C05SLm0118J18.1 GATCCTTTCCTTGTACTTAAAACTCACTTATTTCTAGCATAAAATTTTATATATTCCTTA CATGAATAATATCACTTAGACGAACTATAACCTTCGAACTGAAAGATGTTGGCATTAGGA AGATCTTGTAACATACAATAGAAGCACCTTTTGCTACTAACATGAAAACAAAGACTGCCT TTGTAGGTACATGTTGCGTTGTAACATGTTTCTGTTTCTAATATATTTTGGGAACCCTAT AAACAATACGTGACTAGAAATCTCCAGGAGAAGTGAGGAGTCCAGAAAATGGCAGTTGAT AGGATGACTTTTCAGCTTTACACCTATTAATATCCACAAATACAACAAGACAGAAACTTC AAGAATGAAAGGAGTGTTCTAACATCTAGATTGCTGCAGCACTATCCTGCAACTTTCAAG TATCCACATTTTGTTGAACCCTTACGATATGTTAAGTTTATATTGTTAGCACTTAGTATT CAATCTTTCTACGGTTGAAGCCATAAAGTTACAACCTATCATATAAGCAATATTTGCCTA AGCTAGCTCTTATTTCTATAACCCTTCTTGAAATCAAAAACATAAAGAGTTCTATATATG AACTACTTTCTTTCTACTGCTAAATCAGTAACCTCATTCAAATGTAACATGAGACATAAC AAGCAAATGTAAGGATATATAAATCAAACAAAATATTCTCCATGATTTCAGTCTTTAAAA CAGCAAAATAAGTAAAAGTCTTTCGCATCATACATCATTGCTCATTATGAACAACCATGT CTGAAAAAAATATGTCTTTTACAAAGGCAGGGGGTGAGTACCTCGAAGCCAGCCATATCA TATTGCCTCCTTTTCTCTGGATCAGATAGAATGCTATATGAGTATGCAACCTCCTTGAAA TGTTCTGAAGCTTCAGGATTGTTAGCATTCTTGTCAGGATGATACCTGCCAATAATTTAT GCATTCCATTATTCATCCACAAGAGCAAGTATCAAATCAAAAAGTTCCCCAAATCCCAAA TCCACAGCCCGAAAAATTTCAGCCACTTTTTACTCAATAACCGGATTTCACTTCCCATCA CCATTATTTTTCTCCATCGGATGCATCATACGTATGTATCAATGTTATCCAAGGCTCGCG TAAGCCCAAAAGCGAGGCTCAAAATGCATTTAGTGATTCGACTCGCTTAATGTGTGCTTT AATGTCGTATCAAAGCTCTAAGACATGCTTTTCCTTGTAAATGAGAATTTCCTGACGAGA TATATATATAGAGAGAGAGAGAGAGAGGCTTTTGCTTCTGTTCAATACATAATGACTGAA GCCAACTTTGGTTGGTTAATCTCCCCTATCCTTCCATATCCGGGTGCTATCTCTATATAC ACCTCCTCGTGCGAGTCCCCATGCAAGAAGGCATTTTTCACATCTAACTGATACCAATCT GTCGTTTTACAGCACGAAGTTACCTGATGTTCGCTACTACTAATAAGGGCGGAGAGATGT TAACCTTTCGCTATTAGCAAGCACTCCCCTAGTTTTGACCTAATGAGCTTTCTTTACGTT GAGTTAATTAACCCGGCGGGTTCGCCTAGATGCCTAGTAAAGAACGAGCTGGTGGGAAAG AGCTGGAGATCATGAAAAGCATTTCCACACAAGGAGGCAGGCGACCGGGAAGCTTTGCTT CTAGAATGCCGACTACATGGGAACAGATGTTATATAGGTTGATTCTAATTCTTGCTGCCC GCTCGATTCCGAGGAATAAAGGGAGGGCTTGACCACAATTTCCCAAGTAAGAGATAGAAT CTCACTAATTGGAAGGAAAGGGAGGGCTTCGATCCATTGTGATTCGCTTTCTTGGTATGG AGAGGCCAAATATATATATATATATATATATATATATATATATATATATATATATATATA TTTGTATGTTTTCTCCATTTGCGCCTTTTCCCAAAAAAGTCCAAACTATATTTGAGCTTA AAGTCCCACCGAACCTTAAGAGCTTTTTTGCACTTTCTGCTTTTGATAACAATGGTATAT ATATGTAAAAGCAAGACTCTTCCATCTATATTTTATTTCTTCAAATGACAATATGTGGCA ATCATCACATAACCTAATTAATTACTTGACCATAAATTCCAATAATTTTTGTCTTACTAC CGTAATTAAATAACTCCGCGTGGTAACAACAAGCTCCAAAAAAATACCAGCAGAAATGTT TACGCATTTCACCATCCTCACTAAACTTCTATTTAGGTTTACTAGGTACACTTACACCTC AGTTATACCATCATTCAATAACACCCTTAAAGCACCCAAGGGTATGGCTGTGCCTTAGTC CCTATTTGCTGGTGGGAGGTTGACATGTATCCGTGTAATTAGTCGAGGTAAAAACGCCTT AAATTCCAACTACTTCTGTCAGCTGCATAAACTTGCTACACATATTCTGCTTTATTCATG TCTATTCATTCCAATACCACATTCAAACACCATTATAGCAAAAACTAACTATAAACTGAA ATTAACAAACATATATTAGGAATCACTTACTTGAGAGCAAGCTTTCTATAAGCAGTCTTA ATCTCCTGATCCGACGAATCCCTCGTCACAGCCAACACTTCATACGGGTCTCGTCTTACC ACCGGAGCCGATGGCCCCTCCAATTTTGAACCACTCATTACACCCTTTTTCCACCGCAAA AATCAATAGAACACAAAAAAAAAACCTTGATTTCCCAAAATCTACAGCCAAAAGACAAGA TTTTAACACAAACCCATTAAAATTCGAGATGAATTAATCAGTTTTTAACACAAAATTCAT AAAATTGAATCACCCCTTTGCGTTTTCTGGGATAAATATCAAACTTTTTCAACAAGTATA ACATCAATCAACAGAGAGATCTAATAACAGGAATCAAAATCAATGAAATTACACTAAAAA TTGAATTAAAATAGCTAGGGCTTAAGAGAAATTTACCCAAAAAAAAAAAAGAATGAACAA ATTTTTTTTCTTTCAGCTGGAGCTTTTTGATTTGCTTTTTCTGATTTTGAAAATAATAAT AATTCAATTTTGAAATTTTATTATGAGAAGTTATAAATTGTGAAAGTACAAATATGTATA TGTGAGACTAAGTAAATATAGCTAGCTTTTGCTATTCAAATAGTATTTTATAGGGGCAAT CTTGTCCCAAAAAAAAATGAAAGCTTGATTTTTGTTTTTTAATATGTTTTTCTTTTTTTG ACATGTATAGTCTTTCATCGATATTATTTGAACAGATGTATTATGTTTGTTTTGACAACT TATATTAAGGTCTCGTCGAGGTCTCAATGACGAAGGTAGTAACATTACGGGTTGACTCTC CATTTCTCGATTTTATTAATATAAATTTTGAGTCGCTAAAATTTATGCTTGAATATCGAA GAAGTAAATCAAGATTAGCCTGTTGTTGTTCTAAAAGTATAATGTACATTTTTATATTTT ACAGCTAAATATTAATGATACTTTTACGAACATAACTTTCAAAAGAAACATATTTTATTT TATAAATTTTGTGTCAAGTCGAAACATGTAACGTAAGACCAAAAGACGTGAAGTAAATGA TTTTCAAATATTTTATTTATAGGATATATAATAATAATGTCATCTCTTTCTGTATTCACA TTGTCATAGTGAACATGGGGAGCTGATTTAGTTGATTGTATCATGTTGAATATTGATTCC TTAATTTGCAAGTTGTCCCTCTCTTTCTTTTTGGCTATTTTTCATAAAAAAAATTATATT ATAATCTGATTAAATTTGAATTTATGTATTACATAATAAATTTTTGAAAACAATGCTTCC AACGAAATTAGTAAAATTTTAAAATATCCAAATCTCGAATCATCCCATCATAAAACATAT CAGCCCTTGATGTGCAAAGTTGCTATCTTTTTCTTTAGTTTAGTAATATTTCATGATTTA TATATCATTTATCATTGATAGAAAATCGGTATCTAGATTTATTCTCTCATTTATCATTGA TAGAGAATCGGTATCTAGATTTATGTTCAATGTCATATTCAACATGAATCATGATGCAAT GATGAAACTGATGCTCTGAAAAGACTCACGTTCGGAAAAAAAAAATCTTGTTAAATATAT CACCATAGAATGGACCTAAAGTCTTTAATTAAGAATTAAAGAATACCGACAAAGCATAAT GATTGATGCCACAATTATTAATTACAAAATGCAAAAATTAAGATACCATCTTTAATTAAA GGAATGAGTATTTTCTATATGGGCAGGGTCCAACAGAGAACACATTATTATTATTATTAT TAGTATCATTATACATCTGGATTAAAAATGAAACAACAGCTAAAGTAGATGAAAACTTTA GCGCACAATAATTTGGCTAAACAGCATATTTGGTGTATAACAACAACAAAATTTTGGCGA CCGTTATTGCTCATGTATTTTACAAACCTATGTATCGAGCTCGCACTTAACAATGCGATG TATAGAAGAAGTATGTAATCCTGGGTTCCGACATCTATTATATATATATATGTACATAAA AGAAACGTACGATACGAGTGATGTGAAAATCAGGATGAAACCTTCCACCTGGTCTCATTA GCTTGAGCAATTAGGACTTGTTTCCACCTTTATCACTCTGGTATTGTAGGATCCACAAGA TCCACACTTGTGATATAGCCAATGGAATGGTGCAGTTCCTCTCTTACCACAGTCGTTACA CAATATATCCTGGGGAAATTTCATGTAAAAATTTGAGAAAAAAAGCTTCAGAGATAATAT TAATAAGCATAAGAGTTGTTAGAAAGATTTCGTACTTGGCAGCGGTTCCTAAACTCTTCT GGTAGTACCTCTGAAGCCATCAAAGCATCAAGCATCCCGAAGTACACCTAAAAGGAGAGA ACGAACAGTGAGGTCATTTATCTGAGCACGAACTCTTAGAACGAAAGTTGAGGTCAGTTA TCTGAGCACAAATATAATAGAACGGGAAGAAAAGGATACGAAAAGATTAAAGGTCTCAAA ATAAGAAATGTATAGAGCTACATGCTGTAAGTATCCACAAGAAGTGAGAAGACAATATGA TTTTCTTTAAACAATAGGATCAAATAGAACGTTCAATTTCTTTCTTAATACTACCAGAAT TTCATTAAATAAAACGCCATATCAATATCCAAGGGCATCGTAGATAACGTTCATAAATAA GGTTAATAATAGTATGATGTTACATGCTTCTGTGGAAAAATTGATTTTTCCAAATAAAAG ATACTCCTCTCTTCTTCTCTTTTGAATAGATACGACTCTTTGTGGATCAGGCAAGGCTTA TAATTGAGTACAAAATGCGAGGAATAATACAAGAACTCACAAAACAGACAAGCACTCCTG TTTATGCAAAGAACAAATAAAGTTACTTGACAAACACACGCACATTCGCACATTCCCACA TTCATCTGCCCCATTTCATAGGCTTGATGCAGTTTCTTTTTCTAAGGAAATATTTAAATC AAAAATAAGTTTTATCACAGACACATCAAGTTAGTGTTTGACTATACCATAGAGGTAATA CAATTATAGCCCTCTGAGAAATAAAACCAACCATCAATGCAACCAGAATATTCCACCTAT AATTTAAAACTTTAACGAGTTATAGCAGAGATATTTCACAATATTCTTGTGTCTGAAAAT AATTCCATGGATTTACACAAACAAGCATCACTACTCGGCAAAAAGGTTTGTTTAAAGAAG GAAGAACATTCCTTACCGACATATCTCCCATAGACTTGCTGCAAATGGGACAGATGTAAT GTGTGCAAGCATATGCCTGAGGAAATAAAGAGATTGCTTTTAATTCAAATTAAATTTCTA ATAACAAACATAATCCTTTCTGACAACAAAGACATGAAAATAGCTTAGCAGAGAAAAGTG AACAGAACCTGAAAGCATGCTGAATGCATAAAATGCCCACAGGGCAGACCCCTGACAGTT TCACTTGATGTGAATAAAAAATCACAACATATTGGACAGTTGGTTTCAAGACCTTTCTCC CTGCATTTGTGGTCCACAAGTCTCATTCCGAGGCAGCAATTGCAGGTCATGCAATGAAAG AAGTCAACACCTAATCCTTGCCCCAGCCGGCATAAATTGCAAAACGGGCAATGATATACT GTCCTGAAGTAGGAAACGAATAGAACGTAGTAATCAAGATGAAAGATCTATTAGGGGTAT AATTTCATCTTGCAACACGTACAAGAAGCAGAAATAGTAGAGACCCGAGGATTTCACCCT TGACTAAAGGAATTAGGTATTGAAATAGATTTTCATGTGATTTGCTCAAGGAAATCGACA GACAATTTTTTATTAAATGAGGGCTTTATGTTCTAGGTAATTGACTTATGTGATTCAATC TACTTCATCAACATGAAACAAGTAGTGTCATTGTAGTATCACCTTTCATCATCAAAAAAT TTACAGCTGCTGCAGTAATATTTTGCCATTGAAAGGCCATTACAGGATGGAGTCGTGCAA GTAGGTCCAACTGGTTGTACTTTGAGGCAGTTCATACACATCATTTCAGTTGTTGCCTTC CTGCAAATTACTAGAAAAATTAGACATGCAATGGAGTTTGATTAGAAACAGAAATGCATC CAGAAATTTACCTATCCATAGAATGATCACTGACTTTGTCATGACAGAATCTGCATGGAT ATAGTTTACCACAGCAAGCTGCTCGGAGCTTGCAGTTTCTTTTATAATGCTCACATCCGA ACACTTGCTTATCTGTATCACGGAATGAAGGTGAACATCCTATTTGATCTTGACCATTTG AAGTTTCAACAGATCTTGCTTCAGACTCCTGCTGAGCAGCTATCCAGCGACTGAACAACA GATGCTCAATAGGTTACGTGGAATAATGACAATGATATAGCAATCACAAAGGTTTCAAAA GATGGATTTATTGAAAACAAACCTGGTCATGAGATTTTGAATAAGATATGCTTTTCTTCT AGGATCAAGCGAAGAGTCTCGGGAGACCTTCCTTATTTCTGACTCTAGCTCATTTTGATT CATCCGGAATATGTCCTTCCATCCAGGTTTAAAAGTTGAATCACTTTGTTCTAGAGATTC AGGAAACTCACATCCTGAAAAGGCATAATTTTAGAGGCTAAAATGAATATCAGGAAAATT TTCTCAGTTTAGATCCACTAATAGCCTTGACTTAAGGTAAATAGCTTATAGAACAACACA ACAGCATGAATTAAACTAATAAAAGCATGGTAACAACCTCGTGATACAATGTCCTCTGAG CTTGATATCTGGGAAGTTTCATCTGGAGTTCCTTCCCACCATTCATTGAGCCATTCACTG AACATAGTGTTTTTGGTTGCTTGTTTCCACGTCTCCATCATTTTATTTTGTTCATCCTGA GTGAGAGCAGTGGTTACCCAGGGCAACATTGACTGAAGTACCTCTGCCCCAGTTGTACCT ATTATCCTACCAACTAGTTTGTCTTGTTCTTCAATGCTAAAATGCCGGTCAAATAGCGGC CATAGCTCAACTTCCTCCCGTATAACATGTTGATCCAGGGTTACTTTTATCGATTTGCAC ATGGCTTGAACTTTAGTTGCCAGCTCATTGTATTTTCTTGAATATTCATGTAAGTCACAA GCACCAGAGTTTCTACACGGACCTTTAACTGAACTCCCACCATTCAAGTTTTCACGGAGC TGAGAAAGCTCATCAAGTGCAGATGATATATCCTCGAATAGCTTTTCTTCCTGTTTGTGG TCCAAGGTGTAAGAATGGCTAACATTATGAAGCGTCTCTTTTGATTCCAAAGCTGGAAAT ACTATATCATCCTCTGCATTACTGTGAGCTTTATACAAACCCCGTAGGAGACGAAAACGA CCACAAAACTTCCTGAGGAAAGTCTCATCACAATCAGTCAGTTTTCCAGATTCAACATCC AGAAATTCCAAATCCTTTCTGATTGCCTTGTGAAATTGAAAAATGTTATCGATCGGACGT GTTGCATATCCAGCATTGGTCAAGCTGGTATTCCAGTTGAAAAGACAGGAGTTCAGAGAA GGAGCGCTTGGAGTAAAAGTGCGCGATGATTTTGCTGCAGCAAGGGAATTCACAACACCT AATGCAGGAACACAACAAGACTGATTACCAGTGGATCCTTTCCGAAATTTTCCACCTCCT GAAGATTCATGACGATAGCATTTATCCTCTGACATTAAGTTTACACGCTTGGTTGGCCTT TCACCATTATTTTGCTCACCATTTGAGCTACTGCTACATTTGGCAATTCTTGAAGAAGTG CATGTACCGCAACATTTACCTAAGTTCTCTTGATTCCCAGCTAAAATTTTAGCAGGACAG CAACCGGTTACACTTGAAGATAAACAAATGTCATCTGGACGACCTTTGCATGCCCAACCA GAGAAAAGTGTGACCAAAGCAGTGTCTGATGCTGGTGCTGCATTAGTAACAAAACAGACG GGGTGAACAGGCATACTTTCTATCATTGTCAACACAGAAGCCAAGTTTTAATTAAATGAA AGTATCAAGCAGTAGAAATTAGACTTTACCTGCCAGATGCATGTTCTGAAGAAAAGACCT TGCTTCCTCCTCACTTAATGAACCTACCAACCATGGTAAGACGCATTCTATGAGTCTAAG TGGCATAACACACAAGCTCTGGTAAAGGAGTTCCCGCTGCCTTTTGGCGCTAAAATGTTT TCGTGCGAGTGGAAGAACCTGGGATCACATAGAATCTAAATAATCAAGATCAATTACCTA CTTTCATCACTTCCGAGATATAACTATTTTTTTACACGGGGGTATATACTTGTGGAATTT CATCGGGTATGTTGTTGTATCTAAAGATCGAAACATTGAACTTGCAGAATATTTCTGATT CTGATATTACTCACCTGAGCCTCCTCATTACAGAAGTGTCTTTCCACTGTCTCCATTATA TGATCAGCTTGTGAGCACAGTTCTGAATAAAATTCTACAGAAGTTGAGTTGGATCCAGCA CTCTGAACGCTTTCTATCAAGCATCTAAATTTATCAAACTCGTTTTCTTCTTCCGCATGC TCCTGGGCAAATGATATTTCTGCATCTACTGCAGGAAATATAACTTTGTCCTCGGCAATA CTGCAGTCAAAGTATGAAAATAGTTTGAATGATCCAGATTCAAGCACCATAGCAGTTATA TATTAGTCCGTCAAAATTATTTAAGCCAAAACTTCAAATAGATATGCATAATAGTGAGGC TGCATACCTATGAAAGATACAAACTTCAGCAATAAACTGAAGCCTCTGGTTGAAGGCAGA TAAATCAGAAAAATCTCCACGCAACTTTATTTCCCTAGCTGCTTCTGTTATGTCATTCAA CTCCTTTCTAATAGCCTTGTGCCAATGCAGTATCTCATCAACCGGGCGATTCAGAGTGGA TTCTTTAAGATTCAAATTTGAGACAAGAAATTCCCTGCTAGAAGATTCACAAGGACAAGG AACATTCTCTGCCTGACCAATTAAGCCTCTAACAACAGAATCTGAATTATTGTGTGTTCT ACTCTCTTCACAAGCCTTGCGTTTGTTTGTTAACTTTTTGCCATCCATCCAGGTAAACAT AATCTTCATGCAAGATGAATTTTATCAGCTTTGCCATACTTAACAAAGATCTTTAACACC TATAAGCAAGCTAACTCACCTCTTGAAGAAGATCCTCGTCTGGAATTACTTTGTGCAAGC ATTTATGCATATCTTTGCACTCATCAGCAGATATAGAAGATGAAAGCCAAGGCAGAAATT CGGCCATCATATTCACAGGGATGCTGCACAGAAATTGCCATACCAGTGATGCCTGCTCCT CGAATGAAAACTTCTCCATGAGCAAGGGGAGGACCTTCAAAATGGCACAATAACAACAGA TAGCAACGTAAATAATAATAATGATGATGATGATGAAGAAGAAGAAGAAGAAGAAGAAGA AAATAAAAGAACACTAGTCAACAATTTTAACAATAAAAAAAATGAAACAATCGTCACAAA ATAAGGGTCAGTCATCAAGAAAATAAATAATAAGGGGAAATTTCATACAACAAAGTTTTA ACTTAACCAGTGTTATCAAATGTGAAACGCGCAAATAAGCTCTAAGCACCATGAGGGCTT TTAGCGCAAATAAAGCGTGGGCTTTAATGAAAAAAGGCGCAAAGGAAGAAAAGAATACAA ATATATATGTTTAGTCCAAGACTAATAATTATAAAATGAATGTCAAATATATGACCAAAG AAATTGAAAAAAAATTTGATAAGTGAAATATCAATTATTTAGTGTAACTTCTTCATACAA AGTTCATTGGCAAGGAAACGTTTGCCTTAGAACCTTGATGAGGACACTGAAGCGCACATA AAGCGAGGCAAAGCGCTCAACACAATTTGAGTCTCACTTCAGGGCTTAAGTGTGGCTTTG ATAACACTGAACTTAACTAAATGAACCTCAGGCAAACAACAAGCCCCACTACCCAATTAG GAGACGAGGATCGCATTAACTTGTCAGGATTAATGTACAGAAATATATTTTTTCTTGAGA ATGAAATTAATATAGAGAATATCCTACTCATTTTTGTATCAAAAGACCTAAAAATTCTTG AAATCAATGCAGACCAAAAGAAAGGGCCTGGTAAAATCTACTAGCTGTGAATAGGTTTGT CTTGTTAGAGTACTTCTAAATATTATGATTTATGTTAGTTACTTTTACTTTATTTAGCAT GATGATGGCATAGTTGAGAGCTTAAATAGAGAAGTGAACAACAACTTGTTCGGGATTGAG GCTCAGTTGGTGTTGTTATATCGTCCTCATTTTTGTGTTAACATTTCAAATACAAATTTT TGGATATTGTCTACTCTGATTGAACCAGAAATAACATTGAAATAATGTATCCACATTATG AATGATTCAAAAGGGATGAAGGGACTAAAAACCACATTCTAAGATTCATGCTGCATAGGG TCCATTAAAGGGCGACGTGCTCGTTACCACAGGTTCCTCCATTCCTAGGGCTTGAAGTCG AAACTTCTCATTAAGGATAGAGGGATCTCATCCATCTCACCACTCCCTCTGTGGTGAGTT TGAAAGAGTAGAAAACTCCCTAGTAATAAATTAGTAAATTGTTCATGCTTCTCTTCATTT TTTAGCACGTTGACATACTAATCAGCAGTAGTGCTTATGTAAGACTCTAATTTTATAGAC ATGATGTATGTGAGGTGATGTAGTACAACAAGCAAGAAATGAGACGGCTCTGATATGAAT GTAGACATGTAGCACCACAGGGAGAATGGAAGTTGCACCAAAATCAAATTCCAACACTTC ATAAAAGTACAAGAAGATCCTCTTTATATATAAGGAGTTCTAAACAAATTAATTCTTAAA ACAACCAAAGCTCAAATAAATAATCCACATTGGAGGAGGTAGCGAGTGGATGACTTTTGT GCGCTCTTTAGTCAAGAGTTCAAATTTTTCTTCTTTTACTTATAATGGAAAAGAACCACA AAATCTCCATACCTAACTAAATGGGTAATATATACACAATAATCTGCCTCCCAAGACTTC TGTCGTCTGGTAATAAGAGCGCAACACGTAAAGTATGGGTTAGGCACACATCACCGGGGT TGAATCTGACAACCTGGTACTTAAATGGAGAGGGTAAAGGTGTGGGCCCATTATCCACTG AGTTTTGAATTGTTAACTATTGCCCCTTAGAGGTTCTCAGTAATCAGAAAGTGAATACTC CTGTTGTTCCACTTTATGTGACATAATTTGAAGTATAAGGATCACTCTAACTAATTAAAA AATCTTAGAAAAATTTGATTCACGACTTCCATTTTAAAATTATGTAATTAAGAGGATCTT CCTTTTTAAGAATTTGTATGAGAATTTCCTCTCTTTCTTTTCTGATAAAATTTCAATATT TAGAAACTACAAAATAAATTACTATAAATCATAATAATTAACAATTCATTATATTTAAGA GTATTTGAAAAGATCATAATCAAAGAAAGCATCCTTTGACTTCCAAATAGTAACTAGCTC ATATAAAGTGAAACAAATTGAGTAACACACATGAACAATATCAAGTGATAATGATATCCA TACAATCTACAGCAAGGGGATTTTCCTTTTTCACGTCAATAAAAAAATTAATTTCATAGA AAACAATGCATTTCACGTGTCCCTCAAGCCAAAACTAAGAGCAAGGTAAATTTGCAAGGA TACCTGCTCTTCTTCCTTAGACATGTGTTGGCTAATAGATGTTTGAAGAGCTCCTGTACA CGAAGCCAATTCTCTGCGGTAGCTTTCTTCACTTTGCGTATCCGAGTCAAGTAATGCAAA CAGGTGATCAAAAAGCACACCTTCTCCTTCATGCTCAAGGGAGTAAGTCCGTGCTACATT CTTCACACGAATATCAAGTGCTGGAAAGATAACCTGCCATTCACACAATGATATGCTAAT GATGTTCAAAGCAGAATATCAAGTTTGCTCTTTTTGTATGAACTAGCCATTGTGCTCTGT AATTTATGAAATATTTATCTATCAAGAAGGAGAAGCATATCATGGGGGAAACAATTATAA AATTACATTCCTATTACTGGGATTGCAAAGGGAAGGCTCAAGTCCACTAGATCAAACCAT GGCATACTTTCGACGCGAAACAAAGAAATGAACCCTTATGTACACACAATTTCCCTGAAG TTAATTTAAGTCGTAAAATGTGGGAATGTTTCTCTATCTCTTGTGAAGCAAAAAGGTAAT ATTTCAAGGGGTTTTGGTGGTGGTGATGGGGCAATGAAACATAGTTAATTCAAGCACCAA AGTAAAATATGTTGTCTTCTTTATGTAATGAGGATTTACGGATACGTTGATACCTATTAG GTTACAACAACATGACTCGCCTAAATTGGTGAGAGCAACGATGAGCAATAGTGCATGGAG ACAGAAACCAGGAGTGAGTAGCAAAATTATAGAAAGCTTATAAGAAATTTCTCTTGTATT ACATAATAATGAAACCAGCAAGAGATATATCCGATAAAACTACATTGCTCTAACTAAAGA GGGAATGGAGCACATTAATGAATTATGCCAAAGAACAGACCTAAATATCATTTTTTTTCT CAACTTCACTTATGAAATACGCCCTCTCTTTTCTTTTCTTTTCTCTTCTTTCTTATTTTG ACAACACCCAATCCTAAAACTAGTAGAAGACAAAAGGCAAACCAAATTCTTTATAACTCG AGATAAAACACTTTCTTGATTCTTCCAAAAAATAAACAAAGAAAAGTTCAATCCAAAAAG CATTGCTCGAACTACAAACAAATTCTAAAACCAGCCCTCTTTCCCACCACCTCTCTTCAC ACAAGTAACCAAGAGGGATTAGAACAAATTTCCAACAAGACAAGAAAATTTAAAGTCAAA CTAAGATGCAAAAATTACCAGTCCCATTTGTTTAATCGACAACACAAGTCCAAATTTTGC TACACTTTGTCAAACCATTAACTATCCTTTTGTCATTTACTAATTCTCAATTTTAAAATA AACCAAAAAAGCATGAAACTAAATTCGATTTTGTCAAGCAACAACTTCTCCAGTTCAAAA AGCGATAAAAATCATAATAGTTTCAAGAGAAGGAGAAACTAAAAATTCAAATTGTAACTC GATTCTGTGTACATCTGCTCACAACAGTAAGTAGCCTCAGACATTCAAAATTGAGAATCA GTTGCCAGAAAAGAGACAGCTTTGTTAAATGATTCAAGTTATAGGGACTATGCAGAAAAA TAATAATGCAACCAGGTGAACTGATACACTATATTGTTTGACCCCAACAAAGAAGGCATG AAGCAAAAACAGTTCATAAATATCTATTCATTGTCAACTTCACATTTGACATTCGGTATC TCATTTCCATTTCAACCAATACTGGCACTAGCAGCAACCAAAAGTGCTCATAGCTCGAAA GAAAATCATGAAATAAATTGAACACCTTGAGCAAACAATCAAAAAATAAAAATTGAACAC TTGAGCTACAGAAAGCTCAAGTCTTATCCGTCCTCCCACAACCTCAGAATAGACCACAAC CAACCAAAGAGGATCAACTAAAATCCCCAGAAAAGAACTCAAGAAGAGAAATTTGCACCA AACCCTAACTAAAGATACAATAACTACGCGTCTCATCATATTGCACCAATCTTATAGTTA CAAATTCTACATTTCTTTCTATTTACTCATATTTCGTAAATGAAATCACATCAAATCATT CAAGAAATCATAAATTTCACATATGCAAGTAAAATCATTCCAGTTCAATAAACATAACCA CATAACATTTCCAGAGCAGGAGAAACAAAATATTAAAAAACTTAAATTCCAATCCTTTTA TGAGTATATATTTGCTAAGCTGCTCAAAATTATTCACCAGAATCCTCCTGCACACAAATT TCCTCAAATCATTTCAAAAAATTAAGCTACAACTAAGCTATGAAAAAACTACTTCAAACA AACCTCATCTTCAGCATTGCAGTGATGCTTATAAATCGACCTCAAAAAGTAACACCGTTC CATAAAAGGCTTAATCTCAGTGTCCTGATTCGTCGCAAACGCCATAGCAGATCGATGTAA CCCATCCAGTTCCTTCCTTATAGCTTTATGAAAGAAAAGAAAAATCCTTACAGGCGATGA ACCTTTAACTCCCACCGCTCTACTACTACCACTACTCAACGCTCCAGATTGTTCCACGTG TGTGCCTGACATTACCGCTACTCCTCCTCCTCCTCCTCCTCCACCACCACCACCGCCTAC TCCTTGTATTCCTCCTCCTCCTGTAGTCGTTAATGGCGTCGCCATCTGTACCTATTTATA CTACCGGAAAATCCTCTTTTCTCCGATTATGATTTTCAGATTCAGATTCCCACAATCTGT AATTCTATCATGTATTTTTCACCATTTTGTTTGTTTTCTCTCTCTATATCTATAGGTTAC TGTTTCTGTATGTATAGGTTTGTTTTATTTTCCGGTGGTGGGGTTAAATCGGGCGGATAA AGAGGATGCAATATATAGTTGGCCACGTGGCAATATGGTACACGTCAGCATAATGATGTG GTGGATGAGCTGGTGGTGGGGAAGGTGGGGCACGTGCCTAATTTGGAAAAAATTAGGCTC ACACGTTACTACGAGTCCATTTTAATCGTCGTGCTTATTACCAGTAAAGTAAAAGTTCAT ATACATAATCCGGAACGATATAGGATGGGCTTTAGATAAGTTATATTATTTATATATGGT AGATATTATATGACTCAGTTGGTTCGGATGACCAGGGATTGATCCCGCTTTAATGCCTTT TGAGTCGAACTTATCGCAGAAGGCTTGTCTAGTGCTATTTGGATTATCCGTGGGTTCCCC AAAAAAAAAATCTTTCATGTATATTAGTGAATATGAAAATTCTTTTTAGTTTGTTTAGGT GTTTTTTTTTTTTTTGAAAATGAATTAATACATTTAAAAAAATAATTACTGATTTTAGTT TGTTTATTATCATTTATAATAATATTATGATAAATCTGTAATGTGTATTAAAAGTGAATT ATGTATGCAATATATATGAATTATAATTGTTTTTGAAATATATTATGTTTATTTGATAAA AAATTGTCACAATGAATGATAAATGTGTTATCTATCATTAAAACTTGTATTATATGTGAA TATTTTTTATTATAGTACATTTATGAAGTTTTCCTTTTTTTTCTTTAAGTGTAAATTTTG ACTCTGTTACTGACCAACTAAAGTTACTGAGTTTTTTCAATTAAAAATAGAATACTAAAT TGAGGTGTAAGAATAAATAATAATAATTTACTCAAAATTACTTTTTTATTTAATATCTTT TTTAAAATCGTGAAAAATGACAAATAAAATAAATCAAAAAAAAAGAATAATAACCATTTG AAAAATCAGTCAAAAATAATCAATTTTAGTCCAAGTAACTATTAAATATTAATCAGTCAA AAACAAACGTCCATGAAATTTAATTAATATATATAAAAGTATTAATCAAACAAATTATTA AACGTCTTATGACGCTATATTTTAATTCAGAAAGTCAAAGTTTTTTTTAAGTCAATAAAT AAAATTTATGTGAAATTATTTTCTATCACCATTCACAATATTCAAAACTCAGAAATAATA AATAAATCTATCTACTTTTTCGTTTAATTATTACTATATAAATATAATTCTCACGACTCA AACTCGTAACGAAAATTCATCAACCTTTTGATACGCTAAACACACACAGGAAAAGGGAAA AGCCGTGCCAAAAATTAGATGGCATGTGAAGCATTCGTGTCGTCACAAGTTTATTGCCCC GTCAACCAACCCTACTTTTAAATTGTTGAGGAATTTATTCAACTTTAACAACCTAACCAA CTTTTTTAGATTTTTTTATTCACGTTCGATATTTTTATCGGAGTCTGACTAAATTCAAAC TTACATTAGAAAGTCTCACATTACTCATTAGGGGTAAATTAAAATTACTTTCTGACGAAG GCAACTTTGATGACTCAAACTTGAGATATCTAGTGAAGAATAAAGGAGTACTTACCTTTA CACTATAACTGTGATTTAAATTTTTTTTTAAAAAAAGTTGCTAGCTCTTTAATGATTTCT TTGATTTATTAAAATTTTTGTTTTGATTTTTTAAAATAAGGATGAAATTGAAAGAAAAAA AAAAGTAATGTCAACTTAATTTTGTAAAATATTAAAATTTTGTTCGACACTATATTTTGA GTCTTTAGATCATGGATGGATTTCCCTGTAATTAAATTACTAAATCTTTAGTATAAATTT GTTCGATACTAAATTATCTTATATTATATCAAGTTACACTTATTGATCATGAGTTCCTTT GAATTGAATTATTAAGTTGATGATTAAAGTTTTATTTGATATTAGATTTGAGTTGTTCTT GTTTAGACAATAATTATCTTAAAATTATATCTTAAGTTGTAATTATTGATGAATTTCTAG TCCTAGTTGAGAAGAGACTACACATGATGCTAGTAAAAAATGACAGTTCGATAGCAATGT ATAATTCGCTATACATATATAATCAAAGCGAATTGTATAAAACGAGAAAGAGAAAGAGAC TTGGGTAGAGAATTTGTATAAAACGAAGTGTATAAAAAGAATTGTGTAATTATAAGTGTA TAGAATAATTATATACAATTTTAATTTGTATAAAATGAGAAAGAGAGAAAGGCAAAGGAG ACTTGAGCAGGAAATAATTGAATCGAATTATATAAAACGAGAAAGAGAGAAATTATATAC AATTTGAATTTGTATAAAATGAGAAAGAGAGAAAGGCAAAAGAAACTGGGCAGGGGAGTA CTTTTATTGTATAATCATAAATATATAGAACGAAAATATATGTATTTGCATGTGTATATA CAAGTTTCTCTAGCTTATACAAACAATAAAGCAATTTATACATTTTGTTCTGTTTGTATA AGCGAGAGAGGCGAGGGGTGGCGAGCGACATCTGGGAGATGGGAGAGAGGGAAACAAAAA TATATGTATTTATACAATTTCCTCTCATTTTATACAGATAGAAACAGATTTTGTACACGT GTTTGTAAAAAAGTGAGAAGAAGCGAGCGAGAGATGAGAGTGGCGAGCGAGAGTTTAAGA GAGAAAGGTGACTAACAAACAGTTTGCTACGGGACACAATTAAATCAAAGGATGGTTATA GCAATTAATTTGATTTATTATTTTGCTATTATATATAATTTTCCCTTATTATAATCATAC ATATTATACATAACGCCACACCATAACAGTCATAAATATTTCAATAAATATATATAATTA ATATAAAGAGATTCAATAATGACTTTTTCAGACAAATATAATCAATATAACGATGTTTGA TTGTATAACCAAACTTGAAACACTTATTAGCGGCATAATATAATATTTGATTAAGACATG AGCTAATTAAATTTAAGTCCAAAGTATTAGGGGAAATATTAGGCTTTTGAGTCAAAAGCA GCAGTGGGATAGGTATTTTAATTAAAATAATTTGTAAATAAATTACTAATTATGGATGGT ACATGTCACACTAACACTACAATTTATCTAAAATCTAAAAAAATATTAGTAGTTATTATT TTTACTTAATCTTAATATTATAGTTAAGTTGAAATAATTAACTCCCTCTAATACACCTAC ACTAGTTGATATTATGGAACAACAATAATATACCTCTATATCAAGTTATTTTAGGTAACC AGAGTGACGATATTAAAACTTTTATTACGCAAAGTCAAAATATTAAGCTACGAATCATAT ATTTTCAGCAAGAATTAATCTTTAATAGATAGTTTTCAACACCAATTAAGCACTACTTCA ATAATATATATCTATGAGATAAATTTATTTATAATTATTTTAGAATATTATTCACTTGTT AAATTGTTGAATAAAATCAACTTAAAGGACAACCCCCCCCCCCACCACCACCACCACCAC CAAACCTTATTTAATTTTATCTAATTGCACGTCATAGATATGGTTAATTAGAGTCAAGAT TTGATTAAGACGGTTAAATAAAGTACTATATTATAGTTTCATATTTTTAATTAGGATGAA TGTTAGGTTTTATTCTTAAAAATTAAAAGCACCCACGATTTTCAATACTTTAATCAGTCA TTGCATTTTTTTTTTCAATTTATTTGTGAATTGCTAACCAAAAAAATGGAGTTCGGAGTC TAAAGGGCATAAAATATTAATAAAGATTTCAAAACGATATATAAAATTTTATATTAACCA AAACGGTAAAATTGCTGAAACAATAGCGATTTCCTTTGCCGAAAAAAGCAAAATCGCTTT AATAGCAGCGATTTTGTAAAATGTGATTTTTTTTAAAAAAAAATCACTGCTATGTAGCGA TTTTCATTTTTTTAAAAAAAATAAAGAAAATCACTGCCTAGGTAGCGATTTTCATTTTTT TTAAAAAAAAAAGTTCAAATGAAGATGTGTTCATGAATTTTTTTTAAAAGAAAATCGCTC ATATTTTGCAAAATCGCTGCAGTACTAGCGATTTGCTTTTTTTGGCAAAAGAAATCGTTG TTGTTCTAGTGATTTTACCGTTTTAGTTAATATAAAATTTTATATACCATTTTAAAATGT TTGTTAATATTTTATAACCTTTAGACTTCGAACTAAAAAAAATAAAAATTATACTTGTCA CAACATCACTACATTCTATCTAAATAATACATGACAACAAAGTTTGTTAACAATTAAGGA TAGTGATGTTTTAATACTGTTAATTAATTAGCTAGTTGATTTATTAAATTAATTAAAAGA ATAAGTAAAATTTCATAATAAACATGTTATAAATAACTTAAAAAATAAAGTCGCATTCTA TGTGATAAATTATATTAACTATAATATTTGTGCATATAACTAAAATGTGTTGATTAAAGT GAAAGCAACACCATCTAATAGTATATTATTAGTGCTACAAAATTTTGATTGAATAAAACA TTCTTTTAAAAAAAAAGTGTATAATTAGAAATTTGATCATAATTTAAATGAATACTTATA TCTGAGAGAATGATATATATATATAAGTAATTTCTTTTTATTCATTCTTTTTATAATCAC ACAAGAGAATCCTTAAACTCATCTCTTTTAAATGTAATCAAATATCAATTGTACTAAACA AATAATTTTTTAACATAGATCACTTTAATTAATTAGTTGAATGGTGCCAAATGACTTAAC CAATGACCAAAGTGAGCACTAAACAATATTTGATTATTGATAGCGTGTGGTAACCTTAAG CTTTACCCACTTTATTTTTTTGGTTTAATAGAAAAGAAAGGATTATAAAATTATTTTCCC ACATATAGAGCATAATTAATAACCTACATTAATATCCAGAGGCGGAGCCAGTTTGGAGTC GGTAGATAATTTATGCGATTTTATTTGACAAAAAATTTATATTATCAGGATGCAATAAAT ATTCAATTTCGATCCATTCAACTAATTTGTATATTCATATTTTGAACTTTATTAGTGAAA TTTTGATTTTGTCACCGTTCATACCACTATTGTAATGTTCATTCTTTTATTTTATTCACT TTTTTTTTTGGGAAAATAGGATTAAAGATGATAATTGCACCCACTAGCATATTTGAGTTT ATTTGAAATTAATTCACTTTATCCAATAAAGGGCTTTTAAAAAAATAGAAATTGTTGCTT TCATTATATATGTCACCTTTCCAAATATATATGTTTGACGGACATTTGAACCTAAATTGT GTTTAAATATAATTAAATCCTTTTTTTAAAAAAAAGTTGAGAAAATGATTAATTTGAGTA TCGAGAACGCAAATTGTTGGTGTGTGGCTCGGTTTACTATTTTTACCTTGCCAAATATAG CTAGCTTTGAGAGCATGCGTACGAGAAAAAGTTGATTCTAGATTTTGGTGACTTTAAATG CTAGGTCACGTGAGTGATACTTATGAATCTCATGCAACTGGCTAGTGAAAACTTGATTAA AATGTCCAAACTAGCTTCAAGGTGAATATTAAGATCAGAGTAGTTGGCATGGGTTTTGGT TTACTATCTTTACCATGTCAAGTATAGCTTTGAGACGCAGGCGCACGAGAAGAAAACGAT TCTAGATTTCAGTGAGTTTAAATGCTTTGATCATGTGATCAGTAACACATGTAAATCTCA TGAATTAACTCGTAAAAATTTAAAGAAAATTTGCAAGGACCAGGGTGTTGGTGTGATGTT TGGTTTACTATCTTTACCACGTTTAAGATAGCGACAAGATGCATGCGCACGAGAAGAAGC CAACTCTAGATTTCAAGTGACTTCAAATGCTTGATCATGTGAGTGATACACATGAATCTC ATAAAATTGGATTCTAAACAATTGAGAAAATGTTCGAGGTAAGTATCGAGATCAGCGTGT TGGCGTGCGATTTGTTTTACTATCTTTAACATGGTGTTGGCGTGCGATTTGTTTTATTAT CTTTAACATGTTAAAGATAGCTTTAAGATGTATGTGCACGAGAAGAAGCCGACTCTAGCT AAAATTCAATGACTTTAAATGCTTGATCATGTGAGTGACACACATGAATCTCATAAAATT GGATCGTAAACAATTGAGAAAATATTCAAGGTGAGTATCGAGATCAGGGTGTTGGCGTGC GATTCGTTTTACTATCTTTAACATGCTAAAGATAGTTTTGAGATGTATGTGCGCCGAATC TAGCTAAAATTCAATGACTTTAAATGCTTGATGATATGAGTGATCACACATTTGAATCTC ATAAATTGGCTCATAAAAACTTGAGAAAATATTCAAGGTGAATATCGAAATCGGGGTGTT GGCGTGCGATTTGGTTCACTATCTTTACCACACCAAATATAGCTTTGAGGCACATACATT AACTCTTAATTTCATGCCAGTTACTTTAAATGCTTGATCATGTGACTGATATATTCGACC GAAAAATATATCGATATGTCAAATTAAAAAAAAAAAATCAATCAAAAGAAACAAACCTAA CACACTTAGGTCAGAGCCAAGTTCAAATGACCTTAACCAATTCATTTTTTTCTTAAAATG ATGAATTTTACACCACAAAATGAATCTATGAAATAATTATTATTTATTAATATGAGAAGA GAATATAAATATATTATATTTTAGGTCATATAGGAAAAGATTTGACTTTTTAGCATAGGT TAACATGTTTAATATAAAAATAATATGAATTCAAAGAACTTGAGTACCAATTCATGTTCA TGAACTTCTAAGCTCAAACCCTAAACATGATATATAACTAAACTTTTTAAATATAAAAAA GGTATAAAACATGCTCTCTTTTCTAATTTCTAATAAATTTGATTCTTAGAATCTTTTCTT TTTTTATAATTTAAAAAAAAAACTATGTTTACTTCCACCACTTCAATGCAATTGTTATCC ACATCTACACTAGAATTGTTTATACTAGGAATAAGGTTTAATATATACTTTAATCCTTCA ATTTGCATTTAAATTCTCTTTAGACTCACATTTTTAGCCTAATTAAATCATTAATTTAAA TATATAATTGTACCATTTATACAAAGTCACTTTATAGTTGAGTGGTGTTAAATGACTTCC ATTAGACTAATTAAGTTATGTACCCCACTTCTTTAAATTAAATATGTATTTTAAAAAAGC AAGCTAAATAATTTTCTCTCCTACAAATTCATATATATTGTGGCACTAACATCTCATAAA ACCACTATTATCCTTTTTCCTATTTTTATTTTATCCAGTCCAATTTCATTTAATTTATTT ACTATATTAAAAAAAGTAGCAATGAATAACTTTTGTTATTGAATAAAAGGAATTCATTTG TTAATTCTATTTAACGATAGTGTTTGTAACAAATTTTAAATATATGGAAAATAAATAAGC TATACAAATAAAATCTAAATAAATATGATTTTATTAATTAAGATAGCTGGTAGAATTCTG TTGATCCTTTAATTCTTCTCTCCTAAAATTTATCCATGATTCGAGGGCCGTTAGTGGCGT GTTTCTCGATTAGGATGATTTAGATTTGACTTCTATATGAATATTCCATAACTTTTTGTG GAATATTTCGAGATCTATATGAATTTTTTTAGATGTCTTTTCAAAGGAATATAGTACCTT TATATAAGGGTACTGAACTAGTATTTAGAGTTGAACAGCCTCCAAGAATTTTAATTGAAA CTGAACACATCTACTAAAGTCTCAATTCGAATTAAATACGTCTCGTAGAGTCCTATAAAA TTTCAATGTCCACCGATAGATTAACAATTACCTATCAAAAATCATGTGAACTATGGGTTT TTTTTTTTATATATATAAGTGATAGACTAGAGATGAGTTTGACAACTTATTAATTTATAT ATAATGGATATTGAAATACTTTGTGGAAAATAATAAAAAGATGATAATATTTTGCAACTT ATATTTATGAGTTTATTATAATTATCCAGACATGATCATTTATAGAAGATATTTAGTAAA AAAAGGTGTTATTATTAATTTTTTTTTGAAAAACGAAAAAGAAAATAGAGATATAAATAA ATTGAATACAAACAAATTCAAATTTGAAAGTGTCAAATCTAGATGTAAAATAAATACATG TCCCAGACAATTAGTAAGAGGACAATTCAATGTTCAAAAAGAAATTAATAAAGTAGTGAT ATAAAGCATGCTTTCTTGTCAAATTATTTATTAGTTGAAAATAAGAATCTTGTAACCTTT TAATGATAATCTCTTTTATTTAAATAAAATAAAATAAATATAATAAGTAAGTTTGTCTCT CCACCAACTAATTTGTGGAATTATATATACCATTTGAAAATGGTATCCACACCTACATTA TAATTGTTTATAAGAGAATTGCGTCTCATTTTTTATCTAGTCGATATTTAATATTTATAT TAAAATTAAATAAGTTTAAAATCACGTGATTATGCTTCTAATATATATTTTTTTAATATT ATTATTTGTTAAATAATCTTCTACTCATCTTACATGGAATTTCATATTAAATGTCAAACA AAAATTGGAACTAGCTAGAAAGGTAAGACTCATAAGAGTCTAAAAAGGCATTATTATCAA TGAAACTTTATTTAATTTAAATAGTGTATATAACAATATATAATTCGATATTTTCGAATT ATATCATATAGGATCTAGTAAAGAATAAATAATTTTTCTTTTAGAAATTTTCTCCATGTC CAAATTAAAACCTTGTAAAATAGGGTAAACTGAAAAGTTTATAATTATAAATACATTGTT GAGTTTCCTGATATAAGGAAAAAAAAGTGATAATTATATTGTAAATAGGGGTTCGAAAGT TAGTGTTCTGAATTTCTTTGCATAAACTTCCAATTTTATTATTGTATGTTTAAGATTGAT TACGGAGAAGGAATTTAATTTATTCTGTCACGATTAATTTATTGATAAGTACAAGTATAA TATGAGATTTGACTTATACTCAAACACAAGTTTATCTAAAAGACAATTAATTTACCAACA AAATATTGCTAACTTTCAACTTCAAATGATCAATTTCTTTTTTTTGTTTTCAATTGATCC AAAAAATGAACCACTATACTTTTTTTTAATGGATTATCATGTAGACCAATAAAAGTGTAA ATCTTTTATCTTGTTCTATTCATATAAATCATAGAGTCAAAATATTTTCTAGTATTATCC AAGCAAAAGAAGGTGAAAGTTAGTGTGTACACATATAGATAACCTTTTTCACACCACTTA GGAAACATAATTATTGGGACAATGTAGACCAATATAAGAGAGGACATCTATACACAAATA TAAACTTTCCATTGAAGAGTCTTTTCTAGTTCTTGTAGTGGAATTTGACTGTATATATAT TCGTTTTCGAGTTTAAATTCAAAATCTTTAATTTAGCGTGAAGAGTCTTATAAAATTGCT TATAATATGTTTTTTTTACGATAAAATTTTGAATTAGTCAGGTTAGTAATTCCTAACACA GAATGGCTAGTCAAAAAGAGAAAGAAGACTATTGTATCTAGTTTTTAATCTTAACATGTA AAATGTTTTTATTTCTTTCTTCACTAGAAAAAGTGAGAGTGAAAGGTGTTAATTTTTTTG TTTGTTTTCGATTAGTATTTGGTACATGTATTTGAATCTTAATTAACTTGGATTCCCGTT GCGTAAGGCCTATTAAATTCATATACACTCTCAAGTTTTTGTCTATTTCATGATTTAAAT TCAAAACCTCTGATTAAAAATGAAAAAATCTTATCTATTCCATGATGACCTTGCAAAATA TCCCATAGGACTTAGGGGTATATAGTTTGCAAGATATTTTGTAACTATTTATTACTTTTC AGTCTTAAAATGTAACTTCAATTCTGACCAAACCTTTCTTATCTTACAAAGATTCTTTTT CTTTTCTACCAAAAATTGGGGTTTATTGGAATTTCATTTTGGTAAAATATGTATCTTTCA AAAATTTTGGTAACTTTGGGCCTAGTATAGTGGGGCTGGGATAAATCTCTACACATCCAA AAACTACAAGGACCAAAGAGCTATTTGGGCTTATTATGGACTACTAAGGGCCATTGGGCT TTGAAGGCCCATGCACAACTTTGAGGTCCATTTACTCTACTTATATTATCCGAATTCGGA TTAGCTGGAATTCAATAATGGGCAACTTTCACATATAGCAAATAAAAAATTCATATTTAT ATGCTATAGCAAAGTTTGCATAATTGCGCTCCTTAGCAAACATAGAAACTGTATAATTCG CTATACATATACAATTGAAGCAAATTGTATAATACGAAATGTATAAAACAAGAAAGAGAA AGACACTTGGGCAGAAAATTGTGTAAAAATAAAATGTATAAAATGAATTATATTATTATA AGTGTATAGAATGATTATATACAATTTGAATTTGTATAAAATGAGAATGAGAGAAAGACA AAAGAGTCTTGACAAGAAATATATAATTGAATCAAATTGTATAAAACGAGAAAGAGAGAA ATTAGATACACTTTGAATATTGTATAAAACGAGAAAGAGAGAAAGGCAAAAGAAACTGGC AGGGGAGTATTTTTATTGTATAATAATAAGTGTATAGGACGAAAATATATGTACTTGCAT GTGTATATATACAATTTTCTCACGCTTTATACAAACAGAAACACAATTTATACATTTCGC TTTTCTTTTTATTAGTGAGAAAGGCGAGGGTCGCGAGCGAGATTTGGGAGAGTGGCGAGC GAGATCAGGAAGAGGGGAACAAAAATACGTGTATTTATACAATTTTCTATGCTTTATACA ATTAGAAACAATTTTTATACACTTGTGTTTGTATAAAAAGTGAGGAAGCGAGCGAGAAAT TGGAGGAGAGTGGCAAGCGAGATATTTTTGAGAGAGAGGCGTCTGACAAATTTTTGCAAA TGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTACTCCATTTAATTTAGGTTATTA GTTTGCTATTATATACAATTTTCCCTTCAAATAATGAAAAATTACATGAATAAATACATT TTTAAAAATAATTACTGATTTTAATGATACTTTTTATTTATTACCATTTATAGTAATATT GTGATAAATTTGTATTATGTATTAAAAGTGAATTATGTATGCAATATATTTGAATTTTAA TTGTTTTTGAAATACGTCATGTTTGTTTGGTAAAAAATTGTCACATTGTATTATAAGTGT ATTAAAATGTGTGATAAATGTATTATCCATCATTTAAACTTGTATTATATTTGAATAATA AAATTATCTTTGTAATATGTATTAAACTTGTATTATAAGTGAACTAAAAATGGTTAAGTG AAAAAAAATGTTATTGCTATGATAAATATTTTTTTATTATATTATATTTATGTAAGTTTC CCTTCAATAGTACAATATGACACCTTCGTCTTACTTAACCCAACAACTGCTAACTAATGA TGGGAGGTTTGTTCTCGTTTAAATTAGGACACCGATTTCTTATTCCTCTATGGATGTGGG ACTTCTTAACACTTTTCGCAAGCCTAAACCTTAATTGGAGCGTGAACACTCATATGGACT TGGACAAACCTCCCCTTATAAGCTAGCAACTTTTGGGCATTGGTAAGAAACTCCACATTG ATAGAGAAATCAAAATTCAGTATCCTTATATAGATTTGAACAAACCTATCCTTGTGAGCT AGCAATTTGTGAGTCAAATATATCTTTTTTCGATAATCGCCTCCGAACTTAATAAATCAA AGATTGTGTACTATTGTTTATATTTTTTCTCAATAAATTTCAACTAACATTACAGCTTTA AAAATCTTTAAACAACAACCTACTATTATATTATAAAACAAAAAAAACTACACAAAATTT CAACTTTCAGTGAGTTTACTTCAATGGCGACTCAGTATAATCTTTCGTTAATCATCAAGA ATCCATCAAATGAAGATGAATTTCTACTTGTTAAGCAAAACCCACCTCCTAAATTCAACG ATCCTGAGTATGATTCTTTTTCCGATTCCCCTTTATGGGATTTTCCTTCTTCACCATTGT TACCTCTTGATTCTCCTTCAGATAATCAATTTTCTATACAAGTCCCTGAATCTTGCTCAG ATGAGGTTGATTTAAGTAAATTTGATCTTAATTCAGCTATTCATAAGGTAACGAAAGAAA TTTTAGTAGCTCAGTTGGTTGGTTTCGTAAACTTTCGCTCTTTATTAGTTATGTTCGATT TCACACCTTGTAATCCCCTTCCCTTACTTAATTTCTTTAAAAAAAAATCCTTACTTTTTT GGGATAGAGGCATAATTGTTGTTGTTGTATCGCGGAGTTAGGTAGGATCAAGGGGTTTAT TTGAACCTTCGGCAAAAAATTACACTCTTTATATCTGGTTTATATATGGAACTTCCTTTG GTTTCTTCGTGTCTTTAGTTTTTCATATTTTGAACCCCTTAGTGAAATTCTGGTTCCGCA GCTGGTTGTATCTGTATTTGCTTAGTTATTGGGGTAGGCAAGAAACTTACTTTGTTTACT CAGTTTACTCCTTTTATCTAAGATTATGGACTTTTAAGCATAGGGGTCAAGTTTTTTTTA ATTTTGGACGTGAATTCGGAGAGATTGCTGTATTTTGTGAAGAATCTGCTCACCAACCAC TTGAACTAAAAATAGCTGACAGATGTATAATCGATATTTAGTAGGTGTAATCACCTGTGC ATAATGTATTGAACAGTAAATCCTGTCAGCTATTTGTGTGAAGATACATTTTTTTTCCAG AAAAAATGTTACAGGTCAATGTTTCTAAGAATTGAACATTAAGGATGCTAGCTCTACTTA AACATTTGCCGGAAATTTCATAGTATGAAGGCCCTTTTACGGAAAGAATGTAGATTTCTT GGTGAAATGAATACTAAATTGCTTTCAGCTTACTGCTGTTGCAGATTTTATCCTTTCAGT ATCTGGATCTTGGTGGATTTGTCATTTTTAAATGATTAGTTATGAAATTTCATGTTTATT TGGCGCAATGAGTATATGTACTCCCTGTTGGGGCTTATTGAACTATCATTATGCCTTCAT TATTCTTATGCCTATCATAACTATTGTTATCATGATCATAATAGTTGTAATTGTTGTAAA ATCGCAAGTAGACTTCATGAAAGGTATGGTACTGTTTCTTATGCCTATCATAATTGTTTA AAGGAGACTCGTCTACATATGCTGCAGTCTATACATATGCATGTTTTGCAATATGAAGCT GTTAAAGCTTGTAGGTGATGATCATTGTAGGTTCTAGAGCAAGTGGAATTAGAGGATACC CCAGTTGAGTGGAAATTCATGAAGTATGTACAGGAGCCTGAATTTGGACCAGGATTGCCA GTAAAGACGATCTACATCATTGGAACTTTGGGTCCTAAAAATGGAAAATTAAAGGGTTCG ACCAACTTCACTCAGTTCATATTTATCTTTTTTTTAAGTATTAGTATGAATACTGCTGTT GTGATTTAGCGGGGTCTTATGTTGTAGTCTTAGGAAGGAGGATCAATTGCCTCCCAATGT GAGCTTGCTCTTAGTCCAGTTGTAAGAGCAACGTATGTCATTGGAACTATGTTAGTTGTA ATTTCCAGCTAAATTAGAACAAATTATTACTTGGTCTTTCCCAAAAGTATCCCCTTTTCT TAAGTAGAAACCTGATGTCACTCTTCAATACTTTTAGAATATTGTTCTGCTATGAAAATT AAAAGCATCCCTCCTTTTATCAATTATCTTTATCGAATTGCAAACTTGTCAAGAAGTAGT CTTAAATCTGCTTTAGGTGCGATAGATATTTCTGAAAGGCTATGTCATGTCAACTCTAAT ATTCATGTCTATGCCTAACCAAAGTAAGGCTATAAAGCTGAGATGGTGTGGCTTAATTGG TCGGTTGTTGTTAATAATCTAACAAGGTATACTACCAAAGCATATTTCACATATAATGCA GGTTACTAATTTCAGAAGTGTGATCCAATGTTGGAGAAGCATGATTGTTCTTCTACAAAT ATAACAGATTAGTTTCTCGAGAGATGGTCTGATTAGACTGATTCCTAACTGAATCTGATA AAGTATCTGTGAAATCAATTAGTGACTGCAATCTTTATCTGCGGTTCACATTTGCTTCAA CTTTTCGAAAGGAGAAAGCACGTGGTGTCAAAACTCAGTTTGGTGGAATTTCACTCTCTT ATCGTATCCCAAATTTGCAAGTCGAATTTAATGGATTCAGTATATAAGACTCTAGGGGTT AGAAACCATCATACATATTTTAACTGCTTCATTACCACTTATTGTCTATTGTGTATCTCC TCAGTGACTGAGAAATGACAACTGTCCTCCTTATGTATTTTCCCAAATGAGATAGCATCC ATTATTTCTAATGGGTTATGAATGACAAAACTACCATCTTTTTATACCTCCCTAGCTCTC CTTTTTTCCTCTTGGGATGATTGTCAAGGTTGTAACATGGTAACTCATGCTGAACAGATG TTGAGTTCTGCAAGTGGATGACCACTGAAGGATGCATTAGTATGCTTGCTGAAGTGAAGC CTTGCAATGACCGTGTAGGATCAATGGTGGTTGTTGGTCTTTTGAATGATTCAACAAAAT CTGGGACATGGAAAATTCCTCCCACCTTGAAATGTCAGGTTAGTTATTATGTCTTGTGCT TGCTGACCTGTCAGTTCTGTCATTAAGAAATGAGAAATGAATAATACATGGACAACTAAT GATATTCCATAAATACCAAATTGACGCTGATATTTCATGGGACAGAACGGGACGGGATGT AACTAGAATTTTTCTGAAAACCTGAAGTCAAGAAAGAACTTAAGGGACACTCTTATCAGA AACTCCCTGATATGGTCATTCATTCTCATTGTTCTTTGTTTCTGAAAGCGATTAAGTCAG CCAGAAATTGTTCATTCTGCACAACTTTGGTGGCTGTTGAGGCTTGTTGAAGTGTAATCA CTAAACTTCATTTGAGATCTTTATCCTGAAGTTTCTCTTATTTGCACAAGCAGTTGAAAT TTAATCTATATGTAAGATGGCAACTCCAGAAAGAATCCTCAGTCTGATAAGCAATGAATA TCATAATGTTTGAACATGTATATGTGAAAATTTTGTGTCTTTGATTCTTTTTTACTATCT TAAGGACAACAATACTGTCCAGTAGGAGCTGATGTTTTTCTCATGTTGCAGGAGTACCCT CTTGGTGTTAAAATTATACCTATGGAAAGTAGAACAGCTAAACCTTTTCGTACAACAAAC TTAATTGTTTTCCTGCCTGAATGCAATGCTAATGAGCATGATGATGGTTTTATCGCTCAT GGGGAAGCACTCATAGTAGACCCAGGATGTAAGTCATCTTCATATGAACAGGTTAGAGCT AGTACATAATCTACTTGTTACTGTTTTTATAATGTGGAACAAACAAATGATATTTTCCCG GCCTTAGAAGTGAAGCCATAAAATGCAAAGAAAAATCCACTCAAGCAACTACTTTCACAT ATTTTAGTCTTAGGTGGATAGTGTGTAACAATTTCCTTTACTAAAGATAGATGCACTTGA ATTGTTGTACACTTGCTGATACATTTCTATTGAAGTGCGAGACTTCCAGAGGTCTAACAG TGTCTTTGCGAATTCTCTGAAGATTGGTTGACTATAACTTTATAAGGGTCACGTAAACAA GCAATGGAGGCAAATTATAGTATGATACCTGAGAGAGTAAATTCTGAACAATTGTTGTAG GAGCTATGTTCGCTTCTGCTAAAGAATATTGGCCGTTACAAATTTTAGGTGACAGTATAT AACAAATAATTAAAGAGACCCTTCACTATCCAAAAATCTGTCTTTAACAATTCCTGAGCA ATTGACATGCTTCTTATCTCCATGTTTCCAAGCTTCCTGTATGTTTGCTTACCATATGCC TTAACGATTCACCTTTCTGGCTAAAGCCTTCTTTTCAAAACCTATGATCTTCCTTGCCGA TTATGCGATGCTTACATATTGGATAAGAAAATAGTATATGTGGTTTGTTAAAGAAAATGT CAATTACGTTTTGTCACATTCAATAGAAAGATACAGTAGCGGAGGTAAAGCCGAAAATAT TTGTTCAGACTTTAGTGTTTGTAGATTGAATAGCTTTACCTCAGCAATGAGTTCCTGCAC ATGTTTCTCTTTTCTATTTGTCTTGGTAATCTGTTTAGGAGTGGTTGAAACTCTTTTTAT GCTTCTTCTGTTTGTTTTCATCTTTTTTCCTTTCTTGTAATTGGTTCTGCCTCTTATGCT GTTGTGACATCTCGATGCTCTGATGCTTGGATTACCAGCTCAAGGAAATCATTGCTGCTT TGCCGAGAAAACTAGTCGTCTTTGTGACACATCATCATAATGATCATGTTGATGGTAAGC AGCTTTCACATCCACGCTTGGAAACTTTCCCCTGCTTAGTGTCACAGCCTTATGCTATGC ACAACATTTGATTTTTCTCACACTGATGTCATCATACTCATCAAGGGTTATCTTTATGTA TTTTTGTTTTATTTCAAATGATCTTTCTTGAGCCGTCTGGACAAGATCTACGTTTCATGT AAAGTTATTACAAGTTTCAGTTTCTTTGTATCCGGCCCTTTTTATGTATTGGAAAAAATT AGTGCTATTTTTGCAGTTACGAAAAAATTTCTTTATAGACATTTGGCTGGCTTGTCAGCA ACAGTTGGTTGATTAACTGCAACATGTATTTATTGGATGTCTATTTCAATAGAAGCTGGA AAACATCTATTAAATGATGAATAGTTTCTTTAATTTTGTTATCTAAAGTATTATTCTCCA TACTTTTTTCACCAGACTAATCTGTAGTTTTTGTAAGTAATTTCTGAACATAAACTTGTG CTACCTGCTATGCTCAGGTCTTTCAGTAGTCCAGAAGTACAGTCCCGATGCTCGTCTTTT GGCTCATGAAAATACGATTCGTCGAATTAGAAAAGGTCAGAAAATTTTCAATTCTGTAGA ATAGTGTCTATCTTGCCATAATTGAATCACTTTTTTGTTTAAAGAGCTACGCTTTTACTT TACGTTCTATGCTTTTCTAGAAGTTTTATCTAGCTTTTTAGAAGATTTATTTGTCAGTAG AAAACCTAAAGAACTTCTAGTACTTATTGTCATTATAATCATTATTTTTATTTTATATAT GGTATTGGCCTAAGATGAATTTAAATGGAGAACTTGATCAATGAGGATTCATATAGCCAA CCGTAACCTATTTGGGAGTGAGGCGTCATGTTATTGTTTAAATAGCTAGCAAGGGTTGCG GGTCTATACCCTTTTTTGGTCATGAAAAGAAGAGGGGGAACTATTATGATGAAGGATGAC TTTTATGTTTGTCCTTTGTTGTTAAAAGGCAATTGCTTTTCATGCAAGAATGTATTTTCC GTGATAATGGGCTTACAAAGAGACATGCCATATGATGGACTTGTTTTGATGTTCGTAGCA ATTTTTAATTTTTTTTTGGGTGGGTGGGTGGGTGGGTGGGGGGATCAATAACTTCTCATT TTGGCTAACAGGAATAGTTTCTAGTTGACTATGATGACTCTATTAGTGTACATTCAAGTG AGCATAAAATATACGCATGTTCGTGCACCATTTACAGCTTACTGATCTCACAGTATGTGT GGAAGTGAAATATTCTTTATCAAGTAAATGCATTTAATAACTTAAAGTAATTTCCATGTG ATGCAGATGATTGGTCTCTCCCATATGTTTCAGTTTCTGGATCTGAGGAAATTTGCATTG GCAATCAGAAATTAAGAATTATCTTAGCACCGGTAATCTCCATTTATATCCTAGCTTCCT CTGATGAGAATCAGCACCCCCATGAAATTCTGTTTTTGACATTCATTTTTGTTGATTCTC TTCTGGTACTTGCTTCTTTATAGAAGAGATTCATGGTATTACGAGTAATCTATGCTCAGA TTTTGACTTTTGCTTCAGAAATGAACCATTCGAGATTCTCACGGGGCAGAAAGCTTGTCA TATCTATAAAGTCTTGTCAATAGAATTTTATGACATTGATAGGTTTTTAAGTAATGAGAG TGATTGTACTGCTACCTTTAAAACATATTTACTAGAGCATGGTGAATTTGTGTTTGAACT TAATACTAGAAGTTGTAAGAAGTGAATTAATTTAAAAGTTAGCTCCTAGTTTCTGAAATG GAATTTTCTTTGTAATGCAAGTAATCTCTTAGTTTTACTTCTGTGTTTACTCAACCCTCC ATGCAAAACATTCCAATTTTCTTGTACAATTTTTTCTGGAATTTTAACACGTTCTTTTGG TGACAATATTGTGATTCAGGGACATACAGATGGACATATGGCACTGCTTCATGTTAGTAC AAACTCGTTGATCGTAGGGGATCATTGTGTGGGGTAAGATATGTTTGATCAAGAAACTTC ATATCCTTTAACAAATGAATATTTTCACTTGATAAATAATTTGTGGACATGATTACCAAT TTTAAATGTAGCTTCCCCCGAAATAGTAATAATAAAAAAATGCAGTTTCCTAGTCCTTTT GAACAATTCTTTTAGCTTTTCTATGATGATACGGAAAACAATCTGTTCAACAAGTCTGTG ATTGTGTTGGCCTACTTTGCATTTGTTTGTGATAGCTTCTCAATTTCTTCTCCTTTCTTA AAAATTGCTAATTTGATGTATCCCGTTGGTTTCAGCCAAGGAAGTGCTCTCTTAGATAGC GCGTCTGGTGGAAATATGCAGGTAAGTAACAATAGCATCTGTATGTTTCTTTTTGTCACT CTGTCATACTTGGAATGCTAATTAGAAGATGATGATTGGTTGTTGGTGTCTTAACTTTTG AAACTTGATTTAAATAAAAGGATCCGACTCTTCAACCAGAAAAAACCCACTATACTTTTC TTTTCCCATATAAAACTCGTTTACTTGTTTTCTTGTCAATGAGCAAGCCTTGCTCATGCA TTCTATTAACTTTCTTGAATAGCCTTTTCCTTTCCTCTCTTTAGCCTTTGAAACTTAAAT GTGAACTAGCACCTCTACTGAAAGCAGTGAGAATTAAGACTATACCACCACATTTTTCAT ATTCAAATTTTATATCCAATTCTAGATTGTTGATTCATATCAAAAAGATCAGCTATGAAA GTTTTTAACAGTTTTAGTCAATTGAATGGCAATCTAAATCTAGTATTGTGTCTGTTAAGG GTACTTAGATGGTGAAACTATTATGTTTTTAATATTGTCTTCCACAGGTTCTTTAATCTA CATTCAGGTTCCCCTATTAAAATTTGAAAACATTCACTCAAAAATCACTAAAAACTCGCT AAAAAAGTGAATGAATTTCTTTCTGCTAGGGACAGGGGTTCAGCAAGAGTGTTTTAGCTG AATTCTGTAAATCTAACTTTGATAGTTTTATTTACCTTTTACAATAATGCTCATTTTATA ATACCTTGTGACAATACTGAATAAGATATGGATTAAAGGAAGTAGGGGGTTGGGGAATCA ACAAAAGTGCATTTGTGAATTCTGTAACTTAAATTGCTTTCTAGTTTTATTTTTATTTTC CGATAATGATTTTTGCTGTTTTCAATAACCCTAGTGAATATACAGAAAAAGATTAAGATT AGAGCAACTTGTAGGTGTTCATATCTGTTTCTATTATCATGTTCAACTATGACTTGGTCT TTCTCTTCTTTTTGAAATTCTCAGTATCGGAACTTCAATTTTTTTTTAAACAGGATTACT TTCAGACAACATACAAATTCATTGAGCTCTCTCCTCATGCGTTGATTCCCATGCACGGAA GAACTAATATGTGGCCAAAACACATGCTCTGTGGGTATCTCAAGTATGAACTTCAGACCT CTTATGACATATTCCATATATGCTTTCACTCAGAGTGCCTTTTCTGTCTATCAGCTATCG GCAAAATCATTGCCGAAGTATATGGTTAACAATTGTGCAGAAACCTTGCTTGTTTCCTTG TTGCTTTCTCCCACCATGTAAATCTTGTAGTCTTGTTTTATTGAACATTATGCTAATATA TGTCATTAGCTGTGAAATTTGTTCAGTTAGTTTTATGTTCAATGTTTATTGATGTTGTCT AAGATAGATGTCAATCAAATTATCATTCTCAAAAAATTTATAAAACAGATACACTGATAG ATTAAATTGACGCACATCTAATTTATTATTATCTGGGATTGTCAGAAACCGGAGAAACAG AGAATCAACCATCTTAATGGCAATAGAGAATGGTGCTAAAACATTGTTTGACATAGTTGC TTACACTTATGCCGATGTTGACCGAAGCCTCTGGTTTTATGCCTCATCAAATGTGAGACT CCACGTGGATCATCTAGCAGTCCAGAATAAATTACCAAGTGTATGTATTCTTTGTTCCCT TGTGATTTAACATCAATTCATTATATGTCAGAGCTTATATTTATGATCACTCCTGTTTTG GATGTCAAATTTAAGGTTCAATAATAAGCTTACTAAAACTGGAGTCCTCTTTGGAAATCC GTGACGCTTGGCTGTCTTAGCAGCTTTGAAAGAGCCTCTCTTTACAGTCAAAACTGTCTG TTTCATAGAATTATGGTCCATGGAATGTAGTAGTTTAAACTTTTTTGTACCAGTTTTCAC ATTAAATGATATGCATGCTTATGTTTCCTGAATGACTTAACCTTGAAGTTGATATAATTG CTTTTAGTCATGTGGAAACTTGTGGTGATCCATAAAATTAGATTCAGCCATTTGAGCCCC GTAGATAATAATTGACGAGAGATTCCATGCTTGCCAACACTTTTATGTCCTGATTTGCTC CATGTCTGGCTTGAGTGTAGACATAAGTGCAATAGTTGGGCCATATATTTATATGCCTTT AGTAACTTAATTGATTAGGATACCAAACTTTTCTGTGTCATGTGCAGGACTTCTCTTTAG AAAATTTCAATCGCAGTTGTGCTGAGTTTGCTGGCATGGTGCATAAAATATAAGGAAACT TTCAGAAAGCAGCCCCCTAAGACCTGCAGTTACCTTTCTTCCTTTAGGTTGGATAACTAC TTATTTTCCTTGTAATAGCTAGTTGCTACTGCCTACGTACATTTCATCAGATACAGTCTC GAAAGTAGATCACTATCACAATTATGGACGACTACCTATTTGTTTGTGCACTTGGTTTTT ATATTTCCAAAGGGCCTTAGAAGTCATTTCCATCATCGATTTGCAGGATTTTTCAATCCA AAGTTTTCAGGCAAGTTATGGGCTGCGTTTCCTTTTTAGGTGGATATTAGAATACTCAAG TAGTGCATTCTCAATAAAGCATCACACAGTCAGAGCGGCTTTACTAGTCGGTACTGGAGC TCTGGCCATTGGTTGCTTGGCTGTATCATTCTCCAGAAAAAATGAACTCCTCTCTAGGTG ATGCAAACAATTCTTGCTCCGGAAGGCAGATTTCGTCAAGGAAGTTAATTTACCGTCTGG CTCCAGGTCATGTTCTCTCTCATTGTACCAGAAGCTCTAGGAGAAGCATGAAGATGTTTA CATTAGTAGTAAAATACTCATTGATAGTGTTGTGCGCATAACTCGCCATCATTGTTCTGC ATTTCTGATATTTTTTTGTGATTAAAGAAACCGATTGGATCAATTAGAAGTGTAAGACAA GATTATTGTTAATGGATCACACAACTTCTGAGACAGTTATCATAGAAATCATCTTTTGTT TAATTAGCAGTGCCTGTTCTCATCCATGAGCGCATCTTTCACTTGAAGTGCCAATTATTG AGCCAATGGATTTGGTTTGCTACAATCAGGAGATTCATCATCTACCATATATACAACGTG ATTTTTGGCGGAAGAAGGTCCGGATGAACCCCTTTTGCCCCTCTATCTCCGCCCTGGAGC AGGGTCGTGTGTAAGTTTTGTGCATTGTATACATTCATAATAAACACGATCAGATAGTGT ACAACAACAACATACTCGGTGTAAAGCCACAAGTGAGGTCTGGGCAGTGTAGAGTCTATG CAGAAGGAGGTAAAGAAGCCGTTTCCGATAGACCCTTTGACTCAGAGAAAAAAAAACATC AAAATAGATACTATAGACAACATGACAGAAAAAAAACTTTCTTCAAGGCTCATAATTGCA GCTTTTTACTTTAACTGCAATAAAAACAAAAACCACACCTTGCCTCTTTTCATTTCACAT TTTCTTCTTGCCCCATACTAACACTTCCCATGCTCCTTTGCATGTATTCCTCATTTTTAC TTACTTTATACATATCATAAATTGAGACCTTTTACTATCACTTTATACATATATTTTATT TTTTTTAGAGAAATGAGTTTCCATCTTGGTACCACCATAGTTCTTACATTATTTGTCTCA TTTTCTGCATTACTATTAGGCTTGTTCATCAATTATCAATTCAACAAGATTGTTGTCTAT GAAGATTTCTACTTGCCTCACCAATCACCAATTTACAATCTCTCCATCTCTACACATCTT GTTTGTAACTCATCTTCGTCTGATTCTAGTTCTAATAGGACCATGGAGGAGTTGAATGAT GTTTGGCACTCGATGAACGATGAAGAACTTATGTGGAGAGCTTCAATGGTACCTCAAATC AAGAAGTACCCGTTTAATCGAATCCCAAGAGTGGCATTCTTGTTCTTAACAAGGGGTAGA TTGCCATTGGCACCTCTTTGGGAGATGTTCTTTAAAGGACATAAAGGGTTGTTCTCAATA TACATTCATACTTCACCTGATTTCAACTATGAACCTCCTCCATCATCTGTGTTTTATAAA AGAAGGATCCCTAGCCAGGTTCAAGTCCTTTTTTTTAAGCATTTCGTTATGTTAAGAAAT AATAAAATATCCGAGTGTAAGTTCACAAGTAGGGTCTGAAGAGGGTAGTGTATAAGCAGA CATTAGTCAACATTACCCCTATCTCAGGAGGGATAGAGAAGTAGTTTCTGATAAACCTAG GCATTTTCTTAGTCCACTAGCCCAACTAGACTAGATTCGCGCCAAGTACGCGTTTCCTAC CAATAAGTTCTCCGTTTGTAGGGCTCGAACCTGATATTGGTCTCAGTGGCGTAGCCACAT AGTGGTAAGGGTGTCCCCTTTGTCGGAAAAAAAAATAGCATGTATACAAGTAAAATGATA CACTAAATGATCAAATAACATATTTTGGACACCCTTAACATAACAAACTGCTATTTCTCG ACACCCTTTATGAAATTTCTGGCTTCGCCACTGATTGGTCTATAGTATGTGATAAAAGTT GAAAAGCTTTGATCTATAGATACTAGAAATGCAAGGTAAAACCAGTAATTTCTCAGTGTA TATAAGTTAAATCTTTCTGAATCGTGCGTATGTTTTTTTCGCAGGCTGTGCAATGGGGAA GATCAACTATGATTGATGCAGAGAGAAGACTCTTAGCAAATGCACTTTTAGACATTTCCA ATGAAAGATTCATATTACTCTCTGAATCATGCATTCCTCTGTTTAATTTCACAACCATCT ACACTTACCTCACAAATTCTGACCAAAGTTTCCTCGGATCATTTGATGATCCGAGGAAAA TAGGTCGTGGTAGGTACAACAAACGTATGTACCCGAACATAACACTTTTCGATTGGAGAA AAGGTTCACAATGGTTTGAAATACATCGCGAACTTGCAGTAAAAATAGTCTCTGATGTGT TGTATTACCCTGTTTTTAAGAACCATTGTGTGCCACCATGTTACATGGATGAACATTATT TACCTACATTGGTGAATAAAGTTTGTCCGGGATTAACGTCAAATCGGAGCGTTACGTGGG TTGATTGGTCAGCTGGTGGTTCGCACCCGATGACATTTTTGAAGAAAGATGTGACAGAGG AGTTTTTGAAAAGTGTTGGGAGTGAGTTGAATTGTAGTTATAATGGAAAAATGAGTTCAA TTTGTTTTCTTTTTGGGAGGAAATTTCATCCTAGTACTTTGCAACCTTTACTTAGGATTG CACCAAAGTTGCTTGGTTTTGGTTGACCCCCCCCCCCCCAACTTACCACCCACCCCACCC CCACCCACCCCCTAGTGAGGAGGAACATGGTTCAGATGATTTCGTGAAAAAGTTTATGTT ATATGCATTGACATCATAATGAGATTTCAGAATATCAGATCGATTAGGTTTAAAATTTAG CTATTGATAATTTGTAAATTAACACTAAAGATCGTGAAAAATAAAAAGTGAATTTAAAAT GATTAATTTGATAGCCTTGATTATGTTAAATAAGAAAAAATAATTTGAATGAAGAGAAAA TAAATTGTGTTTATGTATATATAGAGGTATTAATCATAATCCATATCAATTATGTATATA AAAAAGGAGTTACTACATATGAAGATTATTGTAAGAATTAATTTAGGCATATGAATTATA TTAATTTTAATTTTAATTAAACTTGGGGAAGATTAATTAATTAATTAAAGTAAGGTCTTG CTAAAGTTTTTTTTTCTTTTTTCTCAATCTCATAACATATAATTAAAAACATTACCAATG TTTTGATTATTATTTTTCGTTTTAAGTCTAAAACATATTTTATTTGGTTGATTAATCCAT TTTGAACATCTAGCAATCTTGTTTAGTCAACTTCAAAAGAAAAGAAATAAACATCGTGTA TATTAATTAATTATAACAATATATAATCTAGAATATTTAGTAACAAAATTAATTGCGAAG CTAAGAATTTTATAAATTAAAAATTTAATATTTACATCTATGTTATACAATATAATTTTC TGACATAGAATAATCAATTGATCTCTTTTAGCCTATACATAGCTTTGCTACTAAATAACA ATATATGCATGTATAAGCAAATTATTTTTAAAAAGCTACTAAATAACAATATATGAGTAT ATAAACACATAAGCAAATTATATTAGGAACTTAAATTTCATAGATTTTCGGAGCGTTGAA CTCGTAGTTTTATAGTTATGAGTTCAGACTTCAGACCTATTAATTATGTAATCAAGTTTT AGTGAATTTTTACACATGAATTTATGCGATCGCATTAAAAGTATTGACACTGTTCAAATA AAGAAAAAGCTACAAAATTCATCTTTAATACATTGATAAATAAGTTCTAGCTAACCTGAT ATCGTTATTTTATCGTCAAATATAACTAGCAATATTCAACAACAAAAATTGTTAGTCAAT AATTTATGTTTCTTGTATAAATAGGAGTTCAGATGAATTCAGTGACATTATAATATAGGC ATATTGCATTCATTTTTTTTAAGACATGTTATAAAGATATTACGTATTTATTGAGTTGAT ATAAACGTCCCTAAAAAGTAATGTATATGTAGAGGTCAATGGTGATGGCATGTGTTTTGG GAAACTTTTTTGACAAGTCTTCTTCAATGGCAGCTAATTCCAACAGAAAATTGGACCCAA AATTTGAGGGCCCTTTGACTAACTAACTATATTTATAATTATTGCTTTTTTTGTTATTAT TTTAACACATTAAAATTATTATAAAAGCTTCAATTTTATTTTAAATAAAATGAAAACTAG TTGCCAACTAAAAAATACAATTAAGAAAAAATCAATTAGAGGAAGGTAGGTATCTTTTGA AACTACACAAATTTGTAATTTGAATATGCTTTGAAATAAGTCAAATTTTTTATTTATTTA TTTGTTTTTTATTTTTATTTTGTTTTACTTTTTTGTTTGGGGTTTATACTATTCGTTTGA ACCTAAAATTGAAATTTTATTGTTGGATGAAGACAAGGTATGTGCTAGCGTTATATGAAA AAAAAAATAATTTATTAAGTTCAGATATTTTATATTATTTTATTTTTATATATATGAGAA GATAATCTCACTATTTTAATTAATAATGTGATTGAATAATTTCAAAAATTAATTAATATT TAAGCTAAATATGAAATCTTAAATTTTATTTCGATATATATAGTCTTATCCATGACCTTA AAAAGTTTTTATTTTTTATTTTTTGGGTGAGAAGTAATTAATTAATTAAAGGGGCAAATA TTGGGAAAATGACACTCTTTTCTATTTGACCCTTCACACAAGAAAAAAAAAGATAGTCTA ATTTATAAAATATTTCGTATTTATATAAGTTTTAATTAATATTAGTGATTAATATTATGA TTATTCATAACTAATAATAAATTATATAGAGATAATTTTATTATTAAGAAAAGTGCACAA ACACATGATTGTGGTACTGTTATATAAGTTATATCTCAAGTTAAATTTTTTTGTGTATAT ATTTTGAGATAATTTCGAATATATAATTTTTGAAATTCAAATATTTACATCTAGACTTCA AATATGTATATGAGTGAAGTTCACTCTTTTTTTTCATGACCTTAGCTATTTTACTTTAAA TTCGAGAATTTTTATCTCAAATTTATCAAAATAATTTAATTTCTTCTAAATTTCAGACAC CAAATATCTAATGACAATGTAAATAATTTAATTTCTACAAAATTTCTCAAATAACTATAC ATAATTAATAAGCACATTTTTTTTTCAATTTCTATTGGCAAAAATTGTCCCATTGATTTA ATTTTAATTATCCATTATAAAAGGCACATGTAAGGAACCTTTACTATTTTTTTCAGTTGA ATTTTACTCCTTAATCTATTAAGAAGAAATAATTATTTTCTTTTTTATTTATCTCCCAAT ACTTAAAATATTATATCAATTAATATATAAATTTAAAGTGAATAAATAAAAATAAACTCA TATATATTTAGAAACTTCTATAGAGAAGTATGGGTCTCAAATTCCCCAAAATATGTTAAT TTCACTTTCCTCTTTTTCTTTTTGCACATGCAATTTCCTTTCTTTTTCCTTCTAATATTG AAAAAGAAATTAAAAAAAACATTGACTTTTTCAATAATATTTTTCTAAAATAAAAATCCA CCGCATTTGAACGATCTAGAGTCAGTTTGGCTGCTAATATACGTGTTGATTTTAGGTTTA TATGTATGAAAAATATTAAATGAATCTATACACAAATGTTGTAATTTATTTATCTAAAAT TATAATTATCATAAAGTAATTTTTATATGACAAGAGACAAAATTAAAATATTTTGAATTT ACGAATTTTAAATTTTTTAGAAAAGCAATTTACTTCATTACTCAATAATCATTATTATAT ATTAAGTCTAATATTAATATTATACAAAATTTTAACCTATATTATTGGATTTTATTGAAA TCATAGTAAAAAACAATAGATCCATGGCCCACCTCATGATTTTATATCCAATCAATGTAT AGAGGTTAAACTCGAAACATAACACGATAAAATTATTAATAAAAGTTGCTAAAAATTATC TTGTTGACAACTTTTTAAATGAATTATCTATCAAAAATCTTTTATCGATGAGTTATATTT TGATTGGAGAACGTCCATTGAAATTGACAATTCTGATTTAATTTATGTGACTTAGTTTTT TTTTTAATCAGTTCAAAAAGGAATGACAAATTTTTATATTTACTTATTCAGTAACAACTT AATTTTAATATAATCTCACAAAAATAATTAGAGTCATACATATATCTACAATTTATTTTA AATCACAAACTTAAAAAAAATTATTTATTTTGTAATCAATATAACAAGTCAAATTATATC ATATAAATTGAGATCGAGAAAGTATAATCCGATAATAATTATATCATAGGGTGTTCTTTT AAACGCCGCCTTCAATAATTCTTTTTAAAATGTGCCTGTGTTGACTTATATTTCAAAGTT GTAATAACCAAAATATGAATTTTATTATTATTTAATATATAAATATATTAATAATAGATC CCCCTAGCTAGTTTGGTACGTATTATAACTCTCTCTATATAATAAGATTTATTTTCCTCC ATTCAAATTATTTTCTTATTTTTCTTCTCTCTTCTTAACATGAAGAAACAAAATCAAAAC TCCATAGCAATGGCTATTAAATCATTCAACACTCCAATAAATATTATAAATCTCTTTTCT TCTTTTTTCTTATTTGCTTGTGGTATAACATGTGGTATTATTTTCACTTTTTATTTCAAA AACTTTAGTGTTAACTTACAAGTCATCAATGGTCAAATTTTAAACTTTTCTTCTTTTAAT TCACAATCGTTATCACCACCACCACCACCAGCATCATCATCATCGCGATCGATAATTCCT CGATTAGGGTTGAATGAGTATATCAAGCCAATTAATGTTGAACATGATATGAGTGATGAA GAGTTGTTATGGAGAAGTTCAATGGTGCCAAAAGTTAAAGATTTTCCATTTAAAATACAA CCAAAAGTGGCTTTCATGTTTTTAACAAGAGGGCCAATTTTGTTATCACCACTTTGGGAG CTATTTTTTAAAGGAAATGAAGGATTTTATTCAATTTATATACATTCTAATCCTTCTTAT AATCAATCACAAGTTGATGAAAGTTCTATTTTTCATGGAAGGAGAATCCCTAGCAAGGTT AGTTTCATATAAATCATATAACTTACTTTTTTTCTCTTTAATATTTTGGATTTAATATTT AAGCTGAGAATGATAGATTGTATACGAGAATTTTTGATTTACATTAGAATTGACTCAAAT TAAATTTATCAGATAGTTACTACTCTATCACGATCTTTGATAAGTAAAAAGTACTTAAGA GATCGAGGAGATAGGTTCGAACCAAATGCATCACTAATCCTCGAAAAATATTGTGCACAT TAATAAAGCAAAAAAACACTTGATTAGAGAGATAAAATGATCGTTTAGATGAATATTTCT TAAAGTTATGAAATGTATTTTGATATGAAGACAAAAATCCTTGTTTCATTTGTTCAAATT TTGACGAATAAAACTATCTGATAAATCTATTAGTTGGATTAGAAATAGCATGTACTATGT GAAATTTAGTATTAGTTAATCCTCCGAACACCACGATTATAAAAATAATAATATGAATAA TTGTATTATTTTTTTCTATATAAAATAATGAGGCTGCTGGAATTTATTTGAGGTTATAAA ACTCTACTTTGGTTTATAATATTTGTCACTTTATTGTAGTACATTGAAATTGATGAATCA TTTTAATAGTAATAGTAAAGTTTTTGTAGGACTCTGACAAAACATAAATGGAATATATTT ATATAACTAGAAAAATAATTAATTAAATTGAAGTATATTTAATTGTAAAGAAAAGAATAG AGTATTGAAGTAGTCTACAAGGCTATATTCTTTTCTTTATGAAAATTCAAGAATAAATCT AGTAGATTCTAGAATAATGAATTTTTTTTACTATTCCAAAAAAAAAAATAAACTAGTCAA TAAAAAAAAAGGAAATTAAATAATAAATGATAAATAATTATTAAAAAGATCACAATAAAG TAGGTGAATTTCTTAGAAACCTAGTGTTTTTATTTATTGGCCAAACAATAAATCCTATTT TAATCAAGATATTTCGAGTTCACAATTAGAATAATTTAACTTTAAAATAATTAAGTTTTT CTATGCAAATTCATGTACTTTACTTTATATTTAATATTTTCGCATATGCGATTTGTCATA TAATTTTATTAAGAATTAAAGGGTATATATAATGTTAGCGTAATTTAACCTGTTATATCA TATTATTTATTTTGTATTTTAACTAGGTTATCAATCAATATTTAGTGTAATTATTTTAGA AGTGATTATTATTTTATATATTCAATATATAGAACTTAAATGATAGATAATAAGACTTTT GAACAATGTTTTAGTATTTTTAAAAAACAACATACGTTTCATTAAAGAAAAAATAAAACG TATATTTCAATAATTCTTTTCTAAATTATTCCTTTTTATCAAGTTCCCTAAATTATTTAA GAAAGCCTAATTTACTCTTTTTTTTTAAATTACTATTTCAATATTTTTTTCCATTTATGT CAGATTTTCTCTGACAAATCATTGATTTTATGGCCTCTTTGTTTGGATACATAGTTGTTT ATAATATTAAATGGGAACTGTAAAACCATGTGTCCTTTAATGAGAAGCAAACTACTCATG CTCCTTGTTAGATTTTTTGGTTATCCCACCAAATATTCCGTATTCGTTTTGAGATCTAAC TAATATAAATTACGTTAAAAAAGTTTATTTTAAAAATTAAATGTTTCCTACCTAATGCGT CTTAATCCATGTGTAGAATTTGAATACGAAATCTTAATTACTCTTTTAGTATATAATTTA TCAGCATTATCTGTTATCTGTTTAAGATCCGTTTGATCTGAATTCTAAGACAAAAATAGT ACCACCACCAGTTTATTTTATTTTTAGCCATATATGAAATGAAATTGGACCTACACTCAA ACTTTTTCTGGTGGAAAAAAACTTATAAATGCTTCTAACTACCCAAAAAAAAAAAAAGTT TTTATTGGTTTGATAATTATTTCATCAATTGCTTGAAGTATACATTTATAATTAACAGAC CAATACCATTAAAATAAAATTAATTGATGAAATGCAGGAAGTTGAATGGGGCAAAATAAA TATGGTTGAGGCTGAAAAAAGATTACTGGCAAATGCCCTTGTCGATATCTCTAATCAAAG ATTTGTTCTTCTCTCTGAGGCATGTATTCCCTTGTTCAATTTCTCCACTATCTACACTCA CCTAATGAACTCGACGAAAAATTTCGTCGAGACTTATGATCTGCCTGGCCCAGTGGGCCG GGGTCGGTACCATCCACGGATGAGCCCGACGATCAAACTTGCGCAATGGAGAAAAGGTTC TCAGTGGTTCGAAATGGACAGAGATCTCGCTTTAGAGGTTGTTTCGGACCAGACGTATTT CTCGGTTTTCAAGAAACACTGTAAGGGCTCGTGCTATGCTGATGAACATTTTTTACCAAC TTTCGTAAGCATGAAATTCGAAAAGAGGAATACGGGTCGAACTTTGACTTGGGTCGATTG GTCCAAGGGCGGGCCCCACCCGACCCGTTTTTATAGGTCGGATATAAGTGTGGAGTTTTT GAAAAAACTTAGGAGTGAGAGTAGTTGTGAGTACAATGGTGAGAAGACAAGTATTTGTCA TTTGTTTGCAAGGAAATTTACACCACATGCTTTGAGTAGATTATTGATTTTTGCACCAAA GGTGATGCAATTTAACCATTAATTTAGGATTAATTAACACAAATTGATGTACATGGGGAA AAAAAAAAATCAATTCTTTGTACTTGATCAAATGATCAATGTGTTCATTTATTAATTCAG TCTTTGATTTTGATTTTTTCCTTTCTTATTTTTTACTCTTGTAAAAAAGCAAATGTGAGA TAGGTAAGAATTTCATTTTTTTTTGTGTAATAGAGAAAATGATGAGAAGTGTCATGCGAT AATATTTATACGTGTATTTAGGTTATATCATGTATTTTCATCTTTTCTATATATATATAT ATATTGTATCATTTGTTTTCGTATAATTTGTATCATTTATGATATAAAAATACAATAAAA AAAGCGCAAGATTACAAAATATAGATTTTAGCTAGAATTTAAAGGTTTTTTTTTAATCTA GATCTTGTATTCATTTGTTTGGCTCGAAGGTGTTGAGTAAGTTATTTTAGACTTTAATAA ACATTTTAAGATGTTATTTTTTTTAAATCATATTAATCGAAGAGAAATTGTAACGTATAA TATTTTTTTCAATATCTAAATTTAAAATCTAAAACTTATTAAATCAATCTAATTTAATAT AGCTCTAAAAAATCAGTTAAATTAATTCTCGAGAAGCAAAACGTGATAGGTATGAACAAG AAAATTAACAATGATAAATATCTAATATATATTTTTCCGGTTAAAACACCGCTGTAATAT ATATTTTGAATTTTCTTGTTTTATTTTTTATTGACTTTATTTATTAATTGTTTTTTCTAT AAATAGATTAGTAACAAATCTGATTTTGTACGGATTATGATGTAAATTAGTGTTCTAGGT AATAATAATATCAATATAATCCTAATTTTATACTGATTACGATTACTATAGTTTCTAGGT AATAATACTAATATAATCCTAATTTTATACTGATTATGATTATTATAGTTCTAGGTAATT ATATTAATATAATACTGATTATGATTACTATAGTTTCTAGGTAATAATATTAATATAATC CTAATTTAATACGGTTAATGATAACTAAACCTCTATATATTAAGACGATCAATTTTTTTT CCTTCATTCAAATTATTTTTTCTCTTTTAACATAATATAATCATGAAGAATAAAAACCAA AAATTCAGAAATTTATTCACTATCCCAATAAATATGATATATCTTCTTACTTTTTTATTC TTTTTTGCTTGTGGTATAATTTGTGGTATTACTTTCAATCATTATTTCAATAACTATAAT GTCAACTTATTCCAAGTTATAAATGGCCAATTTTTAAATTGTTCTTCTTTAAATCCACAA CCATTATCACCACCACCATTACCACGATCAGTACTATTATTACCACAATCATTACCATCA CCGCGATCGGTAATTCCTCGATTAGGGTTGAAAGAGTATATTAAGCCAATTAATGTTGAA CATGATATGAGTGATGAAGAGTTGTTATGGAGAAGTTCAATGGTGCCAAAAGTTAAAGAG TTACCATTTAAAATACAGCCAAAAGTGGCTTTCATGTTCTTAACAAAAGGGCCAGTTTTG TTGTCACCACTTTGGGAGCTATTTTTTTAAAGGACATGAAGGATTTTATTCAATTTATGT TCATTCCCATCCTTCTTATAATAATTCAAATATTGATGAAAGTAATATTTTTCATGGAAG AAGAATTCCAAGTAAAGAAGTTGATTGGGGCAAAGTTAATATGGTTGAGGCTGAAAAAAG ATTACTAGCTAATGCTCTTCTCGATATCTCTAACCAAAGATTTGTTCTTCTCTCCGAGGC ATGCATTCCCTTATTCAATTTCTCTACTATCTACACTCACCTAATAAACTCCAACCAAAA TTTCGTTGAGACGTATGACCTGCCCGGCCCAACGGGCCGGGGTAGGTACCGCTCGCAGAT GAGCCCGACGATCACACATCCTCAATGGAGGAAAGGGTCTCAATGGTTTCAAATTGATAG GGATCTCGCCTTGGAGGTTGTCTCAGACAAGAAATATTTCTCGGTTTTTCAGAAACACTG CATGCGCCCGTGCTACGCCGATGAACACTACCTACCGACGTTCGTGAACATGAAATTCAA GAACGGGAATTCGGGCCGGACCTTGACTTGGGTTGACTGGTCGAAAGGCGGGCCCCACCC GGCCCGATTTAATAGACTAGATATAACTACAGAGTTGTTGAACAAGTTGAGGAATGAAAG TAGTTGCAAGTATAATGGTAAGAAGACAAGTATTTGTCACTTGTTTGCAAGGAAATTCAC TCCACATGCCTTGAGTAGACTCTTGATGTTTGCACCAAAGATTATGCAATTCAACCATTA GTTAGAATTATTTAGATTTTTTTTTTAAAGCAATTGTAAGAATTTCAGTTTTTATGAAAA CTTACTCCTAAATTCTCTCTTATAGATTAAAAATAAGAGGTTAATTTACATAACTCAGAA TAACAAACTAGTAAAAAAAAATTGTCACTACTGACTAGCTGCACCACAGGTATTATCTTC AGAAACAGCAGGAGAGTCAGAAACAGAATCAGTAGCAGTGTCATGAGAAGGTGAAACTTC AACACCTCTCAACTCTTCAATCATTTTCACAACATAATTTATTTTAGGCCTTTGATCTGG TGATGTTGAAGTGCATGCCATAGCTATCTGCAATAGCCCTACCATTTCTTCCTCGATGTC CTTATACCTCATCAACTCCAGATCGAACACTTCCGCGGTCCATTCTTCCCTCACCACGGA TTGCACCCATCTTGGTAAGTCCAAGACCCCTCCGTAGCTGGTTGCGAGGCCACTACCGTT GTCCACGACTGAAGGGCATTTACCGGTTAGCAGTTCGAGTAATAGGACCCCGAATGAGTA GATGTCGGACTTTTGAGTTATTTTACGACCATCCAATGCGACTTCAGGTGCTCGGTAGCC GTTGGTTTTTGGGACGGAAGATGGTGTGGCGAAGATGGCTAGACCGAAGTCGGAGACACG TGCATTGCCGCTCTTGTCGATGAGGATGTTAGTTGATTTGATGTTGCCATGAGTGAGTTT GAGGGACTTGCATGAGTTGTGGATGAAGGCTAGCCCTCGAGCCGCTCCGGCTGCAATCTT TAACCTTGTTGTCCAGTCTAAAGGTGTTCTTCCAGGCCCTCTGTTACCTGTAGAAAGAAG ATTCATGCCCATCAAAACATTTACTCAAACTACTATAAAATGGATCAGTAGAATATTTTT ATTTATTTCGACTCTTTTTCCCGTTTTTGGACACTGTTTAATTTCAATGTTCAACATGAA TGTATAGGAACTCTTTAAGACCACAAGATTCATAAGTGTTCTTCACTTTTCTTAAACTCT GTATCAAGTCAAAACCAGACAAACAAATTGAAACGGAGGGGAAAAAAGAACAAAAACATG GGCAGATAGGACAAGGAGTATGAAGTTGACACAACAGACTTTGATGGTAGGAATAGTAAT ACATAATTATTCATATTTCTAAAATGAGTAAATTTAACATATGAAGCAGCTGTCTCCTGT TACATGAATGACAGATACAATTCAACTAGAAGTTGATTCTTAACCATTTGAACCAGAAAA AAACAAAAGGTTTTATTTCACTATCTACCTACCAAAACAGATGCAAGATATGAATACTAA GTGAGGTCAAAAAGACAAGCAAAAAGCTGTAGAGCCACAATAGGACAGTAGGGCATCTCT TGCCTAAAAAGTGTGAATTTCTTTATTTTGCTTTGGCCCAAAAATCAGAGGGAACACATG ATTGTATTCATCTAGTACAACAAGTCCTTTGCTCTAATCTTCTGTCACTTTAGGACCATC ATGAGTAAATTAGACTCCTTTAAAAACTTTTTCAAGAATATGATGATAAAGATTGTTAAA TAATTTAAATTCCCTACATTTGAAAATCAAGAATAGCTTATGTGACAGAGAATGTAAATA ACTAACATACCTTGACTAGGAACTCCAATATTCTATAGTTTTAGCTTGAAAAAACTACTT AACACTTCCCCATGTTGCTGCACTTTCAAAAATGCCGGATTGACATTTTTTAAGAGTCCG AGCAACATAGATTTTCAGCATCCCCACATGGCTAGTTTCAATTATGTAAATCGAAACATT AACTAAAGCAAATACTGTTTAACATTGAGGTATCCCATCTTTACTCCTATTTCATCATAA TGCTAGTCCTGGTTAACAGTAGCAGACCAAAAGCAATTAAAGACAAAAAGGCAGACTCAA ACCCCATGTGATTATGCTACTACTTGCCAAACTTTACCACCCAAATCAATCTTCAATCTT CTCCATTTTTCCCGTCCAGTGTCCGACAACCGCATTGGAGCCGGATACAGATTCAAGCTA GGAAGTTTCATATAGGGACAGAAAGCTACCTAACAAGGGCGAGTCCATATTCAAGGCTCG AACTTGAAAAAACCTCTAATTGAAGATGACAAAGTACTTACAACTCCACTATAATCCTTG TTGATAAGTCAATATTCTTTTCAACAAGACAATGCTAAAGATCACATTTTTCTTCAAGAA ACAAGTAATATGCTTTCAAGCTTACCAAATTTGGGTTTCATTTCTTTTATGCATTATAGA CCAGTCCTTGTTAACAGGTGCAGCCAAAAAAAGCAACTAAAAACCAAAAAAAAAAACAAG ACACAAACCAACCCCATGTAACTTTTGCTACTAGTTGCCAAACTTTATCACCCAAATCAA TCAATCTCAACAACATAATCCTAAAGATCACATTTTTCTTTTACAAATCAACAACACAAT CCTAAAGAACACATATCAACAACAAAAACAACATACTCAATGTAAATATATGTTAGTACT ATTGAATTTCTTGAAGAACAAAAACTTACCATGAAGAAGCCAAAACAAGTTGCCATTAGT CATGAACTCATACACCAACAACTTCTCATCTCTAGCAAAGTAATATGCTTTCAAACTAAC CAAATTTGGGTGTCTAAGTCTTCCTAAAACTTCCATTTGTTGCTCAAATTCTCTTTTCCC ACAAACATTCAATTCTTTCAATCTTTTCACAGCCACAACATTTCCATCATCCAACACAGC CTTATAAGCAGTCCCAAATCCTCCTTTTCCCAACATCTCAGCTGAAGCTCTCAACAAATC CTCAAGCTCAAACCTCTTCGCCCCTTCGAAAAACACCATTTTTCCTCTCTCGAACCCACT CGTCTGGCCCGTATTAGGATACGGGCTAGACGAGTATACAATCTTCTCACCTTCAAGAAT GTGTGACCCATTCTTCTGTGAAGAAACTTTCCTAATGCAGAAGAAACAGTAGAGAAAAAT ACACACAACACACAGAACCAACACATCACCTAGTATGATAGCGATTATTGCTAATGAGCT CATTTTACCACTACTATGATGGGTATTTTTGGGACTCAAAGTTGCAGATGTCACCGGCAA TGAGCTCGGAGAAGATGCAACGGTAGTTTTAGGACTAACCGGAGAAGCTATTGCTCCTGT CGACGGCGACGGTTCACGAGGAACCTCCGCCGTACAGTTAGGCAACGGAGAACCACAGAG AACCCGGTTCTTCGAAAATGCAGATACCGGGAAACGAGATAGAGAAAGGGGTATTTCTCC GACGAGTTTGTTACCGGAAACGTTAAACTCTTGAAGATTAGGTAGATTAACCCCAGAAAT CTCACCGGAAAACCCATTTCCTTCAAGACGAAGAGTAAGCAAATGTGTCAAATGATTGAC CTTAGCCGGAATCTCCCCGGAAAACTTATTATACGACAGATCAAGTCTATAAAGCTTAAA AAGCGAGGTTAACGACTCAGAGAACTCCCCAGAAAGCTCATTATGTGAAAGAAACAACAG CTTCAAAGCAGTAAGGTTCGAAAGATTCGGAACAGAACCAGAAAAATTATTATATTTCAA GCTCAATACTCTCAACTCTTTGAGAAACACCAGATTCTGAAAAGACCCTTTTAGATTAAG ACCTTCAAGAACAAGTCTTGACACCCTATTGTTAAGACAAGATACACCAGTCCAAGAACA GGGGTCAGTTGATGAGTTCCAGTTGTAAAGTGAGTTTGTTTCATCTGAAGCTGATTTGAA AGCTAGCAATGGCGCAATATCTGGGTTTGGGGTAGATTCAAGAAGGGTGAAGAGGAAGAA GAATGAGAGAAAAGTGTAATGGAGTGAAGTAGCCATTGAAGAGTGAAGAAGAAAAAAGAA ACAGAGTGAAGGAGAAAACAGAGTAATAAGGTAAGAGGGAAAGGTGGTGTAATTAAATGT TGAAAATAATGTGACAATAGTGGGGCAATTAATGCAAGTTTATATTTTAGTATATAGTAT TTGGATACTATTTCCACTTTATATTTCAACCTAAATACTCCTTTAATTTAATTAATTAAT TATAAGTCTCTTTGTTTAGTATTGCTTTGAAAATTTTAATTTTATCGAACTATACTATTT TGGAATGTTCAACAACATTCTGTTCATTTTACGAAATTATTGAATAATTTTGTATTTAGT TTTTAATTTGTTCTTATCATTAATTATAGAATATTTTTATAAGTACATTCTTCAAGACAT TGTGTTTATTATATTCAAAGAATGATATAGTAAAATTATCCTTTTATTTATAGTTTGTCG ATAGTGGATAAATATCATTAGATAGAAGGAGTAGTAATTTTTAAGTCTAAATTTGAATGT TACTTTGTTCGTTGCATATTACTTGATTTGTGTTGATTTAACATTATTATTAAGAAAAAT TTTGATTAAGAGTGTATTTTATTAATCTAAACCTTATTAGAAATGGTTTGAATTTAAATT TGACTCATTTTGTTGACTTGATAGATTCTTTAAAAAAGTTTTAATTAAGAATGTAGTATG TTACTAAACTAATTTATTTATGATATTTAAAAATTTTAAAATTTGATTATAGTTACTTTA TGTAGTTATTTAATAATAAAGATAGTGTACGATAGAAATGATGAAACTCTATTGATTTTG AGAAGTAAATTATATTTTCTCTGTTCTTAATTATTTATTTTTTTTTAAAAAAAAATATCC CTAATGATTTATTCATTTTGACAAAGAAATGATATTTTTTATATATATTTTTAATACTAC TATAAGGTTTATTTGGAAGGGATTGAGACCCTTTATGTTTCCTTTATCCTTTTTGATCAT TTATTATTGAAGTAAGGGTGGAGTTAAAAGAAAAATTAATGTCTTTCTTGATTTTTCAAA ACACAAAAAATATGTTTAAACTAGGGTGATTTAAGCCTTTGAATACATATCTGAATATTG AGTTTTATATTAAGATTTGTGTTTTTTTATCTTAATATACATCTGAATATTAAGATGTGG TCTCTAAATCTGAACACTAAATAATTAATACGATTTGTTTTCAATATTCGAATGTGCATG TGAAATTAACATTAAATTAATAAAATATCATAAAAAAAATCATTTCAACAAAATATATAT CGCTTTTGATAAAAAAAGAAGTTTTAAAAGTTTTAATAATTATGATTTGGAAGTACAATT TTTTTCATTCAAAAACCTTAATAGATTCCAATATATCAACAGTGTTCTTGAATCAGTCAA TACAAGAAAATTATTAATATAAAAAAATTTGAAAGGATTTATGAAAACTTATTGGGAAAA TGGTGTTTGAATGAGAAAAGAGAAGACAGAAAGTTTTTAGTTATGAGATAAAAGACACGC TTAAAGCAGAAGCAGTGATTTATTATTTGATAACTCATTAAATAAGTCTGAATGTTATTA CAGATCTGATTCATTCAAACCTCTTCAGACCCATTAAGAGGTTTTTCAAAAAATAAAACA AATGATCTTAATGGACTGAATCTGAATAAGACTTAAAAACCAAACGTACTTAATAGGCTG AATCTAAATGATTAAGATTCAGACCTCCATTAAGTGTAAACAAACGAGGCACTAGTTAAT ATGAACCAAAAAAAGGAAAAAAAGGAAAATGATACACGGAAGACCCAAGGTATATCGAGT GATTTTCTTTTTATTTGTTTAAATCATGATAAATAGAATTAATTGATATCTATATTAAAG GAAGATAATTGGTAAGTATTTATATTAATAGATGTTGATATACACATGTTGATCGGAGAT AACTAATATTTCATAAACTTAATTTAAATGAATGCAAATTAAAATTAACAAATACTTTAT AAAACTAGTTAAAATACTAATAAGTTAGTCAGAATTAATAGCCTTTTTTTTTCCGATGGA ATTAATTAAGTTGTGCATAAAAATGATTTTCTTATCATAATTATTAAAAAAAAGAACAAT ATTTAAGGAGTTGAAGCCTCATAATACTTATTCAGTACTTATATAGATAGAAAATAGGGC AACTTTCACGTATAGCAAATAAAAAATTTATATTTGTATGCTATAGTAAAGTTTACATAA TTGCGCTCCATAGCAAACATAAAACTGTATAATTCGCTATAGATATACAATTGTATAATT CGCTATCCTATTTCACTGCGATTGTATAATGCACAATTGTATAATTCGCTGCCTATTTCG CTGCAATATTTTTATAAAATTTGCTTTGCATACAGTTGAATCGAATTAAAATATATGTAT ATTGCATAATTATAAGTGTATAGCAAGAACATATATGTTTTTCTCTCGCTTTATACAAAA ACAGAAACAAAATATATACACTTTTGTTATATAAAGCTAGAGAAAATTGTATTTCACTGC AATTGTATAATTCGCAATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAA AATGTTTGTAAATTGTATAATTAAATGTATAACACGAAGATATATATTTTTGCATGTGTA TATACAATTTTCTCTCGCTTTATACAAAACAGAAACAGAATTTATACACTTTTGTGTATA AAGCGAGAGAGGCGAGCGAGAATGGAGAGTAGCGAGCGAGATTTTTGGGAGAGAGATGCC TGACAAACTTTAGCTAACGTTTGCTATGGAGCACAATTAAATCAAACTCTAGCTACTCCA TTTATTTTAGGTTATTAGTTTGCTATTATATATAAATTTCCCAGAAAATAATACACTATC ACATGAAATCGACCTATATGTAAATTAACAAGAACAAGAAAAAAAAAGCTTCGTAAATAT TTATATATGATACTCGTATTGATATACGATAATATACATCACATGAAATTAATCAACATA CATGCAAATTAACAAAAATGAGAATTTTTTTTATGAAAACCTGTCTAATATTTATATTGA CAAAAGATAACATACATCACGTGAAATTAATCTACATATATATACAAATTGAAGGTACAT AGTTGTTATTTCACAAAATATATCTAAATACAAATAATCTGATTCAAACACCGCAATTAT CTTTTCTAATTTTTTTTTAGGGAGTGCTAGGGTTTAAAGGTTCATAAAGGCTTTGCCTTA CGGCTGAATAAAGAAACAAAGCAACGTTCTTTTAGTCATTCTCTTGAACTACTCAAAATT TTCACTTTTGCTTTTGGGTACAAAACCAATAAATCTTTTAAATTAAATTAAATTAAAACT TAGATTTAATTTAATGCCATGTAACATCATTTGTCACTTCTATAATACACTAAACTATGC ACAATAAAGCCTTTTTGATTGACTTGTCACAATTTAAAAAAAAAAAATGAAAGTTCGTAT ATTTTATGTGTGTTCAATGTTGAAAAAATATTTTATCGAAAACAATTTCCTTGTATTTCG GGTAAATTCAAATATCATTATTATGAAGTTGTAAAAATACCTAAAATGACAAAATAAATA AATAAATTTAACATATACTTTTAAAATTTCAATTATCATTATTAAGAGGGAAAATGCTCA AATATGCCATTGAACTTTCAGATCAGACTTATTTATGTCATCAGTTAAAAGTTTGACTCA TTTGTGTCATTACCGTTAAAGTGAAGGCTCACTTATGCCATTATTTTTTAACAATAATTT TGTAAAACTATTTTTGATATGTGACTAATTAAAACTCGGCCATGTCATCAATTTTTTAAA TAAAAAAATTTAATCCAATTTACTTCTTCAGAATTATGATTTTTTTTATTAAAAAAATTG ATGACGTGGCCTAGTTACGATTGGCGACGTGTCAAAAATGATTTTGCAAAATCACTGTTA AAAATAATGACATAAATGAGTTTTTTCTTGAACAGTAATGATATAAATGAGGTAAGCTTT TAACGGATGACATAAATAAACATTTTCTGAAAGTTTAATGATATATTTTAACCTTTTTCC TTATTAATAAGTTGTAATAAAATACCTAAAATGACAATAGTTACCAACTATAATGACAAA AAAAAGAAGAGAGAAGTACAATAAAGCAAAAAAAAAAAGAAAAAGGTAAAGAGTGCAAGT TTATGTTTAAAGTGAGGAGATTAATCATTTGGTCTAACGACAAAAAGCAAAATTTAGGAA TTTTGATTAGAAATATGATTTGTTTAATAATTTGTCTTTTACACTTTATTATGAATAATA AAATAAAATTATTACCTTCTGTTTCTCTTCTTGTCTCCAACGTGGGACCAAAATCAAATG CTATAATTTACTTGATTTCATGCAACATTTCCCATGTATAAACCTTTTTTTAATTTTTTT TTATATACTATACTTTTTTTTTTCTTTGACTAAACTTTTTCTTTTTTTGTAAAAAAAAAG ATTCTAATTTAGTTGTTTAAGAAAATAGCGCCATAAAGTTAAAAGGATGGAGCGGCAAAA GCAATTATGCAATTAGGGATAGACAATAGAATGGTGCGAGTTTGAATTTGTACAAAACGA GTATATAGAGTTATGCAGGTGCAGATACGAGATTACTATTAAAATATGATTATAAAATAA TTTAATGATTTTTTTCTTACTTTTTGAAGTAGTTCAATATATATTTTTTTTTTGCACGAG TTTTCTCTGCAACACACCGTACTGTTTGTCATCCTACCTTTATTAGTTGTTTTTTAAGAT TTTGATATATTTACTAAAAAGATTTACGATACTCCTTCAACCACAATCAGAGGTCTCGAG TTCGAATTCGTCTTTGTTAGAAAGTGCTTTACCTCCAATGTGAAACTTTTCCGATGCGAA GTCAGATTTAGCCGGGCTCCAATATGTTAACCGGACGCCTGGCGAAAAAACAAAAAAGAA AAAATGAATTTACTTCATAATGGGCCTAAGTTAGCCCACTTGGGATTTTTCTTTGGGCTT GAGGTCTTGTAAATTGGAGTGGTTTGCACAAAAGTGAACTTTTGTATTGCTATTTAAATG TTATGCCAGGTTCTGATATTTGTGCAAAAATAGCCTTTTAAGTTTGAGTGAAAAATTTAC GTATCAAAATACTTCTAAATTGAACAACAAAGATGATCAAGTGAGCTGGCAAGAAGAAGC GAAATCGGAAACTATAGCTTATAAGTCTTGATAGATCGATATAACTTTATGCAATATTTA ACCTAGATATCTTACGAGCCAGATTACTAAACTACATCGGCTTGTCAGGATTTCATAACT ACAAACACAAAAGAGAAAGAAGAGAGAAAAAATATATATGACTTCATATGATATATTTAA TGTAGTTATCGTCATGATTTTAGAGCTACAAATAAAGGTTTAAGAAAATACATTTTAAAA CATACAAATCATAACAAATTGATATGACTTTATGATATAATTTCATGCATGAGAAAAAAG AATCGAGTGTCTTTCAGAAAAAATATCTCTCTTATCTATAAAGACAAGAGTAAAATCAAC GTATATTCTATGCTTTTCAAAATTAATTTTTTTAAAATTATACTGAATATGTTATTGTAC TAAGTGTAAGTAATTTTTTTTCAAATAATGATCATTTTTTCAAAAAAATTCCCACCTCAA AAAAAAAAAAAAAAAAAAGACTAAGCCATATTTTATTTAGTCTTGCTTTTTGTGATCATT ATTTTCCAGTCAATCTTACACATATTTCTAACAAAGCAAAGAATAAATAAACAACCATTC AAAGCACTATGAAGAAATTTTGTACAACTAACAACATTATACTTTTGTGTAATTCCACAA ATAAGGTTTGAAGGGAACGAATATACGTACACAAATCACTTTATCCCTATCTGGTGGAGA TAGTGAGAGTTGATCGGGAACTCGATTCTTCTACTGATGAGATCAATTTTACTTCTGAAC TTGAGGAAGAATATAGGTAAGGTGTTGGAGGAATTTGCAAAGAGTTTAAGTCCCCTTCTA ACATTTCGACAACTTTAGTCATAGATGGTCTATTTGCAGGACCAGTTTGGATGCACCATA GACTCACTATCACCATCTTTCGCGCACATTCTTTCTCTTCTTCATTCATTATCCCGATTA GTTGAAGTTCTTCGTCTAGTTCAATTCGTTGATAAAGCAAATCTGGAAAGTAGACTTCAC TCGTTCGATCAACAACATTTTTCCTTCCTCCAACCATCTCTAACACCATCATTCCATAGC TATAAACATCAGACTTGTGTGAGACACCTCCCAAGTTTCTACAAACAATTTCAGGAGCAA TATAACCGATAGTCCCTCGTGCACCTAACATTGACACTATACTTTCCTTTTTTACGCAGA GTTTAGCAAGGCCAAAGTCAGATATCTTAGGACAGAAGTCTTCATCAAGAAGTATGTTAT GAGGCTTGATATCAAAATGTAGAATCCGAGTGTTACAACCACGATGCAAATACTCCAATC CACGAGCAATGCCTAATGCAATTTTGTACAGTACTTGCCAATCTAGTTGACGAACTCTGT CTGTGTCTGATCTTTCCTGATAGATAAACTTTTCAAGTGATCCATTTGGCATGAATTCAT AAACTAGAGCTCTTTTTCGTCCCTCAAAACAGAATCCCACGAGGCTCACGATATTAACAT GTGATGTCCTGCTAATACTCGATACCTCGTTTATGAACTCTTCACCACTGCCTTTTAATC CATTCAGAACCTTCACAGCAACAGGATTTCCATTATGTAGACTTCCTTTGTATACATAAC CATATCCTCCTTGGCCTAGTTTGTTTTTGAAGCTACTGGTCATCCTTTTGATGTCTGAAT AACTATATCTCATCGGAGCATATGGCCCGTAGTTCTTCAAAAATGCTTCAATATTTTGAT GATCCTCAGCTTTCGATTCCCAAAACCTAAGGTACTTATGCCAGAAAATCTTTTTTCTGA AGCAGAACAGCAAAATCAAGATTCCAATGCAACCGAGAACTGCAACTATACGGAGGAAAA TGAAGTCATACTCCGGTGAAGAGTGTCTATTCGGGACAATGCAACTAGTACAGTTTTACA AAAGAGTTTAGTTACCTGTGGCTAAAACAACGATCCATGGTCTACGAAGATGGTGCTTTC CTGCAATACGAAAAACGAATAAATAAAGAGTACTAAGATGAATGAATTAGGCATATTTTA CTTCTTGAATACCTTTGCCTTGATCACTAACAGAACAAACAAATTTGTTGTTACTATCAA CTTGACATCGTCCTCCACTCGAGTAACACTGATTACATGTCCTAGATACAGACCATCCAA GAGAAACATCAGCAGCCAACATATCGAACAGGTTACTATTGTTCGATTTTGATTTATAAT CGGACACCATAGGCAAATGAATCATTGAACATTGAGTAGGAAGAGTAGATCCAACAGAAG AAACGGATGAATGGTTATAGTACAAAGTGAAACTTTCGCAACCATTGTAGCTTTGAAAGC CCTCGTACGAGATATCATTACTAGTATTGCATTTAAACAAGGCGAGGAAAGGGTAGACAG TATAAGTGATTATAGGAGATATTGGTAGAGATAGATTTCTCTCGAAAGATCGACAACTCT TTTCCTTTAAGAGATTTTCAAGAACAGGATCCTTAATTTTGACAAAAGGATTCTGTTTTT CAACAACTTGATAGTTAACTCCTTCCAATTCGATCACCGGATTGGGATAAGTATCACAAT CAACTTTACACAATCCGCAATCTGGTTGATCGGGTTTGTAGAAAGGAAAACTCAGAATTT CTGAACTTCCACATTGGAATTCTTGAGGACAGTTTGAATAAGGTGTGTTCTGTCCTTGAA CAGAATCAAAACATGTATGATGAAACAGAACGAAGACGAAAAGCCAAGAAGCTAAATCCA TGACGATAAACGACTAACCAGTACCCCTTATGTTTAAAAGAAGAAAAACAACAACATGAG AAGCAACATATCATATAATATGTGCTTAGTATCATTTGAATATATAACTTTGGAGTTTGA AAGAGTAAACAGAATTCCTTACTCGATCTTCTGTGGTGACTAAACCAACTAAGGACTATT CTCCTCATGTTTTCTAATGAGTCATTTTCATTTCTTTCATTGGATAGTCTCTAACTTGAA ATATAGGTAACTTTTATAGACTTGCATTGTTCACTAGAATTCCTATTTGGCATATGTTAA ACTTCAATGTTGTTAGTTTGACTTGGAAGTTTCTTACTACAACTTGTTGTATAGGTAATC TACTCGAGCTTCATTTAACGCCTTTGTGAATTAAGGGTCTTTGGTAGGTATTGACCAACT TTTGCGCGGAAGAATCAACTTAGTTGATTTGAGGAAAAGGAACTGTGCAAACGATCTAGG CCTGTATTCAGAGTTGATGTTTAGTCACTTCAAGAGTGGAATCAACACGCGTTTTAGATA ACCATTCTTAGTGTTCAGGACTAACAATAAGGGGGAAATATTGTCAAAGCTTCATTTAAC GCCTTTGTAATTCTACAAGTGTGTTCCTGGAGAAGGCAGGATATATGCAGATCTTACCCC TACCTGATCCCGTTGTGGGGTTGAAAGGTATGCGTTATATAGTTCGGAGTCTTTCCTTTA TGGTAGAAACTAATAATGACCTCATCTCTAAGGCATAGTTAAGATCTACGTATACACTTG GACAAACTTTACTATTTGGGAGTATGTTTGTAATTGTTGCAACTTTTTGTAATATTTTTT CTTATTAGATATTTTAGTGTAAAATATGTTAATTGTTTGGTGATTTGAGATTGATTTTGA TGGAAACTTGGAGGTTTGAATAGTTTTTTTCTAGATATTTGGACTTTGGAGTATAATATT GTTACACATATTCTGTGATTTGTGATTTTTTTTGGTTGATTGAAAGTTATGAAAATGACA TAAGTGGTGTTTTTCAAAAGACTTTTCATAGATAGCTCATATACGTCAAAAATAGCTAAA GAAAAAAAAAGAAATCATCTAGAAATTATTATTACTATGCTCGTTTCAATTTGTTTTGTA TAATTTTGATTTGAACACAAAATTTAAGAGAGAGAAAAAAAGAAGAAAGATTTTTGAGTT TTGCTGCTTTGAATTAAAGATACATAGAATGTACTAAAACATCTTTCAATACCGTGGTCT TAAATATGTCATATGAGAAGTTGAAATTGAATAAGTATATATTTAAAAGTTTAGTAAATA ATATACACGTTACATTTAAAATTCAATTGGTAGCACTTAAACGTCGTTTGATAGCTGGTT AGAGGTATATAAATATTAGTAGGACATGATTAATTATAAGTGAATCTATGTACTGTACTA CACAAATTAATATTAGTTATAAGTTATGCGGAGATTAATTTATTCATGTATTAGTCATTC CATCTTCTTTCCCGCATAAAATAATTTTATTCATGTTTGTTTTAAATTCCAAACCAATCA CAATATTAATTTTATACACGAATAATTTACCTCTTAATCAGCTACCAAACATAGTTTTTA CTTATGCAGAATTTAATACTTCCATCACTCACATCTAAACCATCTATGAAACGACCCCTC AAAAACAAGTTTTTTCGAGAGTAATTATCTCACCATCGATTTGAATTAAAAATAACATTA TAATTTCGAAACAAAACAAAAAAAGTAAAAGAAATTCATAAGCTTGTGAGTTGTGACCAC TCATTTATGGTCCCTTCTATCCAAAACATATATGTGGTCAATAATTAACTGTCAATCAAA TAACAATATATATAACAGAAATAACCACTTCTGTTAATAAAATTTTCAATTTTAACACAA AGTTTTTCACTTTCACTTCACTCTATGTATTCTCTGCATTTCCATTTCACAATCAAACCA AAAAACTATGAAATCAATAACAAATTATCATCAATTTGTTCATGGAAATCGAGTTTTTCA TCTTCGGACTATGTTAAATTTGATTCGAAGAATGAGAATTTTAGAATTTACTATTATAGA AAAGGGGATTTTTTAGGAGGAGATGCAATGGGAGTAGAGAAAAATGTTGGATGTGAAGTG GAAGTTGTTTCGTGGAGAGAACGAAAGATTAAAGCTGAGATTTTGGTGAATGCTGATGTT GATTCTGTATGGAATGCTCTTACTGATTATGAAAGGCTTGCTGATTTCGTCCCGAATCTT GTTAGCAGGTAATAGATGCAATGTATCTCCTTTTTGCTAATAAATGATGTTTGTGTTGTA AATCGGAGCGAGGATTTGAAGCTTATGAGTTTGGGATTTTAGGGGGGGAGTTGGAGTGGT TAGTTGCTAGTTGAGACTAAGTTGAGCTTAGGGGTGAAGCTAGATAGGGTCGAGAGGTTC ATCTAAATACCCTTCGTCGAAAAATTACACTATTTATACATGGTTGATTTTTTTTATATG TATATATATAGTAGACGTTGAACTTTCTTTCGGCTTCTTTGTGTGTTTATTTATTCATAT TTCGAACCTATTTCAGTGAAAATTCTGGCTCCGCCATTGGTTGAGATGTTTAGATGTGCA CTCTCAAAGTTATAGTGCTTTATGTGTGAGTTGAGGACAAGTTTGAGTGTGTGTTTACGT ATTATGACTTCTTTACATATTGAATGTATTCTTAAAACAAATATAGGATTTGAATCAAAA CTAATGTTTTTGGCAAAATCAACATCCTACACTCTACATTCGATCTTGTTACCAAGGGGT GTGAACTAGTGATCAATGAAGTGAGTGGAGAACCGTGAGGTCTTATGCTTAAATTAATAC AGAGGCACAAAAAATGCTATGTGGTTTCTTCCTATAGCATTGATAGATAGAGTTACTTGG ATATCTATATTAGTGAGGAGCTAACAGGTACCTAGAGGAATAGTCAGGTGCGGGCAAGCT AGCTCAAACACCTCATTTTGTTTTTCGTGAAGTTCGTACTTTGGTACAACTTGAGACATG CCTACAACTTACTGCAATGAGAGGCTGTCTTTGGCCTTTATTCTTCTGGTACAATTCGGA ATAAACATATTCGGTACAAACAGTAGAGATGGATATCTGTTACGGGCGTCTCTAGAGTCT TTGCTGACATTCATATTATCTTGAAGTTCTCTGTTTGTCATATCGTCATGGTTCTGATGA TTTTTTGGGATATACTTTGCACTACACACTGATGCATGAATCACTTGTTAATCACAGTAG GAGAATCCCTTGTCCACGTCCTGGGCGTATTTGGTTGGAGCAAAGAGGTATCCAACGATC TCTCTATTGGCACATAGAAGCTCGCGTTGTATTGGATCTCCAAGAATTCATTAAATCCGT AAGCTTATGAAATCTCTGTGTATGATAGTTCATCTGAGTTGGGTGTCTAAACCAAGAGCT GTGTTTTACATTACTCTTGTATAAATTTAGGATAATGTTCGCGAGCTCCATTTCTCTATG GTTGACGGTGACTTCAAGAAGTTTGAAGGCAAATGGTCAGTGAGAGTTGGAACAAGGTAT GATCTTTATCGAAGCAGACAGAACTTTGTTGTTCCTAATTTTCCTTTTATGTTGTCTTCA AGAATAATGCAGAGATCGACCTGCAAATGCCTTTTCTTTTCAGGTCTTCAACGGCTATAC TAAGTTATGAAGTTAGTGTCATACCGAGGTTCAACTTTCCAGCCATTTTCTTGGAGAGGA TTATCAGGTCAGACCTCCCCGTAAATCTTCAAGCGTTGTCCTGTAGAGCTGAAAACAGTT ATCAAGGTTATCAGAATGTTACCAAAGAGGAACCTGGTTCTTACCTTATTGATCATGTCA TATCCCACGAAAATAAATCTTCGGGTGAACACTTGAAGGAAAAGTTTGTCAAAGCCACTT TTGGCCCGTCGACACCAGTTACAAGTGACGTGACTAATAATTGGGGAATATTTGGGAAAA CTTGCAGACTTGACAAGCCATGTGTGGTGGATGAAGTCCATCTCCGAAGATTTGATGGTC TACTGGTAATTAAATAGACTGTATACTGTGACTTACCTTTTCCTGTGAAGCTGTATTGTT TTGGTAGTCCCTTTGATAAATTGATTTTGGAAGTGAAGGAAAATGGAGGTGTTCATCGTT GCGTTGTTGCTAGTATTACAGTAAAAGCTCCAGTTCGCGAAGTATGGAATGTTTTGACTG CTTATGAAAGTCTTCCCGAGTAAGTTTTCAGGACTTTCTTCTAATATAATTTCTGGCTTT TTCATCATACTAACGGTAATTCATCCCAAACTGTTGCAGGATAGTTCCGAATTTAGCAAT CAGTAAGATCTTATCACGAGACAACAACAAAGTTCGCATTCTTCAGGTAAATGACAGAGT GAATAATACGTTGTGTATTGCAATGAGATATGTTTCTCGAATATTAGGTGATGCTTCTAC TTGTCCATTTCCAGGAAGGATGCAAGGGTCTTCTATACATGGTTCTCCATGCACGTGTCG TTCTAGACTTATCTGAACTCATAGAACAAGAAATTAGCTTTGAGCAGGTGGAAGGAGATT TCGATTCTTTTGAAGGAAAATGGATCTTAGAGCAATTAGGCAGTCATCATACTCTGTTGA AGTATAGTGTGGAGTCAAAAATGCACAAGAATTCGTTTCTTTCCGAAGCAATTATGGAAG AGGTTTGTATTCATGTCTACTCTAATCATCATCCACTTAACATTGAAATTTATGTTAAGT GGATCTTGAGCCTAACTTGCATCAATAAATCTGCAGAAAATTTTACAAATTAGAATGCCT TATGTGCTTTCTTCTGCTTTTACTCTGTCATTATTAGGTCATATACGAGGACCTTCCATC AAACTTATGTGCAATCCGAGATTACATTGAGGAACGAGAGACAGAGAAACCTCTTGAAAA ATTTAACCATGATGAATTCCGAGAGGCATCGGTTAGTTCATCAATGAAGGATTCATCTGT TCATTATGATAGGCAAGCTGGGCAGAATTCAGATAGTAGTAGTTTACATTCACCTAGACA AAGGCCGAAAGTTCCAGGGTTGCAGAGGGATATTGAAGTTCTTAAAGCTGAGCTCTTGGA TTTTATTTCCGAACATGGACAAGAAGGATTTATGCCTATGAGAAAGCAACTCAGAAAACA TGGAAGAGTTGATATTGAAAAGGCGATTACACGTATGGGAGGTTTTAGAAGAATTTCTTC ATTGATGAATCTATCTCTTGCTTACAAACACCGCAAACCAAAAGGTTATTGGGATAGCTT AGAAAATTTACAAGAGGAGGTTAGTTAACAGTTCTTCGTACGTATTATCAACTTCTCATT TCATGCAAAAACTGTGAATACATGCAAAAAAAAACAAAAAACAGCATAAGATACTGATCA ATGCAGGAAAAAATCGAGTTTCACTTTTAGGAGATTTAACCAACCTAGTTGCATTTCATA TTTTCTTGATTATTTTGATTGAGCTTGGAAATGATCTGCAATTTCTCAGATCAGTCGATT CCAGAAGAACTGGGGAATGGATCTATCGTATATGCCTAGTAGAAAATCCTTCGAACGTGC AGGTATGGAACTAGATTACAATGCAAACGACGTAATGTTTCCCAGGCCTAGAGTTGCTCT AGTTCTTCACCTCACGAATACTTCTGATTTGTACTAGTTATCTCCTACAGGCCGATATGA TATTGCTCGTGCGTTAGAAAAATGGGGCGGCCTTCATGAAGTTTCGCGTCTTCTGTCACT TAAGGTAAGGCATCCTAACAGACAAGCAAGCTTTGCCAAAGAGAAGAAAGTTGAATTATT AGCTAATGATGTAAATTGTGAAACGACATCGTCTAAACCTTTTGTTGCACAAGATGCAAA GAAATGGCTCATGAAACTCAAGGACTTGGACATAAATTGGGTGGAATGAGTATTGAGTTT TGTTTCACTTTCTTCTAAAAGCATGACAACAACTAATTGTAGCGAGTGTATATATATCAA TCAAGTATGTTTCGATTCCACACTAGTTTGAGTTAACTTTCGTCTTTGCTGCTGCATAAA AATTGAATATAGAACAAATCATTTTGATTGAAGGCTATCAGGTACTATATTTATGCCAAT GTGTGAATAGTAAAATTGTTACTAATATGCAAGGAACCGTAATAACAACAATAAGGTGAG GTCACCTAAACATAGTGAACCACAAATGAAATCAGATATCCAAAACCAAAGATTACACGA AACATGGAAACAAACAAAAGAATAACAACAACAAGTGGGGTCTGGGGAGCTATGTTACTC GGACTCTTCAAAAAAGCCACAGGGTGTGTGTCGGATCCTCCAAAAGTAATGCATTTTTTG AGTATCCGACACGGGTGAGACTTCATTTTTGGAGAGTCCAGCTGGGGAGGGTATAGTGTA CGTAGACCTTAGCTTACCCCTACATTGGAAGTTACATGGGTTGTTTCTGATAGACCCTCA ACTCCAGTGGCGTAGCCAGATGGTAATTGGACACCCTTCGTCGAAAAATATCGTATATAT AAGTAAAATGATCCACGAAATGATTAAATAACATATTTTGGACAACTTTAACACAATAAG CTATTGTAGCCTAGTGGTTTCACCTCTTTGGAATGGGGTAGTGCTCGTGTGTTTGAATCT CACCAGTTCTACTTTTTTAGAAGAGTTTTTACTGTGCTATTTCTGGACACCCTTTGTGAA ATTTCTGACTCCGTTACTGCTCAGCTCTACTAGGAAAAGCATCTCTAAGTTGATCTAAAA AGACATATCGAACGTGAATAAATCATGGAAAAATACTCATAATTGAGGAAGCAAACAAAA GAGGAAGACTAAAAGTCATATGGAATTATCCTATACTCGAACAAAATGATTCCTACCTCA AGAAAAGGAATACTAGATATTATGTTAATTGTTCAGTGGAAAATTTTTTTATTGTTATTT TCCAGTCAACTTAGTGGATTAGGAAAGTTCTCAGGATTAAGAATATGAGAGTTCTCTTTG AACTTAGATTTTCTTTCTTTGTCATGAAAATCTGGGAAACTTTGCATTTTGACTAAAGAT AATTACAATAACAAAAATTTAAATCTTCGTTATATATATATTTCTTTGAAGGTTTAGACA GATAATTACAACTATATTGGTTGAACCAAACTTCTTTAGTTGTCTTAATATTTGATCTAC TATACTGATATGAACACATTAAGACTAGGCAACTCTAGTACTGAAAAATCGACTAGTACT GAAAAATCGACTTCTGTTCTTGTGGGAGAATATAGGTAAGTCTTGGGAGGCATTTGCGGA GAGTTTCTTTCCTTTCTAACATTTCCACAATCTTCCTCATCGATGATGATTTGTGAGATC AGTCTGCATACGCCATAAACTCACCATCACTATCTTTCTTGCACATTCTTTATCTCTTCA TTCATTTTTCCGATTAGTTGAATCTCTTCGTCCAGTTCATTTTTCCGATTAGTTGCCGAT AGTCCCTTGTGGACCTAACATTGACACAATACTCTCCTATTTTATGCACAATTTGACAAG ATCATATATTTTCGAACAAAAATATTCCTCAAGCAATATCAGAGTGGTACAACCACAATT TAAGTACTCCAATCCTCGAGCAATGCCTAGTGCAATTTTGTGCAGTATTGGCCAATCTAA TTGACAAACACTATCGGATCTTCCCTCATAGATAATTTTTTCAAAAGATCCATTTGACAT GAAGTAATATACAAGAGATTTTGTGACCCTCAAAACAAAATCCCACAAGGCTCACGATGT TAAATGTTCTGCTAATACTTGCCACCTCGTTAATGAAATCTTCACCATTGTCTTTTAGAT ATTAAAGTATATTGAAAAATACAAATTTCAAAGCATAATATATATTAATCTTATATTTTA ATCTCCTTACTCTTACATTCAAAAATGATTTAATATTTGTAAAGTTAAAATATGGGTAGT TTTGATACTATTTATATAATAGTTACTTTATATTAAACATGCATACATGTTTCTCCATGA TGTAAAAGAAAACAATATTTCTTCAAAATGTTTTCTTTATAGAACATTACACACAAATTT TATATTAGATTTGAGATGTATTTACCTGAAAAAAGATAATGCAAAAGAAAAAAAACTCCT AATTGTATTTAAATAACCAATTGAATTAGTATTATCTGTGCTATTAAGTGGTTATTTGGT CTTTTCTCTTAAAGATATTGCTAGAAAATTACTTCAACATTTATGATCTGGACATTTCAT TAAGTCATTAGGGCAGTAAGTATTATATTATGATTGATTATAATGTAACTTTTCATTTAA GGTCTTTCCACTTGTAATACGATGTGTTTTATTATTTAATGATTAATTAAATGATTATAA TATTATTTCCTCCGTTTAAAAAAGAATGACCTCCTTTTTTTTTTAGTCTGTTTAAAAAAG ATGACCTCCTTCAAGTCCAACACCCATACAATTCTAAATGCTTCATTGAAGAAAATTTTT ATAATGGAGAAATTAAGCAAGAACGAAAAGTTAGAGGATATCGCAAAGGAAGTCTTCATG CTCGATGTTAAATTTTGCAACTTCTAACTCTCTTATTTTCTCATGTTAAATTGTGCAATT TCCATAATTCGATTTTCTATTTGAGATTGCGTCTTTATAATTTGGTTCTTAAATAGAAGT AAGAAATGATCCTTTAAATTTTAATTTTAATTCTGAAATTGTTTTCTACATTAAAGTGAT GAATAACTTTTAATATCATAATTTTTCAAATTCCTTCATTATGAGATTTTTATGATTAAG ATTAAAAGCAATATCAATGTACTCATTTATCAAGAAAATGATAATTTAATTATTGAAGGG TTTAAGAACTTCAAATTCTACAATTAAGTGATCAAAATATTTATATTCAATCAAATTTTA CTTTAGCAGAGGGGCAAAATGATAATTCAACTTTTTATTTTGGAGCTTTAAATTCATCAT AATACGAATCCTGGACACGTGCTTCTCACGTGAGTAACTTGAAAACATTATGTACGGTAT ATTAAGAAAATTACACGATAGTAAATATCACAAATTATTTGACAAAAAATTACAATTTAA AATATATGAACAATCAACCTATTGTTTTAAGCCAATCCAAACATTACTCTAAGAACTGTA CTGCAAAGACTTGGGATTGGAAAAGTCTATGCATTAATTTTGAATTGATCAGAATCTAAG AATTTTTCTTCTTCTTTCTTTGTATTATTTAAACTGACTTTTCCTTTCTTCTTTTGGTCA CACATTTTTTTTTTTTGATAATGGAGAAATTCGTCTGTGATCCACCCTTTGAATCAATCA CAACCTTTTAAACTCGGTACATAATGGATCCGCTCCTTTACCCTTCACCACTTAAATATC AGACTTCACTTTGTATTGTGTGGAGCTTAAACCTGCGACCTAAGCTACACATCCTCCAAC TTTAGCCACTCAAACTAGGTTTTGGGGTCCTTTTTGGTCACAATTAGATGTAGTTAAAAT CTTGTATCTATTCAGTTATGGAAAATTTATGTCCAAACAGATACATGATGTGCATCTATT GATTTGGTTTAAATATCGAGTGCATATGAACTCCTCCCAATAATTGATCTTATTATACTA TTTTGGATACCGACCGACACTAATGTTGCATTTGAATAATTCAAGACATGAAGAAGCAAA CAAAAGAAAAAAAGACCAAGACATTCGGAATTCTCTCGTGCTAAAAGAAAAAGATAATAC CTCAAGAGAAGGAAGAGTAGATATTAACTTAATTGTTAAGTTAAATTCCTCTTTGTCATT ATTACAACAACAAACAATAAACTCACAATAAACTCAGTGTAATCTCACGAGTGGAGTCTA GAAGGGTAACGTCAAGTGTGTAACCAGACCTTGAGAAGGTGGAGAGGTTGTTTTACATAG ACACTCCGCTCAAACACAGATGAAAAAAGATGATGTAGCAACAAGCAAGGAACAACAAGA AGAAAATACATCTTTTAGATTAATCTCATAACTATTATCACACTTCTTCGTTTGATAGAA CCTATTTACATTATTGGCTGACATATAGTATTATGCTCTGATGCCAATGTTCAATAAATC ACCTTTGAATTTAACTAAGATATGAGGCAGATATCAGAAAGAATTACTGTAACAAAATTG TAGACACAACTTGGCAACGATGCACGAGTTAAGTGACTTTAACACCACTTGGTCGTTTTC CTTCCATGGCATCCTTCTTATTGCAACAGTCAGCACATAGAAATGGACCTTGCCAAGGCT TTGAGCTTGTCGAGAAAATTGAACCAGCATGTACTGATATGCCTTCACTTGCAGCAAGGT CGACCTGGCAAACAGCACAAATGAAGAGACCGGACATTGATGGACCATTTGAATCCTCAC TCCCCAATCTGCAATCCACATAATAACACAACGATCAAACTCTTCTTCTTGAAAACATTC ATAGAAAATTGAGAAAAAAGAAGTCAAGAATACTGAGATCCGAGGGAAACATGCCAACCA CCTCGTATCTATGTAACGAGACCACATTTAGGCTAAATCTCAACGCTTATTAACATGGTT GAATAGTTATGGTATTTAACAATCAATCTTGTCTAATTTATTCAATTCAAAATCAACAGA AACAGAAAGCTTCATGAAGTATTAATAAGGTTTCAAAGTTCCAGAGAATTCTGACCTTTC AGCAAGCATTGCTGAGCCTTCTTCAAACAGTTCTTCTACAATGCCTACAGCTGACAGCTT TTTCGATAGTTTACCAGCAGATTTTTGCGAGTTTCTTCTGAAAAAAAGAGATCGAAGCTT GTTATACTTCTTGGGCGGAGTTGCAGGCTGTACAGTGTTATCGGGAGGTATTATGTCAAC TACTATGCATGTTGTGTCATCCTTCAACCCTCGTGTCCTCAAAGCTTCCTAGACAATCAA CGACGTAAATGAGTTAAAGATATCATTCTAAGTACTTGTTATCGATGCAAAGATGCGTGA GTTCCACTACCTTCACAACTTGTCTAGCAGCAAGCTCAGCAGGCAAGCCATGACAAGACT TGGCAGCCATGTCTGATGATATGGCATCCCAAACTCCATCAGATGCAATAATTAGCCTTC CACCTACAGTTGATAGCTTCAAAATGTTTTGAAAAGGTTAGGGCCTGAGCCATTCATGAA TTTACTCGTCTCTACCTGAGACATCAGATATAGAACAGAAAATAGTACATCGGGATTTGG TAGGAAGGTAAATCTTAAGATGGTCTAAAAGAGAGTAAGAAAAGCAAAGCAAAGCAAGGT ATTACTTTCACTTGTTTGACATATGGTATTGGAACAATGAATTCTCCTACATCCATATCT CCGATTGATCTTGAAAGGCATAAACCTCCTGGCCAACAGCGAAGAGGACCAATCTGCAGA TGCAAAATGGAAGTTTTCTATCACATCCGTGATATGATATCGGAGATGCAAATTTACAAC ACACCTCAGTACCACCAAAAATACAAAGTCTTCCTACTTCGCCTCCACTTGCTGTGACAC GCTCCCTTCTGCAATTAATTAAGAGATGATGAACATTTTCTGATCAACACACCAGATGGA ATGATTTAGAAGATGGACACTTACTCCTCTGCATTTTCTTCAAGCCTGTGATCTACAGTT AATTCTGAAACAGCACCACCCTGAGTATCCAAAATGCAGCGTGAATCTCCAACAGACGCA ACTGTCACGGTCCATCTATCAACAATCACAAATGTAGCTGTAGTTCCAGATGTTAGTCCT GCAGTGACAAATGAAAGTTATATACATTAGCACTATTGAACCATGAAATCAAAATAAAAT AGCTATAAAGTGAAATGCAGCACAAATTTCATGCCTTTCTTCTGAAACTCCTTGTCAGTT TTCACAAACCCTACAACTAGTGCACGAGGCAAAGCTTGAAGCCACTCATCCCTCCCCAGT CCACAAGGAATGGCACCCAAAACATGATTTAGTAGATGATCCCTTGAGTACACTGCGGCT GCTGTTCCATTATGTCCATCAAAGATCTGACGGAAAGAAGAATTACATGGAAAATTAATG AACTGAAGAATCCAGCTGCAAGGACCATCATATTACCTGAACCTCAAACAAAATTCGACC AGCACACAATTTCAGTCCCAAAAGTAATATTGAACCATATCAATACTTAACAACCTTGAA TAAAATGGAAAGACTATGGAACATACAAAGCAAATACAGTGACAGGACCGTCAACCTTCA GTATCTAGTCCAATTTTAAAAAACAATTCTACTGAATAAATCCAAATAATGATTTTAAAT GGCCTATAGATAGAATGGGTGACATCAAACTGGATTAATAGGTGTATGGAACCAATGCAA GAAAGACTGGAAATTTTACATGTAATCGATTGATTAAGACGACAAGTTTGTCTAGTAGAA GATGGAGAAATGGATAAATGTATCAGGGTGCAATAAACCTGAAACTAAGTGAAATTGATA CAAAAATTCACATCGACCCCACTTAATGTGGTAAAAGATGGAGTTTGATGGGGAAAAAGA TGGAGAAATACATACCGCAAACACAGAGAAGGCGGATGAAGGATTGCCATGAATTCTCTG GCAATCTGTCGTCATCAGATAATAATCCTCACCTTTCTTAGACTGAGCTGCACATCCGTA TCTTACAGTTGGCTTCTCCATTTTTTCATTCCGCAATTCTCTGCTTATCAGTGCTGCTAA TGGCACAAGATCATGATCAGATCTATGCCTCTCTTGTCTTGACCCCATTTTCGACCTACA AACTATTCCAAGTTAAATCTCCCAAATTCCAACACGACGTTGAAACTTATACCTTGTTAT AGTCGAATCCAGAGAATATGAACCTCCCACGTTCTTCTTTTCTTTTAATCCTGAGATCAC TTCTATTTTTTCACATCTCAGCTCATCAGAAGAGCTCCACAATAGTCAATAATAGAATCC TTAATCAGTCTATTCGATCCAACAAACATTTACTCCCTGACAACCTCCCAAAGCTTCAAA CTTGAACCCCAAATACAGTCATACACCACATAATCAACACGAAACTTCCAAATTCATTCC CGAAGTTTCAAACTTGATCCCCAAATTCAACCACAAAAACACAAACAAGTACATAAACAA CATGAAACTTCAAGAACCTCCAAACTCCATTCCCAAATAACTCTCCGAAAGTTTCAAACT TGATCCCCAAATCCAATCACACACACAACAAAGCCATCAGATCAAACATATAAACAACAT GAAACTTCAAGAACTTCCAAACAATTTCATTCCCTATAAAGAACTCTCCCAAAGTTTCAA ACTTGATCCCGCACTTAAACCACAAAAACAACTAGAAACAAATACATAAACAACATGAAA AACTTCACGAAGCTCCTAACACTTTCACTCCCAAGAACTCTCCCAAAGTTTCAAACTCGA TCCCCGAATTCAACCACAAAAACACCTACAACAAATACATAAGCAACATAAAACTTCAAG AACCTCCAAAGTTTCAAACTTTATCCCCAAATCCAATCACACACAACACAAAAACACCAA AACAAACATATAAACAACATAAAACTTAAAGAACCCCTTAACAATATCATTCCCAAATAA ACACTCTCCTAAAGCTCAAAACTTGATCCCCAAACCCCATCAACACCAAAACAAACACAT CAACAACACCAAAGCTTCAAGAATCTCCTAAAAATTTCATTCCATTTGACACCTGTTTTA AAATATCCCAAATTCCACCACACACACACACCCCAATACACTTGGATATTACCTTGTAAA GACAATGCCTTTTTTAACTTGCTATGTTTTCCCCCACAAACAAAACCAAAATTCAGATCT GATAGTGACTGCAGAGACAAAGAATTTCACTCCAAGTTAACAAATTTAATACAAAAAAAA AAAAACGCGGATTGCTGACAAGATATGAACTGTAATAAATCAATCATCAAATACCCATTA CTTAAAAAAGTATTTTTTTTCCCTCAAAATAAACAAACATTCTTTGAATATTATACACAT AAATCTCACATGAATAAACAAATGCTACCAAATTAAACAAAGATATAATCTTTTATGAGT AATTAACAAATAAATTACATAAAAATGTAATCTTTTTAAAAAAAATTGAACCTTTTTCTT GTTGACAATGGAAAGTGAAAGAGCTGACACTCTGAGGTACTATGAACTTTTTTTGTGTAT GTATTTTCTGTTGTTTTACCGACTTTCTAGTACAGATATAAGCTTTATATATTTAACGAG ACAAATTCAAAATTTAAACTATATAATACGATGTATTTTTCAACTATTTTAGTAATGAAA AGTTATTTTTTAACCAAAAAAAAGATGTAATAGAGGGTAAAATAAATTCATTTTGAAGAA TTCAACAATATATTTGATTATTTTTCATAAAAAAAAAACAAAACTTTAGGATATATTTAT AGACTAATCGAATCTGAAAGGCCGAAAGCAATGGCAAAAGCTAGCAAATTGAACCTTAAA ATCGAATCGTCCTTGGTACATTAATGTTATTAATAATAGTAATAGTACGGATTAACCACT TTTTACGAGTGAAATTTTATGTTATATTTTGAAATTTCTCCAATCGAGTTGTAATATAAT TTTCATAAAGTGATTTAATAATATATATAGTAATAGTATGGGGTAGGCACTTTTTACATG TGAAGCCTTATTTAAATGTCTTAGAAATTATGTAATAGATGATTATTTTTCAATTTCATA ATGAAAAGTATTAGTTATTTATATATATCCTTGATTCAAAATGAGTATGGAATATTAAAT TATTAAAAAATAAAGACAAAAAGATAAATATATTTTTGAACTATCGTAAATGATATATAG ATATCCTTCGTCATATTTCTGAGATATTGGTGTCCATGCCGTTCAAAAACTAGAGCTTAT ATGCATGTTCACTTTAACGGTGGACTAAATAGGGACATATGTCACGATCTTATCCGTCGA TAAATATCGGATCAGTGGATAAGATTATGACACCGTGTATGTCCGATAGTATAAAGGGTA TATGTTCTCTAACCTTTGGATGACATGGACACCAATGTCTCAAAAATATGATCAAGGGTA TTTGCATATCATTTACGATAGTTCAGATATATTTGTCTTTTTTCAAAAAAAAGAAATAAG GTAAACTATTGGTAAAAGGCATGTGATATGAAAATCAGCACGAGCAGAAGGATTTTGACA CCTTTGCCATGTGCTTCCTAAAGAAATCAGATTTTATTTTATTTTATTTTATATAAAATA AAATAAGTTTAGAAAAGAATGGAAATATAATTGTGGTTATTTGTACGATTAAAAATATTT TCTGAAATATAATCTTTTTTTTTAAAAAAAAAACTCCTTTATCCTTTAGCAAGGAAATTT TTTTTCCTAAAATTGATTAATTTAAGATAAGAGATAATAATTGTTTGTAACTATACCATT GTATTGTTTTAGAACTATAAAACGTTCAATTCTTAAGAAACATCGAATAAATAAGGTATT TTAGTAAATTACACAAATAACAATATGTAGTGCGTAAACTTCTTGATATGGGTCTAACGA GAATCGAACCTCTATTAAGACCAAGTGACTACTTCAACTTAGTAACTTAAATATTTATAT TTATATTATAAGTTTTATTGGACGTGAAATAAGTTAAAAAGTGATTAACTTTTTGACATA GACAAAGTAGAATTTCTTTAAATTGTGTGGTTGTAGTTTGAAGCCTTTAAAAAGCAAGTA GGATATTACAAAGTCAATGTCATGGGGCCAAAGGAATGTTAGAAGATTATAATGTTAAAT TTCTAAGGAATAAGACTTAAAAAGCAAGTGGACATTCAAGTATTGATTCGTCGTTAAATC AGATATTTCGAGTTTAAGTTTTTATGATAGAGAAAGTTTTACCTTTTAATGTGAGAGTTC ATTGTACGAATTCAAATTTTATCAAGCTTTAATACAAATATTAAATATCAAATTAGATTT TTTTTTATTTTTTATTTACAAACATACGAAAAAGTTTTTGATTTGACTAATTTAAATTCG CATAATATAAAGAAATATTTTCTAGGATTTGAATTGAACAATTGTAAAAAAAAATAGTAT ATATTCATTTCACAATAATTGTTGATGGTGGCAAATATCGAGTATATTTTAATACCTAAA AGGAAGTTTACTTTACAAGACTAATAATGAAATAATTATGGCTTCCAATTGGTATTAACC AATTGAAAATTGAAACCTATTATTTGCCACTCATTGTAGGAATTTATAAGTTAATCATTG CATAATAATACATGTAAATACTTTTTAAAGTATAGTCTATTTTCTTCAAATGGAAGGACT TTGGCTAAAACTTTTTCAACATTAAAGTTCTAGTAGTTTTTTTCCCTATAATTATCATGT TATAGGGTTTTTTTTCGCTTTAATAGATCTTAATTTCGTGGTATAAATTTAAATTAATCA GACTTCAAAAATGAATATCATACATCAAAATAACAAATACAAAAAACAAAACGAAGCGTT TTGCTTAATTATAAGTTTCTCGTTCAAGTCGTGAGAACATAATCGTTTTTGATAAGGAGC GTTTTACTTTCATGTTCAAATATTATAATTAACTTTTTCAAAAATTATGTAAGTAGTTTG AAATAGAACAAGAATTCTAAGATGTCAAGTCACAAAATTAACTTGATGTAACAAGCATTT ACTTTTCAATGCATTAATGGAAGAGGGAAAAAAAAAACAGGTGAGTGGATTTTAGTTGGA AAAAAATATAATAAGTTTTATTTTATTGAAAATGACTTGAGATGACTTTGGCTAGACAAT TGATGTTGTTACTCAACTTGGTGATTTGTGTGATTTCAAGTGCTTCACTACATAAAAACA TTTATATAACAAAATTGACATCTACCTAGTTTCTATGCCCTTAAATTATAGTCCATTATT TAGCAATATATGATGTTTGTACCATGCATTATCGAGAAAACGATCTTTAATAATTATTCA CAACTTAAATGGAAGAAAACGATCTTTCAAATTGAAGACTTCATGTGTTATATTTTACCA AAAGGAAGGAGCTGAGTAATATACCATTATCACTGGATCTGTTCAAACATATTTGTAATG CACAAATATAATCAGGCGATAACGTCTTCTATTGTAATATCAGATATATAGTAGTATGGA TCTTTTTATCGAGAATATAATTAACTAATAAAATTACATTTTTTTCTAACAGCTTAAGTT TTTAGATGAGATATCGTATCAGAGATGATCGCATAGTTCAAAATCTTGGGATAAAATTGA TTTTTCTTAACATTTATAAAAAAAAAAATCTTTTTTTTCATTACTATTAGCACTATGACA TATTTTCCACTTCTGCCTATTGTTGATTCCATTAACTCTTAACAGGCTGTTAAAGATGTA GATTTGGGCCCTATATGTCTGGGCCTGCTTGTTCCACAAGTCCATTATCTAAATAAATGA TACAGTCCACTTGCAATGATATATATTATAAAGTTGTTATGTAACCATTGAGCACCGAAA TTCATTAGTCAGACTAATTTGAATTCGTATGTAAAACTCGAGACAAATTCATTTATAAAA AAAAAAGTGATATCATGATTTGAACTTTATGAATTCTGAGTTTTTACGACAACGAAGTGG AATCAAGAATTTCAGCAAGCAATGCATTGGTGTTTCCTCTCCCTCAGCACAATGTTGGTT TTCTTGCAATTGTTTCTCTCTACTACAAGCAAATTTTCATTTGATTCTGAATTAATATAT TATGTTTTTGACGTTGTCGTTGACGTTGACAGAAAGTAATCACACCCAAGTCGGGTTACT TTGCCTCATGTCACCCTTCCAAGACATCTCAGGAGGGTGTCATGCGACAGTCTAGACTAA AATTATTGAGTTTAACCAAACTTATAGGTAAAGTAGCTTTCTAGCTCCGGGCTTCCACCC CTTGTTGTGGGATATAACTAACTTTTTGAGTGATCATTTGAGAAATTAACTCAGAAAGTC AATAGAATGTGAATACAAGTGAAGTCATATTAATATTAGACAAATAATTATTTTTGTAGT CCAAAAGAATGGAAAAGGGAGGAAAAAAAATAAAAGAACAACACCTTCCTCCCTTGGTGT TATCTTGTATATTTTCTTTTGGCATAATTCATAAATATGACCTTTAAGTTGACGTCAACG AATAACTATGTCTTCTAACTTTGAATATGTAGACACTTAAATTATTATAAAATTGAACAA GTAGACACAACTGTCCTACATGGCATAATACACATAGGATGCGATGCCATGTAAGATACA AAATTGTCATGTAGGGTGCCACGTAAGACGATCGTGTTCATTTGCTCAATTTTATACAAG TTTAAGTGTCTACTTGTGTACATCTAAAGTCAAAGGTCATAATTGTCAATTGACGTCAAG TTAAGGATCCTATTTATATTTATGTATTGTGTTTTTTCTTTATCGTGTGTGAATATGGAC TATGTCTCAAAAGCATACATTTTTAAGCTTAGTCAAATAGATTATTGGTCAATAATTGCA ACTTCTTCATTAAAAACTTGACCCATTAGAGTTATTTTGTACTTGTTGCTAATAGGAGAT GCCAAATATTGTGTGAAATTAGCGCTATGCTTGTAAAAAAAAAAGAAGCTTGACCCCAGT AAAGTTTAATCTTGAAAATTCAATTTTGGTAGATACAGAGTTGTATGGAATATGTAGACA AAATGAAGTCAACTTATTGCTAACAAGAAGGTAAAATCCAAGAAACCCCTCCTCTCTTTG GTATATTTTTCATTATCTACTTGTGTAGTAGTATATTTTTCAGTTGTTTAAGCTTAAAGA TGAACCAAGAAAAAAGGTCTATCTTGATAGCATTGTTAAACCTTTGTGTTTTCTGTTTCA TTTTGCAAATAGATAAATGTTGTGCTGTTGTTGATCCACAGTTTGTAGTATGTAATAAAC CAGTAAATTGTAGATATGGTCCAAGAATAAGCTTCCCATTTTATATTGAAGATGTTCAAG AATCTTACTGTGGATACCCTGGATTTGGGCTAAATTGTAGTGAACAAGGGTTTCCTGTTG TACGTATTACTGAAAATGAGTATATAGTTGAAGATATTAGATATCAAGATGATACTTTTC AGCTTAAAAATTCAATCTTTAACAGTAGTGTAAAGAATGGATGTGTTTCTGATATCAAGA ACGTGTCACTCGATGATCTCCCTTTTGAGTTTGTTAAGGAATCAGGAATTCACTTGTTGT CAAAGTGTAATGGATCGATATCCGAGGATCTTTTGAAGCACAGGGTTGGTTTTGGTTGTG GTGGAGAAAATGTGAATGATTGGTTTCTTGCAATGTTTGATGATGATGAAGGCTTTGAGT CTGCATTACAAGCGTGTAAAGATCATGTAATAATACCAGTAGAACTGCTTGGAAATGAGG GGAGTAATCGAGTTATTGACTATCAAGTCTTACTGAGAAGGGGGTTTAGATTGAGCTGGA TATCAAGTGACTGCAGTGAGTGTACAGAAAGTGGGGGACGTTGCGGATTTGATGTCATCA ATTATCAATTCAAATGTTTCTGCACTGACAGGCCTCATGCTTCGAGTTGCCAACCTACCA GTAAGCCCCTATCTAGCAGTTAATTTTCGAGTATAATTATGAAGAACCTTATCTTATGAT TAGGTGCCGTGCTTCAGGTTCTTTTCTTGTGATTACCAAGTGCACAAAAAAGTATCGTTT GATGATCTAGGCATCAAGATATAGCTGCATTAAGGATTTGGATTATGTGTTAACCGCAAA ATTTTGAGCAGCCAACTTTTTTTTTTTAAAAGAAAAGATAAATAAAAAAATTGGTGGTAG GCGAAGGGGAAATGGGAGAGGGTATTAAAAGATGAGGAATCGAACACCAACAAGGTGAAA CTTCAGAGTTCGTTGTCGAAGAATTGGAACCATAAGTTATCTTTTCCCACCTCGTGTTCT ATTTTAAGTCAACAACATATTACTTTGTACATTCAAATAACAGTAAGCGGATTGATAGTT ATTTCAAAGTTATAAGAACTACTTGAGTCGTGATGCCTTTAGCATATAGTGTCATAAACC ACGAACTGATCAAAGACGTAGTATTCTAGCTAGCAATCTTCCTGCAAATTCATCATTCAC CTTCAGAACAAAATTCTTCTGATTTGTTTGATCTATTGACTCCTAGTTTCACATTAGATT GGGAATTGTCTTTAAACTATTCTAACTATCTCATAAAGAAGGCGATACCAGAGTGACATC GAAAACAACTTTTTTTGCTGCAAAGGTATTGGATATAAGAAGTTTGTCAGTTGCTTGTGT ATGTCTGGTTTCATTTTTGGTATGGATTTAGATGTGTGTTGGTTGGTTCATTCCAAGATG TTTAATAATTCAACGTGAACGGAAGTGAATTGCTTTCACTCTTATTGTGACTTATTACTC TTTCATTTCTGTGTATTTGCAGAAGCAAAAAGAAACTTGGGACTGATTCTAGGCACAGGT ACATGTCTAATATCTGTAATTAGACTTGCACAAAAATCTCGTAATGCCTTGATCTAACTT AGAATTATTTTAATATATGTTTTGCAAATGTTGTAATCGCTGTGCTGCCTCAAAACCAGG CTCTTTCCGGTGCATGACTTTCCATTTTCCCCCCACATTTGCAGTTTTCTCTTGCATCGG AGTTGTGATTTTGCTCTTCTGCTTGAGAAAAAAGATTTTCTGGCACAGAAATCTCAGGTT TTGGGAATCTATAGCTGAGGATCACAGAAATATTGAAGCATTTCTGAAGAACTCTGGGTC ATATGCTCCAAAAAGATACAGCTATACAGACATCAAAGGAATCACCAGTTACTTCAAAAA CAAACTAGGCCAAGGAGGATTTGGTAATGTATACAGAGGAAGTTTGCCTAACGGGAGTCA AGTGGCAGTGAAGGTCCTGAATGAACTAAAAGGTAATAGTGAAGATTTCATTAATGAGGT AGCAAGTATTAGCAGGACATCACATGTTAACATTGTGAGCCTTGTGGGATTTTGTTTTGA GTGTCACAAAAGAGCTCTTATTTATGAATTCATGCCAAATGGATCTCTTGAAAAGTTTAT CTATGAGGAAAGATCTGACGGAGTTCGCCAATTAGGCTGGCCATTATTATATGAAATCTC ACTAGGCATTGCTCGAGGATTGGAATACTTGCACCGTGGCTGTAATACTCGGATTCTGCA TTTTGATATAAAGCCTCACAATATCCTGGACTTTTGTCCAAAGATCTCCGACTTTGGTCT TGCCAAACTATGCATAAAAAAGGAGAGTATTGTGTCAATGTTAGGTCCACGAGGTACTAT AGGTTATATTGCTCCAGAAATTGTTTGCAGAAACTTGGGAGGTGTCTCTCACAAGTCTGA TGTCTATAGCTATGGAATGATGGTCCTAGAGATGGTTGGAGGAAGAAAAAATGTTGATGT TGGAGTTGATCGCACGAGTGAAGTCTACTTTCCACATTGGATCTATCGACGAATTGAACT AGACGAAGAGTTTCAACTAATGGGGATAATGAATGAAGAGGAGAACGAATGTGCAAGAAA GATGGTGATAGCAAGTTTATGGTGTATACAGACTGATCCGGCAAATCGACCATCGATGAG CAAGGTTGTGGAAATGTTAGAAGGGAAACTAGACTCTTTGCAAATGCCTCCCAAGCCTTA CCTATATTCTCCCTCAAGATCAGAGGTAGATTCATCAACAATAGAACTGGCAACAACAAC AACAACAACAACATATCCAGTATAGTCCCGCAAGTGGGGTGTGAGAAGAGTAGGGTGTAT GCAAAACTTGCATCACCTTTGTGGAGTAGAGAGGTTGTTCCTGATAGACCCTAAGCTCAA GAAAATCGTTTTGCAGAAAATGGTTTGAAAGAAATGCAAGACAGTTTAGTTAACTAAGTA CTTGTTGGTACTTAACTAGCAAAGAGAAGAAAGGTTTAGTTCAAGTGTTCAACCATAGCT TTCAATTTCATTTTGTGATTTTCATTAGTTGTCAAGGATGTATATTACTACATGGAAGTT AAATATTAAAAAGACTTGAATTCCCTATTCTTCAAAATTTCTTGAGGAAGAAGAGTTCTC AGTCCTTTAAGTTTGAGATCTCTCTTCTTGAAAAAAAAACTCCTTTAATCGAGTATGCGA TGGAACGAAAACGATTAACTAGTACATCATTCCCAAGAATGTCAACACTTATGTAGGTTC ATTTCTTAGTTAAATGTTCTATTGAACATTGGCATCAGAAGCACACTATGTAGGTTCTGT CAAATAAAATTTGTTCCTCAGATAACTTATTTTGTATATAAAGACTATGAAGCAAAATGT TCTTGGAATTTCAGTGTATAGTGAAGAAAATTAAGTCTCTAAGTTCAATTCTTGTCTCTC TAGCATTTTATGTCTAAAAATGTTAGAATAGAATTGTATGTACTGTCCTACTTGGAAAAT GATTGTGACTAAACGAAGAAAAAAGAGAAAAGGATAGGATGCATAAGTAGAGGAGAAAAG TCCTTTAGATGTTGGAAGTATCTATTGATAATTCTGAGACTTTTCCACTCCCAGTAATGT TAGAATAGACTTTGATATAGGTGTGTTTTTTCCCATTAACTCTTATCACCTTTTCGCGAG TTTCATATCTCAACTATCCATTGTTCACTTTTACCTATCTAAACTATCACTCCATCTGTA CTAAAACATACCTTCGATGTTGAATTGGCCTGTTTTGCGAACTCTGCATCATGGTGTGTT TTAATACAAAGAGAGTGATATATATAGTTTAGGTAGGTAAAAGGAACAATGGCTATAAAA CTCAGTAAAAAAAAGTGATAGTTGTCTCTTCACTAGGCTTGACGACTAAGTCTAAATAAT GATGCAAGACTTCAAGTCTTTACACCATGATACACGTTTCTCACAAATTTTCCAAATCAA CTATGCTTTTAAATGTTAAGTTGTAGTGAACAAATGAGTTCATAATCTAGTCTTCCTCTT CTCGAGATATTTAATATGGCTATCACTTCATATGTAAGCTATCTCCTATCACTTCTCCTG ATCTTAGTTCAGGCAAAGGGCAGAAATGATTCAACTTGTCCAAAGTCATTTTCATGTGGA AATTTTACTGACCTAAGCTTTCCTTTCTCTCTTTCTACACAACCTGAATGTGGAATAATG TTCTTATCTGGTTGTGATGCTAAACCATATCCGAGAATCCGACTGCTTCCTGAGGGATAT TAGTACTATGCTTTAGAGATGCATAATTTATCAGTTTGGCTTGGGGACACGAAGCTTCAA ACAACGTTGACGCAACACAAGTGCCAGGCTTTTAACAAAAATTTCTCCCTTCCATACTCT TCTTTTATGTCTTTCCATATGATTAATATAATAAGCTTCTACAAATGCATCAGTACCAGT AATAATACCCGTAACATTACGCAGAAGAAGAACGATCATTTTGCTGGTTATAATATGTAC ACCGGCTGTGAAGGCTTTAGCATATACTACAACCTTTCCCGACATGATGATGAATACATA GCAGCAGACAATCTTCCTACCAACTGTTCACTTATCAGATTGCCAATTCAGGCAACTCAT GGTGATTTGTTCGACATGTTAGGTCCTGCAATTCTAGTAGAATGGAAATTATCTGAGGAA TGTAACAAATGTCATTATGGTGGAGGTCAATGCCAGACTAATAAAACCAACAAATTTTCT TGTCACAAAGGTAGACATCTCCATATATGTACTTATCCACTGTTTTAGAACTTGGGGTAA GGCAGGGGAAGAGCCATGTGGGAGCAAAACTGGGGTTAGGGCCAGGGGCGGAGCCATGTG GGGGAAAACTTGCCTCCGTTCCAAATTAAAATCTTTTTCTCCTTCTATCATTATCAGACT TTTTCGCTTAATCGGAGAAAAGTTTTATAATCTGAAACTCACACAAGCTTTGGTGTTGCA GATGTTATTAAAAGTATTGGTATTGCAAATGTTAGCACTGTAACAGCTGGAACATCAAAA AGGGGTTACCTTCGGATAATCTGGTTCATGGTGGCCACAGGTATTGGTTTGCAGATGTTC TCGATTATCCTTTCCTATTAGTAGCATAGCAATAATCCTGTATCTAGTTGCTAGATTTCT GTTACTGTTGTGCTTCGATTGTCATATTTTATGTTGTAGCTATTGTTTAGAATGTTTGAT CATGCTTTCTGTAGTGTTTTGCCATGGTCTCTTCATTTTCTGTTATTTCCTTTTCCCAAC TGTTTTTTTTTTCTCGTGCCGAAGGTCCATGGTGTAGAGTAAGGTCTACTTACACCTACC CTACCCAGACCCTACTTTGTGGGATTACATTGGCTATTATGTTGTTGTTGTTGTAGTCTC TGATGGGGCATGACTTCATCTTTTTCACACAGGTGCAAGTTTGTTTACTGTTGGACTGTT GATTTTACTCTTCTGCTTCAGAAAAAAGATTTTGTGGTACAAATACCTCAGGTGTTGGGA ATCTAATGCTGAGGATCATCAAAAAGTTGAAGAATTCTTAAAGAACTATGGATCATATGC TCCAAACAGATACAATTATACAGACATCAAAAGAATCACCGGTCGCTTCAGAAACAAACT AGGCCATGGAGGATTTGGTAATGTATACAGAGGAAGTTTGCGTGATGGGAGTGAAGTGGC AGTGAAGGTCCTGAATGAACTAAAAGGCAGTGGTGAAGATTTCGTTAACGAAGTGGCAAG TATTAGCAGAACATCACATGTTAACATTGTGAGCCTTGTGGGATTCTGTTTTGAGGGACA GAAAAGAGCTCTTGTATATGAGTTCATGCCTAATGGATCTCTTGAAAAGTTTATCTATGA AAAAAGATCCGACAATGTTCGCCAATTAAGTTGGCCAATATTATACAAAATCGCACTAGG CATTGCTCGAGGATTGGAGTACTTGCACCGTGGTTGTAACACTCGGATTTTGCATTTTGA TATAAAGCCTCATAATATCTTACTTGATGAGGATTTTTGTCCAAAGATCTCTGACTTTGG CCTTGCCAAACTATGCATAAAAAAGGAGAGTGTCGTGTCAATGTTAGGTCCACGAGGTAC TATAGGCTATATTGCTCCGGAAATTGTTTGCAGAAACTTGGGAGGTGTCTCTCACAAGTC TGACGTCTATAGCTATGGAATGATGGTCCTAGAGATGGTTGGAGGAAGAAAAAATGTTGA TGTAGGAGTTGATCGCACTAGTGAAATCTACTTTCCACATTGGCTTTATCAACGACTTGA ACTAGAAGAAGAGCTTCAACTAATCGGGATAATGAATGAAGAGGAGAACGAATGTGCAAG AAAGATGGTGATAGCGAGTTTATGGTGCATACAGACTGATCCCTCAAATCGGCCATCGAT GAGCAAGGTTGTTGAAATGTTAGAAGGGAAACTAGACTCTTTGCAAATGCCTCCCAAGCC TTATCTATTTTCTCCCTCAAGATCAGAGGTAAATTCATTAGTAGTAGAACTGGCCTAGCC TTTATTTGCTGATATGTAAGCTATCATTTGTATTATTGTATAGCCTCACTTTGTTATGAA ATTTCAGCTAAATAGTTGTTGTTTTTGATATTTTAAGTGACATCAAATGTGCACAATAAT AGACTTAATTATCAATTAAGATAGTAAAGGAAAATGTGTTACGAATATAAGTTGTTACTG AAGAAAATGCAGTTTCAAACTTCAATTGCATCCACATATCATTTCATTTTATGTCAAAAA ACAAAAAAAGGGGGCCAAGATATACGGGATAGTTCGATGTACTAAGTTTCTGCTATAGTC AGAAAAAAGTTGAAGCACATTAGGTTTGTATTCCGCATGTCGCAACCTTTGACATGGTCC AAGCCAATAACATTGCTCAACAGACTTCACACAATTTGTCTCTTGGGCTACTTCATCATT GAGTGCAAAAGCGCAAGTACCATGTGAACTTGTAACTTAAACTCGTAAAAAAATTCATAA TTTCCCTTTTTCTTTTTCCTTCCTTATTTCTCTCTTTACCACAATAGACTTTTGGGTGGA CATCCCTTCTCTTACATTTAGAATTTTTAATGGACAATCCACTAAATACTCTATACCAAA ACCTAATTTTTAGCAAAAATATTATCATTTTTTCACCTATAAAAAACACCTTTTCCCTCT ATCACTCTCATATTATCTTTTTTATTCCCTCTTTTTAACTTTTCTCATAGAAAAAAATAG GAAAGTATAGAGGGAATTAAAAGAAATAATGGCTATTAACAAAAATATTACTAGTATCTT TTTAATTGCCATTGTTACTATCTTTATTTCAAGCAAACTTGCATATGCACATGAGGAAAT ACCCCACCCCCACCCCCACCCCCAACCTTGCTCGCCTCACCCCGACCCCCACCCCCACCC CCACCCCCAAGGTCCTGAGGGGCCAGTATTTGAATTTTCAGGAAGAAAATTTAAAATGGA ACAAGGACATGAACAATGTTATGAAAATTGTTATAAAGGTATATTTGGTGGTGAAGGAAG TCCATTATATGCTGAACAAGAATGCTATGATATGTGCCATAACCATGGTAAATTTGCATT CCCAACTTTTAGTCCTCCTCCTCCTCAACTATAAGTTTAATTTCAATTTCAACGTATCGA GAATAACCTAAGCTACGCTCGCTCAATCAAATGTTATTCGAGCTATTTTTGAGGAGTTAA AAAGAGGTTATATTTTGATCGCGATTATATGGAGGCACATTTTTATTTTTATTTTTGATT TCATGTCATATAAATTTTTATAACCAATGTATGTTGGTGATCATATGTATATGTAACATT TTTATGAAATACATTTTCACTTGGCATGAATATGATGAACTTATTGGTTTGTGTTACACT TTTATTTTTATGTGGATACATTATTCTAAAAGAAAATAAATTAAATTAGAACAACATACA TGCAAAACTTGTGAAGAATGTAACAAGTCATACAGAGAATGGAGATAATACAAGTTTTGT TAATCTAAATATATCGCGATCATTAATTTCATATCAAATTTATGCAATATCTACTTTTTT ATTTAATTTTAAAGTCAAACGAATTTTTAAGCGACCACTTTTTTATATGCCTTATAACTA ATTTTATGTTAATTATTATGATTTATAAGTTTTTTTTTTTTTACATAATTTTCAAAAATG TAATTTTACTTTAAAAAAGATATGCAAACTTTCGTGTTGAAATGCACAAACAAATTTAAA AGTTTGACTATCGCAAAATTGAGATAAAAAGAATAATTAATCTTGATAAAAAATTCAATA TAAATCGTACTAGTTTATAGTCTAATTACGTATCTTTTCGTTAGTTTTTGAAATCACATT TATATATGGCACACTAAGATACATGCGAGGTCAGATTAGGCGTAATTTTATTCGAGATAC GTTATATTCAAGTGTGATTCACATGTATATGATATACATTGTCTCTCTTACTCGCCTCTC TCCTTATGAATTTGCATTTCAGAACGTATCGATATCAAAGATACATGTATATATCTAATA TCTTTAATACATGTATTTGCCTTAAAATCTGAAGAAACAATGTATCTAACTTCAAATCTA GTATGAATTGAACGTATTAATTACCAAAAAATATCTAATTATTTTAAACCGTAGAAAGAA TTAGTATGATAGATTTTTTGTCAAAAAAAAAGAAGAAAAATAAATAAATTTACTCAATAT TGTAGGGGTGAGCGTTCGGTTCGATCAAATTTCAATTTGGTTCTTCGGTATTCGATTTTA AAAAAGTGTGCACCATATTTCAAATCAAACTAGATCGATTCGCTTCGGTGCAGTTTAGTT CGGCGTTTTTAAATCGATCTTCGGTGTGAATAAAAATAAAGAGAAAATATGATAAAGTAA CAATTGTTGTTCACTCACACTTCAAACTTTAAAATAACAACTAACGGTCTAACAATAAAA GGTAAGAACATCAATTTGTTGTTCACACTTCAAAGTAATAACATAAAATAATAAAATCAC AAAGTAGAAAGTAGAAACACCGAGTTGTCAAACGTGAATTAAATTGAATTTTGTTTAGTT TAGACTTTATGTCGTTAGGGTTTACTATTTTGTTACTTAAGTTTAGGCTTAAATTATAAA AATTGAAATGAGCCAAGTAAAGTTTAAAATTAAGTAATATAATAGATATTTTAAAATTTA TTTAATACGATTCTTCTGCGCACCGTAATTTCGGAACCCTTACACTGAAGAATCGAAGTT TCGAAAAAAAACAACATTTAATCAAACACCGAAGAACCAACACCAAAAAATTAAAAATTT TCTATTCGATTCGATTTTCTGATATTTATGCCGAGCCGTACAAATTACAATATTGCCTAA CTTTGTGTATACAACTTAAATAGTCTAATTAAAGATTGGACCCATTGGGCCTAAACCCGT ATAATAAATCGATTAGATTCGATAATTCCCCAAATTCAGTTTGCTTCAGCTCACATTCTT CATCAATGGCGGCTTCTTCTTCTTCTTTACAATTCACTGCAACTCCTTTTAACCAATTTC ATTCCAAAAAAGTACCCAAACACGCCACTAAATGGGGTACTATTCGCTGTTCCGCTTCTT CACCCAGCAAAAGCTACAACATTACTCTTCTTCCCGGCGATGGTATTGGACCTGAAGTAA TTTCTGTTGCCAAAAATGCCCTCCAACTTGTCTCCTCCATTGAAGGTAAATATTTGTTTA AAAGTTTGTTACTTTGATTTTATATGTGTTGTTGAAATATGTGCATTTTATGGGGTTGAT TTGTCAAATAATTATTATATCATAAAGTCAATCCTGGTATTGATTCCATTGTTTTTCAAC AAAGAAAGCGACTTTTTGAGATAATAACTATTGGTTGAGTGACCACATGAAAAGTCAACT CCGTTTTATCTTGAAACAAGTTTAATTTTTGTAGTGACTTGCATCAACAATGTTAAACCT ATTAGGAGTTATGGTTAATCGCTTGACAAAGAAAGTGACTTTCTGAGATAATAACTGTTA GTTGCGTGATTATATGAGAAGTCAACTCCATTTTATCTTGAAACGAGTTTAATTTTTATA GTGACTTGCATCAACAATGTTAAACCGATCAGGAGTTATGGTAAATCGCTTGACAAAGAA AGCGACTTTTTGAGATAATAACTATTGGTTGAGCGACCATATGAGAAGTCAACTCCATTT TATATTGAAGCGAGTTTAATTTTTATGGTGACTAGCATCAACAATGTTTACACGATCCAG GAGTTATGGTAAATCACTTGACAAAAAAAGTGACCTTTTGAGATAATAACTATTGGTTGT GTGATCATATGAGACGTCAACTCCATTTTATCTTGAAGCGAGTTTAATTTTTATGGTGAC TAGCATAAACAATGTTTACACGATCATGATTTATGGTAAATCGCTTCACAAAGAATGTGA TTTTCTGCTATAATAACTATTAGTTGATTAACCATATGATAAATCAGCTTGAAACGGGTT TAATTTTTCTGCTGATGGTGTAACAATGTTTACACAATCATGAGTTATGGTAAATCACTT GACAAAGAAAGCGACTTTTTGAGATAATAACTATTGATTGATTGACCATATGATAAATCA GCTTGAAACGGGTTTAATTTTTCTGCTGATGGTGTAACAATGTTTACACAATCATGAGTT ATGGTAAATGTATTGATAATAATTAATTAGTAATTTGGTAAAAATTAAGAAGTAACTTGC TATTATCGGTTACTCCCTCTGGTTCAATTTGTTTGTATCATTTTGACTTTGCACTAAGTT AATGAAAGTAAAAGACGGTTTTCGGATATTGTGGTCTTACATTAAAGTTATGTAGAATGT ACTAAAATATTCTTTAATCTTGTGGTCGTAAATATGTCATACTGGAAGTTAGAAGTAAAG AGTTAAGAGGAAAGGATACAGACTTTTTTTTAATGAACTCTAAAGTGAAATTGAAGCAGT GGTAAGTAAATCTGTCAGTGTATAACTTAAATTGTTTTGGAAAATGTTAAGAAATGGATG TTTCAAAATGTTTTTGGGATGGGAGTGACTCATATGTGGTTACTGTCATCTTGATTTGAA TTTGTTGTGGCACTATTATTCTTTTGGAGTTATATATTTTATTGATTTTAAGAATAATCT TTTAACGAGTATAAAACGTTCAACTTGATGTCCAAGTTCATACTGTTTAGTTTAATGGCA TAGCCAAGAATTTTAACTAGGGAATTCAAAAGATTTGAAATTGTGACGGGAAGCAATTTG TGAACTACCTTAGCATTACAATGAGAACTTCCTGGGATTCAGAGTTAATATATATGGGTA GGAATTGTTTTTGTCCTATTTGCGCAGTATGATTTCCCAAAGAGGGAGAAAAAATGGAAT AGCCTTCCTTGGGTATGGCTCTGCCACCTTTTAGCACCCAAGGTGGCCCAGACACTGTTG GTGTCGTTCATACTGGAAGTTAGATTTGTTGACCCTGGTTTATGGTTCCATTTTATTTCT TTTGGGGCAAAGGAGTAATTATTATGTGGTGATTTTCACTCTTCATTTGAAGTTTTTGGG TTAAGTATTCCATTTGAGTATTGGTAGTTATATTAATAAAAAGCACCGGGAAGGTACAAC AAAAATATTTGCAAATTAAAGCAAAAGTATGTCCAATGGTTAAGGATATAACTCTTAGAA ACGTAACAGGATTTGAAGTTGCATTCGAGGAGATGCCAATGGGAGGGGCTGCATTGGATG CTGTAGGGGTACCATTGCCTGATGAGACTCTTAATTCTGCAAAGAAATCTGATGCTACTC TTCTTGGAGCAATTGGAGGGTAATTACATGATGGGATCTTCTTCTGACATTTTGTTATAT TTCATGGATTTTTCTTACTGAATCTGATATTTCTTGTTTCTCGTGCTGGATTTTTCTTGC ATCTAAATTTAAAGATATAAATGGGACAAAAATGAAAAACATTTGAAGCCCGAGACTGGA TTGCTTCAACTTCGAGAAGGTTTGCAGGTCTTTGCTAACTTGAGACCAGCCACTGTTTTA CCACAGGTAATTTTTGTTTTCAGATGCTTAAGACTGCTAATCACAAAAAATAAAATCTGT CATATCATTTTGAGAGTATTTTTCAACTGCAAACGCGGTATGTTTTTGACTTACAGGTTA CAAGTTTTGTCATATGAAAATTGCAACTAATGATCTCAAAGATAGCATAAGAAGGGAAAT TGTCTAATTTAATTCTGGTTTTAAAATTCTTTTGACACACCTATTTGGGTTTTAAAATAA AGTTTTTGCATGAGCTTAATGAGTAATGAGAGATATGGACTCATGTAAACAAAAATGAGG TTCACATTGAGGGCATATACATCTCCCTACACCTTTTGGCACGAGTAACCTCCTACAGCA CAAATTAACCGCTGGTACTCCTTCAGCAAGCTAACATGATCTCTGAAACAAGACTCGTAC CACCACTTTTTTATATATGTTAATTAAAAAGTTAAAGCATTGCAGGATTTGTGTGAGTAG AGGGTTCTAGTGGTAATGGGTATGAGCAGTCTTGTGGGTGTGGAAGCAAGTTAATGAATT TTGGTGTTGGAAGATGTGTTTTAAAATGCGGAGGCACAAGATAAGCGTGTAATGTATAAT GTGGAATGGAGTAAGTGGGTGAGAGCTAAGGAAGAGGCATAAGCCCAATAATTCTTCCAG GGGAGTGAGCCCAACAGATGTTTGGACATTAAAAAAATGATTAAAAGATAAAAATCTGTA GAATATATTTTTAAAATTTCGTAAAATTCTTCAGAAAGAAATGCACAACGTTAATTTGTT GTGTGCGCATAATAATTTGAAGAATTTAAAGTTCTTTTTTGTTTGTTTATAGAATTGTAA GTTACCTAAATGCTAATTATAGAATAACATATTAGTTATGATCAAATACTTAAAACAAAG ATTAAAACTGAAGTATTTGACGTGTATTGAGTGGACGATTCAAGACATGGAAGTATTTTA CTAGGCATCCATGGAGCATATCAAGTTAACAACACAAGGTTAAAGTAAACTGTGCATGTG AATGCCCCTCTTATCCAAGCGTATCCTACATGACTTAAGAACTCAATGGTTGCCTCAGGC GTTTAGAGGTTGTCTCGTCTCAAGGTGAGTCCTGATGAGTTTCAACTTTCCTTACAACAT TGGTTGTTAGTGTGGATAGGGTTTGGAGCATAATAGAGCTGATAGGATTGGTTTGTCATT GAGTGGTACAGAGAGAGAGAGAGCGCAATGCAGTAGAGAGCTTTTTTTCTTTTTGCTTTT TGGGGGAGTGGACGTTCATAAGTACTTAGAATGGGACTGATAAAAAGGGCCAAGTGGGTG TTTTCCTAGGTATGTTGTCTATTGTCCCAGTGCACTTCTCTTAATACGTTAAAGTTGGTC CAATATTAAACTGCCTCTACCTCTCTCTTTTTACACCTATTTTTAATTTGTGTTACAAGG ATCAGTAATGTTCCTTGTTCAAAGATTTTTTTTTTAGGAATATGAGAAAGATCAGTGGTA TGTTTCCAACCGTTGTAAGGTGCTTTGTCGCATAATCAGCAGAAATACAGTGTATACCCA TTTAAAAGCTGGTGACTTGTCAATGGTGGATATATCCTTTGTAATATGATCAACCAGAGA GGAGGAGAGTATCATCTGTGAGGATTTCATGATGGCATCCAGAAGTCTTGTCCTGTACGA CTGTCCGTCTCTCTATCTTTGTCCAGCTTCCTCCCTCATTCCTTCTTCAACTCAAGACTT TTTCTTTTGGTTAGTTGGCTTTAAAAGTCGGATAAAATGTCTTAGTTGAGACCATTATGA GTTAAACATGGCAAAATATGCTAGAAGTGGATTGTCTATTAACATGTATTGGATACTTGT AAGCTGCCTGTTCATGAGTTCAACTTTTTTTCATCCTTCACTATTATTTGTCTTTTCTTT GATCTGCATGTGCTCTTGAAGACATGAGCCTTTTTTGTTACTGCTACAACCTGCAAGCAT CTTTTACCTCTGCAGTTTTTTTAAAATTTAGTCTTTCTTCTACAAAGCCATCATTCACTA TCATTTATTACCAAACAGGATACATACTCTTCATGACTTGTCTTTCAAATCATTGCACGC ATAAGTTACACTCTGAGTTTCTGCCGGTTCCAACATATTCATATTCCTCACCTAATGCAG TTAGTAGATGCTTCAACTTTGAAGAAAGAAGTTGCTGAAGGTGTAGACCTAATGGTTGTT AGGGAACTTACTGGAGGTTAGTTTGGAATTGTTACGGTCAATAATATTCAAATCAACTTC CATCATCTTGAAGTTGTTTCTTGACTTCTCCTTTTTCAAGATGGCTAACTGTTTTCCTCC TCATGTTAATTAGGTATTTATTTTGGCAAACCAAGAGGATTCAGCACTGATAAAAATGGT CAGGAAATAGGTTTCAACACTGAAGTGTATGCAGCATATGAGGTAATCTGCTTAAAAAAA TTGCTTCCTGCTGTGCTTGCTAAACATGACAAACTTTCAATTATGTTATCCAGTAAAAGG TACCCCCCCCCCCTCCTCCTTTTTCTTTTTTTTTAAATCTTTTGCATGAAGCTGCAAGTG AATGTCTCGAGATCACATTGGAAAATTCGATGTAGTTTTCTGTTTATTTCTTGTTTTGAT TGGAAGAGTATTTCAGTTGTGTCATTTCTGTTTGCTTGGCTTGAAGCTGATATGTAATTG ATTTTGTTCCATTCGAGAGTTTGGTACTGTTTTCTTTTATATATTTAGTATGATTAACTG CTAGCTATAACATGTGCAGTTTCTGAAAACTTTCTCTGGGCAGACATCCATTTAGGAATT TATTATCTTAGAACTATAGTCAAGTGTCATTTTGTATTAGCTTTGCTTATCTAACTTAAT TCTTTTGTTGTCATTCAATCACTGTTGAAACAAGGAGTAATGTCTTACAATTATTAGGAA AAGTAGGACAGATTGAGATCAAACTTTTTACCTGAAATTTGTTCAACCTTTACATTAGTA GTACTCAGCTTAATTTCTTTTCAGATCGAAAGAATTGCTCGTATTGCATTTGAAACTGCA AGGAAGCGAAGAGGAAAACTATGTAGCGTGGATAAAGCAAATGTATTGGAGGTAAAAGCT AATTTTTCTCTCCCTGTTCCTCAACCCTTCTTTTCTTCTCCTCAGTATCTGCCTTCAACT TTCTTGTCTAATTCTGTTTCTTTTATAAAACAAGTAAATCTATTAATAGTTGCATCAACG TGGTGCCTCGATAGTCTTCACCACACATATGATTTCTCTTTAACCTTCTGGGGAAAAAAA GAATCTAGTCAACTACCCAACTATCTAGCCAAAAAATTATCTATTCTATATACCAGAAGT AGACTAGAATTAGAAAGGAGCTCGTTATTCTCCAAGAATATCCTTCAATTGGTTTATGTA ATCTTTCTTTGCAAATCATCCAGCAAAAGCCATAGTTGAGTCATTCTCACGCTACTCTTC TTCAATCATGAATCTTCACCAATCTCATGCTAGCCAAGGGTGTTTGCTGCTGAATTGTTA ATGAGAAATACAACACAAATAAGGGAAAAACAAAAATCCACGAGTCGTAACTCGTGTGCA AGTGTAAGATCAATTAATTAACAAAATCTGCTCTACTTTAAGCAAGTTTCTTGTTTATCC CTTCAGCAGTTGACGTTTTAAAAGAGTTGTACTAAAGACTAAATTTTTCTTTGTTCACTC TAATTTGCCGCTACTTAAAACTGCAACTGGGAGACCATAAAGATAGCATTGAGATTGAGT TCATTAAGGGTAATTTCTTGTTCTATAGTTCGTGATTTTGAGATATTTGCCAGGCCTCTA TGCTTTGGAGGAAGATAGTTACAGCGTTAGCCTCAGAGTATCCTGATGTAGAGCTCTCTC ACATGTATGTTGATAATGCAGCCATGCAACTTGTTCGCAACCCAAAACAGGTTTCATTTA CCTTTGGTTTTACAATTTTTTGTTTCTCAAGTTTGGTCTTAGCACATGATGACACACTCG TCTATGGAGTTGATCCTCGAAACAATCATAATGCAGTTTGATACAATTGTGACAAACAAC ATATTTGGTGACATCCTGTCCGATGAAGCATCAATGATTACAGGAAGTATCGGGATGCTT CCATCTGCCAGTCTTGGTGCAGCGGTATTTCTGGATTATCTCTTTTCCTTGGAAATATTG GTTCTTTTTCTAACTCACTACAAATTCTTTAATCTCCTTTTACTTTTGGACACATGTTGC CTCTAGGGACCTGGATTATTTGAACCTATACATGGTTCTGCTCCTGATATTGCTGGGCAG GTTGGCTCTAGTATTTCATTCTCTCTCTTTTTCTTTTCCCCCTTCTCCTTTAAGTACGGA CAGCCCGCCAACCTCCAACCTCCCATCCGGAAATTCGCATATGTTCACATGCTTAAGCAC TAACTTTTGAACATACAGGATAAAGCAAACCCTTTGGCAACAATGCTCAGTGCTGCTATG CTTCTGAAGTATGGCCTAGGTGAGGAGAAGGCTGCTCAGAGAATTGAAGCAGCTGTTTTA GACACCTTAAATCGAGGATTCCGTACTGGTGACATTCACTCAGCAGGACATGTGAGTTTT ATCTTATAGTAGACAACTCTATTACTAAATTGCCAATATGCTTCTCCTTGGTATATAGCT GATCTCTAATTCTCTTGCACTTGAATGACATTTGGCCATGCGGCCTACAAACGAGAAAAA TTAGATTATTCTAGACCCCTATGCATAGTTTGGATCAATTTGAATGCTGAAATTATTTAG AAGCTACCATTATCATATACAACTGCTCAATTGCTTGCTTTCAGAAATTGGTCGGATGCA AGGAAATGGGTGAAGAAGTGCTCAAGTCTATCGACAGCAAAACTCCTGCTGCTGTTTAAT TTTCTTAAGAGGAGGCTTCATTGAGACCTCAACAAATGATCATTTTGGCAGATGCATTTG CAGTCAGTATATAATTTGCCATTTATGCAACTGTTTGAAGGATTCAAAATTGCTGAGTGT TGTATCGTAGCCTAAACGTCTCGATTCTTTTCTCTGATGTTTTTGAGACATTATCCTGTT GTAACATGAAGTGAACCTTGGAGCAACAGTAAAGTTGTTTTAACGAGTTCAAGTTATGGA ATCAACTGGTGTTGCTTGCATTAGGATAGACTGTCTACTCTACTTCTCCTTAGACCCTAT GTGAACACGAAATGCTCTGTGCATCGGGCTGTCCTTTTTATTTTGTTGTAACATGGAAAA AGCAATGAAAATAAGCATTTTTGCACCTTGGGAAAACTGGAATGGAACAATTGTAACCAG ATGTTGTTGTGGTTGCTACATTGTCTCTATCTTTGACCACATTTCCTATAATGATCATTT CTGTAACTTCATTGAGTGCGATTATATTTTTTGAAGAGTCCGAGCAAGGATTTTATTCTA AGTCCTTTTCATTCCTCTCTTTACATCTCAACCAAACATATAAGTTCAGTATCTTTGAGA TTTTATATTTTATCCCAAGTTGACACATTAATTTAATCATATTATAGTTAAGTGAATATT AAGATGATGTATACACTCCTATTAATTAATCATGATTAATAATAAAGGTGCATATAAAAG ATATAATAAGTATTATTTTGTTTTGATGACGAGGAGAATCACCAATGTTGTGATGAGATA AATAATATTATTTCACTTTTAATCAGAAACTTTGAATTCAAATTTTGAACATATAAAATT TTTATTATGAAATACTTTTTCTTTTAATATGTCATATGCGATAGACATCTGTATTTATCA TCTCAATATTGATATCGAACAATGAGAAACTTAAAAAGAAACTAAAAAAAAGAGCTAGGA GGGAATTTTGCCCTTATTGATAGGTGAAAAGACCATGGAGAATTGATTCCTTCCATAATT CGAAAAAAAAAAAAGGAGTATATATATGTGCATTATACATAGTATAATCTCAATCATAAC TATATAAAACTCATATAAATACTTCTATTTTTTTTTGCTTGATAGTGACAGATAATTAAA CATCTTAAAGTACTTTTGGTTCAAAGTATATGATTTATTAAAAAAAGAAATATACATATT AGTGTTCATATATTTAATTTGTACATTTTCATACTCAATTAATTGAAATTTATATTTTAT CCTGTAGGAAATAAGATTATAATAGATGAACTATTTTGTTGGCTTCATTAGATTGTTTTG ACTCTTTCTTAATAATAAGTAGAATTGTCCAAATCAAAATAAAAGTCGATTTTAACTTAC TAAATTTGCTCTTCTACTAAATTAAACATAAATTAAATTCTATTCAATTCTTTTTTTTCT TAATTTTTTCTAAATCGAAAGTTGATATAATAACTTGACATATAATTTAAACACCTTTTG TCTATTATATCTGAATTTTCAATCTCGTCAATATTAACGTATCCTTACGTTTCTAAATTA GAGCGATTGTTAAAAAACACGTTTGATCATATACAAAATTAAGTTGAAATTCTGATAAAA GAAAATAACATTACTAAAATAAAATATTTTCATTTTAGCAAAAAAAATTATTTTTTTAAC CAAAAAGTGTGACGTAAAAGTTTATCATTGCTGACTCAATAGTTTTACCGTATGACGTAT GATAATGACTTGTCATTTTATTATAATTCACTAATTCTCATCATTTCATTATTACGAATC AACAATTTATCGTATGATAATGACTCGTTATCATATTAAGATTTACTAATTCTCGTTATT GAAGTATCATGTTAGAAGTAGAGTTTCTAATCTCACCATTACTAATACATTCGGAATATT TTGAATTTAGAATAAATAACTAAGAAAATATTTTTGACCATATCAAAATTCTTTAAACTT TTTTTTCTTCTTCAAATTCAATTCAAAAAGCAATAAGGAATCATCATCTGTGTCACAAAC CCCTAACTCGTCCAAGACGTCAGTGGACCGGTCATTCTTCTTGAAAACCCAAAAGGGTAT TTGTATATGATGAAACCCCACCTGGGTTTTTGCTAAATCTTCAAAGGGTTCTTTAAATTC TTGAAAAAAGAGTGATTTTTTCAGTTTTTTTTCAATATTTTTGCTGTTGTTTGGGTTGTT GAGGTAAAGTTTTCCGGCAAGAATGACCACCGCCGGCGCCGGCGACCTTAAGAGTGTTAG AGGTATCATATGTGAAGTTGGTGCTGGTGCTTCTGCAGGTATGTACTGGACTCCTTTTTT TTCCTTTTGAATTTAATTTGTCAATTGTTGTTATCTGGGGTTTTAATGTTAGAGAAGGTA AATGGTTTTGTTTTTTGATCTTTGAGTTTTTTGAGCTATTTGAATGTGATTTTTAGTTAA TTGGGGGTTGTAAAAATCATTGCTTTTGTATATTTGGGTAGTTTTTTTAGGTGCTACTGC TGCTACATTTATGTATACATTGGATCTTTTAGTTTTTTTCAGCTGTTTGAATGTGAATTT GAGTTAATTGGGGGGTGCGTTTTTTTAGGTGCTACTGCTGCTACATTTATGTATACATTG GATCTTTTAGTTTTCTTTGAGCTGTTTGAATGTGAATTTGAGTTAATCGGAGATTTTTTA GGTGCTATTGCTGCTGTATTTGTGTGTAAATTGGATCTTTGAGGTTTTTGAGCTATTTGA ATGTGAATTGAGTTGATTGGGGGTTGTAAAAATCTAAGCTTTTGTATCTTTTGATGTTCT TAAGGTGCCATTGCTGCTACATTTATGTGTCCATTGGATGTTATTAAGACAAGACTGCAA GTACATGGTCTGCCTCAGGTTTCTCAATCTGCTCGTCAAGGTTTGTGCTCGTCGTTGTCT CTTATATTAGAAATGATAAGAACTGCTACCTTAAGTCGAATTGCTTCCTTCCGATTGAAC AAATGCAAAAATGATATATTAAGATTAATGTGATCTTCTAATTGAATTATTTCATAGCTC TAGTAATGATCTGTAGATCCCTTATAACACGTCGATGGTGTCCTATATATAACAGATAAG AACACTTCTTGTTCACAACTTAACAACCATGAGAATTTCTATTTGCCTTTTGTGTGAACA AAACACCACTCAGATCAACATATCTAAAAAATGGACTGCGAATCATTAATGCTTATCCGA TCAAACGAAGCATAAATGACAGACCTGAGTTTTCCTCATTTTCAACGATAATTCATTTCA GGTCCTGCTCCTCACTACTAGTTGACTTGGATTTAAGACAGATTGTCAAAATCTAGCGAT AACTTTTACCCTGATTTTACAACAGAACAATGGATTCTATGTTTTTCCAGTTATAGCATA TCTCTGGTAAAAGAAGTCCGGCTGTTGCTTTGAATTCTTACCAATCTTCTCAGGCAAAGT AGAAGTATTAGCTTTTATTGACTGCCCCTTATAATTTTTACTTATCTTTGTGTTCTTCTA GATTCTTAAGTAAGGTATTTGTTAGCATAAAAATAGGGGTGCTGTACAGTTGCATTATAC ATTACCTTATCCAAACAAATATGTGACTACGAAAACATATATCCAACCAATATACCCAGG TTGGATCTTTTTTGAGCTCCAACATAGCAACAAAAGAATATGCATTCTGGATTTAGGAAT TTTCTTGTCTTGGATGCTTAATTATTTCACACAAAGCTGTACCTTAGTGCATGAAGAGCT ATTTTGTTGTATTTTTTCTGTCTTCATGTTCCTTCAGCTTTCACTCAGATAGGCTGCCCA TAGGGCTTCTGTTTCCTCCAATTTCCATTTTCTCCAGTGTAGGATGTCCAACATGTTGCT TTTGGTGCTTTTCCTTGTATTTCTGCTTTCCATATTTGATGTAGTCATTTTCTAAATGGA CTTCCACATTCTGTACATTGTGCACTCTAAGCTCATCGCATCTTTGTGGGAAATTTCCTT TGGCAGTGAGTATAATTTGGTGATTTAGAGCAGAGTTGCTGTCGACTTTTTCATGAAGGT CTCTAGGGCTAGTTATATTTTCTTCTTATTTGAACAAGTGTTAATTTGAGGAGCTGATAA TTGGGCTTTCATCTTGTTCCTTCTTTGGATGAATATACTTTTTTTTGGTCTTCTGTTGAA CCTATTTAGATGGTAACCATAGAAAAAGAGGCAAAGACAAAAAAGAAGTCCGAATCCATA TTACTGCCACACTTATTTTTCCTTGAATTATTTGGGCAACAGGTAGTGTCATTGTCACAA GCTTACAGAATATACTAAGAACAGAAGGTTTCAGGGGACTTTATCGAGGCCTTTCACCAA CATTGACAGCTCTTCTTCCGAACTGGGCGGTAAGCATTGTCTTGTTCAATTTCTATTTCT GTGGATTGCAATTAGTTGAACTTCCTTCATGAAATGAATCATCAAAATTGAATGAGATAA ATATTCAGATATGGTCTCTTATGGAACTGCATCCTTTCTTATTGAATAATGCAATGATTA GGGTTACCTTGCACACCACCACAAACATGTTCTTATTGCTGATGAAGAATAAAAATGAAT AAGGCTTTCCTTTTGGGCGGGGGCAGGTGTTGCTGTATTGAACTCCTGGATAGCTTTTTA ATCATTTAATGGAAATTAAAAGTTGATTTACCAGTGTTAGCTGTAATCTTATCGGCTTTG TTTACAACTGACTCCATGTTGGCATATATTTTCTGTGCATGCTGAATGCTGAATCCACCC ACCCTTTTTTCTTCTGAATTTCCACATAAGTAACTGTTTTGAGAAAAAAACATTCACATC TTCTGCAGGTGTACTTCACAGTTTATGAACATCTCAAGGATTCGTTGCATTCACATGGTA AACTTTTACTCTATTAGTTTTCTGGACTAATAGCTTCCATCACTTCTTTTTTAAATGTTT GTTTGAATGCCATCATATTTTTTAATCCTTTACTATTGGAAGTTGTGATGAAGACAATAG GAAACTTAGCACTTAGCTTTACCAAAAGAATTTTCTTGCGCGTTAAATGCAGTGGATAGC AGTGGGCAGCTTACGATTGGTGCAAACATGCTTGCAGCTGCGGGGGCGGGGGCTGCAACA TCCATTACAACAAATCCATTGTGGGTTGTTAAGACCCGGCTCATGGTAGGTCTCTCTCAT ATAGTTAGCGTAGATTTATTCTTCTGTGCGCACTTTATTGTACCTTAAAATGCATAAATG CTCAGAAATTTAATAGAATACCAATTTGATTAAGTTGGCTTCCTTCAATTTGGGTAATTG GTGTTGTTGGTAGGGAGCCATGATCCATGCACTTCCATTTTTCTATATATTTCCTTGCCC TGCTCTAGTTTCTGCAGTCTTTATCACTGTTCTATTACGTATCCATGTATGCTTTCCTTC ATCAACTATGATCCGAGAGAAGAATGGGAATAGGTGAAATGCAATCCTTTACCTCGTGAG GGCTTAAATGTGGAGTATCAAAAGTTTCTTTTATGTTGGTGGCATCCGAGTTAGCTTGTG TGTAACTCGACTGTTTTACCGGGTACATGCTATCTCCCACCAGCACAGGTATCATGTAGC TCTGCCAACTAGGCCAGTAGGCCTAGTCACCTAGACAGATGAAAAGAGATCACCTAGTCT TTCTTTCCTCTGTTGGTATTGGAGTATTAGAGTGATACATCTGGAAAATTGAAACCAAGA CTAGCTGTCTGTATGTAAGCCTGTTGATATAGTTAGGATTATGCTGCTCTATAGCTAGTG AAAGAAAAATTCCTCTGATTTTTCTGTCCTCCCCCTTATCAAAAAGGAGTTTCTCATGTG CATATTCAGCATGTTCACTTTTCTATCATGATTTCTTAATAGAGAGAAGAATGCAGATTC CACACAGTTTAGAAATCCTGAGATATGCATTAACCCCTCCAACCGAAGCATGGATAGTAG AAAAGTTGACTTGGGGCATTTGACTGGAATCACATGCAATAAGCAAGCATAGGGGAGAGA AATTCTAAAATTTTATGAGGGTAGGTAAACATGTCATGGACATTTTCAGAATTCCCATGC TTTTTTTTTTCTCTTCTAAAGGGAGAAGTCTCTTGTGAGTTAGTTGATCCAGTCCAGTTG AGGCCCTGGTCTGAAACTCGAGGAAGCATGGGCCTGCCCCCCTCTACCCTCCTCCTCCTC TCACTTATATGTTAGGCTTTAGTTCTTCGCAGGTTCAATCTTGTTACCCAATTACGCATC CTGTGTTGTGGTTCTTTTGTTGTTGAATCAAAACATTGGGGCAAGAGTTCCCTTGTGTTT CAGATATACCTTTGTTGTAGTAAAGGATATATCATCTTGTTGTATTCCTTTTTTAATTAT TTCTAGCACATTTCGTGCTATATATATAATAGTTACCTTCTTTCAGAAAAGGATATACAC ATCTTGTGGATAGTTGATTTGAGTTTGTGAACATTTGATATAGATCCATACCTGGATAGC TACAACATGTAGGTGAATTATCAATGAAACGCTTCAACTTATCAAAAAAATGTTCTTGTT GGATAATTGGTGTCTGGTGCAACTGCAGCTTGCCGTATTTCCAGCAACTGAAATTGGTGT AACAACAGTAAATAGTTCTAATTAGTATAATTGGAGATGCTTCTTCACTAAAATGAATCA GAATCTAAACTTACGTGTATCAATTTAGTCATGTTCACGTTTTCTTTAGATTCAATATTT GCTAAGAGTCTTTGTCTTCTAAGAGATTTATATTCCGGGAAAATATGTTGATAATTTGCT GCCAGAGAATCTATTTTGTAAGGATTCTCATAGCTGATCCCAATTTGTTCGGAATTGAGG CATAATTGTAGTACCCATTGTTGTAAGCATCTGCAGATGGTGCCAATACAGTTGTCGTCC TAGTGCAACATAAGCGTGTTAAGTTCACGTAACATAGGCGAAAGCACAAGTTTCTAATAC CATTAGAGTTTATTGTTAGGGTGTCCTTAATTACTATTGGAATAATAACTTGCATTTGCT TACGTAGCGTGTTCCTGATATTTTCTTTTCCTCATTCTTTAGACACAGGGAATGAGGGAG GGTGTAGTTCCTTATAAAGGTATATTGTCTGCTTTAATACGAATAACACATGAAGAAGGG ATCCGCGGATTGTACAGGTTAGTTATATAGCGAAGATAGTTATATACAAACTTTTTACGT ATGTGTGTTTCATCCTTTGTAGAGACGCTTCAGTTCCATACCCTCTTAACCAACTATGCG AAGATGGAAAACATCTTCATAGGATAATAAGCAATTACTCGTCCAAAAAAAAGAAAAAAC AATATCCATTTTCATCACCTGATGTTGACTCTAGTTAGTTATTTTGGGTTTGATATCTCC GTTTGCTTTGGGTTGCAGTGGCCTCTTGCCGTCATTGGCTGGGATTAGTCATGTTGCTAT CCAATTTCCAGCATATGAAAAGCTGAAATCGTACTTGGCAAAAAGGGGTGAGAAGCTTTT CTCTTTTATCAGTTGCGGAAGTTTGTTTCTCATTTATCTCTTATCTGATTGATCACGTGA TGTCTTTCTTGAACTGCCAGCCAATAAGCATACCAATGAACTAAACTCTGGTGAAGTAGC AATTGCCTCTTCGATGGCAAAAATACTTGCCTCTGTAATGACTTATCCACATGAGGTAAG CAGGAAATGGACCAAGACCATCTTTGTTCTTTCCTGGAAACACAGTCCTACTTATTTATC TATCGTTCTTGACCAGGTCGTTCGTTCTAAACTTCAAGAACAAGGGCAAGTAAGAAACTC AGAGAAAGCATATAATGGGGTTGTCGATTGTGTAAAAAAGATGTTCAAACAGGAACGTCT GACTGCATTCTACCGGGGTTGTGGAACCAATCTTCTAAGGACCACACCCTCTGCTGTTAT TACATTTACCAGTTATGAAATGATCCACAAAATACTTCAACGAGCTATACTTCCAGAAAA GGATTCAGAACCAAATCCTAGACGTAAATCCCATAAGGTAGCCGAAGAACATGGAGACAA TGATGAAAAATTACAACAATCAGAAAGCACATCAAATAAGAGAACTCCTTTAATTCCATT GAGTAACTCTGATAATCTAACTGCTAGACATTGATTAGAGATGTTTCTCTTTTTCTTTTT TTTTTTTTTTGTCGTGGAAGCAATTTGCAACAAGTGTTTGCTGTTGCACAATTTTTTTTA TTTTGTATCTTACTATTTTGGGTGAAGAAAGTTTTATATTTCGATCTAATAAAGAAGGGC GCGGATAGTTTCCCTCTGAGTCTGAATTCTTCATCATCTTTGATTATTTGTTCTACTGAG TGGGATTACGTTGGATATGTTGTTCTTCTTCCTTTTTTTCACCTTGGAAAATGATTGGCT AATTCTTGATTATTGACCCATTCTTGAATTGCAATTTCTAAATAAATGATTTGTCTGTAG ACAATTAATTACAGGCTTGGTGGAACAAGAATTAGTCATAGTTCCAAATCCCATCTTATG AACTTTCTTGACAGCCATAATATTCCAACTCATTAATGAGATAATGAACTCGAAAAGTTC TCCGCAATACACGCTACCTCCTACCAGTATAGGTATCTAGTAACTATGTTAATCAACAAT TATGGAAGAAATCACCTAGCGTTTTTTGTCTCTACTGAAATTTATTTAAATGTGGATTTT CGTGATTTTCACTTCATTAACCATTAGGCTACATCGTTTGATGCTAGCTACATGTATTGG TTTTGACTTCAAAGAGAGAGAAATGGTGCAAAATTGCTTGTATATTATTCACCAGAAGTA GCAAAGGCATTCTTGAAGCCAGGATAACCCATAGAGAAAATTTTCAAAAATGCTCACAGG TGTGTACGGATCCTCCAAAAGTAGTGCATTTTTGGAGGATCAGACACACGTGCAGCAACA CTTTAGGGGAATCCGAGCAACATAGTCTAAAGGGGAATCATATACATATGTGACTATAAC TAACACTTTAAGAAAGCTTCATTTACTATATTCCTGAACAGGCTGAAACAAGCTGAAAAA ACTCTATAAAAATGACATCATGATATGTATTTAAAATGAAGGGGGAAAATGAGTTTATGA AACATCACCCTCCAGTACTAGTTGTAGTGGAACTGCTAGCCCATGTATCAATCACAGTAT CAGGTGAAGCTGGAGTGTTTTTCTTCAATAACACAGCATCATCCGTTTCAGAAGGATAAC GATGAACTTTTACAGTTGTTGTCTTGGTATTGCAGCTATTGATATCCTTTTTCTGATAAT TTTTCCATTCACTGTATTTGATAAGCTTCAACGTTTCGTGTACTTCTTCCATTGTAGGTC TCATGTCCTTGACAACTTGCAAGCACTGGAAAGCTAGTTCTGCTACTGATATTGTCATCC TCCTGACTTCAGCATCTGTCTCGAATCCAAGTGATGGATCAATCACCTCATCAAATGCAG ATTTTAGTATCCTGTTCATCGCGTAGTTTGCCAAATTAATCTCGTGCATATGTCTGTTCA TATCTACAGCTCGCTTTGATGATAGGAGCTCAACAAGGACAACCCCAAAGCTATAAACAT CACTCTTATCAGTAAGCTGGTAACATTCGTGATACTGAGGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.994 26991 27347 match_part 1.000 28471 28615 match_part 1.000 29698 29771 match_2 match_part 0.997 26992 27295 match_3 match_part 0.963 27080 27347 match_part 0.972 28471 28615 match_part 1.000 29698 29722 match_4 match_part 0.956 27096 27347 match_part 0.979 28471 28615 match_part 0.975 29698 29856 match_5 match_part 0.964 27096 27347 match_part 0.979 28471 28615 match_part 0.966 29698 29815 match_6 match_part 0.964 27096 27347 match_part 0.979 28471 28615 match_part 1.000 29698 29720 match_7 match_part 1.000 29806 29858 match_part 1.000 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33633 match_part 0.946 33936 33972 match_8 match_part 1.000 29806 29858 match_part 0.994 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33593 match_9 match_part 1.000 29806 29858 match_part 1.000 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33580 match_10 match_part 1.000 30564 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33633 match_part 1.000 33936 33981 match_part 1.000 34974 35083 match_part 0.988 35446 35527 match_11 match_part 0.989 34990 35083 match_part 1.000 35446 35620 match_part 1.000 36168 36287 match_part 1.000 36467 36955 match_12 match_part 1.000 35596 35620 match_part 0.988 36168 36249 match_part 0.897 36467 36921 match_13 match_part 1.000 37251 37848 match_14 match_part 0.996 43215 43678 match_15 match_part 0.998 43217 43737 match_part 0.984 45758 45949 match_16 match_part 1.000 43217 43462 match_17 match_part 1.000 43700 44343 match_18 match_part 0.987 43700 44230 match_19 match_part 1.000 43701 44241 match_20 match_part 1.000 45008 45654 match_21 match_part 0.986 45083 45657 match_part 0.524 46594 46614 match_22 match_part 0.970 45943 46512 match_part 0.759 46715 46743 match_23 match_part 0.991 46068 46709 match_24 match_part 0.984 46162 46415 match_25 match_part 0.932 55007 55331 match_26 match_part 0.925 55007 55314 match_27 match_part 0.945 55008 55458 match_28 match_part 0.946 62520 62888 match_part 0.937 63898 63976 match_29 match_part 0.939 62579 62888 match_part 0.942 63898 64018 match_part 0.977 64111 64196 match_part 0.948 64304 64494 match_30 match_part 0.941 62583 62888 match_part 0.942 63898 64018 match_part 0.977 64111 64196 match_part 0.955 64304 64436 match_31 match_part 1.000 63921 64018 match_part 1.000 64111 64196 match_part 1.000 64304 64685 match_part 0.857 64779 64785 match_32 match_part 1.000 64436 64685 match_part 1.000 64779 64879 match_part 1.000 64960 65026 match_part 1.000 65115 65342 match_part 1.000 65498 65663 match_33 match_part 1.000 64437 64685 match_part 1.000 64779 64879 match_part 1.000 64960 65026 match_part 0.977 65115 65202 match_34 match_part 0.998 65498 65959 match_part 1.000 66170 66242 match_part 1.000 66351 66680 match_35 match_part 0.962 65934 65959 match_part 0.959 66170 66242 match_part 0.914 66351 66664 match_36 match_part 1.000 80110 80400 match_part 1.000 81263 81298 match_part 0.953 81465 81614 match_37 match_part 1.000 81487 81924 match_38 match_part 1.000 82345 82886 match_39 match_part 1.000 83830 84480 match_40 match_part 1.000 83830 84297 match_41 match_part 0.992 85679 86409 match_42 match_part 0.990 85820 86425 match_43 match_part 0.954 85828 86414 match_44 match_part 0.957 87039 87684 match_45 match_part 0.994 87040 87196 match_46 match_part 0.956 87187 87689 match_47 match_part 0.972 89312 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91864 match_48 match_part 0.976 89312 89565 match_part 0.962 91570 91699 match_part 1.000 91815 91850 match_49 match_part 1.000 89330 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96240 match_part 1.000 96379 96531 match_part 1.000 96765 97066 match_50 match_part 1.000 89331 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94284 match_51 match_part 1.000 89333 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94102 match_52 match_part 0.974 89334 89565 match_part 0.982 91570 91679 match_53 match_part 1.000 89335 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 0.934 94081 94156 match_part 0.944 94274 94362 match_part 0.956 94945 94989 match_54 match_part 1.000 89336 89565 match_part 0.992 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94101 match_55 match_part 1.000 89338 89565 match_part 1.000 91570 91699 match_part 0.991 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95780 match_56 match_part 0.991 89345 89565 match_part 0.992 91570 91699 match_part 0.982 91815 91926 match_part 1.000 94081 94101 match_57 match_part 0.986 89348 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 0.991 95754 95870 match_part 0.989 95977 96067 match_58 match_part 0.986 89350 89565 match_part 0.992 91570 91699 match_part 0.982 91815 91926 match_part 1.000 94081 94152 match_59 match_part 0.958 89354 89565 match_part 0.969 91570 91699 match_part 0.982 91815 91926 match_part 0.987 94081 94156 match_part 0.966 94274 94362 match_part 0.952 94945 95007 match_60 match_part 0.995 89361 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94284 match_61 match_part 0.961 89362 89565 match_part 0.962 91570 91699 match_part 0.991 91815 91926 match_part 0.987 94081 94156 match_part 0.978 94274 94362 match_part 0.970 94945 94977 match_62 match_part 0.961 89362 89565 match_part 0.962 91570 91699 match_part 0.991 91815 91926 match_part 0.987 94081 94156 match_part 1.000 94274 94284 match_63 match_part 1.000 89362 89565 match_part 0.977 91570 91699 match_part 1.000 91815 91848 match_64 match_part 0.955 89367 89565 match_part 0.969 91570 91699 match_part 1.000 91815 91870 match_65 match_part 0.960 89392 89565 match_part 0.969 91570 91699 match_part 0.991 91815 91926 match_part 0.986 94081 94151 match_66 match_part 0.960 89392 89565 match_part 0.954 91570 91699 match_part 0.975 91815 91894 match_67 match_part 0.923 89514 89565 match_part 0.938 91570 91699 match_part 0.991 91815 91926 match_part 0.974 94081 94156 match_part 0.923 94274 94351 match_68 match_part 1.000 91840 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96240 match_part 1.000 96379 96408 match_69 match_part 0.911 92574 93024 match_70 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96201 match_71 match_part 0.974 94286 94362 match_part 0.966 94945 95031 match_part 0.991 95754 95870 match_part 0.991 95977 96084 match_part 0.981 96187 96240 match_part 0.973 96379 96453 match_72 match_part 0.966 96026 96084 match_part 1.000 96187 96240 match_part 0.987 96379 96531 match_part 1.000 96765 96914 match_73 match_part 1.000 96380 96531 match_part 1.000 96765 97075 match_74 match_part 1.000 96380 96531 match_part 1.000 96765 97075 match_75 match_part 1.000 96380 96531 match_part 1.000 96765 97075 match_76 match_part 0.809 96464 96531 match_part 0.979 96765 97293 match_77 match_part 1.000 96527 96531 match_part 0.950 96765 97085 match_78 match_part 0.993 96947 97235 match_79 match_part 1.000 98880 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 1.000 103963 104057 match_part 1.000 104299 104375 match_80 match_part 0.996 98884 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 1.000 103963 104057 match_part 1.000 104299 104387 match_part 1.000 104481 104575 match_part 0.989 104657 105199 match_81 match_part 1.000 98891 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 0.958 103963 104057 match_part 1.000 104299 104323 match_82 match_part 1.000 98899 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 0.972 103963 104033 match_83 match_part 1.000 98900 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_84 match_part 1.000 104684 105199 match_part 0.545 105361 105371 match_85 match_part 0.996 104708 105199 match_86 match_part 0.988 104859 105199 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_87 match_part 0.998 8184 7563 match_88 match_part 0.991 9639 9308 match_part 1.000 9180 8955 match_part 1.000 8778 8610 match_part 0.976 8497 8374 match_89 match_part 0.950 48961 48763 match_90 match_part 0.950 48961 48763 match_91 match_part 0.941 48950 48763 match_92 match_part 0.997 49154 48769 match_93 match_part 0.968 49110 48769 match_94 match_part 0.949 49148 48876 match_95 match_part 0.978 51814 51279 match_96 match_part 0.936 52195 51620 match_97 match_part 1.000 52583 51973 match_98 match_part 0.996 52584 52086 match_99 match_part 0.985 52517 52105 match_100 match_part 0.982 73559 73276 match_part 1.000 72746 72575 match_part 1.000 72478 72325 match_part 1.000 72248 72185 match_part 1.000 72113 72050 match_101 match_part 1.000 73556 73276 match_part 1.000 72746 72575 match_part 1.000 72478 72325 match_part 0.969 72248 72185 match_part 1.000 72113 72098 match_102 match_part 1.000 73556 73276 match_part 1.000 72746 72575 match_part 0.994 72478 72325 match_part 1.000 72248 72204 match_103 match_part 0.948 87705 87019 match_104 match_part 0.963 87698 87183 match_105 match_part 0.972 87697 87231 match_106 match_part 0.955 106468 105736 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 8184 7563 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 9639 9308 exon 9180 8955 exon 8778 8610 exon 8497 8374 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 26991 27347 exon 28471 28615 exon 29698 29858 exon 30412 30591 exon 31539 31614 exon 32118 32195 exon 32947 33032 exon 33560 33633 exon 33936 33981 exon 34974 35083 exon 35446 35620 exon 36168 36287 exon 36467 36955 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 35596 35620 exon 36168 36249 exon 36467 36921 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 37251 37848 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 43215 43737 exon 45758 46512 exon 46715 46743 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 43700 44343 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 46068 46709 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 45008 45657 exon 46594 46614 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 49154 48763 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 52584 51279 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 55007 55458 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 62520 62888 exon 63898 64018 exon 64111 64196 exon 64304 64685 exon 64779 64879 exon 64960 65026 exon 65115 65342 exon 65498 65959 exon 66170 66242 exon 66351 66680 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 73559 73276 exon 72746 72575 exon 72478 72325 exon 72248 72185 exon 72113 72050 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 80110 80400 exon 81263 81298 exon 81465 81924 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 82345 82886 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 83830 84480 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 85679 86425 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 87705 87019 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 87039 87689 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 89312 89565 exon 91570 91699 exon 91815 91926 exon 94081 94156 exon 94274 94362 exon 94945 95031 exon 95754 95870 exon 95977 96084 exon 96187 96240 exon 96379 96531 exon 96765 97293 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 92574 93024 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 98880 99158 exon 99665 99760 exon 101143 101249 exon 101709 101757 exon 101933 102045 exon 103963 104057 exon 104299 104387 exon 104481 104575 exon 104657 105199 exon 105361 105371 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 106468 105736 RepeatMasker tomato repeats master Copia00172 1097 1242 1 Copia00172 1097 1242 1 nucleotide_motif 556 1112 1245 Copia00181 1806 1908 1 Copia00181 1806 1908 1 nucleotide_motif 448 1857 1959 Copia00110 13243 13295 1 Copia00110 13243 13295 1 nucleotide_motif 245 17151 17204 Copia00110 13333 13623 1 Copia00110 13333 13623 1 nucleotide_motif 1215 17391 17697 Gypsy00043 1066 1326 1 Gypsy00043 1066 1326 1 nucleotide_motif 776 17644 17878 Copia00039 264 492 1 Copia00039 264 492 1 nucleotide_motif 1120 18829 19051 Unknown00014 533 944 1 Unknown00014 533 944 1 nucleotide_motif 1669 22521 22925 Gypsy00073 594 656 1 Gypsy00073 594 656 1 nucleotide_motif 294 25320 25382 Copia00110 13351 13623 1 Copia00110 13351 13623 1 nucleotide_motif 1169 25701 25999 Gypsy00043 1063 1316 1 Gypsy00043 1063 1316 1 nucleotide_motif 1322 25946 26188 Copia00089 3926 4045 1 Copia00089 3926 4045 1 nucleotide_motif 235 27665 27683 Copia00172 5284 5317 1 Copia00172 5284 5317 1 nucleotide_motif 280 50441 50474 Copia00175 2370 2535 1 Copia00175 2370 2535 1 nucleotide_motif 602 52865 53035 Gypsy00043 530 1313 1 Gypsy00043 530 1313 1 nucleotide_motif 5068 54777 55482 Unknown00049 1739 1787 1 Unknown00049 1739 1787 1 nucleotide_motif 241 61207 61256 SONATA2 10 168 1 SONATA2 10 168 1 nucleotide_motif 527 61722 61891 Copia00105 3996 4060 1 Copia00105 3996 4060 1 nucleotide_motif 242 77947 78012 Copia00089 5371 5547 1 Copia00089 5371 5547 1 nucleotide_motif 307 78886 79046 Unknown00046 2540 2839 1 Unknown00046 2540 2839 1 nucleotide_motif 1284 78919 79229 Unknown00043 1965 2047 1 Unknown00043 1965 2047 1 nucleotide_motif 279 85114 85197 SONATA2 1 227 1 SONATA2 1 227 1 nucleotide_motif 706 90611 90836 RepeatMasker tomato repeats master SC-5 2433 2513 -1 SC-5 2433 2513 -1 nucleotide_motif 375 1432 1352 Copia00206 3392 3488 -1 Copia00206 3392 3488 -1 nucleotide_motif 245 1447 1356 Copia00172 1105 1491 -1 Copia00172 1105 1491 -1 nucleotide_motif 2122 10509 10145 Copia00039 923 1108 -1 Copia00039 923 1108 -1 nucleotide_motif 682 19106 18887 Copia00039 265 442 -1 Copia00039 265 442 -1 nucleotide_motif 969 19294 19114 Unknown00019 151 698 -1 Unknown00019 151 698 -1 nucleotide_motif 875 25917 25343 SINE1_SO 1 92 -1 SINE1_SO 1 92 -1 nucleotide_motif 319 27664 27570 Copia00151 10119 10174 -1 Copia00151 10119 10174 -1 nucleotide_motif 247 37255 37200 TS 58 159 -1 TS 58 159 -1 nucleotide_motif 291 37303 37214 SONATA2 5 90 -1 SONATA2 5 90 -1 nucleotide_motif 484 49780 49694 SINE1_SO 1 200 -1 SINE1_SO 1 200 -1 nucleotide_motif 850 63219 63024 Copia00172 5206 5315 -1 Copia00172 5206 5315 -1 nucleotide_motif 517 67059 66948 TS 57 133 -1 TS 57 133 -1 nucleotide_motif 312 67145 67062 Copia00039 141 230 -1 Copia00039 141 230 -1 nucleotide_motif 313 67262 67165 SONATA2 184 253 -1 SONATA2 184 253 -1 nucleotide_motif 453 69132 69064 Copia00172 5194 5298 -1 Copia00172 5194 5298 -1 nucleotide_motif 479 105866 105761 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1994 1922 2978 match_2 match 2002 3240 4303 match_3 match 1919 23831 24915 match_4 match 2442 31477 32708 match_5 match 2514 24929 26196 match_6 match 2474 1 1269 match_7 match 2466 20436 21736 match_8 match 2763 13411 14840 match_9 match 3477 32744 34518 match_10 match 6165 10022 13224 match_11 match 9894 26273 31431 match_12 match 4552 9994 match_13 match 2426 85352 86575 match_14 match 2315 93182 94442 match_15 match 2831 105071 106543 match_16 match 6627 94475 97862 match_17 match 6756 89158 92610 match_18 match 9418 99295 104204 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1226 28 106539 clone_start_1 clone_start 1005 28 538 clone_end_1 clone_end 1350 3240 3979 clone_2 clone 1150.5 19919 71309 clone_start_2 clone_start 852 19919 20420 clone_3 clone 779 20158 59637 clone_start_3 clone_start 420 20158 20420 clone_4 clone 980 20436 71309 clone_start_4 clone_start 511 20436 20701 clone_5 clone 878 20436 59637 clone_start_5 clone_start 618 20436 20747 clone_6 clone 1100 20676 60108 clone_start_6 clone_start 1102 20676 21231 clone_end_2 clone_end 1289 28471 29156 clone_start_7 clone_start 432 34567 34784 clone_end_3 clone_end 1189 35606 36213 clone_start_8 clone_start 1443 35726 36469 clone_end_4 clone_end 1120 35975 36539 clone_end_5 clone_end 787 38858 39265 clone_7 clone 378.5 44704 82751 clone_end_6 clone_end 404 44704 44907 clone_8 clone 488.5 44704 82550 clone_end_7 clone_end 404 44704 44907 clone_9 clone 520.5 44972 82751 clone_end_8 clone_end 688 44972 45366 clone_10 clone 630.5 44972 82550 clone_end_9 clone_end 688 44972 45366 clone_11 clone 554 51214 86806 clone_start_9 clone_start 712 51214 51572 clone_12 clone 564 51214 87088 clone_start_10 clone_start 712 51214 51572 clone_start_11 clone_start 983 51214 51717 clone_13 clone 918 53513 95335 clone_start_12 clone_start 837 53513 54042 clone_start_13 clone_start 309 55154 55321 clone_14 clone 1263.5 60232 103253 clone_start_14 clone_start 1203 60232 60838 clone_15 clone 972.5 70617 105572 clone_start_15 clone_start 1039 70617 71140 clone_end_10 clone_end 1407 71384 72122 clone_start_16 clone_start 1310 71827 72487 clone_start_17 clone_start 658 75174 75517 clone_start_18 clone_start 1360 79789 80474 clone_start_19 clone_start 1382 81194 81890 clone_start_20 clone_start 1277 83955 84598 clone_start_21 clone_start 1029 85444 85970 clone_start_22 clone_start 1330 100330 101012 clone_end_11 clone_end 1187 102971 103598 clone_start_23 clone_start 1300 104394 105049 clone_end_12 clone_end 593 106241 106543 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_13 clone_end 1447 106539 105798 clone_start_24 clone_start 482 1674 1432 clone_end_14 clone_end 1449 71309 70567 clone_end_15 clone_end 1138 59637 59064 clone_end_16 clone_end 1449 71309 70567 clone_end_17 clone_end 1138 59637 59064 clone_end_18 clone_end 1098 60108 59555 clone_end_19 clone_end 605 37245 36941 clone_start_25 clone_start 353 82751 82574 clone_start_26 clone_start 573 82550 82262 clone_start_27 clone_start 353 82751 82574 clone_start_28 clone_start 573 82550 82262 clone_end_20 clone_end 396 86806 86607 clone_end_21 clone_end 416 87088 86858 clone_end_22 clone_end 999 95335 94811 clone_end_23 clone_end 1324 103253 102556 clone_end_24 clone_end 906 105572 105071 clone_start_29 clone_start 280 74632 74492 clone_start_30 clone_start 688 75069 74646 clone_end_25 clone_end 1122 105049 104480 clone_end_26 clone_end 1106 106198 105641 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.994 26991 27347 match_part 1.000 28471 28615 match_part 1.000 29698 29771 match_2 match_part 0.997 26992 27295 match_3 match_part 1.000 29806 29858 match_part 1.000 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33633 match_part 0.946 33936 33972 match_4 match_part 1.000 29806 29858 match_part 0.994 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33593 match_5 match_part 1.000 29806 29858 match_part 1.000 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33580 match_6 match_part 1.000 30564 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33633 match_part 1.000 33936 33981 match_part 1.000 34974 35083 match_part 0.988 35446 35527 match_7 match_part 0.989 34990 35083 match_part 1.000 35446 35620 match_part 1.000 36168 36287 match_part 1.000 36467 36955 match_8 match_part 1.000 37251 37848 match_9 match_part 0.996 43215 43678 match_10 match_part 0.998 43217 43737 match_part 0.984 45758 45949 match_11 match_part 1.000 43217 43462 match_12 match_part 1.000 43700 44343 match_13 match_part 0.987 43700 44230 match_14 match_part 1.000 43701 44241 match_15 match_part 1.000 45008 45654 match_16 match_part 0.986 45083 45657 match_part 0.524 46594 46614 match_17 match_part 0.970 45943 46512 match_part 0.759 46715 46743 match_18 match_part 0.991 46068 46709 match_19 match_part 0.984 46162 46415 match_20 match_part 0.932 55007 55331 match_21 match_part 0.925 55007 55314 match_22 match_part 0.945 55008 55458 match_23 match_part 1.000 63921 64018 match_part 1.000 64111 64196 match_part 1.000 64304 64685 match_part 0.857 64779 64785 match_24 match_part 1.000 64436 64685 match_part 1.000 64779 64879 match_part 1.000 64960 65026 match_part 1.000 65115 65342 match_part 1.000 65498 65663 match_25 match_part 1.000 64437 64685 match_part 1.000 64779 64879 match_part 1.000 64960 65026 match_part 0.977 65115 65202 match_26 match_part 0.998 65498 65959 match_part 1.000 66170 66242 match_part 1.000 66351 66680 match_27 match_part 1.000 80110 80400 match_part 1.000 81263 81298 match_part 0.953 81465 81614 match_28 match_part 1.000 81487 81924 match_29 match_part 1.000 82345 82886 match_30 match_part 1.000 83830 84480 match_31 match_part 1.000 83830 84297 match_32 match_part 0.992 85679 86409 match_33 match_part 0.990 85820 86425 match_34 match_part 0.954 85828 86414 match_35 match_part 0.957 87039 87684 match_36 match_part 0.994 87040 87196 match_37 match_part 0.956 87187 87689 match_38 match_part 0.972 89312 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91864 match_39 match_part 0.976 89312 89565 match_part 0.962 91570 91699 match_part 1.000 91815 91850 match_40 match_part 1.000 89330 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96240 match_part 1.000 96379 96531 match_part 1.000 96765 97066 match_41 match_part 1.000 89331 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94284 match_42 match_part 1.000 89333 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94102 match_43 match_part 0.974 89334 89565 match_part 0.982 91570 91679 match_44 match_part 1.000 89335 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 0.934 94081 94156 match_part 0.944 94274 94362 match_part 0.956 94945 94989 match_45 match_part 1.000 89336 89565 match_part 0.992 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94101 match_46 match_part 1.000 89338 89565 match_part 1.000 91570 91699 match_part 0.991 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95780 match_47 match_part 0.991 89345 89565 match_part 0.992 91570 91699 match_part 0.982 91815 91926 match_part 1.000 94081 94101 match_48 match_part 0.986 89348 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 0.991 95754 95870 match_part 0.989 95977 96067 match_49 match_part 0.986 89350 89565 match_part 0.992 91570 91699 match_part 0.982 91815 91926 match_part 1.000 94081 94152 match_50 match_part 0.995 89361 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94284 match_51 match_part 1.000 89362 89565 match_part 0.977 91570 91699 match_part 1.000 91815 91848 match_52 match_part 1.000 91840 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96240 match_part 1.000 96379 96408 match_53 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96201 match_54 match_part 0.966 96026 96084 match_part 1.000 96187 96240 match_part 0.987 96379 96531 match_part 1.000 96765 96914 match_55 match_part 1.000 96380 96531 match_part 1.000 96765 97075 match_56 match_part 1.000 96380 96531 match_part 1.000 96765 97075 match_57 match_part 1.000 96380 96531 match_part 1.000 96765 97075 match_58 match_part 0.809 96464 96531 match_part 0.979 96765 97293 match_59 match_part 0.993 96947 97235 match_60 match_part 1.000 98880 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 1.000 103963 104057 match_part 1.000 104299 104375 match_61 match_part 0.996 98884 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 1.000 103963 104057 match_part 1.000 104299 104387 match_part 1.000 104481 104575 match_part 0.989 104657 105199 match_62 match_part 1.000 98891 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 0.958 103963 104057 match_part 1.000 104299 104323 match_63 match_part 1.000 98899 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 0.972 103963 104033 match_64 match_part 1.000 98900 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_65 match_part 1.000 104684 105199 match_part 0.545 105361 105371 match_66 match_part 0.996 104708 105199 match_67 match_part 0.988 104859 105199 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_68 match_part 0.998 8184 7563 match_69 match_part 0.991 9639 9308 match_part 1.000 9180 8955 match_part 1.000 8778 8610 match_part 0.976 8497 8374 match_70 match_part 0.950 48961 48763 match_71 match_part 0.950 48961 48763 match_72 match_part 0.941 48950 48763 match_73 match_part 0.997 49154 48769 match_74 match_part 0.968 49110 48769 match_75 match_part 0.978 51814 51279 match_76 match_part 1.000 52583 51973 match_77 match_part 0.996 52584 52086 match_78 match_part 0.985 52517 52105 match_79 match_part 0.982 73559 73276 match_part 1.000 72746 72575 match_part 1.000 72478 72325 match_part 1.000 72248 72185 match_part 1.000 72113 72050 match_80 match_part 1.000 73556 73276 match_part 1.000 72746 72575 match_part 1.000 72478 72325 match_part 0.969 72248 72185 match_part 1.000 72113 72098 match_81 match_part 1.000 73556 73276 match_part 1.000 72746 72575 match_part 0.994 72478 72325 match_part 1.000 72248 72204 match_82 match_part 0.948 87705 87019 match_83 match_part 0.963 87698 87183 match_84 match_part 0.972 87697 87231 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 8184 7563 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 9639 9308 exon 9180 8955 exon 8778 8610 exon 8497 8374 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 26991 27347 exon 28471 28615 exon 29698 29771 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 29806 29858 exon 30412 30591 exon 31539 31614 exon 32118 32195 exon 32947 33032 exon 33560 33633 exon 33936 33981 exon 34974 35083 exon 35446 35620 exon 36168 36287 exon 36467 36955 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 37251 37848 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 43215 43737 exon 45758 46512 exon 46715 46743 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 43700 44343 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 46068 46709 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 45008 45657 exon 46594 46614 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 49154 48763 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 51814 51279 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 52584 51973 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 55007 55458 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 63921 64018 exon 64111 64196 exon 64304 64685 exon 64779 64879 exon 64960 65026 exon 65115 65342 exon 65498 65959 exon 66170 66242 exon 66351 66680 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 73559 73276 exon 72746 72575 exon 72478 72325 exon 72248 72185 exon 72113 72050 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 80110 80400 exon 81263 81298 exon 81465 81924 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 82345 82886 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 83830 84480 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 85679 86425 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 87705 87019 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 87039 87689 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 89312 89565 exon 91570 91699 exon 91815 91926 exon 94081 94156 exon 94274 94362 exon 94945 95031 exon 95754 95870 exon 95977 96084 exon 96187 96240 exon 96379 96531 exon 96765 97293 gene_23 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 98880 99158 exon 99665 99760 exon 101143 101249 exon 101709 101757 exon 101933 102045 exon 103963 104057 exon 104299 104387 exon 104481 104575 exon 104657 105199 exon 105361 105371 AUGUSTUS_tom_cdna de novo gene_1 gene 1 27084 36233 transcript_1 transcript 27084 36233 start_codon_1 start_codon 27084 27086 CDS_1 CDS 27084 27347 CDS_2 CDS 28471 28615 CDS_3 CDS 29698 29858 CDS_4 CDS 30412 30591 CDS_5 CDS 31539 31614 CDS_6 CDS 32118 32195 CDS_7 CDS 32947 33032 CDS_8 CDS 33560 33633 CDS_9 CDS 33936 33981 CDS_10 CDS 34974 35083 CDS_11 CDS 35446 35620 CDS_12 CDS 36168 36233 stop_codon_1 stop_codon 36231 36233 gene_2 gene 2 62728 66589 transcript_2 transcript 64138 66589 start_codon_2 start_codon 64138 64140 CDS_13 CDS 64138 64196 CDS_14 CDS 64304 64685 CDS_15 CDS 64779 64879 CDS_16 CDS 64960 65026 CDS_17 CDS 65115 65342 CDS_18 CDS 65498 65959 CDS_19 CDS 66170 66242 CDS_20 CDS 66351 66589 stop_codon_2 stop_codon 66587 66589 transcript_3 transcript 62728 66589 start_codon_3 start_codon 62728 62730 CDS_21 CDS 62728 62888 CDS_22 CDS 63898 64018 CDS_23 CDS 64111 64196 CDS_24 CDS 64304 64685 CDS_25 CDS 64779 64879 CDS_26 CDS 64960 65026 CDS_27 CDS 65115 65342 CDS_28 CDS 65498 65959 CDS_29 CDS 66170 66242 CDS_30 CDS 66351 66589 stop_codon_3 stop_codon 66587 66589 gene_3 gene 1 78642 82585 transcript_4 transcript 78642 82585 start_codon_4 start_codon 78642 78644 CDS_31 CDS 78642 78687 CDS_32 CDS 79693 80400 CDS_33 CDS 81263 81298 CDS_34 CDS 81465 82585 stop_codon_4 stop_codon 82583 82585 gene_4 gene 1 84199 86338 transcript_5 transcript 84199 86338 start_codon_5 start_codon 84199 84201 CDS_35 CDS 84199 84550 CDS_36 CDS 84782 84880 CDS_37 CDS 85233 86338 stop_codon_5 stop_codon 86336 86338 gene_5 gene 1 87664 96839 transcript_6 transcript 87664 96839 start_codon_6 start_codon 87664 87666 CDS_38 CDS 87664 87706 CDS_39 CDS 89320 89565 CDS_40 CDS 91570 91699 CDS_41 CDS 91815 91926 CDS_42 CDS 94081 94156 CDS_43 CDS 94274 94362 CDS_44 CDS 94945 95031 CDS_45 CDS 95754 95870 CDS_46 CDS 95977 96084 CDS_47 CDS 96187 96240 CDS_48 CDS 96379 96531 CDS_49 CDS 96765 96839 stop_codon_6 stop_codon 96837 96839 gene_6 gene 1 99083 105034 transcript_7 transcript 99083 105034 start_codon_7 start_codon 99083 99085 CDS_50 CDS 99083 99158 CDS_51 CDS 99665 99760 CDS_52 CDS 101143 101249 CDS_53 CDS 101709 101757 CDS_54 CDS 101933 102045 CDS_55 CDS 103963 104057 CDS_56 CDS 104299 104387 CDS_57 CDS 104481 104575 CDS_58 CDS 104657 105034 stop_codon_7 stop_codon 105032 105034 AUGUSTUS_tom_cdna de novo gene_7 gene 1 2678 822 transcript_8 transcript 2678 822 CDS_59 CDS 945 822 CDS_60 CDS 2678 2551 start_codon_8 start_codon 2678 2676 gene_8 gene 1 9850 4800 transcript_9 transcript 9850 4800 stop_codon_8 stop_codon 4802 4800 CDS_61 CDS 4907 4800 CDS_62 CDS 8497 7482 CDS_63 CDS 8778 8610 CDS_64 CDS 9180 8955 CDS_65 CDS 9345 9308 CDS_66 CDS 9850 9740 start_codon_9 start_codon 9850 9848 gene_9 gene 1 52596 48868 transcript_10 transcript 52596 48868 stop_codon_9 stop_codon 48870 48868 CDS_67 CDS 49547 48868 CDS_68 CDS 52596 51270 start_codon_10 start_codon 52596 52594 gene_10 gene 1 60601 57457 transcript_11 transcript 60601 57457 stop_codon_10 stop_codon 57459 57457 CDS_69 CDS 57578 57457 CDS_70 CDS 59685 58768 CDS_71 CDS 59820 59776 CDS_72 CDS 60601 59893 start_codon_11 start_codon 60601 60599 gene_11 gene 1 73488 70889 transcript_12 transcript 73488 70889 stop_codon_11 stop_codon 70891 70889 CDS_73 CDS 71044 70889 CDS_74 CDS 71836 71711 CDS_75 CDS 72113 72006 CDS_76 CDS 72248 72185 CDS_77 CDS 72478 72325 CDS_78 CDS 72746 72575 CDS_79 CDS 73488 73276 start_codon_12 start_codon 73488 73486 gene_12 gene 1 106399 106025 transcript_13 transcript 106399 106025 stop_codon_12 stop_codon 106027 106025 CDS_80 CDS 106399 106025 start_codon_13 start_codon 106399 106397 AUGUSTUS_ab_initio de novo gene_1 gene 1 64138 96839 transcript_1 transcript 64138 96839 start_codon_1 start_codon 64138 64140 CDS_1 CDS 64138 64196 CDS_2 CDS 64304 64685 CDS_3 CDS 65498 65611 CDS_4 CDS 66338 66424 CDS_5 CDS 79722 80295 CDS_6 CDS 81465 82444 CDS_7 CDS 84265 84550 CDS_8 CDS 84782 84880 CDS_9 CDS 85233 86167 CDS_10 CDS 87252 87407 CDS_11 CDS 94081 94156 CDS_12 CDS 94274 94362 CDS_13 CDS 94945 95031 CDS_14 CDS 96379 96531 CDS_15 CDS 96765 96839 stop_codon_1 stop_codon 96837 96839 gene_2 gene 1 99083 105034 transcript_2 transcript 99083 105034 start_codon_2 start_codon 99083 99085 CDS_16 CDS 99083 99158 CDS_17 CDS 104481 104575 CDS_18 CDS 104657 105034 stop_codon_2 stop_codon 105032 105034 AUGUSTUS_ab_initio de novo gene_3 gene 1 8622 4800 transcript_3 transcript 8622 4800 stop_codon_3 stop_codon 4802 4800 CDS_19 CDS 4907 4800 CDS_20 CDS 8497 7482 CDS_21 CDS 8622 8610 start_codon_3 start_codon 8622 8620 gene_4 gene 1 63728 48868 transcript_4 transcript 63728 48868 stop_codon_4 stop_codon 48870 48868 CDS_22 CDS 49547 48868 CDS_23 CDS 51650 51270 CDS_24 CDS 57578 57513 CDS_25 CDS 59685 58768 CDS_26 CDS 59820 59776 CDS_27 CDS 59981 59893 CDS_28 CDS 63728 63673 start_codon_4 start_codon 63728 63726 gene_5 gene 1 106399 106025 transcript_5 transcript 106399 106025 stop_codon_5 stop_codon 106027 106025 CDS_29 CDS 106399 106025 start_codon_5 start_codon 106399 106397 AUGUSTUS_tom_ugs de novo gene_1 gene 1 26637 36233 transcript_1 transcript 26637 36233 start_codon_1 start_codon 26637 26639 CDS_1 CDS 26637 26646 CDS_2 CDS 27262 27347 CDS_3 CDS 28471 28615 CDS_4 CDS 29698 29858 CDS_5 CDS 30412 30591 CDS_6 CDS 31539 31614 CDS_7 CDS 32118 32195 CDS_8 CDS 32947 33032 CDS_9 CDS 33560 33633 CDS_10 CDS 33936 33981 CDS_11 CDS 34974 35083 CDS_12 CDS 35446 35620 CDS_13 CDS 36168 36233 stop_codon_1 stop_codon 36231 36233 gene_2 gene 1 62728 66589 transcript_2 transcript 62728 66589 start_codon_2 start_codon 62728 62730 CDS_14 CDS 62728 62888 CDS_15 CDS 63898 64018 CDS_16 CDS 64111 64196 CDS_17 CDS 64304 64685 CDS_18 CDS 64779 64879 CDS_19 CDS 64960 65026 CDS_20 CDS 65115 65342 CDS_21 CDS 65498 65959 CDS_22 CDS 66170 66242 CDS_23 CDS 66351 66589 stop_codon_2 stop_codon 66587 66589 gene_3 gene 1 78642 82585 transcript_3 transcript 78642 82585 start_codon_3 start_codon 78642 78644 CDS_24 CDS 78642 78687 CDS_25 CDS 79693 80400 CDS_26 CDS 81263 81298 CDS_27 CDS 81465 82585 stop_codon_3 stop_codon 82583 82585 gene_4 gene 1 84199 86338 transcript_4 transcript 84199 86338 start_codon_4 start_codon 84199 84201 CDS_28 CDS 84199 84550 CDS_29 CDS 84782 84880 CDS_30 CDS 85233 86338 stop_codon_4 stop_codon 86336 86338 gene_5 gene 1 89346 96839 transcript_5 transcript 89346 96839 start_codon_5 start_codon 89346 89348 CDS_31 CDS 89346 89565 CDS_32 CDS 91570 91699 CDS_33 CDS 91815 91926 CDS_34 CDS 94081 94156 CDS_35 CDS 94274 94362 CDS_36 CDS 94945 95031 CDS_37 CDS 95754 95870 CDS_38 CDS 95977 96084 CDS_39 CDS 96187 96240 CDS_40 CDS 96379 96531 CDS_41 CDS 96765 96839 stop_codon_5 stop_codon 96837 96839 gene_6 gene 1 99083 105034 transcript_6 transcript 99083 105034 start_codon_6 start_codon 99083 99085 CDS_42 CDS 99083 99158 CDS_43 CDS 99665 99760 CDS_44 CDS 101143 101249 CDS_45 CDS 101709 101757 CDS_46 CDS 101933 102045 CDS_47 CDS 103963 104057 CDS_48 CDS 104299 104387 CDS_49 CDS 104481 104575 CDS_50 CDS 104657 105034 stop_codon_6 stop_codon 105032 105034 AUGUSTUS_tom_ugs de novo gene_7 gene 1 2678 822 transcript_7 transcript 2678 822 CDS_51 CDS 945 822 CDS_52 CDS 2678 2551 start_codon_7 start_codon 2678 2676 gene_8 gene 1 9850 4800 transcript_8 transcript 9850 4800 stop_codon_7 stop_codon 4802 4800 CDS_53 CDS 4907 4800 CDS_54 CDS 8497 7482 CDS_55 CDS 8778 8610 CDS_56 CDS 9180 8955 CDS_57 CDS 9345 9308 CDS_58 CDS 9850 9740 start_codon_8 start_codon 9850 9848 gene_9 gene 1 60601 48868 transcript_9 transcript 60601 48868 stop_codon_8 stop_codon 48870 48868 CDS_59 CDS 49547 48868 CDS_60 CDS 51650 51270 CDS_61 CDS 57578 57513 CDS_62 CDS 59685 58768 CDS_63 CDS 59820 59776 CDS_64 CDS 60601 59893 start_codon_9 start_codon 60601 60599 gene_10 gene 1 73488 70889 transcript_10 transcript 73488 70889 stop_codon_9 stop_codon 70891 70889 CDS_65 CDS 71044 70889 CDS_66 CDS 71836 71711 CDS_67 CDS 72113 72006 CDS_68 CDS 72248 72185 CDS_69 CDS 72478 72325 CDS_70 CDS 72746 72575 CDS_71 CDS 73488 73276 start_codon_10 start_codon 73488 73486 gene_11 gene 1 106399 106025 transcript_11 transcript 106399 106025 stop_codon_10 stop_codon 106027 106025 CDS_72 CDS 106399 106025 start_codon_11 start_codon 106399 106397 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 26992 27347 match_part 1.000 28471 28615 match_part 1.000 29698 29771 match_2 match_part 1.000 29806 29858 match_part 1.000 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33633 match_part 1.000 33936 33981 match_part 1.000 34974 35083 match_part 1.000 35446 35620 match_part 1.000 36168 36287 match_part 1.000 36467 36955 match_3 match_part 1.000 37251 37848 match_4 match_part 0.998 43217 43737 match_part 0.984 45758 45949 match_5 match_part 1.000 43700 44343 match_6 match_part 1.000 45008 45657 match_part 0.524 46594 46614 match_7 match_part 0.986 45943 46709 match_8 match_part 1.000 63921 64018 match_part 1.000 64111 64196 match_part 1.000 64304 64685 match_part 1.000 64779 64879 match_part 1.000 64960 65026 match_part 1.000 65115 65342 match_part 0.998 65498 65959 match_part 1.000 66170 66242 match_part 1.000 66351 66680 match_9 match_part 1.000 80110 80400 match_part 1.000 81263 81298 match_part 1.000 81465 81924 match_10 match_part 0.930 81905 82886 match_11 match_part 0.976 89312 89565 match_part 1.000 91570 91699 match_part 1.000 91815 91926 match_part 1.000 94081 94156 match_part 1.000 94274 94362 match_part 1.000 94945 95031 match_part 1.000 95754 95870 match_part 1.000 95977 96084 match_part 1.000 96187 96240 match_part 1.000 96379 96531 match_part 0.991 96765 97293 match_12 match_part 1.000 98880 99158 match_part 1.000 99665 99760 match_part 1.000 101143 101249 match_part 1.000 101709 101757 match_part 1.000 101933 102045 match_part 1.000 103963 104057 match_part 1.000 104299 104387 match_part 1.000 104481 104575 match_part 1.000 104657 105199 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_13 match_part 0.998 8184 7563 match_14 match_part 0.991 9639 9308 match_part 1.000 9180 8955 match_part 1.000 8778 8610 match_part 0.976 8497 8374 match_15 match_part 1.000 49154 48769 match_16 match_part 0.978 51814 51279 match_17 match_part 1.000 52584 51973 match_18 match_part 1.000 73556 73276 match_part 1.000 72746 72575 match_part 1.000 72478 72325 match_part 1.000 72248 72185 match_part 1.000 72113 72050 match_19 match_part 0.964 87690 87019 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 8184 7563 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 9639 9308 exon 9180 8955 exon 8778 8610 exon 8497 8374 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 26992 27347 exon 28471 28615 exon 29698 29771 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 29806 29858 exon 30412 30591 exon 31539 31614 exon 32118 32195 exon 32947 33032 exon 33560 33633 exon 33936 33981 exon 34974 35083 exon 35446 35620 exon 36168 36287 exon 36467 36955 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 37251 37848 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 43217 43737 exon 45758 46709 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 45008 45657 exon 46594 46614 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 43700 44343 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 49154 48769 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 51814 51279 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 52584 51973 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 63921 64018 exon 64111 64196 exon 64304 64685 exon 64779 64879 exon 64960 65026 exon 65115 65342 exon 65498 65959 exon 66170 66242 exon 66351 66680 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 73556 73276 exon 72746 72575 exon 72478 72325 exon 72248 72185 exon 72113 72050 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 80110 80400 exon 81263 81298 exon 81465 82886 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 87690 87019 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 89312 89565 exon 91570 91699 exon 91815 91926 exon 94081 94156 exon 94274 94362 exon 94945 95031 exon 95754 95870 exon 95977 96084 exon 96187 96240 exon 96379 96531 exon 96765 97293 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 98880 99158 exon 99665 99760 exon 101143 101249 exon 101709 101757 exon 101933 102045 exon 103963 104057 exon 104299 104387 exon 104481 104575 exon 104657 105199 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 29806 29858 match_part 1.000 30412 30591 match_part 1.000 31539 31614 match_part 1.000 32118 32195 match_part 1.000 32947 33032 match_part 1.000 33560 33633 match_part 1.000 33936 33981 match_part 1.000 34974 35083 match_part 1.000 35446 35620 match_part 1.000 36168 36287 match_part 1.000 36467 36955 match_2 match_part 0.946 62520 62888 match_part 0.942 63898 64018 match_part 0.977 64111 64196 match_part 0.948 64304 64494 match_3 match_part 1.000 63921 64018 match_part 1.000 64111 64196 match_part 1.000 64304 64685 match_part 1.000 64779 64879 match_part 1.000 64960 65026 match_part 0.977 65115 65202 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 29806 29858 exon 30412 30591 exon 31539 31614 exon 32118 32195 exon 32947 33032 exon 33560 33633 exon 33936 33981 exon 34974 35083 exon 35446 35620 exon 36168 36287 exon 36467 36955 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0118J18.1 type gene exon 62520 62888 exon 63898 64018 exon 64111 64196 exon 64304 64685 exon 64779 64879 exon 64960 65026 exon 65115 65202 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 27084 36233 transcript_1 transcript 27084 36233 start_codon_1 start_codon 27084 27086 CDS_1 CDS 27084 27347 CDS_2 CDS 28471 28615 CDS_3 CDS 29698 29858 CDS_4 CDS 30412 30591 CDS_5 CDS 31539 31614 CDS_6 CDS 32118 32195 CDS_7 CDS 32947 33032 CDS_8 CDS 33560 33633 CDS_9 CDS 33936 33981 CDS_10 CDS 34974 35083 CDS_11 CDS 35446 35620 CDS_12 CDS 36168 36233 stop_codon_1 stop_codon 36231 36233 gene_2 gene 3 62728 66589 transcript_2 transcript 62728 66589 start_codon_2 start_codon 62728 62730 CDS_13 CDS 62728 62888 CDS_14 CDS 63898 64018 CDS_15 CDS 64111 64196 CDS_16 CDS 64304 64685 CDS_17 CDS 64779 64879 CDS_18 CDS 64960 65026 CDS_19 CDS 65115 65342 CDS_20 CDS 65498 65959 CDS_21 CDS 66170 66242 CDS_22 CDS 66351 66589 stop_codon_2 stop_codon 66587 66589 transcript_3 transcript 64138 66589 start_codon_3 start_codon 64138 64140 CDS_23 CDS 64138 64196 CDS_24 CDS 64304 64685 CDS_25 CDS 64779 64879 CDS_26 CDS 64960 65026 CDS_27 CDS 65115 65342 CDS_28 CDS 65498 65959 CDS_29 CDS 66170 66242 CDS_30 CDS 66351 66589 stop_codon_3 stop_codon 66587 66589 transcript_4 transcript 62728 66589 start_codon_4 start_codon 62728 62730 CDS_31 CDS 62728 62888 CDS_32 CDS 63898 64018 CDS_33 CDS 64111 64196 CDS_34 CDS 64304 64685 CDS_35 CDS 65498 65959 CDS_36 CDS 66170 66242 CDS_37 CDS 66351 66589 stop_codon_4 stop_codon 66587 66589 gene_3 gene 1 78642 82585 transcript_5 transcript 78642 82585 start_codon_5 start_codon 78642 78644 CDS_38 CDS 78642 78687 CDS_39 CDS 79693 80400 CDS_40 CDS 81263 81298 CDS_41 CDS 81465 82585 stop_codon_5 stop_codon 82583 82585 gene_4 gene 1 84199 86338 transcript_6 transcript 84199 86338 start_codon_6 start_codon 84199 84201 CDS_42 CDS 84199 84550 CDS_43 CDS 84782 84880 CDS_44 CDS 85233 86338 stop_codon_6 stop_codon 86336 86338 gene_5 gene 1 87664 96839 transcript_7 transcript 87664 96839 start_codon_7 start_codon 87664 87666 CDS_45 CDS 87664 87706 CDS_46 CDS 89320 89565 CDS_47 CDS 91570 91699 CDS_48 CDS 91815 91926 CDS_49 CDS 94081 94156 CDS_50 CDS 94274 94362 CDS_51 CDS 94945 95031 CDS_52 CDS 95754 95870 CDS_53 CDS 95977 96084 CDS_54 CDS 96187 96240 CDS_55 CDS 96379 96531 CDS_56 CDS 96765 96839 stop_codon_7 stop_codon 96837 96839 gene_6 gene 1 99083 105034 transcript_8 transcript 99083 105034 start_codon_8 start_codon 99083 99085 CDS_57 CDS 99083 99158 CDS_58 CDS 99665 99760 CDS_59 CDS 101143 101249 CDS_60 CDS 101709 101757 CDS_61 CDS 101933 102045 CDS_62 CDS 103963 104057 CDS_63 CDS 104299 104387 CDS_64 CDS 104481 104575 CDS_65 CDS 104657 105034 stop_codon_8 stop_codon 105032 105034 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 2678 822 transcript_9 transcript 2678 822 CDS_66 CDS 945 822 CDS_67 CDS 2678 2551 start_codon_9 start_codon 2678 2676 gene_8 gene 1 9850 4800 transcript_10 transcript 9850 4800 stop_codon_9 stop_codon 4802 4800 CDS_68 CDS 4907 4800 CDS_69 CDS 8497 7482 CDS_70 CDS 8778 8610 CDS_71 CDS 9180 8955 CDS_72 CDS 9345 9308 CDS_73 CDS 9850 9740 start_codon_10 start_codon 9850 9848 gene_9 gene 1 52596 48868 transcript_11 transcript 52596 48868 stop_codon_10 stop_codon 48870 48868 CDS_74 CDS 49547 48868 CDS_75 CDS 52596 51270 start_codon_11 start_codon 52596 52594 gene_10 gene 1 60601 57457 transcript_12 transcript 60601 57457 stop_codon_11 stop_codon 57459 57457 CDS_76 CDS 57578 57457 CDS_77 CDS 59685 58768 CDS_78 CDS 59820 59776 CDS_79 CDS 60601 59893 start_codon_12 start_codon 60601 60599 gene_11 gene 1 73488 70889 transcript_13 transcript 73488 70889 stop_codon_12 stop_codon 70891 70889 CDS_80 CDS 71044 70889 CDS_81 CDS 71836 71711 CDS_82 CDS 72113 72006 CDS_83 CDS 72248 72185 CDS_84 CDS 72478 72325 CDS_85 CDS 72746 72575 CDS_86 CDS 73488 73276 start_codon_13 start_codon 73488 73486 gene_12 gene 1 106399 106025 transcript_14 transcript 106399 106025 stop_codon_13 stop_codon 106027 106025 CDS_87 CDS 106399 106025 start_codon_14 start_codon 106399 106397 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 162 81656 82258 match_2 match 178 85433 86041 match_3 match 179 81656 82468 match_4 match 193 85433 86251 match_5 match 164 81452 82552 match_6 match 176 85388 86266 match_7 match 176 81617 82468 match_8 match 192 85391 86314 match_9 match 170 81617 82468 match_10 match 187 85391 86251 match_11 match 111 43450 43737 match_12 match 286 47963 48712 match_13 match 254 45755 46393 match_14 match 272 38607 39260 match_15 match 110 37807 38058 match_16 match 76.6 47797 47967 match_17 match 159 81617 82474 match_18 match 176 85391 86257 match_19 match 105 85388 86242 match_20 match 120 37582 38058 match_21 match 55.8 47824 47967 match_22 match 241 45761 46399 match_23 match 278 47963 48655 match_24 match 274 38619 39203 match_25 match 166 81617 82498 match_26 match 184 85391 86323 match_27 match 166 81617 82498 match_28 match 184 85391 86323 match_29 match 186 85298 86323 match_30 match 166 81617 82498 match_31 match 186 85298 86323 match_32 match 166 81617 82498 match_33 match 180 81656 82537 match_34 match 176 81659 82498 match_35 match 201 85430 86293 match_36 match 196 85433 86281 match_37 match 172 81656 82537 match_38 match 191 85430 86317 match_39 match 184 85430 86302 match_40 match 176 81656 82519 match_41 match 206 85241 86317 match_42 match 189 81659 82537 match_43 match 177 81653 82498 match_44 match 185 85427 86281 match_45 match 175 81611 82474 match_46 match 185 85391 86257 match_47 match 165 81611 82462 match_48 match 178 85391 86047 match_49 match 185 81524 82483 match_50 match 184 85391 86266 match_51 match 161 81617 82477 match_52 match 172 85391 86260 match_53 match 167 81656 82459 match_54 match 177 85430 86242 match_55 match 117 81665 82459 match_56 match 123 85439 86242 match_57 match 179 81617 82510 match_58 match 184 85433 86293 match_59 match 182 85250 86257 match_60 match 180 81617 82543 match_61 match 166 81617 82465 match_62 match 177 85391 86248 match_63 match 166 81617 82465 match_64 match 177 85391 86248 match_65 match 181 81611 82465 match_66 match 186 85388 86248 match_67 match 255 85358 86320 match_68 match 241 81599 82465 match_69 match 137 81629 82531 match_70 match 138 85439 86245 match_71 match 168 81611 82459 match_72 match 182 85388 86242 match_73 match 176 81590 82498 match_74 match 181 85391 86281 match_75 match 107 43450 43737 match_76 match 249 45755 46390 match_77 match 67.0 47806 47964 match_78 match 295 47963 48709 match_79 match 122 37795 38058 match_80 match 270 38619 39263 match_81 match 207 45755 46390 match_82 match 252 47963 48709 match_83 match 224 38619 39263 match_84 match 107 43450 43737 match_85 match 67.0 47806 47964 match_86 match 122 37795 38058 match_87 match 165 81557 82540 match_88 match 184 85385 86254 match_89 match 187 81455 82468 match_90 match 202 85226 86251 match_91 match 172 81617 82471 match_92 match 187 85391 86254 match_93 match 171 81617 82471 match_94 match 187 85391 86254 match_95 match 212 81608 82540 match_96 match 221 85382 86281 match_97 match 208 81608 82498 match_98 match 218 85382 86281 match_99 match 211 81608 82498 match_100 match 220 85382 86281 match_101 match 209 81473 82498 match_102 match 214 85382 86281 match_103 match 172 81617 82468 match_104 match 184 85391 86251 match_105 match 172 81617 82468 match_106 match 184 85391 86251 match_107 match 172 81617 82468 match_108 match 184 85391 86251 match_109 match 108 85388 86245 match_110 match 187 81566 82465 match_111 match 196 85388 86248 match_112 match 165 81629 82537 match_113 match 185 85385 86320 match_114 match 176 81641 82543 match_115 match 194 85385 86281 match_116 match 184 85247 86281 match_117 match 162 81659 82498 match_118 match 163 81659 82549 match_119 match 181 85385 86308 match_120 match 155 81518 82498 match_121 match 176 85391 86281 match_122 match 172 81659 82537 match_123 match 191 85433 86317 match_124 match 170 81515 82537 match_125 match 184 85247 86308 match_126 match 168 81539 82525 match_127 match 190 85289 86308 match_128 match 175 81611 82525 match_129 match 194 85433 86308 match_130 match 173 81659 82549 match_131 match 192 85391 86332 match_132 match 187 85406 86281 match_133 match 176 81632 82498 match_134 match 175 81659 82549 match_135 match 196 85433 86281 match_136 match 194 81617 82510 match_137 match 199 85391 86293 match_138 match 172 81659 82540 match_139 match 179 85433 86281 match_140 match 174 81659 82540 match_141 match 183 85433 86317 match_142 match 354 81461 82540 match_143 match 356 85235 86287 match_144 match 354 81611 82543 match_145 match 359 85388 86287 match_146 match 346 81482 82504 match_147 match 354 85391 86287 match_148 match 372 85232 86287 match_149 match 352 81611 82543 match_150 match 345 81482 82537 match_151 match 359 85391 86314 match_152 match 107 81665 82462 match_153 match 113 85439 86029 match_154 match 213 38619 39260 match_155 match 265 47963 48712 match_156 match 226 45755 46393 match_157 match 122 43447 43737 match_158 match 78.2 47785 47967 match_159 match 122 37792 38058 match_160 match 135 43177 43737 match_161 match 248 38619 39260 match_162 match 332 47870 48712 match_163 match 121 37783 38058 match_164 match 286 45755 46393 match_165 match 127 81665 82462 match_166 match 141 85319 86245 match_167 match 362 85388 86299 match_168 match 359 81611 82516 match_169 match 164 81617 82474 match_170 match 173 85391 86257 match_171 match 161 81476 82498 match_172 match 179 85241 86281 match_173 match 183 81617 82513 match_174 match 189 85391 86296 match_175 match 172 81527 82498 match_176 match 182 85433 86281 match_177 match 179 81611 82465 match_178 match 187 85388 86248 match_179 match 321 47870 48712 match_180 match 249 38619 39260 match_181 match 272 45755 46393 match_182 match 181 81617 82528 match_183 match 184 85391 86311 match_184 match 170 85394 86245 match_185 match 168 81611 82462 match_186 match 110 85235 86245 match_187 match 181 81611 82465 match_188 match 185 85388 86248 match_189 match 176 81611 82465 match_190 match 180 85388 86248 match_191 match 164 81461 82474 match_192 match 175 85247 86257 match_193 match 171 81617 82498 match_194 match 182 85391 86281 match_195 match 223 81461 82498 match_196 match 229 85232 86281 match_197 match 36.6 47785 47967 match_198 match 200 47963 48697 match_199 match 171 45758 46378 match_200 match 185 38619 39245 match_201 match 162 81617 82462 match_202 match 172 85391 86245 match_203 match 174 81611 82462 match_204 match 190 85391 86245 match_205 match 179 85232 86248 match_206 match 167 81611 82465 match_207 match 123 81617 82462 match_208 match 126 85439 86245 match_209 match 119 85439 86245 match_210 match 115 81665 82462 match_211 match 158 81566 82447 match_212 match 176 85340 86230 match_213 match 158 81566 82447 match_214 match 176 85340 86230 match_215 match 111 85439 86242 match_216 match 168 81617 82462 match_217 match 185 85391 86245 match_218 match 174 81614 82537 match_219 match 182 85388 86323 match_220 match 131 85355 86245 match_221 match 128 81563 82462 match_222 match 125 81539 82462 match_223 match 131 85391 86245 match_224 match 125 81539 82462 match_225 match 131 85391 86245 match_226 match 175 85238 86326 match_227 match 156 81608 82543 match_228 match 166 81617 82468 match_229 match 174 85391 86251 match_230 match 166 81608 82471 match_231 match 175 85382 86254 match_232 match 181 81464 82465 match_233 match 193 85289 86248 match_234 match 156 81617 82522 match_235 match 175 85379 86317 match_236 match 177 81617 82522 match_237 match 187 85433 86305 match_238 match 166 81617 82462 match_239 match 175 85391 86245 match_240 match 116 81629 82462 match_241 match 121 85439 86245 match_242 match 179 81617 82540 match_243 match 184 85391 86248 match_244 match 106 85388 86029 match_245 match 135 37600 38058 match_246 match 239 45755 46393 match_247 match 285 47963 48712 match_248 match 266 38607 39260 match_249 match 79.0 47779 47967 match_250 match 119 43468 43737 match_251 match 174 81617 82471 match_252 match 192 85391 86254 match_253 match 181 81602 82471 match_254 match 192 85376 86254 match_255 match 185 85232 86248 match_256 match 170 81611 82465 match_257 match 185 85232 86248 match_258 match 170 81611 82465 match_259 match 165 81560 82474 match_260 match 176 85334 86257 match_261 match 200 85388 86335 match_262 match 191 81614 82525 match_263 match 176 85235 86233 match_264 match 160 81611 82450 match_265 match 109 81665 82462 match_266 match 129 85439 86245 match_267 match 175 85229 86311 match_268 match 170 81605 82489 match_269 match 169 81602 82498 match_270 match 181 85331 86281 match_271 match 111 85535 86260 match_272 match 165 81617 82462 match_273 match 182 85391 86245 match_274 match 191 85292 86293 match_275 match 177 81659 82540 match_276 match 172 81659 82510 match_277 match 186 85433 86293 match_278 match 170 81617 82468 match_279 match 183 85391 86251 match_280 match 188 81659 82540 match_281 match 197 85433 86317 match_282 match 189 81587 82498 match_283 match 197 85433 86281 match_284 match 203 85061 86305 match_285 match 190 81461 82522 match_286 match 179 81533 82549 match_287 match 196 85238 86272 match_288 match 214 85259 86320 match_289 match 196 81656 82543 match_290 match 192 81656 82552 match_291 match 203 85433 86356 match_292 match 174 81656 82252 match_293 match 186 85433 86035 match_294 match 176 81614 82495 match_295 match 197 85388 86278 match_296 match 194 81614 82534 match_297 match 200 85388 86320 match_298 match 187 81614 82540 match_299 match 192 85388 86320 match_300 match 195 85250 86320 match_301 match 187 81614 82540 match_302 match 185 81614 82498 match_303 match 200 85388 86281 match_304 match 198 81482 82498 match_305 match 209 85250 86281 match_306 match 163 81632 82450 match_307 match 172 85391 86233 match_308 match 163 81632 82450 match_309 match 172 85391 86233 match_310 match 163 81632 82450 match_311 match 172 85391 86233 match_312 match 358 81611 82504 match_313 match 363 85388 86287 match_314 match 178 81464 82489 match_315 match 194 85259 86305 match_316 match 161 81659 82540 match_317 match 172 85397 86281 match_318 match 188 81656 82531 match_319 match 201 85433 86314 match_320 match 157 81623 82498 match_321 match 176 85394 86281 match_322 match 181 81482 82540 match_323 match 191 85241 86281 match_324 match 195 81614 82525 match_325 match 203 85388 86308 match_326 match 195 81614 82525 match_327 match 203 85388 86308 match_328 match 196 85235 86305 match_329 match 180 81623 82531 match_330 match 189 85235 86305 match_331 match 174 81623 82531 match_332 match 181 81623 82519 match_333 match 193 85394 86320 match_334 match 195 85235 86299 match_335 match 179 81623 82534 match_336 match 194 81623 82519 match_337 match 213 85394 86302 match_338 match 185 81617 82519 match_339 match 200 85391 86302 match_340 match 197 81659 82534 match_341 match 201 85433 86323 match_342 match 180 85238 86035 match_343 match 159 81614 82252 match_344 match 177 81614 82519 match_345 match 200 85238 86302 match_346 match 174 81614 82513 match_347 match 185 85388 86296 match_348 match 180 81482 82498 match_349 match 201 85394 86281 match_350 match 192 85388 86332 match_351 match 179 81614 82525 match_352 match 182 81482 82498 match_353 match 201 85388 86290 match_354 match 183 81614 82498 match_355 match 197 85388 86290 match_356 match 193 81482 82540 match_357 match 202 85388 86308 match_358 match 190 81659 82525 match_359 match 201 85433 86308 match_360 match 186 81614 82525 match_361 match 207 85388 86332 match_362 match 186 81614 82525 match_363 match 207 85388 86332 match_364 match 176 81482 82531 match_365 match 183 85388 86320 match_366 match 197 85388 86335 match_367 match 184 81659 82552 match_368 match 109 81476 82462 match_369 match 119 85394 86245 match_370 match 32.3 47806 47967 match_371 match 172 45758 46378 match_372 match 198 47963 48697 match_373 match 187 38607 39245 match_374 match 181 81659 82549 match_375 match 191 85433 86293 match_376 match 183 81482 82549 match_377 match 190 85250 86293 match_378 match 166 81617 82498 match_379 match 179 85391 86281 match_380 match 159 81455 82465 match_381 match 169 85238 86320 match_382 match 30.4 47824 47967 match_383 match 203 47963 48685 match_384 match 170 45758 46366 match_385 match 196 38619 39233 match_386 match 177 81476 82465 match_387 match 184 85247 86248 match_388 match 246 81443 82489 match_389 match 249 85319 86272 match_390 match 170 81617 82471 match_391 match 186 85391 86254 match_392 match 186 81611 82465 match_393 match 192 85388 86248 match_394 match 176 81617 82540 match_395 match 182 85391 86281 match_396 match 160 81611 82468 match_397 match 173 85391 86251 match_398 match 190 81452 82540 match_399 match 206 85220 86317 match_400 match 179 85130 86317 match_401 match 167 81608 82537 match_402 match 163 81464 82543 match_403 match 179 85256 86326 match_404 match 180 85232 86272 match_405 match 167 81605 82549 match_406 match 117 81629 82528 match_407 match 127 85439 86314 match_408 match 176 81533 82537 match_409 match 197 85202 86314 match_410 match 159 81629 82462 match_411 match 165 85403 86245 match_412 match 44.7 64961 65026 match_413 match 125 66167 66586 match_414 match 168 64302 64880 match_415 match 57.4 64114 64272 match_416 match 188 65498 65962 match_417 match 75.1 63896 64018 match_418 match 139 65112 65345 match_419 match 187 85232 86251 match_420 match 181 81479 82468 match_421 match 169 81470 82495 match_422 match 178 85253 86278 match_423 match 126 37612 38061 match_424 match 296 47963 48712 match_425 match 257 45755 46393 match_426 match 113 43450 43743 match_427 match 293 38607 39260 match_428 match 74.7 47788 47964 match_429 match 176 81461 82465 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