C09SLf0022C03.1 ACCACTCTCACAATATGTGGTGTATTTCACTCGCTGCCATGTTAGCGCCGTGTCAGTGCC ACGTTAGCGCCGTATCAGTGCCACGTTAGAAATTTAAAAAAAAAATATTTTTTTTATTTT TAATTAAACAATCTTTTGTATATTTTACACTAATTAATCTTCAATTAATAATTAAAGTTT TCTAATGATTATATTTTCTTTATAGTAAATTACAAAAAGATGAAATTTTTAATAAGCCAA GAATACTAAATCGAAATATGGAGTTAATTTGTGGAGTGAAAAATACTCTCGTTCTTTCGA AAAAGCCCGTCATAGCTGCAGTGGCTACGAAATTCCCAAAATTTTATCTTGCTAATGACA TGAAAAAATCTTTTGTTAACAAGCACAAATTAAAACCCACAAAACTTAGATTGATGATAA GTAATTTGCTAGTAAGCTAAGAAGAAGTTGAAGAAAGAAGAAAGGTTTTTTTTAAAAAAG AAAGAGGAGAACAATATGTTTCCTCAAGAGAATTGGGTCGAAGGAGGTGGGTTGGAAAGA AGAAGAGATGTGGAAGGTGGGGGTGGGTATACCACAATTTTAATTTTTTGCGTACTTTGA TAAATTTGACACGCATATTTTAATCTTGTTTTTAAAAATTATTTTGCCACCTCAATTTTG AGGGTTATTAAATTCACTTTTAAATAGTAAAAATATGTAATAAATCATCATAATAATTTA AGCATGTAAATGACTTTTCGATATAAATTCAATATAAATTGACAAATTCCACCACCTTAA TTTTAGAAAATCTGTGTAAAAAAATATTTTATTTTTTATTTTTCGAGGGTCATATAATTT TAGTGATGAATTTGTGCATAAAATGTTTAGTGTTTATTAATTGAAATAACGGTTAAATTA AAAAAAAAAGTTATGGAATAATGTACAAACCCTAAACCCTGCGAGCCGGAGTTTTCTTCA CTGTTGACAGAGAGAGAAGAAGAAGAAGAAGAAAATGGATGGCGCAGAGGAGATGGAAAT AGAGGGACAATCGCAGTTGCTTCCAATATGCAACGATTCTAAGCGATTTGGTATCAAAAA CTCTATTCAGACTAACTTCGCCGACGATTACGTTTTCCAAATTGTTCCCAAGTAATTCTC TTCAGTTTTTCCTTTCACTTTCTTCATTGTTTTTTCTGTATTAGTAGTAAATTTTGGTCC TAAAATTCTCACTGAATGTTCGTGTTTATTATAGGAATGATTGGACATCAATGGCGGTAT CACTCTCAACTAATGCGATTAAGTTGTACTCTTTAGCTACTGCACAGTACATTGGGGAAT GTAATGGTCATTCTTCAACGATTAATCAAATTTCCTTTTCGGATCCTTCATCGCCACATG TGCTGCATTCTTGTTCTTCTGATGGAACTCTCAGAGCTTGGGATACCAGGTCTTTTCAGC AGGTTCCAGTTTTTAACTTTAATGTGCTTTTTTTAGGAGTTGAGTTAGTATATTGTTTTT GATTTCAAATAAGATTGAATGCAGGTGTTTTCCCTAAATGCTGGCCCTTCTCAAGAGATA TTTAGTTTCTCCTTTGGTGGACCTAATCATAATCTGCTTGCTGCCGGGTGTAATTCTCAG GTACGAAACCTCGTGGCTGCAAATTAGCAGTGGTAAATTTAGTAGAATCCTTCGTTCGTG GATGCCCTCTGTGCCTCACAAAAGCAGCAGTGTTTATGAACTTGGTGTTTCTGTGCATGG TGTATATTTGAGAAATGAAGTGTTTTAACTATATATGGTTCAAGGGAAGGACAGTGATTG CTGGTCTGTCATGAACTATTTACTACTTGCTTCATCCTTCAAATTGTTTGAAACTACAAA AAGAATTCCACTTTGATATAATTCCTTAAGAACTCTCATGTTTACACAAGAGATGCGATT TGGCTTATTCTTTTAATTAAGGCACATGAAATTACTTGGCTCTATTTAGTTGTATGAGAT ATGTGGCAAATGACATTGCATTGTAATTATCTTTGTATAGATACTCTTTTGGGATTGGAG GACCAAGCGTCAGGTTGCGTGCTTGGAGGAATCTCATACGGAAGATGTTACTCAGGTGTG TTGCTATACTAGTTTATCGACTCATTTCCTGTGGATTATTGGTAGTAAACCATTGAGTTT ATTGTGTTAATCTATGTCCTATAAGTTAATATTAGTTTCTCATTACCGCTAGAACAACTT ATACCCATGTTACTACTATAATGTAGATTGTTATTTCTAAGAGCTGAACAATCTGAAGTT TCTTTTTTGTAGCATGATTGTAGAGAAACTTCAGCATGGTTAATTTTTCTGAAATATTAT TTTATACCTGAGGTGCTCTTTGAGTATTTTCTGATTTCTGATAGTATGTTTTGTATTCTA ATGATGACACGAAAGAAAGGTAATATATATATGCATACTAGGTATTATCTTGCTGTAGAT TATTAGCTTGTTTTGAAGTTTGAGTGCGCGAGATTTAATTATACTTTTAAGTGCTAATTT CCAACTTTGTTAAAGTAGTTGGATGTTGTGCTGAACCTGCTATGGTTTTCAGTCATCTGA TTACTGCTCCTATACCATTCAGAGATGAGATTGTGGTGTTTATTTCATGTTTCCTTAACT ATATCTGAGCAAGAGGAGACAAAGTAATGACTGACCTAGTTGCGATGCAAAGTTCTTTAT GCTTTTAATGATTACCAAATGCGCACCCTTTCAAAGTCTTTTGTCTTTTTTTTTTTTGGT GTTCAGAAATACTGCAATATGGTATCTTCAAGTCTCTTTTGTTGCTTGTTACTTTTAGGT GCACTTTATTCCAGGCTATGATGATAGACTCATTTCTGGATCAGTTGATGGATTAATGTG TCTATTTGATACTGGTGGAGATATCAACGATGATGATCAAATGGTATCGGTATGTCAAAA AGAATTTTTGCAGTCCATATTTTCTGTTTATTTCATTTAAAAATTATAACTACAAGAACT TTTGAGAAGGTGCAGTCTCACTGATCACTTAAGGTGGAAAAGACTCAATAGTATGTCTTT TCATACTGTTATGCTTTTTACTAAAACTCACGCTGCTATATCTATAGAGATATATCAGAT TGCTACTGAAACTTTTAATGATCTCAGTTAACTTGTACTCAAAAGACAAAAAGGTAGCTC ATGTGTATTCTAGTTGTAAATTTTTTGTGCATCTCTTGTTATGAGAACATGACCTCCATC CATGCAGTATATGACACCTCGTCTTCTTCTCAGTTCTCAAGATGATTTTGAATTTTTTTT TTCTTTACTTCTGAAGTTGCTAGTTCTGACATCAGTACAGTGTAGATGTTTAGCTAAACT TTGACTAAAAAGCCTGGCATATTGCAGTTTAATTGATTGATGAGCACTCCAGTGTTTTCA TATTTCTATCTACCGTTAAGTAGATTTCTGTTCTTTTTGATTGTATGCTACTTATACCAA GATGTAATTGCAGGTACTCAATGTGGGAACCTCTATTGGAAAAGTGGGATTTCTTGGAGA GAAGAATCAGAAGCTTTGGTGTTTGACACACATTGAAACTTTAAGGTTTTATAATATCCA TATCAGCCTAATATGCTCCATACTGATTTGTCTTTTATGCTAAATTTTTGGTCCTTTTAG CACAGTTGGTGAATCTCACCATCTCTGAACACAATCTAAGCTATTTTTTTCCTACTTTCT GAGGAAAAATCTGAAACCCTCACCTTTTTTTTACTCCTTATTCCGGTGCAGTGTCTGGGA CTGGAAAGAAGAAAAAACCGAGGCCAGTTTTGAGGATGCTAGATCCTTGGCCTCTAAGAG CTGGATGGCAGACAACGTATGTGACTCTACACCTATTCATTTTCTTTATGCAGTGAATGT ATTATCTGTTTTTGTTATAGATATATGACATGTATGGTACAAAAAGAAGACGAACTACTC CCAGTTTGCAGTTCTTCGTACTTGGCAACTGCAATGTTCTGTTGTATTTGAGGAGCAGTG CTATTTAAGGCAATAATTCTGAGTTAGAGCATAAACTGACTACTCCGGCTTAAACTCTGA TGGCAGGTTGACTATTTCATTGATTGCCACTATTCAGTGGAGGAAGATCGTCTCTGGGTA ATTGGTGGTACGAATGGTGGTTCGTTGGGCTATTTCCCTGTAACTTATAAAGAGACACGA GCTATTGGTCCTCCAGAAGCAATTTTATGCGGTGGACATGAAGGCATCATTAGGAGTGTC TTGTCTGGGGTACCAGGTCAGACCATGGATAACCACGGGATCTTTGGATGGACTGGTGGT GAAGATGGTCGTCTTTGTTGTTGGTTGTCTGATGGTTCTAGTACAAGCCAATCATGGATC TCTACTCTTGCTTTGAAATCAGACAAGACTCGCCGAAAGGGCAGACATTCCCCGTACTAA CAATTTTTCCTTTGGATGGAAAGATTATGTTGTATATTATTTATTAGTTACTTCATATTG TCTTCGTCTCTTATATCAGTGTTGTGTCTTAAATTTATTTGTCAGGTTTGCTTCATTTGA AATGAGGAAATATGTCTGAAATATACCTCAACTTTGATTAAAAATTGTTATAACAATACC AAACTTTGAAAAAAACTTTTTACCTTCTGCACTATGTCGCGGATGGAAGGAGGGGTGAGA GCATAGCACACATAGTCACCCAGAAGCCAGTGTCCTTTTCTCCACCTCCCAAAACAAAAA GAAAGACAGTTAATGCAACAAAAAAAAAAAAAGCAAGTGTTATCAAGAGATAACCTTCAT GTATTTTTAATTTGATTCCTTGCCATTTAGATAATTCTAATTCCATAGACAAAACGCAAT TTCAATGTACAGGTGTTTAATAATTTACAGAAAGAAGGTTCCTGCTTCGATTAGCTAGGT GATGCTGTCAACTGGAGTTCATAAGGTGGTATCATCCGCTTCTAATCTTCTATGTACAGT CCTCAGATCAACCAAGTGACGCATTGTTGGTCTACCATGTGGACAATTCCATGGAGACTT GAGGCGCGAGAGATTATCAAGTATCTGAAACAATGAAACTCGGATCATAAAGCAAGCCAG AGGCAGCAGAAGATTTAAAAAGAAATATATCTGTGACATAGTTGATGAACATGCATCCAC AATATGAATATACATCCAAGAACACAGTAAAATGAACAAAAAAATACCTTTTGCATCTCA TTTCTCCCAAGTGGATCTCCAATAACAACAGATGATTTGCAGGCACGTGATGCCAACATT GCACGAACTCTAGGAGGACATAATGAATCAGCTGTATCATTCCTATAAGCACCCATTATG GAACATTCTTCCTCACTATCGGCAAGAATGGAAATGAGTTCTTTCATATCTGCAAAGCAA AAAGAAAATATGAGTCAAAGTTCCTAGATGCAAGAGTTAACACGACTTATCCCCCCTTAC ATTCTGTAGTTCACATCAGGCCTAACTAACTGCCAATAGAATGACCAAAGGGAAATTTGT CCAGTAATGCAAAGCGCATTCCACATAATGAAGTTCTCACTTTAGTTATTTTTCTATGAG GCTCTTCTCTAGCTATCTTATCACGTTCAGATCTGATATCCCTACTCTAACTACCAACTT GTAGATGATCTGAATCAACGATTGGCAACTTGTGTGGTCATTTTCTGAAGTAGGACCCAA GGATGAAACAATGACCTATGTCCTATGGACCTTCAAGTTAGTAGAAATATGGAATGCATC TGAGTGATTGATTACCTGCAATTCCAAAAGTTATATTTTTGCTGAAGGGAACTGCTTTTA GCTTAAAACGATGCCCTGGAGGAGCACACGGATCCTCTTCCAAGAGAAATCCATTTCTCC TGTGAAGCCAAAGATAGAAATGATATTGTCACCAATCTAAAATAGTATACATGGTACCAA ATAGTTTGAAGCTAATAAGGATTAGTAGTTCATCAAACAGAAGTGCAAAACGCCAAGATG TTTTTGTAGACTGCACTTGGCTGCTATTAGCTAATTTTATTTTGTTGTCAAAGTAATTGG TTAAGCGATAAAGAACCTGTTTATTTGTTTTTGGCACCTCTATTTCATTAAAAACCATAA CAGACCTTTTTTTACTTCTTTTCTCATTTGAAATGTTCCGTTCTCCTTTTCTTTGGTTTC CTTGTTCACCATGGAGACTGGAGAGTATACAGGATTTTACTTCCTATTGCTTTTCCAATG TTAAGAACTTAAGATGGTGGAATCTGGGAGTTCGGAGAGTAGTCATAGCTCAATTTTTCC TAGGGGAGGGCAATTGCAGGGGGGCTAGGGGAGGGGGTGGGGGTTGATGAGGTCTAGAAC ACAGGGATCTATCTGTAAGGGCTGAGGAGGACAGACTAGCTAGGGGTTACAAAACTGGTA TAGGGGCACTAAGGCAGAAGAGGGGAAGCTATCTCATTTCTTACTTTCACGGCATGATAA CAGAAAAAACAATGAAGTTAAATCTATAATATAGAAAAAGAACCAAAAAGTACAGTTCTC CAAATTCTTCACATTTTATGTACTACTTTGGTGAAAGAGTGAAGACAGAAGACATCTCAA AAGTGGATTAATATGAGTGAAGGGTACAAAGAAGGGGAAGAAACGATAATCATAACATCA GACAACTAATTATCATAGAAAGTAAAGGACTACTTAACTCGGACAACTAATTGATCGGCT TAAGAATCAGTGTAGTCATGGTTATGACTTCCCAAATAGATCGATAAGGTTAAGAAAAAC ATGCAAAGGTTGAAAGTATGTCATCTTAACCTCATAAGTTGAACATAAGCATACTTCAGA TCGTTCATGAAGAAACAAAACCAAATGGATAAAAAAATGCCAATAAGAACTCACAATAAA CAAGAACAAAAAGGATTCTCAAGCACCTGAAAGTATCATTGTGGATGGAAATAACTATTT CTTCTTCAGGAGATAGTTCCAACTTCAAGGGCCTAAATTTAAGAAAGAAAATAAAAAATT AAAGCCAGGAATAAAATTCTCACACAATGCAGAAGAGATATATTATAACTTCCATCAACC CTTCAATTTTCCACGTTTTTGGTTCATTAAATATGTTTACAATAACAATAGCAAAATGCA CAAAAATTCTGAAATGTGTCTACCTAACAATAGTCGTCTAATCCACAACAATTCTGCAAT GTTATATAGCCTCACACCTTCATAGATAACTGATATTATTTATACCCACAACTAACCCAT GTCGCCAGAAGGAGAAAACACCTGATATGGGAGAAAGATAAGGGTGCTGTAATCACAAGA ATTAATTATCATGCATTAATTTTGAGAGTCTAGGGCCTTCCTTCCAAAATGAAATTGAAG GATATGTACTCAATTTTGAGAGGCCAATTGAAATGCTCTTTTATCATTTTTAGATGATAT AAAATAGGACCAGTTAAGTCTTAAGTTCTCGTCTTAGATAAATATGGAGAACATTGAATC GCAATGACTTTAATTTTGACCTAGCATCTAGGTGGGCCAATTTAAGACATACATCAACAG AATCAGTCTCTAGTCATTTGGCACCAGGAAGAGAATTTTAATAATCTCTTAGCTTTTCTT GGTTTTAACATCTCATCACTTCCCCCACGCTACAGGAGAAAGGTAAAAGCCGAGATAATC ATAAAATCATTCAGCACTTGCTGCACCAACTCAAATCTATAACAACTACTCTAAAGTCAA GATGGGATTTGACATGAAAAATGGTTCAGTCACTAAGTAAAAATAGCTCAAATCCCATAT AAATCAATAAAGAAACCTAACACATGTTAAAGGCACAAAACTAAAGTCTTCTCCTAATCC TTGCTTTTAACAGTTATGTTACTCTTTTCCACTGTAAACAACTAAATTAGAAGGAAAAAG AGAAGGTATTCCCTTTATTCTTTTGAACGAGTTAAATAACATCAGTATCAATTTACCTTA TCAAAAACATTTCACTTTCCAGCTAATTTGCAGTACATAATAAATTCAAAAAATCTTGGA TAAAACTCATAGCAGGAGAATGAAGACCCTCACCGAAGTAAAGGTTGCTGATTCAAGATA GTTGATTGTGACAGGCGCTCAAAATTATATTTCTCGTCTGCCGCATGCTGACCAACCAAA GAAAAATGAAGAAAGAAGAGAGAGAGAAATGCAAATCACATAAGCAACTTTCAAAAACCA AAATAAAATGAAAGATTAGTTTACTATTGACTACAGACAGATCAGTACACAAAAACAAAG GAATAATACCTGATCAACAATAAAAAGGTCTTGATCCAACCTGCCTATAATGAATCCAAG ATTGAATTGCCCGATCACCTGCAGAACCAAAATAGAAGTTGAGAATTTTCGAAACCTGAT ACTAGGAGTGTGTTTGTTAAGTAAATCGTTTTCCTGGAAAGTAAGTGGAATTCTTACTTA TTTTCTTGTGTTTGATAAATAGGCAGAAAAACATTATTGCAAAAGCAGTTGTGTAAAATT TAGGCAAACACTATTGGTATTGGCATGAGAGGCTAGGGGTGGTTGGGATGGGAACTATGG GGTTGCGGGTGGGGTGTTCTAGAGGGTGGATATTCGTAAATAGTGTGGAATGGCACTTAT GGAATGCTTTCCCTGCTTCCACTAGGGAAGTCATTTTCCTCATTTTTAAGAAACTTATTT TCCCAGAGAAAAATGTTTCCAAATTTTTGACCGATGAAACATAAGAAAATTGAAAAACAC TTTCCTCCATACCAACTCTGCATTTCTGCTGAAACTGCTGATGACAAAACTAAACATGGA CAAGAAGCAATTACCAATTGCATGTAAATAAACTAGTGCTTGACTAAATTTAGCATTAGA AGTATGACAACAGAATAGCATACAAATAAACTCACATATTGCAGATGTATAGCACAAATT CAACTCTGGAAATACTCAGAAGTTTAAAAGAGTGGGTTTTATATCGGCATATCCAAGAGA GGACGAAAAAGATCATTTATTATGGACTAAAGAATCTGCAACAATATTTTAAGTCAGAAT GCTAAGATTTCATGGTGTAAGGAGAGGAAAGAAGAGAACATAAAAATGCTGCAGTTAAAA GAATCAAAATGCAAATAGTGACTCCTGTCATGTCATGAATTGGATAGTCTCAAAAGAATA GCTGAGAATGAGTATTATCAAGAGTTAAAATGAGTAACATGTTCAGACTGAACTTCATAA AAGAGAAGAAAGAGTTGCATTAAGAAGCGGAGAAGCGGATTTATAAGGCATCTCCCAAAA AAGAAGTGGGTATATAGGGTACAATTAAAGTGCACCTTTAAAGAAGTAGATGTCATTATA TATCAGACAGAAGTAGGTGGACAAATTCAATTTGGGACCAAAGAATGCTAAGAATTTCAC TGGGAGTTTATAAGTGTTGTTGGCTGGAAAAAGGTAATGAAGCATCGGAACATCTCCAGT ACCACAAGATCCTCAACCAAACCAACTACAGACAATCTAAGAGTAACACTCACATCAAAC AAAAATCAGAAAACTAAATTTTTTGAATTAGAGACGAGGTCTATTAAGACAGGGGTAAGG ATAAAAGAAAAGAATCCCCAAGGAGATCCTAAGAAAATCTTTATCTTCCAGCCAGAATCA GGAAATAAAATTATTGGCAAATCAAAATCATAATACAGGTTTGATTTGGAATGCTAATAA ATGGACGAATTTGGACCTTCATTCTAGTAAAATCTTCTTTCTTGAAAAGTCTCTCCAACT CATTGGTAGCATCAATCAATGCCCTTGCCTTCGCCTCTTCATTTTCTGATCCGGAGAGCT CCAGGGTTGCTGCAGCATAATCCCTTCAGAAACCATTAAAGAACTTTTATTAACTAATTT AAAGACCAAAAATTCTTTCTGCCAAGCCAATAGAAATTACCACATTGTACCTCTTTGTTT TCATTGTTTGAGATGTATGATTAAGGAGTTGCAATCTTGACAGCCTCTGGTTCCTTCTTG ATACAAGTTCTTTCACACTAAATTGCAATGTTGAAGCAATCTTCGAATTAGATGAAGCTT TAGGAGCATCATCCAGAGTCAGACTAGCAGGCTGTTCAGACGAAGAAGCATCTACCCTAT TTTCTGACACATCATGGATGTTGTTGCAAGTAGAATCAAGAGGCACTGGTTCAGTAACAC ATAATTCATTCATTTGAACTTCATGCTCCTGAAAATGAAATGGTTCAAACCTAAAAGGAC TGACCAAAATAGTATAGAGAACGAATTGAAATTTTCTGTGGCAACTATCATTCCTAATCA AATTCAACTGAACAACAAAGCAAGGAGAGTAGAACCGTTCAGAAAAGTGATTCTTATTAA ATTTTCTTACCTGTTCAGATGTTCCAATTTGTATACTATTTCCAGGTGGAGAAAAATCAT TTGTTTGATCAAGGACTTTACCCATTCTTGAGTGCTTCATTTGATGAAGAAATCTGTCTA TCTTTGAGATCTTGGAAGATCCAGACTCACTAATGGTCACTTCATCACACTTATCAGCCT TAACTGGATTATCTGGAGATCTTAAAGATGCAGTATTCTTCAAAGTATGGTCTTCTTCTG ATGGGTGGACAGTTGATCCATTTCTCAGGATAGGTACCTCAGATAATGTAGTACTCATAC TCTCGTGCTTTCTCTTATTTACCGTAACAAATTTGGTGAGTGATGACTGGACAATGCTTG CACAATTGACGTAACGTGAATTATCAATACAACTTTTATCTTTTGAGCATGGGGTGAGTG CATTTCTATCGGTTATAGCAGTAGGCAGACCACCAATCTCTTGCAGGGAACTTCTGGAAC TGTTATTGTCTTTTTTCTTTCCATGGAATCGAAGACTGAAGTCTTTCTCTGTTGACCTGT GTCCATCATTTAGCATAATTTCTGTGACAGGCATATCATTTAATTCCTGAGATTTTTTTA GAAAATGACCCTCTTTATGTAGTTTCCCAACGCAGTCACCTTCCTGATCATCATTAATAT CCGACAGTAATTGCTTGGATTGAAACTGAAAGGCCTTAAGATGGGAAAGAGTGGATGTAT GTTTTTGGTCAACCTCTTGGATACTATTAACAGCATAACTAGCATGATTAGATGAATATA TCTTTTCTAAAGCTTCTCTCAAAGAGTGCAATATGGAACCTTCGTCAGACAAAAATATTT TTCTTTTATCAGGAGTTACATTGACATCAAATTCTCTTGGTGGCATCGCAAAATTCATGA TTGCAATGGGATATTGCCGAGAGTTTGCACCTCTATATAATTCATTGATAAGCTTGCCAA CTTTTGGCATATCCACCGGTCGTCCATTCACAAAAAAATATTGTCGATCTCCTAAGTTGC GTCCACTACCATAGCCAGACTTGGAAATGAATCCTTCAACAGTGCAATCATCAGACATAC ACACTTCCAGAGGCTCCAGACAAGTGAAGGTACTCATACCAAATACTGTTATAATGTTAT CTTTCAGAGATCCACTTCCCTGAGTCTTCAGAACTACAGATTTTGCATTTTTTAGAGCTG AGTTGGTACAAACTAGTCTGACTCCCTTAGAAATAAGAGCATAGGCCTAGAAGTTCAACC AACAAAAGAAAGCAAATAAATAACTTAAACAACAAAAGCATTAAAATACTTCTTCAGCAG AAACCATGCACATACTCTCTCAAGATTAAGAACCTTGACAAGAACAAATTATTAAGCAGT CTAACATGAAAGGTCACCAAACTATAGCACAATGAAATTCACAATCACCAGAAGCAAAAA GATTTTTTGATGAAGTTAATCGATTTCACTAAAGAGAGAAATCTCCCCTATACAAGAAGT ATACCCAAAGAAAAAGTGGATAGCCTACACAAAAGTATGAGTCTCTACATATTGCTCCAC AATTTGTGCAATCTTCAATTTAGATAGGAACTTCAATTTCCTGGGAAGCTTTTGTATTTC TTACCCCTTGTAATGCTTGAGTTCATAAAGGGGCTCAAATTCTTTCAGCTGGTTTCCAAC TTACTTTAAGCTTTTCCATTTGAATAAAAAATGAATTTAGCAGATATTAAAGGATCTCCA GAAGATATTACAGCACCAACACAGCATAACTGCTAGACATACAAATTCATCTGCAACAGT GTCTTTTAGGCGATAATTCATAGCCGAGATACTCCAAGTAGAATCTTAAAATGAAAATTT CAATATGGTGAAGAAATTCTCATTTTTACCTCTTTCTTAATAGTAGTCGACAAATTTCTA AAATTAGGAAACAACTTCCTCCAAAAGGACAAAGAACAAGATAGCTACTGTAACAAAAAT TGATGCTTGAAGTTCAAACCAACTTGAACTGAATTGGATTATACCATCACGAAGACCCTA TAGATTTGACGGCACCAGTTGACATTCCCATCTCAATTCTTAAGTTTCATTAAAATAAAA CCATCCTAAGAAATCAATAGCCAAACAAGAGTAAGATAATACAGATTAAAGGGATCATAC ATTCAGCAATGTGATAAGCTTTCCATATTCCTTCCGGATATTGCGGTGGAATTCTTTACT TCTCACTGGTAAAGTGGAGAACAACTTCTTAACAGTGACAGTGGTACCAACTTGGCGAGC TATGTTCCTTTCAGCTATCAGAAGGCCCGAATGATCAAAAGTCAAGTGTGTCGCAATTTG CTCATTCTTTGTTCTTGTTTCAACTGTCAAATCCCCTAAAGCACAAAGTGAACTCAATGC CTCCCCTCTAAATCCAAAAGTCACTAATGACTGAAGATCAGGAAAATCTGATAGTTTTGA GGTATGATGTTTTAGCGCCAATACCTTCAATACAAAAACATCCACACACTTAGTATCAAA TTAGCTCAATTTACTATGGACACAACAACTAGTGAAGTTAATCAACAGAAACGAAGAAAC ATAAATAAACAGTGGAAATTAGCATCAAGTGGAACTACATCATAGCAGAAACAACCTTGA TTGAAAATAGAGATTAGAGTACAGGTGCACGCGCATGTGCACATCAACACATTTATATAC ACATTGACGCAACTTTGATTGAAAACAGAAAGTAGTATAGAGAAAGACTACAAACCCTTT ACACATGTATAAGTGCGTGTCTGTCTGTGCATACATATTACACATACACATACAAAAACA TATATGGAAAGCTCGAAACAGAGACACAATATCACTAGCTTCTTCACTTACAACAATTAA CAATAAGACTTAGACTCGATCACTCAACTAATAGTTATTGTCCTACATGCAGCAACTTTT TGCATCCAGAAAGAAAGTGAGCAGAAAACAGAAGAGGAAAAGACCTTGAAATTTTGAGGC GAGATGCCACAACCGTTATCAATGACCTGGAAGGATTCAGAACCATAGTCTTTGAGGGAG ACTTCGATGCTGGTAGCTCCGGCGTCCAAGCTATTTTCAACCAATTCCTTGACGGCAGAG GGAAGGTCCAGAATAACTTGACCCGCACAAATTCTATGGACTACGCTCTTGTTTATGGGT TTAATAGTCGACGGTGAAGAAGCTGCTGCTGCTCCGTCCATTTCAATGGCGCTCGCTTGA TTGTAGGGGCAATGCCGGTAACTGTAAGATATCAAGTTTACTACTTCATGCTGAGAAATT CAGTGATTCATGTGGGCTAGTGGAGCTTCAACAAAACAAGAAGATTCACTGTGACAAAAA AACGAAAACCCTATTGGTTTCAATTCGATTGCTGTTCAGATTTCAGAAAAATCACTTGCT TGCCGCCAAAATAATACCGGCTTTGGCGATATAGGTGATTAGTTGGGAGCGAAATGGACA CAGCGGTGTCGTGGTGTAGTTGGTTATCACGTCAGTCTAACACACTGAAGGTCTCCGGTT CGAGTCCGGGCGACGCCACAAAGTTAGGACTCTTTTTATTTTTTTTGGTTCCCATCGGTG TCCGTAGAGGCGGAGCCAGGGTTAGAAATTTAGGGGTCCTTAATCGATTTTGTTTTGTGG TTTTTCATGTTAATATACATATATTTATTTAATTTTCAAATACAAAGTTTACAAAAAAAA ATTTAGTGGATTCGTCTGAACCCATGAACCCACATCTAGCTCCGCCTCTGGGTGTTTGGA GCCTACATTAGAGTTCCGACTAAATTTGAATCGCACTGTAGGGTTCTTCAGGGGTGACGC TCCCAACAGAATTTCTCCATACCAGGTTCGAATTCGAGATCTCTGATTAAAGATAAAACA CTTCAACCAGCACCACTGGTCCACGTCCTATGTTGGTAAGGTTTGGAACTTGAAGTCAAG AAGAAGAATCCTTTATTTAGTCTTTTCTCTTAAGCATGTTATTTGTTCAGCTAGGGATCT ATAAACAATTGGTGACCGGTCATGGTTCAATAAATGAGAGTGTCCCATCATTTGTTTGCA ACGACACTATAGAGCCAAAATCCTATTTGAAACGAGAGCATAGTCGATAAAATTGCACAT ATACTATCTTCTCGAGGCCTATTCGTGGGATTACAATAGATTTGTAATTTCTTATGCGTG CTGATATACATGGGTCAGGCAGATGTATAAACGCAATTACTAACAATCTTTCGAAAGATA ACCTCTACGTTGCGGTTGATGCAGCAAGTTAAACGTAAACGAGTGAAGGAGTGAACAGTT GTTATCATTTATATTGAAATCTTACGTATTAACCAACCAACTGCAGACATAGTATTACAC TACTGTATCACTGCGAAATGTTAAATTTTTGACAGGGGAAGTACAATAATGGCTATCTAA TAATTCAAATTAATAGTAAAATTTCCTTATTTCATTACATGGGATAAAGAATAACGTATG CAAAACATTAGAAAACGTGCTACTAAATTCCTACAGCACATAAGCAAAAGTTGACGATCA AAGTTAACCCGCAATGAGCTTACTCTCACTCGTAGCCCCTGTGTTATTTTTTTTTCCTTT ACTGCAATGCAGGCACCTGATGTCAAATAGATCTGCTTGTGCCTCACAAAGATAGACTAA AGGGATGCTTTTTTCCTACAGAAAAAAAAAAAGTAGTAAAGAATAACCCCATTGTTTCAG AAAATGGAGGTTCGCGTTCAACAAAGTTTCGTTGATTGTCTCTCAATCATTTCATCTGCA AAAACTGCATCATTCAATCTTTTTTGATAGAAATTGTCCATAGGAGGTCCGAATCAGATT GCACTGTAACTATGTTTTCTTTCACGATATTTGATGTACTGACTAAGCCACCAAATCTCA TTTCGGTATTATCTGAACAAAAGTAAAGTAAAGGTATATCAGAGTCAAGCATTTAAACTA GATAATCACAAGTACAACGACATCGACTATGGGTCAAATGGTTTTATTGTTATTATGGGA GAAACAGGAATATTTTTGATGAGGTACCTAAGAAGCTTCTTGGATTATTCAAAATATTCT GAAGGCTAGTAGATATTTTGTGGCTGCTGAGATATTGCAGATGCACTCTCCTTCTCAATC AAGTAAATGTGGTTGAGACTTAGAGGGCAATTCCACAAAGTAACTTGGAGGAAGACGGAG CGTAAAAATTTAGGGCTACCTAGATGGATCTTCATACTCGAACTGGCTGCCTTGGGAAGG CTGAACACAAGAGATAAATTCTTTAAATGGGGAGTTGACAACACAACCACAATGTGCACT GTGTGAGCTGGAAAATGAGTATAAACCACCTGTTCTTTGCTTGAATAATATCAACTCAGG TATGGAAAAACTCTTAATATGGATTGGCAGAGGCACCATGGGGTGGAATGAAGAATTACT TTGAGCTGAAGCATATGCAAAAGGCAGAAGTCACAAAGCAGAGATAATACAGGATGATGC TGGCTGCAGGAGTTTATATTTTATGGAGAGAAAGGAACTCAGGGATTTTCGTAAACAAGA ACACAGTCCACAACAATGATGATCAAGAAAGTGATACATGAAATCCATATTAAAGCAGGA AAGTTGCAAAGCTTGGAGGATGGTTGACAGATCACAACGTTTATCCATAGCTGCCTATGA CTTGTTATTATAGGCTCTGGTAGTTATAATTGACTCTATTTGCTCTTGATGTTAGCTTGT GTATTTTTGACGGAGTACTTGAGGGGGACTGTGTCCAACAAGTACTCTCCCTTCAGATGG TTTGTAAAGCATCACTTAGGTAATGAAACTAAAGTTGGTTACCAGAAAAAATGTTAGCAT TGGCTATCTGGCGAGAATTGTATCCTTCTTGTAAATGAACCAATAGCTAAACAGAGATGT CCTTGGCATAAAGCATTAGCCCATAACAAAATAAAGTAGGTAGCATCTAAACCCCACATA AAATTTTGTATGGAAAAAGTAGATTGAGCTACTCACCAAGATTCCATTGGAGACCCGTAG TACTGGTTCTTCCGGCAACCATTCCAATGGGTATGAGTCCGCAATGTGGGCCCTCAACTA AGGATTGTATATGAATCTTGTGATGATGCTTACTTGGAAGAAGTTGGATTAGACTATCAT CAGAGAGAAGAATAATCCGCATGGAGGGGAAACAGCATATGACATTAATATTTCCCATCT CATGGTCAAATCTTCCCCCAAGTGCTCCAGTGACTAGAATACACAACTGTAATTACACAG AGATAAAGTTAATCCCACTGAAACTCTATTAGGACGTTCTTTCCAGTGATGGAAGCCTAT ATTCAAGTCAATATGTTGTCTTGTAATACTGCATCAGACTTTTAAGCTTCACAATAATCG TTTTTTTTCAATGTCAATAGATGCAGTGATGAACTCAAAATAATAATAAAAAGACAACAA AATATACTGCTCCATTTATTCTTAAAAATATATAATACATATTGCACCATTTAATACAGT TTCATGTTTTAATGACTGCCATACTTTAAAATGTATATCACCAAAACCCAATGTGTCAAC TCCAAAATTTGACAGTGCATGATGATCCAGAACCATTTAGGGCAAAGCTCAAAATTTTTA CTATTTCAAGCATCCATTCTAAAAAGAATAATATCTTAATTATTTGGAGTAAATATAACT GCAGAAGAATTAGATCACAAATATCCACAAGGGTTGATGATGGAGATATTGGTCGAGAAA CTATATAGTGAAATGACATTTTTAACAGATGTAAACTAGAAATACCACATATTTATAGCG AATAGAAAAAGGTTAAAAATTTCCAGAGCTATGCTGCAAGGCTTAACTTACATTTGGATG TTCCGAGTTTAGTGAGTCACGAATATATGTAACGCATTTATTAAGATCTGTAGTATCTTG ATCTTGAGATTCATCAATTATCTTGGTTCCCTGCATGTGGTTAGCAAGCAAATCTTCAAA ATATGGTTTTTCCCAAATCGGTAGATCTTCAAAATACGGTTCAAACATGCTTTGTAATGA AATGCTGGAAAATGAAACACAAATGTAGACAGCTAACTAATCATCCCCAAAATTGGAGTT TTAACATGATTCAAAATGAGAAAAATGCACATGTATAATTGTTAAATAGGCTAGAAAGAC ATTTAGAAAAGAGCACATACATTTGATGTAATACTCACACAAAAACTAGTATCTAAAAGT GTAACAATGGTCGTTATGCAGCTCAAAAGCTTGAACTCAACAATAAATTTGGGAACTTCA TGGTGTTAACAAAGTAGGCCTCTCTCTACCAGACTGAAGAATATATTTGCAGAGCTCACT GTGCTGTAAGCAAGTTTCTCACTCTGGCACACAATTTAGCAAAGTTTTTCATTTTGTTAT TACATAAGCCCTTAACACATCATACACTAGTAACCCGTCACATGATGTCCCACTCCATAA TGTATCCAATTTGAGCCACCACATGGAAAAAAGACTCACCATGTTACCTTTCTCTAAAAA GATACAAGGCAATTTTTAACATCAAATTCTTTGAGATCCTCCCTGGAGGCAAGCATTTAA CCCAGAGTGATGATTCAATTAAAGTAGTCTTAAGGGACAAATTTTGAAATATATCTCAAT TAACTAGGTCGCCACATCAATCATCTGTATCCTTTCGGCCACACAATTCAGGCTCCATTT AGTTTCAATACTAAATAATTTGTCCTTTAAGGCAAACTATGGTTTCTCTAAAACTAATGT TCTCTAAATTTTAAACTTATCCCTACACAATTTTCTTAAAAAAAATATCCCATTTCAAAA GAAATTTGTTGAGCAACTGTAGGACCACCATAAGAAAATTCTGGCTTACCAGGCCTCTGT AATAATCAAGAACATCAGTTCTGATTGAATCCATATCTCCTTTTATAGCATAGGGCTTGT ACCTGCAATAAGATCATGATTTAGTCTAATTCAATCAATGATAACAGACAAGTTTTCAAA CATAAAGAAAATGTGCTTTGGCCAAACAAAAAGATAAAATATGAGCTTTTATATATAGTC AGATTGTGTTTTAGCTAATTTAAAGTTCAATCCTATTATAGAAAGGCAACCCGGTGCACA AAGCATCCGTGTTAGCGGGGAACAGAGAAGACTGCACCCCAAGTGATGTGATGCAGACAA CCTAACCTGATCTCAAATAGTGACTAATTTTCTTCCCTAATGTAGAAATCCAAGTTAAGC TTTCCTTTAGTCCATCTTGGTCCAAGGAATAATAAACGAGGCTCGCACATGTGGAAGTGT TGTAAATGTAACTGATCCACGAACAACTTTTATTTATAGATGCTCATTATGAATTGGAAT TCCAAGACTAAAGCTCCGATCCCTAGCAAAGGCGATTTCATAATGAAGAGGATTTGAACT TGAGACCTCCGATTAAGGATGAAAGAGTAGTTACCATTCCAACATAACCCTTGTTGATTT TTCGTTGCTTTTTTGCTTGGACTCTTCAAAGATATATATGGATGCATGTCACATCCTCCA AAAGCAGTGCATTTTTTGAGAGTTTTAGGGACATAGACTAAGAATAAAATCTCTCTATGA GCTAAAACTTTTCGCGAGGTGATTCAAACAACAACAACATAGGCAGACATAAAAAAAGAT GGAGAAAACAATGGAATCAAAAACAGATTTCACACATTGAAAACACACAAAGGAAAAGAC AAAAGAGTAAAATTTCTTTTGTAGTAAGTAAACTACAAAAAAAAGTTGTTCCTCTCTAAA CACCTCAAAAGCTAATAAAATTTCTTTTGTAGAAAGTAAACTACCACAAAACTCATTAAA AAAACACATCAAATTAAATCAATAAGCTACTACAGAACTCATTAACCACATAACTCACTC AATATATTCAAACTCACCTCTTACGAATTTCAGATGCCTCCTCATGAGGAAACATGCCAG GCAATTCATCAAACACCCTATTCGCTCCACCGTCAGCACAAATATGAACCTTTGCTGTTC TAAACAACAACATATTCACCATATTAGACAAAAACAAACACAAATCCCAGAGCCAAATGC ACTACTTAAAAAAAGTTCAAAAAAAATGAATCAGGAACAAATTGATACCCAGTTCTCAAG CTAAATAACTTAAATATTATAATTTTACGAAGAGATCACCATTTCACATATACCATATTT AGACTATAACAACACAGAAAACTGCGAAAAACGTTGAAAAAAAACGAAGAGCCGCAAGTC CATTACCGTGCTTCCAAAGCAGAGGAGTGAATTTCGGGAGGCTTTGGTTAAGGATAACGA GAGCGTACGTTAGAGCAGGTCCGTCGTCGGCGGGAAGATTTGGTAAGAGGAAAGTAGAAG AATGAGACGTCAAACTCATCGTTGCTAACTTGCGCACACCCCTACTGATTCTGTTACTCA GATTAAAGAATGGAGAAGGTATGAACATCATTGGAGTAAGTATTTATATTCAATTTCTAC TAATAAACAAAGAGTACTATATTATTTATTTATTTATTTTTAATTTTTTTATTATATTAT ACATATGAAAAGTTCTATTTTGACCATAAAAAAAGAGAAAATTATAAACCTTTTTCACAA AAAACGGGACGTGATGGGACGTGGCCAGTTGGGTTTAGATACTCCTAGACCCTAGGTAGG GTCGTATATTACTGATTTGATTTTTTATTTTTAATAATTTGATTTCTTATTTAATTAATA AAAAAATATTTTTAAAATAAATATATGACTTTTTAAATAAATTTGATGCGTACACGTAAT AATATAACTATAAGAAAAAACTATACGAGCATAACAGAAAGAGAAATTAAGAGGAATAAA GTTTTAATAGATTTTAATGTTTTTTATAATGTGAAATTGTGAACTTAAAGTCATTATGAA GTGTAAATAAGTAGGTTTATCCAATAATACAATACTATTAAAAATCAATATCCAACCGAT AATTCAATAAGTTTTTTTTATAAAATTGTTAAATCAATAACAATAAGCCAACAGAATTTT TATAGGTTCCATTTATCTTTTTTTTTCAATTTTTGCACAATCCTAACTTCTATCTTTTAT TGCAAGTTACTCTAGAAAAAAATAAAAATACTGTAGATTTTTACTTCTCTTTTTACAATG AAAAACTAGAAAAAGAAAGTAGAGAGAAAACTTCTTATTTCGTTAAAACACCATTAATTG AGAGATTTTTGTTGACAAGAAAATCTCTTTATTAAGGAGTGAAATTGATTATTTTTAAAA AAAAAAAAATCTACCAAAGAAATGTTCACTATTAAAAGAAAAAGAGAGAGAGGGAAGAGG AAATAAAGATGGATTATAACGTGGAATTGAATTCTTAGTAATAAAGTGGCAGTTTAGATA GTCAATTAATTAATTTAGATAGTCAATTAATTGTATTGTTAATTCTTTTCATTGTAGCAT AAATATGTTTGTAACACATGAATTATTTTTTTTAATTTTATTTTTGATATTAATAGTTTA TATTTCAAATTTATTTGATTATAAATCCATTAATATATGAATTTATAATATGTATTTATA GTATTAATTATTACATCTTAGGTGGCTTGTAAAATCAAAAAATTAAAGTAGTAAATGTGA ACAAAAGAAAATAGTAATTTAGATGATTCTTTGATTTAGCGGTGGAGAAAGGATTGATAG TAAGAGTCAACGAATTAGGTCGAAATGTAAGGGATGATCTCCGTCTCGATTTTATTTTAT TTGATTGATACGAAATATTAAAAAATAAGTAATAATATCATCTATTTTTTACTTTAAATT AAAATATGTGTTATAAATATATTTATTGTATTACAGTGAATGTGTTTATTTGGAGAAAAA TTAAATTTTTTTATCAGTTTTTCTCTTATTAATTATCTCTAATAAAAAATGTTATTTCTA CCGTCTCTTTCTTATATTTTATAATTTTATAATATTTTTTAATTTTACAATATTAAATAT GTAAAAATTGATTAAAAAAATTGAAAAGAATAAGGATATTTTTTTATGTCGAACTAAAAA AGAAAGTAAGATAAATAAATACAAATAGAGAGAATATTGTGCTTTTTATCTATATGTAGA TTAATACGTAATTATTTTTCCGATTTCAATTTGTTTATTTTTTTAAAGTTTATTTCAAAA GTCATACCTCTTCTCTTGATAATAGATAACTCTTTGATTTCAATTTTTCTTTATCTTTAC ATCAAAATCATAAAATTTTATATCTTTTTTACTATTTTTTTTACTTTCTGTCAAGTTAAA CTTAACTGAATACAAATTAATATGGATAAAGTAATTAAAAAGATAATTGACTATTGTGTT TATTCTCTCTATCCTAATTAGTATGACACTTTTCATTGTTTAAGAGTTAAGCAATTTAGT TTGATCGATAATTTAATGAAATTTTAAAAAAAATTATTGAAATTTATGTATTTATAAATT GCGTAAAAAATATTATAAGATTGCAATAATTGACAATTTAAATTTTAAAACATACATAAA AGATTAAACTTATTTAAATCTCAAATAAAAAAATATTAACATAAATTAAGACGAAACATA TATATTTTTTAGTCTATATTAAATAAGATATATTTAAATTAAAATTTAAAATACAAAATC CCAAAGTTGATTGTCAAAGTACAAGAAATTGAAATTGAAATTTAATTGCCTGACAGAAAC ACATGGTGGAATGGGTCATGTTCATACAGGAGGAGAACTGGAATGAAAGCAACCCATACC CCTCACATTCCGGAATGGATACGATCCCTCAAAATTGTCCTCAATAGATAATAGTTATAA TTAAAATATCTAAGTAAAATATACGAATAATTTTAAAGAACAATAATTTAAGCCTTTAAT TTTTTATGAGTATACATAAATATTTTTCTCGTTTATGGGTGTTTATTGTTTAATATCCCA ATATCCCATTCAGTATTTAATTGTTTTTTCTTGTTTTTATCTATTTTGAGATGTCTATGT AGTTACTTAAAATTTATTAAATATACATTTATAAAGTTATTTGGATTATATTAAATTAAT AAATATCTTAGTCCAAATAAATATTATGGATTAACACAATTGATTTAATTATTTAAATTC AATAAATATGAATTTAATTAAAATCCTCTCCATAAAATTCATATGACATGTCACTTAAAT CTGATTGGCCGAAGGGAGTCCTATTCCAATCACAACCCTCTATCCTAAAACTATAAATAG GGATATCATAGTTCATAAAAGAGGATCGATAATTTTAACTAAAAGCTATAGAAACCTCGT GGATCAAAAGTTTGTCTACAAGGTCAAGAGTTCAAGAATTCAAGTATTCAAGTTTCAAGA ACGATAAAGATCAAGACTACCGAATTCAAGATCAGACTTGAAGCCCTTGGATTCAACTAG AAGTCAAGATCAAGATAAAATTCAAGATCAAAATCAAGATAAAGTTCAACATAAAGGGCA TGATCAAGTCCAATTCTAAATTCAAATCCAAGATCGAGATCAAGATCAAGTCTAAGTTCA AGTACAAGATCAAGATAAATTCTAAGTTCAAGATCAAGCTTTAAAGTCTTTGAATTATAT TTGAAAAGACGAATTCAGAGGAATCATAGAGATTGTAATACTTGCCCTTGAAATAATAAA TCGATTGCTGCTATAATCTTCCTTTGTTGATTATTGTTTTCTTGACGGGAATTTATTGTC TACAAATTCTGGCACGCCCAGTGGGACAATCTCTACCTCTCATCTCAACTTTTCAAGCAT AAAAAATATCAAAATGACTTCTACTATAAAAGAACAACTAACAAGCTTAACTAACGTAAT TGAAGGCTAGACAAAGTGCGCACACAAACAAGATGCTAAATTTTTCAAGCTAACAAATAA GATGGATAACATAATTGAAAGAAGATCAAGTCAATCACCTCTAAAGCTTTCTAAATTCAA GACGAAGGAGAGTCTTGCATAAAACAAACAAAGATCAAAGAGATTCATATCTCAGTTGAA GTTTTGATTCCAATTGATCAATTAAAGAACTTTATCATAGAGGCTATCGAAGACAAATAT GAGTTTTCATCCAAAGTTTCTCCCATATATGCAAAGCCATATACACAAAGGATTGATAAC TTGAAAATGTTTGAGGGTTATCAACCCCTAAGCTTCAACAATTTGATGACAAAGAAACCC CAAACTACATATAGCGCACTTTATTGAGACTTCCAATGCTGCTGAGATTTATGGTGATTA TCTTATTAAAGAGTTCATTCAATCTCTCAAAGAAAATGCCTTTGATGATACACAAATCTT GAACCTAATTCTATAGATATTTGGGAGCGATTAGAGCAAGTGTTCCTTAATCGTTTCTAT AGCATGAGACGTGTCGTTAGTATGATTGAACTTACAAAGACTCGTTAAGGTGAAGATGAG TTAGTTGTTGACTTTATCAATCGCTGGAGAAGTCTGAGCCTCAACTGCAAAGATCACCTT AGTGAAATTCCTAGCATTGAAATGCGCATCCAAGGTATGAATTGAGGTCTTTGCTACATT TTACAAGGTTTAAAGCCCAATACATTCTAAGAGTTGACAACTCGTGCACATGACATAAAA TTAAACATAACTTTATGTTCTTTTTTGTTCAGTGAAAAGAAGATTTAGCAATTAGAAGTT TTAAAAACAATAGAAGAGAAGTGTAACATGTTATATTTATTTATTGTTAGAAAAATTCAT TGAAGGCTTTTTCAAGATTTCATCTACTTATCAAGGTACCATTTTATTCAATTTTACCTA TTTATATATTTTTGAAAATGTAATATAAATTGATTAAAAGATTTTATAAGAATTCTATTA AAAAGGTGTTGTATTTTATTTGTATCTGTTTTATATTTTTGAGATATTCCAAACATTAAC GTGAGCGTTACTTTGGTAGGATGTGGTTGATATTTGTATTTAGGTATGTAAATTTTTTTT TAAAAAAAATTAATGTGAAATGCTTCGTGTATCGCATTTTTTTTAATAATAAAAAAGTAT TTTTTTATCAAAAGTCTAAATGTAAGATTATTTTGTATGACAAGTAAAGTGTAATTGTTC TTTTAAAATATAAAATTAAGTCGATTTTGAATTTCTACATTTTTCTAACCTGGAAAGATT TAATACATGAAATTTAGTTAATTTTAAAATTTTAAATATTAGATAAATAATTAAATGATT ATTTTGTCAGTGTGAACTCTATTTTAAAAGGATAAAAAATAATTATATTTTGGTATCATA AAATAAATATTTAGTAACTTAATTTTAACTTTTTATTTTCCTTTTATGAGATATATTAAT GCCAAATGAAGTTACACTTTATAATATATTTTTTCGTATCACGAGTTGAAAATTTGACGA ATAGTTAATTTAATAAAGAAATGATTACTATATAAATTATCAAAATTATAATCGATTTTA AAGTTTAAATTATTACAATCTTCATTTTAATTTATGTGGCGTTATTTGATTTGAAATTCC TGTTTTAATTTTATGTGACGTTATTTAATTTGAACATAGTTTAAAAAATAAGAAAAGAAT TTGTTATTTTTATCAAATTTTCATCACTAAAGTTAATTTAGTACTCACTTATTTTAACTT TTATTCACAATAACGGATTGAGTGGAATCAATAAGGATACAAGATAAAGTATTAGAGTGA TAATTTTATCTTATTTTTTGTCTTCAATAAACATTTGTATTTTTATTTCCATAAATAGAA AAAGTGGAAAGAATTTAAGTTTAGAAAGTGAATTGCATAAATATCATATAACTATTAATC TTTCTATTTAATAAATAATTATCCATTATTAACTTGACATATAATTTTAACATAATAAAC AATAAGAAATGTTACTAATATCCTTTAAATAAATTGAATTTAATATTTTGAAAAATATAT TAGATACTGAATATTGAATACAAAATAGCAAGAGTAAAATATATAAAAGGATAAAATTTT GAAAACTAAATAGTAAGAGTAAAATAAATATAGAAGAATAAATTTTAAATACTAAAATAG TAAGAGTAAAATAGATATAAAAGGATAAATATTTTTCCGTTTTCTAAACTGGATAAAATT TATTTAATAACTATAAGAGTAAAATAGATATAAAAGGACAAACTTATCTCTTCATTTCTT AAATTGGACAAAAATTATTTAACAACTATTTTTGGTAGAGTAAATAAGTAAAAAGATTCA CTTTTCATTTAATATTTGATTTGAAATTTAATGAATTTAGATTGGACATATTTTTGGTGA ATTAACTCTCCTAATGCAGAAGATTACACCTTTAAATATTTTATTTTCTCAACTTCCCTT ATTTAATTAAGTTTTATCAGTGTATATTCAAAATTATAATATTATATCATTCTTCAATTA TCTATCAAGGTAAAGAAAAGTTACTTTCAAAATTCTCCTAATTTTCTACTTTTGATTATT TTTATTTTGAATTTAATTGATTTTTTTATTTTCTTTTTTGTTCAGTGAAAAGAAAAATAA CAATCGAAAATAGTGTTTGCTCAATTGAAGACTTTTTTTACCTATTTATATATTTTTGAA ATATAATATAAATTGATTGAAAAGTTTTGATAAGAGTTTATTTTTATATTTTTTGAGTTA TTCAAAAAAGCATTAAAATAAGAAGATCACGTTTAATGTATAACTTCTCATTTTTCTGTC GATAGAATAGAATAAATTAATCTAACATAGATCGAAAAAAAATGTTTTTGATATCCATCG TTATTTAATATTGTGTTTAGTATTTTATTCTTCTATTGTTCGATCATTACATTATTTTGT AGTTATTGCTTCCTTGCTGTAGACTTTGCACTATTTTCTTGTGATTCAATACGTTTTCTT CTTTGTATATGAAATTGCTATTAAATCGAGGGTATGTTGTTCTTGTTGATCGAAAAATAA AAATTAAAGTGTGATCATAATTCACATGCTTTCGAGTAAAACTTACTTATATAATATCAT TGATTCATTTATATACTAGACTTTGCACTATTTTGTTGTGGTTCAATATGTTTTCTTCGA AATTGCTAATAAACCGATGGTATGTTGTTGTTGTTGATTGAAAAATGAGGGTAAAAATTA AAGTTAGGTCACAATTCACGCGCTTTCGAGTAAAATTTACTTATATAATATTGATTTATT TATATACTTTGAATAGCATTTACATTTTTTGATTGGATTGAGTATATATGGACAACTAAA CTTTGGAATCAATTGAAAAACTACTAGCATGAGCAATCTTTGTGTTCTTCCTTCCGACTT TTCGATCACTTATTATACAGGTGTAACACACGTGTTCAGAAACTAGACGTATCACTTACT TTGTGTTGTATGATTCGTCAATGTAGTGTTCAAATGGTGAGAAATGGAGATGAGGAGGAT CAAGAGAGGGGAGGAGGTATGCGAGGGGAATCAAGAGAGTATGCATTCAAGGACGAATAT GTTCCTCCGTGGCAGAAACAGATAACGTGGAGATCAATGGTGACCGGACTGGTCTTGAGC ATTGTCTTCAACTTCATCGTTTGCAAACTCAATCTCACAACTGGTGTTATCCCTTCTCTC AATGTAGCAGCTGGACTGTTAGGGTTCGCGGGGGTTAGATCATGGACTGTTGCTATTGAC AAAGTTTGGATTGTTGAAGCAGCCTTTTACTAGGCAGGAAAATACTGTTATACAGACGTG TGTCGTTGCTTCTTCTGGCATTGCATTTAGCAGCGGAACAGCAAGTTATATGTTGGGAAT GAGTCCGTATATAGCAGAACAATCAGGGGCAGGAAATACCCCGAATAATACTAAGAAACT TTCTGTTAGTTGGATGTTTCCTTATCTATTTGTGGTTAGTTTCGCGGGGCTTTTCTCAAT CGTGGCATTGAGAAAGTTGATGATAATGAAGTATAAGTTAACATATCCTAGTGGAACTGC AACTGCATATCTTATCAACTGTTTTCACACTCCAAAAGGAGCTAACCTCGCGAAGAAACA AGTGAGTTCATTGTTCAAATCGTTTGGGTTCAGCTTTGTATTCGCGGCTGTTCAGTGGTT AGTTGCACGGGATGAAGGGTGTGGATTTGGTAGCTTGCATACATTTGGTGCTCAAGCTTA TGCTAAAAGGTTCTATTTTGATTTTTCGTCTACGTATGTTGGAGTTGGTATGCTTTGCCC TTACATGGTCAATATATCATTGCTAATTGGTGCTATAGTATCATGGGTTGTAATGTGGCC AATGATTGAAGCAAAGAAAGGGATTTGGTACTCTGAGTATTTATCGCGATTGCCATGATG CTTGGTGATGGTATTTACCATTTTGCCTACATGTTGGTGGTTACAATCTTAAGTTTCACG AGGAGGAAGAATCCTCGGAAAGAAGATGAAGAAGAGGATGATGACAATAAGATACAGAAC GAGTACTTCTTGAAAGACCAGATTCCTAACTGGGCAGCAGCTGTGGGATACGCTTGTATT GTAGTTGTATTTGTCATTGTGATACCGATTATCTTCCCCTCACTCAAATGGTATATGGTT TTGGTTGCATATTTGATCGCTCCTATTTTGGCCTTCTGCAATTCTTATGGAGCTGGTCTT ACTGACTGGTCCCTTGCCTCAAATTACGGAAAAATTGCAATCCTTACGTTTAGTTATTGG GTTGGTTTGGATAACGGTGGTGTGATTGCTGGGCTAGCTTCATGTGGTTTGATGATGTGC ATAGTAGACACAGCTTCTGGTTTGATGGGAGATTTCAAAACTGGTTACTTAACCCTTTCA TCTCCGCGTTCCATGTTCTTTAGCCAACTCATTGGGACTGCTATGGGTTGCATCATAACC CCTCTAGTCTTCTCAATTTTCAACACTGCCTATCCCTTAGGTGACCCAAACGGTCCATAC CCTGCACCATATGCTCTCATGTATCGTGGGATCGCCTTACTTGGAGTCGAAGGTTTTGAT AGTCTACCCACTCATTGCCTCATCCTCTCTGTTTGTTTCTTTGTAGCTGCAATACTCATC AACCTAGTCACTCAGGTGCTGAAGAAATGTGAGACCAAGTATAGAATTTATCGATTCGTT CCTAGTCCAATGTGTATGGCTATACCATTTTACCTTGGAGGGTACTTTGCCATTGACATG TGTTTAGGGTCATTGATCCCTTTCTGTTGGCAAATGTATAACAAACAGAAGGCAAAAAAT TTTGGATCTGCAGTGGCTTCTGGTTTAATATGTGGTGACTCCTTGTGGGGAATTCCAGCA TCTATTCTTGCCCTAGCTGGTGTCAAAGCTCCATTTTGCATGAAATTTTAGTCAGTTTTA CATGTTATTTTAAGGTAGGGTATTTTACTATTTACTAGTGTTAAGACAAGTTGTGTTTCT ATATGTTGTTCTTGTTTTGAAATGCATAGGTCATTTGCATAGACAATTTATGATTTTGTT AGCAAAATACTGCACACTCTGTTTGGTTTTATGTTTTGTATTGACAGTAATGTGTACTTG GCTTACTTGTATCTTGTGGAGTTACTCCAGGACTTCATCACACCTCACAGAGTGATTCAG GTTCACACTCTTTTATCATTCACAGCATCAGGCACACAATATCACTGGACAAACAACTAC TTCAAAAACTTGATCTGAACAGAACATGTTAACTTGGTCTTACTTCAACTAAATACTCCA AACTCATCCTCAGTGTGTCTTATGCAACGAACACTTGATGCTGATGTAACATATAAATTT TGGAGTATATTTTGTAAGTTGAAGTGTAAAACTGACACAATGGAAACAAGTTGAGGTGTC TAGATGTGCATACTCAAAATTGTTATGTTTAATTGTCAGTTTGAGGCCAAATTCGAGAGT CTTGTTATTGCAATTCATATTCATTTCAAGGGAAGAGCGTGATTATCAGCAAGACGGCAA CTATGTTCTCAAAACTTGGTAGTGAAAGTTTTGCCTCTTGTTTATCTCATATCTTCATTT TCTTCAGATAGGTGGTGTTATGGTACACCAAAGGCGAAGCTAGGGTTTTACAAAGACGAG TTTTAACTAATAATAACTGAGTTCTAAATTTATTATATCAAAAACTACAAATGTCCCAAG GTTAGCAAATTCCTTTGACACACAAGTAGCGACCTGCACTAATGGTGTAACGCTATCTCT GTTGCAGGAAAGGGAATCAATGTCTCTATTGGAACTTGGAATACCCTAAAAGGAAACATT TACGTGAAAACCAAATAGAAAGAAGAAAAATCACATACACAGATTCCTTCTCTTTTGTTT TCATGTTCTGTAAGAAATGGGTACAATCTACCCCAAAAAAGTGAATAGGTGGTTAAGTTC TTACGCGATGTCGGTGACCCTATGCTAGACGTACTCACTGAGGAAAACGTTGAGCAGTCA ATCTCGTGACAGAGAGAGAGCAGGGATTGAGGTGGTGTCCGTGCTCAACGAAGTCGAAAT GCTATCCAAAGTGAACTAAAAGATTCAATAGAACAAGGCCTACTCCATCAGAAGATATCA AACTATACAAAAAAGCTCAAATGCAGAAAAAGAATATTAGGATATGCTTTTTCTTAAATT ACTCAACTCATATGTACAGAGAAGAGAGCTAAAAATGAGAAAAAATTGGGTGAGACTTCA GGACTTGCAACTGGAAAAAAATCCTATCAACTAAGTATGATACAAAAGGGGGGGTCAGGG GCCAAGGCCAATTGGACTTTGGGGAACCTGAAATGGATTATCCACGCAATGCTGTTATCG CGGGTTGCAGAACAGGAAAACAAATAAACCAATGCCTTGCTATATAGTTAAACATATCTC CTCTACATGAAGTAACTGAGAGATGTTTTCTTTCTTGATCCTCCTTCTCCATATAAATCA TTCCACTGGAGAAGCTCATTCATATTTGAAGACTCTGATGACACACTGGCACATACCTGC ATTTGTCAACACACACAAACAAGTCATGAATCTACTAAAAGATATCAACATCCAACATCA CGTATGCAGCAAGATATTTGATTGACGTTATCAAATTAGCTGCTGTTATGGAGTCATCAA GAGTGACGGTCATTTGATCGCATTATCTCAACTTCTTTTCTTCATTACAGATAAGCTCTT CTGGAGCGTGCAAGCATAATCACAAGGATAAGATGAGATGAGTTCAGGTTTATGTGGAAG GCTCTAGAATTAACCAAAAAGAGGCACCACAATATGTTTAGTTGCCTAAAGAATGGCATT TGAGCTCGTAGGTCCAAGTATCACAGTTCCTCGGACCTCCAACATGGCTTTACCCAATGG ACATCCTCTTAGTCACTTCTATACACACAATTAGCAGGCATTGCACCATTACAAAGATTG TGATGCTGTAATAGGGACCAAAGCAATTAGCTTAATAAACTAGGACACAAGGTTTATAAC GTGGCACCACATCATTAAAAAACCACCATTGTAAAAGAGGAGTATTGGAGTATCTCTATA TTTCGCTTGTCAGATTAAGGGCCAGCCAGTGCAGATACAGAATCCCTATCCACATAAACC AAATTCCGTTTGAACTATTTCACCAGTAGCATGTAATAAGACGTGAGAGCCAACAACACT CACCCAGTTAATATGATTTACCCCTTATTTTTATGAAGCCAGCTCCCAAATCCAAATCTG TATCTCCCACCAACAAATATATAAATAAAATTTAAACTTGAGTATATATCTATCTAATGT TGACGATCAGCAACAGGTAACATCCTAAAGGATCCATGAGAGTCCCAACTCCCCAAGTTC ACTACTTGGCAATAAATAAAGTTACCAACCTTTCTCCTGAACCCCAAGTAAATTTCACAA AGGAAGTAGAATGCAGCACATAAAAATTATCTTAACAAATCACAGTATGTGCTACTGTAC CTGCTCATGTGCATACTTAAAATCATCCATGTTAAGAGGACGAATGTCTGCACTACTATG CAAAGCCGGTGATGGCCTGCTCTCTGCAATTGCCAATGTTTTCTCCTGAAATCATGCCCC AAAAGTTTAAAAAAAAAATAAAATAAATCGAAAGATTAGCAGATTAAAGTGTAAAGACAC CTCGCAGTTGATGATGACCTAATAATTTCAAACATCACGAAATGAAACACACACATCATG AAGCATAACTAAACAACTTCCAAACAAAATTAGTAATAGTTGCATTTTTTGTATGTTGTG GATCCAGGTCACCAATTCAACCAAATTTTGAAAGAACAACAAGACAGAACTCAGGCGACT GACCTTCTTCTCCTTCTCCAAAATTTCTCTAATAGGGCAATGCGCAGCGCTCACACACAA ATTCTGGGATTGGAAATTCAAAGTGGCAGTAAGTATGATATGCAACATGGATTAATAAAT GCAGTACAAGTAATATTGATCCAGACCTTCAAATCACTCCCTGAATACCCGTCCGTCATA GTAGCAATAGCTTCTAAATCGACATTTGGGGCTAATTCTTCCTTCGCCAAAATAACTCCC AAAATTTTCTCCCTATTTGAAGCATCTGGCAAGTTTACCATTAACCTGCATCAAAGGTAC ACTTACGGCATCACTACCATAAAACACTTGAGACATCATGATCAATCAATCAGTTACATA AATCACAAAAAAATAATTAAATTTAAGTTTACCTACGGGGAAGCCTCCTAATAACTGCTT CATCCAGGTCAAAGGGTCTATTTGTTGCAGCAAGTACAAGAACCCGTTCCTTATCTTTTG TACGCAAACCATCCCAATTAACCATGAATTCATTCTTCATCTTCCGCATAGCTTCATGCT CTCCCGGATTTTCTCGTCTTCCCAACATGCTGTCCACCTAGTAGACATGAAGAAATGGAT GGAAAAGGAAAATATAAACAATAATGACATAAAGAAGAAAACTTAATAACTTCGTATGGA TGTGAAAGGGAAATCAAACTGTCATCTATTTCGGAAATAAATTTGGGGCAAAAATGGATG CATTGTGCAGAAAATGTCACCAACCTCGTCAACGAAAATAACACTCGGAGCTATTTTACT AGCTAATGTGAAGACTGCTTTGACATACTTCTCCCCTTCACCGAACCACTGGCAAGAAAA AGTTGTCAACCATTTTAAGAAGGGCAAGTCAAAAAAGAAATGGCAGAAACCACATCAGTA GTACCTTGGATGTAATGCTTGACATTGATATGTTGATAAAGTTTGCACCAGCCTCAGTAG CAACAGCTTTCGCAAGCATTGTTTTACCAGTACCTGGAGGTCCAAAGAGCAATATTCCCT TGCAAGGCTGCAGATACCATCTTATTCAGAAACACAAGTGCATACTTGATGAACAGGCTT TAATAACCTAAACCTCCCCCAAACCCAAAAAAAAAAAAACCCAGAGAGATGGGGTAATGA AGATGCCAATGGACTTCAACATAAAGCAAATTCCTTTTACCTTGGTCAGCTGTCCTTTAC AAAACAATTCTGGTCGCTGAAGAGGCAGCATCACCAGTTCTTTCAGAGTATCCTTGACAG TTTCCAACGCCCCAATGTCATTAAAAGTAACACCAATATCACTCGGCGGAATTACATCCC CAAGTAGTTTCTTCTCGAACTCATTTTCAGTAACCACGTCCTGAAAATCAAGCACCCATC TCACAGTTCAGAAAATTCAGAATAAGAAGCAACTTTAAATAAGTAAATTTGTACAGTCAG AGAAAAATAACTAGAGCCTTCACCTTGAGGGATTTCTTCAAACTCTTCGTTTCACCCTGA ATGCCTTGAAACATACTGAGCCCATAAGCAATGCTGCAAAAAAAAAGACATTTCAGTGAC ATGTGAACTAACCGAAAAGATCTTCGCCCTACACAATTGAACCAAGAGAACATTTAATCT ACATGTTGCAACATTATGGACTACGGTGAAATCAAATTTGACCTTTCACTGGAGATAGCT AGCTTCGTCTCTTTCATAGCAGACTCAGATTTATGCATAAGGTGATGACTCAAAGCCCAG CCGATTATCTTTTCAACACCTTGACAACCACATCAATAAACATGACAGACTATTATGATC AATTAAAGCATTTCAAATCTTTAAGGCCTAAAACTATGAGAAATTACTTACTTTCATTTG TCAGTGCTTGATCCTTTATGCATAGAATTTCAAGGTCATCGCAATTAATTTTGAATCGAT TCAAAACCTGAAATCACTCATATAGTTAGAACAACTCTATAAATCAGTTCATTGAGGATG CAATTTCATAAGCATCATACTCTTCTTTCTTACACAATCACCATAACTGTCAATTGTAAG CATTATTTACAACTTTAGGTCCATCATCCATGAGTGGTCAAACAAAATTAACTGCCTCTT CTCACAAGGGATACACTGATGAGAAGGTGGTTTTAGACTTTCGGGTGAACCCAGTATAAT ACAGTACGAAAATGAAAATTGACGTGCTAAAGAAATGTCCATGGTGTTGCCTATGTAAGT AATTAGAATTTCACAGAACATAGAATATTTCATATGGGCTTACAGAATCCACAAATGGAG AAAACTGAAGGGATCTAAGAAAAAGTTTTTTTCCCCTTAGATGGTAAGTAAATAGCACTC ACATTGCGAATGCTTGCAATGTTTGACTGAGATTTCATAGTTTCCATATCCCGATCTAAC TTTTGCTTCCAGTCGGATAATAAGGTTTCGTCCTGCCACAAAACCTATATTAAATGCTTG CATCAAAATTAATGCAGTTGGCCGTCTAAACATAAACTGAAAGTTACCTGAGGGATCTGT ATGGTAACTTTGTTGGGAAACAGTCGTGTGAGCTGCTTCATCGTCTTGGGGGTTTCTTTG CTTCTATCATGCAACCTACCAAAATTATCCTGGAAAGGAATGACATTAAATGCAGTAATA TCAACCATTTTGCAGGTAAACCCAAGCCCCTAGGCCTCTTTAGTTTATAAAAACGGTTAA GCATAGGTTTCAAAATCCATTTTTACTGAGTTGCCTGTGGGTTTAAGAGATGAACAGTTT CTGTTGGGGGATGGTTGGGAAAGAATGGAAGTTAAAGGATTTGATCAAGGAAAAAGCCAC AAACATTAAATAACATGCTCTAGTCAGTTTCTTTGTACGCCACACTTGCCACCTCTAATG CCCAAACAACTCCAGCAAAAGAAACTACGTATTTTTGGTTCTAAAATAAAAACTACACAT TTCCTTCCTGTCCCTCCTTGTAACCTTTCATTCTGTAACTCCCTTCCCAAACAACTCCCA CAAAAGAAACTAGGTATTTTTCGTTCTAAAAATAAAAACTACACTATTTCCTTCCTGTCC CTCTCTGTAACCTTACATTCTGCAACTCCCCTCCCTCATACTTACAGACACATCATGCAC ATGCATCTACTACAAACACCACACATGAAATTAAATTTCTAGAGGAAATTGGTAGGTGGT GGCAGTGTTGTCAAAGGCGTGCTTTGCCTCACTTAATGTGCACTTCATTGTCATCATCAG TGTTCCGAGGCATGCTTTTCCTTGAAATAAGACTCTTCTGAAGAGGCAACACTAAACAAT TGATATTTCAATTTATTGTAAAAAAAAGTCGATTTGTTTGTTCATATATTTGTCATTCAA GCTTATAATCATTAGTCTTGAATTAAACATATATATTTGTACTTTTTTCTCCCTTCGCGT GTTTTTCATTAAAGCTCACGGCCTCACGCTTTTTTTGCTCTTAATTCCCTTAGTGATCTC AAGAGCTTTTGAGTTTACTGCTATTGACAACACTCAACACTGGGTGGGTGGTAGTAGCTT CAGTGATTGAAAGATAAAGAGATATGAGTAAGAGTAGAAATGTATGCCTAGTATAAGATG GGTAAGAACAGAAATATCTGTGCTGTATAAGAAAAAAGAACAAGGATATGGATTAAATGG GAGTCAGGTGGCTTGGTAATGTCTGTACTGATTACTAAAACCAATCTACTCCTGCCGATA CCCAATCTAATCCACAAATTTGACACTATGCCTGAGAATTTCATGTAATGTATGAAAGAG TTTGGGTTGTATGCTCAACCATGCAAACATATGAGTGTAATACTTTTCAGAACTTAATGT CAGCCACAGGAAAATAGAAGATAAATTTGAATTTTTTGACTTGTCACAAAAATACTTTCA AATAATTATATGAAACCATTTGCAAGTGTAGACACATCATATATATGTATCTACATGTGT GTGTTAAAAAAATAATTACTTGAGGACAGAGACACAGATGGGTAAATGCAGTTTGGGTTA TTGAGAAATATAAAATATGGACAGGAATCGGCTCCGAGGGCTTTGGTCTAGTGGTAAGAG TGCAGTGGGTGATATGTAATTAGGTGCATGTTATGGGCTCGAACCCAACCACAGACAGAA GTCTGGTATTTAAGTGGAGAGTAGAGCGGTAGACCCATTAGAGTAGAGAAGAATGTATTG TATAAGAATGAAGTACAAGGAATGGGTTTTTGTGGATTAAAGCTGGCACCATATTTTTAA AACCCAATTTGACACCCAATCATTTGACAACTCCTACATCTCAGCATATTGAGGAAAAGG AGTCTCTTTTGTATTGTATGCTCTTTAACTATGCAGTTCGTAAATGACCAAATGTAAAAG GCTTGGAGACTCCTAGTGTCAGTCATGGGTAATAACAAAATAAAGAAAATCCATATGAGG CTATTAGCACATTGACAAACTCCCCCTAAGACGTGCAGCTAAAGTGCCTCACAACCTCAT AGTTCTTAGGTACAACACTGAGAACAAGAAAAGGGAAAACCAAAAACAAAAGGAAAAGGA AGAGAAAGTGTTACATACTGGGAAGGCAAGGTCAAGCAATGCTGTTTGGTTACTTCCAAA TTTTGTAAATAGCAAGCCACCAGGATGCGACTGTAACAGATAAAAAGTAAGGCTATCAGC ATCGCAAGGCAATTTTTTATCAGAAAGAAATGCAGAATAACTATGCCTTGCATACTTTCT CCTTTCGGCTGTCCGACTGGGCATGGGAAGCTATGGCAACAACATTCTCTGGCAAATGCT CGAGCTTAATCTTGAAAGCAGCATAGGCCTCAGGATTACCCACCATAGACTTCTCAATGT CTTTGATGAACAAAACAAGAGGGCCACTTTTACTTTCTTTTAAAGCAACCTATACAGATA AAACATATAAATAAGCTATCACACTCGGTTAAGAAGTGGAATAGTATCATGGAAAGGAAT ATTAGAAAATACCTCAAAGAGTTCATTAATAGCAAGTTTATCAATTTCATCATTACTTGA GCTATCAAGACGGAGCAAGTCAGCTGCGGAAAAAGAAAAGATCATGTCACAAAAACGGCA TGCTCTGTTGTTCGACATAGCTGGGACAGGCAACAAATAAATGATGGAACTTTCTGATAT AAACCAGCAGCAGAGAAATACCAGCACAAAAGAACCCATGATCTTCATCGCACAGGCCAC CAAGATCATTACCCTCAGGAATTGATCTATCAAATCTGACACCAATTTTAGAGGACCCAT TTTCCTCAAATGCAAGAACCACTTTGCCCCTGTAACCATATGTTGGACCCCTGCAATCAT GCATGTTATAGTGATTTTAAAATAAAGAAATGACTGACCGACATATCTCAATAGAGACAG CATTTTGTTCACAAGAAAATGAACTAAGCAAGAAGTTAGTCCTGACAGAGAGCATTTTAT TCACAGAGAATAACAAGTAGACCAATAGCTTGTTTTTCAATCCTAACAGAGATCATTATT CAAACAGCAAGTTTTCAGAAGTGATTCAAAATGCATCATCAATCATATTATGTATGAGAT TGAATGAGCTTACTGAACTAATATCACTGGAAAATAAATTAACAGACTTACTGCAGTTAC CTTATAGGTGATTGCAACGGAGAAAAGCTTGATGTTAAAGATCCGATGTACTTCACTCTA TCACCTGTCAATATGACGGTTTTGCATTAAGCACAAAACTGCCACCTACAAAGGATATTT TCTAGCCTGACATATATATATATATATATATATATATATATATATAGAGAGAGAGAGAGA GGGAGTTCTCACTATCAAAGAAACAATTACCTTTCTTAAAAGTATAGTTTTTTGATGAGG CAGTCGATGCCTCCTGCTTGGGCTGAGCATGAGAACTTAAAATTGAACCACCAGTTATAT CAGCCTCAACACTTGAAGCCGGCTTTTTATTCAGATGCAATGCTGCCGCTTGCGCCGCAC GTTTAGCAAATACACTAGCTCTCTCTGGTTTTGAGCTTACTTTAACAGGCTCGACATCTT TGGAACTTGAAACCTACATAATATTAAAGAAAAAGGAAATGAATTGGAGGGTAATAAAAA TTCGATCATATTAACCTGTTCTTACACCAACAATAACAGAAATGTTCAAACTACAATCAC TCCCATTTCACTTAACACTGCCCAATAATTCTCAGGTGGGCAGCTGTTCAATAGTCTGAC CACCATCCATATGATTATTAGAAATTTTGCAAAACTTTAGATTGCATTGCCCTGAGCCAG CCGTCAAGCACTTCCCTATTTACTTCTAATCTGGCTTGCAGTGGGCAGTGTGGATGATCA GTGTTGATTTATATGAGCATACTGACAAAATCCCAAATGAAACAAGGAAAATTGTTGATT CACACAAGCAAACTAACAAATTTGCAGCCAAAGTTTCTGTCCCATTCTGTAATACCCCAT TGAAGTAATATACCTATTGTTCTCGAGGCCAAGGCTCAAACCAAAATGTTTTCCTTTCTT TCCCCCCTTACTCAAAGCTGTTTTTTCCTTATTTTCAAGCCATTTTGCATATATTTTGTC AGTAAATGTTAGATGAAATGAACATTAATATATGTAATAGTTTATCTTTTGATGGTTACA CTAGAAAAAAGAAAAATTTGGCTATTATGCAAAGGAGCTATTGGTCTCACAATTTTAGAT ACAAAGTTTCCTTTTTTCAACCCCAATAAACAGACTTTCCTATTCAATTTATTACTAAAA AAGGAATTGGAAAACCAGAAATGGCCTGTAATCCGAACAGTCTTAGCTTGTCGCGTATTT CTCGTATAACTTTCAAAACTTTCAACTACATTTCTAACTTCCCATGAAATGAGGCGATAG GAAGCAAGATAACTAATATAAAGAGGCATATTGGGTGTAACCAGTGGTAAAAAAGTATGA GCCCCTCAAATGAGGACACATGAGCCAAGTAATAGAAGACACTTACACCAGGCAGCAAGA GAGAATCAACTATCATTAGCTTAGCACAAAAGTACTTAGCAAGTGCTTTGGCCAATGTCT CCTGATAAATCTCTGAACCTGTGAGCAGCAAGTCAAAATGTGATTTCGAGGGCAGGAGAA CTGAACAAAGCCAGATAAGTGATTTCTATGGAGCAGTAGTTACCTGCTGGACCTGATAGC AAAATCCTAGGGCACACTGTGGGAAGATCTGATGCAAATTTTGCAAACCCGTTACACTTC AAGTGTATATAAGTGGAAGCAATCAGAACATTCTTTGTATTTTCACTGTCAGACAAAAAT GTAGTATAGAAATCAATGGAACACATTCCAGAAATACACAAGTGCCAATTTCAACTTGAA CAAACATAATTTTGGTGCGAGAGAAGACAGAAAAGAAAACCATACCTATCACAAAACTGT CCCAGACGGGCGGAAGGGGGGTAACATCAAATTTTTACCATAAGTAATATGGAAAATTTT CAAATGTGACATCAATAGTGTTGAAATCAACTACTCCTTGCTGTAAGGCATTTTTAAATG TTTGGCGCCCAGTGAAAGCAGAAACTGGACGATCAAAATCCTCGAGTAGTTCTCGGAAAT TCCTTTGCTCCTCAAAAATTTTGGAAATGCTACCACTCAAATCGAACTCAGAAGCAGAAG ATCCAGCAAGCACTTGAAGGAGAGGTTGCACCTTCCCAATCTCTGCATCAACTGAATCTA GTACAACATTATCAAGATTCAAGTTACCATTCTCAACGCCAGGAGATATTACATCATTCT TCTCATCCACCAAAACACCAGGTTCGTCATTACCATCAGAAGCATCCTTCATATCAGTAT CTAAATCATCTTTCTCTGTCAGACTCAGACCACTTGCAGAGGGTAGTATTGGCACCTCTG AACCTTGTTTTCCATCCTTACCATTTTGAGATGATGGTGGGAGAAGGGACAAGTCTTTCC GTAGATTTGACAAAGATGCTAGGGTCGATGCAACTGCTACAGTGGAGGGATCCCCAGACC TTGCCTCAAGATGGAGTCCCTTGATTGATCCACTATGAGCTTCCAATATGCTAACAGGAT GGGCCAAACTTGTAGCAGATAAGTCGTTATCAAAGATCTAAAGTATAAGTCAAGGAAATG CTGGTAACTCTAGTTCTAACATCCAAATGGGTTTCAAATTTTTTACATGAGTATGAACTC TCATACATAATGAATTAAGGATACGTAAGCATGTTGACCAGATGAGCCAAAAACAACCTC ATCACCTCCTTTGAGAGGAACAGTAGAATTCTTTGGGTAGACCTTGCCATTGACTTGCAC ATCGCCTTTTTTCCCCGTAATTTCAAGAAGAGTAATGGATACCCCTTTCTAGTCATAAGG AAAACATAAACAGAATGAGTAATGTGGTTATCTTTTTACTAAAAGCGAGAAACAATAGAA AACAATGTTAAACTATGAAGAATCACAATTTTTGAGCCAGGATAAAATAGTGTCTTAAGA AAAACTCAGGCTTACCTCTGTCTCAGTGTGCTTGAGATTACATAAATCTTTACTAACTGT AGAATCTCCTATCCACAAGTCACTTTCACGACTTTGACCTACAGTATACGTTGGGCGATG CATGACAAGATGAGGATTCTGCAAAAGCAAGTAGAAGCTAATTAGTGTATTAGGTGGCCT AATTTCAGAAGAAAACCCATCAACAAGTTGGCATATAATATGCTGTTGATATAAGGAACG GTAAATATGTAAAGTGATTCCGCCTACATTGAAAAGTGAAAAGAGCTTGATAATATGTGC AAACATTTCGGGTATATTTAAGTTTTAACAGTATAAAGAAACTTTCTAATTGTTAACTTC CATAAGGCTAATGTTGAAAGACAGACAATTGAGTGGCCAACACCAAGCCTCGTCTCCTTG ACACACTAAAAATAGAATAGTCTCTCAAACTTCCATATCAAAAGAACAACTACAACCAGA CTTAAGTGAATGAATCAGATCAAAGCAGTCTGGAGACATTATAAGGTGCACCTTTGTGTA AAGTCTAACTAAACTTTCAACATGTTTCCAATACCAACCCTACCATGTCCATAACTATCA TAATTTAAAGATTTTTTTTATAATGTGGTGTTCTTGCTAGCTTGGGTGCACCTTGACTAC TTCAACAACATACCCATTACCTCCTACTAATTCAGGTACTGAGTACCTCTGTCCACCAAG TCTGGGATAGATGGGAATAAATCACCTAGTGTTATTACTTCGGCTGAAATATGAGCTTGA CACCTCATGCCTCTTAAACTCACTTTATTGACCACTAGTCCACACAATAGCATAAAAAGC CAACTTGCTCTTCAGCACTCATCTCACCTGCCTGGATACTCATGTTGGCTTGTTGGACAA CGTTGAGACACTACATCACACAATCTTATGCTTTTCTGGAAGATCTTTTCCAGCACACAA CACAAACTTCCACAGAAGAAAAATGGATTCTACGCATAATGAGACCTTTCAGAATGTCAA ATCCATCCTTCTTTGAACAAGTCTTTAATTAAATTTATTAAAAATAAAAACAAAAAACAA CAGCCTAACAAAAACAAAAAGAACACCTTTTAATCAACAATGAAGGTCAAGATTTTGCAA CTACATTAAGAAATTTAAAATCCCCATACCAGACAATGTATCCACGTCTTCTCTTTTATG TACAACTTTCCAGAAAATAAAAAATAGTAAGATCCCTATACCAGACTTCCCAATCATTCA GATTTTTCCTAATGCAACATTTAGAATTTTAAAGTCCCCATACCAGACTACGCATCCACA TCTTGTCTTTTTTGTACAACTTTCCAGAAAACAAAAAGTAGTAAGATGCCTATACCAGAC TTCCCAATCATTCAGATTCTTCCTAAAAGTTATGCATCTACTACCCTGATTTTTGTAGTC TGCCAGTATTGCATCTTATTGAGTCCCAGACTGTTTATATCAGGCCACACTTTCAACCAT ACTAGCCTGGCCAAATATCTTTTAAATGTCACCTAACCTTTTCAGATTTCTAATTAAGAT GGGAAAGAAAAACTCCTTTCAAAGAGTCCATGCTAATACCAGTGGAACGGGCATTTCTAC CACTTCTTCCCAACAAATTCCATTCTTCACATTGGTGTAAAGAAAGCTACAGTGAAGCCA TCCGTACCGGGCACGTTATCTCCCAAGCAACGTCCCAGACCTTGAGT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 926 1131 match_part 0.994 1235 1411 match_2 match_part 1.000 928 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2064 match_3 match_part 1.000 933 1131 match_part 1.000 1235 1442 match_part 0.927 1525 1620 match_part 1.000 2021 2049 match_4 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_5 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2922 match_6 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 0.987 2021 2095 match_7 match_part 1.000 946 1131 match_part 0.995 1235 1442 match_part 0.990 1525 1620 match_8 match_part 1.000 975 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_part 1.000 3494 3585 match_part 1.000 3772 3856 match_part 0.998 4087 4494 match_part 1.000 4760 4772 match_9 match_part 0.924 975 1131 match_part 0.990 1235 1442 match_part 0.979 1525 1620 match_part 0.960 2021 2095 match_10 match_part 0.967 979 1131 match_part 0.995 1235 1442 match_part 0.979 1525 1620 match_part 1.000 2021 2095 match_part 0.957 2819 2864 match_11 match_part 0.957 1015 1131 match_part 0.994 1235 1397 match_12 match_part 0.983 1271 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 0.981 2819 2922 match_13 match_part 1.000 1391 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_part 1.000 3494 3585 match_part 1.000 3772 3856 match_part 1.000 4087 4212 match_14 match_part 1.000 3497 3585 match_part 1.000 3772 3856 match_part 1.000 4087 4402 match_15 match_part 0.993 4193 4638 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_16 match_part 1.000 4772 4760 match_part 0.996 4654 4096 match_17 match_part 1.000 13690 13365 match_part 1.000 12864 12541 match_part 0.987 11626 11549 match_18 match_part 1.000 16639 16417 match_part 0.992 15312 14805 match_19 match_part 1.000 19853 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16417 match_part 0.963 15312 15206 match_20 match_part 1.000 19852 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16522 match_21 match_part 1.000 19851 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16551 match_22 match_part 1.000 31429 31381 match_part 0.909 30416 29988 match_23 match_part 1.000 31950 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 0.997 30416 30037 match_24 match_part 0.962 31938 31887 match_part 0.983 31803 31744 match_part 0.962 31485 31381 match_part 0.902 30416 30038 match_25 match_part 1.000 31912 31887 match_part 0.983 31803 31744 match_part 0.981 31485 31381 match_part 0.984 30416 30046 match_26 match_part 1.000 31771 31744 match_part 0.943 31485 31381 match_part 0.902 30416 30070 match_27 match_part 1.000 32564 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 0.967 30416 30356 match_28 match_part 1.000 32549 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 1.000 30416 30356 match_29 match_part 1.000 32564 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 0.988 31485 31404 match_30 match_part 1.000 32554 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31479 match_31 match_part 0.827 33030 32921 match_part 0.984 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32133 match_part 0.986 32025 31887 match_part 0.979 31803 31757 match_32 match_part 1.000 33049 32921 match_part 1.000 32767 32485 match_part 1.000 32317 32133 match_part 0.993 32025 31887 match_part 1.000 31803 31759 match_33 match_part 1.000 33222 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 0.984 32317 32133 match_part 0.982 32025 31916 match_34 match_part 1.000 33048 32921 match_part 1.000 32767 32485 match_part 0.989 32317 32133 match_part 0.960 32025 32001 match_35 match_part 1.000 33631 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32152 match_36 match_part 1.000 33633 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 0.987 32317 32166 match_37 match_part 0.910 32998 32921 match_part 0.927 32767 32645 match_part 0.964 32568 32485 match_part 0.986 32317 32173 match_38 match_part 1.000 33413 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32178 match_39 match_part 0.988 33092 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32183 match_40 match_part 1.000 33631 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32300 match_41 match_part 1.000 33506 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 0.988 32568 32485 match_part 1.000 32317 32300 match_42 match_part 1.000 33633 33592 match_part 0.979 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32303 match_43 match_part 1.000 33222 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32515 match_44 match_part 0.949 33630 33592 match_part 0.897 33499 33403 match_part 0.971 33273 33204 match_part 0.961 33100 32921 match_45 match_part 0.971 33625 33592 match_part 0.969 33499 33403 match_part 0.971 33273 33204 match_part 0.974 33100 32946 match_46 match_part 0.994 36637 36476 match_part 0.972 36390 36319 match_part 0.971 34349 34248 match_part 0.989 34172 34083 match_part 0.947 33667 33592 match_part 0.897 33499 33403 match_part 0.971 33273 33204 match_part 0.946 33100 33064 match_47 match_part 0.994 36637 36476 match_part 0.972 36390 36319 match_part 0.971 34349 34248 match_part 0.989 34172 34083 match_part 0.947 33667 33592 match_part 0.897 33499 33403 match_part 1.000 33273 33249 match_48 match_part 1.000 36620 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34083 match_part 1.000 33667 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33252 match_49 match_part 1.000 36752 36733 match_part 0.977 36649 36476 match_part 0.986 36390 36319 match_part 0.971 34349 34248 match_part 0.989 34172 34083 match_part 0.934 33667 33592 match_part 0.878 33499 33418 match_50 match_part 0.984 36793 36733 match_part 1.000 36649 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34083 match_part 1.000 33667 33625 match_51 match_part 1.000 36793 36733 match_part 1.000 36649 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34091 match_52 match_part 0.948 39352 39219 match_part 0.951 39045 38924 match_part 0.967 38838 38747 match_part 0.946 37813 37591 match_part 0.891 37444 37381 match_part 0.991 37070 36961 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 926 1131 exon 1235 1442 exon 1525 1620 exon 2021 2095 exon 2819 2929 exon 3494 3585 exon 3772 3856 exon 4087 4494 exon 4760 4772 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 926 1131 exon 1235 1442 exon 1525 1620 exon 2021 2095 exon 2819 2929 exon 3494 3585 exon 3772 3856 exon 4087 4638 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 4772 4760 exon 4654 4096 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 13690 13365 exon 12864 12541 exon 11626 11549 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 19853 19687 exon 19434 19338 exon 18362 18290 exon 17370 17272 exon 16666 16417 exon 15312 14805 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 36793 36733 exon 36649 36476 exon 36390 36319 exon 34349 34248 exon 34172 34083 exon 33667 33592 exon 33499 33403 exon 33273 33204 exon 33100 32921 exon 32767 32645 exon 32568 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 29988 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 36793 36733 exon 36649 36476 exon 36390 36319 exon 34349 34248 exon 34172 34083 exon 33667 33592 exon 33499 33403 exon 33273 33204 exon 33100 32921 exon 32767 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 29988 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 33506 33403 exon 33273 33204 exon 33100 32921 exon 32767 32645 exon 32568 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 29988 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 39352 39219 exon 39045 38924 exon 38838 38747 exon 37813 37591 exon 37444 37381 exon 37070 36961 RepeatMasker tomato repeats master Gypsy00107 10732 10879 1 Gypsy00107 10732 10879 1 nucleotide_motif 750 22438 22585 Copia00198 376 1572 1 Copia00198 376 1572 1 nucleotide_motif 6282 22759 24073 Copia00172 1169 1487 1 Copia00172 1169 1487 1 nucleotide_motif 1110 34939 35254 Gypsy00046 4060 4121 1 Gypsy00046 4060 4121 1 nucleotide_motif 254 37485 37546 RepeatMasker tomato repeats master Gypsy00163 7774 7898 -1 Gypsy00163 7774 7898 -1 nucleotide_motif 352 8765 8643 Gypsy00168 1337 1387 -1 Gypsy00168 1337 1387 -1 nucleotide_motif 230 37560 37510 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1080 22987 24075 match_2 match 2208 35105 36260 match_3 match 2385 36309 37511 match_4 match 7204 37562 41319 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 584.5 176 41987 clone_end_1 clone_end 642 176 523 clone_end_2 clone_end 1544 11197 12020 clone_end_3 clone_end 1405 11198 11927 clone_end_4 clone_end 1548 11379 12178 clone_end_5 clone_end 1503 16811 17591 clone_start_1 clone_start 1227 16865 17483 clone_start_2 clone_start 1332 17668 18382 clone_start_3 clone_start 880 17718 18161 clone_end_6 clone_end 728 18693 19070 clone_end_7 clone_end 500 19185 19457 clone_start_4 clone_start 898 22892 23368 clone_end_8 clone_end 1249 23693 24330 clone_start_5 clone_start 511 24768 25025 clone_end_9 clone_end 605 32397 32725 clone_end_10 clone_end 1090 35122 35703 clone_end_11 clone_end 686 35849 36194 clone_start_6 clone_start 926 40081 40579 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_7 clone_start 527 41987 41722 clone_end_12 clone_end 696 25118 24768 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 926 1131 match_part 0.994 1235 1411 match_2 match_part 1.000 928 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2064 match_3 match_part 1.000 933 1131 match_part 1.000 1235 1442 match_part 0.927 1525 1620 match_part 1.000 2021 2049 match_4 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_5 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2922 match_6 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 0.987 2021 2095 match_7 match_part 1.000 946 1131 match_part 0.995 1235 1442 match_part 0.990 1525 1620 match_8 match_part 1.000 975 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_part 1.000 3494 3585 match_part 1.000 3772 3856 match_part 0.998 4087 4494 match_part 1.000 4760 4772 match_9 match_part 0.967 979 1131 match_part 0.995 1235 1442 match_part 0.979 1525 1620 match_part 1.000 2021 2095 match_part 0.957 2819 2864 match_10 match_part 0.957 1015 1131 match_part 0.994 1235 1397 match_11 match_part 0.983 1271 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 0.981 2819 2922 match_12 match_part 1.000 1391 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_part 1.000 3494 3585 match_part 1.000 3772 3856 match_part 1.000 4087 4212 match_13 match_part 1.000 3497 3585 match_part 1.000 3772 3856 match_part 1.000 4087 4402 match_14 match_part 0.993 4193 4638 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_15 match_part 1.000 4772 4760 match_part 0.996 4654 4096 match_16 match_part 1.000 13690 13365 match_part 1.000 12864 12541 match_part 0.987 11626 11549 match_17 match_part 1.000 16639 16417 match_part 0.992 15312 14805 match_18 match_part 1.000 19853 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16417 match_part 0.963 15312 15206 match_19 match_part 1.000 19852 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16522 match_20 match_part 1.000 19851 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16551 match_21 match_part 1.000 31950 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 0.997 30416 30037 match_22 match_part 1.000 31912 31887 match_part 0.983 31803 31744 match_part 0.981 31485 31381 match_part 0.984 30416 30046 match_23 match_part 1.000 32564 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 0.967 30416 30356 match_24 match_part 1.000 32549 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 1.000 30416 30356 match_25 match_part 1.000 32564 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 0.988 31485 31404 match_26 match_part 1.000 32554 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31479 match_27 match_part 0.827 33030 32921 match_part 0.984 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32133 match_part 0.986 32025 31887 match_part 0.979 31803 31757 match_28 match_part 1.000 33049 32921 match_part 1.000 32767 32485 match_part 1.000 32317 32133 match_part 0.993 32025 31887 match_part 1.000 31803 31759 match_29 match_part 1.000 33222 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 0.984 32317 32133 match_part 0.982 32025 31916 match_30 match_part 1.000 33048 32921 match_part 1.000 32767 32485 match_part 0.989 32317 32133 match_part 0.960 32025 32001 match_31 match_part 1.000 33631 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32152 match_32 match_part 1.000 33633 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 0.987 32317 32166 match_33 match_part 1.000 33413 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32178 match_34 match_part 0.988 33092 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32183 match_35 match_part 1.000 33631 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32300 match_36 match_part 1.000 33506 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 0.988 32568 32485 match_part 1.000 32317 32300 match_37 match_part 1.000 33633 33592 match_part 0.979 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32303 match_38 match_part 1.000 33222 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32515 match_39 match_part 0.971 33625 33592 match_part 0.969 33499 33403 match_part 0.971 33273 33204 match_part 0.974 33100 32946 match_40 match_part 1.000 36620 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34083 match_part 1.000 33667 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33252 match_41 match_part 0.984 36793 36733 match_part 1.000 36649 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34083 match_part 1.000 33667 33625 match_42 match_part 1.000 36793 36733 match_part 1.000 36649 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34091 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 926 1131 exon 1235 1442 exon 1525 1620 exon 2021 2095 exon 2819 2929 exon 3494 3585 exon 3772 3856 exon 4087 4494 exon 4760 4772 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 926 1131 exon 1235 1442 exon 1525 1620 exon 2021 2095 exon 2819 2929 exon 3494 3585 exon 3772 3856 exon 4087 4638 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 4772 4760 exon 4654 4096 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 13690 13365 exon 12864 12541 exon 11626 11549 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 19853 19687 exon 19434 19338 exon 18362 18290 exon 17370 17272 exon 16666 16417 exon 15312 14805 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 36793 36733 exon 36649 36476 exon 36390 36319 exon 34349 34248 exon 34172 34083 exon 33667 33592 exon 33499 33403 exon 33273 33204 exon 33100 32921 exon 32767 32645 exon 32568 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 30037 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 36793 36733 exon 36649 36476 exon 36390 36319 exon 34349 34248 exon 34172 34083 exon 33667 33592 exon 33499 33403 exon 33273 33204 exon 33100 32921 exon 32767 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 30037 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 33506 33403 exon 33273 33204 exon 33100 32921 exon 32767 32645 exon 32568 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 30037 AUGUSTUS_tom_cdna de novo gene_1 gene 1 995 4440 transcript_1 transcript 995 4440 start_codon_1 start_codon 995 997 CDS_1 CDS 995 1131 CDS_2 CDS 1235 1442 CDS_3 CDS 1525 1620 CDS_4 CDS 2021 2095 CDS_5 CDS 2819 2929 CDS_6 CDS 3494 3585 CDS_7 CDS 3772 3856 CDS_8 CDS 4087 4440 stop_codon_1 stop_codon 4438 4440 gene_2 gene 1 27775 28791 transcript_2 transcript 27775 28791 start_codon_2 start_codon 27775 27777 CDS_9 CDS 27775 28791 stop_codon_2 stop_codon 28789 28791 AUGUSTUS_tom_cdna de novo gene_3 gene 1 13601 7252 transcript_3 transcript 13601 7252 stop_codon_3 stop_codon 7254 7252 CDS_10 CDS 7281 7252 CDS_11 CDS 11626 10391 CDS_12 CDS 12864 12541 CDS_13 CDS 13601 13365 start_codon_3 start_codon 13601 13599 gene_4 gene 1 19819 15194 transcript_4 transcript 19819 15194 stop_codon_4 stop_codon 15196 15194 CDS_14 CDS 15312 15194 CDS_15 CDS 16666 16417 CDS_16 CDS 17370 17272 CDS_17 CDS 18362 18290 CDS_18 CDS 19434 19338 CDS_19 CDS 19819 19687 start_codon_4 start_codon 19819 19817 gene_5 gene 1 40398 30303 transcript_5 transcript 40398 30303 stop_codon_5 stop_codon 30305 30303 CDS_20 CDS 30416 30303 CDS_21 CDS 31485 31381 CDS_22 CDS 31803 31744 CDS_23 CDS 32025 31887 CDS_24 CDS 32317 32133 CDS_25 CDS 32568 32485 CDS_26 CDS 32767 32645 CDS_27 CDS 33100 32921 CDS_28 CDS 33273 33204 CDS_29 CDS 33499 33403 CDS_30 CDS 33667 33592 CDS_31 CDS 34172 34083 CDS_32 CDS 34349 34248 CDS_33 CDS 36390 36319 CDS_34 CDS 36649 36476 CDS_35 CDS 36803 36733 CDS_36 CDS 37070 36922 CDS_37 CDS 39877 39219 CDS_38 CDS 40128 39985 CDS_39 CDS 40398 40276 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 76.67 13865 13938 AUGUSTUS_ab_initio de novo gene_1 gene 1 2819 4440 transcript_1 transcript 2819 4440 CDS_1 CDS 2819 2929 CDS_2 CDS 4087 4440 stop_codon_1 stop_codon 4438 4440 AUGUSTUS_ab_initio de novo gene_2 gene 1 40398 7252 transcript_2 transcript 40398 7252 stop_codon_2 stop_codon 7254 7252 CDS_3 CDS 7281 7252 CDS_4 CDS 11626 10391 CDS_5 CDS 18362 18290 CDS_6 CDS 19439 19338 CDS_7 CDS 32317 32133 CDS_8 CDS 32568 32485 CDS_9 CDS 33100 32921 CDS_10 CDS 34172 34083 CDS_11 CDS 34349 34248 CDS_12 CDS 36390 36319 CDS_13 CDS 36649 36476 CDS_14 CDS 36803 36733 CDS_15 CDS 37070 36922 CDS_16 CDS 39877 39219 CDS_17 CDS 40128 39985 CDS_18 CDS 40398 40276 AUGUSTUS_tom_ugs de novo gene_1 gene 1 2819 4440 transcript_1 transcript 2819 4440 CDS_1 CDS 2819 2929 CDS_2 CDS 4087 4440 stop_codon_1 stop_codon 4438 4440 gene_2 gene 1 27775 28791 transcript_2 transcript 27775 28791 start_codon_1 start_codon 27775 27777 CDS_3 CDS 27775 28791 stop_codon_2 stop_codon 28789 28791 AUGUSTUS_tom_ugs de novo gene_3 gene 1 13601 7252 transcript_3 transcript 13601 7252 stop_codon_3 stop_codon 7254 7252 CDS_4 CDS 7281 7252 CDS_5 CDS 11626 10391 CDS_6 CDS 12864 12541 CDS_7 CDS 13601 13365 start_codon_2 start_codon 13601 13599 gene_4 gene 1 19819 15194 transcript_4 transcript 19819 15194 stop_codon_4 stop_codon 15196 15194 CDS_8 CDS 15312 15194 CDS_9 CDS 16666 16417 CDS_10 CDS 17370 17272 CDS_11 CDS 18362 18290 CDS_12 CDS 19434 19338 CDS_13 CDS 19819 19687 start_codon_3 start_codon 19819 19817 gene_5 gene 1 40398 30303 transcript_5 transcript 40398 30303 stop_codon_5 stop_codon 30305 30303 CDS_14 CDS 30416 30303 CDS_15 CDS 31485 31381 CDS_16 CDS 31803 31744 CDS_17 CDS 32025 31887 CDS_18 CDS 32317 32133 CDS_19 CDS 32568 32485 CDS_20 CDS 32767 32645 CDS_21 CDS 33100 32921 CDS_22 CDS 33273 33204 CDS_23 CDS 33499 33403 CDS_24 CDS 33667 33592 CDS_25 CDS 34172 34083 CDS_26 CDS 34349 34248 CDS_27 CDS 36390 36319 CDS_28 CDS 36649 36476 CDS_29 CDS 36803 36733 CDS_30 CDS 37070 36922 CDS_31 CDS 39877 39219 CDS_32 CDS 40128 39985 CDS_33 CDS 40398 40276 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 926 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2929 match_part 1.000 3494 3585 match_part 1.000 3772 3856 match_part 1.000 4087 4653 match_part 1.000 4760 4772 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_2 match_part 1.000 13690 13365 match_part 1.000 12864 12541 match_part 0.987 11626 11549 match_3 match_part 1.000 19853 19687 match_part 1.000 19434 19338 match_part 1.000 18362 18290 match_part 1.000 17370 17272 match_part 1.000 16666 16417 match_part 0.992 15312 14805 match_4 match_part 1.000 33049 32921 match_part 1.000 32767 32485 match_part 1.000 32317 32133 match_part 1.000 32025 31887 match_part 1.000 31803 31744 match_part 1.000 31485 31381 match_part 0.995 30416 30038 match_5 match_part 1.000 33633 33592 match_part 1.000 33499 33403 match_part 1.000 33273 33204 match_part 1.000 33100 32921 match_part 1.000 32767 32645 match_part 1.000 32568 32485 match_part 1.000 32317 32133 match_part 0.986 32025 31887 match_part 0.979 31803 31757 match_6 match_part 1.000 36793 36733 match_part 1.000 36649 36476 match_part 1.000 36390 36319 match_part 1.000 34349 34248 match_part 1.000 34172 34083 match_part 1.000 33667 33625 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 926 1131 exon 1235 1442 exon 1525 1620 exon 2021 2095 exon 2819 2929 exon 3494 3585 exon 3772 3856 exon 4087 4653 exon 4760 4772 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 13690 13365 exon 12864 12541 exon 11626 11549 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 19853 19687 exon 19434 19338 exon 18362 18290 exon 17370 17272 exon 16666 16417 exon 15312 14805 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 36793 36733 exon 36649 36476 exon 36390 36319 exon 34349 34248 exon 34172 34083 exon 33667 33592 exon 33499 33403 exon 33273 33204 exon 33100 32921 exon 32767 32645 exon 32568 32485 exon 32317 32133 exon 32025 31887 exon 31803 31757 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 33049 32921 exon 32767 32485 exon 32317 32133 exon 32025 31887 exon 31803 31744 exon 31485 31381 exon 30416 30038 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 941 1131 match_part 1.000 1235 1442 match_part 1.000 1525 1620 match_part 1.000 2021 2095 match_part 1.000 2819 2922 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0022C03.1 type gene exon 941 1131 exon 1235 1442 exon 1525 1620 exon 2021 2095 exon 2819 2922 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 995 4440 transcript_1 transcript 995 4440 start_codon_1 start_codon 995 997 CDS_1 CDS 995 1131 CDS_2 CDS 1235 1442 CDS_3 CDS 1525 1620 CDS_4 CDS 2021 2095 CDS_5 CDS 2819 2929 CDS_6 CDS 3494 3585 CDS_7 CDS 3772 3856 CDS_8 CDS 4087 4440 stop_codon_1 stop_codon 4438 4440 gene_2 gene 1 27775 28791 transcript_2 transcript 27775 28791 start_codon_2 start_codon 27775 27777 CDS_9 CDS 27775 28791 stop_codon_2 stop_codon 28789 28791 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 13601 7252 transcript_3 transcript 13601 7252 stop_codon_3 stop_codon 7254 7252 CDS_10 CDS 7281 7252 CDS_11 CDS 11626 10391 CDS_12 CDS 12864 12541 CDS_13 CDS 13601 13365 start_codon_3 start_codon 13601 13599 gene_4 gene 1 19819 15194 transcript_4 transcript 19819 15194 stop_codon_4 stop_codon 15196 15194 CDS_14 CDS 15312 15194 CDS_15 CDS 16666 16417 CDS_16 CDS 17370 17272 CDS_17 CDS 18362 18290 CDS_18 CDS 19434 19338 CDS_19 CDS 19819 19687 start_codon_4 start_codon 19819 19817 gene_5 gene 1 40398 30303 transcript_5 transcript 40398 30303 stop_codon_5 stop_codon 30305 30303 CDS_20 CDS 30416 30303 CDS_21 CDS 31485 31381 CDS_22 CDS 31803 31744 CDS_23 CDS 32025 31887 CDS_24 CDS 32317 32133 CDS_25 CDS 32568 32485 CDS_26 CDS 32767 32645 CDS_27 CDS 33100 32921 CDS_28 CDS 33273 33204 CDS_29 CDS 33499 33403 CDS_30 CDS 33667 33592 CDS_31 CDS 34172 34083 CDS_32 CDS 34349 34248 CDS_33 CDS 36390 36319 CDS_34 CDS 36649 36476 CDS_35 CDS 36803 36733 CDS_36 CDS 37070 36922 CDS_37 CDS 39877 39219 CDS_38 CDS 40128 39985 CDS_39 CDS 40398 40276 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 365 27757 28788 match_2 match 84.3 26926 27147 match_3 match 268 27137 27751 match_4 match 89.4 26932 27147 match_5 match 391 27757 28797 match_6 match 292 27137 27766 match_7 match 51.6 1004 1132 match_8 match 137 4087 4437 match_9 match 43.1 1522 1623 match_10 match 114 1239 1445 match_11 match 83.6 26926 27147 match_12 match 366 27757 28788 match_13 match 268 27137 27757 match_14 match 211 27140 27751 match_15 match 357 27757 28788 match_16 match 73.2 26932 27126 match_17 match 67.4 26941 27147 match_18 match 337 27757 28788 match_19 match 214 27140 27763 match_20 match 74.7 26929 27147 match_21 match 318 27757 28788 match_22 match 232 27143 27751 match_23 match 207 27140 27751 match_24 match 335 27757 28788 match_25 match 78.2 26935 27147 match_26 match 213 28162 28788 match_27 match 80.1 26941 27147 match_28 match 334 27757 28788 match_29 match 238 27140 27763 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_30 match 118 39871 39221 match_31 match 57.0 40125 39967 match_32 match 72.8 36649 36476 match_33 match 155 33103 32645 match_34 match 25.4 36768 36721 match_35 match 79.3 32027 31860 match_36 match 62.0 32589 32482 match_37 match 40.8 31806 31744 match_38 match 52.0 36393 36319 match_39 match 128 32317 32132 match_40 match 50.8 32027 31887 match_41 match 97.1 32317 32132 match_42 match 66.2 32027 31860 match_43 match 27.3 31806 31747 match_44 match 83.6 32278 32132 match_45 match 120 33100 32645 match_46 match 60.1 32027 31848 match_47 match 53.5 32589 32482 match_48 match 100 32317 32132 match_49 match 120 33100 32645 match_50 match 60.1 32027 31848 match_51 match 53.5 32589 32482 match_52 match 100 32317 32132 match_53 match 115 33094 32645 match_54 match 50.1 32027 31887 match_55 match 48.9 32586 32473 match_56 match 96.3 32317 32132 match_57 match 280 11626 10613 match_58 match 113 13601 13371 match_59 match 173 12867 12550 match_60 match 56.2 40401 39982 match_61 match 127 39871 39221 match_62 match 153 33103 32645 match_63 match 79.3 36649 36476 match_64 match 24.3 36768 36730 match_65 match 62.0 32589 32482 match_66 match 83.6 32027 31860 match_67 match 40.4 31806 31744 match_68 match 50.4 36393 36319 match_69 match 127 32317 32132 match_70 match 150 33103 32645 match_71 match 67.8 32027 31848 match_72 match 59.7 32589 32482 match_73 match 110 32317 32132 match_74 match 122 33112 32645 match_75 match 56.2 32027 31848 match_76 match 52.4 32589 32482 match_77 match 95.9 32317 32132 match_78 match 123 33100 32645 match_79 match 51.2 32027 31848 match_80 match 52.4 32589 32482 match_81 match 100 32317 32132