C02SLm0064G08.1 CATTTTAAAACCCTAACTGTTCATGTAGTTATAATAAGCATGCATGTTAGCCAATGTTTT AATGAACAGAGTAGATGAGATTATACAATATTAATAAGACGTATTGAATGATTGCCAGTG ATAAAACAATGAAATATAGTACAAAATGATTTATTTTGTCGATCATAATGTAGTATCTAC ATTTTACAATTAGTTCGAAATAATTCAGACAATAGTAAATTTACAAATTACAGATTAAAT TATACCAAAAAAACAAAATTGATATTGAATGGGCGTGTGCACTGGGAATATAAATGTGCC AAAAGGGTAAAAAAATTCAAGCGGTCTAACAGTATAGGATTTTATACTAGAAGATATTAA CTGATTCACATTTCTATCTTTTCTACTTAAATTAGAAAGATAATAACTGATCCAAATCTC TATCTTTTACTACTTAAATTAGAAGATAATAACTGATCCACATCTCTATCTTTTTCTACT TAAATATGAAGTTTTCGTATACGTTTTAATTTGTGACATGCACCTAATTTACTCAACATG ATGTGTTTTACCACTAAAGCAAATTACATGATGTGTTTTTACCAATAAAGCAAATGCTTC AAAATTTCAATCTCATGCTTACCAAAGTAAACAATATTCCACAGTTTTATCCTATGGTCG TCCCACAAAAAGGAGAAAAATTAACGAAAATCTATATGAACTCTGACCTAATTGTAAAAT GACGTTATTGCATTGCAAAAATGTATCTTTTTCCTGAATTAATATATGAGAATAATTATA ACTTTATGGATATTTAGATTTTAAATTTGAAAATATCAAACTAATTTAATTCTAAAGAAC AATTCTAAAATGTAACTAGAGATCCTAAAAGTCCAAAAATGCAGCCGAAAATATTACGTT AGCCTTGTTTTTCCAACCTGGAACGTTGAATCTTCAACCCTGGCCCCAGTACCCACTGCC ATAACTGCTTAGTGGGGACTGCAGAGTGACTCAAATTTCTATTTTGCTGGCGCTGACTTT AGAAAAGGAAAATCACAATTTCACGACAATCCCACAACTTTTGGTTCATTACATTTTCAT ATTGGGCTGTACACAACTCACACCGCTATAGTGATTGATTTGAACATAAGTTATAATAGG GTATTAAATATCAGCATCAATATTTCAAATGTTATAAAAAAAAGAACATATTATGATTTT TGGGTACTAAAATTTTATCTTAGGATTATCTCCTTTAACCCATTACACCAAATGTGTCCA CTTCATTTGGAAAAGGAAGAAATATCCAAACTTAATAGCTTCGTAACAACATACCCCTAT TAAGTTAATGCCTTAGCTACAATTCACTAATTGTTTGGTTGGAAATTAATTATTTTTAGA TTAATTAATTTAAAATTAGCTACTTTGGGATAATTTATCTATCATGTGTATTAAATAGTT TATCACACTCCAATAATATAAATGATGGAATACGTTATCCCAATATAATAATCAAACAAG ACACTATAATTTTATCCTAGATAAAAAAAAATTCCATAACTATATACTCTTATCCCTCAA ACCAATCCAACCGATCCCTAAGTATCAGCAACATGGTGGCCTGCAGAGAGCGACTGGGCG TGGGATAATTTAATTAAGAGATGTAGACATTTTATTAATTATTTACTCCTACTTATTAGG ATCCACTGTTTCAACTCCGTCAACTAAATAATAAACTTCAAACATTTTTAAATATGAAAG GCAAATTATTGACAAATGCATGTGTACACTACCTAGCTGTTAATTTACTACAGTATTATT TTCATTTATACAACGACGAATCACTCTTAATCCAAACTTTCTTTTATATTAATACCATCC TGGCTAAGTAGAAGAAGAAACACACAAATACAGGCAAAAATAATAATAAAAAATTATGTT ATAAACGTATAATGCCCTTATTAATCAAACAGTTGTCACTATCTTTCAAGTCCCGTAAGT CCAACGGAGAACTTTGCATAATATTCACAAAATTTAACTTTTCGTCATAATAATAACTTT TCGTCGTAATAAATATCAACTTAAAATCAAAACTCCTTGTACAGTTTCTTATAGAAAAAT TAACTTTTATCTTGATAACAATTTACCTGCTTATGAAAAGTGATTTTAAGAAAATAATAT GTGTAAAATTTATTACATAATCGTGCCTTATTCTCTAAGTTACTATCCCATAAGTGGAAA ATTCTTATCCGAAGGTAATTTGATCACGAAATCAACTTTCTCGAAGTTTCATGTTTTGAG GATAAAGCGAGAAAATATTTTTTAATCTTACATGACATGAATTTAAATTAATCAAAGGTT CAAAGCAACTGAATTTGAAAGAAAAGGGTTTAGACAAAGTCAAATTAATCGAGATTTCAA AACATACCTGCAACAGGGATCTCAACGGCAAACTCAGTGTAACAGAAGACAGAGAGCAAG GCGGAGACGCCGGAAACTGCATATGACAGTACAACAGCAGGGCCAGCGTCCTGGCTCGCT TCAAGCCCCGTCAGTACGAAGATTCCTGCTCCAATCACCGCTCCCATCCCAAACCATATT AGGTCCCACCATGTCAATGTCTTCTTCATTTCATGGTGACTCCGTGACTTCGCCTCCAGC TCTGCTTCATCATTCGATCGCGTCAACGCCCGTTCGATTAACCTCGTCGGAGTTTGCCTC AGCGCATTCGTGTAATTTCCCCAGCTCTTGAACGATTCCTCCGGCAGAAAATCGTCTTTT GTGCACACACAATTTCTTCGCCTGATTCCTCCTCCTGATTCCGGTACTTCACCTTCTATC CCCATGTTCTTTCACTTTCTGCATGATTTTGAATATTACAAAAACTAATTAGCAGTACTA CATAAAAAAAAACGGATTACATTACAAACCGTAACAATCCACAATTTTGAATTTATGAGT TCTAGATTCTAACAAAAAGAAAACAGTTCAATTAATTTTTTCGATAAATTATTTATACGT ATTAGGTAGATTTTTAACAGAATTCTGCCAAATACACGGATAGTGTTTGGTATTCCTAGA TCCCTAACAAAGACTTCTCTGTATTCAGAGACGAAAAATCCGAGATATGTGATTAAAGAA ACAGAATAAGATGTTTTCCCGAGAAAATCTGAGTAAATTGAGGAAGACTTCGCTATGAGA AATAATTTTAACTTACTTCATAACTCATAAAACAAGGGGGGGAAAATCATATCTCAGATC CCAAAATATGCAAAACAAAACAAAAGTACCTAATTGGTTTCACTGAATAATTGAAAAACA GAGAATAAAAGGAAGATGAAATGTATACCTGGTGATTGATTACCAATGGATTTAGTTTGA AGAGACACACTGGTAAAATGCAATGTATGTAGACAGTAGACTATATATAAAGAGGTATTT ATGTGTGTGTGAAGAAGATCTTCTTTATTCTGCCGTAAATGGTAAGAAACTAAGAATGCA TATTTATGGAAATATATTACTAGGTGTTAGCTGTTTAAATTTTAAATTTTAAATCAGTGT TTGTTTTCAAGTTTATAATGGCATGTAAAAAAACATGGATATTGAGTATTTATTTATTAG AGCTGTCAATAAGGGCTAGCTCATTTCTTTCGGGCTAAGGATCAGATCGGACTAGTCCAA TTTTAGTGTGGGTCGAAAAATGATAGGCTCAACCAACAATTATGTGGGATACAGGCTTGC CGGGCCAGCCCAATTTTTAAAAAGGAAAATAACATAAATTGATACATTTTAATAAATAAT TACTGATTTCAGCAATACTTTTTATTTATTACCTTTTATAGCAATCCTAGGTTAAATCTG TCATATGTATTAAAAGTGAATTATGTATTATAAATAATTGTTTTTTAAATATATTATGTT TGTTTGGTAAAAATTTGACACATTGTATTATAAGTGAATTAAAAATGTGTGATAAATGAA TTATTTATCATTAGAATTTGTATTATATATGAATAAAAAATTGTTCTTTGTAATATGAAT TAAACTTGTATTATAAATTAATTAAAAGTGATCAAGTGAAAAAGAAATATTATTGCTATA AATGATAAATATTTTGTTATTATAGTATATTTATGTAAGTTTTTCTTTTAAAAAATTATA TATATTTTAATAATTTTAAAAAATATTATCATAAATATCGACAAAACAATATTATATGAT GTTAATGTTACTACTTGTTAATTAAATTCACAAATAAAATTTTCTTTATATAAAATATTT ATTAAGTTAAGTTACTATTTTAAAAAAAAATTAAATTGTTTTAAGTATAAATATCTAAAT AGAAATATTAATCTTATTGTTTTGAGTTGGAACTCTCTTTAATTTTAAATTTTAATATTT TATTATATTTTTTAATTAAATTTTATTGGCCCACAGGTCAGTCCTACCGATATTTCTCAA GCCCCTCAAAATAAATAGGTTTATTCAGGCCGGGCTAAAAAGTTATTTTCTTGAATGGAC TCAAAAAATCATAGTCCAGCCCTACTACATCCCGGATTAGGCCAGGCCGGCCCAACGAGC CTAACCCATATTGACGACTCTACTTAGAATACTCTGATACTTTTGTTTATGGAGTATGAT TAGTTCATGTGGTAAAGATTGTATGAGTTTTGATAGTTTTCACAAATTATAAGGCATTTA TATTTACGAGAGAAAATACAATGTTCAAATAAAATTTCACTTTAACTCAATATAATTTTG AAAAATTGATTTAAAATCATGTCCAAACAAGATCTTGTAGAGCCACACTATGGGTTTATT TGATATGGAAGAAAATATTTTTTGAAAGTAGGAAAAACAAGTTGTATAAGTGACATTCTG TATATAGCCACACTATAGGTGTATTTGTTGTGGAAGGAAATATTTCCAGAAAGTAGGAAA AATAAATTGCATAATTGACATTTCAGGTTCGTTGTGTCCTCCGTGCTCACCCAACCCTCA CTCCCTTGACCATCCCATTCCCCCAAACCACCACTCCTCATTCCTATCCGACATCCGTCT CCATAACATTTTACTAGATAAGATATAAATAATTTTAGATGATATTTTTTTACTTACTTA TCCAACAATAAAAAAAATAAGGAACTATTAGAAAAAAATCATCGCGAAAAATATTTTCCT TCCTAAACGAACATACTCATATATTAATAAAAATTTAGATCAAATAAGAGCGTATAAAAT AAATAAAAACACAAATATTTGATATGCAAAAAGGAAGAGTATAAAATAAATAAAAACACA AATATTTGATATGCAAAAAGGAAGAGTATAAAATAAATAAAAACACAAATATTTGATATG CAAAAAGGAAGAGAAAAATGTGAAGACCATTATCCTAGAGTCAACTCCAGAATCCCTTGA AATGAAATAATATTGAAAAATTAGAAAAATCCAAAGAGAAGCTACGATTGAAATACTTAT GATTGTCTAGTCAGTTGGAATAACATGTATCATTGACTTCCATGTTTACACCCTGTTGTT ACGTTCAGACGCAAATTAAGATCTTTTCCTATTACGTATTAAATATTTTTTAAAATTAAA AGACATAAATTACCTTATCAATTCAACTGTGTTGACCATTTAGTTAGTTTTTTAATGAGA AAAAATATACAACTCACTGTTAATAAATATTTATGTAATCCTACTTGGTTCAAAAAAGCA ACAAAAGCATCCTTGTAGCATTTGACCTTTCCACACAAATCTGGACTGCAGCTTGTTGAT AAGATCGTCAAAACTTAACTTCTTAGTTCGAACTTTCCACAAATCATGAGATTGAAGACA TCTCACATATTTTTAATTTAAACGATAAGATTTAAATCTTTTTTATTTTCTTAAATCTCG TGTCAAGTCAAAACTAGACAAATAAGTAAAAACAGAGGGAGTATTGTATATAGGACGCGG AATATGTTGTCTAAGCAAATAGTCCACTTGAGATCTCATCGCTAGCAAAATTTTGGTCCA GTGTGCCCCTTAATATAAAGAATTATACAATTGTAAACCCCTCTTGGTTGTGAAGGGCAG TAAAAGAAAAAAGGAAAATGTTAAAAGGCAAATAAATTGGGAGTTCTTAGCTAAAGCAAC AAAAAATTATACAAGTACATGAACAAGAACTACGTGAATAAAGTGACAACATCTTTATGA TATCCACGAACAATCAAGAGTCTTGGTATATTTTCAACCAGCAGATCCATGTATTCCATG TAGAAGGTTGCAGGATGATTGAGAGGTGGAGGAGGTAAGCTTACAAGCACGACGGAAGCC ATTCTCGAGTATTTCTGTACCATTAAGTTCAGCTTTAGAGTGGTGTAAAGGAATTTCTCT ACTTGTTGTTCTTCAACAAACACAGGCTTTCCATCAGCCATCAACGGAGTCCGGTCTCTC TGTGCTTGCTCTTTCATTTCTTCCAAGTAACTGGCAACTCTCCGTCGTGCAGCACTGAAT GCTTCGACAGATTCTTGCTGCTCCCCTTCGGCTTCCCATGACTTCATGGAAATGACAATA ACTTCAGCTTGCATCCGGAGGTCATAAAGAAACTTCTTTACATCAGCCTTCAATCCCTCT GCATCAGAATCTTCCTCTGCAATGCAGAACACCTGTATCTTACAGCCTTCAAAGCTATCT TTTGTAAGGAGGAGCTGAGAGAGTAGAAGCATGAGACCACCATCTCTCACTATCCAGTAT AAATCGATGGTACCATACTGTCTTTGGTACTCATTAGGCCATTCGTCGAGACCCTTGACA ATGACAACAGCCTTGTTCGCAACAATGCAGTCATTAATTATTCCAACAAAGGTAGCAGGA ATATCAGTCAAATTTTCACGTCGCCAAATCTCAGGGTACCGCATAACGATTATATTTGGC TTGAGATTTCCGAGACCCATAGTCTGAACAATGCCTCGAAAGCCTTCAGACATGCTTGGG GCAACAACAATCTCAGCTACACCTTCACATTGCTTGTAGTCAATATAGGTACTTAGTTCC TTGCAAGCGTCCTTAGCATCCTCAGCACGTTCATGGTAGTCTCCATCGATAATAGAGACA AAGATGGACATTCCCCTGCCTTTTTTCTTCATGCAGTTGGCAAAGTCGGCAAGCTTTGGA TGGCAAGGCACATTTTCTGGCAGCTTGCCCCACGGACGACAAAATATAAGTGGGATAGGA TACCAGTTTTTCGGATGTACCTGGTTTGCTGCATATGCAATAGAATGTTTCAATAGGATC ATACAAATATAAAATCTTACATTTTTAAACATAGTGAACCAAGAAAAGAAATTCCTGAAT GATAAAGTTGTAGTCTTCAATCTCTGTTTTGTACAATTAATAACTTAATACATTAAAGTA CTCGAGGGAAGTATGTGAATTTCTAGTGATTCAGTCTATTCCAATAACCATACAAAAAGT GAAGAATAAAAGAAGGTTTGCCATTTAAAGTCTGTACCTATTATTACTTTTTAATCAAGT AATAGCCAATATATTCATACACATTATTTTCCATTTTTAATCAAATAATAGCCAATATAT TCACACATTCCTTATGCAATTCTCATCGATGTTGATATGGATAATTAAAAAAGGATGCAC ACTTTATGTGATTAACTTATCTACATAATGGATGTTTGTGAACACATGTAGAAACTTTTT AAAATGAGCCGGAGATATCTTATAGGAACACTTTACCATGTGTTTAGGTGCTCAATTGGA ACATGTCATTGTTCCGAGTGTCTAAATGATATTTATTAGCAGATTCAAGGGATTGACGAT GTACTTACCCTAAAACTTATATTATATCACATTCAGCTAATCAATCTTAGAAGTTCATTT GCACACTACATAGCAGTAGGACCGACCAAGCAGTGTCTACGTGAAGAACAGAAATGGCTC AAGAATAACTCAAACAGACACTTAAATCTTTTTAAAAGGTGCTAATTCATTAATTTCATA GACAGAAATTGTATGATGCCAAAATCCATGATTCAGAATTCTACAGGGAGTAACCAATAA ATAAGCCATGCCTGTACATATAACATAAAAGTCATCTAATCTTCACGCTGCTAATTAGCT AACTAGACTTCATACAATCGCACAACGAACAAGAATTTTAGAGCACAAACAGATAAGTAA CAAAATGATCACCATCTCCAAAATAGATATATCATTGGTATATTATAGTATAAGTGGTCC CACCATAGCCAGAATTTTTTTCACAAATTTAGGCCTCCAACTCTTTTGTACCTCAGCTAA AGAGGGATATAATGTTGGCTAAACTACAGGTACTAATTATTTACTTTAGCAACATTACAT ACAATAATACCCCTTCTTGCTCTAATATGCGCACATAAGGCTCCTTTCCTTACTTTACAG CACAAACTATACCCATAAAAAAGACATCTATGCTCCTGTTTAATCACTAATATTTCTTTT TTCCTGTTATTGTGGCATTGCTCGTTTTCTTGTTAAAATTACGAGCTATATTATTTCTGA AACCTCTCAAAGTTCTTCGATCAGAAAGTACAGTTTTCCTAGAATGTTTTTTGGGTGAAA GATTAACCACATAAAGAGATGTTAAATGGAGACTCCACTTAATTGAAAAATATAATTTCC ACAAAATAAATTCTATTCTTTTGGTTTAGCGGTGGTGACAAAAGGGATATTTTATTTTTG TTTCTTTTTTTAAGCTTATATGTACCTCCATATAGTAGGTAATACAAGTTAATTATAATA TGAACCAGGGCAATGGGATTTTACTGTAATTGAATTTTTGTTAGAGAGGAATAACCACTA CAAAGTAAGTGACCCAAGGTCACACAGTTTCAGATTTTTAACTCATAAGCAACGTACTCC CTCTGTCCAACAATACTTGTTTACTATTGACTTTGCACACTTCTTAAGAAACTATTAATA GAAGAGTAATTTTACTATAATACCCTTTGAATATAATAAAAACAGTGTCTTGAAAAATCT AATAGGGAAATGACTATAATTAGTGATAAGGGTAAAGCAGGAAGTAAGTGAAAAATTATC CATTGATTTCATAAAGTGGGCAAGTATTGTTGGACATCCTAAAATAGTATAGTGGATAAC TTCTGTTGGACAAAGGGAGTATATGAAAACTGCAAATTACCACAATTGCCCTAACTCTAT CAACAATTAAATGAGAGGTGGTGAGAGTTTCACATGTCCTTTCATATTTCTTATTTTGAT AATGATGTCCTTTCATATTTCTCTCGTAAAATTTTGAATTTTTATATCAAATGGAACAAA AATGCAACATAACGATCTGGACACGTAACAAAATTTCTCATAAACTAATAGGAAAAAAAA CTATCACAATGAGTACATTATGGCCCCTTCAGTGAAAATCTTAGCTTTTGTATTTCCCTC ACTCAATCTTGCCCAAATATAGATGACACATGGGAGGAAACAGGGAGTTCTGAGAAAACA AGAAAAGAGCAGTACAAAAGAATGTGAGCTGTGTAAACTATAAAAAGATACTCATACATA CCTCCCAAAGATCGCAAACTGCGAAGAGCAAGCTGAAAATACGCACTCTTAAAACCGTCA CCCCAGTCTCCTGCTTTCCCCTTTATACTAACGTAATAATATATGAGGCTTGCTAGGGCA AGTGATACAATGGTGAATGCCCAGGAAATCAAAAACATGGTCACTGTAAATGAACAGTAG AAAAGAAAACAAATCAGATGAGTGAAAACATTGATTTCAAGGTATGGTGACTACCTCTGT AGCTTGTCTATAGCGCCTACTCTAGCCAACTTCACAATAAAAAGTGCAAATATAGGATAA ATCATAGGAAAGCAAACTAGAGTGTCTTCACTATTAAATCAATTTTAGGATAGGGTAGCA GGGGTGCAAAGTCAAGTTTAGCAAATGAAGGCCACAACATGATGAAGATTTGATAATCTG GGAAGTGCCACTCAACAGAATGAATTATCTTCTCCTGGCAAGGATTTACCCAAGCAAGAA TGACATTTAAATGTTTTAATACATAATAAAATCTGTTGAAGCCAGCCCAAATGCTACAGT ATATGAGGCAGAAAGGGAGAGCAACAAGGTCATTTCACAAGGTTCTCAAATAAAAAGGAT GAGCAGGACTCCGGCAGTATCACACATGACAAATAGAAGAGAAAAGGATAGAATAAACAC CACAAAATAAAAGTAGTAAAGGAAGGAAGAGCTATGAGGATATAAATAAGATCCCTGTCT AATTTATTTGGATCATCAAAATGACCTACTTGTAGTTAAAAAAAGTATGGAAGTGACAAT GACCATAGGGACATTTGATTAGCATATGTATCCAGAAAAAAGAAGGGGGGGTTTGAAAAA AACATGAACATTTCAGATGATCATGAAATGCTAAGACGGGAAAAAAAATTCAAAGAGAAA CTTTTTAGGTGGTCCGTGGTCGAAAGAATAAAGTTGTTTGAAACTTATAAATTGAGATAA TCCATAATCTTCGACCAGTAAATAGCTTAGAATTGAACTTTCTTCATAATATTTAAGTCA AAGGGGTCAAAGCAAACCAAAACTCTTATAGAAATCCTTTGGAGGCCCTTAACACAGTCA ATGAAATCCCCATTAGGATTAATGATTTAGTTGTTTCCATCTATATTATCCATAATTAAG AAAATATAACTATTGTACAACAGCTGCAGCTAAGAAGATACCTATACAAAGTAATGCTCC AACAAGAGAGAGGCTCCAGTGGTGAAATTTCCACCGAGGTCGCCAGCTGGGAGCATCTAA CAGATCCAGAAGGAAGCAGGATAAGTTCACGCCAGCATAGCATACGAGGTAAAACATTGT TGTAGTAGGTGAGACAAGATCTAGATTCCCGATTACAACACAACCAATGCAGATGATGGC AGTGAAGAGAGTAGCCACATGAGGCTCATGTCCATCTGCCACTTTAAAATAGTTAAGAAC AGGTAGAATTTCATCATTTGCAATCGCTGCAAGGAGACGTGGAGCACCAGTAAGGCTTTG AAGGGCTGCCCCCAAGGTTGAGAGGATTATACCAACATAAACAATAGCCGGAAATGGCCA GGCAACTGTAGCAGATAATAACCTGCACAAATAGTTTTAGTAATGCAGTGAATACCAATT TAAATTTTATTGATAGTGAACTAAATACCATTAAGCATCCTCAAATAATCAGTTAGATGC AGTTTCAGGTAGAATGTCATCATTTGCAACTGCTGCGTAAAGGGAAATAACCTTTACCTT TCCTTTTTTTTTTAACTTCCTCACCTCATACCTTCCTCTTTTTCCTTTCCCAAAAATGGA GAGACTATAGAGAGGTGTTCCTCTTAAAAGTATCTCACATCAAGCGCTAAACCGAGTTTT AGAACTTCTAAAAGAAATAAAGTATCTTAGTATTTTGATGATTCCACTATAGAAGAAGAG GTATCTTAAGACTTTTAACCCACTCCCCACCCAGCCAGCCCAACTTAATTTAAAATAAAG TTAGAAAATTGCACTACATGGAGTGACATGGCTAAAGAGGGCCCAGGATCCATATGGAGA TCTCAACTTGCTTGGAGTTGACTTAGAGTTGTTGTTACTATATCTTTCTCGACCAATTAT ACCCAACACTCAATTTAAATAACCTCATCACTCAAAACTGCAATGTGTAGATAGGAACAA GGACAGTACCAGAAGTATGATAATGTATCATAAAGTACTTCATAAGTTCATATTACCTAT CAGTCAAAAGCTTATCTCTAGTTGCAACAGCTCCGAATAGTAGCACAGAAACCAGATATA AACTGGTGGTAGTCAAAGTTGCAGCTAAGGTCCCAACAGGAATTGCACGTTGAGTGTCCT TTAGAGATGCCGAACGGTTCGAACCTGCCATGATCCCAGTTACAGCAGGGAAGAAGAGAC CTACCAATGCACTAACATGGAGAAGGAAATAAATGTTAAGACTTGGTTCTAAATGCTTTC AGTATGCACATTGAAGTAAACGGCAGAAAGAAGAACAAATAACTAATCCTAGCAAAAAGA TGGTGCAAAATAAAGGAACCAACAAAAATAATTGTATGACTTACTTAAAATTCCAGTATA TGTCGCCATTGGGATCTGGAATTCCAGCATTATTAGTCATCTGATAAGCAGACCCCCAGT TGTTTTTGAAAGATTCCAAACTCAACCCTGTGATCCCCACTGTACCATGCATAGCAACAG AGTAAAAAGGTGGTGTCACATGAGAAATGACAACCATGAGTATTAAAACTTCAGGGAGAA CAGACATACGTAACACTTTTGCAAATACCTCTGGGATTGACCATATGAATCTTCTATATC CATCAATAAAGAGATAATTCACAAAAATTAAATCATCTTTACTTTACACCAGTCCTCGAG ATATCATGACACAGGAACCCATCTTTACTTTACTTTATACTACTTTTGGGTAACTTTCTC TAGTTCTTTTGTAGTGGTTTTACGATTTTGATGTTACTTGATTGCCTTTCCAAGTTAGCT ATATTTTGCCTGGATTCATAGTTCTTCAGAATCATTATTCTTATTAGCAAAACCAGTAAT TAATTGGTATTCTACAGCTTATCATCAATAATATGTAGCCCTTGACTTCCATATATGGCT TCAAAGATGCAATTTGTTCAAAGGAAAGAAACAACAATGTTTGACTTTACTATACTCCAT GATGACCTCAAGCTAATAAAATTAACTAGATTGGTGTATGAACTACTGAAGGCTCATCAC TAAAGCAACATAAAATAGTGAAAATAAACGAGGTTGAGATACCAAATTAAGATCAAGAAC TAAAAACCATTTCAATAATACCAGTACACTATAGACTCCACTAACAGAGCGAAAGCTGAT GAATGTAGTGTTTGACTAGGCAAGAAATTTAAGAAAGAAAGTAAAACTTTTGTCACATAC CAAAAGTACTTGAGAATTCGTGGTCTTGAACATGTTAGGACAATTTTCAACAATAAGAGA ATGTAATTAATAGTAAAATAGGAAGTTTAAAGTTACAGAATTTCCAAACCAAGAAAGTAG TTATTCTTTCCGAAACAAATTAAAAAATGTAAGTCACCTAAAATGAAACAGAGGGAGTAT GCAAGGGAAGTGTATAGCACATAAGAATAACACACAGTTTTAAAAAAAACTCTCAAGTAA GACAGGAAAGAATAAGAATAAGGCATAGACAACATAAACCTGCTGGATGATCATGCCTCG CAGAAAAGATGCCGACAAATATGCAAAGCAATGAGAACAAAACAGGGACAAGAAATGCAG GTGCAACGCGATTGATCATTTTTACTCCACCAAACACGACAAAGCAGAGAAGAATAGATA CAACAATCCCATAAATTTGCAGGTCATGCAAACTTGGACTTGTAATGGGCTCTGCAATAT CTGTGCCATTAACTCGTGTGATAGTTTCTGCATTGATGACAAATGAAGTTCAGATATACA AATGAATTTGAAAATAATACAGTACTATCCATCAAAAATCAACAATAAGTTACTTGTATC AATGTTATGATAAAGCCAGAAGGATATCAGATGGTTTTACCGTAGAAGTACAGACAACAC CAAGCCATTTTCTAAATCATAAAAGTTCAATCTCATTTAAGGAATACCTCTAAAGATGCC CGCACTTGGTACAGCATTTAGAAAAGTCTCTACGGCTCCCAGTACATACCTAACCGGCAG GAACATATAAGAGCAGGCATCAACACAAAATCTTTTTGTAGATAGTTTGAAATAATGAAG CAACTTAACCTACATTGGCATACACACCCACCCACCCACCCCCACCCACACCCCCACACC CCAGCTAAGTAAGTAGTTCCTTCACACAAAAATATAACATCAGATGTATACTCACATTGC ACCAGCAATTGCATTCCCAAGGAAAAAACAGAGCCCAATGCTGACACCAACTTCTGGACC CAATGCACGACCAATGAGATAGTAAGGGCCACCACCCTAGATTAGAGAAAACAAATCTAG GATATCACTTAACAAATAAGCTACAAGGAGATCGTTGAAACACATAGTTAAGTAATTAAA AGTATGCTCTCTCTAACGGGTTGAGCTTTTACATAAGGTGGAATGACAGACACAGAATTC ATCCATATTATTGTCTAGCCAATGCTGGGCAACAGAGATACACATATCAAAGCAAGCTTG TTATACTGGAAACGAAATTAAAAATCTATCCTTTTAATCTGCACAGAAGTTGTATCTGAT GATTTTTTTCCCACCTTCATGGCACCATTGCTTGCAATAGCACTTAATGATATCGTGGTC AGGAATGTACATGATCCACAGAACACAACCAGCAACAATGACTCGCCAATGCCTGCCATA CCAACAATCCTGCAGTATACACAAAAACAAACCAACACAAATAGAGTGGTTATTTGAGTT GGAGCGAAAAAGGATATCATCAAACTAACAGTAGTAGATCATAGGTAGTGGGTGCATTTG TTCATTGTTCCCTTCTCCTGTTCCTTTTCACTTCCTTATCTTACCTGAAGATAACTTTTC TCCCCTTCTATCTCTACTCACAGTAATTAATTTCTATATTAGAAAATGTCAAAGGTGGGG GCAGGAGCAGATCAGTTTGAGTATTTCATGATACCAGTATAACCACGCCTTTCTGGAGTA ACGAGAAGAGCTGATTGGTACTATAGTAATGTAGACTAAATTGCTTGAACATCACCCACC AAACTTCCATATAGTAAGAGAAACCAGCAAGATGCAAGTATAACATGCAAAATGTGTAGT ATTGAAACTGAAAAGCAGGTTCACCATAGTCCTTGAGGTGCCCGTTTAGGAATACAGAAC CAGTCCACTTTTATTAAGACATGAAACTTTAACCAAAAAAGAGTTTGATATAAATCACAT GATACATTAGATAGTAAGCAAACTTACCACGAAAATCTAATGTAGTAGATGATCCCCAAA ATATTTTGCAAGCATGGCATAAACACTCCCATCAGCGTGCCAGATTTATCAGCAGTTGGC TTCAAAAAATTCACATATAGAGATGATTAAAATGCACTCAAGAGCTTCTTTAAGCAACCC ATCAATACAAAAATTAACTATCCAGGTACGTCCAAGCATTGTCAAAGTCTTATTTTCAAA TGTTGACACACAAGATAAAAGAACATGTGAAGGTTATAAGACAAATTGACAGCATAGGAG ATAACAAGTTGAAATTAAGTGAAGATTGAACTAGAAACTGCAGATATATACAACTCTATA TTGCATTGTGTTCAGTATTTAGCAGGAAAAAGTAACTCCATAAATAAACATCAGCAAAAG AAGCTAGAATCGGAGGGAAACACGCAAGAGAGAGGGTAGATAACCTATAAGTTATAACAA TGTTCAAAATTTTGTGTTTCACTATAGTAGGATGCAGAGATTTCCATTTCTGAAACAAAA AAAAAATCATCTGATATCAAAGCAAGCTAGTAAAAGCAGCAAAAGAACTTCTTCCTCACA TGATATCAAAGTCTTTCTAAGAAACTACTCCTTGTGCATTCACCAACAACGTCCGGGGAA AGAAGCATTGGGACCTGTTGTGACCGTTACATCTGTTCGAGTCTTTCTTGAATTCTGCAA GGGTTTATATACCAATACCACAAGGCCAAAAATCCTCGTTTGAGCACAACATAAGAAGAA TCTCGTCATCCAATCAGTAAATACCTCTTCCCGTGAGTTTCTTAGTTCAAGCTATTTTTT CTATTTCTTGATAGTGTGATTAAGAGGCTTGCGACCCTCCCCAATCAGTTTTTTTATTTT TTAGGACAAGAAACCTATGATGTTTCGATCACTTAGAATTTTAGAAACAATATTAAAATT ACTTTTAGAAACAAATCTGAGTGATGATAAGAGATGGTTAGCTAAATCAAAGATGCCTTT AGGGGCCTTGTTGTCATTAAAGTGATGTATGATAACACTCATATCGTTACTCATTTATGC GTGTTCTATTATTCTCTTTTGATTACAACATCTTCCTCTTTGCAATAAAATCTAAAAGCT CAGCTTGTTTATTTAGGAAAAATGGTGTCCGCAGAGGAAGCATGCCAACCACAATGATCA AGCATCAATGAAACCATGAATACATCAACAAAATTCACAGCTATGTTTTCTCTGTGGAAA CAAACATCTGACAGTCACTCTCATTTTCTTTGCAAGAGAATGAACAGTGCAACTAAGCAA TTAGCTGCATATCTAAAGCTCATCAACAAGTTCCACATCTATCCTCTCTTATTGGAAACA AACATGTGAGTCACACTTTCTTCTTTACAAGATAAAGAATAATGCAACAACATAGTTATC AACATATCTAAAGCTGGAATAATCTTTAGGAAGTCAGTGTGAGACAAATGGCTGATTGAT AGAGGGATGACAAAAAAGAACTAAGCAGTAGCTATGTATTTAAATCTAGAATGGTTTTAA GGAAGTTCAGTGTGAGCCAACAATAGCTGGTGGAGGATAGAGGGGATTCACCAACCATTA GCATTCAAGCACCTATGAAATAAAGCAGTAAACCAAAGAAGCTAGAATTACCTAGGAATA ACCTCCTCAGTTAAGGTTGCATAAAGCACCAAATAAGCAATAAAAGGTTCTGCGAAAACC ATTGGGAGATCAAAATAAAATTCCCCATACAGAATTAAACACCATATGAATATTTTTTCA TGAGCTGACTAAAATCCTTTTCTAATAAGGATAAAACTAATTGTTTGAATTATAACTGAA CTCCTAAGACAAATAGGATTACAGATATCCAGGGAAACAAAAGATAACTTACCTAAGATA AATTCTCCACAGAATTGTAGAAAAAATGAAAAAACTAGCAAACTACTGCTCCTAAACAAC TTAAACATTAATCTAAACCTAAGATAAATTCTCCACAGAATTGTAGAAAAAATGAAAAAA CTAGCAAACTACTGCTCAGCTAAACAACTTAAACATTAATCTAAACCTAGGAACAGCTAA ACTAAAGATATCCTGTTTCTTTTCTCCACTTGTTTCCCACATTACTGGAAAAGATCCTAG CTATCATAACGAAACAGCTTCTTCTTTAAAAAAAAATGGTAACTTTGTATTATATCAGGG ATCAAAAGAACCAGCTTTTAAAGTTTAAATTACCTCCAATATGTTTTTTTCTTATATAAG GACATCTAAATTACCTCCAACGTTTTCTTCCTTTTTTTTGAAAAGGAAGTTTAAATCACC TCGAATATGTTCATAAATCAATAAGAAGGAAATTCTCTCACAAGAAAATGGGAGTAATTG CATGTTAACACTTTTATAAAAGAATGAATTTGGAATGGTGTGATTAAAAGTTGACAATTA TATAGTGACACTCTAAGTCGAAAACCTTAAGTATTACATACTGTTGTCTTCTTATAACCT CCATTTTACAGCCCTATATAGCCTACTGTCCTTTACTATTTATTCAGAAAAGGGAAGTCC CCAATTTTTCCCACTAGGTATAGGCATAGGAGATGAAAATGAATCCACGGGAATCAAGAA AGTGAATTCTACTTCAGGACTTCTATGAACATGATACAGTCTTAATTGTGCATGGCACGG AAAGCTTCAGGGAAATAAAACGATGCTCAACAAATTAGTTCAAGTACCTTAGGTTGCTCA AGCGTGAGAGTTATATCCTCACCATCTCTTGGACTAGACGGTGCGGGAATTTGATCCCCT GTCATACTGGAACAACAAGATTGATAAGAACATTATAAAACCACAAAATTGAGAGAAAAC TGAAGTTAGAAAGTAGTTGTTAAGGACATTTTTTTGGACAAGTAAACAATTTATTTTATA CAAAAAGCAAACAAGAGGTGGAAGAACACTGCAGTACAAAATCCAGTCTCCCACAAAACA AAAGCGGAGCTTTGCAACCAAAATAAAACTCTAAACCATATACATCCAGAATGTTAAACC AAAACGACCATAAAAAGAACATTTGTATCAAAATCTACCAGATGACTCTGCTTTTCCATT AGGATTGACTCCTGTCTGTCCAAATTACCTAAAGCAAGCAAGCTTGGATAGTAAACCATA ATCTACTTTCTTTTTAGTTCATTTTCCTTACAGTAGACTCCATGGCTTTTTCTTAACTAG GGTGCGATCAGACACATTCTTGGCCAGGATAACTATCTATTATATTTGATCTCATCATCT TAATCAACAGAAATAAGAGCCTGCTAGGTCTTGAAACCACCCTCGTTTCCCTTTGAAACA TCTGGTATTCATTCCCTTCCACAATACCCAACAAACACAAGCATGCACTGTGTTCCAAAC CTTCCTAGATGATATTCTAATTCCCCCAAAACCCAGCTGGTAAATAGCTCCCTTACTGTG CATGCCATAACAAAAGGTATCCTGAATATATTACGATATAGTGATGGTATTTCATCTGCC ACTAGGCATTGAAGAAGAGGGGGGTCACAGTTTGCTTCCTCACTGCTGCACGGGAGATAC CTACTATAACAACAACATAATACCTAGTGTAATCCCACAAGTGGGCTCTGAGGATGGTCA TGTGTACGCAGCCTTTTCCCTACCTTGTGAAGGTAGAGAAACACCTACTGCATATAAATA ACCCTCTTTCCGAAAAGTTGTGTTGAGTGACGCATGAACTGTTTGTAACCAGCCACATAA AGCAAACCAGCCAAGTTCAGTAGTAAGTTGTTTGGGTGTATTTGACACCATGAACTATTA TTTGAATAGATTAGCATGCATTGGCTGAGTTTTGACACTTGTTGAGCATAAACCTCATTC GCAAGTACAGTTTAAAACCTGTTGAGCTCCGAGTTAGTTATACACTGCATATGCTTTGAT AAATTGTTGTATTCATATTTTGTTTTGTTTTGTGAAACTGGTAAATTGTATCCCTAGCAT TAAGGGTACTAAAAAAAGTAACAAAGTTCCTAACAAATCAACAAGTTGGTCTATGTCCTC TATACACTGCTCTTTGCACCAAAAAAAATAGAGATACAATGCATTTCCATTTATTTTTTG AATGGAATTAGATGTTGACTGATCTCAGTGCGTTCAGAAACCCAACAAATTTCTGCATCC TAAATTTATTTTATTAACAAAATTTATTCTTCTTTCAGACCAATTGAATCTACATGCATT GCCTTCTAAAATCTCGCACGATTTCAACTAGGAAAAGAACATTCTCCTCTCCATTTTGAG TCTTGACAATAAAAATGAATAACAGGAAATATGAGTAAAAACACAAAAATTTACCCTACC AAAATATGTACAAGAATGTGATCAAAAACTATTGATGTACATTTTTAGTTGCTTTCTAGC TAGAAAGAATACTTTGTATATCAAAAATTTAACCTTCAAATGAGGAAACTCAAATAATCA CTTAAAGAAAATCCGCAGATAAAGTTTTGAGAGCCCAATATGACTAAGAAAGTAAAAGAT ATACGAAATTTGGAGGAAACGTTGCTGAGAGGAAAGCATGCTGGACTAACAGAGATGGTA GCCGGAAGCACTATAAGTACGTTCTAGATAGACGGAAGAGCTTTGGTGTCTTGACTTTGA TTTGCATTGCCCACCAGAAAACTTAAAATTTACTCCAATGATGTCAAAATGCAACTATCT CAAGAAAGTTATTAAGTAAAAAATGACGAGAGCAAAAACGAGTTTCCTGAAATATATCAT ACCAGCGAATAGAAGTTTGTGGAAAATAAAACAAAAGAGACATAGAATTTGTACCTCTTA CCTCTTGAGACCTAGAATATTTACTAGAGAATCAAAGCCAAATAATTCCAGTTTGGATTC TCTTTGAGGACCATTGCTACTATGATTGGATAATGACTCGTCTCTTTCTTCAGATGCCAT ATTTGGATGGACACCTACTTTGACGTTCCTGAAAAATGGTGTAATCAGAATAAAGGTTGA AATGATTTCCCAGAGAAAAGAAAGGGACAAAACAAAATTCTTGTCTAGATATCTGCAAAC CCTTTAATATTAAAAAATATGGTGGGCATGCGGATGTAGCCAATGTATTGGAGCATGTGA GTAAGCAGTTGAGCACCATGGACGGATCTATAGTAATAGCTAGTGGTACAGCCGAACCAG TAGTATTGGCTCAAACCATGCATGAATAAAGAATTCACTAAATGTGTACAAATATTAAAT TTTTAAACATAGTCGGGGGGGGTCAAGGAGCAGAGAATATCTAAAACATTAACTTGTAAA CTTGTAGAGAAAGCTATCAAACATCCAAAAGTATATCCATAGGCAAGCTTTGAGATATTC TTAACCCTAAGTGATAATGTTCGAGCGATCGAAGAAAGTAAGCACTTCCATTAAGAGAGT ATCAAAGAGTTAAAATGTGAGTTATCAAATGGAAGCTACTGGGTCTAGTTTATCATGAAG CTTTTTTGTTTCGCATTCCCAGAGAGAACCAGCATCTACTTCACAACGCACAAATGAAGC AAATCCGAACTAGTATATTTAGTTGATAAATAACTGATAGATGAATGTCACTATTTCCAA TTGAGCCAATACTCTTTGCATATGGTGTACAATTTGGAAATAAAGGAATGCAAAATGTTT CGAGAGCAAGAGCAGTTCAATACAGAAGACCAGGAGTTCCTGCATTTCTCTTTTTTATTT TTGGTGTTAAGAACAGCTAGTAGATGATGCAGAATCATTACTAGACTTCTTGGCCTCTTT GTATGTTTTTGTCCAGGCCTGTATTTGTAGATATGATATACCAGGCCTTTTGGGATGTTG ATGAATATTTTGTACATATTAATGCAACTTTTTTATAAGTAATACTAATGAAATATTTGT TTTTGTCCAGGCCTGTATTTGTAGATATGATATACCAGGCCTTTTGGGGTGTTGATGAAT ATAACATGTTGCCAATTTCAAAATAAAAAAAATCTTTGTACATATTAATGCAACTTTTTT ATAAGTAATACTAATGAAATATTTAACATACTCAACATTTAAATAGAGATACTTAATATT TCAAATTCATCAAAGTTTATTAGGAGAATTGACTTTGAGTCAAATTGTTAATCTTTTATG CCCTTGAAGTTTCAAAACATAAGTGAGAGGATGGATGAGAAAATAGTTCCACAACATTCA AGTAATTATACTAATATGAAAGCCTAACCATAGATTTCAGTAGTATTTCCACTGACCCAT TTACCTACAAAACAATGTCCAAACCATGGCAAAGACAAACTATGTACATTGAGGATGTGC TCGGTACAGACGAAAATATTTTCCAATTTTCCTATGTTTGGTTCGTTAGTATTTTTGAAA ACATTTTCTTTATAAAAGAAAAAACAAAGAAGGAAAATGACTTCCCCAATAAAAGTAGGA AAAACAAGTTTCACAAGATTGTTTCCTTCTCAGCTTCCAACTCACCTCATCTTCACCCCT TCCCCATAGCTCCCATCCCCATCCATCACTCTCCACCCCCAACTCCATATAGTATTTGTC TAGATTAAAACACTTTCAAGATAATACTTTTTGCTGTATATAATACCAAAAAAAAAAACT CATTTTCTTAGAAAATATTTTCATGAAAAACAATTTCTTTCATACCTAACTAACAACCAA AGTGGAAAACAATAGACATGATAAATGGAAGAAATGTTGACCCAAATCCACACTTAGAAG TAAGCTCAGACATAAATTTAACATCAATACTTACGGTCTCTATTAATTGTTCTCAAATTC TTAAATGCTTAAAAAAAACAAAGTAAAAAATTTCATAATTCAGTGCCATCAAATCCCAGA GCTATTAGTACACTACTAGTCAATACTAGTCAAAACGAGAAAACATAGAGAAAGAGAAAA TACTTGAGATCGTGGTTGGGGAGAGAAGAGGAAGATCCGGGACGAACAGAAGACATCTCA ATAACTGCACTATCATTGTCATGCGCCACCACTGGACTGTATTTTCGTCCAATAACTGAA GGGAACTCATTTTCCTCCGCAATCTCAATCTCTTCTCCACCTTCCATTGCCTCCCGAATT CAAAGCAGTCAAGTCTGAACTACCCAAACCGGAAAGTGTTAACCGCGAGAAAAGGGGTTT TTAAGCTGCGATTCAGTGCAGAAAATGGAAATGAGGAGAAAGAGATCTGACAATTCATGA TTTATTTATATGTAGAGAGATAGAAAGGGAGACAGAGAAGAGACAAGTTGGGAGAGGAGA CTGAAATTGAAACGGAGGGAAAATATGAGGGCTTTTTTTTGACGAAGTCATAACTGTTTG GATCAAAATGAAAGGTGCAAAGACTTCGAGGGGGAAATGGGATAGAAAAAAACTTGACAC TCGTTGACTATTTCGTTTGACCATGGTTTTTATTGAAATGAAATGACATCTTTGACTTTA TTTTTTTGGTAAATTGGTTTAACATAATCTTATAATGTACATTTGATTTGCGAGTATGTG TTTCATGTTTGGCCATTGAATTTAATTTTTTTTTTATTTGATATAAAATTGAGTTGTGTT TGTTTAAATATTTTATGTTATTATGTATTTGGATATGATTTAAAAAGTAAAAAAGTGATA ATTAATTCTAAATTGCTTTTCAAAACTAAAATGCATTTCCAGCATGAGTTGAAATTTCTA CATTTAAACACTGATTTTTTAAAAAATATTATTTTATTAATTGTCTACATTGTATTTGAT AGCTATATTAAAATATGACTAAATTTCCTTCTTTTTTTTCATTTCCTTCCTTATTAAGCT TTCCTCATTTGTTTAGTAGTATTGTCAAAATTGCATCAAAAGGCCAAATAGTTTCAAGTT TTTATCTCTTGAACATTGATTGGACCTCAATTAAGTTTTGACTATCTAGAAATTCACAAT ATAATTTTTTACTTACTTTCTAAGTTTTGCACAGAACATTTAAAAAATTGTAACAATAGA AAATAAGTTCGAAACTCGTCTTTGTTTTAAATGCGTGTTATTATGTTAATTAATAACATG AAAAAAAAAGACTAAAGATTTTGATATTCACAGAAGCAACCTTCAAGTAATATTGTTTTA TACTATTTCATAAGAGTTTTCATCCTTTTTATTTTATTAATAATTCGGATTTATAACTTT CGAATTAAAAGTAAGGAGTGTTTACCATCCGAGCAACTTTCTCTTATCAGTTTCAAATAA TTTTAATCATCATTTGAGAGAGTGCAAATATATTAAGACAGCCATGTCAAATAATTAAAT CCAATTTTTAACTCTTCAAACTTAATCATAACTAAATAAAAATAGTGGAAAAAAATATTT TATTTGTATTTTTGTAGTAAAAGGAAGAACAAAAATAGAATTTTTTTTTTAAAAAAAAAA AGATAAAACATGAAAAAACAAGTGTGATTATAAGCTTTAAGGTAACATAATAGTCATATT ACTGTCAGATTATATCCAATAAATTTAAATTTGAATGACAAGAAACATGTATGTTTGATT ATCTCCTACTCACTAATCCTTTTATTATTCATATATATAAAAAAATATAAATGCAAGTAT AAAAATAAAGTAATGTGATATAGTAAACAATTAGAAGTCCTTTAAAATATTATACATCAT TCGTGAATTTATATTGCACTTCAATTTTGGAATGACAAAAGCGATGTTACACATGGCATT CAAGTTTTTGTCCTTTCTAAAAACAAAAAATTAGAGTAATAACTAATAATACTTAAAAAG GTATAATATATAAATATATATTTTAATTTAATCTCGTATATATAATATTCTCTAATTTAA ACTATACGCCAATATTTAAATTTAAGAAAAATTAAATATAATAGCAAATTAATAAAGTGA ATTAAATGCTATCAACATATTTTAATTTAATTTTGCACTATAGCAAACTATTTTTCAGTC GCCTCTCTCCCTCAAGCTCTAGCTCGCTCCTTTTTGCTTTTATATAAACACACAAGTGTA TAAAATGCGTTTGTGAGTGTGTAAAGCGAGAAAAAATTGTAAATACGAAAAAGGGCCAAA AAACCCTTAAAGTATTGAAAATGATACAAAACTATCCTTCATCCACCTATTGGCTCCAAA ATACCCTTTTCGCCCACCTATTGGATTCAAAATACCTTTGTCATCCACCTTTGGGTTCAA AATTGATCACTTATTTAACGGTTTTAAATTTAAACTATTTAAATATTCTTAAAATACTTG GCGCTTAACTATTGAATATAATTTAATTTATTAATATTATTTATAAATCAACACATTACC CACCCATTACTAATTAAGCCCCACACAATTAATAAACCATTTCTAATATCAAAATCACCA CAATCACTACTAAAGCACGACAAAATTACCGATTAATGAAAATGATATTTAAAATTATTG AGTCCGAATTGAAGTTCCAATTAAATTTAGGTTGAGCCGCTTATTTATGAGAAAACTTTC AATATAATTCTTTTTCAAACTTGAATTCGAAATTTATGATTAAAGATAAAGAAGTAGCAC CTCTCAGATTAATTCATGCACTTTTAAATATAATTTTATAAATATTTATTATTTATTTTA AATATTAAAACTTTAATATATTCTTTTTTTTTTGTAAGTTATCATTCAGGTAACATCACA TAATTGAGACGAATGAATAATTAAGATGAACATAGTCAGACTTTTAAGTTTATCGGTAAT TTTTATTTAAACACTTAAATTATAATTTTTATTGAGGACTTGAATGTATGATAATGTACT TCTATAGACATTTTCGCCTTAAATTTTTAGAAACACTCATTTATAGTAGTTTCCTTGTTG CGCATTAGTAGAGGGGGTTTATTAATTGGGTGTGGTTTAATTAGAAATGGTAGATTGGTT AATAAATTATATTGATAAGTTAAATTATAGCAAATAGTTGAGCGTGTTGTATCAAAAAAA ATATTTAAATAGTTTAAATTTAAAATCGTTACATAAGTGGTTAATTTTGAATCCAAAGGT AGACGAGAAGGGTATTTTGGAGCCAATAGATGGATGGAGGGTAATTTTGTACCATTTTTG GTATTTTAAGGGTATTTTAGGCCTTTTCCATTGTGTGTGTATATCGTTCCTATCTCCTAG ATCTCGCTCGCCACTCTCCCAAATGCTGCTCGCCACCCTCACTTCTATCGCTTATATAAA TAAAAAGAAAATGTATAAATTATGTTTCTATTTTATGAAGCGAGAGAAAATTGTATATAC ACATGCGAATACATATATTTTCGTCTTATACACTACAATTATTCTCATGCCCTCAGTTTT CTTTTGTCTTGCTCTCTTTATCGTTTTATATATACACAAATTATATAATTGATTTGTATA TAACTATTATCTTTTGTATATGTATAGTGAATCATACAACTTTGTATATGCATAATGAAT CATACAATTTTTCTTTTTGTATATGTATCACGAAATATACATATTTATGTTTGTTATGGA GCGCAATTATGTAAATTTTGCTATAGCATATAAATATGAATTTTGTGTTTGTTAAATGTG AAAGTTACTGTTAAATTTATATGAAAAATGAAAAACAAATACATATATCTATAAATTATC ATATAAAATGCATAACTTGTTCAACTCTATATAAATATAAGTATTTATTTATAAACAATA AAAATTAAAAAGATATGCTCCCTTTTCTTTTTAATTGTCACAATTTTCTTTTTAAGATTC AAACAATAAAATTTTTATTTAATATTTTATAATATATTGTTATCGTATTATTATGCAAAA AATTACAACTTATAACATTTTTCATTTAAATTTTTAATTTAAAATCTCAAATTAATATAA TATACTTTATCTTTTAAAATTAATTAAATTAAGAGAACGAGACTAAATAGCAAATAAGAT AAGTTTTAAGGCAAAAAACAAATTAAATTAAATTAAATTTAAACAAGAGCGCATTCACCG CACGTATCAAAATAAAGAACCACTTTCCTTTTGGCGCCCTAAATTTCGTCGTCGAGCACT CTATTCCTCCGACTTAACTCCGGTGACCGTGCTTTTTTCACAAAATCAAACTTAAAGGAG AGAGATTACAGAAATTCTTGCAGAAAATGAATCTCAATAGTAGCCGGGATGACTACAAGT TCCTTCAAATAGTAGATGCCAGGGCTGCACTTGGCCAGAAAGTTAATCTCATCGGCGTCG TTGTCGAAACCGGTCTTCCCAAGAAATCCAGGGGCACGGGTAATTTCTTCTTCTCAAATA CTTTTTTCCTTACATTTTATGCAACTTCTCCCTTATTTCTACCTGTTTTATATAGTTGAA TAATCTTCAATATTTGACCATTGAGTATTTAGGAGTGTAATTGTTTACATGCACTTTCTG ATTCCACATTTAGTGTAAAAATAAAAATAAATTCAACGACAAATTCGACTTGAAAGTTGA GGCATTTATTAAGTTTCACTAATTTGTATCTAGAAGCTAGTCACTCATTTGACATCAACA CTTGTTCAAGGTGCATTGAGCTGTTGAACATAATGTAAAAAGAATCCCCAACTCGGGAAC AATGTCAACTTGTTTGGAACCAGAAAAGGCCTTCACAGGAACACATCTGCTAATTGGTCT TTAGTTTGGACAATAGAAAGAGAAATAAGACCATCAAATAACTTTCTCGGGAAAAATGAC AATCCAGCTCAATATACTAGTCACATTTGTGAGAGATAGAGTTTTTAGCAACGTGGATAC AACTTGATTGTCACAATAGGCAGCAGTCAAAGTAAGAGAGGTAATAGAAAATTCCACAAA CAATTGAACAACAAAGAGTCCAAGACAACTCTGCAACTACTTTTGGAAGGATCTGCACTC ACTAAGGCTAAGGAGTAGTAGCTTTTTTCCTTGATTTCCATTTTGTCAAGCATTTCAGAA CAACCAGTGACATTCTCCTTTGAGTCTGGGTAAGTTTCCCAATCGTCATTACAGAAGGTT TTAAGAGAAAGAGAAAGATCATTTGAAATGAACAAGCCTAGGCAGACAAATGATTTCAGA TACCAAAGGGTGGGAAATGCTTCTTTGAAGGTGAGAAAACATGGGAGTGTGCATGAATGA CTTAGCAGCTAACCTGCTAAGATAAGTCAGGAAGTTCAGTTTGCCCGGCTAATTTTTTGT TGATTGTAGGATCTGATCTTAAACTTCCATCAGGTGCAGTACACTCAATTGCTGGTCCAA AGGGTATTGGCTGAAGGAAAATCTGAACAATGAAATTTATCCAATATTCCAAGAGTGAAT TTTCTATGGCTGATCAGAATACATTAGCCAGTGTCTAAGACTTCCAAATACAGGAAGTAG TCAAAGACCCTTATTCATTGATTTTAAAAGTGGGATCCAGAAAATGCTTCAGCTTAGTGA TCCGAAGCATGAGGCCCAGTCACCAGAACAATATCTGCATATAGGCATGAAAATGCAAAG GTCATTATCCTTATTAAAGAATAAAGAATGTTCATCCGAGAGTGCTGAAATCCTCTAGAA TGTAAGATTACTCAAAGCTTGGTATACAATTGGTTGAATGCCTATTTTAGACCATTAAGT GATTCCCTCACATGCAGACACTGAGGCTAAGAGAAGACACTATAGACCCTGAGGGACCTT TGTATAGATCTCTCCTTTCAGCATCATAGAGAAAGCGTTGTTCACATCTGGTTGGTATAT ATTCCACCACTTCTTTGCTGTTATATATAAATCACATAAGGGTTGTTATCTAACTATTGG AGAACAAGTTTTAGTATAGTCTATACCCTCTTCACCAATGTTTTCAAAAAGATCAAATAA ATAGACTATACCCTCTTCATAAAAAAAGAAGGAGAAGGTATAGTCTATACCTTCTCTTTG ACTATTCCCTATAATCTCCAGCCTCCTTTTATATTATAGACCCGCTTTGAACCAATGTCA AATTCCACTAGGTTCCTAGTATATTGGAGAGGATATAGTCATTATAATTAACTTGTTAGA ATGTCCACATTAGTTGAGAAAATGGGTTGTTATCCTACAAGTAAATCAAAGTCTACCCTT TGTAACAATTTAAGTGTTCAGATGAGATGGTTGCACAATACAATAGTACAAATGGGAAAG ACTCGGATCGGTCAGATGACTCCAATGCAGACAGCTCTCTCGCAAATCCTAGATCAGGTT GATCAATTGAATGCTTAAGTGAATAAAGACTGAGCAAGAATCAAGGAAATGTAAGGGCTA TAGCAGCCAAAAAGAAAGCAATTGTGAAGAGTCCCAAGTAGGAGCTTTAAGGGATGGGTG GTCTCTTTAATATGAACATTCCTCACCTCTTGAGCTAGCTGTTGGAGTTGAGTTAGACCC AAAATCCATTCCTTTACATGGTATCGGGGCAAGACTCATCCCAATTCTTGTTTTCCAGTG TTGTTGCCCTATATTAAATTGCTCACGCTCTAGATATCCAACCATAGGTGTGAGGGGAAG GGTGTGTAAAGAGTCTCACATCGGTGCTTTAAGAGATGAGTGATCTACTTAATATTGTTT GGACATTTCTTACCTCTAAAACTAGCTTTCGAGTTAAGTTAAGCCGAAGATCCATTTTCT TACGAAGATCAACAAAACCAATGTGAGTGGCTAATTGAGCAGGAATGATGACTTCATCAA GGCAAATCATTAGCTACAAATATTTGTTGCTTAACTTTTTATCTATACCACTAGCACTTG TGTTAGTGCATTATAACAACATACCGAGTGTGATCCCACAAGTCGGGTTTGGGGAGGGTA GTGTATATGCAAACCTTACCCCTACCTTGTGTGAGGTAGAGAGGTTCTTTCTTATAGATC ATCAGCTCAAGGAAAGTGTTTTAAAAACACGTTTGATAAATACAAGTGCATTGAGTTGTT GAATGCCATATGTTGTACTCATCACATTTTGGGATATGGAGTAGTTAATATCTCAAACCG TTTTTTTCCACCAACATTGTGTGGAATGAACATTTTGGGCCTGATTTTGGCGTCTTTTGT TTTTATTTTTGTAGATGTCTTTTGCTCCATTAGGATCATTGATGAGTCCTACCCAAGCCC AGGGATTGCAGTTAATTTTTTTGCCGAAACTATGGATAAGCTTCCTGAAGTGCTGACTGT TGGTGATATACTTCAGATCTCTCAAGTTGTGGTAACTATTTTTGCTCAAATATTTGCTTG TTGCCTTTTGGGTGTAAAAGATTCTTGAACATTTTTTCATGTGATGGAAATGTTGAAATT ATAGATAAGAGTATAACTAAATCCTGAAAATAAATGTTGAAATGGGCTGAATTTTCTTTA GAAAACAATGCACCATATTCAACAAGGTGTAAATATGGAGTTACAATTGGTATTACCTAG AATTCTTGGCTTTTTAAAGGGTGCGCTCCTTTCCCAAAATTTTTTTTTGAAGGACTTCCA ATAGCGTGAGTACTTCCAATGGACCAGTTCATGATATTTTTACTAAATAGAAGACTTCAT TTCCCCAGCGGTTGATATATTTTAGCATCCTTCACAGTTCAACTATCCTCCTGTAGACAG AAGCAGCTCACCAGAGATTTTGTTGTTTCTTTTAAATGGGATCTGATTTACCAACATTAT GATTAGGATGGGCCGCCTTTGCAGTTAATCAGCCACTTGGAAGAGTGTTCTTATCCTCTG TTTTTTGATAAGGGGAAATGTGTTCTTTTCCCTCTTAAGGGGAAAAGTGCTTGTTGCTTC TAAAAAATTATTAGAATAGATTGACTACTTCTTGTTCTGCAGCCGTTCTTCCTCTAGACT CTGTTATATTTGAACCGCTTATGAATCTACTATTATGATCATGGGCAAAGGCCAAGTGGA AACAAATAAAATTCAATTTCTCAAGGAAATAGATAAGCATTAATTGGATTGGCCAACAAA CTGAATGCATGATCTTGTCCTGATTGAGTGACCTTTTTTTGTTCTTAAGTATTAATTTCT GGAAGTAAAAAATATTGTGTCAATCCTTACAAGTGGTATTCTTCGGTTTGCAGATGAAAA CTCATGGACCCGATATTTATGCTTTGTTCAACAAGAAGTTCTCTTCATTTGCAATATTTG ACGGAAAGAATGATTCAAATATCCTCCCTTATCAATGTTCTTCTAAGTACCATGCTAGAG AGCAAGACAAGAAATTTATACTGGGTTTGATGAAGTGGTTGGTTGATCACAAGATCGATA CAGGTACTCGCAAGTCACATCACTAGTGCCAACTGCTGAGTGATGCTTATAATAGAATTC TGTGCTAAAAGTACATAACAATTAATTATTTAGCTTCTGAAGGTTGCATAAAGAATGTAT CCTATATTGGTGATTCTATTTAGGTGTACATTTCCATTATGGATGTACGGGTAAATATAA TATAGTGCATATTTGGTGTAGTTTGAAAGAATTTTCATGAAGAACCCTTGTCACACTTGT TTGACTCGGACGTGTCAAGACAAAGAATGGATCCATATAGCATAGGATGGGCCAGCTAAC TTTTCTTCCTGTGAAAGGTGTTTGAGATATGTGTATGCACATGTACCTGTAGCTATATCT AGTTGTTTTAGCTTCTCACATAATCTTAGTTATTGTTACTCTATCCTTCTTTGAACATCA GTTTTTCTTTCAATTGATCCACCAACAAAATCCCTTCCCAGATGCCATTTGTATTCTGGT AGTGCTTTTCCTTTTTCTTTGGTAACTTAATTTATTTTGTTGTTTGAATTTTCGGCAACC TCCCTCAGAATACGATTACAATTTTCTTGGTACTCAGTAGATGCTTCATTTTCTTGATAG ATTTGACTGATTTACATTCATTGAAAGAGATCAGAGAAGGAGAACGTTTCAACTTGATCT GCAAGGTACTTTCTTTTAATAAGTGATCTGCAAGATAGTTGTTTCTTGAAATAACTGTTC TTAAATGTATCTTGAATATATTGGCAAGCACAGTATGCGCTACATTTTCTTAGGTACTAA CAGAACATTCAAAATCACTAACACTTCCATACACTGGCATATGCCAGATTGTTCACGTAT GTGAAGTTGAAAAAAACAAGTGGATGCTTCTCGTATGGGATGGCATGGATACTCCACCGG TCACTATCAAAACAAAGTGAGTGTTCCCTACTTTCTTATCAGGCTTCGAACTAGGGGTAC AATAGTGATTTAATAGACAAATTTTGACACCCCCCCCCCCCTTTGAAATGAGATACTTGT GCAGGAAGGAGTAATTGATGATCTTCCCTGGATTTCTGACTTAGTTAAACGGCCACTTTG TGCTTGCGATGTGTGATACTGGGCACTTCTGTTAGAGTGATATTTCTTTTATCTGCTGTC ACCAATGAACTAAAATTAAGTATGTGCTAGTGGAAACTATATATATTTAATGCAATACTA CATATTTTTTTGGTAATTAAATACTCCCCTGTTTCAAAAAGAATGACCTCCTTTCCTTTT TAGTCAATTTCAAAAAGGACCCCTTTTGGTAACATTTTAATTTCAGTTTTCCACGTGACA TATTTAAGGCCACTACATTAAAGGACAATTTTGTACATTTGACATAACTTTAATTTAGGA CCACAAGATTCAAAAGTCTTCTTTATTTTCTTAAACTCCGTGCCAAGTCAAACTAGACCA TTCTTTGTGAAACGGAGGGAGTACTAGATTTATATCATAGTTCAATGATGTTCTCTCTCA AAATAATGGTAAATTCGTTGAACAACAAGCTCAGAATTGGGGTTAAGAACAAGATATGCT TTGAGAGGAGGGGAGGACTGCAGATGGCTAGAGTCAAAAACAAATGTATCAAAGCTTGTT CTCTTGGTGTTATAGCAGTACTCTAGATAGGATGGACCAATATTTGAACTTTTTGGATTT TCTTTTTGTGGGGGTAGGGGGATGTAGTATGACTGTGGAGATGTTGTAGCTTTATCAAAA GAATTGGCCTTAAGAGCATAATTCAATAGGCCGAATCTCTTTGATAATATTTCAAACATT AACGGCCAAACTTGTTTGCTTCCTGGTCTTAATGAGTATCACCAAATTTCCTAGATAACT AAGATTTGAATCACTCAAATTAGAAGGTCCAAGAAAGGATAAAGCCTCAAATGGTCCCTA CAATATCTGCCTTCTTCCAATACATATAAAGATATAATCAAACCTCTGTTGAACTAATAT TTACTTCAGAGAGGTAAACTGCATACCTGCTTGTCTGCTTCTTTGCAAATATCTTTCTCA TATGTTATAAATGATTTGGTACCCAATCCTGTTATGTTGTGGCCAATTGTTTTGTTATTA CAGGCTAGAAGAAGAAATGGAAAACCCACTTCCATTGCAGCCGGTGGCCTTCACTTTGCA AAGAGATATTCTCTGTACCTTGCCACCTCTTGGAACTGTCTTGTGGGTAGCCGTTGATCG TTGCGACGAGAAACTTGGCTTTAACTTTCTCAAGAGCAATCGGTGGGTGAAACTTATTAA CATTAGATGTGAACTTCATGCAGCATTGTGGCGTGCTGTCCTAATGCCCTTTACTAAGGT TTGCTACTTATCTGATGAAGATGACATCGTTTTACAGCGCATGAGGTATTTCTTCTTCCA GTTTTAATACATATATGGTACAATCTTGAGTGGAATTTTCTTAAAGAAAAATACTGTAGA TGTGAAACCCCCTATCAGAAAAGAAAAAAGAAAAAAATAAACAACTGCGTGAAACTCAAT TGCATGATAACGATGGTCATCATTTTTATTTGACAAGCATGTCATACATAGCCCATGACT TCATAACATGGATGCTCATGCCCACCACAATTATCAGTTCCATATCTACTCTTGGAAGCA AGGTGTTTTGTAACAATCTATTATAATACCATGCCCTCTGAATTTACCTCAATTGTTTGC ATTTCCCTGATAGGCAGTACGATGAGCGTCGTAAATCCAAATTGGGATGGATGCCTTCGT CAAGCTTTCCTTGGCCATCTGACATAACAGGTTTTGCCTTGTATGCTCAAGCAATGTTTT TGATTCTTTAATAACACATTCTAACATTTCTTTTATTTCCTAAATTCTCAGAGACTGACT ACCCTAATGTACCTTTTGTCTCCTTGATGAGAGCTCTGGCTAATCCAAAGGTATCTCAAC CACTTTACTGGGCCGCTATTTCCTTCTTTTGCGCTCTTAGTATTCCAAGTATTGAAGATA TATTAACACTATCTTTAACAATTTAATTGTTGGACATTGCAAAAAAAACTTGCATCTTTG ATTTTTAATTACACATTGGCATCCTAATGCGTTATGTGCTTTCAGTTGATCCTGGCTAGG CTGGAAGAGTGTAGTGATAGCGGGAGTAGTTTTTCTTTGAACCATTTTTTTTCCTCGATG TTGCAAACTACCTTACATCTTCACACTCAAACATTTAACATTTCCTTTGCTTTATAATTG ATGCTGAAATGGCTAAAAATCCTATTAAAATGGCAATGCATGATATGCTTTGATCTCTTT AAAGTACCAGTTGACAGTTTATATCAACTGGGTGAATCTTCTGGATACTTGGCAGCGTTA AAGACTAGAGAAAATGTTCGCAGTCAGTTTTAAGTTATTCCTTCCTGATTATTCCATTGA TCTGAATGACTTCTCTTTGTAAAGTTGCTTCTTATGGAAATTTCTTTTCTTAGGTCTTAA ATAAGAATAATAAGTTTCATTTCTCCTGCTGATTATACTGTATCTGTATTCCACTAGTGA TAGTGGAAAAGGAGCGCACGGGAATAATATGTGGGGAAAATTGATGCTTGATGTAGTGCA AGTTTCTTTTTCAGTTTCATCACAGAAGCTATTGAGTTAGGATGATTCTAATAACATTCT TTTTCTTTTGTGCTACATATATGTGATATATGACTTCACACTTTTTATCACTTAACATCA TTGAGCTTATTATATGGCTTTTTAACTGTTGTATTTCCTTTTCTTACTGATTTTGATATG TTTTACTTGAGCTGAGAGTCTATTAGAAACAACCTCTACCTTCACAAGGTAGGGGGCTGC ATTACACATCACCCTCCTAAACCCAACTTGTGGGATTACACTGGATATGTTGTTGTTTGT TGTTGTACGTCATTGGGCTTATTGCTTGCAGGTCATAGGTAAATTCCACTGTGTAGTTCG AGTGGTAGCGGCATTTCCTTGGCTAGCTGAACATTTCCGTTCCCCTTCTGGGGTTTATAG GATCAGGTTGACCCTAGAGGATCCAACTACAAGAATCCATGCATATCTGTATAAAGAGGA TGCGGTAATAATTGTTTGTGTACTTGCAGTCTTTTATCAATCTTTATCGAGTATACTGCA GCACATTAATAGCCATTTAGGGACTGTGTTTAATGACATAGCTCAGTATAAATATGTTCC CTGGACTTGGATATCAGTATTTTATGTATTTGTGAGGATGTATATGACATACCTATGCTC ATACTCAACTGTTCGGCTTTGTTATCTTGAAGCAAAATGAAGATTCCTGTGTCATAGTTG TTGATATTGTACAAACAACTATTTACTTGCCAAATCATCCACCAATTGATTTGGGAAATG ATGAGATTGTGGCCCTTGAAGATTATGAATGGCAGGCCTCTATGTGCTTACATAAAGACG ATATTAAAATATCTGTTGGTTTATATTTATTGCATAAAATTTGCTATACATGCTTGAATT GTTTGAGCTACTAACTTATGAATCTTGGTTTTGACGTGATACTACTATACTCGCAGGAAA AGTTTTTTGACGGCTACCCCTCTGTTTATACATTAACAAAAAAGAGGAATTTGTTGCTTG GAACTTCTGAAGGCGATGATGATAGTGAAATGAATGATCATTTTAGAAATCCACCCTGGA TAAGGTGTTGCTTAATGTCTTACCATATCGATGACAATGATGTCTGGGGAAGTAGGAACT TTCGAATTTTTGCTACCACCCTGAAAGCATAGGAGATCGTCCATTCTGTAAGCCTACAGT GCTTCCAATTAATGTTATGCAGTTTGGCCTCTTCTTCAAATGTACCTAGACAGTTGCTAG CAAGTACAGTAAAAAACTCTTAGTTCGAAAAGATAACATCGAAATTTTTGGATGCAGTAA GAAAAGTTAGAGACTTGCTTCAATTAGATTTAATTTTTTTTTAAAAAGACTGAGCACAAT AGAATCATATATATATATATATATATATATATATATTTATGATATCGAACACAATAGAAT CATATATATTTGTATTTTTAGAGAATTATTAATTTATGATATTAAAGTAACCATATATTC TAAAAATATATTATCTTGTTGAAATTGATGATTAAGTCGGGATCAGAGAAAAATATTATC TTAGAAAGATTATTAATTTATAGAGGTTTTACTGTAGCTTAGAATGACCATAACCTATTT TCTTTTGCTTGTGTAGATGTTATCATCCTTGCACACAAATAGGTTTGCTTTCATGTAGTG AAAGAAGTACGATACTCCCTGTCAATACTAAACTTTCTTCATTGCCGTTTCTTTTATTTC CTTTTGGTATCATATAAAACGTCTGCTAGAACCATCCATGTGGGAGTTGAGACTACTTCA TTCCCATGAATCACTTGGCTGAGAGGTCAATATGCATGGTAGTTGTTTCAAGAAAACAGT TACTGAAGCTTTTTAGAAATAGAACGTCCTGAACAATGAAAGAAAGTATCAAGTAGTTCA CTGAGGAAATTACAAGATGCACAGAAAATATACTCGACTGCAGACTACCATCAGATAGTT CGAATTTGCTGTGTTGAAGTGTTAGAAACCAATGATTTATTCGTCTATTCAACTACACAG AATAGCACAAGTGCTGCCATCTATCAATACAATATCAACATTGCTACAAAACAGGTAGAT TGGAAGCTAATAGTTTCTTACTTTGACAGTTGAATAGAAGATGCAAATTTGCACCAAACA AATATGATAAAGAAACAAAATCCAGTATACAAATACGAAACAATATATGATCTCTTGATA CCAAAAAAAACCCACACAACAGTAAGTTCAGAGAAAATATTCCAAGTTTTATAGTTTGTC AAGGTTTGTTGCATTGACATCTATTGCAAGTCATTGTGGTACTTATAATATCGTAAGCAA TTCCCAAGCAACTTAAGCAATTTAGAAATATACTTTCTTCTTTTGATTGTGCAACAAAGA GCTGCGTCAACATTCAACCTCATCATCCAGAGTAAATTACGCAGATTTGACAGAATTAAC ATGACCACAGCTACTTTATCACCACAAAGGTGTACTAAAATCTGAAAATTTAAGCATTTG ATAGCAATAGGATGTGTCAAAATCCACTTCGGGAAAACAGAGTATTAATTAAACAAAACA CAAGGAACAGGTTCAAACACTAAAACAATATAGAGATCTCATCTAAAGCCAAAATGCTCA TTCATCCTCCTGGCTGTGCAACCTAGCAAGCTTGTTTGTTATGACAACATCAAGTTGGGC AGCTCGCTCGACAATCTCTTTCCTCTTCCTAGTGGAAACATTGTGTGCGATTTCTGCACA GTAAGTTCTGGCAAGGAAAGAAAAACATGTTGGATGACAAGACATTCATAAATTAAGAAC TCATAGTTATAGTACAAATCAGGTGACGATTAAGTGAGCTTATCAAATTACCTGTTGTGC ATCATTAGGATCTCAAGCTCGCTAGCATTATGCACGACGAACTTCTTGAAGCCATTGGGA AGATAGTGGCGAGTCTTCTTGTCTGACCCGTATCCAATATTGGGCATCAAGACACATCCC TTGAACTTTCTCCTCACTCTAGAATCAATACCCTTGGGTCTGCGCCAGCTTTCCTATTAT AAAAAGTTGAATGTTCAGGTCCAATTAGTAAGCTTGCCCAGTCCAAATACAACTGGAAGA ACTAAAAGACTACAAGAAACTCCACATGAATTCACATGATTCCGTAAGCCAACTATAGGA AAACAATACAGTTATTCATTTCTTTTTTTCTAGAGAATAGAAAGCCAAAAATAATATTGA ACCAATTAGTAGATGAATCACAGTTCTTCCTCAAATGAGAGTGTGGAGTAGGTATAATTC TCCATTGACAGTGGCATTCAAGAACAAGTACAACTTCGACAAGCCCCACAACAACCCACT ATACAGCCATCACTTCACAGTACAAACACCCTAAGACATACATATATTAACAAACAGTTG CTGAATACTAAAAGGTCTTACTTGGCTGAATGATGCTACAAGATAATAACAACAGAATGA TAAAAACCATATAAAAGGTGTTTGCAGAACACTTACAAAACACAAAACCATATGCAATTT AGCCATCAAATGTAGTCATATGGAATGCAAGAGAGAATAAGTAAACGCATTTACGGAATC AACACACTCGGACACACACAAATTCTTACAAGGGTTAATTTTCTCCTTCTAGACAGTTCC GCATAAATTATATCACTTTATCGAAGATAATCAAACGCAAAAACAGAATATAGTTAAATC GGGAAGCAAAAAGGAAAAATCACACCAAACACATCACAATTATTCTATATAGATTCAACA AAGAGGGATTTGGGTAGCCGCAAGAGCCGAATAATAAACTCATGTAGATTCAACGTTTCA ACCAATAAATTTCAAGCAAAAGAGTATACCTTGACAGTGATTCTTCGGTCACTCTGAGGT CTAATGAACCTCTTCACTCTCTTCTTCACGACCTTCTTGTTAAGCAGAGGCACGGCCATT GTTGTTGTTCTACCTTGTCTTACCTTCTGCGAAATAGACGTAATACATTAGATGCAAAAT TTACATAGATGAATGAAGAAGACAAACTGGAAGAGAGAATACTCACTCGAACTAGGGTTT CTGCTGAGCCGCTAACTCCTTGCTAGAGAGGCTTGTTAATGGAGAGTGGTAGAGCTATAT ACGAAAAAAGTTAGGGCTAATAACTAGGGTTTTCAGATGTGAAAGCCCAAAAGGCTTTTA TTCGATGGGCCGTATATTTTCAAATGAAACTGAGGCCCCACTGTAAGGCCCATGAATAAA ATGGAATGTGGTTTAATGTGTTTTCTTTTACTTTATATGAATTAATTAACTAGGTAAAAC GCGGACATAAATAGTAATTACATTGAATTTGCAAATAATTTTTCACTAATATTCATACAC TTAGTAATAGAAAAGTAGGTTCTTAAAAAAATATTAGCAATATGTTGACATGAATTTAAT TATTTGTCATTATCACATAACTCAAAAATCTATAATGAATGAATTATTCATGACATAACA AGTCATTTGTTCTATTAAATGAATTATTCAAGATATATATAAAAATGCTTTTCGTGATAA AAAGAAACATTTAAGTTGCATAGATTATACAGTTGTGATATATGTCCAAGGAGAAAATTC AAAAATTTGTTAACATATTCAAAAAAAAAAAATTATGCTTGCACATGAAAACAATTATAA CTTTTGAACTTGTATAATGAATTTATTCATTTGATAAGTGAGAAATTTCATATCTATGTA AAAAAAAAAAAAAAGATGGTATGTAAGTTTATATAAGTTATAGAATTTAATATTGAATAT CAAAATATGAATTTTTGAAATTGAGTACAATAATTATTTTCTACACAATAAATATACGTA CTATATGTGTATATGTTCAATAAAATCGGAGAAAATAACTTTGCATAAACATAAAAAATA AAGTTTAAAAAATGTACACAAAAAAAAAAAATTAATATCATAAGCATAAATTAATGAGTG TAAAAAAACATATCAGGATAAGTATAAATAAAATGAAATATAAAAAAAAATAGAGTTTGT CGATAATCAATAACGACCGGCTATACAAAATTTGAACGAAGACAACTATGTTTCGATGTC CAGCAAGAGTTTTTATTATTAGGAAAAATGGCCAATTTAGTTTCTTGAACTTGGCACAAT CTAAATCTCTCCATGTAAAATCCTCGGTCTGGTGATGCAACACAATTTTTTTCTTTTTTA AGAAAAGAGACGGTAGTTGGGTTCAAATAGATCGGAGAATGAGTAGGCAAGAATGCAGGT TGTACCAATCGGCTTTGAATTGTCGAGTAAGGATTAATCGATCTTTTATGGTAGACAAGG CTGGTTAAGATTGAGATGCCCATTTTTGGTCTGGGGCTGCAGTTTTCTCTTGAAAATGAG ATTCGATTTTTGCAAAACAGTAGGAAGGAGTGCTACTACTTTCTTAATTCATTAATTTCC ATATAGGAAAGGAATCCAATTTAGTATCTTCGTACAGATTTTTGTTGTCAACGAGGATCT TAGCCCCTTTCCTGGTTGTTTTCTTGTAGAATGAACAAAAAAAAAAGAATGTGGTTAAGT GAGAGCATAATGTATAAATAAAGTTATCATGTAGTAATTGTAGCTGGATACAAATAAGTT TGTTAAAGACACAAATAAGTACATTAAAGACGCGTAAGCCACCAACTTCACCTATAATGA GTGCCAACTATAATGTCCATTAATACTTTTATGAACCTTAATGCAGTGAAATGTATTTTA AAGTTATCTCTTAGACATATTTATTTTTATGTTGGCGATATATATTCTCCTTTCATGGAG TATACAGATCGAGAACTAAAATTAAGATTTCATAAGAAATTACGTGAATGACAATAAGTC GAAATAATAAAAGATCAGTTTATGATTGTTCTGAAGTGATATAAAACTGGAAAATTTTGT TTATAAATTTGTCAACTTAGATTTATATTGGGGTGGGAAATAAGAATGATAAAAATGAAT ATGTCGATAATTTATCATGTCATGATGTTAAAGGAAACATTGTTTTCAACCATTTACGAG AAAATTTCATCTTTTCATATAAGAGATCTAAAAAGGTATGCAAATTTCATCTGTGTACTC AAAACTATTTTGCATACGTTTTTGGTTAGGAAAAAACAAAGAATGAGTTGAGATCTATCA TTTGCCTTTTATGTGATAGTATATTATTGCAATATAGTTTAACAACTTATTCACTTATTT CAAAATGAGTTTTTGGTTGTAATATCTTCAAATTCAACCTGGTGTTGTATTTCGAATTTG GTATAGTTCACTAAACATGATTTCTAATTTCATTTTTATAATCTTTAAATGTAATGAGTT CTTTTGTCCTGTAAATAGTATAATCCATCCTAATTTTCATATTTGATATATTTTTGGAAT CTCTTTTCAGATAATTTCAAATTTTGATGAAATTTCGTATGAATTATGACATTAGAGTCA AAATGAGGAGTTTATTCATAAATTGTATAGCAGGAAATAAGAATTATATCCTCACCAGGA TGATAAAATAAAAGTTATCGTGCAGACAAATCATTGTTCAAATGTAATTAGATCTCTAAT GACAACTCTTTTTAAGGCAAAAGATCTACTAAAACCACTTGGTTCATAAAAGTGATTTAA TTTTTGCTTATTTGAGTGCCCAAATCCATTTTATGTACAAGTGTTAGACAGCTTAAAAGT TGGTCAAACTGACTTAAAAACTGATTTTTGACTTATTTAACTGTTTGACAATATTCAAAA TAGGTTATTTTAAGTTTAAAAAAATTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGGG GGTGCTTTTTTTTTTTTTAGCTTATAAGCTTTTTAAATTGACCACATTTTTATTTTTTTT CCCTTAATATTTTTATACAATCTTCAAATTACCCATATAACTCTAACATCTCTTTCTTCT ATTTTTCCCTTTTCACGTTTGGCATAACAACTTCAGCACTTTTATCCAAACGCATAACTG CTTATTTTAAAAATAAGTTTCAGCACTTTCAAAAGTACTTTTTTAAAGCTGCTTTTACTA AGTCCACCCAGGCCCTAAGTTTAAACAAATTATCTCATATGAAATTGACATGTCAATTCA TTTTCCTTTTTATAAAAATAACTTCAATATGAAGTAAGTGTTATGCAAGTAGTTTATACC ACAGAAATGCTGAACATCCTAGTAAGTTACATTAGGCACAAAACGAAAACTTAGTAGACA TAAAAATGAATAACTAGATATGCCTTTAATGAAAATAAACATCCTATTAGGTGTATTTGC TGTCAAATTCAAACTTCCATTTCATAGCTTAAACATAGTTAATTTAGGTAAATATATCAA ATCAAATTATTTGTGTAAAATTTTTAAATTTATAAATCATACCATACCAATAAAGTTCAA ATTTTTTCGGATTTTTCAACCTCGGGTTGGTTCAATTTTTTCAAATACCAAACCAAATCA TTATGTCAAATTTTTAAACTTCAAATTTTTTAGATTTTTAGATTTTTTCGATACATACAA ATATATTATTAACTTGTGCTTCAAATATTTCTTTAGTCCAACTAAAATACAATTATCTAA TGTGCTTCTTACAAAAAAAAAAAACACAAAATATGACATGAGTATTGATGACACAAAAAT ATTTAATAAAAAATAATAATGAAATCATCATATAAAATAAATATTGTAAGTGAAAATAAT CATAATTTAAAGTACTTAGTCATGCTAAAATAAGTTTAATAAGTATTAGTTACATTAATA TTTAAGAAAAATTAAATTAGATCATGTATTTTAATTATCATTCTTAGTGTTGAAAATTTT TTCTTTTTGGGGAAAAAACTCAGATATGTCATCAAACTTTCAGAAAATGCTCATTTATGC AATCGGTTAAAAGTTTGGCTCATTTATGTCATTACTGTTAAAGAAAAGACTCATTCATGC CACTATTTTTTAACAATGGTTTTGCAAAACCATTTTATACACGTGACCAATTATAGTGTG GCCACGTCATCAATTTTTCAAATAAAAGAATCATAATTCTAAATAGAAATTGAATTTATT TTTTTTAAAAATTAATTAAAAAAATTGATGACGTGGACGAACTATAATTGTTCACATGTC AAAAATAGTTTTGCAAAATCACTGTTAAAAAATAATGACATGAATGAACTTTTTATTTAA CGATTATGGCATAAATGAGTCAAACGTTTAACTGATGACATAAATGAGCATTTTCATAAA GTTCAGTGGCGTATTTGAGCTTTTTTCCTTCTTTTTGCATCAATATTAATTTGATTTTGA TTTAAGTTTTATCATAATTATCGACATTTATGAACTATAGTATTTATTGAACCATTCCGA ATTCTAAATTTTAAACTTGAAATAATATATTAAAAGATAAAAAATGTGAAATAGTATAAG AAATATTTTAAAATGATATCAAAGTAAATATTTTTATATAAAAAATAAAATTAAAAATTA CATATATAATATCGGGTTGATTTGGTCTCGGGTTGATTTTTTTAAGTTAAAATCAAAGCA ACCCAAATATAGTCGGATTTTTAAAAAAATATCAAACCAAGTCAAATCAAACCACTAGTC GAGATTTTTATTTTTTGATTTGACTCATTTTACAGTTTGATTTGATTTTTAATTCGATTT TGTAAATTTAGAGGCTATGTTTGTTGGGTGGCATAAACAAAGTTACTCAGCCCGTGTAAT TTGTTCGATAAATAAGGCCCATATTCTAGCTGGTTACACAGCCCAACATGCTTTAGGCCC AAAACAAATTGGGCGCACGAGGTATGTAATATAGTTTTTTTAAGATATTGTATCTTCATC TCGTTAGGGTTTAGGAGACACACCTCTCGCCGGTAGACGTCACTCGCCGCATTTAATCAG TCGGAAAACCGCCAAAATGGTTAGTTTTCTCTCTCTGTTATTTCATCTCGTCAATTTTGT TTAGCTTGTTATTTGTTGCCTGATAGATCAGTTGTATTTTAGTCTTCATCGCTTTGTTCC TTTCGATTTACGCGCTCAAATTTATGTGTTGATATCATGTGGTGCTGGTTAATTTTAGGG ATCGTATGGAGAAATAATCAATTGCATTAGTTACTGTTGCCACTAGATTTTAGTGTATAC AGTTTTTTTTAATTGTATTTTGCTGTCATTGTGATTGCTGTTGCACTCTATGTTGTACTG TATCCTACTTGATAGTTTTAATGAATACAACATTTGAATAGATTTTACGATTCTACAGAT AAACCTTCTTAAAAAGTTAATTTTGTTACAAAATAAGATTACTAAATAATTAGTAAAGAC ATAGTGAGAAAATAAATAGATCAGACCAAATTGGTCGTTACACAAAGTGAGACAAATCCC TAACTGCTGATTTAATGATAGTTTGAGGTTTGGACAGTTGATTTGTGTAGTATAAGTCCA AGTTATTTACTCGACGCATTGAATAATTGCTCTTTACCTTTGTGAAAAAACAAGCTTCTA GTGTTGTTTGACATGGACAGATTTTGATAAAAAACTGTGGAATAGCTCCCCTTTTTATTG TTGGTAAATTAACTTTTGTTCCTTTAGCTTTCATTTATATAAGTGGTATGATTTTTGCAT TGAGGCTTTGGAAACATCATACTAACATGAATTTGGTAACTTCTTGTCCATATATAGGCA AGAGGGTTGAAGAAACATTTGAAGAGGCTCAATGCGCCTAAGCATTGGATGCTTGATAAA CTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCCAAGTCTTTTTTTTTATAGTACTAC TTAGTTTCCTGCTTCTTGACTTGACTGTTCTCTTTGGTCTCTACTTCAGGCTCCTAAGCC TTCTTCTGGTCCTCATAAATCAAGGGAATGTTTGCCACTGGTTATTATCCTCAGGAACCG GTTGAAATATGCATTGACATACCGTGAGGTCATTTCTATCTTGATGCAACGCCAAGTTAT GGTTGATGGGAAAATTAGGACAGATAAAACATACCCTGCTGGTTTCATGGGTAAGAACAC CTCCATTGGATTGTTTTTTCATTTCAAAACCTTTAGATTATAGTTTCCTTATATCTGTAC TGTCTAGGTATTGTTCATTCCAGACGAAAGTAATAATACTGATTCATCTATATACACGTA CTTCCCCAGTTCCAAAGACAATTGTTGATCTGTGTACAAAAAATTTCATGAAAATTCATG TTGAGAGTCTCTTTTATTTTTTTTTCTTGTTTCTATGTTTGTTGAATCCCTTTACGAATT GGTAATGCTCATATTTTCTTCATATAGACGTTGTTACGATTCCAAAGACAAATGAGAGTT TCAGACTTCTTTATGACACTAAGGGTCGATTCCGTCTCCACTCACTCAGAGATGAGGAAG CCAAGGTTTGATTTTCATATTTTTGAATTTTTGTGTTGACTATAGTGAGTAGATAAATGT AAATTTTTAGCTCATCTGATCCTATTTCCTTTTGATGCTGTGCTGTTGGAGTAGTCACAT TGTTTTCTGCTCTTTGCAGTTCAAACTTTGCAAGGTTCGATCAGTGCAGTTTGGACAGAA GGGAATCCCATATCTCAATACTTATGATGGAAGAACAATCCGCTACCCTGATCCCCTCAT CAAGGCCAATGACACCATCAAGCTGGACTTAGATTCCAATAAGATTGTTGACTTCATCAA ATTTGATGTTGGTAATGTGGTCATGGTGACTGGTGGTAGAAACAGGGGACGTGTTGGAAT CCTTAAGAATAGAGAGAAGCACAAGGGTAGCTTTGAGACAGTTCACATTCAGGACTCCCT GGGGCACGAGTTTGCTACTCGTCTGGGCAATGTGTTCACTCTTGGTAAGGGTAGTAAGCC ATGGGTGTCTCTACCTAAGGGTAAAGGTATCAAGTTATCTATCATTGAAGAGGCTCGCAA GAGGATGGCTGCTCAATCAGCTACAACTGCTTAAAAATCATAGGTTGAACTTGAGATGAA TTTAATAGGTTCGGTAATATTTCTCTTTGTTTAGAGGGATGCCATTCTTATTTTTGTGTT GCATTTTGACATCTGTGTACTCGGTACTGCTTTACATACCTTTTTTATTTTGTCAGGAAC AAGAAAGACAGTTTTGATCAATCAGTTGCCTTCTATGTGATAGTATTTTATTTTTATTGC CACAGAGTTTAATGACCTTGTCTATGAGTTTATTCAGTTGTTTCAAAATGAACTTTTTTG TTGTAATATTTTCTAATCCAACGTGGAGTTGGATTTCAAATTTGGTATAGTGCGTAAAAC CTGATTCCTGATTTCATTTTCATGGACTTCGAATCAAGTTGGCTCTTTTGTCCTGCAAAT AGTATAATCAAGCACAACTGTCTAATTTGATGATTTCGTTGATCTCTTTTCTTATGATTT TTTATTTTGATTTAATTGTGTTAATTTGTAAGAGTTATTTCACTAGAGTTAATATGAGAT TTAGTCATAGATTATTCAGCATATCACTTAACTGAGCGAGTGCAATCAAGTATTAATTAC ACTTGATACTGGTTCATATAAACCATCCTTTTTATTATATAAGGGAAGGAAAAGTGGGAA TTACACATCCTCACCAACAACACGATGCAGTTAGTGTTCTAGAGACAACTATTTAAGTCA AGAGATCTACTAAAACCATATAGTTCATAATAGTGATTTATTTCTGCTAATTTAAGTGCC CAAATCAATTTTATGTACAGGTATTAGATTGAATACAAAGTTTAAAGAAATTATTTCTGA GAATTGATGATATGAAATGTTTGACATGTCTCTTCATTTTCCATTATACAAAAGAACTTC AATATTAAGTGGGTGCTTTGCAAATAGTTAGTACAAAAAAAATACTGAACAATGTAGTAA GTTATATTAGGCACAAATCAACACTTAGTAGACTTTAAAATGCATATCTAGGTACGGCTA AGTTGTAATAAACATAGTGTTTAATAAAAGAGCAAGTAGAATCTAAAACAAAATATGAAA CATGCTACTGTGAACTCTCACGTCAATTTCAATACAATAGTAAATTGTTGTCTGTATAAC AACATAAAATGTTTTACTTGGTTTTCAAGCTAGAAATAAAGAGATACATCCTATTAAGGG TCCGTTTGGATGAGCTTAATAAAAGCAGCTTTAAAAAAGTACTTTTGAAAGTGCTGAAAT TTATTTTTAAAATAAGCAGTTATGCGTTTGGATAAAAGTGCTGAAGTTGTTATGTCAAAC GTGAAAAGGGAAAAATAGAAGAAAGAGATGTTAGTGTTATATAGGTAATTTGGAGATTGT ATAAAAATATTAAGGGAAAAAACATAAAAATGTGGTCAACTTAAAACAGCTTATAAGCTA AAAAAAAAAAAAGCATTCCTACCCCACTTTTAACTTTTGACTTAAAATAAGTTTTTTTTA ACTTAAAATAAGCTATTTTGAGTATTGCCAAATAGTTAAATAAGTCAAAAATCAACTTTT AAGTCAGTTTGACCAGCTTTTATGCTGAGTCAAACAGGCTCTAAAGTGTATTTGCTACCA AATTCAAACTCTCATTATATAGCTTAAACATCGTTGTTTCAGATAAATATAGAGGCTATG TTTGTTGGATCGCATTAAACGAATTACTCAGCCCGTTTAATTCGTTCGATAAATATAAGG CCCGACATGCTTTAGGCCCAAACTAATTTCCCCTAGATTTAAGAGAAATGTATCTTCGAC TCGTTAGGGTTTAAGACAAACACATCTCGCCGGTAGCCATCACTCGCGGCAGCTAATCTG TCGGAAAACCGCCAAAATGGTTAGTTTTCTCCCTCTGTTAATTCATCTCGTCAATTTTGT TTAGGTTATTGTTTGTTTGCCGAATAGATCAGTTGTATTTTTAGTTTTCATGGCTTTTGT TCCAGGTCTAGACTGTACTGTATCAGCTATAGCTTTGCTAATTGTTTGCGATTTGAGTAA TGCATCTACGATTATATTCTTGGTTGTTCCTTTTCGATTTATGCGATCAAATGTATGTGT TGATCCTGATTAATTTTAGGGCTCGTATGTGGAAATAATCGATTGCATTAGTTACTATCG CCACTGGATGTTAGTGTATACAGTTTTTTAATAAATTGTATTTTGCTTTTATTGTGATTG CTGTTGCACTCTGTGTTTTGGTGTATGCTACTTGATTATTTTAATGAATACAACATTTGA TAGATTTTATGATTCTACAGATAAACATACTTTAAGAAGTTGTTTTAATACAAAATAATG TTTCTAAATAATTAGTAAAAACATAGTGAGAAAATAAATTAATCAGACCAAAGTGGTCAC ACACACAAACACAAAGTGAGACCGAAACCTAACGGTTGATCTAATGATAGCATAATATTT GGACAAGGAAATTGTGTAGTATAATTCAAGTGGCCTATGCACTAAATTTTTTTTTCTTTA CCTTTGTTAAAGAACATGCTTTTAGCTTTGTTTGACATAGATAGACCTTAAAAAGCTGTG GAATAGCACCCCTTTTTATTTTTGATAAATTGATTTTTGTTGTTTCAGCTTACATTTATA CAAGTGGTAAGATTTTTGGATTTCGTCTTTGGAAACATCATACTAATGTGAATTTCGTTA CTTCTTCCTATATATAGGCAAGAGGGTTGAAGAAACATTTGAAGAGGCTCAATGCGCCTA AGCATTGGATGCTTGATAAACTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCTTAAG TCTTTTTCTTAATAGTACTCGTAGTTCCCTGCTTCTTGACTTCACTGCTCTCTTTGGTCT CTACTGCAGGCTCCCAAGCCTTCTTCTGGTCCACATAAATCAAGGGAATGTTTGCCATTG GTTATTATCCTGAGGAACAGGTTGAAATATGCTTTGACTTACCGTGAGGTCATTTCTATC TTGATGCAACGCCAAGTTATGGTTGATGGGAAAGTTAGGACGGACAAGACTTACCCTGCT GGTTTCATGGGTAAGACACCTCCACTAGATTGTTTTTTCATTTCATAACCTTTAGATTTT TATTCTCCTTATTTCTGTACTGCATGGGTTTGTTATCTTACTGATTCATCTATATACACA TGCTTTCACAATTCCGAAGACAATTGTGTATCAGAGTGTCTACAAGTTTTTTCATCAAAA ATCATTTTGTCTTGTGTCCTGTTTTCTTCTTTTTTTCTTGTTGCTATGTTTGTTAAATTC CTTGACAAATTGGTAATGCAGTTATTTTCTTTTTGTAGATGTTGTTACTATTCCAAAGAC AAATGAGAGTTTCCGACTTCTTTATGACACTAAGGGCCGGTTCCGTCTCCACTCACTCAG AGATGAGGAAGCCAAGGTTTGAATCTGTTTCCTGCTTCTTCTTTATTCCGGTTTGCTTTG AATGCTGTGCTATTAAGTAGTGACCTTGTTTTCTGCTCTTTGCAGTTCAAACTTTGTAAG GTTCGATCAGTGCAGTTTGGACAGAAGGGGATCCCATATCTCAACACTTATGATGGAAGA ACAATCCGCTACCCCGATCCCCTCATCAAGGCCAATGACACCATTAAGCTGGACTTAGAT TCCAATAAGATTGTTGACTTCATCAAATTTGATGTTGGAAATGTGGTTATGGTTACTGGT GGTAGAAACAGGGGACGTGTTGGAATTCTTAAGAATAGAGAGAAGCACAAGGGTAGCTTT GAGACAGTTCACATTCAAGACTCCCTGGGGCATGAGTTTGCTACCCGTTTGGGAAATGTG TTCACTCTTGGCAAGGGTAGTAAGCCATGGGTGTCTCTACCTAAGGGGAAAGGTATCAAG TTATCTATCATTGAAGAGGCTCGCAAGAGGATGGCTGCCCAATCAGCTACAACTGCTTAA AAATCTTAGTTTGAACTTGAGATGAGATTAATAGGTTGGGCCATATTTCTCTTTGTTTAG AGGGATGCCGTTCTTATTTTTGTGTGTTCCATTTCAATATTTGTGTACTCGGTACTGTTT TACATACATTTTTTTGTCAGGAAAAAAGAAAGACTGAGTTGAGATCAATCAGTTGCCTTC TATGTTATAGTATTTTATTGCGACTGAGTTTAAGGACACCTTGTCCATGAGTTTATTAAC TTAATTCAAAATGAGTTTTTGGTTGTAATATTTTTTAAACTGACCCGGAGTTGGATTCCA AATTTGGTATTCTTCACTTAACCTGATTCCTAATTTTTTTTTGGTCATTTAACTTCCGAT TAAGTTAGCTCTTTTGTCCTGCTAATAGTATAATCAAACGCCACTGTCTAATTTGTAAGA GTTATTTGACTTGTTTCATTAGAGTTAAAATGATAAGCTTAGTAAAAACTTATTCAGCAG AACACTTAACTGACAGGGTACAATCAAGTATTAGTTAGTGACACTTGAACTCTCACGTCA ATTCCTTCACAATAGTAAATTATTTCCTGCGTAAAGAAATAAAATGTTATACTTTGATTT CAAGCTTGAAATAAGGAGATACATCTTATTATGTGTATTTGCAACCAAATTTAAACTTCC ATTTCATAGCTTAAATATCGTCATTTTAAATAAATATAGAGGCTATGTTTGTTGGGTCGC ATAAACAAAGTCAGCCCGTGTAATTTGTTCGATAAATAAGGCCCATATTACAAGGCCCAA CTTGCTTTAGGCCCAAAACAAATTGGGCGCACGAGATATGTAGTAGAGTACAACAGATTG TATCTTCATCTCATTAGGGTTGAAGACACACGCCTCTCGCCGGTAGACGTCACTCTCGGC AGCTAATCTGTCGGAAAACCGCCAAAATGGTTAGTTTTCTCTCTCTCTGTTAATTCATCT CGTCAATGTTGTTTAGATTGTTATTTGGTGCCTGATAGATCAGTTGTATTTTAGTCTTAT TGGCTTTTTTTCCAGGTCTACACTGTATGTATCAGTTATACCTTTGCTAATTGTTTGCTA TATGTGTAATACATCTGATATTATATTCTTGGTTGTTCCGTTCGATTTATGCTCTCAATC GTATCTGTTGATCTCAAGTGGTGCTGGTTAATATCGTATGTGTAAGTAATCAATTGCATT TAGTTACTGTCGCCACTGGATATTAGTGTATACAGTTTTTTATAATTGTATTTTGCTTTC ATTGTGATTGCTGTTGCACTCTGTGTTGTACTGTATTCTATTGGATTGTTTTAATGAATA CAACATTTGGATAGATTTTATGGTTCTACAGATAGAGCTAAAATAAGATCATTAAATAAT TAGTAAAGACATAGTGAGAAAATAAATAAATCAGACAAAATGGTCGCTACACAAAGTGAG ACCGATACCTAACTGTTATTTTAATGATAGCTTAAGATTTGCACAATGAAATTGTGTAGT ATAGTTCAAGTTATTTACTCTATGTATTGAAAAATTTGTTCTGTACCTTTGCGAAAGAAC ATGCTTCTAATGTTGTTTGACATGGATAGATTTTAAAAGAACCTGTGGAACAGCTTCCCT TTATATTTTTGGTCAATTGATTTTTGTTCTAACTTCTATCAGCTTTCATTTATATTAAGT GGTAAAATTTTTGCATTTAGGCTGGAAACATCATACTAATGTGAATTTTGTAATTTCTTG TCTATATATAGGCAAGAGGGTTGAAGAAACATTTAAAGAGGCTCAATGCGCCTAAGCATT GGATGCTTGATAAACTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCTTAAGTCTTTT TCTTAATAGTACTCGTAGTTCCCTGCTTCTTGACTTCACTGCTCTCTTTGGTCTCTACTG CAGGCTCCCAAGCCTTCTTCTGGTCCACATAAATCAAGGGAATGTTTGCCATTGGTTATT ATCCTGAGGAACAGGTTGAAATATGCGTTGACGTACCGTGAGGTCATTTCTATCTTGATG CAACGCCAAGTTATGGTTGATGGGAAAGTTAGAACAGATAAGACTTACCCTGCTGGTTTC ATGGGTAAGCACACCTCCATTAGAGTGTTTTTCATTTCAAAACCTTTATACTTATGTTTT CCTTATTTCTGTACTGCCTATGTTTGTAGTCTTACTGATTCATTTATATACACACGCTTT GACAGTTCCAAAGACAATTGTTGTTGAGAGTGTCTTCAAGCTTTTTTAATCAAAAATCAT TTTTTAGTGTCTTTTTTTCTTGTTGCTATGTTTGTTGAATTCCTTGACAAATTGGTAATG CTGTTATTTTCTCTGTGTAGACGTTGTTACTATTCCAAAGACGAATGAGAGCTTCCGACT TCTTTATGACACTAAGGGTCGGTTCCGTCTACACTCACTCAGAGATGAGGAAGCCAAGGT TTGAACCTGTTTCCTGCTTCTTCTTTGTTCCGGTTTGCTTTGGATGCTGTGCTGTTAAAG TAGTGACCTTGTTTTCTGCTCTCTGCAGTTCAAACTTTGCAAGGTTCGATCAGTGCAGTT TGGACAGAAGGGTATCCCATATCTCAACACGTATGATGGAAGAACAATCCGCTACCCCGA TCCCCTCATCAAGGCCAATGACACCATCAAGCTGGACTTAGATTCCAATAAGATTGTTGA CTTCATCAAGTTTGATGTTGGTAATGTGGTTATGGTGACTGGTGGTAGAAACAGGGGACG TGTTGGAATTCTTAAGAACAGGGAGAAGCACAAGGGTAGCTTTGAGACAGTTCACATTCA GGATTCCCTGGGGCATGAGTTTGCTACCCGTTTGGGAAATGTGTTCACTCTTGGTAAAGG TAGTAAGCCATGGGTCTCTCTACCTAAGGGTAAAGGTATCAAGTTATCTATCATTGAAGA GGCTCGCAAGAGGATGGCTGCTCAATCAGCTACAACTGCTTAAAAATGATAGGTTGAACT TGAGATGAATTTAATAGGTTGCGCTATTTTTCTCTTTGTTTAGAGGGTTGCCACCTCTTA TTTTTGGTGTTGCATTTCAACATCCTATGTACTCGGTATTGTTTTACATACCTTTTTTTG TCAGGAAAAAACAATGACTGAGTTTAGACCAATCAGTTGCCTTTTTATGTGATGGTATTT CATTGTAAGAGTTTAAGGACCTTGTCGATGAGTTTATTCACTTGTTTCAAAATGAGTTTT TGGTTGTAATATCTTCAAATCCAACCTGCTGTTGTATTCCAAAGTTGGTGTAGTTCACTA AACCTGATTCGTAATTTCATTTTCATAAACTTCAAATGATGTGGGTTCTTTTGTCCTACT AATTGTACAATCAAACATAATTGTCGAATTATATGTATTTTCGGAATCTCTTTCCTGATG ATTTCTGATTTTGATGTAATTTTGTTTGAGTTAATGTCATTAGAGTTAAAAATGAGAAGT TCAGTCATTGATTATATAGTAGATGACTCGAATGAGTGAGAACAATGAAGGATTAATAAC ACTTTGATATTGGTTCACTTAGTCCATCTTTTGTATTAAAATGTAAGAACTAAGAATCAT ATCCTCACAAACATTATGAAAAGAAAGTTATCGTGGGGACAAATTATTGTCCAGATGCAA TTAGTCTTGTAGTGACAACACTTCAAGGCATACAATCAACTAAAACTATTTAGTTCATAA ATAATGATTTCATTTCTGCTAATGTAAGTGCCCAACAAGCCATTTTATGTACATGTACTT GAATACAGAGTTTAAAGAAATTTCACTGAAGATCGATGATATGATATGTTTGACATGTCT ATTCATTTTCCATTTTATACAAAGAACTTCAATATCAAGTGGTGCTTTGCAAATGGTTAG TACAACAAAAATGCTGAGCATGTAGTAAGGTATATTAGGCACAAATCATCACTTAGTTGA CATAAAAATGCACAACCAGGTCCGACTTAGTAGAAATAAACATGGTATTTAATGAAAGAG CAAATAGAACCTAAAACAGAATACAAAATTTGCACGGTAAATTCTCACATCAATTCAATC ACAATAGTAAATTATTACCTGCATAACAAAATAGAATGTTATTTTTGGTTTTCAAGCTAG ATATAAGGAGATACATCTTAGTAAGTGTATTTGCTAACAAATTCAAACTTCCATTTCATA GCTTAAACATCTTTCTTTCAGATAAATATAGAGGCTATGTTTGTTGGGTCGCATAATTGT TCGATAAATAAGGCCCATATTCTAAAGTGGTTAAATGGCCCAATATGCTATAGGCCCAAA ACAAATTGGGCGCATGAGGTATGTAATATAGTATTTAAGAGATTGTATCTTCATCTCGTT AGGGTTTGAAGAGACACACCTCTCGCCGGTTGCCGTCACTCGCCGCAGTTAATCAGTCGG GAAACCGCCAAAATGGTTAGTTTTCTCTATCTGTTTATTAATCTCGTTAATTTTTTTAGA TTGTTATTTGTTGCCTGATTGATCAGTTGTATTTGAGTCTCCATGGCTTTTGTTCCAGGT CTAGACAGTACTGTATCAGTTATACCTTTGCTAATTGCTTGCTATATGTGTAATTCATGT AATATTATATTCTTGGCTGTGCTTTTCGATTTATGCGCTGAAATGTATGTGTTGATCTCA AGTGGTGCTGGTTAATTTTAGGGCTTGTATGTGTAAATAATCAATTACATTAGTTACTGT CGCCATTAGATATTAGTGTATACAGTTTTTTTAGTTGTATTTTGCTGTCATTGTGATTGC TGTTGCACTCTGTGTTGTACTGTATCCTTCTTAAAAAATTAATTTTGTTACAAGATAAGA TTACTAAATAATTAGTAAAGACATAGTGAGAAAATAAATAGATCAGGCCAAATTGGTCGT TACACAAAGTAAGACAAATCCCTTACTGCTGATTTAATGATAGCTTGAGGTTTGGACAGT GGAATTGTGTAGTATAAGTTCAAGTTATTTACTCGATGCATTGAATAATTGCTCTTTACC TTTGTGAAAAAACAAGCTTCTATTGTTGTTTGACATAGATAGATTATAATAAAAAGCTGT GGAATAGCTCCCCTTTTTCTTTTTGGTAAAGTGACTTTTGTTCTTTCAGCTTTCATTTAT ATAAGTGGTAATATTTTTGCATTTAGGCTTTGGAAACATCATACTAAAGTGAATTGTGTA ACTTCTTGTCCATATATAGGCAAGAGGGTTGAAGAAACATTTGAAGAGGCTCAATGCGCC TAAGCATTGGATGCTTGATAAACTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCTAT AGTCTTTTTTTTGATAGTACTACTTAGTTTCCTCCTTCTTGACTTTACTTTTCTCCTTGG TTTCTACTGCAGGCTCCCAAGCCTTCTTCTGGTCCACATAAATCAAGGGAATGTTTGCCA TTGGTTATTATCCTGAGGAACAGGTTGAAATATGCGTTGACGTACCGTGAGGTCATTTCT ATCTTGATGCAACGCCAAGTTATGGTTGATGGGAAAGTTAGAACAGATAAGACTTACCCT GCTGGTTTCATGGGTAAGAACACCTCTATTAGAGTGTCTTTCATTTCAAAACCTTTAGAT TTATGTTCTCCTTATTTCTGTACTGTCTAGGTTTGCGGTCTTACTGATTCATCTATATAC ACATGCTTTCACAGATCCAAAGACCATTGTTGATGAGAGTGTATTCAAGCTTTTTTATCA AAAATTATTGTCTCAGTGTCCTTTTTTCTTATTTTTTTTCTTGTTGCTATGTTTGTTGAA TTCCTTGACAAATTGGTAATGCTTTTATTTTGTTTGTGTAGATGTTGTTACTATTCCAAA GACAAATGAGAGCTTCCGACTTCTTTATGACACTAAGGGTCGGTTCCGCCTCCACTCACT CAGAGACGAGGAAGCCAAGGTTTGAACCTGTATCCTGCTTCTTCTTTGTTCCGGTTTGCT TTGGCTGTGCTGCTTAAGTAGTGACCTTGTTTTCTGCTCGCAGTTCAAACTTTGCAAGGT TCGATCAGTCCAGTTTGGACAGAAGGGTATCCCATATCTCAACACATATGATGGAAGAAC AATCCGCTACCCTGATCCCCTCATCAAGGCCAATGACACCATCAAGCTGGACTTAGATTC CAATAAGATTGTTGACTTCATCAAGTTTGATGTTGGTAATGTGGTTATGGTTACTGGTGG TAGAAACAGGGGACGTGTTGGAATTCTTAAGAATAGAGAGAAGCACAAGGGTAGCTTTGA GACAGTTCACATTCAGGATTCCCTGGGGCATGAGTTCGCTACCCGTTTGGGGAATGTGTT CACTCTTGGTAAAGGTAGTAAGCCATGGGTGTCTTTACCTAAGGGTAAAGGTATCAAGTT ATCTATTATTGAAGAGGCTCGCAAGAGGATGGCTGCTCAATCAGCTACAACTGCTTAATA ATCATAGGTTGAACTTGAGATTAATTTAATAGATTTGGTCATTTTTCTCTTTGTTTAGAG GGATGCCGTTCTTATTTTTTGTGTTGCATTTCAACATCTGTGTACTTGGTACTATTTTAC ATACCTTTTTTTGTCAGGAAAAAAGAAAGACTCAGTTGAGATCAATCAGTTGCCTTTTAT GTGATAGTATTTTATTGTTACAGTTTATGATCTTTGTCGATGAGTTTATTCACTTATTTC AAAATGTGTTTTTGGTTGTAATATCTTTAAATCCAACCTGGTGTTGGATTCCAAATTTGG TATAGTGCACTAAACTTGATTCCTACTTCCTTTTTCGTAAACTTCAAATGAAGTGGTTTC TTTTGTCCTGCAAATAGTATAATCAAACATAATTGTCTAATTTGATATATTTTCCGAATC TCTTGCCAGTTAATTTCTGATTTTGATGTAATTTTGTTTGAGTGGTGTCATTAGAGTTAA AATGAGAAGTTAAGTCATAAATTATACAGACTTAACTGAGTGAGTGCAACCAAGGATTAA TTACACTTGATATTGGTTTACATAGTCCATCTTTTGTATTAAAATGTAAGAAATAAGAAT CAATTAAACATGATATTGGTTTACATAGTTCATCTTTTTTATTAAAATGTAAGAAATAAG AATCATATCCTCAACGATGAAATGAAAGTTATCGTATTGTCAGATGCAAGTGACAACTCT TCAAGGCAAACGATCAACTAAAACTATTTAGTTAAAAAATAGTGATTTTATTTCTGCTAA TGTAAGTGCCCAAAGCCATTTTATGTATAGGTAAGTGAATACAAAGTTTAAAGAAATTCT CTCTGAAAATCAATGATATTTATATGTTTGACATATCTATTCATTTTCCATTTTATACAA AAAGAACTTCAATATCAAGTTAGTACAACAAAAATGCTGAGCATGTAGTTAGTCATATTA GGCACAAATCATCACTTAGTAGACATAAAATTACACAACCAGATACGACTTAGTAGAAAT AAACATAGTGTTTAACCAAAGAGCAAATAGAATCTAAAACAGTATACGAAATATGCACGG TAAATTCTCACATCAATTCAATCACAATAGTAATTATTGCCTGCATAACAAAATAGAATG TTAGACTTTTGGTTTTCAAGCTAGAAAATTCAAACTTCTTTCTTTCAGATAAATATAGAG GCTATGTTTGTTGGGTCGCATAATTGTTTGATAAATAAGGCCCATATTCTATAGGCCCAA AACAAATTGGGCGCATGAGGTATGTAATATAGTATTTAACAGATTGTATCTTCATCTCGT TAGGGTTTAAGACACACACCTCTCGCCGGTAGCCGTTACTCGCCGCAGCTAATCAGTCGG AAAACCGCCAAAATGGTTAGTTTTCTCTCTCTGTTAATTCATCTCGTCAATTTTGTTTAG CTTGTTATTTGTTGCCTGATAGATCAGTTGTATTTTAGTCTTCATGGCTTTTGTTCCAGG TCTACACTGTACTGTATTAGTTATACCTTTGCTAATTGCTTGCTATATGTGTAATTCATC TAATTCTTGGCTGTTCCTTTCGATTTATGCGCTCAAATGTATGTGTTGATCTCAAGTGGT GCTGGTTAATTTTAAGGCTCGTATGTGTAAATAATCAATTACATTAGTTACTGTCGCCAT TAGATATTAGTGTATACTGCTTTTTTAGTTGTATTTTGCTGTCATTTTGATTGCTATTGC ACTCTATGTTGTACTGTATCATACTGTTTTAATGAATTCAACATTTGGAAAGATTTTATG GTTCTACAGTTAGAGCTACTTTAATAAGTTGATTTTAGTACAAAATAATATTACTAAATA ATTAGTAAAGAAATAGTGAGAAATTAAATAAATCGGACGAAATTGGTCGTTACACAAGGT GAGTTGGTGAGATGAGACGGATACCTAACTGTTCTTTTAATGATAGCTTAAGATTTGGAC AGTGAAATTGTGTAATATTGTTCAAGTTGTTGACGTATTGAAAAATTGTTCTTTACGCTT GTGAAAGAACATGCATCTAGCGTTGTTTAACATAGATAGATTATAATAAAAAGCTGTGGA ATAGCTCCCCTTTTTCTTTTTGGTTAAGTGACTTTTGTTCTTTCAGCTTTCATTTATATA AGTGGTAATATTTTTGCATTTAGGCTTTGGAAACATCATACTAAAGTGAATTGTGTAACT TCTTGTCCATATATAGGCAAGAGGGTTGAAGAAACATTTGAAGAGGCTCAATGCGCCTAA GCATTGGATGCTTGATAAACTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCTATAGT CTTTTTTTTGATAGTACTACTTAGTTTCCTCCTCCTTGACTTTACTCTTCTCCTTTGTTT CTACTGCAGGCTCCCAAGCCTTCTTCTGGTCCACATAAATCAAGGGAATGTTTGCCATTG GTTATTATCCTGAGGAACAGGTTGAAATATGCGTTGACGTACCGTGAGGTCATTTCTATC TTGATGCAACGCCAAGTTATGGTTGATGGGAAAGTTAGGACAGATAAGACTTACCCTGCT GGTTTCATGGGTAAGAACAGCTCCATTAGATTGTTTTTTCATTTCATAATCTTTAGATTT TTGTTCTCCTTATTTCTGTGCTGCTTAGGTTTGTTATCTTAGTGATTCATCTATACACAT GGTTTCACAGTTCCGAAGACAATTGTTGATCAGATTGTCTACAAGCTTTTTTATCAAAAA CCATTGTCTCGTGTCCTTTTTCTTCTTTGTTCTCTTGTTGCTATGTTTGTTGAATTCCTT GATAAATTGGTAATGCTGTTATTTTGTTTGTGTAGATGTTGTTACTATTCCAAAGACGAA TGAGAGCTTCCGACTTCTTTATGACACTAAGGGTCGGTTCCGTCTCCACTCACTCAGAGA TGAGGAAGCCAAGGTTTGAATCTGTTTCCTGCTTCTTCTTTATTCCGGTTTGCTTTGGAT GCTGTGCTGTTAAAGTAGTGACCTTGTTTCTGCTCTTTGCAGTTCAAACTTTGTAAGGTT CGATCAGTGCAGTTTGGACAGAAGGGGATCCCATATCTCAACACTTATGATGGAAGAACA ATCCGCTACCCTGATCCCCTCATCAAGGCCAATGACACTATCAAGCTTGACTTAGATTCG AACAAGATTGTTGACTTCATCAAGTTTGATGTTGGAAATGTGGTCATGGTTACTGGTGGT AGAAACAGGGGACGTGTTGGAATTCTTAAGAACAGGGAGAAGCACAAGGGTAGCTTTGAG ACAGTTCACATTCAGGACTCCCTGGGGCACGAGTTTGCTACTCGTCTGGGCAATGTGTTC ACTCTTGGCAAGGGTAGTAAGCCATGGGTGTCTCTACCTAAGGGTAAAGGTATCAAGTTA TCTATCATTGAAGAGGCTCGCAAGAGGATGGCTGCTCAGTCAGCTACAGCTGCTTAAAAT GTCTAGGTTGGACTTATGATGAATTTAACAGGTTGGGCCATGATTCTCACTGTTTAGAGA TACCAATCTCATTTTGTATGTTGAATTTTAGCAATTTTGTATTTGGTACCGTTTAACTTT GTTTTGTTGGGAAAATAGGTTTGACTGAGTTTAAGATCATTCATTTGCTTTTTATGTGAT AGTGTTTTTTTGGTCGCTTAGTTTAATTGCCTTGGCCATGAGATCATTCATTTATGTCTC ATGAATTTTATATATAGTGCTCTCATAAATTTTATTAAAGCACAACTGCATTTATAATCA CTTCCACATCAACAATGTGCAAGCTTTCCTACGTAAAAATTGTTTGTCTGTGGTGATAAA GCTTCAATGCAAATGGTCACCTAAAAATTCATGAGAACTTTATTTAGCTCGAATACATAG TTATTTTCTTTCTGCTACTGTGAGTACATAGTTATTTTCTTTCTGCTACTGTGAGTGTCC AAATACATTTTATTTTGAAGGTGATTTCATATGATATACCTATTGTTGAAAATGATGATA TGATAAGTTTCACAGTCTTTATGTTTTCTTTTGTTACAAAAAAAAGAACTGTAACAATCA ACCAATATGCAAAACGTTGTAGTAAGATTTATTTAGACACAATCCAGCACTTAGTAGACA TAAACATGCATAACTAGGTAGGCCTTCGTAGAAATAAACATGGTGTTAAACGAAAGAATG AACAAAACATAACACGGGAATTGAAACAAGCAATGTAAACTCTCTTGTCAATTTCAACAT TATAGTATATTGTTGCCTGAATAGCACAATAGAATGTTATAGAAACAAAACATGTCAGTA CCCATTTGAATACTCTAGTTAACAAGAGGAGTGTTGAGTTTTTTCTTGACAATTTGGCCG TTGACTTCTGAAATGATTGAAACTTCCTTGATATGAGTTACTTTCCATTTATCTCTGCTC TGCAATTTATGCGCGAAAAAGAAAGACATGCCCATAAGGGTGAGATCATCAAGGCTAGTA AGGTGACAATTCACTATCAGAAGAAACTGAATTTCTGGCATAGAACCCTTCTTAATAGGC CAATTTTCCATGCCAAGAATCCTCAGTAGTTTAAGCTTAGGAAATCCTCCTGGAGGGATG TTAACGATGCTGTTTACGTAAGCTGAAGATGCTAATGTCAGAATAGCTAGGCTTGGAAGC TTTCCAAGTATAGGAAATGGATCTTCTGTTAAGAAGTTTTTGAAATGGTACAATGAGTGA AGGCAACTAAGAGAATCGAACCGTCCTGGCAGTTTTTTCATATGGACTTGGAGTTTGAGT TTCTCCAAGTGCTTAGTGGACTTTGTGAGAGATTCCATTTGTATGTTTTGCTCAAATGGC ACTGTTAAGGACCTCAACTTGTTCATCCTTTCTAATGATTGGCAAAAATCTCCGCTGTTG GCTTGTGTCATTCTCCCTATGTAGACTTTCCTCAAGCTTCTTAGACTTCCAACTTGTTTT ACTAAGTCTTCATCTGATTCAATTCCAGATAGTGTTTGTAGCTTCACGAAGTCTTGTCCC CCACTAGCCATCTTCACAAATCCATTCTCCCTGTCGCGGAAACTTGACAGGAGAAGATGT CTTAGGTGTTGCAGTTCATTGATTCCAGCAGGCAAATGTTTAACTTCCAAGTTTCTCACA TCCAATGTCTGTAGATTCCTCAAATTCTTCGCTGATTTTGGAAGTTCGTTTATCAAAGTC CCTCTTAAATCTAAGTACCGGAGATGAATCAAATTACCAATCTCATTTGGTAGTTTTTCT AGAGGAGCATATTGTAAATCTAGAACTCTTACCAATCTGAGCTGCCTTAGCAGTTTTTGT AGAGCAGAAAATGACAATTCATTTACTCTAAAAAAAAGAAGGGATCTCAGATTCAACTTA CTGATGTCTGAGGGGATACTATCTGCATCTTCATAGATTGCAAGTCTCCTTTGTCTCTCT TGAATGTTCTTGTCGACTTCTTTTATCATGGATCCAAATTTCTCTTCCTGTAGCATTTGA TTGGCCACATCACACACTAGATCATGCAGCTTGCACGCTTTCACTACATCTCGAGCATGT ATAGTGACTGCTTGAATTATACTCCTGTCAGTAAGCTGCACAAAGTAATAGTTCGCGACC TCTTCTTCTGTTCTCTGAGCAGTTCCTTCAACAAACCCCTCGGCCACCCACATTCGGATC AGCTTTTTCCTCCCAATCTCATAGTCCTCAGGGAACAAACCGAGATAAAGGAAACAATAC TTAAGGTAAAATGGAAGGTGATTATAGCTGAACAACAAGGCCTTGTTCAGACGCCCAATG TCTCGGTTATGATCCCAATCTAAGGTATCGAGAACAGATTGCCACACACGAGTATTTCTT CCCTTACACGACAATAAGCCTCCGATGGCTACAATTGCAAGAGGCAAACCTCCACATTTT CTCACTATAGCCTCTGTGAATTCCTTCAACTCATCAGGACAAGTCCCCTGAGATGATCGA AACGCCTTCTTGCAAACGATTTTCCAAGCTAATTCATAAGGGAGGGGTTGGAGTTAATAG GTGTGGAAATTATCCTCAAGAGGAGATGCTATAACCGCGAAGTCTTGTTGTAATTATGAT ACGCCCTTTTTCGCGGAAATGCATGTTTAAGCTCTTCCCATAGGTTATCATCCCATATAT CATAACTAGCAAGTACTTCTTGTCTTGCAAGTAGTCATTGATCCTCTCCAGTAACCATCC TTCATCCATGGCACCCATTACATCCAGAGCTGGCTCTCCTCTTTTAGCTATGAATCCAAA GAGGATGTGTTTCAAGACATCCTTTAAATTACAAGATTATGACACAACAACTCTTTTGAC TTCTTGAGAACTTCTTTCACAAGAGTAGTTTTGGCCAAACTCCCCCCACCCCATACCAAA CACTGAAATCGCGAGGAAATTCTTCACATTCCCTTCTAATATGAGTTTCATTAGCTGTTC AACATCATGTTCAATTCCCACAATATCGTCTTCTCGAACAAAAGGGGATGCTGCACCAGG CCCTCTAGAGGACATCCCACCAGTGCCTCTATAGCTACTAACAGCTAATGCATCTTCACA CATCATTAATCCATTGACAACATATCTATCTTTTCTTTCTTTGACTTCAATGACTTGTTT CTTGAGTTTTCTGATATGAGAGCCAATTTGATACCTTATTTTGAAGTACTTAAAGAAGTA TAAGCTATTCTAATGAGTAGTAGCCATTTGAATAAGAAATTTATCAATAACATCTTCAGC ATTAAAAGCTAAAATTCTTACCTCTTTTACCCAACCAGCCACAGTTTCATCTCTCTGTTG CCTCTTGTCAGCATCTTTTGGAAAAGCTACCATGGCTTCAAACTCTCTCTTCATCCACTC AATTTCATCTTGCACACCTGATAGAACATTTCCTTCTTGTATTAACTGATAGCCTAGCCT TCTCTGAAAGAATATGATTGCAGCTTCAGCCATGTCTCTAGACTTGCTTTCACCTTTGAG ATCAGATTGATCCAAGTCAACTTCTCTATTTTCAATGTTGATTTTGAGGTATTTTTGTTC TTGTTGTCCTTTTGGACAGATAAAATAATTAGAAGAGCAAGTGTGGCAACTATTTGTCAA TGTGAACTACTTTTCTCTGTGTGTGTGTGGATATGGAGAGTCCAACTAATTCGGATTTGC ATCAAGTAGGGCCCTATTCGGGGGTACCACTCACCACCATCCATCCACTCCTTTTGGTTT CACTATACAGAAGGTAGCTTAAAAGCTACAACACCCTCTGAAACACAAGTACCAAAAATA CTCTATTGTTCAACTTGAAACAACTACAAGACATTGGAGTTGATATTAAATAGAAGATGA TATCTGCTTCTAATTTCTGGTTAGTATACCAACCGCGTCTTCAAAAGTTCACATTGTGTG CTGGATACAAGCTACTACATTAGCATTCTCCATTTTTCATTTGCTTTACAAGATAATCCA ATTACATCCACAAAAATAATACCCAAAGCTTTCTATAAAAAATCTACTCTTCTGGGGTGA AGATCTTCAGCAGATGCTGCTTAAGAGTCACAGCAGCATCAACAACAAACCGTTCCCAAG TTAGTTGGCCTTGTTGCCAGATCGTATCAATCATCCAATATATGTTCATCGACTCCATCA TAGGGAAGATGCTGGTGCTGTAATCAACAGAGCTTTGTTGATGGGGATGAAAATAATTTG CTTATCCTGCAAGGTAGAAACAAATTCTCTATCATTGATGAAACAACTTGGACCATCTTG CAAAAAAGTAACGAGAACATGCACCAGAGGGTCTCTTGCGTAGTCAGGTATATATATGAT CATAATTCGCCCATGTAGTGATGCATCAACATGGAATTTCTTTTGGCTTACAAACTTATT TTTGTTGATTTAGATGGTATGAATGGCCAATAATCAGGTCAAATCACAAGATTGTGTGAA AGCACAGAGTTCAAGGGGTGTTCTTATTGCAAAGTTGCATTACAAGTTATGGGGTTTCAC AATGATTTTTCTGTGTGATGCCTCATCACGTCGAAACAAAGGTTATTTAAATGTATGTAC AGTACGTGCACAGAACATAGATTCATTTCACCTAAAGAAGTTTATGTCAAGCACCTCTGT TTCCATTTTCCAGACGAAGGAGCTCACCTTGATAGCCTGGGGCGTCCATTAGCCTCACTC ATCCTCGTCAAAGTCCATAAGGAAGTCTGTTAAATTTTCAGAATCGTCTACAGCTTCCTC CAGAGACATGTCTTTCTTTTTGGGTTTACCCTGCAAGGTCATGAAGTGCATGCTGTTGTG AAACTCCAAATAAAAATTACATTAAGAAGAAGACATGTCTTTCTTTTTGGGTTTACCCTG CAAGGTCATGAAGTGCATCCTATTGTATAAAATTTGTATTCCATTATCTCCACGCACAGA GGAAATTTCCTTAAGAGGAATAATTTGCTACAAACTAGAGGGGTCAAATGGGCGGGTTGG GCTGAGTTTGAGAATGTTAAAATGGGTTGAGTTAATAAATGGGCGGGCCATTGACCCGCT TAAATGTTGTTTGGGCTGAAATGCACTAAAAATCGGGTTATGAACCAACCTGCTCAATGC TTACTAAGTTTTAAATTCAAAGTTTGTTTCTTATAATTTGTTCGGGTACTTGATAAAATT TTCTTATTATGACTATAAAAAACATATAAAATAAAAAAAAAGTTATTTTATATTTAGACG ATATGTCTCATGCTGCATATTACCCCAGTTTTAAAATAGGCTGAACTAAGTAAGTCATAA TGGGCCCAGCTAATCAAATTAACAGGTCATTAATCCACCAAACATATATGGATTGGGCGG GTCATGGTTATTTGGGCTGATTTCGCCACCCCTACTACAAACCATGTAGCAAAGGACAGA TAGAACCGAAAAACAGCAGTTTTAGACTTTTAGGCAAGTATAGACATCAAGAAAAACCAG ATTGTTAGCCAAATATATAGCATAGCAGTATATAACAAAATCACTAAATCAATCATCCTT TCAATTGATTTAACAAATTGAGCCATAAGATCAGAAAGGAAACCAATAAATCAATGATCA GTAGAAAGGAAATTACCTTTGATTTGCTAAGCTCGGGATTACTTTTCAAAACACTCCAAT TGCGTGTAATTTTCTCATCCTCCTCTTCACCTTCAGCCTCACTTCCTTCTTCTTCATCCT GAACCACCAAGAGGAGTTACTTGACATAAAACTAATGATTAACATACAAGGCCAACATAG CAAATTAGAAAATTTAGAAGTTCAGGATGAAGCAAAACAAAGTTCATCAAACACCAAAAC TAGAACAAAGTAAGAATAAGAATGATCTCACATCATTTTCACCAATGTCAACAGCTCTTG CCATAGCTTCATCAATTTCTGCCACCTGTTGCAGAGAAGAAAGTACTTTTACTGAACAGA TTCAAAGAAAAGGAGACAGGGTACTAATGTTAAGCAATCTGATTGTTGATGATTGCAATA TTATTTGATGCATAAGAAAAGATTGAAGAATGAAGTAGACAACAGTTTGCTAGAGTTAAT TTTTTCAATTTTATGTGCAAGCTAACTGCAACATATTTGTGCCTGGGATCTAGAGTAGTT TTGCTTGTACACCTTAAAAAGTAATTTTTTTCAAGAGAGGTAAGTGTATTATAAGATATC ACACCAAGAAGGTGCAATTAAAAGTATTTACAGTCAACCCAGAGAGTGTATCCCTTCCTA TCCTTAAAGAGAATCTATGAATTTTAACACTGCTTCAACATCATTTGCATCATCATTTCT CTTTCCTTAAAAAGTAAATTCTATAAATAACAAATAGATAAACTATTCAATTGAAGCTTT TACATGTATAACAATTTGTTAGCAGCAATGCAATAAAACAACAAATGCAACTGCAAGGAA TAGTACTTTTTACACAAAACTCAGAGAATGAAACGAAGTATTATAAATACCTATGAAAAT TTATTACCTCAATTTCTTCCGTCTTCTCTTTCGCCAGAATTTTCTCTAGCTCCTCTCTTG ATATAATTTTGCCATGCTGATAACAAAATGTTCCGATAAAACCCCGAACATAAATTAGTA AAAGATAGGCTGATAAAACATAATCACTAAAACAGGTATATCAACTCTATACACAGCCGA TAACAACTATACTTGTAGCCTTTTGTTTCTTGAGTTAACATGACAGCTAAAGAAGTATGC TACAACATATTTACCATACAAACAGTTATCTTCTCCAATCACCAAACCTGATCTAGAATC CTTTTGATTAGATTCATCACATTCACAAAGCTCAGTAAAGTCAAATCTTCATCAAGTGGA CCTATCAGCAAAATTTGGCTTGACTTACTGGAACTTCCATCTCAATTCTCTTTGACTTCC CTTCATCTTCATAATCTACTAGACCTTTTACCTAATTTAAAACTTTCCTGATCTCCAAAA GTAAAAATAACACATTTAGAAGAGATTTTGTTCATATTCCTCATTAGCTATATACACCTA GTTGTTTGCCCATAACAATTTGACAAATTGCATATCCCTCAAGTCTGAATTAATCAACTA AGCCTTGATACCAAATTAGTTGGAATCAGCTGAATGGATCTTCTATATGTCCCCGAGGCG ATGACTTAGCAGTTGACAGATAGAAATAAAAACTTCAAGATTCTAACTACAACATTCAGT GTGGGCCCATCTGCCCCAAACTTGGTGGTTGTAGCAGTCTGCTCGTGAATTAGTTGATGC GCACACAAAATGGCCTGAAAAACGTCATCATTTATAAATTCATTTGCATCTATTCCACTC TATCTGCATCCATTGCCTCATCTTTTAACACAATTTTAAGGGTTCTCTAATACCAGCCTA TTTCTCATTCTTAGCTCTAAAGGATTTATAAATCTCTCATTATAATAAGCATTGGATGTC ATGTAAGTGGCACAACAACAACGACTGCCTAATATCAACAAGAAAGTATAGCCTACATAG ATAGATCCTTTGCTTCCATTGTATTCATGATAGATCACATTGATTGATTGGTTTAGGATA ACCATCAAGTTTACTGGAAACATTAGTTAATATCTATTCATCTAGTTAAGAGATTGAGCC TCAGTATCTCTACAAAGTAAATAATGCAACATCTCATATGGAGGCAAAGAGCATAAACAG AATTTAGCACAGTATCTCCATTTCCATTTGCTTAAACATGAAATACATCACTAATTCTGT AGCTTTTGATAATAAACAGTGCATGTACTAGCACTTGGCAATTAATTTGAAGTGCATATG TGAAAACGAGGTCAGAAATAAGGTCAACAAAGTTAACTAGGCAGAAAAACCATGTAGGGT ATTGAATAGCAAGTTGCTTAACCAAACCTCTTTCAAATAGGCCAACATATTTGGTGTTGG TTCATGGAAGTCTGGACCCCTGAAATCAATCACTTCATCAGGATCTTGAATGTAATTAAT GGTCGGGTAAACTGGATCTCCACCCCAAACTGCACAAAAAGAAAAGGAAAAAGCAAATTG TTGATTTCCAGTCAAAATAGAAAAAGAAAACCGAATAAATCAGAACAAATCACTTATAAT TTCCAATCATTCTGACAGGATAAAGAGACAGGCACTTTTTTTACCTCAATTACTTCAGGC TATGTTTAGATATTTTTGTTCAAAAAAATAATTTGAAAATACTTTTGATGGCAATTTCCT GAAATAATCAAGCTAAAGATCCCTATAACTACCCGATAATAAATCATTGTCCCCCAACTT CCAATCACCTTCACTTCTAAACCAGCTGCGTACACAGATACTCACAAGTCACAAGAAAAA GCAGGAAAAGTTATGAAGTATAGTTCAGCCAGAGGGAAGGGAGATACTTTGTTTTATTTG ATCCTCCCGCATTCTCATGGCCAACGGGTCACGAGGAATACGCATATCAGTTCCCATCAT TATCCGGTATTCACGATCTGTTTGATGGGAGAACATTTCGATGAGTTGAGTGTTCTCATC TTCACCAGTCTCTTCAAAATGCTTTTGAATGGCATCTCGAGAAGTATCTCTTTTCCAAGC TTTGACCCACTCTGAGTAGTATGCAATAGGACCAATCTTTTCCATTTTTTCTTTTTCAGC CTGTAGCCTGCATTGCCCACTTATTAGTTCTTAGTTCCAATAGAAAGTGTATTCTGGTTC ATCTTGAACGGGGAAAGTAGATTGCCAAGTCATTTAGCAACTCAAAGATCTGTCAATTAG GGAACAATACAAGGGACAAGTTTCAGAAAATAAAATCAGAACGGGTCTCCAAGGCAATGA CCTAATAGTTAAGGCATGGGAGTAACAACCTGAAGATCCCAAGTACAAATCCTAACCACA CACTTGGTGTAATCCCCTTCATTCTAACCTTAGTGGACAAGATTACCTAGGCCACATGTG CATGTAGGCTGATAGTAGACCAGCATAGTTATGATGCAGGCAAAGTGCCCCCACACCACG GATATAAAGATAATACAGGTAAAAGATAAACATAAACAAAATAGAAGTCAAGACTTAACT TTTCATCAAAAACCAGCTCCAGAGAGCTTGCAGAACCAATAGCTTTTGAAAGCAGTAGAT AAAGCAAAAGGTAAGAGAGAGGACATGGAGTTGATCATCAATCTAACTGAAGTTTGACAA TTTTTTCATGTTAATGCTATTTATAATATACATTACGAATATGAAAAAAAGAAAAGACAC AATATTTGTTGCTTGACTCTTTGTAATAAGTACCATAATAAGCTTCCCAAGAATGAACTA ATACAACAGTGTACAAGCACATAATAAGACATTAAGGAAATGGAATTTGCTTATTTTATA CTTCCTCTCAGTTTGCCTATCCTTTCTTTGCAAGGTTCCCTGTAGCCTATAGTTTATGAC ATGCATTCATGACAGACGAAGGGCTTATGAATAAGTTTAATACCAAACGAGTGAGGTCCA TCTTTTAACATTTCAGTGCAAGGGAAAAAGGAAGAGACTAAAACTTGAAGAATAGAACAT GTGATGCAACATTATTAAAAAAGTTGCTGATTCTACCTTTCCTCCTTATATAAATGTCTC CTTGCTCTATAGAGCGCAGTCTCTGTCAATGTAGGATGCTCACCATAGAGCTTTACTTGT CCTGTCTCTGCCATAGCTTTAAGAAAGACCTGTTCCAGGGAAAATAATAATAATCTCTAA GTCAGAATGTTATGATGATATAAGTTTGAATCTGCTCGAGAACCAAGGGAGGTTTAAAGT GGTTAGAAATGTATTATTAATATTCACCGCGTCTCTACTGAAGATATCATTTTATCCACT TTAGATTTGCATTTATCTATTTTACAATGTGGCATCGAGCAAGCAACTAGCATGAGCAGC ATTGACATCCAATCTTGATTAGCACAATTAAATTACACTGATTACACACATAAACAATTT ATTCTACTTAGCAGTATATATTTTCAGTACTGACCGTTTCAACATCAGGGCGCCGCCTCT GCCACCTAGACCATTGCTCCTTTTCAGGCTTTCTCCAATTCCACCATAATTCTTCACTAG TAAGCGGCTTCTCTATTTCCTTCTTTACCTTTGGATCAATAAATGGGTGGGGCCGTCCAT GTCTTTTATCTAGCTCATAGCCTGTCAGCTCTTCTTCATCTTGTTCAGGCTGATAAATGA CATACTCTGAGGAAAGATCCTTTGGCTCTTCTGGTACACTATCTGGAGTCTCCAGAGGAT CATCAGAAATTACATTGATTTCTGAAGGCTGGGAAGAGGAAGCAGATGCCTTGTACTTCT TTCTTCTACTTCCAGGAGCTTTTCCATAAGATGGAGTTCCAGTTGAAATACCATCTGGTT CAGGAGCCCTGGCGGCCTGAACTCGACTAGCTGTGCCTTCTGGCCAGTACTCCTTCCCAG GAATACTAGCGCGAGCTCCAGATGCTGGTTCAAGTTGCCCAGAAGTGGAGTCCATATAAC TGTGATAAGGAAAACGCTCGACAGACACCTGCTCAAAAGAGCCCTGATTCTTTTCCTTGT TCTCACACTTTATACAAGGAGCTAAAGGAGCCTTTTGAAATGGACTACTGGAGACAAATT TGAGCTTCCATATTGAAACAGGAGTAGTACCTGTAAACAAGGTCTGGGTGGTTCCCAGCA CAATGCATACTCCTATTAATGAAAACTTTTAAAAATGATGAGAAACCTTGCTACAATATA GAGCACCTTCCTTTGAGCATGCATGTTGAACATATTGCCAGACTTTACTTCATAATGTTA AACAAGAGATGCTTAAACATAAGATGCAAATTCATGAATAATTTCTGCCAGAAATTTAAA CCTTCTTCCTTCCCCGATTACAATATGAATTTCACCGTCACAGAGAGCAACATGTGCTGG TGTTCAATGCAGATGCATACGTATACACAGTTCAGCAAATGAAGAAGTAAACATAGGCAG GTAAACTTGGTGTACATGTGGAGGGATAAGAAAGAGAGTCAGCTATAAGATGAGCACACA GATTAATTGTATAAAGGAAATTTGATGCATATCAAAATCAGAAAACAATTTACTACCATG AAACTACAAATAACTCCTAAAATCTAACCAAACTCTCTTTGCCATTGAAGTAAAACATTT CCTTCAAACAGCTTTCCCTGATCGTCAGCTCTAACACTCTAGAATACGTTAACCATATCC TCAAGCATATATCAAACTCCCAAAAATATCCCTCTCTTGAATAGAATTGATTATATAAAC CATTTTAATCTCTTCTAGACTCTTATAGCTCACCCAAACCATTGATTCCTCTCGAAGATA CAAAAAGTCACATATAAACCTAAAATCAACAATTTGAACTCTTAGAGACGAACAATTTTG TAAAAGTGCTCCTTTTTACTTATTATCTAACAACACAGAGTATAAGATTCTACTTCCAGT GGTGATTAACAAACATAATAAGATTTGTTGGAGTTCATAATAATCTAAAAACACCTTCCG ATAGGGGCAGCAAATAGTTGGCACAAATCCATCAGTAGAGGCTACAATTCTCAGTCCTCT ATCTGCAAATAACAGAAAAAAAACCAATTTTACAAAGCGAAGAAGAATTATTTTTACAAA AATCAAAGGTGCAACAAGTAAAACACAGTTACCTTGATACAAGGAAGTTGACAATACAGA AGCCATTGCTGAAATTGGCAACTCGAAATTGCTATAAATAACTCCTCTTATCCTTTGTCC TTTGCTTGGGTTTTAGGAGGGGCTTTAGTTAGGATAATGTGACCCTGAACCGTCCTACAA ATTTGGACCGGCTTTCCAGACCGGCCTAGTCACCAATTTTCGCTTTAATTTCCGCGGGTT TAAATTATTGAAAAATGAGAGAACCATTAAAACCAATCTCTAAACTTGACGTGAATTATT AGTTTTATATCTGTACTATTGACTGTCTTAAGAACACTCATTTTCTTGTCTAATTGAAGC TCAATACACCCCCGATCTTGCAAGATTAGTGAAATACACCTTTAAATTGAAAGAAGTGTT TAAAACACCCTACACTTGATGAGAACTTAAAGGGGTATTTCACTAATCTTGCAAGATTGA TGGTGTATTTAACTTCAATTGATCAAGTAGAGGAACGTTTTTAAGACTGTCAATAGTTCG GAAATGAAATTAATATTTTACCCCAAATTTAGAAATGATTTTGATACTTATCTCTTCAAA ACAAACCACTATTTGTACAATTTATTGCGGAGGTTCCAGATATAGTTTTTCTTTTCTATA TTATTTCTTAGGAATAAAATAAGTGTAGGAATCTTATAGCTAATTCTTCAAAGAGTTAAT GAGATCTTTTGGGCTGTACGTGACTTTTATACAGAAGTCGTAATTCTTTTACTTTGATTA TGTATGAATAAGAGAATTTTATAAATAAAAATTAATATTAAGGATGTATCGTTTGATGCA CTTTCAATTTAAGCATATTATTTACTCATTCCGCGTCCCTTCTTTCTTTGTGTACCAAAA AGATATTTCAAAATGAGATATTTTGGAATGAATAATTTTTCACATGGTTTGTATAAATAA ATAAACTCTAGACTCTTTTGCTTTGTTTATGAATGAATAAGAGAATTGATATTTTAATTA AATAAACACAATTTTAAAATATGCATATGATTTTGATGCACTTTCAATCTAAGCATATTA TTTTAGTTTGCTTTCTACTATCTTCTTGTTTAGTTTCATCTAAAGATTCAACTAATTCAC ATTCATTTTATTTATCCACCTGATGAAAATATAGTATATGTTGTTACACAAATGTTTGTG AAATTTAATCATCATAATTTATAGCATTCTAATTAAAGTCAATCAATATGAAGATGAACT CATAGTATATCATTTCAAATTAAAATACTAGTACTGGGTTAATGAAATAGTATCAAATGT AAAATTTGAAGGAGCAAGAGCAAGTAATGTTGACATTGCCAGAAGAAAAGCTTCATATAT AGCGTTAAAGGACAAACATAACTGTGAAGGCCCCAACCCAAAATTATGATAGTGGGGAGG CTCAGCTCAATATCAAATCGCTGTATGTTTCTTCATGGTACAAGGCGGAGAGGCATGAAT CCTATACAATGACTAGTACACAGTATATAAATCCGGATGTACAAATCCATCGCGATGGCC AATGTTCCATGTTAAATCATATGTTAAGCTAAAACAGCCATCTGAACAGATACAACAACA CACACCTTCATTTCTTCGCGTAAGATCTCAAGGCAGGAAGAAGATGATGCAATTCAAATT GTGCGTCCATCAAGCAGCGAAAAATGGTCATATCACTCTAGAAGTTGCAGCAATGGGCCT TACCCTTGAGTAAATTGTTCCACAGACAGAACATCTGTCGTGGAGACTGATAATGAGCCG TGAAATAGTCTTCCATACACCCATATTGACAGAACTTCCAGTTGTGAGAGTACTGTACAG GAGTTGAACTGTTGTAACTCTCAACCCACATACCCATGCTCACATCCTCCATTTTGAAGA TCTGTCAATTTGATGGGGGAATGCGTATTTCAGAGTCTACACTTTGAACAGGTTTATGAT TAAGAAGAAAACGAAAGAAATAAACTGTTACAAACCCGCAAGCTTTGGTTCCGATATTGA GAAGTGATATGTTTGGCAATATCACTTGTAATTATATATCCTGGTCCATTAGCATAAGGG GGGTATACATCTTCTGGCCACTCCTGTTGCACAAGTCAATATTTTCAAATTAGCTTTAGT GTCTATAAGAAATCAACAAACAGTAGCCATGATTTTGAATAACTCTATTATCATATAAAT CTCTGTACCTCAAAAGTTACTGCCCACTTTCCTGTTCGAAGTGGTCTATGCAAGAGATTA AGATTGCCCATGTAAAGAGATCGTCTAGGAGGGACACGTTGAATTTCTCTAAGGACTGCA TCTATCCTAATGAAAGTATCATCGTCACATTTCATGATATATGCAGCTGTCACATTCTGA ACCTGCAACAGATATTGTGGGCCATGTCGATAGAAATTAGGACACAACTGAGCAGTCTAG AGAAGTAGAGGAAGATGGAGCGAAGTGCAGAACTCACCCCATACTTGCAGATGGCAATAG TTTTAAGAACCACTAGCTCGTATCTATCGATAAAGGGGACAATCACAATGTCCCCAAAGT AATCTGCTTCCTTCTTCAATATAGCATTTAGCTCCTTTCGTGGATTCTACACAGTTAAAT GTTAATACATAAGTACATCTGTTGAGGTTGAATTCCAAACTGGCTATTGGCAGAGATAAT AGCGCAAGTTCGACAAACAAATAAGTTGGTGAAGGAAAACTAAAGAGCGGTGTTTGCAGA ACAGCATAAAGTAGTACTGAGGACAATAGCACAACCTTTTTCCTGTTCATAAATTTTCTC CTTTACCTGAAAGCAACACTACTTTCGTTTGACCATCATTTATATATGAGATATTCAAAT GAAAGCGCCTCAGAAATCCTAGGATAGAAATGGCAAGAATGCTTCCAAGTGAATAGTACG GCAAGTTAATACCTCCCAAAAGATGATAAACTATGTAATGTAACAAGCGTGCATTGTGCT CCAGGGATAGCCATGAAGATTGAAGGATCTTCCAAGTAGGCAAATACAAAGGGGTGATTA TATTGACATCTATTATCCAGCTACTAATGAATACAGTAGTTGTGCCAGAGTTTATGACAA AATATGCTATCGCAACATGAGATTTTGTAGTATTTTTATTGGAAAAAGTTGAATATAGTT CTTACAGAATAGCCACATTATACAATCAAGCTCTTTAATTTTTGAGAAGATACATTCAAG TTCTTTATTGACACGGCGCCAAATTTTAGGGTTCCCTAACTGTATTTTTAGAAGCAGAGT AATTGGCACTAGATACACAACACATTGATCATCCTCTTGGTTTCTGTCTGCGTACATTTT AATATTTGTTAGTTTTGAAATTTGGGGGCTTCTAGCTGCATGAAACATCAAGAGTGTTTT TAGTCAAATGTCTCAATGATGATGAGGAACTCCTTATATTCCAACGAAGTCTAATGAGCA GTTGGAGCATGGAAGAGAGGAAGACAGAGAGAGGAAAATGAAATCAGAAAGTTCCCATAA GGAAACAGCAAATTCTTTCTAGTATTTTTCTTTCGATAAGGTGAACTGGTGAAGTGTAAA TTCTTTCAGGATCTGGGCACACCCTTATCTAATTTCCTTTGAATGATGGAAATCACAACT TTAACTTCAACTGGAACATGGGAGGAGAGTTTATTGGCTAGAAGTAATGACCCTCCTGTC GATATAAGATACAGATGGCATACCCATGGCCATCACCTCTATTTTACTCAACTTATATTG AACTGTCCCCAGGTTATTTGACAACATTAGACATTTCCCACAACCCAGGCAACAGTGAAC CAGTTTTGCTATGTTTTTCATTTATTATCCATTGTTATTCTCTTCAGTAATGATTTATGA ATTGAGCTTTGTCATCAAGCTTCATGTCTCATTAGATTAGCGCATTGTAGGTCTATTTTT TTTCTTTTCACTATCTAATTCAATAGCCACATGATGTATACGCACACAAACACAATGTAT GTGTATGTATTTACTATACATCTTTGCTATGATAATATCTAACTTTTTGATAAAGGAAAA AATAAATGCATTAATAAAGCAGTTCAAAGAAACATCTTTTTTATTAAAAAAAAAAAAGAT GTTTCATGACCTATCATTTGACAATCTCCTTAATCACCTCATGTCAGAGTGGCAGCTCAT TGGAGGAGCTTGAAATATTGTGATTACAAGGAATATGACTGCATCTGGGGTGCAAACATA TTTGGATGCACAAAGTTAACATGCATGTATTTTTACTCTCCAAGGAATATTTGGGTGAGG GATGCAACTTACCAAAGCAACAAAGAAGCGGACTGCTATGTCTGAGGATTTGATTGCTGA AGCCTGCATCCATGTTTTCCTGATTGCCATACGCTCAGCAAAGTGATTGGTGGCAGAAAG CACCCCAATGAAAAGTTGAATGCGATTCTTGGGTAAAGGAAGAGATTTCCACTTCTCTGA GAAATCCAACACTCTTTGGGGAGAAAAACTTGGATGAGAGGTTGGAAGAGATGTAGCATA AACCGAATGTATATCTACGTCACCTCTGATTGCCAACCCTGTAGCATCTTCCAGTGTGAA GCCCTGATAGAATAGAGAACATCTGACTATGGCTTACTAGTATGGAAATAACAAATGTGA GGAAACTGAAACATTAATTCCGGAAAATCTGGTGATCATATTAATTGCAACAATTACAAA TCCGTGAATCTGGTGAAGGGGTTCAGAAAAGGGATAAAACACTACGATAACATTTTATGT TATCCATTTTTTTTTTGTTTGGTAATATTTGTGTGGGCAAAAGATCTGAATAGTAGCTTG ATTTCCAATGTGCCTTTTTTTGAGAAAAATGTATTCCAGTGGTTGAATAGTGATTGCCTG GCACAGCAGTCTAAAATGTGCTTACTCTAAAATCAATTCCAAGAAGAACATCTTAAAAAC ACTCTCCTACAATAGTTACTTGCTCAGTCATGGGAAAAGCAGAACACTTGCATGTCTACA GAGAAAACAATCAAAATTATTTGGAAGAGATCAAGCAGCTTACAGTTCGATATGGAAATG AAGTCACATGCCGCCCACCAACATTGATATGGTAGCCATCAATACCAGCACGAATAGTTA GAACAAACATCCTACCCTCCACAAATGGGAAAGGCCATGTCACCTCTGGCTTCTTTGCAC GTCCAATGAATCGATCAAACCATGAGAATATTTTCGACTCTCGAGTATCAACAATGTCAT TCCGCATCCACTTCTCACATCTCAAATATCCATCAACTGCATGAAAGTAAATTCAAAATT TTATGGTATTTGGTTTATATAAAGCTGTTAATCAAGAATCCCACAAGTAAAACTTCTTAG GCACAAGGCTTATCAAAAAAAAAGTTTGAATAAGTTGTAAAAGAGGTTTATTATCACTCT ACAATGGAACTACACATAATTAAGTGAAAACCATCAGTTTAGATATAAATGAAAAACAAA TTTGACAAGAGCTAAGTGATAATACTAGAATGGGAAAGGTGAGGAAGAGATAAGTAAAGA GAGGACTATCAGTCTATCACAAAATCCTTCAAAATGAGAGTGACAACAATCAAAAGAAAA GGAGAGTCAAGTATGAAAAACAATGTTTGTGAAAAGAGTCCTTGTTTATACTCTAACCAA CTCACTCTTTCTTGTTTTAGAGTTAATTCTTCTTTGCTACAAGGTAACAATGATGTATTC CTTGAGGAAAATGGAGTTAATTCCAAACAACACTATCCATCTGTTGACAAGAGCTTCAAA GTGTAGGATAATCCATTGTTTTAGAAGGAGGATCAAGTGTTATAGCTAATTACTATATTT ATCCCAGCACCGCCTCAATATAACTCCTTTAGTAGTCTTCTTGATCATAATGAGACCTCT ATCGGTCATCTCAGTTTGCACTGTAAATTGATTATACAAATACGAGGATATTCATCAACC TAAGGGATGGGGAGTATGCCAAGGAACATAGTGGATGTTCTAGCATTCGGGAACAGAGAA GGTATTAACTCAATACATAAAGAGAGATGAATGGTTGTCCCAGCTTGCATAAAAACAACA ACATACCCCGTGTAATCACACAAGTGGGGTCTGCGGAAGGTAGTGTGTACGCAGATCGTA CCGCTGCCTTTGGAAGGTACAGATGTTTCCAGCTTGCATATGTGGTGGACAATTTGGGAA GGGAGAAACCAGATACTATGAAGATAAAGTTTGTCACATCCAGAAGATAAAAATGAAGTG TTTAGTCCTTTTTATTTTTGGTGTAAAGGAGTATGCTTAGAAGATCATAAATTGATTTTT GATGTTTTAGATTCCTATCTGTATTTTGTGAATTTTCTCAGTAATTATGGATGGTTATAC AGATTTTGTGTAGTCTATACATCAATATACAAATATGTTACCTTTCTCAAAAACATGACA CGTTTAACCCAAGAAAACTCACGACGAAGTGACTTTTGATCCTTATTTGAGTGGTATGAT TTTGAACGATAAGGTTATTTTTAGGGCAAAATACATGACCAACTAGACATTGTTGTGTCT CGTGCACACCTGACGTTGACATGGCAAAAGTTTTGTGTTTCACCCAAATTTGAGTGCAAT AACCTTTAAAGTACTGCGTTTTAATTCTTTTTTGTTTTTCAAAATTCTGTGGGTCCCACA TTCTCACCCTTTCCCCACACTTCTTCAATCCTCCATTCACCATTTTTGGGACAATACAAA CACAGACCCACAAGAGAACCACCACATCGCTCTTGTCCTCCTTAAACCACCCTTTCAACT TGCTCTCTCCAACATCCTTCCACCAAGGATGCCACACAACCTACAAAATTTTCTCACTGA TTTCCCCAGCTTCTCCCAGAATACAGTACACTTAAGAGCCACCATCAATTAGCAGTAGGG TGCTAATATCCAAAGCACCATGTTTGTTTGTTAAGTATATGCATGAGGTGGTTTCTTTAA CGCCAGGATATGGTCGCAACAGACATTGTACCAACAGAACATTGGAAGATATGGGAAATT CTAACTGAAGGTTAAGGTCCGACTTAGTAGAATTGAAGGGTGAATCATTTCAGGAGTAAG TGTGATCACATGACATGGCCGTGATGGGAAACATTAAGGCCAATACAAGATGGAAAATTT CTTAAGGTTGTGCAACTACACATGCTATTACCAGCCACACACACCTAAGTCCCAATCTGG AAACCCACTGGATCAAGCTTTAGCCTAGTTTGTAACTACACAACTAGTTTGTGCAACCGC CCACGCCCCAGTCCATCAAATTCTTACTCCTTCTTAGTTTAAGGATAATTCCATGTATAT TTTGAATGGGCTTGCATATCTGGGGGACCTAAGCTATAAGTAGCACATAGGCATCTTCGA AATAGAGACAGAGGTAAGCTATAAGTCACATACATACACTTGATGCCATTTATAATACAA CTTACTTGATCAAAAAAGAAATAGAGACTGATGATATTTTGAAGAGCATTATGCTTGTGA GGTAGGATGTACCACTATGTTCTTGAGGAACACGAACACCAATGGCTGCCATGAAGTGGA TAATTCTCTATGTTTTGACAATACTTTATTTTCTTGGTCTGATAAGTCTAATAGGGTTTT ACTCTTCCACTTGGGGTTCAATACCTTTGATTGCATTGCTTGGTGAATGGGTGTTTCAAA ATAGATTTCCTTTCCTATTTCTTCGCCATTTATTGGATCTATCAAGGATCATTGTTTCCT ATATTGTTTGTGATAGAATTCATTAGTGCTCCATATTTTCTTTGTTTCTTCTTCTCTAAG TTGTTCAGTTTTCAAGAGATTTTACAAAGTAAAAAACAAAGCGACAATTTCACTTTTCCA GATAGTTGTGTGTGATTTTTTAAGCCAACTTTAAGCACATTGATTGTCAAAGAACTTCAC CTATATATCCTAGAATTCTCTTCATTATCAAAAACATCATTTCCCTTTATTGTTTCATTA CCCCCTACCCAAACCCACAAAATTCCCACAAAGGAATAGCTTATAAAACAGAGAGACCAA ATCAGACAAGAAAAAAACAGAAAGTGTCTTACCAAGCATGTCATCATCATACTTTGAAGG CAAACCATCACACCTGTGAGCTGTTCCCCATTGCATTCTATAGCAAGTATTGTGTTCGAT CACTGGTCGACGGCTCCAATCTCCTCTTATTCTAGGATTCAGATGCAAAATCTTTGGTGG ATCCTCACCAACCACAGATTTTAAACCTTGTAATTCAATCATAAATTGGGAAACCAAGAC TAATGCATCAGCAGCCCTTATTTTGGCAAGCTGTGGTACATACTCATGATGAGCATAACG AGGAGTACCAATAAGTGTTATAGAAGAACCTGCTGCAAGCCCACAAGGTAGGAACATCAT ATGATCTGTTTTAGCAATTTGTGCTCCACTACTAGAAACCCATGAAGGACATGATTCAGG CTTTCCCTCAAGTATGGAATTCATCTCAATCCCTTTCTCCTCATATTTATCCAATTCTTC CCAAGCTTTCGAGCCTAGAGTCCAAGCTTCATCTGCCATACTATCCAAAATAGACAGATT TCGCTCCATATTCTGCCTTTTCAAAATAGCTGCAGTAATTCGACCATAGTGAAGCTTAGG AGGCTTTTTATGGGGAGAAGCTTCATCTTCATTATCCTCTTCTTGTGATTTCACTTGAGA ATATTCCCTTACACTATTATGAAACACAGAAATGGATTCTCCACTATCATCCTCCACATC TAGAGCTACATCAGCATCATCACCACTCAAAACTGTCGCGCTCTCAAGAAACTCCGGAAA CTTCACACAGATAAGAACCAAGTAAAATGCAGCTAAACCCAGTAAAACATAAGACAATTT AAACCTCCTCACACTGGAAGCTTCATTTTTCAACCTTTTCATCATTATATATATATCCCA AACTAATCAGCACAGAAAACAACCCCTATAACCCCCACCACTTCATCGTCTCTGGTAACC ACAACAACATCAAAATCTTAAGACCCAATGTCAGCAACACCAAGCTCTCAATGGGTAAAC ACAACAAATCATAAATACAACACTGAGAGCCGAAACCCACCTAGCTAATGATCGATCAAA CAAGTTACCTGTTACCTGACCTCAAATTGCCCAGCATTGCACCATATCCCTTGGAAATCC TGAAGAAATTGGCAAAACCAAAGCTGCAGAATGCCCTACAAATGGCTGGGGGGGGAAAAC CCCAATCTTTAGGTAGGAGGGATAGGGAGAAAAACCCTAGTAACGTAGATTTTGGATACA CGATGAAGCAGCAGTTGACAGAGAGAAGAAAGAGCAAGTCTTTGTTAAGAACAAATCAGA ATAGTAAACTTCCCCAAAATATACGGGAAAAATTGACTGGGATTTTTGTCCTTTAAAACC TTGCCAAAATTAACCAAAATTATTCATTTCATTAGTGACAATCCACTACGGACCCAATCA TGGGGTTTTATTTCTTAAGGTTCCCCTCATCTCGATCGGTTTTAGTAGAGTGTGTTAGTA AAAATAAAGTACGTATTAACTTTATATATTAGAATAGTTATAATTTTTTCATATTAGATA TATATTCTATTGTGTATTAAGATCCGTATTGTTAATATCATGAATTTTTAGTTATTGGTA ATGTAACGAATTTTAATGCATTCATTAGCATGGTTAAAAGCTTCATTGTCCCTAAAAAAT AGTTAAATCTTTTCCATCATTAATGTGAAGGTATTTTCGTAAAAATATATTTTTATGTGA TGCATGATATTTTTAATACACTAAACCAAATAATGCGAAATATAATTAATGCAAGCATTA TTAACACACTTTATTTAGCATTTATTATTATACACTCTATCAAACGACATCTATTCTCTC TTAATTAAAAGTTTCAAAATTGAGTTTTGGGTATAAAAAAATCTTTAGCAAGAAGCATTT CCCTCCGAATGGAATCCTAAGTAGCGAAAATTCAAATATAGTCGGACTATGATCTAATAC GGAACGTTGGGTGAGAAATTGAAAAGAGAAACATCTAGATTCTTTTGGTAAGAGGAATAA GGATAATAATTTTGTGATAAAATATAGATATTTCATTGTAGTGATGTGATAAATTATCAC ATAGTTGTCATAATTTTCTTGTTATAAGAGTCGACGTAACGAAGGAATGAATCTATTAAG TGGGAAAGAGCCCTCGTAAGGCCTCTCTCATCCCTTGCTTATGCTGAATCGAGATTTTAT TGGTCTTCTTTGACCCGCGGGTGCGAATCGGTAGCTGTGAAACTAGCTCTGGCTTGATGA CTGCTTTACTTTTCGCCTTTTCCTGGGGCATAGAAGGAGTTGATCCTGGTCGAGGTAAAT GAATTTAGGAATTCATATCCTCTCACTTCGTTCGAGCTGAATTACATCCACCCTCTCACT TCGTTCGAGCTTCCTTTTCAGCCCTCTCACGGCCGAAGGCTCCACAACACGTTGGAGAGC TATATGAACTTCACTAACATTGCAAAATGTATTTTTGCATTATATTGATACAAAATTTTC TACTATTGTTAGTAATTTCAGTATAGTTTTGAAATATCTAAATTTTTATTTTAGAATATT AAATTAATGAAATGCAATTTAATTGTATAAATTATTCAAATTAACTATTGTTAGTAATTT CAGTATAGTTTTGAAATATCTAAATTTTTATTTTAGAATATTAAATTAATGAAATGTAAT TTAATTGTATAAATTATTCAAATTAACTCGTAATAAGTATATTAAGGACAACTAAGAATA AAATAAATATATAGGTACAATAACAACGCGAATGGTACATTTTGAGCTATTTTGGTAACA ACATAAATTATTCATTTTCCATTAATCAAATGCACTTTTGACCCTTTACTGATAAAAATA AACCGCTATTAATATTTGACCAAAAGCAAAAACCTTTCTTTATATTTTTAGTCAAAAGTC ACTAAAGTTATATTATGAACCTTAGACAAAACTTTTCTATCAATTATACATATTTTATTT TCTGTTAACTAAACTAAACATCTTAGAAATTGTATAAAATTGGAACTTAACTGCAACATA TAGTTGTGTAGTAGTGCAGTAACCATGTGCACAGTGCACAATCCAGAACAACTTGAGCTG GACATTAATTTTTTAAAAAATTTGTTTTATTATAGGAGGTTGACGATCGAATCTTTACTC AAATAACCAATCAACCGATCTACCAAGATCCTCGACGAGCAATTCATTATTTTCAAACTT CTTTATCTGAAGTTCCTCGATTTTCAGGGTTTGAATCTGATGCGTACGTTAAACTACGCC ATCACACCCCAACTACCCCACATGTTTGATCTCAATTCCCCTTTTTACCTTTGTGTATTG TTGACTTCATTGATTGATTCCTAGCTTCATCTCTAGTAACAATATTCAACTATTTGGCTA TTGTGACAAGAATTAAGAGTGCATTGATCAAGATCATACATTAATTTGAACCAAGATGTT ACCTATCACAATTGAGTTGTTATCAAAATCAATGGTGATCTTCGACGAAGATGAACAATT GCTGATGGAGAATATTCTTGGTGGAACAGATCAACTAGGCGTTATCGCGATTGTTGGCAT GCCAGGGCATGGTAAGACAACTCTTGCCAAAAAGTTATATCGCCACGAAAACATAGTCAA TCGATTTGATGTTCGTTCATGGTGTACTTGTGTCTCTAAAGTATATGACAAGAGAAAAAT ATTGCTTGAACTATTAGGCTATGAGTATGAACACCGCGTTCAAGTTGAGAAGAGTGTGGA TGAATTAATCCAACAAGTACGAATGTGTTACGAGAAAAGGAGATATTTCATAGTTATAGA TGATGTATGGAGCACTGTTGTGTATGATGAGTTAGTTAGTTTGTTCCCAAATAACAACAG CAGGAGTAGAATTGTCATAACTACCAGGCTTGATGAACTGGTTGATTCATCTGTAAATTA CTCGTTTTGCTATACTCATCGTCTTTCATTTATCGCGGAAGAGAAAAGTTGGTTGCTACT AAGGAACATAGTTTTTAAGCAAGAAAATAACTGTTGTTTTCGAGAATTTGAGGAGATAGG GAAGCAAATAGCGAAAAGTTGTGCAGGGCTACCTCTAGCAGTTGTATTAATAGGGGGTCT TCTTGCAAGATTGGATAAGAAAAAAGGCATTTGGACTAAAGTGGCTCAATGGTTAAGTGC AAGTGCAAAAGTTGCTGGTGAGGCAGAGTGGTACATGGACATAATAGAGTTGAGTTACAA GCATTTGCCAAGTTATTTGAAGCCGTGTTTTCGTTACTTTGGTATGTTTCTTGAGGATGA GGAAGTTTCAGTTAACAAGTTGATGAGAATGTGGGCTGCAGAAGGTTTTGTACAGAGTGA TGAGGTGAGGAGTGCAGAGATTGTCGCGAAGGACTATTTGATTGATCTAATTACAAGCAA TCTTGTCTTGGTTGCGGAGAGATTTCCACTTGGTGATATCAAATCAGTTTGTCTTCATGA TTTGGTGCAAGATTTTTGCTTGAAGAAAGCTAAAGAAGAGAACTTTTTGCTGAAAGTTGA TAGGTATAAGAAGTGTTCTTTCATTTATTCGTCGTTGTAGAACTTTTGTAATGCTCAAAT TTTGTGAGGAATTGTGACGCAGTTCCATCACAAATAGTGTTTTTTTTCTTGTAGTGATAT GTATATATTATGTCTAGTATCTCACTGTTATTCGTTTTCTTTCAGATCTCATGCTTTGGA TCCTGCTACTTCTAATTCAGCTAGTGATGTACAACGGTTCCTGGTTTGCTCGAAAATGCA GCACTTCATCAAGTGGCTGCATCCGACCCAACGTGTCCATACTTTGAGGTTACATGCCCA CAACATTAATGAATTTTACAATATAACTGACGGTGAAACGAACAAATTCATCCTACCAAG TGGAGTATTCAGTTCAGACTTGTTCAAATTATCACTTACAGTACTGGACTTAAGGAACAT TATGATCGATGCTTCAGCTCTGGAGGACATAACATCCTTGATTCACTTGAGGTACCTGTC AATTTTCGGTAATTTTAGTGAAATTCCACGGGCCATATCGAACCTTACAAATCTGGAAAC GTTTGTTGCAAGACCAAAAAGTGGTACCTTAACTCTTCCAAGGTCTATCTGGAACATGAT AAACTTAAAGCACGTGTATATAACCGAAGCAATGATACATTTCAACAGTACTGTTGAGGC TGGAAAAGAGGGTGTTTTCGAGTTAGAGAAATTAGAAAGCTTTTCGAAAGTAGTCATAGT GAATGGAGATGATATATGTGAAATGTGCAGCAAAGCACCAAACTTAGTCCAACTTGAACT TATTGTGGAGCAATGGGACAACTTGTTTAGCTCTCTCAACTGTTTGATATATCTCGAAAC ACTTAGTATCTATCATCGTGGCGATTTTCCAATGAGTGGGATTAACATGATGTTCCCTCA ATGCCTAAAAGAGTTAACTCTGTCTAGTTGTGGCTTCTCATGGGATGAAATTTCAACAAT TGCCACATTACACAACTTGGAAGTGCTTAATATACTTCTTTCTGCCTTCACTGGGAAAAA ATGGACAGTTGGTGTTGGTGGTTTCCTTAACCTTAGACTATTGAAGTTAGAACATAGTTC TATCAAACATTGGAACATGTTTGTTGATTCATTCCCCTGTCTCGAGCAACTGGTGTTGCG TTGGTGTGGTAAACTTGAGGAGATCCCCGCGAGTTTTGGGAGCATGCCTTCGTTGCAGAA GATTGAGGCGCGCGCTTGTTGTCCCTCAGCCAGAAAATCTGCTGTGAAAATCAGGAACAT GCAGAGGGATGACATGAAAAATTTAGACTTCAAAGTCATCATGTATTTAGATTAGAGTTT AGTTTCTTCTCTTATTTTCATGTTTCTTTTAATGTCAACTCGCATATTCTGATTACTTTG GGTTGAAATTTTGTAAGACATGTCGACTAGTAAACGCTAACGAGATCAAATGAGGGAGAA AAAATAAATACGATTTTAGGTGTGATCAAATTTGAATTTAACGATAAGATAAACATTTAG TACTTTAGTACATAATATTAATTCATGAACATTATTATAAGCAGTACATCAAACGGAATG GTTTAAAAAAAAAGAGCAATTAAAAGAAAACAAATGTTTATTCAGTAAGGTATATAATAA ATTAGGAATAAGCATCATTTATTTATTTATTTGTTTAATTAATTTATTTATTTTGTTTAT TATGTTTCTTGGCTTTCCTATTAACCTCCTTTATATCTTCCTTTAGAGATATAACAACAC TCTTAAATTTGTCGAATTCTGTGCCAATTTTAAGAAGTTGTGCATCTTTTACTTTGCCTG GTCTTTTAAAATCTTCTTTAATTTGTCTGAATTCTTTCCAGTAATTTACGGCTTCTTCTT CATTTCTACGGCTCCCAAGTGAGATGTATATTATAGCCTGAAAAGAATAAAGAACAATCT CAAAATGAGCCGGATTAATGACCATAATTTGAAGTTTATGATTTACTGTAAATTCGTAAT GAACCTTAAGTTAATGTATAATAAGTAACTCGTGTGTTGTAAGTGTATTCTACGTAGAGC TGTCAATATGGGCTAGCTCACTCCCTCCGAGCTAATCGATATAAGCTTTGACATTTTACG GGTCAGGTTGGGCTAGCCCATTTTTGGTGTAGGCCGGAAAATGATCGGTCCAATCCACAA GTACGTGGACTACAGACTTGCCGGGCCAGCCCACTTTTTAAAAAATTATATATATCTTTT AATTATTAATTTTTAAATTATTAATTATAATTTAAATATATTATCATAAATATCGACAAA ACAATATTACATGAAGTTGATGTTACTACTTGTTAATCAAATTCACAAATAAAATTGTCT TTATAAAATATTTATTAAGTTAAGTTACTATTTTTTTGGAAAAAAAAAACTATTTAAGTA TTTTTTAAGTATAAATATTTAAATAAAAATATAACTTAATTGTTTTGAATTTGGCTCTCA TCAATTTTATATTTTAATATTACATTATATTTTTTTAATTAAATTTTATTGGCTCATTGA CTGGCCCTACTGATATATAAAGAATAAAGTTACCTTATAAAGTGGACGCCTTGCATCGGT AATTAATTTTTCGTCTAAACATTTGCAACGTAGGGCGTTATTGTATTCTCCCTAAGAAAA ATAATGACAACCAAAGTTAGTACTATACAATAAAATGAAGAGTTTAATTAAATTTAAATC AACCTTAAAGTGAAAATTATTAATAAATGAAATAATTTAACCTGGTAAATAAGTGTTTCC ACAAGTTGCATTTCAAACTCATAAGCTTTATGTGGTTCAGCATTTTTTATTGCATTCTCT AATTTCCTCACTGCTTGGCTTTCTTTTCCACTCATTTCCATCTTTGCAATACACCTCTAT TAAACACATAAAACACAAGAAAATAGTTTTTTCTGTTTTTTTTTTTACGCATAAAAAATG AAGATCTTTCGTAGATAAATAAAAAAAAATTATAGGGGTCATGATTCATGCATGACCCAT ATTTTATATCAAATAATATCAATTTATCATGTTTTAAAAATATATTCATACAAGTGTCAT ATAGGTGCGATATAAAATAATAAGAGCGGAGAAATGAGAGTTAACCATCTAAAGTAAATA TGTGTCTAAAGCTAGAGGATAAGAGCAAATATATATATATATATATAAAAAAAGTAAAAC GAAACCCTTTTTTGATAGTATAAAAACAAATATAACTACATATTTTATATCAAATAATAT CAACTTATCATGTTTTAAAATATATTCATACAAGTGTCACATAGGTGCGACATAAAATAA TAAGGGCGGAGAAATGAGAGTTAACCATTTGACGTAAATATGTGTCTAAAGTTAGAGGAT AGGAGCAAATATATATAAAAAAAAGTAAAACGAAACCCCTTTTTTGATAGTATAAAAACA AATATAACTACATATTTTATATCAAATAACATCAAGTTATCATGTTTTATAATATATTCA TACAAGTGTCATATAGGTGCAACATAAAATAATAAGGGCGGAGAAATGAGAGTTAACCAT CTAAAGTAAATATGTGTTTAAAGTTAGAGAATAAGAGCAAATATATCAAAAAAAAAAAGT AAAACAAAACCTCTTTCTGATAGTAAAAAAATAAATATAACGATATATTTTTTTCGAAAA TAACAAAAAAAAAAACAACACGTATTACTTACTTGTAGTTTCTTGAAATGGGGTTGCTCC TCATTGAGCAAAGCATCAAGATCTGTCTCAGCTGAATTCAATGATATAAAATCAGCCTTA GCTTTATGATAATCAATTAACCTTTTTAGAGCCAATTCACCTCCATGTAAAAGTCCAATT GACATTGATCTTGTTAATACTTTTTTCAATTTTTTATTTTTTCTCTTCTTCCATAAACGA CCTGAAAAAAATATTAATATATAACACACAAATAATAACATTAAAATTGTTATTAATAAA CGTTCATCGTGTTGTGCCACGACTTCGATTGATTTTGTTTTCACTAAATCAATGAAATCT GATGTTTGTTGTATTAAACTCATTAGAAAATGATCGTTGATCATATTTGCTATAAATTGT GTGACTTTTTTTCTTTTTTGTGATTAATTAATTGTGTTGTGAATAAAAAAAAAAAAAGAG TGAGGAAAAGATCCATATATATTTAATTTGGGATTCTTTTTTTAACTTTAGCATCTTTGA TGTCTTGTGAAAGTGTTTGTTCTTCACTTGATTGTAAAGAAAATTATTGGATGCTTTAGT GTTTGGTATATAAAAATATTATTCTAATTTATGTATATAGTTTTTTTTTTCTTGTTTGGT TGGTCGTCAAAGTTTGTGGAAAATATTTAAATCGAGAAAAAAGTTCTTTAAAAATGAGAA AATAAAACAGTATTTTCCTGACCTTCAAAAAAATACACTCATGCCCTATACCTCTATCCC AATACTATTTTTCTTAGATTATATATATAAAAAAATTTGAAATGATATTTTTTGCTTTCT TGATGAACGCCAAAAAATAAATAAGAAAATTATTTATACTCCAAAAAATATTTTTTTTCC ATTCGTGAAAAATATTTATTTGTTTGTACCAAACACATCCTTATTGTTGGGGCAAGTTTA GTTGGGTTGGGCTTATGCATGCTCAATGGCCATTTTATTATGTTTGGGCTGACGTATAAT CAACTAAGGAACTAATTAAGAGGGGGAGAGTGGATTTTCTCGAAAAAGAAAAAACTACAG AATATGACAAATATCAATATATATTTAAGAAAAATAGCTATATATTTAATTTTTTCATGT TATATAGTTATACTTTCACAGTAAATAGTAAAGTTGCATATAGGCAATAAATGGTTTTTT TTTAATAGTAAAAATAAGTATTAAATAGGGAAGTTATTACATTTATAATTAATCATGTCA TGCATGGTCATGCATGTTTTACGTTATCATTGTCAATTTCATCAACATTTTTGTATCACA TGTATTCTGATTTTCTTCCTCGTATAACTTTCAATACAAAGTCTATTGCATTATTTTAGG AACAATTTTTGTGAGTTGTATCCATCAAGTAATTTTTAATTACATTTTTATTTCATTCTT ATGAATATTGTGTTTTTATGTATTTGTCTTTTCGTCTATTTTTAAAGTGTTTTGATTGAA GAATTTATCTTTACTACAGTGACATAAATTTTGTATCCCAAAGAGGGCCATGAGAGGTAT ACACTAATCTGATAAATTGTTGAATGAACTATCTTTTTTTGATTTGTGTATTACTTAACA ACAAGTCAAAGTTTCAGGCTCTATTGCTACAATAATGGAGAATGGAAGAAGAACAAAGAA GGTTAATAACCCCATACTTTTTAATATACTTGAAGAATTAGAACATGTAAAATCAGTAAA GATGAAAGAAGGTTCAAAATCTTTAAACTGAAAATTAATCTTGAAAAAAGAGAAGTCAAC AATCTTGATTCATGTGGAGATCGAAAAAATTAGAGTAATCCAGTAGAATCGGAGAACATG AGATTGAGATTTGTTTGCTTTATTTTTTAGTTTGATATCATATATATACTTATATATCTT GGTTTATTGTGTGACATTGTCATTATAGATTTTCCTCTTATATTGAAATAGTTAAACAAA TTATATTCATATGTTTACGGCTGTAAAAAATGAGTACATAAAGAACATGAGCAAGAAGAG ATTGAGGGTTATCTAATTGACAGTTGCATATGTAGAGTAATACATATACATAGATACTTG TAATGTAATATTGTCAAAAGTTGAAGTGGTAATTTGTGAATACAAGTATGTATATAGAGT ACACAAGGACTATGAGGGAAAAGAGATTAAGGTCTGTATAATTATCAATTATGTACATAG TCAGAATATTTATATGCATAAATACTTGTATTGTTATATAAACACAAATTGAAATGCTGA TTTGTGAATACAAATAGATCTGAATACATAAGTGCTCTATCCAATTTAAAAGATTAATTA GAGAATACAAGTAAAGTTAGTTATATTAACACTACCATTTTTATAATAAAATACTTGACT TATCACTAAATGTCAAATATTACAGGAAAAAATTGACCAAAAATATATTGATATTTATTG TTTTTTTTAAATCTTTTATATAGTTGATTACTTATAGAGTTTGATATCCACACATTTTAT TAATTTTCAATTTTCTTGCTTTTGAATTGTACAATGTATCCATCTTATGTTTAACAATAA TGTCTTCGTATATATACTATATTGGTGTATTTATTTTTATTTAACAGTGGTGTATCCATT TTTTTAAAATTATTGTGATTTTTTGTTAAAAATTATATACTTTACATTGTTAAAAATATT AATACATTAAATTTTAATAAATACCTTGGATACATTAAAATTTATAGTTTTATATGCTCA TTTTACAAAATATATTGTTCATTTGTAGGAAATAAATTCGATGTGTTAGATAGTACGATT GAAGCCCCACATATGCATATATACGAAAATCATAACATAGTTCATAATTTGAAGGAGAAA CTTTCACATGTGTAGTTAATAAATTTAAGAATACATATTTTGGTATGTGTGCTCATATGC ATGAGTGTTGTGTTCAAAATTAAATTTTTAGGTGTTTAATGATTTGCGAGTTGGAGGATA GTTCATCATATACTTTGTTCATTCGTATAAATCA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.916 26023 26259 match_part 0.978 29055 29191 match_part 0.984 30054 30243 match_2 match_part 0.909 26029 26259 match_part 0.978 29055 29191 match_part 0.979 30054 30243 match_part 0.935 30841 30871 match_3 match_part 0.980 33122 33170 match_part 0.987 34172 34324 match_part 0.919 34797 35103 match_part 0.923 35434 35472 match_4 match_part 1.000 34290 34324 match_part 0.928 34797 35103 match_part 0.849 35434 35526 match_5 match_part 1.000 34290 34324 match_part 0.928 34797 35103 match_part 0.871 35434 35526 match_6 match_part 0.963 42719 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 0.996 44420 44871 match_7 match_part 1.000 42728 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44807 match_8 match_part 1.000 42728 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44806 match_9 match_part 0.957 42730 42799 match_part 0.962 43558 43635 match_part 0.945 43730 43910 match_part 0.949 44188 44285 match_part 0.991 44420 44841 match_10 match_part 0.986 42730 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.982 44420 44808 match_11 match_part 0.986 42731 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.969 44420 44546 match_12 match_part 0.986 42731 42799 match_part 1.000 43558 43635 match_part 0.982 43730 43899 match_13 match_part 0.848 42734 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 0.960 44420 44668 match_14 match_part 0.985 42734 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44432 match_15 match_part 1.000 42735 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 0.986 44420 44907 match_16 match_part 0.985 42735 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.990 44420 44719 match_17 match_part 0.985 42735 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.977 44420 44550 match_18 match_part 0.969 42735 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 0.990 44188 44285 match_part 0.971 44420 44521 match_19 match_part 0.985 42735 42799 match_part 0.944 43558 44126 match_20 match_part 0.984 42736 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.983 44420 44599 match_21 match_part 0.984 42736 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 0.969 44188 44285 match_part 0.957 44420 44489 match_22 match_part 0.984 42736 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44432 match_23 match_part 0.984 42737 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.980 44420 44619 match_24 match_part 0.984 42738 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.970 44420 44520 match_25 match_part 0.952 42738 42799 match_part 1.000 43558 43635 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0.955 36607 36343 match_396 match_part 0.960 37931 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36344 match_397 match_part 0.970 37809 37710 match_part 1.000 36893 36712 match_part 0.973 36607 36345 match_398 match_part 0.962 37932 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36346 match_399 match_part 1.000 37932 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 0.991 36607 36374 match_400 match_part 0.991 37820 37710 match_part 0.995 36893 36712 match_part 0.991 36607 36374 match_401 match_part 0.947 37925 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.983 36607 36376 match_402 match_part 0.900 37936 37907 match_part 0.957 37826 37710 match_part 0.967 36893 36712 match_part 0.929 36607 36382 match_403 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.995 36607 36392 match_404 match_part 0.786 37826 37710 match_part 0.962 36893 36712 match_part 0.976 36607 36399 match_405 match_part 0.952 37751 37710 match_part 0.995 36893 36712 match_part 0.970 36607 36410 match_406 match_part 0.960 37931 37907 match_part 0.983 37826 37710 match_part 0.978 36893 36712 match_part 0.978 36607 36422 match_407 match_part 0.826 37929 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36422 match_408 match_part 0.960 37931 37907 match_part 0.991 37826 37710 match_part 0.989 36893 36712 match_part 0.988 36607 36440 match_409 match_part 0.933 37921 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36447 match_410 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.994 36607 36448 match_411 match_part 0.958 37930 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36449 match_412 match_part 0.938 37922 37907 match_part 0.974 37826 37710 match_part 0.989 36893 36712 match_part 0.994 36607 36449 match_413 match_part 0.700 37897 37888 match_part 0.932 37826 37710 match_part 0.934 36893 36712 match_part 0.880 36607 36450 match_414 match_part 0.826 37929 37907 match_part 0.957 37826 37710 match_part 0.995 36893 36712 match_part 0.969 36607 36511 match_415 match_part 0.941 37923 37907 match_part 0.983 37826 37710 match_part 0.989 36893 36712 match_part 0.989 36607 36515 match_416 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.989 36893 36712 match_part 0.988 36607 36525 match_417 match_part 0.929 37920 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36584 match_418 match_part 0.991 37822 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36595 match_419 match_part 0.983 37826 37710 match_part 1.000 36893 36799 match_420 match_part 0.957 45041 44467 match_421 match_part 0.981 45041 44475 match_422 match_part 0.926 49001 48545 match_423 match_part 0.917 55447 54930 match_424 match_part 0.971 58895 58419 match_425 match_part 0.928 61377 60918 match_426 match_part 0.933 61377 60918 match_427 match_part 0.972 70508 70473 match_part 0.985 70382 70315 match_part 0.994 69463 68795 match_part 0.991 68489 68377 match_part 1.000 67447 67188 match_part 1.000 66809 66688 match_part 0.986 65356 65288 match_part 1.000 64705 64652 match_part 1.000 64498 64397 match_part 1.000 63570 63448 match_part 0.972 63006 62644 match_428 match_part 1.000 64469 64397 match_part 0.984 63570 63448 match_part 0.989 63006 62656 match_429 match_part 0.968 67376 67188 match_part 0.992 66809 66688 match_part 0.957 65356 65288 match_part 1.000 64705 64652 match_part 0.990 64498 64398 match_430 match_part 0.994 69111 68795 match_part 0.991 68489 68377 match_part 1.000 67447 67207 match_431 match_part 0.979 69315 68795 match_part 0.973 68489 68377 match_part 0.900 67447 67358 match_432 match_part 1.000 70487 70473 match_part 1.000 70382 70315 match_part 1.000 69463 68795 match_part 0.978 68489 68398 match_433 match_part 1.000 70538 70473 match_part 1.000 70382 70315 match_part 0.992 69463 68846 match_434 match_part 1.000 70490 70473 match_part 0.956 70382 70315 match_part 0.979 69463 68855 match_435 match_part 1.000 70492 70473 match_part 0.956 70382 70315 match_part 0.980 69463 68914 match_436 match_part 1.000 70491 70473 match_part 1.000 70382 70315 match_part 0.995 69463 69048 match_437 match_part 0.972 70543 70473 match_part 0.956 70382 70315 match_part 0.981 69463 69052 match_438 match_part 1.000 70494 70473 match_part 1.000 70382 70315 match_part 0.995 69463 69052 match_439 match_part 0.989 70566 70473 match_part 0.985 70382 70315 match_part 1.000 69463 69336 match_440 match_part 0.929 72292 71800 match_part 0.643 71599 71586 match_441 match_part 0.923 72292 71787 match_442 match_part 1.000 72811 72669 match_part 1.000 72563 72456 match_part 0.985 72361 71883 match_443 match_part 0.994 72824 72669 match_part 1.000 72563 72456 match_part 1.000 72361 72189 match_444 match_part 0.978 75001 74773 match_part 0.992 73066 72938 match_part 0.977 72842 72669 match_part 0.981 72563 72456 match_part 0.909 72361 72351 match_445 match_part 1.000 75573 75524 match_part 0.993 75063 74773 match_part 1.000 73066 72938 match_part 1.000 72842 72710 match_446 match_part 1.000 75542 75524 match_part 0.993 75063 74773 match_part 0.992 73066 72938 match_part 0.992 72842 72716 match_447 match_part 0.980 75572 75524 match_part 0.993 75063 74773 match_part 1.000 73066 72938 match_part 1.000 72842 72779 match_448 match_part 0.977 75566 75524 match_part 1.000 75063 74773 match_part 0.992 73066 72938 match_part 1.000 72842 72805 match_449 match_part 0.977 75566 75524 match_part 1.000 75063 74773 match_part 0.992 73066 72938 match_part 1.000 72842 72805 match_450 match_part 0.965 75001 74773 match_part 0.941 73066 73050 match_451 match_part 0.992 78701 78573 match_part 0.991 75756 75524 match_part 0.994 75063 74890 match_452 match_part 0.998 79045 78573 match_453 match_part 0.997 87184 86793 match_part 0.993 85976 85842 match_part 1.000 85731 85654 match_part 0.971 84997 84929 match_454 match_part 0.980 87184 86793 match_part 0.992 85976 85857 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 7085 5983 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 11815 11757 exon 11122 10722 exon 9703 9542 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 22155 21904 exon 19948 19802 exon 17766 17688 exon 6332 6074 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 26023 26259 exon 29055 29191 exon 30054 30243 exon 30841 30871 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 33122 33170 exon 34172 34324 exon 34797 35103 exon 35434 35526 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 37951 37907 exon 37826 37710 exon 36893 36712 exon 36607 36205 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 37846 37710 exon 36893 36712 exon 36607 36205 gene_8 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 37897 37888 exon 37826 37710 exon 36893 36712 exon 36607 36205 gene_9 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 36901 36712 exon 36607 36277 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42719 42799 exon 43558 43635 exon 43730 43910 exon 44188 44285 exon 44420 45074 gene_11 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42731 42799 exon 43558 43635 exon 43730 43910 exon 44420 45046 gene_12 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42735 42799 exon 43558 44126 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 45041 44467 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 46611 46699 exon 47538 47615 exon 47710 47890 exon 48159 48256 exon 48346 49086 gene_15 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 47465 47466 exon 47538 47615 exon 47710 47890 exon 48159 48256 exon 48346 49086 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49001 48545 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49627 49709 exon 50532 50609 exon 50704 50884 exon 51141 51238 exon 51329 52162 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49663 49709 exon 50530 50609 exon 50704 50884 exon 51141 51238 exon 51329 52115 gene_19 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49645 49709 exon 49939 49961 exon 50532 50609 exon 50704 50884 exon 51141 51238 exon 51329 52115 gene_20 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49646 49709 exon 50532 50609 exon 50704 50884 exon 51141 52115 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 53163 53235 exon 54020 54097 exon 54193 54373 exon 54642 54739 exon 54824 55578 exon 55914 55924 exon 56449 56458 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 53163 53235 exon 54020 54097 exon 54193 54373 exon 54642 54739 exon 54824 55324 exon 55398 55410 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 55447 54930 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 56584 56655 exon 57497 57574 exon 57670 57850 exon 58116 58213 exon 58303 58940 gene_25 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 57496 57574 exon 57670 57850 exon 58116 58213 exon 58303 58940 gene_26 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 56623 56655 exon 57497 57574 exon 57670 58213 exon 58303 58940 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 58895 58419 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 61377 60918 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 70566 70473 exon 70382 70315 exon 69463 68795 exon 68489 68377 exon 67447 67188 exon 66809 66688 exon 65356 65288 exon 64705 64652 exon 64498 64397 exon 63570 63448 exon 63006 62644 gene_30 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 79045 78573 exon 75756 75524 exon 75063 74773 exon 73066 72938 exon 72842 72669 exon 72563 72456 exon 72361 71800 exon 71599 71586 gene_31 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 79045 78573 exon 75756 75524 exon 75063 74773 exon 73066 72938 exon 72842 72669 exon 72563 72456 exon 72361 71787 gene_32 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 87184 86793 exon 85976 85842 exon 85731 85654 exon 84997 84929 gene_33 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 86806 87184 RepeatMasker tomato repeats master Copia00105 3997 4061 1 Copia00105 3997 4061 1 nucleotide_motif 283 14074 14140 Gypsy00163 7775 7926 1 Gypsy00163 7775 7926 1 nucleotide_motif 280 21312 21462 POTTEN1 3 1109 1 POTTEN1 3 1109 1 nucleotide_motif 6073 24049 25109 Unknown00019 577 697 1 Unknown00019 577 697 1 nucleotide_motif 592 25437 25566 Unknown00046 3034 3094 1 Unknown00046 3034 3094 1 nucleotide_motif 281 25635 25695 Copia00156 158 483 1 Copia00156 158 483 1 nucleotide_motif 432 26693 27004 Copia00150 828 1315 1 Copia00150 828 1315 1 nucleotide_motif 403 27331 27807 Copia00105 8587 8649 1 Copia00105 8587 8649 1 nucleotide_motif 235 28063 28125 Copia00143 91 221 1 Copia00143 91 221 1 nucleotide_motif 393 28287 28413 GYPMET_I 4324 4527 1 GYPMET_I 4324 4527 1 nucleotide_motif 395 28334 28524 Unknown00049 1725 1787 1 Unknown00049 1725 1787 1 nucleotide_motif 243 28756 28818 TS2 452 655 1 TS2 452 655 1 nucleotide_motif 538 33958 34142 ATHPOGON2 369 442 1 ATHPOGON2 369 442 1 nucleotide_motif 280 35125 35198 RepeatMasker tomato repeats master Unknown00043 5277 5442 -1 Unknown00043 5277 5442 -1 nucleotide_motif 227 4780 4627 SONATA2 1 109 -1 SONATA2 1 109 -1 nucleotide_motif 447 5923 5818 Copia00175 2319 2585 -1 Copia00175 2319 2585 -1 nucleotide_motif 953 9149 8874 Gypsy00043 1029 1207 -1 Gypsy00043 1029 1207 -1 nucleotide_motif 728 25302 25129 Copia00110 13250 13557 -1 Copia00110 13250 13557 -1 nucleotide_motif 1235 25446 25154 Gypsy00043 532 629 -1 Gypsy00043 532 629 -1 nucleotide_motif 602 25568 25471 Copia00123 4301 4609 -1 Copia00123 4301 4609 -1 nucleotide_motif 296 26920 26600 Gypsy00088 1040 1100 -1 Gypsy00088 1040 1100 -1 nucleotide_motif 227 27152 27090 Copia00096 3618 3792 -1 Copia00096 3618 3792 -1 nucleotide_motif 475 27812 27644 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1584 31703 31462 TS2 549 654 -1 TS2 549 654 -1 nucleotide_motif 437 76652 76551 Unknown00057 476 597 -1 Unknown00057 476 597 -1 nucleotide_motif 265 76767 76647 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2571 1 1363 match_2 match 5021 1399 4084 match_3 match 13864 21373 match_4 match 6128 13822 match_5 match 2571 1 1363 match_6 match 3414 38871 40685 match_7 match 5021 1399 4084 match_8 match 5184 42551 45264 match_9 match 5634 46273 49234 match_10 match 5961 25964 29012 match_11 match 6464 35311 38718 match_12 match 29065 35226 match_13 match 6128 13822 match_14 match 1007 56832 57899 match_15 match 1955 53813 55585 match_16 match 1255 51079 52097 match_17 match 1921 57289 58739 match_18 match 13864 21373 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1019 8 89793 clone_start_1 clone_start 1471 8 791 clone_2 clone 1375 7077 47756 clone_start_2 clone_start 1398 7077 7781 clone_3 clone 1274 8942 47116 clone_end_1 clone_end 1392 8942 9667 clone_end_2 clone_end 305 40756 40917 clone_start_3 clone_start 246 40756 40887 clone_start_4 clone_start 517 80675 80951 clone_start_5 clone_start 533 80675 80951 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_3 clone_end 567 89793 89485 clone_end_4 clone_end 1352 47756 47048 clone_start_6 clone_start 1156 47116 46527 clone_end_5 clone_end 1296 13248 12571 clone_end_6 clone_end 1364 15655 14938 clone_end_7 clone_end 1217 15648 14993 clone_start_7 clone_start 1003 20295 19758 clone_end_8 clone_end 363 22525 22301 clone_end_9 clone_end 555 42851 42551 clone_end_10 clone_end 1298 49210 48501 clone_start_8 clone_start 1066 58040 57479 clone_start_9 clone_start 599 77912 77584 clone_end_11 clone_end 418 80889 80675 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.963 42719 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 0.996 44420 44871 match_2 match_part 1.000 42728 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44807 match_3 match_part 1.000 42728 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44806 match_4 match_part 0.957 42730 42799 match_part 0.962 43558 43635 match_part 0.945 43730 43910 match_part 0.949 44188 44285 match_part 0.991 44420 44841 match_5 match_part 0.986 42730 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.982 44420 44808 match_6 match_part 0.986 42731 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.969 44420 44546 match_7 match_part 0.986 42731 42799 match_part 1.000 43558 43635 match_part 0.982 43730 43899 match_8 match_part 0.848 42734 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 0.960 44420 44668 match_9 match_part 0.985 42734 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44432 match_10 match_part 1.000 42735 42799 match_part 1.000 43558 43635 match_part 1.000 43730 43910 match_part 1.000 44188 44285 match_part 0.986 44420 44907 match_11 match_part 0.985 42735 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.990 44420 44719 match_12 match_part 0.985 42735 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.977 44420 44550 match_13 match_part 0.969 42735 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 0.990 44188 44285 match_part 0.971 44420 44521 match_14 match_part 0.985 42735 42799 match_part 0.944 43558 44126 match_15 match_part 0.984 42736 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.983 44420 44599 match_16 match_part 0.984 42736 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 0.969 44188 44285 match_part 0.957 44420 44489 match_17 match_part 0.984 42736 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44432 match_18 match_part 0.984 42737 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.980 44420 44619 match_19 match_part 0.984 42738 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.970 44420 44520 match_20 match_part 0.952 42738 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44267 match_21 match_part 0.984 42739 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44432 match_22 match_part 0.983 42740 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.977 44420 44548 match_23 match_part 0.983 42742 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 0.983 44420 44719 match_24 match_part 0.931 42742 42799 match_part 1.000 43558 43635 match_part 0.978 43730 43910 match_part 0.980 44188 44285 match_part 0.970 44420 44586 match_25 match_part 0.983 42742 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 match_part 1.000 44420 44432 match_26 match_part 0.982 42745 42799 match_part 1.000 43558 43635 match_part 0.983 43730 43910 match_part 1.000 44188 44285 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57850 match_part 0.980 58116 58213 match_part 0.961 58303 58431 match_216 match_part 0.962 57496 57574 match_part 0.972 57670 57850 match_part 0.980 58116 58213 match_part 1.000 58303 58319 match_217 match_part 1.000 57512 57574 match_part 1.000 57670 57850 match_part 1.000 58116 58213 match_part 0.995 58303 58744 match_218 match_part 1.000 57527 57574 match_part 0.994 57670 57850 match_part 1.000 58116 58213 match_part 0.986 58303 58735 match_219 match_part 0.953 57532 57574 match_part 0.989 57670 57850 match_part 0.990 58116 58213 match_part 0.995 58303 58523 match_220 match_part 1.000 57570 57574 match_part 0.984 57670 58048 match_221 match_part 1.000 57838 57850 match_part 0.969 58116 58213 match_part 0.992 58303 58919 match_222 match_part 0.988 58132 58213 match_part 0.975 58303 58546 match_223 match_part 1.000 58149 58213 match_part 0.990 58303 58875 match_224 match_part 1.000 58203 58213 match_part 0.997 58303 58614 match_225 match_part 1.000 58210 58213 match_part 0.995 58303 58913 match_226 match_part 1.000 58306 58898 match_227 match_part 0.994 58377 58888 match_228 match_part 0.994 58382 58898 match_229 match_part 0.991 58462 58898 match_230 match_part 0.986 58464 58898 match_231 match_part 0.971 58477 58923 match_232 match_part 0.989 58525 58898 match_233 match_part 0.927 58570 58940 match_234 match_part 0.988 58584 58921 match_235 match_part 0.982 86806 87184 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_236 match_part 0.950 6442 5983 match_237 match_part 0.989 6419 5983 match_238 match_part 0.989 6417 5983 match_239 match_part 1.000 22155 21904 match_part 1.000 19948 19802 match_part 1.000 17766 17688 match_part 0.973 6332 6074 match_240 match_part 1.000 6940 6477 match_241 match_part 0.998 7085 6643 match_242 match_part 1.000 11815 11757 match_part 1.000 11122 10722 match_part 1.000 9703 9542 match_243 match_part 1.000 11815 11757 match_part 1.000 11122 10722 match_part 0.993 9703 9554 match_244 match_part 1.000 11036 10722 match_part 1.000 9703 9568 match_245 match_part 0.979 37805 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36205 match_246 match_part 0.980 37809 37710 match_part 1.000 36893 36712 match_part 0.995 36607 36215 match_247 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.980 36607 36263 match_248 match_part 0.987 36861 36712 match_part 0.964 36607 36277 match_249 match_part 0.933 37921 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.987 36607 36297 match_250 match_part 0.964 37934 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36312 match_251 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.997 36607 36320 match_252 match_part 0.994 36871 36712 match_part 0.993 36607 36320 match_253 match_part 0.973 36893 36712 match_part 0.979 36607 36321 match_254 match_part 1.000 37936 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 0.975 36607 36325 match_255 match_part 0.944 37924 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36325 match_256 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.975 36607 36328 match_257 match_part 1.000 37936 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36331 match_258 match_part 0.929 37920 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.993 36607 36331 match_259 match_part 1.000 37932 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 0.975 36607 36333 match_260 match_part 0.952 37927 37907 match_part 0.983 37826 37710 match_part 0.995 36893 36712 match_part 0.993 36607 36333 match_261 match_part 0.947 37925 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.989 36607 36333 match_262 match_part 0.875 37914 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.993 36607 36333 match_263 match_part 0.955 37928 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.993 36607 36335 match_264 match_part 0.978 37951 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36336 match_265 match_part 1.000 37936 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 0.996 36607 36336 match_266 match_part 0.966 37935 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_267 match_part 0.963 37933 37907 match_part 0.940 37826 37710 match_part 0.995 36893 36712 match_part 0.989 36607 36336 match_268 match_part 0.962 37932 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.974 36607 36336 match_269 match_part 0.960 37931 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.993 36607 36336 match_270 match_part 0.960 37931 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_271 match_part 0.875 37930 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36336 match_272 match_part 0.955 37928 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_273 match_part 1.000 37928 37907 match_part 0.991 37826 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36336 match_274 match_part 0.909 37928 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36336 match_275 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.993 36607 36336 match_276 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_277 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_278 match_part 1.000 37846 37710 match_part 1.000 36893 36712 match_part 1.000 36607 36336 match_279 match_part 0.990 37814 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_280 match_part 0.990 37813 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_281 match_part 0.985 37777 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_282 match_part 0.984 37770 37710 match_part 0.978 36893 36712 match_part 0.996 36607 36336 match_283 match_part 0.975 37749 37710 match_part 0.995 36893 36712 match_part 0.967 36607 36336 match_284 match_part 0.979 36901 36712 match_part 0.996 36607 36336 match_285 match_part 0.995 36893 36712 match_part 0.996 36607 36336 match_286 match_part 0.983 36886 36712 match_part 0.989 36607 36336 match_287 match_part 0.988 36881 36712 match_part 0.996 36607 36336 match_288 match_part 0.994 36881 36712 match_part 0.996 36607 36336 match_289 match_part 0.994 36880 36712 match_part 0.996 36607 36336 match_290 match_part 0.976 36837 36712 match_part 0.993 36607 36336 match_291 match_part 0.968 36835 36712 match_part 0.996 36607 36336 match_292 match_part 0.991 36826 36712 match_part 0.996 36607 36336 match_293 match_part 0.988 36793 36712 match_part 0.993 36607 36336 match_294 match_part 0.986 36785 36712 match_part 0.989 36607 36336 match_295 match_part 0.942 36763 36712 match_part 0.982 36607 36336 match_296 match_part 0.996 36602 36336 match_297 match_part 0.966 36538 36336 match_298 match_part 1.000 37930 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 0.996 36607 36342 match_299 match_part 0.783 37929 37907 match_part 0.957 37826 37710 match_part 0.995 36893 36712 match_part 0.992 36607 36342 match_300 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.992 36607 36342 match_301 match_part 0.993 36850 36712 match_part 0.992 36607 36342 match_302 match_part 0.950 36771 36712 match_part 0.977 36607 36342 match_303 match_part 0.960 37931 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36344 match_304 match_part 0.970 37809 37710 match_part 1.000 36893 36712 match_part 0.973 36607 36345 match_305 match_part 0.962 37932 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.996 36607 36346 match_306 match_part 1.000 37932 37907 match_part 1.000 37826 37710 match_part 1.000 36893 36712 match_part 0.991 36607 36374 match_307 match_part 0.991 37820 37710 match_part 0.995 36893 36712 match_part 0.991 36607 36374 match_308 match_part 0.947 37925 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.983 36607 36376 match_309 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.995 36607 36392 match_310 match_part 0.786 37826 37710 match_part 0.962 36893 36712 match_part 0.976 36607 36399 match_311 match_part 0.952 37751 37710 match_part 0.995 36893 36712 match_part 0.970 36607 36410 match_312 match_part 0.960 37931 37907 match_part 0.983 37826 37710 match_part 0.978 36893 36712 match_part 0.978 36607 36422 match_313 match_part 0.826 37929 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36422 match_314 match_part 0.960 37931 37907 match_part 0.991 37826 37710 match_part 0.989 36893 36712 match_part 0.988 36607 36440 match_315 match_part 0.933 37921 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36447 match_316 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.994 36607 36448 match_317 match_part 0.958 37930 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36449 match_318 match_part 0.938 37922 37907 match_part 0.974 37826 37710 match_part 0.989 36893 36712 match_part 0.994 36607 36449 match_319 match_part 0.826 37929 37907 match_part 0.957 37826 37710 match_part 0.995 36893 36712 match_part 0.969 36607 36511 match_320 match_part 0.941 37923 37907 match_part 0.983 37826 37710 match_part 0.989 36893 36712 match_part 0.989 36607 36515 match_321 match_part 0.952 37927 37907 match_part 0.991 37826 37710 match_part 0.989 36893 36712 match_part 0.988 36607 36525 match_322 match_part 0.929 37920 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36584 match_323 match_part 0.991 37822 37710 match_part 0.995 36893 36712 match_part 1.000 36607 36595 match_324 match_part 0.983 37826 37710 match_part 1.000 36893 36799 match_325 match_part 0.957 45041 44467 match_326 match_part 0.981 45041 44475 match_327 match_part 0.971 58895 58419 match_328 match_part 0.972 70508 70473 match_part 0.985 70382 70315 match_part 0.994 69463 68795 match_part 0.991 68489 68377 match_part 1.000 67447 67188 match_part 1.000 66809 66688 match_part 0.986 65356 65288 match_part 1.000 64705 64652 match_part 1.000 64498 64397 match_part 1.000 63570 63448 match_part 0.972 63006 62644 match_329 match_part 1.000 64469 64397 match_part 0.984 63570 63448 match_part 0.989 63006 62656 match_330 match_part 0.994 69111 68795 match_part 0.991 68489 68377 match_part 1.000 67447 67207 match_331 match_part 1.000 70487 70473 match_part 1.000 70382 70315 match_part 1.000 69463 68795 match_part 0.978 68489 68398 match_332 match_part 1.000 70538 70473 match_part 1.000 70382 70315 match_part 0.992 69463 68846 match_333 match_part 1.000 70491 70473 match_part 1.000 70382 70315 match_part 0.995 69463 69048 match_334 match_part 1.000 70494 70473 match_part 1.000 70382 70315 match_part 0.995 69463 69052 match_335 match_part 0.989 70566 70473 match_part 0.985 70382 70315 match_part 1.000 69463 69336 match_336 match_part 1.000 72811 72669 match_part 1.000 72563 72456 match_part 0.985 72361 71883 match_337 match_part 0.994 72824 72669 match_part 1.000 72563 72456 match_part 1.000 72361 72189 match_338 match_part 1.000 75573 75524 match_part 0.993 75063 74773 match_part 1.000 73066 72938 match_part 1.000 72842 72710 match_339 match_part 1.000 75542 75524 match_part 0.993 75063 74773 match_part 0.992 73066 72938 match_part 0.992 72842 72716 match_340 match_part 0.980 75572 75524 match_part 0.993 75063 74773 match_part 1.000 73066 72938 match_part 1.000 72842 72779 match_341 match_part 0.977 75566 75524 match_part 1.000 75063 74773 match_part 0.992 73066 72938 match_part 1.000 72842 72805 match_342 match_part 0.977 75566 75524 match_part 1.000 75063 74773 match_part 0.992 73066 72938 match_part 1.000 72842 72805 match_343 match_part 0.992 78701 78573 match_part 0.991 75756 75524 match_part 0.994 75063 74890 match_344 match_part 0.998 79045 78573 match_345 match_part 0.997 87184 86793 match_part 0.993 85976 85842 match_part 1.000 85731 85654 match_part 0.971 84997 84929 match_346 match_part 0.980 87184 86793 match_part 0.992 85976 85857 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 11815 11757 exon 11122 10722 exon 9703 9542 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 6442 5983 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 7085 6477 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 22155 21904 exon 19948 19802 exon 17766 17688 exon 6332 6074 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 37951 37907 exon 37826 37710 exon 36893 36712 exon 36607 36205 gene_6 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 37846 37710 exon 36893 36712 exon 36607 36205 gene_7 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 36901 36712 exon 36607 36277 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42719 42799 exon 43558 43635 exon 43730 43910 exon 44188 44285 exon 44420 45074 gene_9 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42731 42799 exon 43558 43635 exon 43730 43910 exon 44420 45046 gene_10 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42735 42799 exon 43558 44126 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 45041 44467 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 46611 46699 exon 47538 47615 exon 47710 47890 exon 48159 48256 exon 48346 48978 gene_13 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 47465 47466 exon 47538 47615 exon 47710 47890 exon 48159 48256 exon 48346 48978 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49627 49709 exon 50532 50609 exon 50704 50884 exon 51141 51238 exon 51329 52162 gene_15 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49663 49709 exon 50530 50609 exon 50704 50884 exon 51141 51238 exon 51329 52115 gene_16 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49645 49709 exon 49939 49961 exon 50532 50609 exon 50704 50884 exon 51141 51238 exon 51329 52115 gene_17 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49646 49709 exon 50532 50609 exon 50704 50884 exon 51141 52115 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 53163 53235 exon 54020 54097 exon 54193 54373 exon 54642 54739 exon 54824 55503 gene_19 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 53163 53235 exon 54020 54097 exon 54193 54373 exon 54642 54739 exon 54824 55324 exon 55398 55410 gene_20 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 56584 56655 exon 57497 57574 exon 57670 57850 exon 58116 58213 exon 58303 58940 gene_21 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 57496 57574 exon 57670 57850 exon 58116 58213 exon 58303 58940 gene_22 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 56623 56655 exon 57497 57574 exon 57670 58213 exon 58303 58940 gene_23 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 58895 58419 gene_24 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 70566 70473 exon 70382 70315 exon 69463 68795 exon 68489 68377 exon 67447 67188 exon 66809 66688 exon 65356 65288 exon 64705 64652 exon 64498 64397 exon 63570 63448 exon 63006 62644 gene_25 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 79045 78573 exon 75756 75524 exon 75063 74773 exon 73066 72938 exon 72842 72669 exon 72563 72456 exon 72361 71883 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 87184 86793 exon 85976 85842 exon 85731 85654 exon 84997 84929 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 86806 87184 AUGUSTUS_tom_cdna de novo gene_1 gene 0.15 26127 35262 transcript_1 transcript 0.15 26127 35262 start_codon_1 start_codon 26127 26129 intron_1 intron 0.89 26260 27189 intron_2 intron 0.79 27244 29054 intron_3 intron 0.94 29192 30053 intron_4 intron 0.4 30218 32343 intron_5 intron 0.95 32579 32957 intron_6 intron 0.99 33031 33111 intron_7 intron 0.69 33171 34171 intron_8 intron 0.67 34325 35208 CDS_1 CDS 1 26127 26259 CDS_2 CDS 0.79 27190 27243 CDS_3 CDS 0.94 29055 29191 CDS_4 CDS 0.42 30054 30217 CDS_5 CDS 0.85 32344 32578 CDS_6 CDS 0.95 32958 33030 CDS_7 CDS 0.76 33112 33170 CDS_8 CDS 0.68 34172 34324 CDS_9 CDS 0.72 35209 35262 stop_codon_1 stop_codon 35260 35262 gene_2 gene 0.61 39099 44854 transcript_2 transcript 0.61 39099 44854 start_codon_2 start_codon 39099 39101 intron_9 intron 0.61 39147 42727 intron_10 intron 1 42800 43557 intron_11 intron 1 43636 43729 intron_12 intron 1 43911 44187 intron_13 intron 1 44286 44419 CDS_10 CDS 0.61 39099 39146 CDS_11 CDS 0.91 42728 42799 CDS_12 CDS 1 43558 43635 CDS_13 CDS 1 43730 43910 CDS_14 CDS 1 44188 44285 CDS_15 CDS 1 44420 44854 stop_codon_2 stop_codon 44852 44854 gene_3 gene 0.97 44876 51763 transcript_3 transcript 0.97 44876 51763 start_codon_3 start_codon 44876 44878 intron_14 intron 0.97 44894 46627 intron_15 intron 1 46700 47537 intron_16 intron 1 47616 47709 intron_17 intron 1 47891 48158 intron_18 intron 1 48257 48345 intron_19 intron 1 48720 49645 intron_20 intron 1 49710 50531 intron_21 intron 1 50610 50703 intron_22 intron 1 50885 51140 intron_23 intron 1 51239 51328 CDS_16 CDS 0.97 44876 44893 CDS_17 CDS 1 46628 46699 CDS_18 CDS 1 47538 47615 CDS_19 CDS 1 47710 47890 CDS_20 CDS 1 48159 48256 CDS_21 CDS 1 48346 48719 CDS_22 CDS 1 49646 49709 CDS_23 CDS 1 50532 50609 CDS_24 CDS 1 50704 50884 CDS_25 CDS 1 51141 51238 CDS_26 CDS 1 51329 51763 stop_codon_3 stop_codon 51761 51763 gene_4 gene 0.46 51785 58737 transcript_4 transcript 0.46 51785 58737 start_codon_4 start_codon 51785 51787 intron_24 intron 0.93 51798 53173 intron_25 intron 1 53236 54019 intron_26 intron 1 54098 54192 intron_27 intron 1 54374 54641 intron_28 intron 1 54740 54823 intron_29 intron 0.49 55198 56591 intron_30 intron 1 56656 57496 intron_31 intron 1 57575 57669 intron_32 intron 1 57851 58115 intron_33 intron 1 58214 58302 CDS_27 CDS 0.93 51785 51797 CDS_28 CDS 0.93 53174 53235 CDS_29 CDS 1 54020 54097 CDS_30 CDS 1 54193 54373 CDS_31 CDS 1 54642 54739 CDS_32 CDS 1 54824 55197 CDS_33 CDS 0.49 56592 56655 CDS_34 CDS 1 57497 57574 CDS_35 CDS 1 57670 57850 CDS_36 CDS 1 58116 58213 CDS_37 CDS 1 58303 58737 stop_codon_4 stop_codon 58735 58737 gene_5 gene 0.81 82052 84415 transcript_5 transcript 0.81 82052 84415 start_codon_5 start_codon 82052 82054 intron_34 intron 1 83104 83265 CDS_38 CDS 0.82 82052 83103 CDS_39 CDS 0.99 83266 84415 stop_codon_5 stop_codon 84413 84415 AUGUSTUS_tom_cdna de novo gene_6 gene 0.97 2825 2397 transcript_6 transcript 0.97 2825 2397 stop_codon_6 stop_codon 2399 2397 CDS_40 CDS 0.97 2825 2397 start_codon_6 start_codon 2825 2823 gene_7 gene 0.08 22067 6150 transcript_7 transcript 0.08 22067 6150 stop_codon_7 stop_codon 6152 6150 intron_35 intron 0.93 9541 7229 intron_36 intron 1 10721 9704 intron_37 intron 1 11756 11123 intron_38 intron 0.27 13239 11905 intron_39 intron 0.54 13667 13468 intron_40 intron 0.82 13915 13730 intron_41 intron 0.55 17687 14017 intron_42 intron 0.49 19801 17767 intron_43 intron 0.55 21903 19949 CDS_41 CDS 0.93 7228 6150 CDS_42 CDS 0.97 9703 9542 CDS_43 CDS 1 11122 10722 CDS_44 CDS 0.45 11904 11757 CDS_45 CDS 0.52 13467 13240 CDS_46 CDS 0.81 13729 13668 CDS_47 CDS 0.89 14016 13916 CDS_48 CDS 0.88 17766 17688 CDS_49 CDS 0.52 19948 19802 CDS_50 CDS 0.99 22067 21904 start_codon_7 start_codon 22067 22065 gene_8 gene 0.69 39014 36478 transcript_8 transcript 0.69 39014 36478 stop_codon_8 stop_codon 36480 36478 intron_44 intron 1 36711 36608 intron_45 intron 1 37709 36894 intron_46 intron 1 37906 37827 intron_47 intron 0.7 38990 37943 CDS_51 CDS 1 36607 36478 CDS_52 CDS 1 36893 36712 CDS_53 CDS 1 37826 37710 CDS_54 CDS 1 37942 37907 CDS_55 CDS 0.69 39014 38991 start_codon_8 start_codon 39014 39012 gene_9 gene 0.31 62253 58743 transcript_9 transcript 0.31 62253 58743 stop_codon_9 stop_codon 58745 58743 intron_48 intron 0.52 59767 58790 intron_49 intron 0.83 61676 61289 intron_50 intron 0.83 62061 61990 CDS_56 CDS 0.99 58789 58743 CDS_57 CDS 0.49 61288 59768 CDS_58 CDS 0.87 61989 61677 CDS_59 CDS 0.76 62253 62062 start_codon_9 start_codon 62253 62251 gene_10 gene 0.97 70506 63475 transcript_10 transcript 0.97 70506 63475 stop_codon_10 stop_codon 63477 63475 intron_51 intron 1 64396 63571 intron_52 intron 1 64651 64499 intron_53 intron 1 65287 64706 intron_54 intron 1 66687 65357 intron_55 intron 1 67187 66810 intron_56 intron 1 68376 67448 intron_57 intron 1 68794 68490 intron_58 intron 1 70314 69464 intron_59 intron 1 70472 70383 CDS_60 CDS 1 63570 63475 CDS_61 CDS 1 64498 64397 CDS_62 CDS 1 64705 64652 CDS_63 CDS 1 65356 65288 CDS_64 CDS 1 66809 66688 CDS_65 CDS 1 67447 67188 CDS_66 CDS 1 68489 68377 CDS_67 CDS 1 69463 68795 CDS_68 CDS 1 70382 70315 CDS_69 CDS 0.97 70506 70473 start_codon_10 start_codon 70506 70504 gene_11 gene 0.82 79425 72158 transcript_11 transcript 0.82 79425 72158 stop_codon_11 stop_codon 72160 72158 intron_60 intron 1 72455 72362 intron_61 intron 1 72668 72564 intron_62 intron 1 72937 72843 intron_63 intron 1 74772 73067 intron_64 intron 1 75523 75064 intron_65 intron 1 78572 75757 CDS_70 CDS 0.96 72361 72158 CDS_71 CDS 1 72563 72456 CDS_72 CDS 1 72842 72669 CDS_73 CDS 1 73066 72938 CDS_74 CDS 1 75063 74773 CDS_75 CDS 1 75756 75524 CDS_76 CDS 0.85 79425 78573 start_codon_11 start_codon 79425 79423 gene_12 gene 1 86945 84764 transcript_12 transcript 1 86945 84764 stop_codon_12 stop_codon 84766 84764 intron_66 intron 1 85653 84998 intron_67 intron 1 85841 85732 intron_68 intron 1 86792 85977 CDS_77 CDS 1 84997 84764 CDS_78 CDS 1 85731 85654 CDS_79 CDS 1 85976 85842 CDS_80 CDS 1 86945 86793 start_codon_12 start_codon 86945 86943 AUGUSTUS_ab_initio de novo gene_1 gene 0.17 26127 35012 transcript_1 transcript 0.17 26127 35012 start_codon_1 start_codon 26127 26129 intron_1 intron 0.97 26260 27189 intron_2 intron 0.96 27244 29054 intron_3 intron 0.97 29192 30053 intron_4 intron 0.6 30244 30840 intron_5 intron 0.5 30906 31013 intron_6 intron 0.95 31157 32343 intron_7 intron 0.95 32579 32957 intron_8 intron 1 33031 33111 intron_9 intron 0.54 33171 34171 intron_10 intron 0.97 34325 34796 CDS_1 CDS 1 26127 26259 CDS_2 CDS 0.96 27190 27243 CDS_3 CDS 1 29055 29191 CDS_4 CDS 0.99 30054 30243 CDS_5 CDS 0.7 30841 30905 CDS_6 CDS 0.51 31014 31156 CDS_7 CDS 0.95 32344 32578 CDS_8 CDS 0.98 32958 33030 CDS_9 CDS 0.55 33112 33170 CDS_10 CDS 0.54 34172 34324 CDS_11 CDS 0.97 34797 35012 stop_codon_1 stop_codon 35010 35012 gene_2 gene 0.56 42797 44854 transcript_2 transcript 0.56 42797 44854 start_codon_2 start_codon 42797 42799 intron_11 intron 0.97 42800 43557 intron_12 intron 0.99 43636 43729 intron_13 intron 1 43911 44187 intron_14 intron 1 44286 44419 CDS_12 CDS 0.65 42797 42799 CDS_13 CDS 0.99 43558 43635 CDS_14 CDS 1 43730 43910 CDS_15 CDS 1 44188 44285 CDS_16 CDS 0.91 44420 44854 stop_codon_2 stop_codon 44852 44854 gene_3 gene 0.61 46790 48780 transcript_3 transcript 0.61 46790 48780 start_codon_3 start_codon 46790 46792 intron_15 intron 0.73 46913 47537 intron_16 intron 1 47616 47709 intron_17 intron 1 47891 48158 intron_18 intron 1 48257 48345 CDS_17 CDS 0.69 46790 46912 CDS_18 CDS 1 47538 47615 CDS_19 CDS 1 47710 47890 CDS_20 CDS 1 48159 48256 CDS_21 CDS 1 48346 48780 stop_codon_3 stop_codon 48778 48780 gene_4 gene 0.72 49707 51763 transcript_4 transcript 0.72 49707 51763 start_codon_4 start_codon 49707 49709 intron_19 intron 0.72 49710 50531 intron_20 intron 0.98 50610 50703 intron_21 intron 1 50885 51140 intron_22 intron 1 51239 51328 CDS_22 CDS 0.99 49707 49709 CDS_23 CDS 0.98 50532 50609 CDS_24 CDS 1 50704 50884 CDS_25 CDS 1 51141 51238 CDS_26 CDS 0.99 51329 51763 stop_codon_4 stop_codon 51761 51763 gene_5 gene 0.26 53233 55258 transcript_5 transcript 0.26 53233 55258 start_codon_5 start_codon 53233 53235 intron_23 intron 0.26 53236 54019 intron_24 intron 0.9 54098 54192 intron_25 intron 0.99 54374 54641 intron_26 intron 1 54740 54823 CDS_27 CDS 0.26 53233 53235 CDS_28 CDS 0.87 54020 54097 CDS_29 CDS 0.99 54193 54373 CDS_30 CDS 1 54642 54739 CDS_31 CDS 1 54824 55258 stop_codon_5 stop_codon 55256 55258 gene_6 gene 0.91 56653 58737 transcript_6 transcript 0.91 56653 58737 start_codon_6 start_codon 56653 56655 intron_27 intron 0.98 56656 57496 intron_28 intron 0.99 57575 57669 intron_29 intron 0.97 57851 58115 intron_30 intron 1 58214 58302 CDS_32 CDS 0.95 56653 56655 CDS_33 CDS 0.99 57497 57574 CDS_34 CDS 0.99 57670 57850 CDS_35 CDS 1 58116 58213 CDS_36 CDS 1 58303 58737 stop_codon_6 stop_codon 58735 58737 gene_7 gene 0.71 82052 84415 transcript_7 transcript 0.71 82052 84415 start_codon_7 start_codon 82052 82054 intron_31 intron 1 83104 83265 CDS_37 CDS 0.72 82052 83103 CDS_38 CDS 0.98 83266 84415 stop_codon_7 stop_codon 84413 84415 AUGUSTUS_ab_initio de novo gene_8 gene 0.8 2825 2397 transcript_8 transcript 0.8 2825 2397 stop_codon_8 stop_codon 2399 2397 CDS_39 CDS 0.8 2825 2397 start_codon_8 start_codon 2825 2823 gene_9 gene 0.1 22067 6150 transcript_9 transcript 0.1 22067 6150 stop_codon_9 stop_codon 6152 6150 intron_32 intron 0.95 9541 7229 intron_33 intron 0.99 10721 9704 intron_34 intron 1 11756 11123 intron_35 intron 0.95 12104 11952 intron_36 intron 0.57 13239 12220 intron_37 intron 0.98 13667 13468 intron_38 intron 0.99 13915 13730 intron_39 intron 0.91 14294 14017 intron_40 intron 0.75 16611 14410 intron_41 intron 0.67 16852 16670 intron_42 intron 0.64 17026 16939 intron_43 intron 0.63 17687 17101 intron_44 intron 0.28 19801 17767 intron_45 intron 0.96 21903 19949 CDS_40 CDS 0.96 7228 6150 CDS_41 CDS 0.99 9703 9542 CDS_42 CDS 1 11122 10722 CDS_43 CDS 0.95 11951 11757 CDS_44 CDS 0.58 12219 12105 CDS_45 CDS 0.95 13467 13240 CDS_46 CDS 0.99 13729 13668 CDS_47 CDS 1 14016 13916 CDS_48 CDS 1 14409 14295 CDS_49 CDS 0.75 16669 16612 CDS_50 CDS 0.64 16938 16853 CDS_51 CDS 0.63 17100 17027 CDS_52 CDS 0.86 17766 17688 CDS_53 CDS 0.82 19948 19802 CDS_54 CDS 1 22067 21904 start_codon_9 start_codon 22067 22065 gene_10 gene 0.95 37799 36478 transcript_10 transcript 0.95 37799 36478 stop_codon_10 stop_codon 36480 36478 intron_46 intron 0.99 36711 36608 intron_47 intron 1 37709 36894 CDS_55 CDS 0.95 36607 36478 CDS_56 CDS 1 36893 36712 CDS_57 CDS 1 37799 37710 start_codon_10 start_codon 37799 37797 gene_11 gene 0.19 62253 59595 transcript_11 transcript 0.19 62253 59595 stop_codon_11 stop_codon 59597 59595 intron_48 intron 0.52 61382 61289 intron_49 intron 0.85 61676 61548 intron_50 intron 0.83 62061 61990 CDS_58 CDS 1 61288 59595 CDS_59 CDS 0.51 61547 61383 CDS_60 CDS 0.89 61989 61677 CDS_61 CDS 0.4 62253 62062 start_codon_11 start_codon 62253 62251 gene_12 gene 0.14 75727 63475 transcript_12 transcript 0.14 75727 63475 stop_codon_12 stop_codon 63477 63475 intron_51 intron 1 64396 63571 intron_52 intron 1 64651 64499 intron_53 intron 0.62 66687 64706 intron_54 intron 1 67187 66810 intron_55 intron 0.85 68376 67448 intron_56 intron 1 68794 68490 intron_57 intron 0.75 69928 69493 intron_58 intron 0.9 70314 69999 intron_59 intron 0.83 72183 70383 intron_60 intron 0.99 72455 72362 intron_61 intron 0.98 72668 72564 intron_62 intron 1 72937 72843 intron_63 intron 0.95 74772 73067 intron_64 intron 1 75523 75064 CDS_62 CDS 0.6 63570 63475 CDS_63 CDS 1 64498 64397 CDS_64 CDS 1 64705 64652 CDS_65 CDS 0.98 66809 66688 CDS_66 CDS 0.85 67447 67188 CDS_67 CDS 0.86 68489 68377 CDS_68 CDS 0.79 69492 68795 CDS_69 CDS 0.9 69998 69929 CDS_70 CDS 0.96 70382 70315 CDS_71 CDS 0.86 72361 72184 CDS_72 CDS 1 72563 72456 CDS_73 CDS 0.98 72842 72669 CDS_74 CDS 0.95 73066 72938 CDS_75 CDS 1 75063 74773 CDS_76 CDS 0.86 75727 75524 start_codon_12 start_codon 75727 75725 gene_13 gene 0.33 79425 78478 transcript_13 transcript 0.33 79425 78478 stop_codon_13 stop_codon 78480 78478 CDS_77 CDS 0.33 79425 78478 start_codon_13 start_codon 79425 79423 gene_14 gene 0.52 86945 84764 transcript_14 transcript 0.52 86945 84764 stop_codon_14 stop_codon 84766 84764 intron_65 intron 0.67 85653 84998 intron_66 intron 0.57 85841 85732 intron_67 intron 0.62 86792 85977 CDS_78 CDS 0.83 84997 84764 CDS_79 CDS 0.69 85731 85654 CDS_80 CDS 0.6 85976 85842 CDS_81 CDS 0.9 86945 86793 start_codon_14 start_codon 86945 86943 AUGUSTUS_tom_ugs de novo gene_1 gene 0.24 26127 35262 transcript_1 transcript 0.24 26127 35262 start_codon_1 start_codon 26127 26129 intron_1 intron 0.91 26260 27189 intron_2 intron 0.82 27244 29054 intron_3 intron 0.86 29192 30053 intron_4 intron 0.46 30218 32343 intron_5 intron 0.97 32579 32957 intron_6 intron 0.97 33031 33111 intron_7 intron 0.67 33171 34171 intron_8 intron 0.87 34325 35208 CDS_1 CDS 1 26127 26259 CDS_2 CDS 0.81 27190 27243 CDS_3 CDS 0.89 29055 29191 CDS_4 CDS 0.46 30054 30217 CDS_5 CDS 0.85 32344 32578 CDS_6 CDS 0.97 32958 33030 CDS_7 CDS 0.75 33112 33170 CDS_8 CDS 0.67 34172 34324 CDS_9 CDS 0.96 35209 35262 stop_codon_1 stop_codon 35260 35262 gene_2 gene 0.01 39099 58737 transcript_2 transcript 0.01 39099 58737 start_codon_2 start_codon 39099 39101 intron_9 intron 0.49 39147 43557 intron_10 intron 1 43636 43729 intron_11 intron 1 43911 44187 intron_12 intron 1 44286 44419 intron_13 intron 0.29 44787 46805 intron_14 intron 0.9 46913 47537 intron_15 intron 1 47616 47709 intron_16 intron 1 47891 48158 intron_17 intron 1 48257 48345 intron_18 intron 0.76 48720 49645 intron_19 intron 1 49710 50531 intron_20 intron 1 50610 50703 intron_21 intron 1 50885 51140 intron_22 intron 1 51239 51328 intron_23 intron 0.12 51674 54019 intron_24 intron 1 54098 54192 intron_25 intron 1 54374 54641 intron_26 intron 1 54740 54823 intron_27 intron 0.33 55169 56583 intron_28 intron 1 56656 57496 intron_29 intron 1 57575 57669 intron_30 intron 1 57851 58115 intron_31 intron 1 58214 58302 CDS_10 CDS 0.67 39099 39146 CDS_11 CDS 1 43558 43635 CDS_12 CDS 1 43730 43910 CDS_13 CDS 1 44188 44285 CDS_14 CDS 0.29 44420 44786 CDS_15 CDS 0.9 46806 46912 CDS_16 CDS 1 47538 47615 CDS_17 CDS 1 47710 47890 CDS_18 CDS 1 48159 48256 CDS_19 CDS 0.76 48346 48719 CDS_20 CDS 1 49646 49709 CDS_21 CDS 1 50532 50609 CDS_22 CDS 1 50704 50884 CDS_23 CDS 1 51141 51238 CDS_24 CDS 0.12 51329 51673 CDS_25 CDS 1 54020 54097 CDS_26 CDS 1 54193 54373 CDS_27 CDS 1 54642 54739 CDS_28 CDS 0.33 54824 55168 CDS_29 CDS 0.99 56584 56655 CDS_30 CDS 1 57497 57574 CDS_31 CDS 1 57670 57850 CDS_32 CDS 1 58116 58213 CDS_33 CDS 1 58303 58737 stop_codon_2 stop_codon 58735 58737 gene_3 gene 0.68 79608 79916 transcript_3 transcript 0.68 79608 79916 start_codon_3 start_codon 79608 79610 CDS_34 CDS 0.68 79608 79916 stop_codon_3 stop_codon 79914 79916 gene_4 gene 0.85 82052 84415 transcript_4 transcript 0.85 82052 84415 start_codon_4 start_codon 82052 82054 intron_32 intron 0.99 83104 83265 CDS_35 CDS 0.86 82052 83103 CDS_36 CDS 0.99 83266 84415 stop_codon_4 stop_codon 84413 84415 AUGUSTUS_tom_ugs de novo gene_5 gene 0.94 2825 2397 transcript_5 transcript 0.94 2825 2397 stop_codon_5 stop_codon 2399 2397 CDS_37 CDS 0.94 2825 2397 start_codon_5 start_codon 2825 2823 gene_6 gene 0.56 39014 36478 transcript_6 transcript 0.56 39014 36478 stop_codon_6 stop_codon 36480 36478 intron_33 intron 1 36711 36608 intron_34 intron 1 37709 36894 intron_35 intron 0.78 37906 37827 intron_36 intron 0.59 38990 37943 CDS_38 CDS 1 36607 36478 CDS_39 CDS 1 36893 36712 CDS_40 CDS 0.78 37826 37710 CDS_41 CDS 0.78 37942 37907 CDS_42 CDS 0.56 39014 38991 start_codon_6 start_codon 39014 39012 gene_7 gene 0.51 62253 59595 transcript_7 transcript 0.51 62253 59595 stop_codon_7 stop_codon 59597 59595 intron_37 intron 0.78 61676 61289 intron_38 intron 0.81 62061 61990 CDS_43 CDS 0.99 61288 59595 CDS_44 CDS 0.87 61989 61677 CDS_45 CDS 0.74 62253 62062 start_codon_7 start_codon 62253 62251 gene_8 gene 0.61 67425 63475 transcript_8 transcript 0.61 67425 63475 stop_codon_8 stop_codon 63477 63475 intron_39 intron 1 64396 63571 intron_40 intron 0.98 64651 64499 intron_41 intron 0.92 66687 64706 intron_42 intron 0.99 67187 66810 CDS_46 CDS 0.95 63570 63475 CDS_47 CDS 1 64498 64397 CDS_48 CDS 0.98 64705 64652 CDS_49 CDS 0.99 66809 66688 CDS_50 CDS 0.69 67425 67188 start_codon_8 start_codon 67425 67423 gene_9 gene 0.34 70506 68373 transcript_9 transcript 0.34 70506 68373 stop_codon_9 stop_codon 68375 68373 intron_43 intron 0.89 68794 68490 intron_44 intron 0.63 69928 69493 intron_45 intron 0.67 70314 69999 intron_46 intron 1 70472 70383 CDS_51 CDS 0.6 68489 68373 CDS_52 CDS 0.64 69492 68795 CDS_53 CDS 0.67 69998 69929 CDS_54 CDS 0.9 70382 70315 CDS_55 CDS 0.99 70506 70473 start_codon_9 start_codon 70506 70504 gene_10 gene 0.78 79425 72158 transcript_10 transcript 0.78 79425 72158 stop_codon_10 stop_codon 72160 72158 intron_47 intron 1 72455 72362 intron_48 intron 1 72668 72564 intron_49 intron 1 72937 72843 intron_50 intron 1 74772 73067 intron_51 intron 1 75523 75064 intron_52 intron 1 78572 75757 CDS_56 CDS 0.96 72361 72158 CDS_57 CDS 1 72563 72456 CDS_58 CDS 1 72842 72669 CDS_59 CDS 1 73066 72938 CDS_60 CDS 1 75063 74773 CDS_61 CDS 1 75756 75524 CDS_62 CDS 0.81 79425 78573 start_codon_10 start_codon 79425 79423 gene_11 gene 1 86945 84764 transcript_11 transcript 1 86945 84764 stop_codon_11 stop_codon 84766 84764 intron_53 intron 1 85653 84998 intron_54 intron 1 85841 85732 intron_55 intron 1 86792 85977 CDS_63 CDS 1 84997 84764 CDS_64 CDS 1 85731 85654 CDS_65 CDS 1 85976 85842 CDS_66 CDS 1 86945 86793 start_codon_11 start_codon 86945 86943 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.910 36337 36492 match_2 match_part 0.973 36385 36610 match_3 match_part 0.985 42734 42799 match_part 0.975 43558 43952 match_4 match_part 0.989 46610 46699 match_part 1.000 47538 47615 match_part 1.000 47710 47890 match_part 0.972 48159 48588 match_5 match_part 0.961 47840 47890 match_part 1.000 48159 48256 match_part 0.997 48346 48971 match_6 match_part 0.964 49627 49709 match_part 0.987 50532 50609 match_part 0.994 50704 50884 match_part 0.980 51141 51238 match_part 0.989 51329 52165 match_7 match_part 0.984 49646 49709 match_part 0.974 50532 50609 match_part 0.950 50704 50884 match_part 0.848 51141 51173 match_8 match_part 0.959 53163 53235 match_part 1.000 54020 54097 match_part 1.000 54193 54373 match_part 1.000 54642 54739 match_part 0.996 54824 55500 match_9 match_part 0.913 56610 56655 match_part 0.987 57497 57574 match_part 0.838 57670 57706 match_10 match_part 0.925 56616 56655 match_part 1.000 57497 57574 match_part 0.989 57670 57850 match_part 0.878 58116 58213 match_part 0.897 58303 58331 match_11 match_part 1.000 56631 56655 match_part 1.000 57497 57574 match_part 0.987 57670 58142 match_12 match_part 1.000 57838 57850 match_part 0.969 58116 58213 match_part 0.991 58303 58942 match_13 match_part 1.000 84599 84739 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.996 22157 21904 match_part 1.000 19948 19802 match_part 1.000 17766 17688 match_part 0.989 6332 5981 match_15 match_part 1.000 7086 6582 match_16 match_part 1.000 11816 11757 match_part 1.000 11122 10722 match_part 0.994 9703 9542 match_17 match_part 0.909 55424 55261 match_18 match_part 0.927 58939 58570 match_19 match_part 1.000 70566 70473 match_part 1.000 70382 70315 match_part 0.997 69463 68795 match_part 0.991 68489 68377 match_part 1.000 67447 67188 match_part 1.000 66809 66688 match_part 0.986 65356 65288 match_part 1.000 64705 64652 match_part 1.000 64498 64397 match_part 1.000 63570 63448 match_part 0.991 63006 62656 match_20 match_part 1.000 70483 70473 match_part 1.000 70382 69681 match_21 match_part 0.998 79046 78573 match_part 0.991 75756 75524 match_part 1.000 75063 74773 match_part 1.000 73066 72938 match_part 1.000 72842 72669 match_part 1.000 72563 72456 match_part 0.993 72361 71932 match_22 match_part 0.990 79829 79056 match_23 match_part 0.997 87186 86793 match_part 0.993 85976 85842 match_part 1.000 85731 85654 match_part 0.973 84997 84888 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 22157 21904 exon 19948 19802 exon 17766 17688 exon 6332 5981 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 7086 6582 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 11816 11757 exon 11122 10722 exon 9703 9542 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 36337 36610 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 42734 42799 exon 43558 43952 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 46610 46699 exon 47538 47615 exon 47710 47890 exon 48159 48588 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 47840 47890 exon 48159 48256 exon 48346 48971 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 49627 49709 exon 50532 50609 exon 50704 50884 exon 51141 51238 exon 51329 52165 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 53163 53235 exon 54020 54097 exon 54193 54373 exon 54642 54739 exon 54824 55500 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 55424 55261 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 56610 56655 exon 57497 57574 exon 57670 57850 exon 58116 58213 exon 58303 58942 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 56610 56655 exon 57497 57574 exon 57670 58142 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 58939 58570 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 70566 70473 exon 70382 70315 exon 69463 68795 exon 68489 68377 exon 67447 67188 exon 66809 66688 exon 65356 65288 exon 64705 64652 exon 64498 64397 exon 63570 63448 exon 63006 62656 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 70483 70473 exon 70382 69681 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 79046 78573 exon 75756 75524 exon 75063 74773 exon 73066 72938 exon 72842 72669 exon 72563 72456 exon 72361 71932 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 79829 79056 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 84599 84739 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 87186 86793 exon 85976 85842 exon 85731 85654 exon 84997 84888 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.950 37926 37907 match_part 0.991 37826 37710 match_part 0.995 36893 36712 match_part 0.983 36607 36376 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0064G08.1 type gene exon 37926 37907 exon 37826 37710 exon 36893 36712 exon 36607 36376 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.09 26127 35012 transcript_1 transcript 0.09 26127 35012 start_codon_1 start_codon 26127 26129 intron_1 intron 0.86 26260 27189 intron_2 intron 0.81 27244 29054 intron_3 intron 1 29192 30053 intron_4 intron 0.25 30244 30840 intron_5 intron 0.23 30906 31013 intron_6 intron 0.71 31157 32343 intron_7 intron 0.89 32579 32957 intron_8 intron 1 33031 33111 intron_9 intron 1 33171 34171 intron_10 intron 1 34325 34796 CDS_1 CDS 1 26127 26259 CDS_2 CDS 0.8 27190 27243 CDS_3 CDS 1 29055 29191 CDS_4 CDS 0.75 30054 30243 CDS_5 CDS 0.26 30841 30905 CDS_6 CDS 0.23 31014 31156 CDS_7 CDS 0.71 32344 32578 CDS_8 CDS 0.89 32958 33030 CDS_9 CDS 1 33112 33170 CDS_10 CDS 1 34172 34324 CDS_11 CDS 1 34797 35012 stop_codon_1 stop_codon 35010 35012 gene_2 gene 0.97 35052 36361 transcript_2 transcript 0.97 35052 36361 start_codon_2 start_codon 35052 35054 intron_11 intron 1 35104 35222 intron_12 intron 0.97 35327 36310 CDS_12 CDS 1 35052 35103 CDS_13 CDS 0.99 35223 35326 CDS_14 CDS 1 36311 36361 stop_codon_2 stop_codon 36359 36361 gene_3 gene 0.58 39099 44854 transcript_3 transcript 0.58 39099 44854 start_codon_3 start_codon 39099 39101 intron_13 intron 0.58 39147 42727 intron_14 intron 1 42800 43557 intron_15 intron 1 43636 43729 intron_16 intron 1 43911 44187 intron_17 intron 1 44286 44419 CDS_15 CDS 0.58 39099 39146 CDS_16 CDS 0.92 42728 42799 CDS_17 CDS 1 43558 43635 CDS_18 CDS 1 43730 43910 CDS_19 CDS 1 44188 44285 CDS_20 CDS 1 44420 44854 stop_codon_3 stop_codon 44852 44854 gene_4 gene 0.69 44876 51763 transcript_4 transcript 0.69 44876 51763 start_codon_4 start_codon 44876 44878 intron_18 intron 0.97 44894 46627 intron_19 intron 1 46700 47537 intron_20 intron 1 47616 47709 intron_21 intron 1 47891 48158 intron_22 intron 1 48257 48345 intron_23 intron 1 48720 49645 intron_24 intron 1 49710 50531 intron_25 intron 1 50610 50703 intron_26 intron 1 50885 51140 intron_27 intron 1 51239 51328 CDS_21 CDS 0.97 44876 44893 CDS_22 CDS 1 46628 46699 CDS_23 CDS 1 47538 47615 CDS_24 CDS 1 47710 47890 CDS_25 CDS 1 48159 48256 CDS_26 CDS 1 48346 48719 CDS_27 CDS 1 49646 49709 CDS_28 CDS 1 50532 50609 CDS_29 CDS 1 50704 50884 CDS_30 CDS 1 51141 51238 CDS_31 CDS 0.71 51329 51763 stop_codon_4 stop_codon 51761 51763 gene_5 gene 0.37 51785 58737 transcript_5 transcript 0.37 51785 58737 start_codon_5 start_codon 51785 51787 intron_28 intron 0.6 51798 53173 intron_29 intron 0.98 53236 54019 intron_30 intron 1 54098 54192 intron_31 intron 1 54374 54641 intron_32 intron 1 54740 54823 intron_33 intron 0.61 55198 56591 intron_34 intron 1 56656 57496 intron_35 intron 1 57575 57669 intron_36 intron 1 57851 58115 intron_37 intron 1 58214 58302 CDS_32 CDS 0.6 51785 51797 CDS_33 CDS 0.6 53174 53235 CDS_34 CDS 1 54020 54097 CDS_35 CDS 1 54193 54373 CDS_36 CDS 1 54642 54739 CDS_37 CDS 1 54824 55197 CDS_38 CDS 0.61 56592 56655 CDS_39 CDS 1 57497 57574 CDS_40 CDS 1 57670 57850 CDS_41 CDS 1 58116 58213 CDS_42 CDS 1 58303 58737 stop_codon_5 stop_codon 58735 58737 gene_6 gene 0.61 79608 79916 transcript_6 transcript 0.61 79608 79916 start_codon_6 start_codon 79608 79610 CDS_43 CDS 0.61 79608 79916 stop_codon_6 stop_codon 79914 79916 gene_7 gene 0.77 82052 84415 transcript_7 transcript 0.77 82052 84415 start_codon_7 start_codon 82052 82054 intron_38 intron 1 83104 83265 CDS_44 CDS 0.77 82052 83103 CDS_45 CDS 1 83266 84415 stop_codon_7 stop_codon 84413 84415 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 0.95 2825 2397 transcript_8 transcript 0.95 2825 2397 stop_codon_8 stop_codon 2399 2397 CDS_46 CDS 0.95 2825 2397 start_codon_8 start_codon 2825 2823 gene_9 gene 0.05 22067 6150 transcript_9 transcript 0.05 22067 6150 stop_codon_9 stop_codon 6152 6150 intron_39 intron 0.95 9541 7229 intron_40 intron 1 10721 9704 intron_41 intron 1 11756 11123 intron_42 intron 0.3 13239 11905 intron_43 intron 0.54 13667 13468 intron_44 intron 0.83 13915 13730 intron_45 intron 0.57 17687 14017 intron_46 intron 0.34 19801 17767 intron_47 intron 0.53 21903 19949 CDS_47 CDS 0.95 7228 6150 CDS_48 CDS 0.96 9703 9542 CDS_49 CDS 1 11122 10722 CDS_50 CDS 0.45 11904 11757 CDS_51 CDS 0.49 13467 13240 CDS_52 CDS 0.81 13729 13668 CDS_53 CDS 0.87 14016 13916 CDS_54 CDS 0.71 17766 17688 CDS_55 CDS 0.39 19948 19802 CDS_56 CDS 0.86 22067 21904 start_codon_9 start_codon 22067 22065 gene_10 gene 0.68 39014 36478 transcript_10 transcript 0.68 39014 36478 stop_codon_10 stop_codon 36480 36478 intron_48 intron 1 36711 36608 intron_49 intron 1 37709 36894 intron_50 intron 1 37906 37827 intron_51 intron 0.7 38990 37943 CDS_57 CDS 1 36607 36478 CDS_58 CDS 1 36893 36712 CDS_59 CDS 1 37826 37710 CDS_60 CDS 1 37942 37907 CDS_61 CDS 0.68 39014 38991 start_codon_10 start_codon 39014 39012 gene_11 gene 0.27 62253 59595 transcript_11 transcript 0.27 62253 59595 stop_codon_11 stop_codon 59597 59595 intron_52 intron 0.79 61676 61289 intron_53 intron 0.78 62061 61990 CDS_62 CDS 0.5 61288 59595 CDS_63 CDS 0.9 61989 61677 CDS_64 CDS 0.72 62253 62062 start_codon_11 start_codon 62253 62251 gene_12 gene 0.86 70506 63528 transcript_12 transcript 0.86 70506 63528 stop_codon_12 stop_codon 63530 63528 intron_54 intron 0.96 63656 63571 intron_55 intron 0.88 64396 63680 intron_56 intron 1 64651 64499 intron_57 intron 1 65287 64706 intron_58 intron 1 66687 65357 intron_59 intron 1 67187 66810 intron_60 intron 1 68376 67448 intron_61 intron 1 68794 68490 intron_62 intron 1 70314 69464 intron_63 intron 1 70472 70383 CDS_65 CDS 0.92 63570 63528 CDS_66 CDS 0.88 63679 63657 CDS_67 CDS 1 64498 64397 CDS_68 CDS 1 64705 64652 CDS_69 CDS 1 65356 65288 CDS_70 CDS 1 66809 66688 CDS_71 CDS 1 67447 67188 CDS_72 CDS 1 68489 68377 CDS_73 CDS 1 69463 68795 CDS_74 CDS 1 70382 70315 CDS_75 CDS 0.98 70506 70473 start_codon_12 start_codon 70506 70504 gene_13 gene 0.85 79425 72158 transcript_13 transcript 0.85 79425 72158 stop_codon_13 stop_codon 72160 72158 intron_64 intron 1 72455 72362 intron_65 intron 1 72668 72564 intron_66 intron 1 72937 72843 intron_67 intron 1 74772 73067 intron_68 intron 1 75523 75064 intron_69 intron 1 78572 75757 CDS_76 CDS 0.99 72361 72158 CDS_77 CDS 1 72563 72456 CDS_78 CDS 1 72842 72669 CDS_79 CDS 1 73066 72938 CDS_80 CDS 1 75063 74773 CDS_81 CDS 1 75756 75524 CDS_82 CDS 0.86 79425 78573 start_codon_13 start_codon 79425 79423 gene_14 gene 1 86945 84764 transcript_14 transcript 1 86945 84764 stop_codon_14 stop_codon 84766 84764 intron_70 intron 1 85653 84998 intron_71 intron 1 85841 85732 intron_72 intron 1 86792 85977 CDS_83 CDS 1 84997 84764 CDS_84 CDS 1 85731 85654 CDS_85 CDS 1 85976 85842 CDS_86 CDS 1 86945 86793 start_codon_14 start_codon 86945 86943 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 155 82109 83089 match_2 match 171 82037 83101 match_3 match 166 82052 83089 match_4 match 165 82109 83089 match_5 match 149 82109 83089 match_6 match 152 82109 83119 match_7 match 149 82109 83089 match_8 match 149 82109 83089 match_9 match 165 82121 83089 match_10 match 163 82121 83089 match_11 match 163 82121 83089 match_12 match 165 82121 83089 match_13 match 163 82121 83089 match_14 match 168 82046 83089 match_15 match 168 82049 83131 match_16 match 107 82109 83095 match_17 match 59.3 43558 43635 match_18 match 59.3 47538 47615 match_19 match 59.3 50532 50609 match_20 match 59.3 54020 54097 match_21 match 59.3 57497 57574 match_22 match 312 51137 51751 match_23 match 307 54638 55231 match_24 match 67.8 58112 58225 match_25 match 70.1 48152 48268 match_26 match 262 44417 44827 match_27 match 262 48343 48753 match_28 match 262 58300 58710 match_29 match 117 43730 43909 match_30 match 117 47710 47889 match_31 match 117 50704 50883 match_32 match 117 54193 54372 match_33 match 117 57670 57849 match_34 match 164 82049 84304 match_35 match 113 82070 84262 match_36 match 117 82028 82987 match_37 match 180 82052 83089 match_38 match 181 82067 83089 match_39 match 196 82052 83089 match_40 match 161 82052 83086 match_41 match 161 82052 83086 match_42 match 59.3 43558 43635 match_43 match 59.3 47538 47615 match_44 match 59.3 50532 50609 match_45 match 59.3 54020 54097 match_46 match 59.3 57497 57574 match_47 match 312 51137 51751 match_48 match 307 54638 55231 match_49 match 67.8 58112 58225 match_50 match 70.1 48152 48268 match_51 match 262 44417 44827 match_52 match 262 48343 48753 match_53 match 262 58300 58710 match_54 match 117 43730 43909 match_55 match 117 47710 47889 match_56 match 117 50704 50883 match_57 match 117 54193 54372 match_58 match 117 57670 57849 match_59 match 22.3 43609 43635 match_60 match 22.3 47589 47615 match_61 match 22.3 50583 50609 match_62 match 22.3 54071 54097 match_63 match 22.3 57548 57574 match_64 match 312 51137 51751 match_65 match 307 54638 55231 match_66 match 67.8 58112 58225 match_67 match 70.1 48152 48268 match_68 match 262 44417 44827 match_69 match 262 48343 48753 match_70 match 262 58300 58710 match_71 match 117 43730 43909 match_72 match 117 47710 47889 match_73 match 117 50704 50883 match_74 match 117 54193 54372 match_75 match 117 57670 57849 match_76 match 159 82109 83089 match_77 match 162 82121 83089 match_78 match 162 82121 83089 match_79 match 186 82121 84313 match_80 match 59.3 43558 43635 match_81 match 59.3 47538 47615 match_82 match 59.3 50532 50609 match_83 match 59.3 54020 54097 match_84 match 59.3 57497 57574 match_85 match 312 51137 51751 match_86 match 308 54638 55231 match_87 match 67.8 58112 58225 match_88 match 70.1 48152 48268 match_89 match 262 44417 44827 match_90 match 262 48343 48753 match_91 match 262 58300 58710 match_92 match 117 43730 43909 match_93 match 117 47710 47889 match_94 match 117 50704 50883 match_95 match 117 54193 54372 match_96 match 117 57670 57849 match_97 match 110 82109 83095 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_98 match 171 61349 59805 match_99 match 29.6 61441 61379 match_100 match 108 61289 60348 match_101 match 145 2759 2406 match_102 match 69.3 72830 72453 match_103 match 58.2 72370 72167 match_104 match 40.4 73051 72938 match_105 match 157 79425 78580 match_106 match 134 75216 74773 match_107 match 122 72842 72453 match_108 match 108 72364 72164 match_109 match 72.8 73060 72929 match_110 match 120 13468 13244 match_111 match 572 7301 6165 match_112 match 252 11124 10717 match_113 match 120 13468 13244 match_114 match 572 7301 6165 match_115 match 252 11124 10717 match_116 match 120 13468 13244 match_117 match 572 7301 6165 match_118 match 252 11124 10717 match_119 match 77.8 62253 61363 match_120 match 150 61310 59670 match_121 match 174 61208 59649 match_122 match 59.3 62253 61444 match_123 match 164 61304 59652 match_124 match 24.3 61441 61379 match_125 match 179 61232 59682 match_126 match 167 61352 59628 match_127 match 22.7 61441 61379 match_128 match 167 61352 59628 match_129 match 22.7 61441 61379 match_130 match 159 61235 59655 match_131 match 162 61235 59652 match_132 match 162 61235 59652 match_133 match 158 61235 59760 match_134 match 162 61235 59652 match_135 match 158 61295 59652 match_136 match 21.6 61465 61394 match_137 match 181 61304 59670 match_138 match 117 72830 72453 match_139 match 164 79068 78580 match_140 match 105 75757 75524 match_141 match 132 75063 74773 match_142 match 102 72364 72164 match_143 match 67.4 73060 72938 match_144 match 243 69385 68792 match_145 match 163 67449 67189 match_146 match 167 2762 2406 match_147 match 57.4 62253 61441 match_148 match 204 61367 59661 match_149 match 110 2741 2406 match_150 match 144 61325 59829 match_151 match 85.5 62253 61357 match_152 match 175 61352 59790 match_153 match 76.6 62253 61357 match_154 match 173 61355 59769 match_155 match 77.4 62253 61426 match_156 match 168 61352 59790 match_157 match 28.1 61441 61394 match_158 match 131 61289 60033 match_159 match 131 61289 60033 match_160 match 77.8 36609 36481 match_161 match 124 36893 36711 match_162 match 265 79359 78574 match_163 match 134 72842 72453 match_164 match 120 72364 72161 match_165 match 150 75063 74773 match_166 match 131 75757 75527 match_167 match 82.4 73066 72929 match_168 match 202 2798 2406 match_169 match 115 2735 2406 match_170 match 189 61289 59649 match_171 match 30.4 61441 61379 match_172 match 211 61295 59649 match_173 match 27.7 61441 61379 match_174 match 211 61295 59649 match_175 match 27.7 61441 61379 match_176 match 75.5 36609 36481 match_177 match 124 36893 36711 match_178 match 75.5 36609 36481 match_179 match 124 36893 36711 match_180 match 72.4 62253 61345 match_181 match 210 61295 59649 match_182 match 113 72833 72453 match_183 match 169 79068 78580 match_184 match 139 75063 74767 match_185 match 103 72364 72164 match_186 match 68.6 73060 72938