C03HBa0088L10.1 AAGCTTGCTATACACCCGAAGGCAGTATGTTGCTACAAGTAAACATATCTCTAATATGTG TTAGTATAAAAGTTGGGCAATGCTAACTAGATTTATGTGATTCTATAAATAAGAAAAGGA ACAGGTATAAAGAAATTTCAACAGAATTGAGATATATGTAAGCATAAACTTAATTTATGG CTGATTCTGACAGGTTTTGTAAGTTGTAACAATTCTAATCGGTTAACTTGAAAAGAAATA AGATTCAAAAGTATCACCATTCTAGCACCCGAGGGTGTGGCGCATGTCGCAACACCAATG AAGTTTGAACCATGAGAGAGACTGGGGTTCAAATTCCAACATGCGCAAGAAGTGTGAGGT AATTTCTTACTATTTGTCTGAGCCTTGGTGGACATAATTATCTAGTATTTGTGTTGGTGG GAGGTAGTAAGTACCTGAATTAGTCAAAATGTGTGCAAGCGGACTTGAAACCACGGTTAT TAAGAAAAAAGCATTAGCACTCTATTCTCCTTATTTATTATCATGGAAAAAATCCATTAT GTGATTTTGTATCATCTATTTAAGCATTGGTGAACAGAATTACCCCGTATTTGAACTAAT AGAAAGTAGTACGAACCCGATAAATTAGTCGAAATGCACCCAAGTTGAACTGGACACCAC TGTTATCTCAAAAAGTAAAAAAGTATCACCACGAACTTATTTATTGTCATTGGAAGCAAA AGGTGAATTCACACAATGAAGTAACTGACGGCATTTTGCTACTTATTAGTCACATCACAT TTGACAGACATTATGTAAATAACAAAAATGAGTTAATGCACTAGGCATGCTTGCAAGTTG CAAAAAGTACCTTATATAGCGAGGTATGGAATCGGTGGCAGTATAAATAGAAGGATCCAA GTCATGTTGATTCAGAAAATCAAGAAAAGCATCTGGCAGAGGCAAACTTGAGGTTTCTTC CACATCCATCATCACAAAACTAAAAAAAAGACAACAACTTTTATCAAGTCAAGAAAGTGA AACCCATTATTCCTTTGAAAAAAACTCTTCAAACATAAAAAACCCTACTATGTCTTTCTA CCCACATTGATAGGGGTAAGGTATGTGTACGCCCACCCTGCCAAGACCCAACAACTTACC CAGTGTAGACTAACAAAAACAACAACATACCCACTGTAATTCCACAAAGCAAGGTCTTGG GAGAATAGAGAATACACAAACATTAACCCAACCTCATAGATAGTTATTAAGACGTTGTTT CCCATAAACTTTCAACCAAGAAACACAGTTCAAAAAGAAGTAACGGAAGTGAAAGCATAA CAAAGCTTACTAAAGCAGTAACTACAACAAAATAATCCCCTGGGCAAATTGTTGTTTGTT TGTTATATTTAAGTAGATTTTTAACATACTTAATGTAGATCCAACAACATACCCAGTGTA GTCATACCAAGTAGGATAGAGTGTACATACACCTTACCTCGACCTCAAAGATAGTGAGTT TGTTTCCATAGAGAAAAACAATTCAAAAAACGCAACCTAATTGAAAGCTGACTTAGCAGT AACTACAACAAAATAATCCCGGGAAATTTAGTTGTTTGTTTGTTGTTAAATTAACTAGAT TTTAAACACAGATACATAATTTGGGCCTAAATCTATCATGTTCAACCAAACCCGCAAAAC TAACACTCTAGCTCCGTCTCCGGCCGCCGCACTAACAAAAGGGAAAAAGGAAACGAAAGC AGTAAACAGAAGTTCGTCGGAATACCTGAAGAAAAAATTGTCGAAATAATATGCTGAAAT ATTGTTGTTTCTGTACTCAATTTTACAATAACCAAAAGAAACTGTATAAATCGAACTACG AATGCTTTTCCATAATCTCCATGAAAACTCCAATTCATCTATTGGGCCTGGGTCGGACTC CAGTGAAAAAAAGACCGTTTTTACCCTTGAACTATTCGAAATAGAATAATCTTATGTTCC GTTATAATCAATAGATATTGCTAATATGAAGAAACAATATCAAATGTAAGGTTGTTTATC GATGATTCAATTCGATTTACTGTAAAATCTCTATAAATTAATATAGGTTGGATCAAGAAA TTTTATTATTTTATAGAAATATTATTTAATCGATAAATTGATATTTATTAATTTAAAAAA CGATTTGAGATTTGATGAAGGTTAATGTTGATTATATAAAATAATTATATCGTACTAATA TATATATTATATTTATTGATTTCACATAAAAAGTATTACACATAAAGTGCAACGAATACA TCAAAATAATTGTATCTTACTAATTTCGACTTTGTGAAGTTGTGATAGTAAGAGATTATG TATGATCGAGCAGATTTTATCGTAGGAATTAGAAGGCTATGAAGTAGGACAAATTGATCT AACAAAGATCAATATTTGGATGCTATCAATTTTGCAATCCCTGTTATTTTAAAAAAGATA TTCAGCAAGAAACAATACAACAAATTGTTTTCGACACTGTAAAATTTATTTGGGGGACGC AATTTCAGGGACTTTGAATGAACTACTTGTGAAAACATCATTCATGAACTTGAGGTCATT ATTAATGATCTCTGTTACCACAATAAAATGGATGATAATAACGTGTTGGATAATTCGAGT GAAAGTGATACATGTTCAGAGGACTAGAACTTAGAAGTAATTGCGGATACCATCAGAAAA AGTAATGTTGATGATAAAGTTGAAGAAGATATTATACATTTGGAACCAGTTGCGCGTAAG AAAACACTTATCGCATCTAGAACTCTTCACAATCTTATAAGCAATTTGAAAATATTAACA CCGGAGCTCGTGGATGCAATAAGAAAAGTTAGAGATGAGCTTCAACCATATTTAAAAAAA AAAAAAAAGAGAACACAATAGAATCATATTTCGCTAAATTGTCTACAAATATATGTCTTT TAAAGAATTATTAATTTATGATATTAATAGGACCATATATTTATATAGAGATCTTCTGAA AATATATTATCTTATTATCTTATCGAAAATGATGAATTTTTCAAGTGGCCCAAGTTGAAA CTAAAGGAAAATATTATTTTAGAGAGATTATTAATTTATCAAGTATTAATTTATCGAATA TTAATTTATAGAGGTTTTACTGTATATGTTATGAATTAGTTTTATTAGTTATTGATTAAT TGCTAAATATGAGTGGTAAATCAGTAATTTTTAATAATTTAGTCATTGATAAGTTGATAA AAAAAATGTATTGAATCAATGATCAATTTATTTGCTAGATTTTTTTTTCTTTTGGTTCTT GATTTCATTTGTAATATGGACTTTCGTCAGCAATGATATCTTTTTAAGTTAAATTAATTA TTTTTTTACTTTTAAATTATGATATGTCATCACTCCATCCTCAAGTCACTTGGATTTGAG TTCTAAATTGTGAAACTATTAATCTAAATTGGATTTAATTCGAACTATTTAACCTTAAAA CACTCATGATGTTTTATCGATATATTGATATCATTTCAATATCATATAGGTCTGACCCTA ATCGTTTATGATACTTCGTCGGCATATTGTTACTCTATTTATACCAAATAATTAAGACAA AATTATCAAAGTCAAAATTTTATTTATTAAAGTCTAAATTAGTAGATTTTTTTTTTAATT TCTTGCAATTTTATTTTTTAAAAAATATATCTAAATTATGACTCTTTTTAAAATTATTTT TAAATTAAAATATTGAAAAACTATAACAAATCTCAATGATAACATATATGATATATCGTA ATGATATCATAGAAGATTGAGTAATCTCATTGGATGACTCAAACAAATCTATAAAAAAAA ACATTGTTCAGTTACTCATTGACACTATCATATTATATTATACTTTAATGATATAACCCT TGGTTTGGATCATTGCTATTCATTGTTACTTATTGTTTCATATAGTATTGTATTGTATTG TACTCTATTGTGTGGTAGATACAATGTTTGGCTAGACTGTATTGTTTGTTGTTGTTTAAT AACTTTTTAGTCGTTTGATTTGATTGTATCGTAATGTATTGTATTTTATAAATTTACAAA AATATCCTTAATTATCCTAATGTAGGAGGTTTGACTAAATTTAAATAATTAAGGTAAAGG GTAAAATAGTATTTTGAAATATTATATAAAGATATAATTGAAAAAAGAAATTAAGTAACA ATGGGAATACACCAAATTGGTTGTTCCATAAAATAGGGGTTTCCATTGTTACGTAACAAC GAAATTTAACAATAAAGTATAATACATTTTAAGTAACAATCAAAACAAACATTGTAGGTA TAGTAACGATACAATACAATACAATGGATAACAATGATCCAAACATAGTCTAAGGAGGAG GAAGTCGACCTTCAATGAAGACACTGCTCACTTATTCATACTAATATTATATTCATAGTA ACTATGATATATTGTGATAGTATTAGTGAGAAATAAAAGGTTGGACGTTGAGTTAGTTTG ACTCAGCAAAAAATTTAAGAAAGAAGAAACTGATTGTCTAAAATAAAATACTCCCTCCGT CTGATTTTATGTGGCATGATGTCCTTTTTGGTTAGTCTGTCATATTTCCTTATATAGTAA GTATTTAAAGGTATAATTTCTCTTTTACCCTTATTGGTCCCACTTAATTTTCTAATATAT TTATGAAGAGAGAGAAAAGTGAGTTACTTTTTTGAAGTGTAATTTGGTAAACATTTTAAA GTCTTCATTATTTCTTAAACTCCGTCCCAAGTCAAATGTTGTCACATAAAATGGGACGGA GGGAATAAGTGATAATATCTGTATAGCTAGAATTTATTTTTAAAACTAAATTGTTACTTA TTATATAATTACGTTATTTTTTTGAACAGATTAAAAAGAAAATTAAATAATAACTTGTTC ATCAAGTAAACTTTATTTTGTTGTTGCTCAAACAAAAATTGATTCTGCAGAATTTTAACC TTGTGAGTTCGTTAACAATGGTGGAGGAGGTCAGATTTTTCCCCTTTTTGTTGTTATGAA TACTCAGTGCAATCTGTAAATTCAAGTTTTGCGTTTTCTATTTAACAATTTGCATATCCC CGTTGATATTTTTTTCGTAACTGTTTTTTATTCAGGCTGTAATGATCTGTATTGATAATT TTGAATGGATGCGTATGGTGATTATCGCAACCGGTTTTATGCACAATATTCGGCTTTTAC TTCGATTTGTGATTTTAAACACATGGTTGGTAGTGTTTTGCCCATTGCCAATTGTTTTTT AGTTATACAAAACTGCTATTATCAGTGCTTATCAATGGCGAAATGTTAACATTAGAAAAA ATTGTGAAGTTTGAAGCTCAATACGACGATGTTAGTTTCATTTGTGGTGCTACAATCCAA GTAGTTTATTCAACTTTTGAATTGTTTGTTGATAGGATTTCGGGTATAACTGATTGTTTT TGAGTTACATAAAACTGCTATGCATCAGTGTTTATCAACAATGAAAGTGAGCCCTAAAAA AGACTAATAGTGTAGGGTTTGAAGCTCAATCTGATGTTGTTAGTTTCGTTTATGTGGTGC TAAAACACAAACAGTTTATTCAACCTTTGAATAGTTGGTGACAATATTTTTTGCCATAAT TATTTGTGTTCGAGTTATATAAATTGCTATGAATCAATGTTATCAAACGAGAAGTGAACC TTTAGAAAAGGACAAAGTATAGTGTAGAGTTTAATGAAAGAAAATGCAGTTGTAGAAATT ATATAAAAAAAAGTATATATGTAATTCAAGAACAACAATGGTAGTCTACTAACTGAAATA GTTACTGGTTAGTGGTATGCTTTTCAAGAGGGAGCCCATGGGTAATGAACACCCGCCATA AGTACTTTGATGCAGTAAGCTCAACATGTTCTGCATCTAGCTTCTGGGCTTAAATGTGCC TCAAATGAGTTTTTGACAACACTGTTGTGAATATAATCAAAGACTTTTCTAAAAATACTT ACTTATAGAAAGTTTGTGAACTATCACTAAGTAGTGGATGTAATGGTCCTCCGTACCTAC TGATCATGAATTTTACTCTTCTTAGGATTTTCGTGAATAGCTGACTCAATGACGTTACAT TGTATTTCAGCAATTTCTTACCTTTTAGTAAGCACCGAGTCTATACTCTTGACTGTTCCA TTGTATGATTTGGTTAATCGATTTGCAGGCAAACGCTGAGAGTACAGTCGGAGCATTAAC CATGGTTGGCAAATGAGTTCGTGTATTAATCACTCCAACCAGTGTTTCGAAGAAATGTTA TCTTGCAGTAACAGTAAGCTTCTATGCATGACTATGCTTTTCTTCGTAGTAATTTATTAC TCTGTAGACGCCATTAAAATCACTTCTATCGATTTGCAGCTTGCTATATTGACATTAGAT TTAACGAAACCTAGGCTTACTAGAATTTTATGAGATTATGATGCCTAGAACAAGTATGGA AGATACGTGATTGGTTTTGAGTAATGACTCTATGCGGTTCTAGTGCCACTTCTGTAGGAT CTTGACAAAGGTTTTTCCAAATTTTACTATTTAGTACTCTAGATTTGCTGGTGTTCACTT GTGTGTGCCTAAAGACACTTGTTTCTTCCAGTTCAGGCTATTCGTTCTTTACCATTTTGC AATTACATTTTTGTCCTACGATAGAAGATTTACATAAAAAGGTTGCCGATATTCCTGATA TCACCACATCTTCTGTGATGAAACCTACTTATACCCTTCATAATTTTTTAAGTTATCCAT AAAATTTGCAGGTATGTGTATCTATGAAAAGAGAGAATGAAAATGTGTGTTTTGCTAAAT AAGATGTAATAAAAGATAATTTGTCCCTACAGTGTCTGATAGCATTTTTAGTCCCTTACT CGGCAAAGGCAGAGAAAGAAGCTTTTGAATGCCAATTGAATGACATGTACCAAACGAAAC AAAATAAGAAGGCTGACTTTCTTAGGATGAAATAATGAGTGTAGGATAAAGACCTGCAGT TATGTGATATGAATAACATATTAGTACAACATATTGGGAGACGGAAAGAGCGGTAATGAA TAAGAGCCCAAAATTTGAACTGAAAGGACTGGTAATGCCTAAAGGATTGGGAAAATAATT GAGGATTTCTTTTTTATTTTCTGCCTAGAAAGTCAGTATTATCCTCGATTTGACTTCCTG AGTTAATAACTACTCATTTATATGTTGTATTAATCTACTTGCAACCACAATAGAATGTCC ATTGCCTCCCTATTACTTTAATTTTATTCAACTGAAGAAGGTGATTATGGAAAGATAATC TCAAGAAATTGACGATTTTGAATCTGAATGCGCTTTCCTCAAGTCGAACGACTATAGATC CTAGCCCGACGAGAAAAGGGTTTCCACTACCAGTGTGAACATTTTTTCTTCTTTTTAGTA GGGAAAAGGTTATGGGGGAAAAACTTACAAGGAAAATCGAATTCTCGCCAATAAAGTGAA AGTTTAGGTTGCCAACTAATTGTGCTACTATGATTCTCCTAAAGCAATGTATACTTCACT ATAATGTCTATATGATACTCACATCAGCTCTGCTTCCCTGAGTGGAGTGTCTGTTGGAAG TTTTTTCCAGAACCTTATAAGGAGTTCCTTGCGCTCCAGAGATTGCTTCGAAATAAGATC CTTGCGTTGACCCTTTCCTGAACCAGAACCTGGGAAGGATGAGAGGATAGGGCAAAAACA GGGGGGGCGAGGGAATTAGAAAAAATGCAAACTGTTTCTACTTTTCGTAACCAGGCTATC TACCGCTTTTAAACCTGTTTGCATAGGCTCGTGCACTGATTTACGTTCAATAATCCCAGG GGCTTTCACTTCAACACGTCTTCGCTCGTGATCGCTTAGAGCCCCCCTTCCATCAATAGG TACTCCCAAGTCGAGTCTTATGTCGGTCATATAGAACACCAACACATAGAAAAAGGGCTG AAGAAACCAGTCCATGACTTGACATCGGTAGAATGCTACCTCCAATTCCCTGTATGTTCG ATACTTGCCCCCTTTTTCTCACTCTTTTGGTGGTTTGTCAATTTGAATCTATTTTCTTTA TTCTTTGTCATCTTCAGATGTTTTGTTAACTATATATTGTCTAGCAATCTCCTTTTAATA GTTCCATTTCAATTTCTTATGTGATTGGCTTTTTCTTACCTTTCTTAGGATTAAATATCG GTGGTGACATGAATTTGGCTGCTGAACTACATGTGGCACAGTTGGATCTGAAGCATCGAC AAAACAAAAAGCATTATCAGAGGATCATTCTTTTTGCTGGCAGGTAATGACTTCTTCCTG AGTAATTGTTGCTGCCTCAACTATTGATTTTTTGTCTTTGTATTGACGTTTTGTTCAACC CTGTTAAAGAAGACAAAAAATTCTTGGAGATGATTGGAAGAAAGTTGAATAAGCATAGAG TAGCTCTTGATGTTATTAATTTTGGTCAAGAAGATAACAGGAAGGCTGAGAAGCTGGAGG CATTAGTTGCTCCAGTAAACAACAATGATAACAGTCACATCATTTATATTCCTCCTGGGG CTAGGAATCTTTCTGATGTGCTAGGAAGTTTGTTAGCAATATATTACCATCTATTACTTT GAACCAGATAATCTTCATAACATATCATATTGTTCATCTGAAATTGGCAGGAATCCTATC TTTACTAAAGATGTTGACTCTAGAAAGAGATTTGTTGTAGTTGCTTCTGGTGAAGGGTCT GGCTATGATTTTGGTGTTGATCCTAACTTGGATCCTGAGATTGATCTGGCACTTCGAGTT TCAATGAAGGAGGAAAGGGATAGACAAGCAACAGCAACAAAGAAGGATGCACAAAAAGCT CAAAAACAAGAAAATGGAGAAATGCAGTCAACTTCCCAGACCATTATAATGACTGAAAAT GTCAGTGCCCGAAATTCTGAAACTAAAACCAAGGCAGTTGATATACTGATTGGTGTCCCA CTATTTTAGAAATTTTTGAGGACCTTCTCAGTTATATTAGAAAAATTATTAAGATTAAAA GAAGAAACTGATATTCTTTCGAATCTTCATTTGTCATTTTATTTTTTATGGTGAAGACTG GCGGTTCCATTTGTGGGCACATGACATATGTATGTTAAAAATGATAGGTCCTTTACTGGC AATCATTAAGGCTTGTCTTCAATTTTTCTCAACGTATTGGAGCTTGAGACTATATGGAGA TTTAAATCTCTAGTAGGGATTTTACACACGACCATGTATGGAAGTAATACCAAGCCTCAT CTGTGAGGTGTTAAGTTCCACATTGTCCTGGTGGCTGGTGCCTATTGATTGTCCAAATTT GGAAAGGTTCCAACTTGCATGTATACACACTCTTTCTTTTTTTCCTTTTTATTGAGGGGA TGGAGGAAGGAGGATAAGAGGGATTGTACTTGTTAGCCAATTATTGGTCATGTACAAATT GATTTGTGGGATTTCTTGAATCCTCTATTTTGTCGAGCTTAAGAAAGAAACATGGCCAGT TAGGATTCATATGTTTAACCTCAACTTGTTTGGGATTGATACAGAGTAGTAGTAGTTGAT GTTACTTAAATCCTTTATTTCTTAAGTGTGAAAAAGATAGATCTTGAGTTTTAAACACAA CCCTAAAAAGTTAACCCGTAGGTGAGCATTGCCCAAGACGATAGTATAAGGAGACAATTA CCCATATCCTTAATGCAATATGGGAATCTGACATTTCTCCTCCACATGCCAAGGGCATTT AAAGCATGGATAATGTAAGATGGTCCTAGCATTGGGTAAACCAAGTATAGAGATGAGTCT TGTTCTGAAACCATGTAAAGAAAGAGGGATCATAGGCCTAACTTCACCCCAAAAGTTAGC TCATGAGGTGAGAATTTCCCAATGACATATAAGGAGACAATAGCCAGTACCCTCAACCAT TGAGACTATTAACATAGAGTATACTTATATGTGATTATGATGTCTTCTGAAATTTTATTT TTATCTTCTCATACCTAGCAGAGAAACTTGTAGATATAGAAATTTTCAAGAAAATGAGTT AAAAGCTTATAGGTTTTATAATGTCTGGCCTTTTGTTACACTCCCCAATGAAAAGTCTTG AACAATAAATTTGACCTATTGCAGGATAATGATCTTCCCCTGTTATAATGAGCACTTATA ATGTCGAAGGGTGATTCTGCCTCCAACACCGCTGCTAGAGACACAGAAATGTCAGAAGCA GATTTTGAAGATCAGAAGTTCCTAGTAGGTTGGTTAATATATTGGCATGCCAAATTCTGT TGTTGGCTTATACCATTAGGTCATAGACATACTTTTCTTGTAAAGTTTTTGGAACTGGTA AAGTCAAGTTCTTTTTACTTGTCTTTTCAATTGATTTCTTGTATATCTTCTCATTAATCT ATTTTTGAAACTTGTCAAATTTAATAAATTTTCACCTTGGCAAGATTTTTCATTTTCAAC TTTCTCTCAATAATAATTTTGATTGTGTCTTCAACCTTAATCTTCAATGTTCAACAATGT TGATCAAGTTCAAACAATGTTGAAACTTGAGCGCAGTCACCACTTTTATCAATATATCGG CAGGATTATCCGTAGTATGAATTTTCTGCATTATGACTCCACCATCTTTTATAATGTCTC GTATGAAATGATATCGGATGTCAATGCTCTTAGTCTTTGCATGATAAACTTGGTTCTTTG CTAATTGAATAGCACTCTGACTATCACAAAATATTGTGATTCATTCTTGTCCAATACCAA GCTCTCTAAGCAATCCTTGAACCCAAATTGCTTCCTTCGCAGCCTCTGTAATTGCCCTAT ACTCTGCCTCAGTGGTAGACAAAGCAACTGTTGACTGCAAAGTAGACTTCCAACTAACGG GTGCATTTGCAATAGTGAAAACATAACCAGTAGTTGATCTTCATTTGTCCAAATCACCTG CATAACCTGAGTCACAATATCTAACAAGACATTGACTATCTTTCTGCTCGAAAACCAAAC CAACATCTACAGTATTATGAATATATCGTAGAATCCATTTTACACCCTGCCAATGATTCT TTCAGGATTATGCATGTACCAGCTGTTTTACTTTAAAAAATACTACTATTTGTTTAAAAA TGAAAGAAATTGACTAGGTTTCGAAAAATCAATTAATATTATTATTTAAGAAAAATCGAC TTTTCAAATTACTGAGTCGCCATTTGATTTTGATAAAATCAGTAAAAAATTTCAAAAGAT TTAAAAATAGATTAAAAAATCGATTGAAAAGGTTCAAAATTCAATGTACATCCCGAGAAG GTATTAGGCCCTCGGGATGCCCGCTAACTCGCGGTTGACCGGCGATTTGACTGAATGACT TTTTTTAAAATAAAATTTTTACTTAAGTAAAGAGAAAATTCATTTTAATATTTTTTATTT CATTTTTTTTATTTCTAAAGGGAGATATTTAGAGGGAATTAATTTAAGGAAAACTATATG GTGATAAAAGTAAATAAAACAAAATAAGTAAATAAAATAGTAAAATTTAAAATAATGAAA AATGGCTACCCTTTAGGAGATTATAAAAATTCTACCAAATTGCTTCCTTCGCAGCCTCTG TAATTGCCCTATACTCTGCCTCAGTGGTAGACAAAGAAACTGTTGACTGCAAAGTAGACT TTCAACTAACTGGTGCATTTGCAATAGTGAAAACATAACCAGTAGTTGATCTTCGTTTGT CCAAATCACCTGCATAATCTGAGTCAAAATATCTAACAAGACATTGACTATCTTTCTGCT CGAAAACCAAATCAACATCTACAGTATTATGAATATATCATAGAATCCATTTTACAGCCT GCAATGATTCTTTCAGGATTATGCATGTACCTACTTACAAGTCCAACATCGTGCAAATAT CAGGCCTTGTGCAAACCATTGCATACATCAAGATACCAATAGCATTCGCGTATGGTACTC TTGACATATATTCTTGTTCAACTTCATTTTTAGGTGACATAGCATCACTAAGCTTAAAAT GAGGAGCAAGCGGAGTGCTAACCAACTTCGTTTTTTCATTCATATCGAATCGGTTTAGTA CTTTCTTCAAATATTCTTTCTGAGATAAATAGAGTTTCTTTGAGTGTCTATCTTTTTTTA TCTCCATGCCAAGAATCTTTTTTGCCTCACCCAAATCCTTCATCTCAAACTCATTTCTTA GTTGAATTTTTAGCTTCTCAATTTCCTCTTGACTTTTAGAAGCTATCAACAGATCAACAT ATAGGAGAATATATATAAAGGAATTATCTTCAAGCTTGCGCAAATACACACAATGATCGT ATTTGTTTCTTATGTACCTTTACTGCGATATAAACTTGTCAAATCGTTTGTACCATTGTC TAGAATATTGTTTCAATCCATACAATGATTTTTCAAGTTTGCACACCATATTTTATTTTC CATCAACTTTGAATCCTTCTGGCTGAGTCATATAAATTTCCTCTTCCAAGTCTCCATGTA AAAATGCAGTCTTTACATCCAACTGAACTAGTTTCAAATTCAAGTGTGCTACCAAAGCCA ACAACACTGTAATGGAGGAATGTTTCACAGCCGGAGAGAACACCTCATTATAATCAATTT CCTCCTTTTGAGCATATCCTTTGGCCACCAATCTTGCTTTGTAGCGAACATCTTCTTGGT AGGAATGTCATCGGCTGCAATTAAGTTAGCACAAGCCACCATATCTATGAGTCGAGCAGG TTTTCTTATTGTCCTTTTTGGCTTGGTCGTTGCTATTGATTCAAGTTGTGGTTGAGGTTC TTAAGATGGAACCTCCTCTTCGGCTGGCTCTCCTTCAAGAGAAAAATCTTTTGTTGTTTC CTCGTTTGATCCATGAGTTAGGAAAATTATCTTTCCCTCAAACTTCACCTGCTTTGAAGC ACCATCAATTTGTTTGACTTCTTTAACTGTTACCTTATTTGTCAAGGTAGATTCATCAAA GGTAACATCCCTGCTGAAAATAACTTTTCTCATCTCTAGACACCATAAACGGTATCCTTT GACTCCAGAAGCAATTCCCAAAAATAAAGTTTTCTTTGCTCTTGGGTCCAATTTTGATTC TCTTACATGATAATATGCAATTGATCCAAATACATATGAAAAATCATAATCTTCAGCAGG TTTTCCATACCATTTTTCAAATGGTGTCTCCCCACCAATAGCAGCAGATGGTAGAAGATT AATGAGGTGGCATGTATGTTATTGCCTCAGCCCAAAATTCTTTGCCCAAGCCAACATTGG ACAAGATACACTGAACCTTCTCCAACAATGTTCGATTCATGCGTTCTACCACTCCATTCT GTTGTGTATTTCTGACGGTGAAATGTCTGACGATGCCATTTTCCTCACAAATTTTCTGAA AAATATCATTTTTGTATTCTCCATTATTGTCTGTGCAAAGACACTTGATCTTTCTGCCAC TTTGATTTTCTATCATCGTCTTCCATTTGAGAAAAATTTTCAATACTTCATCTTTTGTTT TCATCGTATACACCCCACAGTCTTCGGGAAAAGTCATCAACAAAGATTACAAAATACTGT TCCCCACCAAGTGAAGGCGTTTTGGAAGCACCCCAAACATCTGAATGAACATAATCCAAA ATACCTTTAGTATTATGGATAGTTGTTCCAAATTTAACCCTTATTTGTTTTCCCTTGACA CAATGCTCACAAAACTCCAAGTTGCAAGTTTTTACTCCTTTTAGCAATCCTTGATCTGAT AAAGTTTTCAAGGATTTTTCTCCAGCATGTACCAAGCGCATATGCCACAGCTTGATCATT TTTGCCTCCTTCTCGTCATTGGATGTTGTTGTTGTTGTCCCAATAACTGTACTACCTTGA TAGTGGTATATGTTATTATTTCTTCGAATTGTCTTCATTACCACCAGTGCACCAGAACAT ATTCTCATCACGCCATTATCTGCAATGAATTTGAACCCCTTTGACTCTAGGGCTCCAACA GAAATGAGTTTTTTCTTCAAATTTGGTACACATCGAACATCTGTTAATGTTCTAGTTAAT CCATCATGGTTTCTTAATCGGATTAAACCAACATCTTATGCGGTAAGAAGATTATTATTT GCGGTGTGAATAACTCCACATTCTCCTTCTTGTAAATCAACAAACCAGTCCCGATTGGGA CACACATGATATCTACAAGCTGAGTCCATCAACCATACACAGATGATTTAGATGGATATG TCGTAACTAGTGAGTAATCAGAGTCATCACAATCAGCCACATTTGAATCCATGACAGCCT TCCCATTGTTTGATTTGACTTTGCTATTCAATTTTGGATAGTCTTTCTACCAGTGCCCTT TTTCTTGGCAAAAGGCACATTCATCTTTGTTGAGTCTGGATCTTGACTTGGATCTCTCTT TCTTCGTTCTCATATGATTTAAAGAACAACCTCTCGCAATCAATGCTTCTGCTTCGCCGC CTTTATGTTTTTCTCTCTTTCTTTGTTCATAACTATATAAGGCAGAAAAAACTTCTTTGT GAGATATTTCATCATTCTCATGCAGTAGAGTCGTTTCAAGATGCTCGAACTCATCGGGAA GTGAACTTAACAACATTAAGGCCATATTTCCATCCGTAAAAGTCACGTTCATATTCCGCA AATTTGTCACCAACTTATTAAAACTAGTGATATGATCATTCATTGTGCTACCAGGAATAT AAGTGAAGCGTACAGTCTTCTTTTCATATAAAGTTTATTTTGACTGTTTTTCTTCAAGAA TTTTTCCTCCAATGAATTCCATAATTTATTTGCAGATATTTCCTTCGTGTATGGATACTT TTGTTCTCTTGCTAGGTAAGATCGAATGGTACCGCAAGCAACACAATTGATAATCTTCCA ATCTTCTTATCATACATTGTCTGGTTTCTTTTCTTCAATAGCAATATCTAGCCCTAGTTG AAAAGAACATCAAGGACCTCGCCTTGCCACATTCCGAAATGCCCTGACCCATCACAAATT TCAACAACAAATTTTGCATTTAACACAATTCTTGTCATAAGCGAAGATGTCAATGATGAC GTATTATTACACTTGATGTGGACTCATCATTTTTCTACCTTGACTCTGATACCAATTGTT GCGGAAGCCGAATATATAGAGAGTGATGAAATCACAACTACTATATCTAAAGGTAGCTAA TAAATAGTAAATGAGGCAACAACAAATAAAACACCAGAAATTAACGAGGTTCGGCAAATT TTTGTTTTGTTTTGCCTACTCCTCAGACACAAACAACCAATTTTTATTTCACTCTAAAAG AGTACAAGTAAAATATTACAAGAGAGAAAGAAGAACAAATGCCTTAAGAGATGAGAAGAC AAGTGAGAGGTGTGTTAGAAATGAATTAGGAGTTACCTATTTATAGGAGTGAATTCTTCC TATTGATGGCATCCATGACATCACAATATGTCAAAATTTCAAGTTTTACCTTGTGAAACC AATTTATTGTTCACCTAAGTTTCACCCACAAAAGGTGTTATCTTGACTTTTCTATCAATG TAGAATTATCCTCCTAAATACCATATCTTCTCATTAATCCATTTTTGAAACTTGTCAAAT TTAACAGTATATGGCGAATTTTACCAACTGTTGCTACATACATTCTATAGTATGTGCATG TCTCACACTTGAGGAGGTTCCGATAATTGCCAACTCATTCTGTAAATAGTTTGCACTTTG CATAATGCATTTGAAATAAGAAGATTATTAGTGTTTAAATGTCATATATATTTAAAGAAC TGCCTTCTTACCATACTTTGTCATCCTTTATATCATTCAAAATGATCTTTAAATGGCAAA AGGTGTAAATACAAGTCACTGTTAGTTACCTCTTAGATGACCTTGGTTAATCCTGTCAAA ACTTCAGTTGCTACAAATGGCTGTAACTGTGCAGAATTCTTCTTACAATGTAAGCCATTC GAGCAAAGGTGCTAAGTTATGCTTGATGAGATTATATCGAAAACCATGTTGTTAAAGTTC TAGTGTAGTGCCATGTCTATTTCTATCTGTGTCTTTTACATGTTATATGGCCAATTTGTT TGTATATTTCTAACAATGTATCGGCTTCGCTTAGTGGTGACGATAACTTAAATATTAGCT CTTTCAGATGTCAAAACAGACATGCTCCTTGAATTTCAGAAATATAGTCTAGTGCTTGAA AGTTAATCTAAGAAATGTGGCACCAGAAACATATGGGCACACCTACTTTATTGTGTATAA AGGTGTATCTAAAACACAATTCAAAGGGTCTTTTTTTATGCAGACTAGTTGGCTGGAAGT GATGATGTATATATATAACTGTCTTTTGGGTCAGGGGAACTCATTTTGTTTTACTAGATA CTTTGATGATTTCAATTTTTAGGCCAACAAGTTCAGTTGGTAGTCAAAAAATGATGCAGA ATGATGAAATTTGACTCTGTGGGTGGGGTTTATAGTGCTTTTTGTTGTGAAAAAAGAATT TAAACTAGTGCTAGTTACTCTTGACCTTGCTTCTCAATGTGATATATAGTGTACTTAGAA AATGTCAATTGTCCAACTTGTGTTTACTATTGCTCTGTATATGTTGTCTTCTTTTTGTTG GTATACCAGAGTTGACGGTGTTTTTTAGAACCTTGTAAGTTGGTTAAACTGACTTATGCA CGTATCTTTTGACTTATTTATGCATCGGATCAATGTGCTTATGAGTCAAGTGTTCGTAAG CCAATAAAAAAAATTAAAAGAGCTTATAAACTTATTGCATTGTCAACTTATGGTTGTTTT GTTTACTAATATTAAACTTTCTTTTTGTGTATTTTATTTGCTAGAATAAATGGAAACTTT TATGAAGTACTCTCCTTACAAATTTTAAATAGATACAAAATTTTAGTAGGTAAGAATTTT TAAAAGGAAAAATGTGGTGGTAATCATGTCATTTCATAAGATTTTTGAAATTAATAATCT TAAAATATTGTTTAACGTTTATAAAATCATAAAAACTTAATATGAAAAAGGAAAAAAGGG CATTAATAAAAAATGGCCCATGCAGGTCTCGAACCTGCGACCTTCGCGTTATTAGCACGA CGCTCTAACCAACTGAGCTAATGGGCCTCATGCTTTTCAGTCAATGCTAACTATATTTAG TTTCAAATAACTAAAAAAAACAGCACGGTTTCATTCAATATTAAACATTGAGGTTAATGA TTTTGGGAAAGAAGATGGATGAAGAAACTCAAATTTCAGCCATGAAAGATGATTATGAGG TAACAAAGTTCTCCATTTCATTCTTAGTATGTTTTGTTTAATCTTGTGATTACTGCTATC TATTTTTTGCTCTAATTTTTAATTGAAAAGGTTTGAGGAAAAAAAGGGTTAATCTCATAA TAGGTTTTATTGAACTTCAATATATATGGGAAGAGGAGAGGTTGAGGTAGGTCAAAAAAG TATCGGGAGAGGTGATTATACATGATATAGCGTAACTTTAGTTTATCGAGGACATGATAT TAGATAGGAGGATATGAAGATTGTTAGTAATTGATATGTTGTGTTCACTAGCGTATCCCC TTTTTCGTAAATACATTGATTTGATGCACTTGAGCTGAGGTTGATCGAAAATAACCTCTC TAACTTTCCATGAGGTAGAGGTCAGATGTGCATACACTCTACCCTTACCGAACCCCATTT TTGGGATTACACACCGGTTATGTTGTTGTTTAAGAGAATAATAATCATCAATTCGCTTAT CAGAAACAAACTCTCTACCTTCCAAAATAGAGATTGAATCTGCGTACATCGAGTCATACA TTACAAAATGTTCTTTATTAAGGATCAATCTAATCTATTTCATACCTTTTCGTCCCTAAA ACCTTTTCCTTGAGCCTAGGGTCTATCGGAAGCGACCTCTATCTACCTCCCAAGGTTAAG GTAAGGTTGCGTACACTACCCTCCCCTCCAAGACCCCACTTGTGGGGTTGCAGTAGGTAT GTTGTTGTTTTTTGTCCCTAAGACAATTTCGTTATACTCTGATAGATAAATAAAACTAAT GTATGAAATATAAAATGAAAAATACTACTCTGATAGATAAATAGTCCGTCCCTTAGTCTA GTCTCTATTCGCAGATGTTACAAGATCAATTCGGATCAGCTTTGGTTCGTACATAAAATG TGGTTGGGGGACTATTCTGGAGCTATTTAGCATAAATCGATACTGATTCCTCCCTTCTGT TGTTACTTTATGTTGAATTTGCTATTTCTTTCTTAAAACCGCTGAACTAGCAAATCACAT ACTGCTTCTGAACTTGATTTAACACTAGAGTTGTGGATCTTGGAGTTTCCGTGTGACCTA TAGATCACGAGTTTGAGCCGTGGAAGCAGTCATTAATGCTTGCATTAGAGTAGGTTGTGT ACAATCTACATCACACCCCTTAGGGTGAGCTCAGACACTTCGAGAGTTGAAACAGACAGA ATAAGGTGGGTAAATCGTATGATCCATGTCGTTTTATATTATACATACATAATATTTATG TTGGGATGCACATGCACTTGTTAACTTCAGAAAAAATCATGTAAATATACATACATACAT ACATATATATATATATATATATATATCTATCTTCAGAAACGGATAGAAAGTAAATGTAAC TAATAGTGCCCCCATAGAAAGCATGAAATGGTGTTTTGTATCGCTGGGACATGCTGAAAG CAGTGGCGTAGCTATCTATAGTGAGGGTGTCCAGTCGGAAAATAGCATCGTATTTATAAG TAAAATGATACACAAAGTGATTAAATAACAAACTTTGGACACCCTTGACAGAATAAGGTA TTGTAGCCCAATGACTTTTAGATTCCCTGAAAGAGCCCCTAAATGCATGCTCATCTGTTT GAATCTCACTAGCAACATCTTTTCCTTTTTTTTTTTGGACAACCTTCATGAAATTCCTTG TTCCGCCACAGGCTGAAAGATCTTTCTATTGGTGCACTCGAAATTTTCAAATCCTGAATA CATCTCTGTGTACATTCATTAATTTTTATTCAAAATTTAATTTTAGCTTACTTGCATTTC TCTCTTCCCTCTCCCATTCTCGCTCTCTAGATATACAAATATAAATGTAGACCAGTTATT ATATACAAACATCTAGCAGATATGCATAGACAAATCGACAGATATACTTATATAATTCGT CTCTCCCCACATTCTGCCCTCTCTTGTTTGCCTCTCTCCTTCCTAGCTACAAATTGTAAT TAGCAAACTATAACTATAAAGTCTAATTAAGTTTATTTTAGTGACTATTTACGAAATTTC CTAAATATGTATGTAGTGATTTGGAAATTTTCAAGCACATCATATGATAATTATGTAGAT ATTTTCATGATTTATTTGAAACTTAATAAGCTAGAGTTTTGAATATATATTTTTATTTGA GAAATATTGAGGTTTTGTAAGTGAAAATTCCAAAGTTTCATTGAGAATCTCTAAATATTT GGGAGGAAAAAAAATCTCTAAATATTTGAAGACAAATTTTAAAATTCATTATCAAAATCT ATGTTTAAATCCTGGTTAAAGTTTATAATTCTTTCTTCTGAAAACATATGAGAATAGAAA TGAATAGGAAACTATAACACGTAAAATTGAACTCTCATCAATTAAATAAAAATTCATACA ACTAATTAACGAGCTATGAAAATTTTCGAAATAAATTTTATCGGTCCCACAAATAAACAA ATTATTGTCTACCTTTGGCGCCAAATGTCAATTAATGTCAATTTGCCATTAAGATATGTT TTATTTTTCCAATTTTAGCAGCCAATTTGTTATATTTATTGTTATTACCCACAAAATATT GCATACAATGAGCTCACAATTGGGAAGATAATTAGCTGTAATTGACCCCACAAAATACTT TGGGACCCATTCTTTTCATAATTTCTTTTTTAAAAGATTCACTTTATTTTAAAATCAAAT AACAAACGTATAAAATGAGAAATATTTACTAAAGATAATTTGATCATGTTATACCTTTAA TAATGAGGAATTGTCAATTAACAAATGTAATGTCATACCATTGAAGGTGTAAAAAAAAGA ATTACAATTAAATCTTTTATCACATAAAATAAAAGTTTATCCGTAAGCATTATTTTTATC TCACACTGAATAAGTTTTATTAAAAGTGAAAATATTTTTGGATAAATTTAAATTTACATC ATATTCAATTCATTTAAGAAAAAGATATTTTTTGATTAATTCGCATTGCATAAAATTTAT TTAAAAGAAAAGATCTTTTTCATACTAAAGATTCATTTGAGAATCATTTTTATTTGATTA ATCAAATATGAAAAAATTACTTAAAGTATCACTATTTATGCATCATAATACACCTCGAAG TTGTCACGACAAACTATTTGAACTATCGCCATCTATGTATTACAACACACTTCGAAGTTG TTGAAAACACATCTCGAAGTTGTCTACGCCAACTATTCGCTCTTTTTTTTACTTAAATTA TCGTCATTTATATATTAAAACACCTGAAAAATCCTCATATGTTGTTCTCTTTTTCTACTT AAATTATCACTATCTACTAAAAAAAAAGAGAGAGAACAACGATTAGTTGATACACGTGAA ACTCGTAAAAAAGTGATAGTTCAAAATGTGTTTTTCGCCGGTATCTCATTAAGTAAAATG ACATTTCTACCCCTACAACAATCATGTGCTGCAAGAAAAGTGTGAGAATGAGAGAGAGAA AAAAGCCAATCATAAGCAAAAATACAAAAAGAGTCTCAGCTCTTCTTCTTCGTTGGTTGA CAGACACACAGAGAGAGAGAAAAAACAGTGTTTTTTTCAGGGCAGCGAACGATTCAAGCG CAGTATTTTCCGGCAAGAAAAAAGGTATACACAGTAGTTTTACAAACAGCTTAATGGGTT TTCCTTTTCTCTCTCTTTACCTCTAATTTTTTCTCTATCTCTAGATCTAAATTTACACAC ACACCCAAAAATTCAATTTTGGGTTTGGGTTTTCCTCCAGATAATCAAACTTTTTGTGGG TTTTTGCCATTTTTGCAGATGGGTCATTGAGAGGGACTGAAAAATTGAAGAAGCATTACA TTGTTACGTTTTTGTTTGTTTTATTGATCAGGTCTTCTCAAGAAGATCTGATAAGAAGTG GGTCATCGTTGATTTTTAAACCCAAACAAGAAAAGTTATGAGTGCTTCCAGGTTTATCAA GTGTGTTACAGTGGGTGATGGTGCTGTTGGAAAGACTTGTCTTTTGATTTCTTACACCAG CAATACTTTCCCTACGGTTTGTTCATCAACCCCTTTTGCTTTGTGTTGTTAAATTTTCGT TTTGAAAGTGTGTTAGGTAATGAGAGGAAATGTTTTTGTTTTATTTTCTTTCTCCTGTTT GTTTAGCTTGATTTTGCTGACAATGTTGAGGAAAAAGATGTTAATTATTGATAAATTGTT ATACATTTTTTTCAATCAAGACTCTGTTTGTGTACCTTTTGTAATTAGTGGCAGAAGTAG GATTTTCACAAGGGGGTTAGACATGTACAGTATATATGTAAAAGCTGTATGCCTCCTGCT TTTACATCAAACCTGGAAAATAATTTCCAAAGGCAACCTCTGGCTGTCAAAGCTATAGGG AATGAGCTTCGGTTTTTCCATTGATAGAAGTAGTAGGTATAACTCATGCAGGTAATAGGC TATAGGAGGATGTAAGCTCCGGTGGTAGTGGTACTTTGGCTAATCAAACATTTTCCTTAA AATACCATTTTGTTTCAAGGAGATCATTTGTTTCTCTTGCTTTGTTTTTCTTTCTATTCT CTTCTTGAAAGCCGTAAATGTAAACACCTTTGTCAATGTGGAGGATTTGAGAGTGGGACA GGGAAGGACCTTGCATAATTGTCTTCACCCTCTTGCCTATTTTCCCTGCTAATTCATTTT TGCGATATGCTTTATTTGATTCTTTTCAGGACTTGCTCATGTGTGTGTGTGTGTGTGTAT ATATATATATATATATTGATAACAATCACGTAAAAAAGTGCATTTCTTTTAGTCAGCTTT TTTTCTTAGGCATGTCAACAGGTTCCTGTTGTGTGTGTTTTGAATTGTTTTCATATTGAA GGTCTATCTGTACTAATATCTTGTTGTAGATTTTGTTGATCTTTTGGACAAATTTCCTTG TTCACGTGATCTTTTTGTATGTTATTTTGATTCTTCGGAAAAATTTCTTGGATCACATGA TTTTTTTGTATTTTCATCCTCGAAACTTGATTGATGATGGGCTGCCCTTTACCCTTCTCC TCTTAAAAGCCAGACGTGTTTGCTTAATATTGCCGGGAGCTAACGTGACCCACCGTATTT CAATATTTTGGATAAATTGCCTGGCTTACAACTTTACATGGTCTGTTGCTTTAATATCTT ATTGTGCACTTAATTGTACCTTTTTCGATATTTTTACAGAAGTATTTCGTGGTATACATG TTTGTTTGTTTTATGCTACATTTAGAAGCATATTGAGTTATTTCTAACAAATTCATCACA TGTGTATCTTAAATCAGGTTTTGATAATTAATCTTAAAGGTAAGGAAGAGAAGACATTGA ATTTACTGCAATATGAACTTGGTGTTATTTATATCTGACCCTTAGGTGCTTGCTCTTTGC TGCACTACATCTTTGGTGGTGTTGAGGAAAAAAGTTAATTCACTTTACATGCACTGAATG TATACTTATTTTATTTTGGCTCAAATTACAGTACTTCACAGAATTTTTATATTTTCTGAG AAGATGCCTTTCACCTTTCCCGAATTTAACATCAATCGCAACTTATCAATAAAAAAATAA TTTAACGTCTCTTGCGTTTCCCTCATTCATGTAATTGTTTGACAGGATTATGTGCCCACT GTGTTCGACAATTTCAGTGCAAATGTGGTTGTCAATGGAGCCACTGTCAATCTAGGGTTG TGGGATACTGCTGGTAATTATTTATTTGCTCGACATTTATTGCTTGAATCTTCTGATAAC TGTTACATGTTAATGTATTCCAATGCATATATACCTATAATAATGCCAACTATATGCTGT CCAAATTGTTATGAGTCTGACTTCATTAAATGTATAACAGGACAGGAGGACTACAACAGA TTAAGACCTCTGAGTTACCGTGGGGCCGATGTTTTCATTTTGGCATTCTCTCTCATTAGT AAAGCCAGCTATGAGAATGTCTCCAAGAAGGTGAGTGTTTTATTATGTATTTCTCTTCAT TTACAATTCTTTCTATTCGTTGTCGGTACATGAAAAAATTACAATTTTGGTTTAATTGCT TTCAGTGGATTCCTGAGTTGAAGCACTATGCTCCTGGTGTCCCGATAGTACTTGTTGGAA CAAAACTTGGTGAGGCTTTCATTTAAACATGATCTAGTCTGTGGTTTGTTTCATAGATCT GCATGAGATGATGATTAATAGTGTCTGCAATCTTCTTATTTATTTGTACTTATAAATTCT CAATAATCAAAAGAAGATACGTTTGTGCTAAATGGCATTGGCACTATAAGGCTAGCGTAG TACAGATAGCCTAAGTTGATAGAGAATAATGTTGAGATTTCTGCTGTTCTCTTAGTTGAT GGAACTTTTTTCCCAGTTGAGAGAATAGATTTTACGAACTGCTGAGATCTAATAGAACAG AATGGTGAAATATCTGGGCATTGATGTTGAATGAATAAATTTTCTTTATAGGTACCTATA CAAGGATGCATTAGTATAAATAGAAAATTAATCTCTTTTGAATGTGAAAAGCTTTGGTTA TCAACCTTGTGTTGAGTAACGATGTCTCTACTTATTATAACATGTGAAATCATGCTACAA TACAGTTTCTCCTTGCAATCTGTATTTGATATTTTGTTGGTAACATCTATTAGTGCGTTT AATCACCTGTTTTATAGGTTTATTATTGTTGGTTTCCACTTATCAAGGCCTAATTAGCTC ACTTTACTTCCTGTTTGTTACTCAGATCTTCGGGATGATAAACAATTTTTCGTGGATCAT CCTGGTGCTGTGCCGATTACTACTGCTCAGGTAAGGATAACTAGCACTCTTCCTCTTTTC AATTGTATCCAAGGGAGGATGATTTTTGGTAGTTTTGTCCATTTTCATTTGACATCTCTT ATCTTAACCATTAAATTAAGGGTGAGGAGCTAAGGAAAACAATTGGTGCACCATCTTACG TTGAATGTAGTTCAAAAACACAACAGGTATGATTCCCCTACAGCATCTATATATCTTGCT CCGTATATCCTTTTCACGTACTTTTTATTGAAGCATTTGGTTGAATGTGTCCTTGTTGCA GAATGTGAAAGGAGTCTTTGATGCTGCCATTAAGGTCGTCCTCCAGCCTCCCAAGACAAA GAAAAAGAAGGGTAAATCTCAAAAGGCCTGCTCGATATTGTGATCAACTATAAGTCCAAC AATATGGCTCATCACAGTTCTCGTTGTAACATCCCCCTTATATCCCTTTTTCTCGGAGGA AGTAGAAGGTTCTCATCTGTCTTATTCGGAACTACTAACGATCCCTCAAAAAGTGTTTCA GGTGGCTTGGTTTTTCTGTATAATTGCTGTTCACCATGTAAGGCCACTCTAGTGTTTCCT TTGTTTTGATTTGATTTATGTATTAACAACTGAATGATCCTCAGTTAGGAAAACAAAATT CTTTTTGGAATGTTGGGCTTCTCTGTGTTTTCTTGTTTTTGCATCTCATTATAACATTGT TATTACTTTGAAATGTTCTTGTTTAGCTCAACTTGTATCGAGGGTCTTTTGGAACAATCT CTCTGCCTCCTCGAGGTATTGGACCTTTCGTAGACCTCACATGTGGGATTAAACTGAGCA TGCTATTGTTGTTTGTTTAGCTCAAACTTTTGCTTCAAAATGGTCTAAAGTAAAGAATGG TAGTGGGAGTTCATTTTTTATTTTAGTTTTTTCAAAATATTTTTATTCTTCACCGTTGTT TCTTTTACTTCGATTATCTTTAATGTTTTTAGACTCAATATAATGTTTTTATCATAATTT TTATTTTTGCATTTTTTCTAACCATGTTCTAAAAAAAGTCAAGGTTTATTAGAAAAAATC GGAGTAAGGTTTACAAATTTTCTTAATTCATTTATCACTAAGTTATATTTTTGTGGGTAC ACAACTAAACTCATACTTATTGTGTGTGAGAAACTTCAAATCTATATCATTAAATCTTAC GTCAATATAAGCAGGGACGGATCTGAAGGATTATATATACATATACATATATATATATAT ATTACATAAGGTCAATATAAAAATTCATAAATTTAAAATTCAGATGGATGAGCCGGAGTT TTTATCTTTTCTAACTTGGCCTGATTATGAAGAAAAACTGTTTGAGTCGAAATTAAATTG TTCATCCCTTTTTTTTTAAAGGAAAAAGGAATATTTCCCTTTAATAGAGGTGAATGGTGA TCCACTCCTATTGGGTTTTTTTCCTCAAAAAAATTAATAATAATAATAATAATAATTCTA CAGTTGTCTATGATCAATTTTTTTGTTCAAAAATTTAATATTATTATAAAAATAAAATAA AAAGGAATGTGATCTTTACAAACATGGCACAAAGTGGCAAACTTGATTGGCACTCATTAC TAATATTAGATTCTCCCTTGCCTAAGGTTCATTGTATATATTAATTTCAATTTTGGAGAA TTATAAATTTATTCTTTTATGAAAGTGGAGTTATATAGTAATCAATAATTGTGATTTTTG TTAGTAGTTAATGAAAATGATTGTGAAGTGGATAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 20845 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23310 match_part 1.000 23406 23469 match_part 1.000 24086 24150 match_part 1.000 24261 24326 match_part 0.982 24422 24589 match_2 match_part 0.895 20860 20964 match_part 0.966 21139 21376 match_part 1.000 22966 23028 match_3 match_part 0.876 20860 20964 match_part 0.974 21139 21369 match_4 match_part 0.951 20884 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23275 match_5 match_part 0.910 20898 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23279 match_6 match_part 0.974 21072 21376 match_part 0.989 22966 23053 match_part 1.000 23201 23310 match_part 0.969 23406 23469 match_part 0.935 24086 24147 match_7 match_part 1.000 21215 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23310 match_part 1.000 23406 23469 match_part 1.000 24086 24150 match_part 1.000 24261 24299 match_8 match_part 0.981 21270 21376 match_part 1.000 22966 23053 match_part 0.991 23201 23310 match_part 0.984 23406 23469 match_part 0.985 24086 24150 match_part 0.985 24261 24326 match_part 0.953 24422 24783 match_9 match_part 0.981 23000 23053 match_part 1.000 23201 23310 match_part 0.969 23406 23469 match_part 0.938 24086 24150 match_part 0.985 24261 24326 match_part 0.935 24422 24777 match_10 match_part 0.964 23026 23053 match_part 1.000 23201 23310 match_part 0.969 23406 23469 match_part 0.938 24086 24150 match_part 0.985 24261 24326 match_part 0.874 24422 24651 match_11 match_part 0.964 23026 23053 match_part 1.000 23201 23310 match_part 0.969 23406 23469 match_part 0.938 24086 24150 match_part 0.985 24261 24326 match_part 0.876 24422 24646 match_12 match_part 1.000 23206 23310 match_part 0.969 23406 23469 match_part 0.938 24086 24150 match_part 0.985 24261 24326 match_part 0.897 24422 24798 match_13 match_part 0.904 23228 23310 match_part 0.938 23406 23469 match_part 0.923 24086 24150 match_part 0.985 24261 24326 match_part 0.932 24422 24789 match_14 match_part 0.985 23243 23310 match_part 0.969 23406 23469 match_part 0.938 24086 24150 match_part 0.985 24261 24326 match_part 0.907 24422 24766 match_15 match_part 0.886 24081 24150 match_part 0.985 24261 24326 match_part 0.910 24422 24789 match_16 match_part 0.886 24081 24150 match_part 0.985 24261 24326 match_part 0.903 24422 24771 match_17 match_part 0.895 24132 24150 match_part 0.970 24261 24326 match_part 0.910 24422 24789 match_18 match_part 1.000 24313 24326 match_part 0.901 24422 24784 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_19 match_part 0.989 1852 1766 match_part 1.000 979 851 match_part 1.000 659 41 match_20 match_part 0.989 943 476 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 1852 1766 exon 979 851 exon 659 41 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 943 476 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 20845 20964 exon 21139 21376 exon 22966 23053 exon 23201 23310 exon 23406 23469 exon 24086 24150 exon 24261 24326 exon 24422 24798 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 21072 21376 exon 22966 23053 exon 23201 23310 exon 23406 23469 exon 24086 24150 exon 24261 24326 exon 24422 24798 gene_5 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 24081 24150 exon 24261 24326 exon 24422 24789 RepeatMasker tomato repeats master Copia00030 2633 2784 1 Copia00030 2633 2784 1 nucleotide_motif 240 362 503 TS 81 140 1 TS 81 140 1 nucleotide_motif 255 1072 1132 ATHPOGON1 3 107 1 ATHPOGON1 3 107 1 nucleotide_motif 398 2062 2166 ATHPOGO 1333 1542 1 ATHPOGO 1333 1542 1 nucleotide_motif 720 2305 2510 ATHPOGO 350 2104 1 ATHPOGO 350 2104 1 nucleotide_motif 1666 2558 3142 SONATA1 146 222 1 SONATA1 146 222 1 nucleotide_motif 229 4838 4912 Copia00188 160 876 1 Copia00188 160 876 1 nucleotide_motif 5283 10423 11139 Copia00188 561 1675 1 Copia00188 561 1675 1 nucleotide_motif 8145 11616 12725 Copia00188 1839 4280 1 Copia00188 1839 4280 1 nucleotide_motif 17137 12718 15160 Copia00188 1 9809 1 Copia00188 1 9809 1 nucleotide_motif 1376 15336 15666 TS2 203 312 1 TS2 203 312 1 nucleotide_motif 382 17495 17603 TS2 521 651 1 TS2 521 651 1 nucleotide_motif 508 17658 17790 TS 58 2039 1 TS 58 2039 1 nucleotide_motif 409 17943 18069 Gypsy00019 573 654 1 Gypsy00019 573 654 1 nucleotide_motif 275 18604 18637 Gypsy00042 6069 6105 1 Gypsy00042 6069 6105 1 nucleotide_motif 250 22060 22096 RepeatMasker tomato repeats master Copia00151 10057 10177 -1 Copia00151 10057 10177 -1 nucleotide_motif 353 1276 1152 SONATA1 1 93 -1 SONATA1 1 93 -1 nucleotide_motif 424 4807 4720 Copia00151 9581 9673 -1 Copia00151 9581 9673 -1 nucleotide_motif 246 9934 9839 Copia00149 11473 11976 -1 Copia00149 11473 11976 -1 nucleotide_motif 2801 11619 11124 Copia00035 242 274 -1 Copia00035 242 274 -1 nucleotide_motif 233 15188 15157 Copia00035 1 232 -1 Copia00035 1 232 -1 nucleotide_motif 841 15494 15258 Copia00112 7633 7685 -1 Copia00112 7633 7685 -1 nucleotide_motif 295 18690 18638 Copia00039 4492 4546 -1 Copia00039 4492 4546 -1 nucleotide_motif 230 25398 25353 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2117 12717 15153 match_2 match 2399 13194 15156 match_3 match 2642 12718 15153 match_4 match 1350 11619 12720 match_5 match 2399 13053 15156 match_6 match 2399 13053 15156 match_7 match 2666 12725 15156 match_8 match 2420 12717 15156 match_9 match 1237 11616 12720 match_10 match 3245 12717 15156 match_11 match 1532 11615 12720 match_12 match 2726 12929 15156 match_13 match 2635 12717 15154 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 834.5 2 25351 clone_start_1 clone_start 1324 2 669 clone_2 clone 826.5 2 25575 clone_start_2 clone_start 1324 2 669 clone_3 clone 857.5 2 25880 clone_start_3 clone_start 1324 2 669 clone_start_4 clone_start 301 1811 1983 clone_end_1 clone_end 567 9411 9696 clone_end_2 clone_end 1354 11798 12501 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_3 clone_end 345 25351 25178 clone_end_4 clone_end 329 25575 25383 clone_end_5 clone_end 391 25880 25684 clone_start_5 clone_start 932 14498 14029 clone_end_6 clone_end 1380 24682 23987 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 20845 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23310 match_part 1.000 23406 23469 match_part 1.000 24086 24150 match_part 1.000 24261 24326 match_part 0.982 24422 24589 match_2 match_part 0.951 20884 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23275 match_3 match_part 0.910 20898 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23279 match_4 match_part 1.000 21215 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23310 match_part 1.000 23406 23469 match_part 1.000 24086 24150 match_part 1.000 24261 24299 match_5 match_part 0.981 21270 21376 match_part 1.000 22966 23053 match_part 0.991 23201 23310 match_part 0.984 23406 23469 match_part 0.985 24086 24150 match_part 0.985 24261 24326 match_part 0.953 24422 24783 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_6 match_part 0.989 1852 1766 match_part 1.000 979 851 match_part 1.000 659 41 match_7 match_part 0.989 943 476 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 1852 1766 exon 979 851 exon 659 41 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 943 476 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 20845 20964 exon 21139 21376 exon 22966 23053 exon 23201 23310 exon 23406 23469 exon 24086 24150 exon 24261 24326 exon 24422 24783 AUGUSTUS_tom_cdna de novo gene_1 gene 1 8229 21160 transcript_1 transcript 8229 21160 start_codon_1 start_codon 8229 8231 CDS_1 CDS 8229 8323 CDS_2 CDS 8691 8992 CDS_3 CDS 20796 20964 CDS_4 CDS 21139 21160 stop_codon_1 stop_codon 21158 21160 gene_2 gene 1 21278 24523 transcript_2 transcript 21278 24523 start_codon_2 start_codon 21278 21280 CDS_5 CDS 21278 21376 CDS_6 CDS 22966 23053 CDS_7 CDS 23201 23310 CDS_8 CDS 23406 23469 CDS_9 CDS 24086 24150 CDS_10 CDS 24261 24326 CDS_11 CDS 24422 24523 stop_codon_2 stop_codon 24521 24523 AUGUSTUS_tom_cdna de novo gene_3 gene 1 7995 596 transcript_3 transcript 7995 596 stop_codon_3 stop_codon 598 596 CDS_12 CDS 659 596 CDS_13 CDS 979 851 CDS_14 CDS 1855 1766 CDS_15 CDS 7709 7583 CDS_16 CDS 7995 7782 start_codon_3 start_codon 7995 7993 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 84.87 17187 17114 AUGUSTUS_ab_initio de novo gene_1 gene 1 8229 24523 transcript_1 transcript 8229 24523 start_codon_1 start_codon 8229 8231 CDS_1 CDS 8229 8323 CDS_2 CDS 8691 8992 CDS_3 CDS 23201 23310 CDS_4 CDS 23406 23469 CDS_5 CDS 24086 24150 CDS_6 CDS 24261 24326 CDS_7 CDS 24422 24523 stop_codon_1 stop_codon 24521 24523 AUGUSTUS_ab_initio de novo gene_2 gene 1 7995 851 transcript_2 transcript 7995 851 CDS_8 CDS 979 851 CDS_9 CDS 7709 7583 CDS_10 CDS 7995 7845 start_codon_2 start_codon 7995 7993 AUGUSTUS_tom_ugs de novo gene_1 gene 1 8229 9009 transcript_1 transcript 8229 9009 start_codon_1 start_codon 8229 8231 CDS_1 CDS 8229 8323 CDS_2 CDS 8691 9009 stop_codon_1 stop_codon 9007 9009 gene_2 gene 1 21278 24523 transcript_2 transcript 21278 24523 start_codon_2 start_codon 21278 21280 CDS_3 CDS 21278 21376 CDS_4 CDS 22966 23053 CDS_5 CDS 23201 23310 CDS_6 CDS 23406 23469 CDS_7 CDS 24086 24150 CDS_8 CDS 24261 24326 CDS_9 CDS 24422 24523 stop_codon_2 stop_codon 24521 24523 AUGUSTUS_tom_ugs de novo gene_3 gene 1 7995 851 transcript_3 transcript 7995 851 CDS_10 CDS 979 851 CDS_11 CDS 7709 7583 CDS_12 CDS 7995 7782 start_codon_3 start_codon 7995 7993 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.991 972 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 972 1 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.951 20884 20964 match_part 1.000 21139 21376 match_part 1.000 22966 23053 match_part 1.000 23201 23275 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0088L10.1 type gene exon 20884 20964 exon 21139 21376 exon 22966 23053 exon 23201 23275 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 8229 21160 transcript_1 transcript 8229 21160 start_codon_1 start_codon 8229 8231 CDS_1 CDS 8229 8323 CDS_2 CDS 8691 8992 CDS_3 CDS 20796 20964 CDS_4 CDS 21139 21160 stop_codon_1 stop_codon 21158 21160 gene_2 gene 1 21278 24523 transcript_2 transcript 21278 24523 start_codon_2 start_codon 21278 21280 CDS_5 CDS 21278 21376 CDS_6 CDS 22966 23053 CDS_7 CDS 23201 23310 CDS_8 CDS 23406 23469 CDS_9 CDS 24086 24150 CDS_10 CDS 24261 24326 CDS_11 CDS 24422 24523 stop_codon_2 stop_codon 24521 24523 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 7995 596 transcript_3 transcript 7995 596 stop_codon_3 stop_codon 598 596 CDS_12 CDS 659 596 CDS_13 CDS 979 851 CDS_14 CDS 1855 1766 CDS_15 CDS 7709 7583 CDS_16 CDS 7995 7782 start_codon_3 start_codon 7995 7993 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 112 22966 23310 match_2 match 49.3 23403 23468 match_3 match 112 22966 23310 match_4 match 49.3 23403 23468 match_5 match 110 22966 23310 match_6 match 49.3 23403 23468 match_7 match 112 22966 23310 match_8 match 49.3 23403 23468 match_9 match 54.7 8695 8982 match_10 match 121 8208 8603 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_11 match 171 12706 11615