C05HBa0042B19.1 AAGCTTGAAGTGGGGTTGAAATGTGCACACTTTATATGTTTGTAATTGAGGGTTGATATA ATCAATCTATTTAGATTTAAATAGAGTATAATTTTATTTTATGTGAAAATTATATATGTG ATCGGTCATTTTTTAAAAAGTTTCATGAATTTATCGTTTTGTCCTTTCCAATATTAATTT AGAGTCTTTTATGTTTGAGTTTGGAAGTTGATTTTTGCATTTTGAGTTAAAAGTTAAGAA TTTGATAAGATTGTGCTTTTGAAAGATTAAGTTGCTTGAAAGTAATTTTGAGTCTTTTGG AGTTTCGAGCGTCAAAATAGAATTTCGTCGATTTCATCAGTCCTAAATTGTAAAATCTAA TTGATGAGAGTTATTTGTTCCGGAGTCATTTGTGATTTTTTAAACAATGAAGAAAACAAA AAAAAAATCACAATTCAATGCTAAAAATCAGTGAAAATTTATAATAATGATATTCTGCGC GTTTGTGGCGACTTTTGTCACCGCATAATGTCTAGTTTTTTTGAAGTTGAATCCCCTAGG TTAATTTGAACCTAAGTGTAACGTTTAGGGTTTGAATCCCCTAGTTAGCGTTTACTTTTT TAGTTTTAATTTTTTTTTCAGTTTAGCTTTTTACTTCTTTTTTTTAAATATATAAAACAT GTTAAAAGTGTGATTTTAAACTCAAAAGAATTTAAGGGTCTCATTCTTTGAAATTTTTTT TTGATTTATTTATACGTTTATATATTTATTTTTCTAACCTACTAAATAAAAATTATGTGT CCGCCATTAGCTATATATATACCATATACATTAGTTTTTCACAATTTCTAACAATATAAA ATTTCCACTCTTACTATGAATTATGCCATTTTCACAATTTCTAACAATTTGTTGGTATAG GTGCGGCTGTTCACAGTTTATATCCTTAAATTTTGAGTGTGCATAACTAGACACTTATAT TTGTATAAAGTTAAATAAGTAGACACACGAGTCATATGTGGTATAATGCACATAAGACAT CACGTAGGACACAAATAGGATGTCACATAACACATATATATATCTTTTTATTCAATTTTA TACAAATTTGAGTGTGTACTTGTCCATATTCAAAATTGGAGGAAATAAATATAAAATTAA AAAAAGTTAAAAAAACATATTTATGTATTATATCTATGAAATATGTGTATTTTTATTGGG CAACTTTCACATATAACAAACATAAAATTCATATTTGTATGTTACATAAAGTTTGCATAA TTGTGTTCATATCAAACATATATATGTATAATTCGCTATACATATACAATTGTAGCGATT TGTACAAAACGAAGTGTATAAAATGAGAAAGAGAAAGAGACCTGGGCAGAGAATTGTATA AAATGAAGTGTATAAAATGAGAAAGAGAAAGAGACCTGGGCAGAGAATTGTATAAACGAA GTGTATAAAATGAATTGTATAATTATAAGTGTATAGGACGATTATATACAATTTGAATTT GTATAAAATGAGAAAGGCAAAAGAGACTTGGGTATCGAATATACAATTGAATCGAATTGT ATAAAACAAACAAGAGAGAAATTATATATAATTTGAATTTGTATAAAATGAGAAAGAGGG AAAAGCAAAAGAGACTTGGGCAGGGGAGTACTTTTATTGTATAATTATAAATGTATAGGA CAAAAATATATGTATTTATATGTGTATATATAATTTTCTTTCGCTTAAGAAATACAATTT ATACAATTCTATGGTATAAAGCGAGAGAGGCGAGCCACAAGAAGCGAGCGAGAGAGGAAG AGTGGCGAGCGAGAATATGAGAAAGAGCGGAACTGACAAACAGTTTGCTATGAAAAACAA ATAAATCAAACGGTAGTTATTATATTTATTTTATATTTATATATGGAGCAAAATTTTGTC AGGATGACTAATCAGGAGTGTCATCCCGTATGGACCTTATAGTGACTGTTCAAATTTAAT CGAAACTCCATATAACCGTGAATTGTTGGTTGTTCGATTCTATGAGTAACATCTTCTTGG AGACATTCAATTTTTTCTGCCGGCTGTTTTTTTTTTACATGATTGTGCAAATTGGCACTG ACCTCTTCTTTCTTTGTTTCTGTTCTGGTTGTCGACAAACTGTGCATTTTACTTTACTAT TTAACATAAATAAATAGACAAAATATTTCAAATGATGGCAGCTGGAATAGCATGATCTCG TACATAAATATGCTTGTAAAATGTTTTAACTCATCCCACTAATAAAATATTGGAAAATTA AGGCATGGCAAATTTTATACATGTCCTGTGCTTAATTGTGTTATATCTCATATACTATCT TATACTAATGTATTTGGCACGGAATATTATTTAGTGCGAGAACTATTTTAATATAAATAC TAACATTTAAATAATAAAAGGTGAAAAAACTTCGTCATATATTTATCTATAACTCATGTC ACTGAAAAAAATATGACAAAATTAAGATACGATAAAATTTATACGTGTTCCCGACTTACG CATAAAGTCACCTACCCGAATCACGTGGCAATAGCCGAAAGTTTACATTTCCAATATGTA TGATCCAAGTAACAGTAATTACAAGAGGGTAGACTGAAAGAAGAATTCGAAGAACATGGG AAACAATACAGAGGAAAAAGAATTTTTATTGAATCACTCACAAAATTCAACAAAGGGAGG TTTAAAAACCATTCCTTTCATCATAGGTATGTGTAAATTGTAACAATTTTGTCTTCTCAC TTTACTCTTTGTTTGTAATTTTGTTTAATTGATTCATTGTGTTGCATTGTAGTGAATGAA TCATGTGAGAGATTGGCAAGTTTTGGTTTGCAACCAAATATGATAATCTACATAACAAAA TTTTACAACATTAATGCTGCTCATGCTTCAGTTTTGATTAATTTATGGTCAGCAGTTTCA AATGTATTGTCTATTTTGGGAGCTTTTATTTCTGATTCTTACATTGGAAGGTTTAGGGCT GTGGCTATTGGAACCATCTCTAGCCTAATAGTAAGTTTAATTTGCCCTGTTTTTTTAATT CTTGTAAAGATTAGAAACTTGACATATTCAAAACTCTCTTGTGTTATACAACTTTATTCT TTTGGCCTACAGGGAATGCTTGTTCTTTGGCTCACAACAATTTTTCCACAACTCAGGCCG TTACCCTGCGGTCAGTATCAACATGATTGTAATGGAACAACAGCAGCACAACTTGCTGCA ATTTTGTGTTCTTTTGGGCTTATTTCCATTGGTGCTGGTCTTGTTAGACCTTGTTCCATA GCATTGGGTGCCGACCAATTGGAGAACAAAGAAAATCCAGATAACGAGAGACTTATGGAT AGCTATTTCAATTGGTTCTATGCCAGTATCGGAGTTGCAATTGTTTTTGCAGTTACTGTA ATTGTTTATATCCAAGACCATTTTGGTTGGCAAGTTGGGTTTGGTGTTCCTGCTTTGCTC ATGGTTTTATCTGTTTCCGTTTTCTTGATTGGATCTCCTCATTATATCAAAGCAAAACCT AAAGGGAGTTTGTTCACTGGATTGTTTCAAGTAGCAGTCGCAGCCTTCAGAAAAAGACAT ATCAACGTTCAATTGAATTATAATGACGACTCCTACTATAAAACACCTGAATCAAAGCTC CTCGAACCATCCACGGACTTCAGGTATATGTGTCTCCATCTTTTCCTCAATGGTATAGAC ATCATCAATATCTATTCGTGATTCATTGTATATTATATTATAGGTGTTTGAATAGAGCTT GCATAATTGAAGATCCTAACATGGAGTTGAAACCTGATGGAAAAGCTTCAGATCCATGGA GTCTCTGCTCTGTGGAACAAGTCAAAATAATGAAGTGTTTTCTTACCGTTCTTCCCATGT GGTCCACTTGTATTATGCTTCTTGTATCGTTCAGTCAGCCACTTTCAATTTATCAACTAC TGACCGTGGATAGACACATTACCCCTCAGTTTGAAATCCCAGCAGGATCATTTGGCATGA TTACCGTTCTTTCTTTAACGATCTGGATGGCTTTTTATGATCGTGTTTTGGTGCCTTTAC TGTCTAGGTATACTGGACTGCCGACTGGGATAAGCTCATTTTCCAGAATGGGGATTGGCT TATTTCTAGGCATTGTGGCTACGGTACTTTCAGCTATAACAGAAACCATACGACGCAATA AGGCAATCAATGCTGGATTTGAGGATGACCCGAATGCTATGTTAAACATGTCCTCTATGT GGTTTGTACCACAGTTGGCACTATACGGGGTGGCTGAGGCTCTGAATGTGATTGGACAGA TCGAGTTCATATACACTCTATTTCCGAAAACCATGTCCAGCTTTGCAGCAGCTCTTTACA CGTTTGGCCTTGCGCTTGCCAACTTCATTAACAGTTTCTTGGTGAGCGTGGTGAATAGTA TTACCTCAGGTGGAGACAACACAAGCTGGCTCGCGACCAACATAAACAGAGGTCATCTAG ATTACTACTGCTGGCTAATGACTTTCTTGTGTGTGATTAACTTCCTTTATTTTTTAGCCG TTTGTCGATTTACTGATCAGCATCACCATGATGGTAGAAGTAGTTTATTTCCTGAGGCAG AAGAGGAACACTCCATGAATAAGTGTTTCCATGGTGCTTAATTGTATCAATCAAGTGTGT ACGCTTATATCTGAATCATTTGCATTTCTTGCGACTTTCCTTAACCTGAAATATTAGAAG AGTTAATATTAATATTACCGAAGATATTTTTAGGGATGAATATCAAAAAACATATCTAAA CTATGCATTAAAAATGGCGTAAGTATAGGTAATAGTTCTTTAAATCATTAGGGAGGTTGT CATAAAGTTTTTTTCAGAACTTGTTAATGGATCATTAATTAAGGAGTTTGAAATATCTCA CATTTGAAATATTTTAAAAATTATTTTAATTTTATTATTATTTTTTGTTGGGGATGGGGG CTTGTTTGGGGTATGGAAATTTTTTTAAAAAAATTATAATTCTTTTTTTGGATGCCGAGA GTCAAGTACAGGGTAACATAAGAAAAAATAGAATTGAAGGTTAGAGGTAGAGTTTTAAAA ATGTTTTTTCTTAATTTTTGAAATAATTTTTTTTTAAAATTTTTTTTGAGAAAAACAAAT GAATTTGGTAAAATATTTTTTAAAACATTTAAGTTTATCAAACATGAGATAATTGGATAT TTTTCTGAAATGTTTTTCTTAATTTTTTAAAGGAAATTATTTTCTTTAAATTTGAGAAAA ACAAGTGAATTTGGAAAAACATTTTAAATAAATCAAACATAAGATAATTGGACATTTCCC CCAAATGGTTTTACTTCATATCATTTTCGTAAATTCTATATTTATATAAAAAATTTAAAA AATTATATATATTAACTTGTGAATCCCGAAATAAATTGATTAGAAACTTCAAATTTTTAA TCTTGGCTCCGTCTCTACTTGAATACACTCAAAGTTGAAAAAAATAAATATGAAATGAGA TCAAATTAAAGGGTGAGTTTATATATAACTACGTAATAAAAGAAATTCGAAGAAAATGGA AAAGTTATGTTTCGAATTTGTGAATTGAGAATTTTTAAATTTTTGTAGGATATGTTTTTT GTCTTGCTATTGCCCTTTGCCTCTAAATCTTTTCAACAGTAAAATTCATCAAAATTTGTT GAATCTCAAAAAAAATTGTTTGATAAAAAATATTTTGAGTGCTAAATTTTGATGAAATGA ACTATAACAACGTATTTGTGTTGAAATTCTAGATTCAAACATTGTTCAATTACTTAGGAT GGAAGTATTTGCTATGAAAATTTGAAAACTCCATTAAAGTATATTTGAAAGTATCCTCAT AAATGATTCAGACATATATAAACATAGTGTACACGATTGTTAAACACCATGGAAAAACTT ATTCTCAGAGTGTTCCTCTTCTGCCTCAGGAAATAAGCTACTCCTACCATCATGTTTTTG CTTATCAGTAAACCGACAAACAGCTAGAAAATAGAGGAAGTTAATCACACATAAGAAAGT CATTAGCCAGCAGTAGTAATCTAGGTGACCTCTATTTATGTTGGTCGCGAGCCAGCTTGT GTTGCATCTGGCTGAGGTAATATTATCCACCACGCTCACCAAGAGACTACTAATTAAGTT GGAAAGCGCAAGGCCAAACGTGTAAAGAGCTGCTGCAAAGCTGGACATCGTTTTTGGAAA TAGACTGTATATGAACTCAATCTGTCCAACCACATTCAGAGCCTCAGCCACCCCGTATAG TGCCAACTGTGGTACAAACCACATAGAGGACATGTTTAACACAGCATTTGGGTCATCCTC AAACCCTGCATTCATTGCCTTATTGCGTCGTATGGTTTCTGTTATAGCTGAAAGTACTGT AGCTACAATGCCCAGAAATAAGCCAATCCCCATTCTGGAAAATGGACTTATCCCAGTCGG CAGTCCAGTATACCTTGACAGTAAAGGAACCAATGCACGATCGTAAAAAGCCATCCAGAT TGTCAAAGAAAGAACAGTAATCATGCCGAATGATCCTGCTGGGATTTCAAACCGAGGGGT AATGTGTCTATCCACGGTCAGTAGTTGATATATCGATAGTGGTTGACTGAACGATACAAG AAGCATAATACAGGTGGACCACATGGGAAGAACGGTAAGAAAACACTTCATTATTTTGAC TTGTTCCACAGAGCAGAGACTCCATGGATCTGAAGCTTTTCCATCAGGTTTCAACTCCAT GTTAGGATCTTCAATTATGCAAGCTCTATTCAAACACCTATAATATAATATACAATGAAT CACGAATAGATATTGATGATGTCTATACCATTGAGGAAAAGATGGAGGCACGTATACCTG AAGTCAGTGGATGGTTCGAGGAGCTTTGATTCAGGTGCTTTATAGTAGGAGTCGTCATTA TAATTCAATTGAACGTTGATATGTCTTTTTCTGAAGGCTGCGACTGCTACTTGAAACAAT CCAGTGAACAAACTACCTTCAGGCTTTGCTTTGATATAATGAGGAGATCCAACCAAGAAA ACGGAAACAGATAAAACCATGAGCAAAGCAGGGACACCAAACCCAACTTGCCAACCAAAA TGATCTTGGATATAAACAATTACAGTAACTGCAAGAACAATTGAAACTCCGACACTTGCA TAGAACCAACTGAAATAGCTATCCAGAAGTCTCTCATTATCTAGATTTTCTTTGTTACCC AATTGGTCTGCACCCAATGCAATGGAACAAGGTCTAACAAAACCAGCACCAATGGAAATA AGCCCAAAAGAACACAAAATTGCAGCAAGTTGTGCTGCTGTTGTTCCATTACAATCATGT TGATACTGACCGCAGGGTAACGGCCTGAGTTGTGGAAATATTGTTGTGAGCCAAAGAACA AGCATTCCCTGTAGGCCAAAAGAATAAAGTTGTATAACACAAGAGAGTTTTGAATATGTC AAGTTTCTAATCTTTACAAGAATTAAAAAAACAGGGCAAATTAAACTTACTATTAGGCTA GAGATGGTTCCAATAGCCACAGCCCTAAACCTTCCAATGTAAGAATCAGAAATAAAAGCT CCCAAAATAGACAATACATTTGAAACTGCTGACCATAAATTAATCAAAACTGAAGCATGA GCAGCATTAATGTTGTAAAATTTTGTTATGTAGATTATCATATTTGGTTGCAAACCAAAA CTTGCCAATCTCTCACATGATTCATTCACTACAATACAACACAATGAATCAATTAAACAA ATTACAAACAAAGAGTAAAGTGAGAAGACAAAATTGTTACAATTTACACATACCTATGAT GAAAGGAATGGTTTTTAAACCTCCCTTTGTTGAATTTTGTGAGTGATTCAATAAAAACTC TTCTTCTTGTTCAGTGTTTTTGCCCATTTTTTTCCAAATATTTTGTTATTCAAATCAGAG TGACACAAAGAAAGATTTTTTGAGTATAAATCTCCCAACAGAAAAGATGCATAGTACATA AAGGAGTCTAAATGGAGTGACAAAAAGTGTATATAAATCAGACTAAAGTTTGATAGTGGA AGTTTCTTTCTTTCGTCCATTTCAAAAAAAATGAAATCCACCTCCCTACCCCATCTTTTT AAATTTCATGTTTTTACTTTCGGATAATGAACAAGTATCCCTCAACATATGTCTGAAATT TCAGAGATACACTTATATTATACTAAGGTTAAATTACGCCTAAACTTATTTTATTAATAA TTTTCTACCTCGTTTTGGCCTACGTGACACTATCTTGTGGACCCAACGCTGGTTGACTTT TTTTTCAAGCTAGCGCCACGTAGGCCGAAAAGGCGTAAAAAATTACTTATAAAATAAGTT CAGGGGTAATAGGACTTTAGTATAGTATAAGTGTGTCTTTAAGATTTTGGACATAGGTTG AGGTGCATTATCCCTTTTACTTTTCATATTCAATACAACTCGATTAAAGGATAATGCAAT GCGATTAAAGGATATATTGATTCAATTTATTATAAAATTTTAAAATTTATTTATTTTTTA AAATTTTCGTATCAAATCAAAATAGGTTAGTAAAATTGAAACCAAGAAAAGAGTTTTTCA TATAATTTTTAATATCTAAAATTTAAATATTAAGTTAATTTAATTTAGTTTAATTTTAAA AATTAATCTAATTGACTCATATAAATTAAATATAACGGATAAAACTGGACAAAGGGATTA CTTAATAAGAATATGTGTAGAGTTACTTTTCTAAGATAATAAAAATATACATTTAACATG CTTTTTCCGTATTGTCTTACTTTTTTCTAGAAAAACTAGTTATAAACATTTTTAAGACAA CTAAATATAAGGTGTAACTTAAATTAATATGAAAATTATATAGCGTTTGTATGAAGTTAA GTATATTACTTCCTTTAGAAAATAATAATAGTAACTTCTTCTTCCTCTTTTAAGAAAGCA AAAGATATGAGATTTAGATTATGAGTACGAAAGATAATGGGATATTTATAGCAGTTTAAG TGTTTTACTTTTCTTTATAAAAAAATATTATTATTATTTTTTAAGAAAAAAAATTATTGG AAAATGGCATAAATACTTCTTATTTATGGTTACATTTTCTCCTCATTATTTTAGTTCATT TTACTTAGTTTTCGTTTATTTTGGTTATGAGTTTGTGTTGCTTCACGTTTCATTAAATAT TGAACGAATTAATTTTAAAAAAATTCTATTTGATCCGAATAATCAATTAGATTATTTTTA TTCACAATTTTATCAACTAAATATTTAGACTAATAAAATGCAATCTTTTAAATTTCTTTA ACCGTTAATCAAGCCCATATGACAAGTTGATAGTCAAATTAAAACAAATGTGTGATTTCA CACATAAAAGGAGTGTAAACATTGTATTTTAGACTAAAAATTGTTTAAAACAAATAGAAC AGAATTAAAAGGAAGAATATAGTATATATTTAGTATAGAGAGATAGTGTTACTTAGGAAC CAGTAAGTGACTGGACAAGAATTGTATAAAAACAGACTAAAGTTTAATATTGGAAGCTTC ATAATAGTCCAAAGTTACCATCCATTATTAAAGTTTCTTTTTTCGTTCATATATATATAT ATATATATAGAAAAGGATTAAAAATATCTTTGAACTATCAGAATTGGCTTAAATATATCC GAAGTATATTTCGGCTCAAATATACTCTTACCGTCAAACTATAGGATTAAAAATACCCTT CTCACTAACAGAATCAATTAAATGTCATATGGTTGTCACATGGCATGCCACTTAGATGCC ATGTGGATGTCATATGGCATGCCACATAAGTCAATAGAGTTCCACTCATGCCACGTAGAC TAATAAACTTACCCCTAATTTCTCCCAATTTTTTCCATCTTCCTTAGAATTAAGAAACGA TTTCACTGAAGAACATAGAACTCCTTTTCCTCAATTTCTCCATTTCCTTAGAACGATTTC ACAAAATACAAAGTTCTAAGGGAAAGGGGTTCTATGTTCTTTAGTGAAATCGTGTCTAAA TTCTAAGGGAATTAGAGAAAATTGGTGGAAATTAGGGGTACGTTTATTTTCTACGTGGCA TGAGTGGAACTCTATTGGCTTATGTGACATCACATGGCATCCAAGTGGCGTTTAACATAT CTTGTTAATGAGAAGGGTATTTTTGATCCTATAGTTTGAGGGAAAGGGTATATTTGAGCC GAAATATAGTTCAAGGATATATATGAGCTATTTCGAATAGTTCAAGTGTATTTTTGATCC TTTATATATATATATATATATATACACACACACACCCCACCGCCTAATCTAATTTTTTAA TTTTAATTTTTCACTTATCATATTTAATATCACAAGATTAAAAAATATTTAATATATTTT TAATTTAAGATCATAAAACTCAAAATACTTAGAGCATGTTTAGAAAATCACCCTGATAAT TGATTTGATGTAGTTGAGTGTAATTACATTGTCTATCTTGTTTAATTATGTAATTACCTG ATCACCGGGTGATTGGATGTAATTGACTGTGCATAATCACCCTCTTCATAATAGTCTATA TCATGATATCATATCTCATGACCAAATCGGTTTACTTATGAATGACAACATGTCATTTGT ATCCAAACTTATTTTATTTTATTTAGAAAATAATTATAAGCCAATAAAAGATATAGGAAT TATTTTAGTTTGTATAACTTTGTTTCGCCTCATTTAGTTTTTGAGTTTGTTAGTGGACGA AACAATGTACGGATCCTTTTATTTGATTTAGATTAACAATCAAAATTTTTAATTTTGAAT CTATCAACTGAATATTTAAACTTATTAATATATAAATCTTTTAAAGCTCCTCTTGTTGTT GACTAAGCCTATGTGAAAATTTAGTAATCAAATTCGAACAACAAAGTAATTTCACACATA AAAAGAGTGTAAACATAAAATATTTGACTAACTAACTAAAACCAGAAAAAAAAGAAGATA AATATGAGATTTAAAGGAAATTTTTTTTAATATAAAGTGATAGCATTATTTTATTTAGTA GAAAATTATTTAGGGCAGTGATGTTATCAAACTTATAATTTTATCTTCAATGTAATATTA AAAAAAAAGGGAGAGAAATGGTCAAAGGGATAGAGATAAAAAGAAAAGGATGGAGTGAAA AAAGACAGAGAAATTAAAAATAAGGGACATGTAATTCATAAAGTATAATGTAAATTTGTT ATGTGTCATTTTCATTGTTGTGATATAAAATATACGAATATAACAGAAATATTAAATGAA ACAAAATATATTTTACTGTAAGTGGGAAAGCGTCTATTTGATAATTTTATATTGTGATAT AAAATTATGAGTTAAAATTAATATTTAAACATAAAATTGTATGTTTATTTGATCTCATAG TGTTATCTCATAAGATGAATTTCAAATTCCGCCTTGATTATATAAGAAAGTTATGCATCG TTTTTTACTTTTACTAAGAAAATCATTATTGGCACAGATAATAAATGTCCACTTCAATTT CACACTTACATATCATTTGTGATGGTAACATATATTATATTTTGACTATAAAAATAATGT CAAAGTAACACATCAAAGTCCTACATGAGATGTTTAAAATAAATACAATTTAATTAATAT TTTAAACAAAAAATAATATCGTTAATAAATTCCACTTATTGAATAACATTATAAAATATA AAAACCAAATTTTAGAATTTTTAAAACATAATTAATAATATTAATTTAATAAAATATACC TCTAATTAAATTTTTATATATAAAAGTTTATACGAGGTTAACTTAGGTTTGATAATATGA AATGGAGGAAGTATTACTTTGTCTTTAATTTTTGAATACATTATAACAAAATTAGTAATT ACTATTACTTTTTGTAATAATATGAAAATATTTTTCTAAAAAATATCTTCTTCTAAAAAT TTATACAGTATATGCTATTTTAGAACAATAAATAAAGAATGGTATCAAATAATTGATTTT ATCAGAATTAATTTCAACATTAAATTGCTCTGAGCTTCTACAATGGTCTATCTAACAACA TACAGTCCCATACTTTGGAATTTATATATTTATTTTGTTTGATATTATGTTAAGTAATAT GTTTGGTTTTTTTTTTAAAGATATTTTATTTCATTAATTTTTAAAAATATTTCCATTTCA ATTTATTTTTTCTACAATTTCAAGTAACATGTTAGCGGTGATTCATAATTTTAAAAAATC TTTATATTTAACTTGAATTACTTAAATCGTACGATGAATTAGTAATTCATTGGTTTAGTC CACTCAATCATTTCAATTAAATTTTGTATCCTCCAAATATCTTAATTCAATGAAACATTA TTTTTTAAGTTTTTTTGAAAAAGAAACATCATATTTATTCTTTTCTCTATTTTAAAATAT TGAAATTATTAAGATATTTTTCAAATTTCAAATTAATTTAATAATATATAATGACTATTT TCTTTCACAATTAATAAAAATAAAAAAAGATAAGTATAATATCAATCAATTAATAAAAGT AAAAAAAAGATAAATATAATATCAATCAATAAATAAATATATCATGTTACATTATCCGAC ATGTAATATTTTTTTACTAATATTAAAACATCACACTAATACTTACATCCCAAATTCATT AATAAATTATAAATAAAGGCATCTCTTTTAAGGCTTTAGCCTCTCCTTTCTGACCAAATT AATTTCTTTTTCTATTAATGATTTGTAAAGGAAATACTATAAATAAATCAATCTCTTATT CTACCTTCATTAATAAAAGTTAATGTCATAGATGGTGAAATCAAATAAATCTTATATTTT TTTTTGTTGTCTTTGAAAATGACAACATTAATTTTAAAAAAGAAAAGTAAGATAATAAAA TATTTTTTTGTTTCATTTTATGTGATATTTTTTATTTTTTGAGAGTCAAATATTTTAATT TTGATCAGATATTCATATATAGAATTTTTAATTTTTTAAAAATAATTTTTTTATAAACTA CTAAAGAATACTATAAATCACAATAATTAATAATTTAAAATATTAAAATATTCATAAAAA ATTATAATAAAAAATAAATTTATTTGAAATGCGAAAAGTTTCGCTGAGCAAGTTGGAGAC ATGCCTAAGACTTTGACGAGTGTCAATCAGCACCCCTCTTGACAAAGGCTTCATTTTTAG CATGCATATACATTTATTTATCTCTCAAAAACTTCTCTCTTTCTTCCACTCTCTTTGGAG TTAACAAGGAAGAAAGAAAATGGGGAATAAACCAGAAGAAGAAGAGTTTTTACTAAATCA CTCACAAAATTCAACAAAGGGTGGTGTAAAAACCATTCCTTTCATTATAGGTATATTTGT TTTCTTCTTTTGCTCTTTTCTTATTTCTTAGCTTGTTTCATTGTGTCACATAGTTTTTTT TTTTTTTTTTTTGTAGTGAATGAATCATGTGAGAGAGTAGCAAGTTTTGGTTTGCAACCA AACATGATACTCTATATAACAAAATTTTACAACATGGATGCTGCTCGTGCTTCAGTTTTG TTGAATTTATGGTCAGCACTTTCAAATGGATTGGCTATTTTTGGGGCTTTTATTTCTGAT TCTTACATTGGAAGATTTAGGGCTATTGCTATTGGAACTATCTCCAGTCTAATTGTAAGT TCACTTGCACAATTTGTCGTGTTAAAATCGCAAATTTAAGATCTGATTGGGTATATGCAA ACAACAATTAAATTATCACAACTTTAAGTTGTAGACTTAGTACTGTTTATTCCTTTTATC ATCTCATCAGGGAATGATACTTCTTTGGCTCACTACAATATTTCCACAACTCAGGCCGTT ACCCTGTGGTCAGTATCAACTTGATTGTAACGCAGCAACATCAACGCAACTTGCTGTAAT TTTGTGTTCTTTTGGGCTTATTGCCATTGGTGCTGGTTTTGTTAGACCTTGTTCAGTAGC ATTTGGTGCTGATCAATTAGAGAACAAACGAAATCCAGATAATGAGAGAGTTATGGATAC CTATTTCAACTGGTTTTATGCTAGTGTAGGAATTTCAATCTCTGTTGCAATTACTGTAAT TGTTTATATCCAAGTGCAGTTTGGTTGGCAAGTTGGGTTTGGTGTCCCTGCTTTGCTCAT GGTTTTATCTGTTTCCGTTTATTTAATTGGATCTCCTCTTTATATAAAACCAAAATCTGA AGGGAGTTTGTTCACTGGATTATTTCAAGTAGCAGTCGCAGCCTTCAGAAAAAGACATAT TAATGTTCAGTTGAATTATAATGACGACTGCTACTATAAAGCACCTGAATCAAAGCTCCT CGAACCATCCACTGACTTCAGGTATGTAGACATCTTCAATGTCCATTCGTGTGCTTACTA TTATAGAATATTTGTTTTACTGACTTGTATTACATGAAATTGTCCAATGCATTTAGTTAA GCAAATGATTAGTGTGTTTAAGGGTCTTCGTTTACCCATCTCATACTCATTTTCGTTTGG CATTTATCGAAGGAAATGAAGAGTTCAAAATAGATACTTGAAGGGTGTGTATAGTAAAAT TTTTCCATGTTTGGTTGGTTTGATTTTTCGAGAAAATATTTTTCTAGATAAACAAATAAA GAAAATGTCTTTCCTGATGGAGGTAAGGGAAAACAAGTTACACTTTGATTCATTCGTTCG TTGTATATTGTAGGTGTTTGAATAGAGCTTGCATAATTGAAGATCCTCACGTGGAGTTGA AACCTGATGGAAAAGCTTCAGATCCGTGGAGTCTCTGCTTTGTGGAACAAGTCGAAATAA TGAAGTGTTTTCTTAGAGTTCTTCCCATGTGGTCCACCTGTATTATGCTTCTTGTGTCGT TCGGTCAGCCACTTTCGATATATCAACTATTGACCGTGGATAGACACATTACTCCTCAGT TTGAAATCCCAGCAGGATCATTCGGCATGATTACCGTTTTTTCTTTGACAATCTGGATGG CTTTTTACGATCGTGCAGTGGTTCCTTTACTGTCTAGGTATACTGGACTGTCGACTGGGA TAAGTCCATTTTCCAGAATGGGGATTGGCTTATTTCTGGGCATTGTGGGTACGACACTTT CAGCTATAACAGAAACCATACGACGCAATAAGGCAATCAACGCAGGGTTTGAGGATGATC CGAACGCTGTGTTAAACATGTCCTCTATGTGGTTTGTACCACAGTTGGCACTATACGGGG TGGCTGAGGCTTTGAATGTGGTTGGACAGATCGAGTTTATATATAGTCTATTTCCAAAAA CCATGTCCAGCTTTGCAGCAGCTCTTTACACGTTTGGCCTAGCGCTTGCCGGCTTAATTA ACAGTCTCTTGGTGAGCGTGGTGGATAGTACTACCTCAGCTGGAGGCAACACAAGTTGGC TCGCCACAAACATAAACAGAGGTCATCTAGATTACTACTGCTGGCTAATAACTTTCTTAT GTGTGATTAACTTCCTCTATTTTTTAGCCGTTTGTCGATTCACTGATCAGCATCACCATG ATGGTAGGAGTAGCTTATTTCCTGATGCAGAAGAGGAACACTCTGAGAATAGGCGTTTTC ATGGTGCGTAATGTGTACGCTATGTTTGTGTTTGAACATTTGCATGTATTGTAACTTCTC TTAAATCCTTGACCTAGAATAAATTGAGGGCTTCTGTCTTTAAGACAGAGAAGACGAGTG CCAAAAAACCTCACACATATGTCAATAAAATTTTTAGTTGATGAGTATTATTTTTCTTGA TAGCTGTGTTAAGTTAGTTTAACAAGTAAAAATGAATGGATAGATTATGTAAATATCCAT TTGTGTGGATTTATTTATTAAATATTTCTTAATTTTGTTTCTATTGTTATTTGTCATTTT TGACAAATCAAGAAGTACAAATTTCTTTTTTTGTTGTACATTCAATTTATTAACATTAAG TTAACCTCGTTGAAAGAGGTAACTTAAGTAAATATATTTGATTTATTAACATTAAGTTAA CCTCGTTGAAAGAGGTAACTTAAAGTAAATATATTTGAGATTCTATAAATTAATAGAGTT AAAATGATAAACTCAATATATTAATCATTATTTTTTTAATCTGTATCATAATTCGAAAAT GGACATGATGAAACTTGTCTATTCGCGTCAAGATAAATCTGTCCCAATCCAACAAAACAG AAAGAGCGGAAAACTTATAGCTGAAAATTGACTACACTCCACGTTTTAGACTCAATGGAG TCGTTTGATGCATGAATCTGAGGTCTCCTTAACCCGACATTCGTGAAAGTCACAAGAAAC TAACATTGTGTCTAAAAACGGGTAAATCATGTTGGGGACCTCTGAAGATTCAACAAGACC TCACCTAGGTCTAAAATTATTCCCCGCATCTAGCAGAACTCTCAAATTTCCGATTCGAGC ATCTGAACCCCAAACATTTACGAAAGCCAATTCCAAGGTTAAAAGCTAACAATCTCCAAC TTAGGACCGTAAATCCTCAAAAGGACTTTGAATCTGAAATCGAAAACTCTCTTGGATCAA TTTTCACATTACAGGATTGATTAATCGATATAATTCTATTATGACACTCGAAACTTCAAA AGACACGAAATCAACTTTTAAGCAACTTTAGCCTTTTAAATTCAAAAACATACATAAGTC ACAACTTTTTACTCAAATTTTTTAAATCAATTCCAAAACTTATTCGGAAATGGCTCAGGG TTATCATCAAAATGAAGTTGTAGTTTTGTGAAAATTTCCAAAAATGATCGAAATTGTTGT TACAATACCAAACTTTATGGAAGATTTTTTACCCCTGTACTATTTAATCGAATATTTTAA CGATATATGTGCCCATATGATCATGTTACTATTGATAATGATGCAATATTTATTATGTCC ACGAGGACACATATATATCTTTAAAATACTCTATTAAATAGTGCAAAAATAAAATATCAT ATTCGATATTCAATATTATTACAATAATTTTAATTAAAATTCAAATATATTTTCAATCAC TTTCTTATTTTAAACTATTAAAAAAAACCCTCCAACAATTCACTTATTTTTATCAAATTA ATTATTTTTATATTTGTATCTTTCTTCTTCACTTCAAAAATATCGAAATATGTCAGCATA AGTTCAGATGTAGCACATGGATTACTTATTAAAGTAGTTGCATCTAGTAACGACACGTAC AATTAAGCTTAAAAAATAGTATTGCCTATGTTATTATTTAATTTCACTATTTAGATTTTA GGTTTTTTAAGAAATTAAGTAAATTTGTTATGGTATTTTAACTTAATGTTCTTTAAAATT TAATTTTCAATTAATAATTTATTTTAATTAATTAATTTGATCAATAACTATATATTATTT ATTCAGTTTTTCTATGTTAATTAAATATATATTTTATGAATAATATAATTTATGTATTAA TTTTATGAAACAATTATAAATCAATTTTTAATAAACACGACACGTAAATAAAGAAGAATT GGAGTAATATTTTTACAATTTATTAGCCTCATTCTCTCACAGCTTGAAAATCCCCATTTT ATTAAACCTTTGCTCTGCCCAACTCTGCCTCTCCTAACTTCAAGAATTACTTTGGAAGTA TCAAATTTAAATTGAGTTAATGGGGTTGGTGTTTCTATTGTTTTTTTAAATTCTTTTTTG GGGTTGTTTTGCATCGATACGAAGTTTAATTGAGTTTAGATAATTTTTGCTAAGGTGGGA CAGATCTTATGTATATATCTTTAATTAATTAAGATAAACTGTTTTAACATTATAAAAAAT ATAAAAAAAATTGAGTTTATAAATAAGTAGATCTTACAAATTAATGATATATTTTAAAAC GATGTATGCCTAGACAATAATTTTTATAACTATATACTTCCTCTGTCCAGAAATATTTGT CATGTTGCGCGATCAAAAGTAAATTTAACTAATTTTCAAATGTAAATTAGATCACATTAA TTTTATATTTTAAACAAAAGAATTAAATATCCTAAAAGCTATAGAAAAAGTATTATAAAT TACAATTTTTTTATATTAATATGATAAATAAATACATCTTTAAAATTTTAGTCAAAAACT TTATAATTTAACAATAAAAATTTTATAATTTTGACTCTTGATATTAAGTTTTTCCTTTCA TAAATATATCGATTTATAAAATGTCCAAGTCTAGGTCCCATCAATAAAACATGGCAAAAT TGAGCAAAAAATGGTGTGCTTAAATTAAAATGGTGCATATCCCACCTAGCCCCTCTTATG GTCATATTTGAGTGAACTGAAGAGAAGAGGAAAAACAGAGAAACAGAGTTGTATAGAAAA TGGACAAAGAAACACAATTAATTGGAGAAAATCCAAGAAAGGGTGGTCTCAGGACCATGC CTTTCATCATTGGTAATTCTTTTTTTTTTGTTCTTCAAATTGCTGGTATTCATTAGGTAC TAATTTTTATTAATTTTTTTTAATTTTTTTGTAGTGAATGAATCATTTGAAAGAGTAGCA AGTTATGGTTTACAAGCAAATTTGATAATTTATTTGATGACATATTATAAAATGACTGCT GCTGCTGGTACTAGCATTCTTGGAATATGGACTGCACTCTCAAATGGACTAGCCATTGTT GGAGCCATTATTTCTGATTCTTACTGTGGTCGCTTTAAGGCTGTTGCATTTGGATCCATT TCAACCCTTATTGTGAGTTGCTATTCTCTGGACTCAAATTGCTTCGTTTAGTTAATTCTA ATTTGTTTGTGCAATTTGTAACAAAAAAATAGTTTTTTTCACTTAATGTTAGAGTGAGAT CCATTTTGATTCATTAATATATGACATAAATGAGCCAAACTTTTAACGAATGGCTTCAGC CAGTGATTTTCTTTACTTATTGTGAGCTGTGCCATTTCACAATTTCAACAAGAGGGTTTT TTCTTTTGATAGGGAATGATTATTCTATGGCTCACATCAATGATTCCACAACTCAAGTCT TTACCCTGCCCTCAGTTCCAACATGTTTGTAATGGAACAACAGCAGTCCAGCTTGCTGTT CTGTTTTCATCTTTCGGGTTTATGTCCGTTGGAGCTGGTTTTATTAGACCTTGTTCTATA ATGTTTGGTGCTGATCAATTGGAAAAAAAAGGGAAACCCGAGAACAAGAAGCTTGTTGAT AGCTATTTCAACTGGTACTATGCTAGCATAGGGGTTTCAACTATTCTTGCAGTTACCACT GTCGTTTATATCCAAGAGCGTTTTGGTTGGAAAATTGGCCTTGGCATACCTGTTGTCCTC ATGTTTTTGTCCGTCTCGATGTTCCTTATTGGTTCTCCTTGGTATATTAAAGTGAAAGCT AAAGAAAGCTTGCTCATAGGGTTGCTTCAAGCAGCTGTAGCAGCTTTTAAGAAAAGAAAT ACTCATCATGCATTGACTGATAGTGATAACTACTATCGTTCGCCACTTGAATCGGAAGTC TTGACACCGTCAAATGACTTCAGGTCAGTGCTTCCATCTTTTTATCAGTGGCATTTCTAT TGTCAATATTACTCAATATCTATATGACAGTCAATTCAGTGGCATAATATTTTATTGTAC GTTGTAGGTGCTTAAATAAAGCTTGCATGATTGAAGATCCTCAACGAGATTTGAATCCTG ATGGATCAGCTTCAAATCCATGGAATCTCTGTAGTTTGGAACAAGTTGAATCATTGAAGG CTATTGTTAGAGTACTTCCTATGTGGTCGACTGGTTTTATGATCTATGTGACCATGAATC AATTCTCATTTTCCGTACTTCAAGCAAAGACCATGGATAGACATGTCATCCCTCAATTCG AATTACCAGCAGCATCATTCAGTGTGTTCTTGATTATTGCTTTAACAATCTGGGTAACTT TTTACGACCGTGTTTTGGTCCCTTTGCTATCTAAATATACTGGACGGCCAAGAGGGCTAA GTCCTGTTACCCGAATGGGAATTGGCTTATTAGTCTCGTGCATGTCTATGGCATTGTCTG CAATAACAGAAAGCATAAGACAAAAAAAGGCAATAGAGGAAGGGCATGAGGACGACCCAC ATGCTTTAGTGAACATGTCTGCTATGTGGCTCGTGCCACAGTATTTACTACTCGGAGTGG CTGAGGCAGCCCATGCAGTTGGACAGATTGAGTTCTTCTACTCTCTATTTCCCAAAAGCA TGGCTAGCATCGCGTCAGCTATGTACACTATTGGAACTGCTGTGTCGAGTTTGTTTGGAA GTATTCTGGTGAGTGGTGTGGATTGGCTTACATCAACGGGAGGTAAAACGAGCTGGCTTT CTAGCAACATTAATAAGGGTCACTTGGATTACTATTTCTGGCTACTTGCTTTTTTGAGTT TGCTCAACTTTTTCTATTTTGTGATGGTCTGCCGGTTATATGAAACTGGGAATGATGGAA GCAGTAGGTTATCTCATGTGGCTGATGAGGAAGAATGCGACTATAGACTCTTATCTGAAT CTTGATGATATGTTGTACTGCATCCTTGAATGATCCAACTACAACTAATTTAGGCAGTAG AGTGTTTTCATATATATTTTGAAGTATGTTGTGAATTTCCTCAGACAAAATTTTGGATAT CAGATTGTCTTTTGTCGAATGTAGGCTTAAGAAAATGGTACTTGTTGGATTTTAAGCATC TTAATAGTATTTTAAAGTGCATAATTCCTAATGAGAAATGTCAAATTTATAGCTGCACGT TTGAAGCATATGTTGTGCAGCATTTGAGTTGTCATTTGATGACATTATATGCTCAATTAC TTGTATTCGTAGTTGAATATGGTCATTAGTTGTTAGTAACTCAGGTAAACTATTAACTAT GCATCTACTCAATTCAGTACCTCATTATCTTCCTATTTATTCTTTTCAGTTATCATTTTA TTTTCAACAATAATTTGTTATATTTATGATATATTACGTCAATAGTATTAACTATTAAAT TATCAAAGTAATAATTACACAAATTTCAATCACGTAATGACTTTCCAGACCCTTAAAAGA CTTCATAAGAAAGATGGATGAATGTAAAGAAAGTGAAAAACTTAGGACGAACAACTACTT CCCTAGCCTCTTATATATAGTAGTAATAACGTACTAAAAAATAAAGATTTTTTTAAAAAC ATAAAAGAAACATTTCATTAAGGAAACAATCTTTTTTTTCTATGTCGTAATTTTTTCATA TATTCCTTCGGTCGAACAATAGTTGTCCACTATACTATTTTGAAATGTTCAACAATACTT GTCCACTTTATGAAATCAATGAATACTTTTACGCTTATTTTCTAATTTATCCTTATCATT AATTATAGTTAATTTTTCAACACATGTTATTTATTATATTTAAATGGTAATATAGTAAAA CTTATTTTTCTATTTATAATTTCTTAAGGGGTTTATCAAGTCGATAATGAACAACTATTG TTGGACAGAGTATCTTTTAAATATTTTGAATTGTCTATTATTGTGACTTATAGTACTTAC ATAGTTTACAAATACATAAATTTTCAGCCAAATTTAAACTGTTAGGCTCTTAAAAATTGA AATGTGTCAAATAAATTGAGATAGATGGATCGGAATAGTAATTCTGATAGTTTTTTGGGA ATAAGTGTTGGGAGAAACAAATGCATGATAGTAAATAAGAATATTGTGATCTTTTTAAAT GTAGCCATTATATGGAACAAATTATTATGGTTATTTCAGGCAAGGAGCATGGACCTGATC ACCTGGGAATGTGGTTTATTGTTTCTACTCTTTCTCCCACTCATATTATAAAGCCATTGA AGTGCAAAAACAGAGAAACAAAGTGAAAAAATGGGCATAGAAACACAAGTTGAAGTGAAG CCAAGAAAGGGTGGTTTTAGAACTATGCCTTTCATCATTGGTAATTCCTTTTCTTTTGTT ACTACTACTATTTTAGTTTAAGTACTAATTATTTCAATTTTTTTTTTTTGTAGTGAATGA ATCATTTGAAAGGGTAGCAAGTTATGGTTTACAATTTAACATGCTAATGTATTTGATGAC ATATTATAATATGAGTGCTGCGACTGGTACTAGTATTCTTGCATTATGGGCTGCACTTTC AAATGGATTGGCTATTGTTGGTGCAATTATTGCGGATTATTATTGGGGTAGATTTAGAGC TGTTGCATTTGGATCCATATCCACTCTTATTGTGAGTTGTGAATTTCGTTTTTTGCTTTA GTTATGGATCCTTTAATTGTTATTGTATACAAAGTTCTAACATTTTTCTTGGACAGGGAA TGATAATTCTATGGCTCACAGCAATGATTCCACAACTCAAGTCTTTACCCTGTTCTCATT TCCAACATGTTTGTAATGGACCAACAGCATTCCTATTTGCTGTTCTGTTTTCATCTCTTG TGTTTATGTCCGTCGGAGCTGGTTTTGTTAGACCTTGTTCTATAATATTTGGTGCTGATC AATTGGAAAATAAACAGAACCCCGAGAACGGGAGGATTCTTGATAGTTATTTCAATTGGT ACTATGCTAGCTCAGGGATTTCAACTATTCTCGCAGTTACTATTATCGTTTATATTCAAG ATCTTTATGGTTGGAAAGTTGGCTTTGGTGTCCCTGTTATCCTTATGTTTTTGTCTGTCT TAATGTTCCAAATTGGTTCTCCTCTTTATATAAAAGTGAAAGCTAAAGATACGGAAAACT TGGTCATAGGATTGTTTCAAGCACTTGTAGCAGCTTTTAGGAAAAGAAATACCCGTCTTT CATTGAGTGATTGTGATGAATACTATCGTTGGCCACTTGAATCAGAGGTCTTGACTCCAT CAATGGACTTAAGGTCAGTGTCTCCATATTACTCGAACGCTATGCACTTTGTCTGAAACA ATAAAATATGAGTTGAACTGTATCTATAATTTGTACATTGCAGGTGGTTAAATAGCGCTT GCATGATTGAAGATGCTGAAAGAGATTTGAATCCTGATGGATCAGCTTCAAATCCATGGA AACTCTGTAGTTTGGAACAAGTTGAATCACTCAAGGCTCTTCTTAGAGTACTTCCTATGT GGTCCACTGGTTTTGTGATCTTTGTGGACATGAATGTGTTTGCATTTTCCTTACTTCAAA CAAAAACCATGGATAGACACATCTTCCCTCACTTTGAAGTACCAGCAGCATCATTCAGTG TGTTCTTGATTATTGCTTTGACAATCTGGATTGCTTTCTACGACCGTGTTTTGGTCCCTT TACTATCAAAATATACTGGACAGCCAAGAGGGCTAAGTCCTGTCACCAGAATGGGGATTG GCTTAATAGCCTCCAGTATGTCTATTGCATTATCAGCAATAACAGAAAGCATAAGACGAC AAAGGGCAATAGAGGAAGGACATGAGGACGATCCAAATGCTTTAGTGAACATGTCTGCTA TGTGGTTTGTGCCACAGTATGCACTACTCGGAGTGGCTGAGGCTGCCCATGCAGTTGGAC AGATTGAGTTCTTGTATGCTCTATTACCGAAAAGCATGTCCAGCACTGCGTCAGCTATGT ACACTGTTGGGACTGCTGTGTCGAGTTTGATTGGAAGTATTCTGGTGAGTAGTGTGGATT GGCTTTCATCAACGGGAGGTAAAACGAGCTGGCTTTCGAGCAACATTAACCAGGGTCACA TTGATTACTTTTTCTGGCTACTTACATTTTTGAACTTGCTAAACTTGTTATATTTTTTGC TCATCTGCTGGTTTTATGAAGTTGGCAATAATGGGAGCAGTAATTCAGCTCATGTTGCTG AAGATAAAGAATGTGATTATAGACTCTTATCTGAATCATGATGATATGTTGGACTGCATT TTGAATGATACAACAACTACTAAATAAGTTAGACAATAAAATATTTTTATATGTTTAGAC CTCTTCACATATTTTTTTGAAAGTATGTTGTGACTTTACTCAGACAAAAATGTTAAACAT GCATTTTTGATACCTTAAAAAAAAAATAAGGTTGTCGGAGGCTACTCTGTCCTAAACTCT TACTCGTGCATTTATAAAAAATATTATATTTTTTTGACAACGCACCTCAAGATTTCACTA ATTCATGAGTTTTTTATTTTTTACATTAAAATTTGTAGCAAACTAACTGGGACGTAGACA AAATTTGTTCTTTTCATCTCTTATCTCATAAATCAGATTCATAATTTGAAGCCCCAAATT TGCAAAGATGAAGCTTCATTTTTATGAGTGCTTCAATTCGAGTTTATCAAGTCTTGCACT CCAACAAGCCTTAGATTAGGACCAGGGCATTTATAGATATCAAAATTTCGTAGAATTTAA CAAGATGAGTTCAATTTCAGATAAATTTTTAGATACTACTTTATACTAAATTTTAGTTAA TGCATATATAAAGAATAATATGTGAAATATTTATAATGATCTTGATGTGACCGACCCTAT AAACGCAAGAATAGTATTGTAACCACATTATATTTTTTTTTTTTACATTTTATGAGTGAT TATAATTTATTTCTTAATCAAATTAAAATTTTATTGCAAACAACTATTTAAAATTTAAAA TTGTGTTTAGCTATAAATACAAATTAGAGTTAGTTTTAATTTTTTTTGAATGATTTAATT GCAAAATGTAAAATTACTACTTTAACGCACATATCAAAATCTTAAATACGAAAATCTTAC GTAATCTCTATTTTGCGGGCTTGTGGAGAGTGGTGGGGGTGGGGTGGGGCTCCTTGTCTT GTCAATTTTATCACCAATAAGTGTGGTTGGTTGAAAATGGTGCTTTCACTGTCAAATCAA AGATGACACGAGGTAAATGAGCTGTTTCCTCGTGGATGGCTACAATTTTGTTAGCATAAT TAATCTCTAAATTACTTAATTGGTAAGAGATATAAATATAAGTTTAGCTCATTGAGAGAG TATGATTCTAAATAAAAAATATAAAGATCGAAGATTAGGATAAAAGAATAGTAGTAGATA GTAGTTCATTTTACATCTAGTCATATAATATAGATATCACGTATAAATTTTTTTTCCTCC GTTGTGTATTAATATTTGTCGTCACAGGTATTTTGTACATTGTTATTTTATTTTCTAAAT CCTTTTTCTTTTTAACCTTTTTGCTTTTTTTAATGAATGATCTATCGAAATCAACTTCTT TATCTCTCGCAAAAGTAAAGATAATATTTAGATACATTCTATTCTTTCTATATATGCCTT TGTGGAATAAATTGTTGTTGTTAACCACTTAATTGATCTAAATATATCTATAAGAAAGTT TTAATATCATTAAATAGTTTATTCAAAGGATAATTCACTGATTTCATTCCTTCACCAATG TTTTCATCACTAGCCATTTTTCAACTATCGTTATTGTCATTCACTATTAACAATCATTTA TAATTACTATCGTAACAACTTGGGAACAAAATGATAAATATCATCACCAAAAATCATAAT TTTTTCCCCACTATCGCTATCAATCACTGTAAATTTATAGTCATAAATTATGAGTGGTTC CTTCTTCTTTAATTTATTTATCCTTAGTATATTTTTTTTGGGAGAACTCTAACCTTACGT TTCAATGATGACAAATAGAAGACCACACCACTGAAAAACTTTTTAAAATATTTTATGTAT TCTTTGTTTAAGACTCGAAATTTAAAAGTCATTTTTTACTTTATTAAAATCAGTATAAAC TAAAAAGATCAGACAAAAGAAAAAGAAAATTGGAGCATTCATTTTCCTGAATACGATAAG TATTTTGGATGTAATGAATATAAGACGAGGCATGTGGACCAGGATAATTTAATGTTTTAT TACATAATATATTAATGTATTATTTAATTTAAACTTTCACTATCATTTATATTTCCAATT TTTTAACGTGTAAAATTTAGACACATCAATTTTATATAAAATGGAGAAAAGAGATAATGA AAAAGAGCCATATCTTGTGACTTTACTTGGAGAAAAATTGTGGACATGCATTTACTTCGT ATCGGTCAACATTTTAAAGATTAGAGTTAGTGTTGTCTATGGATACAAATTAAAGTTACT TTTTATTTTTGCTAAAATTGATACGGAGCGAAAAAAAAAAGTGAAACTAACTTTCTAATA TTTTTCTAATTCAAGTGACAAAAATGACTTTTTAACCATTTAATCTAAAAAAAATTAAAA ATAAATGTATTTTAATGTTAGTCTATTAAGTTAAGTGACATATTTATCGCGGAACGTAAG GAAAGTCATAAGATACATAGAAAAATTATATGAAGATTGTAGAGGTGTTAACATACAAAA ACACTTCATTATCTAACTTTATTAACTGTCAAGAATGCAGTACAACATATATCATCAAGA TTCATGTAAGAGTCTATAATCACACTCTTCCTCATCAGCCACATGAGGTAATGCATCATT CCCAGTTTCATAAAACCGGCAGATGAAATGAAAATATAACAAGTTGAGCAAACTCAAAAA AGTAAGCAGCCAGAAATGGTAATCCAGGTGACCTTTATTAATGTTGCTAGAAAGCCAGCT TGTTTTACCTCCTGTTGATGTAAGCCAATCCTCACTACTCACAAGAAAACTTCCAATCAA ACTCGACGCTGCATTCCCAACAGTGTCTATAGCAGACGCGATGCTTGCCATGCTTTTCGG TAATAGAGTGTAGAAGAACTCAATTTGTCCAACTCCATGTGTAGCCGTAGCTATACCGAG TAGTGCATACTGTGGCACGAACCACATAGCAGACATGTTTACTAAAGCATTTGGATCGTC CTCATGCCCTTCTGTGATTGCCCTTTTTCGTCTTATGCTTTCTGTTATTGCTGACAATGC CATTGACATACAAGAGACTGTTAACCCAATTCTCATTCGGGTAACAGGACTTAGCCCTCT TGGACTTCCAGTATATTTAGATAGCAAAGGGACCAAAAGACGATCATAGAAAATAATCCA CATTGTTAAAGCGATAATCAGGAACACACTGAATGATGCTGCTGGTACTTCAAAGTGCGG CAAGATATGTCTATCCATTGTCTTTGTTTGAAGTACAGCAAATGCGAATACATTCATGTC CACAAACACCATTAAACCGGTTGACCACATAGGAATTATTCTAATAAGAGCCTTGAGTGA TTCAACTCGTTCCACACTACACAGATTCCATGGATTTGAAGCTGATCCATCAGGATTCAA ATCTCTTTCACGATCTTCAATCATACAAGCTCTATTTAAACACCTACATATATTCATCAT ACAATAAACTCTTATTCTAATGAAGTGCAATATAATAAAATTAGACATAAGATGGAGACA CTGACCTGAAGTCCTTTGATGGCGTTAAGACCTCTGTTTCATATGGCGAATGATAGTAGT CATCGCAACCAGTCAATGAAAGACGGGTTTTTCTTTTTCTAAATGCTGCTACACATGCTT GGGACAATCCTACTAGCAAGTTGTTTGTATCAGTTTTCACTTTGATATAAAGAGGAGAAC CGATTAGGAACGTTGAGATAGACAAAACCATGAGTAAAACAGGGACGCCAAAGCCAATTT GCCAACCATAACGATCTTGAATATAAATAATTGTGGTAACTGCAATCATAGTTGCAACCC CATTGCTAGCATAGTACCAATTGAAATATCTCTCAATAATCTTCTCATTCTCAGGGTTCC CTTTTTGTTCCAATTGATCAGCACCAAACATTATAGAACAAGGTCTAACAAAACCAGCTC CAATAGACGTAAACGCAAATGATGTAGACAGAACAGCAAGTTGGAATGCTGTTGGTCCAT TACAAACATGTTGAAAATGTGAACAGGCGAAAGTCGTGAGTTGCGGTATCATTGATGTGA GCCAAAGAATAACCATTCCCTGTATAAGGAGAATGTTAAGCCATAACAGATATGGTGGTT TTAAAAAAACATGTTATTCCATTGAAATGGCACACAGAACTCACAATAAAAGTGAAGATG GTTCCATAGGCAACAGCATTATATCGACCCCAATAACAATCGGCAATAATCGCCCCAACA ATAGCTAATCCACCTGAAAGTGCACCCCATAATCCAATAATACTAGTACCCGTAGCAGCA CTCATGCTATAATATGTCATCAAATAAATTATCAGATTTGTTTGTGAACCATAACTTGCT ATCCTTTCAAATGATTCATTCACTGAAAACAACAAATAAAAATTGAAATTAGAATCAACA CATTGCAAAACAATTTAAAGTAAAAGAGTAGAGTGAGAGTAGTACAAATGATGAATGGCA TGGTCCTAAGACCACCCTTTCTTGTGTTCACTTCATCTTGTATTTCAGTGCCCATTTTCA GTTTCGTTCTCTGTTTCCTCTTCAGTTTTTTTTTTCTTTGCTTTGATATATGATTAAAAG AGACAAAGGGAAAGAGAAGAGAATTAAACACAAAATTTTGATAAATTGTTTGATAATATT GAATGAGATTGACACGTGACAGAGGTAGAGTGGGGGCATATTATACGATTATAATTTGGA TAACTGTTAAATTATCAATAATTTTTATTTTTATTTTTATTTTCTAAGTTGAATTTAAAA ATTTATTCATCATAACAGTGTGTCTGGTTCATATAACAGCGGACAACCAAAAAAAATGTA ACGTGTTGAGAAACAACTCTTTTAATTAAATGTTTAAACAAACAATATTTAATCATTCTA TCGCTAATCAATTATTCAAGTGGGACCACAACGTGCAGTAGTGTGCACTGTGCAACTTTA ATAATAAATAAATAAATGAATGAACATGTATCATGTGGAAATTTTTATTTTTTTTTAAAA AAAAAACTCAGTTTTACTTTTACATTTGATTGCTTGTGTCACATTCCTTGATTCCTTCTC CTTTTTTTTAAAATTAAAGTTGCATCTTGAAACAAATATAACAATATTATATAAATAGTG AAGATGGAGACTCAGGAAAAAATTGGAGATATAGTTATTTAAATGATGAAGATGTACACG GTGTAATAGCTTGTTTTTTTTTAAAAAAAAAAAAAAAATTCGTTGTTATAGACACAAAAA ATTTGGATAATATTTTAGTTGATTTTTTTCTTTAAGAAAAAAGTCACAAATTCTTAAAAA GTGATGACAATCTTCATTTTTTCTGATGAAGTTGTTAAAGAAATTGACTCTTTTGTTGAA GAAATTGAATTATAATATAATCCAATAAAGTTTTGTAGAATTTTTTCGAATAGTTGTGTG GTGATGTTGGGTATAGAAGGTGGAGAAGTTATTCAAAGAGAAGAGTGAGGAAGAAGAAGA GAGAAACTATTTCCAAGAAGAAAAAAAGTTTCACGCGCGTAAAATTCGTGTAACACGTGT TATGTTATGATGAGTGAGCTAAAAGTATGAAAATAACATAGCAAAACATTATATGAAGTG TCTAAAATGAACATCACCTAGTTAAAGTATTTATGTAAAATTTTGAAAGTTTAAAGAGTT ATAGATGGGTTTGACCATAATTGTAGCACCATTTGAATTTAATGACATAATTAATGTTAG TGATATTAAATTTAATGACATTTTAACGTTAATAATTTTAAATTTAATAACATAACTATT ATCAATAAATATTTTTGTACTCTTTATTAATGCGTATACTTATTATTGATAAAGAAAAAT ATACATAAATATAATGGTTGAAGTTCAAAAAAATCAATATTTTGTAAACTAAGTACTCCT AGATCTTGAAATTCAACTTAAAAAAAAAGAAGAAGATATTTATCGTCAAGTGGGGGGCTA GAAATGGTGCTTTCAATGTCCAATAAAAAATGACACGAGTTAAATAATCTTTTTTGGCTT GTGATTGATATTGATTTGACACAGCTGGCTACAATTATTAACGTGCACAGTTATGATTAT TTTATTTCGTATTTTTTATTTTAATTTACGTGATATTTGTTATTTTTTAAAATTAAATAA TTGATTTTGATTGAAGTTACGTCACAATATAGATAATTTAAAATATATAAAAAATTTATA GTTAAAAAATAGATTTATTTGAATCTCAAAATTTATAATGCGTTTGACAGAGGATTACAG GGTAACTCTGTCACGTCTCGTTCTCAGTCAATATTTTGGAAGCAATAAATTTAAGGCCAT AAACATGGTCCTGGGGTTTAGTGTTTTTTTCTCTCTCTCTTTTTGTGTCTGCTAATCATA TATTAAAGCAAAGAAGAGAAGTGAAGAGGAAACAGAAAATAGCAGTGGAAATGGGCACAG AATCACAAGCTGAAATAAACACAAGAAAGGGTGGTCTTAGGACCATGCCATTCATCATTT GTACTACTCTCACTCTACTCTTTTACTTCAAATTGTTTTGCAATGTGTTAATTCTAATAT CAATTTTTTGTTATTGTTGTTGCTATTGTTTTCAGTGAATGAATCATTTGAAAGGATAGC AAGTTATGGTTCACAAACAAACATGATAATTTATTTGATGACATATTATAACATGAGTGC TGCTACTGGCACTAGTATTATTGGTATATGGGGTGCACTTTCAAGTGGATTGGCTATTGT TGGGGCGATTATTGCTGATTGTTATTGGGGTCGATATAATGCTGTTGCCTATGGAACCAT CTTCACTTTTATTGTGAGTTGTGCTAATTTAACAACATTTTTTTTAAAATTTGAACCAGC ATATCTGTTATGGCTTAACATTCTTCTTGGACAGGGAATGGTTATTCTCTGGCTTACATC AATGATTCCGCAACTCACAACTTTGGCATGTTCTCATTTTCAACATGTTTGTAATGGACC AACAGCATTCCAGCTTGCTGTTCTGTTTACATCTTTTGTGTTTACGTCTATCGGAGCTGG TTTTGTTAGACCTTGTTCTATAATGTTTGGTGCTGATCAATTGGAACAAAAAGGCAACCC TGAAAACAAGAAGATTGTTGAGAGCTATTTCAATTGGTACTATGCTAGCACAGGGGTTGC AACTATGATTGCAGTTACCGTTATTATTTATATTCAAGATCGTTATGGTTGGCAAATTGG CTTTGGTATCCCTGTTATACTCATGGTTTTGTCTGTCTCAACGTTCCTAATCGGTTCTTC TCTTTATATCAAAGTGAAACCCGATACAAACAACTTGCTATTAGGATTGTTCCAAGCAGG TGCAGCTGCTTTTAGAAAAAGGAAAACCCCTCTTTCATTGACTGGTTGTGATGACTACTA TCATTCGCCATATGAAACAGAGGTCTTAACGCCATCAAAAGACTTCAGGTCAGTGTCTCC GTCTTTTGTCTGAGTTTATTATATTACAAGTTCATTGGAATAAGACATTATTGTATGATG AACATATATATAGGTGCTTAAATAGAGCTTGTATGATTGAAGATCCTGAAAGAGATTTGA ATGCTGATGGATCAGCTTCAAATCCATGGAATCTGTGTAGTGTGGAACGAGTTGAATCAC TCAAGGCTCTTATTAGAATAATTCCTATGTGGTCAGCCGGTTTTATGATGTTTGTAGACA TGAATGTATTCGCATTTTCTGTACTTCAAACAAAGACAATGGATAGACATATCTTGCCAC ACTTTGAAGTACCAGCAGCATCATTCAGCGTGTTCTTGATTATTGCTTTAACAATCTGGA TTACTTTCTATGATCGTGTTTTGGTCCCTTTGCTATCAAAATATACTGGAAGGCCAAGAG GGCTAAGTCCTGTTACCCGAATGGGAATTGGGTTAACAGTCTCTTGTATGTCTATGGCAT TGTCAGCAATAACAGAAAGCATAAGACGAAAAAGGGCAATCACAGAAGGGCATGAGGACG ACCCAAATGCTTTAGTAAACATGTCTGCTATGTGGTTCGTGCCACAGTATGCACTACTCG GGATAGCTGAGGCTACCCATGGAGTTGGACAGATTGAATTCTTCTACACTCTATTACCGA AAAGCATGGCCAGCATCGCGTCAGCTATGTACACTGTTGGAACTGCTGTGTCGAGTTTGA TTGGAAGTATTCTGGTGAGTAGTGAGGATTGGCTTACATCAAGGGGAGGTAAAACGAGCT GGCTTTCTAGCAACATTAATAAGGGTCACCTGGATTACCATTTCTGGTTGCTTGCTTTAA TGAGTTTTCTCAACTTGTTATATTTTCTATGGGTCTGCCGGTTTTATGAGACTGGGAATG ATGAATTACCTCATGTGGCTGATGAGGAAGAGTGTGATTATAGACTCTTACATGAATCTT GATGATATGTTGTACTGCATTCTTGACAGTTAATTAAGTTAGATAATAAAGTGTTCTTAT ATGTTAAGACCTTTACAATCTTCATATAGTTTCATACATTCTGGATGAGTATGTCTCTGA ACTTAACTTGTATTGAGTTGATAACTTTGAGTGTGCATAACTAGATACTTAAATTTGTAT AAAATTAAACAAGTAGACATATAAATGTGTTCAATTAGAACAAACCTAAGATAAGAGGTT AAAGTAAAAAACGCGAACAAAGTTAAGTGACAGTCAATGACTTAAGTCTATATAAAATCT AACAAGTAAGCACATACATCTTGTGTGACAATTCACATCTATATAATGTCCTACGTGTAA TATGTTCTACATAATTATAATGGTTGAAGTTAGAAAAAATATATTCTATAAAGGCATAAT ACATAGATATGACTTTAAAGTTTGAACATGCACAAGTAGACACTTAAACTTGTATAAAAT TAAGAAAATGAACACATTAATCCTAAATGACATCCTATGTGTATCATGTCATGTAGGATA TTTGTATCTATTTTTTCAATTTAATAATAATTTAAGTGTCTACTTGTGTACATTTAAAAC TGAAAAACAATTGTTTGTTGACGTTAAGTTAAAAATCGTGTTTATTTATTATGTGTTTTA TGAACAAACATAGATTTTGAAATTTCTTAACTAAAAAAAAAAAGAAGATACTCATGGTCA AATGGGGGGGCTTGAAATGGTGCTTCCAATATCCGATAAAAAAAAATGACTCGAATTAAA TAAGCTATTGCCTTGTGATTGATATTGAGTTGACATGGTTGGCTACAATTATTAATGTGC ATTGTTATGATTGTTCTTATTTCACTATATTAAGTATTTTTTTATTTTAATTTATGTGAT ATTTTTAAATAATTTAGATTTGAGCGAAGTTTAGTATGAAAGTTTAATTTTTAAAAATAA AATTTACATATATGTATAATATGTAAACAATATTATATATAAGTCATAATATAAACAAAT TAAATTATTTAAAAAATATATGAAAAAATTACGATTTAAAATAAACTTGCTTAAATCTCA AAATTCAAAACATGTCACACAAGTTAAGTCGGAGAAAAATATTGTTTTCATTTTAAGACC TTCGACATATTTAATATAATCAATCAAATAATTGAGAAAAGATAATATTAGTATAATTAA TATCAAACATAACTAACTCCATGTCACTTTGTATTTTCCTCTTTTAGGTGAGACAAAACA AAACTAGACCATTTTTAAATTATTACATATTCATTGATAACATTAATTATTTATCAATTA TCACATCTAAAATATTTCATTCGTTTCATTTTACTTGTTATAATAAAATTTGACATATTT ATTAAGAAAATTCTATGCTTTCAGAATATTGAATGAGAATCCGTGATTCTTATTTAATAT TTTGGTAGCAATAAATTTAAGGGTGATAAATGTGGGCATGGGTTTTAGTGTTTTTTTCTC TGTCTCTTTGTCTCTGTTAATCATATATTAGAGGCAAGAAGAGAAGTGAAGAGGAAACAG AGAACGAAACTGAAAATGGGCACAGAATCACAAGTTGAAGTGAACACAAGAAAGGGTGGT CTTAGAACCATGCCATTCATCATTAGTATTACTCTTACTCTTTCATTTTCTTTACTTGAA TCGTTTTGCAATGTGTTAATTATAATTCCGTTTTTTCACTTGTTTGTTGTTTTCAGTGAA TGAAGCATTTGAAATGATAGCAAGTTATGGTTCACAAACAAATCTGATAATTTATTTGAT GACATATTATAACATGAGTGCTGCTACGGGTACTAGTATTATTGGTATATGGGGCGCATT TTCAAGTGGATTAGCTATTGTTGGGGCGATTATTGCTGATTGTTATTGGGGTCGATTTAA TGCTGTTGCCTATGGAACCATCTTCACTTTTATTGTGAGTTTTCTGTGCCATTTCAATGG AATAACATGTTTTTTTAAAACCACCATATCTGTTATGGCTTAACATTCCTCTTCGACAGG GAATGGTTATTCTTTGGCTAACATCAATGATTCCGCAACTCACGACTTTGGCCTGTTCTC AGTTGCAACATGTTTGTAATGGACCAACAGCATTCCAGCTTGCTGTTCTGTTTTCATCTT TTGTGTTTACGTCTATCGGAGCTGGTTTTGTTAGACCTTGTTCCATAATGTTTGGTGCTG ATCAATTGGAACAAAAAGGGAACCCTAAGAATGAGAAGATTATTGAAAGCTATTTCAATT GGTACTATGCTAGCACAGGTGTTTCAACTATGATTGCAGTTACTGTAATTATTTATATTC AAGATCGTTACGGTTGGCAAGTTGGCTTTGGTGTCCCTGTTATACTCATGGTTTTGTCTA TCTCAACGTTCCTAATCGGTTCTCCTCTTTATATCAAAGTGAAAACTGATACAAACAACT TGCTAGTAGGATTGTCCCAAGCATGTGTAGCAGCATTTAGAAAAAGAAAAACCCCTCTTT CATTGACTGATTGTGATGACTACTACCATTCGCCATATGAAACAGAGGTCTTAACGCCAT CAAAAGACTTCAGGTCAGTGTCTCCGTCTTATGTCTAATTTTTATTATATTGCACTTCAT TAGAATAAGAGTTTATTGTATGATGAATATATGTAGGTGTTTAAATAGAGCTTGTATGAT TGAAGATCCTGAAAGAGATTTGAATCCTGATGGATCAGTTTCGGATCCTTGGAATCTATG TAGTGTGGAACGAGTTGAATCACTCAAGGCTCTTATTAGAATACTTCCTATGTGGTCTAC TGGTTTTATGATGTTTGTAGACATGAATGTATTTGCATTTGCTGTACTTCAAACAAAAAC CATGGATAGACATATCTTCCCGCACTTTGAAGTACCAGCAGCATCATTCAGTGTGTTCTT GATTATTGCTTTAACAATCTGGATTACTTTCTACGATCGTGTTTTGGTCCCTTTGCTATC AAAATATACTGGAAGGCCAAGAGGGCTAAGTCCTGTTACCCGAATGGGAATTGGGTTAAC AGTCTCTTGTATGTCTATGGCATTGTCAGCAATAACAGAAAGCATAAGACGAAAAAGGGC AATAGCGGAAGGGCATGAAGACGATCCAAATGCTTTAGTAAACATGTCTGCTATGTGGTT CGTGCCACAGTATGCACTACTCGGAATAGCTGAGGCTACCCATGGAGTTGGACAGATTGA GTTTTTCTACACTCTATTACCGAAAAGCATGGCAAGCATCGCGTCAGCTATGTACACCGT TGGGACTGCTGTGTCGAGTTTGACTGGAAGTATTCTGGTGAGTAGTGAAGATTGGCTTAC ATCAAGGGGAGGTAAAACGAGCTGGCTTTCGAGCAACATTAATAAGGGTCACCTGGATTA CCATTTCTGGGTGCTTGCTTCTATGAGTTTTCTCAACCTGCTATATTTTCTAGTTGTCTG CCGGTTTTATGATACTGGGAAGGATGAGATGAGTAGATCACCTCATGTGGCTGATGAGAA AGAATGCGATTATAGACTCTTACATGAATCTTGATGATATATTGTATTGCATCCTTGAAT GATCCAACAACTACTAATTGAGTTGGACAATAAAGTTTTTCATATGTTAAGACCTCTACA ATCTTCATCTATACATATATTTTTTTATGTATCTTGTGACTTTACTTAGACAAAAATGTG ATAAATATGCTCCTTAAACTTGACTTTAGAAACATACATTAGTAGACACACAACACATAT AGTATTCCACGTAAAATACTAATAGTAAAAGTACTTATTTATACAAATTAAAATCGGAAT GCATAAATATCAGCTAAGACTAAGTTCAAGAATACGTTCTTTCGATGTCCAGTAGTAACT GATAAATGAGGTCAACTACTGAAATGCCAGGAAATCATAAAGGCCTAGTTGGGTCTGACC AAGAGTTAGCATATGGATGGAACTGACATTGTGGAATGGAGCTCACTTTATGATAGGACC ATATCACTATTAAATCTCTTTTAATAGTGTATGGTTCTATTATAGAATTGGACATCTCCA TAAAGTAGCATGTCAAAATCAAATTAATGTATCTTTCTATTAAAAAATAATGATATAAAT AAATATAATTTGTAATATAAATAGTATGAATAAGTTAAACTTTTAATAATAAAATAAATG AGCATCTCATCATAATTTAAATCAAAATATTTTAATTAAAAATCGATTCGTAATATAATA ATTTGAAAAACCAAATCGAAATTTGAGGAGCCTATGCATTTGTCGGATCAAAATGATATT ATACACTTCAATATAATATAATATTACTCCTAGTATTAAAATATCACAAATTTTAACGTG ATCCTTTCTGTCATGGCAGATTTGTTTTCTTTCTATTTGTCTAGTACAATACACAGATAT AATAAAATGTCAATATTATAATCACAAATTTCAATGTGATTCAAAGTGTCTGTTTACCGT ATAATTTTTAACTAAAGGAATCAATTAAACCCTTTTTATCACATGTGACTGTTTTTAAAA ATATTCATTTATGATAATAGACTATTTAGTTTGACGATTTTGATTTTGTTTTATTTTTAA TGGATTAATAAATAACCTGATGTATGTCATTTGAGATACAAAGATCTTGAATTAATGTTT AGCTTCATATTTTTATATCTAACTTTTTTAAATATTTATTTTTTTTACAAGATTTTGATG TTTGCTATTTAGCAAGATATGATATGTTATTTATTACATGTGGATGATTTATTCGATTTG TCAACTTATTTCTAAATAATTTTTAAAGGATTTGATTGTGTGAAATCTTAACGATTTAAT CGATAATCAAATTGATGATGATATAAATTGATATTTCAATAATTCTATAACAAATAAATA GATAATTGATAAATCAAATTAGTAAACTTCAAAATCAAAGTGGACCAATTGATACATAGC CAAACTCTCAATCAATAATGATAATTGTCATCATTATGTCATGGTCAAAAATGATGACCA CACTTTGGTTTGATAAATAAAGGTAGCCAATGTCACCAACTCCACAAAGAGCTCCTCTTT CATCACTCTAGAGAAAATCAAAGAACTAAAGCATACAATGAGTACTACTTTAAAGGTATT GATGTTCCCATTTTTGGCTTATGGACACATATCTCCATATCTAAACGTAGCTAAGAAGCT TGCGGACAGAGGATTCTTGATTTACTTGTGTTCAACACCGATAAATCTCAAATCCACCAT CAACAAAATCCCCGAAAAGTATGCTGATTCGATTCAGCTTATCGAACTTCACTTACCAGA ATTACCCGAACTTCCTCCTCATTACCATACCACCAATGGTCTCCCACCCAATCTCAATCA CATCCTTCGTAGAGCCCTGAAAATGTCGAAACCAAACTTCTCGAAAATCATGCAAAATCT GAAACCTGATTTGTTGATTTACGACATATTGCAGCAATGGGCTGAAGATGTGGCTACTGA ACTAAACATTCCAGCAGTTAAGCTTTTGACTTCGGGTGTTGCTGTGTTTTCGTATTTTTT CAACTTAACGAAGAAACCAGAGGTTGAATTCCCTTACCCTGCTATTTATCTCAGGAAAAT TGAGCTAGTTAGATGGTGTGAAACGTTGTCAAAACATAACAAAGAGGGAGAAGAACATGA TGATGGTTTAGCTTATGGAAATATGCAAATCATGTTGATGAGTACTTCTAAAATTTTAGA AGCCAAATATATTGATTATTGCATTGAACTGACAAATTGGAAAGTTGTTCCAGTTGGTTC ACTAGTTCAAGATTCAATCACTAATGACGCGGCGGACGATGACATGGAGTTAATAGATTG GCTAGGAACAAAAGATGAGAATTCAACTGTTTTCGTCTCCTTTGGGAGTGAGTATTTCTT GTCAAAAGAAGATGTGGAAGAAGTAGCTTTCGGGTTGGAGTTAAGTAATGTTAATTTCAT ATGGGTTGTAAGATTTCCGAAAGGTGAAGAGAAAAATCTTGAAGATGTATTACCAAAAGG TTTTTTTGAAAGAATTGGAGAGAGGGGAAGAGTTTTGGACAAATTTGCACCACAACCAAG AATTCTAAATCATCCGAGTACGGGAGGATTTATAAGTCATTGTGGTTGGAATTCAGCGAT GGAAAGTATAGATTTTGGGGTACCTATAGTTGCCATGCCTATGCAACTTGATCAACCAAT GAATGCTAGGTTGATAGTAGAATTGGGAGTCGCAGTTGAGATTGTTAGAGATGATGATGG AAAAATTTACAGAGGAGAAATCGCGGAAACTCTTAAAGGTGTCATAACGGGGGAAATTGG GGAAATTTTGAGGGCTAAAGTAAGAGATATAAGCAAGAATTTAAAAGCTATAAAAGATGA AGAGATGGATGTTGCTGCTCAAGAGCTGATTCAACTTTGTAGGAATAGTAATAAGTGAAT CATATGATTCAATTAACAAAGTAATATTGTATTTTGTCACTATATTTGTTCAACTTTATA TATGTTTAAATATTGTATTTTGTCATTGAACTTATCGTAAATATAATAAAGAAAAATAGA TTTCTCCCAACACAAAAGTTGAACAAAAAGCGTTTAGTTTGTGAAAAAACTCTTTATTTT CTAGTGATTTGAAGTAGACTTTGGTTCAACGCTTTTGGTAGTAAGATCAACAACTAATCT TTTTTTTTTTTTTGGATGGGGAAGTGGAAATGGGGAGAAGATTACGATGATGTGGGAAAT TGAATCCTCACCGATAAGATGGAAATTCAGATAACCAACGAATTAAGCAATTAAGATTCA TAGATCAAATGGTTAATCAAGTTAATATTGTTTGATATAGCATGGGGTGACCTGCTCACA GCCCAATATTTTAAAATGACTGACAAGCCTCATCTACCTTGCCCATTCTGCCTCTCCATG TGCCATATGGATGATTGGACTCGTGATAGTGGAGATATATATGAGTCGTTTTTATATAGT TCTTTGTCATTATTAACTATCACCATTAACAATTTTCAACAAACTTCTTCCTCAATTTCA ATTTATTTAGAAAAATATCAATATAATTTGTTCATCTTAAAAATTAAGTCAGCAAAAATG TTTATAATGAAACAGACACTACCCTTGAACTGATTGATTTGGTCTTATATTAAAATGTCG ATTTCAACTACTACACACTTCAACATGTGGATTCCTTTCCTCTTTAAGATGTTCACACCT AACAAATAATTTCATTTGAGTCTATTTTAATATTATAAGATAAAAAATGTAATAATATAT TCTAGATATATTATCGAAATATATTTTAATATAATATGGAAATCTGGACCATTCATTTTA CTGAATTTAGATCATCGAATTTAAAGCAAGGAAGGTGTACATATATCAGTTGAAGAAACT GAAAAGGAAAAAAAAGTGTTAGTAAAAATGGAGAGTGAAAGAGAATTATTATTTGTTGAA GAAAACCCAAGAAAGGGTGGTCTTAGAACAATACCATTTATCATTGGTAACACTTTTTTT TTTTGTTTTTTTTTTTGTTTAGATTGTTTAAGTACTAATTATTTCAAAATTTGTTTCAGT GAATGAATCATTTGAAAGGGTTGCAAGTTTTGGTTTACAATCGAAAATGATAATCTATTT GATGACATATTATAACATGAGTGCTGCAACTGGAACTAGTATTCTTGGACTATGGAATGC ACTTTCAAATGGATTGGCTCTTTTTGGAGCAATTATTGCTGATTTTTACTTGGGTCGGTA TAGGGCTGTTGCCTATGGATCCATCTCCACTCTTATTGTAAGTATTTTGATGTATTCAAT CTGTTAATATCTTAGTTTGTCAGTCCACTTTGATTTTTAACTCAAAAGTATGGACAGGGA ATGATAATTCTATGGCTCACAGCGATGATTCCACAACTCAAGTCTTTATCTTGCTCTGAG ATCCATCACGTTTGTAATGGACCAACAACACTCCAACTTGCTGTTCTGTTTTCGTCTTTA GGGTTTATGTCAATTGGAGCTGGTTTTGTTAGACCTTGTTCTATAATATTTGGTGCTGAT CAATTGGAAAATAAAAAGAACCCCGAGAACCAAAGGATTCTTGAAAGCTATTTCAATTGG TACTATGCTAGCTCAGGGGTTTCAACGATTCTCGCAGTTACTCTTATCGTTTATATTCAA GATCTTTATGGTTGGAAAGTTGGCTTTGGTGTCCCTGCTATCCTTATGTTTTTGTCCGTC TTAACGTTCCAAATCGGTTCTCCTCTTTATATCAAAGTGAAAGCTAAAACTACTGAAAAC TTGGTTATAGGATTGTTTCAAACAGCTGTAGCAGCTTTTAGGAAAAGAAATACCCGTCTT TCATCGACTAACTATGATGAATTGTATCGTTGGCCACTTGAATCAGAGGTCTTGCCTCCA TCAAAGGACTTTAGGTCAGTGACACCTTTTTCCATTGCTATATGATATTGCAGTTCACTT TAATACGTTTTTATTGTATGCTATAGGTGTTTAAATAGAGCTTGCATAATTGAAGATCCT CAACGAGATTTGAATCCCGATGGATCAGCTTCAAATCCATGGAATCTGTGTAGTGTGGAA CAAGTTGAATCACTCAAAGCTCTTATTAAAGCACTTCCTATGTGGTCTACCTGTTTCATG ATTTTCGTGGATATGAATATATTTTCATTTTCCTTGCTTCAAACCAAGACGATGGATAGA CACATCTTCCCTCACTTACAAGTACCAGCAGCATCATTCAGTGTGTTTATGATTACTGCT TTAACAATCTGGATTGCTTTCTACGACCGTGTTTTGATCCCTTTGCTATCAAAATATACT GGACAGCCTAGAGGGCTAAGTCCTGTTACCAGAATGGGGATTGGGTTAATAGCTTCCGGT ATGTCTATTGCATTGTCAGCAATAACAGAAAGCATAAGACGACAAAGGGCAATAGAGGAA GGACATGAGGACGATCCAAATGCTTTAGTGAACATGTCTGCTATGTGGTTCGTGCCACAG TATGCACTACTCGGAGTAGCTGAGGCTACCCATGGAGTCGGACAGGTTGAGTTTTTCTAC GCTTTATTTCCCAAAAGCATGTCCAGCATTGCCTCATCTATGTACACTGTTGGGACTGCT GTGTCGAGTTTGCTTGGAAGTATTCTGGTGAGTAGTGTGGATTGGCTTTCATCAACGGGA GGTAAAACGAGCTGGCTTTCGAGCAACATTAACCAGGGTCACATTGATTACTTTTTCTGG TTGCTTTCTTTCTTCAGTTTTCTAAACTTCTTATATTTTCTGCTTGTCTGTCGATTTTAT GAATCTCTCAATGATGGGAGGAGTAGGTCATCTCATGTGGCAAAAGAGAAAGAATGTGAT TATAGACTCTTGCATGAATCTTGATGTTATATGTTGGAGTGCATTGTTAAATGATGCAAT TAGTACTAATTATTTTATTATTAATAAATAGTGTGACCACAGTTCTATTCTTTTCTTGAT TTTTCTTTCTGAATTTTTGTTTATCTCCATACAAAAAGGATTTCGTGGATCTTCTCTAAT TATTTGAGTAAACTACATTGGAATATGTAATGTAAGTACATTGGAATCATAATACTAATT AATAATATGTAATGGGAGTATGTAACGGAAGTACATTGGAATAATAACTAATACTTCGTC TGTCCACTTTTATTTGTCATGTTGCTCTTTTCGAAAATTATTTTACATCTTAAAATATTA ATTAAAATTCTTATAATTTAACTCAAAATAAAAATCATGACAAACAACAGTAGACCGGGT ATATAATTAATAGTAAATCTCATTTACTACCAACTCTTAATAAATAATAAACCTAAGTGG GAATTAATAATTCCAAATTTACAATTAATTGAATTGATCTAATTTAATTTGAAAAGCAAA CTTGATCACTTCATGTGATAATCCTTTTTGGATCCTTATAATTGTTTAAAGTTGTGTTCA ATTTAATTTGCTATTGCCACTGCTCTTGTCTTTGATGGTTCCAGCCTTACCAATTGGCTT GCTATGGCTTATGCATTTTTGGAAGAAAAAAAAAAGGTCTTTTCGACTTCGAATACCTAA ATATATTCTCTTATTTAGACATGAATGATATATAGTTTAGAATAGTAGTCTCCGAGAATT TCAAATGAAATTGCACTCGTCTTAGCTTGTATGCCTGATAAAATTTTGATATTTATAGAT ATACAGTTCATCAATTCACAACTATCGTTATCACTCATCATTATTAACCATCACTATCTA CAATCATCATCATAACACCTCCCAATCCTAATAATAATTGTCATTATTATATATCACCAC GAATCGTAATTATTCTCTACCTTCATTAGCTATTATATTAACCACATTTACAATTATTAG CATTACAACTTTCAATCACTAATAACTATTATTATTATTATTATTATTATTATTATTAGT CATGGTAAAAAAAATAAAAAATTATTCTTCACCAATTACTTCTCCACTCTAACTATGAGT TATATCATTTTCACAATTTCAACAATAATGTAGTAGGTGGCTGCTCATAGTTTTATAACC CTCCTCTGTGGCTGGCTAGAAATAAAAAATGACACGAGTTGAATGAGCAATTTCCTTGTG GATGGGTCCCACAATTATTAACTACAAGTAGTATGATATTTTCTTATAAATTTAGTATGA TAGTAATTACATCATATTTAATACAATATTTTCTATAGTAAGTTATTTGAATATATCGTT TTTGTGACTATAAATCATTTCATTAAGCGTAAAATTGATATTTAAAAGTTAAATTGTTAC AAAATATAAAAGATATAATATAAATATTTCATTTAACTTGACTTCTGTAGATATATATTT TCTCTAATTTCAAGTGTGTAAAATTAAATATTTAAATTTATATATAATTAAATAAATAAA CACACTTATCTTACGTTGCGTCCTGACAATAGTATGTCTTGTGTGACGTTGTATCCTATG TGTATCAAATATTCCGCAAGATTCTATATTATTTATCCATTTTAAAATGAACGAAAAATT AAGTCAGCAAAATGTATATGATTCGGTCTTAAAATGAAATCTTTACTCGTCATAACAAAT CTCAACATGTGGGAACCTTTTTTCTTTAAGTTGATGATCACAGCAAACACCAATTTTATA TCAGTCCATTTTTTTTTTAAAAAAAAAATGTAATTTTTGTACATCTTTTTAATTCCAATT TCTCACAATAAAATATTTAAAATTATAGAATTAAAAAAAAATATTTTTATTTATTTTCAT GTGTTGATGAAAGAAAAATGAATGGAGAGAATATGAAGTGTTCTTTTGCGCTTTTAGTAA AAAAGAACAATTCTCCCCCATTAATAGTGGAAAGATGAATTTTGACATTCGTTAAAATCT TAGCTATTGACTCTGTTGGCCTAACGGTCAAAACGGTTAATTTACAAGGTCAAATGAAAT TCGAAGCAGGTAAATTTTCAATTTTCGCCGATTTTCGTGTGCTTATAGTCTATGAATATT TGGTGATTCAGAATTCCGAATTTTATCGAGATTTTTCATGGACGTCGGTTAAGACTTTAA CTATGGACCCAATTGTCTCTGACGATCAAAACAAGTCCTTTTCAAGGTCAAACGAGCTCC AAAGAAGGTAAACTCCCACTTTACCGATTTTCGTGTGTTGCTGTCCATGGATTTAAGCTA ATCAGGGATTCCCATGTCATTTTTTTCGAAATTTTTTCATGGACATCGGTTAAGACCTTA GCTATGGACTCAGTTGACCTTAACGACCAAAACAACCCATTGCGTCTATTTTCGTGTGCT ATAGTTCACCACTTTTTTTGGTGATCCAGAATTTTGACGTCATTTTTTTTCAAAAATATT CATGGTCATTTGTAAAGACCTAAGCTATGGACTTAGTTAGCCCTGATGACCAAAACGGCT CATTTTCAAGGTCAAACTTGCCCCTGAGCAGGCAATACTCATTTTTGTGTGTTATAGTCT ATGAATTTTGGTGAATCGAAATTTCGACGTATTTTTGTCAAAAATTTTCATGGACGTCCG TTAAGGCCTTAGCTATGGACGCAGTTGACCCTGACAGGAAAAGCGACTCATTTTCAAGGT CAAACGAGCCTTGGAGAAAGTAAACCCCCTATTTTGTCGATTATTGTGTGCTATAGTCCA TGATTTTTTGGTGATCTAAAATTTCGATGTCATTTTTTCTAAAAAAAAATTTATGCACGT CCGTTAAGATCTTAGTTATTGACCCAGTTGTCCCTGACGGCCAAAACGATCCATTTTCAA GTTCAAATGAACCCCGGAGCATGTAAACTCCCTATTTTGCTGATTTCCATTTGCTATAAT TCACCATCTCTTTTGGTAATCTAGTATTCTGACGTCATTTTTTTGAAAACTTTAATAGAC ATCCATTAAGACCTTTATATATGGACCTAGTTGGCCATGATGGTCAAAACAGTCAATTTT CAAGGTCAAATAAGCCGAGGAGCAGGTAAACCTCCCGTTTTGTAGATTTTTGTGTGCTAT ATATGTTCATCATCTTTTTTGGTGATCCATAATTTTGACGTTAATTTTTCCAATGGAAGT CCGTTAAGATCTTATTTATGGACCCAATTGACCCTGACGGTCAAAACGATCCATTTTCAA GATCAAACGAGTCCCAAAGCAGGTAAAACCTTATTTTGCTGATTTTTGTGTGTTATAGTT CACCATCTTTTTTGGCAATCTGAAATTCCGATGTCTTTATTTTTGAGATCTTTCATGGAC TTTTGTTAAGACCTTAACTATGTACTAGTTGACCCTGACATCCAAAATGACCCATTTTTC AAGTCAAACGAGCCTCAGAGCAAGTAAACCCTCTATTTTGCCAATTTTTGTGTGTTATAT AGTCCATGATTTTTTGGTGACTCAGAATTTCGACGTCAGTTTTGCCAAAATTTTTCATAG ACGTTCGATAAGACCTTAGTTATGGACCTAATTGGCCCTGACGGCAAAAAAAATGACCCA TTTTCAAGGTTAAACAAGCTCCAGAGCAGTTAAATCCTCAACTTTATTGATTTTCGTACA CTATATAATTCATGAATTTTTGCTGATTAAGAATTTCGACGTCATTTTTATCAAATTTTT TCATGGACGTTTGTTATGACCTTAGTTATGGACCTAGTTGGCCCAAACGGTCAATTTTCA AGGTTAAACAAGCCCTGGAGCAGGTAAATCTCTATGTTGCCAATTGTCGTATGCTATAAT TCACCATATATTTTGGCGATTCGAAAGTCCGACGTCATTTTTATCAAAACTTTTCATGGT CATGTGTAAAAAACTTAGCTATGGACTAAGTTAGCCCTGATGACCAAAACGACCTATTTT TAAGGTCAAACGAGCCCCGGAGCAGGTAAACCGCCCTTTTATCAATTTTTATGTGCTATA CTCCATGAATTTTCGATGATCTGGAATTTCGACGTCATTTTTGCTAAATTTTTTCATGGA GGTCTGTTAGGTACTTAACTATGAACCTAGTTGGCTCAAATTCCAAAATGACCAACTTTC AAGGTCAAGCAAGCCCCAGAGAAGGTAAATCCCCCATTTTATCGATTTTTGTGTGCTATA GTTCATTATTTTTGGTGGTTCGAAATTTTGATGTCATTTTTTTTAAAAAAAATTTCATGG ACATTCGTAAAGACCTTTATTATGGACCCAATTGACTCTGACGACCAAAACGACCCATTT TAAAGGTCAAACAAGCCCGAAGCAAGTAAACCCTCCATTTTGCTCATTTTCATGTGTTAT AGTTCACCATCCTTTTTGATGATTTGGAATTTCAACGTCAGTTTTTTTGAAAATTTTCAT GGACGTTTGTTGAGACCTTAGTTATGGATCGACTTGGCCTTGACGGCCAAAACCATTCAA ACAAGTCTCGGAGCAGGTAAACCCCCATTTTACCGATTTAAGTGTGCTATAGTTCACCAT CTTTTTTGGCTAGTTGGGTCACCTGATTGTACATATTTCTTTGTTTTAATAAAATGGCAC TGAGGTTTTCGATTTTAAAAAAAGCCTTTTGAGACAAAGGATATGATTTTTGAAAGTTCT GAAGCTGCCAAAAAGTCTATTGAGGAGATGATAAGAGAATATGGTAGTGGATCCTATGTT GGTGTTGAGACTTCACTGGAAATTGAAAGTGTTTCTCTAGAAAATATAATTATTGAGAAG CTAAGGGAAAGAGGGAGTTCAGGAAATCAACAAGGAGATAATTTTCATAGATCGTTCGAT AACAGAAAATCTTTATCATTTGAAGAAGCAAGAGGAGTCCAAAAGAAACTGCCGAGATTT TCATCAAGGTGTGGCTCAAATCTTCATTTGAGCTCCTCCACGACAAGTGTGCGGTAGTTT TTTTAAAAAAACACTTTTTAAGGAGGAGTGTGAAAAATTAAAGTTGATTTTTTTAAGTAC AAAAGAATATATTAGATTTTAGTAGAACTTTTTAGAATTTTGTAGAGTAAATATTTTTTA GATTTATATTTAAGAAATAATCTAGATGTTCTAGATAATTAGATATGTATAGTAAAGCAT CCAGATTCTTGTTATACTGTCAGAATGTAAGAATATCTAGATATTTCTTGTAGATGCATC TAGAATAATTTCTAGAAGCAACCCTATACAAGTATATATACAGGTACCAAACCCAAGAAC AACTCAAATCAATTAGTCTTCTTCCATAATTTTTTTTAATCCTAAATACACATTCTCCAT TCCAGCTTCCTCTGTTTTAGTTGAATCTCCGATCTTAGTTAACGATTTTGAGTTAGAAGA TGAGTTCTCTGATTATACTTTTCTTCTACTATGAACTACTCTTTTCGCTTTAAGTTATCT ATCTTTCGTCGAATATTAAACGAAAGAGCAATGTGAAGAGGAAAAACAGAGAGAGTTAAA ATGAGGACAGAAATTAGACAAGTAGAAGAGCAGCCAAGAAAGGGTGGTCTTAGAACTATG CCTTTCATCATTGGTAATTCTTTTTTTTGTTGTTGTTTAGATTGTTTGCATGTGTTAAGT ACTAATTAATTATTATATTTTTAATGTTTTTGTTCTAGTGAATGAATCATTTGAGATGAT AGCAACATATGGATTACAAACAAATATGTTAATTTATTTGATGACATTTTATAACATGAG TGCTGCCACTGCTACTACCATTCTTGGACTATGGGCTGCACTTTCAAATGGAATGGCTAT TGTTGGGGCAATTGTTGCTGATTCTTACTGCGGTCGGTTTAGAGCTGTTGCCTTTGGATC CATCTCAACTCTTATTGTGAGTAATTTGTCACATTTTCACAATTTCAACTGATTGCTTTA CGTTAAATTTGTATCAAGTTGAACAAATTAAATTTGTATCAAGTTGAACAAATAGACAGC TGATCCTATCTTCGACAGGGAATGATTGTTCTTTGGCTCACAACTATGATTCCAGAACTC ACGTCTTTATCCTGCTCTCACTTCCAACATGTTTGTAATGGAACAACACCAATCCAACTT GCTGTTCTGTTTTCGTCTTTTGGGTTTATGTCAATTGGAGCTGGTTTTGTTAGACCTTGT TCTATAATATTTGGTGCTGATCAATTGGAAGATAAAAAGAACCCCGAGAATCAGAGGCGT ATTGCAAGCTATTTCAACTGGTACTATGTTAGCACAGGAATTTCAACTATGCTTGCAGTT ACTGTAATTATTTATATTCAAGATCGTTATGGTTGGCAAATCGGCTTTGGTATCCCTATT ATCCTTATGTTTTTGTCTGTCCTAATGTTCCAACTCGGTTCTCCTCTTTATATCAAAGTG AAAGCTAAAGAAACCGAAAACTTGATCATAGGATTGTTCCAAGCAGCAGTAGCAGCTTTT AGTAAAAGAAATAATACCCGTCTTCCATTGACTGGTTGTGATGAATACTATCGTTGGCCA CTTGAATCAAACGCCTCGACTCCATCAATGGACTTCAGGTAAGTGTCTCCATCTGTTCAT CAATGAAACTTCTACTGTCAATATTACTCGAATGCTATGCACTTTCTATATGAGTTGAAG ATTTCATTGTACGTTATAGGTGGTTAAATAGAGCTTGCATGATTGAAGATCCTGAAAGAG ATTTGAATGCTGATGGATCAGCTTCAAATCCATGGGATCTGTGTAGTGTGGAGCGAGTTG AATCACTCAAGGCTCTTATTAGAATACTTCCTATGTGGTCTACTGGTTTTATGATGTCAG TGGACATGGGTGTATTCTCATTTTCCATACTTCAAACAAAGACCATGGATAGACACATGT TCCCTCATTTTGAAATACCAGCAGCATCATTCACTATGTTCTTGCTTATCGCTTTAACAA TCTGGATTATTTTCTACGATCGCATTTTGGTCCCTTTGTTATCAAAATATACTGGAAGGT CAAGAGGGCTAAGTCCTGTGACCCGAATGAGGATTGGGTTAGTAGTGTCTTGTATGTCTA TGGCATTGTCAGCAATAACAGAACGAATAAGACGACAAAAGGCAATAGAGGAAGGGCATG AGGACGAACCAAATGCTTTAGTAAACATGTCTGCTATGTGGTTCGTGCCACAGTATGCAC TACTCGGAATGGCTGAGGCTGCACATACCGTTTGGACAGATTGAGTTCTTCTACTCTTTA CTACCCAAAAGCATGTCCAGCTTCGCGTCAGCTATGCACACTGTTGGGAGTGCTGTATCT AGTTTGATTGGAAGTATTATGGTGAGTAGTGTGGATTGGCTTTCATCAACCGGGGGTAAA ACAAGCTGGCTTTCGAACAACATTAATAAAGGTCACCTGGATTACCATTTCTGGGTGCTT GCTTCTATGAGTTTTCTAAACCTGTTACATTTTCTAGTCGTCTGCCGGTTTTATGAAACT GGGAATGATGAGATCAATAGATCACCTCATGTAGCTGATGATAGAGAATGTGACTATAGA CTCTTACATGAATCTTGATGATATGTTGTACTGCATTCATGAATAAATGTAACTTGTACT GATTAACTTAGCCACAAGTATATGTTCAATTTCATCTCATTAACCAAAATAACCACAAAT TTTCTCTTAGACATATTCTCAAACACCTTATATTCATCTCTACAAAAATATAATCTTTAA TCAAATTTCGATCAAAGTCGTGAACTTCAAGTTCAGCCACATGCAAATCCAGAGAAACGC ACAATTAATTCAACTCAAAATCAAGGAGAAAGATGCAAGTACCAATGTCTGGCAGAAATA AAAGGAACTGACCTTGGGTTTTGATGTGTTTCTGTACTGATACTTCATCGGTGAAGTAGA AAGAGATTGCAGAGAGCTTTGAATAAGAAGCGACACATGTTTTTCATTGAAGGTAAAATG ACACGTACAACTTTGATGATAATATATATAGAAGAAACAAAATTAAATTATCCTTCCGTC TCAATTTATACGAGATAGTTAAAAATATAAATTATTAATTTAATCCCTTATATTTTTTAA AACACGTGTTTGCTTGATTGACTAAATCATATGACTCTTAATAAAAAGCCGGGAGATTAC CTTTATTTCATCTTAGGACAGAATAGAGTTGTAGAGAAAATGGAGAGAGAGACAGAATTA GCTGAAGAGAAGACAAGAAAGGGTGGTCTTAGAACCATGCCTTTCATAATCTGTACTCTA CTAGAACTTTGCTTTCATATTTTGTTCTTTAAATTGTTTGCATGCATTAAGTATTTATGT AATTATTTCAATTTTTGTTTTTTTCTTTCCAGTGAATGAATCATTTGAGAGAATAGCAAG TTATGGTTTAGTGATGAACATGATAATTTATTTGATGGCATATTATAATATGAGTGCTGC TACTGGTACTAGTATTCTTGCATTATGGGCTGCACTTTCAAATGGATTGGCCATTGTTGG TGCAATTGTTGCTGATTCTTACTGCGGTCGATTTAAAGCTGTTGCCTTTGGATCCATCTC CACTCTTATTGTGAGTAATTTGTCACATTTTTCACTTTTGCTATGCTGCTAGTTCCTGAA TTTTTAGTTAAATTCGTCTATAAAACATTCTTCTTCAACAGGGAATGATTATACTATGGC TCACAGCTATGATTCCGCAACTCAAGTCTTTACCTTGCTCTCACTTCCAACATGTTTGTA ATGGAACAACAACAATCCAGCTTGCTGTTCTATTTTCATCTTTTGTGTTTATGTCAATTG GAACTGGTTTTGTTAGACCTTGTTCTATAATATTTGGTGCTGATCAATTGGGGGAAAAAG AGAACCACGAGAACCAGAGGGTTCTCGATAGTTATTTTAATTGGTACTATGCTAGCACGG GGATTTCAACTATTCTTGCAGTTACAGTTATCGTTTATATTCAAGATCGTTATGGTTGGA AAGTTGGCTTTGGTATTCCTGTTATCCTAATGTTTTTGTCTGTCTCAATGTTCCTAATCG GTTCTCCTCTTTATGTCAAAGTGAAAGCTAAAGAAAACTTGCTCATAGGATTGCTTCAAG CAATTGTAGCAGTTTTTAGGAAAAGAAATACTCGTCTTACATTGACTGATTGTGATAACT ACTATCATTCGCCACTTGAATCCGAGATCTTGACCCCATCAAATGACTTCAGGTCTGTCA ATATTCCTTGAATGCTATGCACTTCGCCTGAAACAATATTATATGTTAAGCAATGAACTG TATCTGTAATTTCTTTGCGATTACTCTTTTCATCTTTTTTCAGTTGCTATATGATATTGC AGTTCATTGGCATGTGATTTATTGTGTGTGTTATAGGTGTTTGAATAGAGCTTGTGTGAT TGAAGATCCTCGAAAAGATTTGAATCCTGATGGATCAGCTTCGAATCCATGGTCTCTTTG TAGTGTGGAACAAGTTGAATTACTGAAGGCTCTTATTAGAGTACTTCCTATGTGGTCCAC TGGTTTTATGATTTTTGTGGCTTTAAGTCAATTTTCATCCGTACTTCAAGCAAAGACCAT GGATAGACATATCTTCCCTCACTTTGAAATACCAGCAGCATCATTCAGTGTATTCATGAT TATTGCTTTAACAATCTGGATTACCTTCTATGATCGTGTTTTGGTCCCTTTGCTATCAAA ATATACTGGACAGCCAAGAGGGCTAAGTCCTGTCATCCGAATGGGTATTGGCTTAATAGT CACCTGTATGTCTATGGCGTTGTCAGCAATAACAGAAAGCATAAGACGACAATTGGCAAT AGAGGAAGGACATGAGGACGACCCAAGTGCGTTAGTGAACATGTCTGCTATGTGGCTCGT ACCACAGTATGCACTACTCGGAGTGGCTGAGGGTTCCCATTCTGTTGGACAGATTGAGTT CTTCTACTCTCTGTTACCCAAAAGCATGTCCAGCATGGCATCAGCTATGTACACTGTTGG GACTGCTGTGTCGAGTTTGGTTGTAAGTATTCTGGTGAGTGGTGTGGATTGGCTTTCATC AACTGGAGGCAAAACTAGCTGGCTTTCGAGCAACATTAATAGGGGTCACCTAGATTACTA TTTCTGGCTACTTACTTTTTTGAGTTTGCTCAACTTCTTCTATTTTCTGCTCATCTGCCG GTTATATGAACCTGACAATGATGGGAGCATTAGGCTATCTGATGAGACAGAAGAAACGTT GATGCTTTTACCTGAATCTTGATGATATATTGTACTGTCTTGCTGAATAATATACTATTA TGCTAGCTTAGGTTTCTGTATATGTTTAGATTTCTACATTTCGTTTGACGGAAATTTGTA TTATGTTTTGTTATGCCAAATGAAGGCTGGTGGAAATGGTATCAGTTTGTGGAAAGTTGC TTCTTCATCCTTATAATTGTTGGGTTATGGGTCTTTTTTCCCTTCCTATGTGGATAAATA AAAGTCCAATTTGGACTAACCCATTTTTGTCCATAAGTCCATTCTTATGAAGCAAATATA AGCCTATTTTAGGTCTTATTTTCAGATTTTTTAGAGAGTTTTTCAGCAGCCAAAAGAGAG AAAAAAGAGAGAAATTCGCAGTAAAAAATCCAGCCATAACAACCAACTTCAAATTGCGAT TCCCGCTTCGTTTCTTGTCCGATTGAGCTGGTTTTTGGAAAGCATATTATCTTCATCTCA ATCTTTGATTAGGAACTGACAGAGTTGGATTTGGTGGTCTGAAGCTTCAGTTTTGTTGTC GTGAACAGTAGCTGCGAAATTGGTGATTTTGCTCCTTTAATTCTCTAGATTTGGTGCAAT CTTATTTTGTTGTTGCTCGTTGTTTGACACTTTGTTTTGTGGCCAATTTTGGAGAACAAT ATTGTAACTCTTGGTGATTATAGTGGAGCTTTTGGTCCCGTGGTTTTTTACTCTTCACAT CAAAGGGTTTTCCACGTAAATCTTGGTGTCTTGTGTGATTGGTTTATTATTGTCTTGTTA TATTTGTTTGATTGAATTACTTGCTGCCTTACTATCATATTGCTTGTGGTTGTTTGTCTT CTCTTGGTTCAAATCGAAAAGGGAAAGTATAGACTTGGGTATTTATCCGCTGTTATCCTG TCAGGCATTCTTTGTTAGTGCCTTGTCTTTCCCAACAAAGTGGTATCAGAGCATTGGTTA TTGTTGATTGTCGTTTTGAATGATGGAGACAAATATGAGCAAAATAGTGTGTTTAACTGG TAGTAACTATCATATTTGGAAAGGCAAGATGAAAGATCTTCTATTTGTCAAGAAGATGCA TTTACCTGTGTTTGCTTCTAATAAGCCTTAGTCTTTGAATGATGATGAATGGGAATTTGA TGAATGGGAATTTGAGCATCTGCAGGTTTGTGGCTATATTAGACAATGGGTTGAAGATAA TGTTAGAAATCATATTGTGAATGAGACACATGCCAAAAGTTTGTGGGACAAGCTCGAGAC ACTTTATGCTTCGAAGACTGGCAACAACAAGTTGTTCCTATTGAAACAATTAATGAATAT CAGGTATAAAGAGGGCACTCCTATTTCTGATCATATTAATGATTTTCAGGGTGTTCTTGA CCAGCTGTCCGGAATGGGTGTAAAGTTTGATGATGAGATACAGGGACTTTGGCTTCTTAA TACTCTGCCAGACTCTTGGGAAACTCTTCGAGTTTCTTTAACTAATTCTGCTCCCAGTGG TGTTGTAACCATGGAATATACTAAGAGTGGTGTCTTGAATGAAGAAATGAGAAGAAGATC TCAAGCCTCATCTTCTTCAGCTTCACACTCCGATATTTTGGTTACTGAAGATAGAGGGAG AAACAAGTCCAGAGGGAGAAACAAGTCCAGGTAAAAGTAGAAGCAAGTCAAAGTCTAAAT ACAAGAATACTACATGTGACTATTGCCACAAGAATGGGCATATCATGAAATATTGTTACA AGCACAAGAGAGATATGAGACAACAAAAGAGAGAAGGCGATAATGAAAATCGTGTTGCTG TTGTTGCTAATAATGATCTTCTTGTTTCTTGTAATGAAAATGCCATTAATCTTGTTCGTG ATGAGTCTAGCTGGTTTGTGGATTCTGGTGCTACTTCTCATGTCACGCCAAAGAAGGAAT TATTTTCTTCTTATACTCCAGGTAATTTTGGAACGTTGAAAATGGGCAATAATCATGAAG TTGAAGTTATTGGCATTGGGACAGTTTGTTTGGAAAGTAACAATGGTTCCAAACTAGTTC TTAATAATGTCAAGCATGCTCCAGATGTTCGCTTGAATTTGATTTCTGTGGGATATCTTG ATGATGAGGGTTATGTTAATACACTTGGTGCTGGCCAGTGGAAGCTTACTAGAGGTTTGA TGGTTGTGGCCCGTGGTGACAAGTTGTCTAACTTGTATGTATTTCAGGGCTCCATGTCCA GAGACTCAGTAAATTTGGTGGAGAATGATACTTCATCAGAGTTATGGCATAGAAGGCTGA GTCATATGAGTGAGAAGAGGATTGATAGTTTGGCTAAGAAAAATTTGCTTTCTGGAGTGA AACAAGCAAAGTTGAAGAAATGTGTTCATTGCTTAGCCGGTAAACAGAAAAGAGTTTCTT TTCAGAGTCATCCGCCTTCAAGAAAGCTCGATTTGCTGGAGTTGGTACATTCTGATTTGT GTGGTCCTTTTAAGGTAAGATCTCATGGTGGTGCACTTTACTTTGTGACTTTTATTGATG ATCATTCTCGCAAACTCTGGATATTTCCTTTGAAGTCCAAGGATCAAGTACTTGATGTGT TCAAGGATTTTCAGGCCTTGGTTGAAAGACAAACAGGAAAGACATTGAAATGCATCCGCT CAGATAACGGTGGTGAGTATATTGGTCCTTTTGATAGATATTGCAGAGAGCAGGGTATTA GGCATCAGAAAACTCCTCCAAAGACTCCTCAGTTAAATGGTTTAGCGGAGAGGATGAACA GAACTCTAGTTGAGAGGGTTAGATGTATGCTTTCAGATGCTAAGCTGTCAGATTCCTTTT GGGCAGAAGCACTTAATACTGCTGCTTATGTTATCAATTTATCTCCTGCTGTTGCTTTAG ATGGTGATGTCCCTGACAGAGTTTGGACTGGTAAGAATGTTTCTTATGATCATCTTAGAG TCTTTGGGTGTAAAGCCTTTGTACATGTTCCTAAGGATGAAAGGTCAAAGTTGGATGTTA AAACTAGGCAGTGTATCTTCATTGGTTATGGTCAAGATGAATTTGGCTATCGTTTCTATG ATCCTGTTGAGAAGAAACTTGTTAGAAGCCGTGATGTTGTGTTCTTTGAAGACCAAACAA TTGAAGATTTTGACAAAGCTGACAAGGCTGATTTTCAGACTAGTGAGAGCTTAGTTGATG TTGATCCAGTTCCTTTGACTATTGCACCGGAAGAAAATCTTCATAATGATGAAAATCAAG TTGATAATGAAGATGGTGATCATGTTCAGAATGACCGACATGATGTTGTTGATGCTCCAG TGCAAGATGATGTGGTTGTCCAACAACCAATTATAGATGCTCCAGAGAGTTCTCTCAGAC GATCTAGTAGAGAGAGAATTCCTTCATCTCGTTATTCTCCCAATGAGTATGTACTCTTGA CTGATGGGGGAGAACCTGAGAGTCTTGATGAGGCTATGGAAAGTGAAGAAAAAGAAAGGT GGTTTGATGCTATGGAAGATGAGATTAAATCCTTGCATGATAATCATACCTTTGATTTGG TTAAGTTACCTAAAGACAGAAAAGATTTGAAAAACAGGTGGGTTTTTCGGGTGAAACATG AAGATGGTAATCCAGTTCCACGGTACAATGCTAGATTAGTTGTCAAGGGATTTAATCAGA AAAAAAGGAGTTGATTTTGATGAGATATTCTCTCCAGTTGTAAAGATGTCATCCATTCGT GTGGTTCTAGGCTTGGCTGCAAGTCTAGATTTAGAGGTTGAACAAATGGATGTTAAAATT GCTTTCCTCCATGGTGACTTAGATGAAGAAATTTATATGGAGCAACCGGAAGGTTTTGAA GTCAAGGGTAAAGAGAATTATGTTTGCAAATTGAAGAAGAGCTTGTATGGTTTGAAACAA GCTCCCAGGCAGTGGTACAGGAAGTTTGGTTCTTTTATGAGTCAGCAGGGCTTCAAGAAG ACTTCTTCAGACCATTGTGTTTTTGTGCAAAAGTTCTCTGATGGTGACTTTATTATTGTG TTGCTTTATGTTGATGACATGCTTGTTGTTGGTCATAATACTTGCAGGATTCAGAAGTTG AAGCAAGAGTTGAGTAAGTCTTTTGCTATGAAAGACTTAGGACCAGCAAGGCAGATTCTT GGCATGCAGATTGTCCGTGATAGAAAGGCCAAGAAATTGGTATTATCACAAGAGAAGTAC ATTCAGAAAGTACTTCGCAGATTCAACATAGATAAAACTAAGGTTGTCAGTACACCTTTA GCTATGCACTTCAAATTGAGCACGAAACAGTGTCCTTCTAGTGATGATGAGAAGGAAGAT ATGAAGAAAGTTCCTTATGCTTCAGCTGTTGGTAGTTTGATGTATGCGATGGTTTGTACA AGACCGGATATTGCTCACGCTGTTGGAGTTGTTAGCCGTTTTCTTTCTAATCCGGGAAGA GAACATTGGAATGCTGTGAAGTGGGTTATGAGATATCTCTGTGGCACTTCTAGTCTGAGT TTGTGTTTTGGTACAGGGAAGCCTATTCTTTGTGGTTATACTGATTCAGACATGGCTGGT GATGTTGATACTCGCAAGTCTACTTCAGGGTACTTGGTTACTTTTGCAGGGGGAGCTGTG TCTTGGCAATCTAGGTTGCAAAAATGTGTTGCTCTATCTACTACAGAAGCTGAGCTTATT GCTATCGTTGAAGTTTGTAAAGAATTGCTTTGGATGAAGAGATTCTTGGGGGAACTTGGT TGTGCTCAAGAGAGGTATGTGCTTTATTGTGACAGTCAAAGTGCTATACATCTTGGCAAG AATTCTACGTTCCATGGTCGGTCTAAACACATTGATGTGAGATATCATTGGATTCGAGAT GTGTTGGATTCTAAGTTGCTTGAGCTTGAAAAGATTCATACAAATGACAATGGTTCCGAT ATGATGACTAAAACTTTGCCAAGAGGGAAGTTTGAAGATTGTTGCATGGTCGCCGGGATG GCGGTCTCCTCCACATAGTCGTGAGGGGGAGAATTATTGGGTTATGGGTCTTTTTTCCCT TCCTATGTGGATAAATAAAAGCCCAATTTGGACTAACCCATTTTTGTCCATAAGCCCATT CTTATGAGGCAAATATAAGCCTATTTTAGGTCTTATTTTCAGATTTTTCAGAGAGAGTTT TTCAGCAGCCAAAAGAGAGAAAAAAGAGAGAAATTCGCAGTAAAAAATCCAGCCATAACA ACCAACTTCAAATTGTGATTCCCGCTTCGTTTCTTGTCCGATTGAGCTGATTTTTGGACA GCATATTATCTTCATCTCAATCTTTGATTAGGAACTGACAGAGTTGGATTTGGTGGTCTG CAGCTTCAGTTTTGCTGTCGTGAACAGTAGCTGCGAAATTGGTGATTTTGCTCCTTTAAT TCTCTAGATTTGGTGCAATCTTATTTTGTTGTTGCTCGTTGTTTGGCACTTTGTTTTGTG GCCAATTTTGGAGAACAATATTGTAACTCTTGGTGATTATAGTGGAGCTTTTGGTCCCGT GGTTTTTTACTCTTCACATCGAAGGGCTTTCCACGTAAATCTTGGTGTCTTGTGTGATTG GTTTATTATTGTCTTGTTATATTTGTTTGATTGAATTACTTGCTGCCTTACTATCATATT GCTTGTGGTTGTTTGTCTTCTCTTGGTTCAAATCGAAAAGGGAAAGTATAGACTTGGGTA TTTATCCGTTGTTATCCTGTCAGACATTCTTTGTTAGTGTCTTGTCTATCCCAACAATAA TATGGTGATGAGAATGGCAAAGTAAAATTTTTATTAGAGTTATGTAATGCATCACAAACG CCAAAGAACTATGCCACATTATCCTCTTCTATACCATAATTATATTCCATTCATAATTTG GCACAGACTTTAAAAAGTAAATAGGTTATTGAATTTGATGTATTGTCTTAAATTAAAGAT ATAAAATCTAATGGTTTTAAATTTGTCGCGTGAAAAAGTATGAAAGGTAGAAAATGTATC AAAGTTACAAGGGTGAAAGCAACTTGACCAGATGAAGACAAACCTTAGCTTCTTCCCCAT CACTCAGATTTCAAACAAACAAATTGTAACTCTACAAAAAGACTTAAACTAATTTATAAA AATTTATAATACACTCATTTTTTGACTTTCTACATATATTAAGGCACAAATTATTCCCCT ATTGCCACATCCAAACTTTCAGTTCAGCCACTCCCTTCTTCTTCTTCAATGGCTGCTGCA ATTTCTTTATCATTTTCTTTAGACCCTCAAACTCAACACAATTACCATCATCGTTTTCAC CATAATACTAGCTTCAATTCACATAAAGCTTCAATCTTTACCCCAAAATATACATTCCCT TTTGTAATCTCATCAAAATCACACACTTCAAATCTGATTATCCCACTTTCAACATCCCAA TCTTCTTCATCTTCTTCCTCAACATCTCCATCATCAGTCTTCCAAACCCCACTTCAAACA GGTAGATTTCTCACAAATCAAGAACTTGAAAAGCTTGAATCTTTAGGGAAATATAGGTAT TTTCAAGAATTGGAATCTGGATCATTGTGGGTTCGTGTGATGAGGGAAGAAGAAATGGAT GTTACTGTTTGGTTGTTGGCTGAGTCTTTTTCTGATTCTATGTTGATGCCTAAAGGGTAT GTGAAATTCATGGCATATTTAGTGAAGCAGTATATGATTGAGAGAAGAGCACTAATGCCT TATACTGCTACACTTCTTGGATTCTATAGAGAAAATGGAGAAGATGCAGATTTGCAATTG GCTGGAACTGTGGAAGTGTGTTTTGACAAAAGGGGTGCTAATGCTAATTCTCCCACACCT ACACCTCCCAAGAACTCTCCATACATTTGCAATATGACAGTAGATAAGCTGCTTAGGAGG TATCGTTTAACTGCTCTCTCCGTTTCATGTATATTACTTTTTTTTTAGTCTGTTCAAAAG AATGTCTCTTTCCCCTTTTTTAGTCACCTCACACGTTAAACAACAAGATTCAAAATTTCT CGAAACTTTCATAAAATCCGTGCCAAGTCAAGAGTAAAGAAAGAAATTGAAATAGAGGGA GTACTTGTTTCTTGTGTTAATTCCCAATTGATATAGTATCAGTTCTCTATCTCAATCAAC ATATTGATGATGGGGAAAATTAGTTAATCAAGTTGAGGTAAGGTATAACGCCGAATCTGA CTCTGGTGTACTATTCAACTAATTGGTTGTGGTTGACTTGTTATATGTGCTTTTTTTTTT TGGTGTGTGTGTGTCTGTATATATGTGTAATTAACTTGTCAAATATATGCCTTGAGAGTG CAGAAGTGATTTTCAAGAGTCTACATGGATTCGCAAGAGATCATTCTCTGGCTGTATATG TCCTCCTTCCCAATGTCTTTTTCTGTTTGAACTTTTGACATACTTGCATAGGAAAAGTTG ATGAATGTAATGTCATTCTTATTGGAAGAGTATATGGATGATGGACTAGTATTGAGTTCC GATATTTGTTATTATCATTTTCCAGAAGGGGCATAGGTTGGCATCTGTTGAAAGCAAGCG AGGAACTAATTTCTCAAATGAGTTCTTCTAGAGAGGTTTACTTGCACTGTCGAATGATTG ATACTGCTCCACTCAACATGTATAGAAAAGCTGGATATACCATTGTTGAGACAGACAACA TTTTTATCTTGTTGGCATTGCAGCGACGGAAGCACTTGATGTGGAAAGTCCTTCCAGATT CAGAAAGCCTTTCTGAAGTTGATGAATGCACTTCTTCAGTAGACACGTGAACATGTAAAC ATAGACAAGTTTTGAGGTACATTATTTTCCATGGTCAAGCCCTTTTTCATTCTTTAGGAT CTATCTGTAGTCTATTGTACTGTGTTGTTTGTACATGTACATAATCAAACTTGATTTAGC TTTTTGTTTTCCTTTTTATAACCTGAATTGGAGCTGAAACTTATATTAAACTTTACTATT GTATTTGTGATGAACTCATGAATCATTACTCCTTAATCTTCAATAATTTGAACAAGAATG CGTCTGTTTTTACACCGGGGTGATAGCTGTCTTCAGCTTTGTGTGTGTGTATGTAGTATC ATCAGAGGTTAACTTTTCCAGGGAATATAACAAACTTAAATATATCTGTTTTGAAAGCAA AGCAGCCAAGTGAAGTCTTAGTTTTCATTCTTTGATATGCGAGGATGAAACATCATAAGA AGTGGCAAATATATGTGTACATAGTCAAATCTCTGCACTAACGTGTAATCTTTGATACGT CCTTGTTTTTCTCAGACTCGTCCAGGCTATTATTAAATTATTAAGAAAATTTGAGATCTT TCGGTTGAATCTGGGTTGTGTTCTTTTATTACTTTGACAACTTACTATATCCTACCATTC TCATTGCTCTTTCCAATGTACACTTGAAACTTTTAGCTGATATTTCAACTTCTGAATTTG AAGAATGCTTCTTGGTGCATGTTGATAAGATTTTGTGTCATCCATGTCAATCTGAGAAGG TCTCAGATCATTCTGAACGTATGCATAGTCATGTTTAGCCCTTTCGCATTTGTGTGGAGG ATCAGCTGAAGTTCTTTGATGCAGTCTACCATTAAGGGTCTTTCGCTACTGTCGGTTCTC ACACAGCGAGATGCTAGGTTAGCAAACATGGTGATAGACTCCATTGTGTATGAGTTCCTG CTAATCTCAGGGTCAATCACCTTACGCAGCTTCTTCTTATCATTCAAAATATGTCTCACC TGCGGTATCATCAAAGAAGTGGATGTCAACTAGTGAAAAGATTTCCAAAGATATTTCATT TTTTGAACACTTCTCCTATATGATGCTTTTTTCGTCATTACCTGTAGTACTAAATTCTGA TCACTTGGTCCAAGGGTGAGGTCCACAGCCCTGCGTCCGGTTAAAAGCTCCAACATAACA ACACCAAATGCATAAACATCACTTTGTAAAGTGAGTTTTCCAGTCTGTTCGAAAATAATA TTAGCAAGGTTTTTCTGAAAGAAATGTTAATGAAGAATAACTTTTCTCTTCTATCTATAC AATATTTATATCACAAGAATAAAGGATGAGGTAAGAAATTTCTTGACAGTCATTCACATG TATGTTTGCAACAGAATTCAAGTAAAACTAGTCGTAATTCCTTCTAGCAGGTAGAACGTT AATATTATTTGTTTTGAAAGAAGAAAGAAAAGGCTGACCTATGCATATCTGTGTGTATTT ACGGCAGGAAGTAGAGGAAGGGCGTTGAACATTATTTAAATTGACATTTAGCATCAGCAT ATATGATTACTGCTTTTGTGTAGTAACACTTTGGATAGTTTTTTTTCTCTTTATACTCTC TTCATCATTCTTGTGTTATGGCTTTGTTTCACTTGTTTCCTTTTTTCTTTGCTCACATTA TTTGTTTGTCGTAATGAACTAAATAACAATATGATATCCAAATTAATAGAAACTTCAGAC TTAGATTTGATATGCAAGCAACTCACCAGTGTATATTCAGGGTCAAAATAGCCGAAAGTA CCAAGTACCCTAGATGTCACACATGATTGTTGCCCTTCTGGCATCAACTTTGCTAGTCCA AAATCTGATATCTGTGCAGCAGAAGAGTATTGATTATCTAGTAGGATGTGTTTCATGAGA AGGAAAACATTTCCGCTGCATGAGTATTGATTATCTATTAGGGTGTGCTTGGTATGAAGG GAAACATTTCCGAATTTTTTCCTTCATACCACACACACCCTTAGTTCTATGAAGAGATCC CCTCCTATAAAAAGATATGAAGAAAATTAGAATATATGAAATGTTGGAGTACCTTTGCAT CATAATTAGTGTTCAAAAGAATATTGGTGGATTTGAAGTCCCTATGAATTATAGGAATTC CAACAGCTGAACTTGAATGCAGATATGCAAGTCCTCTTGCTGCCCCAAGAGCTACCTTTA GCCTTAAGGGCCAATCCATTTTCACTTCTGCAATCCCTGCAATTTCAGTGAGACATAGTT AGGCATCAAAAGGTAAGAGTGTTCGAATCAGGAAACTTCAGCTCGTAAACCAACCATTTA AATGATCTTGAAGGTTCCCCTTGTGCATGTACTCATAGACTAGAAATCTGTGCTTTCCAT CTGCACAATAGCCTATTAGTGATACCAGATTAGGATGATCCAGTCTGCTCAGAATATCGA CTTCCACACGAAACTCACGCTCGCCTTCTGCTTCCTTGAATGAAGGTAGATCCATTTTCT TTATTGCTACAATCTATCAATTGGCAAAACAATCAAAGTCTATATTAGTTGATCTGCTTT CTCAAGTTTCCAGTGTTACAGTAGATGAAAATAAACGACCAATCTGAAACTCTCTCCCTT AACTTGTTTGTCTTACCTCTCCAGACCGCAGTGTACCCTTATAAACTCGACCAAATCCTC CTTTTCCAAGTAGATTGTCATCACTAAAAGAATTTGTTGCCTCCTCCATTTCTCTGAGTG TGAAGACTGATGATCCATGGCGTCTTTTTGCTGCAGGTGGATTCTGGTCTTCGATTTGCC AATATTCTACAGGTTTATATATCCCTGAAAACAATCATGTTGAACTTTATAACATGCAGA AGCTATATGCAACTCTGTGAAGTAATATGATGCAGCACAGGCAATCACAATAGCGTGATA AACATTGCTGCTCTATTAAGAAGATGAAGGATAATGAAGAGGCTGGAAACATACAAGGAT TTAGCATATCCTCAGACTTGCTTCTCCTACGTTTGTTCCACGCTGACACCAAACCAAAAG GCATGATAACTGTTCTTTCTATTGATTCAGATGCTTTCTTGTGTGTTCAATGATGTATTA CATTTGATAAGACAGTAAACATTGATGGAGAAAAGGATACAAGTTTCTAAGCTGTAGAGA AATTAATGAGAAGAAAACAAAACAACTCGAAAACTACTGAATAATTATGCATTAAAACAG AAAACCAGCTGAAGGAGAAAGAAGAATGAAAAAATAGATATAGAAGTATATTGGAAAGAG GAGATGGATAGAGTTGTATGAGAATCCTGTTGGAGTATGTACAAAGCAAGTGAGAAGTTT AGCTTATGACAAGTACTTGACATTTTAACAGCTTGTTTGGATGGTTGTTATTACCTATTG TATTCTGTTTTTCTGTTTAGTTTTAATATAACGTTTGTTTTAACTGTTACTCTGAATCGT TTTTTTTCTCCAATTTGTTTGTCTTTACTTACTATTTTAAAATTCTATTTTATCCTTAAG TTCTTTCCTGTCATGTAGCAACGGAAAACGGTCTGGTCTGGTCGCTCCAAACATTGTATT TGTTAAAATAATACAGTACGATAGGCTATAGAACAATACGTAACAACCATCCAAACAATG TAAGCACTGTTATCACTCAACAACTTAAGGCTCATCACTTGAAGGGTAAGAAAAAGCAAG AGATGGAACAATAAGTTGCTTACCTTCAAATGATCAAGTGGGGTGAGGTGGGTGGGTGTG CCTTGAAAAGGAAATAGGAGCTGCAATTTAAACATAAAATTCTCTTTAATTTGCAAAATG CTCTTGTTGGGATGTCATTTTCTTGGATTTCTATAATTTTTTTGCCTGAAAATTCTGGTT TTTACTGTTCTATTGATGTAACACTTAGTGTTCATAAATCCATATTTTGTATTGTTGGTA TATTTTTCTTCTTATAGTTATGGCTGGTGAAATATTAGTATGTGTTGAAGGTATGAAATG AAAATATTACATACAAAAAAGTTGCAAACTTTGGAATGCTTGGTATATTCTTTTTATTTA TTTATTCAGTTTTAGTTTTATGTACTTAGAATCGATAAAGGTTGTCTCAGTTGTAAAATT CGAAACATTAATTCTAACTTAATTTTGCAAGACTTGATACATCAAATTCTCCCTAAACTA TTCAAATTTGTTAGTTTAAAATCGTGACCTCGTAGTTACATTACAATAAGTCAATAACTT TACTAGTTATACAAAGATAATCTTGAAAATGAAAAACTCTACCAAAGATTTTCTTCAAGT TAAATGCACAATCTTCCAGAAACCTTAGAAAAGATAACTTAGAAGGTTCTTCTGGGGTCG CGATAATATTGAAAATGATAGAGACTACATCGTCGTCAATAATGCTAGTGTGAGGTAACA AGTAAGTAGTGAAATACGTGTAAATTGATCTGAACATCATCACTATTGAAAAACAGAAGT CATGGTCTTCAAGAAACCTGAGAAAAGTGAACCTTCTTGAGTACTAAAGGGGTGGGACTT AACTTTCATGCTCATGCATGTGACAAAAAGGTGCCACAAACTCTATGCTTTTAGTTAATT CTCAAAATGACCTAACGAGTCATTACATTAACAATGCTATGACTCAAATTGTAAAACTTT GGTATCACATTAATGCAAATACTTGGCCCAAACACATTACTGAACTTGAAGCTTAAACCA AGGCTCATAGATAGGGACTGCACTTCATAGGTCGTTACATCAACAATTATTATGACACCT AACGTAACTTAACAAACCTTTCTCCTGTCAACCAAATCATCCAATCAGAATAACGTAAAT TCGCAATTACTCCACATGAAACACATTTAACAAGATTTAAGGAAGAGATTATGCCTAAGC ATCAACATTCTTCTTGAAAAGCTCTTATCTTGAAATGTAGAAAAATGATTTCAATGGAAA AAACTGTTTATAACAAACAAATGCACAGTTTGCCATAGGAATATAGAGTGTAACTTTTAC AAGTTAGTTACCAAAAGAAATGAAAAATCGATCTTGATTTAACGAGGTGCCTTCTTCTTC CCTGCAATTGCTACTTTCTTGCCCTTCAAAGTACGGCAATTGTTCTTTGTTCGTTGTCCT CTGCAAGGCAATCCTTGGATGTGCCTTACTCCTCTATAGCACTGAATCTCCTTCAACCTC CTAATGGCAAGAGCATTGAATCTCCTCTGATGCCAACACCACAAGTATGTAATCAATTTT CCCGTTTCAAATAGGAAGCCGAAGCATCAATCAAACAAACAACCTTATACACAAGAATCT CAATCAACATTGCCAATTGCTAAACAAGCTATCGATTTCTTCTGAAATACATTTCCATAA GAACTGTTTAATTTGGGATAAGGCTGTGATGCATATAGAAGCCATGATCCTACATACCCA CCTAACAATAACTCCCCTTGTTTCGATTTGTTTGTCCGGATTTGACTTGACACAAAGTTT AAGAAAGTAAAGAAGATTTTTCGATCTTCTGGTTTTAATCTCAAGATATGTAGAATGCAG TTTCAGCTCAAATATGGTTCTTTCCATGTAAAAGTTGGACCAAAGATTGGTTTAAGATAT TGTTTTTTTGGTTCAATTCCTATCTTGAGACAAAATGAATTAAATTTCTTAGAACCCCAA ATGGCATTAAGTTAAACTATAGAGCTAAAATAAACAGCAACCACAGCAAAGTTACATGAA CTAGATATCGAAATCAAATTACCTAAGCATATAAGTTTCAATAAGGATATGCACATTGGA ACGAAAACAAATGAGTACAAATTAGAGCAATGAAACTCACAAGGTCTCCTTCAATCATGT ACTTAGAGACTTCTTCACGAAGAGTGATAAGTTCCTCTTCCGACATGTCTTTCATCACTT TGTTCTCCATTTGAAGGTCTACCAGAATCTGGCGTGCAGTGGTGCGGCCAATTCCATGAA TGTATTGCAAAGAGAACTCAACTCTTTTGTTGTTTGGAACTTCCACTCCTCCCACACGCA CACACTTTATAACCAAACCTGCAGTCTACACAAAACTCATTTCAGTTCAAACTCAAAATC ATGGAAAATTTAGCAAAACCCAATTTAATTCCAACTCAAAAAAGTCCAAAAATATGAAAA ATAAGCAAACCTCAATTCAATCCCACCTCAAAAAAACGGAAACTTTAGCAAAAAAAACTC ATGTTGGGTTACTGAGAAAATTTCGAAAAATCCAAAAACTCATTCCAATTCCTACTCAGG TAAAAAAAAAAGTAATCTTTAGCAAAACCCATGTTTGGTTACTGAGAAAATTGCGAGAAA AAAAAAGACAAACCCCATTCCAATTCCTACACGAAAAAGGTCAAAAAATGTAAACTTCAG CAAACTCCATGTTTGATTACTGCAAATTTCAAGAGAAGGGAGTGAAGTGTACCTTTGGAA AAGATGTGGGAGTAGAAAAAGAGAGGGAACTGTGCTTGGAGATGGAAGATGTGTTGCAGA TAAGGGAAAGAGAAGGAAGTACAGGAGTTGCTAGTGTTTGCGCCATTGTTGAAAATCTTG ATTGATGAAGAAATTGAAGAAGGAAGAAGATAGAGCCTTTTGCTGGTCTATTTTTCTTAT CCTATTGGGGAAAATTGGATAGGGAATGGAGTTCTTCTTTTCGACCTGGTTTGCTAATAT GGAGCCCCGGTTGTTCTTTTTTTTTTTTTTTTAAATTTTATTTTATTAATATGGTATTCG GGCTAGTTTTCATGCACTCGACTAAATTCACCGATGTCTATCATACTGTCACCTCCCAAT AAGGATGTGGAAAAATCGAATCGATCAATAAACCTATTAAAAAAATGTTATTGGGTTATT GAATTATTGAGTTAATGGATTTTTAACGGATCTATAAAGGGTTTTTGATTAGGTATCAAT TTTTAGTATTTGGTTATTGGATGAATCGATAACTCATTAAGACGATAGTAATTTATTACT ATGCACTTTATAAATATTATTAATAATTTAACATAACTAGACATTATATCAGTACTCTAC ACATTTTACACGTCACATTACTTCTATTTTACATCTGAAATTTCATATTATGTTTTGGTT GTAACATGTAATTGTAGCCTTCGTATTACATCTAATTGAAATGAAGAAAATATTAGCTTT ACAAAGAAATCTCTACATTTCATTTCTGATATCGCTCTTTTTATCTAAGGCCTAACCTAA ATTTGGGGCGATAGAAATGCGAGTTGAAAATAAATTTACATGATCACTTACCAATTGAAT AAAAAGAAAATTGATCTTTTAAAATTTTGTAGGCATAAAAATAAAGATCTCTCATGGGCA ACAATAAAAAATTCTTATAAACAACATAAGATTAGAAGTGGTTATAAAATAATAAAGCAA GAACAAGAAGAATATTTTAGAGAAAATTAGAGAGAACCTATTTTTAAAGTAAAGAATTTT ATAAATTTTAATACTCCATTAATTTAGTAATTTTAATATTATAAGATTATAACTAATAAA TTTCATGACTTACTAATCCTATAAATTACATCTTAATGGGTACTTCAAACGATTCTTATG AGTTGTGAGTAATTTACTTTATAAATTCCTAAAAATAAAACACCTTCCAATTGCAAAATC CTACGAATTTGCTAGCAATAACTAATAACTGTTTATGCGGCATTATAAATAGCAACTTAA TTGCCACCCATTGAAAAAATTAAAATTTATCCATATTAGATGTTTATCGCAAATAAATAA ATGCATAATATGTATATGTATTGAAACATACACAATAATTTTAATTTATGATTAATTAAC ATGTATTTCTACTTTATTAAATCATTAAATTTAATTTATTTTTAAATATAAATTGTGGCG TAATGATGAAATTGTGTCACCCTTAATCAGATGTTTCACGTTTAAAATCTTAGGTATGAG GAAAGTTTTGCTGGGAGTGCCACTCTTGAATGAGTCCACAATGCGCCGCGATCAGAATTT GTCGGGGCTCTAATTAATTGCAAGTTCAAGCCCTAGGTATCAAGAAAATTTTGTTAGGAA CGTCACTCTTGAATAAGTCCGCAGTGCGTGATCCGAATTTAGTTTGAGCTCTAACTGCAG GTTCGAGCCCTAGTTAAGAAGAATACTTTGTTAGGAGCGTCACTCTTGAATGAGGCCGCA GTGCGTGATCTGAATTTAGTCTGGCCTCCAATTGTAGGTTCAAGCCCTAGGTATGAAGAA AATTTTGTTGGGAGCACTACTTTTGTATGAAGAAAATTTTGTTGGGAGCACTACTTTTGA ATGAACAAAATAGTGCGTGATCCAAAATATACGATATAGAGACCATGTTTAATGCATTTT ATTCTCCAACTACTTCTCATACAACTTCACCGTAAATGAATTTAACATTCAACTACATTC GTATGTTTGTAATTAACAACACAATATAGGTAGTAGAAAGTAGCTAGAATTTTACAAATA ATTAATGTTCACCTAGAGGTCACTACTTACTATATATATAACTAATTCTTCAAGTATTTT CACTTCATATCACATCAAACAATATTGTAATCTCTCAATTTAAAAAAAATGTCATCCAAT TTAGGAAAAATTGATGTTGAAGTTGAGGTGAAAAGTCCAGTTGACAAATTTTGGAATGGC ATTAGGGACTCAATAAATTTGTTCCCCAAGGCTTCACCTAATGAATACAAGAGCATTGAA GTTGTTGAAGGTGATGGCAAGTCTGTTGGTTCTGTTCTATTGATCAAATATACTGAAGGT AATGTTCATGCATTGTTTCCTCATGTTTTAATTAATTTACGTGTCGTAACAGATAACTTA TTTATTTTACAGATTTCAAATTCTCATTTTTTATGGATGGTTTGTCGGTTACTTGATCAC TATACTACAAAAAAAATGGTCATTAGCAATAAAAACTAATCCAAAAAAACGTATTTTCTA ATTTAATATCAAAAGACTTAAATTTTCTATATCTAAATTCACTATTAAATATTAGAAGTA ACGAATCTCAAAATTCTGACTATGCCACATAGATTATAAAAGTTTAGAAGTACAAATCTC AAAATTCTTTGAATTCAGACTGTGCCACGTAATCTGAATTCACATAGTGACATGTTAAGT ATATATAGTGTGACAAACCTGGATTGTAGTGCACTGGTGGAAGTGTTTCACTGTTAACCA GAGGTCTCATGTTCGAGCCCTGTGGATGAAGAAAATCTTGTTGGGAGTGTCACACCCGAA CGGACTCTGCAGTGAGCGATCCAGAATTAGTCGGAGCTCCAATTCGGCCTCCGAACATCG ATTGGAAAACCAAAAAAAAGTATATATACTCTGTTCTTTTGTTCTATTTTTCATTTTATT TTATAATTTCATTGTTTTTTTTTCATACAGGGTTTCCATTGGTGACATTCTCAAAAGAGA AAATAGAGTCAATTGATGAGGCAAATAAAACATTGGTTTATTCAGTTATTGATGGTGAAA CCTTGAAATACTACAAGAGTTTCAAAGGCACCCTAACTGTGATTCCAAAGGGAAATGGAA GTTTGGTTAAGTGGTGTTGTGAATTTGAAAGGGCAAATGATGAAATTCCTGAGCCACAAA TCATTAAAGAATTTGCTGTCAAGAATTTCAAGAATCTTGATGCTTATCTCATTGGGGCAT AAAAAGACCTTATGACATATATGCTATGTGATAGAAATTAATAATCTTCACATAGTATAT AGTTTTTAATGAATAAAATTACGTGCAGGTATGTGAGTAGCTACTTTACTTTTCTAGTCA TGTAAGTGTAATAAAAACTTGAATAAATAAAACTATAATGGGGTTAAGACCTTATTACTA TGTACTCCTTTCGTCTCTATGTTTATTTTTACTTGTCATGTTTTGCTTTTTGAGAGTCAA ACTATATGAATTTTGATCAATATTTAAAATGTAGTTTTTTCATCATGTTAATATGATAAA GATTGACAAATTAAGATTGTGATTGAGTAATAAGTACTCCTTTCATCCTTAATCAAAGGT CTCAACTCAAAGTCTCTCCGAGTACAAAGTCACCGTTGTTAGGAACTACTTTACTCCCAA CATGAGTATCGAATACCAGATAAAACACAAAATGATATGAAAAAGATCGTAACTTGTAGT AATTTTTTTTTTATAGTTTTCATCCGAATACTAATATAAAGATTAACAATGGATGAGCTT TTTTAAAAATTTATAATGCGTCATTTCTTACTTTTTAGTGAAAGTGACTTCATAATCTTA ATTATTTCTCGAAGCGAATAATTATTAATTTCAACTCTTACATCTAAGTGTGGTTGTGAC GTTGAATTTGCACCTAATCTCAACCATACAAAAGTAAAGATTTTTCTTACAAAACAAACG ATATGTATGGAGGGGTCATGCAAAGCAAAATATCATAATTGATTTTTTCCGACATATATA GCTAGAAATGATCTCTTATAATCACTTACAAACTAAATAGACGAAAACAATATTTTTCAG ATATTATATGTGTAAAAATGAAGATTTCTAATAAAAATTCACCGAAAGTCAGGACCAAAT TAATGTGCCAACAACTTATAGGTCATCAAAAGGTTACGTTTGGAGAAAAATATAACGCAA TCTTATATATACCATCACAAACTCGTATTATCGATATCTCATCAAAATCAATGCACACTA TTTACAAATGGGATGAAATTAATCAACATACACCAAATTTCTCAATCACACATATCAACA AGAGCGTACGTAACCTCTATAGCTACCTAGAGAAACAATCAATATAATGTTGAACAACAA TTTCATTGTTCAACTTGCATTGGAAGGTTTGAAAAAAATACTTCCCTCCAACACATATAT ACAACAAATATTAAAATTCCTAGCAAACACTTAACATTTATCTTCATCATCTTATTAAAT TTCCATCTTTTATTAGACTTTTGAATCTCCTTCGACTTCTTCGTCTCCGTCTTCTCCTCT TTCTTCCAAAAGTGGAACTTTCTCATCACTAGTTGTTGGTAATATCCTACCCTTAATGTT TTTACTTGTTTCATCATCTTTGAGTTGTCCCCATAGTGTAGTGAAATAACCCATTCCACA TATAATTGCACTCAACATACTACAAAATATTCATCAATACAATTATGTTACGCAATCAGA TCACTTAAAAAATAATAACTCAAGATATAACATGTATACTGATACTGTAAAGACTATTTA TTCTTACTTATATATTGTCAGTGTATATAATTTAACGGAAAAAAATCGATAAAATTTATA TACTTGCCTTCCATAGTGAAAAGTATCAGCAAAAAGTAAACATCCACAAGCACTAGCTGT TGGAATTCCCACTGGCTTGAAAAATAGAGGAAAAGAAGATCCTTTCAAACGCATGCACCA CATTTGAACATTGCTACGTATTAAACTCCCAAAAATTGCCTATTTTTTAAGAACAAAAAA AAATAAAAATTGCATGTTAATAACTTAATATAGTTTGACCATAGTTATAATTGATGAATT GACTATAGAAAATTATAAATTTGTGCACTTTATTAAATTTACCGTTAAAACTATAACAAG AAGCTCCATGTTAAGCTCAAGTTTCCAAGCATTTAGATCTTTTTCCATAACCAAAGCAAA TATTGCTGATTGTATAGTTCCAAAAAAAGTATATAGAAACACTAATTTCATCACATGTGG GTACTTTTTAATAGTTCCAACCTGACCCCCAAAAAAAAAAAGCATAAGTAAATAAACTAA GGAAAAAAGACAAAAATATCTCCGAACGATCGTAAATGATATACAGATACCCTCCGTTAT ACTTTGGGACATTTGTACCCCTGCCATCCAAAACTAGAGCATATACACCCTTTATACTAA CGGACATACACGTGTCGTAATCTTATACACCGATCCTATATTTATTGAGCCACGTGTCTG TATTTAGTCGTCTGTTAGAGTGAAGGACATATATGCTCTAGTTTTTGGACGACGGGACAC AAATGTCCCAGAAGTATGACGAGAATAATTGCATACCATTTACGATAGTTCGGGATATAT TTGGTATGAAAGGGGGTGATTACAAGTTACGATTATAAATACTTTGGTCAACTAGTTTAT AGAATATATATAAAGTATATAAGTTATGTATATGGGATGTAATATTTTAGACTTTCAGTC ATATTAATAAACTAGTTGGTCGAACAGTATATATTACCTGAATAATATTCCATATACAAA GAGCTAATGAAGCTGAAGCAAACAAGAAGCAACCAAGAACCCAATTCTCATGTGTTGAAG TGAAAACAAGGAGGTGTGGGTTGGCTAGGTGAAGAAAAGTTGGGGTATATTGCTTCACCA CTCCACCTTTGTAATAAGTCATTAAAATGCCACCAATTATTGATATCAGGGTTCCAATTA TTCTTGCTTGGCTTCCTTGGCTCTTCACATCAATTCTTATTTTTCTAAATAAATAATAAT TAAAATTGAATTAGAATAGTGATTGATAATGATAACCAAATATAGATGTTCGTGAAAATA AATATTTATACGATCAGATCACTTAGAAGATACTAGCAAATAGTTTTACTAATCACACTA TAACTTTTAATGATATCAGAGCAGATAAAATCCTTAAATCGAATTTCAACGCCATTCATA TTAAAAAGATCGTTATACAATCACCGATATTAAAAAAAAAATTCCACATAATTGATTTAT GAAAAGAAAATTAAGCCTAAACGTGAAATAGTGACATACTTCAACAGCGACCCATTCAAA TATTTAGAAAATATATATGTAACTTTTCATTGGAAGGAATTGTTTGACTGATTTTTACAA GCAAAAGTAGTGGCACGTAGGTAGTAGGTCCATCTCTGTACAAACCAAATATATCAATTT AATCCTAACCTCTAAATATATATATATATATTATTTTTTAATATTAATTTATATAACATA ATTTAATTAGATAAAAAAAGTTACAATTTTTTCTTAATATTGTATGAACTTTTAGAAATT ATGGTATTGATCAAATTAATTATATTTATATTATGATAATTAAATATATATAACTAAAAA TAATATTTTTTTTGAAACGAAAAATAATGTGTTTTTTCTTATGGTGTGTATGGCCCCCAT ATATGTAGTTGGATCCAAGTGTATTTGACTCTTGGCCACCATTTAATTTACAGATTCATC AACACATAATTCTTGAATCTAATTGATATAAATTTAAACTTAGATGTCCCACTTCTAACA TCCTCCACAAGTTCTCTCTCTTTCTACATCACTTTAATTAATTTGTCAATTTTTTTTCAT CAAGTTGCAAGAAATTAAAGAACCACTAGAAAAAAAGAAAAAAAATTATATGAGCTAGCA AATCTTTTTCTTTTATGTAAGGCACCATAGCATATAGTTTTCAAGATTCAAGATTCCAAT CAATAAAAATCATATAATATAATATAATGAAATAATTAACCTGAGAAATATAGCAAGAAT AAAAGTTAAAGCTGGGACCATGTTGGCCATGCCACAGGCTACAATTGGTGAACTGTAACT TAGTCCAGCAAATGCAAGGTTCTGAGCTATTGTAACCCTGCAATCACACCATCATAAAAT CAAATATCGTTAAAATCGTCGTATGTGTCTTGATTTATATGACATATTTATATTAACTTT AGTATGTCATGTATATTCTTCATCCATCACCTGATGTGATGTATATTCAGGGGCTAATAT TGACGATCCGACTAATTTGGTATCATAATGAACAATAAATCTTAATTTTAACGATCAATT CAACACGATTATTTTAGGATAGGATTAATATAATATTATCCAAGGAAACATTGGACTCCA TTTATCATGGATGTCTAAGATTTGTTTAAATTCTATTTTTTAGAGAGAAAAAAAACTTTT TTTCTTCTTAAAACTATGCATCTTTCTATAATGTATTAAACTAAGCTCAGTCTTTGATTT GTGAGTATAAATATGTGTGCGTGGCACGATTTATAGAACCACTAAAATTTCAAATAAAAA GTAAAATAATTATAGAAATCCATTAGTTCAAAAGTACAATTTTTGTCTTTCTATTAGTTC TTATGAAAATATGATTTACCAAGCTTGAAATTTTATTTTTCTTATAATATTTTTCTCTTA ATTAAAAGTAAAGAAGTGAGAAAGAGCTGAAGATTTATCCAAAATAACAGATGAATATCT CGATAAAATTTATATACATCTTATATGTGTACATTCTCTCTGAATCTTACTAGAAACAAT ACTGAATATGATATATCGCATGTAGTAGTGATAAGAGAGAAAGAAGAACTAACCCTACTA AACCAAGGATAAATACACGAATAAGTATTGGGAAAGTAAACAATGAAGCTTGTATCCTGC AACAAATGAAAAAATAATAATAATTAAACATCAAGAACATATTATATATCTTATTCTCTA ATAGAAAAACAAGATATTCATCTAATATTCTAATTTTTTGAAGAAGAAAAAGTCTTACTT GTCTCTTCTATGATAGAAATATGAAGAAGGAAGAAGAATTATTGAGCTAAGTGCATTTGT ATAAACAACAAAAACATAAGAACTCATCCCTAATCTTGACATGGATGTACTTGCCATTAT AGTCAAGAAAATTGTGCACATTTCTATTATCACCATGGCTATGCATGGCAAAATATCTTG TGCTATAGCCATAATAATATTATCTCTTATCAAATAATCCTCTTTTCTTCTTTTGTATTT GTGTATATTATGTGCTTTAGCTAGGCTAATTTAGTGAATATTGTCTCTCATTTATGAAGA AAAGGCAATGAGAGTTTTTGAATATACAAAAACATAACAAGTTAACCTTTCATATAAAGG TCAAGCTACTTTAGAGGGAATGAGCAACTCGAGTAGTGACCCAAACGATGGAAACAACAT TTAATAATGAAATATTAATAATAATAATAATAATAATAAGCTGACGAGGGAACTCCCAAC CGCTATCCTTTGAATGTGCACACGGTAAACTTCAATCCAGTAATTCAATGTAATACTTTG TATGTTTCAATTTATGTGCCTTTTTGTGGATTTTTCGAGATTTAAACAAGTCTATCTTTG ACCTTAAATTTTTCATATATCTTTTAATTATTTGAATTGTTATTTATTGTAACTTATAGT ACTTTTTAGGTAGTTTACAAATATATATAAATTTCATTTAAAGAAAATGAAGATTCCACA CACAAATTTCTGATCAAACTTAAACGGGTTGATTCTCGAAAAGCAAAAAATATCATGTAA ATTGAAACAAAGATAGTAATAATATATCATCCAACCCGTATAGAAAAGGTAAAAATACGC GCTAGATTGGTTTGTGCAATGAGCTAAGACGCAAAAATATGAAAGATCACCTGCTCAACT AATTCGGTCATCTCGATAATATATAAGATATTAATAATAATACTATAGCCTCTTATTCCT AGGTGGATTTTTCTTACACGTATGAAACCATAGTCATTATGTCCAAAATAAGTTAAAAGT TGTTTAGATTAATATATGGACCTACAAGTATGTTTTTGTGGTTCAAATTAATCATGGTCC TACAAGATATTTTTTTGAAAATCCATTAGGTCTCTTCAATTACACCTAACGATTCCAACA TAATTCTTTATTCCAAATTACTTTTTTCACCTAGAAAAAAAAAGGATGATTGTCTTAGTA ATAATATTTTACTAAAAATATCTTAGATATATTAATTTATAATCCACTTGCCCAAGAAAA TTTTTCTCAAAATTTGTTTGATATATTATATAAAATCATAATAAAAAAATAAAATCTTAT AAATTAAAACAGAAATAAATAAAACTTAATAAAAATTAGATCGAACCATAAAATTCGTTA TTTAAACCATATTAGTTCGACTCATTTCACTCCAAATAACATTTCAAAGGACAGATTAAA TCACTCAATTTTCACCCGTACATTTGATAATATATACATAAAAAAAAATTAAGATTGCGT CCTTCTGTCAACAATCTATTTTAAGATGATATCATTAAGGCATAAGAATCCAAGATTAAC ACATACTAATTGGCTGGTAATGATACTTTATGTAATAAATAAATTAGAAGAATTTAAGAC ATCAGCAATTCAAGTTATATATTTTATTTGTGTTTAAACTGTAGTACGTAAGCAATAAAA TGGGAAGAAATAAAAAGACAAAACTTTCAATTATATTATTAGTAAAAAAAAAAACGTCAT TAGACCATGTTTTTATTTTGTTTTGGAAAATAAAATAGGTGAGAGGCTTTTGTCCTCTTT GGATCAACTGCTCTTCTTATACTTATCACAATGTTTGTTTGTCCACAACCTTATTTTAGA CGTCTTACATTTTGATCGGGCGGAATTTGATAAGGTTAATAATTCGTAGTTTTAATAGAA AATTATATTATTTTTATATGATTAAATTTTTTTTTTTTTTGTGTATGTTTACATATTCAT ATTTAAACCTCTTTAATAAAAATTTTGAATTTTTCGTTGATTCTAGCGGTGCATTTAATT AGTTTAGTTGTTACACATGTTTGGATAATTAAAAGATTAATTAATTGCGTCACATATATT AATAAATACTAATGGATATTTTTAATGTCCATTTTCAAAGCTTACTAAAAGTTGTTGGAT TAAAATAACTAAAAAAATATTTGTTATATGATATGATATTATCCGCTTAAAATCAAATTT GTGATTTTCTCCAAAAAGCCCCGTATCATTAAGATATGTAACATTTTATTAACAACACGT AATTTTAGCCGGCATGATTTAATTTTATCAAAATATATTCTAAAATGAAAGCATCGAAAA ATTGTGAGATGCCTATATATGACTTTAGCTTATAATTAAATAACCTGATTATCTCTAGTT ATTAACAATTGCTATTTCTAAATTAGCTTAGCACTCTTTGATTATTAATTAAAATTAAAA ATAAGTTCAACAAATATAAGAAATCCTTTACGTTAAAAGGCATCATTACTATTAATGCAA CCTTTCTTGTATTCGTAAAGGCATTTTGGGCACCTATAGTCAATTAGAGTGTGTAATGTA TAATTAATAAAATATAATTTAGTATATAGTATTTTATTTCATTTTAATTAAGTAGGAAGC TGTCAGTGTAATAAAATGGTGTGAAGGTTGAATACAATTGGTCAATTGGATTAACCAATT GATTAAAGACTAATTTCAGTTTTACAAAATTTTATACTTATTAATTTTTCCTTTTACTTA CACCTCTTTCCTTTTTCTTTTTTTTTTCGGTTTTGGGGCGGAAAACATGATTGAGATAGT TTGAGCGTGAGTAGGTAGAGGAGGTGAGTTGAAGCCTTAGTGAGGAGGTTCGAGAGGATG GTTGTAAAGGGCGGCACACAGAGGGGTAGATATAGATCGAAAAAGTATTTTGGGGAGGTG ATTAGACACGAAATGTCACAACTTCATATTACCAAAGACATTACTCTAGATAGGAAAGAT TGGAGGCCGCGTATTAGGCTAGAAGGATTGTAATCGTAGTGCTAATCATACCTTGTACTT CTTGTGATTTATTCTATTCTCGATTATCACACTATTTTGATATTTATTAGTATTCCTTTC TTGTAAACTTTGCACCGTGTTTCTTATTAATGACTATGTTTTCTTCATTATTCCTCTTAC TCTACTTGATACATATACTTGAGCCAAGAGTCTTTCAAAAATAACCGCTCTATCTTCATG AGATAAGGTTTGCATACACTTTATTCTCTTCAGATCCTACTTAGTGAAATTTCACCAAAC ATGTTATCGTCGTAGAATATATACTAAGTAAATTTCATAACACAAATACAAAAATTTGAC ATTACTTTTGTTATTGAATATTTTTCTATTTATTGGGAAAAAATTATTACTCTTTGGACG ATTTGCTCTAATATTTCCCACAAAGACCAAGCCTCTATAGCTGGACCACATTTAAATGGT ATAAACGTGCCTAAGCTAAATATAAAATAGGGCCAGTTATACATTTGACCAATCAACAGA AAATAATTACATTCACTAGCTAAATATATGATACATTATCTTGTACTAAAATATATGTAT ATTATACATAAATATTCAATATATATATACACATACAAATCATGTTTGAAAATCTTTGCA AAGCATAGTATCACAAAGCTGACCAGAATAATAATAATATATATATATATATATATATAT ATATATATATATACACACACTGATAAAATGAGTGACAAAACCAAGTCATAAGTTTATCTG CTCTGCATTTGCAACAATACTGAGCAGGTGTCTGAATGTTTCAACAATTTTATACACACT TCATTTGGTTGTGGCTTCCATGTCTACAACTTCCACAATATGCATTGTCAACTTGCTATG ACTTCTTCCATTCTGCAGGCAGGCAAGAGCTAATAGTCAGTCCCACCGGCATCAAACACA AAAAAAAGAAAAACAAAGTCTACGCATTGGACATGCCTCAGATAGTCCACCGAGTACCTG GTACCTCCAACCAACGCAGTTATGCAAATAGATATTAAGCAAAAACGGAAAAGTTTAAAT GACACGTTATGTGATGTTGATAGAAAGAAAATGACGCGAGGATAAGTCATGATTGACATG AAAAGGGAGGATACAACCATATAAAGTGCCTCCTCCAGCACAGAGGCGTCAAGCATTTCA CATTGAGTTATCTAATTTACGTTTTATGTGTAAAGAATGAGATATTTTATATATTTAGTA ATGTATGACTTTGAAAAAACAATGCAAAGTCGGGCCAGAGTTAATAGTCACACAGGCATC AACCAAATAAGCATCGTCATGCATAGAGAGTGTTATAGAGAACAAAAGACTTTTGTTGAC ATTTCAGGAGATAATATTATAAAGAAAATGACATGTGAACAAGTCATGATCATACTTCCA TTGACATGAAAAAAGGGTTACCGTCATTTAAAGTGCCTCCTCCTGCAAAGAGGCGTTGAA CATTTAAGTGAGTTGTCTAATTTTCTATTTAGAGGCAACAAATAAGCTATCTTATATTCA GACATGTTTGACTTTCTAACAATCGATGCTTCTTTGAGTGATGTCAAAAGACAAGCTCTA TAAATTCTATGAAAGAAACCTCTTGTGAGTTCAATTCAGATTATTAAAAGATAAAGTCAA GGACAACTGCATTTTGAAAGATCAACTACATGTTACGTCAGTATGTAGATTCAGTTCATA ATCGAAAATACTCAAATGTATATATCGCAAACAATGCCACCTTAATAAATGCATTCTTTG TCTCCAGAGATAAAGAATTTGTGGTATCTATCATTCATTTATTTTCAGAAAGAACGTGCT TCTATTTATCTTCTTCATCGCAAGTAATGTAAATCATTATTCTTATAATTAGCTCAATTG TAAGTTTCATCAAGATATATATATAAGAATAATTCTTTACATTACACTTAATCATAAGTT TCATCAAGATAAAAGATTTATGAGCTGCATATTCTTTTTGATTACTAATAGTCGTCCGCT TAAAACTGTTTTAGTTTTGTTCAAAAATATATCATTCAGCTCTTAAGTAATTTGTGATCC ATTTGGTAAAAGCACAGCTTTTTCAATTACTTGATGTTCCCCCTTCACTAACAGAACATA TCCTTGAAATAAAAGAAGATAAGGACATGCCACACATTGATTAAGAACAAAGGTTTGAAA CGATCAATTGTGCTAGGAAAAAAAATCAAGGGTTTAATTAAAAAAGTACAATGTTTTCAA TGAAATCATAAAGTAATTCCTCGGGATTGGTCGGCACATTGGACACCACAGGTCATCTAT ACCAAGTCTAATTCAGCACCGTGGGCCAAATGACCTTTTCTATTCAACTCATCTTTTGAA ATCTTATCCTTATGACCTGTAGATTGTATAATACTAAAAATGAGCCGCCCACTTACACAA TGGATTTGAAGTCAATAGAATCTGTATCTGGAAGTGTTTACGCAGAAAAATTCAACACGG CTTAAAATGACGAGATTCGATTATGGTGGATGTCAGTTCTAAAGGACTGGGTTTAGCTAC CGCTTACATGCTACAAGCTGCCAAAACCAAAACAGAGCAGTAACGGATATACTAGGAAAA TGCTTCTAACAAAAAATTGGAATTTGTAACTGGACTAGAACTATCTCCAGATTTAGATCA TAAATTCTCATTGTTGCTATTACAAACTCTACTGTTTTTGTGTTCTAAACTGAATTCTCA AAGGACTAGATTCTACAGTCGAGTTAGGCAAATATTAAGAGTGATGAAAATTTGGTACAA CCCAATTCAACTCCCACCTCCCTTGAGTCGTCAAGGTGCACCTAAACTAACACTATATAT TGGTTATTTACTGGAATCTTGGCGAGTACAAGCTAAAAACAGAATACATTCACCAAATAT TCCACTGTTTGAGTATTTCTTATAGTTCATGTGGAGTATGCTCTATCAAGTATCAGAGCC TACTCAAAATGTGAAGGTCTGTCTACAGCTTTATACAAAGAAAACAGATGCAAAAGGAGT AATAGGCACAACCCCGTAAACCACACCCTGAACAGCCCAAACTTTATCATTTTCTCCATC TCCTATAGATTGAAAAAATTGCATGGACAAAAGAAACAACAGTCTTGGGCTCGGTATAAG TTATAAAGGCCTTGGAGATTAGGCATACATTTTACCATCTTTCAAAGTGAAGCACACTGT AGTAAGATACTCACTCCAGTAACTTGAGATATGTTAAGAGTGGGTCCGTATCCTACATTG ATTGGGGAATGGACTGGTGCTTTGCTTATATGGACTTGGAAAATCATCTCCCTCATACTA ACTTTTGGGGTTGAGTTAGGCCTAGGTACAATATCTTTACATGGTATGACAGGTTCATCT CTGTTTGGGTTCCCAGCCCACGCTTCAATTGAACCTAAGAGTGAATGAGGGTGTAAGAAT GGGTAGTAATCCCACATTGGTTGGGGAATGGACCGGCGGTTTGTTGGACAATCCTCCCCT CATGAGTTGCTTTTGGGGTTGAGTTACGCTCAAGTGTCATATTTTTACATAGATACAACA CATAAGATATGCAGAAATTGTGTTCCCTACTGCCTTAAAAATGTTAGCTGCTAAAACGAA GACATACCTATAATTTATGCTTAAATTTTTGTCTCTGCATCCTTTATTTCCAAAAGTGGG GCCTTTGAATTGATATTTCTTGTGAGCTTGTCTTCATCCACCATGTCTTCTTTTGTTTTT CCCCACATAACAGCGTAAAAGCCAACAACAATTACAATTGACCCAACCAAGCTGTACTCA ATAAGGTGATGATTAGGCAAATGCAAACAACAGTACTTGACAACACTTGTGAGAGAGAGA AAAGAGTTCATGATAAACTTTTTTTTTCAATTTGGATTGCTGCCAATTGACAAATTTTTA AGATTGTAAATGAAATATAAACATACCTTCCAAGGTAGAAAATATCTCCTAAGAAGATTA TACCCAATGCAGCAGCAATTACAATTCCAAGAGGATGGAACATAGCAACAAAGAGAGGTC CCTTTCTACGAATGCACCAAAACATCACACTAACTTGAAATGCTGAGCCAAATATTCCCT AAGGAAAGCAAAATACATGTCAAATGTTTGAGATATGCTGATCAATGCAACTGATATACC CCTAATGCTGGGCAAATATAAGAAAAAATACATTCATTGTTCTCTATTGACATTTGACAA TACTCAAAAGATTATAGTTTTCTTATAATTACTGATAAGCCCAGACTTCTTCTTAGTAAA ACAAAGAAATGTGTTTAGTTACGAGTGGGGCATCAAAAATGAAGAGTCCGCGCAACATAG AACGTAAGTACCCTTAGAACAAATGGTCTTAAGCATATCATGATATTTCTATGGCTATGA ACATATCATTGAGAATAAAATGAAACGTTTAAAGCTAAAAGAATCTTCAAACATAGAAAG ATGTCATGCTTCTTGGAACAAACAAAAAAAGAAGAAAGAAATGTCATATAAAGGAACAGT TACATAGAGACAAAATATATTCCAACCACAGTCAATATTATAGTTCAATGTAGTTTGTCA ATTGAAAGGTGTGTTTGTTCAGAAGGCACATTACATCAAGATGTTTTCACAGTACAAGCA ATTAGTCAGCAAAAGATTTAGGTCCCCCCTCTTTCACTTTTAAGAAGATTCATGAAGAAA GAAACTTTTCAAAAAGTTAGAAGTATTTATTTACTTATTGATCACTTAGCGAATATCTTC TTCTCCTCCCTTTCCTATCATTACATGCTAACTGAATGTCCAACACATACCTCCTGACCT GAACATTCTTAGAACAGCCACTAAAATCAGTCCATATCAGCCTCATTATGGACCAGCTTA TCCCTCTCTATCTTTGTTTTGTTTCTAACTCTTAAGAGATTCATGCTTTAGAACAAAATC CGTGCTCTAGTGTAGTAACTAATCTGATCCCACCTTTGCATAACACTCTTAACTGAGATT AAGTAAGAGCAGAAACATATAAAAGTACCGTACCTTAGTTTGCAATTGATAAAGTCTAGG TCTAATAGGACCAAATTGAGCTAAGTTCAGATCAGGGGATTGGGTGGAGGAAAAAGTACA ATTAGCTAGAATTTACTTCTGATACCAAGCAGGTGGAGACCTAGAATCAGGTTAAGTAAT TCCGTACAGAGCCTTACAAATGCTTCGTCTACGTATATCTTAGCATGGTCACAAACTCAC TATATGAGCAAACAGAACGTAAATGCACGCAGTTTACCTACTTACTGAGTATAGAACAGC GAACAATCTTGTACCAGGTTGTAGCAACCAAGCATTTGAGTTATTGTCCATAAACAGAGA GACAGTTACTGATAGAATGGATGCAAAGAAGCAGTAAAAGAAGACCACAATCAGCTCAAC TGGATATTTCTTAAGGACGGAAGCCTGTAAAAGAAAAATATATCAGTTGTAGTGCTGATT CTCAACTAATAAAAAGATTCACTTTCAAGGAGTTATTCTCACACCTGTACAATTAAATAT AACGAAGACACTACACAATCCACTACAAGATATAGTCCTCCAATTATCCAGTCAGTTTCC TGGAAATGAAGATAATTTTGAGGCTTCGAGGAGGAAGTCAACAAAATTTGTGGTCCCTTG TAAAGAGTGGCGGTGAATGCGCCGGCAATTGAGACGATGGTTCCAATGGATTTAATCAGG GTACTTGTACTTCGACAATCTAATTTCTCCATCCTAAAATAAAGCAAAACAAAAGTGTAC ATGTGTTACTTTTCCAGTCTCTTGTGATCAAAGAAACCATCTTTATATTCTTTCTTAACC TTCCATGGTTCCTGAGTTTCCCGAGAATCTCCCCATTACATTTTTTTTGTTCATGCATGC TCTATAATTGGATAGAAATGAAGAATTCAATTGAATTTGAAAACAAATATACTAGCGATT GAAACCAAAGAAACAATCACACTACTAACTGCAACATTTGTGACATCGAAACATAACTAC ACCAAGTAGAAAAAACATATTACGACAACTCCAGTTCAGAGGAAATCTGTTTAACGATAT GCTTGAAATCGAATAAACTCGCTTACTCAATACTTTTTATGTTCCAATTTATATGACATT ATTCTCTCTTTAGTCTATTCCAAATAGAATGACATATTTTTATATTTGAAAACTATTTAA CTTAGACTTCTCACTTTATCCTAAATGATTAACTAGCTATGAAATGTCACATTATGTTTA CGAGTATTCATAAACTCCATTCTACCCTAAAATCAACAACAGCAAAAGTGAGAAGAGGGG CAAAAGAAACCTGAAAATGACGGCAAGTATGAAAGTAAAACCTGGGATGAGGTTGAGCAT TGCTGAGGCAAACGAAGCAGAAGTATAATTAATCCCAGTATATCCAGTTAGCTGAGCTGA ACAACTACAAAAACACGAAAAACTGCTGATTCAATAAACAGCAAAAAAAATCACAAATAA TCCAATTGAAAGATGAAAAAATCACATACCCAAGAACACCCAGCAAGAAAAACTCAGAAA TGAGTGAGAAATTGAGTGGCGGACGAGTTGATCTACACAATCAATCAAATCAATTAAAGA TGGTATCTTTTTTGTGGGTTTTTCGAATTGAAGCGAAAAAGGTACCTGTAGAAGAAGAAA GAAGGGAGGAGAATAAGTGCTGCAAGAGTGTTGGAGTAGAAGACGAAGGTGAAATTGGTC ATTCCGGCGGACATGGCTTTTTTGCCAACTATCATTAAACCAACTTGTGCGAATTGGGTT GACGCCATTCCTATATATGGCAAAGCTTCCTTCATCTTCACCTTCATCTCCATCGCCGCC ATTTTTGAGTGTCTTGTTTCTGAACTTGAACTTCACCAGTGGAAAAAATTAGTTGGTTGT TAGGATTCTGAGGCCCCAAAATGATTGCTATCTCTTTTTATTTTTATCTTTTTCTTTCCT AATGTTAGTCCCATCTTTCGTTAATAACAGATATTAGATAACCATGTCTATCACCATTAA GATAGATGAAAAGAATCGTTAGTGACTATTGACTACTATATCTATAATCTCATGATTCAT AACGAACTTTATTAACCGCTAGTTCACACCTTTCGATTATGATATCTCCTTGCTTCTGCT ATTTTCCTTCGTTCATTAGTAGTATGGTTTGAAACTCGAGAGATAATGGTCGATTTCTTT ACTCTTTTAAACTTGAACATGAGGTTTTTCTTTGCCACAAGATTTGAAGTTGTGACTTCG CTAATCCACACATCACGTATTGTGTTTTTTATCATCAGACCTAAGCCTCGGATTAATTTA TAGTGTAATTTTGAAAGTATGAACATGATTAAACTAAAATCTATTTGCTACATTTGAGGT ATGAAATCTTTTGAAGAAAAATGAAAGCTTTTATCCTTTAAATGAATTGATCTTTAATTT TTATCTTTCAAATAGATTACTCTATAATTTTTGCCCTTTACGAATAAAATGGGTACTTAG TGGGACATAAGTTCTTTACAAACTAAGTTATGCTCGAACATCACCTATATATCATAACAT GAAAATATAAACTTATGTTACACGGAAAATTATTGATTAAAACAAGGTAGGAACAAAATG AATATTCAAGAGATACAATGTAGTTGTTCATAAACATGTCAACCCAAAAGAACTTTCACT AAGCCCACTAGCAAAGTGTTAGCCCTTTAAAAGATCATCTCATATGTTAAACCTCAGGAT CATCATCATTTTTGTCTTGTAAAAATGGAATCTTGTTGTTGTTTGATCTCAAGTTCTTCT CTTTCTTTGTCCATTCTTTACTTTGTCCCCACATTACTGAATAAAATCCAATCACAATGA TGATTGATCCCACCAAACTACAAAACAAATAAAAAAAATATTCTGAATCCCAATCTCTTA ACTTATATACAGTAGAGACTCGTAAAATATAAAAAAACAAATATAAATAGAAAGTAAATG AACCTTAAACATGTATGATTTACCTTCCCACATGAATAATTTCACCCATAAATATGCTAG CAGCCATAGCAATAACAATGCCTAATGGATGAAACATAACAACAAAGAGAGGTCCTTTTC TCCTCACACACCATGAACCTATACAAACTTGGAATACATTTCCAAATAAACCCTGCATTA TTTCAAAGTATAACGCGTCATAAAAACCTTCAAATATCGAACTTATCAAGTTTAAATCAT GAATCCGTCTTTCAGATATATTAAACTTATACGTATCGACTTAGTTACCGAGTATACGAC GGCCATTAATCTGCTGTGAGGGCTTAAACTCCAAGAATTCAAATCTCTTTCAACAATCAA AGAGAAAACAGCACATAATATTGTAACACAGCAGCTATAAAACAACATTAAAATCAACTC TGCTGGATATTTCTTAAGGACAAATGCCTGCAAACACATGAAACAGAGGAAAAACAGATC ATGATTGATGAAAAATAGTTTCCAATTTACGTGATACGGTTGGAATTTCGAGAGTCAATC AAGTTTCTTTCACTAAAATAATTTAAGTTGTTGATTTTGTGATTTATGATACCTAAAGCT TATGTCTGAATTAACGGACAAAGTTTAAACGTTTGAATATCGAAATTCTAACCGTGTCAC GTAAAATGAGACAGAGAGACAGTAATTTGTTGACAATTGTAATTACCTGTGAAATGATAA ATAGAGAAGCAATTATAGAGCAAATCATAGTGAGTAAACCTCCAATGGCCCAAGCAGAAG GGGTTGTTAATATTGTATTTAAAGGATTAATTCCAAAAACTTGAGGGCCTTTATATAAAG TTGCAACAAATGCACCTATTATTGCTACCAAAGTTCCAATAGTTTTAGCCATTGTGCTCA AACTTTTGTATTCAAAAGTTTCCATCCTGATTTTAAAGAAAAATAAAAAATTAGTGAAGA CAAAAGTTGAATATATATTTAGATACAATTTTGACACCTCCTTTCCTTTTTAGTTGTCAT ATTTTTTCTTTTCGAAATTTAATTTAGCTAACTTTTCAAGCTAAATTCGAAAACATTAAA TTTTCAATAACTATATGAAAAGAACTATCAGTTATATTTTTTTAAATTATCTATCAGTAT GATGAAAAAGATGCATTTTAAATTGAGTATAACGCATAAAAATGTCCTTTTTAACTTAGC ATCGGCATGCATCTATGCTCTCCAACTTTGAATGTGCACAAACGAACACTTAAACTATCC AAAAGTTAAACAAGAACACATATGCGTCCTACGTGACATATCACAAGTAGGAGGAACAAT TGCTACATAGAATGCCACATAGGACACGTGTATTCACTTGTTCAACTTTTGCATAGTTTA ACAGTTATTTGTGCAACTCAAAGTTGGAGGGTATATATGCCAGTTGAGGCAAGTTAAAGC CTAAAGGGCATATTTATGTACTATACATATCTTCTGATTCTATTAAAAAAAATACTGACA AGTAAAAAAGAAGGAAAGGAATAATATATGTTCAAAAGAAATTAAAGGTGATTTAATATT AAACCTGAGAATGACAGCAAGAATGAAAGTGAATCCTGGACATAATTGCAGTATTGCTGT GGAAAGTAATGGAGAGGAATATTGAAGTCCAAGTAATCCAAGCACTTGCATCAAAAAACT ATATAATTGCACTGTTATTAGTCATTTTTTTCTCTAAAATTGATTGCTAAATTGAGCCAC GAATTTACATTTACATACCCCAATATGCCAAGCAAGAAAAATCCATAGAGAAAAGTAGGC CAAAGAGGTGGAATAGCTGACCTGCATTTCAGAAAAAAAAAGTATATATACATAAAATAT CTAGTTTTACGGTGAGACCAAGAACTCACATGCCTCGTATTTTGCATATGAATTCACTCA TATGCTCAAATGGTAAGCATGCTTCACATCCAATTCTAAGAATACGGATTCGAATCATCA AAGAAAGCAGAGTTTATATCACAAAAAATCACTCAACTATAAAAATTTATCTCACAAAGT CATAAACTTTATTTTGTATCAATAAAATCACTTAATTTTATGATTTTTATTTTCTATATG TATGAGTTTCAGTCATACGCAATAGAGACACATTGAAATTGGCTAAAATTTCATAATTTA GTATGTATAAGTTACAGTCTTACACCATATATAGAGACACATTAAAATTGGCTAAAATTT CATATTATTTTGGTCAAGAAAATAATAATTTTATTTTTCAAATTTCAACAATCAAATCCA CTCCAGATAAGCTAGTATTTGAACATAAATTTCATATATCAAAAAGAGCACACTTCAATT CATAATTTTTTCAAAAATCAACAAAACTATTTAAAATCATTTTGATTTTTTAAAAAAAAT TTAAGTTCAAACCTGAGATAATACGTTAAAAGCAAAAATCAGGTCTTTTCATTATCAACA TATAGTTACAAATCAAATCAACTATGATCATTGTTTCTTCCGTCACTCAAATCAAATCAA ATCAAATCAAATCATGAATCGACTTACGTACCTATGGAGGAAGAATGAAATTGGAATAAG AAGTAGGGTTGAAAAAGCACTTGAATAGAAAGTGTAAGTGAAAGTAGTCATCCCAGTTGA CATAGCCCCTTTAGCTACCACAGCTAATCCAACTTGTGCTAATTGCTGAACAATCATAGC TATAAATGGAACCACTCCACTCATTTCCATCTCTTTTGAATCGAAATTTCTTTTAATCAA TTAAAATAAATTTATGAATTTGAAACTTTTTCGATTTTCATATCAAAGATATATTTACAA AGTTGTTCTAAAAACCAATGGACATGTTTGAATTTTTCTGAACGTGAATCTAAATTAATG AGATTCCTCGAAGTAATCAAATTGTATTAAAAGGAACATATATCGATTCATAACAATATT TTAATTGTCTATTTTTAGAACACTAATATATTCTTGATTTGTCTTTTTGTCAGTATTTAT TGAAATTAACAATGGATCTACAATATATTTTAAATTTTATTATGATTAGTTTCTTTATTT TACTTATTTCTAACGTACCAGCATGGGTGGTATTCCTTTATTTTAATTTATACTGAATGA ACATAGTGGGTGGGTGGTGTTTATCACTTGCACTAATATATTCATTTAAGAAAAAGCTAT TGTATTTTTTTTTTTAAATGTGGTTTGTTATATGGATATAAAAATTATTGAGTTTTTAAA TTATATAGACATCCTATTGAAACAATAATTGGTTAAATAATATTTTACAATCTACAAAAC ATAGTTAGGTAGTGTTATTAGAAGTATGTCCAGAGGTCATATTATGCTCAGTTATTTCTC AAGGTTATGATATACTATTTTGTTTCATTTTAGTTTGTCATGTTTTTTTACACGTTTTCC CGAGAAAATTAGTAACTTGGTTAAATGATTTTTATATATTTATTTTTATCGATATAATAC ATGAGTATAAATTTAAAACACTATCTTTACAACTAACATACAATTATTTCTTTCCTCGAA ATGAATTGATTCAGTATTTGTGTTGTTTAATGAAAGATAATAAATATCACATAAAATTAA TTGAGGCGCACACGAGCTGACTCAAACACCGTATTTATGCCTCATTTTGCAGCAGAGGGA CATTATTTTCAGCAAGTGTTTCTAAGTTGTTCCCCTCATAGTATTTTTCTTGAGTTTTTC CCCACATCACAGCATAAAACCCAATCACTGTGGTCACTGATCCCACCAAACTGCAAACAA ATGTCTATATTAGTACACATATCATATCTTAAATGTTTATTTTACCCCTAGATTCATTTC ATTTTACGTAACATATCGATAATTTTTTATTGAATATAGAAACTTTTAAAATGATTAGAA TATTAATATTAAAACATGCCGTGAAGTTTAACGTATTGAAAACACTCCTGAATGAACTTG GTGTGGTTCATACCGAACTATTAACAGCCTTTAAAAAATCTCTCTACTTGACTAATTGAA TATAAAAACACTCTCGATTTGCCTTGAGAAATGATCTCAAACTCTTATAGGAACGTGAGA CTTCAAATAAAACGCCGAGAGAAATGTTGAAAACACCTTTAAACTTGTCAAGAATTTAGA GGCATGTTTTACCAATATGACAAGATAAGAAGTTTATTTATTTAAGTTCAATTAGTAAAG TGAAGGAATGTTTTTCAGACAGACAATATTTCAAAGATGAAAACTAATAATTCACACCAA ATTTAGAGGTATTTTAAATACTTATCTCAAATTTATAATAGTTAATAATACATACCTTCC TAAGTAGAAAGCATCTCTAAAGCAAAAGGTACCAATGAGGATAGCAAAAACAATGGCAAA GGGCTTAAACATTGAAACAAAGAGAGGATCTGTCTTCTTGAGGCACCATGTTGTCATACA ACTCCTAAATGCTATACCAATTATACCCTGAATGAACAAATTCTAATGTAAGTTAATTGT CTTAAATAAAGTATAATTATAATAACATATATCAAATAACAACTTAAAATATTTTGACAA TTTTTCTCATAAATCAATACATGTACTTCAAATCAACCCAATCTATTAGATGAATTTGAC TTAATATAAGTGAGTCATTAACACATCCAATCATAAAATAACATAGACTAGTCATATTTT CGTGAACTAATTTAACTTTTTTATAGATTCGAGTCAAAAAGAAAATGAATGTGTGTTTAG TTGTTAGTATTACCGAGTAGAGAATAGCAATGAGACGAATGTCTAGATATATGATCCAAG CATTTGTATTTCTCTCCACCACTAGGGATATTAATGTAGATATGATGGTCACAAAGAAGC AATACAAACACACTATCACCATCTCTTCTTGGTATATCTTAAGAATTGAAGCCTAAAAAA CAAAAAATTAAAAAAAAAAATATCATAGTTAATTAATCACACACGGCCAAAAGTCATTTT CTGATGTTTCGTTGATAAAATATGCATTTTTAAAAGTCATCAAAAGTCATTTCCTAGTGT TTCGTTGACAAAAATACATTTTTAAAAGTAAAAAATTATTTTCGTCGTACCAAACAGACA GACCTGAATAATGTACCATAGTGAAGTGGACATAGACTCACAAGCAAGTATAACTCCTCC AAGGATCCAATTTTGTTGAGATGAGAAAGTAGAAGTTAAGTGTTGGTTAATGATTGGAGG GCCCTTATAAAATGTCAAAACAAATGCACCTCCAATTGAAACAAATGTCCCAAAGGCTTT GGCATAGCTACTCCAACTTTTCCAATTGATCACTTCCATCCTATATGAAAGTGGCAATAA ATCAACATATCTAATTCACTTACTCCATAGAATAATTACAGTGGAACTTACTATAGTTCA ATAATTTATTAAAAGTACATGTTGTTAGAAAAATAATAAGAAATACAATTAAAGAAGAAT ATGGTTTTGAGGCGTGAAGAATCACTTTTTTTAAAGAGATATTGTATAGGGAAAAACACA AGCAATTTCCTTCGGGTTATATAAAACCCTGATATATATACCTTTAGATTTTTCTTAGGC TACTTTTAGAAAATTCTTATTTATAGAACTTAAGAAATGACTTTTCATAATAATCGCGTT TTTTTCCTCAAACATATGTGTGTTTAAACTTGACAAATTAAGCCAAGAGGGAGAAATACC TGAAAGTAATGGCAAGGATGAAAGTAAAACCTGGAATAAGATTGAGCATTGCTGTGGCAA GTGTTGGAGAGCTATAACTTATACCAACATAATCACATATTTGCCCAAAACACCTATTGT TCAACACATCAAACAACCATTCTTCCTTTTAAGAAATTAATTACTACTCTCGTTATTTCA GTATATGTGATGTAGTTTGACTTGACACTGACATAGATAGTTGTATGATTATATTATTTT ATTAAGAATAAAATAAACATATTAAAATTAAACAATTTACTGAATATAGAAAATGAGTCA TAAATTTGCACAAAAAATACTAATTTTAGTCTTAAAATAGAACAACTTTTTTAACTTAAA TAGAACTTATATGATAAGTCATTAAAAAACATTTGATCTACTTAATAGTATTCCTCCCTT TTTTTTTTGGTTATGTATAGTTTTGTAATTTATAATATTTTTTTGTATAGTTTTTGAATA TCTGAAATTTTATTTTAAATTTTTTTATTAATGTAATTTAATTTACTTTTCAAAATTAAT TAAAATTAACTCTCGAAAAAAAGAAATATAAAAACTAAAAAAGGACGGAGGGAATAATAC CAATTACCCATTTAAAGCGAGCATCAAGATTCTCCAAATAGCAGAGAAGGTCAATGGATG ACTCCTTGATCTACAAATTAAAAAAAAAAAGAAATAAAAAGGAAAATTAGTCATGGTAAA AGGCTTAGTCCGATCACGTTAAATTCTTGTGTTATTTTTCTTCTTATATATGTTTTGTAA GTGATTATATGTTAATTAATCCACAATCTTTACTCAACAACTTTGATATATTTTTTTATA AGTCCAAAACAATAATGATGTTCCAACAACAATATAGAGCTACAATTTGACTTGAGCAAC TATGATCCATGTATTTATATTAAAAAATCACTTAACCTATACTATATATAATTGATCAAG AACTTAATAAGCTATTTTTTAAAAATTTATAATCCTGACTCTGCCTTTACTCCGATCAAT AGATGAAGAATTGAAGAATAATGAAGATGAAAGAGAATTAAGAACCTTGTTATAAAGATG AAGATGGAAGGAGGAAAAAGTATGAGAGTAGCAACAGCATTTGAGTAGACAACAATGATG AAGCTACTAAGTCCTTTAGACATGGCTATTTTGCTAATTATCATACTTGTAACTATGGCT ATTATTGTAATAACCATTCCTACACTAGGCATCAACATCTGCTTCCATGATGATCCTTTC ATTTTTCTTAATTTTGTTGGAGATGATTTAGCAAGATTTTTCCCCACCCTTTTTTGCCTT TTTGTGTATTTTTTATAATCAAGATATTGTTTTAATTAATTATTTTAGCCCCACATTGAT AGAACCTTTTTATTTATTTATTGTCAAGTTGAAGTTTGACTATTGGTATTTGCAAATATA GTTTTTTTTTTTTTTGAGAAGTAACTTACTAATGTTATTCACAAAAAATAAAATTATCAA GTGCAATTTATATTAGAAACAACTACTTATATCTTTGTTTTTCCACTTTAAATACTATTC TCTTCGTCCAATAATAGTTGTCCAGTATATTGTTTTGATATGTCTAACAATACTCGTTCA CTTTATGAAATCAATGAATAATTTTGCATTTAGTACCTTATTTACCCGTATCATTAGTTA TAGTCATTTTTCATTCATATTTTTCAAGACATTGTATTTATTATATTTGAAGAGTGATAA GATAAAATTATCATTTTATTTATAATTTTTAAAAAATGTGTGCAAAATTAATAATTTACT AGTATTATTGAACAGAGGAAGTATTTCTATTCATTTTAATCAAATATTATTCAAGGAGTT AATTAGATAAGAGTTCATAAAACTATATAATAGTGGGAAAAAAATAAAAGAAAATTATTG GTGAGACAGGTGAGTATTTTATATATTCATTTCACTAGAAAATAAAGTAATATGATTAAA ATAAGATTGTTGACACAGTTTGGTTTAAGGCTTTAATCATTGATGAGGAAGAAAATTATT GAACTAAACATGCTTAATTAAAGACGAAAGCAATTTGCTAAACCATCAAGGCCTATCTTC TGTGAAGTTATATCGTTATATTTAGAACTCAAAATTGATATTAAACATAATTCTTTTTTA TGTCAAAAATAATTTTTTTAATGTTATATTTTTATTAGTTTATGTGTCAAAAATGATTTT CTTTTTCTAATTTGATATTATCACATATACTCATATAATATCTCATTTCATTGTAACTGT AAATAATAATAACATATCGAATATCTGTAATCATTCAAATAAAATTGAAGGGAATGATAT GTACGCATTCGCTTACCAGTTACACTAATCTCTTAGAAATAAAAATAAATACGATTTAAA TATAAAAAAAACACTCATGCATTATTATCACTTTGCCTATGTAGTAGAGATACTCTTGTA GAATCCTTGGTTATGTCTTCAACACACATTTCCTCTTTAGATTTTCCCCACATCACACTA TAGAACCCCAAAGCTATGATCATTCCACCAATTATACTGCAAAAAAAAAAAATTAAAAAT AATCATAGAGAAATTAGCCATTTTATAATTAATTAAAGATTAAAAGAAGGAATGGAGTAA TTAATTTAATTACTAACTTTCCAACATGAAGAACATCACCAAGAAAAATGACCCCCATTA TGACTGCAACTATCATTCCAAGTGGCTTTATCATTACAACAAAAACAGGTCCTTTCTTCT TCAATGCCCAAATAAAAACTAAACTTCTAAGAACAATCATCAAAATTGCCTGCAATTAAA AAAAAGGTAAAAAACTTACATAAATCTCACTAGTTTAGGAGGTGATTACTTACACACACC TTAGCTTGTAATATTACGTATCATATCAGATTTTGGTGTATTCAAATACGTTGAGATATG TCTCGTTACATGCATTTTGAGATACATGAAATCAAAATTATGTGTAATACAATAATATAT GATAATGAAGTATGTCTAGTTATAATTTTTTCAAAAAAATATGATTAGTGGCTAACTGTG TCAACTTTCACCTCGCTGGCAAGAGTTTGATTGCTTATCATATAGTTATTTCCTTTTCTC CAACCCTGATATTCTTGTAACACTCGATATTTCATATATCTATGTTAATCTAACTATATT AATAAATATCAAACGCGAATAAATTAAATTATTTTGTTGTATACTTACAGCATAACAAAC AGTAATCAACTCTAAATCTGGTTTAAGTCTCCAAGAACTCAAATTTTGTTCAGCAATTAA TCCAACCACACCTGAAATAATTGTTACTAATCCACAAGTAACTGTGGTCACCACAAATTC TTCTGGATAATCATTTATAGTCCATGCCTGATCATACAATAAAACAATATAATTTCAGCG CGAATATTTTTATTAGCTTAATTATATTTTCAACGAATACTATATATATATATATATATA CCTGGACTATGTACAAGATTGCAAGTAGCAAATTAGCAGTAGCAAGGAGAAATCCTCCAA GGATCCAATTTGATTTTGTACTGATTTGAAGTTGATGAAAATTATTAAGGGGTGTAATTG ATTGATTTGAAAAAATTGGAGGGCCTATATAAAAAGTCATAAGCAATGCCCCAATTATTA ATATTATTGTCCCAATAAACTTTGCCAGGCTGCTTTTCAACTTTAATCCCAACTTTTCCA TCCTGTTAAAAAAATCAAAGCAATATATCATCATAGAAGAATATAGCATATATATACAAA AAGAAAAAGGTTAGAGAATTTTCCATTTTAGTTACTTGCATTGACAAATATATTGTTAGT TTGTAACAAACAGGAAAATAACGTGATTTTAGGTAATTTATTGAAATTTTATTAATATAT GAGTTGATTATTTAGATACTCGCTAATTTGAAATATTATGAATTTTCTTATCAGATTTTG ATGTGTTTAAATTTGCATGTATCTAAGATATATAGATAAATCTCGCTCATCTCCCTTGCC TTCATCCCATCTCGCTCGGTACTCTCTTGTCCTACTCACATATTTGGTATCTCAAATACA TGTGTATATGGTGTGATTCACATGTATTTGAGATACATAAACAAATCTCACTCATCTTCC TCCCATCTCGCTTGTCACTCTCCTATTCTACTCACATATTTCGTAATCCAAATACGTGTG AATCACACTAAATACATGTGTATCTAGTGCATGTGATTCACATGTATCTGAATTACGTAG ACAAATCTTATTCACTTTCCTCTTATTTTCGTTTGCTTCTCTCTCTGTTTCAATATATAT GATAATAAAAAATATGTATATAAATGTATTTGACTTGAAATTTGATACATCGAAAAGAAT CAAACTAATAATAAATAAGATTATGCTAATAATATGTATAACTTACCCTGCAATTACAGC AATTAGGAAAGTAAAAGCTGGAATAACATCTGTCATTGCTGAGGCCAGAATTGGATTACT ATACCCTATCCCAAAGTACCACAATATTTGGACTGAGCAGCTAAAAAAAAAATTAAATCC ATAATTATAAAGTGTAATAACCAACAATAACATGAAAAAAAATAATTAAAAAATTAATAA TTCCATGATCAAGTACCTGAGAAAAGCAATAAGAATCATCCTAGAGAATATAGAAAAATT GAGTTTTCTGCAAGGCCTCATTCTGTTGTACAAAAATGTTATTAAAATTACAAACCAAAA TAAATTCATAGTCGAAGTCAGGATTCAAATCTTATAACGAGTTTTGAATTCTAATCTTTT CTGTAATACAAATCAATGAACTTTTAATAGAAGTACAAAATTTAAATCGAAACTACTGAA TTCGATTGATCTAATAATAAATAATGAATACTCTAGGTAACTTCATCCTTGATTATAATA AAATTATACCTAACTAGTATTTTACTATAGATTTTGAAAATTTATTGTTTGACTATGAAG TTTGATCAATTTTTAATTCTGACCATCAAATCTTTTAACAAAACTTCAAATCAAATGTTA TCCAAGTAAAACTTTGATTTTTTAAATTTCAAATTTCAACTTTAAAATCTATCACAGTTA AATCAAATCATAATAGATTGTGGAGAAACTAATTACCTATGATATATGAAAGTAGAAGGT ACAAGGAAGAACAAAGCCAATGCATTGGCATAGAAAATGAAGACAAAATTGCTCATTCCT CTAGTAGTAGCAGCTTTATTGAGTGTGTTTAAACCAACTTCTATGCATTCTATTATAACC AAAATTGTTATTATCACCACATTTGAGCTCCACATTTTTTCCTTGAACTAAAAAAGAATT GTACAAAATAATTAATTACTTGGAAAGACCCCCAATATTTATGTATATATAGCTTTTAAG AGAATCATATTGTGTGAATCTAACCTCCCACCTACCCCACAATACAGGGGCAATTTTGTC CAAACTTTGTATTTACATTGTAACGTATCATATATTCAATGTAATCTCACAAATCATATT TAGTGTAGGAAAATACTATCTTTATGAATAGAAAAATCGATACTATATATTCTTGCACGT CTGAAGAATTTTTTTTTTGTATATACATGAAAAAAATATCAGAATATTTAATCATAACAA AACTGATTGAAATATTAAACCAATTTAGGAGTATTTATTAATTTCAAATTCTAGATGGTC TTGATTGATAATATTGGTGCTCTATCACTCAATCGAACATACTTGTGGACTATTGAGTTA TTTTTTTTAAAAAAATAAAATATGCACATTGCCTATGTCATTTTATTTGATGATATTTAA TTAGATGATATGGAGTTGGCCAAAGAAAAGAGTTTTAAAAAAATTAACACATTTTAAAAG TGACCAGTAAAGTTATCATATTAAAAATACTTTTACGATTATAAGAACATTTTATTAAAA TAAAACCAAAAATATAAAGTTAAAAGAGGTTTTTATATAGTACTCCATATGTATTTGAGT GGTATCAAATGATACGGAAAATTATATTGTGTATATATACATAGTTAGGTCAAAATATTC TTTTATGCATATATATTAGTGAAAATTCTGACTTCATCATTGACCCTATGATCATAACTT TATTGTTGTTCTTTCTAAAAAATAATTGAGAATACAAAAAAAATCAAAATAGGAGATTAT TACAAGATGAGAAACTGAATCTTTATCAACAAAATCAAAATTCAAATACTTAATCAATTA AGTTACTAAAATTCTCCGTGTATATGTAAGTGCATATGATACCATATCCCACTAAATAAG TACCTAGATAAAATTCGATATCATTGTTTGCCTTTTGCCCTTTCAAAAATTGTTTAAAGA ATCCTCATTATTTTTATTAAAAATAATAATAATAATTTAAGCCCTTCCTAATATCACGCA CTAAACGGGAATGTCACAGTTTTTTGGTTTATTCTAATTAAAAAAACTTTAGTTGGCTAA ATTATTCTTTTATGGTATTTTGAAATGTATTGCATGTGTGAGAATATCACTAAAATAAAA TATTGGCTTGTTCAGTCAAATTAAGCTATCGGATATCAATTATAATAATATGTTCAGAAC GTGTAGTTATTTGTATTACCTAATCTATTAGGTCAATTTAGACCTTATATATAAATCTAA TTTTCGAATCGATTAAATTAGATGAATCAAGATGAATTGAGTAAATAAAATAAGTGGATC ATCAACATATTCAAATCCAAGAGAATTGGGTGAATCATAATTTTACGAACGGATTTTATC ACCCACTAATTGATGGTTATTTTCAAATAAAGAAGCCGTAAGAATAAATTTTGCAAGTAT AAGACATACATATAAAAGAATTATGTAGATAAAACTTAAACTTATTGAAGTTCCTCACAT ATTAAAAAAACTTTTACCTAATATTTTTTTAATTTTCTAATTAATATTTTCGAATTCCAT CACTAGAAAAGGGCAAGATTATGAAAAGGAGATTATACTAGTCATTTTTTCCGCATCTCA ACAACATAAAACACTTCTATAGGTAAATAAAAAAAAATATCACTTTTTAGGATTTTGAAA TTTAAATAATATCTTATCAATAATTATAATTTATTGTATTTTTTAAGATAATTTTCAAAT ATGTAAAAAAAAAATTAAATAAATTAAAGATACATATACAAATTAACTGTGAAAATTAAA CTGTTTAACTTTTGAATTCAAACTATACAACATAAAGAAAATATTAAACTATGTTTAAAA AATTCTTTTTAAAAAAAAATTAGCTATAAGTAGCGTGTATTCAAAGCAACAAGTTGAAAT AGACTTAAAGAGCCTATTTGAGTTGGTTTTAAAATTGATCAAATTTATTTTTAAGCTTTT GAGAGTGTTTAACAAAGTTAAAAATAACTTAAAAATTTAAAAATAGATAATTCCTACTTT TCATTTTTAACTTAGGAAAATTACTACTAAAATATAACTTTCAACAAAATTATTTTCTTT AAAAAAAATTAAACCAATCTGCCTATTATTAAGTTTTAGTATTATTTTTTTTTATTGAAT GAGAATATCACATACATTAAGTAGAATTATTTAACTTAATCATTAATTAGAAAACTAATT CTAACCCGTAGATATCGTATCACCTACAAAAACTCATAACCATATTATTATTAGTGGTTG TTTTTGTTTCAAAGAGTCTATAATTCCGTTCTAATTCTGTATTTATAACCAAATCGTACC AATAGTATTATTGCATTTACTGCTAAACAACACTATACTAGTAAATAAGAATATTCAAAT TCCTAAAGTTTTGTTTCGTTTAATTATTTGTTATAACCATTATGGGCAAAGTCAAGATCG GAATCAATGGTGATTTTTTATTTCATATTGTTATCTGGATTTGTTAATGTCAATATTTTT TTAATTTTTTTTTTTTTGTATACATAGGTTTTGGAAGAATTGGTAGATTGGTGGCTAGAG TGGCATTACAGAGTGATGACATTGAACTTGTTGCTGTCAATGACCCCTTCATCACTACTG AATACATGGTTACTTCAATTTCCTTTTTAACTCTATTGTATTTATAATTATCTGGTGTTT GAAATTTACTGATCAGACTAATCCTTTATATTGATTCATTGTTCATCCTATTATTTATAA AGTTTAGTTGTCATGACTAGGCAATGTTCCATATTTATCACCATCTAGAGGGTCGGAAGT AGGTTCAATTAAACCCCTTATTTTCAACATAAACCAGAGATGTATATATATAAAAAATAG TATAAAAATCATGAGAAGTAATTATTAATATCAAATTTTGAGATATATTTTAAAAGAACT TATGTATTTAAATTCATGACGTTTAAATATTGGATCGGCCTCTAGTGTGATTTGTACACC CTTTCCTTGCAATGAACGTTCCATATTCTTAGATCCATACTAACAGAATCATGAATTTTA TATCACGTTTACAGTATTATTGCATCTAGTCTATAAAAAATAATCTCTTATAACCACTTA CAAATTGAATTTAAGAAAATGATCTTTATTGATTAGTCGCGTCAAGTGTGGTATATATAG TTCCTATATTGATCGATCTCATTGTTTCATGTGCAAGAGTTTTGTTTGTAGACTTAAACT ATACTATTATATAGCAATTTCATGTTTCTCATTCGATAGGAGAATGTGGATCTCTTCTTA GTAAGGACAACCTGAGATATATATCTCGCGCTCATTGAGTCTGATTTGAATTTCGTGTTT CATAGACCTATATGTTCAAATATGATACCGTTCATGGCCAATGGAAGAAACACGAGCTTA AAGTTAAGGATGACAAAACTCTTCTCTTTGGCGATAAACCTGTCAAAGTATTTGGTGCTA GGTAACTACATGCATTTCCAACATTATTTGAACATTCGCGTTCTTCTTCCTTTTGTTCTT ACCTTTATTGGTGTAACAAACAGAAACCCCGAAGAAATTCCATGGGGTGAGGCTGGAGCA GACTATGTCGTTGAGTCCACTGGTGTTTTCACTGATAAAGACAAAGCTGCCGCTCACTTG AAGGTATTCATACTTCATTTTCATATGTTACAATGTACTAACGCGTATAATTTTATGATG TTCCATTCTATTATTTTTCGTTAGGGTGGTGCAAAGAGAGTTGTTATTTCAGCCCCTAGC AAGGACGCGCCCATGTTTGTTATGGGCGTAAATGAGAAGGAATACAAAGCAGATATCAAC ATTGTGTCTAACGCTAGTTGCACTACTAACTGTCTTGCTCCATTGGCTAAGGTTGTTTTT TTAACTCTGTTTGATATTGAATCTTGTCATTTTAGTTGAAATCCAGCGTTAATCGTATCC AATTTGAATTATCACAGGTTATCAATGACAAATTTGGTATCGTTGAGGGACTTATGACCA CGGTCCATTCTATTACTGGTAAGCTAAGGTCCTGATGTTCCTAGTTATGTTTCATCTGTT TTAACCTTATTGATCGAGAATACGTTATATAGCAACACAAAAGACAGTTGATGGTCCTTC GATGAAAGACTGGAGAGGTGGACGTGCTGCTGCTCATAACATCATCCCTAGTAGTACCGG AGCTGCCAAGGTATCAACAACCTGTTATTCCCAAATCTATTTTTTGGATTTTTCATATCA TCTGTTAACGCGATCTAAGCTCCAAAAGGCGTTAGTATAATTTCCTCTGTTTCTTATGTT TCTATATACTTGATAATGTAGGCTGTTGGCAAAGTTCTACCAGCATTGAATGGGAAGTTA ACTGGTATGGCTTTTCGCGTTCCAACTGTTGATGTTTCAGTGGTTGATCTAACCGCGAGG ATTCAGAAATCAGCTACCTATGATGAGATCAAAGCAGCTCTCAAGTACGAATACTGTTGA GATTTCGCTTATTGAAGAGATTTTTTAAGTTAGATTTACTCTGTGTGAACAGTTTTTATC CTTGTACAGGGCTGAGTCTCAGGGAAACATGAAGGGGATTCTTGGCTACACCGAAGATGA TGTAGTTTCATCTGATTTCATCGGTGATTGCAGGTGAGAATCATAATTGACGTCTAATAG ACATAGATAAACACAATGGGTTCAATTGAACTCACTGTGTGTAGCTCTAGCTCGGACAAA GAGCAGAACACTCTGGATTCTGGATTCGTCTCTGTTTAACATTTTGATATGTTGTTTGTG TTAGGTCAAGCATCTTTGATGCCAAGGCTGGTATTGCTCTCAATGGGAACTTTGTTAAGG TTGTCTCGTGGTATGACAACGAATGGGGATACAGGTAAAACTTTTATCGAACTATCTACA CATGAAAAACAAATCTAAAATGTATATAAGATAACTCATTTTGAATACTGACTCTAGCTT CTGAATTCGTCTACTAGCATTATAATATCGATCTAACAACATAGTATATATTTTTTGTGG TTGCAGTAACCGTGTTATCGACTTGATTCGTCACATGTCAACTGTTGTATAAACAGTTAA ACTTTCTATGAATGGTTAGAGTTCAGCAAAGAAGCATTGAAGAATCAGTGCATTATATCC CCTTTTGTTATTTTTTGAGTTTTATTAGTAAGCTTCTGAGAATTTTTCATGAGGATTTTT TTTTATATATATATTATAGTTCAGTAGAAACAATAAATAAGACGAAATGAGTGAATTCTA CTCATATTTTTTTGTTAGAAAGGTGCAATTTTGGTACACTAAGATATATTCTTTTGTGTA AATCGAATTTTCAATTGACAATTTCTCATTTTCATCTTCGCAACACATCTAACCAGCTCG CATGGTTCATCGATGAAATCGAATGGGAACTTTGTTAAGATTTTTCATACAACATTATAC AAAATTTGATACATCTTTTCAATGTGGGCTCATCACAAGATATATATACACCGGATATAT GTATCAAGTGTGATTCACATATATTTGGGATATTAGATACATAGAATAGCAGTGAGCGAG ATGGGAAGGAGGTGACCAAGATTTATTATGTTCCCAAATATGTAACTTCACTTTGATATA ATGTATCTATAGCAAATTACACCTAATTTTGGTCCCATGTATCGAGATACGTATATCTAG AGGTAGTTGCACATATCTGGATATATCAAAATATGATAAAATACATAATATTGCAAAGTA AAGTCTATCTAAATAATTAGCTCCTAAACTAATAAAATTTATATAAATTTTCGTAAAAAA TGAAATATAATTAAAATAGCCCAACTCAAAAATAGAAACCAAACTTAATGGGCCAATTTT AAGTGCTCGATATAGATAAATATATATATTCTTCACCATGTGATTATAAGATACTTATGA TCTTATAATTATTAAATTTTACAAATATAGATGGTTTGTTAGATTTCAATTGCAATGTCC TAATATATTTATTAACCAAAAAAACAACTTTCTGCATAACTGAAAAGTCGATATTCCTTA ATAATTTTTTTATTAAAAAAGAAATTTGTTTTATAATTTTGAATGTGAAAAGGTACAAAA ATACCTTCGAAAATCCACCAGAAATAATTACACGGTTAAATTAAGGGGGGGAAAAAATAG GGGACATGTAAAATTCCACCAACTTGCTGCTCCACTCTTACTTAAAAAGTATTTTTCCTT TCCCATATTTATTATTATTTTTACATATTTAAAAAAAATACGAAGTTAGTTCAACTTTTC TTCTTTAGGACTAACAAAAGAAAATTTTCGTAAATAATTGTTATTTCTATTAATATACAA CAAAAATAATAATAGTACAATGTATTCGGTGTAGTCTCTAACAAAGTGATATCTACAGAT AATAACAGAGTCAAGATTTTACTAAGAGAGTTTGAAATATGAAAAGTTAGCACACATAGA GGAAAAGGGAGTCTAATATGTACTATAGATACGTGTAAGATTTATTTAAGCATACATAAA TATTATAATTTTTCGCTGAAGAGAATCTTGATGAACCCCTTTAGCCGTTAGCTCCACCCT GGTCTAGGAATAATTGCAGAGTGTTCGCACTGCACGTCTATTTTATCTCTACAATAAAAA ATAAAAAAATTATTTTCGATAAACAGACTGATTATAATAATTGGGGTTTGAGGGGGGGTG GGGGGTGGGGGAGATACATGAGGGAAGATCCACCACTCTTTTTGGAGGGGTCCTTGTTAA GCATATAAGCAAAAGAAGAGACAGAGAGAGACTAGTCGAAGTCATCCATTGGCTTCATTT TCCTTCTTAGAGTTATTGTTTACGACGGTTTTAAATATACACGATAAAGTAATTAGTATA TATATATATATATATATGATAAATGTAGTTATATTTTTATTTATATAAAAAATAGTCAAA AGTCATAGAAAATATACCGTGAATATATATTATGATACACTAAAAATTTTTAATATAGCG CATATATATATATAAATTATATACACTGACTATACATTATAATATACTCAAAAAGTTAAA TATAGCTTACATGTATATTAGCTATAAACCGACTAATTATTGGCTATATATTATGATACA TTCAATAAGTTTGGATATAAATTATGCAAGTTGATCTAGATTATCCTAACTATTTGTTTA TATTCGCAAGCGAAATAATACAAATGAACAAAAATATACAATTGTAATTTTTATATCAGA TAAAATTATAGCTACAAAACACAATTATAGAAACTATAGTTATAAAGTCGTATTATTAAA AAAATACATAAAAGAACCCCCGAACTTGGTCGAATAGGGGGTGTTTTAATCACATCAAAG ATGTTAATGGGAGTATTTAAACGCCCGTGTAGTTTAAGTACTAAAGTAAGTTATCAAACC AAGTTAAAGTTTCTTTTTTTATGTATTTTCTCGTATTATTACTATTATATTTGTTATTTC TAGAATTTTCTTTTTTAAAAAAAAGAACTACGAAGAGAAAAAAAGAAAAAGGAACAAAAA GGACCTCAAAAACTTTTCTATAACCTATTTATCATAAATCAAGATTTTCGACTACTTTAA CATACAGTACAATTATGTATCTAATATAATATAGGGAAAATTATATATAATAGCAAACTA ATAACCTAAAATAAATGGAATAGCTAGGGTTTGATTTAATTGTGCTCCATAGCAAACGTT AGCTAAAATTTGCCAGCGTCTCTCTCCCAAAAATCTCGCTCGCCACTCTCCATTCTCGCT CGCCTCTCTTGCTTTATACACAGAAGTGTATAATTCTGTCTCTGTTTTGTATAAAGCGAG AGAAAATTGTATATACACATGCAAAAATGTATATCTTCGTGTTATACACTTAATTATACA ATTTACAAACATTTTACTTCAAATATTACAGAGAAAAAGGCCAACGAATTATACAATTGC AATGAAATGCAATTTTCTCTAGCTTTATACAACAGAAGTGTATATATTGTGTTTTTGTTT TTGTATAAAGCGAGAAAAACATATATCTTCTTGCTATACACTTATAATTATGCAATATAC ATACATTTTAATTCGATTCAACTGTATGCAAAAGCAAATTATACAATTGCAGCGAAATAG GCCATCGAATTATACAATTGTATATGTATAGTGAATTATACAGTTTTATGTTTGCTATGG AGCGCACTTATGCAAACTTTGCTATAGCATACAAATATGAATTTTTTATTTGCTATATGT GAGAGTTGTCTTATAATATATAGCCTGCATTTTTTTTTATCTCAATCACGAACAAATGTG TACTAGCTACACCATTTTTACCTTGTAATGTTATTATACTACTTTACTATATCATAACTT ATTAATTTAAATATTTATGCTGCTTATGTGTCCCATGCCTCAAATTTATTCGGGAGTAAA ACTTTAGAATTATAGTATTTGAGTTTGGATTTGGTATGAGATGTTAGTACCATTTGATAT TTTCAGAATATCAAATTATTTATTTAATGAAGGTCATATATCAATATATACAATATTTTT ATGCAATGTCAAATTTTTTAATATTAAATTTAATTATAAAATATTAATTGTTCAACTAAA AATGTATTGAGTTGTTTTTTAAAAACCATTCTATTATCCCTCGACTAATATTGATTTTTT TTAATCATATCATTCTTAACGTTAGTAAGAAAAAGTACATGATATTATGTTCAACGTATG TATATTCTCAGTTAAGATGCATATAAACTGACTCAATCACCATTTTAATCAAAAAAAAAA AAAAAGTTAGAAACAAATGATAAATTCGAACTTTATTTATATATATATTTAAAGGTTAGT CATACACATATTCCACACCAAAAAAGCTAAGTTTCGATATGTGCATGCATTTGGAATTAT CTTTTTACATATTGTTAGTTATCCAAATTGTGATATATAACTAACAATGTTTGAACAGAC TCAAGGTCTAAAGAAATGTTAGGAGTGGAACTAATGGGCCACTACAAATGGATCACTTTT GAATATATGGCCTAACTCTAACCACCTCACATAAAATTATCTTACGAGAAAAATAACACA AATTTCATTAGTTTGGAAATATATTTTTCTTTATCTGTGTTTCCAATGTCATGAATCTTA TTAGAATTTAAACTTTATACACATATATTCGGCATGTCCATATACTTGTATCTCAAATAT ATATGATCAAATTAAGTTAGTTTGTTTTAGATATACTATATCCAAGTAGTTCATATGTAT CTAACTCTCTCACTCGCGTGTCTTCTATCTCATTCACTACTCTCCTTATGTATTTGTATT TCAAAATTCATATGGTATCTATCTAATGTGATTTATGATCACATGTATCTAGATAAATAG ACTATCTCACTCGCCTCTCCCCCCTTCTTATCTTGCTCGTCTCTCTTCCTATTTTAATGT ATATGGTAGTAAAAATATATGTATATACGTGTTTCTGACTTGAAATTTCGTATAAAATTA TTATTAGTAAGATAATATGTAATTATTTAAAACTATAGAGAAAATTAGTAAATATGGTAG TTATTTGTGTAATTAGGCTAATATGATAGGAATCTTTTGTATATGATTATTTCTAACCTA CTACATGAAAATTGATTAGATTCCTCCTTAATTTAAGCAACTATAATTCAATTAGAAGTT CATTTTTTCTTTTTCAAATAATTTAGAAAGTGAAAAGATGCAAATTATCCTATAAAAACA TGTGGAAATCAAAATGCACTATACAAATTGATGAACATATATATATAGTCCCGCTGCCCA TGTGCATTCCCTTCTGTAAAGAGTTTATATATATAAATAATAAATAAATAAAGTACATTA ATTAATTGGCAATGAAAAGACAACGTATTTTGGGACAATATATACATTAACACTTAGAAT ATTATGGGAAAGTCTAGACATTTCATGGTTGGTAGTTGGGGGAAAATATACAACAACATT GTCCCATTAGTGTATTTCTATGGTCTTTTCAGACATCATTCAAATGCCACCTTTGTCCCT TATTATAATCATATCAAAGTTGATTAGATACATGAAGTTTATATAAATAGCTAATAACTA AGCATATAACATAATAGAGCAATTTATCATTAAACTTAATCCATCAAAAAATAAAATAAA ATTGTGAGTTGTGTTTACTATTGAGTTCGAATCGACTTAGGTAATGTTTCATTAAAACTC ATCTTAGTTCAATATTATAAAAATAATAATTTCATGTTACGACTGATCAATCATATGAGT GACACGTATTGTCCGTTTATGGCCCAGAAGACTTTAGGTATTTATCCCTTGGGCTACATC ATCATCAAGTACAATAATATGTGCATAGTGTGAACTTGTGTAATATATATCATATAAAAC TCTTTGATTTACTTGTGCACCTCTTCTTAGCTTGCCCGCGTACAGAAAGTCTGTCAGTTC TACTCTATATATAACCCACCCTTCATCCTCTTTAAAAACTCGACGTCCTTGCTGAGGTTT GCCCGGTCATGAATGAATGTCTGACTCTAATTACCCTAATTAACCCCCCACCCCACCCCC CAACAAACAAAAAACAAATTAAAGAAGAAACATATGTTCTTTAAATAATTTATCTTGGTT GGAAGAGGAGACACTTTATGTAAGATTGCTCCAATGTCTTTGTCAATTGGATGTGCCCAC ATATCTGAGTCATGTCTTCAATCACAGCTAATCTTAGATGCCTATTCTATCTTTCTATGA TTGTGAGAGTCACTTTCAACATTCTGTTGCCTAAAGAAATTTGCATCATCAACAAACCCC ACTCCCTATCACTTAAAGTCTTTCAATTATTTATAGCCCCTAGCTCTTACAAAGCAAACA TCAACAAGTACTACCTAAGTCCTAATTAAATTTTTTTTTTTCCAATAATCATTTGGATTG ACTTGTCAATTGTCATTATCTTAGGGTTTTATATTAATTTAATCTTTGTCTCCAATTAGG ACAAAGAGCACCATAACCTCTCTTTTAAGAGACATTGATTGCACAATTAAGAGAGAATAA TTGTGCACAAAAAGCAAAGCAATCTAGGGTCTAATTAACCCAATAATGATACCATAATAG CCAATATAATTCATTTCCCCACCTACTTAGTACTTAGGCCTATCATCATGTGAATTTGAA CTTGGAAATAACATTATTAAAAAGTTTATACAATGTGCGGATTAAGATCATCACTAGTGC TTCCACTTATTATGAAAAGATCCTTCTTAATTCTATGACCCCCTATGGCACTAAATATAT AAACGAGAAAAATATAAAAACTATAAATAAGATACAAGCTAAGATAAATGGAATGAATTT AAATTAAATTAAGCGAATATTATAGCATGTGTTGACCTAGCTCCAATGATATCTTCGGTA ATTTCATGATCTAGACAGACTCAACACAAAAGACATTGAGAGAGGATCGATCCTGAATTA TCCGTGTGAATAACCATCTTCGAAACCAAGTAAGTCATCCCAAAGAACAAACTTCTAACT CATGGTAAATGACTAATTGTATTCCTACAAGGTGAATCATGATACAATTTGCTTCCAATG TAATATCGTTGCCCTAGTTATTTTCCACGTCTCTTGTCTATTTTTACTCGATACAATTAT TCCTAAGTGTATATCTTTAAGTTTATCGATATTCATACTTACACACTTTATTCACTACGC ATACTTATCTATATTCACTATTCATACTCACGCACATTTCTCTTATATATGTATAACCCC ACAAAAACAAAATTGAATAATGATAAGGTACAATAGTTGTTAGAAATACTTATAAACTTT ATTGAGAAAGAATTAATTAAAGAAGAACCACAAAAACATAAAGAAAAATTGCTACTTGAT TAAACAATGATATTTTTTTTTTCCTTTGAACTTTTGAATATAGTGAAAGAATAAAACCAG GACAGAGATTACACATGATATGCTTATATATGAGTATTGGGTAATTTAAATTCAATATTC TCACATTTTTAAAAAGAAAGAAATACTTATAGGTAAACTATAATTAATACCTCGTAATAA ATTAATCAAGAATTTCAATTGAATCTATCTTTACCTTAGTCGATGCTCGATATAATGAAA GAATTTTAAATGTATTTATGCATGCTAGCACACACATAGAGGAGAGGATTATACAAAAAT TAAATCTTTATCAATAAAATTAAAGTTTAGAATTTAAATAATCATCCAACTGAACTATCA CAATTTTCTACTCTTTAGTAGAATATGAGAAAATAATCAAGTTGTGGACATGGGAGCAAA GTAGAGAAATGTTTATGGGCCAAAGATTTTGATGGTTCCTCTTATATTTGCTAATAACAT AATATAATAAAAACATATTTTTTAATTTGACATGTAATATTATATAAAAACTAGGCATAA CATAATATATAAAAACATATTTTTTAATTTGGTCACGATTGATATTGATGCACTTTGATA TTACATCGCGCATAAGTAGATCTTTAAATTTATATAGAGTTAAACAAGAAAACACAAATC CTATATAACATAATGTATCTAGATGTAGGACACAAATTGTCATATAAAACTCCACATATG ATATGTGTTTACTTGTTTAATAATACTTAAATTTAAATATCTACATACGTACATCCAAAA TTATATTAGCAGACATAACTGTTAGTTGAGGTCAAATTAAACAATATATCTACGTGTGAT GTGTGTACTAATTAATTACCCACCCCACCCCAAACGCAAACCCAAAAAAAGGAGGGGTTA CAATAGTGATTAGACTTGCTATCAATCATTAATTTTTCCTTTTCCTTTTCCTTTTTCACA CTCTTTATATATATTATCTTATTTTTCTATGTACACCTAAATTTTCATGACCAACAATGC CCATCACGTGAAGTCTTTGGATTTTTCTTTGGTAGAGGAACTACTTATATTATTATAATA AAATGCCTAATGGGCAGTGATTGAACAAAATTTTGCACCATTTACCTAATTGTAAGATGG AAAAAATTTCAATATGAAGTGAGTTGAGAGATCGTTTTTGCTTGAAAAAAAAAACTAATG TTTACATAAAATAGGTCCTCCTAGATTCCTCAAAGGTACTTCAAAATAAACATCAACTTA TTGGATGAAATTATAACTCTTTATAATTCTAGTATTCTACCACCCTGAGTTCAAATTTGT GTACAATCGAATCGCGACGATAAATTAATGGCATAATACATAAACATTACTCAAATTTGT TCTAATCTTGTAAAGTATTAAGATACTTTATGTCGTTTTTACTGTGTCTAACTTACAAAA TAATCATCTAAAAATCTCAAAAATTTATGTTTCATATCAGGGTCAGAGAGTATCGGATGT GTGTGAGGACGAGTTGGAGTGTTCCGTTGCTTGATTAAATTGAGGTGTATATATCTCGAT GGCCACCGTTAATGTTGGAGTATTTACTTGTCAGCTAAGACTAGATAATTAAGTGTATAT TTATGCTGACTCTCTTCAAACACACAAGATAGAGATAAAATTTACGTACATTTCACTCTC TCCTAACTTAATTTGTATAACTACACTGAATATTTGTGTACAAAAATATTGTGTATTATA GTAAAACAACTTATTTGGTACTTTAGTCCTTGCATAGGTTAGTTTGGCCACAGTGATGAT TATACAGTTGGATGAATTAAAGAGCCTTTTGCATATAGACCTGCAGAAACCCTATATTAT ACCCTAAAAGTTACACTTTTTTTTGCTTTTCCGTTGGTCGTTACATATTCACATCGAAGT CTAATTAAACTTGAATTTTCATTGGAAATCACACACTGTAAGGTAAAAAACACTCCCTCA TAAAGGTAATCCATATCTAGAAGAATTCAAACATAAAACGTATGATTATATATACATAAA AAGTACTTATCACTCCATTAAAACGTCAATACGAAGTGTTGTGTTTGTAATTTAAATAAG GATCTTCATCATCTCCCACTTTGCAGGTACCCTACAACTTTATTTTTTTTCAAAAAAATA TTGGGTGAGAGCTAGCTAATAGACTGATGATTTGAAAATATATACTATATGGTATCCAGC TATATTTTGCACTGTCCTATAATATTTCTTCTCACATAACCAGTTGCCTTCCACTTAATT TCCCAAACTACACATTTGACTTGTGCAAACAAATGACATGATGTTATTCCATACAAAAGC CTGACCTACAAACTACAAAGTCACCACTTCTATCAAATGTGTCATACTGGAGTTCAATTT TTTTAGATTTAATCGTAAATTTAGACATAAAATCTATATAAAAAAAAACTATTTTCATAT AATCATAAGTTATATTTCATTCATCTCAATGTACGTGATCTATTTTTTCTTTTTAGTCGA TCTACAAAAGAATGATAGTTTACAAAAATTTATATGAACTTTTTTAGATGATACAAATTT ACAAAGTCTTTATTTCTTCTCTTAAGTTATGTATTCAATCAAGTATATACATTCACGTAA ATTACGACTGAGGGCGAGAATAATAAATTAGTTTGATTTTCAAAATTCGAAAAGAGTGAT TCTCCAGCTTGTTTCTTTTGAATTTTCCTATGTATATGTTGGGTGCTCACAGCTAAGCTA GAGATACTATCTTTATCCCATCAAGGTGTAATCTATTTGATGTTTGACTCTATTGCTTTA CTATCCTAATAGCTAAAAAGAAGAAAATGATATATAGTACCATGCAACATGCAGCATCTC CAGCTTTTTCATCTTTAAAGCAAAGTTGACCCCCTAATAAATTATACGTTGAACGTATAT GTTGTTGGTAGTATAATTTTTGAACGAAGAAATATCAATTGATATCTAAGACGATGAATG TAAGTAGCATGTTATAATGGACTAGATTAATCTAATGGTGTTTCTTTTCAAATAAAAGTT TTTCGTTGTCACGCACTTAAAGTTGTAACATCGTGTGAAATGTGTAATATGTCAACTCAT GACTCACATGTGCCGTTTCATTGATGACAAACTTTGACCAAGTAGTTTTCTAGGTCTTAA TTATATAATTTTCTTAGAGTTTTCGAAATTATCATGTGTGTTAGATTTTGGTCCTCGAAT TTTATGTATGTATTTGGTGTATTTAAATATACGTGTTTCGGATGTTTGACTCATTTCTCT TAGATCGCTCATCTTTTTCCTTCTATGCTTGCGTCTCTCCTTATGTATATGTAGTGGGAT TTGTATGTTTTTAATATATACTAACATTCTCGCTCACTTCCCTTCTATCTTGCTCGCTTC TCTCTCTCTATGGGGTATATCTTATAGCAAAAATAAATATATAAATTTGACTTGTAATCT GATATAAAATTATTAATTAACGCATTAATATTTAATTATTTCAAAGTATATAGATAAATA GTAAATATGATAAAATGTTGTTGTAATTAGGAAGTAGTTGGCTTCCAATTTAAATTTCTT TTACCACTAGTATACATAATGTTATTTGTGGTTCACATGTCTTATAAGTTATATTGAAAA AATTGACTAAATAGACAAAGACTAGTTCATTACGAATTCATTAATTAAAATGAGCTATAT ATTGATAGTAGATTTAAAATTCATAAATTTAAAATTGTGATTCTGCTCCAACATGAATGT GGTGAAAACACCTGTCGATAGAAAATACACTTCTTTTCGGAATTAAATTCTGAAAAATAT TATTGACCATAAAATTCAAAAATTCAACTTGAATAAGTTCCACAATTTTCATGAATTTGG AAAATAATGAACATGTGTTTTCACTTATACTATTCCAAATTACTCACAAAAAATCAAACA AGTTCAATCTTTATATTTTCACGAATTCAAAAAATAATAAATTAAAAAGGAGTTTTGTTA TATTTTTTCATTTCAATTACATTACTCAGAAAAAATCAAAAATAACTTCAATTTTCAAAT ATTAATTTTTCACTTTGAGAACAAAAACTATTCTTTTTTAAATAAATTTTATAATAAAAC ATGATCAAACGTCTGTCGATATATAAAAGGACTGCATTGCATTAATATCCCATGCACGTT TGCATGGTGGATATATGAAGAACTACATTATATTATATATTTCTGATTATGGAAGGTCCA AAGAATCACAAGATCATATTGGAAATTGTAAAAACCTTAGAATTCTTATTTTTAATTAAC TAAAATAGATGATGTTCTATCAATTCAAGAATCACTGAAATTTATAACATTTGACCTGTA AGTGCTTGGTGGCTACTTTTTTTTTAAAATAAAAAAAATTCTATATATCATACTATAATA TAAACTTTATTTTCTTTGTCAATCATGATTAATAATATTCATTTACTAGTAAAGTAAACG TTTCCAATTAATTAATTAATTAATTAAAATAATGATTTACTTTCATCATGTCAAACATTC CGAATCCTATGCCAAGAAAAAAAGCAAAATTTAATATTAAGATTTTGCTTCCTTTGTGCA GTGCACTATAAGATATTCTGTTATATTGTCTCATAATTAAATTAATAATATTATCATTCT TTCTTCTCAACATCATCGATAAGAATCGTCGTAAAGTGATAATTATTTTGTCATTTTTAA TCAGAAGTCTTCAATATAGAATAGCAGTCTTTGTAAGCGTTTACCCTTCAATGAGAGATC TTCTTTTTCTGCGAATTCAAATTTACGTAAACTCTAATTTATATATCAAACGTCAAAAAA AAAATTCTCAATATCAAATACTTTTATAGTTACTTGTACCATAAGTACAATTCAAATAAT AATAATAATTAAAAAATCACCTTTCCCAAAATAAAATTTAGAATTACTAAAATTAAATTA TGTGACAATGGAGTATATATATATATATATATATAAAATTTAATTTCCTTAGTTGTAGAA GTAAGCTTTTGAGGTCACTACTTTTTTAGATACTAAAATGGTGAAAGATTTTTTTATTTT TTTATTTAAAATTTATTTTGTTTATAGTTTATTTTTTATTTTTTAAAAAAGAGACATAAA ACATTGGGAAGGATGGGAATAGCAGAGATTCCACTTTCCTTAATATGGAGGAAAGGGATG GGGCATTCCACTCTATGTTTGTTTATATATATCTTAGACCAAATTATTCTCTCTCCTATA TCATAACTAAAATAATAATATTATTCGTATAATTTTTAAATATCTAAATTTAATCATAAA GAAATTAATCAATTAATCTAATACTACAACATATACCATAACGAGAATTGGTTTGATTGG TGGATAAAATAAATAAAGATATTAACTGAAAATTAATTTTATTTCACTTTTTATAATTAT TCTACTATTTATATTAAAATTAAGTAATTTGTTCACTCTAGGCGATCATGAATAGCTTAT TTTAGCCTTGTCATTAATGGGGTCGAGAATAAAACAATCTTCGAACTAAATAATACTTTT CTCATCTTAATATACATAGCATTTTATATTTTATTTTTCATCATAAAATATCTTTTATAT AATTTGAATTATCATTTAATTGTGATTGAAAATATTTATAATATAATTTTCAATTATATA AATGATATTTTCAAAAAGCTTAAAATTTTTTTTATTGAAATTTACGATCAAACTTAGATT GATTAACTGTTTGAAATTTAAAATAGGAAATACAAACTAGGACAAAAAGAGTAGTTATCA CCAAAATGTAAAATAAAAATAATTATATTCCATAGTACTTTTGTTTTTAAAGAGGAAATC AAATATCAATTCTCTTGACAAGTGTGTCAATACAGAAGAAACAGTATTTTTTTTTAATTA ATGTTTTTGTGTAAAAGAGAATTCAAAAAAATAAAAATAAAAATAGCCCCAGAAGAGTAG AGAGCCATCACTAACACCATCACTATCCATCAATAAATACAATTTCTTTTAACCCAAACA AATACTCTCTTCCTTTCATCACTCTCTCAGAAATCTTGTCCCCAATACAATTTACTTAAA TTTCGATTAATTTTACTAGATATTTGTTACTTTTTAGCAACAATAAATATCAGATAACTC TATTTATCACGATTAAAATATGTGAAAAGACTTATGTAATAATCTTATAATTTGATGGCT TAAATATATCATGCAAATGTTAAAATAAAAATAAAAAATTATAAGATAAATTAATTAAAA GGAAAAAGTAAGAAGTTCATATTTCAATTTTATGTACATTCATGCACAAGCAACACAAAA TTATACGCACCCTTTATAAAATAGAAATTAAATTTAGAAAGTGCCAAGAGAAAATTTAAT GTAAATGTACGTCTCTATCATGAAAAGGATGGTCAAAAAACTTTTATTATACTTATGTAG TAATCATTTATTGATTAAAAAAAAGACTTAAGGTACGTACTCCTAGGAGAAAAAAAAAAT ATGCTTGTTAGAGTTCGATCAAAAATTTGAAAAATTTATAATATATTTTTTAATTTTAAA ACAAATGAATTTTTTTAATTAAAAAAATATTAAAATTAAAAAAATAAAAATATTAAAAAA AACATATTTATTTTATTATTTCGGCGAAAAGGATTTTTCTAATAGAGCAATACAAATATT GTGAATTAAATACAAATCGTTTTCGTTTTGAATTTATGGCAGGTTGAATATTTTATATTT CTAAGTCCACTAATTATTATCTTTTGCATATTCTAATAGTATGGCTGCAGGTTGAATATT TTGTATAAAAGTTAAATTCTCTAGTTTTGTCTTCAAGGAATTTATCAATTCTTGAAGAGG TTAACTAATTAATCTTGACCTCCAAAAAATAGTGAAAACCCTTTTTTAATAAAATAATTA AAAATGATGGTTTAAAAATACACTTAAATATTCCTAAATCATCATATATATGAATTATCG TCAAATATTTATTGAAATATATTTCAACTATCAATTTTGTTCACTTTTTTCTCTATAGCG TTATGTATTTATACGAGATAAACATACTGTCAATTGTATTGATATTCAATCACATTTTCC TTATACACACACTTTAAAAAAAATCATAAATCAGAAAGTACTGTATTTCACTAATTTATC ATTTTACTATTTTCAACGTATATATTATTTGCTTTTTGATATAATTAGTTTAAAGACAAA AAATAAATAAATAACTCATTAAATATTATTAATTGGTAACTATTTTGAGATAGACATTTT TAGTAATATTGACAACTAATATAATTAGAGGGAATCGTTAAAATACAACTATTTCGAAAA TGTTATTTTTTTTTAAAATGTATCCTTTTATTTCCAATACTATTTCTACTCATATTGTTT TATAATAGTACTATTACTTAATTTCTGAATTGAAGGGTCAGGGAAAAGACTTGTCAAATT TTACTCTCACGTAATTGTCAGCTTGGTAGAAATTGAAAGCAACTTATGATATAACAAAGT ACAATAAAAATAATATTTCTAGAAGCTACATGTCACATGTATATGTTTTAAAAAAAATGT TATTTGATTCGTACGCGTTCAATAAAATATGAATAATAAGCATCGTTCACAAATTCATAG TAAAATAAAATAAAATAATGAAAAAATCAAGTTTACTAAATTTATATTGTATTCTTCGAA AATAATTTGAACGATTTACTTTCCTTTTTTCTAAACCCTCTAATAATGAAGAAACTAGAA TGGAAGTAGAGTTAGGATAATATATTTGATCTAGTTCATATATAATTTTTTTTGTCACAT TTATAAATAGATATAATATATATACGTACATTTTGTATTTTATGTGAGAGTGATGTGTGA AGTGTTAGGTATAAAACTATATAGTACAGTACTGTTATGTCTTATAACAATTATGTATAT GTAATTAATAATAACTGCAAAACCGTTTCGAGTGTTCATTTTTTTGAGTTATTGTACGTA CAATAATAATAATAATAACAATAACAATAACATTCACTTCTGTCAAATTTAATGAATTCT GTAGGTATTAACCATGGTATAAAATCATAGATGGTATTTTTTTCGTTTCAAATTAATTAT CATGTTTCAGTTTTTGAGAGTTGATTGAATTAATTGATTAAGTTAAATTAAATTAGATTA ATTTATTATTTTATCATATAAAATTTAGATATTTGAAAATTAATTATAAATATTTTCTCT TATCAATTTGATGAAAAATATTGATCTTATATAAGTCAGATACTTAGAAAACAAAACATG ACGACTAATGTAGTGTTTAGTTTAGTGTTGTTGGTTATTAAGGTTTTCGAAGGAAAGATG TTTGATAATATAATCTTAATTAATCATAATGTATTTGTTTGAGTATTATTTTATCACTCA TTACTTTCATTCCCTTTATTTAATTAATAAGTAGTAATTATTGTAAAAATAATTCAAGTA TAAAATAACGATTGTGTGTGTTTGTTAACAACAGTAAAATAAATCGTAGTTGAAAAGCTG CCACAAGTCCACTTTGTCTCTCTTGAAAACAAAAAATTATTTACCTATCCCATTTACTTT ACAAAGTTTTATTTCACGAATTATCATATAATAGTGATATTTTATATTGATTATGTTCTC TTTCATTTAACGCATTTTATTTTTATGCTCACTTCTTATTGTACTCATCCTTATCGTTTC ATACCCGAATAGGTTATCGGAGTTAAATAATTTTTTAAAATATTTTTAATATCAACTAAT TTATTCAGGCGAGACATCTTATGATATCATGATGTGCTCATTTCTATGACCCTTCCTTTA ATTATGTTGGGCTCTCAATACTTACGAGTGATAAAAAAAAAAGAAAAAAAAATGAAGCAT AATTAGTGAACAAGTATAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.973 2654 2726 match_part 1.000 2813 3030 match_part 0.978 3133 3310 match_2 match_part 0.973 2654 2726 match_part 1.000 2813 3030 match_part 0.985 3133 3263 match_3 match_part 1.000 2988 3030 match_part 0.960 3133 3683 match_part 0.992 3764 3888 match_4 match_part 0.907 3187 3657 match_5 match_part 0.910 3517 3683 match_part 0.934 3764 4261 match_6 match_part 1.000 13254 13430 match_part 1.000 13517 13734 match_part 0.982 13871 14155 match_7 match_part 1.000 13323 13430 match_part 1.000 13517 13734 match_part 1.000 13871 13945 match_8 match_part 1.000 13325 13430 match_part 1.000 13517 13734 match_part 0.995 13871 14279 match_9 match_part 1.000 13329 13430 match_part 1.000 13517 13734 match_part 1.000 13871 14106 match_part 1.000 15214 15295 match_10 match_part 0.961 13329 13430 match_part 0.986 13517 13734 match_part 0.908 13871 14121 match_11 match_part 0.961 13329 13430 match_part 0.986 13517 13734 match_part 0.882 13871 13989 match_12 match_part 1.000 13331 13430 match_part 1.000 13517 13734 match_part 0.979 13871 14260 match_13 match_part 1.000 13331 13430 match_part 1.000 13517 13734 match_part 0.995 13871 14241 match_14 match_part 1.000 13370 13430 match_part 1.000 13517 13734 match_part 0.988 13871 14111 match_15 match_part 0.904 14016 14421 match_part 0.930 14774 15045 match_16 match_part 0.924 14105 14421 match_part 0.911 14774 15031 match_17 match_part 0.996 14188 14421 match_part 0.996 14774 15458 match_18 match_part 1.000 14792 15627 match_19 match_part 0.991 15158 15826 match_20 match_part 0.978 15188 15826 match_21 match_part 0.983 15303 15892 match_22 match_part 0.997 15303 15892 match_23 match_part 0.993 15566 15974 match_24 match_part 1.000 15649 15974 match_25 match_part 0.999 19978 20824 match_26 match_part 0.998 20006 20577 match_27 match_part 0.994 20278 20924 match_part 0.714 21914 21927 match_28 match_part 0.993 20327 20737 match_29 match_part 1.000 20397 20732 match_30 match_part 0.997 23159 23916 match_31 match_part 0.978 23159 23900 match_32 match_part 1.000 23160 23618 match_33 match_part 0.994 23187 23910 match_34 match_part 0.995 23214 23946 match_35 match_part 0.703 24694 24730 match_part 0.901 26361 26722 match_36 match_part 0.703 24694 24730 match_part 0.909 26361 26690 match_37 match_part 0.742 25202 25232 match_part 0.909 26383 26746 match_38 match_part 0.916 26429 27131 match_39 match_part 0.994 30244 30420 match_part 1.000 30516 30733 match_part 1.000 30815 31368 match_part 1.000 31454 32400 match_40 match_part 0.882 30345 30420 match_part 0.945 30516 30733 match_part 0.959 30815 31204 match_41 match_part 1.000 30347 30420 match_part 1.000 30516 30733 match_part 0.988 30815 30982 match_42 match_part 0.902 30370 30420 match_part 0.945 30516 30733 match_part 0.930 30815 31241 match_43 match_part 0.997 30382 30733 match_part 1.000 30815 30952 match_44 match_part 0.920 30396 30420 match_part 0.945 30516 30733 match_part 0.949 30815 31222 match_45 match_part 1.000 31003 31475 match_46 match_part 0.992 31004 31242 match_47 match_part 0.988 31094 31527 match_48 match_part 1.000 31280 31368 match_part 0.995 31454 32286 match_49 match_part 0.991 31608 32411 match_50 match_part 1.000 31716 32255 match_51 match_part 0.945 31954 32243 match_52 match_part 0.995 32051 32417 match_53 match_part 0.994 32051 32413 match_54 match_part 0.978 32053 32423 match_55 match_part 0.992 32075 32448 match_56 match_part 0.997 32107 32448 match_57 match_part 0.895 33872 33985 match_part 0.954 34077 34294 match_part 0.933 34380 34619 match_58 match_part 0.947 33910 33985 match_part 0.931 34077 34294 match_part 0.941 34380 34769 match_59 match_part 0.905 33923 33985 match_part 0.931 34077 34294 match_part 0.946 34380 34509 match_60 match_part 0.961 33935 33985 match_part 0.931 34077 34294 match_part 0.935 34380 34517 match_61 match_part 1.000 35242 35876 match_62 match_part 1.000 35242 35838 match_63 match_part 1.000 35242 35810 match_64 match_part 0.996 35313 35992 match_65 match_part 1.000 35379 35992 match_66 match_part 0.999 37444 38285 match_67 match_part 0.913 38044 38780 match_68 match_part 1.000 40713 40814 match_part 1.000 40887 41312 match_69 match_part 0.941 40713 40814 match_part 0.996 40887 41139 match_70 match_part 1.000 40903 41412 match_71 match_part 0.907 41425 41845 match_72 match_part 0.455 57845 57888 match_part 0.918 58244 58817 match_73 match_part 0.455 57845 57888 match_part 0.914 58244 58662 match_74 match_part 1.000 58282 58979 match_part 0.989 59606 59780 match_75 match_part 1.000 58305 58979 match_76 match_part 0.997 58305 58644 match_77 match_part 1.000 58783 58979 match_part 1.000 59606 59896 match_part 1.000 62617 62736 match_78 match_part 1.000 58783 58972 match_79 match_part 1.000 58834 58979 match_part 1.000 59606 59896 match_part 0.993 62617 62908 match_80 match_part 1.000 59840 59896 match_part 0.991 62617 63297 match_81 match_part 0.993 60305 61064 match_82 match_part 1.000 62660 63312 match_83 match_part 1.000 68421 68638 match_part 0.965 69271 69471 match_84 match_part 0.967 68430 68638 match_part 0.978 69271 69721 match_85 match_part 0.966 68431 68638 match_part 0.978 69271 69721 match_86 match_part 0.985 68434 68638 match_part 0.967 69271 69721 match_87 match_part 0.985 68434 68638 match_part 0.969 69271 69721 match_88 match_part 0.980 68434 68638 match_part 0.978 69271 69721 match_89 match_part 0.985 68434 68638 match_part 0.978 69271 69721 match_90 match_part 1.000 68435 68953 match_91 match_part 0.983 68465 68638 match_part 0.978 69271 69721 match_92 match_part 0.994 68466 68638 match_part 0.985 69271 69730 match_93 match_part 0.958 68473 68638 match_part 0.978 69271 69719 match_94 match_part 0.988 68476 68638 match_part 0.975 69271 69713 match_95 match_part 0.993 68502 68638 match_part 0.998 69271 69708 match_96 match_part 0.998 68910 69721 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_97 match_part 0.928 6799 5964 match_98 match_part 0.932 7131 6898 match_part 0.934 6817 6133 match_99 match_part 0.916 7064 6898 match_part 0.942 6817 6320 match_100 match_part 1.000 7593 7551 match_part 1.000 7448 6898 match_part 0.992 6817 6693 match_101 match_part 0.949 7394 6924 match_102 match_part 0.914 8004 7854 match_part 0.950 7768 7551 match_part 0.945 7448 7212 match_103 match_part 1.000 7954 7854 match_part 1.000 7768 7551 match_part 0.994 7448 7271 match_104 match_part 0.970 7954 7854 match_part 1.000 7768 7551 match_part 0.992 7448 7318 match_105 match_part 0.933 7928 7854 match_part 0.899 7768 7551 match_part 0.920 7448 7374 match_106 match_part 0.908 26756 26367 match_part 0.765 26171 26155 match_107 match_part 0.907 26746 26382 match_108 match_part 0.987 26764 26388 match_109 match_part 0.829 28517 28366 match_part 0.954 28282 28065 match_part 0.928 27979 27426 match_part 0.940 27343 26397 match_110 match_part 0.934 27189 26397 match_111 match_part 0.955 27514 27426 match_part 0.935 27343 26511 match_112 match_part 0.917 27118 26515 match_113 match_part 0.918 27118 26522 match_114 match_part 0.926 27081 26542 match_115 match_part 0.924 27118 26550 match_116 match_part 0.900 27700 27270 match_117 match_part 0.904 27791 27322 match_118 match_part 0.961 28416 28366 match_part 0.936 28282 28065 match_part 0.921 27979 27552 match_119 match_part 0.916 27790 27552 match_120 match_part 0.920 28390 28366 match_part 0.936 28282 28065 match_part 0.936 27979 27572 match_121 match_part 0.947 28441 28366 match_part 0.931 28282 28065 match_part 0.944 27979 27590 match_122 match_part 0.986 28513 28366 match_part 1.000 28282 28065 match_part 1.000 27979 27740 match_123 match_part 0.905 28439 28366 match_part 0.954 28282 28065 match_part 0.917 27979 27812 match_124 match_part 0.941 28416 28366 match_part 0.931 28282 28065 match_part 0.935 27979 27842 match_125 match_part 0.937 28428 28366 match_part 0.931 28282 28065 match_part 0.954 27979 27850 match_126 match_part 0.824 33048 33032 match_part 0.995 32428 32041 match_127 match_part 0.927 35990 35229 match_128 match_part 1.000 38709 38149 match_129 match_part 0.981 57647 57223 match_130 match_part 0.978 65066 64747 match_part 0.706 63252 63236 match_131 match_part 0.984 65066 64747 match_part 0.706 63252 63236 match_132 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_133 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_134 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_135 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_136 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_137 match_part 0.960 64971 64747 match_part 0.706 63252 63236 match_138 match_part 0.966 65066 64747 match_part 0.688 63252 63237 match_139 match_part 0.981 65066 64749 match_part 0.786 63252 63239 match_140 match_part 0.994 65844 65681 match_part 0.990 65066 64763 match_part 0.800 63252 63243 match_141 match_part 0.973 65906 65681 match_part 0.954 65066 64805 match_part 0.571 64644 64638 match_part 0.667 63921 63880 match_part 0.833 63724 63719 match_142 match_part 1.000 66392 66293 match_part 1.000 65905 65681 match_part 1.000 65066 64790 match_part 0.600 63803 63784 match_143 match_part 1.000 66472 66293 match_part 1.000 65905 65681 match_part 0.997 65066 64763 match_part 0.697 63921 63889 match_144 match_part 0.946 65847 65681 match_part 0.957 65066 64763 match_part 0.697 63921 63889 match_145 match_part 1.000 65803 65681 match_part 0.990 65066 64763 match_part 0.667 64644 64639 match_146 match_part 0.881 66477 66293 match_part 0.973 65905 65681 match_part 0.929 65066 64728 match_147 match_part 0.953 66419 66293 match_part 0.973 65905 65681 match_part 0.929 65066 64742 match_148 match_part 1.000 66358 66293 match_part 0.991 65905 65681 match_part 0.994 65066 64750 match_149 match_part 0.976 66334 66293 match_part 1.000 65905 65681 match_part 0.962 65066 64751 match_150 match_part 0.981 66449 66293 match_part 1.000 65905 65681 match_part 0.981 65066 64758 match_151 match_part 1.000 66444 66293 match_part 1.000 65905 65681 match_part 0.984 65066 64760 match_152 match_part 1.000 66375 66293 match_part 1.000 65905 65681 match_part 0.984 65066 64761 match_153 match_part 0.934 65066 64762 match_154 match_part 1.000 65834 65681 match_part 0.997 65066 64763 match_155 match_part 0.976 65806 65681 match_part 0.967 65066 64763 match_156 match_part 0.895 66463 66293 match_part 0.973 65905 65681 match_part 0.941 65066 64764 match_157 match_part 0.974 65871 65681 match_part 0.963 65066 64768 match_158 match_part 0.973 65905 65681 match_part 0.929 65066 64786 match_159 match_part 1.000 66463 66293 match_part 1.000 65905 65681 match_part 0.996 65066 64787 match_160 match_part 1.000 66475 66293 match_part 1.000 65905 65681 match_part 0.989 65066 64805 match_161 match_part 0.950 66412 66293 match_part 0.969 65905 65681 match_part 0.975 65066 64829 match_162 match_part 1.000 66426 66293 match_part 1.000 65905 65681 match_part 1.000 65066 64835 match_163 match_part 1.000 66416 66293 match_part 0.991 65905 65681 match_part 1.000 65066 64835 match_164 match_part 1.000 66416 66293 match_part 0.991 65905 65681 match_part 0.991 65066 64840 match_165 match_part 1.000 66463 66293 match_part 1.000 65905 65681 match_part 1.000 65066 64917 match_166 match_part 0.992 66412 66293 match_part 0.996 65905 65681 match_part 0.975 65066 64947 match_167 match_part 0.930 66477 66293 match_part 1.000 65905 65681 match_part 1.000 65066 65015 match_168 match_part 0.896 66475 66293 match_part 0.964 65905 65681 match_part 0.958 65066 65043 match_169 match_part 0.995 66475 66293 match_part 0.991 65905 65681 match_170 match_part 0.918 66474 66293 match_part 1.000 65905 65681 match_171 match_part 0.924 66449 66293 match_part 0.972 65905 65693 match_172 match_part 0.906 66463 66293 match_part 0.957 65905 65744 match_173 match_part 0.899 66471 66293 match_part 0.957 65905 65767 match_174 match_part 1.000 71540 71443 match_part 1.000 71319 71168 match_part 0.980 70999 70495 match_175 match_part 1.000 90687 90544 match_part 1.000 90352 90194 match_part 1.000 89907 89756 match_part 0.993 89210 88942 match_part 0.519 88172 88146 match_176 match_part 0.957 89847 89756 match_part 0.974 89210 88869 match_part 0.652 88509 88464 match_177 match_part 1.000 89872 89756 match_part 0.933 89210 88823 match_178 match_part 1.000 89871 89756 match_part 0.933 89210 88823 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 2654 2726 exon 2813 3030 exon 3133 3683 exon 3764 4261 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 8004 7854 exon 7768 7551 exon 7448 6898 exon 6817 5964 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 13254 13430 exon 13517 13734 exon 13871 14421 exon 14774 15974 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 13323 13430 exon 13517 13734 exon 13871 14106 exon 15214 15295 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 19978 20924 exon 21914 21927 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 23159 23946 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 24694 24730 exon 26361 27131 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 25202 25232 exon 26383 27131 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 28517 28366 exon 28282 28065 exon 27979 27426 exon 27343 26367 exon 26171 26155 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 28513 28366 exon 28282 28065 exon 27979 27270 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 30244 30420 exon 30516 30733 exon 30815 31368 exon 31454 32448 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 30345 30420 exon 30516 30733 exon 30815 31527 gene_13 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 30382 30733 exon 30815 30952 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 33048 33032 exon 32428 32041 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 33872 33985 exon 34077 34294 exon 34380 34769 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 35990 35229 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 35242 35992 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 37444 38780 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 38709 38149 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 40713 40814 exon 40887 41412 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 41425 41845 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 57647 57223 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 57845 57888 exon 58244 58979 exon 59606 59896 exon 62617 63312 gene_24 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 60305 61064 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64747 exon 63252 63236 gene_26 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64728 gene_27 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64749 exon 63252 63239 gene_28 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64763 exon 63921 63889 gene_29 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64763 exon 64644 64639 gene_30 gene GT_PGL_19_AGS_6 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64763 exon 63252 63243 gene_31 gene GT_PGL_19_AGS_7 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64790 exon 63803 63784 gene_32 gene GT_PGL_19_AGS_8 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 65906 65681 exon 65066 64805 exon 64644 64638 exon 63921 63880 exon 63724 63719 gene_33 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68421 68638 exon 69271 69730 gene_34 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68435 69721 gene_35 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 71540 71443 exon 71319 71168 exon 70999 70495 gene_36 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 89872 89756 exon 89210 88823 gene_37 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 89847 89756 exon 89210 88869 exon 88509 88464 gene_38 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 90687 90544 exon 90352 90194 exon 89907 89756 exon 89210 88942 exon 88172 88146 RepeatMasker tomato repeats master TLP2 49 306 1 TLP2 49 306 1 nucleotide_motif 1082 917 1169 Copia00110 13161 13457 1 Copia00110 13161 13457 1 nucleotide_motif 807 1198 1507 Gypsy00043 934 1280 1 Gypsy00043 934 1280 1 nucleotide_motif 883 1581 1893 Copia00110 2635 2727 1 Copia00110 2635 2727 1 nucleotide_motif 269 5471 5562 Copia00151 5544 5824 1 Copia00151 5544 5824 1 nucleotide_motif 959 16845 17114 Copia00175 2317 2597 1 Copia00175 2317 2597 1 nucleotide_motif 831 21291 21563 TLP1 50 113 1 TLP1 50 113 1 nucleotide_motif 401 32483 32546 TLP1 40 291 1 TLP1 40 291 1 nucleotide_motif 941 32768 32998 SONATA1 104 176 1 SONATA1 104 176 1 nucleotide_motif 398 43139 43211 TLP1 51 117 1 TLP1 51 117 1 nucleotide_motif 225 47760 47828 TOTO1_LP_I 2506 3258 1 TOTO1_LP_I 2506 3258 1 nucleotide_motif 5604 52275 53032 SHACOP16_LTR_MT 444 612 1 SHACOP16_LTR_MT 444 612 1 nucleotide_motif 281 57549 57672 SONATA2 2 110 1 SONATA2 2 110 1 nucleotide_motif 498 65291 65399 Unknown00046 514 629 1 Unknown00046 514 629 1 nucleotide_motif 299 75071 75191 TS2 110 335 1 TS2 110 335 1 nucleotide_motif 782 77200 77432 Copia00151 9546 9661 1 Copia00151 9546 9661 1 nucleotide_motif 260 80888 80992 TLP2 6 306 1 TLP2 6 306 1 nucleotide_motif 996 86607 86902 Copia00175 2327 2584 1 Copia00175 2327 2584 1 nucleotide_motif 762 92696 92963 SINE_SO 5 181 1 SINE_SO 5 181 1 nucleotide_motif 590 102966 103139 Unknown00019 48 702 1 Unknown00019 48 702 1 nucleotide_motif 4432 104194 104832 RepeatMasker tomato repeats master Unknown00034 3697 4025 -1 Unknown00034 3697 4025 -1 nucleotide_motif 1920 8482 8172 POTTEN2 16 92 -1 POTTEN2 16 92 -1 nucleotide_motif 251 10280 10204 Copia00105 4533 4565 -1 Copia00105 4533 4565 -1 nucleotide_motif 229 10356 10324 Gypsy00194 6757 7056 -1 Gypsy00194 6757 7056 -1 nucleotide_motif 459 16630 16332 Unknown00025 297 473 -1 Unknown00025 297 473 -1 nucleotide_motif 390 18160 17975 Unknown00014 788 876 -1 Unknown00014 788 876 -1 nucleotide_motif 254 24172 24084 TLP1 552 659 -1 TLP1 552 659 -1 nucleotide_motif 374 32543 32445 TLP1 502 589 -1 TLP1 502 589 -1 nucleotide_motif 272 32705 32620 TLP2 172 299 -1 TLP2 172 299 -1 nucleotide_motif 383 32861 32737 Unknown00025 426 473 -1 Unknown00025 426 473 -1 nucleotide_motif 283 42100 42052 Unknown00025 244 301 -1 Unknown00025 244 301 -1 nucleotide_motif 271 42170 42115 Unknown00046 2678 2835 -1 Unknown00046 2678 2835 -1 nucleotide_motif 338 43365 43212 Copia00004 1 4593 -1 Copia00004 1 4593 -1 nucleotide_motif 39393 57630 53016 SONATA2 1 84 -1 SONATA2 1 84 -1 nucleotide_motif 245 59163 59080 Gypsy00016 5206 5247 -1 Gypsy00016 5206 5247 -1 nucleotide_motif 236 64470 64425 Unknown00050 3760 3875 -1 Unknown00050 3760 3875 -1 nucleotide_motif 233 66770 66651 HELMET3 3722 3779 -1 HELMET3 3722 3779 -1 nucleotide_motif 227 78139 78084 Gypsy00019 585 644 -1 Gypsy00019 585 644 -1 nucleotide_motif 262 78153 78097 SONATA1 125 243 -1 SONATA1 125 243 -1 nucleotide_motif 347 83668 83551 TLP3 35 310 -1 TLP3 35 310 -1 nucleotide_motif 341 109309 109034 Copia00151 970 1061 -1 Copia00151 970 1061 -1 nucleotide_motif 251 112447 112360 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 6881 53222 57215 match_2 match 2896 53222 54826 match_3 match 4308 54858 57215 match_4 match 6877 53222 57215 match_5 match 6801 53222 57215 match_6 match 2585 55773 57215 match_7 match 4427 53222 55697 match_8 match 7162 53222 57215 match_9 match 5943 53729 57215 match_10 match 4098 54808 57215 match_11 match 6950 53222 57075 match_12 match 5340 54273 57215 match_13 match 1778 53222 54256 match_14 match 5348 54212 57215 match_15 match 5340 54273 57215 match_16 match 7335 53222 57215 match_17 match 7224 53222 57201 match_18 match 3887 53222 55380 match_19 match 3303 55416 57215 match_20 match 4486 53222 55644 match_21 match 7232 53222 57215 match_22 match 5965 53222 56773 match_23 match 6861 53357 57215 match_24 match 7232 53222 57215 match_25 match 5436 53222 56362 match_26 match 7148 53222 57215 match_27 match 7343 53222 57215 match_28 match 1078 55957 57103 match_29 match 7216 53222 57215 match_30 match 3140 53222 54987 match_31 match 3782 55086 57215 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1296 14259 14912 clone_end_1 clone_end 1376 45167 45904 clone_end_2 clone_end 1296 54563 55252 clone_end_3 clone_end 1201 61667 62272 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_2 clone_start 1425 55471 54721 clone_end_4 clone_end 1247 55461 54801 clone_end_5 clone_end 1419 55612 54865 clone_end_6 clone_end 1332 55615 54912 clone_end_7 clone_end 1574 56741 55920 clone_start_3 clone_start 1215 56741 56101 clone_start_4 clone_start 1368 56844 56123 clone_end_8 clone_end 1219 85454 84795 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.973 2654 2726 match_part 1.000 2813 3030 match_part 0.978 3133 3310 match_2 match_part 0.973 2654 2726 match_part 1.000 2813 3030 match_part 0.985 3133 3263 match_3 match_part 1.000 2988 3030 match_part 0.960 3133 3683 match_part 0.992 3764 3888 match_4 match_part 0.907 3187 3657 match_5 match_part 1.000 13254 13430 match_part 1.000 13517 13734 match_part 0.982 13871 14155 match_6 match_part 1.000 13323 13430 match_part 1.000 13517 13734 match_part 1.000 13871 13945 match_7 match_part 1.000 13325 13430 match_part 1.000 13517 13734 match_part 0.995 13871 14279 match_8 match_part 1.000 13329 13430 match_part 1.000 13517 13734 match_part 1.000 13871 14106 match_part 1.000 15214 15295 match_9 match_part 1.000 13331 13430 match_part 1.000 13517 13734 match_part 0.979 13871 14260 match_10 match_part 1.000 13331 13430 match_part 1.000 13517 13734 match_part 0.995 13871 14241 match_11 match_part 1.000 13370 13430 match_part 1.000 13517 13734 match_part 0.988 13871 14111 match_12 match_part 0.996 14188 14421 match_part 0.996 14774 15458 match_13 match_part 1.000 14792 15627 match_14 match_part 0.991 15158 15826 match_15 match_part 0.978 15188 15826 match_16 match_part 0.983 15303 15892 match_17 match_part 0.997 15303 15892 match_18 match_part 0.993 15566 15974 match_19 match_part 1.000 15649 15974 match_20 match_part 0.999 19978 20824 match_21 match_part 0.998 20006 20577 match_22 match_part 0.994 20278 20924 match_part 0.714 21914 21927 match_23 match_part 0.993 20327 20737 match_24 match_part 1.000 20397 20732 match_25 match_part 0.997 23159 23916 match_26 match_part 0.978 23159 23900 match_27 match_part 1.000 23160 23618 match_28 match_part 0.994 23187 23910 match_29 match_part 0.995 23214 23946 match_30 match_part 0.703 24694 24730 match_part 0.901 26361 26722 match_31 match_part 0.703 24694 24730 match_part 0.909 26361 26690 match_32 match_part 0.742 25202 25232 match_part 0.909 26383 26746 match_33 match_part 0.994 30244 30420 match_part 1.000 30516 30733 match_part 1.000 30815 31368 match_part 1.000 31454 32400 match_34 match_part 1.000 30347 30420 match_part 1.000 30516 30733 match_part 0.988 30815 30982 match_35 match_part 0.997 30382 30733 match_part 1.000 30815 30952 match_36 match_part 1.000 31003 31475 match_37 match_part 0.992 31004 31242 match_38 match_part 0.988 31094 31527 match_39 match_part 1.000 31280 31368 match_part 0.995 31454 32286 match_40 match_part 0.991 31608 32411 match_41 match_part 1.000 31716 32255 match_42 match_part 0.995 32051 32417 match_43 match_part 0.994 32051 32413 match_44 match_part 0.978 32053 32423 match_45 match_part 0.992 32075 32448 match_46 match_part 0.997 32107 32448 match_47 match_part 0.895 33872 33985 match_part 0.954 34077 34294 match_part 0.933 34380 34619 match_48 match_part 1.000 35242 35876 match_49 match_part 1.000 35242 35838 match_50 match_part 1.000 35242 35810 match_51 match_part 0.996 35313 35992 match_52 match_part 1.000 35379 35992 match_53 match_part 0.999 37444 38285 match_54 match_part 1.000 40713 40814 match_part 1.000 40887 41312 match_55 match_part 0.941 40713 40814 match_part 0.996 40887 41139 match_56 match_part 1.000 40903 41412 match_57 match_part 1.000 58282 58979 match_part 0.989 59606 59780 match_58 match_part 1.000 58305 58979 match_59 match_part 0.997 58305 58644 match_60 match_part 1.000 58783 58979 match_part 1.000 59606 59896 match_part 1.000 62617 62736 match_61 match_part 1.000 58783 58972 match_62 match_part 1.000 58834 58979 match_part 1.000 59606 59896 match_part 0.993 62617 62908 match_63 match_part 1.000 59840 59896 match_part 0.991 62617 63297 match_64 match_part 0.993 60305 61064 match_65 match_part 1.000 62660 63312 match_66 match_part 1.000 68421 68638 match_part 0.965 69271 69471 match_67 match_part 0.967 68430 68638 match_part 0.978 69271 69721 match_68 match_part 0.966 68431 68638 match_part 0.978 69271 69721 match_69 match_part 0.985 68434 68638 match_part 0.967 69271 69721 match_70 match_part 0.985 68434 68638 match_part 0.969 69271 69721 match_71 match_part 0.980 68434 68638 match_part 0.978 69271 69721 match_72 match_part 0.985 68434 68638 match_part 0.978 69271 69721 match_73 match_part 1.000 68435 68953 match_74 match_part 0.983 68465 68638 match_part 0.978 69271 69721 match_75 match_part 0.994 68466 68638 match_part 0.985 69271 69730 match_76 match_part 0.958 68473 68638 match_part 0.978 69271 69719 match_77 match_part 0.988 68476 68638 match_part 0.975 69271 69713 match_78 match_part 0.993 68502 68638 match_part 0.998 69271 69708 match_79 match_part 0.998 68910 69721 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_80 match_part 0.928 6799 5964 match_81 match_part 0.932 7131 6898 match_part 0.934 6817 6133 match_82 match_part 1.000 7593 7551 match_part 1.000 7448 6898 match_part 0.992 6817 6693 match_83 match_part 0.949 7394 6924 match_84 match_part 1.000 7954 7854 match_part 1.000 7768 7551 match_part 0.994 7448 7271 match_85 match_part 0.970 7954 7854 match_part 1.000 7768 7551 match_part 0.992 7448 7318 match_86 match_part 0.933 7928 7854 match_part 0.899 7768 7551 match_part 0.920 7448 7374 match_87 match_part 0.908 26756 26367 match_part 0.765 26171 26155 match_88 match_part 0.907 26746 26382 match_89 match_part 0.987 26764 26388 match_90 match_part 0.829 28517 28366 match_part 0.954 28282 28065 match_part 0.928 27979 27426 match_part 0.940 27343 26397 match_91 match_part 0.934 27189 26397 match_92 match_part 0.955 27514 27426 match_part 0.935 27343 26511 match_93 match_part 0.917 27118 26515 match_94 match_part 0.918 27118 26522 match_95 match_part 0.926 27081 26542 match_96 match_part 0.924 27118 26550 match_97 match_part 0.900 27700 27270 match_98 match_part 0.904 27791 27322 match_99 match_part 0.916 27790 27552 match_100 match_part 0.986 28513 28366 match_part 1.000 28282 28065 match_part 1.000 27979 27740 match_101 match_part 0.905 28439 28366 match_part 0.954 28282 28065 match_part 0.917 27979 27812 match_102 match_part 0.824 33048 33032 match_part 0.995 32428 32041 match_103 match_part 1.000 38709 38149 match_104 match_part 0.981 57647 57223 match_105 match_part 0.978 65066 64747 match_part 0.706 63252 63236 match_106 match_part 0.984 65066 64747 match_part 0.706 63252 63236 match_107 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_108 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_109 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_110 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_111 match_part 0.994 65066 64747 match_part 0.706 63252 63236 match_112 match_part 0.960 64971 64747 match_part 0.706 63252 63236 match_113 match_part 0.966 65066 64747 match_part 0.688 63252 63237 match_114 match_part 0.981 65066 64749 match_part 0.786 63252 63239 match_115 match_part 0.994 65844 65681 match_part 0.990 65066 64763 match_part 0.800 63252 63243 match_116 match_part 1.000 66392 66293 match_part 1.000 65905 65681 match_part 1.000 65066 64790 match_part 0.600 63803 63784 match_117 match_part 1.000 66472 66293 match_part 1.000 65905 65681 match_part 0.997 65066 64763 match_part 0.697 63921 63889 match_118 match_part 0.946 65847 65681 match_part 0.957 65066 64763 match_part 0.697 63921 63889 match_119 match_part 1.000 65803 65681 match_part 0.990 65066 64763 match_part 0.667 64644 64639 match_120 match_part 1.000 66358 66293 match_part 0.991 65905 65681 match_part 0.994 65066 64750 match_121 match_part 0.976 66334 66293 match_part 1.000 65905 65681 match_part 0.962 65066 64751 match_122 match_part 0.981 66449 66293 match_part 1.000 65905 65681 match_part 0.981 65066 64758 match_123 match_part 1.000 66444 66293 match_part 1.000 65905 65681 match_part 0.984 65066 64760 match_124 match_part 1.000 66375 66293 match_part 1.000 65905 65681 match_part 0.984 65066 64761 match_125 match_part 1.000 65834 65681 match_part 0.997 65066 64763 match_126 match_part 1.000 66463 66293 match_part 1.000 65905 65681 match_part 0.996 65066 64787 match_127 match_part 1.000 66475 66293 match_part 1.000 65905 65681 match_part 0.989 65066 64805 match_128 match_part 1.000 66426 66293 match_part 1.000 65905 65681 match_part 1.000 65066 64835 match_129 match_part 1.000 66416 66293 match_part 0.991 65905 65681 match_part 1.000 65066 64835 match_130 match_part 1.000 66416 66293 match_part 0.991 65905 65681 match_part 0.991 65066 64840 match_131 match_part 1.000 66463 66293 match_part 1.000 65905 65681 match_part 1.000 65066 64917 match_132 match_part 0.992 66412 66293 match_part 0.996 65905 65681 match_part 0.975 65066 64947 match_133 match_part 0.930 66477 66293 match_part 1.000 65905 65681 match_part 1.000 65066 65015 match_134 match_part 0.995 66475 66293 match_part 0.991 65905 65681 match_135 match_part 0.918 66474 66293 match_part 1.000 65905 65681 match_136 match_part 1.000 71540 71443 match_part 1.000 71319 71168 match_part 0.980 70999 70495 match_137 match_part 1.000 90687 90544 match_part 1.000 90352 90194 match_part 1.000 89907 89756 match_part 0.993 89210 88942 match_part 0.519 88172 88146 match_138 match_part 0.957 89847 89756 match_part 0.974 89210 88869 match_part 0.652 88509 88464 match_139 match_part 1.000 89872 89756 match_part 0.933 89210 88823 match_140 match_part 1.000 89871 89756 match_part 0.933 89210 88823 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 2654 2726 exon 2813 3030 exon 3133 3683 exon 3764 3888 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 7954 7854 exon 7768 7551 exon 7448 6898 exon 6817 5964 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 13254 13430 exon 13517 13734 exon 13871 14421 exon 14774 15974 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 13323 13430 exon 13517 13734 exon 13871 14106 exon 15214 15295 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 19978 20924 exon 21914 21927 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 23159 23946 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 24694 24730 exon 26361 26722 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 25202 25232 exon 26383 26746 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 28517 28366 exon 28282 28065 exon 27979 27426 exon 27343 26367 exon 26171 26155 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 28513 28366 exon 28282 28065 exon 27979 27270 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 30244 30420 exon 30516 30733 exon 30815 31368 exon 31454 32448 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 31003 31527 gene_13 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 30382 30733 exon 30815 30952 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 33048 33032 exon 32428 32041 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 33872 33985 exon 34077 34294 exon 34380 34619 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 35242 35992 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 37444 38285 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 38709 38149 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 40713 40814 exon 40887 41412 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 57647 57223 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 58282 58979 exon 59606 59896 exon 62617 63312 gene_22 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 60305 61064 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64747 exon 63252 63236 gene_24 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64749 exon 63252 63239 gene_25 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64763 exon 63921 63889 gene_26 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64763 exon 64644 64639 gene_27 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64763 exon 63252 63243 gene_28 gene GT_PGL_17_AGS_6 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66477 66293 exon 65905 65681 exon 65066 64790 exon 63803 63784 gene_29 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68421 68638 exon 69271 69730 gene_30 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68435 69721 gene_31 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 71540 71443 exon 71319 71168 exon 70999 70495 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 89872 89756 exon 89210 88823 gene_33 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 89847 89756 exon 89210 88869 exon 88509 88464 gene_34 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 90687 90544 exon 90352 90194 exon 89907 89756 exon 89210 88942 exon 88172 88146 AUGUSTUS_tom_cdna de novo gene_1 gene 1 3136 4661 transcript_1 transcript 3136 4661 start_codon_1 start_codon 3136 3138 CDS_1 CDS 3136 3683 CDS_2 CDS 3764 4661 stop_codon_1 stop_codon 4659 4661 gene_2 gene 1 13340 15671 transcript_2 transcript 13340 15671 start_codon_2 start_codon 13340 13342 CDS_3 CDS 13340 13430 CDS_4 CDS 13517 13734 CDS_5 CDS 13871 14421 CDS_6 CDS 14774 15671 stop_codon_2 stop_codon 15669 15671 gene_3 gene 1 19162 20585 transcript_3 transcript 19162 20585 start_codon_3 start_codon 19162 19164 CDS_7 CDS 19162 19583 CDS_8 CDS 19688 20585 stop_codon_3 stop_codon 20583 20585 gene_4 gene 1 22923 23921 transcript_4 transcript 22923 23921 start_codon_4 start_codon 22923 22925 CDS_9 CDS 22923 22933 CDS_10 CDS 23024 23921 stop_codon_4 stop_codon 23919 23921 gene_5 gene 2 30983 32342 transcript_5 transcript 30983 32342 start_codon_5 start_codon 30983 30985 CDS_11 CDS 30983 31368 CDS_12 CDS 31454 32342 stop_codon_5 stop_codon 32340 32342 transcript_6 transcript 31821 32342 start_codon_6 start_codon 31821 31823 CDS_13 CDS 31821 32342 stop_codon_6 stop_codon 32340 32342 gene_6 gene 1 34407 35914 transcript_7 transcript 34407 35914 start_codon_7 start_codon 34407 34409 CDS_14 CDS 34407 34933 CDS_15 CDS 35017 35914 stop_codon_7 stop_codon 35912 35914 gene_7 gene 1 37763 38818 transcript_8 transcript 37763 38818 start_codon_8 start_codon 37763 37765 CDS_16 CDS 37763 38818 stop_codon_8 stop_codon 38816 38818 gene_8 gene 1 40387 51071 transcript_9 transcript 40387 51071 start_codon_9 start_codon 40387 40389 CDS_17 CDS 40387 40814 CDS_18 CDS 40887 41581 CDS_19 CDS 50193 50410 CDS_20 CDS 50502 51071 stop_codon_9 stop_codon 51069 51071 gene_9 gene 1 58309 62730 transcript_10 transcript 58309 62730 start_codon_10 start_codon 58309 58311 CDS_21 CDS 58309 58979 CDS_22 CDS 59606 59807 CDS_23 CDS 59885 59896 CDS_24 CDS 62617 62730 stop_codon_10 stop_codon 62728 62730 gene_10 gene 1 68449 69542 transcript_11 transcript 68449 69542 start_codon_11 start_codon 68449 68451 CDS_25 CDS 68449 68638 CDS_26 CDS 69271 69542 stop_codon_11 stop_codon 69540 69542 gene_11 gene 1 98982 101438 transcript_12 transcript 98982 101438 start_codon_12 start_codon 98982 98984 CDS_27 CDS 98982 99009 CDS_28 CDS 99088 99188 CDS_29 CDS 99906 100021 CDS_30 CDS 100104 100203 CDS_31 CDS 100518 100578 CDS_32 CDS 100653 100750 CDS_33 CDS 100882 101024 CDS_34 CDS 101110 101193 CDS_35 CDS 101345 101438 stop_codon_12 stop_codon 101436 101438 AUGUSTUS_tom_cdna de novo gene_12 gene 1 27192 26455 transcript_13 transcript 27192 26455 stop_codon_13 stop_codon 26457 26455 CDS_36 CDS 27192 26455 start_codon_13 start_codon 27192 27190 gene_13 gene 1 62569 60603 transcript_14 transcript 62569 60603 stop_codon_14 stop_codon 60605 60603 CDS_37 CDS 60839 60603 CDS_38 CDS 61094 60942 CDS_39 CDS 61691 61587 CDS_40 CDS 62569 62477 start_codon_14 start_codon 62569 62567 gene_14 gene 1 66644 64899 transcript_15 transcript 66644 64899 stop_codon_15 stop_codon 64901 64899 CDS_41 CDS 65066 64899 CDS_42 CDS 65905 65681 CDS_43 CDS 66481 66293 CDS_44 CDS 66644 66618 start_codon_15 start_codon 66644 66642 gene_15 gene 1 84293 70813 transcript_16 transcript 84293 70813 stop_codon_16 stop_codon 70815 70813 CDS_45 CDS 70999 70813 CDS_46 CDS 71319 71168 CDS_47 CDS 71601 71443 CDS_48 CDS 82884 82726 CDS_49 CDS 83193 82965 CDS_50 CDS 84293 84106 start_codon_16 start_codon 84293 84291 gene_16 gene 1 90573 89075 transcript_17 transcript 90573 89075 stop_codon_17 stop_codon 89077 89075 CDS_51 CDS 89210 89075 CDS_52 CDS 89907 89756 CDS_53 CDS 90352 90194 CDS_54 CDS 90573 90544 start_codon_17 start_codon 90573 90571 AUGUSTUS_ab_initio de novo gene_1 gene 1 3136 27049 transcript_1 transcript 3136 27049 start_codon_1 start_codon 3136 3138 CDS_1 CDS 3136 3683 CDS_2 CDS 4088 4421 CDS_3 CDS 15568 15663 CDS_4 CDS 19096 19583 CDS_5 CDS 23024 23718 CDS_6 CDS 26805 27049 stop_codon_1 stop_codon 27047 27049 gene_2 gene 1 32046 38818 transcript_2 transcript 32046 38818 start_codon_2 start_codon 32046 32048 CDS_7 CDS 32046 32114 CDS_8 CDS 37403 38818 stop_codon_2 stop_codon 38816 38818 gene_3 gene 1 98982 101438 transcript_3 transcript 98982 101438 start_codon_3 start_codon 98982 98984 CDS_9 CDS 98982 99009 CDS_10 CDS 99088 99188 CDS_11 CDS 99906 100021 CDS_12 CDS 100104 100203 CDS_13 CDS 100518 100578 CDS_14 CDS 100653 100750 CDS_15 CDS 100882 101024 CDS_16 CDS 101110 101193 CDS_17 CDS 101345 101438 stop_codon_3 stop_codon 101436 101438 AUGUSTUS_ab_initio de novo gene_4 gene 1 65770 60603 transcript_4 transcript 65770 60603 stop_codon_4 stop_codon 60605 60603 CDS_18 CDS 60839 60603 CDS_19 CDS 61094 60942 CDS_20 CDS 61691 61587 CDS_21 CDS 65770 65681 start_codon_4 start_codon 65770 65768 AUGUSTUS_tom_ugs de novo gene_1 gene 1 13340 23921 transcript_1 transcript 13340 23921 start_codon_1 start_codon 13340 13342 CDS_1 CDS 13340 13430 CDS_2 CDS 13517 13734 CDS_3 CDS 13871 14421 CDS_4 CDS 14774 15431 CDS_5 CDS 15568 15663 CDS_6 CDS 19096 19583 CDS_7 CDS 23024 23921 stop_codon_1 stop_codon 23919 23921 gene_2 gene 1 32046 38818 transcript_2 transcript 32046 38818 start_codon_2 start_codon 32046 32048 CDS_8 CDS 32046 32114 CDS_9 CDS 37403 38818 stop_codon_2 stop_codon 38816 38818 gene_3 gene 1 40387 59870 transcript_3 transcript 40387 59870 start_codon_3 start_codon 40387 40389 CDS_10 CDS 40387 40814 CDS_11 CDS 40887 41581 CDS_12 CDS 50193 50410 CDS_13 CDS 51805 51874 CDS_14 CDS 58736 58979 CDS_15 CDS 59606 59870 stop_codon_3 stop_codon 59868 59870 gene_4 gene 1 68449 69542 transcript_4 transcript 68449 69542 start_codon_4 start_codon 68449 68451 CDS_16 CDS 68449 68638 CDS_17 CDS 69271 69542 stop_codon_4 stop_codon 69540 69542 gene_5 gene 1 98982 101438 transcript_5 transcript 98982 101438 start_codon_5 start_codon 98982 98984 CDS_18 CDS 98982 99009 CDS_19 CDS 99088 99188 CDS_20 CDS 99906 100021 CDS_21 CDS 100104 100203 CDS_22 CDS 100518 100578 CDS_23 CDS 100653 100750 CDS_24 CDS 100882 101024 CDS_25 CDS 101110 101193 CDS_26 CDS 101345 101438 stop_codon_5 stop_codon 101436 101438 AUGUSTUS_tom_ugs de novo gene_6 gene 1 62569 60603 transcript_6 transcript 62569 60603 stop_codon_6 stop_codon 60605 60603 CDS_27 CDS 60839 60603 CDS_28 CDS 61094 60942 CDS_29 CDS 61691 61587 CDS_30 CDS 62569 62477 start_codon_6 start_codon 62569 62567 gene_7 gene 1 66406 64899 transcript_7 transcript 66406 64899 stop_codon_7 stop_codon 64901 64899 CDS_31 CDS 65066 64899 CDS_32 CDS 65905 65681 CDS_33 CDS 66406 66293 start_codon_7 start_codon 66406 66404 gene_8 gene 1 84293 70813 transcript_8 transcript 84293 70813 stop_codon_8 stop_codon 70815 70813 CDS_34 CDS 70999 70813 CDS_35 CDS 71319 71168 CDS_36 CDS 71601 71443 CDS_37 CDS 82884 82726 CDS_38 CDS 83193 82965 CDS_39 CDS 84293 84106 start_codon_8 start_codon 84293 84291 gene_9 gene 1 90573 89075 transcript_9 transcript 90573 89075 stop_codon_9 stop_codon 89077 89075 CDS_40 CDS 89210 89075 CDS_41 CDS 89907 89756 CDS_42 CDS 90352 90194 CDS_43 CDS 90573 90544 start_codon_9 start_codon 90573 90571 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.973 2654 2726 match_part 1.000 2813 3030 match_part 0.960 3133 3683 match_part 0.992 3764 3885 match_2 match_part 0.907 3187 3657 match_3 match_part 1.000 13254 13430 match_part 1.000 13517 13734 match_part 1.000 13871 14421 match_part 0.996 14774 15892 match_4 match_part 0.996 19978 20924 match_part 0.714 21914 21927 match_5 match_part 0.997 23160 23916 match_6 match_part 0.960 30244 30420 match_part 1.000 30516 30733 match_part 0.995 30815 31368 match_part 0.998 31454 32425 match_part 0.842 33029 33047 match_7 match_part 0.996 35313 35992 match_8 match_part 1.000 37450 38709 match_9 match_part 1.000 40713 40814 match_part 1.000 40887 41412 match_10 match_part 0.981 57223 57647 match_11 match_part 1.000 58282 58979 match_part 1.000 59606 59896 match_part 1.000 62617 63312 match_12 match_part 0.993 60305 61064 match_13 match_part 1.000 68421 68638 match_part 0.965 69271 69471 match_14 match_part 0.985 68434 68638 match_part 0.978 69271 69721 match_15 match_part 1.000 68435 69721 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_16 match_part 1.000 7954 7854 match_part 1.000 7768 7551 match_part 1.000 7448 6898 match_part 0.992 6817 6696 match_17 match_part 0.949 7394 6924 match_18 match_part 0.868 28517 28366 match_part 0.954 28282 28065 match_part 0.933 27979 27426 match_part 0.938 27343 26367 match_part 0.765 26171 26155 match_19 match_part 0.987 26764 26388 match_20 match_part 1.000 66475 66293 match_part 1.000 65905 65681 match_part 0.984 65066 64747 match_part 0.706 63252 63236 match_21 match_part 1.000 71540 71443 match_part 1.000 71319 71168 match_part 0.980 70999 70495 match_22 match_part 1.000 90687 90544 match_part 1.000 90352 90194 match_part 1.000 89907 89756 match_part 1.000 89210 88877 match_part 0.667 88514 88464 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 2654 2726 exon 2813 3030 exon 3133 3683 exon 3764 3885 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 7954 7854 exon 7768 7551 exon 7448 6898 exon 6817 6696 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 13254 13430 exon 13517 13734 exon 13871 14421 exon 14774 15892 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 19978 20924 exon 21914 21927 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 23160 23916 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 28517 28366 exon 28282 28065 exon 27979 27426 exon 27343 26367 exon 26171 26155 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 30244 30420 exon 30516 30733 exon 30815 31368 exon 31454 32425 exon 33029 33047 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 35313 35992 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 37450 38709 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 40713 40814 exon 40887 41412 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 57223 57647 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 58282 58979 exon 59606 59896 exon 62617 63312 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 60305 61064 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66475 66293 exon 65905 65681 exon 65066 64747 exon 63252 63236 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68421 68638 exon 69271 69721 gene_16 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68435 69721 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 71540 71443 exon 71319 71168 exon 70999 70495 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 90687 90544 exon 90352 90194 exon 89907 89756 exon 89210 88877 exon 88514 88464 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 31716 32255 match_2 match_part 0.455 57845 57888 match_part 0.918 58244 58817 match_3 match_part 1.000 58305 58979 match_part 1.000 59606 59896 match_part 1.000 62617 63312 match_4 match_part 1.000 68421 68953 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.926 27081 26542 match_6 match_part 1.000 66475 66293 match_part 1.000 65905 65681 match_part 0.988 65066 64747 match_part 0.706 63252 63236 match_7 match_part 0.896 66475 66293 match_part 0.973 65905 65681 match_part 0.948 65066 64742 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 27081 26542 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 31716 32255 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 57845 57888 exon 58244 58979 exon 59606 59896 exon 62617 63312 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66475 66293 exon 65905 65681 exon 65066 64747 exon 63252 63236 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 66475 66293 exon 65905 65681 exon 65066 64742 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05HBa0042B19.1 type gene exon 68421 68953 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 3136 4661 transcript_1 transcript 3136 4661 start_codon_1 start_codon 3136 3138 CDS_1 CDS 3136 3683 CDS_2 CDS 3764 4661 stop_codon_1 stop_codon 4659 4661 gene_2 gene 1 13340 15671 transcript_2 transcript 13340 15671 start_codon_2 start_codon 13340 13342 CDS_3 CDS 13340 13430 CDS_4 CDS 13517 13734 CDS_5 CDS 13871 14421 CDS_6 CDS 14774 15671 stop_codon_2 stop_codon 15669 15671 gene_3 gene 1 19162 20585 transcript_3 transcript 19162 20585 start_codon_3 start_codon 19162 19164 CDS_7 CDS 19162 19583 CDS_8 CDS 19688 20585 stop_codon_3 stop_codon 20583 20585 gene_4 gene 1 22923 23921 transcript_4 transcript 22923 23921 start_codon_4 start_codon 22923 22925 CDS_9 CDS 22923 22933 CDS_10 CDS 23024 23921 stop_codon_4 stop_codon 23919 23921 gene_5 gene 1 30578 32342 transcript_5 transcript 30578 32342 start_codon_5 start_codon 30578 30580 CDS_11 CDS 30578 30733 CDS_12 CDS 30815 31368 CDS_13 CDS 31454 32342 stop_codon_5 stop_codon 32340 32342 gene_6 gene 1 34407 35914 transcript_6 transcript 34407 35914 start_codon_6 start_codon 34407 34409 CDS_14 CDS 34407 34933 CDS_15 CDS 35017 35914 stop_codon_6 stop_codon 35912 35914 gene_7 gene 1 37763 38818 transcript_7 transcript 37763 38818 start_codon_7 start_codon 37763 37765 CDS_16 CDS 37763 38818 stop_codon_7 stop_codon 38816 38818 gene_8 gene 1 40387 51071 transcript_8 transcript 40387 51071 start_codon_8 start_codon 40387 40389 CDS_17 CDS 40387 40814 CDS_18 CDS 40887 41581 CDS_19 CDS 50193 50410 CDS_20 CDS 50502 51071 stop_codon_8 stop_codon 51069 51071 gene_9 gene 1 58309 62730 transcript_9 transcript 58309 62730 start_codon_9 start_codon 58309 58311 CDS_21 CDS 58309 58979 CDS_22 CDS 59606 59807 CDS_23 CDS 59885 59896 CDS_24 CDS 62617 62730 stop_codon_9 stop_codon 62728 62730 gene_10 gene 1 68449 69542 transcript_10 transcript 68449 69542 start_codon_10 start_codon 68449 68451 CDS_25 CDS 68449 68638 CDS_26 CDS 69271 69542 stop_codon_10 stop_codon 69540 69542 gene_11 gene 1 98982 101438 transcript_11 transcript 98982 101438 start_codon_11 start_codon 98982 98984 CDS_27 CDS 98982 99009 CDS_28 CDS 99088 99188 CDS_29 CDS 99906 100021 CDS_30 CDS 100104 100203 CDS_31 CDS 100518 100578 CDS_32 CDS 100653 100750 CDS_33 CDS 100882 101024 CDS_34 CDS 101110 101193 CDS_35 CDS 101345 101438 stop_codon_11 stop_codon 101436 101438 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 1 27192 26455 transcript_12 transcript 27192 26455 stop_codon_12 stop_codon 26457 26455 CDS_36 CDS 27192 26455 start_codon_12 start_codon 27192 27190 gene_13 gene 1 62569 60603 transcript_13 transcript 62569 60603 stop_codon_13 stop_codon 60605 60603 CDS_37 CDS 60839 60603 CDS_38 CDS 61094 60942 CDS_39 CDS 61691 61587 CDS_40 CDS 62569 62477 start_codon_13 start_codon 62569 62567 gene_14 gene 1 66644 64899 transcript_14 transcript 66644 64899 stop_codon_14 stop_codon 64901 64899 CDS_41 CDS 65066 64899 CDS_42 CDS 65905 65681 CDS_43 CDS 66481 66293 CDS_44 CDS 66644 66618 start_codon_14 start_codon 66644 66642 gene_15 gene 1 84293 70813 transcript_15 transcript 84293 70813 stop_codon_15 stop_codon 70815 70813 CDS_45 CDS 70999 70813 CDS_46 CDS 71319 71168 CDS_47 CDS 71601 71443 CDS_48 CDS 82884 82726 CDS_49 CDS 83193 82965 CDS_50 CDS 84293 84106 start_codon_15 start_codon 84293 84291 gene_16 gene 1 90573 89075 transcript_16 transcript 90573 89075 stop_codon_16 stop_codon 89077 89075 CDS_51 CDS 89210 89075 CDS_52 CDS 89907 89756 CDS_53 CDS 90352 90194 CDS_54 CDS 90573 90544 start_codon_16 start_codon 90573 90571 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 157 37481 38764 match_2 match 168 37487 38761 match_3 match 132 37499 38707 match_4 match 125 37499 38686 match_5 match 140 37496 38695 match_6 match 147 37496 38815 match_7 match 105 38219 38758 match_8 match 118 38138 38632 match_9 match 144 37844 38734 match_10 match 137 37847 38737 match_11 match 152 37784 38797 match_12 match 167 40258 41625 match_13 match 87.0 48492 49040 match_14 match 116 14772 15581 match_15 match 52.8 49054 49314 match_16 match 119 51212 51952 match_17 match 132 31449 32306 match_18 match 131 3759 4571 match_19 match 141 35015 35830 match_20 match 41.6 39965 40198 match_21 match 155 19686 20501 match_22 match 96.3 100093 100437 match_23 match 35.4 100646 100750 match_24 match 34.3 100515 100589 match_25 match 77.0 100129 100437 match_26 match 35.4 100646 100750 match_27 match 34.3 100515 100589 match_28 match 147 100078 100437 match_29 match 44.3 100509 100577 match_30 match 77.8 99906 100022 match_31 match 66.6 100652 100750 match_32 match 105 100078 100437 match_33 match 77.8 99906 100022 match_34 match 36.6 99909 100022 match_35 match 119 100093 100437 match_36 match 35.8 100509 100577 match_37 match 65.5 100652 100750 match_38 match 147 2806 3603 match_39 match 53.9 13519 13740 match_40 match 112 13853 14431 match_41 match 58.2 39962 40192 match_42 match 166 30518 31390 match_43 match 232 22377 23765 match_44 match 123 34380 34955 match_45 match 57.0 50195 50410 match_46 match 119 50502 51053 match_47 match 270 40258 41628 match_48 match 69.7 49054 49314 match_49 match 63.5 47489 47722 match_50 match 117 19051 19584 match_51 match 62.4 34079 34300 match_52 match 115 47839 48357 match_53 match 174 51212 51955 match_54 match 139 48492 49040 match_55 match 216 19686 20501 match_56 match 214 3759 4562 match_57 match 211 35039 35830 match_58 match 201 31449 32267 match_59 match 191 14814 15572 match_60 match 23.1 47386 47427 match_61 match 140 37496 38728 match_62 match 112 38198 38728 match_63 match 107 38198 38668 match_64 match 114 38198 38728 match_65 match 114 38198 38728 match_66 match 130 37496 38719 match_67 match 134 37496 38719 match_68 match 191 40249 41628 match_69 match 163 22530 23765 match_70 match 110 30521 31207 match_71 match 101 48582 49037 match_72 match 86.7 34380 34841 match_73 match 147 14856 15578 match_74 match 142 51299 51955 match_75 match 181 19770 20501 match_76 match 82.0 50502 50894 match_77 match 175 3846 4568 match_78 match 45.1 34082 34267 match_79 match 73.9 49054 49314 match_80 match 168 31536 32267 match_81 match 177 35099 35830 match_82 match 48.5 50198 50395 match_83 match 180 40363 41628 match_84 match 160 22515 23765 match_85 match 115 30530 31306 match_86 match 68.9 49054 49314 match_87 match 129 2806 3609 match_88 match 89.7 34380 34862 match_89 match 144 14856 15578 match_90 match 45.4 34082 34282 match_91 match 143 51299 51955 match_92 match 175 35099 35830 match_93 match 164 3846 4568 match_94 match 110 48582 49058 match_95 match 184 19770 20501 match_96 match 166 31536 32267 match_97 match 132 2806 3612 match_98 match 107 30521 31207 match_99 match 158 22515 23765 match_100 match 65.1 49054 49314 match_101 match 186 40363 41628 match_102 match 132 14856 15578 match_103 match 147 3846 4568 match_104 match 142 51299 51955 match_105 match 171 35099 35830 match_106 match 109 48582 49058 match_107 match 161 31536 32267 match_108 match 185 19770 20501 match_109 match 114 69270 69533 match_110 match 161 58399 58980 match_111 match 116 59604 59864 match_112 match 161 58399 58980 match_113 match 116 59604 59864 match_114 match 130 37496 38767 match_115 match 77.8 18943 19572 match_116 match 170 40258 41628 match_117 match 141 35000 35830 match_118 match 32.0 39965 40141 match_119 match 139 31455 32270 match_120 match 89.0 48552 49037 match_121 match 64.7 49054 49317 match_122 match 162 19689 20522 match_123 match 130 14775 15566 match_124 match 129 51218 51955 match_125 match 149 3765 4556 match_126 match 77.8 18943 19572 match_127 match 170 40258 41628 match_128 match 141 35000 35830 match_129 match 32.0 39965 40141 match_130 match 139 31455 32270 match_131 match 89.0 48552 49037 match_132 match 64.7 49054 49317 match_133 match 162 19689 20522 match_134 match 130 14775 15566 match_135 match 129 51218 51955 match_136 match 149 3765 4556 match_137 match 35.8 34154 34294 match_138 match 131 30593 31351 match_139 match 41.2 50270 50410 match_140 match 148 2923 3648 match_141 match 215 22347 23765 match_142 match 242 40258 41628 match_143 match 149 14778 15563 match_144 match 172 3759 4553 match_145 match 40.4 40037 40177 match_146 match 174 35021 35809 match_147 match 122 13856 14431 match_148 match 118 34380 34916 match_149 match 174 31449 32258 match_150 match 114 47839 48366 match_151 match 125 50502 51035 match_152 match 189 19692 20504 match_153 match 124 48492 49040 match_154 match 156 51212 51955 match_155 match 124 19036 19566 match_156 match 41.6 13594 13734 match_157 match 80.1 30515 31336 match_158 match 63.9 34380 34901 match_159 match 150 40258 41628 match_160 match 120 2806 3684 match_161 match 132 22515 23765 match_162 match 41.2 34076 34306 match_163 match 145 3759 4631 match_164 match 123 14841 15641 match_165 match 136 31449 32309 match_166 match 88.6 48495 49037 match_167 match 64.7 49054 49335 match_168 match 148 19692 20552 match_169 match 145 35021 35851 match_170 match 125 51212 51955 match_171 match 139 22377 23765 match_172 match 172 40258 41628 match_173 match 101 48492 49037 match_174 match 154 35006 35869 match_175 match 148 31422 32303 match_176 match 129 51212 51955 match_177 match 135 14772 15566 match_178 match 152 3759 4556 match_179 match 170 19686 20501 match_180 match 69.3 49054 49353 match_181 match 95.1 100093 100437 match_182 match 36.2 100646 100777 match_183 match 46.2 100882 101025 match_184 match 34.3 100512 100589 match_185 match 159 37478 38743 match_186 match 147 37496 38731 match_187 match 64.7 34079 34294 match_188 match 203 30518 31369 match_189 match 26.6 49999 50091 match_190 match 251 2806 3690 match_191 match 236 14772 15584 match_192 match 251 3762 4574 match_193 match 73.9 39962 40195 match_194 match 163 47839 48399 match_195 match 367 22326 23759 match_196 match 77.0 50195 50410 match_197 match 178 19036 19584 match_198 match 198 13856 14431 match_199 match 99.8 49054 49335 match_200 match 404 40258 41622 match_201 match 191 50502 51098 match_202 match 297 35015 35884 match_203 match 286 31452 32312 match_204 match 300 19680 20555 match_205 match 185 34380 34934 match_206 match 241 51215 51949 match_207 match 197 48492 49040 match_208 match 23.9 39838 39891 match_209 match 22.7 30387 30419 match_210 match 140 22377 23765 match_211 match 171 40258 41628 match_212 match 125 14772 15566 match_213 match 101 48492 49037 match_214 match 121 51212 51955 match_215 match 139 31449 32264 match_216 match 146 3759 4556 match_217 match 142 35015 35827 match_218 match 164 19680 20495 match_219 match 56.2 49054 49311 match_220 match 142 2806 3609 match_221 match 135 30518 31222 match_222 match 218 22377 23765 match_223 match 109 34380 34859 match_224 match 158 14778 15575 match_225 match 40.0 22076 22267 match_226 match 42.7 39962 40153 match_227 match 48.1 50195 50386 match_228 match 256 40249 41628 match_229 match 176 3759 4565 match_230 match 49.3 34079 34294 match_231 match 116 50502 50978 match_232 match 79.7 49054 49305 match_233 match 125 48495 49037 match_234 match 202 35021 35821 match_235 match 194 31449 32258 match_236 match 216 19692 20492 match_237 match 118 13871 14347 match_238 match 183 51212 51955 match_239 match 21.6 21958 22005 match_240 match 167 37478 38713 match_241 match 136 37478 38743 match_242 match 63.9 49054 49314 match_243 match 39.3 34079 34282 match_244 match 130 30518 31222 match_245 match 40.0 39962 40165 match_246 match 186 31269 32267 match_247 match 226 22341 23765 match_248 match 176 14727 15653 match_249 match 193 3768 4643 match_250 match 244 40249 41628 match_251 match 187 35021 35830 match_252 match 29.6 22076 22279 match_253 match 46.2 50195 50398 match_254 match 160 2806 3630 match_255 match 199 19692 20501 match_256 match 120 19036 19560 match_257 match 113 34380 34850 match_258 match 133 50484 51029 match_259 match 129 48501 49040 match_260 match 167 51221 51955 match_261 match 113 47839 48309 match_262 match 128 13871 14368 match_263 match 24.3 30318 30416 match_264 match 24.3 50023 50112 match_265 match 23.9 21940 22005 match_266 match 23.5 39844 39891 match_267 match 77.4 48582 49037 match_268 match 128 35099 35812 match_269 match 124 31536 32264 match_270 match 110 51299 51955 match_271 match 147 19770 20522 match_272 match 115 14856 15566 match_273 match 137 3846 4556 match_274 match 61.2 49054 49296 match_275 match 135 3759 4568 match_276 match 136 30518 31330 match_277 match 88.2 48492 49028 match_278 match 114 14772 15578 match_279 match 102 34380 34910 match_280 match 199 40258 41628 match_281 match 113 13871 14431 match_282 match 175 2806 3690 match_283 match 140 35015 35830 match_284 match 140 31419 32279 match_285 match 151 19686 20513 match_286 match 65.5 39962 40192 match_287 match 119 51212 51955 match_288 match 119 50502 51062 match_289 match 111 19036 19560 match_290 match 57.0 49054 49326 match_291 match 71.6 50195 50410 match_292 match 55.1 34079 34294 match_293 match 60.1 39962 40177 match_294 match 158 30518 31390 match_295 match 184 2806 3657 match_296 match 240 22377 23765 match_297 match 129 13871 14431 match_298 match 48.1 22076 22291 match_299 match 66.6 50195 50410 match_300 match 272 40258 41628 match_301 match 134 48492 49052 match_302 match 65.9 49054 49314 match_303 match 128 34380 34955 match_304 match 226 3651 4553 match_305 match 200 31431 32267 match_306 match 121 47839 48372 match_307 match 134 50502 51062 match_308 match 207 35006 35830 match_309 match 215 19686 20501 match_310 match 195 14772 15563 match_311 match 179 51212 51955 match_312 match 127 19036 19584 match_313 match 23.5 21946 22005 match_314 match 118 2806 3606 match_315 match 111 30521 31207 match_316 match 196 40330 41628 match_317 match 170 22530 23765 match_318 match 164 22530 23765 match_319 match 195 40249 41628 match_320 match 152 3846 4568 match_321 match 151 3771 4520 match_322 match 136 14856 15578 match_323 match 133 14781 15530 match_324 match 68.9 49039 49314 match_325 match 102 48582 49052 match_326 match 169 35021 35830 match_327 match 47.8 39965 40195 match_328 match 102 48597 49037 match_329 match 156 31536 32267 match_330 match 62.8 49054 49263 match_331 match 185 19770 20501 match_332 match 147 51299 51955 match_333 match 165 35114 35779 match_334 match 144 51314 51955 match_335 match 152 31551 32219 match_336 match 180 19764 20450 match_337 match 166 40249 41628 match_338 match 62.4 49054 49314 match_339 match 122 51299 51955 match_340 match 122 14856 15566 match_341 match 147 35099 35830 match_342 match 92.8 48582 49037 match_343 match 144 3846 4556 match_344 match 159 19770 20501 match_345 match 144 31536 32267 match_346 match 165 40327 41628 match_347 match 62.4 49054 49314 match_348 match 122 51299 51955 match_349 match 122 14856 15566 match_350 match 147 35099 35830 match_351 match 92.8 48582 49037 match_352 match 144 3846 4556 match_353 match 159 19770 20501 match_354 match 144 31536 32267 match_355 match 179 40249 41628 match_356 match 133 14856 15560 match_357 match 97.8 48582 49037 match_358 match 160 3846 4550 match_359 match 66.6 49054 49314 match_360 match 164 35099 35830 match_361 match 119 23106 23765 match_362 match 157 31536 32267 match_363 match 179 19770 20501 match_364 match 139 51299 51955 match_365 match 123 37454 38716 match_366 match 132 37499 38722 match_367 match 32.3 99909 100022 match_368 match 123 100093 100437 match_369 match 35.8 100509 100577 match_370 match 65.5 100652 100750 match_371 match 41.6 50195 50386 match_372 match 209 40249 41628 match_373 match 127 30518 31222 match_374 match 144 2806 3660 match_375 match 35.4 22076 22267 match_376 match 38.1 39962 40153 match_377 match 112 34380 34934 match_378 match 43.1 34079 34270 match_379 match 143 14838 15566 match_380 match 150 3828 4556 match_381 match 169 35006 35812 match_382 match 113 48510 49034 match_383 match 162 31464 32252 match_384 match 99.0 22377 22880 match_385 match 116 47839 48345 match_386 match 110 19036 19500 match_387 match 122 23064 23765 match_388 match 119 50502 50978 match_389 match 118 13871 14368 match_390 match 179 19728 20483 match_391 match 152 51254 51955 match_392 match 66.2 49054 49296 match_393 match 125 30518 31222 match_394 match 144 2806 3690 match_395 match 44.3 50195 50386 match_396 match 206 22377 23765 match_397 match 117 13871 14473 match_398 match 102 34380 34844 match_399 match 241 40249 41628 match_400 match 166 3768 4571 match_401 match 35.8 22076 22267 match_402 match 42.7 39962 40153 match_403 match 157 14769 15581 match_404 match 47.4 34079 34270 match_405 match 187 31350 32264 match_406 match 113 50502 50978 match_407 match 105 47839 48306 match_408 match 119 48498 49052 match_409 match 76.6 49054 49311 match_410 match 192 35012 35827 match_411 match 167 51221 51955 match_412 match 205 19683 20495 match_413 match 21.9 21955 22005 match_414 match 158 37466 38761 match_415 match 161 37490 38761 match_416 match 157 37496 38812 match_417 match 131 38144 38725 match_418 match 136 38144 38731 match_419 match 155 37484 38731 match_420 match 154 37478 38743 match_421 match 110 37496 38737 match_422 match 128 37523 38731 match_423 match 132 37496 38737 match_424 match 120 37493 38749 match_425 match 117 2818 3609 match_426 match 64.3 49054 49341 match_427 match 160 22326 23765 match_428 match 189 40270 41628 match_429 match 87.4 50514 50978 match_430 match 162 35021 35857 match_431 match 47.4 50198 50407 match_432 match 153 31449 32267 match_433 match 103 48492 49040 match_434 match 139 14778 15566 match_435 match 138 51212 51955 match_436 match 163 3759 4556 match_437 match 177 19692 20501 match_438 match 125 37490 38707 match_439 match 133 38072 38785 match_440 match 130 37490 38785 match_441 match 130 38144 38770 match_442 match 134 38105 38758 match_443 match 118 37496 38812 match_444 match 118 37496 38812 match_445 match 116 37508 38737 match_446 match 123 37496 38758 match_447 match 130 37496 38815 match_448 match 143 37490 38605 match_449 match 143 37490 38623 match_450 match 148 37463 38605 match_451 match 152 37463 38605 match_452 match 144 37490 38623 match_453 match 140 37475 38605 match_454 match 132 37496 38746 match_455 match 42.7 50198 50383 match_456 match 111 14766 15578 match_457 match 133 3756 4568 match_458 match 53.1 49054 49308 match_459 match 89.7 48498 49040 match_460 match 43.9 34082 34279 match_461 match 169 40240 41628 match_462 match 133 2806 3603 match_463 match 129 31383 32261 match_464 match 141 34997 35824 match_465 match 122 51221 51955 match_466 match 84.7 34380 34856 match_467 match 154 19692 20495 match_468 match 88.6 50502 50969 match_469 match 38.5 39965 40192 match_470 match 185 22353 23765 match_471 match 94.4 48582 49052 match_472 match 213 40249 41628 match_473 match 132 14856 15566 match_474 match 95.9 34380 34889 match_475 match 65.9 49054 49332 match_476 match 168 19770 20528 match_477 match 163 35099 35848 match_478 match 162 31536 32285 match_479 match 39.7 34082 34324 match_480 match 157 3846 4556 match_481 match 143 51299 51955 match_482 match 139 37496 38758 match_483 match 130 37496 38734 match_484 match 130 37496 38734 match_485 match 77.8 48597 49037 match_486 match 140 35033 35884 match_487 match 135 31551 32312 match_488 match 147 19785 20516 match_489 match 66.2 49054 49332 match_490 match 128 14769 15581 match_491 match 111 51254 52075 match_492 match 147 3786 4571 match_493 match 147 100078 100437 match_494 match 73.2 99906 100022 match_495 match 44.3 100509 100577 match_496 match 66.6 100652 100750 match_497 match 142 37475 38746 match_498 match 59.7 34079 34294 match_499 match 25.8 21913 22005 match_500 match 224 14772 15635 match_501 match 71.2 39962 40195 match_502 match 242 3762 4640 match_503 match 200 30518 31213 match_504 match 252 2806 3690 match_505 match 91.3 49054 49338 match_506 match 55.5 22070 22291 match_507 match 343 22377 23765 match_508 match 72.8 13513 13734 match_509 match 175 19036 19584 match_510 match 263 31452 32312 match_511 match 78.6 50195 50410 match_512 match 272 35015 35851 match_513 match 387 40258 41628 match_514 match 166 47839 48399 match_515 match 177 34380 34934 match_516 match 183 48492 49040 match_517 match 226 51215 51955 match_518 match 24.6 50014 50091 match_519 match 205 13856 14431 match_520 match 276 19680 20486 match_521 match 191 50502 51062 match_522 match 24.6 39853 39891 match_523 match 23.9 30387 30419 match_524 match 144 37742 38686 match_525 match 144 37742 38686 match_526 match 144 37742 38686 match_527 match 130 37463 38761 match_528 match 130 22377 23765 match_529 match 176 40258 41628 match_530 match 102 48504 49040 match_531 match 162 31416 32312 match_532 match 136 14772 15566 match_533 match 57.0 49054 49335 match_534 match 164 3762 4556 match_535 match 143 51215 51955 match_536 match 171 35015 35815 match_537 match 182 19686 20486 match_538 match 124 38135 38758 match_539 match 127 38183 38782 match_540 match 129 38072 38773 match_541 match 139 37766 38773 match_542 match 134 37496 38815 match_543 match 93.2 100093 100437 match_544 match 35.4 100646 100750 match_545 match 34.3 100515 100589 match_546 match 156 37478 38743 match_547 match 32.0 34097 34294 match_548 match 35.0 50213 50410 match_549 match 108 2833 3687 match_550 match 80.5 19042 19584 match_551 match 169 22377 23765 match_552 match 202 40258 41628 match_553 match 86.3 34380 34934 match_554 match 94.7 50502 51062 match_555 match 47.0 49042 49326 match_556 match 148 3759 4565 match_557 match 140 14772 15575 match_558 match 161 31419 32303 match_559 match 171 19686 20513 match_560 match 166 35015 35830 match_561 match 145 51212 51955 match_562 match 126 48495 49046 match_563 match 77.0 47839 48399 match_564 match 39.3 39980 40192 match_565 match 166 22377 23849 match_566 match 83.6 19036 19584 match_567 match 109 30536 31369 match_568 match 120 2833 3687 match_569 match 197 40258 41628 match_570 match 89.4 50502 51062 match_571 match 132 14772 15641 match_572 match 44.3 50213 50410 match_573 match 139 3759 4565 match_574 match 92.8 34380 34934 match_575 match 160 19686 20513 match_576 match 51.2 49042 49332 match_577 match 142 51212 51955 match_578 match 158 31449 32285 match_579 match 162 35015 35830 match_580 match 127 48495 49046 match_581 match 38.1 34097 34294 match_582 match 102 30536 31369 match_583 match 118 2833 3690 match_584 match 75.1 47839 48399 match_585 match 127 3759 4589 match_586 match 93.6 50502 51062 match_587 match 122 14772 15599 match_588 match 88.6 19036 19584 match_589 match 160 22335 23765 match_590 match 42.0 50213 50410 match_591 match 192 40258 41628 match_592 match 89.7 34380 34934 match_593 match 48.5 49060 49326 match_594 match 23.5 50023 50109 match_595 match 140 31449 32264 match_596 match 145 35015 35830 match_597 match 132 51212 51955 match_598 match 160 19686 20513 match_599 match 111 48495 49040 match_600 match 74.7 3759 4571 match_601 match 94.0 30536 31369 match_602 match 71.2 47839 48399 match_603 match 116 2833 3687 match_604 match 41.2 50213 50410 match_605 match 85.5 50502 51062 match_606 match 144 40258 41388 match_607 match 104 31449 32279 match_608 match 87.8 48495 49001 match_609 match 26.2 50044 50109 match_610 match 100 2842 3690 match_611 match 85.5 30536 31369 match_612 match 114 3759 4592 match_613 match 107 14772 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47489 47722 match_676 match 140 30518 31369 match_677 match 117 13871 14431 match_678 match 229 22323 23765 match_679 match 259 40258 41628 match_680 match 119 50502 51008 match_681 match 115 34380 34934 match_682 match 133 48492 49040 match_683 match 77.8 49054 49332 match_684 match 114 47839 48309 match_685 match 204 35015 35848 match_686 match 167 51212 51955 match_687 match 214 19686 20555 match_688 match 188 14772 15581 match_689 match 199 31419 32285 match_690 match 209 3759 4571 match_691 match 125 19042 19497 match_692 match 25.0 47365 47427 match_693 match 139 37496 38809 match_694 match 127 37490 38623 match_695 match 115 37490 38605 match_696 match 39.3 50198 50383 match_697 match 42.0 34082 34279 match_698 match 161 22353 23765 match_699 match 129 14778 15584 match_700 match 149 3768 4574 match_701 match 188 40240 41628 match_702 match 130 2806 3603 match_703 match 110 30521 31207 match_704 match 157 35021 35830 match_705 match 149 31428 32303 match_706 match 107 48498 49040 match_707 match 131 51221 51955 match_708 match 166 19692 20501 match_709 match 92.4 34380 34856 match_710 match 87.8 50502 50969 match_711 match 208 22377 23765 match_712 match 241 40249 41628 match_713 match 154 14826 15578 match_714 match 47.8 50195 50386 match_715 match 134 30518 31222 match_716 match 152 2806 3609 match_717 match 177 3816 4568 match_718 match 48.5 34079 34306 match_719 match 109 50502 50978 match_720 match 46.2 39962 40153 match_721 match 200 35045 35830 match_722 match 126 48528 49037 match_723 match 196 31482 32270 match_724 match 78.6 49054 49317 match_725 match 107 34380 34844 match_726 match 175 51245 51955 match_727 match 210 19716 20504 match_728 match 121 13871 14347 match_729 match 88.6 2953 3690 match_730 match 168 22515 23765 match_731 match 191 40363 41628 match_732 match 173 31281 32267 match_733 match 72.4 34485 34907 match_734 match 65.9 49054 49314 match_735 match 167 3759 4562 match_736 match 118 48492 49037 match_737 match 154 14772 15572 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