C06HBa0024A16.2 AAGCTTCGTAGGTAATTTGAGACGATTCAAGAAGAATGAGATAAGCTAACACAACGAACT TGAACATTGACAATACAAAAAGTTGAATACTACCATCAAAAAGAGTGCATAAAATATTAG TGAGGATACATACCAAATATTATATTACCAGTTCATCATATGTGACATAACTTGAATAAT AGACACACTAATCACTTACGATGCACGGAAGTCAACTCCAACAGGTCTGGGAAGTTGCAA GAAGCTCCGAGAATGTAAATCAGTCGCAAAAACTGTCTGTATTTATTACAGTCTTGTCAG TATTTTCAAACGGAAAATTAGATCTCAAGACAAGACATTCTACAAATAAAACATCTCAAA AATAAAACAAGGCATTTAACCATCTTACAGATCACACCAGGTGAATGAAAGCACAGTACA CCAACCGCATCAGACAGAAATATGCAACTTGTTGATGTGAAAGAACATCTTGAATAAGAA ATCAATTTCAATATAACTTCTGGTGTAGATACTGTATTCTAGTCGTGGAAGTGGTTTTAG CAATGGGTCTATTGCATTCCATGAAACGTGAACGAAATGTTGAAAATAAGGTCATACAAC AATCACATCTTCATTCATGATATTATTATCTCCTACTCACAGAGACAAAGCATGAGAAGT TCACTATAGAGGGCAAAAGGAGAAGCCATCGGACTGCGGCAGTCCAGAAGACATTTGGAG AAGATTTTCTAAGTCCACAAAGAGTACATTGGTACTTTCAGTCATAGCCTTTTGGTTGAT CACTGTATCTCCAACACCAACAATAGTAGTACATATATTAAATATTTAATACCAGATTTA AAATAGGTCAAACTTTTGGAAGGTCTTTTTAGTGTAAGCTCCTTGGAAACAAAAATTGCA TACACTAAACAAATCAAAGTATAGTGACTTGTTCAACATGCTTACACATCAGATAGAAAC TAATGTCTGAAGGCAGCACTGGAGACAACCGTAGATGTTCAATGTTGGATCCATGCTATT GACAAGTTAAAATGCTAAGCTAGAGACAACTTAGTATTTTTTTTGACAAAGAGAGACAAC TTAGTATTAATAATTTTAATAACACTTACAGAGAGATATTGAAACAGTCCATCTGATACT TGGGGTTTCAAATATACACCACCAGTTATGTAAGAAGCCTGTTCCCAGATAGATATGCAC CATAAGATCAGTGAGCCAGAAAATAACTCATGCTGAGAAGGAATAGATTTTCAACCAGAA CTTTCAGGTATAGAAATGCTACCTGCTGAAGAAAAGCAGAATGCTGAGATCCTATTACAC ATGAATCAATGGGTACCTGCAATAAAAACGCATTGCATTTCTTAGAGTAGGATCACAATA TGGAAATCTAAGTCCCGATCCCTAATTTTGAAAATTCTACATTTATGAAGACATGTGACA ACTTTCTAATTAATCAAGAAGGAAAATTGAAGGAAAGAATTGTTAAATCCTATATACCAT TGAACGTTGAGCTGAGAAAATTGAATTCATGACTGCAACATATCTGCAAAAAAAGAACAT GTTTCAGCAGAGAACCTAACAATGAGAAGATTGTAGAAGCTGTGAAGATCCAACATACTG TCCCGGCCCATCTGGAGATCCATGCAGACACAATATCTGCCATAATTTCAAGCACATTTT CTTAGCATCAATATTCATATCCAACATAACAAAAACGGATCAAATTTTAAAGTATAAAAC AAGAGAAGACAGATTTTTTTTTCCTAACAACTACCTTACTGATAAATGATCAAATTAACA AACACAAAAATGATGTAGTAATATCTGATAATATCACATTAAGAAATTGCCAATGAAATG GGACCAGAAATGGCATTTCATCGGGAATGCTAGTTTTTTCTTTTCTTGATAAGGATGGGA ATGGTAGTTTCACTATACCATTGGATAAAAATTGCAGTACAAATAAATCAGGGCACATTG AAGTTTAATTGATGGTTTTGTTTAAGGTACATAAAACATAGAATAACTTAAAGTATTACC TCACCAAACCCCCTTAAATGCACCTTTGGGGTTAAGAAACACTATCAGAATTAACATGAA ACGTAAAAGGCCAAAGAAATCACTGGAAAAAACTCGAAGTTCTTTTTCCCCTTGGACGAG AGATATTTCCATGGATAAGGTATTTGGCATAATAACATGTTATGCTTGTAAATGCTAAAG CTTACGATCCCAAATGGATCGACCAGGAAAATTTCACATAAGCATAAAATCTATAAATGT AACTGGATAAACAAAATAATACAAGTAGAAATTCTCATAACAAATTCCATCAATTCAAAA TCCCAGAAGAACCCATTTTCAGTTTCTTGTAAAATAAGGAACTTACCCGAGGTTGTGGAT GAAGAGGCCCTGAACGAAATACCCGTTGAATGTCTAACAGTGCACACAGGTCAAGAGAAA CACTTCCTCTAAACAAACGTGAATGCAAAGCTATGCACAATAACAAATAAAAACCAGTGG CAGATATAGCTAATAGCTACGGGTTCAACCAAACTCAGTATTTTCAAATACGGAACATGA ATACACAAGTAAGAAAAACTAAAATCTAACCAAAAAGATTAGATTTCGTATCTAGAATTT CAACAGTCAATAAATTCAGTGCTAAGAGCTTCAAAGAATAAACCTAGCAAGTCCAAATTT TGGTTCTGCATCTCAATAAAAATCATTAAAATTTCACTTCAATAAGAATATAAAAAAAAC CAACAGACATGAACTGATTGAGGATACAGCACAAAGCCATAGAAAGTGCACCAGAAAGCA GCGAAAACCCAACTCCATCAACAGAGTCTTCTTGACTCAAGGACTCATCTTTATCCACAA AATCCTCCAGTTTCTCCAACAAACACTCAGCTCTTTGCATTGACGAGGTAGACGAATCGA ATACATAATCACATGAATTGTACCCAGTTGCAATCACAACTACTTGGTTCATCTGATTCA GTAAAAGTATCGAATTCAAGAAAGCAAGAACCTGCATTTCCCCCATACATTCCAGCATCA AAATTCAACAAATGGAGAACACAAAACTATTCATTTTTTTTTAAAAAAAAAAACAAATTT TGGGTTTTAGGGGTCTTTACGTGTGATATGAATTTAGGGAATGTGAAGGCAGTGTTCTTC ATTGAGCTCCAGAAGTAGGGATTTGTATCAACCAGAACCATCAATAGGCTCACATCGTCT GAAAGTATTCAAAAGAGATTAATTTTAACACATTTTCCTCTTATTCCACTAACATGTACT TATTGCATACTTCAGCTACACAGACAGAGAAGGAGACAGACCTGCGTAAAGCTTTGATGA AACCGGTGTCATGGCCGCCGGTGGAATAAACCTTAATTCACCGGTCAGGTGTAGAGAGCG TCGCCGATGCAATATACTGTCGGGCTTTGCCTTTTTACTTATATAATGCTTATTTTTATT GAATCATAACAGAAAAAGACTTCGATAATTAATTGTTAATAAAAAAAAACATCGTTATCA TAACAAAAAGACAGTTTGGCCGAGTGGTCTAAGGCGCCAGATTTAGGCTCTGGTCCGAAA GGGCGTGGGTTCAAATCCCACAGCTGTCAATTTTTTTTACATATTATTTTAATTTTCCCT AAACCCAAACTTTTTACTTTATTATTTCTTATTTTAATTTTCCCCTAAAATCCAAATTAT TATTTTTATTTTTTTAAAAAAAAATCCCTTTATTTTTAATTCTCTATTTTAATTTTCCCT ACCTAGGAGTACTTATTATTTTTAGGAAAATTAAATACACAACTTATTTTATCACATTAT TTAAAACTTTTACTATTTGAAAAAATTATAACTAGTCGAATAAATCACTTTGCGTGATAT ATGAGGATGTGAGCAATGTATCAGATAATCGAGATGCAACATATCTGAAACATAGATACG ATGTATCGAAATGCTTTGGAATGTATTCGGATTCCACTATACTTAGGGAATTTTAGTAAT TTGAATATAGTAAGAATGAAATATAATTAGCTATTGACATTATATAATTTGCGTAAAAAA TATAATTTTTTTTTATTTTCCTCTAACCCAAATTAGAAGTTTCTTCGTTCCTTATTTTTT AAAAAATATAACTTTGTATAAAAACTATTTATGTTGATAACAAAGGGGTGCTAGGTTAGC AATCTTTAACATTGTTGAGACATAAACCCCAAGACTTTACACAAACACTCTGTTCAATCA AGAAAAACACAATACAATGGGTTCGAAACCTTGCTTCATTGATAAACCAGTAGTAAGTAC AAACTTTTTTTTTTTCGATTTCTTGTGCCAGATTATAGTGTATAAATTGTTTGATGCAAA AAAGATTGTATTTTTGGTTTTGATTAGGTTCCTGGTGATGTTGTTTTAGATCTTTCCAGC ATGACTAACCAAACGATTAAACTGGGTGGCGGCCTCCAACAGGTTTTTCCTCTCAGAGCT TTGATTTCTGTCTCATGGGTTTATAGATTTTTGTTTGTGGCTCTTGTATATACAAATATT AGCTTAAAAAAAGGTTCTTTTTATGTTTTATACACTGTTCTTGCTTTTTTTTTCTTTCTG GTAAGTGAGTTGGAATTTTGTTGTTCAGAGCACCAAGAAAGTTCCTTCTCACATTCAGGG AATACATTAATTCTCTCACTGATTTTGGATTATTACAATTTACTTGTTTGATACACCAAG AACTCAACATTTGTAGGCACATAGTTCTTGCTATTTTGAAAAAAAAATTTGTTCTTTTTC TCTCATTCTATATGTATCAAAAAGAGACTTAAAGCTAATGTATTCAAAGCTAGCTTTTCT TGCACTTTACCTGTATATGGTTATTTTCCTCTGTGGATGATAGTACTCTATTCAGCATTA TACTTACTGTGGCTCTAAGTATAAGGAGGCAATGCATCAAAAGTTTATAAATTTCTAACT GCCTTCAAGATAAATATATATGAGGTTCTATACATATTTTTCCCGTTTTGACAGGATCAT GATGCTGTAACTGTCGTCAAAGCAGGTATTTTGAGATTTTCAAAGCCAAACAAGTACTGG ATTGAAAGCTCACACAAAAGAGTGAGTGGTGCTATCTTTCTAGAATTATCCAAGTATCAC TTCTGCTGTTATTTTTTTGTAGATTTTATTGGAAAATTCCAGTTTTGTTGCTTTTTACAG GTTGTTGGCTAATATTTTAATACGTTTAAAGTAACCTGAAACTATTTCTTTAACTCAGCA TCTTCTCATGATTGAAACAGAGATAGTAAACTGCACTTTGGATTTTCTCACAGTGAAACT CTAAGGGAATGTATATGAAATTAAATAAAGCAGCATGTATTCACTGTTTAGGTTGAAATT TTGATTCACTGCTAGAATGAATGAGCCAATGTGCGTTATGGTGGATCTGCAAACTTTATA TGTCCTCAACTATTGCACAAGTGAGTTAATGCTACTATATTAGAGAGTTAAAGGAAGATA TCCAATTCAGAGTTGCAGAGGTCCTTTATGTTTTTTCTTTTGCTTAGTTAACTCGGCAAA AAACTTATAAAGGGAAAAAAGTATGAAATTACAAGGTTAAATGTATTGTTTTGAAATATG GACTAACAAGGGAGCTATAGTACTACCTTATCAAATAGGAGCCAAGTACTAATGATTCCA TCAGTGACTACTCAATTCCTAGATTTAACCCTGCGATACAACTATTTTAGAAATAACCTT GTTCGGTGATAAAAATTAGGATAGTCTCTTCTGGTTGAATTGAAGTGTTGAACTTTTTTC TTTAAAGAATATCAAATTGAACTTTCTTTGATTTGCTGATCCGCTGTTATTTCTTTACAG TATATACCTACCGTGGGGGATGCTGTCCTTGGAATTGTGGTGGACAAAAGAGCAGATGTA AGCATTCTTCAGTATTTCAAAACTGTTACTTGTTCTTCTTATAATAAGCAATGCCACTGT TTATTGTGATAACCTCCTTATTTCGGTTTCTGGTGAATAGTTATGTCTACTTTGCTACTA GCCGTGCCCTTAATTCTACTTTCTGCAGCATGAACTCTCTAACAGCTGCACTTTTAAGTA ATTGAGTATGTTATGCATTTAAGAACTAAATTTTTTCAGTATCTCACTATCCTTTTCTTT TTAATGAGTTTAAAAGTCAAAGCCAAGATGCTGATATTCCTTTTTTGATATATAACGACC TTAACTTATTAATCTCATCATCTTTTGATGAGTTTCCTTTGATGCTGTCAAACTATCCAC TTCTTCTATTTGCTTTATACGAAAATAGTATAATTGGTGCTTTAACTGGGAGTTTCGTGC TGCTCTGATCTTTTGCTTTAGTGTGTCTTTCTGCTTCCTGTTTTTGATCAATCAGATCTA TGGTGCACTTATCTAAGACATAATAAGCATCCAATATATGTTGCTCCTAATATTTGAGGG GATTTATGTGAGTTGTTGACTACTTAGTTTCATTTGTTACAGTTTGGTTGAAGTCAACTG TAGGGTTTTAGGTTCTAAACCACCATGTCTCTGGTAAGGACATATCAGCTGTAGTTGTGT AAAAAGGGAAGGGTAGTGATGCAAGTCTGCTGGGAAATAAGTTCTTTTTAGAGTATGTGT TATTGACCATATAGAATGACATTCATATTAATGTGGTGGCGAGTGGTGACTTATGTTGAT CATTCATTATACAAAATTACATTCATTGAGGTAAAAAAGTTGGTCCAAAAAATTTCTATC TGTTTCTAGTACTTATGATGAGAGATTTCCTGTGTTTGTCTATTTTTCTGTCATTTTCAT GAACACATCAAGATTTGTCACAAATGTAATGATGGTCCATGTAGCACGCATAAAATCTAA AAGTTCATTGATTCTTATCTGAAACTGCAGATTATGTCATTAAGATCTATGATTTTTCCT TATGAGCTTCAAATTCACTTTTGAGTTTTCTGGCAGAGCTTTTATGTGGACATAAAAGGG CCAATGGTGGCGTTCTTGCCAGTGCTAGCATTTGAAGGAGGGACTAGGAGAAACATACCC AAATTTGAGGTGATAATCCTAAGTTTCATGATATTTGAGCTCATATTCTTTGTTCTTTTC TCATCTTATGTTTCATTATGATAGAAAATACTTGTACCAAAATGAAGATATTGTTTTGCA ATTTTTATCTGATTATAAATTTTTACTCTATGAATCTTGATCATTTGAAATTGAGTGACA GCTTTATTATTTAACTCAAATGGAGATAGATGTATTGGAAGACTCCATGTAAATGGGGCA AACTCTCCTCTCCTCTAATTGAGAAGTTTAATTTTATTAATTGCTGGTTGCTTGTTCGAG AATTGCTTGATGTGCCCTCTTCAATTAGAAGATATCATATTAGTTTGTTGATAGCAATTT AATTTACCCCCTCCCCCCCTTCTTTTTGTAAAATAAGATTCAGAATTTAAGGGGAGAAAT TGTGATAAATACCTCTGGGAGCAGTTCTTTCCTTCATGTGCAAGCAAATTCCTCAACTAC TTGGCTCATAAGTCAGTGCTTGTGCCTCTTAGAAACTGGCCTCAAATTGCAAGTTCATTA GTATAGATAGTTTTATGAGTTATTCACACCCACTTAGAGCTTTTCATGTTTCATAGGGGG TGAGGCAGAGTATTTGCTTGAAAATATGCCAGCACCGATGAGCCATAGGATTCTTCTTAA TCAATTTTTTTTAATGCACCATGTGTATATCAATGACTATTTTCTGATGACCTGTCTTGG AATTTCAGGTAGGTACTCTAATTTATACTCGTATTGTCAAGGCCAACCCAGGAATAAACC CAGAGTTATCGTGCATGGATGGTTGGTACTTCCTCTAAGTTGCAAAGAATTTCTTGAATG CCCTAATCTATCTGCTGTTACTCTTGATTTTAATAAAATCATCTTATTCGATACAGCTTC TGGAAAAGCTGCCGAGTTTGGACCCCTTAAAGATGGCTATATGTTTGAATCATCAACTGG TTTGTCACGGATGTAAGTTTCTATTTTGGCTTTCACTTGCAACAGTGAAATCTTTGGTTT AGATTTTACTGTAACCTTAACTTGCTCATCAGAATAGAAACAAGAAAAAGGGTTGAAGGT CTTGTTGCATGCTATTCCCTTAGCTACATGTTCATCTTTTTGTATTTTTTTCCTAGGCTG CTGAGCTCACCAACATGTCCAGTTCTTGAAGGTCTTGGAAAGAAGCTAGCTTTTGAGATA GCTGTTGGTTTAAACGGCCGTGTGTGGGTATATATAAATCTGTTCATTCTCTATTTATTG TGGTTGATCCGTCCATCTCTTTCTAAGTCTCAAATACTTTTGCCTCTATTCTCAATTTAG ATACTTGTTCTGCTGTAATAGGTAAATGCTGAGCACCAATCGTCAATCATCCTTGCTGCG AATGCAATAATGAACTCTGAGTCCTTGACCTCAGTGCAACAAAAGATTATGGTGGAGAAG CTGCTTGACAGAGTAAATTGAACTGGATTTAGCATTTCGACCACATAGCCTCTAGCAGCC AAATGATGTGATGGATAATGTGATTGTAACCAGACCGCGGAACATAAATGTTACACAAGC TTCTTCCTCATGGACTTTTAGCCTGCGGCTTTCCAGTTCATCACTCATGAAACCGTCCTG CTTGTTTATGTGATTCTTGTGAGAGTATAGAGAAAAGATGTAACATTATTAGCAGAATTG ATTGTCCATGCAAACATTTTGTCCATGGTGTTGTATTTATTCTTCAAATCAATCTTCTGT CCCTCTAAACAGATTTACATTTTTCGGCTTATCAGTCTCTCTTTTTTCTATTGTGGTTTC TGTGTCAGCCTGCATGGACCTTGACTCGTTTAACAAGGTACTTGTTACCTTCACCAACTC GGAGAAAGCGGAGCAAGAATATATTTGATGATTTCTAAGAACTTTTAATTATTTTGCCTT AGGTTACTATAACATGCAAATCTTAATATATTTTTTTCTTTTTAAATGATTGGTAAATTA TGTTACCTCTTATAATTTTCTAGGTAAGAGTACCACACAACTTTAGCTCTCAAGACTAAA GGGAACATGCTACACTAAACTACATTTTTAAGTTTTAATCTTTTATCTACGTAATAATAA CTTTATCAGTTACGTGTTAGACTAAAAATAATGAAAAAGAAAAAGACAGAGAAAAAGGAG CTTGACTCTTTGAGGGCCATGTTATCTGCAAAGGGTTTTGTCTTCTTGTTATTTTGTATA TCAATAAGCAATTTCGCACACAGAAAAGCTAGTAATAGCATTTGCTTCGAGATGAGCAAA ATCCACTTGTGGGTTCTGACATACTATCATCAATAATCAATTCGTCTTGAGGTAATTCGG TGCCTATTTCTATGTTAACAAAAAAAAAGTTTGGATTTTTTTTCCTTTTCTTCTCTTCTC CTCTAATCTTGGCATGTTCTTTTTCTTGTACTGTTCTTGAAATTCAGTTCAATAGGAGTT GGATAACATGGCGTCTCAATCAGATTCTCCACCCAACTCCGTAAACGAGAATACCCAGAA TCCAGGTACCCTTTTAGTTGCTTTTCTTTGATGAAAGTTGTTGCTCTGCTACTGTTTAGT TGATTCTTGAATATCAGACAGAAATAGATCGTGATGTTTAGTTATTGCTGCTACTTTGTT ATCTGAAAAGAAGTATTTGCCATAAAGATCGAATCTTTTTGGACTTTATGATGTTTGTGC CTTTTTGTCTTTAACTGGGATAGGAGCATGTAATTGTGCTTCTTTTTTCTTTTATGGATG GTTGCTACTTTTGGTTTGTTAAGCAATAAAGTAGTACTAACTTGATATTGTTACATCTAA TGATCATTTGTTTAATACTGTAGCTTGTGTTGTTAGAAGCCGTATGATTTTGGTGTAGTG CAAATCTTCGAGATAATTAGGTTTTTTCTGTGTTCTTAAACATTTACCTTAGCAACTAAT GACAGGTTTAAGCCTAATGTTCTTAAATAAATGGATTGATTTGATATCCAGTAACTGTAT ATAATGTGCATATTGATAACTAGGTGATTTTGTTTTCAGTGTGAGGCTTCTGAGGATGGT AGGTTCATTAACTAGATAATTTTCTCTACGAGGCTTTGCACAATCATAGATTAGAATGCA CCAGCAAACCCTCTCAACAAGAGAAACGATGTTGTATGAAATAGATAATTTGATGCTATA TCGTGATCCAAACTTAAATTTCTAATTTGAAGCAACAGAGAATTTCATGATATATCGTAA TCCAAGCTTAAATTTCTAATTTGAAGCAACAGCTTCGCAACCAGCAGCTGAAAATCATCA AGGTCCCAAGCCTGAGGCTGCAAGTGGGAGCTCTCCAGCTTCTGTGTTTGTAAACTCGGA ACCAATTCGGGAGGACCAAGTCCAGAATGCTATGAAATTTCTTTCACATCCAAAAGTTAG GGGATCTCCAGTCATGTATAGGCGTTCTTTTCTTGAGAGGAAGGGGCTTACAAAGGAGGA AATTGACGAGGCCTTTCGTCGAGTTCCTGTAAGCCACATTTAGATTTTTTACATTTGATA TTGTCTTAAATGTAACTGTAATATCTACATGAAATTTAAGATATATATTGATTTTGTGCC TAAATTACAGGATCCTACCCCAACTGTTACTAGCACACAGCCAGTTGCTGCTAATGAAGG TAATTCATATTGTTCTCGAAATAAGTTTGGCCTTTTATTCTTTTCTTGAGATTGATACTG TTTGGAGCCTATGCTTGTCATGTTGTCCTGATATATTGATGACAGATGGGACACAGAAGC CTTCATCGACTAGTACATCACAGGCTGCTTTACAAAATCTGCAGCCAGCGTCAGCTCCGA GCAATAGCATGAAAAAAATGGGGTATCTCTCTCATTTCCATTGGACTCATGCAGTTATTG CTGTAGGTCTACTCGCTGCTTCAGGAGCTGGAACAGCTGTACTTTTCAAGGTATTGCATA GTAAAGAGCTTTCTATTTATCATGCCAATCCGTACCATATTGTACTTTTTCTTCTGTCTA TTCCCCATTTCTTCAGTGTAGATTTATTTTTCATAAGCGAGACATCTCAAACTTTTATTT GTGGTGGTTCAGTTTATTATTAGTTTAGTAAATTGGTTGAACTTATTGACCGAAACAAAG AAAAGAAAAGAAAAGAAAAAAAGCCTAATGATTTCATACAAATTACAAAAGGTGGTATTT GATTAATGATGGGTATCTCATAGATGTAACTCTGGCCTCTCATATGTGAGGAGCTTGCAT GGTGATGGAAAATTTGACCACGCCTATATACTCTAGATGCAGGTCATTTCAAAAAAGCGT GTACCTTAACTGAAGAACTATTTGAAGATTTTTAGTTAACCCTGTTCTGACTTTTGTGTT CCTTCTTTCTTTATTATAAATATCCCTGTTATGAAGATTTTCTTCAGATTTATTTGGTCT CCTCCGATGCTTTATCTTATTAGATCCATCTCTAAAGTAGGATTCTGGTGCTTATGACAA TCTATTGGAAACTTTTCTCATGGACTACTCACTATATTTATCACCCACTGTTAAGTGACA CGTCCATTTGCAGAAATCTATTATTCCCCGGTTGAAGTCTTGGATACGCAAGGTTGTAAT GGATGAAGAAGAAGATGAAAAAGGTATTGTCAAGGGAAAACCAAGTTTAGCAGAAGAAGC TGCTGTTGCTGCAAAAGCTGCAGCAGCTGCTGCTGCTGATGTTGCCCGAGCAAGCCAGGA GATGTTGGCATCAAAATCCGAAGGTTGGTAATGTAAATTCTTATGTAATAACAAGTTAAG AACTGGATCTGAAATAAAATAAACTGAAATATTGTTCAACATTGGTGACTTAAATCTTTC ATCCTCTTTCTTATCCAGTGCTTATTTTTTTTTACCATCGATAATCATGTTGTGATTTAA CTTGTGTTCCTCCACAGAGAAAAGGTATTTTGAGGAGCTGACAAGCCTGCTAAACTATCA AGTACGTGAGATGAAATCAATGACAAGTGCTATAGAGAAACTGGAAGGTGTGCCTCTTCA TTTGCTCTTGAAGTAGAAATTCTCTACTTAATCAATAGGTTTTTGCATATTGACCATTTT TTGCTAGTACATGAGATGAAATCAGTGACAAGTGCTATAGAGAAACTGGAAGGTGTGCCT CTTCATTTGCTCATGAAGTAGAAATTCTCTACTTAATCAATAGATTTTTTGCATATTGAC CATTTTTTGCTTTTAGGGGGTCGTGTAATTTAAAAAGGATGTGTTATGACACAAAAGGGG GTTAGAAAGGAGGTAAATTTTGGCGACCTGCTGAGAAGTAATTAATAACTTGATTGTTCA TAACTGAAAGAGCAATGGAGAAAGATAGAGATAATAAATTGTGCATAACCTGTATAATTA TAGTTTGCTGATTCCAGCTTCAGCTCCAGCTGATTACTTTTTGGCTCTAGATCTTTTTGG CTCAATAACCTTGGTGTTCGAATGTCATTGTTTATATGAGGTTTTCGTGGTGCTTTACTT GTCAAAATATTTTTAGTATATGTGATGATACTTATTTACTTGGGTGGTTTCTGTAAAAGT TTTTAACTCTCAAGCCACAGAATGAAAACTTGTGAACTTGTTCAAAGAATCATTTGAAGC TTCCTTATGGAGGATCAGGTGGGCTTCACCTATGAGAATTTCTACCAATTCTTCTTTTAT TCATCAAAGCTCATCCTAATCTCCGTCGAGATTACTGCCTTAGCCCTGTCCTATCATCTG TATAATGGAGTTCGTCTAATGTAAAAATGGAATGTAAGTAGGCGAGGGGGCGGATGTAGC CAAGTGGATCAAGGCAGTGGATTGTGAATCCACCATCATCTGCATACCAGGGGTGGCTAT TGACCTCTACATCTCCATAAAATGCATTATAGCATGAATTTTTAAGTTCTTTCCTTAAAT AACGTTTCGGTTGTTGGTCCCTGCAATTCTGGCTATGTTCTTTCTCTCTACTCCGTGAGT TCTTCCTTTTACATATACAGTATTAGCTTCGTCTTTATTTTAATGTTTTCATTGCCTTGG AATTCTAGCAATCATAAGGTAAATGTCAGGTTCTTTAGATTTTTCATGTGTAGCTTGGAT TTTATATGTCATGCACTCCCTGACCCTTAGGGTGGGTATCCCAACTCTAAAGGGGAAGGG GAAAAAAGGGATCCAGATCCTCTTCAAACAGGAAGTGGGTCCTAATTTCAGTGTTCCGCT CATGCAGGGCAAAGTACTACTTCTGGAAGAATACCTGTTTCGGAACTAGATGATCGAAGA ATTTCAGTTACTCAATCTAGGGTAAGCTGTGTAGCAACAAAAAAGTCTGGATCTTGTAGT TGATATCTCTGTCGACTTTTAGGATTCAGTTTCTAATGTTCTTTTATGCTCCAGCAATCT TATGCCAATGGAAAAGTAAATGGTGATGCACATTCAGGTTCTACTTTCTGTTTCTAGCTG GATTTTTTTTTTCTCAAATCAATTTTTATTGATGATTTAAATACTAATGCACATGAGTGG AATATTTTATACAGTGAGATCTTTGTCACCACCTGCATCTGTTGAACCATCTGCTGCACC CCATCCAAAGTCTTATATGGAGGTGACTCTTATGCTCTCTGGCTTGTTAGTGTATTTCCT AACTGTCAAATAATCTATTAGTAATTCATCCTATGTTCTTGATTTCCTTTTGGTTTCCCA AAAAAAATAGTTCTGCTTGGATAGATCTGGATCATTAGGTAATTGATGGAGTATGTAGAC GGGAGGGCGCCCAGACAGTATTATAGCCAACTCCCTTTAATTATTGGTCCTTTACTAACT TTTAGCTCATCTATTAGTAATTTCATCCTATGTTCTTACCATTCTAAGAAGCAAATTATG CAACTTTCTGGCTGGTGTGCCAGCGATTAAACACTTTCCTGATTACCTTTTGGATTCCCG TAGAGTTTTCCAAATCAGCTTTTGAAAAAAAAAATAGTTCTTACTTGGATAGATTTGGAT CACTAGGTAATTGATGCAGGGAGTGTATGGATGGGAGGGCGCCCAGACAGTATTTTAGCC AACCAGATTATCAAGGATCTCTTTTTCCCTGATCAACTCCTCTTTATTTTTATTTCTAAT TTCATATGCGAAGATTCTTTAATCATGCAAAAGCATTGGCTTCTCTTCTTCCAAGCTGGA AAGACAAACTTTAGTTAAAAAGAGGTGCTATATGTGTATGGCAGTAAGCAGTCACAACTC ATGAGATCTGATAGTATTATGATTTATGACAGCATTTGGTAATTGTGATAATTCCCCCTT GTAATGTAGTGCATGCGTCTATCTTTGAACAAATCAATGAGTAGCACCAGTTGAACTTTC TTTCTCTTTAGTTTCAAAAAAAAAAAACTTTATTTCGCTTCAATGAAGTTGCTAGTAAAA TGAGTCAGATGCTTGCTGGAAGATTTAGGTAAATCGGCTCTTCTAACTTCATTATCATTT TACAGATTATGGCTATGGTTCAAAGAGGAGAGAAGCCTCCCAACATCCGAGTAAGTCCAT GGTTCTCACCAGTGGCATTCTTGTATCTTGAAAAGTAATGTTTTCTTGAAGGTTTGTACA TTCATCTTTCGATGCAGGATATAAATGATCAGCCACCAAATCCTAACCAGCCTGTACCTG ATCGTGTTGCAGCAAAGCCTAAGGTTTGTCTTGTCCTTCTGTTTCTTCTACCAACAATGT TGCAATTGGGTCAAATTTGAAGGTTGGATTGGGTCAATTTAAGAATTGTCTCTGCATGAT TGACTTTTAAAAAGAACCTTAGCCACATTCTGGCAGCTAGACGTGAAAAATACGATTTAC TAATCGAATCTATAATCCTATTTAAGTACTTCTTTTGATGAATTAATCACTGCAACTAGG ATATTTCAGGAATATTGTATGGATTAAGTTCTATGAACACCTGTCACTTTGGTTTGGATA CAAGAGTTATGGTTTACTAGATAGAACTTTCTATTCAATACATTCGGCTTTTTTTCTTGG ATTGTCTGGACGAGAGGTGGGATTGGAGACGGGCCATATGCAGTTCACATGTAAGATTTA CTCGAAGTGGCAATGATAACCATTTAATAATCTGTGCTTGTGAACAGCCTTGGGAAGTTG GCCAGAGTCAAAATAATTCCAATTTCCTTCAATCTCAAGGGAGTGGCGATGGCTTGAATT ATGGTTACCAAGACAATCTGACGAATGGAGACAATTCAGCACCTTGGTGGCAACGCAAGA ATGCCAGGATAACTGAAATCGAAGCTGAAGGTGAACAAAACTTTGGATCTCCAGCTGCAC CAGTTCAGGAACGACCAATTCAGAGATCATGGGTTCCTCCCCAGCCTCCTCCAGTCGCAA TGGCAGAGGCAGCTGCAGCCATCCGCCAACCTAAAAAGTCTGCATCTCAGAACGAACAGT TGACTGATGATCAGTTGTTAGCTCGTTCATCAGATGAGTTGCAGAGGGTTACAAGAATCT CCGAATCTGGTGGTGCCCCTGAAGCTAATGGTTCGAGTTCTGGCCTACAGATGAGTGAAA CAACACCAATTGAAGAAGGTGATCAAACTTTCAGCAGCTGAAATATCATTTAATTTCCTT GATATAAAACGCTGGGCATTCACTATTGAGGTTCATCACGATCTTACAGCTACACGTTCT TGATAAATCGAGCCTCATTTCGTGTTTACCCCCAAGTTACATTTATCAACTTTTTGGTAT ATGGTTGTCTATTCATTACACACTCTAAACTGGCTGCAGACTTAAGAATTGTATTTATAT AATTCTACAGTTTGAATAAAGGTTAGATTATGTGAATAACATAATTCATGTTCAGTAATT TGGTGGATACAAAAAGTATTCTAATAAATCAAAGTGTGGCCTAGTGGTCAAATGTAGTCG GTTGAGAATACTTATTCGGTCATCCATGATTTTTGTCTGTCTGTCTTAGCTTTGATGGAC GAAATTGTCAGATATTTAGTCGAGGTAATGCATAAATTGGCCTGACCTCATAAAAAAGGA AAGAAGAAGTGCTCCAATAACATGAATCATGGGGCCCTATGTTTTGGTGAAAGGCACATA TCAATTGCTCAAAAGTAGAACAAACTTCAAAATTATCTACAGGCACCTCATAAGAATCTT ATCCTTGTCATTATATACTTTGTAGCTAGGAAGTTCACATGTTATATCAGTAAATAGAGC TTCTTTTTTTAACTTTCTTTTTCTTTATTAATTCTAACTTATGACTAAAAATAATATATA TTGATATATTATTACTAATTCAGATTGCAAACAAAGGCACAAAAAGCAAATAACAAGATA AAGAATAAGAAATGTGTACACATCAACTTGATTTTTATACATGAGGTCATTGAAGTGGTT GTTAAAGTTATTCTATATATGTTAGAATTTGAAACTTCATGATACTGACTAATTCACTGG TAGGCATTATTTCTATTATCAAAAATTATCTAGTGCAAGTATTTAATTTATTATTTTTTA AAATGAAGTCACCATATTTCTAAACAAAAAAAAGAAAACAATAAATCTTACCAAATAGGC CACTTTTTTCCAATTGAAAACTAAGGGCCCGTTTGGATGGGCTTAATAAAAGCAGCTTTA AAAAAGTACTTTTGAAAATGCTGAAACTTATTTTTAAAATAAGCAGTTATGCGTTTGGAT AAAAGTGCTGAAGTTAAAAAAAAGTTGTTGAGGTGTTTGACAAATAAGTGCTGATAAACA GTTTTTAAATCAAAATGTCTGAAATACCCTTAAAAGTTGTTAACATAATAAAAGTTAATT AATTTATATTTTATAGCCATAAATAATTATATTTTGCTATCATTCACATATTTCTTTCTC ATCACAAATTATTTATAAGAGGAATATAAACTTATTATAGATTTTAAAGATATATAATTT GAATAGATCAAAGAACGATTTAAGATTTTATTTTAATTTCATCCATAGGTAATAATAATA GTCTATCATTCACATATTTCTTTATTATCACAAATTATTTATAAGAGGAATATAAATTTT TATTTAAGTTATATGTGCAACTTATTTTACATTTTAATAATATATAATTTGCATAGATCA CTTGAAAGATTTAAGATTTATTTTATTTTCATTCATTAGTAATAGTAATTGTCTATCATC CACACGTGAAAAGGGAAAAATAGAAGAAAGAGATGTTAGGGTTATGCGGGTAATTTGGAG ATTGTATAAAAATATTAAGGGTAAAAAGGTAAAAATGTGGTCAACTTAAAACAGCTTATA AGTTGGAAAAAGAAAAACACTCCTACCCCAGCTTTTAACTTTTGGCTTAAAATAAGTTTT TTTTTTAAACTTAAAATAAGTTATTTTGAGGATTGCCAAACAACTAAATAAGTCAAAAAT TAGTTTTTAAGTTAGTTTGACCAGCTTTTAAGTTGAACCAAACAAGCTCTAACTAGAATG GACCACATAACCTAAATAAAAGTTGTGATCAAATTATCCACCCATTAGTTAAGTAGCTTT TTATTAAATAATTAAATAACTTTTTACATAGATAAATTAAATGAGCATTTAAAAAATATA GAGCTATTTTGAGAAATTTGGTTAGGTTTCCAAGAAGTTGCTATTAGGATTTTAGCTTTT GCGTGATGAGTTGTGACTACAAGAAAAGATGTGATAATGGCCCCTAACAAAGTTGTTTCA CATGTCCTACCTGTTAGATTCCTCCTATTTTTCTTAGATAATCGAGCGTTGTCAAAAGTA TTAGTACGTACTTAGGATTTTAAAATAATGAGTGCACTATTATAAAAAAGGTTGATCTAA GATATAAATTTGATCAATATGATATTTAAGTTCTTGTTTGAAAATTGTAAAAATTTTAAA ATTGTAGGTTCATAACCCCTTAGACATGTGTTGTCTAATTTTAGAACGAAAATTGAAACA AGATAAATATAAAATTCAAATTTCTAACCGTAGGTAGAGAGGTGCACTCAATCATCATTA CATCATATGATACTTTAAATGTCGGTTCACATATCTATATTTCAATATTTTTCACACAAA AATATTACAGTATTATATACGATCTTGAGATGGGAACATGGGTTCACGGAACCGAGTGAT CACCCCCTGGTCGCCTTAGTATTATTGTTTTACTTTGGTAATTTCTTATCCTTCTATTTA TGTTATTATCTATATTTCATGTTCTTCAAATATCTTTTTTTTTCAATTTAAATTGTCGCT TTAAAATATATATTTAACTATCCAAAGCTTTTTTTCATTTTGTAATAGTGACAAAAAGGA ACCAATCATATAAGCAGCGACAGTTATAGTGTATATATACACATAATTTTGAGAGAAAAT ATTATGAAGATAATTTATCAACTCAATTCTTTTTTAATCTGTTTAAATTTAGTTCAACTT ATCTATAATCTGACCCCTCTAAAATTATAATTGATTAAATCGAAATATTTAACAATTTTA TTATTTATCGAAATATAGAAGAAAAAATATATGTATGAAGTGATTACTTTGGATCTATTA GTTCAAAATTATGATAAAGAGTAGACACTAGACATGCACTTTGCACTTTTTTTTTAAACC AAAATATAGTGGAAGCTTTTGGCCATATGATTAGGACACTGATTTATTAATGAATATAAT ATAATGTTTTTGGCACTATATATGTTTTTTATTTGCTCCAACAAATATCAAAATTGCCTG CTAAAGTACCCTACTGGTTTGTACTAAAGTATACGGATCGTATTAGTTTTTACGTATTAT ATCTATTAGGCATTTGTCAAATTTTTATAATTGAGATAAAATTTTAATTACGAGTTTAAG TGAATTTAATAATTTTGACAAAATATTTCTTTTTAGTAGAATAGTTACTCCACGTTCCTA TATATATATATATATAGATTATTTTCCTAAAATTCAAGCCTATAGGAGCTTTTACTCCTA AGGCAAGTTGTAGTCAATAACCTAATTAATTAATTCGATATATTACCCTTTTGAAAAATG AATATACTATATACTATATCCTACTTCAGCAGTATTTCTTTTTGTTTCTAGAACTTCTCC TAAAGTCTTAATATTACATTTTTATTATTATATATGAAAAGGATATAAAAAGCTAATTAA CCCTAAGAAGAAATTAAATCTTGATAGACTTTTGCAGTACTTCTAGAAACCTACTAATAG TAAACTTTTATGATGCTAATTAGAGAAACTAAATACATCAAGAAAAATCTTCCTCTTACT TGCAAGTTGCAAAAGAAATCTTTATATGTTGTGATAAAATACTTAAATTAATAATTATTT CAGTAAAAATATGTAAAGTTTAAACTGAACAAATTAAAAATAAACAGAGACAATAGTCTA GTGTTGATTAGATCATGAAATTAGCGAGTAAATTAGAAATGATAAAATTAGTCCGTAAAA ATATGATACATTCAATTTGATCACGTTGGAGCGAACCATGACCTATTTATTTATTGATTC AGTCTATTTTAACTCATTCAATTCAGTTCATGCATCTAGAACCAGACGAATATATAATTC AAATTGATGCATGAAAAATATTTTAAAAGATAGTATATTTTTTATTTGATAAAATTATTA GATACTAAAAAAAAAAAAAAAACTAGTAAGATTTGGCTCAGCCCCAAGTATAATAATTCA GGAGTCCGGAGCCTAAAGGGTATAATATATTAATAAAAATTTCAAAACAGTATATAAAAT TTTATATTAACTAAAACGATAAAATTGCAGCAATTTCTCGGCCGGACTCTTTATTTAGAG AATCGCTTTATTATGAATTTCCTATTTCTTGTACACAAGAATAATTAATTACTGTACTAA TAAAACTTGTATAAGAAGAAATTGTCTGATTCTCGACAATATTATAAAAATCTATACCCT CTAGAACGACAAGGAAAAAAAACAATCAAAAAGTTTATTATTATGAACAAGTCTTCAAGA AGTAAATGATTGAGAATTTAGGTACAATTTGTACACTTGAAATATGTATTATATAAGATT AATGGATAAGTCTTCTGATAATTAGTAGTACTCTAATTAGTTTGTGGTTAAACATGTCGA TATGTGTCTTGTTTTCTCTAAATAAATTATTATAACAATATGATTAAATTGTCATCATAA GATATGATTTAAAAAAAATAAACAAAATCGGTGCGAGTATAATTAAAAGGAGGAATCTAG AGTACTTTATTTTTTTATAATCTAATTTACGTGAATTTAAATTAATTAATTATTTGTAAA TATATGATAGAAGCAAATCAAGAATTTTAAATTATAATTTTTTCATTTAGTAAGTTTATT AATAAATATTTTTATAAATATTAAATAAATTTTATAATTTTATATTATAAAATTTGAGTT AAAATTAATTTATTACACTAAGTCGTGCTTTCACGTATAAATCCGCCTCTAATAGCGGAT ATGGAATGCAAACTTGGAATAGACCCAAATGTTTTATTGGTTGGTGAACTTGCGGATAAT GGCTAATAATTTAAAATTGAATAGTTGTTACTTATTGTTTTATGATTTCTCGTATTATAT TATGTTATAATAAATTATTTATGCTATTTAGTTTAGATATTTGTGTTCACGTCCCACTAA AATTCTTTTACCTTTTTCAGTATAGGAACAGGGAACATAATTTTTCTTGTAACTGAAATT TATAAACTATTTTTTACGAAATAAACGATGATAATTGATCAATCAAAAAGTAAATATAAT TCTACTATACAATATGGCTAAGACTTAGGTGGCTTTGCTTTTGATAATCTCATTCTTGAT TATTTGGTAAAAATTTAATAACAAAACGAATTTGTGATTGTCAGATTAGTCAAGACGGTG ATGTTTTGGAATGTAAAGGTGTCCTCGGAACTTGTATTGATGGATTTTACGTAAGTTTAT GAATGACTAATTACATCTTTAATTTCATTTAAGAAGAATTAAATGCAATTTTAAATTGTA TTACTTTGGTCGCACAATGATATGAAGAAAAAGAAAAAGATGCTAAATATATACATAACC TGTTAAATTAATTCAATATTTCATTCATAATCCATTAGATATTATTTACCCATGCTTAAT CACTGATTAACTATTTAATTATCTGAAGATTTCGTTCACTGTAATTAGCCTCAGAAATGC TGTAAATTTCGATTTAGCCCATTCACATTACCCAGAAAGCTTAGTAAATCTTGCCTGTAT GGTAAATAGGACTTCCGTTTATCTTTTCCGCTTATCGAGCAACGCAACGCCGGAAAATCT TCAACGGCGGGAACTTTTCCGGTGATTATTCCAGAGTCGGTTCTCGTAATCTCTGTTTTC TCTTCTCTTTTTTTGAACGGAGTTGTCAAAAACACGAATGTATCTTTACCCTCACTGTTA CTCCGGTGAGTGAAGTCACGTAACTTCCACCGCTTAGAAGAGGAGCCAGTGGAGTTACTC TTCTTACGCAATTGATCAGATGGAGACTCTTCCGCCAATTTCGGCTTCCACAAGCAGTAC GTTCCCGGAGCAATTCCTTGTAACTCTGCGGCTTCCGACGAAGACGACGACGACGACGCA ATAGCACAATCTTCGTTAAAAAGCTTCCTTAACGAAACTCGATTTGACTTCGTCTTCTTC GGAGTCGAAACCTTCTCCGAATTATTATCGGTTAACGATAAATCTCTGTTGAAAATTGGG CGGATCTGACCGTTGTAGAAGATTTCATCAGCTGAAATAGGCGAAAATTGATTCGATCCT TCCGTCACAAAAGCAAATTCAAAATCGTCTTCATCATCATGATCAGGTATATGTACTTGA TTTTCATGGTTGTCATTATCATTAAAGGAAAATTCAGAATCAATTTCATTTTCAGCTACG AATTCTTCTTCTACATCATCTCCTGAAGCAATTTCTTTGAGATTTGTACGAGCTAAACTC GGAGACTGAGATAGTTCTGAAGTCCCTTGCATAATGATGAAACACTTTTTTCTCTTCAAA TAAAATAAAGAATGCGTAATCTCACATTATTATTTATACAAGGGACGATCGATTATTATT CATATAAGAACACCGAAGAATCTTAATAATTCAGTTGATTAATTATCTAAATTTTTTTTT TATTAATGACATAATGCATGCATTGAATTTCATTAATATGACAATGATTAAATAATAAAT ATTATTAATAAAAAAAATAAACATTCATTGTCTATTAGCTAAATTTTGTTTCAATCTAAA GACTTTTAGTTATAAGTTTTTTTTTTTTAGAAAATTGTATATAATAGTAAATTAATAATT TAAAATAAATGGAGTAGTTAGAGTTTAATTTAATTGTGCTCCATAGCAAACGTTTGCAAA AAATTGTTAGGCGCCTCTCTCCCAAATATCTTGCTCGCCGCTCTCCTCCAATCTCTCGCT CGCAAATTAGAAAAATAATAATGTAATGATTTGAACATGTACAGAGAAGGTGCGTTTAGG TTCTAATAAACGTAGAGGTAGGTCAAATAAAAATTGGGGAGATGTGATCAAACATGACAT GACACATTCTTCACTTAAGAGACAGAAAGAATTGAAGGTCGAAAATTAACATAAAAATAT ATTGTCTCCGTCTCATTTTAAGTGACGCTTTTTCCTTTTTGATCTTCCCCAAATAAAATG TCACTTTACTAAATTAGAAGAAAAAAATAAAATTTCTCTTTTACCGTTAACGTAATAATT CACCCACAAAAATATATAAAAATTCTTTTACATCACAAGTTTCAAAAATCTCTAGTTATT TTTACTTAATAAGTCAAAGGATAACCACATAAAATGGGACCGAGGAATAGAGTAGTCGAT CATCTTGTGCTGTATTATTTACATTTTGATGATCCCCAACTTTGATATTAGTGTAAAAAA TGATCTTTTATAAGTTTAATGTAATTTCTTTGGATTACTAAAGTGATTATTAGCAACTTT ATCACGTAAATCATGATAAATCTCGATATGATTGACTTCATGGTATACACCTAGCTATCC TATTAGGTTATTCACGATTCATATCGAATAGCCTATCATTTTATTAGTACAAACAAAAAT AGATAGTACGACTTCATGTTATATTCAAATCTAGTTATCTTGGAATATAAATTCACAATT CATATTAAATCATTGTGATTTCAACATTACTAACTATGAAGCAAGTGTACATTATATTCA GTGACGGAGCTAGAATTTTATTTATAGGGTGTCAAAATATTAAGAAATAAAATCGTATAG AAGCTAAGGAGTGTCAATATGTAATATATACATAAAAAATAATTTTTCATTCTAGTTACA CGCAATTTTTCGACGAAGGGATATCGACCGATACCTCTTAACTATATGTGGCTCCGCGAC TAGTTATATCATACATGCGATCACATTGTTCGAGTAAAAATATTGTGATTTTCTTTATTT CTTATATGATCTTGAACAATAAATTCAACGTGGTTACTAACACCATATATATGGTCATTA GAAATGACACGTCATACAAGAGAATATATGCCTTGCTTGTAAGAGTCGAAGTAGAAAAAG GGTCCATACTGTCTATTGGGCCCCAAATTCTAACCCGGGTCCACAATTTAGAGTGTCGTT TTTGTTTTTGAAGCCCAATTTGGGCCCATTAGCCTTTACTCTTTATCGAGGACCCAAATA TTCTCAATATAACTGTCACCGTCTGATGTATCTCACCAAACCACAAATCCAAAGTTGACA AAATCACAGCCATTCAAATCTCCTTTATTGATGATAATATATACAGTCAAGCTTAACCCA ATGTGGGCCCTATTCAATCAACAGACAGTGGGCCGACAAAACATAGGCCCACATAAGTTG TGCTTGTCCCCACCACATAAGGCCTTTTTCTTCCTTTATATTCACGTTCTTTAGCTCAAT TTTTTTTTCATTTCTCACTATCCATTTTGGATATACAACAGATATACATATTATTATATA TAGTTGTAACAAAGAAACTTTGTATTTTAAATATTTTAGTTACATATTGTTGAAAGTTTG TTCTTTTTTATTAAATCAAGTTGGAAAAAAAAAGTGTACTAATGGGGATTACTTCTTTGC AAGTTTGCATGGATTCATCTAACTGGTTACAGGTTTGTGTTTTACTAAATTCAGTGTTTC ATGTTCCTTTTATGGCATTCACATTTTGATAATTGAAGTTTCGTTACGAATAGATACTTT TGCAGGAGTATATATTGTCTATTATCTGGTTAAACACATTACGAGATATTTTGGCATTCA TTTCTAGCTATTTTTGCACCATCTAGCACTAAAAGAAAAATTTTAAATTATTTTCATGTA AATTTTCATACTAATTTCTAAGAAAATCTCCATATAATTATTTTCCTTAAAAAATAGTGC ATATTTAAACGATCTGATATGTATGCTTTAACATTTTTTTGAGAGTCTGCAACAACATAG TTCTTTTTTCTTTCCATATTGTTTGGATGCTTCAAAATCTGTTTTTGACTAACCCTAACC ATCTAAAGTTAGTCCAGCGTCTCAATTTATTTGATTTAATATGAAATTTAAGGGAAAAAA AATAGATTTTTGAAATTTAACATCTAAGACATGTAATAAATGTTCATGCAGCTACGAATC ACTTTATTAAAGGTTTAATTAAATAATCATTTCATAATTAATATAAAAATGTGTCTTTCT GAAATATTTTATGCGAATACATTAACATTTTTTAAGAGTCCGAGCAATATTTTTTTTTTT TCTTCTAACTTTTACCTATGTGTTTCTATTGTCAGGACACAATTCCCGAGGAAAATGAAT TTGATTCATCTTCATCTCCATCAGGTGGTGACATTTTCACATGTTCAAGGCCATTAATGG AAAGAAAATTAAGACCACAACATGATAAACCTATAAATTGCCCTCGTTGTGACTCAACAC ACACTAAATTTTGTTACTACAACAATTACAGCCTTTCTCAACCAAGGTATTTCTGTAAAT CTTGTAGAAGGTACTGGACTAAAGGGGGAACTTTAAGGAATATTCCTGTTGGTGGTGGAT GTAGGAAGAACAAAAAAGTATCTTCAAAGAATTCAAAGTTGCCTAATGACAATATTACCA CCCCTCATGTTGAATCATCTAATAATTATCCTGAAATGTCATTTTCCCACTTTGGTAATT TTATGGGAAATAATAATATGAATCATAATTTCATGCATCATGCACCTATTGATTTTATGG ATAGTAGCAAGTATCAAGCTTTGGTGGGGACTACTAGTACAAGAAATCAAGATTTTTTTG GGAATGTCAATGTTGGTACTACTGGTCTGATCAACGGTTATGGTGAGATGGATATTTCGA GAATCGGACCACATTATTGCTCTAGTGCATTTGGGTTGCCTAATATGGATGGAAATATAA TTAATTATGAGGGACAAAATATAACAATGGATGTTAAACCTAATCCAAAGATTTTGTCAC TTGAATGGCATGATCAAGGTTACTTCAATGGAGGACTAGGAACTTGGAGTGGATTGATGA ATAATGGTTATGGATCAACCGCGACGACGAATTCGTTAGTATAAAAATTAAATTAAATCA ACAAGGCTTATGGTCGAGTGATATCGTTAGGTCATTGGTTTAATTATCGTCATAGCACTA AGCTAAGTTACTCTCACTTTAGTAACTACTTAATTTTTAATTTATGTTTGTTAATCTCGT GTTGTAATCATGAGTGATTGAGATTATCTCAGGTATAATTACTAGTCCTTAATTATCACT TATGTACTGGTTTTGTACTGATCAATATTCCTCTTCTTTTTTTTTACGTGAAGGATTTTG CTTGGTTTAATTAATTAAAGTAATTAGGATGTTAAGTATGAATGGGGTATTTGTAAAAGC TGTTTAATTTCGACCATGACTTACTCTTAAATATTCACAAGTTTTTGATTATTCACATTT GGTAATGTTGCAAATCTTGGTCAGCTATCACTTTATATAAATAATGCTAGGGTTGAGAAA TTCAAAAGTTGTAGGCTTGTTGAATTTGAACAAATATCGAGGAAGATATTATTTACTATC GTTTCGCTCGTCTCAATTTACGTGATATTATTTAACTTACACAAAAACACATAAAAAAGA CTCATAATCTAAAATGAATCTTGGTGTTTTTTTTTCTCCAGAAATTAAAGATAAACATAT TTCACGTAAACTAAAACAAGCTCTGATAAAAAGAAAAAGTGCTTAGTACTTTGGATATGA TACGGTAGAATGTACTAACAATTATTTTAGCATCATATTTATTTATTTATTGTTTGGTGA ATCAATTATTGGTTTGGATTTGGAACTTTGGAGTTTGGACTTATACTTTTATGACAGTAA AAGATAGAAAATAATGACTTTTCAGTTCATTACGTAATTAAAAAGCGTCAAATAACGTCA CGGTAAAATTTTGGTGACGTTATTAGTTTTGTAGGTGAAATTTCAGAAAAGCGTCATCTA AAATATTCAAGTGCAGGAGTAAATAATACGAGAAAAATAATTTAAAACACTTACAAGATC ACAAAGTATTTTTTTTTTCTCCACTGAGGCTCAATCTCACTATAATTTAATTTGTTTTCT TTTTTATTTCCCACTCAATATCCGATACCTATTGAAGCCAGACTAAATCCAAAAATCAAT ATCCAACACCTATTGAAGCCAGACTAAATCCAAAAATCTAAGCATTGCCTATCCCACGTT GAAGGTAAAGCCCTCCCCGACTACAATTTAAAACTCCATGACAGTTATTTTTCGAAAACA AAACCTAAAGTGATCACTATCGTCTAGCAATCTCCGAAGTATACTTTGCTTTAAAGTAGA AGGTTTATGTTATAAGTTCAACAAAACGCAACAATTTTATAACAAAAATATCGAAAAACA CGAAGGTACATGCTTTTCATGAATTGCTTCAATTTGAAACAGAAGCATTAGCTGAAACAA CATATTGAAAAGGGCCTTTGCAGGTGTGAGCATCACACACTCGGTTTTAAACCGAAAAAA GAGTACGTTGCAATCAACGTAACAAAAATATAATATGGTGAACCCTCAAACCATTGAATT GCATAGAGCAAAACGGATATCGACGATTCGTTTAATCGACTCCCATCTTTTGACTTAAGA TGAAGTTGATTATACTTTATAAACATTTCTAGTCCATGCAGACAGAGAGAAAATAAGGCA TTGAGGTTGTCCAATATCCATTCAATAAAGAAGGCAACACAGCTCAGTAACACACAGAGC AGTAGCCCAGGAGAGAACAGATCCAGCAATTCTACTGAAAATAAAAAAGCGAGCGAGGCG AGATAAAACACAGGGTTCTCAACAACAGTCGTTAGCCTCTCGCATAAATATCCTAATTAA TTAGATTCACAATTTCAATGATTACTAAGGAACTACAACTTTTATTATCAACTACGACGA AGAAGAACCAACCATGGTGCTTACCTTTTCCAAGAAGCCTTTCACCTCGCTTTCCAACTT GGCTTTTATCTCGGGGGAAATATTATCACCAGCCTTCTCAAGCATTGTGGTCATCGACTC CAGATTCTGTTTTATCACAACCAGATCAGGTCCCTCGCCATTTGAAGGTACTGCTCCAGA AAGTAAAGCTGCGGGCTGAGAAGTTGAAACATGACGGAGACGATAACTGACAAGGGAAGG TCCAAACGGGTTTCTGCTTTGTAAACTCTGCAAGGCTTCCATAGCATCACTATCCTTTGC AAAGACCACCTGGGCAGTAGAATCATTAAGGTACAAAGTTTTGGATTCCTCCAACGGACC AAAACTGGCAAAAGTAGCACAGATATACTCTTTAGAAGGCACTGGTGAACCCGGCGTAAA GTATAGCAGAAGAGTGTTGTGATCTCCATTAGGATTGGGTATCCCAATGGCAGCAGATTT AGTAGCTCTTCTTCTTTTTTGCTTGGGTTTAGCTTGACCTGAGACAGAACTCATTTCTGT GACCTCCTTTCCCTTCAAATTCGGATCGGTGACCTGTCCATTCAAATCTGGTAGAGCTGA AGAAGTATTCTGAATAATTAATGCTTTCTCCTTCCTTTTCCGTTTCTTGCCTTCTCCTTT TGCAGACGAAACCAGACCGGTGATCTGTGAAATATTTGGTAATGAGCTACCTGCAGCATG AATTCCATTGGCATTTGGTTGTCCAGCAAAAAGTTCAGCATTCGGGAGGGAAGACGCCCC CTGTACCCCCAACATGTTATCTGGTTGAGGACCACCTTCCAAGGGTAACGAGCCGGTGAC TTCCACACTTTTCAGCATTGGAATGAACTGGGTGTTCCCTTTGCTCAGATCTGGCAGATT CTCGGAAACCAACTCTTCCTTCTTCCTCCTCCTCCTCTTAGGCTCAAGTTTACCTTGAGT AGGAGCAGGACCTATAACCTGCATATTTTCAACTGACAAGCCCGCGTTGTTTCCATTCAA GTCTGGTAGTCCACCTAATATCCCAATCTCATTATGAACTACAGCTGCAATTGCCGCCTT CTTTCTCTGTCTGTGAACTACTCCTTTTTTGAGTGTATCAGGTCCTGTCTGTACAGAATC AATCAGGGGAGAGCCATTCATACTGGTACCATCTGCAGTCATCCTAGGTAAGTTGGTTTT AGAGCTAAACTTGGGACCAGTTGCATTTATTCCATCACTTTTCTTTCCACCTCTCTTCTT AGGAAGAACATTCGGAGGAGGCTGTCCTTCTACTTGCAGATCATATCCTCCTGAGGCCAA ACTATTATCAGACTGAAAAGTTACCGGACACCCTAAAGTAGCTTCCTTGTATTCATCTAT CTGAACTTCAGGATCTCTAAATGCTCTAAAACTCAAGTAAAAATCCCGGATTGGAATGGA ACGCGTGCTTTGAATAGGAAAGAAGCAATCACGAGCTGTCTGATGGAGTCCTTGGAGCAT TTCTGCCGAAGAGACAGCACTGAAATCTGCATTATTGCAAATATCATTGTCATTAACAGA TTTCCTCGATTTCCTTAGTGAGGTCTTATTACTGCTGTTACCAATTGGAGTGGAGACCAT AGATGGATTGGAGGATCTCTTTACTCCACCAGGAGTAACTTCCTCGCAATCTTCAGTTTC ATCTTCTCCCTGGCCAAGTGAATTCTTACGGGAGGCCCAACTGTTTACATAAGGATATGA CAGGTACTTGCTCTTCTTCCGTTCTCGTGACTCAAAACCTTTTTCAGATTTTCCTCCAGC ATTTTCATTCGAGATCTGTGAACGGGATATCATGCTCCTCGTTCCTCTAGGAGACTCCAA TGAGCCAGACAGCTCCATCTCAGTCATTTTACGATCATCAGAACCACTTCTACAGCTCTT AAGGACACTATCACCACTAGACAGCTTGTCCAGATCTTCATCCTTGCTTGCTGATATCTG ATTACTTGTTGGCCTGAGTTTGTACAAAGGCAATTGCTTATGGCCTATTGAACTGTAAAA GGCCGATAGACAATTTTCAGCAACTGTGAACTCAATATCACTTGGGCTAAGAAGACCCAA AGCACGTGATTTGATGAATTTGAGAAATTTTGAAGGCTCAAATTGAGATGCCGAAAAAGC ACTACCCCCATTCTCATCTTCCTTTGAAGGAACATTTTGAGCAGCAACTTGATTTTCTTT TGAAAAACAAGAACAGGTCATCTTCTGTTTCACGCGCCTACCATACTCGCCCAAAGCCTT CTCTATTGCACCATAAAAGCTTCTAGACTTATTCTGGCGAGACATCAGCTCAAAATACTC TATAAAGGGCTTTAACTGGAATGGACGGCACCAAACAGAACTAGTGCTACCAAAATGCTT AACAAAGAAACCATCCACTTGATTACACTTCCCAGCATCTTTCGATGTTTGCGGATCACA AATCATTCCCGGCCACCACAAGTCAGTCTTCATTTTTACCCATACTAAGTCACCCACAGC AAAAGTGTGTTCTTGATTATCACTGACATCACCTTCTGCTTCATTACCATTGACACCCAT AGGGTTGTCAGTTTCCATGTAAAATGTGCAATCTGGACCAAATACATCCACTGTCAGAGA AATACCATCTCCAGAAACTTCTATCTTTGTAGGAGAATCATTTATGTGCACCTTTGACCT GTCCATATCTTCCACAGCATCAGCCACACCAATTTTCTCAACCCTATTATCAAGAGACTC ATTAAATTCAGCACCCGATTCTTGAGTTTCATGTTTCAAAGTCCCTGCTTCCATCAGACC ATCAAGTGTAACATCCTCGTTCGCCAGGCCAAGTGCCTCTAAATCAATAGTATCATCCAC ATCTCCAAACTTGTTCTCGATCTCAACTCCCTCAAGATCATTATAATCATCCACATTTGC AAGCTTATTCTCACTCTCAACTGTCCCCTGCCCGTCGACTAGCTTCTGCTCAGTATCAAC ACCCTCCAAACCATTATTATTATCCACATTTGCTAACTTTTCCTCACTCTTAACTCCCTC CGAATCAATGTGATCATATCCATCCACTAACCTCTCCTCACTCTTAACCTCTGAATCAAT GTTATCATATCCATCCACTATCTTCTGCTCAAACCCCACTCCCATTAACTCTAACTCAGT TCCATCAACCACATTTGCTATATTCTTGTGCACATTAGCATTTCCAACACCTGATGGAAC CTCTGTGACTGTGACCAATTCAGAAACAGCACCACTCTCACTTAAGCTAGATACAACAGA TACCTTTTCTAGGGTTTTACCATCTGGGGTTTGGCTTAAAATTGGTTTATAATCCACAGA ACCCTCCACTAGGGTTTCTGAAATCTTCTGTGTTTCCATTACTAACAAATACCTTAAAAG TCTCAAACTTTACCACAAATCAAAAGCTAACCCTCAGTTCATCTCTGGATTAAAATTAAA AAACAAAACAGATATAAGCATACAACCAACAAAAATCAAGAACAGAATTCAAAAAAAAAA CTCTTAAACCAGACTAAAGATATGAATTTTACTGTAAACAAACATACACACACATCAAGA ATGACAAAAATTAACAAAACCATTAAACAGAACTTAGAGAAAAAAAAGGGTTAAAGAGAT CTGATCAGAATAAATCAAGTAAAAACAGAAAAAGGGTATGTGATTTTCACCTTCTTTCTC TGTTCTTCTTCTGCCACAGCAATCAAAAGGGGTGTTCTTTCTTGTTTTGTGGTATATCAA AATGGGGTTTTTTTGGGGTTAAATCTTGTAGATTTCAGTGTGTTTTTGTGTTGTATGTGA GTCGGTGTTACAGCTCTCCTTTAGCCTAACAAGTGAGTAGCTTCACCAAAGTGACACTTC TTGAATTGGGACAATTTTGTTCATTTTGGAATTGGATTCCTTCTCTTAAACCTTAAGATA TTTTTACTCTCTCCTAGTACTTTTTAAGGCTCGTTTGGTTTTTATATAAATTAATGATGT TTTTTTATCTTACTACATGACTTTTGTCCTTTTTAATTTTATGAAACATTATTGTTTTGT AATTATCATAGTAATAACATGACTTGTTTTAAATTAAAAGTTTAAATTTTGTAAATATTT TTACGTAAATGAAATAGAAGCTTAAACTCTATGATCAGTCAAATATTTTTACGTAAATGA AATAGCAGTGCATGGTAAATTCCACGTATCAATATTATTTGTGTTTTAAATTTTTTGACA CGTTATATATTTTGCAAAAGATTCAACTTACTATAAGGACTAATATTTGAGATTCGAAAT AGTATATATGGATTATATATTTCGGTGTACTTATTCTTATTTTGTCGTTTTCGTATAATG AATGTGGAAAATCTTATCTTCTTCGAGTGAATTAATAACTTTTACTAATGTTTTAATTAT TCAAAATTATAACTTTTAATCAAGATTTAACATGTGAATTTTGTGCTTTTTTTTAGCGAT AAAATCAAGTTTACGAATACAAATTAAAATAAGAAACTTAAGAGAGTGAGGAGGGAAACA AAGATAAACTATATGGTGGGGGAAAGTAAATATTAAACACTACCCAACATCATGTGATAT TAGAAAAAACGTGATATCGATTATTAATTCAATCTCTTTTTAAATGCTAATTTCCCTTTC TAATTTCTTTCATGGAAGAATATATGCTTAGATATCATTCAGGAGATTCATAAAATGTTT TTATCGTCAACTATATCGAAATGAAATTAAAAGTGATGGATATTTGGTCGTTTATCCGGT AAAAGGGTTATAAAAATTCAAGTGACCTAGAATAATTGCCGACTCAAATTAAATACAATA TTCTCAAAGGGTCAAAATACTATTATTATATTCATATCATTTTGTTTGGTTGATATTGTC GATTTAGATAGCGTTTAATAATTATCGATTAAATATTTAATAATTATTAAATTAACCTCT ATTTTTTTGGGAATTTGAAATTTAATTATTACTAGTACTTTAGTAGCATTGGGAAATAAA AATATTTTTTTCTTAATTTGCTAAAATAGACAGGTAAAATGGATCTATTTTTAATGTAAG AATCCAATAAAATAAAACGGAAAATAGTGTATTAATGTCAATGTTGGTGGATGATAATGA AATTAATGTGGATAATCCTTTATTTTACAAAAGAGATCCTCATTGGGCCATTTTGATTGG AGCTATTAAATTAAATATAGTACATTTTTTTTTTTAATTGGGGAGACCAATTCCACAAGT CTTTATAAAAATAAATAAAAGTTTACATTTTGACAATAAAGTTATCTAGTTCAGAAATGG AAAAATGTATTAATGGAGTATTAGTACATCATGATTTAAAAAGAATAAAAGTTACCTGAT ATATACTTCAGTCATATTTTTACTGTGGTTAAATAATTAATTTTGGTAAAACTATTTAGT GATTAGTAGTAACGAAATGGTAATAATGTGCATAAAATTAAATCGATGTGAACATTAAAA GATAACGTGAAACCTTTTACAAGTATTGATATCTTTCGATTATGTTTGTCGATCATCTTT TTATTTTTAATGTTATATATTAATTCTTTCATTTTAAATTATTTATCATGTAAAAAACTA CGATAAATAATTTGATACATAGTAATACAATGATAACAAAATAAAAAACATATGAAGATC AACACTTGACAAGCTCTCGACTAGACAACAACAAACAACCTAAAATGAATGAATTATTAC AGTTTCTACAAGATCGATAGTATAATAATTTATCACCTAGTCGTAATAATTTGTAATTAT TATGTGTATACTCAATATAGAATAAGTGTATACATCGATTATACATTGTACTAAATTATA AGTGAAACCAATTAAAATTATTTCATTGTTAACTTTATTGCATCGTTTTGTAGTATAAAA AGCAAAAAGGAAATCATCTTTTTATAGTCATTTACAATTTGAATAGAAGAAAATATTATT TCTAGATCTCTTAGATATAAAATTAAAGATCTCTTAAATGTAAAATAAAGAATATTAGTA AAAGCAAATATAGCTAAAAGTTAGTTTATAAAGAAATATAGAATCAAATCTCCCCAAGTA TTTGAAGATATTTTCCTTGTATAAAGTATAAAAACCGCGATATCACGGGCACTAATTACT TTCTATTTCTAAAGTTTTTCATTATAATAATCTCAAATTTTTTCAAAACTCGCGGCATTG TTCCTTGGACCAGTACATAGGAAACAATACATAATATGTAAAAGATATATAAATATTATA TTACATAAAAAACTATAAACCATATTCATATTGATTTAAATTTGAAATAATTGGGTTTAT ATATCAAGAATAACCTTTGTACCATATACATTATGCACTAACAAAGTTGTAATGTATTTG ATAGAGATGGAATGGTAGAATGATATATGTGGATGATTAAGTGAGTGAACGAAAAAAAAA ATTATAACTAGTTCAAATGGTTGAAATATTTAGATATTATGTTTCACTTAAGTCGTGTAA TTCCGTAATTTTTCCATTTTTTGGTTCTTTTAAGTTTTTAAGTAAGGTAATAGAGCCTTT TAAGCCCATCATTAGCTAGCTAAAATGGATGGTGGGCCTTAGTCCCAGTAGAGGAACAGT ACCTACTAGGCCCAATTACTCCTCAATTATAGAACTCTATAATAGTCTTAGTATAAATTT AAGGAATTCCATAGCATAATACAATAACATTCTGTCCTGACAAATTTAGTATTTACTAAT AATCTCTTAAAATTATTGTGGCGTGATACATTAGTATGTTGTGATACATGCTAAATGATA CACAGTAACTTAAAACGGTTAAGATTAAAAGAGAGAAAAAACGGAACATTTAAATTTGTT ATCTAAATCAACTTAAATTACGGTAACAGTTCATTAATAAACATTAATTCAGCACGTAAT TGGATAACAATTTCAAATTTTGAAAATTCAAGATTATATCATCTAGTTTGAAGACATTTT TATGAACATCCAGTTATTAAACTTATTGACTGATACATGATAACAATTTTCAAAAACTCG TGATACATAGAAAATCATATGATACACATCAAATTCATGTATCAATGCATCATCTAAACA CTATAACACACTGAGTCGATATGTATCAGCAAGCACAATTGATGGCGCAGTTATTAAACT TATTGACTGATACATGATAACAATTTTCAAAAACTCTTGATGCATAGGAAATCATATAAT ACACATCTAATTCATGTATCAATGCATCGACTAACACACTATAACACACTGAGTACTTAT GTATTAAACTTATTGTCTGATACATGATAACAATTTTCAAAAATTCATGATACATATGGG ATTCCTTTGCTAAAACTTTCACTAATTTCAACAACAATAGTTGCTGCTTCTTTTTCTCTT TTTTTGGTGTATTTTGTCAACTTTTGATTTAGATGATTCGTCAAAATCTTTGTTTGAATC CTTCCAAACATTCATATTATCATGCAAAGACATTTTTCTATTTTCTTTCCAATAATAATC GTTCGAATCATAAATCCTTCTATTAGTAAAAGGACCCATTAATATGATGTAATAGAACAA TGAAAAAAATAAAAAAAAGAACGAATGATGGAGTAAGAAGAAAAAGAAGACTTAGAGACG GCTGATGTAATATAGCAATGAACAATAAGAAAAAAATAAGAAAATAAGAACAGATTATGG ATTAAGAAGAATAAGAAGAACTACAGACGTATGATGGAGTAAGAAGAAGAAGAAGAACCA GAGAACAATGGTCCTATTTTCAGAAATTTCAATTTTTTTGAATTTTGAAATTCAAAATTA CATATTAAATGTTGTGAAACGTTTTTAATTAAAATTAATAATTTAAAATTCAAAAAGTGA TTAAGAAGATTGAATGTTTTAGTGGAGAAAAAATAGGCATGATATTGGGGAAGTGTTTGT TATAGGAGAGAGAAGGCTATGAATCTCTAAACTTCTACTAAAATTAAAAAAAAAAAGAAA AAATTATGTAATATTTTAAAAAAGAAGGGAAAATTAGAGAATACTAAACTATAGTTGTGT ATTTAAATTATTTTTCCATAGTCTACACAAGTCGGCAAAACATTTTTCAAAAAATATTTT CTTTCATCGCGATCACACCTTAATTAAAGAATTGAAAAAAAAAAGGAGGGGCATTCCGAG AATCGAACTCGGGACCTCTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCT ATTCTGTTACCATAGTCTTCTTTATTTATAGAAAAAAACAACATTTTAGTAGACTTTTAA GCAAAAAATTGATGTTATGCGTGAACATTTGAGAAACTTACCATTAATTTTGAATCGAGA ATTTATCGAAAACAATTTTGTAAGTAACTCAACTCTAATGTAATAGTAATCAACTTTTCC ACTACATTAATAAGACTTAAAAGTTCAATTACAATTCTCCAAAGTGATAGGGTTGATTCA TAACAAATTTCCTTACTATCACAAGGTAGCTAAAATTTGTATAGATAATACACTCCTCAA ATCTTATTAGTAAAATTACACTGAATTAGTTATAAATATTTGTTAGAAGATCGCAAAAAT CTACAGGACTTGACAAGTCTCTAAAGCTTTAGTATGAAGGCCCAATACTAACTTCAACTT GGGCCAAAATTTGCATTTCGTAAATAGCGGCCTTTTAAAGTGACAACTTGATATTCTTTT TATTCATTTTTACTTGTCGACTTTGTATTCTGATAAATAAAATATATGTATTATTGTATA TACTTTTATTTATTATGGGGAAAAAATATATTTTTCTCTTGATATATTAATGTGAACAGG TAAAAGTTTGAGATTTATTTTTAATATAGTGAACCAATAAAAATAAACAGCTAGAGTTTT TTTTTGTTTTAATTATCATTTCCCTTCTCATTTTCCAATCAATCACTTTGAAAATAATCA AATCATAAACATGTGATTAGACATTGGTAATTTTAACGAGAACTAAATGATAGGACTTAA CTATAATTACTTTTATGATCCACTATATTAAAAAAATAATTTGTCAATTTTTAAAGGAGA ACAATTATTTCTTTTTGTTTTACTCTTAACATTAATTACTTATTTTAAATTATTTTTAAA TTCATTAATAATCATGAATTAATTAATATGAATATCATGATAAAATGTACACTTCATCTA TTATTATTTTTAAAATATTTAAAGTTTATTGTGAACAAATAAAAATGAACGGAGAAACTA GTATGTTCATACTTCAAAAGAAAATTAATCGAATAAGTTCAAAGATAAAAAATAAAAATA AAAATGAAAAGATGTTAGTGGAATTAATAATGTATAGAGTCTTCCCCTATATAAATGACA ATTTAGCAGCTAGTAGACTATATTTATTTTCAACTTTAATTTGCTGTAAAAGAAGAAACA AATAGAAAAAGTTTTCTCAATGTGATGAACATTTTTTTTTTCTAATTTGGAAATGTACTT CAATCTACATTGCATTATTGAGGTTTATTGGATTAGACAAACTTTATATTATTATACAAG TGGAGTATTTTTATTTTCTTTATTTCCTACATTATTATATAGTTGTTGATTTAAAAAAAA AAAGAGGCATGCATATGCGTTGCATGTATTCAAAAAAGTTGTGTAAATTAATAATCATGC AAGTGGAAATTATATTTGCCAATGAATGGAAAGAATGAATTTTTGTTGTCTTCAATGCAA CGTTCTTTTTTCTCAATCAAATCAACTCTTTTATCATTTAGCTCATGTGGGGACGATTCG ATTGTCTGATAAAAATGATAATTGATATTGATATACACATGTTAAATTGAAAGAGAAAAT AAATAGGTTGAGGCTAAAATCATCCAAAAGCATTGTTAATAGTAGTTATTAAGCTTCTTT TTTTAAAAAATAAAAAATAAAACTCCTATATTAATAAAAAAATTTCCCGATAAAGCAGCT AGTATCAGGTTTACCTCATATAATTGACCTAAATGAAAGAGAAGAAAATAATAGACAGAT TAAGACGATAAATGATTTCGAAAAAATTAAAATCTATTATAATATTGAAATTAATCATGT ATAAGATTTTTTTTTCTTCAGACAAATTGATAAACCCTAAACTTAAAAACTTTAGATCAA CAAAACTTTGAGGTTATGTTCAACTAAATTGTACAAAAAATAAATAAATTGAAACTCATA CAATTAGCATCAATTATACGAGGCACAAGATAAAAATTTCAATTTACTCTATTTATTATT TTTATAAATAAAAAATATAGGTAGGATTTTGCAAGTTGCAAACAAAATGCAAGTAGAGGG TAATTAATTTCATTCTTGTTCTTCAATATTAAATATTTATTTAGAGTGTAATTAATTTAA TTCTTGTTCTTCAACATTTTCTCCTTCTATCATAGATTTAGTTTGTCTTAAAGTTTTTGA TAATATATTGTAAATTTCTCAAAAAACTCTAATGTAGACGGAAGTATATACTTACCAATT ATTGTCACAACAACCTTTATAAAAAAAATTAAAAGATCAACTCTCGAAAGGAAAAGGTAC ACTTAATAATAATTTTAATATAATCAAACAAACAATACATAATATATTTTTGTCGTTTAA TTCAAGTGACCTACCAACTTATTATGCAAAAGAAAAGCTCTACCGTTTAGTTACAACCAA TTAAAGTTATTCCTTTAGTATTAATTTATTTGTTTTATTTTTTAATCTATTACAAATCAA ATACGTGACATGTTTAATATCATGAAATTAGAAATTAGAGTAAAATTTAGGGATATTGCA TAAGTACCCCTCAATCTATGTCCGAAATCTTAGAGACACACTTGTACTATATTAAGCTTC TATTACCCTCCTGGACTTATCTTATTAATAATTTTCTACTCTTTTTCGGCCTACGTGGCA CTATCTTGTGAACCCAACGCTGATTCACTTTTTCTTTCAAACTAGTGCCACGTAAGCCGA AAAGGGTAGATAATTACTTATAAAATAAGTTTGGGGATAATAGTTACTTAGTATAATATA AATATGTCTCTGAAATTTCGGATATAAATTGAGAGAGTACTCGTACATTTTCCCAATAAT TTATCATATGTGAATGTTTGGCATATTTTTAAATTACGAAATTTAAAATATATTTTTTAC TTTCTTGAATTTCTTATTATGAGTATATAGTTGTTGCACGTGTAACTTTTACTTTGTTTT CGTCCGTACAGCCATGGTGTTTGTTATGTGAGAAAGTAAACTTGTCCTTTGGTGCTGCAA ATAGCTTATTTATGTTTTTTTTTGGCCTAAGTCATTTCCGGCCATTTGAAGTTGTTCGCA TAATTCATTTAGACACTTCAATTAATTTTTGTGCCAATTGAACATTTTATTTGTTCAAAA ATCATTCCTATTAGACACAAAATGCTGACATGGCAAAAACGTGTAATTCACTTTCATTGA GCGCGTTAATTTATTAAAAATAATATTTTTCTTTTTTTTCTTAATTTATACCCCTAAGTT AATTTTTTTTTTAAAAAATTAACAAAAAAGAAAAAGAAGAAGAACAGTTCTTCTTCTTCC TTGTTCCTATCAACCCCACCCCAACCTCCATATCCATATTTCAAAATTCTTAGTCTCAGT GTTTATCTTCTTCCCCCATCATTCTAAAGGTTTCAAAATTCTTAATATTTTGTTTCATTT AAAAATTTTTTCGGAGAGATGTTTTTGCCCATCTTTCTCTACCTAAAAAACGAGATGAAG TAAAAAGTTATAAATAATAAAAAAGCTGATAAAAAAAAATTGTTGGGTTAAAGATGGAAC TGTACAGGGAGGGGAGGGGAGGGTCGCCATTAATGGAGTTAGAGGAAATGTATGTTTTGT TCCAGTTGAAGGGGCAGGGAAGTGGGTGTTTAAGTTTTATTTTTTTTTCATTTTTTTTTA CTTTAAAATAATTTTTTAAATTTTTTTACTTTATAATATAATGTTTAAATAATTTTTTGG ATTAAAAAATAACACATGTCATTATTTAATTGGTCAAATTGACATGTCAGCGCGAGTGTA TTTCACACATCCTCTATTTTTTGTTTATTCTCGAAAAAATGTTCAAATGGTTCAAATTCA GAATGGTTGAAGTGTTTAATAGGTAGTACATCTAGTTGAGGTGTCTAAATGAATAATCGG GACAAGTTTGAGTGACCGCATATGACTTTGGCCTTTTTTTTCCCATTTAATAACTGCTGA GATAAGTTCTTTTTAAACCAAAAAGAAAATACTTTAACCTTTTTTTTATAAAAAAAATTA GAATTAGAAAAAAATATGTCTTAAAGAGGAAAACATATGGGGACCTTAGTGCTTAATTTT TTTTAAAAGTAAAAAGGGACCTTCTAATTGATTTATTTAAATTATCAGGAAAAAAGGATA AGTATATCTTTAAACTATTATAAATGATATGTAGATACTCTTTGTCATATTTTTGGGATA TCGATGTTTCTTTTATTCGAAAACTTGATCATATATGTCTTGTCAGATCGGTGAATGGAT ATATATGCTCTAGTTTTTGAACAGCAGAGACACCAATGTCTGAAAAATATAAAGAAAGAT ATTTGGATAGTATTTATGATAATTCAGAGATATATTTATTTTTTTCCCTTTAAATTATCA TAATAAGAGAGGCATCTTTGTATAGTAAATCATATTTATGAATTTAATTTCTATATAAAG ATAATATATATTAGTCAGATTTAACTCATTATAAACGTAGCAACGTTATAAAAAAAATTG TAACTCATCGCAAGGTTAACCCATCGAAAAAATCTATACTATTCAAATTGTATTATTTTT CTTGATATCTTTTTTTTAAAAAAATAATTAATTTTCCATTTACACTCTTTAAAACACAAC AATCTCATTATTTATTCATTAAATTCATAAACCTAATTTAGCTACAGTTGTAAGCATTTG CAAAAGACAATATTAAGGGACCACATATCCACCAAGTGTGATTAGTGACTCAAAGATAAA ATTTAATACATTCATTAAATTTTCTAAATTCATATACTAATAAATTTGCTACTGTGTCGA TTTTTGGTTCTATTTTGTGTAAATGCAGCTAGACGTCATTTTTAATTAGTCAACTTATGT TGGAAATTCATTTAAAACTAATACGATAGAATATAGATGCAGGTCATCTTGTCGTTTTTA GTTTCTGTAATTTTATTGAATTATATATTATATAATATAAACATAAGAATCCAAATTAGT TGATTGATGAATTAAAAAGAAATAAAAATAACTAACACAAACATTTTCTAACACTTCCAA TTATATTGATTTTAATTAATTAAGTCAAATGATGATCATTTAGAATTATTTCGTTCTAAT TGTCCTATTATGAGTTATATAATCAATTCTTTGGTACGACCAATTTTTGACAGCTTGCGT TCAAATTCATGACCAGATTATTCTATATGTAAATGTGGACCATTTTATTTCGAGCTATAA CTTAAATAATGTCAAGTGAATGGTTAAAAATATATCTAAAATATTTTACTTTTTTTGAAA TTCATATCTAGATTATAGTTCATTTAAGAAACTGTCTGTCACGACCCAAATCGGATCGCG ACTGGCATCCACACTTACCCTCCTATGTGAGCGAACCAACCAATCTAAACCTTAACATTT CAATGTAATAACAACAGAAAGTAATGCGGAAGACTTAAACTCATTGATAAAAACCAATTC AATAACTATCAATATTCAACATCTATTATTCCCAAAACCTGGAAGTCATCATCACAAGAA CATCTACGATCAAATGACTAAACTAAGAGTATCCTAAAAGCTAAAAATACATAAGAAGCT AGTCCATGCCGGGGGTTCAAGGCATCAAGACATGAAGGAGAAGATCCAGTCCAAGCTAGA AGCGTTAGCTCACCCTGAAGATCCGGTGTGACGAAGACTGGCTTGAGTTACTGTTGAGTC GAAGATGACGGCACGTTTGCTGCACTCCACAAATAACAAGAGAAAAACATAAAAGTAGGG GTCAGTACAAAACACGGGTACTGAGTAGATATCATCGGCCAACTCAAAATAGAAAACAGT ATGTATTAAGCAATATCATAAAATCAACTAATATCCTTAGCATGCATCATTTATAGTTAC CATAACTCTTGGTTACAACACCAAGCACATCAATGAGGACTCACACCTCCTCATCATACT CATTTGGGAATTTAGTTCATTAGATTGGATATATTATCATATTTCAAGATTCATTATCTT TATTCCCCTCGTGTCGGTACGTGACACTCCGCTCCTCAATATACTATCCTGGTGTCGGAA CGTGACACTCCGATCCATATTCTATCCTGGTACCGGAACGTGGCACCCGATCCATATTCT ATCCTGGTGTCGGAACGTGACACCCGATCCATATATTCTATCCTGGTACCGGAACGTGGC ACTCGATCCATATTCTATCCTGGTGTCGAAACGTGACACCCGATCCATATTCTATCCTGG TGTCGGAACGTGACACCCGATCCATATTCTATCCTGGTACCGGAACGTGGCACCCGATCC ATATTCTATCCTGGTGTCGGAACGTGACACCCGATCCATATTCTATCCTGGTACCGGAAC GTGGCACCCGATCCATATTCTATCCTGGTACCGGAACGTGGCACCCGATCCATATTCTAT CCTGGTACCGGAACGTGGCACCCGATCCCCTAATCTTACCACTTTCGTTCATCAAGCCTT CTTTTATACCAAGGCATCATCATTAACAAAGTAGATTAGGGTTTCTTTTCAAGATTTGGG ATTCAATAGCTTCATCATGCTTATTTATTCACAATTACATAATCATATCATTCATGCAAG CATACAATTAAGCATATAGAAGGTTTACAATACTACTAACACATATCATTCGATATTAAG AGTTTACTACGAATAGCATGAAATAACCATAACCTACCTCCACCGAAGAATTGAAATCAA GCAAGTTAATCCTCAAAGCTTGGTGTTTTCCTCTTCTTCTCGATCGTTTCTCTCTCTCCC TTCTTGTTCTTTCTATTTTCTTATTCAAACCCTCTTTCTTTTACCCTAATTAGTATATAA TTAAGAATAAAAGATGGCAATAATACCCCACTAATTAACTTAGGGTTACCTCTTTTAACC CCCAAGAATTTGAGTTATTAATATAAACCCACGAACTTTATAATTAAGGCAAGAATAGTC AAAAACGTCCTTTAAAACTTAACCAGAAATCCGACTCCAACTGGGATTATGCAAACTGTG ACGGGCCGTCGTGCCTGCGACGGTCCGTCCTGCAGGTCGTCGCAAGGGTCAGAGAGTCAA TTTCCACTGAACAATCTATGACGGTCCGTCACGCCTGTGACGGTCCGTTCTGCCATTCCG TCACGAAGTTCAGAGAGTCGATTTTTGGTACCCAATTTCAGATTTTCTAAGTGTTTTGAA ACGAGACCCTGCGACGGTCCGTCGTGCCTGTGACGGTCCGTCCTGCGTGTCCGTCACAGA GTTCAGAGAGTCGATTTCAGCACCCAAATTTCAGAATTTCCAAGTGTTTTGGGACGAGAC ACCCTCGACGGTCCATCGTGCCCATGACGTTCTGTCGTGGGGTCCGTCGCTTCTGCCAGT TTTTCCAGAATTGAAGTCTGTTGCTCAAAACGACTAAACGGGTCGTTACAGAAACTGACA TATACACTTGATAATGTAGGTATAAAGTTAAAAAAAAAAAGATATTCTAAATGTGTTTTT GATCATTAACTAAAAAATATAATAAAATTAAGAATTAGAGACATATATAATCATATAGCT AAATAACAAAATATCATGCGATCTATTTTTCGATTAGTATTAACAAATTATCAAAAAATT CTGTTAGCTACGATGTGCGAGCGATTTAATTTTTTAGTGACGGTCGCATCCAAGCCAATA ATTCGTGTACAACTTGCTATAACTAAATAAAATACAAAAAATCTTACATAAGCATAGTCT AATCCTCACATTACACTCAAAATTGGAGTGAATTTTCATCCTTTTTTGTCATTCTCATAC TTAATTATTCTACCCTATCCTGATCAGGATAGTTTTAAATATACATATAATAAAATCTTT AGCTTGTAATGAATATAGACATATTTTTTTTAATATTGAAGAACAACTTATAATCATAAA ATGTATACATTAAATTATATTATGACATATCTAAAAAATTGAATACAACTTAACCTAATA GACATTTTATTTAGTTTGGAGGTTATTTATCCTTTGAAGCACAAAACAATCAAAAGAAAC CAAAACATCCAATCAAGATGTTAGGTTTCATGCATCATAATTAAAAACTTTTAGTACTAT GTATATATATTACATTGAGGATTAGGTATGAAATAAAGGAACAAAGAGTTGTAATGCTTA TCTTGTTCATCTTAGCTTAAAATTAAATTTATCTTATTATCATTATAGGGAGACAAACCC ATAATGGTCACTTCCAAATCTCATTACTGCATTGCTTTTTAAGGTAAAAAAATCCCATAT CTATGAAGAAATAACACAAAGGGTAGAGGTGGTGACAATGACGAAGTTAGAAATTTTTAA CAAGAGGGTTTAATTAATCTGAAGAAGCAAACTTACGAACTAAGCAAAAGAGTTCAACAT ATATACATAAAATAAAAATTTAACTAAAAATAATAATAATATTTTTCATCGAAGGGGATT TCAATGAACCCCTGAATATATGTTAGCTCCGTCCCTGGATAGCGGGCATCTAGGCTATTT GGATTGGATATAAATATTTTGATTATATTTTTTAGTTTTTGACTTCAAGAAAATTAAATT AAAAATTATTAAGTTCTCTCTCAGTCCCACCATAATCATTCGATTAAAATTTTCATTTAA GCTAGAAAAAAACAAGTTCCTACTTCCTAATATAAACAAATCATATTTTATTATTATAAA TCATATTTAATACTAATATATAGTTCATATGTTATTGGGTAATCTTAACGTTCAAGCTTC CAAAGGGTTATTTCTATATGAAGTATAAGTATTTGACAGACTAATTTTGAACTAGATAGC AAATTGATATTTTAGTGTAACACAATATCACCTTGAAGGTCCAAAATATAAATTATAATA ATTGCATCAGTTATTTAACGATATTTTACTATCGATTGATCTATTTTTTTTAGAGAATTT CAATTTCGACTATTGCTTATTAAGTTCCATCAGGTTCTTTGATGTCAAATAGTTAATTTT GAATTTTTACCCTTGATACGTAAGCGTGATCAAAAATTAGTTTTAGAAACATTTGCATTT TATTATATTTACATGGTTCAAAAAAAAAAAAAGAGCAATTATATGCTACTTATAATTAAC TTAAAATATTTTATAGACATAATATGAATTAATTAACTGGCGTTCAATCGATTCGGTTTT GGCTTTATGTATATATTATCGTTTTGATTTATTGATTTTTTATTTTTAAGTACACTAAAT CAATTACAAATCAGTAAGATATTTTTTTTATTGAATAGGTTTATTGATGTTTGGTAATTA AAAATTCGATTTTCGATTTATCTAATAAAAAAATGTTAAAATAAATATTGTATGATTTTT CACTTCTCTAACAATTTGGTGCGAAACAATAAGACAAACAAATTCACTATAAATGCTTTG ATATAGTAAAATAAAAAATATAATAAGAAATTCCATCAAAACATTATGTGAAATTTCCTA TGTGATTTGTGTGTAGGCCGTAGTGTAGAGTATTAATAAAATGTCTAGTTATATTGAATT ATTATGAAGGATGTAGCGATAAATTACCATCATATTAATGAGTTATTGGTTTATATGATA ACCCTATAGTAAAAACTAACACTAAATCAATAACCTAATAAACTTTTTTACTAAATCATT AAAAACCTATCGATCGAATAAAAATAACCCAATAATATCTTTTCTATTCAATTTTTGCTT ACACCTAAACTATCATGCATATGAACTATATAAAATATTTATATTTTCCATACATATGTG CTTATGGAAGGATAGTGCAAAGTCAAAAGAAGATAATTAATCAATTTTCTTGGCATTAAA AATCAAAACTGCTGAGGCATTGACAATAGAAAATATCACATCAGCCTGCAATGTCTATTC TCATTATTATCATCACTATATATTTATTTATATAAAAAATAATTAGACTGAGAAACCGTC CGCTGACTCTAAGTGGTTATAATCAATCATATATATATATATATTAGAAATAATTCACAC TTTAATTTATATATATTTTTAATATATAATAAGTAGATTATTATTATTATTATTATTTTT ACTTGTTTGCACATGTTGGTTGAGAATTGCAATCATCAGTTCAATGAACAACATTTGGAT CGAAAAAGTCAACTCTTTGCGTTTATTCAAAGTTTGACAAGATCAATTCATTAATGATTT TCTTCAAAATAGAGTAACTAAAGTACTTAATAATTCATTACTCAAATTATCACAGAAGTT ATTTATGTTTTTTTATTTATTTTGTAACAGGAAAATCACTTAATTATACTTGTAACGTTC AAAACGTTATATTTAACTAGCCAAATACCTTTGTTATTCTCTAAATTGTCAACTTTTGTT ATAGGATTAAAATAGTTTTTTTTTTTAAAAAAAAATTGCGACTTAGGTTGATAATTTAGA GGATAAAATAGCTATTTAATCGATTGAGTGATCTTTTTCTATTTGACTTTTTTTGTTATA TAAAAGAAGAAAAGAAATGAACAATTATTTTTTCGTAAAACTACTTTATTCCATTTTGTA AAATTAATATTTACTTTGGATTATTTGGGGATATATTGTGTTGATATGTTTTGTTTATAT ATCACACCCATTTTACACGTATAAAAATGAATTATATTAGCCAAAGACGACAAACTAAAA GAGAAAAGGAAATTTGAACAATCAACTTTGATTTCCAATCAAATCATGTTTGGTATTTGT AGTTGTATTGAGTCTGAATAAATTTCGATTTGTATATTATATGATTCATTTTTAGGAGCA ATGCTATCAACTGAACCTTTTTATTCCTTGGGGCTCAAATCTAAAAGATTGAATTAAAAA ATAAAGCGACATCAACTATTCTATCACAATCCAAATCTATAATTGATTTTTGTTATATTT TAATTATTGATAGGTGCATGACGTTATGGGCTAAACTCATAGTAAGGTTAACTTTTTGAA GTAGTTATGCAATTGACGCAAACACTTGCATAGGTTTTGAGAAATTAATATTATTATATA TAAGCCAATGAAATGAAGATTGAAACTTGATTTTTTTATTTTTTTTTTGTCAAATAGCCT TTCAGGAATAAGACTTAATTCACCGAAAGAAAAATATAATTGGGATTGATTTAATTAATT AACCAATAAAGGAGGCTAATAAAGACACACTAAATTACTAGTTTCGTAAGAGATAAACCC TAGCTAGGGTTAAATATATCTCCTCTATCTATATATTTCAATCATGGAGATATAGTAGAC TTCAATTATATAATTTTGTAGGACCAAAAACTGAACCGACTGTTTGGTGATTATTGTGTA CTTGGCCAATGTAAAATTAAGAAAAATGAAATATTAAAATCTTAACAAGAATAATATATT CAATGCAATTTCATAACATAGGGCATGAAAAGGTAAAACATACGTAAATTTTACTTGTTT CTTTTAATAAATCATCGATTTAAGTATTAGTTAAGAATTTTTTTTTTATATATATATATA TATATATATATATATATATATATATATATAAAATTATATATAATATATCATCTTGTTTAA CAGAAAAAAAACAACCAAGAAACTACATGTATAGACCTAATACTAAAATAGATACAATGT TGCCAGAGACCCCCCACCCCACCCCAAGCCTAATCCAACCAAAAAGTGAGTCAAAATTTT ATGTGCGGTCGTAAAATATAAAATTAGCTATAAAATCTATGGTAATTAATAATATGTAAT TTGTTGCTAAATAATTTCAAACTAATTGAATTTGCTTATAATATATCATTAAATGAATTA GCATGTGATTATTAAACTGTAGCTTCAAAATTTTGTCTGACGTTAATTTTTATTTTGTAG TAACTTATATTAACCTTTTATCCTATTCTTCAACTTTCTATATTCTTTTATTTAAAATCA TTTCTTATATAAGATAAAATTATACTATATCGAAAAAAAGAGAGTGATTAATTGAATATC TTTTTAAAATATGAGAGTGCAATAACTTAAAAAGATTGACAATATTAATTGATCGAAATG GAATAACAAATTAATGGTCAAACACCATGACTCATGAGAGTAAAAAATAACTGTAGCTAA TGGAAGTGGTGTGCTAGTGGCTTTATCAATAAGATAGCATGATAGGCAGATCTCTTTTAT AACACATAATAAATTAATACTATGTAGTATCAATTTTTTAAAATATACATATTAATGATC TTCCACTAGAAAATGAAAGAAGATATATTAAATGAAATAAATTAAAACTTTAAGTACATG CTGGCATTAACAAAAAAAAGTTAATTAGGTGCCTTTTAAATGTAGCAAAAAAGAGAGGAA TCTCTAATTAATTAGGTAATCCCACTTTTACACTTAAAAAGGTATATAAGGGCCTTTTTC TTTTACATACATGCATTTGAAAACTCTTCTAAAATAAAAATAAAAATAAAAATATTCATC ATGCAATCCTAGGTTTATTTTCTCATTGAACATGCATAATTAAGATCTAATCATATGATT ATTTTGTGTAATTTTATAGAATAGGGACAAATTACATCATAATTAAGGGAGGGGTGTGGG GTGGAAGAGACATGGAAAGGATTAGTTGACCTAATATATATATATATATTAAAAGTATTG TCTATTAGATTAAAATGCGTGCTTTGCTGTAGACACAGTACTCTCCCTTCTATTCATTTA GTTATCGCGTTTTAATTTTATACGATCTTTTTATGAAATAACGTTAAAATTATAATTTTT TTAATTAAGTATTAGAAAATATGATAAAATATGTTATCGTGTAATTATAAATAGCATCAA TTAGAAGAGGTTCTGATTGCTTATTGAGTTTAATATATAATAAAAAAATAATATATTTTA AATAATTAACTTATTTATATAATATAGATGCGTAAATTATTTTTCCAAAATTTTTAAAAA ACCTACATAACATGAGTTATTGATGAAGGTCATAACAGATGAGCAAAATTTTAATTTTTT AAAGCTCAGTTACAATAATATTAACTCCTAAATGTGGTTGACAACTTAGGTAATGTTTTT TTTCTATAAAAAAATAAAATAAATGTTCCATCGGTGCTTTTATTTATTTTTGTTTTCTGT ATAAAATAATATAATAAAAAGTTATTAAGGTGGACAAATTGATGAATTTCAGAAATACTA ACTTGGAATTTTAGCTAACTAAATTGTACGTCAATTAGCTGGCTATAAAGTGCCATAACT TGTTCTTAAGGCATTATTAATTATTATTTTATTTTTTACTAAAATACAATTATTCTGTTT AAATGGCAAAAATGACAATATCTCCAATTTCGTTTGTGTTATTGAGTATGATGTGAAGTG TATATATTAGGTAATATTAACAAGTTAATTTCACTTTCGTTTAATTTAAATTTTAAAATA TGTGTTATGAATTACATTAATAAGGTGTTGATGCTTTACTCTGAATTGTTGCGATTTTTT TTTATAGTTTAAAATAGTAAAACGTTAATTTATGTTTTTAAATATTTTTCTCAAAAATTA TGTCATACTCCAACAACAGTTCACTTAATTATATATATAGATTAGAGAATTAGGGGCAAT TTAATCAACAGCCAAAATATTTATTTTTTATACTACTTTCCAATTTTTTTGTATTAAATT AAGCAAGATTAATTAGCTAAAGTAGTTAATTAAAGGTGAGTTTGTGGTTGTGTTTTTTTT TATCCACAGCCTTTTTTGCGATCCATTTCCTAGTCATGAAATAAGCTTTTCAGTTGAACA CTGTTTTTGTCTCCCCTTAATATCTCCTAATTAACTAAACATTATTAATTATTAAGAAAA AATAATAATTCTACAAGTGGAGTTCACTAAAAATAAAAGAATAAGGTATATTCAAATCTA AACGAGTGTCTAAAAGATAAAAAAAAATTATTTTTGATAAATCATTAATCATAATTTTTA TAAACATGAAAGAGAAAAAAAAAAATATAACACCAGTGTCATATCAAATGATGCTAGTAT AATAACAAAAATACTAGAAAGGGAACAAGTAGTTGAATTTTGATTTACCACTGGGAAGAC AGAATGATCGAGTATATACAAACTATTTATCTTAATTCTCGACTTCGAGGCTCTCTTATT GGGGAGGCGTATTCGTGAATCAGAAATATTAAGTTATGTCATGTTAAATTATCTCTCCAC TTGACTTTTATCTCTTTCAAAGTTATTATCACCGACCTCTCATGCTTCTGTCTTTTCTCA TACCTTTTTAAGAAGACACATGCTTCACATATCTAAACTATCTCAATCTATTTTTCACAT TTTGTCAACCACAAAGGACACATTGAACTTGCACCATTTATCTTTGTTCCTATTTTTATC TTTTCTAATCCACACATTTATCTAAGCATATTCGCATCTCAGCTATTTTTATCTTCTAAA TGTGTAATTTCTGACCATTCGTCGATGTTATATAATGTAATTGGTAGTCTAAAAATCACT CTATAAAATTTACTTTTAAGTAGTATGAGGGACACATTTGTATCACATAGTGTCTTAGAT GATGCAAATTTCAATTTCATTCATCTCACTTCAGTACGATGTGCAATATCCTCATCAATC TCCTCATTTTCTTAAAATTCAAAATAGTCAAACTTTCTCTTTTATATATAACTTGTATAC CAATTCTTACTAACCGATATATCTCTTGTGATACCATATACTCTATTTAATCATACTCAA CTTAAATCCTTTCGACCAAGGGTGAACCCACCCTTACCTAAGAGTGTCAAGTGACACTCT TTTATCGGTTCTAAATTAAAATTTAGTCTAATGATTAAGATATTGCGAATTTCTTTTAAT TTCGTGTGTGTTCTATTCCTATTAACCTCGTAGATTATTTTTTTTTACTGACACCCCTAA ATGATAATCTTGATCTGTTAAATGTTATTTTTTTTAAAAAAAAAACACTAATAGTTTCAC TCACCAAATAACTACTAGTTCCCTTTTTTTTTTTTCTTTTCAATCACTTGTTTGTTGGTT TTCAAAAAAAATCTGGAGTTATTTATAGTGACTCACCTCTCACTTTGTTGAAGCCAATAA TCCCTCAACCATAGAGAAGCTTACTTCCATCAGCAACTCACCCATTACTCCTCCATATCT GCATTGAGTTTTCTTGCTACATTTTGTTAGACTTCCTATTCATTTTCTTCTATTGACTCA TGTAAACTGGTTATTGCTCTGCTCAAATAACTAATTTTTCTTCAAGGGTTCTAATTCTAG GTAATGTAAGAGTGAAAAGCTACTTTCTTTGGTACCCCTTTGGCTAATTCATTGTTAAAA TCATTCCTTTTCAAGTTCTTGGTAATGGGTTCTCGTTAAATCTTGCTTTCTTCATATACC CATTTGGTTAAACTTACTTTAAACCACTAAAAATCAACTTTTTCTATAAATGGGGTCTCG CTAAATTCGTGATTCTTGGTATTTTTGTCACCAAATAGCTTTATCAGATAGTATTGAAGT TCTGACATGTAACTGAAAATTAGATCCCTGTTTGCCCTTTGTTCTTGTTGAAGTGCATTT TGGTGGCAACTTGTATTCTCTTTATATACATGTAATGGATCTAGAGCTTTTCGGAGTCAA CCGTTAATTCGAGATCTTTGTAGATGGAGTACTTCATTTCCTTTCGTTAAGTTTTGCTTT TTTTTTATTAGTTATGGCTTTACTCCGTTAAATTGATATTGCTTCTGGTCCTATGGAATT CAAATAGGCTTGTTTGACATATCTCTAGACATATATAGTATTCATTGCTAACTGATTCTT TTGTTCTATACTAACTTGTATTCTTTGTAAATCTGTTAATATGTAGAGTTAGATATATAT AACATCTTATTTTTATGGACCTTAATGAAGGTCAGTATACAGTTAAATTAAATGAATCAG CCAATAATCTGTTTTATCCAAAACACTCTAGTCATGGTCAAGTAAGTGTTGTTGTCTTCC TGCCCAAAGTTTTTTTTCCTTTGCCTATGCAAGTCTAGTTGAGTTTGATATTGGCCTCTC GAGTCCTTTCGATTCTGTGTTAGTTTGTTGTCCTTTGAGTTTTCTTATCTGTCAAAACGA AACAAAAAAAGAACAAAATTTCCACCCTTCATTTCGAACAAATTTTGAGTGATCATGGAA GAAACATTTGTTCCCCTACGTGGAATCAAGAATGATCTCAAGGGGAGATTGTTATGCTAC AAGCAAGACTGGACTGGTGGTCTCCGTGCTGGTATCAGGTTAGCTGAAGTGCAACTTAAT TATCAATGATTTGCACTTGGAAAAGCATTCTTTTTCAGTTAAATTGTACTATAAACAGTG TAGTGCATAAGTAGTAGTAGTAAATTATTTTATTCTCTATACATTTTTTGGATGCATAAA AGTTGTCTATCATATGCTGTCGCAGGATCCTGGCTCCAACGACCTACATTTTCTTTGCAT CAGCAATTCCGGTTATTTCATTCGGGGAGCAACTGGAAAGAAGCACCGGTTAGATTTGAT CTTTTCCACTTGTATCAGCTACCTCTTATTGATGGTATAGTCACTGAGATGTCATTTCTG TCAAATGTTATCTCAGATGGAAGTATAACTGCAGTGCAGACTCTTGCTTCAACAGCACTT TGTGGTGTAATCCATTCCATTCTTGGTGGACAGCCACTCCTTATACTAGGAGTAGCTGAG CCAACTGTCTTGATGTACACTTTCATGTTCAACTTTGCGAAAGATCGGAAGGACTTGGGT CCGAATCTCTTTCTAGCCTGGACAGGATGGTAACTGCTGAGCACTCTCAAACTCTTCCTA GCCTCATCATCGTCCTTTCTAACATGTTTATGTGCAGGGTTTGTGTTTGGACCGCCTTTC TGCTTTTCTTGCTAGCCGTTCTGGGGGCGTGCTCCATAATAAACAGATTTACACGTCTGG CTGGTGAATTATTCGGCATGCTCATAGCAATGCTCTTTATGCAAGAGGCTATTAAGGTAA CCAAACTTAAATATGTTACATGATCCTAGTTTTCCGTCAATCTCCTGATCAGAAAAAACA AATTGAAAGCAATGCAGAGTGCATCAAACCAACATAATCATGAAGAACATAAAAAAAAGT CTTAGTTCTGCTGTTGTTTTTTCTCAGAAAGTAGCAGCCGACTTACATTCACTATAATGA AAGCTTTATCTTTGTGAAGCTCTCAGCTAAATAACCAAAAAACTTATGAAATTTATGTCT TCTTCGAACTATTTTCAGTATTTGGCGAGGTTTGGAAGACCAATTACCTTTTAGCATCAG TAAAGCCAGTTATGAGTTATGACCCATTTCTAGAGTTTTTCCACTATTGGCTGGTTTGCA CCAAAGACAGGGTTTTCCACCAATTTGTTCAATTGTCATAACATATTGGGACAATATTCT TAGAATTAGCATAATGCTTTCCTAAATTTCAATGCTTGTCGCAAAAATGCAGGGGTTGGT GGAGGAGTTTGGCATACCTCAGAGAGAAAATCCTCGTCAGGCTGCATTATCACCTTCTTG GCGCTTTGGAAATGGAATGTTTGCACTAGTTTTATCTTTCGGGCTTCTTCTTACCGCACT GAGGAGCCGTAAAGCTAGATCCTGGCGTTATGGAACAGGTTTATTATTCTGAATAACTAT GTGAATATTACTGAAAACAGAATGAAATTTTATCGTCTTAAAAACATATTATCCTTATCC TTAATATCTGATATAGTTTGTAGGTAAGGCACTTGCTAATAGTCATCGATTTAGAATGGT TATTTCCTGTTTAACTAAGAAGGTAATTTATTAATTTGCTGACACTTCAATGTTGTTCAA AGGCTGGTTTCGAGGATTTATTGCTGACTATGGTGTCCCACTAATGGTGCTTGTTTGGAC GGCTGTTTCTTACATACCAGCACGTGATGTTCCACAAGGGATACCACGGAGGCTTTTCAG CCCCAATCCATGGTCACCTGGAGCTTACTCAAATTGGACGGTTATCAAGGTGCTTTGCTT AAAAAATCTGTAGTATTTGATCAATCTCAAGATCATGGATTTAAGATTTGAGATATTGTT ATCCATTTGATCTTGCATATTTTAAAACTCAAGATGATGCGTTTTACAGGAAATGATGCA TGTTCCTCCTCTATATATTGTCGGAGCGTTTATCCCAGCCACAATGATTGCTGTCCTTTA CTATTTCGATCACAGTGTTGCATCTCAACTTTCCCAACAGAAAGAGTTCAATCTAAAGAA ACCTTCCTCATATCATTACGACCTCCTTCTTTTGGGCTTCTTGGTATGCTATTTACTCTG GCTTTCTTGTTTGTTAACATCAATTTTACATTATAAGAGTACATTAATAACGTTCTATGT TCACTAGGTCATTATATGCGGTCTTCTTGGCATTCCTCCTTCAAATGGAGTCATTCCACA ATCTCCAATGCACACAAAAAGCTTGGCCACTCTGAAACATCAGGTACTGAAATTATCTCT CAATATAGAAGTCTACACAGTTCTCCACAAATTGTAACCTTGAATTGGAAGTTTACTTTC TTGTAGAATAATGCAAGTCCAAACACCAGCTTGCTAGGCAGTAGGCACATGTGAAATCTT AATTATTCATTATGTAATCAAAACCACATGATGGGCCCAGAATGGAAAAAGTTTTTAGTT TATCAAGTATTTGTTTTCTCATGCTTTCTTGGTAAATTTAGGATGATCAGTCTAATTTTC TTATGTCGGAGAGTATTCTAATTTTCGCACTTCATTTGAAACAGCTTTTACGGAATAAAC TTGCCTCAACAGCGAAAAAAAACATTGATAAAAATGCAAATCTTGGCCAATTATATAGGA GCATGCAGGAGGCTTACAACGAGATGCAGACTCCCCTTGTGTATCAAACTCCTTCTGGCC TGGTAAATAGTGAGTCATTTCCAAATGGATAGGGTTAAGATAGTTAAAATGCTTATTGTT ACAGTGTTCCTTTAACAGGGATTGAAAGAGCTAAAAGAGACCACAGTTCAACGGGCATCG AGTACCGGGTACATAGACGCACCAGTCGACGAGACAGTCTTTGATGTGGATAAGGATATT GATGAGCTCTTACCAGTAGAAGTCAAAGAACAGCGTCTAAGTAATCTCCTTCAGGCGTTA ATGGTTGGTGCTTGTGTGGCTGCTATGCCTATCTTGAAAAGGATTCCTTCTTCTGTTCTC TGGGGATACTTTGCTTTCATGGCAATAGAGAGCTTGCCAGGAAATCAGTTTTGGGAGAGG ATATTATTGCTTTTCACTGCACCAAGTAGAAGATACAAGTAAGTCACTGCCCAATGCTCC GATCATATCTCAGTCCCTACTCTACTTCCCATCTATTTTATTCTAATATTGTTTCGTAAG TTACAAGTGTGCCTGTCAGATCACATCCCAGAGAGAGGTCTAAAGTAATTAAGACTGATT AGAATCTTTAAAAAAGAGATGACTTCTTAAGTGAACTAAAAACTTTCTTTTCTGAAAGAC CTTAAAGAGTTAGAATCAATCCTCATTTTCACCATAACCTCTTACAGTTACCCACGAGGT TCTTACATTATACAAATAGAATGTAGTCGGTTTTGTCTCTGATATCGCTTCTGCTATACC TTTCCTAATCTGCACATTTGTCAGGGTCTTGGAAGATAATCATGCAACATTTGTCGAGAC AGTACCTTTCAAGACAATTGCCTGGTTCACCTTGTTTCAGACATTTTATTTGCTCCTTTG TTTCGGCATCACATGGATACCAATAGCTGGTGTTCTTTTCCCTTTGTTGATCATGCTTCT AGTCCCAGTGCGCCAGTATTTGCTTCCCAAGTTCTTCAAAGGAGCACATTTACAAGATCT AGACGCTGCAGAATATGAAGAAGCCCCTGCAATAGCATACAACATGTCCTATGGAGTAAG TTGTCAAAACCTTCCTACATCTTTCAGCTTTTAAAAAGAAGTTCTTTTTTTATCCCTTCA GTCTTAAATAACGTTCACCACCAACCATTAATCAGAATATGAAATTTGGCCTAGGGAAGT TGTGAATGAAAAAGTTTTTGATGGAAATGTATGATAGAAACTGTCCTGATATCATCTTGT TGATCCTATAATTTATGCACTTGCAGGATCAAGATCCTCAGGGAAGACCAGCCTGCATTG ATAGTGGTGAGGTTCTTGATGATATGATCACAAGAAGCCGTGGGGAGATTAGGCGTTCAT GCAGCCCAAGAGTAACTAGTTCAACTCCTACCTCTCTTGATGAAATCAAGTCAACACACA GCCCACAGTTATCTCAAAGGGCTTATAGTCCAAGAATCAATGTACTAAGAGGAGAAAGAA GCCCCAGATTCAATGGCAAGGGACTTGAAATAAAACAAACTCCCAGCCCTCAGCCATCTA AACTTGGTCAAAATGATCGCGGTCCGTCTTCCATCTAGTATCAACAAATATTTTTTGTGA AATTAGAGTCTCTAGTTGTTCTCGAGAGGTCTTGTCTAAGTCTTAAGTATGTGATTAATC TTTTCCTAGGCATCTGTGTTTCCTTGTTTGTGTGTCTTTACTGGTCTTTAACAATGTATA CTGTTTTATTGTGTTGTGTTCTTGTATGCAAATCAAAATACTCTGGGCAGAGGTTAGACA AACCATTATATCAATGAATAAAAGAGTGATAATTTTCTTAAGTACAGCTGTTTTTGTTAG GCATTTAACATATCTTCTGTGACTGCATTTTGTTTCATCTGCATCTGTATCTGCAGTGAA GTTTATCATGTTACCTTTTCCACTCATCACCTACAAAGCTTAGCTTCTTTAGAAGGGGTC GATAGATGAGTGTGATAAGGATAATAATTTCGAGATATTTAGAATATCTTTGTCTATCTC ATCCTACCAACCAAACGTAAACGACCCCAGATGTTAATCAGATAAGTAAAATAATGACAA GCTAGGCTAACTTTTTGTAACTTAGCCAATTGGTTAAGGGGGTACACAACCTAGTGGAAT GTATACAAGTCCTTCCACTCTATCTTCAGCTTCTAATTATTATTCTAATATGTTAAAAGC AACCAAGTATCTTGTCAAATCTTAATGGAGACAAAAATATGAAATAATTGCTCATATTTT TCCATTTGTCTAAATTTTGGAGGACAGCATTACTTAGAGGATTAGTTTAACTGCGTGTAA GTTGATCGGGACACCCTTTTATTAAAAAAGAAAAAAAGCAAACAAAAAGAGCATCAAAGT ATCTTGCCTACCCAACTCCGTATAAATAAAACTTGAGTGAGATAAAGATTTTATGACCAC TTTTTAGATGTCATAAAAAGATTTCTTAATCCTAATTTTGTAATTGGTCTTTTTCATTAC CAGATCTTTGTGAATTATTTTATCTTTAGTCAATAAACGCAATTACATGATTTTAATACT CAAAAAACAATACAAAAATAAGTATATTTTTACAATTGTATCATGATTTCTAAGATACTG AGCATTCCAATTTGGTGTCAAAATCAACATGCGCCTGATTTAGATACCAATTAAAAGGAG ATCAAATTAGGTATACTTGCTATGATTAAAAGAGATAGAGAGATGATGAGACTTCAACTA AAATCTCGAGTTTAATCCTGAAAAATAGCGAATCTGAATTGGTCAAAATACAATGCAATA CAACACGACTAAATATATATACAGATGCATAATATGAGTTAATCTGAAAGAATAAAAATG CAAACTCATCGATAATGACTTTGGGGTTACACGTTTCGAATTAATAACACTATACTTCAA TTTGTGGCCTGTAAGTGTGTAACAAGTTGCCACTATACTTCAAAATCACATAATTAAATT AACAAAAGAGATCAACTTGGTGTTACAAGTCATAATCTTGATAAATTAGGACGTGATATG ACACGTTCATATAATTTTTTTTAAAAAATAAAATTGAGAAATTACTTGTTAAAATGCGTT ACGTATTAGAAAACCTCTACTTTAAAGCAAAAGTATGAAATAATTAATACTCCTGAATTA GTTAGTAATAATAATCGATAATGAAAAAGCAACTTTCAAAACATTTGGTTTTCTACACTA CATTGGTGGCAATAACTGTTGTTCATTTTGTATTCCGAACATACTTAGAACAAAAGTTTG AACATCTTTGTAAGAAATCAAAGTTTAAGAATATTTTCATAACTAGAAAATTAAAACTAG TAGCGAAACTAGAATCAGAAACAGTTTTTTTTAAAAAATTATACGAAATATTTTTCTTAA GAAGAATTATTGTAAATATGTGTCTAAAGAATCTTACTGATTCCAACAAACTTTGCAGAA ACACGAAGTTATCAAGTTTAATGAACCAGTGAAGAACAAAAGAATAGAAGAACTGAAATT AATTCACAAATCTAAAGTTTGTAAAACACGTACCAAAATCTGGAAAATTTTTAATAGGAA AAAGATCAAGTTCACGGAATTCACAATGTCCCCTTAAGGAAATTATTCCCCTCTAGTATC CGAGGTTTGATTTGGAATATGACCTCCCAGGGTAAAATGATCTCAATCACCAGAGTATAG ATACCAAAAACTCCTGTGTCAGCGAACCACTCAACAGCAGTAAAGTACACTTAGATAGTA GATTTAGTAGTTGAAGAAGAAGCCTATGAATTCTATTTTAAAATAAAAGGAAATCCCTCA ATTTATAGAAAACAAAGGATAGTGCGAAAAGGTTCTTATTGTGCCTTACCGGAAATGTCA CAAACCTTTGAAAAAGTCACAATCTTTCAGAAAGGTCTTCACCTTTCATAAAAGTTACAA CTTTCCATAAAAGTCACAACTTTTCATAAAAGTCACAACTTTTCATAGAAGTCACAACTT TTCATAAAAGTTGCAATATTTCATGAAAGTCACAACTCTTCATTTTCCATTCACACCTTT TTTAAAATCCAACAATAACTTGATCACAACTCCTAATATAAAAAAAGGAAAATCTGTCAT CTGATACACAAACATTTTTCGTAATCATGTAGAATTTTAGAAAGAACGTATACAAGAAAT GTGATAAGACAACATACACGCCTTATTTTTAAATTCGAAATTACAAGAATTAAACTGCAA TTATACTTATAGCCCGATAGTTATTTTAGTGTATTTTAATTTTTCAAAAAAAAATGTCAC ATGCTTTGAAACAAAACGACAAAGCATTTGATTTAGAAAAATAATGAAGTGAAAATTAGT TCTTGTAATTTTATCAAGTTTCAACAGGACTGGTAATGGGCTTGGGCTTGTAATGCAGAT AAGTCAAAATGAACTCAGCAAACCTAATGGCCCAATAGGGCCATTGACCCATTAATGTAG ATTGGATGTACATTTACAGGCCCAAAAGTATAGTATTTTGTGTCGGTTTTGGGCCGTATC ATTTTGAAAAGTTACACATTTGGCCGGACATTTGTTTTTGAGAAAAATCTTTTTATTATT GCCGACCCAACACAATATTCAACATATGCGGTGAAATTTTACTAAGAGTAGTCTTGAGAG GTTATATGAGATAGTTTTACTCGATACGAAGTTTAAAAAAGAAAAAAAGATAGTGATTCA TTACTCATCTATACTAGCACAAAGAGTGTCGGAGGGGATAGTGATAGTCGTGGAGTCGTA ACGACATTACATGTTATGTTCACGCGGATGGAGATGGATTCAAACTCCTGGTATTTCTAA AAGTACTTTGGTTTTCAAGACCGTCTCTTTCAACTGCTCATACATCCATCCGCGCTCTGG TAGGTAGGAGCTTATCCATGTGATTCGCTACGCTTGCCTGCGCCTATCGACTGATTTTAT TGCCAGCCGATTGGCCGAAACTTTTCCAGTAATACGAATCGCTACGCTTCGCCATAATAT GCATCTTGATTGCTGCGCTCCCTACAGGTAATAGCAAGAGAGTGAATAACGAATGATCTT CCAAACTCAAAATGTGATTGAGTTCGACTCAAGCGAGTGTTGTGTGATCATAAATCATTT CATCAAGAGTAAAATAAACATTTAAAAAGAAAATTATTATACTTAATATACAAATTTATC ATTCTTTTTTGAAACACTAAAGAAAAAAAAAACTCATATAAAATATAAAGTAGATGATAA AATATGTCATCCAAAATAATTTAATTAGACATTAATTTATTCTTTTTACGTTGATTGGCT TCTTCCATTTTCCCTTCCTTCTCTCTTCTTGTGGTCTCATTGTGCAAAGAAAAAACAGGA AAAACAAAAACATCGAAGAATTTAGTTTAAGTGAATGAGGCCACAAATAGTAATATTTGG AGACTCCATTACTCAACAATCCTTTAAGTTAGGTGGTTGGGGTGCTGCTCTTGCTGATAC TTATGCTCGCAAGGTTTGTATATGTTTTTTCTTTTTTCAATCAAATTGATCTATTGAACT TATTCTAATTGTATAAAGTAATTGGATTTGATGAAAAGGCTGATATATTGAATCGTGGCT ATGGCGGATACAACACCAGATGGGCATTGTTCTTGCTGCATCACCTATTTCCATTGGTAT GTAAACCGATCCTCTTACCATTTTTCTTTTTGGCTCAATTTTTTTGGATCATATTATAAT TTGAAAGTAGAATATTTGATGGGTTGTAATTACTTAAGATATTTTGTTAGATTACATTGC GTAAGATTAAGAATTTTATTGAATTTGAAAAAAAATCAATGGGCAAGAGAAAGATTAGAT TTTTTTTTTTTTGGTCCACTGAATTGATTGATATGTGTCTAATGAAATGGGATTGAATAG AGTAGGGTGGATACTGAAGATTCATGTAACTGACCCCGACTTATTTTGGATCTTATTTTG TCATAGTGATAAGCTATGTTGCTCGGACTCTTCAAAAATGACAACGGGTGTGTGTTGGAC TAGCCAAAAGTAGTGTATTTCTGGTGAATCCCACACGGGTGCGGCATCAAAAGTGAAGAG TCCTTGCAGCTAAGGTGATAAGACATTTGGGAGTTGTAATGATTTAGAAGTGTGTTGACG CTAGTAAAGAGTAGTATTTTCAGCATTAGTGATTGCATATAGGAACTAGCTGACATCCCC GGATGTATGGAGTCGATGGCTTTATACCTAATTTGAATGTTCATGGAACAACGGGATCAC GAAAGACTTATGGGAAAAGAACAATTGAATGCAATCAACAAGGGTTAGGAGTTAAAAAAC ATATAGTTGCTCCTCTTTTTCAACCTTGCTTTCTCCAATTTTCAAGTCAGTGATTTTGTT CAATCAAGCTAAGTTATGAGGCTATTTGATACATTCAAAGCTCTCTCAGATTTGAGGTTT TTAGTACAATGCATATGTTTTAGAAGTTTTGATGTATACAAAGGTCTGTCATGGTCATGA GCTGCACTGTTACTTATTGCCAAATCTTTTGATTAGTGTGTTTCTGTTAATATTACAGAA CGCTCCAACACATCCTGTTGCTGTCACTATATTTTTTGGAGCCAATGATGCTGCTCTTTT GGGAAGAACCAGTGAAAGACAACATGTCCCACTTGAGGAATATAAGGAAAACCTACGAAA AATGATACAACATTTTAAGGTTTGGAATTTTCCCAATTCAATTATGCTTGTTCGTTGCTA AATGCGGACTTTCATATGTGCTAAAATTTTCCTCCTAATTATGTTTAGATGTGGAAGACT TATCAAATAGTAAGAATGAGAGGCTCTGGAAGATGAAAAAGATAGAGTTAATAATGACAA TGAAACTTTTTAGAAGTATTGAGCCAATTCAGATGCGGAATGGGTAAAACACAGAGTTAC TCAATCCTACTGTTAAAAGAAAAAAATTGTAAAATTGTAGCTAGTTTTTCCAAATAATTA GATATAGAAGCATTGCAGCAATTTTCTGTCGTATGACGAGGATACTGAAGAATCAAATTG AGCCTCTGATGCTGAGCTATTATTTAAAGCTTGATTTCTTGTTAACAGTATTTTTAAGGT CAGATAGTCATTTCTATCTCATGGACTTCCTTGTCCGGCAATTTTGTAATTTGTGGAATA ATTGAACTGAATCAACACTAAAAAGAGTAGTAAGAGTCTTATCACTACCAACTATGGTTG TGGATATTCTGTGTTAATCAAATAATTTACTGTAGGCTAATATATTTTTGAAGGTTGATA GTGTTATGTGCCTGTTAGTCGTTCTATCTCTTCTTCTCCTTGCCCACTTTAGAAGAGGAA CACCTTTATTCATGGACTTACAACGAGTATAAGATTCAGATATGAATTTGGCAGGGTATG TGCAATTTTTAGCATGTTTGTATTGTATTTTCAAGGTTAATGAGAAGTGAAATATACATG TCAAACTTGTTTGACATGATTATGTCTTGGCAAAGATAAGAGTCACTGTATCATAGAGGA ACACATATTTGTCAGTAACATCAGAAAGAGGTAGGAGCCAGTGTTACGCAGAGGAACACA TTCGTTAGTAACATCAGAAAGAACGAAATATCTGTTAAAACCAAGTTTGGAAGTTGTTGT GCAAGTTGTGTAATGGTAGTAATAGTATGCAACTTCTCAAGAAAACCTAGTTGCTACTCT AGTTGAAAGACGTGCAGATTCTGGCATTCTGCCTAATTTGTTGTTCATACTCTTGCTAAA ATGGTCGATTTCTAGCGTAAGTGAGTGACTTCACTTAAAACCCAAATTATTTGCAAAGGA AATAAAAGATCATTCAGATTTGCAGGATATCTAACTTTACCGACTATTCATTACCACAAA TAATGAAAAAATTACAATGCAGGAAAATGTGAATGTTAAATTGGCATAAGCAGGTATGTT ACCAGTTTCAAAAAAAAATTGGCATAAGCAGGCTGAGTATTTCCTACTTTTTCTTTTCAA GACTTCCATTCCAGTTTTACTTTTGGACGTGCTTGTTCAGAAGATATAAAAGACGTAAAT TCCTAGAACATATTCATTTCCCAAGTATATAGTGATCTTGATACAACCTGCTGACGAGTT TTATGTAGTTTGATGTTCACTCTTCTAGTAATATCTATCATCTTATGACAAATGAAATCA ATCCCATCCAATTGCTCAATTCCTGAGTTGTTTAGAGTAGAACAGGATACACTAGGCCCT TGTCTTCTATTATGCTATATATATGTTAATAAATCTGGGTTGAGCTCTGCTCTCTTTTGT ATATCTCATTCATTTTGTCCTAACACAGAAATGCTCCCCATCGGTGCTGTTATTGCTGAT AACTCCACCACCAATTGATGAAGCAGGACGGTTTGAATATGCAAGGTAATCCACTTTTTC TCTATTGGTAAAATAAAATAATGAGGCAACCAACTGCTCTTTTCTTTTTTTCTTTTTTTT TTTGTTCAAAAAAAACTATGGTATCTAAGATGTTGTAGAACTTCTTGACACATACCAGAG CTCCTTTTAGCAATGGGATAGAATTTCAACTGTTCAAAATCAGAGTAGATAACAGTATCC ATTAACTTATCAGCATAACTAGAGAGATAATCCAACCTCTCAAACATGAATTGGATAGAA TAATCTAACTTCTCATAGAAAATCCCCAAAAAGAGAAAGCACAAAGAAAGTGGGGTTGAG CAAAATTGGTTTTTGTCGGCAGTGCCTATTGGAATGATAGATTACAGCTATTGCTGCAAA GACAGCTTCAGCATCATTAGGCACTGGCCATTGTCATGACTACGGAACAGTACCCCATAT AGCAGCCCATTATGCATTTTCTCTCAAGAGACCAACCCGACACCAGTGTCCTCTCATCAG AGAGGACATCCCTTTCTATAATTTTTACAGCAACAGTTAAGCAAATGATCTTTCGAATTA TTGATGAACGTCTAAGGACCCCATTGCCTTTTAGCAGTATGGCATGTTCCTTTATCATGT ATTCCATGGACATCATGTCATATTCTTAGTATTGTTCTATGGTCATTTTCCTTTTAGCCA ATTATTTTGCTCTTCTTTTTTCCTCTAAAAGCACAGCAGTTCAGTTTTAAACATTTGCAA GTGGATCAACTCTATCAGCGAAACCAAGTTTTTTTTCCTATTTGATTTTTCATTTCATTT ATTTGCTTTTGGTATTGCATGAGTTTAAACATAAGTGTGCCACTGTCAACTAAATCAAAT ATAATTGTGTTGGTATATCATATTTTTCAATTTTAAAACAGGTCCCAGTATGGAGACAAA GCAATGCAATTGCCAGAAAGGACAAATGAAGTAGCCGGAGAGTATGCAAAACAGTGTGTT GAATTGGCAAAGGAGCTAGGTCTCCCTTCCGTCAATCTGTGGTCTAAAATGCAGGAAACA GAGGGTTGGCAAAAAAAATTCCTCAGGCAAGTGACAAAATTTGCAGATCCTTTTAAGTAA AACTTTGCATAGTTCCATTAATATTTGAAGTTCGTTGTACTATGTGGTGTTAGAGGAATG ATCATGCCTATATATGCTTTATAAGAATGACTGGGGGTTCAGGGAAATGGGTGGGGAAGA TTGACATTCTTGTTACAACATAATCAATATTTGTGTGTCTTGAAAGTTGCTCAATAATGG TGAAATTTGAAAATTCTCATTTTGTTTCGTCTTATTTTGTTACAGTGATGGCTTACATCT CACACCAGACGGTAATGCCATTGTTTACCAAGAAGTCATTAAAGTGTTTGATGAAACAAG TCTCTCTGCTGAAAAGATGCCTGCTGATGTCCCTCACCATTCAACAATCGATGGAAAACA ACCCGAGAAGGCCTTCCAGCTACAATGCCCAGCTACCTAACCGTATATTCTATCCTCAAT ATATTGATGTGAAAACAGCAAAAAGGGTACTGTCTCCCAGACCCCATCAAGCTCAAGAGT GGTAATTGCTTTCAAGTTTCCTATGTTTCAAGGGATTATATCGAGTCACCTTCACTAGCA ATAGAGTGTAGACAAATGACAGTTGAATCTACATCTGTTCCAGTTTCATTATCAAAAGAA TGCCTTTCAGATTTGATTTTAGTACCTAAAAACCTTTAATTGCCTTGATGAACATAAAAT GTGTGATGTTTTGGATTGTGTACACAACCTTATGCCTTCAATAGTGTCAACAGATTCGAA ATGCTCAGCTAATGTTTTGTAGTAAAAAAATTGCTTTTACTACCAAAAGTGAGGTGAAAG ATTGTAAGAGTTGTACATGTCCTTTCATCTTTTTCTCTCCTATGATGAAAAAAAAATCAG CCTTAATATCAACTGAGTGTGCTTGCCAATATTGTCACACCCCATTTTACGTCGGTTGTT CATCCGGTGTTTAATATCAATATTGGAATCTGACTAAATTCGAATTCGCTCTGGAAAATT CTACATTAGGGCAGGTGTTTTATCTTTTGATTTTCTAATTGAATGTCTGATATCCACATT GAGGGATGTAACAAGTATCACCCTTTTTTGATAGTTTTTTCATAGTAATGTGAGAGTTGA TATCATATCGCTCACTTAATATAGTTATCTTCTAATAAAATTTGACCAATAGGGCTTTAA ATTATTTTTATTTTTATTTCAAATAATAAGAAAAAATTACTACAGGTAGCTGCTGGATTA ATTCATTATAATGTAATCTATGATAATTTTCTTACTATTAATAACACTTAAATGTCTTTT TTTTAATAACACTTTAATGTGATAGGTATTAATTTCAGAATTTACTTCTGCGCAAAAAGC CTATTTGTAGGTACTAAGAAAAACATTCTAATTGTCCAATTAAATGGTCAACGTATTTAT TGGTAGACTATAATGGTAAAAAAAATCTTTATTACATTTAAAGACTATAAAAATATAATA CTAAACTAAAACACGAAACATGTTTCTTTTTTTACCAATGGTAAATTTATCTTTTCTATA AATTAAAATGGGTTTTCAACATAAATTCTCACATATCACTACATCAATATTTTGACCAAA AAAAAAATCCATTTTCAAAAAACTTGATCATATTATTGTATTTTAAATATATAGAAAAAC ATCTGGTCATATTTAATTAATGCAAAGGGCCAAAACTAAAATTGAATTGATTTTGAAAAT ATATTTAGGAAAATTGTTTTTAATGAACACTTATCTCAAAAGAAACTTTATTATCCTGAG TCAAAAATTTATTTAATTGCAGTCAAGTTTCATTACATTCATTTACACTAAATATAACAA GGAATTGCTACAATTGACTACTGTTTTAATTGAAGAAATGTTATTGACTTATTCTTCCAT ATATAAATCAAATTTCATATATTAAATTCGCCACTAAATAAAATTAACAACGAATTTTAT TATTTAACTATTAAATTTATCAATTGGTAATTTCTATCTTTTTAAATACTGATTTATTCA TGAATGGAAAAGAAAAATGAATAAAATATTTTATATACTAATTTGGAATATCATTCCACC TACTTATTCTTTGTGATAATAAATTTGAATCTAATTTTAGATACATACAAAATTGACTTG AGTTGATTAATCACAACTATCCTTAAAAAAAGAGAGAGAAGGGGTATTAAATCAACTTTT CTTTAATGTATATTTCCTTTCCATCTATATAAAAAAGGTAAAATGTATTTAATAATACAT ACCCAAGAAAAAAGTGGATAATTTGACCAAATAAAAAACAGATTTGTAATTAAATCAGTC AAATTCAAGAAAAAGAAATGTCTACTTGGGAAATCCAATCATTTATGCCTCCATTTTAGT AGCTACTTTGTTTTAAGTCTAACAAAAACAAGTATGGTGTTTTAAATTATTTTTTACTAT TTGTATCACTATGTATAAAAATATCAAATTTAATTTATATATATTGATAATAAAATTTTA ATGATCTTGCAATTGTTTTATATAGATAAAGAAATTTACACACATTGATCACATAAAAAA TATTTAAATAAATTGGTCACTAGTTACAAATATCAAATATCACTTTATCAGTCTGTAAAA TATTACTTAACTAACTAGCTATCACAAATTAAAATTCCTCAAAAATATAAAATATACGTG AATAACTTACCTCCTAATTAATATTTTTTTTCTTATTAATAATATCATAATATAAATTTT AAACTTCAAAAGGTCTAGGTACATTCACATTCAACAATGCAATAAATTTCACTCCTTTAC TACTACCATTAAGATAACAAAGAGAAAAGGAAATTAATTATTAATAGCTAGAGAGCTCCA TTTTTACCCCTCTAATTCCTCCTTTAATTTAAACTAATTTTCTTCCAATGGAACTTGATC CATTTTTTATGTCCAACAACAACATGATGAAACAAGAAAATGATGATTTTTGCATAGACT CTAAAGATTATCTTCAAGATCTTGAGCACCTTGATCATAATTTTTCAAATACTTTCAACA ATTTTTCTGAAAATTTTATGATTGATGATAACACCAATGGTACTTATCATGACCCCTTTG ATCCATTTTCTAATATTCAGGATAATTTTTCTTCATTAGGGGATTTTAACTTTATTAATT ATGAGGTTAATCCTTTTGATCAAGAAAATGGAGAGAGTAGTGGTAGCAAACTAGTCATGA AGAATAATTTTCATGTTGTTGATGGTGTAAATGTGCCTGATGATCAAAGTTCATGTGTCA CTGGTGATATTCATCATAACAACTTATCTTCATCTATGAAGAAAAAGTTAGGTGGCAGTA GAGGTAGGCCGAAGAAGTCTAAATCGTCCAAAGGACAATGGACGATTGAAGAAGACCGGT AAGCAATCATATCTCGACTATTGAATTATATGATTATCTTATCAGAATGCATATATAATT TCAGTTGTCATAACTATTGAGTTATATGATCATCTCTTAAATAGTGCCTAGATTGTTACC CCCTTTTATTTTTGCGTTTCGCTTAGATTAATTTTCAAAGAAATTAATTGATATATTATT TTTTTTCAAATAGTAATATAATAGCTTTATATGTTTGTGAAGGCTTTTGATCCATTTGGT AGATAAATTTGGAGTGAGAAAATGGTCTCAAATTGCTCAAATGCTCAAAGGAAGAATAGG CAAGCAATGTAGGGAGAGGTGGCACAACCATCTCAGACCTGATATAAAAGTAAGTATTTA GTTTTTTTTCTTATTAATAATATTTTTTTTTGCAATTAATAATTTTTATCTTGCTTTTGT TTGGATCTTCTCTTAATGTTTTAAAATAATATTGTTTCATCTTTTTGTTAAATGCAATTT TATCTCCTTTTTCTTTCTTTGTGATTGTTGTCTCTATTAATGTGCCTGTGGTGGATTTTG TAAACAATTTTTCTATTGATTCAAGTTACATATAATGACCTTTTTTTTTATTTGTCTTAC ACCATGTGTGCATTTTTTTTTTAAAATCATATATTAAAAATCGATTTCTTTTGAATAAAT TGAATATATTATTAGACGGTGATCTAAAATTTTGTGAGCTAATTATTTCAAGTGTTAGAC GTTAGTTTAATATTTTATCCGTAAGGTTGAACAATAATGAGAAATAAATAAAAATCAAAA TCTAATGTTTTATGGAAGGATGGTTTTTCAAAAGCTGCATTTGCACAACTATTAAAAATA TAGACAAAATCTAAATGCTTAATGCATAAAACTGATGAATATTTTAACACTTGATTACCT TATGTGTTGACTGTCAGTACATAAAACTTACATTTTGTTCGTATTTGTGTCGTCCAGAAA GATTTTTGGACAGAGGAGGAAGATAGGATCTTAATCCAAGCTCATGGTGAAGTTGGAAAT AAATGGGCAGAAATTGCAAAGAGACTTCCAGGAAGAACTGAGAATTCAATTAAAAATCAT TGGAATGCAACAAAAAGAAGGCAATTTTCAAAAAGAAAATGTCGTACCAAATGGCCAAGA CCTAGTTCCCTCCTCCAAAATTACATCAAAAGTTTGAATTTAGAAAAAGGAAGCACCAAA AAGAGCAATGACACAAATCCCAATGGTCGCGTTGATTTGATCAGGCGTGTAAATTATCCA GGAGGCTCAGGCTACACAGGCTCAATCCCTGAAAAAAAAAATGAAAATTTGGTCAACAGG CCTAATAAGTGTCACGCTAAGGTATCACCTAAGCCAGAAGCTATTGAATTTTGTCAAGGC AATAATAATATTGGTGATTTTGATTTGAGTGAAGTCCCAGAATTTACATTGGATGATAAT TTTTTCATGGAAGAAATTAATATTCCTCATGTTGGTTCTTCATCTATTATGGTTAATGAG AATAATTATGAGAAATGCATGGGAATGGAGATTATGCCTTATTATGAAGTGCCAACATTG ATGCAAGGTGAAGTCAACAAGGAGATTGATTTGATGGAGATGATTTCTAGAGTTTAATTA ATTATATTATAATGTTTTAGAAGATTTATACATGTTTAAATATGAAGTATGAAAAAAAAT AAGTGTACTAGTTAATTAATAGGGAGTGATAATGTTTCCTTGTGTTGTTTTCTGCTAATT CTACCAAATTTATGTAGTGAAAAAGACAAGTTAATATATTATACACTGTCTTATGTATTA TTATTTGGAGAAAATGTTTTTCTAAAGAAACTTGTTATTTCTAATATTGACTAATTAATT AAGTATTAACAAAATTGAAAAAACATTTTCTTAAAAATATTTTTCTTTTTAACACACCCA AAAAGATTCTGATTATTGAACTTTTTGTGCTATTTCATGCATTAAGTAAACTTACCTATA TATAAATTTAAATGATTATTTAACTCTTTTTTTCTTCACTAATTTAATTGTACGTGAATA TCAAATTATATATAATAATGATTTTTTAAAAATAATGTTAATATTTTTAAACAGTGGATG TGAAATTTTTTTATATAACAACTACAAGTTGTCAAATCAACATTTGAAAAAAAAACTATA ACTATTTATAATATAAAATCAAATATAAATAAGGTGATTTGACACTTTGTGGATTCGTCA AACAAGTTTTTGATCAAATATTTTTTTTTAACAATTTGAGGCTTTTCATAGCTTGAACAC TAAGTTGTAGTTTGTACAATATAGAATTATATAACTTCTTATCAAGTAAACTTTGTTGCA AAAGTATATTTATGGTAATGAAAATTAGTCATATTAATTATGTAGATAGTCTTCTTGTTT GAAGTTGTGTTATCAGTATAATTTATCCACAAAAAATATTGTAATTGAATTGTTCATAAC AATTCTCATGGTTTGCCTTGTTTTAAGAAGAAGAATAGTAGAAAACTTACAAAATTCGCC AACTACATTTATAGACAACAAATGACAATATGAAAGTATGTTTATCGTGCCTTATCAAAT TAGTCACAACTCTTCAGATTACAACCATTTAAAAATATCATTACTCATCGAAAAAGTCAT AACACTTAAAAAAAGTCCCCAACTTTTTTTTAAAAAAAGTCATTGCTTTTAATATAATAT AGAACAAAATATTAAATTGAGTGCATTATAATAATTTAACGTTCAAGTCCACTAAAGTCA TAAATAAAAATCAGAAAAAACTAAAGGTTCCACCGAGATTTGAACTCGGGTTACTGGATT CAGAGTCCAATGTCCTGACCACTAGACCATGGAACCCAATTTGTTATTTTTTTGGAACTA ATGTAACAATTCAATTTTAAATGAAGCCAAACTTTTGGACATATTTATTGAAGTTTTACT TACTTATTAAGACTAAATTTCAAAAAAAAAAAAAAAAAATTAATTGAAGTACATTCAAAA AGTAGCTAATATACAAATCTACTTAAATTCCAAATTTGAAACATAATTTTCATACATCAA GAAGAACAAACTCAAATGATCAATCTATTGAAATAATAGCAAATCTAATAAATTCATTTG ACATCGTTTTAATTTTATATGATTAAAATACGTGTAAAAATTAACTGGCACTCCATTCAT GTGTGTTTGAATTCTCAAGTGCAATTGATTTTTTTCCCCAAAAAAATTTATTCTTAAAGT TTTGATACTCAAAATATTTAAAAAATAAATTTCATATATATAATAATAATATATTTTTAA ATATTTAAATGAGGACTACCAATTGGTTACCCAGTGAAAATAGATAGGTATATAAATAAT ATAAAGCCCAGTAAGATATATTATCTCAAGCCCAAGTCCACAACAATACATCTTTTACTA ACCCTAAAGCTTCACTACAAAACCCAATCTCTTCACACATCAAAGGGTTATTCAACGGCG TCAGTCTTCTCTGCTATTTCGGTTCCATTCTCCGCCGGCGACCATGGTAAGTGATATCCT GCTATGTATTTTGCTCTAGAAATTGCTATGGCTTAGGTGATTTATCGATATTTTATTACA ATATGCTGAAACTGAAAGAGAAAAGTGAGCAGATCTTTACTAATCATTTCGTATAGAAGC ATGCTGCTAGTTTAATTTTATATGACTCTATGTGTTTCATTGAATCTAGTAATGTTTTGA TGTGTTATTGTTGGATTTATGAAGGTGAACGTTCCTAAAACGAAGAAGACATACTGCAAG TCCAAGGAGTGCAAGAAGCACACCTTGCATAAGGTGACGCAATACAAGAAGGGAAAAGAT AGCTTAGCTGCTCAAGGAAAGCGTCGTTATGATCGCAAGCAGTCAGGTTACGGTGGACAG ACAAAACCTGTCTTTCACAAAAAGGTGATAAACGTTCTCTAGCATACAACAACTTCCATG TTTCAATTCCAAGCTAGTACATATTGGCTATATAATTTAGAAGATCCATTTCTACTTGTA TTGATCCAATAATCCCATTTTTAACTGTTGTAGCTAATTCTATAATTAAGTATACCTACC TTACCACCAATAATGACCGAACTAAAACTATAATTGAACTACATAATAGTAACCTGAGCT ACACTGCATTAAATAATCATATACCTGTTTGGATAAAGCTGATCATTGTCACTGCAAAAC TTTGGTTATAAATTAAGTCTAGGTACAAATTAATTTGTGTCTTGTGTGGTTGTAAGTTCT AAACTGTTTAGATAATATTTTTCTTATTGATATTATATTTTAGAATGCTACTATCTTTTA ATTCAAAGAAATATGACATTCATTACATGAGGGATGTTTGTATGAAGATTTTGATACACT TGATTAAAAATAGCATTACTATAGTATTTTTTTTAATGTATAAGATATTTGCTAAAATTT GAATGGTGTCAAAACTCTAAATGGATTGTTGGTCTTAGTACATTTTGGTATAATGTGAGG ATGTTTCTCTGTTTTTGAAGTATGCTGTGTTATAATGTTCACATATATATGCAGTAAAGT AATATTGTCCAGTTCGAGTTCTCTTCTTGATGCTTGAGATTTTGAAGTGATAGTCTACCA AATGATATGGATTTTGAGGCTTCCATCTCTTATTTTATATTAGTCTCCATATAATCAATT CTTATTCATTTATGATTTAAAGTGCATCGAGGCAAATGAGTTTGTGTTGGAGTTAATTTG TGGTTAAAAGATATTGACATAATCGTCTCACTTGTAGTGTTAAAAGCTCTAAAGACATTT ATGTTATTAATTGTTTATCTTTAGTTTAAGTACTTGTATTCACATATAACTAACTCCTAT TGATAAATAAATTAGCTTCAATATTTGCAAGGTGTTAGTTCAACATGTGGTGTTTAAATA CTAATTCAAGCCACCTAAGCCAAATAGGCGATAGATTCCTCTAAATCCAATAATTAATTA ACATTTTATAGTTAGTGACTTGATCTGTTTAAATTTAAATATGGAATTCATTTGATTCTT AAAGAAAGAGGGAGAGAATGGATCTCCAATTATTAAGCGTCGTAGTTGGTCTGTATGTGA GCATGTTTGACATTCAAGGCTGGTTTCTTTATCACTGATTTGTGTCTATCTTTCTTTCAC CATTCCAAAACAGGCAAAGACCACAAAGAAGATTGTCTTGAGGTTGCAATGCCAAAGTTG CAAACATATGTCGCAACACCCAATCAAGGTTGTTTACTGATAAATCTCTACTCTGCAGTT GCATTTCCATTACTATTAAAAAAAATATTCATTGTTCTTGATGTTGTGCAGAGGTGCAAG CATTTTGAGATTGGCGGAGACAAGAAAGGAAAAGGAACATCTCTTTTTTAGATTGCTTGT GAAGCAGAATTTGATCTCTCTCTTCTGTTCTTTCACTGTTTGGATATTTTGTTATATTGA AGGTAGTTCAGTAGCTTCTGTTATCCAATTCATCATTATTACGTGTTCAATCAGATATAT TATCAGGAGATGAAATGAATATTTCAAGTTTTTGATTTAACAAGTTTTGATTTTGTCTTG TTGATGCAATGATGCTTAAGCTATGGCAATAAAGTTCAACTGAACTGTCCTTGGCTGCAT TAATTTGAACATTGGTGTCAATTTTGTTTATTTAACTTCTGAAAGCACACACAAGTCACT AGGGGATTGTTACATATGTTGCAAGATTTTTCCGGTTTTCCTCTCCTGTGCTTTCGATAA CTTGGACATTGGTTTCACCCTTGTTCGTCTTCCACTTCATGCTTCTATCAGTTCTATTCT ATATAATAGACTACGAAATTTGAAACTGCAACGCCAAATAAGCTTATGATTAGATGTAAT TACGATGATGTGTTGGTAGCATTAGGTTTTCACGTCTTCCAAGTTGGAGACATCAATATC TAAACCTCCTAAAGGACTAGGGGATGTTTTCTTTAGCCTTGTTGCTATTAGAATTTGTTT GTCCATATTTTGTTGCCAAAAAAGTTGGAACTTTGGCTTTATAGTGTTCCTCCTCAATCA AGATTTATGCCGCGTTCACTTTAATCTTTCTCCATCTCCTGTAAACTTGAGCTGCAAGAA ACAACTAAGTAGTGCTCATAGACGTACATGAATAGTGTCTCCTTTTGATCCAAATGGTAG CTTCATCGGGCTTTCACCCATTTATTCTATATCAAAAGTGAATATATTTATCGGAAGTTA TACCATCACCTTAAGAAAAGGAAAAAAGGTGGGACTTAAGAGGAAAATTGTGTTACTTGT GAATGAAGCTTGACTGTCTTTTCAGCCCAAAACAAATAGGGCTTTGTGGGGGCATACCTA AGGATGTAGACTCTTCACCGACAGGAATCCACAATTTGAAACAAAGAAAAAAACAATATG CGTTTTCTCCATAGACATTATGGCGTCTACGCGTTACAATTTAACCCAACACTTTCTTTA TAATTTCTCTTTTTCCATGTCACCGTTCAACTCCATAACACGTATGATTACTTTATTCAA TACATTTCACAAATTTCTCTTTTTCCATGTCACCGTTCAAGTTCATAACACGTATTATTA CTTTATTCAACACATTTCACAAATTTGTTCTTTAACCCTACTCATACCTAATAATTTAAA TTCATGCGACAACACTTTTTAATTCCTTATGTTTGAATAGAATGATAATACGATGATGAT AAGTGCATAAATTATAAAAGAAAATAAGTAGGATAATTTAATATTTGATCGAGCATTACA AGAAACTAATAAAAACTACTAAAAGAGAACACTTTTCTTGAGTCAATACAAACATCGTTG AGCTAATGATATATCTCGAAGACTTGCAATTTTAGCATCGTTTCAATTACCTAAATCTTT GCAAAGTGCAATGTTTTTTTTTTTAATAATTAACAAGTGTATACATTTTTGTGTTTATCA AGAAAACTCAAACACCAATCCAACACAGATAGGTGGGTCCTCACTTGCCACCTCCTTTCA ATGCCATTTGAAAATTTAAAAGACCAAAAAAGACTACTCCTACGAACTATACAAGAAAAA GGTTAACATTTGTTGTGTGTCTTGTATCTTATTTGATAACTGTCACCCATTATATTGTAT TGTATTGTTAGTTCAAATTTAAATATGACATTTGTTTAATTATTTATTATTATAGATAAA AAGAACTTAATTGTACTATAATTCTCATGTGAGTTTACCTTTCAAATTTTTAATATGTAA CATTATATAATAATAAAAAATAATAAAAATCATCAAAATATTATATTTATTAAAATAATA TAAGATACAATTCTCTAAACATAATTTCAGTATGATTTTATATTTGCATGGGCATATAGA GATTGTGACTATACAGTATACACCCTATTAGGCATTTAGCAAATCTTATTGGGATAATAA ATAAAGAAACTTGTCCTCAAAGAACATCTTCCTTTTTTATTCTCTCTCTTCTCTTTTATC AGTTCTTTTTTATTTTTTTTAATCCTTAAAAAGTAAAGAAGCAAACCATTTCTTACACCC CACCCCCCATGCCTTTGTCTTTTCTTTGCTTACAATTAATTATTTTCCTCAATAATATCA ATTTAAAATTGTTTATCTGATAATAAAACGTTCGTTTAATTAAGATGTCCTTTTGAAAAT TCGGAACAAACGTACAAATTATACACTGAAAAGTTTGGAATCTCTACTTTACTTTCAAAC ATCAATGTTGGTCAATTTCTTACCACCTGTTTTGCATTTTCTGAGCACAACAATAACTGT ACAAATATTCCTCTTATATACATTTTCCATGAGAAACTTGCTTTATACTGCATTTCACCT TTGCCCTTAGCTTCCTTTATCTACTTTTTACAGTACATAACATATTCCCCACACATCATA TATCACAAACTCCACATTTACAAAATTTGGAGTTTCAATTCTTTTGTAAAAAAATAAAGA AATTACAATGAGTATTTTAACAAGAGCTCCAAAGAATTCTTGGCAGCCAGTGATGATTGC TGATACAACAATTCATAAGTACTGGCTTAATTGGAGGTTCTTACTATGTTGCATTTGGGT TTTAACATCAATGATTTTTGCAGCAATACTTGTAAAAAAGTATGAAGGTTCTCGAATTCG AAAAAATCGAAACATTGAAGCCCAAAAAACAGAGTCCTCTGGTTTATTGTATCAAGATGA AGTTTGGAGGCCATGTCTTAAAACTATTCACCCTGCTTGGCTTCTTGCATTTAGAGTTTT CGCCTTTTTGATTCTTCTGTTGTTGCTAATCTTAAATGTAACTGTTGATGGATGGGAGAT TTTTTACTATTACACTCAGTAAGTAACGTTGTTATAGATAAGTCTGACTGTAGTTTTAAA CGGTTTTAACATTTGATTTTTTGTTGTTGTTGTTGTGGAATAGGTGGACATTTACGCTGA TTACTATTTATTTCGCGGTAAGTGAGAGTAAAATTCATGGTTTCGATAGGTAAATTTTTT CATGTCTAATTGTTATGATATATATATATATTTTTTTTTCATTATGTAGATTGGATCTGT TCTTTCGATGTATGGATGTTATAAGTATCACAATAAAATTGGTATCGATGGAACTGATAT TGAGAGATTAGATACTGAGTATGATTCACAAAATTCAAAATATATGAGGGAAAATGCAGA AGCAGAACAGCCTTCTCGTCAAATTGCTGAGTTTTGGGAATATGTTTTTCAAATAATCTT TCAGGTATATCACGTTTCGATTCAATGAAATTTGAGATGTGAATTGAGAAGTAAACACCT TTCTTGTTGTATTAGATGAATGCAGGGGCTGTAACGCTTACGGATTGTGTTTTCTGGTTC ATACTTGTTCCATATTTAACCATTAAAGGCTACAAGTTGAATTTTGTGAGTATGCTGCAC TAGCTCAATGAGATTCTGCACATCACTTTTCGTTGTTTTGTTTCTCTAAATGTTATGTTA TCTATGTTGCAGTGGATTATAAATATGCATTCAGTCAATGTTGTATTTCTACTTGGTGAT ACTGCTCTGAATTGTTTGGTAAGTTTCCATACTTTTATCGATACCAAATGTGGTCTTCGT AGATTTGATGTAGTTACTGATTCTCATTGTTATGCTATTTCAGCGGTTTCCTTGGTTTCG AATTGGATACTTCTTTCTGTGGACAGGAGTTTATGTTATTTTCCAGTGGGTTGTTCATGC CTGCATTTCAATCTGGTAATGATAATGCTAATACTTATATGTTGTTATCTTTTCACTTGT TTAATCGATTAATTCGCATCCATGTTATTTTGTTAAACAGGTGGCCCTATCCATTCCTTG ATCTTTCATCTGCAGTTTCACCTTTGTGGTATGTACTCCCTATCATGTCCTCGGATTCTT TAAAAATGTCGTGCATGCAGAATCCTATAAATTTGGTGTATTTTTGGAGGATCGGGCACA TGTACCATGACATTTTTGGAGAGTCCGAGTAGCATAGACAAAAAGTCCTGAATTTGTTTT GGCAAGTAAACTGGAAGATTTACTATGAACTATTGAATTGATATTTTTAGGTACTTGTTG GTGGCATTTATGCACATACCATGCTATGGTGTTTTTGTTTTGGTAATGAAGCTGAAACAC CATTTGCTTTCGAAGTGGTTTCCTCAGTCTTATCAGTGTGCAAGATGATACAACGCGCTT CCATCCCAACCAAGTCAGGATCGGCTATATGTATCCTCGTTGTACTAAGGCCAAATAACA AATTTTTCAGCTTTCAAGACGGCTATAGCAGCTCGTGTTTTGAACACCAAACTTGGATTT TTTTGTTCTTTTTTCTGGAAGGAACGACGAAATGGAAAAAAAAAAAGTTATTTAGCAAAG TAGTTGTGAATCTTTAGAAGTTTAGGCAAAAAAAAAATAAAATACAGTGATTTAAACTTC TGGTTTGTTAGATGTACATTTTGGGGTAACTATGGAAACAGAGATTTTCTTATTTATATA ACTATTCACTTGCAATGTGTACAGATGATTCCATATTAATTATAAAGAAGTGTAAACATT TCTTTCCACTTTTTTTGTTCATTTGTAATCCTGGCTCCGCTTCTGAGTCATGGGTGTTTA GACAAAAGAGAATTAGTAGTACTTTGTTATTGTAATATCTTTGTTTCAGTTTGTTATTAC AATCAATCTTCACTGTATTTGGAGTAGGAAAACAGTATTGACTACAATGTGCTTTGTTAA CTCAAATTGTAGAGGTTTCAACACAACACTAGTGTTTGAGATCTTTTGGTGGGGGCAATG ACTAGATATACTAGAAAAAGAAACTCAATACCAGTCAGAAAAAAGTTGGTTAAAGGATGT AGAATCATTCTTTTTATATGATTATATCATGAAGATTGTCCCTTGGGACTTGGCTTTCAT GTTTCAATAGGTTCAAATGGGGCCCTTTTAATCCACAAAAGGTAGCACTCTAGGTTTTTT TCCTTTGAGGACTGGATTTGACCATAGCCCTCCGTCCAGAATTATTTGTCACCAGACTCT CGTTAATGAATATCATGTCTTTCTAGTGAAGTCGAGTCATCTTTATAGGACGAGCTCAAC AATCTCGGTGTTGATGTTCCAAAAATGACAGGCCAAGTCAAATTAAGATGTCAGTATACA ATCGGTGCAAAAAAGATTCATATTGACAATCAACAAATAGTAACATCCTAAATCCCATTT TAAACGATTGAGTTTAACTATACTTAAATTATCGACCTATTAAACGTTCCCGAATAAATA TCACTTTTTTTCCCCATAAAGTAAAGTCGTCTCGTAGGCCTAGCTTAACAATCTTGATGG AGATGTTTTTAATGGATACCACTGGCAAAATGTGCCATTAAAGGCTGATTATTAATTAAT CCTTATATTATTAAAAAAAAAATCATATTTTATGACATAAATGTCTAGGGTTGGTGGCAA CTACCAACAGCAAAACGTCCTTTTTTCGACAATTTGTCACCATACTTACTTAATAGAAAT TAAATTCTCTATAATATTCTACCACCCTATAACCAAATCAATGAAGGAAGTTTTTTTTTT TTTAATCATATTCAGAACTGGTTGATGTAACAATCAATTTTAAGTATGATATTTAACTAG TTTCAAAATATTTATCAATTTTGATCGATATTTTAAGATTATATGAAAAGAATTGTAATT ATATAGATATATATTTGAATTTCAAAAATTTTTTAATTATTATTTTTTTAAAAAAAAGTG AATAAAGCTACAACCAGTCACGTGGTCAATTTGATCTTATTTTGTCCAATAAAAAGTAAT TGTTTGGTCAGAAAGATAGAAACCCTAATTTATGAATCTGGGCCCTTGGCAATTTTGAAA AATATAGAGTTAATTTATCTATTTATATCCACTTTCTCTTTTTACTAAGAATTAATAAGT CAAATAAATATCTATTTTCCATAAATAAAACGACGTAAAATAGGCAATATCATATAATTA CTATTTAGTTTATTACCTTTTAAGCCGTCTATTTTATTATATACGAATAAATAAAGATGG ATACTGATGATAGATAATAAATAAAAAAAATAGTTCTGCCCCCCTTTTGGGTTTCTTTTT TAATTTCTTACTCTAATATCTATATTGATTATCAATTAAATTTGATTTATTTTGTCAATT TTAAATATTTATCTTAATTATCGATTATATCCAAATTCACACAAAAAAGTTTTATATAAA AAGATGAAACACTTCTAAATAAATATAACACTAAATCAAATAGATTTAAATCAAAAGATA ATAAAAATACTCTTAACAAAAATGATTCCGTACCAAAATGAGTCGAACTAGATCATAAAA TATGACGGAATAACATATTTTTTATTTCCATATATGATTGTTATTCCTTCTGTTACCCTT TGAGCAAACTTGTTTCCCCATATTTATTGCACCCAAAAATCCCTTCTTCAGCTTCACTTC ATTAAATTGGGTAACTGAATCATCTGTTTTATTCTTCCTCTGCCATGGCTCTGTTTCAGT GTCGAATTCCATTTTCAGCGGTATCTCCATCTGTTTCTCCAAGAATTGAATTTACAAAAT TGTTTCTTGGAAATAGTAGTAACCCATTTGTTAAAACTACCCAAAAGAAGTTTTCATCTC TTTGCTATGCTTTGAAAAATTCCAATAAGCATTCATCCATATCCACATTTAGTGAGGTAA TATAAGGTTTGACTTTTTTGGATTGTTGACCACAATTGTGAATTGGGTTTTTGTTATTTG GATTAAAGATTTGTTCTTTTTTGTTGTGGGTGTGTTTTATTTTTGATTTGGTTTCAGTTG ATTGAGGCTTTAATTAGTGGGAAAGATTTGACGGAATCTGAATCAGAAGATTCTCTTGAT TTCTTGTTGGATGGTGCTGATGAAGCTTTGATTAGTGCTTTTCTTGTTCTTTTGAGAGCT AAAGGAGAAACCTTTGAAGAAGTAAGTTGAGCTTCCTTCAACTATTCACCCTGTTTCGAA TTGACTTATTTTAGTTGTTTTTCTAAGTACTTCTATCGAATTTGGGTAAAGATTAAACAC TTGTTTTAATACTAAAATAAGCTAAAAGGTATAAGTGCATCCAATAAGACTCAGAGTAAA GGTTTATGTATACTCTTGAAGCATAATGTGGGTGAATGAATATTTTACCTTGTTCATTAA TATTTGTAGTCTCTCATGGTTGTGAGAGAAAAGTGGCTCTTCTGCGCATTGATGAAAAAA AATCAGAAAAGTCTATGTTTTTTGAAGCTAGAGCTCATAATTCAAAATATAATGTAAATG TTCCGCTTTGATATACAATCCTTCGCGTCAGGGGGCATGATTGTCTGTGTAGGTATCTGG TTTCACCATAGCTAGAACGTGTTAATTTTCTCCTTCATTATTGAGAGCTGGGAATCAACC ATGATATTGTCACTATTGTCTGATCCGCTTAGCCTCATCGAGCTAATAATGATTGTTAGG TAGTGGGATTGGCAAGGGCAATGATAAAGCATTGCAGACAAGTTGAAGGTTTAGGTGACG CAGTTGATATTGTTGGGACAGGAGGGGATGGAGCAAACACGGTGAATATCTCAACAGGTG CCTCAATTCTTGCTGCAGCTTGTGGTGCAAAAGTAGCCAAGGTTGACAGAGTTATTCCTT CTCAATGCATATTTCATTTCATTGTAAAATTGAGTATTTTTAAGGCTGAAAGTTTGTGGG ATTGAATTGTAGCAAGGGAATAGATCCAGTTCATCCGCTTGTGGGAGCGCAGATGTATTG GAAGAACTAGGTGTTGCCATTGAGCTGGACCCTGAGGTTAGTGACATTGCTCTTATTGGC TGAAAAGTACTGTACAATTGAGGACATTCACCATCATATTGTAGTTCTAAAAATCAAAGG TTTAAAAATGAAGTTTATGCTGTTGTTTATATAGTTAGCTGCTTTATAAGAAGAAAGACT GGTTGTGACATTCATCAAATCAATTATTAAACTAATTTAATGAGTCATCAAGTGACCACG TATGTAATGATAAGTAATTTATTAAAGAAAAGCACCCTTTAGAATAGGCGATACGCTAAA TCCCACCCATTGTCCAATCCATTTGTACTTGATGATAGCCCTTAAAGCTACTGCTGTCCT TTTCTTGATACTAACTTGTCCACTGTAAGAATTTCCCAAGTAGTATGATGGCAATAGCTG GATGTGTTTCCTTTCATTTGTGCTTATTCTAGATCTAAGTTGTCTGCATCATGTGCTCAT TTTATTTGCTCTTGGTAACTGCCACCAAGAGACAACAAAGATATGTTATATGTTCTCTGT CTTTTGGGACAATGGTTAATGGTGTTAAGAGCTAGTTTCTATAATAAATGGTGTTAAGAG TATTACTGAAAAATGCATGATACTTTAAGGATAACTGGCATTATATATGATTTCAACTTG GTTGATCCTGATGTATCTCGTTATTACTGGGATCAGGGGGTGAAAGAGTGTGTAAATCAA GCTGGAATTGGTTTCATGATGTCTCCGATCTACCATCCGGCAATGAAGATCGTCAGACCT ATCAGAAAAAAGCTGAAAGTAAAGACGGTGTTCAACATCTTGGGACCTATGTTGAACCCA GCAAGAGTGCCGTTTGCTGTAGTAGGAGTTTACAAAGAAGACCTGGTATATTTTTGACTT TAATTACAGTAAGACCACCTGTACTATGAATGTAGCTTTAAGAATCTTGTAAACATAACT TATGTGCTAATCTTTCTGGTTTTATCTCTGTTCTTCCCTTTGGGTCATAGCTTCTTGACC CGTTTCAAATTTATTCTTCGTATTTTTTACATTCATTTAGTGAACGAAGCAATCTCTTGT TATAGGTCCATAAAATGGCTAAAGCATTGCAAAGATTTGGCATGAAAAGAGCATTGGTTG TTCACTCAGAAGGCCTAGATGAGATGAGTCCTCTTGGTATGGTCCCCTTTCAGAATCTAT TGTGTTTGGTAATTTCATGGCTCTTTTTTGTTTTTGACTTGCTTGTCTATTTGTTTTTTA AAAAAATGTGAGTAACTAGATATAGACATTTCCATCATATTATGTGTGGCAATTTATTTT GCAGGCCCTGGATTAGTCCTTGACGTCACACCAGATAATATTGAGAAGTTCTCCTTTGAT CCATGTAAGTAACCTCTAAATCTCAGGACAGTTAAAACTTTTCTTATTCTCATAAATTTC TTTCTTTTTTGGTGCAAGACTTTTTTTTTTTTTTTGATCTTATTGCTTTGCACAGATAAA CAATGAATGCCACTTTAAATATGCATTGCAGAACTCTGCAAGTAAAGAATGGTGCATTAT GATTGATGTCTTTTTCACCAGCATTTAACATTGTCTCTTTAAAAGTTAGTCTGACACGTA AATCCTTCAATAGTGGACTTTGGCATCCCTCGTTGCACTCTTGAAAGCCTACGAGGTGGA GGTCCAGAGTACAATGCCGAGATGCTCAGACGTGTGCTGTCAGGAGAAAAAGGGTCAATT GCTGATGCATTTGTAAGTTTCTTCCTGAGCTTGTTACCAAATGTGTGAATCCTCATTAAA GAAATAGACATAACTTCTTTTCGTTTTCAACAACTTCCTTTCACCTTGAAAGTTCTTACA TCATCTCTATCAAATAAATCCACAGGCACTAAATGCATCAGCTGCTCTCCTGGTAAGTGG ACGCGTTGATAATCTGGCTGAAGGAGTGGAATTAGCTCGCGAGACACTACTCTCTGGCAA AGCGGTGAAGACACTTGATCTATGGATAGAAGTTTCCAATGTAAGAAGAAATTCTCAGTA AGTTCAGGGTAGAAACTCCATCACTTCAACTCATGCTTATGTCTTTGCTTACTTGCAGAC GGTGAAGGAAGCAGTCTGCATGAACTGATGGAATACGCCAAGCTGACCACGTTATATTCT CGGGGCTCAACAGCTTTCCCTGCTCTGAGTAATGGTTAAAAGATTCAAAATCAAAGAAAA AGACTGGATAACACAACTCAACTTGCAATTTTGGTTTGTAAAAGGATTAGAATAAAGGGT TGAAAGAGAACAAAAAATAAATGTAAACTTTGGCTTGTGAAATTTGCAAGGCAACTGTAG ATTTCTGTGGAAAGCATTGTTTGTAATACTTACTTGTGACGATAACCAAGCAAAGCAAGT GGCTCCTTGTTAGTTGTTGGCCATTAAATTTTTTTTTTATCATTTCTGAAATGACTATAA ATGGCTTTGTAGTTATGTATTATTTTTTGTATAAATTTCCCTACCAACCAAAATGCAAAG ACATTAACACCCGAGTAGATAAGTTTTAACTCTAACTTTAAAAGCTAGCTTGCTCAAGAA TAAAATCGACAACGATTTAAAACTACACTCTCCAATTATTGGTCCGACAATCTTAAAATA GAATAGAGGGTATTGACATACAGTAAATATTTTTTCAAGTAATTTATTGATTTTTTAGAT TACGATTCAAACTCCAAAGATGACATACTAAGTTGATAAATTTGAATAAATATTAGATCT GAGTTTAACGTTATCTCGAATTATAATATTTTAAGGCCACTATTTGCAGAATTTATGAAA TGTAAAATGGTGGATTGTTACACCCGGCGTGTATATAATGTATCAGCGACTGAAAAACCT TTGGTTAATCACAGAAAAAGACAAAAAACAGTTATTGCACAAACTCTTTTTTCCCGGGAA ACATCGAGTGGATAACAAGAAAAAAAATATATACACTTGAACTTCAATAGCCCAAATAGA AATCAAGAAAACACATTTATACAAGCTTCTTGTCTCCAAAATTCATATCTTTTAAGTGAT AGAAATCATAAAGTTCTGAGAAAGTTCAAATCTTGGGAGTGTTGGTTTAATTTCTTGAGT GAGGAGTTATGACTTTTGGGTCTGAATGGAAGTTCTCTCAAGTCTTTGGTGAACAAAATC CCCATGAGGATGTACAAGATTGTAACTTTCTTTCACTTTTCTTTATAGTTAAATCTTTAC GTGAATGAATTTCAGTAATATACTGTTTGATTTGTATTTTTTCCCCCTTCTTTTGGGGTA GGGTAAGGGTAGGGGTGGAAGTATGTCAAATCTGTTGTACTGCTGCTTATGTATGGTTTC CTTCCTTTAGTTTTCAGCTTCTTTAATTTGGTTTCGTATGGAATGTGTAACTCTTAACTC TCTTGTGTGGTTTGCGAACTATGGCATAAGAGTAGGGACCAAAGGTAGCAGTTGCAGGTT CCCTCTTCATAAAAAAAAAAAAAAGATTAGACTTTAGATGCTGTAGAACTAACTATACAT GAAATCTTGTAGCCTAATAGGGTAAACATGTCTGATTCAATACAGGATTATTTAGAAATT TGAGGTGCGGGTTCAATTCTGGTAGATGAAACTTTAGAGCTGATCGCAACTAGGTTAGAT GGAGGCTCAATAGAGGTAGTAGTAGTTGTTGTTAATTGTGGATGGAAGGATAGTGCTTGA ATTGGTACATTTAATATTCTATGGAGATGAGAGACTGGTTGATGCTAGCAGAAACAATCC TTTAGCATTTTCTGCATGCTTTTTTAGTATTACATATAACAGGGAACCTTGGTGTGACTG GTAAAGTTATTGCCCAGGCAGAGAATGTGAGAAGAATAAATAGTATAGAGTCGAAAAAAG AAGAAGAGGAAAACTGTTCACAAACTAATCCTTATAATTGGCTCATCATATATGTGGAAG GGGAAGAACTGGAACGGACTTTTGTATCCTTTTAATGAGAAGGGGATAACGCATGGTATG GGGATTGTTAGATAACAGAAAGTTGGGATGAGTTGTTGAAGCCAATACTGTTTATATAAT AGAATATACTTCTTTTTTGAGCATGTTGGACCACATCATCATACGTTTTATTCTTTATCG GATAATAGATCTATCTTGAAAATCTCATATGCACGGGAGAAAGATAATTGAGTTGTCTGT GAGCTTTTGGTACCTTTGCTGGTGATTGCTGATTTGTACTTCTATAATATTTTCGGCATT TCAGTTATCTAAAAATGAAAACAGCAAAGAGATATCTAGTTCTTCTTTCCTTATTTTACC CTCTCGCCTGAAACAAAAGAGAGGAATTATGAACCAAAGAAATACAAGGAACAAGGAACA CATTAAAAAAAACATTTTATGTTAGGTGATATTATCTCTGCAATGGAGTTTGACAAGAAT GGTGATAATCTGGCTGTTGGAGATCAAGCTGGACGTGTCATGATTTTTGAGCGGCATGCT GGTAAAGAAGTGCGGACAAAATTTTCAGAAATATCATTTTTGTCATATCCAAATTTTGCA TCGCATGTAACCTGTTCACCACTATGTTCTTTTAGGATCTCTTTGAGTGCAGTTCTCGAA GTGACTCTGGTCAGTTCAACCTTCCACAAAAGCAGCATCCTGAATTTGAGTATAAGACAG AATTCCAGAGTCATGAATCTGAGGTATGATTAGATAATTATTTTATCTACTTTCGGGTAT ACATCTGTTAGGCTGCTTAAAATTCTGCATGTATAGCTGATCTTTATGAACTATGGATGC TGTTCATGTTGCATTTTCTTCAGTTTGATTATTTGAAGAGTGTGGAAATTGAAGAGAAGA TTAATAAAATCAGATGGTGTACGAAACTCAACAGATCGTTATTTCTTCTTACAGCAAACG ACAGGACGATAAAACTTTGGAAGGTATGAAATCCCTGTGGCATTCGTGAAACTTCAGACA ATGTCAAATTGAAGAAACAGATGATTGTCTTATAAGTTTCTGGAAGTTTGGATTAGGCCT TTAGGGGATTAACTTATCTGTTTGTTATGATATGTGATTTAGTACTACAATGTACCCTGA GAAATCAATTGTTTGCCTTTACATGGTTCCTCTTTACATAACTATGTCTGAATAAATCAG GTGATGAAAAGATAAGAACTGTGTTCTATGGATAACCTCAGGTTTCTCTGGTTGTTCTCT TGCTGGCTAAGAGCTCCTTCAGAATGATACTAGACAAATACTGCTTACATGAGCTTTTTT ATATTTCAGCAGCTACTACATTTCCATATTTACTCAAAGATTGAGCATGCAAAATGGACT ATCCTTTATATGTGTGTGTGTGTGTGTGTGTGTCTGGTGCCACTCCAAATAGAAGGTTCT GTTCTGGGTGCCTTTTCCTGTATCATCAAAATATTGATAACTAGAAATGCATGTGGTACT ATCATTTTTTTTCTTCTAAAGTATCTCATACTTAGATACTCTTCTGACGTTCACCTAACA CCAAAACTAAAAACAAGGGGAAAATAAAGGAGGAATTCTCTGTGATGAAATTCAAGTATT AGCTATTGCCTGTTAAACGTCTGTCCAAAATGGAATTTGTCTGTTCATTAAGAAAAAAGG CTGACTCCATGAGGTAGTGGTAAGGTCTGCATACACACTATCCTCCCTAGACCCCACTTT GTGGTATATCGTTGTATCAAGAGAAAAGGCTGGATGGGTGTCCTTTCTGGATAAATTTTG ATAGACTTTTCAGTTCCCGTTACTGTGTGTTTACTAAGTTGTACATATCAATGTACTATT TTCTTAATTTATTTCTTTTACAGATCAAGGAACAGAAAGTAAAGAAAGTTAAACAAATGG ACATCAATTCATCTGTGACTTCAGAGAATTCTCTTTTAGCTGATAGAAGTTACATGAGTG GACAAAGTGAATCATCTCATGTTAATGGTTACAGTCTAGAATGGACTAACAAAATGAACG GCACATCATCATCACATGTATGACATGGAGAGTGTAAATTTTTCTACTTGTTTCCTAAAT ATTCTTGCAGTTTTATTAAATTCACCTCTCCTAAACTCTATGCATTTGACATATTCTCAT AGCTTGTAATTCTGGCCTCCACTATATGTAGCTTGCAGATATCATAAATGTAGATTATAC AAGATCCCGAAAAGTATATGCAAATGCTCATGATTTCAACATCAATTCCATCTCAAACAA TAGGTATTCTTGTGTTCTTGCAAATATTATGAATTTCAAACTTGCTCACTTGAAATGAAA TTTGACCAGACCTCTGATTGAGCTTGATCGATCAGCTCAGATTATCCTTTATCAGTTATC AGTACCAGAAAGACTCAACTGTATTGAAGTTGTTTACCAGATGAAATGTCAGGCATTAGA TAATACTCTGGTTTTAATACTTTTACAGCGATGGTGAGACATTCCTCTCTGGGGATGACC TTAGGATAAACGTATGGAACCTTGAGGTTAGAGATCAGTGTTTCAATATCATTGATATGA AGCCAAAAGATATGGAAGATCTTACAGGTAATTGTGGATCTCTTCTCAAAGCATTTACAT GCTTTAACCTGCTGGATCTTATCTCATGCACCGGTGCTACTCTCCGTTAACCCAATTTGA AGTTTCAAGTTTATAATCTCTGAAAGTTTGGAGATGTAATTTGTGAATATTACCTGCTAG ATATAATGACAGAGCACTTCAAGAACTTATAGAAGGCAAAATATGGTTTCAGGTAGTAGC TTTAGGTCTCATAGGTAACAATATAACGGTATGTGTAGATTGTACATCTATGTATCTGAA TACTACATAAGCCTCGCGTATTGAGTATGTACCATCGTAAGTTATCTACACTCTACTGTT AAAACTCATGCTAGGGATTACTTTTGTGAGGTGGCGGGTCTAGGTTTCTTTCTCAAAATG GTTTCTGGAGTAAGCAATCAAAGGTTGCTTTCGGTTTTATCATCAAATTCCAAAAATGCA TGCGGAAAATCAAAGCAAGAATGTTGTTGCATCTAAGGGATCATTAGCAGTGATTTAGAA AAAGCATTAAAACAAAAAAGAACCCCGCCCCTGCACCCTGAGAAAGCCGTTTTTCCTTAT TCTTTAAGTGCATTCATTTATCATTCTGACATCTTGTTCTCCTCTGATATAAGGAGAATG CCTCCTATCATATCCAAGCAAGAAAAATAGAATAGAATAAAAGAAAGAAAGAAACTCTTA TGAACGTTTGAAAGGAATCAGAAACCGCCCTTACTCCTCCCCCTGAAAGGAACTTGACCA GTAAATTTGAAATGATGATCTACTTTATGACATGGATCAAATGATGCCATTAGGTAATGT AGTTCCATCACCATATCCTTCTATTCTGCATCAAAAGTTTGACCAGACTGCCACCTGATA AAGGATGAAAATGATCACGCACTGTTGTGTATGTAGAGGTGATTACATCAGCAGAATTCC ATCCATTTCACTGCAATTTGTTGGCTTATAGTAGTTCGCGGGGATTCATACGTCTTGTTG ACATGAGGATGTCTGCAATATGTGATCACAATGTGAAAATGTAAGTTGTATACCCATTTC TATTTTATTTCTCTCATCTGTATGACTCAGTATGTCTTCTAATCTGCTTCTCTGACGAGG CTTACAGTACTTCTAACAAACCATAACTTAGGGTACTACTTTTTACAGACTTCAAGATGG AAGGAGCCATGGCTCTAAAACATTTTTCAGTGAGATCATTGCTTCTATATCTGACATGAA GTATGCAATGGATGGAAGGCATATTTTAAGTCGGGATTACATGACTCTGAAGGTCTTCTC AATTTCGATAATCCTTTTACTGTATATGTACACTGCACTTTGATTCATGAACTAAATTTC CTTTGCATTTATTGGTCTCTAATTACATTCGTCAAAGAAATGTTTTCCAAATATAAAATT TTCAATTTAATATTCAAGAACTAGATAGAGTGATTTACAGGATAGAGTTAGTACTGATAT GTGCTTCTCACACATTTTCAATCCTCAATTAGGTGCATCCTGCACTTCTTTATCCTTGGA ATTCTGTGTGTCAACGGTTTCCTTGATTCATCTTTTGGGTCCTTAAAAGTGTATTCAGCT TGTGGATTTCAGCTTTCCTTTTTCTGTTTTCCTTTTTTACCTTTTTAACTGCCACCTCGC TTTGACTCTTTCATCTCTCATTAGTGGTTTCTTCTTTGTTCTGTTAATCTTGGTGACATG ACAAATAAGCTGTGACTTTGTGTGGTCAATATTTCCCGTGCTTGTTGCCTTCTTATGTTT TACATGTACTGTCATAAGATGGATCTGTAGTTATGTATTATTTGTTGAATATTTGATAGC TATGGGACACTCACATGGAGTCTTCCCCGGTTGCAACATATAAGATTCATGAACACCTCC GTCCTAAGGTATGAGGGTCTTGCCACAATTTTTTCTTTTAGGTTTACAAAGATATAAACA GTTAGCGATATGGTGAGTTGTGTGAACATGCTATATAATCAAAATAGATTGATAGCATTT TCTGATTTTGTGACCTAATACATGTTGTATGGCAGCTTCCTAAGTTGTATACAGATGATG CCATCTTCGATAAGTTCGATTGCTGCCTGAATGGAAACGAACTTCAATTTGCAACTGGAT CTTACAGGTTTATCCTTCAAAGAAAGTTTTAACCCCTACATATGAATAGTTCTATCAGTT GTTGTGTAATTATGTACTTCCATTTTGTTGATATTCTGTACATGTGATGAAATTTTTATG GTAATCTTTTGTTGATTTAGCAATCATCTTCGTGTATTTTCATTTGGAACTGGGAATGAA AATGGCATCACACTGGAAGTCAAAAAAGAATCAAATAGGTAACCCTTGTGCTGAGATGAT CTTCTATTGTCTTTATTCTGTTGTTGAATTATTGACACTTCATTAACCTTGATTTGTAGA AAACCAACCTCTCAAACTACTTCAAGGCCTCGAAGGTCATCATTGAGCAACTTGGCACGA GGATTTTATCGCCAAGGTAGTTAGTACTGATTATGCATATGCTTGTGCAAGGCCCATAAT TAATCAAATGGTGGAAAATCCACCCCACCACAATTTAGTTTCATCTTTATCTACATTGCT TTTTGTTGGTGATTTCAGGACAAGATCATGACTCAGAAAATGAGATATCCTGTAACCTGA AGTCCAAGTTGCTGCATGTGGCTTGGCATCCAACGCACAATCTGATCGCTTGCTCCAGTG GAAGCAGCTTGTTCATGTACCATGCTTAAAGTGCTATGAAGAGGACTCATAGTCATAAGC TTCCTGTAAAAAAAATCATATTGTCCCTGTCAATATACCGCGTTTGTGAGATTGGCTGGT CTAATCTCACCGTTAACAGTCTGCCATAGGAATATTTTTGAAAAAAATTAACGATTCCTT TTTAAAAAATGGTATTGCTTTTACAAGATAGCATACACAGAAGTTTGATACTTGCAAGTT GCACAAATACATTTTGTGCACATCTGAAGAAGTAAAGGTGGCAAACATTTTTGGTTGATA CTGTTGCATTGTTACTTTATTATTCATTTCTTACTTTTCTCTGAATGTGATGGGTGCCAG AGACTAGGCCTACAACTAAATGCCACCATTATGGTGGGAGCTGAGTGTGTTCTTTTTTCC CCACACCCCCGAGGAGGATCAATAATAGTGTTCCCACTTACCCTCCAGCTTGACTCGAAC CTTCAACCTGCCATGGTGCTTAATCACTTGAGCAAGCCTCGCTTATTGAGCTGAGAGGTC TTGTTTGGACCTCAAATGTGTATATTAATAACCAAAAAGTATGTAGATGTAGGGTTGGAA CAACAAATCTATCCAACTCCTATAATCAACTTTGAATGGCAGAGAACAGAAAAGTAAAGA AGTGTAGTGCCCTTATAGGTAAATGACGTTCTAACTGGGCTTGATTCTGAAAGTGATCAA TTGTTGTACATGTACCTAACTAATATTAAGCTTTAGATAACGAAAACACTTGAATACGAT GATCTCTACCTTCTATTATCTAGTATCTCTAATTTATATTTCTTATTTTATATTTACTAA TATTTTACAGTATAATTATGATAAATAGTTGTATTTCTGTTTAAGTCCAGTATAGTTTTA CTACCTAACACTATAAAATCAATCAATCATGGTAAACAATGCATTTTGGTCCATTTAATT TATAAAACATGTACTAGGATATGTGTACTCTATACTAAATAGACTTATGTGTGTTAAGTG TTTAGTGTATACTTCGATCATATTGATTAAATTAAACTGACTAAGATTACAATTAATTAT GTAGGTTTCCTCCCTCTATGGATGGATTGTTGTGAGCAACGACTCATTTTCCAACAGCAT TGGCTTTTTATTTTTTAATGGATGCCAACAAATGATGTGATCTCACTCCACTTTTATACA AGAAAAAAAAACTTGATTTAACCCCACTTTTATTATTATACTATTTTTCATATAAGGAGC AAAACATGTCAGTAAATTTTTAGTTAGTCTCAAGTTGAATAAAATTTAAGTTTTGATATC CTTGAATTTTAGAGATGATATAATGATTCCACTAGGGTGGTTTACCCTTCTCCACATGTC TCAACAGTACAAAAAAAAAGTTTCACAAATTTCTTTCCACAAATAATGCATAGAGGAAAA TGTCAACTTATTCTTTTATTGGTAAACATCATGAGTGATATAAAAGAATTAGATTCAATA AAAAAAATTATACATCTCCCTTATATAACCATTTCATCTTTGCCTTATTCGTTAAGTAAT AAAATAAATACCTCACTGAAAAGAATAGCAAATATGGAGGAAACTAACAAAGAATCAACT AAAGATGAAATCAAGTACAGAGGAATCAGAGCAATGCCCTTTGTCATAGGTATATATTTT TATTTTTTGCGTATACTAAACTTATTGTATACTTTTCGATGATATGAAATGAGACTGGAT TCATATAGCTGACTCTAACTTTGTGTTGTATATGGTAAACTGCAGGGAATGAGACATTTG AGAAGCTAGGAACAATTGGAAGCTCGTCGAATCTGTTGGTTTATTTAACAAGTATATTTC ATTTGAAGAGCATAACAGCTACTAATATTGTCAATATCTTCAATGGTACTTGCAACTTTG GAACCTTGCTTGGAGCTTTTCTTTCTGATACGTACTTTGGTCGTTACAACATTCTTGGAT TTGCCTCAGTCTGTTCCTTCTTGGTACAAGAAATATTCATGTTGAGATAAAACTAGAGAT TAAGAGTTGTTTGGTACGACAGAAGTCATTTTTTATGTTTTCAGATTGGAAAGTGTTTTG CTGAAAGTTTTGAGAAGTAAAGATTGATAACGATGTTTACAATCTTTCTAGAAAGAATCT CCTTTATCATTCAACATGAAGAAAAAAAGACAAATTGTCTAGGAAATGGCTTATGTCGTA CCAAACACACATTAACTTAATCATTATTTGAAAGTCGTTGTAGTTACTGGATTTATCGTT GTTTTCCAAATTGATCATTTACAGGGGATGTTAGTACTGACTTTAACAGCAGCAGTCTCA AAGTTTCATCCACCTGAATGTGGTAATCAAGAAACTGCACCAGTATGTGTTGGTCCAACA GCAGGACAAATGACATTTTTACTAGGAGGTTTTGGATTGCTGGTAATTGGTGCTTCTGGC ATAAGGCCTTGTAGTTTAGCATTTGGGGCTGATCAATTTGATCCCAATACTGAATCTGGA AGAAGAGGAGTTATGAGTTTCTTCAACTGGTACTATTTCACTCGCACGTTTGCTGTGATG GTCTCATTGACTGTCATTGTGTATGTTCAATCAAATATCAGCTGGTCTCTAGGATTAGCC ATCCCAACAATTACTATGTTCCTTTCTTGTGCACTTTTCTTCGTGGGCACTAAAATATAT GTCAGGTTTGTGCCAAAAGGCAGCCCGTTGTCAAGTGTCGCACAGGTCTTAGTTGCTGCA TTCAAGAAAAGGCACCTGCAGCTGCCAGAGCAACCATGCTTCTCCTTGTTCAACTATGTA CCTTCCAATTCCTTGAATTCTATGCTTCCTTACACTAATCAGTTTAGGTAATTAATTCCT CTTGCCACCGTAATAGTTGTGGATAGACTTATATTTAATCATGTAAAGATATATCACATG AGCCTAATTCGAACTCCAAAAGTTAACTCATGAGAGTAGGATTGTCCAAGTCCGTATAAG CAGACTACCAATCCATTAGCTAATGAACGTGGGAGTCTAACCCACTCTAACAGTAGCTGA GTCAAGATAAACTATTAAACTAACTATAACAGCTCATGATTTCAGATTCTTGAGTAAAGC AGCAGTGAAAACCCCAGAAGACCATATAAACTCTTCAGATGGATCTGCAGTCGATCCATG GAGGCTTTGCAGCATTCAGCAAGTGGAAGAAGTGAAATGCTTACTAAGAGTAATCCCAAT ATGGGTTGCTGGAACTATCTATTATGTCTCTGTTGTACAATCGCAAAATTATGTTATCTT TCAAGCCTTACAAAGTGACAATCAACTAGGCCACATCAATTTCCACATCCCACCAGCATC TTTCATAGTCATTTCTATGCTCAGCATAACAATTTGGCTACCTATATATGATCGCGTTTT ACTTCCATGGCTTCGGAAATTCACAGGAAAAGAAGATGGAATCACCCTTCTCCAGAAAAT GGGAATTGGGATATTTCTATCTATCGCAACAATGATCCTATCAGGGATCGTTGAAGACAA GAGAAGGACCCTGGCAATGACTAGGCCAATGCTGCAAATGACTCAGGGGAAAGGTGCAAT TTCATCCATGTCAGGACTATGGCTAATACCTCAGATGGCATTAGCAGGTAACCTTTTGCA AATCAATGTTTGTTTTACAGTTCTGCTCATCTTTTCAACTTCAACTTGAATCGGAGAATT TGAGGTTCAAAAACTAGTTTGCGGTGTGAAATTCTCAGATATATTATAGACGAAGCATTT GCCAAAGGATGTTTTCATGAATCCAGAACGAAAGTTAACTCCTTTTTTCATGTTAAGACA CAATTCTAACCTTCAAATACTCATGACTGAATACAGGTCTTTCTGAGGCATTTACACTAA TCAGCGAGAACGAGTTCTTCTATAAACAATGCCCTGAAAACATGAGGAGCATCGCGGCAT CTTTCTTCTTTGTTGGAATGGCGGGGTCGAGTTATTTGAGCAGTTTCTTGACATCAGTTG TTCATAAGACATCAAGTTGGTTGGCTGAGGACCTTAACAAGGGGAAATTAGACTCTTTTT ATTACCTCATTGCAGGACTAGAAATTCTGAATTTGGGTTATTTTCTTGTGTGTGCAAAAT GGTACAAGTATAAAGGAAGGGCAGGTGACAACAAAGTGAGTGAAAGAACAGATCAAAATG AAATTGTAATCTAATTTTTCAGTCAGCAGAATCAGTATGGTAGTTTTTCCATGATTAGTA ATGCTTTGTTGGAACCAAATATAGAAAGTAAAACAAGAAAAATGAAAATTATGTGTCACT CTCATCCTTCATGAGCTAATGCACAAATCAAATCAATTGTGTCGCCCATATCAATCGAGT ATTTATGGTCAACAAAGTTTTTTAAATTTACTTTCTTTCTTATGTATGTGCTTTCAATGT TACATAGCAAAATCGGTCCCAACAAAGCTACTAAATTGAGTCCACATCATCACTCTGTCA TCTTCATACTTATCTCGTCGAATCATTGATTTTTTATATGAATAAAATAACTCAAAATGC TATTACCACAATGTGATGCTATTTGCAACATCAAATAAGTAATATTTTTCGCCCTACTTT TCATGCACTCAAAATTTTTCTCCAAAACACGATTCTTTCCTTCAAAGTTCAAACTTAGGG TTTGTTTCACTGTGCAAATCAAATTAAGAACAAATCAAATTCTAATTTCATCTTATGATT TCATATCGTGATTTAAAATTGCAAATTCAAATGCCTACTTAATGTGTTTGGTCATTGGAA TTAGAAACTTAAGTTTAGTGTTTGATTTGAAATGAATATTTATCTATGAATTGTAAATGT AAGTATAATTTCAAATCATCTTTTGAAATTTTACATTCTCTAAAAAGTAAATAAAATGAA TTTCAAACCTTTCTTTAACTATAATTTAAAATTTTACAAAAAAAAGTCATATTTAATTAA ACATTACCCGATGTCTATACCATATAAGAGGATTATATTAAAAGATAAATAATTACTATT ATTGTTAATTTATTGAACTAATAAATCTTTGTGGAATTTGTGCATTTTAAATTTTATAAT AATACATAATTTGAAATATATATTTATAAAAATAACATAAAAGATATACAATTTTATTAA TATAATCCATAAAATACTATATTATCTTATTTATAAAGTAGTTGTTCATCCATATCATAT TTGAGTCAAAGTTGAAAAGTTTTAAAAATCTTTTCATAAATTACAAATTTTTTATGTCGA TTAGTAAAAACTAAAATGAAGAAAATTTTAGTCGCACTCGCCATCACCATTAACTAGACT GAGTAAACGCTTATCACCTGTTATGTTCAGGACGATGTTTCACCAGCAGTCACTCACTAT GAAGTTGTTAGTGAAAAGTCAATTTTGGTGCTGATATTAGTACTAGGTTGGACTAGAAGT CTTATATGAAGTGAGGGTATAAATGTACTTTTATAATTGAAGTTGCTTCTTTCTCAAGCT ACATTTCACATTTCTTATAAAATAATTATAAAAAGCACCTTTTGCCTAGAAATTCTAACC CATCCCCTTTTTTTCCCCTTTTCCTTATTAGCCCCATTTTTGTTGCCTTAAAACTTCTCA AATTACCTTTTCCCCAATTTCAAACCTAAAATGTTAGATTAAGGCTAAAATTTAGCCTAA TCTTCTCAAAATTCTTAGTGATTGGGCACAAACTAAGTAACTAGTAAGGTATGTACTTTA CATTGATAACTGTTCAAGAGGTAAATGTGATTTTTTTGCATGTTTGGTTCCATATTAGAT TTTGGTTTGTTGAACTTGCCCTAATTGAGAAGTATTGCTTCTCTATGAGATGCATGGTAA CTTGATTTGGTGAAATGTAACATAGTATTCAGTGTGACAGTCAAGGTGCATTTAAGTTGG CTAATACCCTAACTCTTATCAAGCAAAAAGTAGGTTTGTGTGAGCTTATATGAAAAGCCT CATGAATATGTGAAGAGAAGTGATGAGGAAGAAGTGTAGTGACTTTGAAGCTCTATAGTT GCTAACATTTAGGTTTTTCTTTTATATGCATGTGTGTGTATATCAACTCCCAGCCAAGAG GAGGTTCCTTTGAGAGCTTTGAGTCCAATTATGAGGTTAAAAGTTCGAGTGAACCTGTTT GGATTGACTTATTTTAAGTGTCTTAAGCCAAAATAGCTTTTAAACACTTTTATGATGTTT GGGTAAAGAAAAAAGTGTTTTAAAACAATTGTTTTAAGCCAAAAAGATAAAAATAAGCCA AAAGCATAAGTTTAATTCCTAACTTTTGACTTATAAGCCCATTTAAACAAGTTCTAAGGG AGGAAGGAAGTGCAAACAATTGTTGTTCCTAAGGGGGGATTGGGATTTGGATTTTCGAGT GAATTGTCTACCATGATTGGAATAAAAAGGGGGATAAATGAAATTAACGCATTGTTGCAT AAATTGTTGTTCAAGTACTTTGCAAACAACGTATAAGAGTGTCTTATTTATAATAGAATG AGTTTTGAACAAGTTGGAACTACTAGATTTCTATCTTAATCTTTAAAGCCCCTAAAAAAT AACTTCCTTACTTTGATATTAAATGACACTCATTCCTTGTTAGTCTATTTCATAAAAATG GCCCTTTTTTATATTTGCAAAGTCATTAACTTTAAATTTTGTTTTACTCTTAGGTTTTGT TTGGTACGTGTTCCAATTTTCTCATATTTGGTTGGTCAAAATTGTTTGAAAAATATTTCA TCTACAAAAATAAGTTCTTTAAAAATGACTTTCTTAATGGAAATAGGATAAACAAGTTCC ATAGGTAACATAACGTGCTCGTCGTCTTCTCCCATTCATCCAATGTCCCGAAGCTCCGCC CTTTGACCATTCCACTCCTGCCACCCCAAATCCCTACTCCCCACCCTGTCCCATCTCACA GTTTTGCTAGATTACATATAAATGTTCTTGGGATAATATTTTTGGCTTACTTACCAAACA CTTAAAAGTAAGGAAGAAACCACTTGTTTTCCAAGAAAACAACTTCTAGGAAAACATATT CCTTCATACCAAACACATTCTCAATGACATGCTCCTTTATTAGTTATAGAAATGTCAATT AATTCACAAGTTCTAGTGGTACGTTTGATATGTATGGAACTTTTTATATTGAACTCCTTG ATATTCAAACACTGTCATATAAACTAAAATGGTGGGGGTAGGATTGATGGTATCTTTCGC TTTTGAAGAGATAAGATTTTCTCTGAACTGTAGATTGTTTCTTCCGTAAGATAAAGAAGA ACATAAAAAGTACTCCCTCTATCCAAATTTATGACACTCCCTTTCTAGTCTGTCCAAAAA GAATTGACACAGTTCCTTATATTTTACCGATGTTGGGTCCCACTTATTTGACAAAAAACC CACAAAGGTGTACTTTCTTATTTAGAAATTCATTTATTTTAAGGGTGGGTTTGAAACATT ACAGAGTCTTCCTAGTTTTCTTAATATCTAATAAAATTACATCACATAAATTGGGATAGA GGGAGTAGAAGATAATGATAAAGATCTCGTCACAATGTACATAAGGTGTTGGCGTAATTT GCTGTTTGGATTTTTGAATGACAAGTCAACCTGGAAAAGATTTACTTCCTCTCTGCCTCC AGCTTATGCGTATTTTGCCAGTTGTCTTTACTAATGTTCGTCTCTCTACCTTTACTAGGT AGGGTAAGACTGCATTCATACCACCCTCTCCAGACTGCACTTGTGGGAGTGTGTTGGGTT TGTTGCTTAACTAATATTGGATGGACTTTGTGAAACTAAATAAAGTGAAGTTTTAGTGCT TGCTGAAAAGCTGGCTGCAGTGGTGGAGCTAAAGGTGAGGAAGGAAGCGGTTTCAATTGA ATCCCGTTTATCCGGAATTTACAGTGTGCTAGTAGTGTATAAAAATATGTGGTCTTTTGT ATATATGACTGGTGAATCCCTTGGCATAAAAGAACTTTCTAGATATAGTTTTTTTTTTTG TTTCGTTTTTTCATTTCTTTGAATCCTTTGTTAGGATTCTGGCTCCAACAGTTAGTAAGC AACTGGTTGTTGTATCTCTTTCGTGCTTTAGGCCCTATATAATGCTCATTACTAGTTCAC AAAATAGTCTTTAGTTCATCTTGTCCCTTTGAATGAAATTCTAGATGTACAAATTGCAAC TTCCCTGCTAAAAATTAAACAAGTTTAGGTGTGTTACAGGCATGGACGTGGAAATACAGA CACTAGTCCCCTGGTCTAGTATAGTTGGGCTTTAACTTAGGTGTGTTACAGGCATGGACG TGGAAATACAGACACTAGTCCCCTGGTCTAGTATAGTTGGGCTTTAACTTACAGGACTTC CTGTGTAAGAATAGTATATGCATGTGTGAAGAGTTTCCTCTAAGAATGTTCTTTTGTTTT TTTTGTCTCCAGACATCTCTGAAATTTTTGTTCGCCTTGTCTTTAAAGCTAAGTTGCTCG GACTCTTTGAATATGCTGCCGCACTCGTGTTGGATCCTCCAAAAATGCACTATTTTTGAA TGATCTAATACCTGAGGACATTTTTGAAGAGTCCGAGCAACATAACTTTAATGTCCTTTG CAGGTCACCTTCTAGCTTTAAAATCCTTATTCCTGACTTTTGTTTGTGGAATATTTTATT TTCAGTCATTTAATTCCTTTTACAATCCATATGGAGTTTGACAAACATTATTGACTTTTT CAGCATGATCCTGCAGGGGTGGATAGGCTCCTAAATTTTGGCAGTTGGTTTTGAAGGTCA TGCAACTGAAGGAATACCAAGAAACTGAATTATTATGCTACCAGAATACCAAGCCAGTAG TCGAAGGCAAGATGTTGAAAGCATCGGACATAGTGGAACCACTCTATTGGAGAAAGAACA CTCTCCAATTGATGCCTCAACCCTCTCTATGTCACCTATATGTCCAGCACCTCTTTGCCG CCAGTTTTGGAGAGCTGGGAACTATGATTCTGGGCTTATTTACAAGTCGTCCTCTAGAAG TATTCTTCTCTCAAGATGCTTTGATGATGTTCTAGATTATATTAATGACGTGTCTGACAG TGATTGCCTACTGCTTTTAAATGATTTGAAGTGATACTTTCACCTATTTTCTTTTTTTTC CTGCTAGTTAAAATATGTATGTGAGGCTTCATGTCCACTAACTCACCAACTGATTCTGGG TCAAGTATGCATTTTACATCTCCATTATCTGTTATCTGACTTGTGGTCTCTTTTGGAAGA TGGGACTAGTTTCCTGCATGTTCACCCAAAGTTCCTTCACTCAAATGCCACTTCACATAA ATGGGCATTTGGGGGTATGTATTCTTGTCAATGCCTTAGCCTACATTGCTTGAAGAGCGT AGACATATCACAAGTAGCCACCCAACAGAATTTCTGACTTTCACTTGCTTTCCTTGTGTT GTATTTTGTAGCCATAGCTGAACTGCTTGACAACGCTGTTGATGAGGTAAATTGCTGCTC TAGCTTCTTAGTTTTTTTCTCTGTTTTGTTTCCTTTTTGGTCATGAAATCATGAAACTCC CTTTAATTTTCGCTGTGCTGGGGAAAAATTGCCAACATACATAGTATATGGATGTTATTC TTGTTGTGAAGTCTTCATGCTCTTATCTACTGAACCCTATTTTTGTTAGAAGTCCTAATT GTGATGTCCTTGACCTACTTTTTCATTTGAAAAACCTAAAGTGAAACATCTATATTTAAC CTATATTGTCACTCCGTTTGATCGGAATTTTAAGTTCGTTGATGTAGAGCAAAAGGACAT GGGGTAAATTAAAGCTAGCTCATGAGGTGAGAGTTGCCAATACCACATAAGGAGACAAGA GTCTGTTCCAATGTGGTACATTCTAACTTCCCCACTGTACGCCAAGGTTGGGGTATTTGA AGCGTAGACGATATAATGTATGGCGCAAACATTGGGTAAACTAACAATAGGGATGAGTCT GGTTATGATACCGTATAAAAGAAAATAAATCTAGGGTCTAACCTGACCCCCAAAACTAGC TAATGAAATGAGGATTGCCTAAGACCATATTAAGGAGACAATAATCCATTCTGCTCAACA TTTGGAAATTCTAACTGTTGACATGAGTAGCAATGTAAGATAATGTGATATAATTCTAGT GAGTTAATTCTAGTCTAGTAAATTAACTCCTTTTTCAAGGCTCTTCCCTTTTTTTGATGG CGAATCTTGATTGACTGACACTAGGTACCAATTGCATAGGCAATCTCTTTTCTTATGAGA ACCACAAATCATTCTCATGAATAAGCTTTACTCTTCCTTAAGGAGATGGGGAGGCAATAG GTCCTGAGCAGCTTTAACCTACTGTACTATGCCTATGTGATGAGCTTGTCTTTTGGTTAA GGCCTGTTTGTATTATATTAAGATTAAGAGAAGATGTTTGAAACAAAATATTAAGATATT GTATTAAGATCTAAATACTATAACTAAAGATCATTCATGACCCGTTGGCCATGAGAATTT CACTTTTTACAGGAAATTTATTTCACTTAATTTGAAAATCAGTATTTGGCCATAAAAATT TCAATACAACTTGATGTTGTACTTGAAATTTAGAAAACACCAAAAACCCTGATTTCACCT TTTCTTCACTGTATAAATTTTTATTTTTCAAATTTACCCTAAATTTTTTATTTTATAAAA TAACTCATTTGAATTATATTTATGTTCAAGCCATATTTCATGTTCTTTAAATAAAATTCA AAATCTAAATACTAAAAAGTATGGCCAAACACAACTCCAGCTCCAACTCCCAACACCAAC TTAGAGAACTCCAAATAAAGTGATTTTTTTTTGTTCTAATGGCTAAACGCCCACTTATTT TTTTGACATTGAAATGCATAAATTTTTAATAATTATGAAATTCAAACAAAACACGGCTTA ATCTAATACTATTTTAACTTTTTTTTTAAAAAAAAACTATGTGTAGTTGATAGTAGGGAT AGGCATATTGATGGTTGTGGCGGCTGATGACAGTGGTGGATGGCGATGGTGGTTGCGTAT AGTATATAGTGGTTGATGGTAGTAGTGGTGCTGATGGTGGTGATTGTTTGCAATGACGGA TGATTGTTGTGGTAATGATAGTTGGTGGTGATGGTTGTAAATGGTTGCTAGTAGTGAGGC TGATTGTAGTTATTGAAGGCAGTGGTGGCTGTGGATGGTGGGTGGCTGTTATTGCTGCAG TAATAGTTGATAGTGGTGAGTGGCGATAGTGGTGGCGGTGGCCGGTGGCTAGAGGTGAAC TGGCATCTTTGTAAATACTTGAATGAATAGCATAGTAATGATAATAAGACTTTGTTATAG GTCTTAATCATTCTGTTCTATAAAGACCCAATAAATGGTCGTAAATAAAAAAATATATGT TCTTTTATGTGTGCGCCTCTCAATTCAATTAGCGATCTCTTTTATCGTTCGCATTAGATG AAATATCAGGGCTTATAATCAGTCTAAAATGTGATAATAATGTAACTCATGGAACTCATG CATTTGGGTAATGTGCTTACTATTTTTATTTTTGATGTCTCATTGATGGTGACAGATACA AAATGGGGCCACCTACGCCATTATAGATAAAATGTTAAATCCGAAGGATGGAACTTCAGC TTTGTTAATTCAAGGTATTCCACATCTTTCTGTTTTTCTTTGTTTGTGATTGTGAATTTT GTACTTCTTGTTGAACAACTGTTGGTACGAGATTGTGACTGTCTCTGATATTCTACTAGA TGATGGTGGTGGAATGGACCAGGAAGCCATGCGATGCTGTCTGAGTTTTGGATTTTCAGA TAAGAAGTCCAAATCAGCCATTGGACAATGTATGGATATTAAGTAATTATTGCTACTTTC TTGCTCTCCCATTTCTTTTAATAAAAGTATTACACCTCCTTTTCAGATGGAAACGGTTTT AAGACAAGTTCGATGAGACTTGGGGCTGACGTTGTTGTCTTCAGCCGCTGTATGAAGAAC AGGTTTGATACCAGTGAACTATAATTGCACGTGCTGTATACTTTTTTTTCTTTTGACCTG AGAGAACTTTACACTATTGAGCAGTCAATAGTGTGGCGTGTCTCTTCCTTTAGGTTATGC AGTTAGTTGGAGAGATATGCTGATGTATCTCTACACAGCATTGCAACTTTGTATAATAGG CGTTTATGGTCTTGTGTTCGACATAATAATGTTGATTTCTGACTTGTTCAAGTGAAGGAA GAAGCTTCCTACTTGTGCTCCTTGAAGGAGTTGAAATTAGGGGGTAGTATTTTGCTTTCA ACTGCTTGTTAGTTTGGTTTGATCTGTTACTGGTTTAAGGGTTGTTATTAAAACCACCAT TTCACCTCTTAGAGCGATGGAAGTAATGTGAAGCAAGGAGTAATCCTTCATGGGTGAACT CATACACGCTTCAAAGAAGTGTGCACTTCAAATAATGATGCACAAATGATCTCAACAAGA AGGCGATCTATTTCTTAAATTGTAGTTATCTTAATTGCAATTTGATTATTATTGTACGGA AAACAACTATTTTTATCTGACTTTGGCGAAATTCATTGATGTCTCACTCAAAGTTAGACA CTTTTTTTGTCAATGATCAAATTGACATCTCTTCTTAGAGGAAGTGTGTGTGAAGTGCGA ATGCTGCTGTTGTGTCAAACAAAAAAATAAGTGATCGACAAGTGTATAAAAAAAAGTAAT TGTCACTTTGATTATTACTTTTTTCTTAAAGAAAAAGAGTACTCCCATCCCCGCCCCCCT CTTCTTCTTTTTTTTTTTTTTTTGAAACTGGTTATGTTGTATTCCTCAACATTAAGGATA TGCTGTGGAGACGCTCAAAAGAGGAACCCCCCAAAAAAAAAGAGAAGGGGAGAAACTACT TACAGAGAGCCTAACAGATCTATCCCCCATTTCTTCTTCCAAGATTAGCCCCCTCTCCCT GCCAATGCTCGTCCCTTTGCTCCACCCGCCTCGTCCCCCTCTTCTCCGCTCCTCCTTCCC CTCCCTGCCTCTAGTCTTCTTTCAAAATCAACTCCCTGTTATTGTTCTTCTCCTTTCCCC CTCCACCCTTGCTGCGGATATGTTTATTTGGGTGAAAATATGTGGTGGATGTAATTTGTT AGGATGGTGGCCAGAGGGTGATATGCAAGCTATGGGCGTGGTTGGGTGGTGGCCAGAGGG TGTTGGTTTTGGGGCGAAGAAGTGGAGTTCACACGGAAAAAAATAATGTAAGGGTCTTCA TGCGCCTGAGGTTGACTGGAAAATACAATTTTTGCTATTCAGCATGAGGGGTTCACGGTC ACACTTCTGCCGAGAAGTGTCTTGTCATGGGTAAAGTTTAGGTGTTCTAAATGGTATTTG GTGTCAAAATAGAGTCTTTATACATGTATTTTACCTATTCTTATTTTGTAAGTTATGTGC TTTACTTCAACGAAGCATATACTTCACTTCTCGCTTTCCATTTCAAGCCGTCGGAGCCAT GTCGCTTCTTTGTGCAAAACAAGAAAATTGGATTTAAGAGTTCCAGGACAAACTCTTTCA CCAAATTAACTTGAGACCACATTGAAGTTTGTCATAAGTTTTAGGAATTAAAGGTATTGT TTTCTCTCTCGCTTGCTTCTTCTTATTTATCCGTTCTCTTTTTAGATATCTATTTTGCAC TTGTGGAGAAGAAGTGAAAAAGAGGTTCACTGTCGAAGTGAGATTTATTTTGCTTTAGGA TAACTCAACACAGGAAAGAATTTTCTTTTATAAAAAAGGTGAACGTACACTTTGAGATGC ACTAGTCTCAGTAGAGATGTTACTCCTTCCACCTCAAAGTTTTCTTTTTGGAAAAAAAAA ATTGAGATGGAGGGAGTAAGTATCTCTTCTTGGGAGTCTTGGGACTGGTAGCATTTAAAA AGCAGAAAGGATTGCTCTTTCTTCTCTTCCTTTGAATACCTAGGGGATGCCACTCTACCT TAGGCTATTCCTCCTTTGGAACATGGAGTTATTGTTTTCTTTTCTATTTCCTGAATGTTC AGTTTATGTAAGATACATATATCCATTCTAACAGTGAATGAAAGCAGCATCATTTTTGGT CCAGTGAGTTTCTGACTGTCTCTTTTGAACATTAACTTTTTATTTCTTTACATTGCTACT GTGAGCAGGAAATTGACGCAGAGTGTCGGTCTTCTCTCTTTTACATTTTTGACACGAGCA GGCCTTGACAGAATAGTGGTACCTATGGTGAGCCTTTTCATTTGCCTTTCAAAGCATTTT GGTGTAATCTATAAATAATTGGATTTGTTATTTGATCTACAAACATTTATTTATTCTGAA AATCCCATTCAGTCCCTTTTTTTCTCAAGACAGTCCCTTCCTTTTTTTATGTTCTCAGCA CGCCTGCGACAACTTGAGCAGTGGTACTTGTGTATTTGTGGTTTCGTTGAATTCGTAAAA TTTACCTTTAGAATGTAGGTGTAAGTTTTACCTTGTCCATATCCTTTTAAATTGTTTGGG ATGCAATCTCTTATAGACTACCCTCGCCAATAGGAGTGGCTCGAGGGCAAGGCAAATGAA GTCATTGCCTTATGCCGCAAAAGTTAAAAGGCCCATGTACTAGTATATGCAATGTAATTT GTATAACAATTTGACAATCTTTAGAGATAAAAAAAAACAAAAGGATCAACTGGAATAACA AGGTTTAGCCATGTAATTTATTTGCTTCCTACTTTTGAGTCTATTTCATGTATTACTTCA TTTACATGCAACTTGCATTACCAAAGTGAAAAAAGTTGTTTGCACGCAACAACAACAATC CCAGTGTAATCCCACATGTGGGGTCTAAGGAGGGTAGAGTGTACACATACCTTAACCCCT ACCTTGAGAAGGTAGAGGCTGTTTCTGAAAGTTCCTCTGCTCAAAGAACGATAAAAAAGA GACATTAGCAACAAGCAGAAACAACATCAAGATAATAAGATAACCGAGGTTAAAGGAACA ACATGTAGAAATAGAAATTGAAAAATAATGAAAAACAAGAACAATACTGGTACACAGGGA AAGGAAAAGAAATTTGCCCGACTACCTACTAAACCCTGTACCTTAATTTTCAACCTCCAC ATCCTCATATCAAGGTCATGTCCTCGATAAGCTGCAGTTGTGCCATATCCTGCCTAATCA CTTCACTTTAATACTTCTTTGGCTTAGCCTCCCCTCCCTCCCTTAAGCCCATGACAACCA ACCACTCACACCTCCTAACCGGGGCACATCTTATCCTCCTCAGGGTGAAGCCAAATTTGT AATTTGAGGAGGGAAATGATTGTAGAATGTTGAAAGTTGACCAACTCTTTAGTGGCTAGT CAGTTGCCAGTCAATTATTTTAACTTCTTTGCTCATATGATACAGATTGAATATGAGTTC ATGTCAGCAACTAGCAAATGGACTTCAATCTGCAGTGAACAGCATTTTGTGAACAATCTC CCATTGTTGTTGCAGTGGTCTCCCTTTTCAACTGAGGAAGAGCTTCTTAAGCAAGTGAGT CTAGACCTGCATCAAATTTGCCTGTTCTTTTTTTTAAAAAAAATATTTTTAAGATGAAGT AATTGATTCCATACATGGCATCAACAAGATGAAAAGTAGTTGCAAAAGAGTGAGTACTAG TATGTTATCTCTAGTACACTATCATAGAGCAAACAAAATCTAAAAAGCTATCAGGGGAAT CCACTGGGGACAAAAAAAAACCTTACTGTATAAATACAAAAGACATTTACTTTGAGCATA GATTGGCTAGTTGAGACTTGAGAGGGCATCAAAACATCTTCTATTTCTTTCGTTCATGAT AGTCCAAAAAATGACATCTTGTATCATCTTCCAAATTCTTTTGATGGTGCTGTCAACTTT ACAGTGGCTCCAGCATCAAAACTTCCCTGATAGTGTTAGCCATAACCATCTGAGGCCAAA AAGGGTGAGGAACATGTACCATAAGTCTGCAGCAGCCGGACACTGCAGAAACGGACGGCT ATGAGTTTCTGCTTCTCTGTTGTACATGTGGCATCTATTCACTATCTAAATCTTCCTCCT TTTACAGTTGTCCTGTGTTAGATTGGCTTTATGCATTGCCCTTATTTATATTCCGTGTAA TAATCCATGAAATTCAGATTTATCTTGTATTAGAAATTCTTCCATATACAGAACGTGTAA TTAATTATAGTTATGCTGATGGTGTTTTGGTTATGTTAGAGTGATTTGACATGTAAGAGA GGGCTAGAGTGTGTGGAATAGCAAAAGGGCATGTGACTAGGGGAACATCTGGTGCATGAG TTAGAACATCTAAACACGTGCTTTCTTGTCATTATGAAAATGTGTTCTGGTTCTTCTTCC TTTGGTGCTTGAAAAATTCAGGATGTCATGGTGGGTTTGATACTCAGATTCTAGAGTCTA TTTGAAACTGTTCACACTGAAAGTTGCCTTGGGCTAGTTACTTCACTATTCTATTCATGG ACTGTCTTCATCTCTAAGCACTTCATCAGAATGAATGTTTAAATACTTACCTTATCCATT GACTAGCTGTCTTAGATTTAGGTGTTGGAGGGCCTGATTTTGTTACCGTTCTAAGTTTCC TGGATGGCTGAATCTATATTGATTAGATGAAACATTGTATTTTCTATATTCTCATGATAT CGTTCTAGAGAATTTTCTATCTGAATGCTAAAGGAGAGTGTATAATATTGGAATTTGACA TGTAAGAAAGAATAGAGGGGGGTTTGGGACTGGAAGGCATGTGAGCTGGGAATCTGTCAT GAATAACTTAGAGATCCTATAAATTTTGTTGCAGAAGTCGTTCTGGATCTTAATATTCTG AGTTATGTCTATTTGATTCTTTTTATATGTGTTACTATTGTTGATATAACCTTTTTTTAG CCAACCATTTATTTTCCCTTCACAGTTTGATAGCATCGGTGATCATGGCACGAAGATCAT AATCTACAATTTGTGGTTAAATGATGAAGGAGAAATGGAGCTCGACTTTTACTCAGACCC TGAGGTTTGATCTCTTCTTTCTAAATTAATTTTCGCATTTGAAATTTCTAGCATTGTTAC TTACCATAATAGGATTACTTCTATTACAATAAGCAGGATATTCGTATCTCTTGTGATGCA GAAAGTGGTAAAAGTTGTTCCCGTATGTCAGTAAGTGACCTGCATCTTGCCAACACTCTT CGATATTCACTCCGAGTAAGTTCTTTAATGATCAAGATGCACTTGAAGTTTCTTCATTCA AGGAGATCCCTACTTTCTAACTCTTTTGTGTTCTCTTTTAACAGGCATATTTATCTATCT TGTACTTGCGAATCCCAGAAAACTTTTGCATATGGCTGTGTGGGAAGATTGTCGAGTATC ATAACATTGCTAGTGATCTCAAGTATCGAGAATTTATCTTGTACAAACCACAGAACGGTG GATGTGAAGAGGTTTCCACTAGTTTGTCTTTGATATGAGAGAACTTGGTCAAACATACTG TAAATCATTGACAACATTGACCGGAGCCTGCTCTTTTCCTCTATTTATTTTCCAGAACAC TAGATGCTCTTTTCCTCTATTTCATTTGTCAGAACCATGCGCTTCCTGCTGACCATCGGG GAATTCTCGGTTATGAAAAAAATAGGGACTTTATATTGTTCATTTATTCTTTTAATCTGC TTATGATTGAAAGGAGGCCTATATAGCTACACATGCAACATATGTATAGATTTTTTTGAA ACAAAATGTATAAACATGTAAAGGGGTAGCTTGAGTTAAAACATTAATAAAACTTCTCCG AAGGATAAAAAGGATAATTTGAGTAAAATAAATGGAGGACGTAATACTACTGTAGAAATG GTATTTTCGGAGAGCTACATAGTACAGTTTTTCTAAGATTCTTAAACTGTTATTTTCTGT TCTTTGCAGGGTTCCATCATTACTTCCATTGGTTTCCTAAAGGAAGCTCCACTGGTGAAT ATTCATGGTTTCAGTGTCTACTACAAGAATCGTTTGATACTGGTGTGTTTCCTCTATTCA ATGTTTTGATTTTGTTAATGGTGCTTTGCCTTGTCTATCACCTTCAAAAATGTCCGCACT TCTTTTCAAGCCGGCTCACACTTTTTAAAAACAAATAGCTTTTGAGGTTGACTCTAGGAC TTGATAATGACTGAAATTAATGAGTAAAATTGTAAATGGTAAAAATCCTACCTTTGTACC TACAAAATTATTTTGCATAGATATAAAGCTAGATGTTCAGTCCTTCGCCCCTTATTAGGA ACCCAATAATCTGATGAAAAAATAAAATGAAAAAAAGAAAAGACGGAAAATGGGTAAGGA CCTGATACATATGCTAGATAAGGAAATGGATTTCTAAATATAAACTGTTTGCTGCGGGTC TGAAAAAGTGTTTCAATATTGGTTCTGTTACACTCTTATGTATTCCTCTGTATACGTGAC CTTTCCTTTAACATGCCTTTTGTAACCCTCAAATTTTCCTTTCATCTAATTTTTCCTCCA CTTTTTGAAGTCTTATACTCTCCAACTAATGTTAAATGTATATTCTGCACTTAATCTGGT TTTGGGACAAGTGTATGATATGCGCGTTACAGACAAATGATCTTCAGAGCCTATATATTT TCTCTTGAAAGTTCCCATTCGTTTCTTTGCAGCCATTTTGGCATGTGGTAGTAGGCTTTT CTGTCAATAGAAGCAGAGGGGTTGTAGGTAAGCCTATGGAGCTTTTCTTTAAACATTTCT TTTGTACTTGTATGGTGTTCAATATTTTGGTCAATTACTGGCTGGAAAAGGTGCTAATTA ATTTACTTCCCTTTTTTAGGTGTTCTAGAAGCAAATTTTATTAAGCCAACTCATAATAAA CAGGACTTTGAGAAAACTCCCCTCTTTCACAAGCTTGAGCACCGATTAAAAGAGATGACA TGGGAGTACTGGTAGGCTATTCTTTGAGTGAATTTGCCTACTAAGTTCTGTTTAGCACCC TGCTGAGGTGCTCTTATAATTAGAGCCAGTTCATCTAATTTCTGCACATGGATCATACAC CTGTAAACTGTTGTTTAGGCACTGAACTGAATTCCTTATGTTCTTAGATAGCCTATTCTA TGCACAGATTTTTATTTTCAGCAAGGAAATCTCAACTTTGTGCTTGTTTTTTTGTGTGAT TCTCGGTAATTGAATTTTTATCTGATGCTTGAATGCTTCTATGCATTATTTTTGTTTTTT GACAGGGACCATCACTGTGGATTAATTGGTTATCATGCAACTAAACAGCTTCGTGCACCT TCTCAGGATTCACCACAATCTAGAAAGAAACATGGTACGCATCACCCCATTCCGATGAGA AAAACTAGGTCTTACACTGACATATTGTAATATGTCCAATTGGACATTTTTAAGTATTTG ATCAGATTAGGGGGTATAGATGGAGACAGAAGAAAGTAACAATTCATATTAGTGTCTCCT GTCTTGCATGTATTGATAGATCCCATTTTCATGTACTTATATATGATTGTATCCATTGGA CACACAGTATTGATGTATAAACTTCACTATGATCTCTTGAGGTTTGTTCAACTTGCATTT TACCTCCATTTGCTATAAAAATAGGTCTAACACTTGGCCACTTAACAAGCTAATCCTTGA GTTTGCACTATACATGCTAGCTATGTCAGTTCTTCGTTTTCCTCACAAAAGTGATGTTAA ATGTTTTTATCAGCTCTAAACACTATTTGTCCTAAGCATCCTCTCATTTACTCTGTCTTG TGACTTACAGCAACCGCAAAAAGGAAAAACTGTGATCATCAAGTAGAACCTGAAATTTTG AAACAGAAGGTGGGATTAAGTGTAAATCTTCCTGATCCTGAGTCTATTCAAAATCCGGTT TGTGTCTTGAACTTTCCTCCACTTACTTTGACTTCATTAATTGGCTGTGAAATGTAGCAT TATGTTCTACCACATCTTTATTGTCCTATAGAGCATTTGATGCCACATTTACTGCTACTG TTTTAATCTCTTTTTTGTGTTTAAATGAACATAGCATGCGACCACTATCACAAGTCCCTT GGAAGATCAAGAGATGGTCCTTCTCCTTAAAGAGAATAAAAGGCTCCATGCAAGGTAAGT TCACCATGTGTTGATTGACTTCTTATTCTGTCATAATTACCACCATGGCAGTGTTAGATT GGACGAGGAGTTTAATAAAGAATGGAATTTTTGACACAAGATAAATAACATAGAAGCAGT TTGTGTTTTTTAATGTCAAGTCTTTTTTTTTTTGGCTTTTATTGTCGTGTCATTAAGTGA TAAATGAGAATGTTAAAGTAAACGACTTGTCAACAGTAAAAAGGTATCACAAAAATGAAT AATGTTACTCCCTCTGTTTCATTTTGATGTCATGTCTCCTTTTTTTTTTTTTTTGATTTT TTGATTTTATTGTCATGTCATTATGTGATAAATGAGAATGTTAAAGTAAACGACCTGTCA ATAGTAAAAAGGTATCACAAAAATGAAAAATGTTACTCCCTCTGTTTCATTTTGTGTTCA TAGTTTGACTTTTGATACGACATCTTTTGAATTCGTGGTCTTAAACTAAGACGCATGAAG TATACAAAGTGTCTGTTATTTGAATCATGTGGTCTTAAACATGTTTTGTGAGATATTGTA ATTAAAGAGTTATTAACAATAAAAAGTACTGTTCTCATTTAAACAGACCAAAAGGGAAGT AAGATACATAAATTTAAACAAATGGAATATATATAATACATAATGGAATGGAAGGAGTAG CATGATGATAGAATTCCAGACAAGGGGGGTTGCTCAGATGGTAAGCACCCTCCACCTTCA ACCCTATGGTTTTAGGTTTGAGTCACCAAGAAAGCAAAATGGTAGGAGCTCCCGTGGAAA GTTATAGAAAGACGTGGTAGAATTCCAATTACAGCCGAACTTTAGGAAAGGGTACATGTA CCTAAGTTCATAATTTCCAGCAGTTTGCATTCTCCCATGTGAAAAACCTCATTGAGTTGC AACTTGTTACATACTACCTGTTCAGATTCTCTTTTCTGAAGCTCCATTTCATGTGCTTTT TCTGTCTCTCAGATGCTTGGAAATTGAGAAGGAGGAAGAGGAATTTAATGCCAAGGTAAT TTTAATAGAATTGCTTTACCTGCTATATTTTGATGTTTGAAAGACACATGCTATATGATT TGTAGCAGTTGAACAGCAGCATCTACTTTCAAGTTTTTGCTCTAGTATATTATGAAAGAT CAGCTGGGAACATGTTATTATTATTATTATTTTATGTATGTAGGTGGCTTTGCTAAGGAA GGAACTAAAAGAAGAACAGCGTAGATATGCCCGCTTGCTAGTTCAATCAGCAGTGCTGGA GAACTCCAAGAGGGAGCATACCGTTATAATTGTATAGATAAGCTTGCTATAGTGCTTCTA AATCTTTTTGTAAATTTATATTTTTGGTTTACAAAAAAATTCCATGGCATGTGCTTGTTA GAATGGAGGGCTAATGATCTCTCCCATGTTGCCTGCCCTTTTTCAACTTCTGCCGGAGGA AGTTATTTCCGTTTTTGTCATAATGTGCTTAGGACAATGTTGTCTTGGCGCAATAGTAAA GTTGTAGTTATGTGACTAGAATGTCATGGTTCAAACCCCAATCATAGAAACAACTCTCGA TATTATTTGGTCCTTGTGCATAGCGAGAGTTTAGTACACCAGGTAACTCTTTAGTTGTCG TGTTCATGTGTTAGAGAAGAAAAGTAAAGCAAAATTAGTGATCTTGGAAGTCATACAGGT GAGCTGGCTAATCTTATTTGGCTAAGTGAAATATATCTTTGTTTTTTATTGTCCATTTAG TTCATATGATTGTATATGAATATATTACTACAAATCAAAGTTAAAGGTGGAACAAAATAC TACTACAAATCTAGAAGGAACTGAGAAAGAAACAAATATAGAAAAGCAATTGCAGCTAAA ACAACAATAAGAAGGAAACTACAATAACAGAAGTTGATTAGCGGATGGATTTTACGAAAA AAGTTGTATATTTAGATATTTTGACTCTTTGTGGAATGTATTTGAGAAAATAATGTTTAT ATTAGTTATCAAACGATCCCAAATTAATTTTAAGATATGGAGTTTCCGTTACCTAGGAAA AATAATGGTAGTTTAGTTTTGTATCAACAAAGCATTGTCAAAGTTCTAAAATAAGTTATA CATGTTAATCTTGATATTGATATATAAGGAAATTAATAAAGTACTATATTAAAAGCAAAA CTAGTAAAATAACTTTATTTCGGTTATTGGTAAAAATTAAAATCAAATTAACTTAGTCGG TTTTAAAATTATCAGAATCAAATCAAATTAAATATAGTATATATTTATTGGTTTGGTTGT TATCGATTTTGATTCGCTTTGGTTGTTATTGGTTTTGGTCCGGTTTGGTTTGGTTATTCG GTTATTAACTATAGACAAAAATAAAAGAAACAATCCATTTAAAACATGAAAAAAGTGACA ATAATTCATTTTAAAACAAAGATAGTCAGAATGACTGACATCATAAAACATTCAATCATT GAATTTATTCTTACTAAAGCTTCAAAATTCATTATTTTGGCCTAGAAGAAAGAGAGTGAT ATTTCCAATCTCATAAAGAATTGTCATTAACACACTCAGATACATGAAACTGATAAGATA AATATTTTCACCTTGGACATTTTATAGATTATAAATAAATTTTAATGAAAACACATATAA GATCTTAAAAATTGTTTATAAAAATAATATGGGGCAACTTTCACATATAGCAAATGTAAA ATTCATAATTGTATGTTATAGCAAAATTTACATAATTCACTCCATAGCAAACATACAAAT GTATAATTCGCTATACATATATAATTGAAGAGAATTGTATAAACGAAGTGTATAATATGA GAAAGAGAAAGAGAATTGGGCAGAGAATTGTATAAAACGAAGGGTATAAAATGAATCGTA TAATTATAAGTGTATAGAATGATTATATACAATTTGAATTTGTATAAAACGAGAAAGAAA GAAAGACAAAAGAAACTGTACAGAGGAGTATTTTTATTTTATAATTATAAGTGTACAGGA TGAAAATATATGTATTTGCATGTGTGTATACAATTTTCTCTCGCTTTATACTAACAGAAA CACAATTTATACATTTTGATTATTTTGTATAAGCGAGAAAGATGAAGGTGGCAATCGAGA TTAGAGAGAGCGGCGAGCGAGATCTGGGAGAGAGGAACAAAAATATATGTATTTATACAA TTTCTTTTGCTCTATACAAATAGAAACAAATTTTATACACTTGTGTTTGTATAAAAGTGA GAGGAAGCGAGCAAGAGATGGAGCGAGAGAGGAGAGTGGCGAGCGAGCGTTTGAGGGAGA AAGGTGACTGACAAATAGTTTGCTATGAGATACAATTAAATCAAAGGGTGGTTATAGCAA TTAATTTGAGTTATTAGTTTGTCATATACAATGTTCCCTAATCACGTATGTATATTAGCA AAATATATGTATATATTTGTCAGTTCAGTTTGGTTATTTATTTAATTTTTTCGAACAAAA TCATAACCAACCCATAAACTATCGATTTTTTTTTTTCAAAATCTAAAACCAAATCACACC TAACCCAAATGAAAATCGATTTTGGTTCAATTTTTCTATTTGAATAAGTTTTTATCCAAA TCGTGAACACCCCTAATGGTAGGTATATGGAAACCCTTTTGCCTATGTTTCTATAATGGC AGATACCCAAATTGCCCTCGACACCAATTATACCCAACATCTATAAAAGGCATCAAAAAA ACCCTAATGAAACCCATCTTTTCATTGTTTGCCTCCTTTCTCTCATCTTTTCGTATTTAT GGAATCGTTTAGGTTTCTTGTCTGTCATTTTCATGGCTTCTTTTAGAAAAATCACATCTT TTTTTCCATCATTGTATTTGATTGGAATACTACTTTTATGAATTTAAATCAAAAAGTAGC TATAACTTTCTTGTTTTTTAATGTTATAGAATTCGTTATTACGTGCAAAATCTTCCATCC GCTTGCCAAAATAACAATGGGCAACAGCGGCCATCTTTTGCGCAAAGTGAAAATAAATGC TCTTATGTAAAGTGAAACACTTGATAGTGTTTTGCTGCTTCTGGATCTATAAGAGATTTT AAACTTTGATAATAAGTTTAATCTTCCTAGATTCATCCAGCACACATTGGCTATTTTCGA AATTTGTTTATTAAATTAATTTGTTTTCATACGTGTAAAATATCAGAAATCAGAAATAAC AAAATACTATTAATTTTTCAAACTATAATCTCAAAATGAGAACAGCAAATTTGTTAGAAA GTATGAATGAGATAATGTTGATCTACTTACAAATTGAATTTGACCATACAACAAGAATCT TCTTGCTTGGATGAGGTCCAAGCACAAGTTTACTGGGCCACATATATCAAAATGTCGGGG AATTTCGCATATAATCACTAAAAAATAATTTAATTATCATTTATAACTATAGTTTGTTAA TTACGATTCATAATTATATGTTATAGGGAGGAGATTGGTCAGTGAGATTGAAAAAGGGAG GCGGGAGGATAATAATTTTATATAATTTGCGAGTACGTTTGTGTAATTTGTGTGTTTTTG TATAATTGAGTAACATGGGATTATATAAATATGATAAAATTTGAAATAACGAATTGATAC ACACATTAACATAAGAATTTTAAACAATTATACAAATTGTATTATACAAAATTTAAAAAC TATGCGTTTATATAAAACTTTTAAAAGTTATACAAAAAAAAATGGATGTATATGGTGATA AAATTGAAAAATCAGAGGAAAATCGTCATGTACAAGTACAAACTATTGTATACAAGTACA AATCAAATGAAGAATTATTAGTTACACATTATATAACTATGGTGAATTATACAAACATGA CTAAATATATAAATTCAAAATTAACTAATGTAATTAATAATTAATATTAACCGTGAATGA TAATTATAATAAATTATAACTATAATAATTAATAAAGTAGTATATAAATTTATTATTCGT GTAATTTTCCTTAAAACTTTTGTGTCAAAGGAACTAAAGAAAAACAAATTGAAAGTAGCT TGTTATTATTTGGGTGAAGTTATCTTCTCGTGGAATTTCAATGGTACGTTGTAGTGACCA ACAAGTGATCATTGATTGAGTTGATCAAGGTATATTTTGAGTTTTGACCAATTGCTTAGA AATTTGTTAGGACTAATATACTAGTGTTTAAGGCCTTATTTGTTTGCACTTAATGGAGAT CTGAATCTTAATCGTTCATTAAATACATTTGATTTTTATGTTTAATTCAGATTCAGCCCA TGAAGTTCATTTGTTTTATTTTAGAAAACCTCGTAATGGGTCTGAATAGGTCTTAATGAA TCAGATGTAAGAGCTCTTAACAACATTCAGACTCATTTGATAAGTTATCAAATCATAAAT TCTCTGCTTTGGAGGTGTCTTTTATTTCATAACTAAAAATTCTCTTTCTCACTTTTCTCA ATCTAACACCATTTTCCTCAACTGATAAGTTTTCATAAATTCTTTCAAGTACTTTTTTTT AATATTAATAATTTTCTTGTAATTGATGTGTGTCAAAAACACTGGTTGCAATAATATTTT TGGCGTATTGTTGTTTATGAAGGCTTTTGAATGAAAAAATAGTACTCCAAAATCACGATT ATTAAAACTTTATTTATAATCAAAATTTGTATATTTTGTTGAAATTATAAAAAATAGAAA AGTGTAAATAATATAATAGGCAAATATTCCCTATAATTTTAGATTTTATTTAGATTGTAT TCATACAGATAGGTGCTAGTGAGAATATAACTTAAATTAATACAATATCTTCAACTTGCA TATTTGAAACCTCTAATTTATTATTGCCACGTTGACAAGTCACGTCAGTTAATCAGTGAC CAGTGATAATGAAATTTGAAAGGACTTATAAAAAAAACACTCATTAATTTGTAGTTCTAT TTTTATTTGGAAGTAGTGGCAAAGCCAATATTTCGACTACTAAGAAATTTAAAGAGATTG AACGTGTATATATATATATATACTAGCAATTCTCTGAGACCTCCTGAGGTTTATTTTTGT TTCCACGAATGCCTCATTAGTAGATCCACTAGAAAAATCTTCAGTTTTCCTCTTTCTAAC CATCATTTCACCACCTTTCAAGTTTTGCAAATCAATTTCACATCTTGCTACCTCCACATC CTTCTCTTGTATGGTCATTGTTTTGTCATCATTTTCAGTAGATTTCTTTTCTTTATTTTG ATATTCATATAAGAAATTTGATCATTTGAAACTTTGCGATGATTATATTCATCACTTTCA AAAAGTGAATCAAGATCAAAAAAGATATCATCGTTCATATCCATCACTTTAAATTGGTTT TGATAGATTGAACATCAAGATCTAAGAAGAATATAAAGAAAAAAAAGTAAGAAAACAAAA GAACTTTTTTTCGATACAATCTAAGTAAATGAAAATTTTGTTTGATATATAAGTTAAATA TATAGAATAGAGATGAGATTGAAAAGAAAAGGAGAGAAAAAATTTTGGGATTAACTATAA AAGTAAAAGAGTTGTTTGTAGAGTTTCTGAATAAAAGCAGACTTAAAAGAAATATTCGAT AAGAAAGAAGTTGGTGATGAAAGTAATTTTTTTTATGGAGTGAGAGAAACAAATAAAAAC AAATAAAAACAAAAAAAGCGAGATTTTGTTTTATATAATCTAAAATTATATACAAAAAAA GAGTAGGAAAAGAGAAGAACTTTTTCTAATACAATCTAAGTAAATGAAAAAGTTGTTTGA TATATAAATGTGTTGAATAGAGATGAGATTGAGAAGAAAAGAAGAGAAAAGATTTCGAGA CTAATTATAAAAATAAATGAGTTGTTTATAGAGTTTCTGAATAAAAGTAGATTGAAAAAG AAAAAGAATTCGATACGAACGAAGTTGGTGATGAAAGTAATATTTTTTTATATGGAGTGA GAGCAACAATAAAAAAATGAGATTTTTTTTTACATTAATCTAAAAATGTGATAGAATTAT TTTCGTGGTTATATATCAACTAGTATTTGGACACGCACGTTGCGCGTGTACCACTTTCTA GTGGCATAAATATTTTTAAAAATTGCATCAATATATAATAAATATATTCACAAATCAATG ACATCCAATATCTAAAGTGTAATCTTGAAGATTCTTAAGTAGTACTAAATTGATTTTAAT TTTAGTTTATGAGTTAAAATTTGATATGAATTTGTCAAATTTTAATAGTTTTTATATAGA TATTATGTTTTGATTCAAAAAAATTAAGTTCATTAAATTCATAGATTACAAACTTAATAC ACTCATATCATCAATTAAACCCTTGTCCTACCACCACAATCAATATTATATTTCTAAACA AACTTCATTTGATATGACTCATCGCAATTATAATATATTTTTGTTAGAAAAGAAATTCAA CATTTTTTTATATTTTGTGAAATTGTATTGTTAAAATTGTACTTAAAAAATAAAAAAACA TGATAAAATAATATTATGACATTTGAGTGATGAGTAATATAAATTTTGAATGAGAAAGGG AGGGATAAACTATGGATCAAATAACTAAAATAATCAACTAAAATTAAAGCAAAGAAAGTT AATATAATTTCATGAGTAAAAAAACCAAAATATGATATTGTATTCATTCCTTTTTTTCTT AACATGGGTTGTTATCCTCCCTTCTTTCTTTTGGATGAAAACTCCATTAAAAAATTTAAA TTCAAACAAAGAAAGTGAAGCTGCATAGACAATGAATATCACATCACTAACATGTCAAAG CTCATAAATACATTTTTTACTTTTATTGGGTTATGATAATTGTTATCAAAATTCAATACT TAATTAGTTTTATACACAAATAACTCACATGAATTTGCATATGAAAATTCAATAAATTTG ACGTACTATTAATAAAATATAATAATAATAATAGTAAAAAAAAAAAAACACAGACAAAGA ATTGTGCTAACAAAAAAATCATGTTAGAACAAAATGTGACTTACCCCGTTTGTATTGACA CAACTCAAAGTACAGTTCTATGCGATCGACACTGAAGTATCTCATCAATTGATTTTCCCT ATAACAAAAAGGTCATCTCATAATCTATCGACACAAAATTACAAATTTTATTTTTCATCA GATATTAAACTCTTAAACATCAGTCAAACATTATAAACTATATCATAAGCAAGAAGTAAG AAACAAAATAAAAAAATAACTTAAAATAACATGCATAATGCAGCATCCAAAAGAAAAATG TTCCAATGCTCTCTATCAAACTCATAGTAAAATAAAATATAAAAAGCAAGAAGAAATACA TATATGAAATAAAAAGACAAAGATCACAGTGAGGAATGTAAAGAGACATCAGTTTCTTTA GAAGATTATTAATGAATAATTATCTTTTTAATAATATTTATTTCATGTAAAAATTATATA TTTTAAGTACAATATGATATAATTATTATTTAATATTTTATTAATTAAATATTATTATTT AATATAAAAATAAAATAATAATCTAATATTGTACTTTGATGCTTTTCACTTATATATTTA TAATAATATATGATATAGTATATAAATTTAAATGAGACTCGACAATGCTGACTTTTATAT ATTAAAAATGATAAATGACCACATGGTCTCCACATTCTGCTTCTACACTTAAACCTACAC ATGCTTAGTGCTTAATTTGCATTAGTGTCTCTAATCTTCATTTGCCAAAAAATTAGCAAG TTGATTAGTCTCGCTCCAATATAAATAATTCTAGTCTTGTTAACTTTCAGTACTTATCTA AAATCTTCAATAATTAGCAAATTCAATTAATTAACCAAATTACTTCTACCATATTCATCC TTAACTTCGCAAGGAAATTACATTTTTCGGGCTATATATTTGACAATTTGGTTATCAAGG TGATAATAGCGTCGTGGTAATTAAAGTCTGTGTACGTTATATTCTCTCTAAACTCTATAA AAATAGAAATAAAATGCACGTATACTTTATTTTCTTCAAATTTCATTTGTGAAATTTTAT TGGTGAGTTGTTATAGTTTGTGCAGTAACACATATTCCTTCTGTTTCAATTTATATGACT TATTTTATGTCTTGACCTAAAATTTACGTATGTTATCTTTAATTTTTTGAAATAAAATTT ATATATTTGTAAACTGCGTAAAAATTACTATGAGTCACAACAATTGATAATTCAAAATAT TTAAAAAATTTACGATTAAAGATAAATTTATTTTTAATTTTTAAAATTCGAAAGATGACA TATAATATGTAACGGAGGGAATAACTATTTATGTAAGTATATAAGTAAAGGTCGTAGCAC AATTTTTTTTTTAATGAAGATATAAACCACGCCCATAAAATATGATTGAGAAGATTCAAA AGAAAAACAATAAATTTATAATTTCAAGGCAGTGAGTGGGGAATCTACTTTAGAAAAAGG GAAACTTTAGTGCTCATGATAATAGTATATAAAATCATTCAAAAATAAATAATATATAAT TTCTCAGCTTATAATACTGGAATTTTGAGAATTGAAACTTATGGGCAAATATTCACCTTG TAACACACATTTCATACTTTGTATTGAAAAAGAGAGATGAAATAATATATTACTACTTGT ATTTTTTTTTTTAAAAAAAAAACTATAGAGGAAGTGGGAGGCAACTGTCACAATACCTCA TAAAGGTAATTAAAAAGAGAACCTAATTGCCTATGGCTATTGGCTTCTCTGAAATATGCT AAGTAAATATAGTGCAATACCATGTGCTAAGATAATTTCTAAGCTTAATTAATACTATTT ATATTTTAGATAATTTCTAAGCTTAATTAATACTATTTATATTTTATGTGTTGTTTTTAG GTTATTGAACAAAGTACAAATTTATTCAATGCGCATTCGAAGGATAACAATCGTACATTT TTAAAAAAGTTTCAACGAAAAATTAATTTCAAATTCATATATTGAACTCGGTTGAATCCG TAAAAAATTAATCTCAATCCACATATTTAATTTGATTGAACTGTAATTTATATGATACTC ATTTAAAAAACAGATCCAATTAATTTTGACTATGATTATGTTGTGTGACTAATATAAATT GAGTGAGGTTTTTGACTTAGAAGCAGCGTCATGATTAGAGGTTTGGAGGTTCTAAATTTT AGGATAGTACTGAGGTATGAACCCACAACACTGGTGTAAAAAACATTTCCATCGTCACTT CATTATCATTGAGTTGTCAATCAATTTTGTCAGAGGTGCACAAATAAATATACATAAATA TTTATTTAAAATCTAGTGAGTCCATCCGAAGTTACAAACCCCCACCTAACTCTACCAAAA CCAACACAAACACAATCGTATACACAATAATTATTTTTGTATTTGTCAAATTAATCATCA TATCATCATATATTCTAAAAACATGAATAAGAAAGTTGAAAATTTAATTATGATTTTCTG TTCTATATATTAAATTTTTATAAAATATTTAAATATTTGATTGTATAAATTTAATTAAAT GGTAATGACTTTTAGACTTCCTAAGATTAATTCCTAATTACATATCTAATTTATTAATTT TTATCATCTATAATCTATATGTATATAATAATTATAATTTTTTGAAGAAAAATCTTTACC TAAATTTCTTTACTTTTCCTCTTCTTATAACTTTTTTCTTAACCCCTCTCATGAATAATA TAATTGATGTGGATAAAGTATTATCCTTTATGATAAATAACGAAATCTAATAATTAAAAG GGTGCAAATCTACTAAATGGAGACATACATTGATAATGTCCTCTTGATTATTATTAAAGA ATGACTCCAGCTTCACAAATTTAAATTCGTTGATACTTAATTACATGATAAAAACTTTAG TTGTTCTTTCTAAATAGTTTGCTAACTTTAATTATTTTTTTCATATTCTTCATTTATTTA TTATTATTTTTTAATTACTTATTAAACTTTTATACTCTTAATATTCATAATTCTCATCTT TTCATATTTATAACGGCCAAATATTTAAACTAAAACTTTAAGATATCTTTTGATATTCCT TCTATTCTATTTATATAAATTCAACTTTTTTATCTCATGAAACCCCTACCAAGACTATTA AGCTATTACTTTTATTCTATAGCAAAAGTAGACGATGAAGATTATTGGATTTTGATAGGA TATGAAAGGAGTCGATACGAACTCATAGAGTTATGTACTAATTTTGTACTTATTTTTTCA TCTATATTTACATCAATCTTAAAAGAATAATGTCTATATTGTATTTTTTCTTATATATTC TGTTTCTTTTTTTCTCTCTATTAGACTTCTTAATTTAGTTTTTTATGAATATTTCATCAC CGTAAATTTTTATTCTTATTTTATAATTGTTACATTTTATTATTCATTATAATTTACATA TATATTTTTATAAAATTTTAGTCATTCTTATATATTTATATAAATTCACATGAAACACGC GTGCTGAGAAACTAGTTCTTTTAAAAGACCAAAAAAGGTTTTGAAAATGGTGAGTGAATG ACCTTGTTTTAACTTTTACTCTTTGGACTTTTCCTTTATTAGTCTCTTTTTTTTTTTTTT TTGTATGGATTTGTAGCTAGCTAGAGAAGTTGTGTTCCATGGACAAAAAATTGGAATAAA TCCTCTTGGCTTCTTCTTGTCTTGCTGCTCATTTCAAAACTAGACAACCACAAAGGGTCA ATACAACAATCCAAAATTAATCATCATGATTAGTAGTAGTAATTCTAAGTCATTTTCAAT CATTTTTTCATTTGTTGGTTTCTTGTTTCTTGCTTCTACATTTGCTACTGTCATCTCAGA TCCAACTGTACAACATTCAAACCAAACTTTTAAACCAAAGCAAGAGTTGATCAAACTCAA GAGATTAAGGACTTATCTCAAGAACATCAATAAGCCAGCAGTTAAGACAATTCAGGCAAG TTATCTTTTTCCTCAAAATTAAAGTTTTAATCTTTTTTCATTAATCAAGATTCTGAAAAT AATGATACCCCTTTGTTTTTTTGTTTTTTTTTGTGATTGTAGAGTTCAGATGGAGATCTA ATAGATTGTGTATTATCTCATCTTCAACCAGCTTTTGATCATCCTCAACTCAAAGGAATG AAGCCATTGGTAGTAGTTTTATATATATATAAAAGTTGTCGAATCCTCATTGTATAATAG CTTTTAGCCCTCGTATTTAAATTTCTAGCTCCGCCACTGAACATGAGAAATACTCGAGGC TTAAAAGTGCAGAACTCATTCACTCTAAATTTTGGATTTTTGACTGAATGTAGGAACCTC CAACTAGGCCTAAATCGAATGAATCAACAGAAATTAGGAGCTATCAGTTGTGGAGAGTTT CAGGAGAATCGTGCCCCGAAGGGACAGTTCCAATAAGAAGAACTACAGAGAAAGATGTTA TGAGAGCTAGTACTTTACAAAGATTTGGAAAAAAAATTATAAGAGGCGTAAGGCGCGACA CAATGAGCAATGATCATGAGGTTTGTTTGTGTGTATATGTAGATTTAGTCTAAATTTGAA AGACGAATATTGTACCTGATATGTTTCGATTCATAATTGTAATTTGCAGCATGCAATAGC ATTTGTGAATGGTGAAGAATATTATGGTGCAAAGGCTAGTATTAGTGTATGGACACCAAA AGTAACAGACCAATATGAATTCAGTTTGTCACAACTATGGATCATTTCTGGTACTTTTGG TGATGATCTTAATACCATTGAAGCTGGCTGGCAGGTAAATAGTGTTTGCAAATTCATCTA GTTAAAAACATCGATGATCGATGAAGTGTATGATTGCTGCTAAGCTAAGCTGTGACATCA AACTAACCATATGACAGCTAATAATTAGTACAAAATTTCAGTTTAAACAGAGATTTGGTA CATTAAAAATTGCTTAATTGCACATGCCATGTTCATATTGTCAGGTTAGTCCAGAACTAT ATGGAGATATCTATCCTAGGTTCTTCACATATTGGACGGTAAGACTTGTTTACGTTAAGT TAATCTTTGTGTCGTTGATGCATTAGACATTCGCAGACTGAAAATATATTCTACTGCATT TTTAAAAAATGCAGAGTGATGCATACCAAACCACTGGATGCTACAATTTACTCTGTTCAG GTTTTGTGCAAACAAATAGCAAGATTGCTATGGGGGCTGCAATATCTCCAACATCATCAA CTGATGGTAGTCAATTGGATATTGGCATAATGATATGGAAGGTATACTCTATACTTAAGC CCTCCACAAATATCTTTGACCGTCTGTTTATCTTTTATATGAGATGGTCACATACTTCAA CATGGTATCAGAGTCAGACCTATTCCAGTTCATTATTTACCGATGTTCTCTCCCCCCCTA CTACATCATCTTGTCCTGAGTGTGAGGGGGAAGGGGGTCATCGGTGTCCGGTGTATACTC TTTGAGATAATATAGTCACACTAACAAACACATAATTTGGTTTTGTGTAGGACCCAAAGC ATGGAAATTGGTGGCTAGAATTGGGGTCAGGGCAATTAGTAGGGTATTGGCCATCAGTTT TGTTCAGCCATTTGCAAGAACATGCAAGCATGATACAATTTGGAGGAGAAATAGTGAACT CAAGATCATCAATACAAGGATTACACACATTAACACAAATGGGAAGTGGTCATTTTGCAG ATGAAGGCTATGGCAAGGCATCTTATTTTAGAAATTTGCAAGTTGTTGATTGGGACAATA ATTTGGTCCCATTATCAAATCTTCATCTTTTAGCTGATCACCCAAATTGCTATGACATTA AAGCTGCAAAAAATAATGTTTGGGGTGATTATTTTTACTATGGTGGTCCTGGTAGGAATT CAAATTGTCCATAAAGAAAATATCATCACAACATTTTCTTGATCTTGTAGAGTAGGTACA TATCATGTATTTTTTCAATTGAATATATTGTGTTTTGTCATATTTTATTACAGAATGAAT TGGCATATATAGCAGCCATGTAATTTTTTGGTAGCAAGTTGATAATATACAAAATAAAAT GGTTTCTTTAATGACGCCTGACAGGTTAATTCGAGTTTGCCTAGGTTTTATCGCTTCAAC CAATAAGATTAATTCTATATTAAATTGCACATTTTCCCTTTTAAATGAGTTAATTTTTAA ATTTTATTTTTGAGCAATGAGACATAAGTTGTTTAGAAATAGAAGTTACGTTTGAACATA ACTTGTGTGATATTATAGTCAAAAATATAATAATATATTTTTTGCTAAAATATTATTTAT TACGAGGGACATAAGTTAGAAATCAAACACAAAATAGCAGTAAAACTGCAAATAACCCCC TATCTACTTGCACTTTTAAGAAGTTCACTTATATTATTGATAAAGTTTCTTTTTAACTTT GTAAACCCCCCTCCCCCTTTTCTTTTTCTTTTTTTATGATAAGATAATGAATTATTTGCA CTTCAACCTATATTTTGTGTTGATTGTTAATTTTTCTTTAGAGGTAAATAACTTTTTTAC TTGACATAAATTTATATTTTTCCATCATAAAATTTACTAATATGCCTTTCCGACTTTAAC AAACTTATGTTTCGCTAGATATAAGATTGATTTCTAAGAAAAGTTACAAAGGCCAACCCA TTTAAAGAACAAATCAAAATCAATTTAGATTTTCATATTAATATATATTTGATGGAGATG AAAATTGCTCAACTTTAGTAAACTTATAGGACCAAAACAGCTAAAGAGTGTATTTAAGGA GTTACTTTGCACATACGAACAAAAGACTAGGGACCTTTTATGTTATTTTCTCGTCAAAAT CAACTTTTCGGGGCTCAATCATTGTCATCCACCATTTTTTCAAGAAAGAAAAAAAATCGG ACTTCATCTCCCACCAAATTCAAAATCTCACAAAAAACTGTGTAAGATATCTCTGATACA CCAAAAAAAAGGGGGGGTTTGAGAAGAGATGCAGAATGGAGCAGCAGCAGTAACTGTACG AGAAAAAATGGAGCAACTTAGGTTAAAATGTAACAGGGATTTACAAATTCAACAACAGAG TATAGATGCAGGCGCTATCTCTTTTTGGAAATCTTTGGATTCAACGAAGACCCAAGCTCG ACAAACCCTTCAATTTCAAGGTAAAATTGAAATACTACATTTACGATTATGGAGTTTTAC TAGCAGCGAAATCTGTATATGATGGAATTTAGTATGTCAAACTTTTCCATTCACAAACAT TCTAAAAAGTATCAGTCTTTGAAGGGTATTTTCTATTTTGGGATTGAATTGAACTCTATT TAAAAAAAGAATCAATTTTTTTTCTCATGGGGGTCCATTTTTATGGAATCTTATAATTAA GTAATTTTTCTTTTGATGTTTTTTTTTTTGTCATGGTAGAAAAACTTGGGAAATTGAAAA CTGAGCTTAGAGAGGCAGAAGATAATTTAGTAAAAGCACTTGCAGGTATATATCAATCTC TCACAATATATTATTTTACATGCTGTAGACTGTAGTATATTGTTTAGTCTTAATGTCCAT TGCTGTTTTTCTGTTAATAACTTTATCAAGTCATCACATTTTCAGTCAAGACCCGAAAAG AGGCAAAGAGGATAAAAATAGCTGAACTAATAGCTACTACCAATGCTAGAGTGGAAGAGC TTAGAGGGGTCATGGAAGATAAAAGGGTCAGGAAACATGAATATTCCGCCCTAATATCTC AACAAGATGATGGTAAATTTCATCTTTGTAAAAGTTATGCTTCTCTCATTTGTTAACTTC TTCAAATAACGTTTTCCTTCTCTCATTCCGTTTATAAACATGAGTCATGTTTCGAGCCTT TTAATTAGAAAAATAGGAAGTGGCAGTGTTTCGGGAAGTTCAACAACAGCAAACCTAGTG CAGTCCCACTAGTGCTTTTGCACACGTAATTCTTATCAATTTTTGCTGTTCTCGTTAAGT GTTTCATATTGTATGGTTATTGAGCTGTGCTTTTCTTGTATGTTGGGGTGAAAGCTCTGG AAGCACTTGAAGAAAATCTTAACCAGAACAGTGGACATAGAGAGGCAATAGAGGAGGCTA CTGGGTGGTACAATAAGGTGCTTGGTTTACGTATTGAATGTGGCCTTGGTATGTCGAATC TTCTCTGCTAGACACTTTTGAGCATACTACGGCAAATATTTTCTTGCCGAACATGCTTTA TAATAAAGAACAGATTTCTATACAGATTGTGAACTCTAATACAGATACAATTCTTTGACC ATTCACGGCCTACATTCTCTGCAGGAGTAAAATTCATCTTTACCAATATAAATGCGAATA ATCCAGATGATGAGTACTCTTTTACTGTTCGTCGTGAGAATGATGCACATACTTGTAAGT TTGGTCTTGGTCAACTTTAATAAATTGAAGGTAGTTCTGAATGATAATTCTTTCCTTTGT TTGAATTGTTAGTGATTGATTGTGATCCACAGCTGAATGACGCAAAAGAACTGATTATTG AGTTAAATAAAAGCAATGGAATGTTCAAGTTTGTCAGGACTATGAGAAAGAAGTTTCTAG AAGCTGTAGCACGTGGTATGCTCTGTGTCTTTCCTGTTTCTGTTTATTTTTCTTTTGAAA ATAAAATAAATCATGGCAATATATTGATAGTTGTACAAGACATTCAAAAGTAATTTGTAT ACTTTGCAGACTTACCAGTATGATTGGAGTGTTTTCACCTTTCATGCAAGTGCAGTTACT GTTTCTGATTTTGGATATGTTTGATAAGCTGCTCTTAAGGGGTTGTTATTTGGTTTCTAC CAGGATTAACATCGCAAGATCAAGATACTTCAATGGTCTCTATGCCTACGGTGATGTCGT CCATCTCAATTATTAGTAGAGATGAATCTTCACCCCAGAAAGCGGAGCCTCAGTCTGATG AATATAAGAGAGCTTCCAGGAAGCTTGCCCTTGGTAAAAGGGATAGGTCAGCCATTCTCT CTCCTGTATCTGCATTATCTCTTCGCAGATCTCCTCGTTTTAAGGTATCTTTCTGTTAAC CCCAAACATATTTTGACAATTCGCTCAAATTAATACTAGTGTTTATTTATCCCTGGACTT CCTTGGAAGATGTTGAATAGATAGAAAATAAGTAGTCCATTTATTGTTGATTCTATTTAT AAACACCGTGATATGAAACCACCTAAGGCAAGAAACTAATCTGAAACAAGAGAACACCTA TGTTCAGAAAATTGATTTTTAAAAAATAGCCTGTGCATAGCTATATGAATCCTTGCTGAA CATGTTACACTTAAACCTATCTTTGTCCATCATTATACAGAAATAAACAAGATTCAATAA TTTGATAACATTTTCTGAATGTTTGTTCAAGAAAACATTTTCTGAATGATTACAGTGATA ACTAACAACATACCCAGGTGTAATCCCACAAGTTGGGTCTAAGGAGGGTAGTGCGTACGC ATATCTTACCCCTACCTTGGTAGATAGAGAAGTGATTTCCAAGAGACCCTAGGCTCAAGT AAAAGCAGTTCGAAAAAAAGAGATCAACGAGAGAGGAGAAGCCAAGACAATGCTAGAGAA AGCATGATAAATCATGCTAAAAGAAGGAACAACCACTACTACAAAGTAATATGATAGTCG AAGTGCAAGAAACACTAAATAGCAACACAAATGGATTACAGCTATAACAAACATTCTCAC TAATTTCACTGCATTAGATGAATGATGATTACAGAAGTGAATTAACCCCAAATAATTGAT TTTGTATGCCTTTTTGGGATTTTTTTTACCAGAATACACTGCTGCTTAATGAATCATCTC ATAGCATCAATAAAGTCAACTAGATTGGATTTGAATACGCATGTCATATGACATGAGACC CTAATGAACAAAATTTTCTTCTTTGTCAGGTCAATAAATGATAATTATCAGCACTTCTTT TTCATCTGGATTTGTTGAAGAACCTTCTTGAAGTTGATCAGTCAGCATATATTCTCAATT GGCGAGCACTGACTAGCAAATACTCCCTCTTCAGTTTATGTATATTATTTTCCTTTATAG TTTGTCTGAAAAATGCGACCTTAATATATTTAGTAAATTTTTAATTCTAACATCATCATG TAGGAAAATCCCTTGTAGGAATGACATGACATGTTTAAGACTTGAGATTCAGTAGATATT TTTAGTATGTTATATACACCTTTAGTTCACGACCAATTTAGAAGTCCTTTTTATATTCTT ATACTTGATTTTTGCTAAAAGTATATCGTTACAGCTTTTGAATTATCAATTCCATCCTCC TTACTGTTATATTGGTCGTGGTCTTTGAAAGAACTTAATGGTTTTTACTTCTTTTCACTT AAATCTTGTTGTATCTGTTATAGAACAGAGAGCTGACTGCTGCAGTTATTTTTTCTGTTC TGCCTCTAGTCTTTGTACTTGATTTGTGTCGTATTGGTAGAACACTTCAATAGAAAGATA GTACAAGAGCGGACACTCACATTGATCGGTTGCTTAGAATGCAGCAGTGGATGTTAGAAT CATAACCAAACTTTTCTTTCTGTATTGTGCTTTTCATGCAGTGATACATGATAAAAGTTT ATTATAATATTGATTCTTTTGGGGTTACAGCTACTTGCAATATTGATTTGAAGACAAAAT CAATAGTGTCATGTAGATGTCTGGTAAAGTTGATGAACTTGATGGCATCCATTTTACTGG TATTTGTATAATCCAAAAGGTATTTAGTACATGGAAGCAGAGGTGGTAAAGGGCCACTAA TGGTGTTTTTTTGAACCTAGCAAATTACTCAATTGAATTTTCTAAGTGCTAAGAGAAAAG GGAAAGCATGTTATAGTCCATAATAATTTGTCTGGGGCCATCGAAAAAGAAGGGAATTTT CTGCATTTACTAGTAAGTACTGCAACCGTTTCATTTTACGTGACATTGTTTCCAATCACA TTTTTATATTCAAAACTTCTCATTGATTCAAATTATGTTGGAACAGAGTGCATATTTACA GGTCTCTTTCTCTCTCTTGAAAAAATCTTCGATGAATTAGAGCACGAGTGTGCTTCCATA GTTTATGAGCTTCAATTTCATCATTAGCTAAAGCTGAGCAGTGACATTCATTGCAATCGG CAAAGTATTTCCCATTTATTCCCCTTGTTTGTGGATTCAGTGCAACATAACATGTACTTG CTGCACCCTGTGATGTTGACTTTAGAAGCTTTGATGCCATAAAATAGAGAGAATCTGTGT AAATTTTATGAGGAAAAGTTAGTTTCTTTTCGTTGTCTTTACTTCTTTCAGCCGCAAAAT TTAAGTGAAAAGCCAAGAAAAAGCTAAAAGAGACAAAAGAAAAATGCATGCCTGTGATAA AGCCCTTATGATCCCTTGTTATTCCTGTCTTCACAATGCCTGGATGTACAGCATTGATAG CTACATGTGCATTTCTTGCCTGTTATACAGATTCCAACAGATAAATTTTCAGTATCCAAA CAGATCTATTGGGCAAAACAACTGGAGAATTGACACCAATGGTAAGCCGAGGTAGTGAGC AAGAGGCTGTTTCTGGAAGACCTTTGACTCGAGTACAATAATCAGAGCGAGTATGAAAAG AAAAAATGACTGAGCAGAAAATTTAGCAACTAATACGGAAATAGTAACAACAACAAAATA AAGAAAGACACTACTAGAATAAAAAGTTACTACTACTACTACAGACACCACCAACCCTAA ACCCTTTACGAAGCAAGAGAACATTTCCACTACCTATTAACTTTCTACCCTAATCCACGA CCTCCGGGAAAAAAAAATAGGCATAGATTTTTCACCTTTAGCTGTCTTGACAATTCCTTG GCATGTAAAATGTTGGCCAATTTCGACTGAGCGTATGCTCGAGTACCATTATATCTGTAA GCAAGCAATTCAAAAGAAATTAGATTAGTACTACTTATTTTCATTTTTTGATATTAGTGT ATTATTAACGAGTTAAGGATTGTTATGTACTTACTTTTTAGGATTAAGCATTTGGCTGAA GCAAAACTTATCTCTTTTTACCCAGTTGTGAACTACAGAACTAACATTTACAATCCTTCC TTCAATCCCTGTCTGTTCTGCTGTCTCTACCATCTTATCTAGCAGCATCTCTGTCAATAA AAAATGACCTGTCCAACAACATACTCATAAGGTCTCGTGTTCAAATTCTAGTGAGGCAAA AAATTCGGAGATTTCTTCCCATCTGTGCAAGCTTTAGTTACTAGTGCTGATGGGAGGTAG CATGTATACGTGATTTATGGATTCGTTGAGGTACATGCAAGTTAATCAGGACGTCATGAT TGTCAAAACAAATATTGTTATTATAGAACAGGATTTAGTTACCTAAGTAGTTTGTTGCAA ATGAGAGCTCAAATTTGTCTTCAGAGAACTCTAACTTCTGTGAGAATTTGCCTGCATTAT TTCTGTATAACAAAAATTTAAGTCATTAGTGGCAGAGTCAGGATTTTCACGGAGATTGAT TCAAAATATAGAGAAAAAGGAAAAGTACAAACTAGAAACATACATAAGAATGTGAAGAGG CAGTCCTAAAGACAAGAATTGGGCACAAAATCTTTGAATAGAAGCAAATGAACTCAAATC TATCTCTAATAAAATAATGTCAGCCCAAGGACTCTGTTTTTTTATGGCTTCCTTTAGTAT GGCTGCCTTCTTCAAATCCCTTGCTGGAATAACTAATCTTACACCCCTCTTTGCCAATAT CCTTGCTGTTTCTGCTCCAATCCCAGATGTTGCACCTGTAAAATTTTCAATCATCGGAAT CCGAAAAAATTATAACGAATTTAAGTTTTATACATCAGTATTAAAAAAATATTTATACAA TTAGGTCACTTATAAGGTGATTAATTACATGTAGTTTATCTTATAACCATGCTATCTGGA CCAGTTTGTGTGCAGCTCGACTAATTCGACAAGGTACCAGTGTGTATATAACGTAAATCG AATTAAAAAAAAGAAGGAAGGAAATGTAAATCATGCTTTGTCTTAACTTTACATGACAAA TTGAAGATAGAGCACTAATATAATGTATGGTGAATAAAATTGTAATCTATGAAAGTGTGG ACTGTGATTTAAATAAATAGATATTGAACTTTTTGTTATTAAAGATAGCATGATTTGTTC TCATTATTGTCCAGATATAAACTATATATTTCTAAATATTAATCTATAAGAGAATAGTAC TCAGTTAAGACAAAACCAAATCTTCCTTAATTTTTTTTTTTTAAAAAGAACCACTAAAGA CCCTGTTTTCATCTTTTCTTGGAGGCAGAGTTATCTTAAAGACATTACCAGCACGGGTGG AGCCAGGAATTTCATGAAGGGTATCCAGAAATTACACAGAAAATTTATTGCTAGTGAGAT ATGAACACGTGAGCGCTGACTTATACAAGGTGTCTGAAACCCATTCAAGGGATCTGAAAC CACTAGGCTACAATAACATATTATGTTAAGAGTGCCTAAATTATGTTATTTAATCACTGT GTATCATTTTACTTATATATACAGTATTTTCTTCTGATGAAGGGTGTCCAGCATGTGCCT CTATTCCCAGATACTCCACTTGTGGAAATTATACTGAATATGTTTTTGTATATTTTAATG AAATTACATGTATATCATATAGTAGACTGGCAATTTGGCATACATAAAATGACCTATAAT ATGAATGGTTCTCTTAAAATGTGTTACAGAGTAGTAACTGTTTCAGGAGACAACATGATG AGTGAATACATGAATCGTACCATACATCTGAAAAACACACGAAGAAGCTGAGGGGATTCA ACGAGTGTATATGAACAAAAGACTTCCTCTTCCATCTTATGGAACAGAAATTCTTCTGCA TAGATAGAATGAAACGAAACGAACATATGATGCAACAATCTACAACCATACAACGAACAC ATAGGAATTTCGAAACTAACCAGTGATAATAGCAGTAAGCTGAGAAGAGAAAGAAACAGA ACAAACTTGAGTGACTTGTTCTGCAGTTGTTTTAGAACCATAACCACTTGAACCAGCAAT GCCTGCTAAATACTTGAGAGTAGCCTTCATAAGGTCACAGCTTAGAAATTTGAACTGCAA TATTGCACTTATTGTTGAAAAACATGTATATATAAATGCCTTGTAATTAACCTTGTGAAA ATCCATGCAACAAAATATATTATAGTATATACAGAACAGGATCCCTATAATATTGTCAGA ATATTTCAACTTAAGGGATAAAAAAAGTTATGGTGTTTTTATTTGACTATTAGATGATTA TTATGTCATATAGTATGGCACACGCACACAATTATGTGATTTTTTAAAACTTTTCTTGCT TTGAATAATTGTTGTCTGCCCTTATTAGTCTTACCTCACTTTTTTACTTTTTTTTCAACC ATGTTGGGCAAAGGTTAAACTTTTTTTTTTTTTTGTTTTTTAGGGTACAAACATTAACTG TTGTGTTTCCACCAAATGTAGTATTCTTTTTCTTTTGTTAAAAGGGTATTTTTTTTAAGT GTAATATACCATCAAGATTACTCAACTCTCCTTAAATTATGAGATTGTGTTGAAGTAACT AAGATAAATTACATGTTCTAATATATAGTATTATGATATAATTTGTTAAATGACTTTTGA CATAGGGTATGTAAACAAGGACAAATCACATGGTTTTATACTGGTCAGTTTTGAGCTGTC GATTGACGATTGCTTCATCTCTTAGAAAAGAATGCGGGGGGCCTATTTTTAATAAAGCGG ATACTCTCTTCTCTTATGTGCGCTATATTATTGTGTCTTATTCATTAAGAAATGATTCGA GAATAAGCCAACCATCAAGCTCAAAAGCTAAAATTATTGAGTTTGATCGAATTGATACAT TGTTTCTAGCTCTGCCCATGACTATTAAATAACCTTATGAGCTAGCTTTTGAATTGAAAT TATGCCAAGGTCCATTGTGAAGAGAAGAGTAGTATTAAATTTTATTTAAGATAATAAAAT TATATTTTTAATTAATATTTTCTCTAAGGGCGTACAAAATACAAATATGACAAATAAAAT TGATTGGACTTAAGATTCCTTTGACATTTTTTGCTTTGTCGAACCTTCGGTGGTCACAGC ATGGGAAAAAAGTTGACATGTTTGTCAAAGGGAACAAATTTCAAGAAAATGTCACACAAT TTTGTGAACTTCATGTATACTATTCATTGATTAATACAAATCCAATTAATTTGTGAAAGT GTCTGTCTATAGAAATCTTTTTCATTAGTTTTTTGGAATTATCTTGTGAATTAAGAATAA AGTAAATATGATTAATTTCCCTAATGACATTCTTATTTAACTCCACAAATATTTGTCATC AAGTAGATTCAAAAATGCATCTCACACGTGAACATCTAGATAAATTTGATGAACCAGGAA ATATTATGAATAATAATTACATTTTGTGTGTCTGGATAAGTAAGAAAAAAAATCCAAATT ATGATGATGAGAAATAGTACAAGACAAAAAAACATGGATTTTCTTTTTTTTTTTAAAAAA AAAAAAAACTTCTGGGACAAAAGTGCAAAGCGTGCCATTGACATATCTCTTTTGGTCTTT AAGAGGCCCATTTATTTTCTATTTGGAAAATAGATTTTTTACTTATTTTCATCTTTCGTT GGCATCCTATTGTATAATATTATACTGTATTGTTTTAATGAATATAATATTTAAATAGAT TGTATCGTTCTCTATTGTTATATATATATATATATAAATAGGATACAAAATAAGATTATT ATAAAAAAATTGCACGATAAAAGATAAAATAAAATGATGAAAAATGCTAGAGAATTGAGT GTCTATAAGAGAACATTGAGGTTGACTCCTTCAAAATGGAGTTGTGAACTGGCTATGCAC TTTGGTCCCATGAGGACCCTAATTTGTAAACAACTCTCATTAACTTGCTTCAAGTTTTGG AGACATTGATCTTTGTAATTTTCACATGTGATCTTCCCCCATCTTCTTTTTCGTTTTTAC CGTTTTTATTTTTTACCACGTACTATTTGAAATGCACTTCATAAAAAAAATTTAATTCTC TTAACTCGAACTCAAAATCTCGGATTAAGAACACTATAGAAATCTCATCCGTCCATCACA TTCCTTAACCATTTAAGGGTAAATTTCACACGAGTAACTCAACTTATGTTTTGTTGCACG AAAGTCACTAAGCGAATATCACATGATATTACTTGACTGTTTTGTAATAAAAAGTCATCC AATTTTACCTACGTTTCACATAAAGGCACGTAAATCATTAATCAAATCATCTATATATAT TCCATAACCAAAAAGTACTCGAATAATTTGTGACTTCTATAATATTTACATAAAATTGAG TAACTTTTATGTAATAAAGTGAAAGTTTTAAATAAATGCTCATAGATTTTACTTGATCCC TAGGTAGTCTTGTTCTCTTCCACTTATTGGTATGTTCATAAAGATGGAAAATAAAGGGTT ATGGTACGATTACTTACCAAAGTGTTCTATACATCCTTATCATAAAAGCTAATTAAGTAA TTATAATTTGGAGCTATACTAATCTTAATTTTCTGTATTCAAGTAAACATATCAAAGCAA ACAACTCTTGTAAAAGGATTTTAAGGTAATAATGAAAGTAATGAACAAAGTAAATAATGA GCAAAAATAAGGAAATTATTCACAAAATTCTTGAGTAAGCTATAGACTTAATAATTTCTT TAATTGGTGGAGGAAAAGACAAGTCATGTAATATCAAATGTAAAGTTAGTGGAAATTATT CACACTAAATTTCAAAGTTTAATCATTTCTTTTTACAATCTTCTTTAGACACTTTTAATA CCAATCGATATTATATGCTGTATACCTTTTGTCATTTTTTTTTTCTTTTGGTGATTTGAC AATGAAACACACTCGACAATGCTTTAAAGATTATTAAGCTTAGTAGAGTAGTAAGTAATC ACCACTAATCCTATTTTGAGTAAGAAAAATAAATTCATCCGCAAATGTTAATAATGAAGG GTAATTACAAATTTCGAAAAGAAAAAAAAGAATTTTAAAGTCACTAATAATTAGGTCCTT CACTCATTAATCCGACCGACAAAGTGCATCAAGTTGATGATAGTCGTGGTCTAATGACCA ATCTTCCCACCCGTAGCCCCTAGCCCGTGCCCGTGCCCGCTCTAAATGGAATGAATTTCT TAGTTACGCTACACTCCAACCCGAGTCCCCATAGCGTTTTTCTTGTATTGGTTGCTCCAT ATAAACAGTCAGAGTCAATAAACCATTAAGAAAGGTATTGTTAATGTCAGACCAATGAAT ATGCCATTCATAAGATGAGGTAACAAGGGAAAACACCAGTCTAACAGTTGTAGGAATGAA CCAATTGATTGAATGTCTCACCAGAGTCCACACCATAAGAGTTTGTATAACCTTGGCCAC CAAACGAGCCTTACATCGATCAAGAGAGTCATCAATTTTCTACTTAACCTGACAACAGTG TTATCAAAAGCGAAAAGCGCAAAATAGCTCTAAGGTCCAATGAGATTTTAAGTACAAAGC GCAAATAAAGCTCAAATTTATTTCAAATGGTGCATCTAGCAAGTCTTACTATCAATGGAT CAGCTTTGTTCTCGTTCTTTTAGTTACTCCGACAGTTTTGCATTTGCTGCTCTATGTTTT ATGGTCTTAAAAAGGAGTCCTAAGTGATTTAAGGGTCTCAACTGAATACAATCACATGAA AACAGATTGACTGCTGAGGCAACTGGATAATGTTCTGCAAGAGGTATCTTTTGTACATTT CTATGTTCATTCTAACCTGACCAAGTAGCTAAATATTGCCAAGATTTTATTCTAGTCCTT TTCCTTTTGCCTTTTGAAACTTACCAAAAAGGAAATATTGTAGCTTTGTTATGTAAGCTA GCAGATTAGAAGCTCATAATAGTTGATGAAGGGAAGTAAAAACTAAAGAAGGAAATAAAT CTGCTAGAATTATAGTCTCCAGAAGGTAGTTGTTTTTTTTTGAACTAAAAACAAGATTAG CAGTATTCTATATACAGTCTTTTACTTTAGATTGAAAATAGACTTAATGCTCTAAATTAA GATCTATGAGTGCATTTCTCAGGTCTAAATGAAGAAATGTGAATATGATCTTATTTGTGC AAGTTCAGGTGTGAAGCATGAAAAGATAGATAGGAATAACAGAAACAGACCTCAGGCTTG CGAACCTTGAAAAACGGATGGTGGTTATCAGGTGCAACATTCCTCTGTGATATTCAGCCA ATAGACAAAAAACCATCTCTCAGTTAGGCCATTCACGGAATTACCTGACAGAATGCTACA TGGATCCTTGTCGTGGATCTCTTCACTTTAGCAATGAAAACACATCGGCTCTCTCCTTTC TGGCTGCCAAGTAGTCAAAACATAATAGGAAAATACCCAACTTCCAAAACCCAGGACATA GCCATTTGCCTCATGTATTGCCAACTTTATCTCCTACAGACTGGTGAACCACAAGTGATG CAGGAATCAGGTTGACTGAATAGTACAAAATGTTATAGCAGAAACAGGTACTAGATAAAC CAATGAACAGTTGAAATATGCATGAAAAGGTTGGACTGTTGGTGTTGTAAAATATCAAGT GCATTATCTTGATCATAATAAGTTTACCTCAATATGTGGTAGAAAATGGTGCTACTGATA TATGCACAAGCTGTTATTCAAATATTCTTTTCAATAATCAAAATTCAGGGCATATTATAC AAATTCTCCTATTTTATATAGCAGATATTGATGAGTTAGCGGTCAACTATGGTGGAAAGA TCATATATGCTGTTAACTGTTCGAAGCTTATCTATGTTGATTCCTTATCTCTACAGAAAT ATGTAAAAGTGGAAGAAGAAAAACGAAGGTAATATCTATGCTGAATGTGAATCCGTACAA CTGCCTCTAGGCATAATGCAAACAGGTGAATCCTAGTGTAAGAAAGTATATTAAAATGAC TAGCTTCTATTCATTAAAACAAATATAATGCCTTCAAATGGGTAGAAGAAAAGGCAGAAA AATATAGGATATGAGGTAAGTAACCATCAGCATTTCAGATCACATTCTTAAAGCTAAAAA TGAACTGCATAATATTGAAGAAATTAGTTAGTGAAACAATTTAAAGTAAGATAAAACAGC ACCAAGTCTCAGTAGATTGTCTATAAGTAGTAATTACCAAAAAGTAAAAGCTACGTCACT CTCTTCAACTGTCGTCTTCAGGCATTACGTCGTTTATGTCAACTGCAAAAGTGTGTTCCT CATCACAACCTAGATAAGAATCACACATGAAATAGAGTTTGTACTTCCTCGTTCCAGCTT CAGCAGGGGCGGTGAAATCAAGCTTGATCCTTGACTCCTTCTGAAGATTAACCCTCTTAA TAGCCACTAGTTGGTTGCTTTTAATATCACCAACAACAAGCCACCATACTTCTTCCTTGT CTTTAGGGTATCTAGGCGCAAGCACAGGTCCAGTCTCAGATCTTCGCTCAAGACTTACCT GTAAATTCACATTGTCTCCTGCTCTCCCATTATCACCGTTCAGCACATCGTATATCAAAT CAATGTATGGATACTGCTTGCAGAAACGATCAATATCCACAAGCTGTGACTCTGATATTT GCAAGAGCTCATACCTCTCATCATCTTTCATCTCCACTAGATCAAACACACTCTCTACAC TCTTTCCGGGATTCTCTTGGCACTTCTTAGCCAATTCCTTTGTGACGTGTGGAAGTTGAA GAAGCTCAGAATCGTGCCCCCACATTCCTTGAGTGATCATCTGGCTCGCTTCCATTGCTA GAAGTGCTAGATTCAGCCATCCATTACTGGATATTACATCAACCATTGCTTGAAGCAACC TAGTAGCAGAAAAAAGTACCTCTTGCTGATCAGAAGCAAGATTCCCACCTAACATTTGCC TAGAGAAGTGGGCTTGTAACAGAGCATTAGCCTTGACATGAGGGTCTGTGTATTTGGGAT TCCCAAAAGAGAAGTGCTGATGATTAACTAACCTTCTTATCAACTCCTCTTCACCGGGTC TTATTGGAAGCTGTTCATACTCTGTTGCTGAAAGCCAAAATTTCAAGCAAGCCCTTCAAC TTCGTTGTGGAGGTCAAAGAAGAGGTAAAACGTTCTATTGTCGTGTAACTGATGTAATAA TAAGATGCAATCAATCCATGATTCAGGGGTGAAAGCAAAACGTCATCTACCACAGCAACA CACTTGCTTGACTCCAAGTCACTGATAGTATTCTCCACCAGCTCTGAGAGGTGATCCGAA ATATGCCTGTGACTAACACCCTGCAGATTATAGTAGTTTGGATTCTGAGTGAGCCTTCTG TACATAAATGTCCATGTAAGGTAATCTACTGCATCCTGCTTGTTCTGAATAACTCCAACA ACAATCTCTGTGTTGAAATTATCATGGAGATAGTGCTGTAAATGGCTCTCAACTGGGAAT GCTTCATACAAGAAAGTCTTGTAGTAGTCCTTGAGTGGTGCATGACAGAGGATGACACAC TTCCCCGAGCTATCTACAAGAGGTCGACTGGCATGACCCATCATCTGCAATAAATCACTC ACTGGATAGTCACTGTGCACATTTTCCCTACCATCATGGTACTGCGTTCCCATAACCACC ACCATCTGGGCAGAGAGGCGCACTCCCCAACACATTTTACTGCTCATTACACATACTTGA ATTCATCCAGTTTCAAAGAGTGTCTTCACTATACCCTGATCTGTGCCAGACAAGCTTTCA TGCAAGTAGCCCACACCATACCTTAGTGTTTCTTTCAGCACTGGCTCGTTGATTCTCTCC ATAAAAGACTCCAGCTCTGTTTCAGATTTCAACAAAAACACAGGTGTGCCTTTGTTGTCC ATGCTTGAGTAAGTCATCAGATCCACCGCAGCAAGGCGTGCAAGCTTCCTTGTGGGGACA TACACTATTGCTGGTTTTCCTTTCATTGCATGTTGTACTATAGCAGTATACGTGAGTTTT GTGATGGCTTGCATCCTAGCCTCAAAGTTAGCAATGTCAACACCCTGAATATGTATGTCA AGTGGCACAGGCCTGACACAAGGAGCAAAGTTGAAAAGTCCATGAGATGTAGACCCAATC CATTGCCCCAAATCCTTGGTATTCGCCAGGGAAGTTGACAAAGCAACAATACGAACCTTG TTCTCTACCTGGCTTGAGATATATCGCATCCGAGAGACAATCACCTCTAGCACTTCACCG CCTTGGCCACCAATCAGGTGCAGTTCATCAACAATGAAAAGACTCACTTGCCTAACATAC TTGCGCTGTTTCCAACGGTGGGATAAAGCATCCCATTTCTCAGGTGTGCTAATGATTAAC TGACCCTTCTCTAACAGTTTCAAATCAATCGCCGTTTCCCCAGTTAATTCAACCACCCTC ATTCCAAGAGAGTCCCCAAATCTCTTCTTCCAATCACTGTATCGCTCCTTAGTAAGAGCC TCAAGGGGAGCTATATACACTGCACGGAAAATACTATCAGGTCCTTTCTGATGATTTCTT AATATGGGAAGTTCAGCACAAATGGTCTTCCCACTACCAGTTGGAGCTGCAACCAAGACG TTGTCCTCTGAGTTGTACAAGACTGTAAAAACCTGAGTTTGAACTGGATTAAAATGCTTA AAATCTTGATAAAGCGCTTCATAAGCTGGATTCCTCAATGCAGTAACTGGTAGAGGTTGC AGGTCTAGCAACTCGGTGGGAGGAGGATACTTCTCTGGTAAAATCAGGTGCCGGAAAGGA ACTGGTAAAACAGTTTGGGACCCTAGCCATCTGTCAGACACAACATGGATGAAGTATTGA GGAGGCAATGGTTCATAAATTGCAACAGTGAAGTTCAAAGTATGGTCCTCATCGATATAC TGCTTCTTCAGCATGAAATATTCATGATGAAGAATTCTCTCCCTGTCGTTATCTTCTACA ATAACCCAGAAGGGTTCTACATAACCATGGACCTTATCCTCCCACTGGAAATCTGGTGTC ATAGTCAATTCTACCCTCAGGATAGAGCGAGTAATTGGTTGAACATGTGCTGCAAGGTTC AGCTTTGGGAATTGATGAATGAATTTGTGAAGTGTTCTTCCCTGCTTCGGGAAATGAATA AGCTCCCCTAACTCTTGTGATGAAAGATCATAATACCTCTCCCAAGCCAAATCTTTCTTT TCCAATCTCATCAAGATTTCATTTGGAATGCCATGGAATTGGCGAAGTGGTGTCTGCACA CTCCACATCCTCTTACTTATCATCTTGCACCATTTCAAAGCCTTATCAGCTAATAGAGCC CATCCTCTTTTCAGAACTATCTCAAAAAGGGCTCGCATCAGACGTGCAGCACTTTGAGTT ATATAGACCATGTCCGATGACAAAGACAGCCCCTCAAGCTTCAGCTGTGAAATATATGCC TGCAATAGAACATTGATCTTGGCACTTGGCTCCTCAAGACTCTCTTTTATAGGAATGGGA ACACGATCCAGAAGCTTTGCCAATTCCATTTTCTCATCCTGCCTTACTGTTACACATTTG AACTCCTCACTGAGAGAGAAGAGTCTACAAAGCTCCATGTCACCAATTGTTGATTTCAAG TGCTCATTGAATGTGGAAATTGTCCCATAACTTATGTAGTAACAGCTAGCAATGCGACCC AAGTCAGTCACCTGGAAATATCCACTCTTCCTATCATACTTTATCAGGTTGTTTTTGTCC AGTAATGCAGCTGCAGAATGAACCAAGTCAGCACACCTTTCCTCAAAAGCATCTTCAGTT TTGACACCAGCAGCAGCAAGACCATAAAGACTGGGATTTCGTACCATTCGAATATAGAGG TAAGTATAGAGGATCCACTTGCATGCCTCTTTGGCATTCTGCACAGTCCCAAGGACAATC TCTGCGTTCAACTGATCAGGCAACTTAGATATGAACTGACTTTCAATAGGAAGTTGCTGA TTCATCAGAGAAAGATAATATTTCAGTGAACTGTGTCCAGTTATGATGATTCCTTCTCCA TAAGTGTCATATTGAGGCCTTCCAGCACGGCCAAGCATCTGCATAATATCAAGGGGACTC AGTTCGGTCCAGGCTCCTTTCTCAGGGTTGTATATCTGAGTGCCTTTTATAATGACAGTA TGTGCAGGTAAATTTACACCCCAAGCTAAGGTTGCTGTTGACACCAGAACTTGCACATGT CCCTTAGCAAAGAGGTCCTCCACAAGTTGACGATCGGTCCTAACCAACCCCGCATGATGA ATTGCGAAACCATATGATAAAAGATTCTTGAGATCATTGTTTTTGACAAGATCTGTGTGA GACTGAAGAATTTCTCGATTTAAACTGTCCTCCTTTAAAAACTTACCTAATGTGTCATTA GCAAGTGCAGTATCTCGTATTGCACGAGCTGTCCTTGTTGTTTCCTTCCTTGAGTGGACA AAAATAAGCACTTGCTGCTTTCCTGCCACACTGGTTACCTTCTCATAGCAAACATCATTC ATCAGCTGGAATCTCTGCAACGGCTTCTTAACAGTAATTCCATTATACTGTTGAGCCAAC GGGACAGGCCTGTAACTATTGTCAAAATAGAAGAGGCCTTTGTTCAGATCAACTCTCAAA AACTCTGCCACATCCTCAAAATTTGGAAGTGTCGCTGACAACCCAACCAGCCGGATATGC TCTTTCGTGGTCTCAATTTGTCTGATAGTTCTTGCAATTAAACTTTCCAAAACAGGACCT CTGTTGTCATGCAGGAGATGTATCTCATCAATTATAAGAAGTTTAACAAGCTGTGTATAT GTCCGATCACCCGACTTTCTGGTTATGATATCGCATTTTTCCGGAGTTGTCACAATAAGT TGAGTTTCTTCAATCTGCTGACGAGTTAGTGACTGATCTCCACTCAATTCTTTCACAGTG ACACCGTAGAGCTCCAAACGCCTGGAGAGATTGCCAACTACTTCAGCAACAAGGGCTTTC ATTGGTGCCACATAGACAATCTTATAATTGTTATGATTGAAAGATCCATCTTCCTTACGG TTCAATCCAATTTGATGAAGTATAGTGAGCATAGCTACATTAGTCTTGCCAGCTCCTGTG GGAGCACACAGTAAGATGTTCTCAGGAGTAAATAGGGCGGTTTCATATACTTTACTCTGC ACCCTGTTCAATTGGATCATTCCAGTGAAAGCTGGTTGTGCCCACTGTGGAAGGGAAGAG ATGTTCACAAGCTTTTCTCCGGGAGCTAATGGCTTTGGCTTCAATGCTGGCACATGAACT TCCTCATAACCCTTCATATTATTCCTATATGATCCTGCTGGGAGCTCACAATTTTTATTT GTCATCAACAAACCACCCTGATGGAACGCAAGGCTGTCAAGATTGAGCAATGAACGCTGG CCCATCGACCAACCATTATCAAGATCTTCACCATCTGCATCCTTAAATCGCCTAGCTTCT TCCCTAAAGCTTTTCTCCAAATTCTTCTGTCTCTCTTTCGCAGTTTCCCTAGTAGTAGCA TGCAACTGTTATAATATTGCAGCATGATCTGGCCCCAACCCCAACATCTCTTGTTCGATT TTCTTCCTCTTTTCCTGGTCTTCAGCCCTTGCGAGACGAGTACACCACACTACCTTTAGC CGGTTTCTCAGAAGATACTTGATTAGACTAAACTTGTCATATTGCAGATGCACCAGCAAC TTTGTTTCCACATCACGATCATCACCACTTTCAGCAAGAATTTTAAAAACCTCTTCAGCA AGCTTTTGACTCTGTTGCGGATCAATCTGCTGCTGCTCATAAGCTTCAGAAATCTTTCTT TGAAGCCAATAAGCATCTATATACTGAACATTCAAAGCCATCCCCTGATCAGCTTCCTGC AATATTTCATCATCAATGCCACCGCTGCCCATCTGCATATTACCAGCAACATTACCTTCC AGCTGCACATACTCATCCTCTTCTCCATCATCTAGCACCACATCAAGATCACTTTCTTCT ACGTCTTCTTCGTTCTCCTCAAAATCAACTGCTACACCAACATCATCATCATAAAGCACT TCATCATCACGATGACCATCACATTGATAATCAGTAATAAATCTTGCAATTGACACAAAC TTATCAAATACCTTATTCGATACGGATACATTCAACACCTTCTCAATCTCCATCTTTTTC TTATCAGAATTATTGGAATAACCGTCGTTTAGCACAGCCAAAATCTCATCAGCCGCCGCA CTCACAATGTTGAGAGGCTGTCCACATAATTGATGCTGAATCAAACTGAGCAAAGACTCA TAAGCAGCTCTAGTTTCCTTAGTTTTCGGCTGGTAAACTCCTCCTTCCTCTGCCCAATTA AGAACAGAACTTTCTTCTCCCAGAATCCTCCGTCTCTTCTTGTTCTGCATAGTGGTCTCA GAGACAACAAATCGTTCCCGCTTCTTCTTCTGAATTTTCTCCGGCGGCGTACTCCGGTAA ACACGATCTCCAAACTTTTTGGGATCAATTTTCCCAAACAGAGACTCAGCTTCACCGGAA GGTTCATGCAGCCCGGAATAACTTGTTGGAACACGATCGGAATCAGACATATTCAATCGG AACTCGGAAAAATCAAAAGTTACCGGCGAAGATTTTGTTACAGAGAATATAAAGCAATTG AGTTTTATCTAATTAGTTGTTTTAGATAATTTTGACAATAATTTCTATTTAAATATGAAT TAAACTAATTATGAATTAAGATTACCAAAAGCTAAAACAGTTTAGTCTTACTAATTAAAG TGAATGTCAATTCATTCTAAAGTACTTGGAAAAGAAGTTAATTAATTGTTTGGAGACCAA GTTAGTTAGGAACCAACCTACAAATTACTTTGGGATTAAATCTAATTTAAATATCAAAAT ATTTACGTGGAGACGTAGTTCCCTTTTTTTATTCCTATTGTGGAGGCTTTCCTGTACATT TATGTGACAAATAAATTGTGGTAAAATCTTTTTTGAATTCCTTGTTGAATAATATTATAT AACAAAAAGGATTTCTACGAAGAAATATGAGTCTGCTAGGATTATAACGTTTGAATTTGA ATATATTTTTAAATAATTAAAATGGTTGTTTTTTAACAGGTGAATGTGCATCTTTTATTA ATATATAAACATGATAAATTATACAATTCAAATTATTAAATATTAGAAAAATACAAATTT AATAAAATAAAATGGTTATTTGACAATATATATATATATATATTTGCTAATGATGATGGA GATGATTTGCAGTGGTATTGATGGTGGTGGTTGACGATATATTCATATTAGTTAACGGTG ATTTTAGTTTTTTTTTTCAGAAAAAATACATCGAAGGTGAACCTGTTCCCTATTGGCTAT TAGTGAGAATGACTATTTTTAGAATCAAAATCATTTGAGAATGACTAGGGTCCCTTATTG TTGTCGAGAAACTTGTTTTGAGAAATGATTTAAAAGTTATGGTTTAAACATCATACTGCA CAACAATATATTTGTGAAACAATTAAGATTTCAAGGCTAGAAACTACTCAGTAGCCGTAA CTTTCAGAACCAGCAAATTGAAAATAAAGTCCAAATGCAATAAAAGTAGAGTAATTTTGG TCTCAGTTGCCAAAGAAAGCTTGCATTGAGAGCCTATGTAGGAGATTTCTATGGACAGAA GATGTAGATACTTCAAAGAAGACCTTGATTTCATACCCAAATCTGCAGGAGGATTCAATA TATCAGACATACAAGCTTGAAACAAAGCTGCAATTTGTAAGCTTCTTCGGAACGCAAGCA AAAAGAAAAAAAAGGATGTGGAATTCAATCAGGAATATCTATCTATACTATTAACTACTC AAAATTCTATCTATTTTGATTCCATAGCTCTACAGAATTATGAAAGGGGGAAATCACAAC ATATATACTAAATGTCAACATTTTGCCTGTTAGTTAAGAAACTTGTCAAAATTATACACT TGTTAGTTTCATTTTATCAAGCCACCAAAAATTCTGTAAGAGCAGCTTTAGTAGGCTTTT CCATGACCAAATTTAGACATGTATGTTCCTAACTTCTATTTCTCTTCTATCTGGCCATAT TATATAAGAGGTTGTATAGTAACAGTGAGGTTGGGAGAACCCTATCTTGTCCCTGAGTCC TCTACAACACAAAATTGTGATCACATCTCACACAGATGAGACAACCAAGTCTCATCAAAG ATGAGTTGTTCAAGTTGTTTATCCCTGTGTAAGTGATTTGACAATTACAGAATGCAGAAC TATTGACAAAAAGAGAGCTACTCCGGAAATAGAGAATACCGATATAAACATAAGAATGAG AAGAATGTGCATCTCTTAAGACCTAAAGAAACATATAGCAACATGATGAGGATATTTTTA CCTTCAGGTATCAAGAATTACCCAGAAAAACTTCCTATCACCTTGATTTTGAACTTCTCC TTGAAACTTTCATCACTTGAGTCCAACTTTAGCTATTGGGGCAAAAAGATCACAAGCAAT TCTTTGGGAGGCGAAAGAGATGTTTCTCCTATCACCTTGATTTCAAACTTCTCCTTGAAA CTTGTATCCAGTTGAGTGGAACTTAACCGCCTGTTGGGACAAAAGGATCACAAGCAATTC TTTGGGAGGCGAAAGTGATGCATCAACAGATCTTCCCTGTATATGCCTGTGATGACACAA TTAATTACAGTTCACCCTGTTAGGGTGTTGGGATCCCAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.927 4204 4312 match_part 0.987 4408 4482 match_part 0.977 5035 5121 match_part 1.000 5881 5937 match_part 0.968 6997 7089 match_part 1.000 7809 7881 match_part 1.000 7977 8052 match_part 0.989 8217 8307 match_part 0.953 8422 8527 match_2 match_part 0.927 4204 4312 match_part 0.987 4408 4482 match_part 0.977 5035 5121 match_part 1.000 5881 5937 match_part 0.968 6997 7089 match_part 1.000 7809 7881 match_part 1.000 7977 8052 match_part 0.967 8217 8307 match_part 0.973 8422 8458 match_3 match_part 0.927 4204 4312 match_part 0.987 4408 4482 match_part 0.977 5035 5121 match_part 1.000 5881 5937 match_part 0.968 6997 7089 match_part 1.000 7809 7881 match_part 0.934 7977 8052 match_part 1.000 8217 8223 match_4 match_part 1.000 8040 8052 match_part 1.000 8217 8307 match_part 0.988 8422 8837 match_5 match_part 0.948 9315 9411 match_part 0.949 9528 9605 match_part 0.949 10353 10588 match_part 0.898 10691 10739 match_part 0.942 10846 10897 match_6 match_part 0.943 9324 9411 match_part 0.974 9528 9605 match_part 0.983 10353 10588 match_part 1.000 10691 10739 match_part 0.948 10846 11000 match_7 match_part 0.959 9338 9411 match_part 0.962 9528 9605 match_part 0.983 10353 10588 match_part 1.000 10691 10739 match_part 0.973 10846 11030 match_part 1.000 11654 11684 match_8 match_part 0.972 9340 9411 match_part 0.974 9528 9605 match_part 0.987 10353 10588 match_part 1.000 10691 10739 match_part 0.962 10846 11030 match_part 0.931 11654 11682 match_9 match_part 1.000 9347 9411 match_part 1.000 9528 9605 match_part 1.000 10347 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11681 match_10 match_part 0.984 9348 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12081 match_11 match_part 0.953 9348 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10875 match_12 match_part 1.000 9356 9411 match_part 1.000 9528 9605 match_part 1.000 10347 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 0.989 12018 12107 match_13 match_part 1.000 9358 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10967 match_14 match_part 1.000 9358 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10527 match_15 match_part 1.000 9360 9411 match_part 0.949 9528 9605 match_part 1.000 10347 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10971 match_16 match_part 0.926 9385 9411 match_part 0.974 9528 9605 match_part 0.983 10353 10588 match_part 1.000 10691 10739 match_part 0.973 10846 11030 match_part 0.993 11654 11806 match_17 match_part 0.926 9385 9411 match_part 0.974 9528 9605 match_part 0.983 10353 10588 match_part 1.000 10691 10739 match_part 0.960 10846 10971 match_18 match_part 0.916 9439 9605 match_part 0.975 10353 10588 match_part 1.000 10691 10739 match_part 0.973 10846 11030 match_part 0.993 11654 11806 match_19 match_part 1.000 9499 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 0.989 11654 11843 match_part 0.989 12018 12107 match_part 1.000 13328 13358 match_20 match_part 1.000 9499 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12050 match_21 match_part 0.949 9528 9605 match_part 0.996 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10852 match_22 match_part 1.000 9540 9605 match_part 0.975 10353 10556 match_23 match_part 0.985 10394 10588 match_part 1.000 10691 10739 match_part 0.962 10846 11030 match_part 0.989 11654 11843 match_part 0.944 12018 12107 match_part 1.000 13328 13347 match_24 match_part 1.000 10451 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13377 match_25 match_part 1.000 10762 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 0.985 13635 13702 match_26 match_part 0.971 10859 11030 match_part 1.000 11654 11684 match_27 match_part 1.000 10865 11030 match_part 1.000 11654 11717 match_part 0.989 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 1.000 15228 15441 match_28 match_part 1.000 10978 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14775 match_29 match_part 1.000 11713 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_30 match_part 0.991 11735 11843 match_part 0.978 12018 12107 match_part 0.973 13328 13401 match_part 0.977 13495 13537 match_part 1.000 13635 13702 match_part 0.929 14586 14627 match_31 match_part 1.000 11803 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13659 match_32 match_part 0.988 12028 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 1.000 15228 15420 match_33 match_part 1.000 12053 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14731 match_34 match_part 1.000 12212 12232 match_part 0.959 13328 13401 match_part 0.977 13495 13537 match_part 1.000 13635 13702 match_part 0.956 14586 14630 match_part 0.985 14718 14783 match_part 0.957 15228 15619 match_35 match_part 0.950 13362 13401 match_part 0.977 13495 13537 match_part 1.000 13635 13702 match_part 0.978 14586 14630 match_part 0.985 14718 14783 match_part 0.966 15228 15673 match_36 match_part 1.000 13376 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 1.000 15228 15876 match_37 match_part 0.538 13389 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 0.979 15228 15519 match_38 match_part 1.000 13508 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_39 match_part 1.000 14801 15276 match_40 match_part 1.000 15099 15772 match_41 match_part 0.998 15394 16012 match_42 match_part 1.000 15394 15998 match_43 match_part 0.945 15394 15740 match_44 match_part 0.988 15395 16039 match_45 match_part 0.989 15395 16037 match_46 match_part 0.992 15395 15871 match_47 match_part 0.981 15522 16039 match_48 match_part 0.993 27357 28121 match_49 match_part 0.994 27357 28015 match_50 match_part 0.908 39278 39886 match_51 match_part 1.000 50999 51706 match_52 match_part 0.988 50999 51586 match_53 match_part 0.998 50999 51467 match_54 match_part 0.999 51070 51781 match_55 match_part 0.996 51071 51600 match_56 match_part 1.000 51076 51571 match_57 match_part 1.000 51077 51664 match_58 match_part 0.965 51080 51540 match_59 match_part 1.000 51587 52177 match_60 match_part 0.996 51604 52091 match_61 match_part 0.979 52930 52976 match_part 0.958 53453 53618 match_part 0.964 53823 53989 match_part 0.977 54110 54283 match_part 0.979 54368 54463 match_part 0.869 54765 54825 match_62 match_part 0.979 52930 52976 match_part 0.958 53453 53618 match_part 0.964 53823 53989 match_part 0.977 54110 54283 match_part 0.977 54368 54454 match_63 match_part 1.000 53889 53989 match_part 1.000 54110 54283 match_part 1.000 54368 54463 match_part 1.000 54765 54902 match_part 1.000 54979 55246 match_64 match_part 1.000 53890 53989 match_part 1.000 54110 54283 match_part 1.000 54368 54463 match_part 1.000 54765 54902 match_part 0.996 54979 55224 match_65 match_part 0.924 54165 54283 match_part 0.990 54368 54463 match_part 0.978 54765 54902 match_part 0.976 54979 55226 match_66 match_part 0.950 54165 54283 match_part 0.948 54368 54463 match_part 0.928 54765 54902 match_part 0.927 54979 55224 match_67 match_part 1.000 54267 54283 match_part 0.979 54368 54463 match_part 0.964 54765 54902 match_part 0.980 54979 55276 match_68 match_part 1.000 54458 54463 match_part 0.978 54765 54902 match_part 0.956 54979 55298 match_part 0.917 55645 55753 match_69 match_part 1.000 54990 55298 match_part 1.000 55645 55915 match_part 0.993 56127 56402 match_70 match_part 1.000 55088 55298 match_part 1.000 55645 55915 match_part 1.000 56127 56541 match_71 match_part 0.966 55650 55915 match_part 0.910 56142 56621 match_72 match_part 0.982 55861 55915 match_part 0.920 56142 56480 match_73 match_part 1.000 60214 60373 match_part 1.000 60459 60536 match_part 1.000 61439 61579 match_part 0.974 63209 63285 match_part 1.000 64182 64346 match_part 1.000 64606 64625 match_74 match_part 0.882 60230 60373 match_part 0.962 60459 60536 match_part 0.972 61439 61579 match_part 0.922 63209 63259 match_75 match_part 0.967 60284 60373 match_part 1.000 60459 60536 match_part 0.993 61439 61579 match_part 0.987 63209 63285 match_part 0.994 64182 64346 match_part 0.981 64606 64813 match_76 match_part 0.955 60285 60373 match_part 0.987 60459 60536 match_part 0.986 61439 61579 match_part 0.961 63209 63285 match_part 0.972 64182 64252 match_77 match_part 1.000 61481 61579 match_part 0.987 63209 63285 match_part 0.994 64182 64346 match_part 0.979 64606 64946 match_78 match_part 1.000 62589 63285 match_part 1.000 64182 64283 match_79 match_part 0.998 62590 63163 match_80 match_part 1.000 63253 63285 match_part 0.945 64182 64346 match_part 0.898 64606 65057 match_81 match_part 1.000 63253 63285 match_part 0.945 64182 64346 match_part 0.898 64606 65046 match_82 match_part 0.906 63254 63285 match_part 0.945 64182 64346 match_part 0.901 64606 65071 match_83 match_part 1.000 64222 64346 match_part 0.979 64606 64990 match_84 match_part 1.000 64246 64346 match_part 1.000 64606 65067 match_part 0.708 66363 66386 match_85 match_part 1.000 64246 64346 match_part 1.000 64606 65063 match_part 0.643 65804 65831 match_86 match_part 0.951 71186 71266 match_part 1.000 71485 71664 match_part 0.987 72914 72988 match_part 0.996 73072 73303 match_part 0.675 74999 75038 match_87 match_part 1.000 71190 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.992 73072 73328 match_88 match_part 0.902 71206 71266 match_part 0.989 71485 71664 match_part 0.987 72914 72988 match_part 0.979 73072 73119 match_89 match_part 0.885 71206 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73119 match_90 match_part 0.882 71216 71266 match_part 0.983 71485 71664 match_part 0.973 72914 72988 match_part 0.937 73072 73371 match_91 match_part 1.000 71216 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.991 73072 73287 match_92 match_part 1.000 71217 71266 match_part 0.961 71485 71664 match_part 0.987 72914 72988 match_part 0.987 73072 73303 match_93 match_part 1.000 71217 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73303 match_94 match_part 0.957 71220 71266 match_part 0.983 71485 71664 match_part 0.973 72914 72988 match_part 0.948 73072 73361 match_95 match_part 0.915 71220 71266 match_part 0.944 71485 71664 match_part 0.960 72914 72988 match_part 0.924 73072 73202 match_96 match_part 0.915 71220 71266 match_part 0.944 71485 71664 match_part 0.960 72914 72988 match_part 0.953 73072 73177 match_97 match_part 0.930 71224 71266 match_part 0.944 71485 71664 match_part 0.960 72914 72988 match_part 0.869 73072 73285 match_98 match_part 1.000 71225 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73319 match_99 match_part 0.854 71226 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73127 match_100 match_part 0.854 71226 71266 match_part 0.994 71485 71664 match_part 1.000 72914 72950 match_101 match_part 1.000 71227 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.980 73072 73365 match_102 match_part 1.000 71227 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.996 73072 73303 match_103 match_part 0.921 71229 71266 match_part 0.944 71485 71664 match_part 0.960 72914 72988 match_part 0.866 73072 73287 match_104 match_part 0.921 71229 71266 match_part 0.944 71485 71664 match_part 0.960 72914 72988 match_part 0.870 73072 73287 match_105 match_part 0.921 71229 71266 match_part 0.944 71485 71664 match_part 0.960 72914 72988 match_part 0.870 73072 73287 match_106 match_part 0.921 71229 71266 match_part 0.928 71485 71664 match_part 0.960 72914 72988 match_part 0.856 73072 73266 match_107 match_part 0.921 71229 71266 match_part 0.939 71485 71664 match_part 0.960 72914 72988 match_part 0.864 73072 73247 match_108 match_part 1.000 71232 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73292 match_109 match_part 0.912 71233 71266 match_part 0.934 71485 71605 match_110 match_part 1.000 71234 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.996 73072 73303 match_part 0.571 74066 74079 match_111 match_part 1.000 71236 71266 match_part 0.994 71485 71664 match_part 1.000 72914 72988 match_part 0.991 73072 73303 match_part 0.533 74703 74732 match_part 0.615 75007 75071 match_112 match_part 1.000 71239 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.983 73072 73303 match_113 match_part 1.000 71254 71266 match_part 0.999 71485 72226 match_114 match_part 1.000 71254 71266 match_part 0.985 71485 72003 match_115 match_part 1.000 71255 71266 match_part 1.000 71485 72037 match_116 match_part 0.994 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73382 match_117 match_part 1.000 71501 71664 match_part 1.000 72914 72988 match_part 0.996 73072 73303 match_part 0.571 74066 74079 match_118 match_part 1.000 71530 71664 match_part 1.000 72914 72988 match_part 0.997 73072 73390 match_119 match_part 1.000 71530 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73389 match_120 match_part 0.914 71572 71664 match_part 0.933 72914 72988 match_part 0.912 73072 73128 match_121 match_part 0.998 72507 72988 match_part 0.996 73072 73301 match_122 match_part 0.999 72579 73303 match_part 0.543 74066 74100 match_123 match_part 0.992 72739 72988 match_part 1.000 73072 73300 match_124 match_part 0.983 72888 73289 match_125 match_part 0.600 76814 76818 match_part 0.935 76904 76995 match_part 1.000 77081 77128 match_part 0.980 77331 77771 match_126 match_part 0.982 76941 76995 match_part 1.000 77081 77128 match_part 0.989 77331 77679 match_127 match_part 0.987 79667 79976 match_part 0.965 80098 80241 match_part 1.000 80760 80795 match_128 match_part 0.883 79678 79976 match_part 0.979 80098 80241 match_part 1.000 80760 80795 match_129 match_part 1.000 79683 79976 match_part 1.000 80098 80241 match_part 0.981 80760 80921 match_130 match_part 0.885 79689 79976 match_part 0.965 80098 80241 match_part 0.978 80760 80805 match_131 match_part 0.942 79699 79975 match_132 match_part 0.978 79703 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81096 match_part 1.000 81757 81833 match_133 match_part 1.000 79703 79976 match_part 1.000 80098 80241 match_part 0.994 80760 80921 match_part 1.000 81013 81019 match_134 match_part 1.000 79703 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80805 match_135 match_part 1.000 79707 79976 match_part 0.993 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81033 match_136 match_part 1.000 79707 79976 match_part 0.880 80098 80122 match_137 match_part 1.000 79734 79976 match_part 1.000 80098 80173 match_138 match_part 0.995 79757 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81096 match_part 1.000 81757 81945 match_part 0.978 82146 82191 match_139 match_part 0.995 79764 79976 match_part 1.000 80098 80241 match_part 0.994 80760 80921 match_part 0.988 81013 81096 match_part 0.984 81757 81818 match_140 match_part 1.000 79765 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80895 match_141 match_part 1.000 79765 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80785 match_142 match_part 1.000 79767 79976 match_part 1.000 80098 80233 match_143 match_part 0.948 79785 79976 match_part 0.979 80098 80241 match_part 0.975 80760 80921 match_part 0.952 81013 81096 match_part 0.971 81757 81826 match_144 match_part 1.000 79804 79976 match_part 1.000 80098 80222 match_145 match_part 0.983 81037 81096 match_part 0.968 81757 81945 match_part 0.989 82146 82236 match_part 1.000 82385 82444 match_part 0.983 82694 82812 match_part 0.968 82946 83038 match_146 match_part 1.000 81037 81096 match_part 1.000 81757 81945 match_part 1.000 82146 82236 match_part 1.000 82385 82444 match_part 1.000 82694 82812 match_part 1.000 82946 82999 match_147 match_part 0.983 81037 81096 match_part 0.968 81757 81945 match_part 0.989 82146 82236 match_part 1.000 82385 82444 match_part 1.000 82694 82728 match_148 match_part 1.000 82411 82444 match_part 0.983 82694 82812 match_part 0.978 82946 83080 match_part 0.903 83159 83396 match_149 match_part 0.962 82787 82812 match_part 0.970 82946 83080 match_part 0.918 83159 83449 match_150 match_part 0.962 82951 83080 match_part 0.918 83159 83449 match_151 match_part 0.971 83249 83589 match_152 match_part 0.975 83249 83572 match_153 match_part 1.000 84079 84261 match_part 1.000 85466 85569 match_part 0.982 85656 85710 match_154 match_part 1.000 84080 84261 match_part 1.000 85466 85569 match_part 1.000 85656 85763 match_part 1.000 85884 86003 match_part 0.994 86904 87077 match_part 0.889 87212 87238 match_155 match_part 1.000 84080 84261 match_part 1.000 85466 85569 match_part 1.000 85656 85668 match_156 match_part 1.000 87259 87303 match_part 1.000 87509 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89495 match_157 match_part 1.000 87541 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89528 match_part 1.000 89676 89767 match_part 0.944 89901 89971 match_158 match_part 1.000 87579 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89473 match_159 match_part 1.000 89484 89528 match_part 1.000 89676 89767 match_part 1.000 89901 89978 match_part 1.000 90060 90136 match_part 0.997 90259 90645 match_160 match_part 0.996 89727 89978 match_part 1.000 90060 90136 match_part 0.978 90259 90583 match_161 match_part 1.000 90133 90136 match_part 0.963 90259 90713 match_162 match_part 1.000 91972 92029 match_part 1.000 92146 92363 match_part 0.993 92665 93106 match_163 match_part 1.000 91972 92029 match_part 1.000 92146 92363 match_part 1.000 92665 92854 match_164 match_part 0.976 93925 94007 match_part 0.944 94237 94768 match_part 0.750 95483 95506 match_part 0.714 95645 95665 match_165 match_part 1.000 102356 102422 match_part 0.962 104589 104667 match_part 0.977 105826 105954 match_part 0.960 107366 107464 match_part 0.923 107557 107647 match_166 match_part 0.966 102364 102422 match_part 1.000 104589 104667 match_part 1.000 105826 105954 match_part 1.000 107366 107464 match_part 0.990 107557 107655 match_part 1.000 107745 107773 match_167 match_part 1.000 109307 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111595 match_part 1.000 111764 111948 match_part 0.485 112215 112247 match_168 match_part 1.000 109307 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111595 match_part 0.995 111764 111950 match_part 0.750 112215 112222 match_169 match_part 1.000 109308 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111568 match_170 match_part 1.000 109371 109391 match_part 0.933 109686 109774 match_part 0.991 110231 110337 match_part 0.988 110495 110574 match_part 0.953 111553 111595 match_part 0.991 111764 112100 match_part 0.875 112215 112222 match_171 match_part 0.936 122372 122575 match_part 1.000 122683 122769 match_part 0.990 122934 123140 match_part 1.000 123230 123342 match_172 match_part 1.000 125604 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126768 match_part 1.000 126925 127014 match_part 1.000 127093 127158 match_173 match_part 1.000 125605 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126768 match_part 0.989 126925 127014 match_part 0.977 127093 127180 match_174 match_part 1.000 125605 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126709 match_175 match_part 0.990 127456 127664 match_part 0.998 128550 128951 match_part 0.625 129024 129031 match_176 match_part 0.980 127563 127664 match_part 0.997 128550 128891 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_177 match_part 1.000 3413 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1110 match_part 1.000 276 230 match_178 match_part 0.943 3428 3342 match_part 0.990 3238 3141 match_part 0.959 3031 2788 match_part 0.979 2433 2387 match_part 1.000 1656 1619 match_part 0.978 1543 1498 match_part 0.981 1336 1283 match_part 0.957 1178 1110 match_part 1.000 276 251 match_179 match_part 1.000 3166 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1326 1283 match_part 1.000 1178 1110 match_part 1.000 276 253 match_180 match_part 0.943 3428 3342 match_part 0.990 3238 3141 match_part 0.959 3031 2788 match_part 0.979 2433 2387 match_part 1.000 1656 1619 match_part 0.978 1543 1498 match_part 0.981 1336 1283 match_part 1.000 1178 1143 match_181 match_part 1.000 3414 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1163 match_182 match_part 1.000 3414 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1163 match_183 match_part 0.949 21634 21163 match_184 match_part 0.914 21546 21174 match_185 match_part 0.961 21630 21175 match_186 match_part 0.931 21541 21180 match_187 match_part 0.993 28205 27364 match_188 match_part 0.999 28622 27730 match_189 match_part 0.933 28500 27870 match_190 match_part 0.931 28500 28009 match_191 match_part 0.905 30068 29522 match_192 match_part 1.000 30417 30147 match_193 match_part 0.962 41902 41668 match_194 match_part 0.977 42460 42375 match_part 0.980 42300 42098 match_part 0.925 41983 41758 match_195 match_part 0.994 136199 135669 match_196 match_part 1.000 136706 136070 match_197 match_part 0.994 136706 136194 match_198 match_part 1.000 146492 146162 match_part 0.970 145482 145281 match_199 match_part 1.000 146492 146162 match_part 0.995 145482 145288 match_200 match_part 1.000 146492 146162 match_part 1.000 145482 145340 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 3428 3342 exon 3238 3141 exon 3031 2788 exon 2433 2387 exon 1656 1619 exon 1543 1498 exon 1336 1283 exon 1178 1110 exon 276 230 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 3166 3141 exon 3031 2788 exon 2433 2387 exon 1326 1283 exon 1178 1110 exon 276 253 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 4204 4312 exon 4408 4482 exon 5035 5121 exon 5881 5937 exon 6997 7089 exon 7809 7881 exon 7977 8052 exon 8217 8307 exon 8422 8837 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9315 9411 exon 9528 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9315 9411 exon 9528 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11717 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9439 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_7 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9347 9411 exon 9528 9605 exon 10347 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_8 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 10762 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_9 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 12212 12232 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_10 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 14801 16039 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 21634 21163 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 27357 28121 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 28622 27364 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 30068 29522 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 30417 30147 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 39278 39886 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 42460 42375 exon 42300 42098 exon 41983 41668 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 50999 52177 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 52930 52976 exon 53453 53618 exon 53823 53989 exon 54110 54283 exon 54368 54463 exon 54765 54902 exon 54979 55298 exon 55645 55915 exon 56127 56541 gene_20 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 52930 52976 exon 53453 53618 exon 53823 53989 exon 54110 54283 exon 54368 54463 exon 54765 54902 exon 54979 55298 exon 55645 55915 exon 56142 56621 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 60214 60373 exon 60459 60536 exon 61439 61579 exon 63209 63285 exon 64182 64346 exon 64606 65071 gene_22 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 60214 60373 exon 60459 60536 exon 61439 61579 exon 63209 63285 exon 64182 64346 exon 64606 65063 exon 65804 65831 gene_23 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 60214 60373 exon 60459 60536 exon 61439 61579 exon 63209 63285 exon 64182 64346 exon 64606 65067 exon 66363 66386 gene_24 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 62589 63285 exon 64182 64346 exon 64606 65071 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71190 71266 exon 71485 71664 exon 72914 72988 exon 73072 73390 gene_26 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71206 71266 exon 71485 71664 exon 72914 72988 exon 73072 73303 exon 74066 74079 gene_27 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71206 71266 exon 71485 71664 exon 72914 72988 exon 73072 73303 exon 74703 74732 exon 75007 75071 gene_28 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71186 71266 exon 71485 71664 exon 72914 72988 exon 73072 73303 exon 74999 75038 gene_29 gene GT_PGL_14_AGS_5 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71233 71266 exon 71485 72226 gene_30 gene GT_PGL_14_AGS_6 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 72579 73303 exon 74066 74100 gene_31 gene GT_PGL_14_AGS_7 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 72507 72988 exon 73072 73301 gene_32 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 76814 76818 exon 76904 76995 exon 77081 77128 exon 77331 77771 gene_33 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 79667 79976 exon 80098 80241 exon 80760 80921 exon 81013 81096 exon 81757 81945 exon 82146 82236 exon 82385 82444 exon 82694 82812 exon 82946 83080 exon 83159 83589 gene_34 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 84079 84261 exon 85466 85569 exon 85656 85763 exon 85884 86003 exon 86904 87077 exon 87212 87238 gene_35 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 87259 87303 exon 87509 87627 exon 88537 88660 exon 88789 88912 exon 89460 89528 exon 89676 89767 exon 89901 89978 exon 90060 90136 exon 90259 90713 gene_36 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 89727 89978 exon 90060 90136 exon 90259 90713 gene_37 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 91972 92029 exon 92146 92363 exon 92665 93106 gene_38 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 93925 94007 exon 94237 94768 exon 95483 95506 exon 95645 95665 gene_39 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 102356 102422 exon 104589 104667 exon 105826 105954 exon 107366 107464 exon 107557 107655 exon 107745 107773 gene_40 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109307 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 111948 exon 112215 112247 gene_41 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109308 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 112100 exon 112215 112222 gene_42 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109307 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 111950 exon 112215 112222 gene_43 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 122372 122575 exon 122683 122769 exon 122934 123140 exon 123230 123342 gene_44 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 125604 125780 exon 126040 126105 exon 126226 126372 exon 126655 126768 exon 126925 127014 exon 127093 127180 gene_45 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 127456 127664 exon 128550 128951 exon 129024 129031 gene_46 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 136706 135669 gene_47 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 146492 146162 exon 145482 145281 RepeatMasker tomato repeats master Copia00039 264 378 1 Copia00039 264 378 1 nucleotide_motif 603 19802 19906 SINE_SO 1 189 1 SINE_SO 1 189 1 nucleotide_motif 489 23341 23527 HELMET3 3719 3787 1 HELMET3 3719 3787 1 nucleotide_motif 253 47450 47523 Copia00110 1725 2814 1 Copia00110 1725 2814 1 nucleotide_motif 3297 58094 58487 Unknown00020 1 373 1 Unknown00020 1 373 1 nucleotide_motif 2370 58488 58865 Copia00110 2815 2906 1 Copia00110 2815 2906 1 nucleotide_motif 3297 58937 58970 SONATA1 105 226 1 SONATA1 105 226 1 nucleotide_motif 440 59980 60102 TS 89 141 1 TS 89 141 1 nucleotide_motif 338 86704 86758 Copia00151 10089 10153 1 Copia00151 10089 10153 1 nucleotide_motif 300 86706 86770 SSU-rRNA_Ath 990 1070 1 SSU-rRNA_Ath 990 1070 1 nucleotide_motif 364 94106 94176 Gypsy00163 7779 7903 1 Gypsy00163 7779 7903 1 nucleotide_motif 235 97086 97201 Gypsy00163 8057 8140 1 Gypsy00163 8057 8140 1 nucleotide_motif 284 97351 97433 Copia00172 5184 5318 1 Copia00172 5184 5318 1 nucleotide_motif 692 98857 98990 SONATA2 68 253 1 SONATA2 68 253 1 nucleotide_motif 449 111024 111209 Copia00110 13152 13557 1 Copia00110 13152 13557 1 nucleotide_motif 985 113244 113710 Gypsy00073 911 1198 1 Gypsy00073 911 1198 1 nucleotide_motif 725 113459 113742 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 833 113747 113979 Copia00151 8222 8726 1 Copia00151 8222 8726 1 nucleotide_motif 758 114957 115467 ATCOPIA86_I 1250 1347 1 ATCOPIA86_I 1250 1347 1 nucleotide_motif 239 120675 120776 Copia00151 8614 9470 1 Copia00151 8614 9470 1 nucleotide_motif 382 123927 124007 Copia00039 141 227 1 Copia00039 141 227 1 nucleotide_motif 286 132135 132230 LINE1I_MT 2648 2702 1 LINE1I_MT 2648 2702 1 nucleotide_motif 274 145513 145567 RepeatMasker tomato repeats master Gypsy-9-I_CR 10865 10914 -1 Gypsy-9-I_CR 10865 10914 -1 nucleotide_motif 239 11805 11759 Gypsy00043 1162 1311 -1 Gypsy00043 1162 1311 -1 nucleotide_motif 910 22561 22410 SONATA1 4 243 -1 SONATA1 4 243 -1 nucleotide_motif 422 22967 22740 Copia00172 5193 5267 -1 Copia00172 5193 5267 -1 nucleotide_motif 243 24602 24524 Unknown00034 3695 4021 -1 Unknown00034 3695 4021 -1 nucleotide_motif 1872 38764 38445 Copia00103 3793 5694 -1 Copia00103 3793 5694 -1 nucleotide_motif 14342 43194 41272 Gypsy00145 5886 6860 -1 Gypsy00145 5886 6860 -1 nucleotide_motif 7623 43370 42398 Unknown00040 4339 4678 -1 Unknown00040 4339 4678 -1 nucleotide_motif 2268 58936 58577 Copia00172 5185 5316 -1 Copia00172 5185 5316 -1 nucleotide_motif 570 60985 60851 Copia00172 5195 5305 -1 Copia00172 5195 5305 -1 nucleotide_motif 337 77257 77150 TS2 523 652 -1 TS2 523 652 -1 nucleotide_motif 621 105355 105227 TS2 160 337 -1 TS2 160 337 -1 nucleotide_motif 378 105685 105505 Unknown00046 515 581 -1 Unknown00046 515 581 -1 nucleotide_motif 262 119775 119711 SONATA2 47 151 -1 SONATA2 47 151 -1 nucleotide_motif 315 128885 128784 HOPSCOTCH_ZM-I 2963 3207 -1 HOPSCOTCH_ZM-I 2963 3207 -1 nucleotide_motif 280 136196 135950 Copia00172 1413 1488 -1 Copia00172 1413 1488 -1 nucleotide_motif 397 136271 136196 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 987 41257 42277 match_2 match 1055 41278 42314 match_3 match 1176 41256 42388 match_4 match 1645 41257 42267 match_5 match 1685 41257 42278 match_6 match 971 41255 42351 match_7 match 1106 41257 42277 match_8 match 852 41257 42277 match_9 match 860 41257 42277 match_10 match 1009 41257 42277 match_11 match 1633 41255 42388 match_12 match 1649 41424 42653 match_13 match 1709 41257 42351 match_14 match 1709 41257 42351 match_15 match 1626 41257 42314 match_16 match 1970 111756 112770 match_17 match 1974 75261 76277 match_18 match 2026 34180 35222 match_19 match 2014 95546 96603 match_20 match 2125 99939 101031 match_21 match 2143 77627 78830 match_22 match 2181 65540 66759 match_23 match 2422 66826 68095 match_24 match 2533 76300 77577 match_25 match 2545 113881 115239 match_26 match 2585 31141 32534 match_27 match 2520 49502 50907 match_28 match 2692 64091 65520 match_29 match 2639 68163 69604 match_30 match 2861 98421 99911 match_31 match 3400 96674 98388 match_32 match 3410 101377 103207 match_33 match 3612 84565 86410 match_34 match 3612 86434 88279 match_35 match 3630 89267 91142 match_36 match 3887 82536 84550 match_37 match 3953 122673 124747 match_38 match 3963 108771 110859 match_39 match 4242 40525 42685 match_40 match 4292 80095 82283 match_41 match 4421 57229 59554 match_42 match 4789 103452 105987 match_43 match 5073 60733 63339 match_44 match 5239 106004 108736 match_45 match 5759 130005 133059 match_46 match 5923 71779 74868 match_47 match 7672 91220 95260 match_48 match 8354 125598 129955 match_49 match 50976 57203 match_50 match 134715 141161 match_51 match 23929 31071 match_52 match 720 138351 139473 match_53 match 720 138351 139473 match_54 match 2676 22564 23934 match_55 match 3025 7460 9030 match_56 match 3324 9519 11216 match_57 match 5941 1 3093 match_58 match 6966 3777 7446 match_59 match 8629 11799 16319 match_60 match 134715 144894 match_61 match 4060 130889 133059 match_62 match 3025 7460 9030 match_63 match 3324 9519 11216 match_64 match 5317 22564 25401 match_65 match 5941 1 3093 match_66 match 6966 3777 7446 match_67 match 8629 11799 16319 match_68 match 1065 41265 42314 match_69 match 971 41255 42351 match_70 match 720 138351 139473 match_71 match 781 41257 42351 match_72 match 809 41257 42351 match_73 match 2010 41424 42685 match_74 match 1045 41257 42277 match_75 match 1094 41256 42314 match_76 match 1588 41257 42351 match_77 match 1808 41257 42351 match_78 match 1832 41257 42351 match_79 match 1677 41277 42340 match_80 match 1604 41277 42278 match_81 match 1848 41424 42665 match_82 match 1604 41277 42278 match_83 match 987 41257 42277 match_84 match 1108 41257 42314 match_85 match 1635 41432 42653 match_86 match 1808 41257 42351 match_87 match 1832 41257 42351 match_88 match 1221 41257 42314 match_89 match 991 41257 42277 match_90 match 924 41257 42240 match_91 match 967 41255 42240 match_92 match 1364 41257 42314 match_93 match 1368 41257 42308 match_94 match 775 41257 42314 match_95 match 1207 41259 42351 match_96 match 977 41255 42351 match_97 match 1713 41257 42314 match_98 match 1348 41257 42665 match_99 match 1396 41257 42665 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1180.5 85 146497 clone_end_1 clone_end 989 85 599 clone_start_1 clone_start 1372 145782 146497 match_1 match 934 21781 22251 match_2 match 1247 23277 23933 match_3 match 1281 29305 29994 clone_2 clone 1142 29340 74413 clone_end_2 clone_end 1247 29340 29968 clone_start_2 clone_start 1037 73870 74413 match_4 match 1094 30075 30650 clone_3 clone 1163 30542 139466 clone_start_3 clone_start 1035 30542 31071 clone_end_3 clone_end 1291 138812 139466 clone_4 clone 850.5 31141 139466 clone_start_4 clone_start 410 31141 31371 clone_end_4 clone_end 1291 138812 139466 match_5 match 1179 56154 56748 match_6 match 1312 64445 65106 match_7 match 1110 68838 69459 match_8 match 898 73568 74020 match_9 match 977 77085 77577 match_10 match 369 86225 86410 match_11 match 1197 86655 87270 clone_5 clone 1175.5 87417 128680 clone_end_5 clone_end 1136 87417 87989 clone_start_5 clone_start 1215 128023 128680 match_12 match 1011 88534 89047 clone_6 clone 858 99460 139804 clone_start_6 clone_start 848 99460 99911 clone_end_6 clone_end 868 139367 139804 clone_7 clone 560 99939 139804 clone_start_7 clone_start 252 99939 100065 clone_end_7 clone_end 868 139367 139804 match_13 match 1134 103683 104254 match_14 match 898 115676 116152 match_15 match 1310 126877 127556 match_16 match 1505 129075 129862 match_17 match 1181 130886 131502 match_18 match 884 134715 135184 match_19 match 1223 140467 141083 match_20 match 1358 142248 142932 match_21 match 1187 143198 143796 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 8040 8052 match_part 1.000 8217 8307 match_part 0.988 8422 8837 match_2 match_part 1.000 9347 9411 match_part 1.000 9528 9605 match_part 1.000 10347 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11681 match_3 match_part 0.984 9348 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12081 match_4 match_part 0.953 9348 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10875 match_5 match_part 1.000 9356 9411 match_part 1.000 9528 9605 match_part 1.000 10347 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 0.989 12018 12107 match_6 match_part 1.000 9358 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10967 match_7 match_part 1.000 9358 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10527 match_8 match_part 1.000 9360 9411 match_part 0.949 9528 9605 match_part 1.000 10347 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10971 match_9 match_part 1.000 9499 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 0.989 11654 11843 match_part 0.989 12018 12107 match_part 1.000 13328 13358 match_10 match_part 1.000 9499 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12050 match_11 match_part 0.949 9528 9605 match_part 0.996 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 10852 match_12 match_part 1.000 9540 9605 match_part 0.975 10353 10556 match_13 match_part 1.000 10451 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13377 match_14 match_part 1.000 10762 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 0.985 13635 13702 match_15 match_part 0.971 10859 11030 match_part 1.000 11654 11684 match_16 match_part 1.000 10865 11030 match_part 1.000 11654 11717 match_part 0.989 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 1.000 15228 15441 match_17 match_part 1.000 10978 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14775 match_18 match_part 1.000 11713 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_19 match_part 1.000 11803 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13659 match_20 match_part 0.988 12028 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 1.000 15228 15420 match_21 match_part 1.000 12053 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14731 match_22 match_part 1.000 13376 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 1.000 15228 15876 match_23 match_part 0.538 13389 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 0.979 15228 15519 match_24 match_part 1.000 13508 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_25 match_part 1.000 14801 15276 match_26 match_part 1.000 15099 15772 match_27 match_part 0.998 15394 16012 match_28 match_part 1.000 15394 15998 match_29 match_part 0.945 15394 15740 match_30 match_part 0.988 15395 16039 match_31 match_part 0.989 15395 16037 match_32 match_part 0.992 15395 15871 match_33 match_part 0.981 15522 16039 match_34 match_part 0.993 27357 28121 match_35 match_part 0.994 27357 28015 match_36 match_part 0.908 39278 39886 match_37 match_part 1.000 50999 51706 match_38 match_part 0.988 50999 51586 match_39 match_part 0.998 50999 51467 match_40 match_part 0.999 51070 51781 match_41 match_part 0.996 51071 51600 match_42 match_part 1.000 51076 51571 match_43 match_part 1.000 51077 51664 match_44 match_part 0.965 51080 51540 match_45 match_part 1.000 51587 52177 match_46 match_part 0.996 51604 52091 match_47 match_part 1.000 53889 53989 match_part 1.000 54110 54283 match_part 1.000 54368 54463 match_part 1.000 54765 54902 match_part 1.000 54979 55246 match_48 match_part 1.000 53890 53989 match_part 1.000 54110 54283 match_part 1.000 54368 54463 match_part 1.000 54765 54902 match_part 0.996 54979 55224 match_49 match_part 1.000 54990 55298 match_part 1.000 55645 55915 match_part 0.993 56127 56402 match_50 match_part 1.000 55088 55298 match_part 1.000 55645 55915 match_part 1.000 56127 56541 match_51 match_part 1.000 60214 60373 match_part 1.000 60459 60536 match_part 1.000 61439 61579 match_part 0.974 63209 63285 match_part 1.000 64182 64346 match_part 1.000 64606 64625 match_52 match_part 0.967 60284 60373 match_part 1.000 60459 60536 match_part 0.993 61439 61579 match_part 0.987 63209 63285 match_part 0.994 64182 64346 match_part 0.981 64606 64813 match_53 match_part 0.955 60285 60373 match_part 0.987 60459 60536 match_part 0.986 61439 61579 match_part 0.961 63209 63285 match_part 0.972 64182 64252 match_54 match_part 1.000 61481 61579 match_part 0.987 63209 63285 match_part 0.994 64182 64346 match_part 0.979 64606 64946 match_55 match_part 1.000 62589 63285 match_part 1.000 64182 64283 match_56 match_part 0.998 62590 63163 match_57 match_part 1.000 64222 64346 match_part 0.979 64606 64990 match_58 match_part 1.000 64246 64346 match_part 1.000 64606 65067 match_part 0.708 66363 66386 match_59 match_part 1.000 64246 64346 match_part 1.000 64606 65063 match_part 0.643 65804 65831 match_60 match_part 0.951 71186 71266 match_part 1.000 71485 71664 match_part 0.987 72914 72988 match_part 0.996 73072 73303 match_part 0.675 74999 75038 match_61 match_part 1.000 71190 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.992 73072 73328 match_62 match_part 0.902 71206 71266 match_part 0.989 71485 71664 match_part 0.987 72914 72988 match_part 0.979 73072 73119 match_63 match_part 0.885 71206 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73119 match_64 match_part 0.882 71216 71266 match_part 0.983 71485 71664 match_part 0.973 72914 72988 match_part 0.937 73072 73371 match_65 match_part 1.000 71216 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.991 73072 73287 match_66 match_part 1.000 71217 71266 match_part 0.961 71485 71664 match_part 0.987 72914 72988 match_part 0.987 73072 73303 match_67 match_part 1.000 71217 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73303 match_68 match_part 0.957 71220 71266 match_part 0.983 71485 71664 match_part 0.973 72914 72988 match_part 0.948 73072 73361 match_69 match_part 1.000 71225 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73319 match_70 match_part 0.854 71226 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73127 match_71 match_part 0.854 71226 71266 match_part 0.994 71485 71664 match_part 1.000 72914 72950 match_72 match_part 1.000 71227 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.980 73072 73365 match_73 match_part 1.000 71227 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.996 73072 73303 match_74 match_part 1.000 71232 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73292 match_75 match_part 1.000 71234 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.996 73072 73303 match_part 0.571 74066 74079 match_76 match_part 1.000 71236 71266 match_part 0.994 71485 71664 match_part 1.000 72914 72988 match_part 0.991 73072 73303 match_part 0.533 74703 74732 match_part 0.615 75007 75071 match_77 match_part 1.000 71239 71266 match_part 1.000 71485 71664 match_part 1.000 72914 72988 match_part 0.983 73072 73303 match_78 match_part 1.000 71254 71266 match_part 0.999 71485 72226 match_79 match_part 1.000 71254 71266 match_part 0.985 71485 72003 match_80 match_part 1.000 71255 71266 match_part 1.000 71485 72037 match_81 match_part 0.994 71485 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73382 match_82 match_part 1.000 71501 71664 match_part 1.000 72914 72988 match_part 0.996 73072 73303 match_part 0.571 74066 74079 match_83 match_part 1.000 71530 71664 match_part 1.000 72914 72988 match_part 0.997 73072 73390 match_84 match_part 1.000 71530 71664 match_part 1.000 72914 72988 match_part 1.000 73072 73389 match_85 match_part 0.914 71572 71664 match_part 0.933 72914 72988 match_part 0.912 73072 73128 match_86 match_part 0.998 72507 72988 match_part 0.996 73072 73301 match_87 match_part 0.999 72579 73303 match_part 0.543 74066 74100 match_88 match_part 0.992 72739 72988 match_part 1.000 73072 73300 match_89 match_part 0.983 72888 73289 match_90 match_part 0.600 76814 76818 match_part 0.935 76904 76995 match_part 1.000 77081 77128 match_part 0.980 77331 77771 match_91 match_part 0.982 76941 76995 match_part 1.000 77081 77128 match_part 0.989 77331 77679 match_92 match_part 0.987 79667 79976 match_part 0.965 80098 80241 match_part 1.000 80760 80795 match_93 match_part 1.000 79683 79976 match_part 1.000 80098 80241 match_part 0.981 80760 80921 match_94 match_part 0.942 79699 79975 match_95 match_part 0.978 79703 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81096 match_part 1.000 81757 81833 match_96 match_part 1.000 79703 79976 match_part 1.000 80098 80241 match_part 0.994 80760 80921 match_part 1.000 81013 81019 match_97 match_part 1.000 79703 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80805 match_98 match_part 1.000 79707 79976 match_part 0.993 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81033 match_99 match_part 1.000 79707 79976 match_part 0.880 80098 80122 match_100 match_part 1.000 79734 79976 match_part 1.000 80098 80173 match_101 match_part 0.995 79757 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81096 match_part 1.000 81757 81945 match_part 0.978 82146 82191 match_102 match_part 0.995 79764 79976 match_part 1.000 80098 80241 match_part 0.994 80760 80921 match_part 0.988 81013 81096 match_part 0.984 81757 81818 match_103 match_part 1.000 79765 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80895 match_104 match_part 1.000 79765 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80785 match_105 match_part 1.000 79767 79976 match_part 1.000 80098 80233 match_106 match_part 1.000 79804 79976 match_part 1.000 80098 80222 match_107 match_part 1.000 81037 81096 match_part 1.000 81757 81945 match_part 1.000 82146 82236 match_part 1.000 82385 82444 match_part 1.000 82694 82812 match_part 1.000 82946 82999 match_108 match_part 0.971 83249 83589 match_109 match_part 0.975 83249 83572 match_110 match_part 1.000 84079 84261 match_part 1.000 85466 85569 match_part 0.982 85656 85710 match_111 match_part 1.000 84080 84261 match_part 1.000 85466 85569 match_part 1.000 85656 85763 match_part 1.000 85884 86003 match_part 0.994 86904 87077 match_part 0.889 87212 87238 match_112 match_part 1.000 84080 84261 match_part 1.000 85466 85569 match_part 1.000 85656 85668 match_113 match_part 1.000 87259 87303 match_part 1.000 87509 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89495 match_114 match_part 1.000 87541 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89528 match_part 1.000 89676 89767 match_part 0.944 89901 89971 match_115 match_part 1.000 87579 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89473 match_116 match_part 1.000 89484 89528 match_part 1.000 89676 89767 match_part 1.000 89901 89978 match_part 1.000 90060 90136 match_part 0.997 90259 90645 match_117 match_part 0.996 89727 89978 match_part 1.000 90060 90136 match_part 0.978 90259 90583 match_118 match_part 1.000 90133 90136 match_part 0.963 90259 90713 match_119 match_part 1.000 91972 92029 match_part 1.000 92146 92363 match_part 0.993 92665 93106 match_120 match_part 1.000 91972 92029 match_part 1.000 92146 92363 match_part 1.000 92665 92854 match_121 match_part 0.976 93925 94007 match_part 0.944 94237 94768 match_part 0.750 95483 95506 match_part 0.714 95645 95665 match_122 match_part 1.000 102356 102422 match_part 0.962 104589 104667 match_part 0.977 105826 105954 match_part 0.960 107366 107464 match_part 0.923 107557 107647 match_123 match_part 0.966 102364 102422 match_part 1.000 104589 104667 match_part 1.000 105826 105954 match_part 1.000 107366 107464 match_part 0.990 107557 107655 match_part 1.000 107745 107773 match_124 match_part 1.000 109307 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111595 match_part 1.000 111764 111948 match_part 0.485 112215 112247 match_125 match_part 1.000 109307 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111595 match_part 0.995 111764 111950 match_part 0.750 112215 112222 match_126 match_part 1.000 109308 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111568 match_127 match_part 1.000 109371 109391 match_part 0.933 109686 109774 match_part 0.991 110231 110337 match_part 0.988 110495 110574 match_part 0.953 111553 111595 match_part 0.991 111764 112100 match_part 0.875 112215 112222 match_128 match_part 0.936 122372 122575 match_part 1.000 122683 122769 match_part 0.990 122934 123140 match_part 1.000 123230 123342 match_129 match_part 1.000 125604 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126768 match_part 1.000 126925 127014 match_part 1.000 127093 127158 match_130 match_part 1.000 125605 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126768 match_part 0.989 126925 127014 match_part 0.977 127093 127180 match_131 match_part 1.000 125605 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126709 match_132 match_part 0.990 127456 127664 match_part 0.998 128550 128951 match_part 0.625 129024 129031 match_133 match_part 0.980 127563 127664 match_part 0.997 128550 128891 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_134 match_part 1.000 3413 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1110 match_part 1.000 276 230 match_135 match_part 1.000 3166 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1326 1283 match_part 1.000 1178 1110 match_part 1.000 276 253 match_136 match_part 1.000 3414 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1163 match_137 match_part 1.000 3414 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1163 match_138 match_part 0.949 21634 21163 match_139 match_part 0.914 21546 21174 match_140 match_part 0.961 21630 21175 match_141 match_part 0.931 21541 21180 match_142 match_part 0.993 28205 27364 match_143 match_part 0.999 28622 27730 match_144 match_part 1.000 30417 30147 match_145 match_part 0.962 41902 41668 match_146 match_part 0.977 42460 42375 match_part 0.980 42300 42098 match_part 0.925 41983 41758 match_147 match_part 0.994 136199 135669 match_148 match_part 1.000 136706 136070 match_149 match_part 0.994 136706 136194 match_150 match_part 1.000 146492 146162 match_part 0.970 145482 145281 match_151 match_part 1.000 146492 146162 match_part 0.995 145482 145288 match_152 match_part 1.000 146492 146162 match_part 1.000 145482 145340 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 3414 3342 exon 3238 3141 exon 3031 2788 exon 2433 2387 exon 1656 1619 exon 1543 1498 exon 1336 1283 exon 1178 1110 exon 276 230 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 3166 3141 exon 3031 2788 exon 2433 2387 exon 1326 1283 exon 1178 1110 exon 276 253 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 8040 8052 exon 8217 8307 exon 8422 8837 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9348 9411 exon 9528 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9499 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9347 9411 exon 9528 9605 exon 10347 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_7 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9348 9411 exon 9528 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11717 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_8 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 10762 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_9 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 14801 16039 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 21634 21163 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 27357 28121 gene_12 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 28622 27364 gene_13 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 30417 30147 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 39278 39886 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 42460 42375 exon 42300 42098 exon 41983 41668 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 50999 52177 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 53889 53989 exon 54110 54283 exon 54368 54463 exon 54765 54902 exon 54979 55298 exon 55645 55915 exon 56127 56541 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 60214 60373 exon 60459 60536 exon 61439 61579 exon 63209 63285 exon 64182 64346 exon 64606 65067 exon 66363 66386 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 60214 60373 exon 60459 60536 exon 61439 61579 exon 63209 63285 exon 64182 64346 exon 64606 65063 exon 65804 65831 gene_20 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 62589 63285 exon 64182 64346 exon 64606 65067 exon 66363 66386 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71190 71266 exon 71485 71664 exon 72914 72988 exon 73072 73390 gene_22 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71206 71266 exon 71485 71664 exon 72914 72988 exon 73072 73303 exon 74066 74079 gene_23 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71206 71266 exon 71485 71664 exon 72914 72988 exon 73072 73303 exon 74703 74732 exon 75007 75071 gene_24 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71186 71266 exon 71485 71664 exon 72914 72988 exon 73072 73303 exon 74999 75038 gene_25 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71254 71266 exon 71485 72226 gene_26 gene GT_PGL_13_AGS_6 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 72579 73303 exon 74066 74100 gene_27 gene GT_PGL_13_AGS_7 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 72507 72988 exon 73072 73301 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 76814 76818 exon 76904 76995 exon 77081 77128 exon 77331 77771 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 79667 79976 exon 80098 80241 exon 80760 80921 exon 81013 81096 exon 81757 81945 exon 82146 82236 exon 82385 82444 exon 82694 82812 exon 82946 82999 gene_30 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 83249 83589 gene_31 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 84079 84261 exon 85466 85569 exon 85656 85763 exon 85884 86003 exon 86904 87077 exon 87212 87238 gene_32 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 87259 87303 exon 87509 87627 exon 88537 88660 exon 88789 88912 exon 89460 89528 exon 89676 89767 exon 89901 89978 exon 90060 90136 exon 90259 90713 gene_33 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 89727 89978 exon 90060 90136 exon 90259 90713 gene_34 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 91972 92029 exon 92146 92363 exon 92665 93106 gene_35 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 93925 94007 exon 94237 94768 exon 95483 95506 exon 95645 95665 gene_36 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 102356 102422 exon 104589 104667 exon 105826 105954 exon 107366 107464 exon 107557 107655 exon 107745 107773 gene_37 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109307 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 111948 exon 112215 112247 gene_38 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109308 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 112100 exon 112215 112222 gene_39 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109307 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 111950 exon 112215 112222 gene_40 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 122372 122575 exon 122683 122769 exon 122934 123140 exon 123230 123342 gene_41 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 125604 125780 exon 126040 126105 exon 126226 126372 exon 126655 126768 exon 126925 127014 exon 127093 127180 gene_42 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 127456 127664 exon 128550 128951 exon 129024 129031 gene_43 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 136706 135669 gene_44 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 146492 146162 exon 145482 145281 AUGUSTUS_tom_cdna de novo gene_1 gene 1 7718 9396 transcript_1 transcript 7718 9396 start_codon_1 start_codon 7718 7720 CDS_1 CDS 7718 7808 CDS_2 CDS 7977 8052 CDS_3 CDS 8217 8307 CDS_4 CDS 8422 8532 CDS_5 CDS 9274 9396 stop_codon_1 stop_codon 9394 9396 gene_2 gene 2 9548 15701 transcript_2 transcript 9548 15701 start_codon_2 start_codon 9548 9550 CDS_6 CDS 9548 9605 CDS_7 CDS 10353 10588 CDS_8 CDS 10691 10739 CDS_9 CDS 10846 11030 CDS_10 CDS 11654 11843 CDS_11 CDS 12018 12107 CDS_12 CDS 13328 13401 CDS_13 CDS 13495 13537 CDS_14 CDS 13635 13702 CDS_15 CDS 14586 14630 CDS_16 CDS 14718 14783 CDS_17 CDS 15228 15701 stop_codon_2 stop_codon 15699 15701 transcript_3 transcript 9548 15701 start_codon_3 start_codon 9548 9550 CDS_18 CDS 9548 9605 CDS_19 CDS 10353 10588 CDS_20 CDS 10691 10739 CDS_21 CDS 10846 11030 CDS_22 CDS 11654 11723 CDS_23 CDS 12018 12107 CDS_24 CDS 13328 13401 CDS_25 CDS 13495 13537 CDS_26 CDS 13635 13702 CDS_27 CDS 14586 14630 CDS_28 CDS 14718 14783 CDS_29 CDS 15228 15701 stop_codon_3 stop_codon 15699 15701 gene_3 gene 1 53810 56438 transcript_4 transcript 53810 56438 start_codon_4 start_codon 53810 53812 CDS_30 CDS 53810 53989 CDS_31 CDS 54110 54283 CDS_32 CDS 54368 54463 CDS_33 CDS 54765 54902 CDS_34 CDS 54979 55298 CDS_35 CDS 55645 55915 CDS_36 CDS 56127 56438 stop_codon_4 stop_codon 56436 56438 gene_4 gene 1 60275 64780 transcript_5 transcript 60275 64780 start_codon_5 start_codon 60275 60277 CDS_37 CDS 60275 60373 CDS_38 CDS 60459 60536 CDS_39 CDS 61439 61579 CDS_40 CDS 63209 63285 CDS_41 CDS 64182 64346 CDS_42 CDS 64606 64780 stop_codon_5 stop_codon 64778 64780 gene_5 gene 1 67248 73131 transcript_6 transcript 67248 73131 start_codon_6 start_codon 67248 67250 CDS_43 CDS 67248 67738 CDS_44 CDS 71170 71266 CDS_45 CDS 71485 71664 CDS_46 CDS 72914 72988 CDS_47 CDS 73072 73131 stop_codon_6 stop_codon 73129 73131 gene_6 gene 1 76765 79758 transcript_7 transcript 76765 79758 start_codon_7 start_codon 76765 76767 CDS_48 CDS 76765 76818 CDS_49 CDS 76904 76995 CDS_50 CDS 77081 77128 CDS_51 CDS 77331 77368 CDS_52 CDS 79685 79758 stop_codon_7 stop_codon 79756 79758 gene_7 gene 1 79785 83188 transcript_8 transcript 79785 83188 start_codon_8 start_codon 79785 79787 CDS_53 CDS 79785 79976 CDS_54 CDS 80098 80241 CDS_55 CDS 80760 80921 CDS_56 CDS 81013 81096 CDS_57 CDS 81757 81945 CDS_58 CDS 82146 82236 CDS_59 CDS 82385 82444 CDS_60 CDS 82694 82812 CDS_61 CDS 82946 83080 CDS_62 CDS 83159 83188 stop_codon_8 stop_codon 83186 83188 gene_8 gene 1 84189 90389 transcript_9 transcript 84189 90389 start_codon_9 start_codon 84189 84191 CDS_63 CDS 84189 84261 CDS_64 CDS 85466 85569 CDS_65 CDS 85656 85763 CDS_66 CDS 85884 86003 CDS_67 CDS 86904 87077 CDS_68 CDS 87212 87303 CDS_69 CDS 87509 87627 CDS_70 CDS 88537 88660 CDS_71 CDS 88789 88912 CDS_72 CDS 89460 89528 CDS_73 CDS 89676 89767 CDS_74 CDS 89901 89978 CDS_75 CDS 90060 90136 CDS_76 CDS 90259 90389 stop_codon_9 stop_codon 90387 90389 gene_9 gene 1 91954 93231 transcript_10 transcript 91954 93231 start_codon_10 start_codon 91954 91956 CDS_77 CDS 91954 92029 CDS_78 CDS 92146 92363 CDS_79 CDS 92665 93231 stop_codon_10 stop_codon 93229 93231 gene_10 gene 1 93917 111877 transcript_11 transcript 93917 111877 start_codon_11 start_codon 93917 93919 CDS_80 CDS 93917 94007 CDS_81 CDS 102180 102269 CDS_82 CDS 102347 102422 CDS_83 CDS 104589 104667 CDS_84 CDS 105826 105954 CDS_85 CDS 107366 107464 CDS_86 CDS 107557 107655 CDS_87 CDS 107745 107877 CDS_88 CDS 108370 108462 CDS_89 CDS 109280 109391 CDS_90 CDS 109686 109774 CDS_91 CDS 110231 110337 CDS_92 CDS 110495 110574 CDS_93 CDS 111553 111595 CDS_94 CDS 111764 111877 stop_codon_11 stop_codon 111875 111877 gene_11 gene 1 122366 123421 transcript_12 transcript 122366 123421 start_codon_12 start_codon 122366 122368 CDS_95 CDS 122366 122575 CDS_96 CDS 122683 122769 CDS_97 CDS 122934 123140 CDS_98 CDS 123230 123421 stop_codon_12 stop_codon 123419 123421 gene_12 gene 1 125609 128561 transcript_13 transcript 125609 128561 start_codon_13 start_codon 125609 125611 CDS_99 CDS 125609 125780 CDS_100 CDS 126040 126105 CDS_101 CDS 126226 126372 CDS_102 CDS 126655 126768 CDS_103 CDS 126925 127014 CDS_104 CDS 127093 127215 CDS_105 CDS 127444 127664 CDS_106 CDS 128550 128561 stop_codon_13 stop_codon 128559 128561 AUGUSTUS_tom_cdna de novo gene_13 gene 1 3372 200 transcript_14 transcript 3372 200 CDS_107 CDS 276 200 CDS_108 CDS 1178 1110 CDS_109 CDS 1336 1283 CDS_110 CDS 1543 1498 CDS_111 CDS 1656 1619 CDS_112 CDS 2433 2387 CDS_113 CDS 3031 2788 CDS_114 CDS 3238 3141 CDS_115 CDS 3372 3342 start_codon_14 start_codon 3372 3370 gene_14 gene 1 22112 16701 transcript_15 transcript 22112 16701 stop_codon_14 stop_codon 16703 16701 CDS_116 CDS 16888 16701 CDS_117 CDS 22112 21332 start_codon_15 start_codon 22112 22110 gene_15 gene 1 30999 27592 transcript_16 transcript 30999 27592 stop_codon_15 stop_codon 27594 27592 CDS_118 CDS 30999 27592 start_codon_16 start_codon 30999 30997 gene_16 gene 1 138586 137945 transcript_17 transcript 138586 137945 stop_codon_16 stop_codon 137947 137945 CDS_119 CDS 138586 137945 start_codon_17 start_codon 138586 138584 gene_17 gene 1 139385 138795 transcript_18 transcript 139385 138795 stop_codon_17 stop_codon 138797 138795 CDS_120 CDS 139385 138795 start_codon_18 start_codon 139385 139383 gene_18 gene 1 143165 139443 transcript_19 transcript 143165 139443 stop_codon_18 stop_codon 139445 139443 CDS_121 CDS 143165 139443 start_codon_19 start_codon 143165 143163 gene_19 gene 1 144350 143289 transcript_20 transcript 144350 143289 stop_codon_19 stop_codon 143291 143289 CDS_122 CDS 144350 143289 start_codon_20 start_codon 144350 144348 tRNAscan-SE unknown database tRNA_1 tRNA 68.72 3550 3629 tRNAscan-SE unknown database tRNA_2 tRNA 71.44 70596 70525 tRNA_3 tRNA 73.73 35879 35808 AUGUSTUS_ab_initio de novo gene_1 gene 1 11822 15701 transcript_1 transcript 11822 15701 start_codon_1 start_codon 11822 11824 CDS_1 CDS 11822 11843 CDS_2 CDS 12018 12107 CDS_3 CDS 15280 15701 stop_codon_1 stop_codon 15699 15701 gene_2 gene 1 55793 64780 transcript_2 transcript 55793 64780 start_codon_2 start_codon 55793 55795 CDS_4 CDS 55793 55915 CDS_5 CDS 63209 63285 CDS_6 CDS 64606 64780 stop_codon_2 stop_codon 64778 64780 gene_3 gene 1 67248 111877 transcript_3 transcript 67248 111877 start_codon_3 start_codon 67248 67250 CDS_7 CDS 67248 67738 CDS_8 CDS 71170 71266 CDS_9 CDS 71485 71664 CDS_10 CDS 80098 80241 CDS_11 CDS 85656 85763 CDS_12 CDS 85884 86003 CDS_13 CDS 86904 87077 CDS_14 CDS 87212 87303 CDS_15 CDS 87509 87627 CDS_16 CDS 99852 99886 CDS_17 CDS 107366 107464 CDS_18 CDS 107533 107655 CDS_19 CDS 107745 107877 CDS_20 CDS 108370 108462 CDS_21 CDS 109280 109391 CDS_22 CDS 111553 111595 CDS_23 CDS 111764 111877 stop_codon_3 stop_codon 111875 111877 AUGUSTUS_ab_initio de novo gene_4 gene 1 22112 21291 transcript_4 transcript 22112 21291 stop_codon_4 stop_codon 21293 21291 CDS_24 CDS 22112 21291 start_codon_4 start_codon 22112 22110 gene_5 gene 1 30999 27592 transcript_5 transcript 30999 27592 stop_codon_5 stop_codon 27594 27592 CDS_25 CDS 30999 27592 start_codon_5 start_codon 30999 30997 gene_6 gene 1 138586 137945 transcript_6 transcript 138586 137945 stop_codon_6 stop_codon 137947 137945 CDS_26 CDS 138586 137945 start_codon_6 start_codon 138586 138584 gene_7 gene 1 139385 138795 transcript_7 transcript 139385 138795 stop_codon_7 stop_codon 138797 138795 CDS_27 CDS 139385 138795 start_codon_7 start_codon 139385 139383 gene_8 gene 1 143165 139443 transcript_8 transcript 143165 139443 stop_codon_8 stop_codon 139445 139443 CDS_28 CDS 143165 139443 start_codon_8 start_codon 143165 143163 gene_9 gene 1 144350 143289 transcript_9 transcript 144350 143289 stop_codon_9 stop_codon 143291 143289 CDS_29 CDS 144350 143289 start_codon_9 start_codon 144350 144348 AUGUSTUS_tom_ugs de novo gene_1 gene 1 7718 8541 transcript_1 transcript 7718 8541 start_codon_1 start_codon 7718 7720 CDS_1 CDS 7718 7808 CDS_2 CDS 7977 8052 CDS_3 CDS 8217 8307 CDS_4 CDS 8422 8541 stop_codon_1 stop_codon 8539 8541 gene_2 gene 1 9548 15701 transcript_2 transcript 9548 15701 start_codon_2 start_codon 9548 9550 CDS_5 CDS 9548 9605 CDS_6 CDS 10353 10588 CDS_7 CDS 10691 10739 CDS_8 CDS 10846 11030 CDS_9 CDS 11654 11843 CDS_10 CDS 12018 12107 CDS_11 CDS 13328 13401 CDS_12 CDS 13495 13537 CDS_13 CDS 13635 13702 CDS_14 CDS 14586 14630 CDS_15 CDS 14718 14783 CDS_16 CDS 15228 15701 stop_codon_2 stop_codon 15699 15701 gene_3 gene 1 53810 64780 transcript_3 transcript 53810 64780 start_codon_3 start_codon 53810 53812 CDS_17 CDS 53810 53989 CDS_18 CDS 54110 54283 CDS_19 CDS 54368 54463 CDS_20 CDS 54765 54902 CDS_21 CDS 54979 55298 CDS_22 CDS 55645 55915 CDS_23 CDS 56127 56166 CDS_24 CDS 60333 60373 CDS_25 CDS 60459 60536 CDS_26 CDS 61439 61579 CDS_27 CDS 63209 63285 CDS_28 CDS 64182 64346 CDS_29 CDS 64606 64780 stop_codon_3 stop_codon 64778 64780 gene_4 gene 1 67248 73131 transcript_4 transcript 67248 73131 start_codon_4 start_codon 67248 67250 CDS_30 CDS 67248 67738 CDS_31 CDS 71170 71266 CDS_32 CDS 71485 71664 CDS_33 CDS 72914 72988 CDS_34 CDS 73072 73131 stop_codon_4 stop_codon 73129 73131 gene_5 gene 1 76765 77448 transcript_5 transcript 76765 77448 start_codon_5 start_codon 76765 76767 CDS_35 CDS 76765 76818 CDS_36 CDS 76904 76995 CDS_37 CDS 77081 77128 CDS_38 CDS 77331 77448 stop_codon_5 stop_codon 77446 77448 gene_6 gene 1 79785 83188 transcript_6 transcript 79785 83188 start_codon_6 start_codon 79785 79787 CDS_39 CDS 79785 79976 CDS_40 CDS 80098 80241 CDS_41 CDS 80760 80921 CDS_42 CDS 81013 81096 CDS_43 CDS 81757 81945 CDS_44 CDS 82146 82236 CDS_45 CDS 82385 82444 CDS_46 CDS 82694 82812 CDS_47 CDS 82946 83080 CDS_48 CDS 83159 83188 stop_codon_6 stop_codon 83186 83188 gene_7 gene 3 84189 93231 transcript_7 transcript 84189 90389 start_codon_7 start_codon 84189 84191 CDS_49 CDS 84189 84261 CDS_50 CDS 85466 85569 CDS_51 CDS 85656 85763 CDS_52 CDS 85884 86003 CDS_53 CDS 86904 87077 CDS_54 CDS 87212 87303 CDS_55 CDS 87509 87627 CDS_56 CDS 88537 88660 CDS_57 CDS 88789 88912 CDS_58 CDS 89460 89528 CDS_59 CDS 89676 89767 CDS_60 CDS 89901 89978 CDS_61 CDS 90060 90136 CDS_62 CDS 90259 90389 stop_codon_7 stop_codon 90387 90389 transcript_8 transcript 91954 93231 start_codon_8 start_codon 91954 91956 CDS_63 CDS 91954 92029 CDS_64 CDS 92146 92363 CDS_65 CDS 92665 93231 stop_codon_8 stop_codon 93229 93231 transcript_9 transcript 84189 93231 start_codon_9 start_codon 84189 84191 CDS_66 CDS 84189 84261 CDS_67 CDS 85466 85569 CDS_68 CDS 85656 85763 CDS_69 CDS 85884 86003 CDS_70 CDS 86904 87077 CDS_71 CDS 87212 87303 CDS_72 CDS 87509 87627 CDS_73 CDS 88537 88660 CDS_74 CDS 88789 88912 CDS_75 CDS 89460 89528 CDS_76 CDS 89676 89767 CDS_77 CDS 89901 89978 CDS_78 CDS 91917 92029 CDS_79 CDS 92146 92363 CDS_80 CDS 92665 93231 stop_codon_9 stop_codon 93229 93231 gene_8 gene 1 93917 111877 transcript_10 transcript 93917 111877 start_codon_10 start_codon 93917 93919 CDS_81 CDS 93917 94007 CDS_82 CDS 102180 102269 CDS_83 CDS 102347 102422 CDS_84 CDS 104589 104667 CDS_85 CDS 105826 105954 CDS_86 CDS 107366 107464 CDS_87 CDS 107557 107655 CDS_88 CDS 107745 107877 CDS_89 CDS 108370 108462 CDS_90 CDS 109280 109391 CDS_91 CDS 109686 109774 CDS_92 CDS 110231 110337 CDS_93 CDS 110495 110574 CDS_94 CDS 111553 111595 CDS_95 CDS 111764 111877 stop_codon_10 stop_codon 111875 111877 gene_9 gene 1 122366 123421 transcript_11 transcript 122366 123421 start_codon_11 start_codon 122366 122368 CDS_96 CDS 122366 122575 CDS_97 CDS 122683 122769 CDS_98 CDS 122934 123140 CDS_99 CDS 123230 123421 stop_codon_11 stop_codon 123419 123421 gene_10 gene 1 125609 128561 transcript_12 transcript 125609 128561 start_codon_12 start_codon 125609 125611 CDS_100 CDS 125609 125780 CDS_101 CDS 126040 126105 CDS_102 CDS 126226 126372 CDS_103 CDS 126655 126768 CDS_104 CDS 126925 127014 CDS_105 CDS 127093 127215 CDS_106 CDS 127444 127664 CDS_107 CDS 128550 128561 stop_codon_12 stop_codon 128559 128561 AUGUSTUS_tom_ugs de novo gene_11 gene 1 3372 200 transcript_13 transcript 3372 200 CDS_108 CDS 276 200 CDS_109 CDS 1178 1110 CDS_110 CDS 1336 1283 CDS_111 CDS 1543 1498 CDS_112 CDS 1656 1619 CDS_113 CDS 2433 2387 CDS_114 CDS 3031 2788 CDS_115 CDS 3238 3141 CDS_116 CDS 3372 3342 start_codon_13 start_codon 3372 3370 gene_12 gene 1 22112 21291 transcript_14 transcript 22112 21291 stop_codon_13 stop_codon 21293 21291 CDS_117 CDS 22112 21291 start_codon_14 start_codon 22112 22110 gene_13 gene 1 30999 27592 transcript_15 transcript 30999 27592 stop_codon_14 stop_codon 27594 27592 CDS_118 CDS 30999 27592 start_codon_15 start_codon 30999 30997 gene_14 gene 1 138586 137945 transcript_16 transcript 138586 137945 stop_codon_15 stop_codon 137947 137945 CDS_119 CDS 138586 137945 start_codon_16 start_codon 138586 138584 gene_15 gene 1 139385 138795 transcript_17 transcript 139385 138795 stop_codon_16 stop_codon 138797 138795 CDS_120 CDS 139385 138795 start_codon_17 start_codon 139385 139383 gene_16 gene 1 143165 139443 transcript_18 transcript 143165 139443 stop_codon_17 stop_codon 139445 139443 CDS_121 CDS 143165 139443 start_codon_18 start_codon 143165 143163 gene_17 gene 1 144350 143289 transcript_19 transcript 144350 143289 stop_codon_18 stop_codon 143291 143289 CDS_122 CDS 144350 143289 start_codon_19 start_codon 144350 144348 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 8040 8052 match_part 1.000 8217 8307 match_part 0.988 8422 8837 match_2 match_part 1.000 9347 9411 match_part 1.000 9528 9605 match_part 1.000 10353 10588 match_part 1.000 10691 10739 match_part 1.000 10846 11030 match_part 1.000 11654 11843 match_part 1.000 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_3 match_part 1.000 10865 11030 match_part 1.000 11654 11717 match_part 0.989 12018 12107 match_part 1.000 13328 13401 match_part 1.000 13495 13537 match_part 1.000 13635 13702 match_part 1.000 14586 14630 match_part 1.000 14718 14783 match_part 0.990 15228 16039 match_4 match_part 1.000 14801 15276 match_5 match_part 0.945 15394 15740 match_6 match_part 0.914 21171 21541 match_7 match_part 0.997 27357 28622 match_8 match_part 1.000 50999 52177 match_9 match_part 1.000 53889 53989 match_part 1.000 54110 54283 match_part 1.000 54368 54463 match_part 1.000 54765 54902 match_part 1.000 54979 55298 match_part 1.000 55645 55915 match_part 1.000 56127 56541 match_10 match_part 1.000 60214 60373 match_part 1.000 60459 60536 match_part 1.000 61439 61579 match_part 0.974 63209 63285 match_part 1.000 64182 64346 match_part 1.000 64606 64625 match_11 match_part 0.967 60284 60373 match_part 1.000 60459 60536 match_part 0.993 61439 61579 match_part 0.987 63209 63285 match_part 0.994 64182 64346 match_part 1.000 64606 65067 match_part 0.708 66363 66386 match_12 match_part 1.000 62589 63285 match_part 1.000 64182 64283 match_13 match_part 1.000 71254 71266 match_part 0.999 71485 72226 match_14 match_part 0.998 72507 72988 match_part 0.996 73072 73301 match_15 match_part 0.999 72579 73303 match_part 0.529 74066 74099 match_16 match_part 0.600 76814 76818 match_part 0.935 76904 76995 match_part 1.000 77081 77128 match_part 0.984 77331 77771 match_17 match_part 0.994 79667 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81096 match_part 1.000 81757 81945 match_part 1.000 82146 82236 match_part 1.000 82385 82444 match_part 1.000 82694 82812 match_part 1.000 82946 82999 match_18 match_part 0.942 79699 79975 match_19 match_part 0.994 83249 83572 match_20 match_part 1.000 84079 84261 match_part 1.000 85466 85569 match_part 1.000 85656 85763 match_part 1.000 85884 86003 match_part 0.994 86904 87077 match_part 0.889 87212 87238 match_21 match_part 1.000 87259 87303 match_part 1.000 87509 87627 match_part 1.000 88537 88660 match_part 1.000 88789 88912 match_part 1.000 89460 89528 match_part 1.000 89676 89767 match_part 0.944 89901 89971 match_22 match_part 1.000 89733 89978 match_part 1.000 90060 90136 match_part 0.985 90259 90713 match_23 match_part 1.000 91972 92029 match_part 1.000 92146 92363 match_part 0.993 92665 93106 match_24 match_part 0.976 93925 94007 match_part 0.944 94237 94768 match_part 0.750 95483 95506 match_part 0.714 95645 95665 match_25 match_part 1.000 102356 102422 match_part 1.000 104589 104667 match_part 1.000 105826 105954 match_part 1.000 107366 107464 match_part 0.990 107557 107655 match_part 1.000 107745 107773 match_26 match_part 1.000 109307 109391 match_part 1.000 109686 109774 match_part 1.000 110231 110337 match_part 1.000 110495 110574 match_part 1.000 111553 111595 match_part 0.991 111764 112103 match_27 match_part 0.936 122372 122575 match_part 1.000 122683 122769 match_part 0.990 122934 123140 match_part 1.000 123230 123342 match_28 match_part 1.000 125604 125780 match_part 1.000 126040 126105 match_part 1.000 126226 126372 match_part 1.000 126655 126768 match_part 1.000 126925 127014 match_part 0.989 127093 127180 match_29 match_part 0.990 127456 127664 match_part 0.998 128550 128951 match_part 0.625 129024 129031 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_30 match_part 1.000 3414 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1110 match_part 1.000 276 230 match_31 match_part 0.971 21630 21175 match_32 match_part 1.000 30417 30147 match_33 match_part 0.977 42460 42375 match_part 0.980 42300 42098 match_part 0.925 41983 41758 match_34 match_part 0.997 136706 135669 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 3414 3342 exon 3238 3141 exon 3031 2788 exon 2433 2387 exon 1656 1619 exon 1543 1498 exon 1336 1283 exon 1178 1110 exon 276 230 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 8040 8052 exon 8217 8307 exon 8422 8837 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 10865 11030 exon 11654 11717 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 exon 15228 16039 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 14801 15276 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9347 9411 exon 9528 9605 exon 10353 10588 exon 10691 10739 exon 10846 11030 exon 11654 11843 exon 12018 12107 exon 13328 13401 exon 13495 13537 exon 13635 13702 exon 14586 14630 exon 14718 14783 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 21171 21541 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 21630 21175 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 27357 28622 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 30417 30147 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 42460 42375 exon 42300 42098 exon 41983 41758 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 50999 52177 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 53889 53989 exon 54110 54283 exon 54368 54463 exon 54765 54902 exon 54979 55298 exon 55645 55915 exon 56127 56541 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 60214 60373 exon 60459 60536 exon 61439 61579 exon 63209 63285 exon 64182 64346 exon 64606 65067 exon 66363 66386 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 62589 63285 exon 64182 64283 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 71254 71266 exon 71485 72226 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 72507 72988 exon 73072 73301 gene_17 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 72579 73303 exon 74066 74099 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 76814 76818 exon 76904 76995 exon 77081 77128 exon 77331 77771 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 79667 79976 exon 80098 80241 exon 80760 80921 exon 81013 81096 exon 81757 81945 exon 82146 82236 exon 82385 82444 exon 82694 82812 exon 82946 82999 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 83249 83572 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 84079 84261 exon 85466 85569 exon 85656 85763 exon 85884 86003 exon 86904 87077 exon 87212 87238 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 87259 87303 exon 87509 87627 exon 88537 88660 exon 88789 88912 exon 89460 89528 exon 89676 89767 exon 89901 89971 gene_23 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 89733 89978 exon 90060 90136 exon 90259 90713 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 91972 92029 exon 92146 92363 exon 92665 93106 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 93925 94007 exon 94237 94768 exon 95483 95506 exon 95645 95665 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 102356 102422 exon 104589 104667 exon 105826 105954 exon 107366 107464 exon 107557 107655 exon 107745 107773 gene_27 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 109307 109391 exon 109686 109774 exon 110231 110337 exon 110495 110574 exon 111553 111595 exon 111764 112103 gene_28 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 122372 122575 exon 122683 122769 exon 122934 123140 exon 123230 123342 gene_29 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 125604 125780 exon 126040 126105 exon 126226 126372 exon 126655 126768 exon 126925 127014 exon 127093 127180 gene_30 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 127456 127664 exon 128550 128951 exon 129024 129031 gene_31 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 136706 135669 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 9540 9605 match_part 0.975 10353 10556 match_2 match_part 0.993 27357 28121 match_3 match_part 0.994 79667 79976 match_part 1.000 80098 80241 match_part 1.000 80760 80921 match_part 1.000 81013 81096 match_part 1.000 81757 81945 match_part 1.000 82146 82236 match_part 1.000 82385 82444 match_part 1.000 82694 82812 match_part 1.000 82946 82999 match_4 match_part 0.883 79678 79976 match_part 0.986 80098 80241 match_part 0.975 80760 80921 match_part 0.988 81013 81096 match_part 0.968 81757 81945 match_part 0.989 82146 82236 match_part 1.000 82385 82444 match_part 0.983 82694 82812 match_part 0.978 82946 83080 match_part 0.923 83159 83468 match_5 match_part 0.993 80778 80915 match_6 match_part 1.000 126928 127014 match_part 1.000 127093 127215 match_part 0.995 127444 127651 GenomeThreader_SGN_markers SGN marker sequences match_7 match_part 1.000 3414 3342 match_part 1.000 3238 3141 match_part 1.000 3031 2788 match_part 1.000 2433 2387 match_part 1.000 1656 1619 match_part 1.000 1543 1498 match_part 1.000 1336 1283 match_part 1.000 1178 1110 match_part 1.000 276 230 match_8 match_part 0.943 3428 3342 match_part 0.990 3238 3141 match_part 0.959 3031 2788 match_part 0.979 2433 2387 match_part 1.000 1656 1619 match_part 0.978 1543 1498 match_part 0.981 1336 1283 match_part 1.000 1178 1110 match_part 1.000 276 251 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 3428 3342 exon 3238 3141 exon 3031 2788 exon 2433 2387 exon 1656 1619 exon 1543 1498 exon 1336 1283 exon 1178 1110 exon 276 230 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 9540 9605 exon 10353 10556 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 27357 28121 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 79667 79976 exon 80098 80241 exon 80760 80921 exon 81013 81096 exon 81757 81945 exon 82146 82236 exon 82385 82444 exon 82694 82812 exon 82946 83080 exon 83159 83468 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0024A16.2 type gene exon 126928 127014 exon 127093 127215 exon 127444 127651 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 7024 8541 transcript_1 transcript 7024 8541 start_codon_1 start_codon 7024 7026 CDS_1 CDS 7024 7089 CDS_2 CDS 7809 7881 CDS_3 CDS 7977 8052 CDS_4 CDS 8217 8307 CDS_5 CDS 8422 8541 stop_codon_1 stop_codon 8539 8541 gene_2 gene 1 9548 15701 transcript_2 transcript 9548 15701 start_codon_2 start_codon 9548 9550 CDS_6 CDS 9548 9605 CDS_7 CDS 10353 10588 CDS_8 CDS 10691 10739 CDS_9 CDS 10846 11030 CDS_10 CDS 11654 11843 CDS_11 CDS 12018 12107 CDS_12 CDS 13328 13401 CDS_13 CDS 13495 13537 CDS_14 CDS 13635 13702 CDS_15 CDS 14586 14630 CDS_16 CDS 14718 14783 CDS_17 CDS 15228 15701 stop_codon_2 stop_codon 15699 15701 gene_3 gene 1 52135 56438 transcript_3 transcript 52135 56438 start_codon_3 start_codon 52135 52137 CDS_18 CDS 52135 52238 CDS_19 CDS 52406 52488 CDS_20 CDS 52876 52976 CDS_21 CDS 53453 53618 CDS_22 CDS 53823 53989 CDS_23 CDS 54110 54283 CDS_24 CDS 54368 54463 CDS_25 CDS 54765 54902 CDS_26 CDS 54979 55298 CDS_27 CDS 55645 55915 CDS_28 CDS 56127 56438 stop_codon_3 stop_codon 56436 56438 gene_4 gene 1 60275 64780 transcript_4 transcript 60275 64780 start_codon_4 start_codon 60275 60277 CDS_29 CDS 60275 60373 CDS_30 CDS 60459 60536 CDS_31 CDS 61439 61579 CDS_32 CDS 63209 63285 CDS_33 CDS 64182 64346 CDS_34 CDS 64606 64780 stop_codon_4 stop_codon 64778 64780 gene_5 gene 1 67248 73131 transcript_5 transcript 67248 73131 start_codon_5 start_codon 67248 67250 CDS_35 CDS 67248 67738 CDS_36 CDS 71170 71266 CDS_37 CDS 71485 71664 CDS_38 CDS 72914 72988 CDS_39 CDS 73072 73131 stop_codon_5 stop_codon 73129 73131 gene_6 gene 1 76765 79758 transcript_6 transcript 76765 79758 start_codon_6 start_codon 76765 76767 CDS_40 CDS 76765 76818 CDS_41 CDS 76904 76995 CDS_42 CDS 77081 77128 CDS_43 CDS 77331 77368 CDS_44 CDS 79685 79758 stop_codon_6 stop_codon 79756 79758 gene_7 gene 1 79785 83188 transcript_7 transcript 79785 83188 start_codon_7 start_codon 79785 79787 CDS_45 CDS 79785 79976 CDS_46 CDS 80098 80241 CDS_47 CDS 80760 80921 CDS_48 CDS 81013 81096 CDS_49 CDS 81757 81945 CDS_50 CDS 82146 82236 CDS_51 CDS 82385 82444 CDS_52 CDS 82694 82812 CDS_53 CDS 82946 83080 CDS_54 CDS 83159 83188 stop_codon_7 stop_codon 83186 83188 gene_8 gene 1 84189 90389 transcript_8 transcript 84189 90389 start_codon_8 start_codon 84189 84191 CDS_55 CDS 84189 84261 CDS_56 CDS 85466 85569 CDS_57 CDS 85656 85763 CDS_58 CDS 85884 86003 CDS_59 CDS 86904 87077 CDS_60 CDS 87212 87303 CDS_61 CDS 87509 87627 CDS_62 CDS 88537 88660 CDS_63 CDS 88789 88912 CDS_64 CDS 89460 89528 CDS_65 CDS 89676 89767 CDS_66 CDS 89901 89978 CDS_67 CDS 90060 90136 CDS_68 CDS 90259 90389 stop_codon_8 stop_codon 90387 90389 gene_9 gene 1 91954 93231 transcript_9 transcript 91954 93231 start_codon_9 start_codon 91954 91956 CDS_69 CDS 91954 92029 CDS_70 CDS 92146 92363 CDS_71 CDS 92665 93231 stop_codon_9 stop_codon 93229 93231 gene_10 gene 1 93917 111877 transcript_10 transcript 93917 111877 start_codon_10 start_codon 93917 93919 CDS_72 CDS 93917 94007 CDS_73 CDS 102180 102269 CDS_74 CDS 102347 102422 CDS_75 CDS 104589 104667 CDS_76 CDS 105826 105954 CDS_77 CDS 107366 107464 CDS_78 CDS 107557 107655 CDS_79 CDS 107745 107877 CDS_80 CDS 108370 108462 CDS_81 CDS 109280 109391 CDS_82 CDS 109686 109774 CDS_83 CDS 110231 110337 CDS_84 CDS 110495 110574 CDS_85 CDS 111553 111595 CDS_86 CDS 111764 111877 stop_codon_10 stop_codon 111875 111877 gene_11 gene 1 122366 123421 transcript_11 transcript 122366 123421 start_codon_11 start_codon 122366 122368 CDS_87 CDS 122366 122575 CDS_88 CDS 122683 122769 CDS_89 CDS 122934 123140 CDS_90 CDS 123230 123421 stop_codon_11 stop_codon 123419 123421 gene_12 gene 1 125609 128561 transcript_12 transcript 125609 128561 start_codon_12 start_codon 125609 125611 CDS_91 CDS 125609 125780 CDS_92 CDS 126040 126105 CDS_93 CDS 126226 126372 CDS_94 CDS 126655 126768 CDS_95 CDS 126925 127014 CDS_96 CDS 127093 127215 CDS_97 CDS 127444 127664 CDS_98 CDS 128550 128561 stop_codon_12 stop_codon 128559 128561 AUGUSTUS_tom_pot_cdna de novo gene_13 gene 1 3372 200 transcript_13 transcript 3372 200 CDS_99 CDS 276 200 CDS_100 CDS 1178 1110 CDS_101 CDS 1336 1283 CDS_102 CDS 1543 1498 CDS_103 CDS 1656 1619 CDS_104 CDS 2433 2387 CDS_105 CDS 3031 2788 CDS_106 CDS 3238 3141 CDS_107 CDS 3372 3342 start_codon_13 start_codon 3372 3370 gene_14 gene 1 22112 16701 transcript_14 transcript 22112 16701 stop_codon_13 stop_codon 16703 16701 CDS_108 CDS 16888 16701 CDS_109 CDS 22112 21332 start_codon_14 start_codon 22112 22110 gene_15 gene 1 30999 27592 transcript_15 transcript 30999 27592 stop_codon_14 stop_codon 27594 27592 CDS_110 CDS 30999 27592 start_codon_15 start_codon 30999 30997 gene_16 gene 1 138586 137945 transcript_16 transcript 138586 137945 stop_codon_15 stop_codon 137947 137945 CDS_111 CDS 138586 137945 start_codon_16 start_codon 138586 138584 gene_17 gene 1 139385 138795 transcript_17 transcript 139385 138795 stop_codon_16 stop_codon 138797 138795 CDS_112 CDS 139385 138795 start_codon_17 start_codon 139385 139383 gene_18 gene 1 143165 139443 transcript_18 transcript 143165 139443 stop_codon_17 stop_codon 139445 139443 CDS_113 CDS 143165 139443 start_codon_18 start_codon 143165 143163 gene_19 gene 1 144350 143289 transcript_19 transcript 144350 143289 stop_codon_18 stop_codon 143291 143289 CDS_114 CDS 144350 143289 start_codon_19 start_codon 144350 144348 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 108 25050 25205 match_2 match 108 25050 25205 match_3 match 108 25050 25205 match_4 match 43.1 76316 76504 match_5 match 51.2 76564 76818 match_6 match 47.8 76904 76996 match_7 match 37.4 77058 77135 match_8 match 43.1 76316 76504 match_9 match 51.2 76564 76818 match_10 match 47.8 76904 76996 match_11 match 37.4 77058 77135 match_12 match 43.1 76316 76504 match_13 match 51.2 76564 76818 match_14 match 47.8 76904 76996 match_15 match 37.4 77058 77135 match_16 match 43.1 76316 76504 match_17 match 51.2 76564 76818 match_18 match 47.8 76904 76996 match_19 match 37.4 77058 77135 match_20 match 82.8 122934 123140 match_21 match 105 123582 123881 match_22 match 101 123227 123400 match_23 match 216 124131 124511 match_24 match 41.2 54759 54905 match_25 match 183 53822 54472 match_26 match 112 54982 55299 match_27 match 102 52573 52770 match_28 match 57.0 52839 52976 match_29 match 50.1 52407 52487 match_30 match 27.3 91954 92031 match_31 match 113 94236 94550 match_32 match 203 92665 93270 match_33 match 204 93461 94009 match_34 match 106 92145 92363 match_35 match 108 25059 25205 match_36 match 83.2 122934 123140 match_37 match 97.4 123227 123400 match_38 match 216 124131 124511 match_39 match 83.2 122934 123140 match_40 match 97.4 123227 123400 match_41 match 216 124131 124511 match_42 match 150 92665 93255 match_43 match 133 93437 94009 match_44 match 107 24990 25205 match_45 match 107 24972 25205 match_46 match 106 93458 94009 match_47 match 105 25035 25205 match_48 match 117 93464 94009 match_49 match 122 92665 93150 match_50 match 54.3 122949 123110 match_51 match 170 124131 124511 match_52 match 94.4 123209 123400 match_53 match 105 93461 94009 match_54 match 131 92644 93195 match_55 match 121 93461 94009 match_56 match 118 25017 25292 match_57 match 109 93437 94009 match_58 match 146 92665 93270 match_59 match 128 93437 94009 match_60 match 150 92650 93132 match_61 match 145 93452 94030 match_62 match 166 92659 93264 match_63 match 109 94236 94514 match_64 match 105 123582 123881 match_65 match 84.7 122934 123140 match_66 match 96.7 123227 123400 match_67 match 218 124131 124511 match_68 match 105 123582 123881 match_69 match 84.7 122934 123140 match_70 match 96.7 123227 123400 match_71 match 218 124131 124511 match_72 match 39.3 54747 54908 match_73 match 167 53822 54472 match_74 match 113 54982 55299 match_75 match 100 52573 52770 match_76 match 56.2 52839 52976 match_77 match 47.8 52407 52487 match_78 match 121 93476 94009 match_79 match 138 92644 93150 match_80 match 121 93458 94009 match_81 match 125 92665 93150 match_82 match 140 124131 124508 match_83 match 128 124131 124508 match_84 match 114 25056 25205 match_85 match 106 25053 25205 match_86 match 175 124131 124511 match_87 match 175 124131 124511 match_88 match 147 124131 124511 match_89 match 123 124131 124511 match_90 match 122 124143 124508 match_91 match 112 25020 25205 match_92 match 112 25020 25205 match_93 match 57.4 52404 52487 match_94 match 226 53822 54472 match_95 match 69.3 54762 54902 match_96 match 115 52573 52770 match_97 match 183 54976 55299 match_98 match 68.9 52839 52976 match_99 match 137 55643 55864 match_100 match 163 52135 52770 match_101 match 226 53822 54472 match_102 match 69.3 54762 54902 match_103 match 183 54976 55299 match_104 match 68.9 52839 52976 match_105 match 137 55643 55864 match_106 match 210 53825 54481 match_107 match 58.9 54762 54896 match_108 match 157 54982 55299 match_109 match 136 55643 55864 match_110 match 124 52573 52770 match_111 match 54.7 52404 52487 match_112 match 50.1 122985 123110 match_113 match 176 124131 124511 match_114 match 91.3 123227 123400 match_115 match 112 93437 94009 match_116 match 119 92650 93150 match_117 match 106 25020 25205 match_118 match 110 24972 25205 match_119 match 117 93440 94009 match_120 match 110 93461 94009 match_121 match 25.4 91972 92031 match_122 match 125 94236 94562 match_123 match 214 92665 93270 match_124 match 200 93431 94009 match_125 match 103 92145 92384 match_126 match 141 124131 124511 match_127 match 107 25056 25205 match_128 match 114 93437 94009 match_129 match 124 93458 94009 match_130 match 128 92644 93150 match_131 match 130 93434 94009 match_132 match 107 25035 25205 match_133 match 107 25035 25205 match_134 match 112 24966 25205 match_135 match 112 24966 25205 match_136 match 112 24966 25205 match_137 match 57.4 52404 52487 match_138 match 226 53822 54472 match_139 match 71.2 54762 54902 match_140 match 67.4 52839 52976 match_141 match 184 54976 55299 match_142 match 119 52573 52770 match_143 match 136 55643 55864 match_144 match 108 25032 25298 match_145 match 136 68692 68922 match_146 match 110 93461 94009 match_147 match 120 25020 25205 match_148 match 166 53825 54472 match_149 match 111 55060 55389 match_150 match 95.5 52558 52770 match_151 match 62.8 52839 52979 match_152 match 47.8 52407 52490 match_153 match 121 93467 94009 match_154 match 122 92644 93150 match_155 match 107 25035 25205 match_156 match 117 92644 93225 match_157 match 113 81679 81948 match_158 match 49.3 81013 81096 match_159 match 97.1 80760 80921 match_160 match 182 124131 124508 match_161 match 118 124143 124493 match_162 match 172 53822 54472 match_163 match 115 54982 55389 match_164 match 96.3 52546 52770 match_165 match 58.5 52839 52976 match_166 match 120 93455 94009 match_167 match 123 92665 93141 match_168 match 114 92656 93186 match_169 match 78.2 122934 123140 match_170 match 109 123582 123881 match_171 match 105 123227 123400 match_172 match 229 124131 124511 match_173 match 49.3 122985 123095 match_174 match 166 124131 124508 match_175 match 91.3 123209 123400 match_176 match 116 25032 25205 match_177 match 108 25041 25205 match_178 match 25.0 91933 92031 match_179 match 124 94236 94565 match_180 match 201 93461 94009 match_181 match 218 92665 93270 match_182 match 103 92145 92384 match_183 match 109 10352 10588 match_184 match 134 24966 25205 match_185 match 51.6 76310 76507 match_186 match 69.3 76564 76836 match_187 match 38.9 77058 77132 match_188 match 50.8 76907 76996 match_189 match 108 25038 25205 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_190 match 295 143018 140541 match_191 match 412 138835 137975 match_192 match 2550 144365 138867 match_193 match 271 143018 140802 match_194 match 392 138835 137969 match_195 match 2431 144308 138867 match_196 match 249 142991 140967 match_197 match 237 140402 138915 match_198 match 124 30279 29572 match_199 match 120 28209 27625 match_200 match 108 30162 29125 match_201 match 123 130096 129692 match_202 match 82.0 130863 130660 match_203 match 90.5 131439 131203 match_204 match 45.8 131101 131009 match_205 match 52.4 130556 130467 match_206 match 82.0 130863 130660 match_207 match 90.5 131439 131203 match_208 match 45.8 131101 131009 match_209 match 52.4 130556 130467 match_210 match 142 138832 137990 match_211 match 337 143036 140766 match_212 match 1287 143084 138906