C08HBa0064M21.1 AAGCTTATCCATTTATTCTTGCTCCCAAGGTACTTGAATCCTTCTTGGCCTTTTTATTGA AGCAATATCTTTAATTCACATGACATGACATGACAGGGTGGTGACACTGAATGGGTAACT CTACATCTTGACAACCCCAACCCATCACATGATGACTGGGTTGGAGTTTTCTCTCCAGCA AAATTCAAGTATGTACTAATCTCTACTTCCTCGTTGTTGAATAAATTTGGAATGTTTATT TTGTACTCCTTTTGCATCTCAGTGGATCTACATGTTATTTGGAAAATGATGGTAAACAAC AGCCTCCATATATTTGTACAGCCCCAATAAAGGCAGGTGACTACAATTCAACTATAATTA GGAAAGGTGTTTGCAATTTCTAACCTAAATAAATAATGTGTCTCTCGCAGTATAACTTTG CAAATTTCTCCAATCCGGATTATGCAAAAACGGGAAACACTTCTCTCAAGTTCCAGTTAA TCAATCAGCGGGCAGATTTCTCCTTTGCATTGTTTACAGGCGGGTTGTCAAATGTCAGTT ATATCTATGCTTAATCTTTTTCATTCTCCACCCCAAATTTGTACTTGTATTTGTTTTAAA GCAAATGCCTACAAAAAATAAGACCTCCATACACCTTACCATTCAAACTCCACCATTTGT TTGCTAGTCTTCGTCATGTTTCCTTAATACCATTCTATTTGTTGCAGCCAAAGCTGGTAG GTGTTTCAAATTACATATCATTTGCAAATCCTAAAGCACCACTTTATCCACGGCTTGCTT TGGGGAAATCATGGAATGAAGTAAGTTGGTGCTAGGCTAGCTAATCATCAGTTTTATTTA TTTAGTCTAATGTTAAGGATGGCACTCTGTCCTCACTAGCTATGTCACCATGAAGTAAAT CTTCAGTTTCTTTTAAGGTACATTGATGAATTTTCTCCTTCCATAGATGACATTGACCTG GACAAGCGGCTATAATTTACTTGAAGCTGTTCCTTTCATTGAATGGGGTCGGAAGGGTGA TCCCCAACATCGCTCACCAGCAGGAACATTGACATTTGATAGAAATACAATGTGTGGTAT GTTACAATTTTTTAGTTTGAAGTTATTTTTCAAATTTAGAAAGTGGGGGAAAAACAGTAA GTATCATATCTACAAATTATTAGTTATGGAAGACGACTCATACTTAATTAGCTTTAGCAT CAGGTGCTTCCCTGTTCTGTAATAATCATTTGCAAAAGCTCTCAAGTTAGATAAAGAGAT TCTTCTATTTGCTACCTGCAGCTTCAGCCTGTTTTAAACATATTTAAGCATACACAAAAG ACTACACTCCCTTTTAAAAGTATATTACACACTATTTGGAGTTCAAGTTTTATCATTTGT GCATATGCATAAAAAACTACAGTCCTTTTTCAAGTGAACTGCACACTATTTGGGAGTTCG AGTTTTGTCATTTGTGGATATGCATTTCCAATTTCTAACACTAGAACTAGCATAGAACGC TGTCCCATATTCCTCTTACTGACTGATGCTGCATGTGGTTATGGTCTCTATATAAGACAG CCTATTGGTGTCTAGTCCATCTTCTGTAAAGGATGTCTACAAAGGTTCTCAGTGAATGTT AAGACATCAGAATTTCAATAAAACTTTCAAGGGTTAGAAATCATGATATTTAACCAACTG CTCTTTCATTATATCTCGCGCCATCATTTGCGAGCCAATGAGATATATCAACATGAAGTA ATGCTTCTCTAATGTATGCTTCAGGTTCACCTGCTCGAACAGTTGGCTGGCGTGATCCAG GGTTCATACATACTAGCTTCATGAAGGATCTTTGGCCAAGCACCTTGTAAGTTTGTTCTC CAAATTGTATTGCGTCAGGGATAAAACTTTTACTTGATATCAGTTCATGTATAATTGTGT TCGATGAAATGGTAAATACATCAGGTACACATACAAGATGGGTCATATGTTGTCAAATGG TTCCTACGTTTGGAGTAAGATGTATTCCTTTAGATCATCACCATATCCAGGACAAGACTC ATTGCAGCGTGTTATAATTTTTGGAGACATGGGAAAGGTAACTTCAGTTGCCAATTACTG ATGGTCTGATAATCCATTTCTCTGCTCTTTCTGGATATAGTATCAAAACTAACAGCATGT TTTCTTGTAAAAATGAATTTATAATAGTAAGTATATCACGCTTGATGTCCCGGGAGTGTC ATTTAAATTGTTATATTGGGAGGACTAATCTAATATTCATTCAACTATCATTCTTCCTAC TCTGGATATGAAAATTCAGCTCATTACATTCTCGTATTAGTGAAGGTCCGACTTTTGGTC CTAAACAGCTTGATTCCACAGATTAATGTGAAAGAATGTTTTCTAGTTTAAAAAAATGTT TTGTAGGCATAGATTTTAAGCATCGTTTCAGTAGTAACTCTTATACCAGGTTCGTACAAA TTTCTCTGCAGCGCTTCACTAAGTGCATTGTAATTCAAGTTTAAGATGTATGTGAGTAGT TTTTCGAGCCAACAAACTGTTCATTTACTACTGCATATTTGAACAACAGTCTCTTCATTT ACAATCATATTTCCTTTGGAATGTGTTTGATCGGATAAACTACCAACTCTATGCTTGTGT TACCACTGATCCTATAAAAATGTATAGCCACTTCATGTGGCATCAGTCATTTACTTTTGA ATAGAAATTAAGTGCTACACTATATATTGATGGCCAAAGACTAAGCTTGGTTTTTCTCCT TTGTTGAGCATTTAACGCCAATTGGAAATTCGCTTGTAGGATTTACCTCTCACTGACATA AGCTGAATGTTGTGGTAATCTTTTATGTTCCCCTATGCTGAGTCTCTGTCTGTTCTACAA TAACTCTGTGCATTTTACAAAAGCATCACCAACCATTTACCAACTTGAAGAAGTGTGCTT CATTGAATAGTCTGGTGAATATCAGAAGACCCTTTTGGTGTATTATTCTTGTAGTTGTTT GTTTGAGCAGAAGACCTGGATTCACAGAGTATTGTGTTTTTGTCCTGTTCCTCACCTCAC TCTTTTTGTCAATACGTAAATCACTAGACTAAACTGCATAGTGATTTTCAGGCTGAGCGG GATGGTTCAAATGAGTATAGTAATTATCAGCCAGGCTCACTGAATACAACGGACCAACTC ATCAATGACCTTAAAAACATTGATATAGTTTTCCATATAGGAGACATTACCTATGCCAAT GGATACATATCACAGTGGGACCAATTTACTGCACAAGTGGAACCTGTTGCATCAACAGTA CCCTATATGATTGCAAGGTTCGCGCCCTTAACAATATTTTCTGTGATTAAGCTTCAATCT TGGCTTTCTCTGTTTATTCTTATATGATATATATATATATATATGATCTTCGTGCAGTGG TAATCATGAGCGTGATTGGCCTGGAACTGGTTCCTTCTATGATGTTATGGACTCTGGTGG AGAATGTGGAGTGCTAGCTCAGACCATGTTTTATGTTCCTGCTGATAATAGAGCTAACTT TTGGTAATAAACTATTCTGTGTTTTTCGTTATATGTGACATGAAGGTCTGGAGAATTATC TGTTTTGAGTGTCCTCTCTCCATCTCCCAACACCCCCACCCCCAACAAGAAAAAGAGAAT CTACGTTCAGTTGTGACAAGTACAAAATGGGTGCATAACTTTTCTGTATTGGGCAAAAGA GGGGACTTTGAGGATTCTTTAAGTGCTTATACTGAAATACTCAAAACAGATCAAGTTTAT GCACATTGAAACAATTCAACAGATCAAGTTCCTTTTTAGTGCAAGGAACAGTTTGTTAAT GATGCAGAATCAATTCTTAGCATCTTAGAATCCCTGTAAGATTAGAAAGTGGTTCATTTT TGGTTTTTGCTCAACCTGTAATTACTTCAGCACTTCGTTAGTGCTGTTTTTATAATACGA TTGCCTTCCTCTCAGAAAAAAATGTTCAAGTGCTTGTGCTGAAGAATCATATTTTCGAGT CATCTCATGATTCAGAGGTCTTGCTTGGTTTTAATTTGTCCAGTCTCTATAGTGAATGAA ATGAGTTGATTGTTTTTAGTTCATTTTGCACTTTTCACATGTTTGAAATACTTCAGAAGC TATAGACGAATATGTTGAAGTTTGGTTTTTCAGAAACAAATTGAGAAGCTAGAAATGAGC AAGTTACAATCCAAAAGGAAGCTTATTTTCCCTCTCTTTTCAATGCAACTGTGTCTTATA TATTGGGAATGTGCTTTCAGCAAATATTATAGAACACACTCATCCTCAAGAAAATATTAT GGAACACCCTCTTCGATAGCTTCTTACATTTTGATATGACCTTGTGTATCCAAACTGCAG GTATTCCACAGATTATGGCATGTTTCACTTCTGCATAGCAGACAGTGAGCATGATTGGAG AGAGGGGTCTGAGCAATACAGATTTATTGAACATTGTCTTGCATCAGTAGACAGACAGAA GCAGCCTTGGCTGATATTTGCTGCTCATCGGGTTCTTGGTTACTCTTCAGACAAATGGTA TGGCTTAGAAGGCTCATTTGAGGAGCCCATGGGAAGGGAAAGCTTGCAGAAGCTTTGGCA GAAGTATAAAGTGGATATTGCATTTTATGGTCATGTCCATAACTATGAAAGAACTTGTCC CATTTATCAGGTAACCAGTGCTAATTCATTTCAATGTTGAATCATGCAATTCTTTTCTCA AGTTCACAGAACTCAGTACTACAAATAACATCCATTCTCATTGTTTCACTTTTCTATGAT GCAGAACCAATGTGTTAACTCGGAAAGATCACACTATTCTGGTATTGTTAATGGAACAAT CCATGTTGTTGTGGGTGGCGGAGGAAGCCACTTATCAGAGTTCACCCCAATTAATACCAC TTGGAGTCTTCACAGGGATTACGATTGGGGATTTGTCAAGCTTACAGCATTTAATCATTC ATCACTACTTTTTGAATACAAAAAGAGTAGGGACGGCAAAGTTTATGATTCTTTCACCAT CTCAAGAGACTATAAAGACGTCTTAGCTTGTGTTCACGATGGTTGTGAGCCAACCACTTT TGCATCTTAAATCAAACTGTACATGTATACTAGGGAAAAGAATTCAGCTACAGAATTTGT TGAAATTGGTTCCAATACAATACAAGAAGCCATAATGTACATTTTCTTTGGTTTTAGCAA ATCTATTTTCACTCATGACTGAATACAGTTTTCGAGCTCTCATGTGATGCTCTAAAATCT ATCCCAAAATCAGAAATTAGACGCAGCTATCTCACCTGGGACTGATAATCTCCTTCTCAG GGAAAAAATTGGAAAAAGAATTGGAGCAGTTCACAAAGAAACAATAGCAAATTCCGAAAA ATTCTGTAGCAGACTAATTATGCAAAGAATAAACAGGAAAGCCATGTGCATTTCTTTTTT ATCCACTGATGTTACCTTCAACACTGCCTTAATATAATTTCAGCCCTGTTTGAACAATAT TACGTCAATGATGAATTGTTGGACACCGGAGCAAAAGTTAAGCTGTGGGCCTGCATTCAG AAGCTAAGGATTTTCAGAGCCCGTTAATCTTCTTCATGTAAAAGTTTAGTGTGCCCAAAT TATGAATAAAGGGTAGACAAGATGAGGAGAAAAGCAGTGAAAGCCCCTTGTTGGATGAAG TCAAAACACTGTATTCTTTCGCACCATTATCCTCATCTTACATGACACAAAAATGTTACT TTCATGGTGAGATATGCACGTTCCAAACAAGAAAAAGCATAGGTCAGAATGATCATGCCC ATCACTCAGTTAATTTCATGACCATGCAAGTTTATATGCTTAGTTGAAAAGTGTTTCCTG CACATTGCACCTTTAACCAGCCATCTCTGCATCTTGAGTTGAATTTCCACCTTCAACATA CGAACTGATTGATGCAAAAAGATACTCAATTCTCAGAGGAGAATACCGAGCTGCGTGCTG GAACAAGACCTGAAACAAAACCAGGTTACTGTGTCGAATAAAATCTCTTAATGATAACAA GGACTTAATTTGTGAAACAAATTCCATTTAGACAGTGAAGACACATCACAAAGCAAATCA TGCAATGACCGGACAAATCTACACGTAGATTAAGACCATAATATGTACTCTTTTTGTGTT TATTTTTTGCGTCTTCTCTTCCTTCTCTATATTGCTGCATTCAAGAATAATTTGCATGGA GGATATTCATGACAAATGCAGAGTACATCAACACCAGATTTGAGTGATTGAAATTTTAAA CTGGTAACTAAATTAGCAATTCCTACAAAGGGCATGGAATCCAAATCCACCATCTAACCT TCGAGTAACTATCAGCAAAAGCACGTGCACGATTGGATTTGCCCAGGTATTTTAGATCAG CCTTCTCCAGTTTACTGTCAACAACAACTAATCCTCCTTCACCTATAGCAAATTTTATAA GATCTCCACGGTGAAGTGCTGTCTGAAGACCATGAGAACAGATTTAGTAATGGATAAGTC AAGACATTACACAGAATAAAGGAAAAAATAAAAGTGGAGAGAGATTAAGAGTTGTAATGA ATTACACTCCCCTGGTACCAAAAGAGGGAGGGATTTATTTCCTCTTCCAATTTCAGAAGA TTGAGAAAGCTGATTAGGAGGGCCTTTCCTTACATCTCCTCTACCCCTTCCTCCCTTAAA TTGCATAATAATAATATGAACAAACCTTTTGCATGAATTCACCAAGTAAGCAACCAAATA TGACAGGAGGGTCATCAGATGTAGCCAGTCTGCCATCATCCAGGAGCTCCAAAACTAGCT GGTTGTAAAACAAAAGAAATACGTTAAGACCTGGTTACAAAGATCTCACTTTTATTTCTA ATTTAACATTGGCTTTCTTAGAAGACATTGGGAGAAAAGATTAACAAAAGGGCAAATGGG TCGTTTCGTTGTTTTACCCCGGGGTTAGCAATCCCGGGATTGTTATCCCACGGAGAGACT AGAGTGGTTTAAAAATACTACAACAAATTTGGTATAAACAATCCCAAATTATTGATCTCA CAATAATAAACAGTACCAAACATGGGATAAAATAATCCCATAATGCCAATACGTTATCCC ACAAACCAAAACAACCCCTAAGAAATGAAACACAAACTACACATTGTACTTTCAAACACT GTAAAAAGGGAGAGCTTTAATTTTTCCAAGGAACAAAAAGGGAGAGTTTTATTTGACTTA GAAAGTACAAAACCAACTTATTCGTATACATATCAAGAGTGGTCTTGTCCTCATTGGAGA AGCAGCTCCAATTGGATTCTTCAACTTAAGGTTTGGGTATTCAACACTTCTAATTTGTAC AATTCATTTGTATTCCAATTGGTTTGCATTTGTTTCAGTTTGAGTTGGAAGTTGGTTCGT AGCTGGGATTTGGTTAATAGTGATGCGAATAGCATGTGATTTCTTGATATTAGTATAACA TGTTACATCCGAAAGTTAGTTTTACAATCCTTGCATGACCTTATTGATGACAGGCCTGAC TTTAACAGCCAAGGGTGAATTTAAAGGTATATTACGGAGCACGTGAACCCATGGTCTCTC CGTAATTTATGTATATTTTTCTAAAATTGGTACAACATTATTTGTTGGCACCCATGTTAC AAGAAGTCAAAATGGTTTACTTGGTTGAATGCTGAGTTATTTTTTAAAATTTATTTTTAA TTAAAATTGAGCAAGGCCCATATATTCATAAAATAATGCGGAGTTATTTACCTAGAGGTC TAGAGATTAATTCACTTATAAGCATTTTTTCTTTCCTTTATTAGTGGTGCACCCATATTC TAGAAATCTTAGATTGGCCTCTAAATAACAGCTTTCAGAATCAAAAAAGAACATAGTGTA ATGTACCTGTTGTTGACTTTGAACTTGTCCTTTATTGTCTGTATCAATGACATACTGACT ACAATGTTCATCCTTCCAAACCAATGATAGAGGTGTATTTCCTGTTTGATATTGTGCATG CCTGAGCGGGATGGACAATCATGAGGTACAGAAACTTGAAGTTTTTGATAATTGATGATG CTTGAGAAACTACAACAAAACTAGACAATTTAACACTAGGATAGCATCCACCATCTAGAG TGCCATGGTCCAACGCATGATCTATAACTTTCCCAAATCATGTGAGTGCTGTATTCTAGT TCCATGATTGGTAACAGTGTCAATTGTAGCCACTAAAATGAACGGTGCAGAGAAGGAAAA GGGCAAGATAAACCAACAGGTGAATTCAGTAAAGGACCAAGCTGTTCACAAGCAACTTCT AAATGCCATCCGTACGCAACGTAACTGAATAGTTCACAATATAAGTTAGAACTAAATGGT GGAATAGGCTTTCTTTTTAAAGGTTAAAAGATAAGTGGAGCTGGTTTAGTTGCTGAGAAA GCACATGATTCTAAGGACCTGACACGTGTTACCTAACACCTCAACTAGATATTCATTTCC AATGAATGTATATATATGCAAACAAATTGCTTATCATACGGCGGATGCAGCAATCAAGAT TTCAAAAACTTTAGTCGTAACAGCTCCGTCTCAACTTGATTTAAAGGTTTTACAAAGCCT GCCCGTCAAGACTAACTCTCAAAAAAAAGGACAACTTGTCTTCTCATGTATTACACTTGA AACATCACACCAAGCACTATCCATTATGTGAAAAACTTTATTGGTCAAAGGAAGTAAGGA CAAGTCAAAAGAAAATCTTACTTGCTGAGTTACCTCCTTATATGCTTGCCACCCCCACCC TTTTTTATCAGTGAAATAGAGAAGAAGAGCTAAGAAATTTAGGAGCAAATCATGCTCATA GTTTGTATTAAATTGCCTTCTACTAAACAAATGAGAGATAAACAACACAAAAGATCTTAC TTATTGTAAAAAAGTAATCCATCCTTGACATATGGAACTTGTCCTGCATAAGCTGTCTGT AGTCCTTCTTTGTCACAGTTGTAGACAGGAAGAGCACTAAATTTATATTTATGATAAGCT GAGGGAACATCACAAGCCCCCGTCTCAGCAAGCTTGCTGTTTAACCAAAAGAATCTGAAT TCGGCAGTGCACTCATATAATGAAATTCCCGCCCAACAAACACCGTCAATGACATAATAA GTCTCATCAGACTGCCACAACAAAGGCAGTGCAGAATATTTCAGATATACAGAACAAAAT ATGAGCAACAATGTTACATGTTTCAATTGTTACCTCGTGAAATATGCAATCAAGAATACA GTATGATTGAGCAGCTTTACTGTTATTAGTCCTGGCACCATTGGGTAGAGCAGAAGGAAA ACGGTGCAAGAGAACTCCATTGCGCAGTCTACTGATTGTTGTTCCATTTGAAGAAACAAC GAAACATCGTTTTCCAGCAGGCCTAGCAAATACATACCTGCCCGACAAATTCAACCCAAG ATTAATAATGTGCTTGATTGTGTTTGTTTAGTTTGAATCAAGCAAGACATCCACAGAAAA TATACAGTTCTGACTACTCGTCCGACAAGTAAGTGAAGTTTTTGTGGTAGGCTAAGGTGC AGATAACCATGGCATCAAAGTAGAACAAACCAAGTATGAAGTATTTTATAGTTCAAGCAA AAAGCATTTAATTTTAACCTAGTCTCTACAAAAGTTGAACCTCCACTATGTCCAAACAAA GTTGAAATGCCATTATGACCTCAATCTCTGTGAATATTTAACATCAAACATTCTACAAGC ATCAACATTTGGAGACTTATTAAGTGAAATTAGAATATAAAAATTGAATATATAAATATG GAGATGCTATTGAAATATCACCAATCGGTATTCAATTTATCGGGAACATCAATCATCCAC TCAGGAAGCATAAGCTGCTTGGCAAACCATAACCGAGCGTCAGGTCCTCTCAGCTTGGTA GCTTGACGAAGATCATGTGCGTCCTTATGATGTCCATAATCGTCTTCGACTTCTTCGGGA CAGGATTCAAGTTCGTCTGTAACTTCTAAGTCGACCTGCTGTTCTTGGGAAGAGGAGTTG TAGTCAGATTGAAGAGAGAGGACAGTGGAAGCTAAACGACGGGCTTGTAGCTGAGCGTCG TGGCGGTTTTGGGACTGGCGGAGCAATGAAAGTTCTCGTCGTCTTTGTTGGTCGGAGATC GCCGGGCGTTTAAATGGACGGCGTATGTCGTGTGAACTCATCCTGTATGACGCTAAAGTT TGGAATTCTGGCAATGTTTAAACTTTGCAGCGAATTCTCTTCTATTCCAAAAATCGGAAG TAGCAAATTACTACTATATCCTTTTTATGTGTTCAAACATTAGAATGATGATAAATGACT ACTATATCCTTTTACGTGTTCAAACATCAGAATGGACCTGTTGGGCCCAATCCAAACCAC TCTAATTTCATATCAGGTAGCCAGCCACTTTCAATACTTCGATTTTTGTTATATTTACAT TTTAACCAATTCTCTAAATTGCTTTCATATCAGGTAGCCAGCCACTTTCAATACTTCGAT TTTTGTTATATTTACTTCGATTTTTGTTATATTTACATTTTAACCATTTCTCTAAATTGC TACAGGCCTCAAAACTGTTTAAACTTGGGATACCCCTTAATTTAGGTCCCTTCAATCTTT GTATTGCACAAGTGGGTCCAAACTTTTTAAGTATGAGTTATGAAAAATTAATAGTTTTTC CTCATACTTATATTTAAAAAGTTTAAATTATGAACTCAACTGTTTTCATAATGAAGTTAA TGCAGAAATCTATAAACTTCAATATTGGGCTATTGCGAGGAACATGGTTTTCACATAATC TCCCTATTGAATGACTTGTTCTCTCCGTCAGGAATAGCTAGTTCAATTCCTTCCCTTAGA ATCGTAATTGAAAATTCATGGCAATTTTCATATATAGCAAACATAAAATTCATATTTGTA TGCTATAGCAATGTTTGTATAATTACGCTTCATAACAAACATATGCATGTATAATTTGCT ATACATATACAATTGAAGTAAATTATATAAAACAAGAAAGAGAAAGCTTGAACAGAGAAT TGTATAAAACGAATTGTATAATTATAAGTGTATAGGACAATTATATACATTTTGAATTGT ATAAAACGAGAAAGGGAGAAAGGCAAAAAAAAACTTGGGCAGAGAATATATAATTGAATT GAATTGTATAAAACGAGAAAGAGATAAATTATATACAATTTGAATTTGTATAAAACGAGA AAGAAAGAAAGACAAAAGAGGAAGTACTTTTATTGTATAACTATAAGTATATAGGACGGG GATATATATATTTGCATGTATATACAAATTTCTCTCGCTTTATACAATTAGAAACACAAT TTATACAATTCTATTGTATAAAGCGAGAGAGGTGAGTGAGCGAGAGAGGGAGAGCGACGA GCGAGAATATGAAGGAGAAAGGAACTGACAAACAGATTGTTATGGAACACAAATAAATCA AATGGTAGCTACTGTATTTATTTGATATTATTAGTTTGTCATTCTATACAATAATCCCAA AATTTTTCATCTCATATCGCTCAGCAGTCAATTATTTGGGTGACCCATTATGATTTGTGT CATAACTAATAAATTCTAATCAGATTTCTCATGGATCTATCCCAATATCACGGTTAAATC AAAAAAATTAGGTTAATTACACGAGTCTCAAACTAAAATTTGGATGAATAATTCGTTTAT TTAGTTTCATCTTTTTTCCCACCTTTAGAAGAATAAATCGTAGGCATTTCTACTAGTGTT AGAATTTTCCGAAAGAGAACTATCTTGATTTCATATATAAATTTATATAGAACCTTGTGA CAGAATCAAATTTGTATTGAAATAAAAAGGACATGTGATATAAAATTTGATTAATTTAAA ATTGTATCGAAAAATACACGAATTATGAATTGGATTAGAGTTGTTGTATAGTGATTCTAA TTATATTTATATCACACAAATATATATCCATAATCCAATTTCTATTTTAATATTTAAATA AAGTTAGACCTATCTAAAAAAGAAAAGGGACAAAAGATAATGTGGAGGCTCACTTTACGA CAGAAACAGTAAGTTTAGGGGTCGAATTTGAAAATGAAATATTTGAGCGGTAAAAATAGC AAAGAATTTCCATGTCCATTTTTCAAAAATTGAATACGAACTCCTCGAACTCCGCCATTA AACTACTGCTCCTTTGTCTTCATCACACACTTCACTTCGTTGACTCTCTCTTCTGCCATT GCAAATGGGTTGCGTTTCATCCACTTTGCTCAATCAAGAGAATGAATTCACCCAAATGGG TGGCTCTGCTGCCGGTTTTAGCCACCACATTGTCTCTCTAACTTCCACCACTTATGGTCT TTTAACCCTTGATCCACCTTCTACTCCCCCACCCATCACTGTCCCTCCCACCCCTACCCT ACCGCCTCGCCACACTCTTGGTTCGCTTGTCCCAAGCCCCTTGTTCGAACCCAGAATCCT CAAGTCCGACATCATCAACTCTTGGGAACTTATGGCTGGTCTTGATTCCACCTCCACCAC ACCCATCTCTGACAGCTTTCGATTTCTCTCTTTACGCAAATCAACCCCTGATTCTAGTTT CAGATTTTTGAGATCATCCCCCAACAAAGAGAATTCAAGCCCCAATATTCCATCTTTTAC CCATGCGCTTGATAAAACCGACATTTTTAACCCCACGAGATTGTCTTCTGCTTCCGTGCT TGATGGGTTTGAAAGGATTTGTCCGCCAAATGGTGACGATAAAATAGTGATCTATACGAC AACGTTGAGGGGTGTGAGGAAGACCTTTGAGGCTTGTAATGCTGTGAGATCAGCGATTGA GGGGCTTGGGGTTTTGTATTCTGAGAGGGATATTTCGATGGATAAAGGTTTCAGGGAAGA ACTGAAGCAGCTGATGAAGGGTAAAGAGAGCACTGAGTTAATACCTCCAAGGGTGTTCTT TAAAGGGAGGTACATTGGAGGAGCTGAGGAGGTAATGAGGATTGTGGAGGAGGGAAATTT TGGGGATTTGCTTCAAGGATTGCCGAAGATGAAAGCTGGTTCTGTTTGTGAGGGTTGCGG GGGTATCAGGTTCATGCCTTGTTTTACATGTAATGGGAGCTGCAAGATGGTGAAGGAAGA TGTGGAACAGAATGAAGGCAGAGCTGTCGTGGTGCGGTGTAGTGAGTGTAATGAAAATGG ATTGGTACTTTGCCCCATTTGCTGCTGATTGATGCAGGAGTTGTGACTCTCAGGACCTAG CTTGGTTAGTCTCTAATGCACTCTCTTTTATTTGCATATACATCTAAACTTGGTGCTCCT TTGGCAAATTAACCTTGATGAAGATTGAGCTACTGCTACCTTTGGTTTTGACTTACTAAC TGGTTATAGCAGAGTTGCATAAACTAATTCTGTACAGCCATAAAGAGAAAGCATAGTTTA ACATTTAGTATCACCAGCAGTGCTAGGCTGTTAGCATTTTTAAATACCATGGTACTATTT GTGATTACATTGAACTGCTTCTGAAATGGAATTACTCCATGAACAGCTCGAGGCCCAGGG ATTGATTAGAATGGTACTTGGAACACTTATGCTGATTTCTTAACTGAAAAAAAAAGTTCA CTGAAATACGTCTGAGGGCTATTTAATTACTAATTAGTGATAGTTTAGGTATGAAACTCA CAGTCTTAATAGTTTAGACATGAAACTAAAAAAAAAATGGATAGTTTAGGTGTGTGTTTT TTACACTTATTTTCTTTATTAAAGGTCACAACTTTCTTTAAAGATCATTTCTACCAAACA CTGATATCTCTGTTAGAACCCCTGTACTTCTTTCTGCACCGAGGAATTTTCCGTAAAGAA TGACACATTTATATGTTTGAAACATTTAGCTATGGACTTTACTCTCAATGACATGATTTA ATAGCCATAAATTTCATGGCATTTAGATACCACATGATCCAAGGGTCTCTCTTTCATTCT TTAAATTCCATGCCCAGTCAAACAAGTTCTAATAGAATGAAACTGAGGGAGCGTCTGTAA TAATTTGGGAGCTATTTCAGCCATTACTATTTGGCAGTAGTCAGTCACTTTCCATTTTTA AAGTGTTCTTGCTTTCCCTCTTCTTCTACTTTGTGAATGCAAATTACTGGTTAGAGTTTC ATCACAGGTAAGGCAATAGCTTACATTGATTATCCAGATCAGATCAATATGTTTTAATGA TAATAATGTTGCATTTTTCATATGCATTTAGGTCTGCCTTTACTAGATTTGTATTTTTGA CCAACAGAAACTAACTAAGATATAATGACTGATATCATCAAGCTAAGTGATATATTGATT CTTAAATCTCGGCCAGGGTCCAGTTCTATTTGTAGTGCAATAAATGGATTATGTAGACAT CATCAAAATGCAATTACAGATGAAGGTGCAGTACATGAAGCTCTCAAGGGCAGCTTTTTG TAAGATTTAGCTCAAGTTTGGGCACATTCGGTTGAGATTCAGCACTAAATGAATCAACTG GCTTGTATTATGAGATGCAGTGTAAATTAAAACGCGTAGGTACCAACAATATTCAATAAT ATATTAATGATATGATAAATTTGTTGCTTTTACCTTACTTACGGATAGATATTTCTCAAA AACATTTTTCGCTCAAAAACCAAACACTAAAATATTTTTTCGAAAAATATTTTCTACTCA CCAATAAAACATGAGAAAATAAATCATATATGTACTTAATTTCTAGAAAAACATGTTCCT TCGTACCAAACACACCCTTAATCTATACTCAGTTTCTCATTTTATTCACGAATTAATTCA AAGTAATGTGTGAACCATACTTGTATGTTAAAATGATCATCAAATAAGTATTGTCTACAT TTTCAATTGGAGAATTATTAATTTTGTCTACTAATTCTATATTGAAAAGATTTTGTATCC GAAGGCAGGGGCTCGAGTCAAAATATTAGTATATTGTATAATATGAAATTAAATTCGTAA AAGCCTTCGATATTTATAATAATGAGATAAAGATGTAATTTGTGGTTGGGTGCGGGCGGA AATGAGTGTGTACTTTCATTTGCGACTCACAAATTAGAAAAAGAAGAGTTTGTCCCTTAT TCTAAAAAGAAAAAGTGAAAGGCGGCAAATCGAATGAGGCCTTATTTTTAAAAGTCGTGG AAGCATAACAAGTATTCATACCGCTCAACAAACAAGAAAGCAGCACTAATATTATTTTTA ATATACAAATAGGACATGAAAGATCAAATTGAATGTCTAATTTCGATAGCCAACGATGGT CTTCCCCATTATTCTATCGCTACAACAACATGAAGAAGAAGAAGGATTTTTGGAAAGTTA AATTGGTCATCACAAGTCCAAAACAACTATTGGACAAGAGACAAGAGTTGATGGAGAGTG TCACAACTGTTGCTAAGTGCCCTAAAACTGAATTTTCGACTCTTCACTTGTGTGATACCT TCATTTGTCTTCGATATGATATACTCTCTGTAACATCAGTCAATATGCAACCGATGATTT TTTTTAATTTTATCTTTTGATGTTTTTGTTTTAGTCATCTATTAATTGTTCCTTCCGATA AAACAAATCAGTTTAGTACAATAAATTTATATATATACATACCATTGGCTTGGGCATCAT AGCAAGTTATAGAGATTATGCTGAGGTCTGTATTTAATTAGTATTTCTAAAGAAAATCTG GACTTTATATTTGTGGATGTACGTACATACATAAACCCACGACTTATAATTAAAAATAAT CTGAGACTTGTATGTGTTGTCATAGATAGTGCATAAGAAAGCGCAAGGTGTAGGATATGA GATGGACAATTTTACAAGCATAACATATTGGTTCCTAACAAAATTGAATGTTAAATAAAA GAGTTAAAATTGAGAAATCTAAAAGACAAGAATTCTTTATTTTTTCAACTTGCATGTTTC ATCGTCTTTAGCAAGTTCCACCGCCCTGAACATGATCATGTCATTACCCCCTATTTTCAA CTCACCCTTCACTATTTTTTTAAATCAACACATTCCATTAGAGAAAGGATGGTCTTTTAT CTTTTAATTTTGGTGAAGTAGAACATTATTTTATTTCCATAGAATAAATGCAAAAATATT ACTAGTAGTTTTGAATAAAGGCATGTACTTTTATGTTAAATAGTAATTGGGCCTGTGGGC TACAATGCAATCAGTAGACTTTTGAAGCTCCCTAAAACCCAAATTAGAACCACAAAAGAC ATTGCAATCACAACATCTTTTAGCGAATACATAAATTATATTAATAAACAAAAAATGCTA AAACTGTCACTAAATAATTAAACAAACTGGTTATTGTATAAAATGTCGCTTAGGAAAAAC TAAACTTTATCTGAAAACATGCATGTTGCTTTGACTAATAATGACAACTATCTACCTTTT TTTGATAGTTAGTTTGTTTGTTTGTTTTTCTCAGTAATAGAACAGGGCAATACTATCTAT TTCAATCATATGCTGCAATTCCAATCCTTGATAACTGTTGGAGTGTTTTATTCTCCATTC TCTTCTTCAACTCCGTTTAGTGGAAACTAAAAGGAACAAAAAAATTGATCAAGCTGACAC CATAATACTGGTAATGTGCAGAGCTAACTAGTAGGAGCGTAGGTGTTTAATCGTCAAAAC ATTAAATTTACTTTTGAAATTATCAAATATTCCAATGTAGTAAAAAGAGTTGTTCCAAGG TGTATATTTTTTATTTCACTTGTGATATTTTAATTTTAGTACTCCCTCCATTTTAAAAAA AATATTATTATATTTCCTTTTTAGGTTGTTTCAAAATAAATAAAAAAAAATTTAACACTT TAACTTTAACTTCTACTTGACATGTTTAAGACCACAAAATTAAAATACATTTAAGTACAT TTGACATAATTCTAATTTAAAATTACAAGATTAAAAAATCTTATTTCAAATCAAACTAAA TATATTTTATTTTTCAATCGGATGTCCCCGAAGAGACGGTCTTTGAGGTAGTTGAATGGA GTCAGCACATGTGTTTTGGGTCATTGCTATTTACCACTTTTTCTATAATGCGGCAGAATT CCACAATGCTCCTAGTTGTCTGCAAACATCAAAACTAGGGTCAACCATTTTAAAACAAAA ATAATATTTTATCTTTGCACCTGTATGTTCATATGATACCATCTTCCTTGCTTTATGGTA AGTAAATGTGAACCCTTCTTTCGGTCGGTCAGAGCCAGAGTTAGTTAAGAGCTTCTAAAT TTGAATGGATTACTGATTTTTTGTAGATTCAATATTTGTACTAAAAAATTTAATATATAT ATATATATACACTTAAGAAATTCTAATTAAATTTAAAAAAAAATTAGAACTCAAACTCTT TATCCTGACTTTAGCTGATAATTACTGATTCATTGCTTTACCACAACAAAAGCTAATGGT TAAGCGTCAATCACTTTAACATAAAAAATTTAGCTAGTCCACGCTTCTCTTTCTCCATCT TGGTCCATACATGTTTAATTAAACTTCTCATATACTAGTCATCACATACTACTTTTATTA TTATTAAAAAAATCATATCATAGCGAAGATTTTACTCGAAAAGAAATGATTTAATATGTA TAACTTTCTTTTTTTTTCTTCCAAGTCTAGAGCCATGAAGAAAAAATCAAATTAAATTAC ATATAACTAATAATTTTATCTGACATATATAATCATTTTTTTCGGGTCATCGCCAATTAA TTATTCTAATGTAAAATTATTTTATAAACTACGTATTTGATTGCGTAATATTTTTTCCCC TATAATTAATGCCTGTTCAAAAAATTATTAGAATAGAAGCAGGGTAGAAAATGATAAAAA GGAGTCACGGGCGGTGGGATTTATTTTAAAAATAATAAATATGGTGAGCAGATGAAGCAA CAGCCAGGATCAAGTCAATGTCTGCTATTAGTCTAAACTTATATGCCTAGGAATAAAAGA TAACGACTCAATTAATTAAATAATTCATTTTAAATGTGTCACTGCTCATCAATTTTATAA ATGATGATCTTCTATGATTTTTTATTTTTTTTAAAAAGTGTTGTGGGAATTTTCAATGGT TTTGTTGTTCAACGACTTTGGCTCATAGCAAACTCAATATTATTCGCTATCAATATTTAG TGATAATAGGATTGAAATTTCTATTTTGTATAATTTGTACATAATTGTATAACTTTTGTA AATGTAATTTTGCATTATATAATTTGTATAAATATTTATAATTCAAATGTTTTTAGTTGT ACTAATTTGTTATTTTGAATTTATACAAAAATAATTAAATTATATAAATATAACCGTAAA TTATATAAATTCATTTGTGAATTATACAAATCCATAAATTATACAACGAGATGACTTAAA TTATAGCTACAAACCACAAATAGCTATAAAACATAATTAAATTATTATAGTGTTTTTTGC GAAAATTTCTAATAACAACAACCATATCTAATTTGAGATTGAGACATGAAAGAATTATCT GGTATTTATTATTTAAAAAATTAACTGAACAACAAAATTATTTTAAATCTACTGTTTGTT AGCAAGCCTAAATAAGATTTATATTTTTATTCTTCTAATGTTATCAAATCTTAATCCCCA AGAACACTAGACTAATAAGTGTAATTAAACTCCAAATAATAATTAGTATTTTAATAACGC TAAAACTATAATTATAAATAACTAATTAACTTTTATACGGCACTAGTTTTACCTTGGTAT ACGGGATCATTTGTTTCCTGCTTTCCCTTTTCTTTTCTTTTTTTTCTTTATATTGTTATT ATTTTCCCTGCCTATTTTTTTTAAAAAAAATATTATGCTTCAACATCTATTTAATTACAA GTTGGGGATGAGAGTGACATATTTATCACATGCCTGTTGGATTAGGTGTATCATACAGTC TTTGAAAGAGGTAACTAAAGATTATCTTCAAATTCGTACAATGACATTTTACCGTTTCAT AAATAATAATGATATTATCAGTATGCTTGATGTGTTTTTTCATGAACTTATTAATTATCA AGATCTACAATCTAATGATATTTTGTTGTTCTATCTGTCGATTACAATTTTGATTTGATG AAATAATCATCTGCAGAAGTTTGAACATGTAGATAAAGACTTTTGTAAAATATATTCAAT AAAAATATTATCACTACAGAATTATTGAGAGGCTCATATAATACTTCTTCGTCGCAAAAA GTGTCGTGGTCTAAACTCTTGAGGTTACGAAAGTCACACTTGAATTTGCGCATCGAATTC CTTATACGACTTTCAAATAGATTTTATATACTTAAGAATATTAATAGAAGTAATATAATT GTAATGTTTTAAAAATTCTAAAAGATGCTAATTAGTAAAAGGAATAAAGTCACACGGCTG TAATAGTAATAAAAATAATAATAATGCACCTCTTCCAGAATGTTCAAGATATGGTGAATG TATATTAAATTAAATAATTGCTTCAATCTTGTGTTAACTATTCTTACAAAATTATTTGAT AATTAATTTAAGTTCACACTTGTAAAATAAATATAAAATTACCCCGCGTACAAAAGCTCC CTGCATTCATTATATCTGTATTTTACAGTTTGTCGGAATAAGAAATATGGGAATTAGGAC ACAAGGAAGGGGCTAAAACAGTACAAAATAATAGAGTTCTCAATTCTTACTATTATTGTT TTTTTTTTCATTAAGTAAAATATTTGAATATGACATACTTAAATTGTCAATATAGGCTAA TTAATTTCATTCAGACTAATTCATACTGACTTCAATATTTTACGGGTCAAATTAAATTAA CCTATATTTAATCTTAGTCAAAAGATAATCGATTCAACCCACCTCTTATATAATCATCAA TTGATGTGATTATTTTACTTTATCTATTTCTATTCTAAAAGAGGTAAAAGTAGTTAAGAA ATGAAGGATAAATATCAAAAAAGGAAAAAATCTCAAGTTTAAATGCTTATAATTATATTT TACTCAATATGGCCCATTTATTTGCAGTGACAAGTGTAATAATAATAATATTATGTAGAT GCGTCGGTATTAATTTTAGTTTGACTACAAGGCTTGGTTGTAGCACTATATATAATGCCC TGCAGTTTGTAGAAATTGACTAGGAAAGAAACCAAAATTGAAACATGGCTCCAAAGGGCA AGGTCATCAGTTGCAGAGGTAATAAATTTCTTCTTCTTCTTCTTGTGAATAATAATAATA ATAAATTAAACGTTTTGTTGTTGTTGCAGCTGCTGTAGCGTATGGTCCAGGGCAGCCGTT GGTGGTAGAACAAGTGCAGGTAGATCCACCTCAGAAAATGGAGGTCCGAATTAAGATTCT CTTTACTTCCATCTGTCACACGGATCTCAGTGCTTGGAAAGGCGAGGTACAACATATATG TTAAGATTGTGATGGATCGATCCATGATATATGATCTAATTTGATTTTTTATTTTTTATT TTCATAATATAAAGAGCGAAGCTCAACGAGCTTATCCTCGAATTCTGGGACATGAAGCAT CGGGGTAAGTTTAATACTTGTAGAGTAGTTATTATTAGTAATGTAAAGTAAAGTAAATAA GTAATTATTAAGAAACACATTACAGAGTGGTGGAGAGCGTGGGAGAAGGTGTAATTGACA TGAAAGAGGGAGATCAAGTCGTAGCGATTTTCAATGGTGAATGCGGAGAGTGCATATATT GCAAATCATCAAAGAAAACCAACTTGTGTGGCAAGTTCCGCGTCAATCCATTCAAAAGTG TGATGGAAAGTGACGGAAAATGCAGGTTCAGGAACAAGGATGGCATACCCATTTATCATT TTCTTAGTACTTCAACATTCACCGAATACACTGTTGTTGATTCTGCTTGCTTAGTCAAAA TTGACCCTCATGCCTCACTTGACAAGATGACCTTGCTTAGCTGCGGCGTATCCACTGGTA ATTAATTAATTCTCTTTTCTTTTTTTCAACTTTTACATAAATTTATAATCATGAATATTT TTAATTAGAACTAGATCCACACATTAATTTTTTCTAATATTAAAATACTTGGATATGACC GAGACCACTTTCTAAAACAAAACAAAACAAAAAAAAAAAAAAGCAATGGAACATGATATT TATTGATTAGTGGGTAAGACTTTGTTTTTTGATTATAAAGGCAAGTAGGGCATAGGAATT AAATGGGATGGATGATGCAGGTCTAGGGGCTGCGTGGAACACGGCTGACGTTCAAACAGG GGAAACGGTGGCAGTCTTTGGATTAGGAGCTGTTGGTTTGGCCGTAAGCTTTTCTCTAAT AAATAAAAACAATTGTTTTGTCTCCATCAATTAAATACCCTCACATGGATTAGTACCTTA CCCAATTTATTTTACTTATAATAATAAAGTCAACAATATATTTCTGGTCCTAATTAAAAA ATTCAATTTGCTGCAGGTTGTTGAAGGGGCACGGACCAGAGGCGCCTCAAAGATCATAGG GGTGGATATTAACCCTGAAAAACGTATTAAAGGTAAACATAGAATAATATATGTAATTTA ATTAAGTTACGGATAATATATATACTGTTTTTTTTATATATATATATATATAATTAAGGT GAAGCAATTGGAATTACTGACTTCATCAATCCCAAAGAAATCGATGTGCCCGTCCATGAG GTGAGAGAGGAGTGAGTGACTGTTGATTTCTAATTTTTTTTTTACTGCAAGTAAAATAAG GAATTTGATATTGGGTGCAGAAAATAAGGGAAATGAGCGAGGGGGGCGTGGACTATAGCT TTGAGTGTGCTGGAAATATGCAAGTTCTTCGAGAGGCATTTTTATCCACACATGATGCAA GTTTTTTTTTTCTTTTTTTTTTTGTACTATTTATTTATCTACAGAATTATAGAAGATTTA AAAAGAAACCCCTCTTTCTACTTATTATAGGGATGGGGCATGGCAATCGTTTTAGGAATT CATCCGACACCAAAATTGCTATCACTCCATCCAATGGAACTGTTCGATGGCAGAAGGATT GTGGCTTCTGTCTTTGGTGACTTCAAAGGAAAATCCCAACTCCCTTTTTTAGCTGAACAA TGCATGGCTGGGGTAACTTCATTTCTACTTATAATATATAGTCCACTTTTTTTTTCTTCT TCTTCTGATGACTTTTCAATTGCATGTATAGGTGGTCAAATTAGACGAGTTTATTACTCA CAGACTACCATTTGAGAAGATCAATGAAGCTTTTCAACTGCTTCTCGATGGCAAATCCTT GAGATGCCTTCTTCATCTTTCCTAATAGTAACAAATTTATTAAAGCAATTCCTCCTATCC TGTATTCTATTATTCTGCACTTTCAAATATATTGTATTTACTTTCTACATGTTTTATCAA TGGAGTAAATTTTATAAAAATATATTTGCATAATTTGTTTACTAAAAAATGAATGGAAGA AAAATCATATTTCAATTCAGCATATATATATATATATATATGGTGTAAGTTCGGCGGTCT TGTAAGCACTGGCCTAGCATTGTGAAAATATTAACATAGTTTTGTAATTTATATATTTGA TTGTTTCATAGTTAAAATTCAAATACTTACGAGTCATTATTATATTGTTGTTATAGTATA AAATCAAAGTTTTGCATACACCTTTATGACATCCCCCTTTTTCTTTCCTTGGGGTTGTTT TGAAAACTTCTTTGTTAATTTAGTACCACAATAAAAAAAATCATTCAACCTTATGCAAAA CGTAATCCTTCATTCACAGTAGAATATACATAATTTCAATGACTAGTTATAATGACACGC GCATGAAAAAGAAAGGGTACTTAAAATTGCAAATTGGAGCAGATTTTTACCTTATAAAAT TGAGACAAAGAAGTACCTAGTTATCAATAACTAAAGAAAATTGTAATAAGCTGAATGCGG AATAATAAGAAACTTAAAAATTAAATTTTTGTTACACCAATTCATATTTCTTATCTTGGA ATGTCCCTCTTAATTCCATACTTCCTAAACTATAGGTAAAGTGAAACTTACAATTCAAAT AACAAAATTTTAGACACAATATTTTACAATAACATTACAAATTCAGACACAATATTTTAC AACAAAATTACAGATTCTTGAAATAATTCATAGTGGATAATTACTCAAAGAATTAGATAT GAAAAAACAACCAAGTGCATGCTGATGGGTAAGACTCTATCTTCCTTCTTTTACCCTTTG CTTATGTAACAAAAAATTTTACTAGGAGGAATTGATTAAAATTCAAAAAGAAGAAAAAGA GGAATGAAAAAGGAAATGCATTAAAGCAATATTGAGAACTAAATAGTTAATGGAAATGAC GACAATATATGTTCTTTCAAAATTGAAATTTGACCCAAAACAAAAAAAAGACACACGATA TCAAAAGTGACCGAGTCTTCTAATATAGTAAAAAAAAATGAAAAGAATAAAATATTTATG TTTCACATTTGTCAAATGCAATAGCATATTATTGTATCTATTTTTACGTTGTTATACAGT GACATTAAATCTCACTAGATTAAATTAATATAAGTGAGATTATAAAATATTATTATTTTA TAAAGATCTTATTTGATTGATAAATTAATATTTATTAATTTAAATAGTGTTTTCTGTAAA TGTCATTTATGAACTTGAGCTTATGATTATTCAGACCAAAGTGAAACATGTTTAGAGGTC CATTACTTAAAAGAAATTGTGAATATTATCGAAAAAAATAATCTTGATGATGAAATTGAA GACGATACATACATATGCAACCGGTTACAAGTAAAAAACACCTATCATATTCAAAACTTT TCACAATTTTATGGTTTAGTTCGAAAAGACAACACGAAAACTTGTTGATGTAATAAGAAA AATCATAGATGAAATATTATTTTGGAGGTTATTAATTTATCGAGTATTAATTTGGTGAAG TTCTGTTGTATCATTGCTTTACTTTTGAATATTGAATTATTAAGCTCAATGTTCGTTTTA TATATATATATATATATATATCAAGAAATAAAGAATAATTTTCTAAAAAAAATATAGTCG TAGATTAAAATGCTGAGAAAAAATAAATTGTTGTCTTAAGTCATATGATCATATGCAATA CCTTAAAGTTACACGCATAATTTATTTAAACACATCAATTAAAATTTATATTTATTGAAC AATTGTATTGTTAAAATAAATATCTATTGAACACTTTTTTCGCTGACATGGCAAAGAGAG TGCAACACACATGCATAGGAGTGTATGGAGTGATACTTCCTCCATCCGTTGTTTGTCATG TTACGCTTATCAAAAGTCAATTTGACTAATTTTTAAAGGTAAATTAAATCATATTAATTC GATATTTTAAACAAAAAAATCAGATATTCTAAAACTATATAAAAAGTACTATAAATTATA GTTTTTTGCATATTAATATGATGAAAAATACATGTTAAAATGTTAGTCAAAGTTTTTATA GTTTAACTCTAAAAATAGAAACCATAACAAACAATACCAGACGGAAGGAGTAAGTTTTAG CTAAATTTTTTTTTAATATCTCTTTCTTCTTTTACTTTTTTTTCCATTATATTTTTTAAA AATAAAAAGGCTTAAAAATCTATGTTTCTCTCTTTCACCATGAGATCTTGATCTACCATT TTTCTTCACAAGAATTCACGTCATTTTATATTATCTTCTTGTCATTAATACTATTAATTT TTCAGATGTACCCATCATTTTTTTATCAGAAAATGGACATCGTCATCTACATTTTTTCTG TCGGAAAAAATGGAGACCTCCATCCACATCCTCTTTGCGGGAAAAAATAAAGACAATTAT TTAAATACTTTCTCTTTTATGTCAACATAATCAACAATAAACAATCACATCAATTAATTA AAATCGATAGTTAAAAGAAACAATATCGATAACACCATTTTTTCGGACATAATGATAGAA ATTCATAATTATACGATGAAACATTGTTCATATTCCTTGTACCATAACCAAATAAAGAGA AGAAGATTATAATTGAGAAAATAGATTGTGGGAGGGACCGTGTTTGGGGAGGTTATAGTT TCTCCGTTTGGATCTAACAAGAGAGAAAGATGAGCGGTTGCCATGGATAGGTGAGTGAGT TTTTTTAGAATATTCTTTATAATTTGGCCCAAGTCATCTCCACCCACTCGAAGTTGTCCG CATAATTCATTTAGACACCTCAACTAATCCTTGTGCCAATTGAACACTTTATTTGTTCAA AAGTCATTCCTATTAGACACAAAATGCTGACATGACAAAAACGTGTAATTCACTTTTCTT GAGCGCGTGAATTTATTAAAAATAATATTTTTCTTTTTTTTTTCTTAATTTATACCCTTT ATACCCCTAAGTTAATTTTTTTTAAAAAAAATTAACAAAAAAGAAGAAGAACAGTTCTTC TTCTTCCCTATTCCTATCAACCCCAACCCAACCCAACCCCCATACCCATACACCAATGGT TATCTTCTTCCCCCACCATTCTAATGATTTCAAAATTCTTAGTCTTAGTGTTTATCTTCT TCCCCCACCATTCTAATGGTTTTAAAATTCTTAACATTTTGTTTCATTTATAAATTTTTT CGGAGAGATTTTTTTGCCCATCTTTCTCTACCTAAAAAACGAGATGAAATAAAAAGTTAT AATTAATAAAAAAACTGATGAAAAAAAAATTGTTGGGTTAAAGATGGAACTGTACAAGGA GGGGAGGGGAGGGTCACCATTAATGGAGTTAGAGGAAATGTATTTTTTGTTCCGGTTGAA GGGGCAGGGAAGTGGTGTTTAAGTTTTGTTTTTTTTTTCATTTTTTTTACTTTAAAATAA TTTCTTAAATTTTTTTACTTTATAATATAATGTTTAAATAATTTTTTGGATTAAAAAATA ACACATGTCATTATTTAATTGGTCAAATTGACATGTCAGCGCGAGTGTATTTCACACACC CTCTTTTTTTGTTTATTCTCGAAAAAATGTTCAAATGGTTCAAATTCAGAATGGTTGAAG TGTTCAATAGGTAGTACGTCTAGTTGAGGTGTCTAAATGAATAATCGGGACAAGTTTGAG TGGCCGCATATGACTTTGGCCTTATAATTTATTTTAGACAAATAAATATACTGAAATATT AGAAAAATATATTAGAATTTCATTTTTAAAATAAATTTTTGAATAAATGTCATATGTCAT CATTTAATTTATCAATTTGTCATGTCACTATCACGTCACAGCGAGAGTAGTACACACATC TCATAAGCCTAAATTGTTTTAAATAGGTAACAATTTTAAGGGGTACAGATGTTCAATAGT TACAAACCTTAGTTGATGTGTTTAAATGAATTATGTGAATAACTTCGAGGACCGCATTTG ACATAAGCCTAAATTGTTTAGAATTGTCTAAGATATGTGATTTTGGCCCAAAATATCCAT AAACATGGGAAATATTAGTAGCTTAGTTTGATCACTATCTAAATATTTACCTTGTTGGTA GAAATTTGATTCCCCACATTATAATCTCCTTCTCATTTTCTTTTTCATACCTCTATTTTT TAAAAAAAGTAAAAAACTAACATGGTATTGTATGCGGTTTTCATAAATGTGTGTTATATT AGTAGAACACAATTTAAAAATGATTATTACAAATGAATGTAAAAAATGTAACTAGCGAAT AAAAAAAAATGTTTGCTATACATCATATTTAACTAAAAGAGATTAATTATAAGTCGCTTT CTGCAAAAGCACAACACATTCAAATTAAAAGAATTGGTGTTTGAAAATTATTCTCATAAG TGTTTATCTAGGTCAAATTAATTCTAAAATCAACCACGTGACTCATAATATAAATATAAT TATATTTTTTTGTTCAATCAAAGTTCCATATACTTTCATAATTCAGAATTGAAAATAATA AATCTTCAAATCAGCTAAAAAGTCTATGTGATATTAGGGCTTTAAAATTTTAATTTGAAT CCTCATATTCATCTTAAAAATAAGTCAAAACTCAATTAATTATTTTCATCATCTTAATTA TCATATATAAATATTTTAAAATTATCGTTTTAATTTGTGCATTTCGCTCGAGAAAGATAT GATTATTTAATTTTTCACTCTTTAATTAGCATTAAGTTATGACAACTGAGACGAATATTA ATAACTTAAAAAGGATTTATTTTTCTCTTTATACAAAATTGATGATTTTAATTTCATATG TGACTGATAATGAATTTGATAATTGAGTTGTTATAAATATGTGTAACCTATTTCTGTTTT TATTTTTATGTATTAGGGTTAGCTTCCGTAAGACAAAAGTTAACAATAACTTATTTTTTT AAAGGGAAAAGGGTCTGATATACCCCTCAACTTTGTTATTTATAGCTGATATACCCTCGT TATAAAAGTGGCTCATATATACCCCCACTTGTAAATAAATGGCCCACATATATCCTTTTC TTCTAACGGAAATGAAAAAAATAATAATTTTAATCTAAAATTTTATTATTTTTTTCTAAA AAATATAATCCCATATGAGTAAATTTAATCCTTGTCAAACATATTTTTTTTGACTTTTTC TTTGTTTTAATGACTAATTTATAATTATTATTTTGATAATCAAATTTATTTATGTTACAC TAATATTCTTGTAAAACTTATTATAGATGACCAATTTTTTTCTTCGAATACGAAATTAAA TTACAATACACAAAAAAAAAATAGTTTGAATTTTTTTCCTTTAAACTAAGGAATGAAAGA AAAAACAAAATAAGAATAAAAAACTCAAATAATTATAATAAAAGAAGTCAAAAATTAATT TATATATGAAAAAAATTAAAATATACCTTGAACTATGATAGAAGAATCATATATACCCCT AAATAATTTTTTTTAAAAAATTAGAAGTAACAAATATAAATTTAAAACTGATTTTTTAAT TTCCGTTAAATGAAAGGTATATGTAAGCCATTTTGTAACGGCAGTGGTATATGTGAGCCG TTTGTATAACGATAAGGGCATATATGTGCCACTTTTATAATAAGGGGTATATCAGCTCTA AATGCCACTTTTATAATAAGGGGTATATCAGCTCTAAATGACAAAGTTGAGGGGTATATC AGACCCTTTTCCCTTTATTAAAAATACATTCAAATTCAAAAGCACTCGAACTAGAAAGCC AAATAGTTATACTGACAATTTGAAATCGAGCCTTCAAAGTTTGCATTTGATCCCCTATCG GAATAGCACCAAGACACTTTCCTTTTATTTTTTTAAAAGTGCTTAAAAATAAAATTAAGA CTTCATTGCATTGAGAATGTTAATTAGACTATTATTATTTTATTTATATACTAATTTCTA TTATTTTAAAATTAAAAAAAAAGTCCAAATCATCAATTTTGTAATGATTATTACTTTAAA TGAAATTTAAATTTAAGACATTGCATTTTATTAAATTTATTTGTTCAATAATTTAAACAT GAAATGTCTAAGAAGACATTAATGTTGGAAAGTTAATATAAGTAAATTAGACAGATAAAA AAATAATTGCAAATTTATGGAGTGAGTATGTACTACTTTAAATCATACAGTAATATATTT TTAAAGAGTAATAAAATTTTAATAAAGTATATTCAGCAAGGGTATTCTGGTCTTTACAAG CGGTGGCGTTTATTCTGCTTTGGGTGCTTCTCACATTGGAACGCCATTAACATGGGATTC GTCAGATTTGTTGAGCTCTCTTGTTTATCTCTTTCTCATGTATGTATAAATGGATTTCCT TCATCTTTATACTCGGTCCTTGCTATGCTTTTGGGTGTGATTTCGACTTGTGCTTCTTCG TTTAATCGAATTTATTTGTTTTCTGTGCTTCGGATTTGTATATATATGCGCCTTTGATTC TCATTCATTCATGATATATATCCTTGCGTTTTTTTTTAAAACTGAATTTGAATTTGGGGC TTTTTGCTTCTTTCGTAGATTTGTAATTGTTGTTTTAGGCCTAAAGCCACTGCTTGCTTA GGGTTGAGCCAACCTTGCAACCATGAAGAGCCGGTCTCACCGGCTTCCTGTTGCGAACCC ACAGGATGACTGGATTGATGGTTCATGGACAGTGGATTGTGTGTGTGGTGTCAATTTTGA TGATGGAGAGGAAATGGTGAATTGCGACGAGTGCAGTGTGTGGGTACATACACGTTGTGT GCGGTATGTCAAGAGTGAGAAATTATTTGCATGTGATAAGTGTAAGAATAAAGCCACCAC AAATAATAGCGAAGAAACTGAGGTTGCTCAGCTGCTTGTTGAGTTGCCCACCAAGACTTT GACCATGAATTCTCCATATCCTAATACTCTCCCTATCCGTAGCCCCTTTAGACTTTGGAC TGATTTGCCAGTGGAAGAAAGGGTTCACATGCAAGGTGTCCCTGGTGGTGATCCAGCTTT GTTTTCTGGGTTATCATCTGTATTTGGTCGTGAATTGTGGAAATGCAGGGGTTATGTTCC CAAAATGTTTAATTTTAAATATAGCGAATTTCCTTGTTGGGATAATGAAACAAGGGACGC CCATGATAATACCAGTGACAAAGGCAATGAGATGATTAATGGTAATGGTGCTGGTGCTTT ATTCTCATCGTCAAAGGAAAACTGCTTGTTTGCACATGTGGTTAACCCTGTTTCTGAGAA GCATGTTCTTGAGTCCCAAAATGCTATGGATTCAGATGCTACTACTCGCTCAACCAATGA TATGAAGGACACAGGTTTATTGGGTTCTAGCATGATACAAGGCAACAAGGGTACCAAAGA AGACTGTGGGATATCCAATGATCAAAGTGGTAAGAAGAAGTCTAAGATCCTTGAAAAGGA AGACTATCTTAAGAAAGATGCACATGCTTCTAGACCAGGTGATTAAGCTACTACCCTTTT GTTAAAAGGAACTAATTTTTGCATGTCTAATGCTTTCTTGACATTCAAATTTGGTTTGTG TTACTGATGCTTTATCTACTATTTGAATTGTTACTAGCACTACCATGATTGTTGATAATG GTACTAGTATTCCTTTTCAAGTTATGAGGGAATTGACTCAAAGCAATTGCAATTTTTTTA AAGACAGAAGCCCCATGTCTGTCAAGACAGATATTCAGAGAACAAAATTTGGAAATTCAG GGGAAGTTTTGGCTGCTGTTGACCATTTGGAAGGACCTGGTGTACTGGACCATGACAATA CAAGCTATTCTGACATTCCAACTTCAAATGAGCGCTATTCAAAAGCTGCATCTTATGATG TATCTAAACGCTGCTCAACAAGTGAAGCACATCCCCGAGAAGACAAGATTAGAAACCACA TTTCTGCTAGGATTGAGGATTCTCCCATGGAGAATGATGGAGCAACATCAAATTTAGAGC GGAGTGACTCTGCTAGTTTACCTATGACAGAAGAGGTAAGTGATCGGTTTTCATGCTATA GTTTCCTGTGACTGTGGTGACTTCTCTTTGTTTCATTTCTCACAGATTGCCAAATTTATG ACCAATTATGTCCAGTTCTGCATTTATTAAGTGGTAGAGTAACTTTATGTACTATTAAGT ATTATCCTTTTTTATACTTCAACTTTGTAAAACAGTAGGGGCTGGAAGACCAAAACTTTA TAGGAGGGTCGAGATCGTCTATTCCAGTGTTATTTACTCTTTCCCTTCCCTTCGTTAGAG AGGTAAAATGGATGGGCATATTTGGAATAGAAGCCAGGCGCTTTAACCTCGATGGATTTA CGAATATTCCTATTAGAAAATGAAGAGGAGATGAAATCTCTCTTATTATGGTATTAGCCA ATGTCACCAAAGCTTTCCAACATTCAAAGCTAGTGAACCTTCTCTGGTGCTCTAAATATT CTAGCCACTGTTATTTTTGCATCAGTTCCTTCTGCTTTGGAAAAAATTCACACTTAGTGA GGAAGTACCTTGAGGGTAACCATGCAATTATTCAGATTGCCATAACTCATCTCCTTGATG AGATCGGAGTTGAATTACAGTTACATATTTCATGTTTTGTGTTGGTGTAAGGTTAACCAT ATCTATAGAAAATGCGAGAACATTTATGAGTATGTTGAAACATGTTTGAACTGGAGCTGT GGTATTTGCTAAGTGAGTGGAAATATTTAAGTCTAGCCATTATGGTGAAGCACATGGATC AACTATTCTAGTAGCGCTACTGGTTGGGATTTGATAAAGAAAGAGAAGGTATATTTTATT GGCTTTCATCTGAGACTAAAAAGAAGGTATATTTATTGGCTTTCATCTGAGATTGAATGG GAGTGGGATAAAGGTGGATTGTGTTTCTTTTGTTCTCCATTGTCGCTAGTTAATAAACCC GCCCGCGCTTTGCGCGGGGAAACATCTACTCTAGGTAAAAGATAATAATATTAAAATACA AAAATCAATTATATATTATAAGTCATACAATTTTATATTGCAATTCCAAGCAAATAATAA ATATATATAAAGTGAGTGAAGTTGTCAAAAAGGGCCAACCTAGCCCCACCTGGTCCAAGC CTCGTGGGCCAGAAATTTGATCTAGGGAAGGCCAGCCCTTCATTTGGAAAGGCCTGAAAA TGTCCAACCCAACCTAACCCTAGAAGGGCCGCGGGCTAGCCCTTCTTTTTTTATTTTTTT CTTTTTCAAATCAAATATGACAAATAATGGTGTTGTTTCAACAACACTAGCAAAAACTCT AGTGTGATTAGCATGTATCAAGGATACTAGATATATGTATCATTGTATATGGTGTGATGC ATCCCAAATGCGCGAGTCAGATAGAAGGAAGGCAAGGGCGCAATATTTCTCTATGTATCC TAGATACATATGAATGCACAGTGAAAATGTATCTAGAACAAATTAACCTAATTTTGAGTC TATGTATCCCAATAAGATTCGTAATATTACAATATAGCGTGCCTTTTAAGTAATTAGCTA TCTATGGTATAAATAAAATATTTTTGGCCATGGGCCGACCCCGGCCCGACCCCAATCAAG CCTCAAGGGTCAAGGGCTTATATTGGCCGAGCTTATAAGCCCTAGTTTTAAATGGGCTAA AAATATCATATCCCAACCCTACCCAATAACGGGTTGGGTTGGGCCGGCCCCATGGGCTAA GTCAATTTTGACGGCTCTTATAAACTAAAATTATATATAAATTGTCTTTGGAAAAAATAA ATAGCAGATGAATTTATATAAATAAAGCATGACTTCCTTTTGTAGTTTTATAAGACTATA TTCTAATCAACATTTTCAACTTGATAACAAATTATATATCACAAACTCTTGCCTTCCTAT CCTAGTTAAATGTTGTTCATAAACACAATATTCATTACTGTAAAATTAAGGGTCAAAAAC ACACTTATAGTTCAGGAAAAGGTAAAAATTGGTAGTTGCATTGTATTTTGATAAATAGTT AGCAATAGTTTAGGTAGGAAACTCATACACTTGGTAGTTTAGGTATGAAATTCGAAAATC AGGGATACTTGAGGTGCATCTTTTACCATCAACTCTATTGTGAAATATAATGTTTATTAG TATAATAGTAAGTAAAACCATTATTGATCATAATTAGAATTTTCTACTGTTGTGATTTCG ATCTTGTTCACAAGTATCTAGTAATTTACTAACCTTTTCCGGGAAAAATCACCCATGTAT ACTTTCCACGGTGGCATGACCATTAAAGCCTGAAGTAATGATATAGAAATAAGCATAAAT TAACAATACATACTAGGTGAATAAATAAACACCATAAATTTCTAATTAGCTTCCTTCGGG ATTGGTTTATGAGATACGAGAGAATTTTGGAATAATGGAGTAAGAAAGATCTCTCATTCA CGGCAATTTTTACAATAAATCCTCAACTTCTGTACAATATTTTGCAGCTTTACTTCAGCA TCACGGCCACAAAGACTCATCTATAATTAATTAATATATACTTCCTCCGTTTCAAAAAGG ATGACCTAGTTTGACTTGGAAGGAGTTTAAGAAAAGAAAGAAACTTTTTAATCTTGTGGT TCTAAATTAAAGTTATGTCAAATGTACCAAAATTCCCTTTAATCTTCTGGTCTTAAACAT GCCACGTGGAAAGTTAAAGTTAAAGTGTTGCCAAAAAAGGAAAGGGGTCATTCTTTTTTG AAACGGACTAAAAAGAAAATAGGGACATTCTTTTTGAAACGGAGAGAGTATTACTCAAAT TTTATCCCTTAAATTAGCTAATATTTCCAGAGAATATTGTTTCTCTCAATCCTTAATGAT TCCCTTTTTCCCTCTTTCATTCTGTTACTTCCTCCATGGTTTTCTCTCTCCCACTTTACT TGGACCATTCCAAAAATCAGAAACTTTACTCCCTCTTGTGCTTACAAATGTCATATAATT TTCTTCTCATAATTCTCTGAAAAGTTTTCAAGAATGTTTTTGTTTGTTTCAGTATATTCC ATCATTCATGGTATAAATTGAAAAAATAAAAAGAAGTAAATCCCCGAAGCGCGCGCACAC ACAAAAAATATAAATGAATAAGTGACACAATAAATAAATAAGTAAAGTATTTCAAATAAA ATTTATTTTTACTCATAAGATTTGATTTTCTAGTAAAATTTATGTATATGTTAATAAATC CCAAAGCATGAGCATCAAATATCATCATTAATGGACAGTACTTTATTGTCCCATAACTAG AAATCTGTAATCTCCACAGAGATACATAAAATACCAACTAAGCAAATCTCAAAAGCAAGG AAAAGGATATTTACCTTGCCACGTATTTCGAGGAGAGGAGGAAGAGGAGATTCGCCTGCC AGGAGGAGGGAGAGAATGGAGCCCTACCCAAGAGGATTAAAAGAAGCGGCGGCTGTTTTA TCAGGGGAAAGAGTTGTCTGTTGAATATCCAATTTTCTGTGATGGAACATTTTCTTTAAT ACTTTTAATGGAATAAAGGCTTAGAATTGACTCTTCAAAAATGTGTATTATATAGGGATG AGTCAACACCTCTATTTGAGAGCGAACAGGAAGTAATGAGTCAAGCAAGTTAGCAGTAAC TAAAACACGTAGCCATATGTTTTCAAAAATATATCACTCCCCCACCCCAATTATTATTCT CATTGCAACATCTAACATTCGTGCCACACCTTGAGAAACGGGATAAATCATTCACCTCAT CAATAGGTTGACTTTTGCGGCTACAATGCTGGAAGAAGTTTCTCTTGATCAGAGTCCAAA AGGAATGATGCGAAACTGTAATGCAGACATGAAAGGAATTAAATTGCATAAGAAGAAATA GATTGCAAACCCAATGAAGAAGAGATGATACATTGAGGTCTATGTATCGTGTGTGTGTGT GATGAAGGCAGAGAGACATAAAACATGTTCCTTTCGCACTTGCGCCCAGAAAAGTCAAAA ACTGCAACAAAGGAAAACCCTAAGCAGCAACTGATTTTCTATCCATCAAATCACTCAATT CAAAGTTACAATGCAAATGCTGATACATACAAAAATAAAGCACCCATCGTTGACACCCAA AAACATAATTTTAAAATGAAGGGGTAAAAGTTACTTAAAAGCATAGATCATACATTGGAG AAGATGTCTGATCTGTGACAAATAAATCAATAGAGAAAGAGGTTGAATATCCTTATTTTT TGTTTTTCCAGGGTTTAAAACCTGCAAATCTAAATTGCGACAGAAATTCAAAATACTGGA TACAGAGATACCCAAAATACTAATAAAACAAATATCAAAAGAAAGAAAGTGAATATTTAC CTTGGCGAGTACCTATGTCGAGGGGAGGAAGAAGAGGAGATTGGTGTGGGTGAAGGAGGA AGAGGATGAGCCCTAATTAAGAGATTGTAAGAAATGGCGTTTGTTTTATCAAAAAAGGAG GTGATTGTTTTGAATCTAAGCTGCTTGGACTTGGGTGCGGGTGTCCGATACGGGTGCGGA TTTAAAGGTCGGATCCTTCATAATCTAAATTTTAAGATTTGGGGATATAGATCCATGTAT GAATACAGGGGTGGGTATTCGCCTAAAAATAATTAAAGCATCTAAAAATAGAGATATAAT ACCTAAATTATGAGTTATTATGTGGAGAATCCTGAAAGGAGATAAAAGGAAACAGTGTGA CATAGAAATTTTACATAAAATGTATTCCATTTCCTTCCATTTCACCTTAGCTTTTGTATT GATTACAAAATTCATCAAAATTGGCCAGATTTTCCCCACCGAAGTACCCAAAATCTGTTG ACCAAATTGGACACGGATCTCACACCCACACCCTTGTCGTGTTGACACGGGTGCGGCACC AAAAGTGAAGAGTCCGAGTAACTTAGGTTTGAATATACCCGATTATCTATAATGGAACAC TTCTTGAATTATTTCAAAAAGGAAAAAGGCTTAAAAAAGATAAATAGGAATGCTCGTCAT ATAGGATGTCACGTCACCTGGCTGGTGATTCTCTTATATATGTGCATATTAAGCATGACT GTCTCTCTTCTCTTGCTCCATATATAATATAAAGGTATCAGCTGAAGACATTTTAAAAAC TTCAGCATAGGCTCTTTTCCCTCTTGCATGCTTGATTGTCCATAGCACTTCACCTTGTCA TTCACTGCTTGTGCCTTGCCATTAGGCAGCCATTACAAAGCGAAAGAAGAGATGAGAGAT ACTTTCATTCTACATTACACAAAGAATGTGTATTATTTGTTCTTGCCTTTTCTTTTCTAG TTAAGGAAGTTTGTAAAATAACGTTGATTGTGGAATTAGGTTGTTACTAATGTTACCAAC AATAAGGAAGAGCTTGCGGTTTTAAGTCTTGGAACTGAATCACAAATGGTGGAGCTCATG GTAGAAAATGTTGCATGTCTTGTCCCTAACATTAAAAGGCAGCCACATGTTGAAAGTTCA AGTGACAACAAGATTATTTGCTCTTCAGAACTTGAGGTTAAATTGGAAGCCGAGGTCCAT GCTGATCCTGCAGCCCTTGAAAATCAACGTTTACTTCCAGGCAAGGGTAAGTTGGATATA ACAAAATCATTGGCAAAACCTGCAGGGACATCTTCAGGATGCTTGTCTGAAAAAACTGTA GTAAATATTACCACTATAGTCAGTTCAGAAAATAGTGACTGTAAATTACAGGAAGGCAGT AGAAATGCAATGATTGGTAATAATACAACTAATACTGATGAATCACCCAGTGCACTCTGT CAATCTAATCAAGAACCTAAGATCTCTGAAGTTACAGTAGGAGCAAGAAAGAGTTCAGGA CACAAAGAAAGTTCAAAACCTCCTGAAGAGGCACCTAGGTCAAGCTTAGCAGTCGCGACT TTGTTATCAGATCCAAATCACCGTAAAGTAGTTCTATCCGTGGGAAAATCATCTTCAGGT ACAACAAAGTCTTCTGCTCCTGAGAGTCGAATATTCTCGAAAGCTCACCATCATGATTCT AATGGTAAACTGAGGGGAATTTCTGGGAGCAATCTGAGTAATAAAAGAGAGAGTTCGTCA ATGGATGCTGGTAGGGATGAAGAGAGGCGTGAAAGACCAAAGAAAATGTTGAAAGAGCTC CCAAAGTCATCAGTTGGTTCAGCATCGAAGATATTGCAGTCGACCAAGCTCTCTCATGCT CCAGTGAAGAAAACAGTATCAGAAGCCAAGGATTCAGTCCCCAATTCTTCTGCTAAAGCA TCAACTGTGCGTAGTAACCCTGCTAGTGCACGCTCTGCAGAGTCTTCTAGCTCACTGCAA AGTGAGAGTGCGGCACACATTCAGAATAAAGCTGCAGGTACACATTTGACACAAAAATGC GAGAAGACAAACCAGCCAAGTTGCCAGCCATCTTCTAAACTGAATGCACACCTGATGCAT CCTCCGTCTTCATCATCCCCTGCAGCACTAAGTGATGAAGAGGTAGAAGTTGAATTAATG AATGTTTAAAGTTCAATATTTTCCTCTTAGCTTACGCTTGTGCGGCTGGTCATTTTTATG TAGCTTGCTCTACTGCTTCATCAAGAACTTAATAGTTCTCCTAGAGTTCCTCGAGTGCCA CGGATGCGCCATGCTGGTAGCTTACCTCAGTTAACCTCTCCAACATCTACAAGTATGCTA ATGAAGCGAACATCTAGCGGTGGAGGAAAAGATCATGGGTTGGTAAGCTTTATGATATTT TTACATAATAGGCGATTATATGCCTATTTTGACATTATTCTGACGTGTTTATATTTTGCC AGACATCTAGGAGAAAGTCAAAGGACATAGGCAAAGATGGTACAAACTGTTCTCAAGAGG TCGTTCAGGAAACTAAGAAATCTGAAAGATCAACTTCCCTTGGTTGTAGAAGAGAAGAAG ATTCTATTATTAGGAGAGAAGGAGATGCTGGATCAGCAAAAAGTGTGCAGTCTCTGAAGA AGAGTCACACACTTGCGTCCAATACTTCTGCAAGTAGTAGTTTATGTTCCCCAAATGAGG TAAATGAGCAGAACCTTTCCTCAATGCACAATTCATCAAGTGCAGCTGCTGCTGCTGATG ATGCAAAAGGGGTTGGCTATCCTTCACATCAGACATTACCAGGTTTTTGCCTTAACAAGA GTTATATATGTTAGATGTTCTATAAAAAAAGAATATTCCTTTTATTTTGGATCTTCTTAA TGTTACGTTGCTACCTTTTTCTGGATTTGTAGGCTTGATTGCTGAGATTATGAGCAAAGG TCAAAGAATGACTTATGAAGAGCTCTGCAATGCAGTTCTTCCGGTACAGATGCTTTAATG AGATAAGATGTGTTTTCTTCTGGTGTTAACAAAAAAATTAATTTTTCTGTTATATTCCTG ATTCTTCTTTAGCACTGGCCGAATCTGAGGAAGCACAATGGAGAACGTTATGCATATGCA AGCCATTCTCAGGCTGTCCTTGATTGCTTGCGGAACCGAAGTGAATGGTCTCGCCTGGTT GATCGGGGTCCCAAGGTTATCTTTAAGAATTAGGCACTGGTTGGTGTCTGAAAAGTGTCT AACGAGTCTCAATCACTTTCTTTTGTTTTTTAAGCATTTATTTAAGCTTCATATTCAGTA AGCTAAAGCCTAATCGAGGGTGAGGAAGGTGCTATCTGAATTCTTTGTGCCCATTCAGCT CTTCAAGATCATAACGAATGTTCACTTTATGCTAGATGTCAGTGTAAACCACCCTCCGGG CTTGGGATCAGCTAAATTGCATAAGATCATGTGAAATTGAGGACTGCATTGACATTTCCT ATATCATAATTATATGTTACAAATAACATTTGAGACCAATTATGATCCGTCTTCGTGTTA AGCCTCTTTATCTCAAAAAAATATGTTCCGCAACCATAGATAATTTCTCCCAATATTACT CATTAAAGAAGAGTTTCTACTGGTATGCAGCCCAAGTGGTGGACTGGGAATGTCTGGTTC CCTGAGACTGAAGGAATGGGCAACTGTCCAAGTTTCCTTTTTTATCTTCGACAAATTCTT GCAGTAAATCTGGATAGCTATTGCAATTGAAGAAACTTTTGGCATCAATGGTTAAGCTGA TGATTTTTTTTTAAAAATTAATACTGTGGCCATATTAACTTTGAGGGAGGCAAGGTGTAA TGTTAGGCAGTGTTTCTTTGTTCTAGAGTGAGGTCATTGCGAAGGATACTTCAAAAAATA TTGTGAAAATAGCTAGTTTGGAAGGGCTCCGGCTGATTTATGCTTCACCTCGATTTCTTT CCAAAATAGTGAAGATTTATGATCTCCTTGTTACCTTGCCTTCCCTGCCTGACTACCCAA TTAAGGAAGAAAAAACATCCATGAAGCTTACATTACAGCAGGAAAGGAACTATGTTGATT ATTGCTCGTTAATGAGTGATGTGTATATTCAATTCACTATGTGGATTCAATATTTGGCTT ATATCCTTTTAATTTATTTTTCTTTATCAGACGAGTACAAGTAGGAAGAGACGCAAGCTT GATGTTGATTCCCAATTTACTGAATCTGAGGATAATGAAGATTGCATGGATAGAGCTGCA AAAGATGTCAGGAACAAGACTTTTGAATCAAAACAGGAAGAGTTTCCCAAAGGCAAGAGG AAGGCAAGAAAGCGCAGGCGATTGGCTCTTCAAGGAAGAGGCATAAAGGATGTGAGGAGG CGGCATAGGGCTGAGGTTTTCAGTGATGAGGAGATTGGCTCATCCTCTGAATCTGGCAGA GACAGCATGTTCAGCGAAGATGAGGTACAAGGTGGTGAAACTTCTCCTGCTGGAAATGAG GCCTCTGCTAGCTCTGATGAGAGAGCTACCATGTCATGATTTGTGTTAGGTGTTTTTTTG TTGGTTGGGGTGTTTAATACTTGACATCTATCATTAGAAAACTGATTCGCAGATCTTGTC CAGTGGTGCCTCTGCATATTCTTGCATACATGAGGTTATGGCACTAGAGTGTCATTGTTT ATAGGATGTGTCATTGACTGGTAGCTTTGGCAATGTCATGTGTCGATCCTATTGGCACAT ATATATGTGTCCTTGCATATCAACTGCTTGTTGCTACTGAATGATTTTGTTAATGGGATT CATGACTGAATTTGTATTCTGTTCGGAATCTGTAAGCTGCTGTAACTAGTTTAGATGCAC AACTGCAGATCACCTATATTGGTTGGACTTTTGTTTTCATGGTATTGAGCCTGGTTGGTA CATTTGTAAGCCCCCCTCTGGAAGAATTAATATCTAGAGCACAGAAGTATACAGTATAAC ATCAAAGACTCTTTTCAGTTGGCCTGTTTCTTTGATTTATTATAACTTGACTAGAAAAGT GGGTTATTTAAAGTAAAATTCTGAATGATTTTGTGTTCCAAGTGCACATTTGTGTTCCAA GTGCACATTTGTGTTATGCTTTTATAGAGATTCTTTGAGTGCTTTCTTCATTAGTGTATG GGCTTAGGAAGAGTGAACAGCTTACTTACGCAAAGTGCTGTCTATTTGATGCTATTCGGT TGTCATTTCGATATGAGTAGGTTCTTGTAACTTTAGTTTTTTGTGTTAGTCTGCTTATAT TCTCGAAAAACCTTACGTGCAAAAAAACGTTTTTAACCTCCCAAAGTAATTAAAACATGC ACAAATTCATCCGTTAGCAGAAGCTGAATTTTAACCACCATCTTTCAATTGTTTTTTTTT TTTATAGTACCCCAAGAAATCAAGAGAGGCTGAATAATTACCACTGGGTTATTCGTGATT CGGTTATTGTTTAAAATCAAAATTAAATCAATCTACTCGATTTTTTAAGTTTCTAAAACC AAACCAACAAAAAGGATAATTGTCGGTTTGGTTATTGTCTATTTTTTTGATTTGATTGTA ATAAAATTTTTGAGGACATAACAACTAGTTTATGAACAATCCATAGAAATAGGTTCAATC AAACAGTTAAACAATACTAGAGTTATTATTACACGAACAAAGTGATTCAAAAAATAAGAA AAGAAAGTATCTAATATATATACTTGATGCATACAGTAAATTCAACCAAAAAATGAAAAA GGAGGAGAGAATACAAAACTGGAAATAGTATTTTATATTCAACCAGAAAGTAGAGGGTCT CGTGATTGGGCATATCATATATAAAAGGTTGGTGGATGAAAATTGAAAACTCAAAACTCA CAACTCAAAAGAGAGAGAGACGCTTCGTGTATTTGTGCAGATCAAAACTCGAATCGGGGA ATTTGGGTTTCTCCTGTAATCTAGGGTTCATAACTCCCCCCTTTCGGATCTGCTAGGGTT CGTCTATTCCTTTTCTCATATTCCTGTTACTTTTCTTTTTTGTAAATTCAATTTTGAACT GGAATCTCTCTTCTTATTGTTTTTTATTATCATTATTACTAGGTATTGTGTGGATCATGA CGATTCCGGATTCAACCTACATGATGGAAAACGGATCTATTGAATTGCCGTGCACCTCTG AAGAAGAGGCAAGGATCATTCAAGAGCTTATGAGCAAAGCTGAGTCCAATTTGAAACAAG GCAATCTTTTTTATGTTGTTTCTAACAGGTCTGCTTTTTATTTTGATGTTCCATTCTAGC AAGCATTGCACCGCGCCATTTTGTGTTTCTTTCTTTCTTTCCTGTTTTTATTTTTGATTA CCTACAAATTCCCATAGGCGCTCTTCTCTTGCCATTAGACCAATGCCTTGGGGACAAATT TCTTTTGCTGCTCACTCACATCTATCAGCTAAATAATTAGGGCTTCTGCCACCATGTTAT GTTTGTAGTAAATGAGTTAATGTGCTAGTTTTCGATAACTTATCACTACAAGGTATTTCT TTTTATCAGGTAAAATATATCATTAATACTAACAAGGTATTTGAATATTAATTTAAAGAG ATTAACCTGATATGAACTGTTTCGGAAGTAATTGGGTTATGATATGACTCATTCTAGTCC ATGAATTTTGGTTTTGAAACATTAAAAATTTGCTCAAGTTTCCAAGCAGCATATTTTTTT TTTTTTGAAACTAGTAACTTTAGTCTGTATATCCACAGGTATACTACAACAAAAGTGTAT TTCCCCTTTAGAAGTGTTACAACTTACAGAATAAAATAGTCTTAGTCTAAACTGTTACCT ATAACTAGGACATCAAAGATATCTTCTGTCCTAGTTAATATATCTTGTTCACACCAAAAA TAGAAAAGAGCTAAGCAGTCCATCTTGATCTTCTGTAAGCTATTCTGCCAATTTTCAAAA CTCCTGCTGTTTCTCTCTTTCCAGATTGTCCACCAAATACATGCCGAGACAAGTTTCAAC CTCTTCTCCTTGTCAGAAGCATTGCCATCTCTATTCCAGCTGCTCAAGATTCTTTTGATG CTCCCTGGTTTCACCCATCTTATCCCCTTTAGACAGATGAACATTTTCCATAATTGTTCT GTCCATGTACAATGCAAAAAAATATGGTTAATTTGTCTCAGCATGTTCTCCTCATAAATT ACATCTCGAAGCCAACTAATAGCCTCTTTGCTTTAAATTTTCATGAGTCAAAACTGCTTC TTTTGTTAATAGCCACATGAAGCAATTTACTCTGTAGGGTACTTTTGGTTTCTAGATGAT CTTCCATGGCCATTCCATCTCCTGTCCAGCATTCTTGTTGAGTTCCTTGTACACTGTATT TACTGATTGACCTTTGGTATCATTCTGCCAAACTAATAAGTCCTTCTTTCCAGTGAGGTT GCTGAAAGAGCCTACTGAATTTTGAAATTCTGCCACTTTGTCAATCTCCCAATCCTAAGG TTCCTCCTTAAGAACAAAGGCCATCCTTGTCCAGTCCACATTGTATCCACAGTGGCCTGT TGATGTTGGCATAAAGTGAATAATTCAGGATGTAACTGTTTCATAGGTACAGACCCATTC CATTTATCCTCCCAAAAGGATGTCTTTGACCCATCTCCCACTTCTACCTTGGTTCTGTGA TATAGCACTGGCCATAGATTTGTGTAGTGCATTTATATGGAGTACTTATCATTTTACTCA TCCACTTATCTTCCATGCCATATTTTGCTATGATGACCTCTTTCCAGAGCATGTTATCTC ATTTGCAAACTTCCACAACCACTTCATCATTAGGCTCTGGTTTTGTTCCTAAGATTCTTA TGCCTTGGCATCTTGTGTTTTTACTCACCATCAGTTCTTTCCATTTAACAAGATGAAACT TCTTCTTATCTTCACTGCCTTGCCATAAGAAATTTCTTCTAAGTGCATCAATGCTATTAG ATACACTAACAGGCATAGGGAAGACTGACATCATATAAGATGGTAATGTATCCATCACAC TGTTAATTAAAGTCAATCTTCCTCCCAAGGACAAGTACTGACTCTTCCAGCTGGTGAGTC TCTTTTCATTATTTCTCCAGTATCCGTTTCCATGTGCCTTTGGACTTGCTTTTAGCTCCC AAAGGCATACCTAGGTAAGTAGTTGGAAGCTCCCCAATCTTGCCTCCTAGTTTTCTGCTC AAAACTTCTGTATTCAGCAAACTGTTGATTGGATAGATGATAAGTGCTGTTTTCTCACCT ATATTATATGTAAGAAAAGGAAGCTACTTGAGAAAGACTCTCTTTGTTCTTCCTCTAGGC AGAATCTACAACATGATTAAGCACTAAGCATATAGAGTTGATAGTTATGTACCAAGTAAA ATCATCAATGTGAACCTGAATGGGCTGTACTGGTAAAGAAAGTTTGAGAGCTGAAGTACT ACGTTGACTATGATTCATTGGATCTGTGAAACATTACCTTAATATTTGTAGAGACCAGGA CTGTGATCTTACTAGAGGCAAATAATGCCTGGTGGTTTCTTCTTATCTAAGTCATATGAC GCTTCAGCTATTCAGATCCTCCCCTTTGTTGCGGTGGCCATTTTGCAATTTCATTTTACC TTAAAGATTGGTGCTCCATAATATGGTTACAGATGGACACTTCAACCAGTTCCAGATAAG AAATTGATTTGTTGACTACTCTGCTGACTTCGTAGCTGTTTGATTATTTCTTCTTTTTTC TGGTCTGACCTTATGGTATTTAGGTAGTTAAGTGTTTTTCCAGTTGCTAAAAAAATAAAA ATAAATTAGAACATGTCATAAAGGAATAAACTTGAAAATTCATGCTCTAATTTTGTCTGT ATGTTTAGGTGGTTCATGGATTGGCAGAGGTACATTAGGAAGCCTCTTGGTGCTTATCCA TTTAACGAGCATGCTACCGAATCTCTGCATTCTCTTTTACCAAATTCAGCTAATAGACCT GGACCAATTGATAATAGCGATATAATAATTAGAGAAGCTGACAGTGGAGATGATGATCCA CAGCTTCTCAGAACTTTGGAAGAAGGGCGTGATTATGTGTTGGTCCCACAAGAAGTATGG GAGAAGCTCTCTGAGTGGTAAGGCTTTCTTGCTTATTTCTCATTCATCTTTCTTTATCAG ACAGTGCAGTGGAACTTAACTTGGCAACACAGCTTATGGTTTCTGGAAAATACTCCCATT GTTTGTTCATGAGTAGAAGATACTCGATGTTTTGAAGGCATTTTTTGTCGAACAACAGCT ATGCAAAATTCCCCATGATTTTCTTTTGTGAACTTCACTGTTCAGACAGAGTTGTCTGTG GATGGTTATGGTCGACTGTCGTGATTAGAAGTACTATGCTGTTACTTAATGCCCCCTTTG TTTTAATTGAAGTATATTACTTTTCTTTTTTTGTCCGGTTTCAAAATGAATGTCTCTTTC TATGTTTGGTCTTCAATTCCAACTTTCTACATGATTAAGTAAATGTTGGTCTCTCTTTTT TGACCATAAGATTCGTAGGCTATTTTGGTCATTATACACTACATGATTAAAAAATCTCCT TTTCTTAAATTCCATGCCTAGTCAAACTTAGACTCTTAAACTAAAATGGAGTGAGTATTT TTTTTCTTTATCAGTGGAAGGGGAGCTGGATTGGATCAGTAGCTCCCCTTCTTTCTATTT TAGTTAGGGTCTTAAAAAACCCTTTAAGAGCTGATTGTCAAAAACATTTACTCTTCCCTG GGATTCACATGCTATTCTTTTCCCAGGTACTAGCGTACATGTTAGTGATCTGCTAAAATT GTGAGGGATTTACCAGGGTTTTTCACATGCTTTCCATTTCTAATTTTTTTTGGTCTTGCG GTAAACACGCACTGCCTTTAGGTATAAAGGAGGACCAGCATTACCTCGGAAAATGATATC TGTGGGAGATGCCAAGCAACTTAGTGTGGAGGTGTTCCCGTTGTGTCTCAATTTATTTGA TACTAGAGATAAAAGCCACAAGGCTTTACGGTTAAGTAAAAAGGTATTTATGGTCTTGTC TCTCTATTTGGTCTCACTAATTTATATAAGAAGATACAGAGTCATTTTTTGCCCCTTCAA AACAAAAGATCACTTATTATCAGGGACTCAAGGTGCACTCTTGTTGCATCATCTTTCTCT CATCTCTAATTATAAATAGTGTACACCTGCTTCTCCATTCATTTGGCCATCTATTGGCTG TTTAAGAATGACACTGGTAAATGCACTATCTGATGATTGCTTTTGCTGTAACAATCTCAA TCATCTTGTTATTATCAATTCGAAAACATGGTTTCTTAGGGATGGTGGGGTGGGGCATAG AAAATGATGTCTGATATTCTATTGGAGCAATACATAAACTTGCTATTTGAATCATGGTGG TCTTCTTATGTAATTCTGCACCCTTTATAACTTAATAAATGGGTGGAACTGTTAGCTATG TGGAGGTAGATCAATTTGACCGTACTAGCTGTATCATCTGATCGCTTTTTTGGTGTTTTG TTCTGTTGTTTAAATATGTTTTCTTTTCCCAGTTATTTAGCAACTTTAAAATGGTGTAAT ATGTTTCAGGCATCTTTACATGAACTCTATACCATAGTGTGTAGACTCAAAGAAATTGCG CCAGAAAAGGTTCGTTTCTTTTTAAAATCAGGACATTATCTAGTTTTATTTCATGTCATC AAGCAAAGTTTTCTTAAAATGAGACTAAAGCTATACCCTTCTTATCACTTCTTCGATTGT ACAGGCACACATCTGGGATTATTTTGAAAAAACGAAGCATACAAAGTTAGTTGCTTCAAA CCAAACACTGGAGGACTCCAACCTGCAGATGGATCAAGATGTGAGTTTTTCATACAATAT GTCCTCTCTACATTACTATTGTCGTATGAAAAATGAGAAATACCAGCTGATAGTGATATG CATTAGTAAGAGGGGCCCTTTGGTTTACCACATCAACTAAAATAATCTGAGCATAAAATC TCGCATAAGTAGTACAATGCTTGGTTTGTGGAACAAGAAAAAATAATCGCAGAATAAGTG AACACATGCTTTCTAGTAAATCTTTACTGATGGAATGATCTCCTGCCAGATTCTCCTGGA GGTGCAACCTGAAGGGTCACTGCCTTCTGGTTTTGGCTTCGATTCAACAGGAAACGACTT GGCATTGGTTCCAGTTGAACCTCTGAGATCATCTGTCACAATTGCTGGTGGTCCAACATT GTCCAATGGTTTCTCTACTGGATATAGCTCCAATGCATATCAAGGGAGTTCTTTGAACTC TAGTTATGGCGATATGGAGGATGGATATGATAGTCTGAGGCCTGCAAGTAAAGGCGAAAG GGGAGGGTTGGCAGGATTATCCAATCTGGGAAACACATGCTTCATGAATAGTGCACTTCA GTGTCTGGTTCATACACCTCCGCTCGTCGAATACTTCTTGCAAGATTACACTGATGAGAT TAACAGACAGAATCCTTTGGGGATGCATGTAATGTTGCTTCTTTTGTCTATGTTGTGAAC TTTTCGTATGGAAGAGATTTATATTCAAGTTTCTAATATCTGTTGTAGTTTTACAGGGTG AGCTTGCACTTGCATTTGGTGAACTATTGAGGAAACTATGGTCCTCTGGTCGAACACCCG TGGCACCCCGTGCATTCAAGGGAAAACTTGGTCGATTTGCTCCCCAGTTTAGCGGATATA ACCAGCATGACTCTCAGGTTGGTTTGGCTCGTCTTGGCTGAGATTGTCATATTTTCCACA GGGTTTGCTCAATGCTAATTTTGGTCTTTAGGAATGCTTCTGTATCATCTGATAATAAAT GTACCATGTATTAGCTACTTGTAGAGCCTGTTGTTTTTTGTTGCTAGAATATTGCGGGTA GTTTTTCCCACTATAGGCAGGGCCTTAAGTTCATATGTTTCCTTTACCTATATGTTCGGA AACACATTTCTCTTGAAATGCTGCTAGATTTTCAGTAAGTGATATGCTTCTATTTATAGG AACTACTCGCCTTCCTCTTGGATGGATTACATGAAGATTTAAATCGCGTCAAGCAAAAGC CGTATTTTGAGACAAAGGACTCAGACGGTCGTCCAGATGAAGAAGTTGCTAACGAGCTTT GGAGATACCACAGAGCCAGAAATGACTCTGTTATAGTTGATATTTGCCAGGTTCTTAGCT TTTTGTCATTTTCTTTCTTTATCGACTGGGACTGTCTTGATTGACCTTTATGCAAGTGGT TTTATATTTTTAGTCCTGGGAATTGTTATTATCTTTTTCTTTTTCTCTTCCCTATGTCAG CTTGAGTTCGACACTTACTGGAGGCTGATAGTCACTTTTTTTTTCTTTCTGGTGACAAAG GCTATTTCACTTCCAGTAATGTTTGGATAGAACTTTGTTGGGATATAACGCATCTGAAAT TGATGTTTGTTTTCTTGTTAGTGCATATGGCCATCAAGTTCACTCATACTGAAGCTATTT ATTTCAGGGCCAATATAAGTCTACGCTGGTTTGCCCTGACTGCAAAAAAATCTCCATAAC GTTTGATCCCTTCATGTATTTGTCTCTACCACTTCCTTCAACCGTCACAAAGACAATGAC AGTAACAGTGTTTTATAGTGATGGCAGTGGCCTTCCAATGCCATATACTGTTACCGTCTT AAAACATGGTTATATTAAAGATCTTGCACAGGCTTTAGAAAACGCATGCTGCTTAAGGAT TGATGAATACCTGCTACTTGCAGAGGTAATGTTTTTTTTGCTATTTGTTCACATTATGTA TGGGTACCGGACATGTGCATGCCTATGCAAATGTTTGTACCAAAATCGTGTACACATGTA AATATTTTGTGTTGGCTTGTTCGAACTGTGCTACTGTTTGTTTCATAATATGTCTCCTGA ACAGGTCTATGATCATCGGGTATTTCGATACTTTGAGAACCCTACAGAGATTTTGAATTC AGTTAAGGATGATGAACATATTGTTGCATACAGGCTCCCGAAAAGGGGGGCACAACTGAC AAGACTGGAGATTAGTCACAGGTACCGGGAAAAGTAAGTTTAAATCCTTGGATTATATTG GTACTTAATTTTTTTAAAAAAATTCTCGGATCTTGTGCTAATTTATAAGCTGTTAAAATT AAAAATTCTGTTATTTTTTGCCCACCAGCTGTCCCATTCGTCATGATCCATTTTTCATGC ATTTGATAATTTACAAGGTCTTCTCCTAGTATTGCTTTTTAGCAACTTGAGTGAAAATGT GGACTCGTGAATTTGTGATTACTCTCAATTTGGTGTGTGTTCACATTCAATAGTATAAAT TCGTTATTGAGGTTAATAACTGACGAAGAATGAAGTTAATTCTGAATTTCTTAGTTGACT TTTTTACTAGTTATTATACTAATCACTCGTCAAGAAAAGTAACTATTCAAGACTGGTGTC TTGACTATACTTGTGTCTTCACCTGCCGTTAACCATCATGCATTTTCTCCAGGTGTATCA TAGACAGTTCGAAGGCCAGTGAGAGGAAGTTGTTCTTGACACCCCTTGTTACTTTCTTGG AAGACCCACATAACGGAGCTGATATTGATTTTGCTGTCCATAAGGTACTTGCTCCATTAA GAAGGAAATCATTTATCTCATCAGCACCTGGTCTTAAGGATGGTTCCGACAATGGTTCTC CCTCGGAAACAATTGAAGTACCAATGAACAGCTGCACTATCCAATTTGGTTGTGAAGGTC AATCAACAGAGTGCATAGATCCAGTGGGGAATTCCAGCATGGAGCTGACATTTCATCTTT GTTTAACTGATGAACGGGGTACTAACTGCAGGCCCGTTGCAAAAGATACGGTGATTGAAC CAGTTAGAATGCAAAAGGTTATATTGGATTGGACTGAGAAGGAATATGAGCTATATGATG CGAGCTACCTCAAAGACCTTCCAGAGGTTCACAAAAGTGGACTTACAGTGAAGAAAACCA AGCAAGAAGCTATATCCTTATTTTCGTGTTTGGAGGCCTTCCTAAAGGAGGAACCTTTAG GACCAGATGATATGTGGTATGTCATGAGATGTTTTCTTTTAAGTTTTGTCCACTTGATGT GGATTTTAAGTGTATGTTTATGATTTTAATTCAGGTACTGTCCTCGCTGCAAGGAGCATA GACAAGCCTCCAAGAAGTTAGATCTATGGAGATTACCGGACATACTTGTTTTCCACTTAA AGCGGTTCTCTTATAGCCGATGGCTGAAGAACAAGCTTGATACGTTTGTGAATTTTCCCA TACATAATCTGGATTTAAGCAAGTATGTGAAAAGTACGGATTTATCTGAGAGCTCCCATG TGTATGAGCTATATGCAATAAGCAACCATTATGGTGGACTAGGTGGTGGGCATTACACAG CTTACTGTAAGGTACTTTTTATTTTGTCTTGTTCTCTTGTTGAATATTGTAATTGCTAAC TAGAATATATTCTTCTTGAGATAGCAAGAAATCAGGAGCTGTTAATATACTATAGTGAGA ATATTGAACTGAATCTCGGCCAAGGGGGTCGTATGGTCTTGGTTGACTGTAGGTTCATTG TATACTTGCAAACAACTGATGGGTTCTTTTAATTGGCAGTTGATTGATGACGACAGATGG TATCATTTTGATGATTCCCATGTTTCACCTGTTGCTGAATCGGATATCAAAACATCAGCT GCCTACGTGTTGTTCTATCGAAGAGTTAAAGCTCAACAAGATGGAGTTGTGGGAGGGTCC TATCAGTGCCATAGAAGCTCTTGAAAATGCTCGACTGGTATCTCTTATCCCCACTTGATA AGGTCTGAATTCTTGGCTGTCCGGCAGGGGGCTAACGTGGTTGGGGCTCATCTTATCCCT AGGTAAATTAGAAGTAGGTGCTCTATCAGTAAGAGGCGCACCAAGAGGAAAACAGAAATT GGATGAGGCTCTAGTGTCTTTTTTTAAGAGAAATTTTGTAAGTCTTGGGTATCCGTATTA GGCATTATACTCTTGTAGAGTAGTAGTGTTCTTATCATTTTTTAGTGAAGAAGTTGTACT CAAGGACCAGGCCTTCTTTTTTTAAATCTAATTACATATAGCAGCATGAGAGTTTGATGA AGAAGTTTTTACTACGACATTTTCTTGTAGATGAAAACAATGGACATAGTTGAATGAAAG CCATAAAGTTAGAACAAACCGATTGGAAGCTATTGTATTGTCTTATAAATCTAACTAATA ATACCATAAAAAATAATCAAAGAATACAAACATTTGTATTACAAGTGGTGTAACCAAAGC TCACAAAGTGTGCCAGTGAAATAAAAGGGGCAAGGTAGAGAAGCTGCACGGTAGAAAGAC TTTTCACCTGAGAAGGAAAGGAAGAATATTAGTATATCTAGAAATAACAAAATAATATAT ATAGAAAATGAAGAAGAAGCTCACCGAATCAGAAGTAATGGCTAGATAACCGGAGGAGGA GCTTGCTGGCGGCAGTGGCACTGACGCTGATGGTGTAGATCCAGACCCACCGGAGCTGCT GCTATTCGTACTCGCTGCGTTGATTGCCGGGACTCCTAAGGGGTAAGCCTGAGATCCGTC CGGCTTGAACAGGCCATAGTTTCGCTCAGAACTAGGACCAGGCTTGAGGTTCTCATTGAA CAAGGCAAATACGTATATGTTCAAATCCGAGTTAGGCCTCATGGGTGTACCCTTCTTCTG ACCAATAAGCTTCATTAGATTACAGTTGTATTTCCTAGCATTCTCCGGTGTAGCTCCGGC CTCGTCGGCGTCTCCCTTTGACGGCCATCCCGTCTCCGAGATCTGCACGCAGACGTTTTT GTAGCCGATGGAAGCTAAAGCAGAGTGAACAGCATCGATCTGAGCGAAAAGCATGTTGTC GTAGTGTAGATTGGACTGTGGATCGACGATACCAGAGTTGGGCTGAAATAGCACGAAATC AAGGGAGACCTGCTTTGGATTTCCCTTGTAAGCAAAGTAAGGATAAGCATTAATAAGAAA AGGTGAGCCAGTTTTGCAATGGAAGTCCACGATCCGGGTAACACAGTTGACAAGATCCCG ACGGAAAGCTCCAGCCGATGGGGGATAGGAAGTTTGTAGAATAGCAAGAGAATGTGCGGT GGTGACAGTGACTTGCTTGTCCAATTTGAGATTAACAAGAGCAGTGTGGACACTTTGCAT TGCAGGGAGGAGGTTGTCGGTGAGGATGGTATCGTTAAAGGTGAGAACTTCATTACCGAC AGCGATGCAGGTGATTTTAGTAGCAGGTAAGTAAGGTTGGACATTATTTTTAACCCATGA TTGAGCTTTAGAAGGATCTTTCATCTTGGCAAGGTACTCATTGCCAAGACTGACGATGAA CTCAACGCCGGTGTTAGCAAAGGCTTTGAGGACATGTGGGTCAGCATCATAGAGCTTGAT TCTGGTAGCTCCGATGGATTTGACTAATGGTACCACGTTTTCCGGTAAGGGCAGATTGTT GGCAATTTGCCCGTAGTTGATACCTAGAGGAGCCACCATAGTTGGAGTAAAAAACAGCAG AAAAAGGAGAAGAGAAGAGGAGATGGGATTGGGATTGGATTCCATCATCAAATGACTCAA GGAAGGAAGGAGCTAAAGGAGAAAGAACAGAGTAAAAGCAACTAAAGTGCCGCCGAGTGG TGGTGGTTATAAGTAACGTAGCGCCTGCCTGCTTTTTTTTTTTATCTTCTCTTTACTATA AAAATACCATCAACAATCTTAGTGCTAAAAGTAGCATTTTAAGTTTAATTGCTTTAGAGT GACGAAAGAATAATACTTACTTTAGTAAATAGAGAGCATCTTTTTACTACTATTCAATTT GGATTGTAGCATTCATTACTACTACTAGTTGTACTAGCAATAGAGTAGTAGACAAAGAGA CAGGTGCCGTTATGTAAAGGAGATGCTTTGCTTTGATTGAGCTGTAGTCCATTCAATCAT GCTACCTTACTTTATGAATTAATAATGTGTCATGGGCTCAAAAATATCTCTCTTTTCTAA TTTAAAAGTGTTCATTGACATACTTGGTTTCGATGTTGCATTGTTTTCACTTTGAAATTC AACAGCCATCTCCTCAAAGTTAGCCAGCTTCTTTCTTTCATATGACCAACCAACTAGTTT GCTTCTTTTAAACAAAATTTATAACTTGCCACACTAGCTCTGTATTCATCAAAGGACGGA GCCACAAACATTGATTCCTTGGGTAATTTATATATATGTACTGCAAATAATTATGCAAGA AAAAGTAAAACAAATTCACGCATATTAGCTACTAGTATTATTTATGCTAACATTACTAAG CATTTAGTCGCAAACATTAGTAATAACTATTTTCTATTGACCCTTCCCTACAAAAACATT AACCTGCTGCTCCCCAGCAAAAACCATTCATTTTATAGATGACTGAGACCCCATATTAGG GTTCTACATAATTAATGACCTTATTGTTGAAACAAGGATAAGACCAAAGCTCATTTAGGG AGTGGCTACATTTTCCTTGGCAAGTGGAGCGATTTCTTCCCCTTCGACACCGGGTTCACT GCCAGAAGCTCCTAAGCCCAATAGCAACGTCTCCCATTTCTTGGCAGGTTCCTGCATGAA CACCAGTTGGCATCCATCAGTGCTGACGAGAACAACAAAACTGAAGTGCCTATACAAATT ATCAATTTGACACCTACCTTCCAAGAGAGCTCCTCTGACATGCAATTTTTTATCATCTCA GCAAACGCAAGGGTGCCATAGACTGCAAGAGCTCTTGACACTGTTGTTACTATCTTAAGC ACATCATCTGGGTCAACAACATCGCACTAACCATATTCAAGAAGCAATTAGTTAATGTCA AGACGAGAATGAACCATGTACAAGTACACAATTGATGTAAAATCACATACTTCAACATTG AAGGCTCCCATATGGAATCCAGTATAGCCTTCTTTCACAGTGTCAACAAGTCCACCAGTT GAGGCACAGATTGGCACCTGACTCACGTCACGTGTGATTATGTTAAAATAAGATATAACT AGTTTTCAGAAATGAAAAGCTTGCTGCAGTAACATTTAGTTGGCATTTATAATTTAGACG AAAAACAAGGTCTTGTGATTCTTTTTTTTAAAACTCAGTAAAAGGGTACAAGCTCTTATG GTTCTTACTGTTCCATATCGCATAGCATGTAACTGAATGAGACCACAAGGTTCAAATCTG CTTGGGACCAACATAAAATCAGCACCAGCAGTGATCATGTGAGCCAAAGGGACATTGAAT TTTGCCACTCCTTTAGCTTTATTAGGGTACAACACTTCGAGCTGTTCAATCTCCTGCTCA AACTCCTTTTTGCCAGTTCCCTGATGCATAGGATGAGCAGCAGGTCAATTTCAGTTTCAG CACAAGTAAACTCAACAAGAAAGATAGAATGATTCCATTTGGTACTTACAAGGACTACAA TTTGAACATCCAATTCGATAAACTTGTGAATTGCAGCAACAAGAATATCTGAACCTTTCT GCTCCTCAAGTCTGCCGATGAAGCCAATCAAGGGGATCTTCTTGTCAACAGGCAAGCCAA CTGCTGCTTGAAGAGCCTCCTTTAGTAAAGGTTTTGCGTCCATGACCTGTATGGAGATTT TGATCAGCAAGAAACTCTTTAATTTCATAAACATACAAAATAATTTAGTATATACTGGAG TGGGGAAAAATCTTATCTTACAGTGGTTATATCGTATTTGACATCTGTGTATTTGTCAGT CGCTGGGTTCCACTCTTGTGTATCCATGCCATTCACAATCCCAGTTATGCAAGTCTTACG AAGGACACTGTCCAATTCAACACCCTTGTCAACAGCAGAGACAAGTTCTTGGGCATAGTA TGGGCTTACTGTAACCACCCTATGTGATTCTAATATCCCAGCCTTCATCCAGTTGATTTT CCTACCCTTAACAGGTTTCTCATATCTGCAAAATTTTAAGAACTGAATTTACTAGCATCA AAAGTTGGTGGTCTGATTTCAAGCATTAAATACATACCCATCAATGAAATCAAAAGAACC CCTGAATTCATCAGGAAGATTGAGAAGAGGGAAGTCAGAGAAAGAAAATCTGCCTTGGTA GGCAATGTTATGGATGCAGAAAGCGACCTGGAGGCAATGTGAAATTTATCATATATTAAT ACAACCTTACTGATATGAAGGGTAAAGTGCAATCAAGTGTATACAAATAAATTTTACCTT GGCATTCAAATAGATTCCTCTGGACTGGTACATTGACTTTAAGTAGCAGGGAATTAGAGC TGTGTGCCAATCATTGGCAATGAAGAGAACATCCTCTCCTGCAGGAATAGGCGTTGATTA CCTACAATGATATACTATGGTTGCTAGTGAAACTAGGATGTGTTACCATATGGTCCTGAG AAGTAGTTGCTACTGTTCAAATTCAAAACTCTAGGTGCCTCTAGGGCTGCCTGAGAAAAT AAGGTTGAGAAAACGATTAAAGACAAAAAGTAAAATGCCACATAAAATTCCAAGACAACA GTATAACAAGTAACTTACTTGACACAACAAGCTGAACCTAAGTTCATTGTCCAGATAATC CAGTCCAGCTTTGGGGCCGTAGATTTTTGAACCAGTTTTGCCCCAAACCTTAAAAGCACC AGTAGAGTTAAAAGATGTTCAAAATGTATTCATAATCATAATATGCTTGCTTACTTTCTC CAAGAACATTGGGTGGTCAACAAAAACACGATCAACCCCACGTTTATAGCAGTGAAAGAA GCGAACAATTTCAATGCTGTCTCCAACTTTGACCTGCAGATAAACATTGTTGAATATATA TTGTTGTATGTATGAAAAGTATATATAGGAAGGAGTACCTCAAGGGCAACGCTAGTATCC CAAGCATCTTTGTATTGGTCATAACGGGGGGATATTGTCATTACCCGATGTCCGCGGGCC TAAAATGATAATGAAGCTGTAATTGGTGCATTAGAAACAAAAGAATGAATCATGAGTAGG TAAGACTTACTGCAAGGGCTGGTGGTAGTCCACCAAGAACATCACCTAGTCCACCAGTTT TGCTCCAAGGACCAACCTCAGTACCCACAAAGATCAAGTTCATTCCCTTTCCACAAACAA TGGTAGCTGACTTGGTGGATCTCATCTTGGGTGTTACCTTAGTATTAGTTCTTGATTGGA GCCCATCAAGCTTGTTAACAGCCCTTAACCCATTGTGTGTCAGAGTATGGTTCCTGAGTC CTATCTGTGACAAGGTTGATTTGGTGTCTAGTGAAGTTTGGACATTTGAGCTTCTTGACA CAAAGTGTGAAGCTGTGATGCTTGCCATGTGTGGTCGAAATCTATAAATAAATACCTACA GATGGATGAACAAAAACAAAAACAAAACAAAACATGCATTTATTATTATCATTACAATAA CATAAAAAATTCATAATAGAATGATCAGAAAGCTCTAGTTACCAGTTGAGGAGACGCTGT GTGTGTGAGTGAGGTGCCTTATTTGTAGCAGGTTTCAGTGACACGTGTCAATTGAATAGC GGGTGGCTATCCCTAAGCGGAAGGCAACTGTGGACACTGTATTATAGGGAAATAAATGCT CATGGATGGGCCCGGGCCTTCACGGCTGGACTTCAACTTGGGCCTGGCAATGGGCCCCTC CGTCCGCTTGGTGGTATATGCTCTTCTCTTCTGTCTCCTAGTATATCTAAAACTAAACAA CTCCTTGACAAATAATATATATAGAATTTTCTATTTGTAACGCCCATATTAAGATTGAGG TTTGTTATGGATTTCTCATTCTCTGAGCGTCCCTGTTACTTAAATAAGGGATCAGCACAA CAAGTTTCCATGATAACAAACAGGTTATATGCATAATTCTCTTATTTAAACATAACATTT ATATTTGGGAAAACAAATATTATTCTCATTCCTCTCTTCTATATTTATTTGAAGAACCCT TCATTTACCGGCTGGTGCATTGGGGCGCAAGGATTAAGGTCAGCGCTTCCATGCAGAAGA AACACAAATATATATCCAAGGTTAATTAATTGCTGCTCACAACTATATATTCAGCCAACA ACTATATAGTATATTAAATAGAATTGCATTGCAAACAGTTCAAGTGATTCTATGATTGAA AGTTTTTTAGAGCTTCCACTTCAACAAAGTAGACCAATATCCAGGATTAATTGACCCGAT ACAAGCATATATGAGGCATGCCTATCATATCGGCACTTGACTCGGGAGGCTGAGTATAAT GAAAAGGCCATCCCATTTTTTTTTTTTTAAAAAAAAATTATTTTATGATACCGGTAATTC TATTAGGTATTAGATAACAAATTCTAGGATTTTAATTTGAAAGGTAGCAATTCTCAACTA ACTCACCACACATTTGGTGAGAAAGGCCGGTCGCCATTCCAATTATGAGCCACTCTTTTC AGGATAAACTTGTTTCACAGAACGCTCACTCCATAAATAAATAAATAAACAAAACAACTT CCTCAAACTACTAAAGAAAAATAATTACTCATTAAAGTAAAGACGGACAAAAAGTTCATA AAAGAATCAGCTTTGCTTTTTATTTGAAGCATGACATATTCAGTGACACCAGAATTTCAA CGAATACATGTATAGTATAATCTGGATTCTCCTGAACAGTGGCTGCCTTGCAGCTTGACA GAAGACAACATAATATAACTATGGAGGAGGACCTAGCTCTTCACAGTGGCTACCTTGCTG CCAAAGTATGTTCTCTTATCGATCAAATGATGTATATAAAAATGCCTCGACCCATACTAG AGCAGTTTCACAACCTTTTCCCAATCCCTGCAAACCTTCTAGCAACTCCAAATATAACCG CTTTTGTCAGGAGTCCACGATCAAGACTACAAGCAAGGGCAATTGCCCCACCAACAACTA AGAACCGCGGTATGATCCTCCCTGCAGGCTTCTCAGGTGAATCCTCACGCTCAATCTCAG AAAGATAGGTTTCGCTCCCCATTGATCTGAGATTCTCAATATCAACTTTGGTGTTGACTT GCGCCATGAAAGCACATCGTGAAATTGGGTCTCCAGACGCTCTATGTCTCTGGTATGCAC GTAAACCAGGGTCAATCTTCCTCACAGCTCCCCACATACCTTGCCTTACCCCGAGTTTGG CAATTTCCCAAGGTATACCCATGTCTTCATAATGAAAGAGTAATACTTCACAGGCAGTCA TCCGACCATCTCTCTTGGATTCAGCTGTTCATGCAAAAGAATTAAAAGGCAGTCAGATGT ATAGTCATAAAATAACTCTTCTCAGTGATTCAAATGAAACATCTCCAGTTTCAGTCTTAA GACTACATTTGATGGTTGATCATCATAATTGGTTCAGTAGATTCCATAATTTTATTGGAA GTATAGCAATCAAGCTAGCAATATCACTTCAAATTACCTGCGCGGATGAACCAACTTGAA TAGTAGAGATCAACACGTCTTGGTTTGTTGCGACGGGGCACAGAAGGGCATGGTACACCC TGAACCATGTAAAAATCAAGATTATTCAAGATTTCAGCAAAATGATGTAACATTGGAGAG TATGAAGTGAGTGACGGCAGCTAAAAAAAATAAAACAGGAAGCACCGTCAGGTGTCAACC AATATCAAGTCAACCCAGACAATGAAAAACATGAGGTAGGATCTCCTATTAGGATACCTG CAATTTAATCTTGGGTCTTCCCCTCTCCTACAGGTATAAACATTCCTCCTTTGAATGCTA ATTATGAAGTATCTTAACTATTCAAATGCAAATCTGACAGGAAATATCCAACTCCAGTCA ACTAATAGTAAGTAGGAGAGGCTTCACTTTGAAGACAGTAAGTATCAAAGAGCGGAGGCT TGACTCAGATGGTCACCATAAGTAGTATGAAATGGTTGATTGAGATAAACATTGGTATAT CATATAAACAATTTATTTGTTAGATCCTGATGATAACCACGAAGGTAGGAAGGAATAGGT CTTGTATGCAATATGTACAAGGTATGAGTGATTCCTCATCATCACCATAGAATCCCTATT TAAGTATTTCACACAGCCCCCATGGACAACTATCGGAAGTGACAAGGATGAAGAAAGTTT CATTGAGGGGGAAGGTTCATCCGTTTATCTCCACAAGTTACTAGGGTAATGGAGCCTTAG ACTGCTCGCTGCAGTCTTGTTCACTGCTACCTTTGAAGGGAACACACCATCAAATCCATT TTTGCCTTTCTGACCGTTAATGAGTGCAGATTAACACATGCACAGCATAGTCTATCCCAA AAATCTCAAAAAAAAAAAGATGCCAAAAGCAGGGGAGGAAAATGGTTTGGCAAGAAGTTA CTGCACTCTCTTCAATTTCAATTGCATACTTGTACACCAATTTCTCTGTATTTACTTAGA TAACAGAAAACATAACTTTGCTTATCGTTCTTCAGTTCACAACTAATATACTAAGTGCAA AAGAAACACATCAGAAAGAGGAGGACCCTCTTAAGCTGATTTGATACAACTAACTCCACT TCTTTGAGTTCTACTCAGATAATGAAAAATTTAAAATAGCTCATCAGGTTCACAACTAAC CTACAATGTCTAAAAGTATGAAACTGTATGACACACTTAAAAGCTATTCATCAATTTCTA TCTCTTATTATCTGGCTTTCACTCATATAAGAGATATCGAGTTAGATAACAAATGGCATG CCATATTGAAAAACATTGTTTGCCATAACAAAAAAAAAAGAGAAGATGATTCTAACAGTA AAGTGTATGCTTGTTTGACATCCACAATTGGCACATACTACTTGTGCACTTATGACAAGC CTTCATTCTCTTACCTTAGTGACGCAGTAGTATGTCCGCCCTGACTCCCAAATTCGACGG CCTATAATGTACTCTCTATCACTGCAAAAGAAGGGAAACTGGACCAGAATGATTTTGGTT AGTCATACTTCAATTAGGCTATCCAAGAGTATGCACAAGTGAAGACAGACCACTATAATA CCTTACGCACCCACTGAACCACCATGGTTCCAGTGGTAGGACACTCTTCTAATGTTTCAG CATGTATAAGCATGTCATCCCACTTCAATCGAAATTCATCTTCCCAGAAGAAATCCCTCA ACATTTCTGGAGTGGCATCCTCATATACAGTTCTGCTACGATATTGTGGAGGTCCCGTCT AGCATGACATTAAAATGTAATCCAATTAAAGGAAAGTGCAAACTAATTAAATCCCTCCTA TCATTACACATACTATAAGGCCAGGGGAGAGAAAGCTACCTCGGGATCTCTACGCCAAGC CTGATAGGACATATTTGGTGTAGAACGATCCATCATCTGAATCCACGCAGGTCCTCCATC TTTCTCTTCAACTAATCCATCTAAGTAACGAAGGTCTGCATCGGTTACTACCAATTTTTC GGCTTCCAGATGCAATGAACTGATAACAGCAGATTAAATAATTATTGGGGTCAAGGATTT GTGTATCTACTGTTGAGACTCAATTCTGATCCTCCACAATTTAATTAATTTTCAAGCTTC TTCAATTTCAAACAATTTGAAATAATTGTTTTCGAAAATAAAAAAATACTTTTGAAATCA TTTTCAAGGCCATTTTGCCATTTCCCTATAAAATACATCTCAATATATATTAGATTCATA TACTTGCTACTTTTAATAAAGATTAGGAAAATTTGTTTTACCAAAAATTGTGTTTTAGTC TGTGTTTTATTTCCCTAAAATAATTTGTGATTTGATTGGTATAGTTGATCTTTTATTTCA AAATAATTACTTTTATCTTGTTGAAGTTAAGAAGCTTAATAATTAGTTAAATTTATGATT TATCTCCTTCCCGTTTTATCAAATTCGGTTTAATTTGATAAAATATAGAAACCAAACAAC CTGTTCCTTTCTTTCTTCCTTTTAAGACCATACATTTGGCCCATTATGAAACACCCGGCC CAACTCCAATTCAACCCAGACCCCTCACTCTTTCTTCTCGCTCACAACAAGCACAACGCC AACAATGCTCAACCAGATGGACCCAGCCCTAAATCCTCATTTTGCCGCCTCAATTTCCTC TTTTTTCCTTCAATTCGTACACTCCGCGTGCTTAGCACGACTCGAGGACGCCTAGAAGCT TCCAACCAACAGACCCCTACATGATATAGCTCTTGTTGGTTAAAGTTGGTGCAAGAATGC TTTTAACTATGCCTTCCACACTTATTTGCTGACTAAAATTGCGATTATGTTGACTTCTAT TATGTGTTAGGATTGGAAGTTGTACTCCTTGTTTCCTTTTTTTCCTCTTTACGCTGGCAG ACTTAATTTGCATCATCAAATGTTGATTGAGTTTGTTTACATGTTAAATTAGTATCAGCC CCTTCTTTATTAGTTATTAATTCTTTTTCTTTGTTTTCTTTGCATGCACTCTTCCATTTG AGTCCATTGGACTCTTGCATATTCCTCTCTTCGAGTCAACCTCCACCAAGTCGCTAAAGG GAAGCAAATACTATTGGGTTAAAACTCAAAAACCAGCAGCAGCTGAAACAGGTAGCGGCA GTCCCAGAGGAACTCATTGTTTACTGTGATTACTCAACTTATTATCTAACTTAGATGATT TCCCGGGAGATTTTTTAATGACCTTTCTTTCACTATTTTGTGACAAGTATTTCAATTTTC AAAGCCCAATTTAGTTAAGGCAGACTTAAGCTTGTAGAATAACTTAAGAACCAGCTGTTT CATAGTTATTAAAAAGCTTTAATTCACGTTAATGAATTTGAGCTAACCATTTGGTTCAAA TCTTTAACTTGGATATAGATTATTATTAAGTTAAAAACATTTCCAGACGCTTGAACTTTT AATTTTTCATTACTTGATAGTACAAATTAATATCTATTCATTTTTCTAAAGATTTTTAAA ACCAACACAATTCATTTTCTTTAATAAAGTTAGCCAAATTTTTAATCCATCAGTCAACTG GGATCGCATTTTTAAAAGTTAGTTTTAGAAATCGGGTATGTAAAGGAGAAATACAGAAAA TGAGAAATTAAAGAGAGAGACTTTGGAAGAAACCTGGAGGTAGAGGATGAAATGGAGGGT GGGGAGTGAGTTTCCTTGATCCAAGAGGGAATTTGCAATTTGAGAGTTGAAAAGCCAGAA GACAAGTTTTGGAGAGAAGGAACATGTGTTGTAGGAACAGAATCAATGGCAAGATTGGCC CAATTGGGCTTCCATGACCATCCAACCAAGACCCCAACAAGAACAGCAATCCAGATGGGT GCCATAAACATCCCCAGCTCTAATATTACCTCCCCAAAAGTTGGTCTTTGTAAAATCTCA AGCAAAGCCGCTACCAAACCCATAATAAAAAAAGAAGAAGAAGCAACCCCCGATTCAATC GTAAATATAAACTTTGAACACGGCGACGAGTCGAGGGTTTCAAAAAAAAGAAGAAGAAGA AGAAGATAGAGAAAGATAAAGATAAATAAAGACAACCCTAAAGATAGATAGATAGATAGC AGGAAAGAAAGAGTAAAATTTTACTAAAAAAAAAAAAAAGGAAAGGAATCGATTTAGGGA AAAGAGGATAAGGATGTAGAGGTAGAGAAACGTGTTAGCCGATTGCTGGTAGGCCCTCTT TCATTTTTGCTCCTCAGGATTTTAGTTTTTATGTTCGACCAAGTGCTTCTGGTGGTTGTG CTTTACAAAATGAGAAATTGTAATTTTATATTGTGGTATTAGATTAGAAAAACAAGTGGT GGGTGCTTATATATTATTTAAGTTTGTGATGGAAAAAAAAATGTGTCTCTTTGACATAGG GTATGGGGTCGGTTATTTACAAAAGTCAAAGTCTTCAAGTAAGTAGTATCGCCGCGTTTT CATTTCTCCTTCAAATCATTTGACCAAGGCTTTTTGTTTTTTGACCATCAACTTTTATTA TTATTACATTCAGATTTTGGAGATAAAATAAATTTAAATGAAATTATCTTATAATTAAAT CATCTCATAATTAAATTTGTGTTAATTTTAAAATATCTCAGTACTCAATTGAGTTCGTTT TTATTTTTATTTTTCTAAATTGGTAGGTTGGTGAATGATGGGTCCTTTGACATAAAATAA AAGAGTGAGAAATAGTGTTACCACAAAATTGTCACGTTTAACACAATTTGGATGTTTAGT GATAGTAGGGTATCTCTCTTCTTCTTCATAAGTAAAGTCCCTAGAGATGAGCAAATCGAA TAGTGTTTCATTAGAGTGTGCACCAACACAATCAAAAAAGGTTTTATTGGATTCTATACA TGAGGAAGATGTGTAAAAGCAGCAGCTTGAGTGATAAAATAGTGGAAATATATACATATA TATTTTGCAAGGTAAGTGATAGAGTTTAGAGATTAAAAAAAGATACAACTAGTATTGTAT TAAAGGGATGTGAATGGAAGATTAAAGAGTTTAGATGAAACTTGTAACATAGATAGGGTT TAAGGTCAAATTCAAAAGGAAACAAAAGATGGTGCAATGATTTATCTCCGACCAAACCTA ACTCTTGACAACATGGAAACAGTGGTCGGTGCATGTGGTAAATAGTCTTGTTTGTTAATT GGAGTAATTTACATGGACCCATTTTAATGCAGTGTGGATCCATAAACATGTCATTCATCA TAGCAAATTTTGCTACCTTATAATAATTATTGCAGTTCCCTTTCACTAACACATTGAACA TGCATATTCCGTCCACTCAATTTTTTTCAACGATCAATCAATGGTAGCAACATATCCCTT CGCCCTTAACCAGCTTTGGAACATCAATTTTCTGCCCAATTCCAATTAAGTTAGTATTCA TTGCAGATTTCAAGTCAAAAATTGGGGCTACGATTAGACTGACAGCCCAAAAAAATTAAA CTGCGTATGATCAACCCCAATCAACCAAAAACCAAGAGAAACAGCTTCATTTGCATACCT ATGTAGAATGTCCCTGACAACAAATTCTTTATGAATAAACAGTACATGTCACAAATAAAG CACATGGATATGCAATCAACAGAAACCTTGAGAAAAATTTATCAAGCGAAAAGTGTACCC ATTGATCAATATGTAGGTAGCCAAATCCTTGGAGATCGCATATATTTGTCCAGTTGCATG CCTAAAATACTTATTTCCCTCCTCACCAAATTTCCAGTATTCGGGTTCATGGTAATTCAC TCCTCTGCACAAAAAGTATGTCATACTAGAAAATTTTGAACCTTCAAGTACAACTGTAGA AGCTCATTTTGGGTCTAGAGTCTTACTTCTGTGAAAGAACGGGTCCAGATTTCATGCAAC CCACGTACACACAAGGTTTAGATCGATGACGGTCTAACAATGGACCTACAACACCTGTGA CAATATATGGGATTAGTACATATTCATCCCTCTCCTACTTAGTGTTGGGAGGATGCATCA TTAATTCACTAGCTTAATGCTTAATATAGAACTATAATAATTCTCTGCGCGCTAATATCT GTGCAAGGGACTAGCACCGCGAGCAACCTACACAGGCAAATATTTGCTAGGACTCAAATC TTTAAAAGAGATTTTAATGAAAGTAGAAATGTAGAGAACCTAAATTTATAGATGTTGGAT CGAGCATGCTTAAATGGAAGCAACATGGATAATTAAACATCTTATAGGCAGTACGAATTA GCTCTAGTTCTTGTTGTACTCTCCTAATTAGTGTGGACTCACTATTGCTTAGCATTCAGA TAAATAAGCTTCTCCTAACCCAGATTGACATGCACATTGTCGTCAACTTTAATAAAGAAG TCAGCATCCCATTTTGCTGCTGCAGTTGAAATCCCTATTATCTCTTAATCTTGGACTTCA CATGATGTATCGGATATTAAGTCGTGTATTCGAAATTGAGACAAATACTTTAGGGTGTAT CTATATTATATCAAATTTAAGAAATTTTAAGAGTATAGAATTTACTGTTATGAAATGGGT ACTAGTTAAGTGACAAGCCCAAAAACATATGTTTGTGCACTTGGTTCTGAATTAAGCCCT TTCTTGGGCCTTGTATGTGTGTTGTTGTAGTGCAAAAGTGTCATGGGGCCTTTTATTAAG ACCCAGCCCAGAGGCTCAAATAGGAATCTGGGTAGAGATAGGAGAGGGTGCCGAGTTTTA TCCACTTCCTCTCTCGTTCGTCTTTCTTCTTCTATCAGAAAGAAAAGAAAAATGGCGTCT TTATCGAGTTGTAATCATCCAGGGAAACTCTGTTCCTCGTTTTCACCTTCCTCCCTTAAG TTGTCATGGGTCCAACGCGTGTCGGTTCAGTTCATTCACACCCAAAACCACACTTGTTCC CTTCCTTATGCTCCAAGGGCTCTCACTGTCATTTCCATGGCCCCCCCTAAGCCCGGTGGT GGTAAAGCGAAGAAAGGTATTATTTTCACTTTGCTTTTTAAGTTTGGGGTTTGAATATTT TTACTGATGGGTTGCATTTTTTTTTGGTCAGTCACTGGTATTATAAAGTTAGCTCTCGAG GCAGGGAAGGCAACCCCAGCTCCACCCGTGGGGCCGGCCTTGGGTTCCAAAGGTGTTAAC ATCATGGCATTCTGTAAGGATTACAATGCCAGAACTGCTGACAAAGCTGGTTATGTTATT CCTGTGGAAATCACCGTCTATGATGTCAGTTCTTCATTTTTATTGCCAATTATTAAAACA TGATTAAAGTCTCATTGTGCCTCTTCCTTCTCTTCCAGGATAGAAGCTTCACTTTTATCT TGAAGACCCCACCTGCTTCTGTTTTGCTGCTCAAGGCTGCAGGTATTTAGAATTTTTCAG TAAAAATGTGAAGGTTTAGTTTAGAGGCAAGTCAGGAAAACTAAATGATTCATTTAGAGT TAGTTACCATTTAGCTTGAATATGAAGGACACAAGAATGTATTTGATTTACTGATTGATG TACGATGCTCAACTTGGTGCTGAATATATCAAGCTAGTTTTGGATGAGTACATCATATCC TGGCCTATTACTACCACACTCTTGCTTGTTGTTCCAACATCAGTCACCACAGTTGTATGA GACATATGGCCACTTCTCTGCCGGAATTCCATAAATATTTGCTTGTAGTTTGAGATCAAG AAATTCATAAAATCCTCTTTAGCTCTAGACTTATAGAGTACTTATAAGGACATTAACATT TATGACAGCAAGGAAGGTGAAGGGTTAAGCACTCCCCTAAACAATAGACACCCTTGAAGA CTACCACTTGATATACTACCCCATGATCTTGGCTTGAATCAGGAACTAAAACTAGTTTAT GCCTGATATTAGTTAACCACCTCACCTGTGCACTTTTTAAACAAAGGACGCCTGTGAAGA CTACAACTCGAAGCACTATCCAATGATCTTGGCTTGAATTGGGTATAAGAACAGGAAACT TTAGAGTCTTGTTTATGAAAATTTTCCCGCCTTCCATGATATTTTTCATAGTAGGACGTA GACATGTAAAATTACAGAAAAACTAGACTGAAAACTCCCTTTTTTTAAATTTTCCATGTT GCTCTGCTAGATGGTTGGACAAAAAGGGAGAACGAAAAAAAAAGAAATATTGAAATCCGA ATTAGAAAAACAGTTGAGACTCTCTTTCTTTCTGGGTGGAGAATGATCATATATATAGAT GCTCTGGCTGCGGTTTTCTACTCATAGACTATAGTTCTATGCTAATCCAAAATAGGCAGT AGATTTAAACATTTCGTGTTTGGAATGGCAAAATCATTGGGCATGCTGTCCTTGCTTCAA CAAACTATAGAACTAAAATGAACTCCTTCGTTATTGTATAAGCACTGTTTTTTGGGTTAC AGTTGATTATAATAACATGAAAGGTAATTTTTGAAGTAGATAACAGTGAGTGAAATAAAT TTGCTCAAAAAGTTAGAATATTAGCTTGTTCTACTAGATGTTTATGCATACTGCTGATAT CCCCTTTCTTTGGTATATGGGGTCAAACCCCCTGTTTTATTCAGGGAAAAATGCCAGCAC TGACTTGGTGCTTGATCATTTTGATGAATAAGATCTTTGCTTATCCCATAATAAAAAGTA TAATTTCACAATTTGGAAATCAGGCGTTCAATCAAAATAATACACCTTGTAGATGTTAAT GTGAACTTGTGCTGGAGTTTAGCTTTTTATGGTGCAGTTACTCTATCTTTGCTATAGCCT GGTTGTCATAAAGTTGTGGTGCATACAAAAGTTTGGATAGTTTCCAAAGATGTGAAGATG ATTAACTATTTTATCACTTTGTAGGAGTGGAAAAGGGCTCGAAGGACCCACAGAGGGAGA AAGTGGGGAAAATAACTATTGATCAATTGAAGGTAATTGCTCAAGAGAAGTTGCCGGATC TTAATTGTTCTACTATTGAATCTGCAATGAGGATAATAGCTGGCACTGCAGCAAATATGG GAATTGACATTGACCCTCCGATTCTTGAACCTAAAAAGAAAGAACTTGTGTACTAGTTAT GCCTTTTCTATTCCCATGTAATGTATCCAAGTATTAGAAGCAAAAAAGAATTGGAAGAGA AGTAGATTGACTTGAGATAACCTTTTATCCGTTTGTTTCAATTCTTTGGACTCTTCATTC TTTAATTATGATGAATACACCATTCTCTAGTGCAAGATGCCAATCCAACTTTTTGTCCAG GTGCCATAAATTGAAGAAGAAACATTAATTTGGCATATATCAAGAGAAGATGGCACAAAC ATTTACTACTAAGAAAGCCTAGCCTATATATTTCTTCAAAAGAAAGGACTGATTGTGGCA CACTTGGTGGTTTTTTTTCATTCTTAACTTCAAATGTATGTTGTTAAAAGTTTCACGTAT GCATTGAAAAAGAGACTAATATAAAGAACATGCCAAAAAGAAGCTTTTTTTTTAAATCTA CTTAAAAACGTTTTTAATTTGGTGATAGGTTTGGGGGCAGCCAAAATGTCTGGCTGGAAA CGTGGGAATGGATAATAAGTAAAGATAAGGAAGGAGAGCCACCCACACCATTTTATTTAT AGAAAATATTGTAAAGCTCCATTGCTGGCAGTAGCAGTGAAATGAGAGCAATTGAAATAT ACTGGTATGGGGGCTTAGCCGCTTCCACTCTATCACAATCATCATTGTCGTGTATTTCCA AGGTTCATCAGAGATGCCTGCGAACAAAAATCAAAGCAGTTGCAAGTAGTCATGAGAAGG AAGAGGCTTGTGTGAAGTTTGCCTTTGTCAGCGTGAGTAGTCCAATTCGATCATCATGAG TTAATTAGTAGTCACATGATTACCCATTAATAACTGCTCGTAATTCGTTCAGTCAGTACT CCTACCAGATGGGACACCAGATGTGCAGCTAAGGAAAGCATGTGGCGGCCAAAAACTTAG GGACATAATGCTCGATGCTAATGTCGAGTTGTATGGACCTTATGTATGTACTACTACTAC TATATATATAATTCTTATCATCCAGTCCAGCTACTTATGTAAAATTATTAATCTCCTAGG CAAGACCTTTGCTCAATTGTGGGGGAGGAGGAACTTGTGCTACATGTTTGGTTGAGGTGA GTGTGAACATTTGGTTTTGCTGCTCTAAATTAAACATATCTCACACCGACAGACATCAAT TATAGGTTGTTGAAGGAAAGGAGCTACTCAACCCTCGCACAGACAAGGAGAATGAAAATT TAAAACGGGTATACATATATATATATATACGAGCAAGTGATGAATGTAGTACTGTTGTTA ATTAATTTGTATATATAATTTTCAGCATCCAAATAATTGGAGGCTTGCTTGTCAGGCAAT AGTTGGTAAACCTGATTCTAGAGGCATGGTACGTATGGATCGAACGTCTTAATTAATTTC CAACTGTTAGTCTATTGACCAGTAATCAATTTGTACAGATGACCATTCAGCAACTTCCGG AATGGAAAGCACACGAGTGGAATTATAGAGGATTACCGCCTAATGAAGAGGAAGAAGAAG AAGCAGCATCAATTTCTTCATCTTCAGCCTGAGTTTTTATCTTTACACAACAGCTTGATC AATTATGTATGTCATGTCACAATAACCAGCTCTTCTCTTTTTGAGTCCAATTATATATGA GCTTCATAAATTTCTAAAAGTAAAAGAAAATACTTGGAATGGGAACAATAATTGATTAGT ATGTCATCAAAAGAAATTGTGTTGGAACTGAAATAATTAATTAATAGGGCTTCATGCTAA AGATAGAGAATGCAGCTAAAGCCTAACAAATCGAAACAAAATATTACTATATTATTCAAC AAACTAGATATCCTATTCTTTCTTGTAATGTTTTTTGTTTGGAGATGAAGAATAGAAATC GTCAGTCGATTGCCAACTTCCTGTAAATTTATCTCAACGGATTAGTTTAATTTAATCGTT CAATCAATTTAACATGAGTCAAAAATATTTTTCAACTTTTGCATTTGCAAGCCATATTAA ATATCAGACGAAGACGGATGATGTTTGACCTGCAGAGCCAACTGTCCAAATCGAGTAAAT CTGATTCTTTTAAGGAAATATTAAACAACAAGGCAAACATGTGATACATTTATGATTAAC CAAAATAATTACAGTTTGCACCTATAAGTAGGTTCAATAGTTTTTTTTTTTTTATACAAA TTGTATTCATTTTTATACAACATGTATTCCACCTCTCTTCCTCCAAACCAAACATAGATC TACTATAGTTATGGATCTCTAATTAAGTAGACATATAAACGTTTATATGTATAGGTGTGT GTGTGTAGCTTTTTAATTGGATAATAGAGAGATCCTAAAAGTCAACATGTCTGGCTGGAA ATGAGAAGAAGAGGAAGTCAACAATTTAGATGTGGACAATTAAAATGTTAGATGTGGAGT CTGGTTTATTCATTTTAGTTTGTAGGTTAGGTGAATTAGAAAAATCAGGAAAAGGAATCG GACAACAATATTACTAGTTTCCTTGTCGCGTGGAAAGCTGTCTTGTTTCACCTAATACCT AGGGCTCTGTGCTATTATTTATATACACCCCACTCACCATTTCTCCTCTATTCATCTATA TATCTACAAGTTGTCATTTTGCACGTAAAAATGAGTGATGAACAAAGACACGCCCCTCGT TTGAATGAGAGGATTCTCTCATCATTGTCAAGGAGGTCTGTCGCCGCTCACCCATGGCAC GATCTCGAGATAGGTAGGTAGTTTAATTCTCTTTTTTCATTCATAATACTATCAATTATT AATGCTGCATTCTCATCATTCCTAATTGTTGCTGTGTAGGACCTGAAGCTCCAAATGTTT TCAATGTTGTAAGTACAATTGTTTTACACTCCCCTGTGATTGACATTGATTATGATCCTA TCAGATTAAAGTAGCATTATCCTTACAGGTCATTGAGATATCGAAAGGCAGTAAAGTCAA ATATGAGCTTGACAAGAAAACTGGTCTCATTAAGGCATGACCTCAACACTCCTAATTAAG CAATGTGAATGAATCTCTTCTTGTGTACATGTTGTGTCAATCTCCAATATCTATTTTCAG GTTGATCGCGTCCTATACTCATCAATGGTGTACCCCCAGAACTATGGCTTCATTCCTCGG ACTTTATGTGAAGATAATGACCCCATGGATGTACTAGTGCTCATGCAGGTAACGGAATGC CCTATATCCTATACAATACAATGAATAGCATTTTCTCCGGTTCAATTGAATTGAGAAAAT TGTTTCATCAACAGGAGCCTGTTCTCCCAGGCTGTTTCCTTCGAGCTAGGGCCATAGGTT TAATGCCTATGATTGATCAGGTTAGGTTGATTGCTGCCTGCAGGTTAAACTTTATTTCCT ATCTGATAAAAGGATTTTTAATCCAGGGTGAGAAGGATGATAAGATAATAGCAGTTTGTG CTGACGATCCAGAATATCGCCACTACACTGATATTAACCAGCTTGCTCCTCACCGTCTGG CAGAAATCCGCCGCTTTTTTGAAGACTGTATCCTCATATCATAATTTAATTGATCTAGCA AATTCTCTACAAGTAAAATTTTCTTAATTTGTCAATAGACAAGAAGCTTGAGAACAAGGA GGTTGCTGTCAATGAGTTCCTGCCTCCAAGCACTGCTGTCCAAGCCATACAATATTCAAT GTACTTTTTTGTGAATGCCTATAGTAATTTGAGCTTGTGGTTGAAAGATTTTAACATTTG CATTTTTACTTCCGTGCAGGGACCTTTATGCCGAATACATATTACAGACACTGAGAAAGT AATCTACACTTTTATGTTATGATTGTTGTGTTTATCTTTCATAAGTATTTTCTTTGTATT TGTGGGGGGGAGGGGTGAAATTCTATAGCGCATTACATGTCATTCAATTCAGTACTTGTA GTCAATTGTATTGAAACTTCAAGTACCGACTAGTCTATTAGCATGTTGAATCCTATGGGC TTGGTTGATCCACACCAAAGATATATATTCTATTGGTTCAACCTATAAAATTCTGTATTT TCAAAAATTACAAGTTTAAACATATATATATATATATATATATATATATATATATGCCAC CGGAGTCGGACAAACCCAGTTAATCCTAATTCTTTGCAAATACTTTTTTTTAAACTTCCC ACCTGATGTCCAATTAACCTAATTGGAGCTCAACTAAATCCGATTCACACTCCTAGTACG CAATATGGTTAATCCTAGTTGTTTCCAGACATATGCCAAGTAAACAGAATGTTATATAAA ACACTCCCAATACGTGCGCTCAAGGATAAATTAGGGCCCAGATAACACCTTGCGCCAAAT GCAGGAAATTATAAGATTTTCTTTTATGACATCTTCATGCACTTATGGTTTCCTCAATCC TACTAAATAACTTATGCATGAAAGCACGTATACAACACCAGGGCAAAGTGCAACATTGCC CATGTAAATCTTAATAGTACGCTATAGATAAAAAAAAAAATTTGGCTGTCCATCAACAAC AAAGTATTAATGAAGAACATCTTTTACAAAATACTTGAGAACCTTCTTTAAAACGGAAAA TGACAAAGGGTATCAAAGATTAATTAATGCATTCCAGCATTTACTGAGCAAGCAAGCCTT GAGATCTACCCAACTACAGTTTCAGCGTTGACTGAAGAGAGCTTTGCTAATTATACCAGT GGCCTCGATATACCGATCAACACACCTTGAGATGCAACTACCTTCACTTCCACTTAGACT GCTCCCTGGTTTGGTGATACACTTGTCAAAGCATTTGTCCCTCACCGTCTGAGATAATTG AAGGGTTAGTAACTTACTATTATATCTTCTGCAACATGCTGAACTTACATACATCACAAG TTGCAGAATCTTATTTATACAATGACAGTAACTCAATCTACTTCTCCAGAAGATGTTCAG TCCATAAAAAATTATGTATGATGCATTCACATAATCAAGGTACCATTGTTAAGTGATTCC AATTTGAAGAACCCATGATTGAAAAATGCAGATCTATCACTGGAGCAGAAAAGTATCCAC ATCAAGAACACAAGCAAACCTTTAAAATAAAGGTTGCAGGCAAAGTTCCAAGTAGTAACT TGAAACCAAACTATAATGTCAGTTATTCAAGTGTCATCTACAGTTTAACGCAGTCACCGA ATAAATAACAGTTAGCAAACCAAATGACTTGATTGTGAAATCGGAATATCAAAGAAATAT GAGATTAGAGAGTACAACACAGTAAGAGTATGGTAAATGAATTGACTGGCCACTTCAGAT TCTCATAAGGAAAAATACTAATAGGTAATCTCTCATGGTGTCAATAATTGCTTGAGAAGC TATTCTTCCCCTGCTGAAATAATGAAGGAACCTCGAAAGGCTACACATGGCTTAAGTTTC TCGTATTATAAGATTGAACGCCATAACTCTTATTTGTATTTTACTTTTTATGTGTTGTTG AGAAATATGCTAGGATGAGATATTTTAAAAGATGTCATGGATGACCAAAATTTGAAACTA CCAAATGCCAGTTACATCAATCAATAGTCATAATTATATATTAGCTCAAGTATTTAAAGA CAAGACGATGCTAACATAGTTCCTCAGTCCCAAAATATCTACACTACCCAACTTGTGCAG TTACTAAGAAGGACAATTGTATTGTTACCCTCAACACATTATATTTTCCTCATCAAAAAG GGAAGTGGATCTGGGGAAGTCAAACCACTGTAGATTTCCACTCTCCTAACAATTAAATCT ATTGTCAGGTGCAAACAGTTGGTTAAAAGATAGGATTTATTAATGGAACAATTGATTAAT TGAACAAGTGTGCAAATTAATTCTAAGATGGGTGAGCCATTGCATTTTGTATAATCCTAC TATTCCTCAATCCCAACAAGTTGGTCTAAAGAATCTACAATTTCTGCAAAATGAATACTG AATTAACCAAGCAAACTAAAAAGAAAAAAAGACAAGTGTCTACTAACTTAGTGATCAATT AAGTGGGGAGGGGGAGAACCATGAGATCTTAGGTTCAAATCCCAGAAGAAACAAATTAAG CTAGGTAATTTCTCATCATCTGACATAACCTTGGTAGACAAAGTCACCAGTTCATGTGTT GGTGAGAGGTACAAGGTACTCGTGAAAGAGTGAGAGATATAGAGAACTTTTTGGTCTAGA GAACCTCCTTGAAATGAAAGGAAATGAGCCAAATAAAAACAACAATTTCATTTAGCTGAC TCCAAATAAGTTTGACTAGGTATAAACTATAAAGTAGTAGCAATCCATATTTACAGTTAA TTATTAAAGGGAGAAAAGTTCAAACGGACCAAAGTTAAATATTTTGGAATACTAGGACAG ACAGATTGTAATGCAGATTTCAGTCAACCTAAGATTTAGGATAAAAATTACACAACATCC CTAAATGGTAACTGGAAATTGTTATTAGAAAAAAATATGGAAATATATATAATTATTCAT GAATAATTTGACATAAGCAGACAATTTCGTACGTGGAAAGCATACAATCAAACTCTAAAA AAAATTAATTAAAGGTGTTGGATGCTCCTAAGGCCAAATGCCAAGGAATAATTAAAACTT ATAGCAAGTACAAAGGCTTAAATACCAAAAATATATTGTTTTGCTAGCACCTTTTTTTCG GACATAACCTCTCATACATCATAGCGCAGATCAGTAATTACCCAGCAACTAATTACTCAA AAACAGGTGACAGACTGCGGCATCACAGTTTTGAAAAAAAAATTAACGATGACAGAGAAA AGGAGATGAAAATAGATATCAGATCAAACCTCGAGAAATTGCTCGGCGTATGCCTGTTCA AGCTGAGTTTTGACCTGGTCCATTATGTCATTAGTCGAGAATTGGGAGGATGCTCCACTA TGCGGCGGCGGCGACGAAAAAGAATCCATATCCCCTTTCACTCTATTCTCTCCTTCTGAT TCTAAAACCCTAGATTAGTAGCTAAAACCCCTCTCGCCGCCTTCCTCAAATTACACATTT ACCCTCGTAGTTTTTTTTTGGAGAATTACTAGTAAAGTTTGTTTTTTGTATGATTTAAAA TCACTTAAATAGTAATAATTTTAAATACAAATTTGAACAAAAGAGGTAATATAATATGGG AAAAACTATTAGTAAATAATCATAATTTCATATAATTATAAACCATGGTTATACTTAAAT GAAATTTGCTCTCATGTATTTATATAAACCTTATTCCTATATATATATATATATTTATAC TTTTGTATATGAATTAATAATTTTGTTACCATACTGTACATATTTATGTATCACCCACAA TACTATATACGAATCAATCGTTAAAGTTCCTTGTAATCATATATAATTAATTTCAATAAT GTAATTATTTGGTTGGGCGGAATGTTAGAATGATTAGAGTGAATATTGCGTTTAGCAATT AATCGGATTAATATCAATTCACTGATGCTCGAGTGAATACATCTATATGACATAATTAAA CTCATGATAAGCAAACAATTTTATGTTAGCAATGTGAAGGTCTTTCTTTATTTTGTTTGA TTGTTTGCGGCAGTAGCGTCACTTGTCTTAGTTGTGTACTTGCATATATACTTGTTTTTT CTTTGTAAAATTTGATTGTTCAGACTGGCTAATTAGTTTTAGGCATAAGGTTGCAACTCT CCTTATTTTTTAAATTGTTAAATCTATATACTAGAGCCTAGAGGTTGTGGTTGCTGATAT TCAGAAGCAGTTTCCTAAGAATCAATTTGTGGTAGTTTAAATTGTCAAAAATTAACCCCC TCTAATTGGTTACAAGGTCAGACGAAAACTCCATACATCAATTGTGTCAGATTTCACTGT GGGAGTTGCTGAAACCATAGTATGTAAATTTTAGTCCTCACTATTATACATAAAATGTGT GAGTGAGGGAATAGAGAGGTGAGTAAGATTTGAAAAGAGTTAATATATATATATTCATTT AATGACCTGCTTATTTAATTCGATTAGCTAAAAATATAATATTAAATATTTTATTTTATC ATTAAATTCCTAAATCATTCTTCCTTGTCTCCCACATTTTTTTTAGTGAATTAATGATCA AATAAATGTTCAACATTCAATGGGGAATGATTTAGGGAATTAATGGTAAAATAAAATGAT TAATGTTACATTTTTAGCGGGTTAGATTAAATGGGCGGGTCACTAAATGATTTAAATAGA TATATATATATATATATATATATATATATATATTTGATTCTTAAAATTTCATGTCACTAA ATTTTAATGAAAAAACAATTGAATAGGTTGAGTGATATTCTGTTCAAAGAAGTCATAGTT GAGTGACTTTTGAGTTGAAAATGAAAGTTGAGTGACTTTCTGTGCAAAAAAATCATAGTT GAGTGACTATTGAGTTGAAAATGAAAGTTGAGTGGTTTTCGATGAAAACAATTGATAATT GAGTTACCATCAAAGTTATTGACTCGATTTGGAAGTGAGAGGAAAGATATTAAAGAGTGA AATATTGTTTACAAAATATTTAAATTTTTAAAGTAATTGTAATAATTTTTATAAAATAAT AAATGTATAACACATATTTGATATACACCTAAAGATATGAATGGATAATTGGTATTGTAT TCTTGTGGTAGCTTTTTGCTTGAATTCTTGTTGTCTCAAACTGTTTAACACTTCTTTTTA TAATGTATAGAGAAAATGGTCAAGCCACATATATTATATATATAAAATGAATACTATGTA CATAAAATTAAAAGCTGGTTTAGTAAGTATTCAAAGTTCACCTTAATTTTTTTTAGATAG AATCTCATATACTATTTATTTTTATTTTACAAATCTTACGGAGTAACTTAGTTGATACTA ATATTATTATGATTTGAACATGTGAGAGAAGAATATTAATGGGAGATAAATATATGAAAT AATATAATATGAAAAATGAACATTAGATGGGCGGGCGGCTCAAGAATCAACACAAGCCTT GGTTTGGCCACATTCAAAGGCCCTTAAAACGCGACTTCATATATCTGTAGGAGTCTCTAC TCATTTGCGTATTAATCTTTCTAATTTGTGGCTTTAGTTTAGTTGCAACCCATTTTAATG TGGAGTAGTTGTTATTTGGCCACATTTAATTTATTTGTTTTTAAGCCAAATGATTAAAGA TTGTCTTTTTTTGTTTCCTTTTAAAAAAGAAAATGCAGTGACGATAGAAGCATACGCCAG CAGCCCGTGTGCTCATGACGATAGTGTTTTTCTATGCTAGCTCCATATATTGGGAGGAGT AATTAATATTATCATACCATTATATTAATGACATTGAATAGCTAGATCACCAATAAGTGT TTGACGTTGCCTCAGAATTGAACAGCTAAGCTCGTTAATTATACTTTTATGTGGGCACAT ATTTTATTGATTAATATTTCTTCAAGAATTAATAAATGAGCATATATATAGAGAGAGAGG TAGAAGATAAATAGTTGTAGTGTAAGGTGCATATATCTTTTGTGTGAAAGCAGACCAGGC ATGTGAAATCAGAACATGGGATGCTTTTTCTGATTGTTGGCTATCGCACAAGTAGGCCGG TAATATATATAATTAAATAAATGGAAAGGTACTAATCAATCATGTATGACTCTAAACTAA AGGGCCTGGTTAGCAATGACGAATTAGGACTGATAGATGGTATTGGTATATATTACAATA GCATGCATGGAAGTGGAACCGTTGCTTTATATATATATATATATATATATATATATATAT ATATATATATAGTATACTTCAACCTAGCTAGCTGGTTGCAGGGGTGGATTGGGCGGCAGG GGCGAGCTACCCTTAGTGAAGGGGGTTCCGAATCTTTTCGGCGGAAAATCATATTATTTA TATATGGTTAAAATAAGTTTATATGTATATATAGTAAAAGTCACTATCTATTTTTATAAA TTTTGAACCCCTTATTAAAAATTCTGAGTCCATGTATATTGGACGGATAGGTAAACTTCA TCAACATTGTAGAGCTGTCAAATTATAGGCACAGCTAGCTCATGAATATTATAATTTTAT ATTTAACAAGCTAATATAATTAACCACAAACATGCATGTTTGATAATTTATTGCATGCTA TCTGGTATTTGGTCCATGGCATAATACATGGTCCCATATCCATCCATGGTCATGAGGTAG AAATTGAGGATGCAACTTGAATTGGTCACCCTTAATTACCATCTCAAACTTGTTTTCCAA TGTGGAGCTTTTTACGTTCCTTCTTTCACATCAATCTCTTTATTCAAATTTGAGACTAAT TTGTTAATAATATATATCTCAACTACAACATATTCTTAAATTTCCTCATATCGTTCGCAA TTATTAAGTTTGATGCGTCTAGCCGACTTATTTTTTATATATTCACGGAATTAAAGGTTT TAAATCTTTTCATTTGTTCTCCCTCACTTCAGTGTATTAACAAAAGAAAAATAAAGTCAT TACTGATCTTACATTTTCATATTAATAAAATCACTCAATTAAATTTATTATTAAGAAAAT TAACACAACAAAATAAGTTGTTTTATGCTATGTAATATGAACTCCACTTATTAGAGTTAT CAATATGTGCTAGTCGACCCCATCCGGGTTAACTTATACAAACTTTGACATTTTACGCAC CAAGTCAGGCTAGTTCATTTTTTGTAGGTCAAAAACCGATCGCTCCAACCCACAAGTACG TGGGCTACAGGTTTGCTGGGTCAATCCACTTTTTTAAAAATATTTTTTTTTATGATTATT AAATTAAATTTAAATTATAGTATAAAAATATTAATGTTCCTACTACTTGTTAATTAAATT CACAAATAAAATTATCTTTATAATATATATTAAGTTTCTTTTTAAGTAAAATATAAATAT CTCAATAGAAATATTAACTTTTTGAGTTCGGACTCTCTTTAATTTTAAATTTTAATATTA TATTATATTTTAGATTAATTTTTAATGGCCCACGGACCGACTCAACCGATATTTCTCATG CCCCACAGATTAATAGACTTATTCAGACTGGGCTAAAAAACTCTTTTCTTAAATGAGCTC TAAAAATTTTAGCCTACTTCTATTAAATTCCGAATTAGGCCAGACCGATCCAACATACCT AACCTATATTGACGGCTCTACCAGTTATAAAAGAATTCAAGAAAAAACTTAATTAGTGAA TATATTCAAAATTTGAAAATGTACTATAATGGATATTTTCTACCCTAAAAAAGACTTGTA ACCTTGCAAATAAGTGGCTCAATAACTACAATGCTAAATTGTTGCAGTCCCTGGGTAAAA AAAAAAATGTTGAGCTACAATACTAACTCCATGTGAACCATATGAATTAGTTAGTTAGTA CACGTAGGACAATTAATTAGTTACAGAATTCTGTTGAGTAGTTAGAGTGTGTAAAAGATT CTGTGTGCCTCTATATATAAAGGTGATTATGTACAATTTCTTGCTGCTTCTTTTTTAATG AATAATCAATTCAGTTTTATGCTTTATTCTCTGTCAAATGGAAGCTCCATTAATGGAGTC TAGAGTTCTTTAGATCACAATTTGATATGGTATCAGAGCCAGCGACGCAAGCTGTGCCAG AGTTTTTTTTTCTTCAATTATTTGAGATTTCGTTGCTTGTCATGGCAGCTACAAAGATCG ATTACAATCATCCTTTATCCATAGGTCCTGATACATCGAGTTCAATGACTATTCCTATTA AACTCACTGGATCTGATAATTACGGTATATGGAGCAGGTCAATGAGGATTACTCTTCTAG GAAAGAGGAAATTTGGATTTGTAACAGGTGCTTGTTCGAAGGATTCATGCAAGGATGAGT GGCAGGAGCAGTGGGAGACTTGTAATGCAATTGTTCTTTCGTGGCTGATGAATACAGTGG GTGAAGAGCTCCTTAGAGGGATCGTGTATGCTATAAGTGCTCACAAGGTCTGGGTAGATT TGAAGGAACATTTCGATAAGGTTAATCGAGTCAAAATCTATCAATTGCACCGAGAAATCA TTACTCTTGCCCAAGGTACTGATTCTGTCTCGAATTATTTTAGCAAGTTGAAAAATCTCT GGAATGTGTATGATGCAGTAGTGTCTTCACCAAGCTGTGAGTGTGTTAGATCCAAGGATT ACATTGATCATCTATATCAGTTGAGGTTGATACAATTTTTGAGTGGCTTAAATGACTCTT ACAATCAAGCTCGAAGACAGATCTTATTGAAAAGTGTCACTACATCTATCAATCAAGCCT ATGCTATGGTGATTGAGGATGAAGTTCAATATTCTGCTTGTTTAATGACTGCAACTAAGA ACTTTGCTCCTATGGCTATGCAATCCAGTCAAAATCAGATCTATAACCAGGGTAATCAAT CATTTAGAGAAAGGAAGGTATAATGTGATTATTGTCACTTTATTGGTCATACAAGAGAAA ACTGCTACAAGTTAAATGGTTATCTTAGTGACTGGAAACACAAGAAAAGAAATGAGTTTG GAAATAATGGTAGTAGAGGAGGCAGGACACAAAACTATGGAAACAGTGAAGGTCACACTA CTTACAATGGTACACATTCATTTTCTTCTGTGAACAATATCTCTTGAAAGCTTGATGATC CAGGTTAAGTTGCATCATCTAGTCATGCTGTGAATAATGCATTTGTGACAAAAAATCATG GGTTCACTAATAGTGAATACCATCAAATTCTGGGATTACTGAATAAAGACACACATGTGA CTCCTAGCAGCAGTACAGGTAATACTAATGCTACATGTTTAATGTCTGGTGTATTCTCAA TTGACTGTATAGTAGATTCAGGTGTTTCTCACCATGTAGCATCTAATAGTCACTTGATGA CTCAAAGTCATATTAGTGAGACAAAGGGTGATAAAGTGAACTTACCTACAGAAACTTCAG TTACCATTTCTCACATTGGCAATGCTCGTGTATTTTAAAATGAATTAGTACAGAATGTTT TATTTGTACCAGATTTCAAATTTAACTTGCTATCAATGTCCAAGCTCACCAAGGAACTGT CATTTTTTGTCCCCCTTTACCCTGATTTCTGTGTATTCCAGGACCTTCACAGTGGCAGGG TGAAGGGGATTGGTAAGAAATATGGTGGTTTATACATTTACAGAAGGGACAGAAGGTTTC ATATGAAAATAAATCACAAAGATTAGCAACTACTTTACCAGTTCATGATTGCAATTTATG GCACAAATGACTTGGATATTCCTCTACCAAGTCATGAAATGTCTAAATTTCCTGAAGAAT GATAGAGATAATGAGATATTACATAATTGTTTAGTATGTCCCTAGCTAAACAATCAAGAT TGCATTTTCCTACTAGTTCTGCTAGAGCTAATATACCATCTGATATGGTTCATGTGGATT TATGGGGTCCTTATAAGGTTTCTACTTTTAATAAGAAACAATATTTCCTTACTGTTGTAG ATGATTGTAGTAGATTTACATGGGTTCATTTGCTGCAACTTAAGTCTAAAACTGTGGTGG CAATAAATTTTTTTTGGCAATGATCAAAGCTTAGTTTAGTGCTCATGTCAAAATGTTTAG ATCATATAATGGCTCAAAATTCTTTGATTCTCAATGATCTGATTTGTTCAAGAATTTAGG CATTATACATCAAAGTAGTTGTGTACACACTCCACAGGAGAATGGAATAGTTGAAAGGAA ACATAGGCATATCCTTAATGTTGCTAGAGCACTCATGTTTGAGTCCAACATGCCAATTCA TTATTGGGGGAAATGTGTAGTAGCACTTGTATTTTTATTGTATAGATTACCATATTCAGC CATCAATGGGAAGACTCCTTAGGAAATATTGCATTCAAAGTGTCCTTCACTTTCTCATTT GCTAGTAATTGGTTGTCTATGTTATGCCTACTCTATTCCAAAGAGTGACAAGTTTGTAGA AAGAGCAAAGCCTGCTGTTTTGATGGGGTATTCTGAGACTCAGAAGGGTTATTTTTGTTA ATGAATCTCAATACCAAGTCTTTTTTTGTAAGTAGATATGTAGTCTTTAAAGAACATATT TTTCCTTTCCTTCAGCCAAATGATGTAATCCCATCTTCAGTTCTATTAATGTTTGAGTCA GATTTTTGTGAAGAAATTGGTGATGACAGTGATCCTGATCTCTTGACTACTACTGAAGTT TTGCCAATTGATGTTGTTGTTGATATTGCTGATACAACTCCTGATGTTTCTCCTGTTACA ACACTTGTAAATTTTTCTATTCCTCAACCTGTCAAACATACTAATAGAACCACTAAGCAA CCAATTTGGATGAAAGATTACATAGCCCCAACCACAAAGCATGCTAGCAGGTATCTTATT GCCAATACTCTTTCCTATGATCATACTTCCCTTACTTATCAGAGTTACTTGGCAAAGTTT TCCACATAAGTGGAACCCAAGAATTTTAAGGAGGCATCTACAGATGTGACATGGGTTCAG GCTATGCAACTAGAGATTCAGGCTCTTGAGAATAATCATACTTGGGAGGTTGTTAATTTT CCACCTGGTAAGAATGCGGTTGGATCTAAGTGGGTATATAAGATCAAGAAAATGTTGATG TAGAAAGGTTCAAGGCTAGGTTGGTGGCCAAAGGTTATAGTCAACAAGAAGGTCTTGATT ATCATGAGACTTATTATCCAATTGCAAAGATGGTTACTGTGAGATAAGTTATTGCTTTAG CAGTTTCTAGAGGATGGTTTATGTACCAAATGGATGTCTACAATGCTTTTTTTCATGGTG ATTTGTGTGAAGAAGTCTTCATGAAAATGCCTGAAGGCTCTGAGCAGAAGGGACAACACA AAGTGTGTAGATTACTTAAGTCTTTATATGGTCTTAAACAGGCTTCAAGGCAGTGGAACA TTAAACTTTCCACTGCCCTACTGAGTGCTAGTTTCTCTCAAAGTGGACATAATCACTCTA TGTACACTTCCTTGCCGAGAAGTGCATTGTTGGAACTAGGTTGGAACTTAAGACCATAAG CTCTAGATTTTTTGGTTTCCGCTATAGCAGAACACAAGGGAAAGATCATTTTTTTTACCA GAAAAGATCGTTTTATCAGGTAATGGATACACTATAAGCATTCCTTTGATTTATCTTTCT AGTCTATGTAGATGACTTACTTAGCACCGGAGATAATGCAAACATGATTGAGGAAACAAA ATAGGCATAACACAGTCAATTCAAACTAAAGGACTTAGGGGAACTCATGTTTTTTCTGCG CATTGAAATTCTGAGATCCAAATTTAGGGTTATTCTGAATCAAAGAAAATACCTCCTGGA ACAAATATCTGATATGGGACTAAGTGGTCCCAAACCAGCAGCCACTCCTTTGGAGTCTAA TATGAGACTAACTACCTTGGAATATGATCAATCCATTGGTCTTAGTGAAGATAAACCACT AAGTGATGTAAGTACTTATCAAAGACTTGTAGGAAAGCTTATGCATGCTACTATCACCAG ACCTGATATTTGCTATGCTGTTCAGACTTTAAGTCTATTTATGCAGACTCCTAAAGAGTC TCATTATGAAGATGTAACTAGAGTGGTCAGGTATCTCAAAAGTACTATAGAGCAAGGTGT ATGCCTTCAAGCTAAGGCTGCAGATACACTTACTTGCCGATGTGATTCAGATTGGGCAGC CTGTCCTAATACAAGAAGGTCGGTTACTGGCTACATTATCAAATTTGGTGACTCTTTGAT TTCGTGGAAATCAAAGAAACAAGACACTGTGTCAAGGAGTTCTATTGAGGCGGAATACAT AAGTATGGCTTCAGTTGTAGCTGAAGTTACTTGGTTACTTGGTTTGTTCAAAAAGTTAAA GGTGCCTCTAAAGTTACCTGTTTCCATTTTCAGTAATAGCAAATCTGCTATACAAATTGC AGCTAATCCGATATTTCATGAACGTACTAAACATACAGAGATTGACTATCATTTCATCAG AGAAAAAATTAAAGCTGGCGTGATTCATACACGTAGGACAATTAATTAGTAATTCCACGT GAACCATGTGAATTAGTTAGTTAGTACACGTAGGATAATTAATTAGTTACAAAATTTTGT TGAGTAGTTAGAGTGTGTAGAAGATTCCATGTGCCTCTATGTATAGAGGTGATTATGTAC AATTTCTTACTGCTTCTTTTTGAATGAATAATCAATTCAGTTTTATGCTTTATTCTCTGT CAAATGGAAGCTCCATTAATGTAGTCTAGAGTTCTTTAGATCACAATTTGATAAAAAAAA TCGTCTTATAAAAACAATTGTTACAATCATTACGTCAGGGGTAATATCATAAATTTATTA TTATTAGAAGTCATTTAAATTGTAAGTATATAATAAAATTATAATATTATTTCACTGATT AAGTTTATTCATAAAAATTTTGTTGAATGATTTTTCTTTAGTTTTATTTATTTGCGGAAT TTATATTTACATGACATAAAAATAATTTATTCTATTATGTTAATGTTTTAAATGATAAAT ATAATTGAATAATTTTATTGATGTAAAGATTCAAATAAAATAAAGTTTAGTAACTTTATT GACAAATTTTTAAAATTAAATGACCCTTTAAGTAATTAACTCAATTATAAACTACAAGTT CAGTTTTCCTTTTTAAATTATAGACAAAATTCTATTGGAGAAATAATTGAGAGATAATTA ATGATCATATAAGAAATTAGCAAGTATATACAGTAGTACCTTCGAAGTCTGACTAAATAT TACGCCAACAACATGGGTAAATGTTACTAATATGTCACCTTAATCTACTGGTGCAAACTT GTTTTTTATTTGTTCTTTAATCAAGTTAATCCCTCGTGTGTGTGTATATATATATATATA TATATACACACACGATCACTCATCTTACTTACTGAAATTATCTAGTAAAATCATTTATGT TTTGTTGTCCCAATAAAGTCACTAAGTTCCACGTACCTATCTTACAAAAGTAATACTCGC CCCTTGAAATCATCCTTAGTATATACTTTTTCTGTTCATTTTTATTTGTCATACTATACT TTTCAAAAATTAATTTAATTAATTTTTAAAGTTAAATTAAGTTACATTAATTTGATATTT TAATAAAAAATTTAGATATTTAAAGACTATATGAAAATTACTATAAATTGCAATTTTTTG TATATCAATATGATGAAAAAATACATCTTAAAATATTAGTCAAAATTCTTATAATTTGAC TCTAAAAATAAAAATCATGGCAAATAATAATGAACGAACGGAATAGTAAAAAATTTCATC TTGAACCTTAATATATTTCATGATTAAAATATTCTTAATATATATAATATGTGTTCATTT GATCCTTCACCATAAACTTAACAGATTCATAATAGAAAAAATATATTAAACTCAACTCTG TTGGATCCACGGAAAATTAAGATTTCATAAAATCTAACACCATTTTTTACTTTTTCTAAC AATATTTATTTTTTTTCTCTTGCTTAAAATCTAAATGGGTATTAGGCTAGTGTAATAATA TTTTTTTAAAAAGAAATATTGAAAAAACAAGATAAAATGGTATTAGATTTTGTGGAGTTT TTCCTTTGGAACTACCACGAGAAAAATAACAATGGTAAATTTTACTAGCCACATAGGGTC TATTGTAAAATTTAACAATTTTTTTAATACATCTCTTAGGTTTAGAATAAAGAACCAAAA TGAACATCTTTTGTTATTTATTAAAGACTATTTCAGTCAAGTTATTAAAAATCAAAATGA ACACTTTTATTATACATTAAAATCATATCAAACAAGTAAAATATATGTAACAAAGATCGA AATAAAACATTACCTATATTTAAGCACCATTTTAATCATTTTGTCCATTAAAATACATGT AGTGTTTTAGTGTTTCATGTTAGAACTATTTTGATTCAAATCTTAAATTTGAGGGATTAT TTTGGACATTTTCTCTCACTTTAAAGGGGCTTTCTAGTAATAGTGATTTTGTTGGGACAA AAAAAATAGTAAACAACTTTACTATAATTCAAAAATTAACTCTCCTTTTAATTCAATCAA ATAACTCAATGCAACTGCTTTCTTAATAATGAACGTAAATAAAATAAAAATATATGAAAA TTTACATTTATGTTGGAGAGTGACAAATGAATAGATGATAAAAGTTTAGAATTTTGTATA TGGTGGGTGAAATTTTATTTTGCATCCCTGAAGACTTGGCCATAGCATGCTCAACTATCT GCTCTAACTAATTTGGCGTATGTATATTTGGACCACCTATAGCACGCGCAATTATATATT TATTTACCATTCTTTAGGATTTACACCTACTAATATTTGTTCTTAATAAAAAATACATAT GTATAGATGGAGTATTCAACAAAATTGCACTTTCAAGGAATCATAGTACCTATAATTTTA AACCAAGATTTTCTAATATTCACTTTTGCTACGTTAGTATATTATAGGTATGTGGGAAAA AAAGATACTCCATCTATTTTTTTTAAAAAAACGTCCTTTATATTCTTTTTAGTTTGTTTA AGAAAAATGACTCCTTCTGTTTTGAAAACGCTTTAATTTTAATTATTTACGTGGCATGTT TAAAATCATAAGATTAAAGGATATTTTACTATCTTTGTAACTTTAATTTAGAACCACAAG ATTAAAAAATCTTTATTTTTTTTAAATTCCATTCCATATCAAACTAGACTATTCTTTTTT AAACGAAAATTGAGAATTTCCACATGGTCCAGGAGGATGGCATCATTGGCCTCCGATCCA AGGCGTAGGTGGTCCTCTCCCTCTCTATGATAGACTGTCTGCTTCAAGCAACCAGCCAAT CCTGAGAAAGGGATGCGTCTTCCACCCATCTCTCTCTCTTTTTCCCTTACACATGCATTA GCATTCCTATTCATTACTTTACTATATATATATATATATATTCGAACGGAACATTATTAT TATTATTATTATTATTATTATTATTATTATTATTATTATTATTATCATTATTTCATGCCT ATGCTAATAAATAAGTAGTTAAGGAGACCTACCTGGTCCCTTTCTATCTAGCTAATTCAA TATACATTGAAGAGCTACCACTTCACTCTAATTTATTCATTATTTACCACCTACTACGTA TATATTTACTACTAATGACTTCCATTATAATTATAATGTTCAAATAGCATTGTGATATAT AGAGCTCAGAGAGTAAAGGAATCTCATGAAAGTAGTAGTAGTAGCAGCTAGTCCATTAGC AGCCTATCAAGGCCCAGCATCGACTTAATTAATTAGTACGGATGTGTAGTGACAGCAAGT CAATAATCCAAATCCTGTGGCTGTTTAATGAATATACTAGCCTATACGAAAATGCTAGTT GACGTCTACGTCCTTGTGTCTTATTAACAAACCCCATCTGCAAATATATATTTTTATTAC TTATTATTACTATTACTATATTACTAGATAACTATCACAAATAATTAAATACTACCACAC TGCAACTATCTCCCAAATTTAAATGCCTACGCCGCCCTCCCCAAAATCACAATATTAAAG TGAATGAATAAAAACAAGCAAGACGAGGCTAGTGGCTTTAATTAGGATTATAGTAGAAAC TCGTGCTTTAAGCAACAGCTGGCCTTGCCTTGAGCCTAAATGCAAAAACAAAAGATTTAT TTCTATTTTTACCCTTATGTTATGCTAGTCTAATATACTAATAGTAATTTTTTCTTATCG GACATAAGTTTATTTTTGGAAAATATATCAGAAATATATTCGAATTTTAATTGAAAATTA TTGTTTTAATATCGATTTTTTAAAATGATTTTTTCCCCATGTACTATTTAATAATGTATT TTTAATGTATATATGTACCCTCATGGTCATCAAATATATTACATAATATAAATATTAGTG TGTCCACGTGAACTCATATATACCTATGAAATACACTATTAAATAGGTAGGGGTAAAAGA TCTTCTATAAAATTTGATATGGTAACATTAATTTTGGCCAAAATTAAAATATTTTTAGAT CCATTTCCTTTAATTTTGCATCATAAAAAATAATAATCACAATTTATGTCCTCTAGTACA AAAATGCTTATTATGGAAAAGTGAGGTGTTTGATCAAGTTATGAAGAGAAAAAACAAATT CTTTAGCAAGTAACAGAAGATATTTTTTAGGAGCTAAAAATAGTTTTATCTTCAAAAATG CATAAGAAGCACTTATCTACTTTGGAATTTACAATTAGTATATTAGTTCACGACTGTGGA TATATGATACATACGAACCGCAAAAAATCACAGTGAAATTACATGCAAACACCGGCCAAT TTTTTACAATTTTATGCGTCAAAACCAACTACTCACAACCCCATAGCTTATCCAACCTCT ATTTTGGTACAGACTCGTGAAAACTTTATGGATTTGATGCCCATTCGTATTTGGACGTTC CTAGCTACATTCGAATATCCTTTAAGTTTTTTGCCTTATATTCAAATTTTGTGTGTTCTA AGCTACCATAACGATGATCTAACATCTTAGACTCACAAATAGCAAGTAAAGTAAGTATGT GCTTATCTCGATCAAATAGTTTGAGTCAAATTTGAGAGAATTGTGAGGGAGATGGACAGG AAACAAAGATACTATCAGGAAGCGAGGGATATGACAGGGGGAAATAGTGATCAAAGGATA GAAGGTTTTGAAGCCTTCTGGGTTAAAGTTGAATTTACAATCGTAAAATTAATTTCTATC AAAAATAAAATAAAAAGATATTGTGCTATTTGGGTTTGAATATAGAACTCCTTTCAAATG GACACCTATTACTAGGATAAATTAGTCACTCTCCAAACTTAATTGGACATTAAGACAAAA ATCACAAAAAATAAGTGACATAGCCACTATTTATAACATGATCATCCACATGCTCTAACT GACACATACAAAAGAGCTCTCTATGTTTTAATATCTCCTGTTTGGTCCCCGCCTTCTTTT TCCACTATTTGGAATAATATATATGTATTTGTATTTGTTAAATATTATTATAAGAAGAAA AAAAAAGGTCAAACAAATGGGAGAGAAAGTAAAGCTCATTTTGTTGTTGGCTATCAAAAA GAGTGACGATTCCAGCGAGTTTTCCGGTCAAAATATCTATTTTCAAGTAACATCATCATC ACCTCCTACTCCATAGTCATGTTTTATCCGTTTTCTTTAACAAAATAAGCTTCAAAATGA TTTTCCCGCCATTTTAGATATTAGAGAAATCTTCCATAATAAACACCTTATACTTCATTA TAGATAAATTTTAGTAGTTGAAAAGCATTAAAATCTGTTTAGCTATTGCAGGGGCTGCAT TTTGAACCACGATCCCATTCAGTCTTGTTTCTGTACGGATGTCAGACTTCATCGATAGTT AACGACTGATATATATTGTAATCTATTTCATATCTTTGTAGTCGATTATAGCAATAACTG AATTTGTTCTTGCTGGTGGTGATTATATGTGAGTATGGGAGGAGACTCCCAAAAGCTGGA ATTGAAAATCTTTTAATAAGATGACAATGCACATTGCATTACGTCGCAATGACTCATATG ATGATATGATTGCAAGCGTAATTGAGGCCTGTGAGTTAACGTGCGAGCCAAATGACTTGG TGATTAGCTATCAAATGAATAGGGAGGAAAAAAATACATCCCACATTCATAAAAAATGAT AGACACGTGAGCTTGTACATGTAAGATATTGGTATTGATGGCTCTAGGTCTACAATGAGA ATAAACGTCAATGTGAAACCTCCAATTGAACCAACAAATTCATCTAATGACAATAATGAT TTGATTGAAAATGAAAGATTGGGTGATCATCCCAAGGAGAGCTTGGGTGATAATTTAAAA GAAAACTTGGGTGATCATTCAATAAATATACATGATGATCCAACTAATGTGGAGGATCCC AAATCCGAATATTATGAAGAAATGTAGGGAAAAAAGGAATTGGGATCACAATACAATCAT TCCTTCTTAGATGAAACTAATTTATGTATAAATCAAACTTTTAGTAACAAAACCGAGTTG CAATTGTTATTAGCCGAAGCGACGGTAAAAAAGTCTTTTGATTTTGCTACCGTGTAGAGT TGTACTAAATACTTAGTGAAATATGTTATCACAATTGTGCATGGATGTTGCGGGCGAGAA AATATGAGTATTCAGATAGATTTCGTATCTATAAGTGCATTAGCAAACATAGTTGTGGGG TAGAACATGCCAACAATAGCCATAGAAAAATTTCAATCAAAGTGATTGCTTCACTTTGTG TAAATATGTGTCGTGATGACAAGGGTCTAAATGTTAAAGCGATTTAAAGATTTTTCTTAC ATGTTCGAGACACTTAATATTTGTTCTAGCTATTGTCTTATTATAAACGAGGATAGTTAT AGGTTCATGCATTATTTCTTGGCCTTTGGTGCTTGCATTAAGGGATTTGTCCATATGAGA AAGGTAATTGCGGTTGATGACACTCATTTACGTGGTAAATACAAGGGCGTATTGTTGAGC GTTGTAGTACAAGATACGGAGAATCATGTTTATACGACTGCCTTTCGTGTTGTGGACAAA GAAAATGGTGCATCTTGGACATTTTTCTTTAAGAAATTGAAGGAGGTTGTCGTTGATGAA TCAGATTTGTGTTTTTATCTCCGATAGACACAAAAGCATCGCTAACGGTATTGTGAAGGT TTACAATCATGCTCATCACGGATATTGTGTGAGGCACCTCAAAGAAAATCTCCGCATAAA TCATCATTGTGGAGATTACCTTTATCTTTATTACAATGCGGTAAAGGCTTATTCTTTGAG GAGTTTGACAATCATTTTTGTAGAATTCAAGAACAAATGCCCCGTGGTAGCCATCGTTCT TGAGAATTATATTGGTTTTGAGAAGCGGAGTAAGGCACATTTTTCTGACAATAGATATTG ATGTGATGACCATGAATATCGTTGAGTCACTTAATGCTATATTAATAGATGAAAGAGAGT AGCATCTATATTTAATTCAATTGCTACGAGGTTTGGAGAATTGTTTAGGGAAATACATGC ATATATCCTCAAATACATGGGTAATCAAATAGTGCCGATTGCGGTAAAAATCGCAAGAAA AAAAATGATTGAGGGAGACTCCTTGTATGTGGAGAATGTAAACGGGGACAACAATCAATT TACCACGTTCAATGCGTGTGTTACTGCATATGTGGACCTACTGGAAAAGTCATGCTCATG TATGGAATATGACTTGATCAAGATACCTTGTGCTCACGCGATGACTGCTTTGAGACAGAA ACATGAAAATGAGCATGGTATGAGCATCTATGAGTACTTTTCGCCTTTGTATAAATTTGA AGCATACTCTCTTGTATACATGAATTCTATTAATGTTGTCCCTCTCAAGTCGTAATGGTG TGTTCCAGAAGAACTACTTAATATAAAAATTCATCCGCCTCTTGTCGATATCAAACTTGG AAGGAAAACAAGGAAACGTGTCAAAAGCATCGATGAGAATTTCAAGAGCAAGAGAAGAAA CAAATGTTCGATTTGTAAGAGAACCGGACACAAGAGAACTACATGTGTGAACAAAAACAC ATCTTAAATAAGCTTGATAGAATTTATTTTTATAATGAAGCTACTGCATGTTTTTTGCAA CTGTAATCGAGCGTCCGTTTTTTTACTACTATAATCAAGCAATTGCCAGCATTTTGATCA ATTTATTGTCATCTATTATCGTAATTACTTATGATCTATAGATCATTCAAAAGATAACAT ACATTTTGTGCACTGTCTATATACATGAAAATTATTTATATATGAAAATTATTAACATAT GAAAATTATTAGATCAATTGTGGTTATACAAACAACATTCTTAAAACATTTTCATATACA CATTTCACAACAGTAACAATAGTTCAGATTTCACTTTTTCAACAATAACATCTGCTTATT TTTTAGTATATAAGGAGCAATTCCTCATAAACGACTTAAAAATCTCCACTTTGCTCAAAC ATCCAAAGCAAAAAGTCTTAAAATTGTCATTGTGGTAAACCAGCTACGTTGAGGATGTCA CACACCTATACAAATCTAGATCGATAATTTTTTAACTGTGCAGTTGACATATGCCCATTT TTTAGGTGGCATAAAAATGAATCATCAACGAGTAGCTCATCAAATCTTCAACACATTATT AAATTTGAATTATTACAAAGCTACGAAAATTTGTAAGGATATGCTAATGAATTTCTTAAA AAAGGCCGAAGAGTAGAGGAATCACTTGAAAGTGTTGCTAAAAGATGTTGAAATAGATCG AGATCAACTAAAAAATTGATTTTGGCAAAAGAAAAAGAAAAACGCCTTATACTGCGTGAT TTATTTTTTGTGTTTGCTTTTTAAAAATTTGTAACAAATGAGTTACAGAAATGTAATACT GAATAAATAAATTATTTCTTTCTATTTGTTGCAGTATTATATCTTTTATTTTAATTTATA ATGTTGTGATAACAATTTATAGTATTAGACATACAAGTTTATTGAGACATAGATTTATAA GAAATATAAAAACCCTTCATTATATAATATGTAATGCCAGATGTACATTTTTGTCTTCAA AAACAACAATAAAAAAACAAAGACCACTTTAACCTTGTCAAAAAACATGTCTTCAAACCA GGAAAAAACCTAACTATCACAAAACTCACCCCAACTATCATAAAAATCAATTGTCTTAAA AAAAAAAACTCACCCCACCTATCATAAAAATCAATTGTCTTAATAAAAGAACAACTTCAC AAATTGTCTTAAAATACCAGGGAATAACCATCCCAAAAAATCACAACTGCACATAATCAC CACCAACGTGAGCAATAAGCTCCATCACAATACCCATCACAGATATTTTCACTTCAATGG CCAACCCTTCTTCATCAAGTTTTTTCTCTTCTTCATTCTCTGTTATCTTCTCTTGTTGTT GTTCATTCTCTTCTTTTCCATTTGCTTTATTTTCTTCTAGTTTCTCCTCTTTTTTTCTTC ATTGTTCTCTTCCATCGTCTCTTCTTGTTGTTTCTCTTTTTATTTCGTTTTCTTTTGTTG TTTTTCTTCTTCTGTAGTCTCTCTTTATCAACTTGTTCTTTAAAGTATGCATCAACTGCA TCACGATGAAAGTTATAATCCACATCTAATGGAAGAATGTTGTCATCCACTAATGGTGAT GAAAAATTGTCATCATCTACTACAAGATCATTGGCTAAGCATTAATACAAATACATTATA CTATACCACTAAAAAATATATGAATTTATCGACCTTTATTTTTTTTCTTTTTATTTCTTC TCAACTTCTCCTCTCGTACAAAAACAATGAATCCACCATTGATTGCTCGAGGGATGCAAC ATGCTCACCCAGGTTTTCATCTTTAGAAGTACTTGGTATAGAATTGTTCTAGGTTGATTA GGAAAGTGTTCGTTTGAATACTCATCCTTCACATGACCTACTGCAGAAGTGAGGACAGTG ACACCTTTCAAACTGGCCTTTAAGGCATCAATAATTGTGTCCTTCACTTCATCCGTATAT GACTTTAATGTTTTCATATAATTTTATTTCTTCACACTTAGTAGGTATTAGGTACGGATG TACAACCTACAAAAAAAATATAATTAGTACAAGACCTTTACTAATTTACCATTATATAAC AAAATAAGTTTGTACCTTTGTATACTTAAATGGTTCACCTTCGATAATGTTGTCGCTCTT TGTCGTGTGTCATTTAAGTAAACGGGAAATTTGCAATGGAGAATCCAATGGCTTCTTTGC GTATATACCAAGATTAGGAAAAACCTCATATCTAAACTTGAAATTAATAAAATAACAAAT AAATGTAATCAATTTCATAAATGATAAAAATTACCAGAAATGCCTAGTGAAAGTCATACA AAGCATAAGATGCTCTTTCCTTGTACACATCACATTGTTTCTTCAAAATAACTTTGGTCT TCAAATACTTAAGTGTCAAATCAAAGCATTCTTTTCCCTACAAATAGCTCTTGAAAAACT CTAAATCATTGGTCATCTTAATATGGTTTGATTTTACAATCTTAGATTGATCGTGGGCAA GTAATATTGAGTAGACGAACCAAACTAAAGAGCACTTGAACTTCTACTCCTTATTCAATT TGAAACCCTTAATCAAACTCAACAACTTCGAACCACTAATATTCTTATTCTTGATTACTT CATAGTAAAATTTCTCACCTATGTCAAACAATTTTTATATTTTTATATCGCGGAGTACGC TCCACAATTCAGACCATAATCAATGCAAACACTTTTAAGCCCAAAACATGAAGCCTTATC ATTCACACAAAATTATATTTCATGCAACTTTTATCACGATTGACACGAACAACAACATGT AATGAACCATTTGTCCATTAAACTTGTAAAATTCTGAAATATGCCTTACATGACCAAAAC AACTACCTTTAAAGTCATTATAATTTTTTTCATTAAGTAAAACATTTCTAAAATCATTAT ACAAAGTCATTCTTGCTCTCACAGAAATCTTGAATGGAAAAGATCCTAACTCATCCATAC ACGTAGTGAGATTATAGGACTTATCCGAGATTTCTCTTGCACAAGTTGGCCAGGATAGAG GATCATTATCCTCATCTCCAGTATCTCGGCTATCTTCACTAGTGGACTCGTCTCCACTGC TCTCTTCACTAGACTCAACCTCATCAAAACTCTCCTCATAGTTGTCTATTTCATCCATCG TATCAGAATACGAATCATATTTGGGTTCTTCAACAACAACTTTTTTCTTTTTTGAACACC TTGTTGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 275 332 match_part 1.000 411 533 match_part 1.000 708 800 match_part 1.000 947 1076 match_part 0.976 1765 1846 match_part 0.872 1945 2069 match_2 match_part 1.000 276 332 match_part 1.000 411 533 match_part 1.000 708 800 match_part 1.000 947 1076 match_part 1.000 1765 1814 match_3 match_part 0.990 977 1076 match_part 1.000 1765 1846 match_part 1.000 1945 2077 match_part 1.000 3112 3317 match_part 1.000 3418 3428 match_4 match_part 1.000 1018 1076 match_part 1.000 1765 1846 match_part 1.000 1945 2077 match_part 1.000 3112 3317 match_part 1.000 3418 3475 match_5 match_part 1.000 1018 1076 match_part 1.000 1765 1846 match_part 1.000 1945 2077 match_part 1.000 3112 3314 match_6 match_part 1.000 2008 2077 match_part 0.990 3112 3317 match_part 1.000 3418 3426 match_7 match_part 1.000 3151 3317 match_part 1.000 3418 3543 match_part 0.983 4381 4440 match_8 match_part 0.991 3430 3543 match_part 0.981 4381 4690 match_part 0.957 4805 5131 match_9 match_part 0.984 4370 4690 match_part 1.000 4805 5196 match_10 match_part 1.000 4412 4690 match_part 0.988 4805 5225 match_11 match_part 0.979 4453 4690 match_part 1.000 4805 5196 match_12 match_part 0.970 4458 4690 match_part 0.954 4805 5152 match_13 match_part 0.987 4468 4690 match_part 0.929 4805 5228 match_14 match_part 0.987 4468 4690 match_part 0.934 4805 5228 match_15 match_part 0.987 4468 4690 match_part 0.941 4805 5227 match_16 match_part 0.989 5150 5764 match_17 match_part 0.864 20218 20298 match_part 0.971 20370 20506 match_part 0.980 20595 20644 match_part 0.994 20726 20901 match_18 match_part 1.000 20231 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 0.994 20726 21057 match_part 1.000 21321 21363 match_19 match_part 0.970 20233 20298 match_part 1.000 20370 20506 match_part 0.960 20595 20644 match_part 0.993 20726 20992 match_20 match_part 0.839 20243 20298 match_part 0.956 20370 20506 match_part 0.960 20595 20644 match_part 0.940 20726 21057 match_part 0.988 21321 21403 match_part 0.934 21557 21632 match_part 0.878 21719 21767 match_21 match_part 0.836 20244 20298 match_part 0.956 20370 20506 match_part 0.960 20595 20644 match_part 0.924 20726 21026 match_22 match_part 0.894 20252 20298 match_part 0.956 20370 20506 match_part 0.960 20595 20644 match_part 0.927 20726 20984 match_23 match_part 0.891 20253 20298 match_part 0.898 20370 20506 match_part 0.860 20595 20644 match_part 0.946 20726 20855 match_24 match_part 1.000 20254 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_25 match_part 1.000 20261 20298 match_part 1.000 20370 20506 match_part 0.980 20595 20644 match_part 0.857 20726 20739 match_26 match_part 1.000 20262 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_part 1.000 21321 21403 match_part 0.944 21557 21574 match_27 match_part 1.000 20262 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_part 0.988 21321 21403 match_part 1.000 21557 21561 match_28 match_part 1.000 20262 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 20795 match_29 match_part 1.000 20607 20644 match_part 1.000 20726 21057 match_part 1.000 21321 21403 match_part 0.987 21557 21632 match_part 1.000 21719 21773 match_30 match_part 0.943 20610 20644 match_part 0.979 20726 21057 match_part 0.984 21321 21383 match_31 match_part 0.996 21257 21498 match_32 match_part 1.000 21325 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 0.991 22292 22524 match_33 match_part 1.000 21325 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 0.994 21861 22212 match_part 0.991 22292 22519 match_34 match_part 1.000 21337 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 0.991 22292 22524 match_35 match_part 0.981 21352 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 1.000 22292 22455 match_36 match_part 0.933 22198 22212 match_part 0.983 22292 22525 match_37 match_part 0.909 25587 26257 match_38 match_part 0.960 29185 29938 match_39 match_part 0.978 29185 29812 match_40 match_part 0.994 29723 30038 match_part 1.000 30244 30575 match_part 1.000 35920 36049 match_41 match_part 0.929 29771 30038 match_part 0.961 30271 30575 match_part 0.917 39834 39917 match_42 match_part 0.962 36349 36960 match_43 match_part 0.994 36403 36909 match_44 match_part 1.000 36537 37062 match_part 1.000 37144 37221 match_45 match_part 0.978 37448 37722 match_part 1.000 37833 37903 match_part 0.959 37993 38115 match_part 0.983 39091 39377 match_46 match_part 0.964 37448 37722 match_part 1.000 37833 37903 match_part 0.951 37993 38115 match_part 0.985 39091 39227 match_47 match_part 1.000 40816 40917 match_part 1.000 41023 41188 match_part 1.000 43809 44057 match_part 1.000 44842 44956 match_48 match_part 0.983 40948 41188 match_part 0.976 43809 44057 match_part 0.980 44842 44942 match_49 match_part 0.976 46219 46468 match_part 0.993 46557 46697 match_part 0.982 46980 47150 match_part 0.967 47468 47497 match_50 match_part 1.000 46219 46468 match_part 1.000 46557 46697 match_part 1.000 46980 47147 match_51 match_part 0.980 47049 47150 match_part 0.965 47468 47725 match_part 0.980 47885 48033 match_part 0.967 48473 48775 match_52 match_part 1.000 48648 49036 match_part 1.000 49115 49391 match_part 1.000 49600 49658 match_53 match_part 0.997 48648 49036 match_part 1.000 49115 49294 match_54 match_part 0.997 48648 49036 match_part 0.986 49115 49185 match_55 match_part 0.983 48648 48933 match_56 match_part 0.987 48710 49024 match_57 match_part 0.997 48729 49036 match_part 1.000 49115 49391 match_part 0.992 49600 49861 match_58 match_part 1.000 48755 49036 match_part 1.000 49115 49276 match_59 match_part 1.000 48853 49036 match_part 1.000 49115 49391 match_part 0.991 49600 49818 match_60 match_part 1.000 49376 49391 match_part 1.000 49600 50099 match_61 match_part 1.000 49376 49391 match_part 1.000 49600 50099 match_62 match_part 0.996 50418 51184 match_63 match_part 0.993 64172 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.982 66325 66704 match_64 match_part 0.951 64172 64456 match_part 0.977 64532 64704 match_part 0.906 64779 64842 match_part 0.958 66325 66702 match_65 match_part 1.000 64175 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.987 66325 66548 match_66 match_part 0.993 64181 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.980 66325 66682 match_67 match_part 0.993 64190 64456 match_part 0.994 64532 64704 match_part 1.000 64779 64788 match_68 match_part 1.000 64196 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66478 match_69 match_part 0.952 64205 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66670 match_70 match_part 1.000 64224 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66381 match_71 match_part 1.000 64225 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66444 match_72 match_part 1.000 64228 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.974 66325 66402 match_73 match_part 1.000 64228 64456 match_part 1.000 64532 64694 match_74 match_part 0.925 64230 64456 match_part 0.983 64532 64704 match_part 1.000 64779 64842 match_part 0.968 66325 66512 match_75 match_part 1.000 64240 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66493 match_76 match_part 0.938 64248 64456 match_part 0.971 64532 64704 match_part 0.938 64779 64842 match_part 0.950 66325 66384 match_77 match_part 1.000 64257 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.983 66325 66624 match_78 match_part 1.000 64259 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64797 match_79 match_part 0.957 64273 64456 match_part 0.983 64532 64704 match_part 1.000 64779 64799 match_80 match_part 0.952 64292 64456 match_part 0.983 64532 64704 match_part 0.925 64779 64831 match_81 match_part 1.000 64396 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.987 66325 66700 match_82 match_part 1.000 64782 64842 match_part 1.000 66325 66601 match_83 match_part 1.000 64819 64842 match_part 1.000 66325 66616 match_84 match_part 1.000 64820 64842 match_part 1.000 66325 66616 match_85 match_part 1.000 64820 64842 match_part 1.000 66325 66616 match_86 match_part 0.992 65682 66447 match_87 match_part 1.000 67033 67292 match_part 1.000 67373 67483 match_88 match_part 1.000 67118 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 1.000 67959 68109 match_89 match_part 1.000 67122 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.981 67959 68227 match_90 match_part 0.941 67124 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.975 67959 68196 match_91 match_part 1.000 67128 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67793 match_92 match_part 1.000 67130 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.996 67959 68189 match_93 match_part 1.000 67438 67483 match_part 0.947 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.943 67959 68202 match_94 match_part 0.909 67694 67748 match_part 0.952 67826 67888 match_part 0.905 67959 68042 match_95 match_part 0.958 67725 67748 match_part 1.000 67826 67888 match_part 0.989 67959 68235 match_96 match_part 1.000 67729 67748 match_part 1.000 67826 67888 match_part 0.993 67959 68235 match_97 match_part 0.973 69181 69253 match_part 1.000 69340 69368 match_part 1.000 69449 69514 match_part 1.000 69601 69708 match_part 1.000 69795 70047 match_98 match_part 1.000 69505 69514 match_part 1.000 69601 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 0.963 70280 70524 match_99 match_part 1.000 69649 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 0.990 70280 70489 match_100 match_part 1.000 69649 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 1.000 70280 70489 match_101 match_part 1.000 69649 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 0.990 70280 70484 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_102 match_part 0.990 10259 9862 match_part 1.000 9457 9274 match_part 0.977 9191 9063 match_103 match_part 1.000 10257 9862 match_part 1.000 9457 9274 match_part 1.000 9191 9166 match_104 match_part 0.960 51184 50780 match_105 match_part 0.949 51641 50970 match_106 match_part 0.998 51508 51093 match_107 match_part 0.996 51753 51207 match_108 match_part 0.938 51613 51244 match_109 match_part 0.992 52499 52135 match_110 match_part 1.000 52942 52911 match_part 1.000 52826 52698 match_part 0.993 52611 52206 match_111 match_part 1.000 52942 52911 match_part 1.000 52826 52698 match_part 0.998 52611 52206 match_112 match_part 0.967 53479 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.997 52611 52216 match_113 match_part 1.000 52941 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52222 match_114 match_part 1.000 53493 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.976 52611 52274 match_115 match_part 0.991 55494 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54038 match_part 1.000 53965 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52276 match_116 match_part 0.900 52920 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52276 match_117 match_part 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match_part 0.984 54470 54407 match_part 0.980 54338 54238 match_part 0.982 54147 54038 match_part 0.953 53965 53837 match_158 match_part 0.981 54142 54038 match_part 0.968 53965 53872 match_159 match_part 0.994 55364 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54038 match_part 0.821 53965 53927 match_160 match_part 1.000 55102 55031 match_part 0.963 54959 54879 match_part 0.949 54813 54715 match_part 0.900 54648 54559 match_part 0.969 54470 54407 match_part 0.960 54338 54238 match_part 0.855 54147 54038 match_part 0.583 53965 53954 match_161 match_part 0.994 55371 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54078 match_162 match_part 1.000 55122 55031 match_part 0.938 54959 54879 match_part 0.990 54813 54715 match_part 0.978 54648 54559 match_part 0.984 54470 54407 match_part 0.970 54338 54238 match_part 0.866 54147 54081 match_163 match_part 0.994 55364 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 0.990 54338 54238 match_part 0.903 54147 54117 match_164 match_part 0.997 55375 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54122 match_165 match_part 0.994 55370 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54134 match_166 match_part 1.000 55365 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 0.978 54648 54559 match_part 1.000 54470 54407 match_part 0.962 54338 54286 match_167 match_part 0.961 55132 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 0.989 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54319 match_168 match_part 1.000 55477 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54573 match_169 match_part 1.000 55041 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54576 match_170 match_part 1.000 55350 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54582 match_171 match_part 0.964 55113 55031 match_part 0.926 54959 54879 match_part 0.913 54813 54722 match_172 match_part 0.961 54954 54879 match_part 0.974 54813 54738 match_173 match_part 1.000 56137 55699 match_174 match_part 0.975 61668 61114 match_part 0.962 59479 59320 match_part 0.989 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 0.977 57264 56519 match_175 match_part 0.987 57164 56529 match_176 match_part 0.960 57532 57458 match_part 1.000 57264 56532 match_177 match_part 0.986 57255 56546 match_178 match_part 0.983 58934 58875 match_part 1.000 57539 57458 match_part 0.999 57264 56575 match_179 match_part 1.000 57137 56575 match_180 match_part 0.976 56946 56575 match_181 match_part 1.000 56935 56575 match_182 match_part 1.000 57539 57458 match_part 0.997 57264 56580 match_183 match_part 0.991 57122 56580 match_184 match_part 0.992 56942 56580 match_185 match_part 0.989 57150 56598 match_186 match_part 1.000 58895 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56682 match_187 match_part 0.967 57487 57458 match_part 0.998 57264 56710 match_188 match_part 0.998 57245 56710 match_189 match_part 0.982 59097 59042 match_part 0.988 58958 58875 match_part 0.976 57539 57458 match_part 0.955 57264 56775 match_190 match_part 1.000 59334 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56777 match_191 match_part 0.986 59110 59042 match_part 0.988 58958 58875 match_part 0.988 57539 57458 match_part 0.975 57264 56861 match_192 match_part 0.996 61427 61173 match_part 0.988 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56868 match_193 match_part 1.000 59382 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56870 match_194 match_part 0.997 57254 56911 match_195 match_part 1.000 58917 58875 match_part 1.000 57539 57458 match_part 0.997 57264 56948 match_196 match_part 1.000 58895 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56998 match_197 match_part 1.000 59365 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 0.992 57264 57028 match_198 match_part 1.000 59326 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 0.995 57264 57062 match_199 match_part 1.000 59443 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 57236 match_200 match_part 0.974 61494 61114 match_part 1.000 59479 59320 match_part 0.994 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57467 match_201 match_part 0.994 61474 61114 match_part 0.994 59479 59320 match_part 1.000 59218 59042 match_part 0.973 58958 58886 match_202 match_part 0.988 61531 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58942 match_203 match_part 0.912 61512 61114 match_part 0.944 59479 59320 match_part 0.968 59218 59065 match_204 match_part 1.000 61369 61114 match_part 0.994 59479 59320 match_part 1.000 59218 59081 match_205 match_part 0.988 61373 61114 match_part 0.975 59479 59320 match_part 0.985 59218 59087 match_206 match_part 1.000 61389 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59092 match_207 match_part 1.000 61389 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59094 match_208 match_part 0.997 61433 61114 match_part 0.994 59479 59320 match_part 1.000 59218 59098 match_209 match_part 1.000 61375 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59111 match_210 match_part 0.997 61451 61114 match_part 0.981 59479 59320 match_part 0.976 59218 59136 match_211 match_part 0.930 61440 61114 match_part 0.944 59479 59320 match_part 0.950 59218 59179 match_212 match_part 1.000 61522 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59200 match_213 match_part 0.992 61487 61114 match_part 1.000 59479 59320 match_part 0.947 59218 59200 match_214 match_part 1.000 61458 61114 match_part 1.000 59479 59330 match_215 match_part 0.996 61376 61114 match_part 1.000 59479 59330 match_216 match_part 0.995 61488 61114 match_part 0.979 59479 59339 match_217 match_part 0.902 61531 61114 match_part 0.919 59479 59345 match_218 match_part 1.000 61398 61114 match_part 1.000 59479 59345 match_219 match_part 0.968 61545 61114 match_part 0.958 59479 59361 match_220 match_part 1.000 61530 61114 match_part 1.000 59479 59408 match_221 match_part 0.993 61728 61114 match_part 0.947 59479 59423 match_222 match_part 0.902 61531 61114 match_part 0.911 59479 59424 match_223 match_part 1.000 61530 61114 match_part 1.000 59479 59439 match_224 match_part 0.968 61667 61114 match_part 0.897 59479 59451 match_225 match_part 0.988 61373 61114 match_part 1.000 59479 59465 match_226 match_part 0.995 61285 60722 match_227 match_part 0.996 61387 61131 match_228 match_part 0.991 61468 61132 match_229 match_part 0.921 61775 61395 match_230 match_part 1.000 73465 73350 match_part 1.000 71328 70827 match_231 match_part 1.000 73480 73350 match_part 0.997 71328 70936 match_232 match_part 0.989 73443 73350 match_part 0.990 71328 71027 match_233 match_part 0.995 71211 71027 match_234 match_part 0.992 73468 73350 match_part 0.987 71328 71029 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 275 332 exon 411 533 exon 708 800 exon 947 1076 exon 1765 1846 exon 1945 2077 exon 3112 3317 exon 3418 3543 exon 4381 4690 exon 4805 5764 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 4370 4690 exon 4805 5764 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 10259 9862 exon 9457 9274 exon 9191 9063 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 20218 20298 exon 20370 20506 exon 20595 20644 exon 20726 21057 exon 21321 21403 exon 21557 21632 exon 21719 21780 exon 21861 21956 exon 22051 22212 exon 22292 22525 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 20218 20298 exon 20370 20506 exon 20595 20644 exon 20726 21057 exon 21321 21403 exon 21557 21632 exon 21719 21780 exon 21861 22212 exon 22292 22525 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 21257 21498 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 25587 26257 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 29185 30038 exon 30244 30575 exon 35920 36049 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 36349 37062 exon 37144 37221 gene_10 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 29185 30038 exon 30271 30575 exon 39834 39917 gene_11 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 37448 37722 exon 37833 37903 exon 37993 38115 exon 39091 39377 gene_12 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 40816 40917 exon 41023 41188 exon 43809 44057 exon 44842 44956 gene_13 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 40948 41188 exon 43809 44057 exon 44842 44942 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 46219 46468 exon 46557 46697 exon 46980 47150 exon 47468 47725 exon 47885 48033 exon 48473 49036 exon 49115 49391 exon 49600 50099 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 50418 51184 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 51753 50780 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 55494 55031 exon 54959 54879 exon 54813 54715 exon 54648 54559 exon 54470 54407 exon 54338 54238 exon 54147 54038 exon 53965 53722 exon 53626 53450 exon 53360 53169 exon 52997 52911 exon 52826 52698 exon 52611 52135 gene_18 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 53364 53169 exon 52997 52911 exon 52826 52698 exon 52611 52135 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 56137 55699 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 61114 exon 59479 59320 exon 59218 59042 exon 58958 58875 exon 57539 57458 exon 57264 56519 gene_21 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 61173 exon 58958 58875 exon 57539 57458 exon 57264 56529 gene_22 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 60722 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 64172 64456 exon 64532 64704 exon 64779 64842 exon 66325 66704 gene_24 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 65682 66447 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 67033 67292 exon 67373 67483 exon 67560 67616 exon 67686 67748 exon 67826 67888 exon 67959 68235 gene_26 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 67033 67292 exon 67373 67483 exon 67560 67616 exon 67686 67793 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 69505 69514 exon 69601 69708 exon 69795 69860 exon 69927 70047 exon 70119 70200 exon 70280 70524 gene_28 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 69181 69253 exon 69340 69368 exon 69449 69514 exon 69601 69708 exon 69795 70047 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 73480 73350 exon 71328 70827 RepeatMasker tomato repeats master Copia00110 13163 13457 1 Copia00110 13163 13457 1 nucleotide_motif 760 10931 11165 Copia00110 13328 13570 1 Copia00110 13328 13570 1 nucleotide_motif 723 11242 11469 Gypsy00043 1024 1219 1 Gypsy00043 1024 1219 1 nucleotide_motif 756 11312 11493 Unknown00030 1287 1386 1 Unknown00030 1287 1386 1 nucleotide_motif 574 13716 13818 Gypsy00163 8020 8133 1 Gypsy00163 8020 8133 1 nucleotide_motif 281 14695 14818 ATHPOGON2 52 421 1 ATHPOGON2 52 421 1 nucleotide_motif 504 23680 24013 ATHPOGO 2059 2114 1 ATHPOGO 2059 2114 1 nucleotide_motif 225 24015 24068 Unknown00030 1287 1382 1 Unknown00030 1287 1382 1 nucleotide_motif 359 32581 32676 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1547 33099 33350 Unknown00043 8232 9764 1 Unknown00043 8232 9764 1 nucleotide_motif 3858 41634 43129 AC9_ZM 4705 4810 1 AC9_ZM 4705 4810 1 nucleotide_motif 324 53488 53593 Unknown00049 1657 1709 1 Unknown00049 1657 1709 1 nucleotide_motif 292 74865 74917 Unknown00049 1657 1705 1 Unknown00049 1657 1705 1 nucleotide_motif 245 74925 74973 Gypsy00178 6503 6558 1 Gypsy00178 6503 6558 1 nucleotide_motif 294 76271 76330 Copia00181 1829 1882 1 Copia00181 1829 1882 1 nucleotide_motif 257 76288 76340 VANDAL13 7629 7677 1 VANDAL13 7629 7677 1 nucleotide_motif 253 76297 76347 Copia00106 1 4456 1 Copia00106 1 4456 1 nucleotide_motif 40474 78148 82603 Gypsy00042 6078 6120 1 Gypsy00042 6078 6120 1 nucleotide_motif 239 83436 83472 Gypsy00162 497 558 1 Gypsy00162 497 558 1 nucleotide_motif 254 85551 85612 VANDAL8 1948 2293 1 VANDAL8 1948 2293 1 nucleotide_motif 368 89041 89383 RepeatMasker tomato repeats master Unknown00019 44 189 -1 Unknown00019 44 189 -1 nucleotide_motif 414 11582 11445 SONATA1 3 190 -1 SONATA1 3 190 -1 nucleotide_motif 537 14091 13915 SONATA2 60 253 -1 SONATA2 60 253 -1 nucleotide_motif 583 17026 16840 Unknown00025 236 473 -1 Unknown00025 236 473 -1 nucleotide_motif 908 24647 24394 Gypsy00073 1 386 -1 Gypsy00073 1 386 -1 nucleotide_motif 2512 27873 27482 Gypsy00073 11877 12084 -1 Gypsy00073 11877 12084 -1 nucleotide_motif 947 28281 28039 MuDR1_HV 1244 1604 -1 MuDR1_HV 1244 1604 -1 nucleotide_motif 272 70627 70566 Copia00181 1810 1855 -1 Copia00181 1810 1855 -1 nucleotide_motif 227 74801 74756 SINE_SO 6 184 -1 SINE_SO 6 184 -1 nucleotide_motif 530 76531 76377 Unknown00025 237 489 -1 Unknown00025 237 489 -1 nucleotide_motif 894 83858 83588 Copia00151 5509 5815 -1 Copia00151 5509 5815 -1 nucleotide_motif 937 86653 86358 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 6607 1 3354 match_2 match 1852 84077 85076 match_3 match 1899 75285 76287 match_4 match 1978 34502 35535 match_5 match 2173 18931 20056 match_6 match 2274 72511 73777 match_7 match 3273 43746 45465 match_8 match 3596 31807 33620 match_9 match 3618 70616 72497 match_10 match 3630 68694 70581 match_11 match 4086 41647 43728 match_12 match 4488 62115 64462 match_13 match 4934 45508 48068 match_14 match 5099 12062 14690 match_15 match 5677 28603 31535 match_16 match 5884 87377 90437 match_17 match 6205 64526 67754 match_18 match 6659 1 3380 match_19 match 6960 7749 11310 match_20 match 8506 3405 7716 match_21 match 9466 56557 61481 match_22 match 9753 35559 40667 match_23 match 77547 82904 match_24 match 48083 55388 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1419 2599 3353 match_2 match 1374 38316 39063 match_3 match 1281 92764 93434 match_4 match 1431 2 730 match_5 match 1473 59873 60643 match_6 match 1352 89537 90254 match_7 match 1528 35688 36466 match_8 match 959 4420 4922 match_9 match 1072 52514 53061 match_10 match 910 50128 50593 match_11 match 1189 78543 79158 match_12 match 1019 92926 93460 match_13 match 706 8736 9091 match_14 match 1370 60043 60754 match_15 match 1140 4453 5035 match_16 match 997 12426 12932 match_17 match 337 25286 25467 match_18 match 426 20350 20564 match_19 match 454 20071 20299 match_20 match 365 19861 20056 match_21 match 454 16665 16955 match_22 match 1070 64526 65093 match_23 match 1257 5756 6389 match_24 match 714 73391 73777 match_25 match 373 16530 16738 match_26 match 553 16046 16345 match_27 match 341 7749 7920 match_28 match 575 7427 7716 match_29 match 678 19618 19989 match_30 match 581 7007 7299 match_31 match 1243 5609 6235 match_32 match 1324 80293 80981 match_33 match 357 26045 26245 match_34 match 452 45508 45735 match_35 match 708 45109 45465 match_36 match 1185 84455 85076 match_37 match 1332 35856 36527 match_38 match 486 74794 75059 match_39 match 565 74415 74759 match_40 match 1084 21984 22557 match_41 match 1271 48424 49064 match_42 match 1174 34808 35407 match_43 match 1227 82014 82632 match_44 match 634 23778 24118 match_45 match 680 45813 46155 match_46 match 1152 49196 49784 match_47 match 266 47935 48068 match_48 match 763 48083 48467 match_49 match 934 66744 67265 match_50 match 321 26042 26236 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 275 332 match_part 1.000 411 533 match_part 1.000 708 800 match_part 1.000 947 1076 match_part 0.976 1765 1846 match_part 0.872 1945 2069 match_2 match_part 1.000 276 332 match_part 1.000 411 533 match_part 1.000 708 800 match_part 1.000 947 1076 match_part 1.000 1765 1814 match_3 match_part 0.990 977 1076 match_part 1.000 1765 1846 match_part 1.000 1945 2077 match_part 1.000 3112 3317 match_part 1.000 3418 3428 match_4 match_part 1.000 1018 1076 match_part 1.000 1765 1846 match_part 1.000 1945 2077 match_part 1.000 3112 3317 match_part 1.000 3418 3475 match_5 match_part 1.000 1018 1076 match_part 1.000 1765 1846 match_part 1.000 1945 2077 match_part 1.000 3112 3314 match_6 match_part 1.000 2008 2077 match_part 0.990 3112 3317 match_part 1.000 3418 3426 match_7 match_part 1.000 3151 3317 match_part 1.000 3418 3543 match_part 0.983 4381 4440 match_8 match_part 0.984 4370 4690 match_part 1.000 4805 5196 match_9 match_part 1.000 4412 4690 match_part 0.988 4805 5225 match_10 match_part 0.979 4453 4690 match_part 1.000 4805 5196 match_11 match_part 0.989 5150 5764 match_12 match_part 0.864 20218 20298 match_part 0.971 20370 20506 match_part 0.980 20595 20644 match_part 0.994 20726 20901 match_13 match_part 1.000 20231 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 0.994 20726 21057 match_part 1.000 21321 21363 match_14 match_part 0.970 20233 20298 match_part 1.000 20370 20506 match_part 0.960 20595 20644 match_part 0.993 20726 20992 match_15 match_part 1.000 20254 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_16 match_part 1.000 20261 20298 match_part 1.000 20370 20506 match_part 0.980 20595 20644 match_part 0.857 20726 20739 match_17 match_part 1.000 20262 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_part 1.000 21321 21403 match_part 0.944 21557 21574 match_18 match_part 1.000 20262 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_part 0.988 21321 21403 match_part 1.000 21557 21561 match_19 match_part 1.000 20262 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 20795 match_20 match_part 1.000 20607 20644 match_part 1.000 20726 21057 match_part 1.000 21321 21403 match_part 0.987 21557 21632 match_part 1.000 21719 21773 match_21 match_part 0.943 20610 20644 match_part 0.979 20726 21057 match_part 0.984 21321 21383 match_22 match_part 0.996 21257 21498 match_23 match_part 1.000 21325 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 0.991 22292 22524 match_24 match_part 1.000 21325 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 0.994 21861 22212 match_part 0.991 22292 22519 match_25 match_part 1.000 21337 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 0.991 22292 22524 match_26 match_part 0.981 21352 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 1.000 22292 22455 match_27 match_part 0.933 22198 22212 match_part 0.983 22292 22525 match_28 match_part 0.909 25587 26257 match_29 match_part 0.994 29723 30038 match_part 1.000 30244 30575 match_part 1.000 35920 36049 match_30 match_part 0.994 36403 36909 match_31 match_part 1.000 36537 37062 match_part 1.000 37144 37221 match_32 match_part 1.000 40816 40917 match_part 1.000 41023 41188 match_part 1.000 43809 44057 match_part 1.000 44842 44956 match_33 match_part 0.983 40948 41188 match_part 0.976 43809 44057 match_part 0.980 44842 44942 match_34 match_part 0.976 46219 46468 match_part 0.993 46557 46697 match_part 0.982 46980 47150 match_part 0.967 47468 47497 match_35 match_part 1.000 46219 46468 match_part 1.000 46557 46697 match_part 1.000 46980 47147 match_36 match_part 1.000 48648 49036 match_part 1.000 49115 49391 match_part 1.000 49600 49658 match_37 match_part 0.997 48648 49036 match_part 1.000 49115 49294 match_38 match_part 0.997 48648 49036 match_part 0.986 49115 49185 match_39 match_part 0.983 48648 48933 match_40 match_part 0.987 48710 49024 match_41 match_part 0.997 48729 49036 match_part 1.000 49115 49391 match_part 0.992 49600 49861 match_42 match_part 1.000 48755 49036 match_part 1.000 49115 49276 match_43 match_part 1.000 48853 49036 match_part 1.000 49115 49391 match_part 0.991 49600 49818 match_44 match_part 1.000 49376 49391 match_part 1.000 49600 50099 match_45 match_part 1.000 49376 49391 match_part 1.000 49600 50099 match_46 match_part 0.996 50418 51184 match_47 match_part 0.993 64172 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.982 66325 66704 match_48 match_part 0.951 64172 64456 match_part 0.977 64532 64704 match_part 0.906 64779 64842 match_part 0.958 66325 66702 match_49 match_part 1.000 64175 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.987 66325 66548 match_50 match_part 0.993 64181 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.980 66325 66682 match_51 match_part 0.993 64190 64456 match_part 0.994 64532 64704 match_part 1.000 64779 64788 match_52 match_part 1.000 64196 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66478 match_53 match_part 0.952 64205 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66670 match_54 match_part 1.000 64224 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66381 match_55 match_part 1.000 64225 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66444 match_56 match_part 1.000 64228 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.974 66325 66402 match_57 match_part 1.000 64228 64456 match_part 1.000 64532 64694 match_58 match_part 1.000 64240 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 1.000 66325 66493 match_59 match_part 0.938 64248 64456 match_part 0.971 64532 64704 match_part 0.938 64779 64842 match_part 0.950 66325 66384 match_60 match_part 1.000 64257 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.983 66325 66624 match_61 match_part 1.000 64259 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64797 match_62 match_part 1.000 64396 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64842 match_part 0.987 66325 66700 match_63 match_part 1.000 64782 64842 match_part 1.000 66325 66601 match_64 match_part 1.000 64819 64842 match_part 1.000 66325 66616 match_65 match_part 1.000 64820 64842 match_part 1.000 66325 66616 match_66 match_part 1.000 64820 64842 match_part 1.000 66325 66616 match_67 match_part 0.992 65682 66447 match_68 match_part 1.000 67033 67292 match_part 1.000 67373 67483 match_69 match_part 1.000 67118 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 1.000 67959 68109 match_70 match_part 1.000 67122 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.981 67959 68227 match_71 match_part 0.941 67124 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.975 67959 68196 match_72 match_part 1.000 67128 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67793 match_73 match_part 1.000 67130 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.996 67959 68189 match_74 match_part 1.000 67438 67483 match_part 0.947 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.943 67959 68202 match_75 match_part 0.958 67725 67748 match_part 1.000 67826 67888 match_part 0.989 67959 68235 match_76 match_part 1.000 67729 67748 match_part 1.000 67826 67888 match_part 0.993 67959 68235 match_77 match_part 0.973 69181 69253 match_part 1.000 69340 69368 match_part 1.000 69449 69514 match_part 1.000 69601 69708 match_part 1.000 69795 70047 match_78 match_part 1.000 69505 69514 match_part 1.000 69601 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 0.963 70280 70524 match_79 match_part 1.000 69649 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 0.990 70280 70489 match_80 match_part 1.000 69649 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 1.000 70280 70489 match_81 match_part 1.000 69649 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 0.990 70280 70484 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_82 match_part 0.990 10259 9862 match_part 1.000 9457 9274 match_part 0.977 9191 9063 match_83 match_part 1.000 10257 9862 match_part 1.000 9457 9274 match_part 1.000 9191 9166 match_84 match_part 0.998 51508 51093 match_85 match_part 0.996 51753 51207 match_86 match_part 0.992 52499 52135 match_87 match_part 1.000 52942 52911 match_part 1.000 52826 52698 match_part 0.993 52611 52206 match_88 match_part 1.000 52942 52911 match_part 1.000 52826 52698 match_part 0.998 52611 52206 match_89 match_part 0.967 53479 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.997 52611 52216 match_90 match_part 1.000 52941 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52222 match_91 match_part 1.000 53493 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.976 52611 52274 match_92 match_part 0.991 55494 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54038 match_part 1.000 53965 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52276 match_93 match_part 0.900 52920 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52276 match_94 match_part 0.954 53364 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52286 match_95 match_part 0.979 53496 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52288 match_96 match_part 1.000 52610 52290 match_97 match_part 1.000 52601 52290 match_98 match_part 1.000 53757 53722 match_part 0.972 53626 53450 match_part 0.969 53360 53169 match_part 0.966 52997 52911 match_part 0.961 52826 52698 match_part 0.954 52611 52327 match_99 match_part 1.000 53726 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.989 52611 52331 match_100 match_part 1.000 53496 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52378 match_101 match_part 1.000 53747 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.991 52611 52396 match_102 match_part 1.000 53871 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.958 52611 52469 match_103 match_part 1.000 53465 53450 match_part 0.990 53360 53169 match_part 0.943 52997 52911 match_part 1.000 52826 52698 match_part 0.963 52611 52531 match_104 match_part 1.000 53914 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52576 match_105 match_part 0.920 54062 54038 match_part 1.000 53965 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 1.000 52611 52583 match_106 match_part 1.000 53747 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 0.877 52826 52746 match_107 match_part 0.979 54331 54238 match_part 1.000 54147 54038 match_part 1.000 53965 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 0.977 52997 52911 match_part 1.000 52826 52811 match_108 match_part 1.000 53893 53722 match_part 1.000 53626 53450 match_part 0.986 53360 53219 match_109 match_part 0.995 53926 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53311 match_110 match_part 0.995 53910 53722 match_part 0.933 53626 53478 match_111 match_part 0.994 55364 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54038 match_part 0.821 53965 53927 match_112 match_part 0.994 55371 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54078 match_113 match_part 0.994 55364 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 0.990 54338 54238 match_part 0.903 54147 54117 match_114 match_part 0.997 55375 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54122 match_115 match_part 0.994 55370 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54134 match_116 match_part 1.000 55365 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 0.978 54648 54559 match_part 1.000 54470 54407 match_part 0.962 54338 54286 match_117 match_part 0.961 55132 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 0.989 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54319 match_118 match_part 1.000 55477 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54573 match_119 match_part 1.000 55041 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54576 match_120 match_part 1.000 55350 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54582 match_121 match_part 1.000 56137 55699 match_122 match_part 0.975 61668 61114 match_part 0.962 59479 59320 match_part 0.989 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 0.977 57264 56519 match_123 match_part 0.987 57164 56529 match_124 match_part 0.960 57532 57458 match_part 1.000 57264 56532 match_125 match_part 0.986 57255 56546 match_126 match_part 0.983 58934 58875 match_part 1.000 57539 57458 match_part 0.999 57264 56575 match_127 match_part 1.000 57137 56575 match_128 match_part 0.976 56946 56575 match_129 match_part 1.000 56935 56575 match_130 match_part 1.000 57539 57458 match_part 0.997 57264 56580 match_131 match_part 0.991 57122 56580 match_132 match_part 0.992 56942 56580 match_133 match_part 0.989 57150 56598 match_134 match_part 1.000 58895 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56682 match_135 match_part 0.967 57487 57458 match_part 0.998 57264 56710 match_136 match_part 0.998 57245 56710 match_137 match_part 1.000 59334 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56777 match_138 match_part 0.996 61427 61173 match_part 0.988 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56868 match_139 match_part 1.000 59382 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56870 match_140 match_part 0.997 57254 56911 match_141 match_part 1.000 58917 58875 match_part 1.000 57539 57458 match_part 0.997 57264 56948 match_142 match_part 1.000 58895 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56998 match_143 match_part 1.000 59365 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 0.992 57264 57028 match_144 match_part 1.000 59326 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 0.995 57264 57062 match_145 match_part 1.000 59443 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 57236 match_146 match_part 0.974 61494 61114 match_part 1.000 59479 59320 match_part 0.994 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57467 match_147 match_part 0.994 61474 61114 match_part 0.994 59479 59320 match_part 1.000 59218 59042 match_part 0.973 58958 58886 match_148 match_part 0.988 61531 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58942 match_149 match_part 1.000 61369 61114 match_part 0.994 59479 59320 match_part 1.000 59218 59081 match_150 match_part 0.988 61373 61114 match_part 0.975 59479 59320 match_part 0.985 59218 59087 match_151 match_part 1.000 61389 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59092 match_152 match_part 1.000 61389 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59094 match_153 match_part 0.997 61433 61114 match_part 0.994 59479 59320 match_part 1.000 59218 59098 match_154 match_part 1.000 61375 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59111 match_155 match_part 0.997 61451 61114 match_part 0.981 59479 59320 match_part 0.976 59218 59136 match_156 match_part 1.000 61522 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59200 match_157 match_part 0.992 61487 61114 match_part 1.000 59479 59320 match_part 0.947 59218 59200 match_158 match_part 1.000 61458 61114 match_part 1.000 59479 59330 match_159 match_part 0.996 61376 61114 match_part 1.000 59479 59330 match_160 match_part 0.995 61488 61114 match_part 0.979 59479 59339 match_161 match_part 1.000 61398 61114 match_part 1.000 59479 59345 match_162 match_part 0.968 61545 61114 match_part 0.958 59479 59361 match_163 match_part 1.000 61530 61114 match_part 1.000 59479 59408 match_164 match_part 0.993 61728 61114 match_part 0.947 59479 59423 match_165 match_part 1.000 61530 61114 match_part 1.000 59479 59439 match_166 match_part 0.968 61667 61114 match_part 0.897 59479 59451 match_167 match_part 0.988 61373 61114 match_part 1.000 59479 59465 match_168 match_part 0.995 61285 60722 match_169 match_part 0.996 61387 61131 match_170 match_part 0.991 61468 61132 match_171 match_part 0.921 61775 61395 match_172 match_part 1.000 73465 73350 match_part 1.000 71328 70827 match_173 match_part 1.000 73480 73350 match_part 0.997 71328 70936 match_174 match_part 0.989 73443 73350 match_part 0.990 71328 71027 match_175 match_part 0.995 71211 71027 match_176 match_part 0.992 73468 73350 match_part 0.987 71328 71029 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 275 332 exon 411 533 exon 708 800 exon 947 1076 exon 1765 1846 exon 1945 2077 exon 3112 3317 exon 3418 3543 exon 4381 4690 exon 4805 5764 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 4370 4690 exon 4805 5764 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 10259 9862 exon 9457 9274 exon 9191 9063 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 20218 20298 exon 20370 20506 exon 20595 20644 exon 20726 21057 exon 21321 21403 exon 21557 21632 exon 21719 21780 exon 21861 21956 exon 22051 22212 exon 22292 22525 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 20218 20298 exon 20370 20506 exon 20595 20644 exon 20726 21057 exon 21321 21403 exon 21557 21632 exon 21719 21780 exon 21861 22212 exon 22292 22525 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 21257 21498 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 25587 26257 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 29723 30038 exon 30244 30575 exon 35920 36049 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 36403 37062 exon 37144 37221 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 40816 40917 exon 41023 41188 exon 43809 44057 exon 44842 44956 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 40948 41188 exon 43809 44057 exon 44842 44942 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 46219 46468 exon 46557 46697 exon 46980 47150 exon 47468 47497 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 48648 49036 exon 49115 49391 exon 49600 50099 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 50418 51184 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 51753 51093 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 55494 55031 exon 54959 54879 exon 54813 54715 exon 54648 54559 exon 54470 54407 exon 54338 54238 exon 54147 54038 exon 53965 53722 exon 53626 53450 exon 53360 53169 exon 52997 52911 exon 52826 52698 exon 52611 52135 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 53364 53169 exon 52997 52911 exon 52826 52698 exon 52611 52135 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 56137 55699 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 61114 exon 59479 59320 exon 59218 59042 exon 58958 58875 exon 57539 57458 exon 57264 56519 gene_20 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 61173 exon 58958 58875 exon 57539 57458 exon 57264 56529 gene_21 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 60722 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 64172 64456 exon 64532 64704 exon 64779 64842 exon 66325 66704 gene_23 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 65682 66447 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 67033 67292 exon 67373 67483 exon 67560 67616 exon 67686 67748 exon 67826 67888 exon 67959 68235 gene_25 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 67033 67292 exon 67373 67483 exon 67560 67616 exon 67686 67793 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 69505 69514 exon 69601 69708 exon 69795 69860 exon 69927 70047 exon 70119 70200 exon 70280 70524 gene_27 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 69181 69253 exon 69340 69368 exon 69449 69514 exon 69601 69708 exon 69795 70047 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 73480 73350 exon 71328 70827 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 5110 transcript_1 transcript 1 5110 CDS_1 CDS 1 29 CDS_2 CDS 97 188 CDS_3 CDS 263 332 CDS_4 CDS 411 533 CDS_5 CDS 708 800 CDS_6 CDS 947 1076 CDS_7 CDS 1765 1846 CDS_8 CDS 1945 2077 CDS_9 CDS 3112 3317 CDS_10 CDS 3418 3543 CDS_11 CDS 4381 4690 CDS_12 CDS 4805 5110 stop_codon_1 stop_codon 5108 5110 gene_2 gene 1 12305 13288 transcript_2 transcript 12305 13288 start_codon_1 start_codon 12305 12307 CDS_13 CDS 12305 13288 stop_codon_2 stop_codon 13286 13288 gene_3 gene 1 20265 22405 transcript_3 transcript 20265 22405 start_codon_2 start_codon 20265 20267 CDS_14 CDS 20265 20298 CDS_15 CDS 20370 20506 CDS_16 CDS 20595 20644 CDS_17 CDS 20726 21057 CDS_18 CDS 21321 21403 CDS_19 CDS 21557 21632 CDS_20 CDS 21719 21780 CDS_21 CDS 21861 21956 CDS_22 CDS 22051 22212 CDS_23 CDS 22292 22405 stop_codon_3 stop_codon 22403 22405 gene_4 gene 2 29183 49764 transcript_4 transcript 41037 49764 start_codon_3 start_codon 41037 41039 CDS_24 CDS 41037 41188 CDS_25 CDS 43809 44057 CDS_26 CDS 44842 44983 CDS_27 CDS 46070 46468 CDS_28 CDS 46557 46697 CDS_29 CDS 46980 47150 CDS_30 CDS 47468 47725 CDS_31 CDS 47885 48021 CDS_32 CDS 48473 49036 CDS_33 CDS 49115 49391 CDS_34 CDS 49600 49764 stop_codon_4 stop_codon 49762 49764 transcript_5 transcript 29183 49764 start_codon_4 start_codon 29183 29185 CDS_35 CDS 29183 30038 CDS_36 CDS 30244 30575 CDS_37 CDS 35920 37062 CDS_38 CDS 37144 37302 CDS_39 CDS 39091 39391 CDS_40 CDS 41023 41188 CDS_41 CDS 43809 44057 CDS_42 CDS 44842 44983 CDS_43 CDS 46070 46468 CDS_44 CDS 46557 46697 CDS_45 CDS 46980 47150 CDS_46 CDS 47468 47725 CDS_47 CDS 47885 48021 CDS_48 CDS 48473 49036 CDS_49 CDS 49115 49391 CDS_50 CDS 49600 49764 stop_codon_5 stop_codon 49762 49764 gene_5 gene 1 64123 66536 transcript_6 transcript 64123 66536 start_codon_5 start_codon 64123 64125 CDS_51 CDS 64123 64456 CDS_52 CDS 64532 64704 CDS_53 CDS 64779 64842 CDS_54 CDS 66325 66536 stop_codon_6 stop_codon 66534 66536 gene_6 gene 2 67122 68072 transcript_7 transcript 67122 67805 start_codon_6 start_codon 67122 67124 CDS_55 CDS 67122 67292 CDS_56 CDS 67373 67483 CDS_57 CDS 67560 67616 CDS_58 CDS 67686 67805 stop_codon_7 stop_codon 67803 67805 transcript_8 transcript 67122 68072 start_codon_7 start_codon 67122 67124 CDS_59 CDS 67122 67292 CDS_60 CDS 67373 67483 CDS_61 CDS 67560 67616 CDS_62 CDS 67686 67748 CDS_63 CDS 67826 67888 CDS_64 CDS 67959 68072 stop_codon_8 stop_codon 68070 68072 gene_7 gene 2 69151 70322 transcript_9 transcript 69151 70322 start_codon_8 start_codon 69151 69153 CDS_65 CDS 69151 69253 CDS_66 CDS 69340 69368 CDS_67 CDS 69449 69514 CDS_68 CDS 69601 69708 CDS_69 CDS 69795 69860 CDS_70 CDS 69927 70047 CDS_71 CDS 70119 70200 CDS_72 CDS 70280 70322 stop_codon_9 stop_codon 70320 70322 transcript_10 transcript 69151 70064 start_codon_9 start_codon 69151 69153 CDS_73 CDS 69151 69253 CDS_74 CDS 69340 69368 CDS_75 CDS 69449 69514 CDS_76 CDS 69601 69708 CDS_77 CDS 69795 70064 stop_codon_10 stop_codon 70062 70064 AUGUSTUS_tom_cdna de novo gene_8 gene 1 10241 5893 transcript_11 transcript 10241 5893 stop_codon_11 stop_codon 5895 5893 CDS_78 CDS 6009 5893 CDS_79 CDS 6502 6359 CDS_80 CDS 6838 6746 CDS_81 CDS 8041 7927 CDS_82 CDS 9191 8941 CDS_83 CDS 9457 9274 CDS_84 CDS 10241 9862 start_codon_10 start_codon 10241 10239 gene_9 gene 1 51519 50237 transcript_12 transcript 51519 50237 stop_codon_12 stop_codon 50239 50237 CDS_85 CDS 50347 50237 CDS_86 CDS 51519 50425 start_codon_11 start_codon 51519 51517 gene_10 gene 1 55165 52495 transcript_13 transcript 55165 52495 stop_codon_13 stop_codon 52497 52495 CDS_87 CDS 52611 52495 CDS_88 CDS 52826 52698 CDS_89 CDS 52997 52911 CDS_90 CDS 53360 53169 CDS_91 CDS 53626 53450 CDS_92 CDS 53965 53722 CDS_93 CDS 54147 54038 CDS_94 CDS 54338 54238 CDS_95 CDS 54470 54407 CDS_96 CDS 54648 54559 CDS_97 CDS 54813 54715 CDS_98 CDS 54959 54879 CDS_99 CDS 55165 55031 start_codon_12 start_codon 55165 55163 gene_11 gene 1 63775 56828 transcript_14 transcript 63775 56828 stop_codon_14 stop_codon 56830 56828 CDS_100 CDS 57264 56828 CDS_101 CDS 57539 57458 CDS_102 CDS 58958 58875 CDS_103 CDS 59218 59042 CDS_104 CDS 59479 59320 CDS_105 CDS 61537 61114 CDS_106 CDS 63775 63763 start_codon_13 start_codon 63775 63773 gene_12 gene 1 73469 71182 transcript_15 transcript 73469 71182 stop_codon_15 stop_codon 71184 71182 CDS_107 CDS 71328 71182 CDS_108 CDS 73469 73350 start_codon_14 start_codon 73469 73467 AUGUSTUS_ab_initio de novo gene_1 gene 1 12305 13288 transcript_1 transcript 12305 13288 start_codon_1 start_codon 12305 12307 CDS_1 CDS 12305 13288 stop_codon_1 stop_codon 13286 13288 gene_2 gene 1 29183 30046 transcript_2 transcript 29183 30046 start_codon_2 start_codon 29183 29185 CDS_2 CDS 29183 30046 stop_codon_2 stop_codon 30044 30046 gene_3 gene 1 30255 49764 transcript_3 transcript 30255 49764 start_codon_3 start_codon 30255 30257 CDS_3 CDS 30255 30575 CDS_4 CDS 35920 37062 CDS_5 CDS 37144 37302 CDS_6 CDS 39091 39391 CDS_7 CDS 41023 41188 CDS_8 CDS 43809 44057 CDS_9 CDS 45513 45609 CDS_10 CDS 45725 45820 CDS_11 CDS 46070 46307 CDS_12 CDS 46549 46697 CDS_13 CDS 46980 47150 CDS_14 CDS 47885 48021 CDS_15 CDS 48473 49036 CDS_16 CDS 49115 49391 CDS_17 CDS 49600 49764 stop_codon_3 stop_codon 49762 49764 gene_4 gene 1 67122 70064 transcript_4 transcript 67122 70064 start_codon_4 start_codon 67122 67124 CDS_18 CDS 67122 67292 CDS_19 CDS 67373 67483 CDS_20 CDS 69601 69708 CDS_21 CDS 69927 70064 stop_codon_4 stop_codon 70062 70064 AUGUSTUS_ab_initio de novo gene_5 gene 1 10241 5893 transcript_5 transcript 10241 5893 stop_codon_5 stop_codon 5895 5893 CDS_22 CDS 6009 5893 CDS_23 CDS 6502 6359 CDS_24 CDS 6838 6746 CDS_25 CDS 9457 9274 CDS_26 CDS 10241 9862 start_codon_5 start_codon 10241 10239 gene_6 gene 1 59984 50237 transcript_6 transcript 59984 50237 stop_codon_6 stop_codon 50239 50237 CDS_27 CDS 50347 50237 CDS_28 CDS 51612 50425 CDS_29 CDS 53360 53169 CDS_30 CDS 53965 53722 CDS_31 CDS 54147 54038 CDS_32 CDS 54338 54238 CDS_33 CDS 54470 54407 CDS_34 CDS 54648 54559 CDS_35 CDS 57264 57170 CDS_36 CDS 57539 57458 CDS_37 CDS 58958 58875 CDS_38 CDS 59218 59042 CDS_39 CDS 59479 59320 CDS_40 CDS 59984 59974 start_codon_6 start_codon 59984 59982 AUGUSTUS_tom_ugs de novo gene_1 gene 2 1 5110 transcript_1 transcript 1 5110 CDS_1 CDS 1 29 CDS_2 CDS 97 188 CDS_3 CDS 263 332 CDS_4 CDS 411 533 CDS_5 CDS 708 800 CDS_6 CDS 947 1076 CDS_7 CDS 1765 1846 CDS_8 CDS 1945 2077 CDS_9 CDS 3112 3317 CDS_10 CDS 3418 3543 CDS_11 CDS 4381 4690 CDS_12 CDS 4805 5110 stop_codon_1 stop_codon 5108 5110 transcript_2 transcript 263 5110 CDS_13 CDS 263 332 CDS_14 CDS 411 533 CDS_15 CDS 708 800 CDS_16 CDS 947 1076 CDS_17 CDS 1765 1846 CDS_18 CDS 1945 2077 CDS_19 CDS 3112 3317 CDS_20 CDS 3418 3543 CDS_21 CDS 4381 4690 CDS_22 CDS 4805 5110 stop_codon_2 stop_codon 5108 5110 gene_2 gene 1 12572 22405 transcript_3 transcript 12572 22405 start_codon_1 start_codon 12572 12574 CDS_23 CDS 12572 13241 CDS_24 CDS 20370 20506 CDS_25 CDS 21557 21632 CDS_26 CDS 21719 21780 CDS_27 CDS 22051 22212 CDS_28 CDS 22292 22405 stop_codon_3 stop_codon 22403 22405 gene_3 gene 1 29183 49764 transcript_4 transcript 29183 49764 start_codon_2 start_codon 29183 29185 CDS_29 CDS 29183 30038 CDS_30 CDS 30244 30575 CDS_31 CDS 35920 37062 CDS_32 CDS 37144 37302 CDS_33 CDS 39091 39391 CDS_34 CDS 41023 41188 CDS_35 CDS 43809 44057 CDS_36 CDS 44842 44983 CDS_37 CDS 46070 46468 CDS_38 CDS 46557 46697 CDS_39 CDS 46980 47150 CDS_40 CDS 47468 47725 CDS_41 CDS 47885 48021 CDS_42 CDS 48473 49036 CDS_43 CDS 49115 49391 CDS_44 CDS 49600 49764 stop_codon_4 stop_codon 49762 49764 gene_4 gene 1 64417 66536 transcript_5 transcript 64417 66536 start_codon_3 start_codon 64417 64419 CDS_45 CDS 64417 64456 CDS_46 CDS 64532 64704 CDS_47 CDS 64779 64842 CDS_48 CDS 66325 66536 stop_codon_5 stop_codon 66534 66536 gene_5 gene 1 67122 68072 transcript_6 transcript 67122 68072 start_codon_4 start_codon 67122 67124 CDS_49 CDS 67122 67292 CDS_50 CDS 67373 67483 CDS_51 CDS 67560 67616 CDS_52 CDS 67686 67748 CDS_53 CDS 67826 67888 CDS_54 CDS 67959 68072 stop_codon_6 stop_codon 68070 68072 gene_6 gene 1 69151 70322 transcript_7 transcript 69151 70322 start_codon_5 start_codon 69151 69153 CDS_55 CDS 69151 69253 CDS_56 CDS 69340 69368 CDS_57 CDS 69449 69514 CDS_58 CDS 69601 69708 CDS_59 CDS 69795 69860 CDS_60 CDS 69927 70047 CDS_61 CDS 70119 70200 CDS_62 CDS 70280 70322 stop_codon_7 stop_codon 70320 70322 AUGUSTUS_tom_ugs de novo gene_7 gene 1 10241 5893 transcript_8 transcript 10241 5893 stop_codon_8 stop_codon 5895 5893 CDS_63 CDS 6009 5893 CDS_64 CDS 6502 6359 CDS_65 CDS 6838 6746 CDS_66 CDS 8041 7927 CDS_67 CDS 9191 8941 CDS_68 CDS 9457 9274 CDS_69 CDS 10241 9862 start_codon_6 start_codon 10241 10239 gene_8 gene 1 51519 50237 transcript_9 transcript 51519 50237 stop_codon_9 stop_codon 50239 50237 CDS_70 CDS 50347 50237 CDS_71 CDS 51519 50425 start_codon_7 start_codon 51519 51517 gene_9 gene 1 55165 52495 transcript_10 transcript 55165 52495 stop_codon_10 stop_codon 52497 52495 CDS_72 CDS 52611 52495 CDS_73 CDS 52826 52698 CDS_74 CDS 52997 52911 CDS_75 CDS 53360 53169 CDS_76 CDS 53626 53450 CDS_77 CDS 53965 53722 CDS_78 CDS 54147 54038 CDS_79 CDS 54338 54238 CDS_80 CDS 54470 54407 CDS_81 CDS 54648 54559 CDS_82 CDS 54813 54715 CDS_83 CDS 54959 54879 CDS_84 CDS 55165 55031 start_codon_8 start_codon 55165 55163 gene_10 gene 1 61331 56828 transcript_11 transcript 61331 56828 stop_codon_11 stop_codon 56830 56828 CDS_85 CDS 57264 56828 CDS_86 CDS 57539 57458 CDS_87 CDS 58958 58875 CDS_88 CDS 59218 59042 CDS_89 CDS 59479 59320 CDS_90 CDS 61331 61114 start_codon_9 start_codon 61331 61329 gene_11 gene 1 73469 71182 transcript_12 transcript 73469 71182 stop_codon_12 stop_codon 71184 71182 CDS_91 CDS 71328 71182 CDS_92 CDS 73469 73350 start_codon_10 start_codon 73469 73467 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.989 5150 5764 match_2 match_part 0.975 20218 20298 match_part 1.000 20370 20506 match_part 1.000 20595 20644 match_part 1.000 20726 21057 match_part 1.000 21321 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 1.000 21861 21956 match_part 1.000 22051 22212 match_part 0.987 22292 22525 match_3 match_part 1.000 21325 21403 match_part 1.000 21557 21632 match_part 1.000 21719 21780 match_part 0.994 21861 22212 match_part 0.991 22292 22519 match_4 match_part 0.994 29723 30038 match_part 1.000 30244 30575 match_part 1.000 35920 36049 match_5 match_part 0.998 36403 37062 match_part 1.000 37144 37221 match_6 match_part 1.000 40816 40917 match_part 1.000 41023 41188 match_part 1.000 43809 44057 match_part 1.000 44842 44956 match_7 match_part 1.000 46219 46468 match_part 1.000 46557 46697 match_part 1.000 46980 47150 match_part 0.967 47468 47497 match_8 match_part 1.000 48648 49036 match_part 1.000 49115 49391 match_part 1.000 49600 50099 match_9 match_part 0.992 65682 66447 match_10 match_part 1.000 67033 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.996 67959 68235 match_11 match_part 0.973 69181 69253 match_part 1.000 69340 69368 match_part 1.000 69449 69514 match_part 1.000 69601 69708 match_part 1.000 69795 69860 match_part 1.000 69927 70047 match_part 1.000 70119 70200 match_part 1.000 70280 70524 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.997 10257 9862 match_part 1.000 9457 9274 match_part 0.984 9191 9063 match_13 match_part 0.998 51753 50425 match_14 match_part 1.000 55477 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 1.000 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54238 match_part 1.000 54147 54038 match_part 1.000 53965 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.996 52611 52135 match_15 match_part 0.995 53910 53722 match_part 0.933 53626 53478 match_16 match_part 1.000 56137 55699 match_17 match_part 0.993 61728 61114 match_part 1.000 59479 59320 match_part 1.000 59218 59042 match_part 1.000 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56575 match_18 match_part 0.976 56946 56575 match_19 match_part 0.996 61427 61173 match_part 0.988 58958 58875 match_part 1.000 57539 57458 match_part 1.000 57264 56868 match_20 match_part 0.968 61667 61114 match_part 0.958 59479 59361 match_21 match_part 0.995 61285 60722 match_22 match_part 0.921 61775 61395 match_23 match_part 1.000 73465 73350 match_part 1.000 71328 70827 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 5150 5764 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 10257 9862 exon 9457 9274 exon 9191 9063 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 20218 20298 exon 20370 20506 exon 20595 20644 exon 20726 21057 exon 21321 21403 exon 21557 21632 exon 21719 21780 exon 21861 21956 exon 22051 22212 exon 22292 22525 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 21325 21403 exon 21557 21632 exon 21719 21780 exon 21861 22212 exon 22292 22519 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 29723 30038 exon 30244 30575 exon 35920 36049 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 36403 37062 exon 37144 37221 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 40816 40917 exon 41023 41188 exon 43809 44057 exon 44842 44956 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 46219 46468 exon 46557 46697 exon 46980 47150 exon 47468 47497 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 48648 49036 exon 49115 49391 exon 49600 50099 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 51753 50425 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 55477 55031 exon 54959 54879 exon 54813 54715 exon 54648 54559 exon 54470 54407 exon 54338 54238 exon 54147 54038 exon 53965 53722 exon 53626 53450 exon 53360 53169 exon 52997 52911 exon 52826 52698 exon 52611 52135 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 56137 55699 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 61114 exon 59479 59320 exon 59218 59042 exon 58958 58875 exon 57539 57458 exon 57264 56575 gene_14 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61775 61173 exon 58958 58875 exon 57539 57458 exon 57264 56575 gene_15 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 61285 60722 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 65682 66447 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 67033 67292 exon 67373 67483 exon 67560 67616 exon 67686 67748 exon 67826 67888 exon 67959 68235 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 69181 69253 exon 69340 69368 exon 69449 69514 exon 69601 69708 exon 69795 69860 exon 69927 70047 exon 70119 70200 exon 70280 70524 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 73465 73350 exon 71328 70827 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 64259 64456 match_part 1.000 64532 64704 match_part 1.000 64779 64797 match_2 match_part 1.000 67033 67292 match_part 1.000 67373 67483 match_part 1.000 67560 67616 match_part 1.000 67686 67748 match_part 1.000 67826 67888 match_part 0.996 67959 68235 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.995 53926 53722 match_part 1.000 53626 53450 match_part 1.000 53360 53169 match_part 1.000 52997 52911 match_part 1.000 52826 52698 match_part 0.996 52611 52135 match_4 match_part 0.961 55132 55031 match_part 1.000 54959 54879 match_part 1.000 54813 54715 match_part 0.989 54648 54559 match_part 1.000 54470 54407 match_part 1.000 54338 54319 match_5 match_part 1.000 73480 73350 match_part 1.000 71328 70827 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 53926 53722 exon 53626 53450 exon 53360 53169 exon 52997 52911 exon 52826 52698 exon 52611 52135 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 55132 55031 exon 54959 54879 exon 54813 54715 exon 54648 54559 exon 54470 54407 exon 54338 54319 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 64259 64456 exon 64532 64704 exon 64779 64797 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 67033 67292 exon 67373 67483 exon 67560 67616 exon 67686 67748 exon 67826 67888 exon 67959 68235 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0064M21.1 type gene exon 73480 73350 exon 71328 70827 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 5110 transcript_1 transcript 1 5110 CDS_1 CDS 1 29 CDS_2 CDS 97 188 CDS_3 CDS 263 332 CDS_4 CDS 411 533 CDS_5 CDS 708 800 CDS_6 CDS 947 1076 CDS_7 CDS 1765 1846 CDS_8 CDS 1945 2077 CDS_9 CDS 3112 3317 CDS_10 CDS 3418 3543 CDS_11 CDS 4381 4690 CDS_12 CDS 4805 5110 stop_codon_1 stop_codon 5108 5110 gene_2 gene 1 12305 13288 transcript_2 transcript 12305 13288 start_codon_1 start_codon 12305 12307 CDS_13 CDS 12305 13288 stop_codon_2 stop_codon 13286 13288 gene_3 gene 1 20265 22405 transcript_3 transcript 20265 22405 start_codon_2 start_codon 20265 20267 CDS_14 CDS 20265 20298 CDS_15 CDS 20370 20506 CDS_16 CDS 20595 20644 CDS_17 CDS 20726 21057 CDS_18 CDS 21321 21403 CDS_19 CDS 21557 21632 CDS_20 CDS 21719 21780 CDS_21 CDS 21861 21956 CDS_22 CDS 22051 22212 CDS_23 CDS 22292 22405 stop_codon_3 stop_codon 22403 22405 gene_4 gene 1 29183 39459 transcript_4 transcript 29183 39459 start_codon_3 start_codon 29183 29185 CDS_24 CDS 29183 30038 CDS_25 CDS 30244 30575 CDS_26 CDS 35920 37062 CDS_27 CDS 37144 37302 CDS_28 CDS 37383 37722 CDS_29 CDS 37833 37903 CDS_30 CDS 37993 38115 CDS_31 CDS 39091 39459 stop_codon_4 stop_codon 39457 39459 gene_5 gene 1 41037 49764 transcript_5 transcript 41037 49764 start_codon_4 start_codon 41037 41039 CDS_32 CDS 41037 41188 CDS_33 CDS 43809 44057 CDS_34 CDS 44842 44983 CDS_35 CDS 46070 46468 CDS_36 CDS 46557 46697 CDS_37 CDS 46980 47150 CDS_38 CDS 47468 47725 CDS_39 CDS 47885 48033 CDS_40 CDS 48473 49036 CDS_41 CDS 49115 49391 CDS_42 CDS 49600 49764 stop_codon_5 stop_codon 49762 49764 gene_6 gene 1 64123 66536 transcript_6 transcript 64123 66536 start_codon_5 start_codon 64123 64125 CDS_43 CDS 64123 64456 CDS_44 CDS 64532 64704 CDS_45 CDS 64779 64842 CDS_46 CDS 66325 66536 stop_codon_6 stop_codon 66534 66536 gene_7 gene 2 67122 68072 transcript_7 transcript 67122 68072 start_codon_6 start_codon 67122 67124 CDS_47 CDS 67122 67292 CDS_48 CDS 67373 67483 CDS_49 CDS 67560 67616 CDS_50 CDS 67686 67748 CDS_51 CDS 67826 67888 CDS_52 CDS 67959 68072 stop_codon_7 stop_codon 68070 68072 transcript_8 transcript 67122 68072 start_codon_7 start_codon 67122 67124 CDS_53 CDS 67122 67292 CDS_54 CDS 67373 67483 CDS_55 CDS 67560 67616 CDS_56 CDS 67686 67748 CDS_57 CDS 67959 68072 stop_codon_8 stop_codon 68070 68072 gene_8 gene 2 69151 70322 transcript_9 transcript 69151 70322 start_codon_8 start_codon 69151 69153 CDS_58 CDS 69151 69253 CDS_59 CDS 69340 69368 CDS_60 CDS 69449 69514 CDS_61 CDS 69601 69708 CDS_62 CDS 69795 69860 CDS_63 CDS 69927 70047 CDS_64 CDS 70119 70200 CDS_65 CDS 70280 70322 stop_codon_9 stop_codon 70320 70322 transcript_10 transcript 69151 70064 start_codon_9 start_codon 69151 69153 CDS_66 CDS 69151 69253 CDS_67 CDS 69340 69368 CDS_68 CDS 69449 69514 CDS_69 CDS 69601 69708 CDS_70 CDS 69795 70064 stop_codon_10 stop_codon 70062 70064 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 10241 5893 transcript_11 transcript 10241 5893 stop_codon_11 stop_codon 5895 5893 CDS_71 CDS 6009 5893 CDS_72 CDS 6502 6359 CDS_73 CDS 6838 6746 CDS_74 CDS 8041 7927 CDS_75 CDS 9191 8941 CDS_76 CDS 9457 9274 CDS_77 CDS 10241 9862 start_codon_10 start_codon 10241 10239 gene_10 gene 1 52407 50237 transcript_12 transcript 52407 50237 stop_codon_12 stop_codon 50239 50237 CDS_78 CDS 50347 50237 CDS_79 CDS 51612 50425 CDS_80 CDS 52407 52384 start_codon_11 start_codon 52407 52405 gene_11 gene 2 56612 52495 transcript_13 transcript 56612 52495 stop_codon_13 stop_codon 52497 52495 CDS_81 CDS 52611 52495 CDS_82 CDS 52826 52698 CDS_83 CDS 52997 52911 CDS_84 CDS 53360 53169 CDS_85 CDS 53626 53450 CDS_86 CDS 53965 53722 CDS_87 CDS 54147 54038 CDS_88 CDS 54338 54238 CDS_89 CDS 54470 54407 CDS_90 CDS 54648 54559 CDS_91 CDS 54813 54715 CDS_92 CDS 54959 54879 CDS_93 CDS 55375 55031 CDS_94 CDS 56612 56565 start_codon_12 start_codon 56612 56610 transcript_14 transcript 56612 52495 stop_codon_14 stop_codon 52497 52495 CDS_95 CDS 52611 52495 CDS_96 CDS 52826 52698 CDS_97 CDS 52997 52911 CDS_98 CDS 53360 53169 CDS_99 CDS 53626 53450 CDS_100 CDS 53965 53722 CDS_101 CDS 54147 54038 CDS_102 CDS 54338 54238 CDS_103 CDS 54470 54407 CDS_104 CDS 54648 54559 CDS_105 CDS 54813 54715 CDS_106 CDS 54959 54879 CDS_107 CDS 55375 55031 CDS_108 CDS 56612 56532 start_codon_13 start_codon 56612 56610 gene_12 gene 1 63775 56828 transcript_15 transcript 63775 56828 stop_codon_15 stop_codon 56830 56828 CDS_109 CDS 57264 56828 CDS_110 CDS 57539 57458 CDS_111 CDS 58958 58875 CDS_112 CDS 59218 59042 CDS_113 CDS 59479 59320 CDS_114 CDS 61537 61114 CDS_115 CDS 63775 63763 start_codon_14 start_codon 63775 63773 gene_13 gene 1 73469 71182 transcript_16 transcript 73469 71182 stop_codon_16 stop_codon 71184 71182 CDS_116 CDS 71328 71182 CDS_117 CDS 73469 73350 start_codon_15 start_codon 73469 73467 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 112 69792 70046 match_2 match 72.8 69598 69723 match_3 match 44.7 70121 70201 match_4 match 26.6 70281 70319 match_5 match 43.9 69449 69514 match_6 match 285 4382 5107 match_7 match 76.3 1943 2077 match_8 match 74.7 3419 3544 match_9 match 110 3109 3315 match_10 match 55.8 1764 1844 match_11 match 121 78240 78863 match_12 match 107 20613 21059 match_13 match 58.5 20390 20500 match_14 match 107 20613 21059 match_15 match 58.5 20390 20500 match_16 match 96.7 20613 21059 match_17 match 63.2 20390 20500 match_18 match 223 12545 13282 match_19 match 52.4 21320 21637 match_20 match 35.4 21718 21792 match_21 match 159 20586 21059 match_22 match 67.4 20381 20503 match_23 match 85.9 22051 22215 match_24 match 60.5 22292 22402 match_25 match 55.8 21858 21953 match_26 match 292 29183 30016 match_27 match 270 48483 49397 match_28 match 120 46070 46456 match_29 match 174 47459 48034 match_30 match 90.1 46551 46715 match_31 match 121 66324 66530 match_32 match 115 64531 64725 match_33 match 159 12788 13282 match_34 match 59.7 21320 21622 match_35 match 160 20592 21059 match_36 match 74.3 22051 22215 match_37 match 30.8 21718 21780 match_38 match 50.4 21858 21953 match_39 match 52.4 22292 22399 match_40 match 77.0 20381 20506 match_41 match 59.7 21320 21622 match_42 match 160 20592 21059 match_43 match 74.3 22051 22215 match_44 match 30.8 21718 21780 match_45 match 50.4 21858 21953 match_46 match 52.4 22292 22399 match_47 match 65.5 20405 20506 match_48 match 127 20613 21059 match_49 match 62.4 20390 20512 match_50 match 30.4 70121 70201 match_51 match 105 69792 70046 match_52 match 24.6 69336 69380 match_53 match 41.6 69181 69255 match_54 match 40.0 69449 69514 match_55 match 72.8 69598 69708 match_56 match 119 47465 48034 match_57 match 202 48519 49397 match_58 match 90.1 46136 46456 match_59 match 90.1 46557 46715 match_60 match 130 12809 13285 match_61 match 115 69792 70046 match_62 match 40.4 70121 70201 match_63 match 74.3 69598 69723 match_64 match 26.6 70281 70319 match_65 match 43.9 69449 69514 match_66 match 114 12833 13282 match_67 match 53.1 67560 67748 match_68 match 36.6 67959 68024 match_69 match 37.7 67829 67891 match_70 match 72.0 67364 67483 match_71 match 141 12812 13285 match_72 match 22.7 70281 70319 match_73 match 40.0 70121 70216 match_74 match 23.1 69336 69380 match_75 match 112 69792 70046 match_76 match 71.2 69598 69723 match_77 match 41.2 69449 69514 match_78 match 53.9 69175 69255 match_79 match 147 12752 13285 match_80 match 45.4 69449 69514 match_81 match 110 69792 70046 match_82 match 72.8 69598 69723 match_83 match 43.5 70121 70201 match_84 match 26.6 70281 70319 match_85 match 157 47465 48034 match_86 match 301 48471 49397 match_87 match 151 46070 46456 match_88 match 87.8 46557 46715 match_89 match 155 47465 48019 match_90 match 296 48471 49397 match_91 match 157 46070 46456 match_92 match 87.8 46557 46715 match_93 match 155 47465 48019 match_94 match 296 48471 49397 match_95 match 157 46070 46456 match_96 match 87.8 46557 46715 match_97 match 196 29219 29782 match_98 match 273 12305 13282 match_99 match 105 20613 21059 match_100 match 55.8 20387 20491 match_101 match 105 20613 21059 match_102 match 55.8 20387 20491 match_103 match 93.6 80770 81168 match_104 match 202 81653 82567 match_105 match 125 81180 81572 match_106 match 306 4382 5104 match_107 match 73.9 1946 2077 match_108 match 53.5 1764 1841 match_109 match 78.2 3419 3544 match_110 match 129 3109 3315 match_111 match 145 12788 13282 match_112 match 181 12677 13282 match_113 match 170 12626 13282 match_114 match 145 12689 13282 match_115 match 117 47465 47983 match_116 match 212 48507 49385 match_117 match 73.2 46313 46456 match_118 match 80.9 46551 46715 match_119 match 117 47465 47983 match_120 match 212 48507 49385 match_121 match 73.2 46313 46456 match_122 match 80.9 46551 46715 match_123 match 119 20598 21059 match_124 match 57.8 20390 20506 match_125 match 119 20598 21059 match_126 match 48.9 20405 20506 match_127 match 119 20598 21059 match_128 match 48.9 20405 20506 match_129 match 162 12548 13285 match_130 match 105 20613 21059 match_131 match 55.8 20390 20521 match_132 match 48.5 21320 21622 match_133 match 45.1 22051 22206 match_134 match 121 20613 21059 match_135 match 27.7 21730 21783 match_136 match 42.7 22295 22402 match_137 match 39.3 21864 21953 match_138 match 61.2 20381 20506 match_139 match 81.3 288 809 match_140 match 313 4382 5107 match_141 match 72.0 3419 3544 match_142 match 55.5 94 186 match_143 match 83.2 1940 2077 match_144 match 55.1 1764 1841 match_145 match 135 3109 3315 match_146 match 129 12794 13282 match_147 match 156 81719 82414 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_148 match 97.4 63246 62950 match_149 match 48.1 63454 63326 match_150 match 97.4 63246 62950 match_151 match 48.1 63454 63326 match_152 match 98.2 63246 62950 match_153 match 40.8 63397 63326 match_154 match 235 51507 50551 match_155 match 88.6 63234 62935 match_156 match 44.7 63427 63326 match_157 match 360 51516 50551 match_158 match 486 51525 50554 match_159 match 56.2 54959 54762 match_160 match 75.5 55348 55076 match_161 match 316 54825 53698 match_162 match 93.6 53626 53438 match_163 match 110 53360 53166 match_164 match 51.6 63460 63326 match_165 match 103 63246 62950 match_166 match 187 51507 50587 match_167 match 98.6 63246 62950 match_168 match 43.5 63427 63326 match_169 match 187 57262 56831 match_170 match 74.3 59448 59320 match_171 match 61.2 58961 58875 match_172 match 110 59215 59042 match_173 match 170 51519 50557 match_174 match 170 51519 50557 match_175 match 227 51507 50557 match_176 match 186 51504 50557 match_177 match 186 51495 50557 match_178 match 95.9 63246 62950 match_179 match 47.0 63427 63329 match_180 match 94.7 63240 62950 match_181 match 48.9 63427 63326 match_182 match 254 51507 50557 match_183 match 254 51507 50557 match_184 match 299 51507 50557 match_185 match 295 51507 50551 match_186 match 167 51519 50557 match_187 match 334 51516 50554 match_188 match 279 51306 50554 match_189 match 411 51507 50551 match_190 match 411 51507 50551 match_191 match 347 51357 50551 match_192 match 95.9 63246 62935 match_193 match 43.5 63427 63326 match_194 match 236 51519 50551 match_195 match 59.7 53614 53450 match_196 match 83.2 53360 53151 match_197 match 151 51516 50557 match_198 match 258 51504 50563 match_199 match 252 51507 50551 match_200 match 252 51507 50551 match_201 match 252 51507 50551 match_202 match 320 51516 50542 match_203 match 116 57256 56849 match_204 match 59.7 59466 59317 match_205 match 89.0 59215 59042 match_206 match 61.6 58961 58875 match_207 match 116 57256 56849 match_208 match 59.7 59466 59317 match_209 match 89.0 59215 59042 match_210 match 61.6 58961 58875 match_211 match 239 51519 50557 match_212 match 155 51507 50557 match_213 match 248 51507 50551 match_214 match 232 51525 50551 match_215 match 162 51528 50563 match_216 match 180 51522 50563 match_217 match 183 51507 50563 match_218 match 207 51507 50557 match_219 match 219 51507 50557 match_220 match 239 51519 50563 match_221 match 119 57256 56849 match_222 match 52.8 59451 59320 match_223 match 89.7 59218 59042 match_224 match 63.9 58961 58875 match_225 match 179 51525 50728 match_226 match 152 51507 50551 match_227 match 362 51516 50554 match_228 match 150 9218 8940 match_229 match 313 51507 50563 match_230 match 95.5 63246 62950 match_231 match 43.9 63454 63326 match_232 match 286 51519 50557 match_233 match 286 51519 50557 match_234 match 164 51516 50551 match_235 match 306 51507 50551 match_236 match 156 51516 50560 match_237 match 204 51522 50581 match_238 match 191 51507 50578 match_239 match 197 51507 50581 match_240 match 163 51507 50581 match_241 match 160 51516 50551 match_242 match 86.3 54339 53719 match_243 match 48.5 53602 53444 match_244 match 80.1 53360 53157 match_245 match 289 51513 50551 match_246 match 451 51525 50551 match_247 match 451 51525 50551 match_248 match 305 51507 50551 match_249 match 129 57262 56834 match_250 match 66.6 59487 59320 match_251 match 99.0 59215 59042 match_252 match 59.7 58961 58875 match_253 match 303 51507 50551 match_254 match 270 51507 50557 match_255 match 161 51507 50551 match_256 match 137 51528 50563 match_257 match 154 51522 50557