATTTTCTTAACACAGATTGGCAACAGTTCTTCAGTTCGTCGA AGTTAAAGAAGTTTGAGGTACCGCTATTTCTTTAATAGGTTTAATCCGTTTTATCTTGGG AGAAATTAATCCATAACCTTGGGTACAGTGAGGGGATTAAATTTCTTAAGGACACACAGT AATTTCTGTGGACTCGGATTAATTCTTGTATTTTTAATTTTTTCTGCTTCATCTTGTTTC TGTTTCTGTTCATTAACTTCATAAATACAAGTTATTGTAAGAATAACAAGTCTCACTATA CAACCCGCCAGAATCAGTTGTCCATGTGGACAGCCCGTTCCCCTGTTTCTTCCCCAATAT GTACATTGTGGGTCCTTGCCATGGCTTTATCTGCCTTTTTAGTCCACCATGGGTTGAACT GATTACCCTTTGGAATCCGGCGATGAGGAAGTATAAGATGGTGGAGCTCACTGATAGCTT GCCTCGTCCGGAACTGCACTTTTTGGCGTCTATTGGAATGGGTTTTGATTACCAACATAA CGAATTATTGATCTTGAGAATCTTTTGTGTGGGCATAATGTTTGCAGTCCCGAACCACAT TTGAGGTTTATTCGAGTGAGAGTGGGAAATGGAAGAAGCTGAAAAATGAGATGTTTTTTC ATATTGTTGAGTTAACTTGCAATGTGATTGTTAAAAGATGGCGTATTGGTTGGTTTGTAT GCCTGGTAAGTTCGGATCACGTGCTGTGTTAGTGCGATTTGATGTGGGGAAACTAGTGTT TGAGAAGTTACCTTCGATAGGAAGGCGTAAGAAGCATCAATATCTTGTGGAATTGCAGGG TTCTCTTTGTATGTAAGACTGGGATCATAAAGATGATTGTCATATGGATGGATGTTTGGG TAATGGATGATGTTGATGGTTGGAGTAAGAAATACAGCGTTGGACCATTAATCGGATTTT TTGACCGAATCTTGGGTTGTTTGAGGAATGGTGACATTGTAGCTAAGAATGAAATGGAGT GATATCCTTGTGTGAACCCATATCTAATTCAGTCAAGGAAAATTTCAGCATTGATAATAG CAATGATGAATCATATGTGATTGTTGATTATACAGAGAGCCTATTTCTGCTAGGAGGGAT GCTACCTGTTAAGAAGCAAGCTGCTCAAGATAAATTGGCGCGCAAAAGAGTCACAAGGTT TGATATCAATTTATCATTATACTCCAGTTTATGTGACTACATATACATATATATACTTGC TACGTGTAGGTTCTCAGCTCCCACTTTTAGATGTTGTCATTGCTTCAGAAGTTAACATGT GTATCCTAGGTATAATACTTACTATAATACTTCCATAATAGCATTAGTGCAAAGGTCCCC AGCAAATGTACTTGTGGTTGTAACAAACTTATCTGTGAACTAGTCGAGATACATACTGGC TTAGCCAATAGCACTATTTAAGAAAACATTGGTCCAATTCTATTGATCTTGTGGAAGAGT CTTTGAGATTTAATAAAAAGGATGAACACATACTCAGAACTGTATTCCCCTAGTCTTGGC GCTTTTAAGCTGAACTTTGAATCAATGATGATACATGTGGAATAATAACAGAAGAATAGA TGGAACTTTTGACATATATGGACATTTGTTCATTTCAATTATTTCTTTTGATCATTTGTC ATTCATGAAAACAGAAGGTAATGAAACTGAATCAAACACAAAAAAGTATAAATCGTTACA AACGATATGAAAACTACACAATCAAAGATTGTCACTACAACCAAATCAAAATTGCACAAA AAGTATAATCTGTGACAAACAATATCAAATAGTCCTTACAAACTCTTAGAAGGTCACAAC AGAACTCTGTCAAAATCCAAATGTGAGGTAATTCTGTTGATTAGTTAACATAATCCCTGT CATTTAACAAAAACAAAATAAGTTTAGTTCAATTTTTTCAACGAATTGAAAATCACATGT AATTTTAGTAAATTATTATTACCTTATGTCAGCATGGCTCCACCTCTTCTCCTCAACAGT AGACATTCCCTCTACAATTAAAGTACTCCTTTGTATTTCTAAGATTTCAAAACAGCCATT CATTCCTAGTTCTCTTCGTCTGTCTCCAATCTGAATTTTGCATTGGGCTAACCCCATATG AACACCTCTCGAAACAATTAGTAGAATTCTATCGTCGTATTCGACGATGATATGCCCTTT CACAGACATCCCTAATATACGGTCTATTTCTAAGGGGGGTGAGACTGTCCATAACATGAT CCATTGTTCATTGTGATCGAAACCACATACTTCAATTTTTGATGTTGGTTTGTCATCCCA CACAAGCATTCCTAGCATGTGATGGCTGTACAAATTGACGAGCATCTTATGGTAATTTTT ACCACGATCTTCTTTGAAGATGATTGGATAGGATGTCATTTTGAAGGTACCACCGTCAAA TTTCAGCACAATCTCCCTTTCCCTATTCTTCTCATGCTGAATCCCTATCCAGTAGGGCTG TCCACTATAAATGATACCACAAGAATCCTGGTTCTCTAACTCAAACTGAAGATCAACCTT TTTACTGATCCATTTAGAATGTAGGCTGTTGGTAGGAAGTATTTCAACTTTTTTATGACT TGAGAGAATAATCCTAACTATAACAATGTTAGTTCCTGTATGTGCCATGGCTACTGAAGC CAAGTGTTTATGTCTTTTGGAATTTGTACTTAACTGTACAAACTTAAAACTGCTTTCAAA AGGATTCCAAAGCGTGATAACGTCGCCCCAATTGGGGCGACAAAGGCATACAATGCCATC CAATGAACCGACTATCTTCATTTCATAGAGATAGCTTGGAAACGGATTCGTAAGAGGTAA AACAAGTTCCCTGGAACTGTCCAGCAAGGAAAATACAGGATGAATCACATCCTTTTTTTG AATGAGTGTGTAGACATTATAATCTTTAACAGAATCAATCACATCTTTCCAGAAGAAACT TACGCAACGAAATCTGCATTGGCTTTTATATGGAAGCTTGCGGATGATTTCTCTTGTTAC GTCATTAGGCACTTCCATGTTTGATTTCTTCTTCATGAAAAACTGGAAGGGTTGAATTTG ATTTCTTGGTGAAAGGATGAAGGTAGAGTTTAGAATGTGAGTCTTGAAACAGAATGTTAT GATAAGAGAGATTATATAGGTGAAAGGAATTTAGAAAGTGAGCTGTTGGAGCAGTTCAGA CTGATTTGAATTAAAGATACGTTGAGAAGAAGTTTTAACAAATACTTATACTAAATAAAA TATTAATAAAATTAAATTATATATTTTTACAATATAAAAATTATATAGGGTTAGGGTTAG GTAAATTAAATATTTGTAGGCGGTGGATGGTTTCGTAAAAGATAAAGAAAAGTAGAGAGA AGAACCTGACTGAGTAGAGAGAAGGGACTTGAGGCTTTAATGGAAGTGAATGTGGGTCTT CCTTCTGTCGATGCCGTTGTTGCAGTTCTTGATTTTGCATACACTCTTCTTTCTCCCCTG TTCTTGATTATTCCAAATTCTTTTAAAAATTCTATCTTGATACTTGGATTTTTGGTGTTG GGTGTTGCAGTTCTTGATTTTGCTCAGTAGTCTTCTTTCTCCCCTGTTTCCAAAAAGTGT TGTTATATACGTGAATTTCTGTTAAAAATTCTATCTTTGATTCTTGAATGTGTTCTTTTC TTGTTCCCGATATGGGATTTTAGGAATGCATTATATTATTATTATTATATGTGGATGTAG AAGATGTAGCTTCTCGTTTGGTAGAAATAAGGGCACGAAGAGTATAAGCTAATTTTGGAC ATGGAACTTTGATAAACCACCTGTGCACGTGTATACAGTTATTTAAATACCTTACCTTTA TCTTCTTTTATTTTTTACTTTCTGTGCATTTCATAAGGATCTTACTGTCCGGCAAGTAAT AGTATGAATCGGTCATTAACTTTATTCTCCTGCAGGTTATTTCCTTTATTTTTTGTTGAC AGTTGTTGCTGCATGTAAGGGTTGGATTTTCTGGCGCACTCCTGTGGCTTTGTTGTAATG GGTAGGTATGTGCAAACCCACCCTGTTCTTTTTCAACTGAGGCTATTTTAACTAGGACTA ATGAAGAACTATTTTGCAGCTTTCACCAGAATTCTTTTCCTTGCTGCATTTCTTCTTCTC CTTTCTTTCTGGTAAGTTCGCCTTCTGTTTTCTGTATCCTTGAACGTGTGAAAGTTATTG CTCTGAATTTAACTATTTGCAAACTAATTAATGAGGGGAACTTTCAGTATGGTGAACTTC CCATTTTTTCTCCAGAGTCATCTTCATTCCAGAAAATAGCAGTACCTGTTAATTTAATCA GTAAGCTGCCAAAAATCAGCAGTTTGCAAGACACTGCTACTGAGCTTTAGAATGTGGTTG ACCAAATAATGATCCTCTTTTGGTGAATAGCAGTTATTTGCTAAGTTGCGCAGACTCTTC ACTTCCAATGCCCCACCCGTGTCGGATTTCCCAAAAATCCACTACTTTTGGAGAAACCGA CATGTACCCGTTGTCATTTTTGAAGTGTCTTAGCAACATAAGTTATTTGATCCTAGTGCT ATTCAAAGACTATAGATTCTTCTGCTCTACACCAAAAGTTGTCACTTGTCATGTATCTCT TTTCTTTTAATATCCGATCAGTAGTGCACCATTCAGTACACTCCTTTATACCTTTGTGGG GTAGAGAAGCTGTTTTTAATAGACTCTCGGCTAAAAAAATGGGAAAAACAGTTTTTACAG AACAGGTTTGAAAAATACAAGAGCAAAAAGATCTACAATGGAACTATCAAAGAAAAGAAA AATATTGACAACAAAATATAAAAGATAAGCGAAGTAAAAGAAACAACAGCAGAGCTAAAT TTTAAAGAAAAAGGTAATGATACAACAAGAATTATAGTACTGATAAGTAGAAGAAGGAGA AAATAAGGAACTTCTCCACTTGAATACCAGTTATTTTATTTTCAGTGGAATATATACCCG TGACATGCGCTTAACCCACATATCACGACATCACACACTTTGTGCTAACCTATAAGAACA ATGTGTTTTTGTTCTATAATTTAGTATGTGGTGATAAACTATATTAAAATAAACACATCT GATTATCACTTGTTATTAAATTATTTCTGTTTAACTTGTGCTTATGAATTATAGCAAATT TTAGAGTGTGTTTTTTTTATTAAAATATTGTTTTCTAAAATTCTTTCAAAAAATCTGTGC GGCATATGTCTGCTTTGTGGCAAAATCCCTATTCAATTTGTGAATGGCTTTCATGGTTTG TTTGTTGTAGAAGAACATCTACGTAATCCTCATTGTGTATAACTGTTTGAGCTATTATAT TCTGTTCCTGCCTGTCAAATTCAATAAAATTGTTAAATGTAGGAGTATTAATTTGCGTAC CTATTTGGACTGGTTGTTGTACATCTTGTATAATATTTTGTTGCAGATTTTTAGGCACAC GGTAACTCACTGTATTTCTCTTTTTCCATTTCGGTTCTTTAGTCATGCACTTGCTTTTTT GACCAGGTTACCCTGTTAGTTTTTCTGTTAATGTTGGTAGCTGCTGTACTAATATGGATT GGGAGGGGAAGGAACCCTATTGATTCATCTGTTCTGGCTCGGGTATGGACTAAGGCTCTT TGATTACCAATATCTATTTATTTGTTGTTCTTGCATATTCTGTAACCTATCTGATTTAGC AGTTGTTGGTACTTCGCATAGATTACTTTCAGCCTCACATATTCATTTTTAGCTGCAACC AGATTTTATAACACAATCTATTTGATTGTTGTTTTCACATATTCTTTCTTCAATCCATTT GATTTAGGAGTTGTTTGTTCTCTTTATAGATTACTTTGAGCCTCACATTCATTTTTAGCT GCAGTTAGATTTTAATGCACAAACAAGTATATACCTTCGACTTGGAGCCCTAACTGTTTC TTAGTATTTCCTGAGAGGAGCATCTCGTTGAAAGAGAGGGTGTGTTCCCCTGTGAGTAAG GGTAGTTCTTGTAAAATATTTTTCATGCTTAAATGAATACGTATGGTATTTTTAATTTGC TTACAATACTGGTTTTTGGTGTTTAAATTATTGTTGGGAAAATATAAATTTAGACTGTTT CATGGTGGTTTTTTTCTTTGCCACCTCTCCCCACCTTCCTCTTGATAATTGATGAAGTGC AGTTACATGATCCAGATTTATGTAGATCTTTTTGCCTTAGCAGTTCTTTTGCTGGGAGTG TGGCATTTGCATGTTATGGTTAGTATGTTATACACTGGTATTTTTTATACCGCCTCCTCA TCAATGTTCACACGTCACAGAGAATTGTTGTCCTGCCATTTTCAGTAATATAATCTTATC TATTGCTACTATGCACCATAAATCTTTACATGGGCACTTCAGTACTTGTGTAATAACTAA CGTCTTTTGATCCACCATTTCTTCACAGAATCAGCTGATATAAAAGATTGAGTTATTTTA TTTAACAAGGATAGACTTACAAATGTTCAAGAGTTCTCTCTCCCTCTATGTGTGTGTGTG TCCCCAGAGGTGGGTCAGGGGTGTGGAGAAGTGATTTCAAGGAATAGTTTAAACAATAAG ATATTCATGGTTGATAGTTTTAGGCGGTGAAACTGCTGCCTCCCCAGAAAGACCAATATT TCATCAGTAATATCGCAGTCGAATGAATTGATTGTTCAACCAATTATCCATTTCTCGTCG AGCTGTGCAAAATTCTAAGTAACAGTTGTCGTAAAGAATTTGCTGTTTAAACTAGGTCTT TTGTGTTCTAATTATTTTATGTGAAGGTTTCCTATTTCAAAATCTATCTTTCTGACCATA ATATCTCTGCTATGCAGGACTGGTATTGTTCTTGAAAATGAGCAAAGTGAGATCTGAAAG GGCTTCATCAGAAATGTGGAAGGTACTAACTCATCTTTCCTCGGTGCATCTCTAGCATTT TCTGTATGTCGATTGGAATTGTTATTTGCAGACTGCAGAAAACTTCTGTGGCATGTCATA TCATGTCATACTGAGATCTTTTACAATTCTAGTCTTAAGAATTGAGCTTGAATAAAGTGC ACTTTTCTTTCTCTTCTTTTCTTCCTTGTTAAAATTCAGCTCTCATGACACAGATTGTGA TAGATTATTTTATTGTGAAGTTTGATTTTTTATTATATGTTTGTCCAATGAAGGTTGCAG GCTTGGCAGTTGTTTCTGTTCTATGTTTCACTTTAAGTGAGCTGTCGCCTTATTCACAGA TATACCCGTATGTCTTCTGCTGGTCTCATGAGATGTCTTTTGTTTTGACTGCATAAGTTT CTAAGAGATTATGCTTTTAATGCAGCTTCTTTTCAACTGGCGTGGACAGAAGATAAATGG TGTTTGTACATCTCTTCTCATGGTTTTATATTATTTTATAGGTACCCTTTAAAACTTGTG TTCCTTACTGAAAGCTTGATTTTAAATTCTAGACTTCAGTGGGAACTTCTGCTTTCTGCC TGCTAATTGTTGTTACCAATTGTTGAAGCTATGAGATTCTCCTCAAGCCCAACCCCTTAT ACCTAGGAGCTACTAACTGTAGTTAATTAGATGAAAAAGGCTGAACATGGTGGAAGGAAC CAATTTAATAATCAGAGGTTGCTCTGATGATGTTACATAAGTGCATTAATATCGTAAACA TTTTGAGGAGTTGTGAGATGTCTCTCTGGATCCTTTTTACAGAAGTTGGGAGCTATAGAG TAAGGACTTAACATAAGAGCTAGATTGGGACATATTAGATATTTCTTTAGAATTCGGGGC ATGACTGAGAGGGGACTCCAGTTAATTTGTTCAACCAAGAATGCAAGTAGCGTGTACGTG TTTTGTTGGGGGGAGCTGATCTTACAATGCAGTTCTTTCCTACAAATTAGAATTTTATTC ACAAAAAAAAGGGGGAAAACTTTCTAATACTCTGTACCTGATCAAAATATTTTCCAGGTT CTTCTATACCTTCAGCATTTGTGCTATGGCTGATGAGAGAACTACCACCTCCACTTGCAT TTCAGTCAACAGGAGTCGAGTACAATAGCTTTTATAAGTAACAGTTCAGCAACAGTACAG CCTCAGCGATGGACAGCTGCTGCAAGTGTGCAAAATCAGGTTACTTGCCTTCTTTTGACT CTATTGCACACCTTGTTTACTGATTGGTTTCTAGTCATGTGCATCATGATCTTGGCTAGG GAATATGTAGAAAATGCATGTTCTTTCATAAGGGCTATTCACTGATCAAATGAAATGGGA AAAAGTTGAAGACAAAGAACACAAATTATTTATCTCCTCGCACATTACACTAGGGACGGG AAATCATGGTAGGTGAAGCTATGTGTGTGAGAATCATTTTAGCTGTCCATTAAATTTTTC GTAAGATCCACAAACTCGCCAGAATTGCAGCTTAGCAGTTGAAAGACAACTTATACAAAC ATTGTTTTTTACCTTTCACCGAACATCAAAACCCAAAAGAGAATATGGAAGGAAGTGCAG AATCAATGAAGAACTCAACTTTCTGCACTGGAGGTCTTTCCACTCATTTATTGATTTTCA TTATATTACATTCGTTGGATTTACAAACTTGTACCAATGTGTTCTGAGCATTGTGGATGC AGGTCTCAAGGGCGAGCCCCATATGATCATCTGATGGAATTGTACATTGATTGGTGATTT TCAGCTAGAAACGAGGGATTGACAATACTAAAAATGAGACAACTTCTCAGTTGAGTGGTT GGTGTTGTGGTTGAGTGATCGAAGAAAGCTCAACTCAACGGGAAAATAATACCCCATGTA TCTAAGCAAGGTGGGTTGCTCAGGGTATACATGCCTGCATAACTTGGATTTCTGTATATA TCAAACATTGCAATGAACTTTCCAAATTTTACAGATTCTTTTTTGTTGATATAATGAGGT TTTAGATTTTTCTTGCCTAACAAAACTTTTCGTCTGATTATCTTACATATATCATTGCCT TAAAATGGATGGGAAAAAGGATAAATATATTTTGAATTATCGAAAATGGTATGTTTATAC CTTCTTTATAATTTTGGTACATCAATGTCCTTATATCTAAATTTTAGCATGTATATACTC TTCATACTTACGGTGGTACATGTGTCTAAATTTTATCTATTGATTCGAAATTTATTAATT TCTACCAAAAGTTAAAAGATCCACCCGAATTAATTAAAAAACTCACCCAAAAACCCCATA TCAATTCACTGTCAAAACCCTAATTTCTTCTCCATCTTCTCTAATCTTTAGTGTAATAGA GAATAAATTCAAATGAAATAGAAATCTTTCAGCAGAAAATAGCAAAACGATATTTGGTAA CAAATGCTTTTACTTGGAGTGAAGAAATATCATAGACAACTAAATTTTAGATTTTCGCTA GACAATTGAGCGTCTCTTTTCCTCAAAATTCTGAGTCAACTTTACCAGTTAGAACAGAGG CGCAAACAAGCTTTGATTTTAAAGTGTTGTCATGATATTTTAATTATAATTCCATGAAGA CATAAGTTGCATATGCAAATAGGCTCCTTCTTAACATATCCAAGATAGAACTTATTTTTA AGAGTTTTAAATAAGATACCATATTGATGTTACAATTCCATATGTTAGTTAACTACAGTG ACACAGTTGGTTAGATTCTGTTTTTAGCTTAAAAGTTCAAGTTAGTTCAATTCAATCACT ATATAACTTGTAATCAACTCATTGTACAAGAGGTTTGAAATATACAGACTTCTCTTTCTC TTTCTAATATCTCTCATTCTATTCTTCTTCTTCTTTCATTGTGAGCTGTTTTCTCGAGAA ATTCTAAAATAGTGCTTCGAGTTTATTTTGAATTCTTGCAATCGAGTAACACATATATCA AATACATCAAGTTAACCTAATTCGACAAACATATGAGAAGATAATCTAATTCGACAAACA TCAGAGAAGAAACTAGGTTTGGGGAGTGAATTGATTTGGTTGATTTTGAGTTCTATTTTT GGGGTGCATGTTGTGTATTTGGGTGGGTTTTTAAAATTAAGTTAGGTGGGTCTTTTTATT TTTGACAAAAAAATTAATTTAGACACATGTACCACTGTTAGTACAAAGGATATATACACG CTAAAATTTGGACGAGGACATTGATATATCAAAAATATAACGAATAATATATGCATATTA TTTACGATAGTTGAAATATATCTAAATTTTTTTCCAAAAATGGGATATAATGCAATTTGT GCGCTAGAGAATAATTAGCATTAGTCAGCATTTAAAAGGACAATATTCATATTACCCTAC TAAGAACTAATTTATTTCGGAAGAACTAACTAGCCCTGGATTCTAGTGGCATTTCGATCG TCGATTCTTCAACATCGGTCGATTTTACCAACTCTTTTTGAAACATTTTTTTCGTCCCTT GTTTAAATTTCTCTGAGTATTGTAGAATTTTATTTATTTCTTTTTTTTTTTTAATCTCAA GTGACTTACCTATAATTTGGTGTTATGTGATTCTATTTACGATTATAGTCCTTTGATGAT GTTGTAATATTACCGTTATTTATTTTTTTTAAGTGCATGAATTGAGTAATTGGTAGAGTA AATTCTGCATTTTGGATAACTCAAAAATTAGTAGTATAAAAATAAACAATTTATTTACAA TCAGCATTAGGAAGACCCATAATTTGTCTTTTATTTGCAAGCGTCGAAACGACACGAGCT GAATAGTACAATATGATGTATGTTTTGGGTATATAGCAAGAATTGATGGAAAAGAGAGAG AAAGGGTTGATGGGAAAGAGAGGAATTTGAAAAGTTGAGAATTTGAAGAGTTGGAACTTG AAAAGTCCTCTTATACTTTAATGAAAATGTATTTGTCCCTCATCGTGGTGGAAAGAAAAA TAGGAAAGTTTAAATATAGAAACACTCCTATTAATTATTAAAAGGATTGGAAAGAGGGAC CCCCTCGTCTCAATTTCGGCAAATGATCGAGAGATTATTGTTTGGATAAAGTTTGTTTTA TTTATTTATTTAATTAATTAAATGACCAAAAAGTATTTTCAGTTAATTAGTTGATAACAG AAACACTTTCAGTTATTTAGTTGAAAATTAACTGAAACATTTCATCTTATTATGCGATCT GACTGGGATCCACGCGCGACCCGTTTTATTTCAACTTTTTCGTTTTATTTAAATTTCCCG CCATGACTTTTCTAAAAGGTTGCAACTTTCAGGAACAGTCAGCACCATTTGAAAGGTTGC AAACTTTCATTAATGGTCGTGTGAATTCTGAAAGGGTTGCAACCTTTTGGAACCTGTTGT TCTTGCCTATAAATACCACTCATTCTTCAGAATATTACCTTACTAATTTTCTGAGTTTCT TCTTCTTCTTCTGCACTAAAATTTTCTTAGTGTACTTTCCTGTTGTTGATTGGTTCGCTG ACACCAGTGTTTTTGGTATCTATACTCTAGTGATTGAGATCATTTTACCCTGTGAGGTCA TATTCCAAATCAAATCTCGAATACTAGAGGAGAATAATTTCCTTAAGAGGACACTGTGAG TTCAGTGGACTTGATCTTTTTCCTATTCAAAATGTTCTGGTACGTGTTTTTACAGATTTT AATTTATTCATTAATTGATTTCTGTTCATCTGTTGTATTGATTCTGAAAACTTTAGTTAC TTCGTGTTTCTGCAAAGTTTTATCAGAATTAGTAATTCTGTTTTTTCAAACACAGATTGG CAAGGAAGTCTGCCTCTTTCCGTGCTTCAATAATAATGAATTTTTCTCTGTCCAGCATAT CATCAGCAGGCACTGGAGTTTCTTTACTTGTAAATTTCTGCAAACCAAAAGTGGTAAGCC AGAAATATATTCGTTGCTGCCATCTTTTAAAATTCGCACCAGTGAATTTACCCGGTTGTT CTGCTTGTGGTACAACAGTTCGAATTGGTGCAGCAACAGCCACTGTAACACCGTTATTTG TCATTTTTGATAAACAAAAAGTGATACAGTCTTAGTAAGCAATAACTTATAATTGCAGAC TTGAAAGAGTAAAAAATCACGAAGATTTTTCTCTCCACCAGAAACACATATTAATATATA ATAAAATAATTTTCTTAATAATGTTGAAAATGACATCCAACAAGGTGTTTACTTTGAATA ATGTTCTGCATATCCCTAATATTAGGAAGACTTTAGTTTCTGCTGCACTAGTCCTAGTTA ATGATAAAGTTGTAAATAAGTAAGAATGAAATATTTATAGGAAAGGGCTACTTCAATGAG GATCTTTTCAAACTAAATGTAATGGTTGTTGACAGTATAAATAAAAATTCTGCTTCTGTT TACTTATTGGAGTTCAAATTAATTTTGGCATGCACGTTTGAGAAATGTAAATTACAAAGC CTTGCGAAAATTGGTTACTCTAGAAATATTGCCTGATTTTAAATGCAATAAATCAAAATG CGAAATTTGTGTGGAAAGTAGTTGTTAAACATCTTAATAAGTCTGTTTAAAGGAATTCCA AAACTTTAGACTTAATTCACACAGATATATGCGATATGAAGTCAACACCATCTCGTGGTG GGAAAAAGTATTTTATAACTTTTATTGACGACTGCTCTCGATTTTGTTATGTATATTTGC TTAATAGTTAGAATGAAGCAATTGATGCATTTGAGCAATACAAAAATGAAGTGGAGAACC AATTGAATCTAAAGATAAAAATGATTCGGAGTGATAGGGGTGGAGAATATGAAACTCCTT TTGCAGAGATATGTTTGGAATATGGTATTATTCAACAAACTATTGCACCTTATACACCTC AGTCAAATGGTTTGGCGGAACAGGAGAACAGAACATTAAAGGAAATGATGAATGCATTGA TAATAAATTCTGGTTCACCACGAAACCTTTGGGAGGTAGCCATCCTTACAACTAATAAGA TACTCAATAGGATACCTCATTGAAAAACACAATCAATTTCATATGATTTGTGGAAAGGAA GGAAACTCAACTTGAAATATTTCAAAGTGTGGGAATGTTTAGCCAAAGTAGAGGTTCCTT TACCAAAAAGGGTTAAAATTGAACCTAAAATAGTAGACTATGTATTTATTGGATATGTTG TGAACAGTAAGAATTGTCGGTTTTTGATTCACAAATCTGATAATCCCAAGATTCATGTTA ATATGATAATTGAGTCAGATAATGCAGAGTTTTTTTGAAAACATTTATCCATATAAAATT GAATGTGAGTCGACAAGTGAAAGACTTGAACGACCACGAGAAGAATCAATGAAAAATATT CTAACTAATGAGGAACCTAGGCGTAGTACTCACCAACGAAAACCTGCTTCTTTCGGACCA AATTTTGTAGCACTATTGCTTGAAAATGAGCCTCAAATATTTAAAGCAGCTATGTCTTCG TCTGAGTCAACTTATTGAAAAGAAGCAGTCAATAGTGAGATCGAATCAATTTTAAGCAAT CACACTTGGAAATTCGCTGATCTTCCTCCAGGAAATAAACCTTTAGGATCAAAGTGGATC TTTAAAAGAAAATGAAACCTGATGGGACTATTGACAAATACAATGCTAGACTGATTGTCA AAGGGTATAGACAATAGGAAGGTCTGGACTTTTTTGACACATACTCTCTAGTAACAAGGA TAACATCAGTTAGGATGTTAATAGCACTAGCAGCAGTGCATGATCTTAAAATTTACCAAA TGAATGTAAATACAACCTTCTTAAATGGAGAGTTGGAGGAAGAAATTTACATAGAACAAC CTGAAGGGTTTATAGTTTCTGGTAAAGAAAAGAAAGTATGCATACTTGTGAATTCACTTT ATGGACTCAAGCAAGCACCCAACTAATGTCATGTTAAATTTGACCAAACAACGTTGACAA ATGGATACAAGATTCACGAATGTGATAAATGTGTTTACATTAAAAATGTTATGAATCATG AAGTCATTGTTTGTTTGTATGTTGATGACATGTTAATAATGAGTAAAGACATTGACGATA TAAATGCTACAAGCACATGCTGTCCAACAAGTTCGATATAAAGGACTTAGGAGTTGCTGA TTTGGTCGGGGTCAGGATTATCAAAACTCCCCAGAGACTAGCATTATCTCAATCTCATTA TATTGAAAAAGTATTGGATAAGTTCAAGTACTTGAATTTCAAAGTTATCAAAACTCCAAT TGATTTAAGCTGTACATTTAAAAAGAATGAAGGTCAAAGTGACTCTTAATTGGAATATTT GAGAGTGTTGGGAAGTTTGATATATATTATGAATTGTACGCGACCAGATATAGCATGTGC TATTAGTAAACTGAGTCGGTACACTAGTAATCCGAATCAAACTCACTGGATGACAATGAA ACGTTTGTTAGGTTATCTAAAATATATACAACATTATGTTTTGCATTATAATAAATATCC TGGTGTGATTGAAGGATATAGTGATGCAAACTGAATCACCGGGTCAAATGATGTAAAATT CACGAGTAGTTATGCGTCATACTTGGTGGAGAAGCAGTCTTTTGGAAATCGTCCAAACAG ACATGTATTGCTCGCTCCACTGGAATCTAAATTCATTGCTTTGGATAAGGTTAGTGAAGA AGCTGAATGGCTCCAAAATTTCCTAGAGAATATTTCATTCTGGCCCAAACATGTTGGACC TATTTGCATACATTGCGATAGTCAAGCAACAATAGGTAGGGGAGGGAACGTTATGTACAA CGGAAGGTCTCGTTATATATGACAGAGACATAACACCGTAAGATAAATGCTCTCTAGTGA AATTATCACAATTAACTATGTAAAGTCAAGCGATAATGTGTCAGATCCACTAAAAAAAGG CCTAGTGAGAGAGGCAGTTGAAAGATCATCTAAGGGAATGGGTTTACGGCTTAGGACAAG TCAGTACGACGGTAACTCTATTTAGCAGACTGGAGTTCCAAGAGCTAGATTCAAGGAAAA AAATAAAGTTGTGGCTGACGGTTCAACATTGTCAATTAACTCAATCCATTCTCATGATGA AGACAATGTTTAAGAACAAGGTTAAGACTTTAAGGCTTGTTAATGAGGTAATAAAGCTTA AAGTTTTTAATGATTCGCTAAGTTTGATAAATTTGACCAAATAGTATATCTACGAGATGA CACGGTTAGAAATCACTTATGTGAGTGTGAAGTGGAAGCCGCTTCAAAGAGAATTTTATG TCAAAAGCCTATTCTCTGTATACTCATGAAACCAGAAGGTGTTCATGGCTGTAACAAACA CAACTGTAACAACCATAAACAGTAAAGAGTTAATTGTGTGAAATATGGTTGTCTAGGTAT ACCAAAGCTCGACAATTTAAAGATATCACATCTACCGATTGACCGATTATATCCAACATA TGTTCACCACGGAAAGTCCAAGGGGAAACCTACTTATCCAGATGCAATTAATCCTTGTCT GTAAAGTACACAATTGTCCGTGCATTCCTATGTTATAATCATTTCCCATCAATGTGGGGG ATTGTTGGGTATGTAGCAAGAATTGACGGGAAATAGAGGGAAAGAGTTGATGAGAAATTG AGGGAAAGAGAGGAATTTGAAAAGTAGAGAACTTGAAGAGTTGGGAACTTGAAAAGTCTT CTTATGCTTTAATGAAAAGACATTTGTCCCTCATCGTTAGTGGAAAGAAAAATAGGAGAG TTTAAATACAGAAACACTCTTATTAATTGTTAAAAGGGTTGGAAAGAGGGATCCCCTCGC GCTGTCGTCGTCACTCGCTCGTCTCGACTTCGGCTTCGGCAAATGATCGATCGAGAGATT ATTTTTTGGATAAAGTTTGTTTTATTTATTTATTTAATTAATTAAATGGCGAAAAAGTAT TTTTTTCAATTAATTAGTTGATAACAGAAACATTTTCAGTTATTTAGTTGAAAATTAACT GAAACGTTTGATCTTATTATCTGATCCGATTGGGATCCATGCGCTACCCGTTTTATTTCA ACTTTTCCGTTTTATTTCAATTTCCCGCTATGACTGTTCTGAAAAGTCGCAACTTTCAGG ACAGTCAGCACCATTTGAAAGGTTGCAAACTTTCATTAATGGTCGTGTGAATTCTAAAAG GGTTGCAACCTTTTGGAACCTGTTCTTCTTGCCTATAAATACCACCCATTCTTCAGAATA TTACCTTACTAATTTTCTGAGTTTCTTCTTCTTCTTCTGTACTAAAATTTTCTTAGTGTA CTTTCCTGCTGTTGATTGGTTCGCTGACACCAGGGCTTTTGGTATCTATACTTTGGTGAT TGAGATTATTTTACCCTGTGAGGTCATGTTCCAAATCAAACCTCGGATACTAGAGGGGAA TAATTTCCTTAAGAGGACATTGTGAGTTCAGTGAACTTGATCTTTTTCCTATTCAAAATT TTCTGGTACGTGTTTTTACAGATTTTAATTTATTCATTAATTGATTTTTGTTCATCTTTT GTATTGATTCTGAAAACATTAGTTACTTTGTGTTTCTGCAAAGTTTTATCAGAATTAGTA ATTCTGTTTTTCAAACACAAATTGACAACAATATACACTCAATTCCCAACTTTTGGATAT ATGCTGCAGTTATTTAACATGAAAAAATTTCCAACTGTATTATTAAATAGAACATGTAAC TAACAAAAAAATGAAAATTTTAACATTATTCACCTCGGAGATTTTGGAATTACGATGATT TAAACTTAATAAGTGTGTATTTTTTGAACTATGATAATTTAGATTTGATCTGTTTTATGA ATATTTCATGAATTTGAAATATTAATTGGTATTTTGATCTCTTGATGAATAATATTTCGT GAATTTGTGGAATATTTATGATTTTGGTCTCTTTAATGAATATTCAATGAATTTGTGGTG AAAGTTTCTAGATTCTAATCTCTTTTGTGGTGAAACTTTTAAAATTTTGATCTGTTTATG AATATTTCATGAATTTGTGGTGGATTTTTTTAAATTTTGATCTCTTTAATGAATTTTGCA TAAATTTGTGTTAGAATATTGGAGATGTGTTTTCAAGGAAACATAATAGCCTTTATATAA GGATGGACTATTAGAATATTCGATATGTTTTTCTAAGGAAATGTAGTAGTCTTTATATAA GGATGGACTATGGTTTAGAGTGTGTTTGGTATGAATGAAAATATTGTTTTTCAATTTTTT CATGTTTGATTGGGACAAAAGTTTTGGAAAATATTTTCCAAATCAACTCATTTTCCTCAA AATTAAGGAAAATGACTTCCCTTCAAAAATTAAGGAAAACATTTTTCAAAACTCTCCTCC AATTTCAAATTACATTTTTTTCGAAAAACATCAATTTTAAAAAAATATTTTCAATTTTAA TATTTTATTTTTTCACCCGATCCCCGACCCCCACCCACCCACCACGGCCAGCCCCCCAAA CCCCACCCCCTCCCCAAAAAATTAATTTTGCTTTTTAAAAATATTTTCAATTCCAAATTT TTATTTTTAAAATCCTACCCCCCATCCGGCCAGCCCCCACCCACCCCCAACCCCCCAAAA AATAATTTCATACATAAATCAAACATACGTAAAATATTTTTCCTTCACCAACCAAACATG AGAAAATAAGTCCAAAATTTACTTGTTTTCCAGAAAAACATATTCTAGAAAAATATTTTT CATGCAAACATTTTCTTTCGTACCAAACACACCCTTAGAGTTGAGTCCCCTTCAAGAATC CTAATTAGAATCGAACATACTTGAACAAAATACGTGTTCTAGTGTTGGAGCGACCCACGA AATTTCAATTTGTACACATATGTTCAATCCAAATTCAAAATATTTCATGAGTCAGTCCAA CAACAACAAATGACATCTTATTTTGTTCTCAATCTTCCTAGGTGTTTGAAGACGAGTGGA ACAACACATTTCATCTTTAATCACGAAATATACTACTTGAAACCAGACGAAACTTTCATC ATATTATCAAAAATTATAATCAAACACACTTGAATCAAATACGTGTTCTAGTGTTGGAGC GTCCCACATAATTTCAATTTTTACACATATGTCCAATGTTTGACCGACATGAATTGTGTT GGAGTGATGAGACTCTCCACTTTTCATAGATATTAAGTAGGCTTTTGGCCATGCATGATA TGGTATTGTGAAACGAAATCAACATTTTGACATAATTTTACGCTAATTTCATCTCATGAA ATATCATATTCTTCAAAAATCATGATATTGAAATTTCATATCATGGTTTAAGATTTTTTG AATACAAAAGTTGATCCATAAATTTATATTTTGTTAAAACAACCTCACACTAAATTTAGT GAACATTTATTTCATATGTAATAAAATTAATAATCACATCATTACTTTTTAAAATTTTTA TTTTCACCAACATAATATTTATTATTGCTTTCAATTTGGTGAATATAAATGATAAAGTAA GATTTGATTGGTAATATATGTTTGATAATCGCTATTTCCAATATGTTTTGTTTTTAACAC GAAATTAATGCACTGAAATGTGTAATTACACACAAGTGAAATAAGACATAAACCATATGA TATTGACGCACAAGTGAAAATCGACATACCATGTGCAATGTTACATAATTATTTGCAGGA ATACCAAAGGAATGATAAAACATTTATGATATATGAGCATGAAAAATAGAGTTGCGAATG ATATTGAACAACAAATGACTCAAAGTAACAATGTCGGTTTATCTTCTCGGTCATATGATC AAGAAATGCAAGTTAAACACGAGGAGATTGTCGTACTACGTGAGAGAATTATATGAAAAA CTAGTACACTACAATTTATATTTAGTTTATTGTATTGTATTACTATTAAAGTTTAATCAG TTAAAATTAGATGAAACAAGTTACTTACGTGGAGAACATATAACTTTACAATAATTTATT ATGCGATCTTAAAATTTTTATTTATTGGATATTGAATAAACAATTGATGTCATTTTAATA GTTTTACACTAATAAGATTCTTATGTTTATGAGAAAATATATATACAAAATTCGTATGAC TTATCTAAACAAAACTTTAATTTTATCTCATAATATTATATTGTATGATTAAACAAGCTA TAAATTTAAACTCTTTTACTAAAATATACGTAATTTAAATTTAATCAAAATTTTAATATA GAACTAAATATTCAAATGTCTGGTGAGTAAAACTACGGGTTTGTATTTCTATGAAAGAAG AAAGAATTGTTGAAAGCCACCAGCGTGGCATCAAGACAAAGGGACTCGTACTCGGTCCCC AAAAGGGCCAACTCAACTCTTGTCTACAGAGGGAGAGAGAGAGAAAAAGGGGTATAAAGG GAGTGTTTGAGGTAAGAATTCAGCGGCAGATCTGCAGCAAATTCAAAGAAAAAGATACCA TCGAGGCTGCATAAAGAGAAAAAAAAGTAAGGGGAATTAGGAGAGTATCGTTTTGGATAC CATTTCATTTTCTTTTTTACTTACTTCAAGACTTGTTTGTTGTAAGTGTTTTGGGTACAT ATATATACATATATACATATATATATATATATATATATATATATATATATATATAAGCTT ATCATCATATTGTGTGTCCACGTTTTTTTCTCTGTATTAGAGGGGAAAGGGCTAAGAAGG ATTGAGGCAGTGGATGGTTTTTTAAAAGGTAAAGAAAAAGAGTGAGAAGAACATGATTGA GTGGAGAGAAGGGACTTGTTATCCTAAGGCTTTAATGGGAGTGAATGTGGGTCTTGCTTC TGTCGATGCCGTTATTGCAGTTCTTGCTTTTGCTCAGGTACTCTTCTCTCCCCCCTGTTC TTCATTGTTTCAGAGGGTGTTGTTATATATGTGGAGTTTCTGCTAAAAATTCTGTATTGA TTATTGGAATTTTTTGTGTTGGGTGTTCGTTTCTTGTTCCCAATTTGGGATTTTGGGAAT GCATTCCAATTGGGATTTTTGAAGGGTTTTAATGGATTCTGAATGATAATCTTGTTTGTG ATGGGCAATGGAAAGGTGCTGTTTCGGCTAGGTTTGTGATATTGATTGAAAAATTGAGTC CTTTTGCTAAATTTTCTTCCTGTGGCTTATTAGTTTCTGGTTTCTGTGTTGTCAATTCCG TTAATATGCTTGAATTCGAAGGAATGTAAGTTCATTTGTCACAATGGGGTTAAGTTTTTT GCTTTCTAATTTATCATGGGTTTATACAGACGCATTTTCTTGAGACAGTTTTCTGCCATT GTCATGCATAGTTTAATATAATAAGTAGTGTATCTCTTTGACAAGTTCTGCTGAATTTAG TAATTTAAAGTTGCAAAGATTCGATTCGAAGAGACCAAATGTAATCTTGTTCTGAATATG GATTTTCTGAAGCAGAAAGCTTATTTTTCACGGGGACTTTGCCATAGATCACTTGCATAG CGATTTTTACTATGATTTCTCTTCCTCTTCTCTGGGAGGAGTAGGATGCAGTTTTTCTGG GCCAAATTGTGATATGTTTTGTCATATAGGGCTTGCAGCAACATTTAGGGAGTTATCGAG AAGTGATTTTCACTGTTTTGAGGGACTTTACCAGTATTATGGCATTTATGGCCAATATGA TTACCCATGGAGATTGCATTAAGTATATGATTATTATCTCCACATTCAATAGATTTTGCT GCATTTGGTGAAAATGGTTAGTTTCATTGTTACAATACCATCTAAGATACTAGCTAAATG TGGAACTTTTGAATCATTGGTATTCGTATACCCGCTCTGCATTTGTGTAGGTGAACATGA TTTTTGATGTCCTTGAGAATGGGCTAAAATTGGGATTGTTCTTGAAGCAGACTACTGGGA TTCAACCATGTGTTGTTTTTCTGTTAATGCTTATCAAATACCATATTAGTCCTACGCTTG CATATTATTTGATTAAAAATGGAATAAAAAACAATTTTATCTGAAATTATATTGTTAAAT GATTCTCGGAGAATCAAGAAGATTGTGGGTACTAATTTTATTCATGACAAAGAGATCTTA TATGTTTGAGCTTGGGACTTCCATGTTGGAGGTCTCAAGTTCGAAACCCCTTGCCAGCGA AAGCAAGGGGTATGCCTTCTGGGTCGAGATCGCCTGGTGCGGGTTACCTCTCCTATGTGG TTTGCGAGCTATTGCATAGGAGCGGGGTTTTACCCTGTGCGCACCCAAAAGGGTAGTAGC TGCGGGTTTCCCTTGTAGTAAAAAAAAAAAAAGAAGAGAGATCTTATATTTCAATTTTGG ACCAGAGATGATACGTGTAAAACTCTTCTTTCTCATTGAGAGTGCAAGATATCATTCCAA AGAATAGTTTGAAAGCTATTCAGAAAGTAGCCAATTTTTTAGAGCTAATGGCTCTTGTTT AAGGCAGGAGAGTACCTTGCTTTTCCTTTTGAGATATCCGGTACTCTAACAGAATTTTGT GATCCTTTTGTTCACTATCCAAATGCAGTTAAAGCAAAAACTTGGTACGTTGGGATAACC TTTAATTGAAAGCTAATATGGTGTAAGCATAACTCAGGGTATGGATCTTTTTTTCCCATC CATGTTGTTGTCAATGCTTCCTGAACTGCAAACCGAATCTCCAAATATCTTCCTTACTCC TCCTCCTTTAGGCATGACCTCTTTGAAGGTTTTTTTTTTCTTTTGATGAAGTAATTAGTT CTATTGCAGGCATCAAGTAGATGCATAATAGTTAGAAAAGCTTAGTAGCAAAAGGTCAGC TCTCCTTTACATTGTTAATTGAGAATCAGGGAGCGGACATGGTTCAGAAATCAGGGCAAT CTAGAGGGGATAAATAAACCCAACTATACAAAAACATGAGGCAGTTAGCTTTTAAAGATT GGTAGGTAGTTGATTCCATCAAAGCATCTTCTATTCCTTTCGTTCCAGATACTCCAAAAA ATGGCTGCAGGTATCTTTGAAGGTTAACTGACGTACCCCACTTCATATCCCAAGATCATG GTGGATGATGGTTAACTGCAGTGAGGAAGCATTCCCTTTTTCTAATTATTTTTTAAAAAG TCTACTTCTTAAGAAGAAAAAGACATTGCAGACCTGTATCAAAATATTTCATCACTGCTT GGTGCAGCTTTCTGCGACTTAGGTTGCAACTTTCTCCAGTTCTTCTTCTTCAAGCTCCAG CTATGCTGTGTTGCTGCTTCTTCTTCTTCTTCTTCTTATTATTATTATTATTATTACCAT GCTGCTATGTTTTTTTTGCTGCTGCTTTCTTTTTTTCTCTTCTCTTGTTTCGGTCTTCTT CAGCTTTTATATTCTTTATTTGTTTCTCTTTTTTTTCTTCTTCAGTATGTTAATTTATTT GGATTTTGTTTATTTGTTGTCTTCTTCTTTTTTTTTCTTTCATGTGTTGCGTGTACTTCT TGTGTCTAATTTTAATTATTTTATTTCCATTTTCTTCTCATATTCATTTTATTCTCTTCT TTTTCAGTAGCTTTTTTTGAATTACAGTTGTTTTTTAATTTTTTGTTCTCTTAACAGCAA TTTCAAATGGTATCATCTGAGCAAAATAGAGCCATCAATTTTTTCAATGGCATCATCCAT TTATGTTTTGTTTTTTATTTTGCTTGTTCTATCAAGCATTTCTGGCTATCAACTTTCTAG TTTTAAAATTGAAAGATTTGCTTCTATATATTATTTCTGTTGATGTCTTTTTTGATTTAG TTATTTTACTCATATGTGCGAGGTTTATTTTATTTTTGAAATGGTGCTTCACTTCAATGA AGAGAGTGAAGGGAGCTTTTGTTGCTTTTTTGCGCTTCATGCTCTCAAAAACACTGCCTC CCAGCAAACTACTCTATAATTAGTCCAAGGGGAGGGCTAGATTGGTTTTCTTCTACAAGT ATAAGTGTCTTCTCCTCATGTATCTTGATTGGTTCAAGATGGAAATCGTTAAGAGTCCCT TGATTATTTGTCCCACTTGAATAAAGAAATTGTTTCTTCGGCTTGGTAACTCTTAAAGGA GGTGTTTGACACATCCCTCGGCAGAAGATGTTACATATGCCTTGTTTTTGCATTGCTCAG TTGCAGCCGATATATGGAAGTATATTCCTGTCCTTTTGTCATTCAATGAGTTATGCCTCA TGGTCATAGCATAAAAGCACATACATAAGTGGGGACAATAGAATGTAAGGGAACAATTAA AAAGTTTTGACAGACTGTTCCAGCTTTTATTTTATTTTTTGGTGCCTATGGCTGGAAAGA AATAGCAGAATATGCTTCTCAAGGAGCCTCTTCTCCTATTCATGCTTTGAAGTATGGATG TCTTGGGAACATTTTTTTCTGGAGTAACCATTATATTCTGAATAATTTTGACCAGCTTTT ACACTTTGTTAGCTCCTTAGGCGGCATAAAGGAGGATCACTGTTTAATTTAGGTGCTTGC TTAATATGACTAGTTGCTAAGATTGAAAACCAGAGAGGCAGGGGGTGGGGGTTGTGGGAG AGTTTGATGTTGTCAATGAGTTATCAGCATTCAACTACAATCTAGGACCATTGTGAAGAT GAGGAATGAATCGAGCAGAGTACTTTTTGACACCAACTGGGTGACTAACTGAAAAAGAGG AAACCTTAATCTAGCTCAATTCTAACCTTGGGATACTGAAGCAATCGAATGGCTGCAAAC CAGTTTGGTGCTTCTGTTTAGGTTGCTGCTCGTGCCTTCCGTGGTTGCATAATATTGGTG CAACTCTATTAGAGTATATTCTTGTGCTGTTAATGACACTCACATTTCCAGTGTGGTAGT GATAATTTCTGGTTAAATAGATTGTGCCATCATATTTTTGTGCAACTAAACTTGCTTATC TATTTTTCCAGTTAATGAGAATTCACTCTCGGAATACACACAATGGCTGGACTCGTCAGA AAGTAAGTATTTCATCCTCGATTCTCTTGCTGATTTTATTGGTATCTGAGCTGGATGAAA ACATTCTGTCCCTCCTACTTTAAATTAAAGTACTTTCCCAAGGTTTAAGTAATTATTGAA CAATGTGAAAGCAGGCCAATTTGCTGCCGACACTTTTTGCCTAGTTCCAATTATGAATAG CAAATATACTAATGAAGCATGTTGCTAGATGCTTATATGCGACCGACTTTCCCTTTGATA CCGAAAGTTACTGTGATTTGGGTGTTGTTAATTCTCTTTGGGAATTGCACCGAGGGTGTG GCCTAACTGTCAATGAAGATGAAAACCATGGAACATAGAAGAGACAAAGACTCCTAAGTG AGTTCTTCCCATTTGCCTAAGCCTCAGAGGGTAAAGTTACCCTGTATTTGTGTTGGTGTG CGGTAGTCGAAGTGCTCGCAAACTGGTCTAAACACCACAATTACAATAATAGTAGTTTTC TTCGGCAACTAAGACTTAGGTATGCATGTTCATGTGTGTAATCATTTGTATCTTTACATT AACCATAAGTGACAAGGATAAAATCGTGGAGGAGGTGTGCGTATAGGGAGTATAGTTTGA GTAAATGACTGGTTATGTGAGCTCTATTACTGTTGGTACTTGGTATTATTTTATTTTATT TTTGCATACTTATTAGGAACACTTCCCTCATCTGTTTTCCTTCCAGCCAAGCTCCTCACT TATGTTGCCGGTTTACCTATTAAGAGTGTAGAAGAGAGGAGAATGTGAAAAGTCCCAGAA CCCATGTTGATGATATTCAACTAAATACTCTTGTCTAAACCATTAGTATTATAATGTTCA AAACGCGTGCCTAGCATTTACGGTTCAGGTGACTTATCATCTCTTTTTAATAATATTAGA TAATTCAGGTGACATAACAGTGGTCTTCAGAAGCGAAAATATACTTCAGATTCCTTTACA GTTGTGGTATTAAGTTGCTTCTTTCTCACTATTGCCATAGTAATGAGTAACGATCCTTAT CCTCCGTTTCTACAACTTGATAACTATTACCTAAAATTTTCTTTTTTGATAACCATTGCC TAAATTACTGTTCATCATGTAGGTTTTCAAAATTTTAGTATTCATACCAGGTTAGTCTCC AATTTTTTCCATGTGATCTAGTTGTACTCTCTTAATGTATCTCTCTTCCCCTCTCAGTCC TCTGATGAGTACAAATCCAAACTTCAGGATATTAAACCCAGCCTAATTACTTGGCCATTA TGGTATTAGTGGTTCATTTATGCTCACATCTAAATTCTTTGGTGTTAGAGATGAGGGGTG TCTATGCTCAGTTCTTGGTGCAAGATCAGTCTATTGATGATTGACCATGGAGGTTTTACG AGTGTGATAATGGTGATATTGAGCTCTGTAACAGTCAGGGTCATAGTAGTGATCGTCTTG TGGAGTTAACCGGTAAATGCTGGCCACTGCTACGTTCTACCATGTTAACTTCCAGCCAAG TGGTACAATGTGTAGTGCAGATTGGGTTGAATATTCTGGTGATGTTACTTCTTCAAAAGA ACACAAATGCATCTTTGAATAGCTGAAATTAGTGAATATCGAGGAGTCTTGTTCTGCATG AAATGATCCAAGTATGGTGCAACAAGACGCTTCTTCCACTCATTTGAAGGCACTACCAAA AAACGAGAGTCAGTTTACCTCCTTGTTCTTCTAATACCTGACTGTGAAGTGGCGCATGCT TGATATACCAATTGGAAACGAAACTGGGCTAAACTTGATAATATCTACATAGACTAGCTC CGTGTAATAACAAATAAAAGACTTCATCAACTCTGAGGTAGCACTACATCTCTTGGAGGA TATACACATATATTAGAATTTGGAAATATATTGCCTTAATTAGTTTAGTTTACTGCTATG AAGCGACAGTCATCAAGATTTTTCAATGATTCTTCTTCCTTTTGTCCTGGTTAGCCTTAA AAAAAATTCTTTAGTAGATTCAATGAGGCTTCCTTCTTGTTCACTTATGTGCTAATTACA AATCATGCTTACTGGACTTCGCTATGAAATTGCAGGTATTTCACTTGATGATTGGATCTT CAAATTTGGGTAAGCATCTTATTTTCTCTGTTGTATCATCATTCTATCTATGGATTATTT TTCCCTGAGATCTCCCCGGGAGCTCTTATCAAAAGAAAATATTTGCACTCTTACTCATAA TATTGAGTTTCTTAAGCCAATTGTTGATGCATATTTTGTTTTGAATGCACATGGGAGAGA TTAAATAATGTGAAGCACAAAATGATAAGCAATTTTAAGAGTTAATGCAATGATATGACT TAGATTAATTTGGAAAATATGAAGTTGGGCAAGATTAAGTAATATGTCGCTTTTCTTTAT CATTTATGGGAATACAAGCTTCCTGCAAACCTTTCATCCATATGGGGTAACTGAGTTTTT TTTGAGAAAGGTAAAGTTAATTCTATATATCCACATGTATACTACATCAAAGCGTAGTCA CAAGGAACAAATATCAAGAATATTTGTTCCTTGTGTAGCTTCTCACTAACATTTGACTCA ATGGTGGAAGTGTTGAAAAGCAACATGTTATGCTTTAATTAAACGTAATTAAAATGTGGG TTCTTCTGAAAAATGTGCTGATACGAAGTAAGAAGGATTTTAATCTAGTGCAATCTATAA AAATAGAAGAAAGAAATATGTATCCAGCACCAGAAAACATAATTATGAACAAAAACAACT AACTCAGACAAATGAGTTGGTAGATACACAACTAGATGAGATATTTAGAGGTAAGACGAT GTAAATTAAGTTCAAAGATCATGCCAGTTTTCTAATTTAGATGCAAATTTGCTGCTTTAA GTTTCTGCTGCACTGCATTCTAACTTCTATTCCTAATAGTAACAATTCATTTGTTTTGTT CTTTGTAACAAAGTAAGATATTAACATGCAGGCTGCGTTTCAGCCCAGTATTAAAATGAG TTGAACAAAGCGGGTCAAAATGAGCCCGCTTAATAAAATAAGTGGGTTATTAATCTGTCC GAATCTAAACAGGCTGGGTGGGTTATGATTTTGGGCTGATTTTATAGTATCTTGTTTTCA AAGTAAACAAGCTCAGTTATTTACCTCATTGAGTTTGAGATGACGTGTTAAAGTATCATT ACTATTATTATCATATTCTTCAATTAGATCACTGGTGTTGTTTCTTTTACTTGGGTTATC TTCACTATTTTTGTTTTCAGTACTACTCTTTTCTACAATATTTTTACAATAGCTTTTACT CTTGTATATGCCAAACCTGTTTTCGAAAATGTTTTTCTTGATCCGAGGGTCTATCAGGAA CCTCTCTACAAGGTTGGGGTAAGGTCTGTGTACACCCCAACCTTCCCAGACCCCACTAGG TATGTCATTGTAGAAGATCTAGCTTCTCGTTTGGTAGAAATTAAGGGCACAAAGTGTATA AGCTAATTTGGACATGGAACTTTGATAAACCACCTGTGCTCGTGTATACAATTATCTTTA ATACCTTACCTTTATCTTTTATTTTTTGCTTTCTATGCATTTCATAATGATAAAGTAAGT TACTGTCCAGCAAGTGATCTGTTTGAATTTAGTTGCATTTCATAATGAATTTAATTCTCC TGCAGGTTATTTCCTTTATTTTATTTTGACAATTGTTGCCGCATGTAATGGTTGGATTTT CTGGTCGCACTCCTGTGGCTTTGTCGTTATGGGTATGTGCAAACCCGCCGTTCTTTTTCA ACTGAGGCTATTTTAACTAAGACTTATGAAAACTATTTTGCAGCTTTCCCCAAAATTCTT TTCCTTGCGGCATTTCTTCTTCTCCTTTCTTTCTGGTAAGTTCGCCTTCTGTTTTCTATA TCCTTTAACGAGTGAAAATTATTGTTGTGAATTTAACGATTTACCTTCTTTTTATAATTC TAATTTTGAGGAAAAGAAACTAATTTATGAGGGAAATTCAGTATCATGATCTTCCTATTT TTTCTCAGTCATCTTCATTCCAGAAAATAATCTTGGGGCAGAGAAGCAGTACCTGTTGCT TTAATCAGTAAGCTGACAAAACCAGCAGTTTGCGAGACACCAAATAATGATCCTCTTTTG GTGAATAGCAGTTACTTGCTAAAGTTGCGTGACTTCACTTTCAATGCCACACCCGTGTCG GATTCTCCAAAAATCCACTACTTTTGGAGAATCCGACATGCACCCATTGTCATTTATGAA GAGTCTGAGCAACATAGGTTACTTGAGCCTAGTGCTGTTTGTAGATTATAGATACTTCTG CTCTACACCAACAAAGTTGTCACTTGTCATGTATCTCTTTTTTTTAATATCCGATCAGTG GTGCAACATTCAGTGCTTGGTTGATAATGGGCACACTCCTTTATACTTTCTCCACTTAAA CAACAACAACAACAAACCCTGTGTGATCCCACAAGTGGGGTCTGGGAAGGGTGGGGTATA CCGTATACGCAGACCTTACCTTACCTTTATGGTGGGGTAAAGTTGTTTTCGATAGACTCT CGGCTCAAAAATGGGAAAGAGTGTTTTACAAAACAGGTTTGAAAAATACAAGAGTAGGAG AACTATGATGCAACTATCAAAGAAAAGAAAAATATCGACAACAAAATAGAAAAGATAAGC AAAGTAAAAGAAATAACAGTAGTTCTAAATCTTAAAGAAAAAGGTAACGATACAACAAGA ATTATAGTACTGATAAGTATAAGAAGGAGAAAATAATGAACTTCTCCACTTACATACCAG TTCTTTATTTGCAGTGGAATATATACCCGTGACATGCGCCTGACCCACATATCATGACAT CACACACTATGTTCTCACCTTTAGACCAAAACCTTGGTGGCCAAAGTTGTCGTGCGTCTT ATATCCTTTTGCACTTGAATCTACAAAAATATTACTATACAAGAACCTCTGAAATAAAAG AAAATGTGCAGGGGTCCAAGCCATGAACTCTATCTTCATGTAGAAATTAAATATTGATGA AGTCTAAAATCCTTTTCTGTAAATGAATTTAGGGTTGATCTTTGTCATCAGTCAAATGAT GAAGAAGATGAAGATGATGTATATAGCCCTCGAGAAGCTTTGTTGGAGAAGAACAAGCCA AATTCAAATGCTGATAGTCGCCGAAGATGCTGCTCTTTTCGTGCTGTCAAAGTGGGAAGC CGCCAAAAAGTTGTGGTTCTGGTAAAGTTTATGGAATATGCGCATATAATGTTTAAAAGG CAAAATTGTGATTCACTTAGCAGCTCAGTTCACAGGCTTTAAATGCAACTGGCCAACCAT GTGGCGAAAAGTCTCTTGAGATAACAACCAAATAAGTGGGGCTAGTCCCACATTTATGCT TTGTGTTATCTGCCTTTTGTGACTCCAAATATCTTTTCTTAGTATTCGAGTATAAATTCA TGTTACTGCTAACTTATAAACGATGTGTTTTTGTTCTATAATTTAGTATGTGGTGAAACT ATATTAAAATAAACACATCTTATTATCACTTGGGTACTTAATTATTTCTGTTTATCTTGT GCTTATGAATTATATCACATTTTAGTGGGCTTTTTTTGAAAAAAATATTTTTTTCTAAAA TTCTTTCAAAATTTTTGTGCGGCATATGTCTGCGTTGTGGCAAAATCCCTACTCTACAAA CCCCCTGCTGTGCCCCCACTTTTAAGACATTGTGTGTATGTTCTACATAAAAAATGACAC ATTGTAACTCACTGTGTTTCTCTTTTTCCAATTTGGTTCTTAATTCATGTATTTGCTTTT TGACCAGGTTACCCTGTTAGTTTTTCTGTTAATGTTGGTAGCTGCTGTACTAATATGGAT TGGGAGGGGAAGGAACCCTATTGATTCATCTGTTGTGGCTCGGGTATGGACCAAGGCTCT TTGATTACCAGTATCTATTTATTTGTTTTTCTTGCATATTCTGTAACCTATTTGATTTAG CAGTGGTTGGTTATTTCCAGCCTCACATATTCATTTTTAGCTGCAACCAGATTTTATAAC ACAATCTATTTGATTTTGGTTTTCACATATTCTTTCTTTAATCCATTTGATTTAGCAGTT GTTGGTTCTCTTTATAGATTACTTTGAGCCTCACATATTCATTTTTAACTGCAGTTAGAT TTTATTACGCAAATAAGTATATACCTCTGACTTGGAGCCCAAACTATTTCTTAGTATTTA TTGGGAGGAGCATGTCGTTGAAACTTGAAAGTGAGGATGTGTTCTCCTGTGAGTAAGGGT AGTTCTTGTAAAACGCGTTTCATGCTTAAATGAATTAGCATTGTTTTTTTAATTTGCTTT ACTATACTAGTCTTTGGTGTTCAAATTATTGTTGGGAGAAAAGAAATTTAGACTGTTTCA TGGTGATTTTTTTCTTTGCCACCTTCTCCCCACCTTCCTCTTGATAATTGATGAAGTGCA GTTTCATCCAGGTGTATGTAGATCTCTTTGCCTTAGCAGTTCTTTTGCTGGGAGTGGCAT TGGCATGCTATGGTTAGTATATCATACACTGGTATTATTTATCCCCGGTTCCACATTAAT GTTCACACGTCCCAGAAAATTGTTGTCTTGCCATTTTCAGTAATATAATCTTATCTATTG CTACTATGCACCATAAATCTTTACATGGGCACTTCAGTACTTGTGTAATAACTAACATCT TGATCCACCATTTCTTCACACAATCAGCTGATGTAAAGATTTGAGTTATTTTATTTAACA ATAAGGAGTGATTTACAAATGTTCAAGAGTTCTCTCTCCCTCTGTGTGTGTGTGTGTCCC CAGATGTGGGTCAAGGGGGTGGAGAAGTGATTTCAGAAATAGTTTAGACAATAAGATATG CAGGTTGATAGTTTTAGGGGGTGAATCTGCTGTCTCCCCAGAAAGACAAATTTCTCATCA TTAATATCGCGATCGAATGAGTTGATTGTTCAACCAATTATCTGTTTCTCATCGAGCTGT GCGAAATTTCTAGAAACGGTTGTCGTAAAGAACTTGCTGTTTAAATAGGTCTTTTGTGTT CTAATTATTTTGTGTGAAGGTTTTCTATTCAAAAACTGTCTTTTCTGACCATACTATCTC GTCTATGCAGGACTGGTATTGTTCTTGAAAATGAGCAAAGTGAGATCTGAAAGGGCTTCA TCAGAAATGTGGAAGGTACTAACTCATCTTTCCTCGGTGCATCTCTACCATTTTCTGTAT GTCAGCTGGAATCGTTATTTGCAGACTGCAGAAAACTTGTGTGTCATGTCATGTCATGTC ATACTGAGATCTTTTACAGTTCTAGTTTTACGAACCGAGCTTGAATAAAGTGCACTTTTC TTTCTCTTTTTTTCTTCCTTGTTAGAGTTTAGCTCTCATGTCACACATTGTAATAGATTT TTTTTTTCTTTTGACAAAGCGATTGTGATAGATCTTTTTACTGTGAAGTTCGATTTTTTA TTATATGTTTGTCAAATGAAGGTTGCAGGCTTGGCAGTTGTTTCTGTTCTATGTTTCACT TCAAGTGCCGCTGTCGCCATATTCACAGATATACCCGTATGTCTTCTGCTTGTCTCATGA GATCGTCTTTTATTTTGACTGCATAAGTTTCTAAAAGATAATGCTTTTAATGCAGCTTCT TTTTAACTGGCATGGACAGAAGATAAATGGTGTTTGTACATCTCTTCTCATGGTTTTGTA TTATTTTATAGGTACCCTTTAAAACTTTTTCCTTACTGAAAGCTTGATTTGAATTTCTAT ACTTCAGTGGGAACTTCTGCTTTCTGCCTGCTAATTGTTGTTACCAATTGTAGAAGCTAT GAGATGCTCCTGAAGCCCACCTTTTATACCTAAGAGCTACCAACTGTAGTTAATTAGATG AAGAGGGCTGAACTCAACATGGTGGAAGCAACCAATTTAACAATCAGAGGTTGCTCTGAT GATGTCATATAAGTGCATTAATATCGTAAACATTTTGAGTTGTTATGAGATGTCTCTCTG GATGCATTCAACAGATGTTGGGAGCTATAGTGTAAGGACTTAACATAAGAGCTGGATTGT GAAATATCAGATATTTCTTTAAAAATTTGAGGCATGACTGAGAGGGGATTTAGTAATAGT GCGTCAAGATATTGCTTGCCTCCCACTTAGTTCCTGCTCTTCCCCCTGACTCCACTTGTA AGATTACAGTGGTTATGTTGTTGTTGTTCTTTAGTTTAAGAAATTGCATCTATCTTCATT GTATTGGGCTATGGTATGGAGACTCCAATTACTTCAACCAAGAATACAAGTAGCTTGTAC ATGTTTTGTTGGGGGCAGCTGATCTTACAATGCAGTTCTTTCCTACGAATTAGAGTTTTA TTCACAAAGGGGGAACTTTCTAATACTCTGTACCTGATCAAAATATTTTCCAGGTTCTTC TATACCTTCAGCATTTGTGCTATGGGTGATGAGAGAACTACCACCTCCACTTGTCACTTT CAGTCAACAGGAGTCGAGGACAATAGCTTTTATAAATGACAGTTCAGCGACAGTACAGCC TCAGCGATGGACAGCTGCTGCAAGTGTGCAAAATCAGGTTTCTTGCCTTCTTTTAACTCT AATGCACACCTTGTTTGTTGATTTGTCTCTAGTCGTGTGCATCATGATCTTGAGTAGGGA ACACGTAGAAAATGCATGTTCATTTACAAGGGCTATAAGCCTATCACTGATTAAATGAAA TGGAAAAAAGTTCAAGACGAAGCAAATAAATTATTTATCTCCTGGCACATTACACTAGGG ATGGGGAAATCATGGTAAGTGAAGCTATGGCTACAAATCATTTTAGCTGTCCATTAAATT TTTCGTTAAGATCCACCAACTCACCAGAATTGCAGCTTAGCAGTTGAAAGACAACTTATA CAAGCATTATTTTTAACCTCACATCAAAACCCAAAAGAGAATGTGAAAGTAGAGTGCAAA ATCAATGAAGAACTCTTTTCATTATCTTACACTAGATGGATTCACAAACTTGTACCAATG TGTTCTAAGCATTGTGGATGCAGGTCTCAAGGGCGAGCCCCATATGATCACCGTGATGGA ATTTGTAAATTGATTGGTGATTTTCAGCTAGAGTGAAGGACTGACAATACTAAAAATGAA AGAACTTCTCAGTTGAGTGGTCGGTGTTGTGGTTGAGTGATCGAAGAAAGCTCAACTCAA CGGATAAAAAATACCCCTTGCAACTAAGTAAGGTGGTTGCTCAGGGTACACATGCCTGCA TAACTTGGATTCTTGTACATAGCAATGAACTTTCTAAATTTTACAGATTCTTTTTTGTTG ATATAATGAGGTTTTAGATTTTTCTTGCCCTTCAAAGCTTTTCATCTGATTATCCTACAT TATATGATATATGGTCTGCCATATAATTCAATTTGCTCTAGAAAATTAATTAGCCATTGG TCAGCATTTAAAAGGACAAATCCATTTTACCATACTAAGAACAAATCACAATTTTCCAGT TGATTTTTTTGAAACATTTCTTTTCTTCCATTTTTTAGTCTCTGCTTTTTGTTTTCATCT CAAGCGACTTACCTATAATTTGGTGTTCTGCGTGATTCTAATTTACGATCACAGTGCCAT TTGCCACTAGCTTAACTCCTAGCTTTTGGATATATACATCAGTTAATTAAAATTAAAAAA TTTACTACTGTATTATTTAAAGGAACATGTAACTATCAGAAAAATGAGAATTAAAATGTA GTGCTGTGTTTTGGCAAAGCTTGCCTGCACCTTAGAGACCAGGTACATGTAACTTCCCAG CGGTAACACTGACTACAAAGGCTCAAGTTTATACGAGAAGTGACTGCCAAATCCCATTAG TCCAAACGACTCTTTTGAAAGAAGAACAACGACAAAGTAAAATAGAAAAAGAAGCCTTCG AGCTAATGCATTAGCAGTGGCACTTCAAGAGCAAATTATGCAAAACCGTGCACCCTTTGG AGCTAGAGAAATACATTAACCGAATATATTTAACAGCTCTTGCGTCCTGTCTTCCACCTC GAACAAAGTAGTAAAGCAACCCACCAGTTGCCATCTTCAGTAAATTGTTTAAAATCCAGG CTTGTGAGAGAATACTCTACAAGCATACTCCAAATCTGCCAAGGTAAAGTCCATTAACCG GTTTTAGCTACCAACAAGGAAAACAGGTTTATCACAAGGTCCAACAAAATCATATGTCAT TGTTGTGGGAAGCAACAACACATATATACCTTCTCATACAAGTTGGGATCAGCTATATAA ATTCTCACCTATCAGGTTTCTACATTTAAATTCATCACATGCCAGCATTATATTATTCTT ATAGAACTAAACATGACAAAAATCAGAATATTATGCAGAGGATACATTATTACGAGCCAT AGTCTTGTCATACATTACCAAGCACACATTTTTCCAGTCACAACCAAAAATATACAACTA GCATTTGGACGTAATACGCTAGATAAAACATGAAGCAAACAAGAAGCTTAGTCTGAAAAT GTGCAAATTTTCTACAAGGAAAACCACTAGGAGGAAATTTGAATTAGCCAGGGGAGAAAA CAGAAAACTTTTAGAAAGAAAAACACTAGGAAGAAACCTAAACACAATATTTGATTCCTA AACATTTTGCTACCTCTCATTAAGTGAGAACTTGAAGTTTAACACATATAAAGTTCACAT AACTTCCTCCCTCATAAGTTCTTGAAAAAATTGACAGTAGCATAAATAGTTCACTAAGAC TAATTTGGAAAAATAAAGAGAAAAAAATATAGAACACAGGAATCAAATCAGTGACGAAAT GAAGGCAAATATCAAAGTGAAATGAGGACAACATTGCAAAGCAATGGCACAAGTTCATAA CAAATGATCCAACCTCCTAATTAGCAAAAACATATTAAGCATGAAATTCTAAACAAGCAT ACCTTGAAAGGTTGATTTACTGTACTTCTCTTCCTACTGATCCAAAATTTTCAGGAGGCC ATACCTAATGACAACATCAGAACTTTAAGATTTCTACAACGCAGCAAAATTAAAGATAGA ATGCTGCACAAACAAGTACTTCAAATACGGAAAAAAGATCAAAAAGGTTACACATTTTGT TTTACAACGTTCCTAGTTTACTAATTGAAGATGACTCTCCAGAAATAGCTAGCGACATAT CTGTTGGTTTATGAATTCAAGTCAGAAACATAAAACATATTGGATGAATTTCACAAGTAT CAACTAGTCTACAAGAACCTGAAGTATTAAACACGTTCACAAGATTAGGTGTGCTTATGC ATATATGTAGAGATTTTAGCCTTAAGCCCCTAACTAACCAAATTGTACCAAACAGTACCA ATAAAATCAGCGCACACACTATTTAGCACAATAGAATCCCCTGAAAATGCTGCTTATGCA CAAGCTAGACATGATTCCTATGGCAGGTGTTCCTTCTGGCAAGTCCTACAGGAGACTTAG CTATTCTTTTAATCTTATCAAACAATACAAAGATAAAAATCTGACTTACCAATTCAAACT TAAAAAAATTAAAAATTGTCTTAAACATAATCATCAAATGGCATGCATAAGGACAGCAAT ATGATGGCGTTAAACATACCTTCGAAAACAGTTCCACGAAATTAAGCAAAAAATATTTCC AAAATATAATAAAGTCCTAACAGTTTGGCAAATTAGCTAAAAATTAAAATAGAGAAGAAT TACTGACAAGCCAAAAGACTCTGCCCTGTACAAGTCCATAAGGTACAGGTCCAAAGTTCC TCGAATCGTTGGTATTGAATTTGTTATCCCCTTCAATCCAAACATGTCCATCTGGTACCT GTTCACATTCAAAGCATATTCACCTAAGAAACAAAAGTGGAGCGGCGCAAAGAAAATAGG GCAGCAAAAACCCAACTACATTAGCTCCTGAAAGTAAACTACAAACATTTACCAACTGCA AAAGAGGAGAAAATCAGTTGTAAATGAAGGTATTTGATCAATTCTGAATTACCACAATAG TATGTTCTATTCCATTATTTGCATGATCCACAACATATCTAACAGTATCACTACCCATGC CCATGATTCTTTTGATCACAATTTTTCTCGGGTTCTCAGGGCTACGCACTAGCACTACAT CTCCACGTTGCATTTTCTCAAACCGAGTTGATAGCCTTTCAGCCAAAACAAGATCTCCAG TCAGACTAAACGTTGGAAGCATGCTTGGACCTTGAGTCTGCCCAAAATATATGAAACAAA ATACAGATTTAAAAATTGCAGTGCAATTGGTCCAAAGCATGAAGTAGTAAACTAAGAAAA CAGTATAGTACTACTGGTTAAGCTATCGTACGAGAGCTAAGGTGCAGATATAGCTGTTGA CCACATGAATACCACAGAGGAATTTGGCTACGAGTAATGTTTGCTGAAATGCTTCTTTGA TAAAAGGCGTCAATTGCTTCAGATTTTTCAGACCCATTATTAGTCAATCTGCATCTCAAC CCTAAAGAGGCTATCTCACCAATTAAAATGGATGACAGAATCAGGCGAAAGAGTACCACA GTAACCCAGACCTCTACTCGACGGCGAACACGGCCCCCGCTATTTAATTGTGCAATCTCC GATTGACGCACAGCGAACACAGCCCGGAATTTGGTGGTCTAATTGTGCATTCTCCGGTGT AGAGAAAGTTGAGAAAAATATTTTCTACAATAGTCCCTTAAGTTTGAGCATCAACTCAAA ATAGTCATTGAAATATACACTAACTCAAAATTAGTCCTTATAGTTTTAAAATTGTCATAC GTAGTAATAATGGGTGGAAATCTAACTGCTAACGTTGACCATTGTATGACTCATCCAACA TAATTACCAATCGAAGCAATAGTAATGAAGTTTATTTGAGAAAGTGTAATACTTTCGCTT ATCATATTCATATTACATTTTTTTTAAAAAAAAGTGAATTTTAACTTATTTTTAAAATTA AATTATATTACACTAATTTGATATTGAAATTAAAAATTTAGATATTCAAAAATCATATTG AATTATTATAAATTGTAATTTTTACATTGATATGATAAAAAATACATTGTAAAATATTAG TCAAAATTTATATAATTTAATTTGGCTCTAAAAAAGAAAAATATGACAGTTAAAAATATA CAGAGGTAATAGTAGTTAGAATGATTTTGTTGCTAAAAGTGATTTCAACAGGTGACTTGA CATAACATGTTATTATCAATAAAGTTTTGTAATTCGTTACTCTAAAACACGTATTATTCA AATTTTCACGATTCAAATGATAGATTTATTTTGTACATACCTTCACTTGAAATATATATG ATTTTCTCTTTTCTTTCTTTTTTATACATAGACAATAGTTTTAAAAAAAAAAAAGTAAAA AAAAAGTGAGGAAGACTTTGAACATATTGGAGCTTGTCTTGTATCATTTCAATTTCAAAA TTTGTGAATAAATCATACGAGAGATCTTCTTCTAGCCTAAATAATCATCCCTTCCAAATA TTAGACCAATTAGTTTCTTATAATTATTAAATATTAGATTATCGATAAAGAAGCTATTGA ATTAAAATTGATGCAATAACTAAGCAAAACAACTATTAACAAAAAGAATTAATTGATATT GTAGAAAATCCCTCCTCACTCTCTTTTTTTTTTACAAAAGTATTATTTATTATCAAAAGA GAAGATAAAGAGAAATTTAATAAAGTTGAATGAGGTATGTATGAGATTGAATTTTAGTTT TTAATCAATCCAGAGAAACGTTATTATGAGTCACGTTTTGCGTTTTAGCTGCAAAACGTG CCTCAGAGAAAAAAATAAAAAACATTACTGAAACTAACGTTTTATGTCTGTTTACTCAGT CATATTTTTGTCTTTTTTTTATTATTTTTAATAAAATATTACGTAAAACGTTATTAATAA CTATGTTTATATTAATATCATAAAATTCTCTAAAAAAATATATTATTTTATTAAATTAAT TTTTAATAATGACTTAATTTGAAAAAAATAAATAATCTAATTTTCTCCATATATATGGAA ACTCAAATAAATTCATTGAAGCTATTTTCCCCACCAAATTTTAAACATTTCTTTTTTGTG AACCGCTATGGGATAATTATGAAAATTTGTCATTATTTTTTCTTCAAAAAGTCAATAAAA TATTATATTAAATGATAAAGCATGATAGCTTTAGCTCATAGCTCATTGCACAACATTTAT TCACTTTTTTTACCTCATGCCTATAAAAGTAGACCACGTCAAATTCATTTTGTTCATACA ACTCGAGATGTGAGAAACATCAAGTTAGATAAATATAACTGTCACAATCTCTATAACTAT ATAATTAAAAAGAGTTAATAAAATAATCGCAATGTGAATCACCGAATAAATTTTTCTATT GAAAATTCACATATATAATTAATTCAATTGTTATAGATATAGAATTTACTCAATAAAAAT TTTAATTTTACGAATCTGAATAAAATATAATAAGTATAAAAATAACGTCAAACGACAGAT ATAATCCAAAATCTTTTCGAAAGTGTGAATGGCTAATGACAACAAAGATAAATGACAATA GTAAGGTTGGCAAATTGGCGTGCTGCTGTCTAAAAATTGCATGCTTATGCACAAAATTCA AAGCTATGAAAGCCTTATTGAAAACAAAAGATGAACCTTTGAAAATGAAAGGGGAAAAAA GAGATTATTTTTTTGGACTCAAATATTTAAGTTTGAGCCAACAAAGAATATAACCATATG GTGGTCCATTAAATGTTGACAATTTAAAACTTGTTGGTTAATAAACTTTTGAAAAATGCT TGCTATTATCTGAAAAAGGATAAAATTGTTGCCCTTTGATCTTTCAGCATCAAGGTTTTA TTGGATGCATGCTTTAACTTTCTTATGGATTTTTCAAATTGCTAATCAAGTCACTAATTA TGATTAATTAAGATTTTGCTAACCAATTATACAATTATATATCTATCTTATATCCTCTCA TCTACGCAATTTTCAAGTGAGATATATAGTAAGCGTTTCATCTAAAAAATATCTTTGAAA TCGGTAACTTTTCATAATATTTTGATCATTTTTATCCTCTGCTCCTTTAAACCTCACTTT CATGCCGGATATAGCGACATAATAACAATATTATCGATAAATTCAAAAAGATAAAAACAT ACATAAATAGATAAAATACGTTTCGCACTAATAACTTTTAACTTTTCATATCACAAACTA GAAGTATATGTATGATAGTTAAAACTAAACCATCTTGCTATCATATATTACTAAGTTTTG ACTAGGTTGACATGGACATTAGGACGTGCATAAACATCAGAAAATTAAAAATACGGAATT GAATCGAACTTTTTTGATATTTTGGTTTCGATTTTTCAATTTTTGGTTCGATATTCGGTA TATATTTTTATTTTTTCAGTATTTCGATTCGCTTTTCGATATGTAATTTTGTGTTATTCA ACATTTCATTTATCGAAATATATTATATTATAATATATATTTATATTATATTAATTATTA ATGTTAAAAAATAAATATTATAATTAAAAACTAAAAAGTAAAAGACACTTCTTTGATGTA ACTATTTTTAGCCCATTAAGCTAAAAAATCAAATAAAAAAAAGGCAACTTTCACATATAG CAAACAAAAAATTTATATTTGTATGCTATAGCAAACTTTGCATAATTGCGCTCCATAGCA AACATAAAACTGCGTAATTTGCTATACATATACAATTGTATAATTCGCTGGCCTATTTCG CTGCAATTGTATAATTTGTTTTGCATACAGTTGAATCAAATTAAAATGTATGTATATTGC ATAATTATAAGTGTATAGGAAAAAGATATATGTTTTTCTCGCTTTATACAAAAACAGAAA CACAATATATACACTTTTGTTGTATAAAGCTAGAGAAAATTGTATTTCACTGCAATTGTA TAATTCGCAATTGAGTAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTTT GTAAATTGTATAATTAAGTGTATAACACGAAGATATACATTTTTGCATGTGTATATACAA TTTTCTCTCGCTTTATACAAAACAGAAACAGAATTATACACTTTTGTGTATAAAGCGAGA GAGGCGAGCGAGAATGGAGAGTAGCGAGCGAGATTTTTGGGAGAGAGACGCTGGCAAATT TTAGCTAATGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTATTCCATTTAATTTA GGTTATTGGTTTGCTATTATATATAATTTTTCCATAAAAAAAATTGTTAATTTTTAAATT TTAAAAAGCTCACTAAGCAGTCCCATTAAAAAAAACAAAATAACAAAATCGAATCGAAAT AATATAAATTGAACCGAAATAATGAAAATCGAACCGAATCAAATTATTCTGATTCGGTGT TCGATGCACATTGCACAAAAATCAAAAACCAAAAAAGAAAAACTGAAACCGAATCGAATT ACCGAATGCCCACGTAATTGGAAAAACTAACCTTAAATTAATAAAGAATGTCTATATATG ATCTTATGAAAGTTTAATTTCTTTTACAATGTTAGTTGCAAAGTACAACTCATACATATC ATAATAATATTGATTCTTATAGGCTGGCGTGGGATGAATAAATGATTAATTATGTGTTAA GTACTTGTAAAATAATCAAAACTAGTTACAATAATGATCACAGAATTAATGTTTGTTAGT TGTCAATTGTGAAGTACAAGTTGTTCATTCTTCATTGTATCTTATATAAGCGTGGGATAT TAACTCATTGTATAATTTTAATTACGTGTTAAAAGATCATTAAAAAGTCTAAATCTTCTT TCTTACAACACCAATGTTATCGTCATTTTTACTATAATGTCTTGCAATAGAATGTTTGTA CGCATGATAATTAAGTTCCTTATCTTAATTAGAAAAAGAAAATTGATCAGAATAATATTT TTTCTATGTTATTTCACTTTTTCAATCATGTTTACCCTTTTAAGTTTAATGCATTTTAAC TAAAAATGAAAAAAATGTATATTTTAAAATAAGAAAAATACTATAGTTTTTTTACTTTTC TAACCAAATTTTATAGTCATTTAGCACTTTCTTTATAATTATTATCTCCTATTGAATTAG CAAAGCAAACTATTCTCTCGTCACAATTTAATTGTCGCTTTAGCTCAAAAAATTGTCATC TTAAAAATTTAACTATAAAGTTGTCAATAGTTTTCAAATTGTACTTTTAGACTTTAGTTC AATAAAAAGACGATAATTAAAATGAAATGGATGAAATATCTTGTGCAATTTTCACGATAA AATAGTGTATCCCTAACTATAAAAGAAAGAACATAAACGAGACAATATATGCATCCTATT AACAATAACCACACATTAAGGCAATAAAATAAAATTTTGTTTAATTAGAAGACATATTAA GCTGAGATGGATTATTATTTTATCAATTATTTACTTATTTATATTAAAAATAATATGCAT AACAACATTTTTAAGAAGAAATTATCTTTACGAAAATATGCTCCTATTTTTTTTTTTAAG GATGTCATGGATATTTTAAACATGAATAACTAATTTTCATACTATTATTTCATCCTTTTG AAGATATAACTTTTTTGATCACTAATTACTAAATAAGTTTTCTCAAAATTAATTATACAC TAAATAAAAAATAAAATGATACTTCAGTAATTTTTATTTTCAAACTATATATACTTGTAC AAGCTATTTCGTGTTGGAGTAATATTCAACGAAACATTGGCATCATTTTAGTGAGTCGTG CTTATAGTATTTCACACATATTTATTATTATTTTCATTGTTTTTCCACTCAACAATATTT ATTTACTATACTAAAAATAGATATGGAACAATATTTATTTAATTTAATAATTTTACACTT TTATGTATAAAAAAAAATCATATATAGGGAACTGTAGTGGACTTTCGCTCACTTCGAAAA TCTAAATCCATCCTAGCATATAGGCTTGTTTACGGGGTTGGCTGGGTCAGTTTTTAATCA AAATCAAAGCTAAGTTAATTTACTTGATTTTTAAACTATTAAAATTAAATTAAATATTAT ATTAAATTGATTTAGTTGTTCTCAGTTTTTGGTTTGGTTATTAGTTATAAAAGATAGAAT TTATTTTAAATAAATTATTTAAGATAATGATTCATTCAAAAACATAATAATAGCGAATAA AATTACAAAATTTTTGACTACTAAATTAACTATACATAAAACGTTCACTTTTGATCTAAA TAAAAAAAAGACAACGATATTTTCAGTCCTACAAAAAAATTGTCAAAAATACACCAATGT GTATATATATAAAACCAACAAAATCAATACCCTCTATTTGAATATTAATTAAGGATGAGC TGTTTTTATACATAATATATACGTACATACATACCTTCACACTTTTACTACCTTGTCATA TTATTTGTTATATATATTATATATGACATGTACAAAAAAATAACTTTTTTCTTCTCTATC TTCACATTTTTTTCTTGAGAATAACATTTTATCACTTTCCCTTCCCCTTTTCTTATTCTC TAACAACAATGAGTAAAAACTTGAAAAAAAAAAGAAAAAGAAAAGGAAAAAGACGTTGAA AGTTCCATACATGAAAAAGACCAAAAAATACAAATCGTTAGGTGAAAAATGTCAATGAAA TTTGAAAAACAATTCATTCATAGTACAAACTTTGGTCGGATAACTTTTCCAAATAAAAAA ATTTAGTAGAACAATAATAAATTAAATTATATAAAAAGCTCCACTAATCTTTACTCTTTC TTTCACTATTTCCGATACGTAATTAAATATATATTGAGATAAAATTATAATAAATAAAAG TGAATGAATTAAATATAACGAATAAAAGCGAACGAAAAAAATATGATAAAAATGGAGGTA AGATGCGCCATCTTTGTCAAACCTGATGAGGGGCCCACTTTAGCTTTCACGCGTGCTCTT GTAAATTGATCGAACGATCAATAACTCACCCGCATTATACGGAAAACTTTTCTCTCTCTT CAATCGAACGGCTCAGATTTTCCGCCTTTGACTCTTTCCTGTCTCTACCCCTAAGGCTCT AACTAGTAGTCCCCTCCCTACCCCTAACCCCTACCCCCTCTCTTCACTCGCATATCCCAA TAACAAACCACGAGCTTCTGCTTCAACATTTGCATCTGACACTCACCTCTTCCCTCTCTA GAAAAAAAATTCAGAAAATCTAGTGAAGAAACAACAAAGATCTTTTTTTTTTTTTTCATT TGGGTATGTTCAAAGTTCTTTTTTTTTTTTTGGTTTAGATTTGTTGCTTTAGTCTTTGAT TTGAGGTTGATTGTGTTGTTTCTTTTTTTGGGATTTTATCTGACTTGATTTGATGATTTG GGTATTTGTGTTCTTGGTTTAATTTTGTATGGTTAGTGAAGAAAGGAGAAAAATAGTATT TTTTTTTGAGGTTTTTAGATTCATTATGGTTTCTTGTATTGAATTGATCTTAGGTTTGTA TTGATTCAATGATAGTGTGTGAATTTCATAGAGGGGTGATCTCTTCTACCGAACTTTTTT GCATCTATTGGTGATTTTTTAAGCATTTGTGATTTGCTGGGAATTTGGGTTTCGACAGTT TATTTGTATTAAGGAGTTTTACTGTAAAGAATATTAGTTTCCTTTTGAAGGAAGCATTGT AAGTTGGTGTTTATTTCTATGAGCTTTTATAATATTATGTTTTGCTATTTGTGTGCTTAT TGATTATTATTGATATTTAGAGTTATGTTTTGCTATTTGTTTGCTTATTATTGTTAAAGA TGAGCTATTTGTGTTCTTATTGATTATTATTGATATTCGGAGTTGTGTTTTGCTATTCTC GCAGTGGCTTGGATTGAAGACTATAATATACTGCACTGGACCAATCAACATGCCGTGGGC ATTTTCTTCTCTGAGTTATTGTGTGAAGTGTGTGCGCTTTGTGGTATTCTTTCGTGTGAT TCTGTAACCCATTTTACTTGGTGAGATAGCCTCTTGTATTTCCTAAATCTCTATCTGTCT CTTCAGCCTTAGATTTTATTTGTTTCTATGTAACTATTGCACCTTCGAGATAGAGATAAG GTCTGGGAATGTTGTTGTTGTTGTGGTGTGTAAATATTGCGGATTAACTATTCCTGTTGA GGATTTACTAAAACAGAACAGTAATGCCCAAGAGATTAAAAAAAAACTTATTGCCGAAAA GTATTTAGAAGAAGATAATTTTAGTTGGGTTGACAATAGAGAAATGGAAATTAAAGTTGT ATTACTCGAGTGTTATTCAGGTGATGGATCCATTAGTTTTACAGTGGTTCGCTACTCACT TGAGAAATAAGTTTTGCTTGTATTGATGTTCTTTAATGTTTTACTCATTTGTGCTTGTTT GGTATGACAGATTGCGGAATCACTTTATTTTCTGTCTTGTGATATTTCTTGATACTAGTC TATTTGGAGGTTGAGAATGTACATTGCGATTACCTTGAAGAGATACAGAGCAGTTAAAGA AGCTGGTGAGATTAAAATGCATGTGGGGAGTGTTGCTTATTACCAATTGATGCTAGTTTG TCAGGTAAATATTCTTTTAGCTTTTGGTCCTGTCTTTTTGATTAAATTGCACTGAATCCA ACCAAACTCGTACAGTCTAAAGGAAATAGAGACAAATCAACTAGAACTTAATTGAATATT GTATGGGAGGATTCTTTTTTGTGTTTCAGTCTTCTGTTTATGTTCTGACTGGTATTTTGT GCCAGGTGCATGATCTTCTACTGACAGTCTTATTAAGACTTGGCTTAAACCACTATGAAA ATGTTGAACACTATTCCTCTTTCTATCAATATTGACTTTATCACTGAGGTTGAGTACAGA AAATTGTTTATCCTCAGTGTAGTGTACTGCTATATAGTTTCCATAGGCATCTTGATATCC ATACAGATAACCGCGTCTGTATTGAAATATAACTTTTGTATGCCTTCTGTATAATGCTCA TCTTACCAAGTGTATGGTGGTTCCGTTCAACCTCAAGACAATGAGAATAGTTGGGATTAT TTTCTAGGCATATTGTTTCCTTGTTTTAATATTTTTCTTATCTTGCATTTGTTCTGAATG TATGACAACCCAATGATATGGTTCTTTGGTTCTTGCTTTTTACAGGCTGAGTACTTCCGT CAGTTGCTTAAACCTGTAACGTAGTCTGCTAAAGTGTAAGCTTTGGGGAGGTTGGGATTG CTTACTTCTTGTTGCTCTTATTCAGCAAAGCCTTGTTGAAGTTGGGATTTGTTGCTTCTC TTTCAGTGTATACGAAATCAGAATGACCTCATTAAGCACTGAATGTGGTTACTGTTGATT GGAATTGTCAGTGCTTTTTACTACAACTAATACACCTTGAACATTACTCTCTTTTGCCTG TGCCTTTCGTAACTCTTAGCTACTTTAATTTTTAAAACATCCCAAGTGGAAAACACTTTT CTAGTCCAGTTTATTGGATCTTTGACTTAGTTACTCATGCAGAATAACTATCAATTTTCC CCTCAAATTCAAAAGCCTTTTGTCTCTCTGGAAGACCAAGCAGCTGGTGGTAATATATTT GATATTCCTGTTCCATCCGTCTTTGATACAATGGCACTTCCTACTAGTTTCAAATCTTCT GTGCCCTTTCATGGTTTTGAATTTCGGTCCTCTGAGGCATGTCCAAAGAATTTCATCATC TTTGATCAGACTGATTACCGGAGCCAGATCATGTACCACCCTGCCATGACCTCCAAATTC CCATATCCTGATCTGAATTATAATTCAACTTGCTTCCACGACTGCATGGAGAGAAAAATT GCAAACAATGAGAATACAGAAGTTTCTTCATATCTGAAGGAAGATTCAGATGATATAAAT GCATTGCTCAGCTTGGAAGAGGAAGAATGTGAGGAATATGATGAAGAAGAGGTGAGCACT GCACGCACTGATGCAAACTATGGATGCAGTTCCCCTGAATCATACTCAAACTATCATTGT CAATCCAAAAAGAGCAGGACCTCTTCTTTCAGGGAATCCTCTGGTAGCAGTACTAGCAAT TGCAGTGAGAGAAAACGCAGGAAACTTAAGAAGATGGTCAAGGCATTAAAGGGAATCGTC CCTGGTGCCAGCAGGATGAATACTGTCACCGTTCTTGATGAAGCTGTCAGATACCTCAAG TCACTTAAGGTGGAAGTGCAGAAGCTTGGAGTCGATAATCTGAAGACATATGCCTGATAT CCTTTGTGGTATAGGTAATTTCGCTTCCTTTATCACCGTCACATGATTATGAACCCTAGT CATATCTTTTGCTTATGTGAAGAAGAACTACTTATACCGTCGTATTGCTGAGTTGCTGCT CTGGAGGGGGTAACGTAACGTAGAATATGGTCCTTTGTCCAGCGATAGGACAATAAGTCT GCTGTAGTAGCTAGCTGCTATATCTAATTTCTCATTCTAGCATATAGTATGTTTCCACTA GTTGCAAACTCTATTAAGGCATTTGAATAATTTCTCCAATATGTGACACTCTTTCACCTA TTGGAGCTGCTATTTGTTATTGTTGTTGTATGACTTTGATGATTTGTTTTAATGGATAAT GGGTTGATGATTACACTTTATGCAAGCGTGTTATGGTCGAATCTTGAGTGTCTTTTATTT CAATTTTAATCTTTGCATGCTGTGATCTTTAGTTACTTTTTTTGTCTGTTGGGAATCATG AGACATTGGGATTATATGTGATCCTCTCTGCTGCTCCACTTGGCTAGTGCTGTTACTGTA AAGTACACCACTTTATTAGTCTATAAATTTGGATGATATGATTATGCCCTCAGAATTTTA TCTTTTCAAAAATTTATTTTACAAAGTTTCTGACCTAAATACTTTCTTAATATTCTAAAA TAGTTGTCCACCTTTACTTCAAGATTTAATTTACCATTTTGCATGTATTTTACGATTGTT ATTAAATGTTATGATTCATTCCCTAATATTTAGATGTTTTATAATTAAGAGTGGTGATAT AGCATAAACATAAATAAGTTAAAAATTGTTTTACCACGACTTTCAGTCCCTTTCTTCGTC ATGAAGAGCATGAACTCAATAATACTATACTAAATTTAATATTATAAGTTTCTTTTGGAT GTCCGACTCGTTTAAACTATTCTTTAATTTAATTTAGTTAAGTTAGTTCAAGGGATTAAC TTAGGATAAAGTTTTTTTAAACAGAAAACAATGATTTATTGAGCTAGTGAGAGTTAATTT AAATAATACTTAGTAACTTCACTAAAGGAAAAGATTATACTTTTACTGTAATGTAATAAA GTAATTTCGAAACAAACTTTATTATCAAAATACTTTAATTTTTTATGGTATGGATAGTCC AAAAGCCAGGTGGGATCCACAGTAAATACACCTGTTACATAAGCACTGATGCAAGCAAAT TAAAGGATAAAATGGTTAGACAAACTCAAAAATAATTCAGAGGAGCAACAAACTTCTTTC ATTAACTAATGGAGTTTGGATCAATTCATTCTAATTACAAAGATAACCTGATTGGCCCAA TTAAGTTGCAAGAAACATCCATATTTGAGATGTGTGCTTATTATTTTTCATTAATTTCCG ACATCGAAACGGATATTTTTTAAATCCTAAACATTAAAAGAAGCATTCTCTAAAAACACA CATCAAAACAAATATAACTATCATGCATGATCACCTTTTAACTCCAAATCCATCCAAAAT AATATCACACTAACTTAAAAGTTTAAAGTAGTTCGCCCAAAAATAAACGGACTAAGATTC TTTATATTAATTCCTCACGTGAATCTATATCTCTTTTTTCAACAATAAATATGGGTTATT CACCCACATTCTCTCATTAATTCTACTTTTTTTTATACTTATTCTATGTCTCAACAATCC GGAAAGCCTGTATATTCAATTGAACCAAATGTTTATAAATACAAAAGAGCCAATTTTCCA ATATGTTTCCAAGTCTCTTCTACAAGATGAAATACAAGATATGCTCTTGCCTCCCAAAGA CTTTGTCTTCCTTGCATTGCTTTCCTTACTGTTTTGTGGGCCTTTTTGTTTGATTGTCTT GCTTGTTGTTTCTTGTGTGTTTGGTTGACCGTTGGACTAAGTTTTGAAGAGCTGTGCAAA TCTTCATATACTGTCCCACGAGGTGAAAATTTACCCCGTGACAAGAGTATTGTAAAATAA AAATATTAAGAATTCCAAAAAATATCCAGTATTACATAACAAATTATATTTGACAAAAAA GAGGGAAATGAAGATAGATAGTTTAATAAAATTAAGATGATTGTACAAGTATCACATGTG TAATACATCTTTTTATCAGTACATTCTTTAAAAATGCATTTTAAGAATATCATATTTTTT TTTACTTTGTAATTTAACTTTCTTTGAATAAGAAAACAAGAATCAATCGGTACGAATTAG ATTAATTAACTACTCAAGTTGCTCTATTTTTGCTTACATGTGGAGTAAATCTATACAAAT CAAATGCACAATGTATTCTAGAAACTATGATAAGTTACAGGGTGAGTAACAAATTATATA TATCTATACACTATATGAATATATCTATAAATTATTCTCATATCTTAAATGACGTGTAAA AATTGTACTACTTTTTTTTAGTATTGACTTGATATATTTTTTTAAAAAGTAATACATAAA ATAATATTTTAATATATTATATATGTTTATTATTAGTTGAGAAACTAATTGAAATAAAAG AACACCTGAGTGACCACAATTATTTGCCTCAAATATGGCCCCAGATATAAAATAGATCAT AATTATAGTTTCTCCGTCCGAAATTATTTGTCATATTATACTTATCAAAAGTTAATTTGA CTAATTTTTAAAGGTAAATTGGATCACGTTAATTCGATATTTTAAATAAAAAAAAATAGG TGTTCTAAAACTTTTAAAAAAAAGTACTATAAATTATAATTTTTTGCATATTAATATGAT GAAAAAATACATCTTAAAATGTTTCAAATATAAAATAGATCATAATTATACTCCTTCCGT CCGGAATTGTTTGTCATGTTGCGCTTATCGAAAGTTAATTTGACTAATTTTCAAAAATAA ATTGGATCACATTAATTCGATATTTTAAACAAAAAAATTAGATATTCTAAAACTATATAA AAAGTACTATAAATTATAATTTTTTGCATATTAATATGATGAAAAAATACATCTTAAAAT GTTCCAAATATAAAATAGATCATAATTATACTCCCTCTGTCCGGAATTGTTTGTCATGTT GCGCTTATCGAAAGTCAATTTGATAAATTTTCAAAGGTAAATTGGATCAAATTAATTCGA TATTTAAACAAAAAAAAATAGATATTCTAAAACTATATAAAAAGTACTATAAATCTAAAC TATATAAAAAGTACTATAAATTATAGTCCCTCCGTCCAGAAATATTTGTCATGTTGTGCT TACCGAAAGTCAATTTGACTAATTTTCAAAGGTAAATTGGATCAGATTAATTCGATATTT TAAACAAAAAAAATAGATATTCTAAAACTATATAAAAAGTATTATAAATTATACTCCCTC CGTCCAGAAATATTTGTCTTGTTCTGCTTACTGAAAGTCAATTTGACTAATTTTCAAAGG TAAATTGGATCACATTAATTCGATATTTAAAAAAAAAAATTAGATATTCTAAAAGTACTA TAAATTACAACTTTTTTATATTAATATGATGAAAAATGCATTTTAAAATGTTAGTCAAAG TTTTTATAGTTTGACTCTAAAAATAGAAACCATGACAAACAATACCGAACGGATGGAGTA ATTTTTTGCATATTAATATGATGAAAAAATACATCTTTAAATGTTTCAAATATAAAATAG ATCATAATTATACTTCCTCCGTTCGGAATTGTTTGTCATGTTGCGCTTATCGAAAGTCAA TTTGACTAATTTTTAAAGGTAAATTGGATCACATTAATTCGATATTTTAAATAAAAAAAA AATAGATATACTAAAACTATATAAAAAGTACTATAAATTATAATTTTTTGCATATTAATA TGATGAATAAATACATCTTAAAATGTTCCAAATATAAAATAGATCATAATTATAATCCCT TCGATCGGAATTGTTTGTCATGTTGCGCTTATCGAAAGTTAATTTGACTAATTTTCAAAG GTAAATTGGATCACATTAATTTGATATTTTAAATAAAAAAATTAGATATTTTAAAACTAT ATAAAATGTACTATAAATTATAATTTTTTTGCATATTAATATGATGAAAATATACATCTT AAAATGTTAGTCAAAATTTTTATAATTTGACTGTAAAAATAGAAACCAATGACAAACAAT ATCGGAGGGAGAGAGTAACATTTTCTTTTCAAAGCAAAGTCTTTGTTAGTATTTGAGTTG ATTTATTTTTAGTTTTTTTAAAATGATCTGAAAAGTGTAAAAAGTTAAAGAGTTAAAAAA TGAGCGTTTTCTTTTAAAAAGAGTTAATTCAAACATCGATAAGTTGACAAATAGACTCTT TGGATTCCACCTATCGAAGCATTTTACGGCCTCGTACCTTCTTCACTCCTTTATTCTTCT TCTTCAATTTTTTCTAGTTTAAGAGCACGATGTCATGACCTGCCATATCAATTATCATCA TGTCATTTAGGCGTTACGTGGGATAAAGTTATCTATGTGAAAGCTTAAATAGAAAAAAAA AAAAAAACTAGTTAATTAGTGTAAGCTTCCTCCACATTTCTTGATTTACGAGATTTAATC TAAGATTATTTGTCTAAAACAAAAAGACTTCAATTAAGATTTCAAATATTTGAGATTATT TCAATAGGTTTAACATAAAACTCCAACTCTGAACCTATTGTTTTATATTATTTGGCTCTC ATTGATGCGAATTAGGAGTGGAAGTCTATAAATTGTGATTTCAATATTTTCGAATGTCGA TACTTAATATTTTTACCAAAGGTAGCAAAAAAAAAAAGAAGAAAGAAATTGCTTTTAATT TTTAAAATTAGAGAAGCAAAATGAAATATTTAATCTCTTTAATTTTTAAAATTGGACGAG TAAAACGAAATATTTAATTTTATAAAACACGGCTTATAATTTGCCCATATATAAAACCTG TTCAATTTGCACATGTCGATTTCTAATTAATGTAATTGTTTAAGGATAATTAAGATGGGT GTTGTTACCTTATTATAACTCATTTGAATGTTAGGTCAGCTTAGATTACAAAATTAAAGG ACAAATGAATGATTTTTAATGTATCGTATATTTTTATTATGTATTTGGAATAAATTATTT CTTAATAGATCAATTGCATAGCAAAGAACAAACTACGAGGAAAAAGAATCGTGATGGAAA AGATTGATTTAAACATGTTTACATTTAACTTTATTTGATTCATTTGTCAATCCTTTATTC TATTTAAATTTGTCTATTCAATCTATTCATTTGATGCTCTAAAATTTTTGATACAGTAGA AAATTTAAAATTGATTGAAGTTATTCTATCTAGTTGGCTGTGTTTTTATGACTTATATAA CATGAGATAAAAACCTAGCTTTAATTATTGTGCTGACTTTCAGAACAAGTTGTAATTTAA AAGTTCTCACTGAGGAACTATTTATTTGCACACTTTTGAGTTTTGCTGGCATTTATTTTT TATGTATATATATTTCGAATTAGAATTTTATGTATAAATATTTATTCAAGCATGTTAGTC AAGTTGCCGACTTAAAGTAACAAATTTGGGTCGCTATTTGTCACCATTTGATCAAAATGT TGAAAGTTTAGACGACTAAATATATTATTATTTCATATATATTTTTAAGGTTTAAGGAAA CTTTTTGTTACTATTTTTTGTACACCAAGCAAACATGTGTGCCAACTGAGAATCGTTATT TGATTTTGTAATCGTTTATAAATACTTTTCTCACGTTATATTAATACCAAAAATATGTAA AAACAGCACAAGATTCATAAGGGCATAGTAATTTTTTTTTTTTTTTAAAAAAATCTAACT GTAAGTGGGAATGAATAATAATATCATAACGATTCTCGTCATTTATGGCATAATACTTTT TCATAACAGGAACATGTCGAAGGAATTCATAGAACTAAAGCACCATATAAATAATATCCA TTAGAATAGAGTGAGACCACCACTTCTGTTGGTTTCCTATCATTAGTCCGGTACCTGTGT GCCTGATTAATTCAGATTTGCACTGAAAAGTCTTTCTTTAATAGCGAGCTTAGTTAATTT ACATTCACACGAATGCGATTTCATTTTTCATTGCTCAAAACTCAAAAAATCTGATTAAAA ATAATGGATTACCACCTTTGGTGGTATGTAGTCTGCCAACTCATCTTCTGGGAATAGATA ACTCATACTATAAATAAAATAATAATTTATCATTTTGATATTGGACTCTCCTGCCCAACT TGCAAGTATTTTTATTTTAGAAAGTTGGCTCGTGACTATCCCTTGGACCCTTTTCAATGC GCGTTCGGTACACAAACTTGTCATTCTTACTTGTTACATTATCATCTTTCATTCTTTTCA ATTTATTTTTTTATTCATCTTTTTTGGTTTGATTATTAGAGTAATGATTCTCTTCATTCA TGACTTTTAAGTACCTTCCCACTAATACACTTGCACGAAAAAAAGAAGTGACTATTGAAA GTATTTGAAACGTGCACCCAAAGAGAGTGGTCGAGAGCCTTTTAGGTTTGAGTTCAAATC TCAGCAAGACGAAAAAAAAAACACTAGGTAATCTTTTCATCTGTTCTAACCTTGGTGGAC ATAGTTACGTGGTACCTATTGCTGGTGGGAGGTAGGAGGTATCATGTGGAATTAGTCAAG GTGCGTGAAAGTTGGCATAGACATCACCATCATAAGAAAAATAAGTATTTGAAACCTATA CAAAACCATTAGTTACAGCCTATTGGCACTTTATCAAGTACATGGTTCATCTAACAATTT AAGTTGTCTCAAAGTGAAGTTACCCCTTCCATCACAATTCTCTCTTTATTCAGAAACCAC TTCCCCTTTCAAGAAAAGAGCAAACTGAACTTAACTTCTAGGATACTTGTGTGATCTGTC CATGTGCTACTTCTAGAACAGAAGGGAAAAAAACAGTTGGCTCAATGTAATGTGAATGCA CAATTTGAGTTTACGATCTATTAGGTGGTCAGAAAGCTTTGACATTTTTTATGTACTCCT AGGTTTCGAGTAGGTGACGAAGTTCGTGTTGTCTTTTCTTGTGTGGGGGTACATGCAACT TGTTTTTTAACACGGGGCATCCTAGATTAGAGGCATGCTTGGTATTTTGTAACAAATTCA TAGAATGCAAGTCATTTTCCGTAAGTGTGAACGGATGACTAGTTGACTGCTACTGAAAGC AGTGATTCACTGAAATATTTGCTATGAAATGTGTATAAAGGCTTCATTGTCAGCATAAGT TTTTTCAGTGAGTGAAGTTTTCTTTCTTTTGAAATGATGATGTTAAAGACAGTTGTATAT GCATTAGCCATATTTTCTATTACCTTTCTCATACCTTTGTCATCTGGGCAAAATCCAAGA TTTGAAGTTGAAGTTGCTGCTTTGA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1051 1055 match_part 0.988 1364 1528 match_part 1.000 2095 2243 match_part 1.000 3242 3684 match_2 match_part 0.865 6682 6807 match_part 0.995 6892 7080 match_part 0.967 7584 7644 match_part 1.000 8188 8333 match_3 match_part 0.775 6737 6807 match_part 0.955 6882 7080 match_part 0.951 7584 7644 match_part 0.985 8188 8389 match_part 0.984 8538 8659 match_part 0.971 8764 8868 match_part 0.879 10088 10293 match_4 match_part 0.761 6737 6807 match_part 0.974 6892 7080 match_part 0.967 7584 7644 match_part 0.990 8188 8389 match_part 0.992 8538 8659 match_part 0.971 8764 8868 match_part 0.931 10088 10174 match_5 match_part 0.761 6737 6807 match_part 0.984 6892 7080 match_part 0.967 7584 7644 match_part 0.995 8188 8389 match_part 0.975 8538 8659 match_part 0.971 8764 8868 match_part 0.920 10088 10174 match_6 match_part 1.000 6751 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8389 match_part 1.000 8538 8659 match_part 1.000 8764 8787 match_7 match_part 1.000 6751 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8244 match_8 match_part 1.000 6752 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8239 match_9 match_part 0.979 6761 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8389 match_part 1.000 8538 8659 match_part 1.000 8764 8868 match_part 0.992 10088 10210 match_10 match_part 0.844 6776 6807 match_part 0.984 6892 7080 match_part 0.967 7584 7644 match_part 0.990 8188 8389 match_part 0.984 8538 8659 match_part 0.952 8764 8868 match_part 0.875 10088 10351 match_11 match_part 0.844 6776 6807 match_part 0.979 6892 7080 match_part 0.984 7584 7644 match_part 0.995 8188 8389 match_part 0.984 8538 8659 match_part 0.971 8764 8868 match_part 0.864 10088 10293 match_12 match_part 1.000 6922 7080 match_13 match_part 0.800 7442 7446 match_part 0.951 7584 7644 match_part 0.990 8188 8389 match_part 0.992 8538 8659 match_part 0.971 8764 8868 match_part 0.860 10088 10351 match_14 match_part 1.000 7593 7644 match_part 0.980 8188 8389 match_part 1.000 8538 8659 match_part 0.990 8764 8868 match_part 0.946 10088 10348 match_15 match_part 0.989 8206 8389 match_part 0.984 8538 8659 match_part 0.952 8764 8868 match_part 0.963 10088 10168 match_16 match_part 0.994 8219 8389 match_part 0.975 8538 8659 match_part 0.971 8764 8868 match_part 0.841 10088 10320 match_17 match_part 0.992 8538 8659 match_part 0.962 8764 8868 match_part 0.961 10088 10341 match_part 0.633 11058 11106 match_18 match_part 1.000 8659 8659 match_part 0.971 8764 8868 match_part 0.876 10088 10312 match_19 match_part 0.990 8773 8868 match_part 0.977 10088 10349 match_20 match_part 1.000 12802 13238 match_part 1.000 14072 14386 match_part 0.991 15042 15150 match_21 match_part 1.000 12827 13238 match_part 1.000 14072 14118 match_22 match_part 1.000 12832 13238 match_part 1.000 14072 14089 match_23 match_part 1.000 12847 13238 match_part 1.000 14072 14178 match_24 match_part 0.979 12848 13226 match_25 match_part 1.000 12911 13238 match_26 match_part 0.968 12955 13238 match_part 0.965 14072 14386 match_part 0.916 15042 15124 match_27 match_part 0.964 13046 13238 match_part 0.965 14072 14386 match_part 0.994 15042 15206 match_28 match_part 1.000 13121 13238 match_part 0.997 14072 14386 match_part 1.000 15042 15170 match_29 match_part 0.970 16184 16386 match_part 0.976 16452 16738 match_30 match_part 0.991 16280 16386 match_part 0.993 16452 16893 match_31 match_part 1.000 16282 16386 match_part 0.993 16452 17006 match_32 match_part 0.982 16537 16809 match_33 match_part 0.998 16851 17382 match_34 match_part 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132183 match_part 0.996 131375 130868 match_217 match_part 1.000 133878 133592 match_part 1.000 133477 133253 match_part 1.000 133078 132968 match_part 1.000 132244 132183 match_part 0.981 131375 131167 match_218 match_part 1.000 133603 133592 match_part 1.000 133477 133253 match_part 1.000 133078 132968 match_part 1.000 132244 132183 match_part 1.000 131375 131318 match_219 match_part 0.935 133868 133592 match_part 0.969 133477 133253 match_part 0.923 133078 132988 match_220 match_part 0.982 133876 133592 match_part 0.996 133477 133253 match_part 1.000 133078 133053 match_221 match_part 0.923 133878 133592 match_part 0.965 133477 133251 match_222 match_part 0.933 133904 133592 match_part 0.959 133477 133283 match_223 match_part 0.997 133931 133592 match_part 1.000 133477 133317 match_224 match_part 0.937 133878 133592 match_part 0.990 133477 133377 match_225 match_part 0.981 133967 133592 match_part 0.989 133477 133389 match_226 match_part 0.933 133921 133592 match_part 0.988 133477 133394 match_227 match_part 0.942 133938 133609 match_228 match_part 0.942 133939 133683 match_229 match_part 0.988 143969 143384 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 1051 1055 exon 1364 1528 exon 2095 2243 exon 3242 3684 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6682 6807 exon 6892 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10351 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6682 6807 exon 6892 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10341 exon 11058 11106 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6737 6807 exon 6882 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10349 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 7442 7446 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10351 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 12802 13238 exon 14072 14386 exon 15042 15206 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 16184 16386 exon 16452 17382 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 19554 19107 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 28867 29249 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 39817 40157 exon 41577 41605 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 39822 40151 exon 41557 41575 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 44043 43944 exon 43847 43647 exon 42472 42353 exon 41148 40876 exon 40773 40450 gene_13 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 44004 43944 exon 43847 43647 exon 42472 42212 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 48178 48036 exon 47904 47704 exon 47159 47040 exon 45514 45242 exon 45149 44796 gene_15 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 48159 48036 exon 47904 47700 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 55848 55722 exon 55587 55469 exon 55188 54980 exon 53269 53139 exon 53052 52814 exon 52719 52483 exon 52274 52120 exon 52049 51841 exon 51753 51588 exon 51502 51306 exon 51112 51053 exon 50968 50876 exon 50635 50415 exon 50145 50089 exon 49998 49857 exon 49699 49349 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 55848 55722 exon 55587 55469 exon 55188 54980 exon 53269 53139 exon 53052 52814 exon 52719 52483 exon 52274 52120 exon 52049 51841 exon 51753 51588 exon 51502 51306 exon 51112 51053 exon 50968 50876 exon 50635 50415 exon 50166 50089 exon 49998 49857 exon 49699 49349 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 62452 61834 exon 61309 60878 exon 60629 60456 exon 59237 59124 exon 59033 58932 exon 58846 58780 exon 58672 58296 exon 58221 58139 gene_19 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 62452 61834 exon 61309 61048 exon 58972 58932 exon 58846 58780 exon 58672 58304 gene_20 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 60141 59577 gene_21 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 61955 62238 gene_22 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 69188 68938 exon 68790 68725 exon 68537 68463 exon 67990 67928 exon 67768 67709 exon 67565 67476 exon 67394 67287 exon 67091 66969 exon 66857 66584 gene_23 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 67567 67476 exon 67394 67287 exon 67091 66969 exon 66857 66584 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 71373 70088 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 96104 96243 exon 97250 97489 gene_26 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 96094 96237 exon 97244 97327 gene_27 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 97251 96464 gene_28 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 97683 98307 gene_29 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 101029 101285 exon 101360 101411 exon 102787 102882 exon 104118 104182 exon 104454 104587 exon 104643 105194 gene_30 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 101030 101285 exon 101360 101411 exon 102787 102882 exon 104118 104182 exon 104454 104527 exon 104606 104628 gene_31 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 105453 106225 gene_32 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 105382 105399 exon 105903 106214 gene_33 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 106212 105981 gene_34 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 116679 117097 exon 121152 121202 exon 123276 123309 exon 124866 124952 exon 125024 125075 exon 126273 126317 gene_35 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 129668 129817 exon 130284 130577 gene_36 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 133967 133592 exon 133477 133253 exon 133078 132968 exon 132244 132183 exon 131375 130868 gene_37 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 133967 133592 exon 133477 133251 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 137082 137529 gene_39 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 140465 140583 exon 141185 141320 exon 141731 141904 exon 142486 143965 gene_40 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 143969 143384 RepeatMasker tomato repeats master SONATA2 47 169 1 SONATA2 47 169 1 nucleotide_motif 326 6165 6285 Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 4369 19083 19732 Unknown00049 1666 1709 1 Unknown00049 1666 1709 1 nucleotide_motif 303 20939 20982 Unknown00049 1667 1709 1 Unknown00049 1667 1709 1 nucleotide_motif 275 21000 21042 ATHPOGON1 1 107 1 ATHPOGON1 1 107 1 nucleotide_motif 283 57074 57184 ATHPOGON2 165 469 1 ATHPOGON2 165 469 1 nucleotide_motif 674 57300 57609 Unknown00025 238 468 1 Unknown00025 238 468 1 nucleotide_motif 773 63750 63998 Copia00110 13154 13554 1 Copia00110 13154 13554 1 nucleotide_motif 1423 79164 79563 Gypsy00043 1008 1209 1 Gypsy00043 1008 1209 1 nucleotide_motif 847 79397 79598 Gypsy00043 1047 1217 1 Gypsy00043 1047 1217 1 nucleotide_motif 421 79601 79768 Unknown00046 24 200 1 Unknown00046 24 200 1 nucleotide_motif 808 92428 92595 TONT1_LE_LTR 3 1002 1 TONT1_LE_LTR 3 1002 1 nucleotide_motif 4442 108025 109023 Copia00164 4597 4953 1 Copia00164 4597 4953 1 nucleotide_motif 2277 109023 109382 Gypsy00163 7740 8014 1 Gypsy00163 7740 8014 1 nucleotide_motif 1599 114436 114700 Gypsy00163 7951 8186 1 Gypsy00163 7951 8186 1 nucleotide_motif 800 114753 114998 HELITRON7_OS 1600 1663 1 HELITRON7_OS 1600 1663 1 nucleotide_motif 358 116812 116875 Copia00089 5570 5644 1 Copia00089 5570 5644 1 nucleotide_motif 295 116822 116901 Copia00172 307 522 1 Copia00172 307 522 1 nucleotide_motif 1135 118324 118531 Unknown00057 308 367 1 Unknown00057 308 367 1 nucleotide_motif 235 123656 123712 TS 58 2009 1 TS 58 2009 1 nucleotide_motif 402 124511 124619 Copia00175 2330 2395 1 Copia00175 2330 2395 1 nucleotide_motif 262 139121 139186 Gypsy00017 58 225 1 Gypsy00017 58 225 1 nucleotide_motif 588 145368 145545 RepeatMasker tomato repeats master SINE_SO 4 112 -1 SINE_SO 4 112 -1 nucleotide_motif 531 1264 1157 Unknown00025 236 474 -1 Unknown00025 236 474 -1 nucleotide_motif 727 2517 2271 Copia00172 5195 5328 -1 Copia00172 5195 5328 -1 nucleotide_motif 657 9420 9281 Copia00110 13120 13444 -1 Copia00110 13120 13444 -1 nucleotide_motif 735 19779 19499 Unknown00049 446 1705 -1 Unknown00049 446 1705 -1 nucleotide_motif 277 20599 20434 Unknown00049 1666 1709 -1 Unknown00049 1666 1709 -1 nucleotide_motif 303 20615 20572 SONATA3 1 246 -1 SONATA3 1 246 -1 nucleotide_motif 401 23278 23022 Copia00151 8222 8385 -1 Copia00151 8222 8385 -1 nucleotide_motif 554 56851 56692 Copia00107 268 772 -1 Copia00107 268 772 -1 nucleotide_motif 3509 65507 65000 TLP2 4 297 -1 TLP2 4 297 -1 nucleotide_motif 1420 66615 66335 Unknown00030 1276 1322 -1 Unknown00030 1276 1322 -1 nucleotide_motif 305 91939 91895 Unknown00034 3687 3999 -1 Unknown00034 3687 3999 -1 nucleotide_motif 1971 92577 92276 Copia00112 4711 5394 -1 Copia00112 4711 5394 -1 nucleotide_motif 4305 96243 95598 Copia00109 711 1736 -1 Copia00109 711 1736 -1 nucleotide_motif 7352 97245 96242 Copia00139 3806 4051 -1 Copia00139 3806 4051 -1 nucleotide_motif 2009 97489 97244 SOD_SINE 83 122 -1 SOD_SINE 83 122 -1 nucleotide_motif 265 101968 101929 Copia00155 1 68 -1 Copia00155 1 68 -1 nucleotide_motif 242 108091 108009 Copia00109 699 5174 -1 Copia00109 699 5174 -1 nucleotide_motif 28093 113864 109397 Copia00181 1809 1873 -1 Copia00181 1809 1873 -1 nucleotide_motif 312 116883 116819 TS2 530 655 -1 TS2 530 655 -1 nucleotide_motif 511 125771 125641 Unknown00019 18 707 -1 Unknown00019 18 707 -1 nucleotide_motif 4724 137587 136896 Unknown00025 296 469 -1 Unknown00025 296 469 -1 nucleotide_motif 498 146356 146171 Unknown00025 296 467 -1 Unknown00025 296 467 -1 nucleotide_motif 718 146576 146396 Unknown00025 338 470 -1 Unknown00025 338 470 -1 nucleotide_motif 360 146754 146613 Unknown00025 337 470 -1 Unknown00025 337 470 -1 nucleotide_motif 449 146930 146788 Unknown00025 245 470 -1 Unknown00025 245 470 -1 nucleotide_motif 708 147164 146936 Unknown00025 296 473 -1 Unknown00025 296 473 -1 nucleotide_motif 565 147440 147251 Unknown00025 238 456 -1 Unknown00025 238 456 -1 nucleotide_motif 807 147730 147491 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1955 109548 112164 match_2 match 3209 109491 112379 match_3 match 4036 109491 112842 match_4 match 1879 149966 150985 match_5 match 2022 86706 87821 match_6 match 2315 89347 90559 match_7 match 2430 132952 134177 match_8 match 2569 123740 125035 match_9 match 2533 90597 92015 match_10 match 2757 113167 114599 match_11 match 3162 76937 78531 match_12 match 3398 81592 83563 match_13 match 3808 114838 116818 match_14 match 4020 130797 132887 match_15 match 4659 92955 95304 match_16 match 4843 116876 119429 match_17 match 7002 120038 123746 match_18 match 7406 126857 130730 match_19 match 7604 96577 100472 match_20 match 8300 141117 145396 match_21 match 9549 102104 107028 match_22 match 107753 113097 match_23 match 1798 102722 104411 match_24 match 1721 126964 128637 match_25 match 4502 83590 85991 match_26 match 2153 2759 3865 match_27 match 1939 4971 6158 match_28 match 3931 6849 8852 match_29 match 1445 97489 98513 match_30 match 708 93134 94488 match_31 match 708 93134 94488 match_32 match 2143 109491 112824 match_33 match 1592 109882 111784 match_34 match 1057 111813 113078 match_35 match 2985 109491 112846 match_36 match 626 110508 111717 match_37 match 3963 109491 112842 match_38 match 1076 109491 110737 match_39 match 3418 109491 112491 match_40 match 3747 109491 112547 match_41 match 2706 109491 112846 match_42 match 3979 109491 112842 match_43 match 2819 109491 111847 match_44 match 4167 109491 112842 match_45 match 3453 109491 112842 match_46 match 3897 109491 112842 match_47 match 4167 109491 112842 match_48 match 2238 110497 112842 match_49 match 1723 110955 112594 match_50 match 2220 109491 111355 match_51 match 2894 109491 111837 match_52 match 533 109567 110832 match_53 match 745 111292 112330 match_54 match 4133 109491 112842 match_55 match 607 110639 111661 match_56 match 2042 109491 111310 match_57 match 1800 111323 112842 match_58 match 1481 109491 110784 match_59 match 1427 110828 111957 match_60 match 3158 110125 112842 match_61 match 4121 109491 112842 match_62 match 2076 110812 112846 match_63 match 3959 109491 112842 match_64 match 3990 109491 112842 match_65 match 1485 109539 112204 match_66 match 2464 109505 113036 match_67 match 2642 110632 112842 match_68 match 1277 109520 110750 match_69 match 2468 110847 112842 match_70 match 858 110126 111521 match_71 match 2393 109581 113052 match_72 match 4082 109491 112842 match_73 match 2635 109491 112824 match_74 match 4080 109491 112842 match_75 match 4076 109491 112846 match_76 match 1043 109494 110580 match_77 match 1443 110381 112815 match_78 match 3689 109547 112846 match_79 match 1043 109494 110580 match_80 match 1443 110381 112815 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1274 1 150956 clone_start_1 clone_start 1271 1 656 clone_2 clone 1022.5 9134 109793 clone_start_2 clone_start 854 9134 9576 clone_3 clone 903 26506 59664 clone_end_1 clone_end 977 26506 27022 clone_4 clone 1267.5 30631 131687 clone_start_3 clone_start 1538 30631 31429 clone_5 clone 1143 30710 150983 clone_end_2 clone_end 1053 30710 31248 clone_6 clone 994 31465 65312 clone_end_3 clone_end 971 31465 31954 clone_7 clone 1372 33831 76878 clone_start_4 clone_start 1380 33831 34577 clone_start_5 clone_start 1469 35270 36022 clone_8 clone 1388 36085 76496 clone_start_6 clone_start 1497 36085 36839 clone_9 clone 1090.5 36085 76496 clone_start_7 clone_start 1269 36085 36724 clone_start_8 clone_start 1152 68571 69189 clone_end_4 clone_end 1086 72957 73504 clone_end_5 clone_end 1398 76956 77664 clone_10 clone 789 83590 126529 clone_start_9 clone_start 862 83590 84024 clone_end_6 clone_end 928 87333 87821 clone_end_7 clone_end 712 90746 91104 clone_end_8 clone_end 1100 94579 95157 clone_11 clone 1311.5 101435 134177 clone_end_9 clone_end 1176 101435 102048 clone_start_10 clone_start 1158 122864 123478 clone_start_11 clone_start 1602 130998 131808 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_10 clone_end 1277 150956 150292 clone_start_12 clone_start 1211 8852 8234 clone_end_11 clone_end 950 8852 8370 clone_end_12 clone_end 266 9050 8917 clone_end_13 clone_end 1191 109793 109166 clone_end_14 clone_end 704 19619 19241 clone_start_13 clone_start 829 59664 59247 clone_end_15 clone_end 1092 30505 29895 clone_end_16 clone_end 997 131687 131174 clone_start_14 clone_start 1233 150983 150337 clone_start_15 clone_start 1017 65312 64707 clone_end_17 clone_end 1364 76878 76167 clone_end_18 clone_end 1070 35242 34590 clone_end_19 clone_end 1053 35763 35233 clone_end_20 clone_end 1279 76496 75786 clone_end_21 clone_end 912 76496 75992 clone_start_16 clone_start 928 59368 58882 clone_end_22 clone_end 940 61147 60662 clone_end_23 clone_end 716 71869 71509 clone_start_17 clone_start 1378 72338 71644 clone_end_24 clone_end 716 126529 126169 clone_start_18 clone_start 729 97243 96849 clone_end_25 clone_end 1273 99358 98691 clone_end_26 clone_end 914 100220 99719 clone_start_19 clone_start 825 100472 100036 clone_start_20 clone_start 1447 134177 133448 clone_start_21 clone_start 954 113097 112617 clone_end_27 clone_end 837 130585 130164 clone_start_22 clone_start 757 150578 150148 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1051 1055 match_part 0.988 1364 1528 match_part 1.000 2095 2243 match_part 1.000 3242 3684 match_2 match_part 0.865 6682 6807 match_part 0.995 6892 7080 match_part 0.967 7584 7644 match_part 1.000 8188 8333 match_3 match_part 1.000 6751 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8389 match_part 1.000 8538 8659 match_part 1.000 8764 8787 match_4 match_part 1.000 6751 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8244 match_5 match_part 1.000 6752 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8239 match_6 match_part 0.979 6761 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8389 match_part 1.000 8538 8659 match_part 1.000 8764 8868 match_part 0.992 10088 10210 match_7 match_part 1.000 6922 7080 match_8 match_part 1.000 7593 7644 match_part 0.980 8188 8389 match_part 1.000 8538 8659 match_part 0.990 8764 8868 match_part 0.946 10088 10348 match_9 match_part 0.989 8206 8389 match_part 0.984 8538 8659 match_part 0.952 8764 8868 match_part 0.963 10088 10168 match_10 match_part 0.992 8538 8659 match_part 0.962 8764 8868 match_part 0.961 10088 10341 match_part 0.633 11058 11106 match_11 match_part 0.990 8773 8868 match_part 0.977 10088 10349 match_12 match_part 1.000 12802 13238 match_part 1.000 14072 14386 match_part 0.991 15042 15150 match_13 match_part 1.000 12827 13238 match_part 1.000 14072 14118 match_14 match_part 1.000 12832 13238 match_part 1.000 14072 14089 match_15 match_part 1.000 12847 13238 match_part 1.000 14072 14178 match_16 match_part 0.979 12848 13226 match_17 match_part 1.000 12911 13238 match_18 match_part 1.000 13121 13238 match_part 0.997 14072 14386 match_part 1.000 15042 15170 match_19 match_part 0.970 16184 16386 match_part 0.976 16452 16738 match_20 match_part 0.991 16280 16386 match_part 0.993 16452 16893 match_21 match_part 1.000 16282 16386 match_part 0.993 16452 17006 match_22 match_part 0.982 16537 16809 match_23 match_part 0.998 16851 17382 match_24 match_part 0.993 16851 17268 match_25 match_part 0.984 28867 29249 match_26 match_part 0.988 39817 40157 match_part 0.655 41577 41605 match_27 match_part 0.973 39822 40151 match_part 0.684 41557 41575 match_28 match_part 1.000 58932 58932 match_part 1.000 58846 58780 match_part 0.925 58672 58339 match_29 match_part 0.979 61955 62238 match_30 match_part 0.924 96094 96237 match_part 0.952 97244 97327 match_31 match_part 0.929 96104 96243 match_part 0.925 97250 97489 match_32 match_part 0.918 96159 96243 match_part 0.917 97250 97489 match_33 match_part 1.000 101029 101285 match_part 1.000 101360 101411 match_part 1.000 102787 102882 match_part 0.985 104118 104182 match_part 0.761 104454 104587 match_part 0.966 104643 104761 match_34 match_part 1.000 101030 101285 match_part 1.000 101360 101411 match_part 1.000 102787 102882 match_part 0.985 104118 104182 match_part 1.000 104454 104527 match_part 1.000 104606 104628 match_35 match_part 0.929 102798 102882 match_part 0.985 104118 104182 match_part 0.761 104454 104587 match_part 0.976 104643 105194 match_36 match_part 0.981 105453 106225 match_37 match_part 0.994 105453 106078 match_38 match_part 0.986 105524 106225 match_39 match_part 0.974 116679 117097 match_part 1.000 121152 121202 match_part 1.000 123276 123309 match_part 0.977 124866 124952 match_part 1.000 125024 125075 match_part 1.000 126273 126317 match_40 match_part 1.000 129668 129817 match_part 0.983 130284 130577 match_41 match_part 0.913 137082 137403 match_42 match_part 0.912 137082 137387 match_43 match_part 0.915 137083 137529 match_44 match_part 0.950 140465 140583 match_part 0.993 141185 141320 match_part 1.000 141731 141904 match_part 0.980 142486 142833 match_45 match_part 0.947 140490 140583 match_part 0.993 141185 141320 match_part 1.000 141731 141904 match_part 1.000 142486 142517 match_46 match_part 1.000 141807 141904 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1.000 68790 68725 match_part 1.000 68537 68489 match_154 match_part 0.995 69150 68938 match_part 1.000 68790 68725 match_part 1.000 68537 68497 match_155 match_part 1.000 70824 70102 match_156 match_part 0.996 71172 70409 match_157 match_part 0.995 71171 70575 match_158 match_part 0.954 97251 96464 match_159 match_part 1.000 132238 132183 match_part 0.996 131375 130868 match_160 match_part 1.000 133878 133592 match_part 1.000 133477 133253 match_part 1.000 133078 132968 match_part 1.000 132244 132183 match_part 0.981 131375 131167 match_161 match_part 1.000 133603 133592 match_part 1.000 133477 133253 match_part 1.000 133078 132968 match_part 1.000 132244 132183 match_part 1.000 131375 131318 match_162 match_part 0.982 133876 133592 match_part 0.996 133477 133253 match_part 1.000 133078 133053 match_163 match_part 0.997 133931 133592 match_part 1.000 133477 133317 match_164 match_part 0.981 133967 133592 match_part 0.989 133477 133389 match_165 match_part 0.933 133921 133592 match_part 0.988 133477 133394 match_166 match_part 0.988 143969 143384 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 1051 1055 exon 1364 1528 exon 2095 2243 exon 3242 3684 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6682 6807 exon 6892 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10349 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6682 6807 exon 6892 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10341 exon 11058 11106 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 12802 13238 exon 14072 14386 exon 15042 15170 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 16184 16386 exon 16452 17382 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 19554 19107 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 28867 29249 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 39817 40157 exon 41577 41605 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 39822 40151 exon 41557 41575 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 44005 43944 exon 43847 43647 exon 42472 42353 exon 41148 40876 exon 40773 40450 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 44004 43944 exon 43847 43647 exon 42472 42212 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 48178 48036 exon 47904 47704 exon 47159 47040 exon 45514 45242 exon 45149 44796 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 48159 48036 exon 47904 47700 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 51082 51053 exon 50968 50876 exon 50635 50415 exon 50145 50089 exon 49998 49857 exon 49699 49349 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 52594 52483 exon 52274 52120 exon 52049 51841 exon 51753 51588 exon 51502 51306 exon 51112 51053 exon 50968 50876 exon 50635 50415 exon 50166 50089 exon 49998 49857 exon 49699 49349 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 55842 55722 exon 55587 55469 exon 55188 54980 exon 53269 53139 exon 53052 52979 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 62452 61834 exon 61309 60878 exon 60629 60456 exon 59237 59124 exon 59033 58932 exon 58846 58780 exon 58672 58296 exon 58221 58139 gene_18 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 60141 59577 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 61955 62238 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 69188 68938 exon 68790 68725 exon 68537 68463 exon 67990 67928 exon 67768 67709 exon 67565 67476 exon 67394 67287 exon 67091 66969 exon 66857 66584 gene_21 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 67567 67476 exon 67394 67287 exon 67091 66969 exon 66857 66584 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 71172 70102 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 96104 96243 exon 97250 97489 gene_24 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 96094 96237 exon 97244 97327 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 97251 96464 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 101029 101285 exon 101360 101411 exon 102787 102882 exon 104118 104182 exon 104454 104587 exon 104643 105194 gene_27 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 101030 101285 exon 101360 101411 exon 102787 102882 exon 104118 104182 exon 104454 104527 exon 104606 104628 gene_28 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 105453 106225 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 116679 117097 exon 121152 121202 exon 123276 123309 exon 124866 124952 exon 125024 125075 exon 126273 126317 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 129668 129817 exon 130284 130577 gene_31 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 133967 133592 exon 133477 133253 exon 133078 132968 exon 132244 132183 exon 131375 130868 gene_32 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 137082 137529 gene_33 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 140465 140583 exon 141185 141320 exon 141731 141904 exon 142486 143965 gene_34 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 143969 143384 AUGUSTUS_tom_cdna de novo gene_1 gene 0.74 1006 3629 transcript_1 transcript 0.74 1006 3629 intron_1 intron 0.74 1 1005 intron_2 intron 1 1056 1363 intron_3 intron 1 1529 2094 intron_4 intron 1 2244 3241 CDS_1 CDS 0.74 1006 1055 CDS_2 CDS 1 1364 1528 CDS_3 CDS 1 2095 2243 CDS_4 CDS 1 3242 3629 stop_codon_1 stop_codon 3627 3629 gene_2 gene 0.98 6737 10171 transcript_2 transcript 0.98 6737 10171 start_codon_1 start_codon 6737 6739 intron_5 intron 1 6808 6891 intron_6 intron 1 7081 7583 intron_7 intron 1 7645 8187 intron_8 intron 1 8390 8537 intron_9 intron 1 8660 8763 intron_10 intron 1 8869 10087 CDS_5 CDS 0.98 6737 6807 CDS_6 CDS 1 6892 7080 CDS_7 CDS 1 7584 7644 CDS_8 CDS 1 8188 8389 CDS_9 CDS 1 8538 8659 CDS_10 CDS 1 8764 8868 CDS_11 CDS 1 10088 10171 stop_codon_2 stop_codon 10169 10171 gene_3 gene 1 12937 15198 transcript_3 transcript 1 12937 15198 start_codon_2 start_codon 12937 12939 intron_11 intron 1 13239 14071 intron_12 intron 1 14387 15041 CDS_12 CDS 1 12937 13238 CDS_13 CDS 1 14072 14386 CDS_14 CDS 1 15042 15198 stop_codon_3 stop_codon 15196 15198 gene_4 gene 1 16873 17472 transcript_4 transcript 1 16873 17472 start_codon_3 start_codon 16873 16875 CDS_15 CDS 1 16873 17472 stop_codon_4 stop_codon 17470 17472 gene_5 gene 0.88 21999 22574 transcript_5 transcript 0.88 21999 22574 start_codon_4 start_codon 21999 22001 CDS_16 CDS 0.92 21999 22574 stop_codon_5 stop_codon 22572 22574 gene_6 gene 0.24 55833 58368 transcript_6 transcript 0.24 55833 58368 start_codon_5 start_codon 55833 55835 intron_13 intron 0.91 55845 57970 intron_14 intron 0.27 58107 58297 CDS_17 CDS 0.91 55833 55844 CDS_18 CDS 0.78 57971 58106 CDS_19 CDS 0.32 58298 58368 stop_codon_6 stop_codon 58366 58368 gene_7 gene 0.18 85776 128368 transcript_7 transcript 0.07 89811 128368 start_codon_6 start_codon 89811 89813 intron_15 intron 0.83 91022 95165 intron_16 intron 0.44 95465 101239 intron_17 intron 1 101286 101359 intron_18 intron 1 101412 102786 intron_19 intron 0.32 102883 103442 intron_20 intron 0.46 103519 104117 intron_21 intron 1 104183 104453 intron_22 intron 1 104528 104605 intron_23 intron 1 104622 116968 intron_24 intron 1 117098 121151 intron_25 intron 1 121203 123275 intron_26 intron 1 123310 124865 intron_27 intron 1 124953 125023 intron_28 intron 1 125076 126272 intron_29 intron 0.98 126442 127027 intron_30 intron 0.89 127124 128350 CDS_20 CDS 0.7 89811 91021 CDS_21 CDS 0.71 95166 95464 CDS_22 CDS 1 101240 101285 CDS_23 CDS 1 101360 101411 CDS_24 CDS 1 102787 102882 CDS_25 CDS 0.33 103443 103518 CDS_26 CDS 1 104118 104182 CDS_27 CDS 1 104454 104527 CDS_28 CDS 1 104606 104621 CDS_29 CDS 1 116969 117097 CDS_30 CDS 1 121152 121202 CDS_31 CDS 1 123276 123309 CDS_32 CDS 1 124866 124952 CDS_33 CDS 1 125024 125075 CDS_34 CDS 0.98 126273 126441 CDS_35 CDS 1 127028 127123 CDS_36 CDS 0.89 128351 128368 stop_codon_7 stop_codon 128366 128368 transcript_8 transcript 0.11 85776 128368 start_codon_7 start_codon 85776 85778 intron_31 intron 0.64 85789 89820 intron_32 intron 0.82 91022 95165 intron_33 intron 0.48 95465 101239 intron_34 intron 1 101286 101359 intron_35 intron 1 101412 102786 intron_36 intron 0.41 102883 103442 intron_37 intron 0.52 103519 104117 intron_38 intron 1 104183 104453 intron_39 intron 1 104528 104605 intron_40 intron 1 104622 116968 intron_41 intron 1 117098 121151 intron_42 intron 1 121203 123275 intron_43 intron 1 123310 124865 intron_44 intron 1 124953 125023 intron_45 intron 1 125076 126272 intron_46 intron 0.99 126442 127027 intron_47 intron 0.9 127124 128350 CDS_37 CDS 0.69 85776 85788 CDS_38 CDS 0.62 89821 91021 CDS_39 CDS 0.62 95166 95464 CDS_40 CDS 1 101240 101285 CDS_41 CDS 1 101360 101411 CDS_42 CDS 1 102787 102882 CDS_43 CDS 0.41 103443 103518 CDS_44 CDS 0.97 104118 104182 CDS_45 CDS 1 104454 104527 CDS_46 CDS 1 104606 104621 CDS_47 CDS 1 116969 117097 CDS_48 CDS 1 121152 121202 CDS_49 CDS 1 123276 123309 CDS_50 CDS 1 124866 124952 CDS_51 CDS 1 125024 125075 CDS_52 CDS 0.99 126273 126441 CDS_53 CDS 0.99 127028 127123 CDS_54 CDS 0.9 128351 128368 stop_codon_8 stop_codon 128366 128368 gene_8 gene 0.88 128407 130307 transcript_9 transcript 0.88 128407 130307 start_codon_8 start_codon 128407 128409 intron_48 intron 1 128416 128721 intron_49 intron 1 128797 128875 intron_50 intron 0.99 128952 129653 intron_51 intron 1 129818 130283 CDS_55 CDS 0.89 128407 128415 CDS_56 CDS 1 128722 128796 CDS_57 CDS 1 128876 128951 CDS_58 CDS 0.99 129654 129817 CDS_59 CDS 1 130284 130307 stop_codon_9 stop_codon 130305 130307 gene_9 gene 0.51 139617 141794 transcript_10 transcript 0.51 139617 141794 start_codon_9 start_codon 139617 139619 intron_52 intron 0.51 139621 141184 intron_53 intron 1 141321 141730 CDS_60 CDS 0.51 139617 139620 CDS_61 CDS 1 141185 141320 CDS_62 CDS 1 141731 141794 stop_codon_10 stop_codon 141792 141794 gene_10 gene 1 142837 143577 transcript_11 transcript 1 142837 143577 start_codon_10 start_codon 142837 142839 CDS_63 CDS 1 142837 143577 stop_codon_11 stop_codon 143575 143577 AUGUSTUS_tom_cdna de novo gene_11 gene 0.07 55787 26131 transcript_12 transcript 0.04 55787 26131 stop_codon_12 stop_codon 26133 26131 intron_54 intron 0.59 26548 26191 intron_55 intron 0.59 27174 26654 intron_56 intron 0.88 29162 29045 intron_57 intron 0.35 30415 29296 intron_58 intron 0.56 31491 30958 intron_59 intron 0.92 34869 32358 intron_60 intron 0.97 36402 36273 intron_61 intron 0.65 40649 37237 intron_62 intron 1 40875 40774 intron_63 intron 1 42352 41149 intron_64 intron 1 43646 42473 intron_65 intron 1 43939 43848 intron_66 intron 0.73 44224 44057 intron_67 intron 1 44988 44352 intron_68 intron 1 45241 45150 intron_69 intron 1 47039 45515 intron_70 intron 1 47703 47160 intron_71 intron 1 48035 47905 intron_72 intron 0.93 49665 48176 intron_73 intron 1 49856 49700 intron_74 intron 1 50088 49999 intron_75 intron 1 50414 50146 intron_76 intron 1 50875 50636 intron_77 intron 1 51052 50969 intron_78 intron 1 51305 51113 intron_79 intron 1 51583 51499 intron_80 intron 1 51840 51754 intron_81 intron 1 52119 52050 intron_82 intron 1 52482 52275 intron_83 intron 1 52813 52720 intron_84 intron 1 53138 53053 intron_85 intron 1 54979 53270 intron_86 intron 1 55468 55189 intron_87 intron 1 55721 55588 CDS_64 CDS 0.59 26190 26131 CDS_65 CDS 0.6 26653 26549 CDS_66 CDS 0.56 29044 27175 CDS_67 CDS 0.46 29295 29163 CDS_68 CDS 0.23 30957 30416 CDS_69 CDS 0.81 32357 31492 CDS_70 CDS 0.93 36272 34870 CDS_71 CDS 0.93 37236 36403 CDS_72 CDS 0.69 40773 40650 CDS_73 CDS 1 41148 40876 CDS_74 CDS 1 42472 42353 CDS_75 CDS 1 43847 43647 CDS_76 CDS 0.73 44056 43940 CDS_77 CDS 1 44351 44225 CDS_78 CDS 1 45149 44989 CDS_79 CDS 1 45514 45242 CDS_80 CDS 1 47159 47040 CDS_81 CDS 1 47904 47704 CDS_82 CDS 1 48175 48036 CDS_83 CDS 0.95 49699 49666 CDS_84 CDS 1 49998 49857 CDS_85 CDS 1 50145 50089 CDS_86 CDS 1 50635 50415 CDS_87 CDS 1 50968 50876 CDS_88 CDS 1 51112 51053 CDS_89 CDS 1 51498 51306 CDS_90 CDS 1 51753 51584 CDS_91 CDS 1 52049 51841 CDS_92 CDS 1 52274 52120 CDS_93 CDS 1 52719 52483 CDS_94 CDS 1 53052 52814 CDS_95 CDS 1 53269 53139 CDS_96 CDS 1 55188 54980 CDS_97 CDS 1 55587 55469 CDS_98 CDS 1 55787 55722 start_codon_11 start_codon 55787 55785 transcript_13 transcript 0.03 55787 26131 stop_codon_13 stop_codon 26133 26131 intron_88 intron 0.64 26548 26191 intron_89 intron 0.63 27174 26654 intron_90 intron 0.82 29162 29045 intron_91 intron 0.37 30415 29296 intron_92 intron 0.54 31491 30958 intron_93 intron 0.97 34869 32358 intron_94 intron 0.94 36402 36273 intron_95 intron 0.57 40649 37237 intron_96 intron 1 40875 40774 intron_97 intron 1 42352 41149 intron_98 intron 1 43646 42473 intron_99 intron 1 43939 43848 intron_100 intron 0.71 44224 44057 intron_101 intron 1 44988 44352 intron_102 intron 1 45241 45150 intron_103 intron 1 47039 45515 intron_104 intron 1 47703 47160 intron_105 intron 1 48035 47905 intron_106 intron 0.99 49417 48176 intron_107 intron 0.99 49640 49432 intron_108 intron 1 49856 49700 intron_109 intron 1 50088 49999 intron_110 intron 1 50414 50146 intron_111 intron 1 50875 50636 intron_112 intron 1 51052 50969 intron_113 intron 1 51305 51113 intron_114 intron 1 51583 51499 intron_115 intron 1 51840 51754 intron_116 intron 1 52119 52050 intron_117 intron 1 52482 52275 intron_118 intron 1 52813 52720 intron_119 intron 1 53138 53053 intron_120 intron 1 54979 53270 intron_121 intron 1 55468 55189 intron_122 intron 1 55721 55588 CDS_99 CDS 0.64 26190 26131 CDS_100 CDS 0.66 26653 26549 CDS_101 CDS 0.59 29044 27175 CDS_102 CDS 0.44 29295 29163 CDS_103 CDS 0.24 30957 30416 CDS_104 CDS 0.87 32357 31492 CDS_105 CDS 0.93 36272 34870 CDS_106 CDS 0.88 37236 36403 CDS_107 CDS 0.61 40773 40650 CDS_108 CDS 1 41148 40876 CDS_109 CDS 1 42472 42353 CDS_110 CDS 1 43847 43647 CDS_111 CDS 0.72 44056 43940 CDS_112 CDS 0.99 44351 44225 CDS_113 CDS 1 45149 44989 CDS_114 CDS 1 45514 45242 CDS_115 CDS 1 47159 47040 CDS_116 CDS 1 47904 47704 CDS_117 CDS 1 48175 48036 CDS_118 CDS 0.99 49431 49418 CDS_119 CDS 1 49699 49641 CDS_120 CDS 1 49998 49857 CDS_121 CDS 1 50145 50089 CDS_122 CDS 1 50635 50415 CDS_123 CDS 1 50968 50876 CDS_124 CDS 1 51112 51053 CDS_125 CDS 1 51498 51306 CDS_126 CDS 1 51753 51584 CDS_127 CDS 1 52049 51841 CDS_128 CDS 1 52274 52120 CDS_129 CDS 1 52719 52483 CDS_130 CDS 1 53052 52814 CDS_131 CDS 1 53269 53139 CDS_132 CDS 1 55188 54980 CDS_133 CDS 1 55587 55469 CDS_134 CDS 1 55787 55722 start_codon_12 start_codon 55787 55785 gene_12 gene 0.47 66678 58605 transcript_14 transcript 0.47 66678 58605 stop_codon_14 stop_codon 58607 58605 intron_123 intron 1 58779 58673 intron_124 intron 1 58931 58847 intron_125 intron 1 59123 59034 intron_126 intron 1 60455 59238 intron_127 intron 1 60877 60630 intron_128 intron 1 61833 61310 intron_129 intron 0.47 64517 62358 intron_130 intron 0.47 66625 64550 CDS_135 CDS 1 58672 58605 CDS_136 CDS 1 58846 58780 CDS_137 CDS 1 59033 58932 CDS_138 CDS 1 59237 59124 CDS_139 CDS 1 60629 60456 CDS_140 CDS 1 61309 60878 CDS_141 CDS 0.51 62357 61834 CDS_142 CDS 0.47 64549 64518 CDS_143 CDS 0.99 66678 66626 start_codon_13 start_codon 66678 66676 gene_13 gene 0.18 89768 66726 transcript_15 transcript 0.18 89768 66726 stop_codon_15 stop_codon 66728 66726 intron_131 intron 1 66968 66858 intron_132 intron 1 67286 67092 intron_133 intron 1 67475 67395 intron_134 intron 1 67708 67566 intron_135 intron 1 67927 67769 intron_136 intron 1 68462 67991 intron_137 intron 1 68724 68538 intron_138 intron 1 68937 68791 intron_139 intron 0.95 70026 69204 intron_140 intron 0.46 70291 70213 intron_141 intron 0.48 70488 70404 intron_142 intron 1 76880 75777 intron_143 intron 0.58 85506 77147 intron_144 intron 0.52 89670 85687 CDS_144 CDS 0.99 66857 66726 CDS_145 CDS 1 67091 66969 CDS_146 CDS 1 67394 67287 CDS_147 CDS 1 67565 67476 CDS_148 CDS 1 67768 67709 CDS_149 CDS 1 67990 67928 CDS_150 CDS 1 68537 68463 CDS_151 CDS 1 68790 68725 CDS_152 CDS 0.99 69203 68938 CDS_153 CDS 0.48 70212 70027 CDS_154 CDS 0.48 70403 70292 CDS_155 CDS 0.99 75776 70489 CDS_156 CDS 1 77146 76881 CDS_157 CDS 0.69 85686 85507 CDS_158 CDS 0.53 89768 89671 start_codon_14 start_codon 89768 89766 gene_14 gene 0.89 133717 131250 transcript_16 transcript 0.89 133717 131250 stop_codon_16 stop_codon 131252 131250 intron_145 intron 0.89 132205 131376 intron_146 intron 1 132967 132245 intron_147 intron 1 133252 133079 intron_148 intron 1 133591 133478 CDS_159 CDS 1 131375 131250 CDS_160 CDS 0.91 132244 132206 CDS_161 CDS 1 133078 132968 CDS_162 CDS 1 133477 133253 CDS_163 CDS 1 133717 133592 start_codon_15 start_codon 133717 133715 tRNAscan-SE unknown database tRNA_1 tRNA 78.91 11186 11257 tRNA_2 tRNA 72.30 25494 25567 tRNAscan-SE unknown database tRNA_3 tRNA 75.05 16614 16542 AUGUSTUS_ab_initio de novo gene_1 gene 0.14 1364 10171 transcript_1 transcript 0.14 1364 10171 intron_1 intron 0.41 1 1363 intron_2 intron 1 1529 2094 intron_3 intron 0.8 2244 6891 intron_4 intron 0.6 7081 7583 intron_5 intron 1 7645 8187 intron_6 intron 0.52 8390 8519 intron_7 intron 1 8660 8763 intron_8 intron 0.93 8869 10087 CDS_1 CDS 0.43 1364 1528 CDS_2 CDS 1 2095 2243 CDS_3 CDS 1 6892 7080 CDS_4 CDS 1 7584 7644 CDS_5 CDS 1 8188 8389 CDS_6 CDS 0.52 8520 8659 CDS_7 CDS 0.94 8764 8868 CDS_8 CDS 0.93 10088 10171 stop_codon_1 stop_codon 10169 10171 gene_2 gene 0.65 12937 15198 transcript_2 transcript 0.65 12937 15198 start_codon_1 start_codon 12937 12939 intron_9 intron 0.65 13239 14071 intron_10 intron 0.99 14387 15041 CDS_9 CDS 0.99 12937 13238 CDS_10 CDS 0.97 14072 14386 CDS_11 CDS 1 15042 15198 stop_codon_2 stop_codon 15196 15198 gene_3 gene 1 16873 17472 transcript_3 transcript 1 16873 17472 start_codon_2 start_codon 16873 16875 CDS_12 CDS 1 16873 17472 stop_codon_3 stop_codon 17470 17472 gene_4 gene 0.53 21269 22574 transcript_4 transcript 0.53 21269 22574 start_codon_3 start_codon 21269 21271 intron_11 intron 0.89 21491 21777 intron_12 intron 0.62 21834 21982 CDS_13 CDS 0.92 21269 21490 CDS_14 CDS 0.73 21778 21833 CDS_15 CDS 0.56 21983 22574 stop_codon_4 stop_codon 22572 22574 gene_5 gene 0.82 89802 91064 transcript_5 transcript 0.82 89802 91064 start_codon_4 start_codon 89802 89804 CDS_16 CDS 0.82 89802 91064 stop_codon_5 stop_codon 91062 91064 gene_6 gene 0.4 95296 98222 transcript_6 transcript 0.4 95296 98222 start_codon_5 start_codon 95296 95298 intron_13 intron 0.42 95465 97897 intron_14 intron 0.79 97926 98038 CDS_17 CDS 0.76 95296 95464 CDS_18 CDS 0.79 97898 97925 CDS_19 CDS 0.98 98039 98222 stop_codon_6 stop_codon 98220 98222 gene_7 gene 0.05 102811 104636 transcript_7 transcript 0.05 102811 104636 start_codon_6 start_codon 102811 102813 intron_15 intron 0.24 102883 103442 intron_16 intron 0.45 103519 104117 intron_17 intron 0.54 104183 104453 intron_18 intron 0.39 104528 104605 CDS_20 CDS 0.5 102811 102882 CDS_21 CDS 0.26 103443 103518 CDS_22 CDS 0.95 104118 104182 CDS_23 CDS 0.46 104454 104527 CDS_24 CDS 0.39 104606 104636 stop_codon_7 stop_codon 104634 104636 gene_8 gene 0.02 116993 130356 transcript_8 transcript 0.02 116993 130356 start_codon_7 start_codon 116993 116995 intron_19 intron 0.29 117098 118683 intron_20 intron 0.29 118785 122614 intron_21 intron 0.36 122703 123275 intron_22 intron 0.4 123310 124865 intron_23 intron 0.94 124953 125023 intron_24 intron 0.83 125076 125261 intron_25 intron 0.81 125478 126272 intron_26 intron 0.99 126442 127027 intron_27 intron 0.84 127124 127691 intron_28 intron 0.93 127753 128350 intron_29 intron 0.92 128416 128721 intron_30 intron 1 128797 128875 intron_31 intron 0.99 128952 129653 intron_32 intron 0.19 129804 130291 CDS_25 CDS 0.99 116993 117097 CDS_26 CDS 0.35 118684 118784 CDS_27 CDS 0.41 122615 122702 CDS_28 CDS 0.44 123276 123309 CDS_29 CDS 0.94 124866 124952 CDS_30 CDS 0.99 125024 125075 CDS_31 CDS 0.79 125262 125477 CDS_32 CDS 0.95 126273 126441 CDS_33 CDS 0.99 127028 127123 CDS_34 CDS 0.84 127692 127752 CDS_35 CDS 0.92 128351 128415 CDS_36 CDS 0.95 128722 128796 CDS_37 CDS 1 128876 128951 CDS_38 CDS 0.62 129654 129803 CDS_39 CDS 0.19 130292 130356 stop_codon_8 stop_codon 130354 130356 gene_9 gene 0.45 141797 143577 transcript_9 transcript 0.45 141797 143577 start_codon_8 start_codon 141797 141799 intron_33 intron 0.6 141905 142842 CDS_40 CDS 0.55 141797 141904 CDS_41 CDS 0.68 142843 143577 stop_codon_9 stop_codon 143575 143577 AUGUSTUS_ab_initio de novo gene_10 gene 0.09 31052 27151 transcript_10 transcript 0.09 31052 27151 stop_codon_10 stop_codon 27153 27151 intron_34 intron 0.92 29162 29045 intron_35 intron 0.37 30415 29296 CDS_42 CDS 0.28 29044 27151 CDS_43 CDS 0.52 29295 29163 CDS_44 CDS 0.35 31052 30416 start_codon_9 start_codon 31052 31050 gene_11 gene 0.22 32742 31485 transcript_11 transcript 0.22 32742 31485 stop_codon_11 stop_codon 31487 31485 intron_36 intron 0.52 32578 32395 CDS_45 CDS 0.48 32394 31485 CDS_46 CDS 0.28 32742 32579 start_codon_10 start_codon 32742 32740 gene_12 gene 0.76 37565 34756 transcript_12 transcript 0.76 37565 34756 stop_codon_12 stop_codon 34758 34756 intron_37 intron 0.92 36402 36273 intron_38 intron 0.96 37447 37237 CDS_47 CDS 0.85 36272 34756 CDS_48 CDS 0.88 37236 36403 CDS_49 CDS 0.99 37565 37448 start_codon_11 start_codon 37565 37563 gene_13 gene 0.24 40046 38377 transcript_13 transcript 0.24 40046 38377 stop_codon_13 stop_codon 38379 38377 intron_39 intron 0.24 39988 38580 CDS_50 CDS 0.72 38579 38377 CDS_51 CDS 0.25 40046 39989 start_codon_12 start_codon 40046 40044 gene_14 gene 0.33 43847 40609 transcript_14 transcript 0.33 43847 40609 stop_codon_14 stop_codon 40611 40609 intron_40 intron 1 40875 40774 intron_41 intron 0.84 42352 41149 intron_42 intron 1 43646 42473 CDS_52 CDS 0.71 40773 40609 CDS_53 CDS 0.85 41148 40876 CDS_54 CDS 0.98 42472 42353 CDS_55 CDS 1 43847 43647 start_codon_13 start_codon 43847 43845 gene_15 gene 0.03 55787 44985 transcript_15 transcript 0.03 55787 44985 stop_codon_15 stop_codon 44987 44985 intron_43 intron 1 45241 45150 intron_44 intron 0.86 47039 45515 intron_45 intron 0.41 47703 47160 intron_46 intron 0.69 49856 47905 intron_47 intron 1 50088 49999 intron_48 intron 0.37 50321 50167 intron_49 intron 0.84 50414 50334 intron_50 intron 1 50875 50636 intron_51 intron 1 51052 50969 intron_52 intron 1 51305 51113 intron_53 intron 0.96 51587 51503 intron_54 intron 1 51840 51754 intron_55 intron 0.98 52119 52050 intron_56 intron 0.98 52482 52275 intron_57 intron 1 52813 52720 intron_58 intron 0.97 53138 53053 intron_59 intron 0.98 54979 53270 intron_60 intron 0.97 55468 55189 intron_61 intron 0.97 55721 55588 CDS_56 CDS 0.58 45149 44985 CDS_57 CDS 1 45514 45242 CDS_58 CDS 0.48 47159 47040 CDS_59 CDS 0.41 47904 47704 CDS_60 CDS 1 49998 49857 CDS_61 CDS 0.44 50166 50089 CDS_62 CDS 0.84 50333 50322 CDS_63 CDS 1 50635 50415 CDS_64 CDS 1 50968 50876 CDS_65 CDS 1 51112 51053 CDS_66 CDS 0.96 51502 51306 CDS_67 CDS 0.96 51753 51588 CDS_68 CDS 0.98 52049 51841 CDS_69 CDS 0.98 52274 52120 CDS_70 CDS 0.98 52719 52483 CDS_71 CDS 1 53052 52814 CDS_72 CDS 0.96 53269 53139 CDS_73 CDS 1 55188 54980 CDS_74 CDS 1 55587 55469 CDS_75 CDS 0.97 55787 55722 start_codon_14 start_codon 55787 55785 gene_16 gene 0.96 62286 58605 transcript_16 transcript 0.96 62286 58605 stop_codon_16 stop_codon 58607 58605 intron_62 intron 1 58779 58673 intron_63 intron 1 58931 58847 intron_64 intron 1 59123 59034 intron_65 intron 1 60455 59238 intron_66 intron 1 60877 60630 intron_67 intron 0.96 61833 61310 CDS_76 CDS 1 58672 58605 CDS_77 CDS 1 58846 58780 CDS_78 CDS 1 59033 58932 CDS_79 CDS 1 59237 59124 CDS_80 CDS 1 60629 60456 CDS_81 CDS 1 61309 60878 CDS_82 CDS 1 62286 61834 start_codon_15 start_codon 62286 62284 gene_17 gene 0.43 70310 66726 transcript_17 transcript 0.43 70310 66726 stop_codon_17 stop_codon 66728 66726 intron_68 intron 1 66968 66858 intron_69 intron 1 67286 67092 intron_70 intron 1 67475 67395 intron_71 intron 0.99 67708 67566 intron_72 intron 0.92 67927 67769 intron_73 intron 0.97 68462 67991 intron_74 intron 0.99 68724 68538 intron_75 intron 1 68937 68791 intron_76 intron 0.55 70026 69057 intron_77 intron 0.93 70291 70213 CDS_83 CDS 1 66857 66726 CDS_84 CDS 1 67091 66969 CDS_85 CDS 1 67394 67287 CDS_86 CDS 1 67565 67476 CDS_87 CDS 0.92 67768 67709 CDS_88 CDS 0.99 67990 67928 CDS_89 CDS 0.98 68537 68463 CDS_90 CDS 1 68790 68725 CDS_91 CDS 0.55 69056 68938 CDS_92 CDS 0.85 70212 70027 CDS_93 CDS 0.97 70310 70292 start_codon_16 start_codon 70310 70308 gene_18 gene 0.4 78171 70366 transcript_18 transcript 0.4 78171 70366 stop_codon_18 stop_codon 70368 70366 intron_78 intron 0.99 76880 75777 intron_79 intron 0.45 77780 77147 intron_80 intron 0.41 77930 77869 CDS_94 CDS 0.99 75776 70366 CDS_95 CDS 1 77146 76881 CDS_96 CDS 0.45 77868 77781 CDS_97 CDS 0.41 78171 77931 start_codon_17 start_codon 78171 78169 gene_19 gene 0.58 85727 85404 transcript_19 transcript 0.58 85727 85404 stop_codon_19 stop_codon 85406 85404 CDS_98 CDS 0.58 85727 85404 start_codon_18 start_codon 85727 85725 gene_20 gene 0.41 100278 99101 transcript_20 transcript 0.41 100278 99101 stop_codon_20 stop_codon 99103 99101 intron_81 intron 0.51 99202 99117 CDS_99 CDS 0.51 99116 99101 CDS_100 CDS 0.45 100278 99203 start_codon_19 start_codon 100278 100276 gene_21 gene 0.13 133717 132944 transcript_21 transcript 0.13 133717 132944 stop_codon_21 stop_codon 132946 132944 intron_82 intron 0.68 133252 133079 intron_83 intron 0.72 133591 133478 CDS_101 CDS 0.17 133078 132944 CDS_102 CDS 0.75 133477 133253 CDS_103 CDS 0.72 133717 133592 start_codon_20 start_codon 133717 133715 AUGUSTUS_tom_ugs de novo gene_1 gene 0.03 1006 22574 transcript_1 transcript 0.03 1006 22574 intron_1 intron 0.69 1 1005 intron_2 intron 1 1056 1363 intron_3 intron 1 1529 2094 intron_4 intron 1 2244 3241 intron_5 intron 0.46 3577 6749 intron_6 intron 0.51 6808 6891 intron_7 intron 1 7081 7583 intron_8 intron 1 7645 8187 intron_9 intron 1 8390 8537 intron_10 intron 1 8660 8763 intron_11 intron 0.97 8869 10087 intron_12 intron 0.5 10118 10368 intron_13 intron 0.46 10410 10522 intron_14 intron 0.98 10575 12924 intron_15 intron 1 13239 14071 intron_16 intron 1 14387 15041 intron_17 intron 0.66 15098 16469 intron_18 intron 0.79 16525 16901 intron_19 intron 0.64 17467 21352 intron_20 intron 0.5 21491 21777 intron_21 intron 0.63 21834 21982 CDS_1 CDS 0.69 1006 1055 CDS_2 CDS 1 1364 1528 CDS_3 CDS 1 2095 2243 CDS_4 CDS 0.46 3242 3576 CDS_5 CDS 0.5 6750 6807 CDS_6 CDS 1 6892 7080 CDS_7 CDS 1 7584 7644 CDS_8 CDS 1 8188 8389 CDS_9 CDS 1 8538 8659 CDS_10 CDS 1 8764 8868 CDS_11 CDS 0.52 10088 10117 CDS_12 CDS 0.81 10369 10409 CDS_13 CDS 0.51 10523 10574 CDS_14 CDS 1 12925 13238 CDS_15 CDS 1 14072 14386 CDS_16 CDS 0.76 15042 15097 CDS_17 CDS 0.86 16470 16524 CDS_18 CDS 0.76 16902 17466 CDS_19 CDS 0.63 21353 21490 CDS_20 CDS 0.76 21778 21833 CDS_21 CDS 0.55 21983 22574 stop_codon_1 stop_codon 22572 22574 gene_2 gene 0.01 85776 130307 transcript_2 transcript 0.01 85776 130307 start_codon_1 start_codon 85776 85778 intron_22 intron 0.68 85789 89820 intron_23 intron 0.83 91022 95165 intron_24 intron 0.52 95465 101239 intron_25 intron 1 101286 101359 intron_26 intron 1 101412 102786 intron_27 intron 0.38 102883 103442 intron_28 intron 0.5 103519 104117 intron_29 intron 1 104183 104453 intron_30 intron 0.74 104528 104605 intron_31 intron 0.52 104622 116968 intron_32 intron 1 117098 121151 intron_33 intron 1 121203 123275 intron_34 intron 1 123310 124865 intron_35 intron 1 124953 125023 intron_36 intron 1 125076 126272 intron_37 intron 1 126442 127027 intron_38 intron 0.57 127124 127691 intron_39 intron 0.55 127753 128350 intron_40 intron 0.55 128416 128721 intron_41 intron 0.95 128797 128875 intron_42 intron 0.96 128952 129653 intron_43 intron 1 129818 130283 CDS_22 CDS 0.71 85776 85788 CDS_23 CDS 0.68 89821 91021 CDS_24 CDS 0.66 95166 95464 CDS_25 CDS 0.99 101240 101285 CDS_26 CDS 1 101360 101411 CDS_27 CDS 1 102787 102882 CDS_28 CDS 0.38 103443 103518 CDS_29 CDS 1 104118 104182 CDS_30 CDS 1 104454 104527 CDS_31 CDS 0.6 104606 104621 CDS_32 CDS 0.55 116969 117097 CDS_33 CDS 1 121152 121202 CDS_34 CDS 1 123276 123309 CDS_35 CDS 1 124866 124952 CDS_36 CDS 1 125024 125075 CDS_37 CDS 1 126273 126441 CDS_38 CDS 0.98 127028 127123 CDS_39 CDS 0.58 127692 127752 CDS_40 CDS 0.55 128351 128415 CDS_41 CDS 0.91 128722 128796 CDS_42 CDS 0.95 128876 128951 CDS_43 CDS 1 129654 129817 CDS_44 CDS 1 130284 130307 stop_codon_2 stop_codon 130305 130307 gene_3 gene 0.78 140786 141794 transcript_3 transcript 0.78 140786 141794 start_codon_2 start_codon 140786 140788 intron_44 intron 0.84 140814 141184 intron_45 intron 1 141321 141730 CDS_45 CDS 0.78 140786 140813 CDS_46 CDS 0.85 141185 141320 CDS_47 CDS 1 141731 141794 stop_codon_3 stop_codon 141792 141794 gene_4 gene 0.88 142837 143577 transcript_4 transcript 0.88 142837 143577 start_codon_3 start_codon 142837 142839 CDS_48 CDS 0.88 142837 143577 stop_codon_4 stop_codon 143575 143577 AUGUSTUS_tom_ugs de novo gene_5 gene 0.01 56678 22580 transcript_5 transcript 0.01 56678 22580 stop_codon_5 stop_codon 22582 22580 intron_46 intron 0.85 26571 22600 intron_47 intron 0.61 27174 26654 intron_48 intron 0.81 29162 29045 intron_49 intron 0.34 30415 29296 intron_50 intron 0.53 31491 30958 intron_51 intron 0.95 34869 32358 intron_52 intron 0.91 36402 36273 intron_53 intron 0.71 40612 37167 intron_54 intron 1 40875 40774 intron_55 intron 1 42352 41149 intron_56 intron 1 43646 42473 intron_57 intron 0.79 45113 43848 intron_58 intron 1 45241 45150 intron_59 intron 1 47039 45515 intron_60 intron 1 47703 47160 intron_61 intron 1 48035 47905 intron_62 intron 0.95 49417 48176 intron_63 intron 0.95 49640 49432 intron_64 intron 1 49856 49700 intron_65 intron 1 50088 49999 intron_66 intron 0.58 50414 50146 intron_67 intron 1 50875 50636 intron_68 intron 1 51052 50969 intron_69 intron 1 51305 51113 intron_70 intron 1 51583 51499 intron_71 intron 1 51840 51754 intron_72 intron 1 52119 52050 intron_73 intron 1 52482 52275 intron_74 intron 1 52813 52720 intron_75 intron 1 53138 53053 intron_76 intron 1 54979 53270 intron_77 intron 1 55468 55189 intron_78 intron 1 55721 55588 intron_79 intron 0.56 56668 55883 CDS_49 CDS 0.85 22599 22580 CDS_50 CDS 0.89 26653 26572 CDS_51 CDS 0.58 29044 27175 CDS_52 CDS 0.46 29295 29163 CDS_53 CDS 0.2 30957 30416 CDS_54 CDS 0.85 32357 31492 CDS_55 CDS 0.94 36272 34870 CDS_56 CDS 0.63 37166 36403 CDS_57 CDS 0.81 40773 40613 CDS_58 CDS 1 41148 40876 CDS_59 CDS 1 42472 42353 CDS_60 CDS 1 43847 43647 CDS_61 CDS 0.8 45149 45114 CDS_62 CDS 1 45514 45242 CDS_63 CDS 1 47159 47040 CDS_64 CDS 1 47904 47704 CDS_65 CDS 0.99 48175 48036 CDS_66 CDS 0.95 49431 49418 CDS_67 CDS 0.99 49699 49641 CDS_68 CDS 1 49998 49857 CDS_69 CDS 0.58 50145 50089 CDS_70 CDS 1 50635 50415 CDS_71 CDS 1 50968 50876 CDS_72 CDS 1 51112 51053 CDS_73 CDS 1 51498 51306 CDS_74 CDS 1 51753 51584 CDS_75 CDS 1 52049 51841 CDS_76 CDS 1 52274 52120 CDS_77 CDS 1 52719 52483 CDS_78 CDS 1 53052 52814 CDS_79 CDS 1 53269 53139 CDS_80 CDS 1 55188 54980 CDS_81 CDS 1 55587 55469 CDS_82 CDS 0.62 55882 55722 CDS_83 CDS 0.56 56678 56669 start_codon_4 start_codon 56678 56676 gene_6 gene 0.96 62286 58605 transcript_6 transcript 0.96 62286 58605 stop_codon_6 stop_codon 58607 58605 intron_80 intron 1 58779 58673 intron_81 intron 1 58931 58847 intron_82 intron 1 59123 59034 intron_83 intron 1 60455 59238 intron_84 intron 1 60877 60630 intron_85 intron 0.99 61833 61310 CDS_84 CDS 1 58672 58605 CDS_85 CDS 1 58846 58780 CDS_86 CDS 1 59033 58932 CDS_87 CDS 1 59237 59124 CDS_88 CDS 1 60629 60456 CDS_89 CDS 0.99 61309 60878 CDS_90 CDS 0.96 62286 61834 start_codon_5 start_codon 62286 62284 gene_7 gene 0.09 85727 64541 transcript_7 transcript 0.09 85727 64541 stop_codon_7 stop_codon 64543 64541 intron_86 intron 0.77 66821 64550 intron_87 intron 1 66968 66858 intron_88 intron 1 67286 67092 intron_89 intron 1 67475 67395 intron_90 intron 1 67708 67566 intron_91 intron 1 67927 67769 intron_92 intron 1 68462 67991 intron_93 intron 1 68724 68538 intron_94 intron 1 68937 68791 intron_95 intron 0.6 70026 69057 intron_96 intron 0.35 70291 70213 intron_97 intron 0.35 70488 70404 intron_98 intron 1 76880 75777 intron_99 intron 0.76 85506 77147 CDS_91 CDS 0.79 64549 64541 CDS_92 CDS 0.96 66857 66822 CDS_93 CDS 1 67091 66969 CDS_94 CDS 1 67394 67287 CDS_95 CDS 1 67565 67476 CDS_96 CDS 1 67768 67709 CDS_97 CDS 1 67990 67928 CDS_98 CDS 1 68537 68463 CDS_99 CDS 1 68790 68725 CDS_100 CDS 0.61 69056 68938 CDS_101 CDS 0.4 70212 70027 CDS_102 CDS 0.35 70403 70292 CDS_103 CDS 0.96 75776 70489 CDS_104 CDS 1 77146 76881 CDS_105 CDS 0.7 85727 85507 start_codon_6 start_codon 85727 85725 gene_8 gene 1 133717 132197 transcript_8 transcript 1 133717 132197 stop_codon_8 stop_codon 132199 132197 intron_100 intron 1 132967 132245 intron_101 intron 1 133252 133079 intron_102 intron 1 133591 133478 CDS_106 CDS 1 132244 132197 CDS_107 CDS 1 133078 132968 CDS_108 CDS 1 133477 133253 CDS_109 CDS 1 133717 133592 start_codon_7 start_codon 133717 133715 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.826 1033 1055 match_part 0.988 1364 1528 match_part 1.000 2095 2243 match_part 1.000 3242 3688 match_2 match_part 0.865 6682 6807 match_part 0.995 6892 7080 match_part 0.967 7584 7644 match_part 1.000 8188 8333 match_3 match_part 1.000 6691 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8389 match_part 1.000 8538 8659 match_part 0.990 8764 8868 match_part 1.000 10088 10339 match_4 match_part 0.998 12801 13238 match_part 0.997 14072 14386 match_part 0.974 15042 15195 match_5 match_part 0.970 16184 16386 match_part 0.994 16452 17401 match_6 match_part 0.982 28865 29249 match_7 match_part 1.000 101028 101285 match_part 1.000 101360 101411 match_part 1.000 102787 102882 match_part 0.985 104118 104182 match_part 0.761 104454 104587 match_part 0.983 104643 105182 match_8 match_part 0.994 105447 106216 match_9 match_part 0.971 116677 117097 match_part 1.000 121152 121202 match_part 1.000 123276 123309 match_part 0.989 124866 124952 match_part 1.000 125024 125075 match_part 1.000 126273 126441 match_part 1.000 127028 127079 match_10 match_part 0.995 116893 117097 match_part 1.000 121152 121202 match_part 1.000 123276 123309 match_part 1.000 125024 125075 match_part 1.000 126292 126441 match_part 1.000 127028 127123 match_part 1.000 127692 127752 match_part 1.000 128351 128365 match_11 match_part 0.988 129645 129817 match_part 0.983 130284 130577 match_12 match_part 0.961 140404 140583 match_part 0.993 141185 141320 match_part 1.000 141731 141904 match_part 0.990 142486 142991 match_13 match_part 1.000 141168 141320 match_part 0.997 141731 143963 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.920 17640 17380 match_15 match_part 1.000 44004 43944 match_part 0.995 43847 43647 match_part 1.000 42472 42353 match_part 1.000 41148 40876 match_part 1.000 40773 40607 match_16 match_part 0.993 48178 48036 match_part 1.000 47904 47704 match_part 1.000 47159 47040 match_part 1.000 45514 45242 match_part 0.980 45149 44793 match_17 match_part 0.969 51084 51053 match_part 0.989 50968 50876 match_part 0.995 50635 50415 match_part 1.000 50145 50089 match_part 1.000 49998 49857 match_part 0.991 49699 49348 match_18 match_part 0.994 51466 51306 match_part 1.000 51112 51053 match_part 1.000 50968 50876 match_part 1.000 50635 50415 match_part 1.000 50166 50089 match_part 0.986 49998 49857 match_part 1.000 49699 49633 match_19 match_part 0.990 52581 52483 match_part 0.994 52274 52120 match_part 1.000 52049 51841 match_part 1.000 51753 51588 match_part 0.978 51502 51364 match_20 match_part 0.959 55844 55722 match_part 1.000 55587 55469 match_part 1.000 55188 54980 match_part 0.992 53269 53139 match_part 0.981 53052 52891 match_21 match_part 0.998 62454 61834 match_part 1.000 61309 60878 match_part 0.989 60629 60456 match_part 0.982 59237 59124 match_part 1.000 59033 58932 match_part 1.000 58846 58780 match_part 0.973 58672 58296 match_part 0.940 58221 58139 match_22 match_part 0.955 58846 58780 match_part 0.924 58672 58316 match_23 match_part 0.949 60141 59577 match_24 match_part 0.947 62410 61905 match_25 match_part 0.983 69237 68938 match_part 1.000 68790 68725 match_part 1.000 68537 68463 match_part 1.000 67990 67928 match_part 1.000 67768 67709 match_part 1.000 67565 67476 match_part 1.000 67394 67287 match_part 1.000 67091 66969 match_part 0.993 66857 66585 match_26 match_part 0.997 71173 70102 match_27 match_part 0.992 133967 133592 match_part 1.000 133477 133253 match_part 1.000 133078 132968 match_part 1.000 132244 132183 match_part 0.988 131375 130867 match_28 match_part 0.948 133878 133592 match_part 0.972 133477 133371 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 1033 1055 exon 1364 1528 exon 2095 2243 exon 3242 3688 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6682 6807 exon 6892 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10339 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 12801 13238 exon 14072 14386 exon 15042 15195 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 16184 16386 exon 16452 17401 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 17640 17380 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 28865 29249 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 44004 43944 exon 43847 43647 exon 42472 42353 exon 41148 40876 exon 40773 40607 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 48178 48036 exon 47904 47704 exon 47159 47040 exon 45514 45242 exon 45149 44793 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 52581 52483 exon 52274 52120 exon 52049 51841 exon 51753 51588 exon 51502 51306 exon 51112 51053 exon 50968 50876 exon 50635 50415 exon 50166 50089 exon 49998 49857 exon 49699 49633 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 51084 51053 exon 50968 50876 exon 50635 50415 exon 50145 50089 exon 49998 49857 exon 49699 49348 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 55844 55722 exon 55587 55469 exon 55188 54980 exon 53269 53139 exon 53052 52891 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 62454 61834 exon 61309 60878 exon 60629 60456 exon 59237 59124 exon 59033 58932 exon 58846 58780 exon 58672 58296 exon 58221 58139 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 60141 59577 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 69237 68938 exon 68790 68725 exon 68537 68463 exon 67990 67928 exon 67768 67709 exon 67565 67476 exon 67394 67287 exon 67091 66969 exon 66857 66585 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 71173 70102 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 101028 101285 exon 101360 101411 exon 102787 102882 exon 104118 104182 exon 104454 104587 exon 104643 105182 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 105447 106216 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 116677 117097 exon 121152 121202 exon 123276 123309 exon 124866 124952 exon 125024 125075 exon 126273 126441 exon 127028 127079 gene_19 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 116893 117097 exon 121152 121202 exon 123276 123309 exon 125024 125075 exon 126292 126441 exon 127028 127123 exon 127692 127752 exon 128351 128365 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 129645 129817 exon 130284 130577 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 133967 133592 exon 133477 133253 exon 133078 132968 exon 132244 132183 exon 131375 130867 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 140404 140583 exon 141185 141320 exon 141731 141904 exon 142486 142991 gene_23 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 141168 141320 exon 141731 143963 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.983 6750 6807 match_part 1.000 6892 7080 match_part 1.000 7584 7644 match_part 1.000 8188 8243 match_2 match_part 0.882 6791 6807 match_part 0.979 6892 7080 match_part 0.951 7584 7644 match_part 0.990 8188 8389 match_part 0.975 8538 8659 match_part 0.971 8764 8868 match_part 0.864 10088 10351 match_3 match_part 0.974 116677 117097 match_part 1.000 121152 121202 match_part 1.000 123276 123309 match_part 0.977 124866 124952 match_part 1.000 125024 125075 match_part 1.000 126273 126297 match_4 match_part 0.919 143403 143856 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.984 44004 43944 match_part 0.995 43847 43647 match_part 0.985 42472 42212 match_6 match_part 0.997 62231 61834 match_part 1.000 61309 61252 match_7 match_part 0.947 62410 61905 match_8 match_part 0.944 71373 69985 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 6750 6807 exon 6892 7080 exon 7584 7644 exon 8188 8389 exon 8538 8659 exon 8764 8868 exon 10088 10351 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 44004 43944 exon 43847 43647 exon 42472 42212 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 62410 61834 exon 61309 61252 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 71373 69985 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 116677 117097 exon 121152 121202 exon 123276 123309 exon 124866 124952 exon 125024 125075 exon 126273 126297 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0122F06.1 type gene exon 143403 143856 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.69 1006 3629 transcript_1 transcript 0.69 1006 3629 intron_1 intron 0.69 1 1005 intron_2 intron 1 1056 1363 intron_3 intron 1 1529 2094 intron_4 intron 1 2244 3241 CDS_1 CDS 0.69 1006 1055 CDS_2 CDS 1 1364 1528 CDS_3 CDS 1 2095 2243 CDS_4 CDS 1 3242 3629 stop_codon_1 stop_codon 3627 3629 gene_2 gene 1 6737 10171 transcript_2 transcript 1 6737 10171 start_codon_1 start_codon 6737 6739 intron_5 intron 1 6808 6891 intron_6 intron 1 7081 7583 intron_7 intron 1 7645 8187 intron_8 intron 1 8390 8537 intron_9 intron 1 8660 8763 intron_10 intron 1 8869 10087 CDS_5 CDS 1 6737 6807 CDS_6 CDS 1 6892 7080 CDS_7 CDS 1 7584 7644 CDS_8 CDS 1 8188 8389 CDS_9 CDS 1 8538 8659 CDS_10 CDS 1 8764 8868 CDS_11 CDS 1 10088 10171 stop_codon_2 stop_codon 10169 10171 gene_3 gene 0.87 12707 15198 transcript_3 transcript 0.87 12707 15198 start_codon_2 start_codon 12707 12709 intron_11 intron 0.87 12735 12835 intron_12 intron 1 13239 14071 intron_13 intron 1 14387 15041 CDS_12 CDS 0.87 12707 12734 CDS_13 CDS 0.88 12836 13238 CDS_14 CDS 1 14072 14386 CDS_15 CDS 1 15042 15198 stop_codon_3 stop_codon 15196 15198 gene_4 gene 1 16873 17472 transcript_4 transcript 1 16873 17472 start_codon_3 start_codon 16873 16875 CDS_16 CDS 1 16873 17472 stop_codon_4 stop_codon 17470 17472 gene_5 gene 0.8 21999 22574 transcript_5 transcript 0.8 21999 22574 start_codon_4 start_codon 21999 22001 CDS_17 CDS 0.86 21999 22574 stop_codon_5 stop_codon 22572 22574 gene_6 gene 0.71 55833 58368 transcript_6 transcript 0.71 55833 58368 start_codon_5 start_codon 55833 55835 intron_14 intron 0.89 55845 57970 intron_15 intron 0.82 58107 58297 CDS_18 CDS 0.89 55833 55844 CDS_19 CDS 0.82 57971 58106 CDS_20 CDS 1 58298 58368 stop_codon_6 stop_codon 58366 58368 gene_7 gene 0.04 89811 130882 transcript_7 transcript 0.04 89811 130882 start_codon_6 start_codon 89811 89813 intron_16 intron 0.79 91022 95165 intron_17 intron 0.58 95465 101239 intron_18 intron 0.99 101286 101359 intron_19 intron 1 101412 102786 intron_20 intron 0.32 102883 103442 intron_21 intron 0.49 103519 104117 intron_22 intron 1 104183 104453 intron_23 intron 1 104528 104605 intron_24 intron 1 104622 116968 intron_25 intron 1 117098 121151 intron_26 intron 1 121203 123275 intron_27 intron 1 123310 124865 intron_28 intron 1 124953 125023 intron_29 intron 0.74 125076 125261 intron_30 intron 0.79 125478 126272 intron_31 intron 1 126442 127027 intron_32 intron 0.97 127124 127691 intron_33 intron 0.97 127753 128350 intron_34 intron 1 128416 128721 intron_35 intron 1 128797 128875 intron_36 intron 0.83 128952 129653 intron_37 intron 0.51 129818 130870 CDS_21 CDS 0.75 89811 91021 CDS_22 CDS 0.64 95166 95464 CDS_23 CDS 0.99 101240 101285 CDS_24 CDS 1 101360 101411 CDS_25 CDS 1 102787 102882 CDS_26 CDS 0.32 103443 103518 CDS_27 CDS 1 104118 104182 CDS_28 CDS 1 104454 104527 CDS_29 CDS 1 104606 104621 CDS_30 CDS 1 116969 117097 CDS_31 CDS 1 121152 121202 CDS_32 CDS 1 123276 123309 CDS_33 CDS 1 124866 124952 CDS_34 CDS 1 125024 125075 CDS_35 CDS 0.74 125262 125477 CDS_36 CDS 1 126273 126441 CDS_37 CDS 1 127028 127123 CDS_38 CDS 0.97 127692 127752 CDS_39 CDS 1 128351 128415 CDS_40 CDS 1 128722 128796 CDS_41 CDS 0.99 128876 128951 CDS_42 CDS 0.81 129654 129817 CDS_43 CDS 0.51 130871 130882 stop_codon_7 stop_codon 130880 130882 gene_8 gene 0.45 139617 141794 transcript_8 transcript 0.45 139617 141794 start_codon_7 start_codon 139617 139619 intron_38 intron 0.45 139621 141184 intron_39 intron 1 141321 141730 CDS_44 CDS 0.45 139617 139620 CDS_45 CDS 1 141185 141320 CDS_46 CDS 1 141731 141794 stop_codon_8 stop_codon 141792 141794 gene_9 gene 1 142837 143577 transcript_9 transcript 1 142837 143577 start_codon_8 start_codon 142837 142839 CDS_47 CDS 1 142837 143577 stop_codon_9 stop_codon 143575 143577 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 0.15 55787 26131 transcript_10 transcript 0.06 55787 26131 stop_codon_10 stop_codon 26133 26131 intron_40 intron 0.73 26548 26191 intron_41 intron 0.64 27174 26654 intron_42 intron 0.87 29162 29045 intron_43 intron 0.38 30415 29296 intron_44 intron 0.53 31491 30958 intron_45 intron 0.93 34869 32358 intron_46 intron 0.92 36402 36273 intron_47 intron 0.68 40649 37237 intron_48 intron 1 40875 40774 intron_49 intron 1 42352 41149 intron_50 intron 1 43646 42473 intron_51 intron 1 43939 43848 intron_52 intron 1 44224 44057 intron_53 intron 0.99 44988 44352 intron_54 intron 1 45241 45150 intron_55 intron 1 47039 45515 intron_56 intron 1 47703 47160 intron_57 intron 1 48035 47905 intron_58 intron 0.97 49665 48176 intron_59 intron 1 49856 49700 intron_60 intron 1 50088 49999 intron_61 intron 1 50414 50146 intron_62 intron 1 50875 50636 intron_63 intron 1 51052 50969 intron_64 intron 1 51305 51113 intron_65 intron 1 51583 51499 intron_66 intron 1 51840 51754 intron_67 intron 1 52119 52050 intron_68 intron 1 52482 52275 intron_69 intron 1 52813 52720 intron_70 intron 1 53138 53053 intron_71 intron 1 54979 53270 intron_72 intron 1 55468 55189 intron_73 intron 1 55721 55588 CDS_48 CDS 0.73 26190 26131 CDS_49 CDS 0.74 26653 26549 CDS_50 CDS 0.62 29044 27175 CDS_51 CDS 0.48 29295 29163 CDS_52 CDS 0.22 30957 30416 CDS_53 CDS 0.89 32357 31492 CDS_54 CDS 0.98 36272 34870 CDS_55 CDS 0.87 37236 36403 CDS_56 CDS 0.73 40773 40650 CDS_57 CDS 1 41148 40876 CDS_58 CDS 1 42472 42353 CDS_59 CDS 1 43847 43647 CDS_60 CDS 1 44056 43940 CDS_61 CDS 1 44351 44225 CDS_62 CDS 0.99 45149 44989 CDS_63 CDS 1 45514 45242 CDS_64 CDS 1 47159 47040 CDS_65 CDS 1 47904 47704 CDS_66 CDS 1 48175 48036 CDS_67 CDS 0.97 49699 49666 CDS_68 CDS 1 49998 49857 CDS_69 CDS 1 50145 50089 CDS_70 CDS 1 50635 50415 CDS_71 CDS 1 50968 50876 CDS_72 CDS 1 51112 51053 CDS_73 CDS 1 51498 51306 CDS_74 CDS 1 51753 51584 CDS_75 CDS 1 52049 51841 CDS_76 CDS 1 52274 52120 CDS_77 CDS 1 52719 52483 CDS_78 CDS 1 53052 52814 CDS_79 CDS 1 53269 53139 CDS_80 CDS 1 55188 54980 CDS_81 CDS 1 55587 55469 CDS_82 CDS 1 55787 55722 start_codon_9 start_codon 55787 55785 transcript_11 transcript 0.09 55787 26131 stop_codon_11 stop_codon 26133 26131 intron_74 intron 0.61 26548 26191 intron_75 intron 0.65 27174 26654 intron_76 intron 0.86 29162 29045 intron_77 intron 0.39 30415 29296 intron_78 intron 0.5 31491 30958 intron_79 intron 0.92 34869 32358 intron_80 intron 0.9 36402 36273 intron_81 intron 0.58 40649 37237 intron_82 intron 1 40875 40774 intron_83 intron 1 42352 41149 intron_84 intron 1 43646 42473 intron_85 intron 1 43939 43848 intron_86 intron 1 44224 44057 intron_87 intron 0.98 44988 44352 intron_88 intron 1 45241 45150 intron_89 intron 1 47039 45515 intron_90 intron 1 47703 47160 intron_91 intron 1 48035 47905 intron_92 intron 0.95 49417 48176 intron_93 intron 0.95 49640 49432 intron_94 intron 1 49856 49700 intron_95 intron 1 50088 49999 intron_96 intron 1 50414 50146 intron_97 intron 1 50875 50636 intron_98 intron 1 51052 50969 intron_99 intron 1 51305 51113 intron_100 intron 1 51583 51499 intron_101 intron 1 51840 51754 intron_102 intron 1 52119 52050 intron_103 intron 1 52482 52275 intron_104 intron 1 52813 52720 intron_105 intron 1 53138 53053 intron_106 intron 1 54979 53270 intron_107 intron 1 55468 55189 intron_108 intron 1 55721 55588 CDS_83 CDS 0.61 26190 26131 CDS_84 CDS 0.62 26653 26549 CDS_85 CDS 0.59 29044 27175 CDS_86 CDS 0.43 29295 29163 CDS_87 CDS 0.27 30957 30416 CDS_88 CDS 0.86 32357 31492 CDS_89 CDS 0.94 36272 34870 CDS_90 CDS 0.88 37236 36403 CDS_91 CDS 0.6 40773 40650 CDS_92 CDS 1 41148 40876 CDS_93 CDS 1 42472 42353 CDS_94 CDS 1 43847 43647 CDS_95 CDS 1 44056 43940 CDS_96 CDS 1 44351 44225 CDS_97 CDS 0.98 45149 44989 CDS_98 CDS 1 45514 45242 CDS_99 CDS 1 47159 47040 CDS_100 CDS 1 47904 47704 CDS_101 CDS 1 48175 48036 CDS_102 CDS 0.95 49431 49418 CDS_103 CDS 0.99 49699 49641 CDS_104 CDS 1 49998 49857 CDS_105 CDS 1 50145 50089 CDS_106 CDS 1 50635 50415 CDS_107 CDS 1 50968 50876 CDS_108 CDS 1 51112 51053 CDS_109 CDS 1 51498 51306 CDS_110 CDS 1 51753 51584 CDS_111 CDS 1 52049 51841 CDS_112 CDS 1 52274 52120 CDS_113 CDS 1 52719 52483 CDS_114 CDS 1 53052 52814 CDS_115 CDS 1 53269 53139 CDS_116 CDS 1 55188 54980 CDS_117 CDS 1 55587 55469 CDS_118 CDS 1 55787 55722 start_codon_10 start_codon 55787 55785 gene_11 gene 0.55 66678 58605 transcript_12 transcript 0.55 66678 58605 stop_codon_12 stop_codon 58607 58605 intron_109 intron 1 58779 58673 intron_110 intron 1 58931 58847 intron_111 intron 1 59123 59034 intron_112 intron 1 60455 59238 intron_113 intron 1 60877 60630 intron_114 intron 1 61833 61310 intron_115 intron 0.55 64517 62358 intron_116 intron 0.55 66625 64550 CDS_119 CDS 1 58672 58605 CDS_120 CDS 1 58846 58780 CDS_121 CDS 1 59033 58932 CDS_122 CDS 1 59237 59124 CDS_123 CDS 1 60629 60456 CDS_124 CDS 1 61309 60878 CDS_125 CDS 0.6 62357 61834 CDS_126 CDS 0.55 64549 64518 CDS_127 CDS 1 66678 66626 start_codon_11 start_codon 66678 66676 gene_12 gene 0.18 89768 66726 transcript_13 transcript 0.18 89768 66726 stop_codon_13 stop_codon 66728 66726 intron_117 intron 1 66968 66858 intron_118 intron 1 67286 67092 intron_119 intron 1 67475 67395 intron_120 intron 1 67708 67566 intron_121 intron 1 67927 67769 intron_122 intron 1 68462 67991 intron_123 intron 1 68724 68538 intron_124 intron 1 68937 68791 intron_125 intron 0.98 70026 69204 intron_126 intron 0.39 70443 70211 intron_127 intron 1 76880 75777 intron_128 intron 0.66 85506 77147 intron_129 intron 0.64 89670 85687 CDS_128 CDS 1 66857 66726 CDS_129 CDS 1 67091 66969 CDS_130 CDS 1 67394 67287 CDS_131 CDS 1 67565 67476 CDS_132 CDS 1 67768 67709 CDS_133 CDS 1 67990 67928 CDS_134 CDS 1 68537 68463 CDS_135 CDS 1 68790 68725 CDS_136 CDS 0.99 69203 68938 CDS_137 CDS 0.41 70210 70027 CDS_138 CDS 0.87 75776 70444 CDS_139 CDS 1 77146 76881 CDS_140 CDS 0.76 85686 85507 CDS_141 CDS 0.64 89768 89671 start_codon_12 start_codon 89768 89766 gene_13 gene 0.86 133717 131250 transcript_14 transcript 0.86 133717 131250 stop_codon_14 stop_codon 131252 131250 intron_130 intron 0.86 132205 131376 intron_131 intron 1 132967 132245 intron_132 intron 1 133252 133079 intron_133 intron 1 133591 133478 CDS_142 CDS 0.99 131375 131250 CDS_143 CDS 0.87 132244 132206 CDS_144 CDS 1 133078 132968 CDS_145 CDS 1 133477 133253 CDS_146 CDS 1 133717 133592 start_codon_13 start_codon 133717 133715 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 122 142837 143553 match_2 match 122 142837 143553 match_3 match 81.3 8537 8653 match_4 match 68.2 8764 8874 match_5 match 135 8188 8394 match_6 match 125 6908 7081 match_7 match 81.3 8537 8653 match_8 match 68.2 8764 8874 match_9 match 135 8188 8394 match_10 match 125 6908 7081 match_11 match 81.6 111311 112063 match_12 match 107 110829 111323 match_13 match 44.3 110725 110832 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_14 match 181 28344 27199 match_15 match 328 28929 27199 match_16 match 209 28866 27199 match_17 match 128 28644 27526 match_18 match 121 28710 27979 match_19 match 215 28341 27199 match_20 match 172 28824 27685 match_21 match 295 28779 27262 match_22 match 233 28767 27166 match_23 match 123 28977 27775 match_24 match 299 28824 27199 match_25 match 197 28275 27199 match_26 match 181 28107 27199 match_27 match 251 28722 27199 match_28 match 181 28335 27196 match_29 match 124 36402 35050 match_30 match 198 32363 30414 match_31 match 162 37162 36302 match_32 match 196 28827 27250 match_33 match 169 28902 27622 match_34 match 335 28899 27175 match_35 match 53.1 36297 35542 match_36 match 115 32369 30903 match_37 match 95.1 37294 36395 match_38 match 56.6 36297 35398 match_39 match 84.3 37171 36290 match_40 match 195 28395 27154 match_41 match 116 28977 27976 match_42 match 151 28800 27493 match_43 match 213 28926 27451 match_44 match 290 28878 27196 match_45 match 50.1 36297 35398 match_46 match 109 32369 30759 match_47 match 107 37171 36275 match_48 match 263 28836 27199 match_49 match 183 28848 27391 match_50 match 191 28794 27394 match_51 match 277 28977 27199 match_52 match 108 28266 27226 match_53 match 186 28911 27382 match_54 match 227 28650 27280 match_55 match 137 28953 27739 match_56 match 271 28848 27175 match_57 match 271 28848 27175 match_58 match 266 28836 27211 match_59 match 117 28842 27580 match_60 match 273 28779 27271 match_61 match 256 28485 27199 match_62 match 115 28743 27739 match_63 match 216 28650 27193 match_64 match 147 28683 27580 match_65 match 108 28854 28195 match_66 match 233 28497 27196 match_67 match 223 28749 27199 match_68 match 215 28557 27175 match_69 match 116 28848 28195 match_70 match 109 28779 28042 match_71 match 209 28527 27199 match_72 match 231 28836 27199 match_73 match 129 52047 51580 match_74 match 55.1 52273 52121 match_75 match 104 36306 34870 match_76 match 217 32369 30255 match_77 match 70.1 32752 32369 match_78 match 205 37288 36296 match_79 match 28.1 32844 32761 match_80 match 56.2 37565 37314 match_81 match 164 28776 27685 match_82 match 248 28683 27199 match_83 match 126 28788 28195 match_84 match 53.1 32749 32372 match_85 match 145 36303 34873 match_86 match 232 32372 30249 match_87 match 48.1 37565 37320 match_88 match 177 37243 36302 match_89 match 246 28698 27199 match_90 match 303 28734 27199 match_91 match 259 28743 27184 match_92 match 124 36297 34873 match_93 match 225 32372 30249 match_94 match 171 37231 36296 match_95 match 44.7 37565 37314 match_96 match 124 36297 34873 match_97 match 226 32372 30219 match_98 match 144 37246 36296 match_99 match 115 36297 34879 match_100 match 199 32372 30249 match_101 match 160 37243 36302 match_102 match 112 36297 34882 match_103 match 221 32372 30243 match_104 match 162 37111 36296 match_105 match 112 36297 34882 match_106 match 221 32372 30243 match_107 match 162 37111 36296 match_108 match 112 36297 34984 match_109 match 220 32372 30348 match_110 match 169 37228 36296 match_111 match 114 36297 34882 match_112 match 219 32372 30348 match_113 match 166 37228 36296 match_114 match 114 36297 34882 match_115 match 219 32372 30348 match_116 match 166 37228 36296 match_117 match 104 36297 35020 match_118 match 211 32372 30384 match_119 match 169 37228 36296 match_120 match 114 36297 34882 match_121 match 219 32372 30348 match_122 match 166 37228 36296 match_123 match 182 32369 30255 match_124 match 147 37102 36302 match_125 match 129 28830 27670 match_126 match 111 28827 27940 match_127 match 224 28527 27199 match_128 match 209 32333 30228 match_129 match 148 36297 34858 match_130 match 145 37243 36302 match_131 match 49.7 32734 32372 match_132 match 41.6 37565 37314 match_133 match 28.5 32800 32372 match_134 match 40.8 36297 35395 match_135 match 104 32369 30918 match_136 match 100 37300 36392 match_137 match 28.5 32800 32372 match_138 match 40.8 36297 35395 match_139 match 104 32369 30918 match_140 match 100 37300 36392 match_141 match 43.5 36297 35554 match_142 match 115 32369 30915 match_143 match 102 37108 36305 match_144 match 29.3 32800 32372 match_145 match 41.6 36297 35647 match_146 match 108 32369 31008 match_147 match 100 37000 36392 match_148 match 119 28692 27256 match_149 match 240 29034 27199 match_150 match 110 28785 27856 match_151 match 263 28779 27193 match_152 match 149 28902 27988 match_153 match 310 28839 27199 match_154 match 181 28842 27394 match_155 match 238 28839 27271 match_156 match 332 28920 27199 match_157 match 257 28983 27181 match_158 match 146 28617 27325 match_159 match 147 28920 27751 match_160 match 191 28857 27250 match_161 match 218 28848 27445 match_162 match 304 28911 27181 match_163 match 226 28332 27217 match_164 match 180 28848 27388 match_165 match 179 28854 27409 match_166 match 108 28893 28036 match_167 match 187 28785 27376 match_168 match 313 28857 27199 match_169 match 105 28887 28066 match_170 match 267 28830 27175 match_171 match 184 61312 60875 match_172 match 184 61312 60875 match_173 match 162 28836 27289 match_174 match 274 28683 27199 match_175 match 135 28638 27715 match_176 match 130 28827 28003 match_177 match 229 28335 27199 match_178 match 130 28794 27685 match_179 match 119 28866 28195 match_180 match 249 28482 27199 match_181 match 143 28833 27556 match_182 match 150 28545 27208 match_183 match 241 28827 27196 match_184 match 152 28791 27619 match_185 match 126 28866 28045 match_186 match 247 28479 27181 match_187 match 215 28827 27391 match_188 match 339 28953 27199 match_189 match 195 28959 27586 match_190 match 272 28635 27199 match_191 match 245 28842 27202 match_192 match 173 28662 27379 match_193 match 121 52038 51613 match_194 match 63.5 52273 52109 match_195 match 337 28881 27163 match_196 match 127 52056 51613 match_197 match 64.3 52273 52118 match_198 match 140 28614 27349 match_199 match 150 28731 27274 match_200 match 109 28983 28015 match_201 match 293 28788 27181 match_202 match 141 28806 27592 match_203 match 246 28482 27181 match_204 match 157 28926 27625 match_205 match 233 28485 27199 match_206 match 330 28794 27199 match_207 match 276 28959 27199 match_208 match 203 28857 27394 match_209 match 117 28092 27394 match_210 match 326 28977 27163 match_211 match 194 28725 27592 match_212 match 303 28830 27199 match_213 match 202 28788 27253 match_214 match 286 28977 27271 match_215 match 145 28794 27586 match_216 match 231 28275 27181 match_217 match 141 28878 28195 match_218 match 116 28107 27256 match_219 match 167 28857 27760 match_220 match 147 28983 27979 match_221 match 270 28674 27142 match_222 match 209 41154 40612 match_223 match 155 45547 45242 match_224 match 82.8 45149 44988 match_225 match 243 28920 27199 match_226 match 121 28977 28195 match_227 match 121 28824 27532 match_228 match 211 28521 27184 match_229 match 261 28728 27175 match_230 match 259 28863 27199 match_231 match 127 28572 27682 match_232 match 196 28170 27181 match_233 match 130 28833 28210 match_234 match 187 28857 27364 match_235 match 175 28836 27361 match_236 match 183 28857 27388 match_237 match 271 28791 27304 match_238 match 127 28932 27349 match_239 match 142 28539 27385 match_240 match 193 28794 27424 match_241 match 286 28875 27199 match_242 match 159 28722 27532 match_243 match 238 28440 27184 match_244 match 125 28815 27697 match_245 match 198 28482 27199 match_246 match 217 28746 27196 match_247 match 126 28881 27592 match_248 match 251 28833 27199 match_249 match 263 28833 27199 match_250 match 126 28863 28195 match_251 match 168 28974 27646 match_252 match 131 28359 27382 match_253 match 295 28824 27196 match_254 match 116 28440 27262 match_255 match 159 28695 27388 match_256 match 282 28848 27199 match_257 match 203 28977 27295 match_258 match 215 28815 27454 match_259 match 309 28842 27199 match_260 match 201 28785 27358 match_261 match 221 28866 27262 match_262 match 294 28857 27175 match_263 match 269 28839 27199 match_264 match 128 28479 27256 match_265 match 168 29004 27685 match_266 match 267 28779 27199 match_267 match 135 28926 27961 match_268 match 120 28437 27256 match_269 match 165 28848 27682 match_270 match 270 28722 27199 match_271 match 191 32366 30249 match_272 match 124 36300 34873 match_273 match 134 37258 36302 match_274 match 39.7 37565 37323 match_275 match 117 28977 28066 match_276 match 267 28782 27199 match_277 match 180 28827 27700 match_278 match 182 28788 27388 match_279 match 111 28164 27226 match_280 match 173 28857 27592 match_281 match 197 28869 27454 match_282 match 192 28683 27382 match_283 match 222 28788 27394 match_284 match 298 28848 27199 match_285 match 52.8 52366 52100 match_286 match 113 52035 51610 match_287 match 149 28827 27562 match_288 match 124 28857 28195 match_289 match 261 28638 27199 match_290 match 169 28953 27685 match_291 match 127 29031 28210 match_292 match 337 28812 27199 match_293 match 286 28677 27199 match_294 match 225 28920 27685 match_295 match 150 28533 27394 match_296 match 210 28788 27469 match_297 match 282 28950 27181 match_298 match 130 28836 27592 match_299 match 225 28533 27199 match_300 match 29.6 32752 32426 match_301 match 21.6 37388 37329 match_302 match 67.0 36297 35548 match_303 match 153 32372 30825 match_304 match 119 37225 36299 match_305 match 134 32357 30774 match_306 match 49.7 36306 35620 match_307 match 122 37225 36296 match_308 match 30.4 37388 37329 match_309 match 271 28824 27199 match_310 match 172 28836 27682 match_311 match 383 28830 27160 match_312 match 268 28935 27196 match_313 match 218 28839 27262 match_314 match 286 28836 27199 match_315 match 216 28806 27274 match_316 match 111 28947 28210 match_317 match 179 28221 27199 match_318 match 168 28977 27577 match_319 match 475 28842 27190 match_320 match 141 28734 27565 match_321 match 190 28431 27199 match_322 match 131 28977 27682 match_323 match 140 28683 27046 match_324 match 171 28848 27250 match_325 match 264 28719 27199 match_326 match 163 28785 27364 match_327 match 294 28911 27199 match_328 match 181 28848 27685 match_329 match 303 28806 27181 match_330 match 187 28857 27685 match_331 match 300 28554 27199 match_332 match 143 28926 27700 match_333 match 294 28779 27163 match_334 match 192 28674 27331 match_335 match 266 28854 27169 match_336 match 214 28989 27385 match_337 match 241 28857 27331 match_338 match 157 28938 27775 match_339 match 164 28521 27421 match_340 match 115 28827 28192 match_341 match 152 28824 27685 match_342 match 301 28650 27163 match_343 match 125 28866 27979 match_344 match 188 28164 27196 match_345 match 130 28866 27895 match_346 match 187 28164 27196 match_347 match 285 28815 27199 match_348 match 43.5 32755 32393 match_349 match 26.9 37565 37302 match_350 match 226 32357 30342 match_351 match 117 36294 35533 match_352 match 193 37246 36305 match_353 match 42.7 32749 32441 match_354 match 33.1 37565 37302 match_355 match 217 32354 30384 match_356 match 115 36297 35092 match_357 match 154 37246 36275 match_358 match 50.8 32755 32384 match_359 match 33.1 37565 37302 match_360 match 119 36297 35092 match_361 match 238 32372 30357 match_362 match 191 37246 36275 match_363 match 174 28920 27478 match_364 match 258 28644 27121 match_365 match 117 28908 27643 match_366 match 211 28371 27199 match_367 match 186 28773 27220 match_368 match 313 28974 27199 match_369 match 325 28974 27199 match_370 match 182 28875 27250 match_371 match 322 28977 27181 match_372 match 123 28977 27979 match_373 match 279 28743 27199 match_374 match 132 28626 27394 match_375 match 161 28695 27382 match_376 match 279 28836 27199 match_377 match 108 28434 27382 match_378 match 139 28737 27592 match_379 match 200 28839 27382 match_380 match 292 28857 27154 match_381 match 68.2 36297 35398 match_382 match 160 32354 30759 match_383 match 40.8 37565 37332 match_384 match 141 37246 36296 match_385 match 68.2 36297 35398 match_386 match 160 32354 30759 match_387 match 40.8 37565 37332 match_388 match 141 37246 36296 match_389 match 155 28692 27196 match_390 match 220 28932 27229 match_391 match 300 28887 27199 match_392 match 144 28827 27523 match_393 match 131 28878 27880 match_394 match 247 28335 27175 match_395 match 174 28857 27370 match_396 match 330 28977 27175 match_397 match 167 28830 27382 match_398 match 238 28809 27373 match_399 match 211 28722 27424 match_400 match 333 29001 27199 match_401 match 172 28110 27199 match_402 match 168 28689 27238 match_403 match 218 28827 27274 match_404 match 306 28974 27199 match_405 match 206 28401 27220 match_406 match 110 28677 28195 match_407 match 132 52047 51610 match_408 match 68.9 52273 52121 match_409 match 118 28722 27262 match_410 match 279 28710 27199 match_411 match 139 28743 28210 match_412 match 163 28977 27679 match_413 match 161 28614 27355 match_414 match 209 28863 27289 match_415 match 280 28791 27199 match_416 match 191 28815 27391 match_417 match 286 28857 27232 match_418 match 190 28779 27226 match_419 match 211 28836 27262 match_420 match 135 28977 28210 match_421 match 213 28791 27337 match_422 match 319 28857 27175 match_423 match 231 28521 27199 match_424 match 132 28794 27730 match_425 match 124 28980 28195 match_426 match 241 28440 27199 match_427 match 274 28824 27199 match_428 match 283 28827 27199 match_429 match 116 28974 28195 match_430 match 180 28782 27556 match_431 match 197 28458 27256 match_432 match 138 28944 27961 match_433 match 211 28035 27199 match_434 match 109 28710 27685 match_435 match 129 28773 27979 match_436 match 221 28386 27199 match_437 match 163 28437 27382 match_438 match 239 28872 27391 match_439 match 233 28827 27589 match_440 match 186 28848 27886 match_441 match 226 28926 27250 match_442 match 341 28857 27199 match_443 match 223 28776 27220 match_444 match 156 28785 27382 match_445 match 248 28857 27196 match_446 match 140 28713 27535 match_447 match 260 28920 27175 match_448 match 164 28446 27355 match_449 match 121 28953 28156 match_450 match 140 28974 28045 match_451 match 270 28335 27181 match_452 match 127 28503 27592 match_453 match 136 28788 28045 match_454 match 250 28164 27181 match_455 match 165 28833 27370 match_456 match 211 28938 27367 match_457 match 317 28857 27199 match_458 match 113 28833 27637 match_459 match 235 28824 27220 match_460 match 114 28926 28195 match_461 match 182 28839 27682 match_462 match 256 28533 27205 match_463 match 309 28857 27184 match_464 match 277 28788 27199 match_465 match 151 28857 27739 match_466 match 192 28824 27364 match_467 match 281 28848 27154 match_468 match 167 28626 27394 match_469 match 303 28866 27199 match_470 match 177 28827 27229 match_471 match 320 28848 27181 match_472 match 185 28692 27172 match_473 match 329 28857 27214 match_474 match 187 28923 27601 match_475 match 264 28536 27199 match_476 match 130 28836 27721 match_477 match 223 28395 27181 match_478 match 154 28914 27730 match_479 match 270 28842 27199 match_480 match 212 28977 27235 match_481 match 209 28836 27397 match_482 match 333 28878 27199 match_483 match 173 28767 27250 match_484 match 268 28827 27196 match_485 match 238 28971 27199 match_486 match 142 28734 27556 match_487 match 123 28851 27979 match_488 match 175 28827 27685 match_489 match 271 28548 27199 match_490 match 125 28848 27982 match_491 match 236 28527 27196 match_492 match 212 28650 27196 match_493 match 164 28848 27394 match_494 match 128 28524 27388 match_495 match 184 28896 27337 match_496 match 283 28977 27199 match_497 match 223 28335 27193 match_498 match 134 28875 28195 match_499 match 107 29037 27685 match_500 match 167 28857 27697 match_501 match 206 28830 27388 match_502 match 300 28794 27199 match_503 match 194 28908 27262 match_504 match 314 28839 27181 match_505 match 296 28989 27211 match_506 match 253 28821 27166 match_507 match 226 28524 27154 match_508 match 167 28803 27394 match_509 match 113 29037 28195 match_510 match 324 28827 27199 match_511 match 227 28710 27226 match_512 match 180 28803 27451 match_513 match 118 28905 28048 match_514 match 297 28848 27199 match_515 match 45.4 32728 32372 match_516 match 41.6 37565 37320 match_517 match 137 36297 34873 match_518 match 235 32372 30249 match_519 match 182 37246 36302 match_520 match 135 28893 27682 match_521 match 248 28779 27199 match_522 match 152 28857 27685 match_523 match 214 28893 27370 match_524 match 313 28836 27199 match_525 match 264 28833 27199 match_526 match 149 28980 27979 match_527 match 201 28110 27175 match_528 match 134 28872 27685 match_529 match 255 28527 27181 match_530 match 1763 75786 70372 match_531 match 145 77145 76882 match_532 match 110 28743 27934 match_533 match 173 28107 27193 match_534 match 214 32372 30249 match_535 match 47.4 37565 37302 match_536 match 182 37246 36296 match_537 match 214 32372 30249 match_538 match 47.4 37565 37302 match_539 match 182 37246 36296 match_540 match 115 28830 27637 match_541 match 194 28119 27199 match_542 match 126 28815 27685 match_543 match 239 28497 27199 match_544 match 127 52056 51610 match_545 match 59.7 52273 52100 match_546 match 101 52273 52118 match_547 match 106 55190 54975 match_548 match 214 52056 51601 match_549 match 147 53055 52807 match_550 match 131 52721 52482 match_551 match 79.0 53267 53139 match_552 match 48.5 58673 58608 match_553 match 119 59237 58932 match_554 match 211 62286 61831 match_555 match 40.0 58846 58781 match_556 match 112 60629 60453 match_557 match 249 61309 60875 match_558 match 48.5 58673 58608 match_559 match 108 61309 60875 match_560 match 119 59237 58932 match_561 match 211 62286 61831 match_562 match 40.0 58846 58781 match_563 match 112 60629 60453 match_564 match 125 28977 28045 match_565 match 249 28743 27199 match_566 match 54.3 36306 35392 match_567 match 86.3 37075 36305 match_568 match 236 28785 27205 match_569 match 213 32372 30249 match_570 match 45.4 37565 37320 match_571 match 179 37246 36296 match_572 match 136 28779 27682 match_573 match 233 28392 27196 match_574 match 194 28926 27697 match_575 match 263 28596 27163 match_576 match 174 28161 27184 match_577 match 127 28791 27685 match_578 match 221 28485 27181 match_579 match 138 28887 28195 match_580 match 167 28983 27262 match_581 match 188 28827 27433 match_582 match 290 28788 27199 match_583 match 249 28866 27199 match_584 match 248 28920 27271 match_585 match 122 28788 27961 match_586 match 221 28443 27199 match_587 match 244 28527 27175 match_588 match 134 28863 28195 match_589 match 107 28251 27583 match_590 match 276 28791 27199 match_591 match 177 28266 27199 match_592 match 105 28695 28216 match_593 match 48.9 36297 34990 match_594 match 119 32456 30336 match_595 match 90.9 37075 36392 match_596 match 132 28848 27721 match_597 match 180 28977 27526 match_598 match 272 28836 27199 match_599 match 145 28836 27697 match_600 match 280 28683 27193 match_601 match 117 28836 27979 match_602 match 243 28545 27199