C12HBa0093P12.2 AAGCTTTTGCCTCTGCAGTATCATCCATTAACTTTTGAACATCCTCTAGATTGATCTCAC CTTGTATTGCTTTGATTGCATTATTCCCAGTTTTCAAACTCTCAAAGACAGCCTTTTGCT TGCTTGTCAGTTCAATATCTGCCAACTAAAAGAATTTGCAAATAGAATCAGAAAACAATT TAAATGCTTAAGAGAAATAAGGAAATTTAGCATGGTAGCATATGCTTAAGAGAAATAAGG AAATTTAGCATGGTAGCATAAGTATGGAACTGAATTAAGAAGAATTACTTACTTGCTGCT CAACATTTATGAGCCAAACATCAACTTGCTTTAATAGTTCTTCTTGCACTTTCTTCTTTT TCAATGCTAAAAGGGCCCTCTCTTTCTTCTTTTCGCGTAGCAAGTCTTTTGCAGCTTGTT TTTCGGCTTCAATAACAGCATCCAGCTGAAACAAAGAATAACAGAAGGGATTAGCAGGTC TGAAACCAACATTGAGGAAAGCTTGCAAATCAGTCCTACGTGGAGCCCTTGGCACCAAAA AAAGAGGAGAGGACCTTTAAGTTCTTATTGTGGACAATCTCAGTTGCACCGTTTAATAGA ATTCCAAAAAACTTCCCCTACTTCATGTAAAACCAACTTCTACCCAATTTTGGGTTTTTC TTTCTTTTATTACTTTTCAATTTTGTTGGGATTGTTAGCATTCTGACTAACTGCATAATC AAGGTATGGGTCACTCTCCTGTAGAACTTCCCCGAACTATTAAAATTAGCTGCGTGTCCA GTTGCAATGAAACTGAGAATGCCCCTTCTTTTTTTTTTTGGTTCATTTTTAACAGAAAAT ATGATATAAGCAACAAAGTGCTATTATTTCAAGTAATGGTTGATGCTGAGACTTGAGGTC TTGTATAGAAGGTAATTGCTCAGAAGTAGAATTGGTAGGTCAACTTATATCTAGGCTATA TGGTTTTGAAGATTTAGACAATTCACAGATTCTCTTTTCTGACTCGGAGAAAGGAAACGA AAGCTCTCTATTAGGTCATTTCTTTCATCCAGGAATAGAGTTGACTATTGTTTCCTTGGA TGGCAATTACAGAAGACAAAAGCTCCATCAAAGACTCACTTTTTCTTATCATCAGCATCA TATGAAGCAGTATTTACTCAAACTTCTACAGAAAATGAAAACCTTTGTATGAAACGTACA TTTTTTTTTTTCAAATCAGAACCACCGTCTAGTAGATCTTTTATGTGTTGAAAGTAAGAA CAAGCTGTCGACATCTCTTCCTCCCCTACATAATGACCACTGAGATGACGGATATGTAAT GTGTATTGTAAAATTTACAAATATTCTAGGTACTGCCAAGTTCAGTTGCTATTGTTTCTC AAATTGGAAGAGCTGGTCGATTCATTCAGAAATATAGAGACTTTGATACACAGCTCCTCT AAGCATCACGTTATGGTCAAGGAAGAACCAATAACAACAATGCCTCAGTACAAAAACAAG TTGGGATCCGCTATATAACCCTCACTAATCATCTTACTCCACTTAAACTCATCGCATGCC ATATAATAACAACAACAACACACCCGTGTAATCCCACAAAGTAGAGTCTGTGAAGGTAAA GTCTACGAAGACCTTACCCCTACCAGCAACCTTGGAGGTAGGAAACCTTGGAGGTAGGGA GGTTGACCCTCGGCTCAAATACCAACATAGAGAACTAATTCTTCCTAAACATAGTTATTG CTAAAAGACTCAAGAAAAAACACATAGTTCTACAACTCAATCTCAACATTATAAATCTAG TATTAACATCATTGTTGAGCTATAATTGTGCATTGCAATAAACACCCAAAAAGCCATCTT GCTGTCAAATTTCATAATTTCACCTAATAATCCTCCACAATAACCAATCCCAGAAAAAAA AATCCAAAAACTACCCATGATCCATCTTAACTAAACTAAGCAATTTTAGTTTAGCCCACC AAAAAGAGAACTGCAGTCAAAATTTTCAAAAAGGGGCAAAAATAAAATTCCTTATACCTG TTGCTGATATTGAGCAAGCTTACGCCTTTGAGTCTTCAAAGACAAAATCGCTCTATCAAC TTCGGTGATCTTCGGTTTCTTCACAAATATATTTCCCATCTCCCAAATTCAAAACCCACA AAAAAAAAATACGAAATTGAACAACCCCACAACAAAAAAATAAAAAATTTACAACAAAAA TGAGGTCTTTTGCATCTCTATATGCAAAGACCCTTTAGATTATTCGTAATTGATCTCCTT ATAAGCTGAAAAAAACAATATGAAAATACGAAATTAATGGATCGGTGAGTCCTCAGCGAT GATCAAATAGACAAAAAGAGACAAATTATTGTGTAGAAATCAATGTTACTTGTTCTTTGA GTTCTAACTTTTTTGATCTTTTTGAGGGGCGTGAAGGTAGAAGAAGAAAGGGTTCTTGTT TAAGATTAAAATATGATGGATAACAATGGAGATTTTAACAAAATAGTCCCTTAAGTTTTG GAGTATGACTAATATCATTCAAAGTATTACTTTTCATACACTCTTAGTCCTTAAAATTTA AGGAATGGATGGCTTTGGTCTATGTTAACTAACAATTCCACCATATAAATTAGTAGTTGT TGTGACCCTAAGACCTCTCGTGAGTGGTCGTTTCTAATAGACTCATGACTCAAGTACAAT AATTTTATGTATAAAGAAGATGAAAATAGTGACAAAACATAACAACTAATTGGAGAGGCA GCGAAGCTTACAAGAAAAAAGTTATGAACAACAACAAAATAATACTGCAATAGCAAACAT AATACACATATGAGGGTAAATATCAAAAACTAAAACTAACAAGAATATGACTAATACGGC AAACAACAAAACCATTAACTACTAAAACAAAGCAACACCCCATCACCTACTAATATTTTA CCCTAATACGCGACCCTCCACGTCTGTCATATCTAAGGTCAGATCTTAAGTAATACGAAG TTGTGCTAATTTCTACTTAATATATATATATATACACACACACACACGCTCACACTCAGA TGACATCAAGGAGGAATAAACCATATTTCAGAAAAAATGTTCAATTACTACTTGATATCA CCAAAATATATAGATACCATTAGAATGTATAAATATTATAAGTATACTGATATCAAAAAT GAACATTCAGTGGTTCAATAAATAGAACAGGGGTAGTCGAGTAAATAGTTTGGTCCTGAG TTCAATAGGATAATATATTATGTTAGGTTTAGGTAAATATTTTGCCTATTGGATCCAATT TGTATAGTTCTTTTATCCGCGAAAAAGATAGGAATGACTTCAATGACAAACAAGATGCAA AAGATACAAGATTGTGAATACTTTAGACATGTTAAAATGGAAATGTGCATACGCTCCTAT GAGAAGGTGTGAGGGATTGGATCTAGTAGGCACGGGAAGAAGTAAAGATAGACCGAAAAA AAAATTGAGAAAAAGTGATTAAACTGAACATGAATAGTATTTTCACACATTTTTGTAGTT AAAAAATGAGATCGAGGTATGAAAATATGAGGTAACCGCTTGTAAATATTTTTTTTTCTT TTGCGGTACAAAATATCCTTTTCTTTATTTTTTTTTAATTAATTTGACCAAATGGTCTTT TTGGTTATTAAATTTTGCATAACTTAATTTTTAAACCATATAACCTCAAAAATAAATATT CCAAGCTCCCATGCATGCAAACCAATTCTTTATTGAACGGTAATCCGATTAAATGATCTA ATTCACCCGTTTTTTTATTCCTCTTTCTTCCACATGTCCAAATAATTTTAAAAAAATTAA AATAAAATCAATGAAATTAAAAAAAAAAGTATAAATAGTTAATTGTAATAACAAACTCAG AACGAGAACTCTTCTCCATTTTCTTCCCTCACCATTTTTGAATTTTACTTCCATTGGATC TCCCTTTTTTTTTCCTTTCCTCTTTCCCCCGTCGCTACATTAGGGGGAAAGAGAAAAAAC GAAACGATACGAAGAAGAAAATAAGAAAAAAAAGCAAAAAACAATAACATTAATTAATCA AAAAAACAGTCGATCTCGAAAAAAAAATATAGTAATTGATATCTCTATACATCAAAAAAA AAAAAGAAAATTACATCATTTTTGCATTGTTATGGCTATAGAACATGATACATTATTCCT CGATTCATTGAATTCAACAGCTACATCTTCATCAGCTTCACTTGATCTTGATCATCCATT TGAATCTACGTCTTCTTCACCATTATCACCTTCATTAACCAAACTAAACGCTCGTGCCAT TGCGTTTATCCCACGAAGTTCGTCTTCTCCATCATTATCATCAGCTATGTTGGCTAAATC ATCTTCTTCGCCTTCATTGGCGACGATGTCACATCCTAATTCCTCCCGGGCCAATTTAAA TCGGCCCGAGAGTAGGATCGGGCCTGGATCAGGGCCCGTTAATGGACAGACGGTGTTGCA TCTGATTGCAACACCATCTGCTGCATTTCATCAGATAACTACGCATGTTCCTGTACAGAA TTATATATATGCGTCTCAATTGCCTGTGCAATATCCTTACGCTGGCGGAATCGGAAGAGG ATTCGTCGATCATGGCGGTATGCCGGCGGTGGTGGTTATTGGTGCCGATTCTGAACGGTT AAGTGATGAAGCTTGTCAAAAAATTATTAATCAGGTAAGCATAAATCTCTCTGTAAATAT AACCTCGAACTATTATAAATGGTATGTAGATATTCTCCGTCATACTTTTAGTACATTGGT GCTCCTGCTGTCCATAAACTAGAGCATATATGTCTGCCCTTCACTTTAGCAGAAGACTAA ATAGGGATACGTGACACAATTTTATCCATTGATCCGATGTCGGTTCAATGGATAAGGTTA TGACACGTGTATGCCCATTAGTATAAAGGGTATATGTGCTCTCGTTTTTTGACGGTAAGA GCACCAATGTTTCTAAAGTATGACGAAGGGTATCTGCTTACCATTTACGATAATTCGGGG TATATTTGTCCTTTTTCCCTTGTATATATGACTAATCGCACTTGGATCATAATACATCAA TGCATCCTCCAGCTTTGGGTGTACACAAGTAGACACTCAAATATTTACAAAATTGAACAA GCTAAGTAAACACATGCGTCCTGTATGGTGTGACGTGCTATGTGTAATATGCTATGTAGG AGGTGTGTGTAAAAGGCCTACTTGTGCTCACTGAAAGCTGGAGGGCGTAGATGTTAGCTG AAACGAAGTTAAAAGATATATTTATGTATTACGCCAACGGTGAAATTTGGAAAAAAAAGT TGAAAATGGTATTGGAAATTGGATTAAGAATAATCCATTTGAAGTAATGTTCCAAATAGA AAAACTTCAATTTTTTTTCTTTGTTATATTATGTGCAGGTGGAATTTTATTTTAGTGATA TAAATTTGGCTACAACTGATCATCTAATAAGGATTATGTTCAAGGATCCAGAAGGATATG GTAAGATTGTTAGAAAAATATAATAATCTTGTCTTTATTGGTATTTCAAAAGTTAAAATT TTTCATCTGATGAATCTTTTGGTTCTTTTTGATGTTGTAGTACCAATGTCTGTGGTTGCA TCATTCAAGAAGATTAAAGCTCTTACGAGTAATCATGCCTACGTTGCAAAAATCCTGCAG TGCTCCACAAAGCTTGTGAGTTTTTCCTCATTTCCGCCCCTCACATCTATCATCCCCATC AGGGACGGAAGGGGTTTCATCTGAACCTCCTTTGCCGAAAAATTGTATTGTATAATACAA GGTCAAATTTTTCGTTATATATATATAGTAGATGTTGAACCCTGTCACTCACTCTGTGTG AAATACTTGTGCTACCTGTAATACACTTGTTTCCACAATTAGTCCTTTTACATACTTATG TAATTGATTTCTCTGTTTTTAGGTGGTTAGTGAAGATGGAAGAAAGGTTAGACGCCAATT TCCGCTGTCTGAAAAGGACTTGGAAGAGCTGCAAGTAAGTTCGTTTTTATATGGCTAGTG TTTCACTTTCTGTCTTGAGCAGTGCAGTTATGATGTATCGATCTGTTAGAACAAGGACAG TTTAATCACGAGTTTGTGAATATTCCCATTCAGTGTCGGAGCCAGGATTTTGAACAAAGG GGATTCAAAAGATCCGAACTATTACCCTTATGTCAAGGGGATTCAGAAGTTTATATATAT GAAAAAAAATTACCTTTTTCCTATTTCCGCAGTATAATTCAATTGAACCCCCTTTCTTGA CCATGGTTCTGCCAGGATCACCGCTGCTCTCATTGTATTTCCGTTGTCTGGTTGTCATTT TTAACACTTTGATTCTGTCTCTTTTAGTCTCGCATTGTGGTTGCTGAGAATTTACCCGAT GATCACTGCCACCAGAACCTCATGAAGATTTTCTCAGCTGTTGGAAGGTATAAACAAGAT AGTTTATGGAAATTTGCTTTTAGAAACAAATCAACAGTTATCGTTAGACTGACCATTTCG TAATTGATTCTGTCAGTGTAAGAATGATTCGTACATGCCAACCACAGTTAAACGGCGGGG CCTCTGCAGCGTCTAGAACTGGAAAATCAGATACCACATTGTATAGTAACAAGGTGCACA TCAAACATATATACGAAATGATGAATCTCAAGTTGAAGTTGTAAAAAATCTGTTGAGTTT AGCTTGATAATGCATGCTTCTAAATGGAAAATAAGAAACCAAAATAGGATAAAATTTCAA TTTATATGTCTTGCTTTCCTTTTTAGTCCGTTTCAGACTATTGACTCGTTCTTTTTTTTG ACAACTCCTTAATTTCAACTTTCCACGTGGCATGTTTAAGATCATTGGATTAAAGGACAT GTTAGTATATTCTACGTATCTTTAGTTTTAGATCGCAAGATTGAGAAGTCTTCTTACTTT CTAAAATTCCGTCCCAAGTCAAAACCAGAAAAACTAATTGAAACGGTGGGAGTGCTGTTT TTTGGAAGCACAGTAGTAGAGTGGAGTAGCTTTTCATTGTCTATCTTAATCTTTCGAGTA TCATTTTTCATTTCTAGAATCTGAACTGAAAAACCTAAATGCAGTTGCATGCATTTGTGG AATACGAAAGCATTGAATTGGCTGAGAAGGCGGTAAGTAAATTAAAGCTTGTTCAATATG ATACCCGGATCATCTCTCTGTTGCATCCTTTAACCTTTCGCAATCTTATTTTGTAGGTTA TGGAGCTAAATGATGAGGATAACTGGCGAAATGGTCTGAAAGTCCGTATACTGAACAGGT GGACGGTATGTGTTGGACATATACTATCTTGATAGTCAATGTAAAGGTGTATCTTTCTTT TATGACTGAAAAATTCGTCTGGGGCCAAATCTTAGGACCAACTGCAGCCTTTGGAACTCG GGAATTAGAGCTTCTGGTTCCATTTTGGATCTTGAATTCTTGTCGATTAAGCATTTATAG ATTTTGGTTGAACTCACAGGGAAAATCTGGTCAAACTCGAGGGAAGAAAATTGGTTACGA GAGTGAGGTCAGCTTCAAGGAAGACGATACTTCATCAGAGGCTAGCGAGAAACACAGTGA CGACCTGTGGCACCACCTTGATGCTCACCTCAATGACCTTGCAGTAAGTGTTGTTATCTT TCAAAAAATGAATATGTAATGTAGTGAATGATTCTGAGTGTATATATTTGTGTTTTATAT GATAGGAGGAGCATGTTGATGGGCAGAGGAAAGGACTCAATCGCAGTTGGGTTAAGGGAC TTGGTCAGGGACGTGGACGTCCTCAGTTTCATCAAACCAGTCGTGGAGGTCATTTAAGTA CTCCCCCGGCAAGTATGAGGCGTGCATACAGTGTGGGAAGTGCACTATCAAGCATCAATC GTTTTAGTCTAGCAGGGCAACCCTCAATGCTTTCTGATCAGTCAGCACCAGTCAAGCAAA CTTCTGTGCCTCGCATGCCAGATGGCACCAGGGGCTTCTCCATGGGTCGAGGTAAGCCAG TTGCAATTAAAACAGCATAACGAGTGTATGTGGTCTCGAGTGGCTACTTATGTGAGCATT TCCAAATGGAGAAGTGGAAATGTGCTCTTTTTTTGCAGTATTGATGGCAGGGTCTTAGAG ACACTGTCAATCCAGTTGGAGTTGATATAGTTGAATCGGCGGATTGAGTCTCTTTTGTTT TTCCTGTTTATGTTTGTCAAAGCAAAGATCTTTCAGGAAATCTGTGGCTTTTGTTATGTT TCTTCACTAGGTTTCCGTCGTGTTTATGAAGCAAAACCTGAGGGATTTAAGTAAAGTCAC ACAAATGTACAAAGAATCTTCCCTCTAGCTTCATCTTAGTTTTTTTGTGTATACTAACAG AAATTGAATATATTATCAATAGTTCTATCATATGTAAATGTATGGAGCTTCTCATAGGAA ATTTATTTGCATTATCACATGACTCCCTTCATGAACTCGATTTTGGGGTTGAGTTAGACC CAAATGTCATATTTTTACATAGTATCATAGCCAGGTCTATCCCTATTTGAGCTCCCGATC CACATTCCAGTTGGGCCTGGATGTGAAGGGGGTGTTAGATTGGATTTGAGCAATCCTCCT CTCGTGAGGTACCTTTTAGAGTTGAGTTAGGCTCAAATGTCATATCTTTACACAAAGATT AAATCTATCAGAACACGACTAGTCTAGCTGTAACTTATTTTTGCAAGTTCATATTCTGTA TATGAGCTGCTTACTGCTTACATACATTCATCCTTGTTCCTGAGAGTAGTACTTGGTCTA TAGTTTAAGATTCCGTTCCTTATAGCGTAGTTAAGTTTCTGAATATTGAGTGCAGAAAGA CAGTAACACTGTTCAAATAAATGTTCAATGAATACTTCTAAGAATTGACGAGTCGTGTCA TCACCAATTCGATAACTTTAGGAGCATCAACAGTTGCTGCCACTTTAACTATAGGTTTTT CAGACCATTCAGTGACTTCAACAAACCTTGTAAAACCAAAAGCAGATGAAGTATGTAGTT ATAGGGATAATATAGCAACAATATAACACTTATATTAAGGCATTATGAACCAAATACCTT TTCTGTTTGTTATAAAAGATTGTGAGACCCTTTGTGATGCCAACTGTCTGAACGCGAACG ACACCTTCTGAATAGGTGAGGAGTGATGGATTAACAGCAGCAAGTAAAGCAGTTGGATCA TGAAGGAAGACACCTACATAGAGCCCCGATTCCAGTTACATAAAGAAAGTGAGTAGAAAC CAAACGAGAAATATGGAAACAGCTAACTTTGCACGTGACAGACAGACCTCTCGTGCTGTA TGCAGTATTGTGATAATCGAAATAGACATCCAAAAGCTTGCTGAGGTACTTGGCAAACTT TCCATTGGACTTTGCCAATTCGCCACGATGAGAATCTAACAACAGTAGATAGATGCTATT AAGAGAAGTTAACTAAAACAGGACCCTAGGAGCTAAGACCGCAAAATAACAAGATAAACA AAGCAAATGAAGTAACAGGTAGTAGTAAAAAATAGAGAATAAGATACTTATGTGTAGATA GGATTACTACCTTTCTACCTTAATCCTTGATCTCCATACTTTTCTATCTAGGATCATGTC CTCAGTGAGTTGAAAACTAGTCATGTCCTGTCTAATCACATCCTCCCGTTCTTCTTTGGC CTATACCTCAACATCTGCTAAAACTTGCTATAGCCAAACTCTCGCGCCTCCTCTACACTA CTCTCTTAGTATTTGTTTCTATTATTCGATAGCACATTCTTCTTAAAATAACAACGGAGA CAGTGGCTTGAAATGAAACTTAAGAAACAAAGAAAAGATTACCAGTAAGGACAACTTGAT GTGTAATATTTAATCCAACAGCAAGAACATCAGCACCACTTGTAAATACAATATCAGCAG CAGTTGGATCTTTGAAGATCTTGCGCAAACGAAGAATAAAAAAAAAAGTCTTAGAAGTTG AAGCACATATAAAGAATGTAGCTATTAGCAACTTACATTTGCCTCAGCTGCTGGACTCAC ATTTCCATTTACAGCAAAAGCACCACCAAGAACAACAACTTGACCAACGTTTTTGAAAAA TTCAGGATCCAACTGAATAGCCTGTTCATATATATACATATATCAGGTAGGAAACTCGCA AACAAGTAATACTTCAAGTGCGTTATTGACCATTATCTCGTACTTACAAGTGCTATATTT GTCAGGGGGCCTAAGGCCACAACAGTGACCTTTCCAGGGTAAAGACTAGTTTGCTGAATG AGAAATTCAGCTGCAGTCTGTTCAATAGCCTTTCCTTTGGGTGGAGAAATGTTTTGGTTT CCGAGTCCATCCGCGCCATGAACATATCCACTACTTTGAAGTTTTACGCCTTCCTTTACA TGAACATAAACAGAGTCCGCGGGGGAAAAATTTCTAAGCTAGGTCTAAATATGCTGAATG AGCAAAGGTACACAATCAGAAATACTGTAAACATTACAAAGTGTTCATTTCGTTCTGTAA ATCTTATACTCCCTCCGTATCAATTTGTTTGTATTGTAATATGGATGAGCAATAAGACAG AGAACTGAACATACAGTGATCGTAACGTGTGAGCCTTCAGCCACTGGAATATCTGTCCTC CCAGCTATCTCCAACTAAATCATCAAAACTCGAAAAATCAACATTCATGCTCATGGCAAA AGAACTAAACGTACGTTTTTCATTTTATATGTTACCCTTTCCTTTTTAGTCTGTTCTAAA AAGAACGACACATTTCTATATTTGAAAACTGAACATCACATATTATCATGAGTGATATTT CTAGTCATTTACTATGTATGGAAAGTCGTTCTTTCTTAAACTCCGTGTCCAATAATGAAA TAAAGATAGAACTTTACCAGATGTAAAGCATTTCTGGTTGACAGAGTTGTCTGAACATTA CCAAATATTGTTGTGAGTCCAATTACTTCAATTTCAGGAGATTGAAGTGCCACGAAAATC GCGATTGCATCATCTAAACATGATATTAATTCATATAAAATCTCAAATAACTCAACAGTT GAATTGGTAATCACAAAAAAAAAATGAAATCTTGAAATGCTCTTACTATGAAGAAACAAA AACACGAAGATACCATAGTGTAATATGACGAGGATAGAATGTACACAGATCTTATCTAAC TCGTAGAGTGGTAACCACGATTAGACGTGTGACATGGGAGCAAGTACACAACATAAGAAA GAAAGAATAGCAATGACAACGAAATAATGTGACAATCAAAGCACAAAAAACACAGGTAAT AATCAAAATCGAAGAACAAAAAACTACGAGAAATAGTTGTAATAAAAGCAAAATTACCAA TTCCAGGGTCAGTATCAATGATGATTTTCTTGATTTCTTCTACCATTTTATTGATTATGC AAATGAATTAAAAAAAGGGATTCATTATAGAAATATTTAACAGTTTCAAATTGTGTATAC AGTATACACTATACAATTATTGTCAGCAAGTTGACTCTATAATGATTGTATTAGAAAATT AATGCTATTAGAAACATTTGGAATATTAGGATTGAAAATTGGCAAAGATATTTTTTTTTA AAAAAAGGAAAAAAAATATATTTGATTTGAATATCTATGTTTTTTGGTGTTAAAAATAAT GTATAACATCTATTTTTTACCAAAAAAGTTACTCCCTCTATCTTATTTTAGTATTTTACG CGAAGGGATTCATAATATAAGGATCAAAATATCTATGAATTTGGACATATTTTTTAGTGT TTTTGAATAAAATTTACAAATTTAAAAACTTGGAGAAGTACTATAAGTAAAGCAATCGTT AAATATCGTTTCATTTTAACTAAAAGTTTTGAGTTCAAACTTTGGAATGTTTGATATATG TTCATATACTGAACATATATCAAATAGTAGCATTTATAAATTATATGTATGATTTGACGT TTCAACAAACTTATCTAGGTATATCTCTTAAAAATAAATTGTAATAAAAAGTCTTTAATA CAAAAAATAAAATAAAAGAATACGTTAAAATTCAATTATTCTATTATTTTTATATTTGAA AAGTCAATTTAACTTATCTATAAAAATAAATAAGATAAAATCAACTTATAAATTATCATT TTAAGTTTACATAATTTTGAATCTCGTTAGACATAAGAAGTTAGTAGAGATATCTTCACA AAATGCTCTAAGAACTTATAAAATATCTTTAAAAGAGTTAATTTTTTATATATAAAGTAC TAATTAATTAGTACATAATTAACTTATAGTAACTGTTATTATCACTCTTTTATATGGCAA AAGTGGATTAGGTAATTTAGAAATTGAAATACCAAAAAAAAAAAGAAAAAATAAAACTAG AACTCCCACTATTTGACTCTTAGCAAAGAAAATACAATATATTTTATTCATCTAATTACG TATTTAGAATGAATTTGTCTAATTGATGTTCTAATAACTCAACTTTTAAATCATAATCAT TTTATAGAAGAGATAGACGATTCAAAATGTAAACTCAGAATAATTATACCGAGGTTGATC AGTCTCAATTTCACTACAGGATTTGCGAAAGAATCCTGGGCTGGGCCACCTCGAATGGCG TGAGCCGCATGCGGGAGACCCGCACGTACGATTTTTAGAGGGATCTGGTCGAAAAACCGG CTGGCGCCCACCCGACTAGAGCGACTGAGAAATTAATTGATTTGTCCTCTCTTATAAATA TAAAGAAATAAAAAAAATTCGTAAAATCTCGTCTAATACTAATATCTAATCACTAACTAA TCTAACAATCTAAAATCTAATTTTTGTTTATCGAGGATTTAAATTTTTCTCTTTTTTTTG TACTTTACACTTTGTTTGGATCATTGTTACTCATTGTTTCATAATGTATATTGTATGGTA GATACAATATTTGGTTAGATTGTATTGTTTGTTATTGTTTAGTAACATTTAAATTGTTTG GTTTAATTGTATCGTACTGTATTGTAATTTATAAATTTACTTAAATATCCTTAATTATTC TAGGTTAGGAGGTTTGACTAGATTTAAATAATTAAATTAAAGGGTAAAATAGTATTTTGA AATATTATGTAAAGATATAATTGAAAAAAGTAATTAAGTAACAATGGGAACACACCACAT TGGTTGTTTCATAAAATAGGAATTTTCATTGTTACGTAACAACGAAATTTAATAATACAA TACAATACATTTTAAATAACAATTATAACAAATATTGTAGGTATAGTAACAATACAATAC AATACAATAGATGATAATAATCCAAACATAGCGTTAATTTCACCAACTCAAAAAAAATCA CGAAAATTGTGTATTTATAGACATACACCAAATGTGAATATTTATAACTAAATAGGTTAT GTTTAGTGTTAATTAAGCTATGAAAACTACATACAATGTTGAGATATAGCAAAGAAAGAT CACAATTAGGAGATTTCTTAATTAAACTAAACAAGGTTTTAGGTAGTTGGTAAACACGTA ATCTATCACAAGGCAAATTGGATGAGGATACACATAAGCTAAAACTAAGTCAATAAAAGG AAAAAAAATTCGTGTTATTTATCATTTAATAATAATAAAATAAATAATTAATCAAGAAGA AATATTCCATCAAATAATAATAATAATAATAATCAAAATTCTAAAATTAAAGTTGTTAAA CTTTCCTTTTCCTTCTCTCATTTTAAAAAGTTAACATTATTGATTTGTTTTTATATGTTT TAACTAGTTATTTATCGTGTTTATAGATCACAAAATTTACTTAATTATAAATAATTATTT ATAACTAAATTTCTAATGATATGTGTATAATAATTTTATACTATCGATGTATATTAGTTA AAATATTATTCTAAAGTTTTATCCTTTTAATATCTTCTAGAAAACTTGCATCACTAATCT TTTATGTCATGATAAATGCCACATCCAAATCAATGTGCTTTTTATTTTAAAGAATAAATA TTGAAGAACAAGTCAATTTTCAATTGAGTGTCATTTTCATATACACATTTTTCTCTAGAA TAAATTATAAATAAATACAAGAATAGGATATGATTGGGGGCAAGATATATGATCAAGTCA ATGTTGAAATAATGAAAGAATAAAGAGATATATACATACACATTCGTATATATTATTGGA GATAATTTATCTTAATTTTATGATTACATATTTTATATTTTAAAAAGAAATTCAGATACA TTTTGACTGACTTAACGATATAAATTTTTTTTATTAATAATATATACAATTAAATTTATA TATATCAATGTATTGTATAAGTATCTTTTGATTTTTATAGAAAAATATTATTTAAAAACA TATCGTTAATATAACATAATATATAAAGTAAATTCCAAAAAGAATTTGGCATTTTAGTGA AATGTTATTATTACACTCTACTGATTAAAAGCACAACCAAAAATTGACCTCTAAAAGGGA CAGAAAAAAATCAATTTTAAATGTTGATTTTTTAAAATATAATTTTTAACAAAATCAACT TTTAGCGATAAATTTTTTTAATGACAAAAATATAAATCGCCCGCTAGAGGTTGGTTTATG TTTATAAAATTTTGCGAAAAAAATCCACCTCCAAAGGTTTTTCTTACAAAATAAAAAAGA AAAATCTTTTTTAAAAAGTTTGTTTTTTACAAAATAAATAAATAGAAAATCTTCCCTCTA GAAAGTCCTTTTTGTATTGACCTTTAACTTGAAATCAATATTGATTTTATTTTTGATACT TTTATTATAATAACTGTTTTAGAAAGATTTGACGATTATATCTTAAAACTCAGAATATTT TTAAGTATAAAAAGAAAAATAAAACTCGAAAATTCTCACCTAACCCCTCATATATAACAA AACTAGCTAAGCCAAAAGTCTTCAAATAACTCATTTTTCTTCTTCTTCTTCTCCTTCAAA AAAAAAAAAAAGTTTCATGGAAGGACTTATTCCATTAGTATACAAAACCATTAAAAGAAC GAAAACTCGTCGAAAATATGAATGTCTCTCTTTTGGTGCTGCTAATACTTACGATATCGA AAATTTCTATCCAAAAAATACTAGTAAAAATTACGAAATGTCATCAATTGATGACCAGAA GATGGTGATTGACAGTAATGATGGTAATCAGACAAAAAAAAATCGTCATCATAGACGAAC ACAATCCCTCCACGTGCAATATTCCGGCGGAGTTTTACCGGAGGATAATATTCCGGTGAA GGATAAACAATTTGTGAGATTTAGAAGTCATCGTAGAATGTTTTCATGTGTTACTGGTGG ATGAAGAAATAATTAATTAAAGGAGTATGTATATGGTTTTCAAATTGTTCTTATATGTCT ATATATATTTGATATTAGAAAATTACTGGCTCGATTAATTCAAATTTACTAGAGAGGAAG TGAGATTCTCTTGAATCCGTGATCGCTTGGTAATTTGGGGTGGTGGGGGATATTTTTCCA TCTTATCAAAGGCGGAGCTATGAATTCGGTAGAACCAGTAATTTTTTGATTAAATATATT ATATATGTATCACTTTAATATTTTAAAATTTATATATTCGAGATTCTAAATTTATCTATC TATCAATCTCACCACATTTTTTTGCAGTAATTCTTTTTTTTTTTAATTATACATTATTTT AGTTTCATCGTTCGATATTCTTGTAAACAAAAATTATTGTATATTTATGGTGAAAATTCT GATGTGTATATAAATCAAATAATAACCCAAAAAAAGTGAGTCAAATTGGACTTACTAGCA ACTCCTCCTTTGAATTTCAATTAATGTGTTTTATTTTCTCAAAAATATTTTTGAAAGAAT AATATTTTATATATTTAGTAAATTTTTTAGTTTTAACCGTTTAAATGATATTTTTAATAT CATAAGATTAAGAGTATTTTTGATAACTCAAATGTACTTTTAATATGATTTAAAATAATT TTACTTTTTCTAAATTCATGTCTAATCAAATTAAAACGCGTATATTAAAACTGGTTAAGA AATAACTTGCTTCATGAACCAACTAGATGAGTAAAGTCTCAATGGCTGTTGTTTTCCAAT AAGCTTAAATGGGGTAGGTGGATCACATTTAATTAGACTAATTTGTGTTAGTGGCAATCT ATTTTTTAGGTCATTAATGGAATTTGGATAATTTATCTAAGTATGTTACTTTTTATGTTT ATCTAACTTCATGAAATTAGAAATGTATAGTAATTAGTAATTTTTGTGCCTCATCATGGA TTCATATAAGGGATGATATTTATTGTTACATGCATCATGGCTAATTTTCAATTGATGTTT CGTCAAAATTATCTTGCTAATTTTCAATTGATATTTCGTCAGAATTATCTTGACAAAAAA GATTTTTAACAAAAAATCCATTAAAAATATTATCAATTAAATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATAAATAAATAAAAATCTTTGAAA TATTTGACTAGGTAAACAAGTCAAGTTTCAAGATACAATTATATATTTAATAATGGTTTC ATTAATAAGTGAATTGGTAGATTAATGAGTATTTCTTCATTAGTGTTTTAAGTTCGAGTT TTTTTTTGAATATACAAGTGTGTTTATTAGAAAGTGTTTTATGTTTGTGTGGATTTTTTT CAATACAAATTTTAATTTGTTGAATTTAATATTAATACTAAATATCGAATATAGAATTCA AAAAATAATTAGTTATGATCCTAAAACATATGAAAATTATAAAGGGTTTATCAAAGTGGA TTTTTTCTCATAAAAATTTCTCTACACAGCAATTGATATATAAGTCCTCCATTAATTTTC ATGGGTCGCTACCTAAAAAAACATAATTAATTTTTTCTCGTGTATAAATAAATTCAAAAT TTAGAGGTCGTAATTAAAATTTTTAAAAAATGTAATTTATCAAATATTTTCACATTCTAA TTTGTTCCATATGTTAAATGTACATAATCGAATCAAACTTTTTTTTATATCATTACTTTA ACATTAAATCAGTGATCTCAAAAAAATATTTTTCGAAAATGATGATGAATTTTATCCAAA TTAACTTTCTTCTAAAAAGAAGTTCATAATGTTCCGTTAAATATACTTAAATTAGTAATC AAGTAGTCAAAAATGAATCAAAATTACCTTTTCTTCTCTAATTAAATTGAACTTTATTCT GTGACATATTCAAAAAAATTCATCGCGCTAATTTATAATGCGGCAAAAAATCACAAACAA TAAGATTCTTTTTAATTAATTAGAGGAGAAAGGGTCATTTTTTTAATAAAAAAAAATAAT CTTTATTTCTTAAATTCTGTGTCAAATTAAAATAAAATAAAATAAAATAAATTGAAACAG ATTATCAAATAAAAATTCAAAAAAATTAAATTAAAACGGTGAAAGTAGCATGTGTTTATA TAGAACTTTTGGCACTTAATCACAAATTATGTACTAATACCTCATTAAGTTATTTAATAT ATAGTAAATTATTTGTTATAAATTTCATGTGCATAATATATTTAACTACTGGCGGCTATG CACGAAATATGACGTCATTTAACTTTTTTTAATGATGAAAATATGACGTCTGCCAGCTCA TTTCATTATATGAGATTAAATTATTTTAACATTTTATGAATACTTGGTAGTTGGTTAAAC TAAAAGTTATAATTTAATCATTATAGAAATGCTATGATAATAATCTAAAAAAATTACATA TTTTTTAAAAGTTGTTCTTTCATTTTTTTAAATTTCATATCGAATTAAGCTATGACAAAT AAATTTTAGACAGAAGGAGTTGTTAATAAGTTCTTTCAGACAATGAGATGGAGGGATCCG CGAATACACCATCAGAGCTAGATGCCTTAACCCTGTCATTGAATGAGGTTAAACACCTTT CGAAGAATTTAATAAAAAAAATACCTTCCTTCGGCAAACGACTGAGTGGAAGTTCAAATT TTCTAATTACCTCTTCAATATCATATTAGTAATCCACTTTTTTCCTTACACGTACCTTAA ATAATCATATATAAATTTTTTTTAATGATCTACCATTTAGAAACTTTATAAATTTATTTA CACTTTCAAAAAATACGTATAATTAATCATAAAGATAAAATATGAATTTTGTCTTAATTT TATACCCTAACAAGTAATTCACAACAAATATTTAATAAGATGAATAATTAATATTGGTCG GAAGGAATAATAGATATTTTTAAAGGAAAAAATAGCTACCCAAAAAGATTCCATTGAGAT TAGCTTAAATACTAAAATTAGGGCAAGTTGCACTAAACAATCCAAAGTTTTAAATAAGTG AGTTCTTATTAAATATTTTGTTCTCAAAGAAAAAAATATATAATTCTAAGAATATTTATA TATAATTTAGAAAAATATTATGAAAGCTATTTATATATAATTTATGAAAAATAGTACGGT TATGACCGGTGGAGATGGAAGCTATGAAGGGTGAAGAAATAAAAATGAAACGTGTCGGAG GGTGCGGAAGACGCAATAAATACAGAATATCACTCGTGAAACTTATTTACTAACTCTCAT TGGAAAAATCATTTTCCTCACTTTTTTTTTTAAAAAAAAACCTTGTTTTCTCAAAATAAA AAAAAATCAATATTTTTTATTAGCTAACATAAAAAATCCAAAAATATTTTCCTCCATACC AAACGCACCCAAAATTCCGACCAATATATTATATATATATATAAACGAATAGCTATACAA CCAAATTTTTTTTCTTAAAAAAAAATTTCACCTAATATTCAATATTATCTACATTAAAAT TTAACTATTCGAAAAATCACTCCCTACCAAAAGCCTCAACCAAAGTCTATTTTGAGTCCT TTTTTAGATAAATCATATCATAATTTAAGTAAATTAACTATAAATTTTGTCCCTAACTAA ATGCATCTTGTCTTCTTGTTATACAAGCACATGCACTATATTAAATTTTATTTAGACAAA TGTTCTGTATTTAGGCTGCTAATTTTCTTAATTGGAAATTAATAATAATTATTTTGTAAT ATTATAATTAGAAGACTATATATATATATATATATATATATTATAAGATAAGACTTGGTA AGTATACCTTTTTAATTATATATGTATTTTGTACTTTCGATTAGCCAAAGGTTATCTTAC ACCTTACACTACGTGAGGATAAATAGGATCCCAATTAATATTAGGTATTAAATATCGAAC TTCCAAAATTTAGTTTGAAAATAATAAATATCGATATCGTAATTGTGTAAGTACGTATAT TGTGTCGGTGTGTGTTAGTTGTTTGTTTAATATTTAACCTAAAACATTCACTAAATAATG AAATCGTAGAAAAATAGTCTGAAAAATATTTTAACTTTGATCGAAATTGTTATTACGATA CCAAACTTTATGGAGGATCTTTTACCATTGCACTATTTAATAGTGTATTTTAAAGGTATA TATGTGACAACATGGACACATAACTATTTATAATGATGTAATATTTATGATGTTCACGTG AACACATATATACCTTTAAAATACACTATTAAATAGTGCAGGGTAAAAAGTCATTTCCAA AGTTCGATATTGTTACAATAATTTCGGTCAAAATTGAAATATAATTCAGACATTTGATGT TTGAATTAAAAAAATCATTAAATAATATATTTATTAGTATATGTGTTGTATTGAATCACG ATCTAAACTAACATGCAATGTACGTTTTATTTTTTCACTATAAATACCACTTTACTATTC CAAAGTTTTCAACCAAAAAAAAATCATTCATAATTATGGCTTCTCTTTTTCTATCGAAAT TTTCTTTCTTTCTTTTACTAATAATAATAACTTTATTTTTTCACTCTTCTCATTGTGATG TCCTAACAAGATGTCACATCACATCACTTTTTCAGTTCGGCGATTCTATCGCGGATGCTG GAAACGTGATCCGCATACCTGGTGCCGTCATATCGGCCCAGGCATGGGGTCTACCTTATG GTGAAACCTTTTTTCATAAACCTACTGGACGTTTTTCTGACGGTCGTATTATCGCTGACT ATATCGCCACGGCTCTCAGTCTCCCATTCCTCAATCCTTACATGGACAAATCAGGTGTTT CCTTTAGTCAAGGTGCTAATTTCGCCGTTGCTGGTGCAACGGCGATGAATAACTCTTTTT TGGAGGAGAGGGGCATTGGACATGTCCCGTTCAACGTTCCTCTCCCGAGTCAATTAGAGT GGTTTAAATCTCACCTCCAGTCAACCTATGGGTCAAAATATTCTACAACTCTACGAAACT CTCTTGTAGTATTAGGAGAGTTTGGTGGAGTTGATTATTGGAATGCTTTAGCGGGAAATA AACCTGAACCTGAGGTACGTACGTACGTACCTTTTATTATTGATGGCATTATAAGTGCCA TCAAAGAGGTGATCCAATTAGGATCAACTCGAATTTTGGTTCCAGGAGTTTTTCCTTTTG GGTGTCTATCATCATATCTAACAAGATTCGCTGACACGAATCCAAATGCTTATGATCAAT ATGGTTGTTTGAAATTTTATAATGATTTCGCTACGTATCATAATATCGAGCTAAAGAAGG CTCTAGAAAATCTACGATGTGAGTTCCCACGTGTTAAAATTGTGTATGGGGATTACTATG GTGGTTTTAGGCTTGTTTTTCGATACGCGTCTTGGTTGGGATTTAATCCAAGTACATTGG TATCGGCATGTTGTGGGAGCGGAGGACGATACAATGCCGGGGGATGTAGTTCAGCTAGTA CCAATGTATGTCCTAACCCGTCCCAATACGTTAATTGGGACGGGCTTCATCTGACAGATG AAGCGTATCATCGTATTTCTAACGTTGTTATCAACAATATGCTTCCAAAATTTGGGTGTT ATGGACTTAGAAATTCGAGTGCATTATCTAGTTATTGAATTTTTAAGGTTTTTGTTTAAT TTGTTTTGGTTATTTGGGTGTCTTTTTCATGATTTTCTTTGTACTTGAGTTCGTTGATTT TGATGAAATGTGTTGTAGTTTGAAATGAATATGAATAATGAGAAAAGATAATTGTTGTGT TGTAATTTCAGTTGATTTTTACGTATGAGATAATAATTGAACTTTATTTATAATAAAACA ATAAAGTTATAAGATTTAATTTAATAACTTGTATTGCATGATGATCTTGCAAGATTAAGC AGAAGGAGATATTTAAATTTGTATAAAATTTCTACAAGTAGATATACACGTTTTATACAA CTTTTATCGTGTTTTATATGTTTATTTTACTTAAAATGTGATTTTTATTTATTCAATTTT ATAGAAATTTAAATACGATGTATTAATAATTTCACGATTTTTATTTTTGTTTTGGAGTGG GGGTGGGGTATTTGTATTTTTGCGACTATGATGAGATGTGTGCTGTCTTCTCCATCTTAG GTATGGATAAACAAAAATAATAATAAAAGAATAATTATTGTTTAGTAATTAAACCTTATC CACTAAAAATGATTTTTTTTTATCATACCATAACATCAAAATTACAAATATTAGTTGGAA AACCCTTTGATATGATCAAATATGAGTTTGTATATTTACAAAATAGACATAAATCAATTA AATTTTTTGATAACTCAAATTCCTCATAAAGCATTGGAGCTAAGATTGTTCATGGCATGA GAAATTTGGAGGAAATGAAAAATTAAGTAAATATATAAATGCCTAAAAAGAAAATGCAAA AGATTCTAGTAGCAAAATCACTACCTTTTACTAAGATATAAGAAAAAAATAATAAAAGCT TGAGTTATCCAATACTGGTGGAAGGTAACATATATTCAAGGGAAAAGGGTCTGATATACC CCTCATTTGGAGCTAATATATCCCTCGTTATAAAAGTGGCTCATATATGCCCTTACCGTT ATACAATCGGCTCACATATACCCCTGCCGTTACAAAATGGCTCACATATACCCTTCATTT AACGGATGTTAAAAAATTAATTTTAAATTTATATTTTTTACTTCATTTTTTTAAAAAAAA TGATTTAGGGGTATATATGATTCTTCTATCAAAGTTCAAGGTATATTTTAATTTTTTTTG ATACATAAATTATTTTTTAACTTCTTTTATTATAATTATTTGAGTTTCTTATTCTTATTT TGTTTTTTTTCTTTCATTCCTTAGTTTAAAGAAAAAAATTAAACTATTTTTTTTGTGTAT TGTAATTTAATTTTGTATTCGAAGAAAAAATTTGGTCATCTACAACAAGTTTTACAAGAA TATTAGTGAAACATAAATAAATTTGATTATCAAAATAATAATTATAAATTAGTCATTGAA ACCAAAAAAGTCAAAAAAAAATGTTTGACAAGGATTAAATTTACTCATATGGGATTATAC TTTTTAGAAAAAAATAATAAAAATTTAGATTAAAATTATTATTTTTTCATTTCCATTAGA GGAAAAGGGTATATGTGAGTCATTTGTTTAGAAGCAGGGGTATATATGAGTCACTTTCAT AACAAGGGGTATATCAGCTCTAAATGACAAAGTTGAGGGGTATATCAAACTCTTTTCCCT ATATTCAATGATCATTGATCATTGAAATTAGATAAGGTGCATATAAGCTTGTACAAACAC ATCTAGAACAGTAATAGTTAATTATCAAATAATCTTGGGATTAACATGAAGTGATGAAGA TGTTTGTTGATGTTCATCTAATCATGGCATATTAATGGTTCCAAAAACTATGCCAAATGA TATGATGAATAGATGACCATCAACAAACAAATTCATAACTACACAATTTTAGCATATATA TACCTATATATACATGGAATTGCTCGGTTTAAGCCGAGTCTTTCAGAATTAACACCTCTA CCTCCACAAGATAGTGAAAAGGTTTACGTACATTCTACACTCCCCAGATTTCGCTCGTGG AATTTCAATAGATATGTTTTTGTATAGAATAATAATATAAGAAGAAACTAAGAAGATAGC AAATTCACAGTATTATGTTGTAAGTTGTATGATTATTAATATATGCTCAGAATATCTATA TTCTATGAGAAGTATATGCCTTGGGAATATACCTTACTTGTACTCTATAAATTTGAGGTT TCTATTATTGGTTGGTGGGTATTTTGAGTATTGTTTTAATACACATTTTCAATGATGAAA GGGAGATATTTAAACTTTTAATACCGAAAGGGCATGGTCTAGCTATCAATGAAGTGAGTG AATTATGAGTGATCGTGATTCAAATCTCGGCAGAAACAAAAAAAAAACACAATTTCTTCA CGTGTGTTGACATTGGTTGATAAAGTTACTTGATACTGTAGTAAGAAGTACTAGGCATCC GATGGAACATCGAGGTATGTGCAAGCTGATGACCCTAAACATATCATTAGTTATCAAAGA CTTAAAATTGTAATCCAACCAAATATACCATATGCTTCTTATTGGGGATGTTTAAAAAAA AAAGACGTTCTACCTTCACGAGCTAGGGGTAAAGTGTACGTACACTCTATCCTCTCCTAA CCCCACCTATGAGATTACATTGGGTACGTTGTTGTTGCTTCTTAGTGGGACACCTTAGGA ATAAATAGCTTTTCTTCCTTTCAAACCTTTCACCCAGTTAAAATACCAATCAATCAATTA TACCACAATATTACAATATACAAGTATCTAACTTGACTAGTATACAAGTGTGATAATAAC AACTAGAACTTCATATAACCAACAACTCCTCCTATGTGAGGTTCACATGGTTGGTCTCAA GTTCGAATGCAGTAGGTTGACAGTCAACATAAAGATAGAACCATGACGACACATCTTACC TTATAATACAGTACAATGGAATGGCGTATACATGGATCGAGCAACATTATTAAGCTTAAC AGCATGAACATGTCCGATCATCATAGGAATCGTTGAGCATGTCATCATGAGAAGACAATG ATGGAAGGAGCCAATTGAAGAAGCCTACTCTAGTTTCTTCCCTCAATCTCTGAGAAGAGT ATTCCACCAACACATTCCAAAGCTCCCCTGCAGTCCACTTATGTGAAACAATCCATTGAA TCACCTAGACCAAGTTTTCAACATAGAAACGTCACACGCTGATATAAGCTTCCAAGGCTT TCAGAAACTATAACAAATCGGCAAACATCCTAGGATTAAACATATCAGTTCAAAGTCGAA TGAAACTTCACACCAGACACATTATAAAATGATTAACAGACAGAAAGTACCTGCTCCAGC ATCTGCAATGCTTCCAGTCCAAATGTATAATACAAGATGAAAGGTCTCATTGCCTGTAGG AGAAGATGTTCAAAGTGAAATGAACATCTAAAAGAAGATATTTGATATTTTGACATTTTA TCGCCTCCATCTCTGTCTGTATGACATCATTTTCCCTTTCCGAAAGCTTTTAAACGTCTA GCACAATTTACAAGTAGCAATGAAGCATAGACCATTACAAGTATCAAGAATTCAAAGATT ATTAACCTCAAGTTAAAAAGTAGGCATAATACATAAGCAGTCTTGACCTCATATGGCAAA TAAACACTCCAACTTTGAGTATGCATATCTAGGCACCTCAACTCATCTCAATTGTGTCAG TTGAACACTCAAACTTACAAAACGATCCTCTGAATACCTCCAAAATTTATGTGACACGCC AGTGATGGGTGTCCATGAGACAGTGGCGATGAGTTGGGGTGTTTAGTTATCAGTTGAGAC CAAGTTGAGGTGTCTAGATGTGCACTCTCAAAGTCAAAGTAATTACCTGAAGTTTGAGTG TCTATTTATGTATTATGCCTTAAAACTACGATGCGTCTCAAAAGTAGAGAAAAATAGAAT GCGCCTAGATTTACCAAGTACATTATCCCCTAATAGGTGAAAAGCGAGTGCTCTGTGCCT TCTCGCATGAGCCAATACTTCCCGCATACAAATGCAGGAAAATGTCCAAGGAGAATGAAC AACCTGAGATGCAGCAATCCATTGAAGCATTGCTTTAAGTTGAGGATCTCCTCCAAAAGC ACCACAACCCCAATTTCCAGTCACAACACCAATTTCCTGCTGACTGTCTAAAGGTGGACA ACGGTGCCCCTTGTGATTTCTGGCTAAATGATTCCCCGATGCTCCCTCGGTTGCTTGAGA TGAAGTTGAAGTATGACCAAGTGACTATCAGAGACAATTAAGAAAAGGAAAAAATTGAAA TACCTATAGAGATATTGGAAGGGGAGCAAAAGGAAATAACAAACTGAGGAAGATTTAAAA AATGACAAAAGGAAATCCTACCAGAAGATTAACAATGGACCTCCCACCGGTGGAGTTAAC AGTTTGATCATCTTTGAAGAGCTGTTGATACTGATGACATTTGCATTGATCCATGAAGCC ACAAAACGCTTTATTAATCTCCCTGGGCAACATATTCAACTTATCATCAATAAAGAAATA CAACTATCAAGCATTTTTTCTGTAAATACTAAAGGTCCATGGTTAATCGACCAATAATAG TTAGAATTTCTAATGTCAAAATGTCTCACTCTCAGTGCAGAATATGCTAACCTATCAATT CACCATACAGCCTCACATGAAAAAGGAAGAAAAAAAATACTACGTTACCATCTCAAAGCC TCTTCTTCTCAATTTTTAATATACATGTGTTATTTGCACTTTTTGCTAAATAATGTTAAC TTTTTTCTTGTCTATCTTTGTAAGACCGCACATCCATCTTAGCATCCACATCTCTATGAC ATAATCTTGTGGAAGTCCAACATATCCCCAAAATGAGTGTCTTAGAGATGGATGTGTAGT CAGTCATGTAAGATCCTTTAGAGGGTTGTATGACTACAATATCTACTTTTACTTTTTTAT TTACTTGGTATCAAAGAAGGCAGAGATTCCGGGTTCACGTGCTTGACCATAAAACATAAT CATATCCGCATGTGAGGGGACATATTGAAGATATAATAAAATAAACATAAGTGTACTCAC TAACAGCTTTCTTCTAAAAAATGTGGTCACAGTTCAACATTGTCATGAAAGAATGAAACA TATTGAAGTAGATTGTGATTTCATTCTAACAAAAGGTCGAGTCAAGGTGCACAGCGACAA GTTTTGTCAATTGATCAGTTTGCAGATATTCTTACAAGGTCCCTTTGTAGCTCCAGAATT GAGTATATTTGAGGCAAAGAGGAGCATACAATGTGTACAGATTGATAAAGAACCTAATTG TACCTAAAGGATAATCCAAAACTTACAGAGTTCAGTATCATATGTTTAAGGCCTTAACAG ACTTCATGAAACAAATATATTCCAAAGAAGCATTTTAAAAGAGTACAGAAACTTGTGTAC CTTAGAAGGCCTTCAAGTCGGTACTGGTTGTTTCCCGGGCAGCACAGTGCATCTATTGCA ACTATCCTAGTCTTACGCCTTCCAAGAACATCAATGTCCTTTTTGTCGACATAGTCACCA TTAAACCGGAATGAAGAGGCATACCTTCACCAGTTGAAAGACGTGAAATAAGCGGAATTA CAGTTAATGGCCCAAAATGTCAGAAAAAGATTTCCACGCATATATAGCTTCAACAAATTA GCAAAAGCCCTATTTGTTCCAAGTTAACTTAGTAATGTGTTGCAAATACACAATTCATTC TCTATATAAACTCACCCGGTATAACTTGAAAACCTTTCTGTACCAACAATTTCTATAGCT TCATTGTCTGCCATGCACGGCAGGAAAAGCATGCCAGCGATTAACTCTGGATTGATCATA AATCGAATTTCTTCCTAAAAGGAAAACTACCTATTAGATATTATCTTAAACGTATACATT CCAACAATCAATTGGGGCTGTGTGTATAAGATGCAACTGTTTATTGGGGCTGAAAAAATT CAGTCTTCCTTAGAAAATCTATAAAAGTCTCATTTATAACTAAGACATGTGCAGGTCTGG CTGAGAGACTTTCAAGTTGCTTTGGAATAAGTGTGAGATTTAGAGAACTTCTTATATAAT TAACCGTAACTTAGTTTAAACAGTTATAGTAGATTGATTGATTAAACATAGAGGTGTCGA AAAAATCGAAAACCACACCGAACTGGAACCCAAACCAAACCTACTTGATAAATAGATATA TTCTTCAGTTTGGTTTGGCATTAAATTTTAAAAACCAACATTATTTGGTTTGTTTGTATT TAAAAGAAACAGACTGAACTGACAAAAAAGCGGAACTGATAAATTTTACAATCTGTGGTT TGATTTATATATCTAATAAACCAACTTAGCTGGTTTAGTTACTTAGCAAGTTACATTTGA GCCAAAACAAACTGCAAACACCATATTAAAAACACGAAGATGCAAGTGGATCATTTTACC AATCACTACAAAAGAAAAAGTTTTGGTTGTAAGCAACAAAATGATGATGGGACTGAATGT CGAAAATCAACAGATAATATATCAGTTCTCTTTTTAATCAAAATAAAAACATAGGGAGGG TTTTATGAAGTGCATTCACTTTAGGAATTAGACCAAAATCTCCAAAAAAAAATTAAACTT CAAAAGGCAAAAAGTGTGGTGCATTGTGGCAAAGGAAGGACAAAAGCAACTTATTCAATG AATTACTTTGAAATTCTTAATAATTGAAAATAATGGCTAATGGTTAGATTCAAAATGTGA AAACGAAAAGAACACTCTCCAAAAAAGAACCTGCACACAGCCCCTAACGAGAGCACCACC TCCTAAATACATGTTAGCAAAATCAACTTCAATAGCTTCACGTGATTGATCTTCAATTAA TCCTGAAACAGAAATCTAAAAATAAACAGAATGATATCATGGCATGTGAGAAAAAAGAGA CATGATAACTGGATTGAGATTACAGTTTCACTTCTTACCTCATAATGACAAAGGGAAATA TTGGATTGGCTCCATAATTTTTCCTTTGGATAAGGAATACAAGATGGACTAAATTGTAAA GAAAGAACTTTTCGCTCGAAAGACACATAGCCTGCTGGCATAGATGAACATATCCTCCCA AAATAGTGAACAATGCACTTCAATTTATTATCGAATGCTTCTTCATAATGATCATGTAGA CACCTGAAAAACATGTATGGCAGCACATGAACTTCATTAATTCGATTAACACAGTTTGAG ATATTTAAAGACCGAAGTGCCACTACGGAAGAGTACAAAATAATTGATCTGTTCTTATTC TTCAACTCTGTATAACTCATTCTAGTTAACAATTGTAGATAAAAATTATTCAATTAAGAC CTTACAATCTAATTATCAACCTAATGAAACTATTTATCTAAACCGTATCCTAAGATAGAG AAGTTATGTCAAGTTTTCAGATTATAACAACTCATATAGAGATATGAACAGAAAACAAGC ATAGATGCAACAATCATATCAGACAGTTGATGAAACATACGCAAATAAGTGATCAAAGTT GATCATTGGAAGGTGTTTGGCACCTCTATGACTGGTAGGAAATAGACAAAACAACGCGCA TGCAAGAAGAGCACCAATTAGTTCCTGGAAAAAAAGATTGAAAACCATGAAAATTAATGC TACAGATACTTGTTACAACATCGAATAATCAAATTCTGCTGCAGAAATCAGTTAAAGGGG TAAAAGAGGTATGAAACAAATTAATTGTTGAGTATCCCATACGAATCTCAGGCTGTGACA TGAACTCATTTGTGTGTATTAGGTACAGGAAGAAATCTAGAAATGGGATTCCTCATCGCT TAAACTTAAAGTTAATTGCTTTAAAGTAGGATAACTCTTTCCTGCCTGCTTATTGACCAC AACCACACCAACCCACAGTGACGGAGCCAGGAGTGTTACTAAGGCGTATCACAATATCAA AACTAGACAGACGTAAAAAAATAAGGAGAGTTAACATATAGTATATACATACATACATAA AATTCTAAACTACTACCTGACTAAGGAAGACAATGCCAGGCTCTTGTGATTCCAACAAGC GAAGACCGGTTTTAACTCCTTTCAAAACTCCATCATCAGCATTCTCATAATGAGTTTCTA GCAATAAAGGCAATCTCAAAAGCAACTTAGCCAATTGTGGTACCACTTCTTCGAACCATT TTGCAGCTTCATCCCTAGGAAGCAACTGCACAAACAATTCAGCATTTAGTAAACAATCGT ATCAGTTCAAACTTTTTTTTTTCATAATAAACCAGTAGCTTGTTCGATCAAGTTTTTGAG AAGTCAAAAGTGTTTATTTTTAAAGAATCGAGGTGTTCGGCCAAGATCTTACGAAAAACA ACACTCCTTCTCCCTCCGTTTAAATTTATTTGCCTTTATTCAGAGTGCACAAGCAAACGA AATTCGGACATAAAAACCTCAATCTATTTGAAAACGTACTATAAATCACGATAATAAAAA ATAGAAACTTTTTTTCACAACCTATCAACATCGATCAAACACAAATTATTGCACTAATAG TATCTTTTCAAATTAAGAATCGAAACAACAAACTAATACTATACTTTAAAACAAAAAAAA AATGAAATTTATATGTTCATGAACAGAGAATTATGGGAAACGAAATTTACATCATCGAAG AACAGAGCAAAACCTTGAGAAGCAGAAGTATCAATTGAAAAACTGTGGAACGAGAGAGAG TTTCGAATATCGGAAATGGCGATGAATAGGCCTTCGCCGGAGTCAATTTTGCTGTGATTA GGACCTTTCGAGATATCGGTAAGTGCTTCAGTTACCGGCGCCGGCCAAAAAAGTGAAGAT GATCGGAGTGAAAAGGGTAAAAATGGAAGAATTGACTTCAAGTCTTCTCTGTTCTCCATT AAAGTTCGTTTTTTTCGACGTTACATAATATCACATATTTATATTTAATTTAAAAATAAA AATTATTTTAAAACAGATTAAAAAGAAAATAAAATAATAACGAAGATATAAATCAGAAAC GCTACTGTTACCAAAAACTCAACTGGAAGAAGAAAGTCAAATTACAGTCTGAGAAGATAA AAATGGCGGCTTCAGCTTTCGGACAGTGTAGTCTTCTTCCTCGTACAGTATCTTTGAATC CTCAGCAGTCTCATCGTCAGCTCTGCAGTTTGTCTTTCCATAGACAAACTGTAAATTCTT CACTTCCTGCACTGTCATTCACTCAGTCTATAGGTTAATATTATTTCTTTCGATTTCGAT TCGATTTGATACTGTTTGGGTTTAAATTGGGAATTTTTTTGAATTTGATTAGGTTTTGGG TCTGCAATTGAGAGACATTGTGTGGATCGAAACGGGTCGGATTTGTTTAAAACGGATGCT GTTCGTCAGTTGAATGGTTCAGTTATCTCTGCTAAGGGGCATCGGTTTGCTATTGCAAGT TTTTTCTCTCTTTTTCTTATAATTATCCGTTTGATTGCTCGAATTCTTCAAAAATGTTGC TTCACTTGTGTCGAATCAGCTAAAAATGACTACTTTTGGAGTATCTGATAAGACCCGTGG AGTTTTTTTAGAGTCTGAGCAACATCACTTTACGATACTCTTTGCATTTCATTTTATGTG GTGATAAGAAATGAAGGATTGTATCTCCATCAGACTTGATTTATGTGATGCTTGTGTAGC TATATATATATATATATATATATATATGTCATTCTTTTTGGGACTGCAACAGAAGAAGTA GCTCTTTTCTTACATATAGGACTGCGATAGAGTACATAGGAGGGAGGAATAAACATGCTA AAAGTACCTTAGTATATGGTGTTTCATGCTTTGTTAATTCCAATAATAGCATGTCAATTG TCATTAAGGGCAACCTGAAATGTTAAAAAAGCGAAGAGTATTCAAGAAAAGAAATATCTC GTGTAAATTGAAAAGGAGGGAACCGTAGTTTAAAGTGGTGATTTTTAATTGCGAGAGTTA ACAGTTTCATTTAAAGAAATTGTGAAAAGTCAATTGATACAATTCGTGTTTGGTCTGTAG TTCTGTTATGTTTTTGGTTTTACTTGAAGCCGTATAGAAGTTGAGTTCATTTCATTGACA ATGTTTCTAATAGAGTGTTATTGGAACTGACTGACCGTCTGTTGGTTTTAAAGGTGGTTG CACGTTTTAATGATCTGATCACCAAGAAGCTTTTGGAGGGAGCTTTGGAGACTTTCAAGA ATTACTCGGTTAGAGAGGAAGATATTGATGTACGTTTTCTATATCTAATCCTCCGTTCCC TCAAAACCTGTATTTTCTCTTAAACTTGATGCAATTACTACAGAAGGTCCGCTTGCCATG AAAAATCTAAATGAGAGATTGATTGCTACATAATACCCCTCTATGACACGCTATACTGGA GCATAAAGATCCACTATGGGATAAATGGAGAATGTTGTATCAATAGATTAAATATAGAAT AAGGCGTGGTGGGAAGTTGTCTCTTCCATTTCATGGCGTCATCTAGTTTTTTCCTCATAA TGCAGGTTGTGTGGGTTCCTGGTTGTTTTGAAATCGGCGTGACTGCACAGCTTCTTGGAA AGTCACAGAAATATCACGCAATACTCTGCATTGGGGCTGTGGTAAGCTCACTTCCAAACA TAAGTTTACCTTGTCGTTTTTCCTTCTACATTATTTGCCTACTACGATTCTGTTTCATAT GATGATATTTTTTGTATCGTGTATGGAAATATGGAAGATTACAGTCAGATGCTTAAGTTA TTCTTTTGGTATATTCTGTTTTGGATCGTCTTATGTGTTCATCATTGTAAGTGAACTAAT CTTTTGAGTTACGGAAGGGGAAGCAGCTTAGAGTATGATGAGAAGCATTAACTGTGTCTT TTGTTCCTGTTGAGAAGACTAGCATTTATTTGTGACGCTCTTCCCTCAACAATGGAACTA TAAAGCTGAACAAATAAAACTCAAGCACTATTTTGACAGATAGGCAAAATTATTAAACAA AGAAGCTATTGAACTTTAGATTCCTTACTGAAGATATATACTTGGATTCATTAAATGGAA ATCTTTAACTAATTTCCATTGATGTGAGGGAGGGAAAAATCTGTGGATTTAGCTCAGTGT ATTCTAATTTTTCTTTGTGGGACGGGCTAAACGTTTAGTTGTTGTAGTTGGACATAGTAG GGAGGCATGCGTGAATTTAGTGCCTTATTGTGAAGTAACCTCATCTGAACATACTGATAA ACACTATATTATTTTTGCCCCGGTGGATTTCTTTCTCAGTTAATAAATATCTGGAAAGGA AAAGGTAATATAAAGCTAAAACTCTGAGCATTACAAACCCGAAGAAAGAAAAAATCCATC ACAGACAAGAGATTGAAGTGCCTTTCTGCTTTTCCCTCTGTCCGAATCATAATCTAATAT TTCTTTTTTTCTTGATGGTGATGTGTATCATTGTTTTTAATTGTATTTTTTGCTTTGTGG CTAGTAGATCAGAGGTGATACATCTCACTACGATGCAGTCGTTAATGCTGCCACATCTGG AGTACTTTCAGCAGGTCTAAATTCAGGTGAGATAACATACTCCATTATAATCCACATGAG CAATAACAAGTATGCTGATTTTTAATCTTTTGCAACTCTTCAGTACTTTATTGATAGATA AGATTTTGGAACATTGTTAAAACTTCGAATGTAATATCTGGAATTAAATATGATGGTTGA AATAGAGGATTGTTATGGGACCATGATCCAACAAAGTGATAGGCAAGGTTTAGTAAGGTT GTGAGACTAAGCATGTAATATGGGGTTGTTAGGCTTCTAAAGTCCGAACATATTCACAGG ATGAATTTGTTAATCTGGATGTTCGGACATACAAGACTGATAAGATTAGAAATGATAACT GACAGAAGGTGTAAGTACCCTAAAAGATGAAAAGAAGGGTCGTTGAAGACTACTTATGTC TTAAACAGTCATCTTAGATAGTTAGGCTGTGTCGAACACTCAGGCATAGTACAACAACTT GAAGATCCTATGTTAGAATCCTAGTTAAAAACTGTGTGAGTTCATATGCTCTAGTCCTGG TGTCATATTTACTCGATGGTTGTGCTTCTGAGCAGTATAATAAGTTCCCCGATGAATTTA TCAAGGTAAAAGGTAGTTTGATTACCTCTGTTACACATCTTCTGTCATTATACGCTATTT TCAGTTCATCTTTTTCAATTCGCTGGCCAAACTAAAATCTCCCTTATGTAATGAGTTGCA GGTACTCCTTGCATATTTGGTGTTTTGACATGTGATACCTTGGAGCAGGTAAGCAATTAG CCGTTATACACGTGTGTTGGTGTTCTATCTCCTTTGTCCATTGTATAAATAGTGGTTGGA ATAACAGATTCACGGAAAGTATAATCTGCATCAGCTGAGAGGTTATTATACCTTGTAGCT TTGTACAGCGAGATAGTCATTGTTGTTTCGTGTACTTGAACTGTTAGTTTTTTATGGATT TGTGTAACATATACTCTCCTTGGAACTACATTTACAATATTCTTCTTGGCTGTGTGAGGC TATCTTGCTCATGCATGCTAACCAACATCGCTATATAATGCAGGCTTTCAATCGCGTTGG TGGGAAGGCTGGGAATAAAGGTTCCGAAACTGCATTGACTGCTGTAAGTTGCCTGTGATT GTGTGACAATTAGATTTTATCCTCAAAACAAGTTCATTTGTGTCTGATTCTGCTCAAATA TATCTGCCTTAATATGCGATTAAAAGGGTCTGACTAATATAATTGTTGAAACTTAAACAT CAATAACTTAAGACTCAGTGTTCTGTTAGCAATAAGTGACTGATCTTGAATGCATATATT GTGTTTAATTTTTCAGATTGAGATGGCATCTTTGTTTGAGCACCACCTAAAGCCTTCAGA GTAGACAATCCTTCTTATCGCGACAAGGTTCTGGATTTTCACCTTTAAACAGAATCTCAC TCGCATTACCATCCCAACTAGTTACTCCGACTAATAAGGTTAGACATCGAGGGGGAAAAA GAGTTCCCTCTACTTCTCGGTTTCCTTCCTCGTCTACTCATTGATGCTGGATGTAAACAT TCTTGTAAAAGCTGCACTTGTTTGAGAAAATGTTGCACTTTGTTTCAAGTTTGAGTTTTG GATAATAGTATTCTTTCAAGTTTTGAGTTTTGGACTTCAAATTGGTTCTATGTGAATTGG AACTTCAACATTGATTAGTTCTCTCCCACTTCCTCTATCCAAATAGTATACAAAAAAAAA ATGGTAAAGTCCGAGAAGGAATTGCTCAGATGGTAAGCATCTCTCACTTCCAACCAAAGG TTGCGAGTTCGAGTCACCAAGAAAGCAAAAGGGATGGAAGCTCCTAGGAGAGGGTAAAAG AAATTCTGAAAAAGTAAAATTATACGGAGCGATTGTTGATTAAATTTTACGAAATCTTTC TATGGTATGTATCGTACTGTCGTAGGTTGATTATAACGATCTTTCTATAGTGTGTGCTAA AACTTGATTTATCAACATATACTTCCTTCATTTCAATTGTTTGTCTTATTTCCTTTCATG CATTTCAAAAAGATTGCCTCCTCCCTAGAAGGCTACTTTTTAATTTCAATTTTCTACTTG ACATGTATAAGGCCATAAGAATAAAAAATATTTGATACATTCGACATATATATCTTTAAT TTATAATCATAAAATTCAAAAAAAAAAGTTTTCTAAAACTTCATGTCAAATTAAAATCAG ACAAACAAATTGAAACACAGAGAAAAAGAGTTTCTTAATAAAAATTGTAAAAGATCAACT TGCCCTTGGAACTAATGGTTCAAAATTGTAAATTTGTGTATAGGATAGACTATGACAATT AGTTCTCTCTGCAAATATGAAACAAATTACTCATAATTCAAACAAAAATATCAATCAATT GCATTTGGAAATTTGATGTGCAAACTATATATAGCTTGTCTGATCCTAAGCATTATATCC ACTAATGTTAATAAATAGTTTACAATTTTTTTAAAAAGAAATCAAAATGTTAGATTACAA AAGCCTATATAGCTATTTCAATCATAGCTTAAATCACCTATTAAAATTATAACTACTGTC TCTATCTAACTATAAAATACACAAATAAATACAGGTCATATGTGAAAGAGATGATATAAC AAATATATATATACTAACAATACAAAGATTAGTGATGAGCAAGACTTGGTATTTGGGGCA AAAATATTCAAGAAAAAGTTCATCTACCTGTGAAAAGATTCTGCAAGTAACTCCGATGAA GGCGTTCAATGTTCTCTTGGCTCCAAGCCTCTCTCTAGACATAGTATATCATGCCAACTT CAATAAGACTAATGTGAGGAATGTTAAGTGCAACAGCGGAAGCTCTGCAGTTCTTACGCA GAAATGAATATGCAACGTCAATGACAAATTTCTTCCAGCAAGAGGACAATCTACGTGCCT TGACATATGAGTGTCCCATTATATATGCAACCCCTGACTCCTTTGCCTGAACCAAATCTA TAAGCTCATCCCTAACTTCAGGATCCATGCCAGAGTTCTCTGGCAAGTTGAACCTGATTC GTCGTTTTCTGTTTTCATGGTTCCCATCATCATAAAAAGATCTTACACTTTGAAGTGTCA GTGACTTGCTGCTTTGAATGGTGGAACATGTTTCAAAATCATCATCATCTATGATAAATG GTGAGTGTGACTGTAGATTTGTGCTTATAACTGCCATCCTACCATCAAGTGATGAACTAT CGGGGCTTGATAATTGTGGTTCCACAGCTTCCATTTGGATGAACTCTGCTAGACTTTGGA TGAGAAGGTCCTCAAAGTTCCCAGTACCTTGCTGTGCGTCCTTGTAACCATATCGAACAA TGCAACGATACATGCGATATGATCTTGGGCCAACACGACCAATGAGGAAGCGCTCATCGG ATGAGACATGAGGTACAGGAACAGATTTGACGCATACAAACACCATTACATTATGAAATG CAGGGAGATTTGTGACAAAGTGAGAGAAGATAGGTGGAACTCCTGTTACCAGTTCAGAGT ATATTAGCCCTATCCCTGGGACGCGGACAATACCAAGGCTTGGACCCAAGCCAAGGATCC ATTTCAATGGAACTTTGTTGTGCAGGTCATATTTGTACTTCTTGCAAGTTCCATAGTGCC ACACAAGCATGATGGCTAAGAGGATAAAAGAGAGCAAAAGGGATACCCATCCTCCCTGTG GAGCCTTAATGGCTGCGGAAGATAGGTAGAGACCTTCGATGAACCAGAAGAAAAGGAGAA AAGCAGCAGCAAATACTAAACTTCTTTGCCACACAAAGATTATAACAAGTGTCATGAGGA ATGTTGTGATAAACATAACTGTCATGCAAGCTAGCCCTGAAAAAAAAAACGTCTATAAGA AGGTTTAATTCAAGAGTTATAGAATGACTCGAATTTAGAAAGAAAAAAATCCAACTATAA AAGGCAAGCTGGGCTTTACTAAATGCAGTAATGTACATAAAAAATCCCTTCTACACAAGG AATATTTTACTTCTCCATGTCATCCAATTAGAGGAAGGGGCCTTAACATAGCTGGTAAAG TTGTTGCCATGTGACCTGGAGGTCACAGGTTCGAACTGTAAACAACCTCTTGACAGTTGC AGAGTAAAACTGCATATAGTAGACCCTTGTGGTCCGTCCCTTCCCCGAACCCCGCACATA GCAGGAGCTTAGTGCACCGGGCTGTTTTTATAAAAAAAATGTCATCCAATTAGAGAATCC TCCTTGTTCACCATTTATGTTTCAGTTTAATTGTTATTCTCTTTTTGCAAGAGATCTTCT TTATTGGACATATATAAATCATCCAGCACAAGCTTGGGGAAAAAAAGAAAATCGTGAAGA CACTAAGAAAAGGAGCAGCATTTAGAAGAACAGAATCATGTAAAGCAAATCAGATTCTGT AGTGAAAATTGGTCGAGCAGAGTTGTTGATATTTAAAGTCTCGTAGAGGGTTGTTTAGAC TTAAGACCAAATAAGACATCTTTAGCACACAAGAAGGCTTACCGTATGCATTTCCAATCA AAGTTGTATCTTGGAACCCGATAGCCACAGCAAGAGTGAGAATCATCAGGATCCAATTTA TTTCTGGTACATAGATCTGCCCTTTATGCTTTGAGGTGTGGACAATCTTGACCCGCGGGA AGCAACCTAGTGAATTACATTGCTTGACGATTGAGAATGTGGCTGTGATGATAGATTGGC TGCCTACAATGGCTGCAAGGGTTGCAATAACAAAAACAGGCCAGTATACACCATCTGCAT GGATAGCATAGACCAGCAGTTAGGATTGAATCATTTATCGTGAAAACATTAAGCTGTTAC AAAGAGAAAAGGAAAAGAAAAACCAACCAGGTATTGAGCTATAGAAGCTATTTGGAATGG AATCTAGATTTTTTGACAGAAAAGCAGCTTGACCCATGTACTGTATCACCAAGCACGGAT ACACCACAAATGCAAATGTAATCTGCATAGGACAAAACAAATTCAGATAGACATGGTGTA AGTTCCAGGAATCCAACAAGTTAACTAGGACGTTGAACAATATGATGCAGAAAAAATGAC AACTACGGACAATATAATCTGCCAGACACCAGGACACTCAGCTTATAGACGAGTACGAGC ACAAAGTTTTCACGATCCACAGTTTAATTTAGTCCGCTCCAACAAATAGTTTGACTTACC CTCATGGAGAAGGCAGAGAAATGACCAAGATCTGCATACATAGCTTCAGTACCTGATAAA TGAAAATAATTGGAAATCAGATCCAAAATTCTAGTAAATGTTTATCTCATAGTTTCAAAA AGTGTCTGCACAAACAACTGCTTTGAATTCTCAAAGTTTACTATGTTTTCTTGTATAAAT AACATAAACAGACACTCAAACTTGGCCTCAGCTGGCAAGTAAGCACTCCAACTTTGAGAA TGCACAGCTAGACATCTTAACTTGGTCTCAAGTGACAACTAAACACTCCAACTTGGCCCT ATTATGTCTCATGGTCATGGACACCCTACATTGACGTGGCACATAAATTTTGGAGGTGTC TAGATGATCATTTTGTAGGTTGGAGTGTTCAACTGACACACTATAGACGAGTTGAGGTGT CTAGATGTTCACTCTCAAAATCGGAGCGATTACTTGTCAGAGGCCATGTTTGAGAGTTTG TTTAAATATAATGCCTAAATAATTACTGAGTTAAGAGATAATAGACGTCATATACCTGCA ACTGAGAGGAGAATACCTCCAAGAGAAATCCAACCATCTTTTCCTGTATCCCTAAAAAAC TTGATGATATAATAGGGCGAAAAAGCAGACACAATTTTGGGGTTCCAAATGATAGTGTTG TACAACCCAATTATCATAATTGATATCAACCAGATGAGCACGATTGGTGCAAACAAAAAT CCAACCCTGTGGGTTCCAGAATGCTGTAAAGCGAACAGGCCAACCAATATTATGCAAGAA AGAAACACCACTTCATCTACAATAAGAGATATTGTGATAGTCAATGCCTTAAGACTGTAG TCAAATGCTGACTAATTGAATCCATCAAAACTAAACACAAATAGGTAAATTACGATAAAC CTACCATGAGTTAGGCGATCTGCAGCAGCCTGTATCCCTGACATCGATGATATGACTGTC ACAGTGAAAAGGTAATACTAATTAGAACATATACTCAAATCGGCTCGAGTTAAAGGGCTT TAAGCATATAATGGGCCCCACAAACACTTGGTCCATACTCCTAATTTACTATCTAGAATC GCTCCATGAGTAAGAAACCAACTCGTTGAAACAAATTCAAGCTTGTAAATTACATAGTTA CACAAGCTAATACCACATAAAATAAGACAGTAATAGTTGTTATAATAGTTTCTACCTGAC ATTGCAGGTGTCAGAACACCATCGCCTATGACCATACAAGCAGCCAATAAAACAATAACA AGTAATACTGTACGTGACTTTTTATGCTTCTCAAGAAATCTCTTCAACTGAAAACCTGCT GTTGACCGCCCAGAAAAGCCATATTTGTAAGAAGATAGCTCCTCATCAGCTGCTTGTTGG TTGGGAAGTAGACTAAACTTTGCATGTCTACAGAGCAGAGAGTAAAGAGCAAATGAACCA CCTGGATGTATATAAGTGTATTCGTCATAGAGGATCAGGTATATGAGTTCTTCCGTAAAC ATTGACTAACGTAGAGTCTATCTTTAACATACCTTCACCATTATCATCTGCACACAATAC GATAAATACATATTTGAGCAAAGGAATGAGTGTTATTGTCCAGAAGATCAATGAAAATGC ACCAAATATTGTTTCCGGAGACTGATGATCTTGCAACTTCCCGTCAAATACACTCCTATA GACATAAAGCGGTGATGTGCTCAAATCTCCATATACCACCCCAAGACTTTGGTATGCCAA TACTAGATTCCTGGAGATATTCAAAAAAGGGAACTGCAAGGCAAAGTATAAGACGCAAGC CAGTTACACAATCAGTAGCTACACATATATAAGCTAGATAATGCTTCTCTCCCTTATGTT CTTTCCTATTCATTGTTCCATCAACACGCCTATTAGTTATTCTTCATTTTAGCAATCTTG AAGCCTAAGTTAATTAAATCCTCTATTGACAAAAAAAACAGCAGATAACTCACAATTGAA GTCAAACAAAACAAACAGATCCAGTATTAAAGACGGTTAAGAAAAAAGCCTGAGAAAGTA AAATAAAAAAAGATTTTCCACCTTTGATGGAAGCTCCGTTTTTCTCTTTCCCTCTGGAGT TTGTCCACCTTTCCCATCTTCTCCAACTGTATCTACTGATACATGGGCCCCACCGTCGGC AAGCGAAGGAGGATGCTCCAAACTATCTCCATCATGATGGATACCAACTTGATACATCTA TTACAACCAAAAAAATTCGAACTTATTTTGATATGCAAATAGAGAGAGAGAAAAACAAGA CAACTCGCCTTTTACAAAAAGAAAGGGGAAATAAGCAGAGCAACAAAGGAGTAGGTCAGA TAGATCACGGATTTAAATGTTGCGAGTTCTAAGACAACATATTCAATGTTCCATACACTT ATTCTTTACATATATATATGGCATTCAAGTAGAAAAGCATGTCTTCAGTCGGCCAGCAGC CAGATGTTATATCTAGGATGTCAAAAATTTCTTAGTTAGTAACTACTACTACTATTAAAT ACAAGAGACATCATGGTTTGATAAAGATTACGCTATTTAATCATGAAGACCAGCAAAGGC CGCATTAACTGAATCATTTTTCAATAAGCTCAGAGTCAATTCAAATTCAACTGAAAGCCT CTAATGACAACAAAAATTGCAAACTTCCATCAAGTGCAACAACCATACATGCTCCGTTTT TGTACCAAGTCTTTAACTAGATATAACATTTAAGATGTTAGTTTGCCGTATATATTACTC ACTTTGTTTCAATTTGTTTGTCCTACTTTCCTCTTTACTTTGTTTAAAACCTCTTCTCTT TTTTTGACAACTCTCTAATTCTAATTTTTCACATAACACATTTAATACCACAAGATTAAA GGCGGCATTTCGGTACATTCTACTTAAGACCATAAGATTCAAAAGTTCTTTACTTTCTTA AACTTCATATCAAGTCAAAACCAGACAAACAACTTGAAAACGCACATAGTATTACGTACC ATGAAAAGTTGTTTAGCAATAGGAAAAATCATATCAAAACTTTGAAAGCATCTATTCTAA TAGCAACAAAATTTTGCAAACTTCCATCATGTGCATTGTGTACAATAAGCATATTTTCTC CATCTTCATACCAAATATTAAATATGTACATAGTTTAAGATGTTAATTCCACATATATAT CATCAGGTATCATGAAATTCTTAAAAAATCATATTAAAATTCAAAATTAATAAATTTCAA CAAGTTTGAATTCATTAAAAATATGAAAAATTATATAGAAACGAAACAATTTCTGACATT CAGGAACACCTAAATGGAAAAAAATTGACACACAAATTCAACTCTACATCATTGGAATTA ATGAAAAAAAGTGATTTATATAAGACGAAGAACGAACTTACCGTTGACGGAGAACGGCGA AGGCGGCGACGGCGGCGACGGCGGTGAGGTATTTGCCCTTAATAATACATGAAGATGGAT TTTGACGGACGATGAAAGGAGATCAAAAAGATGAAAAAATCTCCTTTCATCTCAATTTTT TTTTTCCCAATCAAAATGACATTATTATGGGAATACCTCAATTGCATGTCAACCACCACT CTCTAAACCCAATTGTTTAAAATGTGTATAACAAAACTTATTACATTTAATACTTATCGC GATAAAATTAACCCATAAAAAATATTAATAATTTTTAAATTTATTTTTACTTTTTTTTCT TTATCATTCGGTTAAAAATGATTGAAAATAGCTTTAATATAAGTTTATATTTTTCAAATC ACAATGCTACATAACTTAACTTTCGACGTAATTTGTATTATTAAACGTATATAACTTTTG TTCATAACGCAAAAATATATCTTACGAAACATGATTTAGTTCGTATAGAACACATGCTAA TAGAGATATAAGTTTAATTTCAGAGTTTACGACTATGGAGTTATTATTATTTTCAAATTT ATTTTTACTTTTTTTCTTTATCGTTCGGTTAAAAATGATTGAAAATAGCTCTAATATAAG TTTATATTTTTCAACTCAGAATATAACATAAGTTATGCTGCGTAACTTAATTTTCGACGT AATTTATATTTATTAAATGTATATAACTTTTGTTCATAATGCACAATATATCTTACGAAA CATGATTCAATTCGTATAAAACACATGTTAATAGAGATATAAGTTTAATTTCCGAATTTA CGACTACGAAATTATTATTATTATTATCTCTATTAAGCATAAGATTATGGGCTTTGACAT TTGGGCTGGCCAGCCTAGCCTTGTTTGATAGGTTTGGATTTACTTCTTTTTTAGCTTATG TAAGATTTATGCTTAATATGGGCCAACCCACAACTCTTTTAGGGCTAGGCTCGAAAGAGT TCGAGACTCGGTTATGAAATTATATTGAATTTTGTTGTTGTTATTATTATTGTTGACCAT TTTAATGAGGTCGTTGACACCTCTACCCTTATTTGTGCTTGTGTTTAATTTTGATCTCTT GAGGCAAATAATTTTTCTTGCAAGACATAAATTTTTGCATCGTAAATATTTGATAATTTG GAAGAGAAGATTAAGATGGATGATCGTTCTCTCGTCTTCTGAGTATATACAATAACAATA ACAAAATATATTAAAAAAATATACCTCATCGATAATACCAATATAATACAAATAAAGTCT TATCAAATTGTACCATTAGCTTATTTAAAACACCATCTAAAAAGATAGTCTCTTTATGAA GCAATAATAACATCTAGCAAAATAATTACTTACCTATTATTCATTTATTACTTAGGACAT AAGAAATTAAATTTCATAATTAAGGGACTTTTAAATATCACTTCCAAATGTGGTCAGATG CAGAGTAACTGTTAAATATCACTTCCAAATGTCACTCAAAAAAAAAAAGGCAAATAATCA CAATCCAACTAGTATGGCAACCTAATATATAATGGAACTGACGAGCCTTAAAATAACGAT AAAATTATTTCATTGTAATATATAGGTTACGAGTTTGAATTGTTACAGGAATCACTAATA GTCGTATTAGGTTAGATAGTCTATAAGACATTTCTTGCCTTAAAATAACGGTAAAGTTAT CTCATTATGATCTATAGATTACGAGTTCGAGTTGTGAAAGAAATCACTAGTACTCATATT AGGTTAGATAGTCGATAAGACATTTCTTTGCCTTAAAATAATGATAAAATTATCTCATTG TGATCTATAAGTTACGAGTTCGAATTGTGAAGGGAATCAGTAATACTCGTATTAGGTTAG ATTATCTATAAGACATTCCTTATCGCGAAGGTCTTTCCTAAATCATACTAATGCAAAATG TTTTATGCATTAATCTGTCATTTTTATTATTAATTAATTGTAATCCAAATTTGGTTCATG AACAATTAAAAAATACAGATCAAAGTTCATGTATTCATTCCTAAATTTAGGTATTCCTTT ATGCATTTGACTACTACTAGTTGTTTTCATGAGGTTGGCTAACATATCCTAAGAGTGTAT AATTAGGTATCATACCAAAGTTATGTTTCAGAAAATTTAAAAAATCATGAAAAATATTTT CTAAATTAAAGATCAATAATTATATTAGCAAAATGTGGATTTTTTATCAAAATTTTGAGT GTCAAAGAGTAATTAATATTAATGTCTATTGAGGATGTAAAATGAAGTTGCAAGTTTTAA TTTTAACTTTTTCAAAATAGTTGATGATTCAAATTGTGCTCTTCTCGACGATGAAATTTA TCGTATCGTCTCGATCTGATATCATCCTCATAGTCCCCACTGAAACATTGCTTTACTTCT TAGATGTTCAGTCAATTTCAATATATTTCTTCTTAATTTCACCTTTCTAGCCTTCATTCT CATTCAATATTATAAATTTATAAATATATAAAATTATTAAATTCACATGAATTCATAAAT ACACGTAAAAATTAATCTATGTTTTAAAAGCAAGTGCATGGAATTTAATGCAATAAGGTT GGTTGTACGAGGAAGTAGCTAAAAATCATTTATTAATTTCTTCAAAGGTTTTAAATGAAA AATTCATTGAATCAAAAGGTCGGTCACATGCAATAAATAAATAAATTAAATAAAGTATAT AATAAGCATCTTAGAAGAAATGATTTTTAACTCAAAATAGAAAGTGTTCAAATATTTATT TTTTCATGAATAGGAATCTTTTTAAAAAAAAATATAATTTCAAACCATGTCCATTTAAGT TTATTTAATGTTATTATGGAAACACGTATAATGAACAATACTTTTGTATATTTTTCTTTT CGTATAATACATAAATATGTTTTTAAATTTAATTTTAACTAATTTTTATAATTTTTGATT TTGAGATACAAATAAAAACTTTAATTTATACAATGAAATAAGTAAATACACATATTTTTA CACATAGTAGGCTAGTAGCGTATTATACGTAGAACGTTATATAGAATACAGACTATCGTG TAAGATGTCACACAGAATAAATATATTTATTTATTTAATTTTATACAAATTTAAATAACT CTTTATAAATATATAAAAATTAAAGAATATAAATATCAGTTTAGTTCAAATTACAGAATA CTTTTATATATTATGTATTTCCTTTATCTTTTAACTTCTATATTTTTATTATTTTTTTAA TTTAGAGATCAAATTAATGGATATACATTAATCAAGTAAAATGAAGCAATTGTCAAACAT GTAGCACAAGAAAATTCTTGGTTCTAGACTTATAATTACTAGATGAATTCATTGTTTCCA AGTCAAAGGACAAATTCATTTTGATTGTTTGACTAAAACTTATACACTTATTCCTCTTTT GAATTGTTCATTAGCCAATGGAGTTTTTTTTTTTATATATATATATTAATGAGTTTGAAA TTATAATTGGTTTGGTTAAGTTGCAAGGAAGCTAATAGTGTATAGTGTTTCTATTAAGAA AATGTTTATTTTCAAAGAGTTGATATATGTACTTGGTCAAGCTTTTTAGAAAATATATAT GTGCATAATTAGGTTTTCATTTGAATAAAACCAAATTTGGAATTTTGATTATTACTCTAA TATATTAATAAAAAAATAATTCAAAAATCAATTAGTCAAATATTATTATTATTATTGAGA AATACTTTTTTTTTTTTAAAAACAAACAAATTTTGAAAGCTTTATAGAACAAGCTATTAA GTAATTGATGTGATAACTGCTTTTGAATATCGAATGGTTAAAAAAATGATCAAGATATGT AACATCTTTCTTATCTTTATTCTTAGTTAAAAATTTCGATTTTTCAAATTTATAAATTCA TTTACAAATCACAACTGATAATTTGAGATGAATAAATAAATTATTTGAAATAAATATTTT TTTAAAAAAAAGTGATTTCTTTTTTCTTATTATAAAAAAAGAATGATGGCAAGAGGGACA AGTGGAAAGTGTGGGGGAAGGGGGTAAGAGACAATGTTGTCTAGGGGTGAAGAACCTTGG ATAGTGTGATAATCTCTTGTTTTACCAAAAACAATCAACATGCAAATCATCTAGCCCCAC TTCATTACTTAAATTCATTGAATCCACCCTAATTCCAACACCCCCACCCCCCTTTAACCC CATACCCCCCCTCTTCTTCCATCCCTAATATTTTTTCGTTTTAATTTATCTGACATAATT TAATTTCATATCGAGTACAAAAATGAAATTTCTTTTTGAAACTTATGATTTAAAGTAAGT TTTATGGTTCGTGTAAAATCGAACGATATCACATAAAATGAACTGGAGAAATATTTCTTT TGGGATAGATTTCAAAGAATGAGTTATATAAATAGAGACAGACGGAGTACAAAACCTACT ATATATATATATATATATATAATATATGAGAAACCAAACTAGCAAAATATATTCTCCAAA GATACTTTGTAACCACTATAGATCCATCAAAATCTCAAAAACCAAAGGCTATTATCCCAT AATCCCCCAAAACCAAGAAATATCAATGTCAAAAAACAATACAATCCCCCTAAAACCAAT AAACATCAGTGTCAAAAATCAACATTTTATTTAAACCAAGAAAAAGGCTATAGATTCCCA CAACTTTGCTCTTACATCATTCCAAAATCATTTCACCTTTTTCCCTTTAAATTATACCCT TTAGTGTGAAAACAACATATAGAAATCTTCACTTTCTCTATTTAACTCATACTATCTACT GATTTGTGATTTCACCAAAAAAAAAAATTTGTTAAAGATTGGCACATTTTCAAGTTCAGT ATTCATTCGATTTTTGATATCTACATAAAAAAAAAGTGTCCTGGTACTACTCAATATTCC TCAGAACGACTTCATATTCAGGTCTCGAATTCAAAACCTCACATCAAGATTCTTAGGAAA TTTCAAGATTGGTTGAAAAACTCATATCCTTCTCTAAGTTTCAAGATTGGTTCCAAATTA AAACTCGAGACTTCTGAGTAAGAGCGTACGACTAGTAATGAACATGGACATGGAATCATC AGAGGCAAAATTGAGATCATCAAAAGGGTTTATTAATTTGGAGGAACATCAACAATATTT CAACAACATTATGGAAGGCAATAAGATGGAGCATAAGAGATCATTTACACAAGGACATGG CAAGAAAATGTTGTCAATGAATTATTTTAGCTTAGAGTCAATTATTTTGTTACTTGGTCT TACAGCATCTTTGTTACTTTTGCCATTGATGCTTCCACCATTGCCACCACCACCTTTTAT GTTGTTGTTAGTCCCAATTTTCATTCTTGTTGTTCTTATGATCTTAGCTTTTATGCCTTC TAATGTTAGGAATGTGACTTGCTCATATCTTTAATTGTGTGGTTTAATTTAGAAGAAAAT ATCAAAGTAGATTCACTTGTTTTTTACATAATGATTAAATACATTTTTTTCAATCTCTCA TTCATCTATTTTGTTTATTTGAACATAAAATTCTATGATTTTTAATTTACTTTGTTGATC GATAGGCTAAATATTGATGTTTCGAAAGTTTATTTATCAAATTCTCTTGGCCTTGTGTAC TTCTTTTTCTTCATAACGATGGTTTTGTAGCACACCTCGATTAATTTGCTATTTTTTGTC ATATATAGATTTAGGTAACTCTAACATTCTAAATCAGTTAGGGTTACGTCTGGTTTGGGA TGATAAATATTTGCTCACATAAAGTGTTTTTACCGAATTAACCTCATAGTTTGTTAAGAA CTAGGCTGGGCATAAACACCGAATCGAACCAATTTTTTTCAGTATTTCGGTTTTGGTTTT CGATTTTTGATTCGGTATACGTTTTTGTATTTTTCTGCATTTCAGTTTGATTTTTAGTAT GTAATTTTGTGTTATTTGGTCTTTCGATTTATCGAAATATATTATATTATAATATATATT TATATTATATTAATTATTAATTTTAAATAAATAAATATTATAATTTAAAATAAAAAAATT AAGAAGTAAAAAGTATTTCTTTGATGTAACTATTTTAGTCCATTAAGCTGAAAAATCAAA TAAAAAAATTTGTAAATTTTTAAATTTTAAAAAACCCACTAAGTAGGCCTATTTAGAAAA TTGAAATAATAAAACCAAACCGAAATAATATAAATTAAACCGAAATAATATAAATCGAAT CGAACCGAATTATCGAATGCCCACCCCGATTAAGAACTTATGTGAAAGAACTAATCACTT AACTATAATTAAGTGATAAATAGATGTTTGTATGCAATACATTTGTTTTAAATTCGAAAA AGGGTTCATTCATCTGATATATTTACCTTTGTCATCCAACTTAAGGTATGTATTTGTTTT TAAACCGTTAAGTTACATATCACCAACTTCTATTATTGAACGTGGTGAAATGAGAGTTAA TAGTTTAGGATAAATATATGCCTAAAATTGAATGATAAAGATAAATATATCAAAAATTGA TCTCATTTAAATAGTGCATAATTCTCATAATACATGATTACAAACAGATTTATCACTATT CTTGATTCCCTTTTAATAAAAAAGGGAAAAATAAAGAATCTCAACCTGCTATGGACTATG GCAATCCCTTCTGCTTCAGAACATTAACCTAATAGGCTTATCAGAAGCTGCAAGTCAAAA ATACATAAACTATTAAAACCCAAAATTGCATGAATGGAACCTATCCTTTCCATTTCCCAG TTAAGTTTAACTCAATGATGATGCAACTTCAATGGCACTGCCTAATGGCCATGCTGCTTC AACAAAGGAATTCTTGTATTCAACTTTTTTCACCAATGTCATTTCTTGATGAGGTTCAAG TCCTGCAAAGTAAGAAATAGTATTGAGTAACGTAATTGAAATGAATTTCGTGTGAACTTT TACTGAAATATGAAAGTTTTTACTCACCGAATCCATCTACAAGTAGAGTGTATTGATAGA CGAGATCCATGCATAGGTATGGCAAGTTATCAGCTTCTACACGAGGAAATTCAGATTTCG CACCCTCAAGTCCAGTTGCACAAGCACGATTAGCTGCACTTTCGTAATCAGCTGGGCGAA CTTTTGCAACAGCTAAACTTGGATTTATAATACCAGCCTATGCCCACAACATATAACATT TGTGTCAGAGACATACAAGGGAGAGAAGTTTCTTAACTCATTAGATTTAACTACAGGGAT TCATACCTCAGCAGCTCTGTCAAAGAAAAACGAAGCAACAAACATATTCTTCTGTCCATC TCCTCCTCCACCATTCCACACGCCACCAAAGGTACACTTCATGTGGGTACATGCTGGTTC ATTAATTTTCAGAGCCTTTAGAGCTACCTCCCTACAAGTACTCATGCTTGAACCTTGAGA CGTGGCCGATGCTGGGTAAACTGCTCCTCCATACTTGTATGTCCCTGCAAAATGATATTG TTCATCTTCAATGAGATACTTGCTAATCCAGGAAAATGAATACTTACTTTTCTAATTACA GTATACAGGCTCAATGTAAATTAAGGACCCAGTGCTCCTATTTCTGCAACTTATCTGTGT GACTAAGATAAGATATGACAATTCAGTTAAGGGTAGGGGGGAGTTTTTTTCTCTTTGTTA ACCTCCGCTTTTATGTCTTACAGATAGAAATGATGCTTCTGAAAGCACTGCATCAAAAGA AGCAAGTATAGAATAATCATTGCACCAGGAGAGAGAGAGAGAAATACCGTGGTGGCCTCC CAAGATGCAAGGACTTCCAGATTCACCAGAAACCTTCAAGATCTCAGCTCGAGCTGCTAG TAAGCCATAGTGCAAATAGCTGTAAGCAATAAATATAGATCACATTAAGCCTGTACAATG AAGATGACGAAGTACAAGATAAGCCCACTCTGAATAACAAGACAAATATGTTCTTGCCAC TAGATGGATCACAGGTTCATCCTGATCAAAAAGTTGGAGAGCACAAAATGGATATGCTGA CATTCTCTAATATCATCACATAATTATGTATAGAGGATGAGAAGGACCTGTGAACGTAAA GGTAGTATTTTGTCCCTTTCAAAAACATTTCCTGAACGTATGTATCCTCTCCATCTGATA CCTTTGGAGCTTTTTGGGCATCTGACTCTGAGATGGCATACGCCATTTGCACAGATCCAC CACCAAGATCAACCACTCCAACTGTATCAGAGTATTTCTTTCCCAATTTGCCCAATAAAT AATTGATGCTTACCTGCATTAGTATCAGAAATTAAAAAATCAGCTGGCTATACAATTGGT TGACCCATATATTAGACTGAAACATGAGGTGACACAAATTGTAACTAATATGGTTGGGGG GTTGAAGATCAAAGAGTAATAAAAGTATTACCATTTTTATTCAAATACACAAATAATCCA AAATAGTAGAACATTTTCAGTGAAGAAAGTAGCCTTTGCAACCTTTTCTAATATATTCTC CAAATTGCATCCAAAGATACTTGATTGTCAGATCTCAGAAATTTTTTTTGAGTGAGAAAT GGTTCACAAAGTATTCATTGTACATACTTCTAAACAGAACGCCTTAAAATGTGCAATGCC ACTCTAGTGCTTCAAAGGATAAAAGTGAAGGGGAGATTTATTGATTTGTTTTTGTCATGC AGGATTACTACTACATAACCACACCTTACTTGCCTCTCTAATTGAATCGCTTCTTTCAAG ATCAACTGAGATCAAAGTTATACAAAATTAAAAAAATGTAGAAGCTCTAAAAGTTCTATA TATCTTCTTCGACTAATATATTAAAAATCTCAAACTAAAAGACTGAAAACATAGGAATTA AAGTAATCATACTACCATGACTAAAAATATTCCCAATAAATTGGTATCCTATATAAATTT GTCTTCCAATGTGCCCTATTTTTTGCTAAGCTTGCAGAGATCCAAGAGAATGTAGGTCTT ACAAGATAATTTCCTTTCATTTGATTTTAGGTCCCGTCCCTCTTTAACATCCTCACTCTC TACGGTTCTAATGGATTGCTGCTTCTCACGCAGGATTACTAATATTGCCAAAATGGTCTA AGGCAATGTTCAATTGCATAGGGCAATTCATTCTATTTATTAACCTATCTTTAATTTCAA ACAACATAGGGTAGAAAACAGAATATTTTAGGAGACCGTAATACTTCTACCAGAAATCAA AGGTTGGAAAATTAATATCATGAGAAGAAAGTGTTTTAGATGGAGAAAGAAGCCCTTTAG TTGTATTTTGTCGATAAATTAAATTGCTCATCAAATAAATGCAAGTCCTTCTCGGGTTCA ACAGTTCCACCTTGACATGGATATTATTAAACTTGTTTTTCGCTATGTTGCTATTTATTT GAATTGTTAAAAGGAATTTGATGATGTTCATTAATAAAATTGAATTATCTATGTAAGGAC AACAACTCTTCCTTTTGCTTTAGAAAAGAGAGAAAAGAGAATCTACTTTTGTCATCTTTA AACCTGAACTTGAACTAAAATTTACTCTTTTTTTAAAAAAAATAATTTGGTGACTTTGTC TATTCCTCAAAAGTCAGTACTAAAACTAAAAATTTACTCTTTATCATGCTGATAATGCTA AAACTTAGCAAAAAAAAAAAATAACCAAGACTAAACTAATCAACATCACGTCAGAGAGAA CTACATTCACTAACAACCAGAAAAATGAATCAATGTTCACTTTTCTTTTAATAAGCTATA AAGAGCTCAAAGTTATATTAAGGAAGCAACTCTTGTGTCAAATAATATTTTAATCTATAG AGAAGCTCATAACAGCTTGAAGTTCATTCACATACCCACTGGTAAGCACCCTCCTGATTT CCATCAAGAACAGTGACCGCGTCCGCTTTTGCTTTGAAGCTGCTTTTGCTCTTCAGGAAA TCCCTCACCTTCAAAACACATTTATATTTGTTCTAAGTACTGAAAAACTTAAGTAGAAAC AGCCACTTCAAAATTGTAACACAAGACATGCCCAAACAGATGAAGGTCTAGGATGTAAAA CAATCTTACCGCTTGAAGAATCCTGTCAGATGCATCACCTTCCAACTGCCTCAAACCTGC AGTGGCCTAGATAAACTGCCTATCAGTATTGAGCCTATGGGCAGGCTAAAAAGTTTAAAC TTCAATTATACGAAATTTCTTTATACAATGTTCACTAACCCCAACTCTCACTGGTGTATT ACTGCGCAAATTGCGTGGAACTACATTCTCTGCGTCCTTTAGAAGTGGTAGAAGAGAATC GGCAGCAGCCACAGGATCACTAGCAAATGAACTCAGACCTGGTTTTTTCTGGTACAAAAG CCAAATATAGATGAACATCTGCTGCTAATAGAAAGCTTTTCCACAAAATCTAGGGATTCA TATATAACAAACTAGAAAGAGGGGGAACACATAGGCTGTTTGCAAAGATTTTCAGACTTC ACTGGAGATGCATTTCAATCAATATCAACTACATTTCAATCAGAAACATAATCAGTGATA GAGGTGCTTGAGTTTTGTGTTTAAGTTTGGTCGAACTTGCTGCGTTCAAACTTGATTCTG TCAGGATCAATAATATAAATCAGCTATAAGCTAGTCAAATACCAAGCTATAGCTCAAAGT TCCTTGCTTGCATCATAAACTTTGATAATACTAACAGGGCATATATACACTGTAATTTTC TCAACTCTCTGGCGAAAAATGTTCAACTGACTCACTGCTTCCAAACTAGATCATACTGGG ATTGACAATATATGAATCCACAATAACGATTAAATAAATGCAAAATAGAATATTACCTGC ACGAAAAGTTCGAGTTCATTGCCAATGGGAACAAGATCCAAATTCTCATCAAAACAGAAG ACATGAACTCTACTACCCGAACTTCCAGCATCAAATATAACCGCATATTTCATAGATCCG AGATTCGGAGAGAATTTCCGGTTTAACGACTCCATCGAATCAGACGGATAACGCGTCGGC ATTACATAAAGCACTAGAGAAACGAGAAACAACGGAACGCAAATCACAAGGATCACACCT TTATACCTCTGGATCTTATCGGTGAATGACTCACCACCATACTGTCTGTTGTTTCGCTTC ATTGTCTTCTCCATTTGAAGTGGATCGAGCTGTGCCTCTAAAAGCTCGGCTGCTGAAGGT GATCGGTATCGGATCTTGCCGTTTCCCGGCGCCGGAGTATCCTGGGTCTCCAGCTCGAAT TCTTCACCGTCCTTTTAGGTCTCTGGATCACAAATGCTGCCGCCGATCAGAGACTACCGG AAGGATAAGCAAATGAAAAATCCACCGGGAAGAAGAGAGACGATATTACTTCAACTCTAC AGACAATTATAACTGCTAAACTGGATAGTCCATTTAGTACCCGAAAAACAAAACCGACTC AAACCCATCTGGCCACGGTTCGTTCGATTCGATTTTAAAGTTTATTAATTTAATTTACTA TTATTTATCAATTTAGTAGATATACGAAATAAGTTATAAAATCTTAAAGATATAGTTTTA TCGTTTATAAAATGTTATGATCGATATAATTACTTATAAATCAAAACATGTATGTGAGTT GACAAATTATATTTTTCTCAAAAAGTAAATAATGACACTTTGTTGAAGAATCGAGATTCC GAGACCGACAGATTTGGAAGTATAGAAACTAAACGACACAATACATTAACATGACCCTTA ACTTGACGTCAGCTGACAATTATGACTCTAACTTTAGGATATGCGCAAGTAGGCATTTAT ACTTAAATAAAACTAAACAAATAGACACATTCGTCCTACGTGGCACCTACATGACAATTT TGTGTCCTACGTGGTCTCCTACATGTATTATACCATATAGGACACATGTGCTTGCTTGTT CAATTTTATACAAATATAGATTCATACTTATGCACACGTTGGAGGGTATAGTTGTCTACT GAAATCAAGTTCATATTCATGTGTTATGCCAAAACTAAATTCTAAGCTAAAAACTTTATA TATAAATAGTATAAACATAATTTGTTATCAATTATCGATTATCTCATCTAAAGAAAATCT TACACCATTAAAAATCAATAATCTAATATAAGAAAAAAAAAAAGATCTCGACCAATTGTG TATTTCAATAATTAATATTCTAATTACTAATTATTAATACATTTTTATCTTTACCAAATA GAGTAATACTTTATACTAAAAGCAAACCATTTATTGTAATCCATGTTGAAATAATTAATG AGAACTTATCTAATTTGGTATGGTTAACCTACTTTGACCTTTTCTTTTATATGTTGTTAC TTTGTTCTTTTATTAATTGTTTTTAGCAAGATATTTTTGCTAATATATTTAATTTACACA ATTTATGATATGCTTACTCAATTAAAGGAATAAGAATACCCACTCTGTCTATTTTTATTT GTCATATTGCGTTTTTCGAAAGTTAATTTAATTAATTTTTAAAGTTAGATTAAATTACGT TAATTTAATATTTTTTTTTAAAAAAATAGATATTCAAAAATTATACGAAAAGTACTATAA ATTACAATTTTTTTGCATATCAATATGATACAAATATACATCGTAAAATATTGGTAATCG TTTTTATAGTTTGACTCTAAAAAAAATCATGATGTAAGGATTAGACATGGATAAATTCTT TTCAGTTTATAGTTTATTAGGGTTTTGAACAATTTATTTTACGCATATTAATAAAATCTA TTTGTTAACACATACAAAATTTAGACAAAAGCTACTAGGTTCTATCGAACTGATAACAAA TATTTACTTTCACCTAAGTATTGAATCATGAAAGGAACAAAACGTCATATATGAAACTTA TTTTTTCTGCTTTTACCACTAAAGACATCTATTTTTAAGGGCATAATATATAAATATGTT CTATAATTTGGCTTCGAATCATATTTATGTCCTTCAACTTTGGGTGTGCACAAGCAGACA CTTAAAGTTGAATAAATAGACACACATATTCTACATATCATTTTTTATCCTATGTGTATT GTGTTATGTAGGACTCATGTGTTTTTTTATTTAAAAGTTGGACAGTTAAAGTGTTTGTTT GAACATTATGAAAGTTGAAGGTCAGCGTTAAAATTTGAAATCAAATTTAGAATCCAATAT ATATATTATGACAATTTTAATGGTAGATTATATCATGTTGATAGAAGGCATCTTTTTTGG AAATATTGTAGATTGAGACACAACAATTCTTTGTATTTGTGTGGCTACCATTGGTTCAAC AAAACAAGAAGCAACACAAAGGTCTTCTACTTCAACATGTCAACAAAAACTACAAGTGTC TCTAATGCATCCAACTCCTTTTTCCTCCCAAAAATCACTCACAATAATGGCTTTACAACA ACCATTTCTATCTGAATTACTACTCCACTCATCTTCAATTAGAACAACACTCCCCAAAAG TTCACTTTTTTCTCTACAAATACCTCAAAGATTCAATCTTTATCTTCAAAATAAGCAAAT CAAGAAACAAGGAACAAGTTGTTATGCAATTGCTGAGAATCTTGAAGCTGAGGATCAAAG TTTGATTTTGGAAAATTCAAGTTTAGATGAGTTGAGGGGACAAAGGGAAATTGTTGGTTA TGATTGGACTGAAGAATGGTATCCTTTGTATTTAACCAAGAATGTACCTAATGATGCACC TTTAGGTCTTACTGTCTTTGATAAACAAGTTGTTTTGTATAAAGATGGAAGTGGTGAACT TAGATGCTTTGAAGATAGATGTCCACATAGGTAAAAAGAACATACTATATATGTTTGTGT TTTCATTGTCTCAGTTCAGTGTACAAAGCATCTCGATATAAATAGTACTAATTAAACGTA TAGGTCACACAGAGATAACTTTGTTTGTTCAAGAACTTAGTATTTTAGCATGATCTTGTT ATGCATAGACATTTCTTTTTTACTTGTTCCTTATGTAGTTAAGTGATAGCTAATACATTA TGTAGTTGCTTAATTTCTCTTGATTAGCTAAAATCTATGTTTCGTGTAAGGGACAAGTAC AAGAAGGGAAGTAGGAAGAATCGATTTGTAGCAACTACGATTTGAGTTACTAGTCGTTGG AAAGTCTCACAAGACGGATGAGCTCCGTTTTTTTTCATCATACTATGGTGGAAAAACATC TGTTTTTTCCAATACCTATAGTGATGTATTTATATGTATAGGAGGAGGACAAGTTAATGG TCTACTTAGCACCTCTTATGGATGGACCTAACCATAGCATTTTCCAATGGCTTATGTGGT TCGAGTTGAAAGCAACGAGTTCAAGCAGAATTTACCCTTCTCTTATTGTATCCTCTTGAA ATAGCTCAAATGAGTGTAATAACGTACAACATTTTCCTCTTTAGTTTTGGTCTTGTTAAG CTGCTGAATGTTAACTGATTTTTCCGCGTTTCCATAAGCTCATAGTGATTTAGAAGTATT TTAGTACATGTTGTGTATTTTCAGGAATGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.925 3910 4470 match_2 match_part 0.939 3933 4470 match_3 match_part 0.975 5636 5715 match_part 1.000 5963 6034 match_part 1.000 6388 6467 match_part 0.969 6557 6653 match_part 0.979 7125 7172 match_part 1.000 7257 7288 match_4 match_part 0.926 8019 8439 match_5 match_part 1.000 19874 20513 match_6 match_part 1.000 19874 20508 match_7 match_part 0.999 19891 20617 match_8 match_part 0.994 19891 20419 match_9 match_part 1.000 19892 20395 match_10 match_part 0.985 19916 20503 match_11 match_part 0.997 20396 21184 match_12 match_part 1.000 23255 23889 match_13 match_part 1.000 30066 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31289 match_14 match_part 0.963 30087 30273 match_part 1.000 30353 30474 match_part 0.969 31194 31289 match_part 0.969 31566 31661 match_part 0.937 32528 32606 match_15 match_part 0.940 30091 30273 match_part 0.959 30353 30474 match_part 1.000 31194 31289 match_part 0.990 31566 31661 match_part 0.987 32528 32606 match_part 0.979 33302 33348 match_part 0.883 33644 33703 match_part 0.833 33917 33976 match_16 match_part 0.934 30091 30273 match_part 0.959 30353 30474 match_part 0.979 31194 31289 match_part 0.969 31566 31661 match_part 0.866 32525 32606 match_part 0.872 33302 33348 match_part 1.000 33644 33650 match_17 match_part 0.938 30096 30273 match_part 0.940 30353 30452 match_18 match_part 0.994 30097 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31289 match_part 1.000 31566 31661 match_part 1.000 32528 32601 match_19 match_part 0.989 30097 30273 match_part 0.992 30353 30474 match_part 1.000 31194 31289 match_part 1.000 31566 31661 match_20 match_part 1.000 30100 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31266 match_21 match_part 0.822 30167 30273 match_part 0.951 30353 30474 match_part 1.000 31194 31289 match_part 0.990 31566 31661 match_part 0.962 32528 32606 match_part 0.915 33302 33348 match_part 0.867 33644 33703 match_22 match_part 1.000 32578 32606 match_part 1.000 33302 33348 match_part 1.000 33644 33703 match_part 1.000 33917 34241 match_23 match_part 0.993 33995 34277 match_24 match_part 0.998 45713 46316 match_25 match_part 1.000 45713 46236 match_26 match_part 1.000 45715 46188 match_27 match_part 1.000 45716 46384 match_28 match_part 0.998 45718 46371 match_29 match_part 0.998 45718 46267 match_30 match_part 0.998 45718 46173 match_31 match_part 1.000 45734 46524 match_32 match_part 1.000 45734 46243 match_33 match_part 0.998 45734 46232 match_34 match_part 1.000 45749 46269 match_35 match_part 0.994 45788 46415 match_36 match_part 1.000 45839 46468 match_37 match_part 1.000 45839 46072 match_38 match_part 1.000 46020 46653 match_39 match_part 0.993 46023 46717 match_40 match_part 0.995 46083 46519 match_41 match_part 1.000 46106 46392 match_42 match_part 1.000 46350 46732 match_43 match_part 1.000 54600 55447 match_44 match_part 0.999 54600 55414 match_45 match_part 0.999 54647 55377 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_46 match_part 0.910 2427 2038 match_part 0.882 445 293 match_part 0.945 145 1 match_47 match_part 0.985 2237 2038 match_part 0.987 445 293 match_part 1.000 145 17 match_48 match_part 0.937 2418 2038 match_part 0.974 445 293 match_part 0.990 145 50 match_49 match_part 1.000 2422 2038 match_part 1.000 445 293 match_part 1.000 145 65 match_50 match_part 0.997 2421 2038 match_part 1.000 445 293 match_part 0.975 145 66 match_51 match_part 0.997 2417 2038 match_part 1.000 445 293 match_part 1.000 145 71 match_52 match_part 1.000 2248 2038 match_part 1.000 445 293 match_part 1.000 145 89 match_53 match_part 1.000 2421 2038 match_part 1.000 445 293 match_part 1.000 145 117 match_54 match_part 0.995 2409 2038 match_part 1.000 445 299 match_55 match_part 0.995 2422 2038 match_part 1.000 445 316 match_56 match_part 0.974 2421 2038 match_part 1.000 445 413 match_57 match_part 0.995 2419 2038 match_part 1.000 445 426 match_58 match_part 0.935 2420 2038 match_59 match_part 1.000 2414 2048 match_60 match_part 0.943 2372 2129 match_61 match_part 0.976 10141 10057 match_part 1.000 9979 9883 match_part 1.000 9455 9348 match_part 1.000 9253 9118 match_part 0.978 9026 8658 match_62 match_part 1.000 9357 9348 match_part 0.993 9253 9118 match_part 0.994 9026 8678 match_63 match_part 1.000 11490 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 1.000 10433 10248 match_part 1.000 10161 10057 match_part 1.000 9979 9883 match_64 match_part 1.000 11490 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 1.000 10433 10248 match_part 0.989 10161 10074 match_65 match_part 1.000 11489 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 0.994 10433 10262 match_66 match_part 0.945 25492 25402 match_part 0.896 25284 25084 match_part 1.000 24413 24351 match_part 0.928 24184 23725 match_67 match_part 0.900 29943 29714 match_part 0.968 29245 29057 match_part 0.962 28644 28541 match_part 0.883 28203 27999 match_part 1.000 27915 27909 match_68 match_part 0.951 29936 29691 match_part 0.968 29245 29057 match_part 0.962 28644 28541 match_part 0.920 28203 28091 match_69 match_part 0.947 29936 29691 match_part 0.968 29245 29057 match_part 0.962 28644 28541 match_part 0.973 28203 28129 match_70 match_part 0.943 29943 29714 match_part 0.968 29245 29057 match_part 0.957 28644 28599 match_71 match_part 1.000 35704 35043 match_72 match_part 1.000 38510 38336 match_part 1.000 37852 37800 match_part 1.000 37582 37468 match_part 0.996 37374 37123 match_part 1.000 36456 36411 match_73 match_part 0.993 46637 46038 match_74 match_part 0.846 48499 48487 match_part 1.000 48397 48208 match_part 1.000 48122 47749 match_75 match_part 0.978 49396 49308 match_part 1.000 49099 49008 match_part 1.000 48704 48487 match_part 1.000 48397 48208 match_part 0.979 48122 47983 match_76 match_part 0.988 52574 52077 match_part 0.977 51588 51460 match_part 0.982 51366 51310 match_part 0.892 51188 51152 match_77 match_part 0.978 52580 52087 match_78 match_part 0.986 52574 52091 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 2427 2038 exon 445 293 exon 145 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 3910 4470 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 5636 5715 exon 5963 6034 exon 6388 6467 exon 6557 6653 exon 7125 7172 exon 7257 7288 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 8019 8439 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 11490 11398 exon 11053 10938 exon 10694 10635 exon 10433 10248 exon 10161 10057 exon 9979 9883 exon 9455 9348 exon 9253 9118 exon 9026 8658 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 19874 21184 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 23255 23889 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 25492 25402 exon 25284 25084 exon 24413 24351 exon 24184 23725 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 29943 29714 exon 29245 29057 exon 28644 28541 exon 28203 27999 exon 27915 27909 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 29936 29691 exon 29245 29057 exon 28644 28541 exon 28203 28091 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 30066 30273 exon 30353 30474 exon 31194 31289 exon 31566 31661 exon 32528 32606 exon 33302 33348 exon 33644 33703 exon 33917 34277 gene_12 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 30066 30273 exon 30353 30474 exon 31194 31289 exon 31566 31661 exon 32525 32606 exon 33302 33348 exon 33644 33703 exon 33917 34277 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 35704 35043 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 38510 38336 exon 37852 37800 exon 37582 37468 exon 37374 37123 exon 36456 36411 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 45713 46732 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 46637 46038 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 49396 49308 exon 49099 49008 exon 48704 48487 exon 48397 48208 exon 48122 47749 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 52580 52077 exon 51588 51460 exon 51366 51310 exon 51188 51152 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 54600 55447 RepeatMasker tomato repeats master Copia00110 2637 2716 1 Copia00110 2637 2716 1 nucleotide_motif 412 5236 5315 Copia00143 137 192 1 Copia00143 137 192 1 nucleotide_motif 241 8623 8676 MuDR1_HV 1228 1311 1 MuDR1_HV 1228 1311 1 nucleotide_motif 235 16455 16538 Copia00151 5515 5810 1 Copia00151 5515 5810 1 nucleotide_motif 1505 19449 19735 Gypsy00073 11887 12078 1 Gypsy00073 11887 12078 1 nucleotide_motif 1090 21941 22123 Gypsy00073 1 383 1 Gypsy00073 1 383 1 nucleotide_motif 2689 22296 22678 TLP1 363 461 1 TLP1 363 461 1 nucleotide_motif 260 24613 24703 Unknown00046 2746 2842 1 Unknown00046 2746 2842 1 nucleotide_motif 271 24842 24925 COPIA1_ZM_I 4221 4293 1 COPIA1_ZM_I 4221 4293 1 nucleotide_motif 241 26126 26203 Copia00080 4528 4652 1 Copia00080 4528 4652 1 nucleotide_motif 276 26144 26264 TLP1 2 138 1 TLP1 2 138 1 nucleotide_motif 265 37982 38113 TLP2 6 306 1 TLP2 6 306 1 nucleotide_motif 568 44102 44412 RepeatMasker tomato repeats master TS 95 159 -1 TS 95 159 -1 nucleotide_motif 254 1645 1582 TS2 265 353 -1 TS2 265 353 -1 nucleotide_motif 302 3000 2909 Copia00112 7412 7449 -1 Copia00112 7412 7449 -1 nucleotide_motif 232 3054 3017 Gypsy00042 6059 6097 -1 Gypsy00042 6059 6097 -1 nucleotide_motif 230 3058 3020 TLP1 484 643 -1 TLP1 484 643 -1 nucleotide_motif 460 5230 5080 SINE_SO 52 162 -1 SINE_SO 52 162 -1 nucleotide_motif 442 5880 5767 SONATA2 2 222 -1 SONATA2 2 222 -1 nucleotide_motif 985 7013 6795 TS2 168 335 -1 TS2 168 335 -1 nucleotide_motif 503 9773 9605 SONATA1 168 229 -1 SONATA1 168 229 -1 nucleotide_motif 302 10822 10761 Gypsy00019 601 665 -1 Gypsy00019 601 665 -1 nucleotide_motif 316 16536 16472 Copia00112 7576 7706 -1 Copia00112 7576 7706 -1 nucleotide_motif 313 16598 16537 Gypsy00073 11876 11999 -1 Gypsy00073 11876 11999 -1 nucleotide_motif 697 22692 22565 TLP1 184 289 -1 TLP1 184 289 -1 nucleotide_motif 229 24727 24622 SONATA2 12 253 -1 SONATA2 12 253 -1 nucleotide_motif 742 40779 40556 Unknown00046 2540 2838 -1 Unknown00046 2540 2838 -1 nucleotide_motif 1170 53252 52952 Unknown00025 300 471 -1 Unknown00025 300 471 -1 nucleotide_motif 546 53861 53680 Copia00110 2412 2727 -1 Copia00110 2412 2727 -1 nucleotide_motif 1453 54430 54149 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3764 53787 55775 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 1641 36947 37777 match_2 match 1441 36962 37695 match_3 match 1425 55001 55774 match_4 match 1172 50189 50787 match_5 match 394 44465 44663 match_6 match 1382 24561 25281 match_7 match 1394 24619 25337 match_8 match 488 55530 55775 match_9 match 379 44687 44877 match_10 match 355 44958 45157 match_11 match 379 44687 44877 match_12 match 355 44958 45157 match_13 match 872 7474 7948 match_14 match 1065 37337 37909 match_15 match 1471 4215 4960 match_16 match 1620 52502 53346 match_17 match 1294 4435 5087 match_18 match 505 10699 10953 match_19 match 1152 31197 31777 match_20 match 603 17497 17842 match_21 match 957 55192 55698 match_22 match 789 55287 55712 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.925 3910 4470 match_2 match_part 0.939 3933 4470 match_3 match_part 0.975 5636 5715 match_part 1.000 5963 6034 match_part 1.000 6388 6467 match_part 0.969 6557 6653 match_part 0.979 7125 7172 match_part 1.000 7257 7288 match_4 match_part 0.926 8019 8439 match_5 match_part 1.000 19874 20513 match_6 match_part 1.000 19874 20508 match_7 match_part 0.999 19891 20617 match_8 match_part 0.994 19891 20419 match_9 match_part 1.000 19892 20395 match_10 match_part 0.985 19916 20503 match_11 match_part 0.997 20396 21184 match_12 match_part 1.000 23255 23889 match_13 match_part 1.000 30066 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31289 match_14 match_part 0.963 30087 30273 match_part 1.000 30353 30474 match_part 0.969 31194 31289 match_part 0.969 31566 31661 match_part 0.937 32528 32606 match_15 match_part 0.994 30097 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31289 match_part 1.000 31566 31661 match_part 1.000 32528 32601 match_16 match_part 0.989 30097 30273 match_part 0.992 30353 30474 match_part 1.000 31194 31289 match_part 1.000 31566 31661 match_17 match_part 1.000 30100 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31266 match_18 match_part 1.000 32578 32606 match_part 1.000 33302 33348 match_part 1.000 33644 33703 match_part 1.000 33917 34241 match_19 match_part 0.993 33995 34277 match_20 match_part 0.998 45713 46316 match_21 match_part 1.000 45713 46236 match_22 match_part 1.000 45715 46188 match_23 match_part 1.000 45716 46384 match_24 match_part 0.998 45718 46371 match_25 match_part 0.998 45718 46267 match_26 match_part 0.998 45718 46173 match_27 match_part 1.000 45734 46524 match_28 match_part 1.000 45734 46243 match_29 match_part 0.998 45734 46232 match_30 match_part 1.000 45749 46269 match_31 match_part 0.994 45788 46415 match_32 match_part 1.000 45839 46468 match_33 match_part 1.000 45839 46072 match_34 match_part 1.000 46020 46653 match_35 match_part 0.993 46023 46717 match_36 match_part 0.995 46083 46519 match_37 match_part 1.000 46106 46392 match_38 match_part 1.000 46350 46732 match_39 match_part 1.000 54600 55447 match_40 match_part 0.999 54600 55414 match_41 match_part 0.999 54647 55377 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_42 match_part 0.985 2237 2038 match_part 0.987 445 293 match_part 1.000 145 17 match_43 match_part 1.000 2422 2038 match_part 1.000 445 293 match_part 1.000 145 65 match_44 match_part 0.997 2421 2038 match_part 1.000 445 293 match_part 0.975 145 66 match_45 match_part 0.997 2417 2038 match_part 1.000 445 293 match_part 1.000 145 71 match_46 match_part 1.000 2248 2038 match_part 1.000 445 293 match_part 1.000 145 89 match_47 match_part 1.000 2421 2038 match_part 1.000 445 293 match_part 1.000 145 117 match_48 match_part 0.995 2409 2038 match_part 1.000 445 299 match_49 match_part 0.995 2422 2038 match_part 1.000 445 316 match_50 match_part 0.974 2421 2038 match_part 1.000 445 413 match_51 match_part 0.995 2419 2038 match_part 1.000 445 426 match_52 match_part 1.000 2414 2048 match_53 match_part 0.943 2372 2129 match_54 match_part 0.976 10141 10057 match_part 1.000 9979 9883 match_part 1.000 9455 9348 match_part 1.000 9253 9118 match_part 0.978 9026 8658 match_55 match_part 1.000 9357 9348 match_part 0.993 9253 9118 match_part 0.994 9026 8678 match_56 match_part 1.000 11490 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 1.000 10433 10248 match_part 1.000 10161 10057 match_part 1.000 9979 9883 match_57 match_part 1.000 11490 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 1.000 10433 10248 match_part 0.989 10161 10074 match_58 match_part 1.000 11489 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 0.994 10433 10262 match_59 match_part 1.000 35704 35043 match_60 match_part 1.000 38510 38336 match_part 1.000 37852 37800 match_part 1.000 37582 37468 match_part 0.996 37374 37123 match_part 1.000 36456 36411 match_61 match_part 0.993 46637 46038 match_62 match_part 0.846 48499 48487 match_part 1.000 48397 48208 match_part 1.000 48122 47749 match_63 match_part 0.978 49396 49308 match_part 1.000 49099 49008 match_part 1.000 48704 48487 match_part 1.000 48397 48208 match_part 0.979 48122 47983 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 2422 2038 exon 445 293 exon 145 17 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 3910 4470 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 5636 5715 exon 5963 6034 exon 6388 6467 exon 6557 6653 exon 7125 7172 exon 7257 7288 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 8019 8439 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 11490 11398 exon 11053 10938 exon 10694 10635 exon 10433 10248 exon 10161 10057 exon 9979 9883 exon 9455 9348 exon 9253 9118 exon 9026 8658 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 19874 21184 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 23255 23889 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 30066 30273 exon 30353 30474 exon 31194 31289 exon 31566 31661 exon 32528 32606 exon 33302 33348 exon 33644 33703 exon 33917 34277 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 35704 35043 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 38510 38336 exon 37852 37800 exon 37582 37468 exon 37374 37123 exon 36456 36411 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 45713 46732 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 46637 46038 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 49396 49308 exon 49099 49008 exon 48704 48487 exon 48397 48208 exon 48122 47749 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 54600 55447 AUGUSTUS_tom_cdna de novo gene_1 gene 1 4406 8060 transcript_1 transcript 4406 8060 start_codon_1 start_codon 4406 4408 CDS_1 CDS 4406 4714 CDS_2 CDS 5439 5520 CDS_3 CDS 5621 5715 CDS_4 CDS 5963 6034 CDS_5 CDS 6388 6467 CDS_6 CDS 6557 6653 CDS_7 CDS 7125 7172 CDS_8 CDS 7257 7325 CDS_9 CDS 7520 7663 CDS_10 CDS 7962 8060 stop_codon_1 stop_codon 8058 8060 gene_2 gene 1 19896 33964 transcript_2 transcript 19896 33964 start_codon_2 start_codon 19896 19898 CDS_11 CDS 19896 20718 CDS_12 CDS 29822 29838 CDS_13 CDS 30057 30273 CDS_14 CDS 30353 30474 CDS_15 CDS 31194 31289 CDS_16 CDS 31566 31661 CDS_17 CDS 32528 32606 CDS_18 CDS 33302 33348 CDS_19 CDS 33644 33703 CDS_20 CDS 33917 33964 stop_codon_2 stop_codon 33962 33964 gene_3 gene 1 46298 46654 transcript_3 transcript 46298 46654 start_codon_3 start_codon 46298 46300 CDS_21 CDS 46298 46654 stop_codon_3 stop_codon 46652 46654 gene_4 gene 1 54605 55054 transcript_4 transcript 54605 55054 start_codon_4 start_codon 54605 54607 CDS_22 CDS 54605 55054 stop_codon_4 stop_codon 55052 55054 AUGUSTUS_tom_cdna de novo gene_5 gene 1 2139 1 transcript_5 transcript 2139 1 CDS_23 CDS 145 1 CDS_24 CDS 445 293 CDS_25 CDS 2139 2038 start_codon_5 start_codon 2139 2137 gene_6 gene 1 11446 8918 transcript_6 transcript 11446 8918 stop_codon_5 stop_codon 8920 8918 CDS_26 CDS 9026 8918 CDS_27 CDS 9253 9118 CDS_28 CDS 9455 9348 CDS_29 CDS 9979 9883 CDS_30 CDS 10161 10057 CDS_31 CDS 10433 10248 CDS_32 CDS 10694 10635 CDS_33 CDS 11053 10938 CDS_34 CDS 11446 11398 start_codon_6 start_codon 11446 11444 gene_7 gene 1 52394 48007 transcript_7 transcript 52394 48007 stop_codon_6 stop_codon 48009 48007 CDS_35 CDS 48122 48007 CDS_36 CDS 48397 48208 CDS_37 CDS 48704 48487 CDS_38 CDS 49099 49008 CDS_39 CDS 49513 49308 CDS_40 CDS 51188 51096 CDS_41 CDS 52273 52077 CDS_42 CDS 52394 52355 start_codon_7 start_codon 52394 52392 AUGUSTUS_ab_initio de novo gene_1 gene 1 4406 25118 transcript_1 transcript 4406 25118 start_codon_1 start_codon 4406 4408 CDS_1 CDS 4406 4714 CDS_2 CDS 5439 5520 CDS_3 CDS 5621 5715 CDS_4 CDS 5963 6034 CDS_5 CDS 7257 7325 CDS_6 CDS 7520 7663 CDS_7 CDS 20016 20718 CDS_8 CDS 24997 25118 stop_codon_1 stop_codon 25116 25118 AUGUSTUS_ab_initio de novo gene_2 gene 1 2139 1 transcript_2 transcript 2139 1 CDS_9 CDS 145 1 CDS_10 CDS 445 293 CDS_11 CDS 2139 2038 start_codon_2 start_codon 2139 2137 gene_3 gene 1 52394 35375 transcript_3 transcript 52394 35375 stop_codon_2 stop_codon 35377 35375 CDS_12 CDS 36255 35375 CDS_13 CDS 37332 37123 CDS_14 CDS 37582 37468 CDS_15 CDS 37852 37800 CDS_16 CDS 39475 39333 CDS_17 CDS 41257 41202 CDS_18 CDS 49513 49382 CDS_19 CDS 51188 51096 CDS_20 CDS 52273 52077 CDS_21 CDS 52394 52355 start_codon_3 start_codon 52394 52392 AUGUSTUS_tom_ugs de novo gene_1 gene 1 4406 8334 transcript_1 transcript 4406 8334 start_codon_1 start_codon 4406 4408 CDS_1 CDS 4406 4714 CDS_2 CDS 5439 5520 CDS_3 CDS 5621 5715 CDS_4 CDS 5963 6034 CDS_5 CDS 6388 6467 CDS_6 CDS 6557 6653 CDS_7 CDS 7125 7172 CDS_8 CDS 7257 7325 CDS_9 CDS 7520 7663 CDS_10 CDS 7962 8031 CDS_11 CDS 8291 8334 stop_codon_1 stop_codon 8332 8334 gene_2 gene 1 20265 33964 transcript_2 transcript 20265 33964 start_codon_2 start_codon 20265 20267 CDS_12 CDS 20265 20718 CDS_13 CDS 30353 30474 CDS_14 CDS 31194 31289 CDS_15 CDS 31566 31661 CDS_16 CDS 32528 32606 CDS_17 CDS 33302 33348 CDS_18 CDS 33644 33703 CDS_19 CDS 33917 33964 stop_codon_2 stop_codon 33962 33964 AUGUSTUS_tom_ugs de novo gene_3 gene 1 2139 1 transcript_3 transcript 2139 1 CDS_20 CDS 145 1 CDS_21 CDS 445 293 CDS_22 CDS 2139 2038 start_codon_3 start_codon 2139 2137 gene_4 gene 1 11446 8918 transcript_4 transcript 11446 8918 stop_codon_3 stop_codon 8920 8918 CDS_23 CDS 9026 8918 CDS_24 CDS 9253 9118 CDS_25 CDS 9455 9348 CDS_26 CDS 9979 9883 CDS_27 CDS 10161 10057 CDS_28 CDS 10433 10248 CDS_29 CDS 10694 10635 CDS_30 CDS 11053 10938 CDS_31 CDS 11446 11398 start_codon_4 start_codon 11446 11444 gene_5 gene 1 52394 48007 transcript_5 transcript 52394 48007 stop_codon_4 stop_codon 48009 48007 CDS_32 CDS 48122 48007 CDS_33 CDS 48397 48208 CDS_34 CDS 48704 48487 CDS_35 CDS 49099 49008 CDS_36 CDS 49513 49308 CDS_37 CDS 51188 51096 CDS_38 CDS 52273 52077 CDS_39 CDS 52394 52355 start_codon_5 start_codon 52394 52392 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.939 3933 4470 match_2 match_part 0.975 5636 5715 match_part 1.000 5963 6034 match_part 1.000 6388 6467 match_part 0.969 6557 6653 match_part 0.979 7125 7172 match_part 1.000 7257 7288 match_3 match_part 1.000 19874 21184 match_4 match_part 1.000 23255 23889 match_5 match_part 1.000 30066 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31289 match_part 1.000 31566 31661 match_part 0.975 32528 32606 match_6 match_part 1.000 32578 32606 match_part 1.000 33302 33348 match_part 1.000 33644 33703 match_part 0.994 33917 34277 match_7 match_part 1.000 45713 46686 match_8 match_part 1.000 54600 55447 match_9 match_part 1.000 54600 55414 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_10 match_part 1.000 2422 2038 match_part 1.000 445 293 match_part 1.000 145 17 match_11 match_part 1.000 11490 11398 match_part 1.000 11053 10938 match_part 1.000 10694 10635 match_part 1.000 10433 10248 match_part 1.000 10161 10057 match_part 1.000 9979 9883 match_part 1.000 9455 9348 match_part 1.000 9253 9118 match_part 0.978 9026 8658 match_12 match_part 1.000 35704 35043 match_13 match_part 1.000 38510 38336 match_part 1.000 37852 37800 match_part 1.000 37582 37468 match_part 0.996 37374 37123 match_part 1.000 36456 36411 match_14 match_part 1.000 49391 49308 match_part 1.000 49099 49008 match_part 1.000 48704 48487 match_part 1.000 48397 48208 match_part 1.000 48122 47749 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 2422 2038 exon 445 293 exon 145 17 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 3933 4470 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 5636 5715 exon 5963 6034 exon 6388 6467 exon 6557 6653 exon 7125 7172 exon 7257 7288 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 11490 11398 exon 11053 10938 exon 10694 10635 exon 10433 10248 exon 10161 10057 exon 9979 9883 exon 9455 9348 exon 9253 9118 exon 9026 8658 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 19874 21184 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 23255 23889 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 30066 30273 exon 30353 30474 exon 31194 31289 exon 31566 31661 exon 32528 32606 exon 33302 33348 exon 33644 33703 exon 33917 34277 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 35704 35043 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 38510 38336 exon 37852 37800 exon 37582 37468 exon 37374 37123 exon 36456 36411 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 45713 46686 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 49391 49308 exon 49099 49008 exon 48704 48487 exon 48397 48208 exon 48122 47749 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 54600 55447 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.938 30096 30273 match_part 0.959 30353 30474 match_part 1.000 31194 31289 match_part 0.990 31566 31661 match_part 0.975 32528 32606 match_part 0.894 33302 33348 match_part 0.883 33644 33703 match_2 match_part 1.000 30100 30273 match_part 1.000 30353 30474 match_part 1.000 31194 31266 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0093P12.2 type gene exon 30096 30273 exon 30353 30474 exon 31194 31289 exon 31566 31661 exon 32528 32606 exon 33302 33348 exon 33644 33703 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 4406 8060 transcript_1 transcript 4406 8060 start_codon_1 start_codon 4406 4408 CDS_1 CDS 4406 4714 CDS_2 CDS 5439 5520 CDS_3 CDS 5621 5715 CDS_4 CDS 5963 6034 CDS_5 CDS 6388 6467 CDS_6 CDS 6557 6653 CDS_7 CDS 7125 7172 CDS_8 CDS 7257 7325 CDS_9 CDS 7520 7663 CDS_10 CDS 7962 8060 stop_codon_1 stop_codon 8058 8060 gene_2 gene 1 19896 21038 transcript_2 transcript 19896 21038 start_codon_2 start_codon 19896 19898 CDS_11 CDS 19896 21038 stop_codon_2 stop_codon 21036 21038 gene_3 gene 1 30123 33964 transcript_3 transcript 30123 33964 start_codon_3 start_codon 30123 30125 CDS_12 CDS 30123 30273 CDS_13 CDS 30353 30474 CDS_14 CDS 31194 31289 CDS_15 CDS 31566 31661 CDS_16 CDS 32528 32606 CDS_17 CDS 33302 33348 CDS_18 CDS 33644 33703 CDS_19 CDS 33917 33964 stop_codon_3 stop_codon 33962 33964 gene_4 gene 1 46298 46654 transcript_4 transcript 46298 46654 start_codon_4 start_codon 46298 46300 CDS_20 CDS 46298 46654 stop_codon_4 stop_codon 46652 46654 gene_5 gene 1 54605 55054 transcript_5 transcript 54605 55054 start_codon_5 start_codon 54605 54607 CDS_21 CDS 54605 55054 stop_codon_5 stop_codon 55052 55054 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 2139 1 transcript_6 transcript 2139 1 CDS_22 CDS 145 1 CDS_23 CDS 445 293 CDS_24 CDS 2139 2038 start_codon_6 start_codon 2139 2137 gene_7 gene 1 4501 4252 transcript_7 transcript 4501 4252 stop_codon_6 stop_codon 4254 4252 CDS_25 CDS 4501 4252 gene_8 gene 1 11446 8918 transcript_8 transcript 11446 8918 stop_codon_7 stop_codon 8920 8918 CDS_26 CDS 9026 8918 CDS_27 CDS 9253 9118 CDS_28 CDS 9455 9348 CDS_29 CDS 9979 9883 CDS_30 CDS 10161 10057 CDS_31 CDS 10433 10248 CDS_32 CDS 10694 10635 CDS_33 CDS 11053 10938 CDS_34 CDS 11446 11398 start_codon_7 start_codon 11446 11444 gene_9 gene 2 29939 23996 transcript_9 transcript 29939 23996 stop_codon_8 stop_codon 23998 23996 CDS_35 CDS 24184 23996 CDS_36 CDS 24413 24351 CDS_37 CDS 25284 25084 CDS_38 CDS 25522 25402 CDS_39 CDS 26604 26461 CDS_40 CDS 28644 28541 CDS_41 CDS 29245 29057 CDS_42 CDS 29939 29691 start_codon_8 start_codon 29939 29937 transcript_10 transcript 29939 23996 stop_codon_9 stop_codon 23998 23996 CDS_43 CDS 24184 23996 CDS_44 CDS 24413 24351 CDS_45 CDS 25284 25084 CDS_46 CDS 25522 25402 CDS_47 CDS 26604 26461 CDS_48 CDS 26894 26776 CDS_49 CDS 28203 27999 CDS_50 CDS 28644 28541 CDS_51 CDS 29245 29057 CDS_52 CDS 29939 29691 start_codon_9 start_codon 29939 29937 gene_10 gene 1 36445 35375 transcript_11 transcript 36445 35375 stop_codon_10 stop_codon 35377 35375 CDS_53 CDS 36445 35375 start_codon_10 start_codon 36445 36443 gene_11 gene 1 52394 48007 transcript_12 transcript 52394 48007 stop_codon_11 stop_codon 48009 48007 CDS_54 CDS 48122 48007 CDS_55 CDS 48397 48208 CDS_56 CDS 48704 48487 CDS_57 CDS 49099 49008 CDS_58 CDS 49513 49308 CDS_59 CDS 51188 51096 CDS_60 CDS 51366 51310 CDS_61 CDS 51588 51460 CDS_62 CDS 52394 52077 start_codon_11 start_codon 52394 52392 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 108 20004 20960 match_2 match 137 20007 20945 match_3 match 249 19989 20972 match_4 match 140 20391 20972 match_5 match 250 19986 21023 match_6 match 194 20160 21023 match_7 match 268 19986 20960 match_8 match 258 20004 20975 match_9 match 211 20004 20801 match_10 match 133 19986 20522 match_11 match 254 19986 20993 match_12 match 246 19986 20975 match_13 match 256 19986 20975 match_14 match 236 19986 20975 match_15 match 232 19986 20975 match_16 match 252 19986 20975 match_17 match 249 20004 20972 match_18 match 253 20004 20972 match_19 match 137 19995 20975 match_20 match 115 20001 20969 match_21 match 114 20004 20969 match_22 match 138 20004 20972 match_23 match 130 20004 20972 match_24 match 144 20007 20945 match_25 match 117 20016 20969 match_26 match 161 19989 20945 match_27 match 134 19998 20975 match_28 match 110 19980 21005 match_29 match 107 19998 20942 match_30 match 105 19998 20993 match_31 match 132 19998 20993 match_32 match 104 19974 20963 match_33 match 110 54887 55051 match_34 match 255 19986 20972 match_35 match 117 20016 20969 match_36 match 111 19974 20969 match_37 match 104 19998 20987 match_38 match 107 19998 20963 match_39 match 114 20004 20972 match_40 match 118 20004 20945 match_41 match 115 19983 20969 match_42 match 110 20004 20969 match_43 match 115 19998 20972 match_44 match 166 19992 20939 match_45 match 129 19992 20984 match_46 match 175 20007 20993 match_47 match 135 20007 20978 match_48 match 171 19986 20984 match_49 match 106 19998 20939 match_50 match 107 20004 20993 match_51 match 107 20004 20993 match_52 match 132 20001 20969 match_53 match 105 19998 20984 match_54 match 231 19989 20999 match_55 match 158 19992 20984 match_56 match 105 20004 21026 match_57 match 108 20016 20975 match_58 match 114 20001 21011 match_59 match 233 20004 20975 match_60 match 113 19995 20993 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_61 match 48.1 9447 9343 match_62 match 51.6 9028 8921 match_63 match 84.7 10424 10248 match_64 match 68.6 9254 9114 match_65 match 55.1 9979 9878 match_66 match 65.9 10161 10054 match_67 match 263 36457 35378 match_68 match 141 37588 37076 match_69 match 90.5 39242 38997 match_70 match 87.4 39546 39331 match_71 match 232 36457 35378 match_72 match 137 37588 37121 match_73 match 81.3 39242 38997 match_74 match 80.1 39564 39331 match_75 match 89.7 39242 38832 match_76 match 315 36460 35378 match_77 match 144 37588 37121 match_78 match 107 39546 39331 match_79 match 103 39242 38832 match_80 match 157 37588 37121 match_81 match 219 36457 35849 match_82 match 114 39564 39331 match_83 match 266 36457 35378 match_84 match 147 37588 37121 match_85 match 89.7 39242 38997 match_86 match 87.4 39546 39331 match_87 match 266 36457 35378 match_88 match 147 37588 37121 match_89 match 87.4 39239 38997 match_90 match 87.4 39546 39331 match_91 match 66.6 10406 10236 match_92 match 42.4 10161 10054 match_93 match 45.1 9979 9884 match_94 match 101 39242 38832 match_95 match 137 37597 37121 match_96 match 295 36460 35378 match_97 match 104 39546 39331 match_98 match 101 39242 38832 match_99 match 137 37597 37121 match_100 match 295 36460 35378 match_101 match 104 39546 39331 match_102 match 201 37588 37121 match_103 match 437 36457 35378 match_104 match 122 39576 39331 match_105 match 115 39242 38997 match_106 match 118 38636 38334 match_107 match 97.4 48397 48206 match_108 match 51.6 48123 48016 match_109 match 93.6 48711 48487 match_110 match 107 49513 49310 match_111 match 199 36457 35384 match_112 match 131 37588 37121 match_113 match 75.1 39242 38997 match_114 match 85.9 39540 39331 match_115 match 270 36451 35378 match_116 match 137 37588 37100 match_117 match 88.6 39242 38997 match_118 match 80.5 39546 39331 match_119 match 336 36457 35378 match_120 match 157 37606 37121 match_121 match 106 38636 38334 match_122 match 94.0 39242 38997 match_123 match 106 39546 39331 match_124 match 124 37588 37082 match_125 match 234 36457 35378 match_126 match 124 37588 37082 match_127 match 223 36457 35378 match_128 match 79.3 39564 39331 match_129 match 72.0 39242 38997 match_130 match 96.7 39242 38832 match_131 match 307 36460 35378 match_132 match 142 37588 37121 match_133 match 107 39546 39331 match_134 match 118 52352 52074 match_135 match 89.0 48711 48487 match_136 match 91.7 48397 48206 match_137 match 53.9 48123 48016 match_138 match 110 49513 49310 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.999997826441925 2167 2167 SNP_2 SNP 0.999997826853608 2168 2168 SNP_3 SNP 0.760179987358848 2169 2169 SNP_4 SNP 0.999999997717851 2169 2169 SNP_5 SNP 0.760349452122404 2170 2170 SNP_6 SNP 0.666730733677107 2200 2200 SNP_7 SNP 0.999983150609455 2204 2204 SNP_8 SNP 0.590382610481574 2317 2317 SNP_9 SNP 0.590376879482495 2326 2326 SNP_10 SNP 0.959734738020173 30149 30149 SNP_11 SNP 0.749911284972328 30205 30205 SNP_12 SNP 0.70430828437205 30389 30389 SNP_13 SNP 0.999999999996022 46047 46047 SNP_14 SNP 0.761036237220292 46115 46115