C02HBa0074A14.2 AAATGAGTCTATTGACTATTAATTGTAAATAGAGTTATTAATGAGCACATTTTTTATCCA TTATTTTTATTTTATCTGAGTTACAGTGTTGTTCGTATAGTTATCTTGAGTTTAATTTCT TATATAATTTAATTTTTCTTTTCCTAAAAAAAACCTAAAATTAGCATATTTTGCTAGTCT TTTTTCTGTAGAAATGTATAGTATCCTATAAATAGAGATTCGTGTTAGGATTGAAATAAT TAGATATGATATAAAAGTTAGGAAAGTAAACTTTCAAAGATCACGAGTAAGAAGACATAT GAGAAATATATCAAAAAACACATAGATTTAACATGGTTCGATCAATCGACCTACGTTCAC AAAAGAGATGAACAATCCATAATAAATATAGGAATACAGATATAGAGAGAAATATCCTCA ATCAATTCACACTACAACAAAAATAACTTTTAGCGACATTAAATATTGACACTAATAAAG AGTGTTAAAGTTTTTACCGGCATTAGTTAAGATTCATATGTCGCTAAAGGCTTTAGGGAC ATATACAAAGAGTGACAATTGCCGCTAAAAATACATGTTTAATAGCAATTAAGAATTAAT TGTCGCTAATGATCATTTTTGTCATAGTGTCACTCGAAATATTAAAAGGTTCACAAATTC TCCCACATAATCAAAACCCTATTATTACATTGTGAATATTGATCAAGTTAGAAGGAGCAA ACACATATTTATTGAGTCCTAACATCTATCCTACAAGAAAAAAACTAGTCAAATCTTAAA ACTTTTTCCTCAAAACCTATTAGTGGCAAGAAAGGCGAGGCAAATAAAATCCAACAAATC GTTCCTTCTTTTTTTTGATAGCATTCACAAGGTGCGTAGTCCTAGAAGGCTTTGAAAATT TCTTCTATGCGGAAAAGTTGTGTAAACATCGCTAGATTTCGAGTAAATTGGGTTATAATT ATTTTTCGTATATTCTTATATTTATATAGTAAATTATTTATATCTGTGAAATTAAATTAA TTGTCATAACTACGTTAAATCTTTGTCTCAATACAAATACATGTAGATGGTTCCGTGCAG TGAGACGTGACAATACTTGGTTCCGCTAACAAAAAGGCAATGGTCCTTTTGGCAAGTATG CTAATATATGGGGCCGGTACATGGTCAACTTGGCACAACAAACCAAATTAAAGAATACGA AAGCACTGGCTCAACAAATACCATTCATATGTTTACCTGATATAACGATAAATACTAAAT AATAACAATTTTTTTTTCAAATTGTTTAAATTACTTGATGAATTTTGGACGATATTGTAA AATATTTTTGGACTATATTGTACAATTCGTATATTTTATTCTCCACATATGCCAAGTCAA GATGCTTCTACTTTGACCTAATAACCTTACTTTCAATCTGTATCAATCTAAAGACATTTG AATCAGCAATTTTTATGTATTAGAAATATACACGTATATCATAAAAAATACTTAGATTTT ATAGCTCTTTACAAACTTTTTATTTTTTTTTAGTTTTATATTCTTTTATAAGAATTCTCA ATTTTTTACATAAAGAGATGTGAAACAATTTTTTTTTAGTTACATGAATAGCTAATGCAG ACCCTCCTACAACTACATCATCTTTGTGTTCAGTTTTTTTTCATCCACAATGATGTAGTA TAGAAGACATTATACTACTTTGACATTGCTGTTTTGGGGTTCGAAGTGTGTGTGTGTGTT TTTTTCCAGAAATTAAGTGTTTGATAAGTTTTTCAAAATTGCTTTTAAATGAAAGCAAAA TTAGTTTTTCGGATGTCAAGAAAGAAACTAAAAATTTCTTCCCAAAAATAAAGAAACAAT TTTTTAATGACTAAAATATCTCTATTATATATATATATATATATATATATATATAATTTA TTAATATATCACTTATTAATTAATTAACATATCTCATACGTTTGGTTAATTTTTATTCAA AAATTTGTATTTATTTTTATATATTTTATTTATGTTTTATATTATTATTTATAAATTATG TTGTATATTTTACTTTATGGATTATATTTAATATAATTCGAAACAAAAGTAACAACTATT TTTTTTGTAGGATTAAAAAAGAGGAAAAGTAACCATTAAAGATTTAGACCTCTCCAAAAA GTAATATATAACAAAATTTTCTTTTCTTACTTTTACGTATTATGTATTTTAATTTAAATT TTTTAAAACTAGAGAGTATTATGACAAACAAACCAAAAAAAAAAAATAGCTAAGATTAAA TAAAAAAATAAGTAACAAATAACAAAAGATTCCTCTTTTCAATATTTATCTTAAGTATAT AATATTCATTGAAAAGTTGTATTGGTACATTTAAAATAATTAAATTGAAAATGTAATTGA AGTTTCTGTATTTAATATTTAAAATAGCTTTTTTCTATGAATAATTTATTATTAAAAACA CATTAATATTAATTTTTTTATAATTTAACTCTAAAAACACTTTTAAATAAATAAGACAAA TACAATTTACTTATTAAAAATATTTTTTAAAATTCACTTCTGAAAATTAATTATTTTTTA TCGATAATACAAACAGACTCTTAGCTAGCTATTATCACTTCAGGTCAACTTAGGATATTA AACAAAAATAATTTGATTGATACATGGAAAATTATAACCCCGCATCCTTGACTTAATAGA ATTTCTAGCAGTATATGGCCTTACATAAGCTGGATCAGCCAAACAATAAAGCTAGCTAAG TGCAAAAGAAATATTCTTTCATTTTAATCGGTTTCAAAAATATGATATATCTCTTTATAA AGTAATAATTTAATTTTGAAATATCTTATATCAATATTTATAATTTATTTTAAATTATAA ATTTTATAAATTGTTATTTAATTTTAAAAATAATCAAACTAACTCATACGAAATAAGACG GAGAAAACTCTTTATGGGATTCTTAAGAAAAGGAATGAGGTCATCAAAGTTCTAGTGAAT TTAATAGTACGGACAGGAATAATAAAAATTTCTTCCATCATCTCACACCTATCACCAATA ACCAATATCCCACATTAATTTAATCTAATTACAATGGTTTATAACTTTCTTCCCTTAATT GATTCCCTAATTATTCCATTAGTCTTATCAATGTACAATCATATTCCACTACAAATGTTA TACACCAAGAGACCATGAATAAATAACAACATGTCCTTTATATTATGGTACTAAGTACTG ATTCTCCTTCTTCACCATTTAATTTGTTCTACGTACTTGTGGTTTCTAAACTGACGAATC ACCCAATGATTCTTTCATTTGTAAGAATTTATATATTCCCCAACTGGCATTACCCCACCC ACCCAGCATCTTCTCCTTGTTATAAATTCAACACCTCCCTTAACAACTTCTCACTCACTT CCAATTTACAATTCATAGTTCTCAAGATTTGCTCAACAATTAATATATATACTTCAGTAT TTTTATCATAAAGATGGCATCAAATTCACTCACTGCTTGGACTCCAAGAGAAAACAAGAA ATTCGAGCAGGCACTCGCGGTCTACGATAAGGACACATCTGATCGATGGCAAAACATTGC TAGATACGTTGGTGGGAAATCAGTTGAAGAAGTTAAACATCACTATGCTATACTTGTAGA GGATCTTAAGCACATTGAATCTGGTGACGTCCCATTCCCAAAATACAAGTCAGGTGGAAA GTCTCGTTAATCGATTAAAGGTAACAATATAATTAACTTTGGATCAAACTATAGGTACGC GATAAAAAAATTAAAAATATTTTTAGTATGTTTGGCCATGCACATTCCATTCAATTTGTT ATCCTGTCAATGAGCCCACATGAGATGTAATCCTCCTAGCTAGTCTTTTTTTTTTTTTTG GATAAAATTCTTAAGGTCCAATATTTTCTAAATACAGGTAAGTATTGAGAGACTTCTTTT GTCTATATATACTTAGATACTCCGTACCCGACCATTATCTAACTCAATATTTTATTCCAT ACTTTGAAATCTATAATATGTGATTCTGATACTACCATAAAGTTTGTCTTGACAATATGG AGTTTTTAGTGTATTGTTTTTTTTAACAAGTCATGTTAGTAAGCATTGTTTACTTTAATG TATCAACCGTCAATTCATGAGATGCGTCAAACTTTTTTTTGGTTCAAGTAATTGATTTAA AGTTCTTCTTTGTACAGGAGTACGAGGTATAATACCAGTCAAAGTCAAAGATATGTGGTA CGTGGAAAGACATTATTCTCTCAAAATTATGAATACACTAAGTTATTATTTTCTTCTTAG ATCTAGTAAGATGTGTTAGTGTTATCATTATATAACCATGATTATTATCGTTTCGAATTA ACGAGCATAATATAATTTATGGATGTTGAAGTACAATTATTGTGCTTGATGTAATGATAA ATTTCATATTGTTGAGTTGTAGTACATCATTAAACAATTGTTGTAACCATAATGGAGATC ATATCTTTTTGAATGACATTTGTATGGTAGATGAAAATTCTCAAATTAATTTAATGAGCC CAACAATTATTGAACAAGGCTTGAGATACATATGTGAAAAACTATTCAAGGAATAGATCG AACCTAAAGTGCACCGTTACAATAAAAATTACCACGCTATGATTAACCGACTTTTGACCT ACTTAAGGGAAGGTCTTATTAGCCTAATGAATAAATTGTACTATCCATTCTTACTAATGA CATTTGTTCGTTTCACTTTGAATTGTTTATTCGTTTGGCTAATAAAAATTTAACCTCTAT TGAAAGTGATTTTTAGATTAAAGGAGAAGATGATCCAAATCTAGCCATTTTATATAAAAT TTTGGAATAATTTTAAGAGATCTTTCCTCATGTTTCGCTCGATCACATTGACTTTTTTCG TTGTTCACGATATTATATATATTTTCTTTGTTTTGAATTTTTTTGATAACAAATCTTTTT ATCTATTTTTCATTGATATTAACTAAATACAAGTTGACAAATTTATCCTTTCTTAATATT ACAATTTTCATTTAATTCTCATATTTTACAACGGAAAAACAATGCTAAATTTCTTTGCTA AAAAGTATTTTTTTTCTCTGAAATTATCCTTTAAACTTTTGTCATTCTTTTTAACACAAA CAAAGTTTCAAATGATTTATTCAGAATAATAATTGTTGGAAAAAGAAAAGAAAGTTGTCC AATAGTTGAGAGAGAGAAAAAAACAAGTAAAAATCAACGGCAAAGACTTGGTCTTAGCCA TTTTAATTACGTGGCAGTAAAACATAAGACCTCATTTCACATGCATCCACGTTGCTATTT TGTTTCTCTAAAGAACCGCTCTCTCCAACTTCCAAAGTTTATAGTACATATATCTCCCTC CCTCTTCCATTCTAACTATTTCATAATAATTCCCAAAAAAAAAAACGAAAAGTAATCGAT CAAGTTGGAAACTTGAAAAAAAAAAAATTCATATACATATAAGTATAAAAATGGGTTTGA AGATGACGTTGTTTCTAGTGTTATTGGGGTGTATATTAAGTGTGAGTTGGTGTTGGGGAG AGGAAGCGGCGGAGATTGCGTGGCAGAGAGCGAGTATGGCTGCGGGAGGGATAAATAACA AAGCACAACAGTCTAAGCAAAGTGATTCTTGGACTGATTGGGTCTCTTCCAAATTGTCGC AGTAAGCTAATTTATTACTCCCTCTATTTATAACATAACATTCATTCAACCCAATTGATT TTTTTATAAATAAGTATGTCTTTGTGTTTGGATACAACTGTTAAAAGGAACAAAACTTTC TCTTTGTCATGTTATACCCGTCTACAATAATAATAATAATAATAATCAAGATGAATTAAC GAAAATTTTCTTGTTTACACTTGTAAAACTAGTTACGAGTACTATGTCAACTTTTATAAA AAGTTTCTTTAAAGGCTAAATTAGTAATTTTCACAAGGAGAAAGGGAACAAGTAATATGG CAGAGGGAGTACTAAAAGGGCGTTGATAAAGATTTTTTTAAAATTAAAATATGCGAAATA TCCTCGAAGCGTTTGCAGAAAAAATATGAACTGAAAGTTATATTTATGTTTACTTTAAAA AAAAAGGAACACAAAACTGCGGAAAAATTAGATTTATACTTAATTAAAGTTGTCTTAGAG AGTACGAATAATATTAGGGTAAAAGCCAGAAAAATATGGTTAAACCAAAAATGCCTTTAA GGTTGTTGGTTCAAAACTGTTTCTGGCTTATAAATATTTGCTTTATAAGCATTTTTCATT TTTATCAAATGCATAAAAGTAACCCAAAAAAAAAACAAGTATGAATTTGTTTGACCAACG TATAAACTTTTAGCTATTGCCACAAAAATTAAGTGTAATAATATCTTTTTACAAATAATT TAGATTAAATATAATGTTTTTATCACTACAACAAAAATAACTTTAAGCGATAAATATTTA TATTAATAAAGAGGGCTAATTGTCACGAATATTGTTGAAGTTTTACGAGCATATCAAAGA ATGTTGAATTTTAATTGCAACTAAAAATATATAATTAGCGGCAATTAACTTAATTGCCGC TAACTGATATTTTTTATGTTAATGTAGTGTATGTAAGTTTCCCTTTATCCTTCTTTGCTA TCTTCGATGAGTCTCTGCCTTATTTGAGCAAGTGATACTCTACAAATCTTTTTGGGCTCG TAGACATAACATTTGGATGCCTTTTTACAAAACTAGTCCCTAGCTAAATGTAGGTTCAAA ATTTGTATCTTTCTCTAGGATACACTCTTAAGACAGTGGATATAGAATCTATTTTGAGCA CTGTTCAACATGACCCTTGATTTGCATAGATAGAGTCTCCATTGTCAACCTTTTGTGATT GTAACATTAAAATAGGTAGTAGCTCATGGCTTTTTCGTTGTATGACGATCAATTAATTCT TTGAGAAATCTATTCTTAAGTGATCGAAAAAATTTCAAAATGGAGGTAATTGATAAACAA GTTTTTACAAATTTCATTTCCCCTTTTATAAATGGACAAGTGTAAGTGTCATACAATTTA TTCGGAAAACCTTTGAAAGAAACTCAAACATATCCGAAGCATTTTCAGGTGAAGGTTTGA AACATTTTATTTGAATTGTTTAGGCAAATGTTGGTTACTTCTTGTTACGTACGCTTTTAC AACAAGTGAATACTGTAGTAGTTTGTTTCATTATCGGACATCGCCTTCTGTTCAAATGTC GATCAATCAGTTCTAAATTGGGCGCAGGTCTCTGTAAGTACGCTAATCTAAATAACTATT TGTGGGATTACCACTCTTATTTTTAGGCACCAAGACGATGCGAAAGATGAAGCCCAAAGA TTAGCGGATAGAGCAAAGGGAACTGCATCAAATGCAAGAGATTCTGTTAATTCTGCTGCA CATGGTACCTATTCGTCTTGTCTTCAAGCTTTGTTTGGGTGGACTTATTTTAAGTATTTT TTTTTGTGCGAAAAGTCATTTTTAACACTTTTCTAGTGTTTGGGTAAAGCAAGCAAGTGT TTGCACTTGTTTTCAAGTCAGAACAATACAAATAAGTCGAAGTCAAGAACTTAGATTCTT TAACTTATGAACTATAAGCCCATCCAGACACGCTCTTCTCTACAAGAAACCGAGAGACAA CTTGTATTGCAAAGAGTTACTAATAATCAGATGTTCTTTTGCAGAAACCCAAAGGTATGG TTCTCAAAAGGCTAAGGAGATGGCTGATGTAGCATCTGACAAATTTGGTGATGCTAAAAA TTATGCGTCCAAGAAAGCCAATCAAGCTATGGATGCAGCAGCAGATACCGCTAGTCATGC CAAAGAAAGAGGAAAAGAAAATGCGTATGATGCTTATGCCTATGCATCGGAGAAAACCGG CCAAGCCACAAAAACAGCTGCCGAGTTTGCCAAGGAAAAGGCTCATGGTGCTTATGCCTA TGCATCTGATAAGGCAGGTCAAGCCAAGAACATTGCTTCAGATACGGCCGCCAATGCTAA AGAAAGTGCCAAAAATAAGGCTCATGATGCTACTGATTTTGCCAAAGAGAAGGCACATGA TGCTTATGCTTATGCTTCTGACAAGGCAAGTCAAGCCACTAACATTGCTTCTGACATGGC CGCTGATGCCAAAGAAAGCGTCAAACATAAAGCTTACAATGCCAAAGATGTCGCCTCTGA GAAGGCGCATGATTCCATGAATGCTGCTTCCGGAATGGGTAGTTCAGCTAGGAATAAAGC ATCGGATGCTTATGGTTTTGCTTCTGATAAAGCAAGTGATGCGAAAGAAATTGGGAAAGA CAAAGCGTATGATGCTTATGGATTTGTATCTGAAAAGATGAACCGAGCAAGGGACGAGGC TTCCAATAAAGCATCGGATGCGTATGAGTACGCCTCTAGTAAAGCCGATCAAACCATAAG AATGGCTACCGATAGAGCGAGAGACAAAGCTTATGCTGGATATGAGGGGGCCAAATCAAA AGTGCATGAAACTTACAACAGTGCCAAGAACACGATGAATGAACAAGCAAAGGATAAATA TGAAACGGCCAAAGAGAAGGCGTCGGACGCTGCAGGTAACGTTGGAGCAAAATTGAGAAG TGCGAGTGGCAATGAATTATGATATGATGATCAATTAGACATATATAACAGCCCCAGAAA TCCTCATTGAAGTAATTTTCTATCTGGTGAGTAGCTTAGATTTTACTATAATATCTTTCT CAATTCTGTAAGGTTATAACTCGTGTTAAATTGAATAAAGAAAATGACGACGCTTACTAT GCATACTATTTTCTCAAACTTGTCACTACTTCCATTGACAAAATAAAATAGGTGCAAAAG TGATTGTACCAACTACCAGCTATTAAAATAATATCGTTGAATTTGAGCAGTCGTGTACGA GAATCTCATTATTTCAATTTATGACTACTGTAATGACAAGACCTATGCTTAAATATATAT TTTATTGTCTTCTCTTCATTCTGATTCAATCTAATTTCATCAAAAATTAGTGGCATTTTC GTAGTGAGTTTGTGCTTGTTTTCTCCATAGAATTTATTAATGGCTAAGATCTGGATGGGC CATACAAAAATCTTTTTTCAATTTGGACGGTCCAAACTAATAGTAGAACTAGTATAATTT GGGTTAATAGGTATCATAAATATCATTGGATATTCGTTTAAATTCCCTCCTTCGGTATTG ACGTGCTTAAAGTTTTCTTCTGCTTATGAAACACCATAGATGAATACTGGATCTAAACTT TTATCTGCATGATGCCCCTTTTACAAGAATTTAAATTTTACACATACAAATTCAGTCGCA AAAACTTGCGTTTCTTTTCCTTTCCGGGTTGGGAAAAAAATTTCCTCACAATAACCTACT ACGACAATGGACTTTTTTCTGTAATACTTCATATTTTTTAAAAAAACTTGAACTCCATGT TTGTGATTACTGCAATACTGCCGATAGGACACTATAAGAGTATAAAACGTTGTAGTAAGC ATATTAATCTCATGTCACCTGGGTGAGCAACGATGGCTATGGTGTTATGGTTGTCACATG TTTTGGCTCTAATTTTTGACCGAAGAGTTTCTGGGATGATATAGTGAGGGCCCTATACGT ACTAGTTCATTGTACTAGTAATAATTAAGATTATCTACAAGTACAACCTTTCAAGCATTA TTAAGCCTATTCAGCAACTACTTACTAATAATATCATAGTATGTTAAATATAATCAAGCA TCCTACTAGTACTTTATATTTGTAGAGCATAAAATCATTAATTCTATTACCTACCTATTG ATTAGTTCAGTAGTTTAATTTCCCTTTACTTTGCTACTCAAATTATAGCAAGCACGGTGA AAGAGAAAGACTGTTTAATTTTGTCTATGTTATTTCCATGATTGATACCCCCGACAACAC AAAAACAAGGAAAAATACAAATCCAGTAACTTAGCGATCGCAATCCAATGCACAGAATAG GGAATTTAAAGAGACTTTTGTGATAGAATTAATTGGTGCTACTAGTGAGTACTTACCACA TAAGGTTTAAATTTTGTGATCAAAGAATAGTAATTACTACTATTTGTCTAATAATAAACT ATCAGATTTATGCACAAAAAAAAAGAGTGTCTCTAATTAATTTATCTAAATTGGGATTTT GTAGTCTTGCCTGTTTAATTTTGTTTCTTCTTGGTTGCTTGTTTGCTGTTGTGCATCCAC ACTTTGAACACTTGTCTCTTCACGCCCACTTCATTACAAAATTGATGCACTTCTTGTTCA TCTTGTTTCTGAATTCTCCATCCCAGTTTCTCAGCGAACTCTAGCATTCTATCTTTCTGT TGTTGACTGAATTTCGTTCGAAATCTCTTCTTCGATGCCGAAAAATTACAAGGCTGAATT ACCCCTTGTCCTCCGTGAAACATATTCAGATCTTCACTTGATGATTCAGCTGCAACTCCC GTGTTCCCGCCGAAACTCATCATTACTGGTGCCATGTGACCTCTTGGATAGCTGTGAGGG TATTTATGATGGTGTTGTTGCTGCGTAGGCACAGCTGGAAGAGAAGGCGGAGTTTGGTTG GGTATACGGTGGTTATTTCTATGCACACCAGGTGTTTGTGATTCGTCCTCAGTCTCTTTC CTATGAAAATTGCGGTGACAATCACAAGCTGCACATTTCAGGTATTCTAGTGTCTCCTCT TCTCCGCTTGGCATGAATTCTCCGCAACCGTCTAGTACATATCCTCCCAAATTTGCAGCA TGATTTTTGAGACATTCTTTGTACCGGACGGGGGTAATATTCCTCTCACTTGCTGAACTA GTAGATAGTTGTCGAACTGGATCTGGATCTGAATTTTGAGTAATATTATGCTGATCTAGG GTTTGGTTAGGGCTAAAAATGGTATTCTCATGTTCATTTGTTGTTCTATTTGGTGCGGTA AGGAACTTGTTTGCTGCAGAGGAAGATGATTCTTGCTGGTTAAGTTGAGATGGGTTATAA CTCATGGGATTGGGATTAGGCAAGCCCATATCCTTTTCTTGGCCTCTGTGTTCCATAAAT CCTAATTTTGCTATCTATCTGAAAATGATCTTAAACTTTCACCTTCTGGTAATCTATCCT AAGTTACAAAAATAAAAATATCTTGTAATCTCTTTTTAGGTAACACAGTGATGTATCATA ATTGGAGGACTAATCAATTGAGTGTGATATATTTTTAGTGCTAAATCCACTGTATGTACT ATTAGAGAGGCTAATAAATGGACAAAGAATTGACCCAATGACCTTGGTGCTGAGCTAGCT CTAGTAGTAGGAGGTAGGGGGGAAGTAATAATTTGAGGTAAAATACCGAAATTTATTAAG AAAATGAAGATAATTTTTAGAGAAGAAATTAAATGATCTTGTGTCTCCTTAAGAGGCATC CAACCGAAGAAAGCACAAAAGAAAGAGAGTTTGGTAGGTAAAGAAATAGTAATGAGTTGC CACAAGACATTGATGAAAGTTAGACTTACTCCACTAAACAACCGACAAGGTCATGTTCGT CCTCTTCTGCAGCCTGCACACTGGTCCAACAATCTCATTATTATTACGATTAACGCTTCC TTTCACTAGGTCAGAAAACGTGGAATATAGATATATATATGAGAAGAAATTATAGATGGT GACCTAACTAAATAGGGTCCATCTAATCTAATATGTAGATTAAATTCTTCACCAAAACAC AAGATAACAATTGCATTAGCCCTAATTTTCAAAGATAAGACAAAATCAGAGGTTATATTA AAAAAGAGAAAGGGCATCAAAGGAAGGGGGGGCTTTTTGGTACTGGAAAGATAAAGTGGG GGACGTGTATTATGGTCCACGGTAAAGCAATTGCAGCAATTTGTTTCCGTTAGTGTGTGT GTCAGATGTTATACACACTCTCACTTTTCTTTCTAAAACGACAAGGCAGTGCTTGCAAAT TACCAACCTTGTTATTAAGAGAATCTGTAAAGGAGATTTGCCTTTAGTTTTCTGATGATG ATGATAGATAGTAGTAAAATGCAACTGTTTCTACAAGCAAAATGGCATCTCTGCTCCCTG GTTTTATCACTTTGTTTTATTAAAGTGATCTTACCTTTATTTTTTTACTTCCATGTTTTT AAGAGGCAGATAATTATTTTGATGGGGAGGGGGATGATATCCATTTGGGGAGAGGTATAG TCAAAATTTGGGACTTCGTGACAGCCTAAGGTGTGGGTCTCATGTAAAGACTTCCGTATG TGTACCTCTTGTATGAATTTCCACGGAATTTGTTTGGCGTGGGGTTGTCGAAAAAAATTA AATAAAGGGTGCTATATAATAAGTGATGGATATTATTTTGTAGTGACATGAGTTTTTGGG GGAGTTATGCTTGACTTAGCTAGCTTTTGATCATGGGTATTGAGAGTAGATTTTGGAAGT TCATCTTCAATTCTTTGTTTGGTGATGAAATATAATTTGTTTCAAGTAATTTTAGGTTTC CAAAACTAAAATTTACAAAAAAAAAAAAATTAAAAAAATCATGTAAAATATAATTTAGAT TTTTCGAAATTCAAAATTTCAAGTTTCAACTTCAAAATTTAAAGCTAAATGAAATCTTAG TATTAGAGGTAGAGGGTACGTTCCCTATCTACGATTAACTATTTTAGAAGTTTTGAGATG GAGAGGTTGATTGTTCTTTATGTTTCTCAATAGGATATTGTTTTAAGTGGGGATAGCGGT TGCTATCAGAACTTCTTATGGACACATTAATATTCACAAATAAAGACGATACTGAATGGC CTCTTGTGTTGTGCGATACGGCTTGGCAACATAACTATTTTAGTATTGCAATTGAAATGT ACACCAGAACTTTAAAATACGAAAAATGAGGGAGAAAAGACATGTATGGAGAAAAACAAG AATTCGTCATCTGATTGCTTACGAATATAATTAAATCTAACGGTACTCATTGTGGATTTA AAAAGCAACTTTTGACATTGAAAATTTCCTCACTTAAAAACTAATAAATCAAATTAGAGT TGTTTGGATAGTAAATACTTTTTTTTAAATAATACTACACATAGAAAGTTTAACTTGTCA TTATATTAGGCAATCAGCTTAGCTGTTATTCTGTTAGGAGCTGGAAAGAAGATAACACTG TGCAACTTTTATAATCTTTACTTTTGATTATCTGTCGGAGAAGGATTTGGAAATTGTTCC TGGCCATCACTGCACCACCGTCCAATGAAAACATACGAACAGGATAAATTATTAGAATTT CTGAAAATAGTAACAATAAAAGAGTCCAAGATCAGTGTTTGCACATTTTTCAATTCTAAA ATTAAGCAATTAAATAATCTTTAATCCATTAGTAGACTAGTTTAATCATTGATGATTGAA GTTGCCTATCACAAAAAACGGAAAGCTAGAAACCATTTGTTTAATTGATCTGCATAGACT ACGCTTTTCTTGATTGGTGGAACATGTAGTATGTTATTTAAATCTAATGTTGGATTAGGG TTTCAATTATTAAATTAGGAGATAAGGGTCTTACTAATCATTAATTTAAGTACTACAACG AGTAGCTTCATATGGATACACGTGCCAGAACCCTAACCTTATTATTTGTTACTCTCATTT TATGCGTCCTTTTTATTAGTCCCAAAATGAAACTCCCTCCATTCGCTTCTAATTATTGCC CTGGATTCAAAATTATAAGAATTTTATTAATATTTTATAGTATATTTTCTAGTCATATTA ATACATAAAATATTATTATTTATAGTAATTTTTGTATAATTTTTGAATATTCAATTTACT TTAAAAAGTAGTTGAATTGAATTTTAAAAAGTGAAAATTGATAATTTAAAGTGAACAGAG TGAATAAGACTTTGCTATAATTAGATATATTCTCACTTCAAAACTTTTGTTTATTATTTT TAATGAAATGATTAATAACTATTGAGAATCATTTTAGATTATAATTTTTTTTAAAAAAAT TAAAAAATGTTATATTAAGTCAAACAGCCTGGCGTAAAATGAGAAGGAGGAAGCATTATT TTACTCGTTTAGACGGTAGTTTCGTCCCATTTCATGAGTATCTCTCTTCCTCTTCTCTAA CTTTGAAGTAGAAGAAAATAATTGTACTGCAATTAAAGTGATACGATTGTTTTCTGTTCT TATTTTGTCAATCTTTCAAATAATTACTAATATAGCGAAAATGAATTTAAAATGTACTGG AGTAGATTTATTGACAACTATCGAAAAAATATATACTGGTAAATAACATTATGATATATA AAATGTGTTTGAATAATAGTTATCACTGAGCATATTTTTTTAGTAATATTGGGAATTATG AGATCGTATATTTATTTATTTTGGGTGAAAGCCACATTTAAATTCAGAATACTATATTTT TATTTTGTTTGTCACTATTCACATCTATTACTTTGTCACGTTTAGCCTATGGCTATGTTT TGGCTGTTGAGGAGTAAGAGTCAACAGGACAAATCGCGTGGCATCTGCGATTTGATTTGA GATTTCTTTTTCTATTTTATAAACTCTTATATTCACACAACATCCACTAGTTGAGATAAA TATCATATCGAATTTATCTTTGTTGCGTAATTTGGAATTGATAGAGTAACATTTCCTAGT GTTTTCTTACCTGAAAACTCATATACAATCAAATGTCTCTGTCATGACATAACTGGTTTC AAGATTTTTTGTCTGCAATAGCACTATTTAAATAATATTTGATCATTATAGGCATAAATT TGTTTTTTCCTTTTTTGGATGTAACAATCTTAAGCTTAATGAACGAGAAAATCTTTCAAT TAAGAAAAATATGTTCACATAATATATAGAGGAAAAAAATATTCTAGAATTCTATTAAAA TGATTAGTAATCATACTACAAAAAAGAAAAACAAATGTTATAATGTTGTAAAGACGATTA TCACTGTTATAGATAGAAAACAGTTCTTTCGAAGAACTTGATTGTTTAGTAAGGTATCAT TGTTTCAGAGAGTTGGGTTTGTTTCTATGATCTGCATACTAATATGACTATTTGTGAGTC TTTTAGAAATATCTAGCACTTTAAAAACCTATTACTATAAAAGTAAATATGCATCGTGTG GAGTGGTGAAACTATTTCACCTTTAATCTGAAATTTTTAGTTTGAGCTTTGTGTATTGAG ATTTTTTTTATTGAAAGTGTCACTTTCAAATGGATTGTGCAGTGCGTAATCGGATTGGAA ATAAAAAAATATTTTGTTACGTAAAAATGAATATATATGAGAGTTTCAAAGAAATTTAGC TAACATTTGGCCAGAAATTTTCAAATATTATTTGAGTGAAAATTTGGATGGAATTTCACT ATGTGTTTGGCCATAAAATTTGGAAAATATATTTTACCTTTTTAAAAAAAATATGATTTA TACCCACAAGTTTTAAAAACTATCAAAACTAACTATGAGTTTGTATTACAAGTCAATTGG ATGTTCGTTACAACAATAACAAATAGTGTCTATGATACTAGAGCAATGTAGTAATTTGGA GTGAATGCAACAAACATCATTTCATACACCGTGAAGTAGACAAAACACATATGACTTTGT TATCTTGAGCTAATTTTTCATCATTTTCATCAACAATCATATCATTATCTAATATTCACT AAATATTTAATCAATATTTTGGTGTTCACATAAAAAATTATGTCATACAACGCAAACAAC TACTATAGAGGGTGTTTTTGTAAATATAATAGTTTGGAATGTAATTTTAATTTTCAAAAG ATTCCAAATAATAAAATTTGACCCAAATATTAAAAAAAATTACTATTTGAAAATTTAAAA TATTTATATTTATCAATAATGACAATTATATAAACAAACATTATTTATCAAATTTTTTTT TAAATATTATTTAAAAAATCTACGGCTAAACTACCCTTAAATTTGATAGGAGAAAAGAAG AAAAATATGGGTGTAGGGGATGGGGGTCCAATACAGAGTCCTGGAAGAGCGGAAAGAAAA GGACAGGCAAAATCTAATGGGAGATTATGGACAAGTCACATCACCAGCTTCACGCTTCCT ACTCCCAAAAAAAAATAAAAGTTAAATCTGAGTCTCCTCAGAAATTAGTGGAATCTGCAC ACATTTGTTACGTCTCAATTTATTTGATACTACTATCAAATTTAATATATATATATATAT AATTCTCCTTATTAAAATTACTTTTAGTTAATATTTATTCACAAAATAAGCATAAAATGT AAATGTTGTTATTAAATAAAGTTGAACGAGTAAATAAATGAGTCCTACGTGGTTCAATAC ACGCAGGACATCACTTAGGACAAAATAAGACATGTAGGATGTCATGTGTGTCTACTTGCT CAATTTCATGCTAGTTTAAATGTCTACTTATGCACACCCAAAATTTAAGAACATAAATAT AATTTAAAATTAATTTAAATAACATATTTATATATTATGCCAAATAATATACTTTGCACC CTCCCATTCTCAAATTTGACGTCAACAGGAAAATGACCAGTAAAAGATGAGATCCATTAG GACATGCATCATAATATGGATGGACATGACTTGATATCATGTCAAAATCAAACTTCGAAC CTAACTCAAAATTTTAGAAGATTAGCTCTTTGTGTAAAAATTTATCAAAATCAATATTCC AGGATCCCTCAAGTATATGGTTTCTCTAGCATTCTCATTTTTGAGCCCACATATTATTAT GTTCTTTAGTCCCACTGTCCCACATCATCAACTCACAAACTTTCTAAAACATTTACTCAT ATCCTTTCTTCACCCCCGACGATATTGATTTATTTTATGATCATAGAAGATAAAATAACA AAAGAATGTATACATTCAACTAACCGTCATTTTTGGTTTTTGTTTCGCGTATATATATGC ATTAAAGTTTGATTAAATTTTGATTCGCATTATAAAATCTTATGTATAAAGTATTTTTTT GCAAAGGTGATTCCATATCTAAGGAGACTCGTATCCAAGGTCTTTTAATGAGGAGAAGTC GATAAAATGATCCTTACCCAAAATCACTTGATTAAAGATGAAGAGTAGTTACTACTCCAC CACAACATTTATCAAAATTAGTGAACCATCATTATGATAACCTAAGTTAAGGGTTGGAAA ATTAAGTACCCAAAGCGAGTTTGTTTTAGTTAGTTTGATCAGGTCAAACGTTGACAAACC ACAAAATCAAAGAAATTAATTTGGAGAAAAAAAAAAAGGAATTGCCCAACCGTTGTTCTT ACAAAGTCACATGAAAGTCGATAGTGATTCCAATTAATAATTATTATCTTTAAAAAAATT ATTCTTTTATTAAACTAAATTAGAACAAAAAAGATATATGACTATCTAAAATAAAGTAAC TGTTAGTTGAGAAATAAATCCAAAGTAACGCTCTTTTTTTTTTTTTATAACTAACATTCC ATCTCTTTTACTCTAATTACTTACTGTGCAAAGGAGTAGTATCATAAGTCATAACTAATC TAATTTTCACTGTTTTGCCAATTTGGCATTCTCAAATCTCACGTGCCTTCCGGCCCCTAT CAATTATAGCATTTTATAAAACATAAGAAGTAATATATTCTCCAGACATACACTAAGGTC CATTATTATGGAAAAACTCTTTTGGAAGGCTGAAAAAATTTATTATCTTTGTCATTAAAG CTAAAAATGTTATGCTTGGTTCGCGTAAAAGATAGGTTGTAAGTATAAGCGGAATCAAGT AAGATCGAAAAGTTTCTTTAAAATTCTTTTGACAAAAAAATATATTACTCCTTTGTATTA TCTTTTAGTATTTTAAATTTTCTCATGGCTGCTCCACCACTATTGCAAAGGTTATTTTGT CGTTTCTTAAGGGAATAAAACAAGGAGAAAAGTAGACAAATCCCGCCCATATATACTTCT CCACTAGCATAGTCAATCCCTTTCAAATCACCCCATATATACTATGCTTTATTATAGATA TGTACGATAAATAAGTGTTTAAGTGAAAATTAATGTTACGTGTATAAAGAAATAAAGTTT CTACGATTCCCTGGCTTTCACCTTATGTCAAATAACTCAAGGACATGATTATGATAAAGA TGAATAAATCCTCCCTAGGGGACAATGTGTCATAGAAAAGTACACTTGCATCCCTAGTAA AATTTCTATGTAAGACCCCCCAAACGACATCAACACATTATTGGCTCTTTCAACTGAAGT GTTAATTTTTTTAAAAAGAATTTATCAGGTTTGGATGTGTACAACAGCCGAAAGCGAACA GAATAAATTCCTCTATTTGTCATACTTTCAACTTCTATCGTCAAGTTTGACGATATTTGA TTTTTGATCTTGAGAGTTAGTAATAAGTTCAAGATTATTTCTTTTCAACTTCACTCAAGT TAATTTACTGCGAAATTACACCATACAATTTGGTAATCCATGAGTCCATATGCCAACATA TGTGATGGACTAAAGGTGCGTCTATATTTTTCCCTCTTTTTCTATGGCCTACTAAAGGCT TGCCCAAAGTTTTGGAATGTTGCAAAGATCGAGCCCATTCTAATTTTTAATCCACTATAA GAAAATTATAAATTATATGATAATTTTTTTAAAGATTAATATGAAAAATTTTAAAAAAAA TAAATTTATTATGAATTTTCATATTAAATTTCAAAAAAATCTTCATATAATTTACATTTT CTTTTAAGTGTAGAATATTTTTTTGAAATCATATCTAAATGCATATCATGTAATAAGCAT TTAACTATATTTCATTAACATTAAATTATAATTAATCACACATATTACTCATGTGAGAAA TGAAAGATTCAGTATATATTAAATCTGAAAAATAGCAAAATCAACGTGCAATTTTATATA TATGTATAAACTCAAAGCGAATAAACTACTAATCACTTTTATATCCTCAATATGCCATGA CAAATATATACATCGAGGAAGAATGAAGATCACAAAAAGAAAATTGAAAAGAAAACGCAC AAAAATAAATAATACTAGTAATTAATTTTTGGTTGGTTACCGAGTAATTGATAATCATTA ATTTTAATACTCGGTATATTTTAAAAAGTATATTTAATCATCAATTAACTAATATGTATT TTTAATCTCTTTGTATGTTATTTCTCAAATATATTTATAATTATATAGTGTCGAAATGAA ATAATAAAATAACCTCAATATAATATAGGAGTAATTAAGTGATGACACAATTAATAACCA TGATAAATTTGTTGGCCATAGTCAAAGAAATTAAGAGCCTATTTGCTATTGTTATTAAGA TTATTAAGAGGTCAGAAATGTTGTTTTTTTTAAGTTTATGTTGATAGGAAAGAATCTAAA AAGATTATGTTTTTTTCTAAAAAAAATAAAAACAGAAATAGAAAATTAATTTTTAAGACT AAATATTCTTACATATATACATATTTATTATATATCCCTTAGTAATAAATTATCAAATTT GATAAGTTTGATTTATTTTTATTTTTTATTTTTATACAATAAATTTTCTACATATTTATG TTTCATATTAATATCTATATATTATGTTGTATTATTTTACAGAATTAAAAATAAATGTGC CAACAATATTATTGTAGGATTAAAAAGGAGAAAAGGATTTCTCTTTTTAATATTTTTTAA CAATATTAACTACGTACAATATTGATTGAAAATTTGAATATGTACATTTTAAATAATTAA ATTAAAAACGTAATTAGAGCTTTTACATGTTTAAAATAGTTTTTCTCTATAAAATAATTT TAATATTGAAAGTATATTGATACTTATTCTTTTTCTTAATTTGACTCACAGAAGAACTTT TTAAAGAAAATCAGTCAATCACAAATTGATTATCAAAATCTTTTTGAAAGGAATTTGCCA AAAAATAATTGCTTTTTTGAAAGCATTTTCTAAAAAGCTATTTAAGAAAAATGCTTCAAA AAATAAGAGATTTTAGAAAAATTTATTAGGTATGAGGCACGCCATGTCATACTTGTGTGA GGCATTCTTTGTTTGAAAATCGACATAGATGGAACTCATTTGTCAAGCTAATAAAGGGAT ATCTTTAAGTTGCCTTTGTTTTTTGGTATAATACATAAACATGACTCTTAACTTGACGTA AACAAATAATTATACCCTTCAACTTTGAATGTGTACAAATAGACAATTAAACTATTATAA AATTAAACAAGTAGACACGAGTGTCTTTCATATCATAATACACGTAGGATGCCATGTAGG ATACAAAATTGCCACGTAGGACGAATATGTTTATTTGTTCAATTTTATACAAGTTTAAGT GTATACCTATGCACACACAAAATTAAAGGTCATAATTATCAATTGACGTCAAGTTAAGGA TCATAACATGCATTATGCCTATTTTTTGGTTTTATGTTCCTTGTTCAATAAATTTTGTGT TTTGATCTTTTTAATTTTTTTTATTCTCTAAAATTATATTAATCAAATCTTTTAAGAATT TTATTTGCTGATCTAATTAGGTTTTGCTTTTCTTTTTTTTACGTACTGAATTTTAATTTT AATGTTTAGATTCATTATACAAGTTTTTAGTTTTTTATTTCAATATTATTTTTTCTATTC CATGCTATTTATTCTATTATAATAAATAGTTGTTTGAAATTTATTTTTTAGTTTATAAAA TTAAGATATAAGTAGTTTTTTAATCCTAACAATTATTGTTTTCTAAATTATAAATAACTT TTGTAAAATTTCAAAAATTCTTTTAAGGAATAAATTATTAAAATTATTATTTATATTAAT AATTTCTTAAGAAACGTGTAAGAAGAGTAGATAAGCAAAATATTTACTAAATTTCACCTA GCATGAATTCTAAGAATAAAAATATCGTATAAATAGATGAAAATAATATGTATTTATGTT GATGTTTATGGATGTTTTTTTTTTCGTTTTTTTGATTGTATGGTAATAGTATCAAAGCTC ATGTAATTGTTAGCCAAGATCATTGATATTTTTTCCGTTATATTTAATTATTGAATAGTA TTTGTAGATTGAAGTGCTTTTAAATTATGAAATTATTAAGAGAAAAATAAAATAACTTCT TAAATTTAGGCCTTCTTTGTTTATCATATTAATAATCTACTTTTTCTTTTACAAATTTCT ATAAGAAATTGTAAATAGAATAATACTTTTACTAAGTTATACCTTAATTTTCTTGGTAAC TTATAAATTTTATTTATATATTCAAAAATAATTAACTGTTATAGTAATAAAATAGAAATT TTATCATTAACTATATCTTTGTAAATTAACAAATAATTATAACTATTTTAATAATATAAA TAATCAAAATCGAGATAAAAACAATATCAAAATGTTATAAATAAAATGAGTCTCACAAGA TTTTTTGGACTTTATATTTTCCATGAATAATGTTATTTAAGTGAAAGTAAAAAATTTATT AGAAAAGAAATCAAAAACGAGAGAAAGAGAAATTTGACCATTTATCTGAAATGGATCACC TGGCAAATTATAAATGAGGTCTCATTAAACTTTTATCCACTATATTATATTTGATCATGA TTTTTAAGAGCAATATCAAACGACCTATATAAACCTGCATATTTCATATTTCAATTATGT CACTGATATTAAATCAAAATAAAATAAAATTGGAACTATTAAAAGGAAGTTAAATAAATA AATAGAAAAGGTGTGTCCATTCCGCTTCTAGTGGCGCGGGAAATGTTTCACCGTTATTTT AGAGTCAGTTGCGAAGCATACGCCATTAACGTTTTCATGAATAATCCCTTTCACCATTCT ACTTCTCCTCTCATCTTTTTTCACCTTTATCCTAAACGGAAACAGAAGACACGGAACAAC GATGAGTTTCCGAGATGATAACACAGAGGACGGGCTTCGGAAGCCCTTGCTGCATACCGG TAGCTGGTACCGGATGAGCTCCCGCCAGTCCAGTATGATGGGATCCTCAGCCCAAATCCT CCGCGAATCTATCTCCATTTATCTTTGTGTTCTCATTGTTGCATTAGGCCCAATTCAATT TGGATTCACTGTATGACGATTAATTTCCTTGCATTTCCATATACAAATTTTATATAATTA ATTGTATTATGGTTGCTTTTGTAATTTTGTAGTGTGGCTACTCTAACCCTACCCAATCCG AAATCACCAGAGACCTTAGACTTACCATTTCAGAGGTATTTATATTGTCTTAGTACATTT ATTTCCGTTTTTTTCAACAACATCAGGGAAACTGGGGTAGTTTTTTGGTGGTGTATGTGG TACAGTAAAATGAAAATTTGTTTCTCTCCCTATATATATACACAAGTATATATCAAAAAA TTGATACTAATACTATTACGTCGCAAATTAGAGTGTTTGATTAGACTTTTCTTTTGAGTA AGTATCTACAGATTGATAATAATGCTAATTGAAGCAAGTGATTTGTTATATGAAGTTACA ATTGAAAATAATTATAAGGAATAGAAAATGAGGTTTTCATGGAAAACACTTACCTTCCTA CCAGACACACCGTGTATCTAGTGTAGTGAAGCTACAAGTTCTAAACGGAAACAATAGAAT TAGTGACTGAAAGAAACCGTGGGACTTTTCTTGAAAAAGTTCATAGGTGGCCGATTTTAT TTAGTATCTTCTTGCTGATGTATGGTTAAACATAGTGTTATTTTTTCATGGACAGTTCTC AATCTTTGGATCTTTAGCAAATGTTGGTGCAATGATTGGCGCAATTGCAAGCGGTCAAAT ATCAGAATACATTGGACGAAAAGGGGTATAATTCTAAGGCACTTTCAACTGTTTAGTCTT GTATTCTTAATGCCACAACCTTTCCTTCGCATTTCTGCTTAAAAAAAGAAATAAAAAGTT TTCACACATCAAATCTGTGAGCTACATGTCACCAAAGGAGCAACTCTACCGTTGGTCTAA AACTTTTCTCAACAATAGTTCAACACTATGATAATCTTTTATTTTTCTTTCTTTGGTTCT TTAGTAACTTTCCCAGTTACCTCATCTCTCTCTGAAATACAGACTCTAATGATTGCATCA ATTCCTAATATTATTGGATGGCTTGCCGTTTCATTTGCCACTGTAAGTGATTAGTTGTTA TCTCTTGCTCATTCTGATTGAATCTGCAATTTTATAGGTAATTTACTTGACCGTACATGC CCTTTTCCCACTTTTAACAGGATGTCTCATTTTTATATATGGGAAGGCTGTTGGAAGGTT TTGGTGTCGGCATTATTTCCTATGTGGTAATCTTAAGTGTTCAACTTCTCTACTTGTTCT TCTTGAAGTTATGGTTAATAGTCCTGCTTGGTGAATCTTCTTGCTTGTTATCTGTAGGTG CCTGTATATATAGCAGAGATTTCACCTAAAAACATGAGGGGAGTTCTTGGATCCATTAAC CAGGTTGGTTTTGTATTGGGATTTAGAGATATCCCTGGTCACTCAATTCTCTAGGTTTTA TGATATACAAATAAAAATGGCTCATTTTCAATTGAAAAAAGAAATAATTTGATCTCTTGG CATTAGCTCTCTGTAACAGTGGGGATTATGCTGGTATATCTGTTGGGATTATTTGTAAGC TGGAGAGTGCTTGCTGTTATAGGTGAGCAATACAGTTTTTCTTTTTAAATTAGCTTAATT GCAATAGTTTCCCTAACCATGTGGTGATTGACAAACTGATTGTTATCTTATTAACTTCTC TATTTTAAGATGGTAGAATTAGTAGGATTTTTTTTTAATCAAGTAAGCATTTGACGACGT TCATCTTGTTGAAACAAGTTTTTCATCTTTCTAAAATTCCCTTTCCTTCTTGAAATATTT GAAGTTATTCTTCATCTGCAAGTTCATTGAAGCAACTCAAAAACATTGAATGAGCTGATG TCTTTCTGTTATAATGTGAAGTCATTTGTATACCTGATTTTGAACATATTTATTAATAAT CCTTTATGTCACTCTGCAGGAATGTTACCATGCATGGTTTTGATACCTGGTCTATTTTTT ATACCTGAATCTCCTCGTTGGTTGGTATGAGTTCCAAACTTATGTTTGTCACAACTAGGT TTTCATTTTTACATTATACTGATGTCAATGCTGCATTATTTAGGCTAAAAATGGGCTGAA TGAAGATTTTGAAACTTCTTTGCAAGTTCTACGGGGATTTGACACAGATATATCCTCAGA AGTGAATGAGATCAAGGTAATATGTGGAATGTGTTAAATGATGATTTCTCAACTATTTTG AACCCTCAAATTGCACTGCAAAAACTTCTTGCAATGCAAACTACTAAAAATGTGTTCATC ATCATTTGATTCTCCTGTCCTTGTCTCAGAAATCTGTGAGATCATCAACTAAAAAAGCTA CCATTCGGTTTTCTGAGCTTAAGATACGGCGATATTACTATCCTTTGCTGGTACACATTT GTGTTGAATTCCTTAATTATGCTGATTTATGTCTGGTATCCTTGACTAGACAAGGACTTG AAAGGAAACCCCCTACTCTTGTCAAGACTCATTTTATCGGCTGATTTTATTCAGGTAGGT ATTGGACTACTCGCACTCCAGCAACTCAGTGGAGTTAATGGTGTTTTATTCTATTCCAGT AACATCTTCAAATCAGCTGGTCAGTTCCGTTCCTTGATTATCTGTTAGAAATGCATACCT GAATTAGCAATAGGAGCGGGGATTTTCCATGGTGCGCACCCAAAGGGGGTAGCTGCTGCG GGTTTCCCTTGTCATTAAAAAAAAAAAGAAAAAGAAATGCATACCTGAATCATCAAATGA TTTGAAACTGGCAGTTACAAGTATTATCACACCATTCTTTTTGTTCTTTACTCTGGCTGG TAGAAACAGAGTAAGTAACAACCCGGAGAGCAGAAATGGGAAAAAGAATTCCACGTTTTG CATGAAGAGTATAATGAATTTCTTCCTCTGCATCCTAGATAACACCCTGCAATAAATATG GGATGACGAAAGACTTCGTTTTGTGTGAGGGGGGAGAGCTCAAAAGACAAAGTTTGAAGT TTTGAACTATCAACTTATTCCATCTAAAAAAGAAACTATCAACTTATTAATAAGAAAAGT ATTAAAGCTATTAACTGTAAAGGAACCGTAGAATGTATATCACCTGGTAAGATCAAGCCT ACTTTTAAGGTACTCTTGAAAGAAAAAACAATAAGTTGACTAAACACAATAAACAGTTTC TTTTTAAGTTGTTTTGAATTTTTATTTTGATGTTTGTGAAAACGAAGTTTTGATATTTAT GTCCTTTTCAAATTCCTTCCAGTACTTCTTGCTTTTGCTTGAACGTATGCCTGGAAAATC TGCTTGATGGAAATTGATATGGAACTTAGCCATATTTCATGAGTGTCCATTCAAATATGC CATGCCTTTTGAACTATCATTTTCATTTTGTTGGTACCTGAGAAATGATTCCCATGTTGT GATGATCTCTCAATCTAAGATAATATACCATTATCCAGATTCACATACACTGCAGTGCCA AAAGGTAATATGCCCTTAAGCAGATCGACATATACTACAGTTTGGGTAAACAGCTTTACC AAACACCAGCTAGAGACTTGTATATTCATTCATGACCCAACCATGTTGTAGCATGATATC CACCTTGAACAAAATTTTTGATTACATTGTCAGCAAGAGGTGATGAACTGGAGAATTAGA CAACAAAAAGTCGGGACCACATCTGATATCAGGATGAAGTTTTTGTAGTAGATTCAAGTA AAATAGGCAAGTTACTACGAACTATTGTCTTAATTCTACATTATCGCGTGCAGTATCCCA CTCTAAGAAGGTATCACGAGCCTTCTCTTAATTTGCCAAATTAATTCCAGGTGTATCAGA ATTAGACTTTATGTATAATACCGCCTAATCATAGAGACACTATGAAATGTTACAACTGGT TTGACATAGGAGTTTAATTGTAATGCTCTTCAAATTGGCAGGAATATCATCCAGTAAAGC AGCAACATTTGGTATTGGGGCTATTCAGGTAAGCTGGTTCCCTTGGATCTAGTCTTAGTT TATATTTATATATTATTCCAAGTTGATGTACATCTTTTATAGGTCATCGTCACTGGTATC TCTGCATCACTGGTGGACAAGGCGGGACGCAGGCTACTCCTCATTGTAAGCCCTTCCAGA AATTTCACATGAAGTTTCTATTGCTGAAAAATAAAACAAATGGATAACTTGATTATACTC TTTTCTTTAGGTATCCTCATCTGTAATGACTGCTAGCAGCTTGCTTGTTGCAATGTCATT CTTCCTGAAGGTCAGTTGAATTTACATTCATAATAATTGATCAAGCAATTTCCTGAATTT AATGAGATCTCTTTCTTTCTGTCGGGATTGACTTTCTTTATATGTCATTCCACAAACTTT TTCTACTCAATCCAGGAGTTCACCTCTGAAAATTGGCATTCATTCTTTGCAGTATTGTCT CTGGTTGGACTTGTGGTATAGTTCCTGTCTTACCTTCTATTGTTCCAACCCTATGATCCT AACCCCCCCCCCCTGCTCGCATCTCTGTTCCATTGTTGCATTCTAGCATATCTGAGACAC TTAACGTATTAATTTTTACAGGCCTTGGTGATGGCATTTGGTGTTGGATTGGGATCCATA CCTTGGATCATAATGTCTGAGGTATAACAAAGCTAATCTATAGTTCGGGAGACCAGGAAA TATATATGTTCCTAAACATAATTAAAAATAGAGCATAGATGAAACTTGTAACATTTTCCG GAGAATGTGGTTGAGAAATTTGAGAAAAACTGACATACAGATCACCCCGTTAAAGGAGAT AATATTAGTTTTAAAGGAAGATCAAGCATTATTGCAGGTTTCTTTAACATATTAAGTAAC TGCCAGGACAAATTTTTGGTTCAAACTTTCTTCCTAGAAAATATTCTTACTGAACTTGAG ATGTTATTCAAGGACACTAGCATAGGTTTTACGATTCTCTTTATTTTTTGGGATTTAAGA GCCTCACTGCTCTAATAAATAGTCCTATTGCACGACAATAGGAAGAATGATCTGTTTTTC ATCTCTTGAGACATCAAGTTTTTAATTGGTTGTGCAGATTCTGCCTGTAAGCATCAAAAG TCTGGGTGGCAGTGTTGCAACTTTGGCCAATTGGTTTTCAGCATGGATTGTTACAATGAC AGCAAATTTGCTTTTAACTTGGAGTAAAGGAGGTTTCTCTCTCTCTCTCCGTTTCTCTAT TGGTATTCACACCATGCTTGGAGTGACTCTAAAGACTGTAAATTTGGCAGGAACATTTGC TATCTATGCACTGGTATCAGCTTTTACGGTGGTTTTTGTGAAGCTTTGGGTTCCAGAAAC CAAAGGAAAAACACTGGAAGAAATTCAGCAGTCCTTCAGATGATACAAAATAAAATTGAG TAAGACGAGTATATGGAACAAGTGATGCAATTCCAGCCTGACTGAAAAGTTGTTTTTTTC CACTTCACCATGTACCGCTATATATTGTCCAAGAAGTTCTTCTCGTGTACTGCTAGTGCT TGTGGAGCTAACATCTGCAATTTGCAATATATGTTTGTATATATTTGTTTAAGATGATGA TTTCAAATTCTGAACCCAAATTACATAGTAACTAATATTACAGAGGAAGCACATAGTTGT TTTCCTTTTCATTGACAAAAAGTTACATGATATTACGATAGTGAACTTTGCAGTAGTGTC CTTCACTTTTGGGCTTTTTCTGCATGCAGGGATGTAAGGAACTGCTTGAGACACTTGTTA TAAACGCAAGGTCGTTCTAGGTGAACCAGATGCCCTGCCTTGTCTATGCCATGAAATGTA GTCTTCTCACCCAGTTGACTGGCATCAAGTAAAGCAAAACAATCAGGTTTATTCAAATTC TCTGTGGCACTTGTACTAAATTATTGTTGATGTAGTAGTTTGAATTATATACATGGGCCA TATATTAAAATGGTGCATTATTGAACTACTTATTACTATAACTTCTATGTTAAAAAGTTT CTAATGTGAGATCTTGTATACTACTCCTGGAGCTCATATGTTTGTTTGAGTATATAATAT AAGCCTGAAAACTTACTGTTTCATGTTCTGAGCAAGCTCCAAATTGAAAATTTGATCATT CTCACCCCAGAGGAGATGTATTCTCTGCCAAAAAAAGAAGTTGGAAAAATGGCTATGTTT TCTAGTTTTTTGTGTGAAATGTTGAAGAATAGAACTCATGAAATTCCAATTACCTGTGGA AAATTTGGAATACTTGTGTCTTTGTTGCTCACCACCAACCCTTCTAGCAGCTCTCCTCTT TCCTTTCTGTTGGTGAACATTACCTGACATATCGTCAAGTGAGGGACATTTTAGATATGA ATCACAACGATGACATCAATGTTGTTGCATACTTGTATTAGTATAAATACAAAAATTCCT TTCTCTTTTTACCCCCTCTCTGGGAGCTCCCACCTCTTTTGGTGACTCGAACTCACAACC TTTAGGTTGAAAGTGAGAAGTGTTTACCATTCGAGCAACACTCTCTCGTCTATAAATACA AAAATTCCTCTCCAAGATTATTAATTTTATCTCACCAAAGTTATGAACTTGCTCTTTTAA TATTATCGAAAGAAACTTGAGAGACATTCAAGAATTTGGTTAAGAAACTTGGAATTTTAT TTGTCTTGCACTAACGGGTTTGAAATTGACGAAGTGACTGAAATGGGCTTTTTAGTCACT TGGTTTATTCACATATATATGACGATAAAAAAGTAGAAGATAGTTGATCGTAAAACGGTA AAAGCAGTTAGGTCTAGTTGGTTGAGCAAACTGGCAGTGATGTCAATAACATATGGCTGG ATGACATGTGTAATAATGAACTCACAAATTATGCAAGTCTACGTGGTGCCCCCCCTTTTT TTTTCCTTCTTTGTTGACAAATGTGTAAAATGTAGTTATGGCCTTGTAGGAAAATGTATG CCATAATTTCTTCAACTTATTAATGAATTCAATTGTCTCCTCTCTTATTTTCCCTTTTTT ATCTTTTGTTGGCAAAGAAAAATAGTTAGACTGTTGTATATAATTTTGCCTCTACCAAAC TTTCAAAGTATAAACATTTTAGTTTGCCGTTAACTGATTCCTCAGTGGAGAGCATTAAAG CCACACGTAAATGATATACTATACTGTGACAACCAACTAACTAGTAATTTTTAGTTTATA CATCGGTAAACATGAAGGATTCACGTCCGAATTTACATGAAAAAACTAAATATTTTGATA CTCATGATCGATCCATGTGAAACAGAGAGAGTTGTAACTTTTTGTTAAATAAAAGAAAAA TGAACCAACCTCGAGAAAATCTCTATGAAGACGATCAGGGAACCAAAGCTTCTTGTAAGC AGCCACTTTTAGCAGGGCCTTAAGACCCTTAACAGAGGTAGGCAGCAGCAGCTCCGAAGA AGATGAAAATCCCAAACCATTGAGCGTGGTAGTGCTAATGGAATCAGTCATCGCTAATAT CGATCCAGACACCACCAACGCCTCAACTAAATCTGGAAACATTTCCGCCATCTTAAACGC CACCATTCCTCCATAACTAAATCCAACCACTACGCATTTTTCCACGCCTAATTTCCTCAG CCCTTTACCCAAACACTCTGCTTGAAAACCCGGCGATCTATCGGAGCTATCCGTAACTGA TCCGCCGAAGAAAAGTAGGTCCGGTACATAAACAGAGTATTTTTTAGTTAATGCACCGAT TTGAAATTGCCACGTCACTATTCCTTCGCCGGCAAAGCCGTGGATTAGTACGACCACGGG TTTGTTCGGGTCGGGTTCGGTGGTGGAATCAGGGGAAATAGCATATTGGTTGTTGGAGAG AGGAGTAGTGGTTGTGATTTTTTTGTTTTTCTTCGTTTTTTGAATTATGGTTTCAGAAGG AACCCAAAAATTCATAATTGTGCCTGGTTCTATCTCTATACTATGAGGTCTGATTCCAGC TAATTTCATTAGGCCATGTAACAATGGTTTTTGTGCTTCAACCAAGTTCACCATTTTTTT ATTTGCAAGAAAAATGTTTCTTGTGTACGGAGGAATTAAGGATAGAAGAGATGAGAGGAA GGGGATTTTTAAAGTAAGGTTAGGTGTTGAGTTGTTATCCGTTATTCGTCATTAAATGTA ACAAAGCTTATATTATACAAAAATTCAATGACCAAAGATGATGCAGTTGGTATATATAGT TGCATCTACTTCTAGAATAATTCTATTCGTAAGTGTATCTCTGTGAACTAGTTGACGTAC TTGTATGAATACACTAAACGACTAAACAACCCCAAGCCCCACAAACCAAAACAAGAAAGA AAAAAGAAACAATCATCACCTCTAGAATTAGACCCAAAATTCATTTTTATTTTTATTAAC AAGCATTTTAGAATATAATGAGTCGCAACATGGTCCATATAGTTGCCTCGAAAAACGCCC GAAGCCCCTATCTTTTGTGGTGAGTGACACTACACAAAAAAAAATATATATCATTAGAAC TAATGCTGGCAAAAATTTTAACATTTTTTATTAATATCAATATTTAATATCGCTAAAAAT TATTTTTGTCATAGTGTGGTGATCAAATGAATTTTCAACAATGATCGTATTTTTTGTATT GGACTTTTTTTTGTTTTTGATATTTAGCATTCGTATTTTAAGTTCAAGTAAAAAACTCCA TAATAAAGACAATGTCATAATGCAGAGCTTGTTGGTTTACTCTCAAACTCAAAATTTATG TTTAAAGATAATGAAATACTTATCACTTCACTATAACTTTTGTTGGTTGCACGCCGTGAA TATTTCTTGCTATGATAGCATTTAATATGATGAATTGTATATTGGAAGTTGAAATAATGC TGTGGCCGCAATTCACGTTTAATTAGAACCAAAAATATGATATTGACGAGTGACAACTAT ATATAGTACTAAGGTAGTTCAATGAAAAGGGCCTTCTGACTTCAATTATATTATTCAACA AGTCCCATTCATTTTAGCTAACAAATTTATCTTAGCATTGAAATGAGGTGAACTACTTCT TGATAGAACTTGAATCTACCTTAGAATTTATCAAATTACTCCAAATACTTACCACTAAAT TAGATATGTGCTCTTCTTCAAATCTAGCTATATATGACTATCAAGTCTCTATCTACATGC TACTGTATTTTGGTCTAACATCCAATTCAAGTTCACATAATTTTTGTTGAGCTGGTTAAG AGTGATAGAGGAACAACTTGTCATCAAACCTCTACTACGTCTTCATATACTTTTTTAAAA ATTATATCTACCAATTTGACATAAGAAAAATATTATTGTTACGGCGCAGTAATCATGGAA CTTATGCAATTTGCCGATGGTACGTACTTTGTCTCATTCTTTTGAGTCAATTAAAAGGCC TACCACTCGTAGAACGTAGGATATATGTGTACTCACTTAATTTTAAATAAATTTAAATAA ATATTGAGTATATTGAAGGTGATGTCATCAGTTAAAGACCAAGTTAAAGAACATGTTTGT ATATTATGTCTTTATACGCATAAATCTATATGCGTAGGTTTCGTTGAATGGGACATATAT ATGTTGATTGAATGGGACATATAGATATTGAAAGAGACTTCTAATTCAAAGTATTAATTA TGATAATTCGCGGAGAGAAAGTGAAGCTGAATCTTGTTGGAGAAAACTGTCAAAGATTTA ATCCTTGTACACTTCAACCAACTTTTTGCACACCTCCTACCAATACATATAATAGTAATA ATAATAATAATATATATTAGTATATCTTTGTTTCAAGATTATATCCGTTGAAAAACTTAA TATAATGATGATAAAAAAATGTCTAATTTACACTGACGATTATGTGTAAAACATATAGTA AATCCATAAAATAAACGTTCCAAGAAAATTATCACTTTTTAGTCTATTTGACACAATCTA ATTAGAGAAAAATTGAGGAGCATTTTTTTACGGTACAAATAGTTTGAAGATCATGATTAA TCAATTGGGGATTTCTTGCACGTCATTTTACATATTTTATGGCCTTGATGGGGTCAGTTT ACTATTAAACAATTTATTATTAATTGAATGCTGATTATCATTTGTCTTCCTATACAATAC AAAGTTTGTTTAAATTTTGATCAACCACACTACCTACTTTCGACCCACATTGCACCGATC CCTTTCATTTGTGTAGACTTTTTTTTTGGGGGGTAAGCCAATAATTAAAGCAGAGTGACT ATACGAGAAATGTGTATACACATTTATGTATTGTGCATTACGACTTTTCTGTCTACCTAG CTAGCTTCACAATCAATGATAAATAACATTTTTACTTACTTTATTTTAGGTGACTCGAAC TTTGATATAAGTTTGTGGGTGATTTCAAATTTGGGTAGTGTATTTTACTTGGGATGAAAT AGAGAGATTGTTTTCGAATAAACAACCTTAACTCAACCAAAAAAAAAAGTTTATAATGAT TATGAATATTTATAGTTAACTATCATGAAAGCAATTTCCTTGTCCATGCCAAGAGTTATG GGCTTCAGTAGTATAATGGCCAGGTCATTTCATCTGCTCCGTGGGCTATTTAAAGGGATC AACACTAGAAGCCCAACCTTCATTTCAACTGATACTAGAATATTATTCCGTCATTTTCAA TTAAAATATGTTTGTATCTAATCATAGTATAATATATTTATTTGCTATCCAATAGCTTTC GATATGATTAAAATACCATATTCTGGCAATTAACAGAAGGAATAAATGAAGTAGAGTAGC CCTGGACACAGAAACACGAAAAAGTTGACCTCTTTACATGACGTTTCATTTGTCTCATAT GACAATATGCAAATTCATTACTTTGAAATTGGGGCAGTTCATTTGGATTGTCTTGAAAAA TTATGTCGTATATAAAATTAAAATTATTTATTTTAATTCATATACGTAATAAATATTGAA TTTTATTGATTTATTCTCGTATTTACTTTTAAATATTTTGATAAAAACAAAATCTTATTC TGCCACTCAAGAGTTTGATAAAAGTTGAAAGGAGTTGCCAGAGAAGTTTAGCAGAGCACA ATGAGCGAACTCCAATAAATAATGTTGGGGTTTTAAAATTGACGGTTTAAACTTGTCCAA AAATAAAAAAGTTTTATAATATCGAAGATTTATGTGATGAATGTTCCTTAAATGTGGTTA TTTCTAATTTATATTTTAAATGGTGGTAAATAGGCAGTCCAAAAACTAGCCACTACACCT AAATTTTTCCAGATTAGTCCTTCACTTTGTATATGTCTTTCACATGGTAAACTTATCTTC AACCGAATCTTGAAGACCCAATAGTGAATTGAAATTTCTCTTGTTTCAATTTATACCACA TAAATATCTCTATCTTTTTTTTAATTATAATTTTTTGTCATGCCTAGATAAATTGAGACA CAAATGAAAAGCCATAATTAACGTATTTCAGGCACCCGAAAGAGCCAAAATGGAACATCA CATCATGCAATGCATACATACAGAGAGCCCTTTAGTTTTCTGTTACAGCTAAACACTGCA ATTTCATTTTCATGTTCTTCAGGACCATGCTGTACTCAGTGTTCTGTCCTGTTGCACTTC AAACGAAAAGACCAAAAAAAAAAAATTGTTGTTTTACCAACTGATTTGACTCAATTTGTA TGACTATAAATCATTTCGTTAACTATAAAATAGAATTTTAAAATTAAAATGTTTCCAACT ATTGGAAGGTAACAAATCAAAAAAAAAAAAGTTTGTACATATAAATTAAAACATAAAGAG TAATTGTTACCAAAATAATCATCTCAGTCATAGTTAACTCAAACACTGATTGAAACTAAT ATTTCAGTTGTGGCCCAGAATGAAATGAAATGAAACGAACTACTCGTACTAATTAATAAA TTAGGGGCGGAACAAGGTGCAGAGTGTAAGATTTGCACTATATATCTAAGTTTAAATTTT AATTTTTTTATGTTATATATAATAAATGTTTATCTAAATATATTTTCACCATATGATGGC TTGTTATTATATATAATAAATGGCAAATCTTTTTTATCTTTTATGTGTATTTACTTTGTC TTGAATTTCTAAACAAAAATTTCGACTCTGCCACGATTACTAATTCAGAAATGCAGGCAT GTAGCAGTAGTGTAGCAATAATTCTAGTGACACACAGAAAGCTAAAAAGAGAGTGTTTCA GAATTTGCCGGCAGCATAAACAGTCGAAAACTTTCAGTTGATAAAGAGAGCAGTGTTGGT GGATCATCATATTCAAGAAAGTGTAAATTATATGGACTAACAGAGAAAAAGTGATAGGAG TCTCAAAAGTAACATATGTATATATATAGATATATGATTGATCATCATCAAAGTGAAAAG TTAAAGATACTAGGAGTAATGTATATAACAACTAGTACCCAAAAGGATGGAAAAAAGCCA AGAAACATAAAAACATAGAATTAACTCATTTTCACTCCATCTCTATGAAAGAAAGACTTT GGACCATAAAAAGATAAAAAGAATTTCTTCAACCATGGCCCACCATCATCATGACACGTC ATCAAATAGTTTCATCTCCCGTTTTAATTTCTTCTCCTCTTGAGATTAATGATTAAACCT TGATCCTACTACTTTTGATTTTAAAAAAAAATAAAAAAAAATCATCTAGTAAAGTCATGA ACAAGGCTAGGCCTATCAGCAACATTGAGACGCCAAGGAAAGAATGGAATGGCGGTGGCG GCAGCATCGGAGTCACGGTGATGCTCATTATCCTCAATGAACCTGAACTCATTTCCATAA CTAGCTGAAGAGAAACAAGCCATTTTTGTTGGCTGTGAATGGTGATGATGATGAACCCAG TGTTGATGCGTCGTCGTTTCCGCTCCTCCTCCACCATTAGCCGTCGCTGCTGCTGCACTC GCTCTTCTCTCTTCTTTCTTAAAACGAATTCCACACGCATTGCAAAGTGACTGCAAAAAA CATTTTAAGAAAAATAAATAATAATCTTACTTGTTCATCATTATAAAATGTAAATAAATA AATTAAAAATGAATCACATATACCTTAGGTCCTCTAGGTCCATTTCTCCAAAGAGGTGTA GAAGTGGTGTCACAGTTTGCACAGCGGCGAGCGACCAGTGGATCAGTAGTAGTAGAGTTG TTGTTGGCACCACGAGTGGACTTGTATTGAGGAGTAGTAACATGTTGTTTGGGATGAAGT ATATCCCAGAAATTAGAGATGCAGTTAGATGAAGAGCGAAGACGTTCATGTTTAGAGTAA ACTGAGGATCTCTTTTCATGATTGTCTTCATTGATAAGGCGTGTAGAAGGAGTTCCTAAG GAAAGAGTACAATCAACATTGGAAGACGAAGAAGAGTACATGTTTTCTGAATATTCATGG GAGAAGAGCATTGAGAATGCAGATGAAGTAGTAGTACCACTACTTCCACTTTGGTTATGA AAAAGACCGCATGAACATGGACCAACCATACTCCCACTACAACGATGCATCATTTTTTTA TTTTTGGACTTGTTCAAATTAATCAACGAGGAGTTTATAGAGAAAGGAGGGGTAAAGAGG GGAATAGTTATAAGGGAAATGTAAGTAATAATAGAAGGTTTGAATTGAATTAAGTAGAGA GAGAGCTTTGGGTTTAGTAGTATTGTCTGTTAGCTGATATATATAAGTTGATAAAATGTT GAAATACCAGTCAGCAGGTGCAGGACAGTCCACGTTGATCGTTAAACGTTTCTTTGTTTG CAGAAAAAATTGCAGAGAGGGATAGGGACCATATGATCATGTGTGACATGAGAGACTGAT AAGCTAAGCAAATGCCATGTGGTCACTATATATATAGTAATACCTGAGTTATACTGCTAG TTCTCATGTCTTACGTTATAATTTTTTGTAATTTCATATCTATAGCTAAGAAATAAATAG GTCATAACTCATTATTGTTAGTCAAAGGAAAACCCACGTGACAAGGGGGAACAGTCTTCC AGGGATCTGCCTTCTCCGATCACGAGGCGACCTGTCTCAACTCTCAACTCAACACCCAAT ACTTAAGCTCTCACCACCCCTACCTTTCTGCACTCTCCCTGCCACCCCAATCATACTGGA AATTACTTTATTTTTTTTTCCCTTTTAAATTATTGGTCATTTTTCAAGTTTATAACAAAG TTGGTTATTTCTCTTATTTTATTTTATATGATTTATTTCTTTTTAGTCAATTTAAAAATA AATAAATATATTTTTTTAACAGAATGATTTGTAATAATATTTTATAAGTATCAAAAGTTT TTATTTCTTATTTAAACTCGTAAATACGATGGAAAACTATTATTTTTCCTATTTTGTCAT TAATGTAATTATTTTTAAATATTTTTAAAGTAAATTAAAATTTATGGTAAAAAAATTATA TATGTACTAAATGACAGTAAAATAGTAAAAATAATCTCTCTTACATGAACAAATCTTCAA TCTCAATGTACCAGATTTAAGTCACACAACATTAAAATTGATTTTTAGCGTTAATTAATT AGCATTTGCCGTTAAATATATACTTATAGTGACAATTAACACTCTTTGTATATGTCTCTA AAGGCTTTAGCGACATTAAATCTAATAACATTTAACTAATGCCGATAAAAACTTTAGCAC TTTATTTATGTGTTTATTTATTATCGTTAAAAGTTATTTTTATTATAGTGTCATGAGACT TTTAGGTTGGGTCAGTGTAAGGTAGTGGTGTTTATAAGTATGAAGGAAAAAAGACCACAC TTTATTAGTGTAATAGGCAGTCAAATCCATCAAGTTAGAGTAAGGAATATTGTAAGTGAT TGATAAAAATGATACTGAAGAGGAGTAAAAGTTGCTAATTACTGAGTATACACCACTCCT CTCTTCAGCTTAAGGTGCAGAATATAACAACTAGCAGTTTTAGGCATTGTCCAACATCAC TAGTAAATTGGTCGTACTACCATGTATTCACGTGAACTGACTTAGAGAATCTATGAATGT TTTAGGTAATCTTGGTCTTCTTGTCATCATGATTATCTATCTATATCAACCACCCTTCAC TCTTATTCTTCTCAATCCAAGTTCCGACATTGATTTATTTTTCTAGACTTATTTCTATTA AGATTAATAATTGTCTGGATATAACTCATAAAAATGATCTAGGACGTCTCGTTTGGTCAT ATATTTTAAATGTGAACCTAAGTCAAATAAATATTTAAAGATAAATTTTTATACATATAA AAAAATAACTAAAAATGACAATTTCGTAATAAACACCCCTGTAAATTATTATTAAATTAT AAATTCGAGTTACGAAATAAAACAAAACATGGATAGAGTATGGAGCAAAGATTTAGTGTG GAGTAGACAAAAAGTGGGAGAGAGAAAAAGGGATGAGAAGGAATAGGAATAGGAATCATG AAAATGAGATACTCTGCAATCATCAAAGCAACAAATGTTTGGAACATGACATAGAGAGCA AATCTTTGACTCAAAGATGCAAACTTAGTGTAGCTAAAAAGTACCCTCCGGATTTTAATA ATTTGTTTGAAAAGAAAGAAAAAGGGAAATGAAGCTAGATTTGGTGTGGGGGCCACCATG AATCACATATACTAATGATGAAATGTGATGGGGTCCAAAACCAAAAGAGAACAAAAACAC CTCTGGAATATCAATGGGATTTGGGATTAAAAGATTCAAAGTCCAAAGAACAAAAAGAGA GAGAGAGAGAGAGAGAATCAGATCATCTTGAGATTGGTGTCACCCTTAGTTCGACAAACG GGAAGACCAGAGACCAGACCAGACCCTCCACTTTCCAAAAGATGCTCTATCAACACACCC CACCATGTTTCTTCGATTTACACAATTTTCATTACCCCTCTATATACTCAAATCTTCTAC TACTGAATTAAAAATTGTTAAATTTTTTAATAAGAGATTTAAAATTTTAAAAAGTAAAAA TATGAATTAATCAAAGAAGATTTAATATTTATTACGTATATATATAAAAAATATTTTTAA TCAGGTATACATAGTATTTTTTTTTTTTACTTTTAATTGTTATGGTTTTTATTTTTATAG TCAAACTACAAGAATTTTGATTAACATTTTAATATATATTTTTTCATCATATTGATATGT AAAAAATTACAATTTATTGAACTTTTCATGTAGTTTTTAAATATTCATTTTTTGCTTAAA ATGTTGCATTAACATATTTTAAAATTAGTCAAATTGACTTTCTAAAAGCGCAACATGACA AATAAAATGTAGATGGAGAAATTGATAATGTCTTCTACCGAAGGAGCTTCGGATGAACTC TGGCTTCGCCTTTTACAAATACTATCTTTCCTCTCTCAATTTATGTGTAAACAAACCCAT GACATAAAATTGAAGAAAATAAAATAGAATTTCTAAATTTATGATTCAAAACAATTCTTT TAACTTTTCCATATGATCATATAATTTTATTAAAGGAAAAAAAAAATTTAATCAAAAAAT TTGGCTAGAATGATATTTTATTTATGTAATTTTACCTTTAAATGTTTATCCCCTTTTAAC TATTAGACATTTTAATAAAAAATGGAAAAAAGTATCAGCGTATTTTAAAATTAAAAAATT ATAGTTTTTTTTTAATTATAATTAATTTTTTTGCGATACTAATAAAGTATATTGCTGGTT TTGTTTGTTTGTCAACTCTAGCCCAAATATCTATAAAATCGATTAGTTTTTTGGTCATTT AGCACTTTCCATTATAAAAAAGATTTTAATGTAAAATTATTTATGATTTTAAAAATATAA CATGTTATCTTTCGATTATGCATCTTTAACACTTAATATATACACGTGTGTTTGATATGA CGAGAGAAATTCGACAGCAATTGATCATTCTGACTAATTTCTAACTAAATTGCTCACCAT GAATTTAAGTTTATAAACTTAGAAGAAGAAAATATTAGAGTGTCAAGTCAGGTAAAAAAT AATTATAGGTAACTTAATTCAATAAATATTGATTGGTAGCCTAAAATAAATGTAAATAAT TTATAATTATTATATTGAACACGTAAGATAACTTGTTGTTATAGTAATAAATTACTTATT TCTTTATTAAATATGTAAATTAATGTTATTACATAGAGTTAACTTGCACTTTTTAAGACT TTATTATGTAACTATTTTTAAACAAATAACTACACACAAATTAAACTCACAAATAATATT CATAAATGTATTTATTTCAAATTAAGAAAGGGAAAGGGGTGAGATAATGTATAGTGATTA TTACTAGTGACAGATGCGAGGCTCTCCAAGAGAAAATTGGAATAATAACGAAACACGAAA ACAACCATCTCAAATGCCAATAAATAAATGTGATATTTGTTTTTATTTTTACGTTTCTTG GAAAAACATAAATAAATACAGATACATAATTTTTACTCTTGTAATCTTAAGAATTAATAT GAGACCGTAGTAATTTTTTTAAATTTTTTAATGAAACTCTCTAGGATTTGGTTAATGATG TAAACAAGCACCATTAAATGTTCACATCGTTTAAGGATGACCAACAAATATACTCACGCT TCCCTTCATTAATTATACACCACTCTCTATTATGATGATGATAATGATGTTGTTGTCTAC GTGGCTTGTTAGATTTTGTGGGCCCTTTGGGACCAATTTTCCAAATACTTCTCTATATTG CCTCTAATTATTATGGTACTTTGCTGCTTAATACACTAACCCAATAAAGTGTTAAATCAT TATTCATTAATTCACGTGCCACGCGGCCCTTTACATGCACTTATCCAACTCTCCATGCAA TGCATGCACATGCAAATTAGCTATAACCAACCCCACCATTATTATTGCTAAACTAAAGTC TCAATCTATAGTATCTGGGACATTAATTAACACTCTCTCCATTTCATATTAATTGGTCAT CTTATTAAAAATAATTGTTTCATATTAATTGATCATCTTATTAGAAATCATTAATCAAAG ATTTTCCTATGTTACCCTTTTAGTTCTTTTTTGAAAATATTTACGTAAATTTTCAAAAAG TTTTTTAAGGAAAGAATTAATAGAATTATCTTTTTATGTATAATTTTTTAGTAATGCGTG TAAAAAGAAAATCATAAAATATTATATAGCATGGGAAAATTAAAAACAAGGGAAAAAGCT CAAATATGCCATCAAACTTTCTGAAAAAATCTATCTATGTCATCAGTTAAAAGTTTGGCT CATCTATGCAATCACCGTTCAAGAAAAGACTCATCCATGCCATTATTTTTTAACAGTGGT TTTGCAAAACCAGTTTGACACGTGGCCAATTGTAATTCGGTGATAATTTTTTTAAATTAA AAAAGTCATAATTCTGAAAAAAGTTGAATATAATTGTCCACGTCATCAATTTTTTAAAAT AAAAAATTCAAAATTCTGAATAAAAATTGAATTGATTTAAAAAAAATTAATGATGCGGCT GAATTATAATTGGCCACGTGTCAATAATAGTTTTGCAAACTTACTATTAAAAATAATGGC ATGAATATGTCTTTTCTTTAACGATAATGACATAACTGAGCCAAACTTTTAACTGATGCA TATATGAGCCTTTTTTGAAAGTTTAATGACATATTTGAACCCTTTTCCCCTAAAAACAAT AATTTAACTTAATATAAATCACTGCTTAAATTACATTGATAACATAAAAAGTTTATAGAA TGTGTGTATAACTCGATAGAAAGTTAAGTATGGGTCGGGTCCTAATTTACTTTGGTCTAA ATTTTATATTTATTTATTGAAAAATCGCTAGTATAAATATTAAATTCAAAACCAATTACA AAACAGGTGCTTCTATCGTAGTTCAAACTTATAAAGGTTAAATTGATGTGATAAGAAATT CCAAACTTCTATACATAAAGATCGATTGAGAGTAGGATGTAACAAATGTATTGTCATTGT CCATATATAGTTGTATATTTGGCCTTGTTTAAATCCAAAATTCAAATGAAGTATACACAC TTTATAAAAAGAGAAAGAAAGAAGTGATTCCTCAAAAGTCACAAAGATACAACTGGGATG AATCTCATTTCGTTAGTCTCAATGCAGTCTCTTCTTTAAGCTTTCAATGTGTATAACTAG AGTAAGTTTAGTATAGGTTCTACATATGTATAGATCATATATAGATAGTGTAAAGCAAAA GAAAATTCAAAAGAGAAATTAAAGAGAGTGCAACTATTGATAGATCTATACAACTTATAA GCTGTACTTGTATCATTATAAAAGTTTTTTGAGTTTATACTTTATGGTCAAAAAATGAAT CTCAATATTATTCCTCTTAAAGAATAAAAACTGAAACCTCTTATTGTCTCCTGTAAGGGT GGTGTAGCCTTGTACCCAAAGCAAACTTAGATCTCTCTCGAGACTTTTTCTTCTAATGCC CATAATGTCATTTATACCCCTAATTACTTTTCCTGTTTTTGGAACGATTTAAGATCCGTT TGACCATAAATTTTTTAATTATATTTCAAATTTAAAAAATCAGTGATACTTTGTTTTTTA ACTCACTTTCTAGGTACTTTTTACTTCCTCAATTCTATATTAATTGATCTTTTTTTTTAT ATGCATATTAAGAAATCAGATAATTTCACTAATTCATCCTTAAAAAATTACTTATGAACA CTCTAAAAAGAACTAATTGAAAGGATAATATGAAAAATGTAAGTAATACTTTTTATTTTA TTTTATAAGGTGGATAACTGATATGTGATAACTATCGAGTCTATTTTAGTATAATGATAA CTAACTATATGGGATGAAGAAAATAATTTACATTCAAGCATATGATCAACTCTATTTTCA TCCATAACTCCATAAATTTAAAATAATTAAGTGAAAAATATTTGAAAACTATGGTTAAAT ACCTACTAATACTGTTACACAACAGTGATATTTTTTGCTTTTTGCTTTTATAATCATCAA TTGTACGTACTAAGATCCCCTTCAATTAAAAAGGTGAAAAAGATAGATTCACTACATCAC TGATATAGTTTTATTCCCAAATCTTCTCATCTCATGAATTTCTCGTGTTAAGTACATGCT TTTCATATTTAGATGTATGTACTTGAACTAGATTGAATTTACCTTGTCTTGTAATTTTAG TGCAAAAATGATACAGTGTTCTTATTTCATGAGTTTCTTTCTATTACTATATATACATTT ATAACCAATAAATAAATAAATGACAAGTATAGTTTTGGATCAAATTACATTAAAGTGAGT TTTCAAAGAATTTGTTTCTCCAATTTCTAAGATTATATAATTTGCCAATTAAAGCATGGC TATACATTTCGCATGTAAGCTTTGTTCCCTTCATATGTATGCCCAACTCCTTTAATTTCT ATTCCGTGAAATTAGTTACATTAATTCACGTACTAAAAACTAGCTCAAAGAAAGGGAAGA AAATTAATATTCAAGTCTTACAAAGAGTAACAATATTATTATCAATCAATACAGGATTTT TATTATTTTTTTAACCTTCAACTCACGTCCAATGCTTAATATCTGATGCGTTGATAATAT TGATTTTGGAGATCTCAATATTAAACTATTAGTGAGATGGACGGACATAATTTTGATTTC GGAGACCCTAGTATTGGATTAGTAATGAGATGGACTCTATTCTGAATTCATGTGATATTA GATTTTAGGTTTAACTTATACTCCAAAAGCTAATTTAAACAAAAAAAAATTATCTGAGCC TTATAAAGAGTCCACACATCTCATTAATTACTAATATTAGATTGTTGTCATTCTTTAACA CACATTTGTTATCATAACCTCCTAAATACAGATAGGACAAATTATTAAATATAGATAATA CAAATTACTAAAAATTTACTAATTGAAGTATGTTGTCCATCTTACCTAAAAGTTTTTGTA CCCACAATTATGATATACTACTATATTAAATTGTGTGATATAGTTCTAAAAAAATTGTTA GATATGTTACACATTTATTACTTAATTATATTTTTTGATAAACTAAAGCATTTACATTAC ATATATGAATCAAACAAAACCTTCAACTAATATATTAGTAAAATGGATCTTAAAAGATAC TATTAATAGTATGAATTTTCCGGGTCAGTAATTTTTTTAGTACACCCACCTCATCCACCC ACTAAATCAATTTGATTGTGAATAAACAAATGAATCGACACATCAATTTTTTTTATTGAA ATAGGATCCAACAATACCAGTAAGCACATAAGTTTATAAAAGTAAGAAAATTAATTAATT AACTTGATAGATGCACCGTCATAGGATAAGATAATAAAATTGGATGAAAATAAAATAAAT TGTACTGGAGAGAGGCAAATACATTACTCCTCGCTCTTCTTATTTTAGAGGGCAATGGAT AAATATATGTTAGAAATATTATAAATAGTATGAAGATATTTTTTGTTATATTTTTGAGAT ATTATTGTTATAGTCGTTCTAAAGTTAGAATATATATGTTATTTATTTTAACGTAAGATA AATAGAGATACGTGATACAATATTATTCATCGATTCAATATCAATAAATGTCAGGTTGGT AAATAAGATTGTGACACATGTATGTTCGTTAGTATAAATGATATATATGTTCTAATTTTT CAAAAACACCAATGTCCCAAAAGTAAGACAAAGATATTTGAATAGAATATATGATAATTT ATGAGTATATTTGTTGTTTTTCTCTATTTTAGAAGTAATTTTAATACGAGGTATAAAATA TAATAAATCTAAAATAAAATATGAGATTATTTCAATTTGTGTTTGGTTGAAGAAAGGGTA TTAGGTAGTTTTTGAGATTATCAATCTCTTCATTCATATTATACTAATGAGATAATTAAC TTTGAAATAATTTATATTAAAATAATTTATTTTTAACTAAACGGCCCCTTGTATTTGTTA TAGGATATGATACATCAACTAAAGTATGAACAAATAAAATGTACGAAGACAATGAATAAG TGAGCGTCAATTTTATTTTATGTGATTTTACTAGGTTTGAGAAAATGTAGCCGACAATCG GCATTTTTAGGTACATAAGAAATGGTTATAATGATGAGCATAAAGTTCCTGCTGTGCTGT GTATGGTGTGTTCTTGTTATATGTGTAACATTTGTTTGGTTTTGATCTGTGAACCCTTTC ATCAATTTAATTACGACCGCCATGTATTATGTATAATATAATATATATAATATTCCTGCT CCTTTTCCCCACAAGCTTATTAAAGATTTTATTCTTTGTCCTCCTTATAACTTCAATATA TTAAATAATCTGTACCCCTCTCCTAAAACTTTGTATCTTTTAAATAAACAAGGATTTTGT TTTAACTGTTGCACGTATACAAAATGCATTGAAACTTCACAAATTAAATAAACCCTTCAA TCTCATACATGCCAGTACATTTTGAAGGACCCTGATGATATTTGAGATGACTATTTATGA CACTACTATGCAATTTGTGCAATCAAATATTGTTCATACAATAAGCATAAAATATCGAGA ACAGATCTCTAGGGGTAGATTAGAAAATTATGATAAATATATACTTTTTCTAAGTTAACA AGATTAAAAAAATTACAACAATAAAAAATCTGAATTCAATGTATCTACGCATGTACTCAT TCATAGTTCTAAATAGTAATTGATATTCTTTGAAATCTGTTAGGCATAAATGATAAATAT AGGGACTCGTTTAGGCATTCTGCAGGCTTTCCCTTATAAATTTCTAGTTTAAATAGATAT ACGTTAAATTGGAAATTTTTTACATATAGCCACTAAAAATAATTAATTACTTTTCATAAT TATAGTTTGATGATTACAATTTGTAGTTACATGTTATATGGAGGAGAGAGGCGAGCGAGA CTGGGAGAGAGAGAAGAGAGAAGAGAGAGAGGAGGAAAAGAGTGGGAGAAAGACCACTTG TATATGTATATTGGTTAGATAGTTGTATATATTATACATATGTAATTGTATATATAACAA GAAGATTTAGAGAGGGAGGAGAGAGGCGAGCGAGATTGGAGAGAGAGGAGGAGGCAAGCG AGACTGGAGAGAGAGGAGAGACGCGATCTAAATCGAGAGAGGAAGGAGAGAGTCGAGCGA GAGAGGTCCGAGAGTGGGAGAGAGGTGAATTGTATATGTATATAATTGTATATAACTGTA TATAATTGTATATTATACATATACATTTGTATAAATGACAATCTAAATTGGGAGAGGGAG GAGAGAGGCAAGCGAGAGGAAATACAGTGGGAGAGAGGTGAACTGTATACGTATATAGGT TAAAATTTTTTATATTATACATATGTATTTGTATATCCTGATGAATTATACATATACAAA CATGACTAATTATACAAACTCGAAGTCAGTCAACGTAATTAATGTATAATGCTATCGCCA GTGGTAATATAGAAAATTATAGCTATAATGAGTGATTAAATAATATAAGTTCGCTTAGCC GCATAACTTTTCCTATTTGTTATTGTATAAATTATAGGAACCGCATATTATAAATACAAA ATGACCATTTATCCCTTTAAGAATTGAAATTACTAAAAATCCCTTAAAAAGCAAAGAACC GGGATACATCAGTCTGGCACGGGATACATAAGAACTGATACATCAAAGTTAAAGGCTGTT GCGATTAATTAGGGTTAATTAACGTGATTTCTGTTATTCTTAACTGAAATCACGTAATTA ATGGTCATCAAATTATGTAACGGATTAGTAGGGATACATCACTTTGGCAAGGGATACATC ACTCTGGCACGGGATACATATTAACTGATACATCATAATTAAAAGGCTGCTGCGATTAAT TAGGATTAATTAACGTGATTCCTGTTATTCTTAACTGAAATCACGTAATTAATGGTCATC AGATTGTGTAACTGATTAGTAAATTCAAATTTTAAATCAGATTAGCTTCATAATTCAAAA ATATTCTTGTAAAGGTTGATCTGCATACTAAGAATTAAAAAAAAAAGGTTTTGAAGATGA ATATCTCAATTCTGCTGCGGCATTCTGGAATTTGGGTAAGCAATATTAATTATGAAGGTT ACAAAGTTGATGGAATTGTTGTTAGCCATTCTATTTCGTTTGTGAATCTGAAAACGTTGA TTTTAGCAGAGCTTAAGATCGACAATGTTACAAAGGATATTGAAATACGATACATTGTCG AGGGAAGCTCATGTCCGTTGAAAATCAAAAACGACATGGGTGTGAAACTTTATTTCGAAG TGAAAAAGAATGCAACTGGAATTGGCATGTATCCGCTTTGTATTGATACAACTGATAAAA TTGTTGGGGATATACGTAATTTTGATTGTTCATCAGGTGAAGTCATATGCGTGGAAGGTA CCGAAAGAGATACTGAAGCTCTTGCTCTGGTCGAGTCTAGAATTTGTGACTTTGCAGTTT AATTATGTGCCAAATTTAAACTCCAAATTTTATTAATAAATAGATTCAACAGTGGTGCGT TTTCAATGTAACAGTAATGATATAGGAGTTTGTTTGTGTATGTGATGTATCATATACATG AATATTATTGAAAAGATGTTATGTGTTCCGTGTATATTGTATTTTGAGATATTTAAGTGT ACAAAAAATTGATTTGTTCAATTGTTTACTATATGATTCGTGTATACATACTTATGAGTT ATAAATTTGATATATTATATTCAACAGTGTTTGGGTTTCAGTTTTACAGTAATTCAAGCT GGGCTTATTTGTAACCAGTTATGTATCAGATACATTCATTTTAGTGAAAATTTTGTTATA TTTTTCGTGTATACTCCATCATGAGTTATTCTAGTGTCCCAAAACTTGACTTGTTCAAAT GTGTACGACATGTTTAGTGTGTACAGCCTTATGAACTGTAATTTTGATATAGTACATTCT AGTGGTGCGTTATACTGTAATAGTAATCAAGGTTAAGTTTGTTTATGTATATGATGTATC ATATACATTCATATAATTCAAGTTGCTAAATATATAACTGCAATATTTTTTCAAGTATAT ATTATACTTATGTATCATATACATCATTTGTATAAAGTGAAAAAAACTTAATAATGTATC ATACACATTAGAACTTAAGTGTAATATACTTCAGTTTGTAAATTAGCTGTCAAAATAACT TAAAATGAAACACTAAAAAATTTGTAAAGCAACAACTGTTTCTAAAAAAATAACTTGAAA AAATATAACATTCATAACTAATAAAATATTGTAATACCAATAAGCTTTTAGAAAAACACA AAAGATAATTGTCTTCAACACAAAACAACATATAAACTTGTTCATCCTGTCCCAGCTACG TATAATAAGTTACACAGTTGATGTAACTTTTCTTGGCCTTTTTTTCTTGATTTCTTCAGT CTTCTTCTTTGGCTCATCATTGTTGTTCTTCATCAACAATGGGTCATGCAATCGCTTAGA TCTATTCTCAGCCCACAGCTCATCATCAGAATCATACACACATTTGAAATTACCACACTC TTCCATGATATTTGTAAACTCACACGATGAATTGAATGAATGAGAAAATCTAGTTAGATG GAAAGATAGTCCTACAAAATAACAAATAGATATGGATGAAAATTTGAAGGGAATTCAAAA TTTACCTGCAAGTGGAATGGGGAATTAAAAGTAGAAAAGGAATAAAAATTAGTAAACTCA CACGATGAATAAGCTGAAGGAGAAAATTTGGTAGATGGAAAGAGAGTCCTAGAATATCAA ATAGATATGGATGAAATTTTAACTGGAATTCAAAATTAACCTGCAAACGTGTGGAATGGG GAATTAAAAGTAGACAATTATACACCTACAATGTAGGGAAATAAAAAGGAAAAGGAATAA AAATTAATATGGTAAATTTTAATTGGGGATGTTAATGGGGAAGTGGGTAGCTTAAAAATA GGATTTAGTTTTTGGTAAAGTAAAACTTGCCAATTGGGTGAAAAAAAGGTGGAAAATCTT GATGTATCTTTTATATTTTTTTGAATTGGGGGAATAAGGGATTTTTGAAATTTTTAAAAT AAGTTGGGATAAATGGTTATTAAGATAATTAAAGTAGTGTATTTAAGTAATTTTTCGTTT GTTATTTGGCAAAATATCGGTAACTAACCATGAATGATTTAGAACGAACTACGGCCCAAT ACTCTTGAAAAAGCCCAACCTGTTTCCTTTTGTTTTTTGACTCGCGATCATATTCATACC AGTAGAAATTATGAGATTACCAACTAGATTTGTTTTTAATGAAAATACACTAATGAAATA ATTATCTTTTACAAGTATATTTATATTCACTAATCAATAGAAGACCTAGTCAATATGTTA TAATTTGGACATGAATAAGTTAAATTGCATTTTGGATTTAAATAGCAATTTTGGACTTAA ATATAAAGGAAATTAGAAAATTTTACAATTCACCAAAATTAGAAATGACGTTTTCACCGT GGACTTTTTGCTTTCCAAGCTTTTACAATCTGCTTGAACAACTTTGACTCGAAACTAGTC TGTCAATTTTAGCTTTTGGCGACGATGTTAAAATCAAAATAATTTGTGATCTATACAATT TTCATGAGTAAAAGTTATTAGTCTGGAACTTTTGGGCAAAATACCCTTGAAAATAATTGT GACATGCTGGGAATTAAGTCATAGTAATATTAATTACAACTAGGAAAATTGTTTCTCTTA ACACTCTATTGGGTTGAAGTTATTAGTAAAAATGTATTTATCTTTCAATAATGAACTGAA AACCCCAAAAATATTTGTGCATAAGTTGAAAATGCATCAAACAATTAACCGATGAGAAAT TTACATTGGAATACATAGGCAGCAAATCACATTCTCTTCTTTATATTTTGATTATGTTCT TAAAAATACATTATCATATATTATATTGAAAACATCAGCAAAATCTGAATAAATCGAAGA AAATAACAAAATCTACTATAACCAAAGTTATTAAAAAAACAGACTTAATTGATTGATAAT TATTTAAACAAAAAAATCAATCCTTTTGGTTTTAAATTCGTTATTACCATCTGGCGTCCT TCAAATTCTTTGGCAACTTGACCATTTTATATTCTATATTTATGGTAATACTACTTTACC ATTTATATTACCAAAAAAAAATAAAAAATAAAAATTTGTTGTTAGGGCAAGACTCCGCAG ACTGGGTCGGATAAACCCCTCAAGAACCCCGGAATCGCCGCCGCCTGTCACATGACTTCT CCAATTGTCGAAATCAAAGGAGACATTGACACGGACGACCTCAATCCGTTCACTATGATT CTCCCACAAGATGGCCATGACAATGACGCCTCTCCGCAGCAGCAAAAACAGCAACTCCAT TTCCTCCAATCCATTAACTCAAACGTAGTCATCAGACAACTTCCATCTGAAGGCCTTTCT TTCCAACTCTGGCCTGCCGCTACTATTCTCGTCACTCTCCTTGATAACACTCGTAACGGC GAATCAACTCCGTTTTCCGATTTGTTCAAACGTCAGGAAAAAGGGGTTTCGCTACCCCTT CGTATTCTCGAACTGGGTTCAGGAACAGGTGTTGTTGGGATAGCTGCTGCTGCTATTCTT GGTGCTAAGGTTACTGTCACTGACCTTCCTCATGTGCTGCCTAATATACAGTTCAATGTT GATGCAAACTCACAAGTTTTGGAACAACAGAGTGGGGGTGTTGATGTTGCGGCGCTTAGC TGGGGGGATAACCAGCATATGGAGGCTGTTGGTAGAGATTATGACCTGATTTTGGGATCT GATGTGGTGTACCATGATCACCTCTATGATCCTCTGATTAACACGTTGAGGTTCTTCCTG TTAGGAGGTGGAAAGAAGATAGCTTTTGTTATGGCTCATTTGAGAAGATGGAAGAAGGAA TCTGCTTTCTTCAAGAGAGCCAAGAAGCTTTTTGATGTCCAAATCATACATACCGAGCCT CCGCCCGATGGGTCTAGGATTGGGGTGGTTGTATACCTTTTCACCGGGAAAAGATAGCCA CTATAGTCAATCAAGGCTAGATGTTGGTGGGATGTCAGTCTGAATCTTATTGTCATGTCA TGTATAACAATGGGGATGGGGTTAGCCCAACAAAGAAGTAAAAAACTACTGTATTTGCTT TACGTGGAAATACAATCAACAAAGAAAGTTGTGTATTATTGCATTTTAATTGAACATTCA CAACCTTGAGTTGTAACAAAACTCTACTCAAAATTAAGTTATAAACACCTCAAGTTAAGA GCTCTCATCCATTTTAATACAGAAAAAATACACAACATCAAATCAATTGTATTCGCTTCT ACATTGGCCATAATCTGCAAAAAAAATGTGTATAACTTGTTACTTCTTGAGGAGCACTGT CATTCTAGGCTTGCACACTTGTACCATTTGCAACCCATTGCAGCCCTTGTGACTTGAGAG CAGAAGTGTCTTACTTTCAGGATAAATGGCAACTTAAAACTGAGCTGCAGAACATGTTAA ATGGTGCTAGCATGAAGAAATGGGATCAATGCCACCAATAGCAACCCAAAACATTCAGTT AATCCCAAATCCAACTTCTCATTATCATCTTTTCCTCAACTGAGAGCCTCTTCCAACTGC CTTCATATTCTGTGAATCTCTAAAGCAGACAAAGTGCACAATTGTCTTACCATTAGGATA GACTGCAAAGACACTGGTGCCAATCCTCTTATTGCAAAGAGAGCACATGCTATCGCTTGT GATCTTCAAAACTGCTTTTCTTTGGTTATACAGTTCATCTTTAACCTGTTTCGTTCACAG CTTTAAAATGAGGGGCAACAAATACTAGACCGCAGCTTTAGTAAAACAATCCAGTCATAG AAATTAAAAGTATACTCAAACAGTTGAATAGCAATGATGAAATTGGCAGTTGCCATAAAA CAGAAGGAAAGAAAAAAGAAAAAAAGATGTGAAACGCCCATGCCCTGCTCATGCCAGTAA AAAATATCAATGTACTCTACATTGATATAACAAGCCCCCCTAAGCCTTGCTGGGGAACAA AATAACAGGTAAAATGATGCCAGCAAACCCAAATGACCACATATAAACTGTTGTATGCAT CAGAATGACCAGTTTTTTTCTCGAAAACTGTTCTTAGGGCAGGTTCCACGTGGGGTAGGA TATCGAAGGTTCCTTCAGAGCATTTTGGATATGGAATCTGTATGTGACAATAGTAGAACT TACCTGTAGGTTTTCACACTCTCTCAAGCTTTTTATCACTGAGAAGTTCCGATATGCTTC ACTGGATTTCCTCAGAAGAGGTCCAAGAAATGGAAGCAAGTTCTGCATGAAGCCAAAATG GATCAGCACAATACTATAACATCAAGATGTGAAACATTCATTCCATGCACAGACAAAGCT AGATGTAATGATTCTGCAGTTTCACTATGTACGAAAGGATGTTCACGCGAAAAAATAAAC AATGTTATATGTACTATCCCACTATGGTTGTATGTGAATATTCAGAAAACTATGTCGGGT CTACTACCTTAGCTTCTCATAACTTGATATCTACCAGTGCATAGTGAGTAACATTCGATA GTATTTTACTAGGCATAGTTGTTTCAAACAGATGATTTGATATACTCGACAATTTGAAAG ACAGATTGATCAAATTTCAATCTGTGACCTATAGGTAAAGTTGTCTCCGCATGAACGATA GGTCATATGTGAGTTGGGGAAGTAGGTTGTCTACATCACACCCCTCAGGGTGCGGCCCTT CCCCATACCCTGCGTGAACGCCAAATGTTTTGTGCATTGAGTTCCCTTTATTGATCAAAC CTCATCTTGCATCTTCCTTAATGTGTATTATCTCAAAGTCAATACTTAGAGATAATATAG TTGGAAACATCTAACATGCAGTTACGGACCATGACTAATCTAACACTCACACATAGAACT TTAGGACATATTAACATGTTTAGTACTCAGATGCAGAGAGTACAATCACTCTTGAACATA TATCTTAGCTTGTGTTCTGTGAGTTTTCATTTTTAGCTTTTGGGTATGGGGAGGTGGTTG TGCCATGATGGTTTAGAGGAGCCTGTCTCTGGGTTCTTTTGTGAGAGAAAGAAAATCACT TCTGTACACAAGGAGTGATGCTTGTTTACTTCAGTCTGTTTTGATTAAATAATGACCAAC TTCCTTATCTAGCTTATGTATACCATCACATTTTGATGTTTCTTTTACCTGTAGCTTAGT ATCCCTTGGAAGCAGTTTCAGCGCTTGGGCACCATGGATTCGATCCCACCTTCTGCTCAA AAGATCAAGTACCTGATCTAGCATAATAGTAGAACCACCTTCCTCGGCAGCATCTTCTGT ATCTCCATCACTCCTACCACTGTCTGTGCCGCTTAGACTGAATCGAGTGTCCTCAGCGCC CCCAATTTCAGCAATTTTCTTGGAGCGGCCTCCTTTTACCTTTCCTGTAGTTCCTAAACC AACTTTTGGAATCCTAGGGCTCTGAGCTGATACCAGATTAGTAATTTTCTTCTCAAATTT TTTTGTTGTCTTCCTAGGATTTAGATAGATTTGCAGTAGAGTCAGGTAAATGTTTCCGTA AGATTTTGCTGAATGTTGTTGAAGTCCTGAATCGTACACCCGGTCACAATAGGACAGTGC AAGTTCGGGAGCATGAAGCTACAAATCAAAGAGAGAAATTCAATTCAGTATGAAAAAACC CACAATTTAAGCTTATAAAATGCAACACAGAGACAACTGAAAAGACTTCAATGTCCATCA AATTCATAAAATTAGACATGTATTAATGACAAAAAGATTACATATCCAATATCCCGACTT GGGAATGCATACTAGCCCAACAACATACAGAGAAAGAAAGGGTCGATGCAAAATCCAATG ATGTAATTAAACTATGAGAAGGTTAACATGTCTGACGAACAGGTACACTAACTAAAAGAA GAGTGAAATGATTGCACTATTGAGATGACTGCTACATTAGTCAACCGATCTAACAGCAAA TGTGAAGTTCACAATATAAGTCTGTTATAATGCTTATGATGGAGAACTTGCACAGTTTTA GATTTTTGCATACCTTAAATACCCTCGAAAGCACCAATGCATTAGATAAAAGCCAATCCT AAAATATCATGTGCAGTTAAGGTGGAAAAATACCTTGTGCACATAAATAGACAGGGCAAG TTCATGTTTATTCATTTTCCCCAAAAGAATTGCACGTTCTTCATACAGAGCATCTGGTGG AAGTCTCTTCAGCAACACCTCTGGAGTATATCCAGACATACCCTCCAAAGCAGACAGTAG CTTTTTCCTTGGTGGAGGACATGTTTTCTCATCCCACTTTTGCTGTGAATTATGTTCAGC ATGAAAATCAAGCACTTCTGAGAGATAAATTTGCACCTGCCACAAGTTGCTAAGCGAATT TATCATAATCACATAAACACTCAACATTTTGTCAGACGCATGGATTGAAGCACAAAAGAC TGTTGAGCGGACTCTCCAAAAATGTTACTCCAACTGTGTTCGATCCTCCAAAAATACACT ACTTTTGGAGGATCCAACACGCACCCATTTTGAAGAGTCCGAGCAAAATCTTTATCCCTG AGAAACAGTAGGAGGCAAGATAATTGTTCCTAAATTTTGTCACTCAGGGTTTCTCAAAGA TTTGAGTTCAAAGAAGCCTAAACATGTGAGCTTCATTAGACATATGCCCATATCACGAGG AGAACTATAAGCCTCAGCTTTCTGGCTTCACTTGAAGCAATGTTGCTTTAATGGTTTTTA TGAAATAAAAGGTACAAAAGGGGAAAGACAGAGAGAAGCTACATAAAACCAGACAGATGG ACAAGTGCCTCTACCATTTCATTCTGCAGATTCCCTGAGATACTATTTTCATTCATGGCA AGCATGAGTTCTAGATATGTTGCCTGCATGTCTGGAGCATGCTGCTTTAAGTAAGAATTC ACCAAGTCTGCTGGAATGTTACCAGACAAAAATAGCTCAATGGTTTGCATCGGACAGCTT TCAAGAACAGGCAATGAGAACTCCAGGACAAGCATGGGGTCAGTTGCACAAAGGGGCTGC CCAAAAAAGAAAAAATAATCAGATAACTGTTTTGGCGAAGCATTGTTCCATAAAATACTT AAAGAGAGATTCATTCCCTGTGCTAAGCATAAATGAAGTGTGTAAAGAAAAGAAAAGGAA ACTATAAAAATTCCAGAAACTTGCTTGTATAAAAGATAAGAAATTAGTGGGTCAAATGGA TATGGACCCAAAACTCAAACTACCTGCCAAATCTCTGATAGCTGATCCAAAAACTTTACA AGCTTCCACATCTTTCAAGCAATTAAAAACCCAAAGTAAAGAAAATAAAAGCAGAGAAAG AAGCATACTTTGAGATATTCAATGATCATATCAGGCTTGAACTTCGTTAAGAGCTCTACA GGAGTTTGCTCTGACTTGGACTCTTCTACCAGTTGATGAAGAAGTTTCAGTGCTTCATGA TGCATTGAATTGCATCTATAAAGTTCTACCTGACAAGCATACTGGCTTCTCTCTTGCAGG AACGCATCGCATATTTTCACATCACAGTAGTTGAGGACTTTCAGAAAATTTGTAGCAGCA GAGGACTGTCCAGTTAAAAACAGAGCTTGAAGAAGTGCAGTGTCCAGTATTGCAGCCATG TCCCTAGCGATGGAAGTGATAGGAATATGAATTCTGCCCTAAATGGATCAAAGAAAAACA CATTTTAGATTTAAATTAGGCAAGTAATACAGCTAAGTAGAAATTATCCAAGTACTAACA GCTCTTTGAGGCGTAAGTGGTTTCTCCCTTCAGTAGGCTCACTAGAATAAGCCAGTACTT TTGCATATGGAAGAATCAGAACTTACCTACCTGACATCAGACTTTTGGAAGATACAAATG AAACAGTATTTTTCAGAAGGCTATAAATGATCGATGACTTGAATAATCCATCAAATTCAT AAATGATCAAACACATGCAGCCAGAAAGGTATTTATGCTTTGATGCAAAGAAAGGTACAT GTTAAACAGCTCAATATAATGCGCGCTGCCAACTGCATATCTTTGGGATTTCTAGAAAGC TTTGCTGAAAATACTAAATACATTGCTAGTCACAGTTATCAAGAAGAGATATGCTTAATG TCAAAACTTTGACTTCCAATTGAGAACTTATTCAACAAAAAAGATTTCCCCGAAAAGCTG TTTATGGAAGGCACAAGACACATTGAAAAGTTACCTTGGTTGGTTTTTTGGACCGGTCAG TTCCATAAGAAATGAAATTATCTCCAACAGCATCTGAAACCACTTCTTCAGTTCCCTCAG TTGTTGCTTTCTCAATGACACTGTATCTCTTTTTCTGCAAATACTTAATCAGAGCCATCA AAGTGTTGTGGCTCATTTTCTTGGACTCTATATCCATTTCATCAGATTCAAATACATCCG AAGACGGAGAATCTAGATCATCTGACAGACCAGAAGAGCCTCGGGAGAGATATGGTGCAT CTGCAACATCTGCAAATTTCTGTGGTTCAGGTATGCAAGATGATTTTGGAACAATAATGG ATGGATATAAGGCGAGCACATAAGTGATTTCAACTTGAGATGCCAGAAAATGTTCCATTG CTTCTTCATAGCTCCCATTTTCAAATAGAAAGTGCGCATATCTGAATCAAAGATTTATTA TCAATCTTCATGTATATTAGTTTCACATTTCGTTTCATTCCTTCTTTCCCAAAAAAAAAC AAACTATATGAGCTAAAACTACAAAAAATGGAAAGAACAATAAAAGAGAAGAACCAAGTT GTATTTAGTAACTTCTTGCCAAGCAATGTTCATATTTCAATTTTTTCCCACAACAATGGT GTAAATGACAGATTGTTCAAACCTCGAATAATCCGTGTTACCTTCTACCTCCCACAAGCA CACGTACTGGTTGACCCTGCCCACCAAGGTATAGCAGGATTAGAAGTAATCACCTATATT TTTTCGCCTTTGCTGAAATTCTAGCCCTGGTCTCCCAGGGCCTTTTCAATTACATTAGCC TCTAGGCCTCACCCTTGGGTGTTGTTCTTATTTCATCTTTCCTGGGAAAAAGAAACTGAC TAGAAAATCGAGCCAGGACAGTTTCCTGGTCAAGCCAGTATGCTGTCAGTCTTACTACTC ATGCGTACTACACTGGATGAAGTAAAACTTTAAGCAAACATAACACCTCAAATAAGTTTA TGGTGCTAATACCCTATACATTGTTCCTATCCAAAGAAATAAATGTACATTATCAATAAT TTCACATTTTGGTTGAAGCCTACATTTTATCAAAGATGTTTCCAAGTTTTCTACAAGAAT TAATTTCCATATAGCCTCTATATAATCTAATCTTTATCAAGATATGTGACATACTTTGTT AGAACCCACATTATCAAAGCCATTAACAAGCCAAAACTTTCCGAGTTGAGGATTTCAAAA GCACTCTAGAAGAAAGAACAAATCCCTAGTTATAAAGAATATCAACTACAGATGTTTCCA CAAATTTTTGGCCGATTCTTGATCTAAAAGTTTTAAATTAAGACTTCACAGCTACATTGA TATCAGCCTCGAAATGGACCCATATCAATTTATAACTTGTGCTAGATATAAACACGTATA CACCATAACATCATATACTAAAAGATGCAATTTCAATAGATTTGACATAACAGGAGACTA TTGCCATTGAACTGCAACGTTAACACATAATATTTGGTTAAATCACGCACCCACCCCCCA CCCCAGGCAGGAGGTTCAATGTAACCATGACTTCAATGAGATATATTTTTGTTTGGTTCA GGTAAAAATTAACTTTCATTAATATAATTATATAAACAAGAAGGTGCTGAAAATGATCTA AGTGAGATGCTGTTGCTATTGACTTACAACTTAGCACAAAGTTAGTGCAGAAGAGGGGCG GTGGGGACAAGGGAAGGGGGCAATCACCTCATATGAATTGACTGCTCCTTTGAAGATCTA AGACTGGAATCTTCTGGTGGTAGCAATTTGCACAAAGCCAAGGCCTCCTCAAAGTTTCCA GATGCTGTTAGTTGTACAATCTGCATCATGGAGAAAAGTTGGAATCACACTCTCAAAGTT AACTCAGTGAGTAATGGGTCTTCCCCCGACTTTTGTACCTGTGAAGTGCGTCAAGGAATT CTTTTACATGCTGTTGAATTTAGGGATCCTTTACTAAGATCTGTTGGTAACAGGTTCAAG GTGCATGGCCTAACAGGTTCCACATACCCTGATCCAAACTCAATAATTCAGACCTTAAGT TCTTTTGGCCAACTGGTAGATCAAGTCCAAGAAGCAAGGTATGAGCCTGAACCCAGGTCT CACTGCTACAAATCTTGATTAACAAGTGATGGTATAATTGCCTTCATATCTCGATTAACT AGCCAGAGGTGCAGTCCATGAACAAGAGTGGCTCTACCACTCCTCAGTTCACAAAGCACA ATATAAGCACGAGATTACAAGCAAAACCCCATATTTCTCCATCTTTGTTATGACATTATT GCAAGGAGTGGAAATTGAGTCCCTCATCAATTAAATGGGAAACTGATGTGGGGCTTATAT AGCCTTGCTCTCCCCACCTTAATAGCTAGCTATTGAGGTGTGATTCTCCTAAGGTTGTAT CAATGGTATCAGAGCCACCCTATGTGGGGCTTATATAGCCTTGGGCTCTCCCACCTTAAT AGCTAGCTTTTGGTGCTAAGGTTGTGTCAATCTTTCTTCTACCTTGGTCAACACCTAGAA GTTTTTGGTCAACACTCACTTAGGCATCAGAACTCGGCTCTATGGGGCCACCTGGAATCG TAGTGAGTTCTACAAGTTGAAGGCTAAAGATGGTGGTACTTGAGTTGAACAGTAGATGGG CCTAGGATCCATAATAGTAATCCAAGAGTCTACATTCCAAACCTTAAAGTACAAGGTTCA ACATACTGTTTTGATCACTAACATTCTTCAATCTCCAATATCCATCACCTCAGCTAAACA CCGATATTTATTGACTGAGGGCACTTCAGTTACGGTAAATCATAAAGACAAAATACACTG GTACTAGAATACACCCCCATCTGACGTATATTACACAGTTCACTTTGGATGACTTCCCAA ATTAAACTTTCGAGTCTAAACTATATTGCAGTCTTATATTTTCCAATCAAACCAGCCGTT CACATGAACTCCAATATTTAACTTGATCTTTTTCACCACATGAATGTGATATACAATTCA AACAAATTTCTTAGTTTGCACTCCTAGTCAAACCACATAATATTCAAAGAGATGAGGCAG CATAAGAATTTGGACAATGTGCTACATTTGCTCTTTTATATACAATGAAGAAAACTTTGA GGATATAGATTCTATGGATATATTATAACTTCGGGGTGGCCCAGTGGTTTGAGCTTGGGA CATCCATGTTAGAGGTCTCAAGTTCGAAACCCCTTGCCAGCGAAAGCAAGGGGTTTGCCT TCTGGGTCGAGCTCGTCGCACCAGGCTTGCCTTGTGCTGGTTACCTCTCCTATGTGGTTT GCGAGCTATTGCATAGGAGCGGGGTTTTACCCTGTGCGCACCCAAAAGGGTAGCGGCTGC GGGTTTCCCTTGTCGTCAAAAAAAAAAAGGAATATTCTCCAGTGCAATATTTATTTTCAC GATTTTCTCCATAAAACTCTAGAATAAAATGATCCTTTTTTGATACCTGAAGTAAGAAGA TGAATTATTTGGCTCATGAGGTCTTATAAGTAAAACTCATAATCATAATCATTACAACTT GCAACATAGATTTCTTTTGCAGGACTTAGACTTTCTGTTTGAGTGTCTAAGGCATTCTCA GATTAGTTTCATGACAAACTTGAGTCCGTCCAAAATGAGTCCTTCAAATAGACAATACAT AAATGTGCTACAGTTTTAATACTGGATTAGAAGCGTAAGCAATATACTTCAACATAATAT GACAGAAATTTTTCTAGAGTGACAATTACCTGCGCACCAAGAGGTACAGCAAAAAATCCA AAAACAGAATAATCAAGAGCAACAATCACAGTATTGTTGCTTTGAACAAGATGACGAACA TTCCGAAGGACAACTGTTTGAATCAAAGGATAAGGTACACGAAGAGAACGTATCTGCAAT TTTCCAAAACATCAAACTGCATTGTCATTCCAGATTATTAGATCTAAGGAGATTCGGTTA AATGAACAAAATGTACAGAAAAGCAAACTAAATACTCAAGCTAAGCTACCTCAACATGTC GCCCCAAAAGACCTATTGCATACGGCTTCTGGATAATAACAGCTGCAGGAGCCTCAGACC AACAAATCCTCCCTTCTTGGATCAACTTCCCGTTTTGGTTAACTAAGATACCAATATTAT CCTGCAACAACAATACTTAACAGCGATTAAACTGCAAAAGGGCAACCCGAACCAACCGGT ACTGGTTCAGTATGCATAAAAAGCTGGACAGATAATTTTCAAAGATTAGGAATTTACTCG AGAGAAGTGAAAGATGATCCACAAGGGCTTCATCAGCTAAGTCATAGAAAGAAAGCTATA GATTCTATGGAATCATATATCATCCAAGGAATGAGGATCAAAGGTGAATCACATGAATTT TAAAATTCTGAAGTAAAAGTATGTTTCCCCTGCTCTATGGATACATCGGAGCTCTGGTAT GTGGAATTTGAGAAGAAACAACACATAGGGAAGATGGCCCACCTCAGTCAACCAGGCCAT AGTGTTGTGTGCAAGTGTGGAAAAGAACTACAATGTCAATCAACTCAATGTAATAATGAC AGCGATAGGCTTTAGAAGACCATTGAATGACTGGGAAGTAAATAAAATAGCTGAATCTCT CAGAAGTTTGGAGCATTTTCCAGGTAATAGAGCCACTTAAGACAGCCAATGGCCGTGGAA GCATATCTAGGAAGTGAAGATACCTTGTAGGGTGGCATTTTTCTGGCTAGCTGCAAAAGA ATCATGCTTGACTCAAGACAACTTGATGGAAAACAGGTTGAAGTTGTGTTCAACATGTGT TTTGTGTGGGAAGGATAGGAGTTGACCAGCTTTGGCAAGATGAACTACCTGCTCTTAGGT TCACTTTTGGTGTAAGGTTAAATTCCTAGATGATGCTGAATCTTTGATAGATATAGTAGA ATCCCTCTAAGAAGAGTAAGGAGATATCTTTCCTTCTTTGGAAATGTAAATATGATTCCT GCATAACCTCTGTACCAATGATATATAATATTGTTACCTTTCTACAAGAAATAACCAACA TTACCTTGCCCAAAAGTAGTTCTCCGGGTGGAAGAGCCACCACAAGAGGTGCGGCGATCC TCCCTGAAGAGAACACCTCAGACAATACACCATTAGTGGTATTCAATATCTTGTACTCTC TTCTAATCCCCAAGCAAATATTCTCACCACACCATGACATCGACTTAACTGTGTCAGGTA CTCCAAATTCTTTCACCTCCACAAATCCACTCCCCCCTATAGAAGTTCCAAATAAAAATC AGGTTACAGCAATAGAGTTCTTATATCATTAGACAAATACGATCATCAGTATCCAAACTG CTTTAGGCAACAAACCTGATAATCAAAGGAAAAAGAAATTACAGGCCTTTATGATACTTG TGTTAAACTAAATGTAGTGAACCAAAAACTATACTCCCCTGTCCCAATTTATGTAACACT CGGCTATTTTCGGATGTCACAAAATGTTTGAACCATTCTGTTTCTATACAACTTCCAAAA ATTCAAATCATTAAATTATTCAATTATTTTGGGCATTATCTTATGTTTTTTACATCAAAC AATCTTTCCAGCGATTATTATAACATATATAATATCTCTACGTCCACTTGATAGTGGGAA AGCACAGTTCTACATTATGTTTGTAACATCATTAAATGATTGATCAGCCCATAGAGAAAA GTAGTTCCTTTTTCCTTTCACATATGGCAGAGACTGATCTAGTACACATGCACGAAACCG CATTGCCGTGACAATAATATAAAATTTTCAATTAACAATACAACAATTAAATTACATTCA AGTCATTACCGTCGTGTTTGTAAATACAGACTCTTTTTTGCCTGCCGAAGCAAAGTAACC CTCGTTTATCATCCCACGAATATACATTTGCACCTTTAGCCTTAGTAATCACTGATAAAG TCTCCAAATCAGGCAATCGATGTAACGCAATTGACTCGGAGAGGGAAAGCAGAAGTTCTC GTGAGACGAGGACTTCCATGGCCAGCATTTGTCTTCTGGAGAATCCATTCAGAGTTCTTT CAAGCACATATGGTCCTTGATGAAGCCCTAAGGTTTCGGAATGGAAATCAGATTGATCGG AAACTGAGGATTCTGGAACGTAAACACGGAGCGATCCATCGGAACATGCGATGAGCAAAT TTGAGCGGTATGATTCAATGGCATCGATTTTGGAGGGAGAATTATTGAGGAGTTGGAAGG TATCGTAGGCAGTGTGCACCATCTTTCTTCTTCCCTGATTGATTTGGGTAGCATGTCAAA ATAACCTCTCTGTTCCACAATCTACATGCGTATTATTAGCATGTTAATGCTTTGTCCCGC TCTTTTGGGAATTTGTTCATAAACTTTGCCTATTTTCCACACTCCTCCCTTCCTTTTTTA CTTTGTTTATTGGGTTTTTATTTGATATTAAAATATTTTGATTTGCGTTCAGATTGAAAC TAGAAAAGCTATAAAAAAAAAAATAGATTTAACAACAAATAGATTGAAATGAAGAGAGTA ATAACTATTTAGTTTTTTTTACATTCTTTTTTTTATGGGGTTTTAATGGGTACAGACTAG TTGGTTATTTTTAAAAAATTACACCATTTCAAATGTTTGGTATTTTATAATATATAATTA AAATTAATTTTTTTAAAATCATCCCAATCATATCGATTTCTTTTCAATATTGGTACAATT CATTTATAATTAAAAAAAAATAACTTTTAAAGAGTCACCACAAAATATACTATTATTAAA ATACTTCTTTGTAGGTAAGTTTTTGAAGAAGCACTTAACTTCTTCATCAAGATGCCAAGA ATGTAAAACTTTGTTACCATATTGTTTAATCTTAAACATTTAATCTGTGTTCTTGAATAG ATTTTGAATAGATTTTGCCGTATTATTTGATGAAATATTTATTATAATATCTAGGGCCTA GGTTATATTTATATATTAAATTTAACATGTTATTAATATACAAAATAGTAAAACGATTTG GTTTGAAATTTTTTTATTTTTTTTATATATTAAAAAGACCCTCTTAATTAATCAAAACAA TTATACACTTAAATAAAAGTTCGCAATTTTAATAAGAAAAGTGATATAACAATTTAATTA GATTTAGTTCTTCTTCATATTCTTTTGACAACTTAATTAGAGGCAACACATATTCTTTTG ACAACCTAATTGCCAAACCAAAAAAAATACATCCATCTCACTTGTAAAGTTTTAATTCTA ATAGTTTTTCTTTGAAACACCAAAACTAAAAAGTGTATCACTCATCTTTCACTATGATGG CTATGTTGTCTTGAAAAGCGTTTGAAATACTTCTTCTTTAGACTTCTCTTGACTATAATA AATACAACATATTTTTCATAAAACCAAGGTACGATTACGGTCAACTTATCCGAATCCTCA ATTTAATCTGTACAAGTACAAAAATCATCGTAAAATTCATACTTCTACCATCTCCCTCTT GCAATGTACCCGTAGGTTTCTGTGGATTACATCAAACAATTGTTAGTGGCTCAATTGGTT AAAATTGAAATAAAAGAAAATACATGCAGTTCTCTTTTTTCTTCTTTTTCTCGAATTATA AAATGAATTTCTCAATACAATTACAAATACAAGTGATTGTTGGCTCTTCGACAAGAGACT ACACATGTACAAAAGTTGTGCTGCAAAATTTGAAGAGCTCCCTACCGGCCGGTAACCTTG ATAACAATACCCATAGTGTACATTCTTTTGAACATTTCAATTATCACGCCTTTCGGGCCT TGACAACATGAATACTTCTCACAAGGCCTTTCCCAACCTCGCCTATGGTTTTTAGCGTAT TCAAAAGATCTGTGCTCTCCTCCGCGGAGTCATCATGCTTCCGTTTCTGGAGAACAGACC ACAATTACAATCTTGTTACTAAACCATCATTGTTACTTCAATACAACTAGAAAGCATACC TGTGAACTTGCTTTTCCTAGTGTAAGACCAAGAGCATCACCACCCACAGCATCGTACCAA ACCTTGACCACATCGGGAAATCCTTTCTGCATCACATATGGGCAAGAAGAAATGGGTCAC ATATGGGCAAGAAGAAATGGGTGATCCTCAGAATCACAGGAACGATGGGATTCAAGGGAT TGAATAACTGACTAGCACCTCAGTGGAAAAAATATCAGCAAATGTAAGTACTTGCCTCGA TATCGGCAATAAAGCACCTTACTGGATCAAAATTCACCATCAGCTTACTTTTCAGTTCCC CAGAGTTCACTTTGAAGTCTCGAGGAGAAAAGAAAGGATGGAAAATCTTGGATGCATGCC CACGCACCACACATCGCTCTAGAAAAAAAAATGGAAGTGTTTCAGACTCTTAATTAGTAC AGGAGTTTCAATGCTTAATGGGTGAAAATGGGGGAGGAAATAGAGGTAGATATCATGTGG AAACAAATGCAATTACAAAGTAAGATGAGAAAAAGAACCTTGTTCAAGTTCGGATGGAAA GAGAAGATGCTGGGGGTAGGGCAATTTATCTCTGTGGAGAAGAACAACAGCATCATAGTT GCTCAGAGGCGTGCGGAGAAGACACTGCAGGATAAACATCAACAGCACTATGAATGACAC GTCGTAGCAAACAAGTTCACAGATACTGGAAAATTGATGTTTTTACATACTTTCCATCCA TAAGAATCATATCCATCTTGCGTAATCAGTTTGGTCAACAAATTCGCACTGCTAGTTGAA TAAGCCACCAGTCGTCTTAGCTCCTAGTACACATCGGTACCCACATTAATGCCAGAAAAA AAGCCATGACAATCGTGAAAACTTATCAACAAAACAATCATGAGAGGAGTTTGTTCTCAA GACCATGAACGACAATATTTCCTAAAAACTAGTATACATGCACAGATTGTGTTACACTAC AGGCCCTGGTTCCATAGAAGGTTTAAATGCTTTATCTTATTGTTTGATTTCTTCATATTG TGATATCTCATTATCCATAAGACAACAATATTTATCCTTTTCGGTAGTCATGTCCCAAGC TAAACTTCCCCGATTGACTTTATGAAGACTTTGAGATGCGAGGGATAACCTAATGGTAAG AACCCTCCACCTCCAACCATAAGGTTGAGGAATCGAGCCAACAAGAGAGATAAGGAGGAA TAGGATCAATATGGAGCTCCTTGGTGGGTTTGACAACAGGTTTACCATAAAAAAAAAAAA TTCTTAAGAGAATTACTTCTAGCTACTTTTCTTAATCTAGGAATATAAAAGAGAAAAGGA TGCACAAGAAGTGGAAACGTGGATCTGGTGTAATTTTGTGTTGTATATATGTTTGATAAG CATCCTATGCACATGTTTAGCCAAAGTGTGAAGTTGTAACATCACTGGTCCAAATATGTA CAGGACAGATCATGGTTACCATCATATGAAATACTTCTCCTTTCTCCTAAATGATTCAAC CACAAACAATATTGACAAAGCATGTGGTTTGCATATAGTAATTAAGAATTACTTTTGTTG TGAGTATGTATATGGTAGTAAGGCAGCTGCAAAAAGTAGTCTGCAGATGGAAACTAAGAT TAACATGAGCCTCTCCAGAGGCCACTTTTCTACAAATGAAACCTTGGTCATACATTCTAG GGACAATGGTCTTAAGTTGACATCTAATCTACAGTGTTTTCTAAACATGTGCTAACTATT TGGGTGCAATATATATACATTAGGAAGCAAAACACTATGTTTCTTCACTTAGGGGTCATT TGGTAGAATGTAATAGCAAAAATAATGCATGCATTAGCTAATGTGTATTAGTAGGCCCTT GTTTGAGCATTTTTTCATGCTATATATAACTAATGTAAGCATTAGTTACACACTCTATTG TGTATTGACTATTGAGGAGTGTATTACTAATACCATGAATTTCTAGGTATTAGCAATGCA AAAAATTTAATAATGACTCAATTACCCCTCAAAAAGCACTTTTTACATTTTTTCCATCAT AATTGTGAAGGATACTCTTGTAAACATAGATTTTTATACAATGCATACCACTTTTAACAC ACCAAACCAAACAATGCATAAGAAATAATCTATGCATAACCAATGCAAGTAAAACTATTG CTAGCATTACTAATACACTCTATTGAGCATTATTTTTATACTCTCTACCAAACAACCCCT TAATTCTGTAAAAGCATAAGAATATGCTTAGGTGAACAAGATTCCATAAAATACAGGAGA AGATTTAATACAAGTGTTCAATCATTGAGGAACACTTACTGCTGTAGTTGGTGAGGATCT TGTCCAAGCTTCAGATGCAACGTCATATTTAGTAGCTAAAAACATTGCAGGACTTGATTT CTGTGTGTCCTTTTCATGCTCTTCTCTACTTCTCATGAAATTCTCCTGTCAAATTTCATA TGCAAATAGTATTCTGAATTATAAAAAAATATACATGGAAAAACAAGATAAGAGCATGGA ACACCCTCCAAAGATGGATCATTTGGCTTGGTACTTACATTAATTTTATTTTTCTCCTCA GTTGAAAAGTCACCATCAAAATCAACGATTAAGGGAGAAAAGGCCCAATCATATTCCGAT AATAATCGTAAGAACCTGTTTAAGATACAGAATATAAGAAAAAGTGACCAACTAACAGAG TTTATAACTAAATTTGAAACCGAAAGCACCATTTCAGATTTCATCCATTTCTTACCTCAA AAACAACAAAGAACATAAAAGGACGGGGGAATTTAAAAGGGGAAAAAACAAGCATGAAAA AAGAACACAGCTATTAGAGCTCAAACGTTGGTTTGCAGGACACTATATCAATTGACTGCT CACGAGTATGTTTTGACGTGATTACAGACGTCAGTAACTTTTGTCTTATGTAGATCTTCT AGCCTACACGGGTATAACTACCAGGGAGAAGTACTGCACTTCCACCCTAGATTTTCTGTT CTTTTGAGGAATCTGCTGCTCTTTGATATAGATGCACAAGCTGTCATGTAGAACTGATAA ATTTATAAAGGTACAAGCAAACTTCTTATTTAAGTTGAGTCCTTTACTTTTTATAATTAG CTTCAAGCCCCAATATCATATTGGAACTTTTAAATACAAAACTGATCTGCACCTTCAACA ATTCTTTCTCAGTCTGCATCAAGTTAAAGTTTCACGGACAGCGGAAGTGGCTTGAAGCTT CTCATATTGTAGAGTCATATATTCATAAGCAATTAGAACTTAGAAGTAGCTTTTGCACCA CACTCAACCCCAATAAATAATATGATAAATATTCTCTCACAGTGTTCTTCAATCAAACTT GGGATTGTAAATGAAAAAGATCGCAAGAAGTGAAGTTTTAGGAATGAAAAAAATTCGGGG GTTAGTGGTTCATAGTATTCCTACCATTACTGTAAAACTTGAATTGGCATAGCTGTTATA TTTGAAGCTTTGAAAGTGACCTTGGTAATAAAAGAAGTAATAGTGAAGAACAGGAGGCAA TAGGCAACATAAAACAGAAATGAATAGCAATTGGCCATGATTATGGGGATCAAAACAGTA CAATCATCAATAATAAGCCAGATAAGTGCCACGGCTGGCCGACCGAATATGCCATGGGGC TCAAACAACTTGCAATGACACCAGGAATTTGACCAAATACATCAACTGATCATATGATTA GGACATATTAATGCTAAGACCATGTAAAATCATAATTAAAGATCAATTGAAGTTACTATA TTAGTGGCAATTAGAGCCTACTACTATTTAACTGCCAAGAGCCATTGCCTATTTCATAAA AGAAAATCTGCTAACAATCAGCACCACAGCCAACCATGGCTCTACACATATGCACATTTT TTAGCCCTCCACCTCCTTCCCTATAAATCATGCACATAATTACATTACCTGAAGACCCAC CACATTCTTACCCTCAAACAGATAGCATCAAATGCACAAAAAGTTAGCTGTTCCATTCAA GGTCACAACATTCTACTGTGTTGTGAAAGAAGTATAAGTTGCAAGTGACACATACAAACA TACACAAGGGAAAATAAAAAAGAGGTCCATCATAAATGTGAAAGAGCAAAGATAATTTTG AAACAACAACAGAAAGTGAACACTATTTGATGCACGCATGACAGTCGCCCACAATTTTGC AGGAACTTATTAGGTTTTCGGAAGAGCACATGTGTGTTCCAAGCAACCAAATTGTAATTC TTTTGTTCTTGATAGTTAACTTTTAACCAAATAGTATTTGAGTGTGAAGAAGTGGGGAAG AGAAAGTAACCGGTAATATAATTGAGTAAAATTGAATGCTGAGTGACAGATATTAAACCT CAAAAATCCTGTTATTCGGGAGAAAGGAGGTTCAAATGGCAAAGGTCTCAAGAAAAGATT TGAAACCAATAGTTCAACTGCCTCCTCTGTCAGCACCGTGGATAATAGATGTGCAGAGAC CCATCTTTTAGCTAGCCTGCAAAGCAAAGACGTAAATGAGCTATAAGGAGGATGAAAACG GGCATGGAGTATGAACTCATGTCCTTACCGAACTATTGGTCCATATATAGGATAACGACC CCTTAAAGCATTGATCTTGCTCGCATGTTGGTGTTGCAGAAGAAGTTTTCTGTCAGCAGA GAGGCTCCATTGATGTCGACTGTTATTACCTGTGGAAAAAAATCATCCATAATCAATACA CAGAAGTAGGTCACTACAGGCTGTCTTTTACATATTAGATAAAAAGTTCCATAACAATAG GGAAATTTTCTATTTGAGTAAAGAATACAGGCACAAACTGTCTTACTTTGCCCAGTCACC AGACCAAGAGCCCTTTCATGAGAAATTTTAAGGCGGAATGCATAGCCAGACATTAGAACA TCTACATCATCTTCTGTAGCTGTAAACATCATCCCCCAATTGTTCTGCAGACTGCCAGAA TGGTGCACTCAAATGAGTTAAATGTTGGCTTACACAAAGTATTGTTCCATAAAAAATAAA CTCAAGAAAGACCACCTCTCAGCAATTCTAAGAAGAAATGCAGTTTTTGTCTTCTCTATT GCAATTTCATCCATCGGCCAACTTCCAGATCCTTCAAGCTATTATAAAAGGGGGAGGTAA ATCCTTAAGATTCTTGGGGATTCAGTGCAGACTATACAACAAAATTATTCAAGGATAGCT GTTCATGCCTGAATCATAACTTCAACTGGATTTATACAGGTTGAAATAGGCTTCCTTAGT TTTGTGGCAACACTCTTCTCATGTGCCAGAGGATGAGGCATGGGCGGAAAGACAGATGTC AACCTAGCAGCTGTGACTAACTGTAAGCACGAACCACTTTTGCAGTAATAGGAGTATCGA ATATATATGTATGAAAGAACTCTTAAGAGTAGAGAAAAGGAAACCTGAGTCTAGAGCTTG CACAGTCGACACCTTTAGTGGAATGTCATTCAGCTGAAGCAAACGCTTTGACAGCTCTTC AAGTGCCACCAGCAAACTTTTTGAGAAAGATATAGGATCTAAAAATAAAATTCATTATTC ACAAGGAACATTCTTCAAGCTTGAGAAGGCAAAGACTGAAAGTAACTAGCAATAATGACC GTACCTACATCCCTGTGGAGAAGACAAAAATCAAGTTGATCCACAATAGGAACAACTTTT TGTTTGGGAATGGAAAGATGCCTAGACAAAACATGCTCGGCAATATCTTTTATGATGAGA TGCCTTTGCCACTCCTCATGTTCCCATACTGGTAATTGAGGAGTATACAGAATAGAAATT TAAAAAAATATCAATTTCAACAGTCTCCGAGTCTGGTAGAAGCAGAAGCAGAAACAGAAG TCTATCTATGACCTAACCTGCAACTTCAGCTATTTTACTATCACGAAACTGTCGAAGTGA CGCCTTATCTCCCCAAAACTTCCGAAATTCTAAAGCCTGGTGGGATATCATGCAGTATGT ATGAGTAAAGCAAAGTGAACAAAAGTTAACTGGATAATCAATGAGATAGACTTGTACCTT ATCTCTTTCCTCAGGGCTAGGACCTACGACAGTCATTTTAAATGCTGCCTCTGCAGAGCT GACAGAAATCCCAATGAGCAATGGCTCATTGTCTAGCTCTGACAGTCCCTAGAATAGTTT GTTTCCATAATAAGATCAGTTATGTACCACAATATCTTAGTTGAAGAATGACCAATAATA TACACATACCTCTTCAAAGTTGCATTCAGATGAAGTGTTTCTCCAAATAACACGAACAGA CTTAGATCTGTCTCTCAAACCTTGGTCCATGAGGGAGACTACCTTCTGCTCCTGAGATCT CCAAAATTCATCGTCTAAGCAGTATCCTGAGCTAGAAACTTCACGGTTTCCCCTCAAGTT CAACCTAGAGGATCAAAGCACAATATAAGTGATCTTGGTGATGAACAACAAAACCAAAAT AAGACATTTACACTTCCATGAATAGTTGTGATCGAAAACTTAGGTTAGTCACTTAGTACT TGACCCATTCTTGTTAGCGCCCCCACCCACCCCACCCCACACTTAAAAACAAACAAAGCC CCTTATGTTGCATCCCCCTTATAAAAGCGCTAAAGACCAGCGGGACATAGTGTATTGCAG ATCTTTCAAATAGATATTTAAAAAATATTATTTTATAGGGTGACTAGCTCCACTAAGCAT CATTTAGTAGCCACCACAATTCAGGACTCCGATAATAGCAAAAGGAAATTCACTTCGAAG ACACTACTAGTAGAGCAAATACAAACAGTTCATTTGATGCACCTCACACAGTAGTCATAT CTAGCGGGAAAGTCAATCTTTGTGATAAAAAGCTCATCAAAGCCACCATCTCCACATTTG TTGATGCAATTAACTGCCAAAGCAGCCTCATGGCGCAGCTGTAAGTTATAAAAGCAATCA AAACATTTTATTAGTGAACATGAATCAGACTTGAAATATAATTCTTCCTGCTTCTCACTT TTTTTGACCATCTAAGAAACAAACTATGGAGGAAGGATAGTGTTATTATTTCTCCATTCT TATTAGCAGTTAGATCATTATGATCAATATGGCAATGCACTTATCATTCAGATTAAATTA ACTGAATGTGCACTTTAAAATTCTCGAAAATCACCTCTTGGAAACCATTGTGTGACAGAC GGAATGCCAAATTGAAGTCCTCAAATGAATTGCAAATGACCACAGGAAACAACTGCATAT CCTACAATTTGAAACTTAACATGAGTATGGTACACCGTACAACAACAATTTAAATTATTA GACTTGTCCCAATTCCTTGGAGACAAGAAAGAGTAAATAAGAAGTTGAAGTAATTCACCA AAATGGAACTCATGCATCTTATGAAGAGGAGCCACTACAACTACATAGTGGGATGCAAGT TCTCAAAGACCAAACAATGGCATTTGTAACAAGGCTTTTAGATGTTGACGCCTAAAAATT AGAATGCATAAAAATGGAGGAATGGCCTAATTTAAAGCTTTTGTTGTTTTGATCATGTCA CCTATTTAGACAACTAATAAAAAGGGGATTAGTAACAATTGGTTATCAGCCCAGAATAAA GATTTTTTAAGCATAATAACCAAAGACAAATATAGTAATCTAGCTGAGACAATCAAACAA GAACATGAATTGATGCAATATAAGGTGGGGGGAACATGTTTGACATTCTTCCATGTACAT TGCCTGGAAAGGTGAAGCTCCATTCTCTGTACCAGGTGATTTAATAGATTTTCTGCACCT TGTTGATTGTTGGTTTCTTTTTTATCAAAAATGTCTTGGACTTTACTTCTAACTAGATCC TTGAAATCTTTCGAATTAAGTTAATCATGAAACACTAGATACATCTTTATAATCTATCAC ACACTTCTTTCTGGCAAGTATGTCTTCTTAAAGCCTCGTGCACATTCCCTTGACAACTAT AACTTGTAATCACCAAACAAAGAGAAGTAATAAACCTTGTTTGAAGCATTTTTTTCATGC TGGGGCTGAATAAAAAGCCCTTTATCCCATGTCTTAGAGGTGGCTGCGAACACAGAGAAA TAATTAGTACTACAATTGTTCTCTAACTCAACCAAATAAAAGATAAGTATGAAGAGCACA TTAATTAAGATATTTTTCTTGCCATGATTAGCCAACTCCACTAAATGAAAAGATAAAACA TGGAGAAAAACAAAATCACCACAGCAACAAATGCTTGGAACGGACATGTTAAATAATGTC ATCAGTTCTAGAGAAACTCTTCACATTATTTAGCACCACTACTTTGTTAAAATCTCAAAA GTTGAGTTCAAATATGCCCATGACTTCAGTTAATATTCATGTTAAGGTTGTTAACAAATG TTTGCGAGTCTAAGTGTTGGGCAATTGGTTTTCAAGTCAAATGCAGAAGATATCCGCCTG ATAACTCCTTTTTCCTTTGCAAGACAAATTCTAAGAAAACAGAATTAATTTAAGCATCTA ACGTAGTAAGCAGAACTTTTTACCTATTTCAGGCAAGCAAAACATTCTTATCAAAATGAC TTAAGAGGTGCTTTGTTACCAGGATTACAAATTATAATCCCAGCAAAATCAAACATTCGT CAAAGAAAGTTTATGAACTTCTCTTTTTATCAAGCAATAAGATTTTATCAACAAATGAGC AAAAAATTACCGGTATACAAGTAGTACACCATAAGTTAAAGAACTCACAAAAAGATATGG GTTTTTACAAACAACACCCAATTTTCTATACCTATTGGAATTTCGTGGGTGAATGAGAAA CAAATAACGGAAAATGGCTAATCTGCAGTTTCAGAAAAAAAAAAAGGAGGCTAATCCTCA AGTGTACAAAATCAAGGGATTGATAATCCGTAATACAATCCATTTAAATCAAGGCATAAC TTCTCTTACGAACTACACACACCAGAGTTTGATGCCCATAAGTCATAGGATGAACTAACA CACTGCACCTAGGAATTTTATTCTCATCTTGTTCAATGCAAAAACACAAGGTCATGATAA AGTTCTTCCCATTAAGCTGAGGAGAAAACAAGGGATGCTTAAGGAGTAATCGGCTAGCAA CAAGCGAGAGAGAGTAGGGAATTCTTGGCATACTCAAGGCTTTCATGAATTTCTTTAACT TTTCGACCAACTCTAATTATTAATCCTATGTAATATCTTACATTTTCCAACAGAAGCCTA ACATATCTATGTCTGAATCCAGAACATGGTCTATCTTCTTCTTGTGCAGGTAACATAGTA CAAGAAAACCAGGATAGAGGACAGAACACATACCGATGAAGTCCAATGTGATACGAAATA TCTGCATTGTATTCATGGAACTGTTGATATGATGCCTACCAGGCTTTGTTGCAAGGAAGG CCAATATTATAGAGATTAGAAACCCATTCAAGCAATCATGAGCATAGATTGAACTCCTTT GCCGAGCCCACACCTGCAGATATGCAACTGATGTAATATTCTGACTAAGAAAAGTAAGCT ATTGGACCATATTAGCTCCTTTTAAAAAAAATACCTTTAGCAGTATCAAGGCTTCCCCCA ATTCTTTCCATCCAGAGAAAGTTCTTTTGACAAACTCGGCATTATCCTCAAGAAACAAAT CCTCCAATATACTATTATTGTACCTTGGTGTTGCTTGTAAAGCATCTCCTAGAAGTGGAA ATAAGTGCAATCAATGTTTAAGAAGCAATTCAATAGGAGAACAGGAGCTTGACAAAATAT CGAAATATATAAACCTTGTTTGAGAGTATGGATATTATTTCGCTCAAGGCGTAGTTTTGT TGGACTGAACAAAGATGTTGCAGCAGGAATTATCCTCACAACAAATTCAGCATTTCCAAT AAGCTTAACAGCTTCAATAACAAAAGAACATCAAGTCAGATAAACATCTGAAACTTGCAG TAAACGCCAGAAAACTTTGCCCACAAAGAAGCAAGAGAAGGTATGGAAGATAATTTGACT CGACCTGGATAGACAAGTAGAATAGGTTTCCGAGCCTCATTTTGGAAACTAGACCACCTC ACAGCTTTGATTAATGGAGATTTTGTCAGCTGCTCCTTGATTTTGCAGAGATAAAGGAAT CTTTTGGCATGGTATCGATAATTTAGGTAATCTTTTTCATAAAAGCACTCCTGCCAAAAG GAACAAATTTGAAAAAGAACAAGATATCTCACAACCAGAAACTCAGAAAAGTAACATATC ATGAATGTGGTTATTTACAATAAGACCTGCATGATCATTTCGCCCAAATCAATTAGTCCC AACTATGTTTACATGAAGCATAAGGTACGATCTTCACACTATTCATTCAGCATACCGACA AATGAGCTTTCACCTATGACAGATCCCATGAACAAAAACTTATGGTCTATCACAACTATA AAACCACCATTACATGTGTGTGTTCCAGGCCACTTTTTTCCAGTAAGATAAGCCCGCGAC TAGGATTCATCAAGTAAAACTTCTTTCAATTTCTCCATATTCATAGTTAGGAATTTACAA GGCATGTATTGTGTAAAAAAAGAAGCTATAAGGAGAAGATGGAAACCAGATAGCTTGCTT TACTCATCATGTTCCCTGCATTGCTGTTAAACAAACTCTTGAATGGAGTTGGACTTCAAG AAATTTGAACTTTCTCACATTTCATAGCTTATAAATCCTTCTCCATTGCATAGACTAAGA AAGAGCTAAAAGTTTAAAGTTTTGACATTTCAAACATGTGAATTTTCTTATTTACATACC AAGCTTCTTATATTATCGTGTAACAAATTAAAACATTTTAACTTAGCATCAAAGTGAAAA GTAAATAAATTACAATATAATTTAATACAATACACATCAAGTAGGGCTTTAAGACACTCG AGAGTATAGCTTTCTAGAGGAAATAGACAGCACACCTTTGGCAAGTGAAGAAAAAGATCA ACATTTAGATCGCGTTTGGTAACACAATGTATAGAATAACTCCCGCCAATTTCCAAAGAT TTTGGCTTCTTAAATGTGAACTCCACCTTATCCGCATTGATATCTCTAACAAACCCCGGC GCCAAGTTAGCCTTAACCTGTCAACAAAATGATTACAAGAATTAAAAGAGAGGAGTGGAG CAGTGGAGTCAACTAGTAACTCAGCATATTTCAGAACTCCTTGAATAAGAAAATAACTCA CCACCAGAGGCTAATCCAAGATTTAAAGTTCTAATTCACCCACATATTGAATTAGAACTT TAAATCTTGGATTAGCCTCTGGTGGTTAAGTTTTTTTTCTTGTCCCTCTTGTATCTTCTA CATGCTGTTATTAATACAACTTACTTCATCAAAAAAAGAAAGCTTTAATTCATCCCCAAA TTGAATTAGAACTTCAAAATCTTGGACTAGCCTATGGTGGTGAGTTTTTCTTTTTTCTTG TCCTCTTGGAATTCTTGCACTTTCTTGGAATTCTTGCATTTTCTTGATGCTGTTATTAAT ACAACTTACTTACACAAAAAAAAAAAGTTCTAATGCACCCACAAATTGAATTGAAACTTC AAAATCTTGGATTAGCCTATGGTGGTGAATTTTTTTCCTTGTCCCTCTTGGAATTATTGC ATCTTCTCGATGTTGTCATTACTACCACTTACTTTATCCAAGAAAAAGAAGTTCTAATTC ACCACTACTATTTCTTGACTACATAAATTACGTTTTCGTTCTAAGGATGATATAAAGGTT TTAGAAAGAGATTGACCTGGTCCTCGGGGATCTTATCAATTGCTTCTTTTATGCCAGAAA CAACATTGTCCACAGTTGCAGTGGTTTCCGGCGAGCATTCGAACTGAACCTCCTTCAACA GTTCCCTCACCTTAAAGTTCATCGAGTCCGTGTAAGTTAATGTATCCGATGCCATTGCTC TACAATTTCTGTAAGAATTATTCTTTCTTGACAAGAACTAATTGAAAAAGAACAGGCGGA TTTAGGCACTTTGTCTAAAACCCTGCTAAAACCCCGAAAGAAGAAGGGACTATTTTTCTT GGACAAAAAGCGCCTTAAAAATTGGCCCTATAAAAAAGAGATGTGTTTTAACTTTTAACC TATTTATATGAAGGGAAGTCCAAGTACACCCTATTCAAAGAGTTAGGTTACGAGGTTTGC ACAAATGGCCGTTTTAAGACAGATATCTAAATTTTATTTCCATTTTAAATTTGCTTGCCA ATGAAAAAGTTCATTCAACCATTATAAAACTCAAAATTTAATTCATTTGGCTAGCACGAA TACTAATAAGTGGTCATACAGTGCAAATTTCTTTTTTTCCTTTTTTGACATAGGAAGGTT GAGAATTAGAAAAAGGATTAGTTTGGTTGTACTATACTTTTAAATTTTAATTGTCGTATT TATTGTTATTAGTGATATTTTTTAAATAATATTATATTCTTATAAGATAAAAATAAAATT CATGCACGCATTATCTTTTCGGCCCTAATTTATAATATTTCACTATATACATAATTTTTT TGATTGTTGTAATTAGAAATCTCGACTTTATGATTTGATCTTTTATCAATTAGAAAGTTT TCATTCTATGTTGCTTCACTTGTCTTTTCAATTTCATGAATATTTTGATTTTTCAACAGC TTTTACTACATTGAAAATCTTATGTGTAGTTACAAAGTGCATCAATTATTTAAAATGAAA TTTTTCATATTTAGAGAGAAATATGTACACATACAAATCAAATTTATTTAAATAGTTATG AATTTGAATAACGTTGAAAAGTAAGCGAGAACAACACTATTGATTTTGCTGACAAAGAAA AGATAAAAATGCGTAGACAATTCTATCTTATTACCGACGCGATGGATTGCTATTTGAAAA CGTACTCAGGTAGCCTGTCTCCAGAACCTCCACTTCCCATATCAAGCTTTATTTCTATCG TAATTTTTCCATCTGGGCGTCGATTGAGGATTGGCCGAGGGCCCTTTTTTCTTTTATAAG GGTCTCCTCAACTGTGTATCGATCGAAAGGCAGGGCGACACAAAATATAAGAATATGACT GTCGACAGCTTGAAAAAAAAAGTTCAACAGTTCCCTAAATAAGGAGTCAATGACTTTATC AACAAATAAAGGACCAAAAGTTTAATTTACGTTTATTCAATTTTACAATTAATTGAGTAG AGAGAGCGAGACAAAAGAGTAGCTTTGCCAGTTCTTCTATTGTGAGATTTACAGGAAGAA TGATAAAGGCGGTAATGGTGATTAACACCTTCGGCAAGCCTCGCCTTTCGAAATTTTACG AATTTCAGGTTTGTGGCTCATAATTATCTTTTTTTTTTCTATTCCTAAGATCTATCTTTG ATTCGATCCTGTTCAATTTTCGCTGAAATTTGTTATTGGGATTGGAATTAGCCAGTGGAG AAGCAACAAGAGCTCATCCGCCATGTCTACACAGGTAAACACACAATTTGATTAAACTGA GATTTCGTTCAGTTGAATGAGTTTTTGTTTCTTCGTTTTGGATTTCATTTTTCAGTCTTA AGCAACAGGCCTGACAATGTGAGCAATTTTATTCGGAGCTTAGGGGCAATTTTCGGTCCG GTAATTACTTGATTGTCTGGAAATTTTCAATTAGTAATTCTTCCCACATTTACTATTCGG ATTATGAAAGTATCCTTCTGCAACTTTATCTAATGCTGGTGCAGGCATTTGCTATATGAG AAAATTATGTATGGATTGTACGTAACTCTATGATCTTAAACTTAAGGATTTCCACGATAT ATATAACAAGGACACTTTATCTAAATAGAATCGTTGATGCTGTGCAAATTCGCAGAAATA CAGACATAAAACTTTCGAAATTTTGATTTCTATACCATCACCTTTGGTTTATTGTTGTAT GTTAGTTATCCTCTTCCATCGAGTGAGTAAATACATACATGTAGAGAACTTACTCCATCT GAATTGTAAAATTTTAGCTAATTAATGTTGACTAAAACCAGATAAAAAATGATGTACCAA AATAGGACAAGTGGAGCCCTGTAGATACTATCATTTAGGCAACAATTTACATGCTACTGT TTTTTTAATGGTTGTGTACTACTCATTGTGATGTACAAATTAAGAAGAGTAATTTATACT CTCAACTATAAAGAGTAAATTTTAATGATAGCCATTACTATATCTTTTCCAGGATACAAG GCTCGTGTATAAGCACTATGCTACCTTATATTTCGTGTTTCTATTTGATAACTCTGAGAA TGAGTTGGCCATGCTCGACTTAATACAAGGTACTTGTTTCCACTATTTACATAGTTTTAT TGTGGGAAAACACATTTTTTAATTTCATGTTTAAGTTAACTATGCTTAGTTTTATTGTGG GAAGACACATTTTTTAATTTCATGTTTAAGTTAGGTAACTTTGCTTAAGTGATGATGTTG TTTTCTTTATAGCAGTTTTTGTAGAAACTCTGGACAAATGCTTCAGAAGTGTATGCGAGC TTGATGTAGTATTCAATTATAGCAAGGTAAGAGTATTGCACTAACCTATTTGTTGTATTT TATATACTTATCTTTGAAACATGAATATCCGTATGTAGAAACCAATGAGCTTGATGTAGT ATTCAGTTATAGCAAGGTAAGAGTATTGCATTAACCTATTTGTTGTATTTTATATACTTA TCTTTGAAACATGAATATCCGTGTATAGAAACCAATTTGGATACATAGGTGGAATATATC ATTAATAAGTCTCAGAAATCAACTTCTGTTGCTAATTAGTTGCAGAACTTTCATGCTCCC TCAATGACAAACTCTGATCATTACAATGCATAAGATGTTTAGATGGACTACTATTTTCCA GACAATTCCACTTTTCCCAATATTCTCCACCATTGGGACTTTTAAGTGTTATAACTTCTA ATTCACATATGGTCACTTCCATAACATAATTAATTAATGCTTCTAAAGCTCTAGTAGTAA AAGCTTGGGCTCGTTCACAATTTTACATCAAGCTTCATCCTATGCAATGCATTACAAGTG CTATTTCTCTTGCCTTTTGGGGTATCAATCAGCATATTTGTTGTGTCTAATGGATGCTTG TCTTATGCAGATGCATATCATTCTAGATGAAATAATTTTAGGTGGTCAAGTGCTAGAAAC AGATTCTGTTGAAGTCGTGAAAGCAGTGGAAGAGATCTCAAAGTTTGTCTCTATCTCTCT CACTTGCATTTGTCATGATTTTTTTTTTCGAGCTTTATGTGCAAAACTTGTAAATTGTTT TAAAGAATAATTCATATCTAATTGCAGATTAGAGTCAACCACTAGTGCTGGCACATTGAT CAACAAATCTATTCCGTCTTGGTGGGCTAGATAACACATGGTTCCTCTGTACATTACCAT ATCTTAGTGTTGAAAATGAACTATAGGGAATATGACATGTATACTTTTTCAGTTTGGCAT GTTAACTGACTTCTCGATTTGTAATCATAGCTGGATACACCCTTCTCTGAGTTATCAGAT TTTCTTTATAGGGTCCTTCACCGCTAGTTGCAAAAGCCAAGCTGAGTGTGTTCAAGTTTT ATACTCTTACAAAAAACCTGCCTTGTATGTTGAAACTTGATTAGCTATTGTGAGCAATTA TTTTACTGAACCAAGGAAACGGCTATTTTTGCTCCACTTTTGCACCCCTCACATAGTAGA ATTGTAGAACTAATGGTTTAAGTTGACAGTGTTATTGTCACGGCCTTTTCAATCTAGAAA AGACTCCGTGCGGCATTTGACAGTTTGCTCACGATTCTTTCACGATCTTGCAAACTCAAG TAAGCCTCTCACAATATGGATCGCTAAGAGAGGTAAGAAGAAAGACACAAAGGCAGTTTT GGAAGAAAGACTTGTATTGATATGGTGATGGATGTATTACAAATACAATGACTACTTATT TATACTACTCTAACCACTAAGAGTAAATAAATGCTACACTATACAAGTCCCTAAGTTCAT GCACTCAAGGCATGACTACATTCCTAGAATGTCTTCAACTCTTCCAAAAAGGAACTCCTA GTCTTCCCTAGTCTGCCCAACGTTCCAGAGGCCCTGCACAAGCCTCTCCAAGGCTGGAAC CTGCCGCCTCTCCACAGTAACTGTTGAAACGGCCGTAACTGATGAAACGGCTGAAACGCC TGCCCCTCGTCTGCTGCCTGCTTGGACGCCTGCCCCTTTGTCTGCTGACCGTTTTGGGCT GCTTGTCCCCTTGCGCACGCTACTAGCTGCCTAGATGGGTGGCGTTCTGCCCGGTTAGAT GACGGGACATCACAGTTATCCTCTCTTTCTATTTTATGGATAATGATGGTGTTTGGATCA GTTTATGGACATCTTGACTAATCCTCTGGGTACTAGCTACTAGATGAGAATACATCATAT AGTTTGTTTTTTCTAATGTTTTTGAATTCATATCTTCATTTTGCTAAGTTGTAAAGTTAC CAATGTTCTCAAAGGTGCGAAAATTGAACTTTTCTAAAGAATGAAAGCTGCATACAGTTC GCCTTAACTTATTTTCCCGTTCCCAGCATGACATTATTCTTTACATTGAGGGGATTCACT CATTCTGAAGATTCTTCAATCGAAGAGATTTGCGCTTGTGATCAGTCAAACTGACTTCAA TATTTAATAGACTTCAAATAGACTCTTAAGCAACTAATTCGCAATATTTGGCTATAACAC CAGAGTGTTTTAGACTAGATGTCATTATTTTAACTGATTGAACTCGTCAAAAGAATCACA CAAGAGAAGCTTCATGATTTCTTGAAGTCCTCAATGACAACATGCGCAGCATTGCGTCCT GGGGCGCCCATTACTCCACCACCGGGATGTGTCCCGCTGCCACACAAGTATAGGCCTTCA ATTGGAGTCCGATAATTTGACCTGCAATTCAATGTTAAGATAATAGCAAAAATCATCATT TCATGGACTTGAGTCCTTGAAGGACTTGTGCATTCAGAACCATTACCATCCTTTCACTGG CCGCATTAAAAACAGAGAATCTAATCCCATGGATCCGTGGAATATATTGCCTCCTGTCAA CATATAATACAACACATCAGTATTTGCTATATCATTTTGCCAGGGACTATATGAAGCATG CTCCAGCTGATAGTCGTTCGTTCTCATAACTAAAACAATCCACAAATTTCTTAGACTGGG CTCAGATAAACCAAACATCAGGTTTCGTTTTATCTTCCAGGATTGTAGTATGCTGATACT TATAACCTACTGTGGGTGAAACACTGATGCTTCAACAAGAAACAAGTCAGGTAAGTTGAT CATAAAACGTTAGTTTACAGGAAGATTAAGCTATGAACATGATTTAAATTCTGTGTGGTG CATAAACTATATGGTACAGTTGTTGAACTACAATAAACTTCGCCAATGTTGTGGCAACTT AAGGACAACAATGAAGTGTTCGGGTCCCTATCCTTTAATTTATCAACCAAAAAAAGAAAA CTAATGAAGGACATTCCATACAGCAATGGTTCTTTCTCCAGGGAGGAGTAGAAAAGGTAC AACTGATCAAGAGGATAGCAGTGGCGCACCTGTCAAACCAATTTCTCTTTCGAGGTCTGG AGGAGTCAACATATCATACCCGATAATTGATGAGCTAAATCCAGGAGCATATTCATCTAT CATGCTAAAGCATCTCTGAGCGAATGATTCCTATAGCAATAAATCTTTATTAATCACAAA CATGAAATATGTGATGCATAAACATGCTACAGGTTGGATCAAGAAGTTTGTGAATAAATC TGAAAGGTATCGAAGTTATAAGTGAAGAACTCCTACTCCTTCTAGGAAAAAGGAAAAGAA ATAGATGACTTGAAAAAAGTGGGTAAAAGAATGTAACTCAGAGATACTTAACTCTATATA CAGGATTTTCCCAGCTGCCATCAGAGGGTTTATAAGGTGTGTACTGGATGAATAAACCAA TCACATGCTTTCCTAGGTAAAACAATAATGAATATGTGTAAGTTCTAGTATTGATTGAAA ACCACAAGAAATAACATCTGTCTTATTCTGTTGAATGAGAATAACATAATACTATGTGTT TATTTTACTTCGTCATGTTTGCACATTTAGAATTCCCTCCCCCATGTTGAGAAATAGCCT AAAACCCCTACATGATTTTGGAATTCCAGTATTCTAACCCCTCAAACAGTGTAAACTCAT TTCCCTCCAAAAGCTTGTTCACGCTGTTCTAAACATAAGACTATCTTTGTTAACTTAGCT TAAGTCATCATCACAAAAAAGATTTTTTCTTTACATAACTTCAGATCTTGTATAAAGATT TCAGTCTTAATTTCACTTATTTCATGTTGAATTGGTTTAAGATTTCTTATCTAGGATTAA TCTGAGATGACGTAAATAATAATTTGACTCCAAATGAAAGAAAAAATATGGACGAAAAAA TGGAAATCAACTTGTTCCGAATATAGGAAAGAGGCAAAACATATAAACATAGCAACTGAA TTACAAGAACCTAAGATGAAGGAGCAGACTCCATAAACTTTCAAGTTAAAATATGTTAAG TAAGAAAAAAATATTGAAGATAGTTAATAACTGTGTCAAATTCAAAAGGTGAAGAACGTA GAAACGTTAATCTAATCATAATGGGAAAACATACAATAGTATGTACATAATATTCCAAGG CACCCAATTATTATTTTTAGATCGACAACATTACATAAATTTTAATCAATTACTTCAAAG AAATTTTAAGGAAAATGTTCTAGGTGTATATAGGGCAAAAGACACAAAGCATAAAGTGTG CATAGCACATAGACAAATATCTCAAAGGTATAAAGCGTGTGGGGGGCAAATGCTCCCGTT ATGGAGGAGTAAACCCTTTTTGAATTTAGCCTCGCGTGAACATTCAGGGGGTTAAGAGGT TGACAACCTCTAGACGAGTCACAACTTCACTTTTAAAATGTTGAAATTCACAATTTCAAA TTCAAAAACTTAATACCACCATAGAGATTGTCATGACCTGGGCTTCCAATAAGTAGTTAT AACTACCGGGTAGAAGCAACGGTCCAGATTAGATGTAGATTAATGAGATTAAAGGGTGGA GATGCAGCCACGTCATCACTACCAAACCAGCACAAGTTACGTTGATTTAACCAACTCTGC AGAGGAAAGAAGAGGGAACAGAAATTTGGTATCTTTCTCTCTTATTCTCTTTTCTCTCAG ATCTCTCCTTTCTTCTTCTTCTTTCCTAATCCCACTCATTCTTCTTCTGCAGATTAAGGA CTCATCTATGGAAACTTTCAAACTTTAGCTTCATTTTCCATTTGTTTCAAGTTGTAATAT TCCTTACGTTTAGTTGATTAATAGAAAATTGTCCAAAAACTTCTACTGTTCTATTAAATT TCTATTCAATAATTGTTGAATTGAGGTCAAGTTCTGACAGAAATTCAAAAAGCAGTTTAT TATTAAACAGATAATTGCATAAACAAGTTCGGAAGCAAACTTGAGTACCAGATGGAGATA TTGTCTTGTCAAAGACAGTGGGAATTGTCATCTCAATTATGGGCCGTTGAGATGGTAAGC CATTTTCAGCATCCTGTGCAGCACTGTGCATCTCTTCTATGCTACAAGCACCAAAATTAT ATAGTTGTCTATGGATTAAAATCATAATTAAAATAACAGGAAAGGCAAGAATGATGACAC CTATAATAATTTGTTCAATGTCAGTATTAGAAAGATAGATTGTGGGCAAACCTTCTTGTT ATGTGTTAAAAAAACTCAAAGATCATTACTATCAGATTTGACTGATGTTTTTTACCCCTC CCTAGGAGTTCTGCATTTTTCTCCCAGAGGAACTCAAACTCATAACCTCAGGGTTAGGGT TGGAGTTGGAGGGTGTTTACTATACGAGCATCCCTCTCTTGTCATTTCAACAGATTGGAA TAAGAGATTCTTGCCTATTTGACATGGAAGTAAGCTTTTAACTTTTGCTCATCCAATGAG CAACAAACTAAACTGATTTGAGCACAATCAATCAACTAAGCCTCAATACAATATCAATCT TCTAAAATCCATTCCACTCAATTCTGGCATTCTCTATTCACCAGTAAACAACTTGTCTTT TAAGTCAAAAAAGACCTACATACAGGATAAATGAATCATTTGTATATCCTCGTAGCGTCA TGTTAACTACAAATTTTCAGAAACATTGTGTTCATGGACTTATGACAGGCTAGGAGACTA ACTCATATTCTTGTTTATTTGTACTTGGGTTACGTAAATGAATCAACCCATGCAGATCAG AAGAAAATGAATCTGAAATGGATAACTCTATGTGAATACCTCTCTGGCCCTATGTGAATG GTACCACCATGCTGTGGACCAGCATCTGGATGACTTAAATTACAGCATTGGAACTGTGGC AATCTGTCAACGGCCAAATTGATTTTTGTAGTAGCCTATTTCAGCAAACAATGAACCTTT AAAATTTCAGGTACAGAAGATTAACAACCAAACATGAAATGTTTAACCTGAACTGCAGCA CTGAAAATTATGGTAATATGTTGATGGTCAATTTGATTTATGGTAGTAATATTAAAACCA AACGTATCCAATATAATGACCACAACAAGAGATGAGATTTCATCACATAATGTTTAGGGC CTAAATCATTAATCAATAGTAAACCTTTGTAGACCAAGAAGAATGTTACAAATGAAATCA AACCCAAGCCTTTCACGGTTGAGCCATGTATACGCAACAGAAATAAAGAAACTCGGACAT GAACCTTATGAGGAAATTGAGTTTTAAGTAAGTACGTTCTACAAAATGTAGACGACCATC AGGAATCTCTCTAAGAATGCTTCGCTTAAGGTTATATCAAACTGTAAAGATCATATATTC CTGTTATGGCCTAAAAGAAATGCAAAGTCTTATTTGGTCCATCAAAATCATAAAAGGGAG GCTTTGAAAGCTAAGGTGGTGTAAGTTTAGAGTGCACGCCAAAGCTGAAAGTTTATGATG TTCCAGTACAAAAAGCGTATTGTTGTAGTAGGACTAACTACTAAAAGGAACATTTAAGAC TGGTCCTTGCAGAGTCAAAAAATATAAGAAACCAAAGGTTAATTTCCCAAAACAAAAAGA AAAAAGATATGCAAAGGGAATCACATGCCTGTGAATTAAATGTCTGAGCACTATTGAGGA TTCATTCCCAAGAACTTGCAAGAGAAAAAAATGAATAATGAAAGAAGAAACGTGAGATGC AGCCCAAACTGCCAACTCTGAGATGCTTCAATCAGGGATCCTTAGATGAAGCAGTTATGA AGCCAATATCAATGAAAAGAAGAAAGAACAGCAAAGAAGAATGGTTTGACATCTGATGTT CTGGCACTGGATGAGCACCATCATTTCAACACACGGTATAGCGGCACACTTATCTACATG GTTAGAACCTGTTATCTCTATGTTGAATTCAAATATGTACTTACGAGATTTGTTTGATGA GTAAGGGTATTTAACAAGACAACTGGCATCGGATGAACCAGAACATAACAACTGAATCTT AGAATAATCAAGGATAATAATACTTTATATGAAAGCTTACAGAGCGATAATCAGAGCACT TGATAGCATTCTGAAAATCACGAGGAAGCACATCATCTGGCACAAGATCCTGGGTTGTGG GAGAAACGTAGTCAGAGGGCACTGTTAAAATAGGATTCTTTTCTTTGATATTTTGTAATA ATGTGCCACTGCTGGCCTAAATTTGTTGAAATAAAAGAAGAGGAACAACTTTTTACCATG AAAGTTTTGAATGGTGTTGCATTCGATAAAACAACAGAAGAATGCAATATGGTCCCATCA GCCAGCAATACCTAAAAATTCCATCCAATTTAACACATCAAGAGCAACTTTGACTTGCTA TAAAAGGTAAACTATTGGAAAGACAACTTAGTGAAACTAACCCCATGCACTCTGCCCGTG TCTTCAATCATCAATTTCGAGACCTACGTCAACAAAATAATATTTTCCTTCAAAAGATGC AACTTCAAACACAATTAAAGAAAGGGACAGAAAGTTGTGAAAGTATAAGAGAAAAATATT AGTTTGATCTTCTTAGTTTTTTATTTTAAAACGTGATCACGGAAAGAAAATAGTCATACT GAATATTCACTAATAAATTAACAAAAAGGCCAGGGAACGAGGACCGTATTTCGTCCATAA GAAATATAGGTGGATTATTCACACATAACTCCCCCACCCCCAGGTGCAAATGAAAATAAT AAAAAGATAAACGATAGAACCAAAAACAAGGAAATCAACTCCTCCACCCCCACCCCAAAA AAAGAAATTTACCAAGAAAACATCTAAAGCTCTAGATGTATGTTAGATACTCAAAAGCAA ATAACTCTGAGCCGAAATACTCATTCTCTTTACAGTGAAGAGGCAGTGGATGCATCACGG GGCGTAAGCATACTTTGGCATTTGTCAATATGGTTGCACCAGCCTCCTTTGCAGCAGCAG CTATAGCCGATGACACAGTGCCCATTCCCCCTTCAACATACCTACATGTAAATACAACCG TCAAGCATTTATTTTAGTAAGAGAGGACAACATGATAAAACCACCCAGTCAATTTAAGAA AGGTAACTTTGGATTTGAAACAAAAACGCATCACCTAAAATATTTTGAGTGCCTAAGTTA ATAAAGATTTCGAAGGTAGAAGCAAATGTGTCCCATCTCTCTAAATAGTCAACCGTAAGT TGCAATAATTCAAATATGTGGGCTCACATAAAGCCTTCGTCTTGGGGATTAAGGAGGATG GATACAAGGGATACCAAACAAAGTGGAGTAAGTGGGCACCGCATAAAGGCAGAGAGAAAG AACAGTTTACTGCTTTTGCTTAATCTACGATAAGCAGCTAAATTCATTAGATGTAACTAT TTTCTAGTATGACAAAAGCAGAACACATTAAAATGTGAAAGTTATTTAAGGCTCCAATAT TTAAAAAGATTGAAAACGAAAATGAAATAGAACTCTTTCTTAATTCAGTGTGTATTTCAT TAAATAATTGGAAGATTTAAAGCAAGTACTCCAAAGCAGAATCCTTCAGATAAAATGAAA CAAATGATTTTACGAAAATGCGGAAGTCGTTAAAAATTTGCAATGTTGTATACGTACGAC CAAATACCACGATCACCATCAGATTCTCCCATCACGTGATGTAGCAATACATATCCACTT CCAGGCGTATGAACACTTGCCTATGAATTTATAAATTAGTTGACAGATGAACAGCAAAAA GAGGGAGGAGAGAAGTATGAAACAAACTGAACTGACATGATAACGAATATTAATCAAAAT TTCATTGAATTGGCATTTGGATATGACACAAACAAGGTTACATTAAACTGATGAGAATGT GAAGAATGACAAAACCCGGGGAACACTAAAAGAACCTGTTTTTCTTTCCTGCCTGACTAG AGACTCAAAAAACTCTTAGTCCTACATGTTTTTGTAAGAATTTCAGAGTGGTCCAAGAGG TACTCAAGCCTGCTACTTCATGCAGATGGAGAACTGCCAGTAAATGTATGGCGGATATAT GCATATAACTTAAAAGAAATTTCTAAACCATGGGCCATGTGAAACGTCCAATATTTGCTG CAAAGACATGACTTCTACATGATCCCATAAGTAAGCACATTTTTCACTTAAAACATTCAA TCATTTTCACTAAATATATGGTAATGCAGAATAACAGAACATTTACTTTTCAGCACTGCC GAATCATATATATGTGGGATCCTAGATATACATTACAAGTCTTTATAGATGCAAACAATG TATGCAGCAATTGACTGTTCCTCCATGCATCATTCGACACATTCTGGAACAACCCACATG AAAAAAGCTTACCGTGGTCCCTATCACTGCATCAGTTGCAAGAGTTACTTTCAGAACATC TGCCTGTGATATTTCAGTCAAGCACACACAATTAGTAAGCTAGTGACACCAGAAGGGATT ATGCTAAAGATGTGAGAATTTTTCGAAACGTCTTTTGAGGAATGTAACAAAATTGTACAC AGCATAAGAACATGTAGTAGCAGCTTCCAGTACATCAACACGATTAATTAATACATACAC CAGAAGAAAGTGATTTCTATCCATTGAAATTCTTGTTCATTTCAAAGATTCTGTTTATGT CGAATTTGGAGAGTTTTGCTTCGAAAATAAGACATACCATTTAAGCTTCTCTGCCCCAGC CCCCCACAACACAGTTCACCTGATTGAAGAAGACATTTATAATCGATTGTGGAAAGGATA ATTGAATATCGGTGGTAAAGAAGACAAAATAACAAAACATCCTCCTCCACTCCAACAAAG ACAGATGAGCTACTTCTGATCTAGTTAAGTTGTGACAAGACAAAAGCCAAAATTGATAAA CGAAACAATTGCAATGAAAAACCTGGAAATATACAAACCAAGAGAAAACATTATACTACA ATGATAAGTAGCCTTAAAAATTAGAAGCTTATAGAACTCACTCATCTTAGGTTCCCAACA CTATCTAAGGACAAAAGCATATTTGACACAAAATAATGATAGAAAGCATTGATCAGGTCA CAATCTTGAACCTTGAGACAATTTCATATATGAAACAGAATTATTTTAAGCAAACTGATA GACCAAGTAAAGTAAAAAATTAGCAACCTCAAACCAGTTATTCAAAACCTTCGAAGCTGG AGCGAGTAAAAGGTCCATCAAGTCCCTGAAAAGTCCAGTGGAAACAATTAAACATGGACT ATGACAGTTGAAGTCGAGACTTCATACTATTTGAGTAGATGTTGCCCTAGTATGTCCAGT TGATAACAATAGGTTTGGTGAAATTATGCAAACAGGACCATCTAGAACATCTTACACTAG GTCCTTTTGTCCCAAGTGGAGTGCTCGACGGAGACAATTAGCCCAAAACGCTGAATTACG CAATTTGTGCTTCATACGAGTATTGAGTTGTGAAGAGCCTTGTAGAGTTTCTGGTGTAGA CGAATCCAGAAGTGGGTCCATGAACTCGCAGAACTTGTCGAGTTGACTCTCATACCTACA ATTAGGTGGCACTTGGTAACTCAAAAATTTAGAGTATGATAGTAATAGATAAAATGATGA GCAGAAAGAAATATATGAATTCTCATTCAGACTTTAGGGTGCTAAGTGAGCTCAATCCTC AAATTCTGCTAAATTATCATCAAGTTCCATGCCTGGAAATTTTTGGCAGGGAACTTATTT TTTCTTCCCGTTAAGTTAGCAGGCGAAGAACCCTTGGGTTCTCCATCTTGAGTATGTCAA TCTTGAAAGTGTCAAGAACAATGAACACATTAAATTTCAGTATTGAAGAAAGGTGAACCA GATTCCAGTGATATGGACACGAGCTACATGCCGTATCTATTTTCCAATCATAGACATGAT CAGAGCTTAACTGAAGCATTCTCAATGATGTATATGAGTTAATCCACCACACAAATGGCT GTACACCTATGTATCTCCATCTTATAGTCTAGTTCACCTCAGCACTGTTGCATTTAATCG CCTTAAAATAATCAAATGCTTTTTCGACAAAATGAATTGCTCAAGGTTCAATTCTCGTGT AGAAAAACATGGTTATTTAACCTCTTTGTCTTTTAAAATAAAATTGCAGCAAACAAAGTT GCCAGAGAATACATAAAGTTGAAGTAACGACCAGTATAAAAATAAATACTGAACCTTGAG TAAGCATCAGCATCAGATTTAGAAAACTTTGAAATCTCAGAATAGTTCTGCTCCTTGTCA GAACCAAGCAGAAGATAGCGTCCGTCAAGACGAGGCGTGAATGATGAAGGACTCCTTTTC AGTAGCTTCAATCCATGTCTCTTCAGCTCCAATTCTCTATTAATCATAACGCATCCTCAA TAATTGAAGAAAAATAAATCAATGCTAACAATAAATCATTGCAATAATTAGGTCTCACTT AATAACGCAGGGTCTAAGGAGGCTTTGTAGGTAACTGCAACGAGAAAACTTGAAACCGGG AATGAGTTCTTCAGTGACAGCAGCACCTCCTATGATGTGGCGCCTCTCGAGAACGGCAAC AGAGAGACCGGAACGAGCGAGATACGCGGCAGCTGTAAGGCCGTTGTGACCACCGCCGAT GATCAGAGCATCCCATTTCTTCTCTTTCGCATTGAAGCTGCTGTTACTGCTAAATTTTCG GACCTGTCTCCACATTTTTGAACTTTTTTTTTTTTTGCCTAATCTCTGATTTTAACACTA GCAACTCTTTGAACAGGGAATAGGGAATCTATCCGAGCTTCAACACTGGTTACTCTGGGA GCTTGCTTGGCCTTTTCCCTCCTTTATCTAGTATAAAATAAAAAATTAAAATAATAAAAA GAAATATATATATTTCTATATATAGTCGTACATTATAAATAGTACTCTTATTTGAAACCT TTTAGATTAAAGAAAATCAACTAATTGAGGGAAAGGAGCACGGAAGGAAAATGAATATTA AGAAATTGTTATCTAGAGAAAATGTCATAAATAATTTTTTAATTATATGTTTAGGCTTAA AATGATATTTTCTTAATCATTCTTTTAATGGATTTAATTCAAAACTGTTTAAAAACTTAT CAAACAAATTTAGTCACTTAAATATATATTTATTCATTTTAGTCATTAACTATATATTTA TCGATTTTAATTTTTAAAATATTTAAAGACACAAATTTGGTTTCTGTTTTTTTGGCTTAA ATAATCTGTAGCCTTTAAAATTATTCGGATAATTCACTTAGACATTTTAATTATTTTTAT TTAAAACTTATTCCTATTAAACTGTGATGTAGCAAAAGACAATGACTAATTAAAAGATAA TATGATGTGTAGGGCCCAACAATTATAGAAGAAAAAAGAATTTTATGTTAAAAAGAATAA ATAAATTTTCCATCTACTTTTTTTTTAAAAAAAAAAAATGAGAAACTCACCCTACCTCAA CTCCTTTTTTTCTTCATTTTCTTTCTAATAAGATTTTCTTTCTCGAACGATAAAATTTAA TTTCTTTGTTAATTGTTTTTATAATTATTTTTTATTCCTAATACGTGAGAGAAAATTATA TTCAAAGAAACTGATAGTAGAGTGATGAAGAAAGAAAGTTTGTCAATCGTCTTTAAATCC ATAGTAAATAAAAATCGAAAGGACCTAAATTAATTTTATTGAATCAATTGAATATTATTT TTGATAATTTTAATGGGTTCACATTTTAATTTGAATAATAATATTTGTTCGAATATGATC GAGATGAACATCGATCCGTTAATTTTTTTTGTTCTCTCTTTCTTTTTTTTCCTTCAAATT CATTTTGTTGATTGAATTTTTATTGTTTTTAATAAATATTTAAATGAGATAGAATATAAA AAGAAAAAAAATGGTGTGCGGACTTCTTGGTGAAGAAGACGACTTGAAAAAGGAGCGGGG TGGGATAGTTTTTTTTTTTTTAAAAAAAGATAAAATAATATTTAAGGTTTTTTCACACGC TCAACTGAAGTGAAAATACTTCTTTTGCTACATCAATATTTTGTGTTTAATAGGTATATT TTTTGAACTTTTTAGGTGTTTAATAGGTAATAGTCATAGTTGAGATGTCTATGTGAAATA TGGAAACAACTTTAAGGAGCTGCAAATGACTTAACCTATTTTTTTAATATACAAATAACT TAAGTTTATATAGTAGAATCTACCATGTCTCGAGAAATTAAATTGTTTAGCCATTTTCCA ACTGTTTCTACTTTTACTTCATATTATCCTATTAAAAGAACCTTAACCTCGACAATTCAA AATAAAATTCACAAGAAAAAAAATATAAGTCATAATTTTATTTAGCAAACGATAAAATGA ATTAGTACTAATAATCTGAATATGCTAAACTTTATTATAAAAAGAAAAACATTATTACCC ATTTAATTCAAAAATTGTACTCCAAATGACTTTATTAAAGGGAATTTGTTTAATTTTTGA GAACTTGAAATTTATAAAATTACAGGTTTGTAACTTTTTTTAGTTGTTCTTTTAAATAGA TTGATTATATTGTTCTATTTATTTTGTTTTTTGTAGAGAAATTTGAGTAAAAAGTGCAAA TCTCTTATTTTTCTTTTGAATGAAAAATAAGTTTAACAAAATTCGGGTTGATTATGAGTT GTTAACGGTCAAAGAAGGGAACACAACATATTCAAGTCATAGCAACAATTATATGCTTCA TTTTATTATCCATTGAATAAAATTGGGATTTATATATTCTTTTTTTGGTGATTTTATTTT GAATCGTTGAGGTTATTGTTCTTTTTATAAGAGTATTTTGAAGAAAAAATAGCAGAAATA AATAAACAACTTTAAAAAATGGGTTGAAGATTTAATTTCACTAAGAGTTTCGTCAATATA AATTTAAGCTATTTGTATAAAAAGAAACATGGACAAAGACCAAATGTGATAAACTTAAAG GACTAAATTCGTAAGTGTATATTAAGAGACCAAAGATAATAAGGTTTTTTGAATATTTAA AAGACTAAAATAGTTGAGGGATCAAAACTTATAAATTTCTAAATAGTTAAAGGACAAAAT CCAACAAAAATATAGTTAAGAGACCATATTAGACCTACTTTTATAGTTAAGAGACTATTT ATGACATTATCTCGTATTAACAATATAGAAATTATTTACAATTTAGGCATTTATGAATTA AGGATTAATTTTTATGATAAATATTAAGTTTAAAATTTAATAAATACTATAATCAATCGG TTATGCCTAGTGCGATAATTAAAATATTTTTATCAATCAACAATTTAGACTTGAGATTAA ATTTAGACCCTTTTAAGTATGTGAAGACAATAACTAGACTTGGGATTAAATTTAGACCCT TTGAACATGCGGAGACGATCAACGAGTAAGCATGTGAGGACAATCAATGAGACCATCCTA TTAATGACTAATCAAACAAAACATTATTCATCGAAAATTTTGTTGTGATTACCATCAATG TAAATATTAAATGATGTTTCTTCTTTTTACATAAAAAAAAAATTATTCCGAGCTTCAAAA CTTAATAGTCTCTTCAACTATTATCAACCGGAAGCCACTCTCCGGGGAAAAATAACCAGT GGTGCATAAGTTTACTGACTACTTATTACTATTAGTTTTCCATTTGTTTTTCTTTTCTTC TATTTATGCTATTGAATTACTGAGAAACTTTGATTGGGTAATGAAATAAGTGTTTGGTGG TTGTTTTTTTGTGTTTGACAAAACCACATATATCCAAATTGCTGGATAGTATTTAATTTG TGATTTACATACGTATACCATACTTATAAATTATAGTTTGTAAATTTCATATAACGTTAT GATAAAACAAAGTGTAAATTCTTGGTAAAAAAATAATTACGTTTCAAAACAGGCAGAGAA TATGAACCTCTTTAATTATACTAAAATTGCAAAATTTTGATCAGGTAACTCAAGGAATGC CATTAAAGGAAAAAAACAAAAAACAAAAGAGAACTGAAATATTAATAAAATTGATCAAAA GCTACATATGCGTGAGTCATGTCCGATCGAATCGCTAATGATTCTCCTCTGCGGGCAGCC ATTGAATGGTCGCAGAACTTTCCCAGCCTTTTAAGCTTATGAACTTGCTTTCGAAAATTT TCAACCTTCTGTTACAAACCAACAACACCAATTTCAAACGAACGAAAAAACAAAATAGTA GCTGCTGTTTTTGAAGCCAAAATGTAGATGTACCTCGTCAATCGTATTTTTGAAGCAAAC CTTGTGATCAGCCATAGGGGTATTCACAAAATCCTTCAAATTGCTCATAAAGCCACCATC AATGGACTTCTTCCATCCACAAGAAGTTACAGCAGCATTAGCAGATACATCTTGCCCTTT TCCTGCTTCCAATTCCAATTCCATTGCTTCGATTCTTAAATACCTATTGCAAAATACAAT AATAATGTAACTAAAAAAAAAGCTAATAATACCGGTGAAATTTATCGTTAATGATCACTT GTATTTATAGATAACTAAAATATTGGACAGGAAATTAAAATTCGACTTGTTTAGCAAGAA AAGATGGCGGGATTAGCTTGAGAAGGAAGTTAGGCTATTTCTGTTCGACATTAACGAAAA GAGAAAGGATTTTTTTTTTTTACCGTTTTCCCCAAGTAATGTGATTTTATTTTGGAAAAA TGACACAAATTCCACATTTAAACTCTCTTATTATCATTATCCCCTATTATTTTTTTTATA GATTCTCAAAATCTCTTATTTCACACATCAGGTTAATGTATCAACGTATCAAATTAATGT ATCTCGAACATCATATTAATGTATCTCGCGTATCAGACGAATGTATCATATATAAAATGT ACCTCAAATTGGTGTGTTATGTATAGAATGTGATGCATCTTACTTAACGATTAGTGTATC TCGCGCATCATATTATGTTTATTGTATCAGTTTGAGAAATTTCTATAATTAAAAATTATA AAAAACAATTGATAATTTACCTTAAAAGTACGTGATTTATGTCTTTTTTCTTTCTTTATT TTTTATAAGTTTAAGTTCCAGTATTAGAAGTACACAATATATAGGTCTTTGAGTTTTTAA AATTGACGCATCTTTCAGATATAAAGGGTTTGAATACATTATTTTGATAATTGGGGACGG CAACTGCTAGTCCGGAAATCACAGGGGTCAAAATCAAAGTTATGCTAAAAACACAATGAA TACACGTAATACAATGATCTTAGATGAATTTGTTTAATTAAAGGTTAATATGTCGTTTTT TTCAATAAGTAAAAAAAAGAGTCAATTCGCTATTAGAAAGAATATCATAGGGAAAAGGAA CTTAATTTCTTGTTTTCTTTAGGAAATTATTATAGGCAAAACATATTAAAAATTTAACTT ACAATAATTGTAGTTTTACATCCAAAGTAATTCGGAAATTGGAAATCAAAATCGAAAAGG AAAAAGAAATGTTGATGACTATATATATAAAGCAGAAATAAATTCCTAACCCAACACAAA AACAATTTTAAAGAATCAACCCTAGCCTTTTGTCTCTATAAATACGAAAGGTGAAGCTCA ACTTTTCATAATTAATTTTAAAGCTTGCATTAGTTTAATTAATTAATTTCATCAAATCAT GGAGCCATCCACTTATAGCGAAATTCACGTGTCTCCTGAAATTGTTTATGCTATAGGAGA TAGTCCAGTTGACGATTTTAACTTGTCAATTAATGTAATTGTCAAATATGCTTACAATAA TGGTGAGAACACTTTGGAAGAGTTCAATTGTGAGAATACATGTTCTTGCAAGTACAAATC ATTATCATGGGATAAAATTGATGAAATGCTTTTGGGAACTAATTTTCCTTATCAATTAGA AAGGGTTAAGTGGATTAATCGTACTGAGAATATATTAGTAGCTAACAAGGATGATTTAAT CAAACAAATTTTGGAATACACTCATCACAACATTGTTACATATCCTCCACAAGAATATTT GGATGAAATTATTGTAAACCTGATATTTGTCAAGCAAATATCTGTAAATCTGCGAGAATT TGAACTTATAAAAGCAAGGATTGTTGCAGCAGATAGAGAATATTTTGCGGATTTACTTTG GAAATCAGTACATGACAAGATCATGAGAGTGGAACAACGAGGATCATCGTCTTTATACGA AGAATATAAATGTATAGAATATTTCATAGAAAATATTGTGAATGGCATATCTGTGCGGAG CATGTGTTATGATGAGAATTACGAAAGGGAATTGAAAGAGTCTTTTATTGAGCAAGCTAG GAAGGAGTTTAGGTCATTACCTGTCGTAAGATCGAAGATTCAATTTTTAAAGAAAGTAAG TTTGTCAAAAAACCATGATGATGCACTGACTGCAGAGATATCATGTTCCATATGCATGGA GAATTATTTACCTGATTCAGAAGCATACAACATGCCTTGCAACCACAATTTTCATTTTAA CTGCATTGAGACATGGATTCTTAAAGATCCAAGTTGCCCTATGTGTCGTTACGAGTTGCC AGCGATGGAGACTTCAGAGACAAAGCTAGAAGTTTGAGTTTATGACTTATGAATTTATAA TGGACAACTCATAAAACACATGCTTCGCAGAGATATACCAAAAATTAAGTTTTGTCAAAA ATATATCATTGTTTGTAGCAAAAATATTCTATTATTGAAGTTATTAATAGGGTCTTGGCA GTAGGCACTAGGCACCCAACAATTTCTATTTTCGTGTAGACAAAAACATCGTATATTGCT ACAAAATACTTATATTCCTAATGGATGATTGAAAATTATACCAATTTGCATGCAGGGATG GCTTCTGATAACATTAACAAACTATTACTTTATAAAAACATGGAGAAAAATAGTATTCTA CTTTCGTGCACCACAGATTTACTCATACGTATATTGCTTCATATTCCGAGCGTTCTCTGA CTACATTAACACACTTTTTTTACGTTATAAAAACACTGATGAAATTTAACAAAAAATATT TATAGAAGCATAGTACAATCTGGATATAAAGACCACAAATTCATCAACACCGTCCATCAC TTATTTGTAGCATTTGAAAGGATGAAAAAAGTTGATACAAAAACTGTCATTGAGATGTTT AGCAACTTCCGTGACCAAGGTAAAAGATCTTCAACTCCTCTAACTTTTAAAAATACCAAA GCAGTCAGAAAACAAAATTACATTAGGAAATTACAAATAGGAAAGATAATTAAAGGAAAA TTGTCTAGCATCATAAAAAGTACCAAGCCCAAGAAAGAACCATGATTAATGGGTTCTCAT TTTGATTTCTTTCCCTGCTTCTTTTTTATCACTTCATCAATGTACATAATACCTTTGCCC TTGTAAACTTCAGGAGGTTTACAGCTCCTTACAGAGGCAGCAAATTGGTGTACCCTATAC TTGTCAATCCCAGTGCAGCAAACCACATTGGGTTTGAAACAGAAGACACGAACTGCAGGA GGCACGGTCAGTTCAACCTCATGGCTGTAACCCAGCTTAAGGTACAAGAGACGACCTTCT GATTCTGCCCTAGCCTTGAAACCAACTCCAACAATCTTGAGAAAGCGGAAGAATTTAGCT TCCATTGGATGACTTTTATCAATCAGCTGAAATAGGAGATGACATGACAAAAGCTACATT ACTAGGCCAAACAAGAAAAAGACCTTGACAATAATACAACCGTAACATGCCAAATAAGAA AAACACCTAGACAATAATATAACAGCAGCAAATTTCAGTTTCAAAAAAAAAAAATCAGTT TCAAAAGATAATACAACAGCAACATTCTTTTTCCACTATCGGAGACAAACCTGCCAAGTA TTAATTCTAAAGTTAGGACATCTAATATAATGGTTTGTGACTAATACTCGGGAAAAACAA CCACAACAGTAGAGAAGGAAATGCAATGCCACTTTGTGACTGAAAATCTGACTAGTCTCT TGGCTACACAAAGGAAAACTGCTCAAGGAAGGGAAGAAAACTAAATTGATTTTACTTCTT TTTTTTCTTTTTGATAATCATGGTGTCCAGACCAACTTGTGTACATCTCGACTGATTCCA CGGGATACATATTACCTTCTACCAGCAACATGTACTAGTAACTATGTCACGAAGGCTAAA CATATGGGAATAAATCACATAGGTTTTTTGTCTCTGCTGGGCTAGTATTTGAACCTAAGA CCTTGTGGTGCTCAACCCACTTCATTGACAACTAGGCTGTCCCTTGGGTGTGCAAAGTGA TTTTCCTTTTTGATCCAAAAATGGGGGAAGATTTTGTTTTCAAGAAATAAATGACAAATA CAGATAATTAACTCATAAAATCAATTCAGACAGTTTGTTTTCACTTCTGAATAGTTTGTC TAAGCACTTTTACACTCTTCTTCAGCATAATTTGCTTTCAGTAGCTCCAGGGACTAATTT CAGTTTTCCTTATCCGATGGAGAGATGGCGGAAGAAGAACCACAGGCACTGGCCAACAAG AACAACAACTCACGCAGTGTAATTCACAAGTGGTATCTGGCCTGGGGAGGGGAGAGTGTA TGCCATTACACCTACCTTAGGAGGTAGACAGGTTGTTTCTGATAGACCCTAGACTCGAAC CGAGCATATTGCATTATTCCTTTCACTGGCAACATATGTTCATTAAGAATTTTTTAAATG TCTTTAGCAAGAAAATCAATTCAAATTTCATTAGTACCAACAGGTGAAGCAGATCTTTCG TTCTACTACTAAATGAAAAGAACTGGACCACTTTTAAAATGACTCTGATATAATCTTTGA AAATTGGCTGATGACTAATTTTAAAATAAGATTAACAATTAAAGCATGTGCATATAATCA ACCTATTGTTATGCTTTGTTGTACTCTAGCAGGAGCATGTCCTCCATAGAAACTGTATCC ATGTTTGTTTGTTTTCTAACATAAGTAACTGTTAAATTGTATCCATGTTTTTATTCTTCT TTTTTTTTTGAAAATGGTAATGGTGTATTCTTCAGTATTACCATGTTTTTATTCTTTATT ACCATGGAATAGCATCATGCTTAATTTCTCACCTATTAGCATGTCAACTTGCTCAATAAC TCTCCATCATTCTTTGAGTTTCACAAGCAGGTGGTTGATTTACAATCTATGATCAGTAGA TTTTATGTAGTTCACACTTCAGGGGAACTGGGAACAAGCAGGGGTTTCTTCTGATGTGGA TATGTAATATAATGAAGGGTAAAGGGGTAAAATTAACTCCTACAATTAGATATATGACCA ATTAAAAAACTCAAATGATGAGCAACAACAACCATTCCTAAACCTTCTCAAGATGCAAAG AATAGCTAATTAGGAAAATGAAAACCAAAATCGAAAAAGAAAAAGAACGGTTTAAGAGCT AGTCTAAGAGGAATTGGTTGTTGATCTTCAAGTATTACAGATTATGCCGATTCTAAATCA GCATTTTGTGTTTCGCAAACTTGTTTAAGTCAGCAGAAATAACATTTACCAAACCCCCAG GAGCAGTCATGAGTTCAGCTAACTTGCCAATGAGTGGAGCAGGGACTTATTCGACCACTA CGAATAAATTGTTATCCCATACTCTCACTTCAGAAGCGTAATATTCAAATAAATTCATTA AGGGATTTCTTCTAGCGGCATGATGGCATGACAATCGCCTGAGACGTAACTATGATTATC ACTCACCAAAACAGTCAGTAACTGTCTACTGAAAACAACAAAATCACACAAAACTAGAAA AGAAGCCTAGTGAAGATTGACTTTTCTGGCGGAAATAACAATCTCATTTCAGAAACATCA CATTAAAAATGAATTTCATCGAACACCTCATATGCATGACAATTTTCAGATATTAATTAA AGACAAAACCTAAGCAAATAACGAGCAATTCATTTCGATGAGAAAGAGGAGAAACTAATA AGAATGAGAACAACAGCATACCAGGCTTTCTCTGTATCGCTACCTCAGCAAACCTAAAAA CCGCCGGAGATCCGCAGTTCACCGGTCAGTGGAGCTTTCCGAGGGCTCTGTTCGTCAACA CAAGAAATTAAAAAAGTTGGGCCTAAGAGAAGGTATGAGACCAAAAGCCCACTTAGAAAA TAATAGAGTAATCCTTTCATTGTCTTTGTTTTCCTTTTTAATCCTTTTCAAAACGAATAC GTTTTCTTTTAATGATTATTCTTTTCTTCTTTTTTTTAATTTTTTAATTTTTTTTTTAAA CATGACACTTTAACAACATAGTATATTTAGACATACTCTTAATTCAAAACTTTAAAATTT AAAATATTATTTATTTTTCAAAATTTTATATCAAATTAAATAAGACAAGTAATTAAATGA AGGGAGCAGTATTTGTGGGTACTATATATTGCTACGGAAACCAAAAAAAAATCACAAAAA AGTTTCTCTTGTAAAAACTAAAGCAAAATAAGACGAGAAATATAAAAAAAATGATAGCAA TAGAAATAGGGAGACAAGATATGAGAGTTTTTCTTATTCAAGCATTCACCAAACTTTCAA GTGTATACAATATGAACTCTTGTGCCTCTATTTATAGTGTAGCATAGAGACATACAAAAG TTTAATCATAAACATGACATTAACATGAATATAATGGGGGAGGTTATGAAAGTGAAATGT TACAAGAGTAATGATTATGAAATTGGAGATTATGATTGTCTTCATAATGGAGGAGGTTAT AACCGTTTCAAAGTATTTTATTTTAGTAATTTAGAGACTTATCTCTGGTTTCAGGCCATG ATCTCTCTTGTGATTTATGGTATTCTGTCTACCTTTTTAATTTTTATTTTATTCTACATG ATTTAACATATTTGCCCTTCTTAATATCATAGTTAGTCTCTTTCAATTATGGGATATTAT TAAAATGACCTGCAGTCCCAATCAATATCAACAATATATTCAGTATAATTCTACAAGTTG GATACGAGTAAAATAAAGTATACACACATTATTGTACCTCGCGAAGATAGGAATATTACC ATGGAAAAAAGAAACAAAAAGGAAGTTGAAAAAAGTTCCCCACTTTCTACTGATTAAAAT TTTTACCATATATATGTTCGTCTATATAAGAAGAATATTTCATTCTATAAGTGAACTAGT CTTTTTCACTTTGGTGGAGAATATTTTTCTTGGAGGAAATATATTTCGAAATTCAAGATA AACAAACACTGAAAACAATTTCATCAGGAAAACTTTTGCGATACCGAACACTAGCTTACA TTCCGTACAAAGAGAAGTATCTCTCATAAAAATGTTTTCTTGTGCAGAATATTTACCTTA TTGAATCAATTTCCAAGTTGTAAGAGTATCAAAATCTTTCCTGATCACGATGTTTACATC AAATCAAATAATTTAACAGTGATAATGAAAGAAGAATGTCTTTCAGCCAGTATTTCCTTT CGTGCATGTTTCCAATGTTCACTTCAGAAAGACAAGTTTATAAACTCAAAAATCTAGTAA TCAAGTACATTTCAGGAGAGGTGATCGAAAGGATATTTATTCACTTGTGGAATTCCAGCA GCTAGAGGGCTTCTTCGATAAGTTTTTCAGTGAGATTTCTTGGGAGTCCCATAACACTGT CAGCAGTTCCAATCTACAAAGTATTGGGAAGTAACAGTATAAACAACAGGTCAGTAATCG GCAGTTCCAAGCTTCAAAGAGAGGGTGAGAGAGAGAGAGAGGGAGACGAACCAGAGTGTC AACAAAGGGCAGCGTCAATGGATGTTCAAGCATTAAGCCACCAGCAACATTAAGTATTAT TCCCTCCTCAATCTATACAAATGTACTAATAGTTAATGTTGCAGGTAAAGAACATCCCCT ATTTAAGAACAGAGTCATATTTACCAGGCTGTCAATAATCTCATCAGGTATGTCATGGAA ATATACCTGCAATTAGGCAGAAGAACAATTTACTCCATGTTAAACAATCACAGTTGTATA ATTGTGTAATACTCCATATTACACCATTGCACTAATAGTTAAGTCAGCAAGAAGGTTTCC GAGAAAATCATGTTGCACCACACCATCAAGAAAGAACAAATTCATAATAGTAACAAAAGG AGGGCTTAGAGAAGATCAGACAAGCTAACTAATAAACTGAGAGCTGTGAGGCAATTGTAT TGGTGTTCTGATAAGCAGATAAAAGGGGAAGCATTCTCGACATCCTTACAAACTGGTATG GTCAGTAAAAAGAAGTCTTGGGAAACAAATTCATGGGTGGAGACTGGAGAGAGTAATGTT GATGGGCTGTAATGAACCAGATTCCATCCACATTCACCCTCTTTCTGCCCTTCACATAAA GATGTAAATACACCAGTTTTCATCAGCATTCACTCTTTCCTGCCTTCGTAATACGAAACA AAAGATCTCTGCACTTCCAGTTTGACAGTATTGAGTAGTACAACTGTAACAACAACCATT CTGATCATACTTGACAGGATTAAGATGGTTCAAAGATCATGATGGTGAGGTAATAGCAGA TACAATTCTCTATGCCAAAGCCTAGCAGCGATGAAAATTTAGAAACCTAAGCAATTTTCA AAAAATACTCCCTTGTTATGCCTGGAGTTGTAATGCTCACGTGTGCTAAATAGAAATCAG TCTATTCATAGTCTCTCTCCATTATTGACTCAACTTGTGCCTCTGTTTAAATTAGTAGAT AAGTCAAGGTTAAGGTCTCTTTCCACTCATAGACTTATGAATAAGCCTACAACAGTCACA TCAATTACCGGTAATTTTGAGGCTCCAATATTATACCAGAGACCCAGTAATTCATGTATT CTAATGATCCCAACATTCAAAGACCTATGCCGAATTTCAAGGATGAAATTAATGTCACAA TTCACAAATAGAAACCGGAAAGGAATTTTTCTGCAAGAACTCCACTTGTAAACTATGGTT ATTCATATTGGCATAAGGAAAGTTGGTAAAATCAGGCAATTGAGCTCTTCCTTGTTGCAG TCTAATTTAGCAAAGAATGTACGTTCTCTTTATTTAAAGTCTCGCACACGGTGAATATAA CTATAAAATAATCCTTCTAGTTTCTGAAAAAAAAAATCATTTGTAAGGATGGGGATCAAA TAAGCTCAAAGTCACAGGCCGGGATAAGCATATACTTATTCAAATATCTATTATCAGATA CCTGACATATCTTCGAAATGTCACATCACCTTAATCCTCACCACCACATCACATACACTT ATGCATCAGATGTTTTTAAGCCTATTCACCATTGGAACATATCAACTTAAGTAAAAATGT ACTATATAAATGCATAGTTGTATTTCAATAGTCTCCATCATGTAGGAATTACTTCATATG GAGTAAAAGATATACCTCGGACCTTTCCCAAGCTCCTTTTCTTATCCCCTTTGTAAGGTT GGTCACAACAACAGATCCTACAACTGTGGCTTGACCACCAGAATAACCTGCAATTCATAA TAACAAGAACAGTAATATTGGTAGAAAAGAAAAAGAATAACCTGCTTAGCTGAGATACTG GAGGAACTGCAGACGGCAAATACAAACATACTTTTGATGAACTGACGCGCTTCTTCCTTG CTTGATGGTTTTTCTCTAACAATTCCTTCGTAAACCGCCACCTCAATACCAATAGATGTA GGTAAGATATAGCCAAAAAGATCTATTCTTCATCCAAGAGAAAAATCATTAGAAGGCTCA AGTATTCTAATTTTGCAATATGCTATTTAACAGTGATATTAAATTAAGATTGTCAAATCA TGGAGCAAGTGAGGAGAATCAAATTTCGAATGAATTTAGAGAGCAAAACAAAAGATTAGA AATGAGCTAACGACACAATAAATGTCAATCTAAAATGTCATACAAGATAGGCCAGCTGCT TGCATTATTTGTCTAATAAAAAGAAACTAACAGCAAGCTAATTTCAACACTTTCTCCAAA CTTCTCTATGCAACGTTACTAGCTAAAATATTGTACTGCTGTTTTATAATTATAGCTAAA TGTGCCTATATCACCAACTAGTTTTGCAATAAATGAAAAACAATCATTTAATGGTTTCTG ATAAGCTCTCCATTCAATCAGAGAAATACCTGTGAATATGGGCTTAGTATTAAACTAATC AAGGCTATAGCACTTGAAATATTCTAATGAAGAAAAGTAAACATACTGTATCTGCAGTAA TTAACAGAGTGGAATGGGTATTTTCGTCCAACTGATCAGTTGTTTTGAGCCTTGACATAA TAGCATCTGCCTAAGAAGAACAGAACCAGTAAGTAAACATAAGATTTGCTCTTTGAGCAC TGGAACATGATATAACTGTAATACATATTACTCCCTCCGTCTTGATTTATACGGCACAAC TAGAGTGTCATGGAAATGGAAGGAAAGCAAGTGAGTTGATTATAGTGAGACGAACTATCC AGAATCAGCCCATTATCAGCGGAAGAGAAGTACCCATTAATAGATAGTCCCTAACCATCA AATGGAAATTCCATAACATAAATCACTGATGGGCAGAATGATTGGAAGTTAGTCGGAACA CAAAAGATGCCAAGGGAATGCCAAAATAATAAATCTCATCCAATCACAAGAATATTGAAT TTTGACCTTCTTATTGATATCATGTTCTACACAATTATCAACAGAACTCCTCTAATAACT GCACTAAAATTACTCCTGGCCTTTTTACTTTTATAGGGCGATATGTGTTACTTAGAAGAA TAACATACACTACGAAGATCTTTGTTTCATGTTACTTGGACAAAAAAAATTGATTATAGT TTCAAACCTAAATGGTGAACTTCTACCAATTACTTCACCAGTGAAATGAACTCGAAGACA AAAAAAACGTCATCAGGAAACAAGTGGATTTCTTACTTAGTATGAGGGTGTGGAGTAGGG GCATTAGGTGGTGGGAGGAGACAATTAACTTAAATAATCGTTTTTCTAGAAAAAATATTT TTGAGAACATTTTTATCAACCATATAACCAAACACACCGGTAATAGAGAAGAGGTAGTAT ACCTTTGCCTCTGCTAGAGCTATCACTAATTCCTCTGCATTATCTTTCCTAATGCTCTTT TCATCAATGTCAGCACCCTACTCCAAAAAAAAATTAAAATATAAGTCGCAATACACTAGA AAACTAAGAGCTCGTTTAATTGGAAATAAGTTATCTCATGAGTTAGCTATTGTGGGATAA CTTATCCTAGTATGTATTCACTATGATATAAATAGTGGAATAAGTTTATCCATCACCATT CCTTATCTCATCACTATTTTATTTTTAATCTCTCACGCCAAACGAGCCCGAGCAGGTCCA AAACTTAATCTGGACAGACAGTGCAAGTTTTAGCAAAATACAGAATCTTTTAAAACAAAA TTGAACGTACCATTACTGTAAATTCATAACCCATGTCCGCTAATATTTTGCGACGTGCCA TTGAGGAAGAACCCAAGATTATCTTTAAACATATAGAACCATTAGTGATTTACATGTACA TTCAGTATATTAAAGAAAACATTAACTTCCGTTTTAATCCTTAAAAGAAAGATTTGAGAT AAAGGAGAACAGTTCATGAGTGGGTGAAAAAGCAAACCTTGAACGACAAGTTCTTCGGAG CCATTTGTTTGGCGCTCTCTTTCTCACCTCTTCTTCAAAGGGCAACGGTTAGCTTTGGAG ATAAGCAACTGAGGATTTTATCAACGCTAAGAAAACGAGTGGTTTTTATACGGCGAATAA TTGGCTCCGATGCCAAAAAGCAATTTAATTATTAGTATACTTTTCTTTTTAATTTAATTT AAAATTATTAATTATGATACATGTAATATATTTTTTAATTTAAAATTATAAAATTTGTGT GTTTTATAATTTTTAACTATCTATTAGACTAAACTAAAACAAATAAATTGAATTAACGGA AATAATTCATTTTGAGAAGGTTGGTGTATTGTAATATAGAACCTTGCATTTTTATTTGTT CTTCCATTGTAAATTTTCTGAATAAGATAATGCATACTTGAAGTCACTTTTAACAAGAAA TGTTTTATTTTTATTTGTAAAAGTTAGTGTTTTGATTTCTCTAAAATTTTCATCAATTTT TACTCTTGAAAAAAGAAAAAGTAAAAGTGAAGATCAATACTCAAATTATGTATTAAAAAA AGTATCTAAGTATTAAATTCATAATCCAGTAAAACGGAAAAATTGATACGATGTTCCACA TTATTTTTTGTTTTTGACATCTGGCAGAATCCATTGTGAGGCATAATAATGAATTTAGTG ATGCAAAGTCAAATAAAGTTCATTAGCACATCAGAAAATATGGTGAACACAAGTAAATAT AATCTATAGTGAAAAAGAGCTTTTTAATCTAGTTACTCCAATGCGTTTCGATTCGTAATA TGGAATTATATATCTTATGAAAAACAATACTAAAACTAAAAATATACATAAAGCGGGATG ATGCCAGCATAATAAAATATCTTTGTTGATGGACCAAGAATTCAAACATAAGTTAGCGAA ATAAGTCCTAGCAAACTAAAAATAATGATTAAACGATTATTTATACTCATTTCATTTTCA TCATTAATAGAAGTTTGATCACATCTCGCATTTTTCACTTCCACAGTTGTCATTAAACTT GTAAAATCTCTTTCTCAAAAATATATCACTCTTAACTGTCAATAGGTTAATTGTCTAATT GGTAGGATATATATATATAGATATAGATACCGTAGAAGGAATCCAGAGGCCATAGCTAAT TCTATTCGTAGAAGGAATCCTAATTCTTTTTGTAGATTAATCCAATTCTGTTCTTAGATG GACTCTGCTATTAGTATTAATTTATAATTTAAATTAATTAAATAATATTGTGAGTGCTTA TATTTTAATTGTCTGATATTGAAAGTTTATAATGCTTATTCTCTTTCTTTATTCATTCAG CCTTTAGCGGAGAAATCAAAAATAATGTTACATATTTAGCAATTAGCAAAATGACATCAA TGCTAGAAAGTAGAAACAGAAATAAATCGTTGGTATTTTTGCTAAAAATCATCTATGCCC TCTATATTTTTATTTAACACATGAAATTCTTAATACTTTCTATGGGATTAGATAAGACCT TGTAATCAATATGTTAAGTCAAAAAAAAGTATAACCAAATAATATTTTTATTGGACTAAG TTTTAATTCATTACTGTTTTTATTAATACCCCACCAAACGGGTCCTTAGTAGCTAATTGA GTATTGTTGCACTTTGTATAAGTGAATAGAAAATAGCTCTTCTACACTTCTCCTTATCAA ATTTTACTAGTATTTGTCATATTGTTGTACTATCACACCTCAAATTCTTTTCTCATCTTT CGATTAGATAGTCTACTTCACAAAGATATAATAAAATTAAAAAATTGCGTACATCCTACT TTTTTTCAAACGGAATTAAACTAATTATGTTAACTATATGCAATAAGTGACTCAAAATTA CACGCATTTAATTATTGGCATATGTTTACTGTTCAAGAATTTTTATTTTATAAAATAAGA TTTGACAATACACCGTTTAGTTATTGTGGACTTGCTTAGCTTGCACATGATGCAACAGTC ATTGGCCAGGCATCACCTTTGCTTTTGGAAGATGTCACCTCGATCGTCAAGGCCCCAAAA TTTAGCAGTCTTGACATCTTCTTGAACCATCAATTTGGAAAATTCTTCATGATCGTAATT CAATGTGGCTTTTCCCCCAAACTCACTTGGAAGATTCTCAGTATCGAAAAAAGTCTTCAT CAACTCCACGCTATCTTTGTTATTGGGATACACAAACTTGATCTTCTCAAATGTTTTCGA ATCAATAAAATATTTCACTACCTACGTACAGAGAATGAATGATCAAATTGTGATTGACCA AAAGGAACCCGCCTGTAGGAAGAATCTTACCTTCCAAAATGCCTCGAAAAATCTAGGTGG ACTATAAAGAACAACTATAGCAAGCCTCTCTGGATAATGATTCTGCAAAATGTAGATAAT ATCTCTTGCAGTTTTAATGGGAATGTTGGTGTTCAATGACCATCCATTGAAGTCTATCAA CCAAGACATTTGTTCTTGGCCTTCTGGCAGGTTAAGGATAGCACTCTCCATCAGATAGAC TAGATGACGAATATTACCTTCCGGAGATGATGTATTCTGTCATCCATGAAACAGAACAAT TCGGATACTCCAGTCTGTAAACTTCAGATATATAGATTAGATTTTAATTTAAAAAGTAAG AACACTAACCTGTTTCCCAGGCCTCATTATAAGGACGGTTCTGCCAAGTCGGTCTTGAAA ATTACCCTTAGAAACTTTGCCAGTTTCACTTTCATGTGCCACTTCATGCTGTGAACATTG TGAGATCATTAATAATTTATCATTGATCTTCCAACATTATACTACCAAGCGATCCAATTC TTTTAGATGGATAACCGCGATCTTGGTTAGTTCATGACAAAGTTGAGAGTACAAAGTGTA TATAGATGGAAAAGGTCAAAGAACAATCACCCAACGAATTTCTTCAGGCTTATAGGTGGA TCTCCACTTGAGAGTCTCTTCGAGCATTTTTTTTGCCTTGTCAAGGTTCCAATTTCGAGC TTCTAAGTATTGCCTCAGACACACATCGGTACAGAACTTTAAGTTTCGCCCAGAGAGAGG TCCAACAGCCTCTCTTAACTCGCTAACCTGGTTTGCCATAGAAAATTAATCCCTGTTCTA TAGTTTTAACTACCAGTTATTGCTCAGTTTAATTGTCCTGACAATTCAATTTGAATGGAA CATTTACCCAGTGGTCAATCTAGTTATTATTAAACATTAAATGGATTTTCTAGGGGTAAT TGAGACAGATACTTTGTCATGGTGGATTTGATGAAGCAAATCGGAATGTAAGAATATAAC TTTGTCTGTTACCTTTGCACCACGGGCTGCAGAATCATCTGCCTGAATTGTGCGAGACGA CTTTCTCCGGAACATGATTCCTGTTAATTGAAAAAATGGTGCTAGCAGTTACATGTATAT GCGACTCTGCTTCATCACTAAGACTACCACTAGTAAATTTAGAATTCCGGTAAGATAAGC TGGATTATGAAAAAGTAAATAAAGCAAAAGGAAAAGAGATGAGAATGACTTTAAGAAAAA AACGATTACTTTTCTTGGAAAGGAATTAGGAAGATTGCAGAAAGATTTGGGACTTGAAAG ATATCATACAAAAGAGAGAAATAAAGAGAGAAACCTGTGATCCCCTCGATCACTCTACAT GAACACAATAGAAATTAATTCTTGTGGGAAAAGTATACAACACCACTTGAAGTTGTAGAG ATATCACGCAAAGTAGGTGATCATTCACTTGAACAGTTACAAAGAGGGAACAGACGGAAA ATGGAATTTTTCACACGCTTGTAGTCTTCTTTTTTGGACCATATAATGTGATAATACCCA ACTACGTTTACTATTCAAAGCAAATATGTTCAAGTTTGGATGGAACCTAACAAACGCACT GACGGTATAAACAAATTGGATGGAACCTAACAAACGCACTGACGGTATAAACAAACCACT GACCAACAACTTGGAGAATTCAACAAAATTCAGTTATTTCTCCTATTACTTGCCTTATAG GGTTGGTTCAAGTAGCTCCCCACGCCGTACGTAGCATTTAAAAACTACAAAATTAGGCAA CGAATTTACCAATTCTTGGGGTTTCAAGAACACATAATTTGAGTGGTAAAGTTTTCGCCT TTTCTCCTTCAACTACTTGAGATTATAGTGAAAATAATATGCATGCGTTAGTCAACACAA TTGACCATAAATATCCTTCAGTTTAAATACTGTATGGACCATAAATATTGAGTTCAAATC CAGTAACACAAGTGGACTCCAACAACCGTCCTCTCTAAAGAAACAATACATCCACGTATC GGCATAAAAATACTGTGCCGGTGTCGATAAAATATAACCAATACAATAACACTATCAGTT GAGACATATCCTTACTAGTAGTATATCATCCGCCCAACACTACAAATCAAGTTCTAATAT ACGCAAACTAGAGGAACAAATAAACTTATTCCGCCTGTCACTCTACAGAAAATACAATAA GCTTCACGGATCTTATATTCACAATTGGCAAATGCCAAATATCACTTATACACCCTCAAC GGCAAATGATCTTTCTCCTCTCTGCAGTCTTTACACAACCTAGTAGTCATTGTTGGATAA ACACTTACATTTGGTGGTACTACTGCTATACCCTTGAATCTCCGATGGATTAGATCAATG ATCTGTTCTGACTTGCCAGAGTCCGTCTCCATAGAGGAGGAGGAAAGTACAAAATACTGC ACCATACTAGGCCTGCGTCTCCTTAACAAGTCAACATCTCAGCAAGCAATTCCACAATCC ACAAAGATTCCTTAGGTGTTGGTTTATAATCGTCTGTTGAATTTCGGCAACTACATTACA TGCATGCCTAATAAGAAGTGTCTCCTCACTACTTGGAGCTGTACCCACCTCAGCTACTGA AATAATTTCTGTAATAACATCCACTTCCTCTGTTTTCATGAACTTGGAACATATTCAAGT GAATTGCCGTAACATCTCTTGGTTAGATTGATTATCGCCATTTACCACGTTAGCAAATAC TAATAGGTATTCACAGACCATCTCGAGAGTTCATTTTGATCTCTCCGGTATACATCCTCT CACCTCATCTTCAATCAAAGTCCTCAAGTTAGTATATTCTCTGATACATCCAAAGATTAG CTTTTGATTTTCTCATTCAACATGCTATATTGGCTGAAAATTCGTAGTCACAAATTTGAT CAAACAGGAAGAAGAGAACAAGGTCAACTGAAACAGAAGTAAAATCATTAACCTCAGAAA ACTACAAAGCATTTCTGCACTTTTAAGCTTCATGTATCAAAACATACATCCTCTGCCAAA ACTAAAGATACATAAACAAATTGTTACAAGTCCAAACAGGACACACTCGAAAATGCCGGA TCACTTCACATCATAGAAAGACACCTAAATATCTCAACCGGATATTTACAGGAAAAAGAA AGAAAGCCAGTCAGTGCTAACATGGCAAAGCATATAACCGGAAAAGTGTAACAAAGGGCC TGTGCACCCAAATTCT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 5646 5701 match_part 1.000 7347 7444 match_part 0.996 7725 8426 match_2 match_part 0.987 21916 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23321 match_3 match_part 0.989 21962 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23366 match_part 1.000 23458 23523 match_part 1.000 23647 23722 match_part 1.000 24080 24144 match_part 0.979 24224 24270 match_4 match_part 0.989 21963 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23366 match_part 1.000 23458 23523 match_part 1.000 23647 23696 match_5 match_part 1.000 24671 24739 match_part 1.000 25774 25866 match_part 1.000 26082 26128 match_part 1.000 26203 26265 match_part 1.000 26351 26410 match_part 1.000 26536 26595 match_part 1.000 26722 26781 match_part 0.983 27218 27332 match_part 1.000 27411 27444 match_6 match_part 1.000 24671 24739 match_part 1.000 25774 25866 match_part 1.000 26082 26128 match_part 1.000 26203 26265 match_part 1.000 26351 26410 match_part 1.000 26536 26595 match_part 1.000 26722 26781 match_part 1.000 27218 27278 match_7 match_part 1.000 49245 49681 match_8 match_part 0.998 49497 50088 match_9 match_part 1.000 49503 50227 match_10 match_part 1.000 49503 50086 match_11 match_part 1.000 49503 50040 match_12 match_part 1.000 49503 50000 match_13 match_part 0.997 49510 50089 match_14 match_part 0.975 50260 50457 match_15 match_part 0.975 50260 50457 match_16 match_part 1.000 50260 50448 match_17 match_part 0.970 50261 50457 match_18 match_part 0.983 76751 76868 match_part 1.000 76972 77014 match_part 0.969 77096 77160 match_part 0.959 77753 77849 match_part 0.944 78016 78086 match_part 0.946 78671 78762 match_part 0.965 78868 79011 match_19 match_part 1.000 76752 76868 match_part 1.000 76972 77014 match_part 1.000 77096 77160 match_part 1.000 77753 77849 match_part 1.000 78016 78086 match_part 1.000 78671 78762 match_part 1.000 78868 78979 match_20 match_part 0.989 76782 76868 match_part 0.977 76972 77014 match_part 0.985 77096 77160 match_part 0.990 77753 77849 match_part 0.986 78013 78086 match_part 0.978 78671 78762 match_part 0.913 78868 79109 match_21 match_part 0.986 76798 76868 match_part 0.977 76972 77014 match_part 0.969 77096 77160 match_part 0.969 77753 77849 match_part 0.986 78016 78086 match_part 0.946 78671 78762 match_part 0.957 78868 78913 match_22 match_part 0.986 76798 76868 match_part 0.953 76972 77014 match_part 0.969 77096 77160 match_part 0.969 77753 77849 match_part 0.958 78016 78086 match_part 0.902 78671 78762 match_part 0.911 78868 78912 match_23 match_part 1.000 76801 76868 match_part 1.000 76972 77014 match_part 1.000 77096 77160 match_part 1.000 77753 77849 match_part 1.000 78016 78086 match_part 1.000 78671 78762 match_part 0.990 78868 79077 match_24 match_part 0.944 76997 77014 match_part 0.908 77096 77160 match_part 0.969 77753 77849 match_part 0.986 78016 78086 match_part 0.957 78671 78762 match_part 0.919 78868 79078 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_25 match_part 1.000 10564 10019 match_26 match_part 0.983 10247 10019 match_27 match_part 0.985 10500 10026 match_28 match_part 0.999 11088 10417 match_29 match_part 1.000 11087 10438 match_30 match_part 1.000 11087 10443 match_31 match_part 1.000 11087 10446 match_32 match_part 1.000 11075 10462 match_33 match_part 1.000 11087 10476 match_34 match_part 0.995 11087 10530 match_35 match_part 1.000 30189 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 0.971 27978 27669 match_36 match_part 0.988 29553 29470 match_part 0.978 28463 28374 match_part 1.000 28284 28217 match_part 0.896 27978 27670 match_37 match_part 0.976 29553 29470 match_part 0.933 28463 28374 match_part 1.000 28284 28217 match_part 0.899 27978 27671 match_38 match_part 0.988 29553 29470 match_part 0.978 28463 28374 match_part 1.000 28284 28217 match_part 0.932 27978 27671 match_39 match_part 0.988 29553 29470 match_part 0.978 28463 28374 match_part 1.000 28284 28217 match_part 0.915 27978 27672 match_40 match_part 1.000 29665 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 0.984 27978 27674 match_41 match_part 0.971 28407 28374 match_part 1.000 28284 28217 match_part 0.939 27978 27683 match_42 match_part 0.970 29735 29470 match_part 0.978 28463 28374 match_part 1.000 28284 28217 match_part 0.955 27978 27711 match_43 match_part 0.993 30030 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 0.978 27978 27840 match_44 match_part 0.999 30200 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 1.000 27978 27971 match_45 match_part 0.950 30196 29515 match_46 match_part 0.954 30183 29529 match_47 match_part 0.997 30174 29549 match_48 match_part 1.000 30123 29555 match_49 match_part 0.998 30204 29607 match_50 match_part 0.944 30211 29622 match_51 match_part 1.000 30202 29625 match_52 match_part 0.996 30203 29674 match_53 match_part 0.908 30196 30044 match_54 match_part 0.925 50486 50394 match_part 0.949 50355 49848 match_55 match_part 0.943 50887 50412 match_56 match_part 0.940 53550 53434 match_part 0.934 52938 52636 match_57 match_part 0.993 54436 53571 match_58 match_part 0.956 57380 57268 match_part 0.909 55961 55535 match_part 0.909 54998 54812 match_59 match_part 0.981 58746 58009 match_60 match_part 0.969 58745 58387 match_61 match_part 1.000 61851 61390 match_part 0.995 60816 60605 match_62 match_part 1.000 64110 64059 match_part 1.000 63918 63776 match_part 1.000 63626 63540 match_part 0.997 63466 63144 match_part 0.500 63079 63072 match_63 match_part 1.000 68628 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 1.000 65985 65860 match_part 0.983 64343 64285 match_64 match_part 0.909 68617 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 0.989 65985 65894 match_65 match_part 0.909 68617 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 0.989 65985 65894 match_66 match_part 0.949 69262 69185 match_part 0.991 69098 68985 match_part 0.967 68890 68769 match_part 0.976 68678 68596 match_part 0.992 68511 68387 match_part 1.000 68249 68178 match_67 match_part 1.000 81271 81150 match_part 1.000 80633 80567 match_part 1.000 80481 80103 match_68 match_part 1.000 83176 83089 match_part 1.000 81552 81473 match_part 1.000 81270 81150 match_part 0.984 80633 80191 match_69 match_part 0.980 84021 83920 match_part 1.000 83201 83089 match_part 1.000 81552 81473 match_part 1.000 81270 81150 match_part 1.000 80633 80567 match_part 0.987 80481 80257 match_70 match_part 0.938 84177 83920 match_part 0.956 83201 83089 match_part 1.000 81547 81473 match_part 0.950 81270 81150 match_part 1.000 80633 80567 match_part 0.914 80481 80342 match_71 match_part 0.938 84177 83920 match_part 0.956 83201 83089 match_part 1.000 81547 81473 match_part 0.950 81270 81150 match_part 1.000 80633 80567 match_part 0.957 80481 80344 match_72 match_part 0.971 88322 88288 match_part 0.922 87543 87493 match_part 0.964 86840 86758 match_part 0.966 86141 86054 match_part 0.976 85583 85542 match_part 0.907 85451 85377 match_part 0.833 85249 85220 match_73 match_part 0.985 87723 87055 match_74 match_part 1.000 87710 87138 match_75 match_part 0.940 89876 89579 match_part 0.963 89496 89335 match_part 0.933 88675 88496 match_part 1.000 88345 88323 match_76 match_part 0.997 89927 89579 match_part 1.000 89496 89335 match_part 1.000 88675 88496 match_part 0.905 88345 88325 match_77 match_part 0.994 89922 89579 match_part 1.000 89496 89335 match_part 1.000 88675 88523 match_78 match_part 0.900 89928 89579 match_part 0.969 89496 89335 match_part 0.960 88675 88575 match_79 match_part 0.963 89927 89579 match_part 0.988 89496 89335 match_part 0.972 88675 88640 match_80 match_part 1.000 90063 90059 match_part 0.897 89967 89579 match_part 0.968 89496 89341 match_81 match_part 0.991 89924 89579 match_part 1.000 89496 89341 match_82 match_part 1.000 99194 99142 match_part 0.995 96806 96197 match_part 0.400 96120 96111 match_83 match_part 1.000 99272 99142 match_part 0.989 96806 96248 match_84 match_part 1.000 99195 99142 match_part 1.000 96806 96263 match_85 match_part 1.000 99195 99142 match_part 1.000 96806 96402 match_86 match_part 1.000 99195 99142 match_part 0.988 96806 96461 match_87 match_part 1.000 99194 99142 match_part 0.981 96806 96538 match_88 match_part 0.991 99255 99142 match_part 0.992 96806 96557 match_89 match_part 1.000 104269 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 0.978 102647 102556 match_part 0.976 101106 101065 match_part 0.975 100992 100912 match_part 0.978 100813 100587 match_part 0.755 99410 99362 match_90 match_part 0.934 101107 100912 match_part 0.880 100813 100497 match_91 match_part 1.000 104856 104798 match_part 1.000 104662 104591 match_part 1.000 104297 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_part 1.000 100992 100912 match_part 0.981 100813 100602 match_92 match_part 1.000 104884 104798 match_part 1.000 104662 104591 match_part 1.000 104297 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_part 1.000 100992 100912 match_part 1.000 100813 100738 match_93 match_part 1.000 104855 104798 match_part 1.000 104662 104591 match_part 0.733 104297 104223 match_part 1.000 103450 103367 match_part 0.957 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_94 match_part 0.993 101909 101484 match_95 match_part 0.944 104644 104591 match_part 0.947 104297 104223 match_part 0.964 103450 103367 match_part 0.911 102821 102710 match_96 match_part 1.000 104809 104798 match_part 0.944 104662 104591 match_part 0.933 104297 104223 match_97 match_part 0.864 107152 107131 match_part 0.901 107061 106617 match_98 match_part 0.836 108442 108370 match_part 0.882 108200 108133 match_part 0.938 107907 107731 match_part 0.919 107568 107470 match_part 0.967 107376 107131 match_part 0.962 107061 106905 match_99 match_part 0.922 107572 107470 match_part 0.967 107376 107131 match_part 0.971 107061 106959 match_100 match_part 1.000 108535 108455 match_part 1.000 108200 108133 match_part 1.000 107907 107731 match_part 1.000 107568 107309 match_101 match_part 0.988 108626 108455 match_part 1.000 108200 108133 match_part 1.000 107907 107731 match_part 0.990 107568 107470 match_part 1.000 107376 107366 match_102 match_part 1.000 109908 109314 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 5646 5701 exon 7347 7444 exon 7725 8426 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 11088 10019 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 21916 22150 exon 22233 22295 exon 22796 22885 exon 23143 23202 exon 23301 23366 exon 23458 23523 exon 23647 23722 exon 24080 24144 exon 24224 24270 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 24671 24739 exon 25774 25866 exon 26082 26128 exon 26203 26265 exon 26351 26410 exon 26536 26595 exon 26722 26781 exon 27218 27332 exon 27411 27444 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 30211 29470 exon 28463 28374 exon 28284 28217 exon 27978 27669 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 49245 50227 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 50887 50394 exon 50355 49848 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 50260 50457 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 53550 53434 exon 52938 52636 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 54436 53571 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 57380 57268 exon 55961 55535 exon 54998 54812 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 58746 58009 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 61851 61390 exon 60816 60605 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 64110 64059 exon 63918 63776 exon 63626 63540 exon 63466 63144 exon 63079 63072 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 69262 69185 exon 69098 68985 exon 68890 68769 exon 68678 68596 exon 68511 68387 exon 68249 68129 exon 68056 67919 exon 66195 66099 exon 65985 65860 exon 64343 64285 gene_16 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 76751 76868 exon 76972 77014 exon 77096 77160 exon 77753 77849 exon 78016 78086 exon 78671 78762 exon 78868 79078 gene_17 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 76782 76868 exon 76972 77014 exon 77096 77160 exon 77753 77849 exon 78013 78086 exon 78671 78762 exon 78868 79109 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 84177 83920 exon 83201 83089 exon 81547 81473 exon 81270 81150 exon 80633 80567 exon 80481 80342 gene_19 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 81271 81150 exon 80633 80567 exon 80481 80103 gene_20 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 83176 83089 exon 81552 81473 exon 81270 81150 exon 80633 80191 gene_21 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 84021 83920 exon 83201 83089 exon 81552 81473 exon 81270 81150 exon 80633 80567 exon 80481 80257 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 87723 87055 gene_23 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 88322 88288 exon 87543 87493 exon 86840 86758 exon 86141 86054 exon 85583 85542 exon 85451 85377 exon 85249 85220 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 90063 90059 exon 89967 89579 exon 89496 89335 exon 88675 88496 exon 88345 88323 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 99272 99142 exon 96806 96197 exon 96120 96111 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 104884 104798 exon 104662 104591 exon 104297 104223 exon 103450 103367 exon 102821 102752 exon 102647 102556 exon 101106 101065 exon 100992 100912 exon 100813 100587 exon 99410 99362 gene_27 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 104809 104798 exon 104662 104591 exon 104297 104223 exon 103450 103367 exon 102821 102710 gene_28 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 101107 100912 exon 100813 100497 gene_29 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 101909 101484 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 107572 107470 exon 107376 107131 exon 107061 106617 gene_31 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108442 108370 exon 108200 108133 exon 107907 107731 exon 107568 107470 exon 107376 107131 exon 107061 106617 gene_32 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108535 108455 exon 108200 108133 exon 107907 107731 exon 107568 107309 gene_33 gene GT_PGL_22_AGS_4 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108626 108455 exon 108200 108133 exon 107907 107731 exon 107568 107470 exon 107376 107366 gene_34 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 109908 109314 RepeatMasker tomato repeats master Copia00191 1499 1709 1 Copia00191 1499 1709 1 nucleotide_motif 1087 223 430 TLP1 468 662 1 TLP1 468 662 1 nucleotide_motif 974 16338 16534 Unknown00046 1983 2062 1 Unknown00046 1983 2062 1 nucleotide_motif 405 30658 30737 SONATA1 102 243 1 SONATA1 102 243 1 nucleotide_motif 310 33833 33962 Unknown00046 1885 2062 1 Unknown00046 1885 2062 1 nucleotide_motif 737 36718 36891 Unknown00025 237 469 1 Unknown00025 237 469 1 nucleotide_motif 837 38243 38479 Copia00172 5199 5311 1 Copia00172 5199 5311 1 nucleotide_motif 471 53762 53869 Copia00172 289 522 1 Copia00172 289 522 1 nucleotide_motif 1552 58709 58948 Gypsy00205 6199 6766 1 Gypsy00205 6199 6766 1 nucleotide_motif 1967 79293 79883 Copia00110 10837 11139 1 Copia00110 10837 11139 1 nucleotide_motif 1431 99578 99894 RepeatMasker tomato repeats master Unknown00046 1854 2064 -1 Unknown00046 1854 2064 -1 nucleotide_motif 818 642 427 Copia00107 262 470 -1 Copia00107 262 470 -1 nucleotide_motif 716 850 652 Copia00191 1595 1735 -1 Copia00191 1595 1735 -1 nucleotide_motif 280 1049 918 Unknown00046 2825 3150 -1 Unknown00046 2825 3150 -1 nucleotide_motif 277 16551 16241 TLP1 9 288 -1 TLP1 9 288 -1 nucleotide_motif 1326 20465 20185 Copia00143 45 232 -1 Copia00143 45 232 -1 nucleotide_motif 437 42767 42577 Copia00143 76 208 -1 Copia00143 76 208 -1 nucleotide_motif 685 43021 42889 Unknown00043 1929 2043 -1 Unknown00043 1929 2043 -1 nucleotide_motif 308 97790 97677 HarbN_I 1 205 -1 HarbN_I 1 205 -1 nucleotide_motif 500 104509 104348 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 7830 100907 104961 match_2 match 8278 106091 110356 match_3 match 2006 44002 45100 match_4 match 2058 35235 36338 match_5 match 2020 31938 33055 match_6 match 2244 30728 31901 match_7 match 2611 38853 40217 match_8 match 3612 45519 47391 match_9 match 3479 13859 15871 match_10 match 3733 2915 4929 match_11 match 3862 16552 18655 match_12 match 5457 40672 43622 match_13 match 6669 21790 25315 match_14 match 9509 25389 30443 match_15 match 9733 47504 52671 match_16 match 5254 13751 match_17 match 1875 42563 43622 match_18 match 2006 44002 45100 match_19 match 2987 54524 56030 match_20 match 3580 82849 84675 match_21 match 3612 45519 47391 match_22 match 6934 62605 66297 match_23 match 7830 100907 104961 match_24 match 8278 106091 110356 match_25 match 84737 89971 match_26 match 56095 61973 match_27 match 76021 81991 match_28 match 91715 98533 match_29 match 47504 54462 match_30 match 66368 74984 match_31 match 2321 46102 47391 match_32 match 3011 45743 47391 match_33 match 2977 45744 47391 match_34 match 2989 45746 47391 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1304 76 757 clone_end_2 clone_end 1328 7548 8233 clone_end_3 clone_end 720 8242 8628 clone_1 clone 1099.5 9128 110222 clone_start_1 clone_start 1150 9128 9757 clone_start_2 clone_start 1106 14852 15547 clone_start_3 clone_start 1078 23523 24093 clone_start_4 clone_start 593 24492 24806 clone_end_4 clone_end 1072 26773 27313 clone_end_5 clone_end 1396 42589 43386 clone_end_6 clone_end 337 46389 46570 clone_end_7 clone_end 1289 47538 48220 clone_end_8 clone_end 969 47745 48279 clone_start_5 clone_start 1287 57639 58294 clone_2 clone 749.5 68127 106958 clone_start_6 clone_start 369 68127 68333 clone_3 clone 866 69275 106028 clone_start_7 clone_start 1330 69275 69966 clone_4 clone 955.5 69275 106407 clone_start_8 clone_start 1330 69275 69966 clone_start_9 clone_start 866 74342 74778 clone_start_10 clone_start 805 74342 74774 clone_end_9 clone_end 1136 75047 75676 clone_end_10 clone_end 712 76482 76883 clone_start_11 clone_start 995 87871 88396 clone_start_12 clone_start 954 101707 102191 clone_end_11 clone_end 387 105749 106028 clone_end_12 clone_end 1310 109245 109905 clone_start_13 clone_start 726 109435 109808 clone_start_14 clone_start 254 110229 110356 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_13 clone_end 1049 110222 109690 clone_end_14 clone_end 1148 41278 40700 clone_end_15 clone_end 894 46236 45746 clone_start_15 clone_start 1176 52993 52372 clone_end_16 clone_end 1086 54462 53869 clone_end_17 clone_end 1130 106958 106368 clone_end_18 clone_end 402 106028 105757 clone_end_19 clone_end 581 106407 106091 clone_end_20 clone_end 928 83435 82923 clone_end_21 clone_end 521 85024 84737 clone_start_16 clone_start 1025 86754 86238 clone_end_22 clone_end 1021 87711 87193 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5646 5701 match_part 1.000 7347 7444 match_part 0.996 7725 8426 match_2 match_part 0.987 21916 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23321 match_3 match_part 0.989 21962 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23366 match_part 1.000 23458 23523 match_part 1.000 23647 23722 match_part 1.000 24080 24144 match_part 0.979 24224 24270 match_4 match_part 0.989 21963 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23366 match_part 1.000 23458 23523 match_part 1.000 23647 23696 match_5 match_part 1.000 24671 24739 match_part 1.000 25774 25866 match_part 1.000 26082 26128 match_part 1.000 26203 26265 match_part 1.000 26351 26410 match_part 1.000 26536 26595 match_part 1.000 26722 26781 match_part 0.983 27218 27332 match_part 1.000 27411 27444 match_6 match_part 1.000 24671 24739 match_part 1.000 25774 25866 match_part 1.000 26082 26128 match_part 1.000 26203 26265 match_part 1.000 26351 26410 match_part 1.000 26536 26595 match_part 1.000 26722 26781 match_part 1.000 27218 27278 match_7 match_part 1.000 49245 49681 match_8 match_part 0.998 49497 50088 match_9 match_part 1.000 49503 50227 match_10 match_part 1.000 49503 50086 match_11 match_part 1.000 49503 50040 match_12 match_part 1.000 49503 50000 match_13 match_part 0.997 49510 50089 match_14 match_part 0.975 50260 50457 match_15 match_part 0.975 50260 50457 match_16 match_part 1.000 50260 50448 match_17 match_part 0.970 50261 50457 match_18 match_part 0.983 76751 76868 match_part 1.000 76972 77014 match_part 0.969 77096 77160 match_part 0.959 77753 77849 match_part 0.944 78016 78086 match_part 0.946 78671 78762 match_part 0.965 78868 79011 match_19 match_part 1.000 76752 76868 match_part 1.000 76972 77014 match_part 1.000 77096 77160 match_part 1.000 77753 77849 match_part 1.000 78016 78086 match_part 1.000 78671 78762 match_part 1.000 78868 78979 match_20 match_part 1.000 76801 76868 match_part 1.000 76972 77014 match_part 1.000 77096 77160 match_part 1.000 77753 77849 match_part 1.000 78016 78086 match_part 1.000 78671 78762 match_part 0.990 78868 79077 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_21 match_part 1.000 10564 10019 match_22 match_part 0.983 10247 10019 match_23 match_part 0.985 10500 10026 match_24 match_part 0.999 11088 10417 match_25 match_part 1.000 11087 10438 match_26 match_part 1.000 11087 10443 match_27 match_part 1.000 11087 10446 match_28 match_part 1.000 11075 10462 match_29 match_part 1.000 11087 10476 match_30 match_part 0.995 11087 10530 match_31 match_part 1.000 30189 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 0.971 27978 27669 match_32 match_part 1.000 29665 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 0.984 27978 27674 match_33 match_part 0.993 30030 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 0.978 27978 27840 match_34 match_part 0.999 30200 29470 match_part 1.000 28463 28374 match_part 1.000 28284 28217 match_part 1.000 27978 27971 match_35 match_part 0.997 30174 29549 match_36 match_part 1.000 30123 29555 match_37 match_part 0.998 30204 29607 match_38 match_part 1.000 30202 29625 match_39 match_part 0.996 30203 29674 match_40 match_part 0.943 50887 50412 match_41 match_part 0.940 53550 53434 match_part 0.934 52938 52636 match_42 match_part 0.993 54436 53571 match_43 match_part 0.956 57380 57268 match_part 0.909 55961 55535 match_part 0.909 54998 54812 match_44 match_part 0.981 58746 58009 match_45 match_part 0.969 58745 58387 match_46 match_part 1.000 61851 61390 match_part 0.995 60816 60605 match_47 match_part 1.000 64110 64059 match_part 1.000 63918 63776 match_part 1.000 63626 63540 match_part 0.997 63466 63144 match_part 0.500 63079 63072 match_48 match_part 1.000 68628 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 1.000 65985 65860 match_part 0.983 64343 64285 match_49 match_part 0.909 68617 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 0.989 65985 65894 match_50 match_part 0.909 68617 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 0.989 65985 65894 match_51 match_part 1.000 81271 81150 match_part 1.000 80633 80567 match_part 1.000 80481 80103 match_52 match_part 1.000 83176 83089 match_part 1.000 81552 81473 match_part 1.000 81270 81150 match_part 0.984 80633 80191 match_53 match_part 0.980 84021 83920 match_part 1.000 83201 83089 match_part 1.000 81552 81473 match_part 1.000 81270 81150 match_part 1.000 80633 80567 match_part 0.987 80481 80257 match_54 match_part 0.985 87723 87055 match_55 match_part 1.000 87710 87138 match_56 match_part 0.997 89927 89579 match_part 1.000 89496 89335 match_part 1.000 88675 88496 match_part 0.905 88345 88325 match_57 match_part 0.994 89922 89579 match_part 1.000 89496 89335 match_part 1.000 88675 88523 match_58 match_part 0.963 89927 89579 match_part 0.988 89496 89335 match_part 0.972 88675 88640 match_59 match_part 0.991 89924 89579 match_part 1.000 89496 89341 match_60 match_part 1.000 99194 99142 match_part 0.995 96806 96197 match_part 0.400 96120 96111 match_61 match_part 1.000 99272 99142 match_part 0.989 96806 96248 match_62 match_part 1.000 99195 99142 match_part 1.000 96806 96263 match_63 match_part 1.000 99195 99142 match_part 1.000 96806 96402 match_64 match_part 1.000 99195 99142 match_part 0.988 96806 96461 match_65 match_part 1.000 99194 99142 match_part 0.981 96806 96538 match_66 match_part 0.991 99255 99142 match_part 0.992 96806 96557 match_67 match_part 1.000 104269 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 0.978 102647 102556 match_part 0.976 101106 101065 match_part 0.975 100992 100912 match_part 0.978 100813 100587 match_part 0.755 99410 99362 match_68 match_part 1.000 104856 104798 match_part 1.000 104662 104591 match_part 1.000 104297 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_part 1.000 100992 100912 match_part 0.981 100813 100602 match_69 match_part 1.000 104884 104798 match_part 1.000 104662 104591 match_part 1.000 104297 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_part 1.000 100992 100912 match_part 1.000 100813 100738 match_70 match_part 1.000 104855 104798 match_part 1.000 104662 104591 match_part 0.733 104297 104223 match_part 1.000 103450 103367 match_part 0.957 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_71 match_part 0.993 101909 101484 match_72 match_part 0.864 107152 107131 match_part 0.901 107061 106617 match_73 match_part 1.000 108535 108455 match_part 1.000 108200 108133 match_part 1.000 107907 107731 match_part 1.000 107568 107309 match_74 match_part 0.988 108626 108455 match_part 1.000 108200 108133 match_part 1.000 107907 107731 match_part 0.990 107568 107470 match_part 1.000 107376 107366 match_75 match_part 1.000 109908 109314 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 5646 5701 exon 7347 7444 exon 7725 8426 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 11088 10019 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 21916 22150 exon 22233 22295 exon 22796 22885 exon 23143 23202 exon 23301 23366 exon 23458 23523 exon 23647 23722 exon 24080 24144 exon 24224 24270 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 24671 24739 exon 25774 25866 exon 26082 26128 exon 26203 26265 exon 26351 26410 exon 26536 26595 exon 26722 26781 exon 27218 27332 exon 27411 27444 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 30204 29470 exon 28463 28374 exon 28284 28217 exon 27978 27669 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 49245 50227 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 50260 50457 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 50887 50412 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 53550 53434 exon 52938 52636 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 54436 53571 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 57380 57268 exon 55961 55535 exon 54998 54812 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 58746 58009 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 61851 61390 exon 60816 60605 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 64110 64059 exon 63918 63776 exon 63626 63540 exon 63466 63144 exon 63079 63072 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 68628 68596 exon 68511 68387 exon 68249 68129 exon 68056 67919 exon 66195 66099 exon 65985 65860 exon 64343 64285 gene_16 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 76751 76868 exon 76972 77014 exon 77096 77160 exon 77753 77849 exon 78016 78086 exon 78671 78762 exon 78868 79077 gene_17 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 84021 83920 exon 83201 83089 exon 81552 81473 exon 81270 81150 exon 80633 80567 exon 80481 80257 gene_18 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 81271 81150 exon 80633 80567 exon 80481 80103 gene_19 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 83176 83089 exon 81552 81473 exon 81270 81150 exon 80633 80191 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 87723 87055 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 89927 89579 exon 89496 89335 exon 88675 88496 exon 88345 88325 gene_22 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 99272 99142 exon 96806 96197 exon 96120 96111 gene_23 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 104884 104798 exon 104662 104591 exon 104297 104223 exon 103450 103367 exon 102821 102752 exon 102647 102556 exon 101106 101065 exon 100992 100912 exon 100813 100587 exon 99410 99362 gene_24 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 101909 101484 gene_25 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 107152 107131 exon 107061 106617 gene_26 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108626 108455 exon 108200 108133 exon 107907 107731 exon 107568 107470 exon 107376 107366 gene_27 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108535 108455 exon 108200 108133 exon 107907 107731 exon 107568 107309 gene_28 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 109908 109314 AUGUSTUS_tom_cdna de novo gene_1 gene 0.95 3494 3730 transcript_1 transcript 0.95 3494 3730 start_codon_1 start_codon 3494 3496 CDS_1 CDS 0.95 3494 3730 stop_codon_1 stop_codon 3728 3730 gene_2 gene 1 5616 8662 transcript_2 transcript 1 5616 8662 start_codon_2 start_codon 5616 5618 intron_1 intron 1 5702 7346 intron_2 intron 1 7445 7724 CDS_2 CDS 1 5616 5701 CDS_3 CDS 1 7347 7444 CDS_4 CDS 1 7725 8662 stop_codon_2 stop_codon 8660 8662 gene_3 gene 0.38 21962 27523 transcript_3 transcript 0.38 21962 27523 start_codon_3 start_codon 21962 21964 intron_3 intron 1 22151 22232 intron_4 intron 1 22296 22795 intron_5 intron 1 22886 23142 intron_6 intron 1 23203 23300 intron_7 intron 1 23367 23457 intron_8 intron 1 23524 23646 intron_9 intron 1 23723 24079 intron_10 intron 1 24145 24223 intron_11 intron 0.47 24317 24654 intron_12 intron 0.71 24740 26081 intron_13 intron 1 26129 26202 intron_14 intron 1 26266 26350 intron_15 intron 1 26411 26535 intron_16 intron 1 26596 26721 intron_17 intron 1 26782 27217 intron_18 intron 1 27333 27410 CDS_5 CDS 1 21962 22150 CDS_6 CDS 1 22233 22295 CDS_7 CDS 1 22796 22885 CDS_8 CDS 1 23143 23202 CDS_9 CDS 1 23301 23366 CDS_10 CDS 1 23458 23523 CDS_11 CDS 1 23647 23722 CDS_12 CDS 1 24080 24144 CDS_13 CDS 1 24224 24316 CDS_14 CDS 0.94 24655 24739 CDS_15 CDS 1 26082 26128 CDS_16 CDS 1 26203 26265 CDS_17 CDS 1 26351 26410 CDS_18 CDS 1 26536 26595 CDS_19 CDS 1 26722 26781 CDS_20 CDS 1 27218 27332 CDS_21 CDS 1 27411 27523 stop_codon_3 stop_codon 27521 27523 gene_4 gene 0.69 43788 46682 transcript_4 transcript 0.69 43788 46682 start_codon_4 start_codon 43788 43790 intron_19 intron 0.69 43795 46317 CDS_22 CDS 0.88 43788 43794 CDS_23 CDS 0.75 46318 46682 stop_codon_4 stop_codon 46680 46682 gene_5 gene 1 49492 50277 transcript_5 transcript 1 49492 50277 start_codon_5 start_codon 49492 49494 CDS_24 CDS 1 49492 50277 stop_codon_5 stop_codon 50275 50277 gene_6 gene 1 76800 78934 transcript_6 transcript 1 76800 78934 start_codon_6 start_codon 76800 76802 intron_20 intron 1 76869 76971 intron_21 intron 1 77015 77095 intron_22 intron 1 77161 77752 intron_23 intron 1 77850 78015 intron_24 intron 1 78087 78670 intron_25 intron 1 78763 78867 CDS_25 CDS 1 76800 76868 CDS_26 CDS 1 76972 77014 CDS_27 CDS 1 77096 77160 CDS_28 CDS 1 77753 77849 CDS_29 CDS 1 78016 78086 CDS_30 CDS 1 78671 78762 CDS_31 CDS 1 78868 78934 stop_codon_6 stop_codon 78932 78934 gene_7 gene 0.8 94799 96465 transcript_7 transcript 0.8 94799 96465 start_codon_7 start_codon 94799 94801 intron_26 intron 0.8 95473 96185 CDS_32 CDS 0.8 94799 95472 CDS_33 CDS 0.8 96186 96465 stop_codon_7 stop_codon 96463 96465 AUGUSTUS_tom_cdna de novo gene_8 gene 1 11096 10215 transcript_8 transcript 1 11096 10215 stop_codon_8 stop_codon 10217 10215 CDS_34 CDS 1 11096 10215 start_codon_8 start_codon 11096 11094 gene_9 gene 1 30174 27843 transcript_9 transcript 1 30174 27843 stop_codon_9 stop_codon 27845 27843 intron_27 intron 1 28216 27979 intron_28 intron 1 28373 28285 intron_29 intron 1 29469 28464 CDS_35 CDS 1 27978 27843 CDS_36 CDS 1 28284 28217 CDS_37 CDS 1 28463 28374 CDS_38 CDS 1 30174 29470 start_codon_9 start_codon 30174 30172 gene_10 gene 0.64 35669 34842 transcript_10 transcript 0.64 35669 34842 stop_codon_10 stop_codon 34844 34842 intron_30 intron 0.99 35243 35151 CDS_39 CDS 0.99 35150 34842 CDS_40 CDS 0.65 35669 35244 start_codon_10 start_codon 35669 35667 gene_11 gene 0.36 53727 50436 transcript_11 transcript 0.36 53727 50436 stop_codon_11 stop_codon 50438 50436 intron_31 intron 0.6 50930 50465 intron_32 intron 0.81 51483 51046 intron_33 intron 0.73 52488 51583 intron_34 intron 1 53433 52939 CDS_41 CDS 0.6 50464 50436 CDS_42 CDS 0.6 51045 50931 CDS_43 CDS 0.99 51582 51484 CDS_44 CDS 0.73 52938 52489 CDS_45 CDS 0.84 53727 53434 start_codon_11 start_codon 53727 53725 gene_12 gene 0.26 55918 54099 transcript_12 transcript 0.26 55918 54099 stop_codon_12 stop_codon 54101 54099 intron_35 intron 0.53 54668 54438 intron_36 intron 1 55534 54999 CDS_46 CDS 0.59 54437 54099 CDS_47 CDS 0.89 54998 54669 CDS_48 CDS 0.56 55918 55535 start_codon_12 start_codon 55918 55916 gene_13 gene 0.47 61822 57264 transcript_13 transcript 0.47 61822 57264 stop_codon_13 stop_codon 57266 57264 intron_37 intron 1 59309 57381 intron_38 intron 1 59569 59454 intron_39 intron 0.84 60577 59702 intron_40 intron 1 61389 60817 CDS_49 CDS 0.55 57380 57264 CDS_50 CDS 1 59453 59310 CDS_51 CDS 1 59701 59570 CDS_52 CDS 0.84 60816 60578 CDS_53 CDS 1 61822 61390 start_codon_13 start_codon 61822 61820 gene_14 gene 0.11 75475 63344 transcript_14 transcript 0.11 75475 63344 stop_codon_14 stop_codon 63346 63344 intron_41 intron 1 63539 63467 intron_42 intron 1 63775 63627 intron_43 intron 1 64058 63919 intron_44 intron 1 64250 64165 intron_45 intron 1 65859 64344 intron_46 intron 1 66098 65986 intron_47 intron 1 67918 66196 intron_48 intron 1 68128 68057 intron_49 intron 1 68386 68250 intron_50 intron 1 68595 68512 intron_51 intron 0.37 68984 68672 intron_52 intron 0.45 69184 69099 intron_53 intron 0.74 69437 69329 intron_54 intron 0.76 69597 69517 intron_55 intron 1 69789 69709 intron_56 intron 0.96 70362 69965 intron_57 intron 0.71 70714 70479 intron_58 intron 0.63 71555 70802 intron_59 intron 0.8 72873 71624 intron_60 intron 0.99 73114 73034 intron_61 intron 0.9 73334 73249 intron_62 intron 0.94 73564 73452 intron_63 intron 0.75 74495 73731 intron_64 intron 0.89 75316 74658 CDS_54 CDS 1 63466 63344 CDS_55 CDS 1 63626 63540 CDS_56 CDS 1 63918 63776 CDS_57 CDS 1 64164 64059 CDS_58 CDS 1 64343 64251 CDS_59 CDS 1 65985 65860 CDS_60 CDS 1 66195 66099 CDS_61 CDS 1 68056 67919 CDS_62 CDS 1 68249 68129 CDS_63 CDS 1 68511 68387 CDS_64 CDS 0.6 68671 68596 CDS_65 CDS 0.48 69098 68985 CDS_66 CDS 0.59 69328 69185 CDS_67 CDS 0.72 69516 69438 CDS_68 CDS 0.76 69708 69598 CDS_69 CDS 1 69964 69790 CDS_70 CDS 0.96 70478 70363 CDS_71 CDS 0.65 70801 70715 CDS_72 CDS 0.89 71623 71556 CDS_73 CDS 0.8 73033 72874 CDS_74 CDS 0.9 73248 73115 CDS_75 CDS 1 73451 73335 CDS_76 CDS 0.94 73730 73565 CDS_77 CDS 0.84 74657 74496 CDS_78 CDS 1 75475 75317 start_codon_14 start_codon 75475 75473 gene_15 gene 0.37 89835 80352 transcript_15 transcript 0.37 89835 80352 stop_codon_15 stop_codon 80354 80352 intron_65 intron 1 80566 80482 intron_66 intron 1 81149 80634 intron_67 intron 1 81472 81271 intron_68 intron 1 83088 81553 intron_69 intron 1 83919 83202 intron_70 intron 0.95 85180 84036 intron_71 intron 0.9 85376 85250 intron_72 intron 0.64 85541 85452 intron_73 intron 0.65 86053 85584 intron_74 intron 0.65 88495 86142 intron_75 intron 1 89334 88676 intron_76 intron 1 89578 89497 CDS_79 CDS 1 80481 80352 CDS_80 CDS 1 80633 80567 CDS_81 CDS 1 81270 81150 CDS_82 CDS 1 81552 81473 CDS_83 CDS 1 83201 83089 CDS_84 CDS 1 84035 83920 CDS_85 CDS 0.91 85249 85181 CDS_86 CDS 0.95 85451 85377 CDS_87 CDS 0.65 85583 85542 CDS_88 CDS 1 86141 86054 CDS_89 CDS 1 88675 88496 CDS_90 CDS 1 89496 89335 CDS_91 CDS 1 89835 89579 start_codon_15 start_codon 89835 89833 gene_16 gene 0.46 93564 89859 transcript_16 transcript 0.46 93564 89859 stop_codon_16 stop_codon 89861 89859 intron_77 intron 0.74 93258 89962 intron_78 intron 0.61 93393 93309 CDS_92 CDS 0.74 89961 89859 CDS_93 CDS 0.69 93308 93259 CDS_94 CDS 0.69 93564 93394 start_codon_16 start_codon 93564 93562 gene_17 gene 0.9 98495 96477 transcript_17 transcript 0.9 98495 96477 stop_codon_17 stop_codon 96479 96477 intron_79 intron 0.9 98492 96807 CDS_95 CDS 1 96806 96477 CDS_96 CDS 0.9 98495 98493 start_codon_17 start_codon 98495 98493 gene_18 gene 1 104824 100742 transcript_18 transcript 1 104824 100742 stop_codon_18 stop_codon 100744 100742 intron_80 intron 1 100911 100814 intron_81 intron 1 101064 100993 intron_82 intron 1 102555 101107 intron_83 intron 1 102751 102648 intron_84 intron 1 103366 102822 intron_85 intron 1 104222 103451 intron_86 intron 1 104590 104298 intron_87 intron 1 104797 104663 CDS_97 CDS 1 100813 100742 CDS_98 CDS 1 100992 100912 CDS_99 CDS 1 101106 101065 CDS_100 CDS 1 102647 102556 CDS_101 CDS 1 102821 102752 CDS_102 CDS 1 103450 103367 CDS_103 CDS 1 104297 104223 CDS_104 CDS 1 104662 104591 CDS_105 CDS 1 104824 104798 start_codon_18 start_codon 104824 104822 gene_19 gene 0.53 109565 106813 transcript_19 transcript 0.53 109565 106813 stop_codon_19 stop_codon 106815 106813 intron_88 intron 1 107130 107062 intron_89 intron 1 107469 107377 intron_90 intron 1 107730 107569 intron_91 intron 1 108132 107908 intron_92 intron 1 108454 108201 intron_93 intron 0.95 109419 108475 CDS_106 CDS 1 107061 106813 CDS_107 CDS 1 107376 107131 CDS_108 CDS 1 107568 107470 CDS_109 CDS 1 107907 107731 CDS_110 CDS 1 108200 108133 CDS_111 CDS 1 108474 108455 CDS_112 CDS 0.53 109565 109420 start_codon_19 start_codon 109565 109563 AUGUSTUS_ab_initio de novo gene_1 gene 0.91 3494 3730 transcript_1 transcript 0.91 3494 3730 start_codon_1 start_codon 3494 3496 CDS_1 CDS 0.91 3494 3730 stop_codon_1 stop_codon 3728 3730 gene_2 gene 0.9 5616 8662 transcript_2 transcript 0.9 5616 8662 start_codon_2 start_codon 5616 5618 intron_1 intron 0.91 5702 7346 intron_2 intron 1 7445 7724 CDS_2 CDS 0.9 5616 5701 CDS_3 CDS 1 7347 7444 CDS_4 CDS 1 7725 8662 stop_codon_2 stop_codon 8660 8662 gene_3 gene 0.17 21962 27523 transcript_3 transcript 0.17 21962 27523 start_codon_3 start_codon 21962 21964 intron_3 intron 1 22151 22232 intron_4 intron 0.79 22296 22795 intron_5 intron 0.72 22886 23142 intron_6 intron 0.92 23203 23300 intron_7 intron 0.76 23367 23457 intron_8 intron 0.63 23524 23646 intron_9 intron 0.72 23723 24079 intron_10 intron 0.77 24145 24223 intron_11 intron 0.93 24317 24449 intron_12 intron 0.85 24576 24654 intron_13 intron 0.96 24740 26081 intron_14 intron 1 26129 26202 intron_15 intron 1 26266 26350 intron_16 intron 0.54 26411 26721 intron_17 intron 1 26782 27217 CDS_5 CDS 0.99 21962 22150 CDS_6 CDS 1 22233 22295 CDS_7 CDS 0.72 22796 22885 CDS_8 CDS 0.93 23143 23202 CDS_9 CDS 0.76 23301 23366 CDS_10 CDS 0.87 23458 23523 CDS_11 CDS 0.63 23647 23722 CDS_12 CDS 0.76 24080 24144 CDS_13 CDS 1 24224 24316 CDS_14 CDS 0.88 24450 24575 CDS_15 CDS 0.95 24655 24739 CDS_16 CDS 0.96 26082 26128 CDS_17 CDS 1 26203 26265 CDS_18 CDS 1 26351 26410 CDS_19 CDS 1 26722 26781 CDS_20 CDS 1 27218 27523 stop_codon_3 stop_codon 27521 27523 gene_4 gene 1 46257 46682 transcript_4 transcript 1 46257 46682 start_codon_4 start_codon 46257 46259 CDS_21 CDS 1 46257 46682 stop_codon_4 stop_codon 46680 46682 gene_5 gene 1 49492 50277 transcript_5 transcript 1 49492 50277 start_codon_5 start_codon 49492 49494 CDS_22 CDS 1 49492 50277 stop_codon_5 stop_codon 50275 50277 gene_6 gene 0.78 76800 78934 transcript_6 transcript 0.78 76800 78934 start_codon_6 start_codon 76800 76802 intron_18 intron 1 76869 76971 intron_19 intron 1 77015 77095 intron_20 intron 1 77161 77752 intron_21 intron 0.84 77850 78015 intron_22 intron 0.98 78087 78670 intron_23 intron 0.99 78763 78867 CDS_23 CDS 0.95 76800 76868 CDS_24 CDS 1 76972 77014 CDS_25 CDS 1 77096 77160 CDS_26 CDS 1 77753 77849 CDS_27 CDS 0.84 78016 78086 CDS_28 CDS 0.99 78671 78762 CDS_29 CDS 0.99 78868 78934 stop_codon_6 stop_codon 78932 78934 gene_7 gene 1 94799 95737 transcript_7 transcript 1 94799 95737 start_codon_7 start_codon 94799 94801 CDS_30 CDS 1 94799 95737 stop_codon_7 stop_codon 95735 95737 AUGUSTUS_ab_initio de novo gene_8 gene 0.94 11096 10215 transcript_8 transcript 0.94 11096 10215 stop_codon_8 stop_codon 10217 10215 CDS_31 CDS 0.94 11096 10215 start_codon_8 start_codon 11096 11094 gene_9 gene 0.81 30174 27843 transcript_9 transcript 0.81 30174 27843 stop_codon_9 stop_codon 27845 27843 intron_24 intron 0.99 28216 27979 intron_25 intron 0.93 28373 28285 intron_26 intron 0.98 29469 28464 CDS_32 CDS 0.98 27978 27843 CDS_33 CDS 0.99 28284 28217 CDS_34 CDS 0.93 28463 28374 CDS_35 CDS 0.89 30174 29470 start_codon_9 start_codon 30174 30172 gene_10 gene 0.58 35669 34842 transcript_10 transcript 0.58 35669 34842 stop_codon_10 stop_codon 34844 34842 intron_27 intron 1 35243 35151 CDS_36 CDS 1 35150 34842 CDS_37 CDS 0.58 35669 35244 start_codon_10 start_codon 35669 35667 gene_11 gene 0.2 61822 50845 transcript_11 transcript 0.2 61822 50845 stop_codon_11 stop_codon 50847 50845 intron_28 intron 0.97 51483 51046 intron_29 intron 0.86 52488 51583 intron_30 intron 0.97 53433 52939 intron_31 intron 0.58 54134 53677 intron_32 intron 0.84 54668 54357 intron_33 intron 1 55534 54999 intron_34 intron 0.75 56182 55962 intron_35 intron 0.75 57267 56237 intron_36 intron 1 59309 57381 intron_37 intron 1 59569 59454 intron_38 intron 0.81 60604 59702 intron_39 intron 0.86 61389 60817 CDS_38 CDS 0.91 51045 50845 CDS_39 CDS 1 51582 51484 CDS_40 CDS 0.86 52938 52489 CDS_41 CDS 0.59 53676 53434 CDS_42 CDS 0.55 54356 54135 CDS_43 CDS 0.94 54998 54669 CDS_44 CDS 0.94 55961 55535 CDS_45 CDS 0.77 56236 56183 CDS_46 CDS 0.98 57380 57268 CDS_47 CDS 1 59453 59310 CDS_48 CDS 1 59701 59570 CDS_49 CDS 0.89 60816 60605 CDS_50 CDS 0.85 61822 61390 start_codon_11 start_codon 61822 61820 gene_12 gene 0.12 75475 63344 transcript_12 transcript 0.12 75475 63344 stop_codon_12 stop_codon 63346 63344 intron_40 intron 1 63539 63467 intron_41 intron 0.89 63802 63627 intron_42 intron 0.94 64058 63919 intron_43 intron 1 64250 64165 intron_44 intron 0.94 65859 64344 intron_45 intron 1 66098 65986 intron_46 intron 0.91 67918 66196 intron_47 intron 1 68128 68057 intron_48 intron 0.98 68386 68250 intron_49 intron 0.71 68984 68480 intron_50 intron 0.97 69184 69099 intron_51 intron 1 69437 69329 intron_52 intron 0.96 69597 69517 intron_53 intron 0.99 69789 69709 intron_54 intron 1 70362 69965 intron_55 intron 0.93 70714 70479 intron_56 intron 0.85 71555 70802 intron_57 intron 0.86 72873 71624 intron_58 intron 1 73114 73034 intron_59 intron 0.83 73334 73249 intron_60 intron 0.98 73564 73452 intron_61 intron 0.42 73915 73731 intron_62 intron 0.42 74495 73934 intron_63 intron 0.98 75316 74658 CDS_51 CDS 0.99 63466 63344 CDS_52 CDS 1 63626 63540 CDS_53 CDS 0.89 63918 63803 CDS_54 CDS 1 64164 64059 CDS_55 CDS 0.94 64343 64251 CDS_56 CDS 1 65985 65860 CDS_57 CDS 1 66195 66099 CDS_58 CDS 0.91 68056 67919 CDS_59 CDS 1 68249 68129 CDS_60 CDS 0.7 68479 68387 CDS_61 CDS 0.97 69098 68985 CDS_62 CDS 1 69328 69185 CDS_63 CDS 0.96 69516 69438 CDS_64 CDS 0.96 69708 69598 CDS_65 CDS 0.99 69964 69790 CDS_66 CDS 1 70478 70363 CDS_67 CDS 0.88 70801 70715 CDS_68 CDS 0.95 71623 71556 CDS_69 CDS 0.88 73033 72874 CDS_70 CDS 0.83 73248 73115 CDS_71 CDS 1 73451 73335 CDS_72 CDS 0.98 73730 73565 CDS_73 CDS 0.42 73933 73916 CDS_74 CDS 0.99 74657 74496 CDS_75 CDS 1 75475 75317 start_codon_12 start_codon 75475 75473 gene_13 gene 0.25 89835 80352 transcript_13 transcript 0.25 89835 80352 stop_codon_13 stop_codon 80354 80352 intron_64 intron 0.99 80566 80482 intron_65 intron 0.8 81149 80634 intron_66 intron 0.8 81472 81271 intron_67 intron 0.86 83088 81553 intron_68 intron 0.78 83919 83202 intron_69 intron 1 85180 84036 intron_70 intron 1 85376 85250 intron_71 intron 0.93 85541 85452 intron_72 intron 0.92 86053 85584 intron_73 intron 0.85 86760 86142 intron_74 intron 0.98 87492 86841 intron_75 intron 0.56 88287 87544 intron_76 intron 1 88495 88346 intron_77 intron 1 89334 88676 intron_78 intron 1 89578 89497 CDS_76 CDS 1 80481 80352 CDS_77 CDS 0.93 80633 80567 CDS_78 CDS 0.83 81270 81150 CDS_79 CDS 0.8 81552 81473 CDS_80 CDS 0.78 83201 83089 CDS_81 CDS 0.81 84035 83920 CDS_82 CDS 1 85249 85181 CDS_83 CDS 1 85451 85377 CDS_84 CDS 0.93 85583 85542 CDS_85 CDS 0.99 86141 86054 CDS_86 CDS 0.85 86840 86761 CDS_87 CDS 0.9 87543 87493 CDS_88 CDS 0.6 88345 88288 CDS_89 CDS 1 88675 88496 CDS_90 CDS 1 89496 89335 CDS_91 CDS 1 89835 89579 start_codon_13 start_codon 89835 89833 gene_14 gene 0.62 93564 93162 transcript_14 transcript 0.62 93564 93162 stop_codon_14 stop_codon 93164 93162 intron_79 intron 0.65 93393 93309 CDS_92 CDS 0.87 93308 93162 CDS_93 CDS 0.72 93564 93394 start_codon_14 start_codon 93564 93562 gene_15 gene 0.82 96785 96477 transcript_15 transcript 0.82 96785 96477 stop_codon_15 stop_codon 96479 96477 CDS_94 CDS 0.82 96785 96477 start_codon_15 start_codon 96785 96783 gene_16 gene 0.22 104824 100742 transcript_16 transcript 0.22 104824 100742 stop_codon_16 stop_codon 100744 100742 intron_80 intron 0.96 100911 100814 intron_81 intron 0.88 101064 100993 intron_82 intron 0.78 102555 101107 intron_83 intron 0.97 102751 102648 intron_84 intron 0.64 103362 102863 intron_85 intron 0.97 104222 103451 intron_86 intron 0.53 104797 104298 CDS_95 CDS 0.99 100813 100742 CDS_96 CDS 0.96 100992 100912 CDS_97 CDS 0.91 101106 101065 CDS_98 CDS 0.87 102647 102556 CDS_99 CDS 0.67 102862 102752 CDS_100 CDS 0.68 103450 103363 CDS_101 CDS 0.98 104297 104223 CDS_102 CDS 0.62 104824 104798 start_codon_16 start_codon 104824 104822 gene_17 gene 0.65 108195 106813 transcript_17 transcript 0.65 108195 106813 stop_codon_17 stop_codon 106815 106813 intron_87 intron 0.89 107130 107062 intron_88 intron 1 107469 107377 intron_89 intron 0.97 107730 107569 intron_90 intron 0.92 108132 107908 CDS_103 CDS 0.98 107061 106813 CDS_104 CDS 0.91 107376 107131 CDS_105 CDS 1 107568 107470 CDS_106 CDS 0.96 107907 107731 CDS_107 CDS 0.77 108195 108133 start_codon_17 start_codon 108195 108193 AUGUSTUS_tom_ugs de novo gene_1 gene 0.95 3494 3730 transcript_1 transcript 0.95 3494 3730 start_codon_1 start_codon 3494 3496 CDS_1 CDS 0.95 3494 3730 stop_codon_1 stop_codon 3728 3730 gene_2 gene 1 5616 8662 transcript_2 transcript 1 5616 8662 start_codon_2 start_codon 5616 5618 intron_1 intron 1 5702 7346 intron_2 intron 1 7445 7724 CDS_2 CDS 1 5616 5701 CDS_3 CDS 1 7347 7444 CDS_4 CDS 1 7725 8662 stop_codon_2 stop_codon 8660 8662 gene_3 gene 0.65 21962 27523 transcript_3 transcript 0.65 21962 27523 start_codon_3 start_codon 21962 21964 intron_3 intron 1 22151 22232 intron_4 intron 1 22296 22795 intron_5 intron 1 22886 23142 intron_6 intron 1 23203 23300 intron_7 intron 1 23367 23457 intron_8 intron 1 23524 23646 intron_9 intron 1 23723 24079 intron_10 intron 1 24145 24223 intron_11 intron 1 24317 24449 intron_12 intron 0.73 24576 24654 intron_13 intron 0.77 24740 26081 intron_14 intron 0.9 26129 26202 intron_15 intron 0.98 26266 26350 intron_16 intron 0.91 26411 26721 intron_17 intron 1 26782 27217 CDS_5 CDS 1 21962 22150 CDS_6 CDS 1 22233 22295 CDS_7 CDS 1 22796 22885 CDS_8 CDS 1 23143 23202 CDS_9 CDS 1 23301 23366 CDS_10 CDS 1 23458 23523 CDS_11 CDS 1 23647 23722 CDS_12 CDS 1 24080 24144 CDS_13 CDS 1 24224 24316 CDS_14 CDS 0.85 24450 24575 CDS_15 CDS 0.76 24655 24739 CDS_16 CDS 0.79 26082 26128 CDS_17 CDS 1 26203 26265 CDS_18 CDS 0.98 26351 26410 CDS_19 CDS 1 26722 26781 CDS_20 CDS 1 27218 27523 stop_codon_3 stop_codon 27521 27523 gene_4 gene 1 46257 46682 transcript_4 transcript 1 46257 46682 start_codon_4 start_codon 46257 46259 CDS_21 CDS 1 46257 46682 stop_codon_4 stop_codon 46680 46682 gene_5 gene 1 49492 50277 transcript_5 transcript 1 49492 50277 start_codon_5 start_codon 49492 49494 CDS_22 CDS 1 49492 50277 stop_codon_5 stop_codon 50275 50277 gene_6 gene 0.96 76800 78934 transcript_6 transcript 0.96 76800 78934 start_codon_6 start_codon 76800 76802 intron_18 intron 1 76869 76971 intron_19 intron 1 77015 77095 intron_20 intron 1 77161 77752 intron_21 intron 1 77850 78015 intron_22 intron 1 78087 78670 intron_23 intron 1 78763 78867 CDS_23 CDS 0.96 76800 76868 CDS_24 CDS 1 76972 77014 CDS_25 CDS 1 77096 77160 CDS_26 CDS 1 77753 77849 CDS_27 CDS 1 78016 78086 CDS_28 CDS 1 78671 78762 CDS_29 CDS 1 78868 78934 stop_codon_6 stop_codon 78932 78934 gene_7 gene 0.94 94799 95737 transcript_7 transcript 0.94 94799 95737 start_codon_7 start_codon 94799 94801 CDS_30 CDS 0.94 94799 95737 stop_codon_7 stop_codon 95735 95737 AUGUSTUS_tom_ugs de novo gene_8 gene 0.95 11096 10215 transcript_8 transcript 0.95 11096 10215 stop_codon_8 stop_codon 10217 10215 CDS_31 CDS 0.95 11096 10215 start_codon_8 start_codon 11096 11094 gene_9 gene 0.31 30174 29386 transcript_9 transcript 0.31 30174 29386 stop_codon_9 stop_codon 29388 29386 CDS_32 CDS 0.31 30174 29386 start_codon_9 start_codon 30174 30172 gene_10 gene 0.56 35669 34842 transcript_10 transcript 0.56 35669 34842 stop_codon_10 stop_codon 34844 34842 intron_24 intron 0.99 35243 35151 CDS_33 CDS 0.99 35150 34842 CDS_34 CDS 0.57 35669 35244 start_codon_10 start_codon 35669 35667 gene_11 gene 0.54 61822 57264 transcript_11 transcript 0.54 61822 57264 stop_codon_11 stop_codon 57266 57264 intron_25 intron 1 59309 57381 intron_26 intron 1 59569 59454 intron_27 intron 0.85 60604 59702 intron_28 intron 1 61389 60817 CDS_35 CDS 0.61 57380 57264 CDS_36 CDS 1 59453 59310 CDS_37 CDS 1 59701 59570 CDS_38 CDS 0.86 60816 60605 CDS_39 CDS 1 61822 61390 start_codon_11 start_codon 61822 61820 gene_12 gene 0.07 75475 63344 transcript_12 transcript 0.07 75475 63344 stop_codon_12 stop_codon 63346 63344 intron_29 intron 1 63539 63467 intron_30 intron 1 63775 63627 intron_31 intron 1 64058 63919 intron_32 intron 0.95 64250 64165 intron_33 intron 0.86 65859 64344 intron_34 intron 1 66098 65986 intron_35 intron 0.86 67918 66196 intron_36 intron 0.94 68128 68057 intron_37 intron 0.94 68386 68250 intron_38 intron 0.34 68984 68480 intron_39 intron 0.57 69184 69099 intron_40 intron 0.74 69437 69329 intron_41 intron 0.79 69597 69517 intron_42 intron 0.99 69789 69709 intron_43 intron 0.94 70362 69965 intron_44 intron 0.76 70714 70479 intron_45 intron 0.61 71555 70802 intron_46 intron 0.72 72873 71624 intron_47 intron 0.97 73114 73034 intron_48 intron 0.86 73334 73249 intron_49 intron 0.99 73564 73452 intron_50 intron 0.86 74495 73731 intron_51 intron 1 75316 74658 CDS_40 CDS 1 63466 63344 CDS_41 CDS 1 63626 63540 CDS_42 CDS 1 63918 63776 CDS_43 CDS 1 64164 64059 CDS_44 CDS 0.86 64343 64251 CDS_45 CDS 1 65985 65860 CDS_46 CDS 1 66195 66099 CDS_47 CDS 0.86 68056 67919 CDS_48 CDS 1 68249 68129 CDS_49 CDS 0.53 68479 68387 CDS_50 CDS 0.6 69098 68985 CDS_51 CDS 0.72 69328 69185 CDS_52 CDS 0.78 69516 69438 CDS_53 CDS 0.79 69708 69598 CDS_54 CDS 0.99 69964 69790 CDS_55 CDS 0.94 70478 70363 CDS_56 CDS 0.64 70801 70715 CDS_57 CDS 0.76 71623 71556 CDS_58 CDS 0.74 73033 72874 CDS_59 CDS 0.86 73248 73115 CDS_60 CDS 1 73451 73335 CDS_61 CDS 0.99 73730 73565 CDS_62 CDS 1 74657 74496 CDS_63 CDS 1 75475 75317 start_codon_12 start_codon 75475 75473 gene_13 gene 0.41 89835 80352 transcript_13 transcript 0.41 89835 80352 stop_codon_13 stop_codon 80354 80352 intron_52 intron 1 80566 80482 intron_53 intron 1 81149 80634 intron_54 intron 1 81472 81271 intron_55 intron 1 83088 81553 intron_56 intron 1 83919 83202 intron_57 intron 0.95 85180 84036 intron_58 intron 0.85 85376 85250 intron_59 intron 0.58 85541 85452 intron_60 intron 0.59 86053 85584 intron_61 intron 0.93 86760 86142 intron_62 intron 0.85 87492 86841 intron_63 intron 0.81 88287 87544 intron_64 intron 1 88495 88346 intron_65 intron 1 89334 88676 intron_66 intron 1 89578 89497 CDS_64 CDS 1 80481 80352 CDS_65 CDS 1 80633 80567 CDS_66 CDS 1 81270 81150 CDS_67 CDS 1 81552 81473 CDS_68 CDS 1 83201 83089 CDS_69 CDS 1 84035 83920 CDS_70 CDS 0.89 85249 85181 CDS_71 CDS 0.9 85451 85377 CDS_72 CDS 0.59 85583 85542 CDS_73 CDS 0.98 86141 86054 CDS_74 CDS 0.93 86840 86761 CDS_75 CDS 0.82 87543 87493 CDS_76 CDS 1 88345 88288 CDS_77 CDS 1 88675 88496 CDS_78 CDS 1 89496 89335 CDS_79 CDS 1 89835 89579 start_codon_13 start_codon 89835 89833 gene_14 gene 0.66 93564 93162 transcript_14 transcript 0.66 93564 93162 stop_codon_14 stop_codon 93164 93162 intron_67 intron 0.66 93393 93309 CDS_80 CDS 0.9 93308 93162 CDS_81 CDS 0.74 93564 93394 start_codon_14 start_codon 93564 93562 gene_15 gene 0.96 96785 96477 transcript_15 transcript 0.96 96785 96477 stop_codon_15 stop_codon 96479 96477 CDS_82 CDS 0.96 96785 96477 start_codon_15 start_codon 96785 96783 gene_16 gene 1 104824 100742 transcript_16 transcript 1 104824 100742 stop_codon_16 stop_codon 100744 100742 intron_68 intron 1 100911 100814 intron_69 intron 1 101064 100993 intron_70 intron 1 102555 101107 intron_71 intron 1 102751 102648 intron_72 intron 1 103366 102822 intron_73 intron 1 104222 103451 intron_74 intron 1 104590 104298 intron_75 intron 1 104797 104663 CDS_83 CDS 1 100813 100742 CDS_84 CDS 1 100992 100912 CDS_85 CDS 1 101106 101065 CDS_86 CDS 1 102647 102556 CDS_87 CDS 1 102821 102752 CDS_88 CDS 1 103450 103367 CDS_89 CDS 1 104297 104223 CDS_90 CDS 1 104662 104591 CDS_91 CDS 1 104824 104798 start_codon_16 start_codon 104824 104822 gene_17 gene 0.38 108195 106813 transcript_17 transcript 0.38 108195 106813 stop_codon_17 stop_codon 106815 106813 intron_76 intron 0.84 107130 107062 intron_77 intron 0.91 107469 107377 intron_78 intron 0.45 108132 107569 CDS_92 CDS 0.98 107061 106813 CDS_93 CDS 0.85 107376 107131 CDS_94 CDS 0.96 107568 107470 CDS_95 CDS 0.72 108195 108133 start_codon_17 start_codon 108195 108193 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.986 5630 5701 match_part 1.000 7347 7444 match_part 0.993 7725 8471 match_2 match_part 0.987 21916 22150 match_part 0.984 22233 22295 match_part 0.989 22796 22885 match_part 1.000 23143 23202 match_part 1.000 23301 23366 match_part 1.000 23458 23523 match_part 1.000 23647 23722 match_part 1.000 24080 24144 match_part 0.989 24224 24316 match_part 0.957 24450 24495 match_3 match_part 1.000 24670 24739 match_part 1.000 25774 25866 match_part 1.000 26082 26128 match_part 1.000 26203 26265 match_part 1.000 26351 26410 match_part 1.000 26536 26595 match_part 1.000 26722 26781 match_part 0.991 27218 27332 match_part 1.000 27411 27539 match_part 1.000 27870 27978 match_part 1.000 28217 28284 match_part 1.000 28374 28463 match_part 0.999 29470 30283 match_4 match_part 1.000 49247 50088 match_5 match_part 0.988 49502 50272 match_6 match_part 1.000 50261 50447 match_7 match_part 0.943 50412 50887 match_8 match_part 1.000 76751 76868 match_part 1.000 76972 77014 match_part 1.000 77096 77160 match_part 1.000 77753 77849 match_part 1.000 78016 78086 match_part 1.000 78671 78762 match_part 0.976 78868 79077 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 1.000 11124 10019 match_10 match_part 1.000 54450 54135 match_part 0.988 53676 53434 match_part 0.950 52938 52581 match_11 match_part 0.992 54436 53571 match_12 match_part 0.956 57380 57268 match_part 0.909 55961 55535 match_part 0.909 54998 54812 match_13 match_part 0.978 58747 58018 match_14 match_part 1.000 61920 61390 match_part 0.994 60816 60643 match_15 match_part 0.981 64111 64059 match_part 1.000 63918 63776 match_part 1.000 63626 63540 match_part 1.000 63466 63146 match_16 match_part 0.926 68622 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 0.992 65985 65860 match_part 0.984 64343 64283 match_17 match_part 0.996 75586 75317 match_part 1.000 74657 74496 match_part 1.000 73730 73706 match_18 match_part 0.980 84021 83920 match_part 1.000 83201 83089 match_part 1.000 81552 81473 match_part 1.000 81270 81150 match_part 1.000 80633 80103 match_19 match_part 0.983 87722 87009 match_20 match_part 0.991 89929 89579 match_part 1.000 89496 89335 match_part 1.000 88675 88496 match_part 0.902 88345 88295 match_21 match_part 0.963 89927 89579 match_part 0.988 89496 89335 match_part 0.972 88675 88640 match_22 match_part 1.000 99250 99142 match_part 1.000 96806 96202 match_23 match_part 1.000 104886 104798 match_part 1.000 104662 104591 match_part 1.000 104297 104223 match_part 1.000 103450 103367 match_part 1.000 102821 102752 match_part 1.000 102647 102556 match_part 1.000 101106 101065 match_part 1.000 100992 100912 match_part 0.978 100813 100587 match_24 match_part 0.985 101914 101454 match_25 match_part 1.000 104870 104798 match_part 1.000 104662 104591 match_part 0.981 104297 103667 match_26 match_part 0.983 108628 108455 match_part 1.000 108200 108133 match_part 1.000 107907 107731 match_part 1.000 107568 107470 match_part 0.967 107376 107131 match_part 0.827 107022 106919 match_27 match_part 0.984 108595 107861 match_28 match_part 0.998 109910 109314 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 5630 5701 exon 7347 7444 exon 7725 8471 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 11124 10019 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 21916 22150 exon 22233 22295 exon 22796 22885 exon 23143 23202 exon 23301 23366 exon 23458 23523 exon 23647 23722 exon 24080 24144 exon 24224 24316 exon 24450 24495 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 24670 24739 exon 25774 25866 exon 26082 26128 exon 26203 26265 exon 26351 26410 exon 26536 26595 exon 26722 26781 exon 27218 27332 exon 27411 27539 exon 27870 27978 exon 28217 28284 exon 28374 28463 exon 29470 30283 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 49247 50887 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 54450 54135 exon 53676 53434 exon 52938 52581 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 54436 53571 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 57380 57268 exon 55961 55535 exon 54998 54812 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 58747 58018 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 61920 61390 exon 60816 60643 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 64111 64059 exon 63918 63776 exon 63626 63540 exon 63466 63146 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 68622 68596 exon 68511 68387 exon 68249 68129 exon 68056 67919 exon 66195 66099 exon 65985 65860 exon 64343 64283 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 75586 75317 exon 74657 74496 exon 73730 73706 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 76751 76868 exon 76972 77014 exon 77096 77160 exon 77753 77849 exon 78016 78086 exon 78671 78762 exon 78868 79077 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 84021 83920 exon 83201 83089 exon 81552 81473 exon 81270 81150 exon 80633 80103 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 87722 87009 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 89929 89579 exon 89496 89335 exon 88675 88496 exon 88345 88295 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 99250 99142 exon 96806 96202 gene_19 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 104886 104798 exon 104662 104591 exon 104297 104223 exon 103450 103367 exon 102821 102752 exon 102647 102556 exon 101106 101065 exon 100992 100912 exon 100813 100587 gene_20 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 101914 101454 gene_21 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 104870 104798 exon 104662 104591 exon 104297 103667 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108628 108455 exon 108200 108133 exon 107907 107731 exon 107568 107470 exon 107376 107131 exon 107022 106919 gene_23 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 108595 107861 gene_24 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 109910 109314 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 30191 29603 match_2 match_part 1.000 68628 68596 match_part 1.000 68511 68387 match_part 1.000 68249 68129 match_part 1.000 68056 67919 match_part 1.000 66195 66099 match_part 1.000 65985 65860 match_part 0.983 64343 64285 match_3 match_part 1.000 99272 99142 match_part 0.995 96806 96197 match_part 0.400 96120 96111 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 30191 29603 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 68628 68596 exon 68511 68387 exon 68249 68129 exon 68056 67919 exon 66195 66099 exon 65985 65860 exon 64343 64285 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0074A14.2 type gene exon 99272 99142 exon 96806 96197 exon 96120 96111 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.53 3494 8662 transcript_1 transcript 0.53 3494 8662 start_codon_1 start_codon 3494 3496 intron_1 intron 0.53 3726 5580 intron_2 intron 1 5702 7346 intron_3 intron 1 7445 7724 CDS_1 CDS 0.69 3494 3725 CDS_2 CDS 0.61 5581 5701 CDS_3 CDS 1 7347 7444 CDS_4 CDS 1 7725 8662 stop_codon_1 stop_codon 8660 8662 gene_2 gene 0.31 21962 27523 transcript_2 transcript 0.31 21962 27523 start_codon_2 start_codon 21962 21964 intron_4 intron 1 22151 22232 intron_5 intron 1 22296 22795 intron_6 intron 1 22886 23142 intron_7 intron 1 23203 23300 intron_8 intron 1 23367 23457 intron_9 intron 1 23524 23646 intron_10 intron 1 23723 24079 intron_11 intron 1 24145 24223 intron_12 intron 0.55 24317 24654 intron_13 intron 0.71 24740 26081 intron_14 intron 1 26129 26202 intron_15 intron 1 26266 26350 intron_16 intron 1 26411 26535 intron_17 intron 1 26596 26721 intron_18 intron 1 26782 27217 intron_19 intron 1 27333 27410 CDS_5 CDS 1 21962 22150 CDS_6 CDS 1 22233 22295 CDS_7 CDS 1 22796 22885 CDS_8 CDS 1 23143 23202 CDS_9 CDS 1 23301 23366 CDS_10 CDS 1 23458 23523 CDS_11 CDS 1 23647 23722 CDS_12 CDS 1 24080 24144 CDS_13 CDS 0.98 24224 24316 CDS_14 CDS 0.93 24655 24739 CDS_15 CDS 1 26082 26128 CDS_16 CDS 1 26203 26265 CDS_17 CDS 1 26351 26410 CDS_18 CDS 1 26536 26595 CDS_19 CDS 1 26722 26781 CDS_20 CDS 1 27218 27332 CDS_21 CDS 0.68 27411 27523 stop_codon_2 stop_codon 27521 27523 gene_3 gene 0.72 43788 46682 transcript_3 transcript 0.72 43788 46682 start_codon_3 start_codon 43788 43790 intron_20 intron 0.72 43795 46317 CDS_22 CDS 0.91 43788 43794 CDS_23 CDS 0.79 46318 46682 stop_codon_3 stop_codon 46680 46682 gene_4 gene 1 49492 50277 transcript_4 transcript 1 49492 50277 start_codon_4 start_codon 49492 49494 CDS_24 CDS 1 49492 50277 stop_codon_4 stop_codon 50275 50277 gene_5 gene 1 76800 78934 transcript_5 transcript 1 76800 78934 start_codon_5 start_codon 76800 76802 intron_21 intron 1 76869 76971 intron_22 intron 1 77015 77095 intron_23 intron 1 77161 77752 intron_24 intron 1 77850 78015 intron_25 intron 1 78087 78670 intron_26 intron 1 78763 78867 CDS_25 CDS 1 76800 76868 CDS_26 CDS 1 76972 77014 CDS_27 CDS 1 77096 77160 CDS_28 CDS 1 77753 77849 CDS_29 CDS 1 78016 78086 CDS_30 CDS 1 78671 78762 CDS_31 CDS 1 78868 78934 stop_codon_5 stop_codon 78932 78934 gene_6 gene 0.81 94799 96465 transcript_6 transcript 0.81 94799 96465 start_codon_6 start_codon 94799 94801 intron_27 intron 0.81 95473 96185 CDS_32 CDS 0.83 94799 95472 CDS_33 CDS 0.81 96186 96465 stop_codon_6 stop_codon 96463 96465 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 11096 10215 transcript_7 transcript 1 11096 10215 stop_codon_7 stop_codon 10217 10215 CDS_34 CDS 1 11096 10215 start_codon_7 start_codon 11096 11094 gene_8 gene 1 30174 27843 transcript_8 transcript 1 30174 27843 stop_codon_8 stop_codon 27845 27843 intron_28 intron 1 28216 27979 intron_29 intron 1 28373 28285 intron_30 intron 1 29469 28464 CDS_35 CDS 1 27978 27843 CDS_36 CDS 1 28284 28217 CDS_37 CDS 1 28463 28374 CDS_38 CDS 1 30174 29470 start_codon_8 start_codon 30174 30172 gene_9 gene 0.66 35669 34842 transcript_9 transcript 0.66 35669 34842 stop_codon_9 stop_codon 34844 34842 intron_31 intron 1 35243 35151 CDS_39 CDS 1 35150 34842 CDS_40 CDS 0.66 35669 35244 start_codon_9 start_codon 35669 35667 gene_10 gene 0.7 53727 50845 transcript_10 transcript 0.7 53727 50845 stop_codon_10 stop_codon 50847 50845 intron_32 intron 0.98 51483 51046 intron_33 intron 0.82 52488 51583 intron_34 intron 1 53433 52939 CDS_41 CDS 1 51045 50845 CDS_42 CDS 0.99 51582 51484 CDS_43 CDS 0.83 52938 52489 CDS_44 CDS 0.85 53727 53434 start_codon_10 start_codon 53727 53725 gene_11 gene 0.39 55918 54099 transcript_11 transcript 0.39 55918 54099 stop_codon_11 stop_codon 54101 54099 intron_35 intron 0.59 54668 54438 intron_36 intron 1 55534 54999 CDS_45 CDS 0.64 54437 54099 CDS_46 CDS 0.94 54998 54669 CDS_47 CDS 0.62 55918 55535 start_codon_11 start_codon 55918 55916 gene_12 gene 0.5 61822 57264 transcript_12 transcript 0.5 61822 57264 stop_codon_12 stop_codon 57266 57264 intron_37 intron 0.98 59309 57381 intron_38 intron 1 59569 59454 intron_39 intron 0.88 60577 59702 intron_40 intron 1 61389 60817 CDS_48 CDS 0.57 57380 57264 CDS_49 CDS 1 59453 59310 CDS_50 CDS 1 59701 59570 CDS_51 CDS 0.89 60816 60578 CDS_52 CDS 1 61822 61390 start_codon_12 start_codon 61822 61820 gene_13 gene 0.25 75475 63344 transcript_13 transcript 0.25 75475 63344 stop_codon_13 stop_codon 63346 63344 intron_41 intron 1 63539 63467 intron_42 intron 1 63775 63627 intron_43 intron 1 64058 63919 intron_44 intron 1 64250 64165 intron_45 intron 1 65859 64344 intron_46 intron 1 66098 65986 intron_47 intron 1 67918 66196 intron_48 intron 1 68128 68057 intron_49 intron 1 68386 68250 intron_50 intron 1 68595 68512 intron_51 intron 1 68768 68679 intron_52 intron 1 68984 68891 intron_53 intron 1 69184 69099 intron_54 intron 1 69437 69329 intron_55 intron 0.72 69597 69517 intron_56 intron 0.99 69789 69709 intron_57 intron 0.95 70362 69965 intron_58 intron 0.71 70714 70479 intron_59 intron 0.57 71555 70802 intron_60 intron 0.74 72873 71624 intron_61 intron 1 73114 73034 intron_62 intron 0.91 73334 73249 intron_63 intron 0.96 73564 73452 intron_64 intron 0.76 74495 73731 intron_65 intron 0.84 75316 74658 CDS_53 CDS 1 63466 63344 CDS_54 CDS 1 63626 63540 CDS_55 CDS 1 63918 63776 CDS_56 CDS 1 64164 64059 CDS_57 CDS 1 64343 64251 CDS_58 CDS 1 65985 65860 CDS_59 CDS 1 66195 66099 CDS_60 CDS 1 68056 67919 CDS_61 CDS 1 68249 68129 CDS_62 CDS 1 68511 68387 CDS_63 CDS 1 68678 68596 CDS_64 CDS 1 68890 68769 CDS_65 CDS 1 69098 68985 CDS_66 CDS 1 69328 69185 CDS_67 CDS 0.72 69516 69438 CDS_68 CDS 0.72 69708 69598 CDS_69 CDS 0.99 69964 69790 CDS_70 CDS 0.95 70478 70363 CDS_71 CDS 0.6 70801 70715 CDS_72 CDS 0.83 71623 71556 CDS_73 CDS 0.75 73033 72874 CDS_74 CDS 0.92 73248 73115 CDS_75 CDS 0.99 73451 73335 CDS_76 CDS 0.97 73730 73565 CDS_77 CDS 0.81 74657 74496 CDS_78 CDS 1 75475 75317 start_codon_13 start_codon 75475 75473 gene_14 gene 0.58 89835 80352 transcript_14 transcript 0.31 89835 80352 stop_codon_14 stop_codon 80354 80352 intron_66 intron 1 80566 80482 intron_67 intron 1 81149 80634 intron_68 intron 1 81472 81271 intron_69 intron 1 83088 81553 intron_70 intron 1 83919 83202 intron_71 intron 0.94 85180 84036 intron_72 intron 0.9 85376 85250 intron_73 intron 0.65 85541 85452 intron_74 intron 0.64 86053 85584 intron_75 intron 0.9 86760 86142 intron_76 intron 0.88 87492 86841 intron_77 intron 0.53 88287 87544 intron_78 intron 1 88495 88346 intron_79 intron 1 89334 88676 intron_80 intron 1 89578 89497 CDS_79 CDS 1 80481 80352 CDS_80 CDS 1 80633 80567 CDS_81 CDS 1 81270 81150 CDS_82 CDS 1 81552 81473 CDS_83 CDS 1 83201 83089 CDS_84 CDS 1 84035 83920 CDS_85 CDS 0.9 85249 85181 CDS_86 CDS 0.96 85451 85377 CDS_87 CDS 0.64 85583 85542 CDS_88 CDS 0.99 86141 86054 CDS_89 CDS 0.9 86840 86761 CDS_90 CDS 0.82 87543 87493 CDS_91 CDS 0.66 88345 88288 CDS_92 CDS 1 88675 88496 CDS_93 CDS 1 89496 89335 CDS_94 CDS 1 89835 89579 start_codon_14 start_codon 89835 89833 transcript_15 transcript 0.27 89835 80352 stop_codon_15 stop_codon 80354 80352 intron_81 intron 1 80566 80482 intron_82 intron 1 81149 80634 intron_83 intron 1 81472 81271 intron_84 intron 0.93 83088 81548 intron_85 intron 0.93 83919 83105 intron_86 intron 0.95 85180 84036 intron_87 intron 0.91 85376 85250 intron_88 intron 0.63 85541 85452 intron_89 intron 0.64 86053 85584 intron_90 intron 0.9 86760 86142 intron_91 intron 0.85 87492 86841 intron_92 intron 0.57 88287 87544 intron_93 intron 1 88495 88346 intron_94 intron 1 89334 88676 intron_95 intron 1 89578 89497 CDS_95 CDS 1 80481 80352 CDS_96 CDS 1 80633 80567 CDS_97 CDS 1 81270 81150 CDS_98 CDS 1 81547 81473 CDS_99 CDS 0.93 83104 83089 CDS_100 CDS 1 84035 83920 CDS_101 CDS 0.92 85249 85181 CDS_102 CDS 0.95 85451 85377 CDS_103 CDS 0.64 85583 85542 CDS_104 CDS 1 86141 86054 CDS_105 CDS 0.9 86840 86761 CDS_106 CDS 0.81 87543 87493 CDS_107 CDS 0.68 88345 88288 CDS_108 CDS 1 88675 88496 CDS_109 CDS 1 89496 89335 CDS_110 CDS 1 89835 89579 start_codon_15 start_codon 89835 89833 gene_15 gene 0.57 93564 89859 transcript_16 transcript 0.57 93564 89859 stop_codon_16 stop_codon 89861 89859 intron_96 intron 0.87 93258 89962 intron_97 intron 0.67 93393 93309 CDS_111 CDS 0.87 89961 89859 CDS_112 CDS 0.84 93308 93259 CDS_113 CDS 0.7 93564 93394 start_codon_16 start_codon 93564 93562 gene_16 gene 0.91 98495 96477 transcript_17 transcript 0.91 98495 96477 stop_codon_17 stop_codon 96479 96477 intron_98 intron 0.91 98492 96807 CDS_114 CDS 1 96806 96477 CDS_115 CDS 0.91 98495 98493 start_codon_17 start_codon 98495 98493 gene_17 gene 1 104824 100742 transcript_18 transcript 1 104824 100742 stop_codon_18 stop_codon 100744 100742 intron_99 intron 1 100911 100814 intron_100 intron 1 101064 100993 intron_101 intron 1 102555 101107 intron_102 intron 1 102751 102648 intron_103 intron 1 103366 102822 intron_104 intron 1 104222 103451 intron_105 intron 1 104590 104298 intron_106 intron 1 104797 104663 CDS_116 CDS 1 100813 100742 CDS_117 CDS 1 100992 100912 CDS_118 CDS 1 101106 101065 CDS_119 CDS 1 102647 102556 CDS_120 CDS 1 102821 102752 CDS_121 CDS 1 103450 103367 CDS_122 CDS 1 104297 104223 CDS_123 CDS 1 104662 104591 CDS_124 CDS 1 104824 104798 start_codon_18 start_codon 104824 104822 gene_18 gene 0.57 109565 106813 transcript_19 transcript 0.57 109565 106813 stop_codon_19 stop_codon 106815 106813 intron_107 intron 1 107130 107062 intron_108 intron 1 107469 107377 intron_109 intron 1 107730 107569 intron_110 intron 1 108132 107908 intron_111 intron 1 108454 108201 intron_112 intron 0.95 109419 108475 CDS_125 CDS 1 107061 106813 CDS_126 CDS 1 107376 107131 CDS_127 CDS 1 107568 107470 CDS_128 CDS 1 107907 107731 CDS_129 CDS 1 108200 108133 CDS_130 CDS 1 108474 108455 CDS_131 CDS 0.58 109565 109420 start_codon_19 start_codon 109565 109563 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 109 27206 27520 match_2 match 105 7685 8623 match_3 match 204 49624 50271 match_4 match 114 7877 8647 match_5 match 215 49522 50274 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_6 match 166 10829 10245 match_7 match 166 10829 10245 match_8 match 161 107787 106870 match_9 match 200 107913 106870 match_10 match 161 107787 106870 match_11 match 38.1 73545 73342 match_12 match 118 70008 69445 match_13 match 112 68921 68397 match_14 match 120 73237 72875 match_15 match 46.2 69099 68965 match_16 match 57.4 69329 69201 match_17 match 145 10880 10245 match_18 match 292 107910 106849 match_19 match 292 107910 106849 match_20 match 254 107562 106849 match_21 match 228 10970 10245 match_22 match 182 10829 10245 match_23 match 205 10958 10245 match_24 match 250 30174 29467 match_25 match 172 96785 96507 match_26 match 172 10841 10245 match_27 match 145 35537 34845 match_28 match 159 10826 10245 match_29 match 198 107910 106870 match_30 match 198 107910 106870 match_31 match 172 10829 10245 match_32 match 257 30174 29467 match_33 match 123 35597 34848 match_34 match 118 54998 54669 match_35 match 157 52959 52492 match_36 match 68.9 59462 59304 match_37 match 157 55963 55535 match_38 match 70.5 59716 59567 match_39 match 166 61822 61388 match_40 match 121 54398 54129 match_41 match 107 51048 50848 match_42 match 121 60817 60605 match_43 match 130 53676 53431 match_44 match 276 107913 106840 match_45 match 240 107568 106840 match_46 match 157 10823 10245 match_47 match 108 30144 29641 match_48 match 159 10823 10245 match_49 match 133 89835 89578 match_50 match 80.1 80480 80358 match_51 match 94.0 89504 89331 match_52 match 56.2 80640 80566 match_53 match 126 10829 10245 match_54 match 160 10826 10245