C00HBa0081D06.1 AAGCTTCAAATTCATTAGTTGCTTTTGTAACTACAACTAAACATAACTGAATATGAAGCT ATTACCTTTGATCTGCCAGTGGATTTAAATCGAACTTTGACATCCTAACCATGATAAAAC AAAATAAAAAATAATGAAGTAAAAGAACATGGTGTTTGTTAAGGAAGTCATCTTTCTGCT TAAGATGTAATTCCATGGTGTTTGGAATCACAGTATTATCAGTAGGTTCAAGTTTTAGCT TATTTGAAATTCGACTTCAAAATCAATAATATAGAGAAAGTTATTGCACCAATAAAATGG AAAAAGAAAATATTAATATCTCAAATCTGCTGCATAGAGAATGCTACAACCATTGCCTGA GTACTGTTCTGGTGCAGGGAACACAGTGAGTTGGAAAATCATAGAGAAATATGAAAGAAC TCAAAAGCACTTCCGCAGCATCTCCACTTGCATATTTTGTGTAACTGTTTTTACATTCAC AGTGGATTGAAAGAATTTTGACGGATTATAAAGAATTGTATCCCTCACAAAGAATAATAG TGTATAAATCTATGCGTGACTAATGCTAATAACTCAGCTGGGACAAATGTTTTCTACAGT ATGCCACCAAAACTCGTTCACCACTCAAAACAGACAGATAGTCCCTTCATCGTTCGTCCC ATTCAGACAACAACTTTGAGAACCTGGAATGAAAAGTTCAAATTTCTGTCAAACGGCCCA AACAGTATATTATATGTTGTAAGCACAACTTTCTGAAGATCTGCTTTTATTGAATCAAAA CCCAGGTGAAGTATACCAGAAGTGTAGTCAAATAATATAAACTAACATCATGCAAGTGAA GAACTACAGAACACAATTATTCTATTTTTTTTCTGGATGGCACAAACAACGAATTTCAAG AATATTTCTTTATCAAAATATGGTTAAACACACATATGAATCACAAAAATTGACCAAATT CTAGGAGGGGAAACATGGTTTCTTCAGTTTCTTGCATATAGCCCAAGGCAGAACAAGGTT AAATGTACAAGTTCAAATATTCTACAAGGGCACACCAGTCAAGCAAATGAAATGATATGC GTGCAAGTGTTGTTAACACACAAAATACTTGGTAAATAAGAAAATTTTGAAGCACCTCCA ATCAAGAAGACATACAGATAAGAACTGTTTATCAGACAAAGCATGCATAAAATTGTGCTT GATGCAGAAAACTCAATTCTCACCATAAGAACGGATTACATACAGCTGGAACCAACTGTC TTCACTGAACCTAGTTGTGTGGTGTAAGCACTGCAAAAAGAATAAAAAGGAATGAGAGGT AAGTAAAGTAAATTGACAACCACAAAAAACAACATTACCCAGTGAAATCCCACAAGTGGG GTCTGGGGAGGGTAGAGTGTACGCAGACTTTACCACTACCCCGTGGAGGTAGAGAGGTTG TTTTGTAAAGACCCTTGGCTCAAGTTCAGCAATTTCGGGTATAAAGAAGAAGAAAAAAAT ATTAATGAAAATGTAACATAACAACTAATAAGAGAAGCAGTATAAAGCCAACTAACAATA AATCGAACGAAAAAGAAAAGAACAAGCACAAATAGGGACAAATCGAGAAGGAAAAGCGAA ATGCCAAGAAACAAATGAATGCCAACGTAGTTAAGTTCCTAACTTATGCCAAAAACAAAT GAATGTCAAATGCTAATCAACTGAAAAATATTAGCCAGCGCCGGAATTTTCACCCATAGA AGCAGTTCAAGTTATGACAGAAATTATCTATGGATTGAGGAACTTTAAAAAGCTTGAAAA CACATTAATATCTAGACATGAAAGAAGAGAACAAACTCCAAAATCCACATTTTAGTATTT CATAGGAAAGGCAATATGCCTTCTCAAGGTTGGGTTTGCCTAAATTGCAATTGCTTCAAG CAGTTAAGGTTAAAGAAAAAAAAGGAGGCATAAAAGAAAAAAGAGAAGGATTTGGAATGT ATAGGGAGCCAAACACAGCAACTAAAAGAAATTCAATTAATCACCAGCTACAAAATTAGG ATTTTCACACCGGCCCAACCAATTGCTTTTAGGCTGACGGTTTTCCTTCAGTATTCGTAC CCCACTCTTCTTCAGCCTCATTTCCATTGACGAGTACTGCACTATCAGTAGATTCAGCAT CTACAACAGCCTCTTCTTGGCTCTCCTGTTGAGTGCCATCTTGTCCCTGCTCTTGCACCT CATCACCATTCTGTTCCACAACCTGGGGAGTTTAAACAAGAAAACAATCACTTTTAAACA TGGCCTTTACCACAGTGATTAGTAGTATAAGTTGCTTGTATGAAGGGTATCAACTACCAT CGAGCATAAGGTTGTTGTAAGATGCTTGAAATTCAAACTATTATGCCATACATCCATACC TAATCCCCAGCATTGTATAAACAAAATAATATAAAATGCTAACACTATGTTTTCTACTTC TTTTATATATATATATATATGTATATATATATATATATATATATATATATATATATAAAA GGACACATAATGGAAAATGAATCCTCATGTAAGACAAATAGAAACATGTCCATCTAATAC CTCGTGGTCCGTTTCTCCATTTTCAAGGGGTTCTTCTTCATCCATTCTCATGTTGCTGAA AGCTTCTACAAGGTTGGAAGTTGGTCTATCAGCATAATTTCCATAATCTGCTGCTGGTGG GTATACACCCCTACATAAAAATTAGAAAATAACCTTGATGAAAAATTTTCACAATGAAAT TGTGCAACACTTGGTCTCATAACTGGCTACCAGTCCACAATGGTGTTAAATATGCCCATC CATTAAACCCTGTTGAACTCATACTCCAGCAATAAGAGGAAAGGAGTACAAATAGAAAAA GAGATGTAAATTTTTTTCAAAGAGCCACCAGTGTACAAGCTACAAAAGATGCACAGAAAG GGGAATAGTGGTCTATATACACCTTTCCTCTGCGACTCTAGCTTCAACTGCATGTGCAAT TTGCCAGTGCTCAAACATGTTGGGATATTCTTCAGGATCAGCCAAAGCTTCTGCTGCTTT CTGGTTAACCTACAGGCAGAAATCATGCAGAAAACTAGGTTCAAAATCTGACAGATAATT CTGCAGACTGTTTCTTACCCATAAAAGACAACCTTTTCTGCAGTTCTCTTACTACTTGCG CTCAAGTTCAAATCATTCTTTTACAAAGACACTCAAATTCTAATCGTGAAGTTAAATGGA TGTCTATCGCATATAGAGTGTTCTCGGGCCACATTGGCCGCTGAGAGAAATCGACAGAAA TATTTCAAGGCTATTTTCAGGCACATGCAAATGCAAGCAAAAGTTAGAAAAGAGAACACA CACGTCAACAACAGCAAATTTTTATGTCTTATCACAGGCATAACAGTACCATCAAAGAGC TCTAAGTCCTTTGCACTGTTAACTTAAAGGTCAAAAAGCATGATCCCCACAGCATGAGGC TGAAGCATTGTACTTTATTTCTTTATTTATTTTAAAAAAGATTAAAACGAAAGTAGCATA CTTTTTTAAAAAACTGACCAAGAGAAACAGCTCTTTAAATAGTGGACCATGAAAATCTAA TAGCAATCACAAAAATGAATATCACTAACCTTATTAAGATCCTTCCTCCACATTGCAACT ATTTCAGAAACCTTACTTGGAAGGTAAGATCTTGCCATAAATGCAGCCTCAGGTATCCGG TTGCTGCAAAGTAATTGCAATAGAGAATATCATTCCAGAGTTGAAACAATCTGACAAGTG GCAACAAACTGAAGAGGAACACAAATGAAAAAGTACCTGTCAACCAACAGCTGAACACAA TCTTCCACTTTACCCAGGAGGAACAGGCAAAGGAATGCAACATTGTTTCTTCCATGCTCT TTTGCAAGAGATGCTAATTCAGCCATTCCTTCAGCATCTCCTAACGAGGAATAAAGCATC AGCAAACCACTCAAGTCATTAGCGTATTTCAAACAATCCTCTGCCATCTCCAGCTGCAAA ATACAGAACAGCAATATTGATAGAGAATTCAAGTAAAGAACAGTTGGTAGGGATAAGGTT TGTGTACACCCCACCATCCCCAGACCCCATTTGTGGGATCACACTGGGCTTGTTGTTATA ATCCAAGTGAAGAGTACTAAAAAGGATGACCAGGAGGCTGCAGAAATCAACTACAAACAA CCTTTACACTGAACTACAAACAGAAACATTCGGTAAACTTTCACAGGCAAAAGGACAACC AACAGCGTTCAGAACCTTAACCATAAATTTTTCCAGCAGCAAAAATGGTATGGGTCAGGA GTTTTCTGCTAAGAAACTTTCGGACAGCTGACTTGGAATTTCTGATATAAATTAAGGAGC TCAAACACTGACCATTTGTAAAACTCATCAATTTACTTTTTTTTTCGAAAATTCAAGTGG TTTATGTTCCCCCTTGTAAGAATTTGTTTTCAAAAAAAAAGGGGCTCAAGCGGCTGTAAG TATCAATTACCATTCCAGCAGACATTGCCAGTTCACCCAACTGCTTCCATTTGGATTCAC TCTGTGCTACTACAGCGATTTCCTGCAAACAAGAAGGGGCACATGGCCATACTTAACGAC ATATGGTTCTTCTGACAGAGACAAGTATAAGGAAGAGAGGCTGAAGTCAAACCACACACT TCCACGAGTTAGTAGCCCTTACCTTTGCAATTTCTAATTTACCCAACTGTATGGCAAGTT CAAATCTGTAGTCAGCGTCTGTTGCAACTTCCAATGCTTCCTCAATCATACCCCGTGATT CCAAGAAACGAGCAACACTACAGGGAATCATTTCATCAGAACTTAGAGAACTTGATAATC CCATCATATAAGACAGAACCCCCCCCCCCCAAGGCTCAACTACTAAATACAATATATTAA TGCAGATCCCAATAGATCATAGGAAAAATAAGAACATGAGTGACTGCATCCAATCACATA GCATAGCAGTAAGAATATCCTCTTATCTAATATACGCATCCCTTCCGAAAGTCAGGGCTT GTAGCACGTATTAGCACTAAAATTACAACGGCTATCAGAGTAACTTTAGTAGTGTGTGCC ACAACCCAGGATAATAAACAATATTACATCAATACAACTGTGTTCACAAACTAGATGGGA TGGGCTATATGAAACCTCAAAATCCATTTCATACCATTTGGACACATTTCACTCCAATAC TCAATAATGTGTCTTAAGAAAACAATCTACATCATAGACTACAATAAAATGATAGTTTGC ATTTTTTCAACTGCCAGTTTGTCACATTTTGCAACTGCGTTCGAAGATGAAGGAAAATCG CAATCAAGCACAATTCGTTAATCATATTCACAGAAAAAAACATATTACAAGAAGAATAGA GATGTACCTGTTATGGTGATCCTTAGGAATTGATGGTAAGACTGCATTAGCTCTGTCCCA GTCACCACGCATCACAAGTGTCTTGTACTCTATCAAGCTGAGCAGAAGAGTATATCCCAC GACACTGTAATGAAAAGAATATGGGTCATCGTAGAAGAGTCATACTTGAAACAATTTTTC TAGTTCCTGTGTGAGAAGCTGTCATGAGCCTACTTACTTGAACTCTTTGTCAATCAGGAA AACTCTACTTTGATTAGCGAGATATCCCAGCAGGTACATGGGTCGGTCTAAGTGAAACAT TGTGGTCACCTAAAGATCATAAGAAACACTGTTAATCACCTATGAGATGAGAAATTCTGA AAACAAAGAGGTCCATAAAACTGTATGAATGACTTTTCATACCTCGCCGCCTACACAGTA ATTCAGTCTCGAAGAAGAATTGTTGTAAATGAAACAATCTCCTACCCAAATTCCAGTTCT GACACGTTCATTTATCTCATAAAGAAGTTCAAAAGCATCTTCAACACCTTGTTCATCTAC AGATCTTCCACTATCTAAATGTGCAGAGACAACATCACGCTGCAGGTTTAACCAAAAGAC AATTATAACAATAGCTTGCAAAGTAAAGATATAGTAGTAATTTAAAAATCTGGGAAAGAG AGCTCTCACATTATACTTCAGTATGTAGAATGAAGTATCACTAGCAATAGCCACCAGATC ACCACTGTCAGCCCAGTAGAGGTTCTGAAGTAGTTGAATAAAAAAAAAATGATATTGTGA CAACCATCAAAAAGTAAAGGACCAACATAGCACTTATGGAAGTCAAGCTTATATATCTTA CTTTGACATTAACATCAATACGTCGTATCAACCTGCACTCAATCCAATCGTAAAAGCAAA TGAAATCATTTGAGCACATTGCCAATAAGGTACCCCCATAGATGTGCTCAGCAGAGAAAG TCGGGCGGATACTCTTTTTTTCCTGGAGACATCAGTGTAATCACTTCAATCCAGGTGAAC AAAAGAAACTACTAAACAATACACCCTTCAGCTTCAAGACAAAAAGAAGCTAAATGCATT AAAGAACTACAACTTACTGCATGCACATGACCCCAAATTTACTTGTCAGGCCTCTAAGAA GTAACAAATTAAAGGGTACGAAATAGGAGAGAGAAAAGGAGACTGGGTAAGAGGGGATAA CATCTAATTGTGGGTCCACTATTTAAAGTAATATCATTAGATTAAATAACACATAATCTG ATGCATAACACAAAAGTAATCCAAATTTGGGAGGGAGTCAGTTGTGAGGACATTCATGAA ACCTGGAAATTTTTGCTGAAAATCTTAATCCTTGAAGTACTTTCTCGGATAGCATACTCT CCATCAGACGACCAAACAAATTCCAGAGCTGAGCCAAATGACCTATTTCTCCAGGCCAGA GCAGTATATATGATATACTCACCGTCTCCACAAACAACAACAAACCTTCCATTGGGGTTA TGCTTTAAGCTCTGTGAAGGAGGAGAAAAAGAATGAGATCAACAGTAAGTGACATCTAAG TAATTACATCCTTTAACCCTAAGAGGGAAACTAGTATATTCCAAATGGCAAGCACAACCT CAAACCATGAGGAGATGACTAAAGAACCAATAAAACGACACATTTTTAAGGACATAAAGA AAGCAAAGAAACAGGTACATAAGTCATATCTTCTGGGATAAGCATAACTACAACAAAATG GCTTCCCACAATGGAAGTCTGAAGAGAGAAACTGTACAAAACGAAAACCAGAAATCAGAT TAAGGGAGGATTGGTTTCAAATCTATGCGTTGCTTTTTTAACGAAAATAACAAGTCTTTT ACTAGAAAGAGGATACAGTTTATGCAAACCAAACAGGATAACCTTACATGAATAACAATT GAAGTATTTGAACTATGGAACCAGATCCAATTCACAGTTGCAAAGCAGGTTGTAAAAGAT TATACAAAATGCCAGGTATTAGCTGTAAATCTGACTCACTTGTGGGTATAGGTCACAAGT TCCCAATTCCTTGACCGCCAAAGGCAATCTTTCTCCATCAGTAACCTGATATAAAGCAAA TTATTCAGAAAACAATATCCAGCAGTAATTGAGGGGGTGACCGAAACAATATTTTAGCTG TAATTTGAATTAGGCAAGCAGACTTGAAGGAAATTGATGCCATACCTCATAATCCACACC CACACTCTTGATGTTAATAGTTTGAACCTCATTATGCTTAGCCCATATGACTTTTCCACT ATTATCCATGCTAGCAACAGGCACCTCTCGACCAAGTTTTACCATAATGGTACCCTCATC GTAACCAATTACAACCCTATACATTTAACACATTAATTATAACTGCAGCTAGCTGAACAA ATGCAAATACAAAGAAAAAGATGAAATCATGATCTACTCATTAGCTCTTTAATATTTCCT AGTTTCAAATATTTTATTTTTGTAAGTTCATGATTCAACTAACATTGGCTATTCCCTCTT TCCTCGTCCAAATCTAAAAAGAAAATAAATAATTGAAAATCAAAGTAAATATGGAAATCA TCAGACTTCTAAGCAGATCAAAAGTACAGCTATAAATTAATTATAGAGACTCACCTTCTT GAACCTTTCATGTAACCAATAGCCCAAACTCTTTCAAGGCCATAATTCAACGTGTTCTCG AGTCTGCGCCAAATAATTTTTTTTAAATAAAAATATTAAGGAATGAAACAAGATTTATGA GAGGATACAATCACTCAGAAGTCAGAACCTGGGGAGTGCTTACAAAAGTAAAGAAAAAAT TCATCATTTTATCTTAGGCAAAATTATAGAAATGCATCAGTTTTCAAAAGAGATAATTCA AAACTTTGTCAAGTCTACCAGAAAATGCAAATCAACAAAACGATAAACAATTAAAACCCA AGCACCTAGAAAAGAATACAAGAAATCAGAACCAGAAGGTTATATAAAAAGTTAATAAAA ATCATTTTGAAAAGGTAAAGTCAGCGATAGATGAGATGCATTGCTTTAAGTGGTAGATGG AGAATTTCATCTTCTCGTTAGGCAAAATTCTAGAAACACGCCATTTTTCACGGTTTAATT GAAGTTTAATCTGAGAGTGAAAAATAAGAAGAAAAGTAGCACTGCAGCTAATAGCGGTAG ACTGTTTTAACTATGTTAACATGTTAGCCCATTGATATAGATAAACAGGAAACATAATTC AGCTTTAGTAAACATCAATTCGAAAGAGGATATCAAAACGTTGTTATCAATTTATTCAAG TTCTAAAAAAGAAAATTCCACGCTGAAAACAAGAGATGTGTCAATTTCAGCAGCATGTAT GTGCGATATTCATGCAACCTAATGCAAGAAACATTTCATCTAAGCAATGCCCCACACCCA CCCCAAAAAACCCACACACACACACACAAATTCTGCATTTGTGTTACGTAATCTGTGGCA AAGAATTTCTTTTTGGAAAAAAACAGACAAAACTCCATAACAAATTTGAAAGGAAAAATG GACATACAATTTGGACTAAGATAGTAGGGTGTGCATGTCTTCCCTTTTTTTTCTGATCCA TAATATAAGGAGGGAGTAGCGCATATGTTTCAACAAAACTTGTATCTCTCCAAAGATGAC ACAGCTTGAAAGATAAAAATAAACATTCGCTAATTTATCCACCAATAGCAATACATAGGT CATCACTATGATTCAATCAAAGAATTTTTTTTTTTTTGATGAAGTAAGTTGTTCCGATAC CAGCATCAAGAAGATGCAAAGGGTACAAAAGAGATATGGTAGCTCCATTCCATGATAAAA GTTGAGACCCAATCAAAGAGTTCACATAGGTCATCATTGTAATTCAGTCAAAGAATTCAT ATAGTTCACATAGGTCATCATTGTAATTCAGTCAAAGAATTCATATAGTTCACATAGGTC ATCATTGTAATTCAGTCAAAGAATTCATCTAAGCTACATAGCCGGTTCCACTGATTCATG CAAACTCCAAAGGATAGAAAGAAGTGGTTCCCTTTACAGATTACAACTAAATATGTCCAT ATTCATCCGCAGAATCGGTGTCTTTTTTTTTTTTTTGAACTTGATAACTTTATAATCGCT GTCTTTAAAGTTACAGAAACTGAATATCCGACAATGTATTGGAACACAAGAAGTCGTCAA AAAATGAAAGTCATATCTAATAGTAATAGAATTTTGAAATAAGCTAAAATAATTAAATGA TACTAAGTATTACCTGTAAGTAGTTGCATGCCATATACGAACAGTACCATCTTCAGACCC AGTCATTATAATAGGAAGATCTGGATGAAAACATACAGCAGAAACATTGTGTGTGTGACC TTCAAGAGTCTGGACACAACTTCTTGTCTGATAGTCCCAGACCTGTTTCGTGATTCCAGA GCACATAAGCCAGGTTCTATAAAGGTGCAATCAACAACAGAATATAGGTTATTAGTAGCA AACCTTAGCAGTGTGATCATCAGAACCAGTAATTAGATAAGGTTTATCACCACCAGTAAA ATAATCTACACAATTAACCCCTTTCAGATGGGCATCCAGTGTAAAGTTAGGGTCAGGAGA GCCAAGGTTCCAAATCTACAAGCAAACCATTACCAGGTGAACGACAAATATGATGTTATT TAGTAATTTATCATAGGAGGGAGGGGACGATAGGAAAGATAAAAAAAATTACCTTTATAG TCCGATCAAGAGATGCACTAGCAAAAGTATTGGTGTCTTTTGGATTAAATGTGACTTGCA TCACATAATGGGAATGACCCTCAAAAATTTGAGTGCATACCCATCCCTTCTCCCAATCCC AGAGCTTTATAAGCATGTCATCAGATGATGACAGCACATATGGTAGAGTAGGATGAACAG CCACACACCTAATATAATCTGTGTGCGCCTCGAATACTTTGACCTTATCCATGGTATTAT AATTGTATACACGAATAAACATGTCATCGGAACCCGCAACAATCCACTGTTTGCGTGCTA TAAATTTCGCTGATCTTACTGCAAAGAATAATTAAGGCGTTAAAAGGTACCGCAACCCTC TGTTAAAGCAGAAGGCTTCTTATGCGCCCCCTGACCAACCAAAAATACCACTTTCATTCA ATTAACAGACCTGGTAATTCAGTAACTTCGAAAGATTGTGCCATTGTCTGCATTAAGAAT GAATGACACATCAGCATTCTACAAATAATGTCATTACAATGTAACTTCTCTTCTATTAGG GGAATGCTGATACAGTTGCTTTGTCATACTAAGCTAAGAAGTATAAAGTTGCGGAAAAAG TGAAAAGAGTTATCTCTCACATGTATCAATGGTAGCTATTAGGTCAAAGTACTATGAATA CTGAACATACTTGGAACTACAGTGATTAGAGAATAAAAATGGTGGAGATATAATTTTAGG GGCAGTTCTGTTTTCCGGGTGATAATTTTACTGATCTAACTTGCAACTCCTACTATGTGG CTACGAGAGATGTTATCCCAAAGTTCAGGTAAGAGGAAAAGGTATGTGATACGAAAATGG AAGACATACATAATACAGGCCAAAATCAAATTATGAGCTCAAGATGATATCAGCTTTTCA AATAACCACTAACCAACAATTCTGGGAGCTACAACTATCACCTTGCCTTTATATACAAAT GGCTGGAAATTCGCACAGTATCATCTTAGCATGGTTAGAACTAAAGCTACCAGTAAACAT TGAAGTCTGCTTTGTGAGCATTACTAAGCACTGATTGAAAATCAACACCAATTCATCTTT GCATAACCAGAATTGCAACTACTACGCAAGTGCTTCTAATGGCCCGCCCACCCCCTAACT CCCTTTCTCTAAATTTTTAAAGATTCCTTAGAAGGAGTTTCTAAAATGTTAAGACAGACA TATGACCATTATCCCAATACCATAATAGCTGCTCCGTCCTTTTCATGTGGTTATTCCTCA GTTTGGGATTATGCTTACTTTTACAAGAAAATTTATCATGTACAATTTTCACAAGATTCA AGAATCCAACTTTAATAAGAAGCAGCACAAGTTTGGATGTGATTTCCTATACCTGGGTCT GGTAGTTCCAAATGCAAAGGGTCCCTGAATATAAACTTGTCAATATCCTGCGAACAAGAA TAGAAAGAATGAGCCACAAGAACTATCATTTAAGTAAATGACATTACCGTTCAACTATAC CAGGCCCCCCATTCCACAGAGGAATAAAAACTCTGTAATTCATAATTTTGCAAAGAGTTT GTTACTCCAAAACTTCATCATATAAAAATGCCACTCCCAACAAACAACATTAGAGACTAC AGAGTAATCATAAGCACCAACACTGGAAAATAAATTATTTTTTTAGTAAAGATGAGTTTC ATTACCATGGCTCCGTAGGATGGAGATCCACGGCCTTTACCCTTTCTGATCTTTGAGCAA GTTTCCTCTGATCAAAGTACCACAGTCAGCATTAGTACGAATGGGCAATGCAAAACTATT TAATCCACCTATAGTATTTTGAATTCTGAAAAAGTATAGTACCTTAATCTCCAATCTTAG AGGCTGTGCCATCGCCAATGAAAAAAAAAACACAAAAAGGAAATGAGATTAAGTTAGTAA ACAACAAATTACCAGATCTCAACTAATTCTCAGAACCGACATTGAATTTTTCCAATCCTC AACATAGTGATCCGTTACCACCATTAAATCGAATTGGATTTGAATCAGATCTAAGTTTTA ACATAATGCGAACGCATTAATAACCTACTGAAACTAATGGACGTACCATTTTCAGTGAAT AATGCGAATTCTAATCGGAAAAAATGCAATAAATCAGAGATTTGAGTGTGAATAATCCTA AAGATCCACCAGCTACTCAGCTGCAGAAATCTTCCAAAATTCGAATTGCTCGCTAAGTGG CAAAGTGCCGGAGAGAGATCGGAAAAGAGAGAAAAATGAGTAGAGGTTTTGCTAATGGCA GCGAGCAACCTCTGTAATAATAAGAAGAAAGAAAATGGGAGGAACGGTAGAGGAGATCAT ACGATGATGATGCTTTGAATTGAAGTCACAATACATTTGACAAATTTATTTTGCCTTATT TATATGAAAGCAAGATAAATTAATAAATATTATGTAATTTGATTCGGGTAATACATTACA CAATTATTGTTTTTTTATAGGTATATTTCAATTAAATATGTTACTAGTTTTCGATATCTC ATATATATATATATAGATAGATATATATATATATATATATTTATTTATTTATTTAAATTT TAGATTATTTTTGGTACTTTTAATATAAATGTAATTATATTTTTTAAGTTAGCCTTTAGA TATAGATTCTTAAATATTTTTGGCATATATTATTTGGGTTAAATTTCATTTTGTATTTTG TCATAGTATTTGTGAAACAAAAATATAATTTATAACCATAAAGTTTTAAAAACTATAACA ACTAATCATAAATTCGTATTTATTACAATCAATTGAATCTTCATTGCAACAAATAACAAG AAGTATCAATGACACCGTAGAAATGTGACAGTTTGGAGTGAGTGAAATAAGTATAATTCT AAACATCGTGAAGTAGACAAAGCACATGAGTTTGTTACCCTAAACCAATTATTTATTATT TTTATTAATAATCACATCATCACTTTCATATTCACCGAATATTTCATCACTATTTTGATG TTTGCGTAGAAAAAATTTTGTAATACAACGTAAACAACTACAAGAGGTGTTTTTGTAAAA TATAAAAATTTAATATAAAATTTCAGTTTTTAAAAGGTCTCAAATAATGAGATTTAGCCG AATATTAAAAAAAATTAGTATTTGAAAATTTGAGATAACCAAATAATGACAAATTATATG AACAAACACTATTTATCAAATTTATCCTCAAATATTACTTAAAAATCTATGGTCAAACAG GACCTTAACTTAAAACGTGATGATAATATATAATGTGTCTGTGGCTTTATATTCAAATTT ATATACATTAAAATAGATAAAAGAATTTGTGGCAATTATTTTGTGATATCATCATTCTAA GTAATTATTACTAAGATTTTTGTGACTATGAATTCTTTAATTCGATTATCGCAAAGTATT ATGGGAATGAATATCATCGTCGAAAAATATGTTATCACTACATGTATTTTTTTTGTTGTA TTTGATACAATCCATATGAACAAAAAAATTGTTTTGCTTTATAATGTTACTAATTTGGTT ATTTATTAGGAAGAGATAAATATCTAGTATAATGACTTATTTTTATAAAAAGTATTTTAT TTGTTCACTTTTATTTATCATATTTTTAATTGACACACTAGTAATAAAAAATAAATTACA TAAATTTCACTAGTTTAGATCTTAATTACTAGAATTTTGATAATTTTTATATTATTTTTT ATATCAATTTCGTTCATCAAATACAATGTATCACAATCTATCAAATAAATGAATATTTTA TGAAAAATTAAAAAACAAAACGGATTTGAATAATCCTTTCATATTAACTATTACCAGATT TTCTAGAAAAATTCAAATCATAATTTCTTTTGAACATAATTACTCTCAACAACTTTTGAG TATTTATTCCTTTGTATAAATATAGGTTTCACACGTATAATAACTTTACCAACTTCTTCA AAAAAACAAAAAAAAAACTAATTTCTTCCATTTATTTTCCAACAACAACCAAGTGAACCG CTTTTTTTCATAAATTAAAATTTGTTTATTTTTTAATTTTGTGAATATATTTTCCAATAT TTGATTCCTTGTACGCACACTTTTTAGGATTATTATTATTAGTAAATCATAAATCAAATA ATTTTAATATAAAATTACAATTTATTACTTTTTTGTTTGTAATTGTATTAATCCCTTAAA AAGGAAAACTTTCACATATAGCTCCTTAAAAATAGTCTAATTACGCTTCATATGAACATT TTATTAATTACAATTTGTAGCTACATGTTATACGGAGGAAAGAGGCGATCGAGATCGGGA GAGAGAGGATAGAGGCGACGGAGAGGGGGAAAAGAGTGGGAGAAAGGTGAATTGTATATG TATATTGGTTAGATAATTGTATATTATACATATGTATTTGTATATAGTATAAATTTAAGG AATCCCATAGTGTAATTCAATTATTACATTCTGTCCCGATAAGTTTAATAATTACAAAAA ATCCCTTAAAATTGCTGAGCCGTGATACTTTAGAAAGTTATGATACATGGTAAATGATAC ATAGTAACTTAAAACTGTTAAGAAAAAATAGGGGATAAAAACGGTAAATTTAAAGCTGTT ACTAAAACAGCTTAATTTGTGGTAACAGATCATTAATCAGCATTAAATCAGCACTTAATT GGATATTAATTTCATAATTTGAATATCAAAGATTGTATCAGTTATTTAGAAAACAATTGG AGCTGCCGAAATTTTTTTGTTGTTGCAGTGGGTTTTTGAAGATGAATACTTCGATTTTGA TGAGATATTCCGGAATTTGGGTGAACGAATTGCAGTATGAAAATTACAAAATTGATGGAA TCGTTGTTGGTGATTCAATTTCGTTTTCTAATCTCAAAGCAGCAATTGCGGCCGAGTTGG ACATTGATGTATCAAGGAAAGAAATTGAAATTCGATACATTGTAGAAGGTAACTCCTGTC CGATGAAACTTAAGAACGATATGAGTGTTAAACTATATTTTGAACTGAAAAGAAACGAGC CTGGATTTTCAATATATCCATTATGTATTGACACAATTGAGAAGAATAGTGGTACTGTAC ATAACTTTGATGGAAGAAGTGGAGAAATAACGTGTGTAGAAGGCACAACAAATGATACAC AGGCTTTGGCAATAGTTGAAAATAGCTTAATGATACATGGTTTCAGTTTTCAGAATTTCA TACTATGTGAAAAACATGTGATACATGTCTATAACATGTATCATTGAATTAAATAAAACA TTATAACATGTGATACATGTCTAATACATGTATCATAAACAGCGACTAAACAACATACAC AAAGAATCTATATGTATCATCAACTATATCTGATGAAGCATTTATTAAACTTAATGAATG ATACATTATAACAAGTTTCAAAACATGTATGAGTAAATCAACTAAACAACTAATACCTTA CTGATACATGATATCATACAGGAATTCATACTACATGCAGAACATGTGATACATAGCTAC TACATGTATCACTACATTGACTAAACAATGTACACACAGATTCAACATGTATCATCAAGC ACAGATTATACTTTACTACACTTATATTACTATGAAGTAATAGAACAATTAACAAAAACG AAAAAGAGAAGAATATACGAATTGATGATGGATTAACTATAAAAAGGGTCTGGGTTCTTA CGATTCAATATTAGGAAGAAATAGTCGAATATGGATTAAGAATAAAAAGAAGAAAATAGA AAAATCTGCTGGGTTGAGAAGATTCAAAGTTATGAAGAAATAGTGGGATGAAGACGATTA AGGAAAAAAAAGAAGTGAAAGGTGACTTTGGTAAGAACAAAACGGTAGAATGCAGTGGAA GTTACCATGCTTCCATATTTTTTGAATTTTGAAATTCAAAATTTCAAAATTTGTTCTTTT ATTTAAATTTAATTAAATTTAATAATTCAAAATTAAAAAGCTGATTAAAAGGTTGAGTGT TTAAATGGAAAAAATTTAAAATTCAAGAACTGATTTAAGAGGTTGAGTGTTTTAATGGAG AAAAAATAGGCATTAAAATTGGTAAATGTGTATTATAGGAGAGAGTGTAATGTATCTAAA AACTTACACTAAAATAAAAAAAATAGGGAATTATGTAATATTTAAAAAAAGTAGGGAAAA TTGGAGAATATAAAAATTATAGTTGTGTATTTATGACAATAGAGATAAGAAGAGGGAGGA GAGAGGCAAGCGAGACGGGGAGAGGGAGGAGATAAGAGAGCGCAGAGAGTGGGAGAGAGA TGGATTATATATGTATATAATTGAATATTATACATATGCATTTGTATATATGACAAGCAA GATTGGGAGAGGGAGGAGAGAGGTGAGCGAGATTGAGAGAGGTAGGAGAGAGGACAGAGA GGTGAATTGTATATATATACAGGTTAAATAATTGTATATTATACATATGTATTTGTATAT CATGGCGAATTATATATATACAAACGTGACTAATTATACAAATGCGAAGTCAACCCACGT AATTAATGTATAATGTTAGTTGTGAATCATAATCATAACAAACTATAATTATGATGAGTA ATTAAATAGTATAAGTTTGCTTAACCACATAACTTTTCCTACAAAGTAATACAAATCGGA TACAATAATATGTAGATAAGATACATTAAAGAGTATCTCGGATACGTTATAATATAACCA GATACATAATATGTAGCTCAGATACATTAAAAAACTACTTCCTATCCAATATGTAGTTCA GATACATTAAAAATTAGCTCATATACATTATAAAATAAACCTAATACATAATATATAGCT CGAACCCATTAAATATTGACTCGGATACATTAATAGGTAGCTCAAATACATCAAAGAAAT AAAGAATTTTAGAGATTCTTAAAAAATGAGAGGGATATCAAAAATAAGGAAAACAAATCT GGTAGATATTAAAAAACACATGACTTTAATGTGAAGTGAGCGGCAACTCAATAGTAACTA GGTGCAGAAGTATGCGGGAAATGCAATATTGAATTCATACAGAGTTATTTAGTATAGTAA ATTTGGACACTCTTCATGAAAATTCTTAAAATACGTTTGATTAGGTGAAAAAAGAAAACA TAAGTTTGGACACTCTACATAAAAAATATAAATATATAGCCGATGGCATTTCTTATTTTT TATTTATTACAGAATTGTCATTGTACCAAGATGACCGCATAGCGCAGTGGATTAGCGCGT TTGACTTCGGATCAAAAGGTCGTGGGTTCGACTCCCACTGTGGTCAGATGTTGATTTTTT TACATTTTGGATCAAAGTTTATTATATAGATAACTCTGAAAGAAAAAATATAACAGTTAA AACATTGATTTTTTTATATTTTGAGTTATTATAGATAACTTTGAGAAAAAAATCACGAAA AGAATAAAGAAATGTAACACAAACCTTCAAAAAACAATAAGACGGAGATTCCAAAAGTGA TGACATGAAACGAAGTCGTTAGTCTGCATCACATTTGTCTCTCTCTTTTGGCTCAACAAC AGTTGGTCATATACTTCAGCACCGTCACTCTCAATTTTTAAAGAGATTTAATTTGTGTTA TTTGACCAAACTTCTAAATAATTTAATTTTTTTTCCAGTATTAATTCATAATAATAATAA TTTTTTAAATATATTCCAACCTTAGTCCACATTAATCGCAATAAGACATCTGAAAACTTA TATGGAACATGATCTCTTCTTTTGTTAAGCTAGCTAAATTGGAATAGTATTTAGAGATAT TCAGAAAAGTTTTTAATATTTTTATTCTATAAATTTATACGATTAACTAATATTTATGTA CTTATCGATATGGATATATGCACAAAGTGCCTACCCTAACACTATTATGTTCGTATATAT ATATATATATATGTTATAAACTGGAGAATATAGTGTTTGTTCACGTAGCTGTATGAATTT AGCACTTGTTATTATACAACCCTTGTGTAATACCAAGGGTAAAATTCATTGTACCATAAA CGGCCTTTGCTGTTCAGCAAAAACTGGTGTTCTTTAAATTTTTCCCCAAGTCCCATTACT CATCATGCATCATGATACATGGTATATTGACAAATGATAAAAACAAAGTATTTGGCATCA AACAATATTAATAATCAGTACTGAAGTACCCCATGAATCATCATGTTTTATTACCCCTTC ATGAATCGCTAAGGCATTTTAGAAAATTTTCTTGACACCATATGATCAAAAGGCGCTATT CATGAGCCCGTTTGGCTTCATTCTCATAATTTTTTACTATTTTCGTGATTTAAATTCACA ACTTTAGAATTAAGGGTGATTATCACCTGAGCAACCTGTCTAGTTCGTTACTCATGTTTA TAATCACTTAGTTGGGACAAATCTTTACATAGGTATTAAATACTAGCAATTGGGTATGGT ACTAGAAGTTTATTTGTCAACGATGACAGCAAGATATTCATTCTGTGATTCTGCCTACCA GGCTTAATTTATTAATTTGGGCTCTACGCCTCCCATCCAATCCCCCAAAATTTAAAGAAA AACGATTAATAATTGACTCCCAAAATTTAATTTGAATTGAATGCATTGATTGATAAACCA ATAATTGAATCATCCGGTCTTGTCTGACATTATTTAATCTAGGCAAGAATTCATCGTTAA TTTGCGATTGGGGTTTGTTAGTAATTTGTTGCAATTAAGGATATCTCGATCATGACATAA TCATGATTTGATGTTTATGAATTTAAAATTTTTATTTTTTTATTTTAAATTAATAATTTG TGAATATTTAATGAAAAGAGATTGTATTGTACTCTAATTCTACCCTTACTTTCGTTGGAA AATTAAACAACTAAACCATACTACAAATATACAATTTCATAAAGCATCTATCTTTGCTTG TGAATGAAAAAGTTAATAAGACAAGATACGGGAGCATCAATAGTCTACACATATCAAATT TTATCATTAACAACAGATAACAGAAGAATTACAGTTTAATTTGTATGATAACAGTGACAA CAAATTTTACCCTGTTTTCGTCCCTTGTATTTATTTTAACTCGAGAGTCTGTCGAAAACA CCGTCAATCTGGATACATTATATACTCTCCAGATCTCAGTTGTGGTACGATAGTGAGTAT GTTATTGTTGCTTTCTCCATCAGTCGAGTAATTAGTCATGGGTGAAAATTCTGGAGGGAA CAGCAAATCGAGCTGAGAAGGAACGAGAAAGTTCATCAGCATCGCCTTGATCGAAATTCT GTGAATAAGAATGAGGATCATAAGAAAACCGCATTGAATTTGAACAATCGTAAATCCGCT TCTTCTCTTTCTTCATCTTCCTCCATATCAGTTTCCAGATGGGTGCTCTGTTTGATCTGT TCGCCGGCAACTTATAGGATACCAAACGGTCGTATTCTCTACCGGAGTAACATCGCCTCC AGCAGAAGTTTCCGTCGTCGGAATCACACCATGCTCCGGCATCCATTAGAGTAGACAGAA CAGTGTGTGTTTATGATCTGAATTTTTTTTTATTATTATTTTGCGAATCAGTTTTGGAGG CTAAAGTGTAAATGCATGAGGGAAACAGAGTGGGACTGCGTATATATAAACGGCATGATG TGTACACACTGCTGAAATTTTTCCTTTTTTTTTTTATAAAAAAAAAAATCATCATTGTAA ATAATATTTATACTCCATGCATTATTTGAATTTAATAAAATGGTCATAAATTTTAAGTAC TTTTTCACTTTATTTGAAAATTATGAAGTTGAAGGTAAAATTAGATTTATTTATACTTTT CTGAAATAATATTCGGGTTTGAATATAATTATCATATATAACTTCAAAATAAAAGTGAGT AGAAAAAATAATGAATTTGAAACTTTTTTGTTATCAAAGACATATTTTCAAACGAAAGTA AAAATTATTCCAAGAAAATGAATAATTTGACAGTGCCTAAATTTTAACAAAATAATAAAA GTCTGTTAAATCTTAATATTTAAAATATATAATCACATTAATAAATAATTATCTTTTAAA CGTTGTGATTTTAACATGACAAGATCTTGTAAATAATAAGGAATTCTTTTATGTATTATT TTGTTATAATACTAAGTGGTGTTTGGTGTAAAATGGTTGAGCAGGGAAGTGGCAAGAGAC ATGCCACTTAAGTAAAGTTCGACTTTCTTCGTTTTTTTTTAAAAAAAAACTAATTTAACT TTATATATATTTGACAAAAAAATAATATTTTTTTATTTTATAATTTTAAATTAAAATTAT GTCAAACATATTAAAATGACTTTTAATCCTATGAATTATGACGTTACACAAAAAAAAATT GAAATTAAAATATAATTTTTTTTTAAAATAGAGAGAGTAATTTGTTTTGTCCTTTTCCTT TTTACATTAATAACTGAGTTAATGAGAATATCTAACTTGTCAGTTGTGAATCTAATAATT TATTGTTATTGAAGTCAGATTGTTACAACTACAACTGAAATGGCAAAGTTATAAACGGAC TAATTATTGAGCGGATCAAATGGCTAGGCTTTTACTGATTTTTGTGTCCGTAAAAGTTAT GAATTGGGCAATACTAATGAAGTGACCTTTCATTATTTCCCAATATTGTTTGTCCCTTTG TTTTTCAATTTTAAAATGAAATAAATTCACACAAAAGGAAATTAAATATGAAAGATTGAT ATAACAATTCTAAATAATTTGAGATTCGTGAATGGTTAATGATGTAATATCATTATTCCT TTTATTTTAAATAAAGTGTCGCTTTAACTCATTTCACTGTCATTACAAAAAATTAAGAAC TACTCATATATGTATTCTTTAACTTGGATTCAATTAGTATCTGTGATTCTATATCATCTA ATTTTGAATATGCACAAGTAAACACACATACTGTATATCACGTAGGATGCATGTGCCTAC TTGTTCAACTTTATATAAGTTCGTCTAATTATACGAGCTCAAAAATGGATACCAAAGATT TTGGAGAGCCAAAGCCCTACTCCACCATAGTAGGAACTGTCTGACTAAAAGTTGTCCATG TGTTTCTTTTCCCATTATAAAATGACACAACTTGGAGTTACAATCCACAGAACAAGTTAA ATTGGCACTTGTCTATCAAAATTTCACCTTGCTGTGAACACAGCCAAACTAATATTGAAC AAGTGGTTGGAATCTCAGCTGGTCCATCACCTCAACATAGCCACTGATTCCACAGCCTTG CCTATCTTCACTCATTTTTTCCCCAGCAACTAAATATGCACAAAAATCAAGACCCTTGTT CAGGCGTACACGTCAAAAATAATAATTTTGACTTATATATACGGAATATTATTGTGATGA ATCATTACCACTGTCCATTGCAAACTAAAAGCTTAAATGAAAGAGCAATTTCAGTTCACC AATTCCTATCTGTGGTAACTGTGAATCAATCCAAAGTTTGTATTTTAATATACATTTCCA CTTTTCTTCTCCTCCTTACCTTCTATTTGACTAGTACTCCCTAATCCTTATTCATACTAG TATATATAATATGGTGAAAGTGGTTCATATAGTATCTCCAGTATCCAATGTGTTACCCGA GAGAACGTCCTGGACGATTCGTTCCTCCTGATGAAGGGCAGAGAAGGGAACAAGTGGAGA TACAAGTTGTAAGCAGAGAAGTATCAAATGGAAATGGATCATCAGCTGAAGCTGGAACAA TGAAACAATGTGTTTGTTCCCCTACACATCATCCAGGCTCATTCAGGTGTAGGCATCATC ATGCTGATTACAAATGGGCTGCTCAACAGGGAACTATTAAGACTGCTGATCATTAGTTCC CTACGTGAACTCACATGTAAAAATTCATGACATTCATCTGTCCTGTATTTACTTTATTTT CTACGCTTCTTCATCTATATGTGTGTTTTCTTTACCCTGGTTATATTAAGACTTGTAATA TCATTACGAAACTGAGTCACTTTCAAGAAATAGCCTATAAAATTTCAAATAGAGTTGATT TCTCGGATGGTCACTTGTTTTAGAAAGTCACTTTCTTTGTTGAAGAAAATTTGAATCAGA AGAAATGTGATTTTCTAAGATAATAACTATTAGTTGAGTGACCATCTGAGAAATCAACCC TCACACATGTGTTTCAAATTTTCAATAGACTGCAAGTTCCAGCGGCAGACATTCTATGAA TTCAAAGAGTCACTGCTAGAAACTCAAGTGACACATTGAATGTGTCAAATACTCATAGAG ACTTTATATTATGAGCATATTTACAATCAAATTATTTCATAACTGAAGGAGTAATATATA CTGAGTAAACTCTTAATGCGTTGTATACAAGAAGTAAGATTGAAAACTAAAATTTAACAG AAATTCATTCTTTTGATTTTCCACCAAGATCTGTAAGGCGAGCGACAACCTCCTCATAGT TTGGTACCCTTGGATGGACATGGCCAAACATATCAGGCGTATAAGATTTTGCTCGAGAAT GTCCTTTCATTAGCTCTTCTGGAGTTATTTGTTCCAGTTCAATTGGAAGAGATGTTGTTC TGCCTGGTGGACCTTCTCGATTTCTATGACTAGAGATTTCGCCATTTGGTTTATGTCCTG AATCTTTATGACCGGACTGATCTAGATGTTTCATCCTAAGTGATTTTTGTTCTGAGTTAG CATTTTCAACTGAATCATCATCTCTTGATTCGATATGATGAGCATCTTTAGATTTTTTAT TGTTACTTGCTACATCCGCGTGCTCTTGTTCATAAAGCCTCTGTTGCAAAGCTTTTGAAT TCCATTCTAAGCCATATTCTGCTGCTATATCTTGCATCAACTGTAGTTTCACGTCCATTT TATGCCATACTGGCTTTAATTTCGCAGCAAACTGCCAAGAAAAGATGATATTTTTTACAA GATAGAGGAGTTATCCGAGAAATTTTATGCGCAAGTATTATCTGAGGATGAAGAGAATGT GTAGTTACCTGATTATTGACACAAGATTCAAGGGAATTTCCATATCTTTCATTAAGCATC GTTCTAAGTTGACGTAATTCAGGCAGGTCTGCTAGTCTTGCTGCAGCAAACATCAAAGAT CCTACAGGTTCCTTACAATCCTCAGGGCATTCCCTGAAACAACAAGAATTGTTCAGAAAT GAGGAAATAGTTTGACTCACAGGAAAACTATTCTTAGAACACAGGACATGGTAGACCAAC AGATTACCGAGGACATGATCTTAGATACAAAGATATGGAGGTCGAGGATAAGTGTAAAAG GTTAGTAGGCAGTCGTGTAGTGTCTAGTTCCCTATCACTACAATATTGTTATTATTACAC TCCTACGGTCTTATTCTTCGATTTTAGTGTTCTATCGGAAAATACATTTTCATATTCGTA AGTAGGGTTAAGGCAGCATACACACTACCCTCCCCAGACCTCATTTGTGGATTATACTGA GTATGTTATTGTGGCATGTGAGAACTGAGATGTTTATGATGCAACAAATTCACTAAAAAA TCTAGTCAGAAAATGAATATCACCATAATTCATAAGCAATATTAGCAATTTATGTATACT GTTCTTCTGAGACACCAAATAGAAATTAAAAATGTGAAGAGTACCTCTGTGTACTTATGG TGTCAAGGTGACTAAGGATCTGCTCACAATATTGATCCAAGAAATCATAACAACTCAAGA GATTCAGCTCAACTAGAAGCCCTTCAGTCTGTTGCATTAAGACAAAAGATCAGTAGAGCT TAATTTCATCAATTTTGGGGAAAACACAGATTCACTTGTTGTGACAAAAAAAACGAAAAC GAAAATCTAACAATAAAGAACACCAAACTTAACGTGGAAAAACCCGACAAAATTCGAATT GCTTCACTATAAAAATAAGAAGGAATATTCTTCTAATGGCTATACATTAAGTGCCAAAGA GAACAAACAATAGCTACACCAACAAAAGATAAATAAAAAGAAACACCACCCAAATCCAGT TGTTGTTCGGGACCTAAACAGGATCTTTATGACCTGCGAATCCGATCTTCACCATTCAAA TCAACCACCAAGATGTCAGAAACACTCAGTCCAAATTTCAGCCCGATCCAACGGTTAGTT AATCGGAAAACACGATCTGAAGGTTGCTAGTAGGAGAAAAAAACTGCAGCAAAAGAACCT TTTTTTTTATTGAAAGCTCTCTAGAAAAAAACTTGCTTTATGTCTTAATGTCTTCCAAAA ACAATATCAATGAGCAATTTATTATTCTCTCAAGATCATCCTCTATTTATAAAGTTGTAT TTTTTCTTACAAAACCAATTCACTTTATTCAGGCTAATATGCCAATCCTCATCATATGAT TTTTGATGCAAGTAGATGGATCCTCTATTACGCAGAGAAAATTGCACCATCAACAGATTA AACAATGATGCAATGACTCATCCAAAATAATAACTACACCTCAATCTCAACAAAGAAAGA GATGCTTGTATCACATACTAGAAGTATATCTAGAGCTTATGTAACATACATCATAACACT TCTATTTTCATATAAACACATAATTAAAATTAAAAAAATATGAATTTTAAAATCAAATGC TTTCCAAATATAGAAATGAGTCATCTCTGTTTGAACAGACACAAAAAAGAAAGAGGTCAT ACAAAATAAAACAAAGTCGCAAAAGAAAATTACTCTGTCATAGGCATTGACAACCAATTC AGATTTAACAAGGTCAGCTATATCATTCCTCAAGTGTTTCTGCATTGAATTTCTCTTCTT CCTGATCATTTCAATTCGAGTTTTGGTCTGATTGATTGTAGACTTGCTGTATCAAGAAAA ATTTCCTCAAGAACATTAGCAGAATTAACAAGAAAATTAAAAAAAAAAAAAACAGTTGAA TTATCACAATTACCATTTTGAATAAAACTTGTTTTTCTTCCATGAGTCCAACATTTTATT TATTTTTGGTCAAGGTTAAAAGATATGAAAAGTTAAAAGGACAGAAGCAACATGGATTTT AATTAAAACGTTTATGATGGAGAAAAGAACAGAGCAATATCATAAACAGTATTAATTAAG TGTTAATTTAGATTTTAATTCGTTACGACAGAATTTGAAGAGATAAAAAGAAAAAAAAAC CCAGTCCAGCTATATTCCATGGGGTCTATTGGATAACGGTAATTAAGTTATTTTACTATA ATGCCCTCATTATTAGGCGTGTGTGTTAATGGCTGTAGGCGAAGAGGAAGGGTAGTATGG TAAATGCCTACAGGCTCTATGGGATACGAAGTTGGCGGGTTTACGTTAGATTGATGGACT CTGAGAGGAAACCGCGGGAGAGTAACCGTTGAATATCATCTTTCAATTTCCATCCTTAAA TTTTATTTTTTTGTTCGGAGGTAAAGGAATATAAAAAACAAAAAAAGATTTTGCGATATT TGATTTGGAAATTTGAAAAAAAAAAAAGAAAAAAAAGAAGAAGAGTGTAATGGAATGGAC AAGATTTTTTCAATTATTAATTTGATTTTTCGAATTTTTTTCTTCAGAACATAAATTTTT TTTCTTTTCTTAATGAAACTTATGAGACACAAATTTAAATTAAATAAATTTGTAAATACC GAATACTTAAACGTTATCTCAATGAAAAGGAACCTACACCTAATTATAAGTAATATTGGG ACGAATAAGATTTTCTAATTAGTAAGATTGTTTGAGTTTAACTATTAAGAACGAGAAATT CATCATTTTTATAATAAATTTTATGAGGTACAAAATTTAAATTAATTAAATGTATAAATA GTAAGAGAGATTTTTCTTTGCTCACGACTTTTTGAAATGTTTTGAATTGTATATTAGCTA TTGAATTATAATATCTTTTATAGCTTATGATTTATACTAGTTACGGTCGCCTGTGCTATG CACGGTCCAATAATAATGTTTATAGTTGGACGGATATTTTTTAGGAAAATAATTATTGAT TTTAGTGGTATTTTTTACATATCTAACTATAATTTATAGCATTATATATCAATATTATGA CGAATGTGTATATACTAAAGTAAATTAGGTATACAATATAAATGTATTATAAATTTTAAA ATATGAGTATATTTTTGTTGGACAAATTACAAAAATATATATCTTTAATTTTGTTTCACT TATATCCATTATCTCCTTTTACTTTTAAAAATCTCCAAAATTTCTTAAATTTTTAATGTA TCTGAGTTGCATATTAATGTATTCGAGCCAGTATTTAATGTATCCGAGCTACATATTGTG TATCCAAGCTAGTTTTTAATGTACCCGAGTTAGTATTTGATGAATCTAAGCTGCAATATT AATGTACTCGAAGTTCAATTGTTGTATCCGATTTGTTTAATGTTTAAGAGATTAATGTAA TTAAAAATTTATTAGAGATAGATTGTAATTTCATATTAAAACTATGAGATTTATTTGATT TACACATATTTGTTTGGTATGAAATTAAAAGTGAGCTAACGAACAAACTATAAGTTATTT TTTTAAATTCAAAATATGATGTAAAAATTAGTTTTGAATTTTCATGAATAAACATAAATT TTCAAATAAAATCAATTACTCCCTTTGTTTCAATTTATGTGATAAATTTCATTTTTTGAG AGTCAAACAATTTAAGTTTGATTGAAAATTTGCGCATGACATCTTCAATTTTTTTTAAAA AAATGAAATTTATATATATTTATGAATTACATAAAAAGTACTATAAATTACAATAATTGA TAATCGAGAAACTTAAAAAATGTATGAAAAATTTATGATACAAAATAGACTTATTTAAAT TACAAAATTCAAAACGTATAAGAAAAGAAACAATAAAATAGCAAGAAACAAAATCATCTT TGTGACTATATATATTTAGTAACAACAATTAATAACATTTCAAGTGTAATTTTACAAATA TGATTTGAGCAATGTAGAATGTATACCATCCCTATACAATTCAACGCAGAATTATAAGAA AAATGATTAAAAAAAAATAGCAAGATATAAAACAATCTCTATATCTATATTGGTTATTAA ATTTGCCATAGTAAAGTTATTAAATATATGGTGTATTTATGTGAGAATAACTTAATAAAG TGGTGAAGTATATGCAATACAGTAAAGTTCTTATATAATGGAAAATATAGGCTACTTTGT AAATTCAATTAATGCAACTAAGAGGAAAACAAGGAAATGCAACAAAATGCGATTTATGCA TAAAATTTGAAATGTTCAAAGATGTATGGTACATCATAAATAGTATGTTGTGTTTCTCAT TATATAATATCGGATAATTGTAAATGATCAGAAATTCTAAAGTCTATAATATCTTTTCTA ATTTTTAAAATAAATTGATTTTTTCCATTTTTCAATTAAAAGACAGTAAAATTAAAAAGA TAAAATATTATAACCATATTAGTTACTGTTGCTAGCGTTGTGCACGACCCATAATGTTAA TGTTTATAACTAGGCGGATGTTTTTTAGGAAAATAATTTCATAACGCGTGTCCTTTCATT TCATAATTTCATATTATGATATCATATCGCATGACCATACGGACCCTTATTCAATTAATA ATGCAACCAATTTGTTTAATATTTCCAGATAAATAGTATTCCAGAAATTTCAAATGTTTT TTCTAAATTATTTTCTTTTATACGAAATTTTAATCTTTTTTTCAAATAATATTCAATATA TCATACAGATTGGTAGAAGTTAAAAGATATTTGAAATCAGTTAACTAAGTAAAGTAAATG TTAATTCAACGTACAAAACATCCCTAATCCTAATATAAACATGAGTTACAACTTTCACGG CTCGAACTCACTTTATTTATTGTTGCTTCAAGACTTCACTTTGGTTAATTAAGTGAAAAT GAAACTACCAAAAACATCTCAAAAAGTGAATAAGAAAACGAAACAAATAGTTTCCACTAT CAATTAAGTCATTACGAACAAGCCGGTCCAAATTGAGGTTACGAGGGAGGCGATCGCTGT AGTACAACAATGTTGTCATGGTCGAAACCGGTTGGATCATAAATGCCCTTGTCGTTCTTG CTACAGACCCAAACATCATTCTCACGATAAGCTACAGCAATTAATTACAACATTTTTTTT AGTTACAAAACATACATGTATATATATACATACAACAATTTGGAAACAATTTTTCATTTT TACCTTAATGACAAAGATGTTTTAGCTACTAGACAAATATGTTACTAATAAGACATGTTC AAAAACGCAAATAATTCCAAAAACTTTATAATAATATTCAAATCTTCTTTTTCTTAAAAC TCTATGTTCATTCAATCTACATCATATAAATTAAAAATTGAAGGTAAAGGCGCATGCAAG AGGTTCATCTAAATTCTCATAATACTTGTTTTACATTCTGAATTTCCATGATAAAAATCC TGACTCCGCCAAAAGGGTGATTCTACAACAAATTTCTTACAAAAAAAAGTGAACTCAAAA CTAAAAAACAAAACAAACAATTAAGAAAATGGAAAAGCCTCATACATAAGGCTAATGTTG AAGCTGAAGAAGAATAAGGAGAAGAAATTAAGAGTGACATACATACCATTGGATCATGCA GCTTCTTTAGTTTTCTTGTTTTTTTTTTGTTGGAATACTAGAAAATTGAAACTCAGTGAA AGAAATGAAATGAAATGGCACTTTAATTTGGAGCAGAGGTTTTGATTGGGTTTAATAGAA ACAAATACACATGCAAAGTCTTGATAAAAGTGCAATTGAACTAATATGAATTACCTGCCA AAAGTTATATCGAGAAAAACAAAGAGCTAGGCTAGCAAAGTGGTTTTCTAGTCATCATAA AAAAACATAGGGCGGTTACTTTGGAGATATCGACATATATTAGAAAGCCTAACTTTTTTT AAAAAAAAAAAATCTTTTATGTAATTAAGCAAAGCAAAGAGAGCTTAATTGCACTTCTAA TTATAAAAGCCTGTCAGAGTTATGGTTTATTGGTAGAAATGATTCACCATTAATTAAAGG TCTTAGATTTGAGCTTTGAGTATAATTGAGAACGCCACTTCAAAATAAGCTTTGTAATAT TTGATACGAATTTAATTGAAATTTCAATGTTGGACTCAGAAAAAACTTGAAGCACAAACT ATATTTACTTGTGTTGGTTGGGGCTATGTATATACTAATTTGGAAAGAATATTTCATTAG AAAGCGAGATCAAATTCCTGCCTTTGCCTTACTGCTCAAGCATATATATATATTCACATA TTGTGAGCACATGAAATTAGACCAAAATATAAATTTACTTTACTTGTTCGAGAGACTATC TTTCGAAAAGACGAGAGTTATATATATTTTTTTACTCACTCTGTTTCAATTTATATGAGA TATTATCTTTTTAGTAAGTTTTAAAAGATTATTATAATCAAAATTCAAATTTATATATCA TTAACTATTGATTGCAATAGGAATTACATTCTCCGTCCTTTTTTAATTGTCGTATATATA AAATATGATTATTCATAAATATTTGTGAATTCTAAAAACCAAGAAAGAATTGATTTTTTC CAACTTTGCCCTTATTATTAATTATTCTAAAATTAAGAGGTACATATAAATAATTTAATG TAATTTGAGTGGACATAAAATTTAAGAAATATGAATTACTTTTTGCAGCATTCTAAAATC ACATGCATTTTTAAAATAAAAGAATTTTGTATACTTTTTATCAAATAAATAAGACTCAAA CATGTGTAGAATGTGGATAATATAATTAAATATCTATCGAATAAAAATAATTATTATTCA TTAAAACAAAAGTCTTATCATATGATTAGAATTTCAAACATAGCCAATCAAGCCATATTT GTGTGTTAAATTTGGGTTCTGAAGGCTAACCTGGAGCCCAATCTGAGGCTGCCTTGTGGC CCAAATCAAAGTGCGGAGCAATGAATCCTCATGAATATCTATAAAACAATTTTTTGTAAT TTGTATATTTTGGAAGCAAAATATATAAACAAATGAAATTATATAAATCGCAGTCTCTAT AGCAAACAAAATGATAGCTATGGACAATGACAATTTAGAATTTTTGTTCAGGAAAATCGA AAAATAAAAATAGTAAATATGTAAATAAGCCTTTAGAAATGGAAATTTTGAATTTTTCGA ATTTTAAAACCACATTTTAAAAATGTTTTCTAGAGTAAAAAGAAATTGAAAAAAAATGAA AAATAGAACTGAAAATTAAAAAGAAAAACTAAAAAAAAAAAACTGAACCTGAAAAAATAA AACGCTTTCACAGAAATTAAAACCAATGGCGTGCACTTTAATTTAGGGGGACTTGCCACT GTGCCATCAGTTTCTCTTTGTTGAGAAGTTCAAAATATATATATCTATAGAAATATAGAA AATTTACTTTATATATACAATGTAAATTTTTTGCTGAGGGGGTCGGGTGAATCTCCTGAA GACCAGATGGACCCTGGCTATGGAGTGCAATTATCAAAACTATAGTTATATAGTCTTATT ATGTCTATTGTACTTGTTATTTCAAAAAAAAAAATTGTTAAGATTAGTTTGCTAATTCTC AAAAGAATCCACACTCTTCTTTATCTTTAACGTTTATAGCCATTATTATTGGTATGTATA TAAAAGAAATGTATAATGCATATACAGAGATAATATTGCTACGATTTGTAAAAGTTTTAA TCCTATTTTGACGATCTACATATTTTTTATTGCTTCAATTCGCTATATTTTGGGTTGATA GAAAAAGCATCTACTTATCATTTTTTGATCTGATTATTTTTAAAGAATATCCATTATGAA TTTTGTTATATTTAAATTTTGGAATTCAATGTTATGAAAATAAAATTATTTTTAATACAA AATGATTAATTTCCAAAGTGAAACTTTTGGTATAAGTCAAGATCAATAATCAAATAGTCT TAAAATGCACATGAAGTACCTATATATAGAAAATAAAAAAGCACAGAGAGAACTCAGAAA AGGACTGATAAATTAATCAAATTCAAGTTTTAATGGCTAAATTAATTCGTTATGAATATC CATCAATTGACGAGTATCGAGTATACTTTTCATTTTCTATTCGATTTGACGTATAATATT TGTATTTATTTTAAATGTAGAAGTGTTCCGTAATAAGATTTTTTATCTAAGACCTAAATC TGAAATTTTTTGTTAAGGGATAAACAATCTCATCCACGACATCCAACACCAAATTATATG GTGATGAAAATCTTATATTAATTTACCGTAGATTATTTTTAAAAAAATAAGAATTATTGA ACTATTTTGAGTTCCTTTATCAGCTTATCATATATCTGATTTTACATATAACCAGAAATT TTTTTGGGACGACCATAATATACTAGTAGTATAATTTGCAGGTAAGACTTTTAAGTCAAC CAAAGTGTGAGCAGTGAAATCATAAATCTAAAAATAGAGTACCAAATCTAATTTATTTTT TTGGTGTTTCCGAATATTATTCTGAAAAAAAATTTAGAAATGATTTATTAATATCTCAAA ATATAATCTACGTATTTTGAATATTTATTATATTGTTATCCACTTCTACATAATTAGGAT ATTCATAACTTTCAAAAACAATTAATCTGAAAGTCTATTAATCATTTTTTAAAAAAAATC TAAAATAATAAATTTAACAAATAAAAAATTCTAAAATAGTAAATTTAACAACATTACATA ATAACTACAAATAATCTCGACAAACAAGTATTAAAATTCTATCACTTGTTATTTCAAAAT TAAATGGGTCCATTATCAATTGTTGGTCCGAATATCTATGCAGCTCCACTTGACCGATTG TAACTGAAATTTACTGGTTCACGTACATCATATGTGCTGGGCTGTGCACAACGAAGAATT TGTTGGCCGTTTCCTCGGTGGACAGATAAAAATTTAAAATCAGTTGCAGATTTTCATAAT CTTGGATAACAGATAAAAATTTAAAATCAGTTGCAGTTTTTCATAATTTTGGATAAATAT TATGACGCAGATGAGATTGTTTTTTTCCTTTATCATATCTCATATTTGAATTTGGATATA AAAAAGAAAATTGATGGTCAACATCATCTTTATTAAATTAGTCGAACATTAACATAACTA TCTAAATAATTTAACGCTGAATAAAAAAATGAAATTTATGATTCTGCAGTGCACACTTGC TCCTTTATAAGAAGCAAACAAAAAGGTGCAGAGACTATAATCATAACCGAGTCCCAATAT CAAATTTAATTTATTTACTCCATTATTTCATGATATTAGGATTACATTTTTAGACTCATC GTCTACTTATATATATGCCTACCCCAAAAAAAGAGATAAAATTTAATCACGTTAAATGTT AGCAAGTGTTAAATAAGAGTTAGGCAGCTTACGACTGGATAATCTAATTCAGTTTCAGAG AGAGAGAGAGAGAGAGAAACGGTTATAAAATTGAAGATTATTTGATTGGGGAAATTAATT AATGCAGATATGGATTTCTGGCCAGAGTTTTTAGCAAGTAGTTGGGGAAAAGAATTTGTG GCTGGCGGATTCGGAGGAATCGCAGGTATCGTATCTGGTTATCCTCTTGATACTATTAGA GTCCGTCAACAGAGTTGTACGCCTGGTTCTGCTTTCAACATCCTCCGCCGTGTTGCCGCC ACTGAAGGACCTCTGGCTCTATACAGAGGCATGGCTGCTCCTCTCGCTTCCGTCACATTT CAGGTCATTCCTTGTTTTTATCCAGCAGTAATTACGGTTTTTACTAATTGTATATATATA AAATTGAAGTTGTCAAAATTTTGAATTCGCATCTGAATCACACGCGTAAAATGAATGTTT ATTCATGTATATAAATCAGACTTCTCCCCTGAGTTTCTCCTAGCTAAGCTTATTAGAGCA GGTGGATTCCATCAAACTCATTATATTCAAATAAATATGTTTTATGTTTAAAATTCATAA AAATAAAATTTTAATTTCACTGCGTATTACTTTGCCCTGTTTCTCGCCGAAGATGAGGAG TCCAAAATTTCACAGTTACAAAAAGCAAACATCGTAAAAGATTGAGATGGGTATTACGTG GAGATAAGTGAAGAGGTCTAATAACACGTAATAGTTATATTTTGTAACTACCAAACAAAG AGAGATAGAGACTGTTGGGTCCTCAATTGGATTTTTTACGTTCACGGAACTAATACCAAA TTAAGCTTGCTTAACAATAATAATAATAATAAAAGTAATAAATATTAGAATTTAGAGACC ACGAGTCTCCATCATAAATAAATAAATAAATAAATAAATAAATGGAGTCTTAGTCATCAA ATCTTCATTCATTGGTGATTCATATCCGTTTGTGGAAGAAAAAAAAGGGAATTAAGTCAT TAACTAGTAACTAGTATTCTAGCAGGAAAAGAATGGACATTCTCAAATGACATGAGCACT TAAACATCCTTTATTTTATTATATGAACTATTTTCCCACACCACCAATTCTATTTAGATG GTTGTTACGTATTATTTAATACTGTATGATATTATATTGTTTGGATGAATATAATTCTAT TTAGATGGTTGTTACGTATTATTTAATACTGTATGATATTATATTGTTTGGATGAATATA ATGTATGTTTAACAGAGTAAAGTTAGAAAAAGTAGGATAAAAGGTAAAATAGGACCTACA AGCTCTACGATAAAAGGTAAAATAGGATGTACAAGCTCTAGGGTTTCAAGAAGCAAACCT GAAAAATATGCAACAATATTCTATCAACAACAGGGAGCAGCTAAATGGATATTCATTACA AGATTAGCTATACTGAACATGCTATATATCAACGATAGGCTAATGAATTGGGGTGTCACA AATAACCAACAGTATGTCTTATGTAGTGAGGGTATTGAGTCAAGTGAACATCTCTTTTTT ACTTGTGATTACTCTAAAAACATATGGACACAGCTGTTATATTGACAAGGAATAACTAGA GACCAGCTAGCACTTGACAAGATGAGCTTGAGTGGGCCAACAGAAATGCACAAGGAAACG GAGCAGCACACCACTATCTTTCGAATGAGCATTGCAGCTGCAGTTAACTATATCTGGACG GAAAGGAATAATCAGGTCTTCCAGGCTAAGTCCAGCAAACCACACATGGTAACCAAAAGA ATAGTGCAAGAGAGATGTTCGAAGCATAAGCTTACAAACAAACTAGTAGGACTAGATCAC TATGCCTAGACCTTTTGTAGATATGTAGTCTTTGAAGAAATGATTGTTAGTTCATTGTTT GGTTGCCACACCAATACATATTTGTACTGAATGTTAATAAAATAGGACTACTAAACAAAA AATAAGAGCAAGATGAGGGGAGAAATAGGTAACATTCGATTGCACCAAAATTAAAGTTAT AATTTAAACAAGGAAAAAGGGTCTGATATACCTCACAACTTTGCCATTTGGAGCTGATAT ACCCCTCGTTATGAAAGTGACTCATATATGACCTTGCCATAATACAAACGGCTCACATAT TTAAGTCAAAAAAATAATATATAAGTGAAGATGGGCTATCAACTGGAGTATTATTCACTT CTCATGAGAACATACACTATAGGTTTAAATTGTATTTCATGCATAATTTGATATGTTAAT TTTTTGCAACTTTAGCTAATTTGCTGCCACAGTTTACAGATTGGTACAAGTTTGCTACAT ATGAACCTTGAGCAAATCTTCAACTTGATACATGTAACTCATTGTTGTTCTTATTTGTAA GACTAATCGATATAGGGTCTAATAATCCCTGAACTTAATTAATTTCTACAATGTGTAAAA TAGTTTCTTTGCTATTGCAGAACGCCATGGTATTTCAGATTTATGCAGTGCTATCTCGAG CATTGGACAGGAATGTTCCAGCCAGTGATCCACCCTCCTACAAAGGAGTGGCCTTAGGTG GATTTGGAACAGGAGCATTACAAAGCCTAATGCTCACTCCTGTCGAACTTGTGAAAATTC GACTTCAGTTGCAACAGAGAAACATCCTGGATAACAAAAATCAAATGACTAGTTGTAAGG GTCCAACTGATGTGGCAAGAAACATATTCAGACAAGAAGGATGGAGGGGAATTTATCGCG GATTAACAATTACAGTCCTCAGAGATGCACCAGCTCACGGCCTATATTTCTGGACATACG AGTATGTAAGAGAGCAACTTCATCCAGGATGTCGTAAGAATGGTCAAGAGAGCTTTAGAA CAATGCTTATAGCAGGTGGTCTTGCAGGAGTAGCTAGCTGGATATGCTGCTATCCCTTAG ATGTTATTAAAACCCGATTCCAGGCTCAGTCACAATCTACACCATTGAGATATACTGGCA TTGTTGATTGTTTCAGGAGAAGTGTGAAACAAGAGGGATATAATGTGCTCTGGAGAGGTT TGGGAACTGCAGTTGCCAGAGCATTTGTAGTGAATGGGGCTATATTCACTGCCTATGAAA CTGCCTTAAGGTGCCTTTTCATCAACAACAACAAAGAAGTTCACGCGAATATTCAAACTG AAAATGCATTCTAATATAGGAGTAAGTAGTCATTGAGCTGTGTTGTCTCATTTTATATTA TTCATTATACCAATTGTATGGTTTATACCTCAAGCTGAAATGTAATATCAGTCTTTTCGT ATCAACTGCACTTCCTGTGGACATGGTTTAACATCCAAGATTAAAATAGTGTAATGTAAC TTTCATTTATGTAGTATACTCCAAAGCTTCAACAAAATGCTCAATTCAGGCTTCAGCGGC TATAGGTGTTGAGATAGCCTTCTTGATCTCTTCAATTAGACATACGTCCCCCATGGGGTT TATTTTCTTTCTTGTCATGAAATTTAAATGCTCTTAGAGTTTATTTAGCAGCATAAAGGA CAGAAATGTGTTACAATTTCTCTTTAGGTTTGCAGATGGTAAAAATCATTAATCGCTCTG CTATATTGACACTTCTTGAAACAAATTACAACCAAAATATTATTATTTTTAGTGTCAAAT AACTTATTTGACATTGTAAAGAAACATGCTCAAGAAATACAAATCGAATAGGGTTGATTC CTCATATGGTCATTCAATTAATAAATGTCAACTCTGAAAGTCACTTTACTTCTTGATTCC AATTTTCTGAGGTAATAACTACTAGTTGAATGATCGTCTGAGAAATTAACTCAGATCTAA TGAGGTTTTCTGAAATTTTTCAATATAGAAGTACATGGCATGGCAATTAACAGACAAAAG AAGTTAGCTAAGCTCGAAAACTTTCATTAGTAAGCAAAAACATTTTCTCTGTAGTTTCTA GAGCTTAATGTGACCAAGACTTAACATTTAACTGTTGACATTGATGAATGTCTGTGGAAG TGATAACTCATTATACATGTCCATGAAATACCTGTCAACAATGTCAAGGTAAACTGGACA TTTTAGGTAAGAGTAGTAGTAGAGAACTTCTTTTATGTCCATCATTTGATCCAAATCTTC CTCATCCATCATCTCTAGTTCCTTCATCTTCTGTACTAATACCTCACCTTTACTTGTGTT TCGAAGCAATGCATCTTCCATTTTTTCTTTCTGTACTTTCCTCGTGTTGTTTACTGATTC TTCGCGTATGCTCTTTCTCTGTGGAACTTCGTTTTGGTTACTACATTCCCATTGTTGAGG AAAGTCTCTGTAGTAATCGTCCAATTCTTGAATAATGCTGTTTGGAATTCGGTTGCTACG AGAGAAGAAGGGATTGAAGTGACAAACTTTAGGTAACTTGTGATGACTTTTAAATAGAAA TGAATTGAGATTATGTAGTGTTTTGAAGAAGAGGTTCTTGGTCTTTTGAAAGGTTTTCTT AAGCAGCATTTGTGGCTTTCTGTACAACATCCCCATGTGGCTTTTATCTTTCTCTATCTT CTTAGCAACAGATAATGCAACTTATTTCCCTCCTTAAATTTTAGATATCCAAATAGTTTT CAACATGTACTGATGAAAGTGATGGGGACAAGGGCATTCTCTTCTTTTTCTTCTCTTGAC TTACTTGCTTTAATTGTGTTCCCCAATATATCTCTCTTTTTCGATATTTTGGCCACCTTG TGTGCACTTCGACTAGTGTACATGCTATGGTATTTTGTACAACTTGTGTGCCCTTCGACT TGTGCACTCCGAGTACATGCTACCTCTTACCAACAAAATTTCGGATAACTCTGTCTACCG AGGTTTAGGTAATTAAATTAGAAGAAATAACCTGATATTTTTTTAATTACTATTAATTCG GAGCGTTTTGTCTCCGAGAGCCGGCCTAGGAGCGTCATCCTTATATATCTTTTCTATTTG CGTGATATTCTTTTTGACTATAATGCTGCTGAAAGTGTTGCAGCATTCATTATAAAGAAA AAGGGAAAGTTGATCAGTGTGTTGGAGGATGCTTAAAGTGATTATTACCTATAATTAAGC ACACACTAAATTACATTCAATACAGTTTGAGACAACTGGGCCCCAAGTAATACATGAAAT AAGGACTGAATTTTCCTTTAATCAAGTAATTAGTACTGTCTGCATCAATTATGTCGAGTT CTTTTAAATTAAAGAGCTGTCTTTTGGGACCCTACCTATAAAAGGATTGGTATAATGTTG GTTGAATAGGATAAGAGGGCAAAACTGATGGAAATGAGGAGGTGAATACCTCTGCTGAAG GAAACCTCCTTTTTTTTAAAATAATTGTGACGTCCGGATCAACTTACATGCATCTCGACT AATATGTCCCACTAACTAGCACATGTATGTAACTGTGTCCACAAGACTTGTACAAATAGA AAGAACCCCTGATATTTTTTGCGACTGTGTGGAACCTAGTGGTTAATGAAGTGCCGCGAA GAAAACCTCTTCTCTGTTTGAGGATAACTACAGCCGTTTTGTAAGTCATGACAACAGCTG AATCATAAAATTGCAATAATTTAACTCTGTATCTTTTGTTACACTGATAATTAGAAGGCT GACGAGTTTATAGTTAAGCTGCGGATATCATACATCATACAACAACAATAAGCAAAGTGC AGGCCAATTTTGATCAGTACACGCTGGAATTCAGTTAAACATATACAACAATCATGAAAA TGATTTGGCAGATTAATTCAATATATAATTTATCATTGCTGTACATCCCAAAATTAGTGC ATCTCAATTTTTGTTGATACCGATACATTAATTCATGAGGTCTGCGATTTAGGCCATGAC CTCTTACTGGTTATCCTCTTTGCCTTTGTGGAACTTGAAGAATTGATGCAGCAGCCTCTG GAGTTCTCCATAATTCTTTGTTCCAGAAACAAGCCGACCTTTAATCCACTGGGGCAGCTT GTTGGTTGACTGTGAGGAGCTTCTTTCAGAAGGATCATATGTATAGCGTTTATCAACTAA TAGGATGGCAGCATAGTCGTTAATATGCCGAATTGCTCTACCTACAGCAGATAATTGAAA AGACTGGAATATGAAAATCCTCATAAAAATATGAATAAGCTTAAGGATTACTGAAAGTGG TTGTTCATTATATCAAATATTAAGTTATATTTAAGGATCAAGAGATCTATACTGCAGCTA GCTGAAGGGTTTCTAGGAGTAAAGGAAAGTCTGTGAGATTAACGGGGGGGGGGGGGGGGG GAATAGTTGAAAAGAGAGCCTTTTCATATTTTTTTTGGTTCTAGTCCATGCATAAATGTT TATCCAAAGACAAGTTGGATACAGCACTCACCAATTGATTGATTCACAGCTTTCATGCAA AGATTCTCATAATACTGCTTCCCTCTATGCTTGCAGCTTTTTAGGATGTCCAGCCCAGCT TGAGCATCTCCATTATACCAGCTTCTTTCAGCCTGAAATTTGGTGTTCTTACCACTAGAA GTATCAAATCCTTCAATATGTTTGATCCTCTCCATCAACTCGATGTCAGCAGGACTAGGA TAGGGCAATCCAACCATGACTATACATCGACCCATCCCATCGCTGAAGTTGATACCTTCT GATACTTTCCCACCCACAATAGCAAGGAGAATTGCACCATTTCTTGATTCAGGATCCCGC TTAGAACTTCTATGGGACAGTGCATCAATTGTTTCCTTGTATTCCTTCAAAACAGTTTCC ACATCTGTACTTCTTCTAGGTTCTCTAAATATACGCTTCTTTTTCATAATTCTTCCAATG ATGCCCGACTCCTTCCATGCATCATAGACCTGGCCTTCGTAGTCAAATGATGAGAAGAAA AGAACCATGCCTTCAGGAACTACATTTACCAAATTGGAGACCAAAAGCCCTAGTTCTTTT ATCTGCCAATATAGGTTCATGAGTATGTCAGATTCAAGAGTGTACTTTACGGTAATATTT TAACTGAATGTCAAAGCAACAACTTCTAATTAATGGAAACTGGAAATCTGGAATTTTGCT GGGATAACATAAGTGAATGCAGTATCCATGTAGCACATTCACAGACAATGGGAGAATTCA GTTGTGGAATTCTTTACTTAAAACAGGCATATATGATGGAAGACTTGCATACCATGACTG ATGAGCTTCTGGCGCTGTAACTAAAATCAAAGGAGTGGCCAGAAGGCCCCTGAGGAACAA CAACTGGTAGAATGTTTGCAGATGGGATGATATGACCACAGGAAAAGAAATGCAACTGAT CCGGTGGTAACCAAGGAAACAGGCGTTCTTTTGTTTCCTCTATAGGTTGCAAAGTCCCGC CAGCAAATATGACAGCATGAGCTTGATTCAAGATCTGCAAGTAGTAGTGCAGAAGAAAAT GGTTTTCCATAAATGCCTTTGCGGGGGAACTTTGGAATGTAAAAAGATGAAGTTGCTAGC AAACCTCAGAAAATATCTTTTCTCCTGTGAGCATGACATATTTCAAATACCCTCCTTGTT GCATTGAGCATTTTGGCCTTGGCCTTGATATTATTATTCTTCCATCACCATCTTTATTTG TTAGTGACAGTAACATGTTAACTAATGCTTGGAAACCAGATAATGCACTTTCATCATGAC TGCTTTGATCGTCATTTTTCAATCCTGAAACTTCTACGGAGAGTGCTAATTTATGTCCAT ATCCACATACCTGAGAGCTCAAAGGTCTTCAAAACTAAACGATATTAAAGAGGGAAAGAG ATAGATGTACAACTAGTAAAGAGTCAGAAATTATGTACCTTGTGCATAATATTGCTTTCT TCTATATACAACAAGAGCTTATACAGATTTATGTTGTCAATATTGAGGGCAAATAGAAAC TCGTTTATCGCCGTGGATGACTCAAAGCCACTTTTACTTCGCTCAGCATTACAAAGGGGG TCAAAGGTGCTTTGACAGTTCTCATCACGCAGAACTTGTAGAAAAGCCCGAGTAAGGACC ATCATTATTTGAATATATCTTCGGTTGCCTGGCCCTAGCAGATTGCGAAAGCGTATGAAG TAACTCTCCAAGTGTGAATGCACAAGTTCCAACTGAAAATGAAGCAGATCCATTAATTGG ATGTTTCTTCAATGTGAATACTAGGAAGTAAAACACAAAGAAAAGAATATTTAAGTGTTG GGTAGTGCCAGATGGGATGGTTGTGTGTGGCTGATGGCAATGATTGGAAAATTTTCTTTA CCTGTGACAGTGTAATTTTTGCGTTGTACATGCTGACGAGAGAATCAGCTAAATTATGAG CTTCGTCTATGACAACAACACTATCTTTTAAACTTAAACCAAGTGATTCACGCGATGATT TTGAAAGAAGCGATTGATAAGGAAGAACCACAAGATCTGCTGTGTGGACCATGCTTCTTG AGCCATAGTAAGGGCAAATTTTTAAGTCATTTCCAATCTGAACAAGATCCTCAATATCCA AGGGCCCTTGTTGAGAAACCTCACTTCGAAATTCTTTTCCTCTTTTCTGATTCCTAAGCA TTGGGCATCCTGAGGAAGTCTTGGACCTTCCTGCTCTGCCACAAGCTCTGATGTTCTGCA TATAAATTAGTAAGTGAAGTTAAGGAGTTCCAATTTGGAGCATACAACTATTTGTCATAG GCTGAATCTAAACAAATACATAGTCTATGACTTCCATAAAATAAAAGTCACATATTTATA TAATGATTACATCATGCTGATACTATTAGAACGTGTTCCTCAGCAGCATTGGCATCGTAA AATTCCAAGTGAACACCAATTGCAGAGTAAAATTATGTCAATTTTTAAAAAAGGTTGAGC TTCATGTTATAATCTAATAAAATGGTAAAAGTATGAGAAGAATTACATTTTGATACTAGA AGAATAGATCTCTACTTCAGGTTATGCCAGAGATGACGTGTAAGATGTCTTGCTTAGTAT ACAACAGCTACCTATCAACACATTTATAAACTTAATCAGGTAATGGTTCTTTTACCATCT ATATGTTAACTAGAATACTTGCATATGCCAATAGAAACTGGGTGAGAATCCAGCTAGGCA TACCTTTGTCTTTGATATTTTAGAAATTTCCTTCTTCCTACTTTTTTGAAGCTCCAAACA TTTCTCATTTATCTGGGTGGAGCTGCCTAACTTCAATACATCTGAAATGGAAACCAACGG ATCCCAAGACATTAGCATTAGAAATGTTCACTGAAAAATTTCAACAAGATTGCAAATTTT TTACTTACAAAAGAACAAGCTCAAAAAGCAGTCTATCTTCAGTACCTTTATTAATGCAGA AATTCTTCCTAGATCCTAAGCATACAACCTTTACTTCATCAGCAAATCTAGTCTTCCTTA ACTCCTTTACGAACTGTGAAAGTTGTGAATGTGTCCGGCTACAGAAGTAAATTTTGGGTC TAGCCTCATCCTCTTCATCTTCCATGTTATCTTCATCTTTTTCTTCCTCACTCGAGGAAT TAACCGGCACCCCACCACCCTTCCTTTTCGATCGCCCTCCATTTTCATCTTCACTCTCAT ACTCTTCAACCAAAAACTCCTCTTCATCCATTCCCTCAACCTCATGTTTTGTCAGTAAAT TCTTTACCTTTTCAGTGTCAGTTTCTTCATCCTTCCCACCCCCGTTAGTAATTAAATCTC TCACATTGTCCCTTTTTCCTTTCCTATCAATTTTTTTGTTGAACCCCATTTGCTTCTTTT CCTTTGTCTTCTTCTCAGGCGATTTGGTATCTTTGTTAATGACAAAGTCCCTCATCCAAT CTGGTTCATCATCAACCCCCAACTGATCTTCCTGATTCCCACCTAAATTCAAAGAAGAAT CCATCTGGGTTTTCTGATGTTGCTTTTTATCAACAAGCCATTGAAGAGCACTGCAAATTA TACTAAGCGTTTTACCAGTCCCTGAATATCGGTTCAAAAAACCCAATTGAGTAAATTTAA GAGAGGCAGAGTTTAAGCCCTTCACAGTGTATATGCTGATTTTAACCGAAACCATACAAA AACAATCACAACTAGATGCAGTCAACTATGTACCCTGCTACAACAGGCTCTTTCTATGGG TGTAATGGAAAAAAAGTAACTAAACAACCTCTAAATTAATGTGAGTAATATAAAAGCATA TATATATATTTTTTTACATTTGTATAAGAAAGTGGTGAAGATATATATACCAGTGGGGCT TTCGAGCATGGCAACGCCGCCTTTATTGAGGGATTGGTAAAGGGCGTTCATGAAATCAAG CTGAATGGAATAGGGTTCGTACGGAAATGCCGGAAATTCCCTTCTCTCTTCCATCTCTCT GAATACAAAATTGAAGTTCAAAGGGACTAGGGTTTTCTTCTTTCTTCTGTTTCTCGCATA CAAGTGTGCTGCCGTTTGCAGCAGTTGTCTTTCCCGCGCTTAGTTGTGCTCTCTGTGTTC TTTTTCCCTTTTCCTCTCTTGAGGGAGGTAACTTTGTTTTTTTCTAAAGTAATTATTATT ATTATTATTATGTAAATAAGTTAAACACTTAAAAAGTAATATATTGCATACTTTTGTTAT ATATTTTAAATTCAATAAGTTGTAAAAATTCATACATTATTTGATTGACGATTAATGTTG AAGTGCATAATCAAAGAAGGACACATATTTCAAATGATTAATTAATTTGATTGCGTAAGG ACGCTTGTGAACATGTGCACAAACTTTCTCAAAGTATGTTTGAACTTTGTCATACCTAAA AGAGGAAGTTTCAAGTATCATAGGTCCATAATTCAAAGAGACAGAAAGATTAATAATGAT GTCACACATCGTTGGTGGCTCGTCTTTGGGGTATCATGTAGTGAGAATGTAAGTTTAAAG TGTAAGTTCTATAGAATGGTGTTTGGACCAACATTGTTATATAAGACTAAGTGTTAACCA GTCAAGAACATTAACATTTAAGAGAATGTTCAAATGAATGTGTGAAAAGAGGGATATGAT TGGAAATAAAATCATACCATGCCAAGGCGGGAGTGACTTTTGTTGAGTACAAGACTAGGG AAGCAAAATTGAGATAATTTAGATATGTGAAGAGGATATAGATCAAGTATGTTTCGTTCA TAGTTGTGATTAATTTTTTTTTAATCGAGAATGAAAAACCTTGTAATCATGATAATTTTT TTTTAGAATCAAAATTGAATTGGCCTTCAATTACTCAAATAAAATCTAAAATCTCATTAC CTCACTTTGAGGTGCAAGTGGTTGACTATAGTATAGGTGGGTTTAAAGAGGTAAAGGTAT ACCGAAAAAGGAACCAGAGTGGTGATTAAGCAAGATAGAAATTTAAAATCTCACACAAAG AGGCTATTTTTCAAAGGCAAGACCAAAATGTGGCTAGTGAATGCTAATTCTACCGAAAAG CTTGAATATATTGATTTAGTCCAATTACCTTGGGCCCAATTCAAGCCCATTATCACTTTA GAAACAACCCTAAAAGCCTTCTTCCTTCACTACCAAACTATAAGCACTGCCTAGATCGCC GCAGTTCTCAGTTGAGAAAGCTCAGGAGGAGGTCGCTAGGGTTTCTGCAACTGTAGCGTA ATGGTAAGTGAAGCTAACTCTTTCATCCTTTTTCCTGTTAACGTATACCTTTTCGTTTTC CTCATCGAATTGGTAGAAATCACAAATCACGAAATGGTTCGAAAACTAAAATTGAATGGA ACTACAGTGAATATTGAAGAATGACCTGCACAGATAAAAAAAATGGTTCTGATTATAGAA AAGTAGTGCATATGTTTTTGTAAGTTCGCTAAAGGTGATCTGTAATTGAACGTGTGGATT TTACTATATAGGGTAAGGGAACAGGAAGCTTCGGTAAGAGGAGGAACAAGACCCACACAC TATGTGTGAGGTGTGGAAGACGGAGCTTCCATCTCCAGAAGAGCCGTTGCTCTGCTTGTG CTTACCCTGCTGCCCGTAAAAGGACATGTAATACTTATAATCCTAACACTTGTAATATTA TACATTATATCAGAATATCAATCCTCTGATAGGAGTTGTACTCTCTTTTTTTACATGCTT TTCTGAATGAATGATTTGCAGACAACTGGAGTGTGAAGGCTATCCGCAGAAAGACAACTG GAACTGGCCGCATGAGGTATCTTCGTAACGTCCCTCGCAGGTTCAAGACCAATTTCAGAG AAGGTACACATATTATAGTGTTTCTGCATTTTAAGATTTGCTAATTTACTTTTTATTTAG GATTGAGTGTGCCTTTGGTATGGATAACATTGTTTATAGAATTTATGAAATCATTTTCGA GTGATTGCTTACTTCTAAAATGGGAAACCTTATTTCCTCTAGTTATAGACAAAAGTCATT TTACTTTACAGATATCCCATATACTTGCCTAGACAAATATTTAGATATTGTTTTCAACCT TCATTGCTAATATGACTACTACCTCTTTCTCATCTGTTAAGTTGTTCAACTGGGCACAAT GTTTAAGAAGTTTAAAAAATAATGTGTTTTTAAAGATAGAAAGTTGTCGATTCCTTTCCT TTTTAGAAAGAAAGTGTCACATAACCAGGGGTTGATGAGAGTAATAAATGCTATTGATGT ACATTGTCTTCCACTTTGTATGAGTGAGGTACCATGCAGTTATAGTACACGCTGTGACTA CCCTTTTACCTTGACTGATGTTGCATATTGCACCCTTGGTCTATAGTAAATTGAGGGGTT GTTGGGTAGTTGGGTAGAGTTATGCAGTTATTCCAATGCAATAATTAGTGGTGAAGGAAT TTATGTGTTATTTTATATAGGTATTTATTTATGTCTTTTAATTACACCTTTTATCTAGCA TATTATAGTACTTAGATTCCTTCATAACTTGTGCATATATTTTTTATCTGGTTTTCTAAA ATGGAAACCAGACACAATATTAGTTTTTAACATGAATACCTTACCTTCTAACCAGTTACC AAACATACTATTACTTGCACATATCTGTATATCTAACCTCCAAACCAGCTATCAAGCAAG TCCAAGTGTTTATAATTAGTTCCAAGAAACCAGAACTGAATACCTAAAATAGTTTTAGTA AATTAATTTCAAGATAAAGCTGTTTTCACTCAGTATTTCCCCCCTAACCAATGTACCTAT TGGTGTTTTAAGTTGACTACATATTAGTTGAGCTTAAAAGATGCACACCTATAATTCCGT GTGATTGTTCCTTTGTTTAGCTTGTCTGAGTTTGTGTAGTAGACATTGCCAATTGGTCAT CAAGAATATCTGGTAATAACAAGTATGAGATAATAATAAAATTCGTACGCTTGTTCGTCC AGGTACTGAAGCAGCTCCAAGGAAGAAGGGAGTAGCTTCTGCTTGAGGCCTTCGAGACAG TTACTTGAGAGGCTATTAGTGGTAGCTTCATTTTGATATTTCAAGTGTTAGAGCAAGTAA AATTTTGGGACCTTCTATCTTAGTTTTTATTGCCCTTTGAAAGATTAATGTGCTTAAAAT TTTAAAAGTATGTGTTCCAACTTGGCATTTTTATAAAGAACGGATCTTGAGACTTCCATA ACTTGTTGGATCTGATCTACCTGTCTAGTTTTTATCTTACCTTGTGGTTGCCCTTTTTGA ATCTGTTGATGTTGAAATGATTCCATTTATTTTATTGTTACCTTGAGGTTGTTCAACTTG CTTATTTCAAATCTGGTGCTGTATGAATAAACGACGCCCAATGTGCTGTTCTTTTATTCT GATTTGCCTGATCCGGTTCTTAGTATGGTGATGTTACCTGTTAAATGTTAGCATAGATGA TTAGTTTAGCTTGCAGTATGAATTCAAATGTATGTCTCTGAAGTCTTGCGTTTCTTTCTT GGTTACTGAAACAATGCAAAGAAAAACAGTGTGGCATATTGCGCGGCTGGGATCACCATT AAATACAAAGTAGTACTGGAAATTATTCTCATGATAAAAGAAATTTCTCTCTGATCTTGT CTCCTTTTTTTCTTTGAAGTTCTCTTGTTTTCAGGAAAATGAAGTTATAGCGATGTGTTT TTTTTTGGAGTTGTAGGTTAACTGAACTAACTTTAGGCTACAAGGTGATTTGAGTTATTC ACCAATTATCTCCCATGACATTTTTTTTTCTCAAATGAGTCGACTCCTATAATGGAATCT TTCAGTGCAATGTTTATATTTCCGTCATGGTGCTAATAAATAATTTCTACATCTGATGTT AGAAATACACAATGTTGCTAGTTGCTAGATGGTGTTGAGGGCATCGAATTGGGTTGAAGG TAAGGCGTCTAAAATTTCAAATAGTCTTGTAAAATTTTTAATGAAAGAAGTCTTTACTGT AAGGCGTTTAAAATCTCAATAGTCTTGTAAAATTGTTAAATGAAAGAAGTCGCAGTAGCA AAGGGGTAACAACCAGGCCATGACATTTAACTCTTCCTGTAAAAATGAAATATTCCTCAG GCCGCCTTGAGCGATGCAACGTACCAACTGAACCGCGTAAATTTAATGATAAATAACTCT TCTTGCTTCTATGTAATTTATAATTTTTTTTTTAAAAAAAAATAGAATAATTTTAATCTT ATAAAAATGTTTATGTGAGTACAAATCCTCTAAATGAAAATAGATGATCCTCGTAAAAAG TCATAACTCATAATCAATCTCAACTAGTTTAGGATCACACACAATTAATTGATTAACAAA TAAATATATAAATCATGACTGTACTGATTCACATTATAGCAAAACTTCCGAATACTATTA CTGGATATCATTACCTCGAAAATAAAGAAATAACCTCTAAGGAAATTAAGAAAAATAAAT TTTGTAAGTGACACTTTATACTGATCGTCTCCTTTACCCTTCAACACCATGACCCATGTC CCTGTCCATCCCACCTTGGAGTGATACTTTGCGTTCACTAAGCAAACATAAATAAATAAA TACCAAAAAACATTTATTTTTCGAAAAAACATTTTTACTAAAGTCTTCTCCTAGCGACTA AGGAACATTTTAGGAGGAAATACTGCACACGTTTGATTTGAACTTATCTTGACCACCTTT TAATTAAGTTGGGTGGCCTGACTTTAAAAGCAAAACAGACTCATTCATTGTCTTATAACA ACCAGCCAATAACGAGCGAACAAATGTACAAACGCAATTACACAAATACATAATTGCATT TTGTATAATTAGTCAAAGCAAGAGGCCAGTCCTGTTTCTATCATTCTTCAAAACAAACAT GCACACCACGTTCTTCCAACCATTCACTTAAACTAAGAATTAAACACCAAAACATCCTCT CCACAATTTATCCATCAACAAAACACTTTGCCTCTATCCCTTCCTCTCTGTACCTGCACA AACACAATCAAAAATTTTCATTCTTTTTCACCTCATAAACAAACCCCATTTCATTAACTT TCTTGTTATAAGTACCATTTTTATAGAATGTGTTAATCATGATTCTTGAGACGAACAATA ATTCAATGGCTGGATTCAAGTCACGTTTGGCTAACGATTCAACGGTCACTAGCCCTCGTT CAGGTAAGTCATTTTCTTCCCTTTTTAGAAAAATCACAAAAAAAAATACATTTTGTGTGT GTGGGGATGGTTCTTGATTTTGTTCATTCTCCATGAAACACAAAAACTTTAGTCAATTGT TTAAAGCCCTGATGTCTCTGATAATACTAATTTTCATAAAGATCTATATTTTCAATATAT CCTTTCTGTCACCGTGTGACAATCTCAAGATTTTCACTAAGGGTATTCAAAATACAAAAA AATACATGCATGAAGAAGCTAAACGGATTCAACATCTAATATATATATACATAAAAAAAA TAATTATGTCTGCAGTGTAAGTATTGATAAAAGAGGGGACCCTAGTTCCACCATTGCTGT CACCTTTAATGCTTTACTTTTGAAAAGAAAAATTGTGCTATGCTTGAGGGTCTTGAATGA TTGAACATGTCTAAAGCATTAATTAAGGTTATCTATCCAAAGTTAACAAAATGTTTTATT TCTCCTTTAGGGGTAATTATTCAAAAAAAAAAAAATCTTTTGGGTGAAAACTGAAAAGTA ATTAGTGAATGAATTGATATATTGTAGTCAAAAGATGTGGTTTGCATGTTTTATGCATTC AGGGGTGGAAGCAGAGGGTGCAAGGAGTTCAAATTCTATGGTAATATGTATATATATAGG GCAAAAATGATTTTTTTTTCCGCGTATATGTAAGTTGATGAATCCCCTGACATGGGATTT TTTTTGAAGCCCTGGCTCCGCCACTGGCATTTACCACATACTGAGTCTTTTGGTCCTATT TAGATATGGAGTTGATGAAGGAAAAGTTTTCAAAGCTGCTCCTTGGTGAGGATATGTCTG GTGGAGGGAAGGGTGTCTCGTCTGCGCTGGCTTTGTCAAATGCAATCACAAATCTAGCAG GTAATCATCAGTGTATAACTAAAACTTGTTGATCTGTTGTTAATCGGAGAAGTCAACTTT TCTTATCTATGTATGATATGTGCAGCTTCTGTTTTCGGAGAGATGAAAAGATTAGAGCCA ATGCCAGCTGAGAGAAAAGCAAAATGGAGAAAAGAAATTGGTTGGCTTTTATCTGTTACA GATCATATTGTTGAATTTGTTCCTTGTAAACAAGTTTCAAAAGCTGGAACAAACATGGAG GTACCTCTCCCTCTCTCTCTCCTTCGAACTTTTTGTTGCATATTTCATATATCTACCGTA CAACAAGAGTGATCGATCATACGTTCATTTAATTTCTCTATCAGGTTATGGTAACAAAGC AGCGATCTGATCTTCAAATGAACATTCCAGCTCTACGGAAGCTAGATGCAATGCTTATTG TAAGAGATATGAAGTTTTTCTGTTTTCCTTTTCCTAAGTGATCTCCATTGTCCTCATTGA TGTTTATGTCTGGATTAATGACCAACAGGATTGCTTAGATGGCCTTAACGATCAAAGTGA GTTCTCGTACGTATCAAAAGATGATGAATCACAGGAAGAAAAAAACAGCAGGAAAGATGA CAAATGGTGGATACCTACTCCTAAGGTTCCTCCTAACGGCTTGTCTGATCCAATGCGGAA ATGGCTGCAATTTCAGAAGGATTCAGTAAACCAAGTTCATAAAGCATCCATGGCGATAAA TGCTCAAGTCTTGTCAGAAATGGAGATCCCAGAAAGTTATATAGAATCCCTACCTAAGGT CTAAAAAATCATGAACCTCACTTTTTACTTACTTCAAGCTTGTGATCTTGAGTTAACATT TCCCTTTTACTATGTTTAGAATGGGAGAGCAAGCCTAGGAGATTCGATCTACAAAAGCAT CACCGATGAATACTTTGATCCAGATTACTTCTTTACAACTATGGACATGTCTTCAGAACA TAAAATTTTAGACCTCAAGGACAGGATTGAGGCTTCTGTAGTTATTTGGAAACGAAAGAT GCATGCTAAAGATGGGAAATCATCCTGGGGTTCAACTATTAGCTTTGAGAAGAGAGAAAT GTTTGAAGAAAGAGCAGAACTCATCTTATTAATTCTTAAGCAGCGGTTCCCTGGAATTCC TCAGTCAAAACTAGACATTAGTAAAATCCAATACAACAAAGTACGAAACATGCACATTTT GATTTATTTCCAATTTCATATTCTAGAGCATCTAGACTTGTTTTCTTTGCTTCTATTAGG CGATTCAAGTTCTTTGTCATTATGAGATCATCCATATACTAGAGGATCTAGTTTCTTGGA CTTCTACATGAATTAATGGAACGAGATTTTTGTTGATTTTGCAGGATGTGGGACAAGCTA TATTAGAAAGCTATTCAAGAATAATAGAAAGCAGGGCATTCACAATCATGTCACGAATTG AAGACGTTCTCCAAGCAGATGCTATGGCGCAAAATCCTTCCAATGGAGAAGTAAAGAGAC CTTTATCAGATAAAGAAGAAGAAGGGAAGCTTAACTCTGCAGAGAATGGAGCTTCAATGA CACTTTTGGACTTCATCGGTTGGACACCTGATCAAGAAGACAACAACCCAAAGAAAGATT TGAAGGAGGACCCAACTTATAAAGATATTAACGCGAAGATTAAATGCAGCCCTCCTAGCA TAGTCACCAACAAGAGGTTTTCTTACCTAGAGAACTTAGGTATGTGCAGAAGTCCAACTG CACGTCACTAATTGCTTGACACTGCAGAATTTTAGTTTACCTCACGAGGACTGCCATCAG AATTCACGGAATTCTGGAAGCTCGTCCTCAAATGTACATATTCAGATGGATCTCACCCAT ATAGGATTCAACTAAGCCATTCCTTTTGTAAGTAGGGAAAATTTAGTAGACCTATCGAGT CTGTGGCACTTCTTTTGAAGTGATTTACTGTGTACAAGATGTCACCTTGTTGAAAAAACA AAGTGAATTTTTTGATTTTTTGCAAATAGTACTATGTTATTTTGTATGGCCTTTGGTCTT TAGATTTTATTGGAAAGGAAGTATGTAAGAGAGATTTGTTGTCCTTATCAGTCTACCTTT TCTTTCATGTTCTTTTCAGAGTATTGTTTACAATATCACAAAGGCATGATGAACCACGAA GATGAAAAAAAATATCATAAGCTACAAACTTCGAAAGCAATGCTTTGAACTTTCCAGAAG ATTTATCTTGTTGTAACAGAGGTCTGAGGTAAGCTTTAATGTACACTTACAAGCTGTTAT ATAGATGATACATCAATAACAAAATGAAGGTAAAGAAATTTTGATTGGGAAGCAATTAGA TCTTGCCACGTGGACCGAGCTTTGGTGGAAGTTGGGGGCCTTTCTTGATTGGTAGGATAT CTCCTGATGCAGTTGAACTGAAGTAAGCAAGAGTTGAGCCACCTCCCAATATCAAGAACT TGAGCAACAGACCTCTCTTTGTGAAAGGAGCAGCAAATGTCTCAAAGAACTTGCTCTACC AAATACAAAATAATAGGAGAAAGACAGTTATGACTCAGTAATGTTCTGGCGAATAATCGA TGCTGAAACTAGCTAGTCAACTATGAGCTAACATGCACAAAACAACTAATGAAACATTTT TGAGATAAAGAATGTGAAATTTTCTTTTCTCTAAGGGGAGAAAGACAAATGACACCTGAA GGGAGTTGTAAGGTGAAGGAGCATCTGATCCATACAAGTCCCACTGACCAGTTGTGTTGC CCAAATCCTCCAAGTCAAAATATACACTCTTGTCACCATATTTTGCAACCACAGCACCAG CCCTACACAAAACTATCATAATCAGTCGAAGCAAAAAAATATATAAATGCTGACAGGCCT ATAACTCATCTTTAATTTCCATCTTCGAAAGCTCAAATGTATATAATAACATTTCTTAAC ATCCTCAGATAAACCGATATTGGTGGGAGGTAACAGGTAGTCGAACACACACCATGGTTA TTAAGAAAAAAACTAATTCAATCTTTAACTTCACCACTAACCAAACTAAAGTCCAAGTTG CTTGGCTAAACATTTTAGGAATAAATAAGTAGTTGTGAGCAGTAATAGAAGTTGTTTTTC AGAAATTGAAGTTTTGGAGCGTTAATCAGTCAAACACAACTGTTTTTTCTAATATTGACA AATTGCTTTGCAAGTTGATTCGTCAAACACAAATTGCTAAAACAATAAGACTTCCTAAAA TTGAAATAAGCAGATATTGATCAAACGGGCTACTAAAATCCGAGACATCGGCCATCCAGT ACCTTACCTGGATTTAGATTGCTTCACATTGAGGCGAGATGATTTAACATTCAGCTTAGT TCCAGCAATGGAGCTTCCAGCTAGGCCCTTGACACTACTGGTGGGCTTTACTGCAGTAAG AGTTGCCATAGACGCCATTATTGGGCTCTGCTTCAGACTAGGAAATTACCTGTGGCTCAG AAAATGATGTGATTGTGAATATGTTATGGTTTTGTTTGAATCTTTTTTTCGCATGGATTT GAACATGACACGTTGGAAACTGGATATATTTCTAGAGAATTGGAGTCCCATTTGAGTGGT GACACATGGATTTATCATTATCCTATCACTTTTAATTATCCGATTCCCACATCGTTAAGG GGAGGGTAAACCGTCACTGCTTATAATTGAAGTCTGAATGTTTCGTTTGTTGAATTGGTA TCAGTTGATTTTTAGCTGTCTTTTGCTATTAGTCCCTTGATATTCTAAAAACTTTATCTG AATATTATCTTATTCTAACAATTGTTCATTGCTTATTTCTATTAAAAAAAAAAAGAAAAA ACACTATCTAAATTTAATCTGAAAATCAACTAGTTCTAAGCCTTCAATCTTTATGGGCAT TTTTTTATTTTATTTTTATCTTTTCAGATTTTGTAGGTATAAAACTGATGATCTTTTATG TAAAAATGAAAATCATTTATAAGATACTAACATAAACTAAATAACAAGTTTGTAAAAGAT TACGAATAGAACTTTCATCATGTTTTTGTCTTTCTCAATCATATGTACATTGCCCATATA AATAAGAACATAGTGAAAATAGTCCTTACTCCTTAATGTACGAGGGATGAATTATTTTGG TCTTAAGTTATTTACCCCTTAGATTAAAAATAATCTCTGAGAAAGATAGGTAAGAGTAAA TTGTTTTTATTAAGAGAGAAGTATTAAAAGCGCCCTTAATTTTGACGTGAATTATTAGTT TCATTTTGAATTATTGACAGTTTTAAAAATATCATTTACTTGACTGACTCAACTTAAATA CTTATGTAATCTGCCACATGACATAAAAAGTGGTTTTGAACTCTTGTAGGAGTATATAAT TTTTAATAAAAATTCAAAAGAAGAGTTGAAAACACTACTAAACTTAATGAGAATTTATAG GTCATTTGGTTTGAAGACAAGTTATGATGAGACTAATTATGATTGAATAAGTTATGTTGA GATAATTTTTTATTGGTTGTTTGGTTTGTCAAATATGCATTACACAATTTCTAAGAATGA GTTATTTGTTTACAAAAAAAAAAATATCCTCTAAGAATAAGTTGTTATGTTATAAAAGAG GATAATTTTGTTATTTTACATTTTATCTCAAGATAATTTCTCTCGGTCATAATTAGTAAT TTTGAGATAAGTTATCCCACACTTTATAACTAGACAAAGAATTGAGGAGTACTAAAAACT TTTTCCGAGATTATTTATTTATCTATCACACGAAACGATTCCTAGGAATATATTTTATCC ATCTGAAAAAAACAGAGCATATTCAAGTTTAGTTAGTCAAGTACATGAGTATTTTAAAGT GCGTCAATAGTTTAAAATGAAATTAAAAAATAATAATTCACACCAATTTAACAGTGTTTT CAATCTTTTTTTTTTTGGTCAAACTTAACTCTTTTTAACACATGTGCAACTCACATATCA CAATATGGAATTGTGAGATGGAATCAGCGTTTGGACATGTAATTTGACGCTGATTTCATA TTCTCAAAAAACCATGATGTGAAAATTTCATATCATGATTTGATATATTTTTAATACAAA GATCGATCCATACGTTTATATTTTGTTAAAATAACCCCATATTTATATCTACTAACAATT TATTTCATATGTAAATAAAATTTATAATCACATATTACTTTTTAAAAATTGGTTATTCTT ACTGACATAAAATTTATTATTCTCACCAACATATAGTCTTTTTAACTCGCAGTAATAAAT TTGTTCTCTTCATATACTCCAACACTTAATTTATTACTTCTGTCGTTTTATATTTAATAT AATCAACGTAACAATGTTGGTTCATCTCTTCTGTCTCTTGATCGAAAAATACAAGTACAG CGTAAGGATTTTGTCCGTAATATATGGGAGGATTATATTAGATACTGGTACACTACAATT AATGTTCAATAATATTTTTATTGAATTAAAGTTTGATAAATTAAAATAAGATGAAACAAT TACTACAGAGAGGAACAAATAACTTTATCATAACTTATTATGTGATTTTATAAATTTTTA TTTACAATAATAAAATTCAATAAACAATTGGAGTCATTTCAATAATTTCACAACTTTCAT ACATGTCTAAACAAAACTTTAATTTTGTAATTTCATATTATGATATTATATAGCGTGGGA AATGCTGAATTTAAAGAATTACTCTACAACAGTGTGGATCTAACTCCATCCCAATACGGG TACTTATAACAACAAAATTTAAATTCCCAAAACTGGCAGCAGCCTATCTTTGACCAAATC TACCATAACGTAGTACTCGTTAATGGCTTTCTGGTCTAACCCATTCCTAATAATCTGTGG GAAAAATAGCCAATCACCGGTCCAAGCCACAAACGCCAATGTGACTACACCGGAAACCAC CCTATTCATCTGCCAGCCGCCATGAAAAAATTTCTTCACGGTAACCTCTATGCACACACA AATTCCATGTAAGACGAAGAACCAAGTCACTTCCCATGTGGGTCTCACGCGGGAGAGGTA ATAGTAGATCAATTCATGCATTAACCCAGAAACTAAAAATGTAGCAAAAATTGCTGGTAA ACTGGCTAATTCCTTCCCTAAAGAAGAGGTTAAAATACCCCTGACAGGAAAATACACCGC CGGACGTAAAATCCCCGGCACCATTAAGTTCCATCTACGGCCCCAAAAGTCTTGAAGTGA GGTGGCGATGTATGGGTCGTTGAATTGAGGCTCAATTTCTAGCCCTAGAAGAGCTCGTAC TGGGATAACTGTGATTGCAAGGATTAACTCCACTGCTAGATAAATATGTAAGCAATAGAG AACCAAAATAACATTTGAATGTAAAAGTTCTCTGTAATTGTATACTCTAATAATAGCTGC CAACAGGATTATTTTCCCCCAAAACAAACCAGGTGCTCTTTCGGTACTCTGCACCGACTG AGTTGATGAAATTTTGAATCCGTCTCTGATAATGTAGGTTGGTTTAACCGGGAGAAGGGC GATAGAGAGGAAATGAAGAAGAGGTAAAGAAGAGTAAGAGGATAAAGGCCCTCGATCGAA ACAAAAGAGAAGCAGCTTGAAATTAGCGAGCCAGACGAGGTAGAAAATTGTGGGGGCACC AAGATGGAAGGAAGATAGATCGAGAGGGAGAATGAGAAAGAAATAGACAATGGGAAGAAC AAAGAGAAGCCTTAGGACGCCGCTAGGAATACGGGTTACGCAGTAGTAGCAATAGCATAA AGCTCCAATAGCTGCAAACCATACTCGGATGAAATTTTGGAGCTCGACATTTACATCCAT GGCGGCCGATAGCTACTCTGTTTTTTGATCTACTTTCTCTCCCTTAGTTTTAGCAGACAC AGTTTAGGAAAAGTGGATGCAAAAAGACTTGACTAATCTTTGGTCTTTTAGGTAAATAGG AGTAAAAATGCAAAAAGAAAACAAAAGCACTTTTTAATTAAAAAATAAATGTAAAGCCTA TAGCAGTATATTCACATGTGAAAAATAAAATAAAATCATGCCCATGTGAATACTGGAGTA TTGAATAGTGGTGGATCCTCATGCTTCTATCGAATCGTATTATGAATTTTTTTATTTAAT TTTTTATTATCTGGAGTTTTGAACTTATCAAAATTAGATTTTTAAATTTCTATGACCATG TATGTATCTCACTCTCCCTTGTATAGATAACATGTTATATCCATGTCATATATATTAATG TCAAGTCATAATTTTTTCATAATAATTTTTAAATTATTAATAAAAATATTAAATAAAAGA CAATTTTTTTAAAAAAACCTATTTTATTAAATAAAATAATCCTCCACCTTCCCTAACCCG CCATCACTGTCAAAACTCCACCATCTCCATATTCCCATTTTTTTCTTCTTCGATTTTTTC ACAATCCAACAATCTGATGAAGTCATGAAACTACTTCACTCCCCGCTAGTGCCATTTTAA TTTGTTATTGATATTTCTAATCCTCCCTATTTTTACTATTTCACCACCAAGCCGGCATCG AATCCAATTGTAAAACCCAATATAACATTTTTGATTTTTTGGCACAGATAGCAATACAAA CTGGTCGGAACAAGGTAGAGGATCTTGTCGATGCGGAGAAATTGATGGAGCCATTGTGTC GTCTCCATTTTTTACGGTGGCGTTTATTTTTGCTGGCGTCATCGCCATTTTTACCAGCGA AATCAAAGTAACAACAACCTAAGTCATCTAACAATCATAATAACAACAACCAAGCCAACT AACAACCAGATCTAACCAAAACTTTTCATAATCCAATGCTAACTACTATTTCACACCCCA AATTGCTTACAAATACAAGAATAATTTTGACATCAAAAGAGGTCAAGTTACACATTAGAG ATATCAACAACTCCACTAATTTCTGATTTTTCTTTGCTTATTACATTCAATTTTTTTTGT CCAATTTCATTTTTTATTTAGGATAACAAAAAAAAAACAAGAAAGAAATTGAAAAGGAGT AAGGAAAGACAGAAAGATAGAAATCCAGGTATAAGAGGGGGGAAGAGGGAAAGTAATGAT TGAAGAGGAAAAAAAATAGGAATGGGTGGGGGGAAGAAGAAAGAAGTGAAAGAAAAATGA AGATAAATAACAATAGGGTGTGGATTAGAAAGAAAAATAGGTTGAGGTTGGGGTGGCTGT AAAAAAGGTAGTGTGGGGAAGAAGCTGGAGGTAGTGTGAGAAGAAGATGAAGTTTTTTTT TCCTTTTTAAATTTATTTTTTAAAAAAATAATTTTAATAACTTAAAAGTAAAAGTTGAAA TTTCAAATATCATATTAACTTGCCTTTGCAAGCGTGTGACTACACTCTCTTGCCAACTCA TCTATATTAATGTCACATAAGGAAGAAGAGGCATTTAATATATTGTGTTATGTTGAGTAT AAGGGTCCAAATAACAAAAAGCTAAGTAGAAGAGTCCATAATACAATCCGATACAAGTAG GAGGGTCCACCAGACTATTCTACCTATCTATTTATGTGCATTTACTATACACTAGATACA ATCGGGACTCGATAGATATTATTTTAATTTTATAATTTTGTTAATAATTATTTTTATAAT TTTTCTTAAATCATAGATGTGACATGTACAATATTTTAAGAGTTACTTAATTTTTAATAT AATTTAATAATTAATTGTTTTTTATGTTATATAAAAGGTGAAATAAGTAAAATATAAACA CAAAATATATTTACGTAATCGAAATGTCAAAAGTCTTAAATGAGTACCCCAGACCTTGTA CTTTAAGGAGTCGTTTGGTGTGATGGATAAGAGAAAGTTATCCTGAAATTTTTTTTAGCG TCTCTCAATCCATTGTTTGGTTAACCAGGATGTGATAACTTATCCCAAGATTAAGGAAAA TTGTATGAGTATTCCTTTAACCTATGCTCGAAATCACAAAGACATACTTATATTATATTA AGGTCCTATTACCCCCCTAACTTATTTTATAAATAATTTTCTATCCCTTCTCGACCTACG TGGCACAATCTTGTGGGTCTAGCGCGTGTTGACATTTTTTTTCAAACTAGAGACACGTAG TATGTTACTGAGATTTTCGGACATAGATTGAGCCGATACTTATACATTTTCCCCAAGATT AACAATTAATATTGGGATAAGTTATCCCTCTTTAAAGGTAGAATAATAATTTCAAGATAA TTTATGCTGAAATAAAGTATGTAAATTACCAAAATTTCCTCTTTAAACTCTCTTTTATAC ACTACTTATATATTCATGTATATTAATATAATTTTAAACAACTGTAATAACATTCACAAC CTTATTTACTCGTTGTTTTTATTATATATTTTTTCTATTTAGAAACTACATTTTATAAAT ATAATTTTTATTTATAAATATATTATAAGTCGACTTTTTTACCTAATTTTACTTTTATTT ATATTTTAATTTCTATTAAAATATTCACTCCACTGCTAAATTACATAGTTTATTACTCAC CTAAAAATAATATTTTATATCCATTTAAATGTAGATAACTTTAATAATAAAATTTCTTTT ACTTTGATAAATTTAAAACGAAAGTTTTATATTAGATCGAAAATTTAAATTTTAAACTAA ATAAAATGAAAGTTTAATTTTTAAGCTAAATAAGACAAAAATTTTATTCTCAAGCTAATA AGATAAAAATTTTATCTTTAAGTTAAATATGGAAGTTTTATTTTTAAGTTAAATAAGATA AAAGTTTAATTTTAAAAACACACGGCACAATCATTGAAATACATATAAAAAATATTGAAG AAATGACAAAAATCTCACCTTTAAGTTCTCTTATTACCATTATCCCCTATTAGTTTTATA ATCCCCAAAATTCCTCATTGTCGGGCATCAGATTATGTATCTCGCTCATCAGATTAGTGT ATCTTGTATAAAATGTATATCAAATTAGTATATTATGTATAAAATGTAATCCATCTTACT TAACGATTAATGTGTCTCGCACATCATATTAACGTATCAGCGCTTATATTATTGTATCAG TTTGAGAAATTTCTTTAATATAAACTTACAAGGAATAAATGATAATTTTGACTTAAAAAT ATGTGATTTTGTCCTTTGCCCAAAGATATTTAAGCTAAATAATATTAAAGTTTGATTTTT GGGAATGAATACTAAAGTTTGCAAAAATAATGTTTAAAAAATTAATTAAATAAAGTGGAG GATATTTTTGTAAACAAATAACTTATTGTTAAAGATTATGCAATGGATATAAATTTGAAT GTGACAAACCAAACAAGCATAAAAGCTACTTTTAACATAGTTAATCACAGTATAACTTAT CCCAACATAATAAATCTCAAAATAACTTGTATTTAAACCAAATGACCCCTAATTGTCATA CTTAAACTAATAAGCCAGGTAACTCTATTTGAAAATAAGCACACAACCGATGGTATATGT TTACTGCCACTTATATATTGGTATATATGTTTATTATTAAATTATGAACTAAATATCATG TTGTATTTTATGCATAACAATGTTATAATTTTATCAAACATAAAATTATTTTTATAATAT TTAATATATGAATAACTTAAAAGTAGATTATGGTAATTATCTATTAAATTTATTAAATTT TATTTTTATCAATAAACTTACTCAACTATATCTATTATTAAAATAAATTGACATGACATA ATAATATATTTTATATCTCATTTAAATATGAAGCCACGAATAAACATAATTAAAAAATAC AGTAATTCCTTTTCTTTGTTAATTTAATAGTCAATAAATTTGACGTAACAAATAAATTAT TTTATATTCGATATATAGAAACTCACTTCAACATCTATATATTTCTATAATATGTAAATT TTTTAGTATTTTAATCATTTCCTTCTTAGTTTAATGAGCAAAAGGATCACTACAAAGTAA ATTTTGCGGGTTATCTTTGTTGATGTGGAATATCCTAGCCCAGTAAATATATATTACATT GAACATTGATATAATGATGCCAAATTTTTGTTGTTTTTTATTTTAGAATATGAAATTGTG TCCTATATATAACTGGTTGAAGAATAGATAATATTTAAAATTCAGATATATATTGATGAA AGAATAGACATTAATGACTTGTGAAAATGTACACCAATATGAAGCACTAATGTTTAACAT ACAAAAAATTTATAAATGTAGTGTCAAATTTATATAAACATATAAAATAATTTATTCATC ATGTCAAGATTTTTTAATGGTAATTAAGAAGAAAGAAGAATTATAATGAAAATTTTAAAT TATGTGTAGTTGTGGGTTCATATTTACATGATATATAAAATAATTTATTCTACCAAAAAT AATCTTTTTAATAGTTAATATAATTGAGTAAATTTATTGTTAAAAAATTTAAGTTGAATT GAGGCGAATTTACTTAAATTTAATAGGTGTCATGTGACTATTGCATCGAAAAGATTTTGT AAATATACATAGATAATTGAAGGGAAAGAAAAAAGTCCAAGTATATTTTATGCAGTGACA CTCCTTGACATTAGCTTAGCTGATTATGTGTTTGAATCTAGAACTTGTTACTTTTGTTTT TTCCACCCTTTTTTTCACTAATAAAATTAATTGAAAACAGGTTTTATGAAACATTTAATA TTATTAATTTTAAAGTTATTTTGAACACATTTTAAAATAAAAACTCATGATTTTTTAAAT ACTTTTTTTTAAGAAAATGTATAGCAGTGAACCAGAATTGTACTTTATTCATATTGTCTT CTTCTTTTTCAAGAAAATATGACATCATATTTTTTATTTTAAAAGGTGATATTTCTTACC CAAAAGTTTGTATACGCTATTGAAGTTTGAATATTTTATTGATACAAAATAAGATTCAAC AAATTTACTAGATAATTTTTCATAGTTTAATGAATATTAAATTATTGACTAGGTGGATTA TGCATGTATTAGTTCTGTATAAATAATATACATTTAATATTGATTAGAAGATAAATTATT TATACATTAAATTAATAATAGTGTTTGATTTGCATAAAAGACGAAATAATCAATACATAT ATGAATTACGAAGACATCTATATGACTGTATATAAATTTTGGATAAAATTTATCACACCA AATATTTATACCAAATCAATATATAAATAACATATATTTAAATTTATAATTTATTTTACT TAATTATAATTAATTTGTATGTGTTTTACTTTATCCACAAATTTATAAATGCTAAATGCT AAAATAACTAGTACTAGATAAATAATTAAATTATGTATAACTAAACTACGGGTTAGTATT TGGGAAACAGAGCCGGTCTTCTGATTCCCACATTCGGCTTTTGCTCTTATTATTGTTGTG GCGTATGTGGCTGCGTGTTCTTCACTGCCCAATCTGCTCCCAATAGCTTCAACTTTCTAT ATCCTCCATCACTGCTTAATTGTTGTTTCCATTTGACAAAATACAAAGTTCAAATTCTCA GATGGCTTCAATCGTAGTAGCTAAGCTGCATCCTCCTCCGCCCGCCATCACGGGCAGACA AACCCTTTTCGGAACTGTTAACACTTCTACACTTTTCGTCCCCACCAGTAAGTTTTCTTC TGCAACATTCACAATAACAGTTTCAGTCTGCAATTAGTCTTATTGAGGTATAATTTTGAG GTATTGTGTTGCAATTTCATAGGTGAAAATCCGATCAGTAGTAATACCGGGCTTGTAACA TCGATGATGCTACTTTTCACTAGTTTTTTTTTTTAAATGACTGTAGTGTCTGGGCCTCGA TTAAATTACCTGTTGTTTTTGCTACATTTCACTAGATAGTTTAAAGACTAGTATGGATGT TTCTCGTTATGTAGTGTGTTTAGTCCATAGAGAGGACTTAACAAGAAGAGTTGGAGATAC TCAATGAACATTCATCATTTACTAGCAAAAGAAATGTTTCTATTCCGTATTTGTTACTAT AGATAGAAAGTAAATGAGCCTGTGAGCGAGGCTATCCTGAATTTGTTATTGACTTTTGGC TACTATGGAATGGAGGTGGATGAACCTGTAAATAGAACATTCATGAAGGTTCGTTTGATA TGCGGTTACAGAACAATTAATACTGCTAAACCAGGTAAAATTGACTTTGAAAGCTTGTTG AAGATGCCAAGTCATATTCAGATTCTGGCTTCTGATAAATCACCTTGACAGTTATGAAAT TTCTGCTGCTCAATTTATGTCTCGTCTCCTCCTTGGTTTGTTTTTTTCATATATAATAAG GGGTACTGATATTTTACAGATTCCTTCTAATTGTTACTGTTTCTGTAGCAAGACAAGGTC ACCTGGCCATCACAGCAAAGGCTACTAGTGAAAGTTCTGAATCCTTATCCTCCCCAAGTG TTGTTAAATCAGTAAAGAATATTGTGAGTGCCCCTTCTTTCCCTTTTCGGCACTCATATC TTGATTCCAAGAGTTCATTTTAGTGACACTTATACGAGAAACAGAATTAACCCACTGCTC ATTTCTCTTGGCAAAAGACACCACGTGGAGTTGTAGATTAATGTTCAGTCTGTTTCATTC ATTGTTTGCACTTTTGCATAGTTGCATTTTCTGTTGATTGTACAAGGGCAAAGATTCCAT GCTACACTCCCCTTTGGCCTTCAGCCCCAGACAAAAAAAAAAGAAAAAAGTCTGGAAGTT GACACTGTAAAGCAACATAGATCTTCTGACCTTACTTTTTTATGATTATATTGGTTGAAT TGCATCTTGTTTGATTGTTGAAACAGTGGGACAACCCTGAAGACCGGATTGCTGTAATTG GGTTGGGAATTGCTGCTATTGTTGGTTTCTGGGCTGCTTCAAATTTTGTGGCGGTAAACT TTGTTGCTTTATTATATATAGATGCTGGAGTTATTATATGTCCATACCACATTGAGAAGT CTACGATATGGCCTCTTTGGTGGTTGACAATATCTTTATGACCATTTATTGACAATACCT ACCTATCCAAGAACATATTGAGCTCCAATAACCCTTGCTGGAAACATGACTAGTGCAACA TATGACCTCATACTAGCAGTCTTACATCATTTTTGGCCCATAATGACCGTTATTTTTTCC AGTGTATTAGCGACAGGATGCAGTGTTGCTTTAAATTATACTGTTGAGAGATTCAAAGAT TTTTTTGTTTTTAAGAATTGTGAATGTACTGATGTTCTTTAAGTTTTGAATAGGCAATCG ACAGCCTGCCTCTCATTCCAGGTGTGTTTGAATTTATCGGGATATTGTTTTCTACTGTAA GTATTGAAGTACACTTATTTCCTCCTGTATTTATTGTGGAACAATAGAAAGAATTCTGTC TCCTTTATTGTTTCAGGTGTCAAATAGTGAGTTTAATATGTTGTTATTCTGATTCCTCGG CAATCATTGATTTAATGCATTTCCTGTTCTCTCTCTTTTGTAGTGGTTCGTATACAGATA CCTCTTATTCAAGCCCAACAGGTAAAAACTCTGTCAAAGGTTGCCTTCTCTTATCTAGTG TCTCCAATCTTACCCCCTCCCGTCTTCTGCTTCATGTCTTTAGCTGTTATATCTGTTTTG CACATATAATAAAGTGAAAAATACCACTAACTTGCTTTATTCACATGCCCACATTTTGTT TCTCAAGCTTCTACAAATCCTTCATGCAAATGTTTGAATTGTTGGTCCAACCATACACTT TGAATTGTTTGCTTCACTTCAGTCATTGTTGATGACTTCATACCACTGCGCTCCACCTGA CATGTTCTTTTATTTTTCCAATAACAGGCAAGAATTGTTTCAAGGGATCAATAAATCAAT ATCAGATATCTTAGGGCAGTGATCTGAAAATATTAGGATGATACAGTTCATGTTGTACTT CTGTATCCAAGCATCACCAAAATGCTGAATCATTTTACAGATGAAATGATATCTTCAGAA ATGAGCCAACATTTTTTTTCCTCATATACTGCTTCTTACATCTATAATTTGTTAATATGC CTTTTGCCAACTGGAAGTAGAGTGCTTTCACCATCCCTCTCTCAATTTCCTATGGTTTTC TACTGTCTGCCATAGTCAGACTGATCCAACGAAAACTCTTTAGCAAGTTTGAGTTCACGT ATATAAACCAAAAGTGGGTACCCTAATTTGTTTATGATTTGATATTTAGTATTTATTTAA AATTTCTGTCTAGTTAGATTTTGTTTATCCTAGTTCATATTGAAATATGTTTTCTCAGTT CTACTTTAATTTGATTTTTTAATATTGTGTAAATATAGGTATTACTGTTACATATTTTCG CTAGTGACGTTGAGTTATTGGGTACACTCGAGACAAGTTGCAAAAAATAGTGGTTAAAAA TCGAAAGTACTTCAAAATTACATTTAGGTGTTGGATATCCTATATTTTAGGATGGGTTTA TTTTCACATGCAACTTGCAATATTTTCTTTTCCGGGTTAATACTTATATCGCTAACACAA AACGTCTGAAGCTCTTAATCAAGTATTATTTTAAGTAATAAAAATTGTATACGACAATGT CTTTTCATTCTTAATTAACATGAATAAAGTGAGCGCATCGTATTTTCGTACAGTGATATT GAATTATTGATACCCTCAAGACAAGTTGCAAAAAGTAGTAATTAAAAATATGGATTCAAA ATTACATTTAGGTATTGGATATTCTGTATTTTAGGACGGATGTATTTTCACATGCAGTTT GTAGTATTTTCTTTTTCTGCACGTGATGAATTTATATCAATTATAAACAAGAATTAGGTT TGTTCATGGCTATGGTCAAAAAATCAAAACGAATAATAATTCAAATCAACTCGATTAAAA AAATTGATATTTGGTTTGATTTGGTTAGGTCTTGTTTTTAAATTTTGAAAACTGATATAT TTGGTTTGATTTTGGTTTTACTAAAAAAAACAAATTGAACCGATAAATTAGATATATAAA TTTTATAATTAATTATATATTATTTATCAATAAATATAAAGAATTTGTTAAATTTTAAGT TATTTAAGTCGTTAACTTTACAATTTTCTCAAGCCTAACACTTAAATTTTTGCCCAATTA CAATTCTAAGTCCAATTCCATCAAACTTATTACCTACCAACCATTCATAATATACTCACA CACTTTTTCTTAATTTAATAACTTTATTCGTGTAATGATAACTCTTATATTATTTAATTG AACCAATAATAGCTTTATATGGATAGTTCATGTATTAGATGTTTTTTTTCAACTAAGATA TGTATGTCCTCAAAAAGTTATATCACTTTCAAACTGGAAAAATCAAAAAAACTGAACCAA GTCATCAATAACAAATCGATGGTTATTTTTTCATTTGATTTGATTGAATTTTAAAAATTT AAAAAATTTACCATATTAATTTGATTTTGATTTTAGTTAATAACCAATTTAAACCGGACC ACGAACACCCTAACAAAGATGGTAATCAATTCAATATATATTTAATTTTTATTAAAAAAA GGAACTATTTTTATGGTATAGTCTAGTAATAATAGTTGATTAATCATAAAAAAAAAAAAA TAACCATGTACGAATACAAAAAGTTTCGTACGTCATTTAACGGTGAAGATATCACAAGTC AAGAGTTCCCATTTATACGCCGTTAACGTTTACGAAAAAACGGAAAAAAGGAAAGAAGAA AGACGGTGACGGTGGACGCTGAAGTTCACCGTTCCTGCAGATCGATTTCTTTTTCGCCCT TCCCAAAATCTTTTCATTTTTATTGCTCCGCTTCCAAGTTCCAAGTGTGGTATTAAAAAA CTTCCAATCAATCCAATTTTCAATATCTTTTTTCTTTGTAACTTTCTGAATCGGAAATTA TTGAATGATGGGATCTGATTGAACACAAAAACAATTTTGCTGTTATATGGATGTTGTTTA TTGAAATTGGAATTTCTTAGGATTTTGACAATGTATGATTCATTTGATAGGATGAAGGAG CTTTCCATGTAATTTGAGCTTTGGATCGAGTCAAAAAGATGGCGTGGTTTGGTGGGAAAC TTGATTTGACGAACTTGGATCTTGCCGGTGCCGTGAATAAGCTCAGTGAGAGTGTCAAAA ACATTGAAAAAAATTTCGACACTGCACTTGGTCTCGAGGAGAAATCTGAGTCTAGTAACA ATGAAGGTATCTATTAGATCGTTATACTTTCTCAAAATTTTATCTCATACGTTAATGTTA ATCCTCAATATTAGTTGGATTCAGCATGTCCGGACCAGCGTTGGCTGCTCGCCTAATTCC ACTAGATACGTGCCACCTCCCACTGGATACAGATGCATATTTATTCCACTCTATTTATGA AAATTAGGTTTCTAACTAGAGTTTGTTTAAACTTACTTAGCGAACACTAATGTAAGTGTA ACCTCAAGCAGATCATTGATCCTGGAAAGAATTTCATAGCACTTATTGGCTCTATAGAAT TCTTGTATCTTTATACAATGGCGTGCTTGATGCTTTAGAAGCTGCCTAAGATCTCTCCGA TGTATTATGACTTTTCTAATACTGCCCTTCATATTTGGTTGTTGCCCTTGTGAAAATTGA ATCTGGTAAGGCCAAGAATGAAATGCATATTTTAGTATGTTTGAACTTCTTATTGCCTGC ATGTTTGGGAATCAGTAGTCTATAACTCCTAACAGATTCGTGTCTGCTAGAAACACTGAT TAATAAATGATGGTGGGATTACACAGTTCAAGTCTTGCAATATCCGAATATGTGAATGGT TCAGTGTAAATGCTTTCAACCCATATTTGACCCGCTAAATAACCATAACTGACTCATTTT TATACTGTTTAAAAATAGGTTGAACCCATATTTCACCCATTTTGAGTATCACCCACCCAA CCTGTTCAAATAAGGACTGGTTGATGACAAAATGGGTTCATTTTGCCAACACTAGTTAGG AGTAAGCTCTGATGTGAGAGTAACAACGTCATGTCAGAGTAGGTTTGGGTGCCAACATAT AGATCTTGGATTGCAAGACTAAGATAAGAGGTAATTACTGGCCTCTCGGAGTTCCAAAAA AAGGAAATTCAGAGATGAGCGAATGAGATTATATATGGGGATAATTTGGAGATATCAAGC CATTAGTTGTCTGGGGTGCCTCAATAATAAAGTGGTGATGTGAAATCTCAGCACTGTATT AACGATTGAATAGGGTGTATTAGTAATGCCGCTATTAGTAATGTTGAGATTATTTTGTAT GCCATGTTTGATTTGGTGTTAAAAAAATAACATGCATTGCATATTTCTAAAATAAATTAT TTGCTTACAAAAATATCATGCACAAACACAATGGGAAAGATGTTGAAAAGGTTTGGAGGG GCAGTTGTGTCTTTACCCATCCTAATGCATACATTAGAATCCCTTGCATTGCTAATACAA TGGTTTCTTATGTATTAGTTATGCATAGGCCATAGCATAATGCCTAATAGAGTGTATAAT TAATGCATTAGTTATACATAAGTTGAAAAAGTGTACCAAATAAGGTATTAATAATACATT AAGCTAATTGCATGCATTATTTTTCTAATGCACCTTAAGAACGACCCTATAGAGTGATAG ACAATCTCTTGCCTGGCGGAGAGTGCAATAGCTTGGGAATGGAGTGACACTTTCTAACTT TGGTCTTAGAAGCTTCCAAGTATATGTATGGCATAAACTGATGGCATCTGTTAGTTACTT ACACAGACACTTGCACATGTACACACACAAATATGTTTCGCGTATATTTGTGTGTGTTCC AACACCTTCATAAACTGATTTGAATGTCCTCCAAAAATGTTAACCGAATGTTGAATTTCT TTGCTGCTTGTCTTACCACATTCCATGCATTCATTTAAGCCTTCTTAAGTATATCAGATT GATGCATTTCTTAGGAAAGTCAAATTTTAGAGCTGACTGATTTATTTCAATGCTTCCCTT TTATCTTGTGGGCAATGCTTCGATTGCATGCCAGCTTCAGGGTTATGGCCTTCAACTACG GATAGGAGGGCCTTATTTGATCCTGTCATGTCTTTTATGGGGCAAAAAAGTGAGGGGACT GCTGAAGAATCTGTAGAGAAAGCTGAGTCGTCAAAGCCCACCTTGCCCACAGGGGAAGTA GTTGAAGATTCAGCTGAGACTACAACTCGACGTGGTGTGGTTCCTAAAGAACCAAAAGAA GAAACAACGGACATTATTGAAGAAACTAAATCGGTTCAAGAACCTATTGAAGAAGCAAAG GATGTTGATGCGAAACCAAATCAAATGATATCTGCTGAAGAAGAAACTGAGGAGGCAAGA GCTGTTGATGTCCAACTGAATTCTTCTACGGAACCAAGTTTTGATCAGGAGGAACAAAGA AGTGTTACTGGGCCAGATGAAAGAAAAGCTGAAATTAATTCACTGGCAGAAGCATCGAAG GTCAATGAGCTTGATCAGGAAACATCTCCAGGAATCCTCCAAAAGAATATTCCAGAGCGA GAATCATCTGAAAACCTCGAGTTGGTTGTTTCCCAATCATCAAATGCTTTATCTCAAACT GAAGTTGGTATCCCGCTGCTTGTTGATTCAAAGGAAAATACTGGTAATGATGGGGAACAG AAGAAAGAAGTCACTGAGGAATCTCCTCCTGTTCAATTAGAGGATGCATCAAATTACCCT ACAGACAGGGAACAGAAGAAAGAAGTCACCATGGAATCTCCTTCAGCTGAATCACGGGAT GCATCAAGTGACCGAGCAGATAGTGGAAGACCTTCTGTTTCAGATTCTGTAACTGCCAGC GAAGGTGAAAGTCTTGAAGAGCATTCTAACAGGAGCTTTCTTGGTGACCAGCACACTGAT GAAGGTCTGAAGAAGCTATCTGATACAGTTATGCCTGAAAATGAGTTGGTTAGTATACCT GTGGAGGCTACCCAGCGAGGAAATGATCAGGAGACTGGTGTGAAAGAACGGTTGAGCTCC GGAAGCAACTCTTCAGATGTTACCAATTCAGTGGTTGAACTGGAGAAGCTGAAAAAGGAA ATGAAAATGATGGAAACTGCATTACAAGGAGCTGCTAGACAAGCTCAGGTATGTCCATAT GCTACTTTAATGGAAATTTATGCACCTTCTGCTCCTCAGCATCAGTGGAACATTTCTGAA TCTACTGACGTTACTTGAGAATATGAATCTTTTGTTGTATGCACCTATAGTAGGCGAGTC CAATAATTCACGTTGTATTACCTAAGATTAGCTGAAATCTGAATCCCACTCATCCTCAAT AATTTCTCCCAACTTGTGTGGTCATGGATAAAAGTTGCTTCAATGAGTTGATTTTGACTA AAAGTAGCTTCAATTAAAGAAGTTCTGATTTGAAGTGTGTGTGTCATTGACACATCCCAT TGATATTGTCTTGTACTTCTCAAATGACATAGTTTACGTTCTTGAGGTCTCAAATGTCTG AACACATGGATATCTTTTCCATAGTCCGTGGATCCTTTCTGAAGTTGTGGAATCCGTTGG CAAGGATGTTGGTATACGCCTAAAGATGATTGGACCGTGTAGCAGCTTCATACGTTTAAT TGCAATTATCCCTTTATTATTATGCAGCATTATTCCAAAGCCAATAAATATATTTAAGGA TTCTGGGTGATTGGAACTAATTCTCCCATCATGTATGAACTTCGCAATATCTTCCTGTTA TGCCTCAAACTTAGAGGGAAGCTTGGACCGTGTAGCAGCTTCATACGTTTAATTGCAATT ATCCCTTTATTATTATGCAGCAAGATTATTCCAAAGACAATAAATATATTTAAGGATTTT GGGTGATTGGAACTAATTTCTTCCATTATGTATGAACTTCTCAATATCTTCCTGTCATGC CACAAACTTGAAAAAAAATTCAGTTGGTGTGTTAGACCCCTTATTTTCAGTTCTTGTTTA TAAAATGATGAACACTCAACAAGATGACATGTCATTGTTTTTCCTCAGGCTAAAGCTGAT GAAATAGCGAAGTTGATGAATGAGAACGAGCAATTGAAGGCTGTTACTGAGGATCTGAGA GTAAGTTCTCATCATTTTGAAGTTCCTTTCGAGGCTGTTAATTCAATTTGTTGCTGTCCG CTAGTTTTTGAAATGGCATGAGTCAAAGACATACTATAGTTCCCATTGTTTCAGGATGAA TTTACCATCTCATAAATTAGATTTCTAGTGTTGTTTTTCTGCTTGTTATTGCAGAACATT TCTTTCTCTTCTGCCCTTGCTTGCAATTTTCTTCTAGATAAGTTAATCTTGCATGTGAGC CAGATATTGTGTAAGCTTCTGTGCTGACTGGTCGAGTCATCTTAACTACCACCTAATTTG TTAAGCACTTTTTAATGAACATCATCAATAATCAGACTTCTCTTGACTAGATGCGTGTAG ATCAGGAAGAATCGCTTCTGTTGCATAATTTCATATGACTCTCATCATTGATGATTTTGA TTTAACTGCTTTCACATCAATACACGTTGCATTTTCTCTTATACAAATTCTAGCTTCTGT CCTGTTTGTTAGATGACTTGTGCTTCGTATGCTCTTCTATTCTCTCAGAACTGCTAGTTT CCTGTATCAATTTAAGTACAGAATGTTTCGGGGTGGCCCAGTGGTTTGGGCTTGGAATTT TTATGTTGGAGGTCTCAAGTGCGAAACCTCTTGCCAGCGAAAGCAAGGGGTTTGCCTTCA GGGTTGAGCTCGTCGCACCGGGCTTGGCTAGTGCGGGTTACCTCTCCTATGTTGTTTGCG AGCTATTGCATGTGGGTGGGGGTGGGGGGTGGGGGTGGGGGTTTACCCTGTGCGCACCTA AAGGATAGTGGCTGTGAGTTTCCCTTGTCATAAAAAAAAAAAGTTATCCCTGCAAGCAAT TATTCTGTTGTTCATTTTATCTTCCTTTAGTATTAATATCATATGTGTAATTGGATCTTT ATTGCTGCTGGGTGGGATCAGCGTAGCACGTGCCAATGGATGTGTGTTTTGTAATGGATA ATGGATCGAAACTTTAGTTAACTCTTTTGTTAATTTTATTTAAATTGGTGAGTTCCAATG CACTTTTTAAAACTTTTTTCTAATTCCCCATCCCCACAGCGTTCCTCTTATGTGTACGTT AGGTTCATCTTTCATCCCTCATAATTCCCTTCTAAGTGAAACTCCACCAATATTATATCT CTTGCTTACACACTAATTTTTACAGAGGAAGTCCAGTGATGCAGCAATTGAATCTCTGCG AGAAGAGTACCATCAAAAAGTTTCTGCTCTTGAGAGGAAGGTATGAATGTGTTCACATGA ATGTTTCAGCTTAAACTTCCATTGCTAAGTGCTTGCTTTATGTCTTGATCATCAGCCTTT TCACATCATAACAGTAGCATAAATTCTTGAAAGACAGTTTATTTGAGCTTTCACATTGTT GCATAGTTTTTCTACTTCATTTAGGCATCACTACAATGTGCAGCTTCAGCTTTTATGTGT ATAACTTCATATTTTATGCTTGCTGGTTCTGTATAACGCTTGATGGTTTCTTACACTTTT AGTTTTTCAATGGTTCTAATAGACTCTAAGGATGCAGGATTATCTTGTTGAGCTGTAATG GGTCGAACCCCTTTAGTGTCAATAAGACCTTATTAACTACATATATGAATTGGGACGGGG AGCTTGACCCTCGAAAATCTGTATACTTCCACAGGAGAACATTCTTTGGAGAAACTCCAT ACCCTTCTTTTAGAGTTCTTGCTCTTGTAAAAAAAAGTAGAAGCATCTTTTATATGCTGC ACATACATGATATTGACAGAAGAAGAGAAACATTCTGTGTTGGCTGGTAATATTCCATCT TTTCCGATTTCATTAAATTTTTTGAAGAAATTGCACCATCCTTCCCGCATCTCTATTTAC TGCTGAAACCTCATGTCTACTACTTCCTAAAATTGCAGTTCCCCAGTTTGTTTTTTTAAA GAAAATCCTCCTGTACTATCAGTCATTGAGGGCTCTTCTAAACAAGAAATTCCATCCCTG AGGGCTCCACATCTGAGAAATTGTATCCTTGTTCTGCTAGCTTAGCATAACCAAATTTGG AAATAGAGTTGCACAGCATTCTTCTCTAATTAGTTGTTATGTTCTCCTTCATTTCCTTGT GTCCTTTTTCAAACAACTTTGAAATGCTATACTTGAGCCGAGTTCAATTAGAAACAAATT ATCTTATCTCCACGAGGTAGGGGTAAAGTTTGCATACACCCCACGTACACCCCTCCCTAG ATCCCACCTCCACTGATGGATTACACTCACTGGGTTTGTTGTTGTCGTATTAAAGGGGAA AATGAAATGTGTCCTAACATTCTAGTAAATGTGTTGTGAATAATATTTTTTAATACTCAT TCTTTTCAGGTTTATGCTCTCACCAAAGAAAGGGATACACTTCGCAGGGAACATAATAAG AAGAGTGATGCTGCAGCTCTTCTCAAAGAGAAGGATGAGATAATTACTCAAGTAATGGCT GAAGGTATGACAAACTCAACTCTGGCTCTAACTGTGATTTTAATACATTACACCGTCATT ATGCCTTTGTTTCATGTGAAGCTTTCCTACTATATGTGACATATAAGATAATTATACAGT TAAGGACAAGATACATTTTCATTAATCTTAGGTGATATTTTTGTTTCTAACTAGACGAAA ACTTAGATATCATACTTGTGCTAGAGCGTCGGTCATACTTGCTGATCAACCAAAAAAGGG GCAGGTCATACCTGCGGCAATTATGTATGTATAGGTGGCAAATGGGCGGGTTGGGCTGAA TTTGGGCTCGTCAAAATAGGCTGAGCTAATAAATAGCGGGTATTGACCCACCCAAAGTCA CTTGGGCTGAAATGTGCAAAAATGCGGGTTATAACCCAACTTGCCGAACTCTTATTAAGT TTTAATTGCTTGATTTGTTCTTTTTAAATTTTTTATACCTTATAAAATTATTGTATTTCT TTTTTATGACCATATTAATATAATATATCAAATAAAATAAAACATCCTTTTAAAAATATT TTGACAAGATTTCCAATGGATCAATTTGGGCTAGACATCAGTCCAAAGTTTGATGGGCTG AAATGAGCTGAGCTAATAAATGAGCGGGTCAATAATTTTGCCATCTCTATATGTATTTCA TTAGGGAAATAAATTCAAGATGGGTCGAAATGCCTGTTTGGGTGTGGTCTGATGATTGGA CATTCTAAAAAGTAGTCAAGTCCTTAAGTATGGGTTCTATGGAAGAACTCAAGTTTTTGC ATGCTGGAAGTTGCATCATATCAGAACTTTTGTGAGGAACTTCTTACTATTTTGTGCTGC TGCGACTGTACCTTTGGCTAGAGTGTCTTTTTCTTTTTATTGGTAACCTTTGACTAGAGT CTCTTTACACAATTTAGTTCCTGTTGACATGTATATCAGACTATTTGGAGAAATATTTTT ATTCTTTTCAATTTTGTATAAGCTCTATATTCAACAAGATACATTATCTTGGGTTCTTTT TATGCCATTTCAATTTCTAAAACCCAGTTTTTCTCCAGGTGAGCAGCTTTCTAAAAAGCA AGCTGCCCAAGAAGCTCAGATGAGAAAGTTAAGGGCACAGGTGTGTAATCAGGCATACTC ATTATTCCATTTCAGAAAGCATATTTATTAGTTTTAACAAATCTTCCATTTGTTTTGAAA GTTAGATCAGAGAGCTTGAAGAAGAGAAGAAAGGATTACATACCAAGCTTGAGGTCAGTC ATTTCTAATTGATGCAACAACTTGATTGTAGATATTGTGAGGGGTGACAAGAGGTGCCTG GATTACTTTCAACTCTCTCCTATTATGGTTAATATGTTCTTTTATTATGTTAAAATGTCG ACTGCCTTGTATTCATTTTCACGAAAATGTTATTCTTAGAGTTTTCAGCTATAAGTTGCT CTTGGTTTTAGCATGCATACTACAACAATTTGGGAGTAGAAATTTTCTAAAACTAACCGT AGCTGCAGTTGAAGTTCATCTGAGAAGGGGAGAAGTGTTCAAAATCTGTTTGGTGTGAAG GAACATATTTGTGGAAGATAAATCACTTTTTAGGGTTTTGTTGCCAAATAATGTTTTCCA TCAAATGGGGGAGAACGTCTTCTGTTACACATGTATGGAAGTTATTTTCGTTACAGTTAC CACAACTTCTAACTTCATATCACTGCTCTGACAAACATTTAGACATTATAATAAATCTTT ATACTGTGTTACCTTTGTTAAAAGTATAAATAAAAATAAATCTTTATACTTAAAAAATTT CATCAACATACTATACAATGTGCTAACATTATTATTAACTCTTGATAAATGTCTTTTTTT TAAGAAACTATATTCTACGCACCAATGAACCACTGGGAAGCATTTTTCATAGAAGATATT TATCAGAAAATGACTTCATCTACATCGTACCAAACACATATAGTATTTTTTGATAGTTCT GCCTGGATAACTTGAGTCCACTTCAGAAAGATATTTTTTTCACCTGGTCTTTGTTCTAAG TAGGTATCCTTTTGTCTTGGAAGTTGCCTTTTTGCTGACCGCTTTAGTAGAATCAAGCAA GATGAGCCCAACTTTCGAAGGAATACCCTTAAGGAAATTTAGTAACTTGTAATTTTACTG CAATTTCCCCTCCTTGAGTTCTTGAGTTGTTCAAGGAACTGTAGGGTTTGTAAAATAAAT CTTGGGTAGTGTTGAAGGAGTGGAATAGTAGGAATATTGAAGATATATCTAATTCCATTC ACAAGGTTAAATGGAATTGCATTGTATCTCTACATTTTTGGTGTAAAGAGATAGGATTAG AGGATTCAGATCAACTTTTAGAATTTTTAGGATCCTTGTAAGTATTCTGTTTTTTGTTCT TCTCTGATTTTCTAAAGGTCCCCAGCATAACCTTTTTTATTTAAAAAAAATTTAAGCCAT CACCATTACAACTTAAAGCTATTAGGTGTGGGGTTTGGCTTGACCCTACCATGTCTATAG TTTCCAACATAAATTACACAAAAACAGAGGGAGGATTTACCTAACCTCTGGCAAAAATAG AAAGTGGAAATTAGGACATCAAAAAATGGAATGCAACAAACTTATAACCTTCCACTCAAG CAAAATACAAGATTCAACTAATAAAAAAATTACATTTGTCATATCTTTTTTTTATACAAG GTAGTATGTGTTACCTACCTATTCTCAAAAAAAAAAAAAAAAGAATCTTGGGGCTAACTC AATCCCAAACGTCCCAAGACCATATAAGGAGACTAGCCATTTCTTTTTCGTCTGAGGTGG GACTCGTCAACCCCAACCTCACGCCCAGGACTGGAAATCTGGATACTGGACAATTTAATA AGGGGTCGAATATCAGGAAACAAGAATTGGGATGGTCTGATACCATGTAAGAAACTCAAC CCCAAAAAGGCTAGCTCAAGTGGGGAGGGTTGCACAAGACCAGATAAGGAGAGATTCTTC AAGAGAGATGTTTGTATTTTTACTTCAATGTACCCTCATTGGTTTCTTGAGTTGTTAAAA GAACTTTATAGCTCTTCTTAGACAGTTTATATAGTCTCGTCACCTAGCACTTCTTTTCAT GAAGTAAAGGATTGTCACTTAACTAGTGTTTAGTTGAGTTGATTGCTTTATGTTTCTTTT TTTTTTTGTGGGATTATGGTAGAAATTATGATTTTAACTTACATGCTTATGCCTTCCCTA GGTTGAAGAGAACAAAGTAGAGAGTATAAAGAGGGACAAGGCAGCAACAGAAAAATTGCT TCATGAAACAGTCGAAAAACATCAAGCAGAACTTGCAACTCAAAAAGAATACTATACTAA TGCTTTAAATGCTGCAAAAGAAGCAGAAGCTTTATCTGAGGCACGGGCTAACAATGAAGC TAGAACTCAACTAGAGGGTCGTCTCAGAGAGGCTGAAGACCGTGAAGCAATGCTTGTTCA GGCACTTGAAGAATTAAGGCAAACACTTACCAGAACGGAGCAGCAGGTTTATATTCTTGA ATAGTGTCTTATCGGGGTTCATCAATCTAATTTCGCAGGGCCTAACATTTTTTTCACCTG CAGGCAGTTTTTAAAGAAGATATGCTCCGCAGAGAAATTGAAGATCTCCAGAAAAGATAC CAAGTATAACTTTCTCTTTTGCAACTTTTTGTGCTTGACTACTTAATCATGTTTCCTTTA CATATACTTATTCTTCTGTGTTTAGGCCAGTGAACGTCGATGTGAGGAGTTGATAACACA AGTTCCCGAATCTACCAGACCTCTTCTCAGGCAGATAGAAGCCATGCAGGTTTCACTGCA GCTGAGATATTATTTTTCATATCCTATATATGGTCATGGTATATGGACCGCTCATTTAGT GTCTATGTTTTATGCCTCTTCATTGATTACAGGAAACAAACTCCAGAAAGGCTGAAGCTT GGGCTGCTGTTGAGAGAACCTTGAATTCACGTCTTCAGGTCTTAAGAGAAACATATAGAA ACTTTATTTATAGTTGAAACTCGAAGGGTTTCTTAATTTTACTTCACAGGAAGCCGAGGC AAAAGCTGCAACTTCAGAAGAAAAGGAGCGATCTATTAATGAACGCCTTTCTCAAACCCT ATCCCGAATCAATGTTCTTGAGGCTCAGGTTCTTTCACCTATTCCTTTGACGCTGCTTCA TAGCGCTTCTCCCCAGGAATTTGCTTACAAATTTAGTATTGCAGATATCTTGTCTTAGAG CTGAGCAGACACAGCTAACAAGGTCCCTTGACAAAGAGAGACAGCGGGCCGCAGAGAATA GGCAAGAATATCTTGCTCTAAAGGAGGAAGCTGAGACTAACGAAGGTCGTGTGAATCAGC TTGAAGAGGAAATTAAAGAACTCAGAAGGAAACACAAGCAGGAAATACAAGAAGCATTAA CTCATCAGGAACTCCTGCGGCAGGTAACAAAATTATGTTTTACTTTCCTATTAATTTGCT GTCTCAATCCCCTTTTAGCATCAATGATGCTTGTGGTTTTACATGCAGCATAATTTAAAT ATGATCAAGATGCTTCAATTGAAGAATATGCAAATCTCGTTTTGTCGATTTACTCATTTT TTACATATCAGCCAATGGTTGGCCTTCTTGGCTTTTGAATTATTTTATTCTCTTTTAAGG TCTCAGATCTGCTGAAATGGTCTTTTAGCGTATACCTAATCAGTGGCAGTAAAGCTCCTG TCACCTGTACTTTGCCCCTCATTGTCATTGTTCCCCTTTGATCTTGTCTTCAAAAGCATA AAAAGATATACAGATAAGGAAAATTGTTTTTATACAAGCAAGGAGACAAGTTAAAATTTT ATCATTTAGTGTGCCAGTTTGATTACCAACAGTCAGAGCAGCAGGTGAAGCAGTTCATCC ATGTATGCTAACTTTTTATGTGATTCGGCTCTATTTTTCTCCTATTCTGAAGCCTCTGCT TCTCAATCTTGATGGTGAGGGAAGAGAAATGTTATGTATGATGGCAGTAGAAGAACCTTT ATCACATAGGTATTGGTGGAATCTATCTAGACTGGATTCATACCTGGAGACAACATAGAG TTGCTTCTGACTTTGTTGTTAATGCTTTGATTTTATTAATGAGAAGTGCATGTCTGAGTC AGTTGTCACCAATATTTTACAGGAGTTGGAAAGGGAGAAAACTGCTCGTTTGGATCAAGA AAGGGCCGCTCGTTCTACTAATTATGTGCCTGATCAGAGCCCAATAATGAAGCAGAAATC TGGGATAGAAAATGGTAGTTAATACCAAATTTAGTTTTCAATATGATGCTTCATACATTT ATGTTATTGCTACTGTTCTCTTCTCCATCATGTTTAACATTCTCTATTGTTTAACATGGT TGCTTCACTTCTGTATTTCCCTTCCCGTACTTGATTTTTCTTGTGCTTTACTTGAACCGA GGGACTATCGGAAACAACCTCTCTCTACCTTAACAAGGTAAGGTAGGGGTAGGCTGCGTA CCGCCCTCCCCATACCCCACCTGTGGGATTACACTGAGTATTATGTTGTTGCTGCTGCTG CTGACGTTGTTGTTTAACAATCACCTAGTTGCAGGAAGTTTGACACGCAGACTTTCGAGT GCTAGCAGCTTGAGTAGTATGGAGGAAAGCTATTTTCTGCAAGCATCTTTGGACTCGTCT GACAATTTATCTGAGCGTAGAAATGCATTAGAGGGTAATATAAGTCCATACTTTATGAAG AGTATGACGCCTGCATTTCGCCAGAAAGATGGGGAACTTGCGTCTTATATGTCTCGACTG GTATGGACTCCCTGACTGATTCTATCAAACCGCGTATCATCTGAACTCATTTTATAATTT TATCGTATTAGTTGGCCTCTTTTCACTGTGTGGTGTTAAGTTTATTCAGTGGATCTATCT AAGTAACGAACCATAGGAGCTAAAGCTTACAGTGCTCTGTTTTCATGCAGGACTATTTTT CCTTTCAACTAGTTTTTTCCATTTGACCACCTAGTACTAACTTATTGATTCTTCCAGGCA TCTATGGAAGCCATCCGTGACTCCCTTGCTGAGGAGTTGGTTAAAATGACTGCAGAGGTG AACTCTTTTTTTCCAGATACTAACTTCTTTTTCTTTTTCCCTTAGAGCCTTCCCTTTGCG ATGTCCCTTTTTTGGATAAGGAAATCATTATTAATAGAATGTCTTTATTATTTGTTTAGT GTGAAAAGCTACGTTCAGAAGCTTCCATGCTGCCTGGCATCCGAGCAGAGCTAGATGCAC TTAGGAGGAGACACTCGGCAGCTCTTGAATTGATGGGTGAACGTGATGAGGAGGTACAAA CTGAGTTTTTTTATACGATCCATTATTTTTCTCTACCACAGCTATGTTTCTTGATGATCT TAGTTTTGGGTTTAAAAGGGAACTTATCTTTGCTTCTATATTACTCATCAAAAAGCAACA TCTTTATTTGGGAAATCATTATATCAGGAAGTGGGAACGTCGGAATTTTTTGAATTATCA CTCAAAGTGTAAATCACGTGTATGAACTGTATCAATCACCTCAACATATTCTTCAAAAAA AAAAAATCACCTCAACATAGTAAATTGTACATTTTTGGCAGAGTAATTTGTGCACATGCA CCTTTCTACATTTTTGAAAGGATTAGTTCCCTTGTGTTTTATGAAAGGTCTGGTTCCATT TTTAATTGCATCTCCTTTTATTTTGGATGATTTGTGCTAATTGCCATCTAAAATATGACT TATGGTGAAAAGAAAGAGTTATACTTCTCTTACCTTTGCCTCTAAAGTTTTTTGGACTGG AGGTCTCGTTTTGCTCCGATTCCCAGATGTACTGAATAGATTAAGACTCAGTTGATGTAG GATGTTGTCGTCCTTTTTCTGTATCTTACTCGGTTCTGTTCTTTTTGTTGCATACACGAG TAATTCCCTTTATAATAAAGGTGTTCTTTTAGATTTATATTAATTATACCTTATAGAAAA AGATGATTATTAATATCAATTCTGCAAGTTATTTCGGTTTTTCAAGTACATGTTAGTGTG CACACACTTAGGCATCAAACAATCTCCTGATTTCCTTTATGGGCATTGTAGCGATGAGTG AATTTACCTGTTTTCTTCATGTCTGGAGATCATTCGTATTTCATTCTAGTTAAATGTCTG TTATTTCAGTTTCATCATTCTTTGTGAAATTATTGTAACTTCTGAACCACATTGTAAAGA ATAGACATCTTCCTTTTTTACTTAATTTTTTTTATAAAATACCTTTTGCACCACCAAACT CCCCGAAATGTTCAAGTGCCCCCTTCTCCATGATCCACTCGTGGCATCTGCTACCATAAA TGCTATTTTTACTCCATAATTGTTGAAAATGTACCTCATACACTCCCCAGGTGTTATATA CTCTAGAAGTTCCTTTTTCTACTCCCCTAGTAGACACGTTTGTATCTCTTCCTTTTCGCT CTTCCTCTATATCTTGATTTGTGTTCCTTCCTCCTTTAGGTAAGCTCAGCCCTCCATTGA CAAACCAACACACTTTAGATATTGATGAATTCTTTAAACAATGGAAGTATGACACAGATT ATGGGCTTGCTGATGTCGACTTGATCATCCTAAGTTAGGTTAATTGAATCATAATTTCTA GCGGTTCAATGTTATTCCATCGTACTTGAATTTGACACAAAACTTTGCAATAGTTGTGTG GCTTTACTGCCACGTGCAGTTGTTCAATGGGGATGCAACTGGTCAAGTGTCAGCTTTTTT TATTTATTTATAGATCAACTTTCCATTTGAAATCCAATCTATGTCCATAGTGAAGTATTG ATCTTTCCCCATAGTGCTCTTTGAATTTCTTATTCACTGGACGTGTATTTGTGATAGTTG GAAGAACTTCGTGCTGATATTATTGATATGAAGGAAATGTACAGAGAACAAGTAAATTTA CTCGTGAATAAGGTATATCATTGCTCAATTATTTAGGTCATTTCTTTCCTTTGCGGGGTA CTGGAAATCCACATTTTTCTCTTGATATTCTTGCAGATCCAGGTGCTTAGTTCATCACTG AGTGCCACCTGACAGCTGATATGTTGATGAATTTTTTTTTCTGGTCTGTTTCATCATGGA GGGAGGGTGCTGCAGTGTATTTGGTGTATCACATTGATTTTGGACACGACAATTCTTATG TCACCAGTTTTTATTATAAATCTATAGAGAAACTACCTTTTACAGAGGTTTGTTATTGTA ATTTTAAAGTGAATCGTTGTATAGCATATTCTTTTAACAGTGACGTATTATTGGCTTTAA GCTTTGTTTCCAAGTGCAATTAAAGTTACTGAAATGGTTGGCTGTGCCTTGCTGGTTGCA GCTGACATGTTTTGCTTATGTGCTAGGAATTTACACACCCTGACTAATAATATCCAGATT AATTTTGAATCATATTACGTATATGTTTTATTCAAATTTTACAGAGATCTTTTGCTATGA ATTCAAAGAAGAGAAAATCAAAGGATACAAGAAATTCCACTGTTTCACGCCCAGAACAAT AAGGCGATACATCATTGATAATTTCTTAAATTTGTCAATAAATTTTATTTGAACACTTAA ATAATATATTCTTATTCAATCACAAACTTCAGTCCAAATTTGAAAACACTCGTGTGTGTT TCGAGAGTTCATATCAACCTTTTTAATTATATCCATTCACTGAAACAAACTTGAGTTTTC GCGGCTTATTGAAATCAATGTTTTAAGTATGTAACTTATTCATGCAATGAATTTTTAAAA GTACACGTTAATCAAAAAATGTTTCGATGGTCAAGAACATAGGTGTACAAATTTACGCTG ATTTGAAAATTATGTGACACAAAGTAGAAGAGAGGAGGGATGACGCGTCACGTCATCATA GGATGAGAGCCGAAGAAAAGGAAAAAGCAACAAGATTGGAGCAGGTGTCAGTCTCAGAGC TCTCGTAGTTTCTAGATGCTTTCGTGTCGTCATCACTGTGTTTCTCCTTCCTTCCACTGA ATATGCACTTGTTTTGTTTGCTTACAAATGAAAACACGTTAGCAACTTTTCTAAGATTTC TCCCTTCCCTTTTGCATCAACACGTTTTCCTTTTTTAATTAATTTCTTTCTAAAACTTCA CTACCAATATGCAATAGCTAGTGCCTCACAAAACGTTTCAGGAGGTAATTAACAAGTGTA TTATATGTTAATGGCACATAATTAAAGAATGAAATGCAAAAGATTAGATTTTTTATTTAT TTTTTTGATTGAAGTATGGAATTTTGCCTTGATATCAGATCTGGCATTTGGGCAGGTTGG CGTATATGATTGGGATTTTTGTTACAGTACCATAGATCAGATCACACAATATGAGAGGTG GTGGTCTTGCAGATGCTTACTCCATGTACAAGCGTGCATCAACTAAAGACCAGTTCACTG ATTATGAAGATAGAGAAGAAAATCTAGGTACCCCTTACACTGTTTTCTTCCGGATGGATC TAAGATTTAGAAGCATTGTCTACCAATGCAGTATATTCTAGTACAATTTTTTAAGATATT GTACGAGCAGAAAGGAACATGTTAATTTTGCTGCAAATTCATCTGGGGTTAAAGGGGTGT GCATGAGAATGGTTTTTTTTCTTTCTAATTTTAAATAATGCCTAGATCTATAATCTATTT CTCTATGTTGTTCCAAATTATGAAATCATCAAGTTTCAATTTTTATATCTTTTTGCCAAG AAATAAAAATTTGCCAACTTGGTTGAATGATGTCATCCATTTTCCAATTAATAGTATAAT ACTCTTCTAGTGTACCATTAGCTTAGAGACAACAATAGGACATAACATAAAAGGATATAA TTTTGTGTAAATTGACTTTTGATTCTTCTTCCTTGTGTCTATTTAGATCGTGCCGAAAAT GGTGTGTGGAAAGAAATTGGAAACCCCTCATGGAAGCGGCCGTTGCCACATATACTGGTG GCAATTATTTCATCACTCTTGTTTGGCTACCATCTTGGGTATGACTGAACTTTCAAATTT GGTTTCTTGCATAAAGCCTACCTTTTTAGTTGGTTAAACATTGACCTTGTTGACCATTTT CTATTTTTATTTTTAAAACTACTTTGGTTTGGTTTATTCAGGGTGGTTAATGACACTCTA GAAAGCATGTCTTTGGACCTTGACTTCAGTGGCAGCACCTTGGCGGAAGGTATTTTACGC CATTTACCTTAAAGATTCCCCTGCGCCCCAGCTCCTGCCACCTGAACTTCTGTGTGTCCG CCTCTCTAGGAGGATTCTTAATTTTTAGTTGGTGGGGGGAATCCACTACTCATTTGTGAC AGAGCATGCTACATTTCAATAACTATAGATGTTATTTTTTATTTTATTTTGTTATATTAA TATATACAGTGATCGAGTCCAAGGCAGTGATGTCAATCAAACCTATTGTCTAATACTTGC TTATTCAAAGAAGATTCTCTTCATCTAGTTGCTTAGTTCAATGCCTACAGGGTCCTTCTG ATATGATAATTCTATTTTCAAAGGTCTAGTTGTGAGTACATGTTTGGGAGGTGCTCTTTT GGGCTCTATATTCAGTGGTTGGATAGCAGATGGGGTTGGTCGTCGGAGAGGCTTTCAACT GTGTGCTCTACCAATGATTATAGGTGCTTCTATGAGGTAAAACCTTAATAAACTTTTTAC TAGCTATATTACGGCCTTTTCAACTTTGAATGCGACCATGAACATTTACTTTGTAATACC GTCTAAATATTGTGTAGTCTTGAATCCTCTTCTGTTCATTGTATAACCTGCCTTGGATGA ATGGATGGTTTAAAAGAAAGTGTATAATCCCTTAGGGGATGCTTAGTCTTGCTATATTTT GCATTGGCAAACTCTCCTGCAGACTTATTCTTAAGAGTCTTGTAAAGGTCATTTATATAG CCAGGGGTGTTTGAGTTTTCTTTTCATGTTTAAGTTATTGAATTATATAACCTGGAGCGA ATACGGAAATTTTTAATTCAAATCTATTTCTGTACGAGTTTCCGGAAATTAGCTGAAGGT TCTTCAACTTCATAAATGTAGTGCCGCAACCAGTACTCTTGGAGTTATGCTTCTTGGAAG GTTATTTGTTGGAATAGGGATGGGCCTTGGCCCTGCTGTTGCTGCTCTCTATGTTGCAGA GGTATATGATATTATCTTTTGCTCCTAATTCTATCTTTTTAGTTACATTTAATTTGTTTG ACCAGGTTTCACCAGCTTTTGTTAGAGGCACTTATGGGAGTTTCACTCAGATCGCCACAT GCCTTGGGCTCCTGGGATCTCTTCTCATTGGAATTCCTGCCAAGGATACTGCTGGTTGGT AAGGATTGTGTGACCTTAATCTTCCTTTTTATTATTAGTAAAATCAATTGATAAGCCTGG CTGATAGGAATGAAGAAAATGTACTATTCCATTTTATCCAGTCACTGTTTGGAATAAACT TTCTTCAGTTTGAGACTGCTAAACTGCTTTTTATGGGAGAATATTAAGAATAAGTCAATT ATCCTACATGTTTATAGCATTCCGTTAATTAATTGAGTGATGTGAACTATAACTACTTCT AAAATGATGTCACAGGTGGCGAGTTTGCTTTTGGATATCCACCATTCCTGCTGCAATACT TGCTGTTTTGATGGAATTCTGTGCCGAGAGTCCTCACTGGCTTGTTAAGGTTGGTTATTA AGCTCATAAGTCATTGAGTGTCTTGCAGTGGATAGAGAAGTGGCATTTGTAAATTCAATT TTTTTGTGAATCTTGCAAATAGTAAAATCTGTTGACAATTCACTAGGTCATCAATTGGAA GAAGCTCTTCTTTATTTCAGTTGACAAGTGAATACCTGAAATGCATATGTGGGCAGTCTG TTTATAAACTACTGCTTGGCTCCTATCTTGAATATATGTTTACAAATCTGTTCTATGTAC TCATACTCTAAATTTTAGTACAATCCATTGAATGTTGGGCATTTTAGTGTCTTTTTAACC ACGTTCTCTTACAAGGCAACATAATGAAATAACTGAAGGCGATAGAATCTTTACTAATTC CAACAACATTATCCTGATTGCTATCTCTATACATTGATGGGCTTGTGAGCTTCCTGTGCA CAATAACTTAGCAGGTTTTAAGTGCAACTCTACTATTGAGAGAAACATTATTGGTTCACT CCTGCCACATTTTGTCTTTGGTCCCTGATACTTGATGTAATACTAGATGTAAGAACAATT AATTGAACCACAATTAAACAAACAAGAAAAGATGCAAGGATATGATTGATAAATAAAAAT GAAGGGAATAGACTTCAGAAGAAAAGAAGGGATAATCTAACAATTAAAATACATTAATCA TCAGATTCAATCCAAGAGGAAGAGAAATGAACTCATACATGGAAATCCTTACTTAGAGTA TTCAAGAAAGGTTCAGTGAAGAGATACCAAGGAAATCTCCTATAAACTCACACAAAGAGT ATTTCTCTATCTTCAAAACTTAACTATCCCTAATATGAAGACTAAAAACTATTTATACTA GTCTTGCAAAAATGCCTAGATTAAAAGAATAACCAAATAATTAAAATAGCCACTTGAGCA TGTTAGTTGCCTTGAAGTCTTCCTTGCATGCTTCCTTTTATCCTTTAAACTCATGATGGT TGAAAGAATGCTCAAAAGTCCTTGATGACCTATATGGTTGTCGTCATTTCCCTCATGAAT ATATTTGAGCATGTTACGAACTTTAAAAGCTCTTTTAATGAATCTTCCATGACACTTTGC TCCTCGTGGATGATTGAAAGATTCCAAATCCAAGATAGCCCACACCCTCGTTGTTGATAT CAATCCTGCTACCTCAATTTGCATCAATACTAAAGTCAAGACTACACCGTATTTATACCA TAATATAGTTAGCGTGTTGTACTTATCAAAATAAAAGCGGGTATATTATTATGGTGCTTC TATGCAGGATATTCTTGATTTACAAACACTCAGCAGCTCATGGTTCTCTAATATAACTCA CATTTTATTTCTGGACTTCTCTCAGAGAGGAAGAATTGATTTAGCTGAAGAAGAGCTTGA AAAGCTTATGGGAGCACCACATGTTAAATATGCCATTGCAGAAATGTCAAAGACAGACAA AGGAGATGAGGTGGATAATGTTAGGTTTGGAGAGCTATTGTATGGTCGCCATTTTAAAGG TATAATTATTGATGATGTGTTCCCATTCTGTCAATATTTTTCTGTGTGAATAAGTTGATG AATTTATAACTTTTGCTGTTTGTACAGTGGTTTTCATTGGATCTGCCTTATTTGCTTTGC AACAACTATCTGGAATAAATGCTGTATTTTATTTCTCTTCAACTGTGTTTAAGAAGGCTG GAGTACCTACGGACACTGCAAATACATGTGTTGGGATTGTAAACTTAACAGGTAAACATA TCCCCTCACCACACAAAACAGGTATAACACTCTTGAATCTGTTAGTCATTTCTCATTTCG CTGTTGCCTATAACATCTACAGGGTCTATTATTGCAATGATGTTGATGGATAGGCTTGGG AGGAAGGTGCTTCTAATTGGGAGTTTTTTGGGCATGGTAACCTAATCTTGTTTGCTCAAT CCTTTGTGCTTACCATGGCCGGTCTTAGAATCGTGTCACTATATTTTGCTTTCTCATTCT TAAACTTCTGAGTTGTTTTTGGTGCAGGCAGTCGCAACAGGTCTTCAAGTAGCAGCTGCG AGTTCATTTGTACCAAGCTTTGCAGTATTATACCTATCAGTTGGCGGGACCCTACTGTGA GTAATCCACTTCAAGATTGTTGTTGTAGTAGTTGATGCATTAAATATATTGATAGAAAGG ACTGGAAATGCTCGTTATGCTTTAATGATTAGATAACTATCAGAGGCTTATAATTCCTTC CTTCTGGGAAAGTTAATTCTTTGTCCAACAAAGAGAAGTCAGTAAAGCAGCTAAGAGATG AAGATAAGTAGTTTCGGTACTGCTTCTGTGGATAACAGTTTTCAATTGCATTCTAGTCAT TATGTACTTGGTAACTGTTGACTCTGGTTAAATCAATGAAAGATGAGACAATTTTATGCT ATAGGTAGCTTTCTTGACTATTAAGGAGATACTACAAATGCACAGATGCAATGGCCAGTT GTTTTCTTCAATAATGGGAAATTATTTATGTTAGGTATGTGTTAGCATTTTCTTTGGGTG CTGGTCCAGTCCCCAGCCTCCTGCTGTCAGAGATATTTCCTGGCCGGATTAGAGCAAAGG CAATGGCTTTATGCATGGCTGCACATTGGGTACTTTCATCCTGCCCTTGATATTTTATTT TATTTTTGCAAATTATTCTCTTTGCTTTGACCTTGGATGAAGAATAGAAGATCCTTTGGA ACTTTGTGTCTGACAACTATGATCTATATGACACTACATATTGTTCTTATACGAACCATT CAAGTCTTAATAACTTTTCACATCAGATTCTTCTTTTAATCATTCTTTTGTTTCATCTTT TTTTTTTTTTTGTGGGTGGGTTGGGGTGGAGTGTGTGTGCTGTGGTCCAAACAGATCAAG ATGGATGTCGAGGATTCATATGGCCAACTCTTAACTAGTTTGCAGGTTGATGCACAATAC TAGTTGTTGAGGGAGGAGAGGAGATGTATTCCCTTATTATTTCCGGTAGTATCTCGGAAT TTACACATTTAATCGAAACACATCTCCCATTGGGTACTATATGTTCTAGATTCCCAGTCA TTTGAAACGAGTCGCTGCTGAAATGAAAGCATCAGCCACATCCTGCTATTAGGTGTAAGT CAAATAAGATGGGTAGATTCATCCATCACCGTGCGATATTGACTGTCGGATATATATTAA AAAAAAAGAACATTATCCATCACGAGGAAGAGAGCTGTTCTGTCTGCACAATGACACAGT CTACTTAAGTGTTAGTAATAATTAAATCTTGCCCCCTCCACCTCTAACCCCCCCCCCCCC CCCCCTTTTTTTTTTTAACTGCCAAGAACCAGAAAATGAACCATTTAATGTGATGGGGAA ATCTAGGGGTATCCTAGTTCATCCCAAAATTTCTAATGCAGTATTCATTTTGTATTCTTA ACTTCAAATAAGAATCTAATCTTTGCACATGACCAACCCTTTGACTCTCTGACCCAGTGT TGGATGATCAAAGAGTTTTGTGCTTAAAATAAAATTCTTCCCGGAAGACTTTTGAGTTTT GACATCATTTAAGAGAGATCTAAACCTAGCTGGTAAACTCTATATACTGTTCTAAATACA AATTGATATGAGATAATCTTTTACATCTCAAAATGAAAAAAAAAAATGAGATCAGGCATA CTACTTATGTCCTTTCACATTCTGGTTTATGTGTGGTTCAGCTACAGCAGTAATTTAAAA TTATTTAAGTGTTCTCAGCACTTTGCTTTTTATTTTAATTGTTGTTGTCATAGCTTTTGT TTTATCCGAAATCTCAAGAAAACATCATAGATTTTGTTAGACTGATGCTTTCATTTCATC TTTCTTTCCCAATGTATTCTTATCGTATATTTTGCTCTTTAACAGGTCATAAATTTTTTG GTCGGCCTTCTGTTTCTGCCGATGCTTGAGCATCTTGGACCACAAATAGTTTATGCGATC TTTGCAGGATTTTGCTTGTTTGCACTGGCCTTTGTGAAAAAGAATGTGGTGGAAACGAAA GGGAAAACATTACAGGAGATTGAGTTTGCCCTTCTTCCATCTCATTAGTTGGTGACTAGA TCACACTCTATACTAAAGTTCAGATTGGAAAATGTTAAGGTCCTAGTGATTGAACATCCA AATTCTTTGCTATAGCTATTTCTTGATTTGTACAATTTCGGAGTGTGTTCATAGGCAGGA AAGGCAGCAACAATGAACAATCAAGATAAAGATTGTCACAAAGCGAGTTTTCATAGGGCA ATTGTCACTCTGCTTATTTTTGCTGCTTTTTTGCTCACTCCACTGGTCGGTGACTATTGC CTGAGGGAGCATGAAACTGCATCTGCCTCGGCCAGTAGTAGATCACATATGTACTACAGA GTACCTATTGTTGTTATCTTTGTATACCTTTCTTTTAATTTTTACCTTGATCTGATTTTT GTAATTAGCATGACACGGAAAGGCTACTCTAAACATTCCTTACAGAAATAATGTTACAGA TTTTGAATTAGCAAGATACTGGTAGCTGCTCTGCTGTAACAAGAAATATTGGTAGTATTG TAGTATACAATTGATTAATGTTAGCTGAGATTTTTCAATATTTGTCTTCAGTTTCTGCAT TGATTTTTCCAGTTGGGTGTGTTTGGTACGAAGGAAAATGTTTTCTTGAAAACAAGTGGG CTTCTTGCTAGAAGTTCACAGGAAATGTCTTAGAAATTTAAAAAAGTGAGTCTTGGTTGT AGACTTGTATCATTATGCATACAAGATATAGTTTGAATGTTAGATGATTATTCCATAATG AAAAATATGTACAATCTAGTCATGTGTTGACTTTAGGGTTATCTAATGATGATATAAACG TGTCTTGTTTTATTATATGAAAAATAGTGGCTAATTAGTCTGAAAAATTAGATATTCAAT CTTCTGTTTTAATGCACTACACGTCTCTACTATTGCAAGTTGACTTTGAATAACTACCTT TCTGAATATCATTATTTTTTTGTTCATTTTCTAAGTTAACAGCAAGTCTTACATATGACC TTGGGCATTTTCCTAGCACAGAGATAAAAGATTGACTCTGAAGAGAATACTTTGAAGAGC GAAATATAATACGAGGATAGTCTAAATAATATTACTTGATCAATGCCAATCTCACAATTA GAGAGATTGTTTTCGAAAGATGCATCGATTCAAAATCAAAAAGAGAATAGTATAATTAAA ATGCAAATCAAACAAACAAAAAAAGGGACGTTATACTAATCCTCCTCCGAAGATGTAACT AGATACCAAACTTGCCTAGTGGCATATGAATACATAACCAACTTGGAATAAAATGGTGTA GGAAACTTCCAATAACTTGACTACTCATTTGAAAATTCATATTCTATTTTACCCCCTTAA TATTGTCCATTTCTATGATATTAATGATACTCTTAAAAATTGTATAATGTGAAAAAGGAC ACTTTTGACCACAGGTAAGCTGAATAATCTTTCATTGATTGTTTTTTCCAAGTCAAAAGA TGCCATCCACTCTGTACATGTCACACAAAAATCCCTTTCCTACAACATATATATATAAAA GAAGTCATTGATATTTCTTCATCCTATACTAAGGGATAATTGTAAAATACTATTTGGATA ACAATGGGAAGAGTTGAAGCAAACAATGAAGGAGAAACATCTCAGGCAGAGAGTGGTACT GAACCAGCTGCCTCACAGCCTCAACAGTTCCAAGGAGTACAAAGTGTGTATCAGTCACCA TCACACTTAACAATTGGAGCTCCTTGGAGTACTGGCTTATTTGATTGTCATCTGGACCAA ACTAATGGTAAATTAAGTTTATTACTGTCATTGTTAAGTGTCCTATTTGTGTGGGATGAG TTAGTTGGTCTCTTGTTAAATGTTTTAGGGGAATCTGAGTTAGCTTTTGAGGTTGAGTGA GACTGAATGTTCATTTATCTTTCATGGTATCAAAGATAGACTCAAATCAATTCTTGGTTT ACTCGATGTTTGGCCTTTATGTTATGTTGTTCACACTTTAGATGTCCAGTCCTGGTGGCG TGGGGGAATATTGGTCAATCATCACCTCTTGAGCTAGTTTTTAAAATTGATTTAGGCCCA AAAATTCATTGTTTTATCATGGTACCAGAGTTAACTTTGTTGTGTGGGGATATTGGAATC CCAACATCTTCACATTTGTTTGACTTAAAATCCTTGATCCGCTTCTAAAAATTACATTCT TGTTTGTTTGTACAGCTGTCATGACGGCGTTCTTACCTTGTGTAACATTTGGACAAATAG CAGAAGTCCTTGATGCAGGACAAATGAGTAAGTTTCCCAGTCGACCCATCTTACTTGTCG GTATACAGAAGTTAAAACTCTTTGAATAAACCAATACTAAAGTTTGATATTTTTTGTGTG TTTGGTGATTAATGCAGCATGCCCTTTGGGGACTTTCATATACATGCTGATGATGCCTGC TGTCTGCTCTCAGTGGATCATGGGCTCAAAATATAGAACCCAATTGAGACAAAGATATAA TCTAGTGGAAGCTCCTTATTCAGACATGATTTCCCATATGTTCTGTCCATGTTGCTCTCT TTGTCAAGAATTCAGAGAGCTTCGAAACAGGGGACTTGATCCCGCTCTAGGTATGTCATG TCACGCTTGGTTACAATTAATATTCTACTACCTGTCTCGTTCATCTAAAAACTTAAACTA ATAGAATGACGATGAGACTCTTTAAGCCACGAATATCTTAACATTGTTACTGTTAAACAA AAGAACAGCACATGCTTAGAGGATCTCCATTGATGGAGATTAAGGAAGAAGAGAAGAAGA AGTGAGAAAGAAGAGATAGAACTCAACTCTTCTGTGATCTGAATTGATAAGAGTTGTGGA AAACACAATACAAAGAAGAAGATTATAATGAATCTGTAGCAGCCATTTATATAGCTAACT AACAGAGTATTAACAACTAACCAACTTCTAACTAACTAATGGAAATATAACTAACTAATA ACTAACTAGTTGTTTACATAACATCAACACTAATATCAACACCCCCCCTCAAGTTGGAGG TGTAGCAAGCAGATCCAACTTGCTTAAGATTGCTGAATGCTTCACTCCAGTGAGTGCTTT GGTTAGAATGTCAGCAAATTGTTCACCAGTTCCAATATGATGCAATGAGATTAGTCCTTC TTGAAGCTTAGCTCTCACAAAATGGCAATCGACTTCAATATGCTTAGTTCTTTCATGGAA TACAGGATTCTTGGCAATTTGTAATGCTGATTGGCTATCACAGAAAACAGGAAAAGGACT AGCACATGGCACAGTTAGCTCTTCAAACAATCTGCTTAACCATAGCAATTCCCCTACTAC TTTCCTAATAGACCTATATTCAGCTTCAGCTGAAGATAGAGATATAGTTTCTTGTTTCTT CGATTTCTAGCTGACAGGACTTGATCCCAACAACACAATATAACCAGTAACAGACTTCCT TGAGTCAGGACAGGATGCCCAGTCTGAGTCACAAAAGGCTTGGACCTGGTAATCATTAGT AGAAGACATGAGTAAACCCAAGGTTGGATCCTTTTTAAGGTACCTAAGTAGATGATATGC AGCCTGCAAAAGAGGTTCTCTAGGCTCTTGCATAAACTGACTCAGATGTTGTACTCCATA TGCAATATCTAATCTTGTATTGGTGAGAAAATTTAACTTTCCAATCAACTTTCTATATGA CTTAGGATTCTCCAAAAGTTTCCCTTCATTGGCTTTGAGCTTGATGGTAGAATCAAGAGG AGAAGCAAGACTAGAGTATGTAGTGCAGTTATACTCTTTGAGAAGATCAAGCACAAATTT TCTCTGGGAGATAAGCATTCCAGCTTCTGTATATAGTATTTCCAGGCCCAAAAAATAGTG CAGCTTTCCCAAATCCTTGATTTTGAATTGGTTATGAAGATAGTTCTTTAACTGATCAAT TTCTTCAGCATCATTTGCAGTAAGTAGAATATCATCTACATATACAGCTATAAACACAGT AGAAGAACCTTGTTTTCTATAGAACAAAAAGTAGTCATTCAAGGAGTTGTTGTATCCCCT AGACTTTAAGGCATCAGACAACTTAGCACACCATTGTCTGCTGGCCTGTTTTAATCCATA TAGGGACTTGTTAAGCTTACAAACCATGCCTTTAGTTGTAACATCCAATCCCTGTGGAAT ATCCATATATACTTCTTCATGCAGCTCTCCATGAAGAAAAGCATTATTAACATCTAACTG GTATATATTCCAGTGCTTCTTTACTGCAGTGGCTATCAAAACTCTCACAGTTGTCATTTT GATGACTGGAGAGAAAGTTTCTATATAATCTACTCCATAATGCTGAGTGTAACCCTTTAC AACTAGCCTTGCTTTGTACCTTTCTATACTCCCATCAGCCTTATGTTTTACCTTGTAAAC TCATCTACATCCAATAGCCTTTTTACCAGTAGGAAGTGGCATAAGTTCCCAAGTATCATT GTCATGTAATGCAGTCAATTCTTGTGTCATTGCATCTTGCCAGGCAGGATTCATTGCAGC CTCATTAAATGATGATGGTTCACAATCATGTGACACACTCAATATAAGTGATTGATTGTC AGGATACAAGGATGTAGAAGCTATATGATGGTGATGTGAAAAAGAGGCATGTAAAGAGGT CATATAGTCTTTAAGGTAAACTGGAGGTTTATGAGTTCTAGTAGATTTTCTGATGGGAGG ATCATATTCTGAGGATGTGAGGTTTGGTGAAGGAGAAGTAGTTAAAATGGGATCACATTG TTCAGGTTCTGGAGAGGTGATACCAATATTATCATTGTCAAAAAAACGTTATCAAATGTA GAACTTGAAGAAGAATTGTTGATAGGAGAATTGATCATACTAGAAAAAGGAAAAACTGTT TCATGGAACACAACATCTCTAGAAATATGTATCTTCTTACTGCTCAAACTTAACACCTTA TAACCTTTAACTCCAAAAGGATATCCTAGGAATACATGAGGTGTAGCTCTAGGTTCAAAT TTAGTTCTTTGATGTTTAGGTGTAGTAGGAAAACAAAGACAGCCAAAACTTTTCATGTGA GAGTATTGAGGTTCTTGATTATACATTATGGAATAAGGACACTTATTGTGAAGATATGCA GAAGGGAGTCTATTAATTATATATGTGGCTGTAAGTATGCATTCTCCCCAATACTTAGTA GGTAACTTGGAATGGAAAAGAAGAGCTCTAGCTGTTTCTAGTAGATATTTATGCTTTCTC TCTACCACACCATTTTGTTGTGGTGTATAAGGACAAGATTTCTGATGTAATATTCCTTTG GATTGAAAATAAAGGATAGATTCTTGATTCACAAACTCAAGACCATTATCTGATCTTATT TTTTGAATATTTGTCTTAAACTGATTTTCTACCATATTAACAAAGGATTTCACAATGTGT AAAGCATTGCTTTTACAACTCAACAAGTGTGTCCAAGTAGTTCTACTAAAGTCATCAACT AAGGTAATGAAGTATTTAAAATTGTCATGAGTGGGTAAATGATAAGGACCCCATAGGTCT ATATGCAGAAGTTCAAAAATTCTTGATGTATTATGAGTCTTAGGTGGAAAAGAAAGCCTA GTTTGTCTGGCCATAGGGCAAATATTGCATGTAAAAGGTTGTTTAGATGAAAAAATCACA GGAATGGATGTAATCCCTTTCATCTTTATAAAAGGCACATGCCTAAGTCTGTAATGCCAT AACAAATCATTACAAGAATCATGAGATAAAAGAGGTACAGAATCAGAAAGTACATTATTA GTGTCACTAGGAATTGTGTTCATTACAGTTGATCTAACATTCTGAAAATTGAACAAAGGA TTGCAAGAATGATTGATGGTACTACAAGAATGAGAGAAGCATTGACATTGAGAGCCTATC TTATTGTTGTGAGAAGAACAAGACATTGAAGATGAGACTTGTGAAATGAATGGACTGTCT TTTTTCTTTTTTAAACAATCTGAGCAAAGAAAGTATAATCCATCTTGTTCTCTACCAATC TCCAGAGGCCTCTTCATTGAAGGGCCCTGCAAGGTACAAGATGAGTTAGAGAATGATGTA GTACAATTGAGATGTAGAGACAAGGAACTAATAGAAATCAAATTGTATTTAAAAGAAGGG ATAAAAAGAACTCTGAACGGTGTGATCATGTCATTTATTCTAACATCTCCAACTTTAGTC ACCTTAACTTTGTATCCATTTGGCAATTTAACTAACATAGGATATGGTAAGTTAGTGACA TGTGAAAGATGGTTGATATTAAAGGTCATATGATGTGTAGCTCCTGAATCCAGTATCCAT AAATCAGTCCTTGATTTGAGACAACCACACGACAGCTTATCAAAATCAATAGATGAGTTG CAAGCTATCATACCTGCAAAGTTTGCAGCTCCACAAGTTACTTGTTCCTCAGAATCAACA TCTTCAGGTTGTCCTAATTGAATGTGTTGCAACAGATTAATAAGTTGATCATATTGTTCA TTGGTGAGATTAGCACTACAGGCTGTATGAGCATCAACTTTTCCATTTGGTGATTCTGCA AAAACATTAGCTACCACCATTCTTTTACCTCTAGCATACCTACTGCTTGTATTGTAATTG GTTTGTACCCTTTGATTTTGATTAACACCTTGACCATTAGATGAGTTATTTTGATTGGGA TAGCCATGTAACTTGTAACATTTATCAATAATATGCCCTGATCTCTTGCAATGCTCACAA AAAGGTCTAGGCTTATTGTTTGCAGGATAATTGCTTGGTGCATAATTTGTTCTAAATCTT CCTCCTGTCGAGTTTGATGAACTAGCATTGGCAGAACTTGATGGATTAGATGAACCACCA CGTATGGATGAATTCATTGAACTTCCTTCAGCAAACATTTGACTATGTGGCTTAAATTCC CTTTGTTTCTCTTCTTGTACAAGTAATGCAAAGGCTTGAGCCATAGATGGTAGTGGATTC ATCATCAGAATATTACCTCTAATAACAGTATAGACTTCATTAAGCCCCATTAAAAATTGA ATCAATCTTCGATCTTGTTCAGCCTTGTGCATAATTTCTTTACCTCCACAGCTACAGGCA CAACTACACTGGTTTTTGATACTCAGATTACTCAACTCCTCCCAGAGCTTCTTCATCCTA GTGTAGTATACAGTAACATCAAGAACTCCCTGACTCAGATCATTGATATCCCTTTGAATT TGAAACAATTTGGCACCATTCGTTTGATCATATCGATCTTCTAACTCTTTCCATAGTTCT ACTGCATCAGACACATACTCTACACTGTCTGCAATGTCTTTGCTAAGAGAGTTTAGGATC CAAGATATTACCATGTTATCACATCTCTCCCACTGACAATATTGTGGAGATGTTGAAGAA GGGCGTTTGAACTCTCCAGTAATGAATCCTAACTTGTTTTTCACAGATAAAGATCTCATT ACGCCTCGTCGCCATGATCGATAACCAATTCCTTCAAAAGCTACTGGAACTAGGGTCAAA CTTGGATTATCAGATGTATGTATGTAGAGAGGGTTACTAATATCGATTGTGTTCCCTCCT GTTCCTCCTGTTCCTGATATGGAAGCTTGGCCAGAAACTTCAACCATAATGAATTCAATT CACAGGAACCAAATAATAGAATGCTGAAGAAAATCAACAAGAAGAAGGATTTCGACCTTC AGATGAGTGCAGAAATTGACAAGAAGATGAATTCGATTTCTTCGACCTTCAGATGAGTGC AGAAATTGACAAGAAGATGAATTTCGATTTTTCAGAGATGATAAGAACAGTGATCTACAC CTGCTTTGATACCATGTTAAACAAAAGAACAGCACATGCTTAGAGGATCTCCATTGAAGG AGATTAAGGAAGAAGAGAAGAAGAAGCGAGAAAGAAGAGATAGAACTCAACTCTTCTGTG ATCTGAATTGATAAGAGTTGTGGAAAACACAATACAAAGAAGAAGATTACAATGAATTTG TAGCAGCCATTTATATAGCTAACTAACAGAGTATTAACAACTAACCAACTTCTGACTAAC TAATGGAAGCTAATAACTAACTAATGGAAATATAACTAACTAATTGAAAAGCTGTAACTA ATAACTAACTAGTTGTTTACATAACATCAACACTAATATCAACAGTTACAATAAATGTTG TGCAGGGTGGAATGGTATAGTTGCTCAGCGACACTATGGGAACCAACAAGTGAATCAAGC TCCTCAAGTACAATCCATGTCAATGTAAAAATTCAAGATTGTGATTCTTTATTTGTTTGA TTTGAGGTTGTGGTGTGTTAGTAAAAACCAGATTCTGTTCATGTTTGAAGTTGTATCCTT AAAACTCAACCATATTGTTGGCTGTGTTAGTTGTTTGAACTATGTTTTTACAACCCCAAT TCGAGTTAGATTATAAACAATGCCTCTTGTCTATGTGCTTGCTACAAATAACACCATCAA TCAACTATTTATCAATAAATTCGATAATAAGAATCCTCTATGATCATTATGCTCGATGTG AACACATTTTATTCCAAATAATATGTATGATTTAACGAAACAAAAATTGTTCACTAGGAA GCATTAAAACCAAACCATCAAGAACGGAAAAAAAAAATGTCATGCGTGTGATTTTACTTT TCAATTTGAGAGTGAGTACACTCACTTTGCCACGTCAGCTCTTAGGATGATATTTAATTA GTTTAGAATTGTTAAGGGAGTAATTAAATGCTCGTACGGTTAAATTACTAAAGTAAATTT TGCTGCCAAATTCAAAGGGATTTGACATAGTTTCCAGAAAGAAAAAAAAAGGAGTTCCTT ATTCCATAAGTTCCATTTCATGTAAAATGAAAATTGAGTTTGCAATGGACTAATGAAGAC TTAGCATCTATTCGATGGGCCGGGTTTAATTTCATGCCTGTATCAGTTTACACAAATAAC CACGAATGTATATTGTTTTACTTTTTCTAAAGAATATACATAGAATATACACAAATTATA CGTGAACTAATAATCAGCAATTGTTTTTAATTTATTCAGTGAATGGACAACTATATAGGT TAAATCTGCAATTTGTTAAGAGTTGAACTACGGAAGTACCAAGTTATTGTGAAACTAGCA GAGCTATATTAGCATCTGCTTTTATGATACAAATATATATATATATATATATATATATAT ATATATATATATATATATTGTATATTTGCTATAAAAATATAGAAAGATACTACATCAGTT TAAGCTCGCGATTCAGAATTTAAACTATAAAGATTATTAAGGAGGCCAAAAACTCTTATA ACGCTTGTCAATTGTTATGTGCACAGAGATGGTAGATTAGCAGTATAGTCAAAACATACG CAGAATTAATTGGATCATTGTTTAAATATGTTTCATGCACGTTAAGTTTTATTGATTGAA CCTATCTTAATTAGTGAAATTAACCTGATCACTTAGTAGTGAAAATAAAAAGTGACAGTA TATTCTTTACAACTTTAGAAACAAGAATATATATTCTAGTTTTTTTAATTTGTTAAATAT AATAATAATGTTTTTTTAAAAAAAATTGGATAATTTATATCACGTTTGATCTTTCGTAAT CTTTAAGATATTTCTATAATTGGGTTTCCAGCTACTGACTGACAATAGATAGGTCCATTA TCATCATTATATACCCCAAACAAACAAACAAAATAGGGAATAAAGTTGGAATGAATATAT TTTGTTTGATATAGTACCATAAAAGGTAGAAAGAACTACTACTACTTGTCTCAATTCAAT ACTTGTTGGGGTCTATTGTGTGTGTATATATATATATATATATATATATATATATATATG CTATCATTAAGAGAATATGTTATTGTTAGACTTTTTTCTTAATATTAATTATAAAAATCT AATGAATTTCGGGTAACTTTAAAACCTTTCACTAGTAGAAAATCATTCTTTTTCTTAGAA TCATTTGTATTCTCGCTTCTAATATCTCCTATCTTCAAGTCTTGTCACAAAAAACCCATC CGTGAGTGTATATATGTAGATGAATAATTCTTTTTTTTAAAAAAAAAACATATAATAATT TCTCACCATGATAATTGGCTATTTTCAGCATCAATATTAAAACCTAGTTATGTCGCTTTG TGATCTTGTTATAGAAAAAAACAATATTTTGTTTATTGTGAACTAAAAAGTGATTGGTTG ATGAGTAAAATGTTGAACCGTCTAGCCACTTGTAAATAAAAGGTTGGGAATGGACAAGGA CAGCTATAGAACTTGCTAAGGGAAATTGGAATTGGCCACAACAAGGGCCGATTCACAATG TGTTGTATGTACATGCACATGAATCAAGTAGTTTTTTATCAAAAAAAAAAAAAAGAGTTA TATTAATATTAAGAAGTTTATTAAATATTTATTAGTAAATTTTATTATTATTGTTATTAT TATTATATTTTAATAACTTCATGAAAATTATATATAAAAATCGATAAATTTTAAATTCAA AATCACCTACCGTCCATTCCAAACTGTCTCTATCTGGCTTTGAAAACGAATTCAAATATA TATTTGGTCCTTTATAAAAAGCACAAGTAGACAACATAATGCTACTATTTTTATTAATTT AATATTTTGTTTAATATGTTTTGGCTTGATCATGAATTGATGATTGTATTGAACCAACTT TAATCACATAATTTTTTCTTTTCTTTTCATTGTTTAATTTTTTTAATCATATTAATATAA ATAAATAATATTGTCAAAGCCTCAAATCTTTAAGCACATTTCACTTTTTTGGATGTCCCA AGACACTATTGACATTAAATAATGAATGCATAATTGCTTCTTGACTTTCTAACATAGCCA TTAACACACAAGTACATATATACCAGCAAAAATCTTAATTTATTGTCAACTTTTATAAAA GGATAAAATTATGAATTAAATAATTTCCTCTCATCGTGTCATATATGATTTTTTTTTTTT GAAATTTCAAATAGAAATTATTGGATAGAGAGGAACTAACAATAGTTTCATTATTTTAAA ATTGTTTACCTTTTGTTAGTGGAAAACGAAAGTGGAATGACCTAGGCAATTACAAAGTTC ATTAGTCGAGTATAGATCCTTAATTCTGCCGCCCCCACAATATATAAATTATGTTTAAAA AGAAATTACTGTTAATTTCGTGGCAATTAATAATTAGAGTGTGATTTAATTAATTTAATT ATACAATGCATTGATCTTAATACAAATTTGACATTCATCATTCCATTTCAGCCTTTAATC AAAGATAGACGTTTCTTAGAGGTAGAACTTTATAGTTCTTCCTGTTGAAAAAAAAAAATT CTTGGTAGAAGAAAAAATAACAGCTATTCTATAATTTTATATATATATATATATATATAT AATCTAAGAACAAGAAGATTCAATAAAAAATATAAACAAATTATTATGGAGTCCAAAAAT AAAAAAATTGAGCCAAAACATTCAAGTCAAACCGAACCAGAAAAAAATGGAAAATAATTT CCTCTACCGAACACAACAATAATCTCATCATTTTCATCAAACTATTATTCCCTTGTGGTA ATTTGAGCGATCATACTTGCAATTTTGAATCAACTATGAAATATAATTTTGACCTAAAGT CATAAGCTTAATTATATACTTTTTCGTTCGTTTTTAGTTGTCATAGTCTCCTTTTTTTTA AAGTCAAATTATAAGAATTTAGAAAAACATTCTAGAGAAAATGCACAAGTATTTCCCTAG ACTATGACCGAAGTCCTAGATATGCACCTTAACTAAACTAAGGTCCTATTACCCCCGAGT TTATTTTTTTAAATTTTGTATACCTTTTGTCTTACGTGGCACACTCCGTGACTCCACGCA ATTGAGGCGCGTGAGAGATATTCGGATGTCACGTAAGCCAAAAAGGTACACAAAATTAAA AAAAATAAGTTGGGTTGGGGGGTAATAGGACTTTACTTTAGTTGAGGTGTGTCTCCGAGA TTTCGATTATAGTCTAGTAAAAATATTTATGCATTTTCCCGATATTTTACGGTGTATTTT TTCATCAAATTAGTATGCAAAAATTGCAATTTATAGTACTTTTCATATAGTTTTTAAATA TCTAATTTTTTTTTTTTTTAACATCTTCTTGACGATAGTCCCAAATAAATTTCTCCACCA TAAAACAACGACTAAGAGTAAAGAATTTAATGATATTGCAAGAAAGATAAAATTTTCGAA ACGATATGTTGATTGTACCTATGGATTTCCAAGTTACATATACAACAGTTATGAACTACC TTGTAAGGTAGTAAGATTATTCATGAAATTCAAGAAAATAGGACCATATTGTACATTGGA AAATACCACTTTATCATTGACCCGATTTCAAATGCAAAATAGCATCACAAACAGTCAGCT CTGACTTTCATACTGAGAATGACTGCTTTGTGATGTTATATCATTCATTCCATGAGGACA CAGAGGCTCCGATACGTCTTATCATCAGTTTGTTGTCGTCTCAGTATTTTTACACTGTCA GTGTATATAACTTAAAATCCAATCAGCTCGTAACATCAAAATCCTCCTCCGAGAGCTGGA GCCCAATAATCGGCGCCGGTATCACTTCCTATATTTGCCATGCAAGAAATAGGAACCAAG CACAACCCTCTACTCCTTAAATCCATCGGTTTGTGCTGAGAATCCTAAAGAGAATGAAAA CTAAAATCAGCTCGATTAAAAGATAATTAGAGGCAACTCAATTTAGTATGTAGCATTGAT TAGTAACATCATACAACAAATAATAAGTAACCTGCTATAACATGTTAAATTATTTGACGA TAATGTAAAACTTAACATATTTGTTAATTGCCACACTAGTAATGGGGCATGCATGTACAT GTATTGAATAGAATTATACCGTACCTGCTTATTTGCTGGTCTCCTTTTCAGAAAATTACC ATCCAAAAACTAGATGAAAAGGAATTAGAATTCAAATTAGTATCTAAGGACAAGAAAGTT ATAATGGATCCAAATTCAAAATTTTAGCCCCTTTCTTGACTAAGCTACTCCATCCGTTTC TCTCTTCTAGTATGTTTTAAAAAAGAACGTCATATTTCTATATTATGTAAACTTTTGGTG ATAAAATTTCCATTAACACTCCCTTATAGGCATGAAATCATATTTAAACCACTACTTAAA AGGCTACATTTTGTATGTTACTACACTTTAATTAATTAAAGAACACATAAATTAGACGTA TTTTTTATATTCTTAAATTTTATGCTCAGTCAAACTACGCAATGTAAAATAGATCATTAG AGTTTGTTTTTACCAAACTCAGTTGAAGAAGTGCAATTATTGTTGAGAAGATCATTTCAC CTTTAGGGCGGTCACTTTTTATGAACAGAACACTTTGATATATATGACTGTTGCTTTACA AATGTAAAGCCTCACATAACTAGCTTTTGGTGTACTAGTGAGGGATCCAATAAAGTAGGC ATTTGTATATCAAGTAAATAATAATAATAATAATACTTAATTTTCTTGAATTCAAGAAAA GTTAAAAGATTAATCTTGATAATTAACGAATTAATCAGATATGATTAGTCAGTCGCACGT GTATAAATATGAGAAACTGATGAGGAATCTTGGTCGTGCATTGGAAAATGTGTAAAGAAT AAATTTCTTACATTCAGTGATTGTTGGGGAATGTGACCCATGCTTCCTGATGCATTGCCC AAGTATGGTGAGCTTAATGCCTGCATATATACGTGCACCAAAAAAAAAATTTGATAAAAA TTCATGTATAATATCAATGGATATATATATGTTCATAGTAATATATAACATTTTTCACAT ATTTATAATTAGTTAGTAACATATATATATAGGACGATCGATTCGTAATAAGTAAGATAA AATAATCTAAAAGATAATAAGGTGAATAATAATATTTCTTCATTTCGAATAGAATAATCT ATTTTGACTTGACATATAGGTTAAGAAAATAAGGATTTTTTTACTCTTAATTATGATGTT AAATTAATGTTATGTTAAATGTAACAAAATATCGCTTAATCTTATGAGTTTAAACAGTCA AGTGCAAATGATCATATCATACCATTTTTAGACAGACTAAAAGACACCGTGAATCATTCT ATTTGAAACGGAGAATATACGTATAATGCAACATGTCAAAATCAATGAATATATTTGCAG CATGCTTATGAATGAAAAAAAAAAAAAGGAAGACCTGAATTTGAGCCTGAAGGAATCTGA TGTAGCCAATAGCTTCTGATAGGACGGAGGCTGTATCAGTCTGCAAAAGAGAAACATGAC ATGTCTGTCTCATACACCAACACAAATTTAAAGCCATATATTCTTCTTTTTCTCTTTTCC TTTTTGTGTTGAAAAACTTTATTTAATTTAGACACAACTTCATGGGTAAGATCACTAAAG CAAAAAATAAAAAAATAAAAAAATGTGTTATCTACCAAAAAAAATTAATTAGTCTATTTA TATAGTACTACTATTTCAACGTTATTCTTTTCAGTGATCCAGTACTGCCATCAGCATGGG AAATAGACTAATTAATACGCAGTACAAGTTATGTGATCTTATGCAATTACACCATTGTAA ATAAGTTTAACATATCACACTAGTAATTATCAAGTGATTAGTGTGAATTCGTTTCGGACC TTGTTTGGTTAGTGTTTTAATTTCAGTGTGACTAATATATGGATGAATTTTAACTTATTA TAGAAAATTATTGAGTTGATTGTATACATTACTTATAGATTAATCTATAGAAGTCAACTT AAACTAATGATGTGAAAAAAAAAAATTTACTCATTCTAAGTGTAAAAAGTTACAACCTAG CTAGTAACTTTACCTTTCCAAATGGAGAAACAAGTTGGTGGAGTGATGTTACTCTATCTC CTAGCTTCTCCTTTCTTACCTGCACAGAAATTGCAAAAAAAAAAAAAAGTTAATTAAGGA CTTTAGTTTGCTAGGTAGACCATAGTTTTCGGTGATATTATGGGCGTTTGATCATGTTTT ATTGTAAAATTTGAAAATAAAAAAAGTTTTTTGTTTTTCAAAGTGAAATTGTGTTTGGCT ATGAACACAAATTAATTACGAAAAAAGTGAAGACACTTTTTTTTGTTGAACTTTTGAAAA ATTTGAATTCGAGTTGAAGTTTTAAAATTTTATGACTAAACATGTTTTTCAGAGTTGAAC TCTAGGAAAAAGTGAAAAAATATGGTCAAGCGCAAGGGTTTACAAAAATTAGATAGGAAA GGAAGAGAGATATAGTAATAACAATTACCTTTAGAGATGGTTGAGCTGAAGATTGTTGAA CCCTAGCCTTCTTGCTAATCCCACCACTGCTTGTGCTGTTACACTTTTAATACATACATA CAAAAAAAAAAGTAAATAAAGTAAACAAAAAAGGGTAAAAAAATTCAAAAACTTAATGCT TAGCTAAAACTTTCATTATGAAAATCACTAAGCATCTCTACTTTTTTGTATTGATTAAAT TCGTAATGCTAATCATGAATTAATTTTGTCATTTTTCTACAAATCACTTTCCCCTTTTTT GAAATTTTAATGATGAATCCATTGACTTATAACAAATGTAAGATGAAATGGATAAATCAA CTTTTTTTAATTAATTACCCTTTTTTTCTTTACCTCAGTTGAATTATGATCTGGATGTTG ATGCTTATGTTCCCCTTTGTTGTTAGAGAAATTCAAAAGGTTGTGACTTAACCCAGTTGT AATACAAGAGCTAGCTGGTGAAGACAAATCTTGTTGAGACCAATTAGAAGCAATTAAAGG CCTGGTAAAATGATCAGTATCTAATTCGAGTTTTTCTTGTAGCGATGAAGATGTTTGAAA TTCGTTGTGGCCATGATGATGATGATACAATTCTGGCTTTACATCAGCAACAGGAACCCT AAAATTAGCTGTTGATGATGTTGGATGGACGGAATTCAAACTTTGGTCTTCCGAATTCCC GGCGGCATGAAAAGGACTAATACCAAACTTTTCTTCATCACCACAAAATCCATTCCTGTA GAGTAACATATTTGAGAATTACAAAGGAAAAAAAAATACAAATCTGATTGAACTTATTAC TTTCTGCTCGAACTATTATGTAAAAGTAAAAAAACAAATCAAATATATATATATATATCT TTGGTAAAATCACACTAATTAATCTAGATCTTGTATCCTTCTTTTTCTCATAGCAAGAAG ATGACAATTATTAGCTCAAACCAAAGGGAAAGTTATCAAAATTTTCTAGGTAAGGAGCTA CATACCCTATAATATGTGTATATAATAAAGTTCGAATTCTGAATTATCTTTAGAACCAAG CTAGGTGATTAAACATGACGAATAAATTAAAGAGAGAGAAAGAGGGTAAGGTTTTGTATA TTTACATAAGAAGTTGGCTCAATGAACGAGGAAAATCTTGATTTGGATTATGAGCTCCAT AAAAATGTGAAGAATTAGAATTAGAATTAGAAGAAGAAGAATTATGTTGATCATGATCAT GAGATAATTGTGGATGCATGTTTCCATTCATGATCATGCTCCACCAATTAGTAGGGTTTC CAGCCATCATTTGCTACTCGACTAATGATTATTCTTCACCCTCTTCTCTCAACACAAATT TTGCAATCTTTCTTCTCCTGTATCTCTCACTACTTTTTGCTCTTGCACATCACTACTTGT CTATTTTTTTTTTCCTTTTTTTTGTGCAAAAAAAGGAGACTTTCTTGAAGGCCTTTCAAG GCTGTATTATATATATATATATATATAATATATATATCATTGTCAAGAGAGTAAACATTA CTTTGTTATATAGTAATTTCTCAGTCTTATTTTACGTGACAATATTTGACTTGACATGAT ATTAAAGAAAGATTTTTAAAATATGCGCTCTAAAAACAATCCTTAGATATTTGTATGATT ATAAATGTAAAGTGACATTTTTTCGAATAAACTGAAAATAAAAAAATATGATATAAAATG AGACGGAGAGAGTAGGATTATTTCTTACTTGTGGGGTTGAGAACCTTTGTTATTGTATTT TGTTTTCCCTCTTATTGATACCTTCTTTTATTTTTTTAATTTCTTGCTTTAATTAGCTTT ATTGTAAAGTGGAGGCAGAAAAAGGCTGGTGGGTCAGGCCCAAAAACAAATGCTCGTGGT GTTATTTTAAAAAAATTTATTTTCAAACTTCATTGACTTAAGAGTGGTAACTAATTAAAG GATTGTTCTTTTCTGTTACTAGCTATACAGCTGCATTCTCTGATCTTATCTTGTGAAAAA AGGAGTACGCTCTTTTATCACATCTAACAAAGAATATCGTATTTTGTTATAGAGAAATTT GATTGTATTAATAATAGATATTCTATCGATCAATCGTATTTTGTTATAGAAAAATTTGAT TGTATTAATAATGCATCTTACCTTTTTATATTAAATGTTCCATTTATGTTATGGTTATCA AAGAGTATTATCTGTTATAACAAGTTAAACTATAGTAACTATGTAAAACATGTTGTGTTG GGGTTATGTTTACCATAGTAATCAGAGAAGGGCTCATAGTCTTTATTGTTCTGATCTCTT CTTTTTCGATAGCAATATTTAATATTTGTATCGAATTTGCCTACATGTCTCGACTATTTT ATTAGATACCCTCGATTTAGCTTCTTAATAAAGTTTGGATAATCCTCGAAAAGCTACAGG GCGATTTTGTTCCAAAGAAAGGGAGAATGATAGTTTATCAAGAGTCATGCTCAAGGAGCT TTGGAAGATTAAGTTCTGAAGTTCATTATAGGCTTAAGTGAATGATCAATTAATGGATGA TATATATTTATATTTAGAAGAGACAGCCACATTGCATGTTTTAGCTGATCTTAATCTCAT TTTAGTCTTACATTTAATTATATAAGGGCTATATTTGTAATTAATAGCTATCTCCGGTAA ATTCATGGGCGTTTAGACATAAGAACTGTGAAATTTGAAGAAAAAAACAGTACAATATTT GTTTTCGAAAATGAGATTTGAAATTTTAGAATTCTTGTGAGTGATTTAGAGCCCGTTTTG ATTGTCTTAAAAGTTAAAGTAAAAGGTCAAATTTAAATGATTTTAAAGTTTAAAAAAAAA TAGGAATGTCTACTTTTGATTTTTAATTTATTATACGTTATTTTTAACCTTGTCAAACAA TTTCTGACTTATTTTAAAGTTTGTCAAAAATTTTCAAAAATTAAAAACTAACTTAAAAGA ATAAAAGTAGGTTTGACCAACTTTTATGTCAATCCAAACACCTAAGAGTGAAATTATAAA ATGACTTTTGTGGATTTCATCTTGAAAAATTTATAACAATTTTATGTCCAAATAACTTTT CGCTTATTGGAAATCATCTTCAATCTTCGATTTCATAGTACGCTGATTCGATGCAAGTTC ACTTTCGTTCGCCTTCCTGTTGATCCGAGCATTAACTACCTACTCCTTTGCTCCTTCGAT ACGTGCCTGGTCAAAATCGTGCACTCTTTCTTTTAATGAGCTATTTTAACTATGAGAAAA CTTTTCATTAGATAGTCTTCGATTTTTAATATAATTCCAAAAAATAAAAGTGAAAAAGTG TTTTGTAAGCATATATATAGTTGTATTAAGTAGCTAATGGGTGAAACTCCTTTTATTGCC TATGAACTTTGCCTAAAGATTTGCAAGAGAAATACTTTTCCTCTAGAGGATTCTATTCGT CTAGGTGCCTATAATCTATATTGATTGAATTAGGAGGTGATTTGGATTTATTCTAGTTAT TCCCTACATACTATATTTTATCAAAATTCATATCTATTTTCTACTCTCTCCGTTCAATAA TAGTTGTTCACTATACTATTTTTGAATATCCAACGATACTTGTTCACTTTATGAAATGAA TGAATAGTTTCACTTAATTCCTTGTTAATAACATGTTCTTGAATTCGAAAATTATCAATC AGGAGTCCCAAGGAATTCAAATATTATTGATAGATTCACAAGAGAATGTCATCGTAAAAT ATTCTGAGACATTTCAAAAGTTCACTGAAACAATATTTATTTATTTTTTTTGCAACTTGA CAACCTGAAGGAAATGAAACATTTTGCTTATTTCTTCCCTCAATAATTAGACTTTTGGAC ATAGGAATTGGACCGTAATTTGAAGTTCTGATTTGAAATTAATCTTGTTCTTGTTGAAAT CTTTACAAAATAAACTTTAATTTCAAGTTCTTATTCCAAATTCTCCAAATGTGGGATTTC AATTTCATATTGTGATTTCAATACTTTTTTAATGTAAACTTGACCAATAATTATATTTTT GTGAAAAGATTATATTAGAGAATAGATAGTTATTGTTATAATTGATTTTTTTGGACTGAT AAATCTTTATGAAAATTATGTGTATCTAAAAATTTGTAATAGCATGTAATTGTCAATATC TCTACAAAACAACATGAATATATACAATTTATTAATGTGACACTTTTAGGATTTTTCAAT ATATTAAATGAACTATGATTTCCTCATTTGAGAGTGTACGAATTGTGATGTTTTGATAGT TTTTAGTTTTCACTGATTGAAATTTTTATACAACTTAAAAAATTCAAATTAGATATCTGA ATAAAATTCCTAACTTGAGATAAATCTGAAATCATATGCTGAAGGTTCACAATAGACTTG AGTTGATGTTTCCAATAGAAGATTAGGAATAGGAGGCCAAATTGCATGCTTAGCCGACCT TAATTGCATTCTAGGCTTAAGTTCTGATTATGTAAGGGCTGCTTTCGTATTATTTATAAC TAGCTCCTATAATAAATAGTAGAATAAGGGTTAATTCCTCAATAAATAGTACTCCCACGA ATGATCCTATTTTTTTTAGTCTGTTTCAAAAAGAATAATCCCTTTCTTTTTTTAAAATAC TTTATCTTTAATTTTCCACGTGATATGTTTAAAACCACGTGATAAAAGGGTATTTTAATA CATTTGGGTGTAAGTTTTCAATCTTTCAGGTCCTTGTTATTTCCCATTTCAAAAGTTAAC TGACACACTTTTTCTCACCTTAGCTAATTTGCAAATTGACAACCTTAAGGAAATGAAAAT TATGTTTATGATTTCCTCTCAAAAGTTGCCGTAATCAAAGTTAAAAGTAGAACTTTTAGA GTCATTTCATCAAAAATTGAATCAATCGCGTGTAGACTGATCCAACAATTGAGAAAATTA TCTTTCAATTAAATAAACAAATGAGATGTAAAATACAGGAAAAGGGACAACCACACTATT AAAAAATTAAAGCACTCAATAAAGCAGAACAATAAGCTTTATTAAGGAATCTAGATACCT AGTTTCATTGTCAAGTTGTCTTTTGAGCAACTTTTGATCTATAGTTTAACTTAGCTTCCC TTTTTTTTATCATTTCAATCACTTTGCAGAACAATCATTGTTTCTGAGGAATGTTGCTGA CTAAACCACCATGCCGTTGCATAGCAGCAACTGGTTCACCACATCTGGGGCAACGAAACG ATGAAGATGCAGAGCACCTTGTTTGAAGACAGTAGTAACAGTACCTATAACATTGAAATA CAAACACCTGAAATTTCAGAATCATTTATGCAAAGCAAACTAACGATAGAAATGATTCTG AACATTGAAAACTGTCGAATAGAAAGCATGGCAAAAGACCAACGAAAGAAAGCATATATA TGATTTCGAGAAGCTCAATAGCTCCTAATATGAGAACCATGGTTGGCTTGTAGAAACTGG ACTCAATCATCTTTAAGTTGCAGACGAGGTGATACAAACAATGTAATGAAAACTTATTTT GGTTGTAAACCTGAAGTAAAAGTAGTTTTGACTCTGATGTTCTGTGCCGACAGTAATATT AGAACCATACTCAACACAACGGTCCAAACAATTTTCACCTGGAAAGAGCATTAATAATAA TGCCTACACTAACCTAGGATTGTCTAGCAGCAATTTCCACAAATCCTCATTATTCTATGA TAAGGATTTCTTCAGTTAAGAAACGTCGAAGTATGTTCTTAATAAAGGCATATAAGCATA TATGAGAATACTGCATTACCATTCTATTGTATAAATGAAAGCATGTAAATGTACATACCT ATGCTGACAAGGGATAGCTACAAATGGAATTGATGGGGTTCCCTGGCAGATGGGGCATAA AGTTTCATCTACTGAAGAATCTGAAGATTTGTCCTTTGAGAATGGACGAAGGAAACTCTT GACAGATGCTGAATTGAGAAGGGGAAGAAGCAAGAGCAGCAGTTCCTGCATATTAGAAAA TTGTTTAAAATCCAACTCCTTCACATTGTTTGCCTACTGAGAAACCAAACATGTCAACAA GGTAAAGCCAGAAACAGAAGCTGCAAAGTTTGAACTGTAAAGCAAAAAAAATTTACAATC CAGTAAAACAGCTAAAAGAATATGTAAAACTCTATATTGTTAATGATTCAAACTATCTAG AAATTTCTTAGTGAGTCTTTTTTAATACTTTCTGGACGGGCATATTGTGAGATAACGACA ATGGAAGGACAATTACCGAGAATTCATTCCAGACCAACTGACGATTCATGTACTCAAAGC TCACAGCTCTGTTCATATTTGGGCTCCCATAAACAAGTCTAGCTCTTAAAGCTCTTTCAA TGAGATTCCTGAACCTGCATGTAGTTGATACATGTAGAAAACCATTAATGTAAGAAGTTG TAATGTGTTAAATTTATTGGCCAGATCACATGCAAGGGAAATTTATTACAACCAAATGAT GCACTGTGCATATTAGGGCTCCCATATATCTTTAAAGAATCAGTAGTATCAACCATCCTA ATGTGCAAAAAGTTTATCATGCCGCATGATTCCAGCACTAAGTTGGGGACCTGAGTCCCT CATACGAGGAATCACTGTCTGATTGGATGGAGATGCATGTACAAATTGATGACAGATATT GTGGCCATAGCTCACTACAGTCAAGTAAAAACAAAGAAACAATGAAGCTTAGATGCCATT TGCTTTTCAGAAGAAAAATGGGGGCTTTTATTGCAAGTTCTCAACGTATGCCCCTCGACT AAAAGTGTTTTTCCACGAAATGATGGTTCCCAACTCAAAAAGTTTGTAATATATCATTTG AAACAATAAGAACTTGGTCAGTTTCAACTCATCCTGATATGACCTCTTTAATAGAACATT CTCCACAGATTCAAACTTAGAAAGTTCCCTATTTTAACCTTTTCCCATTGAAAATTTGTC ATAAAGCAATACAAGCTCATATGTGTGCCTCTGATACCCATGCACCGGTCTGTTAGTTCT TACAGCACAGATTCAGGCAGCACAGACTCAGGCAGTATTACTGACAGAACTACTTTGTGA ACTAGATTTCTGTCATCTTCTTCTTTTATCCGGTGGTCATGTTATGCATTGAAAAAGAAA TAAAAAGTAAAGTCTTTGCAGTAAGAGATATACCTTCCTGTGTAAAGAAAGAGAAGTAAA TTGCTAAAAGATGCTGCTTTATAGATACCCTCCATCCGTTGCATTAACAACCACACTCCA CGTGCCAAGGACCTCTGAAGCAAATACATAATTAAAAAGTGACGAATAAATTTATCTGTT GACACTATAAGAAACAGTATTATACAAGTTAGTACTATTCATTAAACTAACACGATTTCA AGTTGACACTATAAGAAACAGTATTATACAAGTTAGTACCCAATCCTATTTCAAAAGCTG TTCAACTGAACAGCGATATCAACATAAGACTTTAAACTGTACTATGCAAATGTACATGGC TTCCAAACTTGGACAAACTTGTACTTTTTCTATGACATTGAATTTTCAATACTTCCTCAA TCTCACATTTCCCCAACTTCATATTCCAATTGTCCTCTTCTATTACGTCAAAAAGGAAAG CTGCATGACATCATATTTTAACCTGATTGTCCACCTTACTTTTGAACTAACTTTTTTCTA TTTCTTCATACTTGAGAAAATATCTTGTGATCTTTCGTATTTCCCCATCTAATCTAATAT TTAATCAATGAATTGTTTATCTCACGTCTTGATAATCTAGGCCCTGAATATATTGTTTAC CTCAATAATCGTGGTACCTTAAAAGTAGCATGTAGACCCTAAATGTGACCCCATCAATTC AACTCTTCTTTCCTATTTTGTTTTGATAAGGTCAATTGCTACTCATATTGTAATAACATG GCCAAAAAGATTAGTTAATCAATAAAAGAGAACTAACAGCTAGATAGAATACCACTATAA CATTGAATATACATGATACCCTTCTCCAGCAGAAGTATTCATGTAGCGTATGCAAGTATT TTCTTTTCGAGAAAATTAAACAAATTTGGATAGGCTGAAACAAAAGGCACAAGAATACAT TTGGTCATTTGGATTATTAAATACAGACAAGCTCTGCTCTAGTATTTCAAATTAACATTT ATTTTTGCTAGTTATCAAGAAAATGCTTTCAGAAGTTCCGTAAGTATTATACTGCTGAAG GAAAATTATTATTCATCTGAATTTTATTTATTTTTGATACTATCTGTATTTATATGAAGA TCAGGGGAAAGAATCAAACTGAAATACTTCTAATTCCTACTTCTTTTCTATATGTAGAAT ATTGCCTGCTGTGGAGATTCCATGACATAACAAAGTTTTGTTGGACATGTTGTTACCATA AGAATCTCATTGTTCTTGACTACAATGTTATTTATGATCTTCAGACTAAAAGATCCTAGA TGACACAATTTTGTTAATACTCTACACCGTATTTATAATAATGGTGGTATGCGGACTAAC TTGCACGCAGCTCAACTACTCCTTCGGCGCATACTACCTCCTGACAGCATATGCATCGGG TAACTACATCTATCAAAGTTAAGATATGCATGAAGAAATCACCTAAATTGATTTTGAGCT AAAATTTGGCTACTAGTTTCTCATGGTCCATGGCAACATCCTTGTTGTTTGTCAATATTC TACTCATACCAATGATCAAGGCTTTTCAGTGATAGATGTTTTTACTGATCCTACATTGAA GTTGCACATTTTGAAGTTCCAAAGCATATAAAAATTTTCCTTCTTAACATTTCATATGCC TAAGCCAAAACAAAATAAAAATCGAGGGGTTCCTTTTCAAGGTTAAAAGTTGTTACACAA AGTCAGAATATTGGAGGACTTAATAACTAATTATTTCTAACAATTGAAGTCAACAAAACT GAAGAGTATTATCTATTAGAGAACGAAGAGTTCTCTTAGTGATAAACATATTTGTCACCA GTAAAACAGGCATGCACGCAAACGTGTCGAATATGTGAGGCAGAGAGAGCAGTACCTGCT CAGAGTCACCCCATCTCCGAAAAGCAGAAAATGATTGTAGACGAGCCCATATATATTGAC CACCAACTGTTGCAACACAGTACCATATCTTTTGAGCAACAGTAAGTCCTGGTCCCTCTA ATCCAGTCCTCACTATAAAAAACATGGAAAAGGAAACAGAACTACAACTGAAATTATAGC AGTTGATGCAAGAAAGAAAAAATGAAACTGCATCAAGCTGTCAACCTTAGCACTTCAAAC ACAAAGTAAGACAAAGGAGATTTTCCAAGACAATCCTTCCAAATCAGATTGATTATACAC CCTTGCTAATTTAGACTTAACAAACTATAAGACTACAACTGAAATTATTGCAGTTAATGC AAGAAACAAGAAATGTGATTACATCAAGCTGCCAACCTTAAACATTTTTACCATATCAAA AATAATTAAATCAAGCTGCCAACCTCTTCATTTCAAACACAAACACAAAGTAAGACCAAA GAGATTTTACAAGTCAATTCCAATGGTCCCTCCATTACAAACTGAAGAAGATGGTTGTAC TTTGTACTCGTTCTTCTTATGCTTTCTTTAGTAAGCCATTTTTTGGGCAAATAAGTCACC TCCTCACATTGACATATTTTTGATGATCTTCCTTTGTCTGCTCCAATACATTGTTTTTCT GAAAGTAGTTGGCAACTAATCTCGAATTACTGTTTTATAATCCTTTTTATCTTTATCTTT TGCGTTTCTAGATACTTTGGTCTTAATCTTTTTAATTATTAATAGATCAGCTGAGCTACT AGAGACTGTGAAGTTTCAAATTCTATAGCAAGTCTAAAATTAATCCCTAAAGTAGAATCT AGAACCATCTCATCGATGCATAGCTTGCAACACAATATAACAAATTTAATTTCTAACATC ACTGAGATACAAAAAAGGTTGATACAAGCTACTTACAGAAAAGGAGCAACAAGATTAAGC AATGATGTTTTTCTAACCTTTTCCTCTAATCTCACTTGCACGTTCATCTCTGTATCTCAG ATTCATGAGAGCATTACCAGGAGTAGGCTTATCAACCCAGATAGAAAATCGCCAGATTAG AAACTCAAGAAAAGCATCAAGTTCTGGTTCATATTGAAATAACATTCCTGGCTAATCCCA AAAAAAAAAAAACAGATATCAAAACTTCTGTTAGATAACAGAATCACTGAAGACTTGATG AATTTGATGATAGAACAAAAAGTTACACGATAGGTACCTTCATCAAAGAAAAGACCTTAA CCAACTGCTCTTTTAGCATGGCTGACATTTCAATGTCCAGTCTTCCAGCATCTACCTGAT TAACTCTGGATATTGATATTGGAATGGCTGACTGCCAAAAGAAGTTATCAACATGAAATT TCAGTGGTGGAAGCAAAAAAATCAGCAAATAAAACCTCAAAACGGAACTCCTTACTCATC CTTCTCTGAGCCCCAACAGTAAAAAGATCTACATTTAAGAACTTTACAACAGAAAAGGAA AGAAAACAGCTTTTGTGTGTTACAATGAAGAAATAAGTAAATTCCCATGGGATAACACAC TAAAACCATCAACAATTTCCAGAGAACGGCTAGTCTTTTCTTTCCTTTCTTGTATTTCTG ATCTTTATCACAATGAAGCTCCACGTCTTGTATTTCCATTAACATCATCCCAGGTTGCAT AAAACTTGAAGAAAATTTAAGCTAATCTGGTCCTGACTAGGGGAACTAAATCCATTTTTC TAGTATCCTACCCCCAATAAAAAAAAACGTAGATGTGCAAATGTCCGTATCAGAACTTTT TCTATGAATGTTCTAAGCTCCATCAAAGTTTCCATAACTAAATAGACAGACAAACCACAG CCTATTATCATCAAAACTGAAACAATGACTTATAATGCTTCTTCGGAGTAAGTCCAATAA GAAAGACAGTGTTTTTGTGGGAAATACTGTAGTAAAGAACAAATATACATAATAAAATGG AACAGATATGGGAGACAAATGGAAATTTCTCGAAGTCCACAAGTTTAATTGAGCAGGTGC GGATACCAAAATAAATATATATTTCAAAAAGTCTCTGCCCTAACTGGAAATCAGTTATCT CAAGTGTCATAATAAAAAATTGAGGCATAAAATGAATGGGCGGAGAGAGTACCTGTTGCG GTGGAGGAAGAAGAGATTGCCATTGAGGATGCAAATTCCGGTAAGTATTGATCCAAGCAT CGTGTTGTGGGGGAGGATGGACAGTCGCACCACCACGGGGAGCGGAGGATGAAGCTAGGT TTTGTCTGTCCATATCTCGGCCGTACTAGATAATTCAATGAATTTTAACTATAGTGGGAT ATGCGATGAAGAAATTGGTGGTCGCCGGCGGCGATTGCGTACCGGAACCCCGGTGAGCAA TCTTTTCAGTTCAGCACTGACTTGACCACGCAGACAAATTTGAGACACAACAGTTGAAGT CTTTGTTTATTTAAAATTTAGAAAAAAAATAGAAAATAAAAGCGGTTAGGGATATTTGTG AAGGGTAATTTCGTCTCTAAAAAAGGGTGTGTCATTGAAGCACGCTTTTCAAGATTATTG GAAGACGCACTGTGCTGAAAATAACAAAAGGCCTAAATTAAAACAAGAAAAAAATAAAAA CGTCGACAGCAGGATTCGAACCTGCGCAGGCAAAGCCCAACAGATTTCGAGTCTGTCTCC TTAACCACTCGGACATATCGACGGTTTGTCTCTCTAAATTTTATGAATCTGATAAGTACG AATTCAATATGTAAATATCGACTAGAACCCAAATTGAAGAATAGTGGTCCCAAAAAAAAA TTTCTCCATATCTATGGCTCGAACGTAAAATTTCTGATTAAGAATAAAGTAATCTCATCA CTACACCACGATCATTGGTAGTATACATCTAGACTTAAGTCTTCAATTACATATCAATCA ATTGATATTGTTATACTTCCTTCACTTCAATTTGTTTGAAATACTTTCCTTTTAGATAGT TTTCAAAAGAATAATTCTTTTTTTTTAGCAATTATTTAATTTCACTTTTCGTATTAACAT GTTTAAAAAATACAAAAATAAACATTTGATATATCTTTAGTTTAGACTAAAAGATTCAAA TATTTTCTTCTTTTTTTCAAATTTTATGTCAAATCAAAATAGATGAAACAAATTGAAACG GGAAAGTTAACCGTCCAATCAAACCATCAGACTAAGAAGCTCTTGTGCTCAATGTGAATA GCATGCTATAATACGTCAAACCAGAGGAGTCTCATATAGGTAATTTCTAAAGCAGCATGT TCGCTTTTGTTTGCTAGTTGAATTTTTCACAAGTTGGAACTAATTATTTGTTCAAGCCCA AAACTCATATTACTAGCCTGAAGGTAATCGTACTTTTGCACGGATGTTCGTTGAAATTGA ACGAGAAAATGGCAAAAACAATTTAGACACACGTGACGTATTTTAGCCAATTTTACAATG TATTTCAATTTTTAAAATATCTTTGACAAGTAAGATAAAATTTCAGTGAAAAAATGGAGC AGTTTTGATTTTATCAAATCCGCAACTTCAATTTTCAAAAAAAGGCGTGAAGTTGGTGTT GGTAAACTATATCAAACTTCACAGAAAATATTTCATGTATGACCTTGTGAAGGACACACT TAAAGATACAAAAGCCTGAAGTTGGACACAAATTTTTAATTTGAATAACGTACATTTAAA ATTATCTCGAAAATAAAATACTTGCAATGACAAAAAAAAAAAAAAAAGCATCAAGTTAAA TGACAACCCCCAAAAACGACTATTCGTGCACTTAGCCCCATCTTGAGGCAAGGTTTTGTT GCACATTTTTGTTTTAAAGATGACCCAAAAATACAAGCCCAATATCTTCCTCACATGGGA AAGAGTACAAAACCCATACTAGCAGAGCCCATAGTGTTAGTCACTGCAGACACTAGAAGA ACATCCCACATCACGAAGTTAGAGAAGAAGCGAGTGTCTCGATCTAGCATATAATGGGCT CTAGCCCCTTCAAACAACTTACGCAGCCACGCAATAAGCACATAGCGAACTATTCTTTCG CCTTTTACTAAAGAATACCGTGTGAGCATTGCACATAGTGGCATACGCTTATTTTTGGCG GGAGAAATCCCAACAATACTAGTCCTAAACTTTTGAATGTTTTATTTATTAATGTATATT TAATTATCATTGCAAGTCGAATTAATGGGATTGCTCTACACTTTTGAATTAATTATCATT GTAGTGAAGTTGAATTATAAATTTTATGTCAACAAGGCAAGTCTGCTAAAAGCTTACCGA CCAAAAAATCCTTAAGAACAAGAAAGTCGACTACTATTCCATAATCAACTCAACTCTTGT TGCTGAGTTGAGGTTTGTCAACAAGGCAAATTTGCTAAAGTTTATTGGACAAAAAAATGT AATTACGAGAAAGTCGACTACTATTCTATAATCAACTCTTGTTGTTGAGCCAAGGGGGTC TTCAGCTAACTATTATTCCATAATCAACTCTTGTTGCTTAGTTGAGGGGGTGTTCAACTA CTTGACTGTAAGGAGAATGGGCTTGGCTGGGACCAGGCTCTAAAAGAGTTTAGGAGCTTT AAAGCTTGAACTTTCACTTACAATCCTGATTGATAGTTTTGAAGTGAAAAGCTTTTTCCT ACTAAAGAGTACAAATATGTGGCCTAAGTATTATATTAGAAAATATTTTTAGCAGGGATA CGTGAAAAGTCTTCAATGAATACTAGAGAATTGGCCAAGTATTACTTCATTTCCTTTTAT AGTCAAGCTATTCCTCATTGATTGTTCATCTTCCACCGTTCGAGGCCTCCCATAAGAAGG CGTTCTTTTGCATTGCACTTCTTCATGTCTTGGTTCACCGTCGTTCTTAATAACTCAGAT AGTTAATCAAGAAAGCACCGCCCAAAAGTGTTTATTGAGCCATCCCCGGTGGCTAAAATC ATCTCAAAGCTAAAGTGAAAAAAAAGGCCAAGTATTTGGTTGACCGGTCAAAATATTTTT TCTAATAAAACAATTTCTTCTTGTTTCTTTGCAAAAGAATCTTTAATTTATTTATTTATA ACAACTACGTTGCAAGTAAATGCAAGTTAGAACCACCTCTTGAGTTGGATCATTACGCAC CGGAGCAAATATATTATGCATGTTATGGTGAACATGAGTTTATTAAAATAATGTATTTTC GCAATTATATTATATTTACATACATATTTTTATTGGCGATATACCTAACCAAAAAAAACA TATTAAACCTACCAAACATATTCTAAATAACTCTAGAGAAACTCCAGCAAATTCCATCAC AAGCATTCCACTCTCCATTTTGATGGTCGGTGAGTGCACATTGTAGACCAGATTAAACCC CTCATTATATAGTCACGCAGATATCACAAAATCTTTTTCTTAAATCATTATTTTGTTCAC AAGGGTCACCACCCAAAATGTCTTATAATAAATAATAACGATCGTTTCACATGGGTGATC ATTAATATTTTTATCGATCAACTTCGACACATTTCCAAAAAAAGGACATGTTAGTGACAG CTAAGTTTTGTAATAAAACATCTGATTGGATATACACCTAATTACTAGTTCATATCATCT AAACTGAATACTTTTAGAGGATGGAGATTATGAGTTTGATTGAATCTAGTGATTTTTACT TAAATAAGTCATTTATATCAAGAAATTTATCGATTACTAAATTTAGAATCCAGTTATAAT CTTTTATAGTCTTCATTTTGAAATAATTTAGAATCTATAAAATTAAATTTATAAGTAAAC ATCCAATAATAATATATATATATATAAGTAACTCATAATTTTTAAAATTTAAGTAAAAAG TTCTAGATTCGCTTCGGAAAATAAGTATATTGAAATGAGAGAGTATAGTAGTCCCTCCTC TACTGTTAAATTGTTATGATTTTTTTTATAAAATCAAACGATAAAAATTTTAACTAAATA TTTTATAATATATTCTTTCATTATGTTGATATGTAAATTAATATCAAATAAATATGATAT AATATAATTATATTTAATTATTAATCAAATTAATTTTTAAAAAACGTAAAATGACAGTTA AGCGCGTACAAGATACAATTGATGGGGGCATTAATTGACATGCAACATATTTTATTGTTA TATTTGCAGTATAAAAGTGACAAACAAAGGACTCTTGGGTCATCCAAAAGCAATATTCTT CTCTCTGTTTATTGCAGCGTTTAATTAATTTTAGTCTCAAAATGCCTTGTATAGCTTAGG ACGTTTTGACGATTCGCTCAATTGTGGGTCTATTAAGGCCTATCTTGCTGAATTTATCTC CACCTTGCTTTTCGTCTTCGCCGGTGTTGGTTCTGCCATTGCCTACAGTTAATAACTACT CCTTCTTTTTTATATTTTTTCGTCCACTTTTGTTATTTGCCATGTTGCGTTTTCAATACT CAATTTGATTAATTTTTACAGATAAATTAAATTTTATTAGTTTGATATTCAAAAATTATT CGAAAAGTATTATAAATTGTAATTTTTTGCATATCAATATCATGAAAAAAATATATTCTG AGCTGTTGGACAAATTTTTTTTTTATAGTTTCGCACTGGAAAAGGAAACTATAACAATTA AAGTAGACGAAGATAGTAATTTTCGGCACCAATTTCCATGCAACGTAACGCTATTGAACC AAAGTAGCTGATAGATGATTAATTATTCTGCAGATAAGTTGACAGCAGATGCTGCTCTTG ATCCTGCCGGACTAGTTGCGGTAGCAGTTTGCCATGGATTTGCTCTCTTCGTGGCCGTTT CTATTGGTGCTAACATCTCCGGTGGTCACGTTAATCCCGCTGTTACTTTTGGTTTAGCTC TTGGAGGCCAAATTACCCTTCTCACCGGCCTGTTTTACTGGGTGGCTCAGCTTTTGGGCG CCATAGTTGCTTGCTGCCTCCTCAAGTTTGTTACCGGAGGATTGGTAATTAGTTTTCAAA TTATGACTTAGTTAGAATTGTGATAACCGATTCCAACTTGTTTGAAACTGAAGCCGTAAT TATATATTAAAATTGAATTCAAAAATATCTAAATTTTTTTTATGGTTTTATTTCTACGCA GACTGTTCCAATCCACGGTGTGGCAGCTGGTGTAGGAGCTACTGAAGGAGTTGTAATGGA AATTATCATCACATTCGCGTTGGTGTACACTGTGTACGCCACAGCAGCTGACCCCAAGAA GGGATCATTGGGTACAATTGCACCTATTGCCATTGGTTTCATTGTTGGTGCTAACATTTT GGCTGCGGGCCCATTCTCCGGAGGTTCAATGAATCCAGCCCGTTCTTTTGGGCCTGCAGT TGTTAGTGGCAACTTCGCTGGTAACTGGATTTATTGGGTTGGACCACTCATTGGTGGTGG CTTAGCCGGTTTAATCTATAGCAATGTGTTCATGAACTACGGTGACCATGTTCCTCTCTC TAGCGATTTCTAAAATATTAGATTGTATTTGATATCGTATTCGACTTTTTGTAATAAAAG GAATAAGAAAAGTGACATTTTGCTGTTTTTTTCTTTTTTGGTTGTTTAACATTTGGTCTT GCTTAACTTCTAGCTTTTGTTGTGCATGTTTGGATCCAACTTCGATGCAATGTTCGAAAT AGTGTATGAAAATTAATGAGATTTTATCCATTCATTGATTATATTGTTATGCAATTTGTC TTTTGGAATCTTGTGGTACGTACTGTTTCAACAGTTTTTTAGAATAAAAAATGAATATTT GTAAACCATGAGAAACCCTAATTGAAACAAAAAAAAAAGTTTTTTTTCAATTGATTCACG TATACTTTCAAGAAAGGGTTATCTAGTATTACTAGTACTCCCTAGTCCTTATCATTTCTA ATACTCATGTGACGAAGTTATGTCACTAACATTTGTATATAGTTTTAAAAAGTTTGACAT TACAAATAAGATGAGAAATTTACTTAATTATTTCAAATTTTAAATGTTATATTTCTTTTT CGAACAATTAAAAAAAAATGTGTGCGGAACGAGGAGTATTATCCGTCACCAATGGTTGAT GTTTGGCTTAATGATATAATCTTTACTTTGTCAAATATACACTTCGTTCCTAAGATCTGC TTGTCATGGTGTTGAGCTTGAATGGCATCTAATGCTAGAGATGTTGTTGACTCCAATAGA AAGGGCCATAACTATTAAAGCTCAAGTTTTTAGGTACCATAAGTTTTTGATCTTTTTAGC CTTATTTACAACTAGTAAATTCAACAAAAGTTACAGTTATATATATGCATAATCAGCCTA CTTAATGAACAGAGACTTGTAAGTTGTAAAGCCAAAAATAAAAAATACAACGCTAGAGGA AGGGGTTGAACCTTCGACCTTGTGGTTAACAGCCACACGCTCTAACCAACTGAGCTACTC CAGCTGGTTGTTCCACAACTCCATAATCTTTTTATTTATATTCACAATTTACTAAAAGAA TTATGCTTTTACAACAGCCCAAAAATGGAAAATGGAGATACATCTCTCTTTGTTTTTAGG TTTTTACAGGTTCAAAATTAAATTGTAGTGCCTGGAATTTGAACGTGCAACTTCAAGTGA TTTTGAACACCCTTACTAACTAAGCTAACTTCTAATCTTGTATTCAAAGGATTCAATATA TACACATATGCAATTAAAAAAAGAAATACCTTATATATACAATAGCGTAAAAAAAATTAA GATGAACACAGTTACCCCTGAGATCCGCCTTGTTTACAGTTATGCAACTATCTAACAAAG AGGAGTCGACTCAAGAGTACCTAAAATATATTCTTTTTGTGTCCCACGTTTGCTTATACT TTAAAAACATCCACCTGCTCCTCAGTAAAAAGAAAATGCTACTAAGAGCTCATAAGTATA CACTGTACAAATATGAAAAATAGTCAGATGATTGCAAGAATTAGAAATTTAGGAACTCGA AAGCTTCGTTTTAAACCATGGATAAATATGAACAATTGTCAGATGACGCCTAGAGAAAAT ACAGTTGATCAAAAACAAAGTTGCTTTCTCTAGAACTAAATTTAGCAGGATCTGTGTGTA CATGTGCTTGTGAAAAAGCGTTGTTTCTGTTTCCTCTTACTGATAGTTTCTTGCATTGGC TATTATAAGGTATATGTGCAACGCCTCTTGCCACTCTACAGAAGTTAAGCTGCACCAACA CCATGATAATAAGGTTGTTTCCCGCAGCTTGCATTCACTCTACAACTTTAGAAGAAGGGT TGTCTATGCTGCTTCGAGCTTGGACTTCTTTCTTCTTCGTTCTCTTTAATTGTTTCATTA GATCAAGCCTTTCAGAAGAAAACGGAGAAGGAATCTGGGCCACAATGATTAACATATAAG CAAATGACAGGATGGAATAATGTATAGAATGATAGATTACAGTTAATTACCAAACTTGGA ACATATTTCTTGATTGCCGCCAGCATTGCTGCATGACCCACTGCAGAAACCTGATAAATT TAACACAGTGAATCTTTGAGAAGCTCTTTCATCAATACGGGAAAAAAAAATTCACATTGA CATTGTGAAACCATTAGTACAATTTCGTGGAAACGAGCGTCAATTTTTAACTTTTTTTGG TAATCTTGAAAACCAGGGTAGACATGGCACATTTTCCGGATCATTTCCTTAAAAGAAGAA TTTAGCCTGCTTACTTTGTAGTCCTTTCAACCTCGGCATCTAAGTTCTATAGGTACTAAA ACATTTCTAGCATAGAGCATGAAATTGACCAGAAGACAAGTTAATTCAGCAGAGAATATA AGATTTGAGCAGAAGGAACGAAAGTCTGCTGTTTAATATAGTTGATCCTTACAGGGATTA GCATTAAGATGGTTATGGGAACAAGGGTAGCTATATCACCCAGCGTTCTCTTCATTTTCT TTCTCTCCCTTTTGGTGAGTTGACGGCCTTTCAACTGCTTTATAAGTAGCTCTAAAGCAT CCGATACGTCTGTAAAGAGCAATTCAGTACCCATCCAGAAATCCTATAGCATATTGCAAT AACAAATTAACTACTATAGGGCAAACTCTTTTGATATGATTGAATAACTGGATAATAACT TACAACACTTGCAGATATCAGCTTGGTCGTAGATTTTCTTAGTAAATTTTCATGCATTGG TTTGGGTGCAGTAGAGCATTCCGACTCCACCAGTGTCACAGGGTCCATCACAGCAGAGCT GGTGGCCTGTGATTTGATAAAAGAAATTACCACTCTATAAAGGGTTTCAGAAACTGAGTG CCGAGTTAAGAGGTTGTACACAAATATTAGATGATCATTTTTTATCAATGAAGTAAGAAC TTTCAACTATGCCTAGAGATGCATTTTCTTGACAGACAGTCGATATCGAGACATTTTGAA CCAAGAGTGATTCACTAAAGAATAAACTCAGTATAGCAGTCCCTATTTATTAAATCTGGT GCTTGTACCTGATTCAATCTGGATCTATATTGATATATTGGCTTCTCTTTCACGTCCAAT ATGATGGATGAACCCATTCCACCTTTACTAAACAAAGATGCTGCCTGATCAGATGCACTT CTATCAGCAAATTTTTGCACTTCTCTGTTTAAGAGAATAGGCAACTCATCATTGGAATGT TCAGCAACAGAAGATTAAATTTTGTCATTAAATCCAACATACCCAGTTCTATCATAAGCT GCCCAGTAGTCCTCCAGACACACAGACAGCAGACTCTGACTAAAGAGATTAACAGAAATT AGCTTAAGAGTGAGCTACATTTATGTTGAGACTTCCAATACATACTCAGAATGATTTGAT ACCTCTGAAGCAAGAAGTCCAGTAACTTTGCATCTAATGGCTGCTGCGCAGAATTGTTAT AGTGGGCGAATCCAGCTATAACATCATAGCATACAGTTAAAACAGTGTACAAAATTATTT CTTTTTCCGCTTGAATTGGATGTTGTTTGGATCTTCTTTTGACACAAAACTTGCTAGCAG ATTCAGCATAAAAGTCGAGCCATCCAATTTCATTGGCTACTACCTGCGGGAGTTGTTTTC AGCAGCAATCGTTTATTTCTTTCATATTTTCCAAGTTATTTAAACACTTACCTCCATGAA GAGCTGATACTCAGAGAGAGTGGAGAATTCTGGATGCATAAGAAGGCTACCACATTCTAA GTAACTGCAAGGAGAAAGCGCAAAATTGTCCAATATCAACCAAATGAACAGGCCATACTG ACTAGAGCAAGGAAAGTAGGCTCTCTTTTAAATACCTCAGAAAATCTCTAGTTTGCTCAT CAAGATCCTTTACACCCATTTCCGAGAGGAACAATCTTGTCTCTCTTCCCAGATATGCAA AAAGTCCCAGGGTAGCTAAACTATTTTCTTGAACCTGTCAGATCTTGAAACTACAATCAG TTCAATATATAACCTTTTTTTTGTCACAATTACAAGTAACTGATGCATCCAAATTACAGA ACAACCTTCATTGTCTTTTTAGCCAGGGCAAACCTTTAATTCCGCCAACTAACTACTCCG TAACATTGTTAATGTCAATCTTCATCTTTTTCATAATTGTAGTGTCCTGACCAACTTGCG CACATCTCTACTAATTCCACGGGATACCCTCTAACTCCCACCAGCATAGGTACAGGATAA CTTTGTCCATCAAGGTTTCATGAGAAGAATCACCTGTATTTTTGCCTCCGGTGATATTTG AACTTGAGACCTCATGGTTTTCAATCAATTATTAATCTTTTTATCAAACTTATAGAGATA GGATAAAAAAGGTGTTTATCAACTCAAAATCAGTCCCATGATGGAGTTTCTATAACATTA AAAGACAGAATTGACAAAATACAGAGAGAGAAAAATTGCATGTAGATGTAACCTTCTCTC TCTGAATTCAAGACCTAAACACAGTTCAATGACAGAGTTACGTCGAGATATCATATATTT GGATCTATTCCACAGGTTTTGTTCAACAGTAAAAAAGAGATCATTCACAGAATTAATCGG CTACAAACCAATTAGTAAATGCTAACCTTGTCGTGAAAATTATGCTTGTCTGCAATCACA TTTTCTCTGTGAAATGCATTACTGAGTTTTCGTTGAACCAATCCTATCCAAAATTCTACA TCTTCAATATTGTTACTTGGCAGAACCTTTCTACCAAAATGGAACAAGAAGTCTTCTTCG AATCCAGCCTCAGTAGCTAAATAGTGCAATTTATCAATTGAAACAAGTCTATGTGACAAG TTCATGAGCTCTACTAAAGCATCTTCAACTGAAGTTGAACACAACGGACAAGAAACTCGT CCTGAACCTAATTTCCGTACTGCTGTGCAACAACTTATTGCCAAGATATTTCCTGCAACA CCACTGCATAGTTCTGTATGAGATGTTTTATCAACTGAGATATGAAGAACATGTGCAATA TCAATCAGAAGATTACTGTTCAAGAGCATTTAGTTGCATCATGAAGACAGCTAATATAAC CTGATAACAAAACAATGGTCTTTAAGGACATACCTTCCTGCATAGTCCACAGACCATTTC TTGAATAGGGGAATGAACATTCCTGCAATCCGTGGCAACTCCAGTGTTCTAAACCATTGC ACCAGCTTCGGATTCCTCAAATTCAACTGACTTTCAATGCGCTCTCCAAGAAAGTCGGTA ATTGGGGATAAACTGATGTAAAACAAGGAGGAGGACATGAAAATAAGAAAAAAGAAAAAA TTGTCAAATCGTGACATGCAGTTTCCTTCTCCATATATAGAAGACACACAAACACATAGG AGTGCATGATGTGGGTTCCACAACAAATATTATCAAAGGAGAAATAAAAACTGAGTGAAC CAGAAATTGATAAGCTTAACACTTAAACTACATAACAATACACTAATGTCTATTTGTGAA AAAGTTCAAGATAGTCAAACTTACATTTCATGAACAGAAGAAACATTGTTGCTGCGTTTG CGAGAAAGAAACACTTCCACTTCTATTGCTGCTTTGAACAAAGCATAAATTGCTACCTGT GAAGCAGCACACGTTTTTATTTGTCGCATATGTTACAAAGTTCGCAAAATTATCAATTAT TATAGTTATGAGCTAAGGGGCCATTTGGTTGGAAACAAGTTATCCCAGGATAACTTGTCC TTGGACTTATCCTGGGTTAGCTATCCTGGGTTAGCTATCCCACCATGTATATGGGATAAC TTATCCCATCACTATGATATAAATGGTGGGATAAGTTATCTCATACATGGCAACCAAACA AGATACAAAAACTTTATCTCAACACTATTTTCTTATCCCATCACTATTTATTTCTATCCC TCACACCAAACGACCCCTAAGTGTTTTAATATGGAAGCTCAATTGATATTAACCTTCACA GTTTAAAACTGAACCACAAAATGCAGTGTCAGAAATCTCTACTAGCAGAAATGCAGGTTG TACTTCCATACCTGATATGCGATGCTTTTATGCCAGGCATGCACATCCACCCCAACCCAT GCCATTGCAAGCTCAGGCCCATTTTTAGCCAATTCAAGGGGCTGTACTGCAACTGAAAAG CTTCTTGCAGATTCATGCAGTACCCACACAAGACAATTGACTCGGCTGAATTCCATCTCA TCCCTGTGACTACTGATTATAGAAGAGTCCACCATAATAATGTTTTGATCAGGGTTGCCT GCAGCTGCCACTGATCCTAGTGCTTCTGAAGGAATGCATTTCACTGGAATCTTTTGGGAC AATGATCCAGAAAGATGTCCTTGCAAAATGATATATTTTATACAGCCAAAACTCTGCTCA TTCACATTAATATTAGATGAACACAGTTTCTTAGAACCAGATTTTGTAAAGTTCCATGAT CTGACAATTTCTCTGCAGCACAGAAAATCCATCAGGGAATTCGATTTAATGGCTGAAATA TGAAGAATTCAGACGTCTCAAGGACGTTGTAATCTACCTTTGTATACTGACAAATATCTA TGATTTAGAGATTCTGATGGTGATTTCAATTTAAGAACCCCAGACCTAGTAGACTTTCTT GGACCTTTTAAAGATGGTGCTTATAGTCTCCTGACTAAACTCATCTAAGGTTAGCAGTTA ATTTGTTAGGATGATTTGCACTCCCCTCACACACAATTTTAGACAACTAAACTGAACTGG TTAAGTGGAAGTTATCACTGGATGAAGGACAATCATCTAAGAAGCATCAAATCTAGCATT TGTCATTTTGGAGGATAGTAAAACCTTTTCCTTCCTTCTTGAATTGTATACACTTGAAGA CTTATTCACATTGCACTTGTTATTAAAAATCAATCAATAATACTCCAGACCAAGCAAGTT GTGGTTGACATACATGTTCTCTATATCCACGCCATTCTAATTTGGACATACTTCATATAA ATATTAGTAAATAAGTAAATAAGGAGTTCTCTGAAAGTAGATTTTGTCAAAATCTCACAC TCATCACTACACTGATATACAAGTCTAACACAGACAAGAATACCTTGCCAAACTAGATTG AAGTGTAAAACAACTTTAATACCAACTAGTTGATACTATATTGACCATTTGATTTCACTG TGTTATGTTCTTGAGCAATCTTCCTCAGTCTATTTTCTACATGTACTTGTCCCCTTTATC AAACGTGATCATTTCTAATTCGTCCAATCTAGTATGATCACACATCCATCAATCTTAGAA GCCCAACATTCCTTCCCACATAATATTAAATGGTTCACAATCATTCGATAGAACTTGACA TTCACTTTTTTAGAAACCTCTTAAGTCACTCCTCCATTTGAGCCAGTCTTCTTTGATTGT ACCAATACATTTTCTGAATAAATTGATTTACATAATTAACAAAACAAAAAATAGAATAGA AAGATTGATGCTTTATATTTTAGTTATAACATCTATTCCTACAAGATATGTGTAGAGAAG TGAATTTGGGCTAGCTCAAGAATGGAACGATTGCTGATTTCAGTGTCTCGACTTAAAATT CCCATTCCCTTATCTCACGGAACAAGAACAAATCCACAAATATACTCCACCATTAACTAA TGTTTATTAATTCCCCAAACACAGACTGGGCATTCACTCCCCCGCCCCCAAATGAATCTG ATGTACTAAAAGGCAAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.968 21765 22166 match_2 match_part 0.990 21772 22346 match_3 match_part 0.953 32815 32943 match_part 0.965 35061 35576 match_4 match_part 0.970 32845 32943 match_part 1.000 35061 35410 match_5 match_part 1.000 32877 32943 match_part 0.995 35061 35704 match_6 match_part 0.984 35644 35964 match_7 match_part 0.511 43682 43726 match_part 0.531 43897 43960 match_part 0.986 44153 44223 match_part 0.985 44472 44607 match_part 0.980 44722 44823 match_part 0.962 45963 46202 match_8 match_part 0.960 44098 44223 match_part 0.978 44472 44607 match_part 0.893 44722 44777 match_9 match_part 0.988 44139 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.996 45963 46200 match_part 0.591 47442 47463 match_part 0.495 47563 47659 match_10 match_part 0.986 44152 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.950 45963 46201 match_11 match_part 0.986 44154 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.962 45963 46201 match_part 0.533 46655 46669 match_12 match_part 1.000 44154 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.956 45963 46214 match_13 match_part 1.000 44155 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.962 45963 46202 match_14 match_part 0.970 44157 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.913 45963 46135 match_15 match_part 1.000 44159 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_16 match_part 0.984 44160 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.983 45963 46197 match_part 0.643 47867 47880 match_part 0.604 48209 48261 match_part 0.607 48390 48417 match_17 match_part 0.984 44160 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.929 45963 46203 match_18 match_part 1.000 44161 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46201 match_19 match_part 0.984 44161 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46195 match_20 match_part 0.967 44164 44223 match_part 0.985 44472 44607 match_part 0.980 44722 44823 match_part 0.955 45963 46227 match_21 match_part 0.983 44164 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.958 45963 46227 match_22 match_part 0.950 44164 44223 match_part 0.985 44472 44607 match_part 0.978 44722 44814 match_23 match_part 0.982 44167 44223 match_part 0.985 44472 44607 match_part 0.980 44722 44823 match_part 0.911 45963 46186 match_24 match_part 0.981 44172 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46200 match_part 0.600 47419 47463 match_part 0.700 47563 47592 match_25 match_part 1.000 44172 44223 match_part 1.000 44472 44607 match_part 0.980 44722 44823 match_part 1.000 45963 46153 match_26 match_part 0.979 44176 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.963 45963 46204 match_27 match_part 1.000 44181 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_28 match_part 1.000 44182 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.971 45963 46205 match_29 match_part 1.000 44185 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.979 45963 46204 match_part 0.600 46655 46664 match_30 match_part 1.000 44185 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46197 match_31 match_part 0.974 44186 44223 match_part 0.993 44472 44607 match_part 0.990 44722 44823 match_part 0.972 45963 46214 match_part 0.692 46606 46618 match_part 0.393 46697 46724 match_part 0.545 46889 46943 match_part 0.550 47101 47120 match_part 0.769 47392 47404 match_part 0.636 47476 47486 match_part 0.438 47833 47880 match_part 0.742 48194 48224 match_32 match_part 0.921 44186 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46197 match_33 match_part 1.000 44186 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.991 45963 46193 match_34 match_part 0.865 44187 44223 match_part 0.868 44472 44607 match_part 0.980 44722 44823 match_part 0.956 45963 46235 match_35 match_part 0.838 44187 44223 match_part 0.912 44472 44607 match_part 0.951 44722 44823 match_part 0.954 45963 46202 match_36 match_part 1.000 44189 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46239 match_37 match_part 0.971 44189 44223 match_part 0.978 44472 44607 match_part 0.961 44722 44823 match_part 0.946 45963 46201 match_38 match_part 1.000 44189 44223 match_part 1.000 44472 44607 match_part 0.980 44722 44823 match_part 0.933 45963 46171 match_39 match_part 0.971 44189 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.966 45963 46109 match_40 match_part 0.912 44190 44223 match_part 0.985 44472 44607 match_part 1.000 44722 44823 match_part 0.980 45963 46214 match_41 match_part 0.941 44190 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.959 45963 46179 match_42 match_part 1.000 44192 44223 match_part 0.971 44472 44607 match_part 0.980 44722 44823 match_part 0.954 45963 46246 match_part 0.700 46308 46367 match_part 0.600 47101 47120 match_part 0.696 48209 48231 match_43 match_part 1.000 44192 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.981 45963 46221 match_44 match_part 1.000 44192 44223 match_part 0.978 44472 44607 match_part 0.980 44722 44823 match_part 0.947 45963 46205 match_45 match_part 1.000 44192 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.967 45963 46201 match_46 match_part 1.000 44194 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.968 45963 46214 match_part 0.833 48209 48226 match_47 match_part 1.000 44194 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.988 45963 46202 match_part 0.500 46655 46676 match_48 match_part 1.000 44195 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46197 match_49 match_part 1.000 44200 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.958 45963 46202 match_50 match_part 1.000 44200 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46197 match_51 match_part 1.000 44200 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46197 match_52 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.979 45963 46201 match_part 0.684 46507 46525 match_part 0.500 46655 46724 match_part 0.542 46889 46912 match_part 0.652 47101 47123 match_53 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.987 45963 46201 match_part 0.667 46558 46569 match_part 0.595 46655 46696 match_part 0.574 46856 46902 match_54 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 0.997 44722 45084 match_55 match_part 1.000 44217 44223 match_part 0.978 44472 44607 match_part 0.980 44722 44823 match_part 0.962 45963 46201 match_56 match_part 1.000 44222 44223 match_part 0.934 44472 44607 match_part 0.951 44722 44823 match_57 match_part 1.000 44471 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_part 0.800 48209 48228 match_58 match_part 1.000 44471 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_part 0.800 48209 48228 match_59 match_part 0.992 44486 44607 match_part 0.996 44722 45182 match_60 match_part 0.992 44486 44607 match_part 0.996 44722 45182 match_61 match_part 0.990 44510 44607 match_part 0.980 44722 44823 match_part 0.962 45963 46201 match_62 match_part 0.947 44513 44607 match_part 1.000 44722 44823 match_part 0.987 45963 46187 match_63 match_part 1.000 44519 44607 match_part 0.990 44722 44823 match_part 0.983 45963 46204 match_part 0.545 46655 46665 match_64 match_part 0.986 44534 44607 match_part 0.980 44722 44823 match_part 0.962 45963 46201 match_65 match_part 1.000 44542 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46014 match_66 match_part 0.982 44553 44607 match_part 0.980 44722 44823 match_part 0.966 45963 46197 match_67 match_part 0.977 44565 44607 match_part 0.990 44722 44823 match_part 0.979 45963 46204 match_part 0.538 46655 46667 match_68 match_part 0.941 44591 44607 match_part 0.980 44722 44823 match_part 0.944 45963 46193 match_69 match_part 0.986 44755 44823 match_part 0.983 45963 46200 match_part 0.526 46655 46673 match_70 match_part 1.000 44759 44823 match_part 0.971 45963 46206 match_71 match_part 1.000 44767 44823 match_part 1.000 45963 46201 match_part 0.667 46655 46663 match_part 0.700 47563 47592 match_72 match_part 0.982 44767 44823 match_part 0.958 45963 46202 match_73 match_part 1.000 44788 44823 match_part 0.988 45963 46204 match_part 0.538 46655 46667 match_74 match_part 1.000 44801 44823 match_part 0.961 45963 46190 match_75 match_part 1.000 61452 61990 match_76 match_part 0.941 61508 61727 match_part 0.968 62449 62543 match_part 0.977 62907 62949 match_77 match_part 1.000 61528 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 1.000 63928 64191 match_78 match_part 0.998 61533 62063 match_79 match_part 1.000 61540 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 1.000 63928 63963 match_80 match_part 0.937 61586 61727 match_part 1.000 62449 62543 match_part 0.966 62907 62993 match_part 0.984 63354 63416 match_part 0.947 63584 63621 match_part 0.984 63928 64173 match_part 0.675 65682 65721 match_81 match_part 1.000 61591 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.994 63928 64105 match_part 0.900 65686 65705 match_82 match_part 1.000 61598 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.991 63928 64138 match_part 0.607 65667 65722 match_83 match_part 1.000 61605 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 1.000 63928 64090 match_part 0.574 64938 64991 match_84 match_part 0.992 61608 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 0.875 63354 63401 match_85 match_part 0.958 61609 61727 match_part 0.947 62449 62543 match_part 0.966 62907 62993 match_part 0.968 63354 63416 match_part 1.000 63584 63621 match_part 0.935 63928 64112 match_86 match_part 0.958 61609 61727 match_part 0.947 62449 62543 match_part 0.966 62907 62993 match_part 0.968 63354 63416 match_part 1.000 63584 63621 match_part 0.926 63928 64103 match_87 match_part 0.941 61609 61727 match_part 0.947 62449 62543 match_part 0.966 62907 62993 match_part 0.968 63354 63416 match_part 1.000 63584 63621 match_part 0.960 63928 64103 match_88 match_part 1.000 61609 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.987 63928 64083 match_89 match_part 0.995 61654 62274 match_90 match_part 0.998 61654 62064 match_91 match_part 0.984 61666 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.982 63928 64090 match_part 0.938 65688 65703 match_92 match_part 1.000 62450 62543 match_part 0.989 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.994 63928 64090 match_93 match_part 0.934 63341 63416 match_part 1.000 63584 63621 match_part 0.985 63928 64325 match_94 match_part 0.973 65820 65929 match_part 1.000 66111 66306 match_part 0.994 68135 68596 match_95 match_part 0.969 65821 65918 match_part 0.959 66111 66306 match_part 0.957 68135 68618 match_96 match_part 0.967 65827 65918 match_part 0.959 66111 66306 match_part 0.953 68135 68389 match_97 match_part 1.000 65926 65929 match_part 1.000 66111 66306 match_part 0.987 68135 68692 match_98 match_part 1.000 65926 65929 match_part 0.990 66111 66306 match_part 0.977 68135 68530 match_99 match_part 1.000 65927 65929 match_part 1.000 66111 66306 match_part 1.000 68135 68377 match_100 match_part 1.000 68098 68884 match_101 match_part 0.991 68427 69060 match_102 match_part 0.968 68543 69046 match_103 match_part 0.989 68750 69188 match_104 match_part 0.983 68775 69188 match_105 match_part 0.967 68778 69228 match_part 0.958 70129 70200 match_part 0.973 71366 71440 match_106 match_part 0.965 68778 69228 match_part 0.917 70129 70176 match_107 match_part 0.997 68840 69228 match_part 1.000 70129 70200 match_part 1.000 71366 71440 match_part 1.000 72550 72664 match_part 1.000 73719 73780 match_part 0.846 73866 73891 match_108 match_part 0.971 68886 69228 match_part 0.958 70129 70200 match_part 0.987 71366 71440 match_part 0.960 72550 72599 match_109 match_part 1.000 69095 69228 match_part 0.958 70129 70200 match_part 0.987 71366 71440 match_part 1.000 72550 72664 match_part 0.984 73719 73780 match_part 1.000 73866 73913 match_part 0.959 75902 76123 match_110 match_part 0.975 69108 69228 match_part 1.000 70129 70200 match_part 1.000 71366 71440 match_part 1.000 72550 72664 match_part 0.968 73719 73780 match_part 1.000 73866 73875 match_111 match_part 1.000 71406 71440 match_part 1.000 72550 72664 match_part 0.984 73719 73780 match_part 1.000 73866 73913 match_part 1.000 75902 76105 match_112 match_part 1.000 72550 72664 match_part 0.984 73719 73780 match_part 1.000 73866 73913 match_part 0.979 75902 76186 match_part 0.950 76264 76323 match_part 1.000 76406 76454 match_113 match_part 1.000 72571 72664 match_part 1.000 73719 73780 match_part 1.000 73866 73913 match_part 1.000 75902 76186 match_part 1.000 76264 76323 match_part 1.000 76406 76454 match_114 match_part 0.973 72590 72664 match_part 1.000 73719 73780 match_part 1.000 73866 73913 match_part 0.970 75902 75934 match_115 match_part 1.000 75486 75669 match_part 1.000 75902 76186 match_part 1.000 76264 76323 match_part 1.000 76406 76456 match_116 match_part 0.988 76107 76186 match_part 0.950 76264 76323 match_part 1.000 76406 76489 match_part 0.970 76593 76658 match_part 0.970 76730 76828 match_part 0.991 76905 77013 match_117 match_part 0.982 76132 76186 match_part 0.950 76264 76323 match_part 0.988 76406 76489 match_part 0.985 76593 76658 match_part 0.970 76730 76828 match_part 0.973 76905 77123 match_part 0.961 77843 77919 match_118 match_part 0.830 76271 76323 match_part 0.917 76406 76489 match_part 0.970 76593 76658 match_part 0.960 76730 76828 match_part 0.982 76905 77123 match_part 0.986 77843 77914 match_119 match_part 0.946 76603 76658 match_part 0.990 76730 76828 match_part 1.000 76905 77123 match_part 1.000 77843 77954 match_part 0.961 78269 78345 match_120 match_part 1.000 76623 76658 match_part 0.980 76730 76828 match_part 1.000 76905 77123 match_part 1.000 77843 77954 match_part 1.000 78269 78478 match_121 match_part 1.000 76776 76828 match_part 0.991 76905 77123 match_part 0.978 77843 78111 match_122 match_part 0.981 76776 76828 match_part 0.982 76905 77123 match_part 0.986 77843 78051 match_123 match_part 0.844 77891 77954 match_part 0.981 78275 78480 match_part 1.000 78718 78777 match_part 1.000 78900 79013 match_part 0.973 80578 80652 match_part 0.943 80737 81000 match_part 0.452 81165 81206 match_124 match_part 1.000 78373 78480 match_part 1.000 78718 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 0.987 80737 81038 match_125 match_part 0.969 78384 78480 match_part 1.000 78718 78777 match_part 1.000 78900 79013 match_part 0.973 80578 80652 match_part 0.930 80737 80921 match_126 match_part 1.000 78420 78480 match_part 1.000 78718 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 0.996 80737 81000 match_127 match_part 1.000 78733 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 0.996 80737 81000 match_part 0.655 81614 81642 match_128 match_part 1.000 78763 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 1.000 80737 81000 match_part 0.722 81616 81633 match_129 match_part 1.000 78898 79013 match_part 1.000 80578 80652 match_part 0.987 80737 81038 match_130 match_part 0.750 80431 80434 match_part 1.000 80578 80652 match_part 1.000 80737 81000 match_131 match_part 1.000 80595 80652 match_part 0.996 80737 81000 match_132 match_part 0.961 80602 80652 match_part 0.921 80737 80927 match_133 match_part 1.000 80634 80652 match_part 1.000 80737 81000 match_134 match_part 1.000 81805 81884 match_part 1.000 82016 82167 match_part 1.000 82607 82718 match_part 1.000 82842 82909 match_part 1.000 83244 83376 match_part 1.000 83782 83881 match_part 0.991 83946 84058 match_part 1.000 84316 84409 match_part 1.000 85766 85919 match_part 1.000 86008 86151 match_part 1.000 86243 86316 match_part 1.000 86428 86516 match_part 1.000 86915 87029 match_part 0.982 88306 89032 match_135 match_part 0.784 81811 81884 match_part 0.902 81975 82167 match_part 0.982 82607 82718 match_part 0.971 82842 82909 match_part 0.977 83244 83286 match_136 match_part 1.000 83963 84058 match_part 1.000 84316 84409 match_part 1.000 85766 86063 match_137 match_part 0.997 86678 87029 match_part 0.989 88306 88873 match_138 match_part 1.000 90047 90247 match_part 0.986 90676 90747 match_part 0.995 90858 91070 match_part 1.000 96666 96704 match_139 match_part 1.000 90048 90247 match_part 1.000 90676 90747 match_part 1.000 90858 91070 match_part 0.973 96666 96925 match_140 match_part 1.000 90048 90247 match_part 1.000 90676 90712 match_141 match_part 0.950 90049 90247 match_part 0.986 90676 90747 match_part 0.977 90858 91070 match_part 0.956 96666 96800 match_142 match_part 1.000 90052 90247 match_part 1.000 90676 90747 match_part 1.000 90858 91070 match_part 0.981 96666 96924 match_143 match_part 0.959 90053 90247 match_part 0.986 90676 90747 match_part 0.970 90858 91056 match_144 match_part 0.974 90053 90247 match_part 0.889 90676 90747 match_part 0.875 90858 90945 match_145 match_part 0.958 90058 90247 match_part 0.986 90676 90747 match_part 0.959 90858 90978 match_146 match_part 0.955 90938 91070 match_part 0.967 96666 96904 match_part 0.536 97078 97105 match_147 match_part 1.000 119167 119327 match_part 1.000 119674 119924 match_part 0.993 120062 120333 match_148 match_part 1.000 119168 119327 match_part 1.000 119674 119861 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_149 match_part 0.561 2456 2400 match_part 0.917 2242 2025 match_part 0.947 1290 935 match_150 match_part 0.566 2464 2412 match_part 0.904 2242 2025 match_part 0.949 1290 936 match_151 match_part 1.000 4721 4703 match_part 1.000 4582 4511 match_part 1.000 4013 3817 match_part 1.000 3723 3630 match_part 1.000 3069 2963 match_part 1.000 2710 2666 match_152 match_part 0.933 5706 5618 match_part 0.974 5524 5408 match_part 0.983 4817 4703 match_part 0.972 4582 4511 match_part 0.985 4013 3817 match_part 0.975 3723 3643 match_153 match_part 0.934 6798 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5803 match_part 1.000 5709 5618 match_part 1.000 5524 5408 match_part 1.000 4817 4703 match_part 1.000 4582 4514 match_154 match_part 0.980 6874 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5803 match_part 1.000 5709 5645 match_155 match_part 1.000 7480 7420 match_part 1.000 6911 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5841 match_156 match_part 1.000 7481 7420 match_part 1.000 6911 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5889 match_157 match_part 0.991 10244 10133 match_part 0.977 10035 9904 match_part 0.987 9822 9674 match_part 1.000 8103 8035 match_part 0.974 7756 7606 match_part 0.955 7485 7420 match_158 match_part 0.945 12482 12227 match_part 1.000 12003 11983 match_part 0.984 11887 11826 match_part 0.945 11567 11513 match_part 1.000 10607 10571 match_part 0.972 10458 10279 match_159 match_part 1.000 36842 36236 match_160 match_part 0.930 40298 40085 match_part 0.977 39994 39773 match_part 0.976 39542 39167 match_161 match_part 0.934 40296 40085 match_part 0.977 39994 39773 match_part 0.909 39542 39532 match_162 match_part 0.625 47462 47447 match_part 0.975 46201 45961 match_163 match_part 0.935 51593 51269 match_164 match_part 1.000 52549 52388 match_part 1.000 51902 51776 match_part 0.997 51595 51270 match_165 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 0.997 51595 51270 match_166 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 0.997 51595 51270 match_167 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_168 match_part 0.987 52546 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_169 match_part 0.993 52538 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_170 match_part 1.000 52538 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_171 match_part 0.940 51600 51270 match_172 match_part 0.920 51518 51270 match_173 match_part 1.000 52507 52388 match_part 1.000 51902 51776 match_part 0.981 51595 51277 match_174 match_part 1.000 52507 52388 match_part 1.000 51902 51776 match_part 0.981 51595 51277 match_175 match_part 1.000 52536 52388 match_part 1.000 51902 51776 match_part 0.978 51595 51280 match_176 match_part 0.935 52542 52388 match_part 0.969 51902 51776 match_part 0.927 51595 51282 match_177 match_part 1.000 52540 52388 match_part 1.000 51902 51776 match_part 0.994 51595 51282 match_178 match_part 0.987 52545 52388 match_part 0.992 51902 51776 match_part 0.987 51595 51284 match_179 match_part 1.000 52544 52388 match_part 1.000 51902 51776 match_part 0.977 51595 51285 match_180 match_part 1.000 52537 52388 match_part 1.000 51902 51776 match_part 0.987 51595 51285 match_181 match_part 1.000 52537 52388 match_part 1.000 51902 51776 match_part 0.990 51595 51291 match_182 match_part 0.932 52534 52388 match_part 0.969 51902 51776 match_part 0.944 51595 51291 match_183 match_part 0.944 51592 51291 match_184 match_part 0.935 52542 52388 match_part 0.969 51902 51776 match_part 0.944 51595 51295 match_185 match_part 1.000 52515 52388 match_part 1.000 51902 51776 match_part 0.992 51595 51355 match_186 match_part 1.000 52593 52388 match_part 1.000 51902 51776 match_part 0.996 51595 51357 match_187 match_part 1.000 52548 52388 match_part 0.984 51902 51776 match_part 0.996 51595 51361 match_188 match_part 1.000 52535 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51412 match_189 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 0.984 51595 51467 match_190 match_part 1.000 52536 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51581 match_191 match_part 0.652 89667 89645 match_part 1.000 89018 88342 match_192 match_part 0.937 89018 88418 match_193 match_part 0.700 89668 89649 match_part 0.997 89020 88641 match_194 match_part 0.909 104237 104194 match_part 0.987 103903 103829 match_part 1.000 103459 103394 match_part 1.000 102820 102755 match_part 1.000 102260 102192 match_part 0.919 101204 100722 match_195 match_part 1.000 102820 102755 match_part 1.000 102260 102192 match_part 0.990 101204 100727 match_196 match_part 0.980 103879 103829 match_part 1.000 103459 103394 match_part 1.000 102820 102755 match_part 1.000 102260 102192 match_part 0.956 101469 101425 match_part 0.897 101204 100748 match_197 match_part 0.982 103884 103829 match_part 1.000 103459 103394 match_part 1.000 102820 102755 match_part 1.000 102260 102192 match_part 0.956 101469 101425 match_part 0.910 101204 100794 match_198 match_part 0.963 104407 104194 match_part 0.987 103903 103829 match_part 1.000 103459 103394 match_part 1.000 102820 102755 match_part 0.986 102260 102192 match_part 0.956 101469 101425 match_part 0.865 101204 101005 match_199 match_part 1.000 105207 104946 match_part 1.000 104575 104321 match_200 match_part 0.963 109047 108860 match_part 0.765 105601 105585 match_part 0.909 105263 105242 match_201 match_part 1.000 111051 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108769 match_part 0.722 108440 108423 match_202 match_part 1.000 110208 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108861 match_203 match_part 1.000 112960 112916 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108963 match_204 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 109010 match_205 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 109075 match_206 match_part 1.000 113230 112916 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_207 match_part 0.990 113230 112916 match_part 0.990 111134 111039 match_208 match_part 0.950 115334 115073 match_part 0.982 114271 114158 match_part 0.981 114051 113898 match_part 0.993 113052 112916 match_part 0.919 111134 111049 match_209 match_part 1.000 115370 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_part 0.985 113052 112921 match_210 match_part 0.984 113230 112921 match_211 match_part 0.997 113220 112921 match_212 match_part 1.000 115327 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_part 1.000 113052 112964 match_213 match_part 1.000 115333 115073 match_part 0.991 114271 114158 match_part 1.000 114051 113898 match_part 1.000 113052 113009 match_214 match_part 0.954 115312 115073 match_part 0.982 114271 114158 match_part 0.981 114051 113898 match_part 1.000 113052 113011 match_215 match_part 1.000 114235 114158 match_part 1.000 114051 113898 match_part 1.000 113052 113011 match_216 match_part 1.000 115350 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_217 match_part 1.000 115361 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113921 match_218 match_part 1.000 115326 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113927 match_219 match_part 0.972 115321 115073 match_part 0.991 114271 114158 match_part 1.000 114051 113933 match_220 match_part 0.993 115363 115073 match_part 0.973 114267 114158 match_part 1.000 114051 113979 match_221 match_part 0.949 115346 115073 match_part 0.985 114271 114205 match_222 match_part 0.979 122860 122813 match_part 0.983 122450 122391 match_part 0.994 122314 121800 match_223 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 1.000 122314 122110 match_224 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 1.000 122314 122147 match_225 match_part 1.000 123672 123643 match_part 1.000 123564 123429 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 0.993 122314 122162 match_226 match_part 1.000 123672 123643 match_part 1.000 123564 123429 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 1.000 122314 122307 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 2464 2412 exon 2242 2025 exon 1290 936 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 2456 2400 exon 2242 2025 exon 1290 935 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 10244 10133 exon 10035 9904 exon 9822 9674 exon 8103 8035 exon 7756 7606 exon 7485 7420 exon 6911 6723 exon 6382 6242 exon 6144 6070 exon 5979 5803 exon 5709 5618 exon 5524 5408 exon 4817 4703 exon 4582 4511 exon 4013 3817 exon 3723 3630 exon 3069 2963 exon 2710 2666 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 12482 12227 exon 12003 11983 exon 11887 11826 exon 11567 11513 exon 10607 10571 exon 10458 10279 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 21765 22346 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 32815 32943 exon 35061 35964 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 36842 36236 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 40298 40085 exon 39994 39773 exon 39542 39167 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46246 exon 46308 46367 exon 47101 47120 exon 48209 48231 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 43682 43726 exon 43897 43960 exon 44153 44223 exon 44472 44607 exon 44722 44823 exon 45963 46246 exon 46308 46367 exon 47101 47120 exon 48209 48231 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46214 exon 48209 48226 gene_12 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46214 exon 46606 46618 exon 46697 46724 exon 46889 46943 exon 47101 47120 exon 47392 47404 exon 47476 47486 exon 47833 47880 exon 48194 48224 gene_13 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46204 exon 46655 46667 gene_14 gene GT_PGL_8_AGS_6 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46202 exon 46655 46676 gene_15 gene GT_PGL_8_AGS_7 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46655 46663 exon 47563 47592 gene_16 gene GT_PGL_8_AGS_8 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46558 46569 exon 46655 46696 exon 46856 46902 gene_17 gene GT_PGL_8_AGS_9 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46507 46525 exon 46655 46724 exon 46889 46912 exon 47101 47123 gene_18 gene GT_PGL_8_AGS_10 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46655 46669 gene_19 gene GT_PGL_8_AGS_11 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46200 exon 46655 46673 gene_20 gene GT_PGL_8_AGS_12 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46200 exon 47419 47463 exon 47563 47592 gene_21 gene GT_PGL_8_AGS_13 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46197 exon 47867 47880 exon 48209 48261 exon 48390 48417 gene_22 gene GT_PGL_8_AGS_14 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 44823 exon 45963 46200 exon 47442 47463 exon 47563 47659 gene_23 gene GT_PGL_8_AGS_15 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44471 44607 exon 44722 44823 exon 45963 46201 exon 48209 48228 gene_24 gene GT_PGL_8_AGS_16 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44098 44223 exon 44472 44607 exon 44722 45182 gene_25 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 47462 47447 exon 46201 45961 gene_26 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 52593 52388 exon 51902 51776 exon 51595 51269 gene_27 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 51600 51269 gene_28 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64191 gene_29 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64138 exon 65667 65722 gene_30 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64173 exon 65682 65721 gene_31 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64105 exon 65686 65705 gene_32 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64090 exon 65688 65703 gene_33 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64090 exon 64938 64991 gene_34 gene GT_PGL_11_AGS_7 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61452 62274 gene_35 gene GT_PGL_11_AGS_8 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 63341 63416 exon 63584 63621 exon 63928 64325 gene_36 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_37 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81000 exon 81616 81633 gene_38 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81000 exon 81614 81642 gene_39 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78275 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81000 exon 81165 81206 gene_40 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65821 65918 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_41 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 68098 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_42 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 78111 gene_43 gene GT_PGL_12_AGS_8 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 75486 75669 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_44 gene GT_PGL_12_AGS_9 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 80431 80434 exon 80578 80652 exon 80737 81000 gene_45 gene GT_PGL_12_AGS_10 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 78898 79013 exon 80578 80652 exon 80737 81038 gene_46 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 81805 81884 exon 82016 82167 exon 82607 82718 exon 82842 82909 exon 83244 83376 exon 83782 83881 exon 83946 84058 exon 84316 84409 exon 85766 85919 exon 86008 86151 exon 86243 86316 exon 86428 86516 exon 86915 87029 exon 88306 89032 gene_47 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 86678 87029 exon 88306 88873 gene_48 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 83963 84058 exon 84316 84409 exon 85766 86063 gene_49 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 81811 81884 exon 81975 82167 exon 82607 82718 exon 82842 82909 exon 83244 83286 gene_50 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 89667 89645 exon 89018 88342 gene_51 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 89668 89649 exon 89020 88418 gene_52 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 90047 90247 exon 90676 90747 exon 90858 91070 exon 96666 96925 gene_53 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 90047 90247 exon 90676 90747 exon 90858 91070 exon 96666 96904 exon 97078 97105 gene_54 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 105207 104946 exon 104575 104194 exon 103903 103829 exon 103459 103394 exon 102820 102755 exon 102260 102192 exon 101469 101425 exon 101204 100748 gene_55 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 104237 104194 exon 103903 103829 exon 103459 103394 exon 102820 102755 exon 102260 102192 exon 101204 100722 gene_56 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115370 115073 exon 114271 114158 exon 114051 113898 exon 113052 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108769 exon 108440 108423 gene_57 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115370 115073 exon 114271 114158 exon 114051 113898 exon 113052 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108860 exon 105601 105585 exon 105263 105242 gene_58 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 113230 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108769 exon 108440 108423 gene_59 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115363 115073 exon 114267 114158 exon 114051 113898 exon 113052 113011 gene_60 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 119167 119327 exon 119674 119924 exon 120062 120333 gene_61 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 123672 123643 exon 123564 123429 exon 123186 123064 exon 122983 122813 exon 122450 122391 exon 122314 121800 RepeatMasker tomato repeats master Copia00105 7474 7548 1 Copia00105 7474 7548 1 nucleotide_motif 295 2464 2542 Copia00151 8217 8454 1 Copia00151 8217 8454 1 nucleotide_motif 429 14338 14578 Gypsy00073 1646 1687 1 Gypsy00073 1646 1687 1 nucleotide_motif 244 16851 16893 TLP1 3 88 1 TLP1 3 88 1 nucleotide_motif 262 21005 21097 TS2 268 357 1 TS2 268 357 1 nucleotide_motif 329 23400 23493 TS 68 2056 1 TS 68 2056 1 nucleotide_motif 370 23551 23675 Gypsy00073 11872 11993 1 Gypsy00073 11872 11993 1 nucleotide_motif 656 34615 34740 Copia00094 4330 4563 1 Copia00094 4330 4563 1 nucleotide_motif 893 58015 58253 Copia00172 290 453 1 Copia00172 290 453 1 nucleotide_motif 1037 70767 70931 TS2 516 622 1 TS2 516 622 1 nucleotide_motif 354 72316 72429 TS 58 192 1 TS 58 192 1 nucleotide_motif 430 78114 78231 Copia00143 140 217 1 Copia00143 140 217 1 nucleotide_motif 269 90491 90570 Gypsy00046 4076 4185 1 Gypsy00046 4076 4185 1 nucleotide_motif 317 97637 97746 Copia00112 7597 7661 1 Copia00112 7597 7661 1 nucleotide_motif 257 98275 98340 Gypsy00178 6512 6560 1 Gypsy00178 6512 6560 1 nucleotide_motif 267 98293 98341 MuDR1_HV 1265 1334 1 MuDR1_HV 1265 1334 1 nucleotide_motif 245 98297 98375 Unknown00046 198 497 1 Unknown00046 198 497 1 nucleotide_motif 1474 100231 100540 Copia00094 4469 4585 1 Copia00094 4469 4585 1 nucleotide_motif 311 100442 100560 Unknown00025 301 385 1 Unknown00025 301 385 1 nucleotide_motif 332 100553 100636 SONATA2 7 156 1 SONATA2 7 156 1 nucleotide_motif 501 102458 102608 SONATA3 16 120 1 SONATA3 16 120 1 nucleotide_motif 279 105389 105486 RepeatMasker tomato repeats master TS2 433 651 -1 TS2 433 651 -1 nucleotide_motif 750 1575 1345 Copia00089 1061 1124 -1 Copia00089 1061 1124 -1 nucleotide_motif 233 2502 2434 HELITRON7_OS 8360 10692 -1 HELITRON7_OS 8360 10692 -1 nucleotide_motif 317 2463 2453 HELITRON7_OS 2296 8359 -1 HELITRON7_OS 2296 8359 -1 nucleotide_motif 317 2569 2543 SSU-rRNA_Ath 223 306 -1 SSU-rRNA_Ath 223 306 -1 nucleotide_motif 492 5082 4999 TLP2 58 137 -1 TLP2 58 137 -1 nucleotide_motif 384 21169 21094 Copia00078 13 393 -1 Copia00078 13 393 -1 nucleotide_motif 1555 24321 23976 Gypsy00073 1655 1704 -1 Gypsy00073 1655 1704 -1 nucleotide_motif 266 26464 26415 Copia00089 3929 4008 -1 Copia00089 3929 4008 -1 nucleotide_motif 284 48467 48386 HarbN_I 1 92 -1 HarbN_I 1 92 -1 nucleotide_motif 268 53862 53763 Unknown00034 3828 4019 -1 Unknown00034 3828 4019 -1 nucleotide_motif 1022 58200 58011 Copia00094 4317 4383 -1 Copia00094 4317 4383 -1 nucleotide_motif 280 58266 58199 Copia00030 2677 2747 -1 Copia00030 2677 2747 -1 nucleotide_motif 249 66454 66386 ALIEN1_CA 4 188 -1 ALIEN1_CA 4 188 -1 nucleotide_motif 482 67727 67542 GYPMET_I 4437 4539 -1 GYPMET_I 4437 4539 -1 nucleotide_motif 248 75561 75456 Copia00040 1 4866 -1 Copia00040 1 4866 -1 nucleotide_motif 44253 96305 91440 Copia00040 4825 4866 -1 Copia00040 4825 4866 -1 nucleotide_motif 337 96644 96603 Copia00080 1300 1334 -1 Copia00080 1300 1334 -1 nucleotide_motif 235 101863 101830 SONATA2 103 233 -1 SONATA2 103 233 -1 nucleotide_motif 634 108546 108419 Copia00113 7229 7274 -1 Copia00113 7229 7274 -1 nucleotide_motif 240 124705 124660 HarbN_I 1 205 -1 HarbN_I 1 205 -1 nucleotide_motif 1200 126317 126077 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1080 93385 94425 match_2 match 2093 91489 93260 match_3 match 1080 93385 94425 match_4 match 2093 91489 93260 match_5 match 1080 93385 94425 match_6 match 2093 91489 93260 match_7 match 2722 14572 16036 match_8 match 1285 93290 94417 match_9 match 2212 91489 93260 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1295.5 132 76598 clone_end_1 clone_end 1144 132 723 clone_start_1 clone_start 1447 75848 76598 clone_2 clone 1295.5 132 76598 clone_start_2 clone_start 1144 132 723 clone_end_2 clone_end 1447 75848 76598 clone_start_3 clone_start 1108 132 694 clone_3 clone 714.5 132 108878 clone_start_4 clone_start 412 132 343 clone_end_3 clone_end 1017 108297 108878 clone_4 clone 714.5 132 108878 clone_end_4 clone_end 412 132 343 clone_start_5 clone_start 1017 108297 108878 clone_start_6 clone_start 636 1963 2294 clone_5 clone 821.5 9579 47183 clone_end_5 clone_end 1128 9579 10171 clone_start_7 clone_start 515 46924 47183 clone_6 clone 908 9579 47549 clone_end_6 clone_end 1128 9579 10171 clone_start_8 clone_start 688 47203 47549 clone_7 clone 821.5 9579 47183 clone_start_9 clone_start 1128 9579 10171 clone_end_7 clone_end 515 46924 47183 clone_8 clone 908 9579 47549 clone_start_10 clone_start 1128 9579 10171 clone_end_8 clone_end 688 47203 47549 clone_start_11 clone_start 1051 11658 12246 clone_9 clone 796 13941 110103 clone_start_12 clone_start 315 13941 14099 clone_end_9 clone_end 1277 109436 110103 clone_10 clone 796 13941 110103 clone_end_10 clone_end 315 13941 14099 clone_start_13 clone_start 1277 109436 110103 clone_start_14 clone_start 547 14572 14867 clone_start_15 clone_start 1294 14744 15441 clone_start_16 clone_start 954 14796 15329 clone_start_17 clone_start 1074 14964 15521 clone_start_18 clone_start 365 15142 15329 clone_start_19 clone_start 676 15430 15786 clone_start_20 clone_start 408 15746 15963 clone_start_21 clone_start 357 15746 15937 clone_start_22 clone_start 500 15746 16036 clone_start_23 clone_start 950 18965 19459 clone_start_24 clone_start 1209 20545 21154 clone_start_25 clone_start 404 20629 20832 clone_11 clone 1141 22037 122032 clone_end_11 clone_end 1104 22037 22593 clone_start_26 clone_start 1178 121394 122032 clone_12 clone 1141 22037 122032 clone_start_27 clone_start 1104 22037 22593 clone_end_12 clone_end 1178 121394 122032 clone_start_28 clone_start 331 43843 44009 clone_start_29 clone_start 299 49174 49324 clone_start_30 clone_start 1031 49342 49882 clone_start_31 clone_start 1354 49771 50453 clone_start_32 clone_start 484 61367 61610 clone_start_33 clone_start 1322 61568 62275 clone_start_34 clone_start 971 62810 63299 clone_start_35 clone_start 1328 67808 68477 clone_start_36 clone_start 1279 67811 68482 clone_start_37 clone_start 886 68137 68591 clone_start_38 clone_start 1104 76074 76651 clone_start_39 clone_start 989 76129 76648 clone_start_40 clone_start 831 78185 78611 clone_start_41 clone_start 884 79740 80217 clone_start_42 clone_start 262 91489 91628 clone_start_43 clone_start 575 92846 93135 clone_start_44 clone_start 1023 107880 108416 clone_start_45 clone_start 1130 109972 110541 clone_start_46 clone_start 930 111794 112262 clone_start_47 clone_start 1445 126559 127295 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.968 21765 22166 match_2 match_part 0.990 21772 22346 match_3 match_part 0.970 32845 32943 match_part 1.000 35061 35410 match_4 match_part 1.000 32877 32943 match_part 0.995 35061 35704 match_5 match_part 0.984 35644 35964 match_6 match_part 0.988 44139 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.996 45963 46200 match_part 0.591 47442 47463 match_part 0.495 47563 47659 match_7 match_part 1.000 44159 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_8 match_part 0.984 44160 44223 match_part 0.993 44472 44607 match_part 0.980 44722 44823 match_part 0.983 45963 46197 match_part 0.643 47867 47880 match_part 0.604 48209 48261 match_part 0.607 48390 48417 match_9 match_part 1.000 44161 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46201 match_10 match_part 0.984 44161 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46195 match_11 match_part 0.950 44164 44223 match_part 0.985 44472 44607 match_part 0.978 44722 44814 match_12 match_part 0.981 44172 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46200 match_part 0.600 47419 47463 match_part 0.700 47563 47592 match_13 match_part 1.000 44172 44223 match_part 1.000 44472 44607 match_part 0.980 44722 44823 match_part 1.000 45963 46153 match_14 match_part 1.000 44181 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_15 match_part 1.000 44182 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.971 45963 46205 match_16 match_part 1.000 44185 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.979 45963 46204 match_part 0.600 46655 46664 match_17 match_part 1.000 44185 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46197 match_18 match_part 0.974 44186 44223 match_part 0.993 44472 44607 match_part 0.990 44722 44823 match_part 0.972 45963 46214 match_part 0.692 46606 46618 match_part 0.393 46697 46724 match_part 0.545 46889 46943 match_part 0.550 47101 47120 match_part 0.769 47392 47404 match_part 0.636 47476 47486 match_part 0.438 47833 47880 match_part 0.742 48194 48224 match_19 match_part 0.921 44186 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46197 match_20 match_part 1.000 44186 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.991 45963 46193 match_21 match_part 1.000 44189 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46239 match_22 match_part 1.000 44189 44223 match_part 1.000 44472 44607 match_part 0.980 44722 44823 match_part 0.933 45963 46171 match_23 match_part 0.971 44189 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.966 45963 46109 match_24 match_part 0.912 44190 44223 match_part 0.985 44472 44607 match_part 1.000 44722 44823 match_part 0.980 45963 46214 match_25 match_part 1.000 44192 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.981 45963 46221 match_26 match_part 1.000 44194 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.968 45963 46214 match_part 0.833 48209 48226 match_27 match_part 1.000 44194 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.988 45963 46202 match_part 0.500 46655 46676 match_28 match_part 1.000 44195 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46197 match_29 match_part 1.000 44200 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46197 match_30 match_part 1.000 44200 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46197 match_31 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.979 45963 46201 match_part 0.684 46507 46525 match_part 0.500 46655 46724 match_part 0.542 46889 46912 match_part 0.652 47101 47123 match_32 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.987 45963 46201 match_part 0.667 46558 46569 match_part 0.595 46655 46696 match_part 0.574 46856 46902 match_33 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 0.997 44722 45084 match_34 match_part 1.000 44471 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_part 0.800 48209 48228 match_35 match_part 1.000 44471 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46201 match_part 0.800 48209 48228 match_36 match_part 0.992 44486 44607 match_part 0.996 44722 45182 match_37 match_part 0.992 44486 44607 match_part 0.996 44722 45182 match_38 match_part 0.947 44513 44607 match_part 1.000 44722 44823 match_part 0.987 45963 46187 match_39 match_part 1.000 44519 44607 match_part 0.990 44722 44823 match_part 0.983 45963 46204 match_part 0.545 46655 46665 match_40 match_part 1.000 44542 44607 match_part 1.000 44722 44823 match_part 1.000 45963 46014 match_41 match_part 0.977 44565 44607 match_part 0.990 44722 44823 match_part 0.979 45963 46204 match_part 0.538 46655 46667 match_42 match_part 0.986 44755 44823 match_part 0.983 45963 46200 match_part 0.526 46655 46673 match_43 match_part 1.000 44759 44823 match_part 0.971 45963 46206 match_44 match_part 1.000 44767 44823 match_part 1.000 45963 46201 match_part 0.667 46655 46663 match_part 0.700 47563 47592 match_45 match_part 1.000 44788 44823 match_part 0.988 45963 46204 match_part 0.538 46655 46667 match_46 match_part 1.000 44801 44823 match_part 0.961 45963 46190 match_47 match_part 1.000 61452 61990 match_48 match_part 0.941 61508 61727 match_part 0.968 62449 62543 match_part 0.977 62907 62949 match_49 match_part 1.000 61528 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 1.000 63928 64191 match_50 match_part 0.998 61533 62063 match_51 match_part 1.000 61540 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 1.000 63928 63963 match_52 match_part 0.937 61586 61727 match_part 1.000 62449 62543 match_part 0.966 62907 62993 match_part 0.984 63354 63416 match_part 0.947 63584 63621 match_part 0.984 63928 64173 match_part 0.675 65682 65721 match_53 match_part 1.000 61591 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.994 63928 64105 match_part 0.900 65686 65705 match_54 match_part 1.000 61598 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.991 63928 64138 match_part 0.607 65667 65722 match_55 match_part 1.000 61605 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 1.000 63928 64090 match_part 0.574 64938 64991 match_56 match_part 0.992 61608 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 0.875 63354 63401 match_57 match_part 1.000 61609 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.987 63928 64083 match_58 match_part 0.995 61654 62274 match_59 match_part 0.998 61654 62064 match_60 match_part 0.984 61666 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.982 63928 64090 match_part 0.938 65688 65703 match_61 match_part 1.000 62450 62543 match_part 0.989 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.994 63928 64090 match_62 match_part 0.934 63341 63416 match_part 1.000 63584 63621 match_part 0.985 63928 64325 match_63 match_part 0.973 65820 65929 match_part 1.000 66111 66306 match_part 0.994 68135 68596 match_64 match_part 1.000 65926 65929 match_part 1.000 66111 66306 match_part 0.987 68135 68692 match_65 match_part 1.000 65926 65929 match_part 0.990 66111 66306 match_part 0.977 68135 68530 match_66 match_part 1.000 65927 65929 match_part 1.000 66111 66306 match_part 1.000 68135 68377 match_67 match_part 1.000 68098 68884 match_68 match_part 0.991 68427 69060 match_69 match_part 0.989 68750 69188 match_70 match_part 0.983 68775 69188 match_71 match_part 0.997 68840 69228 match_part 1.000 70129 70200 match_part 1.000 71366 71440 match_part 1.000 72550 72664 match_part 1.000 73719 73780 match_part 0.846 73866 73891 match_72 match_part 0.975 69108 69228 match_part 1.000 70129 70200 match_part 1.000 71366 71440 match_part 1.000 72550 72664 match_part 0.968 73719 73780 match_part 1.000 73866 73875 match_73 match_part 1.000 71406 71440 match_part 1.000 72550 72664 match_part 0.984 73719 73780 match_part 1.000 73866 73913 match_part 1.000 75902 76105 match_74 match_part 1.000 72571 72664 match_part 1.000 73719 73780 match_part 1.000 73866 73913 match_part 1.000 75902 76186 match_part 1.000 76264 76323 match_part 1.000 76406 76454 match_75 match_part 0.973 72590 72664 match_part 1.000 73719 73780 match_part 1.000 73866 73913 match_part 0.970 75902 75934 match_76 match_part 1.000 75486 75669 match_part 1.000 75902 76186 match_part 1.000 76264 76323 match_part 1.000 76406 76456 match_77 match_part 0.830 76271 76323 match_part 0.917 76406 76489 match_part 0.970 76593 76658 match_part 0.960 76730 76828 match_part 0.982 76905 77123 match_part 0.986 77843 77914 match_78 match_part 0.946 76603 76658 match_part 0.990 76730 76828 match_part 1.000 76905 77123 match_part 1.000 77843 77954 match_part 0.961 78269 78345 match_79 match_part 1.000 76623 76658 match_part 0.980 76730 76828 match_part 1.000 76905 77123 match_part 1.000 77843 77954 match_part 1.000 78269 78478 match_80 match_part 1.000 76776 76828 match_part 0.991 76905 77123 match_part 0.978 77843 78111 match_81 match_part 0.981 76776 76828 match_part 0.982 76905 77123 match_part 0.986 77843 78051 match_82 match_part 1.000 78373 78480 match_part 1.000 78718 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 0.987 80737 81038 match_83 match_part 1.000 78420 78480 match_part 1.000 78718 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 0.996 80737 81000 match_84 match_part 1.000 78733 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 0.996 80737 81000 match_part 0.655 81614 81642 match_85 match_part 1.000 78763 78777 match_part 1.000 78900 79013 match_part 1.000 80578 80652 match_part 1.000 80737 81000 match_part 0.722 81616 81633 match_86 match_part 1.000 78898 79013 match_part 1.000 80578 80652 match_part 0.987 80737 81038 match_87 match_part 0.750 80431 80434 match_part 1.000 80578 80652 match_part 1.000 80737 81000 match_88 match_part 1.000 80595 80652 match_part 0.996 80737 81000 match_89 match_part 1.000 80634 80652 match_part 1.000 80737 81000 match_90 match_part 1.000 81805 81884 match_part 1.000 82016 82167 match_part 1.000 82607 82718 match_part 1.000 82842 82909 match_part 1.000 83244 83376 match_part 1.000 83782 83881 match_part 0.991 83946 84058 match_part 1.000 84316 84409 match_part 1.000 85766 85919 match_part 1.000 86008 86151 match_part 1.000 86243 86316 match_part 1.000 86428 86516 match_part 1.000 86915 87029 match_part 0.982 88306 89032 match_91 match_part 1.000 83963 84058 match_part 1.000 84316 84409 match_part 1.000 85766 86063 match_92 match_part 0.997 86678 87029 match_part 0.989 88306 88873 match_93 match_part 1.000 90047 90247 match_part 0.986 90676 90747 match_part 0.995 90858 91070 match_part 1.000 96666 96704 match_94 match_part 1.000 90048 90247 match_part 1.000 90676 90747 match_part 1.000 90858 91070 match_part 0.973 96666 96925 match_95 match_part 1.000 90048 90247 match_part 1.000 90676 90712 match_96 match_part 1.000 90052 90247 match_part 1.000 90676 90747 match_part 1.000 90858 91070 match_part 0.981 96666 96924 match_97 match_part 0.974 90053 90247 match_part 0.889 90676 90747 match_part 0.875 90858 90945 match_98 match_part 0.955 90938 91070 match_part 0.967 96666 96904 match_part 0.536 97078 97105 match_99 match_part 1.000 119167 119327 match_part 1.000 119674 119924 match_part 0.993 120062 120333 match_100 match_part 1.000 119168 119327 match_part 1.000 119674 119861 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_101 match_part 1.000 4721 4703 match_part 1.000 4582 4511 match_part 1.000 4013 3817 match_part 1.000 3723 3630 match_part 1.000 3069 2963 match_part 1.000 2710 2666 match_102 match_part 0.934 6798 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5803 match_part 1.000 5709 5618 match_part 1.000 5524 5408 match_part 1.000 4817 4703 match_part 1.000 4582 4514 match_103 match_part 0.980 6874 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5803 match_part 1.000 5709 5645 match_104 match_part 1.000 7480 7420 match_part 1.000 6911 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5841 match_105 match_part 1.000 7481 7420 match_part 1.000 6911 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5889 match_106 match_part 1.000 36842 36236 match_107 match_part 0.625 47462 47447 match_part 0.975 46201 45961 match_108 match_part 1.000 52549 52388 match_part 1.000 51902 51776 match_part 0.997 51595 51270 match_109 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 0.997 51595 51270 match_110 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 0.997 51595 51270 match_111 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_112 match_part 0.987 52546 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_113 match_part 0.993 52538 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_114 match_part 1.000 52538 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51270 match_115 match_part 1.000 52507 52388 match_part 1.000 51902 51776 match_part 0.981 51595 51277 match_116 match_part 1.000 52507 52388 match_part 1.000 51902 51776 match_part 0.981 51595 51277 match_117 match_part 1.000 52536 52388 match_part 1.000 51902 51776 match_part 0.978 51595 51280 match_118 match_part 1.000 52540 52388 match_part 1.000 51902 51776 match_part 0.994 51595 51282 match_119 match_part 0.987 52545 52388 match_part 0.992 51902 51776 match_part 0.987 51595 51284 match_120 match_part 1.000 52544 52388 match_part 1.000 51902 51776 match_part 0.977 51595 51285 match_121 match_part 1.000 52537 52388 match_part 1.000 51902 51776 match_part 0.987 51595 51285 match_122 match_part 1.000 52537 52388 match_part 1.000 51902 51776 match_part 0.990 51595 51291 match_123 match_part 1.000 52515 52388 match_part 1.000 51902 51776 match_part 0.992 51595 51355 match_124 match_part 1.000 52593 52388 match_part 1.000 51902 51776 match_part 0.996 51595 51357 match_125 match_part 1.000 52548 52388 match_part 0.984 51902 51776 match_part 0.996 51595 51361 match_126 match_part 1.000 52535 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51412 match_127 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 0.984 51595 51467 match_128 match_part 1.000 52536 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51581 match_129 match_part 0.652 89667 89645 match_part 1.000 89018 88342 match_130 match_part 0.700 89668 89649 match_part 0.997 89020 88641 match_131 match_part 1.000 102820 102755 match_part 1.000 102260 102192 match_part 0.990 101204 100727 match_132 match_part 1.000 105207 104946 match_part 1.000 104575 104321 match_133 match_part 1.000 111051 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108769 match_part 0.722 108440 108423 match_134 match_part 1.000 110208 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108861 match_135 match_part 1.000 112960 112916 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108963 match_136 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 109010 match_137 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 109075 match_138 match_part 1.000 113230 112916 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_139 match_part 0.990 113230 112916 match_part 0.990 111134 111039 match_140 match_part 1.000 115370 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_part 0.985 113052 112921 match_141 match_part 0.984 113230 112921 match_142 match_part 0.997 113220 112921 match_143 match_part 1.000 115327 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_part 1.000 113052 112964 match_144 match_part 1.000 115333 115073 match_part 0.991 114271 114158 match_part 1.000 114051 113898 match_part 1.000 113052 113009 match_145 match_part 1.000 114235 114158 match_part 1.000 114051 113898 match_part 1.000 113052 113011 match_146 match_part 1.000 115361 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113921 match_147 match_part 1.000 115326 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113927 match_148 match_part 0.972 115321 115073 match_part 0.991 114271 114158 match_part 1.000 114051 113933 match_149 match_part 0.993 115363 115073 match_part 0.973 114267 114158 match_part 1.000 114051 113979 match_150 match_part 0.979 122860 122813 match_part 0.983 122450 122391 match_part 0.994 122314 121800 match_151 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 1.000 122314 122110 match_152 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 1.000 122314 122147 match_153 match_part 1.000 123672 123643 match_part 1.000 123564 123429 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 0.993 122314 122162 match_154 match_part 1.000 123672 123643 match_part 1.000 123564 123429 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 1.000 122314 122307 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 7481 7420 exon 6911 6723 exon 6382 6242 exon 6144 6070 exon 5979 5803 exon 5709 5618 exon 5524 5408 exon 4817 4703 exon 4582 4511 exon 4013 3817 exon 3723 3630 exon 3069 2963 exon 2710 2666 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 21765 22346 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 32845 32943 exon 35061 35964 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 36842 36236 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46239 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46204 exon 46655 46667 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46214 exon 48209 48226 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46214 exon 46606 46618 exon 46697 46724 exon 46889 46943 exon 47101 47120 exon 47392 47404 exon 47476 47486 exon 47833 47880 exon 48194 48224 gene_9 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46655 46663 exon 47563 47592 gene_10 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46558 46569 exon 46655 46696 exon 46856 46902 gene_11 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46507 46525 exon 46655 46724 exon 46889 46912 exon 47101 47123 gene_12 gene GT_PGL_5_AGS_8 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44159 44223 exon 44472 44607 exon 44722 44823 exon 45963 46202 exon 46655 46676 gene_13 gene GT_PGL_5_AGS_9 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44161 44223 exon 44472 44607 exon 44722 44823 exon 45963 46200 exon 46655 46673 gene_14 gene GT_PGL_5_AGS_10 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44161 44223 exon 44472 44607 exon 44722 44823 exon 45963 46200 exon 47419 47463 exon 47563 47592 gene_15 gene GT_PGL_5_AGS_11 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44160 44223 exon 44472 44607 exon 44722 44823 exon 45963 46197 exon 47867 47880 exon 48209 48261 exon 48390 48417 gene_16 gene GT_PGL_5_AGS_12 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44139 44223 exon 44472 44607 exon 44722 44823 exon 45963 46200 exon 47442 47463 exon 47563 47659 gene_17 gene GT_PGL_5_AGS_13 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44471 44607 exon 44722 44823 exon 45963 46201 exon 48209 48228 gene_18 gene GT_PGL_5_AGS_14 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44164 44223 exon 44472 44607 exon 44722 45182 gene_19 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 47462 47447 exon 46201 45961 gene_20 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 52593 52388 exon 51902 51776 exon 51595 51270 gene_21 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64191 gene_22 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64090 exon 65688 65703 gene_23 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64090 exon 64938 64991 gene_24 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64138 exon 65667 65722 gene_25 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64105 exon 65686 65705 gene_26 gene GT_PGL_8_AGS_6 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64173 exon 65682 65721 gene_27 gene GT_PGL_8_AGS_7 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61452 62274 gene_28 gene GT_PGL_8_AGS_8 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 63341 63416 exon 63584 63621 exon 63928 64325 gene_29 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_30 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81000 exon 81616 81633 gene_31 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81000 exon 81614 81642 gene_32 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 68098 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_33 gene GT_PGL_9_AGS_5 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65820 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 78111 gene_34 gene GT_PGL_9_AGS_6 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 75486 75669 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78480 exon 78718 78777 exon 78900 79013 exon 80578 80652 exon 80737 81038 gene_35 gene GT_PGL_9_AGS_7 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 80431 80434 exon 80578 80652 exon 80737 81000 gene_36 gene GT_PGL_9_AGS_8 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 78898 79013 exon 80578 80652 exon 80737 81038 gene_37 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 81805 81884 exon 82016 82167 exon 82607 82718 exon 82842 82909 exon 83244 83376 exon 83782 83881 exon 83946 84058 exon 84316 84409 exon 85766 85919 exon 86008 86151 exon 86243 86316 exon 86428 86516 exon 86915 87029 exon 88306 89032 gene_38 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 86678 87029 exon 88306 88873 gene_39 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 83963 84058 exon 84316 84409 exon 85766 86063 gene_40 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 89668 89649 exon 89020 88641 gene_41 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 89667 89645 exon 89018 88342 gene_42 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 90047 90247 exon 90676 90747 exon 90858 91070 exon 96666 96925 gene_43 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 90047 90247 exon 90676 90747 exon 90858 91070 exon 96666 96904 exon 97078 97105 gene_44 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 102820 102755 exon 102260 102192 exon 101204 100727 gene_45 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 105207 104946 exon 104575 104321 gene_46 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115370 115073 exon 114271 114158 exon 114051 113898 exon 113052 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108769 exon 108440 108423 gene_47 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 113230 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108769 exon 108440 108423 gene_48 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115363 115073 exon 114267 114158 exon 114051 113898 exon 113052 113011 gene_49 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 119167 119327 exon 119674 119924 exon 120062 120333 gene_50 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 123672 123643 exon 123564 123429 exon 123186 123064 exon 122983 122813 exon 122450 122391 exon 122314 121800 AUGUSTUS_tom_cdna de novo gene_1 gene 1 14922 15656 transcript_1 transcript 14922 15656 start_codon_1 start_codon 14922 14924 CDS_1 CDS 14922 15108 CDS_2 CDS 15622 15656 stop_codon_1 stop_codon 15654 15656 gene_2 gene 1 32911 35774 transcript_2 transcript 32911 35774 start_codon_2 start_codon 32911 32913 CDS_3 CDS 32911 32943 CDS_4 CDS 35061 35774 stop_codon_2 stop_codon 35772 35774 gene_3 gene 1 44221 46006 transcript_3 transcript 44221 46006 start_codon_3 start_codon 44221 44223 CDS_5 CDS 44221 44223 CDS_6 CDS 44472 44607 CDS_7 CDS 44722 44823 CDS_8 CDS 45963 46006 stop_codon_3 stop_codon 46004 46006 gene_4 gene 1 48126 50831 transcript_4 transcript 48126 50831 start_codon_4 start_codon 48126 48128 CDS_9 CDS 48126 48183 CDS_10 CDS 48964 49080 CDS_11 CDS 49539 49765 CDS_12 CDS 49940 50260 CDS_13 CDS 50445 50831 stop_codon_4 stop_codon 50829 50831 gene_5 gene 1 61622 63982 transcript_5 transcript 61622 63982 start_codon_5 start_codon 61622 61624 CDS_14 CDS 61622 61727 CDS_15 CDS 62449 62543 CDS_16 CDS 62907 62993 CDS_17 CDS 63354 63416 CDS_18 CDS 63584 63621 CDS_19 CDS 63928 63982 stop_codon_5 stop_codon 63980 63982 gene_6 gene 2 66159 80772 transcript_6 transcript 66159 80772 start_codon_6 start_codon 66159 66161 CDS_20 CDS 66159 66306 CDS_21 CDS 68135 69228 CDS_22 CDS 70129 70200 CDS_23 CDS 71366 71440 CDS_24 CDS 72550 72664 CDS_25 CDS 73719 73780 CDS_26 CDS 73866 73913 CDS_27 CDS 75902 76186 CDS_28 CDS 76264 76323 CDS_29 CDS 76406 76489 CDS_30 CDS 76593 76658 CDS_31 CDS 76730 76828 CDS_32 CDS 76905 77123 CDS_33 CDS 77843 77954 CDS_34 CDS 78269 78480 CDS_35 CDS 78718 78777 CDS_36 CDS 78900 79013 CDS_37 CDS 80578 80652 CDS_38 CDS 80737 80772 stop_codon_6 stop_codon 80770 80772 transcript_7 transcript 66159 77962 start_codon_7 start_codon 66159 66161 CDS_39 CDS 66159 66306 CDS_40 CDS 68135 69228 CDS_41 CDS 70129 70200 CDS_42 CDS 71366 71440 CDS_43 CDS 72550 72664 CDS_44 CDS 73719 73780 CDS_45 CDS 73866 73913 CDS_46 CDS 75902 76186 CDS_47 CDS 76264 76323 CDS_48 CDS 76406 76489 CDS_49 CDS 76730 76828 CDS_50 CDS 76905 77123 CDS_51 CDS 77843 77962 stop_codon_7 stop_codon 77960 77962 gene_7 gene 1 82071 88488 transcript_8 transcript 82071 88488 start_codon_8 start_codon 82071 82073 CDS_52 CDS 82071 82167 CDS_53 CDS 82607 82718 CDS_54 CDS 82842 82909 CDS_55 CDS 83244 83376 CDS_56 CDS 83782 83881 CDS_57 CDS 83946 84058 CDS_58 CDS 84316 84409 CDS_59 CDS 85766 85919 CDS_60 CDS 86008 86151 CDS_61 CDS 86243 86316 CDS_62 CDS 86428 86516 CDS_63 CDS 86915 87029 CDS_64 CDS 88306 88488 stop_codon_8 stop_codon 88486 88488 gene_8 gene 1 90064 96748 transcript_9 transcript 90064 96748 start_codon_9 start_codon 90064 90066 CDS_65 CDS 90064 90247 CDS_66 CDS 90676 90747 CDS_67 CDS 90858 91070 CDS_68 CDS 96666 96748 stop_codon_9 stop_codon 96746 96748 gene_9 gene 1 118283 120433 transcript_10 transcript 118283 120433 start_codon_10 start_codon 118283 118285 CDS_69 CDS 118283 118289 CDS_70 CDS 119220 119327 CDS_71 CDS 119674 119924 CDS_72 CDS 120062 120433 stop_codon_10 stop_codon 120431 120433 AUGUSTUS_tom_cdna de novo gene_10 gene 1 10613 2069 transcript_11 transcript 10613 2069 stop_codon_11 stop_codon 2071 2069 CDS_73 CDS 2242 2069 CDS_74 CDS 2710 2581 CDS_75 CDS 3069 2963 CDS_76 CDS 3723 3630 CDS_77 CDS 4013 3817 CDS_78 CDS 4582 4511 CDS_79 CDS 4817 4703 CDS_80 CDS 5524 5408 CDS_81 CDS 5709 5618 CDS_82 CDS 5979 5803 CDS_83 CDS 6144 6070 CDS_84 CDS 6382 6242 CDS_85 CDS 6911 6723 CDS_86 CDS 7485 7420 CDS_87 CDS 10035 9904 CDS_88 CDS 10458 10133 CDS_89 CDS 10613 10571 start_codon_11 start_codon 10613 10611 gene_11 gene 1 19666 19352 transcript_12 transcript 19666 19352 stop_codon_12 stop_codon 19354 19352 CDS_90 CDS 19666 19352 start_codon_12 start_codon 19666 19664 gene_12 gene 1 23219 22565 transcript_13 transcript 23219 22565 stop_codon_13 stop_codon 22567 22565 CDS_91 CDS 23071 22565 CDS_92 CDS 23219 23169 start_codon_13 start_codon 23219 23217 gene_13 gene 1 42484 36568 transcript_14 transcript 42484 36568 stop_codon_14 stop_codon 36570 36568 CDS_93 CDS 36955 36568 CDS_94 CDS 38681 38468 CDS_95 CDS 39542 38972 CDS_96 CDS 40712 40419 CDS_97 CDS 41215 41125 CDS_98 CDS 42484 41889 start_codon_14 start_codon 42484 42482 gene_14 gene 1 55920 51416 transcript_15 transcript 55920 51416 stop_codon_15 stop_codon 51418 51416 CDS_99 CDS 51595 51416 CDS_100 CDS 51902 51776 CDS_101 CDS 52537 52388 CDS_102 CDS 55920 55880 start_codon_15 start_codon 55920 55918 gene_15 gene 1 105097 101076 transcript_16 transcript 105097 101076 stop_codon_16 stop_codon 101078 101076 CDS_103 CDS 101204 101076 CDS_104 CDS 102260 102192 CDS_105 CDS 102820 102755 CDS_106 CDS 103459 103394 CDS_107 CDS 104575 104194 CDS_108 CDS 105097 104946 start_codon_16 start_codon 105097 105095 gene_16 gene 2 115213 108995 transcript_17 transcript 115213 108995 stop_codon_17 stop_codon 108997 108995 CDS_109 CDS 109124 108995 CDS_110 CDS 109845 109679 CDS_111 CDS 110234 110117 CDS_112 CDS 111134 111034 CDS_113 CDS 113052 112916 CDS_114 CDS 114051 113898 CDS_115 CDS 114271 114158 CDS_116 CDS 115213 115073 start_codon_17 start_codon 115213 115211 transcript_18 transcript 114163 108995 stop_codon_18 stop_codon 108997 108995 CDS_117 CDS 109124 108995 CDS_118 CDS 109845 109679 CDS_119 CDS 110234 110117 CDS_120 CDS 111134 111034 CDS_121 CDS 113052 112916 CDS_122 CDS 114051 113916 CDS_123 CDS 114163 114158 start_codon_18 start_codon 114163 114161 gene_17 gene 1 117044 115249 transcript_19 transcript 117044 115249 stop_codon_19 stop_codon 115251 115249 CDS_124 CDS 115336 115249 CDS_125 CDS 116872 116815 CDS_126 CDS 117044 116963 start_codon_19 start_codon 117044 117042 gene_18 gene 1 126485 122195 transcript_20 transcript 126485 122195 stop_codon_20 stop_codon 122197 122195 CDS_127 CDS 122314 122195 CDS_128 CDS 122450 122391 CDS_129 CDS 122983 122813 CDS_130 CDS 123186 123064 CDS_131 CDS 123564 123429 CDS_132 CDS 123699 123643 CDS_133 CDS 124003 123783 CDS_134 CDS 124144 124072 CDS_135 CDS 125652 125494 CDS_136 CDS 125996 125905 CDS_137 CDS 126485 126432 start_codon_20 start_codon 126485 126483 tRNAscan-SE unknown database tRNA_1 tRNA 82.58 17373 17446 tRNAscan-SE unknown database tRNA_2 tRNA 80.45 121384 121311 tRNA_3 tRNA 81.28 115642 115561 AUGUSTUS_ab_initio de novo gene_1 gene 1 14922 19674 transcript_1 transcript 14922 19674 start_codon_1 start_codon 14922 14924 CDS_1 CDS 14922 15108 CDS_2 CDS 19532 19674 stop_codon_1 stop_codon 19672 19674 gene_2 gene 1 44772 56842 transcript_2 transcript 44772 56842 start_codon_2 start_codon 44772 44774 CDS_3 CDS 44772 44823 CDS_4 CDS 48964 49080 CDS_5 CDS 49539 49765 CDS_6 CDS 49940 50260 CDS_7 CDS 50445 50799 CDS_8 CDS 56688 56842 stop_codon_2 stop_codon 56840 56842 gene_3 gene 1 68188 80318 transcript_3 transcript 68188 80318 start_codon_3 start_codon 68188 68190 CDS_9 CDS 68188 69228 CDS_10 CDS 70129 70200 CDS_11 CDS 71366 71440 CDS_12 CDS 72550 72664 CDS_13 CDS 80200 80318 stop_codon_3 stop_codon 80316 80318 gene_4 gene 1 83807 88488 transcript_4 transcript 83807 88488 start_codon_4 start_codon 83807 83809 CDS_14 CDS 83807 83881 CDS_15 CDS 85766 85919 CDS_16 CDS 86008 86151 CDS_17 CDS 86428 86516 CDS_18 CDS 88306 88488 stop_codon_4 stop_codon 88486 88488 gene_5 gene 1 118283 120433 transcript_5 transcript 118283 120433 start_codon_5 start_codon 118283 118285 CDS_19 CDS 118283 118289 CDS_20 CDS 119716 119924 CDS_21 CDS 120062 120433 stop_codon_5 stop_codon 120431 120433 AUGUSTUS_ab_initio de novo gene_6 gene 1 12012 2069 transcript_6 transcript 12012 2069 stop_codon_6 stop_codon 2071 2069 CDS_22 CDS 2242 2069 CDS_23 CDS 2710 2581 CDS_24 CDS 3069 2963 CDS_25 CDS 3723 3630 CDS_26 CDS 4013 3817 CDS_27 CDS 4582 4511 CDS_28 CDS 4817 4703 CDS_29 CDS 5524 5408 CDS_30 CDS 5709 5618 CDS_31 CDS 5979 5803 CDS_32 CDS 6144 6070 CDS_33 CDS 7485 7420 CDS_34 CDS 7756 7606 CDS_35 CDS 10458 10329 CDS_36 CDS 11567 11513 CDS_37 CDS 12012 11983 start_codon_6 start_codon 12012 12010 gene_7 gene 1 42484 22565 transcript_7 transcript 42484 22565 stop_codon_7 stop_codon 22567 22565 CDS_38 CDS 23071 22565 CDS_39 CDS 23313 23169 CDS_40 CDS 36955 36632 CDS_41 CDS 38681 38468 CDS_42 CDS 39542 38972 CDS_43 CDS 40712 40419 CDS_44 CDS 41215 41125 CDS_45 CDS 42484 41889 start_codon_7 start_codon 42484 42482 AUGUSTUS_tom_ugs de novo gene_1 gene 1 14922 15656 transcript_1 transcript 14922 15656 start_codon_1 start_codon 14922 14924 CDS_1 CDS 14922 15108 CDS_2 CDS 15622 15656 stop_codon_1 stop_codon 15654 15656 gene_2 gene 1 32911 35774 transcript_2 transcript 32911 35774 start_codon_2 start_codon 32911 32913 CDS_3 CDS 32911 32943 CDS_4 CDS 35061 35774 stop_codon_2 stop_codon 35772 35774 gene_3 gene 1 48126 50831 transcript_3 transcript 48126 50831 start_codon_3 start_codon 48126 48128 CDS_5 CDS 48126 48183 CDS_6 CDS 48964 49080 CDS_7 CDS 49539 49765 CDS_8 CDS 49940 50260 CDS_9 CDS 50445 50831 stop_codon_3 stop_codon 50829 50831 gene_4 gene 1 61622 63982 transcript_4 transcript 61622 63982 start_codon_4 start_codon 61622 61624 CDS_10 CDS 61622 61727 CDS_11 CDS 62449 62543 CDS_12 CDS 62907 62993 CDS_13 CDS 63354 63416 CDS_14 CDS 63584 63621 CDS_15 CDS 63928 63982 stop_codon_4 stop_codon 63980 63982 gene_5 gene 1 66159 76918 transcript_5 transcript 66159 76918 start_codon_5 start_codon 66159 66161 CDS_16 CDS 66159 66306 CDS_17 CDS 68135 69228 CDS_18 CDS 70129 70200 CDS_19 CDS 71366 71440 CDS_20 CDS 72550 72664 CDS_21 CDS 73719 73780 CDS_22 CDS 73866 73913 CDS_23 CDS 75902 76186 CDS_24 CDS 76264 76323 CDS_25 CDS 76406 76489 CDS_26 CDS 76730 76918 stop_codon_5 stop_codon 76916 76918 gene_6 gene 1 78319 80772 transcript_6 transcript 78319 80772 start_codon_6 start_codon 78319 78321 CDS_27 CDS 78319 78480 CDS_28 CDS 78718 78777 CDS_29 CDS 78900 79013 CDS_30 CDS 80578 80652 CDS_31 CDS 80737 80772 stop_codon_6 stop_codon 80770 80772 gene_7 gene 1 82071 88488 transcript_7 transcript 82071 88488 start_codon_7 start_codon 82071 82073 CDS_32 CDS 82071 82167 CDS_33 CDS 82607 82718 CDS_34 CDS 82842 82909 CDS_35 CDS 83244 83376 CDS_36 CDS 83782 83881 CDS_37 CDS 83946 84058 CDS_38 CDS 84316 84409 CDS_39 CDS 85766 85919 CDS_40 CDS 86008 86151 CDS_41 CDS 86243 86316 CDS_42 CDS 86428 86516 CDS_43 CDS 86915 87029 CDS_44 CDS 88306 88488 stop_codon_7 stop_codon 88486 88488 gene_8 gene 1 118283 120433 transcript_8 transcript 118283 120433 start_codon_8 start_codon 118283 118285 CDS_45 CDS 118283 118289 CDS_46 CDS 119220 119327 CDS_47 CDS 119674 119924 CDS_48 CDS 120062 120433 stop_codon_8 stop_codon 120431 120433 AUGUSTUS_tom_ugs de novo gene_9 gene 1 9846 625 transcript_9 transcript 9846 625 stop_codon_9 stop_codon 627 625 CDS_49 CDS 683 625 CDS_50 CDS 1290 1224 CDS_51 CDS 2242 2132 CDS_52 CDS 2710 2581 CDS_53 CDS 3069 2963 CDS_54 CDS 3723 3630 CDS_55 CDS 4013 3817 CDS_56 CDS 4582 4511 CDS_57 CDS 4817 4703 CDS_58 CDS 5524 5408 CDS_59 CDS 5709 5618 CDS_60 CDS 5979 5803 CDS_61 CDS 6144 6070 CDS_62 CDS 6382 6242 CDS_63 CDS 6911 6723 CDS_64 CDS 7485 7420 CDS_65 CDS 7756 7606 CDS_66 CDS 9846 9674 start_codon_9 start_codon 9846 9844 gene_10 gene 1 19666 19352 transcript_10 transcript 19666 19352 stop_codon_10 stop_codon 19354 19352 CDS_67 CDS 19666 19352 start_codon_10 start_codon 19666 19664 gene_11 gene 1 23219 22565 transcript_11 transcript 23219 22565 stop_codon_11 stop_codon 22567 22565 CDS_68 CDS 23071 22565 CDS_69 CDS 23219 23169 start_codon_11 start_codon 23219 23217 gene_12 gene 1 42484 36568 transcript_12 transcript 42484 36568 stop_codon_12 stop_codon 36570 36568 CDS_70 CDS 36955 36568 CDS_71 CDS 38681 38468 CDS_72 CDS 39542 38972 CDS_73 CDS 40712 40419 CDS_74 CDS 41215 41125 CDS_75 CDS 42484 41889 start_codon_12 start_codon 42484 42482 gene_13 gene 1 52509 51416 transcript_13 transcript 52509 51416 stop_codon_13 stop_codon 51418 51416 CDS_76 CDS 51595 51416 CDS_77 CDS 51902 51776 CDS_78 CDS 52509 52388 start_codon_13 start_codon 52509 52507 gene_14 gene 1 105097 101076 transcript_14 transcript 105097 101076 stop_codon_14 stop_codon 101078 101076 CDS_79 CDS 101204 101076 CDS_80 CDS 102260 102192 CDS_81 CDS 102820 102755 CDS_82 CDS 103459 103394 CDS_83 CDS 104575 104194 CDS_84 CDS 105097 104946 start_codon_14 start_codon 105097 105095 gene_15 gene 1 115213 108995 transcript_15 transcript 115213 108995 stop_codon_15 stop_codon 108997 108995 CDS_85 CDS 109124 108995 CDS_86 CDS 109845 109679 CDS_87 CDS 110234 110117 CDS_88 CDS 111134 111034 CDS_89 CDS 113052 112916 CDS_90 CDS 114051 113898 CDS_91 CDS 114271 114158 CDS_92 CDS 115213 115073 start_codon_15 start_codon 115213 115211 gene_16 gene 1 126485 122195 transcript_16 transcript 126485 122195 stop_codon_16 stop_codon 122197 122195 CDS_93 CDS 122314 122195 CDS_94 CDS 122450 122391 CDS_95 CDS 122983 122813 CDS_96 CDS 123186 123064 CDS_97 CDS 123564 123429 CDS_98 CDS 123699 123643 CDS_99 CDS 124003 123783 CDS_100 CDS 124144 124072 CDS_101 CDS 125652 125494 CDS_102 CDS 125996 125905 CDS_103 CDS 126485 126432 start_codon_16 start_codon 126485 126483 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.990 21765 22346 match_2 match_part 0.970 32845 32943 match_part 0.995 35061 35704 match_3 match_part 0.988 44139 44223 match_part 1.000 44472 44607 match_part 1.000 44722 44823 match_part 0.996 45963 46201 match_part 0.667 46508 46528 match_part 0.500 46655 46724 match_part 0.542 46889 46912 match_part 0.652 47101 47123 match_4 match_part 0.974 44186 44223 match_part 0.993 44472 44607 match_part 0.990 44722 44823 match_part 0.972 45963 46214 match_part 0.692 46606 46618 match_part 0.393 46697 46724 match_part 0.545 46889 46943 match_part 0.550 47101 47120 match_part 0.769 47392 47404 match_part 0.636 47476 47486 match_part 0.438 47833 47880 match_part 0.742 48194 48224 match_5 match_part 1.000 44211 44223 match_part 1.000 44472 44607 match_part 0.998 44722 45182 match_6 match_part 1.000 61452 62063 match_7 match_part 1.000 61508 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.982 63928 64325 match_8 match_part 0.995 61654 62274 match_9 match_part 1.000 65827 65929 match_part 1.000 66111 66306 match_part 1.000 68135 69228 match_part 1.000 70129 70200 match_part 1.000 71366 71440 match_part 1.000 72550 72664 match_part 1.000 73719 73780 match_part 1.000 73866 73913 match_part 1.000 75902 76186 match_part 1.000 76264 76323 match_part 1.000 76406 76454 match_10 match_part 0.827 76272 76323 match_part 0.917 76406 76489 match_part 0.985 76593 76658 match_part 1.000 76730 76828 match_part 1.000 76905 77123 match_part 1.000 77843 77954 match_part 1.000 78269 78478 match_11 match_part 1.000 81805 81884 match_part 1.000 82016 82167 match_part 1.000 82607 82718 match_part 1.000 82842 82909 match_part 1.000 83244 83376 match_part 1.000 83782 83881 match_part 0.991 83946 84058 match_part 1.000 84316 84409 match_part 1.000 85766 85919 match_part 1.000 86008 86151 match_part 1.000 86243 86316 match_part 1.000 86428 86516 match_part 1.000 86915 87029 match_part 0.999 88306 89017 match_part 0.667 89646 89669 match_12 match_part 1.000 90047 90247 match_part 1.000 90676 90747 match_part 1.000 90858 91070 match_part 0.981 96666 96924 match_13 match_part 1.000 119167 119327 match_part 1.000 119674 119924 match_part 0.993 120062 120333 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 1.000 7481 7420 match_part 1.000 6911 6723 match_part 1.000 6382 6242 match_part 1.000 6144 6070 match_part 1.000 5979 5803 match_part 1.000 5709 5618 match_part 1.000 5524 5408 match_part 1.000 4817 4703 match_part 1.000 4582 4511 match_part 1.000 4013 3817 match_part 1.000 3723 3630 match_part 1.000 3069 2963 match_part 1.000 2710 2666 match_15 match_part 0.984 35964 35644 match_16 match_part 1.000 36842 36236 match_17 match_part 1.000 52548 52388 match_part 1.000 51902 51776 match_part 1.000 51595 51291 match_18 match_part 1.000 102820 102755 match_part 1.000 102260 102192 match_part 0.990 101204 100727 match_19 match_part 1.000 105207 104946 match_part 1.000 104575 104321 match_20 match_part 1.000 115370 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_part 1.000 113052 112916 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108769 match_part 0.722 108440 108423 match_21 match_part 0.997 113220 112921 match_22 match_part 1.000 123672 123643 match_part 1.000 123564 123429 match_part 1.000 123186 123064 match_part 1.000 122983 122813 match_part 1.000 122450 122391 match_part 0.994 122314 121800 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 7481 7420 exon 6911 6723 exon 6382 6242 exon 6144 6070 exon 5979 5803 exon 5709 5618 exon 5524 5408 exon 4817 4703 exon 4582 4511 exon 4013 3817 exon 3723 3630 exon 3069 2963 exon 2710 2666 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 21765 22346 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 32845 32943 exon 35061 35704 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 35964 35644 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 36842 36236 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44139 44223 exon 44472 44607 exon 44722 44823 exon 45963 46201 exon 46508 46528 exon 46655 46724 exon 46889 46912 exon 47101 47123 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44211 44223 exon 44472 44607 exon 44722 45182 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44186 44223 exon 44472 44607 exon 44722 44823 exon 45963 46214 exon 46606 46618 exon 46697 46724 exon 46889 46943 exon 47101 47120 exon 47392 47404 exon 47476 47486 exon 47833 47880 exon 48194 48224 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 52548 52388 exon 51902 51776 exon 51595 51291 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61452 62274 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64325 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 65827 65929 exon 66111 66306 exon 68135 69228 exon 70129 70200 exon 71366 71440 exon 72550 72664 exon 73719 73780 exon 73866 73913 exon 75902 76186 exon 76264 76323 exon 76406 76489 exon 76593 76658 exon 76730 76828 exon 76905 77123 exon 77843 77954 exon 78269 78478 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 81805 81884 exon 82016 82167 exon 82607 82718 exon 82842 82909 exon 83244 83376 exon 83782 83881 exon 83946 84058 exon 84316 84409 exon 85766 85919 exon 86008 86151 exon 86243 86316 exon 86428 86516 exon 86915 87029 exon 88306 89017 exon 89646 89669 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 90047 90247 exon 90676 90747 exon 90858 91070 exon 96666 96924 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 102820 102755 exon 102260 102192 exon 101204 100727 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 105207 104946 exon 104575 104321 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115370 115073 exon 114271 114158 exon 114051 113898 exon 113052 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108769 exon 108440 108423 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 113220 112921 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 119167 119327 exon 119674 119924 exon 120062 120333 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 123672 123643 exon 123564 123429 exon 123186 123064 exon 122983 122813 exon 122450 122391 exon 122314 121800 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.971 44189 44223 match_part 1.000 44472 44607 match_part 0.990 44722 44823 match_part 0.966 45963 46109 match_2 match_part 1.000 50848 51374 match_3 match_part 1.000 61508 61727 match_part 1.000 62449 62543 match_part 1.000 62907 62993 match_part 1.000 63354 63416 match_part 1.000 63584 63621 match_part 0.985 63928 64325 match_4 match_part 0.958 61609 61727 match_part 0.947 62449 62543 match_part 0.966 62907 62993 match_part 0.968 63354 63416 match_part 1.000 63584 63621 match_part 0.966 63928 64103 match_5 match_part 0.784 81811 81884 match_part 0.907 81975 82167 match_part 0.982 82607 82718 match_part 0.971 82842 82909 match_part 0.992 83244 83376 match_part 0.969 83782 83877 match_6 match_part 1.000 90047 90247 match_part 1.000 90676 90747 match_part 1.000 90858 91070 match_part 0.981 96666 96924 GenomeThreader_SGN_markers SGN marker sequences match_7 match_part 0.994 52486 51993 match_8 match_part 1.000 115370 115073 match_part 1.000 114271 114158 match_part 1.000 114051 113898 match_part 1.000 113052 112916 match_part 1.000 111134 111034 match_part 1.000 110234 110117 match_part 1.000 109845 109679 match_part 1.000 109124 108769 match_part 0.722 108440 108423 match_9 match_part 0.960 115350 115073 match_part 0.982 114271 114158 match_part 0.981 114051 113898 match_part 0.993 113052 112916 match_part 0.919 111134 111049 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 44189 44223 exon 44472 44607 exon 44722 44823 exon 45963 46109 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 50848 51374 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 52486 51993 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 61508 61727 exon 62449 62543 exon 62907 62993 exon 63354 63416 exon 63584 63621 exon 63928 64325 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 81811 81884 exon 81975 82167 exon 82607 82718 exon 82842 82909 exon 83244 83376 exon 83782 83877 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 90047 90247 exon 90676 90747 exon 90858 91070 exon 96666 96924 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0081D06.1 type gene exon 115370 115073 exon 114271 114158 exon 114051 113898 exon 113052 112916 exon 111134 111034 exon 110234 110117 exon 109845 109679 exon 109124 108769 exon 108440 108423 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 14922 15656 transcript_1 transcript 14922 15656 start_codon_1 start_codon 14922 14924 CDS_1 CDS 14922 15108 CDS_2 CDS 15622 15656 stop_codon_1 stop_codon 15654 15656 gene_2 gene 1 32710 35774 transcript_2 transcript 32710 35774 start_codon_2 start_codon 32710 32712 CDS_3 CDS 32710 32943 CDS_4 CDS 35061 35774 stop_codon_2 stop_codon 35772 35774 gene_3 gene 1 44221 46006 transcript_3 transcript 44221 46006 start_codon_3 start_codon 44221 44223 CDS_5 CDS 44221 44223 CDS_6 CDS 44472 44607 CDS_7 CDS 44722 44823 CDS_8 CDS 45963 46006 stop_codon_3 stop_codon 46004 46006 gene_4 gene 1 48126 51288 transcript_4 transcript 48126 51288 start_codon_4 start_codon 48126 48128 CDS_9 CDS 48126 48183 CDS_10 CDS 48964 49080 CDS_11 CDS 49539 49765 CDS_12 CDS 49940 50260 CDS_13 CDS 50445 50799 CDS_14 CDS 51200 51288 stop_codon_4 stop_codon 51286 51288 gene_5 gene 1 61622 63982 transcript_5 transcript 61622 63982 start_codon_5 start_codon 61622 61624 CDS_15 CDS 61622 61727 CDS_16 CDS 62449 62543 CDS_17 CDS 62907 62993 CDS_18 CDS 63354 63416 CDS_19 CDS 63584 63621 CDS_20 CDS 63928 63982 stop_codon_5 stop_codon 63980 63982 gene_6 gene 3 66159 80772 transcript_6 transcript 66159 77962 start_codon_6 start_codon 66159 66161 CDS_21 CDS 66159 66306 CDS_22 CDS 68135 69228 CDS_23 CDS 70129 70200 CDS_24 CDS 71366 71440 CDS_25 CDS 72550 72664 CDS_26 CDS 73719 73780 CDS_27 CDS 73866 73913 CDS_28 CDS 75902 76186 CDS_29 CDS 76264 76323 CDS_30 CDS 76406 76489 CDS_31 CDS 76593 76658 CDS_32 CDS 76730 76828 CDS_33 CDS 76905 77123 CDS_34 CDS 77843 77962 stop_codon_6 stop_codon 77960 77962 transcript_7 transcript 66159 80772 start_codon_7 start_codon 66159 66161 CDS_35 CDS 66159 66306 CDS_36 CDS 68135 69228 CDS_37 CDS 70129 70200 CDS_38 CDS 71366 71440 CDS_39 CDS 72550 72664 CDS_40 CDS 73719 73780 CDS_41 CDS 73866 73913 CDS_42 CDS 75902 76186 CDS_43 CDS 76264 76323 CDS_44 CDS 76406 76489 CDS_45 CDS 76593 76658 CDS_46 CDS 76730 76828 CDS_47 CDS 76905 77123 CDS_48 CDS 77843 77954 CDS_49 CDS 78269 78480 CDS_50 CDS 78718 78777 CDS_51 CDS 78900 79013 CDS_52 CDS 80578 80652 CDS_53 CDS 80737 80772 stop_codon_7 stop_codon 80770 80772 transcript_8 transcript 66159 80772 start_codon_8 start_codon 66159 66161 CDS_54 CDS 66159 66306 CDS_55 CDS 68135 69228 CDS_56 CDS 70129 70200 CDS_57 CDS 71366 71440 CDS_58 CDS 72550 72664 CDS_59 CDS 73719 73780 CDS_60 CDS 73866 73913 CDS_61 CDS 75902 76186 CDS_62 CDS 76264 76323 CDS_63 CDS 76406 76489 CDS_64 CDS 76593 76658 CDS_65 CDS 76730 76828 CDS_66 CDS 76905 77123 CDS_67 CDS 77843 77954 CDS_68 CDS 78275 78480 CDS_69 CDS 78718 78777 CDS_70 CDS 78900 79013 CDS_71 CDS 80578 80652 CDS_72 CDS 80737 80772 stop_codon_8 stop_codon 80770 80772 gene_7 gene 2 82071 88488 transcript_9 transcript 82071 88488 start_codon_9 start_codon 82071 82073 CDS_73 CDS 82071 82167 CDS_74 CDS 82607 82718 CDS_75 CDS 82842 82909 CDS_76 CDS 83244 83376 CDS_77 CDS 83782 83881 CDS_78 CDS 83946 84058 CDS_79 CDS 84316 84409 CDS_80 CDS 85766 85919 CDS_81 CDS 86008 86151 CDS_82 CDS 86243 86316 CDS_83 CDS 86428 86516 CDS_84 CDS 86915 87029 CDS_85 CDS 88306 88488 stop_codon_9 stop_codon 88486 88488 transcript_10 transcript 82071 88488 start_codon_10 start_codon 82071 82073 CDS_86 CDS 82071 82167 CDS_87 CDS 82607 82718 CDS_88 CDS 82842 82909 CDS_89 CDS 83244 83376 CDS_90 CDS 83782 83881 CDS_91 CDS 83946 84058 CDS_92 CDS 84316 84409 CDS_93 CDS 85766 85919 CDS_94 CDS 86008 86151 CDS_95 CDS 86428 86516 CDS_96 CDS 88306 88488 stop_codon_10 stop_codon 88486 88488 gene_8 gene 1 90064 96748 transcript_11 transcript 90064 96748 start_codon_11 start_codon 90064 90066 CDS_97 CDS 90064 90247 CDS_98 CDS 90676 90747 CDS_99 CDS 90858 91070 CDS_100 CDS 96666 96748 stop_codon_11 stop_codon 96746 96748 gene_9 gene 1 118283 120433 transcript_12 transcript 118283 120433 start_codon_12 start_codon 118283 118285 CDS_101 CDS 118283 118289 CDS_102 CDS 119220 119327 CDS_103 CDS 119674 119924 CDS_104 CDS 120062 120433 stop_codon_12 stop_codon 120431 120433 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 1 12229 1271 transcript_13 transcript 12229 1271 stop_codon_13 stop_codon 1273 1271 CDS_105 CDS 1290 1271 CDS_106 CDS 2160 2025 CDS_107 CDS 2710 2581 CDS_108 CDS 3069 2963 CDS_109 CDS 3723 3630 CDS_110 CDS 4013 3817 CDS_111 CDS 4582 4511 CDS_112 CDS 4817 4703 CDS_113 CDS 5524 5408 CDS_114 CDS 5709 5618 CDS_115 CDS 5979 5803 CDS_116 CDS 6144 6070 CDS_117 CDS 6382 6242 CDS_118 CDS 6911 6723 CDS_119 CDS 7485 7420 CDS_120 CDS 7756 7606 CDS_121 CDS 8103 8035 CDS_122 CDS 9822 9674 CDS_123 CDS 10035 9904 CDS_124 CDS 10458 10133 CDS_125 CDS 10607 10571 CDS_126 CDS 11567 11513 CDS_127 CDS 11887 11826 CDS_128 CDS 12003 11983 CDS_129 CDS 12229 12227 start_codon_13 start_codon 12229 12227 gene_11 gene 1 19666 19352 transcript_14 transcript 19666 19352 stop_codon_14 stop_codon 19354 19352 CDS_130 CDS 19666 19352 start_codon_14 start_codon 19666 19664 gene_12 gene 1 23219 22565 transcript_15 transcript 23219 22565 stop_codon_15 stop_codon 22567 22565 CDS_131 CDS 23071 22565 CDS_132 CDS 23219 23169 start_codon_15 start_codon 23219 23217 gene_13 gene 1 42484 36568 transcript_16 transcript 42484 36568 stop_codon_16 stop_codon 36570 36568 CDS_133 CDS 36955 36568 CDS_134 CDS 38681 38468 CDS_135 CDS 39542 38972 CDS_136 CDS 39994 39773 CDS_137 CDS 40330 40085 CDS_138 CDS 40712 40419 CDS_139 CDS 41215 41125 CDS_140 CDS 42484 41889 start_codon_16 start_codon 42484 42482 gene_14 gene 1 55920 51416 transcript_17 transcript 55920 51416 stop_codon_17 stop_codon 51418 51416 CDS_141 CDS 51595 51416 CDS_142 CDS 51902 51776 CDS_143 CDS 52537 52388 CDS_144 CDS 55920 55880 start_codon_17 start_codon 55920 55918 gene_15 gene 2 104589 101076 transcript_18 transcript 104589 101076 stop_codon_18 stop_codon 101078 101076 CDS_145 CDS 101204 101076 CDS_146 CDS 102260 102192 CDS_147 CDS 102820 102755 CDS_148 CDS 103459 103394 CDS_149 CDS 103903 103829 CDS_150 CDS 104589 104194 start_codon_18 start_codon 104589 104587 transcript_19 transcript 104589 101076 stop_codon_19 stop_codon 101078 101076 CDS_151 CDS 101204 101076 CDS_152 CDS 101469 101425 CDS_153 CDS 102260 102192 CDS_154 CDS 102820 102755 CDS_155 CDS 103459 103394 CDS_156 CDS 103903 103829 CDS_157 CDS 104589 104194 start_codon_19 start_codon 104589 104587 gene_16 gene 2 115213 108995 transcript_20 transcript 114163 108995 stop_codon_20 stop_codon 108997 108995 CDS_158 CDS 109124 108995 CDS_159 CDS 109845 109679 CDS_160 CDS 110234 110117 CDS_161 CDS 111134 111034 CDS_162 CDS 113052 112916 CDS_163 CDS 114051 113898 CDS_164 CDS 114163 114158 start_codon_20 start_codon 114163 114161 transcript_21 transcript 115213 108995 stop_codon_21 stop_codon 108997 108995 CDS_165 CDS 109124 108995 CDS_166 CDS 109845 109679 CDS_167 CDS 110234 110117 CDS_168 CDS 111134 111034 CDS_169 CDS 113052 112916 CDS_170 CDS 114051 113898 CDS_171 CDS 114271 114158 CDS_172 CDS 115213 115073 start_codon_21 start_codon 115213 115211 gene_17 gene 1 117044 115249 transcript_22 transcript 117044 115249 stop_codon_22 stop_codon 115251 115249 CDS_173 CDS 115380 115249 CDS_174 CDS 115532 115511 CDS_175 CDS 116872 116815 CDS_176 CDS 117044 116963 start_codon_22 start_codon 117044 117042 gene_18 gene 1 126485 122195 transcript_23 transcript 126485 122195 stop_codon_23 stop_codon 122197 122195 CDS_177 CDS 122314 122195 CDS_178 CDS 122450 122391 CDS_179 CDS 122983 122813 CDS_180 CDS 123186 123064 CDS_181 CDS 123564 123429 CDS_182 CDS 123699 123643 CDS_183 CDS 124003 123783 CDS_184 CDS 124144 124072 CDS_185 CDS 125652 125494 CDS_186 CDS 125996 125905 CDS_187 CDS 126485 126432 start_codon_23 start_codon 126485 126483 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 150 49670 50260 match_2 match 53.5 49165 49323 match_3 match 35.0 49422 49499 match_4 match 60.5 48963 49076 match_5 match 146 44472 44828 match_6 match 117 120116 120340 match_7 match 105 49616 50260 match_8 match 73.6 48951 49499 match_9 match 112 120053 120325 match_10 match 42.4 90654 90749 match_11 match 125 90860 91072 match_12 match 263 49589 50263 match_13 match 80.5 49162 49323 match_14 match 72.4 48966 49085 match_15 match 145 44475 44828 match_16 match 53.5 85763 85930 match_17 match 40.4 86242 86316 match_18 match 78.6 86007 86162 match_19 match 53.5 85763 85930 match_20 match 42.0 86242 86319 match_21 match 78.6 86007 86162 match_22 match 113 120116 120340 match_23 match 84.7 86007 86345 match_24 match 57.0 85763 85930 match_25 match 84.7 86007 86345 match_26 match 57.0 85763 85930 match_27 match 57.8 76406 76489 match_28 match 117 75905 76201 match_29 match 115 76902 77123 match_30 match 37.4 76261 76323 match_31 match 42.7 76587 76658 match_32 match 40.0 76769 76831 match_33 match 269 49589 50260 match_34 match 43.9 49422 49499 match_35 match 89.7 49162 49323 match_36 match 70.9 48963 49085 match_37 match 322 35040 35720 match_38 match 81.6 119709 119924 match_39 match 123 120029 120427 match_40 match 127 119673 119930 match_41 match 120 120119 120397 match_42 match 145 49613 50260 match_43 match 48.1 49165 49323 match_44 match 33.9 49422 49499 match_45 match 57.8 48963 49076 match_46 match 147 44472 44828 match_47 match 218 49589 50260 match_48 match 74.7 49162 49323 match_49 match 67.8 48948 49085 match_50 match 145 119676 119930 match_51 match 161 120065 120424 match_52 match 281 49589 50260 match_53 match 79.7 49162 49323 match_54 match 45.4 49422 49499 match_55 match 72.8 48963 49085 match_56 match 121 119673 119921 match_57 match 122 120119 120418 match_58 match 163 49613 50260 match_59 match 58.2 49165 49323 match_60 match 30.8 49422 49499 match_61 match 57.8 48963 49076 match_62 match 55.1 49165 49311 match_63 match 35.0 49422 49499 match_64 match 59.3 48963 49076 match_65 match 121 120119 120430 match_66 match 121 119676 119924 match_67 match 276 49589 50260 match_68 match 78.6 49162 49323 match_69 match 68.9 48963 49085 match_70 match 45.4 49422 49499 match_71 match 132 119676 119921 match_72 match 150 120059 120415 match_73 match 165 49589 50281 match_74 match 58.5 49162 49323 match_75 match 41.2 49419 49499 match_76 match 65.5 48963 49079 match_77 match 170 49610 50260 match_78 match 64.3 49165 49323 match_79 match 62.0 48963 49076 match_80 match 151 49613 50260 match_81 match 62.0 49165 49323 match_82 match 34.3 49419 49499 match_83 match 64.3 48963 49076 match_84 match 244 49589 50260 match_85 match 68.6 49162 49323 match_86 match 40.8 49422 49499 match_87 match 65.1 48963 49079 match_88 match 114 35061 35699 match_89 match 131 119676 119921 match_90 match 146 120059 120394 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_91 match 114 95963 95394 match_92 match 254 55905 54889 match_93 match 269 55905 54889 match_94 match 202 55905 55129 match_95 match 223 6150 5410 match_96 match 123 7758 7420 match_97 match 127 4016 3624 match_98 match 26.2 10622 10572 match_99 match 188 10035 9673 match_100 match 125 6914 6723 match_101 match 225 10459 10133 match_102 match 98.2 114051 113920 match_103 match 64.3 114274 114158 match_104 match 98.2 114051 113920 match_105 match 33.5 114208 114158 match_106 match 127 42586 41927 match_107 match 152 40333 39818 match_108 match 107 40715 40407 match_109 match 158 41218 40832 match_110 match 210 39497 38970 match_111 match 228 6150 5410 match_112 match 120 4016 3624 match_113 match 25.4 10622 10572 match_114 match 187 10035 9673 match_115 match 129 6914 6723 match_116 match 226 10459 10133 match_117 match 226 6150 5410 match_118 match 118 7758 7420 match_119 match 25.0 10622 10572 match_120 match 123 4016 3624 match_121 match 187 10035 9673 match_122 match 92.4 6385 6233 match_123 match 125 6914 6723 match_124 match 219 10459 10133 match_125 match 226 6150 5410 match_126 match 118 7758 7420 match_127 match 25.0 10622 10572 match_128 match 123 4016 3624 match_129 match 187 10035 9673 match_130 match 92.4 6385 6233 match_131 match 125 6914 6723 match_132 match 219 10459 10133 match_133 match 226 6150 5410 match_134 match 118 7758 7420 match_135 match 25.0 10622 10572 match_136 match 123 4016 3624 match_137 match 187 10035 9673 match_138 match 92.4 6385 6233 match_139 match 125 6914 6723 match_140 match 219 10459 10133 match_141 match 287 55902 54913 match_142 match 436 93183 91546 match_143 match 232 55905 54886 match_144 match 240 55905 54883 match_145 match 262 55905 54898 match_146 match 294 55905 54889 match_147 match 291 55905 54883 match_148 match 286 55905 54883 match_149 match 275 55905 54889 match_150 match 289 55905 54889 match_151 match 156 92457 91774