C09SLf0041H22.1 CAATAAAATGGATGCCAATAACCTCTTGGATTATTCAGATGAAAGTGATATATGTTCAGA AGTTCATAGCTTAGACGAAATGATAGATACCATCGGAAAAATAATGTTTAATTATGATGA ATGAAGATGATACTATACATTAGGAACCAATTACACATAAGGTAACACTTATCACATCTA GAACTCATCACAATTTTATGGTGGAGTTCGAAAAGATAACACCAGAGCTCTTGGATGCAA TAAGAAAAGTTAGAGATGAGCTTCACTTAGATTTAAATTTTAAGAAAAAATCAAACACAA TAAAATCATATTTCACTAAATTGTCTTAAATATATTTGTACTTTTAAATAATTATTAATT TACGATAATAATGGGACCATATGTTTATATAAAGGTCTTCTGAAAAATATATTATCTTAT TATTTTATTAAAATTGGTGATTTTTTTCCTTAGCTCAAGTCCGGATCAGAGAAAAATATT ATTTTAGAGAGATTATTAATTACCGAGTATTTATTTATAGAGGTTTTACTGAAGTCACAC ATTTTTTAAAAAAAAAAGGAGAATCGTTTTTTTTTAAATTATTGAGAATCAAAATATAAT ATTTATATATATAAAAAAATTATTTAGCTAGACGGTGTAATTGTTTGTGTCAATTAATCA TTCATTAATTAAATGTTTTCTACATTAATTTAAAATTTATTTAAGGTTATATACATAATC TTTCAAGAATTTATTATATAATCTACCTCAATTTTCAATAATTACTAGTTTTTTATAATC ACATAAAATGTATGCTTATAAAAGATTTTACTCTCTTTCATTCTAAATTGTGAAAATAAA TATTTTTATATTGATCGTTATTTTTTGACACTAGAAAATTACATTTTATTATAAAAAAAA TATTAGTTTGACTCGTTTGTTTTGTTATTGAACGTCCGTAACTTGTATATAAGCTATATT ATTATTTCCTACTCTTTTTTTCAAAATAATATTAACATGTAAATGATTTTTATCTAATTA ATAAATAAATAATTGTTATTATTGTTGCTCTTTCACCGCACTTCCACATTTATTTGAATT CACATAATTAAGTTGTAGGTAAGTTTTACCATTCATATAACTCGTGACTTTACTATTAGT TTTTTTATTAAAAAAATATTGAGAGCCGACAGGTAAGGAAGAAAAGTTCTAATGGAAGAC CCCATCCAGTGTACCGAATTTTATTGACAAGGTAAAAGTTCAAAAAATAAATATATCGAA TTACTAAAAATAAAATAATACGCATAAAAGTGTATGTTATTTAATAATTTAATATAAATA TCAAATAGAGATATAAATATTAATACTAGTATTTATTGAAAGAGATTTACTTGTATTTAC TTCTTTAATGACCTAATTATGCATGTAGAAGGATTATATCATTAATTAGTACAGATAGAT TAAGTAACTCTGACAATTTATCTCAAAATGCCAAATTCGACTAGTAATAATAACGCATAT AGTTTTTAAATTTATTTGTGAGGTAATTAATTTGAGTATGACTTTTCATATTGTAGAGTT ATTATACACAATTAAGATCATCAAATATTATTCATAATATTTTCCCTTAATTTGGATTAA TAAAATCAACCATTTTGCTATACATTTAAATTACCAACAACTTATATTTTGTACAGCCAT GTTAATTAAATTGAGAATGTCTCATTTTGTCCTTCCATTTTATTATTTGTTTGTTTTCTA GTTTCAATAACCTTATTATGTTTTGTTCTTATTATATGACTTAAAAAATGACTATTTTAG TATTAAATATTCCTTTTTATCATTTTGCTTTATTTTTAGTTCATCTATTAACTCAACTCT TTTTATGTTCGCAAATTCACATATTTTTATTTTAAAATCATAAAAAATAAGATTCAAAAA GAATATCTTTTTAGTCTCAGTATTAAATTAAAATTATACAAATAAATTGAAATAACATAA ATATATTTTTACGTCTATTGTATCAATCTTTTTTATGTTTATAAGGTAAGTATATCGTCT AAGACTAGGTACACATTATTCTCTTTTGACTTCCGCTTATTGCGATAAAATTAAAAAACT CAAATTTGACAATTTGCCAGGGTGCTACATGGCCCACTTACCCCCCACGGACTTCCCACC CCAAAATCTCTTTGTAAAAGCCTCCAAAGAAGCCTTCTAAATACCCACCAAACCCCAAAA TCTCTCTCTAAATACATTACTGTTGCAACAATTTAGACTATTCAAACACAACAAATTTTC AGCTGCCTCCCCAAAAATACTGGAAACTTTCACTCCCCGCATAAAATTCAACTCAAGATG CCGCCGGCAGCCGGCGTTGTTGCGAATTCCGATCGAGTTTCATTTGGTAATTCTATGGTT ATCCCTACTCCCGGTGCTCCGGTAATCCAACCAGCTCCAATGACGTCAGACACATACGCT AAGGATGCAATTATAGCGTGGTTCAGAGGTGAATTCGCCGCTGCAAATGCGATTATTGAT GCGCTTTGTAATCATATCACTCAGCTGGAAGGCGACCGATCGGAGTACGAACCGGTTTTC TCCGCAATACATCGACGGAGATTGAATTGGATCCCGATTCTTCAGATGCAGAAGTATTAC TCGATTGCTGATGTTACGCTTGAACTCCGTAAACTCGCTGCTAGGAAAGTGAGTGATAGA GTCGAGGTCGCCGACGTGAAACAGAGTGAAGTAGTGAAGGAATCGTTTAATGAGAAGATC AATTGTCACGATGAAGACACGGAAAATGCAGGCGGTGAGGTGGTGGATGTAGATTCAGTT AGAGAGGATTCAAATGGATCGCCGGAAAGTGAGATCACGGATACAGGTAAATATTTTAAT TATTTTTTTAAAATTATATTAATATTTATTTTTAAATCTTAGAGCCAAGATTCAAGTCCA TAAAACAAATAATTAAACGGTGTTTCAATAATCAATAATTTAAAAATTATAAAGAATATT CCTGTATTTCTAAATCTTATATGTAAAATTTTTACTCTGTTTTTCTTCTTATAAATCTCT TGAAAGTGACTTTTCTGTGCTTGTTCTCATACAAATATTTATATTTCTTTGCCATTTATG TCTTTTTTTTAAATATTTGATATTTATGGTTTAATGTGTTCAGGCGATTGTATCTTATTG TTTTATTATTATTATTTTAATCCGTTCGTGATAAAAATCATTTATATTTTATTCGTGAAA TTTGATTGAATATATTCTTATAAAACTAAGAGAGGTTAAGTCTTAGCGCAGTATAGGACC CATCTATGAGGCTGATGTTTGCAACAATTTTTTTTTTTGAATTTGGATTTTTATTTAAAT ATTATTGTATTATTATTTTATCACAACTCAAATTACGTTTTAACCGAGTGTCATTCTTGT AAAATTTCACAAAAATAAAATGTACCGTCAGCTTAGAAACAGAATAGAGAGTATAGTTTC AAAAATAATTTCAAAAGTTATCTTTTTAATGATCTTGAAATTAATTGGAAATTTTGACTT TTTCAGACGTGTTTTAAATGTTTTTATTAGAAAAAGATATTGGTATTAAAAAATATTTTA TGTTGTTTCATAGGAAAAAGGTAAAAACTTTATTTTTTAAAATATTATATTATGAAATCG GAGTTAACAGAGAAAATTATTAAATATGTTGATTCTTTCCCGTTGAATCTGACTATTGGG TTTCCATCTCAATCTAATTCATATGGGGGAAAATATCTTATTCTTGAATTTTAAATTATG GAAATTTCTTCTTTTTCCTCAAATTCAGCCAGTCAATATTTGAAGCCTACAAATTTAATT AATATAAATTCGTGCCAAGTATTAAAAAAAGAAAAAAAACTCTCTTGCCGAAGGTTTTTT CTTCTGATGGATAGAATTTTTGTTTCCCCAAAAGCATTGAAAATTCTCTTCTCTTCTCTG TTTAAATAAAGAAATAAGTTTTTCTTTTCAAGCCACCCAATTTGGTGTGATGAAATTCAA GTGAAAGTTGACCACTTCCTTTACAAAAAGAAGACCAAATTATGACTTTTTCAGCTTTAC CTTATCGTAAAATCAAATACTTTTTCCGTTTTATTTTATGTGATAATATTTAATTAGATA TGGAGTTTAAAAAATATTGAAATTATCCTTCAAAAAAGTAAATTCATTTTTCTCTCCTCA TAAATGTACTAGCTACTATTTTTAAAATTAAGTGAGACCAACCAAAGTAAAAAAAAAATT ATACCTTCAAATACTTACATATAAGGAAATATAATATCTTTTTGGAATTGATCAAAAAGA AAATAGCAAAAGTATTTTTTCTTTGGAATTGAAAATGAAAACTTTAGTTAAATGCTGTTT GATTTCCCAATGTTTTCTATAGGAAAAAAGTTTTGACAAAACCAATGTGGTGGAAAAGGG GGTGTTGTAATTTTAGGTGTTATTAGGTGCAGCAGAGAATCAGAATTCAGAAACACAGTG AGTTTCACTGTACCAATAAAAAGTACAGTATTTGACTTGATATAAGTTTATTGTTTGATA CTCCCTCTTTTCTACTTATTCAATTTTGAATTGACGCACTTATTAAAAAAATAATTAATA ATATAATAAACTTATCATTGTATTTCTATTAATTATAAAGTAGATAAAATTTTTTATATT TTTCAAAGTAATTGGTCATTTAATTATGAATATAATAGATATAAAAAGTTATACTTTCTT AATTTATCAAAATGAATAAGTAATTAGGTATAAATATAAAAAAAAGTGAACAAATAATTA GAAATAGAGATAGTACTAAATTTCAAGTATTTTTAATTATAAAAATATAATAATTTTTTT GAGTGGAAAAAAATGTATAATATATATTTAGACGAAGGAGTAATAAAATTTATATAAGAG AAGGCGGCTCTGTTAAATAAATGCCTCGAAGTAGGTATCAGAGACAGAATTGACTCATTA AATTGTTCTTACTTTATTTAGCTGTGATCTCAAATGTGTGATGTTTTTGACGAACGAGCT TTATTGGCTTTAGAGTTTGGCTAACCTAATTCATTAGGTTGGAATTAATTCAAGTTCGCT TTGTGAAAATAATATTAGCTATACTTTCCTCATTTTAGTTTATGTAGCAGCCTAATTAAA TAAATAGGCAGCCGTTTTAGAAAAAACAAATGATTCTTTGAGTTTTTAATAAGAAATTCT GTAGGACCATAAAAGTATATCATCATTGAAGAGCTTTCATTCGATAAAGCAAGTGGGCTG AGCTACTTCCATTTCAAGCTGTGTCATAGTTCGACTTGATTTGAAAAAACGATACATGAT CAATAAAATGATTGAGAACAACGAAATGGTGATTTTCATGTGTGAAAGCTGTTCACTAGT GAGAATATATTTTCTATTTATAGACGTAAGATCAATAAAAAAAAAAAAAGGTATCGAGGA AAAAATCTAAAATCACCCAGTTGTCTTTGGGGGACTGTTTGATTTTGGTTCACTTTTTGT GTGATCCAATAATTTTTGGGGTTTGGGCCAAGGCACTTGTTGTAGTATTCCGTATTCATT TGGTAGGTTTATAGTGTGGGCCACCTGCCTTGTCTCTCTTTCCTCTCCAAGTGTTAGTGC TGGCTGCTTTCATTTTCTTGTCGCAATGCTATAATGGAATTTTTGGACTTAAATTAGACA TATATTAATATTATAAAAAGATTTTGTTGCTTAGTATATGCCTTTAAAAACGAATATGCT CATTAATATTAGCAACACATGGATGGATACCTTTTATACAACATGATCATGTTGCTAACC AAATTATCAATCTACTAGTTCACCTTTAAAAACTATCAGAGAAGTGGGAGTTGATTATAG TTTCTTTAAGTTATTAAATTTTAAATTAATAGTTTATATAGATTTGATAAGTTATTTAAA GACAACTATAAAATTCGAATCAAAATTACTGAGTTCGGCACTTATAAACCGTATCGTTGC TCTCTATCTTTTTGTGTGTTATTAATGGTGGTTAGGTGAACACTAATGGAATTGGAACTG TAACACTTGTTTGGTATCATTATGTGGGGACGTTTTGATTTTGCACTGTTCTTTTACAGT GGCTTAATGTTATAATATGTTGTCATTTCCATCAACATAAACGTGGTCAACTTTAACTAG ATACATTTTATGCCATGGTAAAAGAGTATTGTCTTTTTCAGTTTTTCTGTTCTTTTTTTG GTAAGGGACGTAACTTTGCCCGTTTGCCAAGTTCAGCCAGGATTAACACTCTTTAACACC AATGCCTAATATTGTGTTTACAAGAAAAATATTTAACTCATAACCAGAGTAATATGTTTA TAGATGATACTTATTAGTTGAAAATATGTGTTTTAGATGTATTAGCACTTATATTGTTGG GTTATAAGGGTACTAAGGTCTACGTTTTGGAAAATTTATGTTTTAATACACTTAACAACT TTGTTAAAGATTGTCTGCAAAAAAACTACTAACTCAGAATGAGTAACAATGGTCATGTCA AATTGTCAATGGACACGTGAAATTGCTTTCATATATGCACCATCAAGGTCTCTTCTTATT GCCAAGACATATGATCAAGCATGTTACAGTGATCCGTTACTTCAACTAACTAGCTAGTGG AATTTTACTTGCATCATTGTGGATAGAGAATATACACATTTTTTAATTGCTTACTTTTAT TTGATAGGATCTCAAGAAGTACAGCATTTCGTGGATTCTGATGAATTTTGCACAAACCAT GAAAACTGCGAGGCGAGGCATGAACAGATGAAGATGACAAAGGGTTTTGTATCAAAGGAA CCAGTCAAAGGACATATGGCGAGTCCTCCATTTCCTTGTTACTTTACATCCATTTTGGTA GGATATAAATGTTGTGAAGATCTTAAATTTCCCTACATTGTTTCTGGCAGGTGAATGTTG TGAGAGGTCTCAAGTTATTCGAAGACGTTTTTACTCCAAATGAAATCTCTAGATTAGATG ACCTTGTGAATGAACTTCGAGTTGCTGGTCAAAATGGTGAACTCTCAGGTGGATCCTGTG ATTCGTGACGCTTTTATAGTTATTGTTGTTTCCTTTTTGGGGCGAAGTTATGAGATAGTA AAAGGACACCTTCTGTAGGTTTGCTGGAGCAGGTTTGAGCATTTGTTTATTCTTTATGAC TAATTGCAGCTGCCTTAAAATCATTGTTTGTGACTTGGTGCTTGAGGTTGATACCTAACT TTGTTTTCACTTAAACTTCTCTTTTGCTTATAATCTGATGAATCAAACAAGCACCAAAAA ACATCAACTAAAATTAAACTTTCTTCTACTTTTTTGGTAGCCTTGTCAAGTTTTGCGATA CCAGCAATGCCAATTCTGATGAACTATTTACTTCTCCAATATGTGATCTTGGATAAGTTC CTGATTGATCTGTGACTCTGTTTCAGGTGAAACTTTTATTCTGTACAACCAGCAGGTGAA GGGCAGCAAAAGAGAGCTAATTCAGCTTGGTGCACCAATTTTTGAGCATGTAAAAGAGGA CGCCACATGTCAAAAGAGTAAGAAAAAACGCATCTTAATACATAACACTTGTTGTTGCTA TTTGTGGTATACAAAACTTGACCATTGTATACCCCCAATTCTCCTCAACTTTAATCTCCA GTTCTTATTCTTTCATACCTATCATAACTTGGAAAAATGCCAACTTTCAGGTCACAATGA GCCCATTCCAGCCCTTCTGCAAGGTGTCATAAACCACCTGATTCAGTGGCATCTAATATC AGAGAGTAGAAGGCCTAACAGCTGCATCATCAACTTTTTTGATGAGGTATTTGCATTTAT TCTAGAATTATGTTGGCCTGCAACATTTTTATCAGTATAGAAATGAAGCCTAAATGCTTG TCTGCTGCCTATTTTAGGGGGAGTTTTCACAGCCTTTCCTGAAACCACCTCACTTGGAAC AGCCAGTGTCCACCCTTGTCCTAGCTGACTCAATGATGGCATTTGGGCGAACACTTGTAT GCGACAGTGAAGGGAACTACAAAGGCTCTCTCATGCTTTCTCTAAAAGAAGGGTATGTTT TTCATTTCTTTTAGGTGTTTTACATTGATGAAGCTTTTGATCTGTAGTTCAGATGGGTTC AGTAGTTACAATCTTATTTTAGAAATGAATAGACTTTGGCAGAGTTTCAGCCATAACATG AAGTCTTTTCTTCAATGTTTGTTGAAGTTCAATTTGATGATCGTCCCTATAAAACAAATG ACTATTCTTATGGTTGGTTTTTTGCTACCTGTTGTTTAATATTTGCAGGTCTCTTTTGGT CATGAGGGGAAACAGTGCTGATATGGCCAGACATGCTATGTGCTCATCTCCTAACAAGAG AGTTACGATTACATTCTTCAAAGTCAGAACAGAGATGGGAACCAACTTTTCAGAAGCTGC TCCTCTGACTAGAGCCATGACCATATGGCAACCTGGTGTTCCAACACAATATGCAACTGC AAATAGAGCACACAATGGTTATGAGCCAATGGATATGGTCCCCAAATGGGGAGGTGTTGT TCGATCTCCAATGGTTATGCTGGCACCACTGCGTCCAGTAGTTATGAATCCCCGGAGGGC TCCTCGTGGTGGTACTGGTGTATTTCTTCCATGGAATGGTGGATCCAGAAAACCTGCAAA GCATCTTCCACCGCGTGCTCAAAGAGGACGGTTCCTTGCACTACCTCCCCCTGGTGACTC GCCTAAATCAGAGACCGCTTCAGAACCAAGTTTGGATCTTGATGGCAAATCACCATAGAT TCTCTAGTTTGAAGTCTTTAAATACCCTTTGTAGCTGAAGGGGCTTTCTCCTACTGTGTA CAATGAGTGAGCATGAATTCGCTTTCTTTTTTCTTATGGGTTTTCAAAGGTTTTCCTTCT CTTTTTATTTACGTAGAGACTAGGCGTTGGCTACTATACCTGTTCACCTATGTGATAGGC TTTAGAGATAACTGAGCTTAGGTAAATGGAGTGTATATTAGCCAAACAACAGGCTGAATT TTGTATTAAAGTTTTCGTTTTTACACCAGTCTCTTTTAAGGTTCATTTAGGTAATTAACT ATGTTTTGTTTTTGTGGTTATCTGGAATTCATCATAGACTGATTCAGCCTCAACATCCCA ACTTTATAAAGACATGTTCACTTTATAAATGAAGAACTGGACATAACTATCTTGATTCAA ACTAAAAAAACTAGAAAGAATGAAAACTAGCACAATTGAACTAAAACTAACTGCATTATC GACTGATTCAGCCTTCTTGGTTCTATGTTTTCAAGTTATAAAACTTTCATTACCTTCTGA ACAAAATACTTGGTCTTTAAGTTATCATTTCCCAGTTCATACGTTGTAATTATATTTGGT TTTCATGCTTCCTGAACCAAATTCCATCTTTATTGATCGATTCACCCTCAGCATATAGAA CTTTGGTGATTACAAAGGCATCTCCAGTATATGCAAAGTGAGATCTGGTTTAAACTTCCT CTCAAGCCCCTATATTGGGACATTGAGCTATGATGATCGATTGTTCATACTTCTCCAAAT GTCAATAATGTTTAGTCATCCTGAATTGCACGGCCTACATACCAATCTTGAAGGATTGTT AGGTGTAGGTGTAGGCTCATAAAGCACTTTTTAGCGTCCTAAACGATAGGGCATGCTTCC TAATAGTAATAGCAGCAGTAGAAAATACTCCAGGTTATTCAGCTTATCAACTTAAAAGAG TTTCACCTTCATAAAAATTGATTAGGATTCTCCATTTAGATACAGTAGCCGCTTAACCTA TGATGCCAAGAGAATAAGTGTGAAGAAGGTAACCCAATACTCTCATGCTATGGTGAGCTG TGCAGCAAATGGACTCCCCTGGAGCAGCTAAAGTATTTCCCAAGTGATTTAAAACGACAA CAATGGATTAGGGAATAGTATGTCTAGATGTAAGAGGTAAGGATTGCAATTCCCTTTTGT ATCTAGTTTATACTCGACTATACCCCTTCGTTTCCCTTTTTAATACGACTTTTTGTTATA AAAGATAAAAACAACAACTGGATGCACCTTCAAACACTGATTTCCAAAGAAAGAAGCTAG CTAAGTGGGGCGTGTTTCATTTCTTCCTCCTGATTAGAAGCTATATATCCAAATGAAGAT TCCCTGCAGAGTCGCCTTCTTTTATTGTTGTTATGCTTATATAAGTGGCTAAAACCGGTC AACCAATGAGAAATCAAACTATGATATGTTGCAATCACTCGAGGGAACGTACTAAGAGAG CATTTAAGTTGAGCAAGAATAACGTTTAATAACACGACAAATACCACAAAGTAAGCATTA AAAACATGATTCCAAAGAACTGAACACACTTCACAGAGGAGTTCATAAATGCAACAGAAT AGTAGGATAGCATTTTGTCTATGAACATCATTGCTTTCATTCAAATTTCCCAAGTATACA AAGGGCACAAAACATGTTCACATTATAAATGAACAGCTAGACATGGAAATCGCGACTACT AAGCTAAAAGTAAAATGAAAAGAATGAAAATCATGAAGCACAATTAAACAAACTGCCTGA GACAATAAACGTTATCTTACTTTACTAGGTTTCAAGCTTTAAAGTTTAATTCTTGAGTTC TGTTGTACGTTGACAGCATTGACATCCAGCTTTCTGCATATTTTGAATGACGATCAAAAA GCTTTCACAGGGTTGTCATCATCTTCAATCCCAACTCAAATCCTCATCGTCCTCTTCAAC ACTAAGCCTCTTCCTCAAATCATCTCTATTGGTGCTTGCAACATGAGAAGTTGCCTTTTT GTCATCAATACCGTCAACGTCCTCAATCTCATCCCAATCCAAGTCGTCCTCATCGGCCCC AGTCGTCTTTTGACTTGAAGCAATAGGGACATCACCATCTTTGCCTGATCCATCCTTATC ACTTTTCCCCTCTGAACCTTTTACTACCTCTTCCTCCTTTTTAACCAGAGGAGTAACTTC AGCGTCTTCTTTCTTACTATCTTTGTTACTCCCAACTGATTCTACGACCTTACTCTTGCC ACCACCATCTACATTAGGCTGACTCTCTTCTTTCCTATCAACAGAAGCCGAACTTATAGT TTGTGATTCGTCCTGTTTTACAGCGTTGGTCGAATCCTGCTTGTTTGGTTCACTTTTATT AGTAGGCACTTCCTTCGCAACGTTGGTTGAATCCTGCGTGATTGGTTCACTTTTATTAGT AGGCACTTCCTTTGCAATGTTGGTCGAATCCTGCTTGCTTGGCTCACTCTTATTAGCAGG CACTTCCTTTGCAACGTTTGTTGAATCTTGAGTGGCAGATTCTTTCTTTACATCATTGAC AGAGCTTTCAACAACAGAACCCTCTTTTCCCTTCTCATCGAATTTCGATTTGGCAATGTT CTCTTGTTCATTATTGTCGTCATCATCATCGACATCCCAAGACAATTCTTCTTCATCATC TATAGATATTGCTCTCTTCACAAGATTAGCTCTTACACTCTCTTGTTGCTTAAGCTTATA CACTTTATAAAAATATCGACACCAAAAAGTCTCATTATCAACTTCATTAGGCACAACCCT TTTGAATATACCTTCCAAAGATCCATTTTCTTCAATCAAAATCTCAACTTCCTTACTATT TTCCTTCAAATCAAACTCAGATTTCCACTTCTTGTACTCCTCCAAATCCTCAGGATCCAC ACAGAACGTATTCGGGTCACTCTGGATATTCATCAATTGAGATTCAAACCGACTGTACCG ACCCGAATTCAAGGTCTGATTCGCATCTGGGGTTTCGGATTCAGCATCAGAGGAAGCGAG AAGAGTATCTTTACCTTGTGATATAATCTCAGTTGTCGATTTGATAACACCGTCAATGGC GTGGCTGACGGTAGTTCCGACCTCGATCGAGTTAGGAAGATCCTTAACAGCTCGACTAGC TACTTCACGGAACAATTCGGTTTCTTTCTTCAACCCGGATCCGAATTCCTGTAGATCCCG ACGGTATGTCTCGAGCACTGATTCGGATCGGGTTGATAATGTCTTCAACAAACCTCCGAA ACTCCAAACACCAGCATCAGGACCATCAGCGCCGTCGGCGGCGTTTGAATCAGATCGTGA ATTGGGTTTTTCAAGATTCTGATCCGGTACAATTTCCTTTTCCGGTGAAGAATCATGGGG CTTTTTGGGTAGTGGAGGGTCCGGTTCGGGATCATCTGATAAGATGGATTTGAAGAAATC CATGGCGCAGTGGAATCAAGAATTGATTTGAGTGTTCTGTCAAAGTGTCACCTTTGAAGA GGATGTTGTTGCCAGTTGGCAGTTCCCACTCTCAGAGAAAGACTTCATTCGTGGGCCTTT GTTTTTGCTTCGGACTCACTCTTTATGATATACTGGACTGCTTTTACAATGTTGGGCCTA AAATGTGTAGATATACAGAACATAAAAATTAAATTTTAATATAATTATGCTTCATAGCAA ATATAAAAATATATATATCGTTATACATATAAAAAGTGATTGTATGATTCGTCATACATA TACAAAGAAATCAATTGTATACAAAATATCATTGTATAATTTGTATATGTATAAAACGAG AAAGAGAGAAAGACAAAAGAAAACTGGGCAGGAAAATATTTATATTGTACAATTATAAGT GTATAAGACGAGGATATATACGTATTTGCATGTATAGATACAATTTTCTCTCGCTTTATA CAAACAGAAACGTAATTTATACATTTCGTTCCTATTTGTATAAGTGAGAGAGACGAGAGT GGCGAGCAAGATCTGAGAGAGTGGCGAGCGAGATCTGGGAGAGGGGAACGAAAATATATG TGTATATACTTTTTCTTATCGCTTTATACAAGCACAAATTTCTATTTGTATAAAAAAAGC GAGAGAGGCAAGCGAGACTGCCACCAAATGAGAGTGAGTGGCGAGATTTCACTAGGAAGA GAGGCGAAAAATAGCAATCGTTTGCTATAGGGTACAATTAAATCAAAGTATATTTATAGC ATTTAATTTGAATTAATAGTTTGCTATTATATACAATTTTCCATACTAATTATACCTATA CTTTTAAAATAATTAGGTCTGTTACAAAAAATACAACATTTTGGATTTAATATGTTTGAA TCACTCTAACATTTTCAAATATTTTTATTTTAGGGTCCCTTAATTCCCCTCACCTAAAAT TATATGTTGTATGTATGTCATATGTGTACCTCAAGTAGTTGACGTCTCTATTGAGTGAGT CTCACTAGTCATTGATGGGTTTTTAGATACACATATAAATGTATCTGGTACGAAAATACA TAATCATAAATATATTATATTTATCACACATATTAATATTTAATCCTAATTGAAATAAAA ATATAAAATATGATTTTAATTATCCAATTGTGTCTTACAACAAGATATTTGACACATGTG TAACTTAGGTAAGAGATGGTCAAATAATGAAGAATAACTTTATGTGTAACAAATAGGGAA CATATACGGCTTAAATTCAAGATTATGAGTACATGATTGGAAGGAACCTGCAAATAGAAA ACAATAATGTAAAAATGAAATTTATGATATTTAATAGAGACATATTTATCTTTTGCAAGT TGGAATAGTCGATTATGCTCAGAAAAAGTGTGTTCGTCTTTTAAGTTTCTAGTAATGCTG AGATGGATTTAGATAGATTTTAAAAAATGTATGAATTAAACACTTCAATCCTTTTGAGTT ATTGAGTACTTATGACTGATATTTACAGAATTTACATAAAAGACATTGAGTTTAACAAAA TTCGTAGTTGATTTCATTCTCGCACTCATTGTGATGGTATAAATTGTTTTATATAACTAT GTCATTTTAGTATGAAAGAAAATATTTTATGAAAATTTTAATTTTCTCATAATTGATTGG TCAAATAAAAAATATTTTTATTTTTTATTTGATCAATCTCATTGTTGCGCTCCATCCTAT AGTGATTGTATTACTACATATAAATATAGTTTAAATAATACACTCTCTCCGTTCCATATT AGTTGGAAGATAATTTAACCAATTCACCCTTTAAAAATTTCTTGAAAATTTTACAAACAA ATGTAAACACTTTCAAAAAGAATTACTTGAATGGTAATATAGAAAAAAGTTACTAATATT TTTTTAATTTAGTAAGATGAACAATTAATACAGATCAACTACTTTTAGTATAACGATCAA CTAATATGAAATGGAATGAGTATTCACTTATTCTACGTCAAAAGAACAAGTAAAAAGATT CATCTTAAGAAAAAACATTTTCCATCCAAGGAAGATTGGATAAATAAAGGATAGGATAAA ATGCTTTTGGGTAGATAGAGCAAAGAATCACACTACCAAAAAAAAGGTGTTGATGTTGCC CAACTCAGTAAGAATAGAATCATTTTGTTTTCAACTTTTTTGGTTCATCATATATTAATA ATACACATGCTACTACTTGCTAGTACCACAAAAAAAATAAGTCCATAAAAAGCAATGGAG AAAAGAGGCCAAATTCACAATTCTCAATCATCAAGCATATGTAATCGCCTCTTTAACCTA ATCATCAACACAATTTGGGTGACTATGGGAAATCAAATCCCTATTGAATCACCAAACGAT ATCAAAAATATGAACGGTGATATAGAAATCGAGTTCAGACACATGGAGATAGTTGGATCA AAGAAAATCGAGAGCATCAAAGAAACAACTCAAAAAAGAAATAAAGCTAAGCAAATTCCA TCAGCACCAACACCAACACCAGCATCACCAGCTAGACGAAGACATTTTGTAAACGTGACT TCCAACATTAATGAGAAGACGGAAGCCTTCATAAAGAGTAAGAAGGAAGCTTTACGCAAG TCTTACCACAACGATCCAGAGAAGAAAACTTAGCTACTAATTGTTTCTCGCGTATAGTTG TCCTCTACTTCTTTTATCGTCAAAAAGTTGTATCCAAGATTTAAACTTGATGGATTTATA ATAGTAAATACATTACATCTTTATAATTACGCGTTTATGATTTAATATTTGTTGAAATTT TAGTAATTTTTTCTCAACATATTTCAACAAAATCTTGGTTGGTTGATTTTTATATACATT GAAATTGACTTTCAAAATGTAAGGCTGCACATCCTTCTAGGAATGTGAAAGATAAGTCTC ATCTAATATATAGATTTACCATATCGATGAAAATTCAAATCGAAGAGAAATAAAGGAGCC AACCAAATATGAAACAGAGTTAACATGAGTATGACAATACTAGTCAATTTAATCAAATTT TTTAAAAATAGTAAAGCTAATAATCATAGATACTGTAATTATATATTCATTTGTTGAAAG CTAACAAAAACAAACTATAGTGTAATATATAAGAGGAATTAATCAGTGTGATTCTTTGCT TATAGCCATCTTTCTTTAAATCCAAACATAAAATGATCATTGTGTTAGAAACTAACAAAA ATAAACTATGAAGTAAATCTATTTATGTTCTCACTTTGACAATTTTTTTACTTTTCTTAT TTGATGCTTGCTTCTCTTCCTAATGCAAAACATGCTTCCTCTCAAACCTTACATATATAT CGGATCTACAGGATAACATGTAGATCCATATGAATTCAGTAGCTTTTACTCTTCTGTTTT TTTTTTTAATTATTATTAAGAAATTCATTAGATATGTAACGTATATATCCTGGATCCGTC ATTTGTGACATGTTACTCCTCGAATGAATGTCTAGAGGAACGATAAAGATCATAAGGAGC CCATAGATGATCAACGCTACACGGTTTTCTTGAATCCAATCTCAACCATGGCTTGCCTTT GCCACTCCAATGTAGAAGGCTAATTGGTCCAGGATGCAATTCCCTACATTTACCTTCAAC ATTATCACCACCTAATCCATGTTGATTCCATCTATGATCAATTGGCATTATATTTCCTGC TAAAACAAGCAAAAATGGAGGCAATGATCCTAATTGATATATCCTTTTTTGCTTTTGAAG AACCATCCAATCCTCTACTTTTTTTGTATAATTTCCGTATCTCCATTTATCAACATCCAT TACCAACACCCCCGTGTTGAAATAACACGGTTTTCGCCCTTCAAATGTTCTTGGCATATA AGGATCAGACCAAAACGCTTCAGTAAAATAAACGGTGAAATTTGCTTGACAATATTCAGG TGCAGCCAAAACCTTGTCACCTAATTCAACCTTCCATAACTTTGCGATGTCATCAACCAT GACAAGGTCAGAATCAAGATAAATAACGCGTTTCACCTCATTAGGTATTAAATTAGCCAA ATAAATCCTGGCATAATTCAACGGTTGATCTAAAGCTTGACGTATAGACTTAGATATTAG GCCACGTACCCTATGTACATCAAATCGATACACCTTGAAATTAAGGTAAGGAAACGTTGC CTTAATACTCGAAAACACCTCATGTTCATGTCTAACCCATAGGAAATGAAAGGTAACGTC TTCAGGGCACGTTGAATGTTGTAATATCGATAACACTGCAGCCATAGTACCTCTTAAATA ATTAGCATCAAGTGTCATAGCCACATGCATTCTATCATTATTACCACAAGTGTCCCCATT GCGAAATGCAGGGGCCTCACGGAATACAGAAGAGTTTGACCCAACCCGCCCATCTGACAC CTGATGAATGTGAACGTTGTCGCTGTTAGTGGATGTGATCAAGGAGGTTTGATGGGAAAG CAAGAGAGACAGGAGGCCAAGGAGAGGAAGAGAAGAAGAAAGGCTCCAAAAGGCCATCCA GCTCTTTGCATTTGATATAGTAATAATATTAATGTCAAGTTTAGGAGAAAGGAAAGAGAA GCAGCCATTAGAGGATGGTTAAGAGAGGTTACAAATGATTGATTCATAAAAGAAAATGGA AGGATAAAAATGTTGGGTATAATTGTGAGGGACACAAAAACTCATGGAGGATTATTCTAA GGACCCTTACTTTTTTTTATGTCATACAAATTATTTTTCTTTCATTCGGTTTATCAATTG GTTCAATAACGAATTACCAATTATTAAATAGTTATCGCACAATCTATCTATCGGCTAACC TAACCTTTACCTTCTTTTTTTTTCAATGAACGCAAAGACTTCTTTTCACTATTTTATATG CAGTTAGAATTATAAAATTCTTCTGTAGTGCAAAAGAATATAGGATTCATAGTAATATAA TATAGTTAATATATGAATCGAAAAGTAATAGATTTTTTAGTTTTTAGCTTTTTAGGATAA ACAATATATAATAATATATTGTAACACAATATTAAATGAGGCTAATATATATATAAAAGA TAAAAGATTAAGTATGGTAACTCTTAACCGGTTAAGGATTTATTCGATAAGAAAATTGAA TAATTCACTTCCACACTACTAATTCGTTGATTATAAAATTGTAATTTGTTAACCAGATGT TTATTCAATAACTCAGCTAATTTTTCAGTTGGCTTATTGATTATTATGAACGATTTTTGA ACGCGCCTAACAAGAATATAATGGACATTTGGTATTTGATTTTAAATTTTAAATTATGAA ATAAATCATATTTTTGAGTATTTGTTTGCAAAATTATCATATCCAAACCGGATTATAAAG TAGTGCATATAATTAAAAAGTGCATTAGTGTAAATTACTCATGGAAAATTAAAATAGTTA GAACATCAATTTCCATATTCAGGAGCAATTGCTAGAGTTATAAAATATGAATGTTTTTAC ACTAATTATATAATTATGTATATGTATAAAAATTATGTGTATAATTTATCGATTGATTCA ATTATTTTTTTTATATTTTGGAAGAAAGAAAAACAAAATAAAATATTATCGAATTTAAAA AATGTATAATCAAATCAATCACAAATAAAATCATGTTGATTTTTTTATTATTATTTTTAG TTTGAATTGATTTTTTTTCAAATTATGAACACCGTTAACAGTGATATTTGAACCAATATG CAATTACTATTATTTTTATTTTAATTAATGAATAACCTAAAATATCTATTACTATACTGA ATTTTAATAACGTTTTTCAATTTTCATTTAATTAATATGGAAAATAAAATTACAAAATAA AGACATGTTATTAGATTTTTGTATTTAGATAACTTGGGAAATATTTTTTACCATGAATTG CGGGTTTCGAAAACACCATCATGCAGGATTATTAGCTTTGCTTTGTGGTCTGAACCAAGC TCAAAGAAATAAATAACAATAATAGCATCGACTCAAATTTATATATTTATGTTTAGGGGT ATTCGTAGTTTGATTTAGACTGGTTATTGATTAAAAGTAAAATCAAATCAATTTAATTGG TTTTTTAAATTTCTAAAACCAAATCAAATCAAACGAAAAAAATAATTATCAGTTTAGTTA TTGTCGGTTTGGTTCGGTTTTGTTTGATTTGGTTCAATTTTTCTGATTTATTTGGTTTGA AAGTAATATTTCTTTAAGGACGTACATATCTCAATAGACACAAACACCAAGTACACGAAC AATCTACAAAAAAGATAATGTCGATTCATTCAAGCAATTAAATAATATTAGAGTTATCAT TACACGAACAAAGTGATTCATTTAAGAGAAAGTGTGTTATTTTATGTGACTTAGGTAAAG ACTAAAACGAATTTTGATGGACTTGGATTTGAGATATTTATACTTGGGTTAAAGTGTTGA ACTTGATAAAATGATGAAGTTAAAGACTTAAGTTAATTAAAATTAACAAAATATTTTTAA TTAATTTATGAACTATGTAAATTATCCGTGCTTCGCACTGAATTGAACTATTTTCTTAGG CTTACGTATGATCATTCCATAATATTTGTATTTACGATACATAATTGGCAAAAACTTTTT ATCTTAAGGTAAAGCGTTTTCTCCAAAATCTTATAGTGCTATATTTTTTAAAGAAAACTA TTTTTGTTATACAAAAATAATGAGTCATATATAGATTTTAAGTATAAGAAAGAAGTATGA GAGAATCTCCCTTGAAATAGTGAACGACATTAGAAGTTCAAAAAACAGATCATAAAACGT TGACAACAACACTCCCAAGTAAATTAGAACGTCACGTTCATACAAGATCATAATTAACTA AATTCAAATAGACGATCTTGGACTTTTTTCTATGAACGTCAATCAACCTCTTTTTTATTA ATGTATGTCATATCAAGTATATGCTAAAAATGACCCTAAAATTGTTATTATCATAAATAT TTTTTCGTCATTGTCTCAAAATAGTCATTACTATTTTTAAGGTTTCATAACACCAGCCCC AACTTATTTGGATTAGAACATAGTTGTTGTTATAGTTATAGTATGCTGTTACAAAAAATT AATGTAATTATCAACCAAGCAGTAGGTGGCATCTGAATGTTCACAACGGGATATACTAAA CCAAAATTTTGACATATAACATATTAAAATCTCACAACATAATATTTTGAGAACTTGAAC AAAAAAATATCCAAATAATAATAATAAATACGATCTTAATTTCCTAACAATCAAGAAGAA AAGGCTTGTGCTTCATATATTTTTTAAAAAGATAGTTTTTCGGGTTGTGTCCAAATTTAC AGTTCACAAATTTAATTGAAAGAAGCCTGTAAGAGATATTACTTCTTTATCAAAAAATAA AAAATTAATCAAAAGAATGAGTTATCACTTTAAGAAAATGATCTTTAATGATAACAAATA AATTAATTATCATTAAATATGTATTTTCAGAGGCAATTGGTACTCTGTATAAATGTCCCT AAAATCTATAACAACATTCTATTCAATGACAATTATCAATGTCGTTAAAGGTTGTAGCAC TCTTTGTAAAGGTACATATTCATTGCCGATAGAAAATATTTTTGTGATAGCGTATTTTGG ACATTTGTTAGTTTCACGAAAACTTTATCTTTTATTAAGCTGAAAATAGAAGAGAAGAAG AAGTATGACAAATTAGTTAACGTGCAATAAAAGATCTGGACAAATTATCTCTATACAAAT ATTCTAGAAAATGTATAATGGCATACAAAATGTTTATATCTAAGAAAAAACAATCAAAAT AATATACTAACTGTTGCAAGCAAGAGAACAATCATTTTGATTCTTTTAACAAACTTCATC ATTGATTTTGTATTACTTATAAGATATTTGTTGTTGTGTGCTCTCAAATATAGCACAACC CACAAACAATTTTTCCAAAAGTACATATAGAAATCCTCTAAAAAGGGACAAAAGAGAATA TAAATTTTCAGTCTTCCTCACTAGAATTTTGAAGATAATTAAAAAAATAAGTCACAAAAA TAACAAAAAAGACGTTGCAATAGATACATAAATCACTATAATTATAGTAAAAAATTAAAT TTCATGATATAGAAGAAAGAAACCTTTGAGAAATGAAATACACTTTATAATAAGCATAAT TAATGTATTTTAATTCGAAATAAACATACAAATAACAATGACATACATAAAAGATTTGTT TACCAAAGAACCAAACGGAATGAATTCAACCATCAACCATTTCAACAACGTTATGAATTG TGCATCCAGAGGTCTAAGAGTTGTAATGTCGCGTTGCAATTGAAATCAATTTGCTTTGTT TATATGAAGAAGCCTGTAGAAAGGGACAAAAGGGAAGATCAATTTTCAATCATCCTTGCT GACACTTAAACAAATTTTTAAAAAGGTCGCTAAACTAGAAAATTTTTTTACAATACTTAG ATGAATCACTATGACTTATAGTAAAGGTGAAGATCCATGAAAACTTTCAAGAATGAAACA AACTTCATAAAAACTCAAGTCATGTATTTGAATTTGATTGTCCTATATTGAGGGGGGAAA ACCTATAAATTATAGTGGCAAGAAATTCCTCTATTTATAGATAACATAGGGTAATGTGCA CAAATTAGACACTTAAACTTGTATAAAGTTGAACAAATAGATACACATGTCCTACATGTC ATTTTTTATCCTATGTGGTGTCTTACGTGTACTGTGTCATGTAGGACTCATATGTTTATT TATTTAAAAGTTGGATAGTTAAAGTGTCAATTTGTGCATTATGAAAGTTGGAGGTCAAAG TTAAAATTTGAAGTCAAATTTAGGGTCCAATATATGTATTATGTCTTTTTCATAAAAGTC GCAACTCTTCATAAAAGTCACAACTTTTCAAAAAAGTTACAACTTTTCCTAAAAGTCACA TATTTTCATAAAAATCACAAATTTTCATTAAAGTAAAAACTTTTCATGAAAGGGAAGACT TGTTTTGAAAATAAATAATTTTAAAAAAATCTGATTTATGGTGGTGCCAAATAGGCGGAC CTAAAGTTTTTTTTTTATTATATAAATGTATGATAATATATAAAATAATTATAAAATTTA TATATCTAATTTATTGGTTCAGTTTAGTTATTTTTACAATTTTTGTAAAATTAAAACCAA ATCAAGTAATATCAATTTTTAAAATTTAAAAATCAAATCTAACCAAACTAAATTAAATAT CAAACTTTTTTTTATCAATTTAATTTGAATTACAATTTAATTTAATTGTTAAACCATAAC CATAAATAGTCCTCAATATGCTAATAGTAAACTATTACTTCTACATATAGAATTATCATT GAATCACATATCAAGAAAGGCTAATGTAGTATTTAAAAAAAATATAACAATAACTAACCT TTTATTTATGAAACATCTCCTTCTCTTATAATAATTACTTTATTAAAATTATATCGTTTA GATCAATTACTCTTTATATGAATGAACCTTACTGTTAATTAATAAATAAAATCCTTCTGT TCTCGAGGGAAAAAAGAACTTGGAAAATATAAATTTTGTGCTTTTGCTCCAAAATTTTAA AATAAAAATCTAAAAAAGATTAAAAAAATCTTTTTGATAATTTCATTGTACAAGCTTGGC AAACAGGGTTTAAGAGAGGTTTTAGGGTTTCTTCTGCACTAGTTCTTCTTCTTCTTCCTT TTGTTCACAAAATCAGAAAAAAATGAGAGGAATACAGTTATCTTTCAGCAACACCCAAAA GCTAAGATTAGAAAAAGCATTAGCGCAATTGGAATCCTTTTCTTCGAAGCTTAATTCCAA TGCCACTGTCATTGTTGCAGACAAAATTCCAGTCGACGAAGATGCTGCCCTCAAGTAAGT AGTTGGGGTTCTTCTATATGAATCATTTGTATCTACTCTACAACCCCTTTTTGTTCAAAT TAAGAAAATAGGTGTTGATTTCATTTTTCCGATTTTTGGTATCTGACCCATTTTTGTTTG TTGAATGAAGAGGACATGGGACGTTGGAGATGGGCAATGATGTTGTTGCAAGTGTATGTG GAGTGGTTGAGCGGGTGAATAAGCTTGTTTATGTTAGACCTTTAAGGGCCAGGTTTAGTG TTTAAAGTTTGAATTTTTGTTGATTTTAAGCTTGATTTTAAGGTGAAAAAAGGGTTCTTT TTAATGTAGGTATAAGCCGGAGATTGGTGATATTATAGTCGGCCGCGTTATTGAGGTGAG TCTGATTCCCTGCAATGAGTTTCTTGTCAAGTTTGCTTCTTTCATGTTTAGGTGTTTCAT TTGCTGCTAGCTCTTACATCGGTTTCTTCCAAAAATATTGAAAATTGAGTAATCTTTGCT CCTTTTATGTTTAAGTGCTTATAATTAGAAGTTTAATGCTAGTGTATGGACAATTTGTTT CTAGTTGATTGAATCGGTATTTTTGGGTAGTACTGTAGTAGTTAGAAACCTCAATTGATA CGAAAGTCGAAACCTGTTGCAATGGTAAAGTTGCTCTCTTTAGTGACTGGTAGGTCATGA GTTCAAGGCTTGGAATCAACTTATTTTCAATCTACCATTTTCCCCTTACCATGCCTAACC CCGGGAGCATCTTGTTCAAAGTTCACTTAGCAAAATGCAACTCTCTCCTAATGTATCCCC AGGTAATTGTAAGGGATAGGATAGAGAGTTAAATTATTTCCGCTGCTCTTCAGGTTTTCC TAGTATGATCATAAATTCATAATAGCGTGGGTTTTTTCACTCTACCATTTGTTAGAGAAA TATATTAGCCTTCACATTAATATATGGATAATCTAATTGTGCATGCCTTTGGTGCTGAAT TTCAAAGAAAGGGCACTAAGAGAACATAAAGGAAAAGAACACATGTGTCCTCCTTTTTAC TTGTCTCCATTTACTTTGGCAAGAAATATTAATGTTTCTTGCGGTTAGATATATATCTAA TGATTATTAATATTCTTGATGTAAAGGTTGCTCCAAAGAGATGGAGGTTGGAAATTAATT TCAGCCAAGACGCTGTACTAATGCTCTCTTCTATGAATCTTCCAGATGGCATTCAGGTTA TTGTTTACAATGTCACTAAGCCCATTTGAGCATAATCTCTGAATTGATTTTGGTCCCATG ATGTGATGGTTATATTTTCTGGATAATTCACTAGTCAAGATTGTGTAATTTGGAGTCCTT ATTGCATCTTGTCTGCATGTAAAGAAACATTTGTAAGGAATCAGTTGAGCACCGAAATCA GGACCTCCTTTATTCTGTGTCACCATATGTACCCACTTGTGACACTGCATATTGAAATCC TAGAGAAAAAAGAGCTGAAAAGATTTTCCTATGGCTGTTTTATATCATTTTTCCAAATTC TTCAGTTTCAACCCCCTCCGCCTCTGTGGCTTAAGACCCTAGTCTATTTCACTTTAGCAG CAGGGAACCAACTTTGCTCCTCTTTGAAGAAGTCATCTCTTTAACTTCCTTTGGTAACAT GAATCGAATAGCCCAATGGATCTATAAGTCCAAGATAGCATGGATTCATATGGCCTACCC CAACTTGTTTGGGATCGAGGCACATTTGCTGTGGACCTGTGGTTGTAAAGGATTCACTTC TGCCTTGGAGAGTAAGATGAACTTTGTCCAGCTTTTAACTCTATGCACAATCTCATATTT TAAAGAACACTGCTGTCTCAACATTTAAATAATTAGACCTTCATGGGCAACAAGTTTCTC CCCAATTCCATTCTCTAAATTTATCATAACAGTACAGTGAATTTATCAAACTAGTATAAC TTCTATTATTGTTCAATAAATGAGCCCACTGCCTGAAGCTTGCTTAAAGAGATCTGAAGT TCCCAAGGTATTGAAACTAAAGAGTTAGAAGGGTGACATGCCTATAGAAGTTCGATCTTG ACTTGTGACTCGACCTGTAGAGCAGATACAACTTTTGAAGTTTGTCCCCTGAAGCAAATA TACACTTCCTTTTCCTTTTTGTTTCCCTGAATTTCTGTCATTATGTTGCATTCTTTTAGG TCTTACTTAGTCATGGTCATAGTCAAACTAAAATTAACTACTTCCTCTTATTCTATGATT CCAGAGGCGGCGAACAGCAGTTGATGAACTCAATATGCGAAGCATATTTGTGGAGAATGA TGTCATCTGTGTAAGCTCCCCAGCTCCTTTGACTATTTATCAAATTCTTGAAGGGACCAT TTTATGTGTGGCATCCATCTGTGGATTATGATGAATGCAATTATGTCTCGTCTGTCCTTA CTGATTATATGTGCATGTCATTCTCCTTTTATTTTATTTTATTTTCTGCAAGTATGGTAA TCTAAGCGAAATTGTCCATCTTCAGGCTGAAGTCCGTGGTTTCCAACATGATGGGAGTCT ACACCTCCAAGCTAGAAGCCAAAAGTATGGAAAGGTGTGTTTTCATAATTGAAATTAGAA CACTAAATTTTGTTTCAGAGTTATTGTTTTGATTATCAGGTTGGAAATAAGCACCTCATT TTCTCACCTTTTCCTCCTCCTACCTGTTTGACCATAAAAGCTTTGTGTGGGAGTAGGACT GGGATTCAAATTCAATCTCCACAAGGTGGGGGATATACATTTCTAGCATTCACAAGAGAT TTTAGGTAGATGGATTTATGGTTAATTAAAACCATGGATTAAACTTTTCCCATTTAAAAA GCGTAAAATAATTTTGCATAATAGCTGGGATGGAGTTGCTTGCTTGTAGGAAGCAGGAAG ATGATATGTCTGATGAAATTTTTGAAGTTAATCTTAATTTTCCACGGTCTAACGAGTTCT CTGTCTTGTCCCGGATACACTCTAGACGTGAATAGCACTCAATATCACTATCTAGGCGAA CCAAATCCCGATATCTTAAGCATTAATTTGCCACATTTAATAAATCTATTAAGTACCCTA ACAATATGATAATTAATTACAAAATAATAAGTATCTTCAAATATTAATTTAAGCTCTTGG CAAAACCCCACAGTAGACCGCATATCAGTGTTCAGGAAAGTGAGTGCAGCAATGAAGCAA AGCGATTCGAGCCTTCTACGCTTCACAGACTAGAATGAGTATGTCAGCGCTTCATCGCTT AAAGCAAGCTCTTCATTGCTTAAAGCGTGAAGCGGGGCGTTATCGCTTTTTTCCGCTTCA CGCTTCCCTGAACACTGCCGCATATATTTTAAACCATGTCTATATTTCAATGGATTAAAA TGAATCTGTCTGTGAATATAAAGGACAATATTAGTTAAAACCTCATGGTACAAACGGCAG AAGTTTTACTTAAGCAGATGATCTGACCATAAAGTTCGAATAGAGAATACAAAGGACCTT GACATGATCTGCATTAGATTGTTATTTTGCTTTAAATACTGGCAAGAAGGCCTTTTATAT GCTGCTGATATCACCATCACATAGAGCTATACTTTTCAGTTGCTTCTCGTCATGTTACGT CTCTTTTTCTTGGGGTGGTCAGTGGAATGAAATGTGCATTTTTACCTAAGCTTTGCAATT TTTGTTTGTCCCCTTGAATATATTTCAGATTTCAGACATTAATTATCAATTTGTTTGAGA ACATATGCTCTGATGATTTGGTGTTTCTAGTGGTTGAGTTCTTCTGAACAATTCTATTTT TCCTTTTTAATAGCTTGAAAGAGGGAAACTACTCAAAATCCCTCCATATCTAGTGAAAAG GCGTAAACAGCATTTCCACCATCTAGATCAGTATGGAGTTGACTTGATTTTTGGCTGCAA TGGATTAATTTGGGTTGGGGAACACATTGATGTAAAAGATGTAATGGTGGAGGATCAAGT AAATAAGTCCGATCCACAGAACACCCATTCATCAAGCTTACCAGGTTCTAGTGAAGAACC AACTGATACACCACTGGAAATAAGACAATATATATGCAGGATAGCAAATGCCATCACTGT ATTCTCAGCTTTAGGCTTCATGGTTAATTTGGACTCCATAATGGAGACAGTTACCTTGAG CTTATCTTTAAACCTTGGTGTACATGAGATGCTTGAAGCAGAATTCCATGTTCGAGTTGC TGAGCAAGAAGCTGAACGACGGAGCACATCAAAAAGGAGGAGATAGTTTACAACTCATCA TCTACATTTGCCTTTCTTGGATTGTCGATTATGCAAAAGATAGAAGAGATTAGGAATCTA TTAAGCTGAATCGGGTAGCGCTATGTCACCCTTTAATTGAAAAAGATCTGTAAAAGAGTT TCCTTCTGAATATCCCCTTAAATTCACACTTTTGATTTATGTGCATTAGTAAGGAGTGTG CAGCTGAAGATCAAAGTTTTTCTTCCCAGCAATGAAAATTTTTCTTATGTTTTCACTTGT CTGTATTGCTGGTCTTTTTACTTGTTAGTGTCTAATGTTTTTTAGCTTGGAAAGTGAAAG CAATATTCCAAGTGTTATTTTTGGCTAGTCTCGTGTACATTTTTTTCTCAATTTTTGGAT GGATCTCAGTAATTTGGTAAGCATTTTGAATCAAAAAAATTCAAATTGGCCACTGTAATT TAAAGCAAAACGAACAAGTTGACCAAACCTGAAGGATTTGCCCTATCATATATATATTAT TGGAGTTTTTTTTTTTGAATTATTATTTCAAAAAATTTCAAGGTAAATTGAGGTGCTTTA TATTATTCACATACTCCATAAAGGTATAATGTAAGGAGTTGTAACTTGCAAGCCTCCTGA AGTTTACAGAGGCAAAGGTGTATAATGTACATTGGTGAAGTGGTTAAAAAGAAATAGGGA AATAAATCAGTGACAAACTTGGTTCATGGTTCTTTCTTAGGGTTTGTTTGGTATGAATGA AAATATTTTACGATTTGGACAAAAGTTTTGAATGACCTCCCTTCAAAAGTTAAGAAATTT TTTTTTTTCCTCATATCATTGAAGAATTTTTTTTTTTGTTTTGAATGACCTCCCTTCAAA AGTTAAGAAATTTTTTTTCCCCTCATATCATTGAAGAATTTTTTTTCCCTCATATCAAAC ACACTGTTAGGCTTTATTCTTTCTTTGATCATAGAAATGTCCTTAGAGCATCGTCTACTC AATAAAATTAGCAGCCTAAAGTCACTTTTTTTTTAAAAAAGACCTTCAAATTTTTCAATA AAATTTATTTATATATATATATATATATATACACACACAAAAAGATAAGTGTTGTCTTTT TCTTTATTCTTTTATTTGAGAAAACAAATTGCTCATATTTTGATAAAACAAAGTTGTGTT TGGACATGTATAGAGAAAAAATATTAGACAAATTGATAATCTCAAAACTCATCTTGAACG TACAAATAGCTCCAAAGCAAGTATCCAACACTAAATGTACAATAATTAACTAAAAATAAG ACAAATTGCTCTTCGAGTATACGAGATACTTTGTTTATTTTCAGTGGAGGACAAGCCACT CAGTTCAAGAATGCATCATCATGCTTCTAAGTTCTAGTAATTTGTTGCCAATACAAGTAA AGAATCACTTGCTGCTTGCAAAATTAAACATCATACATTTGAGATTAAAAGTGATATTGA TATAATTGGACAAATATCTTCTCAAAGCCAACAAAATTCACTGACACACTGAGAACAACA AAGAAGAATTGTTGTGTGTTAATACATAACATGAAGCAACTGGTCCATCATATTGACACT AGTTACTCTATAACTGAAGATCAACCAACCAACCAACCAGTCCAGTCTCTGGTGCAAACT TCACTACCCCTCCTGATAATAACTACGAACCCATTGTATCCCACTGGAGGGGTTTGGGGA GGGTGGAGTGTGTGGAAACCTTAACCCCTACCTTGAGAAGGTAAAGACTATCCCTCCTGA TGAATTTCGAGAGTTCAAAGTATAGAGCCTAAAAACACTTTGTCACTCTGCTGTTCTTCA AGCTATCCCAGTCAATTTAACGGTTATCAAATCAGGCGAAATCCCATTGTTCAGAATGCA CTCATGTTGAAAATAATTCTACAATTAGTAGTATAAGGATTTGTCTGGTAGTCATAATCA GATTGTAGTAACACTAAGCTCAGGTTTTACCATTATCTTGACAGGTTTCCCGAGCTTGGA TTTATCTTCCATTCGAGCAATTTCAAGAGCCCTCTCACAAATAGGATATCCCTGATCATC CCATGACTCCAGTATTATGCCAGAACCAATACAAGTCCTTCCATCGTAAAAGGCCGCAAA TTGTCCAGCTGCCAAACCCTGATCATCTCCAGATAACCGGACAACTGCAACTTCCTGGCC ATGTTGATCAACTTCCATGACCAAGCTGCAGTTGTAAAACCCAGGACCATGACGAACCTA AAGAACAATTGAAAATGAGCATTTGCTTGTACACCAACACCTATCACTCTGAAATTCTAC TGTTACCAAGCTCACAATGCAAAACTTAAAATATGACAGTGCTCCCAGAATAAAATAATC AGGCTACAAAACGAAAATACAAGAAAGTCAACTGTATTTCACTTGTGAGTCATGTCATGT ACATATTAACGTTTGTTTTTAACCTAAGCTCATGTTGGACATTCTTAGATATGTAAAAGG TGTCATTCAGATGTTCAAAATAAGAAGTTCAATGGGGAGAAAAGGAAATTTTTTACCTTG CATTGAAGCTCATCGATTTGTTTAGGAAATAAACCACTGAGCCATTTCAAGGATCCAACG CGAAATAACCGTCTTTTCTTGTCAACAGAGAAATAATTTCTTGATACGTAGACTACATTA TTTTTAATATCCTTCTCCACAACATACCTACAAAATAAGGAAGATCTCTAATAAGTTCAT TTAAAGATATATGAAAAAGATTGACTCATTCGGATTGATGAGACTAATTGCTAAGTCCTA AATGTCATGAAGGCCAGGAATATAAGATGACAATGCAAGCATTTTGTTATCTGTTTACTG TGGATTATTGCAACTATCATCTTGTTGAAGGTCGAGTATCCATGAGAGTCATCACTCACT GGACGAGCCTTTCTATTTGTACCAGTTGAGTACGTCTGCCCAAGACCCAGACAAAAAGCT TTGTACCTTACCACGGAAACTCCGCTATCAATGTCGTCTGGCCCAGTTGCCCCAACTGGA CTTAACCATTTGACTTCTGACGGCGGTAATAACACCATAAAAAACAGTTAACAATAAGAT AATCAAACTGCTTAACCTCTTGAGACCACAGATAGTACATATACTAAGAAAGAGCTCATA GCATACCAGGGCCCTCCAGGAAGACGTAAACCTTGGCGCTGACCAATAGTATAGAACCAA AAACCACGGTGGTTTCCAAGATAATCTCCATTCTCTGCTTCCAATATAATACCTTCTGAT TCTCCAATGTGTCTAGCAACAAATTCACTGAATTTTATCTGAAATTCCAAATGGAACTGA CACTAAGATCTTAGGGGGAAAACCGAACTTTTACCAAAAATTAGAACAAATCTTAATCCT TATGGAGAAGCGTGCAAAATCTAACAAAATTAAGAAAGTATATAGCTACAAGATGAGTCT ATGGCTAAAACTTTTGTTGTGTAGACCTTCTATGCAGAAGATGAAGTTTTGAAATATAGA GCTGATCATGGTTATGAAATTACTTACATGACTTGTACTGGTGGATGGAAACTATGAACC TCTACATTCTTTATACCATGTTGCACTGGCAGATTGATATGAAATGGTCTTAAATATAGA AAATACATTGTAAATCACTAAATCCCACCCACTTTTCATAGACAAGTTTAAACAATTACT GTCTGCCACAACTAATCTGGAAAACTCAATACATTATTATTTAGCAAATGATACCCATGT AACATTGTTAAGAGGTCTAATTAACTGATTACAGCTTACCAGCAGAATAGTTGAATGATT TAGTAAATAACTTATTTGAGTTACTCCACGAGAATGACATAGGTTTGCCAAACAACACCT TATACCAAAAAAACAAATGTAGCTGAGGAATGTGCTGGTAAAACAGACCTTGCCGAGAAA ACATATTCCTTGTGAATCCTTCCTTTCTTGGTTTGGTAGATTAAATGACTTAGCAAGCAT GCGAACTTCATCCTGCACATATGATGAAAGATCAAGAGTAATTCAGCCTCAATGAAGAGT TGAACTTTTTCAAACAATCACATCCAAGAAGGAAGGAGGGTGAAGACAGATTCCCTCTCT ACGATTTAATATTTGATTTTAAAAATATACATTGTAAAGAAGATAAGTGCAAAGACAACA GCCTCACCTCACCTTTTGAATACATCCAAGTGGGAAAATAAGTCGTTTAAGCTGAGCCTG TGAGAGATGAGAAAGGAAGTAGGTTTGGTCCTTGACCTGAAACAGCACCACTGCAGACAT AAGAAATCAGCCAAATTGACCCAACCGAATGAAAAGGCTCGGGGACAAGGACTTAAACTT CCAAAATACATAAAAAATGATTATTAGAAGTGGCATTTCAAAGAATGTCACTCATATATT GTTTAATGTTACTGTTACATAGAATAAGATATGAGCATTATGCCACGAATAGGCAGGAGA TTTGAAGAGTCATCCAATCCAAGTTTTCAACAGAAAGTGGAGGACACCACTTGCACAGCA TGCTACTCTCACCAACTTAGGGGTGTCAAATAGGAATGTCTGCCTAAATTTAGGCCGGTC AAAAAGAGTTAAGTCAATGATTGGCTCATGATCCATCCCGTCCGAAATTCACTTGAATCA AGATGGATTGGACATTTGGTCAATTTGTGAAAAATGAAAAGATCATTGCCCAACCTGCCC AAGTCGGACCAATTTTTCATTTATTTGATTTTTTCACCAAATCAAAAAAGTTTTTACTTT GTTTACAGGAGAAATTCTGTGGAAGTGTACACATCAAACCAAAAATATATTCCAATCACT TGTATACCCTTGCAATGCTTCTGGTACACATAGGAAAAGGTGTAAGATGTAAAACTCTCA GTAAATCAGGAATTGAAGTGTGGCAAATTAAACTATTTCTTCTGTATCAAAAGATGATGA ACTCCTAGTTAACCATCATTCTTGGAGCAGTATTGATACTACATATGAACCTTCAACAGA ATAATATATTTGCTTTGGTTGTTTTATTTATCTGTTTTTAATCATAATTTCGAGATCTAC ATTACAATTTCATTATGAGATATATCTTAAGACGCTTCATCACATTTACTATATTTTTCA AGATAAGAACCAAATGTAATATATCTCAAGAAACATATACCAAATTTACCTGAAAGAATT ATACAGACAGTCGTGAAAGACGTTGATCATAAGTTCAAAGAAGATATCTTGGTTAAAAGC AACGGGGGCTAGGTGGGTTGGGAAGGTGTTAAATCAAACTTTGTATCCTCAACTGCTAAA TGTCTGTCTCTTACAAAAGAACTTCTTTTGATGGGACTATAATGTTTAATTCCCAACCAT GTATATCTGTAAGTCATTTCCCATATGTTCTTCATTTTACCTACAGTGAAGCAAGACTCT TCCACACCACTCTCATCTTCAAGATATCCCCTTCTCAAGTGAACATATCAAACTTTTACA AAAGAAAATAGGGTAAGAGGCTCTAAGAAACATGTACGAATATAAAAACACACCATATCT TTTGACAATTCCAAGACAGAAGGTTCGTCCAGCTGCTCAGTAGATGCATGGACAATCTTT GCATAATGTCCCGAAGCAACAAAGTCAAATTCCATTCCACTAATGGCATCCATAAAAGCA CCTGAAAATAAATTTTTCACTATCACGCTAACGAAACTAAAGAATAGTGGATTGCTTTTC ATATAACATGACTGACCAAATTTTATCCTAGTATTACAAAGGACATCTGGATTTGGAGTC CTGCCACATTTGTACTCCTCAATGATATATGACACCTAAACATGGAAAACTTACTAATCA AAACAAACTAATATTATGACGGAGCTTTCATCAATAGCCCCCAGATTATCTTTATATTGC ATCACATAAAGATACATTAGTATAAAAATCCAATCTAAGGTTTAAAAAAAAAAAAACTAT TCACGAGGCAAGGGCGCAAGGCTGGAAAATGTGTAATCAAAGCAGCTGAAAAGTAAGCCG AAACTTACCACATTATTCCAATATTCATCAGTCAAATGGACAACTTCCAATGGTACATCA ACCTGAGAAGTCAGAAAACAAATGTTGTGGAAACTTAATTGGAAATATCAAACTAACTAA TGCAAGGGACCCCCCTCCCCCCACCCCCACCCCCACCCCCAATAATAGGAATCATCAACG TGAAAAGAGCTTGTCGAAACATAACTTTAACATGAAAAGAGAATGTGGAAACATAACATC AACCTGAAAAGCGCTTGTGGAAATATAACATCAACCTGAAAAGCGCTTCTGGAAACATAG TGAGTAATATCTATCAGATTACTAATGCAACACCAGGAAAAAGAAACAATCACCCACAAT CTGGATTATGTGCAAAAGGTAAAGCATGTCATGTCCGAAAATGCTTCCAATTTAATCCTA TAAACTATTTGGTATGGCTACCCTTTTCCCTTTTTCCACAGCCAGGCCAGGAAGTTGTAT AAGCTTGTCCATTAACAATAGATTTAATTCTCCACTGGCCTTTAGAACCCGTGTGGATTG TCTTGAAAAAAGTAGCTTTTAAAAAGTAACTTTATAAAGTCAAACTTAAATGACTTTTAA GTTAAAGATAAAAAGTAGGGAGAGTCCTACTTTTGACTTTTAACTTATTTTAAGTTATTT TTAAATTTGTCAAACACTCAAAAGATAAAATGACTTACAAGTAGGTTTGACCAACTTTTA AGCCAATACAAACAGGCTCTCAATGTAATTAACAAGTCTTGCAAAGTTGATGGATCTATC CCTCAACCCACCAAAAAAAATAATAACAATAATAAAAAGAAACTAACAATTTATGCAGTA AGTAACAAGCATTTAACAGATATTAACCTAAATCAGTCAGAGCTATCACCACAGAGATGA CTCTATGTCTACCAGGTATCAAATTCTCTTCCAGATCAATACATGAAAAGAGAAAATAAC CAAGGAAAAGAGAGTGACCTGGTCACAAACACCCTTCGCATATTTCAAGTCATCCTCCCA TGGGCATTCAGACCAGTAGTTCTCGAAGTCTTCCTACAAAAGAAAAGGCAATACACTTGA TGATTGTTCAACACTGCTTGAAACTAAAAAGATTAAGGGCTCATTTTGTTTAAGATATAA GGCAAACCCACCTCGGTATAAATTTCTCATAGCTAAAATAGTGTGAGCCAGAAACATTTA ATTCTTTAATCTTTCATAACTTCTACAACATTTGATTCTGAATTAATAAGTACATTTGAT TTCTGGTACTAAATCATGTATAACTAATTGGCACAAGTTATCTGAGAATCAAGGTACAAT TTAGTTTATGAAAGCTTGTCCAAGGAAAAATCTAACACTGGTCGCTAACAAAATACACTA CTCGCAGTTATTTGATCTATCTATAGGGACAGAGAAAGAAGGAATAGTAGTAAACAACCC ATATTCTTCGGCAACACTAAGACTAATTGATATGGGGCAGTAGTAAAATTACGTACTTGA AACCAAATCTTGAGATAAAAAGCAGTGCAGGAATGTCCAGCAGCATGAAGTAGACGAAGA GCCACGCTGCTATCAACGCCACCACTAACCAAAACCGCCACTTTGAGAGGATTCTTGTGA GGCATCGAGCAAGATAAGTATGTGGGATCGATTCTTTCATCACCGTAGTTCCTGATTGGG GATGAAACTGCAAGGGGTTTCAGCGAAAACAGTCGTCTTGCAGTAGTTGTTATCTTTCTT GGCTGAGAGAAAACCTGGATGAGGGGCTTCTGGAAAGGGTAAAGGGAGAACAAGTGCGCA TATTGAAATGGAAGAGGAATTGTTGACATGGTTGCCCTTAGCATTTCTGTTTATTTGGGG AGTCAGGCCTCTGAAATTCTGTTTTGCATACGCCTGAAGATATGATAAGAAATAATATTT TACTAATTTTCCCTTACCTCTCTTCATAAATATGGCTAAACAAATTTTATGGGTATTTAA ACAATAATAAGTTAATAACATCAACCAATAATGACTTGTTTGAACTCTTCAAATTTATAG TTTTTATGTTATGTCACTATAATCAAACGAAACAACTAATATTAAGGCAAAAATGTGAAA AAAAATTAATGAACTATCTCTTTCGGGGAAAATGACAAGTACTTCGATCGGGACAAATAT TTATATGAATTTTGACAACTAATATGGAAAAAGGAAGCAGTATTTTTACAAGACATGAAA TCTTTAAGTTTAATAGAAACATTTGATAGTTATGTTATTATATATATTGGTAGGCTGACT CAGCTTATTAAGATGTTAGCCATGTATTTGCAATACATTGTCTTGGATTTTGTTGTAAGA TACTTTATTTACGATTATAAGAATTTGAGTAGTTTAATTCAAGGTCTAAATATTTTATTC ACTAATACAAGGATTTGAGTAGTTTAATTTAAGGTCTAAATACTTCTAACGTTAAGAAAG AAGAATATATTTTTTTCAACTTCAACATTTTTCAAGTAAAATTCAGATCTTAATCCACTA TCAAGTTCTTTTACAAATAGGGGTGGACATTGTTGGTCAGGCTCAATTCGGTTCGGTTTA ATCGATTTTTCATTTGGTGCACCAATAACCACAACTAAATTATTTTGGTTTTCTCTAATT CAGTTCGCCTCTGCCATCTTGAGCTTTTTATTTGGATATTGTTTTATTAAAAAGTAGGTG TTTAAAAGAATTAATTCATTGTAATTCCTAACATGCTATGTTCTTCTGCTACTCTCAAGG TTTTTTTTTTCTCTTTCTATGTACACTTTGAATGCTTCTTATCCTTTCCCTCCTACTTAG GATGAAGTTGTCATCTTTTAGTTTTCATTTTTGTTTTCTTCAGCTGCAGCAGCCAAAAAG AACATAGCAGTTGTTTGAAAATAAAGCTATAGCAGGTGTGCAAAATTCAGTTATAGGAGC CAGGCAGAACATAGCTGCAGTGCAAAATTCAGTTGTAGAAGCCGAGAAAAACATAGTAGC TGTGTAACATTCAGCTGCAGCAGCCGAGAACATAGCATTTGTGCAAAACTATGCAATTAC CAATATGCAGTAAATAGTAAAAACTACTTGACAATCAAGCTTGAAAGAGCCAAAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 2230 2788 match_2 match_part 0.924 2246 2866 match_part 0.986 6728 6800 match_3 match_part 1.000 6812 6858 match_part 1.000 6951 7068 match_part 1.000 7467 7577 match_part 1.000 7731 7846 match_part 1.000 7938 8018 match_4 match_part 1.000 6839 6858 match_part 1.000 6951 7500 match_5 match_part 0.960 7478 7577 match_part 0.983 7731 7846 match_part 0.974 7938 8092 match_part 0.967 8329 8635 match_6 match_part 1.000 7803 7846 match_part 1.000 7938 8092 match_part 1.000 8329 8570 match_7 match_part 0.929 7819 7846 match_part 0.981 7938 8092 match_part 0.975 8329 8770 match_8 match_part 0.996 8570 9032 match_9 match_part 1.000 8577 9083 match_10 match_part 0.942 8930 9083 match_11 match_part 0.924 10453 11162 match_12 match_part 0.922 10453 11053 match_13 match_part 0.996 22004 22254 match_part 1.000 22391 22492 match_part 1.000 22570 22615 match_part 1.000 23367 23456 match_part 1.000 24485 24550 match_part 1.000 24746 24814 match_part 0.999 26054 26755 match_14 match_part 0.852 22045 22254 match_part 0.922 22391 22492 match_part 0.978 22570 22615 match_part 0.967 23367 23456 match_part 1.000 24485 24550 match_part 0.986 24746 24814 match_part 0.986 26054 26196 match_15 match_part 0.947 22047 22254 match_part 0.978 22391 22483 match_16 match_part 0.942 22047 22254 match_part 1.000 22391 22461 match_17 match_part 0.963 22066 22254 match_part 0.971 22391 22492 match_part 1.000 22570 22596 match_18 match_part 0.987 22418 22492 match_part 0.978 22570 22615 match_part 0.967 23367 23456 match_part 1.000 24485 24550 match_part 1.000 24746 24814 match_part 0.968 26054 26455 match_19 match_part 0.996 26309 26755 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_20 match_part 0.952 9088 8418 match_21 match_part 0.992 11096 10454 match_22 match_part 0.993 11064 10454 match_23 match_part 0.919 11053 10489 match_24 match_part 0.996 11479 10647 match_25 match_part 0.996 11659 10909 match_26 match_part 1.000 11636 11091 match_27 match_part 1.000 11617 11112 match_28 match_part 1.000 11617 11149 match_29 match_part 0.992 11617 11257 match_30 match_part 0.943 11767 11379 match_31 match_part 0.994 12308 11442 match_32 match_part 1.000 12071 11480 match_33 match_part 0.995 12361 11482 match_34 match_part 0.994 12295 11498 match_35 match_part 0.998 12317 11513 match_36 match_part 0.921 12303 11567 match_37 match_part 0.915 12303 11657 match_38 match_part 0.910 12303 11704 match_39 match_part 0.983 12404 11751 match_40 match_part 0.928 12017 11769 match_41 match_part 0.998 12291 11789 match_42 match_part 0.977 12305 11826 match_43 match_part 0.981 12404 11933 match_44 match_part 1.000 12338 12026 match_45 match_part 0.982 16854 16132 match_46 match_part 0.984 16854 16184 match_47 match_part 0.982 16841 16301 match_48 match_part 0.980 16838 16337 match_49 match_part 0.971 16833 16358 match_50 match_part 0.981 16853 16392 match_51 match_part 0.967 16845 16392 match_52 match_part 0.966 16843 16433 match_53 match_part 0.979 16834 16455 match_54 match_part 0.925 16898 16554 match_55 match_part 0.999 32241 31363 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 2230 2866 exon 6728 6800 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6839 6858 exon 6951 7577 exon 7731 7846 exon 7938 8092 exon 8329 9083 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6812 6858 exon 6951 7068 exon 7467 7577 exon 7731 7846 exon 7938 8092 exon 8329 9083 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 9088 8418 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 10453 11162 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 12404 10454 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 16898 16132 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 22004 22254 exon 22391 22492 exon 22570 22615 exon 23367 23456 exon 24485 24550 exon 24746 24814 exon 26054 26755 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 32241 31363 RepeatMasker tomato repeats master ATHPOGO 1578 2114 1 ATHPOGO 1578 2114 1 nucleotide_motif 1786 1 531 Copia00110 13221 13611 1 Copia00110 13221 13611 1 nucleotide_motif 1772 12521 12938 Gypsy00073 1066 1386 1 Gypsy00073 1066 1386 1 nucleotide_motif 601 12898 13132 Copia00110 2574 2840 1 Copia00110 2574 2840 1 nucleotide_motif 870 21083 21351 RepeatMasker tomato repeats master Copia00110 2344 2653 -1 Copia00110 2344 2653 -1 nucleotide_motif 1607 21296 20993 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2337 31265 32443 match_2 match 4990 24706 27297 match_3 match 5662 32681 35635 match_4 match 7174 27572 31211 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1053.5 7 35635 clone_end_1 clone_end 1001 7 532 clone_start_1 clone_start 329 6048 6213 clone_start_2 clone_start 327 6049 6213 clone_start_3 clone_start 837 6240 6682 clone_start_4 clone_start 551 6240 6538 clone_end_2 clone_end 1435 22488 23215 clone_end_3 clone_end 842 24246 24686 clone_end_4 clone_end 1152 26304 26912 clone_end_5 clone_end 1281 28724 29369 clone_end_6 clone_end 301 29388 29539 clone_start_5 clone_start 987 34950 35498 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_6 clone_start 1106 35635 35048 clone_start_7 clone_start 1223 2404 1784 clone_start_8 clone_start 305 29541 29388 clone_start_9 clone_start 305 29541 29388 clone_start_10 clone_start 305 29541 29388 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 2230 2788 match_2 match_part 1.000 6812 6858 match_part 1.000 6951 7068 match_part 1.000 7467 7577 match_part 1.000 7731 7846 match_part 1.000 7938 8018 match_3 match_part 1.000 6839 6858 match_part 1.000 6951 7500 match_4 match_part 1.000 7803 7846 match_part 1.000 7938 8092 match_part 1.000 8329 8570 match_5 match_part 0.996 8570 9032 match_6 match_part 1.000 8577 9083 match_7 match_part 0.996 22004 22254 match_part 1.000 22391 22492 match_part 1.000 22570 22615 match_part 1.000 23367 23456 match_part 1.000 24485 24550 match_part 1.000 24746 24814 match_part 0.999 26054 26755 match_8 match_part 0.996 26309 26755 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_9 match_part 0.992 11096 10454 match_10 match_part 0.993 11064 10454 match_11 match_part 0.996 11479 10647 match_12 match_part 0.996 11659 10909 match_13 match_part 1.000 11636 11091 match_14 match_part 1.000 11617 11112 match_15 match_part 1.000 11617 11149 match_16 match_part 0.992 11617 11257 match_17 match_part 0.994 12308 11442 match_18 match_part 1.000 12071 11480 match_19 match_part 0.995 12361 11482 match_20 match_part 0.994 12295 11498 match_21 match_part 0.998 12317 11513 match_22 match_part 0.983 12404 11751 match_23 match_part 0.998 12291 11789 match_24 match_part 0.977 12305 11826 match_25 match_part 0.981 12404 11933 match_26 match_part 1.000 12338 12026 match_27 match_part 0.982 16854 16132 match_28 match_part 0.984 16854 16184 match_29 match_part 0.982 16841 16301 match_30 match_part 0.980 16838 16337 match_31 match_part 0.971 16833 16358 match_32 match_part 0.981 16853 16392 match_33 match_part 0.967 16845 16392 match_34 match_part 0.966 16843 16433 match_35 match_part 0.979 16834 16455 match_36 match_part 0.925 16898 16554 match_37 match_part 0.999 32241 31363 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 2230 2788 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6812 6858 exon 6951 7068 exon 7467 7577 exon 7731 7846 exon 7938 8092 exon 8329 9083 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6839 6858 exon 6951 7500 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 12404 10454 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 16898 16132 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 22004 22254 exon 22391 22492 exon 22570 22615 exon 23367 23456 exon 24485 24550 exon 24746 24814 exon 26054 26755 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 32241 31363 AUGUSTUS_tom_cdna de novo gene_1 gene 1 2440 8818 transcript_1 transcript 2440 8818 start_codon_1 start_codon 2440 2442 CDS_1 CDS 2440 2866 CDS_2 CDS 6728 6858 CDS_3 CDS 6951 7068 CDS_4 CDS 7467 7577 CDS_5 CDS 7731 7846 CDS_6 CDS 7938 8092 CDS_7 CDS 8329 8818 stop_codon_1 stop_codon 8816 8818 gene_2 gene 1 14575 14973 transcript_2 transcript 14575 14973 start_codon_2 start_codon 14575 14577 CDS_8 CDS 14575 14973 stop_codon_2 stop_codon 14971 14973 gene_3 gene 1 22103 26506 transcript_3 transcript 22103 26506 start_codon_3 start_codon 22103 22105 CDS_9 CDS 22103 22254 CDS_10 CDS 22391 22492 CDS_11 CDS 22570 22615 CDS_12 CDS 23367 23456 CDS_13 CDS 24485 24550 CDS_14 CDS 24746 24814 CDS_15 CDS 26054 26506 stop_codon_3 stop_codon 26504 26506 AUGUSTUS_tom_cdna de novo gene_4 gene 2 12303 10765 transcript_4 transcript 11541 10765 stop_codon_4 stop_codon 10767 10765 CDS_16 CDS 11541 10765 transcript_5 transcript 12303 10765 stop_codon_5 stop_codon 10767 10765 CDS_17 CDS 12303 10765 start_codon_4 start_codon 12303 12301 gene_5 gene 1 16857 15793 transcript_6 transcript 16857 15793 stop_codon_6 stop_codon 15795 15793 CDS_18 CDS 16857 15793 start_codon_5 start_codon 16857 16855 gene_6 gene 1 29731 28438 transcript_7 transcript 29731 28438 stop_codon_7 stop_codon 28440 28438 CDS_19 CDS 28737 28438 CDS_20 CDS 29187 29037 CDS_21 CDS 29536 29467 CDS_22 CDS 29731 29647 start_codon_6 start_codon 29731 29729 AUGUSTUS_ab_initio de novo gene_1 gene 1 2440 8818 transcript_1 transcript 2440 8818 start_codon_1 start_codon 2440 2442 CDS_1 CDS 2440 2866 CDS_2 CDS 7467 7577 CDS_3 CDS 7731 7846 CDS_4 CDS 7938 8092 CDS_5 CDS 8329 8818 stop_codon_1 stop_codon 8816 8818 gene_2 gene 1 14575 14973 transcript_2 transcript 14575 14973 start_codon_2 start_codon 14575 14577 CDS_6 CDS 14575 14973 stop_codon_2 stop_codon 14971 14973 gene_3 gene 1 22103 26506 transcript_3 transcript 22103 26506 start_codon_3 start_codon 22103 22105 CDS_7 CDS 22103 22254 CDS_8 CDS 23821 24011 CDS_9 CDS 26127 26506 stop_codon_3 stop_codon 26504 26506 AUGUSTUS_ab_initio de novo gene_4 gene 1 12303 10765 transcript_4 transcript 12303 10765 stop_codon_4 stop_codon 10767 10765 CDS_10 CDS 12303 10765 start_codon_4 start_codon 12303 12301 gene_5 gene 1 29731 28438 transcript_5 transcript 29731 28438 stop_codon_5 stop_codon 28440 28438 CDS_11 CDS 28737 28438 CDS_12 CDS 29187 29037 CDS_13 CDS 29536 29467 CDS_14 CDS 29731 29647 start_codon_5 start_codon 29731 29729 AUGUSTUS_tom_ugs de novo gene_1 gene 1 2440 8818 transcript_1 transcript 2440 8818 start_codon_1 start_codon 2440 2442 CDS_1 CDS 2440 2866 CDS_2 CDS 6728 6858 CDS_3 CDS 6951 7068 CDS_4 CDS 7467 7577 CDS_5 CDS 7731 7846 CDS_6 CDS 7938 8092 CDS_7 CDS 8329 8818 stop_codon_1 stop_codon 8816 8818 gene_2 gene 1 14575 14973 transcript_2 transcript 14575 14973 start_codon_2 start_codon 14575 14577 CDS_8 CDS 14575 14973 stop_codon_2 stop_codon 14971 14973 gene_3 gene 1 22103 26506 transcript_3 transcript 22103 26506 start_codon_3 start_codon 22103 22105 CDS_9 CDS 22103 22254 CDS_10 CDS 22391 22492 CDS_11 CDS 22570 22615 CDS_12 CDS 23367 23456 CDS_13 CDS 24485 24550 CDS_14 CDS 24746 24814 CDS_15 CDS 26054 26506 stop_codon_3 stop_codon 26504 26506 AUGUSTUS_tom_ugs de novo gene_4 gene 2 12303 10765 transcript_4 transcript 11481 10765 stop_codon_4 stop_codon 10767 10765 CDS_16 CDS 11481 10765 transcript_5 transcript 12303 10765 stop_codon_5 stop_codon 10767 10765 CDS_17 CDS 12303 10765 start_codon_4 start_codon 12303 12301 gene_5 gene 1 29731 28438 transcript_6 transcript 29731 28438 stop_codon_6 stop_codon 28440 28438 CDS_18 CDS 28737 28438 CDS_19 CDS 29187 29037 CDS_20 CDS 29536 29467 CDS_21 CDS 29731 29647 start_codon_5 start_codon 29731 29729 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 2230 2788 match_2 match_part 1.000 6812 6858 match_part 1.000 6951 7068 match_part 1.000 7467 7577 match_part 1.000 7731 7846 match_part 1.000 7938 8092 match_part 1.000 8329 8570 match_3 match_part 1.000 6839 6858 match_part 1.000 6951 7500 match_4 match_part 1.000 8570 9083 match_5 match_part 0.996 22004 22254 match_part 1.000 22391 22492 match_part 1.000 22570 22615 match_part 1.000 23367 23456 match_part 1.000 24485 24550 match_part 1.000 24746 24814 match_part 0.999 26054 26755 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.999 12404 10454 match_7 match_part 0.978 16898 16132 match_8 match_part 0.999 32241 31363 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 2230 2788 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6812 6858 exon 6951 7068 exon 7467 7577 exon 7731 7846 exon 7938 8092 exon 8329 9083 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6839 6858 exon 6951 7500 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 12404 10454 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 16898 16132 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 22004 22254 exon 22391 22492 exon 22570 22615 exon 23367 23456 exon 24485 24550 exon 24746 24814 exon 26054 26755 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 32241 31363 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 6812 6858 match_part 1.000 6951 7068 match_part 1.000 7467 7577 match_part 1.000 7731 7846 match_part 1.000 7938 8092 match_part 1.000 8329 8570 match_2 match_part 0.957 7484 7577 match_part 0.983 7731 7846 match_part 0.974 7938 8092 match_part 0.954 8329 9088 match_3 match_part 0.947 22047 22254 match_part 0.980 22391 22492 match_part 0.978 22570 22615 match_part 0.967 23367 23456 match_part 1.000 24485 24550 match_part 0.986 24746 24814 match_part 0.986 26054 26196 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 6812 6858 exon 6951 7068 exon 7467 7577 exon 7731 7846 exon 7938 8092 exon 8329 9088 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0041H22.1 type gene exon 22047 22254 exon 22391 22492 exon 22570 22615 exon 23367 23456 exon 24485 24550 exon 24746 24814 exon 26054 26196 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 2440 8818 transcript_1 transcript 2440 8818 start_codon_1 start_codon 2440 2442 CDS_1 CDS 2440 2866 CDS_2 CDS 6728 6858 CDS_3 CDS 6951 7068 CDS_4 CDS 7467 7577 CDS_5 CDS 7731 7846 CDS_6 CDS 7938 8092 CDS_7 CDS 8329 8818 stop_codon_1 stop_codon 8816 8818 gene_2 gene 1 14575 14973 transcript_2 transcript 14575 14973 start_codon_2 start_codon 14575 14577 CDS_8 CDS 14575 14973 stop_codon_2 stop_codon 14971 14973 gene_3 gene 1 22103 26506 transcript_3 transcript 22103 26506 start_codon_3 start_codon 22103 22105 CDS_9 CDS 22103 22254 CDS_10 CDS 22391 22492 CDS_11 CDS 22570 22615 CDS_12 CDS 23367 23456 CDS_13 CDS 24485 24550 CDS_14 CDS 24746 24814 CDS_15 CDS 26054 26506 stop_codon_3 stop_codon 26504 26506 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 2 12303 10765 transcript_4 transcript 11541 10765 stop_codon_4 stop_codon 10767 10765 CDS_16 CDS 11541 10765 transcript_5 transcript 12303 10765 stop_codon_5 stop_codon 10767 10765 CDS_17 CDS 12303 10765 start_codon_4 start_codon 12303 12301 gene_5 gene 1 16857 15793 transcript_6 transcript 16857 15793 stop_codon_6 stop_codon 15795 15793 CDS_18 CDS 16857 15793 start_codon_5 start_codon 16857 16855 gene_6 gene 1 29731 27549 transcript_7 transcript 29731 27549 stop_codon_7 stop_codon 27551 27549 CDS_19 CDS 27608 27549 CDS_20 CDS 28737 28471 CDS_21 CDS 29187 29037 CDS_22 CDS 29536 29467 CDS_23 CDS 29731 29647 start_codon_6 start_codon 29731 29729 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 155 26054 26476 match_2 match 105 8330 8791 match_3 match 120 2407 2685 match_4 match 71.6 7941 8093 match_5 match 61.2 7739 7846 match_6 match 84.0 7460 7846 match_7 match 135 2338 2874 match_8 match 130 8330 8788 match_9 match 82.8 7938 8093 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_10 match 404 16719 15814 match_11 match 404 16719 15814 match_12 match 234 12126 10768 match_13 match 409 16704 15814 match_14 match 389 16704 15817 match_15 match 396 16749 15820 match_16 match 106 32315 32031 match_17 match 139 28737 28453 match_18 match 108 29801 29637 match_19 match 394 16722 15823 match_20 match 501 16707 15796 match_21 match 388 16713 15811 match_22 match 392 16704 15817 match_23 match 408 16704 15823 match_24 match 420 16719 15814 match_25 match 420 16719 15814 match_26 match 420 16719 15814 match_27 match 180 12126 11524