C08HBa0320P23.1 AAGCTTTACGTTCTTGGCGCTGGCTCTTACGGCAAAGTTTATTATGCAGTGAAGATGGAT CCTGTTTCGTTATGTGTTTCTGTTGCTGCTGTTAAATGTGCTGATATGAACCGTTCTGTT TCACTCCAACGAGAAGCAGAAATCTTGACAACCCTCAAAGATTCACCTTACGTGGTTCAG TTCATTGGATCAGACGTTAGCATCGATAACGGTAATGTCTCAACTTACAATCTGTTTCTT GAGTATGCATATGGTGGATCGCTACACGATTTGATCATTAATTCGAAGATGAGAAGGATA CGGATGTCTGAAGTGGAAGTAGGTTTCTATGCATATCAACTCTTAAAGGGTATTCAACAC GTTCATGAGAAAGGGTGGGTTCATTGTGATATTAAACCTGCTAATGTTTTGATTTTCAAC AACGCTGAACGTGGTGGGATGCACAAGTTAAAGTTGGCTGACTTTGGATTGTCGTTGAGA GTTCCCGAAGGTGTGGCATATATGACTGGTGCTGCGATGAGCAACAGAGGGACTCTACCT TACGCGCCCCCAGAATCTTTGATCAGTGGTTTTCATGGCAGGAGTTATGATATATGGTCG TTAGGGTGTACTGTGGCAGAGATGATGACTGGGTGTCGCGTTTGGATTTATCGCGACACT AAGGATTTGCAATGGAAGATTATGAATGAAGAACCAATGGTTCCTAGTGATGTTTCTGAG ATTGCCAGAGATTTTTTGTACAAGTGTTTGATAAAGGATCCTCTAAAAAGATGGACGACG CAACAACTACTTCAACATCCATTTATTCAACAAGCTTTATTATGTACTAGGATGCGTGAA ACTCACGGGATAACATCAAGGGTTAATCCTTTTGGCTGCAGACTTGGAGTACCTGATCAG AAGATGCACTCTTTCAGACTAGTTTAAGGATACAATATAATGAAGCCAATAAGATTGCAA AATTAAGTACTTATTGTCTGCTGCTTATGTATATATTATTCTACAGAACAATTTTGTGTC ATATTATTACTTGGATATTGCATTATCTTTCTAATAATAGTAAAACCAGTTGTTTGTTCC TATCTAGATTTTATTTTTTTTCTGTTTAGTTAAACTTAGTTATGCTGGGAAGAAAACATT GTTATGTCTAATGAAACCCTTGTATGAAAAAACTCTTAACATAAACTGAAAATTATCACT CAAACAGTATTATTTACTCTAAAAAGAAAGTACAATAATAAATCATAAAGGAAAATGAAT GACAAAAGAAGTATCTCTTCTCTAGGCAAGAAACGTTCTATCGGATGCTAAACTAAGATA ATGTTGCATCATCACAGATAGAAGCAATACATTAAGATGTAAGCACACAACAACACCAAC TCTGCATCTTAAATCCTCTACTTCTTCATTTGGCACCAACGCTCATTTCCAACTATTTTG CTAAGAACAGGAGGCCTGCTACAAGTAGATAATTGAAATTCTTTGATCAGAACACGTAGA GCATAAATCGATGTATTCTCCTGTTTGATGGCTACAACATCTAATGGCACATTAATTTTA ACAAGGAGAGTGTAAATTTCCTGGCTCATGATTAGGTTAAAATCAGAGAATGCTTATACC TATGCCACCATCTAGACCGTTGCAATCATATTCCTTTTCTGCTGGTCTGTTCCATTATAA CTATGTCACACTAACTTGATCATTTAAAGTTAAGAAATAAATGCAGGAATCACACTTAAT TACATGTTCATTTAAAGTCCAAATTCATCTGGTAAAGTTTATATGTATTACTCGATCACA TAATCCAGTAAAACTTAATACAATGCTAAATCAATGGGAGAAAAAGTCACGTAGAAGAGA GTATATCAGTTTAAATCCCAGAAACAACATAGCGATCATCGTTTGAAATAATATACACAT TTAACATTAGCAGAGGAAGTCGGAAAGTAAACTCACTAAAAACATACAACAAAAAGTACA TTAACAAACAAAACATATATATCTAAACTAGATGAACAGAAATTGACAAGATATACCGAA AGGAGATTCACATATCAAGCCCAAGAGTTGTCGAAAGCAGCCGAAGAAATCGCCTGAGTG AATTCCTGATAGCTGATCCTGCCATCTCCATCAGTATCAGCTTCTCTGATCATCCCAGTA AGTTCTTCAGCAGTCAAAGCATGTCCAAGCTTCGCCATAGAATGAGCCAATTCTGCAGCC GTAATATAACCATTTCCATCCCTATCAAACATCTTAAATAGCTGTTTCAATTGTTCCTCT GTGTAAGGGGACTTCGCTGGAAGAAGTTCCGGTGCTACGAGTGATACAAACTCCGAGAAT TCAACAAGGCCATTGTCGTTTTTATCCGCCTTTTGAATCAAAGTTTCGAGCTGATCAGGA CTTGGTTTTAAACCAAGAGACCTCAATAGCGCGCCAAGCTCGAGTTGGGTTAGACTCCCA TCATCATTTCTGTCGAACGATCGGAAAATTTCTCGCAGTTCAGCCAACTGCTCATCATCT AACTTAACAGGTGCTTTATTGCTCATATTTCTCTGTGAAGCAATAAATCAAACACTTGAT CTGCAGATTAAAATTGTCCTTCAAAGAAAGAATATCAATGGATACCCTTTTCCAACCAAC TGGGTACTCTGTTTTCCTGCTATTCGTGCCGTCCTCTTTCTCTTGCTGTTCTACTGACCT TTTGACTACTCTTTGCTCAATTTTGTGTCACTTTCGAATAGCTATTTTTCTTGGACTTGG TAATGGATCCACCAAATTCTATGAATTTGTTGAATTACAAGGAAAAGTTATACAGATTTG TAGAATTGATATTGAAAGAAAATATTGACAACTTCTTCCCAAATGAATTGGAGATGATTA TTGTCATTAGTCTACAGAAAGACTTTTTATATTGTTTCTTTAAACAGAGTTGGTTTTCCT ATAACGTAAGAAGGTTATCTAACCAATGGGGCAGGGGATGGGGTCTCCTCTTCTTATAAA TAACACTCGAATTTAAGTTGTAAATATGAACATTTGAATACGCCGTAAATTTAAATTAAT CAAATTTTGATATAAATATAGAAAAGGTTATACAAAGAAGAAGAAAATTTAACTATCATA TATTTTATATATATATATTATTTTATTTTTTTCACAATAAAGGCTACATATTATTAGTTG TGATATTTATAAAGAGCAAGAGAAAAGAACTTCTAAAAAATGTTATTCATTGTATTATAA TTTGATTAAATTTATGCAAAAATGATTTTGTTACTCAATTGTAGTTATAGACTTTGTTAA GTTACGAAGGTGCTTAGTGCTAATATATTCTTTTAGTAATAAGTTGCTTGCACTAAATTG ACAGTAAATCGTATTCTTTTAAAAGAAGCAAACACATCATGTATGAGAAGAACACAATTG GCAAATTTTCAGATTGTTTAGTTTCTTTTGTACCAGCAGAAAAAAAAAGAAGGTTTTTTT ATATAGTTTGTGCAGTAGTCAATATTCCTGTTTTATTTAAGTAAAATATACTTAATTTTT TTGGAGAAATAAAATTATGATGATGATTGATGAAACATGAAATGAATGGACTTGAGAGTC GAGGAGGGCAAAAAGTTGCGGCACAAAACACGGGAGTTTCGTGAGGATAAAGCACGTCGT TTATGACTTTGTCAACTCTCTTCTTTTTAATTTTAAAGAGAGAGTAGAAGTATCTAAAAA ATGGTATAAATTATTAATTTTATTTCTAAATTTGTAAAAAAAAATCATTCAATTAATTAA ATATAGATAAATAGTTAATCTACCACCTGTCATGGCAATTAAATGTAATCTTAAAGAGAT TAATAGTTTTATCTTTATACTTTTAAATTAGTTCACTCATTTACTTTTACTTCTTAACTT TGAACTTTATATGTTTCTTCATAAAATTGACATATTTTACTGCATATATTGATTTATAAT CTTAAGTCATGAAAGTAATTAATATTGGTAAAATAATTTTTTTCTTAACGTGATAAATTT GACAATAAAAATAAATAAATAAATATATATTTAAAATATTAAATCAAACAAAAACAAACT ATTAAAGTAACAAGTATGAAGTATATATATTTTCAATAAGGACGATAAATATTTTAACAA ATAAACTATTAATTTCATTCTCTTTTTGTTTTTTTCAGCCTAGACTTCTTATTGTAATTA CTAGTACTACCTTTTCGTGATTGGCATGGCAGATTCCCCATGTCGTGTGGGCCTGTTTTG GCTTTTCAATATTTTATGACAACAAACAAAAATAGATTGTGATAGTGCCGATTGGCTGAT TCAGAATTTCCCATAATCAAGATTTTAAAAAAAAAATCAACATCTATATATTATACATAT ATAAAAATATTAATTTTATCTCGTATATACTATATAATTATTTAGAGTATGAGGTTTGGA TGAACCCTTACGGCCTTAGCTCTGACCATGGTTGATGATGAAGTGTATTTTCAATCAAAT AATTTGAAAAGACAATGCTCAACATTTTTCACAAATGATCGAAAAGTAATGATGAAAGAT TTTCTACAAGGTCGATGACTAGTTTAATTATGAAAGGAGAAGTCAATAAAATAATTAAAG ACGAGATATTTATCAATGCATAGTCCGGCCAATTAATTTATAAAATATATATATAAAAAA AAGTAGTTTGGTGTACATATAACCTTCGGATATCAAGGTTCACTTAATCTGTCCCAAATA GAATGTCATTTTTTTTTTATAATTTTAAAAGGATCTAAGTATATAATTTCTCTTTTATCT TAATGAAATATTTATAGGCACAAAAAGTCACAAAAAATGTTTCAAATCCTTTCAAAAAAA AAAACCAGAACTTTGTGCCGAATCAAAATTCAAATAATATTAACAATAACATAAATTGAG TCGAAGCAAATAGGTGATTTAGGAGATACATGGATATTTGAATAGAATTTTGAAAGAGCG AGCCTGCTGGTAGGACATTTGGTAGTTTATGAGTTAGCATTCAATAATTCTGAATTTAGT ATATTGAGTTGTTGACAATAATTGTACTTTATGATTGTTGGTGCTTTTGATTGGAACTTT CCTCTTTTTTGTTTTCATTCGAATCAATTTGGATTTACGTATTATAAGGGTCCTAGTATT TTCTTAAAGCAACACTTGCAATATAATTTCTTTCATTTCCAGAACATTAAAACTACGTAT CTCTAATTATTGATAGAAAGATCAGAACCATCACAACAATTAACGAAAAGAATTATGTTA ACACTAAAGGGACCTTTTGGAAGGTTGGTATTAGCTTAGGTGGTGTGGGGTGAGGTTGAC TAAATTATGTGAAATGACGCTACTAATTTATGTTATGGCATATAATTATGATGTGCGACT TCCTATATTTTATTCATTTTTTCTTAATTTCTATTTGATTAATTATTCTCACAAATTAAA GGTCTCCATAAATCACAATGCAGCTGCCAAAAGACCTGTTCGATTAAAAAAAATAACCAA ACCACTAATCCACTAATTATAAAAGCTATCAATTATTGATAACCCTTAGAAATGTTCTTT AATACTTTTTATTATATCAACACAGGGCCAATTTTCCTGTATTATCATTTAGACCTTGGA AAATATAACCTGACAAAAAATCACTTAATTATCAAAAAAAAAAAAGTGCCTAGTTAATCA ACTATTGGATGAACAATAATTAAGTTAAGGAATAATTTCAAAATAGTCTCCAAATTTGGG TTGCCATATTATAATTATTTTCCTAATTTGTTTTACTTTTTGTAATAATTGTTTTTAACC TCACACTAATGAAATAACAGTTCTAATTGTTTTTTAACTTTTTTTTATTATAAATAAAAC AATTATAATCTGATAGCAAAACAAGAAGAAGAAAAATTCTAAAGGGAACAATTTAGTGAA TTTGTCAAATTTCAAATCCACGAGTCTAAACAAGACTTGAAGGATTTTGTAGTTGACTGG AGATGCTCATGTGTTCTTTGAACAACCCATTCTTAGAAAGCTTTTGGTGAAAAATAGAAG TCTTCAATTTTGACTTGGTTGCTACAGAACTACCGTTGACTTGGAGAAAGTCTAGAACTA TTTCAATTATTACTATCATAAATAAATTTTGGGTCAAAGAAAAGTTCAACTTTCATCAAG AAGACTTTCAAGGCTAACTGCCATCTTCCTAAAAGAAAAAGTGTGGTGTGCCACACACAT CTTAGACTCAGTAGCAGCACAGTTACATAACGTCGTAAAAGATATTTATACAATCGAAGT CACTTCGATCACAAATAAATCTCTATAGTAAAATTATTTGGTTACTCAAGTTGAGAGAGT GGTAATATGAATGGGAACCAATATTGCAGTCTTCTCTAAAACAAGTAAGAAGGGTATCTT CATGGGTAGTTATGGTGTATATGAGTTGCTGCCAAATTAGAATTAGCTAAGTCTAGATTA AACGTAATTGTTAAGTTATTTTCTTTCCAGATAAGCTGAAATTACAGATGATTGACCTCC AAATTACTGAAACATCGTTATCTTACTACATAGGAAAATGCAAAGCTATATCACATTTTA TTTCAGCACACTTCTTACTAGGACTAATCTCACAGCTTGATCCTGAGATAATTCAGTGCA AGTACTTGAGTCCTAAAAGAGTGTCCCACCTTACAGCTAAGGAGTTTTAAACTCTACATC CCGCGATAAATCGATGTAGCAGTACATACCATTGCAGTTCCTAAGACATTTGTAAATCAC AATATAGGATAATGGATACCTTACTAATATAGAAGAGAACTCCCTTCCTTAACAAGCACA AAAAGCCCACCATCGCCTCTGGAGATCCGCATATCCTTATCAAGGTAGGTTGTGAGAAGC CAGGATTTTGTCCTTCCACCTGGAATTGGGATCTTGAGAGGAGGCTGACCAGAAATAGTT CGTGCTATGCCTGCCACAGCGTTTTCCAGAGGACCTAGAGATTGCTGTACAGGAGAGAGA CTTATCTTTTGCCCAAACAAATCCACAGTTTCCGGCAGATTTATGTTCGATTTTATTTCT GGAGGTTTAAAATTCCCTTCCTTGAATTCAACCTGCAAAAGTAAGCAGTTGTCAGCCAAA TGCGGAAGGAAAAATTAAAAAACTCCCAACATACTCTACAGAAGTTAACCAAAAAAACAT AATCGACCCCTACAATTTCTCAATATCTTGCATAATTAGATCCAAAATTCTCATTTTCTC TCTTTGTGCAGAAAATTGCTGCAAGTACCTTTCTAAGGAAATCAGAATGGAGTCAACGAG TATACCTGTATTCTAGAGGGGCTTCGAACTTCAAAAGTGGCAGTAGCACTAAAGGACAAG GTGGCTACAGGGCTTGATAATGTAGTCGCATTCTCTATAGTCGAGCTGTTTGTATTTACG TCTTGGCTAATCTTTTCTACCTTCAACAGAGGAATGTTACCCACAGCAAGAAGAGGTAAC AACTCGGAAAATGCAGTGAACCTGACAGATTGAGGAAGAAAAATAAGATTCTTTGCTGAT ACATCACTTATCATTTACTTCAAATCAGTTTCTGCATGAAATTTCACAACTAAAGTTACA ATGTTCAGGAGGAAAAGCCCAAAATTGTCCCTTAAGATTGGGCTAAGTTACAAATCATCC CTTTATTCATATACATCGACATCGAATAGGCCTGACGGCTTATTAAGACTATTGTGTATA ATTGAAGGAGATAACATATTTTAAGGTGTTGTCGATGTGTTCAACCAAAAATCTTTAAAA ATAAACTTATGAAGAAATAAACTTTTAATAATGCATAGCACACAGCAAGTATCATCAACA TTTATGCCTCAATGACATTTTCCTACTCTATGTTATAGACGAATAAACCCTGAACAGGAT ATCAACTATAAATATAGCTTTACAAGGCATATCTTAAGCCTTCAGGGTTTTTTATGTGAT ATGTGAACCAAGATAGTAAATGTCATCGATTTTAAGTTCATAGATTTAATCCTATAAAAT TGTACTTCAGAACTATTAAAAACAGTCTATCACCACTTCCAAGCATTTAAAATTACAGTA CTTACTAAAACTCGACTTTCCCAGTAAAACCAAAGACATAATAATAACAACAACAATCTT CAGCCTTCAGGTTTTCTTCTGTGATATGTGAACCATAGAATGAATATGAATCATGAGCTC AAGCTCCAGTAACTACAACAATTTTCTTGTTGCACTCTTGAATAGATTCTAGTTTGACTA GCCAAAAGGGTATGAAGGAAAAACAAAATACATTTCACATTAAAGTTTGCAGACAATTGT TTAGATTAGATTAATGGTAGTTGCGATGTGAAGAAAGTGCAATACTTAGTTGAAAATACA TGGCATCAAGATTAAAATAATCCAAGAAGCATTGGTTCGTCCTATTCCCAGATTACCAGG CTAATTAGTTTATGAAATTCTCGGAAATCCAAAGCATGTTATTACAGGACAAACAAAGAT ACATGGTCTTTAATTATGGTTGTTAACAACTGGAGGATACAGCCGAATGCAAGTATATTG ACAAGTAACCGTCTGACCGCTCAACTCATAAGGTGCTTATTTAGAGGCCAATCTCGAGAT CCCTCTTATAACTGTTATGATGCACCTATCTTGCATAGTGAACTCCCATCATAAAGTTCT AGCTACTGCTTTGGGTGCAATGCCTACATTGTACGATTAACTTCTATCATGCACCTAGAA TTAGGGAGAGCAACTTGTTCTGTGGTGTCAATGCTCAAGATAAGCATACCAGTACCCATT CTATCAATGCCTTAACCCATAGATAATGAAATCAAAGTCATTTGATTATCTGAAACTACC CATTAACCTTAAATATAAGCCCCGTGAGATCAATATCAATTTATTAGAGATTGTTATTTG GTTTGTCCTGTAAAGTGTAAACCACCCATTTTTTCCGAACCAAAGCCAGCACGCTTGCAG AAGATATCAAAACTCAGCTAGTTTCATATAAAAACAACACAAAACGTAATAAATGGAGGA ACTATAGTAAAAGAAGTGACTGAATGATCCAGCAATGAAGCAAAAAAACTCACACTAAAA TCCAGTTCCCATCAAGCAACTCAGGAGACTCAGTTGGTGCTGGAGAAGGATTGGCTGCCT CCAACTGACAAACGAACTCCAATGCCTCGGCCCGAATCTCTGATGAAGCCCGAAATCCGA AATCCGTCCCATAAACTGTATCCACCAAACACCTTTTCAGCTCTAGAAGCTTCTCGTCCT CTTCACCACTCACGTCAACTCCGGGACTTCCATTACCCCACTCATCATCATACTCCGGAG GATCCGAATCCGCTAACTTCGTAACCGGTCCGGGTTCGGGCTCCGACTTCTCTCCCCATT CATCCACGAACTCGACCATTTTATCGTCAGCTTTATCATTATCCGGTGTAATAGAGGTGG GTTTTTCCGGCTCATTGGATGAGGAAATGGAGGATTGAACTGAGAAATTTTGAAATTTAC GAAGCCTAAAAGTCGGGACAGAAGAAGGAAGGGAAGTGTGAGGTTTAAGGCTGCCTTTTG GGTTTTTAATGGTGAAAATTAGAGGATTGTAGAGAGTGGACATATTTAATTACTTTTGGA AACGGACGTCCTCCGGCGGTGTAACCGTGGAAATGGCGGCGGAAGCGGTGGTTGTCGACG GTGATTTGAGACCTTCGGTTTTATAGATGGTGGAGATGGATTTGGCACGTTTTACTTTAT TTTGAATTAAATTCTGCTTCACAAAATTTGTGTAATTTTTGTTGTCAGGAGGGACACATG TCATGCTGACTTATTTTTATTTTTTTGATATTATTTGAGTTTTGGATTGTTGCTAGAAAT TGGTATTATGATTACTTATTCATTTTTATTTTTTTAGCATAATTAATTATTTATTTATTT AAACAAATTAAGATATAATAAAAAAAATTCGACTTATTCACATCATAACTAATAAAGATA AAATAGTAAAATCACTATGCAAATCATTATTTTTAATACATATCAATTCAAAATTGGACA AAAAAGAGTACTTATTTCATTTTAAAACGTCATCTGTATGCCTGACTCAAAAAAGAAATT TTGATCAAAAAATTAAATTCTGTGCTGTGCCTTCATCATAGTGCATAAAATGACCCTGTT GTAACAAGACACGCTTAGATACGTAATGCCTCACCAAAACAATTTCTTGGGTTGAAACCG ACACCAAAAAGGTAGTTATCAAAGAAACATGTCCATGTAAAGGGACTAAGACAAAATATT TACAGGATGTCTGGAAGCACAAGTAGAGAAAGTTTACAAAGAACATAAATTAAAAGGAGA GACCACAATGAGCCAGGAGAACCCGCTGGAATATGCATGTTGTAGTGGGAGATAGGTTAA ATCACACTACGCGGCCAATCGAAGGAGATAGGTTAATAGTCACTACCGTAGAAACTACAC CTGAGCTTTTGAGACAATACTGTCAAATGTTGCATCAAATAGCATCTAACGCTTATAGAA ACTACAATACACGCACACAACTGTAGCAGAGCATCAAATATTATATTTCCCAACAAATTG GATTACCACTTCAAAGGTAAGATGAGCAGCAATCTAGAATAGCTACTAACACTAAACCTT AGAAAGTCATAACAGTACTTGAAAGCTATCATTACTAACAAATTTGAATCTAACATTTGA TACAAATACAATGTAAAGCAACTGTACATTCGTGTCAAAAGAATCATCTAACCCTGCCAA AAAAAAATCCTTCAGATTATGTTTGCTGTAACTTCAAGAATTACTTTGTTTGTATCAACT TTCCGCAGAGACTAACCACATGCAAGCGTGGTATGTGGAAAGATTGTGAGTGTAATCCTT GTGATTTGATAGTAACTGCCAAACAAACATCTGCAAAACTAGTAATATATACCGACAAAG CAAGAATCAGACATACATGGATTGAAGCCAATTGTTCCAGTTTAAATTTTGTCAACAGAT CATTTTTGGTGAAGTACATACCTGACTACAGCAACAAGGTATGAAAAATAAAGTTGGAAG AGAAGCTACTGCCATGGTTGTGACAATGAAACACTAGGTATTGAAGCCTCCAGTCCTTGT TTGCCATGTATAGCAGAATTTAGCACATTATACTGCTGGCTTACAGAATCATAAATTGCC TTTGTATATACCATCTTAGCCTGCATCAAGAAAAGTATTTACTCATAAGATCCTTTTTAT TTATATGCAATTAATTTTTCGGTGTGCAGTTTTTTTAGCTTTCGATTCATCTCTCATTTC CTTGATCAAACCAGCCATGATGCATTTCCCATCTATTTGGGAGGAGGGAGGGGATTGGGG AGAAGAAAAAAAAAGAGTTCCAATAGCATCTCATAAAAATAAGATGCAAATATTTGGCTG TGAAATGGAACATCGATTTAAGATTGAAAACCCCATGGAATAGAACATTAAAGAGAATTC TTGCAGTGAAATGAAAGAAGACTGAATTGGTGAAACCATTTCCTTCAGTGAACAGTAGAA AGCAGACGCAAGTGGAAAATGTTTGAGCTTAAGGTTTGTAAGGGCAGTGAAATTAGTTGA ACCATCTTCTTTATATATTAATGATAGAAAAGAGAGGCAAAAGAAAAATGTTTGAGCTAA AGATCTGAAATGATCTGGGAAGAGAAGAATTTTGCAACAGAAAACTGATACTACAGTCGT TGGAGGTAGAAAAATTAATAGTACAACTATCAAGTACAGCAGCTTAGGTAGCTTAAAATA TAAGGAGAAAACACAGATGACACCCAAATAAGTCGGTTTACACCTGTGGAGGTAGCTTTA TATTATCCGATATAATTCAACACTCTTCGCTAGTTCATCATTCATTTGAATTTCATGGAA ACAATATTTTCTTTTTAGGCACATGGGAAGGTTTCTCTATCTAATTTTATTATTAAGGAA AAAAAGTATCACAAAATTTCCATCTTTTATTCATTTTCTTTTCCTATGGTTTGGGGACAG ATTTAACTATCCTCAGAGAGCTTGTAGATGCATATCTTTTCTTCAGTTTATAGAATTAAC TTGACAAAAAATAAATAAACAAAACAGTATTAGATGAATGTTTTATTTGCATATTGAAAG TTCCTTTGGAGCTTTACTTCTTAACTTTTCCAACAAGAAAAAGCTCAACTGCAGGAATCA AAATTTCTGCTGAACCTGCGCCCCTCTTAGCAAAGGTCAACTAGCTGTTCATTTGGGTCT CAAATAGGAAAGAGAAAGAGTTTGGTCCAACTTCCCTTCTCCTCCTTCATTCTCTATTAA ATAGAATGACCCCCCCCCCCAAAAGGTTCACCAACAAATATCACTAAACCTCTCATTAGG CTGCCAAATTTAGTTTAAGAAAAGCTTCCAATAATTTGAAGTATTAAACCAAAGTGGACT TCCCATAAAAACTAACCTCAGGGTCCTCCAAAGCACCAGCAACCTCATGAAAATCAATTT TGGGTGCCACAGATATGCCAGCTCCATGAAAAGATACAACTCTTTTCTCTCCGATATTTT TCTCAACCTGTACTATCGCAAGCAGGGATATGTAAAAAAACATAGTCATCACAGAAACAA ACATAATTGACACAGGACCAACCTGGGCGGGAGGGGGCATAATATCATGGCACAATATTG CTAGAGGATAAATGTGACCAGGGACACCAGCATGTTGTACAAGCCTCCTCATGTTGTCTG TCGCGGAAGCATCAAATGGTGCCTGAAGAAATACAAGCAAAATGTTCAACCACAAGCTGC TCAAAATCAATTAATCAACAGATCAGTTGGAATCTGTTATATGATTCCTCTATATCCATT CAGGCCCATTTCATTCCAATGCATAATACTTGGCCTTTTAAAGGCAATTATGGTTTATCT AAACCAAACACCTGTTCATTGAAAAATAATTAGCTGCGTCTTAACTAACTGATATTACCT ATATGGATCTGGCTCTTTTGGAAAAAAAAATTAAATGTTAAAAAAATGGCTCTTAATTAA GCATCATGACGAAGCATAAATACCAAAACTTTTGAAACTAACTGCCCATCATATACATAG AACTATGCTGGAGAAGAAGAGATATTATCACGCTTATCAACATCACCCTAGAACTGTCAC AAGGCAAGTGTAATGGAGAAGTGTATTGCTGAACATACAGAATAGGAAGAAGCAGTGAAC CATAGCATGTATCCATGTAAATCCCAATTGGATACGAACAGTTAACTCTCATTTAAAGTT CAGGCAAATAATGCCAATCACATTCTGAGAACTGAATCATAAATGTGCCAGCACACGGCT GCAGATGACTATTCTCTTAAAGAGTCAAGAACAACCTCACCAAGGAAATGGAAGCAATCA AGAACAGAACAGTTAAGTCGTGGAAGAAAATCTTAAGATGTAAACTGGCATCAGATGTAA TTCAGAAGATGTATGAGGCTTGCCCTATATTTCATAGGCAGGGATAGCAAATCAGCCCAC AAAGGAATTAAGAATCACTTAAAAGAATGAATAAGGTAGCAACACTTCCTCCTTCAAATT ATGGTAGCTTTTCAACTATGGGACTTCTCAAAATGTTTTCACCACTCCACTTAGATTATT GTTTTATACGACTTCCAAGAAATCAAATTTGTTTCAGTGTTCTTCATAAAACTAACTTTT GAACCACTATTTAAAATATTTCCTATACTGCCACTATTAAGATACAGAGTCAAATTAATA TATTAAACCCCCTCCTCTGTACAAACATAGTCATATGAATGAAACGGAGAAAATACCTTG TCGAGAAATGTATGTTGGCCATGTTTGCAGGTATGTCCATCAAATAGAATGAAAAGATAA ATATATGGAAAGACAACTATAATTATTAAATAGAAAAAGGAATCTTACTGGATACCATTC TTTTGTAACAGGGTCTGGCCTATCTCTTCCACCACTAGGAGCAATCCATATTATTTTTGA TCCACCCCTGGATCACAAGTACATGTATCCTCAGATGTATGCTTCCATCAAAAGAGCAAT AGTGGAATATCAAAAAGAGCATTTGTGAGCTATCTCGAATTGCCAAAGAAACATGTATCA TTTGATTTCCTCTTCCATTATTGTGCTAACTATACCAACAGTTTACTAGGACTTGAAGTA TGAAACTGATAAAGCAATCATATAATGGATGATGATTGAATTTCACATCCATGATCATGA GAAAACTTCCATCTATCGTATCTGTATTATCTTCTGCACATTCATGTTAGAAGTCATTTC TACCGTGACTTGCTCTATGGTTTTCTTCCATGCAGAATAATCAAGCAGGGTTAACCCCCT CGTGAAAGAACTATTACACGCCTGAGCAAACAAGATTTTCTGATAGGTAGGGAAGATTAA GAGTACACATGCAACATTAGGCTTAGCTTTCCATTTAATCATATTCAATACATGTAGAGC TTAGAAGAGCGAGTCTTTCATTTTTTCGTAACACTTGGCAGAAAAATGTTTATGAGAGAT TGGCGCAGGATAAAATACTGTGTGACATCAAAACTTCTTAAGTAAAAGCTTCACCAAAAT ACTCCAAGAAAGACAAAGCAATAGCAGAATAAGTACCTCAATAGCAAAGCCATCTCCTTC AAGCTTCTTGTGTTTGCTCTCTTTTTCATCTCAGCAAGTTCGGGGTCATCATTCATATGT TTTTTCGAATAAACACACAGGAGATTCCTAAACATATTAAGTTTGTCAAATGTCTAAGTA AATGGTGATTTCTGTACATACTCTGACAATGCTATCTAAGTGCACCTTCCCATGCTGAAT GGCTTGCAAAGAGGATCAGTAATAACTCTATCTCCAGCAACATATATCTGTTACCAGTAA AGGATAATCTAGTGAATTAAGCTACTTCAGGTATAAATATCTTATGAAGTGCAAGAGGGT GGAAAAAGTTCTAACAATGTTCTCAGCAATATCTGGGAGCTTTGATTCAATCAAGAGTGC AATAATCGCAGGATCGGCTTCACTTTGATGATTTGACATCAAGACAACATTATCACCCTG AAATTAGTATACAGAAATAGTGATTTGGTAAAGGCAACAGGAAAAATGATCAAGGCAATG TGTAAAAAGCCATGCAAAAAAGAACTGGGTAAGCATATCAGCGACTAAGTTTGAGATTTA TTAACAGTAAATGAACTAACAAAATGATATCAAGAGAGAATAAAAATTATACAGTGACAT TCTTTTTTGCTCTTTTTTTTTTGGGGGGGGGGGGGGGGGATGAAGGGTACAGTAAGCACT CAAGAGTTCTCCATCTGTAGTTAGTGTTATACAGCATCGAAGAAAAATATTCAACTTTAC AAGAAGATCTTTAGGCGTAAACCAGTGGTCGCGCAGGTGATATAGAGATAGTTGGTCCAC CCACAACATTTTGAGCCAAGACTGTTATTCGTAACTCCAGTATAAATAGTGAGCACATAA TTTTGGTGGACAAGAAGCCACATACATCTATAACTTGCAAGTAACTTCACTTGACAAAAC GCATAGAATGAGAAAGATACCTAAATATTTTCAATAATAAGACAGACAAACCACCAAACA AAAGATGACAGAAGTTCGGAAGTATGAAATATGTCAATATTCCTACTTCAGAGTTTCTAC CATCTTTTGGAGGTTCACTCTTATAATGTATTAAAGCTGAGGATTACAAAGTCTTGTGTA CATTCGCCCCCCCAATCAAGGAAACTGCTGAATAGCGTGGAAATCGGGAAAAGTTATCTG GTTCATCCAGTAAGGCGAATAAGAAGAAAATATGGATCTTCGCGTAAGGGGGTCTGAAAG CAAGGTCATGTTAAGCTCAAATTTTGATAATAAGCTCTAAAAAAATCTTACATCATTGCT TGATGAATCAAGGAATTTTTTCATTTTTTTATGACAAGGGGAACCCACAGCCTCTACCCT TTTGGTATGCACATGGTAAAACCTCGCTCCTATGCAATAGCTTGTTAAGAAATCTTTTTT AAATTTTTTATCAAGTAAAAGTATTTTCGTTCATATACATGACCATAAACAGTTGTATGC AAAAGGTATACCAAAAGGTGAGAATCTACAAAACATACAATTCTCTACGATCTCCACTTG ATCATCTATATGATGAGGAACTTTTTGTGTGCCCCAAAAGAAAATAAGGAAACAGAGACT ACTACTCCTTCAACCTTTTTCATAAGTAGTCTGAATTAGAACTCTATCACTATGTGCTAA ACTTGATCAAGGGATAAACATGCAACGCACCTTCCCAGAAACTAGTTAGCATAATTACAG AAGAAACTAATCAATAGAAACACTCTTAACAATCTGAAATGCCGAACCTGTTTAAGCTTC TCTGCCATTTCACTGAAAACTGACATATTCCCAACATAAGAGCTCCTACAAACTCGAAAA TAGTAGAGGTTAGATTCCGAAGTAAATCATGAGATCTGCAGGGAACAAGGCTGTTCACTT TAAAGCAAAGAGCCAAAGAAAGATCAATTTCTAATAACCACATTTGATATACACTCACTA AAGCTGATTAAAAATATTCAATAGCAACGGTATGTCTGTCAATAATGGAGATATTGTTCG CAAACACCCCTGTTAAGAGTTAAAGCAGGGAGTTCCTAGAACAAGACAAACAACCCTCTA ACATCATACTTCATATATAGGAATTACAAATTTTGAATTCCTATCCACTACTCAACAATG TGCAACTTCACCCTTTGTTTTAAAATATGCGTCTTACTTTAAAAAATAATGCGTCTTACT TTCCTTTTTGGTATGCTTAACTCTTTAATTCCAAACATCCTGCATAGCATGTTTAAGAAC ACAAGAATCAAAATCATTTTGATACATTACCTATATCTTTAGTTTAACATTACAAGATTA AAAAATCTCCCTACCTTGAACACGTGTCCAGCCACACTAAGACACATAAATTGAAACGGA GGGAGAAAAATATATCCCTACACAATAGTAATTTTACACATGGGCTAAGCTTCATTGGTG ACTCAACCCACACAACTCGTCAAAATGCTACAGATTAACTAGCTGCTAAACAGTCAAATA GAAATCAACTTAGTGTGGTGATTAGGTTGTTCATACAATAACTACGGGACTTCAATTTGT AAGTACTAATTATTCCTCTTTTCAGGAGGTTTCTTACATACTTAAAAAGTATCCTTCTTT GAAAGAAGGATACTTTTTATGTTGTTTTCAAAATATCCATATTTAGATCATGAAAGAAGG ATACTTTTTATGTTGTTTTCAAAATATCCATATTTAGATCATAAAATCAATGTAATAAGG TCTGATTGAATGGATATTAAATTGTTAGACACCCAGTATTTTGAATCGCGTCATACTTTT TGGACTTAAGGATTGCTATGAGGCATTAATAAGAACATCACTGGGTAAAAATAATATACA GACACCAGAGGATGATGAACTATTCATCAGAATAGTGCAACAGCTTAGCTCTTTCTTTCA GCTAAAGAAATTGGGATTTTCCCAACCAATTGAGAAAATAGCATCATTATACCTAAACTA CAATGAAAAAATAATTAGGGTAATAACAAAAATATTTTTCCCCATACGTAATTGCAAAAG ATTTAGTTATCCCTTTCATCAATATGGTCAAAATGATTTTCTGCTGGCCATTAATGTTTA GAACAATTATTCTAACATGACATAAGCCCTTTCCCCTTTAGAGATATAAATGATTTCAGT AGTTTTACTATCTGCTCTTAACCCAATATTCCAACAAGTTATTCTCACATATATTCACCC ACCACCTTGTATATGTACTAGAACTAGCCACCATCTTATCTGTACCTAAATCTATATAGA CATCATTCCATTATTTACAAGGTATAAAGACGACATATAGAGCATGCCTGGTCTTGAATA CGTTGATCTGAACAAGCAAATATTACAACGACAAAAGGATGTAAATCAAAGGATATTTTA AGCTGTTTACTCGAATATTTCCTGTGAATTCAATCATTAACAAGATTGAAAGAACCGCGC ATTTTTTAAGTTAGTCAAACTATTACATGATACACACTACAGAGAGAGAACTGAGACTCA CCTGAAATCAACTAGCTGGCGGATATAATTTTGACCAAACTTGTAATAGTCAAAAGGTTC ACGAATGGCCTTATGATACGGCGAGAATTCAAAAGGATCCTGAAATAAGAGCATTGCTAC ATTTTACAATTTTACATTCTAACAACTTGATAGAATACATGTGTGCTTAGATGAAGTAAC GAGAAACAAAGATATAGGGGAAACTTCTAGCATGAATTTGAAAGATCAACACGGCAGAAG AATACCTTCACATCCACAAAAACACGGTCGAATACAAGAGCCATGTTATACAAAATGGCC TCATCTGCTTTGGGAACGCCGCTTTGTAAAACCTATAAAAAACGATCAGGAAAAATCAAG AGGGCACATGACCACAACAAGTTCTCCAAATAAACAAAAAAGAAAATGCCGAACTCCAGG TCTCAACAAACTCGTTCTCTCTCAAAGAAAAGCGCACGAGTATCATGAATAAATTAAATC CAAACAGATTGATAATCTGACAAGTCTAAAAGATAGATTGGATTACTTCACCAAATATGG TAAGTCCAAAAGTAGTAGTCTTTCCAAGAATGAAATAAATGAAATTCTCTAAAATTTAGT AGGAAAGAGGGAAGGAGGAGGCGAGTTATTATTTATTAGTGAAAATAAGATATACTAGAG AAGTAGGAACAAGAAAGACACGTGCGGAAAAATCAGGCAAAGACAAACATACAAATATAA GCACCTCCTCTAGATTTATCTTTATTATTGTTTTGTCATCACAAGATCATATTTTCCATG CTCTAGGAAGAAATGATACTGAACGTGTTGAATGTTAGACTACATTTAGAATCTTCACAA GGGCTTAACCTATTATCTTCAGGTCATTTTCTGAAAACATTTGGCCCCGTAATAATGTCT TTCCACATAATTGGTCACAAAAAAGTAATGGCATGCCAAATTGTGATTTCTCTCTCCACT TTAGCTTTTCCAGCTCCAGCGTTTTATCTACTGTTATAGGTACAACGTGAACTTTTTTTA TACCAACAGCGTGTAGTTACATAATACCATCCACTAAATTCAAATGATCAAATACATTAG AAGAAAAAAAATATTCATCATTGTTGAAGTGTGTAACCATCTCATCTAAAAGCCTAAGCC ATTAGAGAGAGCACACGTTTATTATTTAATTGTATTCTCAACCATCTTAAATCTATTATA TACTGTTCTTTAGTAACTTAAGAAAGCATGTTATGACCCAGAAAGTATGTTCATGCAAGA AGACTCTTGCATATGAGCAAACATATCTAAGCGAACAAAGCACCCATGACCCAACACTTA AAAGAGTACATTTAACCACAAGTTCAAAGAAAGGTGTTTTACTGCATTCTGATAGTTCTG ATACAACTCCTCCATTCCTTCAGCAACATTCAGTGGCAGTTTTTCATCTTCCACAGCTTT TCGAACAGCAGATAGCAAGTCTGCACAGAAAATAGAACACCCAATGCACGGGGGAAAGAG AGACACAGGTTCAATCAGAACAATTAGAATAGATCTACCAAAATAAAGTCCCCGCAGAAG AACAAGGGAATCATCTGCTGAGCAGTATGTTTAAATTTAGCAAACAATAGAATCAAGACA CTGAAAGATAGCAGGATGAGTAGATAAGAATCGGCAGCAAATGTCTTATACTTGCAACTG AAAAGATAGCAGGATGAGTAGATAAGAATCGGCAGCAAATGTCTTATACTTGCAACTGCC ACTAACATCTGAGTAGGTATCTAAATCCTTTTAAGACGAAGTTTTCTAGAATATTGCAGC ACTTCCGCTATTCTTGAACTATAACTTGCAATACCAACCCTTACTCAGATGTTCACGGTT TCTCTTGTTGATTGGTAATTAATATCAATAAATAGTTCCATATGGTAATGCACCCATAAA TGTTGAAGCATACAAGTATTCAAAGGAAACTAGACACCACGAAAAAACCTATGAGATACT TCAAATCCCAAAGAAGTACCAAGTATACAACATGTATAAGACAAGTATAAGACTCAAGCT ATCTGATTACCTTGACAAATATTTATATATACCTTGCAACATATACTGCACTCATCCCTG ATCCCATATCACCTGTCAAAAATATAAGCCAACAAGATGATATGTATCTAAGACCCTACT TTGTAAGACTTCATGTAGATGACTAACCTCTAAGACATGACATGTTTTAAAGACCAAGTT TGTAAAATTTCATGTAGATGACCAGCCCCTAGGACAGACAGTGCTGGTTGACAACTGCTT CAGATGTCTGTCAAGGCACAAGACACAAGCCACAGCCCGAAAAGAAAAAAGAAAGGAGAA GATTATACCAAGTTTACCAAAAAGACAGAAAAAAAGCACTCCAGATTTTCAGCCATATTT TAATTTTCAAAAAATGACTTTTTGCCATATATCCAATCCTTGATAGGCACAGTTACCAGG TACTTGTGCTCAGACACCGTGGTTATCAAAAAAAGAAAAACAAGTCATGGAAAAGAAGGA AAACTGCTCCATTAAAGTCTAATAGGAAGCATTCTGAGAATCACAACTTTATACCTCATC CTGTTTTACAAGAAACTTAAGACCGCATTTGTACAATAATTTTAACATTTATGCTAAGTC ACGGTTCTTTAAATGTACTTCTTGCTGAAAATCCTATTCTAGTCCATATAAGATTATATC ATTGGAGATGACCTAGTTTATAGTGCTTTAACTGCTTTATGTAATTTTCTTTACATAGGT AATCCCCCTTATGCCACTGTGGCACACTTACGTGTATTAAGATAGTATATGATTACGACA TCATGACAATTACCAGGAAAATCGAAATCCCCCAGAAAGCAATAAGGAAGATCCAAAAGG AGTTGAAGACCAAAATCAGAAAGAAAACTAAGCTTCCAATCCACATTCTAAACTACTTAC TGAAACGAAAATCTATCAGAATAGCATACAAACCACATAAGTCTTCAGCATCGTATTTGT TTCTGTTTCTCAAATGAATAAGAAACCACATTCAAAGTGCAAACATAGTATGAGTGTGTG TTATGTCAGTCAAGATCCAACTAGGTGACGCGTTATCGGAAAAAAGATCCAACTAGGTCA TGTTTTTTACAATACCTGCATAGGTTCTGAGACTTGTAAGATACGACAAAATGAAGTATA AGCTAGCTTGAAACTAAGATCCTAAGATACGACAAAATGAAGTGTAAGCTAGCTTGAAAC TAAGATCCACGAATGCTTCATACGAAGTAATGACTTTGTTGTCGATCAAGAGGAGATCTA TACATTTAAAAAAAATGCAGAAACTGCCAAGCATTACTTAACCAAGCTAAAGTTACCATA ATAACCTAGTGTATGTCCAGAGAAGGAACCAACTATACATCACCAACCATCAGTAATAGA ATGGAGTACGCATGCATAGCGGTAGACAAAAAAGCAGTCAAATGAAGGGAGGCAGAGATT GAATGGTGACTGTAAAGACAGGGAGCAAGAGATACTGTATAGCAATACAATTTTGTAAAG AAAGCTAAAAACGAGATACTACCACAAAATGTCAAAATTTGATCCTTTTGTCTTAATTGG TGACTTCAATGTCCCAAATATGAATATGCAAATTGGTGATTCCAGAATCAACCATCAAAA CTTCACGTGTCCATAATAAATGTCAAATATGAAACACAGTCTAGAGAAAGCTTGTTGTAC AAAACAAAAGAGTACTTCTATGAAAAATAATTGTTGCCTAACCAACTGCTAAAAAATTAT CAACATAAGTTCTCAGAGAATTCGAGAATGAAGTTTTTACTATGTACATCAGTACATGTC CTACCATGAATTAGTAATTGCTTCCAATTTCAAGAAAAAACCTCAATTGTCTCGAACTTC CCATCTCTTTGGAATAGTTACAGAATCTCCATGAATGCAAACTAGTCTATAGATTCTACC TCACAGCAATTAAATCCTTCACACCAAATGGGGGGCAAAAGAGAAAGCAGAAAGTGAATA GAAACCAATAAGCGTCTTATTTCTCTTTAACAATCCACTGTTGCTTGTCTGCCTGTTTGA TTTGGTGTTCATAACAAGATCTTCCACCTCCTAATCATTTCACCTTACTCTTCAATTGAT ATCATTCCCATCATCCCATCCACTATAAATTTGTCGAGTCCTTCACCATCCACAGGTTAA CGAGAACTTCCATCAAGATGGATTGGTGTTACATTATAGTAGCACCATTCCTCAAGTGTA GTTCTGCTAACTATCCATTCGAGAAGTCCCTTATAAAGTTAGACCCAACAAAGCCAACTG ACGTGCTTCATAGACAATACATCCAGTTCACCGTTAAAAATAAAACAATCGTTGAGCTTA CTGTAAGTCCGTCCTAATAGATATCACCATAGATTACTAGAAAGATCAAAACATACTATA CCCGGTGCATCAAGGTTAAAAGAACTCATTGACTTGATGTTTAAACTGTTAAGCATGCTT GCACAGATAAGTACTCTTATTGCAACCTTATGCCAACACCAATTTCATTAATACCACTAC TGAAACTGCTATTGCAACCAACCAATTCATCTCCTAGAATGGAACTGATGTACTACAAGT CTATTTGATAGGACTTATAGGAAAAACCAAAGAGTAGACAACATTAGATAACGATGTTTA ATTTCACCATGGACATAGAGTTCAATAGTTTATGTGGCAAAGAAATTATTACTTGACAAA ATTCACAGTTAACTCCATGCTAAATGCAATATTAGTTCAATTTAACTATGGGCTCAACAC ATTTTCTTCAGAGCAACAAGCATAGGGCAAATTAACAAAAAATAAATGCACTTCTGCAAA TGTAATAACGCGCCTCATATGTTCAGCATTGTTAATTGTGAAGAATATTGAGAAATTCAA TGCATTCGAAAGAAAACAAACATTGTAGCGTGAATGTGTACAACAGTCTCTGGCATAATA CGCACAAAATGTTAAACCCCACCGAAATAGCACAAGATATTCCAACAGAGAACAAGAGTA ACAAACCGCACGAAAATAGCACAAAATGCACAAGATACTTCAAATTCAAAAATGAAAAAA GCGAAAGTAGCAATAGAAAGCAAAAAATGCACAAGATATTTCAAATTAAAGAAAAAGTAA TAATAGCTAGAGATAAACCTTCTCCAGTGCGTGCGTCAAGGAAGTCTCGGGACTGCGGAA GCTCATGACTCTCAGAAGCAGAAACTGTCATGGCATCTTCAATCATTTCTGCCATTCCAC GTACCTTCGAAGCACAAAAAACGGCACACCGTAGCTTCCGAATCCCAACCGTCCTCGATT TCACACCGAAACAGGAAATCGGGAATAGCGTCGAAGTTGCTGCAGAAGAAACAGTTGTTA CTACTACTGGTACACAAGTTGAAAATGAAGATAACGGCCTCGGAATGCGTGCAGAAGAAG ACGAAGCGGAAGAAAGCATGAAGGAGGAAGAAGAAGAAGAAGAAGACGAAGCCGCTGAGA GGATCAACATCACCACCACAGAATGGAGAGGTTTAGAGAGAGAAAGGGTCGAGAAAAAAA GTGAGGAGTGAAATGAATATATGCGTGTTGTGAGGGAGAGAGAGTGTTTTATCAGGAACG AGCACGTGCTTTCCATCACCCAATTGTGTGTGTGAATTTTGTGATACAGTTATTTGAGTG TTTTTCTTTTCTTCTCTTTCTTTTTTTTGTTATTTATCTGAAAATACTTCTTCATTTATT TCATTGGCTTTTATATGGAACTAAGCTAGTCTTATCTGGACACGTGTAACAACTATACAC CCTTCTTTTGAAATAGTGGCAATAGCCTATTAGACCAACCTTTGAGTAACTTCTCTCCAA TGAAAGGGAAGTATTAGTTCGAAATATTAAGCAGTTTTAAAATTATTTATTTTAGTTAGA GGGGGAATCAGAATTAGAAGTATGAAAATTTTAAATTATTATTTCACTCAAAGGTGGAAT CAAAACTAGAAATGGGAAAATTTTAAATTTTAGAACGATTTGAACCTATAATCACTAGTG TAAAAAACATTTCTATCTCCCTTTCCTTACTATTAATTGTGAATTAATTTTGTTATGACA AGTTTATATATAGAGTCTATAGACTAACTAATAATTTCGTCCAAACTCATGAAACTTCAC CTAACTCTACTCCTAATCTTACTAAATGATAAATAAATTATTGTATGTGTGGGATGATTT GGCTTATAATAATTATTAACTTTTTTTTTGAAAAAAAAAAGAAAATATTCAAGTACCCCT CAACTTATGCCTGAAATCTCATAGAAACACTTATACTATACTAATGTCCTATTACCCCTA AACTTATTTCATATGTAATTTTCTACCCCTTTTTAGCATATGTGGCACTAGTTCGAAAAA AAAGTCAATCATCGTTGGGTCCATAAGATAGTGCCACGTAAGCTAAAAAGGGGTAAAAAA TTATTAATAAAATAAGTTCAGGAGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTG AGATTTCGGGCATAGGTTGAGACTATGACATTATCCCAAAAAAGAATGACGGTATAAGTT GTTTTCAACAAAATAATCCCATAAGTTTAGCATGGAAAAATTCATTTTGTTCTTACTTGA ATACTTTTTGAAGAAAAAAAATATAATTTATTTTTATTTTTGAAAATATAACGTCCCGAC GAGATGAGGGAAGACATTTGTTAAAACTTTGTTTTTGTGAAGAAAAAAAATGATGATAGA ATATAAGAATGGTAAAACTCATTTCCAATTGAGGGGTTGAATAAGATGGGGGTATTTTAA GAATAAGGATGAAATAAAATTTATATTGTATTTAATTAATGGCATGAAGTATGAACGTAT AATTCAATTTTGATATTTTTCTCATTTTTTATTGGGGATAAATAAGTTCGAAATTTATAG TACCAACATAATTTAGTATGCGTACCAAAGGATCCTTTTATGTGTCTGTTATATAGGAAA TATTTTCAAGAATATTTTTTATTTTTATGTTGACGGGTTAAAAAGTTTAGAAAAATTAAT TCTTTAAAAATAAAAATATTAATTTTTTTAAGGGAAATGTAAAAAAAAAAAAAAAACACT TCGAAATTGAAATTAAAAGTTCGCTATCACCACCAAACTCATCCAAACCCCATCGCTCGA CCATTCCAACCAACACCAAACTCCACTTCCGCCTATTCAATCTTATTTCTATAATATTTT ATTAAATTACGTATTAAAATATTTTTAAAAAATCAAACACACGTTAAGAAAAATATCTAG AGATGAAAATATATTTAAATTAATTTCTTCCACGCGCATGAGTTAGTGGGGCAAATAAAG TGTGAATATTCTTTCTTACATTAAACTATACTTTAAGGTATATCTCATAATTATAAACAA AATATTAAGAAAATACTTTTAACGCAATAATATATGGAGTGGGACATACATGAGAGGAGA ATAAGCCTTTGAAGATTTGAATAGACATTAATTTTTGTTTAGTCCATGTGCAATTTTACC CTTATTTGCAAAACAAAACCTTTATATTTATTGTCCCAGAGAGAGGTAGCGGTTGCTCTG CATTTAAATTGATATCAACGTAAATAAAAATAATTTTAAAATAGAATACATATAGTATAT TTTGTGTTTGATCGCAGTCTTAGGATTAACTACACTATAATTGATGCATTTTCTTCATTT TTATTTATTTATTTAATTTGATTTAGCGCAAAAAAAAATCGTAACTTTTGAAATATACCT CTCTTACTTTATCCAAATGTTAACTAAAAGCACACAAACAACAATGTTTTTTCTAAGACA AGTTATAAAGAATTCATCAATTGGAATATACCCAAAAAGAATATACAAACAAACACACTT CCAATGTGAATGTTCAATGGATACTTCATCTTTAATGAGAAAAGAAGTTATTAAATCAAT TACTAAAATAGGCTATGCAAACCATAAAACTCATGGACCAAATATTGCATTTGATATGGT CTTGATGACTGTATTTCATGTACTGTCTTTTATTTAATAATAAAGTATACATAAAAGATT AATTAGTTGCAATTTGCAATGATAATCCAAAACTTAATTATGGGATCAAATCAACAAGGA CAATAAGATCCCATAAGATAAGGATGTGTTAGAAAGTAGACCAAAATCAGATTATGTTAA TTTGTATTTTAAGAAAGTCTCTAAAATTTTGCTTGGTTTATATCGCTAATCCCAAAACTC TTAAGCATTTGTCCTTTAACTCACCACCGGAAGTTGTCTCATAATCACAGACATGATATG ATATTTTGCTGTCTGATTCTGTTTATGTGGAAGGCATGCATTGGTTAACACATGTAATAA ATAAAAAATTATCGACTGATTTTCTTTTTATAAAACTTATAATAACTGTTGTAAAAATTC TTTAAGGCACAGCTTTCAAACTCATCAAGTGGGGAATGGTAGAAGTTAAAAACAAAAATC CAAAATATTTGAGCAATCAAACGTGAAAAAATTGAAAAAAAATATATTTTCTAACGCGGC CATAATAACAATCGACAACCTAAAGAGGTAATGCAAGAAGAGAAAGTTACGTTGCATACC TAATTAAGTTGTGAAGTTGTGGAAGCTCTTTTTTACAAAGAAAGCCTCTGCAGTAGAAGT CATCAAGAAATTTATGAACAACAACATGGATCAGAAAAATCTGTGCATCATTAATGAAGA CTAACAGACTATAAAAGGACCACAGTGATTACTAGACATGGACTTGGCCAACTAAATGAT TAAAAACTATGAATCACTAATGCAAGAAACCTACATAGACTTGGCCAATTAAATGATTTA AAACTATGGTCAATGGTCTTTCTCGATATCGGCATATCAGTTCAATTAAATTATTAAAAT CTACGGTCAATGGAAACTCACAAGTCCTAGAATGACAAAGTCCATGGTCAATTTTCTTTT GCTGGAAGTAACGAAATTCCTCAAACGAATCAGCGTAAGAGACGTAGAGTAACTTTGACC ATCAAAGCTTAAGCATATGAGAAAGAAAACACCGAACACCTAGTATTCATCGTTGTTGAA ATTTGAACACATATCTACCCACGATGTTGTTGCCAGCCAGCAATATCAACGAGGGGCCAA TTTGAATCAGCCATACATTATAGTGATATCAAAAATACCAATAAAGAAATGGTCATAGAG TTCCTCTCTTTGTGAGTAATCTGCCCAAGGATATGCACACAGTTCATGATCAAGTGTTGG AACAAGTTCAGGCTACTGGTGTCACCACTTGGAAAGAAAAAGGCAAAATAATTTGATACC GAAAAAGTTTGGCTCCTTTTTGGGCTATAGAACTCAGAATGGCCAAAGATTGTCTACTTA CTAATACTCATATAAGATTCATAAATGTAAAATAGTTTCATGCATGAGAAACTTAATATT TCCGAAAGCCTAACAAAATCCTTTACGATTGACTCTATATTATTCTTACATAAAAATCAC CAAGATTTGTAAGAGCAACATTTTCAAGATTTGGTGCCTCAATCTAGCCAAGAAAGTTCA TGATCACCAAATGGAGCACTAAATTGCAGAGAACAAAATCTGCAAAAGCACGTTCCGGAG GCAAATCCTGCAATGGTGGACCAAACGTAAATGAGATTCATTGACATACTCTGTAAGCAC TAGTAATTTGAAAGGAAAAAACAAACATAAGCCCAGCTGCCTCAAGTTACATTTCTCTTC TTCTAGGAAGAGACCGCATAACTAGAAGTGCATGACATGCTACACATTCATTGATAATCT ATGACGTCGCAACATATTTTAACACAACTAAATTAGAGGGGAGATTCAAGGTAAAACTGT AAAATGGAAGATCATATCCCAAGAAAGCTTACCTTGAATTCCTTGTTTTCTTTGTTTACT TGGATCCGAAGACAAACTGTAAGAAAGATATTAATGAATCATTTCAAATAAACGTTTTCT CAAAAATGGAGTGCATCTAAATAGACCACTCAAGCTCACCAGCAAGGACTGCTGTGCCAA TACAAGAAAGCACCCCAGAGAGAAAAGAGTTGAATGGAAATGATCCAACAATAGCCATGT ATACCACCTGAGTTGCCAGTAGAAGTGAAAAATACGTCAACCATCAAACAGATAATTGTA CAAATCAAGCAAAAATATCTTGATTCTCAGACATTGAATCATGTTTTTACTCTTCAAATT GGCAACAAATGAATTAGCAAAGGAGCTATTTACACAGGCAAATTGCTGCCTTGTGAGAGT GGCACATTATATTTGCCTTCCCATAAGAAAGCACAGTCAAATAACAAATTACAGGAAAAT GATCCTTTCTCACACAACGTCATTGTGTTTGCAATGACTTTACAGAGATAAGAGCTTAGG AAGAATAGGATAACAAAGAAAAAGAAAGTAGTGACTTGTGTAAAAGGAGTGCTCCTTGGC AATAATACAAACTGAAATCGGCAAATAAATATGAGAATTTTGCCAAAATAGGTTAAAGAT CTTTTTCAGCAATTTGGGCTGTGATAGTCTAACAATGTTTCTGGGCGTCATATCTGATTA TGTAAGCACTATCTTTAGCAGAGGTACGGTTTGCCCAATCCTTAATGTCCATCACTGCAA AAGAACAGAAAGTTGCAAGGAGCAGGTAAAAGAGCCGGAATGGCACCACTGACTAATAGG CTAAGTTTCACGGACACTTCACTTTCGATGCCGCACTCGTGTCGAATTTTACAAGAAATA CACAACTTTTGGAGAATCTGACAACCACCCATTGACATTTTTTAAGAGTCGGAGCAACAT AGTTAATAGGAGCTGGTTTAGCATGCTTCATAGAAATCATGTTTTTTATAATGAATCAAG AATCAACACGACCATATAGGAGGAGAATTGTTAAAAGATACTGGAACTCCGGCGACCAGT AATTCAACAAGATTGAAAAGAGATTGGACAAGTGGAAGATGCAGTATTTATCAAGAGGAG AAAAGATCACCCTCACCAAGTTGATACTTACCTGTAAACTTATTTTATGTCATTATTCAC TATCCCTCTCACTTGGAAAAGAAAAGCTGAAAAATTAATGAGTTTTTAATGATATGACAC AAAGGGGGAGAAATGATATCATTCGTAGAATAGGATAAGGTGATAGCCCCTCTAGAGTTG GGTGACCTGAGTAATATTTAATCAAATCCTTCAGGAAAAGTAGTTTAGATGTGTGTGACT CAAATGGATACATTATGGATGAAGGTGATTGTTACTAGAAGCTGGTGTCATCAAAATTGA TGGTTCCCATGGGAGGTATTACATCGTAATGCAGCTTACAGAGAAGAAACAGGAAGGGAA GGATGAATTTTCCAAATTCATTGGTTGTATGGTAAGGTAAGGTAAGGATATGTAACCAAA TCCAACATTGGTAGGATGCATGGTATTCGGATCCAACTTCTAAAGGATAGTGACAAAGAA GCAACAGCAGACAAACTCCTCAGAAGAGAAGGGAGCCAAGTATTGTCAAATTTTATTTTA GAGATACATACAAGAGTGGAAAACGGATGATGTAAACATGACTGCTTTGGGAAGAAGATA GAGTGATGTGGAAAAGATCACCGCCTTAGAATCGTATTATGATTGTCTTTCGCAGTTGCT GATTTTTTAAAAAAATAGAGATCAGTATGGGAGAAAAAGGTACCAAAGAAACTAACTTTC TTCACATGGTATGCAGAGTTGAAAATCACCTTTAACAGCAGATGCTTGACAAGGAGATGG TTATAATTAGTTCACAATGGAACTATTGTCGGTACATCCCATGTCAAATATCAGCCTAAT TCTGTGAGTCTGACAGGAACATTGGAGAGGTGGAGACCTGAAATAGATGCTGGAAGGACA TGTAGAGTGGCTTCCCCTTTATGTCTTTGGTTGATGTGGAGATAAGGGAACAGAAGAACT TTTTGGAGGATTAGAGAGTCTACTATGAGGTGACAAGAGACCTTTATTTCCATTTTATTT ACTGAAAAGGGGATACTTTATATAGAAGAGATGGTTGGATGGTGATACCCTCTTGGTGTT ATTAATGAAATCATTTTGATTTATAAAAAAAGGATTAGAGGAATTGGATAGTAACTACTA TGAAAATTCATGAAAGGTGACTATCACGTTGGCAGACTGTAACGTCAAAATTCATGACGG AACTGACTCAAACCAAATGACTCTTCATTGGATGTACAGAGGGAACAGTGACCTTCTAGA CCTCCCATATTAGCTCTGATTAGGCTAATTATTCACAACAAACCAAAATGACAGATTCTC ATAATAAATACTATCTAACCTTATTGGTGTTGTTTGAACAATTGAAGGATTGAATTTGAA TCTTCTTTACAGAATAAAAGATAATACCCCTCAAAGCATAAAACATACTCCGCCCCAAAC TCCACTTTCTACTTATAATACATTCTTCCCAAAAAAATTATGCCTCAGCCACTTCGCCAT TAGCATCAAAAGCATATCTCTAATGCATCAGATGCTCAATTGAAACAAGCATTAGACCAA GATCAAATCAATCTAGGTAATGCTTAAACTGACATCATTAAGCCATCAGTATTCAAACCC CATAACATACATTTTCAATAAAAATTTCGAAGGACATTAGAAAGTTAACAGCTTATGAGA ACATGGATCATCCAAAATTTTACCAATACAACCACAGTAAGAACATAATAATTACAGATC TATAGCAATAAGATTGACCCCATAAGATACATACATACAGAAAATGGATCAATGACAGCA AAGTTGTTAAGTAAATACCTGAATTAAGGCAGTAGAGATCGCAAAGATGACATATAGATC AATGATCTGCGATGAAAAACAATTCAATTAGAACCCAATAGAAATACGTGAATATTGACT GAAACTGTATAGATTTGAAAGTTGTATGAAAGTAAATTGCTGCACGGGAATCGAGGAGAG AGTCAGTTACCTTGAGATTCGTCGGAGTTGCGGCATAAGCAGAACGGAGAGAATGGAAAA GAGCTTGGGCGTCTTTGGTCGCCGACGACTTTGCCATTTTTGTCACTCTTCAGTTCTCTT GTGTGACCTCAATTTCGATGGAGTGAGAATGGACGGTCTAAACCCCGAAGGCGTTAAAAG TAAAAATGAAAATGACCAAAATTGCCCTCGGTCTCTATTTGCCTTTTAGGTGTTAAAATA ATTTTTAAAATACTCAAAAGGTAGCAAACATAAAAATCATACTCGTAGTTATAGTAATAG TTTGTATAATTGGTCTTCATAATTAGCATTTATATATATAATTTTCTCTCGTATTTATAT AATCATAAGTGTATAGGACGAAAATATATACATAGTATTTAAATATAAAATTTTCTCTCA TTTTATTACGAACACAAACATAATTATACATTTCTGTTTGTATAAAGTAAGAGAGGCAAG TGAGTGAGCAAGATCTAGGAAGTGGCGCGAGTGAGCAAGATCTGGGAGATGGGCGTGTGA GATTTGAGAAAGGGGAACAAGTATGTGTATATATAATATTTTCTCTTGTTTTATATAAAC ACAAACGCATTTTATACGAGGCGAGCGAGCAATTTCTGGAAGAGTGGCGAGTGAGATCTG GAAAGAAGATAGAGGGGAACGAACACATATATATATCTACAATTTTCTCTTGCTTTATAC AAACACAAACATATTTCATACATTGCATTTGTATAAAAGTGAGAGAGGCGAGGAAGAGAA TGAGAGTGGCAAGCGAGATTCACTAGGAGAGAAGCGAAATAACAATAGTTTACTAAGGGG TACAATTAAATCAAACTAGAATTATAGTATTTAATTTGAATTAATAATTTGCTCTTATAT ACTTATTTAATTTTTTTTAAAAATATAAAAAAACTTATTATTTAATTTTGTAACCGTCAA AGATAACAAGTACTTATGTTTTATATTATGTACTTCTAAAATAATTTTATTGTAAGCAAA TTAGCTATTATAATTGCACAGTAACAACATTTTTAGAGATTATAGATAGATTGTCAAATG AGCTAATTTATTATTTATAGATCATAATATATTAGTTTAATGAATAGAGCTTCATCTTGA TCTTTTTTGACTTGTGATTCCTTCAAGGGAGTTAGCAAAAAGAGTGGTGGATTGATTATT GTTAGCTTGAAACCTAAGTTGAACAAAACGTTTGCTATTTTATTGGCTTCGCAAAAGCTA TAACGAATTACTGAATTATCTCACTTCTTCAAAATTAATATGCAAGATGTAAGAATAGAA TTATAAGTTTGGGTGTGGATGTTCTAAGTATTGTAACATGTAAGTGGAGAGGTTTGTTTC AATTTCTATGGGCATTAGATTACAATAATTTAGCTATAATCCACAATCTAAGTATATGCT TATTTTTTAATCAATATAAACATCAAATAATTTTATCATCTAAAAACTTGTTTTTGTTAA TTGAGATCTTGATCCAAATTTCTATGAGTTTTTTAATCCATTGCATCTATTCATCTACTA GTCAAGAATATGGAATTAACTCACTATCTTGTATTTTATAAGTAATACTGCATACTATTA AGAGTTTTGTGAGATTACACATTTATACATCTCTTTGTTATAACAATCCTTTATATTTTG TATCACCTCAAATTCAGTTTAGGGTTCATGTGAATTTGAGCTTGAAAAGACAATTTCATA ATTTAATTTGAAAAATAATATTAACTATAATTAATTGTTGATTTCCTATATATATCATTT CAACTTTCACCATAATATATATATATATATATATATATATATATATTATGGTGAAAGTTG AAATGATTTTTGGCAAGCAAAATCTATCTTTTTGATTGGTGAACGGGACAAAAACACCAC CCATCAACATTATAAAGGATGAAAAAAGAAAAATAAAAGTAGAAATTAGTACATAATTTC ATTTTGTTTTAAATAGATTTTTTTGGAAGGTTAGTATAAAACAATTTATATACTGTATAT TTTGAAGCAAATGAATTTAAACTTACCACACACGTTTTCTCTATATAATATAATAAATCA CAAATATGTTTTGGACAAATTAATAAATATCATAATTATTTGCTCGTTACTAGGTTATGA TTTTAAACATGCTAATCGGTTACTTAATTTTCTTTATAAGTAAAGTTATGTTTTTCTTAT AAATTGTTGAAATTTTGATATTGCCCTACTCTTATAAATAAATCAAGTTCAGTGATAGCG TTTTGTGAGTAAAATTATGTTTTAGCTATAATTGTTGAAATTACTATATTTCCACTACTC TTTATACATAAATCACGTTCAGTAGCGTTTTATGAGTAAAATTATATTTTTCTTATAAAT TGTTGAAATAACTATATTGCCTCTATTCTTTAATATAGGTGTGCACTATTTGGATTAAAT TGAAAAACCAAACTAAATCAAATTGAATTCTAATTTGGATTGTTTTTTTTTTTTTTGGAT TCTTGGTTTTATTTTGAATCTATAATTTATTTTGTTTGGTTTCGAATTTAGAAAAAATGA AAATCTAGAAATTAAAAAAAATGAATTATATATATGTGTGTGTGTTTAGAATTAAATTGG AGTTAACCACTTTTATTTCTTTTTTGTTATTTTCATTATGAATTAGTTTATTTTTCTTAT GTTTGGACATCTACAATTGTTATACTTTTAAGTATTGAGTTTGGTGTTTTACTTGTCATT TATATTAAAAAGTATATTTACGAAATTCAATATTCTCTACATATATTTATATATTTTTTT AAAAAATTACAAATATAACTTTGTTATATTTATAACTATTGACGTAATCGATTAACCAAA TCGAAAAAAAATCAAACCCAAAAGAGAAAATTCAAATCAAATCAAATTTATTTTGATTTG AATTAACTTACACTTCTTCAAAATCAAAAATAAAAAATCTAAACCAAATAATATAAGAAC GAAGCGAAAAATTGAATGCACACACCAGTTCAAATGACAAGACAAATTATATCCTCAAAA GTTAAAATTTTGAAGAAAAATAGCCATAAATAATTTTCCTATTATTAAAAAAAAAAAGAA CTTTCAAGAGTCTACAAACTTAAATTGATGACATGTTATGCCAAATGCCACGAGATTTTT TCTTACTTACCAAAAAGAATCTCTTTTTTTTTCATCCCCAATAAATGATAATTTTTTATT TTTTTCTGTTTCCTCGTTTTATTATTTCCACTAAAAGAAATTAGGCAATTACCCTTTTTC TTTTTACCAATTTTTTCGGGCCTTAAAAATTTTGCGATGTGACAAATTAAACTATAACAA CATTTTAAATTTTATAGCAAATACATATATGTTGCTTTCAAGTTTCAATCAATACTATAT GTGTTAATACAATTTAGGAAAAATAAATAAATATACTTTTGAACAATTATAGACGATATC AAGATATATTTTATTGTATTATTAGGGTATTGATATTTTTATCGTCCAAAAACTAAAGCA TATATATACTCCATTGTAACAGAAGACTAAATAGGAATACTTAGCGTAATCTTATATGTT GATTCGATATTTAATAAATGTCTGATCGGTAGAAAAAATTATAACACATGTATGTCTAAT AATATAAAGGGTATATATGTTTTAGTTTGAGCGATGGGGACATCAATGTTCCAAAAATAT GACGAAGGATATTTACATACCATTTACGATAGTGTGTGTGTGTGTATATATATATATATA TATGTCATTTTCCCCTTACAATTCATACTGATTTATTTGAGGTGTGTAGAAATCAAAATG GTCAATAAATTAAATAAAAAGTACTTCCTCCGTCCGATATTATTTGTCATGGTTTCTATT TTTAGATTCAAACTATAAAAACTTTGACTAATGTTTTAAGATGTATTTTTTTATCATATT AATATGTAAAAAAAATTAATTTATAGTACTTTTCATATAGTTTTAGAATTTTTTTTTTGT TTAAAATATCGAATTAATGTTATCTAATTTACCTTTAAAAATTAGTCAAATTGACTTTTA ATAAGCGCAACATGACAAACAATTCTGAACGAAGGAAGTATATGATATTGAGTCATTATT CTTTAATGATTTTATAATTTTTTATTGAATTTTAATTTTTTTAATATTGGGTTTTATCAA ATAACCTAATAAAATTGTAGTAATTTACTCATTTTCCCTAGATAGATATTAAATTTTATT ATCAGTACATTACACATTTACTATTTAGCCTTCGATTCACATTATTATTTTGTTTTTTTA TTTGTATTGCACTTATATAATTTTTTTCTATTAGTTAATAGTGCTATGTCTATTTTATAA GAGTATTCAAATTTAGAGATAATTGTATAAAATGACAAACTAATAGTGAAATAAATACAG TAGCTACCGATTGATTTATTTGTGTTACATAACAAACTATTTATCAGTCCCTCTCTCCCT CATATTCTCGCTTGCCACTCTCCTTCTCTCGCTAGCTCCTTGTCGCTCGCCTCTCTCACT TTATACAATAAAATTGTACAAATTGTGTTTCCGTTTGTATTAAGCGAGAGAAATTTGTAT ATACATATGCATATACATATATCTCCATCCGATACACTTATGATTATACAATACAAATTT TCCATGCCTAAGACTCTTTTGCATTTCTCTCTTTCTCGTTTGATACAAATTCAAATTGTA TATAATTTTTTTCTTTCTCGTTTTATACAATTCGATTCAATTGTATATTCCCATGCCCAA ATGTCTTTCTCTCTTTCTCGTTATTACAAATTTGAATTGTATAAAATTTCTCTCTTTCTC GTTTTATATAATTCGATTCAATTGTAGACAAATTTAAATTTTATACAGATATACAAACAC ATGCAGTTGAATTGAGAGGCTAACAACAACTTATACAAATGGTCTGTCAGTGAAATTATA CAATCTGAAGAGTAACCAACGAATTATACAATTGTTTCTTTGTATATATGTATAGTTGAA ATAGGCATAACTTTCAATTGTATATGAATAGCGAACTCTCTCTCTCTATATATATATATA TGTTTGCTATGACTATAACATACAAATTTTAAATTTTATTTTTGCTATATGTTAAAATTG CCCTTAAATTTACATTATCCTTTATCGCGTTAAATTATTAAAAAAATTATATTTTTATTT TATGAATATCTTGAATTGATTTAAATCAAAAACTAAATTATTAAAGACCAAAACTTAATA AAAATATTTTTATTAATTTAATTAATAATTTAATATATTTAAAAATTAATTAAGTAAATT AGTTAATACATAAAATCGAACTTAACTAATAGCTATATTCAAGAAAAATGTGCACCCAGT ATGGCCCCACCCAAAAAGGCTTCACCACAAATCTGGCAAAACAGAAACCAAATTTCAGAA AGCATTTTGCCAAAGTTCAACTATTGCCTTTGCTATTCATTTTCTTCCATTGATTAGATA ACTTCTCAATCTCATCTCTGTGAACTGTGGAAGAGAAAACTATGGCGACTTTCTCAAACA TCGGTGCCATTTGCAAAGTTACATCAGCTCCTTCTCTTAGCAGCACTAGTAGTAGAGCTC TCTTTCCTACGACTTTGCGCAGTTACAGTCATTCACAAGTCTCTCGCTCTCGGTCAGTAT TCCTTGATTTGGCTCAACTTCTAATGCTCTTTTATTTGTGATTTGAGGTTTATGAGTTTT GAATTCTATTCCATAGGTGGATTTATTCGGGATTAAAGTCCTGAGATTATAATTCCAAGT TAGATATCAAGTATTAAGCCTACAATAAAATTTATAATCATTTTTGGTTGATAGGATTAA CTTATACCATCAACGAAATGCAGTATAAATTTGGTTCGGGATTAATCCTTGTATATCCCA AGTTATTGGATTCTAAATTAATAATTTAGGTATATTTAGTTGATTTTTGATATAAATTCA AGGTTTGGATCGGTTCACCGGAGAGCTAGCTCCGCTCCCAGTACTTTTTGGGCTGTAATT TGTCTAGGATGGTTGAAAAGAGCTTGCTGATTGAATAAGAATATGACAAACAAAAAATCA CACTGCCTCAGGGAAAGAGAAAGGAAATACTATTCAAAACCTAACCTAATGGTTGTAATT TAGTTTCTTTAAGAGTTGTAGAGGCAGGCTTCTCATTTCTCAAATGTTACACCATTTATC TTGATGAAAACATTTATCGTTTGATCAGTTATTGTTACACACTCGAGAAATTAAGATCTC TTGGTCACTTACAAAATGAATAGAAGAAAATGGTCTTTCTAGTTACTACATGAAGAGTTA CTATAAGTCAACATAGCTAACAGTTCTAAAAAAAAATTAAGAAGTTTGAGAAGATTATAG TCAAAGGGAAAATTGTTTAATTCCCCAAATAGTAACACCTTAATATAAAGTGGGGCGGAG GGAATATAAATGATCCACATAAAATGTACATGACCATGCTGTTCCAGATCAATCAATCAA TGAACCAAACTACCCCTCAGTCTCAAATTAGTTGGGGATAGTCATTTCGCTCTTTTAAGG TCCATTTACCTCTAAGAGTATTCATTATATGGTTATTTGGAGTACTACTTTTTGGCTGTC TGTCTACATACAATGACCTTTTTCCTTTATCTGATCATGAAGTTTTGTAAAACTCACGCA TGTGGAGTTGGTTTTCAAAATCCTAACAAAGGTAAGGAATGCAGATTAAAAAATTAGAAT TTCAGCTTTAAAAATAATGTACAAAGAAAACTAAGAATTATATCGTCAGTGTATATAGAA ATAAAAGAGTGATCATTCAGATTGTCAGTTCTGTACCTTAGCAATTGTTGTCACATCATG TTCCAGGATGATCTTTTTGATTTTTTAGTTCCATGTCAGGCATAGTTGAATTTTCTTTCT TTCCTTTTTCCACAGCAGAAGCGAGATATGTAGATCTGCACAGAAAACTATATCCTTTGA AAGACTAAACTAGTTTTCTGAGAACTGGATTAAGGTTCCAAGTAAAACTGTATGCGCTGT ATTCGCAATCTTTGGGATGATCAGAATTCTAGCCTGACATGTTTGCAATGTTTCTCTTCT TTTTAGTTCTTGCCGACTTTGTATTAAAAGCAGTTATGCCGAAGCTGTCAGAGGGGATCC TAACTCGGATGCAATTGATGTTGTAGCAGATGTTAAGACTGAACGAGTATTACTTCATGA CTTAAGCATCTTCTCTTTCTCCTTTTGAGATCAAATCCATTTACAACTGTCTCAATAGCA ACTACTTGTCATTCACTTTTTTTTTCTTTTTTCTTTTAACAGATTGTAGTTATAGGAGGC AGCGGCTTTGTTGGCTCTGCAATATGCAAGGCCGCAGTGTCAGAGGGTATAGAGGTCATA AGTCTGAGCAGGTATTTTTAATACATGACTGAGCAGTTCAATAGGGATTTCAATGAATAA AAGAATCTTTATAGATTGAATGTGATGGATCTTAAACATTTTCTGTTGATTCAGAAGGAT CTATACAATTGCTCTATCCTCTTATGCTACTTTTTCGTATTATGGGTTCTCAAATTTTAG TATTTCCTACTCAGATCAGGGCGTCCCTCTAAATCAGACTCATGGGTAGATCAAGTCACT TGGATAACAGGCAGGTTCATTTCTTCATCATGCACTTGAGTAGGTTGACAATGAATTCAA TTAAAAGATTTACATGGATGAAATCAATGTAGAAGTTGGTTTCCAGGCCCTCTTTCTGAT GAAAGCCATCGTAGTTCATTGAGAATGGATAATAATGTTATTGATGAATGAATCCCCCAT ATATTTTTTGGTTGGTGTGTGCAGTGGTGGATCTAGGATTTTGAGGTTATTGTGTGCTCT GAAAGTTGTGGAGTCAAAAATATAAAATGGATAATAATGTTATTGATGAATGAATCCCAC ATATATTTTTTGGTTGGTGTGTCATGTGTGTGTGGGGTAAATGTGTTTGCTGAAGATACT TGAAGACTCTCTCGCCACACTAAATAACGGAAAGATTAATCTACTGAAGTTCCTCATAGT CAAGCAAAGTAACTCTGTCACTAGAAAAAAAAGGTTCAGTTTACCCTTAAAGATGAATGG GGGGGGGGGGCAGACTCTATTTTGCAACCATTTGAAAGACCAAATATAATTCTCTATTAT TCATTCTATGATTGAAGCCTAGAAGTCAAAACATGTTGTCAAAAACTGGATATTCAATCT TTGCCATAGTCCATAGGTGAAGATTTACAAAAGGAGCAAGTTCTAAAGTTCCTTCAAACA ATATGAATCCCGGACCAAACAGGAGCGAAGAAGTGTAAAGAGTCTTTAAACTACTGGACT GTTTTGCCTAGTGTGGTTTTTATGGTCAATTGGTCATATGCGAACTTGAAAGAGGATTCC AATTAAAACTACCTCTATCAGAAAAAAAGAAGATCCCATTAAAAGTAACAGATGTTATCT GTGTTGGTGTAGTTTTGACTTTTGGTTTAAGTCCTTTTCTGATATTTTCCACCCAATTCA GATTATTCATATGATCATCTTATCATGCAGGAGATGTTTTCTATGCAAACTGGGATGAAG TACTTATTGGGGCTACAGCAGTTGTTTCAACTTTAGGAGGTTTTGGTTCTGATGAACAAA TGCTTAGGATCAATGGTGAAGCTAATGTTGTGGCTGTCAATGCTGCTAAAGAATATGGTC AGTAGCTTTCATTTTATTTATTTGAAGAAATCTGTAAAGCTGAAGTGACCTTTAGTGATA AACTTTTGAGTGGTTAGTTTTTGCAGTGCCTATCTTCTCTATCTTATTTTTACTTTAACT TGCAATATATAATGAATCAGATAAGTCATGCTTCCCTGTGATGAAGCATGAGGCATGGTT GACTCCATTATTTACTTTAGCTCAGAGCTAAAGATTTTAATGAGCAGAAAATTCTGCTCG TCACTTCTAATTTAATGACATTTACCAACTGAAGCAAAAGCTGAATCCGTCCCCAGATTG AAATAAAATGCTTGAGTAAGTATAAATTGTAGGATATGCATGAAGTAACTGCTATTATAG ATATTTTGCATTTCTCTTGCACTGGCTGGGTGCTGGTCTGTTTATTAATAGAACTTAGCT TACTTATCAAACAACTATTACTACCCCTTAATGTTAAACTAGTTGGGATTCGTTATATAG AACTTCATGATCTATTTTTCTTCACCTAGACCTGTTATCCAGTATTCAATAATTTGGGAT TGTCTAAAACAGAGGTTCTCTACAATTTGCAATTAACAGTATGGTACTGCTTTGCTGTGT TTAAGAACAACCCTTATGGCAGGTTTAAACTAGTCATTTTGCACACCATGTTATCATTGT TCCCTTGTTTCTCCATAACTACTCATGCCAAGTGTTACATTATATTTTTTGTTATTTGCA GGGACCCCTAAGTTCATATTGATTTCTGTGCATGATTACAATCTACCATCATTCCTCCAA TCAAGTTACTTCATAGGGAAAAGAAAAGCAGAATCAGAAGTTCTTTCCAAATTCCCTAGC TCAGGTACTCTATTAGATGTTTACTTCCCATTGATGTGACCGTGGCAGTCTGAAGCTTAC GGTTGTCTCTTTGAAATTATTATGTACAACAGCACCATGTCTGCAACAAGTTTGTAAATG AAAAGGGAAAGTGTTCTGCTTGTTGCTTACCCTGAACTAGTCCAGCCACAATTTTTTTGT TACTTACATACTTGAATTTCTCACTGAAATGTAACAGGTGTGGTTCTTAGACCTGCCTTT ATATATGGGAAGAGGAAGGTTGACGGCTTCGAGATCCCTCTAGATTTGATTGGAGAACCT CTTGAAAAGTTATTACGTGCAACAGAGAGCTTCACTAAACCATTGAACTCGTTGCCAGCA TCCGATTTAATTCTTGCCCCTCCTGTTAGCGTGGACGACGTTGCTTATGCAGTGATAAAT GCTGTTAAGGATGACGACTGTTTTGGCATTTTTACCATCAACCAAATCAAAGAAGCAGCA GCAGGGGTTAAGGTGTAAGATAAGGTCCACATCAAAAAGAAAAATGACATACATCTTGTA ACAAAATTATATATGTAGAACATGTATCATGTCATACAAAACTCTTGCTTATGATATCCA TAGTATAATGGACCTTTTGATGCTAAAATAGCCTATTTTCATCCTGTATTTACTAGTAAG AAGAGCAAATCAATACTCCATCTTGCAAAACACCATGTGTTGGAAGTCTTGGAGATTGAA ATTATAGCAGTGAATTGAACCGCGCTTCGCGCGGACATAATTATTGTTAAAGTAGTTCTT TTAGAAGACTTAAGTAATAATATTTTAATCACAAACATAAACTAATAAAATTTCATGTTT TAATCTAATTTATTATTAGCAGTTACTATCCTTATAACTTTCCATCCCTTGAAAGTGTTG ATAGATTTCGAAGAACAATTGATCTACTCGTGTCTAGATTAAATTATAGTCTTCCTTTGT GTATTATTTAACATATGTATATATGTACTTGTTTTTCCTTTTTCTTTAGAATTTATTGCA TAGTTCTAACTTTTAGTTGCACGGCTACTTGTAAAAATATATTTATTTTATTAAATTAGG TCTTTGATTCATTTTTTATATCATATTCATAGATCAATCATATTTTTACTCTTACAATAG TTTAATTTTCTGAATGTTCGCATGAAATTCGATTATAATATCATATTAAATTAAATTTAA CTTAAAGATTAGTTTTTTAAAAAAAAAAAATTGGTCAAGCCTTATAAGTTATAAGGAGAC CCATAGAACATTGAAAATTTCTTCTTTCATCATATTTTCTATCACATGATGACACGCGTA ATTTTAAAATGTATCCCCTCTTGTTCTCAAGCATGTGAACAGGTAAAAAAGTTATAAAAT ATTTTGTATAGTCTTTCATTGAAATATCTTGTGCTATATTTTTGTTGGCTAGTGAAAATC AAGCAAAACGTAACATTGGAATTCAAAGATGCATGTGGCATGAGGTTAATTGAGAACCTT CTTAATTAATCTTTCTAAGCCAAAGTTGTTGGTAATATCTACTTGTAAATTGTCGAAACA GTACCCATATATAATATAAAGTCCGATGATACTATGGAATTGGAAATATGCCCATTGAAA TGTCACAGTGTAAGACATTTAAATCAAAATACGTTTAATATAACATATAAAACTGTCAAT AAAAATTAATATCATTATAACTAATCTCAAAATTTCTCTGTTATCTAACTAACCACCACT ATTATATCCTAAGGCATGAATATAAAAAGACATGAGAAAAAGTAACGTCAGGAAAAACAA TGGAAGCAAATAATTAACATGATAAATGTACTAAAAAAATAATAGCCATCTTCAACTATT ATTTAATTGTGTTATGTATAAATGAATAATAGTAGTAGATTTTTTTGTACAAAAATCTAT AGATTGAGCTACACTTTTTTTTAAATAATAATAATAATAATAATAATAATCATATGCAAA AGTAAATTTTAATAAATTTTGCAATAATAATCTATTTTAAAGCACCATATATAATTAAGT GACGAAATTATGTTGACCTTTCCAAATGCTCGAGCATCCATTAAACTTTACCTTAAAATC TTGGAGCCACCGCTACTCTAATCAATAGACATTTTCAATAGAGACTACTAACAGAAGCAC TATGCGGAAACCTATATACTCCTAATCAATTTGTTTCTATGCACTATGTCGATACAATAG GTAAATAAAGTTCAATAAAAGAGCTAGCAAATACTAAAAAAAATAAAAAATTTCTGTCCA GTAAAATTTTTTCAGCTGTATTCAGGAACTAAGCTAAACTTTCAGTTAAGTTTGAGTGAA TTGAGTAACTTCAATCCAAACTTTATATGTATCTTAATAAATCTATCAACTCTACAAATT ATTGATTAAATTAAAATCCAATAATATAAAAGAATCAAAATTTGAAACTCATAAGCTTGA AATTGACTATATAGACTCTCTTCGTCCACTATCAAAATTTGTCATGCTTGTCATTTTTAG AGTCAATTTATAAAAATTTTGACTAACATTTTACAATATATTTTTTCATCATATTGCTAT GCAAACAATTGCTATGTATAGTACTTTCCGTATAGTTTTTGAATATCTGAATTTTTTGTT TAAAATATCAAATAAATGTAATTTAATTTAAATTTAAAATTTATTAATTTGACTTTCAAA AACCACAACATAACAACTAAAAATGACAAAAAGTATTATATATATGTATATATTTCAATT ATTGGAATCATACAATTGCATAGAAGAGAGCCTTAAATATCACAATGTTACTTTTCCTTT GTGATTTAACGTTAGAAACACTCTTTGCCACAATTTTTATGCAGATTCACTCTCATTGGT TATTAAAACATGAATTGCAATTTAATTAGGAAATGGAAGTTTTTCATTTAATTGAGTAAT TATCTAGGCAATTTTAAAATTATTATAAATAAGATAAACACGCCCAGTACTACGTCACCT TTTTTGTTATAGATATAGATTAATACACAAATACGCCCACTCCAGAACATGAAGAGGAAC TACTCTCAAAGATTACATTTGAAGCTAGATAAATTATTTCTCTGTCAAAAATAAAATAGC AAACATCTAATTTAGGACAAACAAAATTGAGTTCACCTAAAAAAGAGTTCAAAGTGTCTG TTTGCAATCCGTTTGTTTGCCCTTTCTCAGGTGAAGCAAATTTCTCCTTTCCTGTTGCAT TGCGATAATATTGCTGATATTCGACCACTTCCAGCAGCATCCTTATTTCATCCATGGGCA ACGGAGCATGCTCAACCTTAGTTCTCTTTGTATAAAATCTATATCATCAAGAAGTTATCT CTTCCTAGTGCTCAGCATCAACAATCTTGTGCTTCACGTGATTTAACTTTTTCTTCTCAA AGATACTCTGTTAGACGGAGTTGATATAAACTTTGGCTTCATTAGTTCCAAATTTGACAT TACAATATCAATTTAGTAATAAACTACAATCCTTATACTAAAATATTACTATGTATTTTG TAAAAGGAAAAATGACTATACACATATATTTACATATACTCACTGCAAAAACTTATAAGC AAGATGCGATGTTGTGGACGGGATTGCTATCCTTGTAAACAGAGGTCTTGGTTCAAATCT TTGGTAGAGTACTTCCGTACCAATGGAGCCTTATTATGTATGAGTCCATATATAACTGGG CTTCAGTGCGAATATTCCATAAAAACTGACACACTTCCAATAGAAAGAACTTGGCAAAAC ATTGTGAACTTCTGCCAGAAAAAGAATATAATTTTATCAGAGTAATATTAGCAAATCATT TTTGTTCCAATGCTAGATAATTCATAATCAAATTACAGTAGCATAGAAGGAAGAAAAGGT TGAAATTACAACCAGAAAAAAGGAAAACAAAAATAGGATAAGTTTTGAGGTATACCTGGA GATGGAGTTTTTGCTCGCAAAGAGGATGATGTGATGGGACTTCTGCGTAGACGTTAATTT TGAATTCAGAATGCCAAACGACGTATGCAATTATTATGGGCTTAATTTGAGGAAACGGTT AAAGGGATACAATTATAACGGTAAATGACGTCTTTCTATTTTTAAACTTTAATTAGTTAA AAGACATTAATATGGAAAAATAGGAAAAAATTTGAGAAAGTATATAAATAAATTTCCTGA TCATTTAGGCATGCCACAACAGCAAACTAAAGATCCTCTTTTATATATATATATATATAT ATATAGATTGAATACTAGCTACTGTAGTAAGGGTACTTACCTATTACAGATTTATCAAAT CTGGTAGAAGAGAGACAAACTTTTGAAATCATAAGATCCCAATTTTACGCTGAACACCTC GATTGATGAGAAAAACATACTATTACAACAAAATATTCACTACTGACGTTGTAATGTGAA ACGTTTGCAAATTAACCAGGAAAACTAAAAATGATCTGAGAAAAATTAATATAAAGGAAA ACAAAATTTTAGCGCGAGGCATGTTGTGCAGGTTAAGTGCACATCATGAGTTGAATCTCA CGGCAAACCAGAAGTCTGGTATTTAAGTGAAGGGTAGAGTGCGGTCCATTATCAATCTTG TTTCAAACCATGCTTTACGCGTCTCATCTCTGGGTTGTGCTTGATTGAGATGCAATTTGA ACCCAAGCAAATTCCTCCTTGTAAGCTATATGTCCATCGCACGAGGATTCACAGGTGTAC ACAGCAATAGTAGCCCAATCAAGAGAATGCACATCATTTTCCACACCAAAATAATAGAGT ATTTGTGGTAAAACCTGGAAGCGGCAGAAAAAAAGAGCATGGATTGAAAATACTTTTCAG GCAACCAACAACTTAAGCTACAATTTCTACAAGACAGCCAGAGACATACAACTGCTTTTA GTAGTTTGAGAATCACCACTAGTTGACTTGTAAGCAAAGCAAAAGCTTCATTATACCTGA AATTCAAAAGCCCTATGATCGCCACAATAGGTGCACTTAGGGATGTCAGCTTTTGATGGT TGGCCACTTGACGTTGGCCATAATGGTTTTGCTCCAGCATCTCTATAGTACCTATTTCCA AGATAATGATCGAACTCAGTGACAAGTCATGTGATCATAATTCTTTGGGAATAGCAAAGA AGGTGGCGGCTGTCATTTATCTATGCACGCATAGTGTTTTTCAAGATTAATATAGTAGAA AAAAGGCGCAAGTACTTCAATCACCTTAATACTTGCTCAGGGGTACGAGATATCCTCTCC TGGAAAGATGCCCAACTCTTCTTGTCATCTCCCCCCTGTTGTAGAAACAATTATGTGAAT TGTGAAGTAGAAAGTTATAGTCGACATATCCATCAACCACTAGAATAGCTCTGCATACCT CGAAGCTGTCCATAAGTGCCTCAATTGATTCATCCACACGGCTTGAAGAAATCAATGAGT TAACTAGACCATTATCATCAGAAACGTTATCCTCACATTCATCAGTAATTGCGATCTCAT ATTCTGGCCAGAGACTCTTGCTTGCAACTGTTCAAGGATTATAATCTCCATGAACTTCTC ATGCACTGACATTCTAAATATATAACATTCTTACCGTTTTTCTAGTATCATATCATTAAA GAAAGATTTTAGAACAAAGCATTGATTGCCCTTACCTTCTTGCACTTCCCTAAGAGTCTT ACTATTACTAGGTTCAGATGCATCCTGAGAAATGCTTGAGGGTAAGCAGCGTTGTTTATG ACCTGATTTCCAATGAACAGTCTGCAAATTGGATTCAGTTAGGAAAATTCCGTCCAAACA GGAAGGAGCAAACAAAGCATGGTACACGTTGCTGACCTGATGTTTCTCCGAGCAGTAGTG TACTCTTCGGCAACCACCACAGACTTTATCTCCTTTCCATGTACCACACCAGCCACAGAG AACAGCTGAGAAATGAAAGACAAGACGTATTACAAAAAATACAGGAAATTTATGTGTAAA TATTTTGGGTGATCAATTAATATGGAGTTGAAAGAAAAGGAAAGGCCAACGACTTTGATA GATAATCGCAAATACTTAATCAAATCAATTGTAAACTTGAGTCATTGACCAATGAAAAAA GTAGATCCTTCCAAGGAATTACCTCCAGGACTAGAAGGTTTATCTTTCCCATTGTTTCTT GGGGGTTCACTGGAGTAAAAAGAGTTATCACGGGGCAATTGGCAACGAAAGACCTTGACA CTTGAAAAACACATTCAGTAATCAGAGTTAGATGAACGGATACTAAGCATGGTAGTTTAT AGTCACACAACGAAATTCAATTATGACGAAGTACCTCCTGGATTGCTTGTCTTGGTTCCT TTTCCACTGCTCATGTTGATCTTTAAGGAGACAGGTCATTGATGTACACATGAAGAGAAA TAAGGTGCGATGAAAAGTCGAATCCTTCTCCGTGAGTGGTGCGTAAACCTTAACAATGAG TAAAAAAACAAAAAGGAAACACAACGATTCAGTTTCCTCTTTCCACTCTTCTTTTGCCAC ACCGGGAAAAACAAAAAAGAGGACAAATGGTAGAAAAGGAACCCTGCACACAAGTAGATG TAGAGCCCATATGATGCAGAAATAACTAATACATTATTGAAAAATAGGCAGCAAATGAAC TAATCAAGGTGAAGCGCCTGGACAACTTAAGGAGACGACTTTCTTTTGCACGACGATAAA CAAACAACTTTAGCATTCCTTGTAAATTGGATTATTGGAAAACAGTGACCAGAGACAAAA GGAATGGGTGACTGAGAATCAAAAACCTAAAAGTCATAACAAATGCCTCTTGATGAAATG GCTTTGGAGATGCAATATTGAGGAAAATGCACTTTGGAAGAGAACCTTGGTTGGAGAAGT TCACTTTAGAGAACCCACGGTACACCAAAATCTCTTAAGCACCTCATTGAACAGGATTAT GGAAATAACGTTCGAGGATATTGGAGAAAATTTGAAACAAATATCGGTTTCTCTTCCCAG TAATGGAAAGAGAATCAGATTTTGGCAAAAAAAATGGTAAGGCTACATCTGCTTAAAGAC CAATTCTTGGACATATACAGTTTATCCCCCCACAACACAATGGAAAGAAAATTACAAAAT TTAATTTAGCAAAAGGTTGGAATCTCTTTCTGGGAAGGAGTTTGAATGACTGGGAAGTAG AAAGCTTAGGCTTTTTGCTTCAGATGCTAAACAGTGTAGTTTTGGATCACAACAAAGTTA ACTCCATCAGTTGGATGAGACACTCCAAAGGACTTTATTCAGTCAAAAGTTGCTACACTA TGATGGAATCTAACAAGTTACAAGAAGGATATATGGGCTTGGAAGATTTGGTTCAATAGA TTAGAGCTCCTTTGAAGGTCTCTTGCTTTTCTTGGATTTTGATTAGGGAAGCTTTCTCAC TCAAATAAACCTTCAAACAGGGGGATTTCAGCTTTGCAGAAGGTGTCCATTGTGTGGAGC GATCAAAGAATATAGTTTCTTCTTTTTCCATTGCAGGGTCACAAGTCAATTATGGAGCAT GTATTATAAAATTTCAGGCATTGGATCATGCATATCTACATTACAAAGCTGCTGCACTGC TGGAACAGAAAGGGGGTTGGGGCTTATACGAGAATTCTCAAAAGAAGAGGCGTTGTACTA GTATCTACATGGCCCTAATTTTTCGCACTATAAGCTCAAGCCATTTGGTAGACCATCTAG TTGAAAGAAACATGCAATGGGAGAAACATTGATAGACTTAAACTTAGATAGGAGAAATAT ATTCAGAAGTCATTAACAATTAAATCCTAAACCTACAGAAGAGCTAAAGTTCCATTGACC AACTCCAAGAGGATAATAAGAAAAAAGAACCACATCTCCTCTTATGTTGTATATTGTACA GTTAGATTTAGACTTTTATGCTGTATAAAAGTCAAGTTAGATTGGAAATGTTGTCTTTTG TAAATTAGATCGAGACGTTTTTTTTTTTTGATACCGTTAAAGTTGTATTCTTCAGCATTA AGGGTATTGCTGGCCACCTCCAAAAAGTTACAAGCTAAAACCATAATTACTTTTAGCTTC AGTAACATTAACTGGTTATTTGGGTAGTTCCTTCATTGTTTAAGCATATTATGACATGAA ATAATGAAATATATTCCTAGAATTATCAATATTATTCCCTAAACTTAAAAAGACTTCACT TCTAACTTCATTTTGTATCAGACAATGTTTTCCAATTAGTAGGCTAAAGGATCCCCAGAC CCCACTTTGTGAGGCTACCTACACTGCATCTGTTGTTGTTAGGCTAAAGGATATGTAAGA TACAACGTGCAGCTAAAATTGTAACTTCCACGAGAACATAAAGATATACCTGAAGCATGA ACTGCAAAGGCTCGCCACAGATATCGCAAAGACAGGATTTTCCTGTTGGCAAGTTTATTG GATCCAACCAAGCCTACATTCACAGAAACAAAATTTAAAACTCAATCAACCTTGGAGGCG TCTTTCACCCTAATGAATATGGAAGATAGCGGAAACGACTCAACGAGAGAACTTTTCTAA CCATACCGGAGTACCCCCAGCTTTGCTTGGAAATAACTCACGTAGCAGTGACCATGAATT CTCAGGCTTTTCAAGAACCCCTAATCCCACAGGTTCCTTGTCTTCATCCTCCTCCTCCGT CTCATCATCATCATCATACGAATCAACATCTCCACTGTCATCAATTTGAACCTCTTCTTG ATCTTCCTCATCAAGAGGTGTAATTTGCAAAGTCCTCTTAGCAGCGCCTTTGATCCTTCC AGCATTAAATTCTTCCTCCATTTTCGCTAAACTATCCACAATGATGATTGAAAAACAAAC CAATTACTTCCCAGAAAAATCACACAACCTCATGTTCAGGAGCCAATTAAGAAACTAAGG GAATTCACAACAAGCAAAATACTAAAACTCCATCAAGACTCGATTTTTACGGAGACCCAG TTCATGTCATGATGAAAGAAGTAAATAAAGGGTTAAAAAGACCTCATGTTGAAGAACCAA CTGGGAAAATAACGAACTCCCATCAAAAAGACTTACTTTTCTACAGAGAACCAGCTCATA TAAGCTTTGAAAAACAACGATTAAGAGGAGAAAAATACCTAAATTAGATGTTTTCTCGTT TCCTTTACAGCTTTGAATTATATTTAGCTGAGATTAAGCGAGTGTTGAGACCTCAAACAG CAAACAGCAAACAGCTGGAACAGAGCAACCAAGGAGAAGGGTTAAAGGCATAGAGACATA AACCTCTATTTATAATTGGGCTTAAATAAATGTGGGTTATTAGAAATTGGCCCAACTCAT GGGAAAAATGCACGTTTGCCCCTTGTATTACATTTTGTTCCGATGATTGTTACGTATTGT TTCATAATGTATTGTATTATATTATATTGTATTTTATTGTATCATAATGTATTTTTAATG AATGCAATATTTGGATAGATTGTATCGTTCTCTGTTGTTAAAAGATTGTATCTTCTCGTG TTGAAAAGTAATTTTCTTTTATTCTCTGGTAACGTCTATACCTTTTAAATCATAACTTAA AAGATCTCTTTCAACAAAGTCTAAGGAGAAAATGTTAAATCACAAACTTAAATTTGTAAA TTTTTACAAACATTAAACAACAGTCTAGTTTTTTTGTATGCAACATTGGTTAATATATGC TTAAACATTACACCTCTATCTATTTTTGTCTGAAAGGTAATTTCCCAAATACACAACTTA TCAAAATAAAAACAAAATTTACAAACTTAAAAAAGGACATTTGAGTAAATCAACCCAAAA ATTTCTACTTCAAATAAAACATTTTCCTTTTCCCAAAATAATAGAACAAAATTTGTCCAA TAATAAGTCAATTTTTCATTCCAACTTGAAGCTCATTTTTTTAAATTTGAAAAACTTGCT GGACCACATTTTCAAGTAAATAATTTAATTTCCCTCACAAAACTTCATAAAATCTAAAGT AAATTGCACGTTTCAAACACAACTTCAATTTTCTAATGCACTATTCAATTTAACTTCAAA TACTACTCTCATTTTTCACACATCATCAAATTAATGTGCAAACGCCTACAGTGAGGGTGA AAGAAAAAAACTGAAGCTCAACACTTGAACCCCCACCCCACCCCCAAAAAAGGGGAAAAA ACAACTGTATTGTCAATATTTGGAAAAATCAACCTACCAGAAATGCTGTACAACATCTAG TTTTACATCACAGCTTTGAATTCTAGTGCACAAACATTAGTACAATGAATTTTTCCTCTT GTCGTATCGACAACACCACATTTAAGTTCCAACTGAATCAGTACGACGCTAACCATCTCT CTTCTTGGATTGCTCTGAAAGATACCTGCATCACATTCAAATATTTCAGGGGTTGAGCTA CAAATCTAATTAAAACGGAAACACTCATGGAAAAAATTTTCTAGAAAAATAAGTGGGCAT CTTATTTTCTTGTGTTCGATATGTAAGCAAATACATTACCCTAAAAAGTAAAAACAGTTG TATATAGTCTAAACAAATACTATGGAAGGTTGGGGTGTAGGTACGGGTGTGCGGATGAGG TTATGGGAATAGCGGGGAAGATGAGTTGTGTTGGAGGTGGCCCAAGGGCCCCCTTTAGAG ATAGGGAAAACATTTGCTTCAGGTTGCTAAACACCATTCGTGGCATTCTTGCCTTGGCTG CAATCAAAAGGTGGCCTTATTTCAATACCATTTGTGAAACTTGATTACATTAATTACGTT AGGCAAGTCATTTTTGCCTTATTTTTAAGGAACTTACTTTCGTAAAGAAAATATTTTTCA AAATTTTTGACCAACCGAAAGAGGGAAAATTGGAAAACCTCTGCACCGAACAACACCCTA AGACAGGTCATCTTCTAATGAATATTAACCCAAATCCTTCTATGAGAGCACTTCAAATAC TCACAACAGAAAAGATACAAGTATTGCAAGACTTTAGAACCATACCCTTGACTGTCGTTT CCCTTTGACCCACACCTCGAGTTCTTACACTGATGCCTTTAAAGGTTCCATCAAGTGAAG ACTTTATCTTTGTTTCGACAACGATGTTGTTTGGACGACCTTGGGCGCACCTTGACTATT TCACACCTGCTACCTCCTACCAACTAAGGGAGTACCATACCCACTAATTCTCAAGCAGCT TATGAGAAAATATCAGCAGCCCTTTTTTTCTCTATGGGACAGCAAGAGAACTTCATGTAG CTAACCTTTATAGAGTAAAGTCACTAAACTGAAGAGGTGATATGGATCCTTTTTAAAATT CAACCAGAAAATTATGTTTACGAGCAAATATTTGCATGGTCTGATTCTGAAACAGCTTGC TTTCAATTTTTTACAAATTTACCATATTTGCAAGAGTTTGGTGTTAAGCAACAGTTTCCA CATAAAGGTACACTGGGGCATATCATATCATCCATTGAAGAATCGAACTTCACATAAACT TACTTTCCAGTGTAAAGGCCCGCAGAATACCATGCATTTAGCACTTCCGATAGATCCGTC TCCAAGCCGCCAGTTTTCTCTGCAGCAACAGGGTTCATCATCTCTATTTGTTTTCCTGAA ATTAGAAAGAGTAAAAACAAAGTAATTAAAGGAATAGGACATTTGAAAGATTAAAGTTCT TTCTCACATTATATTGGATTTTTAAGTTGTTCTTTGAATTTCTGTAGCACATTTGAGATC CTTATTGTATTATATGATGCTAGTGCTCCTAGCAGTAAGTCATCAACATGCATTCAGTAT AGCAGGACCTAGAATCAATGGACTAAGATTACTCGATTGCCCTGCTACCCAGAGATACTG ACTTCATTTGTAGGGTGTTTTCGGTATGAAGGGAAGTGTTTTCCACGGAAATATTTTCTT GAAAAATGTTCCACAGGAAAATAAGTGGGTTTCCTACTTAATTTTTCGTGTTCGGTAGGT AAGCAAATATTATCCTAAAAGCAATTGTATATAATTTAGACAAATATTATGGTAGGTGAG GGCGGGGAGGAAGGGGTGTGGGGGTAAAGATGAGATGTGTTGGAAGGTGGGAGGACACAA TTAATGTGGAATGTCACTATTGAAACTTGTTTTCCCTACTTCATTAGGCAAGTCATTTTC CTGATTTCAAGGAGTTCGTTTTTCTAGAGAACGTTTTCCAAAATATTTGACCAACCAAAC ATGGGAAATTGGAAAATCCTTTGTACCAAACACACATGTAATCCATAACCAATCAAGTCA AAACTTGCTCTCCCCCCCCCCCCCTCTTCTCCACCTCTGTCTTCTTCTTGTCCGTATTCA TTTCACCTCATTATGTAATAGAAAATTGAAGGATCTTCCAGTTACTACCACATCACACCC TAGACATAAAAAGAAGCAGTCATGCACAAAAGCATCAAGAGAGCTGCTCACCTTCCTTTG CAAATGAATTCAGTGAAGCCGTGTTAGAAGCTTGCTTTAAAGAGGAGAGTGCTTTTTCTG CAGCTTCTTTTGCTGTATCAACCAAACTAGGGTTTTGAGGAGATGATTTTTTTTCTTGAA CACATCGTATAGACGCATCGCATGGTTTGTCATCCTCATTTACACCCAAACAACAAGGTG ATGCAGTGCAAGGAGATACCCAACTTTGGCATCCATATGGGCAGTAGAAAGAAGACTCTG TTGGATTTAAATTATGTGATGCATAAGCTTGATGTTCTTGAGAAGCAGAACCAGAATTTT GATCACCCCAAATGCCAAACTGGTTAAGTTGCTGCAAAATCTTTTGCCTTTGATCCTCAA GTTCGTAATATTTGTAGAGTAACTGGTTGTAATCTTCTAAACTCTGTGAACTGCACTTCT CTATGGCCTTATACTGGGTGTTTTGCTCATTCAGTTGACCAGTGTGGTTTTGAGGAGGAA CTGCCTCAAAAGAGGAATTTTCTTTTACTGGTGGAAGGCTGCTTGCATCCCCCATTTCTG TAGTGGTATCTGGTGCAAGTTTGCTGTTATCACCTCCCTCCCCTTTGCTTCATCCACACA GGTGAAAACAAAAAAGAGAAATAAAGCAGAACGTCAGTCTCCAGACAGTTAATTGTTTTT CCTGATGTCACTTGAAAAAGCTTATCACAAGAAGTATTCTCTCAGTCCCATTTTATGTAA AGGTGTTACGGTTTGGGGAGTAAAACAGTTTTTTCTTTGACTATTCTTAAAAATATTTAA AAATATTTTGAATCATTAGATGTTGACATTTGACTTGTAGTATGTCATAAAGTTTTTACA ACATTATACCCAGTGAAATCCCATAAATGAGGGATAGTTTTCAAATATGTATAGTTTATT CATAGTAAAAATTAAGTGTTTTGACCCAAGTACTCCAAACTCCTTCACAACTGGGACAGA AGAAGTACCTCTGCATATTTACTGCCCAGGCTGGCACATGTGAAGCAAACAAAAAGTAGA AGAAGTGGATACAGGGAGGAAGTTAAAGTTCAATAATAAAGCAATCAACAGGGGAAGTTG TGGCATATAAACAACGTATTGCAACGATAAATCATCAGAAAGATGATATCTGACCTATGA GTCTACCAACCAGAATATGTAAGAATTTTAATCAGAGCCCTACTAGAAAGGCAAAGTAAA AGTGCTTAACATACCTCTAAGTTGAAACCCAAGCAGAATAAAGCAGACATCTCAAGATGC ATCAATTTAAGAGAATTACGTAATAAAAAGAGTTTGAGAACACCAAACTTTTCTAATTCT CTAGATTTGTGCAAATCTTTTCAAGTAGTAGCATTTCCTATTCATTATCATTTCAACACT AAAAAGCTCAAAGAAGAGATAAAAAGAAATGTCTGTTGATTCAAATGATGAATAGGCCTT TCAAACTCATTTAATATCACTCATTTAGAGTCATAGATTGAATTCATTGAGAGTTAGAAA ATAACAAACTTTTCCATTTAATATCACTCATTTTGAGTCTAAAAATTGAATTCATTAAGA GCTAGAAATGTCCAAGTCTTCTTAGCTGGTAGCATTTCCTTCATGATAATTTTTAATCAT TAAGCTCGATATAAGAAATAAAAAGAGATATCACTCAAATTGAGTCATAAATGGACCTTT TCAGCTCATTGCTTCCGTCATCAGGAGCTGTCACATTCTCCTCTTTGCTGCTAACTTTAG CTTCTAAACTATGCATAATCTGGAAATTGGAAAGAGGAACATCAAGAGAAACATATAAAA TTTTCTTAGAAAGGGGAAAGGAGTAAGAAATGATAACAATCAGTAAACAAGTATTGTGTT TGATTCTAAGCTCTGTGCAATAGCAGCTGTGACTTAAGTTACTCTCTTTATGGAAGGGGT CGGGATGAAGACTGATTTGGAGGGTTTGAGAGAAAAGCAGGCTGTATGGAAGCTAGGGAA GTTAGGAGGAGACAAAAGATCATGGCCAATGCAGAGAAGTAGTGGAATCAAAATGATGTC AAGAATTATGATCGTGAAAAAGAAGGAACAGAAAAGGGGGAGAAAAGAGAGCCACAATAC TTTCATTCAACCTAGGCATCCAGTATCCCAGAGATAAAAACAAATTAAATTCAAGTTCAA CAAAATTTTAAGTAAGAACGACAGAAAAGAAATTAGTAGACCTAACTTCACATACGAAAA TAGCCTGCACAATGGAAGTCGGAAGATGCACCCAGGAAAGTTCTACTTGCACTCAGATAA AGACAAAAACATCTCTCATAACATCCTCAAACGCAGGACATGGTAAATTAAATGAACTAT ATCCTTGAAAGTTTACCTAAAAATTACTTCAAAAGAACTTTATATTGCTCTCTGGTACAT ACATTGTAGGATATGCTTTCTTCCCTCCCCTAACAGAAAGCAGCAACTTTTTCTCTCTTT AGCCCTCCTTTCCCTCATTCCAGCACCACACAATTCTCTAGTGCTCCTCCTAAAACACAA TATAACGGAATCCACATCGCTTCTGTTCTTTTCTTCCCCGTCATCTCAGATACATTGGCA GCAAAAAACACCATAAATCATTCCCTTGACATATTAGAACCCAAAGTCAAATAAATGAAA GGCACAATTAAAGTAGAAAAGATGGGTCCTCATGTAAATATCATTTTCTCATGTCCAACT TAACGCTTCCAATCTCTTCACAATGTCCAACTGCCTAGAGGTTTACTCAAGACTAAAATC CAATAGCAAAAGTTGTCAAGTGAAAAAATTAAACCTAAAAGAGACTAACTACGCTGCTAT TATACCGACGCCTTGATTGGGAGTTACCCCGCACCTGTGCTAGTCGAGGACTCAGAATTA TGAGTTACTTGGTTGAATAGTCGAGTGCGTACAAGATGACCTGAAAACAACTATAATCAA GACCAAATGGCACCATGTTCCTTATTGACCACATACAATGGGATCAACACTCTATAGCCT GGTCAATTTCGTGCTGGTAGTCCAAGGAAAAACAAAAAAATGGGGTTTCTTAAATATTCT TCCTGAATATCTTAAATTGAAGCCAGAAAGTATTACAATTGCAAAAATAATATTAAAACA ACAGCTACCCTCAATTACAACACTGTTCGGGTTAATGAACCCGCTATTATCCCATTCCAC TCCATTTGAATTTCATTTTTCACCTAAATTATACTAATCAAAGTCCAAAAATTATCGCCA AACAGAGAAATACATATGAAATGATTAGATTACTAATACATCTAGAAAGACGAGCAATTC TAAGTTCAGCAGAACTGCGTTGAAAGCAAATATTGAAAATACAGCTGATATGCATTTGAA GATGTTGAAAAATAGAAATAGTAAGAGCAATGGAAGTACGAGTTTTCATAGAACGTAGAG TGAAGGAAGAACCTTGTACTTGGATACGGCATCGTTGAACGCATTAACAAGGGCTGAATC GTCCCACAAATCGTTTTCCCCCATTTTCGCTTTCTACTCTGCTGAGTTGCAAAGAGAATT GCAGCAGGGTTTAAGCTGCGTTTTGCAAAGGGTTTAAATTTGATGGGTCCTTTTTGGATT GATTAGCTACTTAAATTTTTTAATTTTTTTTTAGAAAAATTATTACATGTTAATAAATAA TTACTGATTTTATTAATATTTTTTATTTATTATTATGTATAATAATACTAAGTTAAATCT GCAGTATGAATTATAAATTAAAAGTAAATTTTATAAATGCAATATATATAAATTATAATT GTTTTTTGAAATATTTTTTTTTATTTGATAAAAATTTGACACATTAAAATGTGTGATAAA TGCATTATCTATCATTAAAACTTGTACTATATATGAATAATAAATTGTTCTTTGTATTAT GCATTAAACTTGTATTATAAATGAATTAAAAGTAATCAAGTGAAAAAAATATATTATTTC TATAAATAATAAATATTTTTTAATTTTAGTATATTTATGTAGTTTTTTTTTTATATATAT TTCATTATATACCACACTATTATTGCTTATATGTTTGCACTACAAATAAGTGTTTGTGTA TTTGTAATAATTTTTTGTTGAACTTGTGTAATATATGAATGAAATTTGAAGAATCAATTA AATTTTAATATGATTTTTCTAAAGATATTTGTTAGTGATATTATTCATATATATTTTATG TTATTTTAGAATATTATACATTAATTTTTATGTCATAATTTATAGAGTAACTTTCACATA AAGCAAACATAAAAATCATATTTATATGTTATAGTTATACTTATATAACTATGTTTCATC GCAAACATAAATATATAAATTTTTCTATACATATTAAAAAAAACAGTCACATATTTCGTT ATACATACACAAAGAAATCATTTGTATAATTCATTATACATATACAAAAGAAAATAGTTG TATACAAAAGATCAATTGTATAATTTGTGTATAAAACGAGAAAAAAATAGAGATAAAAGA AATTGGGTAAGGCCGTAAGGAAATATTTATATTGTATAATTATAAGTGCATAGGATGATA TGTGTATTTGCATGTGTATATACAATTTTCTCTCACTTTATACAAACTGAAACGCAATTT ATACATTTCGTTTCTGTTTGTATAAACGAGAGAGACGAGAGTGACGATTGAGATCTGGGA TGGTGACGAGCAAGATCTGGAGAGTGGCAAGCGAGATCTGGGAGAGGGAAGAGAGGGAAC AAAAATATATGTATATATACAATTTTCACTCGCTATATACAAACACAAACACATTTTATA CATTTGTGTTTGTATAAAAGCGAGAGAGGGAGAGCGAGAGTTTGAGGGAGAGAGACGACT GGCAAACAGGTTGCTACATGACACAATTAAATCAGAGTTTGGTTATAACATTTAATTTGA ATCATTAGGTTGCCATTATATATAATTTTCCCTAAATTATATGACACTATTATAATTTTA AAAATCTACCAATTTTTTTAACATGTTACTTATGATATAAAATATTTTATATTAAAGGAT TTTACGTAATGTGTTTAATGAATCTAATTATATGCGGAAAAAAATTAAATTAAAATTTTA AAAATCATTGAAATTTTGACTCGTCAAGAACAATATAGTCCAATATTAAAATATACACTT TTTGAATCATAAGCACAAAAAGGAACCCTCTCTAGAAACACACATCAAAATAGATACCAT TCCTTAACCCTGTTTTCCTCGTCAACTCCCAAGTCATCCAAAATAATATAACATCAACCT TAAAGGCAGTTCAATTTTCATAAACTTGGGCTTCTGTTGCTGACATAAAAATATCTCAGT GTATAAACGATTTGCCCGTTCTTTTTGCATAAAATCTTTGTGAGGATTTCACGCAATTTC ACCATTCTATTGCTTTCGAAACAAATTTATTTACTTGTATCATATAAAAAATACTATAAA ATTCATGTAAAAGCTTTCCTTATTTTCCATGTTGAAACAAAAGATGAAAATTGTACATGC ATCTTTTGTGCATACCGCTTTACAAGAAAATTGACCTCCCTCATTTCTATTGAAGAAATA GAAAAATAGAAATGGGGTAAATAATCAAATTGCCATTCTTCTTTTGGGAGAAGTTCATAG TATTCAACACATTTTTTTTTATTTCTTCCTCAGGTGAACTATATTTTTCCTTTAATAATA AATTTAATTTTTTAATTCCATTTACCCTCATTCATCTCCCGCTTATTTTAATTTTATATT TTGATTTCTACATTTCGCTAGACGTGTCTCAATAATTAAAAAAATTAATATATTCAATTA AATCAAATATTAATATTTAGAAAAAATATTATAAAATAAAAAACATCTAAAACTCCACAA AATCTTGCTCATAAATTTTGAAATGATGCTTATTTAAAATTTTAAAAAATTAAGCTAATT CACTTCAATAAAATGATTGATAAACATAAAATATGCTCAAATGAAACTAGGGTTTTCTGC CCGACAGTGGAAACGAAGGCTATGAATAGACACACCATCAACATAGTAACATTATTAATT TTTTGTTTCTCTGAATTATTTTTTTTAAAAAAATATTTTGATGTGACAAATTAAATATAA AAAAAGAATATTGAAAAACCAAACACACCTTTAAAATAAAGAGGCTAAAGTTGAAAACAA CTTTTTCAATAGCCCAACAAAAGGTCAAAAAAGTATACCAACGGACAAAACAACTACAAC GACGTCGTTTAACTATTTTCGAGAACTGAAACGGCGTCGTTGCCTTCACACTACCCCTTT ACATAGATAATACCTTCACTAATGGAAGCTACAAGGTAATGTTTGCCGACCTCTCCTTCC TACCTTTTTCGCTGAAAAATATTTAATTTTATTTATTTTCTTTCTTTTCGCCCAAGTAAC TTACAATATTCAAAGTGTTGAATTTTTCTCACAAACTATAAATGTTATCTTTATTATTAA TTATAATAATAATAATTTAGCTGATGAATTTCACAAGCTATTCAGTGAATTCCATCTCCG TATCAACGCCGTCGTCTCGAGATCTCCGTTGCTTTGTTTGATCGTTTGTTTCTCAGTTAT CCCTGTATCCTTTGTTCTTTCTCCGAGACGACGACAAAGATAAAGACGACGGCGTTTGAT CTATGAAAGGTATATGTTAAAACAGGGTAAACAAGTTTTTTTGTTTTTTTCTTTGGTTCA CTGCTTGGATCTGGACTGATTTGTATCGATTTGCGTTGTTTTGGAAATGATTTTACTAAA TACGAAGTTTCCACGGTAGATCGGCTCGGAATTCATTTTTCTGGATTTAATTTGTAATAA AATAAAATTTTCCGATTTTGTTTCTATTTATGAGATTTTTTTGATGTTTTTCTTGTTATA TAAATCATGAAAAATTGATTTTGCGGCGTCATAAATTATTGAAGTAGCAAGGTTGATTTT TTTTTTAATTTTCTAGCTAAGGAGAAGAAAAATCGTTTTTTTTTGAAGTTTTTTATCATT ACATAGATAATGAAAATTATTTGAATATTGCTGGTTATTTTCGGTGCGGTATGATAAATT ATTGAAGTAGGAATTTTTTTATTTATTTTCCAGTAAGTTTATTGAGGTTTTATATAAACG AAGATAAGATTAAATTAAATATTTTTACACTTGAGCGGAATACTTGATTTGATTATCAGT TCTTAATTAGACATGCGGATTGTGTGTCCCAGTTGTTGAGAAAACAATGAGAGGGATCTG ACTAATTAAAGGGGTACTTGACCATATGGTGAATTTGCGCGCATGTTTATATTGAAGAAT TGAAATATGAGAATAATGCTAACTTTGTATAGCCATGAAAGCTAGTTCGTAAATTGGCGA TATCGGCACCTTGACATTTCCACATGGTATTAAGTACATCCTCAGTATCTTTCCAGTCAA GTAGGCGGCATGTGAAGAAATTAGCTGATTAGAATCTCTGTCCCTCATAGTTCTACTCAT AGTCTCTATCTTGGTGTTATCAATAGACAGGAGACTCCTATTTATACACTCAGCTAACGC TGTGCCAACTGCCTCTGAAATACAGAGGATAGGAGCGTTATCTTGAATGGTTAGGCGTGA GGCGCCAATAATCAACAAGAAAGTTCTTACTGCCCAATTGTACACCCAATAATTAACAAA AAAGTTCTTACTGCCCAATTGTACACCCAATAGAATAATAAAAAAGTTGTATGTATGTAT GTATATATTTTGTGGGAGTTACATGTTTGCTGATTATAAGTTAATTCAAGAAGGTTTTAA AAACAAAAAGGTGTAAAACACAAAAAGTTCACATGGTTGTTTCTCTGGTGTTTGTTCACG GTTGAATATTAGCTGAAGTTTTCAGAGCAAGTAAGAGATTTAAGTGTAATGCTAATCTTT ATTTGTTTGCTAGAAAGATAGTGATAGACCTTAGTTCCTTTTTTCTTTATTTATTTAATT TATCTGGAAATTTGGGTTTGGCATTTTTATGTGCATCTTTTTGTCTTTCAATGCTAACAA AAATTATGTTTTTCAGAGGAGGTGAATTAAATTAGCGCGTAAGTTACCTTTGTACAAAGG GAAATTTGTTGACTTGACATCAACATTATGGAGAGAACGTGCTTCTACCGAGATGGCCAC TCATTGCAGAATTTGGTAGGTTTTTATAGGCTAGCTACATTCCATAAGCATCAGAACAAT TTACTGATTTTACGGAGAGATTCACTCTTACAGGAAGTAAATAAATTTGGCACATAGTTA TATGCATTTAGGCATGAAATTCACTTCTATTTCACAAGAGTGCGAAAAATATGCATTTAG GCATGAAATTCACTTCTATTTCACAAGAGTGCGAAAAATATTTCCTTTTGTTTCGCACAC CAAAAAACATGAAATTTACTTCTATTGCTGGATTCAGTTCAGTTAGTGTTAGTTTACCTT AGCTATGTAACTTTTAACTATGACATGTTCTTTTATGCGAGTATCGTTCTGCTCATATGA AGAAATCCTTATCCATTTTTTTCGAATGAATGACTTTCTAAATGTCTTTCTCCTGCCAGG TTTTGCATTTCGTTCTCCATGATGCGGCTTCTCAGAAATTTGTTATGACAGACCTGTGCT ATACTAGTTTAGGATTTAGTCTTTCTGTTAGAAATTTGTAAATAGTAGTTGCCTGTAGAT AAATGGAGTCAAACTGGGTTGAAGTGTTAGATAATGACCGTAGGACAGCTGACGTCGACT CAAAAAGTAAAGTAGCGTCTCAGTACGTGGCACGTATAGTTGGAGCTGGCACTGAGAAGC TGGAGGAGCTATCATTTCAACCAAATTGTAGCTCATTTTATAGCACGCTTGGTAAGAGGA AGAGGACTGTGGAAGGTGAAACTAATTGCAGATCACATCTCAGGAAATCGACAGTTAAGA ACTACTCAAATTTCATTAAAAGTGGACTGCCACAACGTGTTTTATATCATCAGAATGGTG AATGGAATGATTTCCCTCAAGATATTGTTCGTATTGTCAAAGAAGATTTCCGTGCAAAGA AGGCTGTGATTGAGGTGAACTTTGGTGGCTTTCATGTAATACTTGATATTCTATATATGG TTCAGGTAAATTTGGTTACCGGATTGGAGAAACCTATTGCCTGGATAGACGAAGCAGGTG GCTGTTTCTTCCCTGATTTATGTCTCGTTAGTTGTAAAGCGCACGACAACATTGAGATAC AATCGCAGAGAACTGAAGGATTCAGTGCTGCTGAGCCAGATAGGGCTACTAATATCAAGT TGCATCTTGAAATAGATATTAATGGACCGAACAATTGCAAATTGGATGAAGGTATGGAAG AGTCAAATGTCCGTGTTAAAAGGATTAAAGTCGATCCTTTAAAAGATAATCAACAATTTG CTGTTGATCAAAAATCATATCCTAAAATGGAAGTAGTGGCAGAAAATCAACAGGATCAGG AAAGTCTGTCTCCTATATTAGAAGATACACTTAAGTTGGTGGATGCAGAATCGGTTAAAA CTATGTTTGTTAAGGGAATGAATACCATCTATATGGTGGATATAGTCAAAATTAGTCAAT GCTCAAGTAAATATATGAGAAATCGCTTGGAACTGTTTGAGAAGCAGGCTGAGATAACTC AAAAGTATCGTGGGAAATCCAATGTTCGGCATGCTTGGCTTGCCGCTTCCAAAGAGGTAG TATCTACAATTATGAACTATGGGCTTATGCATGGGGCCTGTGGACAGAAGACTAAGCTTG GTGTTGGAGTGCACCTCATTGCCCAGGACTGTGCCTCTAAAAGGTTGGGTAATACTTTGT AATGAGAAATCATTTTTATTGATGATCTCATTATTGTTTGGAGTTCCAATATCATGATCT AGAATGGGTTTTAAATTTATCCAGTTGCTTAGTGGAGATCATTGATCATTGTGATGATGC AGTTCAAATATTTTTACTGTGCTCCTCCTATAACTGCGGGTGGGGGTGGGGGTGGGGTCA GGAAATAAAAAGGGGAAAGAATATCTTAAAAGTACACAATGCTGTGTTCTGAACACATTT GGTTGTGGTTATGATATCATCTCCTGATATTTAATGAAAACATCCCCCCTCCCCCTTAAA AAAAATAGAAAAAATGAAAGAAACAATAATTTTGTCAAAACAAAAATAAAAATTATAATT GTCCTCTGTATTCCACTGATCTTATCTTTCAGGAGGATCTAACTTCAGTTTCACTTTTTT TTGTCTCTTCATCAGTGCCGCTAGCTGTGATATTGACGAAAATGGCATCCGTTACATGGT TCTTTGTCGTGTCATTTTGGGCAATGAAGAACTTTTGCATTTTGGCTCTCATCAATCTTA TCCAAGCAATGAGAGATATGATAGTGGTGTTGATGATCTCGAGAGTCCTACTCACTATAC TGTTTGGAACATGAATATGAATACACACATATATCCTGAATATGTCGTGAGCTTCAGGAT GTCTTCAGGAGCAGAAGGTGTCTTATTTATCTCGTTTTCCTTACATTTAAATGTCAGAAT ATCATGATTAGTATGAAATTAAATAGTGTGTTGATTACCCTGAGTATGTCTCATCTTCCC TTAAAGAGAAACTGCAGCATTTCCTCTTTGCTATTTTTAATATTGCAGTACTTTAGACTT CCAAAGTAAAAGAGTATTTAGTTCACGTTTTATCTCTGAAATCAGTCAAATATTATCTGT TAATTCTACATCCTTAAAAATACAATTACTATTTTTGATCAACTAACACAAGAATTTGGA TGTGCACCGCTTTGGAGATCATGTCATGTGTTACTACTTCTCCTACTATTTAAAGATGGG ATTTTGGGATATTTGCTGCTAGAGAAAAGTTTTGAACACAGAAGTTGGCTCTGGTTTTGA ATACTTGTAATGATTATTATGACGTGCAAGACTATTGTTTTGTATTTGTGAAGTAAATAG CTTTGTAACTTTCTTAAAAATTTCAGGTTGTGTTGTCACTTTCCGCACAATTAATGTTGA GGATTCGGGTCACTGTGACAATGACACGTTTCTTAGCCTCGTTATGTGATTGTTCTATTT CTAGTGCCTCACATTGAAGGATCTTGATCTAAACTATTTATGAACCGAGGGTCATCATTA TTATATTTTGTTTGACTTCCTTTTTTAGATTTTCAAAATGTAATCGCAACTGCTGAAGGC AGCATTTAATGGAACATTGCTTGGAATCCGTAGATTAATTTGTTTGGCGTCTTCTTTAGA TAATTGGGCTTGATAGTCCACTGTTAAGAAGTTTGTGGGACTTTGGCGTACATTGTTGAT ATTTTTTGGGCTTTTGGAGGACATTAAGCACGATGGCACTAGCTATTTAGTTGCAGGATG ACTTTTTTTTTTTTTATACATAGGGACTTTCATATCATTATGGAGAATGTTCTAGAGTAA GACTAACTTACCAATGATTAAAAGAGGGAAACTTGCAATCATAATACACTGCTCAAAGGT ATTTTTGATGTAGAGAGATAAAGGTGTTCCACCTATTTAGAGCATGACGTATTGATTTAT TTATCCAAGGCGTAAAAAGAACATTTATGCCGATTTAATGTGCCATTCAGTAATTGTACT TCTCAAATTACTTAATTACCACTCACTGATGGTTAGTTTGTATTTTATTTCCAGGGGCTC CAATAAAGGAAGAAAGTCGGCTTGATGTCTCCAGAGTTACTTCTCAGGGATCTGAGGAGC GATTGGACTTGAATAAATTGCCTACAGAATTGGTAATCCCTCACTCCACCCGATTCCCCG CCCCGAAAAAAAGAACAGCAAGCATTAAAAATTAAGTAAATATGATTGGTCTTTGTTGTT GTTTTGCTAATATGATTAAGGTTAGTAAAAAAAGTTTTGAGGGGAAGGTAACTAACGTGA GTTCTATTTTCCTTACTACATCTATATGGGGCAACATGAAGTGCATCTCTTGGCACAAGT TGATTGCTCCAGTGGGTACCTTCTGTGCGCTCGTCTTCAGAAAACTGAACTTTGACTTGA AATAGTATTCTTTGCTGCGGGTGCACAAGAATTTGCAATATGAGGTTTGAAGGCTTTGTA TCAGCACATATTTTTGTCTATATATGAATTTTCATTCATTGACAGTCCTTGGCGAACTTG TAAGAGGTGGATAAAGTTAGCTTCTCAGAGGATGTGTGAATTCTATAATTTTGATCATTT TGAAAGCAGAACTGTTCTGATGTTGAGCATTGTTGCACTTGATCTCCTCGCTTACGGTAA TCTTACTGTTGGAAGAAAGAGAATGATCTCTTCTTTTAGTTGATTCTTCCGAGTCTGAGC AAAGGGTGTGTTTAGTTTCTGTTGAGGAACTGTTCTCAAGTTTTAGCTAAAGGAGCATTC AGTATGATGATATCTTGACACCATAGGAAGCAAACTAGGTGATAATTTTTTTTGTTTTGG CTTGTGACTTCTGTTGATGTTGGCACGATAATGAGATTGTCAATGCAATTGCTTTACAGA GCACATCTACACGTAGAAACTATTAGGTGCAAGGCAGTTTTGCTTGTTTTATAATTGGAA CTGTTCCGTTTGTTAAGAAATAACCTAGTCAAAACTCAAAAGATATATTTCTATTTTTAG TCTCTGCCTTCTTCCAGTGTTTGCAATTTTGGGGAAAATTTATTCCATTTTGCTCGATTT TTTTCTTCCATTTAATAATTTATTGTTTACTTGCAAAGAAGTAAAAAAATTTCTTTGGAT TTTTAGCCTAAGTCTTTCTCATTAAGTTGATATGCTTGTTTTAACATCTCCTGTTTTATG CTATTAGGGGAACTGTCAGCAATATCAATTTGTAAGAAACATACAGCAATCCCATGGTGT TGGTGTGGGTACCAATAAATCACCTAAATCCCCCTGGATGCCTTTCTCTATGTTATTCGG AGCTATTTCAGCTAAAGTGTCTCCAAAAGATTTGAAATTGGTTCATGCACATTATGACTT GTTCAGGGTATGTTGTGTTGACAGGTCTAATAATTTTCTTTTTTAACTTTCTTCTTACGC CCTGAACCTATCTCTGTTTTTTTTTTCCTTAGAGCAAAAAAATTTCCCGGAATGATTTCA TTAGAAGGCTGAGGTTGATAGTGGGTGATCAGTTATTGAAGTCTACCATAACCAATCTCC AGTGTAAGGTACTGTGCTCCGATCCATATATGATTTGGTAGTTTTGTACTTCCGATGGGG TGTTTGTTGACAACTGCACTTGTCTCGAATTGATATATTAATTTTGGTTTAAGCGAAGTA GGAAAAAAAGTTGGTTTACTCTTTAGTTTGGGTGGCAAGTTTTTCTCAATAAGTTTAGGT GGCATATGTATCCTTTTATTTTATATTTCCTTTTTGGTCCAAGAATCTCTCCTCTAGTTT AAAGTGTATTGAGACCTTACTGTTGTCACTATATAGTCAATCTGGTTGTTTCTGTTGGTG GTGGTTGCTCGATTCTTAAATGCCCTTGTTGTGGCGGCATTATTATACTTTCTCCGTTGT CTTTTTCCTTTCTTTCCAAGGAGTGAATTTTATTCTGATGTACTATCATCATCATAAGAA TGCTTACAAGTAGGGGCGCGGATTACAGTATGGGCAATGATGAAATCCATTCCCTATATA ACTAATGATCCACTAAATGTAATGCATGAGATCGTCCTAACATCAGAACAAGAATCTGGT CATTTCAAAAACCTTAAAGATAATTTAGAATCTAAAGGCTAGACAACATAGATGTCTTAA TGTGATTAATTTATGTAGAGGACATGCATGTCAATTGGTATACTTTAGAAGTGGCTCTGG GATTAATAATATCATTAATACACTCAGCTTTCACTTTAGTGTACCCAAGTCACAAATGTT TTTATAATGAAGTTAGTAACTTTACCTAAATATCATAGAATCACTGAACTATATTTTTAA TAAAAGTCTGTTACTGAGGAGAGAAGCTAAAATTTGCCTGAATATCATGGAGTCGCTTAG AGGGAAACAAATAAGACATTCTGTATGATATTTGAGTAAAGTGAATGATTCTTTTTATTA CAAAACATTGTTTAGTGACTTCTAGTGATATTTAGCCAAAGTTGAGTGACTATTGACTTG TAAAGTACCACTTTGTTCCTCTTGTAGTGTTTTATTCAAGAATTGATTGGATTTGTTTTT ATGGTACATGACAAATTTGTATTCCAATAAATCAAAAACTAGATTGATTAGGAATTGAGT GGCAAGTGCAATTTACTCTTTAAGTATACCATTTATTTGACCTGTAGTACGTGGTACTGC ATATATTTTTACCTGGATCTTTGAATTTCTCAGATGTACGGGTGGAACTTGTTAAGTCTC GTCCCATGACGTGACTTCTCTTGGTGACACATTTTCCTGGGTTTATTTTATTAGTCTGGT TGGTATAGGTCTTTACACGACTTATTAGTACATCTATTTGGGCCTTCCCTTTGTTGCTGT ATTCTCTGTCGTCTCTTTTGCTTCTTTTATGTGGTGGGATTTATATATTCTACTCTTGGT AAGTAAATGGATGTGCAGTTTTGGTATATGCAGGCTACTGAATGAATAGTATAGAATGTT ATCTGAGGGGGCCTTTAGAAGTTTGTTCTTTATGTTTGCAGCCGCCTTCCGCATCTCCAT GCTTTCTGAATGTGCCGAGTGGGGAGAGTAATTGTTGAGGCTGTACCAGCAAGGGTGGAT CGCTGCGTGGTGGCGAAGAGTCCACTTTTACCAATCAAGCGTCGTCCTCTTCTCTCTATC TCTCTTTGTTTTTGGTGTTATGTAGCTTTAGTTTCTTTGAACATTTTGTGATTATATGCA GTTATGTCTAGACTTGCACCTTCTGTTCTTCTATATATGCGACTTCCAATTCTCTCCCGT CTGTGATGGCAATAATTGGTGCACAGCAGGAGTTACTGGAGCTTAAATTGGTTTTAGGTT GGCATCTTGAAAGTGCTGCTAGTCGGTTTAATCATGGTTTGAAGAGAATAAAACTGTAGC AAACATCGGTGGCGTTGTATTTTAACAAAAACTTAGGCATTGTACTGTTATCACTTTGAA GCTGAGGGGTGAAATTTTTCCTTTGAGTTTTCGCATTATTATGTTTCTAATTCACTTGCC TAAAAATTCTTGAACATTGTTATAATAGCCTTCTGGTATGAACTTGTAATATTTCACTGG TACAATATGAATTTCTCTAGAATCGATTTTCATGTATACTGCATATAGTAAGTGGTACAC TCTGCGCGAAATTATTCCTTAATAACTACTCAAATATTTTGTATAAAAATGAAATGTTAG AATATCCATGAAAATCAAGTTTAATCTTTTTCACATAATTTTTAAGTTCAGGAGAATTGT ATTTAACGTATGCTCATCAATTATGCAGATAAATTTCACGGGGAAAAAATATTGTTATTC TTTACATCCATATATTCATTTGGTTGAATTGGTTAATAATACATTCTTTCGTTTTGCTAA GTGATATGTAAACATTAGATATAAATATATTATACGTATGTAAGAACACCTCACTAATGC AGTCACAACAATGAAAAAGGTGTTACTGTATTAGAATAAAGAATGAATATAAGCAACATT TGTGGCAATTATTCACAGCATACAAAATTGACCATCTTCCATAAAAAAATTCTGACTAAC CAGATGGCCTTCGGGGCTCAATGGCAACTTTCTGGACAATTAATACACGCCAGGACCTTA GTCTTTTCTTTCCCTTAATATAGAAAGATCATGTTGAGAATATCCAACTTGATATCCTCA AGAAGAATGTTTTTTAATTTTGATACATTGATACAAGAGCCTAAGGGTAGAGAAAAATAG CTTCATTTAGATACATATACTGTGATTCTGCTATGAGTTATGACCGCGGAGAAGATGCAT CAAGGCTCGTTGATGGATCCCAGCCTGGGGGTTTGATGTCTGGCCAATCACCTCGGCAGC CCAACCTTATGTATAAACTCTTTTTCCCTTCAGAGCAGAACAAAATAACAGTAAAGAACA TATGACAAGCTTGTGTAGACTTCTGGTTCATGCCACAGGATGGGTTCATTTTATATCCAC AACAAACTCAAAGTTCATTTGTGGACAACTAAGAATAGAACAAAGCATGAAGCTTAGCGT ACCTGGAAGGTCTTTATCTGCCAATATTAAGCGCTTAAGGGCACTAAGCACAGCCTGAGC TACTGCTTTTGAATAGTTAGGATCCCAACCTCCAAGCTTGACTACCACTTCCGCGTTAGA GTAACCACGACCACTATCTTGCATATTCCTTTTTGCCTCCTCTTTTGCAGATTCTTCATC TGAAATTGATATTAGCAAAGACAAAGACAAGCTTAAGAAATATGACAAAAACTCCCATTA TAATTTGGTGGTGCACTTGGTAGGTGTGAACTGTTTCAGCACAACAAAGAAGGGTTTCTT AATGGGTTGTACTGTATGTATGGAATCCTCCAAAGGATACTGTTTGCTATACCCCCAGTC TGGTCCCCGTGTTGCAAGAGAGGTGATGTCACGTTCCTACAAAATTTCAACATGGACTTG AAAGTTGAAGCCCCATTTACTTTTGATGCTCCTTGCTTACTCCAGTTGCTCTCAGTTTAA TGATCAATTATCCGCACTTGATCAGGTGTTAACCAGTGATTCTAAGTGGTGTTACTCAGT GATAATATAATGCCAATTTTGGGTTTCTTCCTACAGTTGTCTACTAAGTTTGGTTCACAT AGGGGTTCACAGAAGCACTTAGAATCAGGAGAACCTTGTTTCTACCTCAGTTCCTATTTT CATGTCCATTTGTTATCTCTTTCTCTGTGTAAGTTATATAGTATCAACAGTAGAGAGATG TTTCTAGGAATTGAAAGACTCAAAAATAATCAGATAAAGAAAATATACTACTTTTCTGCA AAAACTGATATTCCCAGAAGGGGACTAGTTTTTGTGATTTTTTTTTCCCACCTTATTTGT AGTCCACATGTACATACCTATATTGGCCTGTCAACTAAGGAATTTTACCACTTCCCTTGA GTCGATTCAGAGAAGCATTCACCACAAATACCAATTTATGATGCCACATGCAAGCAGAGC AGTTTGTCAGCTGATTTATGATGTACACTTAAGTTCTTCATTCCTTGCTCAAAAAAAGAA AAAGTTGTAATAACTACGTATTCTGACACTGCTCGACTATCTAAAGAAGGGGATTGGAAA CACATGGACGGAAAAAAAAGCGATATAACAATAGATAGGCTTGTAAAACATACTGTACAT CCAAAAGAAGGGGAGAGAGAGCTTAGTTTCCTAACCTGTAGCTTGAGAAAGGGAAAGCCA GACTGTGAATCCAGCAAAAAGATGCCTCCATTGGTTCACTCTTCCAGCAGCGCCTTTCTT CCCTCCCAAGGTTGCAATAACAGCACGGGCTTGGCTAAACAAGAATCAAATATAAATACA TTTTTACTTCCAGTTCCAAGTGAAATGAGTAAGATATGCAAGACAAAGTAAATACCTACT CAGACTCTCTAGTATAGCACTTTCTGCTTCTGCTACAGCATCAGACCCCTCCTCATTAAC CCCTGGAATTGGTTAGAGAAAAATTGAATAAAGAAAAGAAAAAGGAAGTGAAGCCAAACA AAGAGCTACTATGCCTTTAGATGTTTTGGAGAAAGTAAATAAATTGTTCCAGTGAGCATC ATTGACACATGTTCAAATTCCAATATTTATCATTGTGCAGTTGTGAGAATTCAGATCTTC CATGTAAACAATTCTTTTTCTATTGCTCTTCCTTGTAAAACTTATTGTTTAACAATAATT ATCTTCTCTGTGAAAAGAAAAATGGATGTAACTCACACGTTTCCATTGATTGCTTGGCAT ATGTTTCTAGCAGCTCCTTTGTACAAAGTGGAGTGTACCTAACCACCATAAGAGTTGAAC GAAAATTTAGAAGATCTTGACTAAAGAAGCAAGCAAGAATCCCAAGGGTGCAGGGGTTGC AGTAACTTAATGCAAATGGACGATCATGAATGTGGAAGAAGGAAAATTATAACTAATCCA TATCTTTTGTCAAGTCAAAAAAACAGATTTTTAAGGAAAACCACCATTCAGGCTATTTAT CATGATCCATTCATCTCTTTTCACCTAGGTTCGGTGAAAGAGGACTAATATATGGCATAT ACGAAATACTGTAGCTCCGTCACTTTATGCAGCATTATCATTTACTCATGAAAGTGAGGA ACATACCCTAGTCCAACAGCCAGTTCTCGAGCAATCCTCTGGTTGATTTCAGTAGATTCC CCAACTAAGTATATTGATGTTCCTCTAAGGAGTTGTGTAATTCCAGCACTTAGGGACTCC CAAGACTCCACAATGTCAGGCCATTTCAACTCGGAGTTTTGCTTCTTCAAGCTAATTACT AATTGATCTTCATCTATGTACCTACACGATTTGTTTCATAAAACGTTGCAAAAGGATAAA ACAGATTCACTAAAATTATGTTTTCATTTACCATATTGTCTCTGCAGGTTTTATTTTCTC ATACAGAGTACTGGTTTCCATGAGAGTCCGAACAATTCCAGATTGCTGTACTCTAATTGC TAATGAGCTCTCATTTGCATCTACATATATATCCTTAGGAGTTACATCTCCCTGCCCAAG TTCTAATCTTAGCTCCACCTCAGAGGAGCCATCTGAAAACTGCATAAGTTCCACAAATTG GTCGGAAAAGAGAAGCAAACTCATTCTGAATAATAGCAAAGTTTACAGGTAGTTGATACT ATCTTAAAAGTTTACTACCAAATACAATAAGAACAACACGCACAGTGAAATTCCACATGT GCGGTCTCGGTTAAGGTAGAGTGTATGCAGACATCACCCCTACCTCGTGGAGGTAAATTT CACAAACAAATACCAAGAACAAAATATTTTGTTGGATACAGGTTACTATGTAGACTTGCA CCTTGTTTGGATGGTTGTTACCCGTTGTATTGCATTGTATTGTTATTTAAAGTACAATAT CTATTTTGATTGTTACTTATATTCCATTGTATTGTATCGTTTAAATCCATATCGTTAGTT AACAACGAAATGACCCATTTTGTATCTTAGTATTTTCTTCTCATTTTGTCTCTTACTTAT TATTTACTAATAATTCTGTTTTTATCATGTACCCTACCTTTTCATAGTGACTCTGCCCGT ATCCTACAACTTCTTGTAGGTTTACCAATCAAAAAATTATGAATGTGTGACATTATGTAA CGACGGAGAACGATACAATCAATACAATTGTATTCATTAAACAACACAATATGATACAAT ACAGTACATTATGAAACAATACATAATATGTATTAATGCAATTTCCACATATAATATGCA TCATTTGGGTAGCTCGAATTTGCAAATAAACGTTAACAATAATTAGACTTAAAGATGTGT TTGTACTACTTAAAACATTTAATCAAAATATACGAAAGTTAATTACTAAACAAATCTGTT ATTTGATTGAACGTAATGATAAGTTGCATATGTCAGTGGCAAAAAAGTAGAATACAGTTT TCCCCAAAAGAAGATGAATTTTGCGTAGCAGCCAAGTGAGTCTATGATTAAAGTATTCAT GTACTTAAATGAAAAATAAAAAATTACCTCGTAATGCGTGTTATTTGTGGAAGCAGTAGG AAGATTGCTGCAATGAAGACATGGATTGATTTTTCTGAAATTACTGTAATCGAAACGGGG AATTGCAGAATAAAAGGTCGCAATAGATGGGAATGTGAGTTTTGAGTAAGGAGAAAGAGC TTTTGGAATTGAGAGTGAAGCTTTAATGGGGTTTTGGTAGAGAAAACTGAGAGCCACTGA AGAAGAAGAAGAGGAAGAAGAAGAAGCCATGTTTGCTTCTCTGTTTCTTCTGAGAAAAAA TGGAGCAGATAAGAAATATAGGCTTTTAAAGAATTTGCATATAGCTCCCCTTAGTTTGAT AAAATTACAAATAGCTCCCGTTAATTTGAACTACTTTCAAAATTTTAAATTCTTGCACGA TGTATTTTTTGAGCTATATCGTGAACAAAATTATCACAATTTCCATGTACTTTACATGTA ATATTATTCTCCATCTCTAAAAGAATAACATTATTTTTATTATTATAATTTTATTTTTAA GAATTTGAAATATTTATTTTAGAAATAATTGTATATAATAGTAAATTAATAACCTAAAAT AAATGAAATAACTACTGTTTGATTTAATTATGTCTCATAGCAAACGTTTGTCAAAGTTTG CCAGTCACCTCTCTCCCAAAACTCTTGCTGGCCATTCTACTATTCTCGCTCGCCACTCTC CCTCTACCCGCCTCTCTCGCTTTATACAACAGAAGTCTATAAATTGTGTTTCTGTTTTGT ATAAAGCGAGAAAAAATTGTATATACACATGCAAAAACATATATTTTTGTGCAATGCACT TAATTATACAATTTACAAATATTTTACTTCGATTCAATTGTATACAAATGTAAATTTTAT ACAAATACTGCAGCGAAAAGGCCAGCGAATACAATTGTGAATTATACAATTGCAGTGAAA TACAATTTTCTCTTGCTTTATATAACAAAAGTGTATAAATTGTGTTTCTGTTTTTGTATA AAGCGAGAGAAAAACATATATCTTCTTCCTATACACTTATAATTATACAATATACAAACA TTTTACTTCGATTCAATTGTATGCGAAACAAATTTTATATAAATACTGCAGCGAAATAGG TCAGTAAATTATACAATTGTGCATTATACAATTGCAGTGAAATAAGCCAGCAAATCATAC AATTGTATATGTATAGTGAGACCAGCGAATTATATAATTTGGGCCAGCGAATTATACAAT TGTGCGAATTATACATTTATATGTTTGCTATAGAGTGCAATTATGCAAACTTTGTTATAA CATATAAATATAATATTTTTGTTTGTTATATGTGAAAATTGCCCTTCATTTTATGTGCAG CGATAAAATGAAGTAATTATGTAAACAGTATTAATAATTTTTTAAAAGTTTATCTTAAAG TATATTACGTCATATAAATTAAAATGAACGGAAAACAAAATATTTGATTGTACTACTGTG TATTGTAGGCCCAAATATCCTAGTAGTGTCATTTCTTGTTTTTTTTTTTGCCATGAGCAT GGAATTTTGAGAAAAATAAGAGAAAACTATGGGCGAGAAAAGAAACAGAATATTTTTAGA GGTAAATAAAGACAAACTATGACCAATGAGCTATAGATACCACATAGTAGAAGATTTTGA TTTTACCCTTTACAAAATTGAACTGTTAATTGTATTGAGTTGCTCATAACTAAAAGTTAA TTAATTAATGGGGTCTTATCAAAATAAAAAGGAGGATAATCCAATGAGTTTTTATCATAA GATATATTGAGGATTTTCTATAAGGTTCACTTGATAAAAGTCTCAAGAAAAATTCAATAT GTTTCCAACTTTTTGGCTAATTTGGTCAGTCTTATAATAGGAGGATCCTACACCTATGTC AAATATACATTGTTTGGATAATGAGAGTGTGACCATTATTACTTCATTAGTCATGTTTTG TGATCAGGATTGTGGTAGAGTGACAGTTATATATTGTTTGGATAATAAGAGTGTGACAGT TACTATTTCATTAATCATATTTGGTGATCAAAGTTATGGTGGAGTGATGTTTGTCATAGG TTATCAATTGCATGAAATTTTGAACCTCAATAATTATAGTAAGCCTCGTCCAACCCCTAA CTGCCTCAACCTTGGATGAATTCACCCAATATCCACTTTGGAAACCACGTATTCCAAAAA TGCCTCAAAATCAAGCACATATTCACACTTGGAGAATTCCGCTTACAACTTTTCTTTCCT CAACCTCAAAAGCACAATTCTCAAGTTATGAAATCAATTGAAAATACATAATTGAATCAA ACCACACACAATAGGATTGAGTTTAAGTAATTGAATCATAATAAATGAAATCCATAAAGA CAAGAGTATGTCTTTTTATTTTTGTAGGGTCTATTTTTATATTATTATTTGTTTGGAGAA TTTTCCTTTGTAGTCGAAACAAATCTTCCTATTATGAGGCATGTGTGTACCGTGAAATTT TGTAACTAAATATAGAAAATCAGATAATTTACATAATTTGGATATATCATTTGCTTCTTA AAACTTGTGTATCGAGTGAAAGTAGATATCTCAGGAAGATTTATAAATATCTATATTTTA GCCATATAATTGAAAGTAAATCATTATTGTTTATTGTTATAAATTTATACTTAATTGTGA AAATTGATATTCTGAGATAATGAGTAAGTTTTAATTTATTTTTACAAAAACTTAATATAG TTCATTATTTTTAAATTTGAACTTTAAATTATATGAAATTTCGTATTTCAGTAACTAAAG TAGGCCTAGTCCAACCTCTAACTGCCTCTATTCAGACGAATTCACTTTGATATTCTCCTT AGACACCACGTGTCTCAAAAATACCTCAAAATTAAATTCAAAATATCAAACTTCAAAAAC TTTGCATACAAACTTCTCAAAATAGTTCACCGTTTTTAAATTTGAACTCAAAATAGTTCA TCGTGATTCATTAATTAGTAAAATTAAATTCAAAAATTTAAACTTCGAAAATTTTGTATA CAAACTTCTCAAAATAGTTCACCCTTTTTGAATATGGACTCGAAATAATTCATCATAAAT TGGTGATTAGTAAGTTTCATTATTGGTACAATATGGGAATTTATGCAAAATCATTTCATG TGTGTATATAGGTCTAGAAATTCTGTGGTTGTCCGGCCACCAACCCTTATAAAATGAAAA ATACCGTCAACATTGATTATGGCGTTGTGATTGCTTTATTTTTAATTAAAAATTTTGAAT TTAAAATTTAAGTATGAAAATTTTTTTATTAGAATATTTATATTATTTTTAATTAAAAAT TTTAAATTTAAATTTTAAATATATAAAAATTCTTATTAAATATTGTATCTAAATATATTT TACTAAATCGAAGTTTCAACGTGAATTCCAAATGATGAATAAGAATCCAAAAAAGAATAG TAAAATATGCGCCCCCTTTACATACTTTCTCCATCATGATTTACTTATCAAATACTTTTT TTTAATTTCTACTTTTTCTTGTCACATTTAACAAATTGTGGAATAATGGTTTTTTAATTA TACTTTTAATTTATTAACATTGAGTTGATGCCTTTAAAAAATATAATGAGTAAATATATT TGAGATTCTATTAATTAATAAAAATAAAATAATAAATTCATTATATCAATCGTTATTTTC TTAATAAATGTGTCAAGTCAAATTATGACAAGTAAATGAATAGACTATTACTCCATCACA TTTTCACGTCTCATAAAAATTATAAGTCCGCATTATTTTTTTTCTTATTATATTAGTAGT TGATTTGTTCATTTTTAAGTCCACTTTAATTTTACATATCTTTTGAAAAAAATATGATAA CATGATTATTTTGCTATATTATTCATATAAATTGATGTTTAGTATTAAATTTTAAAAAAT AAATAATTAATTTTAAGAAGTATATATGAAATAAATTTATCTTTTCTTAAAATTCAAAAC TCATAAAATATAAATTTTGAATTTTATTCACCCGGTGAAATGAAATAACCCCACTCTACC AACCTCTCCCCCACACTAGCCCCCTCAAGTGTCATTTTCTAAGATATACAACCTCTCACA CACCAAAAAAAATCAACCACTCAACAAAAAAAACAAAAAAAACAACCACTCACTTCATTT ATACTTTGTCCTTTCTTCTACCTCCTTTCTCTTATTTCTCAATCTCAAATCCCTACAAAT GACCTCAAATCCCAAAGGAAAAATCCACAATTTTCTCTCCCTCCTCCTATATCTTTAATT TTCTCAAAAATAATCCATCTTCTAGTGTATATACATATCATATAGCTAAAAAAAAAAAAA CAACTAGCCAAAATAAAGAAAACCTAGAGAGCAACAAAGAGGAGAAGAAGAAAAAGGGGT GGAGAGAAAAAAAAAATTGAATCTAGGTATGTACTAAAATTTTTTTTTTTCAGACTCTCG AAATTTGAACAGTGCCACGTAGAAAGAAGTAACAAGGATATATGGAACTATTCCCAGCAC AACCAGACTTATCCCTAAAAATTAGCCCACCAAACATCAAACCTTCATCATCAACATGGA AGAGGAAAATTACAAGTGAAGATGATATTCATATGGATTTAGGGTTTTGTAAAAGAGCTC ATGTGGTGGAATCAACAAATCCTATTAACACTTCTTCTTCTTCTTGTTTTGACCTTTCTT TATCCAATAATCCAACTAAACCTAACCCTAATTCTTCCCATCATTTACATAATCTCCAAA ATTACAACATCTCACAACAAAATCAAACTATAATAAGAGGCATTCCGGTGTATCATCAAA AGCCCTTTAATACTACTACTACTACTACATTTCCTATAACTTGTTCACCTTGTTCTATTA TCAACAATAATAATATTAAGAACACAATTAGTTCTTGTGCCTCTACTAGACCTAATTTTC AACAAGGAGGGTTTTTTAGATCAAGATTTTTATCAAGATATTCGACTAAACGGAGCACTA GGGCTCCAAGGATGCGTTGGACAAGTACTCTCCATGCTCATTTTGTTCATGCTGTTGAAC TCTTGGGTGGCCATGAAAGTAAGCTTCTTCATATCCCTTGTGCACTTTGAATTTCATGAT GGTTTCACTACAAGAAAACTGTAAATTACAACGGGGATTAGTATGAAAATTCGCATGAAA CTTATTTTCCTGAAAATTTTCATATTAATTTCCAGGAAAATAGCCATATAATTCGCAGTT TTCTTGTAGTGTTCGATCTCCTTTTCTTCAATTTAACGAATCAGAGCGACAAAGAACTGA CATAAAGTTCACATGATGAGAGCTCATTTTTTAGTAGCTGACTAGTTGTTGGTGTTCCAA TAATTGTTGTTTCTGTTTCAAAGTACCTTGAGTAGTTCTTATATATGTCATACTCTATGG TTATGATTTAAGACTAGTTTAGATATTCACGATCAAGAAGTACTCGATTTTCTATCGAAT AGACTATGATAGGAAAAGGAAAGCTATATTTTCTTTTTACTTAATTTAAACTCATTGTTA ACCAAGTAAAATAATGGTGAATATATGATGTTTTTTGTTTTTTTGGGGGGTCTTTAGGAG CAACACCAAAATCAGTTCTTGAGCTTATGGATGTCAAAGATCTCACCTTAGCACATGTTA AATCCCATTTACAGGTAATTTTTCTAAACATCTTACTAATTATTTTTCCTTAGTATGCCA CTACATCAAATTAAAATGATTTTTTAGCGGTAACTAGTCAACAGTAATAGTTTAATTGTA GTCAAGTATATTTTTAGAGGCATTTGACATTTTTTTGTAAATGTCTCTAAAATTTATAAT AATATTAAATCTAATGACAAAATTGACTATTACTGATAAATTTTTTTATACTTATTGACA ATATGCATATTTATGCTGCTAAAAATTGTTTTCGCCATATTAATTTTCTTTTATATGAAG TTGTTTTAATGTGTTTAATTAAGTGATTTTTGAAGAAAAAAAAAGGTTTTGATTCTACAT TTCAAATTCCAATGCTATCTTTTTCCTTTGCAATGCCAGGCTTTCTTTATGCAGCTTTTT TTTTTCTTTTTATATACTTTGGGAGAACCAAACATCCATTCATGTGTAGTGTGAAAGGAA TAGTACTTGTAAAAGTTAAAAAGGGTGAGTTCAATTAGAGGAGAGAGGAGAAAAAGTCTC CTTCATATAATGATTCATCAATAATTACATCAGGTGGACAAGGAAAATAAGTTAACACTA TTTTCTTATAAATCCATTCGAAAACCTCAATTTACAACATGATATAGCCAGAAGCAGATT AATTCTCAAGGTGAAGTGTATGTGTATTTATTAACTTTCAGAAAAATTTTTATATATATA TATATATATATCTTGATGACATAGTCGGAAGTGGACCATCCCTCTAGGAGGGGTGTACGT TCATCCGTTAACTTTAGAAAAATTATGCATATATATTTATATATATCTTGAAAAACTGAC AGAAATTAAGATTTAATTACCAATGCACCCATGAAAAATATAGGAGTGTCATTGTGTTGC TAGTACAAGCTAGAGGATCTACCTAAGAGACCTGGCCCTTGAGTTTAATCCAGCTAGAGT GTTTATTTCACTGTTTTTATTTAAAGTTTATCTAAGAGCTCATATTTGAGCTAAGGTAAC ATTTGTGCATCCAAAATCGTCAAATCATGTTTTCACATCTGGACATAACAAAGTAATTTC AAACTCTTATATAAGCATGAGATTCTATTATTAAAAACCGAAAAAATGGTTTAAAATACC TCTAAATTTTGCTAGAATATACGGATAGATTTCACTCATATTGCAAAATCGAATTTGTAA TTGAATCTACTAGTAAGTTACTATATTTTTTTAGTTTTTTATATTTTTGGAGAAAGGAAG TACTGCTGTACTAGTACATGACACAGTGATCATATCTCAATGATATCTCCATATCTTTAT AAAAAATTGTTAGCAACACAGAAAACAGTTTCAACTTTCAAGAACTTCATGTAATTGGTC ATTTGTAATAGTATTAAGTACTAGTACATGTTATTTATGCACACTCCCAAAAAAAGAATA TCTTATTTTTTTTACAATTTTTATATTCATGTGTGACATGTTTAAAATTGTAAAATTAAT AGATATTTTAATATATTTGACATATCTTTAATTTAAAATCATATAATTCAAACGTCTTTT TTATCTTTTTAAACTATATACGTACCACATAAAAAAAACAAATAAATTATTGTCACAAAT AATGCTATTAACGAAATTTTCTCATATATCTTGCAGATGTATCGGACTGTAAAGACAACT GATAGATCAGCTTCTTCAGGTTAATTATTCACCTCTTAGCATATGATTAAATTATTATTG TAGCTATTTAATTCTCTAAAAAAAAATTGAGTCCTTATTAACTTTTTGTTATGTCAAGAA CCAAATTTTAATTTTAATTTTTTTCATTGAATATATTTTAGGCCAATCTGAAGTATTCGA CAATTTGTCATCTGGAGATACATCAGAGGAATTGATGGTTGATGAATATTTTGATCCAAA GTCTAAATTGATATAATAGATGAATTTAGTTGACACTCAGAGACTCTAAATCCTGCATCT GCCTCTGATCGAAAATGAAGAATGTTCAAGAAAGTTTGTTCAACAAGATGAAAGGAATAT TCATGGTGAACTTTTATATGCTATTATAAATCTTCATGGTGAAATTTCATATGCTATTAT AAAAAATTATTCCCAAAAAAATGAATTTGTATTTCTTTTATAGCCAAAAGGGTCTTAGGG TGAATGCTAAACCCTAGTAAATAATGATGGACCTATATTTGTGGAAATTAGTTTTTGTGC CAAAAGCAAAGAGGGCACTAGTTGTTCGACAGTGTAAAGAATTTTTATAATATTGTGATT GAAATGTTATTTAAAATTATCGTATCAGAATTGTCATAAATAATTTTGATTTATTATTAC AGTTAACTTGATAGTGTAAAATATTATACAACATGTAAAATGAATTATTTTGATTTTTTT TTCCAATGTTGTTTTAGTAGTTGATGTGGCTTCTTCATATAGGTTGGGTGCAACTTTTAT TTCTATCAACCCAAAAAGAATATGATTAGTGAAATGAGAGCAAAGTAAGAAAAAGTTGGG AAAAGAAAGGTTTAAAATTAACTAAAAGTAAATAAAAAAGATATGTCATCTTTTTCTCAA AATTTACTTTTCTTTTCATCTTGTGTGCATGCATGCATGATAGAAAAAAGTTATTCTCTT CAATGGCAATGACCTTTATTGATATACATTAACAAATTAACTGAATATCTATAAATATTT GATTGCAAGTTAAATTACTATTATAAAATTAATTTAAAATCGTCATAAAAATTCATAAAT TTCAAATTTTTAATTAAATTTTTTTATTGAGAGGAATCTCAGCTTTTGTAAAAGATAAAA GTAGTTCATGTTATCATTGCTTAATCAACAAATATGTGCATCATTAACTTTATACTCTCT CTGTCCTCTAATTATTTATCCATTTTTTTCTTTTTAGTTATTCCTAATTACTTGTTCATT TTGATAAATTTAGACGAGACAAATATCTTTTACCCATTGTACCCTCAGCTAATTACATTG AAAAAGTAGAATTTTTTAAAAATTTTAAATTTTTAGTTCATTCAGTTCATAATTTATAGG GGTAAAATGGTAAATTTTATATGTCAATAATTACTCCCTCCGTCGAGAAATGTTTGTCAT GTTACGCTTATCGAAAGTTAATTTGACTAATTTTCAAAGGTAAATTAGATACATTAATTC GATATTTCAAACAAAAAAAATTAGAGATTCCAAAACTATATGAAAAGTACTATCAATTAC AATTTTTTCATATTAATATGATGAAAAAATGCATCTTAAAATGTTAGTCAAATTTTTTAT AATTTGACTCTAAAAATAAAAACTAAGACAAATAATACCGGACGAAGAAAATATTTTCTT AATAGTAATATTAATTTAAAAGTGAACAAGTAAATAGAAACTTACTTTGATTAATTGCTT AAATAAATACTAATTTAAGTCGTTAATGCATAAAACATAAAGATAAAGTGTAAACGCAGG CTACTTTATAATGTACTACATGAAAGTGCTTGATAAAAATATTCCCTTATGTGATTATTA TATATTTTATTGAGTTTATTTTTTCTGATTATTCCTTTCATGGCTCACATTTATTATGTT TTATTCCAAAAAATAAAAAATAAAAAAAAAACAAACAGCAGCAGAAGTGAAGTCATCAAG TATAACAGAGACAAAACACAAAGATGCCTAATTTGGAGTTACTAGTGATACTTTTTCCAT TTCATATATTACTCTATTGATTTGACATATATTTTAAAAAAATTAAAATTAAAAATTATG TTTTTTTTAAAACTAATCTTAACAATGATGGTTATTTTTTTATAAAAAAAATCTTAATTT ATTAAATTAGACTAGTAAAATGAAATCTTTATTTCTTAAGAGTATATACAGGAGTAATAT TATATTATTCTTGTAAAGGAAACAATGAAATCTAATTGATTTTGTGTACTACTTTTCTTA TCTTTTTGACTAGTACTAGGAGTATCTACTGTATAATAAACTGATATCTTTTCCTTGGAA ATTGTATATTGAAAGGAAGAAAAATGAAGGTATAATAGGACCCCAGTTTATACATTCGAA ATTCTTGTAAGCGTTCGGTTAATTTTCATTGTTTCAATTTATATGAGATCGTTTAATAGG GTATAAAGTCTAAAAAATTAGAAACTATTTTTGTTGTGTTTATCAAATTTCTCTTATTAA GTTATATATTTTAGTATTTAATTTTTCTTCATAATAATGTATTAAAGTAAAATTCAATAA TATATACATATATCAATAAAATAGTGGAGACAAAGGAACTTCCACTTTCTCTTCTTAATT AAAAGTTAAAAAAGAGTACTTAGTAGTAGCATTAAGGAAAGATCACATGATAATGTTTCA ACAAAATTAAGCTAAAACCTCAAGAGAACAAAGCTCCCACCTATAGGTCCCTTTATAATA AAGAACTCTCACTATTGCAATGTATATGATATTATTTGATTAAATACGTTATTTGAGATT ATTTTTTTAAAAAAAAATTATGATATGAAAAGTTTATAAATATTTATATGTGAATGATCT CATTAATTATAAAATAAAATGTTTACGATTGAATTGCTATTAAATTTAGAAAGATATTTT TTTTTATAGACGTATCTACTTTTAAGTCTAAATTCTCATGTACCCAAACAATATAATATT CCAATAGTCACATGGTAATATAATGGACTATGATTGTTGAATATATAAGAAAATTAGGAT GATGAGTTGCTATATTATTAAAGTTGCAATTCCATTCATATCATATATAGACAATGGCAT AGCCTTCTAAAGGTGGGTGTATGTGGCACATTTTAGAGCAAATTAAAACTAATTAAGTGA AGCACCAAAAGGACTTTTAAACTTAATGTATATCTTGTTCTTTGGTATATACTAAAAGTG GAAGGCTTTAACCTTTTATCAATAATTGTTATCATCATGAGTCCATGACTCTCATCTCAT CCACTAATTAAGTGGTGGAAGAAAAATGAAAGAATATGATAGTTCAGTTAATTGACTATT TAAATTTTTGTTTTATTATTAAAAATTCGATGTTCCATTTTAAAATGTTAATCTAGCCTT CTCCATTTGTACAGAAAAATTTATGTAGGAAGGAAAATAGAGGGTAAGAGTGATTTCCCC TTTCTCTTTTTTCCCTCATTTCAAGTGCAAAGTAGTCAAATAGAGGTTTTGTACTCCTCA CTCACCGTAAAAAAAACAATTTAGCAGCAATAAATATAGATATTAATAAATAGTGCTAAA GTGTTACCGACATTAGTTAAGTGTCATTAGAATCAATATCACTAAGGGACATATATATAA AAAGTATTAATTGCTGCTAAAAATATATATTTAACAATAAATGGAAATTAATTATCCTTA ATAATCATTTTTGATGCCGTGCTTTCGACCCAATAAAACATGTAATCATATCTATTGTTT CATTGTATTCAACTTAAATACCTTAAACAAAGAAAATAATAATGAAAAGATGGTGTTTCT TGACTTTAACCAAAAGTGTGTATCAAAGTGTCACTTCCCCAAACTTCAGGGACCTAAGTG AAAAGCACCTCTTACAAGAACCGCATAATACAAGGCGTGATTCTCGCGGGTGAACACCAA AAAAGGTTACCACTTTTACCCTAGAAAAGGTATTCCTATATATCACAAAAGAATTTATTA GTAATTTTTTAAAAAAATATGAATTTACGTCAAAAGGTCCTACATTAGAAGTAGAGTGTC TAAGTCAAAAAATTTCGAATATAAAAAAATAAACACACAAAAGCTAAGAAGATTCACATA CATTTGTGATATATACATTTTCTTTTAAAACGAAAAGGGAGAATAGTTTGAAAAATACTA AAACTTTTGATCGAAATTATTGTTACGATACCAAACTTTATAAATAAACTTTTATCTCTA AACTATCTAATAGTGTATTTTAAAGATATATATGTGCCCACGTGGACACATTACTATTAT AATTATGCAATGGTATTTTTTATGTCCACGTGGACACATATATATATTTAAAATACATTA TTAAATAGTGCAGGAATAAAAGATTCTTTCCAAAATTTGGTATAATAACAATAATTTCGA TCGAAATTCAAATATATATTTCAAACATTTTTCCTAAAAGAAAAACAAACAAAATTCAAT ATACAAACAAATTTTTCAATCGTAATCCTAGTAAAAAGCAACATACATACATAAATCATA ATCAACGCATGACACATTATATATTGTGTCTGCAACTACTGATCTAAATGTCTGAATTGA AAACAAAAAACTGGGATTTTGATGTAACAAACCATATATACAAAAAAATTACTTTTACCT TTCTATGTTTGCTGCTTCATAGATATAAGAGAAAGGAAGGGAGGGGACCAAATTAATATA AAAATTAATTCAATGATTTTGCAATCGAGTGCTTTATGATTGACACTTTAATCAATGAAC TGACACAACAATTAACCATGCATGCATTCTTATTCATTCATTTCGATAAAAAAAAAAAAA CACTCATCTGACAGTATACGTATATATTGTCTTATGCACCATCAAATTTTCAGGCATGAC TAAGGGTTAAATTGGCAAAGTTGTGATTTTTATTAGAGAAATTCATTAAAATTAGGGATA ATGACAATTTGTTGATACTAAGCAATCGACAATGGAAGATTAAAGAAGAAGAAGAAGAAG AAGAAATCTGTTATGGAGAGAATTTCTCCCTCATGCTTTTACAATGTGTTAACTAACTAT TACAATGCATAACACTCACATATATATACAATTAGCTAATCAATGGAAATGAACCAATAA CAGAATGACAGCTGGCTAACAAACTAAACAAACTAAACTAACAACTAGTTAACTAACTAA TTGAGCTCTAACTAACTAGTTATTCAACTCTTATCAATACTCTTAGCATATTCCTCAATA CCCCCCTTCAAGCTAGGAGATATGAAGATGTTCTTCATTCGGAGCTTGGAAACCAGATAT TCATGTTGCAATCGACCAAGTCCTTTAGTCAGTACATCAGCAGGTTGTTCAGTAGTAGCC AAATGTTGAATGGATATATCACCTCTTTGAACCTTTTCTCTAATAAAGTGACAATCAATG TCAATATGTTTGGTCCTCTCATGGAACACAGGGTTGGATGCAATTTGGATAGCGGCAGTA CTGTCACTATATACAACAATAGGCAAGACAGTAGGTATGTCTAATTCACGAAAGAGACCA AGTATCTATGTAACTTCAGCAACAGTAGATGCCAGGCTTCTGTATTCTGCTTCAGCAGAA CTCCTGGAGACTGTAGACTGTTTCTTAGACTTCCAGGAAAGTAAAGACTCTCCAAATTTA ACCATATATCCAGTAATGGACCTTCTAGTATCAGGGCATGATCCCCAATCAGCATCACAA AATGCTTGTAAAGAACCAAAATGCTGAGCAGACAACAAAACACCTAGGCCAGGTTATTGT TTAATATGTCTAACAACTCTAATAGCAGCATTCATATGAGATTGCTTGGGAGCATTCATG AACTGACTTAAGTTTTGAACAGCATATGACAAGTCAGGTCTAGTAATGGTTAAGTAGATC AATCTTCCAACCAATCTTTGATACTCACCAATATCTGATAGTACAGGATCAGATGTAACT CCTACATACTTGTCAAAAACTACAGTAGTGAGCTTTCCATTCAGTTCAACAGGTGTGGCA ATAGGTTTAGATCCACCTAAACCCAAGTCTGAAATAATCTCTAAGGCATACTTTCTCTGA TGCATGAGAATTCCTTCATTGGTTCTGGCAAATTCAATCCCTAGGAAATATCTCAATGAT CCTAGATTTTTGATCTTGAAGTTATCCTTTAGCACTTGTTTGGTGTCATTGATTAATGTG ATGTTACTACCAGTGACTAACAAATCATCAACATAAATCAAAACAATCACAATGCCTTCA CTAGACTTCTTGATCAATAGGGAATAATCCAAATGGCTTTGCTGAAATCCAGCAACTAAT AATGCCTGAGTCAACTTTACATTCCACTGTCGTGAAGCTTGCTTAAGTCCATACAATGAC TTAAGCAACTTACACACATGTTGATCCCCAGCATGCATATGAGAGAATCCTTGAGGTATC TGCATATAGACTTCTTCTACTAAGTCACCTTGCAAAAATGCATTATAAACATCCATCTGT TGGACATCCCATCCTTTAGATGCAGCTAGAGTAAGCACTGTTCTAACTGTGACCATTTTA ACAACTGGAGAAAATGTCTCCTGGTAGTCTAAACCTTCTTGCTGACTGTATCCCTTGGCT ACAAGTCTGGCTTTGAATCTCTCAACTTCACCATTTGCCTTGTACTTAATCTTGTACACC CATTTGCAACCTATAGCCTTTTTTCCAACAGGTAAAGTTACTACCTCCCAAGTCTTATTG TCTTCTAATGCCTGTATCTCTTCTTTCATAGCTGTGACCCACCTCTTATCCTTGGCAGCT TGATGATAGAACTTAGGCTCAGTGTCGATTTAACGATTAGCAATGCAACATTGATAAGAG GGAGACAAGTTACTGTAAACAATGCTGTTTTTCAGTGAGTACAAACAGTTAGACTTTGAT CTGGACTTGAATGTAGTAACAAAATCCTTTTGCCAAAGTGGAGGCCTAGAAGTACTAGTT GATTGTCGTCTGTTGGAGCTCAAAGATGAATCATCTAGATTCATTAAAAACCACATCTCT ACTGACAAAGAAGACCTTATTTTGTAGATCATAAAGTTTGTATCCCTTCTGTGTAGTGCC ATAACCCATAAGTACTGACTTGATGGCTCTAGAACCAAACTTATCAGATCTCAACAATGT AGTTGCATGACACAAACATCCAATGATCTTCATGTAGGACAAATCTGGTAGCTTTCCAAA CAGCATTTCAAAAGGAGACTTATTAAGTAACACAGTGGATGAAATTCTATTGATGATATG AACAGCAGCTAAAATACATTCTCCCCAAAACTTGATTGGGATATTGCCTTGAAATCGAAT AGCTCTTGTTGTCTCCATTATATGTCTATGTTTTCTTTCCACTACACCATTTTGTTGAGG TGTATATGGACAAGAGCTCTGATACCATGACAATTTGTTGATACTATGCAATCGACAATG GAAGATTAAAGAAGAAGAAGAAGGAAGAAGAAATTTGTTATGGAGAGAATTTCTCCCTCA TGCTTTTACAATGTGTTAACTAACTATTACAATGCATAACACTCACATATATATACAATT AGCTAATCAATGGAAATGAACCAATAACAGAATGACAGGTGGCTAACAAACTAAACAAAC TAAACTAACAACTAGTTAACTAACTAATTGAGCTCTAACTAACTAGTTATTCAACTATTA TCAATACTCTTAGCATATTCCTCAATAAGTACCCCCTCAACCTATGCCCGAAATCCCAAA GACACACTTATACTATACTAAGGTCCTATTACCCCCCTGAACTTATTTTATAAGTAATTT TTTACCCCTTTTTAGCCTACGTGGCACTAGTTTGAAAAAAAAGTCAACCTTTGTTGGGCC CACAAAATAGTGCCACGTAGGTCGAAAAGGGGTAAAAAATTATTAATAAAATAAGTTCAG GGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTGAGATTTCGGGCATAGGTTAAA GAAGTACTTGGACATTATCCCTTAAAATTAAGTAAATATACGAAAATGTTAAAGATTGTT TTACTATATACAAGGGTGAGGATTTTACATAGTTAGATTAACTGAGCTAGTAAAATATCT TTCGATTGAATACCATTTGTAAAATAAGCATTTTAGAAAAAACATGAGCCTCTGAAAAGC TT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.981 9435 9753 match_2 match_part 0.912 36642 36892 match_part 0.980 38347 38446 match_part 0.989 38563 38651 match_part 0.911 38835 38890 match_part 0.959 39811 39957 match_part 0.926 40682 40735 match_3 match_part 0.912 36642 36892 match_part 0.980 38347 38446 match_part 0.976 38563 38647 match_4 match_part 0.957 36660 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39853 match_5 match_part 0.991 36668 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 0.969 41018 41145 match_6 match_part 1.000 36669 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41107 match_7 match_part 1.000 36670 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40799 match_8 match_part 1.000 36671 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 0.925 40682 40734 match_9 match_part 1.000 36671 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_10 match_part 1.000 36671 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39914 match_11 match_part 0.991 36673 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 0.974 40682 40796 match_12 match_part 1.000 36673 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39903 match_13 match_part 1.000 36677 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40797 match_14 match_part 1.000 36684 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40734 match_15 match_part 1.000 36684 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 0.966 39811 39927 match_16 match_part 0.995 36684 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38610 match_17 match_part 0.990 36686 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 0.976 41018 41186 match_18 match_part 0.932 36688 36892 match_part 0.980 38347 38446 match_part 0.989 38563 38651 match_part 0.911 38835 38890 match_part 0.959 39811 39957 match_part 0.890 40682 40763 match_19 match_part 0.927 36700 36892 match_part 0.966 38347 38405 match_20 match_part 0.988 36729 36892 match_part 1.000 38347 38446 match_part 0.989 38563 38651 match_part 0.982 38835 38890 match_part 0.993 39811 39957 match_part 0.984 40682 40804 match_part 1.000 41018 41063 match_21 match_part 1.000 36741 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40733 match_22 match_part 1.000 36749 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 0.986 39811 39957 match_23 match_part 1.000 36750 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40780 match_24 match_part 0.944 36750 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39859 match_25 match_part 1.000 36754 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 0.982 38835 38890 match_part 0.979 39811 39857 match_26 match_part 1.000 36757 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39896 match_27 match_part 1.000 36819 36892 match_part 1.000 38347 38446 match_part 0.989 38563 38651 match_part 0.883 38835 38894 match_part 0.600 39085 39089 match_28 match_part 1.000 39861 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41427 match_29 match_part 0.984 39894 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41492 match_30 match_part 1.000 39907 39957 match_part 0.992 40682 40804 match_part 1.000 41018 41597 match_31 match_part 1.000 39933 39957 match_part 0.919 40682 40804 match_part 0.956 41018 41445 match_32 match_part 1.000 40698 40804 match_part 0.993 41018 41427 match_33 match_part 1.000 40738 40804 match_part 1.000 41018 41393 match_34 match_part 1.000 40746 40804 match_part 1.000 41018 41427 match_35 match_part 0.995 41239 41427 match_36 match_part 0.619 59340 59423 match_part 0.514 60480 60514 match_part 0.980 62615 63103 match_part 1.000 63556 63737 match_37 match_part 1.000 59622 59949 match_part 1.000 61337 61455 match_part 1.000 61860 61941 match_38 match_part 0.981 59626 59949 match_part 1.000 61337 61455 match_part 0.983 61860 62151 match_39 match_part 0.981 59627 59949 match_part 1.000 61337 61455 match_part 0.993 61860 62006 match_40 match_part 1.000 59631 59949 match_part 1.000 61337 61455 match_part 0.992 61860 62242 match_41 match_part 0.912 59633 59949 match_part 0.975 61337 61455 match_part 0.973 61860 62151 match_42 match_part 0.912 59633 59949 match_part 0.975 61337 61455 match_part 0.978 61860 62089 match_43 match_part 0.973 61346 61455 match_part 0.969 61860 62337 match_44 match_part 1.000 61995 62526 match_45 match_part 1.000 62096 62655 match_46 match_part 0.996 62370 62882 match_47 match_part 0.995 62504 63103 match_part 0.995 63556 63763 match_48 match_part 0.916 62507 62995 match_49 match_part 1.000 62518 63103 match_part 1.000 63556 63658 match_50 match_part 1.000 62518 63034 match_51 match_part 1.000 62587 63103 match_part 1.000 63556 63583 match_52 match_part 1.000 62587 63103 match_part 1.000 63556 63582 match_53 match_part 1.000 62588 63014 match_54 match_part 0.986 62610 63103 match_part 1.000 63556 63576 match_55 match_part 1.000 62638 63103 match_part 1.000 63556 63588 match_56 match_part 0.939 62692 63038 match_57 match_part 0.995 62710 63103 match_part 1.000 63556 63797 match_part 0.939 64975 65023 match_58 match_part 0.989 62742 63103 match_part 1.000 63556 63797 match_part 1.000 64975 65072 match_part 0.993 66128 66265 match_59 match_part 1.000 62807 63103 match_part 1.000 63556 63797 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match_part 0.952 49273 49190 match_part 0.977 47268 47139 match_192 match_part 0.978 50048 49959 match_part 0.975 49651 49412 match_193 match_part 0.944 53594 53272 match_part 0.917 52628 52508 match_part 0.955 52435 52324 match_part 0.936 51205 51003 match_194 match_part 0.984 53757 53272 match_part 1.000 52435 52324 match_part 0.925 51205 51006 match_195 match_part 0.994 53755 53272 match_part 1.000 52435 52324 match_part 0.925 51205 51006 match_196 match_part 0.996 53754 53272 match_part 1.000 52435 52324 match_part 0.910 51205 51006 match_197 match_part 0.996 53754 53272 match_part 1.000 52435 52324 match_part 0.920 51205 51006 match_198 match_part 1.000 53662 53272 match_part 0.982 52435 52324 match_part 0.931 51205 51104 match_199 match_part 1.000 53862 53272 match_part 1.000 52435 52324 match_part 1.000 51205 51127 match_200 match_part 1.000 56805 56713 match_part 1.000 55039 54957 match_part 0.994 53867 53340 match_201 match_part 0.986 56784 56713 match_part 0.988 55039 54957 match_part 0.959 53867 53376 match_202 match_part 1.000 73236 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71587 match_part 1.000 71258 71197 match_part 1.000 70922 70856 match_part 0.992 70774 70656 match_part 1.000 69659 69483 match_part 1.000 69327 68881 match_203 match_part 0.996 73228 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71587 match_part 1.000 71258 71197 match_part 0.940 70922 70856 match_part 0.939 70774 70709 match_204 match_part 0.916 73226 72988 match_part 0.968 72039 71852 match_part 0.974 71781 71587 match_part 0.941 71258 71208 match_205 match_part 0.899 73194 72988 match_part 0.968 72039 71852 match_part 0.985 71781 71587 match_part 0.951 71258 71218 match_206 match_part 0.991 73222 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71630 match_207 match_part 1.000 73226 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71631 match_208 match_part 1.000 73222 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71631 match_209 match_part 0.967 71912 71852 match_part 1.000 71781 71631 match_210 match_part 0.991 73222 72988 match_part 0.995 72039 71852 match_part 0.981 71781 71678 match_211 match_part 0.992 73235 72988 match_part 1.000 72039 71852 match_part 0.990 71781 71683 match_212 match_part 0.951 73191 72988 match_part 0.983 72039 71865 match_213 match_part 0.996 73213 72988 match_part 1.000 72039 71869 match_214 match_part 0.925 73226 72988 match_part 0.988 72039 71873 match_215 match_part 0.991 73222 72988 match_part 1.000 72039 71898 match_216 match_part 0.992 77671 77280 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 750 91 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 2862 2310 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 9753 9114 exon 7521 7326 exon 7112 6474 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 9435 9753 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 15016 exon 14927 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12497 exon 11240 11062 exon 10958 10582 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 15016 exon 14927 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12497 exon 11240 11062 exon 10958 10877 exon 10793 10644 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 15016 exon 14927 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12151 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 14866 exon 14787 14677 exon 14421 14414 gene_9 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 13345 12931 gene_10 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 11198 11062 exon 10957 10600 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 31339 31211 exon 31086 31039 exon 28327 28240 exon 28156 28113 exon 27847 27540 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 36642 36892 exon 38347 38446 exon 38563 38651 exon 38835 38890 exon 39811 39957 exon 40682 40804 exon 41018 41597 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 36642 36892 exon 38347 38446 exon 38563 38651 exon 38835 38894 exon 39085 39089 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 41495 41487 exon 41432 41069 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 44806 44194 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 50069 49959 exon 49651 49387 exon 49273 49190 exon 47268 47135 exon 47040 46943 exon 46745 46657 exon 46581 46476 exon 46347 46199 exon 46115 46045 exon 45891 45777 exon 45614 45155 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 50027 49959 exon 49683 49387 exon 49273 49190 exon 47268 47135 exon 47040 46943 exon 46745 46657 exon 46581 46476 exon 46347 46199 exon 46115 46045 exon 45891 45777 exon 45614 45155 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 56805 56713 exon 55039 54957 exon 53867 53272 exon 52435 52324 exon 51205 51006 gene_19 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 56805 56713 exon 55039 54957 exon 53867 53272 exon 52628 52508 exon 52435 52324 exon 51205 51003 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59622 59949 exon 61337 61455 exon 61860 63103 exon 63556 63797 exon 64975 65072 exon 66128 66307 exon 66393 66488 exon 67962 68524 gene_21 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59622 59949 exon 61337 61455 exon 61860 63103 exon 63556 63797 exon 64975 65075 exon 66140 66307 exon 66393 66488 exon 67962 68524 gene_22 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59622 59949 exon 61337 61455 exon 61860 63103 exon 63556 63797 exon 64975 65072 exon 66128 66307 exon 66393 66488 exon 67962 68217 exon 68883 68899 exon 68959 68972 gene_23 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59340 59423 exon 60480 60514 exon 62615 63103 exon 63556 63797 exon 64975 65072 exon 66128 66307 exon 66393 66488 exon 67962 68524 gene_24 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 65898 66307 exon 66393 66488 exon 67962 68524 gene_25 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 65236 65576 exon 66128 66307 exon 66393 66488 exon 67962 68524 gene_26 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 66434 66488 exon 67894 68534 gene_27 gene GT_PGL_12_AGS_8 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 65109 65829 gene_28 gene GT_PGL_12_AGS_9 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 67139 67650 gene_29 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 73236 72988 exon 72039 71852 exon 71781 71587 exon 71258 71197 exon 70922 70856 exon 70774 70656 exon 69659 69483 exon 69327 68881 gene_30 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 77277 77728 gene_31 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 77671 77280 gene_32 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 80317 80359 exon 80502 80954 RepeatMasker tomato repeats master Unknown00034 3676 4077 1 Unknown00034 3676 4077 1 nucleotide_motif 1982 24439 24821 Copia00172 5195 5315 1 Copia00172 5195 5315 1 nucleotide_motif 520 28921 29044 Copia00110 13404 13554 1 Copia00110 13404 13554 1 nucleotide_motif 486 31555 31700 Copia00110 13449 13618 1 Copia00110 13449 13618 1 nucleotide_motif 450 31767 31936 Gypsy00043 1066 1383 1 Gypsy00043 1066 1383 1 nucleotide_motif 620 31889 32120 Gypsy00042 6074 6113 1 Gypsy00042 6074 6113 1 nucleotide_motif 294 34952 34991 Unknown00025 234 473 1 Unknown00025 234 473 1 nucleotide_motif 757 35062 35320 Unknown00025 250 470 1 Unknown00025 250 470 1 nucleotide_motif 706 43298 43533 Copia00110 13253 13554 1 Copia00110 13253 13554 1 nucleotide_motif 1480 57651 57960 Gypsy00043 1012 1206 1 Gypsy00043 1012 1206 1 nucleotide_motif 706 57801 58008 Copia00110 13532 13623 1 Copia00110 13532 13623 1 nucleotide_motif 456 57980 58082 Gypsy00160 3114 3325 1 Gypsy00160 3114 3325 1 nucleotide_motif 859 75056 75266 Copia00151 5511 5817 1 Copia00151 5511 5817 1 nucleotide_motif 1240 84514 84816 Copia00081 1 2186 1 Copia00081 1 2186 1 nucleotide_motif 19933 85621 87806 Unknown00034 3715 4028 1 Unknown00034 3715 4028 1 nucleotide_motif 2348 88105 88415 RepeatMasker tomato repeats master SONATA3 84 207 -1 SONATA3 84 207 -1 nucleotide_motif 256 4846 4724 Copia00172 441 522 -1 Copia00172 441 522 -1 nucleotide_motif 386 16064 15978 SONATA2 3 206 -1 SONATA2 3 206 -1 nucleotide_motif 543 17045 16838 Copia00151 9349 9428 -1 Copia00151 9349 9428 -1 nucleotide_motif 432 19361 19282 Gypsy00147 6411 6489 -1 Gypsy00147 6411 6489 -1 nucleotide_motif 227 34381 34305 Gypsy00043 1017 1314 -1 Gypsy00043 1017 1314 -1 nucleotide_motif 1025 35877 35595 Copia00110 13333 13570 -1 Copia00110 13333 13570 -1 nucleotide_motif 765 35947 35703 Gypsy00073 638 867 -1 Gypsy00073 638 867 -1 nucleotide_motif 541 36213 36060 Gypsy00043 525 578 -1 Gypsy00043 525 578 -1 nucleotide_motif 233 36368 36314 Unknown00043 5777 5838 -1 Unknown00043 5777 5838 -1 nucleotide_motif 233 48865 48802 Gypsy00163 7782 7904 -1 Gypsy00163 7782 7904 -1 nucleotide_motif 384 53056 52940 Unknown00019 592 697 -1 Unknown00019 592 697 -1 nucleotide_motif 363 57634 57529 Unknown00019 48 254 -1 Unknown00019 48 254 -1 nucleotide_motif 841 58232 58029 TS2 563 655 -1 TS2 563 655 -1 nucleotide_motif 446 72237 72145 Gypsy00043 530 1314 -1 Gypsy00043 530 1314 -1 nucleotide_motif 4831 74324 73521 Gypsy00006 5454 5614 -1 Gypsy00006 5454 5614 -1 nucleotide_motif 624 75917 75755 GYPSODE1_I 2786 2979 -1 GYPSODE1_I 2786 2979 -1 nucleotide_motif 514 75941 75918 SONATA2 47 202 -1 SONATA2 47 202 -1 nucleotide_motif 399 80235 80091 Unknown00025 245 474 -1 Unknown00025 245 474 -1 nucleotide_motif 885 81997 81751 Unknown00046 1871 2052 -1 Unknown00046 1871 2052 -1 nucleotide_motif 493 84076 83892 Copia00143 4366 5304 -1 Copia00143 4366 5304 -1 nucleotide_motif 487 86323 85366 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 579 85586 86784 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 442 49261 49483 match_2 match 624 49544 49858 match_3 match 1213 6044 6674 match_4 match 1209 68730 69371 match_5 match 1189 28105 28704 match_6 match 969 312 804 match_7 match 252 42566 42734 match_8 match 464 42822 43055 match_9 match 280 43071 43215 match_10 match 533 36557 36825 match_11 match 268 42822 42964 match_12 match 1300 18093 18760 match_13 match 496 70687 70936 match_14 match 1017 40053 40565 match_15 match 1088 74471 75052 match_16 match 448 42822 43055 match_17 match 436 42822 43049 match_18 match 664 9962 10320 match_19 match 1088 66770 67318 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.981 9435 9753 match_2 match_part 0.957 36660 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39853 match_3 match_part 0.991 36668 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 0.969 41018 41145 match_4 match_part 1.000 36669 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41107 match_5 match_part 1.000 36670 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40799 match_6 match_part 1.000 36671 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 0.925 40682 40734 match_7 match_part 1.000 36671 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_8 match_part 1.000 36671 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39914 match_9 match_part 0.991 36673 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 0.974 40682 40796 match_10 match_part 1.000 36673 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39903 match_11 match_part 1.000 36677 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40797 match_12 match_part 1.000 36684 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40734 match_13 match_part 1.000 36684 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 0.966 39811 39927 match_14 match_part 0.995 36684 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38610 match_15 match_part 0.990 36686 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 0.976 41018 41186 match_16 match_part 0.988 36729 36892 match_part 1.000 38347 38446 match_part 0.989 38563 38651 match_part 0.982 38835 38890 match_part 0.993 39811 39957 match_part 0.984 40682 40804 match_part 1.000 41018 41063 match_17 match_part 1.000 36741 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40733 match_18 match_part 1.000 36749 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 0.986 39811 39957 match_19 match_part 1.000 36750 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40780 match_20 match_part 0.944 36750 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39859 match_21 match_part 1.000 36754 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 0.982 38835 38890 match_part 0.979 39811 39857 match_22 match_part 1.000 36757 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39896 match_23 match_part 1.000 36819 36892 match_part 1.000 38347 38446 match_part 0.989 38563 38651 match_part 0.883 38835 38894 match_part 0.600 39085 39089 match_24 match_part 1.000 39861 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41427 match_25 match_part 0.984 39894 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41492 match_26 match_part 1.000 39907 39957 match_part 0.992 40682 40804 match_part 1.000 41018 41597 match_27 match_part 1.000 40698 40804 match_part 0.993 41018 41427 match_28 match_part 1.000 40738 40804 match_part 1.000 41018 41393 match_29 match_part 1.000 40746 40804 match_part 1.000 41018 41427 match_30 match_part 0.995 41239 41427 match_31 match_part 0.619 59340 59423 match_part 0.514 60480 60514 match_part 0.980 62615 63103 match_part 1.000 63556 63737 match_32 match_part 1.000 59622 59949 match_part 1.000 61337 61455 match_part 1.000 61860 61941 match_33 match_part 0.981 59626 59949 match_part 1.000 61337 61455 match_part 0.983 61860 62151 match_34 match_part 0.981 59627 59949 match_part 1.000 61337 61455 match_part 0.993 61860 62006 match_35 match_part 1.000 59631 59949 match_part 1.000 61337 61455 match_part 0.992 61860 62242 match_36 match_part 1.000 61995 62526 match_37 match_part 1.000 62096 62655 match_38 match_part 0.996 62370 62882 match_39 match_part 0.995 62504 63103 match_part 0.995 63556 63763 match_40 match_part 1.000 62518 63103 match_part 1.000 63556 63658 match_41 match_part 1.000 62518 63034 match_42 match_part 1.000 62587 63103 match_part 1.000 63556 63583 match_43 match_part 1.000 62587 63103 match_part 1.000 63556 63582 match_44 match_part 1.000 62588 63014 match_45 match_part 0.986 62610 63103 match_part 1.000 63556 63576 match_46 match_part 1.000 62638 63103 match_part 1.000 63556 63588 match_47 match_part 0.939 62692 63038 match_48 match_part 0.995 62710 63103 match_part 1.000 63556 63797 match_part 0.939 64975 65023 match_49 match_part 0.989 62742 63103 match_part 1.000 63556 63797 match_part 1.000 64975 65072 match_part 0.993 66128 66265 match_50 match_part 1.000 62807 63103 match_part 1.000 63556 63797 match_part 1.000 64975 65009 match_51 match_part 1.000 62807 63103 match_part 1.000 63556 63797 match_52 match_part 1.000 62807 63103 match_part 1.000 63556 63773 match_53 match_part 1.000 62909 63103 match_part 0.992 63556 63797 match_part 0.990 64975 65072 match_part 1.000 66128 66170 match_54 match_part 0.967 62953 63103 match_part 1.000 63556 63797 match_part 1.000 64975 65072 match_part 0.989 66128 66307 match_part 1.000 66393 66422 match_55 match_part 1.000 63044 63103 match_part 0.992 63556 63797 match_part 0.990 64975 65072 match_part 0.993 66128 66271 match_56 match_part 0.990 63598 63797 match_part 1.000 64975 65072 match_part 1.000 66128 66307 match_part 1.000 66393 66420 match_57 match_part 1.000 65002 65072 match_part 1.000 66128 66307 match_part 1.000 66393 66488 match_part 1.000 67962 68151 match_58 match_part 0.958 65002 65072 match_part 1.000 66128 66307 match_part 0.979 66393 66488 match_part 0.991 67962 68071 match_59 match_part 1.000 65236 65576 match_part 1.000 66128 66307 match_part 1.000 66393 66488 match_part 1.000 67962 68133 match_60 match_part 0.971 65247 65450 match_61 match_part 1.000 66077 66307 match_part 1.000 66393 66488 match_part 0.986 67962 68105 match_62 match_part 1.000 66146 66307 match_part 1.000 66393 66488 match_part 1.000 67962 68212 match_63 match_part 0.924 66216 66307 match_part 0.938 66393 66488 match_part 0.968 67962 68303 match_64 match_part 1.000 66216 66307 match_part 1.000 66393 66488 match_part 0.993 67962 68245 match_65 match_part 0.989 66216 66307 match_part 0.990 66393 66488 match_part 0.961 67962 68012 match_66 match_part 1.000 66217 66307 match_part 1.000 66393 66488 match_part 1.000 67962 68004 match_67 match_part 0.967 66247 66307 match_part 1.000 66393 66488 match_part 0.984 67962 68400 match_68 match_part 1.000 66248 66307 match_part 1.000 66393 66488 match_part 0.965 67962 68273 match_69 match_part 0.915 66261 66307 match_part 1.000 66393 66488 match_part 0.987 67962 68412 match_70 match_part 1.000 66434 66488 match_part 0.991 67894 68534 match_71 match_part 1.000 66434 66488 match_part 0.991 67894 68534 match_72 match_part 0.988 67139 67650 match_73 match_part 0.996 68060 68524 match_74 match_part 0.998 77277 77728 match_75 match_part 1.000 80317 80359 match_part 0.998 80502 80954 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_76 match_part 0.998 750 91 match_77 match_part 1.000 750 96 match_78 match_part 1.000 749 178 match_79 match_part 1.000 749 180 match_80 match_part 0.996 749 199 match_81 match_part 1.000 749 234 match_82 match_part 1.000 749 273 match_83 match_part 0.998 749 313 match_84 match_part 0.993 2862 2310 match_85 match_part 0.986 2852 2424 match_86 match_part 1.000 6869 6474 match_87 match_part 1.000 6869 6474 match_88 match_part 1.000 6868 6474 match_89 match_part 0.993 6929 6479 match_90 match_part 1.000 7457 7326 match_part 1.000 7112 6571 match_91 match_part 0.998 9745 9114 match_part 1.000 7521 7326 match_part 1.000 7112 6580 match_92 match_part 0.993 9406 9114 match_part 1.000 7521 7326 match_part 0.997 7112 6716 match_93 match_part 1.000 9488 9114 match_part 1.000 7521 7326 match_part 0.994 7112 6944 match_94 match_part 1.000 9322 9114 match_part 1.000 7521 7326 match_part 1.000 7112 6973 match_95 match_part 1.000 9690 9114 match_part 1.000 7521 7326 match_part 0.973 7112 7038 match_96 match_part 1.000 9331 9114 match_part 1.000 7521 7326 match_part 1.000 7112 7064 match_97 match_part 1.000 9628 9114 match_part 0.958 7521 7354 match_98 match_part 1.000 9351 9114 match_part 1.000 7521 7389 match_99 match_part 0.975 9352 9114 match_part 1.000 7521 7468 match_100 match_part 1.000 9697 9114 match_101 match_part 1.000 9698 9116 match_102 match_part 1.000 9298 9116 match_103 match_part 1.000 9561 9117 match_104 match_part 0.988 9628 9124 match_105 match_part 1.000 9561 9124 match_106 match_part 0.982 9729 9131 match_107 match_part 0.991 9753 9179 match_108 match_part 1.000 9701 9196 match_109 match_part 0.989 9686 9230 match_110 match_part 0.988 9730 9328 match_111 match_part 0.996 9628 9367 match_112 match_part 1.000 12757 12683 match_part 1.000 12607 12497 match_part 1.000 11240 11062 match_part 0.997 10958 10582 match_113 match_part 0.971 12717 12683 match_part 1.000 12607 12497 match_part 1.000 11240 11062 match_part 0.995 10958 10582 match_114 match_part 0.995 23780 23359 match_part 1.000 19640 19543 match_part 1.000 18512 18426 match_part 1.000 18279 18182 match_part 0.966 16485 16428 match_part 0.990 15117 15016 match_part 1.000 14927 14866 match_part 1.000 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 0.937 12607 12497 match_part 0.933 11240 11062 match_part 0.902 10958 10877 match_part 0.947 10793 10644 match_115 match_part 1.000 14915 14866 match_part 1.000 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 1.000 12607 12497 match_part 1.000 11240 11062 match_part 1.000 10958 10933 match_116 match_part 0.991 23710 23359 match_part 1.000 19640 19543 match_part 1.000 18512 18426 match_part 1.000 18279 18182 match_part 1.000 16485 16428 match_part 0.990 15117 15016 match_part 1.000 14927 14866 match_part 0.973 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 0.955 12607 12497 match_part 0.875 11240 11209 match_117 match_part 1.000 14887 14866 match_part 0.982 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 0.939 12607 12151 match_118 match_part 1.000 14915 14866 match_part 1.000 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 1.000 12607 12582 match_119 match_part 1.000 13345 12931 match_120 match_part 1.000 13340 13123 match_121 match_part 1.000 14916 14866 match_part 0.982 14787 14677 match_part 1.000 14047 14022 match_122 match_part 0.981 23730 23359 match_part 1.000 19640 19543 match_part 1.000 18512 18426 match_part 1.000 18279 18182 match_part 1.000 16485 16428 match_part 1.000 15117 15080 match_123 match_part 0.992 23612 23359 match_part 1.000 19640 19543 match_part 0.954 18512 18426 match_part 0.969 18279 18182 match_part 0.965 16485 16429 match_124 match_part 0.995 23557 23359 match_part 1.000 19640 19543 match_part 1.000 18512 18426 match_part 0.990 18279 18182 match_part 1.000 16485 16457 match_125 match_part 0.922 23832 23359 match_part 1.000 19640 19543 match_part 0.966 18512 18426 match_part 1.000 18279 18227 match_126 match_part 0.922 23831 23359 match_part 1.000 19640 19543 match_part 0.954 18512 18426 match_part 1.000 18279 18262 match_127 match_part 1.000 23759 23359 match_part 1.000 19640 19543 match_part 0.989 18512 18426 match_part 1.000 18279 18270 match_128 match_part 0.975 23555 23359 match_part 1.000 19640 19543 match_part 1.000 18512 18464 match_129 match_part 0.989 23728 23359 match_part 0.960 19640 19591 match_130 match_part 0.986 23707 23501 match_131 match_part 0.976 31337 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.951 27847 27540 match_132 match_part 1.000 31326 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 1.000 27847 27540 match_133 match_part 0.963 31317 31211 match_part 0.958 31086 31039 match_part 0.977 28327 28240 match_part 0.977 28156 28113 match_part 0.964 27847 27540 match_134 match_part 0.992 31339 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 1.000 27847 27581 match_135 match_part 1.000 31334 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 1.000 27847 27581 match_136 match_part 1.000 31330 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.973 27847 27585 match_137 match_part 1.000 31329 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.984 27847 27590 match_138 match_part 0.992 31335 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.992 27847 27591 match_139 match_part 0.974 31327 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.977 27847 27591 match_140 match_part 1.000 31229 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 1.000 27847 27591 match_141 match_part 0.974 31327 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.964 27847 27596 match_142 match_part 1.000 31337 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.984 27847 27655 match_143 match_part 1.000 31332 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 1.000 27847 27680 match_144 match_part 1.000 31301 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 1.000 27847 27709 match_145 match_part 0.667 41495 41487 match_part 0.940 41432 41069 match_146 match_part 0.923 44806 44194 match_147 match_part 0.919 44806 44240 match_148 match_part 0.892 46081 46045 match_part 1.000 45891 45777 match_part 0.985 45614 45155 match_149 match_part 1.000 49468 49387 match_part 1.000 49273 49190 match_part 1.000 47268 47135 match_part 1.000 47040 46943 match_part 1.000 46745 46657 match_part 1.000 46581 46500 match_150 match_part 1.000 49468 49387 match_part 1.000 49273 49190 match_part 1.000 47268 47135 match_part 1.000 47040 46943 match_part 1.000 46745 46670 match_151 match_part 1.000 50031 49959 match_part 1.000 49651 49387 match_part 1.000 49273 49190 match_part 1.000 47268 47135 match_part 1.000 47040 46943 match_part 1.000 46745 46712 match_152 match_part 1.000 50069 49959 match_part 1.000 49651 49387 match_part 1.000 49273 49190 match_part 1.000 47268 47135 match_part 1.000 47040 47034 match_153 match_part 0.978 50048 49959 match_part 0.975 49651 49412 match_154 match_part 0.984 53757 53272 match_part 1.000 52435 52324 match_part 0.925 51205 51006 match_155 match_part 0.994 53755 53272 match_part 1.000 52435 52324 match_part 0.925 51205 51006 match_156 match_part 0.996 53754 53272 match_part 1.000 52435 52324 match_part 0.910 51205 51006 match_157 match_part 0.996 53754 53272 match_part 1.000 52435 52324 match_part 0.920 51205 51006 match_158 match_part 1.000 53662 53272 match_part 0.982 52435 52324 match_part 0.931 51205 51104 match_159 match_part 1.000 53862 53272 match_part 1.000 52435 52324 match_part 1.000 51205 51127 match_160 match_part 1.000 56805 56713 match_part 1.000 55039 54957 match_part 0.994 53867 53340 match_161 match_part 0.986 56784 56713 match_part 0.988 55039 54957 match_part 0.959 53867 53376 match_162 match_part 1.000 73236 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71587 match_part 1.000 71258 71197 match_part 1.000 70922 70856 match_part 0.992 70774 70656 match_part 1.000 69659 69483 match_part 1.000 69327 68881 match_163 match_part 0.996 73228 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71587 match_part 1.000 71258 71197 match_part 0.940 70922 70856 match_part 0.939 70774 70709 match_164 match_part 0.991 73222 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71630 match_165 match_part 1.000 73226 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71631 match_166 match_part 1.000 73222 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71631 match_167 match_part 0.967 71912 71852 match_part 1.000 71781 71631 match_168 match_part 0.991 73222 72988 match_part 0.995 72039 71852 match_part 0.981 71781 71678 match_169 match_part 0.992 73235 72988 match_part 1.000 72039 71852 match_part 0.990 71781 71683 match_170 match_part 0.996 73213 72988 match_part 1.000 72039 71869 match_171 match_part 0.991 73222 72988 match_part 1.000 72039 71898 match_172 match_part 0.992 77671 77280 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 750 91 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 2862 2310 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 9753 9114 exon 7521 7326 exon 7112 6474 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 9435 9753 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 15016 exon 14927 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12497 exon 11240 11062 exon 10958 10582 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 15016 exon 14927 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12497 exon 11240 11062 exon 10958 10877 exon 10793 10644 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 14916 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12151 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 13345 12931 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 31339 31211 exon 31086 31039 exon 28327 28240 exon 28156 28113 exon 27847 27540 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 36660 36892 exon 38347 38446 exon 38563 38651 exon 38835 38890 exon 39811 39957 exon 40682 40804 exon 41018 41597 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 36684 36892 exon 38347 38446 exon 38563 38651 exon 38835 38894 exon 39085 39089 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 41495 41487 exon 41432 41069 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 44806 44194 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 46081 46045 exon 45891 45777 exon 45614 45155 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 50069 49959 exon 49651 49387 exon 49273 49190 exon 47268 47135 exon 47040 46943 exon 46745 46657 exon 46581 46500 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 56805 56713 exon 55039 54957 exon 53867 53272 exon 52435 52324 exon 51205 51006 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59622 59949 exon 61337 61455 exon 61860 63103 exon 63556 63797 exon 64975 65072 exon 66128 66307 exon 66393 66488 exon 67962 68524 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59340 59423 exon 60480 60514 exon 62615 63103 exon 63556 63797 exon 64975 65072 exon 66128 66307 exon 66393 66488 exon 67962 68524 gene_19 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 65236 65576 exon 66128 66307 exon 66393 66488 exon 67962 68524 gene_20 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 66077 66307 exon 66393 66488 exon 67962 68524 gene_21 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 66434 66488 exon 67894 68534 gene_22 gene GT_PGL_13_AGS_6 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 67139 67650 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 73236 72988 exon 72039 71852 exon 71781 71587 exon 71258 71197 exon 70922 70856 exon 70774 70656 exon 69659 69483 exon 69327 68881 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 77277 77728 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 77671 77280 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 80317 80359 exon 80502 80954 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 927 transcript_1 transcript 1 927 CDS_1 CDS 1 927 stop_codon_1 stop_codon 925 927 gene_2 gene 1 36762 41298 transcript_2 transcript 36762 41298 start_codon_1 start_codon 36762 36764 CDS_2 CDS 36762 36892 CDS_3 CDS 38347 38446 CDS_4 CDS 38563 38651 CDS_5 CDS 38835 38890 CDS_6 CDS 39811 39957 CDS_7 CDS 40682 40804 CDS_8 CDS 41018 41298 stop_codon_2 stop_codon 41296 41298 gene_3 gene 1 61983 68018 transcript_3 transcript 61983 68018 start_codon_2 start_codon 61983 61985 CDS_9 CDS 61983 63103 CDS_10 CDS 63556 63797 CDS_11 CDS 64975 65072 CDS_12 CDS 66128 66307 CDS_13 CDS 66393 66488 CDS_14 CDS 67962 68018 stop_codon_3 stop_codon 68016 68018 gene_4 gene 1 78012 80596 transcript_4 transcript 78012 80596 start_codon_3 start_codon 78012 78014 CDS_15 CDS 78012 78078 CDS_16 CDS 78598 78674 CDS_17 CDS 80317 80359 CDS_18 CDS 80502 80596 stop_codon_4 stop_codon 80594 80596 AUGUSTUS_tom_cdna de novo gene_5 gene 1 2546 2055 transcript_5 transcript 2546 2055 stop_codon_5 stop_codon 2057 2055 CDS_19 CDS 2546 2055 start_codon_4 start_codon 2546 2544 gene_6 gene 1 9643 6804 transcript_6 transcript 9643 6804 stop_codon_6 stop_codon 6806 6804 CDS_20 CDS 7112 6804 CDS_21 CDS 7521 7326 CDS_22 CDS 9643 9114 start_codon_5 start_codon 9643 9641 gene_7 gene 1 23836 10687 transcript_7 transcript 23836 10687 stop_codon_7 stop_codon 10689 10687 CDS_23 CDS 10793 10687 CDS_24 CDS 10958 10877 CDS_25 CDS 11133 11062 CDS_26 CDS 11240 11205 CDS_27 CDS 12607 12497 CDS_28 CDS 12802 12683 CDS_29 CDS 14047 13969 CDS_30 CDS 14787 14677 CDS_31 CDS 14927 14866 CDS_32 CDS 15117 15016 CDS_33 CDS 16485 16428 CDS_34 CDS 18279 18182 CDS_35 CDS 18512 18426 CDS_36 CDS 19640 19543 CDS_37 CDS 23836 23359 start_codon_6 start_codon 23836 23834 gene_8 gene 1 31297 27764 transcript_8 transcript 31297 27764 stop_codon_8 stop_codon 27766 27764 CDS_38 CDS 27847 27764 CDS_39 CDS 28156 28113 CDS_40 CDS 28327 28240 CDS_41 CDS 31086 31039 CDS_42 CDS 31297 31211 start_codon_7 start_codon 31297 31295 gene_9 gene 1 49919 45444 transcript_9 transcript 49919 45444 stop_codon_9 stop_codon 45446 45444 CDS_43 CDS 45614 45444 CDS_44 CDS 45891 45777 CDS_45 CDS 46115 46045 CDS_46 CDS 46347 46199 CDS_47 CDS 46581 46476 CDS_48 CDS 46745 46657 CDS_49 CDS 47040 46943 CDS_50 CDS 47268 47135 CDS_51 CDS 49273 49190 CDS_52 CDS 49651 49387 CDS_53 CDS 49919 49897 start_codon_8 start_codon 49919 49917 gene_10 gene 1 56784 51169 transcript_10 transcript 56784 51169 stop_codon_10 stop_codon 51171 51169 CDS_54 CDS 51205 51169 CDS_55 CDS 52435 52324 CDS_56 CDS 53867 53272 CDS_57 CDS 55039 54957 CDS_58 CDS 56784 56713 start_codon_9 start_codon 56784 56782 gene_11 gene 1 73230 69218 transcript_11 transcript 73230 69218 stop_codon_11 stop_codon 69220 69218 CDS_59 CDS 69327 69218 CDS_60 CDS 69659 69483 CDS_61 CDS 70774 70656 CDS_62 CDS 70922 70856 CDS_63 CDS 71258 71197 CDS_64 CDS 71781 71587 CDS_65 CDS 72039 71852 CDS_66 CDS 73230 72988 start_codon_10 start_codon 73230 73228 AUGUSTUS_ab_initio de novo gene_1 gene 1 61983 69663 transcript_1 transcript 61983 69663 start_codon_1 start_codon 61983 61985 CDS_1 CDS 61983 63103 CDS_2 CDS 63556 63813 CDS_3 CDS 69651 69663 stop_codon_1 stop_codon 69661 69663 AUGUSTUS_ab_initio de novo gene_2 gene 1 53815 2055 transcript_2 transcript 53815 2055 stop_codon_2 stop_codon 2057 2055 CDS_4 CDS 2552 2055 CDS_5 CDS 7521 7326 CDS_6 CDS 9545 9114 CDS_7 CDS 18279 18182 CDS_8 CDS 18512 18426 CDS_9 CDS 19640 19510 CDS_10 CDS 23694 23465 CDS_11 CDS 46745 46657 CDS_12 CDS 49651 49387 CDS_13 CDS 52435 52324 CDS_14 CDS 53815 53272 start_codon_2 start_codon 53815 53813 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 927 transcript_1 transcript 1 927 CDS_1 CDS 1 927 stop_codon_1 stop_codon 925 927 gene_2 gene 1 36762 41298 transcript_2 transcript 36762 41298 start_codon_1 start_codon 36762 36764 CDS_2 CDS 36762 36892 CDS_3 CDS 38347 38446 CDS_4 CDS 38563 38651 CDS_5 CDS 38835 38890 CDS_6 CDS 39811 39957 CDS_7 CDS 40682 40804 CDS_8 CDS 41018 41298 stop_codon_2 stop_codon 41296 41298 gene_3 gene 1 61983 68018 transcript_3 transcript 61983 68018 start_codon_2 start_codon 61983 61985 CDS_9 CDS 61983 63103 CDS_10 CDS 63556 63797 CDS_11 CDS 64975 65072 CDS_12 CDS 66128 66307 CDS_13 CDS 66393 66488 CDS_14 CDS 67962 68018 stop_codon_3 stop_codon 68016 68018 gene_4 gene 1 78012 80596 transcript_4 transcript 78012 80596 start_codon_3 start_codon 78012 78014 CDS_15 CDS 78012 78078 CDS_16 CDS 78598 78674 CDS_17 CDS 80317 80359 CDS_18 CDS 80502 80596 stop_codon_4 stop_codon 80594 80596 AUGUSTUS_tom_ugs de novo gene_5 gene 1 2546 2055 transcript_5 transcript 2546 2055 stop_codon_5 stop_codon 2057 2055 CDS_19 CDS 2546 2055 start_codon_4 start_codon 2546 2544 gene_6 gene 1 9844 6804 transcript_6 transcript 9844 6804 stop_codon_6 stop_codon 6806 6804 CDS_20 CDS 7112 6804 CDS_21 CDS 7521 7326 CDS_22 CDS 9545 9114 CDS_23 CDS 9844 9654 start_codon_5 start_codon 9844 9842 gene_7 gene 1 23710 11106 transcript_7 transcript 23710 11106 stop_codon_7 stop_codon 11108 11106 CDS_24 CDS 11240 11106 CDS_25 CDS 12607 12497 CDS_26 CDS 12802 12683 CDS_27 CDS 14047 13969 CDS_28 CDS 14787 14677 CDS_29 CDS 14927 14866 CDS_30 CDS 15117 15016 CDS_31 CDS 16485 16428 CDS_32 CDS 18279 18182 CDS_33 CDS 18512 18426 CDS_34 CDS 19640 19543 CDS_35 CDS 23710 23359 start_codon_6 start_codon 23710 23708 gene_8 gene 1 31297 27764 transcript_8 transcript 31297 27764 stop_codon_8 stop_codon 27766 27764 CDS_36 CDS 27847 27764 CDS_37 CDS 28156 28113 CDS_38 CDS 28327 28240 CDS_39 CDS 31086 31039 CDS_40 CDS 31297 31211 start_codon_7 start_codon 31297 31295 gene_9 gene 1 49641 45444 transcript_9 transcript 49641 45444 stop_codon_9 stop_codon 45446 45444 CDS_41 CDS 45614 45444 CDS_42 CDS 45891 45777 CDS_43 CDS 46115 46045 CDS_44 CDS 46347 46199 CDS_45 CDS 46581 46476 CDS_46 CDS 46745 46657 CDS_47 CDS 47040 46943 CDS_48 CDS 47268 47135 CDS_49 CDS 49273 49190 CDS_50 CDS 49641 49387 start_codon_8 start_codon 49641 49639 gene_10 gene 1 56784 51169 transcript_10 transcript 56784 51169 stop_codon_10 stop_codon 51171 51169 CDS_51 CDS 51205 51169 CDS_52 CDS 52435 52324 CDS_53 CDS 53867 53272 CDS_54 CDS 55039 54957 CDS_55 CDS 56784 56713 start_codon_9 start_codon 56784 56782 gene_11 gene 1 73230 69218 transcript_11 transcript 73230 69218 stop_codon_11 stop_codon 69220 69218 CDS_56 CDS 69327 69218 CDS_57 CDS 69659 69483 CDS_58 CDS 70774 70656 CDS_59 CDS 70922 70856 CDS_60 CDS 71258 71197 CDS_61 CDS 71781 71587 CDS_62 CDS 72039 71852 CDS_63 CDS 73230 72988 start_codon_10 start_codon 73230 73228 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.966 36660 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 0.983 41018 41597 match_2 match_part 0.985 59622 59949 match_part 1.000 61337 61455 match_part 1.000 61860 63103 match_part 1.000 63556 63797 match_part 1.000 64975 65072 match_part 1.000 66128 66307 match_part 1.000 66393 66488 match_part 0.987 67962 68412 match_3 match_part 1.000 65236 65576 match_part 1.000 66128 66307 match_part 1.000 66393 66488 match_part 1.000 67962 68133 match_4 match_part 0.971 65247 65450 match_5 match_part 1.000 66434 66488 match_part 1.000 67894 68524 match_6 match_part 0.988 67139 67650 match_7 match_part 1.000 80317 80359 match_part 0.998 80502 80954 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 1.000 750 91 match_9 match_part 0.993 2862 2310 match_10 match_part 0.992 9753 9114 match_part 1.000 7521 7326 match_part 1.000 7112 6474 match_11 match_part 0.945 23832 23359 match_part 1.000 19640 19543 match_part 1.000 18512 18426 match_part 1.000 18279 18182 match_part 1.000 16485 16428 match_part 0.990 15117 15016 match_part 1.000 14927 14866 match_part 1.000 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 1.000 12607 12497 match_part 1.000 11240 11062 match_part 0.997 10958 10582 match_12 match_part 1.000 14887 14866 match_part 0.982 14787 14677 match_part 1.000 14047 13969 match_part 1.000 12802 12683 match_part 0.939 12607 12151 match_13 match_part 1.000 13345 12931 match_14 match_part 1.000 31342 31211 match_part 1.000 31086 31039 match_part 1.000 28327 28240 match_part 1.000 28156 28113 match_part 0.964 27847 27540 match_15 match_part 0.667 41495 41487 match_part 0.940 41432 41069 match_16 match_part 0.892 46081 46045 match_part 1.000 45891 45777 match_part 0.985 45614 45155 match_17 match_part 1.000 50069 49959 match_part 1.000 49651 49387 match_part 1.000 49273 49190 match_part 1.000 47268 47135 match_part 1.000 47040 46943 match_part 1.000 46745 46657 match_part 1.000 46581 46500 match_18 match_part 1.000 56805 56713 match_part 1.000 55039 54957 match_part 0.997 53867 53272 match_part 1.000 52435 52324 match_part 0.925 51205 51006 match_19 match_part 1.000 73235 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71587 match_part 1.000 71258 71197 match_part 1.000 70922 70856 match_part 0.975 70774 70656 match_part 1.000 69659 69483 match_part 1.000 69327 68881 match_20 match_part 1.000 77728 77280 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 750 91 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 2862 2310 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 9753 9114 exon 7521 7326 exon 7112 6474 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23832 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 15016 exon 14927 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12497 exon 11240 11062 exon 10958 10582 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 13345 12931 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 14887 14866 exon 14787 14677 exon 14047 13969 exon 12802 12683 exon 12607 12151 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 31342 31211 exon 31086 31039 exon 28327 28240 exon 28156 28113 exon 27847 27540 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 36660 36892 exon 38347 38446 exon 38563 38651 exon 38835 38890 exon 39811 39957 exon 40682 40804 exon 41018 41597 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 41495 41487 exon 41432 41069 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 46081 46045 exon 45891 45777 exon 45614 45155 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 50069 49959 exon 49651 49387 exon 49273 49190 exon 47268 47135 exon 47040 46943 exon 46745 46657 exon 46581 46500 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 56805 56713 exon 55039 54957 exon 53867 53272 exon 52435 52324 exon 51205 51006 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 65236 65576 exon 66128 66307 exon 66393 66488 exon 67962 68133 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 67139 67650 gene_15 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 66434 66488 exon 67894 68524 gene_16 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 59622 59949 exon 61337 61455 exon 61860 63103 exon 63556 63797 exon 64975 65072 exon 66128 66307 exon 66393 66488 exon 67962 68412 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 73235 72988 exon 72039 71852 exon 71781 71587 exon 71258 71197 exon 70922 70856 exon 70774 70656 exon 69659 69483 exon 69327 68881 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 77728 77280 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 80317 80359 exon 80502 80954 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 12236 12748 match_2 match_part 0.912 36642 36892 match_part 0.980 38347 38446 match_part 0.989 38563 38651 match_part 0.911 38835 38890 match_part 0.966 39811 39957 match_part 0.919 40682 40804 match_part 0.956 41018 41445 match_3 match_part 0.966 36660 36892 match_part 1.000 38347 38446 match_part 1.000 38563 38651 match_part 1.000 38835 38890 match_part 1.000 39811 39957 match_part 1.000 40682 40804 match_part 1.000 41018 41597 match_4 match_part 0.997 65958 66307 match_part 1.000 66393 66542 match_5 match_part 1.000 66193 66307 match_part 0.981 66393 66759 GenomeThreader_SGN_markers SGN marker sequences match_6 match_part 1.000 13378 12888 match_7 match_part 0.941 23730 23359 match_part 0.949 19640 19543 match_part 0.943 18512 18426 match_part 1.000 18279 18182 match_part 0.948 16485 16428 match_part 0.972 15117 14866 match_part 1.000 14787 14677 match_part 0.625 14421 14414 match_8 match_part 1.000 73235 72988 match_part 1.000 72039 71852 match_part 1.000 71781 71587 match_part 1.000 71258 71197 match_part 0.940 70922 70856 match_part 0.939 70774 70709 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 12236 12748 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 13378 12888 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 23730 23359 exon 19640 19543 exon 18512 18426 exon 18279 18182 exon 16485 16428 exon 15117 14866 exon 14787 14677 exon 14421 14414 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 36642 36892 exon 38347 38446 exon 38563 38651 exon 38835 38890 exon 39811 39957 exon 40682 40804 exon 41018 41597 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 65958 66307 exon 66393 66759 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0320P23.1 type gene exon 73235 72988 exon 72039 71852 exon 71781 71587 exon 71258 71197 exon 70922 70856 exon 70774 70709 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 927 transcript_1 transcript 1 927 CDS_1 CDS 1 927 stop_codon_1 stop_codon 925 927 gene_2 gene 1 36762 41298 transcript_2 transcript 36762 41298 start_codon_1 start_codon 36762 36764 CDS_2 CDS 36762 36892 CDS_3 CDS 38347 38446 CDS_4 CDS 38563 38651 CDS_5 CDS 38835 38890 CDS_6 CDS 39811 39957 CDS_7 CDS 40682 40804 CDS_8 CDS 41018 41298 stop_codon_2 stop_codon 41296 41298 gene_3 gene 1 61983 68018 transcript_3 transcript 61983 68018 start_codon_2 start_codon 61983 61985 CDS_9 CDS 61983 63103 CDS_10 CDS 63556 63797 CDS_11 CDS 64975 65072 CDS_12 CDS 66128 66307 CDS_13 CDS 66393 66488 CDS_14 CDS 67962 68018 stop_codon_3 stop_codon 68016 68018 gene_4 gene 1 78012 80596 transcript_4 transcript 78012 80596 start_codon_3 start_codon 78012 78014 CDS_15 CDS 78012 78078 CDS_16 CDS 78598 78674 CDS_17 CDS 80317 80359 CDS_18 CDS 80502 80596 stop_codon_4 stop_codon 80594 80596 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 2546 2055 transcript_5 transcript 2546 2055 stop_codon_5 stop_codon 2057 2055 CDS_19 CDS 2546 2055 start_codon_4 start_codon 2546 2544 gene_6 gene 1 9643 6804 transcript_6 transcript 9643 6804 stop_codon_6 stop_codon 6806 6804 CDS_20 CDS 7112 6804 CDS_21 CDS 7521 7326 CDS_22 CDS 9643 9114 start_codon_5 start_codon 9643 9641 gene_7 gene 1 23836 10687 transcript_7 transcript 23836 10687 stop_codon_7 stop_codon 10689 10687 CDS_23 CDS 10793 10687 CDS_24 CDS 10958 10877 CDS_25 CDS 11133 11062 CDS_26 CDS 11240 11205 CDS_27 CDS 12607 12497 CDS_28 CDS 12802 12683 CDS_29 CDS 14047 13969 CDS_30 CDS 14787 14677 CDS_31 CDS 14927 14866 CDS_32 CDS 15117 15016 CDS_33 CDS 16485 16428 CDS_34 CDS 18279 18182 CDS_35 CDS 18512 18426 CDS_36 CDS 19640 19543 CDS_37 CDS 23836 23359 start_codon_6 start_codon 23836 23834 gene_8 gene 1 31297 27764 transcript_8 transcript 31297 27764 stop_codon_8 stop_codon 27766 27764 CDS_38 CDS 27847 27764 CDS_39 CDS 28156 28113 CDS_40 CDS 28327 28240 CDS_41 CDS 31086 31039 CDS_42 CDS 31297 31211 start_codon_7 start_codon 31297 31295 gene_9 gene 1 49919 45444 transcript_9 transcript 49919 45444 stop_codon_9 stop_codon 45446 45444 CDS_43 CDS 45614 45444 CDS_44 CDS 45891 45777 CDS_45 CDS 46115 46045 CDS_46 CDS 46347 46199 CDS_47 CDS 46581 46476 CDS_48 CDS 46745 46657 CDS_49 CDS 47040 46943 CDS_50 CDS 47268 47135 CDS_51 CDS 49273 49190 CDS_52 CDS 49651 49387 CDS_53 CDS 49919 49897 start_codon_8 start_codon 49919 49917 gene_10 gene 1 56784 51169 transcript_10 transcript 56784 51169 stop_codon_10 stop_codon 51171 51169 CDS_54 CDS 51205 51169 CDS_55 CDS 52435 52324 CDS_56 CDS 53867 53272 CDS_57 CDS 55039 54957 CDS_58 CDS 56784 56713 start_codon_9 start_codon 56784 56782 gene_11 gene 1 73230 69218 transcript_11 transcript 73230 69218 stop_codon_11 stop_codon 69220 69218 CDS_59 CDS 69327 69218 CDS_60 CDS 69659 69483 CDS_61 CDS 70774 70656 CDS_62 CDS 70922 70856 CDS_63 CDS 71258 71197 CDS_64 CDS 71781 71587 CDS_65 CDS 72039 71852 CDS_66 CDS 73230 72988 start_codon_10 start_codon 73230 73228 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 154 88 807 match_2 match 155 13 813 match_3 match 129 10 807 match_4 match 109 1 819 match_5 match 141 41014 41283 match_6 match 191 61983 63092 match_7 match 117 63542 63805 match_8 match 191 61983 63092 match_9 match 117 63542 63805 match_10 match 125 13 843 match_11 match 125 13 843 match_12 match 125 13 843 match_13 match 127 10 807 match_14 match 122 10 819 match_15 match 109 1 819 match_16 match 128 10 810 match_17 match 151 13 813 match_18 match 158 10 807 match_19 match 127 13 810 match_20 match 187 61983 63074 match_21 match 118 63542 63799 match_22 match 112 1 819 match_23 match 127 13 1083 match_24 match 125 85 807 match_25 match 136 10 807 match_26 match 132 13 810 match_27 match 129 10 807 match_28 match 146 1 807 match_29 match 146 13 762 match_30 match 158 13 810 match_31 match 126 91 810 match_32 match 166 13 807 match_33 match 113 10 807 match_34 match 105 10 819 match_35 match 156 10 807 match_36 match 153 13 807 match_37 match 122 13 813 match_38 match 147 16 813 match_39 match 123 10 813 match_40 match 162 88 813 match_41 match 119 10 819 match_42 match 163 13 807 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_43 match 132 2516 2070 match_44 match 105 12802 12500 match_45 match 93.6 14921 14676 match_46 match 53.5 15120 15016 match_47 match 105 12802 12500 match_48 match 93.6 14921 14676 match_49 match 53.5 15120 15016 match_50 match 223 2546 2061 match_51 match 125 2525 2094 match_52 match 122 2525 2088 match_53 match 122 2525 2088 match_54 match 124 9487 9113 match_55 match 149 7118 6810 match_56 match 113 71813 71577 match_57 match 108 2525 2070 match_58 match 122 2525 2088 match_59 match 232 2534 2061 match_60 match 122 2555 2094 match_61 match 133 2513 2070 match_62 match 124 2525 2088 match_63 match 122 2525 2088 match_64 match 79.0 47277 47107 match_65 match 50.1 47042 46944 match_66 match 120 7118 6810 match_67 match 119 2522 2094 match_68 match 115 7118 6810 match_69 match 437 87347 85725 match_70 match 122 2525 2088 match_71 match 125 2525 2094 match_72 match 159 86594 85929 match_73 match 114 87254 86904 match_74 match 25.4 86899 86822