C02SLm0019I01.3 CTACTAAAAAGGAAAGTGAACAAATAATTAAAGACAAAAGAGTAAATAATTGAGGATATA ATAGGTAAAAAGAAATTATAGATAAATTTTAAAACCACACCTAAATTATATCTTTTTATT TAGATTCATACCTAAAATATTGAGAGTGTGAATTTCATACCCAAACTATTAAGAACAAAT TTCATACCAAACTATCACTTTTTAGTTTGAGAAACAGGCCTCTTTTTTTCTTCTCATTTG TGTTAGATACATATTCATATCAAAAAAAAATTTACTTGTCATTGCTAAAGATTTTTAATT ATTCACTTATTTATGTTAAATTCGATACACTGATAGATTTTTTAAAAAATATATGTATAT ACATATCTAACATAATACTTTAATTTTTAGTTTTTAATTAACATTAATAGTTTAATATTT AATTTTTATCAAAATAAAATATTTTATACAGATAAAATGTTATGTATCATAATTTTTCAA ATAAAAGAGATTGGTGTGTGTTTTTTTTACTCTTATCTCAACAAATTTCCATGAAGGAAC AATTAAAAAAAGAAAATTTACACAGATAATTAGAACAGATAAAGTAATAAAAAATACGAT TAAAGTACAAGTAAAAAGTTGAACAGAAATACCGCCTGTTAAAACGCGTATTTATACTCC ATTCTTGAATTCAATATATTATTGAACGCACTCCATACTTGAAATCAAATATATATAAAA GTGTCAAATCCATAGTTAGATTATATTTAAGACTAAGAAGCTCTCACTAAGTAGGAATTA GAAAGCAAATTTACTAGTAGATTCACAATACTCTGCACGAATTTGTTGTCACTATCTTCA TTCTTGATTTATTATACTGTAAGTAGTGCAATAATTTCCAGAAACATACTATTGTTTGAT TCTTTCTTTGTTTTTGTGTTTTCGGTGTGATTGATGATAACTTTTCTACCATCTTCTTCG GTCTATGCGGATCTTGATAAATTTCTGGTGCCCCAGAAGTCAAAAGGGATATGGATATTT TTTGTATTTATTCAATTTGCTGTGTATTGGTTTGGTTTGGTTTTTTGTTTTTCAAGAAAA CATTCTATTTTGATTCCTCAATTGTAAAATCTGTATTTTTAACTAAAAGTTCAATATGTA CCTTGAATCTTGATTTAAAATCAAATTCTTGTTATATATCCGGTTCCGTAGAAGTCAAAT GGATATGGGTGTTTTTTGTATTTATTGAATTTGCGATGTATTGGTTTGGGTTGTATTTTG TTTTTCAAGAAAACATCTTATTTTGATTCCCCCGAATGTAAAATCTGTATCTTTAACTAA AAATTCAACATGCCCCTTGAATCTTGATTTTAAATCAAATTGGTGGATAGATATCAAGCT CAAGTTTTCTCAAATTTGATATTCTGTTGAAGAGTTGTATGTTGGTAAATTTTGTGTGTG GTTCTCTGACCTTGATAAAATTGAGAATTGGTTTGCACGTTTAGTTGAAAAGTGCAGGCA GTTGAAAAATTGGTGAACACCAGTATAAAGGTCTTTGGTATTTGATTTGCAGGAGGAGCT TTGTGTTGTGTTCTTGCAAGGCTTGGTAAAATATGGACTTTGCTAGTATGGACCGTGCAC AACTCACTATGGTGGGATCAGGATTTTCTGCTTTGCTTTCGATGCATTTCACGATACAGC TCTTGTCACAACACCTCTTCTTCTGGAAAAACCCAAAGGAGCAAAAGGCAATAATCATGA TTATATGTATGGCTCCCCTTTATGCCATTGACTCGTTTGTGGGTTTGTTAGATATTCGTG GAAGCAAAACATTTTTCATGTTTCTAGACTCAGTTAAAGAATGCTATGAGGCTGTGGTAA GTTGCTACCGTGTGATTGACATGCCTTTGTTAATGGCGCATACGCTGTCTAATCGTATGC TTTCTAGTTTGACAGAAAAAATAAAGCAAAACATGTTTCATTTGATGTCTTTTTTCAGGC AATTGCCAAATTTTTGGCTTTGATGTATAGTTATTTGAATATATCCATCAGCAAAAACAT TGTGCCTGATGAAATCAAGGGGAGGGAAATTCATCATTCCTTTCCGATGACTCTATTTCA GGTGTGATTATACTTATGTTTAGCTTTCCTCTCAATATGTGCCAGATGATTATGCATTCA ATGTATTTATAACTGATATCAAAATTAGTCTCCCTACCCCACAAAGGTAGGGTAAGGTTT GTGTACATCCTACCCCCTCCCCAAACCCCACTTGTGGGATTACGCTAGGTATGTTGTTGT AACCATTGCGTTTGAATCTAACCACTATTGGACTTTCCCCCTTTAGTGTTTACTGTGTGA TAATATCATTTTGAAGAACTTTAGGGGCAAGGGGAAGTCTATCCCCCAGTATATTTCTTT TTATTCTGAAGCACATGGCTTCTAGTCGTCTAAGATAGACAACCAAGTTATTTGAGTTAT TACCTAATGTAACCAATTAATTATAATGACTCTATATCCTAAAGAAATTATATTAATCAG ATCCAGTCTAAGTGCAGATATAAACTGCTTGCTCTTTCATATCCGGATGACTTGGAGGCT TGGCTTGCTAACACTTACATAAGTTTTCTTGTAATCTGGGTGATGTGAGATATTAGGTTG AAGTTTGTCAGTTGTTTAATTGAGCTTATGCCTTTCTTACTCAATTTCACTAGAGTGATT GATAAAGTAGTATTAGAATGGTGTATTTTAACCATGCATCTAATGTTCTTCCTGCCAATT GCAGCCTCGCACTGCTCACTTAGATCACCGGACACTGAAACTTCTCAAGCATTGGACATG GCAGTTTGTCATTATCCGTCCAGCATGCTCTATCTTGATGATCACGTTGCAGATTCTTGG GTTGTATCCGAATTGGCTCAGCTGGACGTTTACCATCATTCTCAATATTTCATTCTCAGT GGCCATGTACTCCTTGGTTGTTTTCTACCATGTTTTCTCAAAGGAACTGCAGCCACACAA ACCACTTTCAAAGTTCATCTGCATTAAAGGGATAGTTTTCTTCAGCTTTTGGCAGGTAGA GACTCCAACTCATCTCCTCTTACCCCCCCCCCCCCCCCAAAATCTAGAAATAAAATTAAT CCTTATCCGTCTCTTGAAGTTTTGGTCAAGGTAAGTGAATGCAACTATTTGTTTTACATA TGTGATAATTATTTATGCTAAGATCGACATCCTGTCAGCGATGGCTTTCTTTGCTTTTCA CTTTTTAAAGCGTTAATTGAAAGAAAGGATGAAAATATTTGTAATCTATAGAGGCAGGCA GGCAGCATAAGGTTATAGTAGCCCTACTCCCAAGGGCATGATTGACTGGTTGAGGTGTAA GAGTAGCGAGGTTTGAATACCCAGTACGAAGCGTAAAACCAAATCCAAAATATGTCAAGT CTTGCAATTCATAACTAGTTATAGAAGTCCCTTAATGAGTTTCTCGTTACATGTACTGAA ATGGAGCCAAGCCTTTAAGGGACTTCTATTACTAATTATAAATCAAAAGACTTGACTTAT TTTAGATTTGGTTTTACCTACGTGTAAGTTTCTGCTAATTTTGACCAACAATCAATACTT ATTAAGTTCCTCTGATGCTGTTTCCTCACTGCGTCTTTGTGGGAGTGGTATTGGGCAGGA GGCACAGATTTTGCTTATTTGCAGGGATGGACTTCATTTGGGTTTTGCCTCATGCCAAAC CTTTTACTGTTATCCTCTACATCTGTGTGTAAACCTGTAATGGAACCAAAACACACCAAG GGACACTGAACTATCTATGTACTTCTAGGTTTATCTGTAGCTTGGGAAAATGATTTCTAT ATGGAGGACTCGGTTTCATTATTTCATTATTTAGACAAACAATATGTAAAAATCTGTGTT GCTCGGACTCTTCAAAAATGTTGCGCATGTCGAATTCTCCAAAAGTAGTGTATTTTTGGT AATGTGACGCGGGTGCAACATCGAAAGTGAATAGTCCATGCAACTTAGGTCAGGATGATT GAGACATAGAAGAGTGCACAGATGGGTTCTGCGGTTGAGCTCACATTTTATCTGGCCAAA CAAGTGAAAATTAAAGGTCTTTAATATGTCTGCCTCCAACCTCCTCTAAAAGGTTGTCAT TAGGAGTAGATAGCTGTTAATCTCTTACAATAATCTCCTCTGAAGTTTGATTGGTGGATG GATATCCATTGTGTGAGTTTGAGGCATGGAATCACTGCAATGAACTGATCATAGGATAAT ATAAGTGAATCCTGTTAGTTGCTGCAGGGAAACGTGATGTAAAGGTTAGCCTCATGTCAC GAGTTCAAACCCTGACGCAGACCAACGGCAAGGTATTTAAGTGGAGAAAGGTCTAGAGCA GATCCATTATCCACTGAGATTCAAATCACGAGCCACTGACTCTCGGGATTTCTAGGTTAT AAAAAAAATGGTGTGTCCTGCTAGCCAACAATCATCATCAAGCAAAGGATACAAACTACC ACCACTAAAATATTGAATCCTCTTGACTTGCATGCCATTACTTTTGAAATTCTTTCAACT TCTCAAAAAGGAGGTATTGGTTTCTTTGTTATGTTGTTTCTGTGAGGAAGCCTCTCTCCG TTCGATGCTTTGCTTGACTGAGATATGTTTTTGCCACCACTGGTGCAATAAACTATTCAT CTCTGAATTTTGCAGGGGTTGCTGGTTAAAATTCTAGTCTCGTGGGGAATTATCAAATCT CACCATTTTTGGTTGGATGTGGAGCACCTTCAGGAAGCCATTCAGAATGTTTTAATTTGT GTGGAGATGGTTTTCTTTTCTGTTATGCAGCAATATGCATACCACGTGGCTCCTTACAGT GGTGATGTCGAAGCAAAGTTGAAACTGAAAAAGGATGACTAAGTCGATGCACAAGACGTT GGTGTGAATAGACACTTTTCCTCTGTGATCTTGCATTTACCACCAGTCGCCGTGTGTAAT GCAAGTTTTTATTGTTGTGTAACCTGTTGATACGGCTCAGGAAGGTCTTAAGATAACTAA TTTTCGCGTGTGTTAGCAAAGAAGGAAATTTCTATCATTTCCTCTGATAACCAGTTTTTA CTCTTTTGTGGTTAGACTTCTTGTAGTTATATCAGTAATTTTTCTTCATGAGAGGCTGGT GTCCCTGCCGGCACCTGCAACAAGCTTGATTGCGACTTTGTAAGTAATCATTTTCTTAAT TATCTTGAGAATATCATGACTATGTGAATGCTCTAATCTAGCAGTATTTATATCCTAGCC ACAATGAATGAATCTCGATATTTGATACTCCCTCCGTTTCACAAAGAATGACCTCCTTTT CTTTTTAGTCTGTTTTTATGGGGAACAACTGAACAAGCTAGGCTCAAGGTTGTGCCTTTT CTTCCATGGCACAGCGCTGCCAAGTGCCAAGGCACGACCTTGAGCTTCACAACGTGTTAA AAGAATGAATCTCAATATTTGATACTTCTCCCTTCCACCAGGCTCTACCATTTGCATGTC GAGCTCCTATGCCGGAGACTGCATTTAGCACTGGCTTACTTACAGGAAGCTGGTCTAGCA GATGACTCTTGCATACCCCATTGTGGAACACAAACCATTTGTGACCATCTTTCCATGTTA AGTTTCACAAGGCTTGAAGTGTGACAACAGTTTTCATCGGACGACATGCCTGATTGCATT CTAAAACGTCTGACCATCTATGAAGTTGAGCAATTATCATCAACCAACAAAGTGAGAAAG GAGCTAACCCAGTTACAAGTGTGTATCATGACATTGTAGTTAAATGCTTCAAATTGTAAT TCAACCAAGTGCAAAAAAGACCAGTTCGAAGAAAAAATAAGTGAAATATAGAAGAGTGTG CGTCTGCTTACAATTTAATCGAAAAAGGTTAAAGAACTTCAACTTCTATATCCTCAAAAA CGATCTATGCTGGGAGGCCAGGGTGCCCAAAACAGATTAAAATAACGAAAACAATTTACA ACATAAACTTCATTCGTGCATGACATTAACTGAGGAAAATGCAAGAACTGATTTTCCAAC TAACTTGTCTTATGGAATATCATAACATGACAGAAAGTTACATGTCCCTCTGTAAGTAAC TATTAGTACAACCTCAACCAAAGAAAACCATCTGAGAAAACCTGTTTTACTGAGGTAAAG ACTAGCATTGACTAAAAAATGCATTCATAGCTTGGTTTTTCCAGCCAACGTGTCCCAAAT GAGTTGACCACCCACTGCATATAAGAGTCTTGATTCCTCTAGCCAACCCATGTTGAACAA GTTGTCCTCAAAGTAAATGGAGACAAAAATGGCTGCTCAAAAACTAGTCCCTGAAAACAC CAGAGATGAGGTTAGCATGTTTGTTGAACACCAGGAATAAGAAAAGTGAATCTGTCTCAA AATACAAGCACACGTGTACAAACAAGAGGCAACACAATAAGAACTAAGAAGCGAACTCAA AATATGGTTATCCTCCAGAGCAAGAGAAGGATAGACCTAATTGATATTCTGGATGAGAAA TCTATCTACTGATAACAGAACCCCTACCCCAAAATAGAGGCCATTCACCCCAATAACAGA TATTTTAATGACAGAAAACAGCACGAGTGAAAGTGCTTTAACCCTCTCTTGTTGGTAGTA AGTTACACTCTATCATCTCTCAAGGGATTGACAAGGATACATTTACGGAAACTGACAGAA GTCTCAAAAACATTAATTGGAAGATGAACTGCACCAATCTCCCACGGAATTGCCAAGAAG AGACACAGAAACCGACAGATGACCTCATAAACATAACTTTAGAAGGGTCCTTTCACTTCA AATTGCAGTGGAAGTTTAAAAAAATCCGTGACAAGTCAGGGAAGATGCTTCCTTAAAATT TGGTTCTTTTTGTCTTTCAGAAGTCATGAATTTAACATGATCCATTAAAGGTATGATGTT TTTTTCTTTTTGAAATTGGATTAAGTTGCAGTTGTCATTTTAGGATTTGAAAATCCTAAT TCAAAGTCTTTTATGTTTTAGTTGCAATGGCAGACAATCAAGCAATGAGGCAGATTGTTA CTTCCTGGACCTTGTGCTACTAGTTTCTTCCCTAGCATACCTCCCCCCTCCCCCCTCCTT CATTCCCCCTTCTATGACAGCAGGCATTGAAAAAAGAAGAAAAAATCCACGAAGTTCATA TTTTTCCCAGTCAGTGAAAAAATCCACAAAATTCACTTTTCCATTTTTTCCCTTTCTATT CTCAATAGATTCATCTCTGCTCTTGATTCAAAAACAAGCTCATCAAGTCACAAAACGAAG TGCAAATGCTGTAACAAAAAATTGCAGAAAAGCACCAAGATCAGGCTTCAAGAGCACATC TTCATGAAGATAGACGCAAATGAAGAGAGACACTATATGCAACGTGAAAAACTAATTCAC AAATACAATATATATGCAATGCAAGAAAGGTACAAAGTTAAAAAATGTGTGACGTGAAGA ATAATCACTTTGGAGGCAGATTATTAAGGTAAACACAGAGAGCTAAATCACTGGCATACC GAAGTCCCTAACACTTCATATCACAACATACACAATCAAATTGGGGAAAGTCTTCAGTAG AAACACTTATTTCATGGTTGAGAATGGAGAATTTATATAATTTTGGGACGATAAATGGCT GGGAACAGCATTTTGCAGAAAAATTTTCCAGGACTCTACCAATTAACTGAACAGCCCCAA GCATCAATCATAAACGGTAGGCAAGGAAACATTTAGAAGGAATATCCTAGACCAGGAGGA AAATGAGATAGTTGACATGGATTCTCCATTTTCTTCTGAAAGATGTAATGGCATGCAGTT GTCGTAAAAATGGTATTTTTTCAATCAAAAATCATGCTATACTAATCTTTGGAGCAGTAG TGGTATCACTGAAGTATTGTCTTTAGGAAACAAGTTTGGAAGGTGAAAAATCCAACAAAG ATAGCCTGTTTCAGCTAGTTAGCTATTTTAGAAGCCTGTCTATCCCAAAAATATCTCACT GAAAGAGGATTGTGCTCTGCAACAGGTGGTATGTGCTACCCAAGAATCTGAAAGAATCAG CCACCTTCTACTTCACTATCAAGTTGCCAAAGACATCTGGAGTATGTTTTTGAATTTTTT GGGGGTTAGTTGAGTAATGCCCTACACTGATAAGGAAGCTTGTGCTACCAGGGGCCTCTG GAGAGTTGGCAATCGGTGACGATGATGCGGCAAATGGTTCCACCATGCATCTTTTGGTGT ATTTAGAATGTTTTGAAGGAGTCACTACACTCTCATATACGTGTTAAAGGCTAGATGTCT AAAACTCTTTTTTGTTGTTGTGGGCTTCTTCTTTTTCTTTTTTTTTTGGAGGAAATAGGT AATGAGTAGTTCATCCGTGGATCAAGGTAGGTGTGACAGATTCAGTGGCAGTTCTAATCA ACACATAAGTCTCAGGTCACACTAAAGCTAATTTAATCTGAAATATGGAATCGCATATGT GGATATACAACGAGAGCGTTTTTCACTATCCGTGTCATGACTACATTAACAACTAAATTC TACGATGGGACAGAGCAATAAAAGTTTAACCTACATAAACATAATTACTAAAGCAAGGAT CATAAAGCTTACCAGTATTTGATCAAACCATCCCAGCCACAAGTAGCAACTTTACTTTGT TCCAGAGGATGCCACTCTGCACCAATACAGACCCCATCATGACACTTGAGAGTTCTGAAG ACCTTACACGATTTCCAATCCCAAAACCAGCATCTGCCTTCACCATCTCCTGAGAAGACA AACCGTCCATCAGGTGAGAAATTGACCTGGCAGGCATAACCAGCGACAATGTGTCCAGCA AATCTTTTCTTTTTATTCAGCTGAAATCTCTCTCGCGTACTGTAAATAAGAATCTGGTTA TCCAAACTTTGTGCTGCAATCCAATTCCCATTTGGATGGGGCGAAATAGATGGCATGGAA TGCATATGGGGTTCACTTATATACTTGATAACAACCGGAATACCATATTCCCAAACACGT AGTGATTTATCATCACTAGAGGTCACAAACCTTCTGTTATTATCCACAAAGGTAATTGTA TTAACTGCCCCCAGATGTTGATCGTACTCTTGTGTAATCTGTCCACTGTTTATATCCCAC TGCACAATCTTCTTATCACTCATACCAGCCAAAAGTACATTCTGCTTATCTTCATCAGGA TTAAGCCTCACCACATAGGGTATCTTACCCGTCGTGAACGTTTGAATTACTTGTCCTGTT TCTGTATCCCAATACTTAATGTACTTATCATATCCAGCTGTCAAAAACTTCGTCCCGTCA TTGCTAAACCAAATATCCCTCACTGCCTTTGTATGCCCCATGTAAGTCCTCATACATTTA CCGGAATTGTAAACATCCCAAATTTTCACCTTTGTATCCATCCCAGCTGACAAAATCAAA TGACCATGCTTAGGGAAAAACCTAATGGCTGAAACCCCTTTCGTGTGTCCACTCCAAGTA TGTACCAATCTCTTTGGTATATAGCAATGATCATTAGCAGCCTTTGCATCCTTCGGTGGA GCGATCCAAGACCTGCCCTGATAATCCTTTTCCTCTTTACCATGAAATGTGCTCTTTTCA ACCATAGGCTCCGCCTTATCTTTATCACCACCTCTTTCTTCACCCTTCTTCTTAGCATAC TCTTCAGCATATTTTTTCTGCTCCTCAGATAATTCCACTTGCAACCCTTCTTTCTTTCCA GCCCATGGACTCTTCCTGTTCTTCATCAACCATGTGTCGGTGGACGGATTTTCAACTTCC GTCATATCCACATCCTGCTCATCACCCTCCTCCTCCATTTTTTCCTTCTTCTTCTCTAAC TTCCTCTTCTTCTGTTCATGCTGTGGTATGTTATACACAGAAATTGCATCACATTCCTTC ATTTTTTCCAAATCACCGATGTAGCTATTTTCAGAGGGATCAACAGCGTACCCATACTTC TGAAAAGTATTGTACTGCTCATCGAATACAAAGGGCTCAATAGACGCGTCCTCTACGAAC CCTAACTTGTGATTTCTGAGTCCTTGAGCTAACCCGTCCTTTGCGTACGGGTGAGCTGGA CCACAAATTGGTGCCCATAGTTGTTCGTACGTCGGGTTGAATCCAACAACGTGCTGGGTC GGGTCAAGGGGTTTGGATTGAGCTCTGGCAGCTTCGCCGGCGACTGTTAGGGCTAGCATG GTGTCGTCGACTTTAGGGGCGGCGGATTTAGAAGGAAGCATGCGTATTGGGGAAGAATCC GGCGATTCATCCTCGTATGAAGATTGTAAAAGATCCATGGGATACGCACAAACTATGAAA AATGGCGAAAGCTTTATATTTTGATTAGAAACCTAATTTTTTTTATTTTTTTTTGAGCTA ACAGTGTATTTTTCCCCGAAATCTAGACCGATGATATTATAAAGCTTCTCTCTTTTCTTT TTTGGGTTTTGACTTCCAACTTCAACTTGGATAGGGTAAAGCTAATATACTCCAATCTTA GGGCATCTATTCTCTATTTTAATTTCGATTTCGAAATATAGAGTTTTCTATTTTATCAGA ATTCAAAAATTTCAATTAAATTCTCTATTTTACTCTCTAAAAATAAATCGTTTATCTCTT CTTAAGATTATATTATTATTTCTATTCTAATTTTATTTTCTTATTTCAATATATATCATT TATTTCTTTTTCCTAATGATTACTTTATATAATTCTCATATGATAAAAACTTTATCTTTT TAAATTTTTTATTTAATATAAAATATATTTTATTATAAATTTTAAATATCATAAATTACA TGAAAATATTATATGATATCTAATTTAATAAACAAATTCAAATAAAGTAAACGATTACAT TAACACTTAATTTTTGAAATTATTACGTTGCTCCCATAAATGCTTTATTAATGCATACGG AGTTCAAAATGAGCATTTTTGTCCTTGATTTTATTATGTCTAGCTAAAAACTGTTCAAAT TGGAAATTTTCATCTACCACCATTTCTATCGTTACAGTTTGGGCCTTTACGACATCTTTA ATTGGTGCATTAAGATCACGTCCTCAATCATCACATTGTGTAGTATAATACATGTAGTCA TTATATCAGGTTGCACTTTCTTTCTCTGAAAACGTGACGGTCTTGCAATAATTGCAAAAC TCCGAATGCACGTTCCACATCTTTTCGACATGGTTCTTATTTCATTGCGAATACAATGGT GGTAGATGAAAATCTTCGATTTGAACATTTTTAGCTAGACATAAAAAATTACGGAAAAAA ATGTTCATTTTAAACTCCAAAACGCGTTAATGGAGCATTTATGTGAACAACGTAATAATC TTGAAAGTTGGTATTTATGTAATGTTTGTATAATTATATTTCATTAATGATTTCACTTTT ATTTGAATGGCTCATTAATTTGTATATTATATAATATTTATTTTTAATTTATGTTACTTA AAAATTCATAATAAAAAAGAATTTGATTTTTTTTTATATTACTTGAAAATTTTATGAAAG TGATTATTTTGGGGGAAAAAAAAGAATGAATGGATTTATATTATGAAATAAGAAAAATAA GAATGAAATAGAAATAATAATAAAATATTGAGAGAGAGAAATTCTTTTTAGAGAGTACAT AAAAAATTGGGTTGAAATTGGTTGTCTAAAAAAATACAGAACTCTAAATTTAGAGAGTGA AACAAAGTGCAGTGTTGGAGATACCCACAATCCAATTCTCTATTTTACTCTCTAAAAAAG AATCATCTTGTTTCTCCTCAATATTATATTATTATTGTTCTTTTTTTCCCCCAAAGTAAT CACCCTATATAATTTTCATGTAATACAAAATTATTATTTTTTTAAAAAAAATTTTATTTA GTATAAAATTATATTTATTTTGAATTTTAAAGAACAATTACGAAAAATTGAAAAAAAAAT CAACAAGCACAACCGCAATTACAAACACAACACATTTCTCTAGATCATACACATAATTTT TTCTGAATATTGTTAAATTTGAAAAACCTATCGGATTACTAAATTATTGTTGTGATTTTA AAAATCATTTTGTTATGTATTGTATTGTTATCTTGTATTTAAATTATTATGTTATGTATT GTACTTTTAAATTAAAATTTTCATTCTAGCATTTAAATTTTGTGCATTCTTCATGGTGAA AATCAATAATGATAATAATATCAAATTATCTCTTAAAGTGACGAAAATTGAATATAAAAT GTATTTAAAATATTGTTAATTCGGGATGAAAGTAGTATATACTAAATTATATATTTTTTA AACTGTTATATTATATTTAAAAAAGTTACAAACATTAGAAATCTAAATAATAGCTTTATA CGAAAAATAATATGTTAGTTACAAATAATATAAATAATATTAAAATAATGAAAAAGTGAA ATAGAGGGGTGAATATTCTTCAAATTTGAAGAACTACTATTCACCTCTTTATAAAATAAA AAAAATAGAATAGAGGCTTTTTAGAGAGTGGTTGGAGACCCAATTCTTTATTTTACTCTT CAAATATAGAAAATGGAGACTAAAATAGAGTGAGTTTGGAGATGGTCAAGTTCTTAAAAC CTCTCAGACATTATAAGTCTTAGCTCGTTTCTATTTGTCTTGGTGTTGGATGAGTTGACG CATCATATCCTTAGAGAGGTGTCATGGTGAATGTTATTTGCAAATGACATGGTAGTGATT GACGAGACTCGCGGTGGAGTTGACGTTGCTCAAAGTTTGGACACGAATCGTAGAGTCTAA TGAGTACGGATTGAGTGAGACCCAAATAAAGGGCTTATAGTGCAAGTTCAGTGATACGAC ACGAGATTGGCATAGATTTGAGACTTATTTTGATGTAAAACATTGATAAGTTATTTTATT TAATTGCTCTGATGAATGATGATAGACTAGGGTCATGTTCCCGGTCAGGGACAGAAACTA GGGTTAGGGATGGTAAGCAGGTTATGGGTTCTTCTGGGCTGAGAGAGAATGTTTGAGCTT TTGAATAATTTTATAATAGTTATGTTATTTCCTTTTAGTTATATCATACTTTTATTTTTA TTTTATTTCTATTAGTTCTATCTTTTGTTATTCTTTTTTTAAGAAATGTTATTCGATTTA TAAATTATGTTGAAAAGAAATTAAAGCTAAATTATATTATTTGATAAAAAATATTTATTC GAATTATGGAAAGATGCATTTAACATCTCAAAAAGAAGTATCTAAATTCATTCTTTCAAT AAATTTGAGTTATTTCTTTTCAAAGCATATCAAGTAGACTTGATATATTTTCTTTATTAG TTTCCCTAATTTAAATACTAGAAAACCACTTAACGTAGATTTTTTTTAAAAGTTACTCAT AAAACAACCATAATAATTTTAAGTAATCAGAAATCTTCTTTTTAAAGACTTTAAATTGCA AATCTAATATTGAGATTAACTAGTTAAAATTGCACTGACAATTTTTATCTTTGGAAATGT TATAGAGTATCTTCATATATTATTAGTATTTAAATAAAAAACAAATATAGTAATACGATA AGTTAAGTCGGTCCGTACAGTTGCAATGCGAAGATTAACCAATTTTTTAATATTTTAAAT TTATTTTTAGTACTAAATACATATCATATTAAAAAAAAAAAAGGCAACTTTCACATATAG CAAACAAAAAATTCATATTTGTATGTTATAACAAACTTTTGTGTAATTGCGCTCCATAGC AAACATAAAACTGTTTAATTTGCTATACATATACAATTGTATAATTCGCTGGCCTATTTC GCTGCAATTGTATAATTTGTTTTGCATATAGTTGAATCGAATTAAAATGTATGTATATTG CATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTTTCTCGCTTTATACAAAAACAT AAACACAATATATACACTTCTGTTGTATAGAGCTAGAGAAAATTGTATTTCACTGCAATC GTATAATTCGCAATTGTATAATTCGTTGGCTTTTTTTGGCAATATTTGAAGTAAAATGTT TGTAAATTGTATAATTAAATTGTATAAAAGCGAGAGAGACGAGCGAGAATGGAGAGTGGC GAGCGAGATTTTTGGGAGAGAGACGCTGGCAAATTTTAGCTAATGTTTGCTATGGAGCAC AATTAAATCAAACCCTAGCTATTCCATTTAATTTAGGTTATTAGTTTGCTATTATATACA ATTTTCCCTAAAAAAATAAGGCAAATAAATTAAAACGAATAAAAAACGCTCTACGTAGGC AAAGGAAGTTGAACTGTGGAAGGAGGGCGGCAAACTGGCCCATTCACCGACTGACCTTAA TTCCTCAACCTTCTTACTTCTAATAATACTTTATTCGTTCTGTTATAAAAGAACTTACTA AAATTAATATACTTAAAGAAGGAAAATTTAGGAAGTAATATATTTCATAAAAATGTATAT ATTGTATCAACATGTATAATGGCTATTTATAGCCATGACTTTTATTTACACATGTATCAC TTTGTCCATTATTGGCCAAGTGATGTATTCTTTGGCCTATTATTGGCCAAGTGATGAGTT GCACAAGTGATGCAACTCATTCACTTGTTTGGAGCCCACGTGGCATGTTTTACAACACTC CCCCTTGTATGTCTATGTAAGTATATAGACATACATAATACGCATTACCTGCTGCCTCAT TAAAAACCTTTCTAGGAAAACCCAGTGGGATAAAACCTAGACTAAGGAAAAAAGAGTACA GTGCGTATTTTACTCCCCCTAATAAAAATCACGATTTAGATGGTTAAGTTTTCGCATTCC AATTTTGTGAATCATCTTCTCAAGAGTTGAGGCTGGTAAAGATTTGGTAAATAAATCTGC TAGATTATCACTTGAACGAATTTGTCGCACATCAATAGCACCATTCTTCTGGAGATCATG TGTGAAGAACAATTTTGGTGAAATGTGTTTCGTTCTATCTCCTTTTATAAAGTCTCCTCT TAATTGAGCTATGCATGCAACATTGTCTTCAAAGAGTATTGTGGGTATCTTGACGTCACA CTTCAAACCACATCTTTCTTTGATAAAATGTATTACTGATCTTAACCATACACATTCTCT ACTTGCTTCATGAATGGCTATTATCTCAGCATGATTTGAAGAAGTAGCGACAATAGACTG TTTCGTAGATCGCCATGATATAGCAGTACCTCCGTATGTGAACAGATAGCCTGTTTGTGA TCGAGCTTTATGTGGGTCAGATAAATAACCTGCATCTGCATGACCAAAAAGATCTGCACT ACCTTTGTTAGAATAAAACAGACCCATATCACTAGTACCCCTTAGATGTCGCAACATATG TTTAACTCCATTCCAATGTCTTTGTGTAGGGGAAAAACTATATCTTGCTAATAAATTAAC AGAAAATGCTATGTCGGGTCTCGTAGCATTAGCAAGATACATAAGTGCCCCAATTGCACT GAGATAAGGTACTTCTGGACCAAGAGGTTCCTCTTAAGGTCGAAATGGATCCTTACTCAC TTCAAGTGATCGGATAACCATTGGAGTACTTGATGGATGTGCTTTGTCCATGTAAAGTCG TTTCAAGATTTTCTCAGTATAGGCAGATTGATGGATGAAGACCCTGTCTACTAAATATTC TATTTGTAGTCCAAGACAAATTTTTGTCTTTCCAAGGTCTTTCATCTCAAATTCTTTCTT TAGATATTCAATTGCCTTTTGAACCTTTTCTGGAGTTTTAATGAGATTAATGTCATCAAC ATAAACAACAAGAATAACACACCCCAATGTTGTTTTCTTAATAAATATACAATGACAAAT GACATCGTTTATATAACCTTGTTTTATTAAGTACTCACTAAGGCGATTATACCACATGCA CCCTGATTATTTTAAGTCATATAATGACTTTTGTAATCTGATTGAATACATTTCACGAGA TTTTGAACTATATGCTTCAGGCATTTTAAGTCATTCCAGAACTTTCATATAAATTTCATT ATCAAGTGAACCGTAAAGGTAAGTTGTAACCACATCCATTAGATGAATCTCAAGATTTTC ATATACAACTAAGCCGATGAGATATCGAAAAGTTATTGCATCCATAACAGGTGAATATGT TTCTTCATAGTCGACACCGGGTCGTTGAGAGAATCCTTGTGCAACAAGGCGTGCCTTGTA TCTTACATTCTCATTTCTCTCATTCCTTTTTCGTACAAAGACCCATTTATAGCCAATTGA TTTAACATCACTAGGCGTTTGGACTACTGGTCCAAAAACCTCACGCTTAGCAAGTGAATT TAATTCTGATTGAATTGCTTCTTGCCATTTTGGCCAGTCACATCTTTGTCGACATTCTTT GACAGATAGAGGTTCAAGATTCTCATTTTCTTTCATAATGTTAAGTGCAACATCATATGC GAAAACATTATCCACTATGATTATCGATCTAAACTTATCTCATCACCTGTAGAACTTATT GAGAGTTCGTCATTTACTTGAGTCTCGGTTTCACTGATCTCTTCAGGAATATCAGGATTA ATCAGATCTTGAATTTCTTCGTGAGATTCTTTTGTAGTGTCATTTTTTGTACTTCTTTTT CTAGGATTTTTATCTTTTGAACCCAATGGTCTACCACGCTTCAGGCGTATTTGTGATTTA GAAGCTACGATACTTGTAGATGGTCCTTTTGGGACGTCGATTCGGATAGGCACATTAACT GCAGGAATATGCGATTTTGTTATCCTTTTTGAATCAGTAAATGCGTCTGGCATTTGATTT GCTATGTTTTGCAAATGGATGATCTTCTGGACCTCTTGCTCACACACAAGTGAGCGTGGA TCAAAATGAGATAATGATGAAACTTTCCATGCAATTTCACTTTTAAGTTTCTTTTTCTCT CCCCCTAATTGCAGAAAATTTGTTTCATCAAATCGACAATCTGCAAATCTTGCAGTGAAT AAATCTCCCATCAATGGCTCAAGGTAGCGAATTATGGAGGGTGAATCGAACCCAACATAT ATGCCTAACCTTCTTTGAGGGCCCATCTTGGTGCGCTGAGGTGGTGCTACAGGCACATAT ACAACACATTCAAAAATTCGAAGATGAGCAATATTTGGTTCATGACCAAACACCAATTGT GATGGGGAGTATTTATTATAATGAGTCGGTCTGAGACGAACAAGTGATGCTGCATGTAAG ATAGCATGACCCCAAACAGTAGTAGGCAACTCACTTTTCATAAGTAGAGTCTTGCTATCA ATTGTAAGCATTTAATAAATGACTCAGCAAGGCCATTTTGAGTATGAACATGAGCTACAG GATGTTCAACTTTTATCCCTACCGATATGCAATAAGCATCAAAAGCTTGGGATGTAAATT CGCCAGCATTATCGAGGCGAATTGTCTTAATGGGATAATCTGGAAATTGCGCTCTTAATC GTATTATTTATGTCAATAATTTTGCAAACACCAGGTTGCGAGATGATAAGAGGCACACAT GAGACCATCTTGAAGATGCGTTATATAGGTGAATAGGTCCACAAATATCCCCATGTATTC GTTCTAAAAATTGAGCGGATTCAATGTTAACCTTCATTGGTGATGACCTAGTAATCAATT TACCTTTGCAACAAGCAGCACATGAAAACTCATCATTTGTAAGAATCTCCAGGTTCTTTA ATGGATGTCCATTTGAGTTTTCAATTATTTGTCTCATCATTATTGATCCAGGATGACCTA TTCGGTCATGCCAAAGCACAAAAGTCTTTAAGTCAATAAACTTCTGGTTTACGATAGAAT GTGCTTCAATCGTACTTATTTTTGCATAATATAGGCCAGAAGACGAAGTTGATAATTTCT CAAACACATATTTCTGGTCTGAGACAATCTTGGTAATACCAAGGTATTCAACATTCATTT CATTTATTGTCTCAACATGATATCCATTTCGGCGAAAATCTTTAAAACTTAACAGCTTTC TTGGGGATTTAGAAGAGAACAAAGCATCTTCTATGACGAATTTTGTTCCCTTAGGAAGAA ATGTAGTAGCTCTTCCGGAGCCTTCTATTAAGTTTGAATTACCATAAATTGTAGTAACAT TTGCTTTCTTCTAAGCAAGTAGGAGAAGTATTTCTCATCTTTGAATATGGCGTGCGTTGT TCCACCATCAATTACACAAATATCTTCATGATTGATCATTGAGGTATCCATATACTCTTC AAGATAAAAGATATAAACGAAATAAACATTATAATATTATTACTAAACAAAAACATTACA CAACCTTTTAGTTATTTACAAGTCTAGGAAAACATATTCATGCTAGTTCATACAAACGAC GAAAATGAAATATATTTACATTATCACAGATCCATTACCTATCAGGTGATCTATCTTTCC TTCGGGATTCTCAAAGAAATCCGCTACATCTAGATGCATGGGTTCAACAGTATCTTCCGA GATAAAGTTGGCTTCTGCGTTATTTTTCACCTCCTTCAGAGAAGCTTGATATAGCTCAAC CATGTGCCTTGGTGTACGACAGGTACGTGACCAATGTCCTTTTCCTCCACATCGATAACA TTTGTTGTCTGAATTTTTCTTCTGCACTACATCATGTTTTTCATTCTTCTTTTTACACTG CTGGTGTTGAAGGTTATTATTTAGTGCAAGACGATCACCATGATTGAAATTTCTTCCTCG ACCACGACCACGACCACGACTGGGGTTACGACCCTTTTCACGCCTAGATTGGTGAAAATT TGTCGTATTTACTTCAGGAAATGACATAGAACCAGTAGGTCGACTTTCATGGTTTTTCAT CAGTAAGTCATTATGTTGTTCAGCAACAAGGAAATGTGAAATTAATTCGAAATATTTTTT AAATCCCATTTCACAGTATTACTGCTGCAGAAGCATACTCGAGACAGGAAAAATGGAAAA CGTTTTCTCCAGCATATCATGATCAGTTTGCACATGATCAATTTGGGGCCCACATGGCAT GTGATGAGTTTGCACATGATCTCCAGACAAGTGAATGAGTTGCATCACTTGTGCAACTCA TCACTTGGCCAATAATAGGCCAAAGGTGCACATCACTTGGCCAATAATGGCCAAAGTGAT ACATGTGTAAATAAAAGTCAAGGCTATAAATAGCCATTATGCATGTTGATACAATATATA CATTTTTATGAAATATATTATTTCTTAAATTTTCCTTCTTTAAGTACATTAATTTTAGTA AGTTCTTTTATAACAAAAATAAAATTTTGAACTGTGAATTATTTACTTCATTATTCTACA ATATAGATGTGCTAGAAACTGACAACTTTACTTTTACTACTCTATGAAAGTAACTTGAAA TTGAATTGTTTGTTTCTAGTCTAAACAAGTTAGAGATGATTGTATGAATTCTTAGCGACC ACATTCATAACAAATTTCAGGCCAACATCCAAGTTGAAGAAAGAATTGAATGTTTTGAAC AAGGTTGAAGGTAAAAAAGAAGAAGATGATGTTCACCTATAGAGAGAACAAAATAATGTT GGTAGAAATTGTGAAGTGATGGTGTTAGAGAATTCCCAAGTTAGTACTACTGTTTATTCA AAATGAAACAGCTTCAAATGCAATGATTGTGGGCAGTTTAAGCCAAGAAGTTTGGTGTAC TGATACAATGTTTTAACATAAAGTTAGCCCAAATGTCAAAAGATTAACAATGTTTTTGGC TGTGATGCTTATTGACAATTTTCAATTCCTGCCTCCTCACAACTGTTGCAGAAGATAGAG GACATATGGTTAGAAAAAATATACTTATGAATCAATGAAGCATTTGAGAATGAATTATAG TAGTTGAGTCATGATACACAGGAACTAATTGAAGTATAACTAGCAGATATCAAAACTAAA GCAGCATTTCTTCTTAGGAAACCAATAGTCATGTCATGGCACATCATTTTAAGACCTGCA GAGGACAATTTAGTGTGACATAAGACCGGTACCTAAAAAAGGAATACTGAGCATGTAGCA CAATTGTCAACTGCATGTCATAGACAAGTTTTACCTCTTGCAGTACCTTTGAACCTTCAT AAGAAAATAGCCGAGAAGCATTTGCGAAGCTTATCTCAGCAAGTTCTTCTTTTGTCAGCT CAAGTAATGATGCAACATAGGAGAGTACATGGTGAATGTTTGCAGGATGGTTATAGATTT CTTCTGCCTGTCGTTCATTGCCTTTGTCCTCCTCGGATGGATTTCCATCATTGATTCCTC CACTTGATGTTCCATCAGCTGATGAAGCTTCCTTCTCGATTAAATACAGAGAATCTGGAT TGCTTAATTTTGGCAAAGCATCTGGTGCATCTGTCTCCAACAAGATCCTGTCCTTAGGAA TTGACTTCAACATTTTCTTCGCCTTGCTTTCCTTCATGGACATAAGGAACCCAGAAAAGG AGAAGTAAGCACCAAGCTTAGCAAATTCAGGAACCATTTCAGCAGAGCCGAGGTAAGAGT GCAGGATGAAACCAGCAGGAACAGGCCCCGCAGATTTTAATAATTCAAGAAGATCCCCGA AAGCACGAACACAGTGTATGGATGCTGGTCTTTCCAACTCTTTGGCAAGTTGAAGCTGCT GTCGACAGACATCCACCTGATCAGCGAAATCAATCTTCCTTCCAAATGAACCTTTATCTA AACCAATCTCTCCAACTGCAGCAGCAGGAGTAGACTCCAAAAATCCTCTCAAGGTTTTCA GCCAATCAGGAGTTCTCTCAGTTATAAACCAGGGATGGAGCCCAAAATTTGGAACAATAG AAGGGTAGCGTTCACTCATTTCCTTTACCAAACGCCAATCTTTCTCTGACACGCCATTGA CCGCAAAATGGACAACTCCTGTTTCAGTCGTGGTTTTGATAATTTTTGGGACCATATTAA AGATCCTTGGATCTTGGAGGTGACAATGAGAATCAAAGAGTTTCAGCATTATGGGTCTTA AAACTGCCAGACTCTTCTCTTCTTTTCTCTTGATACACTCTAAGTCGGTATTATACTGCT TATTCCTTGAACGAACCCTTAATGAAAGCTCACATGCTGGAGAAAGATAATGGTAACTGG AAGATGCTAGTGCAACACGGTCTCACAACTGTATGATAGATTAAGGTGTAACTAGCTTGT GTATGTATGAGAAGCAAATGACTTAAAGGAATCTGCACAAATCAAACGCTGAAATAAAAT GAAGTACCTGTAACCACTCAGAACTCCAACAATTTCATAATACAACTCAAAAATCCAAAT CCGTAAACCCATAAGAACACCACATTAAAGTTGGTCAGCCTTGTTAAACCTGACTGCATG CACGCAGCAAAATGAGAGTAACGCTTTGAGTTAAAGAAAAATACTTTCAAACAGGATAAG TGTTGCTTGGGAATTCTAATGTCTAACCAAGTCACTCTCTTGGCTATTTAGAGTCTTCTT AACAACCTAAAGTTGAACTGAAACAAATATGATTATGCCAAAAATGGAAGTTCATACACA AGGCTACACTCAACGTACATCTCTACAACCAATTTTTAGTCTTGAACCTCAAATAAGGAG CGTACACAATAAAACCAGTGAAATCGCAGTATGGTGAACCTGCAACTCAGGTGCTCATAC TATTAGACATTGGGTATCAGCTTGAAGTAAATTATCTGAATGTTACCACTGGGTGGGCGG AATCAAAACGAAAAACATGACGAAACTATTTGATTTTCCAATTCCGATGGTCTTAAATTC ATCATCAATAAATCAGGCTCGATTCTGAAACGACTCTTCCTCTTTCTTTAAACCAAAGTA GCCATTCTTCCTATTTCTAATTCCCGATAAAGTAAAAGTAATTCTTATTGATCTAAACAC CAGAAAGAAGAAAACAAACCAATGAGAACAAGCAGAAAGAAGTAAGCAAGTTACAAACTG GATAAATAAACAGATAATATAAGTAGGAAAACAACATAAAGAGGACCAACAGATAAGCAA TTTTCGCTAAAAGTTTACTCAACCACTATAAAAATGTCACTAGATGCAGCTCCCATTTTT TTGTATTTATTTATTTATGTTACTAACAAAGACACACATTTGTGGCAGAAGAGTTTCACG GATATCTAAGGATTACTAAACAGAGAACATAAGTCATACATTCACTCTATTTATCATCAG TTCATCACTAGTTTCAAGGATCTATCATAAACTGTCTCTCTACGTAGGGTGAGGTTTGCA TGCATCCTACCCTCACCAGTGTATTAGTATGTTTTTGTTGTTGTAGTATTGTTAATCTTG AAAATCACGTTAAGCAAATCAGCTAGTCTCAATTTCCCTCTTATTTAGGGTTTAAGTGGA AGCTTAAAGCTGTGTTTACAACTTCTCAAACACCATCCTCCAAAGACATAATTTTGCAAA AAGCTACGCAACAAAGGCTTTCTTATCCCCATCACCATCTTCCTATCTGTTACATATGTC TGAGTAATAAAGATTGAATTTTTCAAACACCCATTAACTCCAATTACAAGAAATTTAAGA AATTTTCTTGGAATGAACAATTAAGTACCTGGAATATGAGCTCTGAAATTTGAGGGGTAA TATACCAAAAAGAAAAGCTTCTCAATCCCCTTCACACTAAAATTCTCAGCGACAGCTCGA ACCACATCTATTTCCTAGGGTTAACAAGGCTTTCGTGAATGTGCACCAATCGGTTTTGTA CGATCTTATTTTAGCTGCTAATTTTTAATTTTCCCGATGGCAAGGAGATATTGGATATGA TGTATCAAGAAATTGCCGATAGAATTTAAAAAAAATACAAGAAGATTCGATATCAAATAT GATTTTACTATAGAGGAAGAAAAGAAGATTCGTAAAGACAACTCCTGGGCTTTTGAATGA TTTTATTACATTAGTGTTATTTTTAATTTTTGTTCATTTTTTTCATTATTTTTTAATTAG ATCAATATACTTAGATATATCCTATTTTATTTAATTATATCTTCTACTTTTTCTTTTATA GAATTGTTGTTTGATTTTATGAATTTATAAATTTGTTATGAGCAATTTTCACATATAGCA AACATAAAAGAATTATATTTATATGTTGTAGCTATAGTTTGCATAATTGTTTTTCATACC AATAGCCTCATCAATATGGGCTAAGACCTGTTGGGCCGATTTGGCCTAACTCGAGAATTA ATAGGGTCGGACTAAGATTTTTGAAATTCATTTTAAAAAGGACAACTTTCACGTATAGCA AATAAAAAATTCATATTTGTATAATATAGCAAACTTTGCATAATTGCGCTCCATAGCAAA CATAAAAACTGTATAATTCGCTATACATATACAAGTGTATAATTCGCTGGCCTAAATTGT ATAATTCGCTGGCCTATTTCGCTGCAATTGTATAATTTGCTTTGCATATAGTTGAATCGA ATTAAAATATATATATATTGCATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTCT CGCTTTATACAAAAACAAAAACACAATATATACACTTCTGTTGTATAAAGCTAGAGAAAA TTGTATAATTCGCAATTGTATAATTCGTTGGCCTTTTTCTCTGCAATTTTTGAAGTAAAA TGTTTGTAAATTGTATAATTAAGTGTATAACACGAAGATATATATTTTTGCATGTGTATA TACAATTTTCTCTCGCTTTATACAAAACAGAAACAGAATTATACACTTCTGTGTATAAAG CGAGAGAGGCGAGCGAGATTTCTGGGAGAGAGACGCTGGCAAATTTTTAGATAATGTTTG CTATGGAGCACAATTAAATCAAACCCTAGCTATTCCATTTAATTTAGGTTATTAGTTTGC TATTTTATACAATTTCCCCTTTTAAAAAAGGGCTTTTTAGCCCGCCCTGAATAAGTCTAT TGATTTGTGAGGATTGAGAAATATCGGTAGGGCCACCCCGTAAATATAACATGATATTAA AATTTAAAATTAAAAAGAGTTCAAACTCAAAACAATTAGGTTAATATTTCTATTTAGATA TTTATACTCTTACTTGAAAAAAAATTAATAAATATTATAAAAATAATTTATTTGTAAATT TGATTAAGTAATAACATATATATTATGTAATATTGTTTTGTTGATATTTATGATTTATTT TTAATTTAATTTAATAATTATATAAAAATAGTATTTTTTAAAAAATGAGCTGACTTGTGG GTTGGGCCGATCGTTTTCTGACCCACACCAAAAATGGTCTAGACCAGCCTGACCCGTAAA TGTCAAAGTCTTTATGGGTTAGCTTGGATGGGATGAGTTAACCCATATTGACAGCTCTAA TACCAAATTTTATGTTTGTCATAACTATTAATATGTATATTTCGCTATATATATATACAC AAAAAAAGCAATTGTATAATCTGTTTTAATATACACATACAAAAGAATCAATTTGTATAA TTTGTGTTTGTATAAAGTAAGAAAAAGAGAAAGACAAAAAAAAACTAGATAGTGAAAGAC TGTATTCGTATAATATACGCATTTATATTTGTATATATAATTTTCTTTGACTTTATACAA ACAAAACGCAATGTATACATTTTTGTTTGAATAAAGTGAGAGACGAGTAACAGTGGCGAA CGAAATCTGGAAGAGTGGAGAGCGAGATCTTGGAAAGTGGCGAACAAGATATGGGAGAGA GGGAAAATAGATTCGTTTAATGGTCTTATAGATTCATGTCATGTGTACTATTTAATAATT TATGGTTGAGATTCTTTTTAATCATATACTCGTTAATTATAATAATAAAAACAGCAAAGC AATCAACTTTTTTATTTTTTAAAACTATCAAATAAAGTGATCCTTTTCAATTTTTTTATT TTTTTAACATATAAAATGAGACTGAGAAAGTATGTTTAGAAAAATCATAAATAGTAAAAT TTATTTTACTAATATACCCTTTAAGAAACTTGCTTAAATCTTTACGAATTCATTTTTTTT AAAGAATTAATTGTAAGAATAAAAAGGGAATTGTAAAATATTAATTCTTTTTTTTCACTC CTCAATTTCTTCTCTCTGCTATCACCGTAAGTTCCCTATATCTCCTCCTTGATTTCCTTT CTCTGATTTCTATTCATTTTGATTTTGATTTGCATTTTTCTTCAATTATTTGAAACCAGA TTTTACTGAAGTTGCAGATTTTGATTTTGTTGGATATTTTTGTTTCTCAATGCACAGTTC ATTTGTTCTTGCTATCTCTCTTCTTACTATAAAAAATTTGTTACTTGTATACTTTCATGG CTTATCAAAGATTTAACTAACAATTTGATTGTTTGATTTTGACTTTGACACTGAGTTTAA GAAAACAAAGAGATTTTTGAATGTTGTGGGATCTTGTGGTTATGTGGGAAGTTCCAAAAA GGAAAATTGAAACTACACAAACAAATACGAATGGAGGGGTACATGTATTTGTTAATTTTT CATCTTTTGCAAGTTACAGTTTCATTAGTGGATAAAGCTTAAAATTTAAGATGTGGGTTT ATTCCTCTTACTGGAAAGATTAAGATTAAGAGTTATTGGAATTTTAATGCATGGCAAAAT TGTGATTTCTATGTGAAAACTCTTTATTAGCAGCATCAATTTCTGGGCTTGTATATTCTT GAATTTCATTTTCCTTGGGAAGTTGGCAAGAATGTTCATCATTTGCTTAATCCTTGCAGA GGAAACCATTTCGCTCGCTAGCAGCTCCAACTTACTAATCTACAAAGTTAAGGGTTATTT TACTCGTTGTATGGCTTCCTCAATGGTTGGGGCACAACCATCATTCTCAACACTAGCAAT ATCAACCAACGAACCTGTTGTTTCAGTTGACTGGCTCCATGCAAACATCAGAGACCCCGA CTTAAAGGTTTCTGATCTTTTCAGTCTTAGCAGTCAAAATACTTGATAAAGAATAAGATG GTGATAGTATGGCCGTTATTACAACTGTCTAAACTACATTTGCTGCTCTAAATATTAAAT CTGAAGTTGCATTTTTTGTTCACTCAACTCATGCCTATAAAAAGGACAATTCTTTTCCTT TTCTGTTCATTTCTATTTAGCAACACATTTGCACATGTTTTCTTTCTCTTCCAATTTTTC GGGTGGGGTGTGTGGTGCTGGTTGTATTATGTGAGGCATCTGTCAAATAGTACTGAGATT TTGTTTCTTTTTCCTATTCTTCTAAAGGTGTTAGATGCATCTTGGTACATGCCAGATGAG CAGAGAAATCCACTCCAGGAGTATCAGGTGCTGACTCCTGAGAAATTCTTTTCTGAATGA CACTGCTTTATCTTGAATCACTGATTGCTTTCTAGAAAATATGTTCACAGATAAGCAATT TTCTTTTTCTCAGTCGCATTTATGGTAATTTTGTTCAACAGTCACTTTCATTCTGTTTTT CTGGTAGAATTTTCTAACTTCAACTAGAGCAGGTCGCTTGCATTCCTGGAGCACTATTCT TTGATATAGACGGAATAACTGATCGGACTACAAATGTGAGATATCTTCCCTGCTAAATTA TTTCTCCTCTAGAAAGAGTGATTTTGCTCGACATAATCTTTGCAAATTACTAAACCTTCT CTGGTTTCAGTTTCTCTTCTTTGCAAATTATTTCTGTTTCATTTTTGTCCCATATATGTT TCTCCCTGTACTGTAATAGATGCTTCAGCTAGCCATCCTGCATGCTTTTGAGATAGATTT CATCATCTTTTATGATATAAAAGCTTTATTGATTTATCAGTTGCCACATATGTTGCCGTC TGAAGAAGCATTTGCAGCTGCTGTGTCTGCTCTTGGTATCAAGAACAAAGATGGGGTTGT TATATACGATGGCAAGGGCATTTTCAGTGCTGCCCGTGTTTGGTGGTGAGTTATTCAATT GATGATAAAAGGCGGTTAAGTTCATATTATGCAAAAGTGTCTAATCAATGGAATATGGGT AATCAGGATGTTTCGAGCTTTTGGACATGACAAAGTTTGGGTTTTGGATGGTGGCTTGCC AAGATGGCGTGCTTCAGGTTATGATGTCGAGTCACCTGGTGATGCCATTCTGAAAGCTAG TGTTGCCACTGAGGCAATTGAGAAAGTATACCAAGGACAGATGGTAAGATGAACATTTCT CAATTTCCTTTATCTCACTAAGCTTGTAGCCTTGTACATCTTTAAATAAAACAAGATTCC ACAAGAATAGCACCTTTTGAAGCAATAGGGTGAGGTTCTCTAAGTTTTATTGTCTTCTCG GGACTTTTGCTGCATCGTTCCAAATAATGCTTAAGTAATGACTCTGTTGGTGCTTCTTGA ATATCCGGAGGGCTCCACAGACTCATCTTGTTCATGTTATAACCGTTCATTATGTAAGGA TGAACAACTTTTGTTTTTACCTCAAGTCAGACTATCTTAGATTCTTTTTCCCCTTAACCG ATTTAAGAAATAATTCTCTCATTATGTTACTTAAATGAAAATCTATCCTTTTTATAAGTA AATTTACTGAAAAGTGAAAACAGTACCCAGGTGATGCAAAAATTACAGAGATGGACTTAA GAACTCCTAGTATATGCTTGAAGAGTCAATCAAGTCCATCATATTTGCTTGCTCCTTAAT TGTATCCCCTCTGTTCCAAAAATACAAGTATTAAAGATAACTATACTTTACAAAAGTTTC AAGGAACTGTAGTTGTCTTCCATAGGATGCAGTGAATGATTTGATGTTTGACAAGTTCCC AATTCCTTAATTCTTTTTTTATTGGGGATGTATATGATGAAAATACCTTTTCAATCACAC TTTGTCCACTTGGAATTTATGAATATAAAGTTGAAACATTAGTTTTTCTTGCTGTGTAGA ACTTCTAGGTACATTTTCTTTCTCCCTCTCTTCGTATGTTCTGACGTTGTGCATTTAATG TTATATTGTTCAAATGTTTCTCTTAGAACCTTTAATGTGCAGGTTGGACCTTCTACCTTC CAGACCAAGTTTCAGCCTCATCTTGTCTGGAGTCTTGATCAGGTTGGTTTCCTTGATTGC TTTCTGCCGTACAACACTTGGTGGTGGTTGCATCTAGCCATGTATCATGAAGCTGATGGT AATGGCAAGGACTTTTTTTGGATTATTGACATTCAGGCGGTATTCAAAATCCAACTATTT AAAATTAGATTTTTTTTAAGAGAAAGGTAAGAGTAGTATTATGAAGTCTCCAGCACAAAG ACTATGCTAGGAACAATATCTACTGTTCAAAAAGCAAAACAAAAGGTAAAACATGAACGA CACTACAAGTGGACTGCAATTTAGTGGGTATTAGATTGTAAGTTTGTTGGTTGATATTTG TTACCCTTAGTGCAACTTTGTTCTGCAAAAATCTACCTCCGTTTCCCTGATTGACTGGTA CAACTCTATGAAGTTTGTGAAGAAAATCTAGGAGGACTAGAACTATGACAATTGGAGGAT GTTTTCTACAGAATATTTTGATCTGTTCGTGGATTCTGGTAATAGCTGCTCTTTGTGAAG GTTAATAGTTTGATGATTGTATGATAGTCCAATACTGGAAAAAAATGTGAACACAATCTT GTCACTTGACATAGGTCAGAAAGATTGGATCTTTCAATATATTCTCCATAAATGTATGTA TTCTTATCAGAATACTTCTAGCTTGGCTATAGAAATGGAGATATGATTTCTGTATATTTT CAGGTTAAAAGGAACATTCAAGACCAGACATATCAGCATATAGATGCTCGATCCAAAGCT AGGTACTTCATCATGTCTGCAAACCCATATTTTAAAATGTGATTGACTAATATGCTAAGC TATTTGTTCAACAACACTCACATGATGAGGAGAGTAGATTTTATTTGTCAATTATCTTTT GAAGCAGTTATAACCCTTGTGAATTTACTTTTTAGATTTTACTTCTCCCTCCTAATTTAT GCGACACATTAAGTCAGAAAATGTTTGGCACATGTTATGAATAATAGTGATGTTCAATTT GACCATTCTATACTCTTAAGAGTTCAACTTCAAACTCAAATAATGAGGTTATGCTTTCCT TTGCAACAGTTAGCTCTATAGCAAGTCAAATTGTCTTTGTGCCTTGTTAAATATGTCGTT TGATTAGAGAGTAATATCTTTTGGCATGTCTTGTCATCTATAGGGCCTTGTTGGATGCTT TCCTTACAAACAATTAGTTCAATATGCTAGTCAAAGAGAGGCTGCTGTCTTGTTGTATGG TTAGAAAGGTCGGAGTAATAAATTTTGGCACATCTTGGGATTTAGATAGTTAGATTGCCG TTATATGAATATGTATTTCTTTCTTATGCTACATTATCTTTAGGACATGTAGACAGAAAC TTCTTCTCCTAAAGTGAAATGTTGGCATAGCCAACTTTAACATTTTGTAATGGCTGCAAT TGATGTGCCTTAGTGAGCAGGAAAACTTAGATAAACATTATTAGTGGTTACCATCGAGAA AGGATGGAATCTGAAAATGTTGCAATTATATCTTTCCTGACAACTCTCAAGTTTACCACA GTCATGAAGTCATGAGTTATTAGGGACCACTCATTACATAATGTGTGAAAGGCTAATTGG GGTGCTTATATATTTTTTCTTTATACAACATAACGTGTGATCTGGAGAGGGTAGAGTGCA CACAGACTTTATCCCTGCCTTGAGAAGGTAGATATGTTGTTTCCGATAGACCCTCGACTC ATGTAAAACATTTCAAAGCAGTTTAAAAAGGGAAAACAATAGTAAAGTAGACATATCAAA TAGGGAAAGCATTACTTAACATTCAAAAAAAGGAAAAGTAGCAATAGCAAAATAATGTGA CAAACAAGGTACTAGAAATAACAGGCAGCAGTAGAAGTCACAGGGCTAGGAACTACGAGA ACAGATACTAATACTACTAGAATGAGAGGAGAACAAGTACACTTCTCTACACTACCACCA AGCCTTTCCTGCAGGAATGCGAGACAATACTTAATTACCTACTAATATCTACCCTAATCC ATGATTTCCATAATTTCTATTTAAAGTCATTCCTCGGTGAGCTAAAGATGCATCATGTTA TGTCCAATAACCTCTCTCTAATACTTTTTTGGTCTACTTCTTCTTGAACCCAACATTGCC AACCTTTCACACCTCCTAAATAGAGTATTTGTGCATTTCCTCTTCACATGTCTTCATCAT TTTAGCCTCGTTTCTCTTATCTTATCCACACGGGCCACTCCCATCTTGTTTTAGATGTTC TCATTCCTAATCTTATCTCTCTAAATATGCCCACACATCAAGCACAACATCTTCATTTTC GCACCTCACATCTTCTGGACACGTGAGTTCTTAACTGACCAACAATCTGCCCCATAAAAC AGTAGGCCTAACTACCGCTCGATAGAACTTGCCTTTAAGTTTTGGTGGTGTATTTTTATC ACACAAGACTCTAGAAGCGAGCCTCTATTTTGTCATTCAACACCAATACGAAGTGTGAGA TCATCGTTGATGTCTCATTCTTTTGGATTAAACAACAATAACAACACACCCATTGTAATC CCATAAAGTAGGGTCAGGTAGAGTGTACGAAAACTTTACCCCTACCTTGGAGGTAGAGAA TCTATTTCCAATAGATCCTCAGCTCAAGAAAAAATGGTTCAAAGTAGTATGAAATAGTAA ATGACAGAAGTGAGAAACTATGACAAATCATTCTAAACAGTGGCTACAATTGAATAATAC AACAATTGTTGAAGAGTCCCACATCAGATTAAAAAAGGACATGTGGTCTCTTTATAGGCT TGAGCAATCCTTCCTTTGAGCTAGCTTTTGGGGTTTGAGTTAAGCCCAAAACTTAATTTA ACATGGTATCAAATCAGAATCCATCTCAATTAATGTTTACTGATGATAAGCCTATAAATT AGATTGTCCACACACCAGATGTCCAATCCTAGGCGAAGAGTCCCAAGAGCTATTCTTCAT TTTCTTCCAGATCTCTAAATGTATTACCAAAACTAGGAGCTTATGTTGGTTCATAAGCGT CTCACCCGGGATGACTTTGTAGTCTTTACAAAGACCTTTATCAACTTTCTTAGGGGGAAA AATAGTCTATTTGTCTTGCCCAATGTACTGTGGAACTTACCAAGTTCTCCTCCTTATTTG AGAAACTCAAACTGGCTACCCCAACCTAAAGGCTCCTGCATAATCTAGAAGTGAGCCTTT TCTTTTTCCTGTTCCCGGAACCGAAACCTCTATGCACTTGTCATAGCCCCGTGGAGTTGA CCCGATTTGTCCATTAAAATCTCCTCATACGGATAACTTCTCAGTGAACGATATATCTTC CATTACCTTGTCAAAATCAGTTCTTGTCCGTTTTGCCCAAGCCCGCTTGTGGTGTGCATG GACTAACGATGTTCAAAGTGGACCCTCCAATGACTAATTTAATCGTTATCATCTTGTCGT TGATTCTCCAAACCTCTACCACTTGCTCCCTTATTTCTCTATCTATTAAGAATCCTACTC CATTTGTATTACTCAAGACTACTAAGTACCAAAATTTGTACTTGTCCACATCTAACGCCT TAGTACCTACCCATATGGTCTCCTAGGCACTAGCTACACATCTTCCTCTTTTTGAGAATC TTCATTAGTTTATGGACTTCCCCATTAAAGTCCCTATGTTCCAAGACCCCAATCTCAGCC TAGAAGATCCCATAACCCACTTACCATCCCTGACCCTAGCCTCTGTCCCCGACTGAGAAA ATAACTAATCAAGGGCTTACATCAAAATGAGCAGGAATCAATACTCAAGAGTAAAGACAG AGTAAGAATCCAAGGACCAAAGTCAATAAGGCAGGAGCTGAAGCACAATTGAGCAAGAAT TTAAAGACGAGTACAACTAATAAGACAAGAATGGTAGCACTAACGGCTGAGAGAATTGTA CACAAGAATTACTAGGGCAGGATCAAAGCACAAGCAAGCAAGGATCTAAAGGCAAGAATT TCTATAAGACAAGGATGATTTCACCCGAATACAAACCTTTGATATTTGGAACTTCTTCTC TTGGGGATGACCTGCTTATCAAGCCTCACTTCTACGCCAACCTCTTGTGTCTCATCACTG AACTTGCAGTATAAGCACTCCTTTGGGGTCCCACTCAACCTGGACCCTTTAGACTCTAAG ATTCGTGTCCAAACTTCCAGCCTACTGTTAACTCCATTGCGTGTCTGGTCAATCAGTACT ATGTCATTTGCCAATAACATTCACAATGGCACCTTTCCTTGGATATGACGTGTCAACTCA TCCAACACCAACAACACAAATAGAAACAGGCTTAGAGCGGATCTCTGGTGCAACCCCATT ATGACTTAGAAGTGTTCTAAGTCTTCTTCCAGTGTTCTTACCGGCTTGGCTATTGTACAT GTTCTGAATCACTCTACTGTATGCCACCGATACACTTCTAACCTCCAAACACCTCCATAG AACCTCTCTTGGGACTTCATCATAAGTCTTTTCTAGGTCAATGAACACCACAGGTATGTC CTTATCCAAATGAGCCCATTAACTCTACAAAATGCAAAACCTCAACTTTTTCATGTAAGA AACTAAGATGCCTATGATGCCAAGTATAATCAGAATTTTTTACTATACTCTTCCAGATGT CACAGCTTGCGGACCCAGTTAAGAGCCATTTGATTGCTTGATATGCATTGACATGTATGT GCATAAGATTTAGAAAGAAAAACCACTTCTCTTTATATTTTAAGAATATTACTAGTTTCG TTCTTTGTGTGATGTCAAGGAGCAATTCTCACATTAACTTCTTTGTAGGATTTCTTCCCT TTGTGGTGTCAGTTCCTTGTTTACGAATAAATAAGGATTGATATATTCTGTTCATAGGTA CTTGTATGATGATGGTCTAGGAAAAAATCATCTGTTCTAGAATAGTGTTTACAGGGTAGG GCATATTTACATTTTCAAGTTGTTTTGGTGAAGTTACGCTCTTAGTCATTATTATTTCAA GAACTGCAATTGTTTTGTATAGTCATTCCCGTTACGAGTGGCTTCTGTCCAAGAACGAGT AGTTGTGCATATCTTCTTTTCCCAATAAATTACAATACAAACACTGCTCTCTGCAGGTTT TGAGTTTAAAAAGCTATGTAAATGTGGTACCTATACTCTACATACTTAAGATATGATGTT GAGGAGAAATAGTTTTTTAATTTGGATATTTAAAGATGGGCGTAATCTTCCTCTATGAGC GAGACGCCATCCAAATCTTCCACTCCTTGGGCGAGGCCTTCTGTTCTATGAACACCCCAT CACTGAATGATTCACTTTCAAATTCTCGCTGTAAATACCCGGTCGTAAAATTAGGAAAAA ACTTTGACTAAGAAGAGGTAATAGAGGGAATAAATTTATCAACTGCAGCAAACTGAAGCA ACTGTAATTGGTTAATGTGTAAATTTTCTAGAGTTCAAATGCAAGCTTAATTTTTTTCAT AGAGTTAAGTTATCTGGATTTTTGTTTTGCAACTGTTTTAGGTTTGATGGTGTTGCACCA GAGCCTCGAAAAGGAATTAACAGTGGACATGTACCCGGGAGCAAGTGTATTCCTTTTCCA CAGGTGAGGATCTGTGCATTGAAGAAAAAAAACGATTTTTCAATATTCTATGGCAGTTTT CCTGTTTCATCTCCTGTATAAAAACATTTCCTGCTTTCAAATGAAGATATGGTGAAGTAT TTCTGTTTGAATAGGTTAAACTATTTGTCTCATATTTCCACTGTGCTTGATGCTCCTTGA CCATGGATAATTTACTTCCAGTCATTGATATCATCTGGACTACCGAGTGCATGACAATAT AAGTTTCTAACAGTTGACAATGATCAAAACCATGAGCTTGTACTAAGTTTGATGCATTTT GCTTAAAACCTTGTAACAGAATGTTAAGGCCCAAATTATGAAATTTCAATACTATGCCTC TCAGAGATGCAAGTCACAAAAATGAATGTGAAAATGCTCTCAGGCACAGTTATTGAGGTC AGAAAAGACTTGTTCTTTTCCAGCCGTTTGTAAAGTTTCTGGCATCTTTACAGTTATTCG TTAATCACATTCATCAGTTATTACTACAAAAATTGGTATAGATTCAACATGTGTGGGGAA GGTTTGGTTTGAATGGGTGGAATAAAACAGAAGGTTGATGTGCGGAGCTACTTTTAGTAG AAAAACCATGGAGTTATTGTGCTTTGTTTTATGGGAGGTATCAAGACATTCTGATATGCA TGGCCGGAGATGGAAACTAAACGAACATCATTCAAGTTACTTTGTATACACTATTAAACG AATCTGGTTTAAGATTGATCCAACAGCCTATGCCAGTTAAAGTGATGGGGTAACAAATAT TTCAATTAGGCTCAGTTTTATTTACCGAGTCCCAGCTCTTTAAACCAAACCATTTTACTA TGGTCGGTTTATAATAAAATGGGACCAATCTTTGTGGAGATTGAAGCAAATAAATCAGTC CTTGGTAACTCCAAATGCAGCTCTGGAAAGAGAAAAACAGCAGGAGTTTTGAAAATTGGC ATAATAGCTTACAGAAGATCAAGATGGATGCTTAGCTCTTTTCTATTTTTGGTGTAAACA AGATATTAACTAGGACAGAAAATATCTTTGATGTGCTAGATTGTTCATAGGTAGCAGTTT AGACTAAGACTATTTTATTCGAGAAAATGGTTTAGAACCCCCCTAATTTATATCTGAAAT CTCAACTACACACTTATTCATTACGAAAGTCCCATTACACTATTTTAAAGTAGAATTATT TGCTCCCTGGATGATAATGTGGCAAGGTAAGTGTAGGACACTCTCTCAAAGAGAGTGAGA GGTAAAAATACTAATTAAAACTTTAGATTTTAAAAATATTTCTTAAATTTATATTATAAT TTTTTTATTCTTCAAAAATCTTTTGTTTCTTTTTTTAAAAAAATTATTTTTTATGGTCTT TCTTCTTCTCTTTACCAAAGCTACATCGGCGGCGGTTCTGCTCCACCACCAAGTCGGCGC CCTCACCGACTCTAATCATTAAGTTAACTCTTTTTTTTCAAATCACAAATTTCTCACAGT TAGTGTGAAAAATTGACAAGAACTGAAAATCGAAATCGAAAGTCAAGAGGATCGAACTTT AAAGTTATTAATGGAGAAAAATTCATCAAGTTACAGATCCATCGATGGAGAAGAACTCAT CAACAAAATCATTAGGTAACAAACCCATTTATGAAAAAGACCCAATAATCGAAATGAGTT GCTGAACATTGTTAAATTCTAGCTTCAATACAAATCATCAAAAATTTTCTTGTGCTCATA ACTCCAATGAGGCTCGAAGAAGATGGTGGCAGTCATATAAAGTATCTCCAAATCTGAAAA ATTTGTTGTCGAGATTAAAGAAAAAGATGAATGGAAAAGGAAAGTGAATCAAAGAAGAAG AGGAATGGAAAAAGGAAAGTGAAAGAGAAAGATGAAAATATAGATGAAAAAATATTGCAG CATAAAGTTTTTTTGTTTTTTTTTAAAAAATGGTTAGATTACGTGGCTGAGCGCATGAGA TTCATTATTTCATATAAATCTGGTTGTGTTTTTAAGGGGTATATATTTTACTTTTAAAAT GTTCTGGGGGGTAATAGAACTCCCGTAATGAATAAGTGTGTAGTTGGAATATCGGGTATA GTAGATTAGGGGGGTTTTAGACCATTTTCTCATTTTATTCTGTTATTTGTAAAACTTTTG AAGGGGAACTACACTGTTGTTATAGTATACCTGTGGATATATAGACTAAAGTTATCAGTT TAAAAAAAAAAAAGATTCCTTGTAAGAGAAGCAAGGATGGTAGTTATTTTTGGGTCCTTA GATGTAACACTCATATATTTGGTTTCCAGAACAATCTTTGATGATTTATATACTGATCTT GTTATATTCTCAAAAAAGAAAAAAAATCAACTCTTCTCTGGTCTTCCAAGAATCATTTTG GGCATATTGGCTCTTGGATCCTACACTGATGCCTTCGTCTGCCTGCAAAGATTCTTGAAA ACTGAGGCATTCTCATCTCTTTGTCCCCTTATGCTTGACTTTGCGCCTAAGCCCTGGAAA ACCTAGTGTGTGTAGTACCTGTTCAGTTTATTAGCTTCTATCTACTCTTTGATGATTTAT GTAGAGACTATCTGGTTGAAGCTCTGAAATAACCTTGGGTAGTCATCATCATCAGTATGA GAGTGTGAAACAATAAATGAGCTTTACATGTTTTGCCTGTATTTCCTTGTTTCAAAGCTT AATCCCTACTGAGTAATTCCTAGATCAAGTTCTGTAGCTGTGATAGATTCAAATCTATTT TTTTTTTTTAAAAAAAATCAAATATTCAAATCTATATGTTTGTGGTGATTCTTATCAGAT GTTGGATGGCTCACAGACACTCTTATCCCGTGAAGAGCTCGAGAAAAAATTTGGTCAAGA AGGTTAGAACTAGTCTCATTTTCTGAGCTAGAGTTTGGGCATGCTGCATTTCTGTGGTTT TGCTTTCCTGCTACCCCTAGCTTTGCTGAATGTTAGACTTCATAAAAACAGTGAGCCATG TGTTAAAAAGGTATGTTGTATGTGGCACGTTTAGGCCTGAAGCTACCATGGAGCTCAGGT TGGGAACTTAAGTGCAAGATCGTCATTGCAAAACATCCATGTCATTGCCTATAGGCAATT AGAGACCCCCTTTAAAAGGACAACACTAGGCAATAAATATAGTCAGCAAAGTGGAGGCTT AATTATTAACAAAATGTTTTCTGTAGTGATTTGGGTGCTCTTTAATCCCCAAATCACTAC AGAAAACATTTTGTTAATAATTAAATCTCCACTTTGCTGACAATATTTATTGCTTGAATA ATTCTTGTATAACCATGGAATGTATGTTATTTGAAAATGTCCTTGCTCTTTAGGTAACTA ATCTAACAGTACATGGTTCTTTCGCAGGTATCTCTTTGGACAAGCCTATAGTTGCCTCTT GTGGCACAGGTGTAACTGCTTGCGTACTTGTCTTGGTCAGTTGAATCCTCTCTCTCTCTC ATACAGCTTTCGCTTGTACTGTTGTACATTAATCTATGCCCAGTATTCATATGGCTATTC CATCGTCTCAAAAGAGGGATGAATTCAAAGTTCATTTATCTTTTTAGGGCCTCCATCGAC TGGGGAAGACTGACATTCCAGTCTATGATGGTTCATGGACAGAATGGGCAACACAGCCAG ATACACCTCTCTGCACATCTGAAAGATGAAGACGTTTGTATGGCCTGCCTAGTTTTTATG GGTGAGCAATGATGATTGTGAATCTAGATCTGGTTCCTTTTCTTAATGGTTAGTGCAACA ACTTACATTGTATTGTTGAATGATAACAACGGAAAAATTTCTTCTCTGTTGTACAAAATG CCTTAATTTTACCTTCATTATATTTTTGGTTAGTGCAACAACTTCCATTAACTATACTTT GTACTAAAAAACACTCTTATGCTTGGATAAGTGAACTTAGAAAGGCCCCTGAAATCAAAT GTATTCATGCGTTGTCCAGTTGGAGTTTATATTTGATGTGTCATTGAACATAAAACTACG CTATGCGTGATTATAAATATTTAGCGAAATAGATATTTGTATTTATACATATAATCATTT TTGGAACTTATAAATTGGCTGGTTGCACTTTTAAAACATTACAGATTATAACTATCTGTT ATATTGTATTGTTCATTTAAATGTATGATTGTCTTCGTTTCTTTATACTGCTGATATATG TACTACTCGTAAAAATGCATACAACGAACCCAATATAATAAGTTACTTATGCATTATAGT TATGATAGATATATTTTCAAGATTAATTAACTATTCTATCAAGGGTATAATAGATAAAAT GAAAAAGGGCTTAAAATAACCCTTAAAGTATTGGAAATCCATTTATTGGTTCCAAAATAT CTTCTCGCCCATTTATTGGATTTAAAATACCCATGTCATTTACATTTTGGTTTAAAATTG ACAATTTATGTAATGATTTTATATTTAAATTATTTAAATATTTTTTTTAAATACATGATG TTCAACTATTTGTTATAATTTAACTTATTAGTATAATTTATAAAACAACAGAAAAGCTAC AACCAATGAAAAGCTACAACCAATTGAGTGTTTTTAGAATTTTGAGGTGAAAATATCTAT AGTACTAAATTATCATATATTTAAGTGTCTAAATAAAAATTTACCGATAAAAAGTCTGAC TATGTTCATCTTAATTATTCTTACGTCTCAATTATGTGATGTTACTTCATCGGTAACTTT TTTCTCAAAATAATATATTAAATGTTTTAAAACAAATCATAAATATTTATAAAATTATAT TTTAAAAAAGTGCATGAATTATTTCGGGATGTATTACTTCTTTATTTTTAATCATAAATT TCTAATTCAATCTTGAAAGAGAATCGTATTGAAAGTCTCATCCTAAATAAGTGGCTCAAC CTAAATTTAATTGGGGCTTAAATTCGGACTCGAATAATTTCGGATGTTATTTTTCAGAAA TCTATATTTTCATCGTGTTTTAGTAGTGTTTATGAAGATTTTGATATTATAATTGGATTA TTAGTTGGGTGGGGTTTAGTTAGCAATGAATGGGTAGTGTGTTGATTTATAAATTAAATT ATAACCAATAATTGAACGTCAAGGATCTTAAAAAATATTTAAAGAGTTTAATTTTAAAAC AATTAAATAAGTGGTCAATTTTGAACAAAAAAGTGTATAGGTATGAGAAGAGCATTTTGG AGCCAATAGGTAAATGAAGGGTAATTTTGTACCATTTTCAATACTTCAATGGTATTTTAG GCCATTTTTCGTAGATAAAATATGATAAGTTATGTATAAATTTTATAAAATGACAACTAT TGTTGTTCAGCTATTTATAGAAAGAAATGACGTATAAAATGAGACGGAGGGAATAATATT TTGATAAAATTAAAAAGTGTTACTTATTATATGACAAAATAATAATAAAGTGTTACTTAT TATATGACAAATAATAAATAAACGTAGAAGTTAAAATTTATAAAATTCATGATTTTAACT TGTAATTGGAACTGCTTTTAGCCGTAAGGAAAAAAAAAAGGTTTAAGAAAATCAAAGCCT GCAGATAAACCTCTATATAAAAAAAATTAACAAAACCCCAAAGCCCCATTCGGTTTTTCC GACGACCAAGACCGGCGACAATTCAGTTTTTCCGACGAGCAAGAGAGCCGAAACCGAAGC ATTATCTTCGTATTCTCTAAGCTTCTCAATGCATCTAACCACTACTCCTCCTCCTCAACA GCTGAATTCAATACAATTATCTTCAAAACCCCTTTTACTCACATTGCCATTCAAATGCAG AAGGAAGTTTTCCCGTATAAGAAGACCTACCATTGTAGCTTCTTCTTCCAATACTAATAA CAGTCCTGAAGGGTTTTCTTGGCTGCAACTTTCACAGTCCATTCGCCGTGGTTCCGAACG TTTCTTGAATCAATTGGAAGACTCTGTGAAGCAAGAGACGGGTTTTGATTTTAAGGATGT TAAAGTTAAAGTTGGGGAATTTTCAGGTCGAGCTGTTGATTCAGCCAAGAATGGCCAAGT TTTGCTGCAACGTTTTCAGTCTGAGTTGTTTCCTGAGTTCTTGAATTGGAACAAATTCGA GTCCTGGAAGGTGAATTTTCCCATTTCTTATTTGAGTTATTTGTATAACTTTGTGCTCAC ATTATCCTTTTTCCCCTTCCCCCAGGACGTCAAGAAATGGGATTCCAAAAGAGTTGGTGT ATTCATTCTCTATATTATAGTTACGGTATGTTCTTGTCAAAAAATATATATGGCAATTCG AGCTCCTATTATTAATAGGGAAAGAAAAGAACTTACTGAGGCATACATGGAAGCATTGAT TCCTGAACCTACTCCTGTTAATGTCAAAAGGTAAAACACAAATCAAACTGCTAACTGTTT TTATTTTTATTTTATGAATACTTGATACTCGGAGATTGATATGATGTCATTTTTTGATCA GTTTGAGGTGCATCTTGAATTGTCTACCTTTTCTTTTGATGATAAAGGTTTTTATTAATA AAAAACGAATAAAAAACTAAACCAGTTCCAAGGAAGTATTTGAGAAACATAAGATAGGAA ACAGATTATGGCTGCAATGTCTTTGGAAATTCTTAAGTCACTTCGTAAGCATCCTTTAGT TTACCTAAAAAACTTGTAGGAATACTTATACCTATGAATGGTTTCAGCTTTTCTTTCAAT ACACCTACCATTTCATTTTTACATAACATCCACATGATACAAGCCGGGATAGTGTCTCGA ATCTCCTTTGCTCCTTTCAGAGTCCTTACAGAAACAATCATGACCCCACTAATCCCCAGT GCACTGTACTTCCGACCTTTTCCAAAGTTTTTATATCTTGTGATGGATTGGGGGAATTTA AGAGGAGCAGTCTTTTCATATGACAAGACTTTTCCAAAGCACGTCCCATGATGGAGACAA ATGATTCTCTGATATTTTAAGGATTTGATCAGACTCTTACTTGACCATTGAACTTTTCTT AGCTGGGGTAAAAGCTCAATATTTCTAGATTTTAGTTTGATCTGCACCATTATCCTAAAA TCAAATCAATGCAGTTTTATGAGTAGGAGGAAACATTTACCCATGCCACCTTATGCAAGT ATGTCTTGTTGCTTGATCCAATTAGTGATCTAAGATGTTTTGTAATCTCTCAACTCCTTT CTTGGACATGTATTCTTATAGATTCAAGAAAGGTTTGTGGAGGAAGACGACCCCCAAAGG TCTAAAGTTAAAGAAGTTCATTGAAGCAGCAGATGGAACTCTTATTCATGACAGTTCCTA TGTTGGTGAAGATGCTTGGGCAGATGATTCTGGCAGTCATAATATGAAAGAGGTGATAGA CCATGATAGTAGATTGAGAGTAGAGGATAAAGAGACTCTGAAAGAGAATCTTGGAATTTC AGGTGAGTTTTGTTATTAACCTTGCATTATTTTTAAGTACGTAACGATCCTCCTCCATCA TTTTTCCTTCATTCTAAAAAAAAAAAAGACGCATGAGAATTTTATAGTAGTATCTTATCA TCTTCGAATTTATTTTTATTTTAAAATGAATAAGCTGCACTCTGCAAGCTCATTTTTTAT ATTTTCTTGCTCCCCCTAGTAATGGTAAAACTTTTGAACGGGTGGACTTCTCCCCTTTTT TGGTTTGGGTGAAGGGGAGGGAGGATGTATATTTACCAGTATTCTAAAAGGTGAGTGAAA TTGGTCGCTGTCCCATGTTTTTTCATAAGCAGGTTGAAAAGTTACTGCAAAGTCATGATA CAAGTAGATGTGATGCCGTGTATCAGTTTGAGGGCATTTTGTTTTTCTGGTTTTCTAATA GCAGCTGGACAAAAGAACGCTCTTTGTTGTCACCGTTTAAGAAAACACGAGTTAGAAATT TTAAACTTCTATATATTAAATATGAAAACTATATTAAAAGTTAAAATTTTATTATATAGA CTATCACATAAATAATTCAATAAGTTTACACTAACAAAATAATTTCATATATTATGTTAA TGATAAGTTCCTTTCTGCTGCCTATTCCACTTTTATAGTTCTTGCATCCACTGGATGCTT TGTTATTAATAGTTTATTACAACTCTTACTTCATAAAAAAAATGATATATTACGTTAATT TTTTAAAAATGAATTTTGTTAAAAGTAAAAAATTAACAATTTTTTTACATAATTTACTTG CATCCACTGCAAAAAAATGAATTTTGTTAAATTATGTAAAAGAAAATCATTTTAAGTTGC CAAGTGAATCCAAATTATGTTAGTAGTCTATTTAAGCATTTCTTATCCTTTTTCTTTTTG CAGCTGAAAATCAGGATACGGGAGGAACATGGCGTGCAAGACTTCAAGAATGGCACAAAA TTCTTAGGAAGGAGAAGATGGCAGAACAATTAGATTCAGTAAATGCGAGGTATGTGGTTG AATTTGACATGAAGGAAGTTGAGAACAGCCTTCGCAAAGATGTTGTTGAGAAGACAAGAG AAACTCAAGGAACCAGGGCATTGTGGATCTCGAAAAGATGGTGGAGATATCGCCCGAAAC TTCCCTATACCTATTTTCTTCAAAAACTTGATACTTCTGAGGTAAATGTTTATCTTCTCA CTTCTGTATCTCTTCATACTCAGATATGGTTGGTCCCTTCTGGTTCTAATGCTTCCAAGT GGAAATAAGTGTGGATGCTTTTAAATCTACAGTATTAATGAATACATGGTACATTTTAAG GATTGTACTTCAAGTTGTGGCATGGGTGACTTGATGCCACCCTATTCTTCATTCTTTTGA ATGATGTTATAAGGGAAAATAGCAAAAGATAGATTTCTTAAAGAAAACAGTTTCCTTTTC TTGAACTCTAGCTGGAAACTAAAATTATCTTTTACATGTGGATCAAACTAATTTATTTTC TTTACTTGGATATGGACGCACTTCCAACTAGATTTACTGACTTAGTGTTCTGCAGGTGGC TGCTATAGTCTTCACAGAGGATCTGAAGAGAGTGTTTGTCACAATGAAAGAAGGATTCCC TCTTGAATATATTGTGCGTAAGACATATTAACCTTTCCAGAATAAAGTCATCACTGTTCC TGAACTCCTGACCTTTATACTGATTAATGTATTCTCTTCTCAGGTTGATATTCCACTAGA TCCTTTCTTATTTGAGATGATATCAAGTTCTGGAGCTGAAGTAGATCTACTTCAGAAGCG GCAGATTCATTACTTTTTCAAAGTTCTTTTTGCTTTATTGCCTGGAATACTGATTTTGTG GTTTATAAGAGAATCTATGATGCTTCTGAACATCACGACAAATCGCCTCCTCTATAAGAA ATATAAACAACTCTTCGATATGGCTTATGCTGAAAATTTTATTTTGGTAACTTTTCATCA TCTAATACTAGTCTCTTTTATTTTTCTGAATATTTTGAATCTACAGTCACCTTTTAACTC CTATTCCTTGCCTACTTAGCCAGTTGGAGAAGTTGGTGAGACGAAATCGATGTATAAAGA AATAGTATTGGGAGGAGATGTTTGGGATCTTTTGGATGAATTGATGATTTATATGGGAAA TCCAATGCAATATTATGAGAAAGATGTCAAATTTGTGCGGGTAAACTCAATGATCCTTTC CAGACGTGCTAAAACTATATACTATGTAAATCTTGTTCAGTATGATTCATTTAATGCACT GCAGGGTGTGCTTCTGTCTGGCCCCCCTGGAACAGGTAAAACACTGTTTGCTCGGACACT TGCAAAGGAAAGTGGGATGCCTTTTGTATTTGCTTCTGGTGCAGAGTTTACTGATAGTGA AAAGAGTGGTGCTGCACGAATCAATGAAATGTTTTCTGTTGCTAGGAGAAATGTAAGTCT ACTTCTTCTAATAAAAAAATTGACATCATATAGGGATGGGAATGTTCCTCAAAGTAAAAA AATTGCATCTTATGATTTCTATACCGAAAGCAGCTACCAGTCAAATGTTAAAGGGGGTGG GGGGGGGGGGGGGTAAGTCTCCAAGGAAACTTCTAAACCAGTAACAAATATTCAGTCTAA CTCAAAACCAGAAACTTATTTTTGTCTAGTGTGCTTTTACGATGCATTAAGCATAAGTTA CTTTAGCTGTTAGTCTTTTTTCAATTTATGTTAAACTCTTGGTCTCACTATTTGAAGTTT GAACCAAACACGAATAACCAGGTCTTGAGCATGCTGAGTAACTACTGGGGATGAAGTACA ACAACAACAATCCAGTATATTCCCTCATGTGGAGTCTGTGGAGGGTCAGGTGTACGCAGA TTCCTACCTTGAGGGGGTATAGAGGTTGTTTTCCGATATACCCTTGGTTCGAGAATAGTT TTGAAAGAAGAACAAGAGTAAAAATCAATGATGAGGATAATGAAGAAAGTAAAGCACTGA GAGTAAAATAGTGTAGATAACCAAAGTAAATGAAACATCACCAGTGTTTTGGAGAGTGAG AAGCGGAAAAGAGCGACAAGGGCTCGGCGTGAAGCAAAGCACACTTCTTTCAACTGAACT GCTATTCAATACAAAAATAAAGAAATATCAAATATGTTTTACTATCTTACCTAATTTGGC CCACTTCGTGCCCCAGAAGGTAGCACTTAATACGAAAATATTAGCCATGTGGGTGCATAT ACTGGCTGGTACTTCTTGCGGTAGCGGAAGCTATTTGTGTCTACTAAGATCGTAGATGTT TTGATACCATGTGAAAATAATTAAAAAACTTCTCATGAACTTGATTAACAAGGTACAAGA GGTGGTCCTTATAGGAGTATTAGGTTACATATAGTAAGAAGGTAATCGATCTCTATGCTG ATAAGGTTAATAAATTCTATTTATTAAATACAATATATGCTAAGGTACCTTATAAATTTT TTAAAATGAATTTCCTTGGGTTGAGGCCCTTTTCCCAACCCTACTGCATTTATGACCGGT CTGCCTTTTTTTTTTAATGTACAAGAAACAAGATTATATGAATCTAGACACATATTTACT CGTAATTCAACAATTTACTTTTGCTAATTCAAGGGGATAAAATTTACATTCAGTTGTCCT CTTTGTAGGCTCCAGCTTTTGTATTTATAGATGAGATTGATGCTATTGCTGGAAGGCATG CAAGAAAGGATCCACGCAGGAAGGCAACATTTGAGGCTCTGATTTCTCAGCTTGACGGGG AGTGAGTATCGTAATCTCATTTCATGGATATAATACTCTTCTTTGCAATGAAAATTTCAT ATTGGAGAACACTATAGTACAGCTGTTTTTGATGAGATCTGATTCTAGAATCTTATTCTG CAGTCTGGTTGATATGGCTTCTCAAAGAAGAACATTTCCCTTTCTTCCCTACCCTGTCTA CAATCTTTAGCCAGTGAAATCTTTTGCTGTTGAATTATGCATTTTTATATTATGAGGCAA TGAAAAATCTTGTGAACTTTGGAGTCTTTTGCTCTTTTTGTCGAACTATGAACAAATATG AGTTAATGTGTCTTGGCAAATTGACTAACTTGCAGCACCTAACAGTTTAATTAATATGTG GACATCACTTTATAATGTCCTTTAAGTGTTGTTTCAAAGAAGAGAAAATATGACGCATGT TCTGTTTGCATCTTCTGTTACGAGTTAGCAATATTTTCTCATACTGGAAACGCCAAGATT TCTGTGATTATTTATTTTGGTATGTTTATCAAGTGTACTGCTAGAGATAGAAATTACAGT AACATGCCTAGCAAAAAAGATTACTCTAATATTCTAGAGAAGTATTGAAGGCAAAGCCAT TTTTTCTCTCCTATATCCCTGTATGGTTGTGCAGCCAAGATAATAAAGGACTTGTTTGTG CAGGAAAGAAAAAACTGGTGTTGATAGGTTTTCACTAAGACAAGCTGTCATATTCATTTG TGCAACCAATCGGCCAGATGAACTGGACTTAGAATTTGTCCGCCCTGGACGTATTGACAG ACGTGTGTATATTGGTTTACCAGATGCAAAGCAACGAGTGCAAATTTTTGGAGTTCACAG TGCTGGGAAACAGCTTTCCGAGGATATTGCCTTTGAGAAAGTAAATCACTTGCTTCATTA CCCCTTTTTTTCCACTAATCCATTCATTCTTATTCATTACTGAGTCATTAAGTAATAAAA GCTACAAATGTAACATTTTTTTCAACCCAACAAAAGCACTACCCTTTAACTTGCCCAAAA TCCAAACAACCCCAAACACCTGTCTAAGAACTAGTAAATTCGGCAACAGCCTTAGAGCGT GTTTGGTTTGACTTATTTTAGGTGCTTTTAAGATAAAATAGTTTTATAGCAGTTTTGGAG TGTTTGGATAAAATAAAAAAATGGTTTGGACTTGGGACTTCCATGTTGGATGTCTCAAGT TCGAAACCCCTTGCTAGCGAAAGAAAGGGGTTTGCCTTCTGGGTCGAGCTCGTCGCATCG GGCTTGCCTAGTGCTGGTTACCTCTCCTATGTAGTTTATTGCATAGGAGCGGGAGTTTTA CCTTGTGCGGACCCAAAGGGTAGCGGCTGCGGGTTTCCCTTGTCATTAGAAAAAAAAAGT GCTTATAAGCACCTGTTTTAAGCCAAAATAACATAAATAACTTATGGCTTATAAGTCATA AGCCAAAAGCCAATCCAAACAGGCTCTTTGTCCTCTTAGTTCAGAAACATCATGTTTAGC CAACTCACCGGACAACAAAAGCCTAACAGCAGTCTGAATTTCCCTAGAAGTGATAGTAGG CTTCTTATTATACCTAGCCAATCTTGAAGACTCCTGAGCAAGCTTCTCAACTATATCATT GATGAAATTGTTCATGTTCCCCATAGTCTTGCTTGAAATATCAATATCTGGGTGAACTTG ATTCAGCACCTTGAAAATGTAGATGTAAGTCTCAACAGTCAACACTCTTTTCATTGTCAG CACCACCAGCACCTGATTTCTTTGGTAACTTCTTCCCTGCCCTTGGATTCTTCTCTGCTG GTGCTTTTTCAGCCTTTCCTCCTCTGTTGCTGCTGGTTTCCTCTCTGCTGGATTTTTATC TGCTTTTTGTGCCAATGAAACAGAAATTCAGAATCTGAAAATGGGTTACTAAGAAAAGGG AAGTAAAAGATTCTTGGCTTGTGAAATGAGTTTGTCTTGGTGCTTCATTAGTTCTCATTG TTGGCTTGGGATCTCCTCTTCCAGTTGATTTGCTTGAATGTAAAATTACTTTCACGTTAT ATACAGCTTCTTTCAAGGGTTAGCAGCAACACTACTGCAGTGTAGTAACTGCACATGCCA AAAGCTAGTTGTTCCTTTCTTGTACTTAGTTGCTAGAAGACAATGATGTTCTTTTTGTTA GACTTAATGTATGCTCCATTTGGGCTCAGGTTTAGGAATTTGATTGTTGAACTGTATTCC TTGCACTTCTGCAGCTTGTCTTTCGTACAGTTGGATATTCTGGGGCAGACATAAGAAATC TAGTCAATGAAGCTGGAATAATGTCTGTAAGTTTGTTCTTTGTATTTTCCGTTGATATAT AACGTCTCTACTCACTTTTGGAGCTTCATATTAGTTGACGGTTGACCTATTGTTTTCTTG ACAAGTTCTGTTATCTTAAACAATGTATGTTATTGACAATTGACTTCAAATAATTAACAT TGAGACTTGTAGAACACAACATACATTTTTTTCTTGTAAAAATGTATATTAGATTGCATA TTTGAGATCATGTAATTAGCTTTTTGCTGTAACGGTAGACTTCACAGCATGATTTTCTTG GGAAAAAAAAAAGAAAATTTAATGGTGGATAGCGAGGAGTTTACCTTTTGGATCGAGCTC GTCGCATTGGGCCTGCCTAGTGCGGGTTAACTCTCTTGTGTGGTTTGCGAGTATTGCATA GGAGCAAGAGTTTTACCTTGTGTGCACCCAAAGAGTAGCGAGTGTAAGTTTCCCTTGACA TCAAAAAATTAGGTGGTGGATAGGAAAACATAGAATATTTTAAGAGAAGTAAATGAGGCA AGCTTAGGTGGCTCCGACTGAAAGTTGTTGAGCAGATTCCTGGAAAGTAAACCAACGAGC TGTCACCACAAGTGCCTTTTAAAATCACCTTTCTTAATGATCAATTTATCTATAGCAGGG GAAAACACAAACCATAAAATTGATTAAAACATCTTCTCAGGCACCCTTATAACTTAAGTG CATGCATCGCCTAACCTCCACCTTAACTCCTCCATCACATACCAATATCAAACAGACACT GATAAATCCAAACTTCGACGACTGATTAAACTAATTAAAACTTAAAATATATGTGATATA TGCTAACTACTGTCCTCATTAGGAATCATTATTATAAGATTAAGGCTCGGTTAATCCAAG TTGAAATAGGGTGTCTTTCCAGTTTCACTCTTTTTAAATAGGGTGTCTTATCACTTATGT ATGGAGGGAAGATGTTTTCCTCAAGGACAATCATGTTTTCTGGCTTTCCATTTTCTTGAG AGTGGTAGCTTACATGCAGGTAAGAAAAGGACATTCTAAGATCAACCAGCAGGATATCGT CGATGTTTTGGACAAGCAATTGCTTGAGGGTATGGGTGTTCTACTGACAGAGGAAGAGCA GCAGAAGTGTGAGCAAAGTGTATGCAATCTTACCCTGTTGCTCCTAAAAAGAACAAGATG TATTGGTTTATTGTTTTGATCGATTTGAAAATTTGTAATAGGTATCTCGCGAAAAAAGAC AACTGTTGGCAGTACATGAAGCTGGTCACATTGTGTTGGCGCACTTGTTCCCTCAGTTTG ATTGGCATGCTTTTTCTCAGCTTCTACCTGGGGGCAAGGTGTATTATGTTTTCTGTGAAC ATAAGTTGTGTCATATTCATTCCAAGCTTTTGTTGACTCCAGTACTCAACTGTTGCTCGT TTGTCTGACCAGGAAACTGCTGTATCAGTTTTCTACCCTAGAGAAGATGTGGTTGATCAA GGTTATACAACCTTTGGCTACATGAAAATGCAAATGGTAGTAGCTCATGGCGGGCGCTGT GCCGAACGTATTGTATTTGGTGATGACATTACTGATGGAGGAGTAGATGATCTAGAAAAG ATTACCAAGGTAGACACCATTTCTTCAAATGTTGCAACATCCAGTAGTGACCGATGAAGT ACTCTTGATTTTACCCTTTGTTGTGTTGGTTGTGCTGGTAGCAAAACTATAGGGTGGTGG GGTAGTACATTTTATTGGCACATGAATGTTGTTGAATCTCACGTCAATGGTGGGATTGGG TACTTGGCCTCCTTATATGGTCTTGCAATCCACACCTCTTGAACTAGCTTATTGTGTTGA GTTAGGCCTAAGGTCAATTTCTTATCTTGGTATCAAATTCAGACCTATCCAAATTCTTGG TTTACATGATGTCGAGCACCCATTTATATTGTTTACGCTCCAGTTGGCAGGTCTGAGCAT CGCAGTGGGTGGGGGGTGGGGATGTTGAATCCCACATAGGCGGTGGGATGGGGACTTGAT CTACTTATATGGTCTTGGGAAATTCTCAGATCTTTAGCTAGTTTTTCGGGGTTGAATCAC GCCGAAAGTCCATTTTGTACAAATGTTCTTGAGGTGTGGAGGAAGATAAAATTTAAGGTA TTGAGGAAATTACAACATCATGAATGTGGATTATTATTAACAAAATCTTTGCTGGCCTTT TACATACCTACATATCTGTATGTTAGTACAAATGTGTGTATATATGCTAACTTTGCCTTG GCTGGCGTTAGTAGTGGGGAGGTGAAGAAGGGACAATTTTTGAGTATGTGATTGCTGTGA ACTCAAATTTTTACTACTTCTATGCCAGATTGCTCGGGAAATGGTGATAAGTCCTAGAAA CTCTAGGTTGGGCCTCACTTCTTTGACAAAAAAAATAGGATTGGGTGATCGACCTGACAA TCCTGATGGTGAGATTATAAAATATAAGGTATGATTCCTTTGTGAAGCATGAACTGGCTT GGTTTAATGCTTTATATTTATTTTTCACAACATATTCTCGATTCACTAACTTGTTCACCT CCTTGGATGAATTCAGTGGGATGATCCTCATATAGTTCCTGCTGATATGACAGTTGAAGT TGCTGAGCTATTTACTCGTGAATTGACAAGGGTAACTCAAATGTCTTCTCTTATGGTTAT ATTTGGTTATTCCGGACAACAGATTTTGTTTCTACATTTGTAATCTTTCAAAGCATGAAT TTTGCTTGCGGATATACTACTTGTACCACTTGTTAAATACATCAACAATTTACAGCTGTC TAGGTGTATGCAACCAGCCACCACCCTAGCCTCTCCGCACCATTTTTTAATTAACCAGAG TGTCTGGCCCAGCTAACTCTCCACTCCGACCTAAATAGGAAAGAAATAGAATCAAACCAG GCTTCTTGATTATACAATGCAAGTTTTGAAATTTCAAGTGCCATTGGCCTTCTTCCTATG TTCTTTGGTAATAACTTGTGGAAAGGTCATCTCAAATGGTTAATGATTGCGGTACTTCTT TTACATTAATCTAGTTTTCCTTTTTCTTTTTCTTTTTGCTTTATGGCTGATTTAAATCAC ACAATCTAAAGCTGTAGGTCTAACTTCAGTTTCATTCTATTGCCATCAAAATACTATTAA CTGCCACAAAAAAAATTGAAAACTGGAGAGCACTACAAATTCAGAAGGAAGATAGCTGCT AGCTTATTTAGTTCCATGATGCAACTTTGAGTCATCAATCTGTTACAAGTAGTTCATCTT CTACTCTTTTGCAATATAAAAGATAATCTAACTTAATTTATATCACAGTATATTGATGAG ACGGAAGAACTTGCAATGAGGGGGTTATTGGCCAACAGACATATACTGGACTTGATTTCC AATGAGCTTCTTGAACACTCAAGAATAACTGGATTGGTAAGATGAACCTGCAGTTGTATT CTCTACTCCGTTAAAAATATATATGGTTAGAAATGGAAATTTATGTTTTCACCTGCTTTT CACAAATCAACTTTTTATCTCACAACAAGCAATGTTCTTCAACCAAGTGCAATTACTTTG CCTATTCTTTTCATTATTATGAATGCACAGAGTTGTATGAGTTGAGGCCTCACCAACAAG TCAATTGTATGAGTCGTTACATGCTACTTATTTTCTGATTAGTTGAGGCCTTTACTTTCA ACAGTTGCTGATATGCTAGATGTATCCAATCTTTAAAGCTTAGTTTCAGGAATAGTTCTC AAAATAATAAAAGACAATATAAAAATGGTGCATCTATAAAAACTTCAAACAGTAGAAATG GTGAAAAAAATTTAATGGAAATGTTATTTTTTTTTGTGAAATAAATGGTTTCAGAAATAT TCTGTGAGCCTGCAAGCAGATTTTCACATGCAATCACGCCAGAATAGGATAAAAATAGGA TGGTTGAAATGGAGAAAATCTACTGCAGAGTCATGCGACCAAAGGCTACCTACCAAATTG AAAGGTAGTTCTATAAACAGTACAAGACTACAATAATAACATACACATTGTAATTCCACA AGTGGGGTAGGGTAAATGTACACAGACCTTCCACCTACCTTTGTTGGGATAGAACAGTAT AAGACTAACAATATCATATGGGAGCGAGTGTTGTGCTGCTAAAGTTTAAAATATTCACAA GATGAGTATTGCGAGATGCGTATGATAAGATAGATGAGCGGCATACAAGATTAGAAATCA TAAACTTACCTAGATATATTGATGTCAAGGGGGTGAGGTTCCTCAGTGGTGAACATTGGC AAAATTGAGATGGGTGGAGTTGGCCAAATGGTGGATTAAGAGTGTTTGGGTGAAGAGAAA GACCAATTTGGTGGTTGGGGCTTATTTTCTGTTTTTTTTGCTTTTGGGAAGGAGAATAAT GTTTTGGGGTGGATAAGCTAGAGAATTCTTATTTCAATAGATGGTATATCCAGGGAGGGT TACCTTTTTTGGCATTACTTGTGTTCAATAGGCACATTTTGCACATAAAGCGGTCTTCAA TAGGTTACACCCTTAGTTGACGTGTCTAATTAAAAACATTTGACAAGTTCAGGGGGCTGT ATATGTCATCTGCCTAAATAATATTTGAACTAGCATGAGTAGTCCAACAACTAGAAGGTA TATTTTGATGCTGAAATTTCTGACTATGTTCATTGTAATTCAAATGTTTTATGATTGATG GTTGGTTTCGGGATTGAAATGTTAGATTTGAGGATGAAAATATCTGGCAGAAAAAGTTGG GAGTTGATTTCCTACTTGAGACACAAAAAATTTGACTGGACTTGGAAGTGCATATAGAAT GATATCGCAAGCACAAGAAAATGTATATCACATTACCTCATGATAAAGTTTTAATGGACT CTGTCACTCGTGGTATACTTAGGGAGACAATTTATGGTGTCAAAAACAATTTGCTCAACT TTGTACCCCTTAGGGGTCGTTTGGTAGAGTGTATAAGAATAATGCAAAATAGAGTGCATT AGTAATGCTTGCATTAGTAGTGCTTGCATTATTAATACTTGCATTAGTTATACAAGCATT ATTTCTTATACATGTTTAGTTTGATGTACTAGAATAACAAATCTTGCATAATTACTATTT GAAAATATATGTTTACAAAAATACCCTTCACACTTTATTTATTTATACACTTTCTTGCAA GCTGCAACAAAGTCATTTGCTAAAACATCATTAACTCCTCCTCTTCTTCTTCTTCTTCTT TTTCAAAAATAATATTAAATAGTTGTACTATTGAGTCATAATATTTTTGTGAAAAGTTGG AAAAGAATTTCTTTTATCAAATTTATCGCCACAATAGTAATTTTTCTTATTAAATTATGT TGAAATTAGATTATTATTTTTTTACAAAAAATATATCTAAGAGGCCATAAAGTCTATTAA AACACCAACAAATTAAAAGACAGAAAAATAGATGAAAATGAAAACACATAACAAAGAAAT TAAAAGAAAAGAAAATGTTGGGAAATGTTTCAAAAAGGCTTTGAGGGTAGTTTTGTAATT ATTAATTTAATGCAAGTTTTAAATATAATGCATTGCATAATATTTTTAGAAAAAAAAAAT TGTTTAAAAAATACCCTCCTTAAATATGGTGGAAAGGATAAAAAAAGTTTTTAAGGCCAA TTGTGTCTTTTATAATGTTAATGCATGCATTAGAACCCATTGCATTACTAATGCATAGAA ATAGATGGCATTAGTAATACACTCTTTAATACACAATAGAGTGTATTACTAACACAAGCA TTAGTTATGCATTGGCTAGAAAAGTGTACCAAACAAAGTACTACTAATACATCAAACTAA TGCATGCATTATTTTCTCTAATACACTCTATCAAACGACCCCTTAGAGTATTGTCAGGCT TAGAAACTCCCCAATTCCCTAATGTAAACCATATTTACTGAAAAAAAACCTATTATAAAC TATTTGTATGTTCATTTTTACAAAGGGAATCTCACATAGAATTTCTTGAAAAGAATGCGT AGTGGAGCAGTATATGAGCTACACAGGTTAGTTATAATTGAACTAGCAGAGAGAAGAACC TATGTAATACCTATCATTCACGACAGAATCAAATAAGAGATATGTGTATACACCAAATGC CACTTTTAACCAAACTTTCAAGGGCTCATGGACTTAATTTGGTTCAGAAGGATTTACTTG GAACGTCAAACGAAATGGTTCCTTTATATCTTGCTATATGTAGGAAGCTGTCAAGTGCCA GAGCATTGACAAATACTAGAGAGGATCTTCTTGATAGTTAGAAAAAGAGGATGCTATGAC ACAAAAGGAGCCTTAGTTGAGCGAACTCTTCATTGTTGATGCCGCACCCATCTCGGATTC TTCAAAAATACACTACTTTTGGCGAATTTGACACGCACCTATTCGCATTTTTGAAGAGTC CGAGCAACATAGAAAGGAGCTCATTGTAGTACTGATACTGAAACATACATGCCAATTAAC ATTCTTCATTGTCGCTCCTCAAGCTGTCAGACAGTGATAAATTCAAGATTGATAATAAAT TTGAAACTTGAACAGGAGATTTAAAATGACTTGCAGACTTCGTTTAATTATCACTTGGTA CCTCCACAGATGTTTAGAGTGGATAACCACCTTTTGATGAGCTAATATCAATTAGTTTAA GCCTTGATAAACTGTTTCAAATGCATATTTCAATTTGTTTCCACATTACCAAGATTCAGG AAACTGGTAGTTTTTCCAAGCAAAACATTGAACATTTTAACTCTTATCCTCTGGCAGCTT TATTTGGGCAATACTGCCTGGAATGGTAAAAATTTAACCATTTTGCCACCCGTAACCTAT ACTTATAGGTTTTTTTAGAACAGAGAATACCTGATAATTTTCATCAAAATCTCCAAGTGT ACTCCCAGTTTGTTTAGCTTGTCTACATCTTTTGTTTGCATCCTTATTTCTGTTGACACC CTCTGTTGCTTCTTCAGGAAGTAGAAGACAAAATGAGAGGGTTACAGCCTGCCATGTTCG AAGATTTTGTGAAGCCTTTCCAAATAAACATGGAGGAGGTAATATAATATTTTCAGATTC TCAATCTTCATATTTACTTTCAAGAGATAATGTGAAGTCTTTATAACAATACCATTCTCT TTAGAAACGTGAGAATAGGGATAATATAGAATGTGTACAATGCAACCCAGTAATATGTCT GCTGTTATTTTTGTTTTAAACATCCTGTTGCTTTGCATGACGGGGATGGGGCTCTCAAAG TAGATTGTACGAGGCTTGTCGCGTGCTTTTGCTTAATGATCTGAGTCAGGGGCAACCTTC TTCCTTGTGAATATTTTTAGCTCGCAATCTCATGCAGATTTTGATTTTCTCAATTGTACT GTGCCTATAAAAATGTTTTAAATTCTCAGGAAGGACCATTGCCTCATAATGACCGTTTGA GTTATCAACCGCTGGACATTTATCCTGCGCCCCTCCACAGAAGTTAACATCAATGGTGGT TGTTTGAGTTTTCTGGTCAGACCGACATCGGAAGTTGCCTAGTAGTGAATGTTGAGGTTT AGAGACAATGTCCTTTTTCACATCAACTCTGACCAAAACCTTTGCAAACCAACAGAAAGG CTGCTTAGTAGATAGTAAGGTTGGGTTGCAAATGTTCCATTTTTTATTATTTAGGCACAT TTTTGTTTCTTCTTTCCTTCTTTTGCTCTCTTTTCTTTTCCCTTAATTTATTTCATGGTT TAAATAGAGCAACTTTGTACAAGAAAGACCAATGAGAATCGAAAATGTAAAATTTGGCTA TTTATATAAGTTAATGTTAAGTATATATTCATCCTCTCGATGTTCTCAAATGGAGTAGTA AATGTACAATACTATGACTTGTTTGAGTTATTCTCAATATTCTTATATCTATAGGTAAAA AGAAAAAAAAAACAAACTATTAAGCACATATGAGAGTCAACAAAGCTTAACTAACGAATT TGACACAACTTTGTGTAAAATCGGCTAGGTGAGCCACATGCATAGAATTTAAGTCCCACA TGTAATTTCAGGGCATTTGTACGCCTTTCAAAACTTTCTTAAAATACACTACAAATAACT ATCGAATAGTGAACCCATCAAATGAAGACATATTTATAAATAGAAATAATAATCAAGCAA TATTAATGTTTGGTAAGAAAATATTAAGATCCATTGATAACGCTCAACTACGCACACATC ATATAACCCAACATATGAGGTCGGGATTGTATCCCATGAGGAACATAAGTACATTTGTTT CTATAATAATATCTTACAAGTTATATTTGTGTCTTTAAAAAAACAAATTTCTGTTCTGCG TAAATTTGATTTCTAAGAATAAAAATTATAGATCAACTCGACAAAAATTTAAAGAGCAAC TTTCACATATAGCAAACACAAAATTTATATTTGTATGCTATAGCAAAGTTTGCATAATTG CGCTTCATAACAAACATAAATATGTATATTTTGCTATACATATACAAAAAAAAAACAGTT GTATAATTCGTTATACATATACAAAGAAACCAATCGTATAATTCGTCATACATATACAAA GAAAGCAGTTGTATACAAATTAATTGTAAAATTTGTGTATGTAAAAAACGAGAAAGAGAG GAAAACAAAAGAAAATTAGGCAGAAGAATATTTGTATTGAATAATTATAAGTGTATAGGA CAAAGATATATGTATTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAAACGGAAA CACAATTTATACACTTCGTTTCTGTTTGTATAAGCGATAGAGGTGAGGATGGAGATCAAG ACATGGGAGAGTGGCGAGCTATATCTGGGAGAGGGGAGAGAGAGTAACGAAAATATATGT ATATATACAATTTTTTTCTCTCTTTATACAAACATAAACACATGTTATACATTTGTGTTT ATATAAAAGTAAGCAAGAGATGGAGCGAGAGAGGGAGAGTGGCGAGCGAGAGTTTGAGGG AGAGAAGTGACTGACAAACAGTTTGCTAAAAGGTACAATTAAATCAAAGTGTAGTTATAA AATTTAATTTAATTTATTAGTTTGTTATTATATATAATTTTCCGATATTAAAAAGCACAA ACTCATTTGAAGGTCATACCTCAAAAGGCCGGCCCAAATGCTTTACAAGTGTCAACTCAA GCCCAAAGGTACACCGAGCCTCACAAAACGGCCCACTTTCAATATAGGCCCACATGCCTC TATCTCTTATTAAACTTTTATAATTCAGTATATATTACCAATTACACGAGATACTTTATC CATGAAACTGTATTTACTCTTTTTTTTCAAGATTTTTCATAGATTTGTAAGGTCTTTTTA CTTGAATATTCGCAAAGAAATCTATTGATATTTGTAAGATTTTTTTACTTGAATAACTCA AATACTTTATATTTTTTTAAAATTTAATCCGATTAATGAAATTTGAGATGAAATTTATAA TCTCAATAAGATGGATATATATCTCTATCACCCCCAACGCCACTATCTTCTTTTGTGACA CATAGGGACCAAAAATTTTTAAAATAATTATTTTCATTTGGTAAAATTCGGTGAAACTTT TTCAAAACATTAACTTGGATAAAATTTTAAAAGTTTTGTTGTGAATTAAGTTATTGTAGT TCTCAAATTATCCTCCTTTGGGTCAAGGTCTTCAACACATGAGAAATAATATAATTAAAG CTACGTGATCGTATAGATGTTATAAAACATACATTAATTAAAATATTTAAAGAGTAAAGT ATTCCGGAAATAATAGAATATAATTATGCAGCTACTTTGAATTTGATCTAAATGTTTACA CTTTTAATTATGAATTTATTCAAGTATTATTGTTTGTTAGTCTGTCTTAATCCTCTTGTT GATTAAGTTTGACTCCAAATTAATCAAAAGAATGTTAACTAATTAAACTACACCCTTAAT GATGCACTTATTTTATTCTTTTTTTCATTATTATGTATTCGCAATTCACTTGTTTAATTA ATTCGAATTAGTTATACGACTAAGCATTTTCTTATTAAGAAGTACTCCATTCATTGTAGC TAATTTTATTTTATGTGCATGTCTTTAAATGATCGATAATTTAAGATCTTTCATGATTTG AAATTGTATAATATATGCTTCACATAAAGATACTTTGTGCACCAATGATATAAAAATTAG ATATGCCATCAAATTATTTAGAAATTAATTTCTATTATAACATAGTTACGTAACAATAAT TTGGTCAGAAAAAAAAATAAAATAAAATATATATATATATATATATATATATATATATTG TGTAAATAAATTAAATCATTTTTTTCAAATAGATTGCCTTTTTTGTTTTCTGTTAAGCTA CTTCCACAATGTCACTTATGTGTAGTACATAATATACATGTATTTTTTAATTAATTTTTA GATCATTTTCCTCCCACTGCATTTAAAAATAATTATACTCTAAAAAGGAAATAGATGAAT GAAAATAATTAAAATACGATCATTTAATTACTTCACCTAGTAGAGATAAATGACACAAAT ATTAATCAGCTTAGTCTACATTTTTTGAAGATAATGTGAATAAAAGTGAAATAAATTAAT AGAGAGAACTAGAAGTTTACACGTAATTTCTCTTAAATTTCATTTATGAAATATCTTCAA TAATCCCATAAAAATCAGCCAAAACCCAACTGTATTGTTATTCTCAGCAATTAATAAGAA ATTGATGGTCTTGCTATTTTGACGTACGTTACATGACATGCATGGAGAAGAAACTAGAAC CTGATATTTTAGTAACACTTTCGGAATAAAATAAGTAAGAATATTTTATGAGATTGTCTT ATTTTGAGATAAAATAAATTTAGAGATTAATCAATATCTTAAATCAACTATGAGATAAAA TTAATTTCAGAGTTTAATTATTTGACTTATTATTATCCTTATCTCACGTACCAGACGACT TCTACTCCATTGGGTCTGGCATAAATTTAGATTGTTTTTATTAATTTTTTAAATTTATTT CTTTTTTAAATGGTGGAATTGAAGTGGGAACATGGAGAAATAGAAAATTCCATTAAAAGA TGGTCGTTATGTTAGTTGGCAATTATATAACTGACTAACTAATCCTCTTCATATTTTCTA TCGTATCGTTATCTAACTTTTTTGTTTTTTTTTTCATTATCTAAACACAAATAAAGTCCA CTAATGTGGCCCCAACAGTAAAACAAATCCACAATATCTTAACTCTTTCTTAATTTTTTT TAAAAAAAGAAAGAAATTACGTTGTAAAAATGAATAAATTAGTGTCAATATTCGATAGAT AAAAGGACTCGTTATGATAAAAGATCGAGGTATAATATAATATAATATAAATAATCTAGT CATTCAAACAAGCATTAATAATTAATTTTGGAATTGAATTTGAAGATGATTAAACAGAGA TCGAAAGATGGAATAGATTTTTATTGAAAAATTATATCATGAAAATAGAATAAAAATGAT TTAATGTTTTATTTATATATTAGACGTTATGAGTAGTCAAAATGAGATATGTTAAGCCAC AATTTATTGTCAACTATATATGTGGACTATATAATTGACATTTTAGTGTAACGTAAAAAG ATTTGATAGTTATGTGTGTTGACATTTTTGGTTCACTCCACCGTCCACAAATTTACTATA ATTATAAAAAAAGATAATAAAGGGGGGGATTTTTATTATCTTTTTGAAAAAGAAAACTCA AGGTAACAATATATCATTTACTTAGCTAATAAGTAACAAAAATCTATTTTTGATTTGTTA TTTTAGAAAAAGTACTGGTACATGTGTAGATTTTTCAAACATCTCTTAACGGTCAATTGA GCCAAATACTTAATCTTAATGCAACTATGGAAGAATTTTAATTAGTAAATATATGAAAAT TTTAACATAACACCTTCAAAATCCTTTTTTTCTTAATATATTATAATAAAATGATTAAAT CAGCAACACAACAGCCACAACCACGTCCAAATGTGGGAAGTTTTCATTTTTCCTTTTAAT TCTTCTAATAGTAAAATACCAATTACTTATTCCATCCGTTCAGTTTTACTTGTCACTTAT TCTTAAAATATATTTTTTTATTTAATATTTTTGACATTTAAAAAAAGATAATTGCTTTTT TTCATATTTTATCCTTAGCATTAATTACTATTCTACATATCATTTTTTGAGACGCAATAC TAAACATTAACTAGTACTTTAGTGGGATGATGTGGTAAAATAGAGGGAACCACATTATAA GACCACGGAAGTTCGAGCATTCGTTAATCTCGTATATATTTATATAAAAAAATTGAAATA ATAATATAAAATTAAACAGCAAAAATCCAAACAAATAAAAATAAACAAAATAACAAATAA AAATAAACAGAAGCAGAAGCGTATATGCTATGGCACACATTAATTGAGGTGCAATTAAAA GGCATAAATCACGGCACTATAGTTTCAACATCAGCTTAGTCTACAATATAGAGATAAACT TTTTGGAACTTTAGAACTTTATGACATGAAAATTAAATAAATAGTCACAGCTAGAGAATA TCTAGCTTTCACGGACGTGCATGGTACATTTTTCATTTATGATAGTTTCTTATTTTAGCC TAGTTTAAAACATACTACGTATATTAAATTCACAGTTAATAACTTTGATTTAAACTTTTG TATATATATATTTAAGAATAATTAAAAGAGTAGAGATACATGAGCTCGAACCTAATAAAT CAAATGGTTATGAAGTTGTGAGTAAAAAATATTTCTAAAATAAGTTAATTGGGGAAAAGA CTTTTATATTTAATAATAAGTAACTTTTTAAGATAAATAATTTTGTCAATTCAAATAATT CCATGTGAACAAAAATATAGAACAGAATTAATTAAGACTAATTTTGTCATGATTTCTATT TTTAGAGTCAAATAATAAAAATTTTGACTATTATTTTAAGATATATTTTTTCATCATATT AATATGCAAAAAATTGTAATGTATAGTACTTTTCATATAATTTTAGAATATCTAATTTTT TTATTTAAAATATCAAATTAATGTGATCTAATTTACCTTTAAAAATTAGTCAAATTAACT TTCGATAAGCGCAATATAAAAAATAATTCTGGACGGAGGGAGTACTATATTTGTCCTTTA ATCTTCAATTCATATTATTGTCGTAGTGTCTTTTATTTATGCTACACTTATATATATAGT TCTTTTCACATTAGTTATTGTTTCATTTATGAATATTACATAAAGTAACATTATTATCTT GTCTCGCCAAATTATTGAAGAAGTCACATATTTGTTTGATGATCTTTTTATTGGTTAAAT CAAAAAATTGAACTAGTAAGGACCAAAAATTAAAATATCTTATCAATTTGATTATTAGTT TGAGGTACCCTTCGGAGCAACCCAGTGATTTAGGCTTGGGACTTCCAGGTTGGAGGTCTC GATTCGAAATTCCATGCCAACAAAAGTAAAAATTTACCTATTGATCAAGCTCATCGCATC AGACTTGCCTAATACATGTTACTTCTCTTATGTGATTCAAATATTTTACTTTAAGAATTG ATAGATGGGAGCTAGGTGGTCGTTATGTTAGTTGTGAAATTGGGATAATAAGTATATTCA TTATCCATTAACACGTAAAAGTCTACAATAATATTTGGTGCTTCCCAACTGTAAAATAAA ATTTATAATTAGACTCCTACTTCGTCTCCTTCCTAAGCTTTAAATAATTATATGAGCTAT AGTTGAGATAATTATAAATACTTGAAGTTCAAATCTAACTCTCGTTCATAATAATGAGAA GAAAGAAAATAAATTTTACGTGTTTGGCTAATAAAAGAAATGACGTAACTTTTCTTTACC TCTCCCTCTTGTTTGTTTCGGAAATAAATGATTATACAAGTTATAGTTGAAATAGTTATA AAGATCTCAAGTTTAAATTCAATTACCGTTCATAATAATAAAGAAAATATTTTTTTACTA TTAGATAGTAAAAGAGATAATGATAGTCTGAACGTATAAAGATGAACTACAATCTATTTG AATAATTAAATAAATAAAGTACATAATTTCAAAGAAATATAAATAATCAAACCGATTAGT TTAAAGCTCATATTGTCAAAGAAACTCGATAAATAAGCTCTTGTAAAATAAGTAACAAGA TATTATACATAATTATGCCCCACCTAATTTTAATATGCTTTTATATTTACTGGTCACAAT CTTCAGGGACCCAATATTAATTAAAATTACTATGTAACAAAAATATTACAGGTAGTTTTT CAGAATACCATTTATCTTCATTTTTTTTTTCAAAAAAAAAAAAGTTGAAAAAAAAGCTGT GGATTAAAGTAGAGGGAAAATTATCTGAATTATTATGTCAATCAACTTCAATTGTAGGTT CATGCATTTATTTATTTCTCCATTACTATAATTGCATTTCGAAACTTGTGGGACATTAGC AAAATCCTAATTAAGTATATTAGGAAATATAATTCTATCACCAACGAAATTGTATATCTT CTTTTTTTTTCTCGGTACATATAACTCAATTAGTTGGCTAGACTTTAAACTTTTGATTTT ATGATTCTTTTTTTTATTATTATTATAATAAAAAAAATTATGTGACTAGGTGGCAGTTCC TGATTAAATGGACGGTACTAATTAATAAGGTGTGTTTTTTTTTCCTCAGCCAAATAATAA ATGAAACTTCCTACTTTGCTTCTTTCGTATTTCCTCTATCGTCATAAGACAAAGCAAGAT GAGTGATATATTTGACTAGTGTTTGTGAAGAACGCAAGCAAAGTTAAAGTTCAAGTTTAT ATAATAATATTTTTCTCATAGATATAAATATTTATAAATAATATTATACTTATTAATTAT TTACGTCAAATAAAGCAACACATAATAATTGCAAATTAAAGTAAACCTAAATATTATTGA GGAATTTTCATAAATGATTTACAGCTTGGGCTTTATTAACATTGTTAAGTAAGTGATAAA AGTCTAACTGTTTAAGTAGACACGCATTATGAATATATATTTATTTGTTTCGTGCAAATA TTGAATTTTTTCCCTAATAATTCATGTGTTAGAAATTTGAATCTAAAAGATATTGAACTA TTCATGACCCCAACTCAACACGAACATCATTTTAATAAATTAATTTTATGAGTGAAAATA ACATAAGAAATAAAATAACAAGGAATTTTTAGGTCATTTCTAATGCATTAAAGATATTTT TATCCAACTAGTAAAAGATAAATTTAAACCAATAAATCATTTCATATATATTACGAATAT TTTTTTACTTTATTTTGTATATGATTTATCGATTAGGTGAAGTCTGCTCTATTTTAACCT TTGGCATAGAGTCATAGACGTAGAGTACGTAATCAGTACTGGCAAGGGGTAATTAATCAT CAAATGATAATAATTAATGCATAAGACTTAGTACTAATGCTACATGTGTACATGTCTTAA GCATAAATTTGGTAAACTATATTTTGATTAGAGACTCTACACCTACTAATTATTCAGAAA AATCAAATATATGATAATTAATAAGATTCCTTGAGGAATTGATTATATGTATTGACTGGT TGATAGTCTAAATCAACACCTAATAATTCCTATTTTAACTTATAATGTATGTGCACTTTT AATATCTATCTTGTCGCTTATGTGATGTCAAATAATTATAAAATAATATTATCGGGGAAA GATTCTTTATTCTCGTACAATAATAAAAAAAAAATTAAAATCGAATAATTTAAATGTACA TAATATATATTTGTGTGATTATATAATTTTAAAAACTTGTAATTATAAATATCTTTTAAC ATGATATTGTGTGGCTATAAAAATATATCTCACTAAGAAAAGATAAAAATTGTTATTTTC TTTGAATAGACTATTGGAAAAAAAAACAGTGTTAAATAAAAGAAACAAATACTAGTTAAT CAATTCTCAACTGGACCCAAAAAAAATTCTTGCCACCTTAAAAATAGAATAAAGAACAGA GTAATTAAGCAATTAATCTTTGTAGGACCAAAAAGGTCATTTTCACTCTCTAGAGGGATA AGTTGTATATTTTATGTTATTTCCCTTCCCTTTTTGACAATCCTACACTTGGTGTAGGGC ATATGAATAATTATTAATTAAAGGGATAATTTAGCAATTAAATTTTAATTTAACTATAGG TGAATTAATTAAAGGCTAACGACCCACGATTAATTAGATTCCCTAAATAAAACAATTAGT AACATGCTTTTATATTAAAAAATTTTACAATGAGATAATGATATTTCACATTCACTTACA ATTCAAAATATGAACTTGCCTCCTACTAAACCCTCCATGGAAGTTTAGGATAAGGCAATC GTCACTCCATTCCAATCCCAAATTGAGGAAATTTGATGATCGAAGAAAAGTAGCAATCTT AGGAAAAAGGTAAATTGGTCGGCTATGAGGGTGTACCCCATTTATCGGGTCCACAATCCT AGTTGTGTTCGTGAATAGAAGGTACTCATAGGGTTAGACAAAACAGAAACAAAAATAAGA TGAAATAGATAGAAAATAAAATTATTTGAGTTCATAAGAATTATTGTGTCCTCTTAAGAA ATTTAATCCCCTCACTTGATCTGAGGTTATGGATTAATATTAATTTTTCTCAAGATAAAA TGGATTAATCCTGTTAAAGAAATAGTGATATCTTAAACTTCAGCGAACTTAAAAACAACA ACAAGTCAATATATGCAAAACGAAAAATGACTTCCTTTTATAGTCATTTTCAGCAAGAAA TGTATCTGTTCAGAAAAATCTGCGTCTTTTGAAAAAAATAACAATTTTCACACAGACCCA CCGAAGGGGTGACGATGACGACGCGAGGGAGCACCTAATTCTTAGCTCTTTAAGTAGTAA AGGAAGTATTTATGTATATAATGACAACAATTTACCTTTCTTTTGCCGATATGAGATAAA TAACTTTTCATTTGCACTTTGCAAATGACCTTTTATTTTCTCTCCAAATTGGTTCCTTCA CTTTTTCATATTCTCTCTTTTTTTTTCCATTCGCACTTTGCTAAACGCAACAATAATTTT AGCTCTAAAATTTAAACTTTTGAAATGTGAAATGTTACATCTCCCTCTAATTCAGGCTCA CAACCAAATGATGTATGAATGGAGCTAGCGTGTAGTTCAACTGAACTTAATAGTTTTAAT TCAAATTCTATATTTATCTTAACATATCTATTAAATATGTATGAAATATCAAATTAAAAA CCTAACAATTTCATAAATTTAAAATTTAGATTTTAAAATTTTAAATTCTGACTTCATCTT CGCGACTGAGATAGAGATCGAAAGGGTCGGCAGATAGTGGATACAATGAGAGAATGTAGC CAACAGCGCAGCCATAGGGCCGGGCACGCTACAAAAGTTCCGCTACTAACGGTACTTAAA TAGACCGTTATAAAGTGTGTATGTATGGCTGGCTGTCACTATTTTTTCCTAAATATTCAA AAAGTTGTTGACCCCTCAAAGAATAATAGTGTACCCTCAACTAAATTTACCTCACTTTTC CAGCAACTTTATATTTCTAGAAAGATTTTCTGCCACATCTGAGTTATATATATATACACT CGCATTCAGTTCACGCCAACACCACACAAACATTCAATTTATCTTAAATTATCGAATAAA TGAAAAAAAATTTGATAGATATTATTTGAAGTTGAGCAAATCAATACTCAAATCGCAGGA GTAAATTAAAAAAAATCTAATATGTACGAGTTGTAGCCTTATGAGCTTTATTGAACTTAG ACTAAAGAAAATCTCATCTAGGAAGAAAAATTAATTAAAATTATTCCTGGGATGCAATTT GCATCTTTTAAAAAATCCATTTATGTTGGAGTGATTTGGAAATGTGGCTTACTTATTTAT TGTTTTCACACGAAACAATTCTAAAGTTGATTTTTGACCTTGAAAAGACTCGTCTACACT AATTTTTCTATTTTCTTTTTCACTAAAAAGCAATTATATTGACATTAAAAAGAAAGTCCA AATAAGTAACTCACCTTCATATAATGTTCAAGAAAAAAACGACCTAATAGGTATGATAAT AGAAAATATATTTTAAGGGCAATGCTAAATGACAATAGAATTTGGCTAGAAAATTAATAT TTTTTTAATTTAAAATAAATTAATTTTTTTAAAATTAAAAGACATTAATGATAAAAGGAT ATAAGTAAAATGTTATTCTGGCCATATTTCGTGGTCAAAAGAATTTTTTCTATACTTAAA TACATGCATTAATTATTAATTTTACAGTTCAAACTCGAATTTATCTCACAGAAAAATAAT TTTATTATTCTCTCTTTCAATAATTTGATATATTCTTTTGATTAATTAATAATAATTCAA TTTTCAAACATCATTATCACTTTAAACTCAACCTAAAGATATCTAAAAGCTCATTATCAA TACAAAAATTGACTGTTTTGTTAACCAAAAATATTTTTTTTTAAAATAATTTTCTGGGAC ATAAATATCATTTAAGTAACAGAGCGATTACTAAATACCTGTATATCAGCCAACACGTGG GCCAGCCCCCATCCTTCATAAGTGGCAACTCTTGCTCCAGCTCAGTTCAGAGATCAACGG TCCAGATTGCATCATAGCCTACAAACCGCGTCCCTTACCTTCCCACACTATTTATACTCC TCAATCCCCAACGCACTTTTCCATAACCAATCCACTTCACCTGATTCTTCCTTTACAGTA CATCACTCACCGGAAAAAGCAAAGGTTATCGGAGAAAATGGCGAACAGTTTAATTCTATC CATTAAGGTTGTGCTAATATCAATTGGTGCAATTTCCTTAGCGATGGTAGCGAAAGCGTC GATTCCATTAATTTATCATGAGCTACCAGCAATTTGGAGTGTACTTATAGCTTGGCTTAA GCCTCCGTATCTCTACTTTGTTATCAATGCTATAATCCTCATAATTTTCGCCACTTCTCG CTCGTCCAACCATAAGGAGTACTCCAGCTCCGACGAACAATTACAACCGCTGATTACCGC TAGAACACCTCCGCAGTCAGATTTGATAGCGATTACTCAATCGGAGCTTCATTCAGTCCA AAGTGAAGTGAAGGTGTTTGAGGTGAAGCCTGTAGTGGTGGATGAACCGCAGGTGTTTGA GGTTAAGCCAGTACTGGTGAACGGCTCCGTCGTGGTTATGAATCATGAAGATGAAGATCA CGATGATCCCGATGAAAGCGAAGCGATCGTGATTCCGAAATCAGTTGTTTCTCCGTTGCC GGAAATTGAATCTAAAAATGAGCTGCTTCTAATACCGGCGACGGAGAAACCTCTGGTTTC TTCCAGATTCGGTAACAGAAAACCTGCTGTGAAAATGAGTCCGGAAGGTACGTGAAAAGT ATACACATTGTTACTACTTTCTTCGTCTCAATTTATGTTTGCACATTTAAAATTCAGTTC GAAACGGAGGCATCCATCACGCATTTTTCATCTTATTTCAATCGGTATAAGTTTTAAAAC TAGATATTTTACAATTTCAGGGGTGAAGTCACTGAAAGTGTCCCGGTCGAAAAAGCCAGA GACATATGAAGAAATCAGACACCTTTCACATTCACGGGCGGCACGTGGCGGCCGTGGACG ACGACGCTCCGGAGGAAAACGAAAATTCCACCACCTTTCCACCGCAGCACCACCACCAGA GGCGCGTGCTTAAGTCGGAGACTTTCAAGGACCGGACAAACTACGTCTCGCCGTCGTATT CACCGTCGCCGACGGCAGTGAAGATCCGGAAGGATCCGTCGCTGAGCTCCGACGACTTGA ATCGGAAAGTGGAGGCGTTTATTAAGAAGTTTAATGAAGATATGAGATTACAGAGGCAAC AGTCTATGCAGCAGTACATGGAGATGATTAACCGTGGAGTCTAAATTACTTAGTTTTACT AATTTTATTTTTAAAAAAATATTTTTTTTTCCTTTCAAGAAAAAAGGTTGACTAGAAAAA AAGAAAATCAATTTGTGACTTGTTTTTTTGTTTGATTTTTATAGTAAATAGCAAGTATAG GAAAGTTTTTATTGTATAGGAAGTATAGGAAAGCTTTAAATACAGAGAATTGTTCTTTTA TTTGTTATAGTTTATTAAATGAAAAATATAGCAGTTACAGTTGTTATGAAAGGTGTATTT ATTACTCTTTTCGTTTCACAAATAATGTCCTAGTTTGATTTGATACAGAGTTTAAAATAT AAATAAGACATTTGATATTGTGGTCTTAAATTAAAGTTATTTCAAATATACAAAATTATC CTTTAATCTTGTGCTCTTAAACATGTCACATGGAAAGTCGAATTTAAAATGTTATTTAAA AAAAAAGTCATTTCTTTTTTAAATAGATTAAAAAAAATCATTCTTTTCTGAAATAGAAAA ATAATATACAAAAGATATTTTTAAACTTCGTGATTTCATTATTGATATAAATTAACATGC GAAGACCATAATGGTATACAATTTAATTTATGACAATAAGTAGGGTATTTTTGTAATCAA AGTTACCCATTTACTTTTTTACCATAAAAATATATTTATACAACTAATTGTATACCACGA TACATGAAAATAAAGCGCTAACAGATCTTGGATTTAAGTCTCTTCAGATAAAAAATTGCT TTTGTTAGGGAGCACTTTATCCTCAATTGAGATTTTTTAGAGTGAATTCAATTTTTTAAA CAGACTTCTATATAGATATCGGACATCGTACATCGCATCATCAAGAAAAGGGGGACCAAA ATGTATGACAAGTTACAACTAACATACTTGATTTAGTTTTCACAAAATAGAATTGTCGGT AGATTTGGATTAACCCTGGATTTTCCAACTTGCATATTGTCTCTAAAATCTTGGAGAGTC AAATTTTCCGGCACAGCTAAATAAAAAGAATATGGATAATAAAGTTAATGTCACGTTACA TCACACACATATATGTAAAGAAAAAAAAAATTCTAATAAGAAAGAAAGAATTTGATGTAT TTATCCTCACTTGTCATAATTATATTTTGAGGTAAAATCACATGATTAGACACACAAGTT GTAAGCTCAATTGGTTTACCTACTAATTTTGTGCTTCTTGTGTATTATAGGGATAGAAAA TGCAACTATGCCATCATTATTATTTTTCCTTTGCAAAGTGATAGTAACTGACTGAATAAT TTTATTTTAAAAAAAGTATTATATTGATGAAAACAGTCTTATATAATACGAATTCTAGTT TCTTGTAAGGCTTGAACAATACTTCTACCTTTTTTTATCTCTGTAGTTCTAATCAAGTCC TACAAGCTTTGAATCCCAAATGAGGTCCAACAAGCTTACAACCATATACACAATTGACAA TACTCTTCTTTCTGTCACAAGGGGTTGCTCTTCAAGCACAATTTCAAGATTCAAATCCCC ATTACTCTCCCAGAACTTGTGAGTCTCAGACATACTAAAACATAAAAAAGAAACAATCAT ATTTCTCACGAAGATTTAACTCCAAAACCTTTCCAGCCATTTATATAATAAATATGTAAG GCACCTCGCGGCCATTGCAAAATGCAACCTGTGGATTGCAGAAAGATTACATCAGTTGCT ACTTGCTACGTCTATCTATGTACAATGCATGACGCCAGCAAAGCCAAAATGTACAAATTT CCATACACTGCGGAGTACCTCTGGTTTTTAATATAGCACAGCTAATTTAGGTGCCTCATG TAGGGAGCAACTTACTGGTCATTAGGTGCCAAAGATGCAGCAGCGCTTATGGGTAAAGGC CTATTATGATCTACATCAGCTTGATGACTACCACTAACAATAACACAATTACCCGGATTT GTCTCCCCAGCACCATCTCCATCTCTTTGGTTACCCACGGAACTTCCATTATCACAGTGC CTGACATATTGCTCAGCAGCACGTTTGATCATGCGCATCATGCTACCAGAATCAGAGCCT GGTGAAAGCTCGTCGTCCCTATCTGGCTTAGCATTCAGGTCAAATTCACCTTTAAATGGT GAAGCAGAAGATTTCTTCTCCTTAAGGCAATTGGGATCATCAACAGAAGATTTCCTCTCA TCCACGTAGTTGGGATCATCAACAGCAGATTTCTTCTCATTCAGGCAGTTAGGATCATCA ACAGAAGATTTCTTCTCATTCAGGATGTTGGGATCATCAACAGAAGATTCCTTCTCATTA AGGTAGCTGGGGTCATCAACAGAAGATATCTTCTCACTAAGGTAATTTGTGTCATCAACT GAAGATTTCTTCTCATCAAGGTAATTGGGATCCTCAACAGAAGATTTCTTCTCATTAAGG TAATTGGGATCAACAGAACCTTCAATGTTCAGCTCTTCATGCTGAGGGCTTGAATGCACT GCATCATCAATAGGTTCTTGAATGTCATCAGCATCAAGCAATTGCCCAGCTGATTGCGGC TGCAGCTTTTGACAAGTAGCTTCTGCTTCTTTCTCTGATAACTTTTTTTCACGCTTCATC ATCAATGTTTTGAAACGACGCTTTACTGATTTACAGACGTTACAATCACATGATTGCTTG TGCTTAGGACCTTTTCCACTAGGGGGCTGGATGCAGACAATGCATGTACACCCAGGTCTA TGACGTGGATGCTTAGTTGTGGCCTGTGGTGATGCTGGAAGGGTCTCTCCCTCTTCTAGG ATAGCTAGATGAGCAAGGGCATCAAGCCCATCCAGAGTTTCAACCAAGTCCATTTCCTGT TTAGAAGCCTTCCTTTTCTTGGAAGCTGCAAAAGAATCATATAACTTCAGTAAACCTGAA GGACTTGCAATTCATTGTCAAGATGAGGCAGACACATAAGCACCGGTTCAATAGTGTAGA AATTTATGACCTACACGAGCAAGCACTTTTACCTTTATTAATATGAGGTAGTAGGTCCCT CAGATGATCTGCTGTTAATTCTTGAACTGCTGAGCACACAGACCTAAAAAGAAGAAAGAT CATAACCCAAATACTCAAACTGCAATTGAATACTTGACTGAATTTCAGGAATTGTCAATA CTTTTTTTTAAAAAAAGATTGATAACTTTGTGTATTTCTATCTATGATAAAGATCATTCA GGAATTGTCAATACTATTTTGGAGACAAACTTTTTTTTTTATCAGGATGGAAATGAACAG ACGTTAGTTTATTTCTATTAAAGCAAAAGACAGCCAGATGTAACTTAAAGAAAACGAGAA TCGTAGAAAATGGAAACTGACGAAGTTTTTTTTTTTCTAATGATGGAAACTCATATAATG CAGGCACAGGTGATGAAGGTGGTTCAAAGTTAACTTTCTGAAAGAATAGAAAATTGGAGA GAGAAGAAGAATGCTACAGAGTTGATTAAAGGGACAAACTGCTAAAAGAAAAGGGGAGAA ACCAACCATAGAAAACCTCATCAGGTTGCCAATTCCAAATAGCAAGGTTCAGTTAGACTT TGGAAAGAAAAAGGATAAATTTGTGTCTGCAGGACAATTTTTAAAATGATTTTCAATATC TAATATCAGAAGCACATTTCAACAACAACAACCACATCTCCGGTGTAATCCCACAAGTAG GACTGGGGAGAGTAGAATGTTGCAGACCTTACTCCTACCTATGAAGCACATTTCATGAGG AGTAATTCACCAGTACAACCTTTTCTTCCACTGACAAGCTTGATTATTGAAGTTAGAGGT TTTGGCTTGTCCAGATTGCTTAATGCAATCCACTTCAGCATTTACACTAACAAAAGCATG TGCGCTTTCCTTCATGTATTCTATTGACATTTTAACTGCATCTTAGGTAGGTTAAAGAAT TTCCATCATACCTCTCGGGGTCGCATGAGTTGTCTGAACAAGTCCATCTCGATGGAAGGT CAACATTGTCAGGAACTTTTCGCCACTTGAAACAGTCCTCACATTGTACCCACTGTATTT TTTCACTGATTCAATAAATAAGGCATCAGTAATTCATATTCAATGCATAATTTAACACAT ACCATATAGAGCTAGCTAGCTGTTAATAGTCAAGAGTATAACAGTTTACCCCAACTGATC CATATGAGGGATTGTGGGCCTTCCAATAATTGGCGCATCTTCCTGCTAAAGTGGAATAAG CGAGGATAAATAGAACGGAGTAATATCAGTAAAAAATATTACAAGGACTACCAACACTAA CTGACAAGTCCTGAAAGAAGATTGAACACAATTCCCATGTTTCGGATATAGGCTAGAAAA GAGTTGCTGAGATATTTACAACCACTGAGAAAAGAATTTGCCAACAATAATCTCTCAAGA AAATTTAGATGGTAAAACAAGTTTGAAGATTAAAACTTAATTACAACTCAACTAAAGAAA AAAAGGCATCTTTATTTGAAAATGGAACTCATTGCTTAGTAAGAAGCGCGTCCTCATTGG AGATCCCATCCAATTGGTGCCATAATGGAACCTTCTAACGAGATGTGATTTACATTTCTG GTGGAAAGTTACAGCTACACATCTTCTGAATTGAAAAATTAAGGGTCCGCTAATGTACAC CATAAATAATGCAATAATAAAGAAAACTGCTCTCACAATAAACTATATATCAGCAAGAAT TGGTAGACAATAAAATGCTAAAGAGCATGATACCTCGTATTCTTCAAATTCACAGCCTTC TATCACAATTACTGTTGGAGCACCACTCGAAGGTGGACGCATCAACCCTTGGGCTTGCAC CACTGTGACCTTCAGCTCTACCAAGTTGTCATTATCAATCCGCATGCGTTTCCTTTTCGA ACCCATTGTGCTACCCTTCCTCTTACAACGAATAGGACGATTAGTTCCTAACGATTCATT AACCAAATCATCAGACATTTTAATTTCAGCCCTGGCACTTGTTGCGGCAACAAGAGTGGT TGATGAAGAGCCCTTTTTAGTAGAATTTGCCAGAACTTCTTCAGAGGACTTGGTATGTTT AGTACTGGCATTCCCATTTGTAGCAACACCATTACCGTTGCTGCAAGCTTCACTTCCCTG TTAATAGAAAACCAAGTAAGAAAAAAGGGAAGCCTGAATTCAACAGCTTTTTACAAAAGA CGTGAGAACTTATACCTAATGAGCACCATGACTAATTGAGATGCAAAAAAGTGTTGAAAT CAGAGAGAAACTACAGAAACAATTCCTATTGTTTTGTTATACCAATTTTGACATGCTTTT CTTGTAAGCCAAGATATACTATTCTCAGCGTATAGTTCTTAACTTATATTTCCAGATGAC CCCATAGCTTGTAAATTAAGCAGTAAACTGGGTGCAAGGAAGCAACTACTTAGAAATGGG CAGGCAAACCTGATCTGCGGTAAGAATATTTGAGGCCTTTCTGCAACCCATGACCAACTT TCCTTCTGGTTCTATCCTACTGAATGTTACTGACAAAAAAAGAAATGCATCTAGTCAGCT TATAGAAAATTAAGAGAAAAAATAAAAGCCGACGATGTCTTACTGATATTACAAGACATG AAAGGTAGTTCAATAATTAGCTACCCAAACAATCGAAATATCAAATACGCCACTATGCTC TATTGAAAAAATCTCTCTCTAACGGTAATATTTTCCATCACCTTCCACACCAGATCCATT AAGGAAAATAAGCTGGAAAAGAACTAGCTAGGGAACAGATGAAATTACCTGTATCACCTG CTTGCAATTGCATAGACTGTATGCATGGAGTCACCCCTTCCAACACATACATACGACTGT TATTATTAGGCCAAAACCTAAACTGGAACATCCATTCCTTCCCTTTCAGATCTTGCATCT TGAGAGGCAACCCTTCTGGATTAGAAATTGGTGGAAAATAGGCCTTCATCACAGTAAAAC TTCATTAGAATATAAAAGAAACATGTGAAATACCTTTCAATTAAAAGAGGGCAAATAAGC ATAGATTACCCAATTATGAGATAATCCTCCAACAAATTTGATTAGTGAATTGTTAACTTG ACCAGTTTATGAAAGGAGACACCAGAACTCCAACAGAGAATTGGTATTACGAGAGAATAT CAAAAGGTAGGTACCCTCACCAACAATAATGAACTTTATTAGATTTATAAACTACAAATA CATCTTATACCAACGCTAGCCCAAAGTGGATAAAAGTATTTCTTATTTCAAAGGCATGTT CCCAGGAGCCCTTCCTAGATTTTATTTTAATTTATTAAGAAATAAGATTTTATAAGCAAC GATAAGGAAAATCACCTGCTTACACGTATACTGAGAAGTAGAAAACCTTACAAAACGATA TTGGTTCTCTACGAATAATACCCTAGCTTCTATTCCTTCTGGGACCTCATGGTACACCAA AAGAAATAAAGAATAAGATGTTATCCCTCAAAATAAAGAATAAAATGTTATCCCTCAAGT GTATAAAATCTTCCTCTATAGATAAAAGGCTCTCGTGTTTTGATTTCTCTCCATACAAGT GCTAGGTGGAGTAACATCACATGGACTGCGTCTTAACTTCCGTCTTCTGAAGGCCCAGCC ACATGATACTTCTTTGGCTGTACCTAGTTAAAAATCTTTAAATGCAAGCCCATCCCAGCA CATTGGGATCATGAAAGACCCAATTTATCGATTTCTCCCCAGATTGCTTAAGTTAGAGGC TTAGAGCTATTGTGTCGCTATCCTTCTTTACTCTCTTAAGGCAAACCATAGAAAATCTCA TTGAAAAGTTTCTCCTTCAGCTCTTCCTCCCTTCACTCACTACCCCTTTTACCTCTACTT AATCAATGTGATATATTTTTCTATTTGTCATGACCACCCCGTGAAAAGAAGTTGTACTCG GGTCCTCCTTTTCCAATCATTATTTTTTATTTTTTTGAAACCGGTAACTTGTATTCCTCA GCATTAAGGGCTATGCTGGCCAACAACACCCACGATTTTTATCTCCAACTAATCTCTTCA GCTAATGCAAAAGCAGGTAGCTCGCTTTTCAACTCTTCCTTCCCCTACTTTTCCCCCTTC CTCCAACTTCATTTTCTAGGTTATAGAGACACACAAGTTAACTAGATGTATTCACTATCA CACCCTTCTTACAAGAGGAAAGCAGCATTAAGGCATTTGGACATATATATTATTTGGACA TATATATTATTTGAATAATATTTGTAAATTAATTTTTGTTTTACAGATTTGTTGATTATT TCAAATTAAATTTAAAATAAAGAATTTGAAGTTGAAAAACTGGTCCGTGTATTTCAAGTG AAATAATTGTTTTTCGCTACCAAAACTTACTTTTTACCTAATGAATCCATGTCCAAAAAT ACAATTTAAACTGCCATAAACCTTTTTCTCCATTTCAACTTCAAATACTCAATGCTTCAA ATTCAGCAATAATTTTCCAAATGGGTCCTATAACATTTGATAAAACACTTGTAATTTTTA ACCCCTATTGAATACAAAAGAATTTATTAAATGTTCAAACCCTCTGAAGTAATTAATGTT CTACCGTTTCAAACAACCAAATCTTTTATTGAATTTGTTCTATCCTAAAGGCATTAGAGA CCTGAAAAGAAAAATGTATATTAGCAAAGGAGCTCACCTCAGCACATTTCTTTGGCAATA CTAGCCGTCCTATCCTGCCAGCATCACTTGCACTTAGCATCTTTTCAAACAAAGGAGTAA TCACAGAATTTGAACTTAAACACTGTCAAGGTTGTAAACAATTAGCTGACTTGCACCCAA GCCACATTGCAAATAGAAAATGTCCTTGTAATTCTAGCAAAGAAGCACACCAGATGCAAA CAAATTTTACTTCGTAAAACCCAAGCATAATATAACCACAGGAATTTATTGACATATACA TTATTTCAATAGGTCCTTAAAAAACAAAGGATACTCTTCAGATAAACGGCGTAGCTCTTG ATCCGTTATGCGAGGCCAGTAACGAGGCAGTAATTGATTTTTTCCTCTCCCATCTCCACG AATCTTCGAACTCTTCACTTGCGTCTCTCCAGCAGAATCCACTGTAGCATGACCACCAAG CTGCTTCCCCAAAGGCAAAGGAATAGAAAGTGTAGTTTTTTGTGGCACACTAACAGAGAC CTTACTGTGAACAGTTGGTTCATTTTTGCTAGCAGAACCTACTGTCAAACAAAAGCTGGG TGCAGAAAGTTCACTGTTTGCATAAGATGATTGCCATGGAGCACTTAAACAAGATTTATG TGCCTCATCACGATTGGAACCTGTAAGACAATGTTTACACCATATTAAGAACAGCATCAA CTGTAGTAGAACATCTAAGATATGATTAAATCAAGAATATTTACAGTAGAAAAATTCTTT ATATGTGGCAAGTAAATATCAGTACCAGCATATCCATCTTCAGGTGTTCCTGGTACACCA ATCTTCAGCTTCCCATTCATCAATTTTTCACAAGAGTCCTTCCTGTTGTTGTCAGACAAC AAGGCAAATGGTCTCTCACCAAGACTAAGCCTGTCGATGCTAACTGTGGCTTCAGGAAAG GGTGCCTTGTGCTGCAACTCATTTTGATTGGTGGAACCATTAAATAAACTTGGTGCTTGA CGCCATGGAACAGGACCAGAACCAGCTATAGGATTCCAATTGTTGACGTCTTTAATTCTT TCAGGCTGCAGAGGAAGGAAAAGTGAAGGTGGTGGCCAGGCAGGATTTGGTGTCTGATCA AAATATGAATATGAAGTCAAAATTCAAAAAACTATTTATTCAATGATAAAATGTGATGCA GTTAAAAAACTCTTAAGCAGACACAAAAATTAAACCAATGATACTATCATAATTGTGAAA AGATTTATCTGCTAAATATTTTTTTGAGGTTTACTCAGATAAATATAAAAATGTAAAAAC TGAAAATTCTGATGGTTTTGACAGTATCATAGGCTTACTTCCTATGTCTGGATAAGTGAT TTTTAAATTGCATCACATTCTTCAAAAGGTTGTCAAACATGCAATCAAAATTAGATTGAA GTCTCTCAAAACTTGTTTGGCTGGAAGTTCAATCTCTGTACAGAACAGCAGATCCAACTG TTGATTTGGCTGTAAAGCTATGGAATTAAATCCAAAAACAGAAGAATGCATAAGAAAGAT AGCCATCGCATGGGAGAAGCTTTTCTTAATGCTGGATCAATGGTCCTTTAGCACAGCCTT GACTGGGCTGTACAAGAAGAATGTTGGAAGATTACAGTAGATGGGGTTCATTATACAAAC TGATCATTTATGCAAATTTACCATTGACATAACAGTCAACAGTTAAACAGTAATCAAGAA CATAGATGGGTCAAGTTTTGCTCTAGTTGAAGATGGATTGGTGTGCTATAAGATAGGGAT TTCAAATGGACTTACCCTAACAAATTAAAAATACTAGCCTTGGTTTAAGTCAAGGTTCAA GTTGTAAATGCAGCTTCACGAATGTGGTTTAAATTTTATAGTAGGTTGGTAGAAATCCTA ACTTCGGTTTTGAGTTAAGATATGATCTATGAAAATTTCTTTTTTATCAAAAGTTTTCAG ATAAGACCAGATGAAGGTGAGCAGGGTCATAGTTTTTCTTTTTACGATTTGTGCTTGCTA TTGTAGGAAGATATATAGCACTTCCTTTAGATTGATTTGGCCGAGTTATAAATCTAAGCA CAGAGCAGCCAAGACGGTCCAAGATCGTTTCACTGAATGGGACGAACTAGGGGTTTGTTG TACCTTACCTCCATAAGTTGCTACATCTTGGTAAAGTTTAACATAATTATTATTCCAAAA AAGAAAAAACTAACATCACATCCACTAGATCAAAGGAAGAAAAGATCTTTTCTTACCAAA ATAAAGCTTTTCCTAGCGCAGGCTATGCACTCAATACCTCCAGCATCCAACAGAACGAAT GTATGGAAAGAGACAATGCATCCACAATGGATTTGCTGCATGAAGAAAACAAATCCTATC AAGACTCAGAGAAATTATTGTAGCAGGAGAAGCATGAACTACAAAGTGTAGCATGTACAT GTCTAATATAAAGGTTAAAAAAGTCCCAACAACATAGGAACTTCACATCAGCAACAAGGA AAAAGAAAATGTGCTCCTCACCTTTCCGCAAGACTCACAAGATCTCCATCCAGAAGAGTT GAGGTGAAAAGCGTCACAAAATTTGCCATCGTCATAAGCAGAACTGCATGAAACATTAAT AAACATCAGCTCCAATCAAAGCTATCAAATATTGAGATATTCAATGAACTATCGTTTGCA TAAGGTAATGTATAATAGATTTTGTTGATCAAAAGATCTAATTCCATCATAAAATAATCA GTTAGGATATTCAGCCAGGTTCTCAACAGTTGTGTTTTCTTCAACACTCAACAGCTAGGT CGAGTACTACTAAATATATAATAATATGATTTCCTAGAGAACTTATTAAGTATTCTCAAC TCCTCTAAGTTAAATGAATCTGGACAAATTCTAAAATATTCCTTCTGTGCATGAGTTGTT TGGTGATTACATGCAAGTCTTGTTGATTTTTATGATGTTTTGTTCCTTTGGCCATAACTT ATGTTGCTCAAACCTTTCAAAATCCTTGTCCCATTCATATCGATCCAACACGATTTGGGT GTGGGTGGGATCCACAGTGAATTTGGTTCGCCAAACAAGGGTGCTTTGATGACACCCATG ACCAAAAGTACAGATTGATCGGGTATTTGGTTTGGTTATGGGTTTGACTTCATTTTTTAA GTACTAGAACAAGTTGTTGAATGAAATATCACGTTTTATAATATAATTGGATTATACTAG TTAATAACTTCAATAAATTGTCAAAATACTTATATTTGTCATAATTTACACTTATTGTCT GTATCTTAGACTCTTGTATCCATACCCAAACTCGAGCAACATAGGTCAAACTATCCAAGA AACTTGCTATTGCTCTAGTAACCGCCAAATTTTGGGTCAATCTATTTCCGAAAAGATAAA GAAGACATTGAAAATATTATCTAGATACATGTGTTCTATCCCTTAAATTTAAAATTTTCA ATGCCTCTGTATCCCTGGTTTGCTACTTACTCCAATATATCCTCACACATATTTTCAAAA ATTCTTGTTCTTATTTTGCCAGGAAAAAAAACATGAAAATGTCAATGATCTTCATCAACC AAAACAGAAGCAGAATGTCATATTCATACATCAGCATCCTCATAATTGTATAACATGAAA CATAATAAAGATACCATAGACCTGCAGTCCAAGTGACATTAGCTATATTAAATGTTACGA CAAAATACTTAAAGCATAACTTACAGACTCACTCTACATTCTCGATAACCATGGAAAAAA GGGTAGAAGGATCCAAATAGAAACCCCAAGAAAATTAAATCTTTGTAATTAATAAAACCA AAGTTATATTTTCTTACTCTTCACATATACTGTAAGAAATAGTCAAATACTACTCAGCCT CAATTCCAAACTAGTTGGGATCAATTATATGAACTCTCAATGGCCATTTATCTCCATTTA AGCATATTCATTCAACTACTCAATAATTCACAAACTTGTTTAAAAAATTGGTCAAAAATA GATTGCTGGAGTGTAAATTGCATCAATCAACTTACAATGGGTGTATTCTATGTAAAAATG GGTGTATACTATGTGCTTGCTCAAAAAAAAAAAATGGGTGTATTCTATGTAAAAATATCA CCTTTTTAGTAGATACATTCCATCTAAACTGTTTATATGCAATAAAAGGAAAAAATCCTG ATCTTGTGACACATATCCTAGGTCAATTAACCACGCAGAAGTAGAATGTTACATTCTTTC GTCAACATTCGTAAACCTAAAGCAGAGCTGTACAAGTAACATTAGCTAAACTAAGTGTTA CGATAAAATACTTCACACAGACTCACTCAACATTCTCGATAACCACGAGGAAAAATTGGT CAAAAAATTATACTTAAAAACCAAAGATATAAACTTTTTATCCTTCACATTCACAAACAA CTAATCAGGTATCAATTCCAGTCAGTTACATGAAGTCTCTATAACCATTCATCTCCATTC ACAAATTCATTAATGATATGCCTTTCAGAAACCATCAAACAAAACAAAAAATCAAAATTC AAAACTTGAATAGAGCCAAAAAAAAAAAAAAATTACCCGCAACGATCACATAGCTCAGCG AACTCGCCGGTACGACGACGCCAACCTTTCCTTGTCTTTTCAACAAATTCCTTGCAGTTG CTGTTGAAGCAAACATTCCCTGAAGCCGCGGCGGACGACGACATATCGGAGTTCACCAAA CTCACACACAAAAAAAAAAAAAACACTTACAAACGGTGTGAATAAAACCAAACAAAAAAA AAAGGAACGAAAAGGAAAAGTTTTTTTGGTTCAACAGGGAAAATTCTCGTTAGAGATAGC GAAAGAAAGGAAAGTGAAAACTGAAACCCTAGAGAGATGAACAAATTCTAGAGAGAGAAA ATGAAGTGACGGAGTGATTGATAAATTTTAGCCATTAGAGAGAGCAAAAGAGGGTTTAAT TTGCAGAGACTGAAAGATTTTAGAGAGAGAGAGTGAGGTGAAAGAGAAACATTGACGTGT GTATTGTGTTATATATATATACACACAGTTCACTGTGTGTGTGTTTTTTTTTTAACTCAT TGGAAGAAAATTCCACGTTATCTTAAAGAGAGATGTGAATTTACAATAATAGACACACTT TTCACCTGAGTCCATGTTGACTTGACTAGAGGATTATTACCCTTTTAGTTTGAAATTTGA AAATTAAAAATTTGAGTTTTTAAAATAATGTTTGAATATATATATTTTTTTATTTTGTTC AAAATTAGAAAAAACTTTAAAGATTGACTTATTAAATATCTAATTAACTAAATATTTGAA ATTTTGAATTTTTAAAATTATGTCTAAATA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.943 1804 1856 match_part 1.000 1979 2101 match_part 1.000 2765 3055 match_part 1.000 4696 5074 match_2 match_part 1.000 1807 1856 match_part 1.000 1979 2101 match_part 1.000 2765 3055 match_part 1.000 4696 5101 match_3 match_part 0.986 2838 3055 match_part 0.919 4696 5199 match_4 match_part 0.910 4733 5243 match_5 match_part 0.984 4760 5267 match_6 match_part 0.984 4760 5267 match_7 match_part 0.984 4760 5267 match_8 match_part 0.984 4760 5267 match_9 match_part 0.984 4760 5267 match_10 match_part 0.956 13903 14037 match_part 0.915 23640 23828 match_11 match_part 0.956 13903 14037 match_part 0.962 23640 23797 match_12 match_part 0.908 13903 14055 match_13 match_part 1.000 25139 25166 match_part 0.995 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27223 match_part 1.000 28063 28122 match_part 1.000 28804 28862 match_14 match_part 1.000 25145 25166 match_part 1.000 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27186 match_15 match_part 1.000 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27223 match_part 1.000 28063 28122 match_part 1.000 28804 28854 match_16 match_part 0.995 25804 25987 match_part 0.983 26308 26367 match_part 1.000 26553 26615 match_part 0.992 26861 26985 match_part 0.992 27067 27184 match_17 match_part 0.996 28086 28596 match_18 match_part 0.967 28296 28694 match_part 1.000 28804 28862 match_19 match_part 1.000 28305 28694 match_part 1.000 28804 28862 match_part 1.000 33642 33723 match_part 1.000 36539 36593 match_20 match_part 1.000 32283 32942 match_21 match_part 1.000 33647 33723 match_part 1.000 36539 36602 match_part 1.000 37108 37175 match_part 1.000 37308 37579 match_22 match_part 0.971 37107 37175 match_part 0.996 37308 37592 match_23 match_part 1.000 37335 37813 match_24 match_part 0.950 39335 39850 match_part 0.967 39926 40106 match_25 match_part 0.961 39344 39850 match_part 0.988 39926 40091 match_26 match_part 0.961 39344 39850 match_part 0.987 39926 40079 match_27 match_part 0.995 39369 40134 match_28 match_part 0.992 39369 40030 match_29 match_part 0.991 42126 42341 match_part 1.000 42716 42793 match_part 0.996 42884 43126 match_part 0.993 43224 43360 match_part 0.962 43445 43602 match_30 match_part 0.991 42126 42341 match_part 1.000 42716 42793 match_part 0.996 42884 43126 match_part 1.000 43224 43360 match_part 0.989 43445 43532 match_31 match_part 1.000 42143 42341 match_part 1.000 42716 42793 match_part 1.000 42884 42994 match_32 match_part 1.000 43062 43126 match_part 0.993 43220 43360 match_part 1.000 43445 43612 match_part 1.000 44829 44941 match_part 0.991 45604 45815 match_33 match_part 1.000 43572 43612 match_part 1.000 44829 44941 match_part 0.972 45604 45784 match_34 match_part 0.971 44872 44941 match_part 0.991 45604 45820 match_part 1.000 47175 47246 match_part 1.000 48260 48324 match_35 match_part 0.994 45647 45820 match_part 1.000 47175 47246 match_part 0.992 48260 48379 match_part 0.966 48462 48578 match_part 0.994 48673 48849 match_36 match_part 0.957 48556 48578 match_part 0.983 48673 48849 match_part 0.975 49589 49708 match_part 0.987 49817 49891 match_part 0.972 50569 50676 match_part 0.938 54258 54338 match_part 0.967 54690 54719 match_37 match_part 0.956 49595 49708 match_part 0.987 49817 49891 match_part 0.972 50569 50676 match_part 0.975 54258 54338 match_part 0.899 54690 55085 match_38 match_part 0.980 50626 50676 match_part 0.975 54258 54338 match_part 0.920 54690 55089 match_39 match_part 1.000 54282 54338 match_part 1.000 54690 55100 match_part 0.929 55195 55208 match_40 match_part 0.992 54716 55110 match_part 0.750 55195 55206 match_41 match_part 0.933 66145 66767 match_part 0.978 66921 66965 match_42 match_part 0.925 66145 66635 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_43 match_part 0.982 9348 8671 match_44 match_part 0.974 9348 8702 match_45 match_part 0.995 9501 8729 match_46 match_part 0.998 10351 9778 match_47 match_part 0.979 22840 22649 match_part 1.000 21413 21308 match_part 0.978 21208 21030 match_48 match_part 0.998 69779 68909 match_49 match_part 0.997 69779 68919 match_50 match_part 0.992 70084 69379 match_51 match_part 1.000 71301 71232 match_part 1.000 70363 70293 match_part 1.000 70165 69674 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 1804 1856 exon 1979 2101 exon 2765 3055 exon 4696 5267 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 9501 8671 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 10351 9778 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 13903 14037 exon 23640 23828 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 13903 14055 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 22840 22649 exon 21413 21308 exon 21208 21030 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 28086 28694 exon 28804 28862 exon 33642 33723 exon 36539 36602 exon 37108 37175 exon 37308 37813 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 25139 25166 exon 25800 25987 exon 26308 26367 exon 26553 26615 exon 26861 26985 exon 27067 27223 exon 28063 28122 exon 28804 28862 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 37107 37175 exon 37308 37813 gene_10 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 32283 32942 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 39335 39850 exon 39926 40106 gene_12 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 39369 40134 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 42126 42341 exon 42716 42793 exon 42884 43126 exon 43224 43360 exon 43445 43612 exon 44829 44941 exon 45604 45820 exon 47175 47246 exon 48260 48379 exon 48462 48578 exon 48673 48849 exon 49589 49708 exon 49817 49891 exon 50569 50676 exon 54258 54338 exon 54690 55100 exon 55195 55208 gene_14 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 42126 42341 exon 42716 42793 exon 42884 43126 exon 43224 43360 exon 43445 43612 exon 44829 44941 exon 45604 45820 exon 47175 47246 exon 48260 48379 exon 48462 48578 exon 48673 48849 exon 49589 49708 exon 49817 49891 exon 50569 50676 exon 54258 54338 exon 54690 55110 exon 55195 55206 gene_15 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 43062 43126 exon 43220 43360 exon 43445 43612 exon 44829 44941 exon 45604 45820 exon 47175 47246 exon 48260 48379 exon 48462 48578 exon 48673 48849 exon 49589 49708 exon 49817 49891 exon 50569 50676 exon 54258 54338 exon 54690 55100 exon 55195 55208 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 66145 66767 exon 66921 66965 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 71301 71232 exon 70363 70293 exon 70165 68909 RepeatMasker tomato repeats master SOD_SINE 90 194 1 SOD_SINE 90 194 1 nucleotide_motif 488 2177 2281 Gypsy00043 1150 1314 1 Gypsy00043 1150 1314 1 nucleotide_motif 1103 14127 14289 Gypsy00073 603 668 1 Gypsy00073 603 668 1 nucleotide_motif 297 23130 23199 Copia00110 13161 13240 1 Copia00110 13161 13240 1 nucleotide_motif 412 23140 23222 Copia00110 13285 13567 1 Copia00110 13285 13567 1 nucleotide_motif 366 24454 24747 Gypsy00043 1052 1207 1 Gypsy00043 1052 1207 1 nucleotide_motif 521 24613 24782 TA1_AT 198 272 1 TA1_AT 198 272 1 nucleotide_motif 235 26132 26212 Copia00143 91 216 1 Copia00143 91 216 1 nucleotide_motif 661 30852 30973 Gypsy00107 8902 9906 1 Gypsy00107 8902 9906 1 nucleotide_motif 3898 38077 39008 Copia00172 303 522 1 Copia00172 303 522 1 nucleotide_motif 1251 46100 46318 Copia00172 361 517 1 Copia00172 361 517 1 nucleotide_motif 843 47547 47708 Copia00143 94 221 1 Copia00143 94 221 1 nucleotide_motif 319 48995 49122 Gypsy00202 2251 2350 1 Gypsy00202 2251 2350 1 nucleotide_motif 279 52207 52316 Copia00172 5195 5313 1 Copia00172 5195 5313 1 nucleotide_motif 562 53592 53712 Gypsy00111 6721 6764 1 Gypsy00111 6721 6764 1 nucleotide_motif 234 55503 55547 Copia00110 13159 13509 1 Copia00110 13159 13509 1 nucleotide_motif 1850 55672 55883 Gypsy00073 937 1192 1 Gypsy00073 937 1192 1 nucleotide_motif 843 55884 56144 Copia00110 13510 13619 1 Copia00110 13510 13619 1 nucleotide_motif 1850 56145 56211 Gypsy00043 1066 1312 1 Gypsy00043 1066 1312 1 nucleotide_motif 763 56157 56383 Unknown00025 250 470 1 Unknown00025 250 470 1 nucleotide_motif 837 60223 60460 Copia00172 286 438 1 Copia00172 286 438 1 nucleotide_motif 711 60727 60877 Copia00112 4489 4728 1 Copia00112 4489 4728 1 nucleotide_motif 958 63862 64088 Copia00006 23 379 1 Copia00006 23 379 1 nucleotide_motif 1368 64097 64435 SONATA2 1 242 1 SONATA2 1 242 1 nucleotide_motif 1015 67563 67792 RepeatMasker tomato repeats master Unknown00030 1276 1364 -1 Unknown00030 1276 1364 -1 nucleotide_motif 282 208 127 Copia00172 5195 5317 -1 Copia00172 5195 5317 -1 nucleotide_motif 445 4008 3890 SONATA2 204 253 -1 SONATA2 204 253 -1 nucleotide_motif 338 5355 5306 ATIS112A 4667 4819 -1 ATIS112A 4667 4819 -1 nucleotide_motif 358 11258 11119 Unknown00019 54 709 -1 Unknown00019 54 709 -1 nucleotide_motif 2719 14126 13714 Copia00008 477 4818 -1 Copia00008 477 4818 -1 nucleotide_motif 34506 19047 14736 Unknown00019 48 706 -1 Unknown00019 48 706 -1 nucleotide_motif 4796 23959 23315 TS 58 2008 -1 TS 58 2008 -1 nucleotide_motif 436 29911 29735 TS2 1 3031 -1 TS2 1 3031 -1 nucleotide_motif 881 30591 30082 TS2 527 655 -1 TS2 527 655 -1 nucleotide_motif 575 30753 30633 Unknown00057 427 571 -1 Unknown00057 427 571 -1 nucleotide_motif 276 34785 34644 Unknown00043 8231 8327 -1 Unknown00043 8231 8327 -1 nucleotide_motif 434 35955 35861 Gypsy00107 9661 9906 -1 Gypsy00107 9661 9906 -1 nucleotide_motif 981 38269 38043 TS2 528 653 -1 TS2 528 653 -1 nucleotide_motif 475 44097 43978 Copia00113 577 704 -1 Copia00113 577 704 -1 nucleotide_motif 252 55200 55078 Copia00151 10096 10178 -1 Copia00151 10096 10178 -1 nucleotide_motif 309 71020 70940 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4571 14327 16632 match_2 match 5249 7186 9881 match_3 match 6914 16699 20186 match_4 match 1266 7122 match_5 match 41958 52678 match_6 match 1665 58329 59402 match_7 match 2115 56395 57548 match_8 match 2300 62224 63485 match_9 match 2698 33598 34982 match_10 match 3745 59710 61640 match_11 match 3939 52907 54938 match_12 match 4557 35665 38143 match_13 match 5124 38913 41635 match_14 match 9396 74609 79468 match_15 match 65763 74494 match_16 match 2660 14750 16632 match_17 match 1199 14850 16614 match_18 match 1927 23129 24136 match_19 match 41958 52678 match_20 match 1665 58329 59402 match_21 match 2115 56395 57548 match_22 match 2300 62224 63485 match_23 match 3745 59710 61640 match_24 match 3939 52907 54938 match_25 match 4557 35665 38143 match_26 match 5124 38913 41635 match_27 match 9214 18278 22970 match_28 match 9396 74609 79468 match_29 match 65763 74494 match_30 match 25265 34982 match_31 match 1923 17608 19047 match_32 match 1505 15585 16632 match_33 match 2674 14738 16632 match_34 match 2121 17608 19047 match_35 match 1578 14902 16605 match_36 match 2091 17612 19047 match_37 match 3005 14610 16632 match_38 match 1840 15489 16632 match_39 match 2311 17608 19047 match_40 match 1746 8659 9873 match_41 match 2779 14738 16632 match_42 match 2153 17610 19047 match_43 match 2728 14750 16632 match_44 match 1168 15019 16632 match_45 match 470 14751 16472 match_46 match 3176 16699 19041 match_47 match 2686 14738 16632 match_48 match 1725 15459 16632 match_49 match 2107 17609 19047 match_50 match 1764 17810 19041 match_51 match 1965 17608 19041 match_52 match 2264 14688 16162 match_53 match 1990 17608 19041 match_54 match 2775 14738 16632 match_55 match 2109 17608 19047 match_56 match 2775 14738 16632 match_57 match 2109 17608 19047 match_58 match 1530 14755 16632 match_59 match 1532 14728 16512 match_60 match 1530 14755 16632 match_61 match 1447 14753 16632 match_62 match 2545 14750 16632 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 565 1 337 clone_end_2 clone_end 379 459 694 clone_end_3 clone_end 597 699 1015 clone_end_4 clone_end 264 1073 1209 clone_end_5 clone_end 456 10441 10670 clone_1 clone 1368.5 16738 50435 clone_end_6 clone_end 1435 16738 17461 clone_start_1 clone_start 952 18359 18838 clone_end_7 clone_end 1344 20556 21249 clone_end_8 clone_end 979 37322 37830 clone_2 clone 1096.5 46568 67402 clone_end_9 clone_end 1277 46568 47218 clone_start_2 clone_start 1193 48436 49040 clone_end_10 clone_end 1384 51753 52450 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_11 clone_end 484 7429 7186 clone_start_3 clone_start 1269 17338 16699 clone_start_4 clone_start 1302 50435 49686 clone_end_12 clone_end 1243 20119 19493 clone_end_13 clone_end 1294 20177 19505 clone_end_14 clone_end 1110 21394 20835 clone_start_5 clone_start 418 37233 36984 clone_start_6 clone_start 432 37244 36984 clone_start_7 clone_start 916 67402 66861 clone_start_8 clone_start 827 67330 66890 clone_start_9 clone_start 1017 67984 67421 clone_start_10 clone_start 458 67984 67703 clone_end_15 clone_end 1013 70381 69842 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.943 1804 1856 match_part 1.000 1979 2101 match_part 1.000 2765 3055 match_part 1.000 4696 5074 match_2 match_part 1.000 1807 1856 match_part 1.000 1979 2101 match_part 1.000 2765 3055 match_part 1.000 4696 5101 match_3 match_part 0.984 4760 5267 match_4 match_part 0.984 4760 5267 match_5 match_part 0.984 4760 5267 match_6 match_part 0.984 4760 5267 match_7 match_part 0.984 4760 5267 match_8 match_part 0.956 13903 14037 match_part 0.915 23640 23828 match_9 match_part 0.956 13903 14037 match_part 0.962 23640 23797 match_10 match_part 0.908 13903 14055 match_11 match_part 1.000 25139 25166 match_part 0.995 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27223 match_part 1.000 28063 28122 match_part 1.000 28804 28862 match_12 match_part 1.000 25145 25166 match_part 1.000 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27186 match_13 match_part 1.000 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27223 match_part 1.000 28063 28122 match_part 1.000 28804 28854 match_14 match_part 0.995 25804 25987 match_part 0.983 26308 26367 match_part 1.000 26553 26615 match_part 0.992 26861 26985 match_part 0.992 27067 27184 match_15 match_part 0.996 28086 28596 match_16 match_part 0.967 28296 28694 match_part 1.000 28804 28862 match_17 match_part 1.000 28305 28694 match_part 1.000 28804 28862 match_part 1.000 33642 33723 match_part 1.000 36539 36593 match_18 match_part 1.000 32283 32942 match_19 match_part 1.000 33647 33723 match_part 1.000 36539 36602 match_part 1.000 37108 37175 match_part 1.000 37308 37579 match_20 match_part 0.971 37107 37175 match_part 0.996 37308 37592 match_21 match_part 1.000 37335 37813 match_22 match_part 0.995 39369 40134 match_23 match_part 0.992 39369 40030 match_24 match_part 1.000 42143 42341 match_part 1.000 42716 42793 match_part 1.000 42884 42994 match_25 match_part 1.000 43572 43612 match_part 1.000 44829 44941 match_part 0.972 45604 45784 match_26 match_part 0.971 44872 44941 match_part 0.991 45604 45820 match_part 1.000 47175 47246 match_part 1.000 48260 48324 match_27 match_part 1.000 54282 54338 match_part 1.000 54690 55100 match_part 0.929 55195 55208 match_28 match_part 0.992 54716 55110 match_part 0.750 55195 55206 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_29 match_part 0.995 9501 8729 match_30 match_part 0.998 10351 9778 match_31 match_part 0.979 22840 22649 match_part 1.000 21413 21308 match_part 0.978 21208 21030 match_32 match_part 0.998 69779 68909 match_33 match_part 0.997 69779 68919 match_34 match_part 0.992 70084 69379 match_35 match_part 1.000 71301 71232 match_part 1.000 70363 70293 match_part 1.000 70165 69674 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 1804 1856 exon 1979 2101 exon 2765 3055 exon 4696 5267 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 9501 8729 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 10351 9778 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 13903 14037 exon 23640 23828 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 13903 14055 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 22840 22649 exon 21413 21308 exon 21208 21030 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 28086 28694 exon 28804 28862 exon 33642 33723 exon 36539 36602 exon 37108 37175 exon 37308 37813 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 25139 25166 exon 25800 25987 exon 26308 26367 exon 26553 26615 exon 26861 26985 exon 27067 27223 exon 28063 28122 exon 28804 28862 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 37107 37175 exon 37308 37813 gene_10 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 32283 32942 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 39369 40134 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 42143 42341 exon 42716 42793 exon 42884 42994 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 43572 43612 exon 44829 44941 exon 45604 45820 exon 47175 47246 exon 48260 48324 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 54282 54338 exon 54690 55100 exon 55195 55208 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 54716 55110 exon 55195 55206 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 71301 71232 exon 70363 70293 exon 70165 68909 AUGUSTUS_tom_cdna de novo gene_1 gene 0.93 1593 4902 transcript_1 transcript 0.93 1593 4902 start_codon_1 start_codon 1593 1595 intron_1 intron 1 1857 1978 intron_2 intron 1 2102 2764 intron_3 intron 1 3056 4695 CDS_1 CDS 0.93 1593 1856 CDS_2 CDS 1 1979 2101 CDS_3 CDS 1 2765 3055 CDS_4 CDS 1 4696 4902 stop_codon_1 stop_codon 4900 4902 gene_2 gene 1 25772 37409 transcript_2 transcript 1 25772 37409 start_codon_2 start_codon 25772 25774 intron_4 intron 1 25988 26307 intron_5 intron 1 26368 26552 intron_6 intron 1 26616 26860 intron_7 intron 1 26986 27066 intron_8 intron 1 27224 28062 intron_9 intron 1 28123 28803 intron_10 intron 1 28863 33641 intron_11 intron 1 33724 36538 intron_12 intron 1 36603 37107 intron_13 intron 1 37176 37307 CDS_5 CDS 1 25772 25987 CDS_6 CDS 1 26308 26367 CDS_7 CDS 1 26553 26615 CDS_8 CDS 1 26861 26985 CDS_9 CDS 1 27067 27223 CDS_10 CDS 1 28063 28122 CDS_11 CDS 1 28804 28862 CDS_12 CDS 1 33642 33723 CDS_13 CDS 1 36539 36602 CDS_14 CDS 1 37108 37175 CDS_15 CDS 1 37308 37409 stop_codon_2 stop_codon 37407 37409 gene_3 gene 0.2 39449 54767 transcript_3 transcript 0.2 39449 54767 start_codon_3 start_codon 39449 39451 intron_14 intron 0.69 39851 39925 intron_15 intron 0.87 40111 40941 intron_16 intron 1 41163 42063 intron_17 intron 1 42342 42715 intron_18 intron 1 42794 42883 intron_19 intron 0.67 43127 43219 intron_20 intron 0.65 43361 43444 intron_21 intron 1 43613 44828 intron_22 intron 1 44942 45603 intron_23 intron 1 45821 47174 intron_24 intron 1 47247 48259 intron_25 intron 0.99 48380 48461 intron_26 intron 0.67 48579 48672 intron_27 intron 0.93 48850 49588 intron_28 intron 0.92 49709 49816 intron_29 intron 0.8 49892 54257 intron_30 intron 0.99 54339 54689 CDS_16 CDS 0.69 39449 39850 CDS_17 CDS 0.66 39926 40110 CDS_18 CDS 0.87 40942 41162 CDS_19 CDS 1 42064 42341 CDS_20 CDS 1 42716 42793 CDS_21 CDS 1 42884 43126 CDS_22 CDS 0.65 43220 43360 CDS_23 CDS 0.98 43445 43612 CDS_24 CDS 1 44829 44941 CDS_25 CDS 1 45604 45820 CDS_26 CDS 1 47175 47246 CDS_27 CDS 1 48260 48379 CDS_28 CDS 0.99 48462 48578 CDS_29 CDS 0.65 48673 48849 CDS_30 CDS 0.95 49589 49708 CDS_31 CDS 0.96 49817 49891 CDS_32 CDS 1 54258 54338 CDS_33 CDS 0.99 54690 54767 stop_codon_3 stop_codon 54765 54767 gene_4 gene 0.82 66158 66775 transcript_4 transcript 0.82 66158 66775 start_codon_4 start_codon 66158 66160 CDS_34 CDS 0.82 66158 66775 stop_codon_4 stop_codon 66773 66775 gene_5 gene 1 66966 67304 transcript_5 transcript 1 66966 67304 start_codon_5 start_codon 66966 66968 CDS_35 CDS 1 66966 67304 stop_codon_5 stop_codon 67302 67304 AUGUSTUS_tom_cdna de novo gene_6 gene 0.42 5687 5356 transcript_6 transcript 0.42 5687 5356 stop_codon_6 stop_codon 5358 5356 intron_31 intron 0.66 5563 5445 CDS_36 CDS 0.66 5444 5356 CDS_37 CDS 0.51 5687 5564 start_codon_6 start_codon 5687 5685 gene_7 gene 0.98 10358 8649 transcript_7 transcript 0.98 10358 8649 stop_codon_7 stop_codon 8651 8649 CDS_38 CDS 0.98 10358 8649 start_codon_7 start_codon 10358 10356 gene_8 gene 0.84 21049 20024 transcript_8 transcript 0.84 21049 20024 stop_codon_8 stop_codon 20026 20024 CDS_39 CDS 0.84 21049 20024 start_codon_8 start_codon 21049 21047 gene_9 gene 0.28 75040 69132 transcript_9 transcript 0.28 75040 69132 stop_codon_9 stop_codon 69134 69132 intron_32 intron 1 70292 70166 intron_33 intron 1 71231 70364 intron_34 intron 0.53 71449 71346 intron_35 intron 0.51 72033 71503 intron_36 intron 0.99 72729 72418 intron_37 intron 0.89 73068 72810 intron_38 intron 0.69 74977 73244 CDS_40 CDS 1 70165 69132 CDS_41 CDS 1 70363 70293 CDS_42 CDS 0.53 71345 71232 CDS_43 CDS 0.52 71502 71450 CDS_44 CDS 0.99 72417 72034 CDS_45 CDS 0.96 72809 72730 CDS_46 CDS 0.71 73243 73069 CDS_47 CDS 0.6 75040 74978 start_codon_9 start_codon 75040 75038 gene_10 gene 0.51 79664 75241 transcript_10 transcript 0.51 79664 75241 stop_codon_10 stop_codon 75243 75241 intron_39 intron 0.99 75745 75621 intron_40 intron 0.7 77216 76074 intron_41 intron 0.76 77481 77316 intron_42 intron 0.9 79536 77564 CDS_48 CDS 0.78 75620 75241 CDS_49 CDS 0.99 76073 75746 CDS_50 CDS 0.69 77315 77217 CDS_51 CDS 0.97 77563 77482 CDS_52 CDS 0.99 79664 79537 start_codon_10 start_codon 79664 79662 AUGUSTUS_ab_initio de novo gene_1 gene 0.07 1593 4902 transcript_1 transcript 0.07 1593 4902 start_codon_1 start_codon 1593 1595 intron_1 intron 0.63 1857 2764 intron_2 intron 0.34 3056 3684 intron_3 intron 0.34 3757 4695 CDS_1 CDS 0.81 1593 1856 CDS_2 CDS 0.75 2765 3055 CDS_3 CDS 0.2 3685 3756 CDS_4 CDS 0.9 4696 4902 stop_codon_1 stop_codon 4900 4902 gene_2 gene 0.16 25772 37409 transcript_2 transcript 0.16 25772 37409 start_codon_2 start_codon 25772 25774 intron_4 intron 0.97 25988 26307 intron_5 intron 0.89 26368 26552 intron_6 intron 0.67 26616 26779 intron_7 intron 1 26986 27066 intron_8 intron 1 27224 28062 intron_9 intron 0.95 28240 28803 intron_10 intron 0.94 28863 33641 intron_11 intron 0.66 33724 36538 intron_12 intron 0.83 36603 37107 intron_13 intron 0.98 37176 37307 CDS_5 CDS 0.54 25772 25987 CDS_6 CDS 0.97 26308 26367 CDS_7 CDS 0.92 26553 26615 CDS_8 CDS 0.72 26780 26985 CDS_9 CDS 1 27067 27223 CDS_10 CDS 0.95 28063 28239 CDS_11 CDS 1 28804 28862 CDS_12 CDS 0.94 33642 33723 CDS_13 CDS 0.76 36539 36602 CDS_14 CDS 0.96 37108 37175 CDS_15 CDS 1 37308 37409 stop_codon_2 stop_codon 37407 37409 gene_3 gene 0.37 39449 45883 transcript_3 transcript 0.37 39449 45883 start_codon_3 start_codon 39449 39451 intron_14 intron 1 39851 39925 intron_15 intron 1 40111 40941 intron_16 intron 1 41163 42063 intron_17 intron 0.88 42342 42715 intron_18 intron 0.77 42794 42883 intron_19 intron 0.9 43127 43219 intron_20 intron 0.96 43361 43444 intron_21 intron 0.99 43613 44828 intron_22 intron 0.95 44942 45603 CDS_16 CDS 1 39449 39850 CDS_17 CDS 1 39926 40110 CDS_18 CDS 1 40942 41162 CDS_19 CDS 1 42064 42341 CDS_20 CDS 0.77 42716 42793 CDS_21 CDS 0.91 42884 43126 CDS_22 CDS 0.9 43220 43360 CDS_23 CDS 0.99 43445 43612 CDS_24 CDS 1 44829 44941 CDS_25 CDS 0.57 45604 45883 stop_codon_3 stop_codon 45881 45883 gene_4 gene 0.1 48254 54347 transcript_4 transcript 0.1 48254 54347 start_codon_4 start_codon 48254 48256 intron_23 intron 1 48380 48461 intron_24 intron 0.67 48579 48672 intron_25 intron 0.95 48850 49588 intron_26 intron 0.98 49709 49816 intron_27 intron 0.76 49892 50568 intron_28 intron 0.5 50677 54257 CDS_26 CDS 0.47 48254 48379 CDS_27 CDS 1 48462 48578 CDS_28 CDS 0.64 48673 48849 CDS_29 CDS 0.98 49589 49708 CDS_30 CDS 0.9 49817 49891 CDS_31 CDS 0.63 50569 50676 CDS_32 CDS 0.52 54258 54347 stop_codon_4 stop_codon 54345 54347 gene_5 gene 0.75 66158 66775 transcript_5 transcript 0.75 66158 66775 start_codon_5 start_codon 66158 66160 CDS_33 CDS 0.75 66158 66775 stop_codon_5 stop_codon 66773 66775 gene_6 gene 0.94 66966 67304 transcript_6 transcript 0.94 66966 67304 start_codon_6 start_codon 66966 66968 CDS_34 CDS 0.94 66966 67304 stop_codon_6 stop_codon 67302 67304 AUGUSTUS_ab_initio de novo gene_7 gene 0.18 5687 5356 transcript_7 transcript 0.18 5687 5356 stop_codon_7 stop_codon 5358 5356 intron_29 intron 0.79 5563 5445 CDS_35 CDS 0.79 5444 5356 CDS_36 CDS 0.24 5687 5564 start_codon_7 start_codon 5687 5685 gene_8 gene 0.42 10358 8649 transcript_8 transcript 0.42 10358 8649 stop_codon_8 stop_codon 8651 8649 CDS_37 CDS 0.42 10358 8649 start_codon_8 start_codon 10358 10356 gene_9 gene 0.24 21049 20024 transcript_9 transcript 0.24 21049 20024 stop_codon_9 stop_codon 20026 20024 CDS_38 CDS 0.24 21049 20024 start_codon_9 start_codon 21049 21047 gene_10 gene 0.53 46674 46369 transcript_10 transcript 0.53 46674 46369 stop_codon_10 stop_codon 46371 46369 CDS_39 CDS 0.53 46674 46369 start_codon_10 start_codon 46674 46672 gene_11 gene 0.85 54960 54586 transcript_11 transcript 0.85 54960 54586 stop_codon_11 stop_codon 54588 54586 CDS_40 CDS 0.85 54960 54586 start_codon_11 start_codon 54960 54958 gene_12 gene 0.11 75040 68689 transcript_12 transcript 0.11 75040 68689 stop_codon_12 stop_codon 68691 68689 intron_30 intron 0.83 68944 68855 intron_31 intron 0.83 69135 68969 intron_32 intron 0.59 70292 70166 intron_33 intron 0.98 71231 70364 intron_34 intron 0.93 71449 71346 intron_35 intron 0.89 72033 71503 intron_36 intron 1 72729 72418 intron_37 intron 0.9 73068 72810 intron_38 intron 0.88 74977 73244 CDS_41 CDS 0.97 68854 68689 CDS_42 CDS 0.83 68968 68945 CDS_43 CDS 0.85 70165 69136 CDS_44 CDS 0.67 70363 70293 CDS_45 CDS 0.94 71345 71232 CDS_46 CDS 0.9 71502 71450 CDS_47 CDS 1 72417 72034 CDS_48 CDS 0.99 72809 72730 CDS_49 CDS 0.9 73243 73069 CDS_50 CDS 0.58 75040 74978 start_codon_12 start_codon 75040 75038 gene_13 gene 0.17 79664 75241 transcript_13 transcript 0.17 79664 75241 stop_codon_13 stop_codon 75243 75241 intron_39 intron 0.99 75745 75621 intron_40 intron 0.69 77216 76074 intron_41 intron 0.97 77481 77316 intron_42 intron 0.43 79536 77564 CDS_51 CDS 0.43 75620 75241 CDS_52 CDS 0.99 76073 75746 CDS_53 CDS 0.72 77315 77217 CDS_54 CDS 0.96 77563 77482 CDS_55 CDS 1 79664 79537 start_codon_13 start_codon 79664 79662 AUGUSTUS_tom_ugs de novo gene_1 gene 0.97 1593 4902 transcript_1 transcript 0.97 1593 4902 start_codon_1 start_codon 1593 1595 intron_1 intron 1 1857 1978 intron_2 intron 1 2102 2764 intron_3 intron 1 3056 4695 CDS_1 CDS 0.97 1593 1856 CDS_2 CDS 1 1979 2101 CDS_3 CDS 1 2765 3055 CDS_4 CDS 1 4696 4902 stop_codon_1 stop_codon 4900 4902 gene_2 gene 0.96 25461 37409 transcript_2 transcript 0.96 25461 37409 start_codon_2 start_codon 25461 25463 intron_4 intron 0.98 25573 25799 intron_5 intron 1 25988 26307 intron_6 intron 1 26368 26552 intron_7 intron 1 26616 26860 intron_8 intron 1 26986 27066 intron_9 intron 1 27224 28062 intron_10 intron 1 28123 28803 intron_11 intron 1 28863 33641 intron_12 intron 1 33724 36538 intron_13 intron 1 36603 37107 intron_14 intron 1 37176 37307 CDS_5 CDS 0.96 25461 25572 CDS_6 CDS 1 25800 25987 CDS_7 CDS 1 26308 26367 CDS_8 CDS 1 26553 26615 CDS_9 CDS 1 26861 26985 CDS_10 CDS 1 27067 27223 CDS_11 CDS 1 28063 28122 CDS_12 CDS 1 28804 28862 CDS_13 CDS 1 33642 33723 CDS_14 CDS 1 36539 36602 CDS_15 CDS 1 37108 37175 CDS_16 CDS 1 37308 37409 stop_codon_2 stop_codon 37407 37409 gene_3 gene 0.2 39449 54767 transcript_3 transcript 0.2 39449 54767 start_codon_3 start_codon 39449 39451 intron_15 intron 0.77 39851 39925 intron_16 intron 0.86 40111 40941 intron_17 intron 1 41163 42063 intron_18 intron 1 42342 42715 intron_19 intron 1 42794 42883 intron_20 intron 0.64 43127 43219 intron_21 intron 0.61 43361 43444 intron_22 intron 1 43613 44828 intron_23 intron 1 44942 45603 intron_24 intron 1 45821 47174 intron_25 intron 1 47247 48259 intron_26 intron 0.97 48380 48461 intron_27 intron 0.69 48579 48672 intron_28 intron 0.91 48850 49588 intron_29 intron 0.92 49709 49816 intron_30 intron 0.68 49892 54257 intron_31 intron 1 54339 54689 CDS_17 CDS 0.77 39449 39850 CDS_18 CDS 0.74 39926 40110 CDS_19 CDS 0.86 40942 41162 CDS_20 CDS 1 42064 42341 CDS_21 CDS 1 42716 42793 CDS_22 CDS 1 42884 43126 CDS_23 CDS 0.61 43220 43360 CDS_24 CDS 0.97 43445 43612 CDS_25 CDS 1 44829 44941 CDS_26 CDS 1 45604 45820 CDS_27 CDS 1 47175 47246 CDS_28 CDS 0.98 48260 48379 CDS_29 CDS 0.97 48462 48578 CDS_30 CDS 0.66 48673 48849 CDS_31 CDS 0.93 49589 49708 CDS_32 CDS 0.96 49817 49891 CDS_33 CDS 0.99 54258 54338 CDS_34 CDS 1 54690 54767 stop_codon_3 stop_codon 54765 54767 gene_4 gene 0.8 66158 66775 transcript_4 transcript 0.8 66158 66775 start_codon_4 start_codon 66158 66160 CDS_35 CDS 0.8 66158 66775 stop_codon_4 stop_codon 66773 66775 gene_5 gene 1 66966 67304 transcript_5 transcript 1 66966 67304 start_codon_5 start_codon 66966 66968 CDS_36 CDS 1 66966 67304 stop_codon_5 stop_codon 67302 67304 AUGUSTUS_tom_ugs de novo gene_6 gene 0.39 5687 5356 transcript_6 transcript 0.39 5687 5356 stop_codon_6 stop_codon 5358 5356 intron_32 intron 0.68 5563 5445 CDS_37 CDS 0.68 5444 5356 CDS_38 CDS 0.47 5687 5564 start_codon_6 start_codon 5687 5685 gene_7 gene 0.97 10358 6344 transcript_7 transcript 0.97 10358 6344 stop_codon_7 stop_codon 6346 6344 intron_33 intron 1 8652 6351 CDS_39 CDS 1 6350 6344 CDS_40 CDS 0.97 10358 8653 start_codon_7 start_codon 10358 10356 gene_8 gene 0.46 21049 20024 transcript_8 transcript 0.46 21049 20024 stop_codon_8 stop_codon 20026 20024 CDS_41 CDS 0.46 21049 20024 start_codon_8 start_codon 21049 21047 gene_9 gene 0.25 75040 69132 transcript_9 transcript 0.25 75040 69132 stop_codon_9 stop_codon 69134 69132 intron_34 intron 1 70292 70166 intron_35 intron 1 71231 70364 intron_36 intron 0.54 71449 71346 intron_37 intron 0.46 72033 71503 intron_38 intron 0.99 72729 72418 intron_39 intron 0.85 73068 72810 intron_40 intron 0.72 74977 73244 CDS_42 CDS 1 70165 69132 CDS_43 CDS 1 70363 70293 CDS_44 CDS 0.54 71345 71232 CDS_45 CDS 0.47 71502 71450 CDS_46 CDS 0.99 72417 72034 CDS_47 CDS 0.96 72809 72730 CDS_48 CDS 0.72 73243 73069 CDS_49 CDS 0.67 75040 74978 start_codon_9 start_codon 75040 75038 gene_10 gene 0.67 79664 75241 transcript_10 transcript 0.67 79664 75241 stop_codon_10 stop_codon 75243 75241 intron_41 intron 1 75745 75621 intron_42 intron 0.79 77216 76074 intron_43 intron 0.8 77481 77316 intron_44 intron 0.96 79536 77564 CDS_50 CDS 0.88 75620 75241 CDS_51 CDS 1 76073 75746 CDS_52 CDS 0.77 77315 77217 CDS_53 CDS 0.95 77563 77482 CDS_54 CDS 1 79664 79537 start_codon_10 start_codon 79664 79662 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.999 801 1856 match_part 1.000 1979 2101 match_part 1.000 2765 3055 match_part 0.998 4696 5257 match_2 match_part 0.951 25085 25166 match_part 1.000 25800 25987 match_part 1.000 26308 26367 match_part 0.968 26553 26615 match_part 0.888 26861 26985 match_part 0.950 27067 27086 match_3 match_part 0.939 25212 25538 match_part 1.000 25800 25987 match_part 1.000 26308 26367 match_part 1.000 26553 26615 match_part 1.000 26861 26985 match_part 1.000 27067 27223 match_part 1.000 28063 28122 match_part 1.000 28804 28862 match_part 1.000 33642 33723 match_part 1.000 36539 36602 match_part 1.000 37108 37175 match_part 1.000 37308 37811 match_4 match_part 0.994 28085 28619 match_5 match_part 0.975 28291 28694 match_part 1.000 28804 28862 match_part 1.000 33642 33723 match_part 1.000 36539 36602 match_6 match_part 0.997 32283 32968 match_7 match_part 0.992 39361 40110 match_8 match_part 1.000 42141 42341 match_part 1.000 42716 42793 match_part 1.000 42884 43021 match_9 match_part 0.977 43570 43612 match_part 1.000 44829 44941 match_part 0.986 45604 45820 match_part 1.000 47175 47246 match_part 1.000 48260 48324 match_10 match_part 1.000 54281 54338 match_part 0.995 54690 55112 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_11 match_part 0.998 9502 8653 match_part 0.996 6350 6128 match_12 match_part 0.984 10420 9622 match_13 match_part 0.997 22937 22649 match_part 1.000 21413 21308 match_part 0.923 21208 20846 match_14 match_part 0.998 22652 22112 match_15 match_part 1.000 71302 71232 match_part 1.000 70363 70293 match_part 0.999 70165 68909 match_16 match_part 0.992 79951 79694 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 801 1856 exon 1979 2101 exon 2765 3055 exon 4696 5257 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 9502 8653 exon 6350 6128 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 10420 9622 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 22937 22649 exon 21413 21308 exon 21208 20846 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 22652 22112 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 28085 28694 exon 28804 28862 exon 33642 33723 exon 36539 36602 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 32283 32968 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 25212 25538 exon 25800 25987 exon 26308 26367 exon 26553 26615 exon 26861 26985 exon 27067 27223 exon 28063 28122 exon 28804 28862 exon 33642 33723 exon 36539 36602 exon 37108 37175 exon 37308 37811 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 25085 25166 exon 25800 25987 exon 26308 26367 exon 26553 26615 exon 26861 26985 exon 27067 27086 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 39361 40110 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 42141 42341 exon 42716 42793 exon 42884 43021 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 43570 43612 exon 44829 44941 exon 45604 45820 exon 47175 47246 exon 48260 48324 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 54281 54338 exon 54690 55112 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 71302 71232 exon 70363 70293 exon 70165 68909 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 79951 79694 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.991 42126 42341 match_part 1.000 42716 42793 match_part 0.996 42884 43126 match_part 0.993 43224 43360 match_part 1.000 43445 43612 match_part 1.000 44829 44941 match_part 0.995 45604 45820 match_part 1.000 47175 47246 match_part 0.992 48260 48379 match_part 0.966 48462 48578 match_part 0.994 48673 48849 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.981 9348 8671 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 9348 8671 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0019I01.3 type gene exon 42126 42341 exon 42716 42793 exon 42884 43126 exon 43224 43360 exon 43445 43612 exon 44829 44941 exon 45604 45820 exon 47175 47246 exon 48260 48379 exon 48462 48578 exon 48673 48849 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.95 1593 4902 transcript_1 transcript 0.95 1593 4902 start_codon_1 start_codon 1593 1595 intron_1 intron 1 1857 1978 intron_2 intron 1 2102 2764 intron_3 intron 1 3056 4695 CDS_1 CDS 0.95 1593 1856 CDS_2 CDS 1 1979 2101 CDS_3 CDS 1 2765 3055 CDS_4 CDS 1 4696 4902 stop_codon_1 stop_codon 4900 4902 gene_2 gene 1 25772 37409 transcript_2 transcript 1 25772 37409 start_codon_2 start_codon 25772 25774 intron_4 intron 1 25988 26307 intron_5 intron 1 26368 26552 intron_6 intron 1 26616 26860 intron_7 intron 1 26986 27066 intron_8 intron 1 27224 28062 intron_9 intron 1 28123 28803 intron_10 intron 1 28863 33641 intron_11 intron 1 33724 36538 intron_12 intron 1 36603 37107 intron_13 intron 1 37176 37307 CDS_5 CDS 1 25772 25987 CDS_6 CDS 1 26308 26367 CDS_7 CDS 1 26553 26615 CDS_8 CDS 1 26861 26985 CDS_9 CDS 1 27067 27223 CDS_10 CDS 1 28063 28122 CDS_11 CDS 1 28804 28862 CDS_12 CDS 1 33642 33723 CDS_13 CDS 1 36539 36602 CDS_14 CDS 1 37108 37175 CDS_15 CDS 1 37308 37409 stop_codon_2 stop_codon 37407 37409 gene_3 gene 0.94 39449 43265 transcript_3 transcript 0.94 39449 43265 start_codon_3 start_codon 39449 39451 intron_14 intron 1 39851 39925 intron_15 intron 0.96 40111 40941 intron_16 intron 1 41163 42063 intron_17 intron 1 42342 42715 intron_18 intron 1 42794 42883 intron_19 intron 0.98 43127 43223 CDS_16 CDS 1 39449 39850 CDS_17 CDS 0.96 39926 40110 CDS_18 CDS 0.96 40942 41162 CDS_19 CDS 1 42064 42341 CDS_20 CDS 1 42716 42793 CDS_21 CDS 1 42884 43126 CDS_22 CDS 0.98 43224 43265 stop_codon_3 stop_codon 43263 43265 gene_4 gene 0.42 43313 54767 transcript_4 transcript 0.42 43313 54767 start_codon_4 start_codon 43313 43315 intron_20 intron 1 43361 43444 intron_21 intron 1 43613 44828 intron_22 intron 1 44942 45603 intron_23 intron 1 45821 47174 intron_24 intron 1 47247 48259 intron_25 intron 1 48380 48461 intron_26 intron 1 48579 48672 intron_27 intron 0.99 48850 49588 intron_28 intron 1 49709 49816 intron_29 intron 1 49892 50568 intron_30 intron 1 50677 54257 intron_31 intron 1 54339 54689 CDS_23 CDS 0.43 43313 43360 CDS_24 CDS 1 43445 43612 CDS_25 CDS 1 44829 44941 CDS_26 CDS 1 45604 45820 CDS_27 CDS 1 47175 47246 CDS_28 CDS 1 48260 48379 CDS_29 CDS 1 48462 48578 CDS_30 CDS 0.99 48673 48849 CDS_31 CDS 0.99 49589 49708 CDS_32 CDS 1 49817 49891 CDS_33 CDS 1 50569 50676 CDS_34 CDS 1 54258 54338 CDS_35 CDS 1 54690 54767 stop_codon_4 stop_codon 54765 54767 gene_5 gene 0.83 66158 67093 transcript_5 transcript 0.83 66158 67093 start_codon_5 start_codon 66158 66160 intron_32 intron 0.99 66768 66920 CDS_36 CDS 0.83 66158 66767 CDS_37 CDS 0.99 66921 67093 stop_codon_5 stop_codon 67091 67093 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.31 5687 5356 transcript_6 transcript 0.31 5687 5356 stop_codon_6 stop_codon 5358 5356 intron_33 intron 0.56 5563 5445 CDS_38 CDS 0.56 5444 5356 CDS_39 CDS 0.41 5687 5564 start_codon_6 start_codon 5687 5685 gene_7 gene 0.94 10358 8649 transcript_7 transcript 0.94 10358 8649 stop_codon_7 stop_codon 8651 8649 CDS_40 CDS 0.94 10358 8649 start_codon_7 start_codon 10358 10356 gene_8 gene 0.79 21049 20024 transcript_8 transcript 0.79 21049 20024 stop_codon_8 stop_codon 20026 20024 CDS_41 CDS 0.79 21049 20024 start_codon_8 start_codon 21049 21047 gene_9 gene 0.28 75040 69132 transcript_9 transcript 0.28 75040 69132 stop_codon_9 stop_codon 69134 69132 intron_34 intron 1 70292 70166 intron_35 intron 1 71231 70364 intron_36 intron 0.5 71449 71346 intron_37 intron 0.48 72033 71503 intron_38 intron 0.98 72729 72418 intron_39 intron 0.88 73068 72810 intron_40 intron 0.74 74977 73244 CDS_42 CDS 1 70165 69132 CDS_43 CDS 1 70363 70293 CDS_44 CDS 0.5 71345 71232 CDS_45 CDS 0.48 71502 71450 CDS_46 CDS 1 72417 72034 CDS_47 CDS 0.96 72809 72730 CDS_48 CDS 0.75 73243 73069 CDS_49 CDS 0.69 75040 74978 start_codon_9 start_codon 75040 75038 gene_10 gene 0.73 79664 75241 transcript_10 transcript 0.73 79664 75241 stop_codon_10 stop_codon 75243 75241 intron_41 intron 1 75745 75621 intron_42 intron 0.85 77216 76074 intron_43 intron 0.87 77481 77316 intron_44 intron 0.96 79536 77564 CDS_50 CDS 0.86 75620 75241 CDS_51 CDS 1 76073 75746 CDS_52 CDS 0.84 77315 77217 CDS_53 CDS 0.95 77563 77482 CDS_54 CDS 1 79664 79537 start_codon_10 start_codon 79664 79662 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 129 1593 1859 match_2 match 169 2765 3055 match_3 match 152 26825 27226 match_4 match 152 26825 27226 match_5 match 152 26825 27226 match_6 match 155 26825 27226 match_7 match 155 26825 27226 match_8 match 151 39578 40123 match_9 match 332 42713 43642 match_10 match 144 42075 42362 match_11 match 119 48670 48852 match_12 match 77.8 48248 48382 match_13 match 133 45605 45823 match_14 match 77.8 48462 48578 match_15 match 127 1593 1859 match_16 match 165 2762 3055 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_17 match 138 46815 46420 match_18 match 877 10304 8652 match_19 match 142 46815 46420 match_20 match 106 70109 69795 match_21 match 113 73246 73061 match_22 match 141 46803 46420 match_23 match 322 21046 20135 match_24 match 130 46815 46420 match_25 match 139 46815 46420 match_26 match 138 46815 46420 match_27 match 118 9539 8652 match_28 match 110 9548 8910 match_29 match 138 46803 46420 match_30 match 105 9581 8652 match_31 match 218 16455 15022 match_32 match 122 73246 73061 match_33 match 140 46815 46420 match_34 match 400 21046 20141 match_35 match 135 46806 46420 match_36 match 197 9560 8661 match_37 match 139 46815 46420 match_38 match 111 9560 8652 match_39 match 105 15852 15166