C10HBa0156C03.2 TAAAACTAAAACCCTCTCTGTTAATGATGATGCCTTGGTATAAAAGAAGACTTGATGATC TAAAGGAATGAGGTTAGGGGATCGGGTGTCACGAACCGACACGTAGTATTAATGGATCGG GTGTCACGAACCGACACATAGTATTAGGGGATCGGGTGTCACGAACCGACACGTAGTATT AGGGGATCGGAGTGTCACGTTCCGACACCAGGATAGTAAAAAGAATGAATTTGAATTATG TTAATGTACTCAATTTAATGAACCTGTTTCCCAAATGAGTATGGTGTGGACGCTTGAGTC CTCATAGATGTGCTTGGGTTGTGCCCAATGGTCATGGTGCTTGTTGTTGTCACCTGTTAA GTGTTATGGTTGATTTTATGTTATTATTCGATATATATTGTTTTCTATTTTGAGTTGGCC GATGATATCTACTCAGTACTCGTGTTTTGTACTGACCCCTACTTGTATGTTTTCTTTTTG TCAATTGTGGAGTGCAGCAAACGTACCGTCGTCTTCAACTCAACCGCAACTCTAGCCGGT CTTCATCACGTCAGATTTCAGGGTGAGCTATTGTTCCTAGCTCGGGCTGGATTCTCTCTC ATTCATGTCTTGATGTCCTTGAAGTTCGGACATGGACTATCTCTTTTATTTGTTTTAGCT TTCTAGACATTCTTAGATTTAGTAATTTGAGGATAGATTGTTCTTATGGTGATGACTTCC AGATTTTGGGGATAATGTCACGACCCAAACCGGGCTGCGACTGGCACCCACACTTACCCT CCTATGTGAGCGAACCAACCAATCTAACCTTAATATTTCAATATAATGTCAACAGAAAGT AATGCGGAAGACTTAAACTCATTAAATAAAGACCAATTCATTAACTTCTAAAATTCAACA TCTATTATTCCCCAAAATCTGGAAGTCATCATCACAAGAACATCTACGATCAAATGACTA AACTAAGAGTATTCTAAAAGCTAAAAATACATAAGAAGCTAGTCCATGCCGGAAGTTCAA GGCATCAAGACTTGAAGAAGAAGATCCAGTCCAAGCTAGAAGCATTAGCTCACCCTGAAT TTCCGATGTAGTAAGACTGGCTTGAATTACTGTTGAGTTGAAGACGATGACACGTTTGCT GCACTCCACAAATAAACAAGAAGAAAACATAAAAGTAGGGGTCAGTACAAAACACGGGTA CTGAGTAGATATCATCGGCCAACTCAAAATAGAAATCAATATATACCAAGTAATATCATA AAATCAACTATGATACTCAACATGTAGCAACAACAAATACTATATCATTAACAATTACCG TCAAGTTCACACATGAGAACTCAAGTCTCAATACCATACTCATTTGGGAATCATGTTCAT TAGATTGAGTATATTAACATCTTTCAAGATTCATTATCTTTATTTCTCTTGTGTCGGTAC GTGACACTCCGCTCCCTCAATATTCATTAATCCTCTTGTGTCGGTACGTGACACTCCGAT CCCCTAAATCTATGTGTCGGTTCGTGACACCCGATCCCCTAAATCTATGTGTCGATTCGT GACACCCGATCCCCTAAATCTACGTGTCGGTTCGTGACACCCGATCCCCTAATACTACGT GTCGATTCGTGACACCCGATCCCCTAAATCTATGTGTCAGTTCGTGACACCCGATCCCCT AAATCTACGTGTCGGTTCGTGACACCTGATCCCCTAATACTACGTGTCGGTTCGTGACAC CCGATCCCCTAATACTACATGTCGGTTCGTGACACCCGATCCCCTAATACTACATGTCGG TTCGTGACACCCGATCCCCTAATTTTACGTGTCGGTTCGTGACACCCGATCCCCTAAATA TGCTTCTATCAATTCATCAAGCCTTCTTTCTTACCAAGGCATCATCAATCTCATTATTTT AGTTCATCACGCCTTCTTTTATACCAAGGCCTCATCATTAACAAAGAGATTAGGATTTTA CAAGATTTGGGATTCAATAGCTTCATCATGCTTAATATAATCACAATTATATAATCACGT TCATGCAAGCATACAATTAAGCACATAGCAGGGTTTTACAATACTATCAATACATATCAT TCGCTATTAAGAGTTTACTACGAATAGCATGAAAACCATAACCTACCTCCACCGAAGATT CGTGATCAAGCAAGCAAATTTTCCCAAAGCTTTGTGTTTTTCCCCTTCTCGATCGTCTCT CTCTCTATCGATTCCCTTCTCTCTCTTTCTCTTGTTCTTTCTATTTTCTTTATTCAAACC CTCTTTCTTTTACCCTAATTAGTATATAATTAAGAATAAAAGATGACAATAATAGCCCAC TAATTAACTTAAGGTTACCTCTTTTATCCTCAAGAAATTGAGTTATTAATATAGACCCAC GAAATATATAATTATAGCAGGAATAGTCCAAAATGCCCCTTTAAAACTTAACCAGAATTC CGACTTCAACTGGGATTACGCAACCTGTGACGGCCCGTCGCGCCTGCGACGGTCCGTCAT GCAGGTTCATCAGAGACTCGATTTCCTTAAGGAGTCTGTGACGGCCCGTCGTACCTACGA CGGTCCATTCTGCACTTCCGTCACGACGTTCAGAGAATCGTTCCCTGTACCAAATTCTCA AGAGTTGAAGTGTTTTGAAACGGTGGATCACGACGGTTCGTCGTGCCTGTGACGATCCGT CCTGCAGGTCCGTCACAGAGTTCAGAGAGTCGATTTCAGCACCCAAATTTCAGAATTTCT AAGTGTTTTGGGACGAGACACCCTCGACGGTCCGTCGTGCCCATGACGTTCCGTCGTGGG TTCCGTCGTCTCAGCCTGTTTTTCCAGAAATAAAATCTGCTGCTCAAAACGACTAAACAG GTCGTTACAGATAATAATAAGTTTTGAGTTTTAGAAGTTATTTATTAATTTCGTTAATGA GTTTTAAGTCTTTCGCATTATTTTCTGTTTATTAAGATTGAATTGTTGGGGTTTAGATTG GTTGGTTCGCTCACATAGGAGGTTAAGTGTGGATGTCACTCGCGGCTCGTTTTGGGTCGT AACAAAAAATTGCTTATGTGATAATTTGTCTACATTATTCAATGTATGGTTATTAATAAT TAATCTTTTATTTTCTCCAAGAATAAAAAATAAATATTTTATGACTAGATCATTAAAATA GTTAATTTCATTTATCAAAGTAAACCAATAGAATTTGACTTTATTTCAAAATTGAAAACG GAAAATAATTTAAAAGATATAAATTTATAATTTAATATTAATATTGATTACCATTATCTC ATTAAAAAAAATGGTAACACAATTTTTGGTTCTCACCATAAATGCGTAAGAGGCCTTTAT AGTTGCTTTTCTTTTTACAACACCTTTTTGATGTCCTTATTTTTGCTTATTGGGATCTTT TTTTGGCAAATTATTTTTATTAATGAATTATTTGTTATAATTCTATCTAAATCTTGATTA ATTATATGAACAGTCAAGATATAATCACCGATAAAAATACATTAAAGTAAGCCAATAGAG TTTGACTTTATTTCAAATTTGATAGAAAAGGAAAATAATTTAAAAGATATCAACTTAAAT TTTAATATTAATTTGCTTTACCATTATCCTATTAAAAGTAATGGTAACACAATCTTGTGG ATTTTAATTGTAAATGCAAAAGAGGCATGGTTTGATGAATACTTCATTCTATAAGAATGA CTCTTCACACCACACTTAACATAAAAGATAAGAAAAAAGAAGAAGATGAAACTCATGAGA ACATTGATAGTGATTTTTTTCGTGTCTCTCACTTTTGTGGCTCATTCATATGAAGATTTG ATAGACGATATTTGTAAAAAGACAATTGATGATAAACTATGCGTCGATTCTCTTAGAGCG GATCCTAGAAGTTCTTCTGCTGATAAGAAAGGCTTGGCACATATCATGTTACAATTATCT TTAGCCAAAGCTAACGGAACTTATAATCAATATCTAGTTTTAATGAAGCAACCAATGGAA CCAATTCTCAAGCAATGTATTCAGATTTGTCGAGACAATTACTATATAACAGTGACTGAA CTTATAAGTTCAATTAAATATTTAGACGAAAATGATTTTTTTAATGCAAAAAGTGATGCA GGGGCTGCCGTAACTTGTACAGTCACATGTGAAGAGTCTTTTACTGAATGGCATCCAATT CGAAAGGACCCACTAAAAAAAGAAAATGACGCTTTTTTTCATTTTAATGTTATGTTATCG AGTTTGCTAAACCTTCTATAAACTCATCTATTAAACAATGAATTGCGGTACTTAAATAAA CTTTTCTTTTCATGGTGTTCTTATTATTGTTTATTGAGGCCTTTTCTTTTTTGTAAATTC ATTTATTAATCAATTATTTATTAGTAAATTCTATCTACATCTTGATTAATTTTTTAAATA GTTATCACCTTTCACCACCAACACTTATTACGTAATTTTGTTCATTAAATTTAGGATAAT TAAATGAAAAGAAATCACTTAATATTTTTATCTATATTAAAATTTAAATTTGATACATCA TAATTAAAAATCTACTTCAATTAATCATTAGACCGAGTATAATAACTAGAGACTTAAAAT TTTGCTATTGTAAATTTATCAATTAAACTTTAAGAGATAAGCCTTGTTACTTTTTTTATA ATTAGAAAAGGTCCATATGTTTAAATATGAAAGCCCTCTTCTATGAGTTAATTGGAAAAA TAAAGTTAATTAGTGGAGTAGATTAATAAAAGCGTAAATTAGGTATATAGCATTTTCTAT AATAATATTATTAAGATATAGCATTAGAGTTTGTATTTCAATATATAATATTCAATATCT CAAGCTATAGCATATTATTAAAAAAAATATAACGTTAATTTTAAATAATTAAAAAAATTA TTTAAAAAAATTGAAGAGAAAAAAACGGACAAAAATATAAATGGAAAATGGCTATTAATT GGTGTTAATTTATTAGCACGTTTAAGGAAATTTAAAAAATATTCAAATTAGTTAGTTGCC TTAAATCTCTCAAATTAGTTTAAATGAGATTAAATTTTGATTTAATTCCTTAAAAAGCTC TAACAAATTGACATCAATGTACAAGCTGTTTTTATCCCCAAATTTCACGATTCTTTCAGA TTTGCGGCAGATATCAGTTTCATTTTTTTAGTAATTGAAGAAATTTTGGCATTGGAAAAA AATTGGTTTGCTGTGACGGAGAACATTGTGTCGATATTAATTAAACATGGTGAAAGGTGA AATTCATTAGTTGGTTTTAATTATGATTCATTTGTTATAATTATGATTTGTTGATTTAAC ATGGAAAACATTGTGTCGATTTTTTCGGTCATTTTAAGATATGTAATATAGATTATAGCT TGTTTTTTTGAATGAAACAGTGATTTTATATATATACCGTATCTGAAAAATAACACGTAA ATGATGTGTTTGAGTTTTAATAAAATGAAAGATTCGCATAATACTTGATTTATGAACAAA ATAGAGAAAATGAATTTGATGGTACAATATGTTCAGTCACTAGTCAAAAAATAAGTAGTT ATAATTCTGTGGACCGTCGAAGTATGATAGTTATATTAATCGTATATGAAACTTATACGA AACTTGTATTAATTATGTATGAAATTTGGTTTTTGTTGAAATTAGAATATATGTTTCTGT TTGGCATATGAAGGTAAAATGTTGATATATTTTTGTATGAATTTTGTATGAAAATTGTAT TCTTTTTGTTTGTTTTTTTTTGTTTAGTTATTATTTTCTTGTGATGATGAAAGTTATAAT AATTGTGTATGAAATTATTATCAATTTTATTTTATGAATGGACAATCTTTTAAAAGTTAA TTTAAGTAGTTTATAGGTCATTGAAATGTATTTTAAATGTGTATGAAGTGTGTATGAATT ATTTTGCAATTATATGTATTATGTTATACTAAATGTTATTTTAATGTTGTGAAACAGGTA AATATGTCGATTTTCAGATGGAGGACATCATATATGAAGTGTCTACTCTTTATAGTGGTT TTGTTAATGCTAAAATATCTCAACTTAATATGGAACAAAATATAAATGCAATAATTCTAT TTGGAACAGAGTGATTTGAAACAAAATCAGAAATTGATCCAGATTTCAGACCGGTTACAG AAATTCTTTTAGTCCAAACCTTAACTCTGTACCTAAGACAGGTCAACGGAACGGGACGTA TCGGTACCGTTCCGGTTCGTTCCGGTTCGTCCCGTTTCGGTTGCCTACGGAACGGGACGG GATATTCTTAACCAGTACACGAAACAGAACGGAACCGTGATTATGTACCGGTGTACCGGT ACCGGTTCATCCCTGTTCATTCTGGTTTCGGTCCGGTCCGGTCCGGTTCATTTAATATAC ATTAATTTTTTTATATTTTATATTTTATATAATTTATATTTAATATAATTTTTTTTAAAA TTACAAATTTTATTTATTTAATATTTACACGATACAAGTTATAAATATAACTTATAAAAT AAATATTAATGAATATAAGTAATAACTTATAAAGTATAAACTTCAAAAGATTTAAATTTT GGAAACTTAATTAGACTTTACTTGAAAACTTAACAACAACAAAAAAATTAATAAAATATC TTTAAAATAAACTTAAGTAAAATTTATAGTATAAATTTAAAAACTATTAATTTATACTTA AAAAATTAAAAAATAATTATATTTTCGTAATTCCAAAAAATGTCCCACTAATTCCGTCCC GTTCCATTCCGGTCCGTTTCGGTTCCATCCCGGTATATAGTGGAACGGGACGGAACCGAT GAATCATCCCGGTAATTCTGGTCCGGTTCATCCAGTTACCGATCAGCATACCTGTAACGA CCTGTTTAGTCGTTTTGAGCAGTAGAGTTTATTTCTGGTAATAGCTGTCTGGGTCGACGG ATCCCACGGCGGACCGTCATGGGCACGACGGATCGTCGAGGGGGTCTCGTTCCAAAATAC TTAGACTCCGGAAAATTGGGAACTGAGATCGACTCTCTGAACTTCGCGACGGAATGGCAG GACGGACCGTCGCAGGCATGACGGGCCGTCACAGACCTCTTAAATGAAATTAAGTCTCTG AACTCTGTGACAACTCAGCAGGATGGACTGTCGCAGGCACGACGTACTGTCACAGGCTGT GTAACCCTAACTGGGTCGGATTTCTGTTAAAAGTTTTAAGGGGTGTTTTGGACTATACCT GCTTATGATTATAAAGTTAGTGGTTTAATGTTAATAATTCAATTACTTGGGGGTTAAAGG AGATAACCTTGAAATAAATAGTGGATTACTTTTGTCATCTTTTATACTTAATTATATGGT AATTAGGGTAAAAGAAAAAGAGTTAGAATCAGAAAAAGAAGAGGGGAGAACGAACGATCG AGAGAGGAGAAGAATGCAGAGGAAAGCAAAGGTTTTGGGGGATAGCTTGCTTGATCACGA TCCTTCGGTGGAGGTAGGTTATGGTTATGCTATTTCATAGTAAACTCTTAATAGCGAATG ATATGTGTTGGGTAGTACTGTAAAGTCTTCTATATGCTTAGTTGTGTGGTTGCATGATGT GATTATGTAATTGTGATGAATTAGCATGATGAGGCTGTTGAATCTTAAACCTTAAAACCT CTTTGTTAATGATGATGCCTTGGTATAAAAGAAGGCTTGATGAACTGAAAGAATGAGATT AGGGGATCGGGTGTCACGTTCCGACACCAGGATAGTAGAGGATCGGAGTGTCACGTTCCG ACACCAGGATAGTAGAGGATCAGGTGTTACGTTCCGACACCAGGATAGTAAGGGTGTCAC GTTCCGACACCAGGATAGTAGAGGATCGGAGTGTCACGTTCCGACACCAGGATAGTAGAA GATCAGGTGTCACGTTCCGACACCAGGATAGTAGAGGATCGGAGTGTCACGTTCCGACAC CAGGATAGTAGAGGATCGGAGTGTCACGTTCCGACACCAGGATAGTAAGATGAATGAATG TTGAGGGGATCGGAGTGTCACGTTCCGACACCAGGATAGTAAAGAGAATGAATCTTGAAT TACGCTAATATACTCAGATTTAAAGAACCTGTTTCCCAAATGAGTATGGTGTGGAGGCTT GAGTCCTCATAGATGTGCTTGGTGTTGTGGCCAATGGTTATGGTACTTGTTGTTGTCACC TGTTAAGTATTTGGTTGGTTTTATGTTATTATTTGATATGTATTGCTTTCTATTTTGAGT TGGCCAATGATATCTACTCAGTATTTGTGCCTTGTACTGACCCCTAGTTGTAATTTTCTT CTTTGTTATTTCTGGAATGCAGAAAACGTGCCATCGATTTCGACTCAACCGCAACTCTAG CCAGACTTCAGCATAATCAGATTTCAGTGTGAGCTATTGTTCCTAGCTCGGACTGGATTC TCTCTCATTCATGTCTTGATGTCCTTGAAGTTCGGACATGGACCATTTGTTTACTTATTT TAGCTTCCTAGATACTCTTAGATTAGTAATTTGAGGATAGAATGTTCTTGTGGTGATGAC TTCCAGATTTTGGGGATAGTAATTGATAAATTTTAGAAGTTATTAATTGATTTCGTTAAT GAGTTTTAAGTCTTCCGCATTATTTTCTGTTTATTATGGTTGAAATATTGGGGTTCAGAT TGGTTGGTTCGCTCACATAGTAGGATAAGTGTGGGTGCCACTCGCGGCTCGTTTTGGGTC GTGACAATACCGGTCAACGGGTTCCGGTACCGGTTCATTTCGGTCCGATGAACCGGTTCC GGTCCGTTGACCAATCTTATTTGTACCATTTACATTTATGACAAACATGTCATCTCTGTC ATTTTCAGTTTCAAGCAGAAAAATATGGCGTAACAACTAAAATTGGATTTTAATATTGTG TAAATCATGAAAACAAAAGGTATTTCCTGTAAAAATTGTTGGAACTTGTCTTGACCGAGG AAGGTCAATAGATCATCAAACACATTCATGTTGATACATGAAGACAAATGTGTCTGTTCC TTCTTCTCCTATAAAATTGGTACAGCTAAATTAGTACTTTTAACTTAATATATAATTTCA TAAAAAAATCATAAATACATTGCTATAGTAATGTACTTTCAATGCAATTCATACACATAT CATACAAATGAGTACATTAGTTCATACATCCTTCATATAAGAGAAAAGACATAAAGAGAC CATCGAAGTTGTCCCATATTTGCATAAAGACACCTAAATTTTTGAAGTGTCCTATCACAC CACTAAACAGCTATATATCGTTGTAAATTGGCCATTTTTACCCATTAACTCATCCGGGTT GTTTACACGCACGTTAGGCGCGTGATGGATCATTTTTCCTTTTTATTTACCACTTAAAAA CAACCACATGTCATTTTCTTTCTTTAATATTAATTATTTAATCAATTTTTGTTTCTTCCC CAATTTAAACTCAAAAAATGGCCGTTGGTAGCCCTAACAATTTGATTTCCATGGCAAGAA CAATATTGGTGCTCTCTTTTTGACGACTTCTTCATCTTCCTCAAGAAAATAAGGTAGGAA TTCGTCTTTTCTCTTTTAATTTCCAGTATAAACGTTAATTTGAAGTTTTTTTATGGTTGA ATTTCTTCTCAATTTTGTGGTTAGTTTTTGATTGAAAATGTCAAATGCAATGTTGAATCG TATTTGTAATGATGAGAATGATCCGATGTTGCGAGTGAAACTTGCATTGATAGTTGTAAA CTTACATTGAGAGTTGTAAATCCATCTTTAGCTTGGTATATGCCAACACCTACCATTCTT GGCCTTTTAAAAGGTTTTGTTTGTCCTCCACTAGTGTCTTCATGTTCTACTGGTCTCTTC CCTCTTCCTAGGCCTCCTCTACTATAGTTTGCTTCTGAACTAGTTTGACTATGTTGAGTC ATTCCTCTTCCTCTACTTAGTCCTTCATTCACATTTCTTTCTTGAGCCATTTCTCTTCCT GATCCTGCTCCTCTACCTGTACCTCTACCTCTACCATTTACAGTCTGTACTTTGAAATCA AATATTAAAGCATATCTATATTATCTAACAATGATATAATAATTAGATATATTACTTCTG TGTTTGTAACATTTTCATGTGATTGAGCTGGAACACCTCTGCCACTTGCTCTTCCTCTTG TTGCTCTTCCTGTGCCTTTTCCTCTACCACTTTCAGTAGCCTGTATATTAATATATCAAT ATATATACATCAACATATAACATACATTTGAGAGTAACAAATAAAAGTACCTGTGTATGA GAACATGGTTCAGATGACTGACTTGGAGCAGTACTTCTTGCCTGAGAAACTGGTTCAGTT GATTGACTTGGATCAGCTTGGTTTCTTGTGGGACATCCTCTTTTATTGTGTCCTTGTGTG CCACATTTGCTACAAGTCATTACAGCACCTCTTTTGCTCAACTTTCCAGTTTTTCTACTT TCATTAGCTTCCTTTCTTCTAACCTTAACTGGTCTTCCAGGCAACTTTCTGATCTTTGGT GGCTTTACAATTGGATTATTTGAGGTTGACCACATTTTCATGTTATTCATTGGCTGAATA AAATGGGCATATGTGTTGAGGAAGGTTTCCTTGCTATAACAGCTAGCCACATAATGGATT GGTTTCAAGTTTTTGTAATGAAGGGCAGCAACACCATGAGGACAAGGAATTCCCCTAAGC TGTCAGGATCTGCAACTACACCTCCTATTAACAATGTCCACAGTGTGTGTAAACCCATGG TGTTTAATCTCAAAACCTCTTTCTCCATTCCAAGTCAAGTTACATTACATAGACTTTTGA ATGTTTTCTTGCAAAATCTTCAAAGACATACGAGATATATCAGTGATCCAAGTGTTTGAG AACTCTCTCAAATCACCAATTCTTTTCATCATCTTCACCCTTATCTCCTCAAGCATTGTA ATGATGGTTTTATACCTTGCAGACACTATCCAAGCATTAAAGCTTTCTGCCATATTGTTG TCCACAACATCACATTTGCTATATTCTTCAAAATACTTCTTGCACCATGTATTCAAATTG TACCATAAAAGATTATCTAAACCTTCTTGTCCTAATTTCCTCATTGTCTCTATATTGTCC TTCAGCTCAGCTTCAAATGTGGATTTAGCAATCCTCCAAAACACTCTTCTTCTTTCAACT CCTTTCCAATTTTTTGACCAATTTGCAAGAACATGTCTTGCACATTTTCTATGTTCAACA AGTGGAAATAAAGTATCCACAGCAATTTCTAGTCCCTAACAAACCACATAACAGAAAAAG AATCAACTTAAGTGAAAAACTCAACAACAATAAAATAGTAAGATGGATATCAGTAATTAC CTTTTGCATCTCACTAATGATAGATAGTTGATGTCCTTCTCCAAGTTCAAGATCATTCTT CACTAGTTCAAGAAATCATGTCCAAGTATACTGATTCTCAACCTCAACAACTGCCCAAGC AATAGGGAGCATTTGGTTGTTTCCATCTCTACAAACTGCCACTAACAACTGGCCTTTACA CACACCTTTGAGAAAACACCCATCAAAACCAATCAACCTTCTAGCACCTCCAAAAAATGC TTTCTTTAAAGCATTGAAGCAAACATAAAATCCTTCAAAAAGTTTCTGCTCACTTTCAGA ATCTTCTCCAACCTTCACTACACAAGTACTACCTGGATTACTCCTTAATATTTCATCTCT ATAATCAAAAATCCTACCATACTCCATAATGTGATCACCCATGATCTCTTGTAACACTCT AGTCCTAGCTCTTCTCACTGTTGTCCTACCAACATTAATATCCAACTCCTTTCTAATAAT GTCCTGCAACAAGACAATGCTGATGTTTGACTGTTGAGTTATTCTTTCTTTGTATTTGGT GGCCAAAAACTTTGAGTCGCACAGGTAGTTATGAGTTGATGTCAAACATTTATGGATAGG GTTGTATGTTTTAACAATGAAATCTCCACTAGTTTTATCCTTACTTGCACACAACAACTA AGGAAAACTCTCTTTACAACATCTCACTCTAACTCTGCCAGGCTCATTTACATATTTTTC AATTTGAATATATTATTGGATTGCATATCTTGTCACTGCCACTCTAAATTCTTCAACAGT TCCAAAAACCAGTCCTAATTCCCAAACAATCTTTTCAGCAGTTGTATCAAACACAACTCT ATTTGGGGTTTTCTTCCTCCTAACAGGTTTATGCACTACTTGATCAACCTCTTCACCATC TATTTCAAAGCTAGGAACTTCATCACTTAGATAATAAGGTTCATCACCTCCTAGCTTACC AACTAAGCTTTCCCTAATACCATTATTTGTCTCATCATACCCTATATCTGGACCTTTCTC ATTAACATTAATCTGATCTGAAGTAGTTCCCCTACTTCTCCTTTGTGACCTTTTGAAATG CCTCTTGGTTGCCCTTATATCTACATACTCTTGATGAACATCACTGTCAACCTCAGTATC TTCACTAGTATCCCCTTCAGATCCTGATTCATCTTCCACTTCATCATCAGTTGGATCATC ATCTATTATAGGATAATCAGATGAAGGAGGAGGCACAATAGAAGGAGATGGTGGAGGCAC AGTAGAAGACTGAAATTCAAATGGAGTGCTGGAAGTTTCAGAAGGACCAGTTGTAGGGAT GGAAGGAAAAGTAGAAGTAGGAGGCTAATTATTAGGGTTAGAAGTCTCATTAAAAGATTC CTCACCTACCTCACTTTCAGTCACATGGGGGACAAACTCCAATTCAAGTGGGGCCTGATT AGCTTCACTAACCCCATGAAAAGCATACACCTTCACTGTATCCCCATTATTCATCATATT GAAAAGGTCAAATATAACCTTATCATTATCAACAAGGACCAATAACCCATCCCACTTGAT GAAAAAATCACAATCTATTGTATATCCTAGTTCCTTTATGTAGTCCCTCAACTCAAAATA AGACATCCTATCAACATCTACATCTAAGAATTTTGTCACATGCCCCCCAATATATTTAGG TGGTGGACCAAAATCTATTTCCCCCCCATGATACCATCTTAAAGTTATAAGAGTAAAAGT CATCCTGAAAAATCATGTAACAACAACAAACACAACTCAAACACACATTTCAATAACTAA CTCTAACAAGTTGTACACAACAAACATAATCACTAACAAACAACAACAACAGAAACACTA ACTAACAAAAGTAGAATAAAGCACTAATATTAAGCTTTAACAGTACTAACAGAACAAAAA CACTAACATAAGCAGTTGTTATTGTACAAATTGAAGTCTACAAATGAATAAGAGACAAAT AATAACATTCGAACTAAGTGGATAACATCTAACCCTAACCTAAAACACAATCACAAAACC CTAATCACTAACAGTTGCATTAAGTCAATAACACAATACCCTACACTAACTAAGTCGATT ACCCAACATACTCAAAAATATCCTAATAATGGCAATTGTAGGAGGTCTATTCTAACAATT CTACACTATAATAATCCATAAAATCAGAATAATCGTAAAAAAAAGTGCAGATTTTAGAAC CCTAACCTGTTAGACCTTCAATCTCCAAGAATCTTCACAACGAGAATGTCAACAACAACA CTATCGTCAACAACGATCGACAATGATGAACAACGAGAATGTCAACAACACTATCGTCAA CAACAAGAACATGATGTATTTCGTTTGATTTTTTAGGGAAAAGGAAAATTTGAGAAATGA AATGAAAGGACGGAGTTCACGAATTTTTTTCAAAGAAAGGGTCGGGTTAGGTTCTCTACG TGAGCAACACGCGCAATAAAAAGAAGATGGAATGACTAAAAATGGCCAATTTACAACGAT ATATAGTTGTTTAGTGGTGTGATAGGACACTTCAAAAGTTTAGGTGTCTTTATGCAAATA TGGGACAACTTCGATGGTCTCTTTATGTCTTTTCTCTTCATATAATATATAATTTCATAG AAAAATCATAGATACAATGTCATATTAAAGAACAGACAATACAATTAATACACAATTCAT ACAAAATAAATACATCGGTTCATACATAATTCAAATAATATTAATACATATTATATTTTA AAAAAAATAAAAGTGTTCGCATATAACATTGTAAATTCACTTCATACACGATTAATACAT AACTCATATACTATTCCATACATAAAAAATTGTCAATTAAAATAATCAATAAGCACCTAC ACAACACAAAAATAACAATTCATACAAAACTCATACAAATTTCATACATTATACGATTGC CAAATAAAATAAAAAATTAAACTAACATACATATAATATTTTAACCAAAATTTAAAAGTC TTATTTACTGACTTTTTGTGCGTTGTAACTATGATTCCTTCTTTGAGGGCATTCTTGTCG ACCACCAATTTCAATACCTTTTGATTTTTTATTTTCTAATTCGTCAATAAAGTCAGAATC TGATTCTGACGATGCTTGAATTTCTTTTTCCTTCCTCTTTTTCCCTCTTTCTTTTGCAAT TTTTATTTATTTTTTTCTGTCTTCGATTTACCAAAATTGGCAATCTATTTTCCGATTGAT TTTTGTGGTTGAACTTGTGTCAACCTATTGAATGAACGAGCATGAAAGTCATCGGAAGAT GACTCCTCAACAAATTCTCATTGTAAATGCAAAAAAACATAATTTGAATACTTCATTTGT AAGAATTATAAAATGGTTCATTCATCACACCACACTTCACACAAAAAGAAAAAGATGAAA ATCATGAGAAAATTGATAGTGTGTTTTTTTTCCGTCTTTCTCTTCTTCTTTTTTTGTGCC CCGAAGATCTGATAGATGTTATTTATAAAAAGACCATTGATGATAAACTATGCATCGATT CTCTTAAAGCAGATTCTAGTAGCTCTCATGTTAATATAAAATGTTTGATGTATATTATGC TACAATTATCTTTAGCTAAAGGCTAACGATAACTATAATTAAACTCTAATGTAGCTCTCC ACTAATGTATTCAAATTTATCATGATAATTATTATATAATGGTATCGGCACTTATACATT TAATCAAAAATATTTAGATGAAAATGATTTTGATATGACAAAAAGTGATGCATGTGTTGC CAAAAAAAGAGAATAACGATTTTTTTGTAATTTATGATATGTTATTGAGTTTGTGATACC TTATATAAACTCATTTATCAAACGATGAATTGTAAAATTTAAACAAGTTTTTGTTTTTGA GATGGTTATTACTGCATATTGAGACATTTTTCTTTTTTGTAATTCATTAATTAATCAGTT AGTTGTTAGTAATGCTATGCTATCCACATTGATTAAATTTTGGGCAATTTTCACATATAG CAAACAAAAAATTCATATTTATATGCTATAGCAAAGTTTGTATAATTGCGCTCCATAGCA AACATAGAAACTGTATAATTCGTTATACATATAATTCGCTGGCCTAAATTGTATAATTCG CTATAGCAAAGTTTGCATAATTACGCTCCATAACAAACATATAACTGTATAATTCGCTAT GCAGTGAAATAGGCCAACGAATTATACAATTGCGGCGAAATAGGCCAGCGAATTATAGAA TTTAGACCAGCGAATCATACAATTGTATATCTATAGCGAGACCAACAAATTATACAGTTA TATATGTATTAGCAAATTATACAGTTATATGTTTGTTATGGAGCGTAATTATGCAAACTT TGCTATAACATACAAATATGAAATTTTTGTTTGATATATGTGAAAGTTACCCTTAAATAT ATGTGAAAGCTATATTTGAAATTTTTGTTTCTTGTTCAAGGCGAGTGAACTACACACATG ATAAGAGCCGATTTGAAAATATTTGTTTGATTCAGTTTAAGGGTTTACTTAGTAAAAGGT TAAATACAAGGATTCACAATACAAACATATACAAGTATAAGAGTTTACTAGACCATTCCA CCCTTTTTTATAGTAATTAAAAAAGGCTCATATGTTAGAATATGTTTATTTATGTTTTTT TGGTGAAAAAAAAGCTCTCATCTATGAGTTACTTCGAAAAATAAAATTAACGCAATAACG CAGACAAATTATCAGCAAAGAATGTAGTTGAATAATAATATATCATATTATCTCTATTTA TGAATCTAAATTTAAGTCTTAAATATAGAATTATATTTCTTATTAAAAATTGCTTTTTTT TATCTCAATTCAAATTTATATGGAGAGATTTTAAATATCAATATAATATAATGATTTATG TAGCACTTGGTAAAAAAAATATGCTGATTTTACTTTACACCTATGTTTTTTTGGGAACAA ATAGGTTTTGAGCAAGTTTTAAAAAGATTTTAATTCTTTTCAAAAAAAAATAAACATAAA AGAATTGAAAAAAGATTAGCATCATGCTTTGATAAGCTTGATGTCATTGGTTGCAATATT TCAAACTAACAACTAGCAAATTAATAATTGGATTGTGATTGATAAAGACCAATATAATAA TAATAAAAAAGTTTTAAAAATAGACTAAGATAATTAATGTAAATTGACACGTCACCACTA TGCTAACTTTTGTAGGGCCTAAAAGTCATAGGTCAACAACGCCCCCCACTTATGTAGGAC CTAATGTATTTGTGAGTATCAGACTATATTCTATAAACACGATAATATATTTAGTATAAT TTCATAAATAATTATAAAATCGAAGGAAAGATATATATAAAGACTTCATTCATATCTTTA CAAAGTAAGAAAATTATTGATGTACTATTAACTTTCTTTATTTTTTGCTAAAGTTCAAAT TCTAAATTCATGTCCTTTTTAACGTAATATTAAAGTTGTGTCAACAACACTTCATGCCTA TGTCACTTTGACTCTTAAGATTGCATTTATTGGTATTGATCTTTCTTGGTGTTAGACCAA GTCTAACAATTCTAGACAGTATTACTAGAATTTGAAGAGGAAAATAGTATACAAATTAAT TAAAATATTAATCTAAACTATATATTAAAAATTAGTAGTGACATTATATTAACACAAAGC AATAGACTCAAGTCAACCTATGCAGAGACCTAACATGTCAAGTAGTATTATTTCTTCTAC ATTTTGCAGTAACATTTTTGACTTGGTTAAGTAAGAATTTCCACCAAATATTTCTTTCTT AATTATTAAGATTAAGATTAAACTATTCTAAATTGAAATAAGACTTAAATATGAAGTATG TCCAGTGGAGGTACATTATATATTATTAATAATAATAAATTGATTAAATATCATATAGTA TATAGTATTATTGTTTTGTATGGGAAAATGTAAAAGTTTTATGATGATCAGATGATCAGA TGGGGCTAACGCGTTTTGTTGTCTGCATCTAAATAGCATTTAGTGGGACCTTTTTGTATT AAAAAATAGAAGAAATTTTACTTTTCAAGAATTTGAATTTTGTGTACGTAATTTAACATT ATATTCATCTAGTTATAGTAGTATTTGCTCTAGCAATTTCTTGTCCTTTTTTATTTGATT CGTTATTATGATATATATTTTTATAGATATGTAAATTGTCATATAACGGATTACGTGTTT TTGAATTTTTGATTCCTCTTCAATGATCTGAAATTTCTGCGAGGAGCTCTGTTCGAGAGG AAGCACTGGCTCTTATCGAAATTGACCTTTTGGCCATTACAACATTACAATCAGCTTCTT CAAACAGTATTGCATATAAAATAATGATGAGATAGTTGGAAGATGTAGCAAAAGTTAAAA TTTGAATAGTATGATAGTTATCGCTACTCATAAAACTTTGTAATTAGTAGAAATTAGTTA GGAGATGTGTTTGTTCATTAAAGAGTAGTAGTAGTTGTTACTTGTTAGTAGGTAGGCAAG TAAGTATGTTATCCATCTATCTTATACGTAACTTGATTAACATACCTACAAATGTATGTT GTTAAAATTCGAGCATTACAAGCGGTACAATTGATATTTGACAAGTGGAAGTATCGACTT AAGTTGGTATCGATGTACTTATGAAATTACGAGTGGTACAATCTATATTTGACAAATGAT AGTATTGACCTATGTTGGTATCGATGCAATTATGAAGTCTCACAATCATTTATGAAATTA CAAGTGGTATAATTGATATTTGAAAGTGAAAGTATTGACCTATGTTGATATCGATGCACT TGTGAAGTCTTATGATCAAATCAATCTGTATATACAATGTCATTGATTAATTTATACAAT TATTAATCTAAAAATACGAAAATTCTTAAAAAGATAATTAGAATTAATTTTGAGATTTCA ATTGAAACATTGAAAATGAAAGGATATGACAACTCATATCCTTTCATATTCTCATTTACT TGAAGAAAAAAAAAGGAAAAATAATAATATACTAGATTAGCTAAAATTAAAACTAAAACT ATGAACAGAATTTTAATTTTCCCATTTTACCCTTTCTACTACTTGTCCAAAAATCTACAC CTTCCAAGTGAAATTACAGAAAAGGGTCTGTTACATTAAACTACATTGCTGTTTTCCATG AATGATTCAAGGGTAGGAAAGGCAGAAAAAGAGCTACAATCAAATCCACACGAGCCACCA TCAACCACCACATCCGCCGCCGTCTGCGGCTGCGCCGGCATGGGTTCCGCTGACTGTTCG AGTAAAAAAGCTGACGTGTCAAGTGTAGGCAAAAAACAACCAGGCTGTAGCCGGTTGACA ACACGCTGGGGTTCAGGTTTCAGAACATGAGCAACCGGCAACTGCCCGTCGCCGCCGAAT CTAACTCCGGTCACCTGCTGCACCATTTCACGGAAATTATCCACGTCAGCAGTTATATAC GTCGTCGTATTACGCCTTAAAGCACGTGACTTCCTCTTAGTTATCTTCCCGTTCACTCGG ACTTTATTGCTCCTCCGATTCGAAACACCGGTCGTCTCATTCTCCGACCCACCGGAATTG GTTCCGGTCGAAGTTTGAACCGGGTTCATCTCCGGTTCCGGGAAGGCAGATTTTTGGAGG ACTTTGGTTAATGTTTCAGTTTCTCTGGTGTATACGTCAGAAAACCAAGAATCAGCAAAA GCAGAACGGAAAGCCCATGGCTCCATGGTCATTAAATTGTCAGAAGAAGCCATTTTTCGT ACAGGAATTGGAGATTTAAAGCTAAAAAGATTCAATTTTTAGAGAAATAAAATGTGTTGG ATTGCATCCTCTGTTTCAGAGTAGTGAAGTATGAATGGAGAGGGAAGTATATAAGGAGGA GGAAGATTAGAGTAGAAAGGAAGAAACCGCGTTTTGTGGGGACACGTGTCAGCATATCTG TACGTACAGGAATCACTCTAACGATAATTTTGGGTTTAACATTTTATTTTTACTGTATCG ATAAAAATTTCTTTAGAAGCATCACCGGAATGAATAAATTATTATCAAATTTAAATTTAA TCAAAATTTCTTCAATTTGATTTTGTATTAAATTTTTGAGACATTTATGTCAAGTATCGG ATTGAAAAATTAAACTTTTGAAAATTCAACATTAATATTGAACTAAAAAATTGAAAAATC AATAATTTAATTTGACTTTTTAATTTTTAAAATTTATATGTAGATTACTTATAAATAAAA GAAAAAAAAAGTAAAATTTACTATTGTTTAATTAGATAAAAACTTTTAAAAATAAAAAAG AAATTTGCTAATTCGATCAAAAGGTGATTAGTGGAGATAAGATCTTAGTAACTTTCTTTT TCCTTTTATTGGAACTCCAATTAATTACTAAAGCACTTTAATTTATTAACATATGTGAGC AGTAAAATTTTATACCATCTTCGTTTAATTATTATAATTTTCTTTTTATAATCAAATTAT AAAATTTTTAATTAATTTCTTATAATATATTTTTCATCATATTCATATGCAAAAAAATAC AATATATAGTACTTATTGTATAGTTTTTGAATATTTAATTTCTTTTATTTAAAATATTAA ATTAATATAAGTCTAATTTTATTTTTAAAATGAATCAAATTGACTTTTCAAAAGTGTAAT ATAACAAACAAAAATATACGAAGAAAATAATTATATACTTTAAGCATTATTTAAATTCGA TGATTCATCGAAAATAGTCGTTCTGCTCATATTAATATAAGTAAAATATGCTTACATTTT ATCGTCTCTTCATACGAATAAAAATATATTGATATGATATGATGATCGATAAGAGTGCTA AACTAAAAAAGTTAAAATGATGCAAGTGAGTTAATCGTGTATTAGTGCTTGGATTTTGAT TAGGATGGATGAGTTTAAATTACTTTAATCATAGTGCTTGGTTTAGTCACTTTAATTTAC TCAATTAAGTGATTAAACAAAATGTATCTTCCACTTAAAAAGTCACATAAACTGACTTTT CCATATGTGTAGTCATTGATTACTGCCTAAGAATTTTACAAATGTTGAGGGCAAAGGGGG CAGCCCAAAAAAGTCATCAAATATCATTATATAAATATTTGTGATAGCATATAAATACAA TCTTATATATTTCACTATGGCAACTTTCATACATAGCAAATAAAAAATTTATATTAGTAT GTTATAGCAAAGTTTGTATAATTGCGCTCCATAATAAACATAAAGATTGTATAATTTGAT ATACATATATAATTGTATAATTCGCTATCCTATTTCGCTGCAATTGTATAATTTGCTATC CTATTTCATTGCAATTGTATAATGCACAATTGTATAATTCACTGTCTATTTCGTTGCAAT ATTTGTATAAAATTTGCTTTGCATACAATTGAATCGAAGTAAAATATATGTATATTGAAT AATTATAAGTGTATAGAAAGAAGATATATGTTTTTCTCTCGCTTTATACAAAAATAGAAA CACAATTTATACGCTTTTGTTGTATAAAGCGAGAGAAAATTGTATTTCGCTGCAATTGTA TAATTCGCGATTGTATAATTCGTTTGCCTTTTTCGCTGCTATTTTTGTATAAAATTTGCA TTTGTCTACAATTGAATTGAAGTAAAAATGTCTGTAAATTGTATAATCAAGTGTATAACA CGAAGATATATGTTTTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAAACACAGA AACACAATTTATACACTTCTTGGTATATAGCGAGAGAGGCGAGCAGAGGGACAGTGGCGA GCGAGATTTTTGGGAGAGAGACGACTGGCAAACTTTGGTTAACGTTTGCTATAAGGCACA ATTAAATCAAACTGTAACTACTCCATTTATTTTAGGTTATTAGTTTGCTATTATATACAA TTATCCCTAATAATAATCCATTTAAAATAACGATTATATTATCGTTAAAAATATTTAAAA ATAAATCTTTTTTAAAATTTTATGCTTAATAACATATCGCGTATAAATTAAAAGAAACGA AGTAACGTGTCATTCAGTTGACTTATTAAATTAAAGACAATAACAATGAAATATAAATGG GTGGTCACAATTAAGGGAACATACAAGAAAATTAGGTAAGAATAGTCAAATAATCATATA TATATATATATATAAAAGTAAACCCTTCAAGGTGTTGATAATAACAAATAAATCATATAT TAGTATGAGCTAAAAAAGCAAAAAAGATTAGATAAAAAAGAGATCCCACCATAGATTAGA TAGATCTAAATATGATTAAATTATATTATTATTATATAGGACTAAATACAACTTTTCTAG AAGGTTAAATTCAAAAAAAAAATGAACTTTTTGAAAAAATAAAAAAAAATGGTAAAAATT TAAAGGGCCCCAGCAATGACGCCATGCATAGGGTATAATTGCGTTCGAATGACATCATTT AAAATTTAATTTTTTAGCTCGTTTTTATTGGACGGTTTTTGTAATTTTAAATAGTTGCCG TCCAATAATTGCATATTTTTGTTTGCTTTGTGTTAGTTATTATGCAATAAATCGAGTAAA TTCTCTAAATATTCATCCATATTTGAAAAATTATTTAGGAGTATAATTTATATTTATTTA ATGATTATAATATTGTTTAATTTTGTTTATTTTTATCAAAGTCATGTCACATTTTTTATT TTTTTATTATTTAAAAAAATATGCTTTATACTTATTTAAACATTAGGTTGCAATATGTTT TTTTTAAAAAAGTATTATTTTCTATGTATGTTTTTTGGAAATGTTTTATTTTTTTAGATA TACAAAGATAAAATTTAAAAATGAATGAAAAAAAAGTATTTCATTTCTACAACTACCTAG TAACGATAAAAAAAATGGATGATTTTTAAATGCCTCTAATTTAAATTTTAAAGAAAAAAT AAAATTGAACTATTTTTTTTAATATATAAAAACAGTAATGGCTATTACAAGGGGAAAAAA TGAAAGGATCTTTAAATGTTTCAAATTTGAATTTTTAAGGTTAAAAATGAAAATTGAAAA TTGAATTATTTTATAAAAAAATTGTAATGTCTATTTATATTTATCACACTTTCAGTGATT TTAGGGAATGGTCCAACAAAATGGAATGTAGAAATATCTATCTAAATAGGAAAAGAAAAA AGTGCACCATAAAAAACTATAATTATTATTTTAAAAGTTAATTAAAACAACTTAATATAA AAAATAATAATTATCATCAAAAAATTAAAAAACTTATTTTTATAAACTAGTTAAAACAGT CCATTACTAGCTAGTTGTAGAAATGGATACTTTTTTTTCCATTCATTTTTAAAAATATCT TTGTATATCTAAAAAACAAAATATTCTCAAAAAACATAAATTAGAAAACAATATTAAAAA AAAAACATACTGCAACCAAATGTTTAAATAGGTTTAAATTAGTGTATTGAATTGATACAT TTCGATATCTATACTAGAACACGACTAAGTCATCACTTGTGCAACTTGCAGCCTTTGATG GAAAGGATCAGGGGCGGAGCTACCTTGTATGATTCAGCGGAAAATTATATTATTTATAAA TGGTTAAAATAAATTTATATGTATATATAGTAGATATCGAACCCTCTTCAGCTATCTATT TCTACAGATTTTGAACCTTTTTATTGAAAATCCTGACTCCCCTCTGCTTATAATGTTGAC TATAATCTACTTAGGTATGCTTTGAAGAATGTGTTAGTGTATATTAGTAACTATATTAGT CTTAAAATTAAAGATTATGTGTCCAATGACAAAGTTAATTAGTATCATTATTTGAGAAGG AATATGCTGAGAAAATATTTCACAGGCTTTGTAAAAGAAGCTTGTTTACATATCTTTGCT GCAAAAATCTGCTTCTACTTGTAATATTGCTGTTGCAATAAAAGCCCTATTTTGCAAATT CTACAGTAAAACTTGAAAGGAATTCCATTAATAACTGACCGTTTTGATCCTTTGAAAAAA TTCGATGAATTTAGTAGATCGTTTTAGGATTTCCTAACGACGACTATAGATGGAACCTAC CCAATTTTTACAGTATGATGATTGGCAGTTCACGCCTTAGTTGTACCTATCGTCCTTTTT TTTGGGATCAATATCAACAATACAGTGCATCAAACGATAAACTTAAGCCAAATTATAAAA CTACGACACAATTAAATCCGAACAAAGAAAATGTTAAAATTGAATCGTACGATGGTCATA CAACATAGAAAATACTATAATGATAGAAATAATTCAAGCGTCTACCATACATCCTTATAT ATTTTTTTGTTATAGTAGTCTGTGGTGACTTTGTTGAGATCAAATGAATCCAAGAAAAAA GAGATATACATGAAAAAATTATTATCTTTTTTCGATACGATAAAAATAAATAAAAGAAAT AAATATATTTTTAAAAATTTAGATAAATAAAATTAAACGGAAGGAGTGATAATGTGATTT TAACAAAAAATTGAAAAAAACTGAAATTTACACATAAATCGCATTATTATGTCTTTCTTT CTCAGCCAGCGTAATTAATATTAAGTATAAAATAAAAAATAATTATCTTTCTCGATATGA TAAAAATAATAAAGATATTTTAAACAGAATAGACAAATAAAATAAACAAAAGGGGGTAAT AACGTAATTTCAACGGTAAATAGGAACGACTGAAACATACACATAAATTGCATTTGTTGA ATACATTTTATGTCTTTCCTTACGGAAGGGGTAATAACATAATTTTATCCATAAATGAGA AAAAACTTAGACGTACACATAAATCACATTCGTTGAATGTATTTTATGCCTGTCTTTTTC ATTTCAATTAATGTTGAGTATAAAATGAAAAAAAAAATCTCGATATGATAAAAATAATAA ATATACGTCAAAAATTGCAGACAAATAAAATTTAATGAAAGAGGTAATAACGTAATTTAG ACAATAAATGGGAAGAGACTTAAACTTACACACAAATCGCATTCGTTGAATACGTTTTAT ATCTTTATTAACGAAAGGGGTAATAAGATAATTTCATCAAAGAAACTGAAACATACACAT AAATTGCATTCGTTAAATGCAATTTATGCATTTCTTTCTCATTTCAATAAATGTTGAGTA TAAAATGAATATATAATTATCTTTTCTTGATATAATAAAAGTAATAAGTATATTTTTAAA ATATTGGATAAATAAAATTAAATATAAGAGATAATAACGTAATTTCAACAATATATGAGA AGAGACCAAAACTTACGCATAAATCGCATTCCTTTTTAACGTGTTTTATGTCTTTCTTGC TCAACTCAATAAATGTTGAGTATAAAATGAAAAAATAATTATCTTTTATCCATATGACAA AAGTAAGAAATATATTTAAAAAATTTATAGACAAATAAAATCGAACGAAAGGAATAATAT CGTAATTTCAATAAATGGAAAGAGACTTAAATTTATCGGTAAATCGCATTCGTTGAATGT ATTTTAAACATTTATTAACAGAAGGGATAATAACGTAATTTAAATAATAAATAGCAAGAG ATCTAAAATTACACATAAATCGCATTCGTTGAATGCATTTTACGTCTTTCTTTCTCAACT CAATAAATATTGAATATAAAATGAAAAATTATTTATTATATCTCGATATGATAAAATTAA TGAATTAAAAAAATAATTCTTTAAAGAAATTAGACAAATAAATAATCCATCACCTATATC CAAGTAAATAGTAGCAGATAATAGAGAGGAGTCGTAGAGAGGGCATGGTGGTAGGGGAAA TAGGCAGATGAAATCACTTATCCAACTTATGCTCTTACTTTAAGGGCTTGTTTGGTGTGA AGGATAAACATAAATAATTTTAGAATGAAATCTAAATGTTTTGTTTGATTAACATGTTTA GGATAACTTATCTCACCATTTATAACATAGTGAACGAATAAATCATTTCAGAATAACAAC TTATCCTAGTTCCCAACCAAACGACCGCTACGAGTCAGCAAACTCAATTCCATATCAAAC CATGTGTCAATGATGCTGCATTCTTAATGTTAATATCAATTTTAAAAAATCTATATGAAG TTTAGCCAGTATTGGTAAACTTCATACCTGTGTTGTTATGTATCCTTTTAGCTTTTAATG AACACAAACCAGATTTCATAAAGAAAGGCTGATTTGAAATCACATGGCCAAACGCGTACT AAGATCCGATAGATCAGATTGAGTGAGCTATGTACAAACAACAAAATACTCAAATCAAAA CACAAAGGAAAAGAGAGAGATTGATTGATTGATAAAATTTTTTATATGGACCAAATATTA CAAACTATGATGATCCTCAATCTGATCTCATCTTATTAATCTGATTCAAAGCTGGTTGTA GAATGTTGTAAGCTACCCAAAGCAAAGCAGGTGTTACAACAATCAGCAAAAGTTGTCCCC TGTTATCACTTGCTGATTCTGCAATCGTGGCGATATCGGTAGCAGCAGAGGCTTCTGGAG TGTTAAAGAAGCCTGTTGCTGCAAGCCCTGTAAGACCAAGCCCGATTATAACTCCTTGAT TCCTCATTTTGTTGATTTGGTTTAGTGCTGGTTGAAGAATGTTGTAAAGAACCCAGGCTA GAGCCGGGATCAATGGTAGCAACAGTGCTAATCCCCTGTTATCTCCTCCTTCAGCTAATT CTGCGATTTGTTGAGCTGCAAATGCGGAGTCACATGAGCTTAGGGTAGAGAAAACGGCAC CTGCAATTGCGGTTCCAGTGAGTGGGATGGATAAATTTGAGGGCTTTGAAGTTAAGAGAC CTTTGGGGAGGTTGTGGATGGAGAGAAGAGAGATGGGTTTTGGCTTTGATGGGTTGTTAA TAGATGCTTTGGTGAAGCATTTGGCGTTGAGGACGGCCATGGTAGCTATGGTGGCTGCCA TTTTTTTCCTTTTCTTTTTTGTTGGATTGGTAATGGTTGGTTAAATGTATATAAAAAGAA GATAGACTCAAAGTGATTATAAATGAGAGAACCAATAAGAATGTGGCATTTTAGATTGTT CTCTTATCCACAGATAGTGATATGGACAATATACACCTCATATTTGATAACACAACACCA ATGCTTTTCTTATCTTCACTCTCTTTTTTCAAGCAACTAAGCTAATTAGAAACTTCTAAA AGTTTCCTTCTAGGCACTACGACAATTTTTTTGGGCCACAGAGTAAAATCCAATGGTTTA ATTTAAGGCCCAAAAGAAAAATTATGCCTTTCTCAAGTGATCCTTTCAACTGTTATATGC ATTGCATAATATTTTAAAACATGGTTTTCTATAGTCAAGTTTGCTTGCAGTTGGGAATAT AATTAATTATATTGCAAACTCTAGATTTATAGGAGAGTAACAATGTCTAGCTTAAGATCA AATCGGGCTTTAGCAAAGAATTGATCATATTGGTTGGTTAAAGAGTTGAAGAGAAAAAAT TCAGTTCATTTACCTTGATGATTTCTTTGTTTGGCTACGATGAAAAAATACTCGCGGCAC GTTTTAGTAGAGTGCTTCAGTCGGACTACGGTATAAACGAAATAGGTACAAGGAGATTTA GGAAGGCAACGCCTGTTACGATAACACTTCTCAACTATATTATATAACATGTAGTGTGCT AGATTCAAATTATGGACAGCATATACAACACGAGATCTTCCAAGATGCTGCCCAGGAGAC ACTCAAGAGTCTAACCCTGATTCTACTGAGAGGAACTATTGAGACTTCAACCCAACATCT GGCCAAATAGATGACTCACATTTGATTATCCGATTCCATGGAGCGTAACCATGAGAGATA TTCTGGTGTCTGATTGAACACAGGATCTATACCACTGGGCGGTGTAATTCTTTTCCGCAT AATTGACTCGAAAAGAGTAGGTTCTCTCTTTCTACCGCCTCTTGGTCTAGATAGGAATTG CTCATCGACCTCTTCAAAATCTCCCTATAGACCACAACCAAAACACCTCAAGTCAATTAT GAATATTACAAAGCAAACTGATCTGAATGAACATAATGTGCATTCAAGTATACATTCTAC TTACAGGAGTATAAACATGGCAGCCTGATTGTTCATGTTTATCTCTCACATGCTTGAAGG CAAATTTCATACCACAACCAGATATGCTACATGAGAATGGTTTAGATCCCACGTGCACGG CTTTGATGTGTTGAGCAAGGTTTGACCTCTGTATTTTCAAGCAACAAATAAAGGTTAATA CGGTTGCTCAACAACTTGAAAAGAGATGGCTTTGGTTAAGGTTAACTGTCTATATATTTC TCCTAGTAATGAATTAGCCCATTGCTTCTAGATTGATTACACTACTGTTCCATATGACAG ACGGAAACTTCAACTACATACAAGAAAATGTAATAGTCCTTACTGAGGAGAAGGTGTGCA GGCAATCCTGGAATTCACATTTTATTCTCTCTGATATAGGCCCTTCTTCATGTGTGCGAA GATGCCGCTTAATATTCTTCTTCAATTGTTTGGTCCCACATATTTCACAATCAATATGTT GGTGGCAACTCTCTATGTGTTCCTTGAGGCATTTCTCGTTTGTGAAGTGTTTCATACACC CTGGCTCTAAACACATAGCCTCAACAGTCTCCAGCTTAACTGCAGTGATACAATGGCAAG TTATAGTCAGCTTATAGGAAGTGTCTTCAATACTAGAAAAGTAAGAAATATCAATACTTC ACAGCAAATTAGATTTTTTTAAATTTGACTTGCCATGAGAGTCTTCATGTTTCCTTAATT TGGATGCATATTTGAACACCTTTCCACATCCAGCTTCAGAGCAGACATATTCCTTTGGAA GATCAACCTCTGCAGAGGCAGGTTGGTCATGCATCTCTTTGACATGCCGAGTCATGTTGC CTTGAAAACTGAATGTGCTTTTGCACCCATCAACAGGACATTCAAACAACTTCCCTTGGT GCAGCAAGAGATGTCTCGACAAGTGATCCTTTCTACGGTAGCTAGACTGGCAGTCATCTA TATGACATACGAATGGCCTCTGTTCATGCAAAATATCAACAAGAGAATATCTTAAGAAAG TTCCAATCAACAGGGTCCTAGACCCAAGTGCACTTATGCTAATGGAGAAAAATGTAAAAG CTCTCTTTTTGTATCTTGGGAGGAGGGGAACTGGGAAGAGTCTCAAACCACAAAGATTAT AAGGCGTGATTGAGGCTCACTTGATGGAGCTTCTCAGGAGGTCCCCCTTCCTGATACTAA TCCAGTCAAGGAAATATACCTGCCTCTTGCATTTTGGAGTTCTTTATTTGGGATCCAATG CGTCACACCTTCACATAATTCCACAATGTTTCTCAAAATATCTCAATCTGCAAAGTCATT AGTATTAAATGCATCCATAGACAATAAATCAGAAAATATAACTAGTAAACCAAGACCTGC AAAACAAAAAAAAAAAAAGAATGTGCAACAACAAAACATACCTCGAGTGAATGACTTTGC AAATGCTGCTTCAAATGAGCAGGCTTCTGAAAAGTCGCACCACATTCCTCGCAAATATTC ATTTTTGAGCCCTTAGCATTTTCAGTTGCGTCATCTTTCAGGCTCTCAATTACATCCTAT TAGTAAAAACAACAAACATGTCAGCATTACTTTCCTCTTAACTAATCAAATCAGTACCTA GAGCCAAACACACAATTTAAGCTCAACCACGATAAATTTTTGATAATATGAACAATAAAA GCTCCTAAAACAACAATTACACTAGTTTTAACATTAAAATCCAAACAAATTAGATCATAT ACCATTAAACAAACTCTTATCGTCTTTGAGCTTCGGCTAATGAAACTAATAATTACTAAT TATCAATTTTACCCTAAAAACCACCTCAGAAAAAACAACCACGATAGTAGATCTATACGA AACAGCTCAGATAACAAATAGACAAAAATGAATGCAGAAAAAACGAAAATACATAGAAAA AAACGTACTTGGTGATGAGACTGAATATGAGAGGAAATTAGGGATTTCTTCGAACGGCAA AGGCCACAAAATTCACAGTAATATCTTCTAATGTCTCTAAATACTACTTCTCTTTTCTCT TCTCCGACTTCTCCCATTGCGCCCAATTTTCAACGACGAATATCACAAACCCTAGTTTTG GTGATCTGTAGAATTTAACTCCTTTTATAGTCGCGAATAACTTGTAAATTGTTTCAACTC CCTCTAATTTCTGAAATGTAATACTTTCACCCCGCCAGGTTTTAGTTCATCAAGTTTCGC CACTAATTAATTAGTGGTGTTTGTTTGGACACTTTAGTTGAAGAAATGAGTTTTTTTGTT TTTATTGTACAAATCTACACTATTAACGGAGGCTTAATAGGAGCATATTTGACCAGATTT GAGGTTCAATAAATATACGGAGTCACTTTAATAACGAACATATTTAAGGGTGAAAGTTAT CAGCGTCAATAAATGAGGAGTATAAACTGTAATTATTTATAAGTAATTATTTGTAAGAGA ATGAATTTTCAAAAGTTACTTTGAATTTGAGAAAACTTATAATTATTTTTGAATTTTATG GTTCATTTATGTAGTCTCCTTATATTAAACCTGAATTATTAACAAACAACATATATGAGC CAATTTATGACCTTTGGCACTTCTTCCATGCCATTTTATATAACATAGGACATTTAGTCA TAAAGGTGCATTCTAATTCCTATTTGATTCATTGCATTACTTTTTTTAACTAAAACGTGT ATACATATATATTGTTTAACACCACATTCCCTACATATATACATATGAAAAGTAAGCTAG CTTTATTAGCTCATCAACTCGCCTTAACGTATGCTTACTATATAGGTGCAGACTTGCTTA ACAACTACCAAAAGTGAAAGCTTCAATATTGACTGGCATATTGTCTCTTTTCTTATCATA ATAAGGGAAAAAAGAGATGATCACTCCTTGAGCACTCGCTAACCGTTGCGCCTGCCTTCC CTTCTGCTTACGCCATTTGTTTGTGAATGTTCTGGTTTGCTCTTTGTTGTGCTACCTCTG CTAGTAACCAGCTTTGGATTCTCCTTTGAGGCACCGTGTTGAGTAGGAATTTGAATTGAA ACTCTATTTTGGGCTTAATGTTACTCCTCTCCCTGAGCTCGCTCCACTCTATGCCCAAAG CTTCAATTTCGAATAAAGAAATTAAGAATATTATTTCCTGATATCTCAATTGGTCAAATT CACAATCTATGTGTATCCTTTCGATGAATGATCGAAAGATTGAGATGGATTTAGAACCAT AATTTCTAACTATTATATGTCATCAATCTTATGAAGTGTTTGAAACTGTTGGTTGATACT CAAGCAATTTGTGCAGGTGGTACCAAGATCTAAAGAAGTTGAGCATATTTGCTCCTTTCT ATGGTAATTTGTAGGGAAAGGAAGCAAAATCCACTGGATACCCATAGCCAGCTCAATGCT GCAGCAAAACAAATCTAGTTCTATGCTTGTTTTGTTGTAAAATGGAACCACTTTTGCTGC ACTGAAGATACCATATGTCAACGAGTCTTCACATGGCCAGAACTTTGCAGTGGTTGAGAA GTCCAATCGATTCAGTTCTGCTTTTGAGCTATGATTATATGGTTCAAACATCTGGTTCAA AAATCAGCAAGTACACGTTCAAGGTGCATTCAGAAACTAGTCTTGAGTAGGAGGACAAAT TCTATTGACAATGACAGAATCCAATCTCATTCACTGGAAGCAACACAAAGAAACCTGCAT TACTCCAAAAATATCATACCTGACACCATTCTATTCCATATTGCCATTACAGTTGTTTCT GCACCGTTGTGTTTGGATTTGAAAAGGATCTTCAATCATCCCTATATTATACAAGTCACA AGCATCAATGAATAGTTATCATCTCACACTTCCAACAAATTTTCGCTTCCTCAGTTGAAC CAAATCCAAATAAGAAATAACAGTGTTCCAATTCAGAAAAAGCAAGACGAACATGGGATT ATAATGATGTTGTTAAAGCTAGCCAGTAGGTGCTTACCACTATGATTATACCAGCTTTTC CCATTCACAATTTAACAGATTGACTTGGAAGGTAAAAATGCAAATTAACAAAATCTGGCA GAAACAGAACTGGAATATACATTTATGATATGAACAACGTGAAGAGCTACAATGCTAGAG ATTATACATAAATGAAGACAAGGAAGAATTTATAATCTTTAAGCACAGGCACTAACTGAA ATAGCAAAGGTTCCTGGCAAGTATAATACAGCAGCGAAGCACAAAATACATAATTTTCTG TCAGTTTGCAGAAAATCCTAGCTTACAATACCAACACTCTCTTTGCTGATTTCCATCTCA GAAAGCCATCAGCTTTGCCTTAGAGAGAAGTAATCATTCTAGTTCATATTGTCATTGTCC TCGTGATCAGTAAAACTCTCTAAAATTGGAATAACAAAGTCACCCTCTCTGCTTTCCCAT CCATTTTCATCGTCTGTCATGTCTTTAGGTTCATTCTTCAGTTCTCTTTCAGTTTTCAAT TCACTCGTATGACGGTTTCCTAACAAGAGAAGATCCAACATATTTCTTCTCAAATCATAA ATTGGGTTCGGCTCAATCAAACACCCTTTACTATATGCTTCTCTAAGAAAAACAATCTCA GCAATTCCTTTAGTGGATATGTAAAATATCCCAGGATGCTTCAATAACAACTCGCGAATA TTAACTACAATACCGAGGTCTTTCTTAAAATGTGCCAACCTTTCAACTGGCACTGACTTC TCGACAGTCAAGCTCAAAACTTCATGAATAATCGCCACAGCTCGCTTCTCATACCGCTCA ACACCTCCAAAAGTACGCTTCCCAACAACTGCTGACCTCGATGTTAACTCATCACATCTT GAAGATGGCCCCATGGTTTCAGTTGTTAGCGGATTCAAGTGATATGTGAGTTCTCTTTCG TAAGGCTTAACATAAGGAAGCCTTTGCCAATTTTTCAACTTCTCCCTAGAACCTGGTTCT ACCTTAAATCCAGTAGGGAAATGAATAGGAAATGCATATTTGACCTCAAATTCACTCAAC CATTTCTCAGAATACTCCTTTTTCCTCCAAGATTCAATCTTTGCCACCCCAAAACTCTCA TCTTTGTCATTTCTATCAATTAATTCAACAACCTCTAAATCTACCATCCTAAAAACTTCA TCATACTTGATTATTATCGAGTCCCGGAAGTTTTCAGGTAAACCCAATTCAGTCCTCAAC AATCTAAGAGCATGCAAATGTATTGTCCCATTCACAGACATCATTAAAATTTTCGTTATT ATCATTACATTTTCATCTTCATTTTGTGATACAACATCATCTTCTTGATTCAGCAAAATG ACGAATTTCTCCCTAAACTTGCAGCACAAATTTCGCTTAATGGGGTGTGTAAATACCTCG AAAATATGGGGGTATTTCCGGAGAAGATCACCGGCGGTAATGGTGTTGATGCCGGCATGT GGGGCCCATTTGGAGAGTGACTGAACTGAGAGAAAAGGACCGCGTTTTCTTGCAGATACG ACGTCGTAGAGGTTGAGGATAAGCTTGAGTCTCCGGTAGTGTGCTGTGAGTTTGTCGAAA TTCGGGTCGCGGGTCCGGTTTTCCAAGCGGGTTTGGGCAGTGTTTGCCGGTTTCTTCCAC CGGATTTGAGTTGTGGAATTGAAAGGGCCAAATGAAAGTGGAGTGCTTGATGATATATTC ACCGGCTTCTTCCACCGGAGTTGTAAAGTTGTCATTTCTCTGTCACACGATGTGGCCGGT GCAGAGAAAAAGAAGTAATTTTTTTTTATATGCAAACTCGAAAACCCAATTTTTAAATAG GGCAAAAAAAAGGTCAAATTGTATCTCTATGAAGACCATTTTTGACACTTTCTGGCTTAG CACTTGCAGAAAAGAAACCCCAAAACTGGAGAGATGGCTCTACTGTTCACCATCATGACT CCTCCCCCTACTCGTCTCTCTTGTCATTCATCTTCAACTTCTTCAGTGTTTGCTCACTCA TGTTAGTGTCTTTGTTTAATTATTTGAATGACCTTTCTGTATGTCTATTAATCTTGTGTT CTAGATGTTTCTACAGAGATTATTGTGGGATTCTAAATTCTGGGTTATTAATCTTGTGTT CTAGATGTTTCTACAGAGATTATTGTGGGATTCTAAATTCTGGGTTTTTCTTCTGTTTGC ATTTGCTTTATGTTGTGTTGTATTGGAGTTTGCATTTACTTTCTTTAGGTTCTGAATTGG TCTATTATGTTCTTTTGCTCTGTTAAGTTTAGTTGTTTCCTGGTAAAGTTTGTAACTTCG AATGAATTGATTTAGGTCTTTACTAGAATACTAATGAGTTAGCCTCTTATCATCCCCTAC CTTGTCAATTTGGATTTTGGGGATCTATGCTGCTCGGACTCCCCAAAAATGTAGGAGCCC TCGCATTAGATTCTCCAAAAAAAAAACTATTTTTGGAGAATTTGATATGCACCCTACGCC CATTGGTTTTTTTTTTGAGGAGTTCTAGCAGTTTAGGTGGGATTACCATTGTACTTAATA CTCTTTGTAACAGTGTTTTAAAGTTTTTCACCATATAAATGTAATAGCAGTTGTACTGGC TGAATTTGCTGACACAAAGGTGCATCCGCCACTGTTTATCTGAAAAATGTTAGTATTTTG AATTGTTGGGGCAGAGACAAATTCAAAATTTGAAGTTAAAGTTCCTAATATCGATCGCAA TTCTCAAGTTAAAACTATAATAATAATCGTCTTTACAGTCATATATACATGAACCTGTAA CCAGGCCTCTCGATCCATCCCGGGGTGGCAGAATGGGGTAGCAGATCAAGACCTATCTTT TATGTCCTGCATCTTAACAATCTGCAAAATTTAAGGTTGATGTATCTTTTTATGTGATTG CTGTTGCCTTTTGTCCATCCTTTTCTAGTGAGGCAGTCTTAAACCATTATAAGAAATACT CCCATCTTCATCGTCATGCATCTGCAACATCTTGACTGTTCATTTTATTTATAAGAGGTT AACTTTATAATTGATTCTGTATATATCAGTCTCCAGGTTTTGCAACGATCCCATTGCTTT GCAAGCAAAGTCACATATCAGTTACTATATTCGAGCACCCTTTATCTTAAAAGAGAGGTG TGTTTTGATTGCTGAGGCAGCATCTGATATTGATAGCGGAGATTCTGATAATCTGGAGAG TGATGAGGAAAGTTTGTCTTTTGATAACCTGCCATTGGAGTCTAAGCTTCAGCTGAAGCT TGAACAGAAGATGAAAATGAAGTTGGCAAAGAACATCAGATTACGAAGGAAGAAACTTGT CAGGAAGCGCCGCCTTAGGAAGAAGGGGAGATGGCCACTTTCAAAGTTGAAGAAGAACAA GAATGTGTAGTCTTTACCACACAATTCACCTTTTTGTAACCTTGACATCAATGTCTTCAA CTTGTAAATAAACAACTAAGGGTTTAATGGTATAGATTTGGTGCTATTAGAGTCTCTACT TGTTTTAGTTGATACTTAGAGAAGGCTCTTGTTATTCCTTATATAATGTTGATTCTGAAA TATTTACATGGAAGGAACACTTTGAGACAGATATACTGTCAATCAACAAGTTGTGATTTT GTGCTAACTGGAACTTTTCTTTGTTTGCTTTTGCTCACTTTCTCGAGTTTTTCTGGAGGT TAACACTGGGGTTGCAGATGTTTACATTAGAGGTTATCAAAGTGAAAACACTCTTCTTTG ATGTCATTGGTTCTGGGCTATGTTGCTCGGACTGTTCAAAAATGTTGACAGGTGCATATC AGAACCTTGAAAAGTACTAGTGCACTTTTGAGTACAAGCAAAATAGGTTCTGAATATGTG GAAGTGCAACAGTTGTATGGACTCAAATTAGTTAAATATATGAATTGATGGAATGCAAAG GAAGCTTAAAAGTATTTTCTTATTAATCATTCATCTAAAGATTTGCCCATTTTCTTCGTT TAATCTGTTAAAGGACGGAGATGGAGACTGTTTCAGAAGAAGTTCAATAACAAACGCCTT AGAAGTGCAACAGGAAAAACTACTAAAACGAAAGAACCATAAGAACTAATGAAAGTGATA TTATTCTTTATTGGCATTTTCAGTGAGTTACATAGTTTTAGAATGAAGATTCAAGATCAG AAGCAGTTGTTACAGTCCTAATGCTGATGGATTTTCTTAACAAATCAAACGAAGTGAAAG AATATGGTAAGAGTGTAACATCCATGTTTTCGCTAATTTCTCCAAGCCTTGTCTTAACTG GTGATATCTGCATAAATAACACTATTTCAAGGAAAGCAGACACCAAATAAAACGAAATGA TCAGATAAAGAAGTTGTATGTACCTTTTTAGGATCTGTGAAAGAATTCTCATCCATCACA TTGCTAGATGTTAATATAGTTTTTGTTGCCCCAGAGGACTGCAATGACAATCCACTGATA GAGATACTAAGAGTAACTCTGCTGCTCCCAAAGTTCACAACCTGCAAAACAAGTCGCGTG TTGAAAAGAAAAAAAAACGAACTAGTCACGAAATTATAGATGGAGACGAAGTTGTGTATC TGCAAAATGAGCATCAGTTGACTGTAGCAAGTATGAACACAGATTGAATCTATTAAAGAA ACATAAAAGACAAATCCTCATGATTCTGAGCACTATAACCTCTAATACAAAGAGAAATAT TAGTTTCGCAGAGATGTATGGATCTAGTCTAGATAATGCAAGTCTTGAGAGGCACGAATG ATAAACATCAAGAAAAACTTCACACCTTTATTCTTAAGTAGTTGTTGTTATCAGTCTCAT TTTGCCAGGTGATGGCAGATGCTATTAGTGCATTTGAAGGATTAGCTTGGAGTGTTGAAG TTAGATAAGTTGCGCCATTTGACTCTATGAAAAAGTGTTGCATCCAATAACTAGGGGTTC CATACGCCTGTGAAGAAGTGAAAACAATCGCATCTGCAGTCCATCTAAACAAAATGACAT TATTTTGCAGTGATAGCCAATTTCAAAGAAAAGGGAGAAGAAGAAATCAAACTTACTTCC AGTCTTTGTCGTTAACGAATAGAGGTGCATAACTTGTCATTTCAATCACATCACTGCACG AGGATAAATACAGGTTATCGTCAAACAAAGAGATCACACTGTTCACACCATAAATTTTCC ACGCTTTGAAGTTTTATCCTTATTATCTTTACCTTAACATATAATGTCGAGATATGTTGC TTGATACATATTCTCAGAAATGACAAGTACCTGTTTTTTTCGGCTCCAATAAGGAATGCA GCTTCAGCCAGTGCAGCTAAAAGACTACCTTTTCCAGCACCTTTTCCATGCACAGCATAC TCACTTATAAAAGCCTATAAATATAAACAGTATACATAAGCACCATTTACAACAACAGGA AATTAATCATCAAAAGGAACATTTTAACTCACCTTCGGTCCACTGCGCAGTGCATCATCA AAACGGCTGGCGTTAAACCACATGTCACTTGCACTGGCATAAATCTTAACCATAGAGAAA TCACAAAGTTAAAACCTCACTTGAAAACGTAGGTAAACAAAGTTAAAGCTCAAATGTACA TGCTCTGTAAGATAGACTTTGAACAACATCAAAGTCTTACATGAAAATCATATAAATCAG CCGGGTGATCCAATGCTTTGGAAGAACCATCACAGTTGGAGATTATCTTGATATCTGGGT AGGCTTCTTTGATTGCTGAATAGAACTCGAGGTAATTTCCTGAATCATACATATTATATA CAAGGATTTGAATCAATCCTCAAAATTCATCGAAGGCTACGAAGCCCGTCCAACTGTAAA TAAAAAATGTAAAGGGATGTCCCAGCTGCAAAGCTATTTTATTCTTCATGCATATTATAG ATAATGACTCAATGAAACATAGAACAAAATGTGATCTGCATACCACGGTACTTTGAGTAG CTACAATCTTCATTTCCAATAGCGACATATCTCAAATCAAAGGGCTCTAGATGTCCCATT TCAGCTCGAAATGAACCCCATTTTGAGTTAGGAGCACCTCTCGCAAATTCAAGACCATCT AAGATATCCTGGGACAACAAATATGCTTATAAACCTAAAAAGAAAGCTTAATATGCAACA TCCACAGTCCAAGTAATGTAACATTTCAATTCCAAGGATTGTTTTCATCAAATTTCTGGT AAGATTTTAACGTCTATAGCATACGTCTTGTAGAATTTAAAAAGAAACAGAGATTGCATG GCTGATAAGAAGGAAGATTGTGTTTAGAAAGTGTTGTACCTACGGATATGCCTCTATATT TTAGTGAAATGAGTGTCTGGATAAGTTGTATGTCCAAAATATTGACTATCAAATTGATCT TCAGAGCTGTTTTAATTCTCAATCATATTTAACAAGTAATGTCCATGTCATGTGTACGCA GGAGAAAGTTCAGGAGACCTACTTGCACGTAAGGTAAGATATCGGAAGTGTCAACTTGTT CTTTGTGGCTGATTCCTGAGAATAATAGTCGTATAGAAAAAGCTAATGAACTGCATGAAG AGAACACAGACTAATTTTTTAAAAAAAATAATGCATCTTAGAAAGAAGAGGAGGACATAC CGCTGTTGAAAACCCAGATTGGCAATGCACCCAAGTCCTCGGCAAGCTGCAGCAAGAAAG GACTCGAGTAAGGGACATGCATAAGCACACAGTATTCATGTTAAGAGGCTTGGCCAGGTT TAGAAGTCCATTTACATCAAAATTCAGGAGAGGGAAAGAATTTTACTTGAAGAAACTCAA AATGACCAAGTCCGTCGTCAGTCCAATACCCCCACACATCACCGTAATGGCCAGGCCTAT TTTCCCATGGTCCAATTGTTTTGTTCCACCAAAATGCATTTTTTAACCGTTCCCCTTCCA CAAAACATCCCCCTACAGACATGTATAATTAATGACAAATTTATCCACATTGGACAGATC ATCAAAGATGCTCAAATGGGAGACTATCCATACATATAGACAGGGGAGAACTACACAGAA GCACATGAGCGAAACTAAAATAAGTGATCTAACTGTCGCAGAACTTAAAAGATCAAAAAG AAGGGCTACGATACTTTCAAAAAGCAGAACAACGAAAAACATAAGAAGGGAGAAATGAAA TCTGAATTCCATGCTTTTTGTTAATCTCGTCATCATGACACCTTGAGGAGGAGAATGCTG AGAAAACAGAAGTTGAACTCAGATGATATTACTTGTGAGTTGTGATACCACATTAGATAG AAGTTGAACCAGAAATATGATATAAACTATGAACAACTTCAGAAGCTAATGAATTAGTCT ACTCGAGGACTTGTGGAAAATTGACATTAATCACTGACATTTCCTATTTGCAAATCCATC TTTGTAAGAGCTTGCTAAATTATATACGACAGATGCTCTTTCAGGCTTGCATCCGCATTG ATTCATCTGCAGAATAACATTATGAATGGGAAAAACTAAACTTTTTTGCCGGTATAAGAT ATTAAGTCCGATTCTATTATAAATATAATGCATTGCTCCATCAACTGGTAATGTTACGTG ACACAGACAGGTTGAATTTCAGGAATACCTGGAAATCTGATGAATGCTGGTTTCAAAGCT TTAAGCATTCCGAAAAGGTCTTTCCGGAAGCCATTCCCCTGCACCAAGAAGTTAAATATT ATGACACAAATACATCCACTGAGTGCTCATCCAATAGTGAAAAAAATGAACAAGAATGAA AATAACTGAACACATAATGTTCGTTGACATAGAAGAAACAATTTAGTAATGATATATATA GCCAACAACAAGATTAACTAATAATTGCAATAATTTGTAAATTTGTTTAGTTGACAACTA CTTCTTTCCACCATACATACGTTGTACGTGTCCAAGGGCATCAATGATACTTGATCAAAC CATATAACACCCTTTGTAGTTGATCTCAGTTCCAGTCTTGAATTGGAATCTGTTCCTTCA GCTTCCAACAAAACAAAAACTCTTGTCCAATTCGATACATTATTAGCTCTGTAAGAACAA TAAAAATAACCTGTAAGTAAGATGCAAACTTCGTATAAACATTGGCAAGAGAAATTGGAA AACATAGACAACTACATATATGCATATGAAACTTACACTACAGTTTTTGTCGCCAGCTTG TTTAGTCCATTTAAACTGGTTAAAGCTACTGATAGATTAAGTGTTTCGTCTGAACGCACA TAAAACACCAGCTTATAGCTCTTTCCGTGTTCAATATTCTGCAGGAAAGCATAGAATAGG GACAACATGAGTATATAAACATAGAATTACTGGAGCCTAATGACAGTCAGATTTTTAAAA GTTCTGTAAGATACCATGCCCCAGAATCCTGGATTGTAGACACCAACTCCTCCATCTGGA CATATATTGGCACCTCCATTGTCACAGAGAACCTCAACCTTCAAGGCAACTTTATTCCGA TCAAAGCATGAGGAAAGATCCGTTGATACGATCACAGAAGAATTATTCCCAATGATAGAC CAAGGTTCAATGCGAGGTGGCGTGAATGAGGCTCCAGATTCAAAACCTGTAATTGTTTTT CAAGAATAATAAGATTAAAATCAAATTCAAGAGTACTCACCAAAATCTTGTTATCAATCG AAAAGCATAACTGCTGAAGCATTCATTCAAGAACATACAAAACTTTCCAACTTATTGTTT CATGCGCGCGAATATATTTCAAAGAAATAGTAATTCTGACAATTGAAGAAAGGACAAAAT CATATAATGTCTCTGAGTTTCTAGTTAGCCAACAGTAATGCCATTGTCTTCACATTTTCA ACCGACTAGTAAGCATTTTCTCCCATCTTTACAGGTTTTTCCTTTTTCTAAATTAACCAA ATCACCTCTGTTGCAGACAAGTTCAGCCCACAGTCCTCCAGCGCCAGCATGATTTATCTC CTGAAACAAAGTACCCGACGCAAGATGTTACAAATTATTTAATTGACAGTATCTAATTAA CAAGGGGAAATGCATACCATATCTATGGGAGTAGCTCGAACGTAATGCACAAAATAACTT TTTTACCAAGGTACAATTTCATTAAAATGGAATGTTAATATTCTACATATCATTTATGCA CCAACAGTCAGCTGGTGACGAAGACGTTTGCATGATAAAGTTAAGAAAGAGACAGGAAGA CACCTAAATCATTGGAACAGTTATGTACAGAAAATATGAGATGAAAGCTTCTCATTTTCA CTAGAATTGGAACACGTAAATGACTTAACTCACCTCAAAGAATATTCCAAATAGAGTATC CGGCATTTTCCTTGCTGATGCTTCAGATGCATTTACTAACAGTAGTGCTGTCTGGTCTGC ATCAATCTTGCTTGCAGAACATTGGTATTGGATGGATATCCCAAACAGAACTAAAAGGAG AATGCAACAAAGGGAGCGCCTTGAATCCATCTCCATCACACACCGTTCAATGTTCCCCAA ACCTATTTTAAGCTTTATCAAAGATGCTATAATACACAAGATTTTAGTCAATCATAAGAG GAAAAGCAATAAAGTCGCTAACTTTTGCAACAACATAATGTCATCAAGAGATGGTATCAC TAAGATAATTGTTCAAGCAAAATGACAATATCACTCTGTCAGACTTCTCTGCTTGTTATG AACAGTATTAGTGGAAATCAAAGAATAAAATTGAGGGAAAAAACATAAATAAAGACGTGG ACAGACGTGTAACGGAGAATTTCCATAGTATACAAGTTACTGATCAATCTTGGACAGACT AAATCATAAATCCATGAATCCATAGGGCACTCTAGTGTTCTGGATTCATTAGGAGATATA ATATCTCAATATCCAACTTGAAATCAATGTTGGCAAACATATAAAGAAAGAGAATTCTTG ACTCAGTTCTCTATCTTAATGACAAAAAATAGGATTGATCAAATTCTACACCGAGTTGTA TTTGACATAGTAACTAGTTTAACCAACTCTCCCTACTTTCTTTTCAAGATCTCAACAATC ATAAGTGAGCACAGAAAAATATCAAGAATTTGACTAACTAGACACAATTTGTTAAAAGCA ACTAAATAGATGTCTTTCTGAGTGAAATAACATCAAAAGCAACAAATACTAAAAAATATA TAGAAAAACAGAAACAGAAGAGAAATGAGAAGTTCATAGTTGATTACTTAATAGCAACAA AACAATGAATAAACATAAAAAGGTGCAAACTTGATTTCTTTCTAGTTGACTTGTTGTTTC ACCTGAATAATGAGGGATGAGTTATTAGCTTTAATTTTAGAGTAATGTCACTCTTGTGCA TGCCTATTTCAAGATTTCAAAGCATGTCTATATAAAGGCAATTTTTGGTTAAAAGAAGTA ACTTGTTAGTATGGATAAGGGGTGAAGGAAGAAACCATTTCAATTCTTGAAGTTGTTTTT TTAGCTTTCAAGTTAGCAACTTTTATGTGGATCATCGCGTTTCTGTTTAATTTGTTTGTC TTATTTCAATTTAACATATAGTAAATAAATTTTTGAATCTTATCTAGATAGAATGTAGCT AAATGTATAATCTTAAAATTAAATAAAAATGAAAGAATTCTCAAAAAAATACAAACTAAT TAGCAAAGATAAATAAATTGAAATAAACAAATATGAATTGTTAGTAACACCATTACATAT TAATTTCAAATAAATTGAGATTGGTTATAAATATAGTTGAGTATCAAATTGGTCATAGAT TTTATTATTTGGATCTTTTGCACTCATTTAACATTACTTAGACCATCAAATTTAAATTAC TAGATAAAGAAAAATTAAATCATAACAAACTTAAGTGATTAAATTAAAGAAAAATACTAA GATTGCAATTTTATGGAGTAAAATAAGTACCACTTAATTATTGCATGAGAAAAAGGAAGA TAAATATGAGAGAAAAGTGGGACCATAAGGAGATTATGTGTTTGTTTTGTGATTATAAAA ATCTTGGAAGCAAATCATTATAATTGAATTTGAAGGTAAATTGTAGAAGTAAGATTAAAT AATTTTAAAAAAAGAAAACATTTTGTTATGTTGAGAACTATAGTAGATGGCAAGTGTTTG AGTTTAGACCAAATACAAATTCTTATTTTTTTAAAAATGAAATCTTCAAAACCTTTACAT TTAGGGAACAAGAGAGCTAACTCCAAATTAATTGAGCGTTTTTGAACATAAGAATGGTGA TTTTTTTTAAATATAATTTTTATAAAAGTAATTAAAAATAATATTTACAAATATAAATAT AAATTTAATTTTTTTGAATTTTTATACTATAATTTAATTTGAAGTAATTGTGAAAATAAC ATTATGAAAATTTTCTATTTCTTAAAAAATTATAATAATCTATGCTCAAATTATTTTCCG AAATAATATTTCAGAAAAAAGTGAAACATGATCAAACATGCACTAAGCTATTTTGGACCA GGGCGTTCAAAATAGATGTATCTAGTTATCAAATTAATAATTTAGAATGAGTTTTCAATT CTTATAATGAAATTATTATTTTTTCTCATATCAAATGAATCAATTATGCATTTTACTCGT GCATCATTCATTCAACAATATTAATAATTATTTTCTCAATGTATATGTTAAATTAAAATG TAACGAGTAAAAATAGGAACGAAAAAATATTATCTTTCATGACCAAAATCATCATTAAAG GGAAGTCATAAAACATTTAATGCAATTATTTTGAGGAAAAAAACATGAAAAAAATGGGTT AAGCCGGCACGTGACAAAGATGTTGTGCTAATCTTCTTTATTCAAAAATCTAATGCTGTG TACTACTATTTAACTATGCCAAAACTGTCCACTTCACACTTCACAAAAATTTTTCCTCGC TCGACTCTATCTTCCTTTAAGATCGTTTTCCTCAATTCTTCAGGTAATTTTCTTTTTAAA GATCCCTTCTTTTTACCTGTAAAGCTATAATTTTTGATCAATTTGTGATTTCATTTGCTT TTGGGAAGTTTTCATTTCTTTTTTCTGATTTTTTTTTAGTCTCTATTGTCATTGTGCCGA ATCTGAGTTTATAAAGGGTTTTTCTTGAAAGATTTGAGTTGGATTGGCGTATTTTGTGGT TTGCATGTGTTTTTTGGTAGAAATCTTGATGGATTTGAACTGGGTTTCTAGGGTTAACTC AAATTAGGGCTTGTTCCTGTTCATTTTTCTGAAAGTTTGAATATTTATTGTGTTTCACCA GTCAATTTTCTGTGGGAAGATGTTTTTGAGTAAAAATTTTGCATCTTTGGAGGTTTAGGG GAGGGTTATTAGTTTTTTGGTGGGTGCATGTTGTCCTAGAAATGTTTTCTTGGTGGTTCT GACTTTTTATTTGCTTTAGGAAATTGGAGATTGTGCATGGATCTAAGTGTTCATTGGGAG AAGTGCTGACCTTTGAATTTGGGTTATTCATGTGAGTGGAAGTGGTGATCTTGTTGTTGT GGTTGTTGGTTTTCTATTGAAATGGAGCAAGGCTTTGGTTCAGACTCTGTTCCGCCAGCA GGACCCATTGACAAGTCTAAGGTTTTGGATGTGAAGCCTTTGAGATGTCTTGTCCCTGTA TTTCCATCCCCAAATGGAATGGCATCTGGTACAACTCCTCAACCCTCACCTTTTGTGTGT GTTCCTCCAAGTGGTCCTTTTCCCCCTGGGGTTTCTCCTTTTTATCCTTTTTTGTCCCCG AATGAGTCTGGTAGATCAGCTGAAAATCAGGATGGTTTAGGTTTTGGGACGCCTATATCT CCGGTTCCTTTAAATTCATTCAGAACTCCTGCTGCGAATGGAGACACCGGGCCAAGGAGG CCCGGTAGACCTCGTGCTTCGAATGGCTTAGCTGCAGAAGATGATGATTCACAGAATCAC AGTGATCAATTCGGTAGTGGCTACAGTGGACATGCTAATGATGTTGAAGACACCAGTACA GGAAAAAAAGGGGAAGACCGAGAAAGACTCGGTTAGGGCAGCCAAGCTCAGGTAATCCAG CTACTCCCCCAATCGAAGTAGATGTCGATCCACTATTAAATCAGCTGCTTGCGTCCTTCA AACTCGTTGAGATCGATCAGGTTAAGAAAGCTGATGGTGACAAGGAGCTATCTGGGAGAA TTCTACTGGTTTATGATTTGTTTCGTAGAAGGATGACCCAGATTGAAGAGAGAAGGGGTG AGACTCCAGGTTCTGCAAGAAGGCCAGATCTGAAGGGTGCTAATTTGCTGATGACAAGGG GAGCTCGAACAAATCAAACAAAGAGAATTGGAAATGTACCCGGGGTTGAAGTTGGTGACA TCTTCTTCTTCAGGATGGAATTGTGCCTGGTTGGTTTACACGCACCCAGTATGGCAGGGA TAGATTATATGAGTGTCAGACTTACAGGGGATGAGGAACCTATTGCTGTTAGCATAGTGT CCTCTGGAGGGTACGATGATGAAGGGGATGACGGGGAGGTGCTAATTTATACTGGCCAGG GTGGAGTTCAGAGGAGGGATGGCCAAATGTTTGATCAGAAACTTGAGAGGGGAAATCTTG CTTTAGAAAAGAGCATGCATCGTGGCAATGAGGTGAGAGTAATTAGGGGTGTTGTAGATG TTCAAAATGGGGGGAGGGGGAAGATCTACATGTATGATGGACTTTATAGGGTCCAGGAGT CATGGGCAGAGAAAAGCAAATTGGGCAATTGCAGTATTTTCAGGTACAAATTGATTAGGG TTCCTGGGCAGCCTGAAGCATATACATTGTGGAAATCAGTTCAACAGTGGAGAGAGGGAA CGGCGACACGAGTTGGAGTTATCCTACCCGACCTAACATCTGGTGCAGAGAGTCAACCTG TTTGTCTCGTAAATGATGTTGATGATGAGAAGGGACCTGCTTATTTCACATATATCCCAA GTCTGAAGTACTCAAAACCTTTCATGAAGTCTAATCCATCTGTTGGCTGTCAATGTCTTG GTGGATGTCAACCTGGTGGAACCAGTTGTCCTTGCATTCAGAAAAATGGAGGCTATTTGC CCTTTAATCCACTTGGAGTTCTCATGAGTTACAAAACCTTGGTATATGAGTGTGGTTCTG CCTGTTCATGCCCTCCGAACTGCCGAAATCGTATCACTCAAGCAGGTCCTAAAGCCCGTG TGGAGGTCTTTAAAACAAAAAATAGAGGTTGGGGACTTAGATCTTGGGATCCCATACGTG GAGGTGGCTTTGTTTGTGAATATGCTGGAGAAGTCATTGAGGAATCTAGGGTAGGTGAGT TTGGCAATGATGGTGACGATGATTATATATTTGATGCTACCCGCATGTATGAACCATTGG AAGCTGTGCGTGATTATAATGATGAATCCAAAAAGGTTCCATATCCCCTTGTAATAAGTG CAAAAAAAGGTGGCAATGTGGCTCGTTTTATGAACCACAGTTGTTCACCTAACGTTTACT GGCAGCTTGTTGTACGTGAAATCAACAATGAGACATTCTACCATGTTGCTTTTTTTGCCA TTAGACATATTCCTCCCATGCAAGAATTGACTTTTGACTATGGCATGGTTCCACCAGACA AAGCAGATCGAAGGAGGAAGAAATGCTTATGTGGGTCATTGAACTGTAGAGGGTATTTTT ACTAGTTGTCATGGTTACCGAAATGGAGTTCACTAGTCAACACCGTATCGAGGTATGGTT TCCTTTTTAAAATAAAAGCATCTAGTTTGTTTCATTCTACTGCTCATTTTGTGATCTAAT CCATGGATGTGGTTATCATGTTTACATATTTTATATAGAATTCTGAATAGCATTTTAGCT GTATAAAGTTGGGGCTTCATCTCCATTGATTTTATGAATTGAAGTAATTTTGGAGTTCTC TTGTTCTACCTTTGATCTATCCGTTGGGCCTACTTAGATAAGGTGGCAAAGGCTCTATGT TTCCCTTCATCTTCAGGTTTCCCAGTTTGCTCCTGCTTTCTCTTTCTTTAATCTGATATT TTACGGTCCTTGCGTACCATATCGGGGCGCACAATTTAATAGAGGCAATAGAGCAAAGGG ATTTAATAAATTGTTAACGAGGAGCAAGGTGTGTGGTTGATTGCCATGGCTTGTTAAGTG AGTCGTTTTTTAAATAAGTGGTTTTGTTAAATGAGTATCTATCTAGTTTAATATCGTCTT TGTTCTTGAAAAGTAAGCTAAATTTCATCTAGCTAATAAATGATAGTACCGATAAGGTAC CACCAGGTACAACATATATACAAAAAGAAGTTGGATATTCTTTCAGTAATTAAGTTGACC ATCTGTCAGGTCTAAGCGTTGGTTCTATGTCATTTTCATTATTTTCTTTTACCCCAGAAT TTTAAATTATACAGACATCTATGTTTACAAAAGATGATTTTTTTCTATTGTCCTCTTAAC ATCTATGGTTTCGTTCTAACCAAACTTCCAACGGAAGACATTGTTCTCCATTGGTTTCTT CATCCTTTCTGAACCTTTATTCCTGTGAGCTAGCTGCTTGTTTTACAGTCCATGTCATCA CCCAGTGAACTCCATAGTTACTCCTAAACATGCTCCATATTTTCCCTGAAATTGCAATGC AGCATCAGTATCTGTCTTGCTGGTTCAATATCTTCACATAAGAAATACCTGATGCATCTA TTAAATCCTTATTTTGTAGATTGTCCTATGTGAGACATGCCTTGTGTACTGCTATCGATC CATAATGAGCCATTTGTTTTCGAGTTTTTGTTCTCCACAACTTCTAGAGCTAGTGATCTG ACTTCCTCCTTAAACAAGGTTTGGTAGAACGATTTGACAGAAAATTCACCTTCACTAATC CTTCCTGTTTTCAATGCAATTACTTGATCCTGTAGTTGTAGTGATGATGTAACCCTAACA ATCTTCCAATCGTTGAAGTTCCTTTCTTCTAAATCCCATCTTCCATTCAAGTCTATTCCA ATCACCATGCAACTGTAATTCCTTATCAATTGTCTGATGGAAGATATCTATAAAGTTGTC TATCAATGTATCATTTTCTCTCCATTTATCCAGCCACAATCTGATACTTTGACCGTTACC AACTGATCCAAAATTTGATCCCGCAGATCACTGATTTGTCTCCACCAGTGTTACAAAAGG CGAGCGCCTCCTCGCCTTTGGCGAGAGGCGAGGCGATGGGTCCTCGCCATTCTCTGCCGA GGCGAGGCGATAGTAAAAAGGCGAGGTGTGGCGCTGCAATGGCGACAGAAAAGGCGCCGC CTTTTTTAATTAAAAATATTTGACTTAATAATAGTCAAAATTAGGGGTTTTTTTTTTTAC TTTTGAAAATTCTGAAACTCCATCGTGACTCTCTCTCTCTCGATTGACTCTCTTCTCTTC TCCTCCATCGCTGTCTCTTCTCCCTCGCTCTCCATCGCTGTCAGCTTCTCCATCGCGATC CTCTCTCCAGTTCTCCCTCGCTGTCGGATTCTGTTCTCCTTCTCCCTCGCCGGCCACCGG CTCACGATTGTGTTCCCTCCGACCCTCGCGACTCTCTGTTCTGCAGGGATCGTTTTCTCT CTTCTTCTTCAACAATTTTTTTCTATTCTTCTTCTTCAGTTTTTTTTTTTCAGTTGTGTT TTTTTGGTGTAAGGCTGTAAGCACTAAGCAGTGCTTAGTTGCTTACTGCTTTGTGTAAAC TTTTTAAAAAAAATTATAGGCAGTTAATTAAAAAAATCTCTCTTTTCCTAATTATCTATT TCAATATTCCTAAACAGCGAATTAATAGAATTTAATAACCAATGGCGGATGCTAGCAAAA AGAGGGACATTGGATGGAATTATGGCACTCAAGGATTGAATAATTTTGAAGAAGAATAGA ATTTTAAAGTTTTGGTTTATTGTATTTTGAATTGTTTGGTCTTTAAAGTTTTAGACATTT TAGTATCTACTATTGGTTTTTGAATTGAATATTTGTTAATATGTGTTATTGCTATTAAGA TTTTGGATAAAATATGCAATTAAATATTTTTAATTTTTGGTATTAATTGGCGCCTTTATT CAAAAAGGCAAGCGCCTTGCCGCGTGGCGAGGCAGGCCCTTGTCGCCTTTTGTCGCCTCT CGCCGTCCACAACACTGGTCTCCACACAGTGTCACCATATGACCTGTTATTTGGCTTTGT GCACCATTTGTTCTCCATTCCATATTTGTAATTGATCACTCTTTTTCATCTGCTTGCTAT CTTTGCCAGAATTGAATTCGTTGTTTGATCTAGAGTTCTTAATGTGCAAGCTACCATCTG TTTTAACTTTCGTCGATGTGGTTCATTTTTCTTCAATCTTGGCTTCTGTGCTGTAGAAAA TTGCATCTGCTTGTGTAAATCTCGACATGAAGTATGTAAGAATAACCCCAAACGTGCTGT CCAATGCTTTTGCCCCTTTCTCCCTCCTTCTGTGTCTGACAGTCTTGATCCAAGAGGTTG TCCAAGTAAACTTTTAGAAAATTTCTCCTTGACATCCCATTTTCTCTGTCAGTTCTTGTA TCATCTGTTCAGATTTAACCGGAAATGTGCTACTCTTTGGTGAGAGTGTCTGTAGACCAG AAATTGCCTCACAAAGGCCACAATAATAGCTTTTAAGGAAAGCAATTTTTCTTCCTTTTT CCCCATGTAGCACAACTGTATCATCTGCATAAAGAATGTCAGCTATTTCCACTTAGTGTT TCCCTGTGTGTCCTTCATAAAGAATGTGATTGCATCTCATGTGTATTCACCATTTTATGA GGTTTTTGGTATTTTCCCTTTGATGAAGCCTTAAATCATCCTTGAATTTTACCCCCATGA TGTTTCTTCAGCTCTTGCAATATCTCTCGGATCACGTGACAGAATTTTCTTAACTGGAAA GTTCTTTTCATTCCATGCCCTTCTCTCTCTGTCTATCCAAATCCTCTAGGCTTTTGAGGA TTGTAGTTTTCTTACCTTCCGATATGCCAAATACCTTGACATTCTGTTCCTTATTGTCAT TCTTTTGAAGTCTCAACTTCTTAGTTATTCCGATGTTTGGTCTGTTATTTGATTTGTAAG ATTCCACCATTTGTCAATTAAATCTATAAATTCTTCAACTTCCAGCCACATGTTCTCAAA TTTAGAATAATTCTTTTTCTCCATTCAGCACATGCTAATATCAAATGGGACAGGTCTGGA ACAGTCTTTGGAAGTACATTTACTGGTGATATTCTAACAGTTTCATCTTATGTTCCCAGT TCCGCCTATCCCAGTGAGTTCTTTTATTACCAGTAATCCTCAAGCTAGTGACATACAGTT CCAAACCCTTGTTTTGTTTCTGACCCACACATTTGTGCTCTTATAGCCAGACCAAACCCC TAGAGCTGGCTCTTGAATATGTAATAATAATGGTTAGAAAATGGGGGAAAAGGTATAAAA GTCAACTTGGAATTGGAACAAATACAAAGCCATTTAATTGGACGACAACTTGTGTTTTCT AGATCAATTAAATAGTCCACTTCAGAAATTTGTCTTTTTGGAAATGGACTAAATAGAAAG TAAATGAGGCTACCTTCGAATCAATCGAGTTCTTTCTACAGTTGCTGGATGAGTTCCTCC TATTTCATCTCCACTTGTCCTGGTTCTGTATAGACACTCCATGTAAATTATATAGTCATG GACACATAACACTAAAACATGTCTGGTGTTCATCTTCTTAATGCTTTCTAATATCATCTA AGTACTTTACCCCAAAAAACACTCTAAAACATGTTTTTTTTCCCTCTTGCAGCAGATCGG TAGTTGAAGATAGGAGCAGCAAGGTTTTGGACATCTGGTACACCCTCTGAAAGGATAACT TATGGAATCTAGTATTATAAATCATGTCATCACCCGGAGCCCAACACCGGGATGTTGTAG CTTATCGTTTGCAACGACTCTAGACAATTTGTTGCTTTTTATGTATTATTAAGTACTTAG GATTGTCATTGACTGGGTAAAATTCAGTGAGGGCAGGTTTCTTCCTGCTCTTCATAATTT TCACCGGCTTCTGCTAGTCGATGATATTGTACGATATCTTATTAATGTATTAGACTGTAG TGTCGGTTCTTTTTATGCATCAGACTAGTGCTATTTTGTTGCAGCTCTGTTTATAAGTTC TCTCTATCGAGAAATGAATTCTAATTACATATATTTTGTCGCTCTCCTAAGGATGTGACG TAGTGATCAATCAAGCTGGTACCAATGCTGAAAGAAGTTAAATTTCACAATTAGCAAAAT ATGAAGTGATTCTTTCTGTTTATCTAAGCTTGGTGAAATTATGAGGTGTGAACAAAATTA CATAGAAAACTTTATTTCGAGTCGAGAGTCTATTGCAAAAATTGAATAAAATTATAGCCT TTAATACCAACAAATCTACCATTAGGAAGGAGGAGTGAAAACAAATTTCTTTTCTATCTC ATGAAAATAGAGATATTATTTTCAAAAGACCTTTTCTATCTCATGAAAATAGAGATATTA TTTTTAAAAGACCTTTAGCTCGAGAGGGTTTCTGTAGACAAAAGGGACTAAATATCATAA GAGAGAAAACATTAAGGATTAAACTTGAAACATAAACCTCTTTTCCAACAAAAAAATAAA TAAATAAAAGAGAGATAATCCGCGCGAAATGTTCGGTTCCTCCAAACTGTTTTAACGGTA ATGAGAGAAAAAAGAAAAAGAGACCATCATTCAACATGTAGAGCTGGGGAGAAGCTGGTT TAGATCAACCAAGAAGAAGAGAGAGAAAGAAAGAGGAGAGAGAAAAATTAGACTTCTTGT TTTTTCCTTTTTCTTCTTCTTCCTCCTCTTCTCCAAATTATTATGTTTTTTTTGGCACCA GCACCCCCTCAATATACAATCTTCATTTTCTTTTTTTGATCTTCAATACATTATGGGTAT TGTTGTTTTACATCTATAATAATAACGGAAAAAAAAGAAAGAAAAAACAAAAGGAGTATA TAATTTCAAGCTTCTAACTTTTTATTTGGATTTAGCACTGTGATGGGGGGTGGGATCACA AATCAAGATTTGGCTTTTTCTTCCAAATCCATGGACACTTCTAAATTGAAGAAAAGGCTT TATCAAGTTTGGAAGGGTCGAAATGTAAGCCCTTTTTAATCTTTCTTGATCTTGATTGTT CATGTATGATAATTTGTAGTTTAAGAACGAGTCTTGTTCAGTAGGGGAGCCTTAGAACAA TGGGAAAATTGTGTATGTGTAAACATGTAGGTTAGAAGTTTGAGCCGTGGAATCGGTCAC CCTTTATTGTGATGATTTATGCATCGAGCTGCCCTTTTTAGGACGAGCCTTGTCAAGGGG CTTTAATAAATTCATGCTGGTTTTTCATTTATGATAAGCTAATGCAAAAAGTCAATGTTA CCTAGTTTTTTGATGCAGAATAGCTCAATCATAAAAGCTTTATCTAATGTTTCAGAAATT TCTATGTGGAGGAAGATTGATCTTTGGTCCTGATGCAGCATCACTGTACTTATCGACGTT TCTGATAGGGGCTCCTGCATTGACATTTTGCATAAAAATGCTATTCATGATACCAAAAGT CAGTCCAATATATGGTCATGTTGTACTAATTTTGGGACTCATCATCACAGTTTTGGTATG TAATTCAACACTTTTGGAATATAAAATTGCAAAAACTGGATAGCACTAAGAATGAATGTT GTAACCGATTTAATGCAGGCGTTGAGTTTTCTCTTCATGACATCTTCAAGCAATCCAGGA ATAGTTCCTAGGAACTCGCGGCCACCTGACTTGGATGAAATATTGAATGCAAGTTCAGCA TCTATGGAGTGGGTAGGCAATGCAGCCCCTGATGTGAAGTTACCAAGAACAAAGGACCTT TTTATCAACGGTCATTCAGTAAAAGTCAAGTTTTGTGACACATGTTTGCTCTATCGTCCA CCACGTGCTTCTCATTGCTCGATTTGTAACAACTGTGTTCAGAGATTTGATCACCACTGT CCATGGGTGGGTCAGTGTATTGGAGTTGTAAGTCATCTGTTCAATTCTTAATATTTGATA TTTTTCTTTGTAGTTTGAAAGTTCCTGTCTTTACTTCATTAAAAGTTCATTTACACTTTT TTCCCCCTCGTGTGGCAGCGTAATTATCGGTGTTTTTTCCTTTTCATTACATCAACAACA ACTTTGTGCATATATGTGTTCACATTTTCACTGCTGAACCTTCTTGGACAACCAGGGAGC TTTTTGCATGCCATGTCAACAGATATTGTATCTGTGGTTTTGATATGCTATTGCTTCATA GCTGTATGGTTTGTCGGAGGTCTAAGCGTCTTCCATTTTTACCTAATGTCAACCAACCAG GTAACTTACTCGCCCTTTTATCGTTGTTTCTGTATCTCTATAACATAACATCTTAATTCA TACCTATTACAAGTTCCCTTCTCACCTGTTATAGTTTCAATAGATATGTATGCATCTCTC CTTTCTTTTTGTCTTGCTTTGAGGTGCAACTTAGTTTCCAACTTTGGGACGAAAGTCGGG CTAACTGAAATGTCCCAGCATCAAAATATTACTTTGCTTAGCGAAATTCAGCTATTGCGA ACACATAAGAAACAACAAATGAACACACACAGTGCATGTAAGATACCTGTTTCCGATAGA CCCTCAGCTCAAAGGAAGTAATCAAAACACATAACGAACATCAGAGTAAAACTAATAAAA ACAGCAGACATGTTGGTGACTTATTTTTATTTGCACACGTATTGCAGACAACATATGAAA ACTTCAGATATCGTTATGAAAAGAAAGAGAACCCATACAGCCGTGGCATTTTGAAGAATC TCAGGGAAATCTTATGCTCTAAGATCCCAGTTTCATTGGTCAACTTTCGCGAGTGGGTGA TTGAAGAAGACGATGCAAGTATGAGATCCATGTCCATGAGTCATAGATTTGGTTCAATCA ACTCCAAAGGGAAGTTTGATTTAGAGATGGGAGGCATACTCGGAAAGGATGCTAATTTCC AAGTGGATTATGGTGGCATTGATGAATCTTTGAAGAAGACGAAAAACGATAATGCTAATC TTGATCCTCTTTTCTTTCCTGATGATCAAGATGCAGAGTCAACACATTCAAATGAGCAAA GAACAGTCGAAGATGGCAGAACTGAAGAAGACAGCAACCACGGATCTTCATAGCAGTTCT TCATAGATAAAAGGTAGTTTTTTCTTATAATGTCGTATCTCTCTATAACAAACCGTCCTC TGTAACACCATTTCACTATAACAACCAAGTTTTCTCTGTAACCGATTTTCATGTTACGTT ATATTATATGATTCTCTATAACATAACTTCACTATATATAGCAACCAAAATATATTTGTA CAACAAATGCCACTAGTACTCCAAATACTATGCATTTTTAGACAAATCTTACAGTGACTG CTTTTATTATTTCTCTGCATTCATGCAACACCAGATATATACAGCCTATAACAACATTTC ACTATACGGCCTTGGGACCGAATTTCCATGTTATGTTATATTATACGTTTTGACAGGTCA AGCTAATGAACGATAGCTTATCGACTTACATTATGTTGGATGGGATCATCAGATGTCGAT TTTGCAAAGGCTGAAAAGAGTAGTCGGCTTCTTTTTATGTCTTCAAATTACAGCAACTCT TTTGGTACATAAAAAAATGAAATATAGAGTGGGAAAAGGAGCTAAATGAGGCTACTGATC TCTTGTACAGTATTATATAATTTTTATCTTCTTTTCAACTTGTCTCCTTTTCTTCAGTTT TTTTTTAGCTTAGATTTAACAGTTTACTCTCTCTATCTATCTATCTATGGATCTATCTAT ATACAATTTGTTTATTTATAGAACTTTTTGTCCTCCTGTAAACTTGTATGTTCCTCCTCA CTTGCTTCCTAAATACAGACAAACTCAGAATTTGAAAAATCCATCTAATCAAAATCAAGG GCCTAAAGGACACAATAGAGATGTTTGAGGGCTCCTTTATAAAATCATATCATATATTAT TATAAGAGGGAACCAAAAAAGTTGAAAGTTGAATTATGATTTTACCCTTATTATAAATTA AAATGATATAAAAATATTTAATTATTTAATTTAAATATTTAATTATATTATTTTAATAGA AATGTTAATGACTTTTGCACTTCTTTAGTCTTTAAATATTTGCCCTTTAAATAGATACTA TATGGTTTATCTTCTAGATTAATTTATGTTCTTAATTAATATTTGTTTTTAATTTTTGTA ACACTTGGCCTTTCAACTTTGTAAGTTAATCTTCATATTTCAAAGCTATATTTTTTCCTA TAAATACAATCTTTTAATATTATTTTTATAGAAAGATATACATGTGATACAATTTTTTGT GTGTGGAAGACTAGAGAAGTTTTAATCAAGTGAAGAAAATTTCATAGCAAGAGGATTTGT GTCAAGATTACAAGGCATAATGTGATTATAGGAATGAATGTTAATTACTAAAATATCGAA GCTTGATGTATTTATTTATTTTTACTTATTTGTCGAGATCAAAACTATGGTAAGACCCCT CCATTTATGTAGTTGAATATCACTTCCATTAACCTGTCTTCCAAATATTTTAATTTTTTA TGGTCAAAAGTTGAATGTTGATTACTATAACTTTGTTTCTATTTGCATTATCAAGAAAAA ACAGAAAAAAGATTGTCTTAGCATTTTTCTATTTTTCGTTGGTTGCGTTATGCTAAACTT GCTCCTATATATGATACTTTTTCTTTGTATTTGTAATTTTGTTTTAAGAATATATTTGAT TGAAGGGTGTATTTTTTGCTTTAGAAAATGAGACAAATACAATCATAAAAATAGTGTATA AGACATGCAGAACAATTAATGCTTACAAGATATTCTAATTTCAAATATTAATAATTATAT TTTTGCATTTTAAATTTTAAATATTTGTAAAGAATCATTCTTACATGTGCTTGTGGATAA AATCTATAGTTTTTCGACAATTTTCATTAAAATTATTATGAGATCCAAATTCCAAAGTCG AAAAAATGATACACCAAAATGCTTAAGAAGTTAGAAGATCTTTTTATCCTTCGACCAAAT ATTGCTCCTATTATTTTTTTAACAAAAAAATGTAAAATATATTTCAACAAACTTTTAATT GTAAGAATACTAATATTGTCATTTTGACTCTCCATTAAATTAAAATCTGATTTATTTAAT TAATATTACTATTTTATTTGTATAATTACATAATTTAAATATCAATCATTGCACTTTAAA TCTTAGTTATTTTCTTCTAATAAGTTTTTTATTTATAAATTTTAATTACTTAATTGCATT CTACTTAATGAGAAGGAGAATTTCATCTTTTATGAATTAATGTCAAACATTTTATCTTCT TGAAATGTATAAATATTAATTTCATTTCAACATTTCTATGAGACAAAAAAGACATTTTAA GAAAGTTAATCATAAGATAGTGTGCCTCCATTTTTGTTTTTGCTACTTTATTTTATCTTT TAAAATAAATATATAATTTATATATCAAAATTATAATAAAGGGAGGACTAAATGTAAAAA AAATTCTTCAAGTTAATTGTACATTACAAACATTTTTTTGAAAGTTAAATTGTTTACCGT TTTATTCATCGTTATGAAGTAACGTGCAACGCACGTGTCCATATACTATACTAGTATTAT TATAAACATGAAGCTCTCAACTTAAAAGTTGAATTACTATTTTGCCCTTATTTTATCTCT AAACTAAATAAATATTAATATATAATTAATTTAATATTAGATAATATTTTTTTATTTAAA TTCATGCCTCTAGACACAATGGTTCAAATTCTTTTGGGAAATAGTTACAAGAAGAGGAAA GACCAAAAGTTGTATTTTTCTTAATAAATGTGTATATAAATTCTTCTTTATCAAAATCAA TTTAATTTTGGCTTGGGACTGTGTCAATGATTATTTCTTTATCACCTTTTGTTGTTAATA GAGAAAATATATACAAGAAGTAGTATAGACACTAAAGGTAATTTCATTCATATGAAATCT TTATGTTTTTTCTTTTTTATTATTTTACTTATTTAATCTTGATTTTGTTTATTGTATTTT AATATGTTTTTTTAAGTTTTTGATCTTGTTTTCATCAAATTGTGCTAAGAATCTGTAATA CAATTTGTTAATTTTGTGTGATCTTTTTAGTGTTATTTACTTTTGATTCTTCTTTCTTAA TATTAGATTTTGATGTATTCTTTGAATATCAACTTTTTTATTGGTTTTATGGTATTTAGT ATGCTTAGCCTCATTATGGTTTCAATCTAGACTAGAAGAGGTTTACACAATTATTATTTT ATTTTTGTGTGGTCTTGTTCATATGTTGTATCATTGAATGTTTCTTTATATTTATTTTTT GATTATTTTTAGTAGTTTTGAAATGTATTCTCGAGGTATTGCTCAATTTTATACGTTATG TGATAGTTTTCTATTTTTTATCTTGGGATTTCAATTTTTGTTGGTTCTTTGACGAACTTT TTCATCCTTTAAGAAATGTAGTTATTACTATCAACACATAGTATATGATCATAGAGACAT TAACTTTCAGAAAGTCATCGTAGTAATGCCACTTTTATGGTAACAATTAAAATAATATGG TTGAACTTTACTTTTATGGTACCAATTAAATTGAAAAATCATGCATATATATAATACAAG TGTATGTAATACAAATGACCAGTGAATAAATATATGGTTCTCATATCTATATTTGATAAT AGGGTAATATTACTTGACGTTTCAATTATTTCACAAAATTTGGAGTATACATGTCACCCT TCATTGTTTCAAGTTTATGATTATTTTTCTAAAAAATCTATTTTATGTCTCATTTATATA TTTTATACTTGTGTCATTTAAAAAAAAACGAAATATTAATTAATAGGGTACACGTGCGTT GCACGCGAGCAAAGACTAGTATAGGGAAAAAGGACAAATAAATGGTATGTAGATATCCTT CGTTATACTTTTGGGCATAATTTTATCCGTCCATCCAATATTTAGTTTATGTCGGATCAG ACATGTATGTCTGTTAGTATAAAGGGTATATATGCACTAGTTTTTGAACGACAAGGACAC TAATATCTCAAAAATATATCGAATAATATCTAAATATCATTTACGATAGTTCAGAGTATA TTTACCTTGTTCGAGATATATGCAGGAATAATTATGATTGTTAAAAGGGTGTGAACAAAT GCATTTTTCTAGTACAACATATCTTTTCCTCCTCCAACTTTTTTGTACATTGCATATCAC CTCACCAACTTAATTAGCAGTGGGACACATGACTATAAAATCTAAAAAAAATAATAATAA TAATAACAAGCACTTTAACAATAACAATAAAAATAAAAATGAATTGTGCAGAATGTTTCT CTTTATGATAGATAGTAAATTAATGTTTCATTGGTATATTCCATTCCAAAGACTAATGAA AATTGTGCTGTGCCTGCACGTTTTTTTGCCTAAATAACAACCACCAGACTGTATAATATA TTCTTTTAAAAACATTTTTTGTTTCATGATGTATTAAAAAAAGGAGAAATGAAAGAGCTT TAAGATATAATATTTTTTTATTATTTCCGATCAAAGAAGAATATTTGTTACGATTTTTCA TTTTAGTTCACTAAAAATAATGATTCTCGATAGAAAAGTGTGAAAATCAAGAATTAAAAT AAAAAATTAGTAGATAGTCAGATAAATTGCTTGAAGTATTAGTTGTTATATATTCTTGTA TTTTTGAATTCTTAGATTTTTATTATTACTTATTATTTCGCTTATCTCAATTATTAATAT CATTATCTTTTCGAAAACAATATAGCTCTCTGCCTTTTTAAAATAACGGTAAAAGTTGTT GTTGTACTTTACAAAGTAATTATTTCAATCTTGATAATCTTGTCTTGTAGCTTCATGTTA TTTGTTGCCACTTTCTATACCATCAACAATAAGAATTAATTTATTAAATTGAATAGTTTT TGGTGAATGATGATTAGTTTTGCATCTTGTAAAAGATTAAAATGTTTAATATTTATTGGT GGGTTTAGAAAGCGATTTATGAGAGAATTATTATTTAAGTGTAATTTATAACTAATTACA TGTATTTACTTATTTATCTAATAAAGTAATTACTTGATAAACTTCGAATAGATTATACTC TTTAATTCTCACAAAAAATTATAATATATATTTTGTATCTATATATAATTGGACATATAT TTTCACTAGTTACCGAAGTTATCAAATGCCACCTAACTTACGAGGTAGATTAATTATAGT AACTCTATCGCGATATAATTTTATGAGATCATAACTATTAAATTATACGATAGAATATTG TTGGAGAGAGAGAAAAGGGGGAGAGAGAAAATTAGAGATAGGGGAAAATCCATTCTGGGT AAATCCGTCTTGAGACAAACAATAACAACAAAGGCAGCTAGTTCTTGATCACCACTTCGT TCCCAACAACAAAAAGACTTCTTTTTCTCTCCCTTTTGTTCTCCAAACCCCATTTCTTTA AACTCTTTGAATTGGGGATTTTCTTGATTTTTTTTTGAGAAAAAGACAATCTTTTTCTGT ATTTGGACTTTTTTCTTTATAAGGGATGTTGGAAGTTGTTTAATAGGAAGAGAAGGGGAG GATTTTGATTCTTATTTGGGATTGGAAAGTTGGAATTTTTGGGTTGTTTTTGTTTCATTT CAAATTTTCAGAGTTATGGTTCGTGAGAAACATAAACCTCTGAAGCTTTATCAGGTTTGG AAGGGTAGTAATGTAAGTGTCTCTTCTATGATTCTGCTGCTATTATGATTTTCAGTGTAC CATGTGAAACTAATAAAATAAGTTTGATATTGTCAGAGCCATGTGAGTTTTTTTTTTTTT TTTGGAATTGAAGAGATTGTGTTTAGCTTAGTATTTTAGTCATGTTTGAATTTGAATAAG TAGTTTTCTTGCTGAAATCAAGTGTTTAGACAGCATGGACTGGCTAATTTTGGTGACTTC TGTTTTTCTGTTTCTTATCTTTGCTATGTCTGATGTAAGAGTGATTTGAGGTTAAAGTTA AGGCCTTGATAGTAGCAATTCTTACTTAAAACTGTGTACTTTCTACATATTTGAACTTGA AGGTGCTGATATCCTTATATTCTTATACTGCTTGTTCATAAGATATAACAGAATTTTCTA TATTGTTGATCTGCTTGTTTCATATGGTCAAACTTTTCTTAGATTCACAGTAACAATATT TTGCAATATAGAGTCTGCATAATTTCAGACCTTTCTGTTCCATGTCTTTTACTTTCATTT TGTGTTGTTGAATGTTTCCAGAAATTCTTATTGGGAGGAAGATTGATCTTCGGTCCGGAT GTGTCATCATTGTTTCTATCAACACTTTTGATTGCTGGCCCAGCACTTGCTTTTTGTATA AAAGTCTCTTGTGTAATCAGACATCGTATCAGAGAGCACAAAGATGCTGGTCCTTGGTAT CCTATACTTGTAATTGGAGCAGTTCTTACTATTATGGTATGGAGTTTCTTTATCATTGTT AAAATTAGCCGACATGGGTGATTCTGCATTCTTCTATCTCCTCTTTTAGCCTATCTTGGT GTTAAATAGTATGATGGTGACATAATAAGAAATATATCAGTAGGATCATATGGTTTCATT ACCATGAAAAAATGAATGACTCTGTATTTGATCTGCTTTTGCAATTGAAACTACCTTATT TAGGGAGTAGTAAACATTGTTTATGATGTGATTAGTCTTTATCTCCCATAGAAAGATGGG GGCGAAACAAAGGAGGACAACACTTTTTGCTGTGACAGTCAGTGCCTTGTAATGTTCCAT TCTCTTTTTTCTGTCTACAGCATCAACATACCCAATGTAATCCCACAGGTGTTGTTTAGG GAGGGTAGAGTGTATGCAAACCTTACCCCTACTTCATGAAGGTGAAGAGGCTTGTTTTCA AAAGACTCTTGGCTCAAGTGCAGCAATTCAAAGCAGTTACGAAAAAGAAAATAAGGAAGT GAAGAAAACATGACAACTAATAAGGAAAACATTACAGAGCATTCAGAAAAAAAATAACGA CAAAAAAATAGTGCGTTAACCGAAATAAAATAAATAATGGATTGTATCAGGTATCAAAAG CCAATAACTAAGATAGACAATAAACTACATGAATAGGGCTAAAACTTGTTCTGTCATGTG CAATTTTTTTAGTTTCAGCTGTCTTTCTCCTCTCACTGCTTTCTTTTCTCTTTCTCATTT CAAAGTAAGTGTTCAAAATTTTGTGTAACAAAAGTCAATTGAATAATCACCTACATAGCA GAAAGCTGATGAACTTTCTCTAGTTAGTTGTGAGTGAGTTTATAATCTGCAGCTGACTAA TTTGACTTGAATGTGAAAACAGTTCACAAATTCTTTTATATCATGTGCAGGATATTGTTT TTCTCTTTTTAACATCTAGTAGAGATCCTGGAATTGTCCCACGAAACATAACTCCTCCTG AATCTGACGAAACATTTGATATACATACCCCTTCCATGGAGTGGGTCAACGGTAGAACTC CTCATTTGAAACTTCCACGAGCAAAAGATGTAATCGTGAATGGACACACAGTTAAAGTCA AGTACTGTGATACATGTTTGCTGTACCGGCCTCCTCGTTCCTCTCATTGTTCGATCTGCA ACAATTGTGTTCAAAGATTTGATCATCACTGTCCCTGGGTTGGCCAATGCATTGGGCTTG TAAGTATTGCTGACTATGTATTTTTTGAGCGAACTTGAACGATTTGGATTGTTTCCTCTT ACCAGTTAATAAACAATCTACTTGTGTGTGGAAGATGATGGTTATATCTAAGTTGAAATG ATGCAAGCATTGTGAAATGAAACAAATGTATCCCTGCATAGTGAAAGTAAAAGCTCATGC TAGCCAAAGTTAATTTAGTTTTTCCACACCATCCAGCTATAGTCTTTTTCCCAAGAACCT AGTTCTGGAGTTGTACTTAATAATTTGTGTAGATTATCAGGGAAAGCCATATAATATGGA TAAGTGGAGTACTCATATATTTGTTTGACATTAAATGCTAATCAGCCATATGAACTGATA TAAGATTTTGGCATGAGATGTGAATCAGCCCTATGAAGTATAATTCTAAAAGCCATTCGT TGCAGAATCTTGTTGGATGAGAAAGAACAAATTCATTGATGGTGAGGAATATGTGCAGAG TAATGGTTATATCTTAGTGAATGCATGAGAAATACGATATTCTTTGCTAGAGTATGGGTT GTAAGAGGGAGAGGTTAAAGAATAGGAGAAAGAATAAAAAGGGTTAAATGTAGTTCTCTG TCTCTGAACTTGAAATATTAATATAATTGATTTCCTTTCATTTTCTGTTGTAAATGATTT ATTGATAGTCCAAACAAAAATGTATGATTCTTCTAATCTTCTTCTCTATCACTTGGGGGT GTATAACTTGTCATGCAAATTATGTCCTCAGATAAATGAAGTTACTTCTGTTGTTCAAGA TCATAAAGAACTAGAGGCAGTAGGATACTGGATATCACTTTACATGAGATATTATGACAT CATTACACCTTTTCTTTTGTTTTCTGAGACTTTTTCTATTTCTCACTTGGTTGCAGCGGA ATTACAGATTCTTCTACTTGTTCATATCTACATCAACTATATTATGCATATATGTCTTTG TCATATCCTTGGTCAATATCCTTCATCGTGGCGGCAACTTATGGAGAGCTATTTCACAAG ATATCTTGTCAGATGTTCTCATTATATACTGCTTCATTGCTGTTTGGTTTGTTGGTGGCC TTACTATTTTCCATTTTTACCTGATTAGCACTAACCAGGTGAAATCTCTGACTAAGATGT CTACTAACAAAATTAGTTATGGTTCTTCTGTAATTTCATCTGCAATATGAGTTGTTTTAT GATGAATTGGCATATTTAGGAAGTCCAACTTAAAATTGCATATTTTCTATGGTGAATCAT GTCTTATGGTTTTCATTGGAGTATATTGTATGTGTGCCTGGTTCATAGTTAAAATATACC TTGCAGTATTAAGTATTAACTATTAACTATTCTAAGTGGCAGGAATATCTAGCTGCTAGG ATATTAGAACACATAAGAACCAACTTTTATTTGTTATCCATTTAAAACATCTTTCTGGAT TTCTGTGCTTTGTTTTGACATGAAACCTCTGGATCACAGTCCATCTTGTTCTCTTTCCTT TTCTATGTAGAAAATTCTTGGAGGTTCTCCTTTTGTGTCACACTTAATCGGTTTATTAGT TCTTTGTGTGATCTTTCTTTCAGGATTTTATGGAGGATTTTCTAGAAAACTTTAGATGCC TTGTCCTTTAGAGTAAATGAATAATATGTGAAAGTGAACCTGCTGACATCTTCAAATACT TAGAGTAATTATATGTAAAAGCACTTAGATTAATAATTTTTGCTGGCATCTATTAATATT GACAACTTAAAGTTTATTTTGATGTTTAATTGGAACCAATGTTTTCTCTCAACTTTTTTA CTCCTGTTGTTCGTCAAAGTTTTGTTTCTTTGAATGTTGACTTCCAAGGATTGAGTTCTC AAATATCAGGCTATGAGATGGATCTGATGTTATTATAGAGTTTATTAGATAAATCCCGCT CCCCCATCAGAAAAGGTCAGGGAAGTTTACTGAGGGTCCACTTCCATTATTTTTCTTACT CTGCAGAAAATAATCTAAAAATTGCTTTGACAATTATGAGAAATCCCAGTGTAGTGGCTC TAATACTCTGGTGATTTGTATAACATACTGCATATATTGAGTTGTTCCATGGACTAATTT TTAAACTTCACTCATGAGGTTCATTACTAATGTTCCTTCTGCCTTGCTGGCCATATTATT CTGAAAAGCCAATTAAGATCCATTTATGACCTGCATCATCTGAAGTTCAAATCTCATTTC CCCTAGTTTTGATTCCTCTGCCGCCACTCCCCTTGTCCTTCTATATAGATGCATTAAGAT ATGCACCTATGATTAAATGTTCGCTTACAGTTCTCTATATTTACCAGCTTGAAATTTCAC TCTGATGTGTTGCTTCATATTCTTACATAACCATATTTTTTTTCTGTTTCCCATTTTTGT TGTTTTTTGCAGACTACTTATGAGAACTTCAGGTATCGATATGATAAGAAGGAGAATCCC TATAATAGGGGGTCAATTGAAAATATCAAAGAAGTTTTCTTTTCCAAGATCCCACCCTCC TTGAATAATTTTCGAGCAGTTTTTAAAGAAAATGACATTGTAATGGTTGAGCCAACAACT TCCAACTTTGTGGGAAATATCCATAGCTCAAAAGAGAAGATAGATATTGAGATGGGAACA ATGTTTCCAGAGGATAGTGGCCTATCACTTCCTGAAATTTTGCGGAATTTGGAATATGAG GAGATAGATGATACTTTAAAAAGCAGGGAATGGACCAGAGATGCTTATTCTGATTCTGGT GAGCAAATGCGGAGCATCACCAGCTTAAAGGAGACAATTGATACTGAGGTGGGAGATAAC TTTGCAGAAGATAAAGGAACTGCACAGGCAGAAATTTCGCAGAATATGAATGGCGATAGC ATGGAGAAAAATTTCAAAAACAAGGATGAAGGTGGGAGAACTGATTATGAACCTTTCTGG TTTTCACTTGAACAAGAAAAAGAAAGTGTAAAGAGCTCCACTCTAGGAAGTGCATCTAAT GTAGAAGAGAACTCAGAAGAAGTAAGTAGCTCGGCTCTGTATATGACACCAATAAATGAT CGTAGCCCAAAGGTACCTTTTCTTTCACTGCTTATTTTCTTTAAGTCTGTCAGTACTCTA GTTTTATGCATAGTAATGCTAAAACCATATACATTGTTAGTTTGTTACTCTCTTGAATGT AGTTGATAACACGAACCAAACTGTGAATTAGACACACATACCGCAGCCAAGAAATCTGAT AAATGATTTTAAAAAATGTCGCTCTTGAAACTTGAACTTGTACTTCTCTCATGTCAAGGG GGATTCAAAAATTTCTACATATGCAACAAAAAAAATAAAAAATTTACCCTATCTATGTGG TACAATTTTCAAGGGGATTAAAATTTGCCCTGATTCCATAAGAGCATTTGGCTTCATTTA TGTTTTACTTCAAGATTTATACTCAACCAGAAGGTTCAGGAATGGTAAGGGAAGTGCAAC TAATGGAACTTTCAAACCGTTTTAGCGGTTCTCTGGTATTATCCAATTAGTGATTTTGTT GGCTGATCAAGATCCAATTAGACAAAGTTATTCCTTCTTCTGAAACATAACAAACAAAAA TGGACTGAGCCCATTTTCGTGGTTTCTTTTTTATGAACAATGAGGTTTATATCCATCTGT TTACATATGCACGGGGGAGACGAGAGAGAGAGAGAGAGCAGTCCTCTTTCCCCCTTGGAT AATGTGCATAGCTGCATATACTATGCTTTAATGTGTTTGAGCATGTTAAAAGAACAATGT GTTATATCGTTTAGTTATTTAAAGCTTAATGGCATTATTGTGCTATCATTTTCTCTTTTG TGATAAAGTTTTATTCAACAGTAAAAATTGTCAGCAGAGACTGCTGGATCTTTTGTTGTT CAATCAAAATGACATTACCAATTTTGTTTCAGGTATAGCATACACATTATAAGGAACTCT CCCTTGAGTCTTTTGTGTTTACCTAGTGGCAGCTTGGGAACACTTGACCAAGATTCGCGG CTTTTCAAATTATCATGTTCAAGATCAGCAACATATGGAAAAAATTATGTTTGAAATAAT GCAGGGTCTTGCTTGAGATGAGAGCAGATCATGTTGGAGTTCAACATTGTAGATAGATTG ATCAGTAGCTCCTTTCTTTGTTCATCCTTTTGTCCAATTCCATCCAAGTCTTTTTTCATT CTCTTACAAAGTCAGTGTGCATAGTTTATGTATCATGTGAAGCTTCTGGTTTGATAGAAA ATTTATTGGATAAACAAATAGATAGATTCTTTTCTGTAAATTTGATTTTTGCAGCTTCTT ATCCCTGATTTGTTTTCTATTGGTATGGTTTGTTTAATTTTCTTTTTTGAATTGGTCTCA TGATAAATACCAAAGGAGTTTGAGTATTCTTCTCCCTTTTGTTTTTGGTATAAATTTGAT CCATCTGGTCTAGTTTTGCTATGGAACCAAATCAAGATAAGAACAAACAATAACTAAAGG TGGAAAGTTACTATAAATGATGACAGAAAAACTAAAAATTGTTATAGTATGTTTCATCAA TTTACAGAGAAAGTAGTCTCTCTTAAATTACCTAATAAAGGGCTTAAAGTGGAGTTTGGG TTAAAACTATTGAGTTTACTAATTATAGTTTAGCTATTGAATTTTGTCGAATCCTGTGGT GAATATAATCCAATCAAATAGACCATACGAAAGAAATTCATATAGTACATTCTAATCAAA TAGAAGAATTTCAACCATTAATACTAGGTTGATATCTTGAGAAATTTACATGGAGAAACA CAGACCACAATTACTACTACTTCCCAAATGACACAAAGATACAAACTTTATTAAGCTATC ATTGTAATCAAGCTGACCCATCGTAGCATGCCACGTGTCAGAAACCCACATAACCCACAA GATTTCATTGGATGAGATTAGGTTCCATCACTATCATTTAAGATTCATATATCCCAATTC CCCTTAGCTTCAAAGAACCAATCTTTCTGCTGAAGTTCTTGGAAAAAATGGCAGCAGAAA TGGCATTAGTAAAACCCATAACCAAATTCAACACCATCAACACCACCACTGCACGGCTGA GCAGTCGCAGACTGCCGTTCACAGTTAGAATGTCAGCCGCCACTACCACCCCACCAACTT CAAAGCCCTCCAAGAAACCTCAGAAACAAGGAATCAAAGAGTCCCTTTTGACACCAAGAT TTTACACTACTGATTTTGATGAAATGGAGACCCTTTTCAACACTGAGATCAACAAGAACC TGAATGAGGCTGAGTTTGAAGCCCTTTTGCAGGAATTCAAAACTGATTACAACCAGACTC ATTTTGTTAGGAACAAGGAGTTTAAAGAAGCTGCTGATAAAATTCAGGGACCTTTAAGAC AAATCTTTGTTGAATTCTTGGAGAGATCTTGCACTGCTGAGTTCTCTGGTTTCCTTCTCT ACAAGGAACTTGGAAGGAGGCTCAAGGTATATATTTATTGAGAATTTTTTGTTCTGAAAT TAGCATAATTAATTAAGCTATATGATGAATTAGCTTAGTGAGTGTGCTATTAGATTTTTA TTATCTAGTTTGTTATAGTTTTTCTGTTTTACCTTTTGTGAAAATCTGATAGTAGTAATT TTCTTTATTTGAGTTAAGCTTGTCTAGGTTATATTTGGCTTCTATTGAAGTAAAGTTTGA ATCTTTTTCTAATTTGTAGATTATAGTGCTGTGCAGCCACTTTTAAGTTATAGTTTGATT ATATTGCTGTGTAGCCATTTTTAGTCCGTTTTAAAAAAATGTGTCTTCCTAGGTATCTTT AGTTAAGACCACGAGATTCAAAAAATTTAAGTGAAAAAACCAGACAAACAAATTGAAACG TAGAAGTAGTAAAGAAAAAGGGACAAAAGGTTTGTGCTTTTTACTCTATTGACAAAGTTC ACTTCTATAGTGTTGTGTTCAATATTCACAATCGAGACTTAGATCATGGTCCTACAAGTT TAGAGAGGTGGATAGTTGAAGAAATTTTTGAATGTTGAATAGTCACACTTTTGTTACTAT CACTAACTAACATTTGAATTATGTCTGCAGAAAACTAATCCTGTTGTTGCAGAGATTTTC TCCCTCATGTCTAGGGATGAAGCTCGCCATGCTGGGTAAGCTCATATTTTACTATCTTTG GTCATGCTTGATTAGACATGCATTTCCCTAAGGAAAACTCATTTAGACCTTACGAGTAAT GAGAAGGTTTGGCTGGTTGGAATTTGCAGGTTTTTGAACAAGGGTTTATCTGACTTCAAT TTGGCGTTGGACTTGGGGTTCTTGACCAAAGCAAGAAAATACACTTTCTTCAAACCAAAG TTCATCTTCTATGCAACTTACTTGTCTGAGAAAATTGGATACTGGAGGTACATTACCATA TACAGGCATCTCAAGACCAATCCCAAGTTTATATGTTATCCGATTTTCAAATACTTCGAG AACTGGTGCCAAGATGAGAACCGCCATGGTGATTTCTTCTCTGCTTTGATGAAAGCCCAG CCTCAGTTTCTCAATGACTGGAAGGCAAAGCTGTGGTCTCGCTTCTTCTGCCTTTCGGTA ATGAACCACCTGCATTTGAAGTATCGTTTCATTATGTTAAGCCAACTTGAAAGGCTTTTT ACATTGCCTCCTACATAGTTTTGATAATAATCGTATGCTTACCGAAATGCAGGTTTATGT GACTATGTACTTGAATGATTGCCAAAGAACAGATTTTTACGAAGGCATTGGGCTTAACAC CAAAGAATTTGACATGCATGTCATCATTGAGGTGATCAATTGGCTGTTATCTTACTCTTC CTTTACCGTTGCTTGATTAGCATGCCGTAGATATTGCAATTCAATTTCAATCGCAGTTCT TTGTAACAAAATTGAGCGAGATTCCGTTTTCATTAGCCTGCCTAGCATCTTAAGTTCTAT ACTGCTTACAAGGTTGTGTGTCATAAGTGTGAGGTTGTCTTAATGAACAGATGTTCTGAC AATTTTTTTTGAATACCCTGTTCACCTGTGGGAAGAGAGACATTTTTTGTATGTTACTGA CACGAATTATCCACACATTTGTATATGTACCTCATTCATGTTAAGTAGTACCTGCTATTG GTACCTCAGTTTACCTTGTAAATTGTTAAAAGCTATTGGTTTCTGACATAAATATATTTG CTTGATCATATTCACTAACCTTTCTAAAAATCTTATCTCATTCAGACAAACCGCACAACT GCAAGGATTTTCCCTGCTGTCCTTGATGTTGAGAACCCAGAATTCAAGAGGAAGTTGGAC AGGATGGTGGAGATTAACACCAAACTAATTGCTGTTAGTGAGAGTGATGAGATTCCACTG GTGAAGAATTTCAAAAAGATCCCTCTGATTGCAGCTTTGGCTTCTGAGTTATTGGCTGCG TATCTCATGAAACCTATTGAGTCAGGTTCGGTTGATTTTGCTGAGTTTGAACCACAACTT ACCTACTAATTTCCTTGTCACGAGAAACAGAATCTCGGTTGTTTTCACATAGAGGTGCAT GTTCATTGTTGTAAGTTATATAGTGTATTCAAGTAACAGTTTCCTGCATAGAGGACACAC TCCCTTGTATTATCTTGATAATCTAGAATGAATTTCTTGTGAGTACATCATTGAACGTTT TCATCTTCACTGGTCTCGGTTGAAATTCATAATGATCTGCAAATAGACTAAATACACAGC AAACTTATTTCTAGCACATATAAGTCACCTACTTATTGAGAGATGTGCAGCTGAAGCTGC AACTGTAGCATATGGTAAATTGTCCAAAAAACAAAGCACACTCTTATATTAGACAATGAT GAACAGAAGGAGTGAAATCGCAGACATTCAACAGGTAACAGACTCTTTTGTGAGATTACA CTTGGTATGTTGTTTTAGAGAAGCTCTTTAATCGTTTATACAATTTACAGATAGAAAATT GTTACCTGTTTCTTATGCAAACTGCGCAAATTCAGCCTCATCACCAGCTCAACCATTAGT GAACTTCAATGAAATGGTTACCATTGCTTTCATCAGGAGATGTTGCAAAGATGAAGCAAA CCTCACAATTGACACAAACACCTGTTGGTGTGAAACTATGCTTCAAAAAGAAAGTAAAAT AAAAACTACTAACTTCTAAAGAGTAAGTGTGGTTTGAAACATAAAAATTAGAATAACAAA AACAATAATAACATTAAAAAAATTTAATGATCAGATGTCATTTATCTGATGTAATATATT ACTAGAGTTTTGTACATAAATTTACTTGTTTAATGAGTTAAGTTGACCCAAAGAACAAGA GATAATGTTCAAGTCTAAATTATCACTACGTTGCGAGTTTCACATTTTATTTATAAATTT TTTATTATTGTTTGAGTAAAAATGTAGACGATGATAGTTCAAACAGGAAAAAGTAATAAT AATGAATAGTTGTAATGTGAAATTTCAGGGAGGAAAAAAAGTAAGATTTGTTTGTTTGAT GTTAACTCAAGATACAGTTTAATTTTTTTTGTCCAAAAAGTTAAAAAAAGGAAAATTACG CAGTTACACAAACTTGTACTACTTAATTACTCATTATAGTTATAGTTTTCTATAATTATC ACTCAAGATTAATATTATACATTAATTACATGGCATGACTTCGAGTTGTATAATTAACCG CTTTTGTACATGTATAATTCGCCAGAATATACAAACATATGTATGATATACAATTATCTA ACTGATATACATATATAATTCATCTCTCTCCCACTCTCTGCACTCTTTCGCTCGTCTCTC TCCTCCCTCTCGCAATCTCGCTTGACAGATATTACAAATACATATGTATAATATACAATT ATCTAACACTATGTATGGATCATTGTTATCCATTGTATTGTATTGTATCGTTACTATACC TACAATGTTTGTTTTGATTGTTACTTAAAATGTATTGTATTGTTAAATTTCGTTGTTACG TAACAATGAAAATCCCTATTTTATGGAACAACCAATATGGTGTGTTCCCATTGTTACTTA ATTTCTTTTTTTCCGATTATATCTTTATATAATATTTCAAAATACTATTTTACTCTTTAC CTTAATTATTTAAATCTAGTCAAACATCCTACCCTAAGATAATTAAAGATATTTTTGTAA ATTTATAGATTACACTACACTACGATACAATCAAACCAAACAATTAAAAAGTTATTAAAC GACAACAAACAATACAGTCTAGCCAAACATTGTATCTACCACACAATACAGTACAATAGA ATACAATATATTATGAAATAATAGGTAACAAGTAATGGGTAACAATGATCCAAAGTCCAA ACAAAGTGTAATCGATATACATATACAATTCACCTCACTTTCACTTTTTACCTTCGTAGC TCGCCTCACTCCTCCTTATAACACATTACAAAAATTATAATTATTTATTAAAACAAGGAT AACTATAAATTATAGTTATTAAATTATAACTATGGAAAATAATTAAGCTATATTTGTGCG AAAGTTGCTCTTAAGAAAATGAAATAATATTGTGAATAATTTGGTCATTTTTGCTTTTTT GATCAAGGCTAAAACTAGTGTGTGTCTTGAGAACAAAGAAAACTCCTTATTTGTATATTT GAGAGAGCTGCAAAGCACAAAACTTTGAGCTCAACTGAAGCTGTACAAGAGAAGAAGAAG AAGAAAGGCAAATATGAGTAGCATAGGAACCGGATATGATCTATCGGTGACGACATTCTC GCCGGACGGCAGAGTATTTCAGATCGAATACGCCGGAAAAGCAGTCGATAACAGTGGTAC TGTTGTTGGAATCAAATGCAAGGATGGAATCGTCTTGGTTTGATCCTATTACCTTTTTTG TCGATTGGAATTTATCTGTTTCTTTTTTCTATATTAAAGTTAGGGTTTTTTAATATGGAT TTGAGAATTGGATTATAGGGAGTGGAGAAGCTAATAGCCTCCAAAATGATGTTGCCGGGA TCAAATCGTCGAATTCATTCTGTTCATCGTCATTCCGGCATGGTATGTTTCCGTTCAGTG TTTAGAGGAAGTATCATACTATCATTAATGTTTTGCTGGCCGTTAATCGACCATAGCTTT TCAACTTTATCTGAGCTTTGGATTAGTTCATAGTGGCAGTTAAATACATAGTATTCATAT AAGGGAGTCTAATTAGTTTGGATTGAGGCTAAGTTGATTGACTCCTGATTTTAGTGCCAG CTCAGTTTCTAGGTTCTGGTACCATCTGACAGAAGGAGTTATTTTGAATAATTAAATTAG AGGAGCATTATTTTGGGTTGGCAACTGGTTTTGATTTAGTTATCTCAAATATCAAACTAA AAAGTTGTGAGCTTTATATGTTTATCTTCTTGGGAATCAAAGTTTTAGAAAGCTTTTATT ATCAAGTTCTGTGATCTCCCTACTCAGCAGGGAAGGCTCATATAAGTAAACTCCAAGCCT CATCATAATGAGCTTTAAAGTAACTGAGTTTATAAAAGTAATTTTTATTGATGTGCATAT CGGGGTGCTTGCATTGAAACTTCAACATAAGAAAATTCAGAGCTTACTAATATAAGGAAA AAAAAATAGAAAAAGCAGAAGAAATTCAGAGCTTTAAAGTAAGCAAGGTCACAGAAGCAG TATGAATTTGCAAATAGAATCAAAATAAACTATGATAAACTAGAGAACTTTTAGTTATGG GATATTGAGAGGTAAATAAATGGAACTTTAGAAGGGGTCAGTTTGTTCTCCTTTTCAGTT CTTACCAATATTAAGTAAATCACAAAGTAAAATTGCTTCAGTTTTTATGGAAAATCAATC GCTTCACGTGTTGTCTAGAAATGGTACTATTGACAGAAATATCAAAATTGTGATTTTTAG ATGGAGGAGTAGACTTGTTTAGCTGTTGCATGTCTACAGAAATTATCACTAAGTTTTTGT AATTACATAGGTTTTCAGTGGTAGCTGTTGCGTGTCTCTAGATGGAGTGGTAAACTTGTG TGATCTTTGTATAAAAGCTGGCTCTTTTATCCTTGAGGTTATAGAAGTTTGGTATTTTTC CTAGAGGATCTTTGTCATCTCTAATATACATAAACAAGAATGGCAGAGATGTGGTATAAT TGAGCAATGCTTAGAGGCAGGAGAAATGTGGTTCCGCGAGGCTCTTAAGTATTGCTCCTC TGTATAGTCTATCATTGTGTTTGTTTATGGTGCTTCTAATTAGCATCTAATACTTTGAGT TTTGGTAATACTTCGACTTTATTGGGTGGGTAGGTGGGGATGAAATGACATCTTTAGGGC TTGTCTTTATTTTTCGTATGATGAGTTTTTTAATTCCTAAAGAACCTTTCTGGATTGAGG TACATAAATCATAGTCAAAACTAGGTTCATATCCTTGTTGAGGCAAAAAATGCTACTCCC TCCGTTTCAAAAAGGATGACCTAGTTTGACTTGGAGCGGAGTTTAAGAAAAGAAAGAAGG CTTTTTAATCTTGTGGTTCTAAATTAAAGTTATGTCAAATGTACCAAAATGCCCTTTAAT TTTGTGGTCTTAAACATGCCACTTGGAAAGTTAAAGTTAAAATGTTGCCAAAAAAAGGAA AGGGGTCATTCTTTTTGAAACAAACTAAAAAGGAAATAGGGACATTCTTTTTGAAACGAG GGAGTAGGTGATTTCATCCATCTCTCAAAGCCTTCGTAGACAGTGTTGATAAATAAAGTT ACCTAGCACGTGTTGGTGGAAGTGGTAGCCACATTCCGTCATTCTTGAATGGTGATTCAC TTTCTCCATACTGCTTTATTCTTTGTATACAGGCTGTTGCAGGTTTGGCTGCAGATGGGA GGCAGATTGTTGCCCGAGCCAAGTCTGAAGCAACCAGCTTTGAAAGGTTTGCTTAAAGCT ACCGTGTCTGTAAACACTATAAATATATGTACTTACATCTCTGTGTTTGAATTTTGTTTT GCCCTCTGGTTCTCCTACATATAACATTCATGGGTGTGTTTATTCATTGTGAAATAGCTT AATGATGATTATGTACAAAATCTAAAGAAATTATGTTTATTTCCCGCTCATAACTTCAAT CAATGAACGGAATCATCAATTATGTTGTTGAATCAGTAGGTGGATATAATAGAATTACAA ATGAAAGTATTTTATGTGTCTATGGTATCTCAATAGTGCTAATTACGTAGAGTAACGTCC AATAAGCATCAAATAGAATAAAAACCTAGCGAAGTGTCTGTGCATTGTGTGATGGCTTTG AATGGTAAGGTCACTTCTTGGGCTAGCTTTTTGTAGTTAGGAGTAACATCTCGAGATCTT CAATTCCCAGTTAAAAAACTAAGCCAATCCAAACAGGCTCTACTGTATAACAATATCGCT CCTCACAAAGTGCTCTTGACGTTTATGGGATACTCTGCGATGTGTTATTTGTGTAAAAGG TTTTTTATGTCTCAACCTAAAATATTGTATAGTGCTGAAAAAATACCTTCTCTTTCTAGT GACTGCTCGTTTCTTCTTGGTTGGTCACGACTCACGCCTAACTTTCTATCTTTTGTTGGT GGTTCTGCAATTTGCAGTGTATATGGTGAGCCAATTCCAGTGAAAGAACTTGCAGAGCGT GTTGCTAGTTATGTGCATTTATGCACGCTGTATTGGTGGCTCAGGTTTGTATGTACAGCC GTTTGTATATTGACGATTATTTTATTTGTAAAAATTATCAAAGAAATTTCTGTTTTTTTA AAATCTTTTTTTTTGCATATATGTGAAACTTTTGGAGTACTTGCAACAGGCCTTTTGGAT GTGGGGTGATTCTTGGAGGGTATGATAGAGATGGACCTCAACTATACCTGGTTGAGCCTT CTGGTGTCTCCTATGTGAGTTGAATCATTTTCTCAATTACAAGAGATATTTGCTCCACTG GACTCTACTCTTAAATTCCGATAACAATTTGTGATTTATTTCTACTTATCCCCAAGATAA AAAATAGGTTATGTTTTATTTCCTTGCTATGATCTGGTCCTATTACATTTTTTTCATTTA ATATGTGGAATATATTTTGTGTATGTTGTAGAGGTACTTCGGTGCTGCTATCGGAAAGGG AAGGCAAGCTGCTAAAACGTAAGTGCGTAGTTTTGTTCTCGACATCTAAACTTCCAGATT CAAATCTTTCATATATTTCTTGTGATGACTGATGAAATTTGTGTTGACTGTTAATTTTCA AAATTAAATTACTAATAATTCATAAACTGTAATCACATTCATATAGTAGGTAATGTAGAA TGATATTCCTTCACTTCAACACAAAACACTTAAGTACATTGATATGTTTTTCCTACAATC CTGCATAGTGTGGTGGTTGGTTTTTTAATCTCCAACTTTGCCAATAGGTCTGCGGTTTTC AAAAATTAGAAATCCAATGACAATTGACAGCACATATCCAAACTATTTAATTAAATCAGT AAGTGTGAGTTACACCATTAGTTAGCTTATTTAGATCTTGATTGAGATTTGACTTCTACA AACAAATTGTGTGGATTGAATTGTCAACTGCTACAGCAAGGACAAGCCGATTGTCTTATA TTCTTCTCTCTGGCATGAAAGTTCGAGATAGCGATTTACCTCCAACATCTTTTGATTGGT GCCATAAGCTTTATCACAATACTTGTCTACTCTGCATAATTTAATCAGTCCTACGGGGAT GATCTAGTGGTACAGGCATAAGAGTAATAACCCAGGACACAGGGAGTAGCACATTATGCA GTTCGAGTCAAGAATTAAAAGTGTTGATAATGTCATCCAATCAAGTGTTCCCTTATATGT AATCTAGCGTTTTAATTTATTATCCTTTTGTCTTGCTTTGCACTAAATTTTCTTTATGCT AAGTGACATAATACTTGTGTGATATGCAGAGAAATTGAGAAGTTAAAGTTATCTGAAATG ACCTGTCGACAAGGGATTATTGAGGTAGCAAAAATGTAAGTAATTGCTCCAATTGAATTT TATCATTTGCAACATTATTGTATTTATCAACCTGATCTGATTGTCAACAGATGATCATTT ATCTCTTTTGACACCGAAAACTACCTGCAAATCTAGTTAAGCTTAAGCATGTTCTTTGAC CTTCGATTACTGCAAATGAAGCCCTGTGGTTCCCCCACTTTAGGTTTGATATGAAAATGT GTCATTGTGATCTATGAAGAATAATCGTAGTTCTGCCTGAAATCGTATTTGTATTCCATG TCGTAGTCTGGAAGACGTGTTTTTATTTCTGGTATCTGTGGTTTATATTTTCAAAAGATT AAGACGTCAATTTATGCTTTCTGCATGTTTCCTCGAGTAGAACAATGTCTATACAATAAA CTTCGTTTAAAGAACTGTAGTCCATACGAGAGTCATTCTTGGAGATGGGTCGATCCTAAA GGGTTTTCGCTGATTCCATCAACTACTAGAATTTAACTCTTCAGTGCGTTGTTCAATTTT TTATGGTTCAATGCTTAGTGGTAAATACTTTTTCCTTCAGTGTTTTGACAACATGTTTTG TTTGCAAGCAGAATTTACGGAGTACATGATGAGGCAAAAGACAAGGCATTTGAACTTGAA ATGAGCTGGGTATGTGATGAGTCTAACCGCCAACATCAGAAGGTAAGTTAGTATCCTTCT AAGTGAAATTTTCCTTGTAGAAAGTGACCTATTCCCTTTTATTTCTTTCATTTTTCAAGG GTAGTTTGACTGACACAACGGAGTTAGTTTAACACACACACACACACGTATATATATATA TATCAAATGTTACTCTAAAATACTTATGTTCTTGTTTGTAGGTTCCTGATAATCTTTTAG AGGAAGCAAAGGCTGCAGCTAAAGCTGCACTTGAGGAGATGGATGCCGATTAAGGGTCCA GATATGTTGGTTATTTCGTTCTTATTTAACGATCTATCTCTACCATGTTTACAGGATTTT GCCACCACTACGATGATCAATGTTGATGATGAAAGCGATTTATAGTTTCTTGTAATTCTG AACTGTAAGCTTACAACTCCCAAGTTTGAAAATCCAGAGTATTATTTTGCATTTTAAAAA CGATGAATCTGATTTTGGTTGTCAATTTTCTTGTAGTAATCTTTGGTCTATAAAGAATGT TAAACAGTTGGATTATACTTCATTCCACTTCCATACCTACCATATATTACGAGAAACAAA GAGATACAAGAAATGATGCTAAACATAGAGTTAATAAAGTTGTCATTCTTGTCATTATTA TTTGAAAACGTACAAAGGCAGTAATGATTTGAATTTATTAAGATATTGTCCGCCACATGC ATCCTAAAGGTTTGAGCTTCACAATAACTAACGCCACTTGCAATATTTTTGACTCTTGAT CTTGAAATGTGAAATCATGATTATCAGAGCTTTCGATTAGGGTGCCTCCTGAGGGTTGGT GTCATTAGAGATAAACTTCTATTAAGGAGGTGAGTTTGATGTTTCAATTTAAACAAGTAG AAGATTAATTTAATTTAATTGTTACATTTAATGTGTCATTATGGAAGTGATTAACAAAAT GAGATAAAAGCAAAACAAGGTAGCTTTAAGATAGTAGTATTTTTCTAAATATGAAATGGT TTGAGATTACTGATAAACGGAAAGAATGATCATGGAATAAAGTTTAAGTTACTGATTTTG TGGTTTGAAGAATTATTTTACATGTTGATGCATTGAGGTAAATAAACAAACAATACGTGC AGGCTACACGTAAGTTTCTGTACGAAGAAATTACTTGGTAAGCAACATAATTCAACTGCA CCAGGAATATTCATGGAGCACAGATTGATATTCCATGTACAGATGTAGGAATAATATACT GAACAGTGTCCTACTCCTAAAAGTCTGTAAAGTAAACAATCACACATATCTCACTCAGGG AAATCTCAACAAGTTCCTGTCTTTACAACAAATAATCACATTTGACACAAGAAAAAAGAA AAAGAAACACCTCTGTAACTGTTCACAAATGCAAAAGCTGGATAGCTAATGAGTACCGCA TGCTCCAGGGACCATTAACTCTTAAAACTTCAAGTTTCATGTTGATTTACTGTTCAAGTT GGTAGACCCCTACGTGAACTCCTGCCCGGCATTGATGACCTACTAATAGAAGGGATCCAT CTTCCTGTACTCCTGAAGATCTTGAAAGACTGTCAAGAGCCACAAAGTATTCGTGCTGCA AGGCTTCCATAGCTGAAAACAAAAATCTCTAACTCGAGGTATCAATCTGTTTTCCATGAT CATCATCAGGAATATGTCTCTTTAACCTTGTGAGCCAGATATCAAAATTCATAGGATATG GCGTTCCACAGAGGCTGTCAACATAATCTGCGAATGCTTTCAAGACAGCAGAAATATCTC CTAGCTTCTGTTGGATCAACCTTTTTGACCAAGAGGTTTCTCTCCACTGCAGTGCCCCTT CAACCGAATCCAAATTAGGCATGTTACTACCAGAAGAGAAGTAAAGCATGTACACGAGAC TCTCTGCATCAGAGGCTGAGCACAGTTTCCCTTCTTGAAGGGCATAGGTAGAGGAGAAAT GTAAATTCATTGCAGGACGATCCCTCTCTTCTAAAATAGCATGTCCCCAACCAACGAGAA CAAAATAAGGTTGCCTCACACCAGAATTAACAAAAACAACGTTCTCAGGCCTGATATCTC CGTGCCGAATGCCAACTGAGGCAGCAGCAGAAAGGGCAGCTAAACAGTCATGGCAACATC TAATAGCCTCATCGCTACCAAAGTGGCCAAGTCTCACCAAATCAGCAACTGTTCTGCCCA CTGGACTAGTCATTAAAACTGGAGTTCCACACCATTGACGATCACAGTTACCGCCCGAGC TTGGTCTCCTGCATTGGCCAGGATGAATTATCCGCCCAGATGCATCCAACTGAGGTAGAT ACTTGCTGGACAACTCCTTTTGCTTCATAACGCCCAATACCTTTGTCTGCCTCTGAACTT GATACCACAGTTTCATATCTTCCCACGCTGGTTCCAGCAGAGAAGGATGTGAACCAACAT ATAAAAATGAAGTCGTGCCAGGATCTTCGACAGAAGACGCAATGTAATACGGAATTTCTC CATCTGTTAGGACTTCATTTATCTGATAATCCTTCTTCCAGTTTGAATCTTCTATCAGCA CAACAGAACCGATTTCCAGGTTCATGGACTTGTCAGGTTCTAACCTGAAGGACTCTTCAT GTACTTCAACAATTTCAGGTGATGCACTACGCTGCTGGTAGCGAAACAAACCATTTCCAT TCACCCAGCTATCCCCCAATTGTCTTTCAATTCTTCTTGCCTGAAGCCGAGCACTGTGGT CTGCAGCCAAATCTTCAATTGAATTCTTTGACATTCCAGCATATTGTGTGATTGAGTGGA AGGTCGCATAAAGTGCTTGTAAAGCCCCGACATCCCCCCAATTAGCATTTCCAAGCTTGT TCCAGATCCTATCGATGGGAGAAATGGTAATTAAAGCATTATTTTTTATCCATTCAGCAG CACAACCATATACATCATTCAAATCCATTTCCAACTTGCTTACATCTCCTTCAAGTTTTA GGACTCCACCATATTGAGTGTCAACTAAAAGAACAAAAACTGAATTCAAACTGAGAGGAA TATTGGATCTGCTGATGCTTCTTGCAACCAATACTCTTAGAGCAAAGAATAAAGCTTCGC CTAAAATTGAGAGACAAGGTTTACAGTCATTCTCTACTGTACAAAGGTTTCCAATATCTG ACCTTAGAATAGCAAGTTCCAAAATATCATCCCACTTCCCTTGTGGATGCCTTGGGTTTT TGAGCATTACAGCTGTGGCACAAAGACCTCCCAGCTTCCCTTTCGAAATGGCTTTCTCAG CCTGATAAAATCTCAGGTTTGAATTATAGACGCAAGAAACATAGAAAGGCAAAGTTTCAT CCTGACCCCAAAATGCCTCCCACAAACCTTTCACACTTGCATGTAAAAAATCCTCCAGAG CAAGATAAGCAGTTGCTTCCGCAGCACCAGAAGTCGAGGCATAAACAGCACTAGGCATAC GAATCAGCTGCTGAAATGGAACTCCTCCCAACGCATAATCGAACTTTTGAAGATCTATCA ACTCAAAAGGGACATCAAACGAAGGTTCCTTATGAGTTGAATTTTCTATTGTTTCTTCAT ACCACGTTTTAATGTTTTCGGTCAGGCTTTCACTATCTACAAACCTATGGAGAAACTCTT TCCGGTCATGAAGCCTGCCACCTGAAGATATACTGGATTTTTTTGCGCCAGACTCCACAG ATTCCTGGTCTGGAGACACACCTGTAGTGCCAGATAAAGGAGATTATGAACTCATTAGAT GTGTTCCAGAAAATGCTGCACCAAGAACATAACATGAAAGTTCAAAGTCTACAAAAGAAA GAGCAAGCTCCTCGAAAGGAAACCAATGAATTCTTTTTGCATGTCAAAGAAAATAAATTA GGGAGGATATTATGCCATACATTAGAGAATTCTTAGACTACAAGTTAACGGCCATGGCCA TGCAACAAATATTAGCAGCATCTAAATCAGAACATCAATGGGTTAATGGTGCCAAGGACA CATTATCACTATTAGTTTCTTCATCAACTAAGAATGATACCTCACACTCAGCACCCCTTA TATGATTCCAGCAAGAAACATACGAACTATGTTAAAAGCCACTTTGTTATTGCTGCAGCC ACTAATACCTGTATTTTATCTACTATTCTGCCAACTCAGCTAGAATGGACCTCCAAAAGG AGATTGGGCTAATTATTTCTCAACCGGCATCCAGTTCAGAAAGCACAGATCCCACTCAAG TGCACACTTCTCTATTTTCACAAATCCGCATTCAGGTCTAGTTTCTGCTTTGGAGATACA GACAGTATGTTGAAAAGAAAATAATGGTCTGTTTATACAGGTCTAAGGGAGTTGGTATTC TAACATCCTTGTTTATAACAATATTCATGTTGTTCATTACATGTATGGTTTTCTGACCAA TTTGAAGATTTTGTAGTCCATCTCAGACGACTTGATTCATATCCATGAAAAGAAATAAGT TTAGCCTTCCGAATTTCACACCCATAATAATATTTATGCATTGCAATTTACACCAATAAC TGCATATGATAAATAATATACACCTCTGCACCAATTTGCATTAGGTAAATAAGAAAAAAT TAGCTCCATTATATAAGACGTTCCAATCATAAGTTCAGGGAGCTAACAAAATCCAAAGAA CTAATCAATATTATTTATAAAGACCAATTTCTCCAGAAAAAGAAAAGAGAGTAGACATTT AGCTTTCAGAGAGTGACTTGAAGTAAAAGCTCCATCAAAACATTTGCTATTTCTTTCCTT GAAACACCAAAAACTACTTGCAGGGATCATTTGTCATATAGCTTCGTACCAACTCTTTCA TACTATAGCTAAAAAGAGTGAAAAACTGTAAAATCAGATAGTCTCCGCAAAAGGTATTAG TTGAACTAGATGCAATTTTCTGAGGTGTAACAGTCAAAATTTTACCTTAGTAATACCAAC ATACAGATGCTGGTGCATTGACTTTATGAGGAGCATAAGTAGAAAGTCATTATACGACAT GCAAAACTGTCATTAAAATGGTAATATAAAAGAATATCACTATAAAACATGCATAAAAGT TATTAAGATGTTAAAGTTATTCTCATAAGTCATATATCTCCTAAAATTTGGCAACCAAAT GACTATAAAACTTAATAACGTCCAGGACAATATTTAACTTGATGCTCACAATGGCAAAAA TTCTTCTCCTCCACAAAACTGATACTTCTAAAATCAATATCCATGTCCTCAGAATTAAGA AACATATTTATTGCACCTCAAAATTTAGTTGATCAAAAGCCAGGCATGAGACGTTAGGTT TAAAGGTGAACGTTGGAGATTCATGATGCAGCCTCTTACCGTCAACTAATGAACCAAGTA AATTGCAATCATTAATCCATTACTATGAATGTTCCTCAGGTAAATTTTCAGTTTTAACTG AATACAACAACACCTATCACGACCTAAGAATCCAACATTCCTTTTGGAAATAAAGATACT AATATTATTACTCCCATCGAGTCAAATTTTCGATTTAAGTCACAATAGTTTGACCGGCAT GGATTTTAAGTTTAAAAGAACGGAAGACTTTTGGATCTTGCAGTCATAAACATGCCACAA GATTTTTAAACTTGTGTCTTAAACATTCCATGACATTTATGTGACTATAAAAGTTTCTCA TCAAGGGTAAAATGATTAGTTTATAATTATATATTTTCAAATATAGAAATGTGTTATTCT TTTTGGACCAGACTAATAAGGAAATAGTATCTTCCAAGAGGACATAGTACTCATACAGTC TTCCTCAGAATTTAAGATTCACTCTTATGTATGCAGAAGTGCAATTGATCTTTAGTTAAG AGGCCGACATACAAGATAAGCCAGCTTACGTGCATCTCATGACCGATGGGCTCTATCTAA AAGAGTGCGCTAATTTCGTTAAAATTATTTCAAAAAATTGTCAACATATTTGTCTCATAT TATTGTTGATTACAGATTTGGCATTTTCTTCCAGTTTTCACCTTTGATAACACGGATTCA GTAAGAGCTTTTTCTCTTATTCTCATCTCACATTCACAGTTGCTGCTTTCTGATGTGATT AGGCAAAGAAGGAAGAGGAAAGGGGGAGGGTATCTAAAGAATGCTTCAAGCTTCCAATTC TCCAACATTAAACACCCAACTAAGTAGGACTACTTAGACTTTCTCCGAGTTAGTACCTTT TTCCATTTCCTCACAGAAAAATAATTCACCCATACTTTCAATTTATAGATGCTAAGAATT TGTATGCAAAACTTGCCATTATTGTCTTGATTTTTGTTGTTTATATTGGTACTTGAATGG ATAAATAAAGTTTCTTCTTTTCATTACTTTCTATTCCCAGTATGAAGCATTTACAAGAAC AATTCTTCCAGCAAATGCAAATAAATGGGAGACAAATATACAAAGACAATAAATCACCCT GATGTTAGTTAAACATAGTGCGGCCCAATCCCAACTCCAAAGACTAAAATCCAAATACAA GATCATTTGGTCTTTACAGTTCTTCCTTCCATCTCCTTTTTACCAGCTAACAAGAAACTC CCCCCCCCCCCAATCCAATTTGAAAAAAGAGCCCAAATTTAACTTAACAAGCAAAAACTA CCAAAAACAAGATCATTTGGTCTTTACAGTTCTTCCTTCCATCTCCTTTTTACCAGCTAA CAATTAACCCCCCCCCCTCCAATTTGAAAAAAGAGCCTAAATTTAACTTAACAAGCAAAA ACTACAAACTTTGAGCATAAAAACTGGAACTTTCAAGCAAATATCATAACCAAATTTTGC TCACCAAAAATCAAAGAACAGACCAAAACAAATTCAGTAAAACCCCAATTCAAAAATCAA CTGTTAATCCCTCAACCAGTATGAGCTAAATTCAGTATACTCGAGAAAGTGAAAGTCAAA AGTCAAAGAATAGCCCAAATCTCTAGGGTTTTTACAAAGAAAACAAAGGAAAAACAGATT TATACCTTCCATTACGTTGAAAAATTCGAAATTGAACTGATTTTGGCTTCAGATCCTCAG CTTATTGCTCGGAAAATACCAAGTCTCCGATGAACTCTCCCATTTCCCAACTTTCTCTCT CTAAACAAACACTCTCTCTCTTATTGTCTGACCATAATAAAGAACTATAAAATTTACACA GTCTCTCAATTTCAGAAAGAATAACTTAATTTAGCTAGGTACGGAGTTTAATAAAATAAA TAAAAATTTTAATTGTATAATTCTAAATTAAAATTATTTTTAAATTTATAGTCTTAAACA TGTTACGTCGAAAATTATTACCAAAAAAAATTATTTTTTTAAAAACAGATTAAAAAGAAG AATGTATTTGTTTTTAAAACGGGGGAGTAATTAAAATATAAATATTCCATTTTATTATTT CTATGTAATAAAATTATTTGTTACTACTATACGCCCACTTTTTCTTTTTTTTTCCTTGTA AGAATAAGAAAAAGAGAATAATTATGGGAAGCCTGCAGGGGTGAATTTTTGGTATTATTA TAGTTTTGTGAGATTTCAATACATTTGACTAATAATGACTTGTCTTTTGGACCATACCTT TTATTACCTTTTTGTCTTGTACACGTTAAAAAAGGAAAAACATATATTCAAACACTAATT ATGTTATAAATCAGTTTTCTACATATTAATTAAGTCATTAATACTGCTATAAATATGCAA AAAATTTGTTTACATATAGTATTTCATTTTAGAACACCAGTAGTTCAATCAAATCTAAAA ATGAATATTAAATACAACTCTCACACATTTACCACTGAAACCGTGTTTCAATTATCAAAC TTTGTGTGGACTCTATTCCTGAGCCCTAACAATCACCATGTTATCACTGAATTAGCATAA AGTGTAGCAAATCACACCAATAAAGCATAAGCTGGATGACAAACTAGAGAATTCAACAAT TTCCAGAGTCAAAAAGTTTGCATGAATAAATCATAAATGCAAAGCTATTAGAACTGAATT TGTCAATAAATAAATAAAAAGTAACAGTCTAGGTTCAACAAAGCTCTAAATAGGAACCTT ACAACTTTATCAGCCGAGGTACAAGACAAGATAAGACATCACAGACAACCAAATAAGAGA AAGAAACTGATCCAACCACCAAACGATAGAGAGCATTACATTCATCCAAAGGTACAGCGT AACAGGATAAATTTGTAAAAAGAAACCATTATCCCAAAGCTGACCAAGTCTGATGAATGT TTGGTCTTTTTTCTTAAAAAAACAACTTCAGAAGAGGGAAATCACTTGGCCATCATGACC TTAACAAACTCATCGTAGTTAATTTGTCCATCGCCATCGACATCAGCCTCTCTGATCATT TCATCAACTTCTTCATCAGTGAGCTTCTCACCAAGGTTAGTCATCACATGACGGAGCTCA GCAGCAGAGATGAACCCATTCTGGTCCTTGTCAAACACTCTGAATGCCTCCTTTAGCTCC TCCTCTGAGTCTGTATCCTTCATCTTCCTGGCCATGAGGTTCAAAAACTCGGGGAAGTCG ATGGTTCCATTACCATCAGCATCCACTTCATTTATCATGTCCTGGAGCTCAGCTTCAGTT GGGTTCTGTCCCAACGACCTCATCACAGTCCCAAGCTCCTTAGTTGTAATGCAACCTATT CAAAACAACAATATCAGCATAATAAACCAGAAGGATCAAACTGACTGCATTTCTTTTCCA GTACATACTTTCAAAAGAAAAATCAAATGTAAAGTTAACCATACCAGATAATTCAGATGG TTACATCCACGTGTGGTTTTTTTTTTTGGGGGGGGGGGGTGTGACTAACTAGAGCCAATG TTCTTTTCTAGGGCCTCTATGTTATGCCCAAGTCTAGACGACACATCTCATATGCTATCT CACAAAGTCAACAGTAAGCCGTTTGATAAATAATTAAATCAAAAAACATAGTGCTATAAT ACATATTTCAAACAAAATACATGAAATCTTTAAGATACTTGCATCTTTCTACTACACAAG CAAAACAAGATCCAAAATGTTGCATGTGCAAAGCCAGTTCTGAAGAGGTAACTGATTAAA AAAAGACGGTCAACACATGTAACAGTTGGAATTCCCAAGAATACACCATCATGTAACACA CAAACTATAGCTCTTCCTCAAACAGATATATTATATTTAAACCATCACTTCATCCCCAGC ATCCCCTAAAAATTATATTAAATAAAATGGAAAAATGAAACAGCATATATTGGGTCATTT TGGGTAAAAGACATTGAAGTCCATCAAACCAGATATTTAGACCATTATCTGCAGCATCTT ATTTCTAAAAGATAAACTTTTTAAAACCATGGTGTCCAAACTAGCTTTGGCGCACCTCGA ATTAATTCCACGAGAAACGTGTCACCTCCCACACCAACATCAAGTACCGAATAACTTTGT CAACCAAGGCATTAATTCCACGAGAAACGTGTCACCTCCCACACCAACATCAAGTACCAA GTAACTCTATCAACCAAGGCATTAATTCCACAAGAAACGTGTCACCTCCCACACCAACAT CAAGTACCAAGTAACTCTGTCAACCAAGGCTAGGACAGACGGGAAAAAATCAACTAGTGT TTGAACATGAGAACTCATGATTCTCAACCCACGTCATTGATCACTATGCCATCGATTTGG CTTTATTAAAGCCAATAAACACTAGGCCTTATTAAACCATTTTAAATGCTTGTAAACTGT AATATAGAATCTGCAAGAGATCTATTCATGCACGGCTACAATAAAGACAAAGAACCTATA TCTACCATTTAAAGCAAGTTGATATCATTATCTATAAAGACAGAAACTTTGGCCCATATA CAAGGTACATCAAAATCCTATTTTTTTCATTTATCCTCTGATTTGCATTTTTCCACATCT TAAAAGCAAAAATCTTAAACATTTCTCAACTAGAGCGTAATAAATTAAAGCACTCAAAAT TCAATTAACAAGCTTAAAAATCTTCCATTTTCTCTAATCGGTTACTATCATTCCTACACA TCAAATCAATGAAGTTTTTGACATCCACAAAATCATCATAATTGTTCCATCAAATCTAAA ATCTAAACATGAAGTCAATAAAGCCCAGATCTGGAAAATAAAAAATGAAAAAGAAAAGCT TAGAATCTAACCATCTCCGTCCTTGTCGAATAGGCTGAAAGCCTCCTTGAACTCAGAGAT CTGATCATCGGTGAGCTGATCTGCCATTTTTCTACAAAGAAAGAGAGAGAGGGAGAAGAA GAAAGTTGTGGAATTGAGACAAGACACACAAAAAAAGGGTTTTTTTTTTGTTTTTTTAAG CTTCTCGCCTCTTCGATTACAGGGAAAACAGACTACTTTATAATCAAAAAAAAATTAGAC TTTTCAATGGCTAATTATATCTAAATATAAAATACCTGTAAATTTAGCCGACTTTCCCGC TTTACCCTTCCCTTTTATTCTCATTTTTTTAAAAATAAAATAAAATATTACTACCTCCCA ATTTAAATTTATTTTAACAAAATTATGGTTGGCAAGTTTAAATTATTCTACTACAAAAAA AATACATTCTTTGGTGGTGTCGTTCGAAATATAGAAAAAGTCAGTTTGATTTTTATATTT TAAAAATAATTTTATTTATGTATAAATCATATAATTTTTTCATTTTCGGTGAATTTTAAA TTATTTGTAGCTCGGTCCTTTAATCATTTTGAGACTTTGCCACTTAATCAACCTGTAGAA TAAGTCTATACTATTTTCTCGGTCCACTTTCAATTGTTATGATTTCTATTTTTAGAGTCA AACTATAAGAATCTTGACTAATATTTTTAAGATGTGTTTTCTTCATCATATTGATTTGCA ATTTATAGTATTTTTCATATAGTTTTTCAATATTTAAACTTTTTTTATTTAAAATATCGA ATTAATATAATCTAAACTTTAACTTTGAAAATTTGTCTCCTTGAGAAAATGTAACACGAC AGATAAAGGTGGATGGAGGGAGTAGTGGTGGTTTCTGTAGGAATTTGTTCCTCTTCTCTT TGATGAATCTATTATTTTGTCCAATCATTATTTTATTATGTAACTTATAAATAAGATAAA CATATGATTTTACAGTTAACAGGAGAAGCTTAGCTATTAGAACTGCATTAATCAATAAGT AAATAAAAAGTTAACAGTCTTCGTAGATTTAGTTCAACAAAGCCTTTTAATATGAACCAG ACAACTCTAAGACTAGAGAAGACATCACAGACAACCAAATAAGAGAAAGAAACTGATTCA ACCACCAAACCCAGAGGTACAACCTATCCGGATAAATTTGTAAAAGGAAACCATTATCCC AAAGCTGACCCAGTCTGAAGCAACTTCAGAAGAGGGAAATCACTTGGCCATCATGACCTT AACAAACTCATCGTAGTTAATTTGTCCATCGCCATCGACATCAGCCTCCCTGATCATTTC ATCAACTTCTTCATCAGTAAGCTTCTCACCAAGGTTAGTCATCACATGACGGAGCTCAGC AGCAGAGATGAACCCATTCTGGTCCTTGTCAAAACACTCTGAATGCCTCCTTCAGCTCCT CCTCTGAGTCTGTATCCTTCATCTTCCTGGCCATGAGATTCAAAAACTCTGGGAAGTCGA TGGTTCCATTACCATCAGCATCCACTTCAGTTATCATGTCCTGGTGCTCGGCGCAGCTCA GTTGGGTTCTGTCCCAACGACCTCATCACAGTCCCAAGCTCCTTAGTTGTAATGCAACCT ATTCAAACCAACAATATGAGCAAACTAAACCAGAAGATCAAACAACGTATGCTTCTGACT GCATCTTTTACCAGTGCATACTTTCAAAAGAAACCAAATGTAAAGTTAACCATACCAGAT AATATCACCTAGTGTTTCAATTTGAACATGAGAACTCGTGATTCTCAACCCACGTCATTG ACCACTAGGCCAAGGATTTTGCTTTATTAAAGTAAAAAAACACAAGTACCATTTTAAATG CTTGTGAACTAATACAGAATCTGCAGGAGATCTACTCATACACGGCTACAATAAAGACAG AGAACCTATAACTACCATTTAAAGCAAGTTTATATCATTATCTATATAGACAGTAACTTT GGCCCACATTAAAAAAAATAATCAAATACTAATTACCCATACAGGGTCAAAGATTCACCA TTGTTACAAATAAAGAAAGAAGATTTCAAAGTACAAGTGCTCAAGCAATACAATGAATGG TCATAAATTAAACAAAATATGCAAGTCACCTGAATCCAAATACTGTGGAATATTCTTTTC CATTGTTATGTTCAACAAGGATTAGTAATAGTAAGAAGCCAAATAGCCTATCCGGTATAT GAAACTAGCATACATGCCAAACTGAGGAAGCGTAAAAGAGAGGAAACTAGGCGGTGGTTT ACAAAAATAGAACTTTGTCTCGATATTTATTTTCCATAGGAACACCTAAGGAGTAAGTTT TACATGCCAAAAAGTAGAGTATTTATCTGTAACAAGTGAATCCCTTTTTCTCTCACTATC TCCACAATTGCTAAGAAAAATTCTCAAGAAATCAAATAGAACTTATTCTTGAAGTATAAG AACTCGTCACACTGACAAATGCACAACCAAATAAGAAAAAAAGAATACTAACTAGTTACC CATGTCCTGAACATGAAAGAAACCAACTTGAACATCTATTCATTCATACACTAACAAAGA AAAAAAATGTTTCAGAAAAGAAACTCGAAGGATACCTCCTGTTCTCCCAATTTTCTAGCT ATCCACATTTTCTTTTGAAGTCACTGGAACTTGAACTTGAGCCTGACTTGTGTGGTTTTC TTTCTTGACTATAACATCACCGGTAACTACACCTGTCTCTTGAGGCAACTCAACGGCAAG ATTTGGCTTTTCGGTGGTAGTTACCTTATCTTCTTGTTTTACAACTTCCTGATCTATTTT GCCTGCATCAGCTTCACTTCTTCCAGATACAACAATTTTCTTGAGACTTGATTCGGAGTT CTTAGATGAGCTAGCTTCACGTGATTCAGTTTTTAATGCTTGTTGAAGGCTCGTGTTTGG TTTATCTATATCATTTTTCATGACTTGTTTCACAGCTAAGTCTGCCCCCACATCCTGTGA ATGTAGAGAAACTCCTTTTCCTTTGGATTCTCTAACATGCACATCATCAATCGAATCATG AAGGACGCGTCTGTCAGCATTCTCTTCAAGGGTCTGCTTATTAATCAAATCAATGTCTCC GGTTGGTCTTGGTTCAAGAGTTGGTAGTCCCATCTCATGGTCTTTCAAACTTGATACCTT ATGAACTGGTCCATTTTTCGAACTCTCTGATTCTTCAGTTGCCACCTTAGCATTAGATGT CTTAACAGACTCAGGACTCCTGGGAGAGGTTATACTGGGAGGAACTTCTTGAACTTTTGA CACATTCAAGCTTTCTGTGGTCCTTGCTTTCTCCGTTGAAACAGGTGCCTCCTGTATATC ATAATTAGATTCACTTAGACTCATTTAATCCAAATAAATGCGAAGACATAGTACAGGTTG AACTATACTGATAACTCCCATGTTTCAAACCTAACATCAAAAGCTTTGAGAGCAAGAAAG GAATCAGAATTTGAGGTGTAACGGCCATTTTAGTCATATCTTAGCTTTTCTTGTAGTTAC TATAAATAGCTATAATTATGGTTTAATTCATTAGCTGGCCTTTGATTATGAATGATGATG ACTGTCATAAGTAGGAGTATTGTCCCAAACCTCTTCAATTGAAGAGTTCGGAACCTAAAT AAGCCACAAAAAAATAAAATTGACCAATATAAGCCACTATTTTAGGAAGTAACTAAAATA GGCTTAGTGGAAGAAAAAATTCCACTTTATCCAATATTCCAAACGTTTTCCGTTAGTCCG TAACGAGTATATTCTAATATATAACGGAATTATTTCTTACACTTTATAAATTGTAAGTTT TTCTTGCCCTTTGAAAATTCAACTTTTTCTTGCACTTTATAAAGCGGAAGAAAAACTTAC ATTTTACAAAGAGGAATATTTTTCAAGTTTTGCTCTCCTTATGATGTTTTTGTAGTGTTT GTCAGACAATTATATTGATTTGACATATCATAAAAATAAAAAAGTTATTACACTATGTAT TTTATTTTTTTATTCTGAAAGCTCATCCAAGCTCTATTTAAAGACATTCAGACATAGCAC ATTCAACATCTTTAGTTTTCTATTATTCTTCATTTCAATCACAAAATAATGTCTTCTTAA CCAAAAGTTAGAGTTTCGATTTATTAGGATGGCGAAATTATACATGATGGAAATACCGTT TATTATAATTGTCCTCCCAAACACAATTCTAAATATTCAATTAATGTCAAATATCATATA TTTCTTTCACCAATTTATAAAAGAATGGGGTATAAATAGTATTATTATGATTATAGTCAG AAAATACCTACTTCATTTTTATCACAAGGACAAGTAAATTTTGGAGAGTGATAAATCATT GACCGACTTAGATCAATTAATAGATAATATATCTAAAATAGAATACAAATATATTCAATA TTTAAAGATACAATGAATAAAAAATGGACACCTAAACCAATAACTGAACAAGATAATTTT CTAGATTTAGATTGTGTAGAAGATATAAATAAAGTGTAAGAAATAGTTCCATTATATATT AAATTATAAACGTTATGGGACTAACGGAAAATGTTTGGAATATTGGAAATGAAATTTTTT CTTCCACTAAGCCTATTTTAGTTACTTTCTAAAATAAAGGATTATTTTGGTCAATTTTAT TTTTTTGTGACTTATTTAAATTCCGAACTCACGGAGTTTGTCACTCCATTCGTACTGTTT AACTAGTAGATAAGCACTAGAAAAAATAGGATTGGAGGAGAGAGAGTTATTTTCAGTCCT ACCAGTATGAGACTATGAGTTACCAGTCGACTTTAGAGATCACATTCAACCAGTTTAACA AAAGCATCTCGAATTGTAGGATTGGATGAATACTATGGTTGAGATTCAAAGAATTTGAGA TGTATAATCTAAACAATATATTAGGTTAATTGGAACATGATTTGTTTCCAACAGTTCTTT TGGCCTATACTTCATCACTTCACATCCAACTTAGTCTTTGGTTTTTATCATCATATGCCA TTAAACATAATTGGATTAAGTAATGGAGAATTAAAAAAAGATTTATAAAAATAAATTTTA AATTATCTCAAATAAAGAAACATTTTTAAGAGAAAAGCTAAATAAAGTATATAAAACATG ATAAAAACTAAGATCTTGGTATAATTTAATCCAAATAGATTAAAGAATATGCATGATAAC TCTGTTCATCTGTAAAAGGATATGCATGATAACTCTCTTCATCTTTAAAGAGATTAAAGA ATATGCATGATAAAAGTTTTTGCAATTTATAGTACTGAATAGGACATATACTAATTACTT ACTTTTGTGGAAGACTTCGAATCAATAGATGTCTGACTATCTGCTACAGGCACCGGAAGA GCACTTGCACTGCCAAAGACTTCATCGTTGTTTGATATCTCCAACTTTGCAACATCAAGC TCATGTTTGTCAGTTATTGCCTCCCTCAGCCGCAATTCTTTGGAATCTGCTGATGAAAAT ATTTGTTCCTTCGTCGGAATGGACTTCTCAATGTCTCGATTATTTGCCACAGGTTCCCTC TCAGAGGCATGCCCGGTTTCAGATTCTAGAAGCAGATCTGAAGCAATTGAGGAGGAAGAA GTATTTTTCTTAATTGAAGGAGGACTGGCATCATAAATAGGTTCCAAATGTGAACTCTCC TCCACTGAACTGCTTGTGATGTTCAGATCTGACACATTCGGCGAAGGATGCTCAGAGATG GTTTCAACATGGCACGTCGATTCCTCTGAACTTGATCTCACCACTACTTTGTCAGCAAAG ATCTTTTCACCTACTTCTGATGAGGAGGAGGAGCTTGACTGACTACTGCATTTTTGTTCA GATGTTGCTGACTTTGAACAAATTTTAGACGGATCAAGTACCATGGAGCTGGCTGCTGTT TCTTCATGGAATACATTTGGTACCAAATCATGATGATTTTCCACATTTGGTAGTGTAACA TCAGTGTCATCGAGTTCAATATCCCTCTTATCAGATGCACCTAGGACCAAACATTCTACT TCTTCGGAGGATTGGCTTCCATGTCCAATATCCTCGGTAGCATGCTCTATCTTAGATATC AGCTTTGGTTCCTTGAAGATATGTTCATCTGTCAGGTCTTTGCCTTCCAGTTCTTCATTC AGGTTCTTGTCTTCTACATCTTCCTCATTGAGGTTCTTGTATTCCAGATCTTCAATTGAG CCCTGTGACTCTGTTTCAAGAACAGAACTTACTTTGGAATCACTGAGATCGCTGGGGTGC CTTTGTAATGGTGAATAACTTGTTCCTTCAGCAGCCATCACATCAGGAACAAAGTAAGGT CTAAAACGGGTATCTTTCTTGTTCAGCCCAAAGATTGAGGGCCCAACATTAAAACTTTCA TGCCTCCTAAAAAATGTCTCTTTTGGTTGAGATGTGATAATCTCTTGATCGAAAGTGTCT CCTGTAAGATCAGGTTTTTCCTCACTTGGGTCATAAGGAAGATCAAATGGGTTCCGCTTA CACCTTGGCAACAAAATAGATGGAGCTGATCCAGGGATAGGAGGCAGTCCAGGACCATAG TTATCATTAGGAAGATCAAAAGGGTTTTGTCTTGCTGTTGAAATGGGAGGCATGAAATCA ACAGAGACCAAGTCTATTAAACTCTTTTCATCTGTAAAACTCATGTTTTTTCGTGATCTT CTCCTTGCAATAAGACTCTCCAATCGTTGATTCCTTTCTAGCTCAGAGGTTCCCAAGTCC ATAAGATTTCTCTGATCCTCCTCCGTCCATGTAATAGCAGACTTTGGACCTTCTGTATCT CGTGTTTCCTCTTCTTCTTCATCTTCATTCTCATCATCTGCAACTTCTACTTCTTCCTGG TCTTCAGAAACATCATCATCAGATTCATCATCGCTCTCGGGGGACTTGGTAGAACTTTCT GAAGGAGCATGAGAAACATCACGTGACAAACCGACAGGTTGGGGATTGTCTTCCTCTAAA AGTGGATGGAGCTCATCAAGCATTGGCATAATATCAGCTACTGAAGCATCTGGAGAGGAA CTCTCTGCTCCATCAGACCCTGAATATAAGGCCTCCTCCCTACGTTTCCAAGGTGATCCG GGAGGTGAATCAAAATTAGCCCTCCTAGAATCAAAGGAATCAACTGATTTGTCATTATCA AACTCAACGCTCTCTTCATTACCCTTCGAAGTAGGAGAATACTGGTCCTCCGTAAGTTCA GCATCACTAAATTTGTCTTCATTTTTATGCTCATAAAACTCCCTTGCCACTTGCCCAGTA ACTCCACCAACTAAAACTCCACCAATTAGAGCAGAATGATCACCAAATCTTTTACCCCTA TGAACCTCACTACGCGTTGATTGGTCTACTTTATCCCTCTCTTGATCACTATATCTCTCG GTGAAGTAACTATTGTCACTCTCAACAAGAATAGCATCTCGTGTTTCCAAAGGCACAATA TGATCAGTTGTGTTTTCTTCCCATTCAAATACAGGTATATTAGGCTGACCATAACTTAGT AAAGTTCCAAGCAGTGCAGCAGTGCAAACAAGAATAGGGGAGACAGACACCAAGATTGAA AACACAAAAGGAAATGATCTGTACAGAAATACCAAGAAACACAACATACCCACAAGGAAT GGATGATTCCTAACTGTCCTATAACACACTTCAATAGTAAAGATTACAGCTTTCCTCATT TTAACTTCAATCCTTCACAACCCAATACCTAAAATGAAGCAACTTCCTCAGAAATGGGAT CTGAATATCTAATTTTTCTTCACTGTACCCACCTAGTTCTTGTCAAAAATATGAACTAGA ATCAATTCCCTTCTAGATCAAGACAAAGAATAAAAATCCCACCTTTACAAATCAATTCAA ACACAATTGTAAAATTCCTGCAAACAAACCCAGAAAAGATTTTCACATTGAATTAACAAT AATAGATTAAACAAAGAGAATTAAGAAAAGAAAATGCATACCAGGGTTGAAATATAGATC AATTTGAATAGTCCACAAAAACCCGTCAACTGTTTGGAAGATTAATGGATCATAGAACTC GCTAATAGGGATGAAAATCCAACGGCAAAAATAGAGATTTGATGTAATAATGGAGGATGA TCATCACTCGTCGTTAGATTTGTTTGCCAACGCATCTTGTAGTTTAGCAACTTATTTTAA TAATAATAATAGTAATAATAAGTACCCATTACCAATTATTCATGTTATCACTGGGTCATT GTTATCTATTGTATCATAATGTATATTGTACTCTATCTAGGGTAGATATAATGTTTGGCT AGATTATATTGTTTGGCTGTTTGTTGTTGTTTAGTAATATTTTAATTTTTCGGTTTGATT GTTTGGTATTGAATTGTAATTTATAAATTTATTTAAATATTCTTAATTATTTGACTAGGT CCAAATAATTAAGGTAAAAGGTAAAATAATATTTTAAAATATTAAATAAAGATATAATTG GAGAAAGAAATTAAGTAACTATGGGAACACACCAAATTGATTGTTCCATAAAATAATGAT TTTCATTATTACGTAACAACGAAATTTAATAATACAGTATAATACATTTTAAGTAACAAT CAAAACAAAAATTGTAGGTATATGAATAACAATGATCCAAAGACAGTGCAAGGAAAATAT TAAATCATTGTTATGCTCAAATCAATAAAGAAATAAATAAAAGCAGGCATGTTTTTGGTC ATTTGAAATAAAATTAAGAAAATAAACTATGTCAAATAAATCTTAAAATAATAATATCAT TGTCTTTCAAAAGACGAGATACATTAATAGCTATTTATAAAATTATATTTGTGAAAGCTA ATAAATGAATCGGATGCTTGTAAATTGTATTTGTATGACTTGATTTATGTTGACAATTAA TAAAATGATTGTGTTTCTTAAATGTTTTTTATTAAAAAATTATTTTTAATATGTGATTTA AGCTAACATTGTCTCTCATATCATCATCATTTACACCAACTTACTGTAGATCGTATTTGA TCACATACTGATTCTTATTATTCTTTGCATCGAGTTTCGAATACTAAATTTCGAATCATA AAGTAGAAAATTACACAACAAATAATTTACATCAATTTTTTAATTAAAAAATGGTACTCT GGTTTGCTAATGTTTAAAATGAAGCTTCTCTTTTAGCCTTTGGTTTTCGTCTGAAGTTCC ATTCAATGTCCTAAATTCTGAATACATAAGTTTCATAGCATTCTTCTTGTTCATAAGTTT GTCGATATCGATAAAGCGTTGACAAGAAAATCAATACGCCAAAGTAGCCAAGAAGGACAT CCTCAAAACATTTCAGCCATAATCACATCAACCATAGTATCAGAACACACTGTAGGCCTC AACAAGAAAAGGCAAGCCTTTGAAATTTGGTAATTTCTGCCTAGTTGTCTCTCATTCTCT TTTTTTAACAATACAAACATGAAATACATAGGAATCTAAAAGTTGAAATGATGATCTAGC TGATCCAACAACTAGTTGAATACACAATCCTATGCAAATGGATTTCCGCCAATAGCAGCA ACTTGACCGTGTGTCGGCACATTCCTGCACAAGGAACAATCTAGTTAGCAGTTATGATAA TGGATACAATCCAGAACTGCACTATACAGAAAGCAAACTCTTCAAGATGTTTTACACTAT CCGACATGCATATTTATGAGAGCTTGCATTAGTGGACTGCTCATACAAAGGATCTCTTTG ATCTTTCAAACAATGGGCACACACACATTGAATGAAATGCTTTCTTTTTATTTTTACTGT TTTCTGGAAAAATAAAATATCTAATAATAGCTCCATTTTGTCTAATGAACGAGGAGATGT CGTGTATTGATTCATGGGTGATTGTTTAGGCACGACTCCACTACTTCCCTACCAACATTG AGAAAAAAAATGTTTTGGCTAGTCATTTAAGTGCAGTTCAACTAAGCTTCTGTCTAACGA GCTAACCTTAAAGTTGAAGACTTGCCAAATTACCACAGTACAGGTTTCACTCAGAGAGTG ACTCCTCAAAGAATATATAATACATCTGTATCTAAAAAAGACTCCTCTTTGAGTGGCATC TGATAGGATTAACCAAATACAATTACAGGGGTAAATTTCTCATCCTGTGGCAATTTTCAT ATTACCTTCTTCTTGTCTTTAGGTTCAGGAAATACTCCTAAAAAGGTAGTTTCCCTTTCT TAAGTTATCTGCTTTAAGAAGGCATCCACACATCACAGTATCACACCAAGCAGCCACAAA ACACACATACATATTTCAGCAACAAAATCTTCCAGGCTTTCTTAAGCACCTCCTTCTTAT TGCCAGTTCTGCCCACTCCATGCAATACAATTTTATTTGAGAGATACCAGCCCCACTCCC TCCATATAAACTCAACACCTCTTTCTCCCAAGGAAAACACCAATGCGGGATGGTCTTCCT AAAATTTTATCTCACATGATCACTCAGTCATCCCATTTCAAGGGGACCCCACATGATGCC CCAATCATCCAGCTTGAAGTGATTGGTGCCGTGGATAAAGACTAACCACTTGCAGATACT TGTTCTCCAAGGATGTTCCCCCGAAATATACACCTCTATAGAATTGTACTCTAGTAGCAC TAACCCACATTATATCTAGTGCATCTACAAATCTTCTATTTCCATATGTATTCCCCCCCC CCCCCCTCTACAAATTCACTCTATAAGAATTATCCTACCCTACAACCATATTTTGAAAAT GGCAATCTGCCCCACCTTAGAACAATTAATTATTCTTCTGATCCATATTTCGTAGATATT AACCTTCCATAAATATTCTCCTCTTGAGAAAATCTCCACGATTCCAGAAGTGCTGCCTTG AAGGTGTGCAACTAGAATTCAAAACCCCCATCAAGTGTGAACCAATCATATGTAATCCTG ACACTGCTTCAAACCGTAAACCATACTGCCTCAGATAGATGCTGAAGTTCTCTTTTTTTT TTAAATGAAGTGATAAATTACATAAAAGAGGGCAAACCCCTACCCCCACCATACAAAGTA TACCTGAAAGATAGAAAACATTACAAAAAGTGAGGATGAAGTCGTATTTCCTCTTCCATC ACCATCTATCTCAAGCCCCTCAAATTCTCCATCCATCAGCCTATCCATAGGTCTGTGTTG TCCGTTAATCCAACACGAGATTCTAAAGAATAAAGGATACAAGGGAACACGTTGTTCAAC TCCTCTCGAACTTTGAAAAAGCTTTCGAAATCTCCAAAAAGAAGGAACAAAGAAAGATTC TTCTTAACAGAATCAGTATCAACTCTAAGACCAGCATAATCATTTTAACCACTATATATG TCCCTGCAATTAGATTCAGCAGCCAGACACTTATCAACCACAAAAAATCTGGTGACAACA CGAACTGTCACTAGATTAACTCGGCCTCTAACAATCCCCATCTACCTCTTGTATGTTAAC TGTACTTTTGTACTTTTTATCATAAGCAATTCAACAGCACCAGCATTCTCGTGGAGACAC AAAATTCTCACCAGACAGAAGATATCATATAATCCCAAAATACACACACAAGAACAAAAT AGCAATTAAGTGGAAATCCTGTCAGTGTCAAATATGTTCAAGCATCTTCATAGTAGAGGA CCTGTGCATTATGTTATATCTAGCAAGTAGAGAGCTGATATTGCTGGTGAAATAAGATTT CACTAGAAATTTTTTGCACATTGGTTACAAGGAAAATGGAAAAAGTAGAATGACTCACGA TATTTGATTGCCAGCTGGTTGTGAGGAAACAAATAATGTCCCTACAGAGACAGGACATAT TTGAGAGGCTGAAAGTTTGACAGAAGAAAAGACTTCTTGAAAAAGTAAACATCACATACC ATGCTGTCCAGCAGGACCATAAGCTGTTGCTGGGTTCTGAGGAAACCAAGATTCGGTCAC ACCACCAACAAAAGAAGATGACATCCCATCACTTGGCAATGCAGCCTGTAATGAGCTCAT GTCCCAGTACTGCGGCTGGAATTAATGATTCACATTAGAATGCAGCAAAGAAACAGTTTT TTTAGGAAATCAAGTTTTAGAAGACATTCTGTGTGTGACAGTCCCACATTGCTTGACGGT ACAGGGTTATTGTCTTCTTACATTGGTTTCCTCATGAGCTAATTTTGGGCTTGAACCAGG CTCAACGTCTACTTCATTACATGGCATCAGAGGCAGGCTCAGAGCGAAAGGGGGGAGGGG GTTAGAGTTTTTGTCTCCTTACATGTTTTTGGACAATCCTTACCTCAAGAGCTAGACTTT GGGATTGAACTAGAACCACCTAAGGCCTATTTTCTTTACAATGTGGCCTGAAATTTAGCC TAGATTCCTAGTGTAAATATCAGATAGACCATTTGCAGTACAACATAAGAAGCCTCCTTT AGTATTTAAAGGAAGCAATTGACCCCTAAAAGTTCATCTTTTTTCTTGGAGGGGAGTGCT GTCAAGGGAAATTTTTCTTGACGTAGATGGACTCGGATAACCAAAAACAAAATGTCAAAA GTCTCACACTATATTTTTCAGAAAACAATATAACGGAAAGTGTGATTTACCATATTGCTG CATTCCATGTCAGCATCGTAAGGGAGATCAAATGGGTTGTTGGACTTCTGCTCATTTGCA TGTGAATGCACTCCTGTCTGTTAATAAGAACCTTATGTGTAAGAAGCAGGAAATAGCATG CTGATATCTAGATGTTTAAAAGAGTGGCCACGCAGGAAAGCACAGGTGAGTGAATTAACT GACCGCTACAGGAAGAGTGGACAATCCAGATGACGAGGCACTGACATATGATGGAAAACT GGTAATAGGATATCCACTATCCAGCACAGCTCTTTGACTTTGACCTGTCACTGCATTCTG CGGAATAGAAGTCTTTAAAAGCAAAGGGCAGAAGCAAACTCATAAATTTTAACCATACTA GAAAGATAATTACCTCTACTCCTCTTAAGCCCATGTACTGATCATCAACTAGATCATGGT TCATTACAACTTGTTCCTTACTATTAGGCAAACTCTTGAGAGCTAAGTGGTCATTAGAAA CATCAAAGGCACTCCACAACTGCCAAAGACGAGTAAATATTATCCGACCTCATAAATTGA AGGGTTTCACATCAAAATAATAATAAATTAACCAGAAGTTGTCAAAAGATGATTTTCAGC TCATAAATTGCTTATGCCACTTCCCAAACTCAATAAGAGTACACTTACGTCAGTACTTCT TGCACTTGGAGTTACTTCAACATTCAGCACACCTCCATGAAATGGAGCAGGCATTGATAA ATCTAATGCACAAGCAGTGGAGTCTCTAACGGCTGGCCCATGAGGGGCAGATTCCATAGG TGATGGCCATTGCATGACGGAGAAAGTTGGGTCCGAATTCGATTGAGCATCACCCTTTAA TTGAATCGTGTTGGAGGTAAAGTTATTACTTCCAGTGAGTGTCACGTGCTGAGGCACATC AAATGTTGCCCATCCATCATCCACATCCAATGACTTCTCAGTGACCAATTGTTGCTGTGT CTTTTCAGGTAAAATGTCAAAAGAATTATGGCCATAAGCAGGTGTTGGTGCCAGGGTGAA CTGTTCGATGCCTGTTGTTGCTGCATGCCGCTGCATATCAAATGTTGCCCATCCTTCATT TTTGGAAGTGACTTCACATGATGGTTTTTCATCAGCACTTACAGCTGAAGGCAGGTTTGG CACCTCTGAGAAAAAGTCCAAAGATGAAGGTGGGAGAGTGAGCGATGGTTGATGTGAATT ACCAATTGGACCAGCAGAAATGGATGGCTGAAATGATGACACTGGCAGACGAGATTTTGT TGAAACTGAAGGTGGAGCGTTTTGAGGAACTGAGGGAGCATTGAATAGATCAGGGCCATC TGGATTTCCGGGTCCCGATGATCGTTGCAAAGAGGGGAAAGTTGACAATTTACTAGAGTG AGTCTCTATTGTTTGATTTGATTCTGAAACAGCATCCGCTAAACAAACAGAATTTACAGA CTTGAATGACAAGGAATTGCTGTCGAATGATTCAAAACTTCCAGAAGATGCAGTTCTCTG ATTCAACAAATACCATCATGTCAGTTTCACAAGGAAATGCTGCAGTGAAAAGAACAAGGA GCCTTCTTCTATAAATCAAATAGAAAGAAATCTGAGTTCCACTTGCATGATCATAATATC CAAATTACATCTCATCGATCATGGATTTAACATGCTCAACGATTTATCTTCAATATGTAT CATAATCGAGAACAGAAACCCTTTTTGAAAAAAAATTTAAAAAATATAGTAAACCCAAGA GATATGTTCAGTAAGTCTTGACTATTCCACCTCGCTAAAAGCTTCTGTAAGATTGTCACT TCTCAACTCACAAGCAGATGATTGTCAAGTGTGATGCCCATCACATTTCCTTCTTTCTTT TATTTTTATGAAAATGGCTATTTTCTTGTGTGACCTTTGGCACCTCCACCTAGAAATCAA TCTATTATAATATGTTGAGATAAAAATGTTAAAATTCTCTACATTCTGCCCACATGCTTT GCAAAGGTTCATTGGTTGTTCATGGACAATGATGGGCGCCCCTATTTGTTTAGCTTGGAG AGTCATATTATCATGCCCATTTATGACATGTAAGGACTAAACCAGAAAGAGAAGAAAAAA TTCCTTAACAGCATATTCTCATTAGTAAGGACACTATAACCAGGAACTCAAACAGAAAGA GGAGAAAAAGATAACTTAACAGCATGTTCTGATTAAGAACACCCCTAATTCAGGGCTGGA TATGCTCCACCAATGAATAACCAAGTAATTTGAAGTATAACATAGCTAAATAAATAAAAT TTAAATGACCTGTGCTCGTAATATTCTTCCAGCATCTTTCTTGACATGCCGTACATCTTC GTATGAAATATCCCTTGAGGTGTCACACAAGGGACTTCCGATGCCTCTCTGGAAGTTGGG GCTCTGTGCGACTGACCTGAATGGATCACCACCACTAGACACAGAGTAATCTGAAGCTCT GGGATTAGATCCTTCATTACCAAACCTATCATCATACATATTATCACTTAAACGACTAGG ACTCAAGAAACTCGACACCTTTCCTTCATAAAGTCCCCGGTCTGATCCTGGCTTTCTAGT GAGTGCTGGTGCATTTTTCCCATAACGTCGTTCTTCATACTGAAAGTCATATGGTGGACT TTGAGAATAGGAATGATAAGAACTTGCTCTCCTCATATCATCGTCGTGGTTTCTCAAATT CTGACAACTCAATGGATATTGAACACATTAGTCTGGACCCAGTGCTGATTTGAATATTAT GACTAAATCATAGCTAGAAGTTTCAAGTAACGTTCTAGTCTAAAGTACTGCATAGACAAA ATATTACTCCAGATATAGTACCTGGATATCTCTAGGAGGTCTATCAGAGGACTGCGCCCC AGCATATTTTTTATCAACATAGACGGTCTTTATAAATTCCCTCACTTTATCAACATTGCT GATGAAAAAAGAAAGTTAGGATTTTGTATCTTGAAGTTGTCAATTTACCAGGAACTTATA ATCTACTAATAGTAACTTGCTAATCCAGTACCTGTTATTAGGAAGCCACTGACTTTGAGG GTCCCAACTTTTTAAATATATCTCTCTGGCCCGCTGAAAAAATAAATACAGGACAGAGAA TTTTAACTTCAAAGTGAAGAAAAACCAGCAATTATTTTACCTGTTTTTTAATAGGTAAAG AGTACAATATTTTCACCTGATTACCACCCTGTTGAAGAGCTTCCACTTCTTGGGAAGTAA ACTTAGACATGGAAACTGACTTCACACGGTGAGTAAACTCACGACTGCAATGATACGATG AAACATTTTAACTTCCACATCCTGATGTACAGGACTTCAAGTTTACGAACATAGTAGAAA AAACATCACAAACAGATACAAGAGGAACTTAAAATTTTACTTTACCGCTGTTTTTATTCG GACAATGCTTAGGCAACAAATTTAGATGAACATCACTAACCTGTTGCACCCTCACCTGAT AGTTAAAAAATTAACACAAGGATGGACCTTTTCCTTTTTATGAAATAATAAGAAAAAGGA TGGACATCTTCTTATCACAAAAAGCCAAACTAATTTTTCAGAACATTAGTCCAATAGATT TCGGACAGATTGAATCCAGTAGTAGCTAAAATTAACTACTTAGCTGCATGCATATCAGGT AAAATTTTGGCATATGCATTCCGCTGTAGTTAGAACATAGAAGTGCCAATGCATTTTACA ATCCTGAAAAGAAGAAACCCTCTTGAATACCCCCAGCAGCTTTACCTACTTTATTTCTGG ACTAACAACTTATGCGACTAAAGATGTAAAGAGCATGCAATATGATACACTTACTGTATT CCGCTGCATGTCATGCAGACAAAGGTCCAAAAGTTTGTGCACACATACTGGGGACCCTGC ACATCGTAATAAATGCAATGATTGATTGATTCAAAATGAAAACGAGCTAAATTTATTGAC TAAAATAGTGAACAGAGGATAAACAGATTGGTGACATTAGCTTTTCTACTATTCATATCA AGGAACTACTCCTCCAATCCTTTTCCCCGGTAACCATAGCTAATAAATTTGTTCCAAATT TTTGTCACTTCAGAATACCAAGGCAGCATTATTTATCCTCAATTTCACTCTTACTACTTC ACGAAGGCATATAGTCATTGATTACCCATTTAAGAAAAAGATAAAGAGTCAAATACCCCT TATAACTAATATGAAGCAAACAATATGAGAATAATTCTAAGAGGTAAAACAGCACTGATG CATATGTACATTCTACTGGGAAATTGGCAAGAGTGCAATCTATATCAATCATACAACCCA TCCCGAAATTAGTTTGGGTTTGACTTGATTACATGAACCTCGTATACATTATACTTAATT CTGGTTCATTTCATTTCAATACATAAAAAAATCATCTTTTACTACAAATTTAATGGTCCA AGAAACTTAAGGTCCTCTTTTTGATAAAGAACTTAAGGTCCTTTAATTCAACACTAGTAT CTACCCTATTCACGTCCAGTTCATTCTGGTATTAAAAGTTCTCCTTTAAAGACAAAGTAG AGGTTCTCTTAATGTCAAACTTAACCTACCGTATTCACCTCTATTTCATTCATTACTTAA ATCTCATCTTTTAACACAAAGTAGGGGTTCTCTCAAATACCTCTCCTCTACCTACCTTAC TCATCCCCTTTTCATTCCAATACAAAAGCTTGCATTTTTACCTTATTCATATCCATCTCA TTCTAACAATTATATTTTCAAACAAATTAGAACTTCTTTAAATACAATTCTCTAACAACA ACAGAATGATGAACTATTAAACAAAAAAAAAGTCAAGTTGAAAATTGTAAAAAAAAGATT GAGAAATGAATAGAATAAGAGACCAAGCTATTGCAGTTGATGCATTTGCGATTGGGAGGG AGCTTGAGAAGCCCTCTTATTATCTTCTCGTTCCTCTCTTCTTCTCTCCTGCTACTCATG CTTGTAGGTTTATTTCCCCCAATTGAAAAATTGAATTTCCCCAAACAACTTTGGGGGAAA TTGATTGAAAAAAACTAGGGTTTTAAGTAATGGATTTTGAATTTTGTCCAAGGAGGAATG AAGAGAGAGGCATGAAGCAGCTCTCTCTCTCTCTCCACCTTCAGATTTCAACTTGAGGTT CTTTTTTTTCAATACTGCTGTGATGTGGTGTGGTCTATATTCAAATTGCTAATCATTTGT TTTTAAAAAGTTTTTGTCATCATATGTTGTTAAAAAAAAAAAAACATAAATAATACATTA AATTTTTAATCTGATAATCTGACATACAAAAAGATAATTTTCTCTATTTCAAAAAGTCTA GTTTAATTTGAAACGTAATTCAAGAAAAAATTTCTTATAATCTTATATTAAAGTTACGTA AAATATATCAGAATGTTATTTAATATTATAGTCTTGAACATGTCATGTTGAAAGTACAAA TTCTAGGTTTTATCAAAAAAATGAAAGTAGTCATTTTTTTAAACATACTAAAAAGAAAAT GGAATCATTCTTTTTTTAACAAAGAAAATATTAATATAATAAATTACATAATAGATAAAA ATATTTATATATTTTATTTGTTAAAATGAAAGAAGTAATTAGAAATAATTATATAAAAGA TCTTGTGGCAACTTGAATGGATGGAATAATAATGTGCAACTTTCACATATAACTTATAAA AAATTTCATATTTGTATGTTATAGCAAAGTTTGCATAATTGCGCTCCATAGCAAATATAT AAATTGTATAATTCGTTAAGCATATACAGTTGAAGCAAACTGTATAAAACGAAGTGTATA AAACAAGAAAGAGAAAGACACTTGGGCAGAACACTATATAAAAACGAAGTGTATGAAATG AATTATATTATTATAAGGGTATAGAACAATTATATACAATTTGAATTTATATAAAATGAG AAAGAGAGAAAGACAAAAGAGACTTGACAAGGAATATAAATTGAATCGAATTGTATAAAA CCAGAAAGAGAGAAATTAGATACAATTTGAAAATCGTATAAAATAAGAAAGAGAGAAAGG CAAAAGAAACTGGACATGGGAGTATTTTTATTGTATAATTATAAGTGTATAGGACGAAAA TATATGTACTTGCATGTGTATATACAATTTTCTCACGCTTTATACAAAGAGAAACACAAT TATACATTTCGCTTCTGTTTGTATAAGTGAGAAAGGCGAGGGTGGCGAGCGAGATCTGGA AGAGGGGAGAGAGGGGAACAAAAATATATGTATTTATACAATTTTCTCTGCTTTATACAA TTAGAAACAATTTTTATACACTTGTGTTTGTATAAAAAGTGAGGAAGCGAGCGAGAGATA GGAGAAGAGTGGCGAGCGAAATATTTAGGAGAGAGGCGCCTGACAATTTTTTGCAAAATG TTTGCTATGATGCACAATTAAATCAAACCCTAGCTACTCCATTTATTTTAGGTTATTAGT TTGTTATTATATACAATTTTCCCTAAAAAATTTAACAGGTGATGAAAAGTTGATCTGGGG CAGCGTACATTCTGTATATATCCCAATATACATGAAAACAATTGTATACAAGTCGTATAC ATCAAATGTATACCAGTTTTTTCAAGGGAAATGGGCCGAATCCCCATTCAAATGATGCAG GATTTTGTGAGAAAATGGGCCAAAGCCCAATACGACAAAGCAGAAATTGGTGGAGAGCAA GTGGGCCAAAGGCCAATTTGATTTAGGGAAAAGAAGCATATGGTGAGAGGAGTAACATGT GTGTTGTGTCTGATAGAAATGAGAGCATTATAAAGGCTGTTACAAATGTATACAGTAATG TCCCACACTATGCTTGTATGTGGCATTTATGGAATAACGTTTAAAAAAGTTTAGAAAATC TCATGAGAAGTTATCTGGTGTATTCTATACAATGGCAAAAGCTTGCACAAAGAATGAATT TGATATGTTAATAGATACTGTAGAAAAAGAAGATATAAGAGTGAAAGAGTATTTGGATTT AGCTGAATATGAAAAATGGGCTCTTTGTTACGCACAAGTACATAGAGGATGGCACATGAC ATCAAATATTGTTGAGAGTATAAATGCAGCACTTGTTTCAGCTAGTGAATTGCCTATTTT TGAATTTCTCGAAGAAGTAAGGCTATTATTTCGAAGGTGGAATCATGACTACAAGAAGGA GGCAACCTGCACATTCACATCATTGATTGGAAAATACCATGACATACTAACAGACAATGA AGCATTGAGCACAAGAATGACGGTAATATTTAAGAATAAGTATATATTTAGCAGTGTTGA CCAAATTTAATTGTATATATTAGTATTAACATCATTTCATTTAATTGTATTTATAAATGA GCAGGTTGTACCATCAACAGAATATGTGCACAATGTTAATGATGATGGAAGATATTTTGT AGTCTGTCTAAAAGAAAAAACTTGCACCGATGGAAGATTTCAGTACGAGGAAATACCTTG TGAACATGTTTGGGCAGTATTGAAATGGAAGAGTCTACCACCAGATGAATATTGCTCGGA TTTATACAAACCAAAGACAATGTTGAAGACATATAATATGCCTATACATCCTTTACCGGA CGTAAAGGCATGGTTGATTCCGGATAGAGTTATTGTTGATGACGTATTACCTCCAAATTT TAAAAGACCTCCTGGCTGGCCAAAGGGTAAGCCTCGGAAAAAAAAGCAAGAGAGTTATCG AGGATTAAGGGGGAAAATACATGTAGCACATGTGGAATGGCAGGTCACAATAGGCGCTCG TGTAGAAATAAGCCAAAAGATGTTTAAGGCTGATTGTTTTTACCTAATTAAATTTGATTT GAAACTATATGCATTATGACTTAATTGAAATCTTTGTTTTTGTATACTTATATTACTTAA ACTACGTCTTAATTTTATTATGTGTTGTACATTAATGTGTGTGTTGTATGACCTACAAAA GTAAATATTATACTCAATATGCGTAAATTAAATTTGTATATATATACGCAACATGATAAA ATGTTCAACACTAAACAAGTAGATCGTATAAAAATAAAACTCTTTTATCCTTTATACAAA TAAAACTTGAACTACATATATTGAATATGCATAGATAATTAATAAAAACAATGAATAAGT GCTTGTATATACTATATACAAATAAAAACCTGAACAACATATATCTTTTGCAATTTGTAC ATGTATATATTTATTCAATAAAATTGAATTTGTATATATATAGCAATCTAATTGTATGTG CATATACAGTTAATAAAATACATTGAATACATGCTATTATATACTATATACAAATAAAAA CCTGAACAACATATATGTATGTATTTATTTATGTGCATATACAGTTAATAAGATTGTATA TGTATATATATTGCAATCTAATTGTATGTGCATATACAGTTAATAAAATACATTAAATAC GTGCTAGTATATATTATATACAAATAAAAACCTGAACACTAATATAGAATATATACCTTA TACAATGAAATGAGTGTGACTATAAAATATATACAAATAAGAACCTGAACAACGTATATC TTTTGTTATACAAATTCATAAATGTAAGACACTTTATTTTAAAAGTAGTTTTTATACAAT TAAATTGTATATGTATATATTTATTTATATGCTACGTTGTAATATATTTTTATAACACTA AAATGATAGTTCAAAACAAAGAAAATGATATTACGAGTTAATTAAAACAAAAGTTATCGT AAAATTGTTAATCTACAACTAATATTTAAACTGTCAACGTAAAAACCAAAACAATGCTAC AGCTAAGGTATAAAACTACTGGATTGTAATCCTTTCAGAACTGTTGTTTTTTGTGCGGTT CCTGACGGGTTTTAAAGGCGCTTCACTATCACTGACAGCTCCGGCTTGTATCTTTTGATT GCCGTAATTCCACAACAATGCACCGTATCTAAGGCGAATTTCTTCTGGGTCTAAATCTGC TGGAATGTCTTTCCTCTCACTCAAAAACTCCGCGTATGACGCAACATACACTCCACAATC CCTAAAAAAATTATACGAAAAAAAAGTTCAAATGTTATTATACTACTTAAAGTGTATGTT CAATAAAATAGAAATTTATTGAATTTTTGAACTTACAAACTAGCAGCTGGCTGTTGGGGA AGGTCTTCCACATATACAATTTCGAAGGAATCATATACGGTATGACCTTGATATCGATGG TGGCTTGCAATATCCAAACCTTTCTTTAGATAGAAATCAGACTTTACAAGATACATTGGT ATAAGTTGTGCATACTTCTTGATGTGATTGACAACAAATGAGTGGTGAAGAGAATTGTTG ATTGAGTCATACACCTTGATGCATCGATCATTGAAAGATATGACAATCAGAATCCAATGT AACCTGCATTCTAAGTGAACCGGGATGAATACATCATCGACTGTGTGCCATGGTGCATAC GCTAACATCTTGTATCCATTAATATAATCAATTATCATCTCGTCCAACACTTCCTTAGAA AGGTCACCTTTTATTCCATAACATGCATTCCAAGCATTTAGAAAAACAGAGTTGAAATTG CAACATAGATTTGTGAATTTGTATAGGCTACTGTTGGAGTATTTGGCCTTTTTCCTTATA TAGTAGAATAAGACATCTATGTGCTGTGATATAATGAGTAATAATATTATAATTTATACA TTATACAATTTCATTTAACTTAAACATTTTTAATAATATAAAAACAGAAACATATCGAGT TATCAATCAACTGGCGCTCAAAATCGATATTGTAGAATCAATTCTTGTTGTCAATTGTCG CTACACCAAAATTAAAAAATTGTGGTAATGTTGCCTTTCCTTTCTTGTAGCGATTCTCCG CATAGTTCCTATTATAAATAATACAAAATAATTACACAAAACAAATAATTAAAAATACAA GTGTATACAAAAAAAAATATGTTACTTTTTGTAATGCTTGAAGAGAAAGTCTTCTTTAAG TCATATCCAAAAATTTGAAAACAAATTAGACTCTTCCTTATCAGACAATGAAACAAAAGG ATGTTTCATGTAAAACACAACTGGTTGTCGGGACGAACTACCTGAAAAGATATGTATATA AATATTTACATCATGCAAACAATATGCTTATTTATGAAAATGTAAACATAAATAATTGTT TCTTACCAGCATCCGACCCAAACGAAGTCATGTACGGAGATATGTTGAATGGACCTGGGC ATCTATGCCTAACAGCTGACATTGGTGTTACTTCAACTTGTTTTTGTAATGCAATGTTTT GCAGTGTCTTCACGCTTGGAAGAAGATGGTCTGGTAATTCATCCTGTGATTCAGTTACAA CTGTTTCCTGGTTTGAGTCAGGCATGTATACCATTTGTATAGGCGCTGCAACTATAATAG ACTCCTCTGCTTCTGCAATACGCTCATGAGATGCAGCATTGTATATGTTATATATTACCC GACTGTTTGAGCTACTTTCAGTTTTCCTTTGGGCATTTTTGCTGGACATCCACATTAGCA TACAACACTAATTGATCTTGTGAGGCAGTGCCACTTACATCATTCAAATTATCAGCCAAA ACAACTTGATCCAACAGTTGGGAATTCCAGTTTAGTTCTTGCAAGTTATCTCCCAGCTTA AACATAAAATAATAACTTAAATATCTAAAAAATTGATTATAAACCATTATAATAAATTTT AAAATGTATGAATCATTTACGGATACCTCATGATCTTTTAATGCACTTGGATGACCTATC GGTTTTTTTTGTGCACCTAACTGTGAAGACTTGGTATTTGACTGGTGAACACGAGTGATA TGCGTTTCTTGCATGACATCTTCAAATGTAGCCTGAAAATAATGTAAACAATATAAGAAA ATATGTTATAGTATATTTTGTATAAAAATAAATAATATGCTGATTTATAATAATTTGAGC TATACTAGTATATAGTTCTTAATTATTTAATTTCAATATTTGTATAAACTGGATTAATGT GTATAAACTGAATTTACTTATATACAATTTATTTCATTTCAATATGTTTATAAACTGAAT TAATGTATAAATATTGCAAAATAATACCTCTTGTTCTGTCAAATTTGCAGATTGACTTTG GGGTTCATGTGGAGTGTATGTGGGCTGGTGATGAACATCTCCGATGGGTGATTCTTGATC ATCATCGACGACATTAACCTGAAAAATAATTATAGAACTGTATTTATTAGTATATATTAT ATTGTATATAAAAAATTAAAAGAAAAAATTTATACATGTGATACCTTGGAATTCATGGCT TCCAACACTGTTTTGAATTTGTCTTCAAGCATTTTTCTCAAATCAGCGAACTCGTCCTTG ACCTATGTGAAAAAGGTGCATATTTTATTAATAATTGTATATAATCTTTTCAAATAACAT ATATTTGAATTGTATATTTAATTACCGATTTTTTGAATGCTTCAAATTCATCAAGCGAAA TTGTAATGTTTGTTGAATTCTTCATTTGCCCCATTTGTGTTCTGTCTTGAACACTTTTCT GCTCTCCATGTTTATTGTTGTTTGACGTACCTGCATCACTGTGTTTCTCAACACTATTGA TGTTGATGGACTGTGATCGTGTTGCTTTGTGCGCCATTGATCTTCGTGTGTATGTCTTAA TTGCCTTTGTTGAAGATTTATTGATGGAGATGACTGTAATAGATTGCTTTTTCTTTTTCC TAATCGGTGAAGAACATTCAATAACTTTTTTTTCTTTTTCTACTTGTTATACTGGGCGGG TTTTGGAAATCATCATCCGGATCTGTAACTTTATTGTGATCAGTCTGCAAGCCTGAGAAA TGGATTGTTCTGTCGATGGTGGAAGTTGGAGGATTTTAATTTCCATCGCTGTTGGCTCAA TATTTGTAAACTTAATCTGCATAATCATGAAAAATTATAAGTCAATATAATAAAAATGTA ATATACAAATTGTAGTAAGTAAATGTATACTACAAATTATATTAAGTAAATGCATACCGG ATTATCTACATCATTAAAAATTGTTTTCATGAAATAATCAAATCGAGGATGGTCGTTCTT AGTCACCCAATTGATAATTCGAGGAATGTGACTGGAAACCTTGACAGCAATCTTGTCATC AACATACGAGCAACATTCATAGAACCAAACTTGCATTGGAAGTGGAAAGCCCTGAATTCT GTAGTACTGTCCACATGGCTTTAACTTGTTGTTTATGGATTTAGCAAGTTCATTAAAATT CTTCCGACCCCACGGATAATCCATAAATCTACCTGTTTCAACCAGATCAAAGTCCAACCT ATCGATTGTTGTTGTAGTAGGTTCTGCGGACATGATAAACTTATGTATATAATATAGAAT CCCAAACTTGTATGCATATTCCTGATTGTCACCCCATACCTTTGCTTTAAAAGCTTTAGA CAAACGAGCTTTAGTGACTGGAGAATTTCCTGGAAAATACTCATCGATGATTCTATTGGG TTGATCAGTATCAAAGTAGAAGTCAACACCATTATCAGAACAATTCAAACCAGAAATAAT GGCAAATTTCCGTATTGTGAATCGAAGCGTTGTGCCATTTATATAAAAAAGTATTGCATT CACAGAACTACCTTCCAACTCCCTCAACATAATGCATCTAAACAATTGTGCTTGCACGTG ACATGTCTCATTGCTGTTAACTGTGCAAAACACGATGATGCACATATACGATTATATTGA TTTGGAGGCAGTTTATTATGAAGCTCATTCAATGTGTTGATTTGCGTATAACATTGCATG TGAATTGTCCTTTTTTCACGGTTCTTGCAAATATATCTGACTTCCTAAAAAATAAAAAAA GTGTATGAAATAAACAGAGTATATATATACAAAAAAAATCAATTTTAAAAGAAGTCATGT ACACATTAATTTCTGTATATATATACTTACATATATATACAAAAAAAATCATAAAATAAG TCATGCACAGATTAAATTCTGTATATATATATATGAACTTACTTTTTTTGTATATTGATA TATGTACATGAATATATTAGTTAAACATGACATTATATTCAATAATTTGTATATAACTAC TACAATATACAAAATATAATCACATATGATATTTTCCCATCTATATAAATAAATCCAATT ACTTTGTGTATATATTTATATAAAAAAAAATAATGAGGCTTTAATATACAATCTCCTACT ACCAGCTATTAAAACAGGCATATGCATATCATTTTTTGTATATGTATATATACTAAATAT ATACCAAATATATACCAACTTCAATAATTGTATATAACTAATATAATATACAAATTCTAA TCATACATTCAAATTTTCAATCTGTATAACTAAGTCCAATTACTTTTTTATATATATATA CAAAAAATAAAAATAAGTTATGTTGATATGTGTACATGAATATATTAGTTAAACATGATA TTATATTCAATAATTTGTATATAACTACTACAATATACAAATTATACTCACATATGATAT TTTCCCATTTATATAACTAAATCCAACTACAATATGTGTACATGAATATATTAGTTAAAG ATGACATTATATTCAATAATTTGTATATAACTACTACAATATACAAATTATAATCACATA TGATATTTTCCTATCTATATAACTAAATCCAATTACTTTGTGTACTAACTTCAATAATTT GTATATAACTAATAGAATATACAAATTCTAATCATATGTTCCCGTATACAATACTTAAAT ATACTATATACAATTACTAAACATGGAATATACTATATACAATACTTAATTTAATATTTT TTGTATATTGACAACTAATTAACCAAAAAATTGTATCTAACATTGTGTTTTAAGACACTA CCTCTTGATTATGAAGTTCTTCAGATCCGACTACTTCAGAAGCATTTTCCGCTGATTCAA TGCTTGCAGCTTTCCTCTTTCTTCTTCCTTGTACAATCTTAATGCCTCTAGCTTTGACAT TTTTAATAACTTGTTGTACTGCCATAGGGTCTTTTTTTCTTTGATCTCAGCTCTTCCATG GTTTGTTCTTGTATAACTTGATTTGATTTCCCCAAAGACCCTACATCAACCCCAAAATCT TGAGTTAGCCCCATTGAAAAGGATGGTAAAATGTCAACAACATTGACATGCAAAGGACTA CCTATTGTAATCCTCAATGATGAAGATGATTCATTCATTGTTTGATCAATTTTAAATCTA TCAAGAACAAAAAATCGATTATTTCATCAAAATATATGAAAAATAATAATAAACAGAACA CATATACAAATTTTAAATAAGTAAAAAAAAGGGTAAACAACTAAAATTAAGGAGTACTTA CGAAATTGACTTCAACTTGGGGAGGGAACTTCGACTTCGGGAGGGAGAAATCTAATTTTG GACAACGATTTGAATTTCAAACCGGCTAGATGGAGTATTAAATGTAGGAGAAAACGTTGG AATGTTAAAGGAGAGAGAAAATTGTTTGTGAAAAGGAGAGAGAAAATTGTTTTTTGTATA ATTATATACAAAATTAGAAAATAAGGTTTTTATACAATTGGTTACATAATAGGCTGTGGA CCCCATTAATTATAGCAAAAAAAAACTATAATTATATAAGGTAAATAAATTAAACTATAC CCCTATGATATAATTAGTTATGAATGTTTGCCATTTCATATAATTTTCCCTTTGATTTAA GTTTGGGCCCAAAGTCCAAATTTAATATTGGAAAAATAACTTAAATACACAACTATAAGT TTAGTATTCTCTAATTTTCCCTTCTTTTTTTAAATATTACATAATTCTTTTTTTTAAATT TTAGTAGAAGTTTAGAGATACATAGTCTTCTCTCTCCTATAACACACACTTCCCCAATAT CATGCCTATTTTTTCTCCACTAAAACACTCAATCTTCTGAATCACTTTTTGAATTTTGAA TTATTAATTTCAATTAAAAACGTTTAACAACATTTAATATGAAATTTTGAATTTCAAAAT TCAAAAAAAATTGAAATTTCTGAAAATTGGACCATTGTTCTCTGGTTCTTCTTCTTCTTA CTCCATCATCCGTCTATAGTTCTTCTTCTTCTTCTTAATCCATCATCTGTTCTTATTTTC TTCTTTTTTTCTTCTTGTTCATTACTATATTACATCAGCCGTCTCTAGGTCTTCTTTTTC TTCTTACTCCATCATCCGTTCTTTTTTTTGTTCATTGTTCTATTACATCATATTAATGGA TCCTTTTACTAATAGAAGGAATTATGATTCGGACGATGAAAATTGTAAAGAAAATAGAAA AAAGTCTTTGCATGATCCTATGAATGTTTGGAAGGATTCAAACAAAGATTTTGGCGAATC ATCTAAATCAAAGGTTGACAAAATACACCAAAAAAAGTGAAAAGAAGCAGCAATCATTGT TGTTGAAATTAGTAAAAATTTTAGTAAAGAATTCCCATATGTATCATGAATTTTTGAAAA TTGTTATCATGTATCAGACAATAAGTTTAATACATAAGTACTCAGTGTGTTATAGTGTGT TTGTCGATGCATTGCTACATGAATTAGATGTGTATCATATGATTTCCTATATATCAAGAG TTTTTGAAAATTGTTATCATGTATCAATTAATAAGTTTAATAACTGCGCCATCAAGTGTG CTTGTTGATACATATCGACTCAGTGTGTTATAGTGTTTAGACGATGCATTGATACATGAA TTTGATGAATATCATATGATTTTCTATGTATCACGAGTTTTTGAAAATTGTTATCATGTA TCAGTCAATAAGTTTAATAACTGGATGTTCATAAAAATGTCTTCAAACTAGATGATATAA TCTTGAATTTTTTTCAAAATTTGAAATTGTTATCCAACTACGTGCTGAATTAATGCTTAT TAATGAAATGTTATCGTAATTTAAGCTGATTTAGATAACAAATTTTAAATGTTCCATTTT TCTCCTTTTAATATTAACAGTTTTAAGTTACTGTGTATCATTTACCATGTATCACAACAT ACTAATGTATCACACCATAACAATTTTAAGGGATTATTAGTAAATACCAAATTTGTCGGG ACAAAATGTAATTATTGTATTACACTATGGGATTTCTTAAATTTATACAATATATTCCCT TTCTCTTGTATTGATTTATTATTGTGTTGACAACTCTTTTATATTTTGATTATTATTTAA TTAAATCCCTAAAAGAAGTCATTTCTTTTATATGCTTAATATAAAATACACACACATATA TATTTCTTTTTCCTTTATGTGTTATTTCACTAGTTATCTTGAAACTTGAGTTTATTTCCT AAAAATAATCCATTTATAATTAATTAAAAATAATAATAATGATAAATAAGTATATAATTA AAAAGGAGCTTTATGTAGTCAAAGTGGAAGTTTAAGTCAAAGTCATTTTTTAGTAAAATC GTCGGTCAACCGCGAGTTAGCAGGCATTCCGAGGGCCTAACACCTTCTCGGAATATACAT TTGAACTTCGTACTCTTTTCAACTGATTTTTATCTGTTTTAAATCTTTTGAAACATAATT TTAAGTTTTCTTGATTTTATTAAAAAATTAAGTGGCGACTCTATTAATTCGGAAATTGAA TTCTCTTAAATCATAAGATTAATTAATTTTTTGAAACTTAGCCATTTTTTGAATACTATA TATTTTTAAGTAAAACAGTTGGCAGTACGGATAACTTATTAGGTTATTCAGGGGATGATG AACCTTACTATCTAAGTGATGAAGCTCCTAGCTTTGAATTAGAAGAAGAGACATGTTAGG GAGATGGTGAAGAGGTTGAACAAATTGTTAGAAAGAAGAAAAAAAACAGAGTTGTTTTTA ATCCAACTTCTGAAAAGATTGTTTGGGAACTATGTATGGTGTTTGCAAATGTAAGAGTAT TTAGGGAAGTTGTAACCAAATATATTGTTCAAGAAAAAATTTAAATTGAGAAATATGTGA ATGAGCTTGGAAGATTCAGAGTTAGTTGCTGCAAAAAGGGTTATCCTCGGTTATTGATTG CAAGTTTGTATAGCCAAACTACATATCTTGTGGTTAAAAGGCACAATCCTATCCATATTT GTGTGTTTTCAATTCATAACTATTTGTGCAATTCAAGGTTTCTAGTGGCTAGACATAAGG ATAGAATAAGTGAGCAGTCAAACATCAAAATTATCAAGTTACAAGAGCTTAGTAGTAAAG AATCGGATATTTTTGTTGGAAAGACAACATTGAGAAGAGCTAGAGCTAGAGTGTCAAAAC AGATTATGGGTGATCATATTGTTGAATAAGGAAGAATTTTTTATTACAGAGATGAGATTT TAAGAACAAATCCAGGTAGCACTTGTATTGTTAAAGTTGGAGAAAATACTGAAACTGGGC ATAAAATCTTTGAAGAATCTTATGTGTGCTTTCATGCTTTAAAAAAAGTTTACTTTGGAG GTACTAGGAGATGTATTGGCCTAGATTGATGTTTTCTCAAAAAAATGTGCAGAGGCCAGT TATTGGTGGCGGTTTGCGAAGATGGAAATAATCAGATGTTGCCCATTGCCTGGGTAGTAG TTGAGGTTGAGAATAAATTTACTTGGGCATGATTTTTGACTCTACTGAAGGATGATCTTG ATCTTGGAGAAGGACAAAAACTTACCTTGATTACTGATATACAAAAGGTGTATCCTTGGT TATTATTGAATACTTGGTTCACAATAATGCTTTTATTTTATATACTTTTTATTAACATTA GCGCTTTTACATGTTTATTTTCTATCTTTAATAGGGACTGGAAATTGTTGTGCTTGATTT ATTACCACTTGATGAACACAGGATGTGTGTTAGACACGTCCTTGCAAATTAGTGCAAAGA TTGGAAGGGAATAGAAAAGAAATCTTTTCTAGAAGATTGCAAAATCTACATTTGAAGCTG AATTGAGGAATCACATAGAGACTATAAGAAAATTAGGAAGGGACTGCTTGGATGGTTTTA TGTACTACAATGCAGATAGGTTGTGTAATAACAATATGAAAAAGAGCTTCAATTCATGGA TATTGTCTGCAAGATACAAGACAATCATTACAATGTTGGAGGAGATTAAGGTAAAAATGA TGAAAATAATTGGTCAATTAGGGAAATTCTCAAACATATGGGTCACTGATATTTCACCCA TGACTTTCAAGATTTTACAACAAAAAATTAATAAGTCAATGCAGTGTAACATATCATGGA ATGAAGAAAGGGATTTTGAAGTTGTAGAAAAGGCTTACACATTGTGTAGACATTGTTAGG CGCAGTTGTAGTTGTAGAGGTTCGCAACTTAAGGGCATACCTTGTCCTCATGGAGTTGTT GCCTTACACTACAAGCAATTTGAACCAATTAATTATGTGGCCAACTATTATAACAAGAGA ATCTATCTAAGTACATATGAATATATAATTCAGCCAATAAACAATATGGGTATGTCGCCA CATCTGTTAATTCAATAGTTCGACTACCAGAAATTTAGTAGTTGCCTGGAAGGACAAGTA AAGCCAAAAGAAAAGAGGCAAATGAAACAAAGAGAACTGGTAAGTTTAACAAATGTGGAG TTGTTATGACTTGTAGCAATTGTCATACAAAGGGCCACAATAAAAGAGGTTGTCCTATTC CTCCATCTATTCCAATTCAAAATGCAATAACTTATACTCAACCATAGGTAATTGTATTAA TTGTCATTAATATTTAGTTGAATATATACCAATATGTTGTGTTATAATAATCAGACCAAT GAAAATGGTAGAGAAACATGGAAAGGAAGATCCAAGGGAAGGGGGGTGTCTCAAGGAAGC CAAGAGAACATACATGTAATGCCTCAATAAAGCCAACACAACACCTCAAGAAAGCCAGCA CAACACACAAGCAATGCCTCAAGGAAGAGACAGAAAAAAAGGCAAAGGAAGGGGCAGATG AAGTAATGGAAACAATGACGAAGGCACGAACAGAGGAAGAGGCAGAGGAAAAGGTATGCC TCAAAGAAATCATGAGAATGAAGGCAGTAATGGTGGACAATCTTCAAGACCTTTTAAAAG GCCAATGATGATAGGATTTGGAGTATTGGTTGGTGAAGATGGTTTTACAACTGCTAATTT AGGTACAACTATTTTTTGTTGGCGATGATGGTTTTTCATATATTTTTATTAACCTTTATG GTTTATTTATGCTACATGATATGCAAGGTAGTAGGGTTGTTGACATTGGTACAAAAGCTT CAACGAGGTCTGATGAACTTACTGGAGATATTGGTTATCAACCACGTTTTGGAGTGAAAT GAAAGGGAAATTAGCCATTATGAGTAATAGGCTTCAACAAATGAAGGGTGAAAAAAGAAT TCAAACAGGGTTTGCAACTGCTGCTACTAATGAAAACCAAATCAATTCAACTACTTAGAA ATAGTTGACTTTGGAATTGTTGTTTTTTAATGTTTGGTTATTATTGTATTATGTACACAT TTCTTTATACCAAACTATATTTTGGTGTATTATTGGGTATCAATTGTGTTTTGTCAAGTT TGTTTATGCAAATTTCTTCTCTGTGACAACTAATCAAGTTGTATCAACTTCAAACTTTCA GTAAGAATGAAAACAACGAATTTCTTATTTTGTCACAAAGATTGTTATTATGATTAGTCT CTTTTGATCAAGTATGAAAGAAAGTTGGTAGAAGAGATTACAACGTTGTATATTGTTAAA TGATCATAAGATATCATACAACATAGATGTATTACACAACCAAACATCAACGACAACAAC AATGTATTACACAACCAAATAAGGTTTCCTTAAACCAGACAAACTTCCAATGTATTAAAC AACCAAACATAAACGAAAACAACAAACAACAACTAAGGCAATTCCAATGGCATACAACTA CATCTTCCAACATTCACATTCTTTTAATGCCTAAAATCAGAAAAAACACTGCGACAAACA CTATGATAAGCTTCCAATTCAAGATGCTACATTTCATCATCTTCTTCTTGATTAGCTTAT CATGACATATTTGATCACCTTTCTTCTCCAACAATTTCATCTTCTTCTCTTTAATTTTAT AGAATTATAATGCTTCTTCCAATTCCTTAATTCTATTTGCCAATCTTGGATAACAGACTT GAATCGGATATCGATCTCCTGAAGATCCCTCCATCTAGAGTACTTGCATGAATTTTCCTA AAAAGGGCCATACACAGTGAATTTATTGAGACAAAAAACAATAGAGAAATTTGTATCGAA CTTACACAAAAGCCTGGACAGGACCAAAAACTTCTACCTGGGTTGTCTCAGACCACAAAG TCTGCAATTGCATCAAGTCTCCATGTTACATCGCATCGTTAAATGCAACACTGGATCGTT CACATCATTACAAATGCGATTCAAGCTTGCATTTGACATCTCTCTCTCTCAAAACTTAAT CACAGGAAATTGATTTCACAGTCTTTTTTTTTTAAAAAAAAGAATCAAAATGAGAAATTG CAATCTCCAGCGGCTAACAATTGAGAATTTTGGGAAGGAAGGAGTGGATCTATTTAGTGA GGAAACTAATTCAAATTGGAAATGTCAAATGTCGTTTTAAAATTGGTTGGATGTTGTTCT TTTACTTCTTGACGCGCCCAACCTGCGTGAGAGCACTGATGGGTTTGAAACGGGTCAGAA TGATATATTAATTGCGCTTTTGGATGGTTTCGTGGGGTGATAGGACCCCTTTAACTTACG ATGTCTACTTGAAAAAAAATATAAGTTCCATGGATAATTATGTATTTCCTAATTTTTTTT CTAATAACATTATTATAGGACACGTTATTCAAGATATATTTGTTAATTTTTTTGTTTGGC TAAACGACGCAAGGGGTTGTTGATCGATCCCATTTGGAATGATACAAGACTGGAGACAAT TCAATTATTGGGTTGTGATGAAAAAAAATATAATTGGAAGAATATATTATTGGGTTGAAA TTTTGGCATTTTTTGAAGTAGTAACAGTTAGGAAGCGTAAAGCTAAACTTGTTTGAAGAA ACAATATATATATATATGGACCGTACTAGTGAATATTGTAAAACTTGTTTTGTATATGTC ACATAATAATACATAAGTTGACGAAAATATTTTTTTAAAAAGAAATAAATATTGTTGGTC ATTATATGTAATCAATTCAAATTTATGAAATTGTTCGAATTATATTAAAATAATGAATAT ATTAGTCCAAATAAATATTATGAATTAATATAATTGATTTAATATTTAAATTCAATAAAT ATGAATTTAGTTAAAGCCTCTCCATAAAGCTCATATGTCATGTCATCGCAACTCCACTAG AGAAAACTTGTCCGATCAAGACCGTCGGATTTCTCTACAAGAATTCAAGTACTCAAGTTT CAAGAATGATAAAGATCAAGACCGTCGAATTTCTCTACAAGAATTCAATTATTCAAACCG CCAGAATTCTCAAGTATTCAAGTTTCAAGAACTATAAAGATCAAGACCGCCAGATAGCTC GAATGAGAATTCAAAATAGATGAAAATAGAGATCAAATCCAAGCTCGAGATAGAGATCAA GATCAAGATAAATCCCAAGTTCAAGATCTGAAGTCAAGATCAAGTCTAAGTTCAAGATCG AGATCAAGATAAATCCCAAGTTCAAGACCCCTTAAATTATATTTGAAAAGGCGAATTGAA AGGAATCATAGAGATTGTAACAGTCACACTCGAAATAATAAAACGATTGAAGCTATAATC TTTTTTTCTTGATCATTGTTTTCTCGACGTGAATTTTATCGTCTACAATATTATCTAAAC ACTATTATAATATAAAAATATGGTGCACACATCGATGGAGACATACTCAAATAGGCATTT AATTTTGTCTGAATTACTTTGTTGTTTCAAGAAACTTAATACTCCAGAATTATTGCATCA TTGACATAGAGTATTATTATGCTATACTGGTTTATTGAATGAAATACATGTGCAATAATA CAGAATCAATTATGATTTGGATCTTCCAACTACCCTGATTTATAATTAACTAATTCTTTT GTTCCCACACACACATATCATGCATACGTAAGGTTTAGAGATAAATAGTGTATATATCTT TTTGTTGGACTCTGTTTTAGTTTGAAGAAGACAATGGAGGAGGGGTTGTTGAACAATTAC GAAGATTGTCCAGGTTGCAAAGTTGAACAGTTAAAACGATCAAACAATGGCATCCCTGTT AAACCTGTCCTCTTCATCTCCGTTGTTACGTTATGTGCATGTATGTCACTTTCTCTAATA TCATAAAACGTTTTTGCCTTCACTCTTTGTCCATTCTTGTGTTTATTTGCCTGAATTCTA TATCCATTTATCGTCGTTTATTAGTTAAAACTCATGCATATATATATAAATGCCATTGTC TTATTGATTGTGAGACTACTGGCTATTATTTTGTTGATATTTAAGTGTGACAATTTTAAT TGTTTGTACTTTTCTTTTAACAATTGTATGTGTTATAGGAGAATTTGTTTATACTGTATC GTCCCAAGCAAAGTAAACGCTTGGTCTACATCTGTACAAATAGTAAATGTTTTGATCCTA ATTCTCTTTTTGAAGATAATTTTGAATAAGTAGTTAATAATTCAAAAAAATATATATATT TTTGTTTAAGTAGTGGAATATTGATGATGATGCAAATTGTAGAGATTTTGGACTATGGTT GCCTTGTTTTTGAGCTTATGAATATCCATGGACAAATTCTAAGACATATTATGACTATAC AGTACTTGTTTGCGTTTTGTTTTCCAGCACCATTAGATTTGGTTCACGATTTTCCACTAA CATACTGTCTCTTCTCAAATCTTTTGCAGCTTTGCCGATATCATCTCTCTTCCCTTTCCT CTATTTTATGGTATATATCCATTATGTTACTCATGAGCTTAATGATCTTGTGATAATGTG TTTGATATGGTATCGGTATTGTATTTAACTTTCTTCGCCTACTATAAAAGGTTAATTAGT GCATTAGGGTGCTTAAATACGAATGAAGCATTATCAAGAGTTGCCTCTTTAGGCAGTAGC AGAGTTGTATCATGTCAAACCAGAACACGCGGTTAAACTAAATTACGAATGAAAATGTGG AGAAATCAACTTAATTAGACAATCAACATTTGGTCAGGTACAAGTATGTGATGTAATGAG AAGCACCAATGTACTGTCTCTCTTTGCAAACGAAGATTTTTTAGTAGTAGTTTAATGTTA ACAAAACCAGAGAATCACACTTTCATTGGAACTAGAATGTTTTTTTTTTCAATTGAGCAA ACTCATTTTAGTTTCTTGCCATACATCAAATAACCAGATATACCAGCCGAATACATAGAG AAGTTTGAGTAGGAGAAACTTATCATTTATAGGTGACACCATATAGTACTGGAAATAATT AACTTGCACATAGAGCTTCTCATCAAGTTAAATCATTTATATTCTACTCAAGCAACTTCC TTGTGTCTTAGTCGTTTATAGCTCCTTTCTTCTTGTCTGTGATTCTTGATCTGCTAGTCT CTACACTATGGTTGTGGAAATATTGACATTTGACTCCCACAGGTAAGAGATTTTCACATT GCGGAAAGGGAGGAAGATATTAGTTATTATGCTGGATATCTAGGTCAGTCTACCATCGGT CCATCGTTGCTTCTGAGTAACTTCAGTGTTTTCCTTCTTACATCTTTGTCATTTCTTGAA GGTTCTTCTTTCATGTTGGGAAGAGCTTTGACCTCTATTCTTTGGGGAATAATTGCTGAT CGTTATGGTCGAAAGCCAGTTGTTGTGATTGGCACAATTACAGTGTTAGTATAGTGCTGG TTAATCACTGTCCTCATGCATAAGATTTTTGTTTTAACATAAAAATTCAGCTATGATTCA ATTGTGCAATTTCATTCAAGTTTGCTTTTAATTTCTTATATGAGGTATCAACTGCAGGCT TATTTTCAATGCACTCTTTGGCCTTAGTACCAATTATTGGATGGCGATAGTTACAAGGTT CCTTATAGGCAGTTTGTGCGGGATAATAGGCACAATGCGGGTATGTCTTTACTGCTATGT GGAATTTTATGTCAACTATTAACATCTTATTTTTTCAGGATTGACATTCTGGTTTGTATT ATAAGTTTTTACTTACCTGTTTAAACTAATTTAGTACTACCTTTCTTGTGCTCTTCTTTT TATACAATTAAGAGTATGATGAGCATTGTTAATGGAAGCATTCAACTTGTTTAGTTGTAC AATATCTCCAGGCTTATGCTTCTGAAATTTGCCGAAAAGAGTACCACGCTTTGGGGATAT CTGCTGTGAGTTGCTTCTCTCCTTCCTGTCGTCTCTCTTTTCCTTTTAACAGGTTTTTTG CATAGCTCTGAGATCCTATGCCATAAAATGTTTTTAAGCATCTTATTTATTTAGGTAAGC ACGTCATGGGGAATAGGATTGGTGATTGGTCCTGCTATTGGAGGTTATCTTGCACAGGTA CAGTACTTCTCATAGTGGAATTGTTGGTGATAACTTTTAAAGTAGTGATGATTGAAAACT ATCTCTCTCGAAAGAAGTGTTTCATCTGACTTGATTCATATATGGTATTGGACAAAAATT CATATAAGTGGTTAGTTAAACGAATTAGTTTTGGTCACGATTACTAGAAATTATTGCATG TTAAAGTTGCAGTAATACACTGCATACTTGCTTAATGTCCTCCCAATTCCCATGATCCAA GATGAAAGATGTGCTGAAGGAAATCCTAAGAGGTTCTAGCGTTGCACTCGTGCAACATAC ACAAGGTGAAACAATTGAATACTCCACCAGATATTGTAACACCCTTACTCATAGTGAGGA AACTATCCAGGAACAATTTTCATCTCATCCATGGTACCTGACAACTTTTGCATAATAGAC TTGCTATTAAAACAACGCACCATTTGTTTAACGTCTCTTCATGACTTGAACCTGAAAGAT GTCCTACTTTGTGTCAAAACCAGCTTACATAAGCTTTTAGAAGCTCTACTTATTAAAACT GTTTTTCTAATTATTATGAGTACAGTATAGTGACTAACAATTCTTGTGCACTTATGTTGT TTCTAGCCAGCAGAAAAATATCCAAGCATATTTTCCAAAGAATCCTTTTTTGGGAGGTAA GCGACATTCTTCCTGTTCTGTACGTTTAACTACTCTCAACTTTCAATATTGAGAAGATTT TGGTTGGTCTGGTTCTATCTGGTTATTTAAGAAGTTTATTTGTTTGTTCTCTACCTTGCA GATTCCCATATTTTTTACCTTGTCTTTTGATATCAGTCTTTGCATTAGCTGCAACAGTAA TGTCCTTTTGGCTTCCGGTATAACTTCTACTCTTATATATACTTATTTCTCATTTTAAGT GCCATCTAGGCTTTCCTCCATAAATATCTTTCTTATTCACACTTCAGTTGCTTAACTCGT GATAATGTTCCATAGCTAAGAACATAGTATGTAATTCTTGAAAATAATCTATTCTAATCC ATAACATGAACTAAAGAATTTGACATAACTAATTCACTGTAAAACACACAGGACCAGATT TTATTAACTGAAACAGTTTCTGCAGTTTGACTACTTCTAACATGTTGCAGGAGACACTTC ACAAGCATAACAAAATAAAACAAGATAAAAATAACTTTCAAGAGGCTGTTGAAGGATCTC CAGATGAATCAAATGGATTAAATGTGTCTCAGAACATAAATCCTTCTGAACGCAGAGCCC CTAGCTCTCAAAAAAGCCTTCTGATGAATTGGCCCTTAATGTCTTCTATTATTGTCTACT GTGTATTCCAGCTCCACGATATAGCCTATTTGGAGGTAATGTATCTTTCTTTGAAAAATC ATTTTAATGGAAAAACGGGAAATCCAAGGAACCTTCTGGAGAATTGATCCTTAGCTTGAA CAAACTTGTAAATATATCTTACTGTCGTGTGCTTTTTCAGATATTTTCACTCTGGGCTGT TAGTCCAAGGACCCTTGGGGGTTTAAGCTTCACAACTTCTGATGTTGGACAAGTTCTTGC CATCACAGGTAGACATTGCTCAAATCTTTGCAGGACAATTTGCCTTGTGTTTTCTGAACC TTTTTAGGCAGACTATATTGGAAAATTGTGCATCTTTTAATCAAAAAAATACTATTAATG TTTTGCATCACTCTACAGGCATTGGTTTGCTACTCTTTCAGCTGCTTGTTTATCCACTGG TGGAAAGGATTACTGGGCCTGTCATGATTTCTCGGATCGGTGCAGTATGCCCCTGACTAA ACTGACATATCACTTATATAACTACCACTTCCTATAAAGTTTCTTTTTCACTGTTAGATT ATATTGAACTTACTTATCTTTCAGGTTTTAAGCATACCTTTATTGGCTAGCTACCCATAT ATAGCTTTATTAACTGGTTTTGGCCTCTCCATAGCTCTCAACTGTGCATCTATGTTAAAG AATATTCTCTCGGTAAGAACTTATCCTTAAATCATTGAGTTCTTCAGCTTCATGAAGTTA TTGATGATAAAAATTCAATGTAGTGCTTTTGTGAATATCCAGGAATAGTTACTTATGTCC TTTTTTGTTTTGTTTTTCCCTTTTTGAATTCGAAATGTTTTTACTCCCACTGTTGGCGTG TATGCAGTATGATTCACAAAAATGATGGTGCATGATGAGGAGGAGAAAGAAATATATGAC CTATAATATTTTGCTTCATTCATCTTTGCAGCTCTTTTCTCAAGTTTATGTTAGCTTTAT GCTTTGTTACTCAATATCTAAGGTTCTTCGTTGAATGTAAATGAGTTGTATCTTAATTTT CTGGTTCATGATATCTCCTATTTCCTATACATGAAAATTATGAATAATATATCTGCTCAA TTAACTTTGTTTGGCTTTTGCAGTTTCAGTATCTCGAAGTTGTTTGCTTGGTCTAAGTGG TTATTTTTCATATTTGATCAGGTATCAATTACAACTGGCTTACTAATCATGCAGAATAGA GCTGTGGTAACTACCTTATACCATAAGCACTTTTTTTCCTTATTATCCATATAACTGTGA TCAGTAATGTTCATGTGTGAGTAAAATGTTTTAACTTCAGTCCCAGGAGCAAAGAGGAGC TGCAAATGGCATTTCAATGTCCTCAATGTCGCTTTTCAAGACAATTGGCCCTGCAGCCGG GGGCTCATTGTAAGTTGTTAATTTCTCTTTATCATCTGCTGATCTTCAAGGTCATTCTGT GCTTGTCACTTGAATTTGAACCTTGTTTGGTATTTGAACATTGGGTTGAGGCATTTTCTC TTCCCGTTCTTACCCTGAAAAGGCAGGGACAGCTTATGTTCGTGAACCGATAAACCTCTT TCATCTAACCTAGCCTCCTCCATCCCTCGGGACTAACAAGGGGTAGTACAGGAGTACTCA CCTTTCAGCCTGATCTTAGCTGTGGACGAACCCTTAGGTTTTGGGGAAATTGGATTCTCA CCAATGTTTGCGTTACTCAAGCCAACACCATTAAACAAACTTAGTACCATATACATGTCA TGCAAATGAATGTAATGATATCTCTTATAAGTACTTCATGTTTGGCCAGTAACGATGCAG GGTCTGAGATTAACTTGGTATATTTGAAAATGCTAGAGTGGTGTAGTGATATAATCAGAT GTTCATTTCAGTTTTAGTGAATGGGGGATTGTGTCTATTGGAAATGTATATGATTTTTGT CTAACTCGAAAGTTAAGGTCTACTGTCTATCAATCTAGACGAATAGATTGACAAGATTAT GTATCATCACAATTTTATGATCTGCAATTTATGCAGATTGTCCTGGTCACAACGGCGTCT AGATGCTGATATTCTGCCTGGTAAGTTAATTACTCATTTCTGATGGCCTACTTTGATGCA CTTGAAATACAAAAGTTAAGCCCAACAAACTAAACATAAAGGCATTGTGATGTTTGTAAC ACAGGTGATCAGTTGGTGTTCTTTGTTCTCAACGCCATTGAGTTGCTCGGCCTACTTCTG ACCCTCAGACCCTTTCTGCAAGAACCTGAAGACAGCGATAATGTTCCAAAATCAAAACAC GACTCTTTGGATCAAGAAAATGGAATGCAAGAGAGGCTCGTGTTGACGGAATTACCCTGA AGTACCAACATTACAAGTTAGATGAACATTATCTTCAAAGAGTTGAACTAAAGCTAGTTT TCTAGCTGTACTAGTGAACAAATTCTCTCAGGATGATTGATTGTAAACCTTAATATCCAC CATATTACAGATTTATGTATGTTATGTAATGTAATGGAGAGTGAAAGATGCAGTTTTTAG GTGTATCTCTTCTTAGAAAAACAAATAAATGAATGTTTTGAGCCTTGTGAATCATAGGAT ACAAAATGAGGTGAAAAGAAGTGATAAAAGAAGTGAAAAATTATGTCTAATCTATGATTT TTCTAAAAAAATATGTGAAACAGCTCAACAATTCAATTAATTTGAATGGAGATATTAATA ACGCAAATCAAAGCAAAAAAATATAAAAATGAAAATTCATTGTATTTTTTTTACATGTAT AACTATTAATGTTTACCTAAATAAACAACTAAAATCATCACCATTTTGAAAAAAAACTAG GTCCCGTAGATACTCGCTCAATCCGTTTTTACATGTTACCTTCTTATTTTGCACTTATTG AAATGATGTAACTTTACCTTTCTAACCTTATTCAATAAGTATATCTTCAAAATTAATTAA CTATTCTATCAAGAGTATAATAGGCAAAAGATGATGATTTTTCTGTATAAATTTTAGGAA TAATGCACAAATACCCCCTAGATTATAACCGAAACTCCAAAGATACTTTAACTAAGTTAA GATCCTATTACCCCATAACTTACTTCTTTAATAATTTTGTGTACCTTTTTGTCTACCGTG CCATTCAAATATCTTTCAAGCGCCTCAATTGAGTGAAGTCACGAAATGTGCAACGTAAGA TAAAAAGGTGCACAAAATTATAAAAAATAAATAAATTTAAGGGTCATAATCTTGGGAAAA ATAGAAGAAAATAATAGTAGTAGTAATGTTTGTTTGTTTGTTTGTTTGTTTGAATATATG AATGAAGGAAAAAGTGAGAGATGATGGCAAATCCAAGGAGGACAACATTTTCCTCTTCCG GTAACCAGAACCACCACCAACTTCCAATCTCCACCGCCCCATTTCAGAATCAGGGAACCC AAATCTCAAGTTTGATGAACTCACTCAAATCCTTCCTCAAGAAACCCCATGCTTTCCCTT TTCTCCTATCCCTTTTCCTTTTTCTCACATGGGTTTCACTCAGATTCCAACATCCTTCAA CTTCTAACCCTCAACGAGAAGAGTGGCATGCTAAGGTTCAATCTGGGTCCGATCAAAATG CTAATCTTGTCAGGTTTTCAGCTTCTTCTTCTTCGATTGCCAAAGATAAACGTGGATGGT TGATCAATCCTATTTCCCTTGCCCTTGATTCTGCCATTTCAGGTCTCTCTTTACCCATCT TTCTATCGTCAAATATTATTGAATATGCCTGATCCTAACCTTATAAATGGAAGCTGCATT ACTGTCCCTTCTCCTCGAGTCTTATTAGGTTCATGTGGATTGATGTAGAGTTATTAAAGC AAGAAAGAAAATTGAGCATTTTGGGGGGGAGATAGCTAGTTAGAAACACCTAAAGGGCAA GGAAAGCTTTGTTTTTGTGAAGGATTTATGTATGCCTATCTTGACTATTTTTGGCATATT AAAGCTCAGTTGATTGATTACCTATTTGAGGAAAAAAAATGTTTAGTTGATTGATTTATT ATAAGTGTTAGAAATTTAAGAAAATGTGCAAGTCTAGAATTGATTTTCTTGTAAAGATGA GGAGGTTAATCTTGTGGGGTTCCTAGCTTTTTTTGTCCAGTGTTAAGCGTGGGTGATTGC TGTTGCTCAATGTTGTCTTGCCCTTGATTTTAGTTTCTTACGGCAAGATGAATTTAAACA TTTCATACTCCAAGAGAAAAAAAAAGGAAGAAGAAGAATATTTTAAACGAATTGTATTTG TCATTCTTCAATTGATTTTTCCTATTGACAAAGGGAGGTTATGCTTGGTTCAGGTGGGGC AGCAGTTTGTGCTTCAGTTCATTTGGGTGAGATCAGATCTGGTGGTCTTAGAGGCAACCA CAGACACCATACATGCAATGAGACATTTGTTATTTGGGGAGCTAAGACAGTATTCCGGGT ACTTTTGTAGTTTTGCCATAATTTTCAAATAAAGCAAACACTCTCAGACCTTGAACATTA CAATGTATGCTAGAGTTTCATTCGTTAGACTTATTCTGATTAGGTGTATTTCTTGAATTC GAACCCTAAGCCATAATCAAGCTTTCGTTTTAAGTCCTTCAAATTTTCAAATAAAGCAAA CATTCTCAGACCTTGAACATTTACATTGTATGCTAGAGTTTAGACTTACACTGATTTGGT GTATTTCTTGAATTATACCCTAAGCCACAATCA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.908 1200 1537 match_2 match_part 0.922 1371 1795 match_part 0.896 1865 2161 match_3 match_part 0.922 25767 26406 match_4 match_part 0.985 25958 26409 match_5 match_part 0.998 26005 26404 match_6 match_part 0.917 43436 43483 match_part 0.951 43940 44533 match_7 match_part 0.917 43436 43483 match_part 0.961 43940 44509 match_8 match_part 0.958 44045 44524 match_9 match_part 0.999 44670 45549 match_10 match_part 0.968 44704 45288 match_11 match_part 0.967 45082 45849 match_12 match_part 0.970 45226 45926 match_13 match_part 0.928 45230 45786 match_14 match_part 0.998 45615 46252 match_part 0.964 50336 50667 match_15 match_part 0.995 45834 46252 match_part 1.000 50333 50680 match_16 match_part 0.943 51296 51684 match_part 0.977 52016 52145 match_17 match_part 0.943 51299 51684 match_part 0.967 52016 52045 match_18 match_part 0.938 51381 51684 match_part 0.993 52016 52160 match_19 match_part 1.000 52346 52587 match_part 0.995 52699 52920 match_part 0.982 53328 53602 match_20 match_part 1.000 52347 52587 match_part 0.995 52699 52920 match_part 1.000 53328 53377 match_21 match_part 0.992 52789 52920 match_part 0.991 53328 53773 match_part 0.951 54117 54341 match_22 match_part 0.976 52796 52920 match_part 0.981 53328 53809 match_23 match_part 0.984 52796 52920 match_part 0.988 53328 53667 match_24 match_part 0.995 58972 59394 match_part 1.000 59962 60156 match_part 1.000 61071 61379 match_part 1.000 62277 62498 match_part 1.000 63793 64452 match_part 1.000 65313 65783 match_25 match_part 0.935 59004 59404 match_26 match_part 1.000 59071 59412 match_part 1.000 59962 60136 match_27 match_part 0.916 59104 59412 match_part 0.979 59962 60156 match_part 0.911 61071 61194 match_28 match_part 1.000 60129 60156 match_part 1.000 61071 61379 match_part 1.000 62277 62295 match_29 match_part 1.000 60130 60156 match_part 1.000 61071 61379 match_part 0.991 62277 62498 match_part 1.000 63793 63810 match_30 match_part 1.000 61405 61463 match_part 1.000 62253 62716 match_31 match_part 0.980 62296 62498 match_part 0.965 63793 64332 match_32 match_part 0.980 62296 62498 match_part 0.971 63793 64279 match_33 match_part 1.000 62336 62498 match_part 1.000 63793 64276 match_34 match_part 1.000 62336 62498 match_part 1.000 63793 64204 match_35 match_part 1.000 62336 62498 match_part 1.000 63793 64016 match_36 match_part 0.977 63548 64382 match_37 match_part 1.000 63876 64452 match_part 1.000 65313 65388 match_38 match_part 1.000 63876 64202 match_39 match_part 1.000 64025 64452 match_part 0.994 65313 65483 match_40 match_part 0.980 64056 64452 match_part 0.934 65319 65679 match_41 match_part 0.987 64151 64452 match_part 0.993 65313 65462 match_42 match_part 1.000 64217 64452 match_part 1.000 65313 65783 match_43 match_part 0.996 66362 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67855 match_44 match_part 0.968 66369 66866 match_part 0.985 67471 67535 match_part 0.993 67650 67802 match_45 match_part 0.976 66371 66866 match_part 0.969 67471 67535 match_part 0.982 67650 67812 match_46 match_part 0.962 66371 66866 match_part 0.969 67471 67535 match_part 0.941 67650 67768 match_47 match_part 0.939 66372 66866 match_part 0.985 67471 67535 match_part 0.916 67650 67768 match_48 match_part 0.964 66372 66840 match_49 match_part 0.976 66376 66866 match_part 1.000 67471 67525 match_50 match_part 0.998 66379 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 1.000 68093 68191 match_part 1.000 68626 69038 match_51 match_part 0.967 66380 66866 match_part 0.985 67471 67535 match_part 1.000 67650 67728 match_52 match_part 1.000 66385 66866 match_part 1.000 67471 67535 match_part 0.994 67650 67813 match_53 match_part 0.959 66385 66866 match_part 1.000 67471 67524 match_54 match_part 0.975 66388 66866 match_55 match_part 0.974 66388 66765 match_56 match_part 0.979 66388 66724 match_57 match_part 0.984 66389 66813 match_58 match_part 1.000 66390 66866 match_part 1.000 67471 67535 match_part 0.988 67650 67977 match_part 1.000 68093 68110 match_59 match_part 0.994 66391 66866 match_part 1.000 67471 67535 match_part 0.994 67650 67977 match_part 1.000 68093 68116 match_60 match_part 1.000 66391 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_61 match_part 0.994 66391 66866 match_part 1.000 67471 67535 match_part 0.979 67650 67843 match_62 match_part 0.998 66391 66853 match_63 match_part 0.986 66391 66828 match_64 match_part 0.994 66392 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67805 match_65 match_part 0.962 66392 66760 match_66 match_part 1.000 66393 66866 match_part 0.985 67471 67535 match_part 1.000 67650 67659 match_67 match_part 0.994 66394 66866 match_part 1.000 67471 67535 match_part 0.991 67650 67977 match_part 1.000 68093 68103 match_68 match_part 1.000 66395 66866 match_part 1.000 67471 67535 match_part 0.985 67650 67977 match_part 1.000 68093 68121 match_69 match_part 1.000 66395 66866 match_part 1.000 67471 67535 match_part 0.997 67650 67977 match_part 1.000 68093 68109 match_70 match_part 0.998 66395 66866 match_part 1.000 67471 67535 match_part 0.988 67650 67975 match_71 match_part 0.998 66395 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67867 match_72 match_part 0.973 66395 66841 match_73 match_part 0.982 66395 66831 match_74 match_part 0.996 66396 66866 match_part 1.000 67471 67535 match_part 0.993 67650 67952 match_75 match_part 0.996 66396 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67890 match_76 match_part 0.996 66396 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67869 match_77 match_part 0.994 66396 66866 match_part 1.000 67471 67535 match_part 0.985 67650 67849 match_78 match_part 0.994 66396 66866 match_part 1.000 67471 67535 match_part 0.982 67650 67813 match_79 match_part 1.000 66396 66866 match_part 0.985 67471 67535 match_part 0.874 67650 67768 match_80 match_part 1.000 66396 66866 match_part 1.000 67471 67535 match_part 0.983 67650 67768 match_81 match_part 0.994 66396 66866 match_part 1.000 67471 67535 match_part 0.981 67650 67702 match_82 match_part 0.996 66396 66866 match_83 match_part 1.000 66396 66853 match_84 match_part 1.000 66398 66866 match_part 1.000 67471 67535 match_part 0.988 67650 67977 match_part 0.938 68093 68124 match_85 match_part 0.998 66398 66866 match_part 1.000 67471 67535 match_part 0.996 67650 67903 match_86 match_part 0.998 66398 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67871 match_87 match_part 0.989 66398 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67869 match_88 match_part 0.966 66398 66866 match_part 0.985 67471 67535 match_part 0.969 67650 67809 match_89 match_part 0.994 66399 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 1.000 68093 68123 match_90 match_part 0.983 66399 66866 match_part 0.985 67471 67535 match_91 match_part 1.000 66401 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67941 match_92 match_part 0.966 66401 66866 match_part 0.985 67471 67535 match_part 1.000 67650 67706 match_93 match_part 0.964 66401 66738 match_94 match_part 0.996 66402 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 1.000 68093 68113 match_95 match_part 0.994 66402 66866 match_part 1.000 67471 67535 match_part 0.982 67650 67871 match_96 match_part 0.998 66402 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67809 match_97 match_part 0.966 66402 66866 match_part 0.985 67471 67535 match_part 1.000 67650 67695 match_98 match_part 1.000 66403 66866 match_part 1.000 67471 67535 match_part 0.997 67650 67977 match_part 0.968 68093 68123 match_99 match_part 0.965 66403 66855 match_100 match_part 0.986 66403 66765 match_101 match_part 0.991 66405 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 0.950 68093 68112 match_102 match_part 1.000 66406 66866 match_part 1.000 67471 67535 match_part 0.970 67650 67784 match_103 match_part 1.000 66406 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67724 match_104 match_part 0.993 66406 66866 match_105 match_part 0.998 66407 66827 match_106 match_part 0.981 66407 66824 match_107 match_part 0.996 66413 66866 match_part 1.000 67471 67535 match_part 0.997 67650 67977 match_part 1.000 68093 68137 match_108 match_part 1.000 66415 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67677 match_109 match_part 1.000 66415 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67670 match_110 match_part 0.998 66416 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67683 match_111 match_part 0.995 66416 66826 match_112 match_part 1.000 66417 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 1.000 68093 68140 match_113 match_part 0.966 66422 66866 match_part 0.985 67471 67535 match_part 0.993 67650 67787 match_114 match_part 1.000 66430 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67801 match_115 match_part 0.982 66430 66866 match_part 0.985 67471 67535 match_part 1.000 67650 67686 match_116 match_part 0.998 66430 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67658 match_117 match_part 1.000 66430 66866 match_118 match_part 0.975 66432 66757 match_119 match_part 1.000 66435 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 1.000 68093 68114 match_120 match_part 1.000 66442 66866 match_part 1.000 67471 67535 match_part 0.967 67650 67802 match_121 match_part 0.926 66447 66866 match_part 0.985 67471 67535 match_part 1.000 67650 67770 match_122 match_part 1.000 66472 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67781 match_123 match_part 0.967 66475 66866 match_part 0.985 67471 67535 match_part 0.979 67650 67941 match_124 match_part 0.994 66550 66866 match_part 1.000 67471 67492 match_125 match_part 0.984 66553 66866 match_part 0.969 67471 67535 match_part 0.981 67650 67856 match_126 match_part 1.000 66568 66866 match_part 1.000 67471 67535 match_part 0.997 67650 67977 match_part 1.000 68093 68124 match_127 match_part 0.993 66576 66866 match_part 1.000 67471 67535 match_part 0.990 67650 67854 match_128 match_part 0.929 66576 66815 match_129 match_part 0.996 66589 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67917 match_130 match_part 0.986 66589 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67855 match_131 match_part 1.000 66595 66866 match_part 1.000 67471 67535 match_part 0.985 67650 67977 match_part 0.909 68093 68191 match_part 0.952 68626 68646 match_132 match_part 1.000 66632 66866 match_part 1.000 67471 67535 match_part 0.995 67650 67855 match_133 match_part 0.978 66637 66866 match_part 0.969 67471 67535 match_part 0.994 67650 67804 match_134 match_part 0.995 66662 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67858 match_135 match_part 0.962 66684 66866 match_part 0.846 67471 67535 match_part 1.000 67650 67782 match_136 match_part 0.959 66698 66866 match_part 0.985 67471 67535 match_part 0.974 67650 67804 match_137 match_part 0.941 66765 66866 match_part 0.969 67471 67535 match_part 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match_part 0.929 84715 84237 match_455 match_part 1.000 86340 86232 match_part 0.983 84715 84244 match_456 match_part 1.000 86281 86232 match_part 1.000 84715 84273 match_457 match_part 0.923 86387 86232 match_part 0.963 84715 84287 match_458 match_part 0.988 86396 86232 match_part 0.998 84715 84292 match_459 match_part 0.938 84715 84295 match_460 match_part 1.000 86373 86232 match_part 1.000 84715 84306 match_461 match_part 0.916 86397 86232 match_part 0.993 84715 84308 match_462 match_part 1.000 86373 86232 match_part 1.000 84715 84308 match_463 match_part 0.979 86420 86232 match_part 0.983 84715 84309 match_464 match_part 0.988 86399 86232 match_part 0.998 84715 84309 match_465 match_part 0.988 86396 86232 match_part 0.998 84715 84309 match_466 match_part 0.988 86395 86232 match_part 1.000 84715 84317 match_467 match_part 0.988 86394 86232 match_part 1.000 84715 84326 match_468 match_part 1.000 86291 86232 match_part 0.982 84715 84333 match_469 match_part 1.000 86367 86232 match_part 0.984 84715 84334 match_470 match_part 0.910 86398 86232 match_part 0.902 84715 84349 match_471 match_part 0.919 86391 86232 match_part 0.995 84715 84352 match_472 match_part 0.940 86347 86232 match_part 0.994 84715 84353 match_473 match_part 0.982 86396 86232 match_part 1.000 84715 84368 match_474 match_part 0.985 86299 86232 match_part 0.991 84715 84368 match_475 match_part 0.988 86395 86232 match_part 1.000 84715 84390 match_476 match_part 0.988 86394 86232 match_part 1.000 84715 84390 match_477 match_part 1.000 86376 86232 match_part 1.000 84715 84400 match_478 match_part 0.944 86356 86232 match_part 1.000 84715 84400 match_479 match_part 1.000 86337 86232 match_part 1.000 84715 84400 match_480 match_part 0.993 86375 86232 match_part 0.997 84715 84412 match_481 match_part 0.924 86388 86232 match_part 0.993 84715 84414 match_482 match_part 0.923 86283 86232 match_part 0.907 84715 84414 match_483 match_part 0.932 86377 86232 match_part 0.972 84715 84431 match_484 match_part 0.915 86395 86232 match_part 0.975 84715 84434 match_485 match_part 0.988 86399 86232 match_part 1.000 84715 84439 match_486 match_part 0.988 86397 86232 match_part 1.000 84715 84455 match_487 match_part 0.916 86397 86232 match_part 0.996 84715 84463 match_488 match_part 0.929 86385 86232 match_part 0.988 84715 84475 match_489 match_part 0.921 86307 86232 match_part 0.996 84715 84483 match_490 match_part 0.988 86394 86232 match_part 0.996 84715 84490 match_491 match_part 0.885 86396 86232 match_part 0.979 84715 84522 match_492 match_part 0.989 86417 86232 match_part 1.000 84715 84548 match_493 match_part 0.983 86403 86232 match_part 0.987 84715 84559 match_494 match_part 0.930 86389 86232 match_part 0.968 84715 84562 match_495 match_part 1.000 86348 86232 match_part 0.967 84715 84655 match_496 match_part 1.000 88924 88836 match_part 0.995 87838 87215 match_part 0.625 87138 87107 match_497 match_part 1.000 88957 88836 match_part 0.997 87838 87213 match_498 match_part 1.000 88881 88836 match_part 1.000 87838 87215 match_499 match_part 1.000 89317 88836 match_part 1.000 87838 87734 match_500 match_part 0.998 89329 88836 match_501 match_part 1.000 92023 91563 match_part 0.985 89571 89506 match_502 match_part 0.991 92022 91563 match_part 1.000 89571 89531 match_503 match_part 0.976 99105 99064 match_part 0.989 98957 98871 match_part 0.956 98295 98160 match_part 0.953 98081 98039 match_part 0.824 95844 95658 match_part 0.545 90448 90427 match_part 0.657 90273 90239 match_504 match_part 1.000 92596 92037 match_505 match_part 0.980 92580 92077 match_506 match_part 1.000 94273 94242 match_part 1.000 94157 93369 match_507 match_part 1.000 99298 99254 match_part 1.000 99177 99064 match_part 1.000 98957 98871 match_part 1.000 98295 98160 match_part 1.000 98081 98039 match_part 1.000 95844 95539 match_508 match_part 1.000 99356 99254 match_part 1.000 99177 99064 match_part 1.000 98957 98871 match_part 1.000 98295 98160 match_part 1.000 98081 98039 match_part 0.970 95844 95646 match_509 match_part 0.998 99941 99529 match_part 1.000 99379 99254 match_part 1.000 99177 99064 match_part 1.000 98957 98871 match_part 1.000 98295 98229 match_510 match_part 0.987 100117 99561 match_511 match_part 0.995 100360 99784 match_512 match_part 0.947 101740 101722 match_part 0.959 101580 101170 match_part 0.935 100377 100115 match_513 match_part 0.971 101273 101170 match_part 0.983 100377 100257 match_514 match_part 0.947 104010 103764 match_part 1.000 102776 102715 match_part 1.000 102164 102077 match_part 0.984 101973 101912 match_part 0.959 101818 101722 match_part 0.976 101580 101458 match_515 match_part 0.981 103924 103764 match_part 1.000 102776 102715 match_part 1.000 102164 102077 match_part 0.984 101973 101912 match_part 0.976 101818 101737 match_516 match_part 0.891 104010 103764 match_part 1.000 102776 102715 match_part 1.000 102164 102077 match_part 0.984 101973 101912 match_part 1.000 101818 101757 match_517 match_part 0.977 103984 103764 match_part 1.000 102776 102715 match_part 1.000 102164 102077 match_part 1.000 101973 101912 match_part 0.983 101818 101761 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 1527 1048 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 1200 1795 exon 1865 2161 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 19271 18480 exon 18418 18409 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 18772 18339 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 26434 25680 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 26425 25766 exon 25611 25588 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 25767 26409 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29590 29469 exon 29096 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29613 29469 exon 29096 28962 exon 28847 28760 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_10 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29604 29469 exon 29096 28962 exon 28847 28764 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_11 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29621 29469 exon 29096 28962 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 41882 41823 exon 41066 40834 exon 40500 40446 exon 40126 39915 exon 39818 39697 exon 39588 39441 exon 39218 39149 exon 38472 38327 exon 38206 38161 exon 38055 38003 exon 37628 37484 exon 37299 37181 exon 37064 36993 exon 36914 36811 exon 36653 36597 exon 36524 36326 exon 36041 35904 exon 35827 35627 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 39210 39149 exon 38472 38327 exon 38206 38161 exon 38055 38003 exon 37628 37484 exon 37299 37181 exon 37064 36993 exon 36914 36811 exon 36653 36597 exon 36524 36326 exon 36041 35904 exon 35827 35631 exon 35524 35512 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 43436 43483 exon 43940 44533 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 44535 44102 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 44670 46252 exon 50336 50667 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 44670 46252 exon 50333 50680 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 51296 51684 exon 52016 52160 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 52346 52587 exon 52699 52920 exon 53328 53773 exon 54117 54341 gene_20 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 52346 52587 exon 52699 52920 exon 53328 53809 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 59004 59412 exon 59962 60156 exon 61071 61379 exon 62277 62498 exon 63793 64452 exon 65313 65783 gene_22 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 58972 59394 exon 59962 60156 exon 61071 61379 exon 62277 62498 exon 63793 64452 exon 65313 65783 gene_23 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 59004 59412 exon 59962 60156 exon 61071 61379 exon 62277 62498 exon 63793 64452 exon 65319 65679 gene_24 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 63548 64452 exon 65313 65783 gene_25 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 61405 61463 exon 62253 62716 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 66362 66866 exon 67471 67535 exon 67650 67977 exon 68093 68191 exon 68626 69074 gene_27 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 66362 66866 exon 67471 67535 exon 67650 68191 exon 68626 69069 gene_28 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 66815 66395 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70967 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74538 exon 75330 75395 exon 75972 76062 exon 76242 76574 gene_30 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70967 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74538 exon 75330 75395 exon 75972 76062 exon 76242 76444 exon 77163 77169 exon 77225 77671 gene_31 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70967 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74762 gene_32 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 71041 71257 exon 71353 71442 exon 73233 73306 gene_33 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 76990 76999 exon 77163 77671 gene_34 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 78311 77195 gene_35 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 83965 84668 gene_36 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 82301 82368 exon 82710 82720 exon 83499 83519 exon 84045 84668 gene_37 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 83973 exon 83514 83499 gene_38 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84022 exon 83655 83638 exon 83514 83465 gene_39 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84046 exon 83514 83499 gene_40 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84046 exon 83655 83638 exon 83187 83178 gene_41 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84046 exon 83655 83638 exon 83552 83534 gene_42 gene GT_PGL_19_AGS_6 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84049 exon 83655 83638 exon 83187 83175 gene_43 gene GT_PGL_19_AGS_7 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84049 exon 83655 83620 gene_44 gene GT_PGL_19_AGS_8 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84055 exon 83514 83499 gene_45 gene GT_PGL_19_AGS_9 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86355 86232 exon 84698 83973 exon 83514 83499 gene_46 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 89329 88836 exon 87838 87213 gene_47 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 89329 88836 exon 87838 87215 exon 87138 87107 gene_48 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 104010 103764 exon 102776 102715 exon 102164 102077 exon 101973 101912 exon 101818 101722 exon 101580 101170 exon 100377 99529 exon 99379 99254 exon 99177 99064 exon 98957 98871 exon 98295 98160 exon 98081 98039 exon 95844 95539 gene_49 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 104010 103764 exon 102776 102715 exon 102164 102077 exon 101973 101912 exon 101818 101722 exon 101580 101170 exon 100377 99529 exon 99379 99254 exon 99177 99064 exon 98957 98871 exon 98295 98160 exon 98081 98039 exon 95844 95658 exon 90448 90427 exon 90273 90239 gene_50 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 92023 91563 exon 89571 89506 gene_51 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 92596 92037 gene_52 gene GT_PGL_21_AGS_5 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 94273 94242 exon 94157 93369 gene_53 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 124611 124835 exon 124961 125048 exon 125179 125264 exon 125365 125472 exon 125962 126006 exon 126101 126189 exon 126817 126860 exon 126965 127024 gene_54 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 128146 128502 exon 129114 129238 RepeatMasker tomato repeats master Gypsy00096 5044 5509 1 Gypsy00096 5044 5509 1 nucleotide_motif 2298 6 476 Gypsy00078 3070 5049 1 Gypsy00078 3070 5049 1 nucleotide_motif 10928 736 2898 Gypsy00067 511 1609 1 Gypsy00067 511 1609 1 nucleotide_motif 1253 2885 3111 Gypsy00178 2722 3441 1 Gypsy00178 2722 3441 1 nucleotide_motif 4785 6212 6895 Unknown00034 1940 3659 1 Unknown00034 1940 3659 1 nucleotide_motif 11611 6893 8766 Gypsy00073 592 656 1 Gypsy00073 592 656 1 nucleotide_motif 247 15386 15444 Gypsy00043 573 631 1 Gypsy00043 573 631 1 nucleotide_motif 455 15540 15598 Unknown00019 521 697 1 Unknown00019 521 697 1 nucleotide_motif 975 15616 15828 Unknown00025 232 469 1 Unknown00025 232 469 1 nucleotide_motif 367 19871 20124 Gypsy00043 531 1314 1 Gypsy00043 531 1314 1 nucleotide_motif 5060 20599 21368 HarbN_I 1 203 1 HarbN_I 1 203 1 nucleotide_motif 616 25304 25466 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1624 72834 73086 SONATA1 29 212 1 SONATA1 29 212 1 nucleotide_motif 395 81586 81804 SONATA2 4 183 1 SONATA2 4 183 1 nucleotide_motif 320 83222 83369 Unknown00025 251 470 1 Unknown00025 251 470 1 nucleotide_motif 656 86854 87080 Unknown00011 1821 1944 1 Unknown00011 1821 1944 1 nucleotide_motif 477 90630 90754 SONATA2 27 253 1 SONATA2 27 253 1 nucleotide_motif 703 104217 104430 Gypsy00043 528 631 1 Gypsy00043 528 631 1 nucleotide_motif 668 104552 104657 Copia00110 13269 13623 1 Copia00110 13269 13623 1 nucleotide_motif 1330 104854 105198 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 1256 105148 105384 Unknown00019 3030 3574 1 Unknown00019 3030 3574 1 nucleotide_motif 1145 115099 115637 Copia00149 11548 11980 1 Copia00149 11548 11980 1 nucleotide_motif 1341 115208 115641 OSMUD1 1929 2741 1 OSMUD1 1929 2741 1 nucleotide_motif 320 116349 116559 Gypsy00107 10759 10880 1 Gypsy00107 10759 10880 1 nucleotide_motif 586 120139 120259 Copia00198 296 778 1 Copia00198 296 778 1 nucleotide_motif 1321 120314 120764 Unknown00046 206 421 1 Unknown00046 206 421 1 nucleotide_motif 554 127809 128023 RepeatMasker tomato repeats master Gypsy00014 5340 6014 -1 Gypsy00014 5340 6014 -1 nucleotide_motif 4781 736 74 Gypsy00063 7839 7923 -1 Gypsy00063 7839 7923 -1 nucleotide_motif 395 8840 8767 SHAMUDRA3_MT 1299 2413 -1 SHAMUDRA3_MT 1299 2413 -1 nucleotide_motif 509 11750 11251 Unknown00019 552 698 -1 Unknown00019 552 698 -1 nucleotide_motif 954 15542 15405 Copia00110 13125 13309 -1 Copia00110 13125 13309 -1 nucleotide_motif 715 15870 15683 SINE_SO 6 186 -1 SINE_SO 6 186 -1 nucleotide_motif 632 23140 22987 Copia00172 5230 5313 -1 Copia00172 5230 5313 -1 nucleotide_motif 275 34009 33925 Copia00172 5244 5313 -1 Copia00172 5244 5313 -1 nucleotide_motif 329 35370 35298 Unknown00034 5145 5205 -1 Unknown00034 5145 5205 -1 nucleotide_motif 257 54649 54589 Unknown00034 5145 5199 -1 Unknown00034 5145 5199 -1 nucleotide_motif 274 56329 56275 Unknown00043 1921 2041 -1 Unknown00043 1921 2041 -1 nucleotide_motif 348 60617 60497 HELITRON3_OS 9512 9558 -1 HELITRON3_OS 9512 9558 -1 nucleotide_motif 227 66709 66659 Unknown00019 154 698 -1 Unknown00019 154 698 -1 nucleotide_motif 666 105126 104557 Unknown00019 21 254 -1 Unknown00019 21 254 -1 nucleotide_motif 1051 105413 105385 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 426 7744 8767 match_2 match 1096 7744 8766 match_3 match 985 736 2195 match_4 match 987 736 2195 match_5 match 1445 736 1788 match_6 match 1534 738 1788 match_7 match 965 736 1857 match_8 match 1023 736 1857 match_9 match 975 736 1792 match_10 match 1049 736 1789 match_11 match 1245 736 1753 match_12 match 1144 736 1784 match_13 match 204 7744 8767 match_14 match 1209 736 1859 match_15 match 1261 736 1859 match_16 match 157 7744 8766 match_17 match 174 7744 8767 match_18 match 735 736 1775 match_19 match 1023 7503 8767 match_20 match 307 7486 8770 match_21 match 1524 731 2181 match_22 match 1620 736 1787 match_23 match 327 7503 8747 match_24 match 579 7485 8759 match_25 match 622 7485 8764 match_26 match 3384 10288 12627 match_27 match 1659 736 1857 match_28 match 1881 909 2201 match_29 match 377 7485 8603 match_30 match 1108 738 1753 match_31 match 1176 736 1753 match_32 match 1279 736 1753 match_33 match 1677 736 1859 match_34 match 1824 736 1823 match_35 match 1863 736 1823 match_36 match 1596 735 1753 match_37 match 1689 736 2203 match_38 match 283 7751 8768 match_39 match 1181 747 1753 match_40 match 1245 736 1754 match_41 match 1806 909 2177 match_42 match 198 7744 8766 match_43 match 1265 763 1823 match_44 match 1241 757 1753 match_45 match 535 7485 8768 match_46 match 537 7485 8746 match_47 match 539 7485 8768 match_48 match 216 7690 8766 match_49 match 242 7690 8767 match_50 match 414 7751 8766 match_51 match 1806 909 2177 match_52 match 2127 909 2204 match_53 match 1727 731 1753 match_54 match 686 736 1743 match_55 match 1972 909 2197 match_56 match 1552 736 1859 match_57 match 1560 736 1859 match_58 match 954 789 1789 match_59 match 1041 734 1789 match_60 match 260 7744 8748 match_61 match 274 7744 8767 match_62 match 961 736 1825 match_63 match 301 7750 8767 match_64 match 1402 734 1789 match_65 match 1840 736 1823 match_66 match 2097 11924 13157 match_67 match 1382 736 1753 match_68 match 412 7751 8767 match_69 match 1711 736 1859 match_70 match 1764 736 1859 match_71 match 212 7744 8766 match_72 match 1988 909 2158 match_73 match 1235 736 1857 match_74 match 1255 734 1857 match_75 match 1665 738 1788 match_76 match 1691 733 1788 match_77 match 1219 114077 115068 match_78 match 1205 733 1751 match_79 match 1257 736 1823 match_80 match 1265 736 1823 match_81 match 1045 736 1825 match_82 match 1189 738 1913 match_83 match 353 7503 8767 match_84 match 1760 736 1823 match_85 match 1348 740 1788 match_86 match 1342 736 1753 match_87 match 1740 736 1859 match_88 match 1675 736 1788 match_89 match 410 762 1788 match_90 match 876 7483 8766 match_91 match 1901 909 2158 match_92 match 1312 909 1907 match_93 match 1822 736 1823 match_94 match 1846 736 1823 match_95 match 1735 735 1753 match_96 match 1118 736 1753 match_97 match 400 7744 8767 match_98 match 1921 736 1823 match_99 match 266 7744 8766 match_100 match 276 7485 8748 match_101 match 224 7744 8766 match_102 match 226 7744 8767 match_103 match 345 7681 8766 match_104 match 339 736 1753 match_105 match 785 736 1857 match_106 match 210 7744 8766 match_107 match 1461 105630 106855 match_108 match 1168 107575 108578 match_109 match 579 736 1792 match_110 match 626 736 1817 match_111 match 1705 736 1751 match_112 match 4732 10288 13157 match_113 match 303 7751 8767 match_114 match 333 7751 8766 match_115 match 626 7744 8767 match_116 match 842 7504 8767 match_117 match 1316 736 1822 match_118 match 1263 732 1718 match_119 match 218 7744 8766 match_120 match 1267 114077 115068 match_121 match 422 7485 8739 match_122 match 448 7485 8766 match_123 match 1273 736 1753 match_124 match 3653 10288 12669 match_125 match 1641 736 1788 match_126 match 1659 740 1753 match_127 match 1152 735 1957 match_128 match 1251 736 1857 match_129 match 648 7485 8768 match_130 match 841 734 1742 match_131 match 870 736 1753 match_132 match 218 7744 8766 match_133 match 1267 114077 115068 match_134 match 406 7792 8769 match_135 match 1181 735 1753 match_136 match 1899 736 1857 match_137 match 1931 736 1857 match_138 match 1703 735 1753 match_139 match 987 736 1743 match_140 match 1762 105630 106879 match_141 match 325 7486 8766 match_142 match 1128 734 1788 match_143 match 1360 735 1789 match_144 match 1425 736 1823 match_145 match 2076 110366 111766 match_146 match 1931 105630 106879 match_147 match 1576 731 1752 match_148 match 1635 736 1787 match_149 match 2210 11049 12627 match_150 match 977 751 1859 match_151 match 1386 736 1753 match_152 match 646 7788 8769 match_153 match 1493 736 1753 match_154 match 1259 736 1753 match_155 match 1187 736 1848 match_156 match 1265 735 1857 match_157 match 716 7486 8766 match_158 match 898 736 1788 match_159 match 1328 751 2204 match_160 match 1681 736 1857 match_161 match 1703 735 1859 match_162 match 1170 736 1857 match_163 match 1267 733 1857 match_164 match 145 7788 8767 match_165 match 139 7792 8767 match_166 match 1326 735 1788 match_167 match 1364 736 1788 match_168 match 1626 736 1753 match_169 match 1703 736 1788 match_170 match 339 7792 8767 match_171 match 404 7751 8766 match_172 match 1265 736 1823 match_173 match 1304 733 1823 match_174 match 1187 736 1848 match_175 match 1265 735 1857 match_176 match 1463 736 1753 match_177 match 1852 909 2199 match_178 match 1883 909 2199 match_179 match 1314 736 1754 match_180 match 753 738 1813 match_181 match 965 736 1857 match_182 match 1023 736 1857 match_183 match 975 736 1792 match_184 match 1136 736 1718 match_185 match 1287 736 1753 match_186 match 341 7481 8768 match_187 match 363 7481 8767 match_188 match 1693 909 2200 match_189 match 1947 759 2200 match_190 match 2018 736 2200 match_191 match 1074 7776 8767 match_192 match 650 7738 8767 match_193 match 955 7503 8767 match_194 match 1049 7788 8766 match_195 match 3544 11038 13157 match_196 match 1725 736 1751 match_197 match 180 7744 8767 match_198 match 216 7744 8766 match_199 match 206 7744 8767 match_200 match 1136 736 1718 match_201 match 1287 736 1753 match_202 match 1709 736 1753 match_203 match 450 7538 8767 match_204 match 1003 7498 8561 match_205 match 1667 736 1957 match_206 match 1588 736 1825 match_207 match 934 736 1742 match_208 match 997 736 1740 match_209 match 2149 736 2182 match_210 match 753 738 1813 match_211 match 1066 7483 8766 match_212 match 854 7788 8767 match_213 match 1679 736 1753 match_214 match 2054 110368 111766 match_215 match 1961 105634 106879 match_216 match 1639 107575 108578 match_217 match 1261 731 1752 match_218 match 878 736 2158 match_219 match 930 736 1753 match_220 match 965 736 1857 match_221 match 1023 736 1857 match_222 match 975 736 1792 match_223 match 1392 736 1751 match_224 match 1150 735 1754 match_225 match 168 7744 8767 match_226 match 180 7744 8767 match_227 match 216 7744 8766 match_228 match 206 7744 8767 match_229 match 1049 7788 8766 match_230 match 1148 736 1786 match_231 match 1156 736 1786 match_232 match 248 7506 8748 match_233 match 331 7507 8748 match_234 match 656 734 1753 match_235 match 876 736 2195 match_236 match 896 736 2195 match_237 match 1201 7504 8765 match_238 match 1003 7498 8561 match_239 match 1080 738 1753 match_240 match 1102 736 1753 match_241 match 408 7485 8603 match_242 match 1251 757 1753 match_243 match 543 7485 8769 match_244 match 1709 736 1753 match_245 match 1671 736 1753 match_246 match 1138 760 1857 match_247 match 1185 736 1857 match_248 match 1237 736 1857 match_249 match 724 736 1788 match_250 match 1400 736 1754 match_251 match 2054 110368 111766 match_252 match 1961 105634 106879 match_253 match 1639 107575 108578 match_254 match 301 7751 8767 match_255 match 305 7751 8769 match_256 match 557 7485 8767 match_257 match 664 7485 8769 match_258 match 1576 736 1788 match_259 match 2105 736 2158 match_260 match 1671 736 1753 match_261 match 295 7481 8603 match_262 match 1796 736 1788 match_263 match 196 7744 8766 match_264 match 1080 738 1753 match_265 match 1102 736 1753 match_266 match 1362 734 1753 match_267 match 1146 7467 8764 match_268 match 1001 736 1823 match_269 match 1013 736 1823 match_270 match 1302 734 1788 match_271 match 4950 10288 13157 match_272 match 444 736 1781 match_273 match 500 736 1822 match_274 match 555 7751 8767 match_275 match 1283 736 1788 match_276 match 1156 733 1857 match_277 match 1235 736 1753 match_278 match 1402 114077 115070 match_279 match 1053 736 1857 match_280 match 1120 738 1848 match_281 match 1116 735 1848 match_282 match 1203 736 1857 match_283 match 1281 736 1787 match_284 match 1402 736 1824 match_285 match 1176 7505 8767 match_286 match 1176 7505 8767 match_287 match 170 7744 8767 match_288 match 1324 736 1857 match_289 match 1372 736 1857 match_290 match 1360 736 1751 match_291 match 1453 736 1786 match_292 match 2652 116731 118089 match_293 match 2886 104519 105974 match_294 match 3548 120256 122087 match_295 match 6639 122137 125536 match_296 match 97263 102954 match_297 match 1461 119154 120157 match_298 match 2684 110364 111766 match_299 match 3602 125632 127514 match_300 match 1917 107575 108578 match_301 match 2115 115532 116669 match_302 match 2200 114077 115259 match_303 match 208 7744 8766 match_304 match 1445 740 1754 match_305 match 1453 736 1754 match_306 match 1273 736 1754 match_307 match 258 7751 8768 match_308 match 272 7751 8767 match_309 match 658 7485 8767 match_310 match 698 7485 8767 match_311 match 658 7485 8767 match_312 match 698 7485 8767 match_313 match 1219 736 1753 match_314 match 963 736 1753 match_315 match 1074 736 1788 match_316 match 4682 10288 13157 match_317 match 422 7744 8767 match_318 match 444 7744 8766 match_319 match 952 7788 8764 match_320 match 1328 7467 8766 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1068 736 1306 clone_end_2 clone_end 920 909 1404 clone_1 clone 1170 34821 119372 clone_end_3 clone_end 1287 34821 35480 clone_start_1 clone_start 1025 62971 63487 clone_start_2 clone_start 1126 68723 69290 clone_end_4 clone_end 1207 75088 75696 clone_end_5 clone_end 1122 79947 80524 clone_end_6 clone_end 1298 79947 80621 clone_start_3 clone_start 1532 79988 80760 clone_end_7 clone_end 944 82209 82732 clone_start_4 clone_start 1033 84043 84595 clone_end_8 clone_end 1310 87283 87943 clone_start_5 clone_start 1423 87559 88321 clone_start_6 clone_start 1526 87560 88382 clone_end_9 clone_end 1126 87591 88179 clone_end_10 clone_end 950 90704 91203 clone_end_11 clone_end 1104 120406 120995 clone_start_7 clone_start 1158 120540 121183 clone_start_8 clone_start 902 120591 121082 clone_end_12 clone_end 918 124975 125458 clone_end_13 clone_end 1039 125036 125580 clone_end_14 clone_end 422 125623 125835 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_9 clone_start 1170 1368 736 clone_start_10 clone_start 1170 1368 736 clone_end_15 clone_end 1065 1456 884 clone_end_16 clone_end 1039 1537 978 clone_start_11 clone_start 1055 1554 984 clone_start_12 clone_start 1132 2116 1514 clone_start_13 clone_start 1025 9560 9019 clone_end_17 clone_end 1318 10984 10308 clone_start_14 clone_start 1368 12269 11572 clone_start_15 clone_start 1358 27877 27193 clone_start_16 clone_start 1140 27827 27225 clone_start_17 clone_start 1221 27872 27227 clone_end_18 clone_end 1207 27916 27288 clone_end_19 clone_end 1207 27911 27303 clone_start_18 clone_start 924 27821 27356 clone_end_20 clone_end 1080 27916 27372 clone_start_19 clone_start 1291 34788 34095 clone_start_20 clone_start 1279 34788 34129 clone_start_21 clone_start 967 34734 34247 clone_start_22 clone_start 1053 119372 118834 clone_start_23 clone_start 1362 35878 35180 clone_start_24 clone_start 1294 35843 35191 clone_start_25 clone_start 1045 35875 35314 clone_start_26 clone_start 1007 35826 35319 clone_start_27 clone_start 961 35804 35320 clone_end_21 clone_end 1098 35923 35350 clone_start_28 clone_start 1267 38677 37991 clone_start_29 clone_start 1239 41370 40746 clone_end_22 clone_end 944 41427 40937 clone_start_30 clone_start 924 52000 51414 clone_start_31 clone_start 1152 75070 74490 clone_end_23 clone_end 979 77831 77286 clone_end_24 clone_end 1356 94364 93681 clone_end_25 clone_end 1059 103026 102493 clone_start_32 clone_start 1249 105823 105186 clone_start_33 clone_start 969 129513 128959 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.908 1200 1537 match_2 match_part 0.922 1371 1795 match_part 0.896 1865 2161 match_3 match_part 0.985 25958 26409 match_4 match_part 0.998 26005 26404 match_5 match_part 0.999 44670 45549 match_6 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59412 match_part 1.000 59962 60136 match_19 match_part 1.000 60129 60156 match_part 1.000 61071 61379 match_part 1.000 62277 62295 match_20 match_part 1.000 60130 60156 match_part 1.000 61071 61379 match_part 0.991 62277 62498 match_part 1.000 63793 63810 match_21 match_part 1.000 61405 61463 match_part 1.000 62253 62716 match_22 match_part 1.000 62336 62498 match_part 1.000 63793 64276 match_23 match_part 1.000 62336 62498 match_part 1.000 63793 64204 match_24 match_part 1.000 62336 62498 match_part 1.000 63793 64016 match_25 match_part 0.977 63548 64382 match_26 match_part 1.000 63876 64452 match_part 1.000 65313 65388 match_27 match_part 1.000 63876 64202 match_28 match_part 1.000 64025 64452 match_part 0.994 65313 65483 match_29 match_part 0.987 64151 64452 match_part 0.993 65313 65462 match_30 match_part 1.000 64217 64452 match_part 1.000 65313 65783 match_31 match_part 0.996 66362 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67855 match_32 match_part 0.998 66379 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match_65 match_part 0.983 66399 66866 match_part 0.985 67471 67535 match_66 match_part 1.000 66401 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67941 match_67 match_part 0.964 66401 66738 match_68 match_part 0.996 66402 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 1.000 68093 68113 match_69 match_part 0.994 66402 66866 match_part 1.000 67471 67535 match_part 0.982 67650 67871 match_70 match_part 0.998 66402 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67809 match_71 match_part 1.000 66403 66866 match_part 1.000 67471 67535 match_part 0.997 67650 67977 match_part 0.968 68093 68123 match_72 match_part 0.965 66403 66855 match_73 match_part 0.986 66403 66765 match_74 match_part 0.991 66405 66866 match_part 1.000 67471 67535 match_part 1.000 67650 67977 match_part 0.950 68093 68112 match_75 match_part 1.000 66406 66866 match_part 1.000 67471 67535 match_part 0.970 67650 67784 match_76 match_part 1.000 66406 66866 match_part 1.000 67471 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101973 101912 match_part 0.983 101818 101761 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 1527 1048 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 1200 1795 exon 1865 2161 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 19271 18480 exon 18418 18409 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 18772 18339 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 26434 25680 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 26425 25766 exon 25611 25588 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 25958 26409 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29613 29469 exon 29096 28962 exon 28847 28760 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 28570 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_10 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29621 29469 exon 29096 28962 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27061 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 41882 41823 exon 41066 40834 exon 40500 40446 exon 40126 39915 exon 39818 39697 exon 39588 39441 exon 39218 39149 exon 38472 38327 exon 38206 38161 exon 38055 38003 exon 37628 37484 exon 37299 37181 exon 37064 36993 exon 36914 36811 exon 36653 36597 exon 36524 36326 exon 36041 35904 exon 35827 35627 gene_12 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 39210 39149 exon 38472 38327 exon 38206 38161 exon 38055 38003 exon 37628 37484 exon 37299 37181 exon 37064 36993 exon 36914 36811 exon 36653 36597 exon 36524 36326 exon 36041 35904 exon 35827 35631 exon 35524 35512 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 44670 45549 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 45615 46252 exon 50336 50667 gene_15 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 45834 46252 exon 50333 50680 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 51296 51684 exon 52016 52160 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 52346 52587 exon 52699 52920 exon 53328 53773 exon 54117 54341 gene_18 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 52346 52587 exon 52699 52920 exon 53328 53809 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 59004 59412 exon 59962 60156 exon 61071 61379 exon 62277 62498 exon 63793 64452 exon 65313 65783 gene_20 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 58972 59394 exon 59962 60156 exon 61071 61379 exon 62277 62498 exon 63793 64452 exon 65313 65783 gene_21 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 63548 64452 exon 65313 65783 gene_22 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 61405 61463 exon 62253 62716 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 66362 66866 exon 67471 67535 exon 67650 67977 exon 68093 68191 exon 68626 69074 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 66815 66395 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70967 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74538 exon 75330 75395 exon 75972 76062 exon 76242 76574 gene_26 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70967 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74538 exon 75330 75395 exon 75972 76062 exon 76242 76444 exon 77163 77169 exon 77225 77671 gene_27 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70967 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74762 gene_28 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 71041 71257 exon 71353 71442 exon 73233 73306 gene_29 gene GT_PGL_15_AGS_5 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 76990 76999 exon 77163 77671 gene_30 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 77871 77195 gene_31 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 83965 84668 gene_32 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 82301 82368 exon 82710 82720 exon 83499 83519 exon 84045 84668 gene_33 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 83973 exon 83514 83499 gene_34 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84022 exon 83655 83638 exon 83514 83465 gene_35 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84046 exon 83514 83499 gene_36 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84046 exon 83655 83638 exon 83187 83178 gene_37 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84046 exon 83655 83638 exon 83552 83534 gene_38 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84049 exon 83655 83638 exon 83187 83175 gene_39 gene GT_PGL_18_AGS_7 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84049 exon 83655 83620 gene_40 gene GT_PGL_18_AGS_8 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86433 86232 exon 84715 84055 exon 83514 83499 gene_41 gene GT_PGL_18_AGS_9 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86355 86232 exon 84698 83973 exon 83514 83499 gene_42 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 89329 88836 exon 87838 87213 gene_43 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 89329 88836 exon 87838 87215 exon 87138 87107 gene_44 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 92023 91563 exon 89571 89506 gene_45 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 92596 92037 gene_46 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 94273 94242 exon 94157 93369 gene_47 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 101273 101170 exon 100377 99529 exon 99379 99254 exon 99177 99064 exon 98957 98871 exon 98295 98160 exon 98081 98039 exon 95844 95539 gene_48 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 103984 103764 exon 102776 102715 exon 102164 102077 exon 101973 101912 exon 101818 101737 gene_49 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 124611 124835 exon 124961 125048 exon 125179 125264 exon 125365 125472 exon 125962 126006 exon 126101 126189 exon 126817 126860 exon 126965 127024 gene_50 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 128146 128502 exon 129114 129238 AUGUSTUS_tom_cdna de novo gene_1 gene 0.76 33454 34930 transcript_1 transcript 0.76 33454 34930 start_codon_1 start_codon 33454 33456 intron_1 intron 0.77 33542 34589 CDS_1 CDS 0.95 33454 33541 CDS_2 CDS 0.87 34590 34930 stop_codon_1 stop_codon 34928 34930 gene_2 gene 0.71 44062 44556 transcript_2 transcript 0.71 44062 44556 start_codon_2 start_codon 44062 44064 CDS_3 CDS 0.71 44062 44556 stop_codon_2 stop_codon 44554 44556 gene_3 gene 0.71 44733 46205 transcript_3 transcript 0.71 44733 46205 start_codon_3 start_codon 44733 44735 CDS_4 CDS 0.71 44733 46205 stop_codon_3 stop_codon 46203 46205 gene_4 gene 0.92 51583 53753 transcript_4 transcript 0.92 51583 53753 start_codon_4 start_codon 51583 51585 intron_2 intron 1 51685 52015 intron_3 intron 1 52196 52278 intron_4 intron 1 52588 52698 intron_5 intron 1 52921 53327 CDS_5 CDS 0.92 51583 51684 CDS_6 CDS 1 52016 52195 CDS_7 CDS 1 52279 52587 CDS_8 CDS 1 52699 52920 CDS_9 CDS 1 53328 53753 stop_codon_4 stop_codon 53751 53753 gene_5 gene 1 59356 65318 transcript_5 transcript 1 59356 65318 start_codon_5 start_codon 59356 59358 intron_6 intron 1 59413 59961 intron_7 intron 1 60157 61070 intron_8 intron 1 61380 62276 intron_9 intron 1 62499 63792 intron_10 intron 1 64453 65312 CDS_10 CDS 1 59356 59412 CDS_11 CDS 1 59962 60156 CDS_12 CDS 1 61071 61379 CDS_13 CDS 1 62277 62498 CDS_14 CDS 1 63793 64452 CDS_15 CDS 1 65313 65318 stop_codon_5 stop_codon 65316 65318 gene_6 gene 0.32 65491 68889 transcript_6 transcript 0.32 65491 68889 start_codon_6 start_codon 65491 65493 intron_11 intron 0.32 65591 66342 intron_12 intron 1 66867 67470 intron_13 intron 1 67536 67649 intron_14 intron 1 67978 68092 intron_15 intron 1 68192 68625 CDS_16 CDS 0.32 65491 65590 CDS_17 CDS 0.53 66343 66866 CDS_18 CDS 1 67471 67535 CDS_19 CDS 1 67650 67977 CDS_20 CDS 1 68093 68191 CDS_21 CDS 1 68626 68889 stop_codon_6 stop_codon 68887 68889 gene_7 gene 0.93 71114 76313 transcript_7 transcript 0.93 71114 76313 start_codon_7 start_codon 71114 71116 intron_16 intron 1 71258 71358 intron_17 intron 1 71443 73232 intron_18 intron 1 73307 73997 intron_19 intron 1 74085 74209 intron_20 intron 1 74295 74491 intron_21 intron 1 74539 75329 intron_22 intron 1 75396 75971 intron_23 intron 1 76063 76241 CDS_22 CDS 0.93 71114 71257 CDS_23 CDS 0.93 71359 71442 CDS_24 CDS 1 73233 73306 CDS_25 CDS 1 73998 74084 CDS_26 CDS 1 74210 74294 CDS_27 CDS 1 74492 74538 CDS_28 CDS 1 75330 75395 CDS_29 CDS 1 75972 76062 CDS_30 CDS 1 76242 76313 stop_codon_7 stop_codon 76311 76313 gene_8 gene 0.6 117956 118262 transcript_8 transcript 0.6 117956 118262 start_codon_8 start_codon 117956 117958 intron_24 intron 0.61 118083 118167 CDS_31 CDS 0.62 117956 118082 CDS_32 CDS 0.61 118168 118262 stop_codon_8 stop_codon 118260 118262 gene_9 gene 0.17 121187 127140 transcript_9 transcript 0.17 121187 127140 start_codon_9 start_codon 121187 121189 intron_25 intron 0.6 121241 122562 intron_26 intron 0.52 122624 122701 intron_27 intron 0.82 122805 122937 intron_28 intron 0.54 123041 123251 intron_29 intron 0.7 123306 123414 intron_30 intron 0.98 123478 124610 intron_31 intron 1 124836 124960 intron_32 intron 1 125049 125178 intron_33 intron 1 125265 125364 intron_34 intron 1 125473 125961 intron_35 intron 1 126007 126100 intron_36 intron 1 126190 126816 intron_37 intron 1 126861 126964 CDS_33 CDS 0.6 121187 121240 CDS_34 CDS 0.52 122563 122623 CDS_35 CDS 0.51 122702 122804 CDS_36 CDS 0.81 122938 123040 CDS_37 CDS 0.61 123252 123305 CDS_38 CDS 0.98 123415 123477 CDS_39 CDS 0.99 124611 124835 CDS_40 CDS 1 124961 125048 CDS_41 CDS 1 125179 125264 CDS_42 CDS 1 125365 125472 CDS_43 CDS 1 125962 126006 CDS_44 CDS 1 126101 126189 CDS_45 CDS 1 126817 126860 CDS_46 CDS 1 126965 127140 stop_codon_9 stop_codon 127138 127140 gene_10 gene 0.48 128121 129250 transcript_10 transcript 0.48 128121 129250 start_codon_10 start_codon 128121 128123 intron_38 intron 1 128503 129113 CDS_47 CDS 0.51 128121 128502 CDS_48 CDS 0.92 129114 129250 stop_codon_10 stop_codon 129248 129250 AUGUSTUS_tom_cdna de novo gene_11 gene 0.47 10610 9681 transcript_11 transcript 0.47 10610 9681 stop_codon_11 stop_codon 9683 9681 intron_39 intron 0.59 10135 10065 intron_40 intron 0.62 10310 10241 CDS_49 CDS 0.9 10064 9681 CDS_50 CDS 0.59 10240 10136 CDS_51 CDS 0.75 10610 10311 start_codon_11 start_codon 10610 10608 gene_12 gene 0.78 12897 12133 transcript_12 transcript 0.78 12897 12133 stop_codon_12 stop_codon 12135 12133 intron_41 intron 1 12789 12670 CDS_52 CDS 1 12669 12133 CDS_53 CDS 0.78 12897 12790 start_codon_12 start_codon 12897 12895 gene_13 gene 0.97 19193 18576 transcript_13 transcript 0.97 19193 18576 stop_codon_13 stop_codon 18578 18576 CDS_54 CDS 0.97 19193 18576 start_codon_13 start_codon 19193 19191 gene_14 gene 1 26401 25817 transcript_14 transcript 1 26401 25817 stop_codon_14 stop_codon 25819 25817 CDS_55 CDS 1 26401 25817 start_codon_14 start_codon 26401 26399 gene_15 gene 0.99 28375 27256 transcript_15 transcript 0.99 28375 27256 stop_codon_15 stop_codon 27258 27256 intron_42 intron 1 27544 27445 intron_43 intron 1 27883 27689 intron_44 intron 1 28233 28120 CDS_56 CDS 1 27444 27256 CDS_57 CDS 1 27688 27545 CDS_58 CDS 1 28119 27884 CDS_59 CDS 0.99 28375 28234 start_codon_15 start_codon 28375 28373 gene_16 gene 1 29597 28833 transcript_16 transcript 1 29597 28833 stop_codon_16 stop_codon 28835 28833 intron_45 intron 1 28961 28848 intron_46 intron 1 29468 29097 CDS_60 CDS 1 28847 28833 CDS_61 CDS 1 29096 28962 CDS_62 CDS 1 29597 29469 start_codon_16 start_codon 29597 29595 gene_17 gene 1 33275 31899 transcript_17 transcript 1 33275 31899 stop_codon_17 stop_codon 31901 31899 CDS_63 CDS 1 33275 31899 start_codon_17 start_codon 33275 33273 gene_18 gene 0.62 41016 35678 transcript_18 transcript 0.62 41016 35678 stop_codon_18 stop_codon 35680 35678 intron_47 intron 1 35903 35828 intron_48 intron 1 36325 36042 intron_49 intron 1 36596 36525 intron_50 intron 1 36810 36654 intron_51 intron 1 36992 36915 intron_52 intron 1 37180 37065 intron_53 intron 1 37483 37300 intron_54 intron 1 38002 37629 intron_55 intron 1 38160 38056 intron_56 intron 1 38326 38207 intron_57 intron 1 39148 38473 intron_58 intron 1 39440 39219 intron_59 intron 1 39696 39589 intron_60 intron 1 39914 39819 intron_61 intron 1 40445 40127 intron_62 intron 1 40833 40501 CDS_64 CDS 1 35827 35678 CDS_65 CDS 1 36041 35904 CDS_66 CDS 1 36524 36326 CDS_67 CDS 1 36653 36597 CDS_68 CDS 1 36914 36811 CDS_69 CDS 1 37064 36993 CDS_70 CDS 1 37299 37181 CDS_71 CDS 1 37628 37484 CDS_72 CDS 1 38055 38003 CDS_73 CDS 1 38206 38161 CDS_74 CDS 1 38472 38327 CDS_75 CDS 1 39218 39149 CDS_76 CDS 1 39588 39441 CDS_77 CDS 1 39818 39697 CDS_78 CDS 1 40126 39915 CDS_79 CDS 1 40500 40446 CDS_80 CDS 0.62 41016 40834 start_codon_18 start_codon 41016 41014 gene_19 gene 0.48 47528 47229 transcript_19 transcript 0.48 47528 47229 stop_codon_19 stop_codon 47231 47229 CDS_81 CDS 0.48 47528 47229 start_codon_19 start_codon 47528 47526 gene_20 gene 0.62 81305 77669 transcript_20 transcript 0.62 81305 77669 stop_codon_20 stop_codon 77671 77669 intron_63 intron 0.86 81199 79762 CDS_82 CDS 0.98 79761 77669 CDS_83 CDS 0.62 81305 81200 start_codon_20 start_codon 81305 81303 gene_21 gene 0.74 87757 84342 transcript_21 transcript 0.74 87757 84342 stop_codon_21 stop_codon 84344 84342 intron_64 intron 1 86231 84716 intron_65 intron 0.81 87297 86433 intron_66 intron 0.91 87635 87435 CDS_84 CDS 1 84715 84342 CDS_85 CDS 0.81 86432 86232 CDS_86 CDS 0.91 87434 87298 CDS_87 CDS 1 87757 87636 start_codon_21 start_codon 87757 87755 gene_22 gene 0.81 93959 88947 transcript_22 transcript 0.81 93959 88947 stop_codon_22 stop_codon 88949 88947 intron_67 intron 0.81 89022 88953 intron_68 intron 1 91562 89572 CDS_88 CDS 0.81 88952 88947 CDS_89 CDS 0.87 89571 89023 CDS_90 CDS 1 93959 91563 start_codon_22 start_codon 93959 93957 gene_23 gene 0.69 103859 95790 transcript_23 transcript 0.69 103859 95790 stop_codon_23 stop_codon 95792 95790 intron_69 intron 1 98038 95845 intron_70 intron 1 98159 98082 intron_71 intron 1 98870 98296 intron_72 intron 1 99063 98958 intron_73 intron 1 99253 99178 intron_74 intron 1 99528 99380 intron_75 intron 1 101169 100378 intron_76 intron 0.69 101721 101581 intron_77 intron 1 101911 101819 intron_78 intron 1 102076 101974 intron_79 intron 1 102714 102165 intron_80 intron 1 103763 102777 CDS_91 CDS 1 95844 95790 CDS_92 CDS 1 98081 98039 CDS_93 CDS 1 98295 98160 CDS_94 CDS 1 98957 98871 CDS_95 CDS 1 99177 99064 CDS_96 CDS 1 99379 99254 CDS_97 CDS 1 100377 99529 CDS_98 CDS 0.69 101580 101170 CDS_99 CDS 0.85 101818 101722 CDS_100 CDS 1 101973 101912 CDS_101 CDS 1 102164 102077 CDS_102 CDS 1 102776 102715 CDS_103 CDS 1 103859 103764 start_codon_23 start_codon 103859 103857 gene_24 gene 0.12 111570 107716 transcript_24 transcript 0.12 111570 107716 stop_codon_24 stop_codon 107718 107716 intron_81 intron 1 108036 107942 intron_82 intron 0.92 109086 108428 intron_83 intron 0.53 109696 109333 intron_84 intron 0.71 110007 109773 intron_85 intron 0.47 110204 110119 intron_86 intron 0.26 110937 110283 CDS_104 CDS 1 107941 107716 CDS_105 CDS 0.99 108427 108037 CDS_106 CDS 0.65 109332 109087 CDS_107 CDS 0.56 109772 109697 CDS_108 CDS 0.74 110118 110008 CDS_109 CDS 0.38 110282 110205 CDS_110 CDS 0.81 111570 110938 start_codon_24 start_codon 111570 111568 AUGUSTUS_ab_initio de novo gene_1 gene 0.52 33454 34930 transcript_1 transcript 0.52 33454 34930 start_codon_1 start_codon 33454 33456 intron_1 intron 0.61 33542 33768 intron_2 intron 0.55 33802 34589 CDS_1 CDS 0.96 33454 33541 CDS_2 CDS 0.62 33769 33801 CDS_3 CDS 0.8 34590 34930 stop_codon_1 stop_codon 34928 34930 gene_2 gene 0.51 44062 44556 transcript_2 transcript 0.51 44062 44556 start_codon_2 start_codon 44062 44064 CDS_4 CDS 0.51 44062 44556 stop_codon_2 stop_codon 44554 44556 gene_3 gene 0.34 44733 46205 transcript_3 transcript 0.34 44733 46205 start_codon_3 start_codon 44733 44735 CDS_5 CDS 0.34 44733 46205 stop_codon_3 stop_codon 46203 46205 gene_4 gene 0.15 51583 53753 transcript_4 transcript 0.15 51583 53753 start_codon_4 start_codon 51583 51585 intron_3 intron 0.32 51685 52015 intron_4 intron 0.93 52196 52278 intron_5 intron 0.72 52588 53327 CDS_6 CDS 0.23 51583 51684 CDS_7 CDS 0.44 52016 52195 CDS_8 CDS 0.74 52279 52587 CDS_9 CDS 0.98 53328 53753 stop_codon_4 stop_codon 53751 53753 gene_5 gene 0.03 59356 65318 transcript_5 transcript 0.03 59356 65318 start_codon_5 start_codon 59356 59358 intron_6 intron 0.55 59395 59961 intron_7 intron 0.9 60157 61070 intron_8 intron 0.38 61380 62131 intron_9 intron 0.37 62180 62276 intron_10 intron 0.64 62499 63792 intron_11 intron 0.11 64453 65312 CDS_10 CDS 0.6 59356 59394 CDS_11 CDS 0.99 59962 60156 CDS_12 CDS 0.97 61071 61379 CDS_13 CDS 0.4 62132 62179 CDS_14 CDS 0.66 62277 62498 CDS_15 CDS 0.48 63793 64452 CDS_16 CDS 0.16 65313 65318 stop_codon_5 stop_codon 65316 65318 gene_6 gene 0.78 66408 68889 transcript_6 transcript 0.78 66408 68889 start_codon_6 start_codon 66408 66410 intron_12 intron 1 66867 67470 intron_13 intron 1 67536 67649 intron_14 intron 1 67978 68092 intron_15 intron 1 68192 68625 CDS_17 CDS 0.78 66408 66866 CDS_18 CDS 1 67471 67535 CDS_19 CDS 1 67650 67977 CDS_20 CDS 1 68093 68191 CDS_21 CDS 0.99 68626 68889 stop_codon_6 stop_codon 68887 68889 gene_7 gene 0.14 71114 76313 transcript_7 transcript 0.14 71114 76313 start_codon_7 start_codon 71114 71116 intron_16 intron 0.82 71258 71358 intron_17 intron 0.55 71443 72370 intron_18 intron 0.36 72410 73232 intron_19 intron 0.45 73307 73997 intron_20 intron 0.94 74085 74209 intron_21 intron 1 74295 74491 intron_22 intron 0.98 74539 75329 intron_23 intron 0.99 75396 75971 intron_24 intron 0.92 76063 76241 CDS_22 CDS 0.97 71114 71257 CDS_23 CDS 0.85 71359 71442 CDS_24 CDS 0.38 72371 72409 CDS_25 CDS 0.98 73233 73306 CDS_26 CDS 0.45 73998 74084 CDS_27 CDS 0.95 74210 74294 CDS_28 CDS 1 74492 74538 CDS_29 CDS 1 75330 75395 CDS_30 CDS 0.92 75972 76062 CDS_31 CDS 1 76242 76313 stop_codon_7 stop_codon 76311 76313 gene_8 gene 0.95 117956 118262 transcript_8 transcript 0.95 117956 118262 start_codon_8 start_codon 117956 117958 intron_25 intron 0.96 118083 118167 CDS_32 CDS 0.95 117956 118082 CDS_33 CDS 0.96 118168 118262 stop_codon_8 stop_codon 118260 118262 gene_9 gene 0.23 121114 127140 transcript_9 transcript 0.23 121114 127140 start_codon_9 start_codon 121114 121116 intron_26 intron 0.64 121241 121829 intron_27 intron 0.64 121871 122562 intron_28 intron 0.89 122624 122701 intron_29 intron 0.9 122805 122937 intron_30 intron 0.67 123041 123251 intron_31 intron 0.99 123306 123414 intron_32 intron 0.75 123478 124610 intron_33 intron 0.94 124836 124960 intron_34 intron 1 125049 125178 intron_35 intron 0.98 125265 125364 intron_36 intron 0.95 125473 125961 intron_37 intron 0.92 126007 126100 intron_38 intron 0.92 126190 126816 intron_39 intron 1 126861 126964 CDS_34 CDS 0.66 121114 121240 CDS_35 CDS 0.61 121830 121870 CDS_36 CDS 0.86 122563 122623 CDS_37 CDS 0.88 122702 122804 CDS_38 CDS 0.68 122938 123040 CDS_39 CDS 0.91 123252 123305 CDS_40 CDS 0.99 123415 123477 CDS_41 CDS 0.9 124611 124835 CDS_42 CDS 1 124961 125048 CDS_43 CDS 1 125179 125264 CDS_44 CDS 0.98 125365 125472 CDS_45 CDS 0.99 125962 126006 CDS_46 CDS 0.93 126101 126189 CDS_47 CDS 1 126817 126860 CDS_48 CDS 1 126965 127140 stop_codon_9 stop_codon 127138 127140 gene_10 gene 0.2 128121 129250 transcript_10 transcript 0.2 128121 129250 start_codon_10 start_codon 128121 128123 intron_40 intron 0.95 128503 129113 CDS_49 CDS 0.37 128121 128502 CDS_50 CDS 0.49 129114 129250 stop_codon_10 stop_codon 129248 129250 AUGUSTUS_ab_initio de novo gene_11 gene 0.43 10610 9681 transcript_11 transcript 0.43 10610 9681 stop_codon_11 stop_codon 9683 9681 intron_41 intron 0.92 10135 10065 intron_42 intron 0.98 10310 10241 CDS_51 CDS 0.83 10064 9681 CDS_52 CDS 0.92 10240 10136 CDS_53 CDS 0.56 10610 10311 start_codon_11 start_codon 10610 10608 gene_12 gene 0.45 12897 12133 transcript_12 transcript 0.45 12897 12133 stop_codon_12 stop_codon 12135 12133 intron_43 intron 1 12789 12670 CDS_54 CDS 0.99 12669 12133 CDS_55 CDS 0.45 12897 12790 start_codon_12 start_codon 12897 12895 gene_13 gene 1 19193 18576 transcript_13 transcript 1 19193 18576 stop_codon_13 stop_codon 18578 18576 CDS_56 CDS 1 19193 18576 start_codon_13 start_codon 19193 19191 gene_14 gene 1 26401 25817 transcript_14 transcript 1 26401 25817 stop_codon_14 stop_codon 25819 25817 CDS_57 CDS 1 26401 25817 start_codon_14 start_codon 26401 26399 gene_15 gene 0.5 31131 27256 transcript_15 transcript 0.5 31131 27256 stop_codon_15 stop_codon 27258 27256 intron_44 intron 0.96 27544 27445 intron_45 intron 0.98 28279 27689 intron_46 intron 1 28961 28520 intron_47 intron 0.64 30535 29097 intron_48 intron 0.75 30863 30661 CDS_58 CDS 0.95 27444 27256 CDS_59 CDS 0.96 27688 27545 CDS_60 CDS 0.98 28519 28280 CDS_61 CDS 0.98 29096 28962 CDS_62 CDS 0.64 30660 30536 CDS_63 CDS 0.74 31131 30864 start_codon_15 start_codon 31131 31129 gene_16 gene 1 33275 31899 transcript_16 transcript 1 33275 31899 stop_codon_16 stop_codon 31901 31899 CDS_64 CDS 1 33275 31899 start_codon_16 start_codon 33275 33273 gene_17 gene 0.24 41016 35678 transcript_17 transcript 0.24 41016 35678 stop_codon_17 stop_codon 35680 35678 intron_49 intron 1 35903 35828 intron_50 intron 0.98 36325 36042 intron_51 intron 0.99 36596 36525 intron_52 intron 0.96 36810 36654 intron_53 intron 1 36992 36915 intron_54 intron 1 37180 37065 intron_55 intron 0.95 37483 37300 intron_56 intron 0.63 38002 37629 intron_57 intron 0.64 38160 38056 intron_58 intron 0.95 38326 38207 intron_59 intron 0.93 39148 38473 intron_60 intron 1 39440 39219 intron_61 intron 1 39696 39589 intron_62 intron 1 39914 39819 intron_63 intron 0.72 40445 40127 intron_64 intron 0.97 40833 40501 CDS_65 CDS 1 35827 35678 CDS_66 CDS 0.99 36041 35904 CDS_67 CDS 0.99 36524 36326 CDS_68 CDS 0.96 36653 36597 CDS_69 CDS 1 36914 36811 CDS_70 CDS 1 37064 36993 CDS_71 CDS 0.95 37299 37181 CDS_72 CDS 0.65 37628 37484 CDS_73 CDS 0.62 38055 38003 CDS_74 CDS 0.99 38206 38161 CDS_75 CDS 0.94 38472 38327 CDS_76 CDS 0.98 39218 39149 CDS_77 CDS 1 39588 39441 CDS_78 CDS 1 39818 39697 CDS_79 CDS 1 40126 39915 CDS_80 CDS 0.71 40500 40446 CDS_81 CDS 0.66 41016 40834 start_codon_17 start_codon 41016 41014 gene_18 gene 0.2 47528 47057 transcript_18 transcript 0.2 47528 47057 stop_codon_18 stop_codon 47059 47057 intron_65 intron 0.22 47269 47146 CDS_82 CDS 0.22 47145 47057 CDS_83 CDS 0.22 47528 47270 start_codon_18 start_codon 47528 47526 gene_19 gene 0.48 81305 77669 transcript_19 transcript 0.48 81305 77669 stop_codon_19 stop_codon 77671 77669 intron_66 intron 0.74 81199 79762 CDS_84 CDS 0.92 79761 77669 CDS_85 CDS 0.53 81305 81200 start_codon_19 start_codon 81305 81303 gene_20 gene 0.58 86307 84342 transcript_20 transcript 0.58 86307 84342 stop_codon_20 stop_codon 84344 84342 intron_67 intron 1 86231 84716 CDS_86 CDS 0.99 84715 84342 CDS_87 CDS 0.58 86307 86232 start_codon_20 start_codon 86307 86305 gene_21 gene 0.27 87757 87460 transcript_21 transcript 0.27 87757 87460 stop_codon_21 stop_codon 87462 87460 intron_68 intron 0.47 87637 87562 CDS_88 CDS 0.42 87561 87460 CDS_89 CDS 0.35 87757 87638 start_codon_21 start_codon 87757 87755 gene_22 gene 0.53 89604 88855 transcript_22 transcript 0.53 89604 88855 stop_codon_22 stop_codon 88857 88855 CDS_90 CDS 0.53 89604 88855 start_codon_22 start_codon 89604 89602 gene_23 gene 0.77 93959 91551 transcript_23 transcript 0.77 93959 91551 stop_codon_23 stop_codon 91553 91551 CDS_91 CDS 0.77 93959 91551 start_codon_23 start_codon 93959 93957 gene_24 gene 0.15 101556 95790 transcript_24 transcript 0.15 101556 95790 stop_codon_24 stop_codon 95792 95790 intron_69 intron 0.61 97083 95845 intron_70 intron 0.59 97323 97152 intron_71 intron 0.53 98038 97433 intron_72 intron 0.8 98159 98082 intron_73 intron 1 98870 98296 intron_74 intron 0.95 99063 98958 intron_75 intron 0.99 99253 99178 intron_76 intron 0.98 99528 99380 intron_77 intron 0.89 101169 100378 CDS_92 CDS 0.89 95844 95790 CDS_93 CDS 0.61 97151 97084 CDS_94 CDS 0.53 97432 97324 CDS_95 CDS 0.8 98081 98039 CDS_96 CDS 1 98295 98160 CDS_97 CDS 0.95 98957 98871 CDS_98 CDS 0.94 99177 99064 CDS_99 CDS 0.98 99379 99254 CDS_100 CDS 0.99 100377 99529 CDS_101 CDS 0.51 101556 101170 start_codon_24 start_codon 101556 101554 gene_25 gene 0.23 110557 107716 transcript_25 transcript 0.23 110557 107716 stop_codon_25 stop_codon 107718 107716 intron_78 intron 1 108036 107942 intron_79 intron 0.98 109086 108428 intron_80 intron 0.72 109696 109333 intron_81 intron 0.99 110007 109773 intron_82 intron 0.99 110204 110119 intron_83 intron 0.85 110365 110283 CDS_102 CDS 0.77 107941 107716 CDS_103 CDS 0.94 108427 108037 CDS_104 CDS 0.84 109332 109087 CDS_105 CDS 0.72 109772 109697 CDS_106 CDS 1 110118 110008 CDS_107 CDS 0.96 110282 110205 CDS_108 CDS 0.49 110557 110366 start_codon_25 start_codon 110557 110555 gene_26 gene 0.55 111570 110687 transcript_26 transcript 0.55 111570 110687 stop_codon_26 stop_codon 110689 110687 intron_84 intron 0.88 110937 110837 CDS_109 CDS 0.57 110836 110687 CDS_110 CDS 0.93 111570 110938 start_codon_26 start_codon 111570 111568 AUGUSTUS_tom_ugs de novo gene_1 gene 0.8 33454 34930 transcript_1 transcript 0.8 33454 34930 start_codon_1 start_codon 33454 33456 intron_1 intron 0.81 33542 34589 CDS_1 CDS 0.98 33454 33541 CDS_2 CDS 0.89 34590 34930 stop_codon_1 stop_codon 34928 34930 gene_2 gene 0.68 44062 44556 transcript_2 transcript 0.68 44062 44556 start_codon_2 start_codon 44062 44064 CDS_3 CDS 0.68 44062 44556 stop_codon_2 stop_codon 44554 44556 gene_3 gene 0.68 44733 46205 transcript_3 transcript 0.68 44733 46205 start_codon_3 start_codon 44733 44735 CDS_4 CDS 0.68 44733 46205 stop_codon_3 stop_codon 46203 46205 gene_4 gene 0.39 52297 53753 transcript_4 transcript 0.39 52297 53753 start_codon_4 start_codon 52297 52299 intron_2 intron 1 52588 52698 intron_3 intron 1 52921 53327 CDS_5 CDS 0.39 52297 52587 CDS_6 CDS 1 52699 52920 CDS_7 CDS 1 53328 53753 stop_codon_4 stop_codon 53751 53753 gene_5 gene 1 59356 65318 transcript_5 transcript 1 59356 65318 start_codon_5 start_codon 59356 59358 intron_4 intron 1 59413 59961 intron_5 intron 1 60157 61070 intron_6 intron 1 61380 62276 intron_7 intron 1 62499 63792 intron_8 intron 1 64453 65312 CDS_8 CDS 1 59356 59412 CDS_9 CDS 1 59962 60156 CDS_10 CDS 1 61071 61379 CDS_11 CDS 1 62277 62498 CDS_12 CDS 1 63793 64452 CDS_13 CDS 1 65313 65318 stop_codon_5 stop_codon 65316 65318 gene_6 gene 1 66408 68889 transcript_6 transcript 1 66408 68889 start_codon_6 start_codon 66408 66410 intron_9 intron 1 66867 67470 intron_10 intron 1 67536 67649 intron_11 intron 1 67978 68092 intron_12 intron 1 68192 68625 CDS_14 CDS 1 66408 66866 CDS_15 CDS 1 67471 67535 CDS_16 CDS 1 67650 67977 CDS_17 CDS 1 68093 68191 CDS_18 CDS 1 68626 68889 stop_codon_6 stop_codon 68887 68889 gene_7 gene 1 71114 76313 transcript_7 transcript 1 71114 76313 start_codon_7 start_codon 71114 71116 intron_13 intron 1 71258 71358 intron_14 intron 1 71443 73232 intron_15 intron 1 73307 73997 intron_16 intron 1 74085 74209 intron_17 intron 1 74295 74491 intron_18 intron 1 74539 75329 intron_19 intron 1 75396 75971 intron_20 intron 1 76063 76241 CDS_19 CDS 1 71114 71257 CDS_20 CDS 1 71359 71442 CDS_21 CDS 1 73233 73306 CDS_22 CDS 1 73998 74084 CDS_23 CDS 1 74210 74294 CDS_24 CDS 1 74492 74538 CDS_25 CDS 1 75330 75395 CDS_26 CDS 1 75972 76062 CDS_27 CDS 1 76242 76313 stop_codon_7 stop_codon 76311 76313 gene_8 gene 0.64 117956 118262 transcript_8 transcript 0.64 117956 118262 start_codon_8 start_codon 117956 117958 intron_21 intron 0.64 118083 118167 CDS_28 CDS 0.66 117956 118082 CDS_29 CDS 0.64 118168 118262 stop_codon_8 stop_codon 118260 118262 gene_9 gene 0.21 121187 127140 transcript_9 transcript 0.21 121187 127140 start_codon_9 start_codon 121187 121189 intron_22 intron 0.61 121241 122562 intron_23 intron 0.65 122624 122701 intron_24 intron 0.8 122805 122937 intron_25 intron 0.55 123041 123251 intron_26 intron 0.72 123306 123414 intron_27 intron 0.99 123478 124610 intron_28 intron 1 124836 124960 intron_29 intron 1 125049 125178 intron_30 intron 1 125265 125364 intron_31 intron 1 125473 125961 intron_32 intron 1 126007 126100 intron_33 intron 1 126190 126816 intron_34 intron 1 126861 126964 CDS_30 CDS 0.61 121187 121240 CDS_31 CDS 0.64 122563 122623 CDS_32 CDS 0.63 122702 122804 CDS_33 CDS 0.79 122938 123040 CDS_34 CDS 0.61 123252 123305 CDS_35 CDS 0.99 123415 123477 CDS_36 CDS 0.99 124611 124835 CDS_37 CDS 1 124961 125048 CDS_38 CDS 1 125179 125264 CDS_39 CDS 1 125365 125472 CDS_40 CDS 1 125962 126006 CDS_41 CDS 1 126101 126189 CDS_42 CDS 1 126817 126860 CDS_43 CDS 1 126965 127140 stop_codon_9 stop_codon 127138 127140 gene_10 gene 0.29 128121 129250 transcript_10 transcript 0.29 128121 129250 start_codon_10 start_codon 128121 128123 intron_35 intron 0.5 128503 129113 CDS_44 CDS 0.3 128121 128502 CDS_45 CDS 0.48 129114 129250 stop_codon_10 stop_codon 129248 129250 AUGUSTUS_tom_ugs de novo gene_11 gene 0.43 10610 9681 transcript_11 transcript 0.43 10610 9681 stop_codon_11 stop_codon 9683 9681 intron_36 intron 0.56 10135 10065 intron_37 intron 0.58 10310 10241 CDS_46 CDS 0.92 10064 9681 CDS_47 CDS 0.56 10240 10136 CDS_48 CDS 0.83 10610 10311 start_codon_11 start_codon 10610 10608 gene_12 gene 0.79 12897 12133 transcript_12 transcript 0.79 12897 12133 stop_codon_12 stop_codon 12135 12133 intron_38 intron 1 12789 12670 CDS_49 CDS 1 12669 12133 CDS_50 CDS 0.79 12897 12790 start_codon_12 start_codon 12897 12895 gene_13 gene 0.99 19193 18576 transcript_13 transcript 0.99 19193 18576 stop_codon_13 stop_codon 18578 18576 CDS_51 CDS 0.99 19193 18576 start_codon_13 start_codon 19193 19191 gene_14 gene 1 26401 25817 transcript_14 transcript 1 26401 25817 stop_codon_14 stop_codon 25819 25817 CDS_52 CDS 1 26401 25817 start_codon_14 start_codon 26401 26399 gene_15 gene 0.97 29597 27256 transcript_15 transcript 0.97 29597 27256 stop_codon_15 stop_codon 27258 27256 intron_39 intron 1 27544 27445 intron_40 intron 1 27883 27689 intron_41 intron 1 28233 28120 intron_42 intron 0.97 28961 28520 intron_43 intron 1 29468 29097 CDS_53 CDS 1 27444 27256 CDS_54 CDS 1 27688 27545 CDS_55 CDS 1 28119 27884 CDS_56 CDS 0.97 28519 28234 CDS_57 CDS 1 29096 28962 CDS_58 CDS 1 29597 29469 start_codon_15 start_codon 29597 29595 gene_16 gene 1 33275 31899 transcript_16 transcript 1 33275 31899 stop_codon_16 stop_codon 31901 31899 CDS_59 CDS 1 33275 31899 start_codon_16 start_codon 33275 33273 gene_17 gene 0.53 41016 35678 transcript_17 transcript 0.53 41016 35678 stop_codon_17 stop_codon 35680 35678 intron_44 intron 1 35903 35828 intron_45 intron 1 36325 36042 intron_46 intron 1 36596 36525 intron_47 intron 1 36810 36654 intron_48 intron 1 36992 36915 intron_49 intron 1 37180 37065 intron_50 intron 1 37483 37300 intron_51 intron 1 38002 37629 intron_52 intron 1 38160 38056 intron_53 intron 1 38326 38207 intron_54 intron 1 39148 38473 intron_55 intron 1 39440 39219 intron_56 intron 1 39696 39589 intron_57 intron 1 39914 39819 intron_58 intron 1 40445 40127 intron_59 intron 1 40833 40501 CDS_60 CDS 1 35827 35678 CDS_61 CDS 1 36041 35904 CDS_62 CDS 1 36524 36326 CDS_63 CDS 1 36653 36597 CDS_64 CDS 1 36914 36811 CDS_65 CDS 1 37064 36993 CDS_66 CDS 1 37299 37181 CDS_67 CDS 1 37628 37484 CDS_68 CDS 1 38055 38003 CDS_69 CDS 1 38206 38161 CDS_70 CDS 1 38472 38327 CDS_71 CDS 1 39218 39149 CDS_72 CDS 1 39588 39441 CDS_73 CDS 1 39818 39697 CDS_74 CDS 1 40126 39915 CDS_75 CDS 1 40500 40446 CDS_76 CDS 0.53 41016 40834 start_codon_17 start_codon 41016 41014 gene_18 gene 0.66 47528 47229 transcript_18 transcript 0.66 47528 47229 stop_codon_18 stop_codon 47231 47229 CDS_77 CDS 0.66 47528 47229 start_codon_18 start_codon 47528 47526 gene_19 gene 0.62 87694 84342 transcript_19 transcript 0.62 87694 84342 stop_codon_19 stop_codon 84344 84342 intron_60 intron 1 86231 84716 intron_61 intron 0.75 87463 86411 intron_62 intron 0.76 87637 87562 CDS_78 CDS 1 84715 84342 CDS_79 CDS 1 86410 86232 CDS_80 CDS 0.63 87561 87464 CDS_81 CDS 0.86 87694 87638 start_codon_19 start_codon 87694 87692 gene_20 gene 0.42 93959 88855 transcript_20 transcript 0.42 93959 88855 stop_codon_20 stop_codon 88857 88855 intron_63 intron 1 91562 89572 CDS_82 CDS 0.42 89571 88855 CDS_83 CDS 1 93959 91563 start_codon_20 start_codon 93959 93957 gene_21 gene 1 103859 95790 transcript_21 transcript 1 103859 95790 stop_codon_21 stop_codon 95792 95790 intron_64 intron 1 98038 95845 intron_65 intron 1 98159 98082 intron_66 intron 1 98870 98296 intron_67 intron 1 99063 98958 intron_68 intron 1 99253 99178 intron_69 intron 1 99528 99380 intron_70 intron 1 101169 100378 intron_71 intron 1 101721 101581 intron_72 intron 1 101911 101819 intron_73 intron 1 102076 101974 intron_74 intron 1 102714 102165 intron_75 intron 1 103763 102777 CDS_84 CDS 1 95844 95790 CDS_85 CDS 1 98081 98039 CDS_86 CDS 1 98295 98160 CDS_87 CDS 1 98957 98871 CDS_88 CDS 1 99177 99064 CDS_89 CDS 1 99379 99254 CDS_90 CDS 1 100377 99529 CDS_91 CDS 1 101580 101170 CDS_92 CDS 1 101818 101722 CDS_93 CDS 1 101973 101912 CDS_94 CDS 1 102164 102077 CDS_95 CDS 1 102776 102715 CDS_96 CDS 1 103859 103764 start_codon_21 start_codon 103859 103857 gene_22 gene 0.08 111570 107716 transcript_22 transcript 0.08 111570 107716 stop_codon_22 stop_codon 107718 107716 intron_76 intron 0.97 108036 107942 intron_77 intron 0.95 109086 108428 intron_78 intron 0.37 109696 109333 intron_79 intron 0.62 110007 109773 intron_80 intron 0.51 110204 110119 intron_81 intron 0.28 110937 110283 CDS_97 CDS 1 107941 107716 CDS_98 CDS 0.95 108427 108037 CDS_99 CDS 0.53 109332 109087 CDS_100 CDS 0.37 109772 109697 CDS_101 CDS 0.69 110118 110008 CDS_102 CDS 0.48 110282 110205 CDS_103 CDS 0.73 111570 110938 start_codon_22 start_codon 111570 111568 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.915 1195 1523 match_2 match_part 0.942 2272 2549 match_3 match_part 0.994 43966 44290 match_4 match_part 0.997 44669 45572 match_5 match_part 0.997 45614 46252 match_part 1.000 50333 50680 match_6 match_part 0.943 51296 51684 match_part 0.979 52016 52160 match_7 match_part 0.918 51297 51454 match_8 match_part 0.996 52345 52587 match_part 0.995 52699 52920 match_part 0.996 53328 53773 match_part 0.964 54117 54336 match_9 match_part 0.996 58965 59412 match_part 1.000 59962 60089 match_10 match_part 0.998 58972 59412 match_part 1.000 59962 60156 match_part 1.000 61071 61379 match_part 1.000 62277 62498 match_part 1.000 63793 64452 match_part 0.998 65313 65789 match_11 match_part 1.000 61401 61459 match_part 1.000 62249 62756 match_12 match_part 0.970 66373 66866 match_13 match_part 1.000 70973 71257 match_part 1.000 71359 71442 match_part 1.000 73233 73306 match_part 1.000 73998 74084 match_part 1.000 74210 74294 match_part 1.000 74492 74538 match_part 1.000 75330 75395 match_part 1.000 75972 76062 match_part 1.000 76242 76576 match_14 match_part 0.976 71094 71257 match_part 1.000 71359 71442 match_part 1.000 73233 73306 match_part 1.000 73998 74084 match_part 1.000 74210 74294 match_part 0.990 74492 74790 match_15 match_part 0.917 84081 84668 match_16 match_part 0.982 124611 124835 match_part 1.000 124961 125048 match_part 1.000 125179 125264 match_part 1.000 125365 125472 match_part 1.000 125962 126006 match_part 1.000 126101 126189 match_part 1.000 126817 126860 match_part 0.944 126965 127036 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.991 19280 18340 match_18 match_part 1.000 26421 25678 match_19 match_part 1.000 29612 29469 match_part 1.000 29096 28962 match_part 1.000 28847 28760 match_part 1.000 28519 28234 match_part 1.000 28119 27884 match_part 1.000 27688 27545 match_part 0.979 27444 27062 match_20 match_part 0.988 29635 29469 match_part 1.000 29096 28962 match_part 1.000 28519 28234 match_part 1.000 28119 27884 match_part 1.000 27688 27545 match_part 1.000 27444 27256 match_21 match_part 1.000 77872 77213 match_22 match_part 1.000 83166 83046 match_part 1.000 79761 79151 match_23 match_part 1.000 83168 83046 match_part 1.000 81066 80986 match_part 1.000 79761 79412 match_24 match_part 0.989 86420 86232 match_part 0.992 84715 83964 match_25 match_part 0.899 86410 86232 match_part 0.944 84715 83990 match_26 match_part 0.984 86357 86232 match_part 1.000 84698 84207 match_27 match_part 0.962 86416 86232 match_part 0.957 84715 84249 match_28 match_part 0.910 86398 86232 match_part 0.902 84715 84349 match_29 match_part 1.000 89330 88836 match_part 1.000 87838 87219 match_30 match_part 0.998 92023 91563 match_part 0.947 89571 89496 match_31 match_part 0.982 92580 92018 match_32 match_part 1.000 94274 94242 match_part 1.000 94157 93387 match_33 match_part 1.000 99930 99529 match_part 1.000 99379 99254 match_part 1.000 99177 99064 match_part 1.000 98957 98871 match_part 1.000 98295 98160 match_part 1.000 98081 98039 match_part 0.997 95844 95508 match_34 match_part 1.000 104050 103764 match_part 1.000 102776 102715 match_part 1.000 102164 102077 match_part 1.000 101973 101912 match_part 0.979 101818 101722 match_part 0.974 101580 101426 match_35 match_part 1.000 104014 103764 match_part 0.988 102776 102361 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 1195 1523 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 2272 2549 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 19280 18340 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 26421 25678 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29635 29469 exon 29096 28962 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27256 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 29612 29469 exon 29096 28962 exon 28847 28760 exon 28519 28234 exon 28119 27884 exon 27688 27545 exon 27444 27062 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 43966 44290 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 44669 45572 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 45614 46252 exon 50333 50680 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 51296 51684 exon 52016 52160 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 52345 52587 exon 52699 52920 exon 53328 53773 exon 54117 54336 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 58965 59412 exon 59962 60156 exon 61071 61379 exon 62277 62498 exon 63793 64452 exon 65313 65789 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 61401 61459 exon 62249 62756 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 66373 66866 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 70973 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74538 exon 75330 75395 exon 75972 76062 exon 76242 76576 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 71094 71257 exon 71359 71442 exon 73233 73306 exon 73998 74084 exon 74210 74294 exon 74492 74790 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 77872 77213 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 83168 83046 exon 81066 80986 exon 79761 79412 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 83166 83046 exon 79761 79151 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86420 86232 exon 84715 83964 gene_21 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 86357 86232 exon 84698 84207 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 84081 84668 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 89330 88836 exon 87838 87219 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 92580 91563 exon 89571 89496 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 94274 94242 exon 94157 93387 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 99930 99529 exon 99379 99254 exon 99177 99064 exon 98957 98871 exon 98295 98160 exon 98081 98039 exon 95844 95508 gene_27 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 104050 103764 exon 102776 102715 exon 102164 102077 exon 101973 101912 exon 101818 101722 exon 101580 101426 gene_28 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 104014 103764 exon 102776 102361 gene_29 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 124611 124835 exon 124961 125048 exon 125179 125264 exon 125365 125472 exon 125962 126006 exon 126101 126189 exon 126817 126860 exon 126965 127036 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 124586 125041 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.998 26408 25806 match_3 match_part 0.925 78311 77252 match_4 match_part 1.000 126169 125689 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 26408 25806 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 78311 77252 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 124586 125041 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0156C03.2 type gene exon 126169 125689 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.77 33454 34930 transcript_1 transcript 0.77 33454 34930 start_codon_1 start_codon 33454 33456 intron_1 intron 0.77 33542 34589 CDS_1 CDS 0.97 33454 33541 CDS_2 CDS 0.87 34590 34930 stop_codon_1 stop_codon 34928 34930 gene_2 gene 0.95 44062 46205 transcript_2 transcript 0.95 44062 46205 start_codon_2 start_codon 44062 44064 intron_2 intron 0.95 44552 44670 CDS_3 CDS 0.95 44062 44551 CDS_4 CDS 0.95 44671 46205 stop_codon_2 stop_codon 46203 46205 gene_3 gene 0.93 51583 53753 transcript_3 transcript 0.93 51583 53753 start_codon_3 start_codon 51583 51585 intron_3 intron 1 51685 52015 intron_4 intron 1 52196 52278 intron_5 intron 1 52588 52698 intron_6 intron 1 52921 53327 CDS_5 CDS 0.93 51583 51684 CDS_6 CDS 1 52016 52195 CDS_7 CDS 1 52279 52587 CDS_8 CDS 1 52699 52920 CDS_9 CDS 1 53328 53753 stop_codon_3 stop_codon 53751 53753 gene_4 gene 1 59356 65318 transcript_4 transcript 1 59356 65318 start_codon_4 start_codon 59356 59358 intron_7 intron 1 59413 59961 intron_8 intron 1 60157 61070 intron_9 intron 1 61380 62276 intron_10 intron 1 62499 63792 intron_11 intron 1 64453 65312 CDS_10 CDS 1 59356 59412 CDS_11 CDS 1 59962 60156 CDS_12 CDS 1 61071 61379 CDS_13 CDS 1 62277 62498 CDS_14 CDS 1 63793 64452 CDS_15 CDS 1 65313 65318 stop_codon_4 stop_codon 65316 65318 gene_5 gene 0.38 65491 68889 transcript_5 transcript 0.38 65491 68889 start_codon_5 start_codon 65491 65493 intron_12 intron 0.38 65591 66342 intron_13 intron 1 66867 67470 intron_14 intron 1 67536 67649 intron_15 intron 1 67978 68092 intron_16 intron 1 68192 68625 CDS_16 CDS 0.38 65491 65590 CDS_17 CDS 0.66 66343 66866 CDS_18 CDS 1 67471 67535 CDS_19 CDS 1 67650 67977 CDS_20 CDS 1 68093 68191 CDS_21 CDS 1 68626 68889 stop_codon_5 stop_codon 68887 68889 gene_6 gene 1 71114 76313 transcript_6 transcript 1 71114 76313 start_codon_6 start_codon 71114 71116 intron_17 intron 1 71258 71358 intron_18 intron 1 71443 73232 intron_19 intron 1 73307 73997 intron_20 intron 1 74085 74209 intron_21 intron 1 74295 74491 intron_22 intron 1 74539 75329 intron_23 intron 1 75396 75971 intron_24 intron 1 76063 76241 CDS_22 CDS 1 71114 71257 CDS_23 CDS 1 71359 71442 CDS_24 CDS 1 73233 73306 CDS_25 CDS 1 73998 74084 CDS_26 CDS 1 74210 74294 CDS_27 CDS 1 74492 74538 CDS_28 CDS 1 75330 75395 CDS_29 CDS 1 75972 76062 CDS_30 CDS 1 76242 76313 stop_codon_6 stop_codon 76311 76313 gene_7 gene 0.61 117956 118262 transcript_7 transcript 0.61 117956 118262 start_codon_7 start_codon 117956 117958 intron_25 intron 0.62 118083 118167 CDS_31 CDS 0.65 117956 118082 CDS_32 CDS 0.61 118168 118262 stop_codon_7 stop_codon 118260 118262 gene_8 gene 0.15 121187 127140 transcript_8 transcript 0.15 121187 127140 start_codon_8 start_codon 121187 121189 intron_26 intron 0.58 121241 122562 intron_27 intron 0.55 122624 122701 intron_28 intron 0.85 122805 122937 intron_29 intron 0.48 123041 123251 intron_30 intron 0.63 123306 123414 intron_31 intron 1 123478 124610 intron_32 intron 1 124836 124960 intron_33 intron 1 125049 125178 intron_34 intron 1 125265 125364 intron_35 intron 1 125473 125961 intron_36 intron 1 126007 126100 intron_37 intron 1 126190 126816 intron_38 intron 1 126861 126964 CDS_33 CDS 0.58 121187 121240 CDS_34 CDS 0.55 122563 122623 CDS_35 CDS 0.53 122702 122804 CDS_36 CDS 0.82 122938 123040 CDS_37 CDS 0.57 123252 123305 CDS_38 CDS 1 123415 123477 CDS_39 CDS 1 124611 124835 CDS_40 CDS 1 124961 125048 CDS_41 CDS 1 125179 125264 CDS_42 CDS 1 125365 125472 CDS_43 CDS 1 125962 126006 CDS_44 CDS 1 126101 126189 CDS_45 CDS 1 126817 126860 CDS_46 CDS 1 126965 127140 stop_codon_8 stop_codon 127138 127140 gene_9 gene 0.44 128121 129250 transcript_9 transcript 0.44 128121 129250 start_codon_9 start_codon 128121 128123 intron_39 intron 1 128503 129113 CDS_47 CDS 0.47 128121 128502 CDS_48 CDS 0.94 129114 129250 stop_codon_9 stop_codon 129248 129250 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 0.42 10610 9681 transcript_10 transcript 0.42 10610 9681 stop_codon_10 stop_codon 9683 9681 intron_40 intron 0.51 10135 10065 intron_41 intron 0.58 10310 10241 CDS_49 CDS 0.83 10064 9681 CDS_50 CDS 0.51 10240 10136 CDS_51 CDS 0.75 10610 10311 start_codon_10 start_codon 10610 10608 gene_11 gene 0.72 12897 12133 transcript_11 transcript 0.72 12897 12133 stop_codon_11 stop_codon 12135 12133 intron_42 intron 1 12789 12670 CDS_52 CDS 1 12669 12133 CDS_53 CDS 0.72 12897 12790 start_codon_11 start_codon 12897 12895 gene_12 gene 1 19193 18576 transcript_12 transcript 1 19193 18576 stop_codon_12 stop_codon 18578 18576 CDS_54 CDS 1 19193 18576 start_codon_12 start_codon 19193 19191 gene_13 gene 1 26401 25817 transcript_13 transcript 1 26401 25817 stop_codon_13 stop_codon 25819 25817 CDS_55 CDS 1 26401 25817 start_codon_13 start_codon 26401 26399 gene_14 gene 1 28375 27256 transcript_14 transcript 1 28375 27256 stop_codon_14 stop_codon 27258 27256 intron_43 intron 1 27544 27445 intron_44 intron 1 27883 27689 intron_45 intron 1 28233 28120 CDS_56 CDS 1 27444 27256 CDS_57 CDS 1 27688 27545 CDS_58 CDS 1 28119 27884 CDS_59 CDS 1 28375 28234 start_codon_14 start_codon 28375 28373 gene_15 gene 1 29597 28833 transcript_15 transcript 1 29597 28833 stop_codon_15 stop_codon 28835 28833 intron_46 intron 1 28961 28848 intron_47 intron 1 29468 29097 CDS_60 CDS 1 28847 28833 CDS_61 CDS 1 29096 28962 CDS_62 CDS 1 29597 29469 start_codon_15 start_codon 29597 29595 gene_16 gene 2 33275 31899 transcript_16 transcript 1 32414 31899 stop_codon_16 stop_codon 31901 31899 CDS_63 CDS 1 32414 31899 start_codon_16 start_codon 32414 32412 transcript_17 transcript 1 33275 31899 stop_codon_17 stop_codon 31901 31899 CDS_64 CDS 1 33275 31899 start_codon_17 start_codon 33275 33273 gene_17 gene 0.6 41016 35678 transcript_18 transcript 0.6 41016 35678 stop_codon_18 stop_codon 35680 35678 intron_48 intron 1 35903 35828 intron_49 intron 1 36325 36042 intron_50 intron 1 36596 36525 intron_51 intron 1 36810 36654 intron_52 intron 1 36992 36915 intron_53 intron 1 37180 37065 intron_54 intron 1 37483 37300 intron_55 intron 1 38002 37629 intron_56 intron 1 38160 38056 intron_57 intron 1 38326 38207 intron_58 intron 1 39148 38473 intron_59 intron 1 39440 39219 intron_60 intron 1 39696 39589 intron_61 intron 1 39914 39819 intron_62 intron 1 40445 40127 intron_63 intron 1 40833 40501 CDS_65 CDS 1 35827 35678 CDS_66 CDS 1 36041 35904 CDS_67 CDS 1 36524 36326 CDS_68 CDS 1 36653 36597 CDS_69 CDS 1 36914 36811 CDS_70 CDS 1 37064 36993 CDS_71 CDS 1 37299 37181 CDS_72 CDS 1 37628 37484 CDS_73 CDS 1 38055 38003 CDS_74 CDS 1 38206 38161 CDS_75 CDS 1 38472 38327 CDS_76 CDS 1 39218 39149 CDS_77 CDS 1 39588 39441 CDS_78 CDS 1 39818 39697 CDS_79 CDS 1 40126 39915 CDS_80 CDS 1 40500 40446 CDS_81 CDS 0.6 41016 40834 start_codon_18 start_codon 41016 41014 gene_18 gene 0.57 47528 47229 transcript_19 transcript 0.57 47528 47229 stop_codon_19 stop_codon 47231 47229 CDS_82 CDS 0.57 47528 47229 start_codon_19 start_codon 47528 47526 gene_19 gene 0.32 71156 70604 transcript_20 transcript 0.32 71156 70604 stop_codon_20 stop_codon 70606 70604 intron_64 intron 0.32 70995 70656 CDS_83 CDS 0.32 70655 70604 CDS_84 CDS 0.79 71156 70996 start_codon_20 start_codon 71156 71154 gene_20 gene 0.75 81305 77669 transcript_21 transcript 0.75 81305 77669 stop_codon_21 stop_codon 77671 77669 intron_65 intron 0.89 81199 79762 CDS_85 CDS 0.98 79761 77669 CDS_86 CDS 0.75 81305 81200 start_codon_21 start_codon 81305 81303 gene_21 gene 0.74 87757 84342 transcript_22 transcript 0.74 87757 84342 stop_codon_22 stop_codon 84344 84342 intron_66 intron 1 86231 84716 intron_67 intron 0.82 87297 86433 intron_68 intron 0.9 87635 87435 CDS_87 CDS 1 84715 84342 CDS_88 CDS 0.82 86432 86232 CDS_89 CDS 0.9 87434 87298 CDS_90 CDS 1 87757 87636 start_codon_22 start_codon 87757 87755 gene_22 gene 0.81 93959 88947 transcript_23 transcript 0.81 93959 88947 stop_codon_23 stop_codon 88949 88947 intron_69 intron 0.81 89022 88953 intron_70 intron 1 91562 89572 CDS_91 CDS 0.81 88952 88947 CDS_92 CDS 0.88 89571 89023 CDS_93 CDS 1 93959 91563 start_codon_23 start_codon 93959 93957 gene_23 gene 1 103859 95790 transcript_24 transcript 1 103859 95790 stop_codon_24 stop_codon 95792 95790 intron_71 intron 1 98038 95845 intron_72 intron 1 98159 98082 intron_73 intron 1 98870 98296 intron_74 intron 1 99063 98958 intron_75 intron 1 99253 99178 intron_76 intron 1 99528 99380 intron_77 intron 1 101169 100378 intron_78 intron 1 101721 101581 intron_79 intron 1 101911 101819 intron_80 intron 1 102076 101974 intron_81 intron 1 102714 102165 intron_82 intron 1 103763 102777 CDS_94 CDS 1 95844 95790 CDS_95 CDS 1 98081 98039 CDS_96 CDS 1 98295 98160 CDS_97 CDS 1 98957 98871 CDS_98 CDS 1 99177 99064 CDS_99 CDS 1 99379 99254 CDS_100 CDS 1 100377 99529 CDS_101 CDS 1 101580 101170 CDS_102 CDS 1 101818 101722 CDS_103 CDS 1 101973 101912 CDS_104 CDS 1 102164 102077 CDS_105 CDS 1 102776 102715 CDS_106 CDS 1 103859 103764 start_codon_24 start_codon 103859 103857 gene_24 gene 0.19 111570 107716 transcript_25 transcript 0.19 111570 107716 stop_codon_25 stop_codon 107718 107716 intron_83 intron 1 108036 107942 intron_84 intron 0.94 109086 108428 intron_85 intron 0.49 109696 109333 intron_86 intron 0.64 110007 109773 intron_87 intron 0.45 110204 110119 intron_88 intron 0.29 110937 110283 CDS_107 CDS 0.99 107941 107716 CDS_108 CDS 0.98 108427 108037 CDS_109 CDS 0.62 109332 109087 CDS_110 CDS 0.51 109772 109697 CDS_111 CDS 0.66 110118 110008 CDS_112 CDS 0.43 110282 110205 CDS_113 CDS 0.79 111570 110938 start_codon_25 start_codon 111570 111568 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 381 44520 46199 match_2 match 536 44652 46199 match_3 match 153 44907 45485 match_4 match 310 44727 46202 match_5 match 310 44727 46202 match_6 match 132 45378 46193 match_7 match 359 44502 46199 match_8 match 63.5 73996 74103 match_9 match 65.1 74208 74294 match_10 match 95.9 71114 71257 match_11 match 58.9 71359 71442 match_12 match 288 44769 46127 match_13 match 328 44706 46202 match_14 match 229 52285 52938 match_15 match 176 61053 61514 match_16 match 199 52282 52938 match_17 match 157 61053 61406 match_18 match 189 52282 53013 match_19 match 159 61071 61406 match_20 match 219 52279 52938 match_21 match 159 61080 61406 match_22 match 135 63769 64320 match_23 match 253 52228 52938 match_24 match 113 62277 62498 match_25 match 192 61065 61406 match_26 match 58.2 52016 52120 match_27 match 109 68617 68886 match_28 match 259 67465 67998 match_29 match 214 66408 66866 match_30 match 72.4 68087 68191 match_31 match 302 44706 46130 match_32 match 302 44706 46130 match_33 match 211 52243 52929 match_34 match 156 61053 61448 match_35 match 535 44652 46199 match_36 match 535 44652 46199 match_37 match 253 52234 52938 match_38 match 171 61071 61514 match_39 match 71.6 52016 52159 match_40 match 113 62274 62498 match_41 match 258 44781 46202 match_42 match 192 52282 52938 match_43 match 143 61053 61373 match_44 match 192 52282 52938 match_45 match 143 61053 61373 match_46 match 143 44658 45311 match_47 match 122 44706 45299 match_48 match 193 52282 52938 match_49 match 137 61053 61358 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_50 match 219 33173 32097 match_51 match 144 93044 92364 match_52 match 116 84716 84345 match_53 match 105 84716 84351 match_54 match 111 84716 84354 match_55 match 116 11315 10536 match_56 match 116 84716 84345 match_57 match 47.0 87839 87777 match_58 match 90.5 87772 87632 match_59 match 113 87633 87463 match_60 match 244 84716 84345 match_61 match 146 26401 25823 match_62 match 110 33131 32100 match_63 match 204 28522 27872 match_64 match 204 28522 27872 match_65 match 117 33188 32100 match_66 match 47.0 87839 87777 match_67 match 91.7 87772 87632 match_68 match 114 87633 87463 match_69 match 246 84716 84345 match_70 match 24.6 87806 87777 match_71 match 91.7 87772 87632 match_72 match 114 87633 87463 match_73 match 224 84683 84345 match_74 match 47.0 87839 87777 match_75 match 91.7 87772 87632 match_76 match 114 87633 87463 match_77 match 246 84716 84345 match_78 match 145 93044 92628 match_79 match 143 79696 79382 match_80 match 753 79138 77675 match_81 match 48.1 87781 87632 match_82 match 153 84716 84345 match_83 match 29.6 87839 87777 match_84 match 82.8 87633 87463 match_85 match 124 84716 84354 match_86 match 133 84716 84345 match_87 match 134 84716 84345 match_88 match 109 84686 84354 match_89 match 133 84716 84345 match_90 match 47.0 87839 87777 match_91 match 91.7 87772 87632 match_92 match 114 87633 87463 match_93 match 246 84716 84345 match_94 match 111 84716 84330 match_95 match 112 38473 37994 match_96 match 146 40127 39444 match_97 match 74.7 87769 87632 match_98 match 36.2 87839 87777 match_99 match 202 84716 84351 match_100 match 102 87633 87469 match_101 match 47.0 87839 87777 match_102 match 91.7 87772 87632 match_103 match 115 87633 87463 match_104 match 247 84716 84345 match_105 match 120 84716 84354 match_106 match 118 84716 84348 match_107 match 47.0 87839 87777 match_108 match 91.7 87772 87632 match_109 match 114 87633 87463 match_110 match 246 84716 84345 match_111 match 109 19193 18705 match_112 match 70.9 87769 87632 match_113 match 195 84716 84351 match_114 match 37.0 87839 87777 match_115 match 98.6 87633 87469 match_116 match 123 33128 32100 match_117 match 209 33164 32097 match_118 match 110 84716 84354 match_119 match 110 84716 84354 match_120 match 135 93965 93222 match_121 match 246 93044 91557 match_122 match 47.0 87839 87777 match_123 match 91.7 87772 87632 match_124 match 114 87633 87463 match_125 match 246 84716 84345 match_126 match 123 33161 32100 match_127 match 107 38473 38003 match_128 match 148 40127 39444 match_129 match 47.0 87839 87777 match_130 match 90.5 87772 87632 match_131 match 113 87633 87463 match_132 match 244 84716 84345 match_133 match 431 33260 31941 match_134 match 135 33131 32100