C08SLm0012J05.1 GATCTTTAATCTTTGATCCGCTTGATTTGGCTGAAACAGACTAAGCTAATAAATGATGAG AGGATCAATAACCCATCTAAATTTGGGAGAGTTGAAGTAGATTTTCATTGACTAATTTTA TTACCTTTATAATAATTACATATAAATTATGTGGCTTAAATTCGATTAAATCATAAAAGA TAACAAAAAAAACCTTATTTAGAAAATTAAGTGGCTTTGAGATTTAGACAAAGTTAGTCG TTGACTGCCTCTATTATTAAAGCCTAACGTGCTTGCAAATTTTTGACTACATAGTTGGAC GGCTTTCTTGATTTAACCAACGCAAATTTGACATTTGTTAACTTGTTTATAAGGAATTGA ACAAATTGAGGCATCGTTAGTCCAATAAAAATGTAAAGTTTAATCAACTAATTAGTACAA TAATATAATATAGACAATATAATTTCACATATTGCATATAATTAATTTAATGATCAACTA ATTAAATGTAATATAACTTATTTTTAGGGTAAGTAACTAAGTATAGATTAGTAACGCCAT GATAATTAATGGAATTATGTATTCACATCTCATGCTTAAATTTTAATTGAGTCAAAAAAA TTAGGTAATTTATTTTTATTTGTGTAAATATTGATCGACAAAATTATTCGATAATTGGTG TGAAAACAAAGGAATTTCTTGTGGGCTATAAGATTAATCGAGATACATATAAAAAAGAAA TAGTCATTCTAACTTATTTAAAATTTTATTACTCCCGTAATAATAAGTAGTTTCTCAAAG TACTTAAAGTTTCTTCATTTAACGAAGACATATTTTTGAGATGTAGTAGAATTTCTTAAC TTATTTTACATAAAGTACTGCTTTTAATTAAATCAAACTTGCATAAATATACAACCAGAT CGAAGAATGTGATTAAAAAAAACACCATTATATTAGATGGAAATTACATACAAGAGAAAT AATTAAAGTACACTAACTATTAATTAATTGCTAAAAATTGGTATACATTCTTTTTTGCAA GTATCAATTATTTCTACATATCCATATAGTATCATTTTCCTTTAAAACTTTTTTTTGTAG AACCCCATAGTATAAAAAATGTTAATTAATCCCAAAAAAGTTCCTAATACCACAAAGGGT AAAAGGAAGAAGTTAAAGAAAAAAAGACTCATACATATATATATATATATATTACCTCTT TAACTTGTTAACTTCATAATGATTAATAAGTAATCAATTATCTCTTCTTTTCAACTACTA TATATCTTGAGCATAGAAATCAATGATCTCCTTGAGATTTAGTTGAAACAAAGAGGAGCA ATCATTTTGCATCAACCACAACATGTGTTCAAATAATATAGCATCAACATCCACATAAAT CACTTTTTTTCCTCTATTTTCTTTTACTTTGCCTCCATCTTCTTTTCTCACCATTTCAAT CAAACTTCTAAATGGACTTTCTTCTAACACAAATGACTCCACCAAGAATTCCCTTTTTTC CTTTCCCACCAGCACAGTTACCGGATAACTTGAATCGTCATAATCTTCTTCCACTAGTGG CCTATACCCTAGTAATCGGCCCGAACATCGCCTTGTCAAGATTGCTACGGGCAAAACTAT GCAATCCATGAACTGTAGCACACGAAAAATAATACGTCGCTAGAAAAATGGCCACTTATA TATTTATTTTTTATGAGATGTTTTTTTTTACCCTTTTTGGAGGGTATTTTGGGAATGAAA TGAAAGAAAGGGAAGAAGAGTTCTTGATGAGAGTAGCAAAGATTGAATTGGCCAGCCAAC GGCTAGTGTAGATATGCATATGAAAACAAAGAATATATAGACATCTTTTTTTTTTAATAA AATTTTTATGTATAAGATATAGTTTGGTGTAATTTTCAATGGTTGTTTTCGTGGAAAGAG AGCCGTTTGAGTGAGAAGAAAAATTTCCTTAATTTCACTTTATGATGAGTGGTAGGAATA TGAAAGGTGACAGATAGACAGACAAATTGGTAGGTCCAATGAAACTTGTGAAATAATATG GTGACAATTCTACTACTACTTTTTTTTTTCCCCCTTGTGACTAAGTTTACCTTTTTTGTG ACTTGGTCCCCTTTTTTCTTTTTATTATTTTGGAATTTAATAATCGAAATTCATTGATCT AATTAATTTTGACTCATTCTCTAATAAAATCAATAAGGGGTAAATGTTTTTATATGTTCT TAAGGATTGATTTTGTCACGTTAGATTTAAGGGGAGGAATCTCAATTATAACCATCTCGT TATAAGGGTGAAAGATTGGTGTAGCAGGTGATATCTCATAAAATATGTCAATGATCGATT CTTTTTTATTTTTTGTTAATAATGTTCCTCAGTCGAGTTCACGATCACACCAAACTTACT AAGTATGGTTTACATTTTCTATATAATTTGACAAGCCATTGCATATGAACTAGTTCACCT AATATACATTTAATTAAAGGGTAACGACGGTTGCACATTTTTCTCGAATTCTCCCATAGT AACATTATATTTCTTGGTCATGGTCCCTATCTTACACAATTTTGTGCGTAATTACCGACA TGTGGTATATGTTTACTCGATCAATTTCAATTCGTGTCGTATAAAATCTATTAAAATAAA ATATTCTATGCTAAAAAGTTTCATATTTTTAAAATTTAAATTTGAGACTTCTAATAATCA GTAAGCCTTATGGGTGGATCCACATTAACTTTGAAATATCACTATTATTAACTTTGAAAT ATCACTATTATGTTACATTAAAACACGTGTATGGGGTATAAGAGCCAGTTGGAATTGAAA ATAGAAGGTTCACATCAATTATTTCAAAGCGCGTTTAACAAACAAAGACGATTTCCATGT TGAATGGATGGGGCACCAACAAAATTATAAAAATAAAATGATTTGTTAAAAGAATATAGT AAGATTATCTACACAATTCACATATATAAAGTCCAAATTGAAAAGATCAGAATTTTTTAA AAATATTGGATAAATCTTATGTTTCTATCTTTTATTTTATCGTAGGAAATATATAGATTG TCAGATATAATCTTTCTATTTTTATAAAATAAGAATGAGATTATATATTTCGTTTTCTCA AACATGACTCGTAAAATTATAGTGGGAATATGTTATTATTGTAAACATGGATTATCATAT GCAACTAACTATAAAGGAAACATTTTTATCTTATGACATTATGTGGGAAATTGTCATTTT CCAAAGAAATAGTATAAAGTACTACTCTGGAAATTTTGGACTTAAATTATAAGAAGTCTA ATTATTGCTTAGAAGAAACTCGAGTTGCATTGTGTATGAAAAAACTATATATTATAACAA AATAGTGGATAAGCTTAATTTCATGGGTCAAAGTTTGTTTGAATTCCACATATTTTCCTT CTACTCCAACTTAATTTCAGCCAACTAACATGCCAAATAGGTCGGTCAAATCCTAACAAA ACATTACCAGATTTAGGTAGAGTAAATAAAGCATCACTAAGTCGTTTGATCGGTGAAATA AGGAAATAATCTCTATGGAGTTATTGTATCAGATAGTATTTCGTTATAGATATTTATTAG TCATGGTTTATTATTTTATTTTTAATATTGTTGCTAAATCTTCATATTTTCTTCTTTAGA ATTCCGAAATCTCTCGAATACATTTTCAATGTCCATTCTTTTCATTGTACAAATATTTAT ATTTTTTAAAATAACTTTAAGGACATTTTAATAAAATAATTATCAACACTTCTTGGTCAA AATAACAAACTATTTATTATTAGTTCATTGCTATTTTCAGTCAGCTAATTCAAACGGGCT TTAAGTTATGCCGTAACACTAATGTAGTATGAACCTTAGTGTATTAAGAAACCTATCAAT CAGTCAAAAGATATTAAAATCATGTGTAATTAGCTTTTTTAAAAAGTCGATAGATTATAT ACAACACTAGTGATATTTCTAGGAAGTGAGTGATAAGCTGATAGAGTTTAGTTATAAGCA TAACATATAAAAATATCATCTAACTTGGCTTTTAAACCCTCCAATTTTGAATTTACACAA TTTTATATCTTAAGCGTATTATATTACAATGTATTATGTCTTACTTGTATAAGGATAGGC GTGTGGGTCTTTGATAGAACCAAGGGTGTAGGCCAATGTTACAGTTGGACGGCAAACCCC ACGACCACAACACGTCTATATGTGCTACTTGAATATTTTTCCGAGTGTTACTTAGAATAA AGATGGTTAAACTCTAACTTAACGTTATAAAATAAAAGACATTTTGATATCGACCTAATG ATTGGCTCACTCTGGTTTGACGATAGGTAAAAAGCACAAAATCTTTCTTCTTGATTCGTC AATAAAGATAAGGAACACCATGTTGTAACGATGGAACTTTTTCACAATAAACGCGAGATC ATAATTAGCAGGCATGTTGATAACTGGAAATAATTAATTATTTCTAATTTTAGACAAGGC AAGTGAAGAAAATACTCCATTCATTTAGAAGAAATTTCTATCCAATCTAATAATTCCTAA AAGTTAACCATCTGGAAGTAAAACAATATCCAACCAAACATCACCTAAACATATACTACT ACTACTAATACTAATACCATAGTGTGCCAAAGAAACCATGAAAATGGATTTCTGTAAATC AGCCATATAGCATTTTACCTTAACTACATACTGGAAAGAGGGGAGGATCGAAGCGGGGAG AAAAATAAGGAAAATAAGCTCAAGTTGAGAAATCAAGAAACGCGCCTATACTCTGCCCTG TTAGCGTTGGCAAGGGGAAAACCCTTGGCAACTTCATGTCGACACAGAAAAAGTGTTTTC ACAGCGATTTTGGCCAGCCCATATTTGCATACATTGACATACCATGCATTGGTTGGCCAG CGTTACCATAAGGTCCTGATTCATGTTGGAAAGGACTGTCGCCATTTTCCTCAGACGAGT CACTTGAGGCATCACCTTGAGAAGGAGGGCTCTCCCCTGTGGCAGGAGCACCAAAATTCA ACATATTGGATGGTGGTGTCGAAGATGGCACCTTAGACTTTGGCTTTTTCCCTTCAGCAA GGAAGCTACCCACAATTACCTGGTCATGAATCTAAAACAGTTTAATGACACATCCTGAAC TCAAACAAGAGGAGGAAAACTATAAAGGCAGATAGAGCGCACCTGCACTGGTGTGGCAGC CATAAGCACTCCTGAAACTCCACCACCCATTACTCTACCATCTGCCCCCGCCAGTGACAC ACTCAGACCACTTGGTCCACTGCTGCCATTATTCTCCGACTGCATGAAGGAACCTGTCAA TGAGATGATCTCATATCGGCCCTGCATTCAAAAGTAATAGGTTAAATATCATGAGATTAC TTACCAAAGAAAAAAATACGTACAGCACATGAGATTAGTAGCATATACGTAAATATATAA TTATACGCATTACAAGTGAATCAACCACCTAGCTCATCCACTGCCAACTCAACAAGTTAG AAATACCATGTTCTAGAAACGTTCAATGATGAAATTAAGGTTCCATTTCAGCTCCACAGG ATCATGCACAATAAGAACCAATGCAATTGCTCACATGTGATCAATAGAGTAATAGCATGT TTGGTCAAGTTTCTAGGAGACAAAAGACAAAAAGCCAACTCGAAGGACAAACCATCTTGC ATTCAAACTAATGATTCTTTAAGAAATGATCGGCCCCACTAAACCTTGTTTAAGCAATAT TACCTACGGTTAGCAAACACAAGTATGCTCTGGCCTCTGGTAGAAGAACTTACACATAAA TATCCTGAACCATGTTTTTTTTATTATAAAATACTCGAGTTTAGGGCATATGCGCATCAT AAAGTATAAGCCTCCTCTTTCCAAGGCCAGGTTTTGTGAGCCTGTATCAAACTAAGCCAA TTGTTTTTTAACAGTCTAACCAACTATTAGCTTGGAAAGTGATGTTGCAAGGACTTAAAG ATGTAGATACCACGTTAAATGATTTGATGACCTAGTTATCTTCACTCACCCCTAACTAGC ATTTTAATTAGTCATTTCTCTCCTTAAAAAAGGTTTGCCTAAGTTTATCAAGAGAATTAG AAAGATGCTTTAGGGAAGAGAGATATCAATCTCTGTAGAGAAACGACTTACGAGAGTAGA TCCAATTGAAAGACTATCCTTCAGAAGGGAGACCACTATGGCATAGAATGCACCTTTATC TTTCTATCATTGGCAAGGATAAAATGCTAGCTCATTTTAGCAACCAAATATTGAGTAGAT GGATGTGCGGACATACTAGGAGAGATAAGGTTAGAATGAAGATATTTGGGCAAGGTAGGA GTGGCCACTGTGGTGGTTAAGATGCGGGAAATGAGGCTGAGATGCTTCGGACATACCAGG AGAGATAAAATTAGGAATGAAGATATTTGGGACAAGGTAGGAATGGCCCTAGTGGTGGTT AAGCAGGAAATGAAGCTGAGATGTTTCGGACATACCAAGAGATAAGATTAGAAATGAAGA TTGAAAATATATGGGACAAGGTAGAGTGGCCCTAATGGTGGTTGGTTAACATGGGGGATA TGAGGCTGAGATGGTTGGTACATCTGAACAGAGTTGTGTAGATGCCCTTGGTGAGGAGGT GTGAGAGGTTGGTCGCAGTGAGTTGAGGAGGTGTAGAGGCAGGTCGAAGAAGCATTGAGG TGAGGTGATTAGGCAAGACATGGCATGACACAACTTCAGCTCACCATGAGCATGAACCTT GATAGGAGAGTGGAGGTTGAGAATTAGGGTAGAAACTTAGTATTACATAACTCTGCTCAC AAAGCTTTGGCAGACGGGAAGAAATCATTAGCACCTAGTGGTTTTCTGCCTCCCTTTAGA TTTGTTGAAAGAGGATTCAATTATACAATCAACTTAGCAGAATTACAGGAAATATTCCAA ACTATGCTACGAAAAGAGTCTTTTTTCCATATGTAAATAAGATGGAAAAGCATGTTAATT AAACCACTCTGATTAAATCCAGAGCACAGACATATTACCGATAACTATGTGAATTAAGAT AATGTTACAGATAAAGTCTCAAGGAAAATGCATACAAACCTCGTAATTAATAGTGCCACC CCCCATTGCTGGTTGGCGAAGGGTGACGTTACAGATGGCTCCATTTGCAGATAGAATACA AACAGTACGCGGCCCTTGCTGGGAGAAAGCCATTATCTTTGAAGCTATGTCCTGAAGACA GGAAACAAATTCACATCATATCACAGTCAACTGAAAATTCACAAGACTGGGAACTTTACA GAGGTCAATTTTTTAGAAGTACAGATAAAGCTAGAAAAACATTAAAAAGTTTGCTTCAAT GCTGAAAAGTATATCCAGCCAATCAGTTGTCGTTTTAAACTTGTCAAAGACAATGTCAAT CACCAATATGATATTGAAAGAACATGCTGGAAACCCTAGTTACTTCCAAAACCAAAACAT AAGGTTCTCTACGAAATATTATTTACAAAATGAGATAAAATGCAATATAAGTTGATTAAT TCCAAAAAAAAATAATTAGTGGTACGGTTAAGCATAAATAAGGTATTTATCTAAATGTCA GAAAACTGGTGGAACCCCATGTCAGAAAATTGACTATCATGAACAACCCCGTGTCAGAAA ATTGACAAGGGGGAATTGTCTGGTGGCGAAGATCCTCCATCAACCATAAGGTTTGAGGGT TCAAGTTACCAAGGGAGCAAAAATGTCAGTGTTGCTCCCCTGGATCTCCAGATAGAGGAA TTTGGCAATGGAACTTCCCATATCCCCACCGCAAAAAAAAGGAACTCTTCATAGACAGAA AATTCGCATGTTTGTGAACCAGCATGACCTTAAATGTTAAAGGCAATACTCAATTGACTT CTTCTTATCAGGTATGTGCTGTTGCTGGAGAAAAAAAACAGATTTTCCTCTCATAAACCG ATTCTAAATTAGTTGTCATTGGTGAGATGGAAAGCAGGCATAGCAGAAAGCGTAGCTTTC ATACAAATGCTGTGCAATAATGTTAGAATCTATCAGCTATGGTAGAAAACAATTACTATG CCTCAACGGTGAGTAACCTTCAAGCCATAAGGTACAGGTACCTACCAATGCCTCACACCA AAGTAAGATATCAAACAGCGACACTTTCAAGTTTCAAGACACAAGGTACCTACCAATGCC TCACCCTAATGCAACTTGTGATCGGCGGTATGAACCATCACCGTCCGTGTCCATCCATTT AAACTTACAGTCCAATATTATATAATATATCCCTACATTTCAATATGTGACATAATTTAA CTATACAAAAAAGGTTTAAGAATGGAATTAGACTTTTGAAATTGTGGTCTTAAATAAACC ATAACCTTTGTGTAGCTAGCTACCTACTGAAATTACACCTTGACAGTAAAATAGAAATTT AAAGTTAAATCGTTTCCTAGTATAGAAATATGATAGTCTTTTTGGAGCAAACGAATAAAG AAATAGTGTCCCATAAAGTGAAACAAGCGTAATTAAAAACAAAAACAGAACACCTTTTGA CACTCTTTTTGGAGCAAACATATAAAGAAATAGCGTCACATAAAGTGAAACAGGAGTAAT TTAAAGAAAAACAATTTACAAAGTTACCAATTTCCAAAAAAAAAAAAGGAACATTTTACC TTGCCTTTTCAATAGAAAAGCACTAGAAGAGCTCTTAATATTTTATTTTCATTTTTTTAT GAAGGAAGCTCCGATATTTTTTTTTGTAAATAAAACAAAACTTATTACCATTGAAGAATT ATATAACAAAAAAAAACGAATTAAGAATACAACTCAATATTAATCAACAACGTCACACAT AGCCACACACATCTCTGACAGCCTATAAGACCCATAGAAAACACACAATCTAATAAAAAC TTACGATCATGAATAAATCTTAATCCCAACTAATTGATATCACCTACATAGATCATTTCC TCACATTAGATGTAACAATACAAATATTTAAGTTAATTCATGTACCAGCAAGTTTTCGTA TATATTATTTCTACTATATTATTAATAATCACTAACATATACATCCATACCATCGCCTTC ATGGTTCTTATAATGAGCTTATGTGGGCACTTGAGGCGCAAGCCTTAGCGTCATTGTGCC TATACAATACCAACGAACAACCAAAAGAGGCAAGCACTCAACTTGCTTTACACTTGGCTT CAGGGCATAATCACGTCTCAACTTCGACTCCAACAACATGTGGAGTTACATGGCCAATCC TAAATCTAACCCAAGACAAATCCCTCGAAGCCTTTGGATTAATGATATCGCACAGAAGGA TCTACTAAATCATAGCAACAGTCACATATATACATCCAATCCCCATGTTATTACAAACTC CGACAAGATAGTAGTTAATATGAATCTCAAAACACTTGTCAATCTATCAACATGTATCCG CCAAAGCGACAAAACGAAAAGTAAAGGAGACGAAGCGCCACTTTCCTTTCCGTAAATTCA GGGAGTTAGCTATTTCACCTAAAACAAATACTTCCATATCAAGTAAAGCAATTTGAAGCT AAAGTATATATCCGCCAAAGCGACAAAACGAGAAGTAAAGGAGACGAAGCGCCACTTTCC TTTCCGTAAATTCAGGGAGTTAGCTATTTCACCTAAAATAAATACTTCCGTATCAAGTAA AGCAATTTGAAGCTAAAGTACATATCCGCCAAAGCGACAAAACGAAAAGTAAAGGAGACG ACGCGCCACTTCCCTTTCCGTAAATTCAGGGAGTTTGCTATTTCACCTAAAACAAATACT TCCGTATCAAGTAAAGCAATTTGAAGCTAAAGTACATATCCGCCAAAGCGACAAAACGAA AAGTAAAGGAGACGAAGCGCCACTTCCCTTTCCATAAATTCAGGGAGTTAGCTAATTCAC CTAAAACAAATACTTCCGTATCAAGTAAAGCAATTTGAATCTAATGTATATATCCGCCAA AGCGACAAAACGAGAAGTAAAGGAGACGAAGCGCCACTTTCCTTTCCGTAAATTCAGGGA GTTTGCTATTTCACCTAAAACAAATACTTCCGTATCAAGTAAAGCAATTTGAAGCTAAAG TATATATCCGCCAAAGCGACAAAACGAAAAGTAAAGGAGACCGAGCGTCAACTTTCCTTT CCGTAAATTCAGGGAGTAAGCTATTTCACCTAAAACAAATACTTCCATATCAAGTAAAGC AATTTGAAGCTAAAGTATATAATGCAGAAACATGATCTAAAACATACATATAACAATGTG GAGAGAAGCTTTCGAGCACAATCAGCAGGTTAATGAGCACGTTTTGTAAAACATTTACAG AAAAAGATCATAGTAATATATTTTTTCCAAAAAGAAAATTAAACAAACTACACAAAATTT ACCTCCCCAACATTCACTGTGATCACATGAGGTGTAAACCCAACTCCAGCTGCACCTGTC AACCATAAAGAAACAATTACTCACTGCAATCACTGAATTGTAGGAAAACAGTTCAAGAAA CACAAAAAGACTGCTTTTTTATTTCAAAACTAGTGTAAATCAATTACCTAAAGCATCTAG CTGTTTCTTTCCAGAGCCAGGAGGCCTTCCTCGGGCCTTTTTCGAAGGATTCTCGGAAGA AGGACCCTCCGCATCACCACCGCCACCGCTTCCGGAATCTGTAGGAGGCACCCCAGATGA AATCGGGGTAACAGGAGTAGGCGAGAGACCCAAAGCGATGTTACCATCAGGTGAATACTT CCTGGGTCGGCCCCTTTTTTTCCTAGCAGGCTCAATGCTGAATCCAGTAGCCCTAGGAGA TGACGCATCTGAGTAATCAAGATTATGTTGAGGCGCCGCCACCGCCGCAGAAGCCGTATT AACCACAGAATTAAAAGGAAAACCAGAATTTTGCTGCTGGTGTTGCTGAAGCTGTTGCAT CATAGCAGAATTGTTGTTGTTATGTGTTGGAACATTGTTAGGTAAACCAAAGGTGTTAGC TTGCTGCTGATGTTGGTGATGCTGCTGTTGAAGCTGTTGAAGCTGATGGTGTTGTGGTCT TGCCATCATCATGGGATGATGGCCATGGCCATGGCCATGACCATGTTGCTGTTGGTGATG AAATTGGGGGTGTTGGGGTTGATGATGGTGTTGATTTTGGTGGTGACCCGCTTGGGATTC TTGAGAATCCATGAAAACAGAGAATTGTTCTTCAAAAAAAAAAACCCTTTTTTTCAAGAA TGCTGTTGTGATTTTGTTCTTTACTGTTTCTGTTCACTGAAGTGAGAAAAAGTATAAACT GAGGAAAGAGGTGAGGTGATGTGGGGGTGGGGGGGTCTAGGGGGGTTGGGTGGGGGGAGG CTGAACTGAACAACAAAATGGGCAAAAGCGGAGGAGAAGTTGGACTAAAGAGGAAGACAC AACAAGAGTTTAGAATTTTTAGGGTTTTAACAATTTTTTATTTTGAACTTTTATAGTGCA TATAGTATTAGATCTGTTTTTCTCACTTTACTAGGTATTTTTTTTTATTTTTAACCCTTT CTTCTTATTATTTATTTGAGTAAATCCATTTTTCTTATAAATTATTTGAGTAAATCCATT TTTCTTATAATTTATTTAAGTAAATCCATTATCGATCGAATGACTCAGTTGATTCAATCA CGATCGATCTCTTCAATATCTTTAAAATTGAATTCCTCTCATAGAATTTACACGGTAAAA GTTATAATGGGTTCCGAAATAAATATGATTAATTATTATTTTATTCTCTTAAAATGATAA TTTTAAATATCTAAATTATTTTATGTCTGCACTATAATTTTATTTATATTTTGTTTGGAT CATTATTATTCATTATTTTATAATATATTGTATTGTAGTCTATTTTATTTTATTGTATTG TATGGTAAATATAACGTTTGGTTAAACTGTATTGTTAGATATTGTTTAGTAACATTTTAA TTGTTTGTTTTGATTGTATCGTATAGTATTATAATTTATAAATTTACTAAAATATCGTTA ATCATTCTAGGGAATGAGGTTTGACTAGATTTAAATAATTAAGATAAAGGGTAAAATAGT ATTTTGAAATATTACGTAAAGATATAATTGGAAAAAGAAATTAAGTAACAATGCGAAAAC ACCAAATCGGTTGTTCCATAAAATAGGGGTTTTCATTGTTATGCAACAACAAAATTTAAT AATACAGTACCATACATTTTAAGTAACAATCAAAACTAACATTGTAGGTATAGTAACAAT AAAGTACAATACAGTGGGTAACAATGATCCAAACATAGTGGTAGTCTTGCTTTTAAGTTG ATAAGTCCATTTGGCCATGTGATATGGTATCATCATATAGTATCATGAGATGAAACTAAA ATTTTATTTCGACATGCAATATGCAATTTTGGTGTTATATATTTGCTCACAAACATAAAA ATCTCATAAATTCTAAAACTATTAAAATAACGGAAATTATTTATTTAATATTATCAAATA AATAAAAAATTATAAAATAAATTATTACAAAGTTTTTTGTTCTTCATTTGAGTAATTGTT TTATCAATAATTTCGAGTAAAAATGAAACACCTTTCACGGGCTCTTCACGATTTTATTAC TCAATAATCGTGAAGTGTGAGTTAAAGTGACTATATGTTGGTGAGAATTATAAATTTTAA AAGGTAATGATGTGATTATAATTTTTATTTACATGTGAAATAAATGATTTGTAGATATAA ATATAAGGTTGTTTTTAACAAAATATAAACTCGTGGATTAATTTTTGTATCAAAATCAAA TCATGATATGGTATCACTATGTGATTTCATATCATGATTTTTGGAGAATATGGTATCACA TCTCATGATATTGAATTATGAGATGAAATCAACGTGTAATCGCATGTCTAAACGCTGATT TCATCTCACGATACTATATCAATGAACAAAATATTTTGCTCTCTAAATTATTTCTTCATT GTTTGTGCTTTTTGTAAATAATTTCACTGATTCATTTAATGAGCATAATATAATGTAATT ATTAGCACTATGAGACCTTGTTTTGTATCGTGTTGGTTAGCTCAAATTCTATAAAGTTTT AGTAATTTTTTTAATTAAAAAACGTTATATTATGAGATTAACTAACAGTACTAAAAGTAT ATACTTAAGTAGTGAGGTCATTAAAATATTTTGACAAAAATGTCGCAAGAGTTGGAAGTG TCTGAGCTAAGTGGCCAAAAGTGTAGGTTAAGAAAATTGAGTTGAGATTTAAGAAGCGAG GGAGCGATAAAGTTGTGATATCAATGTTTAGCATGATTGAAATATGACGATTATATATCA CAGATAAAAGAATAATTAAAATTTAAAAATTATACAAATATAGAAAAATTAGGTTCATGA TTAAACTTACATGTAACATAAAAAAAAATACCATTACAACTAAGATCTACATATCATCGA TCAACGCCAATTATATCATTAAAAATTGACCCTAGTTATATATAGCTTTAATATTCCATA AATAAAGAGAAGATGTAAAATTTGAATTAATGAAGTCTAGAGAAAGAAAGAGATAATCAT CATTTCATTAATATTTGTTAAGTGAGTTTTTTTTTGGATCGTTTATGATGAGTTCCATGT TGAAGAAGAAGGAAGCTGACGATTGGAATATGTCAAAGGAACAGGTCCAACGCAGCTGAC TAACGTGTCTGCAACTTGTTGAAGAAGGAAGCTGATGATTGCAACATGTCAAAACAGATA CAACAAAGCTGACCAATGAGTTTACACTGTAGAATTAGTTCATTTTGCACTACGATGAGA CTAATATATTTATTAGAATTATATTTTGTCTAGAATTATAATATGACTATGATTATAGTA CAACTAAGACTCTAAATATAGTTAACTTAGGACTCTACAACTAAGATCAATACAGTCCTT GATATGAGATTTCTACATAGATTTATACATTCCAACCTATTAATATTAACTCCCTCTTTC ATGCAATATTCAACAATAAAGAGGAAAATTTTCAAGGAATTTTATCATATATATATATAT ATATATATATATATGAACTGAAACATTATTTCACCAGTGTAACAACTCAAGTTACCAACA CAACAATAATGTGAATTATAATCAATAAGAACACAATTATTTTAGGAAGTGAAAACAACA AGCTATTAGTAACAACTAATCGTCCTTAAAACGAAAGTGAGAAAGTTAATCAAAGGGGGA GAAGATTAGAAAATACAGATATAGATGATAGAAGGGGGGATGAGAAGCTCGATTAATAAT GAAAATGAAAGAACCAAACTTCTTACTTAACAATTTACACAACTCTTAATCACATATCAT TATTATTTTTGATGATACTATTCTTATGCCACTATTTAATTTGAATCCTAATTAATGTGC CTCTGTTACTCATTATCGACCCAATAACTATTCATATAACCTTAATATCTACACTTAATT GGACTTGATGTATAACACCAAGCTACATCACCATTAAATTGGGATGATGAAAATATTGAA TTATAATTAAAGGTATTGGATGCATGTTTTGGAATATTAATGATGTCACAAGACTATTGA ATCTCATGAATTAAATAGTTGAAAGTAAGATAGCATTTTGTAACACAAATTAAACTTATA TGGTGGCTAAAGGCAAATTTAAATTGTTCTCATTGTTGAAGAAAAAATAAAACTGACGAT TGGAACATTGTCAAAAGAACAAGTCCAACTCAGTTGACTGATTTATCAAGTGTTGATAAA GAAGGAAGATGAGGATTGAAATATGTCGAAGGAACAAATCCAATGAAACAACAATTATTA TATTTGTTATGGAGCGCAATTATGCAAACTTTGTTATATCATACAAATATTAATTTTGTG TTTGCTATATATATGAAAGTTGCCCTTATTATATTAGTAACAGGTAATGTGTTAGGACTC TCAATATAGTTAACTTAAAACTCTATCTTCTATATAAAAATCTTGTAACTCAATATTATT TTCATCAATATATCAATATTGATCAATATCATCAATACTATCTATTGATCAATATATCAA TACGATCCTTGATTTCTCTAATCTTAGATGTGAGATTTCTACATGAATTTCTATACTCAT TAAACATTAATTTGGACAACTTTTTATTTGAATCGATGTAATTGTATGGATTATAATTTG CAGTCATTTTTTTTTGCTCTCATTTTATTGAGATTCTAGAGTAGGTATATTATAATTTAC AATCATAATATTATTTATGAAGAATTCCAACCCAATGTGAATTTTAACTTGTGAAAATTA GTGGATCACAACTACGCCATTTATGCATTTTTATTGTTAATTAAATGCAAGTTATATCTA ATTTAAAAAATAATATTATTTATCCATTGTTTAGTTACCAATTCTAAAATTAGTATACTA AAATTAACAATTAGTAATTAATAGATGAATAAATTATAAAAGGTGAAATAATAGTTCCAA AATTGATATATTAATTGAATCATAAGATAACACTCCCTTCATTTGTCCTCATGAATATTT AGATTTCTTTCTAAATTGATGTAATATTTTTATTTTTTTTATATTAGAATTTGTTATATT TAAATTGATAAATTTTCAATAATAGTCTTTTTATTTCTTCGATTTTACGTATGTTCTGTT CTCTTTATGATTCACTTATGAAATTTTATTAGATTTGTTATTATCACCATTTTACAATTC AATTTAATATTTGTATATATATTGAACATTCAATCGTAATTTATTTTTTTATTCAATTTG ATTTTAATTAAATAATCCATCTAATTCACTTTTAACACTTTAATATTCATGTTCAATTTT AACTCATTTTATTAATGGTAGTAGTAATTTATTTTATTTTTTTTAAAAAAATGTTTGGTA AAAAGAAAGTATTTCATTTTTTCACCTGTCAGTACCAGCAAAGTCGTAACCCGCACTTTA GACCTCACAAATCACTAGTCCAAGGTCAAGATTCCGATTTCTCCGGCGAGATCGTCGTTC CGTCAATATCTCCGGCGCCTAAAGATCCCAATTTGTCGGTGTTCCGGCTTCCGACGGCGG GAGTATTTCAGTAGTTCTCGCCATTTTTCTCGCTAATGCATGTCGCTGTATATAGAAAAG GATGGGTTTATTTAGGAAACTATCTGGATTTCTAGGGCTTTCAAGAGAAGAAGGTCACGA AGTGAGAGGGGTAGAAGATAACAACAATGGTAATATAGCACCGTCGTCAGTGGATGTAGC TGCAGCAGCTGCCACAGCTCAAGCTCAAAATGTTCCACGCAGAGGTTTCAGTGTCCCGAT TCAAGTCCCCGTCGAGAGGGCACAACTCGGACCTATCCTTGTTCGTTGTAGTTCACGCGA TGGTGGTGTTCAGGTAAATAATCGGAGATATTATAATTTGACTTCGATTCTGTTAATTGT TTGCAAAATTTGTTTGATTGTATTTTTAGATATTAATTTATATGTTCTGAGTAAACAAAT CCATTTTATCCGAATTCTAGAATGTTGTTTAATTGCGGTAAATTGATTAATGTTATCTTT AATTATAATATCTGAAAAAGATAAGATCACCATTAGTTTTCTGATTCTTGGATGCACCTA TGTAGTTTGTTATGTTTGTGACTGATTGAAAACTAGCTAGCAGAACTTGAACTTGAATAA GCGATGTATTTAAATAGGTATAGGTTTGTGCGGTTTCCTGTTAAACTCCGATTAGATCAA ACTCGTTAATGTAGATAAGAGATGCCATTTGGCGGTAGGTGCAAGGTGGTCGAAGTAAAA CGGAGGTGCAAATATTGGTGCCAGACTTCTAGGAAAGAGATAAGAGTAACATGTTATAGT GGAAGTGGTTTCTGTAAACTTGATGATTGGCGGCATTCTCAAATACTGTGTTAACTAGCT ACTGTTGATGCTAGAGGTGTGATGGAGGTCCAGTTGTATAGTCTCTTTCGGTAGTGTGAA TGTGGGAGTTGGTGATTTGCTCAGAGAAGAGGGGAAGGCTTCTTGATGAAATACAGTTTC CTTATTTGTCAGTTAATATAGGATGAAAGTAAGTTTTATCGATAATGACCAAAGATGGGT CCACCTCTTGAAAGTTTATCCATGCATATCCAGTTCAGTATCCATCCCCCGCCAAAGTTT GCCCAAGATAGATAGAGGAGCTTGAAGTTCACCTTGCTTGATCAATGTCATTTAATCTCC CCTATATGCTTCCCATTCTAAGTGTTGAAATAACATGGAAGTGGTTTCACTTGGCAGGAA GTTATGACTGTAATGCAGTACTGTACATGTAGGATAGTAATATCTTTCCAGGGAAACTAC ATTCTTTTGCCTCTAGATGATACTTGTAAAATAATTGCATCTAAATGTAGCTCCGTGAAA GGGGAAAAGAAGACAGCCAATGTTGTTGCATCGATGTATAGAGCACTGCAGTATGAGAAT GCACCTTTCATTTCCTATTCCCAAGTGTTCTAGTTATTCCCAATAAAAGGAATAGATCTT AAAAGTTGCATGTTTGTATAAAGAAAAACTTGTCTCATACAAGTAAAAGGGCTCAAAGCA TGAGTTGAAAATTTATTGAGTGTGTACTGGGAACATACGTAATGTATCCTCTATTGCGCA AGAAAATTCATTGAATGTGAACCGGGACATACTTAATGTATCCTCAATTGCTCACATACA ATTAACTAAATAAACTTGTTATTCACAATTCTCTTTTCAGGTCAGTTCATGAAATTCCTT GGAGGACCTTTTTATGCCAGTTAATGGAATTATTTCATGGAGATTTTCAAGTATAAATCA ATATAACTATTAGTAAACAAGTTATTTGCCTATAAACCTAAGCTTTCTCAATTTTGTTTT TGACATTTGTTTGTTGATTATCTGGAAAGAGGCTGCTTCAACATTGGTGTTTGAATGATA TAAGGGGTGTCAATGAAAGAAAATTGCATCAACTATTTAGCTATCTGCTAATGCAAGTTT TACTTGGTGGTTGGTTTATAGTTTAAGGACATGCAGTGTATTCCCGTGTTAGACTTAGAT ACAAAGGATTACTAGGGAATTGGGATATGGTTTTCTAGTCTAGACTCGAGGGCTTTTGAG CTGGGGTAATTAGTAGATAAAAGTTCCTCCGGAGAAAGTGTAGTGGAGTTTCACTTCTAC TTGGCATACAGTGATCAGTTATTCTGTCTGAAAGAAAGCAAGCTGTCCTGATAGGGCTGG GATTTAAGAGCATTGTCTCTAACTCTACAGCCTGTAATGAAACTTTCATTTGTTTTTGTG AGGATTCTTGAGAATAACTGAAAAGAGGAGCGTCTGACAAGCAAGAAGGTAAGATTTTCT TGATGCCATTTTAACTTTATTAAGACTTATTACCACTATGTTTATCAACTCCCTCATTGA ATAACTTATGTTGATATTTCAATAATCTATACTAGGCGATTGCATAAAATCTTTAGAAGA TGCACTCATTCAGAAGCTCCTGGAATTTCGAGGAGAATAGGTTCTTCTTTGAGATTGTAA ATACATGTTTCTAGGTTCCCATCACACTTTATTAACTCGTGCACATAATCACTTAAAAGG CCCCACTATTTTCTTAAATCTATGCAATTTAGTCTCTCTAGGTAAGTGAAGTGTGAAGCA CAGTATAAAAGGCATCATCACTAAAGGGGAAAATTTCTTCTCTCCAGAGCCATTTCGGGC ACTGGCTATAACTGAGCAGAAGTATGAACGTATGATAAGTATGTAGGATCACTGTTTCCA TTTACCATTTGTGATATCACATCTTTTCTATGTCGCTGTTTCACAGTGTGGTTGAAGGCT TGTCATTAAATCTCTGTTCCTATGTATACCAACTTATCGCTGTCTAAAATGTAAGAAAAA AAATGTGCAGTGGTCTGGCGAAAGACATTGATTTCTAGTTCAGGAATGATGTTTATATTA TATAGGTGAGGCTTCATCTTATTGTTAGTTTCACTTGAGGTGTAGAAGCATAAGCTTATG AAAGCTTCATTTATCTTGTATGTGGGTTCTTCTTTGATGAAGATTTCTGGTTATATTTCT TGTTTTATTTTCTTGTTTCTGGTAGAATACCTCATCGTAAGCTCATTCCTTGTTGGTCTT GGACTTTTGGATGGTAGAGCTCTGCTTTTTATTGGGTTTTCAGTACTGCATACAGTTTGT GCACCCGTTGGTTACGTGGGTAATACATTGTTAATTTCTTGAGAAAAATCTATCAAGCTT TTCTATTAATTTGCAAATAAGGATGTATAATGATTCTTCAGCGGTGGAGATAAATAACAG CTTCTCAACGTTGCAGTTTCCATGACCGAAATTTGTTTGTTTTTATGATCTTCCCATTAA TTTCCCGTTATTGGGTTTTCCTCCGTGTGATTTTTTTTTCTGAGATGTTATCAATGTCTT CCCTCTTTCTGGTGTTATTTAGTTCCAATGCACATACCTAATCATGCTGTTTATTACAGG GATTGAGATGGTACGCCAAGCGACTTAGGATTGATGAAGATGGAGATGTTGCAGACGAAT TTCTCGAGGAAGTCCTTGAGGACACACGTTCAAGAACAGAAGAACACCACAGGCAATATC CCAAGTTTGAACTGAAGTACACCACAAAACCTGCTAAGATAACAAGCCTGGCACTCTCAA CTGCTGGCAAAATACAACATAGAGTGGAACATCAAGGCAAATTGGAATGGATTTGATGAT CGTACTTGAAGATGAGATTTGACTATATTATTGCTAGCAGATGCATTATTTTTGCTTCTT TCTCTCAGAAGGACCAATCTTTGGTGTGTGAATTTCTATTTGGGCATTCAATGTTCTTTT ATCTCTGCTTTGTTGGAACTAACTTGATGCTAGCAAGCAAGCTTTCATTCATAAAAGAAA ACGTAGTTGTACCCAGAAAAACTTTCAACGTATACATGAATATTAAACTGTTAGTTACTA AGAACATCTTATTCAAGGTATGCTACTTAAAACCAATGAAGCACACCCCACATTTGACTA ATTAAAATTCGTAGCAGTAGTTGGATTGGCACTGTAGGGATGATGATGAGCATGCTTTCT TTGCAACTTTTCCGAGCATGGTCTGCCTCGTAAGTGTAGTGAGTAAGTTGTCAAGTGTCG TATGGAGAACTCTGCTTTTTTGTTTTTCTTCTATGTCCTTGCCCCCACTTTCTCTGTCTG CTCTACTTCAAAGTGTGTTAAGTACAAACATTGGAAATATATAATAGACAACATTATGGC AAAAAATCCAATTAAAATTTAATACATATAGATATTTCTTAGAGAAATACAAATATTATT TTTAAGATTTAATAAAAATTACCGAGTTCTTTGTTGTTTGATATAAGTATGATCTTTATA TTGTTGTATATATATGTGGGCAAAATTTACCCACAGCGGGTAGTTACACACAATTTAATT AAATTCAGCAGGATAAAAAATGTTATAAATTTCATATTCGATCAGTAATTGTTGAACTAT ATTTTTTTTCATTTAGAAAATATATTGACACATTTATGTAATACATGACAAAAAAGAGGG GACATACTCAGATATAAAAAATGTTATAAATTTCATATTCAATCAATAATTGTCAAACTA TTTTTTTTAATTTAGAAATATATTAACACATTTATATAATACATGATAAAAAAAAAAGGG GACATACTTAGATATAAGTATCTCAATTGAACTTTTGAAAAATAACCGAAACAAAATACA AATAATCAAATATGTTTGTCATAATAAGAAATAGAAAAAGCATTCGATTGATCTTCTAAT CTAAATTCAATGCAATATAAAATCATGTGGTCTCTATTATGGTATGGTATTAAGAATTTT AAAAAGCCAATCATACATGTATATAAATATATTTATTCGTTCATTTTTATTGGTCTACTA TATTAATTAACTTAATATAAGAGATCAATAACCATTTTATATATATTTTTTTTTCTTAAA TATCATTATTTATTTTTTAATGAATTAGATGATTTATGATAATGAACTGTGATATAGTAG TGATATTGTTATTTTGTCTGTTACTTTCATTTTAATATATATGATATCATTTAATTCATA CAAAAAATAAGAAAAAAGAACTCTTGTTTATTAGGCTTACTTCTATTGATTTACCAACAC TAAATGTGATGAGAATTTGCAATATAGTGAATGCAATGTTTTTAACCAAATATATACATT ATTAGTGGTACTTCATCAATTTAAAGGAACCTAAATAGCTGAGTCGGAGTTAAAAGGAAA AAAAAAAAATTGAGCAAAAAAATTTAAAAAGGAGATAAAAAGGTTCAAACTAAAGAGAGA ATATTTGAACGAAAGATAAATATCATAAAATTTTATTAAAAAAACACAATATTTCATGTG TCTAAAGAAGGTGCAAGGTGACATGCTACTCGTAAATCGAAGATTCACGCATCTTGTGGA CGTATTATTAGCTCATTTCACCAATCCAAACATGTTTGCTCTTAGCTTGTGTTTGGATAT ATAATTTGAAATTATGAATTTAAATCAGAGATAAAACTTGTAATTCGAGATTATGTTTAT TAAAATAATATCAAAATTTTAAAGAAATAAGATTGAGGATTTCAAATATAAAATTTTATT CGTAAGTTTATATTTCTTTCAAAAAATAAATCTTGTCATTTTAAATTATAAATTATACAT AAAAGGAATCATGCTCCGTGTAAAGAAATTATCTAGCTCATGTGAAATAATTATATTAAA GAATAATTGGTTATTACTATTATTAACTATTAGATATTAGTAAAATTAAATATATCTAAA GTTTGTAATCACAAAAGTTTATCTATAAAAATATAGTAGGAAGATATGCGATTTTTAATA TGTCACCTTAAAGATATGATAATATCTTGTTTATGAACTATGTTTTGCTCATATAGTACA TAAAATTGTATACAAATAAAGGAAAAATGACAATTTTCATAATTTGTGAGATTTTTATGT TTATAAGAGAGTATCACCTTTTTTAAAGAAAAAATCATATTATATGACCAATCAAAAACT TCATTTTAAATTAAATTTATTACAAATTATGATTTCATTTATATGTCCTAACAAAACTTA GAGTAATTTCACAAAGATATTCTTAAATTTATTGATCTAAGTTTTTTGTAGGAAGAATTG AGATAATTTTAATAGTTTTACAACTTATAAAGTATATATATTTATAAAAACATACGGCTT AAGAGTTTTAAATGCATGTTAGATATAGTCGAAAAGTCTCATTGTATTGTAGTTTTACTC GGTATTCTATTTTTTTTTAGAAGTTTATTCTTCAAATTATTAATTATACAAAAATAATAA TAATTAAAAATACAGTGTATACACTATTTGTAAACCATCCAAACAGAGTATTAGTTAATG ACTTGTAGCATTATCCAGTTGTACCCTGAAACACAAACAACAGAACCTTTCTCGCTCAAT GGATCTTCAATCTCCTTGTAGTGCTTGCACTTCCCTTCACCGGAAACCTCCACTCGGCCG GCGACTATTTTCTCTCAATTCCGTCAACTTCCCTTTGAATTCCGTCAAATGCCGCCGGAA TACTACACCGAAGGTTCAAACTCCCGTCGCTGTCGCTGTCTCAGGCCAAAACGGTAGCAG CTATTCTCCCTCAGTTCCTACTCACAAAGTCACTGTTCTCGACCGCCAACGTGGCGTCGT TCACGAATTCCTCGTCCCTGAGGTATTAAGTCCTAATTGATTTTCCATTTCTGCTAAATT TCTGTTTTAAAATGTGTTTGTATATGTACCATACTACAGTCATGTTTAATTGTACTATGA TTAAGTAAAACTGATGTATATATACAATTAAATTAGCCATGGCTAACTGATAAAATTGAT GTTGAGGACACTAGTCGTGCACTTATTGTGCTTTGTTGACGCAGCCACTTTTGTTAATTA TTAGTATCTGTATATTGACAGGCTTATGAAGAGTTAATTTTGGATGCAGGACCAATATAT ACTTCATACTGCAGAGGCTCAGAACATTACGCTACCGTTCGCTTGCAGGCATGGTATTGA TTCATATACATTAGATAACCAAACTTTTGTTTTTCTTATTTATATGTTTGTCTATTTGTT CTTACATTTTAAGCTGCTATTGCTTGATCTAACTGGTTTAATGAGACTTCTTTTTTGGAA GTGTGAAATTGTTACCATCTTGAAATCCAGAATCTTGACAAAGAAGTGATGTCAAATTGA ACATTCATCTCAAATATCTAGTAGAACTGGACAAAATTCTTGTACTTTAGCATCTTAGAG ATTTGAAATGGGGAAATATTTTGAAGCATATTGCAGTTTATTCCTTAATCCATGCTCCTT ATGAACCCTGTCCAATATAAAATAAAATCTGCTAATGGCGTATGAACCTCTATATTTTCT TGTGTCATCCACTCATGCTATACTCCCTTGAATAGTAAAAAGCCAAGGAATTACACAAGC TCTTTCACTGGAAGATAACATTGAAGAGAAGTTTTGTGGATAACAAGCTCTGTGTCAACC TCATGCTATATTTCATCAGCAAAATGATTCTGCAATTTTATTTCGCATCCCTTTAAGGTG GAAACTTTTGTGGAGAACATTTATATAATTCAGCCATTTGGAGATTCTTTGAACAAGGTT GAGCAAATTCAGTTCATTGAGAATTATGTCCAATAAAGTAGAGAAAGTTCAATCCATTGA TGAATACGTGGACAGATTTCAGCTCATTAAAGAGTATATAGAGAGGACGGATCAAGTCTT CTATATCCACACTATAAAAGATATTGTAGATTATATGTTCCACCACTTCTTTACTTGTAT ATATCAGGGGTTTTGCACACTTAAACATATTAATGAAGCTCTCATCACTCTCTAAGAACT TCAAGACAAGGAGAGGCCTTAATTTTCTCTAAGCAGCACAATGCACTTCCTTTGTTGTTT GTTTTAACCTTAAGGCTCTCTTTCTTTATTTCTAACAAATGAACCTTCTTTTCGATCTAG GGTCGAACATATTCGGCTTTGGTTGTTTTTCTTTAACTTTTAACCATTAACTTTTCATCA GATCTTCTCCATATGAAGGTTCTGTTTTATTATATTTCTCTAATTTAACAATCCACTATG TTGAAGGATGTTGCACAAGCTGTGCTGTTCGTGTTAAATCTGGGGAACTTAGACAACCCG AGGCATTAGGGATATCTGCAGAGTTGAAGTCCAAGGTATTTTAAATCATGTAGTGTTTCT GTAGATGCAATCCTTATTGGCTTTTATTTTTCGACTATTGATTTGTGGGAGCTTTAACTG TTTCTCCCTTTTTAGACCTCTTAATGTGATTTTCTTCTTTTAATGATCATACATATGATA AATTAACAAAAATGATAAATCTTATATATGACATGACCAGGGATTTCTTGGTCTCAGACT GATGAAGCCTGCAAACCTCGTCTGCTTTTTATTTGTCCACAAAACAATGTTGAGAATTTG TTCCAAAAGGTTTTGGAATGTTATGAATTCCTATGCACATCATATCTGTGATGTGATTAG GGGATATGGTCTTGAAACTGATTAAGCATGCAAATGAAGTTTGTATGTTATTGTCCACAA AACAATCACAATATGTTGTTCCATAAGATCTTGGAAGATGGAATTTATGAACTTCCATCT CAAGCTAGTGACTATGAGGGTGTTTAGATAAGCTCATAAGCACTTTTTGGCTTATCGACG TGTCAAACACCACAAGTGCTTATACACTAAAATTAGCCAAAGCCATCAGTTATGTTTTTC AGCTTTTAAGCACTTTCGATTTGACCAAGTGTTTTACTCTTTTGTTCTTAATTATTTCTT TCGTGCTTCCCGAAACACCCTTCTCAAAAGAAAATACCCAGCCCCATCTCAATTATAATT TTGCCATTCGTCCTTTTCATGTGCAAATTTAAGTATTACTTTTTATAAATACTTTTTAGG ACATTTCAGTCACTTTAATAGAAAAAATTCTTATTCACCAAACACCAATGTTTGTTAACA GTTCAATACTTTTATCTGAACACGTCACTTCTCAGGTATAAAATCAACTTTAGAACTTAA AAGTGTGTGTCGACACTTGATTCTTACCAGCTACTTGTAATCCGCTAATGCAAACAGGCT GTGTATTCCACTATGTATAAGTGATAATGACAAAAAAATTCACAAATTTTTTCGTCTGTT TGTCAATAATGCCAGTTTTGCAAGTATTTGGCCATGATTTGGAGCATTGCTGTAGTTTCC ATGCTCATCTCCTATCTCCTCGACTAAATAACTGGTCTTATCCTTAATCCTTCTTTCTTT AGACGTTTAAGAGATTTGATGGGAGGCATACTCTGTTAAATCCTATGAGCCAGAGTATAG GCTCAGATCGGATTTATACCAATTAGGCAATTAGTTAAGGTTAAAATATGAGGACACAAG GTGTTCGCGGAGGTCCTACTGATAAGTAAAAAAACTGTTTTTTACCCTGTATCCCGAATA CTAGATATAAGTGAAGTGATGATCTCTATTTTATCATGTCTTATTCTATTCTTATTTTAT TTTCACCCTGATTAACCGAGTACGTTTTAATTTGTAGGGTTATGCGCTTCTTTGTGTGGG ATTTCCGTCATCGGACCTTGAAGTTGAAACACAGGATGAAGATGAGGTAAGTAACAACTT TGAATTGCAAAAGTTTGAATTTGGGTGGCAATAAAGACTGCGGATACTTAACCACCCATC ACCATCTAAGTAATCATGAACTAAGTGGTGAATCAAATGCAGTTTGCAAACTATTTGGTC TACTTCACACCCACTTTTCACGGGTTCAGTTTGGGTTATGAAGCATGGGTATGAAATATA TGGCCGTATACTAGTATCATGCTTGTGTTAGGTATCAAATTTGATGACAATCTTTGGATA CTTACTGATTATGTCTATGATTTTGTGGTTTCAACATGACACCCTTCAATTATGCAAACC GAAGGGCATCCCAAGATTTTCAGATCAGGCTTATGCCTAGTGCAGAAGTTTTTTTTCTTT TGTATCAACAGCTATAATATTGCCATATCCATGCAGCTCACACCCTACCACCAAGATATT ATGTGTAATGCACATTCTTTACTTTTCTAAACTTCTTTCTCATTTTCTCTTATAGACAAT TATCCTTGATTTCGTGGAACTAGGACGTACATGGTTCCTTTGATTAAGAAGATCTCTCAA AAAAGAAAATGAAGTGGAAGGTTCTCAAAACTCATCATGCAAACATATATAGAGAAATTG CTGCTGTTTTTGGAAAGAGATTGGTTAAAATGGAGTTAACAAAATGCCTGGCCCTTTTAG CCCAATCTATTTTTAGCCTATAAACAATAGGTCTTTTTTTTTAAAAAAAAAAAATCTCTT TTGAGTTGTTTTGGTTTCATCTCATGCCATTCTTGCTCAATCTGCGCATTGGTCAATTGA GCCTGGCCTCAAATCTATACCCTAATTTATGCTAAAAAAATATGGTAGATACATAAGAGT AGTCCTCTTAAGGACTAGTCAAGAAGCAGAAACAGGTTCTTGACTCTGATCCTACAGGAC AAGATACCAGTATAATATAGAGTTCCAATAGGGTAAAAATGCAGATACATGCTTGTTCAT TGGCCTTTCAGTTTCTTTTATAATGTGTTGCTTCGGCATAATTTCTTTGACAGATGTAAA CTTTTCATATTTCAATTATTATAATAACCTTTCCGTCTACTTTATTTTATGTGGAGCACT GAAGTTGTGAGTGTTGTATTCCAAGTATGAGATGTAATTTATATTTCCTCATTGAACTTT GAAGAAATTGTAGCTAATGAATTACCTGCAGTATTTTCTTAACCAATGGAAATGAAGCTT TGCTTAAATTTTGTTAGATGAAAGGGTGGGGTTTACAGAAAAGTTACCGAAAGGAATTTT TGGAACTCCCTTATGAACTTTATTCTATATGAACAATCTTGTAGTTTGATCTAGTATGCC ACCGCGGATATCTGACAGCATGATATATTCAGGTATATTGGCTTCAATTTGGGAGATATT TTGCTCGAGGACCTATTGTAAGTCTTATATTCCTGTAATCTCCTATTAATTTAGAAAAGC AGTTGGAGAGGGGATACTGATGATGTTAGAAAGGATAATAATCAAGTCAAGTTCCTAAAG GTTAACTTTTCTTCCCTGTTGCAGGAGAGAGATGACTATGCCTTGGAATTAGCTATGGGA GATGAGTAACCTGTCAAGAGTTAATTTGAGAAGACAATATGGAATCATAAGCAACATGTA CAATTTTCTTGCCTCTCTTGCTATATCTGTGTGTAATATGCTTTCCGTGCCTTTTCCTTT GTGGATTGGCTTTTCTCTTGTACCACTACCATATTGAATAAAAAATTATACTCTCTTTTC TTGTCAGATAGGGGCCTTCTTGATGAAATCTTGTTATGCCTTAATATACTTTAAAGTTTT GAAGATCACATCAGCATGAGGTGCACTTTCATCTCAACTAATGAGAACTTTCTAGTTATT GAGCATTATTGGACTCTAGCAAAACTTCTAATTCTGATCAATTAATGGATGAAATCTTTT GGAATTGGATATTGTCTCACCACAGAAGCTCTATGTTGCTCTTCCCTTTGACTGGCGAAC TAACTTCTTAAATATACCACTCATGTGAACACAGCATATATTATGCAACAGTAAAGTAAT CTTTGATGCATGCGAAAGACTGACCTTTTCTTACGAATACCATGTTGTCTAATAGTATTT GATCTGGAAAATTAAATGAAACTAAACTATATTTGCAGCAGAAAGTTAAACATAATTATC ATTTAGGATAGCATGTTCGGTGAGTCTAGTGACTCAGTCATTCTCCTCGGGTAGTAATGA AAATGGCCATTACTCTACTGCATGAATTCAAGGCTGACATACTCTATGTTGTTCAGCTAG ATTCCTTACCGGTGCACCATATTAAATTGTAACCCATACACCATCCTGCTAGTAGTTAGA TGATGTGGGAAATAGTATAGAATTACATTCCACTGTATGGTATCTCTTTTTCCTTTTCTC AGATTTTGTAGATTGCATAGTATACTAACTTAAGATATTTATTCTTTCTTTTTAAGTTCA CCTTGCAATGTCAAGGGTGGAAAATTGGGAAGATCTACTAGTACTTATTCTTCCATCCAG AAGGGATAAGAAAGGTAAACAGGAAATAGAGAATATAGTTATGTGACCCAAATTGCATAT GCCCATGTTGCATCTACAATTTGATCCGATAGGAAGATGGTGACAACTTCGTGAAGTAGA TGAGAATAAGCAAAAACTGAACAATCAAGACTTCTTTCAGTGATGAAAAGATGACCCTAA TCTTTGCTCATTTTGAAAAGGTCATATACATAGCCTACTTGAAGGAAAACTAAAGAACCT TTTAGAAACCATTTCAATTCCATCATATGTCAACATATCATTTTCATTTTGAGGTAAAGG TATTTTCTGAGTTTGATTCTCTTTTAAATCAACGGTGTAGCTGTCTGAGAACAAAATATC TAGATCACCCATCCATGTGAAAGGACCATATTATGAACAAATTAAGGTTTTTTTTGTTAT CTCATCATGTGATGGAAAATCAAGTGCATCTTTTTCATCTAACTGGTCCTGAATTTTAAT GAAAGTTCCCGTTCATGTGGAAACCATGTATTTAGTAGATTTCTTTCTTCAATATCTTCA TTTGGACAGATACAGAATGTTACTGAACATCCATCGGCTACATACCTTGTTAGCTAATTT CTGCAATGGTGAATTGGTCAGTGGTTCTGGGCATGCCCTGTATATTGTCTGTGGTTATAG TTACTAAGAAAAGAATATAGTTTCCAGAGCTTGTGGTTACTGATATGAGCAAGAGAAGTC ATACAAAAACTAAACAATGTGGTTGAAGTGTCTAATTTTTTCACACATGTGCATATTGAA TTGACATGCTTACTTAAGTTCATGGGACGAAAACATGAGATATACCCTCCTCTCTTATAG CCCACGGCCTTTCGTCTAGTGGTAAGAGCGCAACATGCGATGCATGGATTAAACACAGAT CACTAGTACGAGAATGCCACAGAAAGAAGTTGGGTATTTAACTGGAGAAGGGTATAGGGA ATGAGGCCATTATACCCTCCTCTTTCTGGGGGTTCTGGCAAAGGAAATAGTGGCAGAGAG AAACCAGGCTGGATTACCTATTTAATACTAAGAGCTGTACCTCCTTTAGCCCTCAGCAGT TTTTGTGGTTTGGTTGAGGCATTGATCTACTTATGTCAAACTAAAATATCTGACATTGAC ATTCAGGGCTCATAATTCAACAGTTGTATCTGGAAGAGTCAATTTTCTAAGTCTTGACCA AATGACGGAATGAGATGTTGATATCTCCCATTTGTTTATCGCTTCAGTCAAGACATTTTA AAATTGTATTTATGGCATCCCAAGATGAAAACAATATTATGGTAGGTGAAAAGGAGTCTT TGCTATCCAGGATTTTTCAACCAGACTTACAAACGCAATACCATTATATGCAATACCTTT TGTAGGCTCAACCTGCAAAACTGCTTATTCTATTACAGATACGCGAGGGAAAAAAAGCTC TGTAATAGCTCTATACTAGTAGCAACTAGAAATTTCCTCCAGTTGATGCAGCTGAAATGC CGCTGACACATAACACGACAACTTTAGTTGTAGAAGTTTCTAGCACTGGCTCAGCAGCTT TAAAGTTAGCTGTTAAACTTTTGCTCAGCTGTGCTCGTTGCAACCTGTATTGTCCAGAGA ACATTTTGTCAAGTATGATGAAAAATGAAGTAGGAATGCTATAAAGGCCTCAGAAAATTT TTTATGATTTATACAGTAATTTGAACAATAATAAATTTTTTTAACAAAGTTGGACAGTAT AATTACTAAGTGTGGGTCTCCGAACACTACACTTCGATGCTCCAGGGGTGGCCAAATAAG GCTTAGCTGATCGTATCACTATGGAGTCAACTTGGACAAGTGTAACTTGACCCGATTTGA GGGAAGGAGAAGAAAATTGTGGAACTAAATCCTTGCTGGTTTTGTTGCATACTTCTTTTA CTGATAGGTTTTACTAAGTTTCATCACATTGACATGTTGATATAGTGGAATGATAGTCAC ATGAACACATAGGATTCTTATAGCCAGTCCGAACTAATTTGGGATTGAGGCATAGTTGAT TGATTGATATTTGATAGAGACGTATTGGACTTAATACTATGGAGCCTTGAATCTTTTGTA GTATAACAGACAGTTGTGTAAGAGAAAGGAGCACTAATATGCACATTGCTACTATCACCG CTGAGATTATGACTAGTGCTATTTCTGTAACCTTTTCAGGGAAGAAGAAGAGAAAATGAC ACTTCCCTTATGAGCATCAGGTTATACTGGTCCATGTATTATTGGAAATCAAAAGAAAAC AAAAGCTGCTTGAACAAAGGATATTGTCTTGATTTAACTTGGAGGAACCTTTTGCAGGCA TTTTATATTTGTTACATTCTTAGGCCTTTGTACCAAGTGCTAAATTGGAGATACTTTTAG CAAACCAAACTGCTTAAGATTTTTCAATCGGCATGTAGTTCATTAAAGTTAACATGTTTG TAGTGGCTCCATTGGAGCTTTGTTATATCATATTCTGAATATTTTAGAGAAGGGAGCAAA GAGAATGAACCTGTGGTGCCTCGTTTAAGTAATTTGCTTGGAAGGTTTAAGGTGCTTAGG CTCAGTAAGAATACTAGTTTTTATGCTAACCTTCACTATATGATTCTTGCATAAAGAAAA TACAGGGCAGGCTGTCTTTGAATGATTTGTTTGGTCGTCAAGTCCTGCTCTTGTGAATCA AAGCTTAACAGGTCACATTTTCATTCTTTTTGGTTGTTTTTATAAGCTACATGCCATATG CAGGTCCTGGTTGATGTTCTATTTTGAAAAGGGAAGTTGTATAAGATTTTATTAGAAATT CACACTACTATTAAATGTTACAATTCAATATCTTCTGTGCTATGTTCCAAGATGAACAAT GAGACTGTTACTGTTGAAGTAGGATTAAATTCTGGTAATTTAGTATTTGAACTGCAGAAT TTTATCAAGTGTCGGAATACCGGTTCATCATTGATCGCAACATGAAAGATTGAAGGCTTA ATACTAAAGAGGATTTTATACTTACCCCTACCGATGTCACAAAATTGCAAACTGCACATT TCACTGATCGTGCCCCGTATTGGTACATCAGCAGCATGTGGCAGTTGCCACAATTCACAT GTGCTACCTGATTTGCTGTGACAATACCATTTTATTCTTACTTTGACCAGTAAGGATGTG TAACTAAGCGGATTATATGAAATATCTCCGTACATTCAAAAGGCTGTAGTGTTACTTTAC CTTCCATAGCTAAATTGACTGTGTGACAGCACGAACATTGCACGCTTGTTGCTCCACGAA TGTACATAAGTAATGTGTGGCAGCCTCCGCAAACCAACTGAGCCATCTCAGTGCCTGTTT AAGGTTCGTAACATGTAAAGGGGCTGATGCTTAAGCCTAATACAACTTAAGGAGCTTAAA TAAAGAGTTAAAAATATTCTGAGTCAAGTCAGCTTACAGAGACCCGAACAGATCGAACAA TTTAGTGGAATGCTGGCCATGGAAGCTGATATGGAGAGTCAAGATTCCATGCTTTTGTAT GGATACTAGCTAAAGGGGCAGTCCTTACTCAGGACAACTTAGGCAGGAGGGGTTTCCAAT TATGTTCCAGATGTTACTTTTGTGGTGAGCAAGCTTAGACAATCAATCATCTCTTTTTAC ACTGTAAATGGGCTGATCAGCTTTGAAAAATTTTCATTAATCTAAAAGGCATGTGATGCC ACAAGGATTAACTGATGTTCTAGTTAGCTGGTACAGGAAAGGAAGATTATCCGGTCGGAA GGAGATATGGAGGATTGTCCCATCATGTATTTGGTGGACATATTTAAGGAAAGAAATCAG AGATGCTTTGAAGACATAGGAAATCCCTTATAGAAGTTAAAGATGAATTGTTTAGTTCTT TACTATTTTGGTGTAAACAAGAAGGTTTAGAAGAAGCAGAATCAGTTTTTGATGTTCTAG TAGATTACCTGTTTGGATTGACTTATTTTGAGTGCTTTTAAGCCAAAACAACTTTTAAGC ACTTTTGGAGTGTTTGGATAACTTAAAAAAGTGCTTATAAGCACTTAGTTTTAAGCTAAA ATGGTAAAAATAAGCCAAAAATAAGCCATGAGTTAGAATTTCAAGGGTCATAGAAAGCTA TTTAGGTCTTCCAATTGTAATCACTGTTGGTCTGGGTGACTACACAGCTTGTGTAGGCAT CTTATATTGATAATACTGTTTTACCATTCTCGAAACAAAAAAAGTTCCAAAATGTTGAGG CTGTCTAATAACGTGCATACCCGGAGGTGGTACTGCTGTTACTGCATTGCAAACTGCACA GCAAACAGATGTTGCTCCAACTGGATAGAGTAAAAGATTTCTGCATCCAGAGCACACAAG CTGGCTCTGCGTACCTGCTAACCACCATATTTCTTCGTAAGATATATTGTAAAACAAGGT AATTTTGGTATGGCGTTATTTGCACTATTTTGTCAAGTGGCTTGATCCTCCTGGGGCTGT TTCACTAAAAAGCTGAAGTTGAATTCAGATTTATTGAGCAATTAACAAGTTACTAGTCAT GGCTGTAAATAAAGTATTGGTGTCCCTGACCTTGTCTTAATTGATTTGGTCTATTTTATA AATACTGTTTGATTTATTTTTTACACTTCATCTACAAATATGCTAAATTGAACTTTGATT TGGATTTTAGGACTGGAGATTTAAGATATGAACTCTTTGATCTGCCGGCCGTAAACATTA ATCTTAGCTCATTGTTATGCATGACCATCCTTTTCATTTCTTTCTATGTATTATTATCAG GCAGAAAAAAGTTAAGGAAAAAAGTTGTACCGTTAGAAGGTGGTGTAAATGGTGTTGGTG GTGTAGGATATGGAGCAAGCGGAACTGGCATTGTGAAGCTAACAGAGGTAGTCCTCTCCT GAGATCTCAAAAGCCTAGTGCTTCAAAAACTTCTAACAGAGCAGCTGCTTCCATCTTTAC TGTCTCCTGAAAAAAACACGGAAATTTATACATGATTGAGTTAGCAACTGAAGGACCTGG AATTTCTGTGATGAAAGATGGATTTGAGTACAAAGTATAAAATAGGATTAGGAAAAAGGG GAATAAATGGTGAAAGCTATAACGAAGAACTTTGCATATTCATCTAGTAGCATATTTAGC ATTTGCTACTTCAATTTCATACATGATTGTTACTGGTTCATCCTCTGAGCATTTGAAACA TAAGAGGAGCTTAGTCAAGCATTAGGAGTGAGGCAGACACAGACCTTTACATATGCAGAT GTAAAGAGAGAGGGAGCGTGGGGGTTGGGGTGGGGACTGATAGGAGGATGCAGGGGATAG ATGATTTAAAGAGTAAGAAGAAATAGTGGTGTTAAAAGTTGGTTTTTTACCATGTTCCCT TGCATACTTTTTTTTTCTTTTAAGTTGCAGTGTAGCTTTCATTTTCTTTTATGGTTGGCT AGATTATGGTGAATTTTCTATTTCTCTTGCTGGTATATCAAGATCAGTTTTGTCGGGAAA ATTTTGGGCCCCCTTCCTGTTCTCTATCTTAGTTTCTCTTTCTCTCTCATACCTTTAGTG CAACTCACTGCATGCATGTGAGTGATGAGTTTTTGCCAGGTATTCCTTTCTTCTGGGGCA TTGGACAACTCAGATTGGGCCACGTAATTCAAGCGTCGTTTTCTTTGGTGTCCCAGCATA AACAAAAAAATAAATAGGAAGGTGGTTTCTTCCTATCCGTCTAAGTGTTGTTTTTATGGA CAGAGTTATTTGATAATTGTCTTGATGGGAGGTAAAAGTACCCGGTGAAACAAACAGGGT GCAAAGGATAGAAAGAATTGTGATACTTTTCATAGGTGGTGGTCCAATTTGTGCTGTCAT TCCAGTGTGCTTGTCCCTCTCAACTTTCCATTTTCCACCTCTTCTCATTCCCTTCTTTTT TTTTCTTTTTTTTTTTCAACTATGGTAGTTGTAGTAAACTAAAATGAATGATTACTGCCA TTGAGATGCTTACAAGTAACGCAGTCTGTTCATGTTTGCTATGCACTTTCTATCAAGTGT ATGACAGGACCCAAGTATCTACGTGTAGTTCCAAATTTTGTTAATCAAATTTCCTCTAAT ATGGTGTTGGAGTAGGGCCTTTGATAAGTGACTGGACATTATGGATCGGCCCCCTCAAAG AGTAGTATTCTGTGGGAGCACACAGATTTGCAAGCAGCCCAGTTTTCATGATGGTTAGGT AACCATTCATTGACTTTTATCAACATCGTATCTTATGGTTTTGGTGGTCAGATAGATGCA CCAAATGAAACAGTTCTACTGGAGATTTGATTAGTTTCTGAGCTGGGAATGCCCGCACTT ACTATGTGTAGTGATTCACTTTACAAGGTGGATACGAATTTGTGGCCTCACTAATTTGGA GGTTGGTGGTCTTTTTTTTAGGACATGTATAACAGGTTCACATCAATCACAAGTTCAAAA TACAACAGGATACCTCATTATGTGTATGATACATAGAAGTACTGGGGTCCCATATTGTTT TTTAGTGTCTTAAATACGACCGACATTATACATGAAGAACTCTTTATTTTGATTTTTGAA CAGGTTTGTACAGCTTAGTGGTTTTCGTTGTTTCCCTTTATGGCATGATGTGGGATGAAA ATCATAAGATCAATGTTCAAATTCCAGCAAAGAGCAAAAGGCGGTAGTCGATACACGATA CACGGGTAAGAATATTATATCTCAATCATCCTAGCTAGATTCTGCTTTATCAAATCATAT CTGTTGAATGGACAACTAGAAACATAAAAACCAGGCTTGCCCCTTGTTTAATTAATCCTA ATGGATAAACAAATTTTAAGATAAGCACAGAGAAAGATATTTTGAGTGAAGTGTAGGGCA ACTATATGATGCACACATATTTAATCTACATGTGCAAAGTCACAAGATATATGAGTCACA ATTCACAAAGGAGTGTTAGACATTTAATGAAAGGAGTGTTAAGACATTTAATGAATTTTG ATTTATTTGATACGCATGAAAAGGAATAGAGCTCTTGTAAGTAAATCCCACTATTCAACA CTTGAAAAATTTCCCAACTTAAGTAGCAACATCATACATCTTCAAATTCATTTCTTTTAG TTATAGAATGTTTTTGTAAAGTGGAAAAATATCTAGTATCTTTTTCCTCAAAACTGTGAT GTTTCGTTACATAAGAAAGGTTGAGTTTGGTTATTTCCATAAATAAAAAAAATATGTATT GCCCCCACCCCCACCCCCTCAAGGAATGGGAGTTTATTAGTCATTTTCTTTATGATAACA ACAAGAGAATGTGGTCCACTTCACAGAATCTAGCCAATCTGAAAAATCAGAAGGTTGCTT CATAGAAACTTTTCTTTAAATAATTATTGTCTAGGAAATCAAGAACTCCGTGGCTAGAAG AATTAAAATATAGTTAAAATTCGAGAACCATACGTTATATTATAAAAAATATAATTTAAA AAAAAGAGAGGAAAAACTTGATAATTGAAACATTATAGTGTATTCAATTACCAATACCAG CAGTCCAGAAGTCTCATTAAAAATATTATTCAGCATCATCCGTATATGAAAAAAATACAC AAAATAAAATTACTGTGGGCCAGCTTCTAAATAGTATTATTTTTAATTTTCCTATTTTAA TGGTAATAAACCAAAAAAAAAGATCATTTGTATTTTTTAAGAGTAAATATTAGGTTTAGA CTACAATTTGTATAATTATGTTCCATATAAAATTTTATGTTTGCTATGATTATTAATAGG TATATTTTGGTATACATATACAAAAGAATCAATCGTATAATCTATTTCGATATACATATA CAAAAGAATCAATTGTATAATCTATGTTTGTATAAAAAGAGACAAAAGAAAACTAGACAG GGGAGGATCTGTGTTTGTATAATTATAAGTGTGTAAGAAGAATATATATGTATTTGCATA AAGTGAGAGGTGAACGAGATTCTTTGGAGAGAAAGGCGAACGAAAAGTATGTATATATAC AATTTTCTCCCACTTTATACAGACACAAACACATTATATACATTTTTATTTGTATAAAAG TGAGAGAGGCGATGGTGACACTGCCAACGAGAAAACGAGAGTGGCGAGTGAGAATTTTAG GGAGAGACGAATGACAACAGATTTGCTACGTATTACAATTAAATCTAAATAGTTTGCTAT TTTATATTTTTTTTTAAAAATTAATTAGGAGATTAGTTGCATTTTAAGCTAGTTTATATT AAATTTCGTCTCCTCAAATGATGTATGTGTTCTTACAAATTCCAAAAATATGGTTGCCAT AGAAAGCAAAGTGTATACAAATTACAATAAATTTAAATTTGAATATAAATGAATTTAAAA GTGTAAGGGTTGAATGTTGATTAATGAAATTGGGAAAAGGTCAATAGGCGTTGGGTCCAA GCCAAACTTCTCACCATAAAGGTGACATAAAAGGGTGTTTGTGTGTATTTTGTGTGTGTG GGTGGTGGTGGTGGTGGGGGGGGGGGGGGGGGGGAGGTCGTGGAGAAAAGTGTTGATTTT TAGCTTCTTTGGTGGGTTGGAGTTGTGGGGAGGTGTTTGAAGATAAAAATGGACCACTCA TGAGCTAGCGGTGAGGTATTAAGTACTTGTTAATTTTCAATTAGAGATTTTAAATTTAAA TTTAGATAATGAAAGTCGACTATATAGAGTGCTTTATTTTTGAAATAGATTTTTTTAATG TAAATAGTTAAATTTCAAAAACTTAAATATTGAACGTAGACTGAAAAAAAGCACAAATAG ATATTAGAAGTGTTTGTGAAGTAAAATAGAAGATTCTAAAAGTAGACTTGCTTTGTTATC TAGATGTATTTAGAAACATACCGACAATTTCAAGTTTGTGGAGAAGTAGAGAGGAAAAGG ACAATACTTATGCAGCAATGTGAAGAAGTCCATTAAGTCTCAAAGACTTTAAAGACTATG GGGTATGGGCAACGAACCTTTTTGCAGGTATGGTAGGAATTTAATAAAGCATGTTCTGGG TTGGATTTGTTTTCTTACCTTTCAAGCATAAATATGATTGATATATTTTAATATTATATT ATTAAATTAATTATATTTTCCATTATATAGAAGTATGAAGTTAAGGACCACCAGCGAACA TGGTGCAATAAGTATATGCCATATTCATTTCTTTCTTAATTAGAGATCTTAAATTTGAGT TTTGAATATGCAAAAATTCTTTGAATGAAGTAGAATTCTAAATGATAAAAATTTAAAATA ATTAAATTTTAATGAAATACACTGACAAATAGGGCTGTGTATCGATCGATTGGGTTTAAT TTTGAAGTTTATCGGATTGGCTTATTGGTTATCGGTTTATAATGATGCTAAATCATTATA GAACCATTAAAATATTGACTTATCGGTTATTGGTTTATCGGTTTTTGATCGTTATCGGTT TAACCGTTAAGATTTGAATCAAAAGAAAAAATATTGAAAATCACTTAGAAACAAGGTGAC AAATCAAATAAACCATGCACTTGAATTCACAATTCACAACTCACAACTTACATCTTGTTC AAAAAAACACTTTTACATCATAGAATAATCAAGTGTTTGAGACAACCAAAAATAAAACTA GGAAATTAAACTCTAAGTTGAGGACTTTATATATAAAATAGTATAAATATAAATAATTAA TTTACTATCGAATTATCGATTAATCCGTTAAGAAAAAATTTTAAACCATTAAGAATCGAT AATCCGATAACAAAAAAAATCAAAATTATTATCAAAACCACTAAATCAATAATTAAATAC TATAATTCAATAATTTTTTATCAATTTTGATTCGATTTTGAACAGCCTTACTGACAAATA AAGTTTGTTAAGGACGAGCTAGGATATAATCATAATTTCACAACTAACATAATGATATTT TAGATATTTTCCTATGACTTCAATGTATGTTGGGTCCATTTATCTCATCGTTCTTGACGA TTTATAGCCTTTGAACATAGTTATCCACGTGGCTACGATGGGCCAAACATTATTTGGTGA CACATTTAGGGATATTTAGGGATAGTTTAGTACAAAAATTAAAGATTAGTAACATTGGGA TTAATAGTATAAAGATTATCTTTTATCAATTATTTGATTCATTCCTTTTTATCTTATTTT GTATTTGAATTAAAATTTTATAATTTTTTTTAATTATACCATTCAATTATTATGAGATTT TTTATTTCATGTAATTAGTTTAGAGTAAATAATTGTCGGACAGTATTTATTTTATGGCTT TCTAACTAACTAGTAGAAGAACAATATTATTATCATGTTTCTATTTGCTTAGTTAAATTA TTTGAGGGTAAATAATTGATCACTTAAGAAATCGTCAATTTTCTATTTAAAAAAGATAGA TTATCTACTTTTAAAATTGAAAAGACGTTAAAAAATAGTAAAATTGAATAAATCATCTAC ATTTATATGTAGAAATGGCAAGGTGTAATTTTAATTTGTTGCAACTTTATAAATTGTTCA TAATACAAATAATTAGAAAACATATATATATATATATATATATATATCAACAAATAATAC ATTTAATAATTAAGATTACAAAAGTCATGTGGTGATATATTTGCTTTTTCAATTAATAAA TGTTAAAACAACTCATGTTTCAAATATTGTATTAATTTATATTGAATTTATTTAGCAACA AATAATTCTAAATAATAAAATTTGTAAGATAAGTTATCTAAATAAATTTATTAGTACAAA TATAAAATAAAAAATAAAAAAATAAACGTAATGATTAAAATGATGGGGTAATATTTTTGT TAAACAAAATTATTATTAAAACTATCATGTCTAATTACTATTTTTTCAATTTTCAACTAT GTTATGGGCCGTAAGCAGATCTTTCCACAGCTAATTTTTCCTTTTAAAAAGGTACACGTA AATAAATATGAAATCAAGTTTCTTTCATAAAAATTGACGCACATTATTTTAAGAATTTAG TTCTTTTAAAAAAATATCGTAAAATATTTTACAATGAATATTTTTTGTGCAAAAATTGTA AAGATCTTGTTGTGATACACTAAGATATCTTAATGATGAATAATAATTAAAAGAACAACT CATCATTCTTGAGATTATTAAATAAAACTACAAATCTAACTAATAAGTGAAGGCAAAGAA GCTTATAACTACGGAAAAGGATCATATTGCCTTAGTATTTTCGGGGAAAAAAATTATATT TACCACTCATCAGATTTATCTATCTATCTATATATATATATATATATATATATATAAAAT GTCGAGTTTTCTTGTTCAGTTAATGACACCCAACATTCAAATGCTAAACCAAATTTTGCA AGACTCTGAAGGAACTTACAAACATGTAGACCATTGAAGAAATGTAGATGAACTTGAGCT TAATCATCTCAAGGGAAATGAATTTATTGAGTTAGTTGGGATGAATATGATGGAAAATTT TAATTAGGATAAAAATATATCTACTTAGACTGCCACATAAGATAGTATTTGAGAACATTA GTGTTAATCATCTAAAGAAAATACGTACTCAAAATTAAATGATGAAGAGAAAAATATATC TAAAAAGTATGATTAAGGGGTAAATTTAACTTCTTTTCAGATAGTATAAAAGCAAATATA ATTCTCGTTCGTTGTAATATGGAGGCAAACACCTAGATTACAAAACAAGAACACAAAGAT TCTGGAAAAATTTCAAAAATATACAATTACCTAGCTTACAATGCAAAAATATAGCCCAAA ACATAACCGGTATACAATAACATTTGATATACAATAAATTTCATATTTTATTTTTCTACA AAATATTAAAAAACTTGATGTCATATTATACACTCAATATACATATGGGATCATTCATTG TCATCTGAAAAACCACCCAATACTTAGTTATTATCGAATATCGAATTTCTACAGTAATAA AATCATATATCTACTTTTCAAAAGTGTATCAGCCTCGAACCCTTGACCTAGTGGTCTAGA GAGAACTCTTCAATAGTAAACCACTGTGCAAAGAAATAGCAATATGTTAGTGGCTAAATT TGATAAAGTTTAAATTAAAAACCTCGCACATTTTAACCATGTGCTTATTATACTTTCAAA TGATTATCTAAAATTTACTGCTACATGATTAATAAGGATCGTTTTATATCTTTTAATACA TTTATATTGACACGAATTCAAATTAATCAGACTAATAATTTTCTATGTTTGAATGCCTAA AAAAGAAAGACTATAGCCTAAGGAATGGGTAATGGAACTTTATTCAAACCTAAGCTACAA ACACTAGAAGAGAGCCCCATTACTTTGTATTGATAGATGCTAGCACATATTTATTTCCAA AGGGACCACCCTCTACTCTATTCTTTTTTTCTACTTCGTTTTTACTTTTAGATCCCAATT TTTAATTGGATATTTTTTCTTTGGGTTAAATTTCAGAAAATTTCATCTTGTTTTTTCTAG AGAAATTAGCGTGATGAAGTGTGACTAAATTCATATTTGTATAATAATAATATATGTAAT ATTGTATATTATTACATATCAGTATATAAATATCTCTTGTAAATTTGGATAATCTCATAT ATTGGGTGTATAATATTGTATATCAAATTTTCAAAATATTTTTGTAGAAGACTAAAATGA AAGTTTGTATATCATGGTATACGAATGTATATTGTATATCGGATTGCGTTTTGGACTAAA AATGTGTAAGGTAAGATTTAAACTTTTATTTTCTACAACGTAATTAGATAGTTGTACTTA TACAATTTTTCTCATTTTAATTTCATGAATTCGTGACTATATTTCAATAACAGAGCTAAT CACCTTATTTAATTATGGGTTCATAGTTAACTATCTTCAACATATTAGTGGGTATAATGC GAATAATAAACATAAATCTACTTTAAAAGTTATTAATTTAAATAAAATCTGCACCCTTAA AATTTAGATCTACCCTTGAAAAATATTTATAACTAGGTCAACGGATAAGTTGTTGATCCT GTAGTCTCAAAGTGAAGTTGGATATGCATAATATTTATAGTTTCTATTTTCATTTATGGA TGATGTTTTTTTAAAAGGAAAAATAACGTCTTTTGGTCGATATTTGTGTTTGCAAAAAAT TTTAAAGTGACAGAAAATAAATTGCAATTAGAAATAGAATATGAAGAAACGTGATTTTAT CAATAAATATTGCATGTACAATTTTGTTCCTCGTCTAATGAGATTTAATTACTGATTCAA GGGCCGTTAGTGACGTATTTCTCGAACTTGGATGATTTGTACTTGATTTCTATAATATGA GGACCATAAGTGGCGTATTTCTTGAACTACGATTTTTATATGGAATACGAGATTTGAGGA ATTTTGAGATTTCGATCTTTATATGGAATACTTTGAGATTTCGATCTCTTTATGAAATTT TTGAGATTTCAATCTCTTTATAGAATTTTCGAGATCTCGATCTCTTTATAGGATTTTCGA GATGTCTTATCAAGGGAATATAGTACCCTGTATATATGAACTAGACTTATGGTTGAGTAA CCTCCAAGAATGCTAATTGAGATTGAACACGCCTTGTAGAATCTCAACTTAAATTAAACA CACTTGTCGAGTCCCACAAATTTTAATGTCTAGTCCTATAAATTTCAATGTCTACAAATG CCATGCTTTAAGGATTGACAGAGTGTAGACTTGATGAAACTCAAAGATGATACTTAAAGT ACTCATTGCGGTCACCTTTACGGCTTCAGATTTGCAAATTTAATTTGACAGAGAAGAGAT GAAGGACAAATTTGGTCTCACTAGGCGTCCCCACTTGTTTGTATATTTTAAAGTGACAGA AAATAAATTGCAATCACAAAAAAAATATGAAGTAACATAATTTTTGTCACGACCCAAATC GGGCCGTGACTGGCACCCACATTTATCCGTGAGCGAACCAACCAATCTAACCCCATCATT CCAAACATAATGAACTAAATACATTGCGGAAGACTTAAAAACTCATTAACAAAATAAATT AAATAACTTCTAAAACTCAAACATTTATTATTATCCCCAAAATCTGGAAGTCATCATCAC AAGAACATCTACTTCAAATTACTAAAGCTAAGAGTATCTAGAAAGCTAGAATAAACAAAA ATGCTAGTCCATGCCGGAACTTCAAGGCATCGAGACATGAAGAAGAAGATCCAGTCCAAG CTAGAAACATTAGCTCACCCTGAAATCCGGAGTAATGAAGACTGGCTAGAGTTGCGGTTG AGTTGAAGACGACGGCACGTTTGCTGCACTCCACAAATAATCAAAAAGAAAACATACAAG TAGGGGTCAGTACAAAACACGGGTACTGAGTAGATATCATCGGCCAACTCAAAATAGAAA GCAATATGCATCAAATAATATCATAAATCAACTACAAAACTCAATCTGTAGCAACACCAT GTACAAGAATCTTTGATAAATAACATCAAGTACACTCATGAGGACTCAAGCCTCCATATC ATACTCATTTGGGAATTAGGTTCATTAGATTGAGTATATTAGCATCTTTCAAGATTCATC ACCTTTATTCTTGTGTCGGTACGTGACACTCCGCTCCCTTACTACTATGTGTCGGAACGT GACACTCCGATCCCCTAGTTTTACGTGTCGGTTCGTGACACCCGATCCCCTAATTCTACG TGTCGGTTCGTGACACCCGATCCCCTAATTCTACGTGTCAATTCGTGACACTCGATCCCC TAATTCTACGTGTCGGTTCGTGACACCCGCTCCACTAATCTCATTCTATTAATTCATCAA GCCTTCTTTTATACCAAGGCATCATCAATCTCATTACTTTAGTTCATCAAGCCTTCTTTT ATACCAAGGCATCATCAATCTCATTACTTTAGTTCATCAAGCCTTCTTTTATACCAAGGC ATCATCATTAACAAGGGGTTTTCAAGATTTGGGATTCAATAGCTTCATCATGCTTATTTC ATCACAATTATATAATCACATTCATGCAAGAATACAATTAAGCATATAGAAGACTTTACA ATACAACCCAACACATATCATTCGCTATTAAGAGTTAACTACGAATAGTATAAAAACCAT AACCTACCTCCATCGAAGATTAGAAATCAAGCAAGCAAGTTCCCAAAGCTTTGTTCTTCT TCTCGTTTCTCCTCTTTCTCGTTCGATCCCCCCTCTCTCTCTCTTTCTGTTCTTTTCTTT TTCTTATTCAAACGCTCTTTCTTTTACCCTAATTAGCATATAATTAAGAATAAAAGATGA CAATAATAACCCACTAATTTACTCAAGGTTACCTCTTTTAGCCCCCAAGTAATTGAGTTG TTAATATTAAATCACTAACTTTATAATTATAAGCCGGAATAGTCAAAAACGTCCCTTAGA ACATTAAAAAAATCCGACTCCGCCTGGGATTACGCAGCCTGTGACGGGCCGTCGTGCCTG CGACGGTCCGTCCTGCTGCTCCGTCACAGAGTTCAGAGACTCAATTCTCTGAAGAGTCTG TGACGGTCCGTCACGTCTGTGACGGTCCGTCCTGCCATTCCGTTACGAAGTTCAGAGAGT CGATTTCAGTACCCATTTTTCAGAATTTCTAAGTGTTTTGAAACGAGACACCCTCGACGG TCCGTCGTGCCCATGACGGCCTGTCGTGGGTTCCGTCATCTCAGCCTGTTTTTCCAGAAA TAAAATCTGCTGCTCAAAACGACTAAACAGGTCGTTACAATTTTATAGTTTGATCTTCAT AATTCGAGCACCGTTAGTGACATATTTCTCTAATTAAGATAATTTGGATTTGATTTCTTT AAAAATATTTCATGAATTTACTAAATATTTGAGATTTTGGTCTCATTATGAAATTTTCCA TGAATTTGTGGTGGAATTTTCAACATTTCGATCTCTTTAAGGAATTTTCAAGATGACTTT TCAAGGGAATATAGTAAGGTTCGATCAATTATTTTTTAAAAGTTATACCATCTATTTTTA TTTTGGATATTTTATAATATATAATTAAAATAAGACTTTCTAATATTATCCCAATCATAT CGATTTCTCTTTGATATCGATATAATTCAGTTAATTTTTTATTTTTTTACTCTTTAAATA CCATCTCAAAATATACTACTATTATACTTCTACCAAATAATCTTAAAATCGATTGTTCCC AAACCACCAACAATAATATTCTGCATATATTTATATAATATTTTTATTGTAATCTTTTGT TAAAAGCATATTGATCTGTGATTAATAAATTACCAAGAGATAATCAAGCCATTTTAACAA ACTAATTTCAATTTCATAATAAGATTACGAATACGGTGATACCAGTACATATGATAATTA ATTATAGTTTCTATACTTCTATTCAGTTAATTAGATAAAAAGATTATTCAAAAGAAAATT TAAAAAAATCTTACGTATAAAAGAAATTTAGGAAGAGAATTTTCCCCCTATATTTATGTT CAAGATAATATGTTGCTAAGGTAGTTCTATTAATATAATAATTTTTAATACTTAATATAT AATGTATTATATCAATTAAATCATGGTTAGAGATTTATTTTGAAAATTAAATTTTAACCT ATGTCATGTGTCACTAATCCAAATAAAAACTTAGAGAAAATGAAGAGAAAAGAAATGGAG AGGAGTCGGATCCCTAGTACATACCGCAGTTTACCATAAAAGTATTTGTCTTTATTTAAG TTGTACTAACTAGTACGTACATATTAGATAGACTACCATTCTTGCATGCATATTAGAAAC ACTAAAACTTTAAACTGTTAATCCATCATCTTCAATCAACAACAAGTAAAATTCTTGATA TCATCAATGAGAGCACTGAGATTGTTCCATGAAGATTCACCTTCTTCCACCGCATTTTTA GCCATCTTACTCATACTCTCTGCTTTCTCTCTTATTTCCGAATTTTCCATTAACCTCTCA ATGGCTTCTTTTATCTTTTCGCTCCTTAACACAGGACTTGATATCTCAACACCTCCGTTG GAGTTATGGACTTCTGCCCCTACTTTCACTCCTAGCCCCATAACCTCCACAAGCTTTTCA TTGTAGAATTGTTCAGCAAAAACTGGCCACGTCACCAACGGCACCCCGGCGATGATGGCT TCCAGCACCGAATTCCATCCACAGTGTGTCATGAATCCTCCTATCGCTGAATGGTCCAAG ATGGTTAGTTGCGGCGCCCACCCTTTAATAATCAGACCTTTTTTCTCATCCAACAAACTC TCCGGCAACCACGTGGCTCTTGCTGATTGGTCCTTCTTCACTACCCAAATGAAAGGGACG GCAGAAGCTTCTAGAGCTTTTGCGATTTCAGCGAGTTGCTCCTCTGGGAATCTAACCATG CTCCCGAAAGAGACGTAGAGAACCGATTTGTGATTTTGTTTGTTCAACCACTCTACAACA GATGAGTTACTTTCATCCGCCGCCGAACTAAAAAGCTCTTTTCTTTTTCCACAAGAAAAA TAGGAAATGGGACCAATTTGCCAACATTTGGTTTTCTTCACCTTCTGATAGTACTCAGCG TAAGCAGGTTCTAGCTCGTAAAAAGTATCGTGAACGATACCATAGCTTCGATCCTCAGAT TCTCTGATTCGATCAAGCAATTCATCATAAGCATTCTTCTCATCCGCAGGCTTAATCAGA TCGTCTGTAAGTTGCGACAGCTTGAACTCAATCTTATCAGGTAAACCCGGAACCGAGAAA TTAATACTATTAGATTCCATTTCATTGATGAGTTTTTCATGAGGTTTGTAAACCCTAAGA TTGTAGAGAATGGAATTGTACATGTAGCCGGATTGGTTGAACAATAGCCTCGGGATTTTG AGTTCCAGTGCGATATCGACGGTCCATGGGAAATACATATCAGAGAAGATACAATCAGGA TGAATTTCACGAATTTTATCTTCCATTGGTTTCTGCAGAAGATAAATTCCGTGAAATACT TTGCCCGCGATTGCAGTTGAAGAGGCGGAACTGAAATTCTCGATCCCTTCGGTCAATCCA ACTTCAGTGGATGGGAAACTAAGTGTCTCTATAGAGATTACGTCGTCGTCGTTGTGAATA GAAGATCGGAAGAGGGAGGCGTTTTGGTGGGTAGTGAGGATGGTGACTTTGACGCCGCCG TGAGAGGCGAATAGCCTGGCGGCGTTAACTAATGGAATGATATGACCAGTGGCGAAGTAA GGAAGGAAGAGGATGTGTAGTTGCTTGCTCCCGTTATCCATGGCTACCACAATAGAAAAT GAAGTTTATTTTGAATGAAACTGCACTTATAAATTCATAAAGATAGCTATATACTACTTC CTCCTCCGTTCACTTTTATTTGTCCTGTTACATTTTTAAAACAATTTGAAAAGTTTACAA AGCTAAATAAATATAGAATGTATGACAATTATTAGTCAAAGTTTTCTGTCCTAACTTATC TGACATATTTCATTTTAAGAATCAAACAATTTAAGTTTGATTAAAAATTTATAAATGAAA TCTTTTATTATTTTTAAAATAAAATTTATATAATTTATAAACTACGATAGATAACTCACA ACAATTAATTATTTAAAATATTTTTAAAATTTATTAGAAAAATTTAAAATTAAAATTAAA TTTATTTGAATTTTAATATTTAAAAAATTATCTAGGACGGATGGAGTACTAGTTTGGTAT TAGGGAGTGACTGCACTATATCGGTCAGTGCTTTCAGAGAGAAGTATTTTGGGAATACAC ATGATTTTCGTGAAGCACCCCAGTTTTCATAGTGGTTTGAGATTTAGGGTTTACATCATA CGTAAACAGTCGATCAATTTATCAATTGAGTTATTAAGATTATTCATTAAGATAAAAGAT AATTTATCAAATATTATGTTGGATTTTTTTTATTTTGTGTTTACATGAGGATTCTTTTTG ATATGTTTTGTTCAATAAATATTTGTTCTGAGGTTTAATTCATCAAAATATGTTTGGTCA AAGTTTGATTCATTTTGAAGAACGTTTTTAAATATAGAGTAATATTTTTTAATGAAATAT AATTTATGTTTGACCAATAACTTTAAAAAATAACTTTTGAGCATTTGACCAAGTTTTAAA AAAATATATTTAACTATACTTTTTTTTAAAAAAACGCTTAAGAAAACTCGTCACTTTAAA TTATTTTTTGACCAAACACATTATAAATATCGTTGTTATTTAACAATATATATGATCTGG ATTTGGATTGTGATTTGTAACACCAGCCGTAGAAAACAGACTAATCAATTGAGTTTACTT CATCAACATATATTAGAATATGACTTTTTTGAATATCTATGTATCACTTCATTGAAAGCG ATTGATTTTATATCAGTTTATTTTTATTTGTTCACAATTAATTATAATTTATTTAATTGA TATTATCTTAAATTGATATTATTACATCACTTTCTATAATATTAGTTCAATATTAGTAAG TTGAGGGTATAATAAAAATAAAATTATTATTTCATAATTTGTCAAAAGATGACGAGCAAA AGAAGAAAATACTCCTCCATTCAATTTTATTTGTCATAATTACATTTTTTGAAAATTAAT TTAACTAATTTCAAAGATAATTAGATTATATTAGTTCTAAACCATTCAAAAATCATACAA AAAGTATTATAAAATATAAATCATAACTTTTTGCATATCAATATGATCAAAACATACATT ATAAAATGTTAATCAAAGTTCTTATAATTTGATTTTAGAAAAAGACATAGGAGGAAAGAT GTAATTAGGATTAGATAAGTCTTAATTATAATTTATTGAATATTGGAACAAGACTTATAA AGATGTCAAAATAATCGAATTATTGCATTTTTTTTTTATGAATGCTATTTTTTTATTTGT TTGTTTATATCAGATACAGATATTGCAATCTGTACTTGAGATATTCATATTTCCTTTTGG GCTAAACTAGTATCCACATGACGAAATGTACTAATTCAACTGTCTCATAGACGAATCTCT CTTAACTTTGATTGATCGACTTATAACTAGCTAACCACTGTGTAAACACCGATAAACCCT AAGTCAATTGATTCAACTATAATGTTATTTCCTCTGTGACTTAATCCAGTGAATCAAGGT TTAGCTACTCTCGCGTTTTTTGGTGTTGGAGTGAATTTGGTGTTGTTCCTAACAAGAGTG CTGCAACAAAACAATGCTGAAGCTGCGAATAATGTGAGCATATGGACGGGCACTGTCTAC ATTTTCTCTCTTCTTGGCGCGTTTCTTAGTGACTCTTACTGGGGAAGATTCAAAAGTTGT GCCATTTTTCAAGTCATCTATGTAACTGTAAGTAACCATTTACTTGCCATACTTAGTATA TTAGTAGTGTTTAGTAACGCTTTATATCTATCGAAAACAACCTCTCTATTTTAGGTGCAA GGTTTGCGTACAGTCTACCCTTCTCAGACCTCACTTGTGGAATTACCCTGGATATGTTAG TTCAATATGATCTTGAATTCTAGGAAGTAACTAGTAATTAATGCAACGATTACTTGTTTA ACAGGGATTAGTACTGTTATCACTGACGACACAGCGTTACTTGCTCAAACCGGAAGGTTG TGGGGAACGAGAAATTTTATGTGGAGAGCATTCAAGCATGGAGATCAGTCTATTCTATGT CTCTGTATACATGATTGCTCTCGGATACGGAGGCTACCAACCTAACATTGCTACATTTGG AGCTGATCAGTTCGATGCACGTGATCCTAGGGAGAAACAATCGAAACTAGCCTTCTTCAG CTACTTCTACCTAGCCCTAAACCTTGGTTCGCTTTTCTCCAACACTGTTTTAGACTACTT TGAGGATGAAGGAAAATGGGCTCTTGGTTTTTGGGCGTCTGCTGCGTCTGCTTTTGCTGG TTTGGTTCTCTTTCTTGGAGGCACCGCGAAGTATAGGCATTTCAGGTCTAGTGGCAATCC TATAATCAGGTTTTCTCAGGTTATAGTCGCTGCATCGAAGAAATGGAGTGTAGAGACACC AGAGAATGAAGACGAGTTATATGAAGGCAATGATGAGAGCGATAGAAAAATGCTACATAC TCATGGTTTCAGGTGAGTAACATAACACTAATGTTCAAAGAACTTGTGTCTGTGTTGTGT ATTTAACCCAGTTCTAATAAGAAATTGTTTTAAAAACGTAGATTCTTGGATAGAGCGGCC CTGATTACATCCAAAGAACAGGACCATGAGAAGAATCGCAACCAATGGCTCCTCTGCCCT GTTTCACAAGTTGAAGAGGTTAAGTGCATTTTAAGGCTATTGCCAATTTGGCTATGTACT ATAGTTTACTCAGTAGTGTTTACTCAGATGGCGTCAATCTTTGTTGAGCAAGGTGACGCC ATGAAAACTAGCATCGGGAACTTCAGGATTCCTGCTGCTAGTATGTCTACCTTCGACATC ATGAGTGTAGCAGTATTCATATTCCTGTATCGTCGAGTCCTTGATCCTATAGTCAAAAAC ATTAAAAAAATAAAGGGTGAGGGTCAAGGGATAACTCAGCTTCAACGGATGGGTATTGGA CTAGTGATAGCTGTAATGGCAATGCTTTCAGCAGCAATTGTGGAGTGCTACAGGCTCAAG TACGCGAAAAAAGAGTGCAGACATTGTGAAGGGTCAAGTTCACTGAGTATCTTTTGGCAG GTTCCTCAGTACTCTTTGATAGGAGCTTCAGAAGTGTTCATGTACGTAGGTCAGCTGGAG TTTTTCAACGAGCAAGCACCGGAGGGTCTCAAGAGCTTCGGAAGTGCATTGTGTATGACG TCGATATCACTGGGAAACTACGTGAGTAGCTTACTAGTGAGCGTTGTGATGAAGATTTCA ACAACTGATAACATGTCTGGATGGATCCCAGGTAACCTCAATGAAGGTCATTTAGACAGG TTTTACTTTCTTTTAGCTGGCTTGACAATCTTAGATTTAGTTGCTTTCATAGCCTGTGCC AAGTGGTATAAGGGTATAAAGCATAGTGGCGAAATGAATCAACAAGTAAAGGAAGATGAT AAATGTGAAGTTTAATGTAACTTTCTCATATTTCTTTAGGCATATTTGCCACATTAAAAT AAATAAGAGGATGAACTATATCTCCTCAACTTTTGTACACATTTTACTTTTTAATACGAG TTATCGTTATTCTACTTATGGTTAAAGTGCCTCTGTCGAAGCAGAACAAGCCTAATACTC CCACCTGGTATTGGGGATTCTATTTCGATCGAAATCACCTCTTTTTTCCCCAAAATTCCT TAACTTACCATCAAGTGAATGCAGTAGACCCATGCATAGAGGAGGCTGTTTCCAAAAACC TTTAAACAGTTCCGGTTTTGCTTTGCCCGTGATCAACAAACATACTCAGTGAAATTTCAC ACGTATTTTCTGATTTCTGATGTACCATGACATGTCCAAATGGAATTGCGACAATGATAA ATTTTAAAATGATGCTAAACAAAGTTATCAAAATCTTAAGCTTCCATTCTCAGATTTGCT GAAAGTACAAAAATGATACAAACAATGCCAAAACAGATACATGTTTATCTCGAAATTGTA AAAAGATTTCTCCAAATTCATCAAATGCGTAACTGTATATAAGAAACTGTATCCTAGAAG TCTACCACTCAACATGATTTCGACCAAAGAATACGAATACACGTATCAACTTTGGACCTT ACGGACTTGTATGTGGTGAGTAGAATGCCTACGCCAGATAGGTTGTGCTCCACTTTGGAC AAGCGTGACATATTGCCCATCCTTCACCGAGCTTTTGTTCTACAGGATAACGAAACAGAA GAATTAGCTGTGTTTGGATGGGGCATCCGCAATCTCAAACACGAGGGAAAAAACACATTA AAAAGACAGGAGAACGTCACTAACCACTAAAAGCTTGATAGCTCGGGAAAAGGTCTCCTC TGCATCTTCTGAAAACTCCATATATATTGGGACGACACCATGAAACAGAGCAAGACGCTG CTTCACCCTTTCACTGGCACAAAACATAAATTCATGTCCCATGTCAATAAATACAGTACG TAAACACATCTTGATAGATAGATAAATAGAGAGAGATGGAGAAGCCACTTGCTAGAGGTG GCAACGTTAGCCTGTGAAAACATGACCCTAGTCATTGATCCGTCCATTTTTTAGCTCAGC CCGTTTTAGTCAATCAATAAAAATGGATTGATATGTAGATCAAACTATGAGCCAATATAT TAATTTACTTACTTGTTCGTGAAAGCAAATATTGTTGACGAAGGTCGCTTATGACTTAGA ATTATTGCCATGGACCCAGTTCTTGTGAAGACAATGATGGGAGTGCTAAGGGTATCAGCC ATTGTGGAAGAGTGGAAGGCAAACATTTCACCCATATGGCCCTGCAAAATATATCAAACA GATAAGCATTTTGCGTTATGATAAAAGTTGAACGTGATTTCCTGGTTGTACAATACGGGA AATAAAAATAGATAAAGATCCGATAATACAGTAACTCTTTTTGAGAGAAGGCTAATTGCA AAATGAAGTTAACAAACTATAATACATATAATCCGCACACCACATATACCTTATGGGCGA CAGATTGGCTTGGAGAAGTAGTGCTGTTCTGTAGGCTTGACTCAGTCCTTAATGCCACAA CATGCATCACGTGAACTGCCTTCAACGGGTACCTATGCATTTGTTGAAATAGATGGTTCA TTATTTTGCAAATCAACTATTCCAGTTTACTAAATAACACACAATATAACAAACAAAAAA ACACAAAATAAAAAGAGGATTCTAATTGGAATAGTTTGTGTCTAGAACAACACTTACTTC CCATGAGCGGTTTCCCCTGAAAGCATTATAGCATCAGCACCTTCACGTACTGCAATAGAG ATGTCCGAGACTTCTGCCCTAGTTGGGGTTGGATGATCTATCATGCTTTCAAGCATGTTG GTGGCTACTATTACAGGTTTTTGCATGCTCCGACACCTTCTAATAATGTCTTCCTGTGTA TACATGTGATAACAGTTTCAGTTTCTAAGTTCCTAAAGTAGACACAAAAGAAGGAATTTA TCCAAGAGAAAAGATCATTGACGGTAGCCAGAAGGAATGCAGTTCAGTGGTCATTCCCGT TTCAGTAATTCTAGCACTTACTTTTTAAGTGTTAATCAAGAGAATCAAATTGATTATGTT AATAGATAGAAACTTAGGCCTCCTAAACTAGTGAACGTTTCCCTGTTGGTTTATTTCAAT TTACATCAGGAATAAGAACAATCATTTCCTTGCGACAAAAATTCACAATAAGTAACTAAT CTTTGACAAGAGTATGATAATACCACACAACATTCAGTTCAGAAAAGAGGTGTAAATGTA GTTTGAAAGTAAACCATGCTGAATGAAAGGAGAGAAAAAGAGTATTGAAGAACGATAATT CTCCTATACTTGCAATGGGGTTTTATTGCTGCCGATGCACCAGGGGTTAAAAGGCTGAAT GAACAGGACAGGTTTGAATCAATGGGAACCACAGCTGTGTATATTGGAAAGACAGGCAGA TAAACTGACATGGAGAAATAGTTCAAAAGTAAACAGGAAACTCCAAGCTCAGTAGATCTA CTAACATGCAGATTTTTCATATGCATCAGTGCTACGTTTCTCCTTCCGAACTACTAGGAG CATTTGATTCCAAATCTATGCAATTGAGTGATATTATAAAACATTCTTGTTCAGACTTCA GTTGCCACGGAAATATTTATAACTATAAACCTACTGATATTTTGAACATTCTGTTAACTT GCGATGGCGATTATAACAACAAAATCTTTTGTGAAAAATCAACAGTAATACCACATAAAT ATATTCAACGATTGCTCGCCTTCCTTCTATGATTTCGTCATATTTTGTTCGCCATACTGA CCAAAGAGCATGGATTTAACCAAGATGATGTGATTTGTGATGGAACATGAGTCTTCTTTA GCAAGAGATGGTATTATAAAGATCTAACCATCTCAGCACTTGATAACACCTATTAAAAGG CTCATGAAATGTAGCTGTATGCATCAGCATTGAGATTACCTGCAGCAGCGGGACTTCCTC AATTGGAAGCTCAGCTCCAAGATCACCACGGGCCACCATCGCCTATCAACAGTTGCATAA CATAACTTAGAAAAGCAAATTACAGATCAAATCCATTTTATTTTGCACCAACATTTTCAC TGCATCATCCTTCACTCGATAAATAGACAGAAGACAATAATAATACTGATATCATTTTCG TTACGGAGCCATACCCAACACACTCAGTCACACACTGACATAGGAAAAACAGTATGAGTA GTGAAGTTAATTAAATAGACAACATTTTTAACACACTGAACTAACCCCATCAGATGCAGT TAAGATCGAGTGGAGATTTGGGATGGAGTCTGCACTTTCAATCTTTACAATAACATGAAT ATCTGCATTACAACCTGCAAAGTAGCTCTTCCAAGTTCAGAAAAAAAGAAGGAATACAAC TATGAAAGCCTTTGACAAGGTTACATGTAGGAGATCCTTATCTCAAGAAAAACATAATAG GTATTAGAAACTTTACTTTTAAGGTAATCTTTCAATTCGTGGACCACCTTTGCATCCTTC ACAAAGGAAACAGCATAGAAGTCAACTTGATTGTCCACGCCAAACTTAATATCATCCCAG TCTTTCTCTGTATAATTTATAAAAAAAGACCAAGCTAAGTGTTGTATTAGTAAAAAATTA GTAAGTAAAATGTTGTAGGGAGGTGGGGTTCCAGAAATTGAACAAACCTGTTATTGAAGG TAGGGTGGCACTTTTTCCTCTTACATTTAGATGCCGTCTTGATTTCAGTTCTCCCCCATC AATAACTTCACATTTCACTACATCGCTGGTTTTTGACTTCACAACTAATGACATCATCCC ACCTGGATGAAGAAGAGTAGGTAATTGAGATTCCGTGACAAAAAGGTTTTTTTACCAAGA GACAAAAATACAAATCTGGATTCAAAGAGCACTCTACTCGTTGATTTTTTCGCTTGAGAT GCCACCTCATTCCAAAACAGTAACAAAATGATTTTTATTCTTTGCAAGAACAATTCACAA TTGGATAACACAATCCCAGTTTTGTGTGCTCCAATTAGTTAATAAACCAAGAAAACTTAA TTACATAATACAATTCCAGAATTTCACAGGAACTGTTAGACAAGACAAGTGCCTCTCACA TTCAACCCAAAGGCGCTTTTTAAGTCCTCTCATACCGAAGCAAGTACCAGATTTGTCTTT TAAAGACATGGTTTGTGCTATACCAATGTTTCAGCTAAAGAAATAGTGTTTATCAAGAAA AAATGAATTAGTATAAATTCAATTACCGTCAACGAGTAGTGTGTCACCGGAATCCACATC ATTTATAAAATCGTCATAATTAACACTAACGGTGTCTTCTGTGCTGACTCCTCTTTTAAT GGTAAAGTTGAATTCTTGACCCTCCTTAAGGAGTATGGGTTTTGGCACATCTCCACTTCT CACCTCAGGTCCCTGCAAGATATATAATATGCAACATAAGAATTTAACTGGAAGGGGCTT GTTAGTGTAGTGTATAGTTGTCCTAGAACTTATATTTCATCTTAAAACACTAAATAAACA AATTAAATTAACTATCGCACTTGAAATGGAAGACTACTGTGACAGGTTTCACAGTTCTCA TAATAGAACAAAGGTCAAGCATGACATAGAACACATGGTTATGCACATTGTAATTGACAA ATGGATAAATATCCAGAATGCATTAACTTGTCTATAAAACAACACATGACATTAGCAATT CTTTACAACTGAAGATGACAATCTAGCAACAGAAGATGGATCTCAATTTTCATTTCTTTT GTCGATTGCTCAGTTCCAACACGACCTTCATATCAGTTGGAAAAAAAATTGACTCGCCCA TTTGCGAACTTGTGAATCCAAAACAAAATGAACGGTATAACAGCTTTTAAGTCCCAGATA CCCAAACTTACAAGTCTATTTCTTGGTGATGCTAGTGATAAGTGGTAGCTACAAGAACGG GAATCGGACTCCGTTTACTTTGGTAGAACACAAAGAGAATACTAAGGAAATCAGTCACCC TGTCCATCAACCCTCAACATGCCAAACTGATCACTTAAAAGCAGTTTTTACCATCTAGGC GCCCTAAAGTTCAGTTTTTATAAGAGAAAGGAGCACAGTCTTTGTTTGATAATATGCAAG GGTCTTTTTGTCTATTCACCTAGATTACTTTACTACCACCACCACCCCAACCCTTCTCAT GTTGTTTCCAAGGATTAGCAAAATCGAAATAGTGAAATTCTTAGGTCATCTCAATGGGTT CAAAAGCCAACAAAGCTACAAGTATTTGCTTATGATATTGACACTCCCAGCAGTGGTAAA AACAGGAAAAATACCAAAAAACTTGCTAGACTCAAATAACCAACTCCAATCGGAAAAATA TTAAGGCATATGCTATATTGTTGTTTTTTCTTTATAGCATTGATGTACGGGCCAACTTAT GTGCACCTCACTTTTTGCGCCTGGTACCTGTTACTTCCCACCAACACAGGTATCAAGTGA CTCTGTCTATCAAAACTTAGTCAGACAAGGAAAATCACCTACTTTTTTTATGTCTGCTTA GTTTAAACCCTGCTTTTCAAGGCTTACACCCACTTAATTGACCACTAGGTCACACATCGG GTGCATAACTATGTGATCATATTTTAGACAAACACTAATATTTGCAACTATAGAGCTAAT AATAAGCATTACCTTAGTGTCCAACATTATTGCTATAACCTTGTTCTCAAATTGAGCATT GTATTCTTTAACAAGGTCAATTGTTTTCTGATGTGATGCATGGTCTCCGTGTGACATATT CATACGTGCCACGTTCATCCCAGCTTCTGCCAATTTCCAAATCATCTCCTTTGAGCTTGT AGAGGGACCAATAGTGCAAACTATCTTGGTTTTTCTTGGAGAGTTCAGATACACACTTTC TTTTCCCAGACTGTAAGGACTGGACTGAACCACAGAAGGGAGAAAATTACCATAAGTTGC TATTCAGAAAAAGGACTCGTTAGAATGTTCAAAATATGTGCTGTTTACAGAAAACAAATG GTTAAAAGGGAAAATTTTGATAATGAAAAACAATACATCAATACAAGTTTCCGTTTGCTC AAAATAGAAAACATCTACTAAACTTGAAAACTTTGAATAGGCATGTGTAAAGTGTCAAAC GCATTCAACTCTTTACTCGAAAGAGGCGGTTTCAATTTGCTTGCTCTCGTTTTCATATGT TCCTCGCCCTTCTCTGGGATATCCAAAAATCACAAACATAGAACCACTGATAATGAATGA AAATCATGTGCAATAAATAGGCTGACAGAGCTTACTAAAACAAGCATCAATTACCAGAAA ATCCAGATGTACTCACATCCTTCCATTTACTTAAAAGTCAATTTGAGTAATATACAGGGG ATGCATTTTCTCAAGAATAAATGTCATGCTCGCCAATTAAAATTCATATACTTCCGCAGC TAATGCAGTTTGTTCATACGGCAAGCCTTGAATCAACAGTAGGAGGCTTGCAAGATAAAT GTTGTATAAGAGGCAGATCCAAGATTTTCACTAAGTTCAAAATCTGAAAAAGTAAATACA CAGCTGGCCTAAAAGAGTTCATCGTCTACTATATATATATAAAAAAATAAGTTTAACCAT ATACGAATAATATAATTTTTCGTCGATCAATCCCTGATCCTGTCCTGCACTAGCCTGAAA GCGCTTCATGCATAAATAAGCACTTTCTCTATGCAAAACTCAAACTTTAAGAAATGAAAA CGTAAAAACCACAGGTCAGGTCATTATTTAATATTTAATAAAGAGGTGAAATAACAGATA GATCAATAAACAGGAATATACTCTATTCCATTCCATTCCATTCCAATTTACGTAATAAAG TTGAAATGCCGAGATTCAAACTTTGAAAAGATTGAACATCAATTACAAAACTGGATTGAC TTACAGATGACGTAAGAGGTAGATTGAAATTACTGTTATCATCATCATCATAACTAGCAT GAACATTGTTATTAGCACCACGAATATGGTCAGGTGATTTAACAGCCACGATTTGACACA AACCGTTCACTCGTTTCCGGTGGAAACTTAAATCGGAGAAGAACAAATCACCGATGTTCT TCGCCGATGAAAGCCGATCCAACGACGCAGCTGATTTAACCGCCACGTCGGATTTCAATG CGGCGTGTAATCCTCCTGTATGCAAATTCAATGCGGCCATTAAAGTAGTGATAGAAGAGA TGAAGAGTTGATAGCTAAGAAGAAGGGAAAAAAAAAACAATAAGAAGATCGAGCAAAGTG TTTTGTGTTTGTTCGTGTTTTGTGTGGTGAAATGAGGGAAAAGAAACGTGAATACCAAAG AGAAGCGGCTCAGAGTAAATAGAGAGAGTTGTGACTAAGATTCATTTTCTACTTTCTCTG CCCTACTTAAACTGTATAACTCGTCCCCACCCCTTTTCCATACACCGCACGTTTATTTCA CACTCCTCGGAAAATGGTTCAATTCAATTTTATTTATATATTTTTCTTCGTTTTCTTTTA TGTGTAAAAACGTATTTCATATTAATCTAATCGTGAAACTTTATAAATAAACATGAAAAA ATCATGTAATTTCAAAATAATAATATACTAATAAATTTAAACAGAGACGAGATCGATACA AATATTGTTAGTCGTACTAGTGTCTACTAGATCGATATAAACGAGATGTGTATTTGAATT ATAATATTCTTTTTAAAAAGTAGCATTATACATTATGATATTTATTAAGATCTGTGGTTC GATAATAACTAAGACAATGACACGTAGGATAAAGACAATGAATGTGGGGGGAGCATTGTT GCACAAACGGCATACTTGAAGTTGTGGTGTAATAAGGACAAGCACATTTCAATAGGTTTG GCATAGATTCCCAGGTATTTAAGTTAGAATTTATAATTTAAATTTTTTTAATTGTAATTT ATGTTATGAAAATTATTAAAATTTATCAAATTTTTATATAAAATTATCAAATAAGTAAAG TATAGTACATAAAATAATATATTGAAATAGTATAAGGCGCTTTCATAAATTACATATCTC TTTCACTCCATGTTTGTGAGTACATACTTTAATTTATAAAAATTCATTAGTAAATAATAG TAAGCAACTAGTTACGTTTTAGTATAATCTTTTCAAATAGTATGATAATTTCTTTTCAGA TTTTTTTTTTTGAAAAAAGTTAGTACTCCCTCCTCCGTTTGAAATTATTTGTCATGTTTT GCTTATCGAAAGTCGATTTAATTAATTTTAAAGGTAAATTACATCACACTAATTTGATAT TTTAAACAAAAAAATTCGATATTCTAAAACTACATAAAAAGTACTATAAATTACAATTTT TTACATATTAATATGATGAAAATATACATCTTTAAATGCTAGTCAAATTTTTTATAATTT AACTAAAAATAAAAATTATGACAAATAATTTCGGACGAAGAGAGCATAATATAGAAGAGT CAATAAGATTGTGTTGATCAGAGTGAAGAGCTTTAAGAGAAGTTTCGCTTAAAATATGCC CCTAGCCTGAGTATTATCGTAAGTGATGGGTCTTTCTTATTGGCCTTTTGTCTCTCCTAT ATAAAATAACTTAATTGCTTGCGCATAAGGCCTGAGATATACTCGAGTCATTGCTACATT ATTAATGGATACATGTGCACTTTTTTTCTTTCGCCCAAATCGATCCATTTTTGGAATGCT GATCCAATTCCAAGTTAGAATAGGTCCGGCCCATTAATACTTTCATTTTTCTATTTAAAT GTAACTGCGCTAGTGAAGATTCTTACCATACACAGATGTACACCAATTTATTACACAATG AAATGATAACTTTTTCCCCTTTTATCTTCTCCCTTTTTAGGGTTTTCTCAAATTCATATC GCCGTATGGATCTGCAATTTTATAGATCTAACAGATGCTTGTTGAGCAGAAGAGCTGAGA AAAATGCAGTGTATGTGCTTCAATTCCAAACTGAAGGCAAAGATTATGTTAATTTCAGCT CAACTGTTGGAATTGGAGCTAAAGATGAAGAGGTAATGGAATCTTCGAGAGATGGAGTTT TAGTACTATCGAGATATGTGGTATGGAGGGAGTAGGAAAGAAAACCGAGGAAGGTTGTTC GATGATGTTGTTGTGTTAACAGTTACGTACGAAAATAAGTTTGGATTCTTTTTGGACAAA AAACTGATAATTCGATTTATCATCATTTTTTTCCTCGCATAGCAAAACATATTTCAGAGT AATGCAATGGTTTGGTCGATTGCACGAGCACTGAATTCATCGCAAATTTGATAAGCGGGA AGATATGATTTTTGGAAGGTGGAGAAGCCAGGTACCTATTTTTGCTTTGTTCCTTGTTTG AGGAAAATAATAATACTTGACAAGGTGGGTAATCTGGTAGAAATTGAAAGATGGTTTTTT GTTATTCTTATCGGGAAGTTTCACCTAACATGATCTCACATATATGCCAAGCTTGTTTTT GTGCTAAATCATATTGAAAACTTGGAAGAGTTTTCAAAAATAATTTGTTACGAACAATAC AATCACATGTCAATTGTTTGAAAGATAATTGGTGAAATATTCTAGAGCACTCAACATCAA AGATTATGTTAAAGCGAAGATAGGAAAATTGACCAATATAATATGTTAAGAATTTTGGAA TGATACGGTAGAGTTTTGGAACGAAGCAACAACAATTTCAGGATTTCAGGAGGGTCTTAT CAAGACTAGTTTCATTGAAGGAACTATATATTATAAAAGTAGAATTGGAATTCTAATCAT AATTGACTACTCCAATATCAATCGGATGTTTTGGAGATGTGATTCATAGTAACTTAGGCC TTTGTTCAATTTAACATGATACGCTTTCAAAGTAAACCTAGGTGTATTTATCCTGTGTCT TTGCCAATGAATGTATATGAAAGGATAATGGATCTCTAGGTCATTGAGACCACCTCATTT GGGTGATTGGATCTGTCTCCTGTTGAGAAACAATGAACGTGTACTTCCAAGAGGGAATGA CTCAAAAAATATGCCACTTGAGTTGTATTGGATGGATTTCAGGACTCGAAAGATCTCCAC CTAGATGGTTGTGATTCTCTAACACATTTGTTGAAGATCCACCGTCAACAAAATATTATG TTACCCAAGCTCAATGATTACATGTAAATCGTTGTGATAGTCTACAATATCTTTACTTGC CTATCTGAGGAGTTCGTTGAAACTTGAAGACTTGAGAGTAGCTTGACTTGATAACAAGGA AGAGCATTTTGAATTAGCTCTTTACTTCATGATATCTTTGATATAGGATGAGATAACGTT CTGTTTTCTCTATTTGTCCGAGCCTGGAACAGATAGATCTCGTTGTGGCTGATAGCATAA CAACTTTATGCTCTCACCAACTTCCGATAGGCTACATCAACAAACTTGAAATATTGGAAG TACTCAGAGTGTGGTAAACTGAGGAACTACAAAAATGAAGCTTTCCATTGATGGAAGAAG TGATCACGGAAGAGAACAACTAGGAGAAGAAATTACTAACGGGTCCTTATATAACCAATC TCTTCTTCCAGGAACAAAAAGTTAGTGATGATGACGAATTTGAAGCTGGTGATGATGGTG AAAACTAGAAACGTAACTGATGTCTATTCCTCCCATGGTAGCTAGTCTCAAGATGTTCTT CGAGAACACGAAACATATGATCGTTTTTCAAGGTATGTATACTAATAATATACATAATTT GTTCTGCCTTTGTAATAATATATATCGAGATTAATGCAAGTATCCTTTCATTTTCTCATG TAAATTTGAATTCCTTTGGTAATAATGTGTTCAACATTTGTATGCATTTTATGTAAAGAT TTTTTTTTAAAAAAATAAATTAATAACTATTGAATATAGAGATGGACATGTGTTCTCATT CTGTTTTAGTTCATGGGAATTTATTTAACCAGTAAGAAAAATAATAACTTCTGAAATTTG TAATTTTAAATATGTCAAATTTGTGTAACCATAAGAGTTACAAAACTTGGAGAAATAAAA TCTTGGATTACTTACAATTTGAATTTAAATATAAGAAAATGATTTTTTTTTTTTTTTGGG TCTAAAAAAAATCAAGATCCTTGAAAAAATTAGGACAAAAACGATTTTTCTTCGTGAAGG CCTAAAAAACTATTTCTCTCGAAAATTTCTGATAAATATTAGATAAAGTAAAATCTCTCG AAAAGATTGCAAGAGTAAAAAGGAAAAATAATAACGATCAGGTTTTCTAAAAGATTTTTT TTTAAAAAAAATTAGTGTTCAGTCAAACACCAATATATAAATTATAAATTAAGACACACT TTATATTTTGGTTTGATAAATTAGACTCTCCAAAACGAACTAGATTAGAAATAATCAAAA GCATATTTCACACAACTTGCACCTTTTAGATACTTATAAAATAATATTCTCTCCGTTTTA AAAAGAATGGTCTAGTTTGACTTAAAACAGAGTTTTAAAAAAAAGATTTTATAATCTTAT GATTCTAAATTAAAGTTATATCAGATGTATCAAAATATCTTTTAATCTTGTGGTCTTAAC AAGTCACGTGGAAAGTTTAAGTGTTGTAAAAAAAAGTGATCATATTTTTTTTAAACAGAC TAAAAAAGAAATAAAGTACTGATTGAAGTGTTTGCCCTTTTTATATATATAGAGTTAATA ACTCAGATGGTCACTCGACTATGCACTCTTCTCTCAGAAAGTCATTCAATTTTCAATTTT CACTCAAAAGTCACTTAACTATGCACTTCTTTCTCAGAAAGTCACTCAACTTTGAATTTT AACTCAAAAGTCACTCAACTATCCACTTTTTCCTTAAAAAGTCACTCAATTTTTTAAAAA AGTGACTTTCCAAAAATTGAAACAATGGTAAGCCCTTCTCTATTTATAGCTGAAATTTTG CTTTTAAAATGATCTGAAATCTTGTAAGTCAGGTCCAAAGAGAGTAAAATGTAGAATTTG AAATAATAATAATAAAATAGTGTTTATACTAAATTTGATAAGTTGATATAATGCTACTCG AATAGGTTAACTTATCGTCATGCTTGAATTTGAAGAAGACACAAAAAGGCAAATCCAATC TTTTTATACAAACAACATTAAATTTTAAATAATGATAATAAAAATAGTTAAAAAGGGAAT AAAAAAGGTAAATATAAAAAAAACGATATAAATTCATATAATTATAAGAACATAAATAAA AAAACAAAATAGGTCGTTCACCAAAAATATGTACATGCAAATGCAACTTGTAAGTCAAAA GTTACCCAGACAAGAATTAGATTCTATTATTATTTATATATAGAGAGAGATAAATCCTTC ACTCTATTTTATTATTAAAAAAAATCAAGAATCCAATATAAAGATAAATCATTTACTCTA TTTTATTATTTATTATTTAAAAAGAAGTCAAAGAATCCAATTCTTGAAAACAACATAATC AACTATTTACGAACATTATTCACACATTTAGCTTTATAAAAAACCCTACTTTATATTATA ACACAAAACGTTTAACAATCATGATACTAAAATGAGGTGTTTTAGGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 16041 16453 match_part 1.000 19560 19666 match_2 match_part 0.993 16722 17296 match_3 match_part 0.991 17966 18408 match_part 0.994 19560 19918 match_4 match_part 1.000 17972 18408 match_part 0.994 19560 19714 match_5 match_part 0.996 22568 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_6 match_part 0.992 22568 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.990 27325 27527 match_7 match_part 0.996 22569 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_8 match_part 0.996 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_9 match_part 1.000 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_10 match_part 1.000 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_11 match_part 0.959 22606 22822 match_part 0.969 23090 23153 match_part 1.000 24247 24335 match_part 0.971 25718 25786 match_part 1.000 27153 27197 match_part 0.944 27325 27538 match_12 match_part 0.928 22629 22822 match_part 0.969 23090 23153 match_part 1.000 24247 24335 match_part 0.971 25718 25786 match_part 1.000 27153 27197 match_part 0.949 27325 27539 match_13 match_part 1.000 24256 24335 match_part 1.000 25718 26208 match_part 0.875 27507 27554 match_14 match_part 0.991 59379 59940 match_15 match_part 0.934 59695 60228 match_16 match_part 0.924 59836 60389 match_17 match_part 0.997 61105 61481 match_18 match_part 1.000 61105 61475 match_19 match_part 0.997 61106 61481 match_20 match_part 0.981 61152 61415 match_21 match_part 0.989 61152 61415 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_22 match_part 1.000 5361 5203 match_part 1.000 5119 4877 match_23 match_part 1.000 10649 10608 match_part 1.000 10495 10443 match_part 1.000 7251 7120 match_part 1.000 5361 5203 match_part 0.955 5119 5076 match_24 match_part 1.000 10996 10608 match_part 1.000 10495 10443 match_part 0.992 7251 7120 match_part 0.984 5361 5299 match_25 match_part 1.000 11147 10608 match_part 1.000 10495 10443 match_part 1.000 7251 7231 match_26 match_part 0.998 11277 10613 match_27 match_part 1.000 32651 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29504 match_28 match_part 0.987 31422 31346 match_part 1.000 29924 29524 match_29 match_part 1.000 31571 31561 match_part 0.964 31455 31346 match_part 0.952 29924 29552 match_30 match_part 0.769 33554 33503 match_part 0.853 33306 33151 match_part 0.991 32717 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.902 29924 29620 match_31 match_part 0.975 32721 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29621 match_32 match_part 0.984 32664 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.938 29924 29621 match_33 match_part 1.000 33560 33503 match_part 1.000 33306 33151 match_part 0.991 32717 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29651 match_34 match_part 1.000 33287 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29676 match_35 match_part 0.963 33636 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 0.983 29924 29690 match_36 match_part 0.995 33685 33503 match_part 1.000 33306 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29760 match_37 match_part 0.879 33560 33503 match_part 0.981 33306 33151 match_part 1.000 32714 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.951 29924 29762 match_38 match_part 1.000 33538 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31447 31346 match_part 0.938 29924 29763 match_39 match_part 0.773 33524 33503 match_part 0.981 33306 33151 match_part 1.000 32714 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.948 29924 29772 match_40 match_part 0.864 33524 33503 match_part 0.962 33306 33151 match_part 1.000 32717 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.920 29924 29813 match_41 match_part 1.000 33553 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29827 match_42 match_part 0.920 33549 33151 match_part 1.000 32717 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.920 29924 29850 match_43 match_part 1.000 33588 33503 match_part 1.000 33306 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31561 match_part 0.973 31455 31346 match_part 1.000 29924 29890 match_44 match_part 0.986 33292 33151 match_part 0.983 32717 32601 match_part 0.991 31674 31561 match_part 0.991 31455 31346 match_part 1.000 29924 29906 match_45 match_part 1.000 33553 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29908 match_46 match_part 0.879 33560 33503 match_part 0.981 33306 33151 match_part 1.000 32714 32601 match_part 0.991 31674 31561 match_part 0.954 31455 31348 match_47 match_part 0.897 33560 33503 match_part 0.974 33306 33151 match_part 1.000 32714 32601 match_part 0.982 31674 31561 match_part 0.947 31455 31362 match_48 match_part 1.000 33605 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 0.988 31455 31375 match_49 match_part 1.000 33545 33503 match_part 0.994 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 0.988 31455 31375 match_50 match_part 1.000 33621 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31398 match_51 match_part 1.000 33538 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31447 31408 match_52 match_part 1.000 33196 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31581 match_53 match_part 0.936 33495 33151 match_part 1.000 32714 32601 match_part 0.983 31674 31617 match_54 match_part 1.000 33615 33503 match_part 0.994 33306 33151 match_part 0.995 32714 32335 match_55 match_part 1.000 33615 33503 match_part 0.994 33306 33151 match_part 1.000 32714 32458 match_56 match_part 0.918 33554 33151 match_part 1.000 32714 32601 match_57 match_part 1.000 33534 33151 match_part 1.000 32714 32601 match_58 match_part 0.911 33554 33151 match_part 1.000 32714 32624 match_59 match_part 0.912 37310 37152 match_60 match_part 1.000 46069 45532 match_61 match_part 0.994 46636 45776 match_62 match_part 0.914 46475 45893 match_63 match_part 0.998 46635 46039 match_64 match_part 0.989 52436 52258 match_part 0.961 52112 52010 match_part 0.966 51821 51673 match_part 1.000 51433 51325 match_part 0.952 51219 50905 match_part 0.692 50836 50824 match_65 match_part 1.000 53561 53500 match_part 1.000 52433 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 0.987 51219 50905 match_66 match_part 0.998 57942 57485 match_part 1.000 56484 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 0.991 54127 54017 match_part 1.000 53894 53806 match_part 1.000 53562 53500 match_part 0.994 52433 52258 match_part 0.990 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 1.000 51219 50909 match_67 match_part 1.000 51336 51325 match_part 1.000 51219 50909 match_68 match_part 0.978 52393 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 1.000 51219 50941 match_69 match_part 0.986 52403 52258 match_part 0.961 52112 52010 match_part 0.966 51821 51673 match_part 1.000 51433 51325 match_part 0.969 51219 50960 match_70 match_part 0.835 52384 52258 match_part 0.961 52112 52010 match_part 0.966 51821 51673 match_part 0.982 51433 51325 match_part 0.924 51219 50997 match_71 match_part 1.000 54062 54017 match_part 1.000 53894 53806 match_part 1.000 53562 53500 match_part 1.000 52433 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 0.982 51433 51325 match_part 0.985 51219 51153 match_72 match_part 0.991 56344 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 0.990 54127 54024 match_73 match_part 0.973 56344 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 1.000 54127 54115 match_74 match_part 0.980 57779 57485 match_part 0.996 56484 56233 match_part 0.988 54972 54807 match_part 1.000 54362 54319 match_75 match_part 0.980 57778 57485 match_part 0.996 56484 56233 match_part 0.934 54972 54807 match_76 match_part 0.942 57709 57485 match_part 0.984 56484 56233 match_part 0.975 54972 54933 match_77 match_part 0.914 57856 57485 match_part 0.974 56484 56330 match_78 match_part 0.910 57839 57485 match_part 0.974 56484 56446 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 11277 10608 exon 10495 10443 exon 7251 7120 exon 5361 5203 exon 5119 4877 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 17966 18408 exon 19560 19918 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 16722 17296 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 16041 16453 exon 19560 19666 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 22568 22822 exon 23090 23153 exon 24247 24335 exon 25718 25786 exon 27153 27197 exon 27325 27555 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 24256 24335 exon 25718 26208 exon 27507 27554 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33636 33503 exon 33306 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33685 33503 exon 33306 33151 exon 32717 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33554 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_10 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33549 33151 exon 32717 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_11 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 32721 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_12 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33538 33503 exon 33306 33151 exon 32714 32601 exon 31674 31561 exon 31447 31346 exon 29924 29524 gene_13 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33615 33503 exon 33306 33151 exon 32714 32335 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 37310 37152 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 46636 45532 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 57942 57485 exon 56484 56233 exon 54972 54807 exon 54362 54228 exon 54127 54017 exon 53894 53806 exon 53562 53500 exon 52433 52258 exon 52112 52010 exon 51821 51673 exon 51433 51325 exon 51219 50905 gene_17 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 52436 52258 exon 52112 52010 exon 51821 51673 exon 51433 51325 exon 51219 50905 exon 50836 50824 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 59379 60389 gene_19 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 61105 61481 RepeatMasker tomato repeats master TS2 3 335 1 TS2 3 335 1 nucleotide_motif 745 6486 6822 Unknown00049 384 473 1 Unknown00049 384 473 1 nucleotide_motif 605 13678 13766 Unknown00049 377 551 1 Unknown00049 377 551 1 nucleotide_motif 598 13750 13915 Unknown00049 382 1683 1 Unknown00049 382 1683 1 nucleotide_motif 631 14732 15204 Copia00151 10450 10529 1 Copia00151 10450 10529 1 nucleotide_motif 233 30303 30378 Copia00110 13248 13617 1 Copia00110 13248 13617 1 nucleotide_motif 692 36117 36395 Gypsy00043 1064 1336 1 Gypsy00043 1064 1336 1 nucleotide_motif 589 36347 36542 Unknown00050 3298 3866 1 Unknown00050 3298 3866 1 nucleotide_motif 2664 37638 38211 MUDSOLT1 478 526 1 MUDSOLT1 478 526 1 nucleotide_motif 240 39617 39664 Unknown00013 3196 3415 1 Unknown00013 3196 3415 1 nucleotide_motif 578 41507 41728 Unknown00013 289 3747 1 Unknown00013 289 3747 1 nucleotide_motif 1756 41837 42284 Gypsy00045 1691 3535 1 Gypsy00045 1691 3535 1 nucleotide_motif 10406 42283 44139 Unknown00014 668 791 1 Unknown00014 668 791 1 nucleotide_motif 437 44156 44278 Copia00151 10065 10166 1 Copia00151 10065 10166 1 nucleotide_motif 362 48807 48899 SONATA2 1 228 1 SONATA2 1 228 1 nucleotide_motif 906 62025 62237 Unknown00049 1863 2030 1 Unknown00049 1863 2030 1 nucleotide_motif 455 62573 62734 RepeatMasker tomato repeats master Unknown00057 433 982 -1 Unknown00057 433 982 -1 nucleotide_motif 1157 32280 31757 Unknown00025 266 473 -1 Unknown00025 266 473 -1 nucleotide_motif 388 48161 47950 Copia00089 3881 4019 -1 Copia00089 3881 4019 -1 nucleotide_motif 388 57206 57069 Unknown00025 232 470 -1 Unknown00025 232 470 -1 nucleotide_motif 849 59028 58768 Unknown00049 1658 1709 -1 Unknown00049 1658 1709 -1 nucleotide_motif 227 62372 62320 Unknown00049 1658 1709 -1 Unknown00049 1658 1709 -1 nucleotide_motif 298 62431 62380 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1493 42425 43551 match_2 match 1130 42283 43279 match_3 match 1201 42446 43552 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 803 3630 4034 clone_1 clone 1421.5 19979 51335 clone_end_1 clone_end 1334 19979 20747 clone_start_1 clone_start 1509 50575 51335 match_2 match 1479 27062 27807 match_3 match 888 28132 28587 match_4 match 817 42233 42668 match_5 match 571 43193 43500 match_6 match 601 43193 43519 match_7 match 363 43247 43445 match_8 match 325 43247 43410 match_9 match 583 43820 44140 match_10 match 886 49957 50403 match_11 match 1556 50919 51703 match_12 match 1114 59430 60019 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 16041 16453 match_part 1.000 19560 19666 match_2 match_part 0.993 16722 17296 match_3 match_part 0.991 17966 18408 match_part 0.994 19560 19918 match_4 match_part 1.000 17972 18408 match_part 0.994 19560 19714 match_5 match_part 0.996 22568 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_6 match_part 0.992 22568 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.990 27325 27527 match_7 match_part 0.996 22569 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_8 match_part 0.996 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_9 match_part 1.000 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_10 match_part 1.000 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_11 match_part 1.000 24256 24335 match_part 1.000 25718 26208 match_part 0.875 27507 27554 match_12 match_part 0.991 59379 59940 match_13 match_part 0.934 59695 60228 match_14 match_part 0.924 59836 60389 match_15 match_part 0.997 61105 61481 match_16 match_part 1.000 61105 61475 match_17 match_part 0.997 61106 61481 match_18 match_part 0.981 61152 61415 match_19 match_part 0.989 61152 61415 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_20 match_part 1.000 5361 5203 match_part 1.000 5119 4877 match_21 match_part 1.000 10649 10608 match_part 1.000 10495 10443 match_part 1.000 7251 7120 match_part 1.000 5361 5203 match_part 0.955 5119 5076 match_22 match_part 1.000 10996 10608 match_part 1.000 10495 10443 match_part 0.992 7251 7120 match_part 0.984 5361 5299 match_23 match_part 1.000 11147 10608 match_part 1.000 10495 10443 match_part 1.000 7251 7231 match_24 match_part 0.998 11277 10613 match_25 match_part 1.000 32651 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29504 match_26 match_part 0.987 31422 31346 match_part 1.000 29924 29524 match_27 match_part 0.975 32721 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29621 match_28 match_part 1.000 33560 33503 match_part 1.000 33306 33151 match_part 0.991 32717 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29651 match_29 match_part 1.000 33287 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29676 match_30 match_part 0.963 33636 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 0.983 29924 29690 match_31 match_part 0.995 33685 33503 match_part 1.000 33306 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29760 match_32 match_part 1.000 33538 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31447 31346 match_part 0.938 29924 29763 match_33 match_part 1.000 33553 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29827 match_34 match_part 1.000 33588 33503 match_part 1.000 33306 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31561 match_part 0.973 31455 31346 match_part 1.000 29924 29890 match_35 match_part 0.986 33292 33151 match_part 0.983 32717 32601 match_part 0.991 31674 31561 match_part 0.991 31455 31346 match_part 1.000 29924 29906 match_36 match_part 1.000 33553 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29908 match_37 match_part 1.000 33605 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 0.988 31455 31375 match_38 match_part 1.000 33545 33503 match_part 0.994 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 0.988 31455 31375 match_39 match_part 1.000 33621 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31398 match_40 match_part 1.000 33538 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31447 31408 match_41 match_part 1.000 33196 33151 match_part 1.000 32717 32601 match_part 1.000 31674 31581 match_42 match_part 1.000 33615 33503 match_part 0.994 33306 33151 match_part 0.995 32714 32335 match_43 match_part 1.000 33615 33503 match_part 0.994 33306 33151 match_part 1.000 32714 32458 match_44 match_part 1.000 33534 33151 match_part 1.000 32714 32601 match_45 match_part 1.000 46069 45532 match_46 match_part 0.994 46636 45776 match_47 match_part 0.998 46635 46039 match_48 match_part 0.989 52436 52258 match_part 0.961 52112 52010 match_part 0.966 51821 51673 match_part 1.000 51433 51325 match_part 0.952 51219 50905 match_part 0.692 50836 50824 match_49 match_part 1.000 53561 53500 match_part 1.000 52433 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 0.987 51219 50905 match_50 match_part 0.998 57942 57485 match_part 1.000 56484 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 0.991 54127 54017 match_part 1.000 53894 53806 match_part 1.000 53562 53500 match_part 0.994 52433 52258 match_part 0.990 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 1.000 51219 50909 match_51 match_part 1.000 51336 51325 match_part 1.000 51219 50909 match_52 match_part 0.978 52393 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 1.000 51219 50941 match_53 match_part 0.986 52403 52258 match_part 0.961 52112 52010 match_part 0.966 51821 51673 match_part 1.000 51433 51325 match_part 0.969 51219 50960 match_54 match_part 1.000 54062 54017 match_part 1.000 53894 53806 match_part 1.000 53562 53500 match_part 1.000 52433 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 0.982 51433 51325 match_part 0.985 51219 51153 match_55 match_part 0.991 56344 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 0.990 54127 54024 match_56 match_part 0.973 56344 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 1.000 54127 54115 match_57 match_part 0.980 57779 57485 match_part 0.996 56484 56233 match_part 0.988 54972 54807 match_part 1.000 54362 54319 match_58 match_part 0.980 57778 57485 match_part 0.996 56484 56233 match_part 0.934 54972 54807 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 11277 10608 exon 10495 10443 exon 7251 7120 exon 5361 5203 exon 5119 4877 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 17966 18408 exon 19560 19918 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 16722 17296 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 16041 16453 exon 19560 19666 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 22568 22822 exon 23090 23153 exon 24247 24335 exon 25718 25786 exon 27153 27197 exon 27325 27555 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 24256 24335 exon 25718 26208 exon 27507 27554 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33685 33503 exon 33306 33151 exon 32717 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33636 33503 exon 33306 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 32721 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_10 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33534 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_11 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33538 33503 exon 33306 33151 exon 32714 32601 exon 31674 31561 exon 31447 31346 exon 29924 29524 gene_12 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33615 33503 exon 33306 33151 exon 32714 32335 gene_13 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 46636 45532 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 57942 57485 exon 56484 56233 exon 54972 54807 exon 54362 54228 exon 54127 54017 exon 53894 53806 exon 53562 53500 exon 52433 52258 exon 52112 52010 exon 51821 51673 exon 51433 51325 exon 51219 50905 gene_15 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 52436 52258 exon 52112 52010 exon 51821 51673 exon 51433 51325 exon 51219 50905 exon 50836 50824 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 59379 60389 gene_17 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 61105 61481 AUGUSTUS_tom_cdna de novo gene_1 gene 1 16202 19796 transcript_1 transcript 16202 19796 start_codon_1 start_codon 16202 16204 CDS_1 CDS 16202 16453 CDS_2 CDS 19560 19796 stop_codon_1 stop_codon 19794 19796 gene_2 gene 1 22559 27369 transcript_2 transcript 22559 27369 start_codon_2 start_codon 22559 22561 CDS_3 CDS 22559 22822 CDS_4 CDS 23090 23153 CDS_5 CDS 24247 24335 CDS_6 CDS 25718 25786 CDS_7 CDS 27153 27197 CDS_8 CDS 27325 27369 stop_codon_2 stop_codon 27367 27369 gene_3 gene 1 49058 50475 transcript_3 transcript 49058 50475 start_codon_3 start_codon 49058 49060 CDS_9 CDS 49058 49512 CDS_10 CDS 49602 50475 stop_codon_3 stop_codon 50473 50475 AUGUSTUS_tom_cdna de novo gene_4 gene 1 11112 4903 transcript_4 transcript 11112 4903 CDS_11 CDS 5119 4903 CDS_12 CDS 5361 5203 CDS_13 CDS 7251 7120 CDS_14 CDS 10495 10443 CDS_15 CDS 11112 10608 start_codon_4 start_codon 11112 11110 gene_5 gene 1 33211 29886 transcript_5 transcript 33211 29886 stop_codon_4 stop_codon 29888 29886 CDS_16 CDS 29924 29886 CDS_17 CDS 31455 31346 CDS_18 CDS 31674 31561 CDS_19 CDS 32714 32601 CDS_20 CDS 33211 33151 start_codon_5 start_codon 33211 33209 gene_6 gene 1 46661 45216 transcript_6 transcript 46661 45216 stop_codon_5 stop_codon 45218 45216 CDS_21 CDS 46661 45216 start_codon_6 start_codon 46661 46659 gene_7 gene 1 57794 51106 transcript_7 transcript 57794 51106 stop_codon_6 stop_codon 51108 51106 CDS_22 CDS 51219 51106 CDS_23 CDS 51433 51325 CDS_24 CDS 51821 51673 CDS_25 CDS 52112 52010 CDS_26 CDS 52433 52258 CDS_27 CDS 53562 53500 CDS_28 CDS 53894 53806 CDS_29 CDS 54127 54017 CDS_30 CDS 54362 54228 CDS_31 CDS 54972 54807 CDS_32 CDS 56484 56233 CDS_33 CDS 57794 57485 AUGUSTUS_ab_initio de novo gene_1 gene 1 49058 50475 transcript_1 transcript 49058 50475 start_codon_1 start_codon 49058 49060 CDS_1 CDS 49058 49512 CDS_2 CDS 49602 50475 stop_codon_1 stop_codon 50473 50475 AUGUSTUS_ab_initio de novo gene_2 gene 1 11112 4903 transcript_2 transcript 11112 4903 CDS_3 CDS 5119 4903 CDS_4 CDS 5361 5203 CDS_5 CDS 7251 7120 CDS_6 CDS 10495 10443 CDS_7 CDS 11112 10608 start_codon_2 start_codon 11112 11110 gene_3 gene 1 46661 45216 transcript_3 transcript 46661 45216 stop_codon_2 stop_codon 45218 45216 CDS_8 CDS 46661 45216 start_codon_3 start_codon 46661 46659 gene_4 gene 1 57794 53961 transcript_4 transcript 57794 53961 stop_codon_3 stop_codon 53963 53961 CDS_9 CDS 54127 53961 CDS_10 CDS 54362 54228 CDS_11 CDS 54972 54807 CDS_12 CDS 57794 57485 AUGUSTUS_tom_ugs de novo gene_1 gene 1 16202 19796 transcript_1 transcript 16202 19796 start_codon_1 start_codon 16202 16204 CDS_1 CDS 16202 16453 CDS_2 CDS 19560 19796 stop_codon_1 stop_codon 19794 19796 gene_2 gene 1 22559 27369 transcript_2 transcript 22559 27369 start_codon_2 start_codon 22559 22561 CDS_3 CDS 22559 22822 CDS_4 CDS 23090 23153 CDS_5 CDS 24247 24335 CDS_6 CDS 25718 25786 CDS_7 CDS 27153 27197 CDS_8 CDS 27325 27369 stop_codon_2 stop_codon 27367 27369 gene_3 gene 1 49058 50475 transcript_3 transcript 49058 50475 start_codon_3 start_codon 49058 49060 CDS_9 CDS 49058 49512 CDS_10 CDS 49602 50475 stop_codon_3 stop_codon 50473 50475 AUGUSTUS_tom_ugs de novo gene_4 gene 1 11112 4903 transcript_4 transcript 11112 4903 CDS_11 CDS 5119 4903 CDS_12 CDS 5361 5203 CDS_13 CDS 7251 7120 CDS_14 CDS 10495 10443 CDS_15 CDS 11112 10608 start_codon_4 start_codon 11112 11110 gene_5 gene 1 33211 29223 transcript_5 transcript 33211 29223 stop_codon_4 stop_codon 29225 29223 CDS_16 CDS 29261 29223 CDS_17 CDS 31455 31346 CDS_18 CDS 32714 32601 CDS_19 CDS 33211 33151 start_codon_5 start_codon 33211 33209 gene_6 gene 1 46661 45216 transcript_6 transcript 46661 45216 stop_codon_5 stop_codon 45218 45216 CDS_20 CDS 46661 45216 start_codon_6 start_codon 46661 46659 gene_7 gene 1 57794 51106 transcript_7 transcript 57794 51106 stop_codon_6 stop_codon 51108 51106 CDS_21 CDS 51219 51106 CDS_22 CDS 51433 51325 CDS_23 CDS 51821 51673 CDS_24 CDS 52112 52010 CDS_25 CDS 52433 52258 CDS_26 CDS 53562 53500 CDS_27 CDS 53894 53806 CDS_28 CDS 54127 54017 CDS_29 CDS 54362 54228 CDS_30 CDS 54972 54807 CDS_31 CDS 56484 56233 CDS_32 CDS 57794 57485 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 16041 16453 match_part 1.000 19560 19666 match_2 match_part 0.993 16722 17296 match_3 match_part 1.000 17972 18408 match_part 0.994 19560 19918 match_4 match_part 1.000 22570 22822 match_part 1.000 23090 23153 match_part 1.000 24247 24335 match_part 1.000 25718 25786 match_part 1.000 27153 27197 match_part 0.970 27325 27555 match_5 match_part 1.000 24256 24335 match_part 1.000 25718 26208 match_part 0.875 27507 27554 match_6 match_part 0.956 59379 60389 match_7 match_part 0.997 61105 61481 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 1.000 11277 10608 match_part 1.000 10495 10443 match_part 1.000 7251 7120 match_part 1.000 5361 5203 match_part 1.000 5119 4877 match_9 match_part 1.000 33621 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29504 match_10 match_part 1.000 33615 33503 match_part 0.994 33306 33151 match_part 0.995 32714 32335 match_11 match_part 1.000 33534 33151 match_part 1.000 32714 32601 match_12 match_part 1.000 46636 45532 match_13 match_part 0.985 57942 57485 match_part 0.996 56484 56233 match_part 1.000 54972 54807 match_part 1.000 54362 54228 match_part 1.000 54127 54017 match_part 1.000 53894 53806 match_part 1.000 53562 53500 match_part 1.000 52433 52258 match_part 1.000 52112 52010 match_part 1.000 51821 51673 match_part 1.000 51433 51325 match_part 1.000 51219 50909 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 11277 10608 exon 10495 10443 exon 7251 7120 exon 5361 5203 exon 5119 4877 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 16041 16453 exon 19560 19666 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 17972 18408 exon 19560 19918 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 16722 17296 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 22570 22822 exon 23090 23153 exon 24247 24335 exon 25718 25786 exon 27153 27197 exon 27325 27555 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 24256 24335 exon 25718 26208 exon 27507 27554 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33621 33503 exon 33306 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33534 33151 exon 32714 32601 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33615 33503 exon 33306 33151 exon 32714 32335 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 46636 45532 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 57942 57485 exon 56484 56233 exon 54972 54807 exon 54362 54228 exon 54127 54017 exon 53894 53806 exon 53562 53500 exon 52433 52258 exon 52112 52010 exon 51821 51673 exon 51433 51325 exon 51219 50909 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 59379 60389 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 61105 61481 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 33605 33503 match_part 1.000 33306 33151 match_part 1.000 32714 32601 match_part 1.000 31674 31561 match_part 1.000 31455 31346 match_part 1.000 29924 29504 match_2 match_part 0.918 33554 33151 match_part 1.000 32714 32601 match_part 0.991 31674 31561 match_part 0.964 31455 31346 match_part 0.949 29924 29552 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33605 33503 exon 33306 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29504 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08SLm0012J05.1 type gene exon 33554 33151 exon 32714 32601 exon 31674 31561 exon 31455 31346 exon 29924 29552 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 16202 19796 transcript_1 transcript 16202 19796 start_codon_1 start_codon 16202 16204 CDS_1 CDS 16202 16453 CDS_2 CDS 19560 19796 stop_codon_1 stop_codon 19794 19796 gene_2 gene 1 22559 27369 transcript_2 transcript 22559 27369 start_codon_2 start_codon 22559 22561 CDS_3 CDS 22559 22822 CDS_4 CDS 23090 23153 CDS_5 CDS 24247 24335 CDS_6 CDS 25718 25786 CDS_7 CDS 27153 27197 CDS_8 CDS 27325 27369 stop_codon_2 stop_codon 27367 27369 gene_3 gene 1 49058 50475 transcript_3 transcript 49058 50475 start_codon_3 start_codon 49058 49060 CDS_9 CDS 49058 49512 CDS_10 CDS 49602 50475 stop_codon_3 stop_codon 50473 50475 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 1 11112 4903 transcript_4 transcript 11112 4903 CDS_11 CDS 5119 4903 CDS_12 CDS 5361 5203 CDS_13 CDS 7251 7120 CDS_14 CDS 10495 10443 CDS_15 CDS 11112 10608 start_codon_4 start_codon 11112 11110 gene_5 gene 2 33211 29886 transcript_5 transcript 33211 29886 stop_codon_4 stop_codon 29888 29886 CDS_16 CDS 29924 29886 CDS_17 CDS 31455 31346 CDS_18 CDS 31674 31561 CDS_19 CDS 32717 32601 CDS_20 CDS 33211 33151 start_codon_5 start_codon 33211 33209 transcript_6 transcript 33211 29886 stop_codon_5 stop_codon 29888 29886 CDS_21 CDS 29924 29886 CDS_22 CDS 31455 31346 CDS_23 CDS 31674 31561 CDS_24 CDS 32714 32601 CDS_25 CDS 33211 33151 start_codon_6 start_codon 33211 33209 gene_6 gene 1 46661 45216 transcript_7 transcript 46661 45216 stop_codon_6 stop_codon 45218 45216 CDS_26 CDS 46661 45216 start_codon_7 start_codon 46661 46659 gene_7 gene 1 57794 51106 transcript_8 transcript 57794 51106 stop_codon_7 stop_codon 51108 51106 CDS_27 CDS 51219 51106 CDS_28 CDS 51433 51325 CDS_29 CDS 51821 51673 CDS_30 CDS 52112 52010 CDS_31 CDS 52433 52258 CDS_32 CDS 53562 53500 CDS_33 CDS 53894 53806 CDS_34 CDS 54127 54017 CDS_35 CDS 54362 54228 CDS_36 CDS 54972 54807 CDS_37 CDS 56484 56233 CDS_38 CDS 57794 57485 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 92.4 49040 49513 match_2 match 173 49600 50409 match_3 match 61.2 49004 49513 match_4 match 191 49600 50472 match_5 match 188 49675 50409 match_6 match 159 49675 50409 match_7 match 160 49675 50409 match_8 match 168 49651 50418 match_9 match 168 49651 50418 match_10 match 180 49600 50412 match_11 match 191 48998 49513 match_12 match 419 49600 50460 match_13 match 136 48529 48744 match_14 match 63.2 49004 49513 match_15 match 178 49594 50439 match_16 match 152 49594 50472 match_17 match 61.2 49004 49498 match_18 match 184 49567 50460 match_19 match 114 49001 49513 match_20 match 223 49600 50412 match_21 match 75.9 49004 49501 match_22 match 186 49603 50457 match_23 match 157 49648 50412 match_24 match 153 49600 50433 match_25 match 186 49600 50412 match_26 match 166 49603 50409 match_27 match 166 49594 50358 match_28 match 184 49600 50409 match_29 match 184 49600 50409 match_30 match 183 49567 50409 match_31 match 213 49648 50421 match_32 match 105 49004 49501 match_33 match 244 49600 50427 match_34 match 106 49004 49510 match_35 match 211 49606 50445 match_36 match 169 49600 50427 match_37 match 73.9 49037 49501 match_38 match 174 49600 50409 match_39 match 172 49684 50445 match_40 match 156 49594 50457 match_41 match 196 49606 50400 match_42 match 118 49594 50409 match_43 match 108 49684 50409 match_44 match 148 49600 50412 match_45 match 55.1 49004 49513 match_46 match 144 49600 50412 match_47 match 61.6 49004 49489 match_48 match 143 49600 50412 match_49 match 52.8 49004 49489 match_50 match 137 49600 50412 match_51 match 135 49600 50463 match_52 match 137 49600 50457 match_53 match 182 49600 50412 match_54 match 77.0 49031 49489 match_55 match 178 49570 50409 match_56 match 105 49004 49513 match_57 match 253 49600 50430 match_58 match 196 49600 50409 match_59 match 181 48986 49513 match_60 match 385 49600 50463 match_61 match 130 48529 48744 match_62 match 96.7 49061 49501 match_63 match 253 49603 50430 match_64 match 133 49654 50409 match_65 match 73.9 49019 49510 match_66 match 169 49603 50412 match_67 match 163 49684 50478 match_68 match 154 48998 49510 match_69 match 311 49603 50424 match_70 match 127 48529 48744 match_71 match 47.4 49004 49480 match_72 match 130 49600 50409 match_73 match 189 49600 50412 match_74 match 192 49600 50409 match_75 match 181 49600 50412 match_76 match 152 49669 50409 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_77 match 140 46637 45288 match_78 match 149 46637 45288 match_79 match 161 46643 45237 match_80 match 166 46637 45237 match_81 match 150 46637 45333 match_82 match 164 46637 45246 match_83 match 164 46649 45237 match_84 match 166 46646 45237 match_85 match 151 46646 45270 match_86 match 148 46280 45237 match_87 match 177 46304 45231 match_88 match 157 46655 45237 match_89 match 168 46649 45237 match_90 match 161 46649 45237 match_91 match 123 46127 45237 match_92 match 155 46664 45237 match_93 match 150 46637 45312 match_94 match 167 46655 45285 match_95 match 147 46637 45237 match_96 match 144 46637 45237 match_97 match 48.5 53910 53806 match_98 match 129 56520 56233 match_99 match 85.1 54375 54229 match_100 match 78.6 54131 54015 match_101 match 112 52436 52257 match_102 match 143 31684 31328 match_103 match 143 31684 31328 match_104 match 184 46652 45312 match_105 match 196 46658 45237 match_106 match 161 46655 45222 match_107 match 333 46649 45237 match_108 match 333 46646 45237 match_109 match 120 46646 46107 match_110 match 110 46637 45717 match_111 match 208 46637 45237 match_112 match 135 46073 45258 match_113 match 136 46643 45258 match_114 match 112 46658 45441 match_115 match 132 46646 45234 match_116 match 150 46607 45237 match_117 match 162 46646 45237 match_118 match 115 46646 45237 match_119 match 132 46655 45237 match_120 match 146 46646 45237 match_121 match 152 46646 45237 match_122 match 165 46646 45237 match_123 match 139 46634 45273 match_124 match 155 46637 45231 match_125 match 152 46637 45231 match_126 match 143 46625 45237 match_127 match 132 46637 45237 match_128 match 164 46649 45270 match_129 match 321 46640 45237 match_130 match 303 46640 45237 match_131 match 306 46640 45237 match_132 match 306 46640 45237 match_133 match 312 46640 45237 match_134 match 326 46670 45237 match_135 match 150 46649 45231 match_136 match 139 46646 45231 match_137 match 155 46637 45234 match_138 match 155 46637 45234 match_139 match 136 46661 45231 match_140 match 138 46634 45228 match_141 match 152 46478 45282 match_142 match 153 46478 45276 match_143 match 156 46478 45246 match_144 match 128 46637 45237 match_145 match 145 46643 45237 match_146 match 167 46643 45237 match_147 match 152 46301 45237 match_148 match 154 46643 45237 match_149 match 165 46634 45228 match_150 match 112 46634 45294 match_151 match 106 46652 45231 match_152 match 137 46634 45219 match_153 match 144 46670 45234 match_154 match 130 46613 45246 match_155 match 145 46313 45243 match_156 match 145 46661 45246 match_157 match 137 46313 45234 match_158 match 135 46661 45246 match_159 match 154 46637 45240 match_160 match 300 46649 45237 match_161 match 313 46640 45237 match_162 match 126 46646 45228 match_163 match 121 46646 45228 match_164 match 160 46649 45255 match_165 match 140 46655 45240 match_166 match 151 46001 45237 match_167 match 159 46643 45237 match_168 match 127 46640 45237 match_169 match 144 46649 45237 match_170 match 135 46661 45225 match_171 match 168 46637 45240 match_172 match 105 46652 45333 match_173 match 109 46652 45432 match_174 match 332 46646 45240 match_175 match 343 46658 45231 match_176 match 204 46658 45693 match_177 match 323 46643 45237 match_178 match 133 46643 45285 match_179 match 166 46649 45234 match_180 match 152 46661 45237 match_181 match 130 46634 45237 match_182 match 144 46649 45228 match_183 match 144 46649 45228 match_184 match 134 46649 45228 match_185 match 180 46646 45279 match_186 match 202 46649 45237 match_187 match 140 46055 45228 match_188 match 137 46313 45237 match_189 match 134 46649 45231 match_190 match 154 46607 45219 match_191 match 128 46646 45246 match_192 match 120 46649 45246 match_193 match 163 46661 45285 match_194 match 73.6 54131 53991 match_195 match 122 56436 56233 match_196 match 85.1 54375 54229 match_197 match 137 46634 45234 match_198 match 138 46646 45237 match_199 match 124 46643 45306 match_200 match 145 46607 45318