C04HBa0239P14.1 AGAGAAGATGGTGGGCATCTGGGAATCATGTGGAGGGAAATTGGGGAATTTAGGTGAAAG ACCAAAAAGCTCCTATTGTAATGAGATAGCATGGGTTGTGTTTAGTGGATCAAAAAGTGT ATTGCCAAACCATTACAACCATGTACTAGTTAAAAACTATATACACATATGATTCCCCTA ATTCTTTTTTTCCTTGGGATATGCCCTAATACATTGTAGTTAAATAGATTTGTCGAATGA TATGGTCAGCCAATTATGCTGACATAGTTACTGAAATCTCTGACATGATTGTTTTGTATT ATGTTAACTGTCTCTGATTCTATACAATAGTGATCATAATTGTTCATCAAAATAATTAGT TGTATTGAGGTAATAGCTCAGACCAATAGTGATTGTGATTAATAAAATTGATTAAAGCAG AAAAAAGTTGCTAGAGTCGTACAATATAATTTAAATCAAGCCGGTTCGTGATCTCGGAGA TTCCCTTTTGCTTGTGTGAACCTGTAGGATATCTGACAGTTACCTCCCATCTAGTTTGAG TAATTGCACTACCATTATTCTTGCTCTGGATTTTCTTAGACTCCCATCCCCTCTCTTCAT TTAAAACTTGACCATGAAAGGCTAAAACTATCTCCAAAGTCATGCAGGTTGAATTAGGAA CATATTCATGGATGGTTCAATTTGGGACAGGTAGAATTGCCTCAAAAGTTTTGATCAATT TGGGCACCTAATATAACCCAATTGATTCATAAGACAACACTCTAAAAAATAGAAATAATA TCTACTTGATTAGTCAGGAATATTTTTGTCTCTCAAGTGTTCATGTGCACTCTTTATAAA CAAAATAAACTTTTAATTTGGTTTTGTGGGTGTGTATCTCTCTCTCTATATATAATTATG TTGACTCGGGTGGGTTGGTTATCATGACCCATTGTTTGGACAAAAAGGACACTTATCTTG CCTCGAGTGAACTTCCAGCATGGATCCTGAACCATTCAGTCACTCAACACGTTTTAGCCC ACTCGTATTTAGTTCTTTATTCATATTTACACACATACCATAAACAAACTAATACATATT GCATAGGTAGCTCATGTCTGTGGATTAGTTAGTGTCTTGATTCTTACGCTAGGTAGGCAG ATAAGGGCTTGCAGTAAGATTCTTCCATTATAAATCATCTTCTTATTTCTTTTTTGGCAG AGTTCGTGGTCTAAAAGGGCCATTGAAGTCGACAGCCCCCAACCCATGTCACCATGGAAT GAATTGGCAGATCCCCCTGATAGCACTTGTGCCCAGGTTATCCATTCAAGACCAGAAGCA CTTAGTGCTACCTGGGTGCCTGCAAATGCCACAAGAAGATGTCTCAATGAGAAGGATGAA CTGGGTAGGTGGCTCTTCCACGCCCCATGGATAACAAAACATCTTAGATCAATTTCTTTT TATTCTGTTTACTTTTGTTATTGTGTTATTATATAATCTGTTATATTTTTATGATGTGGT TTACATCTCAGGAAATGTTAGAACGGTTAAAGATTTGAACATGGGCGTTGCTAATGTTCC AGAGCTCGAAGGCCTATCAGGTAAAGTTATGGATGGTTTAGCAGCTTCTATGAAGGACAA ACATTTGGAGTTAGATCCTAAAGATAATGAGAATATGGGTAGAAACCTAAAGCTGAACAA GGAAACACGGGAAGATGACCTGAAGGACAAGGATGTTGGTTATATGGGTGACATAACCAA CACATGTACGCCTCAAGTAGAAAGTACTGCCAATGAAGTTCCAAATGATCCTTCCAAGAT CACAAACATCAAAGAAATTGCCACCTATGACAGTAAAGACATGCCTTCACTTGAACTTAG TTTGAAGCAACTTCGAGATGTTGGAGAGAATGGGACTGGTGTGCAAGAGCGAAATATACT CAGGCATTCAGATCTGTCAGCGTTCTCTAGGCATGTGATTCATCTGTCACTAAAACTCAA CAACCTGACCAAAGAAGCTTCAGTTGCTAATTGATTGTCATCACATGCAGGTATAATGCT GCTTCAACTGCTAATCAGGCTCCAACTGGAAACGTGGGCAGCTGTTCACCAGTTAATAAT AGTTCAGAAGTTGCAAAAGCAGAATCAATTCACAACTTGCAATCCAAGTCGAGCAGTACC CCTAATCAGCGCTCAAATGGAAGTAGTAACAACAATGACATGGGCTCGTCGACAAATAAT TTCTTCATCAAACCAGACACATTAATTGACAAACCAATAAACAAACCTGCAGTCAATGCC CATTCCTGTTCTGCATTTCAACCAGTGCAACATGGACATACTTCTTCTCTTCAAGCAATG GTTCCAGGAACACAAGATACTGCAAAGGCAGCCGTGGGCCAAGCAAGAGCAATGCACCAG AAGTTCCAAGTTCAGCACCACCATCATCACTACCATCACCATCACCACCATGTGCTTAGC TTGCAGCAGCGACAACAGCTGCTTAATGCTGATGCTTCGTCTTTGCGAAATGCTGTTGAA ACTGCTCCCGATTGTGGAACATCTGACATGGTAGGTACTCCTGTTGAAGGAAATGCTGCT AATTATGGAAGTGCATCAGGAAGTAACAATGGAAGCAATGGGCAAAATGGAAGCAGTGGC CAAAATGGGAGCAGCACTGCTGTAGTTGCTGAAGGAACCAATTTGGTTGCTGAAAATGAA ACTGGTGAAAAATGTGAAATTGGAAGTGGGAGTGGAAGTGCAACTAGAAGTGGTGATCAC TCGGCTCAACGAGAGGCTGCTCTGATTAAATTCCGGCAAAAGAGGAAGGAGAGATGCTTT GAGAAGAAGGTAATTGTTATGGTTGCAATATTGTTGAAATTTATTTTAGTTGCTGCAGTA GATTTTACAATAATAAGTTGCTTAGGTTTAGGATGGATTTGAAATTGGACTTTTTATTAG GTTGTGTTAGTTGTTGAGTTATTTTAGCTCTTTTGAATTGCAGCTTTTCTGCATATTATT TGATCAAATTGGCTATTTAAAGCCTTCTTATGCTTAATGAAAAATTTGAGAGACATTTTT CAACTCTTTTTTGCTGCACTATCTTTTAAGAAAAAACCTACAGTGGTATTAAGAGCCTCA TTGATCTTACGGGATCTGTGAGTTCTTCTAGAGAAACATTTTCAACCTGCCAAGGCTACT TTCAACCTATTTTAACCCATCACGCAAGGCTATTTTCAACCAATTTATAACTAATATCAA TTTTTAAAGCAATTTTCAACTATGGTAAGTAGTCTCTCTTTCAATGCCCCCACAAACTTT CACCAATGAAAACTATCAAATTTGGTCGGTGAGAATGAAACCATATTTTGACACCTTGTT TTATGGGTTGTTGTGATGGAAGAAAGATCCTTGCAAACAACTTCTACCAAATCCTATCAT TGTCCAGAACAAAAACACTTTCAAAAGAGCTTCCAAACTACAAAATTTTCGAGGGTGGTT TTTAGGCAGAAACCCAACAGAAAAAAAAGAGAGAGAGAGATGAAATTTCTTTCCAATTTC AAAAACAGTGAGCAACAATTACCAAATTAAAATTTGAGGAGAATTTTTTAAATTGTAGTA ACGAAAGCAAGGGAGGAGTGTTGAAATTTACTTTAGCTACTCCAGTAATTTTAGTTTATG TTTAGGATGAATTTGAAATTTGAACTTTGAACTTTTTTAGGTTGTTTTAGTTGTTGAATT TGAAATTTGATATTTTAACTGTCTTGAACTTTCAAGTACACATTATGTGCTCACATTGAC TAGTTAAATCCCTCTTATGCTTAATAACAACATAGAGACTGAGACATTTACGACGCTTTT CTGCTGCACCATAATTCTGTAGTTTGTTGAAATACCACTTGAACCTTCTTTTTAAGCCGT TCAGCATACCAATCCCTTGTCTTTTTGTTTTTCATTTTTACTATAGTATAGTTTTGCATA CAATAACTTGCACATGAAGTCAATGATGCAACTTTGTCTGCTACATCTCATCAGCAAGAT TTAAAGTTCTTTGCGGTTCAAATTTTAATTCACAAAATTTAGCTTTTGTTGGGTTTAAAG CTATGGAACAGTCAATTGTTGGCAGAGAAGCAAAACTTGTCTGAATTTTCTTCCCATGTA TTTTAGGTCCGGTACCAGAGTAGAAAGAGACTTGCAGAACAAAGGCCACGCATGCGAGGG CAATTTGTGCGTCAAGATGCAGACAAAAGTAAAAGCAACAATACAAATTCCTGACCCCTA CCGTTTGAATTGGATGGTTGATGTCAAATGAGTTCAAGAAGCTTTAACTTTGATCGCCTA GGTAGGGAGGAAGCAGTTCGGTAAAACAGCTAAATTTATTTAGTTGAAGCATTGGTGTCT AGTAATAATTACTTATTGGAGATGTTATTAATTGGGGAGTCCTATGAAGACGTCTTTGTT ATATAGTCAGTTTGAAGATACTTATTTTGCACTTCTAGATGTTGGGAATACCCTAATAAA ATTCTTCAGTATGTTGTGCTTTTTCTGGTGTGTGCTTAAAACTGCTTCCAAAGTCTCTCA TGTAACATTTGTTGCATTTTCCTACTAATATCATCCATATCTCATTTTACACTCCAGGAA GTTTAGTTCTCTACAGTTTACGTCTGTCCTAAAATTTCTGAAGGGATACCCAGCAGAATT GTAGTATAACATAAGTTGTGCGGACTGTTTACTTCCGGTGCCACATCCATGTCAGATTCT CTAAAATACACTACTTTTGGAAAATCTGATATGCACACCGACATTTTGGAAGAGTCCCGA GTCACTTTGTATAGGGGGTGTTTGTTTTCGAATTGAACTTCCAGAGCTATTCCGTCTAGT TGGTTCGAAGAGCATGGAAAAGGCCCAGCTGACTGAAAATTTTGTTTCTTCCTCCTTCCA AGAGACTGCATCTTCTACTTCCCTTGTGCTGACAGTCCTCCATAATCTCCAACATATCAG CCACTCTATCAACCTCAGTCATTTAGTAGTCTTCTGAAGGAAAAATTCTGACTATATAAG TTTCAGACTTTTCAATGCTGGCCTCAATAGCATCTGGTAAGAGTAATAAATCCGGACCCT CTAGTGCGCGATGCGGATTTAGTCGGTGCTTCTTTTGTCAAGCCAAAAGGAAATCTTCCT TAGACTACCCCAACTGTGAAGACAATGTTTCAGACCATACTCTCCTCAACTAAATTGCGG GGACTCTTCACTTTCGTTGTTACACCCTTATCAGATTCTTCAAATATACATTGTTTTTTG AAGAGTGCAAGCAAGACTCCCATTGTGTCCTGATAGCTTTCCAAGTGCAGGTCCCGGAAC ATTTCTAATCAATGTGACCCTACCTCCCAAGGATAAATATTGAGCCTTCCATCTTGCATT AACCAATCACTTCTTGTTGGCCTGTCCTTCGCTCTCAAAGATACAACCTAATAGGGTGTA GGCCGAGTGCCAATGTCAACCCTGGGCATTGCTAGCACCTAGATGTTAGGAATCTCACCT CACTAACAGGGAATACCAGACTTTTATCCCAATGTAAGAAATAACTTCAAAAACTGTGAG AATGGGTCTGATAAATCCTTGCTTGCTCTCTAAGTTGATATTACAAAAATAAAAGATGGA GTACCATCTGTGTAAACAAGTTAGAAAAACTCCACCATTCTTAAAAACATCTACCATCTT TTTTACTCTCTATTTTCTTTATTTAAAGAGTAAAAATAGAGTATGGGGTCGTCAACTCCC TTCAATTTATAGAGGAGTAAATAGTAATTCTCCAAATTTTCACTTTTGTAGTAGTTCTCC AAACAGTGATTAAGTTTTTACTATTTGTAATGATTTTATAACGTAATATGACCTCTAAAA TATTTTATTAATTAGGTATATTACTTCCATTCCGGATTAACATTTTTTTTCAAACTTCTT CACTTTAAATATGTAATTTAAAATATTAATTATTTTTCACTATGAATAATGCTTAAAATT TATTCTATATTACTACGAGACAACCAACTATGTACAACTCAATTTTCTATTTTGCTCTCT AAAAAAATCTCCCTCTCTTTCCTCAATATTTTATTTCTATTTTTATTTTTAGTTCATTTT AATTTCTTATTTCATAATATAAATTCTTTCTACTTCTATATTTTCAAATAATAATTGTAT ATAATCTTTAAAAATAATTTCTTTTCCATATTCTTTGTTTAACATCAAATTATATTCTTT TCTAAATTTCTAAATAATATAATTGTAAGCAAGTATTATGTATTACACATATTAATGGAC AATTCAAATAAAAGTGAAATCATCAATGAAATACAATTACATTAATACTTGACTTTTAAG ATTATTACGCTGCTTCCATTAATGTTCAATTAACGCATTATGGAGTCAAAATGATTGTTG TTGATTAATATGTCAAGTATTATATTTTTAAAGTTTAAAAATTCATTCTATCATTTAAAT TTCGTGCATTCTTCATACTGAATAATAATAATTCTATTTTAAGTTATATATTTAGTGATG TTTTTTTTTTTAAAAAAAAATGAAATATTATTAATTCGGAGTGAAAGTAGATTAAATAAT ATATATTTTTAAATTGTTATATCACAATAAAAAAATATTTACGAATATAAAGATTTAACT AACAGCTATGCGATTTATAATATGTTAATTGCTAATGTTATATAATATAAATAATAATAA AATAATCAAAAAGTGACATAAAAATTATGAATATTAGCTTTTCTAATTTGGAGAACTACT ATTTATCTATCTATAAATGGAGAATAGAGAGTAAAATCAAGAGTGGATGGTTGGAGAGTT CATACTCTATTTTACTCTTCAAATATAGAGAATATAAGGTGAAATAGAGTGGGTTGGAAA AGACCTTAAAGGGTCAACACCTGGTGTTCTTCTTTCAGGATATGACAAAAAGCAAAACTC TTTCTTTCGGGGTAGGACAAAAAGCAAACCTTCATGTCTTGATCCACAATAGATACCATC TCCGACCCTTGAAATGTAACAGGCTAGTATGGTCTTAAAATATGGGTCTCCGATCCTTAT GGACAAACTGAAAAAGTACAATCTTTAAATTCAGCATGGGGCGTGGAAGGTGTTGATCCT TTTGTTCCAGGCGGAATAACCTCTCATCATATTGCAGTAGAACAGTCGGCATATTAGAAG GCCTATTGTCACGGACTTTTCGAATCGGACAATACTCCGTGCGGCACTTGACGGTCTACT CACGATTCTTCACGATCTTGTAGATTCAAGTAAGCCTTCCACTACTTGGATCGCTAAGAG AACTTAGAAAGAGAAAACAAAGACAAAATTTGAAAGAAAAGACTTGTATTGATATGTTCG TTGATAGATGTATTACAAATACAATGACTACCTATTTATACTACTCTAATGACTAAGAGT AAATAAATGCTACACTATATACAAGCCCCTAAGTCCATGCCCACAAGACATGCTTCTAAG TCTTTCAAAAAAGGACTCCTAGCCTTGACTAGTCTGCCCCCACGTTCCAAGAGGCCTTGA GCAAGCCTCATCAAGGCTTGAAACTGCTGCCCCTTCACCTTCATTGACAGCTGTAACTGC TGTAACTGCCAAAACGGTTGTAACGGCTGCCCCTCTAACTGCTGCCTGCTTGGGCGCCTG CACCTTGGTCTGCTAACCGGTGTGGGCTGCCTGCCCCCTTGCGCCTGCTGCTGGCTGCCT AGGCAGGTCGCGAACTGCCTGGGTATCTGGCGGGTCGTGGCACTATTCCATCTAATCATT CGTCTGCCACAAAGTCTATACAGTATGGGAAATATTGCAACCGTCCTTTTCAGTAGTATC GTTATTGTCGTCAGTCCGGGCTGGGGTCAACATACAATGAAGGGGATGGAGAGTAAATAG AGAATGAGTTCTCCAATTACTTTCGATTACTCTCTATTCTCCAATTATAGAGAGGTGAAT AGTAGTTATTCATATTTTAAATTTCACTTTTTGATTATTATATTATTATTTTAACTATTT AATATTTCTAATTAAAATATTCTAAATAAGATCAATAATTAAATCTCTAATACTGGTAAT TCTTTTTTAATGTAATATAGCATTTTTAAAAATGTAAAATTTAGTATATACTACTTCCAT TAATAATATTTTATTTTTTAAAAATTTGATCACTTCAGATGATGTAAAATTATTATATTA TTTTTCATTACAAAGAATAAGCATACAAAGCACGTGTTTAAGAAAAGGAAAAGACAACTC TTAAAAAGGCAACCAAAGAAATGTATACAATATCTCAAATCAAATTTATTTTGAATCTGA TTGGGTTATACTTTTACAAAATCAAAAATTTAAAAATTTAAATTGAAAAATCGAATACAC ACCCCTAAAGTTAAGTATTTAATGTTGAAGGTAAAATATGGAAAAAAAACTATTATATTT TTTTGATATGTCAAAAGTGACAAGTAAAAATTAAAATTATTTCAGGAATAAGTGACAATT AAAAGTAAATGGAGGGAGTACATGCAAATCCACTTATATAGATATATTATATTTATTTAT ATTTAAAATAAATCAGTAGGTACGTACCTCCATTCAATATTGTGTTGATCAATTTCAGTA GAGCTGCGGAGAGACTGATTAATTGTTTCTTAATTCCTATGAAAACACAACGAACTCTTT ATTAGTTAGGAGTAAAGTATATAATATAGTAAGAGTGAGACAATATCTTCTCTTTTGTGT ATGAATTGGACTACGCCATTTCTTTTTATAACAAACAATCTGTCCATTGTGAAGGACAAC ATTCAAGGATTCAAAAAGATAAGAGCACATAACCCAATATATTATTGATCAAGGACAACT TTGTGAGTCAAGTAAGTAAAACTCCAAGAGTTGTAGTGAAGTGATAATTATTTTTTTTTT TAATCAGAGTGTTACAAAATATTTTATCTTTATTGTGAGATTTTCCATTGCAATTTTAAA TTTAATCAAACTTCAACGTGAATATAAAACATTAGCAGAAATAAAGAAAAAAAGTAAAAC CCCAAGGGAAGTTTGGAGTTATCTCCTCACTTTTATGCATTATTATCATATCATTGTAAT TTTTTTTTCTTTTCTTCTTAGGAAAATGTGTAGGAGTTGTTATTGGATTAATTACTTAGT CAAGATCACAAAATGTCCAAAAGAATAGGGGACCAAAGTAGTATCACATGACCAAGCATT CAGCTAACTTTTAACGATCCTTATTCTTTGTAATGTATTATATATATTTTTTGTATTGTA TTGTATTATTTTTATGAATATAATATTTATATAATGTAATGTTTTATATTGTTTTGTAAT GTCATACATTATTAATTTAAAAAATAAATGTGTAACATTACAAAGAATAATGTGATATGA GGTTAAATTATTCTTAAAACAGATAGGAGAAGAAAAATTACTATACGAAGGATGATTTGA AGAAAAAAAGAAGATAAGGACACAATCACAATCACACTCAATAGATTGTTACATGAAATG AAGCTTTCTGTTATAACATAACAATTGTTATAACAACTCGTTGCAATAAATTTTAAATTA ACACTTAAATCAAACATTCCATTTAAAGTAATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATACTTCCACTGTCCCTTTTTA CTGGTTTACTTTTTTTTTATAGTTGTCCCTAATTACTTGTCCACTTTGACAAATCAAGAA ATGACAATTTTTTTTACCTATTATACCCTCAATTAAATGACTAATTACTTTGAAAAATAT AGAACTATTCATCCACTTCATAATTAATAGGGGTAAAATGGTAAACTCAGTACATCATTA ATTATTTTCTTAATACGTGTGCCAATTCAAAAGTGGACAAGTAAAAAAGGACGGAGGGAG TATAAAAAAGAACCTAGACCCGCCTATGTGGCACCACCACAAACTAGGATTACCTTTTAA TTTATTTATTTTAAAAATTAGTCTTCCCTTTCATAAATGTGACTTTTATGAAAAGTTCCG ACTTTTATGAAAAGTTGCGACTCCTATGAAAAATTGTGACTTATACGAAGAGTTGCAACT TTTATGAAGAGTTATAACTGTATGAAGAGTTGCGACTTTTATGAAAGGTTGCTTTTTTGT GAAAAGTTGCTTCTTTTATAAAAAGTTGTGACTTTTATAAGAGGTGTGACTTTTCCCCAA AGAGTTATGACATTTCCAATAAGGCACAATAAATATTTATTCACACTACCCTTTGTTAAT TATAAATAGAGGGATTTGCATTTTGAGCCAATGCAAATTCTAAACTTCTTATGCTTATGC ACAATTAAATATTTGTGTATTTTGCTCCTGTTGAGTGGTTCACTAACATTATTGTTTTTG TATCAATACTTTAGTGAATAACATCATTTTATCCTGAGAGGATCTATTCCTTTATACCTC GGGTAATATAGAAGAATAATTTCTTTAAGGGACAATGTGCATTTAGTGAACTCGATAATT TTCTTTCTATTTCATTCTTTTGTTACAAATCCTTAAATATATATATATATATAAGTCTAA TTTATGTTTGTATTATTAATTGTTGTTGTTTTTGAGTACATGTTTTAAACTTTATCATTT ATGTTTATGATTATTATGTTGAAGTAGATATGTTAATCAAGAATTTGATGTAATCTTTAG ACTATTGGTGTCATGTAAATTAAAATTCTTGAACTTACAAAATAAATGACTTTGATCTTT ATAGAATTTTCAGTGGCTAAAAAATTCATGGAATATCCAAGAAGGGACTTTTGAGTGTTT AGAAGTTATGGTGGTTCCGCTCTACCATGGAGTTTTAGCTATTAAACTTTCTATCTTATC GAGGTATTCAATTGATTAGTGACATTTAAAAAATAAAGGAATGTAGTGTGATGGTAAGTA TTTTACTCGACCTTAATTAAAAGATTGGGGTTCAAATGTTGGATTGAAATCAATGAACTA CCCCTCAAAGTTGGATGAACCCATATTAATTAAAAAAAAATAAAGAAATAATTATCTCCT TATAAATATTTGATTAAAAGTTGCAAAAAAATAATGTTTTAACCATATTGATCGAAACTT AAACAACAAAATATTCCTTTTGACTATCAAAGTAGTGATATAGACTGCAAATAATTTTGA ATAAGGGACTTGGCGAGACTTTATTTAGTCCAAATTATTTGAGTGACATATGTTGTTTCA TTAAACTCCAAGAGTATTTTTTTAAGAAAAATTAAATTAACTAATCAAGTACACAACTAA TTATAGAAGATGTATAATATTTAGATTCTTTATTTAGAGACATAGAAAAGGAGAAAACCT CGCAATTAATGAATAGAATGTTTGTACAACTTTTGAAAAATACAAGTATAAACAATGAAA TAATTATATATTTTTCTAAACACTTTGGTGATAAATAACCATAATGAAATGAACAATTAC TAATATGAATAAAAACTTATAATCATTTTTTTTAAGATTAAAAAAGTAATTCATTTCATC TATGGATAAAATATTTTTGAAAATTTATCTTTGGGTTGTACCCACTCGAAAATACCTATA TTATCAAATGTTTAGAAGTAGATTATTGATGTATTTCACCATCGCGTGAAGCGCGAGCAA TTTACCTAGTATCATAATTTCTCTGTTTCAAAAAGAATGCCTCTATTTTCTTTTTAATCT GTTTAAAAAAGAATGACCTCTTTCCTTTTTTGGCAACACTAACTTTTCACGTGACATGTT TAAGACCTCAAGATTAAAGAACATTTTGATACATTTGACATAACTTTAATTTAGAACCAC AAGATCAAAAAAATTTCTTTCTTTTCTTAAACTCCGTTTTAAATCAAATTACATCATCCT TTTTGAAACGGAGGAAGTATAATATATAGGTAACAACCATCAAACGAGTGGTTAGCGAAA TGTCGTTCACTCTTTCATCCTTTGTAAATAATTTTACAGTCAAAATTATTATATAATTAT TTTTATAAATTCAAAACTTTTAAGTCAAATAATATTTTATTATTAGATCTTTTCTTATTT TGACTATATAGAAAATCCTAAAATTTTGGACTGCAAAATTAATTAAAAATTATATATTAT ATAAATCATTGTCTTATTAATTATGGAATATAACTATAATACCTTCCATATTAATCTTGT AATATTTAGCATTTTGAAATTCTCATTTTCTTTCCAATTCCTACGTTTGGCAAATCTTTC CAACTATAATTTAGTATATATCTTAAATTGTGGGTTTCTATGAATAGGTAAATAAATATA CAATTCGTATGTTTATTTGGTTGGGTAAGTGTATTCTAACTTGATTGTAAGAGGTTTGCG AGAACTCTCATTTTCTTTATTATTGGCAGACGGATGCACTCCTAGGTGGGTTATCACGCA GTGAATAGTGTTAGGATTTTTAAAAAGGAGTTCAAAATTTAAAGAATTAAATAAACACAC AAATTAATCGAAATGAATTTGATATTTACTATATATATAATCATATATAAATAGCAATAC TTTCCGTCAAAGAAGATGCTAATGATCCCCTAACAATATCTTGACTTTGCCCTTGACTGC ACAGTTGTGCCATTGTGCAACATCCTTGTCCATTTGTTGACATTAGATGCCTCCTTTACT CATATAATTAGTTGGTGCGTATATTTCCTCATAACTCTAGTAACCTCTTATTCTTTATTC ACTCGTTATTTTACCTCATTATAACTTGTAACTCATATTGTAACTTATAGATCATTCACT TACCCTAGTAACTACTTCATTATCTTCCTATTCTTTACAAGGAATATTTTCTCCCCTTAA ATAGTGATGATCTTCCTTTCGGTTGAGAACAAGAAGAGATATATAAGAAAATATAGAGTA AAAAAATGAGTACTATATATGTTGTGTTTATATACTGAGATTAGTGTAGTGAAAGAGAGA GTTGAGACGAAAAAATATTTTTAAGTCTTCAACTACATTCACTATATGAAAGAGAATGTT TACATGTTGAAGGAAAGCGTGCCTTATGTGGAGCTTTGGACTCTTCAACTAATCCAGAGT TGTTTGAATCGTATGAGGTTATTGGATTGTTATATCCTGTATGGGACAAGCCAAGAGTAT TACTGTTGAATCGGTTTAAATTATGCCGCAGTGGACTCGAATCTCCTTAAGAGAGTGAAA TATTTACGCCTCAACCTAAATGATTATTTATTTCATTTTTTGTCATTTTATTTCAATTGT AATTTTGTACACTTATGGTATGTTACAACAACAATTTTAAGAAGATTCATGTTATTGTTA CAGTTTAAAAAGGTGTGGATATCAAGATAGAAGATCTCAAGATCAATTTTCTCAAATGTC TCTGTAGACAATAGAATTTATGTCGAGAAAACAATAATCAAGAACGGAAAATTATGCAAT AATCGTTTTATTATTTCAAGTGTCAGTGTTACAATCTCTATGATTCCTTTGAATTTGCCT TTTTCAAATATAATTCAAGGGCTCTTGACTCTTAATTTTGAACTTGGGATTTATCTCTAT CTTGATCTCTATCTTGATCTTGGTATTTATGTTAAACTTGGACTTGGACTTGATCTTGAA ATTCATCTTTGATCAAGGGCTTCGAGCTTGATCTTGAATTCGTAGGTCTTGATCTTGATC GTTCTTGAAACTTGGATGCTTGAATTCTTGCTCTTGAACTTGTAGAGAAATCTGTGGCTT TTGATCCACGAGTTTACTCTAGCTTCTTGTTAAAATTCTTGGTTATCTATTTTTAAATTA TGTTGTAACATATCACAATTTGAAATAGCTAGGAATAAGCTAAGAAACTTACAATATTCA TTTTTGGAAAGAAAAGGAAAAATCTGGAAAATAGACTAAGTTAAGAAAGTGAGTTTTGGT CATTTTCAAACAGCCATAACTTCTAGCTCAGGGTGAGTTAGAGGAAGTTTTTAATATGGT TGGAAAGCCCTTAAAGATATTTTCCAACGCCTTTAAGTTTGTGCATTTTCGATATCATAT GAGGGAGATATGCCAATCGAAGTTGAAGTAAGGAAAGTCCCAATCCAGATTTAAGGCACC AATTAATTTTCAATTTCATTTTAGGGGTTTATTGGGATAAAAACTAAGTTTGGTTCAATC TTAGAAAATCAAAGTCACGCTTAAGGCTTGGAGAAGAGAGAAAAATGAAAGGGAGAAAAG TCAAGAATTCGCCAAAAACGCCAAGGTTTGCGAGTGGAATTCGTTGGGGTTGATCGCTAT CAAGGTAAGTGTGATCTTTTCGTGTTGAATTAGTTCACACACACGAACTTATTTAAATTC AGCAATTTTGAGTTGGTTACATGTTAAAAAGTGAAGTTCTTGAAGAACATTATTGAATTC TTGTTGGTTAAGTTGTTGGATGCTTAGTGTTGATTTGAATTCGGATTTTTGGGTAGTTTT TGAGTAAAACTCTGTTGGGTATTGAGGGTATTAATGTCACGACCCAAATCGGGTCGCGAC TAGCACCCACACTTACCCTCCTATGTGAGCGAACCAACCAATATAAACCTTAATTTCAAT GTAATATCAACATAAAGTAATGCGGAAGACTTAAACTCATTAATAAAAACCAATTCAATA ACTATTATTTCCCAAAATCTGGAAGTCATCAAGAACATCTACTTCAAGTTACTAAATCTA AGAGTTTCTAAGAAGCTAAAAATACATAAAAGCTAGTCCATGCCGGAACTTCAAGGCATC AAGACATGAAGAGAAAGATCCAGTCCAAGCTAGAAGCATTAGCTCACCCTGATATCCGGA GTAATGAGACTGGCTAGAGTTACTGTTGAGTCGAAGATGACGGCACGTTTGCTGCACTCC ACAAATAACAAGAAGAAACATAAAAGTAGGGGTCAGTACAAAACACGGGTACTGAGTAGA TATCATTGGCCAACTCAAAATAAAAATCAATATATACCAAGTAATATCATAAAATCAACT ATGATACTCAACATGTAGCAACAACAAGTACTATATCATTAACAATTACCGTCAAGTTCA CACAGGAGGACTCAAGCCTCAATACCATACTCATTTGGGAATTATGTTCATTAGATTGAG TATATTAACATCTTTCAAGATTCATTATCTTTATTTCTCTTGTGTCGGTACGTGACACTC CGCTCCCTCATATTCATTAATCCTCTTGTGTCGGTACGTGACACTCCGATCCCCTACTAC TATGTGTCGGAACGTGACACTCCGATCCCCTAAATCTACGTGTCGGTTCATGACACCCGA TCCCCTAAATCTACGTATCGGTTCGTGACACCCAATCTCCTAAATCTACGTGTCGGTTCG TGACACCCGATCCCCTAAATCTACATGTCGGTTCGTGACACCCGATCCCCTAAATCTACG TGTCGATTCGTGACACCCGATCCCCTAAATCTACGTGTCGATTCGTGACACCCGATCCCC TAGATCTCCTTCTATCGATTCATCAAGCCTTCTTTCTTACCAAGGTATCATCATTCTCAT TATTTAGTTCATCATGCCTTCTTTTATACCAAGGCCTCATCATTAACAAAAAGATTAGGG TTTTGCAAGATTTGGGATTCAATAACTTCATCATGCTTATATAATCACAATTATATAATT ACATCCATGCAAGCATACAATTAAGCACATAGCAGGGTTTACAATATTATCAATACATAT CATTCGCTATTTAGAGTTTACTACGAATATCGTAAGAGAAACCATAACCTACCTCCACCG AAGACTAGTGATCAAGCAAGCAAATTCCCAAAGCTTTGTTCTTCTTCTCTCCCTGTTCGT TCGTTTTCTCCCTCTCTTGTGTTTTCAAATTTTCTTATTCCAACCTTCTTTCTTTTACCC TAGTTAGTATATAATTAAGAATAAAAGATGGCAATAATAATCCACTAATTAACTTAAGGT TACCTCTTTTAACCCCTAAGTAATTAGACTTATTAACATTAACCCACTAACTTTATAATT AAAGCAGGAATAGTCAAAAACGTCCCTTAAAATGTATAAAGAAATCCGACCCAGACTGGG ATTACGCAACCTGCGACGGCCCGTCGTGCCTGCGACGGTCCGTCCTGCAGGTCGTCGCAA GATTCAGAGACTCAATTTCCACCAGAGTCTGTGACGGTCCGTCCTGCCATTTCGTTACGA AGTTCAGAGAGTCGATTTTCAGTACCCAATTTCAGATTTTCTAAGTGTTTTGCAACGAGA CCCTGCGACGGTCCGTCGTGCCCATGACGGTCCGTCGTGGGGTCCGTCGCCTCAGCCTGT TTTTCCAAAAATAAAATCTGTTGCTCAAAACGACTAAACAGGTCGTTACAATTAATGATC CTAAGCGTTTGGGGAAAGAACTATGGAAGTTAGAGAGGTTTAGGGATGAAAAACGAAAAA GAAAAGTCGGAAGTTTACTGGGCGAGGCTTGGGGCGTCGCGCCTGCCAGAGCGCCACAAA AGTATTTCTGAACTTTGGCCTCTGAGCGTCGCGCTAGCTTGTACGCCACCAAAACTTCTC TGAAGTTTGAGAGATGGTTCCCCGCGCCTCTCAGAGTGTCAGGGACGCCAGTTCTTCTCA TTCTTCAACCATCTTTTCGTACTAATTCATAAGTTATGTACCTATTTTTCTTAGTTGATT CCAACACTCTAAGGTACATCTAAACATCATGAAATCATCCATAAACATGAGATCATAAAC CTTGAATCCATAATCCAATTCAAGGAAAGTTAAGATCAAAGTCAAAGAAGTTAAGAGTCA AGTCTAGAAGTTAAGAGCAAGTTAAGACAAAGTTCTTAAGAGTTCTCAAGGGTCTTTAAC AACGTTTTAACTTTGTTTTAAGACTCAAGTTTCAATCTAAGTAAAGAGTAAAGAGTAAAA TTTATTTATTTAAAAGTATATCGGGACTAAGTATTTCCAAAGAGAATTAAAATTTTTTCA CATTTAAATAAGAACGGAAACTGAGATATTCAAGGAGCCTTCGGGTTAGTTTTCAGAAAA GAGTAAAAGCTTTATAAAATGAAGCAAGCAGGGAAACTGAGATTTCCAAGATAGCCTTTG AGCTAAGGTTTTGAGCAGTAATCTCAAATCACAGAAGAAGTTAAAAACATAAGAGCCAAT ATATTTTGGGGTTAGTACTAAACACTTAATTGGGACAAACATGAGTTCAAATAATCACAT CTCCATAAAACCATGTAGACACCATGGGTTGAAAAAGGGTCATACTTTTCAGATGAACCT TTTTCACAGTAGACTAGTGGATCCATTAGGCAGTTCAAATTTTACACCTTTGGCTGGGTA TAGGATACACTGGGAGCATGAGGTATGATATAACTCTTAAGTGAAGGTTGTCAGTTACAG AAACTCCCCAGAAGTTAAAATGTATTTATATATATACATTAGTTTGTTTGTATTTTTACT TACATCTCAGAGTTAACTGTATCCTTGTATACATTCAGAGTTTACGACATGTTTTCAACC AGTATTTCTTTATATTGCACTTGCTTTTAAATTGCTTTATATTGAAATGAGTTAGTTATA TTGAGTTATTTTATTCATGAGTTGAGAAGAACCAAGGTAAGTGTTCCTTCTTACTCACTT CAAGCTTAAGTTGTTTTAGCATTCCAACTCGCATACTCATACATTCAATGTATTGATTCC AGTTGGCCTACATCGTATCATGATGCAGACGCAGGTAACTAGGATCAACATCTGGCATAC CGTTGATCCAGTGAGCATCTCAGAGTCAGTTAGTGAGCCTTTCTTCATTATGGAGGATAT CTTTTATCATTATTTTGCTTGAATTTTAGTTTTTAGGATGATTGGGGGTCCTGTCCCAGC ATCCACCTTTATTTTAGATGTTTCATAGACAGATAACATTAGTTCTTTTTTCTTATTCAT TTCAGTTCTATTGCTTAAGACTTAAGTTGCCGTTTTGGCTAAGTTATTACATTAAAGTTA TTTTCTTTGAGTTATTTCTCTTCTGTTTAAGTCTTCCGCTGAGTTAAGAAAGTCAGCCCA AGGGTTCACTTGGGGCCAACAATGGTCTTCCAGTGCCAGTCCCGCCCAGGATGTAGAATC AGGGCGTGACATATATGACCCCTATTTATAGTTTTAAAATAGATGAGTTGTAATTAGAAG AGGACTCACTTCGACCAATTAGTCTAAGTGACATGACATATGAGCTTGATGGAGCGGGAT TTAATTAAATTCATATTTATTAGATATAAATAATTAACCCAATTTTATTAGTCCATAATA TTTATTTTCGCTAACACATTTATGAAATGAATATAATCCGAATCATTTAATAAATTTATG TTTAAGTAAATTTTAGACGATCACAGTCGCATCTCTTCAAAAGATGAAAGTGAATAGATG TAGAAGTAAAGTATTTTTTTTTACTTGCTCAATTCATGTAGAGAAAGAGCAAAGGAAAAG AAAATCTTCTTACCTAATATATATATCTTTTTCATGAATAAAGTGATAAATTATTCATGA AAAATATTTTTAAAATTCTTAAAATAGTGTGGGTTCATGAAATGAAAAAAAATCATTGTG AAATTGTGATCTATTGCATTTTTTAGAAATGCTTTAAAAAGGTTATTAAAAGTATCAAGG ACTTTAACTTGCTTCTTAACTTCTAGACTTGACTCTTAACTTCTTTGTTTCTGATCTTAA CTCTCCTTGAATTGGATATGGATTCAAGGTTCATGATCTCATGTTTATGTATCATTTAAT AATGTTTAGAAGTACCTTAGATTATTAGAATTAACTAGGAAATGTAGGCTCATCACTTAG AAACTAGCTCGAAAAGATGGGGGAGGAGTGGGTGAACTAGCGTCCTTGGTGCTATCAGAG GCGTCGGGCGCCAGGCCCCAAACATCAGAGGCCAGGTTGGGGTGCTCTGGCTGGCAAGGC GCCGCAAGGCCCTACGGACAAAGATTGTGTTGTGGGGCTATGGGAGGCGTGGCGCCCCAA GGCCCTACGGACAGTCTTTCTCGAGTTTTCTCCACCATTTTTCATCCCTAAACCCTCTAA ACTTCCATGGTTTCCCCCAAAACACTTAGGATCATTAGTACCCTCAATACCCAATATATT TAACTCAAAAAACAACCCAGAAACATGAATCAAATCAACACTAAGCATCCAACAACTCAA CCAACAAGAATTCAACAATGTTCTTCAAAAACTTCATTTTTTATCATTCAACCAACTTGA AATTCAATGAACTGAAACAATTTGGTATGTGGGTGAACTGGCCCAACATTAAAAGATCTC ACATACCTTGATAGAGATCACCCCCCACAAATTTCACTCGCAAAGGTTGATGTTCTTAGC AAATTCTTGGCTTCTCTCACTTTTTTTCTTCTTTTCTTTCTTCTCCAAGCCCTAAGTGTT ATTCTAACTTTTCAAAAATGATCTAAGACTTACTTTTACCCCAAATAAACCCTTCAAACG AAATAAGAAATCAATTGATGAAATACTAGTTTGACCTTCCCTAAATTAGGATTGGGACTT TCTTCAATCCAACAGCCTAACTTTCGAAAGACATAATTCACTCATACGACATCAAAATCG CGAAACTCGGCGGCGTTGGAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.993 1536 1950 match_part 0.984 2031 2352 match_2 match_part 1.000 1558 1950 match_part 0.993 2031 2329 match_3 match_part 1.000 1558 1950 match_part 0.959 2031 2326 match_4 match_part 0.971 1611 1950 match_part 0.954 2031 2465 match_5 match_part 0.968 1611 1950 match_part 0.960 2031 2327 match_6 match_part 0.968 1667 1950 match_part 0.956 2031 2485 match_7 match_part 1.000 1943 1950 match_part 0.994 2031 2710 match_8 match_part 0.998 2033 2550 match_9 match_part 1.000 2056 2590 match_10 match_part 1.000 2059 2292 match_11 match_part 0.946 2071 2682 match_12 match_part 0.994 2407 2727 match_13 match_part 0.988 2409 2826 match_14 match_part 1.000 2446 2829 match_part 1.000 4147 4296 match_15 match_part 1.000 2459 2829 match_part 1.000 4147 4521 match_16 match_part 0.996 2564 2829 match_part 0.989 4147 4508 match_17 match_part 0.848 2613 2829 match_part 0.976 4147 4515 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_18 match_part 0.926 15316 14842 match_19 match_part 0.945 15317 15080 match_20 match_part 0.911 15847 15444 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 1536 1950 exon 2031 2829 exon 4147 4521 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 15317 14842 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 15847 15444 RepeatMasker tomato repeats master Gypsy00205 6190 6788 1 Gypsy00205 6190 6788 1 nucleotide_motif 2444 7195 7812 HELITRON7_OS 1607 1685 1 HELITRON7_OS 1607 1685 1 nucleotide_motif 401 9631 9710 Unknown00040 4371 4503 1 Unknown00040 4371 4503 1 nucleotide_motif 579 10068 10196 TONT1_LE_LTR 650 836 1 TONT1_LE_LTR 650 836 1 nucleotide_motif 669 10392 10574 SINE_SO 9 188 1 SINE_SO 9 188 1 nucleotide_motif 293 12490 12659 Copia00005 15 148 1 Copia00005 15 148 1 nucleotide_motif 376 13293 13420 Unknown00029 3372 4075 1 Unknown00029 3372 4075 1 nucleotide_motif 1877 13865 14556 Copia00042 1 1776 1 Copia00042 1 1776 1 nucleotide_motif 10895 14556 16433 Unknown00029 4040 5684 1 Unknown00029 4040 5684 1 nucleotide_motif 5188 16410 18079 RepeatMasker tomato repeats master Gypsy00046 4098 4178 -1 Gypsy00046 4098 4178 -1 nucleotide_motif 397 9701 9616 Copia00110 2732 2827 -1 Copia00110 2732 2827 -1 nucleotide_motif 487 10153 10058 Unknown00020 1 373 -1 Unknown00020 1 373 -1 nucleotide_motif 1108 10514 10144 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1367 11959 11715 Copia00198 388 778 -1 Copia00198 388 778 -1 nucleotide_motif 1426 13782 13446 Gypsy00077 5249 5347 -1 Gypsy00077 5249 5347 -1 nucleotide_motif 356 18189 18091 Gypsy00107 10732 10876 -1 Gypsy00107 10732 10876 -1 nucleotide_motif 609 18445 18300 Unknown00029 3556 4569 -1 Unknown00029 3556 4569 -1 nucleotide_motif 3131 19701 18683 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1009 14555 15646 match_2 match 1364 14555 15547 match_3 match 1455 14555 15547 match_4 match 1352 14550 15542 match_5 match 1554 14787 15871 match_6 match 1602 14554 15844 match_7 match 1859 14575 15880 match_8 match 1189 14555 15542 match_9 match 1243 14555 15542 match_10 match 2087 14575 15879 match_11 match 1189 14555 15542 match_12 match 1148 14555 15542 match_13 match 1197 14555 15547 match_14 match 3384 17702 19459 match_15 match 2795 1 1431 match_16 match 1191 14555 15542 match_17 match 1298 14557 15542 match_18 match 1247 14555 15540 match_19 match 1269 14555 15547 match_20 match 1403 14711 15886 match_21 match 1235 14554 15542 match_22 match 1360 14555 15542 match_23 match 1140 14555 15542 match_24 match 1616 15399 16432 match_25 match 2611 14555 16212 match_26 match 1429 14692 15886 match_27 match 1372 14711 15803 match_28 match 1883 14555 15860 match_29 match 1447 14554 15595 match_30 match 1392 14692 15866 match_31 match 1249 14562 15595 match_32 match 1275 14557 15595 match_33 match 1308 14552 15595 match_34 match 1409 14554 15547 match_35 match 1447 14555 15547 match_36 match 1271 14778 15854 match_37 match 1324 14552 15542 match_38 match 1802 14555 15886 match_39 match 1231 14555 15542 match_40 match 1671 14555 15643 match_41 match 1558 14692 15844 match_42 match 1671 14555 15643 match_43 match 1251 14555 15542 match_44 match 1259 14555 15542 match_45 match 1352 14711 15871 match_46 match 2099 14555 15879 match_47 match 1394 14555 15547 match_48 match 1711 14554 15705 match_49 match 1901 14555 15879 match_50 match 1972 14555 15879 match_51 match 1855 14555 15866 match_52 match 1342 14711 15866 match_53 match 1203 14553 15646 match_54 match 1342 14711 15866 match_55 match 1409 14555 15866 match_56 match 1122 14555 15542 match_57 match 2413 14555 16430 match_58 match 1911 14557 15871 match_59 match 1457 14555 15879 match_60 match 1376 14787 15879 match_61 match 1433 14555 15547 match_62 match 2070 14555 15877 match_63 match 1572 14555 15547 match_64 match 1675 14555 15547 match_65 match 1176 14559 15642 match_66 match 1197 14555 15642 match_67 match 1784 14550 15884 match_68 match 1043 14555 15646 match_69 match 1740 14555 15905 match_70 match 1740 14555 15905 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 1009 916 1424 match_2 match 957 1493 1979 match_3 match 817 1996 2415 match_4 match 1088 2452 3000 match_5 match 712 2452 2822 match_6 match 1489 4300 5050 match_7 match 291 13136 13282 match_8 match 942 13327 13801 match_9 match 783 13327 13729 match_10 match 1213 13755 14366 match_11 match 1189 14066 14665 match_12 match 1027 14462 14979 match_13 match 868 15054 15491 match_14 match 1435 17703 18433 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.993 1536 1950 match_part 0.984 2031 2352 match_2 match_part 1.000 1558 1950 match_part 0.993 2031 2329 match_3 match_part 1.000 1558 1950 match_part 0.959 2031 2326 match_4 match_part 1.000 1943 1950 match_part 0.994 2031 2710 match_5 match_part 0.998 2033 2550 match_6 match_part 1.000 2056 2590 match_7 match_part 1.000 2059 2292 match_8 match_part 0.994 2407 2727 match_9 match_part 0.988 2409 2826 match_10 match_part 1.000 2446 2829 match_part 1.000 4147 4296 match_11 match_part 1.000 2459 2829 match_part 1.000 4147 4521 match_12 match_part 0.996 2564 2829 match_part 0.989 4147 4508 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_13 match_part 0.926 15316 14842 match_14 match_part 0.945 15317 15080 match_15 match_part 0.911 15847 15444 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 1536 1950 exon 2031 2829 exon 4147 4521 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 15317 14842 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 15847 15444 AUGUSTUS_tom_cdna de novo AUGUSTUS_tom_cdna de novo gene_1 gene 1 1201 4254 transcript_1 transcript 1201 4254 CDS_1 CDS 1201 1384 CDS_2 CDS 1512 1950 CDS_3 CDS 2031 2829 CDS_4 CDS 4147 4254 stop_codon_1 stop_codon 4252 4254 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 1 1201 4291 transcript_1 transcript 1201 4291 CDS_1 CDS 1201 1384 CDS_2 CDS 1512 1935 CDS_3 CDS 2031 2829 CDS_4 CDS 3091 3137 CDS_5 CDS 4147 4291 stop_codon_1 stop_codon 4289 4291 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 1 1201 4254 transcript_1 transcript 1201 4254 CDS_1 CDS 1201 1384 CDS_2 CDS 1512 1950 CDS_3 CDS 2031 2829 CDS_4 CDS 4147 4254 stop_codon_1 stop_codon 4252 4254 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 1332 1384 match_part 1.000 1512 1862 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0239P14.1 type gene exon 1332 1384 exon 1512 1862 AUGUSTUS_tom_pot_cdna de novo AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1201 4254 transcript_1 transcript 1201 4254 CDS_1 CDS 1201 1384 CDS_2 CDS 1512 1950 CDS_3 CDS 2031 2829 CDS_4 CDS 4147 4254 stop_codon_1 stop_codon 4252 4254