C03HBa0140L21.1 AAGCTTTTCTCCAAAAGCATGTTGACCCAACTCATGGTATCTATCAAAACGTTTCCCTGG AACCATTTCGTGCATCTCAACCATTTGCCATAGCGTGTATAAAGTGATAATCCAAGATAC CACCATCACAGTTACACCAGGTCCCCTGAAATTAAACTACTCCTTTCAGTTTATCGAACT TTTAATGTTTTTTTTTTTACTGAAAGAAAAACAGAGTATTGTATTGTACCATCCAAGCTC AGACATGGCATAAGGAAGACTGAGGACACCAGCACCAACCATAGCAGTAACATTGTGAAA AGCTGAATACCACCATTTTGCATTCCTAGAAGAAGTAATCGGAAGCCACGCATCGATCGC CTTCTCTTCTTCTGTTCTTGTATCAATCTACACTCATTTCCATAAGTATTTATATTCAAA AAACCATAAACATATACAGGATGTTTACACAACTTACAATACATTTTAGTTTGGTCTAAA ACATCCAATTTTGGTCGTTTTAAACGTTTAACTTCGATACACTAACATAGTTATTATCGC ACTCGAAGCAATTTTCATGTGTTAGTTATTATCGCACTCAAAGCAATTTTCATGTATTTT GTCTTTAGTAAGCTAATTTGTATCCTACATAAAAAAAAAAAAATTATTCAAAAGCAACGT GAATTTTGGCGTAAAACTGAGGAATTGGGAAAAAAAAAAGATTGGGATTTTAAATCGATA ATCCATGTGACCCACTAATAATAAAGTATTGATAGTGTGAGATTTGTATAGTATGAAAAA GTCAACTAAAAAGTTGAGACGATTTTCTCATCGCACGTCTTCAGTGTATGTATAACAAGT TGCCGTGAATTCACGGTTGTCAATAAATAAGTAATTAAAGTCCTATGAAAGAACCCTACT GACCTAACGTGATGTACACACATGCAACGTTTAAACTGAATTTAATGATCCGAATTATTT TATTTATTTATTTTTAAAAATGTAATATCAGTTTGACTTGTTCAAGATTGATTCTAGACC ACCAAACAAACAAGAAAGAGCTAGGAAAATTCAAAATTTTCTTATGAACCAAATTAAATG AACACAGAAACGAGCGAGATAGACTGGCTTTTTTGGTACAATAATATTTCAAGATCTAAA ACTCAACCAAGCATTTCAATATTTAGCATTATCTCACACAACATTTATGGAAATTCTTGG TATCTCAAGAGTTTAACTTTTATAAATTAAACCATACTATATTGTTACGAGTAATCGGAA ACAACAACCTAATAGGTCATAATACACTTGATATTGTCCTTGCATATACGTTAAATTCAT ACATGTTTGCAGAGAGAGAGAGTTACCTTGGAGTCATCGTAATTTGATGGAGCTTGAGTT CCCATGGCTACAAGTTGTGACTTGTGTTAAATCGGAAAAATGAAATGACCAAATAATTTT AAAAAGGGAAGAAACGGAGGAGAAAGAAGATTAATGAATATGGAAGACTTGGAAAAAATA TCGAAGCTATCTGTCTTTTATAAACAAAAAAATAAAACTACATATTCTCTTAGCTGTGTA TATTATTATGATGGATTCTCAGTCCTATAGTATGTATTTAAATTTAAAATAAAAATAAAA CACCATCTTGGACCTAACAAGTAGCTAGAAGAGATTGAAAGTGACGTTTTTGTTTGACTT TGAATTTTGTACAAAAATAATATTGTCATCAACGAATTAGGCGATGAATTTTACACTATA TATATACTATACAAGCTGCCATCAGTCTCATTGTTATTTGCTTATACTCCAAATAACAAT TGTTTTGACTTAAAAGTTGTTTTCAGATTGGCTGTAGCACTCTCCTCGGAAAATTCCACC AACTCCTGAGTCAGACTATTTTTATTCTCCGGCCTGCAATTATTTGTTATATAATGTATC GTGTTGTGCGTTTAAAAATATTATTGCTATGATCGACTTTAAAACGCTAAATATACGAAT TAACGACACTCATAATGAAGGAGATATTCGTGAGTTCATACACAATTTGAGTAATAATGA CCGAAATATATGTGAACATCTCACATGCAAATAATTGATCATCTAAAATTAAGGAAGATT TGAATTTACTATAGGCAAATGGAATTTTAAATAGAATAAAAGACATAAAAGATATAGAAA ATATTGAATTTCATATTTATATAATATATAATTTAAAAGACATTATTTATACAAAATTTG ATCTCCAATTTCTTTTTTTACAGGACAATATAATATGTATAAGTTATCATATTTTTTTGT CGTCATAATTTTCTTTTTTTCTTTCTTAGAGTTTAACCATAAAAAAAAAAAATTTATTAC TTTATGAAGTATCTTTTTTTAAAAATTAATATGTAAAAATTATAATTTATAATACTTTCT TCATAGTTTTTGAATATCTGAATGTTTAAAATATTAAGTTAATCTAATCTAAATTAACTT TAAAAATTAGTTAAATTGACCTTTGAAAAGTGGAAGATGACAAATAAAAGAATGGAAGGA GGGAATAATTAATTAAAAGAAAATTATTCCGATACGTCTGAAATGGATTATCGAAGACGT AAAACGCTCACAAATATTACTCCATAAGGAAGTGTATATTTTCCAATTTTTGGTTAAAAT TTTAAATAATTTCTATTTTTTTTTTAAAAAATAGTAAAATTATATCCTTTCGCCCTACAT CGTATATACCCCATCTTTCACCTCTAGGACACCATATTAGGCAAGTCGACAAACAAAGAC AAATGCACTTATTTCTTTAGAAAATCGTACAATTTCAATTTTTCGTGTTTAACTAATTTT TTTCACGGATAATATAAAGATTTATTAATTAGATGTATACAACAATATTGGAAAAGATTG TTTTGCAGAAGAATATGAAATATTTTTTTTTCATTTATTAATCATTACAATACAATGTTA TTGAATTATTTCTTTAAGAATTGAAAATCGAGTATTCACGATATAATTAATATAAAGTTT TCATGATTATTCTAGAGTTGTTGCAGACTTGTATTAGTTTATACCAAACAATTTATAATA GGTGTTAGTACATATGTTATTTCACTTAACCATCGGTTAATATTGATTTGGTATATTTTC ACCTTGTTTAACTAATAAATCAATAACAAGAAAATGAAATGCAATTCATTCGAATAAAAC TAATGAGAATAAAAAAGAATAGACACAACAACTTTCCATAAAATTTACTTAATTATGATA AGTCAATATAATTTAAGAGAAATATCATTATCATACACCAAAATTAACTATAGATTTAAT CTTTTGGATATACTTTCCCATAAGTTAACAATTATCTATTTTTAATAGTCAACTTGTAAG TATTTCTCATAGACACGACATCTTACCTCTATATATAATAATCATTAAATTTAAAAGAGT GCTTCACGCTTAGGCCTTTTATTTTATGTAATAATAACATTTGTAACATCGCATTACTAT TGTAATAGCGGTAAAATGAGTTCGATTTTAAGAAAGTATTATGACAAAACTTCTTCACGA TACTATTGTTTATTTTCAATTCTTTTTAATTATAATAATAAAATATATTATAGAAAGTGT TTCTTATAAAGAAGTCCAACTAATATTATAGATGCTTACGATATACTTTACCAGCTTCGG TTTTTCTTTGAATTTGACTAAAAATATAACTTTTTAGTGTTGATGATGATATTTAAATTC AAAGCTTACGAATTTTAAAGTTAACTCACAAAGTGTACACACATGACCCCATTAAAGTAG GCCTTTTTTTTCTTTTTTTCTTTTTCATCATGTGCTCTTTCGTTGACTTCCCATTTCTTT GAAGATAATTTATTTGACGCAACTCCCTGGAATAAGGGCAACTAAAAATAAGATATTTTC CCTCTCTTCCCGGAGGTTTTATTTTGCGCTCGATTACAAATATTTTGTTTTAGTTATATG ATCGCTTTTTTTTCAAGAAGTATGTTCTAAAAATATATAGAATTGGTAAATAAAATAAAT GAGTGTGATTTTCTTTTTCATGGATTAATATTGTTTTTTTTTGTTCTTTAATTACTGACA TATTTTATTTTTAATCCTTTTGTTGTGTGATTATACATCTAATCTTTAATTAATTAATTA AAATATGTGTTATTATATAAGGATATGTAATGCTTAAGATTGTTTGTGGAATTATATTAT CCTCAACTATAACATAACAATACAAATTTAACATAAAATTTAGGTGATTAAATGATATGA CGGTAACTATTTCTTAAATTTTCTGAGAGTATATTTTAAAATTATTTAAAGATTAAATAT ACTTAACGAGATATTACACTCATAGATTACCAGTATTTAAAGGACCAAAAACACAATTTC CCTTCTTACATTGTTGTTTTGCTTATTCATATTATTAAGTAGCAATTTTATAAGGTCAAC TTCTCAAGTTGAAATTTAAAAGAGAAAAGGCTGTACGTATGAAACACAAGTGTGGAAAAT TGCGTGTGTCCATATTCTAATAGGCTGCTGAATTTTCCTAGAAGTTGCATTTTCATATAA TGGCTTATATACGTTTGGGTTGCAGTTGCTTTTTCATTATGTAAAATATTAGGCAAATCA ATAATATAGTATTTCAAAGTAGTTATTGCTTTTTTATGTTCTAACTCTCATATCTCCAAG TGGATTTCAACAAAAACCAACCAAATCCATTCAGAAAAAAAAAAAGTCCTTAAATTCCTT CATCAAACAATACATGTGCCAATAGGGTAAAAAGAAAAACATTGCACATTTAATTATATA AAAATAATCGTATTCTCTTAGATATAAGAATTATTTTTCGTGTAATAATAAAGGCGACTT AAATAAAGTCTTTTGCGACGCATCACGCATATGCAATGCATAGGTGTGTGGTGTGACAAT CCTGCATTTGATCAGAATTTGATTTCACTATTTAATAGTTTGGTTAGGGTGCATGCTTAT TTATATTTAGTTTTAGAACTAGTTGTTTTTTGAAGTTTAATAATAGAAAAAATTAAATAA ATGATAAATTAAAGATTATATATTATTAATACTAACAAGATTTTCTAGTTTTCAATATAT AACATTAGATTTTTACAATATTTGACAAATTAATAAAGGGAAAATACCAAGTATCCCCTC AATCTATGCCCGAAATTTCAGAGACACACTTATACTATACTAAGGTCCTATTACCCTCCT GAATTTATTTTATATGTAATTTTCTACCCCTTTTTAGCCTACGTGGCACTAGTTCAAAAA AAAAAGTCAACCATCGTTGGGCTCACAAGATAGTGCCACATAAGCTAAAAAGGGATAAAA AATTATTAATAAAATAAATTCAGAGAACCTTAGTATAATATAAGTGTGTCTCTAAGATTT CGACCATAGATTGAGGGGTACTTGTATACTGTATTTGTAACTTGCAGGATAGATTGAATC CCCAATTTTCTCTTACTCAGTTGGTTAAAAATATCTCCCCAATATTTTCTATTCCTAATC TTCTACCACTAAACAAAAATAATTTGTTCCAAACTTCTTCCCAAAAATATCTCCCTTTTT TCCTAATTTTTTTTTCCTTAATATTCACACAATTTTCTCCTTTAAATATATTCATGCAAT TATCTTTTTTAGTTTTCTCAAACACGATTTTTTCTTCTTCTTTTCCTTATTCGTATGTTT TCATCCCTGATTTATTTATTTTTTAGCTTTTTTGTCATTCAAAACTTGAAAAATAACACA ACTATATTATTATTATACAAATTTAAATTGGTATCATAGTGAGTGAATTTGTATACAAAT TGATATCACTTAAATAACTTTTTTCCTTCATAGATACCAACTTAGTATACAATTTTCATA CACTAAAATAGTTAATAAAATATAAAAATGGCTGATCACCAGTTTGCATTCCAACTTTGA CATACATACATATATTCTGTATATGAAATTACTTTGTAAAACCGATTTCATTCATATATA ATCTAATAAAGTATATCTTTTAAATTTGATATCATAATCCATAAAAATTAATTCGTATAG CAATTTCATAAATAATTAATCAAATATGAAGCATTAAATTTTATAGTCATTATACACATC ACATATAAAACATTTTTATATATAACTTATATTAAAATATTAAGTAAACCAAATATCAAA TGAATAATATTAATAACTCAACATAAATATGGCATTTAATGGGTATATAACTTGGTTAAC AAGTGGTAGACTAATATACAAATTTAATACCGTTTTCATATATTATTATTTTTAGAAAAC ATTCTTTTTATTTCTTTTATGGTCATGAAGAATTAATAATGGAAATTGAAACTGTTTAGA GAAAGAAGACCAAAGAGGCCGAAATAATACTTTGCCGGGAAGCCAATGTCCACTTGGGGC TCCGTATTAGTTTGGTTATACATATACATAGTCCGTCCATAGATTTTAATTTATTCGTTT TACTTATTTTCAATCTATTTTTTTTAAAAAAAAGTCTTTTTATAGTAATTTTTTAATTTT AATAATTGTTTTTTTTTTAAAAAAAAAGTAAAAAGTATTGAGCATTAGCAGAAAATGAAT TTTGAGTAAAATTGTATTAGTCATAGTCAAGATAACGCCATAAATAAATTTAGACTAGAG ATGTTGACATTGACTGCCCAAAATATACGCCTATATATTTTGACTTTTTAAAAATTTGTT TCTTCATTTCTTTAATTAGTTAATAAAAGTAAACATTTATAAAAAGTGTTACTCATTGTA TAACAATTTTGATAAGAATAAGAAAGAAAGCAATTTGATTGTATGTATTAACAATGTTTG ACGTCATTTCCGTGTTCCTCTGTTATATCGTTGACTTGACAGAGCAAACGGTTTCTTATT TTTAATTTTATCAATCTACTCTTTAATGGCACAACTAATTATCATTAAAAAAAATCAAGA CGGGAAAAAATATACGAAGATTAATGTAGGTTTAAGATTAGCTTTTCTGTTTGATATATT CCTGTACAATTACTAGGTTATATTAACAACAATAACATATATCTAGTGTAATGAAAATAT AGAGAGATCGATGTATGTAGACCATATTTGTACGTTTGTTGGTAAAGAAAGGAGAACAAA ACATAACAATAGTGGAAGAAAACTGAAGAAGAAACAACTAGTAGAAATTAAAAACTAAGA ATAATCTATATGAAAAAATTAATAGAATAAAAATGAAATGATACTAATATTATTGCTCAA AATTTTGGACTTTTCAAACTTGTAAGTTTAATTCAAGTCAACTAAGAATTTTCCATGAAA CTCATGTACTGCAAGTAGATAAGCTAAACGACGCACGCAACTTACTAATCACTGACTTTT ACTTTTTTCTGCAATTGATTCGCTTAATTTCTACTTTGTGTCTAAATTCTAAAAGTAGTG CAAATAATAGAATTCCTATTAATTCCATTCACATCAACACTTTGTAATAATAATCAAAAG ATCATATAAATACAAATATTTTAGGATATATTTTATTTTTTAAAAGTTGATGGCGTCAGA TTGATATACGTTACTCACAGTAACGTTTTACTCCTAAAACGTTACTCACATTAACGTTTT AGGAGTAAAATGTTATTGAAAATAACGTTTTAAAAGTAAAACGTTACTTACAGCAACGTA TATCAACCTAATGCTGTTAGTTTTAAAAAAATAAAATTATACCCTAAAACGTTACCATGA AATACGTTTATACTGGTTTTGTAAAATTTTAAAAAAATATATTACTTTGGTAAATTGTTT TATATAATGACTTAGTTTGGTTAAAAATTCCAAATGCCTTTATCTAAACCAAGATAGTGA ATGGCATACTAGATGGATCAAAGACATTGTATTGGGATACAAAATTTTCCTCAATCAAAC GAACCTAAAGCAAACCAAGAAGTGGGAGATTTACAAGAACTTTTGATGGCTGGCTAGGAA AAACTTCAAAGTTTAATAAGTCTCTCTGCTTCAACTTACTAAAAACATGTTTTATTATAC ATATCCTTCTTCAAGAAAAACTTGCACACAACTACAATTAAGGAAGCTTGACGGATTAGT TCTTTAAGTTACAACCGACAGAGGTGTTGCAAAATGTAATTAAAACATACATCAAACAGA TTTACATGTCTTCTAGAGCGAAGATACTACTTCTTGGAAATCTTACTAGGTTATTGAACT ATGAGGACATGTAGATGTATTGAACTAAGAGCTCACTTGACCTGCCAAATTAATGGAGTC CACCGTATGAATCATCACCATCATTCCCATTTCTGATTATATCAACCAGAATTCCTCACA GTCTAGAAGATCAGGCCGTGGATAGAACAGAACGCTCGTATAGTTCATATGGCCTCAGTT CGCTTGAAGTGGCTTTGACAGTTTGTTCTGAAGCACCAAAACATAAGTACTGATTCACCA AACTCTTGTTTCCTTTGTATATTGAATCTGATGATTTTGCTCGTACGTGATTGGAAGAAG AAGGTCTAGCAAGCTCATTCTCAATTTGAGTGGCCTTTTGTTGGTCCAATGAAGTGTGTG AAGACACTGATGAAATTGAGAATGAACTAGAGCAAGATGATCTACGGCGGACACTAAGAT GTGGTATGGCCAGCATGACACCATTTACCAGCCCTGAAGCAAGTTTCTTCTTAGCTGTTG GACTTGGAAGGTTACTTCTAACAGAGAGTGTCCGCTTGTTGTTTGGAAGAGAGGAAGGCT TGGAGAATCTTTGTCGAAGAGGAACTGGTGCTGCTTCTGAATTTCTAGCACAACTTTGAT CCGCCAATTTCTTGAGCCTCTGAGTATCTCCTTTCCTTATTTTTGGCCAATAGAAAAAGC GTTTCAGCCTTTGTGCAGCATTATTTGCAGAATTGGTTTTACCCTCATTTCTAGAACAAT CATTTTCAGTGTTCAAATTGTGTTGACTCAATTCAGTTGAGGTGCTCAGCTCTGCGCTTT CATTGCCATCATGCTCAATGCCCGTGTATAAGAAGATTTCGGTGTCGGAGAGTCTGAAGG AAGTGCCAGGACTACTACCTACGTGTTGCATCTTTAAATGAGATGCTACAACTCTCCTCG CTGAATGGTCGTGTTGACTAAAAATTCCCCCAGCAGAGATCAACTGCTTTGTGAGAAGAT CTGATGAAGCAGAACGAGGCCGTTGCCTAAGGATATCAAGTGGAGTCATTCCATCCTTAT CACGAGTATTGACATTCACAGAGCGGACAGTCATTAGTAATTCCACAAGTTCAGAATGAA TATTTCCAATGACAGCCAAATGAAGTGCAGTTCTACCATCCTTATTTTCAGCATTGACAA TTTCTTCAATGTTGAACTTCCCACAAACTAATTGCTTCATGAGCTGGACTTGATGGTCCA ATCTACGGAAACAAGGAGTTTGGAAACCAGTAATGGCGACATGGAGAAATGTTTCTCCGG CATTGTTTCTCAAATAGACCAATGAGCTTGATGCAACAATTAAAGCTTCAACAACAGCTA ATTGGCCCCTGGAAGCAGCAATATGTAGTGCGGTGTTGCCTTGATTGTCTGTGGAGTTAA TTATATCAAAACTTTTTATAAGATGTTGGACAACCTGCAACCATGAACAGAATGATATAA GGCACAAAGGAAATCCAAACTTAAATTAAGGAACTGCAAAATAATTACCCCAACTGCTAA CATTAATATTGTCTCTTTCAGATACTTAAGATTTCGAGATTACAACAGTTACATCATCTA AGCTTGCTCTGAGGTAATCTTCAACATGAGAAACACGAGGTCAACCATTTATTATTAGAT GAGAATAGTATCCAAAAGTCCAGCTGATCTTTTTTTCCCTTCTGTTTTAAAAAATATGGA TGAGTAAATCCAGACCAGAGTCTTTTCAAAGTCTCAGATCAGGTCATAAACAGACATCTG TGAAAAGAAAAGCCAATTGTCTCACCTCTTAACTCCTAAGTAAAGGTCAAGTACATAATC AAATATCTCAGTTATATTCCCATCTCGAATTAGAAGTGGACAAGCTAGGGAAAGTTTACA GAGAGACGTCTGAACAGGAGAACATCTTAAAGTAGACATTAACTAAGACTTTGAGTAAGG CAACAAGGGAAAACAGATGATTAGCAAAATTCTACCACCTTCTGCTAACGTACAGTGACT AGTACAAGAACCTCATACAATAAGTAGTAGATTATTGCCGACTGAGAAACTTTTCTTTAG ATTAGTTTACATGTAGACTCGTAAATTTAATATCCGATTTTCCTCATAGATATATGATCA ACAAAGAACAAAGTTAGAAGTACCAAAGCCATGATTCAGAAAGCCATAGCAAGCCCAATA GCTACTTGTACGGGAGAACAAGTAAGCATAACTCCCTCCTCCTAAACAAGTAAAATAGAT TGAGCGTGGGGAGGAACATATGTACTAGTTATATCATTTGTAATGGATTGAATCTCAAGA CATTCTTCGAACCAATCATAGACGTTCTCGGGAACTAGAATGCAACAAGAGGTCTCCAAA ATCCTCAAACTGGTAAACAAACAATGCAAAAGGCTCAAACTGGTAAGCAAGCAAGTCATA CCTCAACCTGCCCCTTGCCAGCAGCTGCATGCAAGGGTGTTGCACCCTGAATGTCTCTAT AAGCTAAGATGTCATCACAGCATTCAGCAAGAAGCTCCTTCAGTACCTGAAGATTACCTC CTCTAGCAGCAGCATGAATTGCTCTATTCATCATCTCCCACTTATAAGCCGATGGAATCT CACCGCCAATATGTTCATCACGCAACAGAAACCTCGGGGTGATAGCAAAATCAAACAGAA CCTTGAAAAGATCACAACTTTTACTCCTAGCAGCAGCATATAATATATCAGTGACACCAT ATTCCCCTTCTCCGAACACCAAAAGCGGGTTTCTTTCAAGCAATTCTTGAACAAAAGAGA GGTCTCCAGCAGAGGCAGCAGTATATAAAAGCCACCCACCATAGCCAGCTTTAAGAAGTG AATTTTTCCCTTTCTTGGTGTCACATTGAAGCATCAGCTTTCTAGCAACTTTAGAGCGGC ATCTAGCCACATCATCAAACTGTTCTTCATCATCCCATACAGACTCAAGCCTTCGAATCC TACGTAGTGAAGTGAGCTTAATAAGGTGATTTCCATCTAAACGAAGAAGCTCACGGACCA AATCATAATGACCATTAGCAGCTGCATAATCAATTGGCGAAGCATACCACCATTGATCCC CTGTGCTCTCCCATCGAAGAGGAAAATACGTTGGAGGCATTCCAACAAACAGATTATGAG TATACACGCTCAAATTTTACCAAACAAGTTCCAGAGGGAAAATTAAAGATTCTTCAACAA GAAATTAAAACTTCACAGTTAACAATCGCAAAGAGATAGGAATGAATGACATAAAGGAAC TTTACCCACAAAACAACTACTACTTAAAGAGATAATAATAACAAGAGAAGACCCTACTGT GACAAGTACTAAAAATAGCTTGTGGATATACAGAATAATCAATAGCTTCAAGAATACAAA TAAAAATATGAGAGAAAATAGTACAAAATGACACATGGAAAACCATGATTTAGTTATAGA AAAGTGTAGACAAAACCAGAAAAGATTGATAGTGATGAGAGAGAACAAAGATTGAGCCCA TCATTAACCCACTAAAACTGACACATTTGCTTACCACAAATGTTCAGACCTAATTTCTCA CAGAATTAACAAAATAAATTCATGGAAGAGATATTCAATTTTTTGTATCAGATCAAATAA TTTGTATTAAATTAATGGTCATAAATTAAAATTAAAATGCGTATAAATTTAATGCTATGA TTTTTATGTTAAAACACATTTATTTAATTAGATATAAATTATACATCAATTTCAATTGAG TGAAAAAGCTGATGATTCAGAAACAGCATGCAAAAGTGAAAAAGGAGCCAAACTTTTTTC AGGGAACTGTCGTAAATTGATAGATATATATATATCCCCAAGTCATGCCCCATTTTAACT TCTTTCCATGCCTATATTATTATATAAACAAAATTAGAGCATTACATTAAGAAATTAAAT GAATATAATATTTTATTAACGTTAGCTTTTCAATTGATTAATTAATTTAACTAATGATCG TCAATTTTTTTTTTTTATTTTTTTTTATATTGGTCGAATATATATTTTTAAGATAGTAAT TTACAAAGGTAAATTAGGAAAATATTACAATTTATATATTAATTTTATAAAATAATAAGT ATTATAAATTGACTATTTATAATAAAGATAACATAGAAGGAGTAATTAAGATGAGTAAAT TTCAAAGATTTCATTCCAAATATGCAATCTCGAGATTCGAAATTTTACGGTATCATTCCT CATCTGTCTGATGCACTTAGGTACGTTATCGAGTACAAAATATATTGTTGAAGTGTAACA TACTTTTTATTTTTAAGAAAGATCTTTAGAGATATTAATTAAAGCTAATTTAATGATAAA ATTCTTTTGATTCTTCTCAGCCTCTTCTTAAAAAGGAGAGATAGTCATTATTAAGGATTT AAAAGTAAATGGAAATCACATCAACAAGAAAGGGGTAGTTTTAGAAAAAATACTACTAAT CTACTTTTTAAAAAAAAAATTATTTTAAATTACTTATTCATTTTAATAAATTAAAAAAGA ACAAAATATTGTTATCTATTATACTTTTAATTAATTATTTTAAAAAAGATAAAATCTTTT TAAAAATTTAAAATTTTTAATTCATCTATTTCTTAATTTATAGAATAAAATAATAAATTC ACTATCTCAATCATTATTTCTTAATAAGCCTGACATTTTAAAATTGAACAAGCAATTGAA ATTAACAGGAGTAATTAATACATTCTTGAATTTGAAAAAATCATATATTTTGGACAACAT TGGATTGAAAAGAGTAATTATACCTACTATTTACTTTGTCAAATATTTTTTAATTTGATT TCTCTTTTTATTTATCAATTTTGAAAGAATAATTTATTTTTTCCTGTTATCCCCTCAGTT TATTAAGTTAATGTGTTTAAAAAATATAGCGAGTAATATAGTAGATATAAAATAATAAAC TAATTATATCAATCATTATTTTTCTTAATTAATGTGCCAAAACAAAGTTTAACAAGCAAA AAGAGATGAGGGAGTAATTTATATTCCTTATTCATTTCTACGTATAACTTATTTTTAAAA TAGATTTTCATTTTTACTTGTCCTTTTTGATATTATAAAAAAAGATAATATTTTTATTTT CATATTTTACCTTTAACATTAAATATTTATTTTTAAAATCATTTTTTTTAAGACATCACT AAAAAATTTCTTGATGAGATTATTTCTTTGGTCATTATTTTAAAAGGTATTAATTTATTT GATTACTAGACAGCAGGTGATGACCCCCTTAACCAAAAGTAGTTTACCTTTGTTGAAATT AGGTTCTCTTTTAGGCAAATTATACAGTAGGAATCAGTTTGAGGCAGTGAAAGATGATTT ATATAGAGAGAGAGAGAGAAACCTTCCCAAGAAAAGAATTAAAATTGTTATTTTATTTCA AACTGTTGTTGAAAATCAATAAACTTGTAATAATAATAATTGTTACAAACCACTTATATA ATAATATAAATATATACATTAATATGGGAGACAAGTGAAGAAGAGAGGGACCAATCCCTA TGACTATGGCCATGTGATAAAACAGCTTTTTAGCTGAAACTGAAAGGGGAGATGAGATCA AAAAGGAAAAAAGATATACTAGTTGGTTCTACAAGTAATAATGCAGCATGTGATTGATTG CCAAAAATTTAGCTTAGTGCTTATACTACTTTTTCCATATAATATAAAGCAACATCACTC ACTCAAACAATGTTAGCTACTTGACTTCAATCAATGAAAAAACAAAAAAAATCGTTTAAA ATTACTCAATATATTCATTATGTTGACAGAGACTTATGTTAACCTCCTTTTATGTATATT ATTATGGAAATGGAATGTATCATTTCAATTATATTTATCTAATCATAATTAATTTGCTTT CAATTGTACATCTCCTTCAAGGCATCCTCAGACTCTTTCCCTACAAATATTACTTACTTT CCATCTTCTAATAATAAAAATCTCCAAATATAATACACTAGTACTGGCTAGCTAGCGTAA TACATATGAGGATTATGTACTCATCTAATCTAAAAAAATAAATATAAAAATAACAAGAGT CTTAATATTCAATCTAAACTATAATTGTCACTTCTTTCTTTTCCTATGGGCCTAAATCAA AAGCCCACACCATTTGCAACTCTTCTTAAATTCAGTAGAGTAATACATGTGATACCAAAC ATAATTTCAATAAATTCAGCATAATTTGCGTGTCTCTGTTGGGGTGGGGGCAGTCCAACA TTACACAAATCAATTAAGTTAAGTTACTCCCTCCATCTTACAATGATTGACCACTGATAC ATAATTATCGTTTAATATTTTCCCTAACTATTTTCAAAATTACAAGAATTCCTTTAAATT TATAAATTCGGATACATCACTAGACTTCCTGATACACCATTAGGCTAGACATCTGAATAC ATAGGAGATAGATGTACCCGAGTGAGGAGGAATGTATGGAGGGAATAGAACATCCAAATT TATAGGAAAGAAATGTATGAAAGAATGAAATATAACATCCAATTTCATAGGAAACGAATG TATTATAGGAGATTGGAATGCATACGCCAAAAGGAGTGATGTATCAAACAAGAATTTTTG AAATTTTTTAAATAGTAGAGAATTTTTAAAATTATGATAAAAGAACATGAACATTTAAGT AATTTCCCCATAATTGTCCACTAGCACAAGAATTAAATAGACGAAACATGATAAATTATG CATCAGTTCTACAAGTTTAGACGAGGGAAAAAATTTATCGCATCGGGGTTTACATCAATC TAATGCAATTTTCATTATCATATAATTTAATAAAATTTATACATGTTAATTAATTAAGAT TAAGTAAATTTAAACATGTGACATATATAATTGAATTGGTGAGGATAAATTTTACCCATT GGATAAATATTGTTAGACATTTCAAAATAACACAAGTGTCCAGTAGAGATAGTTGGAAAG AATATCAAGTAAAACTTTGATCTTTCTTCTTCTGTTTTTGGAGCAGGTAATAGGATAATT AATAGCATTATTGATCTCATATAGTCTGTCGGAGATTTTATACTTAAAACTAAAAATGCA AGCAAGAGAAATCACTGGACTTGGAATAGCAATACAGCATTAGTATTCAGTAACCACCAA GTCAAAACGTCAGGCCACCAACGGTTCCATAAGCTGTGAGCTGATTACAGAAGCATATGC ACTAGACCTTTGAAAATACATGCACATCAGCTACAGCAGACTTTTTTTTGTTATAAGAAA CAAGTTTTTTTGTAATATTCTTAAGGAATAACCAAGAACTATATAAACTATGTTTACGGA TACACATGACCTCTTAAGAGGAACACAACCAGCAACAATGCTAAAGGCTTCTTTCTCACA CTGCTCTGCTCCAGGCTCTAGGAACAATATCAAACCGCCGATGAGAAAAGCCATTGAAGA ACTTCCGAACACTTAAACCTGCTGCAAGAAGCATGGAGTGAAGGTGTACTTGCAGGTTAT GTCGAAGATACTGGGTATGCGAGAACAACGCCAAGTTTCGGTATTGGCACTTGTGGTCTG ATTTCAAGCATGAGAAACATCAATATGATCTTTAGGAAAGATCCACAGTACTCTCCTCCT CACCCTTCTCTTGAAGGCAAGTTGAGTGTATTACGGGTGCTCTGAAGATGAAAACTTCCC TAGTAACAGCAGATAATTCAAGTTCTACAATAACGATATAGAATACACTGAACTGGAAGC AAATGCATACCACTTCAACATTTTTTTCCCTTGTTCTTAATTGCTAACGCATCAATGGCA GGTGTGTTTCCCTTTCACCTAAACGTTGATGCCAAATTTCTTCCTTCACTTCACCAAGAA GTTGGTGTTTATTTTCTGGATCTGCATATCTAGTTGGTGATTGATGGCCTACTCCAAATA CAAACACAATTGGTGAAATCATATAGCACAATCCGGCTATATTTCAGCCATATATGTAGC TATTCACCATTCATTGAACTTCCTCCTCTCAATCGCCTAGTGAGTAGTTGTATTCAAACA CATACAATACCACCGCTCTCTCTATCTCAACATTCAGCGTCCCTATAGTGCGAGTTGTGT AAGGAGTCTGAACCCTCTGCAAGCCCCATCCTGCCCGCACTTCCTTCACTTCACGATATC ACTACTGACAAAAGCCTGTCTGGTAGGAGATAACTTTCACATCTGTCATCTTTTTCCTTC CAATTCCACAATCATCATATTCCAATGGCACCACAACCTGTAATTATAAAATACTCAAGA ACTCCTTTTGATTTGATGCTTATAGGCAAAAGAAGCATTGCCTGCTGCATGTTCTAGCCA CAAAAGAAGAAATGGCAGCTTGTCTGCTTATGAGGAACAGGATTTTCCAGTGGAACAGTA ATCCTCTCTTGCCTCTCTTGGTGATCCAAAAATTCCTTATAGCAATCCCTACAGCAATCT AAACACAGATTGTCGAAACTGAATAATTCCTCATATTCACAATTATTTAAGCACCGCCCA CAGTTGATACAACGTTTAATGCAGATAGTACAAGCTCTGCACGACTGAGCAGTAGATTTC TTCTTTTCGCAACTTTCTGAGGGGCAATCATAGACTACTCTAAGCTGCTGGCATATCGGG CATATTTCAATATCAATAGCATAATCATCATCAGAAGACACAGATAACTGTCCACCTTGG AGAAACCGTGGTTTACGAGTAGATGGCAGCTTGCTGCTATCAACACCTAACAAGACCTTG AACTCTTCAAAGTGGTGGTGTGTCATACCAAATAATCCATTGACCCCAAGGTACTTAAGT CTGGGTTTACCTGCAGACCGTAAGACCTTTAAGTTCCGGAGAATACCATCAGCTGTGAGT CTCACACATCCCGGGACACTAAGCTGCATTGATAAAAGTAAATACATGACATCCAGAAAA TATAATATAATAAGAATAAAAAATGAAACATTGTTTTTTAAAAAAAACTAGGAAATGAAG AATATACTAGACATTCAGAGACTAAGATGAACTTCCTGAAAAGGCAGAACCAAGGGCCAT AGCTGAGCATATTTTGGTTGCTAAACTAGAGAAATGATAGTTATACATGATGTCTCTCAA TTTCTGTCACAACCCATTAAATTTCTGCGCATGATCTATATCAATAAAATTTATGAATAT AACCCAACCTCCAAGAATAGGTCTATTCGTCTAATCTAAAAGTCAAAGAATTGCCTCAAT TCAGTAATATAAGGCTAAACTAGGTCTCTTCACTACAGCAATTTTTTTGTTTTCCTAGAC AGAATCTCCAGAGCTTTAAATTCTGGTAAAAATACCTTCAACTTTATTCACTTGATAATT TCAGCAATACATATTTAAATAAAGAATTATAAAATCTTCTCAAAAAATATGAACTACATA AGTGCATTATAGAGGCAGTATTAAGATATGAGAGATGCCATAATGTAGTATAGCATGAAC ACTCAAAAAGGAAGAAAAACAATGGAACTCAACAGTGAAGGATCCTGATATCCACATTTT CAGATAGGGTTCGATACAATAACAAGTGAAATAATGTCGCATTTTAGCCAAATTCAATCA ATAACATTTTTTGAAGAAAACTGAAACATTCAATAGTTGCTAATGAGGCAATAAGGTGAG TGTACAAAAAGCATGTGAGGCAAATAAGGTGAGATTACAACAAGTATATGAGAGTACAAT GAATAATAGCGCAATAATAAGAATACCAAACATGTAAGCTATGCAAGCCTTACATTCATT ATCAGACAAAACGAATCATGGTAAGTCTAACATATGATTACATCTTATGCGAAACTAGAA TGAGCTAAAGTAACAAACATAGTTAGGTAAGCAGCAAAAGAGAATAGCTGACCTTTTTCA GGCTAGAATTCCTTTCAAGCACACAATTCAAACTACTATCAGTGATCCTTGGGCAGTGCA TAAGACACACAGAATCAAGATGACCTTGAGCCCTGTCCGTCAACTTTATAAGAACATCAT CTGTGATCTTATTACTCAACGGATAATCAACTTGAATATCTCTCCACAGAAGTGGATCGC TACGCACCACATCTCTTAAAGCTTTGCAAACACCCTCAACAGAGAGAAGGTCCCTCAATC CAAGATAATTAAGGGACAAATACAGCGCATCAGAAGGAGACCCTCCATCTGCATCACAAT GATCATTCATACCCGACTGATCTTCCTGAGCTGCATCTCTAAAAGCCCAATAACAGGAAT TCATAATATCCTCAATCTCAACATCCATCGGCAATCCCTCTCCTAGATCAATCTCAGACA CATAGGAGTTTTCCCCTACATCATGGTGAACTCTAATAGCCCCTTTTACAACAATATTAA ATTCCGCATACAATTGAACATCAACCTCAATCTCATCTGTACAGAAACCAAGATCCTTTA ACCCAAAATCTTTGTTAATACCCTCTAACCAACCAGTGATTTTGGTACTTATATCCATAT CAAAAGGATCCTGTGGCAACAGATCAACAATATCATCAGAACCCATCTTTGAGTTTTCAT CTTTGTGGTCTGGAAAGCTACCCTTTTCACAATTCAAATCCCAAAAATCACTAATATCAT CTGAAACCATCTCAATTTTTTCAGATTTGTGATCATGAACTTTGTCAATTTCACGCTTCA AACCCCAGAAATCACCAAATCGATCAAGCTTCTCATTTGGGTATTCCTTGTCAAAATAAC TATTATCTAACTTGGTCCCAGCTAAAATTCGTTCTTCTCGATTCAAGGACATATCCGTCT ACTCAAAAAAAAAAATCAACCCAATACCCAAGGAAAAAGAAAGGAAAAAAAAGGGGGCGT GCCCTAGGCGCAGAACGTATTGAACAAGAAAACCCTCAATTCTCGAATGCAGACTAAAAC AAAAGCACCCAAAGATTTCACAGAGTTTCCTGTGAAGCGCCTAAACGGGTTAAGCAAAAT TCCCCAAATTGTTCCAATGGATCAATCAAAATTCACCAAAATCGAACCCCCACATTCCGG TAATCAATAGAAAGAACAAATCCCAGCTACAAAGGGAACATATTTACGCACAAATCTAAT GAGTGGGTGCGCGAGAGGGATAGGGAGAGATTCAATAAGAATAAGAATAACAGAAGAGAG CGGTGATGATAAAGGGAATCTAAGAAAGAAAATGGAAATTGCGAGGTGTTTTGCAGATAT GTACAATAAAAACCAACAGAATACAATGCGATGGATGGATGATGTATAAGGTATTCCTGT ATCTACATACTCGAGAATCGCTCGCACCCTAATTTTGGTGAGAGAGAGAATTTGTATATG TGTCTCTCTGAACTATAGGTGTCGATTGGTAGAGATTGATGTGGCGCGAGAGACTTGTTC TTTTGCGCTACTTCAATTACCTCCCTATAAATTAGGTTACAAATTGGGCCTATTTGGGCC TGCATTTATTTATTTTTTATTTTACTTTATCGTGTAAAATTTTGATTATTATTTTAAAAT TATTACTAAAAAATGGATTTGTTTAGAAAAAGGAAAAAATAATTAATAACCTCAAATTTG AAACATAAATGTTATATATTATTTAAGAATATCTATTAGTATTAATATGTCAAAAATCTA ATAGACTTGTTTTAGCACCTTTTCAAAGAACAAATACCAACGAATCTATTTAGCACCTTT TAATTTTTCTTTGTGGATATATATTTGCCCCTCAGTCCTGTAGGACTAAAATACATATTA AAATTGGCCATAAAAATAAAATATTGAAAAGAAAGTAAGTTTTCGGAAGAATTTGAAAAC GATAACTGCAAAGTTATTTATTTTTGGAATGCATTAAACTTCAAAAGGGTTGTAAAATAA GGATAATTTTCTTAGCGAAGAAGTTCTTTTACACACCAAGGAAAGATCCAACCATGTCTC ATTCACTTTTTTCTCTAAATAATATTTTTATGTAGTCATTTTCTTATCTATTTCAAATTA TTTGCAAAGGTGTATGTTATTAGTACCTCAAAATCGACATCTATTGCCTATATATATCAT AAAAATGTTGTAGCTTGTAGGGGACCAATAAGATAATTTTTCTCAAAGACATTAGCATTA ACAATTTAGTTGGTAATCATATACTCGTCATTATCACATCTCCATGTAATTCACTTACCA AATGAATATAATACTGAGCAATTTTTTTTGACAATTGACATACTACAAAATAATAAAATA CAAGAGAATTAGACCAAACATGTTCAAGTTATGCACTCAATATTTATGAGTCACTGTCTC TTAATAACAAATCAAGAAATACCATGAGGAATACTTTTAATTTCTTTTTAGATTTCGATG CCTAGGGAATCTATGATAAAAGATAAAAGATTTTTAAAAAAAGGAATATTCATTGTCTAC ACTTGTGACATGTGGGGTAAAAACTTGGCTTCCAAGGTGGACAATTCTACCACTCACAAC ACTTGCTTTCTTAATGGAGTAGTTCACAAAAGGGGATGGAATAACAGTCAAACATGAAAA GAAAGCAAACTAATAAATGGTCTTAAAAACAAGAATGGATTCCTCACGCCTCTTTCACCA TTTAGCCTAATTGTCACTCTCATTGAAGAGTTGAAAGAATGTTGCTTATTATGGAATGTT TACACACTCATTAACTACAATTATATGAATCATTTACATCCATTATGTAGGATTCAAAAT AATTACTGTTATCGACTTTATCAAAACGACTATGTCTCTTTACCAAACTAGTTAGATCTA TGAGTCCTCATTTTACAACTTCAGTTAAATATCGCTTGTGTGTGTGTGTTTGGTCTTTAT GTTACTTATTAGGAAAAACCCAAGGAATATTTCAGATACTCTCTCATTTATTAGCTTAAA AAAGATGAGATTATTACATGCAAATATATTTGTGGTACACGGACTGTTTGTTACTTCTCA ATAAGTTTGCACATAAGCAGGATACTACATGGCAAAAGTGACGAGGTAGCACTCATCTGC AATACTTTTCCAAACTTATAGTGTGGGAGGGATCCATATATAGCCATGAGTTTGAACGTA ACCGGCATGTTGCAACAACTCATCTGCTTCAGCAGGGCCTCTGCTGCCTGGCTTGTATGG AATTGGCTTCACCTCTCCATTGTCAATTCTATGCAAAAGAGGGGTAAAAATCTCCCAAGC CGCCTATATTTAACAGAATAAGAGTTATCATCAATCGTGTTTATGCAACGGGTACAATAT ATATACCAAAAACAAAATGCACTACGTACCTTGAGCTCATCCCTACGCACAAAATGCTGC TGATCTCCTCTTATTCTGTGAAATGAGTTAGCACACTATGTTATCTGCCAGTATGCAAAC ATGTTAAAACTAAGGACATGCACAAAGGCTGAGAAGCATACGTGTCGAGAATCAGACGTT CATAAGCCTCTGGAATGACAACTCCTTGGTAACGCTGCCCATACGACAGGTCTAATTCAC TTTGAACAGTTGACATTTCAAGCCCAGGTTTCTTGACCTGCATGAGAGAAACAAAAGATA TGTCACTAAGAGCACAAGCAAACTGCAAAAGAACTATTCCTTTTCTTCTTCTCTCTTCCC TTGAAATAAATGAACAGATAAATAAAGGTGAACCTCCACATTCCCTTAAAACTCAGATAA TGAACAAAATAGCGGCTTCTTCTCTCTGTCTCAATATCTCTTACATCGTAATTTGGACAC TTTCTGGCCAGGCCAGCTCAGAAACTATTTGATGAACAACCAAACTGATAGCTTGAACAG AACAAGTAGCACAGAATTATTCTTACCGTAAGCTTCATGTACATGGCTTCTGAAGGTTGG AGACGTATCACAAACTCATTTCTCCCCTGCTTTTGACCTGTTTAATATGTCACAAAAGGT ATTTTTCCATCATTGAACTTTGACTGAAAATCTGATACACAGCAATGAAGTCACAAAGGG AACAAGTAGATGACCATGTAGGTGAAGTTTCATATAATGCATAGAGTTTATGGAAAACCA AGATGAAACCATGGTATTAAATGGCCTAGCAATGCTGAACCTCAATTGGGAGAACTAAAA GCAGCAACTATAATTTAACCCATGAACATCAAAGCTCTATCCCAAGCTTGCGATACTATA TCCTTTGCAGCCTCCTTGACGACTAACTTAAAGCTCCAGACCTTCGTAGAAACACTTTTT AAGATAAACTTTCTCTATAGAAATACTGGAAGGAGCTAACTATTCAAGTAGAAAAGCTCT CTGACATGCATGATATATATCATCAACAGAAGAGAATTCATCTCTTAAGTCTCAACTTAC TTCTCACAATCAAATCAAATGCTTCACAAATAAAACAAAGAGAAGGTGATTTCTACATGA AAAAGGAACAGTAACCCTAGTTTGCATCACTTCTTGAGATACCATTCACGTATCAACCAG AAGTAATCTGTTTCTGGCTTAAGTAAATTAATTAATTAGTGGTGATGCAGTTTGCTAGTA TAGGTGATGAAATTTGATAGTCTATGTAACACGAGCTAACAATCAAACATCTACAAAAAT GTTAGTAAGATAAAAAAATAGTATCCTTAGAAAGATCCTGACACATACATCTAAATATAT CACCAGGAACATCCTTAAACTGCACTCGTATTTCTGCCTTTCTTGAATTTAGTGCTTTTC CAGCCTTCATTATAAAGGGGACACCTGCAGCAGGTAAGCCACATATACATAAGATACCCA AGATACAGACAAAAAGTAGTCGTCAAAGTACATCTCTGAAACAACAGATAAAAAGCAGTC TACAGCTGAGATCAAACATTAAAATACAAGTTTTAAACTTGTGAAATTCTTATCTAACCT TCCCATCTTTCATTGTGTATGCGTAAAACCATAGTTGCAAAAGTAGGAGTATTTGAGTTG TTAGGAACTGTTGGGTCATCCTTATAGCCTTCATATTGTCCAAGAACAACCTCTTCATCT TTAATTGGAAGCATTGATTGAAGAACCTGCGTGGATAAGAAAACAAATAAGTGAAACACA CAATTCTGTGAAAATGGAGTATTGGTTCTTCAAGTCATTATCATTATCTTATTATCCTAC AAACAAGCAAGCAACCACATTGAGTTTGTCGCAGTGTTAACCTGATACATACCTTAACTT TCTCATCCCGAATGTGTTCGGGCTTCTGAGAAACAGGCTTCTCCATGGCAACAAGGCAAA GGACCTGCAGTTGAGAAGGTTACTAATGGTAAGAATTAACATACCCAAGCATAGTGCAGA GTTCAACTGTTCAATGATTAAAGATATAGAGAAATCAAAATAGCAAAAAAGAATGGGTGA GGAATGTATTCCACCCGACCCCCGATGTTTTGAATTAATACAAGGATGAGCCTACGCAAG GAAATAGCTGCATCTATCAAAAATTGAATATGTTGATGCATTTTTCAGATCTTAACGAAT GGGCCGGCATTGGTTTAACCACAATCCTGAGACATAATCATGAACTGGCTTCTTGTAATG TACTTCCAGGAGAGAACCTGTGAAGTATTGTAAATCCCATATTTTGAGTTTCTAACTAAC AAAGGTATTGATATGATGATTCAAAAACGACTACTACGCCCCAATCCCAAACAAGTTTGG ACTCAGCTATATGAACTCTCACCGATCTTGTAATTCCATGTAAACTCATCTCAGGCCAAT ATTATAGGATTACAAAATAAAAATATAATAAAAAGTGGATGGCACTTGTTAGCCTTAAAG ACAGAAGAATTATGGGTCACCTGCAATAGATGGTTCTGAATAATGTCGCGTATAATCCTG CAAAATGGATGAAGGATAGTTAATTATTACAAAAAAAAAATCCAAAACGCAGCTTAGTGA AGTACAGAGAAGGAAATTTATAGGCTTCTTAAAGAACATCTGCTAAGACTTCATCTGATC CTTCAAGTAAAGGGAACAGAAGCCAACAATAAGAAAAGGTGCACAGAGAAAAAAATGGGA AGTTCTCATCTAGGAGACATAGACCATGTGCATACCCATATTCATCAAAATATCCACCGC GGCCTTCAGTTCCGAAGTCCTCTCTAAAGACAATCTGCAAAGTGGAGAATCAAAGTGACC ATTTGGAAGTGAAGAGCATTACAACTAAAACACTCTAAGAAAACATGGAACAAAAATCAG AAAGGACAACAGGAAGCTAATGTGGTAAGTTAGCTGATATCAATATCTAAATACTGATCT AATATTGACTACTGAGATTTTGCTTCATGATCTCAGCCATCATACTGGATCATCATGTTC TTCTTCTCCATAGATCAGATAGAAACAAGACACTTAACCACCAGGTAAGGTGTTCACTCT ACACAACAGACTATTCCCTCATTAGGATTTGTGAGAGGCATGTAATAGGAGGTAGTTCAG AATAGTTCAAGAACTTTAACCTTGAGTGACAAGCTAAGCAAACCAGACAACTTTCGCAGA TACATCTCGTTATATGCTTAGAAGATAGAGGAAAGCCTCCTCTCCTACCCTGTAAGCAGA TGTACCTTTCGTCTTCTCAATATCAGTGTGATGTGTGATATGAATATCTAACTAGTTACA ATTTGTAAATATGATACTGATGAGAAGAGCAGTAAGAGTACATGTTCAACTATTGATTGC TACAATCTTAAAGCTGGAAGATCGTTGTACTGCCGTATTTTTATTTATAGGTTACATTAC AAGAAATTAGTATTGCACCATGTATCTTAGAGGGAAAATATACCTGTATATTATCAATGT TGTCACGATTCCAGAGCGGCAAAAAGAAGCGATTTGCAAAACGCAGCACCAACTGCAGTA GATTTCATACAATATGAGATAAATGCACGTACCCAGGTGAACTCATACTAAACAAAATAG TGTGTTTTGGGAAGTACCAAATTCTGAACCAACTCCTTCCCCAAATAATGGTCAATGCGA TAAATTTGGGGTTCGTCAAATAGTTCTCCGATCTGGGAACTTAGTTGTTCAGATGAAGCT AAATCCTTGCCGAAGGGCTTCTCAACAACGATTCGTGTCCAACCACCAAGATCAGCTGGA ATAGTGCAAGAAAATCTTTAACAATTTCTGTTGAATATCCAAAATATTGCAACCAAAAAT GAAAACAGCTACTTATTGGCACACAATCTGACCAAGTACAGTGACTTGAGGATATTTTAC GTAAGTTATACAGTATGCTGGTAATTCTTTGAAATCAACTGATAAAAGACCAAAAGAATG AGGATTGCATAGTAATCAGTAAAGTTGAACTCATTATTAGAAGAAATACATACATTTGTT CATACAATAACTTTTTATCATTCTGCAAACAGAGGGATATACTGACGGAGGAAGAGCAAA GTAGAAAAGTCTTCTGGATGATCCTTCTGTGCTATTTTTTGAGAATTCGTGCTCAGATAT TGCCTTGTCCAGTAACGTAAAGCCCTCACCAGAATCATAAGAGCCACTGACGTATTTAAT CTGAAAGAGCAATGACAAGTAAGCTAATTAAACATCAGTTAAATGGTGAAAAGAACATGA AAAAGCTTTTCACTCACCAGTTGCAGAAACTCTAATACTTCTCCTTCATTTTCTTTCCCC CGAGAAAGATACCTGCAATCAAAGAAGCTTGTTGAACCCCAAGCATTCTCCCCAGTTTTG CAAGAGACATGAATGGAAGTAGAGCGAAAAATACGAAGGATGAGCATTCTAATCAGCAAG CAGGTGGAACTACAATGAAAAGATTTCTTTTTTTTTTTTTGGGGGGGGGGGGGGAGGGGA GGGATACGAGTTCTTTTTTTGGAAAAAATAATTCAAAGCAGTGGTACATCCTCACTATCA CGTTTGAGGAAGAGCAAGACAAAAAGTATCTGAAGAAAATTGACATAAATAGAGACAAGG CGAACAACAAAGCATTTCATCATGAATTTGAGGCATGCAAATGCAACAGATATCATACTA ACCCACGAATACGGCTTCTCAAGTCATCATCAGAAATTTTTGTCCTTGCGTAGCCAAAAA TGTGAACTTCATTGGATTGCAGAAATCCCTGAGAATTCACAGCGCAATGCCAGAGTTAGC ATACTGCTCGTATAAACTTTTTAACTAGTGGTATAACTAGGTATGATTAGTCAGATTTTC TTTATGACTCCACTATTGACATTGATTTATCATAAAAATCAGATTACCACAAAAAACAAA CACCAAGAGTGCAGAAATCTGATTTGAATTGTACCTGCCGATAGAGGTTGAAGAGTGCAG GAAAAGTTTTCTTTTTGGCAAGATCACCAGAAGCACCAAGAACAATAATAGAAAGACACC CAGTTTCAGGTATATTATCATTGTCTCTAAAAGAGTCATTCCTAATAGAACCCCTTTTCT CAATACACCATGATGCCGCCATCTTCACAACCAACTTCAGCCTTGTGAGTTGTGATCTAT AAATCAATAATCAGTCAATCAAATACTGTGAGTTGTGATCAAAACAACAGTAGTCGTCAC TCAAGATTCTGAAAATTGGGTAGCTAATAAGATTTAAGCAGGCTGCATAAAGTAATCAAC TTTACTAACTTTACTCTAGCAAGAGAAGAAAGCGGATGATCCAAGAAAAACAAAAGAATA TGGTTTGAAGAAGCAGTTGATGACAACGTAAAGCATAATTAAACCTGAATTAGCAGAGGA TAATATAAGAAAGATCCAGCAAATTAGCAAGTTAAAGAAAGCAAAAGTTCCGCAACCAAT AAACTACCAAGATCGAATAAAGGTGACAAGAAACCAACTTTTAGGTATTGAAAAGGAGAG TAAGCAGTAAACAGGAAAGGGGTTGGATCAAACCTGAAAAAAGGGGGGCAGTAAGTAATA CGATGTTTTTGATGATTTTAATAAAGATTTTTATTATTTTTTTATTTATTTATACAGATA CCGTTCACCTACCACCACTTTGACTTATATACGCCGCCGTAGTCTCTGACGTCTTTTTAG TTTCCGATCAACCACTTTTTTAATGCCATTCTCCATTTCACATTTAAATACAACAGTAAT TTTAATGCGATTCTCCATTTCACATTTAAATACAACAACAACAACAGTAAACAAAATTAA TTATTGTAATCACTCATAGTGGGTAGACCATTCCATGTTTCCAAGATCAGCATATTTTAG TAGAACACCACTCTTGACCACCTTATGACTTTATTCCATTACATAATTAAATACAAAAAA ATAGTATTTAAATTTAGCACCATCATTTTGTTTGAAAATACAATAAATGGGATTTCGGTG TACAACATAAAAAAAAAAAAATACATTTTTATCTCAAAGATATAGAGATTATTTTCGATA GATATTTAAAATATATATTTTTTCTATACTTGCTACTTTATAAAAAAAATTACTTATACT GTTTCTTCTATTTTGACTTGATAGATAATTGAAAAAAAATAATTAGTTTTATGATTTTAA ATATGTCAAATAAAAAATTAAAAATAATTGTAAAAAAATATTTTTCTTTAAACAAGAAGT AAAATAAGACTAACATTTGACATGGAGAAGTCCAATAATTGGTATCATCGATTTGTGAAT ATATATATGTAGTCCTCATTCTGGCCCTACAATAAAATAATTGGGGAGATTATAAGACAT TTTATCAACTAATTATAAAATATCGAACCAAGCATATCTAATATAGAGCATGCTTATTTT TGACGGAGGAATTATTTTCATACACTAATTTAGATTACGGAGAAATCGTGGGAGACCAAC CAGCCTTTCCTTCTAATCAACAAAGTTGGTACTACACTTCGAACCAAACAGCTGATTAGT TTCTCTAATTCAGAAGCTCAATCAATTAGTTATTGTAAAACATTGTAATACCTTATATTT GGTTATGGACAAATCAAGCATCTAAAGTTGACTTTCAACCTATATTTGAATATTTCAAAG TTCAAACCTCCTCTTTTGGCATACTCCACCAACTGAGCTAAGTGACAACTGGTTACATAC AGAACAAACAAAGCTTTTGCCATACAACTCCAGCAACTGACTGACTATCCATCTGAAGCA AAGTGACAACTGATTACATACAGAACAAGCTATGGATTACATATAACACTGGATTAGAGT ATAGTATAACCCTGACATCATCGACCATATCACAGTTTCAACCACTTTGGCTTAATTTTC TTCTTATCAGCAGCAGGCTTTTGATCTGGTACTGAAGGAGGGGGGTTGGTAGTTGGAGAT TCATCTCTGCTAGGTTCACCAGGCTCCATCTTCTCTATCATAGAATCCAATCCTTGCAAA GACATGACCTCTTCTTGAAGATAGGATCCTGATGCTGCAGCACCATCATCACCTGGAAAT AGGTGAGATCAATTTCACTAATAACATGATTAAGAGCCGTGAGTGGAATACAACTCCAAA AACGAAATTAGAATAAAGTCAGCAGAAGATTCATTTAACCTGGGGCATATATACACAACA ACAAAAAGGAAAGATCAGAACATTCAGTAGTAAATATTTAATGGGATAATGTCGGTATGG GTACTTTGTGCATATCCTTCAAAATTACATATTCACAAAAAAAAGAAATGACTGTATCCA CATGGAAAATTATACCTGAACATATGTTGTAGCCAAGTCTATGAATCATAAGAAAGGAAC ATATGAAGAACTAAATGTTTATTTAAAACCACTGTCTCTTCTAGGAGTTCCCAAGTGCAC AAATCCCAGGCATGCAACATATAGCAAATCCTCCTCCCACAACCCGAGAGAAAGGAGAAG AAAGAGAGAAGATAACCTTGACGGTCATACAACCTAAAACCATTTGCATGCAACAATTCC AACCTACCATTATTACTGAACAACAAACTTCTCCTGCTTCATTATTCCTGTACACTAAAA ACCAGCAAATATAATCTCAATTTTGGTGAAAAGAGAATCTCCTCCATAATGTGGAAAAAG AGTCCAATTGAAGGTGTCATAGTATAGCCACACCTCACATTCCTGTACACTCTCCAATGC TTGCTTCTAAGAACTGTCCTCTTGATAGAGACCAAGTTCAGCCTCTAGGCAAATTGTCAT TGCCGTCAAGTTAGCACTTGCACTTAACGTTTAAGTAACTTAACCAAGCATAGCGACCTG ATGTGCTTTTTATGTACGCAAGTTTTTGGAAATAAGAAAGCAAGCTATAAGCCTAAAGAA ACAAGGGAGCTCAAAGAACAAGTTCAGCCTCTCAGAAAACTGTCGCCACCTTAGAGCTAG CCCTTGCACTTAACGCTGGTGTAGCTCGAACAAGCATGACGACCTTGTGTGCTTATTGTA TACGAAAGGTTTTCGAAATAAGAAAGCATAATAAAAGCCTAAAGACCCAAGACAAGCTCA ATGACAAGGCCATTGTTTTGTTTTCTAAAGGTTAATTTCAGCCTTCTAAATTGGAACTTG CAGAAAGGCTAAGATACATTGGAACAATGATCCAAATAATCTTTTATGTTTTTAATTTGA AATGCCGCCAACCAGATTGTGTCAACATCATAGCATTAGGGGCACTTTGTATAATCCAAT GTCTTTTTTTCAAATGGCCGAACTCTCACAAACAATGCAATACTTAGGGGTGACAGTGGT GAAAGTAGCTAGTATGAAATTTCTTGGGCACTTACCCGCATGATTTGGCCCCTCTTCCAA GGAACGAAGAATTTTCAGAAAAAAAAAAGATTTTCATTTTTTATTTTTGTTTATAGATTT CTTATTATTATTATATGTTAGGAGGAACTTCTTCTGCTGTTCTCTCAAAGGGTTGTTGTT TACTTGATCGCAAATGAATGTGAGCACACATCGGTCTCTAGCCTCCTATGTCCAAATAGA CAACCACTATCCAGCACAGTGAGTGCCTGCTGGCACACGGGCAAAGCAAAAAATTGTGTC TTACATATATTCATAGGTTAATACATATACCCAGATGGATGTTTTACCAATCATCCATAA GATAAGAAACGACTTAAATAAGTAGGAGAAAAGGGCATGTACATGAGCATCTAGGAAGTT GGATGATGGAGCATCTAGGAAGTTGGATGATGGATACCTTTTTTCCCGGATTAGTACAAC TATTATTGATGAAAACAGGGTGCTTGTATCAATATTACGACTGACGGCTTACACAGGATT CCAGATATGAAGAGATATGCCATAGCAGGCTATTGATTAACATATATAAACCTTCCCTCT TAAAAAGCAAGGACTGAGGTCAAGGAGAAAGATTCTCTTGAGCTAAAGGTACTTTAGCCC CTCACACCTCCCTGTTGCAAGGTTTTCTTAGAAGAATCACCAAAAACATTCAACATCATT AAATCACCACTGAGGTATATCAAGTATGCAAGTCATTGCAGGTTCAATGCCCAAATATGT AACAGAGGTTTCAAAAAACTGAAGTTACAAAAGAGCGGAGAATTCAGACTGTTAACAGTT TGCACTAACCTTTGGGTAGATCGTAAGAGAAATAAACAACAGCACCAGGAATAAATCCAG CGGAATAGAAATCCTTGGAAAAATCTTTTATTTGCTTCTTAGGAGGAGTGGTATCTGAAA TAACGGACAAGCATTAAATCTTCAGCAACACCATTATTATAAACTGCTCTTGAGAGTAAA ATATAGGAAAAAGTAAAATGTAGCAAATGTTTAGAATAATCTTACAGATATAGAAAGGCA GTTCAGGGTGAGCAATCACTTTCACAAGAAGGTCAAGTAAGCTCTTGATTGTCTCTGACG GATGAAATGTGGCCTCCAATATATAATTATCCGGGAAGCGTACTCTGATTACAGCCTGAA CAACACAGACCAACACGTGATATAAAAACCAATAATGTCAAATGAAAAGACGTCGAAAAG TGTCAAGGTCCCCCTGGGACTTTAAGTGCAAAGCTGCGATAAAAGCCAACACCCCAAAGT AAGGTGCAGATGAAGAAACAAATAAGATAATATATGTATGATGAAGAAAACTCAGTACAC AGACAAGAAGTTGTATGGGCCAAGAAATTTGAAAAATCTGCAATTCAGTTAACATATATG GATAAAAAGTCATGTCAATTAAGTTCAGAATTTATTTTTTCAACAAATAATTCGGACATA ACTTGTTTTTTTAAGTTCCAATTAATCTTTCTGGCTAGTTTTCTTCAGCAAAGCTTAAAA TTTCCTCTTCATAATCACTGACCATTTATTCACAATATTTTCTAAACCATTAAAGTAGCA TTTCGCCAGCTGCATTTATTTCTTATCGCCCTCTCCAAGATAGATCCACAATGAGGAGCA CGCTTAGAGCCTTATTTAGGCACTAAAACTGTCCAAGATGACACTTTCAGCCTCAGATGT TCAGCAACAACAACCTTCAGATGTCAAGTGTGGCTTTGACAATACTGATGAAAACTTAAT TTACCAAATCTAACACCAAATTATTCAAACTTGATACAAGTGAAAGAATCATCTGGAGAG AAAGATCAACTGAAAACCTTAGTTATCCTTGCTCTGCGTGCAGCTTCTTCTGCCTCACGA ATTTTCTTCGTCTTCAAGTGCTTCTCTGTTGAAAATTTTCCCAACACCAGTTAGAATAAG CAGAATCATTAAAATAACCAAATTCCTGTATACATTTCTACAGATCTATAATAATAAACA AGATCCATTGAAGAAGGTAAAAATGTGGAAGACACGGTGAATATACCCAAGGCGCAAGCA TAAAAGAAAAATAATAGAGTCTGGAGTTCTAGTGTAATTTGTCAAATAAATCGACAGACA ACTAATTGACATGTTTTTTTGTTCTTCTGTTAGAGGTCAGCTAGAAATTTCACTTTAGCA AATACTTGAAGCCATTTTTCATCTGAAAGTCTATACAAGTGTATCTTACCTTCTTTTTTA GTTCCCAAAAGTCGATAATAATCCTCTGGTGTGAACTCATAGAAGTCTTCGGGCTCCTCT GACACTGCAGAAGATGATTGAGAAAGGCCACAGCAAAATAAAATGAGCATATATGAAAAC AGACCATAGAATCGTGTTTGGGAAGTTGTATTAGTGATAATTTCTATGTCAAGTAGGAAG TACCATTGCTGGAAACATCAGGAGGCACTGAAGAAGCTGTTGCTGTTTCAAATACACGGA TTTCACGTCCAAACGTTTCTTTTGCAGCAGCAAGCTTCGCCTGAATTAACCCAATAAAAC AGAAAAGTTACAGTCCAGTATGTATGTGTGTATATATATATATTCCATGATTGAGTAACA GACGGAGCTTTCCATGATTTTAGCTTTTTGAGAGTTTAGCTGAAGTAAAGCTGGATGTAT TTACACAAAGGGGAACAGGTAACTTTACTTGACAGATAGTAGAACCGAATTTGGCAGATT TTGTATGGGATTTTTTTTATCATTCTTTACTTTTACAGCTGCAAGTTAAATTTTACTATA ACTCATCGTCCACAGTGCTGCTGCAAGTTCAATAATTTTAAGGAAGTGCTGATCTTTGGT CTTCCCCTTCAGGGCCAGGGGCGGAGCTACATTGCATTAAGTTCAGTGGAAATTATATTA TTTATACATGGTTAAAATAAATTTATATGTATATATATGTTGAACCTCCTTCGGGTATCT ATTTCTACACATTATGAACCCCTTTATTGAAAATTCTAGCTCCGCCTCTGTCAGAGCAGT TTGCAACAACAACATCATCATCATCATAATCATCAACAACATCATAACCAGTGACACCGG AGCAGTTTCTTATTTTATTTTAAATTTTAATTTGTTTGCTGTTAGGTGAAGGGGAGACCT GGAGCAGCAGTAAAGTTATCTCCATTTGATCTATATGTCATGGGTTTCAACCATGGTATG TACCACTTGGAGAGCGGACCTAGCCCCCGAACCCTGCATAAACTTGGATGTTAGGTTCAC CCAACTGTTTTTTTTCCTTACTAGATACAAATCAGGCTATTACAAATGTGTCAAGCTAAA CCTTAACAATTTGTGAAATTAGGTTTTAGGCCTAACTCACACCCCAAAAGCTAACTCAAA GGGAGGAGGATTGTCCAGCCTTATAAGGAGTCCACCCAACTCATTAACCGTCATTCTTTA ACACAGTTCAATTCGGAAGTTTTATGGCCTATGCACATCTCTACAAGTGCTTCAATTTTT GAAAAAAATAAGGGGTGTATTACAAATATATAACAAAAAAAAAGTGCAATACTTGCATGC CTGAATTTCACACTTGTATGCTTGATTTGCTCAATACAATACTAGAGAAACTGAAGAGTT GGGCATACACTTTATTTGTTATATGGGCACAAAGAGATAAATCAGTGATCATATAAAATG GGAAGAAAGGTGATGTTCTAACAACATTTCCCATGTACAGAAACATAAAACAACGAAATG TATGTAAATAGGTTTAAATACTAACAAGAAGCAGGTATGCAGCAACTCTTAAACAATGGA TTGTGTATAAATGGGTTTAAGTATTAACAAGAAGCAGATAATTAAGAACGTGTGTCAATG GGTTTAAAGATTAACAAGACACAGCAAACCTAAAACAATGGAACGGGCTTGAAGATTAAC AAGAAGCAGCAACTCTAAAACAATGAATGGGTTTAAAGATTAACCAGAAACAGCAACTCT TAAAACAATGGAATGGGTTTAAAGATCAACAAGAAACAGCAACTCAAAGCAAATGGAATG GGTATAAAGATTAACAACAAACAGCAACTTTAAAACAACGGAATGTAGGTAAACAAAAGG CACATACAACTAGCGCCTTTCTTGTGTTGAGATTTTTCCTGGAAGTAGTCTTTATACAAA CTTCTTTCTACAAGATTCTAAATAAAGAAAACCAAGAAAATAGCAAACAAGATGGCTTTT CCCACCATGAATCAACCACAGAAACACATGCGAACTGGTCTGAATAGTCACACAAAAAGG GGTAAAACAAGAAGTTAAATCGAACCGGTATCTTGAAAGGAGAAAAGAAAGATGAGATTG AAATGAATACCTTAGCTGATTCCAACTCCATCGGATCAACGGCGGTGAATCTCTGGCGCT TTGTAGCTGGTGCAGAATCAACTATCATTACCCACACAAGCAAAGAAGAATTCTCTCTTC TGGATTCCGGGTGGGGCGGGGTTAAATAATAAATCCGAATATGGGATATGGTCTAATGGG CTTTAATTGTATAAGCCCGGCCCAATTTCATTCTTGTCGGATTGGCTTAGTTTACAAAAC AATTAACAACCTTTATTTTTCAACTCAATATATTCATTAATAATAGAAAGTTACACTTTT CATAAACTAGGTGAAATAAACGTCATTTTAGTGTAATATACATTTATATACTTTATTAAG TTTTGCACCTTTCTTATCAAGTTAATAGATACTACGTTATTTTCGAGAGTAAATCATAAA TTTAATTTTCCTTTCATTTTTTTATCTTAATAAATTGTTCGCTTGTTTAATTGAATTGGC AAATATTATACGTGTTAATCAATCATTCATAGTTCTTTCAAATTAAATATAATGTTCATA GTAACTATTTGATTATATTATTTATCAAAATGAAAAAAAATCTAATTATTTAATTATTTC CAAATTGACAAATTAATTAAATATGATAAGTATTACTAACATTATCAAATATTACCTTCA TAACACCTGAGTATAATAAGCTTCGAAACTTGAAAACACTATTACAAACAAAGATAGTCA TAACAAATAATAAGGACGATGAAAAAGAGAATTTTTATAAATATATTATTTTTGTTCTTT TCAATATGTGAAAAGATTGTACCACAGATTTATTATACATTACAAGATTTTAAGTGTTAA AAAAAACGTCTTAAAAATTTTAAAATAAATTAAATTCGTCTTTAATACATACTCATATTC TACATTACTCTATCGCAAAAGATTGAAAGAGAAATCATATAGGTTTCCTTGCTATTTGTT GATAATTATTTTTGCCATGTCACTCATAGATGGTAGTAATTAAATTTAAGAAAAAAGATA TTAAGACACCATCAAAGTTGTCCAGTATTTGTATAAAGACACTTTAACTTTCAAAGTGTC CTATCACCCCACAGAACTATTTAATATCTTTGTAAGTGGGTCGTTTTGACTCATTCCTTA GTCTATGTAATCGTGCGTGTTGCTCACTCTCTATGACAAAATTTAACCCAACCCGACCCT ATTCTTTGAAGAAAAGTCATCTTCTCTTTTGGGGTGGGGCGGACATGTTAGTGTTCGGAG TGGATGGAGGAATAAATTAAACGGAAAGATATCAGCATTTTTGGGGAAAGGAGGAGGAGG AAGTGTCGATTGAAGGTGGTTTTGTCACCGGAAACAATGGCATGCTTGGAGTCTCATCCT GAATTCAACTAGTTTGTTATTGGCTACTGATTTTTTTTTTTAATTTGTAATTTTTTTTTT CAAAATTGAATCTCCATTACTATTTTCACTAATAGATCATCATATAACAAATTTAAGTAA ATAACACTAAAATCTAACAGTACTTGGACCCCAACAGTTCAGATCTATAACTTTACTCAA CGTCGCTTCCGTTTTCCTCAACTTCTCGCTGGAGACGACCGCCGAAGAAGACTATGTCGA GAATCTCCGAGCTGAGGTATTTATAGAAGCAATTAAATTGAATTTGGCGTAGTGATGAAT CGATCTTAAAGTGCAATTTCATCTGGCAAATTGCTCCAATACTTGCTGCTACGATTCAGG CCGATCCCTTTGCTGCTGTTGCATTCATTATTTTTGGAAAACTAACAAAATCTCTATGTT TTTGCTGATTGATTCATTACTCAATTTGTATTCGATTAATGGTGATTAATGTAATTGAGT TTAACATTTGTTGAACAGGAATGGAGAATCAATGGAAAGTTTCCCTTTTCTTCCATCCAA GGAATGGGACAATCCTAATTGCAAAATAGAGTGATTCCAATACTCAAATGGTCATTCAAC TATTTTATTTAATGATTAAGGACAACGTAAGATGATGAAGTCGTCAAATCAACATTGATT TTTCTATGGAAAAATTGAAAAATTAGGGCTACCAACTACTATTTTGGGATTAAATGTGGA GAAGATGACAAAAATTAATCAAATAATTAATAATAAAAAAAAATGACACGTTTAAACTGG TTCATGACAATGAAAACACTTCATGACGCACCTTATGTGCGTGATAACAACCTACACGAG GGAATGGGTCAAAAGGACCCATTTACAAAGATATAAAATAGTTATATGGGGTGATAGGAC ACTTTAAAAGTTAATGTGTCTATATACAAGATAACTTTAATGGTGTTTTTATGTCTTTTC TCTAAATTTAACTCAAACTATAATAGGGGCGAAGGAACAACTAAATTAAGCTTTGTTGTC AGTGTTTGAAAATTTTTTATGGAAAAGAGTCTAAAATACTTTTGAAGTATTGAAAATGAT ACAAAATTATCATTCATCCACTTATTGGCTTCAAAATATCATTTTCACCCATAAATTGGT TTCAAAATACTTTTTTCATCCACCTATTGGCTCCAAAATACCCTTTTTATCCATCTTTAG GTTCAAAATTGATCACTTATTTAATGGTTTCAAATTTAAACTATTTAAATATTTTTTAAA ATACTTGACGTTCAACTATTGGATATAATTTAATTTATTAATATTATTTATAAATCAACC CACTATCTACCCATTACTAATTAAGTTCCACCCAATTGACAAACTATCTCTAATATCAAA ATCACCCTAAACACTACTAAAGTACGATAAAATTACCGATTCCTGAAAATGACATTCAAA ATTATTGAGTCCGAATTGAAGCAATTAAATTTAGGTTGAGCCTCTTGTTTAGGAGGACAT TTTCAATAGGATTTTGCTTCGAACTTGACTTCAAAATTTATGATTAAAGGTAAAGAAGTA GCATCTCTCGAATTAATTCATGCACTTTTAAATATAATTTTATAAATATTTATTAGTGTT TTAAATATTAAAAATTTAATATATTCTTTTTAAATAAAAGTTATCCATTAAGTAGGATCA CATAATTGAGGCAAATGAATAATTAAGATGAACATAGTCAGACTTTAAGTTTATCGTAAT TTTTATTTAGACACTCGAATCATAATTTTGATTAAGGACTTGAATGTATGATAATGTATT TCTATATACATTTTCGCCTCAAATTTTTAGAAACACTCATTTGTAGTAGCTTTCTTGTTG TGCATTAGTAATGGAGAGGGTTTATTAATTGGATGTGGTTTAATTAGTGATTGGTGAGTA GTAGATTGGTTAATAATTTATATTAATAAGTTAATTATAACACATAGTTGAGCGTCGTGT ATTAAAAAATATTTAAATAGTTTAAATTTAAAATCTTTAAATAAGTGGTCAATTTTGAAC CCAAATGTGGATGAGAAGGCTATTTTAGAATCTATAAGTGGCTGAAAAGAGTATTTTGAG CCAATAAGTGGATAAAGAGTAATTTTATACTATTTCTGATATAAAATATAAAACAAAACA AGGTGGAGGTGTGAGATAAAAAGTTTTATATTGTATTGGGTGAGACCTACATTTTGATCT GCAATGCACAATCTTGTGTATATTCAATTTTATAATTTTATTACTAAGAATATAAGTAGA AGTAAAACTTTCAGTTGTCTCACTAATAAGTTTTAATAACATATAATATGTATATTAAAA AAAACTATAAATTTTTATTTGAGAAAGGTATTAATAACCAATAATGAAGAAAAAAACATT ACAAGTTCAGAACTATTATTTGAGAAATATTATTACAACAATAATAATAAAAAATAATTT CAAGCAAAAAAAAAAACAATTCTGGGTATGATTTTTATGCTTTGAGCTTGTGCGCCGAAT TCTAAGACTTAAACACAACAATAATAATAAAAAATAATTTCAAGCAAAAAAAAAACAATT CTTGGTATGATTTTTATGCTTTGAGCTTGTGCGCCGAATTCTAAGACTTACACACTATGA ATTTATGTCCTTAATTTACAGTCCGATGCGTATTTGGTATACCACGCCTTGAAGCTCACC CGTGACTAACACAAAAAATATTTTTTAAAAGATTTACATGTATCATCAATACAAAACAAA TAAATCGATATAAAGATATTGTACATTAAAAAAAAAATTTACATTTAATTAAATTTCACT ATATTATATATCGAATAAAAAATATTTTTGTAGGCAAAAGCAAAAATGGGCAAAGCTGAG ATGACGAAAATCGCATTGCCGGCAGAGCAGAATAGTTGCCGATGATTTCAGCGGCGCACG TTAGAGACATCCCTCCCTCCCAGGAATTTCAAAATTTTCTTCAATCGGCAAAAAACGCGA GTACTCCCTTTTTAATCCAACCCGACCCCACCAAAAAAGAACCCCCAAATTTAAAATTCA ACTCTTACATGTGATCCAACAACCAGGCCCTAATGCTAAATTGACTAATCTATAAGGGCT TCTCGTTTGAAAATTTGCTTAATTATTATACATTCAAATCGGAAATCCGAAAGACAGACG AGACGGAGAGTTGAAGCAAAATTGAGTGAGGAAATAGCCAAAGAAAGAGTGGAATGACGA TGGACCGAGAGAAGGAGAGAGAGGTTGAGTTGGAAAGTGCAATGTACACCAACTGTTTGT TACTAGGGTTGGATCCATCCATCATCGGAATCGGAGCCGGAAACGGCACACCTCGCGTCG GACTTTTTCGTCATTCGAACCCTAAATTGGGCGAACAGCTTCTCTACTTTATATTATCTT CTCTCAGAGGTCCTACTCAATCCGCTAAGGTGATTGCTACTTTTCGACCTGTCAATGTGA ACTTCTTAGCTCACCTGTGATTCAGTCTTATACTTCCTCTGTTACCATTGGATGTTTTTG TTTTGTTTGCTCACTGCAATATCTTTTCAGGATTTCGATAAGGTCTGGCCAATTTTTGAT TCCGCACAATCTCGCGATTTTCGTAAGGTAATTATATACATGATTGTTCCTAAGTCGATA GGTCTTTTCACGCTGAATAATTGAACTGGACGCACACAATCTGTATAGATTTGTCTAGAA TTGGACAGTACTAATTCTAAAAAAAAAAAATAGATTTGTCTAGAGTTGGTCTTCTTCTAG TGAAAGGTTGCTTGCTTATTTATTTATGGAAATCTTAGGTTGTACAAGGGATTATAAGTG AGCTGGAATCTCAAGGGGCACTGCCTAGAAGTAATTCGAGGGTCTCATCTCTTGCCACAT GCTGTGGACCAAGGTTGGCTCATTGATAGCTGTTTAATTCATATACCGCTTTGGTTGTGG TTCATTTTAATTATTTGGAGCTTTCATTTGATTTTTCCGTATCTTGGTATTATGTCTTTT CTCTCTGTTTTATGTGTTGCAAATGGTAGTCCAGTGCAAGTTGATTCAACTCAGCAAGTA ATTTGATCAGTGGTTAGTAATTGCATTATTGAAAATAGTTGTCCTACAGATACCATAGCT TCTGTAAGGGAGTAGATAAAAATTTTGAAGTTCGAATTGCACTAGGGTCATGAGCAAGTT CTTGCACCTGTGTCGCACTGAAATGCCCTCATTCCAGCCCATCCTAATTAAATGTCTTAA TGAATGAGTGTTAATGAATTTTCTGGTGCCTTTGTCTAATTATTGAATTTCTGAAAACTT TTGGAGAAGGAAATGATTCCTCTTGTGAGTGGTAAAGCTAAATAGTAGATAGTACCTGCT TCGTTTTCCGTTGACACACTCATGTAAGTTTGATTCATACCCTATTAGGTGAAGTTTGCA TGCTCATGTGTCAAGAGTAAACATTATAGCCACTATATTACTTAGTATTGATTATTTATT TAACATGTTTGCTGCAGATTTGTTGAACTTCTATGGCAACTTTCATTGCATGCTTTGAGG GAGGTTCATAGGCGAATGTTTGCTGCTGATGTTGTTTCTAACCCCTTGCCTGCATCATTA ACAGATGTAGCTTTCTCACATGCAGCCACACTACTTCCTGTAACCAAGGTGTCTCTTCTG ATTCCTTCCATCTGCTAGGCTTTTAAACAGGCACATTTTTGATATCAGGGGGTTCTTGTG ACCTTGAATCTAACAGCTTTATCACCCGTAGCTAAGGTTTTGACTCGATTTTCTTTCCTA ATGTGGAAGCTATTACTTGTATCACATTGGCAAAGTAGCTTACCAGTAGTCTATGCTTAG GCATTGTCTGTTTTCTTTGCTAGTCCCGAAGCTTTAATTCGTATGTATTGTAGTCAATAT CACGATTCACATGAGAATTATTTCTAGTGGATGGATCTAATTGCTCTTCTATGTGAATAG GCTAGGATTGCTCTTGAAAGAAGGAGGTTTTTGAGTAATGCAGAAACAGCAGTTCGTAGA CAGGCCATGTGGTCTAATTTGGCTCATGAATTGACAGCTGAATTTCGAGGCCTTTGTGCT GAAGAGGTGAAAGAAAATCTTGTCACCTTTCTTTGAGGACTTGGAGTTGGATTCTTAGCC CCTTATCCACAGCGGTAAATAATTGTTTCTGAGGATCCATCTTTGATCTTCTTTGTCTCA GGCTTATTTGCAGCAAGAACTGGAAAAGCTGCAGGATGTGAGAAATAAAGTAAAGCTGGA AGGTGAACTGTGGGATGAACTTGTATCAAGCTCAAGTCAGAACTCACACATGGTTCAAAG AGCTACTCGTTTGTGGGACTCTTTGCTGTCTCGCAAGAGTGCGTTCAATCACTATCTCAC TTGTCAATTATATCCTAATAATACAATGCTATAAGCACGCTTTTGCAGAGTGCTTCTCTC ACTGATCTTGCAATAAGTGTACTAGAGTTTTGTATACCTGGCACTTACTTGTATTATGTA TATATATATGTATACAGATCAACATGAAATTCTCGCCTCTGGCCCGATAGAAGATCTTAT TGCTCATCGTGAGCATAGGTATGATCACTTTCCATTTTCTCTTCGGTTTTAAAACCAGGC CGTGCCTTCATATTTTATTTTTTTAAAAAAATCATTTAGGTATCGCATCTCTGGTTCAGC TTTGCTCACTGCTATGGATCAAAGCCCTGTAGCTCCACCACCCCATTTGGCGTCTTCACA TCAAGCTGTAAGATCACAAGCAGACGTGGATAGAGAAAAGCATGCAAGGAGTTCAGATTC TTCTCATATTCAAGTAGACGATAACACATTTTCTCGAGTTGATGAGAGAGTTGCTAGAGG CCATCCTACTGTTGATATAGCAGAAGTTTTGAGGCGTTGGACACATGCCCTACAACGTGT TCATAAGCAATCCCTTCAACTGGTATGATGATTCCTTTGACTCAAGATTCTATACGTCTT GTCAGAACTCTTTTTTTCTCTCCATGAATTTCAAGCTTAAAGTATCGCCTGGCAGTTTAC ATAAATGTTTGGAACAGTTCTCTTGCTATGTGGATTCAAGTGGTTCAGGTGAAGCAAAAC CTTTTTAGGGTGGGCCTAAATATGGTGCAAGGACTTTCTACATCTATGGTTTTGCGATGT CACCGAGCACCATGTCTTCTCCTATGTTGGACTTTAGAAGTAGTTAATAGGAGAATGTCA ATGTGTTACACAATTGAATACAAGGGTTTACATCTGTTTTTACACTTTAGAATTTATTTA ACAATTTGAATGTCTTTGATTTTAATTTCATGCTTTCTTTCTGGTACTACTAATTCTTGC AGGCAAAAGCAAATGATGGAGAGGGTCCAGAGCTTTTGAGGAGTTCACATGATGGTGGTA CTGGTGGTCATGCAGAGTCCTTGGCTGCAACCCTTGCCGAACATAAGCAGCACCTAGCAA GTATACAGGTCTGATATTCAGTCTAATTTGGTTGCACTTATGAACTATTATACATGGACT CTGGTGAGAGTATTATTATCAATGCATATAATTAAAAGAAAGCAAGGTAGTTGTTAAGCA TCCAATGTGTGGCCTAGTGTTCAATGAAATGGATTGAGAACCACGAGGTCTCATGTTCAA ATCCCAACAAGACAAAAAAACACTATGTGATTTCTTCCTGGCATACTCATATATAACTAA ATTATTGAAAATATTACAATTATACTGTTGAAAGTTTGTGATGTGAATTCATTGATCTCT AGGTGCTCATAAATCAACTGAAGGAAGTCGCTCCATCCATACAGAATTCAATTTTAGAAC TTACAGAAGAAGTTAGTAGTATTTCGTCCAATTCTTCTAGAACAGCCAATTTTCAGGGCA GATCACATTCCCAAGCACAGAGCAGTGGGAGAACATTGGTACTGTTTTGTGAAGCATTTT GTAAGACTTCCTTTTACCTTTTTGAAACAATAGAAAAACCTAAACTACAATATTTACTAC AGGAACACAGGGATGATGAGGTAGCTGAGATGAGCTCAAGATTGTCATCCATGCAATTTG AAAAGACATCAGCTAGTCCCACTACTTTGAAGCTCCCACCTTTGTTTAGTGTGACGCCGA ATTCTTTAGGAAAAGGTGGTGCACAGAAGCAACAGATCTCTTCCCAAACCAGCCAAATTG AAATTATGCCTGAGAGGAAGTCTCTGGATCAGCAATTTCTAAATAATTCCTTCGATAATT CGCCACAAGGTTTTTATCCTGCCTTCTGAATGCATACATTGATTTCTTAACTGCTATATG CATAAACTTATTATGAATTTTTGCAGATAATGACACAAGCTTTGTTCAAAATCTGAAGAG ATCTGTCAGAGAAGCTGCACTTCGCTCCGAATCTTACTATCAGGGATCATCTCAAGATAG TCGTTCTGATGATAGTTCTGAGCACTACTTTGAGCCTGTCTCAGGGTTAGGGTTTTCTCA GCATGGAGATAGGGCAAACTTGCTGAGAAGAAAAAAATTGTTTGTGTCAGAACCAGATTC TTCATTTTTAGGGACTGGTGCACCGGATAGTCATATGAACATCAAGTCTGATGGAATACC TGACTTATTACATGATCTGCAGTCTGTGGATGACTATGATGGTTTTCTTTCAACTATGGG TTCAAACTCTTCATTTTCGGATGCACATAGGTCATTTTATGATTTGGAGGAAGCTAAGGA TCAAGTATTTTCTCCTCCTCTGCTTATGGATGCATCATTGTTGGCAGATTCATATGAGGA TTTACTTGGTATGTTTGTTCCAACCTTTTACCTGGTAGATCTATTTGACAATTTTCTTTT AGTTTTGAATCCATTTTTCTACAGTTCCCAATGCTATTCTCTGATGCTTAAACCTTCAGG CTATATCCCTAATCCCCGAGTCCTTTAATGGTGGTTCCATGCCATAACTGATAACATGGA GTGATGATGTTTTGAAATAATTTCCTAATCTGGACATTGCGTGGTGTCTAAACATGTTCC TTGTTAAATTCTTTCTTGATAAATAACCCTCTTTGGTCTCTTTCCTTTGAGAGAGAGCTT TGTCGAGAATGAGTCGCATTTTATTGCTCTCTTCGCAGGGCATATTTATTTAGGCTGTTC TTCTTATTTGTGTGGAAGTTTTAAACCTTGGTTTTCTTGGAAAGCCATGCTCTGTTCTTT GCTCTTGATCCACAAAGGCAACTTGTTTGTCTAAGTAGAAAAAAATCATTAGCAATACCA CATGCATTTTTGACAAGCTTCCGGTTCCTCATTGATACTTACTATTGAAACGGAACGGTT TGTTTTTGTACCTGTCAGTAAAAGCCCTTTGTAGGACCCATCAGCATTTGCTTATGATAT CTTTTGCAATGCCTTATTTATTGCTCTACCAGGCTATCGATAATTTAATGTGTTCTAATA GAAGTCATACTGTTGCAGCACCATTGTCAGAAACTGAAACTGCTTTGATGGAGCATTGAG ATAAAACATTGGGTTATGTTGCTGCTCGGCTTTGAAGAGATTGCATGGAAGCTTGTACTG CCAGCCTTTCTGTTGTTGGAATACCCTCCTCATATTAACTTCCGTTTGATTGTGTGATTT CTTGTATTTTTCATGCTTCCAAGTGTCTCAGCCTTTATCTTTTGCATTTCATTTGACTGG GAAGAGCAGAGAGAGCTGATCGCACATTGCTCGGTAAGTGTGACCATGGCCGAGCCAAGA TTTTGATGTGCTTACCCTGGTCCTGTCAATGTGAGCTTGTTCTTCTGCAGGAGACCGGCA GGACTGCTTCAGACAGTTGTGCGCTGTATACTGCTGGGTAAAGAAATTTTATCTTGCTCC CCATTGATTTTTTTTTGTTTACTCTGTAACAATTCAATCTAAGGGGAGCCTCAGAGTAAC GGTATAGTTGGTTCCATGCTGGTTCGAGCCCATTGATGGTTGCATCAGGATAGGTCGCAC ACATTATATTCCCTTGGATCCCCAAGTCCCGTGTGATCACCGAATGTGTTATATACTGTG CTGTCCTTTCTTCTGTAACAATTCAATGGATACGGTCGAAGAAGTAATTTATCTGTTCGT TTGTTCTATAATATGGTATATATCTATTCAATTCCCGTTGTGCTTATTTTACCTTACGAA AAGAATATCTCATAATTTTATGTTTATATAAAGTTAAATATGTTTTTCCATAAAGATTGA TATGTTTTATATTATGGAGATATATTTTGGATACTGACATGTCGATTTTGATAGGTTGGG GCCCGTATAGTCGGTCAGTAATTTTGTGGATAATAGGCGAATGACAGTAACTTCCACCGA CTTTCCATGTGTAGATCCCTTTCTCTATCTGCTCATTATCTTCAATGAATTGCTTAATTC CTTGTGATAGGTTCCACTTTCATTTCTTACAGTTTTACATATTATATAACCACAAAGTCA CACTGATATGATGACATTATAGGAAGAAATAGGAGTGTCTCCACTTTACTAAATGATTGA AAGCAAGAAACATAATACTGATATAATTGCAAGTTGAAACCCATGGAGGAAATGTTCAAG CCTGAATAAAGTAACAGTTGGATGCTGTTATGACTGTATATCATTGATTTGGGTTATCAA ATTAATGGTTTAGGTATTGATTTAGAATTTTATGGTACATAAAAGCTAGAACATTTTTTT TTTGGTTTCAATTTTTATACCGTATAAATTAATTAATTGATAACTCGATCAATAAAGATA ATCAAATTAATTGATATTTTATAAGTTCGGTAGCACATACAGATCTTGATAACCGACTCA ACAAAATTCAAGGGTTATTATAATTGAAATTTAAGGGTTATTATAATTAAAATTTTGATG ATATTACCAGACTTTTAAGCTAATGAATAGACACGTTTCTCTTTTTTTTTTCTTTCATAA TTAACACAAAGATGCAATCCATCCACTTCCTTCTTGTGCTTCAATATCTCATATTTAACC CTGATGACTTACTTTTATAGTGGTACCTTTTCAAAGTCTGAGAAGGCGAGATTTGTCAAA ATACAAAAAATGTTCAAATCTGGAGAAACCCAAAGGTGAGAATAATTACGGCAAGTGATT TTGTGGTTGAAATCTGTGACTAGAAAAAAAGAATATGACAATAAAATACTCCTCTTTCCA ATCCCAAGTTCTCAAGAATCAATTTAGAACTTTTGCTATGTTGCAATCTTTTTTCTACCT TGATGTAATTATTTTTGTTATTCATTATATTAAGCTTTATAAATCTTTTGTTTGATTAAA CATAGGTCTGTCGTAATTGTATTTTATACTAAAAATATATCTAAATCATTTTAATTGTTT TAGTTTTATAATTAAATTATAATATATTTCTCCTATAGAAAAGAATGAATAATTGATAGT GAATTTTTAATAATTTAGATTGATTAACTATTTGAACTCTTATTTTGTTGATGAAAGTTT CTCATTTTCTCGCCTAATATTCAAAAATATAAATAATTAGTATTTTAATAATTAATTAGT TTTGATTTCGATATGAAATCAAAAAATTTAGATATGATTTTCGTCTTGCTCTACCTTTAT TATAATCATATGCTCTAATTATTATAATCTATGAAGAGAGAAAATAAGATAATTATTATT ATGATTATAAATCTAAGAAGAAAGAAGACAAAGGAAAAATTAGAGAGAAAATGGGAAGCA AAAATCAAAACAAAAAAAAAAAAGAAGAATAATTGTAGCTAACCAAACACATCAAAAACA ACAACCAGAGATTGGTTTTTGTCTATTTTTGTCTAATCCATCACACCCATTTTCCTATCT TTCCTCAGTTGGGAATGTTTTTAGATTTCGATCACTGAACCCCAACTATCTAAAGTTTCA ATCTTTTTCATCACTCAAAATTATGTAAGCATTAACAACTCATTTTATGTCTGAGTGCTG TTTCTTTTTAATCTTTATTGACTCACTTCTTTTGTGATTCTTTGAAGGGATGTTATCTGG GTTCTTCCGTACATCATTTGCCCAGATCTTAATATTCTTTGACCTAGCTTAACAGGCCAG AGTCTCTGTGGACCTCAGCAAAAAAACAAGAACAAAGGTTTACTGCACCTCCCCGGTTCT TTTTTCTGGTTGACAGCTAGCATGGATAGGTAAGATTTTTCAGTTTCTGATTCAGATTAT TTGATGCTTGTTTGATTATTAAAATAACTTTCTGCATCAGGGTTTCGCCTTTTGCACTGT TTAATTCACCAAGAATGCACCTTTTTTTAATTGCTAAGTGGAAGTGCACAGAGAACTCTC TTAGTGTGGAGTTGTTTATAATACAAATTACTTACTTTACCAAGTGAAAGAAAGAAAAGG GATTAGGTCACAAATGTTGATCTTTTTAGCTCTTTTCTCCATGATGAAAAAGAAGTTTGA ACTTTTCTAGATTTCTTCATTTTACTTGCCTTTTTGTTATTGTTTTTCAGATGAAAAAGA GTTTTACTGGTCTAGACAGGTAGTCTGTGGTCTCATTTGTTTATTGGTTTAGGGGGTGGC AGATAAGGATTCGGGGTGGATGAGATCTGCACTGGCTTGCTAACAATTCATTTTGCTGCT TAGACCTTTCAGATTGATGAAAGTTCTGTTTTGAGGGTGTTTAAATCAGTAAAACATTAC GACCAGAAGATCATATTTTCAAGTGATGATCAAACAGATACTTAATAGGCTCCCTAGAAA GCCTTCCAAGTCAGCAGAAAATCGCGATGGAGGAAGCTCTGCATCACCGTCCAATGCTTC AACTGGTTCTAGAAGCAGTGATTTGTCTACTGCGCAGTCAGGAAATTCAAGTGCCACTAC TGTTTCAGGAGTCACTTCTTCAACTCTGGGACCAAATCATGGAAATAGGCTACCGCAGGG GGCAAATGCTAAGGTGAATGGAAGTGCAGCAGTTTTTCTGTGTGAGACCTTGCCTAGTTT TAAAGATGTACCAACTGCTGAGAAACAAAACTTGTTCATAAAAAAACTGAACTTGTGCTG TGTATTATTTGACTTTACTGACCCAACAAAGCACTTGAAAGAAAAAGACATCAAGCGGCA GACATTAATAGAGCTTGTTGATTATCTTAGTTCTGCAAATGGAAAATTCACAGAAACTGT CATTCAAGAAATTGTTAAAATGGTGTCTTCAAATCTGTTCAGGTCTCTAACTCCTCAACC TCGTGAAAACAAAGTATTGGAAGCTTTTGACTTGGAAGATGACGAACCCTTGATGGATCC CGCATGGCCACATTTGCAAATTGTGTATGAGTTCTTTCTCAGATTTGTGGCATCACCGGA GACAGATGCAAAATTGTCTAAGCGATATGTTGACCATTCTTTTGTTCTAAGGTTATTAGA TCTCTTTGATTCAGAAGATCCAAGAGAAAGGGAGTTCTTGAAGACGGTTCTGCACCGAAT ATATGGAAAATTCATGGTGCACCGCCCTTTTATTAGGAAATCAATCAACAATATATTTTA CCGGTTTATCTTTGAAACTGAGAAGCATAATGGAATAGCAGAACTTTTAGAAATTTTGGG CAGTATAATCAATGGATTTGCACTTCCACTGAAGGAAGAGCACAAGTTGTTCCTTGTCCG AGCTCTTATTCCACTTCATAAACCAAAGTGCGTACACATGTATCATCAGCAGTTATCTTA CTGCATAACACAATTTGTGGAGAAGGATTGCAAGCTTGCTGATACTGTCATAAGAGGTTT GTTGAAATATTGGCCTATCACAAACAGTTCCAAGGAAGTAGTGTTCTTAGGTGAGCTGGA GGAGGTTCTAGAAGCAACTCAGCCTCCAGAATTCCAGCGTTGTATGGTGCCTTTGTTTCA TCAGATCAGTCGTTGTTTGAGCAGCTCGCACTTTCAGGTGGGTAGTTCTAGTTATTTGGA ATTTTATTTTATTTCCTTTGCTCTTTGTGTTGCTAATCATCTATGATCAGGCTTAGGTCG AAACAGGAATATGGTGTAAAGCCAATTTGCTGTTTCTTTCATTTTTGTTCCTTTGAGACA AAGTAATAAGTTAATTGATGTTAGCTGGAAAACTTGGATATATAAAGTGGCATACAAAAG AGTAGGGGCCCCATCAAAAAACGTGGTTCTTTAAGAATGCATCCAATCATCTACACTTAC AGGGATGCGATAAGTGCACCCAAAATTCACCAAGAACAAAAGCCAAGTTCTTAACTTCAC AAATTCATTTTAAATACCTTCAAATGTTCCATTCTTCTGTCTCCAAAGTATTATTGCAGG GTCCAAAGTAGCTGCATCCCATGCTCCACATCTTCTTCTCTTTCTTCTGAAGTCCATTGT GCAATTCGCCATTAACTATAGTCAGCGTTAATCAAGCTGATGCGCATGGCAGTGCACTAG TGAGTGATCTACATCCTTGCTTGACCATGTGCACAAAGTACCAGTTTACATAACACAACT TCCCTTTTCTCGGTTTTTTCAGCCATTACCTTACTTCGAACCAAGTGAACTGAGTATCCT TTCTGACGCGCTGAGACTCTAAAATGACAGATGTAAACCCCCTGCATCGTCTCTTTTCAA ATAACCTGCAATAGTAGGACTTCTTACAGAACACTTCATTCCCTCTTCACTTCCATTTCC ACGTGGCATGTTCCTACCCATTTCATGTTTTTGCTTTTGTAGTATGCCATTATGTTTTGG AATATCCTATCTCCACATCTTGTAGAGTTATTCTGAGCCTCTTATGCTAATAAACTCTGC TCTTGTGTCCTGTAGACATGATGAATCGTCATATCCTTCAAACTCAATGTGTTGTACATG ATCTGAAAGGCAACGCTCAAAGTATCATTGCATACTACTTGCGCCTCTAAAAGCTGATCC TATTTTCGTTCCCAACAGTAAAAATGATGTTGTCGCTAAACTCTTCTCTCCCTTTATGTT GTTCCATATTCATGGGCCCTTTATGTGTGCCACTCTTGAATGCAATCACTCTCCTACAAA GCCTGTACCTTACTGTCTAACCTCCAAGGCCACCTTATTGGAGATGTGACCACCTCCCAA GTTCATTATATGAAATTTTATTCCATTGTCTGTATAACATTAGCCTTTTCAACCTTTTGG TGACACTAGCCGGCACATGCATGCAAGAATGGATGCTTGACAGAGTGTTGTTGATCAATG TCCCCTTGAATCAAAAGCTATGATATTGTTATCTTCAAATCATTGAACCTCTATGTAATT GGCAGTTTCTTCCTTCCCATTTTAGGGTCAAAGAAAAATCATTATTACCCATTTTTGGAT GTTCCTACCATTGGTTATTCCTGGCATCAGTTAGATACACATCGAGATGTGTATTTTCAG CGGACATATTTTTCATTTAGAGTGGCCGAGTATATCATCCTTTGATCTCTAACTGATTTA CTCCATTCATTGGTATAGATCAAACTAACAAACAGGTGTGGATATTTTCAAGTTGTGTTG AGAGCAGCTCACTGCCAAAAGATCAATGAGAAATATCAAGTTGAAGATGATTTTCCCTTC ATTTAATCTAGTGCAAATTATTTTGCATCAAGTTTGTACTTTGAATGATGCTTGTTGAGG TTTGAGATTGATGTCAAAAATTGCCATAATTCTGGTTTTTGAAGCAACTTGCTTTGTTGT GAGGAGTCTTACTGTTGAAATTTGCTTTCAATTATTGCAGTAAATTTTAGCACAATAAGT TGCCTAGATTTAGAATGAAATTGAAATTTGAATTTCTATTAGGCGGTTTTAGTTGTTGAG ATTACTTGACCTTTTTGAATTTTGTTATGCTGATTATGTTTTCAAGTTGGCTAATTAAAG CCCTTCTATGGTTAAGACATTTACAACACTTTTTTGCTGGCCATCTTATAAAAAATCCAA CAGTGGTTCCAGTTGAATTTGCTCAAACAAAATCAATGGAGAATGTAAAAGGAGAATTAA GGTTCTTCAAAATCCCTTAAGGTCTTGAGCAGGAGAAATATGCTGCTCCTTATCAGCCTA GTTAGGAATGAATAAGACACTCTTTTTTCTATTGAACTGTATTTTCCTTCATGTGTTTGC AACTCCCTCTTTCCAAACATCCTAAAATGAAAAGGGAAAAATCTGGTTTGCCAGAGAGAG ATAGTTGCTTTTCAGAAGTTCACTTCTGTTTGTGTGGGTCAACAAGCAGACTAAATTTAC TGCATCTTGATGGCTTTTCCTCCTGCCGGATATAATGTGCTAGTTTGCTGTTTTCAGTTG TACCTCATGAAACAACTTGATATAAGTAACTGTACATCAAGTGATGGCACATATTGGCTA AGTTGTCATGGCTGTGAATCAAATAGAAAAACGATCAATCAACTGAAAAAATGGTGTGCT TGCTTGAAATGAGATGGATTGGATCAATTCGGTGATGTAACATCTGCCAATGCCTTTTTT TATTTTGTCTTTTCTCTAACTTTTTTTAACTTTGCATCTTCAGGTGGCTGAGAGGGCCTT GTTCCTATGGAACAATGATCATGTTGAGAACCTAATCAAACAAAATCATAGAGTTATACT GCCGATAATCTTCCCTTCCTTGGAGAAGAATGCTAGAGGCCACTGGAATCAGGCGGTGCA AAACTTGACATTAAATGTCCGCAAGATCTTCTCTGATATCGATTCTGAACTCTTTGAAGA GTGTTTGCAGAAATTCGAAGAAGACGAGGCCCAAGAAGAGGAGGTAAAGAGGAAACGTGA AATTACTTGGAAACGGTTAGAGGAGCTTGCTGGAGTGAAAGCTGCAAGCAATGAGCCAGT GCTAGTTTCTCATAAGATAACACCTCATCCACCATCTGGCTAGAGACTGTATCTTTGTTA CTGTTGCTTTTCCCTTGATCAGCTGATCAGTACGCTAATTGAGAAAGGAGGTAATATCTC ATTTGTTCATACACCAAGACATCCTGAATTTTTTGTTCCCAGGTCTCACTTTATGGTAAC ACAAATCAAGTTGGATACCAAGTCAGTGCTAATATAGAGGCAAGGACTGTTCCTACGGAA TTGCGTAACTGGAGAAGCTCAAGATTTTATAGTCTGCTGTCCATGCGTGGCTCGAGTTCA TTTGGTGTTTGCTTTGTTGGAGTTTCTAACGATGAGATTATAAAAGCGTCATACTTGAGG TATACGTCTAAAGTTCCTTTTAGGGTGCTGCGCTTGAATCTCTGTACACCGTCAATATAT ATGCTTTGACATTGCAGCTTGGCATGAAAGTATCCCTGTAGATAATCTTGAGAATGTTCA AATGAAGTTGACATAATTAAGTTGCAATGTTTCAAGTAGAGTAATTCTTTGGAATTCACA CACTGCTTGCAATGAGTAGTATTTTACAACTTTCCTTTCCATGTGACTGCGTATGATCAA TGATAGCTGATGCCTGCGCTGAAGGATCCCTTTTAACTTTCAAATTCCTCTATGCTGATG ATGGACATGCTTTTTCAGTTGGTTGTACTATCATCATATTTTTTCAAACAACGGGTTTTA AGATATGAAAAAAGTAATCAAGTTCAATGCAAAAAAATTACTATTCAAATCATTTAAATA TAAATAATTTAATTTTTTGCTAAAAAAGATTTAAATAATTCTGTCGGTCCATCGTCAACA CTAACTAGAACTTGAAAAGTTAATCATTTATAAATAAATTATTTATTTTTTGCTAAAAAG AATTTAAATAATTCCATTCAGTCCATCGTAACAAACGACATGCACGCAACACTAACTCGC TAAGACTTTTACTTGAATAATCAAAAAATAGCATGTAAAAATCTACATTAAAAATTTAGG ATAGAAAGTGAACTTTTATAGTAAGACTGTAAATAAAGACTGAGTTGGTATTAGATTCGA AATAATTTTATCCGATTTTCCCATTAATTAGTACTAGACAAAATTAATAGGCAGACGCCA CAATTAATTTTCTAGAAATGCTGTTTCCCCACTTCACTTACCTAAATCCTTCAGAAATTT TTGATTCGCTATATAATTTTACTGCTACTCCTACTCCTACTACCAAACCATCTCCGTCCT CCCTTTTCCTCAAATCTCAATCCATCATATCCTCAAAAACCCTAAAACTAAAATTAATTC GATTCATATCGCTAATGTTCAGATCAATTTACTCAACGAATTGTTAGATTATTAATCTCC TGAACAAGAGGGTCTCTGGGGTTGGGGGAAGGAGACGTCATCTTTTACAGGGGGTCGGGG AGAGTGATAGCCAGAGCGGTGGAGCTAGAGGGAGGAGGAGGGAGTTGAGGGAAATGCCAA GCGTGGCCGTGAAATTATACAGTGTTTTCTTCAAGTTTATGTTAAAGCATCGGTTGCAGA ACCGAACCCAAATCCCCGTTGATGACGCAAATGCCGGAACTTCTTTCGGCGTTACGTCAC GTCCTGATGAGGAATCTACTGCAGCTTCCAATCCTCTTTTCACCGACGGCGTTGCCACCA AGGATATACATATAGATCCTACCACCTCTGTTTCTATCAGAATATTCCTTCCAGAGACCT CCCTTGGCTCTCCTGATTCCGATTTAAGGGCACAATCTAAATCTAGGGCTAAAGCTTCCA GACCCGATTCTCTCACAGGATCCGATCTACGCAGAAGCAGCTATGGTGCTGCTACGACTG ATAATGTCACCGAAAATCGCAATAGAAATAGTTTTAATCATAGGAGAAATAGCTACGGAG GCAATGTGGATGATCTCGCTTTGAAATCTGAAAATGGGGTTTATAGAGGATATGCTCCCG CCGGTAAAAATTGCAGGAAGTTGCCGGTGATGTTACAATTCCATGGTGGGGGGTTTGTGA GTGGGAGCAATGATTCGGTTTCAAATGATTTTTTCTGTAGAAGAATTGCAAAGCTTTGTG ATGTCATTGTTTTGGCAGTTGGATACAGGTTATCACCTGAGAATAGATACCCAGCTGCAT TTGAGGATGGGTTGAAAGCTCTGCATTGGCTGGCGAAGCAGGCCAATTTGGCTGAATGCA GCAAGTCATTGGGCAACAGACGTGGTGGAGCAGATGTGAAAAAATCTGATTCCCACGGAC ACATAGCGGATGCCTTTGGAGCATCAATGGCAGAGCCTTGGTTGGCTGCCCATGGAGATC CGTCGAGGTTAGTTTGGCCCTATTATCTTATTCCATACTTGTTCCCTTGGTTTTAGTTTT TGACGTGGAAGCATTAGATGTGATCTTTTAGTCTGTTTTCAATGAGTAATTTTGTTTGTG ATTTGATCAGAAATGTGGTCACATGTATGCTATGAAGAATGAAAAGGTAATATATCATTC TTTAATTTTGAATTCCATATTATAAGGTTAGACATTGCAAAACTATCCATATAAAGTAGG TACAGTGAGTAGGAAGGGCCAAGCAATATTTGAGACGTAAATGCTTACTTTTGGGACTCA TGACTAGTGGAATCTTTACCTGCCAATTTTCTAGCTTTTTTCGTATAGTATCATGTGGTT ACGAGTTGAATTCCATATAGAAGTAAGTGCATTTTGTCTTGTAAATGGGTCATGTTCATG TAGTCTTTTGAGCAATATTAGGAGTTATAATGTTAAATAGCTACTATATCCATTTTTGGA AGGGAAAACGTTTCACTAGTGGTTTTCTGTATGCTAATTTTCCTGTAATCCACTGATTTT GTTTGGTATGACTGGCAAATTCAATTTCTGAATAGAAGTGTTCCTTTTCTTCTTTTTCCT TTTTGGGTGAAACTGTAAGTGTTTTTGATGTAGGTCTTGGTTGTCTTTCAGTACTTGTTT TGAATACTTTTTGGATTTTTATCAGTTTGTTTCTCATCCAGAACCCTTGCACAATCCATG TGGGACAATTATACAACTAAGCACCTCCTCTCTCATGTAACTATATTTGTTCGTTTCAAT TTGTTTGTCCTACTTTCCTTTTTAGTCTATTTAAAAAAGAATGACTTTTTTAGCAACTCT TCAGTTTCAATCTCCCCCCATGTCATGTTTAAGACCACGTTATTAAAGGACATTGTGGTA CATTTGACATATCTTTAATATAAGACCAGAAGATTTCAAAAGCCTTCTTTACTTTTTTAA ACTCCGTGTCAAGACAAAATAGGACAAAAAATTTGAAACGAAGGGAGTACTAATCAGAGG AATGTCCTTCACCAAATATTTGGCTCTATTATCATGTAAAAAGAATTTGAGTATCCAATT CAGAACCCCAAGTCAATGGGTGGAGTAGTTCAAGACCTTTATAAGCTGCTTTGAAAGCCC TTTAACAACCCATGCAGGGCAATTGAATAAAACACTTTCAAATTAACTTCTTCACTTACA TTTGAAAATAAAGAGCTTCAGTCCAGCTTTCCTGCAAGATGAGTTTCCTCCATGAATCTT ACGTGTGAGCTAACCAACCCCATAAAATGAAACGTAAGGATGAATAGACCACAAATTTTT TGTTTCAAAAGTTCTGCAATCCTGTTACGATAATGAGATGATATCCCCAACTTGGCATGC TTCTCTACAAAATTTTCCGTATAGTATGCGTATCATTTTGTTCTTAAACACACAAGCAAA TTGGGTTATTTTTATAGGTGTGTTCTCCTTGGAGTGAGTTGTGGGGGAAACATAGCTGAT TATGTGGCCCGAAAGGCAGTAGAAGCAGGCAATCTTTTGGACCCAGTCAAGGTGGTGGCA CAGGTCTTGATGTATCCATTTTTCATTGGCAATGTTCCAACTCATTCTGAGATAAAGCTA GCTAATTCCTATTTCTATGACAAGGCAATGTGCGTACTTGCCTGGAAATTACTTTTACCT GAAGGAGAGTTTAACTTGGATCACCCTGCTGCCAACCCACTTGTTGCTGGTAGAGGAGGA CCTCCGTTAAAACGAATGCCCCCAACATTGACAATTATAGCAGAGCATGACTGGATGAAA GATCGGGCTATTGCTTATTCAGAGGAACTCCGGAAAGTAAATGTTGATGCTCCTGTTCTT GAATATAAGGATGCTGTTCACGAGTTTGCAACTCTTGACATGCTTCTCAAGACCCCTCAG GCTCAGGCTTGTGCTGAGGATATTGCCATCTGGGTAAAGAAGCACATTTCACTCCGAGGT CATGAGTTTTCATATTGATTTGGATAGAGGTCTTGTACAGCAGCATCTCTGTGACAAATG CTACTCTCGATTTAAGGTTTAGCATTTATGCCTTATATAAGTTTCACGGCACATTCTTTT TTCCCTTGGGATGTTTCTTTTGTAATATAGATGTGATTTGCAGAAAAATAGGGGTTAGCT GAGTTTTGACTTTTGAACCACACATTCCTTCAATTTGAGTTAAAAGCATTTACGTGGTAT CCTTGTAAACATTTTCCCTGTATCAAGAGATTTCTTTCATTAGCAGATAATGGAAGAGAT GTATCCTGCGCTTAGTGTTTCGCTTTATATTTGATGGTTGGATTTCAGCAGTATTTGGCT TAATTTTTTTCTTTTTTACAGTACACTTGTATTTAAAAAGTTCTTCATGAGTCTCTATTA TCAAAGGATATAGATAGTTGATTGTTCAATAAGAGCGAACATGCTTATTTCCAAATTGTG TGTGGTTTCTGCTGAAGTGGATCGATGTTTCCAATGGCCACCTGATTTCAATGTCAATTT GATCAACATTCCAAGCAATTGCGTAACAAAAACGGAAGACATGAATGTTTGCATATATTG GGAATAACGCTGCACTAAACTAATTTTCTTTTCTTTTAAAAAAAAAATAAAATCTACAAT TCTTTAGCCTATTTTTATTTGTTTAGTTTGAAAAAAGAAAAGGTAATTCGTTATCTTATG TCTATTTTGTTTGCTATTAAGTATTATATTTATTTCTTTTAGTTTTTAAAAAATATATCA AATCAAACGTACACATATAAAGATGGATAGAAGGAGTGACATAATTAATGGACACAATTC TTTTTTCCTTAAACTTCCTTTCTACTTGGAAAGGTGAGTCCGACGATTTATTTTAGCTGC AAAATAATTAATAATCAAGTTTATATTCAAATCTTAAAGTGCTAAACAAATTAAGTAACA ATCATAGATTTCAAATATTTTTATTTTAACTAAAATTTATGAAGTTATATGGGTTATATT TTTGGGAAATTTTCACATATAGCCACTTAAAAATAATTAATTATTCTCCATAGCTATAGT TTTATAATTACAATTTGTAGCTACATGTTATATGGAAGAAAGAGGCTAGCGAGATTGGAA GAGAGAGGAGAGAAGCGGAAAAGAATTGAAGAAAGGTGAATTGTATATATATATTGGTTA GATAATTGTATATAATACATATGTATTTGTATATATGGCAAGAGAGATTGGGAGAGGGAG GAGAGAGGAGAACGAGATTGGGCAGAGAGCGGGAGAGAGGTGGATTATATATGTATATAA TTATATATTATACATATACATTTGTATATAGGGCGAGCGAGATTGGGAGAAAGAGGAGAG AGAGGTGAATTGTATATGTATCTAGATTAAATAATTGTATATTATACATAAATGAGCATT TTCTGAAAATTCAATGACATATTTGATCATTATCCCTAAAATAAATAAGTCAGAACATAT AAGCGGCCCCTTGAACTTGGACGTTTTTTCCGTTTAGACGCCTTAACAAGAGCCCTTTCC TATTGAATACTTAAACCACTTAAAAAGTGTATTTATCAAACACACGTGACTGACTTGTCA CCTGTCATTTGAAGCACGCCTTTTGAGCGCGTGAAGTGAGAAAAAATAAGCTGTTGTGTC TGATTTGACATATGTAACGTTACAATTTCCCCCCTTTTATTTATCCACCCTAATTTTTTT TATTTCTAATCTCTTTCTTCTCCGTATCTATCTCACTATTGTTGCTTCTGGAGATCAACA AAAAATTTCTTCATTCATCTTCTTTATAGCGAATGAAGTGTCCAATTTGCCGATTTCAAC TTCTTTTGTGGCAAATGTATTTTATCGATGTGGGGTCAATGCTGAATTGAAAACCTCATG GACACAACTTAATACATGACTTCGATTTTTTTGTTGCAAATACACAAAGGTAAGATTTTT TTGTTATTATTCAAATCTGGTTAAACAAATCGCTGTCAATCTGCTAATTATAGTTTAATT ATTTTAATAATTGTGTAGAGAAGAGATGAATTTTTTTGATGGTGCGATGATGATCTACCG CCTCAAGCAAAAAAGATCATATGGGGCCTATTGAAAATAATCAAATCATATGAAACACAG AGGAAGCGGGTAACGAAAATCAGGATCATATGTGTTATTGCAATAGTGACTTTTGCTATA TGACAATATTTGTGTTAGTAGGCTTCGAGTGATTGTATCAGTAGTCTTGTGTTTCTGTTG TACTGATGTTAGACTAACGAATGTAGCTAAGTCGTTCATTAGTCTATCATATTTTTCTTA TTTATTCACCTCTATTGTATTGTCTTATTTCTATTCCTCTTATTCACCTCCAAACGACAA TAAACATATTAAGTGAACAACACAACAATAAGCTCCAAACAAGCATGAATGATATAAAAA AAAATTCTTTGCATTTTCTTGCAAGAAAATCCACAGTTAAATCATTAGTTATAATTTACA TCAAAAACATATTAAGCAGTCTCAGTATTGTTTCCTGCTTGCATTACAGATTCAAAATAA AACAACCCCCAAGAGTACATCAAAAACACCCAAGACACATTAAAGTGGTCACATCCATGT TTTTGTTTTCGTTGCACTAGACATTTGCAGATTCACCCCTTTTGGACTTGCGTTGTAATT GTGAAGTGGTGACAATATCTTTACCCTTCCATTTTAGTCCACGAGGCTTATAATCAATAT CAATGTTTGTTGGTGCTGTACACTTGAAAACAACTGGAGTAACAACTCTTTTACATGTTG TATACAAGAAACTAAAATTAAGTGCCTATTATCAAAGTAAGTAGATTATAAATATTTAAA TTGGTTATACACTCTTACATTTAATGTTTGTCTGCAACTTGTATCATCAATGTAGATGCC GAATCCCACAGTCTTAGGCCTTTTGTTTCTTCTTGTTGATGTTGATTTTCCTTCTCTTCC CATACCTCTTCCTGCTTGTTGCCCTTTTGTAACAGTTGAAGTATCATCACCTCCTCTCAC CCTACCTTTTCCCCTGCATCTTCCAGCTTGTTGAACTCTTTCAACAGTTGAAGTATTATC ACAAATAAAAGTTAATTGTTGGCCTAAGCTGACGTGTTGTGATGGTCTCTAGATTGGTGG TTGGCTAGAACCTACAGGTTTCCTTGAGGTTTGACTCTGACTTGAACTTGTAGGTTGCCT TGAGCTTTGAGGCTGATTTGAGCTAGCAGGCTGGCTTGACCTTCAAGGTCCAGGTTGGGT TGAGCTTTTAAGCTGACCCAATTCAGATGATTTAAGAGTGTAAATAAGATGAAGAAAAAT TGTCATGCATTTTTATTTATTTAATTGAAGTAATCAAAGGTTGGCTTGAGTATTACCACA TATTTGCAGGCTTAATTATTGTGGCCTTATTGATGACACTTGGAGCAAGTCATTTTTACA CCTCTTCTAGATAACTCTTCATACTTCTTTCTTGGCTCATCCCTTGACTTTCATATGGAT TTTGGTGGTCTGTCAGGCATTTGTTTTGGTTCAGGAGGCTCAATCACTATATCACTAATG TGAGACCACATTTTCATGTTAGGTATTGGCTGGATAAAGTAATTATAAGTCTTCATTAAA GTATCTTTTTTGTACCAATGTACAACATGATCTTCAGGGTCTTGGCCTGCATGCTGATAT GCCAAAACAACATGTTGACATGGTATGCCTCTCAACTATCAGGTTCTACAAGTACATGTC CTTTTTTTATATCAACAATATACCTATAATGACCCTCTAAAATTTCATATCCAAATTGGC CATTGAACCTAACTTGACAATCTCTAGCATAATCTTTGTTTTCTTCAAGTACTAAACTAG CCATGAGATAAATTTCTGATATCTAAGTGTCGATAAATTTTTTCATCTCCACATTTCTAT CCATTATCTTATGTCTAATCTCCTTTAACATGGTGATAATTGATTTATGCCTATCAACTA ATATCGAAGAGTTAAATGTCTCACACATATTATTCTCAACAACATCAGATTTAGCATGCT CCTTAAAAGATGCTTTACATCATTTCTTTCTTTCATAATGTAACAAGTCCCCACAGATGT TCTTATTACCAAGTTTAGCGAGTTTGTCCATTTCATCTTGAAATTTTACCTCAAAACTTG ATTTCACACATCTCCAGAATTGTTTTCTTATTTCTTCTCCTCTCCAGGTCTTCTGCCAAT TGGACCAAGTGTGTCTAGCACACATCCTCTGCTCACAATCTGGAAGCAACTCCATTATGG CTGCTACAAGACCTTACATATCATAATAATTGAAATTTATGAGTAGTAATAATTAAATAA ATAGGCGATGAGATCAAAATAAATAAAATTAACATTAAACTAACCTTTGCATATTAGACA TGACAGTCAATCCACGTCTAATGCCTAAATTTAGATCTTGTATCAAGGAATTGATGAAGA AACTCCAACTGTGCTTTGTGCCCAAGCAATTGGAAACATTTGTTGATTTCCATTCCTACC AACTGCAACCAATAGTTCACCCTTGCAAGCACCCTTCAGAAAACATCCATCAAACCCAAT GATTTTTCTGCATTCTTCCAACCAACCTCTCTTTAATGCATCAAAACAAATATAAAAGTA AACAAACAAAATTTTTCCTAGAGTAGATTCTCTGTCTGTCCTCACCCAACATGAACTACC AGGATTAGTTTATTTTATCATGTCTGCATAATCACACAACCTTGCAAACTCCATCTTCCA ATCACCCATAAACTCCTTAAGAGTCATCAATTTTGTCCCATAACAAAAAGTTCTTCCAAC ATACAACCTGTCTCCTTCCTTACCAACTCTTGAATTTCCCACAACTTTATATGAGGTTGA GAAACAATTCTGCCCCTAAACTTATTTGCAATAAAGTTAGATGTACACAACTTGTTCTTG GTTGTGTAGGGCACTGATGAACATGATAGTAGTTCTTAACAATAAAGTCACCAGCGTCTT TGTCTAGACTAGCATACAACAACCATTTGCATTTCTTATGTTGACATTTAACTCTGACTC TATGTTTTTCATTAGGCCTCAATTTTAATTTGACTTTATATTCCTCAGCATACTCTGCTA CAACCTTTCTAAATTCTATAGCATTTTCAAATACCATACCAAGCTCAAATATAACTACAC AATCAGGATCAAATCTAACCTTTTTACTTTTTCTTCTAACTAGTAAATCAACACCTTTCA CAGCTTCAAAATCTAATTCATCCCTACTATCATCACTATTCAGTTCTGAACTATCAATAT ATTGTTCATCTCCCCCCCAATCTTCCTACATACCTAGCAGTTTTGTTCCTTCCAATGTCT TCAGATCCGCTATCAACACCAGCGACTCCAATAATTATTTCCTCTATAGGAATTGGTTTT TTTCCCTGCAATTTGGTTCTTCTTTCATTTCTAAGATTTCTCAACTCTTCATCAATCTCT GAGTCATCTTCATCTGGAATAAAATACTCTTGTGAATAATTACTGCAATCCCAATCAGTT TCAACACCTTCAAGATCTGATGCATCATCTACATCAACTTCAACATTAATATTCTCAGAT TGGGCAGCTTGTTGTAACTCTTCATCCACACCAACTTCAATATCAATATTCTCAGATAGA GCAGCTCTTTGTTGGTCCCTTCATCCACATTAATATTATGTGAGTTTTCTACCCAATTCT TATTAACACTTTCACCAGTTGTCGGCCCACAAAGATAACCTGTAGGGACCCCATCTTTAA CAACCTCTATATCATCCACAACATGTTCAACATACAAGCCCAAAAAGTCACCATCACCTA GATCTTCTATAAGCTTTAGTAAACTGAAATCATTATGCACTAAGACAAAGTTATTGCGTG TAGGGTCTTTAAAATAAAATTCACCCACAGTAACATACCCCAGGTCTCTAGTATAAAAAA ACAATTTCATTAAGGAAAAGTGGTCTTTATTGATACTTACATATTCCACTTCACTTTCCC CTATGTAAGTGAGACCTTCACCAGATGTGTCTTTCACAAATTTACCCCATGATGAAAACG AGTTAGTATAATAATATCCATAAGATTCCCTGGATTTTTAAAAAAAATAAAGCCGACAAA TTACTGACAAAGAAACCCTAAAAAAATCAAACTTTATTCACATGCGTATAAAACATTTTC ACAGTACTAACATACAAAAATAACCGCTACATTTAAAGGGAAAACTGCAACAATGGTCAT GGAGATTCGAAAATGAACTTACCTCAAGATTTTGACAGCACAAGATCTACTAGCTTTCTC GAATTAGGCGTAGAACACGACAACAACATCTATTTTCTTCAATCGAGCACGCCGTAGAAA GAATACTAACAAAAATGATTGCAAGGTTTCCTTAGAGAGTCGACCACATTGAGTGGGAAT CATAAATGAAATTTTAGGTTTTTTTCAAAATGAATTTTGGGGATTTTGGGGAATGACTGA GGGGTTGGGGTGTTTTACCACGTAGATTAGATTTTTTCACATAGGAGGTGTGTATGTCAC GCGCTCCATCCTAAAATAAATGTCTCAAACGACAGGTGACAAGTCAGTCACGTGTGTTTG ATAGATACACTTTTTAAGTGGTTTAAGTGTTCAATAGGAAGGGAGTCTTGTTAAGGTGTC TAAACGGCGAAAGCGTGTAAATTCAAGTAACCGCTTTTGTGTTTAGTCTATAAATAAATA TTTTTATGGCTAAACAAGTTGCTAAGAATTTAAGATGGATAAAGTCATTAAGAGGATGCA AAATGACGAAAATGGTAAAACGTCAGAAACTAATTACTATTTGAAATAATAATAATAATA ATAATAATAATAATAATAATAATGATAATGATCTTTATATATATATATAAGTGTATCTAC TGTTTAACTAATGCGTAAATCTGGAAATAAATGTATAAAATTAGCAGTAACAAATTACGG ATAGTTTGTGAAATTATAATCATTCGACTCATTTCCCTATCTTAATTGATCTCTACTTTT TATTCCGGATCTGACATTGATGAGCTGATCTTGTTTTGTTGTACATGAAAGACTACAATT AATACCTTTGAGTTTAAGATTTCAGACATTGCAACTTCATGTTTATACACTGAGACGTCT CACTACGCCTTTCCTAAAATTGGGATTCATTCCCTTTTCTGGAAAGGCACACACTTATCT TTACTTTCTTGATTCTTGATTCTTGTCGCCTTCAACCAAAGATTTGTCAAAATTCCTATT ATCATTGCAACAACCATAGATCTCCAATCAGGTACACCTTTCCAACTAAAGAATGTGTTT TGTTTTCATTGCACTATAGGATGTTTCAGTGCACATATTCTGTTTGTAGATTGTTCCCAA AGAAAACAGAATCCAACTTCCATTTTTCACTTCTTGGGTGAAAGATCTATGTACTGAGCG TTACATCTTGTGTAATTTGGTAGGTGGGTTATTGAACCGATCAAGATGAAGTGGATGGGC GGTAGCGTGAGCCAAAACATGCAAGGCTGCAGAGCGAAATTTAGAGTGATTGCATTGGTT CTACTTGCTATATCTATAGGTTTAGCTGGTCTTTATAGCATGCTAAAACCCATATCTAAT GGATGTACCATGACATACATGTATCCTACTTATATCCCTGTACCTACACCGAAAAATCTG TCGTCCATGAAGTATGGATTACATCTATACCATGAAGGATGGAGAAAGATTAATTTCAGC GATCATCTTAAGACACTTAGTGGAGTTCCTGTTCTTTTTATCCCTGGCAATGGTGGAAGC TACAAACAGGCAAGTTTCTTAACTATGTCCTCAAATCTTTCGTAACAGAATTGCCATCAT ATGTCTCTTCAATTTTCTCAAATCTTCCATCTATGAATGTATTAATGCATGACTAATTCC AATTAGATGGAACGAGGTACCACATGTGTGCGTGCATTTAGTCATGACAGATGAGCAGAT ACAGAACTTAAGATGTTGCTGACTGCACAGAGAAACAGTCTTATATCCTTGAAACTGTTC TCTATATTCTTTGGTACCCTGAAAGCATAACACAAGTTCCCTCTGGTTAATTTATGCTAA AACTATTTGCTTGCTCTGTGACTGCATTAAATTAAACTGTCAGAGGTAGTAATTAATGAA GAGTAAGTAAATGGTATTTATGTGTGAACCAATTAAATATTCTTGGCTTACGTAGAATGG TACGATTAAAAGATTGAAATGGTGGAAATAACCTTTAAGTTCTGGATCTTCCCTTTCTGT AGGGGGCTTACATCAATCAATTGATTCTAAGATAAGCACCGAAAGTGCTTAATAGCCAAA ATCAAGGCCGTGTTTCTACTTCTAAGCACTTCTGGTTTGACCAACTTTTATACTATTTTT TGTTTTTGATTATCAAGTTATTTCTTTTTTTGGTTTGACCTACATTACCTAATAGTGTTT GTTATTCTGGAATTACACTTTTCGAAACAAAGCCCCTAACCAGCTGTTTGTTCATTTCCG CCTTTCATTTTTCTCTCAACTGTGCTTACTTCCTAGCCATTTTTCATCTGTCACTCCAGT TATGATGAAATAATTTATATTTATTCAAATAGTTTAATCTAATCAATTTAAAACTTAATA GTGAATTGAGGCATAAATTAGTTTGTATTTGAATCAGTTTGAAATTAAGAATCTTGCAAT AATCAACTTCTTTCAAGCGTGAGGCATTGAAGTTGTTTTAACCGAAAAAGTGTTTGATAC CAAACATATCAGCGACTTACCATCAGTTTTCAGCACTTCTACCAAAAACCGTTTCTGCAT ATTAATACCAACTTCAGCACTTATATGTGCTTTTTTAACACTTGACAAAGGGGTTCCAAA CCAAGAGCTTTTCAAGGAGTGTATTTTGGAAATCGGGTTGCTTCAATCAGACAAGTTGCT GTTCTTCTACCCATTTTAGACAAACCTGATTCAGAATCATCTCTTTTACGGATGTTATAA AAAAAGTTTACTTGCTGTGACAACTGTTGATTGATAGACTTATTCTAGAGAAGGTGGCGT GGAGGTTGCACTCTTCCTTTTAGCTAGAGATTATTTATTAACTGCTTGTTATGTGAAGGT ATGTGCATCATAATATGAGTGCAAGACATGTTACTGAAATTATTGTTCTTGTTTGTTCCT AATCCTTTTCAAATGCTTTTACAGGTGAGATCTGTGGCTGCAGAATCTGATAGAGCTTAT CAAGGAGGTCCTCTTGAGCACAGCTTTTACCAAGAAGCCTCTCTAACTCTCGGAGAGGGA GTAGATTTTGATGTCACCAGCACTCCTTTACCCTATCAATACACATCCATGCTTGACTGG TTTGCTGTGGATCTTGAAGGTGAACATTCTGCAATGGATGGTCGAATTCTTGAAGAACAC ACAGATTATGTTGTATATGCCATTCACAGGGTATAAAGTTTCTTACTCAAGAAAAAATAT CTCTTTTTTGACATTTGACTGATGCAACGTGATGTCAATCTTTATTGCGTAATTCCATAG CTAGTCCAATATACATAGAGATGAATACATGATGTTTTCCGGGAAAAGGGAGAAGGTAAA AAGTAAAAATTTCAAGTTGATATGGTTCACCTTAAAAAATTCGTTGACAATAGACTGGAC CATTTGATGTTATGACAGTGAAAAACTTCTAGAACTTCTTAAAGGATATCTGCAAGTGAG AGGGTTCTGGTACTCCAGTCTTACAGCAAGTAGGGGCTTATGTTACACATAGACCGCCAG AGAGTAAGGCAAGACATCAAGAAGAATTTCAAGTGATGGAGTGCTTTATTTGAGTTTATT CTTTATCAATTCGAAGTTTAAAACTCGCTCACTTGATTTAATTTTGCCAACTTTCAGAAA GCATTTAACATTTTCTACTCTTTTTGGATCTAATCCAGACCTGTCATATGCATGGTTAAA AGAAATGGGTAGGCCAGGTGCACAAAGCATCCTACGTTAGCAGGGTCCGTGGTGGGCTGC ACCCCAAGGGGTTTGATGTAGACAACCTACCGTATCATATGCATGGTTATTGTCATTAAA TAAGTTTGTCTCCGTGGTGGGCTACACCCCAAGGGGTTTGATGTAGACAACCTACCCTAT CATATGCATGGTTATACTGCTCTACATTTTATATTCCTCTCTTCTTCCTTCCCCTCCACT CTCTTCGTCTTATTTTATGTGATGTAATTTTCATGTCTGTGTTTCTATTTACATCTTCCT ACTCTTAGATATTGGATCATTATAAAGAGTCCCACGATGCACGAGTTAAGGAAGGTGCTG CTGTGTCTAGGAGTCCTCCGAGAAGTGTGATATTGGTTGGTCATTCCATGGGTGGTTTTG TTGCTAGAGCTGCGATTGTCCACCCAGATTTAAGGAAATCTGCTGTTGAAACTGTTCTGA CACTTTCGTCTCCACACCAGTAAGTTGCTCTACTCCTGGAAGCTATTATGTGGTTACAGT AATGCTATAAAATAACTATCACTTTTTGGTGCCTTTCCCAGGTCGCCTCCTCTGGCTCTG CAGCCATCACTTGGTCAGTATTATGCACGAGTAAATCACGAATGGAGGAAAGGATACGAG GTCCAAACTTCTCGTTCAGGGCATCATCTGTCTGATCCACTACTCTCTCATGTTGTTGTT GTCTCCATTTCTGGTGGTTATCATGATTACCAGGTACTTATTCTATTTGCTTTTACATGT TCAAAGTTGAAAATCTGAATTATAGTTGACAACCAAAAATGTAAGCCTTATAATTGGTAT CATTTCTTTTCATTCTTTCCTTTCCAGTAGGAATCTTCAACTCTCCGATCCAATCAAATT ATCTTCTTCAAGTGAATGATTGTTTGTTACTTTTAGAGGAAACTGGATAAACATAATATA CTTACGTTTCATGGGTTTTATTATTTTCCTTTTTTATCTCAATTTTTTTTATGTTCATGG TTACTTAGTAACTGTCGTGCTGTTTCTGTTAAATGCACTGCTCTATTAGCTAAAAGAGGG AAGTAGCTCTAAAACTTATTCTTTCTCCATCTTGCGTAGATTCTTAATCTTTTGAAGGAT TCTGGGTTTGCCTACTTTATCCTTTGCCTTGGTCTCTATATAACTGTAAAAGTATACTTT ATTTCAATGGTCAGGCCCTTATATAATGTTTAGTATACTTTATTTCAATCGTCAGGCTCT TATATTATGATTTGAGTATACTTTGTTTCAATCTTGAGGTTCTTATATAATGATTCAAGT GTACTTTATTAAAAGGCGAAATGGTCTGGTGAACCCTTATACTTGTATCGGTTTATATTC TGGACCCTCCTACTTAATCTTTTGTCAACTGAATCCTTAGACTCAATTAAAACGAGACTT TCAAGCCCCTCCAACCATATGTGTAGCTCACTCTCTTTTACATAAATGACATATCATATC CACGTCAATTATATATTTGCCATGTCATATGCCACATCAAATATTATAAACAAAAATGTT AAATAATAAATTTTTTATTTAAAAAATAAAATAAAATAGTTACATTTCTCAACTTTCATT CACTTCCACAACCACCATTAGAGATCTTTCACCACCATCTTCATTTCTTTAATCCTTTCT TCTTCGAAAATGGCGCCACAAGGACACCGAAATTCGTATTATTTCAGAAGAAAAAGGAGT TCTGAACCTCTGTTTTTTTGCAATGCATCAACAAATTACTACTCCCAAATCAATAACAAT TTAGTATCCATTTTCTTAGAAAAATGTCAGTAAAACAAAGTACTAGCATTGATTGTCGAT CGCAACAGAGTACTAGTATTGATTCCATCACAAAAGAAAAAAAGTTTAGTAGACATCAAC ATGTAAAGAAGAGAATCCAGATCTAATCCTCTACAGCTGAACTTCTTAATCATTTTCTTC CTTGGTTGTTGTTTGCAACATCGACCAACTTCAACTTTCGCCATGGATTGGGAACGGACT AGGACTTAAGAGAGTGACAACGGCTAGGGTTTTGAGGACGATGGGTTAGGGACGATGACG GAAGGAGGCTGAAGCTTTAATTTGTTTTTGCTTTTTATGTTTATTATTTAATCAATTTTC CAGAACAAATTTATTACTCTCACTCTCTTTTTAAAGCGTTTGACACCACACTCTATATTG AGTTGGCAAAAATTGCCACATAAGTTCGGCCAATGGTCAGAAGGTTTTAAAAGTTCCATT TTAATCGAGTTTAAGGGCTCAGTTGACAAAAGATTAAATATAAGGGTGTGAAATACAAAC GCATACAAGTATAAGGGTCCATCAGACCATTTCGCTTATTAAAATGGGCCACATTTTATC CCCTGCTGCTGTCCGTGTACTTTGTTCTTTGGCTGTTGTTCTTTCTCTTGCCTCACCAGT TCCCTTCATGTGAACAGTTATGCTTTGCTTCACTAAATATGTAGCATTAGCTTCTATAAC TTTTCATTTTAGGTCCGATCAAATTTACAATCACTTGATGGTATTGTGCCTCCTACCCAT GGCTTTATGATTAGTAGCACAAGCATGAAAAATGTGTGGTTGTCAATGGAGCACCAGGTT ATCTTGTGGTGTAATCAGCTTGTTGTCCAAGTAAGTCAATTTTTTCCTGAGAATCTCCAG TTAAATTTGTAGCCAAATAGCTCTGAATTTCATATATCAACTTTTTCAGGTATCACATAC TCTTCTTAGTCTGGTAGACCAGGGGACTGGACAACCTATATCTGATGTTCGAAAAAGGCT GGCAATCTTCACAAAAATGCTTCATAGTGGGATACCTCCAAATTTTAATTGGTTAAAGCA GTCACAGCTGCCTCATATACCAATTGAAGATGGAGAAGCTAAATCTGGTATTTTCACTCC TCAACTCTCTGTATTAAAGTGATGATCCTTATATAGTGTTAAAAGTATACGGAAATGCAT TTTCATGCTAACTGTGTTCTTGTATATGGCACCAATTTGGTGTGCTGAAAGGTGAATTGT GGTGCAGGATCTCAAGCACATAGAGTGTATTCTTGCCCTAATAACATCCATTGGAGTGAT GATGCACTTGAAAGAGATTTATACATCGAGACAACCACAGTTACAGTTTTAGCGATGGAC GGGAGAAGGCGGTGGTTGGACATTGAGAAGTTGGTCAGCTTCCTTTATTTTTTATAAAAA GTTACATTGTAGATATCTTTCATAGCGTGCTTGCTTGCTTTGCTTTTGTCCTCCTATTTT CAAGAAACAAATGTTTGCACTCTTCTGCGAATAAGGTCTTTGCTTTAAGTTTGAATACCA GTTACCTAGAATGTGTAAATGCTATTTTTCCAGCTTATAACTTATCTTACTTGCATATGC AGGGGTCTAACGGCAAAAACCATTTTGTTTTTGTCACAAATCTTTCTCCATGTTCCGGTG TACGACTGCACCTTTGGCCTGAGAAAGGAACTGAAGTTTCCACTTTACCGATCAATAAAC GGGTTTTAGAAGTTACATCAAAGATGGTGCAAATTCCATCTGGACCAGCTCCGAGGCAGG TACTTAGTCGTGTGCACTGTCTGCCGAATGTTCTAAAATAAGATGTTATATGAGCTAGTT TGATTTAAATTCTTCTTAAAGGTGCTGTTTTTGCAATAGGTTGAACCAGGTACTCAGACT GAGCAGGCACCTCCCTCTGCTGTATTTTGGTTGCACCCAGAGGATATGCGTGGTTTCAGA TATCTGACCATCTCAGTGGCACCTCGCATGGTACTTGTTCACAGGGTTCTCAAATTTGCT TTAGCTTCTTTTTAGTCATGATACCTGGTTTCTTGGGAGTTCTTTGTAATAGTTCGTATG TGTTAGTGTAATTACCCATTAAATCTTTTATAATACGAGGTAGGACTTTAGTTTCTATAC TTAATCAATAAAAGATAAAAGATCTCTGGGAAGGAACTTTTCTTTCTCAATGTGTTTTAA ATAGAAAATCAAATCTTTCTTCTGCCTTTGATGGTAGAGTGGCCGATAGATCCTCATTGC TGTACTTCATATATATTCATGAGCTTTTCTAGTGCCACAAAGCAAATTTGGTCTTGGAAT AGAATTTCAGATGGAAACTTCTGCTTCTCTTCGTGTTGAGTATTATATGTGGTTAGATCC TGGCTTTTCATCTCATGATGACTTTATGATTTTCAGGCTGTTTCAGGAAGACCTCCACCA GCCACTTCCATGGGAGTTGGGCAATTTTTTAAACCAGCAGACGGAGAAACAGCCTTATCT TCTGGGTCGTTGATTCGGTCTATGTTTTCTTTACAGGTTTGTGGTGGGTGGAGCTTACTT AACTAGAGAGGATGAAAAAAAGTTTGAGCTATATATACCTTTTAATACATTATTTTTCGG TTCAAATTTGCAGGAGATGACGTTGAATGAGGATCATCCTCTTGCACTCAATCTGTCTTT CTCTGTTAGCTTGGGTCTCATGCCTGTGACGTTATCTGTCAAAACAACTGGTTGTGGAAT AAGAAAGTCAGAGTTCACTGCTGATGAAACTGGAGAGATGGAAATTGACAGTAAGGGTTT CTCCTATTTAACAAATAAGGCATCTTGTACTGTTTCTATTAATTAGTAAAGAGTTTCGTA CTTTTTTACTTGTTATTGTGTTACTTGCCAACATCTTTCACCAATCCCTCCAAATTTTAT AAATCTTGGTGGAATTGATGTTTGAGGAATTTCTTGGAGGGAATTTGAAGTGTTACTTCC ATATCCCTTTTGCTAAGTAAATGCAATACAAATTTAAGAAGCTTTATGTTTACTCACCTT CCTTTAACTGCTATTCAATCTGCCCCATCAAAGGGATCTTTAGATAGAAGTAGTTGTATA AAAACAATAACTGGTAAATCACATGTATCATGCACACCTTCAACTTGCCACCTTTGTATG TAACTGCAGAAAATGTAACCAAGTAAAAAGTAACTTCTTTAGTTCATTCAGCTGAGTATT AATCTTACCAGATAAATGTTCCATATATAAGATTGAATGTCGCAGTTTTTGTTATTTATT TGTGGTGCTAATGTAACTTATTCTTTTGGATGTAGGGCTGTGTAAACTTCGCTGTTTCCC TCCTGTAGCAATTGCTTGGGATTTCACGTCTGGTCTTCATATTTTTCCTAATCTGTTCTC AGAAACAATTCTTGTGGATTCCTCTCCAGCACTCTGGACTTCCAGCCTAGGGTCAGAAAA GACCAACGTTATATTGCTGGTATAATAACAGACCCCTTAGTTTCTCGTTCGGTTAGAAAG TTGAAAAACTGCTGCTCTGTTTCTTTAGCTCTTACATGACTTTGTTTTCCCTCTTATGTG CAGATTGATCCACATTGTTCGTACAAAACAAGTATTGGTGTTAATGTAACCTCTGCAGCT AAAAGATTTTCGCTTTTATATTTCCCACAGGTGAATGCAGTTTTAAACCAATCTTATATC TCAAAGTTTTGTATACCATGCAGTCTGAGACTTTGCTTTCATGTGTATATTTCTTACATT TCACTCATAGGTTAGCATCAAACCGTTATAGGATACTGATGGTGGCACAGAATCTCCCAT TTGATTTTGATTCCCAACTATTAAAATATTTCATGTTATTGATATTCTTCCATGTTCCAT TCAGTTGGGATACATTCTACCATTATACCTCAGAACACCAGTCTTCATCACTTCACAATT CTTGCTGTCTGAGCTATATATAACTCCTTATATTAAGAAGTCCACATCGGTAGAGGGATG GGAATTTGGTCTTCCTTATATGGACTTGGACAAACCTCCCCTCATGAGCTAGCTTTTGGG GTTGGGTTAGGCCCAAGTGTCATATCTTTACACCTTATCAAGCCTACTTTTAGTGAATAC CTTCATGCGAGAGTTACTGATGAAATGATTGGTACACCTTTTGCAAGTTTCAAGGTTTCA GATTTAGATTGTCAAGTTGTGACATGACCTTTCCTTATCAATCTAATATTTACCTGTGAC ATCCAGTGATAAATTTAATACTCACTCCACTGCAAATCATTTTTGTGGTACTCACTCTCA ATACAATTAAATGGCTGGAGGTGCAATATACTTGAAAGAACTAATTTGCATACTTATAAT GCCAAACTTGGAAAAGGAAACCACAGAATTCCGTACACACTACTAAGAAATGAATTCCCT TGTTTCCTTCATAATAAAGTTTGTTACAGTTATTTTCTTAGTCGAGGCCCAATTCAGTTG ATGTCTAAGCAAGCTGCAAGCAAGTTGTTATGAAACATGTAAAGCTTCACAGAGTTTAGG ATGCCTTCGATTTCTCATTCAAGAGTGATTTGTTTTCTGATCTCTTAAGGATTTTGTTGC ATTCTAATTCCTTTATGAAGAAAGAATGAAGTCTGGTATTGTTGTAGGACCGGTTATTAA AAAAAAACTATTTTAGTAGGATCCTTCATCAAGCCTCACTGCCAAGCATGTAGCAAAAAA CTTATTCTGAGTGAGTAAATGGAATAGAGTCATATATTCCTTTTCTTTGTATAATAAAGT TATACAAAAAATATATGAAGTTATATGATCAAAAATTATTCCTTTTCTTTGTATAATAAA GTTATATGATCATCAGAAGTCTGGTCCATGCATGTATCCGGACTAACAACAACTACACCT CAATCCTAAACAACTTGGGGTCGGCTATGTGAATTCTCAACTATTACATTTACGTTCAAC TCATGTCATCATCATACAAATAAAAACAAAAACAAATTAATTATATATAAATGATAGTGA TAATAGTAATAATATTTGAAACTCTCTAACAAGAATCCTTTAACCCATTAGTAGATATCG CCTAGATATTTTTCTTCCATTGTGCCCTATATTTTGTAGTAAAGTCTGTATTGATCCAAG AATTCTTAGGTCTTTTGAGACAACATCCTTCAATGTGATTTTAGGTCAACCTCATCCCCT TTTTTACACCATCTCTCACCATGGCTTCACACCTATGGATTGGTCCATCTGTAGGTCTAT GCAGGACATGACCAAACCACCTCAAGCGACCTTGTTTTATTTTATCCTCAATCCGTGCTA CTTGCACCTTCTGACAAATATGGTCAATTATAATCTTATTTAATCTTGTATGATCACACA TCCATCTTAGCATCCACATCTCTGCAATAGTCAACTTGTGGATATGTTTGACTTTAGTGA CCCAACATTTACTACCATATCCTTCTAGCACATAACACCCAGTAGCAGTTCTCCTGTTCA ACCATTCAGTTTCGATTCGAGAAATTACATCTTCATGTATCAGTCCATTCGTTGAAACAA CAAGCCTAAATATCTAAGTTGGTTGCATGTTTCCTTACTGATATATCATATATCAAAATA TCATCAATGGTTCAATAGTTCTGTGTCCGTACTTTTGTACTGAATCAGGTTTGTTCTTTT GTTCAATGGCTGTAGTTCTTATAATTGGTGCTGATCTTTTTACCATGCTCCTTGGTGTAG GTATTGCTTTTTTCTTCATTTTCTGATTATTGGGTTCATTGTTATTTGCTGTCATGGACC TGTGCAGATTACTGGTTTTGCAATTGCTGTTGTCTTTTTTGCTTTAATGCGGCAAGCACG ACAATGGGAGCTTGACCTGCCTATACCTTCACTCCTTACAGCAGTTGAATCAAATTTGCG GATGCCATTGCCCTTTCTATGTTTGGCCCTGCTACCTATCTTATTTGCTCTTGTACTTTC CTGCCTCATTTCTCTACCTCTTCCTCCAGCCATAAGTTTCATCTCTGTCTCAACAATCTG TTACTTATGTGCAAATGGAGTGGTGGCTGTGCTGATATCAGCCTCCCAGTTGTTGTTCTA CGTTAGTGCATCTTTACATGTATTCATCAAGAAACGGTTAGTTTACTCTCTCTTGAATAT ATCTACCACATTTATGTTACGTAAGATTTTCATACAAGTGACTGATATCATTTATTAGTC AATTTACGGACCAAAGTTGCATGTGCTGGTGAAATTCAGTCTTAATCTCAAGAGAAATTT CTAGTCCCCCTACTTCCCAACTGTCCATAAACAATTAAAATACTCTCACTCAAGGAGTGC GCTGCAGACCTAAATAAATTAATAAAAGTGACTACTCTATAACAGTGTTAAGGTTTTTCT TAAGGTACCACATAATTTAACAGAAACCGTTATGGCAAGAAATTCATTACCAACTGAGCT AATGGTAATATAATCTTTTGCAGGTCGCAAACACGGGAACATAACTTTTCTCCTCTTTTC ACTGCCTTCCTGTCATCCAAGGTTAGTTTAATTGTGGCATTGTAGCTTGCAAAAGCATAA GTTTGTAAAAGGCTGGATTTGTACATATATTTCGGAACTGAAATTGAATGCATCTTTTGT TCCTGGTCCTCTAATCTTAGTAAATGTCGAAATTGAATGCATCTTGCATTCCTTGTTCTC TTAATAAAAAAATTTTACTTATTGAAACAGGTAGTCAGGATCGTGAGATTCAATCCATTG TTTGATATGACACTTGTCTCTTTGACCCTAATGTGCTTCGCTCATCCAGCATTGGGTCTT CTTTTGCTGGTCATTTCTCATGCTGTGTGCTCCCACAATTCCCTGTCCAGGTACATCCCT AACTAGTACCCTTTCTCCACTCTTCTGTAGTAGTCTTATGCTGTATATTAGAATTGAGGG CCATCACATGACCATTGATTGATAGTGTGTGATTCCTAGCCGAATTCTGACCATTCCGAA CTTCTGAATAGATTAAACATTTGACATTTGATATTTAGTTTTTGGCTCTGCTGATATTTG ATATTTTGTTATGACAAATGTAGTCTAAAACCAATTTTTCTCGTCTGTAAACAGTTTTTT GATGGCTTCATTTCACAGCCGTACCCAGACTAAGGAGTTCATAGAATCTGGGAACAGACG TCAGAGTGGATCGAAGCAGTCCATACCCGAGCATGATGGTGAAATCAACACGCATGTTCC TCAGAAGGAGAGTAATTCCAGTAGTCTGGACTCAGTAAAAAGCTATGGTGACACCCAATT AGAGATCTTCAATCATCGGCATGGCTTGCTTGTATTACACTTGCTTGCAATGCTGATGTT TGTCCCTTCATTTATTGCGTGGATCCAGGTATTCCTTTTCTTTCTTTAGGACCAAGAGGA TTTCACTGCCTTGTGTTCATATTTTGGAATCTCGCTTACTTTGCACTGATAAATTGATAG AGCAAATGCTCTCAATAGTCTTCTTAATGAAATAATATTTGGGTTTTTGTGGACATTGTT GATTGCTCGAAATAATTAAAAGTAGCATTAACATTATTCTTTTTTGGTATATGTTTGCAC ACAGAGAATGGGGATCGGTCATAGCTTGCCGTGGTTCTTGGATTCTATACTTTGCATAGG TGTTTTGCTGCATGGTGTATGTGACTCAAAGCCAGAGTTCAACTTCTTCTTCTTCTTTCC TTTTCCGGTCATCCAAAGATTGGAGATAAACCTGAGCTTTGGCTATCTTCTTGCTGGATA CTTTTCCTATATTTGTGGCTTAGCCTTGGCTCCTTACATAACATTTTATCCCATGGCCGC CATTGGGTTTATATCATGTGCTTTTAGGATCATAGAGAAGAGAAGTAGGGAAAAGGGGGA AATGTACCATCACCGTAGGAAACACTCTCATAAACACTAAAGTGAAAATACTCCCACTAT ACGATAGTGCCACATTCAGAATGGTTCTGCAATAGATGTTCTAGTTGACATGCCTCAATT TGTTTGATGTGTAATTTTCATTTTCAGAGGAGTAGAATATCAGCTTGTGTATGGCTTTAA TTCTACAAGTGATTCAATCATTATATTTGTCGCAAAAATTTGTTTATGGTCTTTCAACTT AAACCTGTGGATTATTTACAATGTGAATGAATCACTAATTGGCCTGAGGATAGATAAAAA TGATTGTTCATAGCGAGTGTCGTTTTTCTTTTTCGTCTAACTTGGTCTTTTAATACTAAA AGAAGAAGAGCAAGAATATTTTTCCACAAGATAGAAAGGCCCTTTTATAATATATTTTCG GCAACAAGTACCGTAAGGAATAAAAAATAATTTTTCATTTGAAAGAAATCCAAGAGAAAC AAGATTATAAGCAAGGGTGTATTGGTAAATGAAAATAAAAAGAAGAGCACAAGCATACTG CATGTACCATAACACACTTGATCGGTGCCAATATAGCCGTTACTCCACACCAAAATCAAA AGAAATATGACCGTTACTTAAAACCCTAGTCTTCATCACTCGTCACAAGAGAGAGAGAGA GAGAATAAGGATGGTGACCGATGGAGATGATAAAGTCGAAGGGTTGCTGAGCCCCAAGTT CCGGTCGGTGGCAGCTATGGCTGGTTGGGATGAAGAGGCTCTTCTCATGGCCAGTCTTGT TGTCGAAGACACACCTGATCGCCTTTCTAAGCAAAAGAAACGTTCTGATTTGCTGCATTT CAAGACTCCCCCAACAAATTCTAGAAGGTACTTGCACCATTTTTTTTAGATTTTAAATAA GAAGCGAATTCAGGAATTAAAATCAAATCAATTAATCAGATAGATCATCTCTATTTTATC CGATTGGATTATCAGTCGTTCTTCTTTTTGTTTGGATTATTGGGAAATGCATAAATTTGT CATCTTTTCAGGAAAAGAAGGGCTCAGAAAAGGAGCCCTGCGTCCATAACTGCAACTGTT CTTGATCTGGAAGACCAAGACACTGCAAAGCAAGGTAAATCATGATTTTCAAGAAGAGTT TGTGTTATGAATAATGGATTGTGTCCTGATGTTAATGTTCTGCAGAAAGCGAGAAAAAGG AGGCAGAATTGAAATTAGACGAGAAAGGAGATGAGGCATTGGAAGAACAGGGTTGTTCTG TTGCTACATCTTCTACTAAGAAGATAGAACCAAAATCCATTGAGAAAGCAGACACGAAAG AAGCTGAAGCATCAGAGGAACAGGGGTGTTCTGTTTCTTCTTCTTCTGCAGCATTTCCCT CCATTGATCTACTTCGTGAAGAGCTTTCTTGTGCTGTAAGTGTTGTAAATCCGTTCTTGA ACCTTGGTGCCCCTACCTGTTTATCAATTGAGGGTGTCTTTTTTTCTATTTTCCTATTTT ATTGTAGTATAAACATGATTTCTTTGAATTTGCAGATTTGTTTGGAGATCTGTTTTGAAC CGAGTACCACTCCTTGTGGTCACAGGTACGATCTCAATGGCATCCTCATCAACTTATATT CATAAATCAATACATATAGGCATTTTCAGTAACTGACTCTGACAAATTTGGTAAAAATCA TATCTGTAGTTTTTGTAAGAAGTGTTTGCGATCTGCTGCTGATAAATGTGGAAAGAAATG TCCCAAGTGCAGGCAGCTTATCAGGTACTGTTAGGATGCTATTTCATTTCAGTTATATCC CTATTTCATTTGATATTTTTCATTTCCTGTGAGCCAAGTTGGCTGATCTTTGAAGCTAAT TGGATTATAGATCAACCCAATGTTTTTCAAAAACTACATGAATAGTACTAAGTTGCAAAG TTCACATTATCAAAGTTTACATAGTTTGAGTCCTGAAAAAGAAATGTCACATAAACCAAC TCAGATAGAGTATTAAATAAGCTTGAAAAGGATTTATCATGGTTCTATTGTTTCAAGTAT GACGTATTCCTATTAAACTTGACTTCTTTGCAGCAATGGTAGATCATGCACTGTAAATAC AGTACTTTGGAATACAATTCAACTGTTGTTTCCCAAAGAAGTAGAAACAAGAAAAGCAGC TGCTGATTTGAGTAGTAGAGAAGCTAAACGTCAAAGTCCAGTAAGAGCTGTTGCTACTCA TTCTAACAGCAGAACGACAAGAGTCCTGCTACTTAACAGTCCAGAATCTGGTCCTAGTAG TCAAGAAAGAAGGAATTCTCGCGCCATGAGAAGACAAAGTGCCCGAGCTTCTGCAATGCC AAGCAGAAATCGAGACATTAGCTCGAGGAGGGAGTTACCAAGTCAGGATGGGGATGCTGC ATTGGCGCTAAGAATGCAGAGAGAGGAGTTCATGGAATCCTTCAGGACAAGAAGTTCTGC TGATGAGCAGTACAGGAGCTCTCTTGCTCTAGCCAGAGCAAATTTGAGGGCCATGGCATC AAGAGCCATTAACATTCGTGTTAGAGGAGGTCGTGGCTCATAAATTGTTTTACGTTGCAC TTGGAATTGTGTCGTCTTACATTACGAAACTTATATATATATGTTTTTGTTGAAAAACTA AAAGGTCCTTGAACTCCCTCATGAAATGTTCTTATATCAAATCCATAGCTAGTTGTAATG TTCTTTATATCAAATACATCTTTTGCTTTGTTATTTACTCTCTTTCAAATTCGGATCACA TGAATGAATGATTTCTCTTGTCCACGCAAGCAAGATGCTGATCAAGTCAAAGAATCAATA ATGATGAGATAATGAAGCAATTTCACTTACATTGATGGTGATATATAATATTAGCAGAGA GAGAATAAGATAATACTATAATAATCTGGATATGAAGAATAATTCATTATTTTGCCTTCC AGAAATTTTGGATGAAGGAATTGAAGAGCTTATAATATGAGAAAGAAGTCATCACATGTC CCAGTACCTACTTACATTCTGTCTTTGCACAATTATTGGCTTTTATAATAATTTTCATTG CATCACAAAGAAATGCAACGTTACATATACTAAAAAATGGTTTTGACTTTCACCAGATAC ATTGAACATTCAACTTCCATTTTCATATTACCTTTGTGTTGTGACGTAAATTGATGTACA AAAAGAATATATGGACTATTTCATGTACAAATAAAATAGCAAAAGAAATTAGATCCTCAA AGTCAAAAACTGATATGAAATAATTTCATGTTGCGGCGTCATGTCAGTGATTTTTGCCAG GGTAACTTGCCAGTGTTTGGGTCGGTGAACATCTCTGCTACTCGATCTTTTAGGCCAGTG TCAGTAACTTCACAAAATCGACTAGACCAATCTGGTGGTTCAACGGCTCGTGTCCCTAAA CCAGGGGCACGATCCCTGGACCCAACATTTCTCTGTTGTTGCCAATCAGAAACATAAGTA GCCACCCTCCTGTAGAACTTCTCCTTGAAGACATCCCAAACTTGATACTTGTAATGGTTA ATCACAAGCACATTTCTATCCATATTGGCATATCTAAACTCAGACTTTAAATGAAAATGG TGAACCACATTGATTAATGTTGAATTCAATGCTTCAGGTTTCACAATACTCTTATGCCTC TCAGGTGCAATCATCCTGCAATTGTACCCCATGGTGACCCCTTGTGTCGGGACATGTTTG AGACCAGATGGTCCAAAATTATGACATGACACCCGCAACTCAGCAACTTTACTATTACTC CTTGATTGGTTTCTTAATATGTCAAGCAGTGACATACCAGTAGGCAAGTGGAAGAACTCA TCCACATCCATAAAACCAACCCATTCACACACATCTCTAGCTCGTAATGCACAATGAGCA AAACCTGCCTCTTGAGTCTTGATCCAAGGCCAAACATGTCGTGTCACATTTATGTTCGAT AATAGCTTAATGACATCATCAATATCGTCCAAGCTGTTATTATCATAAATGAACCAACGC TGTACTCCGATTCTAGTATGGTACATGATCCACTCTTTCAAGAAGCTGGCCTGGTTTCTT AACATTGTGCATACACACATGTTGTGCTGTTTTTGAGCTGGAAAGTCAGGCTGCAGACGG CGTTTAGGACTCGCTATAGAGTCTAAAGGTTCCTTACCAACCATTCTAACAGAAACCTTA ATGGGCATGTTACTAGTACCAATAAACCTCTCTGGATTATTCAGTATGCTCACTGGGGTA TTACATCGAACAACTTCTTGAGCAATGGATACAACATCTGATTGTAACACAAGTTTGGGA TTCTTAACATCCCAACCATAAACACACTTGAATTTTGAAGCGTGCGATTGTCTTCCACCA CGAAGATTAAACCCTTTAACAAACACTATGGTCGTGTTATCGCGATCGATCATGGCCTCA TAGGCCAACGAATTCCACCGACGTGATGGTCCAATGGAGAGGGTGTAACCGGTAGACTTG ACGAAAAGTGACGTCAGGACTCCACGTGGCTTAACCAGGGGACATCGAACGAGCTGTTGG GCCAATAATTCATCGTTTTCAACTGATTCAGGAGGTTGAGAAGAGTTAGGATCAAGGTAG AGGCAGTATAGGTCATGTTTTGTGAATAAGGGAGTTGAAGGAGGGTATTTTAGGAAAACA ACTGTCTCGTCCGGGAATTCGACGGTTTGTATAATTGGCTTAACAGCGGTTAGGGCTGTG GTTGTCGCCGGCCGCCATTGATGAAACCCTGAAGTTAGCAAAATGAAAGGTACTTAATTA TAATAGATCGTAATTAAGGTTTAATCAATCATACTCCATATTAACCGCAAACTAAATTTA TGCTTGTTTGGAAATGAATTGAATTTAACTACCTTGAAATAGTAGAGAAGAGAAAGTGAA GGCAGCAAAGCAGAGGATACACCAGAAGAAAGATCTTCGAACTGCTACATGTTTTTTACG ATGTTTGATTGGAATTTGAGCCATACCCACGATTTTAATGGTTCAAATTCAGCAGTCTCT GTTTCATCATCGACTTGTGCTATTCAGTTTTTGAGCATATATTGCTAGTATTTGAGAGTT GTACGTGGTCAAGCAGTCTTGTTCCAATAAAGAAACAAGTTACGAGGTCACCCACTTTGT TGCAACTTCCTTCTTTTTCATTCAACTTCAATTATTATTCTCTTTTCATCTTCAAATAAA AACCCTTCTAATCAGTTGTTATGGTTTGCTAGAAACCTCCCCCACATAACTAAGTTCAAC TCTAACCTAATAATACATAAAGAATAAGAAAAAGAAACATCATGCCACTTCACTTGTTCC TTTCACTCTCTTTCTACAAAATTCCATTTCCATGGGCTTTTTTTAAAAAATTTTGGTTGT TGCAGTAGAATGAAAGAGCATTTTTCAGATATAATTACAAGTGTATAGGATCAAAATATA TGTTCTGTAATTGTATATACGATTTTTTCTCGTTTTATATAAACACAAACATATTTTATA TTGAAGTGTATAAAATAATTAATTATATACCAAATCAGATGACAAAAAAAAAGGAAATGT TTGCTGTGAATCACAATTAAAATAAACTATGACTATAACAGTTAATTTTGTATTGATAGT TTATTATTTTATACAATTCTCCCATTTTTAAAAAAAATGTCTATATATTTGTAACCAAAA CTAAATAGCATATATGTTAACTAAAATCAAAGTTGAAGCACGTATAGTTTATATATTTTT ATTTCTTTTGCTGTGGTCATAGAATTTTTTTTAAAAAAAGTGTAGATAATTGCGACGCAA AATTCCTCATAGACTATTCTTTCGTCTTTGAAAAATAACACAATAAATTAAAATGACGAA AATGACAGGCTTGTTTATTGAACTAGTTTATAGGTAGTGGATTTTTAGTTTTTGAGTAAT AATAATTACAAACAGTAGAGTGCTTTGACAGAAAACTTTTACCACTCCTATAATGTATTT TAGTTGCATCAATGACTGATTGTCTATCTTTTCTTTTTATCCTTTTTGATGACAGATTAT ATATATATATATATATCTGATTAATTACGATATTATTAGAGACAATTAATCAGTCTCCTC AATATGCGACTTTAATTATTTGTTAACAGGTCATTTTCTAAATGTTGGTTAGGCAAATAA TCTATTGTTAAATCCCTATCTCCTTGACTTCTTATGTATATTTCTACTATAATCTTTCCT AAATGAATCCAAAAAAAGCGGGAGGGGAAGAAAAGGTTGATCATTATTCCTGTGAAGTAA ATATCTTTTGGTCGATTTTATTTCTTTCATTTTTTTTATAATTAAAAAAGTGATATGCTC GATGATTTGAATTCTAAGTTATCTAATTTTAATTAGTTACTTGATAAGATTATACCGAGT ATGTTTATTATTATTTTAATTTAGTGGGACCTTTTGGAATCCAACATCATATATCTGATA TTTTAAATAAAATTAAATGGAGGGAGTAAGAAAGTAGTAGTAATAATTAGAGAGAAAAGT TTGGTTTATACAATCTTAGATATGGTCATTATCAAGCTTTAAAAATGGATCAACATTAAG TAAATGTCATTTGAGTTACAGGTGTCATGATTGATTGAGATTTTTGATAGCTTGTTCAAA AACAGTTAAGAGGGAAGAAAAAAAATTAATTTACGGTTTTATGTCGAATTATATCCTAAA AAAAGCCGGCGGCCGGCCTTAGACATAACAGGGGACCACATCCTGGCGGCTGATCCACGC AAGTTGTTTCTAGTGAGTCGTGACTGTTGATAATGATGGGCCTGTTCTATTGGGCCTTGT GCCAAAAGCCCAAACTGTTGTTTCGAACAAATATGTTGCAATATTATTAGAAATCTCACT AGTTTAAGGGTATTTTAAAATCCGAAGAAATGGCGTATCTAATTCAAAATTTGATATGAA ATAATTATATGTAATTAATTCAAATTATAGATTGGATTAATATTTATGATAGGAATATTT GTGTAAATAGGTAGTTTTTTTTCATATTACTATGTAATCAAATGAAGTAATTGATAGTGT AAAAGAAATTTCGTATGCACAACTTAATATCATTTAATTAAGGAAGAACAATTATAATTA GTTGGACTAAAAGCAAGAGATAGGATATGCTGTAAGGCAGCTGATGGAATCATTAAATGG ATTGACTAACTGTTGATTAGAAATTGACATTTAAGCAAACAACAAAAGCCGCCTCTGTTT TCTATGGCGAACTAGAATTAGAAATTTTCATATTTTTAATTAGTCAATTAATTTGTTGTT CTAATTAAACTATTTTTCTCAAACATATTCAAATATATACGCTCTATGTGGAGAAAGTGC AAATTAAATACCAACCTTTTGATATATATATATGTTCGTCTGAAGTGTATATAATATTTT TAATAGTAGATATAATATTAATAATAATAATAATAATAATAATATTATGTGAATTCCAAA CAAATGAAACATTCTTATGTCATTACATGAATTTGATATCGGCCTTTTGGATTTAAGAAG TAAGCATCAAGTACTGTAAAAATTAATTTTTAGATAGTTTAATTAATTACAGTACATTAT CTTTTTAATTAGGTTGTCAATTGTTGTTTACCATTGAAAAAAGAATACCTTGTAATTATC TTGTAAGCAACTTAATCATGCAATTATTTTTCACTGTTGTTGGTCAATCAATGTATATAA CAAACAGAATATACAAATAAAACGATGCTCGGTTGTATGTGGAAGCATCAGTGATGTGTC CTAATTTTGTCCCCATGACTTTGGAGTAACTCCTCCAAACAACTTCCCAATAAAATGGAG GTTTTGGGCTGAGCCGGCTTACCGTAAGAGAGGTCTTTTATGTATAATTAAAATTATTTT ATATCTAATATATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATAGTAGATATTCAACTTTATATGAATAATTTATATGTTTATTTTTT AAAATTTTAATTTTTTTAATAAAAATTCTGATTCCGTTTAGTTTCATAGAGATAATATCT GGTTATTTATGAAATAGTCTTTTATTGATTTATCCTCAAATTCCTCTAGTCCTATGATTA ATCGGTCATCACGTGTATATTTATTCTGTATTTTTTATTTCTCCCACTTGTTTCTCTTTT AAATCTATTTTTTTTTTTTATTTTTAAAACTCTCAATTAATCTTCAACCACTATAATCTC TGTCGCACCCTCTATTCTCTCGGGTTAGCGTTCATTTACATATGTTGTTACTGTCGTTTC ATGTCCCTAGTAGCGTCCACCTGGGAAATTATGGGTATACATGATAAAAAGTTATTGAAT ACAAGGTATAATCTATTGAGTAATTTATATTTATTTAATGTTTTGTTGAAAATTGGCATT ATTTAAAAATCAAGTACTCTTTTTAATATTAAAGTTTTGGAGTGGAATAATTGCTAAGTT CTCACATTAAATTTTTAAAGCGATAATTATTTTGGGACAAGTTTTTTGAGCAGTTACCAT TTTAGCCTAAGGGTATAAAATGTTAACAAAAATTTCAAAATGATATATGAATTTTTCTTT TAATTAAAATGACAAAATCGTTGGAATAACATCGATTTTGTTCGCTGAAAAAAGCAAAAT CATTGCTATAGCAGCGATTCGATAAATTTGATTTTTTTCAAAAATCTTTTTTTTTTTAAG AAATCGCTGCCAAATCATCGATTTTCAAAATAAATTTTTTAAATGTTTTTTTTAATAAAA CGGTGCCTAGACAACATTTTACCTTTAACCTTTTTTTTTTGGTTATTTATTTGAATTTAT CCTTTTTAAAATAAAGCAGCGATTTGTATCAATTTTTTTTTAATTTTTTAAAATTAAGTC GCTGAAGTACAGTGATTTTTTTTAATAAAAATTTTGATACAAATTGCTGCCCTTCAGCGA TTTGCTTTTATTTTTTTTTAAAGAAAAATTCAAATAAATATTTTTTATTAAAAAAATATT TTTTAAAAAAATTATTTTGAAAATCACTTGCTTGACAACGATTTCTTAAAAAAAAATCGG TGCTATAGCAGCTATTTTGCTTCTTCCGGCGAACTAAATTGCTGCTATTCCAGTGATTTT GCCATTTTTGTTAAAATAAAAATTCATATATCATTTTGAAATTTTTATTAATATTTTATA TCTTTTAGGCTCCGGAATCATTAAAATTGGATTAAAATGAATTGCTTACCTTTAAACTGA TATACTTAAATTTATGTTCATGCTTAATTAAAAACACACTCAAACTAAAATGACCCAATA AAGAATCACAACAGACTTAATAATATCCGTGGAAATTATGCCACACAATATAGTAAAGAA GTTAAAATAATTATTAAAGAATCAAGCAATAGTATCGAAATAAAAAAAAATAAAGCCTGG TTTCTAACGTTAAATGTTGCACAAATACATGAGTATAATGCTTGATTGTTTGTGTGTTCT TCCAAAATTAGCTTATCTTTTAATAAGAAGATATATAAGACATTATTTACAGTTAAATTA TTAACTGTGAATTTTGTCAACATAAAGTCTATTAAACATATATACACAAGCAGTATCTGA ATCTTTAAAAAATAGGGAAGGTACTGGTAGTGCTCTCTTCGTGACGCAATAAAGGAGTGA TTGTTGATGGAACCGTGAGTAATTCATTAATTAATTAACAAACTAACTGCTCTCTTAATT ATAATCATTAGCGAATAACTAAGTTGCATGCATGTATTACATGAACTCAACATTATATAC TCTTTTGCTTGATTCCTTAATTTATTATGATTTTGATAATTATTATATTAATAACTATCA TTCATTTTCGTAAAAAAAACTATTTCTAATGAAAATTCCATTTTTTCTTTAGTTGGATCA GCTAAGTACTCGTGCAATGTTCAAAATTGACTGCTCTTACTATTTATGTAAGTATAATTT TTTTCGATAATCATACCCAACAGGACAAATCGGATGGATTGCCTACCAGAGGAGCCAAAA TTAAAACTTATTAGCACCCCATGGTTTACGTTAAGTCATTGAATTTATAATATACTTTCT CTGCTTATAGTGTTTATATAATTATTTAAAAATAAAAATAGTAGTGAAAAGAAAAATTGC TTTTGATTTTGATTGTTAAAGTGAATCAATACAAAGAAAATTTTGTTTTTGTATAAGGAC CAATAGTAAAACAAGACTGAGGAAATATGTATGTGTTTGTGTATAGTTAACATTATTAAT CAATATACATTTCACCTCATAATTCAATCTTATACCGAATTTCGTAGTTTACCAAAGAAG TGGCTGATTAGTAAGTACAGCCCGGATCTGGCTCCTCGCCATTTGTATTCATTTTCCTCA AGCTATATTTTTAATTAGTGATACCTGGCATAAGTTTCGATTTAATGGCTAAAATTCAAT TGATTAAGATATATTTTTAATTTTTTCTTTTAATTATTTTAATTGTTATTTGCATTGCTC AAAATTAATTTAATTAGATAACGTCTTTTTGTAAAAAAAAAAAAATATTTTTCAAAATAT TTAATTATACGATAAAAACTTGTCCATTGAAAGATATTTCTGTATTCAAAAGAAGCATAT TGGGAACTAACGTTGTTTAAATTAATGTATTTTAATACAAAAACCAATTGTAGAATTTTC ATTTCTCAAATAAATGTAAACGGATCGGTGTTGCAAAATGAAAACAAAGAAGATTTGGAG GGAATAGGGAGAAAAAGAGAGGAACAATTGGACTCGGAAGGACTAAGGATAAATAAGAGG ATTATTTTTAATTGATATAATTATATATTTATTATCTAGATTATGATTAAAAATATATTT TAATTAATTAAATCTTAATCATTAAATCTAATATTACTAATCAAGACTTTCTACTTGGAG AAAACGGAGAGGAGCTAAACACATAATAGCCCCACTCTTAATTAAATATCTTGATTTGGA GTTCTATAAATAAAGTTTGATTGAGAATTTATGTATGGAATCATAAAAAATCTTGAAAAG ATAATTTACATAAAAAGTATTATAAGTTGTGATAATTCAAAATATTTAAAAAATTATGAA GAAATTACGTCAAAGATAAAGTTCGATTAAATTTTAAAATTCGAATAATGTCACGTAAAA TGGGACTAAGGAAATACTAATTTTCTATAGCAAATGTGCCTTGGCTATAACCTACGCACA AATAAATATTGAAACAAATTGCTTCCTATAAGCCTATAACCTATTAATCCTCACCGATAG TGTAAAATCTTCATTTTAATTTTTGGATTAAATCAATTATATCACCTCATATGGTTCCCC CATTTATGTTAGTAGATGGATTACATCATCCCATAAAATTAGGCAATTATTATTAAGTGA AATAGAAATTCTATACTAAAAGATTCTTTAGTTACGTTATCTACTTCTTGTTTGGACTTT GAAGTAGCATCCTGTCATTATGCCATATAAGAATACCACATATCTCATTAACGATTGAGG TAGAAATTTTTCATACTTTAACAAATTAATATGAGATCTAATGACATGACCCTTGATCGG ATATTAGATAAAGAAATATATTTTAAACCTAATTTAATTTCAAAAATTAATTCACAAAAA ATAATTATCAAATCTATATAGAGAGATCGTCTATCTTGATAATTATTGGTGTGAGACTTT TTCATTTTTATGCTAACACATGTCAAGTTTGTATTTGTTGGTTTTTGATGGTCAAGAGAA AGAGTTGAAAGTTAATAAAATATTTAAGGAACAATTATTAAGTCGTAACAAACGAAAAGC ACTAGACATAATAATTGCAATGATAATATGGTGTATCTTCTGTATCTTTACCTTTAGATG TAGTACTTTGAATTGTATATTGAATATATGGATGGACAAATTAAAAGGAGTTGGCCACAA CGACAAAATAAGCCAGCTTTTAAGGGACCATTTAAGGGAATCTCATCCATTTGAGTATTA TAATTCAGCCAGCCATCTTAGTATCACAAAATGTTATTCACAAAGAATTCCTCAGTAATA AGCTTATTACACAATTCTTAATAATTATCTTGTTTTTCCTAAGGCTCGTATTACAATACA AAAAGATCAAAGACTTCCTCAGTAATAAGCTTATTACACAATTCTTAATAATTACCTTGC TTTCCCTAAGGCTCGTATTACAATACAAAAAGATCAAAGACTTCCTCAGTAATAAGCTTA TTACACAATTCTTAATAATTACCTTGCTTTCCCTAAGGCTCGTATTACAATACAAAAAGA TCAAAGACTTCCTCAGTAATAAGCTTATTACACAATTCTTAATAATTACCTTGCTTTCCC TAAGGCTCGTATTACAATACAAAAAAATTTATGTCGCATAATTTAAAGTCAATCATTTTA TTTTTCGATATCCCACATATTGTTGATCGATAATACATATATATTCATCATACATTCTAC ATAAGTTTTATCAAAATTAATAATATATATAACATTTGAACATTTTTTATATTAAAGAAG CAGGATGACGATAAATCTTCCTCATCTCTTTCTAGTGCATGACATGAATAGCTCTCTAAG TTCTAACGTCAACATGTACTAGAGAGCATCGTTTTTTCCCATAGTAGTCATCTAACAAAA AATTAACAAAACACCACTTACTTATCGATATCAATTAAACTTTCGTTAGTAAGGCTTGTG TAAGGATTTTCCTATCGATTAGCTAGAAAAGGGGCAATTGACTATGCCAAAACGAAATAC TATGATAGTATTAGTTATGCGTAAGATTAAGTTTTCCTTTACTTTGAACCTAACCATACA AGAGTTCCAAAGGAAAAAGCACAAAGAGAGGATGACTTTTATGAAAATATAAAATATAAT ACTAGTTAAGTATATGTATGATTAGGTAAGAAGCTGCCATAGCAAAGTTTGATTGTGATG GTGGCTTCCCACTTTTTATTAATATATGTAACACATATTCCATGCGCATCACCTTTACAA ATTATTTTTTCCCTATTCAATCATGCATTTCCCTTGTTAAGCAGCACATCTTTTTTGTTA TATGTCCCTTTGCTGATCTGTACGCATCTTTTCTTTGCTTCGAATATAAACTTCTTTTTT CCTTAGAGAAATGATTGTCTACTACTCTAATAATTAGTTAGTATTATATTACATATTATA TATGTGTCCTTCTTCCTCTCTTTACTAGTTTTAGCTAGCTTCTCCAACTGTGCAAAATAA AAATGGGAAGGCAACCTTGTTGTGATAGAGTTGGATTGAAGAGAGGTCCATGGACTATAG AAGAAGATCATAAGCTTGTCCATTTTATTCTCAATAACGGCATTCAGTGTTGGCGAACCG TTCCCAAGCTTGCAGGTACCCTATTATATATACTTTATTCTTTTTTATCAGTACAATTTT ATTTGACTATAATTGCCTCTAGATAGAAGATGAAATTATTTTTTATCCTTTGCGAATATG TGGTGTAGGCTTGCAAAGATGCGGGAAAAGTTGTAGACTGAGATGGATTAATTATCTGCG ACCTGATTTGAAAAGAGGCGCGCTATCTGAAGCTGAAGAGGATCAGATTATAGAGCTTCA TGCTCGTCTCGGTAACAGGTATTGTATTTCGTTCGTTTAACCATCTGATATATATCTGAC TCTCGATTAGTTAGTTCTGATACTGTTGTATACAAAAAAAAAAAATTACAGGTGGTCTAA GATAGCATCGTATTTTCCAGGAAGGACAGATAACGAGATAAAAAATCACTGGAATACTCG GATTAAGAAGAGATTACAGGTTATGGGAATAGACCCTTTAACTCACCAACCCATTGACAA GGAACATGAAACAGATGAGTTGTTGCCAATAACAGAGACATATTATGATAAAAGAAATGA AACAGAGAATAACATTGAAAATGCTAATGATATTTCACTACCAAACAATAGGTTGAGTGA AAATATCAATGGGGAGTTATGGAACAAAAGTTTTAAAACTATATCGACTTGTTACAGTCC TTCAATTTCTTTGGAATCTATCAATTTCTCAACAACATCAACTGCTACTGAATCATCAAG TAATGTAGCTGCTGCACCCGCAGAAGAAGATGATTCTGTACAACAATGGATGGATTCGAT ATTCTCATGTGCGATCAATCAACTAGAAGAGGATTTGTTCCTTTTGAGAAAATACAATTA ATAATTCTGCAACTTTTCTTTTCCCTCTCTGTTCTTTGTTTTCTTATTTATAGAATTGTT CTTCAAAATTAGAAAAGGAAAAACAAGTACAGGGAGACGAGTTTCCTCTTCGTTACTGGC TGTAATTTATATTTCTTTGTGCTATATATAACTTAGTGAAATTTTAATCGTACAAATTTA TTTGCGATGCTTGCTCTAATCGAATGTGTAATATAGTTGCTTACTTTTAAGTCACCTCTG TTAATTCAACGTCCAGACAGTGACGAATTAAAATTTTCATTCAGGAGGTTCGAAAAATAA AAATATAAATATGTAAATAAGTCTTCAAAATGGGCCCTTTGATTTTTTTTTGGTTCTAAA ACCACACTTTTGGCAAGTTTTTAAAATAAAAAATGTTTGAAAAATAGTAGTGATTTTTTT AAACAAAAAAAACCCAAAACTATAAGGAAAATTAATAAATGTAGCTACAGGGATTACCAT TGAGTCATCTATTGTTATTTGTCATTAAAAGGTTCAAAATATATTCATCTACAGAAATAC AGAAAATTTACCTTATTTATATCGTGTATATTTTTGCCGAGAATGTTCGAGTGAACATCC TGGACTCAACGTGGGTCCGCCCTTGCATCCAAGATGTGATAAATGAAAATCTTATATGCT AAACTTTTTAAAATTTAAATCTTAAATTCGTAAATATCTCATAGTCAGTTAATTATGTTA ATAGGAGATATGAAAAGTAGAATAGAGTTCTACTAATTTTGTGTGGTGCATTTTTACCTA ATAAAGGTTGTTCTTATAGACCCAAAGTATGAATCATAATATATTTGTCATTGCTATTTT ACTATTAACGTTGTTGATGCTACCGCAGGTACTACTATGTTTACACATCATTACCTTATG GAAATCAACATTTTCTAATATGTAACAGTGTAGTATTTGCTATACACCAAATAAGTTGAG GTGATTATCATGCCTAAATTTTCTTTTTATTTCTAATTTACCTATGAACAGTCGAAATTA TGATGTTACGTAATTCAGCAAGTAAAAGCTAAAATCACAAAATAACTGCAACAACAATAG TTGAAGGAAGGATATAACAGAAAATGTAGAAAACAAGTTTTAAGAATCTAAAAACTATAA AAAGATGAATAAGACTCTTTATATAATGAAAAAGGAAGTTCTTGTAATTATTAAATTCTC AAAAGAAAAGGATTCCGGATTTTTTTTTCTTTTCTAAAAAGTTTTAAGTTTAAAAAATGA AAAAAAAGAAAAATTGATCATTAAAGGCCCGCTGATCCTTTAATAGGCCATCCTTTAAAG TTTTTCCCTATTTTTAGAAGTGTGAAAAATATATGTCTTTGAATTTTTTGCTTTTACAAC GCGTTGAATTTGTCATAATATTTATTCATATATTACAAAATAATTTCACAAATAAAATAT TAGACGATTAGATAATCACCATCTCTAGATCTATCACTTAAAAAAATAAATGAGTTATTA GGAAAGCAAAAATAGGCTACTAAATAAACAAATTGGATAAAGTTACACTTTAAAAGGCTA AAGAGTAGTGGGTCCAGAATTAACAGCCCATCATTGCAATGGGGCAGTCGACCCGATCCA ATTAGTTGATGTTCGGATCCTCCTCACAGACATAGCACCAGTAGGGAGATTCGACTTACG GAAAATGAATGTGATCAGGAGAGGTGTTCGAAGCATATACACCACAGTAGATTCTCCACG CCTCACCAGATTTGCTCTTCAACCTCCTAAATTTGTAAGTCTGTCTAATGGATTGTTTGG CTTGAAAACTTAATTTCTAGGTTTTCGTATTTTTGCCTATAATGTTCTGGATTCCTGAGT TTATGTTTGTTTATCTTGCAATTATTCAGTACACAGGTCACAGATAACAGTGTTTAGAAG GTCTTTATGAAATTGTTATGGGGAACTGCAATTGGTATTAGCTGTTAACAGAACAATCCA ATGAATATTTTACTGACCCGTTTCAAAATGTTTATGCAAGTGAATGGTGTTAGATTATTT TTAACTTGCTTTTAGTTTACACTTGTTGCGATAAATTTACATGTGAATAACTGAATTATT GCTTTCAATCATTCTGGTTCATGTTCAGTTGAGCAACTTCCTCTTCAATACTACATGTGT TATTTACTTTGTAGGGTTGATGGAAATTTATTTACTTAAATATTCCATTGTAAACATGTT AGGACCGGAAATAAGCAGGTGTAAATGCGGAAGCTAGCAAAGCAAACCTCAAAAGACCAC GAGTAAGAAGACAACGAGAAATATACCAAAAGACACAAAGATTTAACGTGATTCGGTCAA TCGACCTACGTCCACAAAGGAAATGAGCAATCCACTATAAATATGAGAGTATAAAATACA GAGAGAAACAACCTCAACCAATTCACTCAGAATTCATGAGAGGTTCACACAAGTGATAAC GTATCAAGCTTGTGACCCATAAATTCTCCCCCTAACCAAAACTCTCAAAGCCCTTAAGAC TACATTGTGAATGCTGATTAAGTTAGAAGGAACATTCCTCTATTTATAGAGTCCTAAACC TTTTCCTACAAGAAAAGGATTAGTCAATCCAAAACTTTTTTCTAAAAGGAAAACCTATTC ATGGTAAGAAATTTAGGGCAAATAAAACCCAACAAAACATTCATCTTTTAGGCTTGTCTG GGAAAATACTCCAAGCTAGACACTTTGATTGTTTTCTTTATTTTGAATTTATTGAGTTGC TTTTATTCTATTTGGGGAGGAACTATTGAGTTGGTTTTGCTGCACCATCATTGATACATA AGATTGTGTTTGAGTCACCAAGTGCATGCCCTCCTTGTTCTAGGGAACTATAGAACCTGT GCTCCTTTCAGTGATATGTCAATAATGATGTGCACATAGTAGCATTATAAGCTTCAGTTT GACGATTGGACGGGAAAAAGGTTTTAAATAGCCCACATATAGTTGGAGAAAGGTGATGTT AGAGTGCTGCCTTTCCAAAAAAATTTAAATCATGAATCTAGTTATAGTCACGTCCCTTTG ATGGATTTTGGAGACTGGTTTCATGTATCTCTTGTTTCATCAATCTGGATTCTGCAAAGT GCAAACTTGTTTCTTATAGGCTTCCATTACTCTAAGTTGGACCTGTCTTATCACTTGGTG AATCTTTTCAGGTGGAGGTGGAGTTTGAAAACGGTAGTCTGTATAAGTTGTCAGCTGAGT ATTTGAGAATATACAGCCCCGCTGTTGATAGTAAGATCAGATCGATTTGCGGTGAGAAGG TAACTAGAGGAACACTTGCAGTTTTCTTTTACTGGGATATTCTCTTTGCAATTTTTGAAA ACGAAGACGCATGATTTACTGGCAACATAGTTCCATCATCAAACTGGATTTAATATTGCA CGATTTAAATTTTTCTAACTTATGTGCTTGTGTATTAAGGTCATATCTGGTAGGCGTCAT GTCGGAATTATGTCTGCAGAACCTATTGGAAATTATGGAGTGAGGTAATAAGAGTAAACA ACTATTTGTGTCTTAACAATTTACTTTCACTTTTTGTTATTTCTCATTCTCTTCATATGG TTCAACCTAGGTTATTATTTGATGACTTGCATAAGACTGGAATCTTTACATGGGACTACT TCTACCATCTTGGAAGTAACAAATTTGCCCTCATGAGAAATTACATCAGAACTCTGAAGA AACATGGACTAAGCCGCGATCCACCTAGACGAAGATGACCTTAAGACGTGCCCATGAGAA GGCTGATCCACACTATTTAAGCTGGAAACATCCTCCTTATATATGCTCAGAGTGAAATTG TGACATAAAACTGTACTGTTGCAAATATTCTAAAGACTAGCTCTTGATATGTTATCATAT GTTCAGGGATATTTGTGGTGTGCTATTTTCTAGATCTAGAGATTGACATGTGATACAAAA GAGGTCATTAGTTTCTAAGGAACATTAAGGAACCTCTTCGTTTGTAATTTAGATTTGGGA AGCATGTTGGTGTTGCAGAACAACATGCTTGATTGAATGAAAGGAACAGTAAACGTTGAA AGTTTGTTTTTTCTTTTCTTTTTTAGTTTTGTCATCTTAGAATGTCTTCTTTAATCTGTA TCAGAAAAAAGAGGAATCATGATAGAGATTGAACGTGGTTTTTTGATACTCGTTCCTTCT ATTTCCACAAAAATTATCCATATTCCAGTGATATTACTAAACAATTAGCATTAGGTAGTA TTAACACTATTCATATAGTTTCTTGTTCTTTGATCTCGGTTTACACTGGTTTTATATGTG CTCTGGTTATTTGCATTATTTTGTTTTTCCTGTTGTTCCATCTCTCGTTTGTCAGCGTTA CACTGCCCCTTCCACATTAAGTTGTTTCTCCTTTTCAAACTGTTTGGCAGTTTATTTAAG CTGATGGTCCACCGGAAATGCCTCTCTATCTCTGTGAAATAGGGGTAAAGTTTTACCCTC CTCAAACCCCACTACCCCACTTGGTTTATCAATCTTATATCTCAGTTTGTGTTGGTTGTT GATAAAAGGAGGAAGATTGTCGTAGACGAACATTTTATGGTGAATCTTTCTGATACAAAA TTTGTTTGAAATCTACAAATGAGCGGTTTACCACCATCTTCTCTATTCAAATACGAGGAT ATGTTTGAACGTGGGATAACATTATTAGCTGAAAAAGCCTTTTTTCATGTACTGTCTCAA TCGATGGCAGACGCATGATTTGTAAGGTAGGGTCTTAATTGAATTGAAAATGATCAGTCT ATAATGAACTTTCGTATTTATTTGAATTGAAAATAGTTTATTGATTTATCATACAAAATT ATTCACATAGTTACAATAGCATTTGTTAAAGCACATAATTAGTGTTGTTAACACTGAACA AGACAAACACAGCTTCTTGATATGGTTCTTCATGTATGATTATTTCCTAAAGTGAAACAG CTACTTCAATTTTACTTGAAAAAATTGATCTTGTAACTACTAGTAGTTCAACAATCTGTA GCATATTACATTGGGACAATCTGTTGCTTCAAACAAACATGTATTTCTCCTAGAAATGAA AACGACATCTCTAAAATTATAATCAAGATTGTGTATAATAACTTTGTAATTTTATAGAAT CAAATCACATTATTATGAGTTAAATTTTCGTGGCAGACTGGAATTACTGCTCTTTACTTG GTAAAACGTCAAAATCTTTTTCATCTATTTGTTCTTTATATATATATATATATATAATGT GGTCCTACCCTTTGGTATGGTCTACAAATTAAGCAAAATATACGTATGACTTACCAAACC TTGACTTCTCAAAATTTGTAATTCATCGGTTTGATTTCACGCAACAAACTTTTGTATTAT TTTAGTATATTTTGAGAAAAAATAAATTAATTTTGTATTCAAATATTTTTATCTTTACAC AATCATATTCAATACACAAATTATTTTATTTCATTAGGAGAAAAGAAGTGACTTGTGGAA CTTTTGATTTTTAGGTAAATATTCAAGTAAGAATATTAAAATTCGAACGTTACGAGGGTT AAGTTCAAATAATGTGGGTCCCGTTTTGGAGAAGAAAAAGACAACGTTTCACTTGGCCGA AGTCTAAAGAAAGTCGAGAAATCGAAGCACTTGGCCTAAATTTAAAAAAATGACACCTTT AGCTTCTTCTTACTCTATGAGTGGCCTTTCTTAAACAACGTGTATCGCTTTTTTTACATT TGAATTTCAAATTTAAATGCTGAGATCCAAAAACAGAGAGACAGATAAGAGCCATAAAAA ATCATTTTTAAGTAACGGCACAATAATTATTCTGTTGATTTTTTCAGGTTCCATAGCAGA CTGATGATGGAAGATTCAGCTTGTCTTATACATGCTTTCTCTTATGCTTCTGCTATACCC AATGAAATAAAACAGGTATAAATAAATAAATAAAAAACTGTTTTATTTTTCAAGATTCTT GTGTTTCTTTTTCTTTCTTGCTGATTTTTTGGGATGGAATTGAGTATTCAGGGAAACCCT GTGCATGCACTTGGGGAGTCAATTTCTTTTGGGAGATTTGTGTCTGAGTCTTTAGATTGG GAAAAATGGTCAACTTTTTCTCATAAAAGATATGTAGAGGAGGCTGAGAGGTATGCTAAG CCAGGTTCTGTTGCCCAAAAAAAAGCTTTCTTTGAAGCCCATTACAAGAAAATTGCTGCC CAAAAGGCTGCAGCTTTGCTTGAACAAGCCAATCAACAAAACCCCGATTCTGAAATTACC AAGAATTCAGCCCCTGATTCTACTTCACTTGTGAAACCTCATGTAGAAGCTAATCAAGAA GAGGTTCATGAGAACCCTGATGCTTTAACAACAGATTCCATGGTTAAGGCTTCTGTTTCA GTTGCTGATGTGGAGGAGATAGAGAGCGAGTCCCCAGTGGAGGGTCCAGGTACTCCTGAA GCTACAGAGAAAGAACCATCAAACCACATTGAGAATGGTGAAACCCAAGAAACAGTTTCT GAGATTAGTGAAACATCTCATACTGAGAAGCCTTTGCTGAAGACTAAGGTAAATATGTGT TCTTTAAACTACTTTGGCCTAGATTTTTTGAACTTCTTAATCATACCAATAGTGTAGGAA ACTCTGGCTTCATGAAAAGTATAGTTAGTTTTCATGAGATGATTTATATAGATGACCCCA ATTAGCTTGTGATAAAAACCTAATTGATCTATTGAATCGGTATGACAACAACATATCCAA TGCAATCCCATAAAGTTGGGTTTGGGGAGGTCAGAGTGTTAGCAGACCTTACCCCATCCT CAGAGGTAGAGGTGTTGTTTCCGATAGACTCCTCGGCTCAAGAATAACCAGTCCAAAGCA GTTCATTGTATTGATTGATTCATATACTAATTTTTAATGCTATATGGTACTGATTCATCT CATGTGATTCCGCAGAGCTCCAGCTCTAAACTTGAGGATGATGCTGCATCAGTGACAAGC AAGAAAAAATCTGCTTTTTCTTCATTCAAATCAGCAGTCTACTCCAAAAAATCAAAATTT CCATTTCCGCCGACTAGGCATAGTATTCCTCTTGATGTCGATAAAGAGAACAATTTTACT CCAATCACAACTAATACTAACTTGGACTTGATGAATGAAATGAGATCAACCCCAAAATCT TTGAGCAAGTTGATCAACTTTACTCCTGCCAAAGAGCCACACAAGATACCTCCTCCACCT CCCTTCCTCAAGAAGGAAAGTTCAAAGGTTGCTCCCGCTACTAGCAAGGCATCTAAGCAT TGTGCAACTCCACTTAAGACTCCTATGGTAATTTCCTCCCCTTGTTTAAACTCCTTTGTC AAAATGATAATAGTCTTTCTTGGTTTGCCTAATGTTTGCTTCACTTTCACCTGCAGGCAA CATCAAATGGTGCATCAAACCATCCCATGACAACGCCATCTTCAGAAAGCAGAAGGTATA TTTCCCTATATTGTCTAATTAGAATTGTTAGCAAGCATTTCATTGATTCCATTAATACAT GGTTCTTTGGTTTTTTCCCACCTTCCCCACTCGAATTCTTGTATCTTCGTATTTACAGGA TTAAAACACCGATTCATCCCACAGCTTCAGGAAGTATAACAGCAGGGCCTAAATGGAACA TTTTGTCTTCTGTGTAAGTGCCTATTACATGATGACCTTAGATTCTAGCATAATCATTTA TACATTTGAATGAATAGTAGTAGAGTGTTTTCGCTTTACGTTTAAAAACTGCTGGTTGAA GGTTCAAGCTAAGTGTAACCAGGCTCTGTCATAACTCAAAATAGGTATCTTTTAGTGGAT ACAGTTTGAGCACTTTTCCAGGACCAGGAAACCTTTTAAAGAGAATCTGAGAGACAGTTG TTTCTACTTGAATTTAGTTATCTTCCACACACATAAGTATGTTGGTGTGTGATGTGTCAA ACTATCATGAACCAGGACAGTGATAATCTTCTTTCTGCAAGTATTTGATTATAGAGTATA TAATTGCCTCATTGGATATCGCTTACCTTTGTTGTTCCTTGTTCAGTTCCAAGTCTTTCA CAGCCTACCGAAACAAATTACAATCACCAACTTTATCCACTCCTTTCTCACTGAGAACAG AAGAAAGAGCTGCACGAAGGAAACAGGCAAGTGTATACATTAAATACTATGGACAATCTT CTTTTCATTATAAAAACTATTTCCACTCATACTTGTACTCCTGCAAATACTTACAGAAGC TTGAAGAAAAATTCAATGCGAAGGAGGAAAAGAAGGTTCAACAACAAACAACATTAAAGG TTCATTTCCTAATGCAAAACTTCCTTTATGGCTTGTCGAATGTTTTCTCTTTACCATGAA TTCTGCACCACCTACTTTGAAAAGAAGGAAAACAAAGAAAAGTAGTGTGTGAACTTTGAG GTTTTCCACTCTGAACATTAGAGTAGAAACAGTACATAGCAATAGGTGCTTTTGCTCTTT CCACTAGTAATCAATTCTTCTTTTCGTCCATAAATTTGATTTTCATATGATTTCTTCTAA TCACAAGGTAGCAGCTCTTCTTTATCATTTATAACGATCTAAAAGTTTCCAACATTGTAG TATTATGTGATATTTCCCGAAAAATATATGCAAATGATTTGCACTATCATTAGTAATATT TTCCTCATATGGTTTTCACTATCTTTTGTATTCTTGGGCCTCTAGAGTAGTTTTCCTCTA CCATAATTTCTAATTTTCGAGTTACGTCTTAAATTGCAAATTCATAACGACAAGCTCTTG CTTGCAGGAGAAAGCAGGAACGGAACTTAGGAAACTTGGACAAAGCTTTTGCTTCAAAGC TCGTCCCCTGCCTGATTTCTACAAGGAAACAGAAACAGCAAAAGATCATGCAAAAAAGGT ACACCACTACATCGTATTATATTTTCATGATTCAGATATTCCTAAAAACTACTTTTGTCA AAATGCCATAGTGGCTTGTTCAATGTTGATCACACAGTCCTACTACTATATTTTCTAAAT ATATGTGTGCCTATCTATCCTCTCCCTTCTCCGGCAGTGGTTCATATGGGTTTAATTTGG TGCAGATCCCAGTAACACAAGCTCCATTGCCCAAACGTGGAAGAATGCCATATCCCAGCT CAAAGCAAGGCTTAGTCTCGATGAAAAATGACTCTTGCAAGAATCCAAGAAAGAAGACTA GCTGAAAAAACTCACAAATCCATCACTCCTTGCAAAGAGTAGTGTCTTATTAGAATGTGT TTCAATTGGGTATTTCTTCCAAGAGAATGTTTTGGAGGTGTGTCTTTCCTTAATATGATT TAAGGAGAAGCAACTCCAAAATCTTGTATAAAAAGCTATCCAGACGTAAAATTATTTTAA CCACAATCATTTACCTTTTATATTAACGTTCTCAAGTCAATATTGTCCTCATACATTCAA ATTGCCTTTGCAGCTGTGATTTAAACTTAAAAAGTTCATGATTTTTCCTAGGCCACTATT TTGATGCAATTTTTCTTATTTAAGTACATGCCATTCTAGAAATGAATCCTAATCGACAAA CTGGTTGAGGACAACACAGAAACGCAATGTAAAAACTGTGACGAAGCAATGAGTCAGTCG GTTGTGCGGTGCATCTTTTAGGATAACAATAAAAAAGTTGCCATGGGCAATCATTTTCTT ATACGACACTATTATCTTTGTTGACATAATAAAAGAATTATAAAGATGCGCATATATATA CTATACTTTATTAATTAAAATAAGAAAAGTAGTTAGCATCGAAATTGTAATTTTTTTTCT AACAGTATAAGGGTGAATGCAAATATATTACAAAGATGCAATGTCATCGAAATGTTCCAA TTTATTTGACAGTAAATACAATTACAGAAATGTAACAATTTTTGTTCAACAGGTTAACAC AAATACAGTTGGAAGGAACTGAATTAGATTCCTTCCACAACACACCAATCTTCATCTTCT TCAACATCTTCCCACACAAATCCCACCTCGCAGAAACTCATTTTTTCTTCATCGTTATCT TCAATCTCAACGCCGATCGCTGGAGACCCATCGGAGTCAACTACTAATTCCTGATCTCCG TAACCGTAATCTTCATCATAGTAAATTTCATGATCCATGTAATAAGAAGAATCGCTATCC AAATGATCCAAAATTCCAGTAGCTGAAAACCCTGAAAAATTGAACCCAGGCCTAGCATCC ACAACTCTCCAAGTAACCAACGAAACGACGTCGCCGCATCCCTTTAACTTTTGTGTGCCC TTAGTTTTGTCCTTGGATTTTGCAGCTGGATGAACATGGCAGCTGGTGCACCTGGGTCTA CCGCACTTGCCGGTGAACTTGGAATGGTTACTGGGCTTAGTTGGGACCTTTGCGAAAAGC CCAGCGGTTGGTGGTGAATTGGACTTGTTCATGTACCTGGGCTCGGGTCTTGGGTTCCAT GGAGAGGGTAAAATTGGGTAAGTACGGACCATACCGTGTTGGCGACCTTCTCTCCTCATT TTTGAAGAATAAAATGAAACTTTTTCTCTACGAATAAAAAATTCAAAAAATGATTGATTT AGAAGATAAAAGTGTTTAACTGATTTGAGTATTAGCAAGGGAACCTATTTATAATATATA GCGTGTGAGGGGTGGGTGTGTCTTGGAGGTGGGAAAACTTGGGAAGCAAGGTGTTTCAAT TAGTCAACTGAGGACATGTTCTTCTCTTTTTTGGGTGCGTGTCTTGCAAGCCTATAATTA ACACAATTCCGAACAACACATAGCCACGTTGTAAATTAGGGCAAGTGTTAAATGGCCAGA ATTGACAAAAATAATATGGTTAAGGGCACACTTTTTTAATAATCAGATTAAGTCCATTCG TCTTGATAATGCTGCAGAGTTTTCATCCCAATCATTTAATGATAATTGTTTAGCAATTGG GATAAGAGTTGAACAATCCGTTGCTCATATTCATATTCGGAATGGTCTCGCTGAGTCATT AATTAAGCGTCTGCAATTAATAGCAAGACTATTGCTTATGAAAACTAGGTTGCCCACTTT TGTATGGGGACATGCAATTTTGCATGCTGCAACACTTATTCGTCTCAGACCAACAAGTTA TCATAAAGTTTCTCCATTGCAATTGGTTATGGGTCAAGAACCTAATATATCCCATCTAAG AATTTTTTGATGAGTTGTACATGTGCATGTGACACCACCAAATCGCACTAAAATGGGCCC TCAAAGAAGGTTAGGAATATATGTTGGGTTTGAGTCACCCTCCACTATTCGCTATCTTGA ACCATTGATTGGAGATATATTTACTGCTTGATTTGCAGATTATCGGTTTGATGAGATATT TTTTTCCAAAATAGGGGGAATAGTGAAATAAAACGAGAAATTTTGTGGGAAAATGTATCA TTGTCTCATCTTGATCCATATTCTTCTACATGTGAATAAGAAATACAAAAAATTATTCAT CTGCAAAAAATTGCAAATAAAATGCAAGACGTATTTACAGATTTGAAATGGATTACTAAA TCACATATTCCTGCAGAAAATGTTCCAATTTGAATTGATGTTCCAAAAGCACACCTAAAG CGTGGTAGACCATTTGGTTCTAAGGATCAAAATCCAAGAAAAAGAAAGATTAAATGTCAA GATAACACTATGAAAGAATCTCATATGGAAGTTCAAAATTTGAATAAGTCTGATATTCAT GAAAGAATCAATGAACTTGAAACTCAAGGAAATAATGAACTATCCATAAATTTAAGAGAT GTTGAAACTAATCCGAATCGATCAGAAATAGTGATTGATTATGTCTTTGCATATAATGTT ACAACAAATGTCATGCAAGATAATGAGGATCATGAACCTCAATCTGTTATAGAATGTCGA CAAAAGAAATGATTGGCCAAAATGGCAAGAAGCAATTCAATCAGAGTTGAATTCACTTGC CAAGCGTGAAGTTTTTAGACCTATAGTTAAACACCTAATAGTATTAAACCTGTTGGTTGC AAATGAATTTTTGTGCGAAAAAGAAAATGATACAAAGGTATAAAGTACGCCTTGTGGCAC AAGGATTTTTTCAAAGGCCTAGCGTCGATTATGAATAGACATACTCACTCGTTATGGGTG CAATAACATTGCGTTATCTCATTAGTTTCACAGCCCATGAGAAACTTGAAATGCATTTGA TGAATGTGGTTACAACCTACCTTTATGGATCACTTGATAGTGAGATATACATGAAAATTC CTAAAGAATTTGAATGACTAAATAATGTAACTCAAAATCTCGAGAAATGTATTCAATAAA ATTGCAAAGATCATTATATGGTTTGAAGCAATCTGGACGCATGTGGTATAATCGTCTTAG TGAGTATTTAATTAATAAAGGTTACACAAATGATGCAATTTGTCCATGTGTCTTTATAAA TGTCACGACCGGAATCTAGACCCCAGACGAGACCGGCGTCGTTGACCTCTCAGAGGTCGC AGACAAGCCTGCTTACGTCATTCTTACTTTACATAGATTAATTTTAGCGGAAAATTTGAA ATTTTTGATTCTTTAATCATACTTGCTGAACATTCTTAACATTTCGTAATCGTTCATCAT CAACCATCTAACATTTAAGAGATAAGCAACTGAAAGAAATAATTCATTAAGTATTAATTG TATATCGGCCAAAATAGCACCAATACAAAGTTTGAACCAAAACAGGAAAGAAACGCTAGT GGAACATGTTCCGCTAGCTCAACTCTAAAACTACGCTAGAATGTAAAACAGTAGCATCCT CGAAAGCATGAGGACCTACCAAACTCCGGATGAATACTGATGTCCGGATAGCTGCAACAA CGAACCTGTAGCTCTAGCGTCCACCTGTGCCTGCACCTAAAAATAGATGTTCGTATGGAA TTAGTACACACTTGTACTAAGTATGAGTATATGCAAGTACACACCAGGGACATGCATGAG GAAGAATAGCTCTTTCCTAACAACATGATTTTTGGAAGTCAAGTCAGTGGACTTGCCAAA TTGAGATTGGGAAAGTTATGCCATGAGAGTGACATGCATCATTATAATTATCGTATAGCA CACAAAACATAACATATTCATATAACACATAACATATAACACATACTTTCTTTCATATTA TTCATTCGTATACCATGAGACCTTATTATCATAGACTTAACTTTAAGACTTTCCAAAATG AGGGCTCAACATATGGGACCTCAACTAGGGAGCCTTCTTTAGCAAACACAGAGTCTGCTT CACTCATTCATTCGTATTTCATTTCAATTCATTCATAGGCCAGTGCGAACACCAGCTATA CCTAGGATGTAGTTTAAGACTTTCATCGGGTTTGCTGTGCAATGATCAGGAATGACCTAA TGTCATTACCTGAATCTAGCTCACCTCTTGATTATCCTATCCTAACACCTTCGGTATCAT TCATTTCTTTATATGATTCATTTGAGGCTGGCCTCATTCATTCATTGGGAACTTTAACTT TAACCGACATAGATCATGTGAGCATCATGAAATCCAGTGTCTTCCCCACACCGAAAAGAG GTGAAATCACCGGCCAAAGCGATTCAAATAACATGCTAGCGTATATGGGAATTTAACCCC GCCAGATCCCTATAGTGGCAATATAGGTTCAAAGACTAGGAGATGTGTGGAGACCCATAC CCGGCAAGCCGGACAGTCTCATCTCATGAGAATTACGTGAACCTCCGCCCTTCCCGAAAG AAGGCATCACCACTCATAGCTAGCCTATCGGTGCTCGGTATAAAGTTCCATTACATGCAA CTCATACATCATAGAAGTTTGCTTCTAGTATGAAGACATCATAGCTCAATAGATGATTTC TCATCTCATCATTAGTATTAAGTGTTTTAAACTCAATATTTTTATTAGAGTATTCATAGA GACTGGTCTCTTCATTATCTTACACTCTCATTGGTGAGTATGTATCGGTAACATTTACTT AAGCTCATTTAAGATTGCTCTCATCATACGCATTAACCTCACATCATGATTGTCACCACA TTCTTCATTTCATTACGTATATCTTAGGTTCACTTATTCTTGAACGTATGTTAAACTTAT ATATCTATACATACAAGCCATGAGGCTTCATTTATAGTTCGTTAAGTGAATTCTTGTTTT TCTAAGATTATGTATTACAAGACTTATGTATCTTGTATATATGCCAAGATCTTTGATTTT TGATCTACGTAGATGACATTATTCTTGAATATTTCACTCACGTATGACTTATGTATCAAT ACGGAGGTTTGGACACGAGAACCCAAATTTTGAATTATTTGGATATCATTTATATTTTTC ATTGATTTTTGTTCTAATATTCATAAATTTAGAACTCTAAGTTAAGTCTCAACATTTTCG TGAAATAATAAATTTTCTATTTTAATTAGAATTCTAAATTAAATTTCAATCATTTACATG AAAGAATAATTTTCTAATTTAATTAGAATTCCAATTTAAATCTCAATATTTACATAAAAG AATTAATATTCTATTTTTAATTAAAATTCTAAATTAAATCTCAATGTTTACATAAGAGAA TTAATTTTCCAACTTTAATTAGAATTTTAATTTACTATTATTATTATTTTTAATTAAATT CGCTTGAATAGGGAGGTTGTGGGTTCTAACCCCCACAGCCCCCTTATTTTTCCTCTCATT TTCGCTGAAGAGGAGGCTGTGAGGTGGTGGGTTCGAACCCCCACAGCCCCTCTATTTTTT TTTTAATTCTTTGACATCCAAAAATTTCCAGATTCTTTTTAAACCTATTTCTATGTTTTT GGAAATTTATTCCACTATTTTTTCTGCACTTTTTCATCAAGTTTCACATTAGTTCTTAGG GAGATTTCATGGTTCATTCACTTCACTATGCTTCATCAAAATGAACATCACATTGCACAC CCATTTCACACATAAAATACATGATAAATAAACAACTTATATACCCCAAAACAATGCCTA AAACACTGCCCTATACACACCCATACATCAACTTTTTCCGGTCATATTCTGATGATCATT ATCGCGATTTCCCGCACATAAACACACTCATATTTAATTTAAACACATCATTCATGCAAA AATCTAGCAGCACAACATACCCATCCTACAAATTCATTAGGGAGCTAAGGACAAGGACAT ACGAAGGGGAACAACCTTAGTTTCAAGAGTTTAAGAAACGTCCGAAAGAAAGTACTCTTG GAGAAAGAATTCCATGAGAGAAACTCATACCTTAATCGATGTTCAAACTTTAATGTTGCT GCCCGGAAAACTCCTCCAAACCACTCCCAATTCACTTCAAAGTATACCTCTCTCGACGAA CCTCTCTTAGCCTTGACGTTTTGATTACTTTTTCTTTTGCTTAAAAAATTTTTTTGTGAG TTCTTCAAGCATGAAAATTATTGATATTTTGGCAGAAATAATGTGAGGAAGATGGAGAAC GTGAGAGAGGGAGTTTAGAAGCGTGAGAGAGAGAGAGGGCTAATTGGATTAGGAGACTAA TTCAAGAATTAGTCAAATAACATTAAAATAAATAAATACAAATCTGTTTTATTTATTTAT TTATTTATTCATTTAAAACGTGAAAGGACAATTATGCCCTTAAATACCTATTTATTCTTA TTTACATAATTCTCTTTTTTTTTTGAATCGTTACATTATCCCCCCCTTAGGAACATTCGT CCCCGAATGACACTACCTTTTCACCTCATAATGCCAATGAGATCATAACTTAATTGCTAT GTACAATCAGCCAATAGCAACAAATATGAAGAGATAAGGAACTATAGTCTTACGAGTAGG AAGCCTAACCTCAAGAGTTGAAAAGATGTGGATATCGGGATCTCATGTCGGCCTCAGCCT CCCACGTAGCACCCTCAACAAGATGGTTTCTCCACAATACCTTCACTGTGGCAATCTCCT TGTTCCTCAGCCGCTTGACCTGTCTGTCTAAGATCTCAACAGGTACTTCCTCATAGGACA AGTCTTCACCAACCCCCAAACCTTCTACAGGTAGGATTGATGCTGGATCACCTAGGCACT TCTTCAACATAGAGACATGAAAGACTGGATGAACAGAAGCTAGCTCCGCAGGCAATGCTA ACTCATAGGCCACCTCACCCACGCGCTGTAGGATCTCATATGGCCCCACATACCTCGGAC TAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 25601 25601 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24276 match_part 1.000 24057 24021 match_part 0.986 23464 23393 match_part 0.993 23246 23099 match_part 0.987 22944 22866 match_2 match_part 0.996 38819 39089 match_part 1.000 39211 39267 match_part 1.000 39459 39553 match_part 1.000 40158 40308 match_part 0.992 40621 40746 match_part 1.000 40862 41018 match_part 1.000 41178 41238 match_part 0.996 41320 41602 match_part 1.000 42003 42128 match_part 0.994 42423 42578 match_part 0.996 42663 42909 match_part 1.000 42987 43448 match_part 1.000 44119 44775 match_3 match_part 0.979 38902 39089 match_part 0.982 39211 39267 match_part 0.968 39459 39553 match_part 1.000 40158 40252 match_4 match_part 0.984 42005 42128 match_part 0.997 42423 42768 match_5 match_part 1.000 42085 42128 match_part 0.910 42423 42578 match_part 0.935 42663 42909 match_part 0.970 42987 43120 match_6 match_part 1.000 42834 42909 match_part 1.000 42987 43448 match_part 1.000 44119 44248 match_7 match_part 0.973 43035 43448 match_part 0.958 44119 44309 match_8 match_part 0.977 43235 43448 match_part 0.917 44119 44563 match_9 match_part 0.917 46380 46584 match_part 0.975 46668 46829 match_part 0.975 47151 47387 match_10 match_part 1.000 46400 46584 match_part 1.000 46668 46829 match_part 1.000 47213 47308 match_11 match_part 1.000 46408 46584 match_part 0.998 46668 47125 match_12 match_part 1.000 46408 46584 match_part 1.000 46668 47125 match_13 match_part 0.944 46478 46584 match_part 0.895 46659 46829 match_part 0.919 47151 47494 match_14 match_part 0.991 46479 46584 match_part 1.000 46668 46723 match_15 match_part 1.000 46486 46584 match_part 1.000 46668 46829 match_part 1.000 47284 47526 match_16 match_part 1.000 46490 46584 match_part 1.000 46668 46829 match_part 0.996 47151 47619 match_17 match_part 0.985 46517 46584 match_part 1.000 46668 46829 match_part 1.000 47151 47747 match_18 match_part 0.971 46517 46584 match_part 1.000 46668 46829 match_part 0.992 47151 47660 match_19 match_part 1.000 46518 46584 match_part 1.000 46668 46829 match_part 1.000 47223 47589 match_20 match_part 0.921 46522 46584 match_part 0.883 46659 46829 match_part 0.938 47151 47393 match_21 match_part 1.000 47610 48399 match_22 match_part 1.000 47753 48575 match_23 match_part 0.961 47767 48406 match_24 match_part 1.000 48407 48577 match_part 0.966 51164 51251 match_25 match_part 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match_part 0.990 26693 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25712 match_176 match_part 0.977 27278 27193 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25727 match_177 match_part 0.992 26871 26495 match_part 1.000 26308 26223 match_part 0.982 25872 25818 match_part 1.000 25740 25728 match_178 match_part 0.969 26851 26495 match_part 0.977 26308 26223 match_part 0.964 25872 25818 match_part 0.917 25740 25729 match_179 match_part 0.952 26681 26495 match_part 0.988 26308 26223 match_part 0.830 25872 25826 match_180 match_part 0.946 27266 27193 match_part 0.985 26696 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25855 match_181 match_part 1.000 27071 26495 match_part 1.000 26308 26245 match_182 match_part 1.000 28549 28111 match_183 match_part 0.993 28549 28112 match_184 match_part 0.808 30755 30730 match_part 1.000 28612 28114 match_185 match_part 0.906 31072 30946 match_part 0.962 30834 30730 match_part 0.952 28612 28239 match_186 match_part 1.000 34368 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 1.000 28594 28259 match_187 match_part 0.988 34354 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 0.985 31825 31758 match_part 0.992 31075 30946 match_part 1.000 30834 30816 match_part 0.995 28440 28259 match_188 match_part 1.000 32179 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 0.981 30834 30730 match_part 0.985 28594 28259 match_189 match_part 0.944 34342 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 1.000 28612 28308 match_190 match_part 0.931 34342 34271 match_part 0.969 32440 32344 match_part 0.973 32224 32150 match_part 0.985 31825 31758 match_part 0.992 31075 30946 match_part 0.962 30834 30730 match_part 0.970 28612 28350 match_191 match_part 1.000 34365 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.996 28612 28358 match_192 match_part 1.000 34365 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.996 28612 28377 match_193 match_part 1.000 34367 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.989 28594 28414 match_194 match_part 0.951 34372 34271 match_part 0.990 32440 32344 match_part 0.960 32224 32150 match_part 0.985 31825 31758 match_part 0.992 31075 30946 match_part 0.962 30834 30730 match_part 0.963 28612 28424 match_195 match_part 1.000 34346 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.988 28612 28443 match_196 match_part 0.949 34368 34271 match_part 0.990 32440 32344 match_part 0.973 32224 32150 match_part 0.971 31825 31758 match_part 0.992 31075 30946 match_part 0.962 30834 30730 match_part 1.000 28612 28591 match_197 match_part 1.000 32389 32344 match_part 1.000 32224 32150 match_part 0.985 31825 31758 match_part 1.000 31075 30946 match_part 0.990 30834 30730 match_part 1.000 28612 28594 match_198 match_part 0.951 34372 34271 match_part 0.990 32440 32344 match_part 0.920 32224 32150 match_part 0.971 31825 31758 match_part 0.992 31075 30946 match_part 0.897 30834 30767 match_199 match_part 0.990 34367 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30814 match_200 match_part 0.949 34368 34271 match_part 0.990 32440 32344 match_part 0.973 32224 32150 match_part 0.971 31825 31758 match_part 1.000 31075 30996 match_201 match_part 0.974 34346 34271 match_part 0.990 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31766 match_202 match_part 0.942 79629 79047 match_203 match_part 1.000 80492 80433 match_part 0.994 80308 79678 match_204 match_part 0.987 100406 99696 match_205 match_part 0.986 100406 99703 match_206 match_part 0.998 100444 99831 match_207 match_part 1.000 100426 99842 match_208 match_part 0.967 100405 99946 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 1537 1347 exon 387 230 exon 145 44 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 16596 16073 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 18396 18113 exon 17123 16667 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27084 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27090 26925 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27279 27193 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 26986 26925 exon 26703 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_8 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27070 27014 exon 26725 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_9 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27072 27017 exon 26725 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_10 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27118 27094 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_11 gene GT_PGL_4_AGS_8 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27245 27182 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_12 gene GT_PGL_4_AGS_9 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27072 27017 exon 26725 26495 exon 26308 26223 exon 25872 25818 exon 25740 25552 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_13 gene GT_PGL_4_AGS_10 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27084 26495 exon 26308 26223 exon 25872 25818 exon 25740 25634 exon 23425 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_14 gene GT_PGL_4_AGS_11 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 25601 25601 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21066 gene_15 gene GT_PGL_4_AGS_12 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 22055 21510 exon 21423 21086 gene_16 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34372 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28612 28111 gene_17 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34372 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28594 28111 gene_18 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34368 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30816 exon 28440 28259 gene_19 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 38819 39089 exon 39211 39267 exon 39459 39553 exon 40158 40308 exon 40621 40746 exon 40862 41018 exon 41178 41238 exon 41320 41602 exon 42003 42128 exon 42423 42578 exon 42663 42909 exon 42987 43448 exon 44119 44775 gene_20 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 42005 42128 exon 42423 42768 gene_21 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46380 46584 exon 46668 46829 exon 47151 48577 exon 51164 52018 gene_22 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 50766 52018 gene_23 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46479 46584 exon 46668 46829 exon 47223 47589 gene_24 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46479 46584 exon 46668 46829 exon 47284 47526 gene_25 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46478 46584 exon 46659 46829 exon 47151 47494 gene_26 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46408 46584 exon 46668 47125 gene_27 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46400 46584 exon 46668 46829 exon 47213 47308 gene_28 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 53415 53827 exon 55278 56100 gene_29 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 54361 55078 gene_30 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 62984 63151 exon 63324 63669 exon 65065 65310 exon 66129 66319 exon 66402 66573 exon 68353 68490 exon 68570 68747 exon 68888 69033 exon 69243 69419 exon 69520 69630 exon 70057 70176 exon 70274 70430 exon 70956 71119 exon 71224 71310 exon 73448 73776 exon 74124 74181 exon 74450 74510 exon 74755 75028 exon 75245 75785 gene_31 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 73570 73776 exon 74124 74181 exon 74371 74510 exon 74755 75024 gene_32 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 76222 76407 exon 76572 76654 exon 76726 76955 exon 77076 77125 exon 77230 77304 exon 77614 77815 gene_33 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 78655 79173 gene_34 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 79629 79047 gene_35 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 80492 80433 exon 80308 79678 gene_36 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 91514 91594 exon 93012 93119 exon 93280 93344 exon 93431 93901 exon 93965 93971 gene_37 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 91482 91594 exon 93012 93119 exon 93280 93344 exon 93431 93905 gene_38 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 95485 95775 exon 95872 96408 gene_39 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 97061 97167 exon 97257 97315 exon 97907 98006 exon 98097 98159 exon 98648 98758 exon 98946 99267 gene_40 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 96961 97167 exon 97257 97315 exon 97439 97513 exon 97907 98006 exon 98097 98159 exon 98648 98758 exon 98946 99303 gene_41 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 97255 97921 gene_42 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 100444 99696 gene_43 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 99726 100355 RepeatMasker tomato repeats master Unknown00034 3693 4005 1 Unknown00034 3693 4005 1 nucleotide_motif 1992 5127 5424 Copia00089 3880 4020 1 Copia00089 3880 4020 1 nucleotide_motif 419 32802 32930 Gypsy00107 8918 8984 1 Gypsy00107 8918 8984 1 nucleotide_motif 230 36722 36788 POTTEN1 55 1082 1 POTTEN1 55 1082 1 nucleotide_motif 5679 36766 37781 Copia00151 8222 8354 1 Copia00151 8222 8354 1 nucleotide_motif 620 56824 56957 Copia00143 91 193 1 Copia00143 91 193 1 nucleotide_motif 324 71616 71717 Copia00110 13407 13498 1 Copia00110 13407 13498 1 nucleotide_motif 401 80970 81060 GYCUME1_LTR 351 447 1 GYCUME1_LTR 351 447 1 nucleotide_motif 285 83438 83542 Gypsy00046 4090 4199 1 Gypsy00046 4090 4199 1 nucleotide_motif 388 83460 83561 Copia00039 272 483 1 Copia00039 272 483 1 nucleotide_motif 788 84124 84337 Copia00063 1018 2679 1 Copia00063 1018 2679 1 nucleotide_motif 6630 100681 102297 Gypsy00003 775 8393 1 Gypsy00003 775 8393 1 nucleotide_motif 20593 102301 106087 RepeatMasker tomato repeats master Unknown00046 206 556 -1 Unknown00046 206 556 -1 nucleotide_motif 753 5423 5081 Copia00143 76 206 -1 Copia00143 76 206 -1 nucleotide_motif 746 33364 33252 POTTEN1 1052 1109 -1 POTTEN1 1052 1109 -1 nucleotide_motif 304 36738 36681 SONATA2 1 230 -1 SONATA2 1 230 -1 nucleotide_motif 1127 54829 54606 SHAMUDRA_MT 3095 3232 -1 SHAMUDRA_MT 3095 3232 -1 nucleotide_motif 355 59607 59471 SHAMUDRA_MT 2839 2913 -1 SHAMUDRA_MT 2839 2913 -1 nucleotide_motif 242 59854 59781 OSMUD1 1929 2086 -1 OSMUD1 1929 2086 -1 nucleotide_motif 497 60477 60320 Gypsy00071 3409 3461 -1 Gypsy00071 3409 3461 -1 nucleotide_motif 231 62737 62685 Copia00039 926 1038 -1 Copia00039 926 1038 -1 nucleotide_motif 257 84543 84434 Copia00039 264 410 -1 Copia00039 264 410 -1 nucleotide_motif 812 84799 84653 Copia00107 240 734 -1 Copia00107 240 734 -1 nucleotide_motif 3643 92528 92034 TS 58 2041 -1 TS 58 2041 -1 nucleotide_motif 410 96707 96582 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2113 103033 104186 match_2 match 2161 103033 104186 match_3 match 2185 103033 104186 match_4 match 1669 103033 104186 match_5 match 2200 103033 104186 match_6 match 1796 103033 104186 match_7 match 1796 103033 104186 match_8 match 2192 103033 104186 match_9 match 2185 103033 104186 match_10 match 2185 103033 104186 match_11 match 2272 103033 104186 match_12 match 2214 103034 104186 match_13 match 2272 93931 95076 match_14 match 2288 103033 104186 match_15 match 2401 81617 82941 match_16 match 3118 101364 102936 match_17 match 3885 88117 90112 match_18 match 4264 76205 78400 match_19 match 5493 91094 93906 match_20 match 5529 78464 81324 match_21 match 6920 72676 76187 match_22 match 8954 95851 100415 match_23 match 2177 103033 104186 match_24 match 2216 103033 104186 match_25 match 1804 103033 104186 match_26 match 1796 103033 104186 match_27 match 1790 103033 104186 match_28 match 2208 103033 104186 match_29 match 2208 103033 104186 match_30 match 2177 103033 104186 match_31 match 2216 103033 104186 match_32 match 2192 103033 104186 match_33 match 2185 103033 104186 match_34 match 2185 103033 104186 match_35 match 1937 20015 21036 match_36 match 2135 51154 52230 match_37 match 2121 26035 27125 match_38 match 2169 977 2127 match_39 match 2234 3806 5016 match_40 match 2462 27760 29025 match_41 match 2555 76205 77538 match_42 match 2680 2333 3783 match_43 match 2964 62751 64245 match_44 match 2970 35701 37225 match_45 match 3447 54425 56163 match_46 match 3560 17208 19024 match_47 match 3929 23975 26007 match_48 match 3947 15075 17131 match_49 match 4169 52301 54403 match_50 match 3957 32986 35098 match_51 match 4821 30017 32490 match_52 match 4910 64298 66795 match_53 match 5715 21050 23953 match_54 match 6568 37665 41151 match_55 match 6920 72676 76187 match_56 match 8925 7250 11814 match_57 match 9057 67997 72613 match_58 match 9214 46404 51114 match_59 match 9565 41312 46328 match_60 match 57151 62684 match_61 match 1788 103033 104186 match_62 match 1788 103033 104186 match_63 match 1796 103033 104186 match_64 match 2280 103033 104186 match_65 match 2185 103033 104186 match_66 match 2185 103033 104186 match_67 match 2185 103033 104186 match_68 match 2185 103033 104186 match_69 match 1788 103033 104186 match_70 match 1796 103033 104186 match_71 match 1796 103033 104186 match_72 match 1804 103033 104186 match_73 match 2135 51154 52230 match_74 match 2272 93931 95076 match_75 match 2288 103033 104186 match_76 match 2401 81617 82941 match_77 match 2964 62751 64245 match_78 match 2970 35701 37225 match_79 match 3118 101364 102936 match_80 match 3447 54425 56163 match_81 match 3885 88117 90112 match_82 match 4169 52301 54403 match_83 match 3957 32986 35098 match_84 match 4264 76205 78400 match_85 match 4910 64298 66795 match_86 match 5493 91094 93906 match_87 match 5529 78464 81324 match_88 match 6568 37665 41151 match_89 match 6920 72676 76187 match_90 match 8954 95851 100415 match_91 match 9057 67997 72613 match_92 match 9214 46404 51114 match_93 match 9565 41312 46328 match_94 match 57151 62684 match_95 match 3447 30706 32490 match_96 match 2185 103033 104186 match_97 match 2185 103033 104186 match_98 match 1903 103035 104186 match_99 match 2280 103033 104186 match_100 match 2216 103033 104186 match_101 match 2232 103033 104186 match_102 match 2272 103033 104186 match_103 match 2272 103033 104186 match_104 match 2153 103033 104186 match_105 match 1842 103033 104182 match_106 match 2105 103033 104186 match_107 match 1840 103033 104184 match_108 match 1875 103033 104162 match_109 match 1885 103033 104163 match_110 match 2169 103033 104186 match_111 match 2169 103033 104186 match_112 match 2169 103033 104186 match_113 match 1939 103033 104186 match_114 match 2216 103033 104186 match_115 match 1883 103033 104186 match_116 match 1740 103033 104170 match_117 match 1772 103033 104170 match_118 match 2206 103034 104186 match_119 match 2206 103034 104186 match_120 match 2206 103034 104186 match_121 match 2177 103033 104186 match_122 match 2177 103033 104186 match_123 match 2206 103034 104186 match_124 match 2206 103034 104186 match_125 match 2206 103034 104186 match_126 match 2177 103033 104186 match_127 match 2177 103033 104186 match_128 match 2206 103034 104186 match_129 match 2206 103034 104186 match_130 match 2206 103034 104186 match_131 match 1818 103033 104182 match_132 match 1963 103033 104186 match_133 match 1818 103033 104182 match_134 match 2173 103035 104186 match_135 match 2192 103033 104186 match_136 match 1796 103033 104186 match_137 match 1796 103033 104186 match_138 match 2185 103033 104186 match_139 match 2200 103033 104186 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1085.5 1 106052 clone_start_1 clone_start 1168 1 630 clone_start_2 clone_start 829 8169 8598 clone_2 clone 1063.5 23187 60479 clone_start_3 clone_start 924 23187 23652 clone_start_4 clone_start 317 34939 35098 clone_start_5 clone_start 1029 35136 35670 clone_start_6 clone_start 1544 44203 45028 clone_start_7 clone_start 1493 44210 44993 clone_start_8 clone_start 1241 50098 50723 clone_3 clone 1174.5 66048 102321 clone_end_1 clone_end 1205 66048 66655 clone_4 clone 1432.5 69021 104186 clone_start_9 clone_start 1366 69021 69709 clone_start_10 clone_start 1021 71250 71780 clone_start_11 clone_start 343 72676 72848 clone_start_12 clone_start 1063 81990 82570 clone_start_13 clone_start 1027 88985 89550 clone_start_14 clone_start 823 96213 96631 clone_start_15 clone_start 1302 97743 98399 clone_start_16 clone_start 1245 101928 102555 clone_end_2 clone_end 763 102296 102692 clone_end_3 clone_end 997 102299 102813 clone_start_17 clone_start 664 102301 102639 clone_end_4 clone_end 1213 102301 102936 clone_end_5 clone_end 1033 102301 102821 clone_start_18 clone_start 805 102301 102717 clone_start_19 clone_start 1059 102337 102886 clone_end_6 clone_end 1080 102340 102908 clone_5 clone 1089.5 102389 104157 clone_end_7 clone_end 1063 102389 102936 clone_end_8 clone_end 1084 102390 102936 clone_end_9 clone_end 763 102484 102884 clone_start_20 clone_start 252 102805 102935 clone_start_21 clone_start 757 103033 103438 clone_start_22 clone_start 967 103033 103528 clone_end_10 clone_end 1104 103033 103613 clone_start_23 clone_start 1009 103033 103569 clone_start_24 clone_start 1342 103223 103927 clone_end_11 clone_end 971 103355 103872 clone_start_25 clone_start 1207 103521 104169 clone_start_26 clone_start 1296 103521 104186 clone_end_12 clone_end 726 104934 105344 clone_end_13 clone_end 739 104939 105344 clone_end_14 clone_end 371 105133 105344 clone_start_27 clone_start 690 105496 105894 clone_end_15 clone_end 682 105496 105906 clone_end_16 clone_end 864 105565 106021 clone_start_28 clone_start 743 105622 106024 clone_end_17 clone_end 854 105641 106087 clone_start_29 clone_start 831 105649 106087 clone_end_18 clone_end 773 105698 106087 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_19 clone_end 1003 106052 105496 clone_end_20 clone_end 1078 3604 3057 clone_start_30 clone_start 763 6983 6575 clone_end_21 clone_end 1122 8867 8302 clone_start_31 clone_start 1158 9784 9166 clone_start_32 clone_start 1132 18890 18320 clone_end_22 clone_end 1203 60479 59873 clone_start_33 clone_start 1671 25889 25043 clone_start_34 clone_start 910 32490 32011 clone_start_35 clone_start 1291 40534 39860 clone_end_23 clone_end 1376 42412 41698 clone_end_24 clone_end 1261 51983 51348 clone_start_36 clone_start 922 61696 61211 clone_start_37 clone_start 1144 102321 101745 clone_end_25 clone_end 1499 104186 103431 clone_end_26 clone_end 835 75610 75190 clone_start_38 clone_start 1435 98101 97362 clone_start_39 clone_start 874 102773 102301 clone_start_40 clone_start 1116 104157 103583 clone_start_41 clone_start 680 102762 102416 clone_end_27 clone_end 307 102936 102774 clone_end_28 clone_end 268 102936 102802 clone_start_42 clone_start 807 103443 103033 clone_end_29 clone_end 710 103406 103033 clone_end_30 clone_end 765 103422 103033 clone_end_31 clone_end 664 103395 103033 clone_end_32 clone_end 1546 104026 103231 clone_end_33 clone_end 1558 104028 103235 clone_end_34 clone_end 1096 103887 103311 clone_end_35 clone_end 1051 103865 103312 clone_start_43 clone_start 1302 104007 103331 clone_start_44 clone_start 835 103816 103368 clone_start_45 clone_start 813 103815 103386 clone_end_36 clone_end 1279 104055 103387 clone_start_46 clone_start 1178 104000 103387 clone_start_47 clone_start 1148 103999 103389 clone_end_37 clone_end 1057 104033 103493 clone_end_38 clone_end 1041 104105 103573 clone_end_39 clone_end 674 103926 103579 clone_start_48 clone_start 1094 104186 103619 clone_start_49 clone_start 1098 104186 103629 clone_start_50 clone_start 1031 104153 103630 clone_start_51 clone_start 1094 104186 103635 clone_end_40 clone_end 973 104186 103676 clone_start_52 clone_start 886 104186 103716 clone_start_53 clone_start 852 104186 103741 clone_end_41 clone_end 737 105127 104736 clone_end_42 clone_end 737 105127 104736 clone_end_43 clone_end 890 105220 104736 clone_end_44 clone_end 890 105220 104736 clone_start_54 clone_start 666 105091 104736 clone_start_55 clone_start 674 105099 104736 clone_end_45 clone_end 722 105127 104736 clone_end_46 clone_end 745 105127 104736 clone_end_47 clone_end 670 105097 104736 clone_end_48 clone_end 688 105150 104792 clone_start_56 clone_start 797 105344 104914 clone_end_49 clone_end 892 106013 105496 clone_start_57 clone_start 1047 106086 105496 clone_end_50 clone_end 890 106070 105565 clone_start_58 clone_start 914 106086 105565 clone_end_51 clone_end 916 106075 105565 clone_end_52 clone_end 876 106060 105587 clone_end_53 clone_end 807 106013 105587 clone_start_59 clone_start 829 106086 105661 clone_start_60 clone_start 817 106087 105664 clone_start_61 clone_start 749 106087 105694 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 25601 25601 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24276 match_part 1.000 24057 24021 match_part 0.986 23464 23393 match_part 0.993 23246 23099 match_part 0.987 22944 22866 match_2 match_part 0.996 38819 39089 match_part 1.000 39211 39267 match_part 1.000 39459 39553 match_part 1.000 40158 40308 match_part 0.992 40621 40746 match_part 1.000 40862 41018 match_part 1.000 41178 41238 match_part 0.996 41320 41602 match_part 1.000 42003 42128 match_part 0.994 42423 42578 match_part 0.996 42663 42909 match_part 1.000 42987 43448 match_part 1.000 44119 44775 match_3 match_part 0.979 38902 39089 match_part 0.982 39211 39267 match_part 0.968 39459 39553 match_part 1.000 40158 40252 match_4 match_part 0.984 42005 42128 match_part 0.997 42423 42768 match_5 match_part 1.000 42834 42909 match_part 1.000 42987 43448 match_part 1.000 44119 44248 match_6 match_part 0.917 46380 46584 match_part 0.975 46668 46829 match_part 0.975 47151 47387 match_7 match_part 1.000 46400 46584 match_part 1.000 46668 46829 match_part 1.000 47213 47308 match_8 match_part 1.000 46408 46584 match_part 0.998 46668 47125 match_9 match_part 1.000 46408 46584 match_part 1.000 46668 47125 match_10 match_part 0.991 46479 46584 match_part 1.000 46668 46723 match_11 match_part 1.000 46486 46584 match_part 1.000 46668 46829 match_part 1.000 47284 47526 match_12 match_part 1.000 46490 46584 match_part 1.000 46668 46829 match_part 0.996 47151 47619 match_13 match_part 0.985 46517 46584 match_part 1.000 46668 46829 match_part 1.000 47151 47747 match_14 match_part 0.971 46517 46584 match_part 1.000 46668 46829 match_part 0.992 47151 47660 match_15 match_part 1.000 46518 46584 match_part 1.000 46668 46829 match_part 1.000 47223 47589 match_16 match_part 1.000 47610 48399 match_17 match_part 1.000 47753 48575 match_18 match_part 0.985 51260 51659 match_19 match_part 0.996 51261 51756 match_20 match_part 0.998 51403 52018 match_21 match_part 0.973 53753 53827 match_part 0.995 55278 56021 match_22 match_part 1.000 54361 55078 match_23 match_part 0.979 54362 54973 match_24 match_part 0.989 55393 56100 match_25 match_part 0.994 62984 63151 match_part 1.000 63324 63669 match_part 1.000 65065 65310 match_part 1.000 66129 66319 match_part 1.000 66402 66573 match_part 1.000 68353 68490 match_part 1.000 68570 68747 match_part 1.000 68888 69033 match_part 1.000 69243 69419 match_part 1.000 69520 69630 match_part 1.000 70057 70176 match_part 1.000 70274 70430 match_part 0.994 70956 71119 match_part 0.989 71224 71310 match_part 1.000 73448 73776 match_part 1.000 74124 74181 match_part 1.000 74450 74510 match_part 1.000 74755 75028 match_part 1.000 75245 75757 match_26 match_part 1.000 62996 63151 match_part 1.000 63324 63669 match_part 1.000 65065 65310 match_part 1.000 66129 66227 match_27 match_part 0.994 69255 69419 match_part 1.000 69520 69630 match_part 1.000 70057 70176 match_part 1.000 70274 70430 match_part 0.988 70956 71119 match_part 1.000 71224 71299 match_28 match_part 0.956 75402 75785 match_29 match_part 0.987 75402 75785 match_30 match_part 0.987 75402 75785 match_31 match_part 0.984 76222 76407 match_part 1.000 76572 76654 match_part 1.000 76726 76955 match_part 1.000 77076 77125 match_part 1.000 77230 77304 match_part 0.980 77614 77815 match_32 match_part 0.982 91482 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 0.998 93431 93905 match_33 match_part 0.914 91514 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 0.994 93431 93901 match_part 0.857 93965 93971 match_34 match_part 1.000 91514 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 0.976 93431 93676 match_35 match_part 1.000 91516 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 0.998 93431 93901 match_36 match_part 1.000 91517 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 1.000 93431 93873 match_37 match_part 0.959 93022 93119 match_part 0.985 93280 93344 match_part 0.992 93431 93901 match_part 0.857 93965 93971 match_38 match_part 1.000 93291 93344 match_part 1.000 93431 93901 match_39 match_part 1.000 95485 95775 match_part 1.000 95872 96084 match_40 match_part 1.000 95485 95775 match_part 0.994 95872 96052 match_41 match_part 1.000 95554 95775 match_part 0.981 95872 96408 match_42 match_part 1.000 95554 95775 match_part 0.992 95872 96399 match_43 match_part 0.960 95627 95775 match_part 0.948 95872 95967 match_44 match_part 1.000 95646 95775 match_part 0.994 95872 96357 match_45 match_part 0.971 95706 95775 match_part 1.000 95872 96313 match_46 match_part 1.000 97061 97167 match_part 1.000 97257 97315 match_part 1.000 97907 98006 match_part 1.000 98097 98159 match_part 1.000 98648 98758 match_part 1.000 98946 99213 match_47 match_part 1.000 97061 97167 match_part 1.000 97257 97315 match_part 1.000 97907 98006 match_part 1.000 98097 98159 match_part 0.986 98648 98721 match_48 match_part 1.000 97259 97315 match_part 1.000 97907 98006 match_part 1.000 98097 98159 match_part 1.000 98648 98758 match_part 0.997 98946 99267 match_49 match_part 0.980 97463 97513 match_part 1.000 97907 98006 match_part 1.000 98097 98159 match_part 1.000 98648 98758 match_part 0.994 98946 99303 match_50 match_part 0.933 97977 98006 match_part 1.000 98097 98159 match_part 0.991 98648 98758 match_part 0.984 98946 99136 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_51 match_part 0.995 1537 1347 match_part 0.994 387 230 match_part 0.990 145 44 match_52 match_part 1.000 16596 16073 match_53 match_part 0.972 18396 18113 match_part 0.991 17123 16667 match_54 match_part 0.996 18390 18113 match_part 0.997 17123 16749 match_55 match_part 1.000 23103 23099 match_part 0.990 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.994 21423 21089 match_56 match_part 0.768 21736 21642 match_part 0.848 21555 21510 match_part 0.961 21423 21089 match_57 match_part 1.000 21701 21642 match_part 1.000 21555 21510 match_part 0.997 21423 21089 match_58 match_part 0.985 23164 23099 match_part 0.979 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 1.000 21423 21091 match_59 match_part 1.000 22906 22849 match_part 1.000 22117 22047 match_part 0.983 21757 21642 match_part 1.000 21555 21510 match_part 0.994 21423 21091 match_60 match_part 1.000 22884 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.997 21423 21091 match_61 match_part 1.000 21750 21642 match_part 1.000 21555 21510 match_part 1.000 21423 21091 match_62 match_part 0.986 22117 22047 match_part 0.991 21757 21642 match_part 1.000 21555 21510 match_part 0.982 21423 21098 match_63 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.982 21423 21098 match_64 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.985 21423 21099 match_65 match_part 1.000 23142 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.997 21423 21108 match_66 match_part 1.000 22940 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.997 21423 21108 match_67 match_part 1.000 21701 21642 match_part 1.000 21555 21510 match_part 0.997 21423 21108 match_68 match_part 0.994 27090 26925 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24276 match_part 1.000 24057 24021 match_part 1.000 23464 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.996 21423 21150 match_69 match_part 1.000 23396 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 1.000 21423 21244 match_70 match_part 1.000 23147 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 0.957 21555 21510 match_part 0.959 21423 21254 match_71 match_part 1.000 23198 23099 match_part 0.969 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 0.978 21555 21510 match_part 0.994 21423 21255 match_72 match_part 0.993 22055 21510 match_part 0.984 21423 21295 match_73 match_part 1.000 26675 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25634 match_part 1.000 23425 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21694 match_74 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24276 match_part 1.000 24057 24021 match_part 1.000 23464 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 0.972 22117 22047 match_part 0.955 21757 21736 match_75 match_part 1.000 23422 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22094 match_76 match_part 0.737 26513 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24276 match_part 1.000 24057 24044 match_77 match_part 1.000 26611 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25158 match_part 0.971 25072 25004 match_part 0.983 24334 24276 match_78 match_part 1.000 25669 25554 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24281 match_79 match_part 0.952 27114 27094 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24283 match_80 match_part 1.000 26694 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 0.987 25315 25158 match_part 0.899 25072 25004 match_81 match_part 1.000 27274 27193 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 0.975 25315 25158 match_part 0.923 25072 25008 match_82 match_part 1.000 26546 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25179 match_83 match_part 1.000 26640 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25189 match_84 match_part 0.995 26690 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25281 match_85 match_part 0.995 26696 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25283 match_86 match_part 1.000 26539 26495 match_part 0.977 26308 26223 match_part 0.982 25872 25818 match_part 0.979 25740 25554 match_part 0.938 25315 25284 match_87 match_part 1.000 26561 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25288 match_88 match_part 1.000 26302 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25290 match_89 match_part 1.000 26697 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25305 match_90 match_part 1.000 27244 27193 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 0.995 25740 25554 match_part 1.000 25315 25307 match_91 match_part 1.000 26681 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25308 match_92 match_part 1.000 26696 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25309 match_93 match_part 1.000 26688 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25309 match_94 match_part 1.000 26952 26925 match_part 0.995 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25568 match_95 match_part 1.000 26698 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25572 match_96 match_part 0.934 26691 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25591 match_97 match_part 0.960 27118 27094 match_part 1.000 26696 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25614 match_98 match_part 1.000 26966 26925 match_part 0.995 26696 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25616 match_99 match_part 0.737 26513 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25646 match_100 match_part 1.000 27279 27193 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25648 match_101 match_part 1.000 27063 26925 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 0.988 25740 25655 match_102 match_part 1.000 26927 26925 match_part 0.985 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 0.988 25740 25656 match_103 match_part 1.000 27084 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25683 match_104 match_part 0.990 26693 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25712 match_105 match_part 0.977 27278 27193 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25727 match_106 match_part 0.992 26871 26495 match_part 1.000 26308 26223 match_part 0.982 25872 25818 match_part 1.000 25740 25728 match_107 match_part 0.969 26851 26495 match_part 0.977 26308 26223 match_part 0.964 25872 25818 match_part 0.917 25740 25729 match_108 match_part 0.946 27266 27193 match_part 0.985 26696 26495 match_part 0.988 26308 26223 match_part 1.000 25872 25855 match_109 match_part 1.000 27071 26495 match_part 1.000 26308 26245 match_110 match_part 1.000 28549 28111 match_111 match_part 0.993 28549 28112 match_112 match_part 0.808 30755 30730 match_part 1.000 28612 28114 match_113 match_part 1.000 34368 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 1.000 28594 28259 match_114 match_part 0.988 34354 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 0.985 31825 31758 match_part 0.992 31075 30946 match_part 1.000 30834 30816 match_part 0.995 28440 28259 match_115 match_part 1.000 32179 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 0.981 30834 30730 match_part 0.985 28594 28259 match_116 match_part 0.944 34342 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 1.000 28612 28308 match_117 match_part 1.000 34365 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.996 28612 28358 match_118 match_part 1.000 34365 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.996 28612 28377 match_119 match_part 1.000 34367 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.989 28594 28414 match_120 match_part 1.000 34346 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.988 28612 28443 match_121 match_part 1.000 32389 32344 match_part 1.000 32224 32150 match_part 0.985 31825 31758 match_part 1.000 31075 30946 match_part 0.990 30834 30730 match_part 1.000 28612 28594 match_122 match_part 0.990 34367 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30814 match_123 match_part 0.974 34346 34271 match_part 0.990 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31766 match_124 match_part 1.000 80492 80433 match_part 0.994 80308 79678 match_125 match_part 0.987 100406 99696 match_126 match_part 0.986 100406 99703 match_127 match_part 0.998 100444 99831 match_128 match_part 1.000 100426 99842 match_129 match_part 0.967 100405 99946 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 1537 1347 exon 387 230 exon 145 44 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 16596 16073 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 18396 18113 exon 17123 16667 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27084 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27090 26925 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27279 27193 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27118 27094 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_8 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27084 26495 exon 26308 26223 exon 25872 25818 exon 25740 25634 exon 23425 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_9 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 25601 25601 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_10 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 22055 21510 exon 21423 21295 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34367 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28612 28111 gene_12 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34368 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28594 28111 gene_13 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34354 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30816 exon 28440 28259 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 38819 39089 exon 39211 39267 exon 39459 39553 exon 40158 40308 exon 40621 40746 exon 40862 41018 exon 41178 41238 exon 41320 41602 exon 42003 42128 exon 42423 42578 exon 42663 42909 exon 42987 43448 exon 44119 44775 gene_15 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 42005 42128 exon 42423 42768 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46380 46584 exon 46668 46829 exon 47151 48575 gene_17 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46479 46584 exon 46668 46829 exon 47223 47589 gene_18 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46479 46584 exon 46668 46829 exon 47284 47526 gene_19 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46408 46584 exon 46668 47125 gene_20 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46400 46584 exon 46668 46829 exon 47213 47308 gene_21 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 51260 52018 gene_22 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 54361 55078 gene_23 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 53753 53827 exon 55278 56100 gene_24 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 62984 63151 exon 63324 63669 exon 65065 65310 exon 66129 66319 exon 66402 66573 exon 68353 68490 exon 68570 68747 exon 68888 69033 exon 69243 69419 exon 69520 69630 exon 70057 70176 exon 70274 70430 exon 70956 71119 exon 71224 71310 exon 73448 73776 exon 74124 74181 exon 74450 74510 exon 74755 75028 exon 75245 75785 gene_25 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 76222 76407 exon 76572 76654 exon 76726 76955 exon 77076 77125 exon 77230 77304 exon 77614 77815 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 80492 80433 exon 80308 79678 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 91514 91594 exon 93012 93119 exon 93280 93344 exon 93431 93901 exon 93965 93971 gene_28 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 91482 91594 exon 93012 93119 exon 93280 93344 exon 93431 93905 gene_29 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 95485 95775 exon 95872 96408 gene_30 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 97061 97167 exon 97257 97315 exon 97907 98006 exon 98097 98159 exon 98648 98758 exon 98946 99267 gene_31 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 97463 97513 exon 97907 98006 exon 98097 98159 exon 98648 98758 exon 98946 99303 gene_32 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 100444 99696 AUGUSTUS_tom_cdna de novo gene_1 gene 2 38874 44159 transcript_1 transcript 38874 44159 start_codon_1 start_codon 38874 38876 CDS_1 CDS 38874 39089 CDS_2 CDS 39211 39267 CDS_3 CDS 39459 39553 CDS_4 CDS 40158 40308 CDS_5 CDS 40621 40746 CDS_6 CDS 40862 41018 CDS_7 CDS 41178 41238 CDS_8 CDS 41320 41602 CDS_9 CDS 42003 42128 CDS_10 CDS 42423 42578 CDS_11 CDS 42663 42909 CDS_12 CDS 42987 43448 CDS_13 CDS 44119 44159 stop_codon_1 stop_codon 44157 44159 transcript_2 transcript 41354 44159 start_codon_2 start_codon 41354 41356 CDS_14 CDS 41354 41602 CDS_15 CDS 42003 42128 CDS_16 CDS 42423 42909 CDS_17 CDS 42987 43448 CDS_18 CDS 44119 44159 stop_codon_2 stop_codon 44157 44159 gene_2 gene 1 45730 46722 transcript_3 transcript 45730 46722 start_codon_3 start_codon 45730 45732 CDS_19 CDS 45730 45755 CDS_20 CDS 46405 46584 CDS_21 CDS 46668 46722 stop_codon_3 stop_codon 46720 46722 gene_3 gene 1 47366 51523 transcript_4 transcript 47366 51523 start_codon_4 start_codon 47366 47368 CDS_22 CDS 47366 48577 CDS_23 CDS 51164 51523 stop_codon_4 stop_codon 51521 51523 gene_4 gene 1 52974 75580 transcript_5 transcript 52974 75580 start_codon_5 start_codon 52974 52976 CDS_24 CDS 52974 53827 CDS_25 CDS 55278 55773 CDS_26 CDS 63102 63151 CDS_27 CDS 63324 63669 CDS_28 CDS 65065 65310 CDS_29 CDS 66129 66319 CDS_30 CDS 66402 66573 CDS_31 CDS 68353 68490 CDS_32 CDS 68570 68747 CDS_33 CDS 68888 69033 CDS_34 CDS 69243 69419 CDS_35 CDS 69520 69630 CDS_36 CDS 70057 70176 CDS_37 CDS 70274 70430 CDS_38 CDS 70956 71119 CDS_39 CDS 71224 71310 CDS_40 CDS 73448 73776 CDS_41 CDS 74124 74181 CDS_42 CDS 74371 74510 CDS_43 CDS 74755 75028 CDS_44 CDS 75245 75580 stop_codon_5 stop_codon 75578 75580 gene_5 gene 1 76211 78103 transcript_6 transcript 76211 78103 start_codon_6 start_codon 76211 76213 CDS_45 CDS 76211 76407 CDS_46 CDS 76572 76654 CDS_47 CDS 76726 76955 CDS_48 CDS 77076 77125 CDS_49 CDS 77230 77304 CDS_50 CDS 77614 78103 stop_codon_6 stop_codon 78101 78103 gene_6 gene 1 88863 93578 transcript_7 transcript 88863 93578 start_codon_7 start_codon 88863 88865 CDS_51 CDS 88863 88995 CDS_52 CDS 91428 91594 CDS_53 CDS 93012 93119 CDS_54 CDS 93280 93344 CDS_55 CDS 93431 93578 stop_codon_7 stop_codon 93576 93578 gene_7 gene 2 95707 99065 transcript_8 transcript 95707 99065 start_codon_8 start_codon 95707 95709 CDS_56 CDS 95707 95775 CDS_57 CDS 95872 96408 CDS_58 CDS 96796 97167 CDS_59 CDS 97257 97315 CDS_60 CDS 97907 98006 CDS_61 CDS 98097 98159 CDS_62 CDS 98648 98758 CDS_63 CDS 98946 99065 stop_codon_8 stop_codon 99063 99065 transcript_9 transcript 95707 99065 start_codon_9 start_codon 95707 95709 CDS_64 CDS 95707 95775 CDS_65 CDS 95872 96408 CDS_66 CDS 96796 97167 CDS_67 CDS 97257 97315 CDS_68 CDS 97439 97513 CDS_69 CDS 97907 98006 CDS_70 CDS 98097 98159 CDS_71 CDS 98648 98758 CDS_72 CDS 98946 99065 stop_codon_9 stop_codon 99063 99065 AUGUSTUS_tom_cdna de novo gene_8 gene 1 1385 1 transcript_10 transcript 1385 1 CDS_73 CDS 145 1 CDS_74 CDS 387 230 CDS_75 CDS 1385 1347 start_codon_10 start_codon 1385 1383 gene_9 gene 1 11320 8351 transcript_11 transcript 11320 8351 stop_codon_10 stop_codon 8353 8351 CDS_76 CDS 9634 8351 CDS_77 CDS 11320 10622 start_codon_11 start_codon 11320 11318 gene_10 gene 1 19012 16554 transcript_12 transcript 19012 16554 stop_codon_11 stop_codon 16556 16554 CDS_78 CDS 17123 16554 CDS_79 CDS 19012 18113 start_codon_12 start_codon 19012 19010 gene_11 gene 2 28312 21256 transcript_13 transcript 28312 21256 stop_codon_12 stop_codon 21258 21256 CDS_80 CDS 21423 21256 CDS_81 CDS 21555 21510 CDS_82 CDS 21757 21642 CDS_83 CDS 22117 22047 CDS_84 CDS 22944 22849 CDS_85 CDS 23246 23099 CDS_86 CDS 23464 23393 CDS_87 CDS 24057 24021 CDS_88 CDS 24334 24276 CDS_89 CDS 25072 25004 CDS_90 CDS 25315 25158 CDS_91 CDS 25740 25554 CDS_92 CDS 25872 25818 CDS_93 CDS 26308 26223 CDS_94 CDS 26696 26495 CDS_95 CDS 28312 28257 start_codon_13 start_codon 28312 28310 transcript_14 transcript 28283 21256 stop_codon_13 stop_codon 21258 21256 CDS_96 CDS 21423 21256 CDS_97 CDS 21555 21510 CDS_98 CDS 21757 21642 CDS_99 CDS 22117 22047 CDS_100 CDS 22944 22849 CDS_101 CDS 23246 23099 CDS_102 CDS 23464 23393 CDS_103 CDS 24057 24021 CDS_104 CDS 24334 24276 CDS_105 CDS 25072 25004 CDS_106 CDS 25315 25158 CDS_107 CDS 25740 25554 CDS_108 CDS 25872 25818 CDS_109 CDS 26308 26223 CDS_110 CDS 26696 26495 CDS_111 CDS 27232 27193 CDS_112 CDS 28283 28208 start_codon_14 start_codon 28283 28281 gene_12 gene 2 34348 28410 transcript_15 transcript 34348 28410 stop_codon_14 stop_codon 28412 28410 CDS_113 CDS 28594 28410 CDS_114 CDS 30834 30730 CDS_115 CDS 31075 30946 CDS_116 CDS 31825 31758 CDS_117 CDS 32224 32150 CDS_118 CDS 32440 32344 CDS_119 CDS 34348 34271 start_codon_15 start_codon 34348 34346 transcript_16 transcript 34348 28410 stop_codon_15 stop_codon 28412 28410 CDS_120 CDS 28612 28410 CDS_121 CDS 30834 30730 CDS_122 CDS 31075 30946 CDS_123 CDS 31825 31758 CDS_124 CDS 32224 32150 CDS_125 CDS 32440 32344 CDS_126 CDS 34348 34271 start_codon_16 start_codon 34348 34346 gene_13 gene 1 80544 78819 transcript_17 transcript 80544 78819 stop_codon_16 stop_codon 78821 78819 CDS_127 CDS 80308 78819 CDS_128 CDS 80544 80433 start_codon_17 start_codon 80544 80542 gene_14 gene 1 100352 99804 transcript_18 transcript 100352 99804 stop_codon_17 stop_codon 99806 99804 CDS_129 CDS 100352 99804 start_codon_18 start_codon 100352 100350 AUGUSTUS_ab_initio de novo gene_1 gene 1 47366 51523 transcript_1 transcript 47366 51523 start_codon_1 start_codon 47366 47368 CDS_1 CDS 47366 48577 CDS_2 CDS 51164 51523 stop_codon_1 stop_codon 51521 51523 gene_2 gene 1 52974 78103 transcript_2 transcript 52974 78103 start_codon_2 start_codon 52974 52976 CDS_3 CDS 52974 53827 CDS_4 CDS 55278 55773 CDS_5 CDS 65065 65310 CDS_6 CDS 66129 66319 CDS_7 CDS 66402 66573 CDS_8 CDS 70274 70430 CDS_9 CDS 76170 76407 CDS_10 CDS 76572 76654 CDS_11 CDS 76726 76955 CDS_12 CDS 77076 77125 CDS_13 CDS 77614 78103 stop_codon_2 stop_codon 78101 78103 gene_3 gene 1 95854 97492 transcript_3 transcript 95854 97492 start_codon_3 start_codon 95854 95856 CDS_14 CDS 95854 96408 CDS_15 CDS 96796 97167 CDS_16 CDS 97257 97315 CDS_17 CDS 97465 97492 stop_codon_3 stop_codon 97490 97492 AUGUSTUS_ab_initio de novo gene_4 gene 1 11320 8351 transcript_4 transcript 11320 8351 stop_codon_4 stop_codon 8353 8351 CDS_18 CDS 9634 8351 CDS_19 CDS 11320 10622 start_codon_4 start_codon 11320 11318 gene_5 gene 1 26662 16554 transcript_5 transcript 26662 16554 stop_codon_5 stop_codon 16556 16554 CDS_20 CDS 17123 16554 CDS_21 CDS 19018 18113 CDS_22 CDS 21555 21510 CDS_23 CDS 21757 21642 CDS_24 CDS 22117 22047 CDS_25 CDS 23246 23099 CDS_26 CDS 23464 23393 CDS_27 CDS 25072 25004 CDS_28 CDS 25315 25158 CDS_29 CDS 25740 25710 CDS_30 CDS 25872 25818 CDS_31 CDS 26308 26223 CDS_32 CDS 26662 26495 start_codon_5 start_codon 26662 26660 gene_6 gene 1 34348 28410 transcript_6 transcript 34348 28410 stop_codon_6 stop_codon 28412 28410 CDS_33 CDS 28612 28410 CDS_34 CDS 30834 30730 CDS_35 CDS 32224 32150 CDS_36 CDS 32440 32344 CDS_37 CDS 34348 34271 start_codon_6 start_codon 34348 34346 gene_7 gene 1 94413 78819 transcript_7 transcript 94413 78819 stop_codon_7 stop_codon 78821 78819 CDS_38 CDS 80308 78819 CDS_39 CDS 94413 94317 start_codon_7 start_codon 94413 94411 gene_8 gene 1 100352 99804 transcript_8 transcript 100352 99804 stop_codon_8 stop_codon 99806 99804 CDS_40 CDS 100352 99804 start_codon_8 start_codon 100352 100350 AUGUSTUS_tom_ugs de novo gene_1 gene 1 38874 46722 transcript_1 transcript 38874 46722 start_codon_1 start_codon 38874 38876 CDS_1 CDS 38874 39089 CDS_2 CDS 39211 39267 CDS_3 CDS 39459 39553 CDS_4 CDS 40158 40308 CDS_5 CDS 40621 40746 CDS_6 CDS 40862 41018 CDS_7 CDS 41178 41238 CDS_8 CDS 41320 41602 CDS_9 CDS 42003 42128 CDS_10 CDS 42423 42578 CDS_11 CDS 42663 42909 CDS_12 CDS 42987 43448 CDS_13 CDS 46509 46584 CDS_14 CDS 46668 46722 stop_codon_1 stop_codon 46720 46722 gene_2 gene 1 47366 51523 transcript_2 transcript 47366 51523 start_codon_2 start_codon 47366 47368 CDS_15 CDS 47366 48577 CDS_16 CDS 51164 51523 stop_codon_2 stop_codon 51521 51523 gene_3 gene 1 52974 55818 transcript_3 transcript 52974 55818 start_codon_3 start_codon 52974 52976 CDS_17 CDS 52974 53827 CDS_18 CDS 55278 55818 stop_codon_3 stop_codon 55816 55818 gene_4 gene 1 63547 74762 transcript_4 transcript 63547 74762 start_codon_4 start_codon 63547 63549 CDS_19 CDS 63547 63669 CDS_20 CDS 65065 65310 CDS_21 CDS 66129 66319 CDS_22 CDS 66402 66573 CDS_23 CDS 68353 68490 CDS_24 CDS 68570 68747 CDS_25 CDS 68888 69033 CDS_26 CDS 69243 69419 CDS_27 CDS 69520 69630 CDS_28 CDS 70057 70176 CDS_29 CDS 70274 70430 CDS_30 CDS 70956 71119 CDS_31 CDS 71224 71310 CDS_32 CDS 73448 73776 CDS_33 CDS 74124 74181 CDS_34 CDS 74450 74510 CDS_35 CDS 74755 74762 stop_codon_4 stop_codon 74760 74762 gene_5 gene 1 76211 78103 transcript_5 transcript 76211 78103 start_codon_5 start_codon 76211 76213 CDS_36 CDS 76211 76407 CDS_37 CDS 76572 76654 CDS_38 CDS 76726 76955 CDS_39 CDS 77076 77125 CDS_40 CDS 77230 77304 CDS_41 CDS 77614 78103 stop_codon_5 stop_codon 78101 78103 gene_6 gene 1 88863 93578 transcript_6 transcript 88863 93578 start_codon_6 start_codon 88863 88865 CDS_42 CDS 88863 88995 CDS_43 CDS 91428 91594 CDS_44 CDS 93012 93119 CDS_45 CDS 93280 93344 CDS_46 CDS 93431 93578 stop_codon_6 stop_codon 93576 93578 gene_7 gene 1 95707 99065 transcript_7 transcript 95707 99065 start_codon_7 start_codon 95707 95709 CDS_47 CDS 95707 95775 CDS_48 CDS 95872 96408 CDS_49 CDS 96796 97167 CDS_50 CDS 97257 97315 CDS_51 CDS 97907 98006 CDS_52 CDS 98097 98159 CDS_53 CDS 98648 98758 CDS_54 CDS 98946 99065 stop_codon_7 stop_codon 99063 99065 AUGUSTUS_tom_ugs de novo gene_8 gene 1 1385 1 transcript_8 transcript 1385 1 CDS_55 CDS 145 1 CDS_56 CDS 387 230 CDS_57 CDS 1385 1347 start_codon_8 start_codon 1385 1383 gene_9 gene 1 11320 8351 transcript_9 transcript 11320 8351 stop_codon_8 stop_codon 8353 8351 CDS_58 CDS 9634 8351 CDS_59 CDS 11320 10622 start_codon_9 start_codon 11320 11318 gene_10 gene 1 26662 16554 transcript_10 transcript 26662 16554 stop_codon_9 stop_codon 16556 16554 CDS_60 CDS 17123 16554 CDS_61 CDS 19018 18113 CDS_62 CDS 21423 21298 CDS_63 CDS 21555 21510 CDS_64 CDS 21757 21642 CDS_65 CDS 22117 22047 CDS_66 CDS 23246 23099 CDS_67 CDS 23464 23393 CDS_68 CDS 25072 25004 CDS_69 CDS 25315 25158 CDS_70 CDS 25740 25710 CDS_71 CDS 25872 25818 CDS_72 CDS 26308 26223 CDS_73 CDS 26662 26495 start_codon_10 start_codon 26662 26660 gene_11 gene 1 34348 28410 transcript_11 transcript 34348 28410 stop_codon_10 stop_codon 28412 28410 CDS_74 CDS 28612 28410 CDS_75 CDS 30834 30730 CDS_76 CDS 31075 30946 CDS_77 CDS 31825 31758 CDS_78 CDS 32224 32150 CDS_79 CDS 32440 32344 CDS_80 CDS 34348 34271 start_codon_11 start_codon 34348 34346 gene_12 gene 2 80544 78819 transcript_12 transcript 79640 78819 stop_codon_11 stop_codon 78821 78819 CDS_81 CDS 79640 78819 start_codon_12 start_codon 79640 79638 transcript_13 transcript 80544 78819 stop_codon_12 stop_codon 78821 78819 CDS_82 CDS 80308 78819 CDS_83 CDS 80544 80433 start_codon_13 start_codon 80544 80542 gene_13 gene 1 100352 99804 transcript_14 transcript 100352 99804 stop_codon_13 stop_codon 99806 99804 CDS_84 CDS 100352 99804 start_codon_14 start_codon 100352 100350 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 38785 39089 match_part 1.000 39211 39267 match_part 1.000 39459 39553 match_part 1.000 40158 40308 match_part 1.000 40621 40746 match_part 1.000 40862 41018 match_part 1.000 41178 41238 match_part 0.996 41320 41602 match_part 1.000 42003 42128 match_part 0.994 42423 42578 match_part 0.996 42663 42909 match_part 1.000 42987 43448 match_part 0.999 44119 44788 match_2 match_part 0.922 46380 46584 match_part 0.975 46668 46829 match_part 0.984 47151 47460 match_3 match_part 1.000 46399 46584 match_part 1.000 46668 46829 match_part 1.000 47223 47599 match_4 match_part 1.000 46407 46584 match_part 0.926 46668 48577 match_part 1.000 51164 52048 match_5 match_part 0.990 46481 46584 match_part 1.000 46668 46829 match_part 1.000 47284 47526 match_6 match_part 0.973 53753 53827 match_part 0.996 55278 56086 match_7 match_part 0.985 54376 55100 match_8 match_part 0.994 62995 63151 match_part 1.000 63324 63669 match_part 1.000 65065 65310 match_part 1.000 66129 66319 match_part 1.000 66402 66573 match_part 1.000 68353 68490 match_part 1.000 68570 68747 match_part 1.000 68888 69033 match_part 1.000 69243 69419 match_part 1.000 69520 69630 match_part 1.000 70057 70176 match_part 1.000 70274 70430 match_part 0.994 70956 71119 match_part 0.989 71224 71310 match_part 1.000 73448 73776 match_part 1.000 74124 74181 match_part 1.000 74450 74510 match_part 1.000 74755 75028 match_part 1.000 75245 75775 match_9 match_part 1.000 63112 63669 match_part 0.981 65065 65219 match_10 match_part 0.984 76223 76407 match_part 1.000 76572 76654 match_part 1.000 76726 76955 match_part 1.000 77076 77125 match_part 1.000 77230 77304 match_part 0.980 77614 77815 match_11 match_part 0.982 91482 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 0.998 93431 93905 match_12 match_part 0.997 95483 95775 match_part 1.000 95872 96408 match_part 1.000 96796 96938 match_13 match_part 0.991 97059 97167 match_part 1.000 97257 97315 match_part 1.000 97907 98006 match_part 1.000 98097 98159 match_part 1.000 98648 98758 match_part 0.992 98946 99305 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.998 16598 16046 match_15 match_part 0.995 19025 18113 match_part 0.991 17123 16667 match_16 match_part 0.990 19525 19026 match_17 match_part 0.957 27281 27213 match_part 0.950 27113 27094 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25554 match_part 1.000 25315 25158 match_part 1.000 25072 25004 match_part 1.000 24334 24276 match_part 1.000 24057 24021 match_part 1.000 23464 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21642 match_part 1.000 21555 21510 match_part 0.997 21423 21089 match_18 match_part 0.993 22056 21510 match_part 0.984 21423 21298 match_19 match_part 1.000 27112 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 1.000 25740 25634 match_part 1.000 23425 23393 match_part 1.000 23246 23099 match_part 1.000 22944 22849 match_part 1.000 22117 22047 match_part 1.000 21757 21648 match_20 match_part 1.000 27068 26925 match_part 1.000 26696 26495 match_part 1.000 26308 26223 match_part 1.000 25872 25818 match_part 0.958 25740 25549 match_21 match_part 1.000 34375 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 0.996 28612 28114 match_22 match_part 0.977 34356 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 0.985 31825 31758 match_part 0.992 31075 30946 match_part 1.000 30834 30816 match_part 0.994 28440 28281 match_23 match_part 0.990 34374 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31413 match_24 match_part 0.997 80811 80433 match_part 0.987 80308 79614 match_25 match_part 0.996 100461 99705 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 16598 16046 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 19025 18113 exon 17123 16667 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 19525 19026 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27281 27213 exon 27113 27094 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25554 exon 25315 25158 exon 25072 25004 exon 24334 24276 exon 24057 24021 exon 23464 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21642 exon 21555 21510 exon 21423 21089 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 22056 21510 exon 21423 21298 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27068 26925 exon 26696 26495 exon 26308 26223 exon 25872 25818 exon 25740 25549 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 27112 26495 exon 26308 26223 exon 25872 25818 exon 25740 25634 exon 23425 23393 exon 23246 23099 exon 22944 22849 exon 22117 22047 exon 21757 21648 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34375 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28612 28114 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34356 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30816 exon 28440 28281 gene_10 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34374 34271 exon 32440 32344 exon 32224 32150 exon 31825 31413 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 38785 39089 exon 39211 39267 exon 39459 39553 exon 40158 40308 exon 40621 40746 exon 40862 41018 exon 41178 41238 exon 41320 41602 exon 42003 42128 exon 42423 42578 exon 42663 42909 exon 42987 43448 exon 44119 44788 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46380 46584 exon 46668 46829 exon 47151 47460 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46481 46584 exon 46668 46829 exon 47284 47526 gene_14 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46407 46584 exon 46668 48577 exon 51164 52048 gene_15 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 46399 46584 exon 46668 46829 exon 47223 47599 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 53753 53827 exon 55278 56086 gene_17 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 54376 55100 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 62995 63151 exon 63324 63669 exon 65065 65310 exon 66129 66319 exon 66402 66573 exon 68353 68490 exon 68570 68747 exon 68888 69033 exon 69243 69419 exon 69520 69630 exon 70057 70176 exon 70274 70430 exon 70956 71119 exon 71224 71310 exon 73448 73776 exon 74124 74181 exon 74450 74510 exon 74755 75028 exon 75245 75775 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 63112 63669 exon 65065 65219 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 76223 76407 exon 76572 76654 exon 76726 76955 exon 77076 77125 exon 77230 77304 exon 77614 77815 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 80811 80433 exon 80308 79614 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 91482 91594 exon 93012 93119 exon 93280 93344 exon 93431 93905 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 95483 95775 exon 95872 96408 exon 96796 96938 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 97059 97167 exon 97257 97315 exon 97907 98006 exon 98097 98159 exon 98648 98758 exon 98946 99305 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 100461 99705 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.966 73570 73776 match_part 0.983 74124 74181 match_part 0.964 74371 74510 match_part 0.971 74755 75028 match_part 0.944 75245 75603 match_2 match_part 0.987 75402 75785 match_3 match_part 1.000 91514 91594 match_part 1.000 93012 93119 match_part 1.000 93280 93344 match_part 1.000 93431 93901 match_part 0.727 93965 93975 match_4 match_part 0.955 91529 91594 match_part 0.972 93012 93119 match_part 0.985 93280 93344 match_part 0.919 93431 93888 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 1.000 34367 34271 match_part 1.000 32440 32344 match_part 1.000 32224 32150 match_part 1.000 31825 31758 match_part 1.000 31075 30946 match_part 1.000 30834 30730 match_part 1.000 28594 28117 match_6 match_part 0.920 34382 34271 match_part 0.990 32440 32344 match_part 0.973 32224 32150 match_part 0.971 31825 31758 match_part 0.992 31075 30946 match_part 0.962 30834 30730 match_part 1.000 28612 28591 match_7 match_part 0.997 100444 99703 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34382 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28612 28591 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 34367 34271 exon 32440 32344 exon 32224 32150 exon 31825 31758 exon 31075 30946 exon 30834 30730 exon 28594 28117 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 73570 73776 exon 74124 74181 exon 74371 74510 exon 74755 75028 exon 75245 75785 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 91514 91594 exon 93012 93119 exon 93280 93344 exon 93431 93901 exon 93965 93975 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0140L21.1 type gene exon 100444 99703 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 38874 44159 transcript_1 transcript 38874 44159 start_codon_1 start_codon 38874 38876 CDS_1 CDS 38874 39089 CDS_2 CDS 39211 39267 CDS_3 CDS 39459 39553 CDS_4 CDS 40158 40308 CDS_5 CDS 40621 40746 CDS_6 CDS 40862 41018 CDS_7 CDS 41178 41238 CDS_8 CDS 41320 41602 CDS_9 CDS 42003 42128 CDS_10 CDS 42423 42578 CDS_11 CDS 42663 42909 CDS_12 CDS 42987 43448 CDS_13 CDS 44119 44159 stop_codon_1 stop_codon 44157 44159 transcript_2 transcript 41354 44159 start_codon_2 start_codon 41354 41356 CDS_14 CDS 41354 41602 CDS_15 CDS 42003 42128 CDS_16 CDS 42423 42909 CDS_17 CDS 42987 43448 CDS_18 CDS 44119 44159 stop_codon_2 stop_codon 44157 44159 gene_2 gene 1 45730 46722 transcript_3 transcript 45730 46722 start_codon_3 start_codon 45730 45732 CDS_19 CDS 45730 45755 CDS_20 CDS 46405 46584 CDS_21 CDS 46668 46722 stop_codon_3 stop_codon 46720 46722 gene_3 gene 1 47366 51523 transcript_4 transcript 47366 51523 start_codon_4 start_codon 47366 47368 CDS_22 CDS 47366 48577 CDS_23 CDS 51164 51523 stop_codon_4 stop_codon 51521 51523 gene_4 gene 2 52974 75580 transcript_5 transcript 63547 75580 start_codon_5 start_codon 63547 63549 CDS_24 CDS 63547 63669 CDS_25 CDS 65065 65310 CDS_26 CDS 66129 66319 CDS_27 CDS 66402 66573 CDS_28 CDS 69243 69419 CDS_29 CDS 69520 69630 CDS_30 CDS 70057 70176 CDS_31 CDS 70274 70430 CDS_32 CDS 70956 71119 CDS_33 CDS 71224 71310 CDS_34 CDS 73448 73776 CDS_35 CDS 74124 74181 CDS_36 CDS 74371 74510 CDS_37 CDS 74755 75028 CDS_38 CDS 75245 75580 stop_codon_5 stop_codon 75578 75580 transcript_6 transcript 52974 75580 start_codon_6 start_codon 52974 52976 CDS_39 CDS 52974 53827 CDS_40 CDS 55278 55773 CDS_41 CDS 63102 63151 CDS_42 CDS 63324 63669 CDS_43 CDS 65065 65310 CDS_44 CDS 66129 66319 CDS_45 CDS 66402 66573 CDS_46 CDS 68353 68490 CDS_47 CDS 68570 68747 CDS_48 CDS 68888 69033 CDS_49 CDS 69243 69419 CDS_50 CDS 69520 69630 CDS_51 CDS 70057 70176 CDS_52 CDS 70274 70430 CDS_53 CDS 70956 71119 CDS_54 CDS 71224 71310 CDS_55 CDS 73448 73776 CDS_56 CDS 74124 74181 CDS_57 CDS 74371 74510 CDS_58 CDS 74755 75028 CDS_59 CDS 75245 75580 stop_codon_6 stop_codon 75578 75580 gene_5 gene 1 76211 78103 transcript_7 transcript 76211 78103 start_codon_7 start_codon 76211 76213 CDS_60 CDS 76211 76407 CDS_61 CDS 76572 76654 CDS_62 CDS 76726 76955 CDS_63 CDS 77076 77125 CDS_64 CDS 77230 77304 CDS_65 CDS 77614 78103 stop_codon_7 stop_codon 78101 78103 gene_6 gene 1 88863 93578 transcript_8 transcript 88863 93578 start_codon_8 start_codon 88863 88865 CDS_66 CDS 88863 88995 CDS_67 CDS 91428 91594 CDS_68 CDS 93012 93119 CDS_69 CDS 93280 93344 CDS_70 CDS 93431 93578 stop_codon_8 stop_codon 93576 93578 gene_7 gene 2 95707 99065 transcript_9 transcript 95707 99065 start_codon_9 start_codon 95707 95709 CDS_71 CDS 95707 95775 CDS_72 CDS 95872 96408 CDS_73 CDS 96796 97167 CDS_74 CDS 97257 97315 CDS_75 CDS 97439 97513 CDS_76 CDS 97907 98006 CDS_77 CDS 98097 98159 CDS_78 CDS 98648 98758 CDS_79 CDS 98946 99065 stop_codon_9 stop_codon 99063 99065 transcript_10 transcript 95707 99065 start_codon_10 start_codon 95707 95709 CDS_80 CDS 95707 95775 CDS_81 CDS 95872 96408 CDS_82 CDS 96796 97167 CDS_83 CDS 97257 97315 CDS_84 CDS 97907 98006 CDS_85 CDS 98097 98159 CDS_86 CDS 98648 98758 CDS_87 CDS 98946 99065 stop_codon_10 stop_codon 99063 99065 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 1385 1 transcript_11 transcript 1385 1 CDS_88 CDS 145 1 CDS_89 CDS 387 230 CDS_90 CDS 1385 1347 start_codon_11 start_codon 1385 1383 gene_9 gene 1 11320 8351 transcript_12 transcript 11320 8351 stop_codon_11 stop_codon 8353 8351 CDS_91 CDS 9634 8351 CDS_92 CDS 11320 10622 start_codon_12 start_codon 11320 11318 gene_10 gene 1 21107 16554 transcript_13 transcript 21107 16554 stop_codon_12 stop_codon 16556 16554 CDS_93 CDS 17123 16554 CDS_94 CDS 19018 18113 CDS_95 CDS 20442 20399 CDS_96 CDS 21107 21080 start_codon_13 start_codon 21107 21105 gene_11 gene 2 28312 21256 transcript_14 transcript 28312 21256 stop_codon_13 stop_codon 21258 21256 CDS_97 CDS 21423 21256 CDS_98 CDS 21555 21510 CDS_99 CDS 21757 21642 CDS_100 CDS 22117 22047 CDS_101 CDS 22944 22849 CDS_102 CDS 23246 23099 CDS_103 CDS 23464 23393 CDS_104 CDS 24057 24021 CDS_105 CDS 24334 24276 CDS_106 CDS 25072 25004 CDS_107 CDS 25315 25158 CDS_108 CDS 25740 25554 CDS_109 CDS 25872 25818 CDS_110 CDS 26308 26223 CDS_111 CDS 26696 26495 CDS_112 CDS 28312 28257 start_codon_14 start_codon 28312 28310 transcript_15 transcript 28283 21256 stop_codon_14 stop_codon 21258 21256 CDS_113 CDS 21423 21256 CDS_114 CDS 21555 21510 CDS_115 CDS 21757 21642 CDS_116 CDS 22117 22047 CDS_117 CDS 22944 22849 CDS_118 CDS 23246 23099 CDS_119 CDS 23464 23393 CDS_120 CDS 24057 24021 CDS_121 CDS 24334 24276 CDS_122 CDS 25072 25004 CDS_123 CDS 25315 25158 CDS_124 CDS 25740 25554 CDS_125 CDS 25872 25818 CDS_126 CDS 26308 26223 CDS_127 CDS 26696 26495 CDS_128 CDS 27232 27193 CDS_129 CDS 28283 28208 start_codon_15 start_codon 28283 28281 gene_12 gene 2 34348 28410 transcript_16 transcript 34348 28410 stop_codon_15 stop_codon 28412 28410 CDS_130 CDS 28594 28410 CDS_131 CDS 30834 30730 CDS_132 CDS 31075 30946 CDS_133 CDS 31825 31758 CDS_134 CDS 32224 32150 CDS_135 CDS 32440 32344 CDS_136 CDS 34348 34271 start_codon_16 start_codon 34348 34346 transcript_17 transcript 34348 28410 stop_codon_16 stop_codon 28412 28410 CDS_137 CDS 28612 28410 CDS_138 CDS 30834 30730 CDS_139 CDS 31075 30946 CDS_140 CDS 31825 31758 CDS_141 CDS 32224 32150 CDS_142 CDS 32440 32344 CDS_143 CDS 34348 34271 start_codon_17 start_codon 34348 34346 gene_13 gene 1 80544 78819 transcript_18 transcript 80544 78819 stop_codon_17 stop_codon 78821 78819 CDS_144 CDS 80308 78819 CDS_145 CDS 80544 80433 start_codon_18 start_codon 80544 80542 gene_14 gene 1 100352 99804 transcript_19 transcript 100352 99804 stop_codon_18 stop_codon 99806 99804 CDS_146 CDS 100352 99804 start_codon_19 start_codon 100352 100350 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 99.4 89108 89416 match_2 match 65.9 88863 89003 match_3 match 90.1 89108 89416 match_4 match 60.8 88863 89003 match_5 match 132 89108 89584 match_6 match 55.5 88863 88997 match_7 match 142 51161 51472 match_8 match 531 47585 48580 match_9 match 142 51161 51472 match_10 match 531 47585 48580 match_11 match 102 89108 89416 match_12 match 62.8 88866 89003 match_13 match 124 89108 89662 match_14 match 50.1 88863 88997 match_15 match 112 89108 89461 match_16 match 47.4 88863 88997 match_17 match 57.8 88863 88997 match_18 match 113 89108 89461 match_19 match 103 89108 89587 match_20 match 36.2 88899 88997 match_21 match 112 89111 89452 match_22 match 64.7 88863 88994 match_23 match 57.8 88863 89003 match_24 match 111 89105 89455 match_25 match 39.7 88890 88997 match_26 match 97.4 89108 89434 match_27 match 106 89108 89548 match_28 match 60.8 88866 89003 match_29 match 126 89108 89653 match_30 match 52.8 88863 88997 match_31 match 52.8 88863 88997 match_32 match 102 89108 89452 match_33 match 139 89108 89665 match_34 match 84.3 88863 89003 match_35 match 98.2 89108 89434 match_36 match 43.5 88896 88997 match_37 match 114 89108 89590 match_38 match 53.1 88863 88997 match_39 match 115 89108 89641 match_40 match 46.2 88863 88997 match_41 match 94.0 89108 89425 match_42 match 55.8 88863 89003 match_43 match 100 89108 89416 match_44 match 59.7 88866 89003 match_45 match 113 89108 89476 match_46 match 60.1 88863 89003 match_47 match 28.1 88902 88997 match_48 match 103 89108 89431 match_49 match 99.4 89108 89548 match_50 match 36.6 88893 89003 match_51 match 99.4 89108 89548 match_52 match 36.6 88893 89003 match_53 match 93.2 89108 89596 match_54 match 49.3 88863 88997 match_55 match 97.1 89108 89416 match_56 match 62.4 88863 88997 match_57 match 117 89108 89449 match_58 match 58.2 88875 88997 match_59 match 102 89108 89449 match_60 match 41.2 88896 88997 match_61 match 117 89108 89452 match_62 match 64.7 88863 88997 match_63 match 99.0 89108 89449 match_64 match 45.8 88884 88997 match_65 match 40.0 88896 89003 match_66 match 103 89108 89419 match_67 match 121 51161 51451 match_68 match 466 47624 48580 match_69 match 114 89108 89590 match_70 match 48.1 88860 88997 match_71 match 104 89108 89416 match_72 match 61.6 88869 89003 match_73 match 116 89108 89560 match_74 match 60.1 88875 89003 match_75 match 56.6 88863 89012 match_76 match 101 89096 89416 match_77 match 53.1 88863 88997 match_78 match 102 89108 89416 match_79 match 496 47366 48580 match_80 match 147 51161 51487 match_81 match 100 89108 89548 match_82 match 70.9 88863 89003 match_83 match 38.1 88893 88997 match_84 match 93.6 89108 89413 match_85 match 548 47366 48676 match_86 match 144 51161 51469 match_87 match 548 47366 48676 match_88 match 144 51161 51469 match_89 match 128 51161 51463 match_90 match 450 47624 48580 match_91 match 320 52974 53834 match_92 match 321 55276 55815 match_93 match 314 52974 53834 match_94 match 321 55276 55815 match_95 match 38.9 71224 71313 match_96 match 53.9 68567 68725 match_97 match 136 63391 63696 match_98 match 89.7 70910 71122 match_99 match 135 65029 65313 match_100 match 100 69231 69419 match_101 match 102 66129 66341 match_102 match 90.1 68317 68496 match_103 match 99.4 66400 66576 match_104 match 63.5 69523 69627 match_105 match 78.2 93429 93554 match_106 match 47.4 93277 93345 match_107 match 105 95863 96054 match_108 match 94.4 89108 89476 match_109 match 39.7 88896 88997 match_110 match 35.8 88899 88997 match_111 match 92.0 89108 89416 match_112 match 54.3 88863 88997 match_113 match 116 89108 89461 match_114 match 100 89108 89659 match_115 match 53.9 88863 89003 match_116 match 92.8 89108 89557 match_117 match 40.8 88893 88997 match_118 match 95.1 89108 89425 match_119 match 59.3 88863 88997 match_120 match 90.1 89108 89602 match_121 match 36.2 88899 88997 match_122 match 95.5 89105 89416 match_123 match 49.7 88863 88997 match_124 match 120 51161 51463 match_125 match 394 47618 48580 match_126 match 114 89108 89455 match_127 match 70.9 88863 89003 match_128 match 97.1 89108 89596 match_129 match 61.2 88863 88997 match_130 match 125 89108 89626 match_131 match 52.0 88863 88997 match_132 match 125 89108 89626 match_133 match 58.2 88863 89012 match_134 match 119 89108 89452 match_135 match 60.1 88863 88997 match_136 match 112 89108 89602 match_137 match 62.4 88863 89003 match_138 match 504 47366 48580 match_139 match 151 51161 51487 match_140 match 504 47366 48580 match_141 match 151 51161 51487 match_142 match 129 89108 89650 match_143 match 60.1 88863 88997 match_144 match 117 89108 89452 match_145 match 64.3 88863 88997 match_146 match 134 89108 89464 match_147 match 82.0 88863 88997 match_148 match 91.3 89108 89413 match_149 match 40.4 88899 88997 match_150 match 117 89108 89452 match_151 match 65.1 88863 88997 match_152 match 56.2 88863 88997 match_153 match 119 89108 89461 match_154 match 91.7 89105 89416 match_155 match 47.0 88863 88997 match_156 match 115 89108 89488 match_157 match 59.3 88863 89003 match_158 match 115 51161 51490 match_159 match 456 47555 48580 match_160 match 110 89108 89479 match_161 match 54.3 88863 88997 match_162 match 115 89108 89590 match_163 match 49.3 88863 88997 match_164 match 114 89108 89452 match_165 match 59.7 88863 88997 match_166 match 41.2 88896 88997 match_167 match 108 89108 89425 match_168 match 311 52974 53834 match_169 match 329 55276 55815 match_170 match 138 89108 89476 match_171 match 93.6 88863 89003 match_172 match 30.4 88899 88997 match_173 match 95.5 89108 89422 match_174 match 118 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