C02SLm0045L06.2 GATCTCTCTCTCACACACACACCATCTTTTTGTTCGTGCATTACATATGCAGCCAATGAA AAACATATTGATGTGTCCTCTCTCGTAGTTCTTCTACTCTTGTGTGTCTTTTATGCCTAA ACTTCACATCTACTGCTTATATTTGAATGTTCTTTTCTCAGACATTATTAATGAGTGCTC TGTAGTGGTGCGCATTATTCAGTTTCAACAAAATAGACTGATAGCATTCCTGGGGTTATT AGGACTGATCTAATCAGTAACTGGATTAGTTTTAGTTTAAAATGTAGGACATTTTGATCT TTTGGCTTGGTCTGAGTTTCCAATTAATAATGGGTATCATTGAAGTGTGTGACCATCTTA TCTAAACGCTTAACCTGTTAGAGAGAACGCACTTTCATTATTACACGCCCGCTCACGTGT GGGCCTGATTCATTTTTCATGGACCAAGCACATGAAAATTCTTTTTGATATTGGTGGCGG TGAGATTCAATCTTACGACCTCTACCTGCTCTATGGTCCTACCTGCTCTCTACCCCATGT TGAATTGTGCAACCATCTCATCTAAAAGTTTAAGCTCCTAGAGAGAACACTTTTATTATT TCATTATATTCTCAATGGGTGTAGTAAAAATTGAACTTATGTGCACTTTTTTTTTTTGAT AACGTTGTAGTCGTATTCTTCAGCATTAAGGGTATGCTGGCCACCTCCAAAAAGTTACAA GCTAATACCATAATGACATTGAACTTATGTGCACATATATAGTGCTAAGACTAAGATTTC TGTGTATGCTTTTTGTCCTGTCCTTTTAGCCTCTTTTTTTTTCCCTTGTCTCCTCCTTTT GCTGAATAATTCTCACTTTGTCGTCTTGGCTTTGTCACCATGATCTTCATTTCATCCAAT TCTTCAAGCTACTGAGGAGAAAGTTATCTCAGGAGGATGTGATTATGGTTTCAGTTTATA TGAGCCCTATTGCATTCATCCTGTTTGTATTCTTCCTTTGTTTTTTCTCGGTTTTCTTTT TCCTAGTGAATAGCTTGTCCTTGGTAAACACATGCAATGAATGTTGTGTCGGAGTGGATC TCCCCGGTTTTGTGTAACAATCTGTCGATCTCATATCTAGGTCATCATTCTTGACTCATC TCTTCGAGATAAATGTGGGATCAATTATTAATTTAGTGTTAAAATAATGTTATCAGTAAA AGATAAATATAGTGTTAAAATACTTGAAAATCCTTACCGCTTTTGAAGGTTTCAACCTTC AGCAATTGCTAAAGTAATCGATTCCTTGCAGGCTTATCTTAGTGCAATCATTGTTTACCT ATATGCCCACGACTTTAAGCAAGCGGAGAAGTGCTACAATGATTGTTGTCAGTAAGTTAC TTACGCATTCATGACTTTAAGCTACAAGAATTTTTGTCCGTGTAATGTTGTTTTTTACTT TTTCATCGCCAAAGTTGGAAGTTGAGAGCTAATGGAGTCCATTTCAGAAACGTTATGCGT CAAATTTGGTTTAGTTTATTTTCAGTTTTGCTACACCTAAATGTCTACCTTTTTATCAAT ATATATGCATTTTAAACCACTTCTCTGCTGTGTTATCAGTCCCGTTAAATCTATTACAGT TTCTAGTGCAATACTATCTTTATCTTGTGAAGCTCACTGTTTAGCATCCTCCTTTTCGTT TGCACATCTTTCTTTATGGTGCTTGGGGGTTTAGGAATATGTCTTACATGGTAAAAACAT TTTACCTTGTTAGAAGAAAAGATGTATTGCATCTGGAAAACCCAGAGAATGGGCAGTTCC AAAGTGTTCTTTGACTTTTCCAACAAAGTGATCCAAGGATGAGACGTACAATGATGTGAT TTATGTTTTTACTGTCTCAATGCATTTCCTCCACTTCCCTTTGACGAGCAATTTCTTCAA CCTTGTTTAACCTGGTTACTTGAATCCACTTGCTTATCATGAAGTCTAAGAGTGCCAGAT CCTATACTGCAATCACCTGGGTTAGTCAAACTTGGTGATTTTTTTGGTAAGAGATTAGTC GATAACTAGGCATCTCTGGATTTTAATATACTCATCATTTCCCTAGAATCTCAGTGTCCG TCTGCTTAGATACTCTTTAGCTTGTATTTCTCTTATTGGACGTCACATTCATTCATGCTT TCAAATCATCCCCCCCATCTTCCACATGCATGGTTAAGGTAAATGATGTTTTTGTTGTGT CAAAGCACGAGTTTTATTGAAAATGACTGGTGGGTTAGTACCAAGAGGTTAGTTTACTCC TAGTTAATATAAAATTTCTTTCAATACCTAAATAAATGTGCTTGCTGTAAATTTTTGTTC CCTGGTTCAAAATTCTTTCCCTTTATTATAGAGCGGTAAATTTATGCCCTTTAATCTAAT TGTACAAGTTCCCTCCTCTATTCTTGCTGTAAGGCTTTAGAAAATCACACAATTAGTATG TGAGTCACGATTAAGTGGGAAGAATTACTTGTTAGAATATCAACTAAGACAATGATAGCT GAGACAGAAATGTGGACCTCCAGAAACTTGCTTTAGTCTAACATCCTTCTATTTTGGTCT AAAATATCCTCTTATTTTTATTTTATCTGGTAGGTATCTATGCACACCCTTCCTATTCAG CTTTTCGTGTTTATCTTTCTCAGACTTATGAATCTATATGGACAATTTATATTTCAAGAT CATATTTTCTTCTGGAATTGATAATTTCTCTCATATTTTTAGTTTACTCATGATTTTATC AGGTTAAGTGATTTTACTAAAAACACGGGTGATGGCTCTTCTTTGTAGGGTTGAAGTTTT CCTGAATAGCGATCAAGGTCGCTGTGCTGGTAAACTTCTTTCTGCATATGCTGACGGCGA TGTTGAGGATATTAAACGGGTGTCACAATCAAGCACTGTTTCAAATCTTGATCACACGGT TAGTGATGCAGTATCAGAGTTTTAAGTCAAGATGATGAGTGCTAATTACTGTTGTGTGCT TACTAATTTTGCATTGCTGACTGCTGAGAGCAGCTCTTTTTTGAAAATAAAGCTCGGTAT TTAAGCGGAGAAGGGTAGAGGGGCGGGCCCATTATCCACCGAGTTTAAAAGACTGTGATT GGTCCAAAGGGCCGATCACAAACGAATTTCTCGGTTATAAAAAAAATGTATAAAATTTCA ATTATTTGGTTGGGTTTGGCGCTTAGGCTTGTATAGCATTTTCTTTATTTAAAATAGGTG GCCAGTTATAGGTTCTCAGCTTTTTGGTAAAAATGATCACCAAGCTTATATTTAAACTAG ACTAGAGATTCCTTAATCATGGTTTTCTAGCTATAAGATTTTTCGAGCACCTTTTCAGCT AAATCAATCGTCCCGACACAATGTAACTTGTATATTCCCCTGATATTTATTCTCCCAAGG CTGTTTACTCAAATACTATTTTCCCTGCTTGCTTTAGAACTGCTTCCCAGAAGTGAAAGA GTCATTCATCTCAACTTATTTTTACGCCGAACTTTTTATCTTGTTAAGTCTGCATAGCTG TTTCATTTTCAATGCTTAGCATAACACTGAGCATGATTAGTTAATTTTCACTTGGACGAT AATGTAAGGAAATTAAGATGAGCAAGCAAGAAGCATCATTTGTGTGACGTCTATGTGCCT TCTCTTTTCTCCCTTGCTGTATTAACATAATTGCAATAAATCCAGATCGTCAAGATTGCA AGGAAATTGCCTACAGGGGATGTTAGCGCACTCAAGAATGAAGCCATGAAAGACAATGAA GATCCTTTGGATGAGGATGATCTGACCTAAACTTTCACTAGTTGATGGAATGAGTCGAAG CTTTATGTGTGCTGAGTTTGTGTCTGGAACATCGAGTCTTGCTTTTACAATCTATCTTGC TAGATTTATCAGCTATATCATGACAAATTGTCTGAGGAAAACCCTGTACAGAAGAATCTC ACAAACCCTCCCTCCGTTGATTGCTTTGCAGATTGGAAGCTTTTGTTCATGAATATAATT GATTATTGGGTAATCTTAGCAGTGTGGTTCTGTACTGTGTTTATCTGCTCCTATTGTTCC TCCAGCACTGACCATAAAGATGGTGTAAAATGTGTTTGTCCATCTACTACTTGAAAATGC ATGTGTTTTTTGTCCATTACAAGTGAGCCACTACTCTAATTTGATAGTTGTAAAGGAACA AAACTAGGACATGATTGCTTGATCAACCAAACCAAAACTTAGCAATATCTTTATTTGGAA GCCTTGGTATATGCAGAAAAATCAAGAACCAATTTCATCTTTACGAGGGACGATTAGCAT GACCCCTGCGCATGGATAATACACACAAATACTGAAATTGTAAGTGTAAAAATGGATAAT ACACACAAATACTGAAATTGTAAGGGTAAAAAAAATAATTCCAGCCATCAAGTATGGAAG CAGAATTTGTTTTTCCTCAAAGGTGAGAACAATAATAAGTTCCTGAACAAAATCATATCA TACTTATTTATCATCAACAAATAAGTTATCTATCTACATTTAAAACACATTTACAGAGCC TAACAAATCAAAAAATTGGACACTCAACAATATTACAAGAAAAAAGAGAAAAGTGTTATC AGCTTTATCAGCTATTAGTTGTGTTGTATGAAATTTTTACTATGACTGACAAAGGAATAT TTATAACATGACCCTGGTTTCCAAATAGTCCAATTCTTCCAAAGCTTGGTGAAGAGTTGT TCATAGTAGCATTAAAGTCGACACTCAAGACCTGTTGCTGCCCACACGCAATAAAAAAGC GTGCTGGTGTGACCTTCATAGAAGCACCATAAGGCGCACTCCAACCAACAACATATGTTT CATTGGCAGCAATATTTATCAATGTTCTTTGAACTGTTCTGGTTTGATTCAGTTTCGATA TCGTGATTGAAGGTAAGTTCAGATCAGTTCCACTCATTGTAGATGCTCCACAGCTCTCAC CAGTGTAGTTCCGTACCATAGGTGCCGAACCATTTATGCCACAGAGGAATGACATGTAGT CGCTATAGCCTACATTGAAAATTTTCAAAATCCATATCAGACTGGCAGAAATGAAGTGAT ACAACAAGAACTACCAATTCTAACCCCTCTCCTTGACTCAAACTTGTAAGCGAGTCACAG AAGTATATATGTCTGAAGTAAATACATGTAACAGCTTAAATAAGACTGGGTATCATTTAT TTTCTCCATGAAGTTTTGAGTGGTCTGCAGTGATCTTTATCAGCACAAATCAACAACATA GACCTTTCAAGCAAACCAAGTTCTAGACTTACGCGATATCGTGCTTAAACTAGTTTAAGA TGTACTAATTTATTCAACACTACAACAAGTACAATCACAAGTGTGATATACCACAGCATC TGCCATTCATATTTTAATAGCATCTGATAACTAGTTAATGTTATAACCAATAGTATCCTA GACTTCGATCGCAAAGAAGAGTAGCTTCTTACCTGTGTCAAAAATAAGTCCTGGATCCAG TGCTGCAGTAGCATTCACAAATCCACTTCCCATGTCAAAAGGTGTCGCAGGAGACTGGTT TGAATCTGGATTAGCATATGAACGCTGGGCCAATATCGGACCACCGTACTTGTCAGATAG AGAAGCCGTGGTAGAAAGTGCAGATCCAATAGCAGCAGTACTAAGATTAGGAAATTTCTG CTTAATCAGTGCTGCCAGACCAGCAACATGAGGGGCAGCCATGCTGGTTCCAGACATCAT TGCAAAATCTTCACCTAAATTCGATCAAGTGACATAGGTAAGTAAACATATAATGTTATT TTCATTGATGTACAAGTAGAGCCCCTTTTCCTCTTTCCATTAGTAGCTTTACAAAATCTA CAAGCTTTATTTAGTTAAACTACCTTCAAACTCAACCGAGTCCATGCCACCAGAACTCCA AGCTGCCCATATAAGATTTCCTGGGGCAACTAGGTTCGGTTTCAGTATGTCTGCATCATC AAGAAAACTATCTTCTGGATCTGGTCCTCGAGCAGAATAAAACATAACATTCGGAGCAGA TAAGCTGAAATTTGCTTTAAGACCCCCTGAAATGCTTGCAACTGCCCCAAACCTTGTAAT TTTCTTAGTAACTTCATCTTGGTCCAGTGAAGAATTGTAGTACTGAAGTAAGATCTGCCA AAATTACTTGAATCAGAAAATGCAAATGGCAAATAAATACTTGGGTGCATGGAAACAAAG CTTAGAAATAACTTGAAGCAGGCTGACGAAAATGTACGTATGTCGTCTTTAAGAATTTTA TCACACTTCTAGGAAGTTTCAAGTTTTAACTAGCGGTAGCAAATTGACCCAGACCCATCT GTCCACCCATAAGTTACAAGAATGCTTTCTCTATGAGGCAAAAGTCTTTACTTCTTTCTT AACATTCGAGTTCAATCAAACACCGTCATATAAATCAAATGGAGGGAGTAGCATATTTCT AGGCATACCTTCGAATCATTTGCAGATGGAATTATGATGCCAGGCAATCGCATTGGAGTC GGATTGATTTGAAAGCCAATGACAAAGGGATCCATGCAGAACACAACACCAGCTGCACTA AGGTTCTTCGCAGTTTCCAGGGCCTGTTTGATGGTAGAAAGGCCAAGCACAAAGCGGACA GAGTAGCTGCAAACTAACAGATTCCCTTGAACAAGAGTCTGATTGAAACTACTGGCATCT TGGCATTCACCCACATACATATCACTAGCAGCTGTGTCATTCAAAGCATGACTTGCCATA ACTAGAGTGTACATGCTATCTGTTCCAGCTGCAGCAAAATACAAAACTTTTGAAGCCAAC CATGCGACAGGAACTTCTTTAAAAGATTCAAAGAACCTTATTGGGCAACAGGCTAGCCCC CACTAAATTGTAGTAATTGCTGAAGTGGTGTGCAAGCTAAAATCAAACAACTTCTTTTGC ATCCAAAGAATGATGGTTACCTCACTTCATTGTTGTATCCAGAAGCAAACTAAACAATTT AGGCCTACGAAAGAAAAGCAGACTCTACAAGCCAAAATGTCTTGGAACATGCAAATGATA AGTTTACCGAGTTCATGATTATATGTTGATGATGGATGTGTCAGAGAAGAGAGAACCACA AGGAATCGTGCTTGGCAAATTTGCATAGACCAAAAAATAACATGGGAATTTTTATATCAA GTGATTTTTTTAGTGTCATTCATCTTCTCCAGAAATGTTACTTAACCTGGAGTAAATTTT TGACTAATTGAGATAGGAGAACAAAATTGGTTCAAAATTGACAAGAAAAATATCCCTTAA TGGGAAAATATATAGGCTGTTTTTTTGAGAAAGAAAAAAAAAATTATAGGCTGTTTGTCC ACATTCTTTAACATTTCTAAGTGATTATAGCTTGACGAAACACGAAAACAACCCCACAAA AGTCATCTTTCATTCTCCATGATTTTTAATTAAGATAAACTTCTCGAGAGCTTTTTGACT AAAAATTATAGAAGAATAATTACTAAATCAATCTACAAGATAGACTTACGTGCAAGTCCA ACTCCAGCTATTGTGATATTATTTCCCAGCACTATAGAGTTACTATACACCCTGTCATGG GTTGAAGCACCAACAGTGAAGATCCATGGACTGAAGGAAGAAACACTTTTAGGTGAAGGA CCAGTATTGCCAGCTGCTTGTACTACAAAGATGCCAGCCTTAACTGCTGATAGCAAGGCC ATGTCTATAGGATTAAAGAAAGTCGCAACACCAGGAGGACGCCTGTTTGGGGTGATCGAT AAATTGATAATGTCCACACCATCCTGAGCTGCCTATAAATGAAAACAGATAAGTATCAAA ATGCTAAGAATCAAGATTTTTACTTTCTTCTCTCGTTTCTGTGAAGTCTAAACAACAAAA ATACACTCCTTTCTTTAAGCCTTTCTTCTCTACTCTCTAGAAAAGTAAAGATACCTGGTC TATAGCAGCAACAACATCTGCAGCAAAGCCACCAAAGCTCTTGTATAATGCTTTATAAAC TGCAATGCTGCAAATACGAACCTGTGATCAGTATCTCATTCTAGTTTATAGGATTTGAGG CCAGAGAAATATTGTACCTTGGGAAATAATTCCAAATGTGAGTCTAGTATACAGGAAAAC TCAAATTATTGAGACATGCACACTAAGGGAAGTTGACACTTGACAGAGCAGATTAAAAGT AATAGTAGATTCTTGTTGGTTTCACGAAGGGCTCACAACTCAAGCAGTTGCTAACTTCTC CAGGATCTAACTCTCATTGGAAATAACGCATCCATAATTTTAGGAGTTCTTAGGTGGTCC ATAAACACCAGGAAGAAATATCAGTAAAGACGAATTCCTGCAATTGTAGTCCTACAGGCT GAGCTCTAATCCAGTAATAACTGGCTTTTCAAAAGTCATTTGAAGTTTTCTAAACTGTTA AAGACACTTTAACTTCAGTAATTTTTGTATAAAAAAGGTATTTAAGCTAAACTTATAAAT ATAATCAGGAGCTATAGCTGTAAAAATGGTGCTGTTTTAGCAGTCATTGCATCACATATT TCAAAAGAATAGCATGCCCAGAGCCCCAGACAAACCATAAACAGACATCTCAAAGAGAGA GAAGTTGGAAGAGGAGCGGAAGAGAGAATAAGCATGTAAGTTGTTTGTAATCTAGTGTAG GCATACACATCAATACAAAGCACAGGCAACATCATCGGTATCATTTTCAGGATCTCTTCC AAATAAACAACAACATACCAGTTACCAGTGGGGTCTTGGGAGGGTACAGTGTATGCAAAA CCTTATCCTACCTCGCAAACCTTACCCTACCTCACAGTAGCGAGGTTGTTTCCAAATAAC AGACTATAACTACAAGTTGAGCATCACAATCACCATAGTTATTCGTAAATCAAAAAGGAA AAAGATTCAACTTTTGAGGGTCCTTACTGTGCACGAGGAGCCATTCCACTAGCATCTCCA AAGTGATGTCCAGCTACAACAACAGAGATTCCATGGTTCCCTGCTGCAACTGAAGCTGTA TGCCTGAAAGTAGTTAAGAAAATTCAAGCCACTTGTAGTAGAAATTACTTTCAGTAAACT AAAAATTCAATGAATATGAGCAACTATCTACTTGGAGAATGCATGCCAATTATATCAAGA AGGTCTGAACCGTCATCCATTTTCTTTTTCCGTGAGTGTAACTATGTGTGTGTTTGTCTA TATGTTGTGTGGGTTTTAATTCTTTGGGATCCTCAAGGGTACGTCCATTGCTGTAAGCAT ACTAATTGTAGTCCAACGGAAGTACTTTAATATCACCAAAATCTAAATAAAGTAACTCCT TTCAGCTATACAGAGGGAAGATGGTCTATTAGAAATTCGAATCAACTTACTTTTGCTTCT TCCACGTATCAGTCTATACTGCAGGTTTGTTAGATAAGTTATCCTACACAGTACCAGATT TTAAATTTATGAAATTGCATATTTCGCTTGTTACATGAAAAAGTTCTATCATAAGAAACA AAAATGGATCATTAGATATCTCAAAACAGGAAGCATAAACGAATTTTCAGAAAAGCACGA TATTTGTGGTAGGCTTAGAAGGTTTCATGTGCCTGTCATTTAATGAAGAATGAATATATT TGGTATGAATGTATTTGGTTATCCCGAATTCCCAATGGTTCCAAGTGGAGAAAGACTAAC TTCTATCGAAAGAACTTCCACTTTTATAAGAGGTTAGAGCATTATTTGTCTAAGCAAAAC AAATTAATAAAAACCAGGCATGTGGATTATAAAATAAGCATGTCAACCAAGGGCAATTGC TTCTTCGAGACCAATTCCAACAAAATTCGAGATTGGAATGAACTACTAGTTAGACCCCGC AGCCACTTTGTTGGCACTAACGATAGGGCTTAGTTCTCTAGAAATTGGTGTGCTCTCCAC AGAGTGCTTAAGGACAAAAAGCTACAGAGAAGTGGTCCCATAAGATAGATAAGACTTACG TCCCATGGCCATCACCGTCAAAAGGAGAAGCATAGTCCTGAGATGTGTTAAATATCCCCC TGGTTATAGCAGAGGCTGCAAAATGGCGGGCACCAACAAGCTTCCTGTTGCAGGATCCAG ATGGGAAATCCCGAGTGACCTCACAAATGCCTGAAAAATGTTGTGGAACAGGATAATGCC TCTCGGGTGTATTATCAGAGAAGCTGGGGTGCGTTGGATCAATTCCAGTGTCAATGAAAC CAATCACAATGCCTTCCCCAGCAGTTTCATATCCACCCTCTTGAGCCCATGCCCCAAGGG GAAGACCTAGGAACTGTGGTGTATGTGTGGTTGCAGTTCTGACTGAGAAATCCAAAGCCA CATTCGCCACTTCTCTCCTATTTGCAAGCTTGAAAGCCTTGAAAATATAAACATATGCAT GAGTTGATATTAGATCAAGAAACACAAACCACATAATTGCTTAACTATCCAGAGTGTCAT GAAAACCTAGCAACAAAAAAGGGAATAGCATCTGTTAATGAAACACAATTTCAATACCAC TCACTGATAACATACCTGCTGGGGAGTAACAAGCACAGCAAAGCCATTGATCAAGTAGTG GTAGCTGTAAAGTTTCAAATACTTTTCTCCTCTCAATACCTTCCTCAATAAAGAATTGTG CATCCTTGATGTGGAGGAAGCATTGTGGGCATGTTTGTGTGAATTATGGCTGATTCAAAT AAAGCTGATCAATGATATGCTAGAAAATAGTAAAGCTTCTCACTTTCACAGAGATATAAA ATAAGAAGACTGACAATGAGCTAACACACTAGTCCATTAATGTAAGAAATACAAAATTGT CAGCCAAGGACAAGACCACAATGTGATAATTGAGTAAGATTAAAACTTCTCCATCACAAC TGAACAACTCAAACAATTTTTAGCTATGAGAGAGGAAATGTTAAAGACTAAAACTTCTCC ATTACAACTGGACAGCTCACACAATTTAGCTATGAGAGAGGAACTGTTAAAGATTAAAAC TTCTCCATTACAACTGCACAGCTCAAACAATCCAGCTATCTGAAAATCCTAACCTAACAA TTCATGGCACCACGTAACTCGTCAATTACAAGAATTTCCTCTTTTAGCATACACAATCAA GAACTTCAGACACTTTGAGCACTATAAAAGCTAATTTTAAGACAGTAAAAGACTTCCATT TGTAGATTCCCAAGTCACAGCTAAACCCTCCATCTTTCATTGAACAAAACAAACTAACTA GAAAGAGACAGTTCTTTTCAAGAAACATGGATATAAGACAGCTAGTTAACAAACAATACC TTGGTTTATGCAGCCTACTAACATTTCCTGAACCATGATTCTTGGAATTGTGGTGATGGT GACCCTTCACTCTAAACTCCTCACCATATAAATGAGAAACAGGAGCTTGTTTCAAAGTAA CAATATATACAACAGCATCTGAATCTGTATCCTCCAGACAAAACCCACAATCCACAAACA CCCCCAACAATAGCACTACAAACAACAACCTAAAGGTGAAATCTTTTTCCATTTTAAGCT CAACCCACATCCTATAAGCTCCCATTATAGCAAAATCACAACAAAGCTACTCTTTTTTTA CCAAAAAAAAAGCTACCCATTTGTTCCATTGTCAATTTCCAAGATTAAAAACTCTTATCT TTTCCCAAGTACCACTAGAAGTGAAGTTCACAAATAAAGCAACCCCTTTTGCAGTATGTG GGCACTGATAGAAACTTTATTAGTGCTTTCACATTAATGGGAACCCTCTTGCTATTGCCA CCACCAAGAATTGGAAGGAGTATGAATACACCTGCATATTAAATAATAAGCAGAGAAGAA TCTGTGAAACTTTCTTGGATGCTGTGCATGTGAACGTTTTGTTTATTCATAATTATAAAA AAAAAAAAATTGGAATTTTTATTTAATCTTTTTGCTTTTTTGTTCTTATATTTGATGAAA CAAAAATTGAAACATTTTCTTTTGTTCTTTTGTGGTGTCTAAATTTATGCATATTGTCTT CTTTCTTTAACGGCCATTTTTATCAATAGTCTTCTGAATCAGTTCATAGTTTTGGACTTT TAGTATCATGTGATTACATAATAAATTCTTATTGGTATTAAACGGTATTTTAAGAATCTT TTGTGTTTTCTTTGTGCGGATTTGCCTCGTGAGTTCAGCTCGTAACACAAAACTTATTAG TTAGTTATTACCATGATTTATTTGCATAATTATAATTTTTGAGGTATTGCAAATGTTTTT ATTGCTCTTCGTCAATTTCTTATTTTCTAAGTGATATTTGCTTCACTATTATCAAAGAAG TCCTTATCGGGAAAAATGATCAATTATATCATCGAATTTTTAAAAAGAGGTTCATCTATC TATTTCAAATTTGACATATTTATGTCATTTTCGTTTGAGAAAATGTTGATTCATGTCTTG TTAAATGGAAATAATTTCGATTTTGCAAAAATATTTTATATACGTGGAAAACTATAATTC GATCACGTTATTAATTATATCATTTTTTTCAAAAGAAAAAATGATTCAAATATGTCATCA AACTTTGAGAACAGTCTCATTTATGAAATATATTAAAAGTTTGATTCATCTATGCTATTT CAATTAACAAATAATATTTTTTCTCAAACGAAAATGACTTAGATAAATCAAACTCTAGAC GAATGACATAAATAACTTTTTTTCTCAAAATTAGATGATATATTTAGCATTTTCCTTTTT TCTCCACATCAATTTGGATTGAATAACATGTTTAGTAAACATTTTATAATGATTTTTCTC CTTTTTGTTATCACTCTCAATTTCGATTTATTTCCCCTAGCTTCTTATTTTTATAACGAA AATCTTTTAAAATATCTAAAAAAAAAATTCGATTCAGACCTTCCAAAATATAAAAACTTA ACTAAAATTATTAAATAAGGAAAAAATATGGGCATAGTTATTATATTATAGACTAAATCA TTCTTCAAACGAAAAAGAGTTGTTAAACATGATGTGGTGGGCCAAAATTAGAAAAATATT TATTACTATTTAATTAAAAAAAGATATAGTTATGAGTAAAAGATTAAATCTTCTTTTAGC TCGTGCTCATTCTACTAACACAGTCACTAGTATAAATGATTACATCTATTTATAAAAAAA ACAATACTTTTAATCTTTTACATCATTAATGCATAATACTGTTACAATAATATTTGGAAT TTATAAATCAATAAAAAAAATTTGATTATATATGCTATACAGAAAAAAATACTACAAATT TCTCATATCAATATGATTGGAAAAATCATATAGTACAATACTAATTACTACTAATGGCTA CTTAATTGGTAATCATTTTTGTTATATTAACGATGGCTAATATTTATAAAATAAATTATC TTGAAAAAAATTTGTAAGTATTTTAATTGTGTAAATTGATGGCAACGTCACTGCACACTG AAACACAAAAAGGCAAAGTAGACAAAAAGAAAGAAAAAAATCCCACTCACACGTAGCGAT GGCGGATCTAAAATTTTTTTTAAGGGATTCGAAAAAAAAAATAACGGTTCAAACCTCTAA ATTACTAAGTCAACCTGTAATCTTTTATTCAGGAGGTTCAAAATCAATATATAAACATAA AAATTCTTAAAGATACTTTAAATATACAACGTAATTTTTGATCCAAACCCCCTCGACATA CTCTAAGTCTACCCCGAGCGTAGCTATATTGTGTTGTGTCGGATATATAGGACTGTATTA TTTTACTGAATATAGTGTTTGAAATTTTGAATAGATTGTATTGTTTTACATTGTTACATA ATGTTATACGTTTATTATTTAAATAACAAACATATAAAAAGAAAAGTAGGGTACAAGGTT GAGCTATAGCAAAAATGCAGAATATAATATCATAACGATGCGGCCACACCAAATCAGTCA TTACGAATCTTTTCATCGTTATCTAACAATGGAGTTAATAATAAGATACAATAAAATATA AGTTACAATCAAAAATAAATATTATATTTAAACTAATAATATAATATAACAAGTAACATT GTGTTTAAATATAATCAATTGAACATCCATCGTTAAAAAAATCATTTCGTATGTATAAAA ATATAAGAATAACATATATCAATTTTTTTTAATTTTTTATAAATATATATTAAATTTTAA CCACTTTGAATAAATGAATTGGAAGGTATTATTGGTGCATTGTACATGTGAAGGGCACCA AATATTATTAGTCATTGTACAGAGTGGATAGTTAGGTTTGTTTTCTTAGTGGATTTATAA TAGAATTTTGTATAGAAATCATTATAAATTAATATATTTATAATCGAGGTAGCATATGCT TATTTTATTTTATTTATTTTGTTTCAATTAGTTCTAATTTTTTACATAGGATTCTGGCAA ATTTTTAAGGCCGTTACTCTAAATAAATAAAAAAAAAAAAAAAAAACTTTGTTTTGGAAA AGTGAGTTTGTAGTATTTCCTTTGAGAGAGGGAACCCGATACCATAATTATGACAATCTC TTTCTTGTCTGATTTTGAATTATCAACGCTTTTTTAAAAGTTAATTTTCATCATTATTAG TTGAAGTGCACCGAAATAGTTGTGTAGTCAATTTCGCCCACTTTTATTTGTTTATTATGT TAAAAAAAAAAGGGCAATTTTTATATATATAGCAAATAAAAAATTTATATTTGTATGTTA TAACGAAATTTGTGTAATTTTGTTCCATAGCAAACATATAATTGTATAATTCGCTATACA TATAGAATTGTATAATTCGCTGGCTTATTTCACTGCAATTGTATAATTCGCTATCCTATT TCAATGCAATTGTATAATGCACAATTGTATAATTCGCTGCCTATTTTGCTGCAATATTTG TATAAAATTTGCTTTGCATACAATTGAATCGAAGTAAAATGTATGTATATTGCATAATTA TAAGTGCATAGAAAGAAAATATACGTTTTTCTTTTGCTTTATACAAAAACAGAAACACAA TTTATACACTTCTGTTGTATAAAGCGAGAGAAAATTGTATTTCACTGCAATTGTATAATT TGTTGGCCTTTTTCGTTGCAATATTTGTATAGAATTTGTATTTGTCTACAATTGAATTGA AGTAAAATGTTTGTAAATTGTGTAATTAAGTGTATAGCACGAAGATATATGTGTTTTGCA TGTGTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACACAATTTATACACTTTTG TGTATAAGCGAGAGAGGCGAGCAGAGGGAGAGTGGCAAGCGAGAATGGGAGAGTGGCGAG CGAGATTTTTGAGAGAGAAGCGACTGGCAAACTTTGGCTAACGTTTGTTATGAAGTACAA TTAAATCAAACCATAACTACTCCATTTATTTTAGATTATTAATTTGCTATTATATATAAT TATCCCTTAAAAAATGCGTTGAATTGAAATCGAATAAATAAAAATGAGCCCGTTATGTTA TTATCTTATCTGTTTAATTCCTTGTGGCTCGATTTGTCAATTGGTATCTACTATACGCTT CAGCTTTTATTTGTGGCCCAAAAGAAATGGGTCCATCCATCGCTAAGAGAAAATTAACCA ATTTCGTGTCTGAACCCAACACAATAGGGTGCAATATTTCACGATAATGATGAGTTATCT GATATTTATTGCGTAACGAAAGATAATAAATATATTATAAAATTAGTTAAGTATGTAAAA ATTGACTCGAACAATACGATTACTAGAAAAATATAGGATGCAGTGTAAAGGGGGAGTGCA CAAATATCTAATTTTGGTGCCACTATTTTATGTTATTCCCCCAAGTGCACAAATTTTTGC ATATTTATCACCTTGGAGAACCTCTAAATTTGAAGTTTTATATGATTAAATTATAGCTAT TTTTATTTTATATGACAAAAATTCAGTCATTTTTATATGATATCAAAACAAGTTTTGTCT AAACTAGAAATATTTTTTTTTCTCAAATTCATGCACTTATAACTGAAGTTAAATTTTAGA TATCGAATATTAAAGTTGTTTCGAATTGAATATACAGTAAAAATTTCTATAAATTAATAT TTGGTAAATCAATGATCTCTCTAAATTAATATATTTCTCTTGTTTCCACTTGGGCCAAAG TCTCACCAATTTCGATAAGATAATTAAATAATATCTTTTCAGAAGACTCTATATAAATAT ATGGTCCCATTAATATTATAAATAAATATTTTTTTAAAGTATAAATATATCTAAGACAAT TTAGTGAAATACTCTATGATTATATTGTGTTTTATTTTTTTGTAAAATTTAAATCTAGTT GAAACTCATCTCTGTTTTTTTTTTATTGCATCCAAGAGTTCTGATTTTGTCTTTTCAAAC TGCACCATGAAATTGTGAAAAGTTCTAGATGCGCTTAGTGTTTCCTTACATGTAACTAGT TCTAAATATATAGTATCATCTTCAACTTCATCATCAACATTGTTTTTTCCGATAATATCC ACAATTTCTTCTAGAGTTTGGATCTATGAGATTACATGATTACATCCCCAATGAATTTTG CAATGTCGAAACAATTTGCTATTGTGTGTTGCTGAACATGTGTTGTCCAAGCAATGATTG TAAAATTGATAGCATCCAAAACATTAATCTTTGCTAGATCAGTTTGTCCCACTTCATGAC CTTCTAATATCCTACGATAAATCTATTACGGTAATACATTTTGAAAGTTCTTATTGTCAC AGCATCATAAGGTTGAATTTTGGATGTCATGTTGCGTGACAAGAAAACCAATTCAATATT TTGTAGTCCTTCAATATTTCCATTATTGGCTGGAAAACTCGTCTATCATGCATTTTGTGA TCAAACCACTGAATACATTCATCAAAAAGCACATTTGTCATCCATGCTCTTTTGTTAACA ATTCAACAAATATGGCACATAAATTAGTAAGATACAATGAAGTTAATGTATTCGTTGTAC TTTATATATAATATTTATTTTATGTAGAATTAATAAATATAATACATAAATTAGTAAAAT AATATAATCAAAATTAACCTTCATTAAATCTCAAACCATTCTTTAAATTAATAAATATTA ATTTATTGATTAAATAATATCTCTATACATAATAAAATTACATTGATCCCACTTAAATTA AGTTACATAAAAAGAAATAAAAATTGTATGGGTGGCCATGGCGCCCTCTTATCTGTTTCA AAACAGATTGAAAACTGTTAATAGCAGCTGATAGTGATGGGATTGAGATGAAGCAGAAAT GAGCAACATGGCTATGGCTATGGCTTTGCCTTCTTCAACATCACCATTTCTTTTTTCTTG TACTACTCAAAAGCAAGCTCATAATTTCACCTCATCAAGAAAACCCCTCCATCGCTTTGT TACTCGTTCTACTCTCTCTGATGATCTCTTCCTAGCCGCCAAACACACTGTAAGACTCTT TCTTCTTTGCCCCTTTTTGGGGTTTTGCTAAAAGATTACAACTTTAAAGCTTTTTGGTTT GGTAAGACACTTTCTCGTTTGCCCTTTTTATGATTTTGCTAAAAAAATTACAGCTTTAAA GTTTTTGGTTTGTGTTTGGGTGTTGAATCTTGTGGAATTGTTGAAATGTAGGTGGATTCA TATGTGAAGAATGGTATGGTTGTTGGATTAGGTTCAGGTCATGCTTCTACATTGGCTATA CAGTATCTAGGTCAGAAACTACGAGCTGGTACTATAAAAGATGTCACTGCCATACCCACG TAAGTTGAATCTATTGATCCTAATAAATAAGGGAAATATGATACCATCGTAGAATCTGAT TTGGGCTTGTATGTGTTCTTTGTTGGTAGTTCATAGTGCAGATTAACTTGTTTGTTGAAT AGACACACTCCATGTTATGTTGTTTTACTCGTCGTGTTCCCACTTCAACTATAGGGTGTG TTGAGAAATGATTTTACCTTGGAATTATCAATTTCTGGATTCATTAGATAGATAGTTGAC ACATGAAACAGTACAACGTGGAGGATTGGGCGCGATGATAATGTATTTCCATAATTTGTT ACTTGTTAGTTTGTCCATTAGATCTTTATACAGCTTACATATAAGTATCCTGGTTTTACT GTGATGACTGATGAGAAGCCTTGTTATTGAGTTTGTTTGTTTTTCCATTAGGAGTAATCA GGAACACTCTGATGCAGATGTGTTAGCAGTGCAAGTGAAGCAGCAAAGGCAGGAATTCCT TTGGAACAGTATGATGACAGTTTAAAGGTGCGCACCACTACTACGTAGATTCTTATTTAG AAACTTGCATTAGGACTTATTTAAAAATTTGAGCATTTAGTTACATTTTGGACCTCCATA TGCATTCAGATTGCATTCATTGAAGCTGAAATGTTTTGTGCAAACATGTATGTGCTTCTT ACATAGATTGATCTAGCATTTGATGAAGCTGACATTATGGAAGAAGAAACACTTGCTGCA ATTATTGGTCGACGAAAACTGCAGGGAGATGATTCTATAATTAAAGAGAAGGTCTGTCAT ATATCATGTGATGTATTTGTATTTCTTATCTTGATTTTGTAACATATTATTGTGTGTTTT TAGCTTGAAATTCCTTTTATCTTTTGTTATCTTCATTATCCACTGACTTCTTATGAGGCT GCATTGTCTAATATGGATGCAGACTATTTTAGAAGCAGCTGATCAACTGATATTTATTAT AAAGGAAAAACAATTCAAGGGCGGTGTAGAAGGTTCAGTTCCAGTACTAATCAAATCTGT AAGCTCCATACTAAATATACTACTGAATGCTGATGAACAAGTGTAGTTCAGAAAGCGAGA AACTATACTCATTTAGCTTATTCACTTCTCAGGTTAACTGGCTTGAAACAGCTGAAGAAA TAGACGACCTCTTCCTCGGTGATGCAGAGGTTAGTCCTAATCATGTATAAAAGTGTGCTC TCTCCTTGCCACACTCCAATATTTGCAAAGGACCAAGATAGGATACATTTCATAATCAGA TAGATAACTTTTGTTTTTCTATGCAGGTTTGGAGGAGGCCAGCTATAGGGTATGCAGGTC CTCTTGGAGGTGATTTCCCTTTAGTTACTAAAGAAGGGCACAACATCCTTGATGTCATAT TTACATCTCCAATAGAAAGCCTAGGTATATCTCCATCTCTGAATTACTCCTTTACAACTC TCTTGTTGAACTTGTTTGATGCTAACTATCTACCGTCCATTGTTCATATGACAGTTGAAG TGGCTAAAATCCTTGATCAGATTGATGGTGTTGTGGAACATGGTGTTATCTTCAGGAAAC CGTTAGTTCTGCAATCACTTAAGTCTAGCGATCTCATCTGTTTCATGTTATTGCTATCGT TATGCTTTTGACACATGAAATGTAAAGTTTGTTTCTACTTTCACTGGATTAATTTCAGGT GCACAGCAATCATTGCCTCAGAAAATGATCTGCAAATCGTCGATAATACATTTCTGATGG AATCAAGCAACTTCTAATGGAGAAAAGATTAGGAATGCAACTTTTGAGTCTTATCACTAT CTACTATTTTTCTATTTCAAGTGTTCTGTTACATTTTTAAAGCGGAGGAAGGTTGATATC TTTGAGTTGTATTTTACGTTCATATTATAGGGGTACTTGTTGAAACAATAATATGTTTTT GAATAATTTGATCTCTAAGTAGGAAGAGAATGAAAGTGTGGAGAATTTTCTATTCATACT GACTTGCTTTCATAATGCAAGAATGTAAATGAGTTAACACTTGCTTTCTACCATATTTAA AAAAAAATAAATTATCATCTTATATTACGTCAAATGATATTATATAAATTGAGATAAAAG AATTAATATATAAAAACAAGGGAAAACGGTCTGATATACCCCTCAACTTTGTCATTTAGA GCTGATATACCCCTCGTTATAAAAGTGGCTCATATATGCCCTTGCTGTTATACAAACGAC TCATATACCCCTGCCGTTACAAAATGACTCACATATACCCTTCATTTAACGGAAGTTAAA AAATTAGTTTTAAATTTATATTTGTTACTTCTAATTTTTTTAAAAAAATTATTTATGGGT ATATATGATTCTTCTATCAAAGTTCAAGGTATATTTTAATTTTTTTCATACATAAATTAT TTTTTGACTTCTTTTATTATAATTATTTGAGTTTTTTATTTTTATTTTGTTTTTTTCTTT CACTCCTTAGTTTAAAGAGAGAAAAATTAAACTATTCTTTTTGTGTGTATTGTAATTTAA TTTCGTATTCGAATAAAAAATTTGGTCATCTACAATAAGTTTTACAAGAAGATTAGTGAA ACATAAATAAATTTGATTATCAAAATAATAATTATAAATTAGTCTTTGAAACTAAAAAAG TAAAAAAAAAATATGTTTTTACGAGGATTAAATTTACTCATATGGGATTATATTTTTTAG AAAAAATTAATAAAAATTTAGATTAAAATTATTATTTTTTTCATTTCCGTTAGAAGAAAA GGGTATATGTGAGTCATTTGTTTACAAGAAGGGGTATATATGAGTCACTTTTATAACGAG GGGTATATCAGCTCTAAATGACAAAGTTGAGAGGTATATCAGACCCTTTTCCCTAAAAAC AATGACCTTATGAGGTCATATTTGTCCTCGTACTCTTAAAATAGGTTACATTTCCTCTTA GTTATACCTTTTTGGTTATATTTGACCCAACCATCTTACTATAGGTTTATGCTCTACCCT TTGAGCTGTTAAGTTCTACATCACTCCCATTTTAGTAGACCCTAAATTTGTATTAAAAAA TTATGTATGTCGACTTGTATATTCCACGAAATTGATTTAGAATCCCGAAATTTCTAATCT TGGCTCCAGCTCTGGATGGAGCGCAGAGGAATACAAAATGTTTAGTTGTTTCAATTGTGG TAATTAAAGCAAAATGATTATGTTGACGTATCTTTTTTGTAAAAGACAACTTATTCAACT TCATAATGTAATGAATCTGAATGTAACATGATGGATACTAAAGGATTCATATATAGCTTA CCAGGTATCGTAGGATTGATAAGAAACATAAGCCTCACTTTTTACTTCTTTGGATAGTGT TTTCTTTAAGGTAATTGTTCTTTCCAGAGTTGGTTTTGGTGCACAGTGCATCTGACTTGC TAATTTTTAGTTGACACCATGTCTTGCTTTCAATATGCAAGAATGTAAAACACTTGCTTT GTACCATTGATTAAAGATCTGGAGATCAAGTTTTTTTCTCCACTTTCATCTAGAAAACAA AAGTATAATATTGGTAACTAGGTACATGATCTGATTTACAGCACAGAAAGGCCAATACAA CCAACTAGGAACAAACAATTACTATCATCCTGTTCTAGATATAAAAATCTTACAAATTCG TGCAAGCGGGACTAATCAATCTTGTTTGCTTTGTATCTTTCAAAATGATACTACACAGGG ACACGTTTTCCACGGTAGCGGTCAAAGAACTGCAGAGAGAGAAAAAATAATCTCAGACCA AGGAAACAAAACAGGAACCCACAAGAATGCATCATGTTAGGTTCGATTGAGTAACAGTAT ATTAGAGCAACAGAAGAATTATATAGAACAATTCCATAAGTTTATTATCTAATGCCACTG AAGAGATACTTGTATTTGAGAAAAACTATGATTCAATTTTATAAGTTGGAAGTTCTTATC TTCTTCTGAAATACTTTGTGGAGATATTACAGTGAGGCAGGAAGGTTGCTAACCATGGCA ATAGGGGTTTGGATGGAAATTGAGGTTCGTAAAATTGCATCACAGAAGGATTTTCCTTTC TGGGGGATCCGTCTTTAATGCAGTATCTCAATATCTACATACAGATGCATGAGGACCAGA ATGTCGGACAATTACTTCATGATAAGGCATCTTGATACTCGATAATTTCTATGATCCCTT CCTAGAGTCAGGCATTTCCAGACTCAAATCACATTATCATCAGATGATATCTAACAACCA AACCGATCTTTTTGGTTCATTTATCAGGGTAGCTATAGAGTGATACATACATGCATTTAA ACACAAATACATGACTTGATACTTTATAACATACTCAATGAAGAGGGAGAGCTCCTCTAT AGCTTCCCAATATCATACAGGCAAAATATAAAGAGACTGGTCATATTCTGTAAATGTTTA GGGAATGCCATTAGAATAATCATATGGTGGTTTGTGATAAGAGGATAAAAAAATAAAAGA ATAATAAGCAACAACTAATTTTAAAGCAATTTTCTAGTGGCTGGGTGAAAAAATGGCAAT TTCATTTTGTTCCTTCTATGATCCTTGGTGATTATTGTACAGCCTAGTCATAATATAAGC AAAATACAAGGCACTTAAGACTACTTCCAGATGTTTCTCTGTAAAATCTATGGATTATCT CCTACACCATATATCAGCCATTGGTTCCTTTCTACCACAAGCATATCATTGTCCAACCAA TCTATTAAGGTCAGAACGAAAGGACTATACACAATTGAAGTAAGAAAATGCTTTCTAAAA AACTAATGATTCCCCCAAACTTAAAGAAATACAAGAATAAAGTATGAACAATGCAATCAA ACATACCGATCTGATATAGGGCTGCTGGAAGATCCAACCTAGAATAGGTATCTTCTGAAG AAAAACTGCCAATGTTGGCCAGAAACCACTGTGCAAAACAGTACATCAGTACCCAAAAAC AACTAAAAGATTATTAGGGCAGTCAGGAACCATGTAACTAATTTACCTGAAAAGTACGAC AAATCCATATGCCTCAAGAATCATACCCAGTATGGGCCAACCAATTATAACAAAGAAAAA GCCAACACCAAATGATATTGTTCCCTGTGCAAAAAAAGAAACAGAAACAGAAAAGATGTA ACACTAAACAAACAATTCTAGAGAGAGCAAGAGGAATTGTTGAGATGAACGGGGAAGAAA AAAAGGCCCAAAAGCAAACTAAACCTTGAAATTACTACGTTTACTAAAGAACTGTAGTGA TGACTTGAGACCAATGGTCAGTGCCACCCCTGAGAAGAAGAGGATCTGATTCAGTAAAAT AACACTATGTCAAATCCAGGCAGGAGTCATAAAACAAAGGAAAGTGGTAAATGACAGGTC AGAGAAAACTTATGAGATTGTGATGATAATGGCAAGACTTTTTACTTACATTTCCCATGG CAATTAGTCCCTTGTCAAAGAAGAACACGATCCCCAAGAATGAGAAAAACACTCCAAATC CCGTCAATCCTAGCCCTATCTCTGTTACAACAAGCACCCCAAGCTTAGCAGACATAACGT TTCAAATAGCAGCACAACATGCTTCTTTTTTAATCTTACCATCTCATAGCTAGGTATTAA GTCTTAAATGAGGAGAGCAAACATCATTTTGGTAAAACAAATGAAAGAATGCAGACTCTT GCACCCCATAAATAGAAGATTGTTTTGCTCCAGTTGTATGGAACACTAAGCTACAAACCT AAGATGCAATTTCTATAGCAGTTTATGACAATTAGGTCAAACTAGATGTACAATATGAAC ATGCATCTTCCCGCAAGCAGAAACAGACATGTTCTACATTTCCAAAGCAGTTGACCACAG TTAAATAATAAGAACATACGTCCAATCGACTTACTTTTGCGATCTTGGTTATTTGCCTTT GTCCTCTGAAACTCATATTTCATGAGGTGCTGCATGTTCCAATCAGGTACTATCACAACA TTACTTCAAATACGCTCACTGTCTTAGAAGCTATGTCAGCTCATGGAGTCCCCACATTGA TTTACTCTAGTACATGTGCGACATATGGAGAGCCTGAAAAGATGCCTATTACCGAAGAAA CTCCACAGGTGGGGTGTAAAGGCCGTATTTACTTCTAGTATGCTAGAACCGTATGATTGC CTCTCTCTTATGTCAATGGTAAGCAACAGCTGAGAGTTTTTCGTCAAATTGCAGCTCCCT ATTAATCCATATGGAAAAGCGAAGAAAATGGCAGAGGATATTATTTTGGATTTCCATAAG AACTCAAACATGGCTGTCATGATTTTGAGGTAGGTGTTCGATATGTCTTTGCTAATATAC CCTTTCCCTTTGATCGATGGTTGAAACCTGAGTCATAACTATTGGTTGACTGGCTATGTC TAGCACAATTAGCATGGGTTAAATTAATGCTAAATTGTTTTCTGAAAATACAGGTACTTC AATGTGATTGGATCTGATCCAGAGGGAAGACTAGGAGAAGCTCCCCGGCCTGAACTTCGT GAACATGGGCGAATTTCTGGTGCTTGTTATGATGCAGCTCGTGGAATCATACCTGGTCTC AAGGTCAGCCAATAATAGCCATATCTATACTCGATGTATTTGCTATTTATCATCTATGTA CTCGCGGTTGTTGAATTGTCAGAAGTCGCTTCATGCATGGAGCATTTCTAATATCTACCA GAAAATATCTGGTTCTTACGAGTGAAATTCATACAGATAAAGTTTATTGGCTACACTATT CTGATACCCAGTTGCCATTGTCACTCTTAATAACATGTAAAAGACAAACATTCCGCTGTT CTATCAGCAATTCTTCTAGTATGGGCTATGAGGGGGGGGGGGGGGGGGGATGGAATGTGT CAATGATAACATGAATAGTTATGATCTGCCCTCATCTCTGAGAGCCTTTGTTTCGTCGTG CAGGTTAGAGGAACAGACTATAAGACAACAGATGGTACATGCATTAGGGATTATATAGAT GTCACTGATCTGGTTGATGCTCATGTGAAAGCTCTTGAAAAGTCTAGGCCTGGGAAGGTG GGAATCTACAATGTTGGAACCGGAAGAGGTAAGGCGTTCCTTCTTGTGTCATCATATGCA GTTTCTCACTTTGAGTCTAGTTCTCACTTTATTCTTTTGGTCTCTGAGAACAGGTAGATC AGTGAAGGAATTTGTGGAGGCTTGCAAGGCAGCCACTGGAGTTCCTATCAAAGTTGACTT CCTTCCTCGTCGCCCTGGTGATTATGCAGAAGTCTTTAGTGATCCTACTAAGATAAAACT TGAACTGAACTGGACAGCCCAACACACTGATCTTCAAGAGAGTTTGCAGGTTGCATGGAG ATGGCAGAAATCACACCTTAATGGTTATGGTTCATCTCTGGTCAAGTCTTCGTAATGCAT TGACAACTTATCGTTGTGGAAGATCGACATGAACCCCATCACACAGCTTAACATTGTCGT GGATTTTTAGTATTGCTAGAGTAGTTTTTTTGGAAGCGAAAGAGGGGTCTATATTTTTTC GTTCATCTAGATTGAATTACATGACACAGTTTTGTGTATTAGTCAGCCTATTTATCCAGT CATATATGATGTGTATCTTAGTCTAGTAAAACATATATTTAGATCAATAATAGTTCTGGG CCAGTATAGCTTCGTCCCTCATCTATGCTCATTTGAATTTGTTGCGTGTTTATTCTTGAT GTATATAGAAAACTGGGTGTTATAATTGCCTCCACTTTTGGAGAAATGGAAGTTGCTTCG ACCATATCAGTAATAAATTCTGTATATTTGATAATTTCCAACAATTTGAAATCAATTTTG GCAAAGGTAATTCTTTCCAATAACTTCTTGCTGAACTAAACAATCAAATATGATTATACT GATAAAGAATAGTTGATTATGAACTTGACTCTTAACTCTTAACAAATAGAGCACTTGTTC AAGAACAGATCAGTATCTGATGATTTTTCTTCTTTTGGGCTGTAGCAAAGTTAACAAACT AGAGCTGTTTCACTATGAACTCTATCTACTTTTGTCGATTGAGTTCTCAAAAATTCTTTA CAAGAAGCCATTAGATTGTTGAGTATTTTGCTGTCATTTCTGGCAACAATCCGGCTCACC TCTTGTAGCAATCTGAAAAGCGTACCGTCTGATAATTGATCAGAATTTTCCTCAAAAAAC TTCATCCAAAACTTGGCAGAAAATGCCTGAGACTCAGCAGGAGGATAATCAGTAACACAA GTCAGGGCAGCAGCAATGTTCCCTCTTTCCAGCTGCATGCGGAACATTTCTTTGACTAGT GGCACTGGTGGAACCCGATCAGCCCGAGCCAAGTCCTTCCATGTTGCTTCCAATAATTCC ACCTGAAAAGGTCCGTGTAGAATAGTCATAACTCTTAACTATCATCAGCTAAAGAAATGA AAGTGGGATATCGTCAGAGTAAAACCAAAACAACCTTAGATTCACTTTAGTATACTGGCC CAAAAGATCGATATGACAAACCAATGATACTGTCATTCGGTAATAGGGATAGTTTTTATT TTTATTTTTGTAAAGGTGGTATTCAGACCACCAAAAGCTTAGAAAGATGGGAAGAATTAC CACCTAATGTTGTCTTCATAGATGTCTTTACTGACCACTAGGTCACAACGTTGTGCTCTA CAGTGATAAAAGGATAGTAGTTGCACCCTTGGAAATTATTGGGAAGTTCGAGGTGTGTTC CCAGTAAACTAAAAAACCATAATATTTCACTCCAGAACTAGAAAACGGGATGCAGCTGTA TAAAAAAGAAAAAAGAGATTCAGGAAGCTTCTCAAGCAACCCAGTCAAGCTCCTTATGTA GTAGAAAGTATCTTCTCAAGCCCAAGCTACCTTCTAACTCAAACTTCCCTGCGTCCTGCA CTGACAGGGAAAAGAGAGTGCCAACCACCACTCCTCTCTCTATTTTTTTTTTATTCCTAG CAGTAGGTAGACAATCACAAAAGGTACGTGACATATGAGCTGATAACTCTCAGACCATTG GCTTGTCATAGTACCTGGCATCAAATTGAAAACAATTTGAACTCCACGTATGCCACCCTG GTAATCAAAAGAAACCCCATTGTGTTCACTGGTTTCTCATTCCAGCAAGAAATTTGTTGG CCACAAGTTAAGACAGCATTTTCCATCCCAGAACATCCTCTTAATTCCTTCAGCCAACAA AAATAATTCCGAGTGCTGACGATCATGCTCTTATCTTCACATCCATAATACCAATTAGGT CGGTGAAGAACTACCCAACTAATCAGTTATACTTCAGCAAGTACATGAGGAAACAAATAA CTCATAGTTCTCACAGAAGGAAAACAAAAACATCCGGAGGTATTGTATGAGCAAGAAAGA CTTGGCTAAAGGATGAAACTAATTAAAAAAGCTTCTTTTCTTTGCTGTAACAATCCTAGG TGTGTTGATCTCTATTATTACCCAAAATCATCGACACATATTATAGCAAGAACTTACAAT TTTTTTCTTAAACAGACTATAAAGAGATCAAATTAGTTTTTATAATATAGAAAGAAAAGA ATTAGTTTTATTGTACTGGTCTGATTCAATTTTGTGCACAAGTTTCATACTACTACTTTT TGACACATAAGTTACATCGTTTTATTATTTACAGAAAATTGGGGGCGGATCAGTTTTCAA ATATTTTCTCTAAAGAAAAGCTAGTTATATTTCAACAAAACAGAAAGTTGTACAATAATT TGACAGTCTACACCATGATCAGCTAAATAAAATTTCATATGGGAATTTCCTAGGAATGAC AACCAATGAACATGAAAGGCTGAATACTGGGTTGACAAAGTGTACCTTTCCATCCCTGCA GGAGTCAAGTACCATCTGAATGTGACGCTTTGCATTGAAGTGGTATCCATATTTCAGCAT ATGTGAGTACACAAACTTGAGATCATCCCATTTCTTTCCAGCAGCACATGCATCCAACAT CAAGTTGAATGTGTAGACATCTGGGAAAACCTTATCCTTACCGTCCAATTTACTGCTAAT AGAGTTACCATTATCCAATAACTTGAAAAACATTTGCTTTGCTTCTTCAAACATCCCACT ATCTAGATAACCTTTTAGCATTATATTATAAGTTATCAAATTTGGGGAGCAGAACTGGTG CATGTGGTTGAAGATGTATGCTCCACTCTGAATGTCACCAGAATCCAGACAGGCTTGAAT TAGACCAGTGTAAGTCACCACTAGAGGCTTCGTAGCAACTTTGCATATCTTTCCCATCTG TTCCACAGTAGAAGATGGACCCAAAGATAGAAGGAACATTAGTATTTAACTGAAAGGTCT TTCTGGAGATAATCAACACAAATCATGTAAGTATAAATAAGTTATCTGTTCTTTGGTATT ATGGCCTAAATTCTTTGCTCCTTGATAATCAATCAAAACCTCTTATTCAATGACTGAGGG AATTTCAACAGTCCCATATTTAACAATGCCGTAAAGGTAATGGATATCGCAATGGATCTA CAGGGACAATCCGAGACAAATCCTGCTTTCCAAATGTAAAGATATGGCACCTGAGCCTTA CTCAACCCCAAAAGCTAGCTTTTGAGGGGAGGATTGCCAAGTCCATATAAGGAGACCACC AGTCCATTCCCCAACCGATGTGGGACTTTTACCCACTCTAACACCCCCCTTTACGCCCAG GCCTGACTAGAGCGTGGACTGGGAGCCTAAACGGGGATGGACCTGGCTCAGATACCATGT AAAGATATGGCACCTGGGCCTAGCTCATCCCCAAAAGCTTCCTTTTGAGGGGATGATTGC CCAAGTCCATATAAGGAGACCGCCAGTCCATTCCCCAACCAATGTGGGACTTTTACCCAC TCTAACACCAAATATGGGATGCTCAAAAGTCCACATAAAATGGGCTTGACTAATCAGTTT CATGGATGACAAAATCAACAAGAGTTTCATGTGCTACACGATCATGGAATCTAGAGAACT AATACCAGTTATTTGAACTGCACAACAACGTCCTGAATATCACTCGGTTGAAAATGAATG TAACAATTTTAATTTAACTCACTTGAAAAAGTATGAGATGAAGTTTCATTCCATCACAGT TATTGATTGTTCAAGGATGAATTTAGTAGGATCTCCTAGCACACAGATGAAATTCTTGAT GAACAAAAAGAGCACTAACCTCTTCAGCAAACTATGAGTGAAGTAACAAATCAGAAAACA TAAAATACTTGAGAAAATTTCAGACAAGCAGTGCTTAGAATTTTGAATTATATGAGGATT GAGTACAAGCTTAGGTTTCTTGTGGGTGTTTTTGCAGTCCTACAGATAGCTTATGATTAT TTTTTTGCAGTTCATATAAAGAATAATAGTAGTGAATTTGCATTCACGTACTTATGTTCT TTTTAATCAGGACATTCACGTACTTATGTATGCTACCTTCGTATCAATTGCATTTTGCTT CTAAATGTTATATAGTCAGAAACATAATGAAATATTTTGATGAAGGAACAACTTTACTGA AACGTGATGACGTCCTTTCATTTGATGTCTAATAGCGTATATGAATATTCAAGATAAATC ATTGGGCCCGGAAACAGAATTGCATAATAGAATAAGATCAATTGAAGCTTATTACAAGAA ACGTACTTGCATCAGCGCCTCTTCACACCTCCCTGCACTACAAAGGCAACGAGCAAGGTC ATAATACAAACTGGCAGTGCCCACGATTCCTCGTCGCTCCATGTCTTCTACTGCCAGTAA GGCCTCGTCTGTTTTCCCTTCCTTCCAAAGAGTACTCACAATAACTACACGCATCAAAGA AAACTTGATTCAGCAAAAATTCCTTGCAGCATGTCAACCAAGCACATGTTTCTGCATTAC CTTTATAGGTCAAAGCATTGGGAACACATGACTTCTGCATTTTCTTGAAAAAGTCATGAA CCAAATTGTATTTGCCACATTCGAACATAACCTGAATGAACACTTCAGTTTAGCTACTAG TATAATCAAACATATTTCCGTAACTAATATGTTCCAGGCAAGCACTAAAGCCTGCATAGA GGGATCCCATACCCCACACCAACCCAAAAGTATTTTAAAAAAGGGAAGTAAAAGAAGAAA CAGTCCTTTCACAACAATAGAAGAAATGAGTAAAGGGGGCCAATCAGCTAGATTACTGTG CTATAAGATTCTCTCTCCTTTTCTTTTTTCTCCTCTGTTGAAATATGCAATATGCAGCAG GTTCTTCATTCTTCTCTCATTTATAGCTTAAATATTAAAATAAAATTTAAAGCACAAAAG ATGCATATCATGAAAAGTTCATCAGAAGTAAGAAGTAGGATACACTATTAACCACAGTTT TTCAAAATATAATCACTATTAAATTGATCAATAGTTATCTTTTTCCAAATTGAAGTCCAT TTGTAGTTGGACATTTACATGTGTAGAGGTCTTTCGACATACTTCATGAAAAATAGCTCT TCTAATTTCCTTGGCAAGTGGATATCCGAGAAGCTTCCAGATCTCCGGCTTGCTTTTTGG AGCTTAAGGGACTTGGCTATTAATATTATTATGACATATAGGTGTAAGATGACACTTATT CTCGAGTTAAGGGTCTATTAAAAAAGATAAGAATCTTCTGATGTTATGGATATAAATCTC TTCTTTTTTTGGATGAGGTGTTATGGATATGTATCTCTTAGAAGCTCTCTGTTATACCAG CTATACCAAACACATTATGTCATCTTGTACTTAATCTCATTTTTCCTTTGATGAAGACAG GAATTACATCATAAGAAGAAAAATGTAGCAATGTAATTTCCCATCTCAAGGACAGCATAT ACCAATTACTGCCAGATGTTAAGGGTTATACAAAACATGAGATGCCAGTTCATGTAAGTA TTTGCCAACAAATGTCCGAAAACCTCCCATGGGAGCTAAGCTGCTTGAAGCTAATTAGGG TGGAAGTGACTCCTTGTTAAGAGAGAAAATACAAAAAAGACCCAATGGTTTGATAGCCTT CTAAACTGTCACCCCACACTAAAGTCTAAACACCTACAGAAAAAAATAAGAAGACAACTA CCTCCATGACTAATCCATATGTTGTCATTGAGGGCTGCTCGTTCCGGAGCTTTAGCTGTT GCAGTACCCAAAAGGCACCCTCCCAGCTTTTACGGCGAACACAGGCATTTAGCACCTACA AGCAAGGAACAAAATTGTTCTCATAAATCTGTCATCTCATTTGAACCAACAAAAAATATA CTCACACCTACAAGCAAAGAGCAAAATCATTCTCATGAGTTAGCATTTGAACCAAATTGA AATATACTGACTTCCAGCAGAAAATGACTGCAGCACGTTTTAGCATCAAGAACAAAAATT ACACAAGAACTTCAACCAAGACCGAGTCACAGATCATTAGGAAGAGCTCCACATAGTTGG ATGTACCCTTATGATTGTCTCCTCTCCTTTCCTTATCTTATGTATTTATTTACTTGAAGA GTTTATAGTTCAAAAACGAACTCTGTCAAGGAAACATATTTTACCAAAACAAGTTTAGCA TGCAGGGAGCAATAGTACTGAGTTAAAATGATTGCTTCAAATTTTGGGACCTAGCTTCCA CAGGAAAGTAGAGATGCATAGATTACTGGATATAGTGCTAATTAAAAGGGGGAATTACTG ATGCATTAACCATTTAGCTATAGATCGTAAGTACAATTTTCCAGACATAGCAACGATAAA TTACCAATGCCAAGCTGAATTTTTTTATCGTTTGGCTTCTAATTCTGCTTTGTTTTTCTT GTGTCTATCTCGATTATCTTTTCCTTAAAAATAGGGAAGATGCTAAACTCTCATTCTTTA CTGAACAGAAGAAGTTCCCAGCATGATGGTGAAACAACATCACTCTCTTATACCAAATGA TAAAGCAGTCAGAGCCACAAGTGCATTTAACCAAGAACAATGGCCCTTATTGCGTACTCT TCAATTACTTACAGAGTTATAGACGACAACATCTGGCTCAAGTCGTGGATCAAACTTCTC AATTATATTAGTCTTGAACTTCTTTTTGGGTGGTGACCGCATGGTATCGATGACGTCAAA TAGTTCCTTCATATGTCCTGCTTGTCCAAGAGTGACAGCAATACAACGGTAAGCTACAAG GTCCGGATATGATGTTATGTGCTCCTACGGAAATGAGTTGAGGTTGGATGTATTAGTTAC ATATCACACAAGCTATCATCTCAATAGGACACAAGATATTGATTAAAGGAGAGATCAAGT CATGGAAATAAAGTTTATAGGTGTTACCTGCATTGCATTAAACAAGTTTAGTGCTTCCAC TGGCCTATTTGCCTTTCCCAGTGCATCCAGTGCAGCCGTGTAAATATATCTTGCAAAAGA ATTCAATCCAAGGGTCCATCAGCATCAATTTTCCATTAAAGACTTTGATCCTAGACCAAC CAGAACAAAAGATCGGAAGGATGTGCCACCGAAAATATAATTCAATACTTAGAACAATTT CAGAACATTATTAGAAGGTTCATAAAGGAAAAATTACAAGATCAGGTAGATTCTTTTGAG AGTTTCATGTAAAATGCTTTCCTACGACACATTTGAAGGAAGTAAAAGATCCATGAGAAT GATTACCGTTGAAGATATAGATAGTAAATCAAGCATATCACAACAAAAACAAAAGCTCCG ACAAACTTATAGAAATGAAGCATTGTTATGTCACCTCTTCACATATATGAAAGTAATTAT GATAACATCATCATACATAGCTAACTGTAACATAAGCATCAGCACCACATCTAAATCAAT CACCAGTATCACAATCCCAAATCAAGAAAATACAGAATATATTTCAGGAATCACTAAGAC CTTGCACTATCTCAATACACTAAAATGGCTATCAAGTTTCCTACTGATAAAGGAGTACGA AAAAATGGTCACAGAAAAGATACCTTAACTTGTGTGACTTAAAGCGCTCACGTGAACGAA GCCATTCAATGACTTGCAGCACCCGTCTCCAATTTCCTAATCTACCCAATATTTGGATAA TCCTCAAGATAGAATGATCTGAGAATTTAATCTGAGCACTTCGCATCATTTGAGAGAACA TCCACTCAGGCATGTCAATGTCCGCACCATTTAGACTGTACGAGTAAAATATTTTACTAC GAGTCAGAAAAGAAGAGTATACTAACGAACTGCCAACTGTTAAGCAATTTTAGAGGATCC TTAATAACTACAACATAGGTCCTTTTTTGGGGAGATAAGCATCAACCTTCATTTTTTTAT TCTGTGGTGTTTGTTATGGAATTTGGGAAGGAGATTGTGGGAATTGAATTATTTTCATAA CTTCACAAACAAGGCACTTTTTCTGTAAGGCATGCATAAGAGGGGCCATAAGTGTAACTC AAACATATAGCTATCCTTTATGCACCATTGAATGTCAAATATAACTAGTTTTCAGAGATT CTTATCCAAAAAAGAGAAAAAAGACTGAGCATGACAAAGCACACAGATGCAATAAAGCAT TAAGAAAAACCATGATTACACAATTTACCAATTAACATTTGACTCTAGAAAACAAACTTC AAATTAAACCAGAATTGGAGGAAATGCCTAGCGACTGTTCTGTAACAATGTGCCATTATC CCAGTTGTTCTAAGACATATAGTCTAAGTTAAGTTAGAGTTAGTATTTCTTTTGAGTTTC TTCCACACTCAACTTATTCGGAAACAGTCTCTTTACCTCTAAGGTATTGGCACCCTCACT TTTTACCAAAAAGTCCTGATGAGTTGCATCTATAATTTTATTGGGTATGCCATCTTAGTT GACTATCTATAATTTTATTGGGCATGCCATATTGGCCTCAACCATGCAACCTAGAGTATG CCTCATCGCCAACTGTTTATCCTATTGGGCATGCCAACTTCGGTTAGATTTAGGGGAAAG AATTGCTAGATGGAAAGTGTACAGGCGAGAGAGACTAACACAACATCAGAAGAAAATGCT ATTTAGACATAAAGAGATGGCACCTCTTACGATACAAACAATACATGATGCAAAACGCAT GCATGTTACAAACTTAAAGCAGCACCAACGATGGGAATCGCACTATCTCACATCAATATG TTCAACTTTAATTTTTTTTATCTGAAACGAAAATGTCAAAATTATCACCAGTTATTAATG GAACGGCTCCTTTGCAAATTAACCCCCAGAGTTGAGTATCCAGGCTATCTTCAACATTTA TTTCCCACCTTTTTCCCTATTCCTATTTGATAATAAACATAAACATAATTGTGAAGCACT TAAGAGCTATGTAACCTGCTAATGGAAAAGAACAATTTCCAAGAGTTTAACCTTACTACT CAAGGTGAACCCAAAACACTACTGTTATACAGGTCAAAAAGTTTCATTATATACACCAGG TAGGTGCCAAAAAAATGAGTACAAGATGTATGTGTACTCTGATTGATTCGTACATCGTCT TCACTCTTCCACCACCAATTATTGACACAACATGGTATTTTCTCACTACCCCAAATATAC AAGTGTATTATTTTCACTATTACGAGACAAATCTTCTATTCTGCTTATTCCATATACTTC ACCACACTTCACATACTTCCCTATTTGGAATAACACAAAAAACTTGACATCTTCCTAAAT GAATCCCATTCTCCCCTCGAAAATTCTAATAAAAACTAATATATCTTTATATCTTCTTTG TCCGAAAAGTATATCTTTATATCTTCACATTCAACAAATTTCCACTTGCTCACATTTCAA ATAATTATTTCAAACCAATTTTAATCTTGTAACATATTCAGTCATTTTACTCTTAGCCTC TGTATACACAGGTAGCTCACTATGTTATGAAGGGTTATACCAGAAAAAGAACAAGGAAAA CTACTCTAGCAACTCATATGTAAACCATATTACCTTATAGTAAACCAAAATCAAGGTGAA ATATGACAGGTTCAATCAATTCATGCATCTAAAAACAATATAATAAAACAAAACAGAACA TGTTAAAGAAACAGTATCACTACCACTAAATGAGGAATTTATCAAATGGGAAATCACCCT AACCAAAGTGCAAAACTAGGAATAACTCACCACTTTGCAAGCTTTTGGATTCTCTCTTCC ATCTCTGCCTTAGTAACTCTTGGCTTATCATAAACATCTCCATCCATTGTCTTAAAAGCC TCTCTTTCCATACTCACCATCTCATCAACATTCTTGTCCTTACTTATGCTCTGTCTTTTC TGATTCTTCACCATTCTAAATTCCAATTTCCCACCACCACCACCACTCTCTTTTACAACT CCAACTCCTTCATATTTCTCATTCAGCTCCACAAAATCAGAACTTTCTACACATTTCTCC TTCTCAGACTTCACAAATTTGCCCTTTTCTTCACTCTTCTTTCTTCTAACACTATCCCTC TGTTTCTTTTCTTTAACAGACTCCATAGCTTTCAAATACTCATCAAATGAAGGCTTGAAT TCAAGCTCTTCTCTATTAATTACATTATCTAAGCCACAAGAAACTACAATGGAACCCGCA TTCCTCTTCTGCTTCTTAACCTTTTTCTTTCCCAGAGAAATTTCTAAAGTGGGTGTCTCG GAAATTGAAAATCCTGATGAAAAACAAGGGCAACGGAGGTAATTTGAACCAAAAACTCCA TTGAAATCAGTACAAAGTGAAGCTCCAAATAGAGCTTCTGTCAAGATAATTGCCACCATC TCAACTCAACCACGCATTAAAGGCTGCACTTTATTCTTCTTCTTCTTCCTGGTTTGCTCC GTCGGCCGCCGGCGACCAAAGATAGGATTTTCCCGGCATGTAGTTATGAATGTTCAGTGC TTTTTGGTTAGCCAAAACTCAAAAGCCGTTTTGGTCACTTCCGGAATCGGGTCCAAATAC GGGTAGAGATTAGCAGGTGGGTCCAAATCGTTATTGTTAAGATGTTAATGATCGAAATTA TGTGCATAATTAATTTATTTGTAAGCATATAAACATATAAATTAAATAAAAATAATTAAA TATATTAAAAAATTCATAAATTTAATAAAATAAGGTATTGCTTAATACAAACAAAATGAT TATTTATGTTTCGGAATGATAACGGATATTAGTTTATAGTGTAATGTTAAGGGTTATTTG CTTGGAAACAAATTGTCGCTAGATAACTAATTTTGAGATAAGTTATTTCATTATATATGA GAGAAAAATTATATTATTAATATAATAAAAATGATAGAATAACTAGTCCATTGACTACCT AGTACCTCCGATCAGACATAAGATAAAATAATTCTATATTTTGTCATGAGATTATTATAC ATTATAACTCAAACTGAACGAGCCCTAAGTGCTTGTAATGGCTAGTTTAGTAGCTATCTG CTGGCTAGTAATGATGCCGATGAAGGTTGGTTGTGATGATGATTATAATGGTGAAGACGA TTGATGTTATTAGTTAATGATGTATTGATGCCAGGTGATGGTGATGTTACTTCCAAAGAA GGAGGTGATTATTACATTGGTCGCGATGGTGATAGTGGTTGAAATAATAATAGAGATTAT CGTAACAATAATGACGGTAATGAATATATTACAAAGATAAAGATAGTAACGATAGTTTGT CATAGTTGTTATAATAAAGGTGGTCGATGGTAATGACTAATGATTGACAATAAAGACGAT TGATGATTTACCTAAGGAACACAAGTAAAGATTATTCACATGAAATATTATTAATGATTT TAAAAATTTGTTCAAAATTTTAATGATTAAGACATACTCATAAGTACTTAATAATATAAA TAGAAATTTGAATAATTGAAATTCAGACAATCATTAAAAATAATCAAATGAAATTTGTTG AAAGTAAATAAATATACCTCGTTCTTTTAAAACAAAACACTTATAAAATGTTTTTGATTA GTATATTAATTAACGGAATATTCTGATTATTATTAAATGTTGTTTTGAATTGTTAGAGAG CCTATCAGTGAAGTAAATTAAATGAAGATGCAATTGAAATCATAGAGAAATGATCATAAA ATTAAGATTTTCATTATATTTCATAAATAAATGTTGATTTCAAATTAAAATCCCCAAATC ATACTGTCAAACGCATATTTAACACTTATTAGTAATTTATTTCTAATTTTTTTAAGCTAT TCTTTGCTTCCAACACCCCACTTATTAGAAAAGAATTTTAAGAATTTAAATTTGAGATTT ATGGAGTTTAAATTTATTATTCTACTTCTATAGTACTTTCTCTATTTCAATCCTTTTAAA AAAATATAATTTGAATTGATATGAAATTTAAAAAATTATAGATTCTTTTAATTTTGTGAT CTTAAAGTAAAGATAAATAGAATGTATCATAATATTTTTTAATTTTATGGTGTTAATTAT TAATATGAAAAATTAAAATCAAAGAGTTACTAAAAACGAAAAGAGACATTCTTTTAAAAT AAACTTTAAAAAAAATTTTAAAAAAAATTAAAGATATGAAAATAATTTATTTATTTATTA AAAAAGAACCATATGTATTGGGTCAACAATGATATATTTAATATAATCATAAAAGTGGAG TTTAAGTGAGGTAAGTGTAAACGAAGACGGAAAGACTGTTTTTGATAAATTATCGAAACA AAAATTGTCCAAGTAAAAAAGAAGTAACATGAGTGAAGAAGCCACGGCAAGAAATTTTTA AAAAATATAACACATTCTTAAAAAAAATCAATAACTACAACTAAATAAGACCATAAATCT GGTACAAAAAACAATAAAAAGTAACATAAATTGAATAACAGTTAACAACAAGAATAATTC CACAATTACTACTATAAAAGGATATACTAGATAAACACTCAAGTGTAATTAATGTTATTC ATACCCTTATCTCTAAGATCATGTTCTCGATAAATTATAATTAGGTCATGTCATGTCCGC TCATATTTCCTTAATATTTCTTTGATACCTCTATTTCTCCTGAACCATCCATAGAGAGAA GCTTTCTTTTTTCATATGTTTTGAACTATGTAAGTCTCACTTATTATATCTCGTCTATCA TCGAAACTACTCTCTACCTTATCTTGTATATCTTCATTACTAATCTTTTATTTTTCTTAG TAAAGTGTTCCAATAAGACACTTACGATTTAAATTTCGTCTCCAGCATATAAAATTCTTG ATCGGTTAACACTCTACTTCTTACTCCATACAACATTCTCAATATAACCACTTGTACTCA CCTTTAAATTTTAGCGGTATGATCTTATTACACGGAACTATGGACGCAAGTCTGCTTAAT CATATGCCCAAATATAAAATAATAATTATTTTGGATTGGGAAGTAACAATAAATAAATAA GACGAAGTTAGTTTTTGGGAGTAAATTTATCTTCAAATATTTGATAGGCTAATATTTCAG TAGTCAAAAATTAGCTTAAACTAATTTTTGAGTTTACACGAACTGTTATTCATAATGTTT TCCTTTTCAAATAAAATGTAAATTTAAATTTTTAAAATTGCATTTTCAAAAATTTAAATC TTTAAATTTCAACATCAAAATCTACTATGAAACGGGATGGAAGGAGGTATGAAAATTTGG CATAGTTTGAAAAGGATTTTTAAAGCAAATTGTAGTGGGAGAGTTGACTAATTTTGCAAA TTAATCGACCGTTGCAGAACATTTTTCTTAAATTTCTAATCTCAACCGTTCATCTAAGAT CATCACACGTAAGCAGGTGGGACCAACTAAAATCCTACGGCAAAGATCAGTTTATGCAGG AAGAAGAACAAATTCAAATTTCAAAATTCAAACAGCCATTAAAGCTGCGACAAGCTTCCC TTTTTTTTCTCTCTCGAAATGTATAGTGAAATCCTCAAAGTATGAGCCTTTTCTTTCTCT CATTTTCAACTAATGATTTGTCTCTTTAAAGAGGAGCGTCTTGTTCGCACGATCACAGAA ACGACAACACGACTCATAAGCTTTCTTGGCTTTTGAGTAGTGAATTTTTTTTTCTTTTTA AAGGGTTTTTTTAGAATCGTCAAAATTGAATTACCTGTGAAACCCATTTGAGTTTTTCAG CTTAAACAAAGAGGGGAACCTCTCGAACTTTTGAGGGTAATTGATTTTATAGTGGGAAGG TTATTAAATTTGAGGTCCACTTTCTTTTCAGGGAGAGAGAGAGAGAGACTACATATAGTA ATAAAGTTTCGGTTTTGAGCTCCAACTGAAGAACCCCATTTGATATCTGTGATGATCAAT GCTGAAACTTGGTGTAGTAGTTTCAGTTTTTGAGCTTTGCTAAAATCATCTAGAGTTCTC TGTTTTCTGGAGCTTATGTTTTGGTGTAGAAGTTTAAATTTTAAGCTTTGATTAACTAAT TTAGGAGTTCTCTGTTTTCTGGAGCTTATGTTTTGGTGTAGAAGTTCTAATTTTGAGCTT TGATTAACTAGTGCTCTGTTTTCTGGAGCTTATGTTTTGGTGTAGAAGTTTTAATTTTGA GCTTTGATTAACTAATTTAGGATTTCTCTGTTTTCTGGAGCTCATGTTTTGTGTGTCTAT TTTGAGCTTTGAGAAACCTATTTAGAGCTCTCTGTTTTCGGGAGCTAATGTTATGGTGAA AAGGTTTCATTTTTGAGCTTTAAACTTGGGGTTTAGTTATTTGATGAGAAAATTGCATTT GTATGTTCAGGGATTTAGAGTTTAATCCATGGAAACTTGGGGTTTCTGAGTTTATAACTG TTCAAGGTGTAGAGTAGAAGGGGTGAGGAGTCTTTGTAGTTGTTCATAATGGGGGAGGAA AAATCATCAGAGAATAGAGTGAAAACTTCAAAATTTGCTGATCAAAATAAGGCACCAAAG GGTAGTAATAGCAATGTAAAAGGGAATAACAATATGTCAAAAGTGAGATCTTCTTGGGGT TCTCAAATTGTGAAGGGTTTCTCAGGGGAGAAAAAAACCAAGTTGCAGACCATAATTCAT GCCAAGAAAGAGTTGGTTCCTGGCAACGAAAACTCAAACCAGAAGAACTCTTCTGGGATT TCGCAGCCAAGGGTGAAGAGGTCTCTAATGGGAGACTTGTCTTGTTCAGTCGTTTCCTCT CAAGTTCATCCTCAAACAGTTAACATTCACAGGACTAAATCTTCCGGTTCGCGTGATCTA TTCAATGAAATTGATCATTTGAGGAACTTGCTACAAGAATCAAAGGGGAGGGAAATGAAA TTGCAGGCTGAATTATCTGAATTTAAGAGGAGTCCAAAGGTGGTTGAGCTCGAGAGGGAA CTCGAACGGAAGAAGAGTGAGATTAATAGCTTTGCCAAGAAAGTTGAGTTGATGGAATGT GAAAAGGCAGTCCTTTCTCATCAATTAAGTTCATTGACTGCTGCTCGAGAGAGACAAGAT ACGAATTCCAATAAGGAAGATTTCAAAAGTGTGACTAGTTTGGAAATGGAGGTTGTGGAG TTGAGGCGCTTGAATAAGGAGCTCCAGCTTCAGAAAAGAGATATATCTTGCAGGCTGTCT TCCATGGAGTCCCAGCTAGCCATTGTTGGAAAAGTTCCAGAGGTATTTACTTTACTACTT TGTCTTATTGAACTAATATGAGATAGGAATATCCAGTTTGCATTTTCTTGGAAACCCAGT TTTGATATCTCGAATTTGAATAACCTTGATGAATTAATTGGCTGTATATGCCTAAAATGC ATAGTTTTCTCTAATTGTTTTCAAGTGATATACTGAAAAATGTGGTTCAACCCGTATCAC TTGTGGGGTTACACTGGGTATGTTGTTGTTGTTGTCGTATCGAAAAAAATTGAATTTGTC TAACATTGGTAATTGGCTGGCTTGATTATATCTTGTTTCACTTTATTCTTATCAGGGAGA TACAATTGAGCACATTAAAGCAGAGGCTTCTTTGTTGAGATATGAAAATGAAAACCTTTG CAAACAAGTTGAGGGTCTTCAAATGAGTAGGTTGAATGAGGTTGAGGAGCTTGCCTACTT GAAGTGGGTGAACTCATGTTTGCGAGAAGAGTTGCGCAGCTGCTCGTCCATGACATGTGA TAAGACTTCTAGCCCTCATGGTAGTGAGAAAAGTAGGGAATCACTTTGCTTGTCTTATGA TCATAGTGATGAGGACTCAAAATGTAGTAGTGCGAGGAGGTTAAGCCTCGTTAAGAAGCT AAAGAAGTGGCCTATTACTGATGAAGATATGCAACAAGTAGGGAGCCCGGACAATATCAT TAATCATAGTTGGGAGGATACACAAAGTTCTACTCGCAGGCACTCGATAAGTGGATCAAA ATTTTGTGTTGAGGACTTGATTTTTAATAAGAGAAGGCAATCAGATGTCTTTATGTGTTC CAAGGAAGTGGAAAAGGAGATTGAGCCTATTGTTTCCCAACATAAATTAACCAATCCTTT GGAGGTCGAGAAACGTGTCTTGCGGATTCCTAATCCCCCTCCAAGGCCTTCATCTGTTGC TTTAATTGAAGAAGAAGGAGAAAATTCTGTTCAAGTTCCTGGTCCTCCACCACCACCTCC CCCACCTCCTCCCCCACCACCTCCAAAACTTATGGCGAAAACTACATCAGGCATGGTACA GAGAGCTCCTCAGGTTGTAGAATTTTATCATTCACTGATGAAGAGAGACTCGAGGAAGGA TTCATTAAATGGAGGAGTATGTGATGCGTCAAGTGTTTCAGACGTTCGTAGTAGCATGAT CGGTGAAATTGAGAACAGATCATCTTATTTGCTGGCTGTAAGTTCTTCCTCTCTAGTCTT CTCATTTCTATTATTGCCAATAAGGCACACTAACCATATCAATGACCAACTAAATTGCAC TCAAGGACTTGAGATATCCACTGTATCTGGATTTCCCTGATTTTCCTTTCTGATTACTAG TCCAGCAATAAGGAAGTTTCAGATTTTTTCATTTAGTCTCTGGACTTAATTTTATTCCTG ATTGCATATTATTGTCCCACTTCCAGATAAGGGCAGATGTTGAAACTCAAGCAGAATTTG TGATTTCCCTGATAGCAGAGGTCAATAATGCAGTTTATTCAGACATCGAGGACGTGGTTG CTTTTGTGAAATGGCTAGATGATGAACTTTGCTTTCTGGTAAGTTCAATGTGTTAATTAT CTAATGAAGTATATCAGCATAGAGAAGAATGCCTTTATCTACTGTCACAGCAACGAAAAG CTTGTTATTGTCTCATTTTAAAATTTTTGGTATTATTCATATGAAAATGAAGAATAACTC AAAGAAAAATCATGCATCTATCCTAGTTCATTGTAATGGTATGACATTAAGCTCAGTAAT TATTATCAATTGAATTCTTAGTAGCAAAATGCAGTTCTCAGGAAATTTTACCAAATGTTG AGGAACTATATCTGCTATATTTCATTTCACATTAAATAGATGCTTCAGTCTGTAATTTAC TGTTAATTTTGATCATTGCGCCTGCACTGTTCTGAAGGTGGATGAAAGGGCAGTACTAAA GCACTTTGACTGGCCAGAGAGAAAAGCAGATACACTAAGGGAGGCAGCATTTGGATATAG AGATCTCAAGAAGTTGGAGAATGAAGTTTCAACTTACAAGGACGATCCTCGATCGCCATG TGATATTGCACTAAAGAAGATGATTTCTTTGTCAGAGAAGTATGACCTCTTACTTTGTCG TAAAGTAGTGTTATAATTTGGTACCTCCTTGTCTTTCTGCCAAGAAAGTTAAATCTTTCA CCTAATTGTCCAAATTTAATCTTCACATTGCAGGATGGAACGTAGTGTCTATAACCTTCT TCGGACACGAGACTCATTGATGCGCCACTGCAAAGAGTTCAAAATCCCCACACACTGGAT GCTTGATAATGGGATATTAAGCAAGGTCAGTTCTGACTGTTCCAAGTAGAAAATAATCTA TTGATTTAGATCTTCAAATGGTAATAGAGCTTGAATGATACAATGAGTATCTAATGAGAT ATAACTAGCCGGAACTGGAAGTACACAACTAAGCAGTATGCTAACATGTTAAATTGTCCT AAAAAACTTTTATTTATGAAGTTAGTGAACTGTATTATGCATGTTATATAGTTCACCACC AGAAGGGAATCCGAATAATATGAGAAATTGATATGAGACAGATGATGAGTTTCAAGATTG TACATTATCTTTATGTTACATCCTGGCATGCCATTTTCAGTATCTCAACATTTCAATATT GAAATTGCTCATCTATTTCCAGTTTCATTCTTGCATATGTGCAAGTCCTCCTCTGCAGAA TACTGAGCAAAAAAATACAGTACCTTTTTTCTTGATATCTAGTTGTCATTTTGCATTGGG ACTTAATTCAAAAGAAATTATGCAGATAAAGTTTGGCTCTGTGAAGTTGGCTAAGGTGTA CATGAAGAGGGTAGCTGCGGAGCTTCAGTCCAAAGGACCATTAGATAAAGACACTTCCAT GGACTACATGCTACTCCAAGGAGTGAGATTTGCTTTCCGGATTCATCAGGTTTGTCTGAT ATTAGTAAATGCTGTCTTGTTGTGAATAACAGGATTTTACTACAGATGAAGAATAGATTG GTAATTCACCTGCATTGAATTGTTGTGAATGTCATCTTAGTTTAGTTTTTATCTCCATTG TTACAGTTTGCAGGAGGATTTGATGCAGAAACTATGCAAGCTTTCGAGGAGCTACGAGGC CTAGCACTTTCATTAAACAAGAAATAGAAGATAAAGATTTTTGTGATGAAGTACAATTTT GATAGAGGGCTTACCATCTCAGTAACCATCAATCCAAGTATTGACACATATGTATTAGAG AAAAAATAGAAGGTCTCTGTGGAAACATGGTTGACATCAATGATATTCCTTATCATTGAT AATTGGTTCATGTTTTTGTATCCAATTTTTTGCTTTTGGTTTGATGGAAGTAGAAAGATC AGATCTCAAGTTTTCAGTATATTCTATATAAAGAAAGCTTGGTGAAAAAGCTAGAACTTT TATGCAAGTTTTCTATCATATCAATTTACTAATTGGCTTGATGAAATAACATATAATTCC AACGTTATCTTTGGACCTTAATTATTTTCATAAATCAGTGTAATGGGGTCCGAGTAGGGT GATGTGTAAATGTAGAAAGAATATTTTCGAAAACATTCAAGAATGTGTTAAAGAGATTAT AATAAACGAAATGTCCAAGATTTGTTTGTTTTGGCTCAACTGTCTTGTATGATAACAGCA GCTGCAATGGCGGACTCCACAAAGATGCTATTTTTGGCTTTATTTTCTGTTTTTTCTTAC TCTTAACCGTCTCATTCTAATTCTTTTTTCATAAAATTTGGGTTGCCTTTGGTTCTACCT ATCTTTGACAGACTATTTCTCTTCTTTCTCAAAATCATTTTTCTCTTCTCCAATGGCGAA ATTTCAGAAAGTGAGAAGTTAACATTTTTGTAGCTCAAAGTTCAATTTTTATTAGACCCT TTTTCATGTACTTTTAGAATCTCCTTTTTACATGTTCTATTTGATTTCCTAACAGATATC TGAAACTCATGGTTCACTCATTGGCTGCTCTAGAAATTACTCCCTTTGTCCCAATTTATG TGACGCAAATTGAAATTCCAAGAGTATGACAAGTTTTCCGGATTTTTCAAAATGTTTTTT CAATTATTAATTATTGTGATTCATAGAAGTTTTTACATAGTTTTCAAATATTTAATTTTA TTTCAAAAACTTGAATCTTCTAGGTTCGAACTCAAAATTAAAGTTTTGATGTTTGAATCT TGAAATTCCAACTATGCCACTTACATTGGGATAGAGGAACTAATAATTATGATGCTGCCC CCGGGGCGGAGCCACGTGGGTGTAAGGGAGTTCATTCGGTGGAAAATTACACTTGTATAC CTGGTTAAAATGATATATTTTATGTGTGTACGGTAGATGTTGAATCCTCTTGGTTTTTTT CGTGTATTTACTTCTTCATAATTTGAACCCCCTTCATGAAAAGTTTGGCTCCGCCATTGG CTCGAGCTTGGAGCTCATGCTTTAGATTTTGTTCCCATAAACTGCATCATTTGTCCCAAT ATGTTATAGTCTATTAAGGCAGAATAAAAGTTCATGATATTACTTCTAGCATAGATGAAA ACAAAGTTTAGTGCTCTATTGAATTTGTACCTGATTAAGTGTGTGTCTGTGGTCTCCGAT AGCTGCATTAGTACTTACATTACCTATTTCTGCTATACTTTCAGGCAAAATGTGTACGTG CCAGAGATGACCCTTATTTCGATGGAATGCGAAGAGGTGAAACAACAGCCATTAACAAAG GAAGTGGTTTAGACATCCTTAGAAAAGTCACTATAAATGATATAACGAGGTCAGCCTCTG ATGTTGGTAACAGGGGACAGAAAAAAATTACTGTGAAATTATCTGAAAATGATGTTTATA ATGATAGACACTCTCCTAATTCAGCTTCAAAAGGTATACATGAATCTCTTGGTCGGTCAT TATCTGTAAGGTGGTCAGCAGCATCCAAATTGAATTCCCCTCCAGTGAGAAGCCCGCGGA CTGGTCTGAAGATTGATCTGCATGATGTAGATGAGTCTTCAGTTCAGTCTAGTCCAAAAT CATCTGATGTAGAGTACCACTCACCTGGTGGCTTGACTTTGCCTGCCTATGAAAGATCTT ACACTGTGACCAAGAAAAGTAGAACTGTCTCCGATATTCCACTTCCTCCATCTGCAGCAT CGTTCTACTGTGGAAATTCAGCGCAGATGGAAGTTCTTGGATCATGTCAAGGAATTCACA GGCTGAATATTTTTCTAAAGGCAAGAAGAGATTATGTTAGTGCAGGAGTACCATCACAAT TCTTGCATGCAGTGATTGGACCGGACTGCTGTGGTAACATCCATGAACCATTCATTGTCT AAATAACAGTAATCTCCGTATTAACATGTTACAATGTCTCAGATGGAAGTCCTTGGATCA TGCACAATTTCTATTACGACCAGTTTCTTGATGTTCAATTCTATTTAAACAAGGTAGAAA ACAAATTTATCCAAATACTAGGCAAAGAATACTATTCTGGATCCAGGATGTCTCCAACTG AAAACACAAACTTAGTAAAATGAGTGCAAAATCCAACAGAGTAAGAGGCTTCTGGACACA AAGTAACAAATGGTCTAAGCCTAAAGTTGAAGAAGTAGATCCTAGTAATATCACATTTGA TTTTACAAGTTTGCTTCATTATTAGTACAGATATTGCTTAGTAAATGCATTAGTATTTCT GATTGTTCATCTTTATGTTTTGAGAAAGTTGCACTAGCTGTTTTCCAGATTTTGCAAATT GTTTAAATTTATCTCTTTCATTAAGTACCACTTTATAGGACTAGAAGTACATAGATTGGA AGCAAATTCAACAACAAAAAAGAGAATTGATAAGCTTATATAGTCCTGTGGCATTATTCA TCTACTGCAGTAGAGAAGGAACAAATCCTAATTTAGAGAACAGTCAATTTCAGGGGGGAA GTGTGTCTGCGACCATCTGACAATTTGAGTCTTACACTGGTTGAGCTTAATTGTAAGTTT GTTTGCATCTGGATGCAGATGTTGGATCTGTTGCTTCAACCATAATGTATGCTTTTTACT TGAATGAAACATTAAATGATGACAAGTTATGCACTGTGCCTGTCATCAACATGAAAAGGT CGGATGTTCATTCTCATGCTGAGCTCAAATGGCTACTTGATTCTTGCTTTGTTGATGAAT CTTCCTTAATTTTCGTTGATGAGGTATGTTCTATTCTATATATAAAGTTAGGAAAGGAAA TGAAATTTAAGTCTAGATTCTCTAGAATTACGTCCACATAGTAAATGAAAACCAGGAATG GAATATACTCTAAATATGATCAACTAATTTTTTCTTATTAAATTGATAACTTGATATTAT TTGAACAGATTGACCTGTCCTACTATGAATTATATGGGAGTCTTCAACTTGTTTTAGTCA ATTGTAGCAAGCTTCCAGCTAATCAGGAGGTACGCATTCTTTTTAAGGGTGCTGAATTCC TATTAATGAGTTAACTGATGATTACATACTGCTTACTGTATCAGGCATTAAAGGATGCAG TGGTTGAAATCTTCAATTGCAGAGAGGTCTACTTTTATTTTGGTTTCTTGTTTTTGCATC TCCATTATGCTTGTGTCATGTCAAGTAATAAAATCTGTTTAATAGAGAGGCTATAATCTA ATCTTTCTGTTTATGCAGGAAGATACACCTTATTCTTCAGTTGCTGCTGTAACCATTGGG AAGGTATCTTTCTCAATCTGTTACAAATATGAAAGGAAGTCAACATACCAATAAATGTCA GCTTCCTCTTAAACTAGTTAACAGAGATTAATATTGCTAAGCAGCACTAAGTTCGACTTC ATTGTGCTCCTATGAATTTAAGAATAAGAAGAGAAATTATAGCAGGAGTTAGCAGACGTT GGAGAAAGTACTGTCATCTCATGAGCTAGCTTTTGTGGTTGAGTTAGTCTAAGGTTCATG TGTTAAAGCATATCAAATTTTCAGGAAGGAACCAAATGATTGTTCTTATAAGCTCGCTTG ACACCTTTTATATGTACTTATTAATTGTAGGAGGCATCATGCTGCACTCTTATTGCTGAT AAGTTTGTACTAACTTCACCAGAGATACTAGTGGGTCAATGGTTCAGTCGACTTCTGGTA CTAACTCCAACATCTTGATTTACCATTGTGTATGCAAGTTCTAATGTCTTTCTGTTGTAT AATCTCTGTATAAATCTGATTATATGTGCAGTTGGCAGGTATCCTCATGGATACTGGAAA TTTGACAAACTCACAGACTACAACAAAGGATAAGTACATGACCACTTTATTGATAAATGG GGCAGGTCGATTTGGATGCAATGGTCTTTATGAAATCTGTAGGTTATGCAGCTTTGATAG TCATTATATTTAGTAACTATCCTAGATTTCTAATTCCAAGTGATCAGACTCATATCCTAA TTAAAACTTTGTCATTTTCAGTGAGATACAAAATGCATGATGCAGCTGATGCCAGACGAG GAGAGGTTTCTCGAAAAGATATTAAAAGATTGTCAAAATCAGATGCAGCTGATCCCAGAG TTGGAGAAGTCTTAGACATAGATATTAAGAAATTGTCAAAAATCAATGTAGCTGACCCCA GAGTAGGAGAAGTTTTACAAAGAGATGCTAAGAAGTCATCAAAACTCAATGCAGCTGACC CCGGAGTACGAGAAAATTCACAAAGAGATACTAAGAAATTATCAAAATCCGATGCAGCTG ACCATGGAGTAGGAGAAGTGTTACAAAAAGATACTAAGAAATCGTCAAAATCAGAGGAAA CTGATCACAGAGCAGAAGAAGTTTTACAAAAAGATATCAAGAAGTTGTCAAAGTCAGATA CAGCTGAGCCCAAAATGCAAGAAGTTTTACAAAAAGATAATATAAATTTGCCAAAATCGG ATGCAGCTGACCCCAGAACAGGAGAAGTTTTACGGAAAGATATTAAAAGATGGTCAAAAT CAGGTATTGTCACCAACTTCTCTTTGTCCTAATTACAAACCTTTCCATTTCAAAGCCATG CTTTATTTAAAGCTTTCATTGACAACTTGTGGGATTACACTGGTATGTTGTCGTATAGAT GCCTTGTCCATGTGTGCCACTTTAAACTAGATGATTTATTTCTGATATGAGTCGCTTCTA TAGAAAGTAATTAGCATCTCCTTGATACTACTTCCTGCCTAATGCAAGGATAAATCTGGC TACAAACTCAGTTTTTCCTCTCCTTTTTTTTTGACAAATATTTGGATAGCAGCAACTCTT CTGGGAAGTAACTATAAAATGGTCTACGGACTTCTGTGGAGTAAATTGATGTAATCATGT TATGGTTAGAATTTACAGATAACTTGAAAATTTGAGAAACTTCCTAAGAGTTTTACATTT TGAGATCATGTACATGATATGACTTCAACGACGTTTTTAGTGTACTATTTATGTGGACTG ACCTTCAGAGTTGGAAGCAGGGAAACCTGGTGGTACAGGATCAAGAATGGGGAACTCAAA TATTGGAATGAGTTCAGTTGGAATATCTATAGGAGAGCTCTTAACACATCACTCTACTTC AGCTGAAAACATAAGAAGTTTCCAGCGTAAGTTATTTGATTCTGCCCCTTTTTCAGTTTG GAAGCATAATATTTCAGTCAGTAACCAATCACACGATAATTGTCATCATATCATTCTGGA AGAGTTCATCTTCTCTTGTGTGCCAGGATGAGGGGGCTGGGTGCTGGGATGGTAGAGAAT TTGAACTTTTTTTACTATAACTCTTCTGTCAAATATAACTTTCACAGTAGAGAGATAACA CAGCTTGGCTTGACAATCATTTTCTTTTGTATATGCAGAACTAGAGAAGCTTCACATCCT CTTGATCGTTTCAGGGTATTATGATGCAGAGAAGAGCTTCAAGGTTTACTGACTTACTCT TTGAGTGCTTTCTCCATTTTGTGTCTGTCATCATATCATTCTAGTTTAGCTTTATACTGT TAGTGCCTAGGGGATTAGTACTAAATTTGTGTTCTAAAACAATGTAAATCTGTTATTTCT AAATTCTTGTTGCGACTTTACTTATATTTGGAAACAGAAGAGAACTTAACATGATCCAAA TGGAGCTTGCTAACCGATGTTGATGATGGCATAACAGCTTCAGATTTTGGTAAACGAGAT CATGGCTATAATTGTTTTCTTTTTTCATGCTTCTGTAAACTATAACATGAGAAGGCCACA TCTTGAATTTGCAGTGAGTTTACATATTAAGGGTAGAAACTAGGATGAAGGATCATAGTG CATAGATGACTATGTATTGTGTGTACTTGTATAATCTGGATATATCTTATATTTGATACA ATTTTGTGGATGTTCAAGCAATCTAATCATGTTCCTGGCTTTCAATTTTAGAGGGAGATT CTAGTCTCAGCTGAATCTGCTGAGCTTATGAAAAGCCTGCTCCATTTTATCTACTCCTAT GCAAATTTACTACCACTCAGAGCGTTGCGCCAATCAGGTCAGTGAGCTATATTTTTTCAT ATAGAACTTGATCCATCTCAAGATTATATTTGTTTTGAAGGCCATATTTTGCTTTTTTTT CTGCAGGTCTACCTGCTGAGATGAGGGTGTTCGAGATTGAAAAAATTGTATCAAGGAAGA CGATTGAGAAACTTCTGGAAGAATTCAATGAGAGAGCAAAATAATACTACAAAGTTTACA GGTCATCCCACATTTGTTGTTGCATTAACAATATTTCATGTCCAATAATAACAGTCAACA GTACGCATGTGTTTCTTTCGTAGTTGCAAAGAACCTATGTATTGAGGTAGTCTCTATGCC GCCACATACATGGCGATAATTACTTTATTTTTTTAAATGCTCACACCAAACATGTCGAAA GGGGCTTAAATTTCTTCTTATGGAAGTTATTAAGCCAGTGATGATGCTATTGTTCATGAT GCCTCCATATACTATCAGTCTATTGCAAACTAAACTTTAGTATTTGATATATAAGTTGTG GTTTATTTCCTTCACCTTTCTTTTACATGAAACTGTATACATGGAAAAAGGTTCACTTTT CCTAGGCAATCAACCTTTTCCTAATTTTTTCTATCCAAAAAAGCTTTGGAAAGTTTCCTT CAAGGTTGGTGGGGTGTTGTTTTTAACTCAACTTAGTAAGTGAAAGACGACTTGGAGCAT GTTGAGAAATGACCTTAGCAGTGTCTCTCCACCAACATACCTCTTTTTCTTTGTCTGCAA GTTTTTGCATGGTGGATTCTAAAGCTGACTCCAGTTCTTTGATCCTTTCTTCTTGCCTTG TCTGTAGAAGCTCATGCAGCCTCCTTTTCAATTCTTCGGCAGGAACGCCACAGTTAGGGT TGTAGACCTCTGCAAATTTTGTGCTCTGGCTTCCTTCCCCTGAGCTATATTCATCCACAA TCTGCCACAAAACAAGTATAAAAAATTATACCTTTTTTTCGCGATGCTCATGCTAAACTA AAAGCAATTGACTATAGTTATGTTATACTCAAAGGTGGATTACCTCTGCATCTGGTTTTG TTGGATATTTGAACATAATATCTGAATCTAAATGGAACTGCAAACGTTCTAATTCGACTT CAAGCTCTGCTTCAAGTTGGTTCATTTCCGAATTCTTTCCATTTCCTTTCATCAATTTGC AGTTTAAAGGGTGATCATCATCATGGCTGCAAGTGATTTCTGATTCTTCTTCTATATCAG TTGAGTATGCAAACTGTTCAACAGAATCGGAATCATAGTGTGAGATTTTGGTTCTTAAAT TTGATGCACCAGATGGATTACTTCTGATTCTTCTTTGGTTTTGTAACTCCATCTTGGAAT TATGAAGCAGGATTTCCATTTCTCGACGAATCTCAACGATCTTGTTGAGCTCATTCTTGG TAGAGTTAAACAGATAAATTAGACCAAATCCGATGCCTAAGTTCATAGAATCTGCTTTCT TTTCGCCTCCTGCATGAATATGTCGATTAATGTGTTTCAGGGAAGATCAAATCACAAAAT GTAGTATGAAATATATAAATCTGCTTAGGCTTATTATATCACGAATAAATTTCACTTAAT AAAGGCAAATTCTCATATGGATTGCATGTTAATTCACTTAATAAAGGCAAATTCTTATAT GGATTGCATGAGACTCTCTACTTGAAGTAAGAAATTTCATTTATGTTACTGCAAAATGAA CAAATTCAATAATTGAATCTTATTTATTGAAATTCGAATTTTCAGATATCATTATCCAAT TTGAAAAATAAAAATTACTTTTTTTTTAATTTCACGATAAAACATGGTCAAATGCCCACG CAGTATGTCTTAGTTTTCTATTTCAAAGCAAACATGGTCATATCCAATAATTAATACTAT CTCAGTCCACTTTTATTTGTCAAGTTACATTTTTTTAAAGTCAATTTGACTAATTTTTAA AATTAAATTGATTACATTAATTCGATATTTTTTTAAAAAAAAATAGATATTCAAAAACTA TACGAAAAATACTATAAATTATAACTTTTTGCATATCAATATGATGAAAAATATATCATA AAATTTTTATCAAAGTTCTTATAATTTAACTCTAAAAAAAATATGACAATTAATTATAAA CGGATAGAGTATATGGACAAACTTCTAAAAATAACTTATTTTGAAAATAAAGTACATGAA CAATTTGCATTTGACTAATCTATTTAAAGACCACCATCTGAGTTGTGTTTGACTAATCTT TTGAAAAGTGACTCTAAATTTATTTTCTCATAAATAATTTCGAAAAGAGTATTTTCATGG ATTTTCATTGAAGCTTCAATTTTCAAGATTATTTTTTTTTCCTGTCTTTTATTATTAATT TGTTTGTTGAAATTTCTTGTCAGAATTAGATTTTAAGAGTAGTGCAATGGCGAGAGTAAT TTTTCAATGTATCAAGTAATTACTTTCTCCGCTCTTTTTTATATGTCATTCTTATTAAAA ATAGTTGATCTGTAATATTTAATATTTCATAAAATTAATTCATAAATTATAATATTCTTT CTATTATACCTTGATAGTTGATTATATTTGACCAATCTATGAAAACTAATAAGTAATTAA TGTTCATTACAATGAACATTAATTACTTATTAATTTATTAAGTTGGTCAAACTATTATTC AAGACTAATTAACTATCAAGGATATAATAATAAAAATATTGCGATGACATAATACATATA TTGGACCCTAAATTTTGCTTTAAATTTTAACTTTGACCTCCAACTTTCATAATGCACAAA CCGTCACTTTAGTTATTCAACTTTTAAATAAATAAACACATGACTCCTATATGACACAAT ACACGTAAGACACCACGTAGGACAAAAAATGTCATGTAGGACATGTGTGTCTATTTGTTC AACTTTATACAAGTTTAAGTGTCTATTTGTGCACATCCAAAGTTGAAGAGCATAAACGTA ATTTGAAGCCAAGTTATAAAATACATTTATGTATTATCCCTATTGCAATTTATACATTAA TTTTATAAAATAACAAATATCATGGACCAACTTATGCCATGGCATAATAATAGTGAATTA TTCAACGTTAAAAGAGATACAGTTTTTTTTTTGTTTATATTTTCTAAAGTGACAAAAGAG TTAATTGATCATATTTACAATTATACTGTAAATGAATTATATTTTCAAGAATTATTTGAG AAAAAATTAAAATGGCAAAAGTGAAAAATTAATATTAAAATTTTCTTTTGAAATAAAGGA AATGGCTAATTACTGAGAAAATTTTAAATATTAAAAGGAGTAAGAATATCAACCAAAAAA AAAAACAGATTATAAAGTTAAGATATTATTATTATATTTGGATCATTATGGTCATAAGAA TTATCTCTTTTCTTATTTAATATTTTCCCACATAAACATTTATTCCTTTCCAGAAGTTCC ATCAAGTACCTCACTTTTTTATACTCTCATTTAATTCATATTATGCACACCTATTATGGG AAAAAAATAAGGATATAAATTAAATATTACTTTCCACTTTTACTTTTTTAATCATTGTCA AATTATTTTTAAAAATAAAATTATAAATATAAGCAATTAACTCTCTTGAACTTTATCATC TAAAAAAGTATAAATAAACAAATATATAAAAAAAATGGAACATTTATCTTGAATTATAAA AAAAAATTGCAAAAATTCAATTAATATGAAATGGCAAAAAAAATAAAATAAACTTTTCAC CTCTTGATTGGCCAAACATAGATTAAAACGATGAGCAAATGCCTAGCCTTAAATGACATC AATATGATATTTTTTCCATGCACCTAAATTTTCGAAATGTATACTCCAATTATTTATTTC TCTTTAGCGTTTGGTGGCTCTCTCCCTGACTTAAAACTTTTTTAAAAATATATTTCGAAT AAACATAATTTTTAAATCTTTTGGTATATGTTCATGTATTTAAGTCGTAACAATTTAGCA TTTAAAGGTAATATCTTCTTCGTTACTTATTAAAATGACTCATATATATTTTTATACACA ATATAAAATCATATATGCATTATATTGTACTGTTTTGTTATCATATTTACAATATATTGT ATTATATTGTTAAATTTCGTTGTTGAATAATAATAAAAATTCTCATTTTATGGAACAATT AATTTGATGTGTTCTTATTGTAACTTAATTTCTTTTTCTAATTATATCCTGACATAATAT ATCATATAATTCTAGTTAAATCTCTTACTATAGAATTATTAAGAATATTTTGGTAAATTT TATAAATTACAATACAGTATGATGCAGTCAAATCATACAATAAAAATATCATCAAACAAC AACGAACAATAGAGTCTAGCCAAACACAGTAAAATATAATACATTTTGAAACAATGAATA ACAATGATTCAAACAGACTGTACCATCAAAAATTATGATAAAATAGATATAATTTTTTTT TCTCATAATCAAAATTCTCGAACTTCCAAACTTTGAGAATGAAATTTTTTTTATTAGAAA GTGTTTCACTGTTTTAATAAGAACTTTATGCAGCTCGAAGTCATATTAATGGGAGCCCAA AACAGAGCATCAAGGTGAAGAACATTTACCTTGATCTTCCAATGCGGTAGATGATTTGGT GTCAAATCCCGTCTCCTTCTTCTTCTTCGTCTTCTTCCCCTTATTTCTGGTGCTTCCACA TTGAAGCTGATTCACTTTCTCTGCGTCCTTATTTCTCTCCCCTGTTTCGAACCACCGGGA GAAAATCCATCTCGGCGATATACAAGTAGTAAAACTCCGGCTACAAGTTTCCGATCTTCT TTTTCTAATCTCAGTACAAGCCCTAGCTGTGATAATGGAGATACTGCAATAATCATCGCC ACTTCCCATTACGATTTACTGTTTTATAACCTGAAATCACTCTCTTATGTGGTAATCTAA ATGTATTTTGGGGATCGGAGAGAACTCATCAGCTTCTTATTCTTTCGATTTTCGAAAAAC TGATTTGATTTTGAGGTGAAAGGAGGGAAATTTTTTGAAAATGAAAGGTTCACGAGATTC ATCACATACTAATTTATGAGCATATCTGACTGCAACCGAAATTCCATTAATGACATTAAA TTACTTGAATTTCTATTTTTATATTAGCTGGAAAAAAACATAAATGTAATATTATTATAT TTATTTAAACCCAAAAGAAAAAAGCAGAGAAAAACAAAAAGAAAATTCCATTCCTTACTT GATTTTTAAGCACTAATTATTAAATGCCTAGCTTATGCTTTTGAATTATATTTAAACTTA ACTTGCTTTGCAACAGTACTCTCTTCTCTCTTTTGTTTATTCTCTCTTTTGTTTATAGTT TGGCTTAAAAATGTCTTTATCGTCAATAATTTAATTTAAAAATATCTTTAAATTGCGCAA AAAGAATAAAAATGTCTCGTTTGTATTTTGGTCCAAAAATACTCGTCATTAATATTTCGA TCCAAAAATGCCCTTATTGTTATTTAATGAGTCAAAAAAATTAGTTTCCAAATAAATATT GTATTATTTTCTTTTTGACACATTTTTTTCAATTAATTTTTTTAAAAAAATAGCAAATGT TTATCTTACTTTATTTCAAAAAAAAAAATGAAACAAATTTTATTTTACCATCAATATTTT TTATTATTATATAAATATAAATTAGTGATAGATATACTATCAATTTATATATATGGCATA TATTATTTATCAAAAGGATACATGAAATTATTCCATTTAATTGATGAAATGAGACTTAGA AGAAAAAGAATATTTCCAACCATTTTTATTTGTCAAAGTGATTTTAGAAGAAAGAAACAA GAATAGTGTTCTTTAATAATATTTTAATTAGGAAGAAGATATGTTTAAAAAGAAAAATAA TAATATATTTATTTGAAAAAAAGCATTTTCGACTCATTTTGTAACTATTGGGGCATTTAT GGACCAAAGTATTATTGACTGCAAGGGCATTTTTGAACTAAAGTATTGACAGTAAGAGCA TTTGTGCGCCAAAGAATTAACAGCGTTTTTGTTCCTTTCACACAGTTTAAAGACATTTTT TTTAACCCTTTTTCCAAAATAAGAGTTCAACGAAATTTTTCTTTTCAAGCTTTAATAAAA TGTGGCATTTTTTGGGTAAGAGAATTATTTTTTCCTCTCACTCGTACAGAAGTCAAAAGT GCTAATACCTAAAATTAAATGACGTCAAATTGTACAAAGAAATTATGTTTTCGTGTAGTT GAGGTGGGTAAGTATCAATACCCTCTAAATAATACCATAAATTATTGTTCTATTTTAAGG ACCACAAAGCATATAGTATTAGTAATTCATAGTATTTGATTCAAATCACAGTTAACAATC CCATTCTAACGACTGTTATTTGCTCAAATCAATGACATTCATCTTACAATTATAAACGAA CATTCAAATACATACAGAGATTTGATATAAATGCCGATACGAATTATTTAATTTTTGTGT GTAGGTCATCTATCTTGGCCGCCTTCCTAGTGTAGTAGCTCTTCCTAACCATTGGTACCA GCAAACTCCAATTAAGGTTTGATGATTGTAATAGAGCTAAGGCAGTCAACAGGTCAAAAA AGGAAACAGTTCTAGATGTCTAGTCTCATAGAAATAAATGGCGGAAGATGCAATCATTTG CATCCAAACAAGGTTAAAACACTAAATAGGTTTTGTAGGAAATACATGATAAAGACATAT CTGATGATGGAGTCTCGAGGATTCATCATCGCTAGCTCGAATTTAATGTTCTTCTGCAAA TTCCTCATGACAATGATGATGCTAATGCTCGGAGAAGTTTGCTAGTGTGTTTTACCTGTG CCAAGAAAAAGTTTCATCAGATGGGAAAATTCAGATGTTCAATAAAGTTTCGTCATATCA TTGTTGATAATGTTTCATATTTCACTTTAGCCAAGTTCTGTCACATATATAAACAGAAAA ATGGCAAGATCTCAGAACCAGCATAGAGGAATTTTAGTGACTCAAGATGTTTTACTTCAG TAGATGGTATGCAGATCCAGCATGGATTACAAAATATATCCTGAAATAAGAATTTGAGCC AGCTACTAGAGGAATACTCCATTTGAAACTATCGAGAGATATTATAGGTGAAACGCGTAG AAAAGCACCAAAATCTGTTGGGACTTGAGAGGAAAAGCTTAAGTGAGGTCATATGCAAAG AAAAACACTGATGAATAATATTAAAAATATATATGTAGAGCAAGGAAAAATAACTACACA AAAAATAATACTACACTAATCATTTGGATAGAAAACTTAACAGAACTACTATGATTAAGT GAAACTGAATTTCTAATTTGGATGTAATTCAGTTGTAAGTCTTCACTAACTATTCTTCTT TTCTAGTTTCGTATTTCTAATTTCTAGTTTCTTATTCGTAACGATTAAGAATATATAAAA CAGCATTTTGTATCAATCCGTCAACTAAGTTGACATTTACTCTATAGTCTAACTTCCTAA AAATGACAAGGACACTATTTAGCTACTTGATGCCTGAGCCAAGGTGTCAATTAAGCAAGG CAAAGCGCCCAACTCGGACTTCACCTAGCTTCAGAGTTAAAGTGCACTTTAAATGAATAT TTAACGATTTCTGAGAATAGATTATGAATGATGCAAATAATAACTTAGATATTTCGATAG CTAGCGATGTCCAACTTATTTGTGAAGTTCCTAATGCTGATTTGAATTCTATGTAGCATT GAATTCAACTCAAAAAAATACATAAGGTAACAAAAATATTAATCTTTAAGCAAATCAAAT CTCCCAACAACTTAGGCAAACATACATTTTTCTAAAGCCATGTCTTCGGGAAGTTCTCGA TGTACGTGATATGTAACATAGATCACTCCCGGATGCCCTCAAAGTCCATATATGGAAAGA TCAACTCTCCAGGCTACTTAAATTACTTTAAATGCTTAGACTATTTCTAGTCAAGTATTA AACTGAACAATCAGCTATCCAGGTGCCTGACTAGAGCCCGGGTAGCACCGTTACTTCAAT TATTTGCTTCACTTTGATGTAATTAGATTTAAATACAATCAGTCAGTTAAGAAGGCAATG CATTACTTTATCATAACCTTGGCCCAAAACATTTTATGTTCTCAGTACAGTCAGAGCAGT CATTTGTGGCGAGCGCCATAGTGATTACAACAGTAACATCAATAAAAATTTCTCATGAGC ACTTTATTCTCATGTATTACAACAAACTACAAATTGACTGCATCCAGAACACTGCATAGT TGTTTCACTTGCATCTAGTAAAATCAAAATGACAGGTGATTCAACTCAACTTCTTTTGGG CAGGCCAAAAACAACTTGCAGCGCATAATTTTACCTTGGTTAAAATGCGAGTATGAGCTA TAGTTCAGAGTTAATAATCTCCTCAACTGAGCCTTTGTACCTCGAAATAAGATCCCTGTA ATTAAGCATGAAACATGACCATCAGATGAAGCAAATAATAATTATACAAATTTCAGTAGA CAATATTAGAAACACACACACACACACATATATATATGTGTGTGTGTGTGTGTTTTATAT ATATATAATACAAACCTTCGCTGATTTAGCATTTGTTCGCACTCTGCCTTTTTGCGCTTT TGTCCCTCAACTGTCTGTCCAAAGAACACAGGACTGGTCAATTATCTTACCCATATTTAA GCATCAAAACATGCAACCAAATAAGAATTTGTGGAGCAACTTTGTTCAAGTCAACATCGT TTCAAACATATTGAACCCCACTTTTCAGTAAAATTCTTCACAACTATAAGTTGAACAAAC AGGCCCAAATGGAAAAGCACAATTAAAAGCAATAACACAGCCAAAAGAAAAACAATCCAA CTCTTCCAGAAAAGAATAATTTTGAAGTTCTGTTTTCATATTATTGCGCTTAACTCTTTG TTGGAGTCTCTCTCTTTTTTCTTTTTATTTTTTGAGTTGGGGGTGTGTTCAGAACAAGTT ACAACAGAAATCAAAGGATATGTGTGAAAATGAAATACCATAGATCTTGAGCTAATAGAC CCTGATATTGATGTCAACAGCTGCTGGCACTTCTCAAACTGATTTTTCAATTCAGTTACC TGGTGAGGAAAAATACACCCGGTTTAATGTAGAAGAAATGGAAAACTAACATATAATGCA TCAATCAAGAAATGAACAAACCAATGCATCTGAGTGCTGATCTCGATTTCCATTTTCAAT TGTATCAGCTAAATTCTCCACCAGCTGTAAGATGACAATAAAAGTTAGAACAAAAGGTCT CACTAGGAAAGAGAAATGTCTCGTTACTCTATTAAAATAGCAAGCTACAGATCATGGTTT TTGCCCAATACTTGTAAAAGATGGAAGTGAGAGGCAAGTGATTGGTGGTGCTGTTGTTGT TGTTGCTGCTGCTGCTGTTGTTGTTGTTGCTGCATTTGCTGCTGCTGTTGTTGTTGTTGC TGCATTTGCTGCTGCTGCATCTGTTGCTGCTGCTGCATTTGTTGCTGTTGCATCTGTTGT TGATACCGTTGTTGTTGTTGCTGCTGCTGCTGCTGTTGTTGCTGATAGAGCTGCGGTTGA ATGAACTGTTGTTGTTGAAATTGCTGTTGCTGAAGAAATAAATTGTCTTGATTGGAGGGT GTCGAAGGATTACTGTGAGTTTGGATGTTGGGGATCATTGTCCAACTTCCTCCTCCAAAG TGGTCCATAACTAATGGCTGTTGAGCTGAAATCTGTTGGTACTTTGGTTCTAAAATGGAT AAAATTAATGTCATCAGATGTAATCAAGTACTACACAAATAGCCAAAACTATCAAAGCAT GAACTGGCCTAATGGACTGAGTAGCAAAGAGAAATAATTCCTAAGATTCTGAAATGTACA AACCACTTCAAAAATATATTTCCCATCATTCCTAAATGACATTTCATCCACATCTTATTA CAAGAATAGTTCTTTTGTACCAAAGAGAACAAAGCCATCAAGTGAGACCCTCTAAAACTG AAGCCCATCCCTCGTAACAAACAGTAAACTCTTCTTTGAAATTTAACAAACAGTAAACTC TTATCTCCAAGTAAAAACTACCATGACATCTGCATAAATTTGGTGTTCACATTGTTAAAT CAATAGGTACATCGGAAAAAATTACTGCTGCAACTATGTCTTTTTGATAAGGTTAAAAAT TATCCTTGAATGGGCATCGGGTAGATGCCAGATTACAAAATATGCGACCGCTTAGCTCTA ATTCGGAAGGGCATAAAAAAAATCTCAGCACTCATACAAGTATCCTAAACTAAAGCTAAG GAGCTAGCAATCCCAAGCAAACCAAAAGGGTAGATAGTTATTAGTATGCACTAAAAAAGT TTACAAAACCTAAAACTGTAAAATTAGATAGTTATTAAAGTGAGAAATGAATCAATCCCA ACTGCACCTCTTACTCTTTATCTCTAATTTAGCTCAGTAATCAAGAAGTATGCCTCAATC CCGAATTAGTTTGGGTTTACTATATGAATTCTCTCCATTAGAACCCCATCTATTCCAATA TTCAATAATTTAGGTTTTCATAACCCTAGAGGTTCCCTATTACTAACATACAAATATCTC TCTATCTATGAAATTAACAGTTTTAGGTCAAAATCACAACCTCAAAATTTCCAACAAAAA AGAACTCTAAATCTTCTGAACAGAATCTTCGTTTGCTATAACACTGACAACCAAACCCTT GATTTAAGCCGCCACAAGAGAATGAATTCACAACTATACGAAGCTAAACTTTACTGAAAC CACAACTAGTACAGTTAATAACAAAGCAGAAGTACGATGAGAATTACAAAACGAGAAAGA TTACCGGAGATGAAAAGGCCCGATCCGGTTAAACCCCAACGGAAAATCCTCTGTTTTTTC AAATAGCAAAATTGAAATTACTCCCGCTGTCCCAATTTGTGGGGAGGTTTCGATTTCAAG AGCAAACAAGCTAATTTAGAAATTTTAACATTTTCTATAGTATAAAATTTAGTATGTATT AAAAAAAAATAGATAATTTTTAATAATTAAAATACTAATTCAAAATACATAAAACTCACT TTTCATTAACCGATTTGATTTATATATGAACTAATATTTTAACAAACTGAAATAGATTGA ACTAATAAAAAAGTAGATCACTAGTGCATTCAAATTTGAATGAATTGTATTTAAATTAAG AGGAAACAACACAAAACACACATTTACATTTGTGTTATTTATCGGTTGAAACTATACTTT CTAATTATATTTTCTCTTAGAACTTTACAAAATAGATACATATGAGTCAAAATTAGATAT AATTTATTCTATACACTTGATATCTAAGCATGTTTCACATGTATTCAAAAGTCATTATAA AGAGATTGATAAATAAGTACAGTCAAATAGAAAAACTTGCATATGATGTTCATTGATTGG AAAGTTTTTTAGACAGAGTCTTGAAGGAGGTTTTTTGGAGATGTTTGGAAATTGGAGGTA TGTAGAAGTCTGATATCAAAACGGACACTTTTTAAACCCTAAACACTAAAAGGGACCCTC TATAAAACACACACCAAATTTTTTTGGAGGTCCCTTTGGGTGTTTAGGGTTCATAAAATG TATGTATTAATGCCAGACTCTATGACGTATATTTAGAAGATCAAGGACATGTATGAAGGA GTCAAGACCTAGAAGAAAAAAAAGCACTTTTCCACTATGAAGAGGTTGCACCAGACATCA ACTTTTAGATCAAAATCATTTATCTTGATGATGAATGAATTAACGCGATATATCCAAGAA AGTGTATGATGAGTATGTTACTCGCCAAATAGTGGCGGAGCCAGAAATTTCGCCGAGGTT GTTCAAACTTTAAAAGAGTCGATAATTTTTTTAGCGAAGTGGGTACACAAAATTTATTTT TGCAAATGTGTGAGAAATTAAATTACACATCACTTAGTAACTAAATCTTGCGGAAATTTA AAATGATAAAACTATCGATGGAATAAATCAAAACTAATGGACAAAAGTCACAAAATAATT TTTGCTTGAAATATACTCCCTCTAGTTCATATGAAATAAATTGTCGAGTGTTTTTTGTAA TTTAAATAACTGAATAGTTCAAATATCGAATAATGTATGATGAGCTTGAGTCGAGTCACA AAAAGGGCTATGATGAGCCTTTTGAGAGTGACTTTCACGATTATGATGAGTTTTTTTCTC CTATTTTCAAATTCTTAACTATTTTACTTTTTCTAAATAGAAAGATACTTTAGAAATACT CAAAAGTATAATAATAAATAATAATCTTTAATTTTTTCTTTAAAATAAAATCTTGAGAAT GTGTATACCTAATAAGTCACTTAATACAGATCTCTTACACATAATTGAAAAGAGAGTGTG TTTTATGTTTTAAAAAACATGTTGCAACTGAGGACCTCTTGCACGTAAATGAACATGCTT ACCAGCAGACCAATAGACTTTGTCATAGGTGTTCAATTAATTATATATCGCAATATTATA TAGCATTTTATTTATATATAGGGTATAATTTGGCCAAAAACATTTTTTAACTATACCCGA AATCTAAACTACATCCTTAAATTATTATTTTTAGCATAAAACATCATTTATCTATACCCC AAATTTAAGCTACATTCTTAAAGTATCATTTTTAGCAGAAAACATCCTTTAAGTATTTGT AAGTGAACAACTTTCATCCTTTTGTTAGATATTGTCAAAAACTAAGGGATCTTACAAAAA CATGAGCAGTTAACGCGACTATCAACAAAAGTTATTATGTATAATTTCATTATTTTCTAC AAGAAGTTCTTGAAAAATATAAAAAATCTTAGACATTGTTGCTTATGGAAATTAAAAATG ATTGAAAGGTGTGAGCGTACATGATTCGCCTTTTCCGTAATTGAAAAAGGTTGGAGATTA ATTATTTTGAAATTTTAGCCAAAATCATCATTAAACTATACCTCAAACTCAAATTACAGC CTTAAAGTATATTCTTATCATAAAACATCCTTAAAGTATTTTAAAGTAAATAATTTTCAT CCTTAATTGATATATCCCTCAAAAAATAAGCCGTCCCTTCCTAATTGTTATTCTTATATA TGCCAAGAATATTATCGCGAACTTTTTCTTAATTGAGTTAAGAATTATGCAAAATCTTTT AATTTGACCGTCTTTTTCATTCATTTTTCATATAATTTTAATTTAAAATATTATTAATTT AAATAGTTTCTTCTCAATTAAATATGCTAGAAGCGACATTTTTTGGAGACTTCCCCTTCA AATAATGTAGAATGAAACTCAAATACAAGACATAATCAATATTTTGGTCACTTCGATATT AGATTGACCCAAAAATCTAATAATTTAATTGGTTAAGAAAAAGATAAAAATAATTAATCT CCAACTTCTTTCTGTTGCGCAAAAGGCAAATCATGTACGCTCACACCTTCTAATCATTTA TAGTTTTCATAAGCAACAGTGTCTAAGATTTTTTATATTTTCAAGAATTTATTGTAGATT TAATGAAATTATGCATAATAAAATTTGTTGATAGTCACATTAATTGCTCATGTTTTCGTA AGATCCCTTAATCTTTTGACAATATCTAACAAAAGGATGAAAATTGTTCACGTAAAAATA CTTAAAGGATGTTTTCTGCTGAAAATGATACTTTAAAGATATAGTTTAATTTTGAATATA GTTATCTGCTAAAAATGATATTTTAGGGCTATAATTTAAGTTTGACATATAGTTAAAAAA TATTTTTGGCCAAAACTCAGTGATCGCTGACCACCCTTCCATACCGGTAGCTCCGCCTCA CCAATGAGATAATTTTGATCGGATAGACTCATAGTGATTTTTGATACTAAGTTGGAAGTT CAAAGACAACTTTTGATGTCTAAAGAGTCATGTTGATTAAAACCAAGACAACATACTCTG CGTACTGAGGCCAACAATGAATACTACCAATAATTATATATTATAAAATAAAAAGTTACC TAGTCAGAAATATTGAGATAAAAATAAAATTTGTATACATCACTTTATTTTGAATTTCAC TATATGAAATTAATTTAAATAAACTATTGTTATCGTTAGATGTAGAGAGGATCAAGTTTT GTTATTTGCTCTAAATTCTAGTGGCACCTAAAAGTTAAAAATAAAAAATAAAAAAGGCAA AGGGAGGAAACAAAAAAGTTACCGGCCACACGAAACATTCCAATGGTCAATACAAGTTAA CCCACTGTCACACGGATAAAAGGAAGGGTGAAACTGATAAGACAACAATTGAAGTTACAT TTGACATGACTAGTTGAAGTGATATTACTTTAATTTGTCCTCACTCTTTGGGCCCCATCC TTCCATATATTTTGTTTTCATAAAATAAATTAGTCGAGTGTTCGAAGCACATATTAAAGC ATGAGTGTTAATTCGAGATGATATTTCAACAATACATATCACTATATTATTATAACTCAT ATTGGTCTCATTATCTTCTTTTGTTCCTTCTCTATGGGCCATTACATTTTCCTATAAATG GTCTAGCAACTCTCCCTTCACTATTTCTACTTCTTATTTTATGAGTACAAGAAAATTAGA ATTTCTAAAATTCTTTAAATAATAATTTATGTGGTAATATTGCATAACAATCTTTGCTAT TTATTGGATCTAATGAAATAAATACTACTACCACGTTATAATACCATCATAACTAGGTAG ACTATAATTCAAAGTTTTATTTGTAAGTTCTGGAAATTTACACATTAAACGTTAAATAAT TTGATCTTCTGAACCAAATCACAATATATTTAATTTATTCACACTTATACACGAACTTTA CTTGTGGAGTAAAAAAGAAATAAAGAGCTTAAAAAAAATAAATATCTTGTTATTATTATT TATTAATGATTTGATTTGTTTACAATAATATCCCTTTACCTTATTTAGTTGGAAAATGTT TTTGACATTTTTGTTATTTTATACCCGAAAAACTATTTTTGCTAATGTTATTCTACTATA AATAAAATAACTTATCTTGATACTAATTATTTGCCTTCATATATATTTATTTTTACAATC AATAACTACACAAGAGACAAAATTGTACTAAATTTTATCGCAACATACCAAAATTAGCCC CAAGTAATTGAGATATTTTCTCTGGAAATTATTTTTTCTACAAAAAGGGTTAAAAATATC TTTAAACTGTTCGAAATAATACATAGCTCAAAATATATCCTTAAACTATATTTCGACTTA AATATGGTCTTCTCATCAAATTATAGGATCAAATATCCTTTCTATTAACAGAATCTATTA GACGCCGCTTGATGCCGAATGAAAAGCTAAATGAGATAAGTGAATTTATTTTTTATTTTC TATATTTATATTAGAATTCGATTAATACAATTTATATTTCATTCAAAAACAACACTCGAC TACTTCTTATCAATAATTTTTTTAATTCCAAAATTCATATTCGAGACTTTGAATAACCTC ATCCGGTACACCGGACCCTAACGCGAGTGGTATGAATCAAATCATGAACCCATAAGAAGT AAAACTATTTGCACTCTTTTACATCCTATATATAGCGAGTCTTAACAACTTCAAAAAATA CCCACACAAAAGTAACACAGCCATGTTAGACGTATATAGTACCATTAATTCCGTCTCACA AAACTTCTCCCTATCATCGGCGCCGGCGCCGACACTACCACTACCGCCGCCTTCGTCACC ACCGACGGTGAGCCGTTACGAGCTACAAAAACGGCGAGACTGGAACACATTCGGACAGTA CTTGAGAAACCACAAGCCACCACTGATACTTGCGCGATGCAGCGGAGCGAACATTCTAGA ATTCTTAAAATACCTAGATCAATTCGGAAAAACGAAAGTTCACAGCTGTAATTGTCCGTT TTTCGGCGATCCTCATCCGCCGGCGCCGTGCAATTGCCCGTTGAAACAGGCGTGGGGGAG CCTTGACGCGCTAATTGGGAGGCTACGCGCTGCTTTCGAAGAGAACGGAGGACGGACGGA GACGAATCCGTTCGGTGCTCGAGCAGTGAGGTTGTATTTGAAGGAAGTGAGAGACACGCA AGCCAAAGCGAGGGGGATTGCTTATGAGAAGAAGAAAAGAAGAAATATTAAGCAGCGGAT TAGTAGTACTATTAATAATTGTGATTAGAGTTTGAGAAAAATAAAATAAAAAATGAAGAT GCTATATATAATTAATGGCTTTAATTATTTGGAATTTGAATTAATTAGCTCGTTGGAATA TCATGTATATAAATAGGAGTACCATGGAGTTTGAATTTATTATCTCATATTTCAATCGAG CAATTCAAAGTTGATCTAGAGTAGTGGCGAAGGCTTCGAAAATTTAGTAATTGATTCAAC AAAAAATGAAACTCGATTAAGTTCTACTATTCCTTTTTAAGGGTTTGATTCCTCTTTAAA CACTGAAATTTTATACCACATGACATGCGTTATGGTAGAAGTTAGCATCGAGTTAGATTG AGAGGAAATTAAGATTTTTCTAAAAAAATATTTAAAGGTGCTTTGCGTATATATTTAAAA AACACTAATATATGATTCATATCACGATTTTGTTTAAAAAAAAAACATGTGAATACTTTT AAGAAACACTAATATTTCGTACTATAAGCGACTTCATTAGTAATTGGCTTATATTAAGTA GTAAGTACCAATTAAGGCAGATTAGCGTCGTAAATCATATTTTAATTGTAGTTCATTTTT TTTTTCAATTACTTCACGGTATACTGATCTTTATTATGATCATATAAGCATGTGAAAGAT AAACTAGAATGAAAGAAATCATATTATATTCTCTATTATCTGGGGCAGAGCCAGGTAGGA TCAAGGGGTTCATTCAAATCTCTGTCAACAGGTGTTTACTTTTCAAATTTGAATCCGTTA ATAAAAATTATGACTCTATCACTGACGTTTATATTTCCTTTTAATAGGGAAAATCAGGAA ACAAGCACACCTATTTATTTTTTTTCAATTATTTCAATTCATTCTTAATTTGTTACCTCA ATGACAAGTTTCCACTAAATAGCTAGCGATGGGACATGTAAATTCCAAAATGGAAAAAAG AATCCTACCCTATTTCCTAATGTTAATAATTGCTGCTAGAAAAAAAAGTTAAAAACTTGC TTCTGGATTGCATTAAAATGATGTACAAAAAGCACATTATATTATTCTTCATAGAAGAAA TGTGGTAGAGAAAAAAGGTGGACAATAATTGTATTAAGATTCTTATTTTTTGGGTTTTGA ATTTGTGGTAATGAAGCCATTCCTTTGTGTAATGGAATCAGTTTTTCATGTTTTGGTCTT TAAATTCCATCATTGCATAATAGGTTTTAGTTTGCCACTAGTTGTATTTTTGTATGGAGG TTCAAGACAGTGTATCTAGGAAAGGAAATTAAAGTCAATAAGAATATGAATATGTATGTA GAAACAAGATAATAAGATAGGATATCCATCGAGACTTTATCGAAATATATTTCCAAGAGA GAGGTAAGTAATGTGTACACTTACCTGGTTTGAAACGGTCTTCATTCAAGCAATGGTAAA GAAGAAGAACGAAATGAAGTGAGAGGCCGAGCAAAGAAAAGAGTCGAGTCAATTTGAAAG GATATCATGCTATGGAATAACACTGGATATGTGTTTGTACTTGTGTTGTTATCCATAATA TTTGAATTTTAGCATACAAAAAATGTTAGTTAATGGATAATGAAGTTTTGAACATCTCAA TTGAATTTTTACAGTAACACTCCAAAAACATTACTTAGTAGTATTTTATTTAAAGAAAAA CTAAAGGGATAAAAATGACATTTTTATGTGATGCATGACTCTACTAGTTTGGTTAGAAAA CTTATAGTTTTGGTCAGACAAAGCATATTAATGTATTCAGTTGGTGAATCTTACAAGATA TTTTTTTAATCAATATAACTTTCCTTTTATAATAAAGCCTACTACTTTTGAATGACTCAT GTTGGAGCCCTTCTCCCCCATAATGGTTGTGTTCAGGTTAGTTTGTGTGCACTGGACTAA TTTCACGAGTTTCCTGACCTTTTCGACCAGCATCAGATAACTCTATTCACCGAAGCTAGA TTTTTGTCTCGATTGAAACTTACAACCTGAAACCTCGTGATTTTCAACTCACTTCATCCA CGCCCCCACACCCTTGGATGGTCTCATGGTAGAGCCATTTTCTGCAGTGCTATGACTAAG AAAACTGCTGAACTGAATGGAGATCAGAATTAAAAGCTTTATTTTGTAACAGATGCACAT TTCCCTGTATTCTGTTATATGAATGAATCAAATGAAAGAATCAGAAAACAAAACACTATA AATGGTACATTTCTCCTCCACTTGTAAGGTCAAGTATAAATTAATCAATGTTGCAACACA AAGATGAAATGCCTATGCTACCTGAAATGTGGATACAGTGCACTTAGCTAAGCTCTATGC TTGTAGTTGGTTAATAATCAACAGAGTTCTGGGGATGATGACTGTTGTATTTGAAGATTC ATTTGAGGAACATAACCCTCATTTTGCAGCTCTATTAGAAGATTGTCTAATAAAAGATAT ATCTGAGCAGACTGCGGGTGACTCGCATCTGCAGCAACAAAAATATGAGTGCTGTTGTTA ACTTCAGTCCAGCTGTAACCAGGTACTTTCTGCACTCCTCTTTCCTTCATCATATGTCGA ATTTTAGAAACCATATCCCATTTGCCAGCGTTAGCATGTAGATTTGATTGTAACATATAG TAGCCGGAATTTTGGGGGTCCAGGCTCAAAAGATGCTCAGAAGCCATTTCAGCAAGCTCG GTATTGCCATGTAATCGACAAGCCCCAAGTAATGTCCCCCAAATGCCTGCATCTGGAGCA AATGGCATGCTCTTAATCACGCCAAATGCTTCTTCCACGAGACCAGCTCTCCCAAACAAG TCAACCATGCATGCATAATGCTCTGTTCGCGGTGTAATCCCATATTCATTAGTCATGCAA TTGAAGTAGTGTTTTCCCTCTTCAACTCGACCAGAGTGGCCACAAGCAGATATGATCGCA AGAAAAGTGACGTGGTCAGGCTGGAATCCATCTTTTCTCATTCCATGAAACAAATTCAGG CAGTCCTTCAGTCGGCCATGATTTCCATAAGCTGCAATAATACTATTCCATGATACTTCA TTCTTGTGTGCCATTAAGTCAAATACGCGCCAAGCTACCTCTAAGTTCCCACATTTAGCA TACATATCTATTAACGCACTTTCCACAAAAAGATCAGAGCTTAATGCACTTTTCATAACG AAGCCATGGATCTCTTTCCCATAATGGAGAGCTGGCAAATTCGCACAAGCAGAAAGAGCA CTGGATATGCTGACACAATCATACTTGGCTCCAATTGCACCCATCTGTTGGAAGAAGTCA ATGGCCAATTCCGGTTCAGCATTCTGGCAACAGCTCGTGATCATCGAATTCCAACAAACG ACATCTCTTTCAGGCATCCTTCTGAAAACTTGTTGAGCAAGATCCAATCTTCCACACTTT GCATACATGTCCATCACCGCACTTCCCACATAAAGTATTCCTTGAAAGCTGCGCTTAACA ATGACACCATGCAGTTCCTTACCTAATCTCAAAGCAGCCAAACCAGAACAAGCGGGTAAG GTACTTGCTAGAGTAACAGGATTGGGCCTCATATTCTTATTAAGTAACCATCGGAAAACA TCTATGGCATCAGAACTCATGGCATTAAGAATAAATCCTGAAATCATAGCAGTACAAATA ACAACATCCACCGCAGGGCTGCAGCTAAATATGTTGCGTGCTGCCACAACATTCCTGCAC TTAAAGTACATGTCAATAATGGCATTCTTTAAGAAAACATCAATAGATACATCATTTCTC ACGATATAACCATGAATCGCCTTCCCCTGGTACAAATCTTCCGATATAGAAACAGAGGGG AGCAAACTGGCAAAGGTGATAGAGTCTGGCTTGACACTGCTAGCTACCATTTCCCGAAAT AAATCCAGCGCCTCATCGATATACCCATTCTGTACATACCCTCCAATCATCCCATTCCAA GTCACACGATCTGCTTGTGACACTAAATCAAAGATCTTGCGTGCATCAAACAAGGAACAG AATTTAGCGTACATCGCAATCAATGTATTAGCTACTGGAGAATCCATTTCCAACCCACAT CGCACAACAAGCCCATGAAGCTGACAACCAAATTTAACCATTGTTTCCGACGCACAAACA GAAAGAACACAAGCATATGTTACTGAATTAGGCTTAGTTTCACTTTTCCTCATTTCCATA AATAACCCAACCACATCATTCACAGACTGTTCATCTTTAGCATAACCATTAAGCATCACA TTCCACAATACACTATCCCTTTGATACATTTTGTCGAACAAAAGACGAGCATCATCCAAA CAACCATTCTCCGCATAAAACTTAATAAAAGCACTACCTACAAACACATCATCCTCAAAA CCTAAACTTTGTACCAACCGATGTAGCCATTTACCGAAACTCACAGCATTTACACCAGCA CAAGCCTTAATCACATAAGGAAAAGTGTATTTATCAGGGTAAGTACCAAACACCAACATC TTAAAGAACAACAAGATTGCAAGATCAAAACGACCCATTATTGTATACCCTCTAATCATC CAATTCCAAGGAGAAGCATAACACAACCGAAGCTGAAAAAACAATTTCTTGGGCATCGAT AAACCTGTTACACAAAACATACATCCCCAAGATTCTCGTACCAAGAATACCCAAGTTGTC AATTCCATTTACAGTTACCTGGGCATGAACCTGCTCCCCTTTACGAATAACAGAACCAAG ATTTTCTGCAGAACTGTTGCAAGATTGCAAAATTGGAGCTAGTTTCGATGCTAAAACTTC TTCTGTGCAGTGAATAACTGAATCTTGGATGAAAGGGGAATTGGGTTTTGAGGAAAATGC AGCAGCGACTGAGATACTCCTTCTGTAGATTGAACAGATGTTCTTGCTTTGAAACAACAT TTACAAAAATGAGGTTTACTCTCTTCCTTTGTCCATTTTTATGCCCTACAATGTTATCAT AAAATAAAAGTGTATAAACATATTAATTTGTTACTATGTGTGTATTTAGAATTTTCATGA CAATATATTAACCAACTTTGCCAATGCACCACCATAAACATCATACACATTACAGGCCAA GCTGATAACAAAATATAGTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.988 1292 1371 match_part 0.969 2809 2938 match_part 0.961 3706 4066 match_2 match_part 0.969 2809 2938 match_part 0.938 3706 4041 match_part 0.714 4277 4290 match_3 match_part 1.000 3735 4151 match_4 match_part 0.927 3753 4066 match_part 0.727 4196 4206 match_5 match_part 0.996 17263 17509 match_part 1.000 17692 17819 match_part 1.000 18232 18327 match_part 1.000 18487 18591 match_part 0.979 18743 18838 match_part 0.865 18916 18989 match_part 0.857 19107 19113 match_6 match_part 0.983 17276 17509 match_part 0.979 17692 18070 match_7 match_part 1.000 17277 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 0.990 18487 18591 match_part 1.000 18743 18789 match_8 match_part 1.000 17278 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18575 match_9 match_part 1.000 17319 17509 match_part 1.000 17692 17819 match_part 1.000 18242 18327 match_part 0.989 18487 18575 match_10 match_part 1.000 17323 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18591 match_part 0.979 18743 18838 match_part 1.000 18933 18989 match_part 0.975 19107 19186 match_11 match_part 1.000 17335 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18591 match_part 1.000 18743 18802 match_12 match_part 1.000 23835 23948 match_part 1.000 24055 24149 match_part 1.000 24294 24423 match_part 1.000 24784 24928 match_part 0.994 25014 25172 match_13 match_part 1.000 23900 23948 match_part 1.000 24055 24149 match_part 1.000 24294 24423 match_part 1.000 24784 24928 match_part 1.000 25014 25172 match_14 match_part 1.000 23942 23948 match_part 1.000 24055 24149 match_part 0.969 24294 24423 match_part 0.979 24784 24928 match_part 0.952 25014 25389 match_15 match_part 1.000 24074 24149 match_part 1.000 24294 24423 match_part 1.000 24784 24928 match_part 1.000 25014 25079 match_16 match_part 1.000 24146 24149 match_part 0.923 24294 24423 match_part 0.979 24784 24928 match_part 0.941 25014 25456 match_17 match_part 0.992 24299 24423 match_part 0.986 24784 24928 match_part 0.948 25014 25530 match_18 match_part 0.979 24330 24423 match_part 0.972 24784 24928 match_part 0.944 25014 25405 match_19 match_part 0.979 24330 24423 match_part 0.972 24784 24928 match_part 0.970 25014 25315 match_20 match_part 0.976 24382 24423 match_part 1.000 24784 24928 match_part 1.000 25014 25520 match_21 match_part 0.968 24773 24928 match_part 0.941 25014 25540 match_22 match_part 1.000 24791 24928 match_part 0.996 25014 25508 match_part 0.667 25569 25574 match_23 match_part 1.000 24791 24928 match_part 0.990 25014 25318 match_24 match_part 1.000 24792 24928 match_part 0.993 25014 25416 match_25 match_part 0.978 24795 24928 match_part 0.973 25014 25304 match_26 match_part 0.992 25014 25629 match_27 match_part 0.951 25033 25503 match_28 match_part 0.981 25130 25605 match_29 match_part 1.000 25182 25551 match_30 match_part 0.967 25273 25547 match_31 match_part 0.984 35389 35763 match_32 match_part 0.963 41381 41677 match_part 0.985 41907 42038 match_part 0.974 42398 42550 match_33 match_part 0.963 41381 41676 match_34 match_part 0.986 42735 42805 match_part 0.986 43286 43429 match_part 0.892 43567 43955 match_35 match_part 0.996 65715 66276 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_36 match_part 0.904 20378 19920 match_37 match_part 1.000 22873 22847 match_part 1.000 22768 22687 match_part 0.996 21569 21298 match_38 match_part 0.667 23428 23423 match_part 0.870 23361 23270 match_part 0.951 23145 23065 match_part 1.000 22944 22847 match_part 1.000 22768 22687 match_part 1.000 21569 21312 match_39 match_part 1.000 22956 22847 match_part 1.000 22768 22364 match_40 match_part 1.000 22956 22847 match_part 1.000 22768 22364 match_41 match_part 0.991 22956 22847 match_part 0.995 22768 22365 match_42 match_part 0.980 27754 27706 match_part 0.925 26222 25705 match_43 match_part 0.960 29860 29761 match_part 0.975 29684 29527 match_part 0.977 28137 27706 match_part 0.977 26222 26179 match_44 match_part 0.960 29860 29761 match_part 0.975 29684 29527 match_part 0.976 28137 27720 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 1292 1371 exon 2809 2938 exon 3706 4151 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 1292 1371 exon 2809 2938 exon 3706 4066 exon 4196 4206 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 2809 2938 exon 3706 4041 exon 4277 4290 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17277 17509 exon 17692 17819 exon 18258 18327 exon 18487 18591 exon 18743 18838 exon 18933 18989 exon 19107 19186 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17319 17509 exon 17692 17819 exon 18242 18327 exon 18487 18575 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17276 17509 exon 17692 18070 gene_7 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17263 17509 exon 17692 17819 exon 18232 18327 exon 18487 18591 exon 18743 18838 exon 18916 18989 exon 19107 19113 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 20378 19920 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 22956 22847 exon 22768 22364 gene_10 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 23428 23423 exon 23361 23270 exon 23145 23065 exon 22944 22847 exon 22768 22687 exon 21569 21298 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 23835 23948 exon 24055 24149 exon 24294 24423 exon 24784 24928 exon 25014 25629 gene_12 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 23835 23948 exon 24055 24149 exon 24294 24423 exon 24784 24928 exon 25014 25508 exon 25569 25574 gene_13 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 24773 24928 exon 25014 25629 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 29860 29761 exon 29684 29527 exon 28137 27706 exon 26222 25705 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 35389 35763 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 41381 41677 exon 41907 42038 exon 42398 42550 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 42735 42805 exon 43286 43429 exon 43567 43955 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 65715 66276 RepeatMasker tomato repeats master Gypsy00043 530 1315 1 Gypsy00043 530 1315 1 nucleotide_motif 5276 14712 15488 Gypsy00073 11887 12084 1 Gypsy00073 11887 12084 1 nucleotide_motif 1271 19941 20136 Gypsy00073 1 383 1 Gypsy00073 1 383 1 nucleotide_motif 2544 20304 20692 Copia00110 2410 2717 1 Copia00110 2410 2717 1 nucleotide_motif 1768 52726 53021 Copia00112 7395 7445 1 Copia00112 7395 7445 1 nucleotide_motif 295 58578 58627 Gypsy00203 5713 5773 1 Gypsy00203 5713 5773 1 nucleotide_motif 226 58586 58635 RepeatMasker tomato repeats master Copia00105 8570 9428 -1 Copia00105 8570 9428 -1 nucleotide_motif 865 630 338 Unknown00043 5777 5817 -1 Unknown00043 5777 5817 -1 nucleotide_motif 233 712 670 Unknown00019 4 184 -1 Unknown00019 4 184 -1 nucleotide_motif 902 15525 15349 ATHPOGON2 218 691 -1 ATHPOGON2 218 691 -1 nucleotide_motif 1318 16590 16115 ATHPOGO 1274 1542 -1 ATHPOGO 1274 1542 -1 nucleotide_motif 1388 16876 16610 ATHPOGON3 31 99 -1 ATHPOGON3 31 99 -1 nucleotide_motif 244 17211 17144 Copia00143 1 193 -1 Copia00143 1 193 -1 nucleotide_motif 477 28617 28430 Copia00143 75 223 -1 Copia00143 75 223 -1 nucleotide_motif 401 28749 28601 SINE_SO 2 182 -1 SINE_SO 2 182 -1 nucleotide_motif 791 44936 44763 Unknown00025 246 469 -1 Unknown00025 246 469 -1 nucleotide_motif 718 52134 51900 RETROFIT5_I 2391 2437 -1 RETROFIT5_I 2391 2437 -1 nucleotide_motif 225 59560 59523 Cross_match_vector vector sequence Cross_match_vector vector sequence match_1 match 71360 71395 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1 10405 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1076 22 576 clone_1 clone 898 23 71358 clone_start_2 clone_start 1211 23 633 clone_start_3 clone_start 319 24531 24691 clone_start_4 clone_start 1271 31524 32185 clone_2 clone 1141.5 33393 67151 clone_start_5 clone_start 1314 33393 34079 clone_start_6 clone_start 605 35570 35874 clone_start_7 clone_start 392 35998 36195 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 585 71358 71048 clone_start_8 clone_start 1350 3847 3167 clone_start_9 clone_start 1191 4728 4081 clone_end_2 clone_end 505 9024 8770 clone_start_10 clone_start 1453 10123 9391 clone_start_11 clone_start 914 10371 9911 clone_start_12 clone_start 785 25113 24710 clone_end_3 clone_end 969 67151 66558 clone_start_13 clone_start 850 38387 37927 clone_start_14 clone_start 545 38756 38482 clone_end_4 clone_end 862 59448 59014 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.996 17263 17509 match_part 1.000 17692 17819 match_part 1.000 18232 18327 match_part 1.000 18487 18591 match_part 0.979 18743 18838 match_part 0.865 18916 18989 match_part 0.857 19107 19113 match_2 match_part 0.983 17276 17509 match_part 0.979 17692 18070 match_3 match_part 1.000 17277 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 0.990 18487 18591 match_part 1.000 18743 18789 match_4 match_part 1.000 17278 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18575 match_5 match_part 1.000 17319 17509 match_part 1.000 17692 17819 match_part 1.000 18242 18327 match_part 0.989 18487 18575 match_6 match_part 1.000 17323 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18591 match_part 0.979 18743 18838 match_part 1.000 18933 18989 match_part 0.975 19107 19186 match_7 match_part 1.000 17335 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18591 match_part 1.000 18743 18802 match_8 match_part 1.000 23835 23948 match_part 1.000 24055 24149 match_part 1.000 24294 24423 match_part 1.000 24784 24928 match_part 0.994 25014 25172 match_9 match_part 1.000 23900 23948 match_part 1.000 24055 24149 match_part 1.000 24294 24423 match_part 1.000 24784 24928 match_part 1.000 25014 25172 match_10 match_part 1.000 24074 24149 match_part 1.000 24294 24423 match_part 1.000 24784 24928 match_part 1.000 25014 25079 match_11 match_part 0.992 24299 24423 match_part 0.986 24784 24928 match_part 0.948 25014 25530 match_12 match_part 0.976 24382 24423 match_part 1.000 24784 24928 match_part 1.000 25014 25520 match_13 match_part 1.000 24791 24928 match_part 0.996 25014 25508 match_part 0.667 25569 25574 match_14 match_part 1.000 24791 24928 match_part 0.990 25014 25318 match_15 match_part 1.000 24792 24928 match_part 0.993 25014 25416 match_16 match_part 0.978 24795 24928 match_part 0.973 25014 25304 match_17 match_part 0.992 25014 25629 match_18 match_part 0.981 25130 25605 match_19 match_part 1.000 25182 25551 match_20 match_part 0.967 25273 25547 match_21 match_part 0.984 35389 35763 match_22 match_part 0.996 65715 66276 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_23 match_part 0.904 20378 19920 match_24 match_part 1.000 22873 22847 match_part 1.000 22768 22687 match_part 0.996 21569 21298 match_25 match_part 0.667 23428 23423 match_part 0.870 23361 23270 match_part 0.951 23145 23065 match_part 1.000 22944 22847 match_part 1.000 22768 22687 match_part 1.000 21569 21312 match_26 match_part 1.000 22956 22847 match_part 1.000 22768 22364 match_27 match_part 1.000 22956 22847 match_part 1.000 22768 22364 match_28 match_part 0.991 22956 22847 match_part 0.995 22768 22365 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17277 17509 exon 17692 17819 exon 18258 18327 exon 18487 18591 exon 18743 18838 exon 18933 18989 exon 19107 19186 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17319 17509 exon 17692 17819 exon 18242 18327 exon 18487 18575 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17276 17509 exon 17692 18070 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17263 17509 exon 17692 17819 exon 18232 18327 exon 18487 18591 exon 18743 18838 exon 18916 18989 exon 19107 19113 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 20378 19920 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 22956 22847 exon 22768 22364 gene_7 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 23428 23423 exon 23361 23270 exon 23145 23065 exon 22944 22847 exon 22768 22687 exon 21569 21298 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 23835 23948 exon 24055 24149 exon 24294 24423 exon 24784 24928 exon 25014 25629 gene_9 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 23835 23948 exon 24055 24149 exon 24294 24423 exon 24784 24928 exon 25014 25508 exon 25569 25574 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 35389 35763 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 65715 66276 AUGUSTUS_tom_cdna de novo gene_1 gene 0.5 1249 3810 transcript_1 transcript 0.5 1249 3810 intron_1 intron 0.5 1 1248 intron_2 intron 1 1372 2808 intron_3 intron 1 2939 3705 CDS_1 CDS 0.5 1249 1371 CDS_2 CDS 1 2809 2938 CDS_3 CDS 1 3706 3810 stop_codon_1 stop_codon 3808 3810 gene_2 gene 0.27 17339 21310 transcript_2 transcript 0.27 17339 21310 start_codon_1 start_codon 17339 17341 intron_4 intron 1 17510 17691 intron_5 intron 1 17820 18257 intron_6 intron 1 18328 18486 intron_7 intron 1 18592 18742 intron_8 intron 1 18839 18932 intron_9 intron 1 18990 19106 intron_10 intron 0.47 19386 21250 CDS_4 CDS 1 17339 17509 CDS_5 CDS 1 17692 17819 CDS_6 CDS 1 18258 18327 CDS_7 CDS 1 18487 18591 CDS_8 CDS 1 18743 18838 CDS_9 CDS 1 18933 18989 CDS_10 CDS 0.27 19107 19385 CDS_11 CDS 0.73 21251 21310 stop_codon_2 stop_codon 21308 21310 gene_3 gene 1 23853 25255 transcript_3 transcript 1 23853 25255 start_codon_2 start_codon 23853 23855 intron_11 intron 1 23949 24054 intron_12 intron 1 24150 24293 intron_13 intron 1 24424 24783 intron_14 intron 1 24929 25013 CDS_12 CDS 1 23853 23948 CDS_13 CDS 1 24055 24149 CDS_14 CDS 1 24294 24423 CDS_15 CDS 1 24784 24928 CDS_16 CDS 1 25014 25255 stop_codon_3 stop_codon 25253 25255 gene_4 gene 0.29 39709 50204 transcript_4 transcript 0.29 39709 50204 start_codon_3 start_codon 39709 39711 intron_15 intron 1 40483 40795 intron_16 intron 1 41678 41906 intron_17 intron 1 42039 42397 intron_18 intron 1 42580 42693 intron_19 intron 0.87 42806 43285 intron_20 intron 0.96 43430 45164 intron_21 intron 1 45814 46518 intron_22 intron 0.92 46704 46868 intron_23 intron 0.84 46950 47024 intron_24 intron 0.9 47067 47178 intron_25 intron 0.84 47224 47550 intron_26 intron 0.85 47638 47731 intron_27 intron 0.87 47859 47961 intron_28 intron 0.84 48484 48968 intron_29 intron 0.91 49107 49358 intron_30 intron 0.88 49424 49911 intron_31 intron 0.95 50018 50106 CDS_17 CDS 0.8 39709 40482 CDS_18 CDS 1 40796 41677 CDS_19 CDS 1 41907 42038 CDS_20 CDS 1 42398 42579 CDS_21 CDS 1 42694 42805 CDS_22 CDS 0.86 43286 43429 CDS_23 CDS 0.97 45165 45813 CDS_24 CDS 1 46519 46703 CDS_25 CDS 0.92 46869 46949 CDS_26 CDS 0.9 47025 47066 CDS_27 CDS 0.98 47179 47223 CDS_28 CDS 0.85 47551 47637 CDS_29 CDS 0.99 47732 47858 CDS_30 CDS 0.85 47962 48483 CDS_31 CDS 0.84 48969 49106 CDS_32 CDS 0.95 49359 49423 CDS_33 CDS 0.95 49912 50017 CDS_34 CDS 0.96 50107 50204 stop_codon_4 stop_codon 50202 50204 gene_5 gene 0.4 59312 59644 transcript_5 transcript 0.4 59312 59644 start_codon_4 start_codon 59312 59314 intron_32 intron 0.41 59337 59420 CDS_35 CDS 0.4 59312 59336 CDS_36 CDS 0.95 59421 59644 stop_codon_5 stop_codon 59642 59644 gene_6 gene 1 65723 66268 transcript_6 transcript 1 65723 66268 start_codon_5 start_codon 65723 65725 CDS_37 CDS 1 65723 66268 stop_codon_6 stop_codon 66266 66268 AUGUSTUS_tom_cdna de novo gene_7 gene 0.55 11605 4628 transcript_7 transcript 0.28 11605 4628 stop_codon_7 stop_codon 4630 4628 intron_33 intron 0.99 5492 5050 intron_34 intron 1 5903 5775 intron_35 intron 0.92 6488 6175 intron_36 intron 0.72 7549 6809 intron_37 intron 1 7974 7833 intron_38 intron 0.87 8967 8048 intron_39 intron 1 10019 9064 intron_40 intron 0.56 11339 10398 CDS_38 CDS 0.75 5049 4628 CDS_39 CDS 0.99 5774 5493 CDS_40 CDS 0.92 6174 5904 CDS_41 CDS 0.72 6808 6489 CDS_42 CDS 0.99 7832 7550 CDS_43 CDS 0.92 8047 7975 CDS_44 CDS 1 9063 8968 CDS_45 CDS 0.59 10397 10020 CDS_46 CDS 0.85 11605 11340 start_codon_6 start_codon 11605 11603 transcript_8 transcript 0.27 8061 4628 stop_codon_8 stop_codon 4630 4628 intron_41 intron 0.99 5492 5050 intron_42 intron 1 5903 5775 intron_43 intron 0.9 6488 6175 intron_44 intron 0.69 7549 6809 intron_45 intron 0.68 7974 7833 intron_46 intron 0.53 8301 8062 CDS_47 CDS 0.73 5049 4628 CDS_48 CDS 0.99 5774 5493 CDS_49 CDS 0.9 6174 5904 CDS_50 CDS 0.68 6808 6489 CDS_51 CDS 0.69 7832 7550 CDS_52 CDS 0.53 8061 7975 gene_8 gene 0.53 23795 21531 transcript_9 transcript 0.53 23795 21531 stop_codon_9 stop_codon 21533 21531 intron_47 intron 1 22686 21570 intron_48 intron 1 22846 22769 intron_49 intron 1 23064 22945 intron_50 intron 1 23269 23146 intron_51 intron 1 23734 23362 CDS_53 CDS 1 21569 21531 CDS_54 CDS 1 22768 22687 CDS_55 CDS 1 22944 22847 CDS_56 CDS 1 23145 23065 CDS_57 CDS 1 23361 23270 CDS_58 CDS 0.53 23795 23735 start_codon_7 start_codon 23795 23793 gene_9 gene 0.61 28137 25479 transcript_10 transcript 0.61 28137 25479 stop_codon_10 stop_codon 25481 25479 intron_52 intron 0.72 25979 25716 intron_53 intron 0.84 27705 26223 CDS_59 CDS 0.73 25715 25479 CDS_60 CDS 0.7 26222 25980 CDS_61 CDS 0.81 28137 27706 start_codon_8 start_codon 28137 28135 gene_10 gene 0.05 35639 29512 transcript_11 transcript 0.05 35639 29512 stop_codon_11 stop_codon 29514 29512 intron_54 intron 0.54 29760 29685 intron_55 intron 0.3 30961 29852 intron_56 intron 0.76 31872 31076 intron_57 intron 0.88 32656 32065 intron_58 intron 0.43 35010 32691 CDS_62 CDS 0.33 29684 29512 CDS_63 CDS 0.42 29851 29761 CDS_64 CDS 0.39 31075 30962 CDS_65 CDS 0.96 32064 31873 CDS_66 CDS 0.88 32690 32657 CDS_67 CDS 0.99 35639 35011 start_codon_9 start_codon 35639 35637 gene_11 gene 0.48 54909 50663 transcript_12 transcript 0.48 54909 50663 stop_codon_12 stop_codon 50665 50663 intron_59 intron 1 51043 50942 intron_60 intron 0.48 54629 51490 CDS_68 CDS 1 50941 50663 CDS_69 CDS 0.48 51489 51044 CDS_70 CDS 0.48 54909 54630 start_codon_10 start_codon 54909 54907 gene_12 gene 0.78 70739 68598 transcript_13 transcript 0.78 70739 68598 stop_codon_13 stop_codon 68600 68598 CDS_71 CDS 0.78 70739 68598 start_codon_11 start_codon 70739 70737 gene_13 gene 0.72 71160 70792 transcript_14 transcript 0.72 71160 70792 stop_codon_14 stop_codon 70794 70792 CDS_72 CDS 0.72 71160 70792 start_codon_12 start_codon 71160 71158 AUGUSTUS_ab_initio de novo gene_1 gene 0.35 1249 3810 transcript_1 transcript 0.35 1249 3810 intron_1 intron 0.37 1 1248 intron_2 intron 0.78 1372 2808 intron_3 intron 1 2939 3705 CDS_1 CDS 0.4 1249 1371 CDS_2 CDS 0.98 2809 2938 CDS_3 CDS 1 3706 3810 stop_codon_1 stop_codon 3808 3810 gene_2 gene 0.41 17339 19451 transcript_2 transcript 0.41 17339 19451 start_codon_1 start_codon 17339 17341 intron_4 intron 1 17510 17691 intron_5 intron 0.86 17820 18257 intron_6 intron 0.95 18328 18486 intron_7 intron 0.97 18592 18742 intron_8 intron 1 18839 18932 intron_9 intron 1 18990 19106 intron_10 intron 0.61 19225 19314 CDS_4 CDS 0.92 17339 17509 CDS_5 CDS 1 17692 17819 CDS_6 CDS 0.86 18258 18327 CDS_7 CDS 0.98 18487 18591 CDS_8 CDS 0.97 18743 18838 CDS_9 CDS 1 18933 18989 CDS_10 CDS 0.61 19107 19224 CDS_11 CDS 0.52 19315 19451 stop_codon_2 stop_codon 19449 19451 gene_3 gene 0.99 23853 25255 transcript_3 transcript 0.99 23853 25255 start_codon_2 start_codon 23853 23855 intron_11 intron 1 23949 24054 intron_12 intron 1 24150 24293 intron_13 intron 1 24424 24783 intron_14 intron 1 24929 25013 CDS_12 CDS 0.99 23853 23948 CDS_13 CDS 1 24055 24149 CDS_14 CDS 1 24294 24423 CDS_15 CDS 1 24784 24928 CDS_16 CDS 1 25014 25255 stop_codon_3 stop_codon 25253 25255 gene_4 gene 0.15 39709 50204 transcript_4 transcript 0.15 39709 50204 start_codon_3 start_codon 39709 39711 intron_15 intron 1 40483 40795 intron_16 intron 0.99 41678 41906 intron_17 intron 1 42039 42397 intron_18 intron 1 42580 42693 intron_19 intron 0.85 42806 43285 intron_20 intron 0.6 43430 45164 intron_21 intron 1 45814 46518 intron_22 intron 0.98 46704 46868 intron_23 intron 0.96 46950 47024 intron_24 intron 0.98 47067 47178 intron_25 intron 0.97 47224 47550 intron_26 intron 0.97 47638 47731 intron_27 intron 0.93 47859 47961 intron_28 intron 0.96 48484 48968 intron_29 intron 0.99 49107 49358 intron_30 intron 0.55 49424 49911 intron_31 intron 1 50018 50106 CDS_17 CDS 0.89 39709 40482 CDS_18 CDS 0.99 40796 41677 CDS_19 CDS 1 41907 42038 CDS_20 CDS 1 42398 42579 CDS_21 CDS 1 42694 42805 CDS_22 CDS 0.84 43286 43429 CDS_23 CDS 0.91 45165 45813 CDS_24 CDS 1 46519 46703 CDS_25 CDS 0.98 46869 46949 CDS_26 CDS 0.98 47025 47066 CDS_27 CDS 0.99 47179 47223 CDS_28 CDS 0.97 47551 47637 CDS_29 CDS 1 47732 47858 CDS_30 CDS 0.93 47962 48483 CDS_31 CDS 0.95 48969 49106 CDS_32 CDS 1 49359 49423 CDS_33 CDS 1 49912 50017 CDS_34 CDS 1 50107 50204 stop_codon_4 stop_codon 50202 50204 gene_5 gene 1 65723 66268 transcript_5 transcript 1 65723 66268 start_codon_4 start_codon 65723 65725 CDS_35 CDS 1 65723 66268 stop_codon_5 stop_codon 66266 66268 AUGUSTUS_ab_initio de novo gene_6 gene 0.1 11605 4628 transcript_6 transcript 0.1 11605 4628 stop_codon_6 stop_codon 4630 4628 intron_32 intron 1 5492 5050 intron_33 intron 1 5903 5775 intron_34 intron 0.85 6488 6175 intron_35 intron 0.71 7549 6809 intron_36 intron 1 7974 7833 intron_37 intron 0.64 8615 8062 intron_38 intron 0.46 8850 8692 intron_39 intron 0.53 8967 8890 intron_40 intron 0.97 10019 9064 intron_41 intron 0.78 10575 10418 intron_42 intron 0.86 11339 10625 CDS_36 CDS 0.45 5049 4628 CDS_37 CDS 1 5774 5493 CDS_38 CDS 0.85 6174 5904 CDS_39 CDS 0.7 6808 6489 CDS_40 CDS 1 7832 7550 CDS_41 CDS 0.64 8061 7975 CDS_42 CDS 0.64 8691 8616 CDS_43 CDS 0.53 8889 8851 CDS_44 CDS 0.98 9063 8968 CDS_45 CDS 0.79 10417 10020 CDS_46 CDS 0.82 10624 10576 CDS_47 CDS 0.95 11605 11340 start_codon_5 start_codon 11605 11603 gene_7 gene 0.52 23395 21531 transcript_7 transcript 0.52 23395 21531 stop_codon_7 stop_codon 21533 21531 intron_43 intron 0.64 22686 21570 intron_44 intron 0.95 22846 22769 intron_45 intron 0.99 23064 22945 intron_46 intron 0.99 23269 23146 CDS_48 CDS 0.66 21569 21531 CDS_49 CDS 0.92 22768 22687 CDS_50 CDS 1 22944 22847 CDS_51 CDS 0.99 23145 23065 CDS_52 CDS 0.86 23395 23270 start_codon_6 start_codon 23395 23393 gene_8 gene 0.71 28137 25851 transcript_8 transcript 0.71 28137 25851 stop_codon_8 stop_codon 25853 25851 intron_47 intron 0.8 27705 26223 CDS_53 CDS 0.94 26222 25851 CDS_54 CDS 0.82 28137 27706 start_codon_7 start_codon 28137 28135 gene_9 gene 0.37 35639 28303 transcript_9 transcript 0.37 35639 28303 stop_codon_9 stop_codon 28305 28303 intron_48 intron 0.59 29059 28378 intron_49 intron 0.76 29526 29072 intron_50 intron 0.95 29760 29685 intron_51 intron 0.78 30961 29852 intron_52 intron 0.93 31872 31076 intron_53 intron 0.88 32656 32065 intron_54 intron 0.88 32843 32691 intron_55 intron 0.91 35010 33036 CDS_55 CDS 0.74 28377 28303 CDS_56 CDS 0.74 29071 29060 CDS_57 CDS 0.96 29684 29527 CDS_58 CDS 0.83 29851 29761 CDS_59 CDS 0.89 31075 30962 CDS_60 CDS 0.99 32064 31873 CDS_61 CDS 0.89 32690 32657 CDS_62 CDS 0.96 33035 32844 CDS_63 CDS 1 35639 35011 start_codon_8 start_codon 35639 35637 gene_10 gene 0.84 54909 50663 transcript_10 transcript 0.84 54909 50663 stop_codon_10 stop_codon 50665 50663 intron_56 intron 1 51043 50942 intron_57 intron 0.91 54629 51490 CDS_64 CDS 1 50941 50663 CDS_65 CDS 0.88 51489 51044 CDS_66 CDS 0.87 54909 54630 start_codon_9 start_codon 54909 54907 gene_11 gene 0.24 59768 56825 transcript_11 transcript 0.24 59768 56825 stop_codon_11 stop_codon 56827 56825 intron_58 intron 0.41 59078 56876 intron_59 intron 0.58 59241 59160 intron_60 intron 0.58 59411 59305 CDS_67 CDS 0.43 56875 56825 CDS_68 CDS 0.57 59159 59079 CDS_69 CDS 0.58 59304 59242 CDS_70 CDS 0.29 59768 59412 start_codon_10 start_codon 59768 59766 gene_12 gene 0.44 70739 68598 transcript_12 transcript 0.44 70739 68598 stop_codon_12 stop_codon 68600 68598 CDS_71 CDS 0.46 70739 68598 start_codon_11 start_codon 70739 70737 gene_13 gene 0.33 71160 70792 transcript_13 transcript 0.33 71160 70792 stop_codon_13 stop_codon 70794 70792 CDS_72 CDS 0.33 71160 70792 start_codon_12 start_codon 71160 71158 AUGUSTUS_tom_ugs de novo gene_1 gene 0.81 17339 19451 transcript_1 transcript 0.81 17339 19451 start_codon_1 start_codon 17339 17341 intron_1 intron 1 17510 17691 intron_2 intron 1 17820 18257 intron_3 intron 1 18328 18486 intron_4 intron 1 18592 18742 intron_5 intron 1 18839 18932 intron_6 intron 1 18990 19106 CDS_1 CDS 0.9 17339 17509 CDS_2 CDS 1 17692 17819 CDS_3 CDS 1 18258 18327 CDS_4 CDS 1 18487 18591 CDS_5 CDS 1 18743 18838 CDS_6 CDS 1 18933 18989 CDS_7 CDS 0.89 19107 19451 stop_codon_1 stop_codon 19449 19451 gene_2 gene 0.98 23853 25255 transcript_2 transcript 0.98 23853 25255 start_codon_2 start_codon 23853 23855 intron_7 intron 1 23949 24054 intron_8 intron 1 24150 24293 intron_9 intron 1 24424 24783 intron_10 intron 1 24929 25013 CDS_8 CDS 0.98 23853 23948 CDS_9 CDS 1 24055 24149 CDS_10 CDS 1 24294 24423 CDS_11 CDS 1 24784 24928 CDS_12 CDS 1 25014 25255 stop_codon_2 stop_codon 25253 25255 gene_3 gene 0.38 39709 50204 transcript_3 transcript 0.38 39709 50204 start_codon_3 start_codon 39709 39711 intron_11 intron 1 40483 40795 intron_12 intron 0.99 41678 41906 intron_13 intron 0.99 42039 42397 intron_14 intron 0.98 42580 42693 intron_15 intron 0.87 42806 43285 intron_16 intron 0.99 43430 45164 intron_17 intron 1 45814 46518 intron_18 intron 0.89 46704 46868 intron_19 intron 0.78 46950 47024 intron_20 intron 0.84 47067 47178 intron_21 intron 0.84 47224 47550 intron_22 intron 0.84 47638 47731 intron_23 intron 0.85 47859 47961 intron_24 intron 0.88 48484 48968 intron_25 intron 0.9 49107 49358 intron_26 intron 0.91 49424 49911 intron_27 intron 0.98 50018 50106 CDS_13 CDS 0.81 39709 40482 CDS_14 CDS 1 40796 41677 CDS_15 CDS 0.99 41907 42038 CDS_16 CDS 0.98 42398 42579 CDS_17 CDS 0.98 42694 42805 CDS_18 CDS 0.89 43286 43429 CDS_19 CDS 0.98 45165 45813 CDS_20 CDS 1 46519 46703 CDS_21 CDS 0.89 46869 46949 CDS_22 CDS 0.86 47025 47066 CDS_23 CDS 0.97 47179 47223 CDS_24 CDS 0.85 47551 47637 CDS_25 CDS 0.99 47732 47858 CDS_26 CDS 0.85 47962 48483 CDS_27 CDS 0.86 48969 49106 CDS_28 CDS 0.99 49359 49423 CDS_29 CDS 0.98 49912 50017 CDS_30 CDS 0.99 50107 50204 stop_codon_3 stop_codon 50202 50204 gene_4 gene 0.46 59312 59644 transcript_4 transcript 0.46 59312 59644 start_codon_4 start_codon 59312 59314 intron_28 intron 0.46 59337 59420 CDS_31 CDS 0.46 59312 59336 CDS_32 CDS 0.91 59421 59644 stop_codon_4 stop_codon 59642 59644 gene_5 gene 1 65723 66268 transcript_5 transcript 1 65723 66268 start_codon_5 start_codon 65723 65725 CDS_33 CDS 1 65723 66268 stop_codon_5 stop_codon 66266 66268 AUGUSTUS_tom_ugs de novo gene_6 gene 0.2 11605 4628 transcript_6 transcript 0.2 11605 4628 stop_codon_6 stop_codon 4630 4628 intron_29 intron 0.97 5492 5050 intron_30 intron 1 5903 5775 intron_31 intron 0.89 6488 6175 intron_32 intron 0.66 7549 6809 intron_33 intron 1 7974 7833 intron_34 intron 0.83 8967 8048 intron_35 intron 1 10019 9064 intron_36 intron 0.55 11339 10398 CDS_34 CDS 0.8 5049 4628 CDS_35 CDS 0.98 5774 5493 CDS_36 CDS 0.89 6174 5904 CDS_37 CDS 0.66 6808 6489 CDS_38 CDS 1 7832 7550 CDS_39 CDS 0.9 8047 7975 CDS_40 CDS 1 9063 8968 CDS_41 CDS 0.57 10397 10020 CDS_42 CDS 0.89 11605 11340 start_codon_6 start_codon 11605 11603 gene_7 gene 0.65 23795 21531 transcript_7 transcript 0.65 23795 21531 stop_codon_7 stop_codon 21533 21531 intron_37 intron 1 22686 21570 intron_38 intron 1 22846 22769 intron_39 intron 1 23064 22945 intron_40 intron 1 23269 23146 intron_41 intron 1 23734 23362 CDS_43 CDS 1 21569 21531 CDS_44 CDS 1 22768 22687 CDS_45 CDS 1 22944 22847 CDS_46 CDS 1 23145 23065 CDS_47 CDS 1 23361 23270 CDS_48 CDS 0.65 23795 23735 start_codon_7 start_codon 23795 23793 gene_8 gene 0.73 28137 25851 transcript_8 transcript 0.73 28137 25851 stop_codon_8 stop_codon 25853 25851 intron_42 intron 0.76 27705 26223 CDS_49 CDS 0.9 26222 25851 CDS_50 CDS 0.77 28137 27706 start_codon_8 start_codon 28137 28135 gene_9 gene 0.03 35639 29512 transcript_9 transcript 0.03 35639 29512 stop_codon_9 stop_codon 29514 29512 intron_43 intron 0.62 29760 29685 intron_44 intron 0.28 30961 29852 intron_45 intron 0.66 31872 31076 intron_46 intron 0.79 32656 32065 intron_47 intron 0.38 35010 32691 CDS_51 CDS 0.33 29684 29512 CDS_52 CDS 0.47 29851 29761 CDS_53 CDS 0.34 31075 30962 CDS_54 CDS 0.94 32064 31873 CDS_55 CDS 0.79 32690 32657 CDS_56 CDS 0.98 35639 35011 start_codon_9 start_codon 35639 35637 gene_10 gene 0.38 54909 50663 transcript_10 transcript 0.38 54909 50663 stop_codon_10 stop_codon 50665 50663 intron_48 intron 1 51043 50942 intron_49 intron 0.39 54629 51490 CDS_57 CDS 1 50941 50663 CDS_58 CDS 0.39 51489 51044 CDS_59 CDS 0.38 54909 54630 start_codon_10 start_codon 54909 54907 gene_11 gene 0.68 70739 68598 transcript_11 transcript 0.68 70739 68598 stop_codon_11 stop_codon 68600 68598 CDS_60 CDS 0.68 70739 68598 start_codon_11 start_codon 70739 70737 gene_12 gene 0.62 71160 70792 transcript_12 transcript 0.62 71160 70792 stop_codon_12 stop_codon 70794 70792 CDS_61 CDS 0.62 71160 70792 start_codon_12 start_codon 71160 71158 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 17258 17509 match_part 1.000 17692 17819 match_part 1.000 18232 18327 match_part 1.000 18487 18591 match_part 0.979 18743 18838 match_part 0.865 18916 18989 match_part 0.800 19107 19136 match_2 match_part 1.000 17277 17509 match_part 1.000 17692 17819 match_part 1.000 18258 18327 match_part 1.000 18487 18591 match_part 0.979 18743 18838 match_part 1.000 18933 18989 match_part 0.975 19107 19186 match_3 match_part 0.998 65713 66246 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_4 match_part 0.904 20379 19920 match_5 match_part 0.926 22968 22847 match_part 1.000 22768 22350 match_6 match_part 1.000 35756 35214 match_7 match_part 1.000 61225 60905 match_part 1.000 59809 59412 match_part 1.000 59304 59242 match_part 0.988 59159 59079 match_part 0.949 58694 58636 match_part 0.824 58495 58462 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17258 17509 exon 17692 17819 exon 18232 18327 exon 18487 18591 exon 18743 18838 exon 18916 18989 exon 19107 19136 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 17277 17509 exon 17692 17819 exon 18258 18327 exon 18487 18591 exon 18743 18838 exon 18933 18989 exon 19107 19186 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 20379 19920 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 22968 22847 exon 22768 22350 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 35756 35214 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 61225 60905 exon 59809 59412 exon 59304 59242 exon 59159 59079 exon 58694 58636 exon 58495 58462 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0045L06.2 type gene exon 65713 66246 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1.52 1249 3810 transcript_1 transcript 0.52 1249 3810 intron_1 intron 0.52 1 1248 intron_2 intron 1 1372 2808 intron_3 intron 1 2939 3705 CDS_1 CDS 0.52 1249 1371 CDS_2 CDS 1 2809 2938 CDS_3 CDS 1 3706 3810 stop_codon_1 stop_codon 3808 3810 transcript_2 transcript 1 1292 2825 intron_4 intron 1 1 1291 intron_5 intron 1 1372 2808 CDS_4 CDS 1 1292 1371 CDS_5 CDS 1 2809 2825 stop_codon_2 stop_codon 2823 2825 gene_2 gene 0.32 17339 21310 transcript_3 transcript 0.32 17339 21310 start_codon_1 start_codon 17339 17341 intron_6 intron 1 17510 17691 intron_7 intron 1 17820 18257 intron_8 intron 1 18328 18486 intron_9 intron 1 18592 18742 intron_10 intron 1 18839 18932 intron_11 intron 1 18990 19106 intron_12 intron 0.49 19386 21250 CDS_6 CDS 1 17339 17509 CDS_7 CDS 1 17692 17819 CDS_8 CDS 1 18258 18327 CDS_9 CDS 1 18487 18591 CDS_10 CDS 1 18743 18838 CDS_11 CDS 1 18933 18989 CDS_12 CDS 0.32 19107 19385 CDS_13 CDS 0.73 21251 21310 stop_codon_3 stop_codon 21308 21310 gene_3 gene 1 23853 25255 transcript_4 transcript 1 23853 25255 start_codon_2 start_codon 23853 23855 intron_13 intron 1 23949 24054 intron_14 intron 1 24150 24293 intron_15 intron 1 24424 24783 intron_16 intron 1 24929 25013 CDS_14 CDS 1 23853 23948 CDS_15 CDS 1 24055 24149 CDS_16 CDS 1 24294 24423 CDS_17 CDS 1 24784 24928 CDS_18 CDS 1 25014 25255 stop_codon_4 stop_codon 25253 25255 gene_4 gene 0.84 39709 43647 transcript_5 transcript 0.84 39709 43647 start_codon_3 start_codon 39709 39711 intron_17 intron 1 40483 40795 intron_18 intron 1 41678 41906 intron_19 intron 1 42039 42397 intron_20 intron 0.99 42580 42693 intron_21 intron 1 42806 43285 intron_22 intron 1 43430 43566 CDS_19 CDS 0.85 39709 40482 CDS_20 CDS 1 40796 41677 CDS_21 CDS 1 41907 42038 CDS_22 CDS 0.99 42398 42579 CDS_23 CDS 1 42694 42805 CDS_24 CDS 1 43286 43429 CDS_25 CDS 1 43567 43647 stop_codon_5 stop_codon 43645 43647 gene_5 gene 0.27 44469 50204 transcript_6 transcript 0.27 44469 50204 start_codon_4 start_codon 44469 44471 intron_23 intron 0.58 44544 45164 intron_24 intron 1 45814 46518 intron_25 intron 0.9 46704 46868 intron_26 intron 0.81 46950 47024 intron_27 intron 0.84 47067 47178 intron_28 intron 0.86 47224 47550 intron_29 intron 0.89 47638 47731 intron_30 intron 0.93 47859 47961 intron_31 intron 0.92 48484 48968 intron_32 intron 0.94 49107 49358 intron_33 intron 0.88 49424 49911 intron_34 intron 1 50018 50106 CDS_26 CDS 0.58 44469 44543 CDS_27 CDS 0.6 45165 45813 CDS_28 CDS 1 46519 46703 CDS_29 CDS 0.9 46869 46949 CDS_30 CDS 0.89 47025 47066 CDS_31 CDS 0.94 47179 47223 CDS_32 CDS 0.89 47551 47637 CDS_33 CDS 1 47732 47858 CDS_34 CDS 0.93 47962 48483 CDS_35 CDS 0.91 48969 49106 CDS_36 CDS 1 49359 49423 CDS_37 CDS 1 49912 50017 CDS_38 CDS 1 50107 50204 stop_codon_6 stop_codon 50202 50204 gene_6 gene 0.32 59312 59644 transcript_7 transcript 0.32 59312 59644 start_codon_5 start_codon 59312 59314 intron_35 intron 0.33 59337 59420 CDS_39 CDS 0.32 59312 59336 CDS_40 CDS 0.94 59421 59644 stop_codon_7 stop_codon 59642 59644 gene_7 gene 1 65723 66268 transcript_8 transcript 1 65723 66268 start_codon_6 start_codon 65723 65725 CDS_41 CDS 1 65723 66268 stop_codon_8 stop_codon 66266 66268 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 0.33 11605 4036 transcript_9 transcript 0.23 8061 4036 stop_codon_9 stop_codon 4038 4036 intron_36 intron 0.45 4670 4088 intron_37 intron 1 5492 5050 intron_38 intron 1 5903 5775 intron_39 intron 0.83 6488 6175 intron_40 intron 0.78 7549 6809 intron_41 intron 0.85 7974 7833 intron_42 intron 0.66 8211 8062 CDS_42 CDS 0.45 4087 4036 CDS_43 CDS 0.59 5049 4671 CDS_44 CDS 1 5774 5493 CDS_45 CDS 0.83 6174 5904 CDS_46 CDS 0.77 6808 6489 CDS_47 CDS 0.84 7832 7550 CDS_48 CDS 0.66 8061 7975 transcript_10 transcript 0.1 11605 4036 stop_codon_10 stop_codon 4038 4036 intron_43 intron 0.37 4670 4088 intron_44 intron 1 5492 5050 intron_45 intron 0.99 5903 5775 intron_46 intron 0.9 6488 6175 intron_47 intron 0.68 7549 6809 intron_48 intron 1 7974 7833 intron_49 intron 0.84 8967 8048 intron_50 intron 1 10019 9064 intron_51 intron 0.54 11339 10398 CDS_49 CDS 0.39 4087 4036 CDS_50 CDS 0.48 5049 4671 CDS_51 CDS 0.99 5774 5493 CDS_52 CDS 0.89 6174 5904 CDS_53 CDS 0.69 6808 6489 CDS_54 CDS 0.97 7832 7550 CDS_55 CDS 0.9 8047 7975 CDS_56 CDS 0.99 9063 8968 CDS_57 CDS 0.55 10397 10020 CDS_58 CDS 0.88 11605 11340 start_codon_7 start_codon 11605 11603 gene_9 gene 0.53 23795 21531 transcript_11 transcript 0.53 23795 21531 stop_codon_11 stop_codon 21533 21531 intron_52 intron 1 22686 21570 intron_53 intron 1 22846 22769 intron_54 intron 1 23064 22945 intron_55 intron 1 23269 23146 intron_56 intron 1 23734 23362 CDS_59 CDS 1 21569 21531 CDS_60 CDS 1 22768 22687 CDS_61 CDS 1 22944 22847 CDS_62 CDS 1 23145 23065 CDS_63 CDS 1 23361 23270 CDS_64 CDS 0.53 23795 23735 start_codon_8 start_codon 23795 23793 gene_10 gene 0.14 35639 25479 transcript_12 transcript 0.14 35639 25479 stop_codon_12 stop_codon 25481 25479 intron_57 intron 0.83 25979 25716 intron_58 intron 1 27705 26223 intron_59 intron 1 29526 28138 intron_60 intron 1 29760 29685 intron_61 intron 0.54 30961 29852 intron_62 intron 0.63 31872 31076 intron_63 intron 0.84 32656 32065 intron_64 intron 0.43 35010 32691 CDS_65 CDS 0.84 25715 25479 CDS_66 CDS 0.83 26222 25980 CDS_67 CDS 1 28137 27706 CDS_68 CDS 1 29684 29527 CDS_69 CDS 0.89 29851 29761 CDS_70 CDS 0.54 31075 30962 CDS_71 CDS 0.99 32064 31873 CDS_72 CDS 0.85 32690 32657 CDS_73 CDS 1 35639 35011 start_codon_9 start_codon 35639 35637 gene_11 gene 0.42 54909 50663 transcript_13 transcript 0.42 54909 50663 stop_codon_13 stop_codon 50665 50663 intron_65 intron 1 51043 50942 intron_66 intron 0.42 54629 51490 CDS_74 CDS 1 50941 50663 CDS_75 CDS 0.42 51489 51044 CDS_76 CDS 0.42 54909 54630 start_codon_10 start_codon 54909 54907 gene_12 gene 0.79 70739 68598 transcript_14 transcript 0.79 70739 68598 stop_codon_14 stop_codon 68600 68598 CDS_77 CDS 0.79 70739 68598 start_codon_11 start_codon 70739 70737 gene_13 gene 0.73 71160 70792 transcript_15 transcript 0.73 71160 70792 stop_codon_15 stop_codon 70794 70792 CDS_78 CDS 0.73 71160 70792 start_codon_12 start_codon 71160 71158 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 228 65831 66223 match_2 match 182 65828 66220 match_3 match 126 25013 25231 match_4 match 95.9 24778 24936 match_5 match 126 25013 25231 match_6 match 95.9 24778 24936 match_7 match 126 25013 25231 match_8 match 95.9 24778 24936 match_9 match 196 65828 66247 match_10 match 235 65831 66223 match_11 match 127 25013 25252 match_12 match 95.5 24778 24936 match_13 match 207 65831 66223 match_14 match 207 65831 66223 match_15 match 222 65831 66250 match_16 match 241 65828 66223 match_17 match 109 42398 42808 match_18 match 193 65828 66241 match_19 match 127 25013 25237 match_20 match 95.5 24778 24936 match_21 match 225 65831 66238 match_22 match 119 24052 24426 match_23 match 128 25013 25234 match_24 match 91.3 23799 23951 match_25 match 98.6 24778 24936 match_26 match 224 65831 66223 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_27 match 132 70187 69246 match_28 match 231 69920 68769 match_29 match 188 70817 69555 match_30 match 235 70694 69276 match_31 match 368 70463 68757 match_32 match 110 70595 69975 match_33 match 268 70421 68718 match_34 match 126 70442 69570 match_35 match 150 70205 69255 match_36 match 273 69920 68709 match_37 match 209 70808 69522 match_38 match 225 70646 69258 match_39 match 146 70850 70044 match_40 match 325 70388 68760 match_41 match 29.6 70956 70864 match_42 match 140 70808 69570 match_43 match 105 70862 70053 match_44 match 292 70328 68709 match_45 match 207 70808 69522 match_46 match 29.6 71013 70843 match_47 match 138 70850 70035 match_48 match 371 70340 68622 match_49 match 241 69848 68772 match_50 match 191 69653 68772 match_51 match 149 70808 69543 match_52 match 157 70595 69249 match_53 match 297 70289 68607 match_54 match 112 70286 69006 match_55 match 125 70208 69162 match_56 match 123 70808 70059 match_57 match 240 69899 68772 match_58 match 258 70394 68802 match_59 match 253 70808 69330 match_60 match 455 70637 68634 match_61 match 112 70772 69165 match_62 match 108 70460 68988 match_63 match 117 70157 68832 match_64 match 248 70010 68709 match_65 match 129 70850 69732 match_66 match 215 70547 69066 match_67 match 115 70850 69609 match_68 match 269 70808 69249 match_69 match 454 70805 68709 match_70 match 148 70586 69138 match_71 match 317 70295 68739 match_72 match 121 70862 70044 match_73 match 286 70664 68946 match_74 match 24.3 70968 70831 match_75 match 447 70844 68727 match_76 match 315 70727 68721 match_77 match 209 70643 69141 match_78 match 356 70343 68712 match_79 match 104 70862 69915 match_80 match 289 70394 68754 match_81 match 186 70811 69612 match_82 match 104 70862 69915 match_83 match 289 70394 68754 match_84 match 186 70811 69612 match_85 match 142 70877 69540 match_86 match 334 70397 68613 match_87 match 150 70085 68946 match_88 match 198 70808 69486 match_89 match 270 70343 68760 match_90 match 121 70862 69987 match_91 match 162 70355 69246 match_92 match 263 70046 68766 match_93 match 115 69575 68646 match_94 match 226 6177 5491 match_95 match 205 10513 10004 match_96 match 169 5062 4649 match_97 match 134 6812 6480 match_98 match 179 7832 7551 match_99 match 194 28140 27706 match_100 match 52.8 29863 29762 match_101 match 91.7 29685 29515 match_102 match 117 70862 70008 match_103 match 183 70808 69615 match_104 match 21.6 70962 70879 match_105 match 291 70226 68712 match_106 match 112 70808 70110 match_107 match 107 70496 69114 match_108 match 109 69740 68931 match_109 match 144 70244 69273 match_110 match 123 70808 70017 match_111 match 281 69887 68640 match_112 match 118 70808 69612 match_113 match 259 70595 68706 match_114 match 118 70265 69249 match_115 match 108 70748 70080 match_116 match 281 69683 68709 match_117 match 115 70505 69498 match_118 match 116 69653 68931 match_119 match 236 69890 68607 match_120 match 149 70718 69408 match_121 match 142 70808 69543 match_122 match 238 70370 68733 match_123 match 203 70910 69546 match_124 match 327 70244 68715 match_125 match 157 70799 69543 match_126 match 305 70592 68721 match_127 match 162 70808 69570 match_128 match 198 70577 69258 match_129 match 354 70295 68637 match_130 match 159 70616 69249 match_131 match 157 70808 69543 match_132 match 120 70844 70035 match_133 match 301 70289 68574 match_134 match 129 70376 69270 match_135 match 161 70541 69498 match_136 match 153 70808 69882 match_137 match 284 70058 68646 match_138 match 141 70850 69255 match_139 match 122 70892 69570 match_140 match 297 70568 68763 match_141 match 118 10420 10004 match_142 match 118 70808 69165 match_143 match 118 70472 68976 match_144 match 131 70472 68916 match_145 match 119 70847 69123 match_146 match 125 70559 68961 match_147 match 114 70772 69138 match_148 match 132 70463 68961 match_149 match 108 70160 68832 match_150 match 125 70475 68961 match_151 match 114 70463 68961 match_152 match 125 70463 69006 match_153 match 191 70646 69099 match_154 match 161 70808 69732 match_155 match 303 70343 68769 match_156 match 107 70772 68799 match_157 match 214 70721 69246 match_158 match 155 70808 69600 match_159 match 28.1 70959 70837 match_160 match 359 70289 68715 match_161 match 274 70694 68946 match_162 match 259 70904 69210 match_163 match 437 70766 68709 match_164 match 160 70760 69246 match_165 match 301 70397 68607 match_166 match 178 70178 69033 match_167 match 215 70409 69027 match_168 match 117 70880 70080 match_169 match 37.7 71037 70843 match_170 match 218 70850 69324 match_171 match 321 70706 69027 match_172 match 196 70811 69570 match_173 match 364 70394 68709 match_174 match 116 70724 69579 match_175 match 242 69743 68733 match_176 match 176 70331 68946 match_177 match 150 70139 69033 match_178 match 265 70805 68931 match_179 match 259 70610 69003 match_180 match 422 70808 68772 match_181 match 162 70880 69477 match_182 match 292 70343 68727 match_183 match 344 70694 68763 match_184 match 135 70508 69543 match_185 match 133 70199 69255 match_186 match 131 70808 69876 match_187 match 255 69887 68769 match_188 match 115 70808 69582 match_189 match 139 70373 69258 match_190 match 160 70652 69570 match_191 match 323 70049 68646 match_192 match 209 70718 69165 match_193 match 164 70760 69546 match_194 match 28.1 71016 70840 match_195 match 186 70127 69114 match_196 match 329 70412 68772 match_197 match 112 69803 68892 match_198 match 172 70286 69249 match_199 match 150 70613 69543 match_200 match 147 70808 70020 match_201 match 308 69941 68607 match_202 match 249 70808 69114 match_203 match 221 70847 69546 match_204 match 411 70694 68763 match_205 match 184 70727 69570 match_206 match 140 70847 70080 match_207 match 347 70106 68604 match_208 match 200 70808 69246 match_209 match 350 70529 68772 match_210 match 243 70763 69258 match_211 match 206 70808 69570 match_212 match 409 70409 68712 match_213 match 145 69512 68886 match_214 match 108 70718 68790 match_215 match 176 70901 69570 match_216 match 237 70808 69333 match_217 match 340 70721 68727 match_218 match 160 6171 5491 match_219 match 134 10438 10019 match_220 match 106 7832 7551 match_221 match 142 70343 69249 match_222 match 150 70622 69570 match_223 match 286 70043 68715 match_224 match 164 70694 69546 match_225 match 308 70160 68718 match_226 match 363 70289 68646 match_227 match 137 70043 68931 match_228 match 122 70880 70080 match_229 match 198 70610 69246 match_230 match 189 70808 69546 match_231 match 331 70343 68709 match_232 match 133 69569 68895 match_233 match 164 70253 68931 match_234 match 258 70850 69258 match_235 match 473 70799 68625 match_236 match 134 70910 70068 match_237 match 200 70862 69543 match_238 match 219 70559 69249 match_239 match 363 70442 68604 match_240 match 217 70427 68904 match_241 match 271 70808 69252 match_242 match 388 70655 68715 match_243 match 142 70409 69129 match_244 match 144 70544 69513 match_245 match 137 70757 70032 match_246 match 294 70049 68646 match_247 match 179 70808 69570 match_248 match 223 70703 69270 match_249 match 132 70850 70044 match_250 match 327 70235 68733 match_251 match 105 70808 69912 match_252 match 277 70565 68712 match_253 match 148 70646 69570 match_254 match 246 70037 68739 match_255 match 132 70871 70068 match_256 match 134 69962 68889 match_257 match 206 70574 69258 match_258 match 187 70844 69543 match_259 match 210 70646 69027 match_260 match 333 70343 68709 match_261 match 116 70376 69570 match_262 match 130 70172 69255 match_263 match 136 70715 69969 match_264 match 270 69791 68718 match_265 match 261 70556 68931 match_266 match 206 70343 69003 match_267 match 342 70880 68760 match_268 match 313 70808 68901 match_269 match 302 70709 69006 match_270 match 456 70808 68706 match_271 match 145 70292 69258 match_272 match 129 70850 69822 match_273 match 157 70586 69522 match_274 match 288 69986 68646 match_275 match 174 70652 69309 match_276 match 166 70343 69027 match_277 match 132 70808 70047 match_278 match 260 69899 68706 match_279 match 176 70616 69258 match_280 match 159 70718 69543 match_281 match 286 70328 68715 match_282 match 162 70808 69549 match_283 match 245 70388 68739 match_284 match 108 69803 68796 match_285 match 162 70847 69612 match_286 match 186 70724 69312 match_287 match 282 70343 68769 match_288 match 252 70808 69333 match_289 match 389 70529 68712 match_290 match 240 70808 69132 match_291 match 394 70595 68625 match_292 match 254 70682 68907 match_293 match 149 70847 69999 match_294 match 242 70289 68862 match_295 match 422 70808 68712 match_296 match 95.9 23163 22684 match_297 match 29.6 23389 23267 match_298 match 170 70076 68901 match_299 match 268 70700 68931 match_300 match 251 70862 69246 match_301 match 473 70808 68601 match_302 match 115 70850 69930 match_303 match 154 70751 69543 match_304 match 170 70610 69270 match_305 match 310 70157 68712 match_306 match 191 70877 69570 match_307 match 317 70343 68763 match_308 match 170 70847 69546 match_309 match 204 70601 69255 match_310 match 348 70409 68709 match_311 match 132 70847 69627 match_312 match 179 70808 69513 match_313 match 211 70544 69273 match_314 match 325 70367 68646 match_315 match 158 70259 68961 match_316 match 123 69755 68811 match_317 match 266 70667 69003 match_318 match 280 70808 69162 match_319 match 473 70808 68712 match_320 match 208 70514 69105 match_321 match 209 70817 69570 match_322 match 350 70199 68709 match_323 match 224 70652 69258 match_324 match 254 70862 69513 match_325 match 392 70397 68712 match_326 match 195 70817 69519 match_327 match 199 70397 69303 match_328 match 345 70169 68637 match_329 match 202 70418 68931 match_330 match 236 70880 69162 match_331 match 401 70715 68709 match_332 match 139 70718 69570 match_333 match 152 70433 69249 match_334 match 130 70862 70068 match_335 match 318 70181 68733 match_336 match 201 70808 69540 match_337 match 347 70454 68712 match_338 match 197 70694 69246 match_339 match 199 70808 69504 match_340 match 124 69815 69012 match_341 match 365 70388 68715 match_342 match 135 70142 69006 match_343 match 179 70565 69258 match_344 match 187 70862 69552 match_345 match 323 70397 68709 match_346 match 275 70808 69294 match_347 match 380 70703 68760 match_348 match 176 70616 69285 match_349 match 113 70808 69855 match_350 match 236 70289 68841 match_351 match 126 70721 69600 match_352 match 127 70544 69570 match_353 match 224 69851 68769 match_354 match 175 70850 69543 match_355 match 218 70691 69246 match_356 match 323 70397 68772 match_357 match 139 70601 69450 match_358 match 149 70295 69258 match_359 match 223 69986 68772 match_360 match 182 70244 68937 match_361 match 230 70550 69027 match_362 match 236 70850 69246 match_363 match 389 70808 68706 match_364 match 106 70772 69369 match_365 match 105 70568 68988 match_366 match 171 70862 69543 match_367 match 419 70700 68574 match_368 match 285 70808 69246 match_369 match 251 70595 69246 match_370 match 29.3 70962 70843 match_371 match 246 70844 69543 match_372 match 98.6 70850 70356 match_373 match 410 70343 68715 match_374 match 23.9 70962 70843 match_375 match 177 70397 69258 match_376 match 193 70715 69546 match_377 match 163 70808 69861 match_378 match 348 70133 68646 match_379 match 176 70565 69249 match_380 match 174 70862 69570 match_381 match 334 70343 68718 match_382 match 231 70808 69429 match_383 match 375 70544 68715 match_384 match 145 70226 68931 match_385 match 333 70607 68904 match_386 match 127 70697 69741 match_387 match 204 70049 68877 match_388 match 26.2 70968 70843 match_389 match 124 70850 70068 match_390 match 204 70808 69543 match_391 match 352 70223 68712 match_392 match 124 70427 69546 match_393 match 248 69818 68715 match_394 match 126 70595 69546 match_395 match 245 69818 68715 match_396 match 134 70094 68943 match_397 match 173 70805 69543 match_398 match 316 70385 68709 match_399 match 168 70805 69543 match_400 match 197 70421 69246 match_401 match 157 70907 70035 match_402 match 335 70208 68643 match_403 match 105 70805 70044 match_404 match 120 70445 69546 match_405 match 282 70025 68607 match_406 match 209 70808 69270 match_407 match 206 70847 69156 match_408 match 155 70043 68964 match_409 match 340 70565 68709 match_410 match 149 70058 68946 match_411 match 183 70805 69540 match_412 match 197 70601 69258 match_413 match 375 70340 68646 match_414 match 191 70847 69546 match_415 match 410 70715 68622 match_416 match 143 70097 68802 match_417 match 171 70862 69543 match_418 match 190 70616 69258 match_419 match 333 70289 68715 match_420 match 142 70766 69546 match_421 match 226 70808 69246 match_422 match 310 70616 68769 match_423 match 21.6 70959 70852 match_424 match 164 70289 68931 match_425 match 233 70718 69246 match_426 match 149 70808 69915 match_427 match 379 70688 68712 match_428 match 232 69887 68745 match_429 match 26.9 71013 70843 match_430 match 233 70799 69249 match_431 match 236 70508 68967 match_432 match 190 70196 68949 match_433 match 405 70706 68712 match_434 match 132 70886 70068 match_435 match 139 70343 69246 match_436 match 145 70694 69450 match_437 match 141 71018 70080 match_438 match 270 69887 68643 match_439 match 228 70463 68931 match_440 match 187 70199 68967 match_441 match 139 70808 69915 match_442 match 474 70760 68574 match_443 match 179 70883 69333 match_444 match 204 70607 68901 match_445 match 280 70862 68958 match_446 match 211 70862 69513 match_447 match 364 70616 68628 match_448 match 130 70517 69576 match_449 match 266 69683 68709 match_450 match 463 70850 68709 match_451 match 107 70577 69543 match_452 match 251 69767 68607 match_453 match 206 70808 69255 match_454 match 123 70928 70068 match_455 match 410 70595 68607 match_456 match 156 70199 69006 match_457 match 25.4 71022 70864 match_458 match 131 70808 69861 match_459 match 262 70454 68790 match_460 match 181 70850 69714 match_461 match 428 70748 68718 match_462 match 201 70862 69258 match_463 match 25.4 70965 70843 match_464 match 365 70691 68769 match_465 match 24.3 71013 70837 match_466 match 211 70877 69246 match_467 match 24.3 70962 70876 match_468 match 254 70727 68931 match_469 match 318 70808 68850 match_470 match 445 70862 68715 match_471 match 180 70397 68769 match_472 match 147 70691 69540 match_473 match 276 70055 68715 match_474 match 123 70808 69600 match_475 match 154 70340 69027 match_476 match 132 70610 69570 match_477 match 263 70037 68772 match_478 match 145 70088 68946 match_479 match 115 70808 69879 match_480 match 184 70517 69168 match_481 match 181 70757 69546 match_482 match 349 70385 68646 match_483 match 196 70862 69540 match_484 match 213 70694 69159 match_485 match 358 70388 68607 match_486 match 149 70694 69573 match_487 match 173 70400 69246 match_488 match 125 70862 70044 match_489 match 275 70181 68709 match_490 match 104 70232 69246 match_491 match 118 70400 69570 match_492 match 248 69827 68718 match_493 match 121 70253 69312 match_494 match 124 70616 69543 match_495 match 116 70817 70080 match_496 match 300 70106 68628 match_497 match 228 70403 69003 match_498 match 179 70124 68943 match_499 match 238 70808 69456 match_500 match 288 70670 69159 match_501 match 273 70862 69246 match_502 match 455 70805 68646 match_503 match 161 70643 69246 match_504 match 252 70343 68787 match_505 match 160 70043 68904 match_506 match 180 70454 68943 match_507 match 235 70844 68784 match_508 match 227 70646 68961 match_509 match 320 70808 68760 match_510 match 109 70517 68916 match_511 match 159 5062 4649 match_512 match 250 6177 5494 match_513 match 148 6791 6477 match_514 match 238 10501 10004 match_515 match 173 7832 7542 match_516 match 197 70610 69027 match_517 match 151 70001 68958 match_518 match 365 70808 68754 match_519 match 142 70886 70029 match_520 match 162 70343 69255 match_521 match 154 70550 69543 match_522 match 139 70808 70068 match_523 match 337 70115 68637 match_524 match 127 70058 69255 match_525 match 132 70358 69543 match_526 match 108 70664 70068 match_527 match 324 69761 68637 match_528 match 196 70421 68931 match_529 match 121 70910 70044 match_530 match 48.5 71043 70837 match_531 match 800 70847 68613 match_532 match 119 70517 69246 match_533 match 216 70211 68799 match_534 match 173 70703 69570 match_535 match 191 70397 69255 match_536 match 275 70154 68790 match_537 match 161 70808 70080 match_538 match 165 6171 5491 match_539 match 127 10438 10019 match_540 match 107 7832 7551 match_541 match 238 70718 69168 match_542 match 422 70622 68607 match_543 match 119 70850 70308 match_544 match 206 70769 69249 match_545 match 132 70844 70080 match_546 match 337 70388 68763 match_547 match 110 70727 69006 match_548 match 212 70784 69246 match_549 match 26.9 70968 70852 match_550 match 384 70730 68709 match_551 match 131 69581 68607 match_552 match 220 70655 68946 match_553 match 398 70808 68628 match_554 match 261 70880 69168 match_555 match 425 70652 68574 match_556 match 218 70310 68946 match_557 match 264 70847 69258 match_558 match 393 70586 68718 match_559 match 32.0 71031 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match_591 match 125 70550 69543 match_592 match 275 70043 68709 match_593 match 201 70691 68967 match_594 match 162 70337 68961 match_595 match 264 70850 68931 match_596 match 427 70874 68604 match_597 match 132 70847 70014 match_598 match 368 70715 68637 match_599 match 179 70880 69546 match_600 match 222 70727 69246 match_601 match 366 70532 68709 match_602 match 114 70628 68904 match_603 match 106 69752 68799 match_604 match 113 70862 69627 match_605 match 291 70343 68709 match_606 match 25.0 70968 70891 match_607 match 139 70388 69246 match_608 match 270 70055 68619 match_609 match 251 70808 69246 match_610 match 416 70748 68553 match_611 match 184 70871 69543 match_612 match 298 70385 68790 match_613 match 116 70862 69915 match_614 match 192 70808 69546 match_615 match 267 70808 69324 match_616 match 194 70064 69024 match_617 match 412 70652 68718 match_618 match 179 70646 69255 match_619 match 287 70412 68769 match_620 match 236 70433 68943 match_621 match 254 70862 69258 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153 70400 69006 match_654 match 146 70706 69546 match_655 match 26.6 71055 70843 match_656 match 125 70799 70044 match_657 match 283 70154 68727 match_658 match 138 70244 69546 match_659 match 239 69677 68607 match_660 match 152 70655 69468 match_661 match 191 70388 69258 match_662 match 139 70742 70068 match_663 match 317 70085 68607 match_664 match 107 69749 68865 match_665 match 270 70670 68910 match_666 match 208 70388 69006 match_667 match 405 70865 68721 match_668 match 233 70463 68910 match_669 match 183 70187 68961 match_670 match 406 70862 68718 match_671 match 108 70295 68955 match_672 match 140 70622 69546 match_673 match 280 70043 68712 match_674 match 141 70388 69138 match_675 match 129 70799 69702 match_676 match 299 70202 68715 match_677 match 212 70745 69246 match_678 match 331 70349 68763 match_679 match 133 70442 69543 match_680 match 116 70808 70062 match_681 match 226 69683 68772 match_682 match 114 70799 68901 match_683 match 229 70724 69246 match_684 match 204 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