C02SLe0060F16.1 CTTCAGATTGATAAGATTAAAATAAATCAAAACAAATTTAGGACAAATCATGGGAAAAAA TATTAAATCTCGTCAATAATGTTTGATTTTTAAAATAAGTAACAAAAAGTCTCGATTTAT TTTCTATGATGAGATTAATGGATAAGATAATAAAATTTTGGAATATCAAATAATCTTTTT TATCAAATTCAAAAAGGCTAAATTGGATCAATTTTTATGAATATATCGTAATCAGACTCA TCGTGAGCTTCAAATTGATAAGATTAAATTAGATTGAAAACATTTAGGAAAATCATGAAA AAAATATTAAATATAGTCAAGAATCATTTCTAAAACTAAAGTAAATAATGAACTTTGCCC TTCTATCAATTTTTATAAAGAGAAAGTAGACCCAACAAATTGATTTTTTTTCTCAACTCA ACCAAATCAATCCTTATCTAGAATAAATTAATATTTTAATTAATTTTTATATGTTAGATT ATTTATATACTAGAATAATTTCTTATAAGCTCTAAATTTCAAATACTCTTCTGTTACATA TTAATGTACGTATTTTGCAACTTTTTTTTTTATAAAAGTACTTAAAATATGTCTCCTTAT GTACTTAATTCCTTCAAGATGTTCGTTATGAATAATCAAGTTAATTTATTCATAAAACGT ATAAAGAATTTCTTATGAAGTACTCTTACTATATTACTTTTTTAATTTATAAACCAAATA AAACAAAAAATGAATAGGTTGTTTTTTTATTTCCATCTTTATTCCTCTCATGTTTTGTCA ATTTTTTCTTTTCTAACTTTTTATATTTACTAGTGAACTTATTTGCATAAAGTGCGATTA TAAAAAATAATGAGCTATGAATAATTTTATTAAGTATCATATAAATAAAAATATATTTAC AATATAATTGTTAGATCATTATTTTTTAAAACGAAAAATAATATATAAATTCAATGCATA ATTAATTTTTGAAGTTTTTACTGACATTCACTCCATAATAAACATAAAAAATATAACAAC AGAAAAAAAAATCAATGTGATGATTTCTACATATTCTAACAATATCTCTAAAAAAAATAA CTATAAAAAATTAATGCAATGATTTCTATAATTATTAATTACTTTAGAGTTTAGAAAAAT AAAAAGTCGTTAATATAATGAAAAAATATATAACATTAAAACTTATATTAAAGAAATGAC TTTTTAGTTTATTAACATTTAATATAATTAATAGAATTAAAGCATTGAGGTTTAAATGAT GAAAATGTAAAGAAAAACCCCCCAAAAAAAAGAAGAAAAAAAAGAAAAGATCAATTATTA ATTAATAATCAGCTATACTTTTGCAAAAATAAGAAATTCAAAAGCTACCGCTTTGCCTAC ACATAAAAATATATTTCTTAAATATTTATCTTCCTTGTATTCCTCTTTTTACCTTTTATT TTTGTAGTTCATATATATAATATATTAAATTTATTTTCACAAAAAAAATTAAACTCTTTC CATTAAAAAAAAAAGATGAAATTTAACAATTAAAAAGATAAGTTATAAATATAAACCTAA CAAAAAAAATGACAAATTACAAAAATATAAAAAATTTTGAAAATGATTGTGATAAAGATT TATCAGATGAGAGAAATTTAGGAGAAGGAAAAGAAAAGTTTTAGGAAAATTAACTAATAG TGTTTTATTAATGATGAAAAATAAAATATTTTAATTTTCTTCAACATTTTACAACAAATT AAATGATGTTAATTGAGATAAAATTAATGGGTAGAACATATTTATTGTAATAAAAAGGAG ACACACACACAAACACACACATATATATATATATAATTTTTTTTAAACAATAATAGAAAT AGAAGGTATAATGTTAAATTATGATAATAAGGATTAGAGTTAAATATATTTATTTAGAAA ATTATAAAAATAGAAGGTAGAAAAAATTATTTAATATAATAAATAAATTATGGTAATAAT AAAGAAATATAAAAAATAATAAATTATAATAATGATTGAGAAGTTTAATATCTTTCTTTC TTTTTTTTAAAAAATAAATAAATGCCCCATCAGGGTTTATTAATCAACAAATCAAAAAGT AGTATAACTATCAATTCCAACAGTAGATCAATCACCAATAAATTAAAAGAAAAATAAACA AATGTAGAAAAATGACAAGAGCTTCACAGGTTTCCAAATTTCATATCTAGTTATCTTTTT CAATCAACCGTGCAGAAATCCATGGCTATCTTGACAGTATCATATCCGTCCGACCTTCAT CTATTACAAATAATCTCATGTCCGGCCTCTAGCAATCTAATTGTATGTGTTTATATAATA TTTAAAAGTTGATGTTAAAAAATTTCTCAAATTCTGTAATTAAGTGTAAAAAATAAATCT TCTTAAATTTTACAATTAAGAAAAATGTTTTAAGGTAAAAAATTGATAACTGAAGCTTTT ATGTGAATGATTTGTGATGGAATGATCAAATACTATGCTTAATATTCTGCAAAAATATTA ATTAATATTTTATGTTTTGATATAAAGAAAAGCAAAAAAAAAAAACCACAAAGAAATAAA TAAAAATCTAGCCCTTGGAGGCATCCCACAAAATTTTAATTAGTTGGAAGAATAATAATT GGAAAATTACGCGGTTAAGCAAATTTATATTATTTAATTACTCATCTTAACTATAGTTTG CTATAATTACCACTCACGACTAACATTATACATTAATTATGTGGGCTGACTTCGAGTTTG TATAATTACCTACATTTGTATATGTATAATTCACAAGAATATACAAATTCATATGTATAA TATACAATTATTTAATCAATATACATATAAAATTCACCTCTCTTCCACTCTCTAACCTCT CTTGCTCGCCTCTCTCCTTCCTCTCTCAATCTCGCTCGCCTCTCTCATCTCTCTCCCAAT CTCGCTTGCTTTTTATACAAATGCATTAGAATAATCTAACCAATATACATATATAATTCA CCTCTCTCCCACTCTCTGCCCTCTCTCTCTCACCTCTCTCCCAATCTCGCTCGCCTTTCT CCTCCCTCTCCCAATCTCGCTCGCCTCTCTCCTCTTTCTCTCAATCCCGCTTGCGATATA TACAAATACATATGTATAATATACAATTATCTAACCAATATGCATATACAATTCACCTCT CTCCCATTTTTTGCCTCCTCTCTCGCGTTTCTCTCTCCTCTCTCCCCTTTCACTCGCCTA TCTCCTTCCTATAATATGAAGCTACGAATTGTAATTATCAAATTATAGCTATTGAGAATA ATTAGGCTATTCTTAAGTGGCTATATGTGAAAGTTCCTCAATAATAATTTGCTTCATATG CAGTTAATTTTCACCATACGTGATTTGATTTGTTTTTTATTAAAATAGAAAATTGTTACT ACTGAAAATATAAAATATAATATAACATAAAACAATTAGCTACCAAAATTGCAGAGAATG AATTTTATGAAAAAAGATTTAATGTTTAAGTGCTACAATTGGGAAGAAAACGATTGTATA CAAATTCCTTTTGAAAGAATCACTGCGATTCAAGAATGATTATTTTTAAAAAATAAAAAT GAAATTGCTGCTTGTGGAAGATTGAATTTTTGACTTCGCAATCGTATTTCACGGTGTTAA AATTAAAAGGATCTGGCTGTGCAGCAGCGAGTTGTCCGTTTTGGTATTAAAAAAAAAAAA CAGTTGCCCTTTAAGCATTTTTTTCTTTTTTTAAAGAAGTTACCCTTTCGACTTCAACCA CTTCATATTTACTTAAACACGTTCTCAGGTTTCACTTACTTTTTTCTGGCTAGTTATGCA TCTTTTATTCTTGAATGAATTTAACATCCTCAAATGAAAAAACAAATGCACGTTGCAAAT ATTGCCAGTACGAATTGACCAATTCAAATTAAATAAGCTGAGTACTATTGATACTTGAAA AGGAAACATCAATAGTCAGAATTATTTATCTTATTCACGCATGACTCAAACATGTCCTAG ACATTTTCTTGATACCAAAAATCACTTCAGCTCCTGGTGTTGGCGTAATCCTTTGGTTCG TCATCGTCATCCCTGTAGTTCCCTTCTGATGTTTCCTCTCCGAGATGTTCATTTACAGAT TGAATTCCCTGATCTGCACTAACCTGTTCTTGGCTTCCATTATATGATGCTTCAGATCTC CCACCAAATCCCGTGTTAGCGAAGCTATTATTATTGTTACTAGGAGCTCCACCAAAGTCA TTCCCACTGTTGCCACCACCATAACCACCTGAGAAACTACTGCCTTGACCAGAATAATTG ATGTTTGGAGTGCTGCTTCCGTAGTTGCCACCCTCAACAGGGGAACTGTTGTTCCCATAG CTGCTACTACCACCTCCATAGCTACCGTAGCCTCCAGCAGAACTGTGACCACTAGAAAAT CCACCACCGTAATTGTTGGTTTGGTAACCTCCAGAACCTGCAAAATTTCTGCCTTCCCCC CCGCCATAGTTATAGCCACTACTGCTACCGTAGCCACCTCCTCCAGCAGAATTGTAGCCA CCTCCTCCAGGAGAATTGTAGCCACCAGAAAATCCACCACCTCCACCTCCATAATTACTG GCTGCATAACCTCCACCACCTGCAAAGTTTCCACCTTCTCCACCATAGCCACCTCCAAAA CCATCACGACGTTTTTCTGTGGCATAATTCACCTTTATCCGTCTTCCATGAAGATCCTGA ATAAGTTACAAAGTATAAATTACTTTAGCACCATTACTAAAAGAAATCCAAAATTGACCA GTGAGAGCTTAATTTGCTAGTAAATATCACATTGATCGCCCAACCCAAGATGGAACTGGT AGGACGTTTGGTGGGACAGGTGCAACAGGTAAGCTATACAGATATTTAAGCGAGTGGAAT TACAAGCGATAGGATTATCAAGAAGATTCTCACTCTCTACAAATAGTTTTACTCTGTAAA GTGATGACGATAATTACTTCATGAAATTTATTAAACAAACTAAAAGATGTCACTGTTCCA TGCAGATACAAAGTGTGATTTCGGTGAAATATTGTCCTCTGAACTATATGCATTACAAGT AAAGATGTCCTTTCCCTATGAAATCCATATTGGTCTGTTCAAGTTCTTCTTTTTCAGATA CTGCTAAAAAAATCTGTGTAGCTTGTGTTCACAAGGATACCTTTCCAACTAGAAGTAACA TCATACCTGGCCATCCATGGCCTGCATGGCACTTGTTGCTTCTTCACTTGATGGAAAACT AATAAAACCAAATCCTCTGGACCTCCCAGTTTCACGATCCAGAATAACTCTAGCTGCAAA GGGGGAGGAAATAGTTTATTCCAAAGTTGAGTTAAATAACACACAGCAAAAGAAGCTGGC CTCAGAGAAATCTCCAGAGAGACTGCACACAGATCTGTCTCATGGATCATTAGAATTGAG ACCTTTCACCAAGAACTAAATTGATAAGGAAACATATCCAGTTAAGACCAAAGACGTCTT GTTTCATTAATAGGAGAAATGAATTTGACTTCAACTTCATAACTAATTCAAAACAATGGA TAATAATTGTTTCTTCTACATATTCACTATGCCATAATGATTGGAAGTGCTAACTTGTTT CTATTAGTAATCACCACAGACTTGATATTAGCTAATGCTGCATCTACACAGTGATTCATC CCTTTTAAATGAAATGCATAAACAGTAACCCAAGTACCTTCGATTACTTCACCATATTGA GAGAATGTCTCTTTCAGAGAACTTTCATCAGTGCCATACGAGAGACCTGCAGTAAACAAT ACACAATTAGAGTAAACAAAAGAAGTGAGCAAATAACAAGAGCTACACACAAAAAAAACA TCTTCTCACCCCCAACGAAAAGCTTAGACGAAGACATGCTTCTTATAGTCTGGAAAAGTG AACCATTTGAGGCAGAGAGTTCCAAGTTTGCGTTTTTGCCTACACCATGTCTAAGAATAT TCCCAATTTTATTGACAAAAGCCATCTTTAATCCAACCTAGTAAACCAGGACAGTAAAGA TTCAGTATCACACATTCAATGTAAAAATAAACAAATATTTTTGAAGGAAGTCATCAACAA CAGGGCATAAATGAACGGATTTGAAACTAGTTGGTATATGTAGTATGAATAATCAATAGA TTCATCAAAGAGTTGGTATGTCAACCATCAATCTGACTCCTTTACCCAAAAACCATTAAT GCAATTGAGATCATGCAACAAATATCGAAAATGGTAAAACCCTGATCTTGAAAAAGCTTA AGAAAAAAATGCTACAAATACTCAAATAAAAAAATCTGAACCACCTGAAGAAACTTACCT TTGGTGGAATGATTGCAATGAAGAAGAACACTTGTTGTCTCGTTATACCCTAGAAGGGTT TTACAAGTCCATTAATATCTCAAAATAAATGTCGGCCTTGCGATTACAACTCGATCATTC TTGGCCGTTGGATCAATATGAGGCGGTCGTCAACACAACCTTCTCGTTTTTGATTTTTTT TCATTTACTTTTTTTGTCCTTTAATATTCATTTATATATGTAAATATCATTTAAATTATC TTTTCACAATTTATTTATTATTAATCTTATTTTAACGGTAATATGAAGTTCAAGTTTACA ATCATTTCTTGATATTTAATTATTAAAAAGGGATCTTAAACATTAGATTATGGTACAGTT TAGATAATTTAAACCTTGTTAAGCAATGTTGTATTTGTATCTTTTAAGCAAATGTGGTGG TTGAAAACCATAATTATTATTTATATACAAAAGTAAATCATTATTATTTTTACACATGCA CTCTGATTTAAGGATGATTGTCTATATCAAACATAATAATATCTGTGAACAAGATGATTC CATTTGTTAAAAAAGAATGTTGTGGCATGTCAATCAAGATTCAAGATATGAAATCTCCAT GCACAAGTAGCTTTTTCCAGGACCCAACTAGGCCTAGAGCTACTAACATTTTCCTGGTTT TGACCATGACAATGAAGTTAGCAGGAAAATTAACAACCAGCTAGCAAATAATAAGTACAT GGCATTTGACCTTTTTGCACATAACACCAAATTTCTACATTCAACAAGTTATGAATTCAT TTAGATTACAAAAATAGATATATCTAAATGTAAACTAGTATGATGATTGAGGATTAAGCC TGTGTGGAAGAAATCCCTGATTAGCTCACTTCCTGTGGGAACCATGTAAAGATCTTGGAG ATCCCTCAAACAGATCCAAAAGGAAGTTCTCCAAATCGTCCGCAGTATACTTTATGTGCT TGTCGCTTATATGGTTGGTGTGTCTTCCAACAAATGTCCTGTATCCCTGGATAACCTTGA GTGATGTTGAGATTCGAAGATCTTCACGAAGTTGACTATCTGGGATAGACCATCCTGTCT GGCTCTTGTAGACATCCTCAAATGAGAGATAAAAGTTGTTTAGTCTATCCTTGAGAAGAG TTCTCGAGATAGAATTCGAGCCTGGATTATATAGCCCTTCATCTCTGAGGAAAGAGAGGA TAGAGCTCCAAGTAGCTCTCTCATAGCTCATTGCATGATGTTGGAATTTCCAATTATGTT TTCGGATCCAACCATCACCTAGTAGTGTTCTTAGATTGGAATTCTTCACCTTCTCAGCCA TGTAATGAATATTATTCATTAAGAAAAGGTGACCTAGTGACTCATCCTTGTATAACCTGG CCTTATCCTCAAGGTTGCACTCCAAGATTGAAGTGAAGGATCGAAAATGTTGAGCCAGCG GAGAAATGTGACTGCGTCTGTCTGTGTTTTCTTCTTCTCTATCAGGTGTCATGTCTGGTA AAATGGGCACTGATTCTTCCTTCTCATGGCCCTTCAGAAGCTCATCAAGTGTCTTGCTAT AATCAATAAGAGTTTTCATGTAGTTCATGACATACCTCGTGAGATGGTGTATTCCGCCAC CAGGAAAAGGGTTGGCTGATATGCTGGAAGCAACAGCATTTTCAAATTCCAGAAAGGTTG CCTTTGCACAATCACCCAAGCTTCTAAGAATGTCTTGGCACTCTCTTCTAACGCATAACC CCGCCTCATCAGAGTACATAGCATCAATATCTGGGATAAGATCCGCAAGCACCTCATACA TGTCAAGAATCCGAATCAATTTCTCCGGTTGATGAGGGCCAATAGCTATGGCTTCACCAA AGTTCAGAAGCTGCAAGATTGAAGCTTTCGAGGCCTCAGCAAAGCAAACTGAACCAACTG CTTCCAGCTCACTAAAAATCTGATCACTTAGCCATTTTTCACTGGCAAGATAAATGCGCA CAAAGATCTTCATAGCCCGTATCCACCTCCTGATTTTGGAGTTCAACGAGTTCCATTCCA TCTTCAATACATCCTCGATGCTCAACTTCTCTACTTCAAGAATGAAGAGGCAATCATCCA AGCCATCTTTTCTGACATTGATAAATGCTTGAGAACATTCCCGGCCATAATTTGAATCAA ACATCAAATTGGCAATGCATCTTAGGTCAGGAATAACATCTGGATGCACCAGTTCAATGA TGTACTCCCCTGAACTCCTACTCATGCTATCTCTTTGAACCACATCCTCAATCGAGTCAT CCCCAAACGACACAATCGAGCCATCATCCAACGTATCATCTTCACTGGAGCGAAAAGACA TATGCTCCGGCTCAAAAGGCTGCCTGTTGTGAACAAGCAAATGCGTAAACTCCTCCTCAA GACGATTCATTGCTGTTTGCAGAAGATCAGTAGCCCTACGCAGAAGCTCATCTTCTTTAC TACCTTTAACCAAGTTCAAACTCTCCAATCTCTCAATCAATTTTCGACCTTGATCCACAT ACCTCAAATACTCATAAGCTTCTTCCTGGCCACAATCCCATATCATTGACTTACCCACCT CCCAGTTCATGACCTTACTCTGCACTAAATTCAGCTCCTCCTCCAGCTCAATAAGCTGCT CCTCAGTTTCACCAGCTCCCTCATCTTCGGGTTCACTCACTCTAGTTATAGAAGACAATT GGGAACCTAGATCAGCTAAAATTTTCCTAGCATCATCCGTTAAAGTCCTATTTGACCCCA ACGCTTTCACAATTTTCTGTGCAGCAGCTATTAGGTTTTCTTCTTCTTCTTCCATTAAGG GGACTGAAGATTCACAGTCTCCCATATAAATTCAAAAACCAAGAAACTAGCTCAAGCTTA ATCCTAAACAGGTAAAGACTGCAACTTTTTAACTTCTACGAAATACCCAAGAAATTACAA TCAAGAAAGAACTTCACCAAGAAATATTATCTGTCACCTGCAAAGATCAACTACTGTAAG AGTTAACCCAAACCCCTTTCGAGGGCAATCTAAAAAAAAAAAAGAGGCGGCTGGGTATAA GATAAGAAGACAAAAGCAGCAAACTTTAGGTTAACTAAAGTGGGAGATTTGAGGATGAAG AAAACACTGGTCAGAAGTAGAAGCAAGAAACAGAGGAAAGTGAAAATGCACAAACCTCAA AGCTCAAATCTTGAATATGCAGAAAGAGAACAAATCAGCAAACAAGATCCATATATGAAG CAGAGAGGAACTGACTCTTTTTTTAACAGTGGCAATGATCAGACAAAGAATGAAAAAGAA AAAGGTGTTTTCTTGGAGAAATGAAGCTCAAAATTAGTGCAGAAAACCGACCATCCAAAA GTATATGTGAGTTGCTGCTTCTTATTGGAGTAAGCGGCTTTCCTTTTTTTTTTTTTGGGT AATGAATTGAATAACTTTGGCCTTCGAGAATGGGCAGTGCTAGTTTGACCTTCAGTCTTT CAAGAAATATCTTGGCAACTTTTACCTATCGTTAAAGTTGCATGTTGGTTTATTACTTTC TTTTTATTACTTTCTCCGTTTAAAAAAAATAATTAATTATTTAATTTTATTTAAAATAAA TTTTTTTAAAAAAGAATATTTTTTAATTTTATGATTGTAAATTAAACTTGTATCAAAATA TTTTTTAATTTTGTGGCCTTAAACATGGCACATGAAAAGTTAAAGTTAAAAATTTATCAA AAAAAAAAGGAAGCATTCTTTTTGAAACAGACAAAAATGGAAATGTCACGTGTAAAGTTA AAATTAAAAATTTGTCAAAAAAAGAAAGGAATCATTCTTTTCGAAACAGACTAGAATGAA AATGAGGTCATTCTTTTTAAACGGAGAGAGAATAATATTATGAAAATATAAATTCTTAAT AAGTTTCTAATTATATTAATTTTTTTAAAATTAAAAAAATTGAATACAATAATTGAAGCT TAAATACATTAAATATTGTTTCGAATTAATACGTAGCTCGAATATACTAAAGACTAGCTT AGATATATTAAATACTGATTGATTACATTAAAATATAGCTCGAATACAGTAAAAATTAGC TCGAATACATTAAATAATGAGTCAAATACATTAATATGTTGCTCGATATATTAAAGAAAT AAAAAAATTTAGAGATTTTCAAAAGTAAATAGGGAATAATAGAAATAAGTGAAACAAAAT GTCTATATTTCTAGAATTTGTCCAAATATTGATAAAAATTAATTAATTTATTCATCAAAT ATTTTTTGAAAAATTTAGAGATAAATATAAATATTTAAAAATATATTAATTACATGGATA ATCAAAGAAATTTATCTGACCCTTGCGTGTAAAACTTTTTATTTACAAAAATTTACTCAA TTACCTGTAAAAATTTAATACGCCACCGCTCACGTTGTAGGAGATAATAATGGTCATCGA GTTGAAAAATAAAAAAAATGTTTTTTTAGTTAGTTACAACTTAAGTACATACAATATATT AAAATATTGCGATCTTGAATATGGTGTGTTATTCAAATAAAATGGCACAAATAATTTTGT TGCATTTTATGATATTTTTTTTTAGAAAAAATATGCCTTTTTCTATGTGCAAGATTTTTA TTTTTACACATAAATCATCTAAAAATGTCATTTTCTCCATTACGATAAAACATCTCTTTT TTTACAAAATTATTTGATTGTGATAATATTAATATATATAATAATAATATTTTTAGTGAA ATCTTACTAAGTGTGACCCGAAGAAGGTAGATTATATGCAGATCCTATCACTACGTTATG GGATAGAGAGATTGATTTCAAAAGTTTCACAACTCAAGTGCATCCAACTTAAATAAAAGA AGGTAAAAACCTAACAGTTAATAAGAAAAACAATATAAAGTCTACTCGAAACAATAATAA TAACAATATAGTATAACACTTAAAACACAATAAACAACATGTGTCAAGAACTACAAAGCA ACAGAATAATGAAGTTTAAAAATAAGCTTCAACAATCAATAAACTTATTTTTAATTTTTT TTTAAATCAAGGTTGATAACTTAAATTCATGATGAATCTTGGATAAATGCTAAACAAATT AAAATGGAGTAACTTTTTGGCTTTTAATGTTGAAAAATGGACAGATGGAAAATAAGGTGA TCAATTTGAAAATCACAACTTACATTGTTGACAAAGCATAAAAAGGAAGAAAAGTCTCAA GACCAATTTTCCAATACTGAATTGTTACCCAACTTATTTATTCTAAAATAATTGAGATTT TTCATAATTTGTAAAAATAAATTAATTTTCTTTCATCTTACAAGTCAAAAACTTTAGATC ATGTAAAGTTTGTCAATTTGGTTACAATCTCGGATATTTAACTAACTTGGAACTTTGTAC TTTAATAATTTTTTGCCAAAGGAAGTGTTTAACTTTTATTATATGCAAGACTCATGTTAT GTATTATTTTTTTTATATATATATATAGAATTAAAATTATAAGGGTTTTGCCAATATTAT CCACTTAATATGTTAAATTCCAATAATTTTGGTATTATTTCAATATAACAAGATAAATTA ACTATCTATTGGTGTGGAAAAAAGTAACTGAAATTTATGTTATGGCATATATCAAGGAAG GTGTTTAATGTTTTAAATAGATCAAATGGATGGTAAAATTTTTAAAATAGTTATAAGAAA TCAAATTGGTCGGTTTAAAAAATTTATTAAGCATTTAATGTGTCAATTTTTTTTTTATCG AGATTCAATCATTTTATCCCATAAAATAGATTATTTTTTTATTCATTTTCCATCGAATCT GTTATTGAAAAAAATGCATAACAAAAAATAATCTCTAACTTAAATAGTAAAAAAAAATTT TATTTTTTTCTATGAAAATATTATTAATTTCTTTTTTACATATCTAATCAAAATATATAT GTGAAAATAAATCATAACATATGTTTTTTTAATATACATAAATGAATGTGACTTGTGAGG GTGAGTCACTATGTAGCCAACATATTGTGAACGTTCTTGGCAGCTTCATAACAGTTTTAT TTTCCGAAGAAAAGTGCTAAGATAATCATGTTTTTTAAATAATAAAGAAAAGTTATAAAA TTGTAGTATTACTCAGCAGCCACGAATATTGTTAAAATTAATAATTATTTATTGAAAGAC ATTCGTTTAACTAATTATTTTGATATAAAGTGTAGTACAAATAATTATTATGATAATAAT AACCCCCACGTTGTTGGTCCAAAAAAAGATTAGACGAAGGACGACATAAATGTTGATCAA TTCTGTCCTCTTCCCTAATTAGTTAGAATGTCTCTTTCGTTTAATTAAAAAAAAATACAA TAAAGATCTCCACGTTTCCACGATCCAATTCGACCAATTAAACACTAAATTCTTCTTCAT TTTTTTTTTAATTTTCTTCTCATGGATTGCATATATTTTACAATCTTTTTTTTTTATACT ATAGTTTGATTCAGAAATTTTCGAAGTACCTCTTTGATAATCACAATAATAGTAATGATG AATTACTAGCATAAAAGTATTAAAACAAAAAAAGAATAAATTAATTGTGGTAAAGTAGAG ATTAAATTTGGGGTTTAAAGGAAAGTCAACAAGGAACATAGAATTTTGGTAGAAGTTCCA TTAGCACAAAAGTAGGCACTGAAATAGTCATGTGCTTTGACTTTTCAAATTCAAATTCCT AATTTGAAGACCCAACATAAACAATTTTGTTTTAATAATAATTCCTTACCACAATTTTTG CGCCTTGTTCATACAAATTATTTGTTTGGCTGTTTAAATTTCAACCTAAATTAATTCGAT ATTTAAAATTCAAAAAATAAAAGAATTCTTGGTGTCAATATTGTATGAAAAAATGAAGAT TTTAATAGTATACATTGTTTGGATCTCATAATTTGTGTCAATATTGCATTACCTCCATCT CATTTTCTATGTCATTTTTTTAATTTCAAGAGTCAAGTTTTGACAGTAAATTTTTCATCG ATCTTATAAATATTTTGAATTATCAATTATTGTGACTCATAGTACTTTTTACGTAGTTTA CAAATATATAAATTTCATTTAAAAAAATTAAAGACTTTATGTGTAAATTTCTAATCAAAT TTAAATCGTTTGATTCTTAAAATATAAAAGACGTTATATGAATTAAAATGGAGAGAACAT AAAAAAAAAAATTTATATTATCCAAATATCCATCTCATTATTTAGTGGAGAATCGGAGAT AGAATTTATGTTAGTGGCCTAAAAAAAGGACCATTTGTGTAATTATTCTAATTTATAATG GGTCCACATTGTGATGAAGACCCAAATTCAATATTCTCTTTATAGTTTGAATTTGAATTA TTAAGAGATTATTATATTATTTAAATAATTTATAATGAATAAATGTAAAATTATATTTAT TAAATAAAATAGAATATAAACAAATAAAGATGGATGGAAGAGATTATACTACTAATAAGA ATTCTAATCCCTTTTTATTGAAATACGAAATATAAAGAAAATTCATTTTCCTAAAACACG TGAGGTAGACTTCAAACCACACCTACCTAATATTGTTACAACAAATTGATACCTTTTTTT TTCCCCAACCCAAAGTCCTATTGTAATCTCCCTTTTTCCATCAATTCTCTTTTAAAAGTT GAAACAATTCTTTTCTTTCAACTTGGCAACTCTTTAATTCTTAGCCTAAGAGTAGAAACA ATTGACATTTTTGAAGCATACATAATACTAATAATAGTATAATTTATAATGTCACAACAA TCATGACTTTGGAAGTGGCTCTCCTTTTAAAAATGATCTAAATAGTTGATAAGCTGCCCT TGGCTTGAATAATGGCACTTCATGACCTGCCCCTCTCACTGTTGCAAATGTTAGACCTTT GTATACCTCTGTCCAGCCCCCAACCTTACAATAACCATAACATAATAATTAAGTTGTTAA TCAATATAAGTGATCATGGAAAACTAGAATTCGTTTTTTTTTTACATTACTCACCTGTTT TTTGACATACCAAGGATACCATGGAGTTGTGGTAGATAACTTGAGCTGTGCTAGGGAATA CCTTGTCGCGGTAACGGGTACAACTGAGTCTACATCACCACTGCAAAACAAAAAAATGAT CAAATGGAGTTGCCCTGGAATTTTGGGAAAATGTTTTCAACTCAATGTCACATACCTGAA AACCCAAATTCTCAATCCAGCAGCAATTAGTTCCTGGTAGATTGGGAGAATCGAGTCATC TGTATCATTCCAGTTTCGATTCAATGTCTCACTGTAAACATATATCAATCAGTTGTAAGA TCAATCAACATAGTGGGAGTTTGGAAGACAAATTATTTACCTGCAGGCTGTCCATTTATA AGGAATTCTTGTTGTATTCGCGTGCATAGCTTTCTGCACATCAGGCCTGTTGTAGTAAAT TTCTGCATACTTCTCCGTGCAAGGATCATAACCTGATAGCTGCTTAAACATCTAATTGAT GGAAATCCAAAAAATCTCTTTAGTATACATTACAAAATGTTGCATTTTTCATGTTGTGTT ACACATATGTACCTTGTAAGGTCGGTGGGGTAAATTCATGGTCTGTCTAGTTGAAGTGCT ACCATCAGAATTGTTACAAGGAGGAGCATAAATATTGTACTGATCGATGTTCCCAAATTC TTGATCCATCGCATAGTAGTACAATGACTCACACTCGTTTGATTCTTTATGGCGTTTGAA ATCACAAGTGTTGACCAATTGATTGTATGTCTTATCAGAGATCATAGCATGGCTCCACCA ATATGTCACAGTTCCTAAGTTGTCATAGTAATTATCTGTCACAGCATTTCCCACCTGCAT TTTGATAAACATGGAAAATTTATCTCAAACGAGTTTCGAGATGTTATTTCAATTAATTAA TACTCCAATGTGTAGACATTGAGAGATTACCATGAATCCTTTGAGGTTGATTGGGTTCTT AGAGTTGGCATTGTAATGAACTATTTCTCTGGCTAGCTGAGGGACATAATGACCAGCATA GCTCTCCCCTGTGATGTAGACTTCACGATTTCTGTAGCGTGGGAACCGATTCATCCAGTG GATAAGGAACTGAAGTGAGTCCTTAGCTGATAAAAATACACAAAAGAGTCAGCATCTCAT TCAAATTAATCATGTATATACCCATATGAATTAATCACTTAACTACAATAAATTAACAAA GTTAGTGCAAAAAACAGGTGCGGATAAGGTTTTTCCAAATCGATAGGACAAGACAGAACA GAGTACTAATATGATCAAGCACTCAAGTCGCATAATATATTTCAACGATTAAGTCAAATC AATTACTTGGAGAAGATTTTCGTTTCAGTGGCGAATATTTAGCTGTTTGATTGATTGAAT AGTACTATAGTGGTGATAGTAAAATTGACTCCAGATAGCAACATGTAAGGTAGCTAACAC TTGCAGCATTGACTCCAAAAATCATAAAGTAGGCCACATTGCAATTGAGTGCTAAAATGC ACTTTCTCATGTGCTCCTAAAATGGGCACTTTTGACACAATTGATTACACAGAGGAAAAG TCATGAGCAAGCATGCCACCATCACTTCAGTTTTATACTAGATTAGTAGTTATTAGAGAA TAAGCAAGCAAATATGATTAATTTGTTTTACTAACATGTTCCATCCGTTCAAGTTTAAAT GGATTGCATTATGATCCAGTCGTAATCGTTGACTTGATTAATGTAACTGGTTGGATAGAC TTATAGCTTATGACTTATAAGCAAAAAACGGCTATTGCATATAAGTCATAAGTTAAAAAT ACTAACTTGTAATTATTCAGCTTAAGAATACTTTCCTGAATTTTCACAAACTGTACAAAA AATGGTTAAACGCTATTTAAACATAAAATCACTTAAAATAAGTCCATCCAAACAGGGAAA AAGAGAGAAGGTCGGGTCACACATTGAGCGAATTGCGTTATGATATATTAATTAACCCAT TTAAATCCAAAAACCTTGTTCATTTGTCACGTTTACTCAGGGGCAGGTATGCATCCATCA CTTTCATGTTTACTACATTAGGAGTTAGAATAAGCACCCCAAATATGACTACAAATCCAT GGTCAATCAGTCTTCAGATTTGAGACATTTCTAAGCTAAGAAAAAAAATAATTTAATTAG CAACAAGATAAAAGAGAGGGCTTAATCAAAGTCAACAATATGTTCGTACCAGTGCGAATA TCCCCGGTGTCAAGGAGATCAGAGGACCTATTGCTGTAGGAAAATCCAACCCCTGCTGGA GTTTCAAGGAATAGTAAATTTGCCAATTTGTTCCATGAAAACTTATTCAAATACAGTCCC GAAGCCGTCTTGTTTATCCTGAATGGCCCTATTTCTTCAGATGCACCATAGGCCACTGAA GAGCATCCTGGACCTGTTTTTCCCAATATAAATTACTCAGTTTTTTACACAATCCGCACA ATATTATCTATAACAATTTATATCATCCAGTTTTTTCAGTAGATCATGCTTATTACAAAG CAGAGACGGAACTAAAATTTAAAACTTATGAGTTCAAGTTTCTCGTCATTCCAAGCTTTT GGTGCTCTAAAGTAATGATTTTTTAGTAACTCAGTTGGTTAGCTACATTAGAAGAATTTC AAATGTAGAATGAATTAAATATTGAAAACTTTAAAGTTTAAAGACGTCACATGTACATCT TGAATTCACCTATGGTTAAAATTTTTATCAGAGTGTCAGTCCAGAAATCTGAAGTAGTAG CAGAAATTACTAGGACTAAAAAAATATAAGGGGTCCCCGCAGAAGAGTGTGTCTAGCTCC TTTATCACATACAGTTGAGATGAGCACATGTATCTAATAATGAACAATATGGTCAAGAAA TTAAAACCTCATTTATAAGAAAATGACGACAGATCCCAAACAGTACTAAGTTTAGTTGGC TACAATTTAATGTTATCAACATAATTCACGGTAAAGAATCTTTCCTATTCTCATTTGAAG ACACCTTATTTCTGAGGTCAGGGGCAGGGATGCAACGGAACTCCTTTGTTGAAATATTAC TATAATAGTGATGAAAATAAGGGTATAAAATATTACTATTATCTATTTGCATGTATTAAA ATTGTTCAAATCCATTAGTTAAAGTATCCTTGCCTTAAAAGAATGAAAAAGTTATACATG AGATGGGACCTCTTTATAAGGCTAGTATAATCTTTTTTTGGAATATGAATACGTACTATA CATAATTTTATAAGTAGCAGAGAGTATGACTTATTTTACTCGATGTTGGGCCTCGAATTT TGTACCAGATGCCCAGCATTAGGCGTGAAATATATGTTAACGAATTAAAAAGGCTCACAT GGATGACCTCATTTAAAACTTGGTAATCCTTCTCCCTTCAGGCTAAATTTCGGGGGCGTG AGGCTCAATACCTATAATTTTACACTTAAAAAGATAAAAATTATATTACTCTGTGAATCC AATCCCCTTATTTAAATCATTGGCTTCGTCATTAAGATCCAACCTATGTCCTGTGCGAAG AGCATCATGCCCATAACCAATGCATCACACAGTTCAACTGAATTCAATAGTTTTGAGAGG TAATGATTGAACTTATGAAATTTAAAATTCGAATATGTTTTTAAGGAGGCTGTTAGGTAG CTGACATGGGGAAGGTGGTTGCGGAAGCGTAATTGGTGTGGGCATCTATGTTAGACCAGT CTGGGCACGAAATGAAGTTGAAAAATTAAATGAGGAGTTGGTTGTAACAGCATTGATTTT CACTGCGTGCAAATATTAATGTGAAGAGAGAGAGAGAGAGAAATAGCAACTGGCAAAGAT AATGTCTTATCTGTTCATGGATAATGAACCATATCAGTCGACAGTTTAGTCATGACTAAA CTAAACGGCCCCCCCTTTCCCAGTACTCAACTATCAAATACCTAAGCTAAAAACCCTCAA TAATTAACCGACAAAATGACTTTTAAATGCACAACACATAATGTATGTATGAGTCAAAAC ACATAATCAATAACGAGTGAGACTTTTCTCTCGATCTCAGTTTCATATTAAAATCCAACT AAATTGAATAATCGCTGTTTTAAACAGAAACATATAGTTAAAAGAAATAGAAACCTTTTC TTTTAAGTCCTTTTTAGTCACAGGAAAAAGAAGAAAAGGAAGGATGAATAGAACAGTAAC CAGAAGTTCACGTAATCATAATTAGTGTTCCATTTCCCGAAGAAGTTATGTATGTGTCAG ACATTAGACCTTGAGGATACGGGGCGTATGCGCCAAAAATAGTTATTATCTCCTCCATTT TTACTTTTTCATCAAAATTAACGATCGATCATACACTAAAAATGAAATATAACAAGTAAA ATCAAACATAGAAAAAAATAGAAAGGAACTTTTCACGTAGAAATTTAAGAGAGATCTGAC CTCCATTAAGCCAAATAACCAAAGGCTTAGTAAGTGGTTCATCAATAGCTTCAGTAAGCC AGTAAAATAGAGCTCTTCCAGCAAACTGATTGACAGTGACATACCCTGAGTACTGATGGA ACGAAACTTTGGGTTGTCCAGGCAGCGATATTATTCTATCAGCGTCTTCTTCATCCTGAT ATTTGTTTAACTTTGCAGCACTCACACATACAATTGTTGCTAAAATCAAAAGCAAAGCTA ATCTTCGTTTGGCCATATTATTGTTGTTGAGAAACTGAAAGAAATAAAGAAATTTGCTAT TTGTGTGTGAATAGCAATGAGGTGATGATATAGGTCATCAAGGGCGGGAGTGTTATGTTA ATGGCCGCTGAGCCTCCAATAAATAGGAGAGAGAAATTAGTAGAGCAACTATTGCATGAG TTAATGATATAGACGCGTTCGTCATTTGCTTGTGCTCCGTTTAATTTCTGTTTACTGACA CACACGCACTTAATACACATACATAATTCCTTTCCTTTTTATTTTATCAATTCTAGATTA AAATATTAGATATTTTTAATATATAAATAAAACTGTTTTATGCTTTTAAAAAAATTAATA TTTGATCGATTGATTGATTATCAAATATATTTTCACTAAAAAAAATGAGAAAAAACAAAT TACTTAATTAACAATTCGAGTTTCATGTCTTCTCCCTTATACAATCGACGCCCCAATCCA ACCTTCCACCACCTCAGGTCCTGTTAATAATATTTTGTTAGATGGCATATAAATAATTAA GAAATAATATATTTCTACGAAAATATATTTATTTTTCAAGAATATTTTTGAGAAAAGTAG CATAAATAAACATTAAAAAAAAACATTTTTTTTGGTACTTACCAAACAATCACCGGGACA GTATGGCTTCAGAGTGAAAAAACATAATGAACAAAATATTAAAAATATGTTTCTGCGTGA AGCCAAGTCTTTTTAATTTGTTGTTGTAACTTGTATCCATGCTGCATCATTTACGTACGT ACTTAAAGTTAATTCAAAAGATAAGACGTATTACTTTGACATTATTAGCTCAAATGAAAA AAAATTACTTGATAACTACATATAACTATTTAAAGTAATTTCAATTAATAACTATTAAAA ACAAGACAAATACCTAATATTGATATGTTATTACTCCTTTTATTCCCTTTTACTATTCCG GTTGCAAAAAATAAATAAATTTATGAAGAGTTTATTTGTTAAATTCCCCTATTTAGAGAT ACTAAAACTGGAACTCTAATAAATTTGAAAAGAATGTGTACTTAATGATAGCCATTTCAT TAATAAAAGAATATAATTAAAACATCACTCGTAATTATTTATACTATCATTACATATAAA GTTAAATTATTCCACTACATCCTTAGTCATGTAGGGCACAATTTGAAACATTTGATTTTA TTTTTTTTATAATTTAATAATACATAAAAATAAAAAGATTTAAAAACAGACTTGTTCTCA TGATCATAAGAAATTATTTTTCGAACAAATAATTTTAATCTGAATATTATTTTTTTTTTT AAAAAAGAAATTGTGGAGGACCAAAGTCAAGTCCAAGCACTAATTACATGATATAAGAGA ACATAACAATTATTATTGCAGATGATTATAACGCTGATTATGTAGTTAGGTACATTTATT TATTATTAAGAAGCCGCTTGACTATAGTTTTTGAAATTTTTGAATAAACCAAATTAGTAT TCCTTCTTCTATATAATTGTGGGCACACATAATTTCATTATCTATCAAGGGCCGCAATCC ACCCCCACCTCTAATTATTATAGAAAATAATAAACACATTGCATAGGTCCAAACTATATT TGTAAATTTTTATTTTATTTTATATCTATATTAAGTAATAATTATTGATTTATTGTCACA TAAGAAGTATATTATATTAACCGACTTAAAATTTGAATTTAATTGTACAACACATCCTAT CTACTCTTGTCTTGTCTGATGTAAGTGAACCAAACAAAGAGAAAAAAATACAACAATTAA TTATTAATAATTAATAAAGAATTAGATATTTGCACGGATGCTTATCATATGATTTTATAT TTTATATTTTATATTTCTGTTAGGGTCAAATAGGGCCGAACATCTTCCGTTAATTCCTCT TGTAATTAGTGGACATTTTGTTGCAAATAGTCAAAATTAGAAAATATGATAAAATAATTA AAATTAATTTTTATTCATTTTCAAAACACTTTTTTAAGTTAATAGATTGAATAATAAATT TATAAAATAATAATATTTTATGATTTCATCTATATTAATTTAGTGAGATTATAATAATAT TTTATAATTTTATCTATATTAATTTAGTGAGCTTTTAATTTTCGTTCAATAGTTCAAGTA CTAATCTTGTACTTACTGATAAGAGATCTTTTAAAACAATTTTTCCTAATATTAAAAATA ATTTTTACAGCACTACCAATGAGTTCGGAGTCTAAATGATATAAAATATTAATAAAAATT TAAAAACGGTATATAAAATTTTATATTAATCAAAATGACAAAATCACAGGAACAACAGCG ATTTACTCTACCAGAAAAAGCAAAATCACTGCTACTGTAGCGATTTTGTCAAATGTGATT TTTTTTTAAAAACAAAAATTCAAATCGCTACCTTGGCAGCGATTTTCAATTTTTTTTTTT GAAAATCATTGCCTAGGCAACGATTTCCATTATTAAATTTTTTTTGTAAAGAAAATCGCT ACCTAAATAGCGATTTTCAATTATTGTTTTCTTTAAAAAAAATTGTTTCAAAATCACTGC CTTTGGGAGCGATTTACATTTTTTTTAAAAAAAAATAAAAATCGCTGTCTTTTTTTTAAA CAAAATTAAAAATCGCTACCTAGGTAGCGATTTGAATTTTTTTAAAAAAAAAGAAAATCA CATTTTTCCGGTGAAGTAAATCGTTGTTATTCCAGCGATTTGCCGTTTTGGTTAATATAA AATTTTATATACCGTTTTAAATTTTTTGTTAATATTTTATACCCTTTATATATCGTTTTC GTTTCATATTTTACTTGTACTACGTTGATCTCATACACTTCTTAATTTTAATTTTTTTTG ATAATAGGCATATTATACCAATTAATCTTATTAATAATATTTTGAAAATCTAATTTTTAC TTCTATTATTTTATGTAGTTATTCAATAAAAAAAATGAAAGATGGTGAAATTCTCTTAAT TTGCTTAAATAAATATTTAAAATAATAGAAAGAGTATATTAAACCTCTTCATTTTAGAAA CTTCGGAGAGTACTTAATTGACATAACGTTCGTGTAAGTAGGCATAAATAAATTCCATAA ATTAAATTGCTGAATACTCATTATGAATCAAAAGCTAGTAGTACATGCTCGTTAGTTATA TATAGAAGGTACTACATTCCATTTTACGTGTCATATTTTTTGAAAATTTAATTACATAAA TTATTATTAACTTTTTTATATATAATTTTTTTATTATATTAATATAAAAGAAATTTAAAT TTAAATATTTTTTAAATTATTTTTAAACATTCAAATTTAAAAATATTAAATCAATCATTT TAGTTTCAAGTAAATATGTGACAAATAAAAGAAAACGGCACACAAAATTGTTAAAAGTAA ATATTATTATGATCTATTGTAGTATGTGTTAGTTTGTGAGTGGCAAGTGATGACCAAACA AAAAATGCATAGGCAGTTGGATTAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 3883 4580 match_2 match_part 1.000 3884 4439 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_3 match_part 0.793 4666 4585 match_part 0.924 4431 3935 match_4 match_part 1.000 6037 5890 match_part 1.000 5806 5738 match_part 1.000 5333 5227 match_part 1.000 4736 4593 match_5 match_part 0.984 6013 5890 match_part 1.000 5806 5738 match_part 1.000 5333 5227 match_part 0.990 4736 4641 match_6 match_part 0.946 6037 5890 match_part 0.986 5806 5738 match_part 0.981 5333 5227 match_part 0.984 4736 4674 match_7 match_part 1.000 7664 7071 match_8 match_part 0.998 7663 7131 match_9 match_part 0.981 8093 7507 match_10 match_part 0.976 8216 7803 match_11 match_part 0.983 8496 7913 match_12 match_part 0.996 8723 8009 match_13 match_part 0.983 8620 8028 match_14 match_part 0.999 8899 8218 match_15 match_part 0.956 9636 8955 match_16 match_part 1.000 14843 14741 match_part 1.000 14671 14576 match_part 1.000 14500 14395 match_part 0.993 14304 13850 match_part 0.538 13638 13626 match_17 match_part 0.970 14641 14576 match_part 0.981 14500 14395 match_part 0.918 14304 13853 match_18 match_part 0.967 15133 14953 match_part 0.977 14871 14741 match_part 0.969 14671 14576 match_part 0.981 14500 14395 match_part 0.948 14304 14247 match_19 match_part 0.925 15131 14971 match_20 match_part 1.000 19168 18841 match_part 1.000 16813 16610 match_part 0.982 15506 15343 match_21 match_part 1.000 19195 18841 match_part 1.000 16813 16610 match_part 1.000 15506 15391 match_22 match_part 0.992 19085 18841 match_part 1.000 16813 16610 match_part 0.991 15506 15401 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 3883 4580 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 6037 5890 exon 5806 5738 exon 5333 5227 exon 4736 4585 exon 4431 3935 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 8899 7071 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 9636 8955 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 15133 14953 exon 14871 14741 exon 14671 14576 exon 14500 14395 exon 14304 13850 exon 13638 13626 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 19195 18841 exon 16813 16610 exon 15506 15343 RepeatMasker tomato repeats master SONATA2 1 224 1 SONATA2 1 224 1 nucleotide_motif 594 9908 10125 SONATA2 143 251 1 SONATA2 143 251 1 nucleotide_motif 655 10123 10230 Copia00039 264 467 1 Copia00039 264 467 1 nucleotide_motif 1176 21321 21527 Copia00039 878 1020 1 Copia00039 878 1020 1 nucleotide_motif 367 21534 21701 RepeatMasker tomato repeats master Copia00151 8225 8381 -1 Copia00151 8225 8381 -1 nucleotide_motif 504 3336 3176 Copia00039 857 1108 -1 Copia00039 857 1108 -1 nucleotide_motif 494 21675 21379 Copia00039 276 466 -1 Copia00039 276 466 -1 nucleotide_motif 712 21899 21729 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1895 11091 12187 match_2 match 2349 12279 13709 match_3 match 13829 19606 match_4 match 4500 3453 5905 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 333 6348 6526 clone_start_1 clone_start 490 10316 10583 clone_end_2 clone_end 1076 11404 12041 clone_end_3 clone_end 1185 11442 12106 clone_end_4 clone_end 1292 14763 15414 clone_start_2 clone_start 1241 15172 15801 clone_end_5 clone_end 918 17052 17546 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_3 clone_start 1017 5864 5340 clone_start_4 clone_start 1001 6236 5708 clone_end_6 clone_end 805 7276 6847 clone_end_7 clone_end 1239 8223 7555 clone_start_5 clone_start 537 11369 11091 clone_start_6 clone_start 777 11692 11274 clone_end_8 clone_end 281 22280 22135 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 3883 4580 match_2 match_part 1.000 3884 4439 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_3 match_part 1.000 6037 5890 match_part 1.000 5806 5738 match_part 1.000 5333 5227 match_part 1.000 4736 4593 match_4 match_part 0.984 6013 5890 match_part 1.000 5806 5738 match_part 1.000 5333 5227 match_part 0.990 4736 4641 match_5 match_part 1.000 7664 7071 match_6 match_part 0.998 7663 7131 match_7 match_part 0.996 8723 8009 match_8 match_part 0.999 8899 8218 match_9 match_part 0.956 9636 8955 match_10 match_part 1.000 14843 14741 match_part 1.000 14671 14576 match_part 1.000 14500 14395 match_part 0.993 14304 13850 match_part 0.538 13638 13626 match_11 match_part 1.000 19168 18841 match_part 1.000 16813 16610 match_part 0.982 15506 15343 match_12 match_part 1.000 19195 18841 match_part 1.000 16813 16610 match_part 1.000 15506 15391 match_13 match_part 0.992 19085 18841 match_part 1.000 16813 16610 match_part 0.991 15506 15401 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 3883 4580 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 6037 5890 exon 5806 5738 exon 5333 5227 exon 4736 4593 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 7664 7071 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 8899 8009 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 9636 8955 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 14843 14741 exon 14671 14576 exon 14500 14395 exon 14304 13850 exon 13638 13626 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 19195 18841 exon 16813 16610 exon 15506 15343 AUGUSTUS_tom_cdna de novo AUGUSTUS_tom_cdna de novo gene_1 gene 0.59 7027 4047 transcript_1 transcript 0.59 7027 4047 stop_codon_1 stop_codon 4049 4047 intron_1 intron 1 5226 4737 intron_2 intron 1 5737 5334 intron_3 intron 1 5889 5807 intron_4 intron 0.97 6358 6038 intron_5 intron 0.59 7024 6410 CDS_1 CDS 1 4736 4047 CDS_2 CDS 1 5333 5227 CDS_3 CDS 1 5806 5738 CDS_4 CDS 1 6037 5890 CDS_5 CDS 0.9 6409 6359 CDS_6 CDS 0.61 7027 7025 start_codon_1 start_codon 7027 7025 gene_2 gene 0.85 9205 7226 transcript_2 transcript 0.85 9205 7226 stop_codon_2 stop_codon 7228 7226 CDS_7 CDS 0.85 9205 7226 start_codon_2 start_codon 9205 9203 gene_3 gene 0.91 19096 14161 transcript_3 transcript 0.91 19096 14161 stop_codon_3 stop_codon 14163 14161 intron_6 intron 1 14394 14305 intron_7 intron 1 14575 14501 intron_8 intron 1 14740 14672 intron_9 intron 0.94 14952 14872 intron_10 intron 0.97 15330 15235 intron_11 intron 1 16609 15507 intron_12 intron 1 18840 16814 CDS_8 CDS 1 14304 14161 CDS_9 CDS 1 14500 14395 CDS_10 CDS 1 14671 14576 CDS_11 CDS 0.94 14871 14741 CDS_12 CDS 1 15234 14953 CDS_13 CDS 0.97 15506 15331 CDS_14 CDS 1 16813 16610 CDS_15 CDS 1 19096 18841 start_codon_3 start_codon 19096 19094 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 0.29 6025 4047 transcript_1 transcript 0.29 6025 4047 stop_codon_1 stop_codon 4049 4047 intron_1 intron 1 5226 4737 intron_2 intron 1 5737 5334 intron_3 intron 1 5889 5807 CDS_1 CDS 1 4736 4047 CDS_2 CDS 1 5333 5227 CDS_3 CDS 1 5806 5738 CDS_4 CDS 0.29 6025 5890 start_codon_1 start_codon 6025 6023 gene_2 gene 0.49 9205 7226 transcript_2 transcript 0.49 9205 7226 stop_codon_2 stop_codon 7228 7226 CDS_5 CDS 0.49 9205 7226 start_codon_2 start_codon 9205 9203 gene_3 gene 0.38 19096 14161 transcript_3 transcript 0.38 19096 14161 stop_codon_3 stop_codon 14163 14161 intron_4 intron 0.66 14394 14305 intron_5 intron 0.99 14575 14501 intron_6 intron 0.99 14740 14672 intron_7 intron 0.95 14952 14872 intron_8 intron 0.9 15330 15235 intron_9 intron 1 16609 15507 intron_10 intron 0.71 17923 16814 intron_11 intron 0.79 18840 17978 CDS_6 CDS 0.66 14304 14161 CDS_7 CDS 0.67 14500 14395 CDS_8 CDS 0.99 14671 14576 CDS_9 CDS 0.95 14871 14741 CDS_10 CDS 1 15234 14953 CDS_11 CDS 0.9 15506 15331 CDS_12 CDS 0.92 16813 16610 CDS_13 CDS 0.79 17977 17924 CDS_14 CDS 0.99 19096 18841 start_codon_3 start_codon 19096 19094 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 0.57 9205 4047 transcript_1 transcript 0.57 9205 4047 stop_codon_1 stop_codon 4049 4047 intron_1 intron 1 5226 4737 intron_2 intron 1 5737 5334 intron_3 intron 1 5889 5807 intron_4 intron 1 6358 6038 intron_5 intron 0.67 7229 6399 CDS_1 CDS 1 4736 4047 CDS_2 CDS 1 5333 5227 CDS_3 CDS 1 5806 5738 CDS_4 CDS 1 6037 5890 CDS_5 CDS 0.69 6398 6359 CDS_6 CDS 0.57 9205 7230 start_codon_1 start_codon 9205 9203 gene_2 gene 0.92 19096 14161 transcript_2 transcript 0.92 19096 14161 stop_codon_2 stop_codon 14163 14161 intron_6 intron 1 14394 14305 intron_7 intron 1 14575 14501 intron_8 intron 1 14740 14672 intron_9 intron 0.92 14952 14872 intron_10 intron 1 15330 15235 intron_11 intron 1 16609 15507 intron_12 intron 1 18840 16814 CDS_7 CDS 1 14304 14161 CDS_8 CDS 1 14500 14395 CDS_9 CDS 1 14671 14576 CDS_10 CDS 0.92 14871 14741 CDS_11 CDS 1 15234 14953 CDS_12 CDS 1 15506 15331 CDS_13 CDS 1 16813 16610 CDS_14 CDS 1 19096 18841 start_codon_2 start_codon 19096 19094 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 6037 5890 match_part 1.000 5806 5738 match_part 1.000 5333 5227 match_part 1.000 4736 4450 match_2 match_part 0.997 9637 7071 match_3 match_part 1.000 9660 9536 match_part 0.964 9337 8748 match_4 match_part 0.990 14844 14741 match_part 1.000 14671 14576 match_part 1.000 14500 14395 match_part 1.000 14304 13854 match_5 match_part 1.000 19238 18841 match_part 1.000 16813 16610 match_part 0.993 15506 15363 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 6037 5890 exon 5806 5738 exon 5333 5227 exon 4736 4450 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 9660 9536 exon 9337 8748 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 9637 7071 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 14844 14741 exon 14671 14576 exon 14500 14395 exon 14304 13854 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 19238 18841 exon 16813 16610 exon 15506 15363 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.949 8496 7105 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0060F16.1 type gene exon 8496 7105 AUGUSTUS_tom_pot_cdna de novo AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.75 3131 3034 transcript_1 transcript 0.75 3131 3034 intron_1 intron 0.93 3033 1 CDS_1 CDS 0.76 3131 3034 start_codon_1 start_codon 3131 3129 gene_2 gene 0.36 7027 4047 transcript_2 transcript 0.36 7027 4047 stop_codon_1 stop_codon 4049 4047 intron_2 intron 1 5226 4737 intron_3 intron 1 5737 5334 intron_4 intron 1 5889 5807 intron_5 intron 0.79 6358 6038 intron_6 intron 0.36 7024 6410 CDS_2 CDS 1 4736 4047 CDS_3 CDS 1 5333 5227 CDS_4 CDS 1 5806 5738 CDS_5 CDS 0.89 6037 5890 CDS_6 CDS 0.68 6409 6359 CDS_7 CDS 0.38 7027 7025 start_codon_2 start_codon 7027 7025 gene_3 gene 0.89 9205 7226 transcript_3 transcript 0.89 9205 7226 stop_codon_2 stop_codon 7228 7226 CDS_8 CDS 0.89 9205 7226 start_codon_3 start_codon 9205 9203 gene_4 gene 0.99 19096 14161 transcript_4 transcript 0.99 19096 14161 stop_codon_3 stop_codon 14163 14161 intron_7 intron 1 14394 14305 intron_8 intron 1 14575 14501 intron_9 intron 1 14740 14672 intron_10 intron 1 14952 14872 intron_11 intron 0.99 15330 15235 intron_12 intron 1 16609 15507 intron_13 intron 1 18840 16814 CDS_9 CDS 1 14304 14161 CDS_10 CDS 1 14500 14395 CDS_11 CDS 1 14671 14576 CDS_12 CDS 1 14871 14741 CDS_13 CDS 1 15234 14953 CDS_14 CDS 0.99 15506 15331 CDS_15 CDS 1 16813 16610 CDS_16 CDS 1 19096 18841 start_codon_4 start_codon 19096 19094 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 277 9157 7343 match_2 match 276 8872 7340 match_3 match 204 15510 14182 match_4 match 355 8941 7304 match_5 match 197 15510 14182 match_6 match 350 8941 7316 match_7 match 181 15513 14185 match_8 match 323 15510 14182 match_9 match 112 16814 16584 match_10 match 280 15441 14182 match_11 match 308 15510 14179 match_12 match 122 16814 16581 match_13 match 269 8872 7340 match_14 match 260 8905 7340 match_15 match 203 15510 14188 match_16 match 105 16814 16581 match_17 match 261 15510 14188 match_18 match 112 16814 16581 match_19 match 276 8908 7325 match_20 match 465 15510 14179 match_21 match 123 16814 16581 match_22 match 282 15510 14179 match_23 match 104 16814 16584 match_24 match 249 8857 7352 match_25 match 241 8866 7328 match_26 match 369 8926 7304 match_27 match 204 15507 14179 match_28 match 575 9154 7229 match_29 match 164 15510 14185 match_30 match 163 15510 14185 match_31 match 176 15510 14185 match_32 match 251 8923 7340 match_33 match 212 15510 14188 match_34 match 201 15504 14182 match_35 match 339 15510 14179 match_36 match 125 16814 16581 match_37 match 251 15510 14182 match_38 match 149 8905 7304 match_39 match 296 9124 7301 match_40 match 219 15513 14188 match_41 match 263 8911 7247 match_42 match 251 8962 7307 match_43 match 239 15513 14188 match_44 match 239 15513 14188 match_45 match 202 15513 14368 match_46 match 202 15513 14368 match_47 match 419 9154 7229 match_48 match 270 8905 7343 match_49 match 206 8641 7304 match_50 match 310 9154 7307 match_51 match 276 8908 7370 match_52 match 276 8908 7370 match_53 match 448 9205 7229 match_54 match 448 9205 7229