C02HBa0280E02.2 AACTGGTTCTCAGCTGAAAAATTCATCATCTGCTTACGCTAATAATGGTGCTGATGCAGA ATATATCACTTTCACTGTACAAAGACCTGCCTGATGGGAACTTTGTCTTCAAGCTGTGCT ATTACCAGATGAGACGATAACATTTCCCTCTGCCAGAGGACTACAACCTACTTGGATATG CTGTTTTTCCGACTGTTCTGCTTCGTTTGTGGGAAAGATTTCTGTCTGAAGGGATGGGCA TATTTTGTGGACATGCAACCATGTTGACTTCCAGAAGCTGTCCCCTCCTACAGGATTACT TGGCCCCAGAATTCCACTTGTTTTCATGACAAGTAGAGTGTTCTTTAGGAGCTCGGAAAT GAGTTCAGGGATCTTTTCACTCCATTTCCCTTTAAATTTCACCTTCATGCATCTCTCTGT TAGACTCAAGACCCCTAACCACAGTTTGCAAAAGGATGTCGACTGGGAGAGATGATTCAA AGACTGTAAAAACATTTTGAACATGAGCTTCAGTGCCAAAACTATTGCTCCTTCAGTGCT CCTATAATCCTTCACAAAGCTCGGCTGGGCAAGATTGAGTAATTCATCTAGTAATGTAAA TATCACCTGATCAAAACATTGCAACCACAAATCTTCAGGGATATGGATCCCATCAACTCC AGTCAAGCACATCTGCAGCATCAAGATGGCATGATCCCTTACCTCTTCTCTCCTGTCTTT ACAAAATTTACGCAGTCCCTGTATCAGCCTGAGCCACATTTCTGTTATATCCTGGGTCAT TTTTACAGCAGCCTCCTGCCCAAGTGCTTCCTTCGCCTGGTGAGACCATCTAATAAGAGA GATAAGTGATCCAGCCATCAGGTCTAAAGATCTCACAGATTGATCAACATTCCCAACATG AGAATCAGCAAACTGCGCCGCCACATTCAAACAGAGAACATAATTAGCAGGCAAGAGGTG GGCCCCATCTGCCATGATGAACACTAGTGTATCAAAACCTGTTTCAGATGCTTCGGGATG CCGAGCAGTAAAAGAAAGCAGAGATATGATTGTCCGCCAGCCTATATGAGATCGTATCTG CATAGCATTTGCTTTGACAAGGTGCATAACCTCCCGGGTTATCTGTTCAAGAAATGCATC AGCAACCCGAGCATCAAGCTTTAAGATAAGTTGCAGAGACTTGAGAAGCTCATCTGTGAG ATTTTCCTTGTACGGAAGTAACCTTTGGCATATGCGAAGCAGACCAAACACAGCCTTCTC TATCAAAGTAGATGGCATTGTTGTTAAATGGACAACACTTGCTATATGGTCATAGACGAC CTGCCAAAGAAGCATTATTCTGTCACGGTTATTTATTGTGATAGCAATAAGCAACTCTAG ACAAAATACTGCAGTCTCTTCGTCTTCCAGAGAATTGTTTCTTTTGCGAGGCTTGCCTGC AGCCAACACAACGGCCCGAACAAGCTGTAACAGGGACTCAGCTTGCAAAAATTTACTCTC GGCAAAGATGCTATCAACGTGACAGCTCTGAATTGTCTGAAGAGTCTGCTGACGTGCGGC AAGCTGTTGTTCATTTGGCTGTGGTGCAGGTTCTTCGTCAAGATATAATAGTTGGCTAAA CACCCCCATTAAGCCAGATGATTTTCTTGATGGAGTCGATGAAGGAAAACGAGATGGTGA TGGAAAAAGTGCAGTAGGTCTCCTAGGGTCTGCATCACCAGTAGACTCCAAGTCATCAGC AGCATCACTAAATAGACGTGTGGGGAGAAGGCCCAATTTGTGCAAACACAAAATGCAGTC TAGGATGTTCTTCCAACCAGAGCGAATGTGATCTCCATATTCGTTCGCTAATGTAAAGAC TGCTAATGTGGCCAATCTAGCTTTACCATCTTCCGCAAATGCAACAGTAAATTCATCAAC ATAAGATGGAAGCAAAAGGGTTGTGAACTTGCAAAGAGATACTACTAAATCATTTAACAC ATCATCGAAGCTATAGGCAGCTGCAATTCTGGCAATGGCAAGGAATCCACTGATACATGT TTCCCAAACATCCTCTTGCTCCACATTATCAAAAACCACAGATATGGAAGCAATTGCAGG ACCAGACAACATAGCAAACATATCATAATCAAGATATGGACCAGGATCACAGATAATATA TGGGGAAGTTTGCCTTGATTTATGAACTAGACCAATCCAATGGCTTGGTGCCATCATTGG AATACCAGCACCTCGATCTGGGGTAATTCGGATCTCATCCTCACAAATGGAGCGGTAAAG CTCGGACAAAAATTCCCGAGGGAGGTCATTTCCTCCGTTTATCCTCCGGTTGTTCCGGAT GAAATCTTCCTCCGTCATCTTCTTTTTTACCTGGGCATTGTGTTGATCTGTGTTGAGCAT AATAATTGAATATGACAACAATAGTGCAGCATCTTTGTCAGCCAGAATATTTTGCGACTG CTCGTAATATCGCTCAGCAAATGCCTCAAGCACCCTCTGTATTTTCTGAGACTCTCCAGG CAATCTGAAGGTTTCTAAAAAGATTCGCAAGGCTATGTCTAAGTTCATGCCCCGAAAATC AAATGTTCCTGCAAATTCGTGAAGCACTTCAATATAGAAGTCTTCATGACTTCCTAGGAA ATCCCCAATAAGATTCTTATCTAAGCCAGTCGTATACCTGAAAAAGCATGCTACACTTTT TGGGTCACGTTTCTCAGGTAACAAATGCACTCCTTGGAGAAAATCCATACCCTTTTTTGG ATCTCGGTTAAAGTGATCAACTCCAATCAACAATTTCCTCTTTATGACCTTCATCTTACG AAGATATGGAACCCAATGATTAGGATCACTGTAGTCCTTGCATATCTCTGTCCAAAACGA TCTATATTCACCCAGATCTATTGAAGCTTGATCAGAAACAAATGAATCCTGGCTAATTCT CTCGGCCATTCCCTCCATCATGGCAATTAGACCATCTAAGGCGAGCGTATTTAAAGCTGA TAGTGGGATGTTGACCGGAAAGGAACTCTTGGATAACAGGTTTGCAAGGTCTTCAAATAC ATTGCTGCAAGATATGTCACAATCAAAATTTGCATACATCTCAGGCATGAACATGGGCTG TCTGCAGAAGTCAACAAGAGTTTCTATGGCAACCTCTTGTTGTTGATAATAAGTTCCATA CTTGCTTTGGGCAATCCTCAATAACACACCAGAGAAGAAAGTTCCAAGCTGTAGCTTTAA CTTACTACGCATATGATGATACAAATTTAGAACAATGCTACAAACTGTTGAAAGAATTAA AGGACTCATAGACAAGCCAAAACGCATCAGATTGTGGAACAAGTCTTTCTGTATCAGAGC CAATAACTCAGGATGATTTCCAGATGAAGCACCACTTACTTCTATGGCTGAATTAATTAA CCCCAGTGCAAACAAGGGAACATCTTCATCATATGCTATAGGGTTGGATCTAGAACCAAT TTCAATGGACTCCATCACATTCAGAAGAGAACACAGGAAATGAAATATCTCCACCATGCA GGGGACCCCATATGGATCCATCATAGGGTTTTCTCTATTACTAGCAATCTCCTCCTTTTG AGTTTTTTCATCCGTTGTTCCATCCCTCTTGTCTGATGCATTGGAAGGAACTGCAGCTGG TGCTGACTTACCAGTGGATTCTGCACTAACACAACCATTGTCATGTTGTTTTTCGCCTGC CTGCACAAAAGTAAGTGACGATAAACAGGAGATACTGGCCTCCACTTTTAGTGAGTTAAG GGGTCAAAGCTATGCAATATAAAAATGTGTCTAGTGTTTCTTCCATTTTGTGCATACTAA ATTATGCTTCAATTAAAGGCTAAAATAAATAGATATAAATAGCAAAGAAATAACTCTTCG GGATCTCTTTAGTCCTGTATCAAAACAACAAAATAGGAGAAAAAAGAAATTATTGCAAAT CACTAAATGCATGTATCCTTGAGGGGGGGAATTTCTCTGTTCAGGTCTAGAAATGAAAAT AATATCTCTCACTTTGGTTGGACAACTAGGTGGGTAATGACTCCTTGCAGGAGTTAATTT ACTTTGGTAGTTAACAACTAATCTTCTTTGGTTGATAGCAGTCGTAATGGTATTTGGAGC ATAAAGATTTCTAGAATTTCAATGACTGGGAAGATTTTTTTTTTTAATTTAAGCCATCAC AATCACAGCTTAAAGCTAAAAGGCGTGAGGGGTTTGGCTTGACCCCTACCATGTCTCTCC AACATTAGTTACACAAAAACAGAGGGGGGTGATTAGACTTGCTTAATATTTCAATTTCCT GAACGTTTATCAGCAACTATCCAGAACATCTGAGTTTTTACAGTGTGTTTTTTGTCATCA TTTATCAAAGAAGGAACATAAATTATCAAGAATACCAAGAAAGGTGAAAGAGTATAATTA AGTGTGAAACTCGTAGATTGGTAGACATTAGATAAGGGGAATGATGCCTAATTAATTCCG GGTTCCAATTTTGAGATGTCATAGAATGATCATTCTGAAATAATTCGGATATTTATTCAG TAATAACTAGTTTAGGACATTTTTTTAGATAAATAAGTAAATTGAATATGACTATAGGGT GCATTAGTTGTTGTACATTCCTATCATCTATAAATCCAATCCCCATCAAGCTAACAATCC TTGGCAGGCTAACTACTTCATGACAACAATAATGGACTCTGAACTAACCATTAAAGGAGT AAAAATACACATGGTCAGTCAAAAACTGAAATTCTAAAATTACAAGAGACAAGTACTGTA ATTCAAGGACTTCTTGAACAGTTATCTGGTCAAACTGAAGCAATTACATCAGAAAGTTCA GATTTAGACAAGATTATGGCAGAAATGTTGAGTACTTTGGCCTATCACCAAACTCATCTA TGAGATGAGGATAAGCCACATGCAAACTCCAACAAATTATGAATGAGAGCAAAAGTTAAC AAGGTTTGAATAAGGGTCACCATAGGCTCAACCCAAAAGGCCAATTTTCAATTCTAATAT TTATTTTTTAATTTCAACTGAACATTTAACAAGTCATTTCTGGCCAAGAATCACTAGCAC ATGCAGCTATGGTCTCATTCAAAAGAAACATAAAAAAAATCATAAAAGCAAATGTAACAA TATAAATCGAGAGTCCCAATTACCTCTGAGTCAGCACACAATCTGCTTTGCTGATCAAAT TCATGCGCTTTGCTGATAATGTTAGGCAGGTGAGCGAAAATGTGTCTCACCAATTCATGC ATTGTGTGTCTTGCTATTCTCTGCAGCAGTTCACTTTTGGCACTAGCTTGATGAACAAGC CGAAAGCAAGTGTTTACAATGTTGCACACGTGATGATTACTTAAATTTTCTGATGCCTTA CTTTTCATGCAAGCCAAAAGAACCTGAAGTATCTTCATCAGTACCACTTCCTCAGAGGCA GGATCAGTCACTTCAAAGCGGCAACTTGTCACGGTCTCAACTATCTGATATAAAGCTTTC TCCACATTCATGATAGATGAATCAATTATTTCAAGGGTTAAGAATTTGTAAACAGAAGAC AGTGCAACACCGGTTATTGGTGCACCAGTTTCATCAGATTGAATCACATCCAAGAAAGGC TGAAGATATAGGAGTGGATCAACTCTGTTCCAGTGATGTTTCCATGAGAAGACATTTTTC CGTAATTCCTTGAAAGAATGTATGAGAGGATGCTCTAGCTGATCATCAGCAGCAGCATAA TGGAACCCCCACCTTACATTTCTCCTCATAACGGCCAAAACAGCACCAATTTCTGAATTT ACCATACATGCTAAGGCACCTTTGGAAGGCTTTACAGTGCAATCATTGGGTTCTGAAAAT GGAGTATTGACTTCACTCTGCTGATTGAGGCACCCCATCTTGATTAAACTTTTAATTTAG TTCACTTCAATTGTAAAAGAATCAAAAGGCTACAGAACGAATCAAGCAGCATCTTGCTAA ATCATTTCCTGAGCATCAACAAATTGGTTTAGTATAAGACAGTCAACCCTTATAAGTAGA TAAAGGCAAGTGAAACAGTTAGTGAGATACCAAAAATCAACTAGCTACATTTCATTCACA GTGGCAAACGACTGAGATATCGTTAAAAGATTAAAAGGCTAAGAGTTATTAGAAGAAGAG TGTAATTATGAACTGCCTGTTTAAGGGCAAAATGCACAACCAAGTATAGCTAGTAGATGA AGCGCCTAATTCCTTCAAAAGAAAGAGATCAGCAAACTGAGTGAGATGACTAGAACCATT TGCTTTTGAAGGAATATCTCTGTAAATTATCTTTTGCTTTTGCCAATAAAAAAGAAAGAG ATAGGGGCAGTAGTTAACATTTTTTTGTTTTAAAACGCTACTAAATGGTTTTTCAGTAAT TTGGTAACGTTGGTAAGTGAAAAAACTTACAATTTCCTGAATTATTGATAGTTCTTCTCC ACCTTGAATATTTTATTAGAATTCAACTCTACTCCAAGTACGCTTCTAGGCATCCAAATG TCGAAGTCTCTGCCGCTTTCAAATGTTTAAATCACTCTTCTCTCTCTCTTAAATGCTCAT CTTTCTTCCTGATTAAAAAAAATATTTCTTTAACGCAACAACGGAAAAAAAAGAAGTAAA ACGGAGTACAACCACGACTACAATATTGTATTCATTTACTAGATCATTCTGTCAAGATGT AAAAAAAGCTTTGTCCTCCCATAGATCTTTGCATTCTTTGAAATATTAAGATGAAGCTTT GCCTTTCAGCATTTTGCAATCAATACAGAACTTCACCTAAATAGATCAATGAGAACCCCT AATACATCTTAAATGAGCACCATTTGAACAAAATGAATATAGAATTTGTATAACTGACTG GCACCCACGGGTGTGAGCTAGTGGCCAATCAAGTGTGTTGAACGCCGTGAGGTACTACGT CCAAATCCCTGCCTAGACAAAACATTAAGTGATTTCTCCCATTTGTTCTAGACTTCATGG ATAGACTCACCATGTACCTGATGTTGATGGGAGGTTTCCCGTGAAAAAAAAAAGATTGTA TAACTGAATGCAACTAGATTGTGATTGAGATATAATTAATTTGTACAATTTAGTTACCAT CACAAGAACCCCAATCTCCTGAAACAAATAATCTCATCCCAAAAGCATAAACAACAGGGA AAAAAAATGACTCAAAATTCAGAACAACCACATTTCGACTCACCATGAAACCAACCCAGG GGTTTAGTTTACGGCATATAAAAGATCACAAAGAAATGATCTTTACACAACCAATAAAAT TCAAATCGCCTTTGAGATTTTCAAACGCACATTATTATATAAATTGTCTCACGATGTCAC ATCACTTGTTATTGCGCGAGAAAATTCAGAAACAAAACGAAAATTATAGCAAGAAATTCA AAATGCCGGATCTAAATCAATCATCAGAGACATATAACAGAAATCAAAAATATATCTATA TAGCTGAAGATCAGTATGGAGCATGGATTTCAACTTTTATGATTATATACATATGAGTGA TTCATAGGATCCAGAAGAAAGTGAAATTTACCTTATACACAATATTGAAAGCTGCTCGTA ATAGGGTCATTGCAGTTGATATTTTTTTTTGGTTTTTTTGCAGTTGATTTTGGAGGGGTC CTCCTTGTCGATCTTTAGACAACGGGTTAGAAATCAATATTTTTTTGTTTTCATTATTAT TCACTCTTTTTGTATTTACGTTTTCTATGTTTAAATGATTATAATTAAATTATTCATTTA TTGTTATTGGGTTATTACGTTAATGGATATGTAAGTTATCGGTTAATGGATTCGTAAGTT ATGGGTTTATATTTCAATTTTATGATTGTTAAAGCGATAATCTAATAAGATTATAAAAAT TATTGTTTTACCTTAATAGTATGAGGAAAAATTACGTGGATATGCAAATCTATACTTGTT AATTAGTTAACGTATAGCTATAGTTTGAATTAATAAGGGTCGCAAGTTAATTTTAGTTGT AATTACGTCGCTTATACATATATACATACAGTTATATGACACATTTATGGATACAATTAG CATCTCTCCACTCTCGGTCCTCTATCGCTCGCCTTCTCTCCTCCATCTCCAATTTCGCTC GCGAAATATACAAATACATATGTATTAACAATAACATATATACAATTATCTTATACGTAT ACAATTCACTCTCTCCACTCTCTGCCCTCTCTAGCTCGCCTCTTTCCTTCCTCTCCCAAT CTCGCTGTCAGATTTATAAATGCTGATGTATATCAGTTATATATATATAATTATTTGATA GATATATATATACAATTCGACAGATATATGTATACAATTCGCCTCTCTCGATTCTTTGTC TCCTCTCATTCGTCTTTCGCCACCATCTCCCAATCTTGCTCGCCTCTCTTCTCTCTCTCC TAATCTTGCTTGCTACTCTGTTCCCTCTAACATGTAGCTACAAATCGTAATTAGCAAACT ATAGTTATAAAGCATAATTAAATTATTTTTGAGTGGCTATATGCGAAAATAACATTTTAC CAACCCTGTCATCTAATTTTTCATATCACTTTTGATTGTAGGCAACACAAACTAGCCGCT CTATTGTGAATTTTCTCTCTTTTCGACAAACTAGTATTATCTTCTCTCTATTAGATTTGA TTGTGACAAAAGACATATAATTAATGTCGTTTCTGTAATTTATTATATGTTTTTTTGTGT GAAGAAATTCGAACAACTGCATCGCAAACAAAAGTGATAAAAGTAAAAATTTGTGTTACA CTTATTGATTACACCGAATGTTGAACCTTTGTGAATCAAAAACCGATAATAAATATCTTA TTAATTTGATTATTAATTTAGTTTATTCACAATTGAAAACTAATGTTGGAGGGTGGCTAG AGTGCCCTCGTTGACATCTTCTTTTAGTTGATGATGAAGCAATCAGCAACACCACATGGC ATCCCATAACAAAAGGGGAACTTCGAAATGAATCTAAGTAAACAAAAACAGCAGAACAAC ACAACACATTTGCAAAAAAATACGGATAGTCTATTTTATTGCCACTCAGTATATAGTTGT GTAGATTGTGATCAATGTTGAAAAGTAACTATGAGCTAAAACTTTTAAACGCCAAGTAAA AAATAAAGCAAATAAGTGCATCTTTTATAAAAAGGAATTTTCAAGAAAGACAAGTAGATA GTTTTGAACATTTGATCTCTTTTTCCAGTTTGTGAACATTTTAAGTTTAATAGTTTTGAC TTCTGACATCAAACAATTTACCTATAAAGTAATCAGAATCAAGTTCAAAGTCACTCGTTA CTAAGATCATTTGTCTAATTTTAATATGGGAAAAATTCACTAAATATGTATCGAACTGAT CGACAAGTGGACTTATTCTAGTGACCAAGTCAGGCCACAGCCTCTGATTTTTGTACTATA AATTAACTCTTTTTCTCTAAATAAAAGGAAAGCTTAAAAGAGAAAGCAACTCTTTTGCTG GGTCAAACCATATATTAAATAACAGTATATGCCTTTTGTTTCTTATATTTTAGTAGTAAT AATGTATATACTAAAATAGTGTCCTCCATATGTTGCCATAACAAAGCCAAAGCAATAAAA CAAAATGCATCTTAACAAACAGGAAAAGCACCTTTTACCTCTAACAATTTGCCATTTGAC AGGATATTCCTTCTCCCATTCATATAAAAATATGAAATTTTAACATCCCAACTTACTTGT GTATAAAAACTACAAACTATCCATTCTTGTTTATCGCACACGATGCCTAATATCCATCTT TTACGATTAGAACTATCTAATCTCATTCGCTCTCTCAGGGAGAGGGCAATTATAACAAAT TAAGCACATGGGTAGGAAGAGAAAAGCTGAAGGACTCATGAAAATTCAACGACCGCGGAA GAAATTTGTTGGAGTTAGACAGAGGCCATCAGGCAGATGGGTTGCTGAAATAAAAGACAC CATACAGAAAATAAGAGTATGGCTTGGGACTTTTGACACTGCTGAAGAAGCAGCAAGGGC TTATGATGAAGCGGCTTGTTTGCTTCGTGGACCAAATACTCGCACGAATTTCTGGACTTC TTCTTCTCCATCTTCCAATTCAGCTCTGCCTCAGAAAATCACTAAACTTCTTCTCAGCAG ACTCAGAGAACAAAACAAATCTGCTGCTGCTGCTGCTGCTGATTCATCCAGTTCTACTAC CTCTCTGGCTGAAATTGATCATCAGCAGCAGAAGCAACAAGAAAAAATCGGAAACAGAGT AGTTGATTTTTCAGATTCGTTGTATACTGATTATCTCAATTACCCTGAAGATAATGTAAC TGAAAACAACGTGATTGCTCCAATTACAAGAGAATTAACAAGCATAGTTCAAAATCAGGA AATTAATTTTCAGCCTGTGAATAACTATGAGATTATAGAGATAGGAGAGGCAATTAATAT TGATGTTGAAGATATAGAGTCAGATATTGACTTCCAATTTCGTTTTTCGCCATTTGATTT AGCTGAAGAGCTATCAATGGATTTTGGGGAAGAAACATCAATTGTAAGTGAGGCAATGAG GAGGATGAATTACGAGAGGAAGTTTTCAGCTTCACTCTATGCTTTCAATGGGATCACGGA ATGTTTAAAGTTGAAGATGAAATCTGGAGGCGTAACGCGATCTGATCAATTATCCAGGAT TCAAAATGCATGCAAAAGGAACCTAGTCAAGGAGAGGGAAAACGAAGAACGCAACGCTGG CAATGACTGAGAAGAAGGATGAAAAAAAATTGTTAAACAGTGAATTCTCCCTCTCGAGCT CTATTGATCCCCCAGCAATATGCTTCGTTAGTTTAAATTATTGACAGAATCATTTGTACA AGTTAAAATTTGTGTCAATTTGTTGTATGTTTCCCAAATGGAAAAAAGGAAATGTTGGGA CTTGTTTTTATTCAGACAAACATTTCAAATTTGACACAAGAAAATCTTCGTTGGACTCCA AATGATCGTCGATAAGGGGAGAAGAGGGAATGGGTCACAGACAGACATCGCGCTCATCTT GCAGTTCAATCTGTAAGTAGATACTGTAGGTAACTGAAATTCCATAAACGTTAAAAAAGA GAGTGAGCTAGATCTCCTAGCGAATCAAAAGAAAAAAAGAGTTGCTAGGCACCTCTGACC AAGCAGGGTGGAATTTGTTAACAAGACAAAATGCAGTAACTGAGCTGGTATACCAATTAT ATACAAGCATGGGCTTTTTCCAACTTAGCTCCTTATTTCGGAGACTTTAAAGTACTCGAA GCTGAGCAAGAAAAGCAGCACAGAGATCCAGGAAGAGGAATTGTGGACCCTGAAGTCTCT GAAGGTCAAGCAAGTACTTCTCCTCCCTGGTTTTGTAAAGCTGCGCCAAAAGGAACACAA ACATCAAATAAAATTTCAGAACCATACAAGCTGTGCAAGACTCAGAAAACCAGCAGATCC AAACAATAGTGTTCCTATCCGGGCCAATTTGTGTGCACCTCGGCTAATTCCAACAGGTAC TTACTACCTCTTACCAACACAAATATCAGGTTACTTTGCCTACCAAGGTTTTGGGCAGAA GTGATCAAATCACCAAAGAAGTAAGACTTTGTCCTCTTCAGATAATACAAGGACCAATTC ACATGCATTCAAATGTTCAAACCAACCTAAAAAGCACTTTTCTGAGTCACCAGTGAGGCA GTGACAACCCCCCCTCAAATTCTAATAATAGAGGTAAATCTAACAAAAAGACCAGCAACT TGGATTTACAGTATCATAAAATTCGACATGGTGAGATTTAGTCACAAGTAATTTTCCAAA GATTTGCATCTAAAACACATAGGCAAGCACAAAGAACCGAGCTACTTTCTTAGAAAGAAT ACAGGGATACAAGTAAGACTTCCACCAATTATGTGCAACATACTTCATTACTGCTAGTGC AGACTACTTTCTCACCCAATTCTTTGTTAATGTCATTAAGATTGACCGTGTTACTAAAGC TTTTCTTATTTTCATGATATACAAGTGCCCTCTAAATTCTATCTTAAGGCCAAAGCAACA TTCATGTACTCCTGTATGAAGAAGTTAGACAGAAACTAGATGTATGATCCATGAAATTTT TCATACCTGAACTTCAAACTTGACCACATTTGTTAACTTTGTGGCCCCATCATTCTCAAT GATGGATGAATCATCTCCAAAGAACTGATTCCCATGCATGGAATTAACACCCATGCCTTC ATGATGACCAGGTAAGCTAGGAACCCATCGACATTTCATGTTATACTGACCAATCTTTTT CCAACATACATTCAGTTCTTGCAGAGCTTTCAAAACTTCAGTCATTATTTCACGTGGATG CGCTCGAGACTGTAGCAAAAAAAGGCGTTTATTATGTATAGCATACTGTTGAAAAGAATT TAGAAGCAAATTATCTAGAAAATTTCTCAAGAGAACCCATCAAATTAACAAAGGTTGTAC ATGCATGAGCCTATACTTATTATAGATGGAATTGGCAAGATGTTTTCAAAGTTAATCAGA TTGAATATAAAATAGGATCACGGAAGTTTTCAAAGCTTATTAGTACTTCAATTTCCATAA TAAATAAAAAAAAGGTCTCATACTTGGCCCTTCCCTCCAGTCACATGTTAACATGAATAT CCAGCCCCCAGGGCTTCAATATAGGGGGGTAAGAGAAGGTAGAGGAGCAGGGTCATATGA CTCCAATGATTAGTAAACAAAAAATATAAGAGAGAGCAAAGTTAGTTATTTGCATGAGGC AGCAAACCAACCTGGAGGCCAAGAGCCCATTTTCTTTCAATGGGGAACTGTCTTGCACCA GCTTGCTGATAATCCATTATTCCTGGGAAACGTTGACCAACAGGGGAAGCAGCGGTTTCA TTAGAATTGATCCGGTTGTAACCATATTCCTGCAAGGGCATTTTTATACATCCAATTAAA CACATATAACAGCAAAAAAATCAACCACAACTACATACGCAAGCTTAATGTTGATGAACT CAGTGACTGTCATAAAGATGTAACATATTTATGGACAAGAAACTCATTAAATATTGGCAA ACTAATTGGCTCCTTCTCACGAAAGCAGATGGAAAGAAACTGCAGCTTTATTCAATAAAA ACAAGCAAAGACGCACCATGGACTCCTGAAATTCAGCTCCAAGATAGCCAGTGGAAACAC GATGGCGATTGTCCAGGAGCAGATAGTATGCAACAGTGCCCTGAAATACAACTAAAATTG AGGGAAAAGGGCAATCAAGGAAAAAATAGATAGCTGATAACGAAAATTTACCTCATTTTG AACTCTATTGCGAAGAGACTCAGTAAGGTTGTTCCTGTCAAATCCCATCTTAACCACCTC TTGAAGAATCTCTTCATCGATCTGCAATCAGATATTTTCAAGGATATTTTGACTAGATGA GAATTCTTCTGGTTTAAGAAACCATGTTAAGAGCTGTAAGGTCATACAAAAAGCTTAACA TATGAAATCACCACAAAGAAAGTCCCAACAACCATACAAGTCAAATTGTAGTAAATGTGA TAATAGAAGCATTTAGAAAAATAAATAAATAAATCAAAGAAGATGCGGTGATGCACCAAG ACATCCCAAGCATATCAAGGAATATAGAAAATTCATAAATACAATTCTTTTGGCCAACTA TTGTATTCATGCCAGCTTACAGGCACCTCACTGGGCTCCTACTACCTTCCCCCCTGCACA TACCTGATTACTCTGAGCACCAGGATGATGTTGTAGAAGCCCTAATAGCACAATCGTCAA GGTCTCGAGCTAAGGAGTTGCAAGTCAAGATTGTAGGGTTTCAATTGGAAATCAAGAAGA TGGTTAGCATGGAAGAAAAGCCCAAGAACGAGTCCAAGAATGATGAGAAGAATGGACTAA GTGCTACGCATATTTTATGGTTCAAGTCCAAGCCCAAAAGGAAGATGATTGAGGCCCACA TGCGGCTGAAATTTCTGCCTAAAAGAATGAGCTTAAAAAACTCACCCAGAAGGGAGAAAA GAGTCGCATACAAGTGGCTTGGGAAGGGCCCACGTGTTCTGGTCAAAATTGAAAACTTTT CCTTATTTCTTTGGGGAAGAATTATAAAATTCTTATATGCTTTCCTAGCTAAAAGTTTCC TGGTTAGATTTTAGTTATTATTTCCATAAAAGTAGATTCTAATCCAATTCTATTTGGATA GTTTTCCCCAATATATAGGGGTAGATTTTATTATTTTTGTGTAGACAACTTTATTGTTAA TTGAGAGTTTATCTACTTTACACCTGTGTATGGCTATTGGGGATTACAACCTTTTAAGAA CAAATCTTTAAGAGGTAATTAACTTGATATCTTTGGCTCTTATTAGTAAATTAAAGAAGG TAATTATTGATCTAAGTTCTTGAATTGACTCTATCAGTATCATAAATTAGCTCTAATCTG CTAATTTCTGAACACTAAGATCAATTAGGATTCTTAGGACTACTTTTGAACTAGGGAATT TTATTCTCTAATTTCTTGTCATTAATCTTTGTATTTTTGCTTTCGCATTGTTTTCTAGTT TATTCAAGTAAAACCCGATTCTTATCACTACTCACTAGGGCTTAAACATAAGGAACGAAA TAACAAGTGTTTTTTGTCTCTATGGGATTAGGAGACCCTGATCTACAAGGTTTGCACCCA CTTTATTGACCCTAGTCCACATCCTTGGACCTTGGAAGAATTTCCCAAATATAATAAGCA GCTGAACTATCTGCTTATATTTATCTGGTGGTGGTTTTCGCAGAATGGACCTGGAGTAAA ACTGTAAAACTAACAAAACTAGATTGTGACTTCATCACAAACTAAGGGTGAAGAAGGTCA GAACTACTAAAACGTTTATTTTTTATTCAAAGGACCCAAAATGGATCCTGATTTATTAGA TAAACATGTGATATTTACGGAAGTGGGTTAGAGAGCTAATAAGGTTGGATGAGTGAACAA GGATATCGTGATCAACACATTGAAGAGAATATCTAGCGCAACAAGATATGGTTGTGACAG CAAGACAAATCACAAATCTGACCCTTCTTTAAGATGCACAATTGTGTGTTTGCCATAAGG GGAAACTACTGATCAACTTTTTTAATGTCTTTATTCTAATTTGTTTTTTCGATGTCTTTT TACCAAAAAGGAAGATTTATGAGGCTCTGATGACAGGAACTTCCACAGCAATCATAAACT TTCCCCATTGTTCAGGTACCTCCAACATTTCCTAAATTATACAAACTGCTCAAGATATAT GAGCAATTCTGATCATTCTTTTTCACTCTTTTACCTGGGCGCAGGGGAGGGTGACAGAAA GATTTTGATAGGTTAAATAAATAGAATCTACCATTTAAGGCAATCAAAGATGCAAAAGAA GATAGAGAATTGCCTAGAGTGATTCCATCGCATTACAATCAAGAAATAAGCTGTGTTTGA TCATAAGAATACTGCTTTAGTGCCGTTTATATGGGATAACAAATAAGTAAAAGCTGGGGA AAATTTCTATCCTGCCATGTATAACTTGTTGCATGTGAAACATTAAGGCAGAAAAACACT AATCATTAATAGTCAAATGTACATTCAATCTAACCTTCTTTGCTTGTTGGGTTGTATCTG GTGGAGGCACGGCCAAATAGCGTGGCAAATGAGCTTGGAACCAAGGGTGCAGGCGAATCT CAGGAATAGTCATTCGCTTCATTGGGTCGACTATAAGCATCCTCGGAATCAAATCCCTCG CACCAGCTGATAAATGGCTGGGCAGAGTATATATTCCACCCTAAAGACAAATTGATATAA AGTTAAGCAATTGTCTGCGATCAACCCCAATGGATTCAATAAATGTATCAACTAATCTCT CCCTTTTTTGGGGAACAGACAGGGAGCATAAATTCATTCCAATGGAGAATCGTTTTCATT TTTCCTTTTCCATTTGACATTTCACATCATGTCCACTTACCCAAAACAACAAAAAGGGTG AGATTGGGTCCCAGCAGATCTAAACAATCTTTGTTTTTTTCCTGGACATGATACATTTGG AAGGGCAGAACTGGAAAACAAAGAGTTGACCAGCATAGTAAAATGGGATAAATCAGTAAC ATACTCAAGTCTCATCAACGAAAAGTGGAGCTACCCACACAACATCCGACTTATTATGTA TGCAATAATGAAAGTTTGGATATGGGGCCAAAAGTTGTAGTCCTTTATCCACCAAATAAA ATTGAACGCCAACATGAAACGGGGTCGGACTACAATCAGGTCGCAGATTTGGGAACACAC AATTTCAAGCCACGGGGCAGCTAAATCAATATAGGATAAAATTGATAGAAGGATCAACAT TAACATGCTGGATTTCAAGTAAACTAAAATATACCTTTATTTTCTTAAAAAGATTGGGTA TGTTTTCATCGTCAAACGGAAGGGTGCCACAGAGAAGAGCATAAAGAATAACACCACAGC TCCATACATCTACCTCAGGGCCAGCATACAATTTACCTGATATAACCTACAGAGAGAGAG AAAGAATTTAATGGTTATCAAAAAAAAAAACCAATTGAGCATAAAAAGCACTTTTTAAAG GGAAAAAAGACTCAATACATAGTTTACAGCCCAAGGTTGTAACCAAATCCATTTTATATG CCGCTTTAACCATGGGAATAACTTTACACACCAAACATTTCCAGAAAGTATGCCTAAGGG GTGGCAAATCGGTTGTTTGGGCTAAGATGGGTTGAATCCACAAATGGGTCATTTGCTCAA CCATGCCCATAGCCTACTTGGCTAAAATGAGTTGGGTCAAGATGAGCTAAATGACGGGTC ATAGCCAGAGCGGATCTATGATTTCTAGAACATGGGTGCACAACTTTAAAAGAAAAAGAG AAAAAAGAGAGTAGTAAGTAGGAATTGATCCCTAGACCTTGGGGTACAAAACTCAACATT GAACCAAATACACCATTCAAGTTTTTTGGAGTATGAGAGTCATCAGAGAATATTAGATCA ATTCAAGAATATGTACAAAAAATATCTAATTTGCAGAGAGACCATGCGTTCACGCGCAAC ATAATTTGGGCCTACATTCGCCCCTCGCCACAGCCCAGCCCGCCCAACTTGATACAAGTT TTGTTCTTTCCTTTTAAAGATATCAATAAACATTCTCAACCGAATATCCACAAACAGATC TCCATACCTATATACTTATAGTAAAAAGTTAGTCCTAAATGGTTACAATTTAGAAATATT TGGAATTTTTCCTTGGTGATGTTTGTAGTTTGAATTGAGCATTTAAATAAATGATTTGTT TGTGTCTGACATCAATTCTATTGATGATATACATTTAAAATATATGTAGACTTTTAATTT GGGACAAAACTATAATTGGTCAAAATCCTATTTAATGCATATAACTTTTATTTTTTGAGA ATGATTAATGCATATAACTTTTATGCATCTTGCATTTAATATTAATATGTAAAAATCATA TGTATTTATTTTGGTTTCCCATTTGGTGCCCTACATTGGAGCCCAACTAAACTCCGATTT GTGCCCGAAAGTCCCACATTGGGGATACAGTGCTCCCTAACAGCACTAACAAAGACGACT CCATACCCTAGAGGTCTTGGTTTCACCACAACCCTTGTTGGCGTAAAAATCATAATTGAT TCCTGTTCAAATTGATATTCGTTAGAAGAAATAAAATAAATCTAAAATGGTTTAAGTTAG TAAAGATTTAATGTTGATTTTAAATTATTAAATATTAGAAAATAATTGAATGATAAACTT GTCCAACAAAAAAAATATGTTTTTTAAAGAGTAAAAGAAAGACATTATTTCTCTTTCTTT TACCAAAAACAAAATCACCCTATAGGGTAAGACCGTACCGAAATATAGAATTGCCTAAGA GCCTTTTGGATTGGCATAAAAAAAAAGTAGTTTTTAAGTCAAAAATAAAAAGTTGAAATA AAATGATTTTTAAGTCGAAAAATAAAAAGTAGGGGGAGACCTACTTTTGATTTTTGACTT ATTTAAAGTCATTTTTAACTTATTTAAGTCATTTTTAACCTTGTCAAACACTTCTTTATT TATTTTAAGTCATTTTTGACTAATTGTAAGTTATTTTTTATATTTGCCAAAACACTTTTT GAAGTCTAAAACTGACTTAAAAGTAGGTTTGACCAACTTTTAAGCCAATCCAAACACCTT CTAAATAGGCAACTCCTTAAACTAATTTTTTTAACAAAAAGTGGAAAAAGATGCTCATTC ATATCCCAGCAAATAAATATATAAATTATAAGTCCGCCATTTAAAATATTGATGGTGATT ATCATTAAATTCAATATGAAACATATATCTATTCCTGACATTTTAATCTTTATAGTTGTA TAGACTTTGAATTAATAAATTTATTCTAATATGACTTGACCAAAAACAAACATCTAATAA TAAAGGGAAATATAACCCAAAAAAAAGATGATGAAAGTAAATAGGACTTCCTGTTAAGCC ATTGAAAAGGTCAAAAAACTTAAATAAATTTAAAAAAGTAATATCATCATTAATTATATG TTGCATAAAATCTCCACATAGTGACATTCTTCTTTTATTTAATTGACTTAAAAGGTCAAA AAAAATAAAAGTCATAAAGATAATCCAAATGATGACAACTTGACATTTATCTTGGATAAT CATGAGTTTAACTCTAATTATTGACATTGAAGTTTGAAAAATTATACCCTTCGGGATGGC CAAATGGTTTGGGCGGGACTTCCATTTTGGGGGTCTCAAGTTCAAAACCGACAAAAGCAA TAGGTTTGCCTTCTGGGTGGAGCTCGTCGCACCGGATTGCCTAGTGTGAATCACCGCTCA TGTGTGGTTTGCGAGCTATTGCATAAAAGCGGGGTCTTACCATGTGCACACCCAAAGGAT AGCAACTATCGGTTTCCTTTGTCTTCAAAAAAAAATGAAAAATGATGGGTTGAGTTTGGG CTTAGCTTCCTTCATGGGTTAAAATGAGTAGAACCCAAACGTAACTCATTTGTATGTAGC CCATGCCCAAACCATTCAAAACATGTGCGGGCCAAATGGGTTTGGGCCTAATATGACACC CCTATGTCTAATACACACCATTTTTATGTTTCATCACTTTCCTTTGATAAGTGTATTTCA CACACCAATCACAACCCAAAACATTTCACAATATAGAAAAAGAAAAATACTTCAGAAATT GTAAAAAGATCAAAAATTAATCAAATATTATTCTTCCACATTCTTCTTCTTCTTCTTCCT CACTTTGAAATAGACAAATCTATTTAAACGAAACTAATCTGGGAACCATTTGGATTGTTT CTTCTCCTCCTCTTGGCCATTAAATTATATTGTTATTACCAATTTCAAGAAAATTTTCCC ACTCCAATGATTCCCATTATCAAGGGGTGTGTAAAAGGGATTTGAGTACACAGCATTTTT GGGTGGGTGGGGGAGGGGGGTTAGACTATGTATTGAGCATGTAAAAAAATACTGACAAGT CAAAATGCAGCATACATTCTAAGTATTGTGATGAATCACAACTCTTTTTTCAATCAGTTA GGCAGAACCACAAAAAGTAATTGCTGTTAACTCGAATCAGAAGCTTCAGTACCTCTGGGG CAGCATAGTTTGGGCTTCCGCAACTTGTCTTCAGAAAATGACCATCGCGCATGATATTGC TCAAACCAAAATCTGCGATCTTCACATTCCATTTGGAGTCCAGAAGGAGGTTTTCAGGCT TAAGGTCTCTATGAACCACCATGTTTCTATGGCAGTACTCCACACCAGAAATTATCTGTT TTTTAGAAGAATTAGAATACCATAACTACTTTAAAAAAGTTAAACAGCATGAAAAAACTC ATTCAAGGAAGTGGCACATCCACCTGCTGAAAAAAGTTACGAGCTTCATCCTCCTGCAAT CTGCCCTTCTCAACAATGTAATCAAATAACTCGCCAGATTTCACATACTCCATCACAACA TATATATCTGATGGTGTCTCTATGACCTCATAAAGCCGTATAATATGAGGATGCATGAAC AATCTCAATATTTTGATTTCTCTACGGACTGCAGAATTTCAGCAATATAAAACTCTTAAC ACAGTCCAGACATCCATAAACAGGAAAAAAAATATACAATTGTAGCCTAGAACCAAGAGC AAGCAATGTCCAATCATTCAGAACAAAAATCATCCTCCATCAAGGTATATCCTACTGGGC ACTAGTCTAATCAAACCACAAACACCTAGAGATTTGAGAACAAAAATTTCATATATGGAG TTCAATGCAAATTTTGAGTGAAAAAGAATCAAAGATTATCGTTTAAATTAAAGTAGAAGA AAAATTCAACCACATTCAAATCAATTGACAATCTAATCATCCATTTATATAGGTTCCAGG TCAGATAGAACAGAAAAAAACAAATATTAAAAGGAACAAACAGGCCAAACATTAGGTTAA ACATCAATCTTCATCTTGCAAGATTCAGTTTGTCCTTCTTCAAACCTCACCACTTCTTAC CCTTTTTACCTTAAAAATTAGGGGTAAAAAGGAGAAACGATGTTCATATACTTTGGATAG TAAGGGAGAATGTGACTGCACTCTCTAACTTCTATACCTTTCTCCTCCATGTCCATATTC CTGATTTTTCGACGATTAAGAATCTTGACAGCAACTTTGTGCCCTGTTAACGTATGTTCA GCTATTTTAACTTTGCCGAACGATCCAATGCCAAGTGTTTTCCCGAGTTTATAGTTCCGT AAAAATGAGTCAACACTGCTGGTGCCCTGCACTGCTGTTCCGTCCATTTTCCTATCAACA CAAGAAAATTAGAGGCAAATTAGATTTAGAAAAGGCACAAAAAACACTCCAAAAGGTACC TCCGCCTGTAATAACACTCAAAAAGAAAAATTTGATAGCTAGATTTGTTTTAGAAAGGTA AAGTTATATTCTTCAGCGTTAAGAATACGCTGGCTACCTCCAACAAATTACTAGCTAGTA CCATAATTAATTGCTAGATGTGAGTAATAAATTTGAGATTATTTTCAAAATGGATTCTTC CTTGGAAGCGAAGATACTCCGAAAGCACAATGCTAAGTTGCTCGGATTCGGGTGCGGGTA ATTGATACGGGTGCGGATCTGACAGTTAGATTCATCATCACATAAGTTTTAGGATTTGGG GTATGGATTCAAGTACGGGTACGGGTGCTGAGATATGCCAATAAATGTAGATTATGACAT ATAAAGAATATTTTTTGATTAATTAAAGCTATTGAACTAGAAGTTTTCAGTCATAAATGT GGTCAAAGTACTCCCAAGGTAAATTAACCAAATCCAGTGCAGATCCCACACCTACGTTGC GTGTGTGACTAGGATTTTGAAGAATCCGAGCAATATAGGCACAATGCACAACTGCCTAAC TCATCTACCAAAGTTGCATATACTAGTATCTGTAGGGAGCTTAATTGTCTCAAGTGACAA ACGATAGTAAGCCATCATTTTTAGAACAACATATATACCTTTGCCGGTGCTTCGGGGTGC CAAAGATTGCATTTTTAGAACAACATATATACCTTTCTCTTTCCATGATAACTGAAAGAG GAAGAATTTTGAAGGCCTAAAAGGTACATAAATAATGTCTTTTCAAATAAAACTAATCGT CAGTAATGTCTTATCTATAATTGGATTGTAATCTCCCTATAGTAATTTCTTTTTGCCCAT AAGTTGGAATATATTTCCAAAATTTACAATTCACCAACAGGTATCGATAGACACCCTCTT TAACACACTAGTAAGAATAATACCAACATATACTTTAAACACAGACCCAAATGCTAATGA GGAGCCAAACCTAAGGCATCATGATCTCACTACCTGTCACAAAGCTTCAATTACCCCACC CCCACCCCACCTATGCTAAAATTGGCACGTTTTATCACTCAAATTCTCAAAAAATCGACA GAGAAATTCTCAATAAACAGTACCCACACCCTAAAAAAAATGAAAAGGAGCTAACTTGAT AAAGAAATTCACAACCCCATAGTCAAATGTCGAATTAATCCCCAACCCCACCCCGTTTAT AACCCTAAATGCCGAAAAACAATCAAATCCCATAACCCCAAAACCAAATCTTGAAATTAC CCAATTATCTAACCCCCCAACCGGTCATATTCTTGAAAAAAACCCTAGCAAGAACAGATC TGATAAATATTGATAGAGAATAAATTTTTTACCAATAAAAACGAAATCAAACATGCAAAC CCACCTGGCAGAAGCTAAACCCCAAGAAGCAGATTGAAGAAATTCAACAACAAAATATGA AAATTGGGAAAATCAAGCGATTATCTTCAACATTTGGTGATGAAAGAGAGTATCAATGGC CTCCTGGAATACAGGGGGAAGAAGTTGAGGCCAGTCGTGGGGTGGAGGAGATTCGGGGGG TGGGGGTAAGGATGGCTGCAGAAGCACAAGAATGGAGTTCACTGATTTTTGATTCTGTTA ATTTTTCCCCCCTGGTATTCACAGAAAAAAAAAAACTTCTTAAAAATACTAGAAACTAAT TATTGATAATAATTAATTAATTAAATTAAATTTGATTAAATTAATTAGATTCTATGTTAT AGAATTAAACAATTTTTTTAAAAAAGATTCTATGTTTTATTATTTATAACCTAAAATAAA TTATGATTACAATTCTAAAAATTGTTGTCTTGACAGAATCAAACCTTTGATGTTTTCCTT CCACAGAATCTGCTACAGCTAACCAGTAGTGTACCTTTTTGGGCCAAAGTGGTCCATAAA AAAAAAATGTGATGTGATGTGTTCAATTTTAATTTTTTTTTTGAAAAAAAATAGCAATTA AAGAAGAGCTTACATGTGCTACTTTAGAAAGTTAAATTCATTATTTTCATTTAGCAACCT TTGAGTTTTGTATCTATAATTATTATTATGTATATACTATAATACATATTTATTTATTTT ATCACATGAAAAATTATAGTTGTTATTTTTTGAGTGCGCTACAAATTTTTATTTTATGCG ATGATTGGCAGACCACACAAGAGAAATACTGAACTCTAGACAAGCTCAATTCGACGAGTT CAATGGATACTACATATTTTAATTTTTGACATTTAATATTTTGATTCTATTTTTAAGAAT ATAAATTTAATCTTGATTTTTGATTTTTTGATTGTTTATATTGTCGATCAATTTGATTTG AATTTTTTATGTAAGAACTTTGTACAATAAAGTTATAGTTGATTTACTCCTAAGTTGAAA ATTAAAAAAGAAATACATCATTCTCATAATAAATTTGCCAAAGAAAACTTCCTCATCTTT AATGTAATCAAAATAATACAGTTAGCAATAATTGGGTCACTCAACAATGTAAAAGAACAC ATCCAATAAAAATATTTAATGAGATGAAAAAGTATTTAATTAGAATTTACAACAATATAA ATTTATACAATAAATGTTAAATTTGAAGTAGCAATTTTATCTGTGATTTTTCTTTTCATG TTGGAAGATCATGTTTAATTCTCACATATGTCCATCCTTAGTTATTTTTTAAAATGTACA AGTTCTCTCAAACATGCAAGGATTATGCTAAAAAAATTTATTCACACTCTTATCCGAAGA AGTTCGTAAATAAATCAGCAAATGTCTCACTGTTAACATTAAATTAATTATATATTCATA TATTTTCAAGATAACTTGATGCAATTACATATATTAGTGTCAAGATGTGATCATCTTTTA AGGAAAAAAAACAATCAATTGAATGGTCTTTTCAAAATATTCATGAGATCAAAGGTATGT GCACTATCGTAAAAATACTTAATTGATATCACGAAAATTGCATAGATTATTAGATTTATT ATATTGCATGCATGTGTTGTGATGGTCTTAATTTATTTCTATTCAGTTCAAAAATACTTC ACTTTTTAGATTTATATCATTGCTTATTAGTTCAAATTAAAAGTTACTAATATTAAAGTA CAAGCTAAATTCCTTCAGTTTGCGCCTAGTTATTCTTGTTCTTTTATCTTTGCATTCGTA GGAGATTTTTAATATTAATCTTTTTTATTATGCAAATAATTAATAAATAACATTGTAACT CTCTATAATTAATTTATACAACATTTCTAATTCGTAAATATATATAGAGTGAGAGAATTA AGTTATTTTTCATAAATAATTCACATTTATTCAAATTAATAAAATTTTGTAGTTTATAAC TTTGATAATGAAAAGATATTTACTTTTCAAAAGATTTGAAGTTACTCGTCTTTTATGACT TTTTATAACTAAAGAAAAATAAATGTTTTATTATATTAATTATATTAGGCTTCTTACTTC TTTTTTAATAGATGAAAATGTCGATAATATGCTTATCTAGAAGCATAATTCTTTTAACTT AAGAGACATCAATTCTCTCATCATCTCAAATAACTATTTTTATCTTACGGGGAATCATTT TTACAAACTTCAAACTTTTAGCTAGAGTTAGAAACTAAAAAGGTTTGTCAAAAATTCGAA AAGAATATATTAATTTTTTTAATCAAAAAGGTGAAATCGCTTTTGACGGAGCAATTTTCT TCTAATAAAATTTACGTGTTAATTCTTTTTAAAAAATACAAAAATCATTGTCATAAAAAA AAATCTTTTTTCCTTAGAACGCTGCTACGGCAGCAATTTGTCAAAAAAAGGGGAAAATAC CCAAGTACCCCCTCAATCTATGTCCGAAATTCCAGAGACACACTTATACTATACTAAGGT CCTATTACCCCCCTGAACTTATTTTATATGTAATTTTATACCCCTTTTTAGCCTACGTGG CACTAGTTCGAAAAAAAAATCAACCATCGTTGGGCCCACAAGATAGTGCCACGTAAGCTA AAAAGGGGTAAAAAGTTATTAATAAAATAAGTTCAGGTAGGAAATAGGACCTTAGTATAG TATAAGTGTGTCTTTGAGATTTCGGGCATAGGATGAGGGGGTACTTGGGCATTATCCCAA AAAAAAATTAACAAACGTTGAGTAGGCAAACCAAATGTTGGAGCAAAATGCCTGTTTCTT AATAACTTTTGCACTCAGAGCGATATTAAAAAAAAATCACGGTATTGTTTTGTCAGAAAA AAATTGCTCCGTCATGAGCAATTTTGCTCTTTTGATTTTTTTTTTTTTAAATTGATATGC CCTTTCAGAATTTTTGACATTTTTTTTTACCCTTTCGACTCTTGACTCCTTTTAGCTAGG GCCTGACAGTGCACATATTTTGTTGTAATTATGGAATCTTGGGAGTGATCGGCTTAATTT GCATTTTTATCGGATCAAAATTGCTTTCAATGTAATTACTTGTTTGACAGTATATTTATA AAAAATTATTTATTGTTTAATAATTCATGTCTAATATTGATTTTATAGTACTTTTTCGTA ATATGTATTACTTAATTCCAACATAACTTATGACTTTACAATTATTTGTTTTCTTGTCAT ATGGGAATCGTTTCAATGCAATTGCTTGTATGACGACGTATTTATAAAAAGTGCTTGTAT GATAACCTGCTTATAAAAAGGTGTTGTTTACTGTTTGATCATTCATGTCTAGTATTATTA TCTAACACGCATAACTTAGTTCCAATATAACGTGTAAAAAAACATAATAATTTCAATATC AAAACCCACACATTATATTATAATAAACATAAATTTAATTCATACAAAACTTATGCTACG TAACTTAATTTCAATATTAATTTGTGCCTTTTTCATTTTTCTTTGTTGAGCTTTAATTTT ACATAAGAACATTTTTTTTACTTCCACCTTTCATCTCAATTCTTTAAGTCAATGATATTC ACAAAACTTCCATTTTTTCCCCTTTTGTTTCCTCTTATTTGTAGTTTTGATGTAATCGTG AGTTACATTTAAGTAATTGTTCAAAGCACATGCTTTCGTCGGAGCTCATATAGACACAAT AACGTTCAATATAAATTTTACTAGCTAGATTAAAATTTTGACCAACTCTGTTTTTTTTTA TAATCGTCCTATATAAATGGTGTATAAAGATGGTATCAACAGTGTGTATACATTAGATAC TAGTTACACACTTATTATACACAAAACATATAATAATGATACATTTTTTTTTATACAAAT AGTCAAACACTATGGAAATACATTGTCTATATAACAATGATGCCATTTTTATATGCATGA TACATTTTCTATACAAGAATAATATAATTTATAAACATTTGCTGAAATTAGTTGGAAAAG AGGGGAAAATTATGCGAAATGGCAACCATTTAGATTATGGTTTTGTTCTTTTTTAATATG TAGCTGTTATTTCTCGCTTTTTTTGCTATTCGGTTCCTAATTATATGAATCTAGAATTTG TATAATTCAGTTCCAAATTGTATAAATCCACAATTTGTATAATCCGTTTCCTGATTGTAT AATTTTAGAATTTGTATATTCTTACCCTAGCTATTTATATAAAATTTATGAAAAATTCAT AATAAATTACTTTATTTGTATATTGACAAGTGAAAACTACAAGAGAAATATACTGACCAC AACTTCCGTTTCTATACATTTGCCCTGGTTGTATATTTGTAAGTGAAATATACAAACCAC GACCTCCATAGCAAATAAAACTATAGTTAATGAGCGCAATTATCGAAACTATAGTTATAG AACCTTATTAAACGTATTATCATTGTTATTTATTAAAAAAAAGGCTATGAAATAAAATTT ATCAAAGGCAAAAAATTATTTTTTAAGCAAAATGACCATAAATGTCTTTGTGCATAAGAA AGTCACATGTCAGCAAGATGTGTGGTCAGAAACAGATTTTAAGCAGCCCAGCCCACAGGC CCATATTGTAGTTTTGTATATGGATCTCTAGTAATGGGCTAACAAAGCCCATTATCCAAT ATTCCTAATTCGAAGCTTAATCCAAGGCTTATACACATGTAATTGTCCAATGAGACGAAT CTTATCGTTTTGTACTCATTCTGTTCAACAATATTTGTTCACTATTGATTTTGCGCATTT TTTTAAGAAAATATAGATAGAGTGATAATTTCATCATATCAACCTTTGAATATAATAAAC ACAATATCTTGAAAATGTAATAGGAAAATGACTATAATTAGTGATAAAGATAAATTAGAA ACTAAGTATAAAATTATCCATTAACTTTATAAAGTAGATAAGTATTATCGAACATTTCAA AATAGTACAATGGACAACTATTATTAGACGGATGAAGCAATAGATTACTTAGGGAAAGAT AACACAAAGTATTTATTATTTTATGGTACCTAATAATTACACAATCTCACATGACATCTT GCCATTTCAGTATAAAAATTATTGCCAATAGGTTTCGTTAATTTTGATATATTCAGTTTC ATCGAGTTGACAAATGACTTTCTTTTAATTTAGATTTTTAGTATTTGATTTTTGCATTTA TCGTAAAGAGATATTTCAAAAATATTTATGTATAATTTAGATAAATATTATATCTGAGTG GGGCTGTAGGGGTATGAGCTAGCTGAGGGGTAGAGATCGGTAGTCAAGGCAGACTAACCT GACCAAAGTGGTGTCAAAAGTAGGGGTGGGCGTTTATTTTTTCGATCGGTTTAATTAAAT TTTGATTTGATATTTGATTTTTAAAAAGTGTGCATCACAGTTTATATTAAATTAGATCGG TTTAATTCGATTTTTTCTACTTCGATTCGGTTTAGTTTGATAATTTTAAATTGATTTTTT GGTGTGAAATAAAAATAAAGATGAAATATGATAAAGTGTTAAGAGTTTTATCACGTGTTT GATAAAAATCAAGAAGGTAGGTGATTTTTAGGAAAACATTTTACTGTTGTCATTTAAAAA TTGAAAATTTAAAAGGGTCATGTAAATATTTTGAGTCAAAATTCAAAAATGCATAAGTAT TATTAATTAAGCAATATAATTTAAATATTTTTAAATTAATTAAATAAAACTTCGGTTCTT CGGTGCACCGTAATTTCCATCAGCGTGATTCCTTAAGAGGAAAACATTTTACCGTTGTCA TTTAAAAATTAAAAATTTTAAAAGGGTCATGTAAATATTTTGAGTCAAAATTCAAAAATG CATAAGTATTATTAATTAAGCAATATCATTTAAATATTTTTAAATTAATTAAATAAAACT TTTCGATGCACCATAATTTCGAAACTCTTACACCGTACTCCAAACCGAAGTTTCAAAAAA AAAATTCACACCGAATCGAAACACCGAAAAATTGACACAGAAAATCGAATTTTTCAGTTC GACTCGATTTTTTAATTTTTCGATATTTATGCACCCCGTGTCAAGTAACACCCTTTCTTC CTAAAATTATGTTAGATACATAGAGATCAATTTTTAGTTTAATAAATATATAAACACAAA TATTAATAACTCTTGGTACAAAATTAAATATTTAATTTAATGACTAAAATATTACAAAAG TTCTATGAAATTGTGTACTCTAATCCTACTATCCTCATATTCATCAATGATGAGGAAGAA GACAATCATGAGCATTATTAATTATGAAAAATATTTTATTAGGTAAAGGAACTTATTTTC CTAAATAAAAATTTTAATTTCCAAAAATAATAATAACAATAATAATAATAATAATAATAT TTTGATCAAGAATATTGCAAAACCTTGTAAATTTCTAGATTCATAAATTTGACAATTATG AAACTATCGATCGGTCGAGTGCAATATATAAATATTCTTTAATCAGGTTAAAAAATTTAT TTATCTAAAAAAATATTTTTCTTTAAAATTTCTGACTAATCAAATATGAAAAAATTGATT AGAGTAATTTGTTTTGGATAGTATACATGCATGCAAAGATCCAAATTATGTAGTGAAGTA ATTGTTGTTCAAATAATCACCGTTGAATATGTTGGAATACGAGTTTAGATATAATCATTT TTTAAAAACTATGTTCTTGGATCTTGTCCAATGCAATTATAAACTTAATCTTTTTTTAAT TATGTCCTTTCACGCTAAGAAATTAACGATCAAGAGGAGCAGATTCAACGATATACACGG TATTGCTGAATATCGTATCAAATCAAAATTTTATTGATTATTTATTGAATTATCAAATCG AAAATTTAAAAATTTGATATTTGATATCAACTTTTAATTACCAATTAACGAATTATTGGA CTTTAAATTTGAGAAATTCAAACCGAATATCGAACCCCCCGCTCCTACATCCAACAAGTT TTTTTAATTAAGGGTAAAAACTAGAAAAATTATCTTCTGATATAGAATTTTTTAAACACC GTACAAAATAGATATACGACGAAAGAAGTATTATTTTTCAATAAAAAAAATATTCAGTGA TTATTTACATAAATATTTTTATTGAATTAATAAAGGAAAAAATAATAGTATATTTTGAGA GAAGAATTAGGATGTTTTATTAACACTGAAAAAAAATTATTATGGTTAAGTCCATCCGTT TTATTTTATACATCATCCTTTTTTATAAATATATAAATCACAATACTTATTATTTTATAA AATTTATATATAAATTACTATATTTTACCTTAATAAAATAATTAATTAGTCTTATCATTT ATCAATAAAATTGACTTAAAAGAAAATATTATGAGTATTATAATTATAATTAATTAAAAG CCCAGAGAATATAACAGGTTATCCATCCACATGATGAGCCTGTGTTGCTTCGATAATTCC CAAATATTCCAAATCCTACTTTATTCAAAACCTATTGGTGTATATTTGTGTTACGTATTT GATTTATAGTTTATTCTATTTAGAGTTAGATCTATTAGAAATAATTTAAAGACGATAAAA TTAAGTTCGTTTATTTTGAATTAGAGTTAAATGATCAAAATTATGTTTAAACTATTTTAA TTGAATTTCATATTTGAACTATGTGTATTGCGAGTGTGAGCTATTTACCTGAGCTATCAC CTAATTATTAGCTAAACACATTAGATATTGACTAGATTGGATGTTGTAGGCTTAGGTTGG TGGGTTCGGACAAAGCCAATAACGTTTTGGTATATTCACTACAACAAAAATAATTTTTAG CGGCATTAGATATTGACACTAATAAAGAGTGTTAAAGTCTTACCGACATTAGTTAAGTGT CATTAGAACCAATATCGCTAAAGGCTTTAGGGACACACAGAAAGAGTAACAATTGCCGCT AAAAATACACATTAAGCGGCAATAAGAATTAAACGTCATTAATGATCGTTTTTGTTGTAG TGATTCTATATTTGTACTAAAAAATGAAATAATATATGCTCCCTCTGTCTCAATTTATAT GATACCTTACATGTTTTGAGAGTCAAACAATTTAAGTTTGATCAGAAATTTGCGCATGAA ATCTTCATTTTTTTAAAATGAAATTTATATATTTGTAAACTATGTAAAAAGTAATATGAG TCACAATAATTGATAATTCAAAATGTTTAAAAGATCTATAAAAAAATTTATGGTCAATAA TAGAGACTTGTTTGACTCTTAAGATCAGAAATGTGACATATAAAATGAGACGGAGAAAGT ATGTACATTAACTTGTGAAATCCTATAACAAAATCGATTAATAGCTTAATGATAAGGAAG GAATCATAGACTATCAACAAATCTAAATTCAAATCCTTTAAAAGAAAACTTAGAATGTAT CTCTAAACTTTTAATTTTGGCTCTGCCTCTTATTTGCAGGTGCACTATTTTTCCATGAAG AAGTCGAAGATATTAATTCCATCGTAATAGAGACAAGACCACAACTAACAAAATGGAGGA AAAGTTTATGAATGTCAGAATAAATTAATTTAAACACTTATAATTTTAACTTTAGTTTAT TTAAATTTGCCGGTGAAATTATTTTTTCCAAATGAAGTGTATTTTGCTATTTATTAGGTG ATAATTTAGATAGAAAATTCGTAATATCAATACATAATTCAATTATCAAACTAAAAAATC TGATATAACTTAAGTATATTAATGATCCTTTTTTTAACTCCTCAAACTATGTACATACTT ATGAGAGAGAATAAAAAAACGTAATTAAAATTGTCTCAATTATATTTCTTATGTTAAATG ACTTTTTCTTACGCCGTTGAGGCAATTTGACTACAAATTATACAATTTAGTAATTTTTAT GATACTTAGATAAAGTTAAATGAAATTCTTATCATATAAAAATATTTTAATAATTTTGAT TATTAAACTAAATTAAAATTAAATGACAAGTTGAATGATGTATTATTTCAAATACAGTCT AGTGATTTTTCTGGCACCTAAATAAAGTTGAGTAACTTTTTTATAAAAAAAAATTAAGTA ACCATTCATGAAATTATGCATATTTTTGTATTTAATTTATAAGGAGACACAATTTAATGT TATATATCTTTTTGTTTACTTAATTGGTTTGTTAAATGCTTTAAATTCTCTGAAGTTTAA TTTCATGATCTCATAATTAATATTTATTTTTGTTCGATCAATCTGATGATCACAGGTTGT TGAGTCTGATTAATATATATAACTGTTTACGCATTTAACCTCCGCAGTGAGGTTGCCATG GGGATTATGGGGGGCGGGAGCCCCCGTTCGAAAGAGGGGTTCGGGGCAGCGCCATGACTT AAATTTTAGGATTACTATTTATTCTCTGTAACAAAAAATACTCTGATTTATTAATATATA TATACCCCATCGCCGTGAAAGTTTATCACGGGTGTTACCACGAAATATTGGTTTCTCTCT TTCTCTCTCTAGATCTCTCATCTCTTTCTCGTGAAATTTCTTGTGTTCTTCATTCATCAA GTATGTGGCGTGGATTCGATCTTAACACACATTTCATAATAAAACTTGAAACCGTGTATA TACATTAACTTTATGCACATTCAAGGTTCAAACTTTATAAGCTTTTTATCTTTAATAAAA TAACAAATAAATTTAAATTAGACTAATTAATTTTTTTTTTTTAAAATATAATATAAATTA CAAGCAAAGTGTTATGATGGAGTTGAAATTAGTAATTCTTCAACCTTATCAACAATTTCA TGTATGAGTCCCTAAAGTACGTAATCGTCTTTTTTAAGTAGTGTTTTACCTTATAATACG AGACTTTCCATTTAGGCTCCATTATAAATAATCGAAAAAAATAGAATTCGATTAATCGCA TGAGTTTAGAGGCGAAACTGAATAGGAATTCGTGCTTTTTCATAGATTTTATATTTGTGT TAGAAAATTAAATAAATATATTTATATTAATACGTAAACCTCAAACAATATTATTTTAAA ATTCCTAACTCCTAACTTTAGCTTCGCATATCTTGGCATCTGCACCATGAGGTTTCTGTA TAGATTTGAGTGGTTTATATAATTTTGGTCCAATAATGTTAATTCGTTTGGAATAAAAAT ATAATTATATATATATATATATATATATATATATATATATATATATATATAAAATTTAAA ATTTATTTATTTGACTTTGGGCTGCCTTGAATTTAGGGTGTAACATGCATGGCTATTTAT TTTTTGGCTGAATGAGAAATGAATTTAGCTTTTAGAATGTACATGTGCTCACAAAGTCAA TGTAAATGGCAAAATCAATAAAAGTGTACCCTTAGTCAATATATCGAATTTAAGACACTT TATTAATTAAAATTAAGATATTTATTGATTAAAATTTAAGACACTTTATTAATTCAAATT ATGTAAAATTAAGATATTTATATTAAATAAATTAAATTTGAATTCAGGATGAATTCATTA ATGCCGAATTTTTTTTGAATTTGTCTAATTTTTTTTTTATTACATGCAATAAAGGGGCGA AACAAATTTGAATTTAGAACGGAGTGAATTCATTAATTCCATCAATAAGGATTGCGATAA AATGGTAAGTACTCCATCCTTAATTAAGAGGCTTTGGGTTCGAATTCTTTTTGACTCTAA TTTTTTTTAAAAATATATACATAATAATTAAATTGTATATGATATTTATTCAATAATTTC ATTTATTTTCGATAATGATTTTAAATAGTAGATTTTTCATCTATTTCCATCATCGATTGT AATTATGTACATCATTTAATGAATGACAAATACAGAATCAGATGATATTACTCTAATCCA ATGAATGCTTGGTAGTCCAACATTAATTTGCCATAATCAACTTGGAAGTGCTAGAAAATT ACCAATATATTTTTTTATATTTTAAAATAAATTAATTTCTTTTTCAAGTATTAGTTAAAA CGTATTAAAATTTAAAAGATAAAAATATTTTAAAAATAATATAACATAGATAAAATATCA TTCTGGCCAAATTTTTTTTGCCAAAACAATTATTCCAATTAACTTCAATTACTTTCTTCG TCCATTTGTTTGTTTGTACTATTTTAATTGGAGTACTAAAAAGAAAAGAAAAAAAAACAC TTAAAATTTTGCAAATTCTCAAATAAAATATGTAGTATATATGAAAATATTTTTTAAGTT GTTAATAATATATCATATAAAAGATTTAAATTATCAAAAATATTTTTAAAATATTTTCTT TAATATAGAATAAAAAATAATTAAATAAATAAATTACAACAGAGAGTAATTCGTTTCGTC ATAGGAACGAACTCTGGACCGAAAGAATGTCAGGTGACGTTAGGAAAACCAATTGTTTGG TGTAAGGTAGAGATATATTAATTTCTCCATAAGTAATATTATATTTATATTAATTAATTT AGAAGATAAATTATTTATATGTAAATTAATATGATATTTGATATATAATTTATATATATA TATCTATATATATATATATATATATATATATATATTACAAAAGCTTATATATTATTTTAT AAAAAGTAGGATAACTAATACGTTGGTGTACTTGGGTAAATTCAATTTTGTGGTTATTTT TTTTATGACAATAGAAAATCGCAATGGCTATTCTTTGGGTGCACACAGTGTAAAATTTCT GTGTCTATGTAATAGCTCGCAAACCACATAGGAGAGATAACTCGCACTAGGCAAGTTCGG TGCAACGAGCTCGTCCTAGAAGGCATACCTCTTGCTTGACAAGGGGTTTCGAATTTGAGA CCTCAAATATGAAAGTTCTAGGTCCAAATCACTGATCTACCCCGAAGGATCAAATTTGTA GATATTATTACAATAAATAAAGTTTTTTTTTCTTCCTTTTTTTGAACAATAAAGATAACT TTTGTTTAGCTGACTCGATGCTATTTGATATTCACGTAAGAGTTCGAAATTTTTTAAATT TACACCGAATAGGGTGTTATTCAAGACGAAGATTTTTCTATCAATTTTTTTTTTCACATT CAAATTCAAAATCTATAATTAAGAAAAAAAATAATCTCACCAACTAGACCATATCTTTAA CGATAACGATAAAAGATAATTGATACTCTACGGAGTATATATATATATATTTTTTTAAAA AAATAAAGAAATTAATTACGTTAATAATACCTCGACAGTGTTTGGTGGGGCAGAGAAATG GACGGAGGGTTGTAATAATGATTTTGTTTTTGAAGACAACCAGACGCACCTTTTTTTTTA AATTTAAAATACTATAAATATCAATAAACAAACACTCGCACGCACTCTCAGAAATTACGT CAAATTACCATCTTATCCTTCTTCTTCTTCTTCCTCTCAATTCTCTCTGTTTTTCTTTTT TTTTTCAGAAAAAAATTTCCACAGAAACAAATCCAAAAGAGCTTGGATCCGACCCGTTTG GACCCATTTGCTCTTTCTAGTTTCTTCTCCTTTCTCTCTCTCTGTTTCTTGAAATTTTTT TCATTTTTTTTTCACAGAGAGGGAGACCTACATTCATTTATTATTATTATTGTTAATGGT GTTCTCTTCATTCAAAAAAACAAAAAGGTATGAACTTTTTCATGTATATATATTGATGGT GGGTATCTACCAGAATTTACAACTGATGTCCCATTTTTTGTGTTGCGGGGTATGACTTGT TTGAGATCGAGACGTAGTTGGTGCTTTGTTATTAATTATTTACCTTAAAGTTGGGGGTTG GAATTAATTTTTTTTGAAATTTTGGTAACATATTCATCCCATGTATTTCTTAATTCTTGA CCTATTGATTAGTAGCTTGTTGTATTGTGATTTTTTTTTTTGCTGTTTTCGTTCTTGATA TTTTATAGCTGCATTTGAGTTTGAGAGTTTTTTTGAAAAACAACTTTTTCTGTATCACAA AATATTAATAAAGATTTGCGTACATTTTATACTTCTCGAGATGTATTGTTGTTGTTCTCA TCATCATTCTTTATATTTTGTCTTTTTCCGCTTTTTAAAGCAATTGCTTTGTTAATTTTT TTTTCTTTTTTTTTCTTTTTATAGTTTCTAACAACTTTGGTGTTGTTATTCTTTTGTTTG TTTGTTTTGTGTTATGATGTTAATGTGGACCTATTTTTTGCTTCATTCTCTCTTATGCAT AATCTGACAATTGTTTTGTCTGATTCAGTCTCTGAAAGTGAATACAAGGTCATCTTCAAT TCCATCCTTTTTCATCATTAACAATTTTAATATACAGGACAAGGAAAATATAAAAATAAA AAATGAGAGAAAAAGCAGTTTATTACATTTATATCGAACACCTTTTTAGTTATGTCTCTA AATTATCTACTTTTTCTTATGTGTAGCACATGAAATTATTATAGTTTGTTTCATTAGTTT CTTTGCATTTAGCCATCTTTGTGTTCTTTTTTGCTTCTTTTTTTTGGTCAGTAATATTCT TGTATTACATCTGTTTTTTGAGGTTCACTGCTTTTAAAAGCCTGTTAAAAACAGCTTTTG TCTCATTTTTTTGAGTTTTATTCTAAAGCATATATAAGATTTTGAAAACTGCTAAATCAA GATTCATTTGTAGATTTTACTATTAGTTTCAGATGTTAAGTACTTCTTTAAGGTAAGCCT TTTGTACTCCAGTAATCGCAAATGCAGATAATGTATTGAATCAAATTTCAAACTCATTTA CTAGTCATATCTTTGTAGTTCATGTGATTGTGACTTTAAGCCCCAATTGCATCATAGGAA TTCGAAAAAAAGGGTTCTTTCGTATACTTATAGTAACTATTGTCACTTCTTTTTTGATTT TGATAGTTTCTGCGGTTCCAATTTCTGGGAGCATTATGTTGAGTCACTCCAAGAGTAGAA TCAGCAGCTCACCTCACGTTTTAGGAACCGAGGAATCACACGTAGACGGACCTGAGCATT CTCCTGCTCTACGGTCTTGACGTAGACGCTGTTATGTTTTCTGTATTGTCGTTTTTCCTT TCAATTATTACTTTGATTTGCTTCTTCACTTGAGACGAGGGTCTTTCAAAAACAGTTTCT CTACCTCCATAGGAAAAGGTCTGCATACGCTACACCCTCCCAGACCCTACTTTGTGAGAT TTCACTGAATATGTTATTATAAGGAATTGTATATTCAGAGATTTCAAGTTTCTCTTGTTC ATGTTCCAGGTATACATAATTTCGTGAGTCCAATCGAAATTTACATCTTTGCATGGTGTT CATCAGCAATTAGCAGACAGATTTGTGAGCTGAGTAGTAATAATGGGTGGTTGCGTATCA ACTCCAGCAACCACAATCAGGGCAAGGAAGAAACACCATCGTCGCCACAGAAAATACCAT AGAAAGAATTCAAACTCAGGTATAATAGGAACCAGGAAAAGAAACAGCGATGCGCGGGTG ACAGACATTGCTGTTAGTGAGTTTGTTCATACAACTACAACAACTTGCAGAACATCTGAG GTCTCCAACTCCACATTTCATCTTACTCAATTGCAGTGGCAGCATAATCAAATAGATGGC AACGGTAAACTCTTCTCTTTTTTTTTTCTATTTTGAACCTTATATTATCATATGCCTATG CTCAATGCTTAATGGACTCTTCAAAAGTGTATTTTTGGAGAATTTGACACAGGTTTGACA ACTCTTTTGGAGAGTCCGAGCAGCATAGGTTTAAAGAATAAAGATATAATAATCCTGCTA CATGTTTTGTATCATGACGCTTTCTATACCTTTTATTGTGGTTATGTTAGTTCTGGTGCC TTTTCTGTTCACAAGAAGGAACAAATATGCATTCTAACATCTTAGCAAACGGAGTTTTGT GTGCTTAGGCTATCGATAATGAAATTTTTTTGAACTGTAAGCTTGAAAAGTTTAAGAGAT TTACATTTTTACAGTTGTTTGCCAAGAAGAAGCATGGTTCGACTCGCACAGCATTTTTGA ATCCGACTCAGATGATGACTTTAGTAGTGTTCATGGAGGTAATGATCATCAGTTTCTTTG TTGTTGTGCTTACAATTGATGACTTTGTCTATCTATGGATTAAGAAGGCCATCATTCTTG AACAAAGTTATGATATTTTCATTCTATTCCTTCTAGATAGTTTCCCCAACATTTCAAATG GACAAGTAGTTCAGTATGAAACTTCATCATGCTTTATGGATAGCAAACATAAGTACAAAG AATATCATGAGAAATATCTCAAGATAGATGGCTTGAGCAAAGATGGAGTTCAGGATCCAA GTGGAACTGCAGTTGTAACTGCTCAGGAGTATGAACGTCCATCCATGGGGAAGGGTGAAG ATTTTGGCACAAAAAAGAAGAAGAACTTGGATCGTGCGTATGCAAGTTTTAAAAATGTTA AAAAGGAGATACTTCAGATGCAGGAGAAAACTCAGGAAACTGTTTTCAAGTCTGTTTTAC CGAAGCTGGTAAATACCTTGAGTTTCAATGACAAAATCATAAATGGACAAAACTCAGCTC CACATTCTCAAGTAAAGAAGTCGACTATTATAAGGCTTTCTATGAAGAGGACATCTGTTG ATGGGGAAGAAAATGAATTTTGTGAGTACCTCGCCTCATTTCTATACTTCATTTTCAGCA TAAATGGAGTCCAATAAGAGAATCACATTTTTATTCTCATTATTTTCGAATCTAACTACT AGCAAAATCTTGCTGAGATCATGATGCACCTTCAAGTTTAGATTTTTCCCGGTCTAGAGA TGGAAGGTTGAAAAGCTACGGTGATGATTAGTTAATAATACATTAACATAGTGGTATTCT TGTAGGTTCTTCAAGAAAGTTTCTTCGCCGCCCCAGGGCTGGGCTTTTAATTCCCTGTTG CACAGAAGAAAAGTCTATCGCAGGAAGTTGGTCAAAGATCGAGCCTTCAAACTTTAAGCT CCGTGGTGATAGTTATTTCAAGTACGCTCTCAACCTTCATTTTTTTTACCAATCAATTAC AGTTGTAGGACTTCTATAATGGATTTTAAACCTGTTTCTTTACAATTTTTCCGTTTAATC TGCAGAGATAAGAGGAAAGCCCCTGCTACAAATGTGTCACCTTATACTCCAATTGGGGTA GACTTATTTGTTTGCCCAAGAAAGATCAATCATATAGCACAACACATTGAGCTTCCTTCT ATAAAAGGAGATGGAAGAATACCACCTTTACTAATTATTAACATTCAGGTATTAGAGCAG TCTCTCCCAACTAAACGAAGTAGATTTTATTTGACATAACATTCTATTCTAACCGATATG GTTCTTCTTTGACAGCTGCCAACTTATCCTGCTCCGATGTTCGTTGGTGATGCTGATGGA GAAGGCTTGAGCCTTGTAGTATATTTCAAACTTACTGAAACTTTTGAGGAGGACATCTCT CCCCAGTTTCAGGACACCATCAAGGTACTTATGTCAACTTTATGAAGCAAAATCAACGGA TTTTCTACTCCTTTCGTTTTTCATTTTTCCCTTCCTCTTTACTTGTAATTTAAGGAAGGT ATTAACGAGGGGAGAGGCAGAAAGTAGAGTATGCTAGTTCTGTGTTCCATTTTGGACAGT GGTTAGCTGAAAGGTTAGGCTAGGGAGGTCGTTAACTTCACCATCTTGCAATTTAAATGA TTGACAATTACTTCCTTCATAGCTGGCGATAGAGTCCTTTGCTGATATGGTTATTCTGAT CTGCCTTGCTTCCCGATTTATGTTTCCTTTATACGTGCTACTCGTTTAAATGATAGAGAT TCATCGAGGATGACATGGAAAAGGTGAAAGGTTTTGCAAAAGAATCAACTGTTCCTTTCA GAGAGAGGTTGAAGATTATGGTTGGGTTGGTTAATCCAGATGAGATTGTTACAAGTTCAA CTGAAAGGAAGCTTTTGAATGCTTACAATGAAAAGCCTGTGCTTTCCCGCCCTCAACACA ATTTTTATCAGGTGGATCTTTGATACCCTGACTTTAGTTTGTTTGTCAGTTTATCAACAG TGTGGTTCTTTTTTAACACCACAAAATTCTCAATGTGCATGGTCTCTGCTTATTATAGGG CCCGAATTACCTAGAAGTTGATCTTGACATTCATCGCTTCAGCTACATAGCAAGAAAGGG GCTCGATGCTTTTAGAGAACGTTTACGACATGGAATACTTGATTTTGGTCTAACAATTCA GGTTTGTCATTTCTTTTCAGAAAACACATACGATGCTAGTAGTTTTGAGGATGGTCGGCT TAATTTCTTCAGGCTTTATTAATGGTGTATGTTCATTGTGTAATCACTAAATTCTACAGG CACAGAAGCCAGAGGAGCTGCCAGAGAAAGTGCTTGGTTGTGTTAGATTGAACAAGATTG ATTTTGTTGATCATGGCCAAATACCCACCCTTGTGAGAGTTGAGGAAGATTCTTGTTCAG AATAATACATCTAAAACCTACAGCGACATGTTACATAGGGGAGTAGATGTTAGCGTATCT TGAGCTCTGTATATAGCTCATTTGTTGTTAAGAAAAACAACACCTCACATTTAGTATTAT ATTTGCACCAATTGTTACTAACTCACTAAGTTATAGTGGACGCTCGTGGTACTCCGAACC AACTGACTTAGCATACTTGATCTGCTTCAACCATTTGCGTTGGATAAGACGCAAGGGGAG TAAACCGCTCGTAACTCAAAAAGTTTTCCATTCCTGAAGTGCTAGCTTGACACTTCTAGT TAGAGGTGAAAGGAATCTCAACTATTCCGCCACACTTTGATGTGATAAAGAATCAAAATG TTTGGTGGAGAAGGATATCTTATTTGTATTTATGAGATTATTTCTGAATTAGAGCATTAT GCTTGTAATTTTGATCTTTTAGGTTGTAATGGTTTATATTGGAGAAGCTTTTGAGCTTCC ATGTAATGGTAGCACTTGAACCAAATAATAACATTTAATTTGGTATTCCCTTTTTTAGTG GGGAACTTGTAAATTCAGCTTTTTCCTTCGAGTGGAACTACTTGAATCACCAAATGAAAC TTATATAATTTCTTTTTAGATATATTCTTATTTAAAAACGGACTAAAAAGAAGAATAAAA TCGAAATGAAAGGAGTATTATGGATAGTTAAAACTTTAATACCAAATCAAGAAAGATAGA ATGAAATGACAAAAGAAAGAAGGCTAAGGAAACAAGAAGTCATACTGGCAGTCTGTGGCT AGAATCACAACACATCACTCATAAAAGTGCACTAGATTTCTTCAGATTAAACCTTAGCCA ATTCTAACTTATAAGAACCAAACAATTTCTTGATAACTTTTGGCCTGTCTGCTTATGTGT AAAGCCATATCCATTGGCCCATACTTCTAGGAATTTAACTCTGCCAACAGTGAAAAGGTA TCCTCTTGTACTGGATTAGCTCAAAAACTTCATGTGGTCTACATGTAACCACATTCTCCA TATATAACACAATGAATTCTCTCTTTATACATCAATACCTTTTTGCTATATCCACTTAAC CAATATATACACACTGATCAATTTCTTTTTATAGCAAGAATCTCTCTAAATCTGCAATTG CAGTACTATTTGGCTAATTAAGGCAAGACATTCTCTATTCAATATGGAAGCTTGCTTTGT CACTTCAAAGCCCCTCTCAGAGAAACTCTTCCCTTTGTTAGGATCAAGAGTTTCTTATTC TACAAGGAGGAGGTCATTTGTTAGTCAATTTCATCAGCCAAAAAAAGTTGGCAATCCTTT TTCAGTGACATGTAAGTGCCCTGTTTCTTGTTTCCTTACTTTTGTTTCTCAAAGGTATTT TCGTCGGAGGCTCGTATGAGTCAGTCCAGTAGTGATCAGGATCAAATCTCAATTACCTCC TAAGTTAAGTTAGTTGCACCGAATCTTCACTTTTGATGCCGCATCGTATCAGATTTTCCA AAATATGCTACTTTTGGAGAATCCAACACACATCCATTGACATTTTTAAGAGTGTGAGCA ACTATTAATCTCATGATCACTAATGTAAAAGCGGAGTGAGGATTTTCATTAAGCGTATCA AAATATAAACCACACACCCGAAAAGCTAAAGTGTTTCAACATCTAATATAGTTAGTGTAG TTTCCTATCAAGGAGTTTCAATCGAACCCCTCGGTCCTATCTATCTCCGCCAATGGTATC TATCAACACGATTCAAAGTACGAGAGTCAAACCATCTAATTTTCATTAAGAACTTGATCC TAAAATGTTCAAGTTCTTAAAATAATAGAATTTACGTATTTAAGTAAAAGAACTACTAAT CACAAATCCATAATTATTACGAATTTAAATGCTTATATATGAAACATTTTGAATCACATA AATTTTGGCACATACTGTAAAATGAAACAGATTTTCAGGTAATTTTCAAATTAAGCTATA AAAGATGATCAGATAAACATATATTAAGAAAATTTTGATACTTGTAGGTTGCCAGGCAAG TTCACCATTGCCATCACCTTCACCTCAAGATGAAGAAAGGCCTTTCACTGAAACAGACTG GCGATCATTTCGAGCACGCTTAGTCGCCGGCGAACGAGCTTCCCGGTCAGAAGATCGCTC CTCCGTCGTCAATCCCGACACCGTCGACGATCTTCCTCCGCCTCCGGCCGTCACAATCGG CTCGAAATGGGCCCACACCATTCACGAACCGGAAAAAGGTTGTATACTCATCGCTACCGA AAAGCTGGATGGCGTTCACATATTTGAACGGACTGTAGTTCTGTTGTTGTCAATGGGCCC AATAGGCCCAATGGGCTTAATTTTAAACAGGCCTTCACTCATGTCCATTAAGGAAATGAA ACCGTCGGTACTTGACATGTCGGGGACATTTGCTAATAGGCCATTGTTTTTTGGTGGGCC TTTAGAAGATGAGCTTTTCTTAGTAAGCCCAAATGAAGATGGGCTTGGAAAAAGTGGTGT TTTTGATGAAGTAATGAGAGGTTTGTACTATGGTACAAAAGAAAGTGTGGGATGTGCTTC TGAAATGGTGAAAAGGGATGTTGTTGGGGTTGATAATTTTAGGTTTTTTGATGGGTATTG TGCATGGGAAAAAGATCAATTGAAGGATGAGATTAGAGCTGGTTATTGGACTGTAGCTGC TTGTAGCCCAAGTGTAATTGGGCTTTCTGATGTGGGAAGTGTTGGGCTTTGGGATGAAGT TCTTGGGCTTATGACTCCAAAGAAAGTTTGGTGATGTGAATTTTTGAGTTTAGATTTGTG TTGTTGAAAGTAGAAGGCCCAAATTATTGTAAATTATTATGCATTGTTTTTTTTAACCAA TTAAAAAGATAATGATATTATTGTCTAAGTTGCACGGACTCTTCAATTTTGATGCTATAC CTGCTTCTAATCGTATAATTCATGTATTAGCTATGCATATCTTAGTATTATATAGAATGT ATAGATTGATTGAAAAAAATATATGGACTCTTCAATTTTGATGTTATACATGCTTCTAAT CCTTTAATTCATGTATTATCTATACAAATTTTAGTATCTGATAATGCACCCTTAATTAAT GAGCCCTTATAAGGGGGTTACTTGAAACACGAATTAAATTATTTTGAGATTATAATTTCT GAACATCAGGAAGATAAGATGGTACAAATACCATTTACCAAACGTAATATATATTTTATT CCAAATTTAATCTAGGGACTAAACGAGCCCTAACAACTTGACTAACTTTAGTACTAATCA CTATTATTGAAGTAATTAACTCTATAAGCTAACTATAATCCCAATACATGGAAATTACCA TATTAAGTAACAAAATCTCATATCCATGCCTAGTGTTATAGTACTCTTCACAAGAATGAG TCAAAGCATCACATCTTATTATTAATAGTACTAACATTAATTTTTTAAATAACAATTGGT TATATTTTTTTACTATATTTGAAATAATATTCATATTTGGAGGTGTTGCTATTTTAAAAG TGTGCTAAAAAACAAACTATATGTTGTTTTTCAAGACAGAAATACAACTTTTAAAATTAA ATTTTGATTTTCACTGTCAAATGTTAAAACATGATTTATTGCAGAAGAGATAACTTAATT GCAGTGAAAAAGAAAATTAACAAACCACATCCCCAGTTTATGCTAAAAACATGGAACATA TAATCAGAGGTCTGTGAATGAAGAACTTTGATAAAAAAAAATAATAATAATCTGAGCTTG TCTATAATTACTCTTGATCATACAAAAAAGTACCAATATGTATAACCTACACAGTTCATT AACAAGGGACTTAAAATTTTCTATAATCTACTGTCTAAAATGACAAGATATTGAGAAAAC AACAAGGGCGATGGCGATCAAACTGACTAGGTAAAAAAATAATGAAATGAAGCCAAAAGA ATCATCTCAACCTCTAATGGAGCCAAATGTATAGCCAAAAGTGAGCGCCACATCCTAGCT TTTCTTCTCGTTATGTCCCGATTTTGTATCACTGATGGTAACAGTGAGAGCCAAATGTAT ACTACATCCATCTAAAGTGCAGATATAATGTGTACTTTTGTCACATCAACAAGCTAGGCA ACGAATTTTTATTTTACAAATGGGAAGAACGAATCTCATATCCATGCTAGTATCACAGGT ACTCTTCATAGAAGTGAGTCAAAGTAGCACACATCCCATACCTGAATATATATCCCAGCC AATTCTGTCAAGTATCAGAATCTCCTTCTCGATTCGATTTTAAGTTCCCTAGCAAATATT CAGCAAAGCCTATGCCATTTGAATTTCTATCCTGCGTATTGTCCTTGCAGCATAACACGT ACACTACTCCAATATGTGACAGTTCTTAATGAAATCATTGGTGCTGTTAACATACTTGGT CCAAAAAGGCCGGAGATGCTCAAATCCTATTTCAAGCCAAGGCTTCGATTGACCATTGTA ATGAATGACAGCAGCCTTCTTCACATTCTCAACATTGGTATTATTCTGATAGCCCAAGCC AAGCATGTGCCACGACGGGTCAATAGGATGAACATGACCTTTGAATGCAATCAAAGCAGG AGGGAGTGTTCCAAGTTTCCACATTGTTAAGTTAGACTTCAGATTCTACAATGATCAAAA AGCTTCAGAATGCCAACCAAAAGCTTATTTCCGTTCACCATATTGAGAAAACACTGAAGA CTCGATTGCATGATTTCAAGTTGAATTGCAATTATAAGTAGATAAAATTATTCAAATGTT TTCAGAACTGAAATAATAGATAAATCCTTGAGTGGCATAATACAACACAATTTAGTCGCA CAACATCTAATCTACACCAATCCCATTGGGAAATAATAGGTAAAGCAAAGATTCCATGCC ACGGTAATACCTTGTTTATAGAAGAAAGGACCCAAAAGTAGACAATACAGACCTCTAGAA CCTTCAAATTTCTTAATCACAATATCTGTAAAGTGTCAAACAGAAAACCAAGATCACAAA GCTTATCTCATATAACAAGTAAAAATGCCGATCTAGGACATACTTGTGTCTCCTAGATGA ACATGCCACTCGAAAGAAGTTAAATGAGCCACAAAAGAAGACAAGTAATATGAAGACATA AGCAGGAATACAGGAAGAACTGTGGCTTTTATAAGATTTTTAAAAAAAAGTATCTCCAGC TCCAGACAAAAAATAAAGATCTCGTGGAATTTAGAAAATTCATATATTTAAAGATTAGGT TAAGAAATCATGAAGATGTGATTACCTCTTTAAGCCACGAATGATAACTATCTCTTATAC TTGTCTTTCTCCATGCACGCAAGTCAAATATATTCATCCCATAAGCCCATGCACACTCAT CGGGGTTCAAATTCTTTGCAATGAGAGGATGAGAAAAATTGAAGTAATTTCTGAATCGCT TAGACATCACCCACCTATCTTCACCTTTACAGGTCTCAACAGCTCCATTCACCTTACCAT TCAGATCAATGTCCCACAAGGGGGATAGGTCACGCTGAATTACAATATCATCGTCTAAGA AAACCACTTTATCAAGGTTCGGAAAAAGCTGCAAAATACAACACAAAAAATCACAAACAT GTACCGGCAAGAGAGCATACATATCTATCTATACAGTGCGGAATAAGAATTATCATTGTC TCTAGATTTATCCTGGAATTGTATTCCTGAGAGGTTATGATTAAAAATTTAAAACTAGTG GTATTCATTTATCACTTTTTCCTTTCCATTTGTTTTCCTTTTGTTTTGATATGGTATAAA ACACCCTCCCCTCCGTACCCCTATGCAGGAGCTCAACAGCGGTCCTTCCCACTTCTGCAC CGTTAGCAACTTGAATAACCACCCTTGTCCTTACTAGGTTATCCATCTCTTATCAAGACT TTTTGACCTGACGATTTCATCCTTCCAAATTATAAGTTAGAGCAACAGAAGACAATTTAT GATATATGACGAAGTGTTACCTCTGGTAAATATACGCGAATATGATTTAGCAAGGATATG TATTTTGGACTTCTAGCCTGCAATTTTGAGGCAAAAGAGCGTGGAGTAATATCACTGAGA TTGGCACCTGCAATATGATTTCCATGGTAGTATTTCCGAATCCCATAATGGCTCTCAACT GCTTCGAGTACGGGAACATTTTCTCTTGTCAGCCAATCAAACTGATGAATACCTTTAACT TCCACAATAGCAGGAGAGACAGGATTCAGAGCAAACCATGAATGCATGCCTGCATATGTT TTCTTATCAGTGATGACATGGAAAACAATCTTTTCAGGTTTTAGAGCTGACTGCACGCCA GAACTGACGACAACTGCTGCAGCTAGGATGTTATCAGTTGACAGTACAAAATGGTGCAAT GAGTTGTCAGAAAGCAAAGGGAGTAGTTCTGGTGAAGGCAACTGCTTGCGTGCATGAGCA TTGGTCGAGTATTCATCAGTCAAACGCAGTGAAAGACAGTGAATGCCTTTTGGAACTGCA CTTGCTGCAAAATGTTTATTCGTTAACTCAGCAAATTTTGATTCCCTGATCTCCCTTTCA GATCTCTCCATCTGCAAAATAATGAATTCATTATATGAAAAGAAGAGTGTAAAGGAAAGT TTAATAAGGCTATATATAGATCATCTGAACATATAAATAGAATCTGAATGCATGCATAGG CATTAAGAGAACCACAGCTATGGGGTAGATAATGTTGCTCGGGCTCTTCACTTTAAATGA CGTACCCGTGTTGACACGACGTGGGTGTGGGATCTGCACTGGGTGTGGTCAACCAATTTT GGGTACTTTTAGCGAAATCAACGAAGAAACACGGGACAGATACAATGATTTACGCAATCA AAACTAAAACTAAAGTAAAATTGAAGAAAAATGGAATAGCTTTTATATAGAAAAATGTCT GTTACAAATTTTCCTTTTATCTTGTTCTGTGGTTCTCCTCTTGATCAATATTTGCCCCTT GGAATACCTTGTAAGTTTTCCACATAGTGTCTCAGAATTTACACATATAACTCGATTTTT AGATACTCGAATTATTTTAGCCGAATCCCCACACCCATATCCGTACCCCCTAATCTTAAA ATTTAGATCATGAAGGATCCGTACCTTTATTAGACACCCACACCCAAGGCCAAGCAACTT AGACTGAACTTTTTTCTTGGGTTTTGGATAACTTACGTTATGTCAAACAAATAACTGCAG CACCTAATTCATTGCATAGCAAAGATCAGAATGAACCGTGCAACAAAATCTACTACAGTA GTTAACATTCAGAGAAGAAGAAGAAGTATTGGTATCCTAGAACAAAACAGACTATATATG AAGGGAAGAAGGGTTCTTTGCTATTAATGAACCAATCTCATGCATTTCATTCCATTATTC ATACTTTCTGTATTTGTCCCTGCCCAAAACAAAAGGCAAGAGAAACAATAAAGAAAATGA AAATGCAGAATTAATGCACCTAGAAATAAATGGTACACGAATAAATAGAGAGATTAATTA TATGCACATACCATTCCCTTCAACATCAAAGCAAATTCTTTTGTGCTGTGCTTGTTGCTT TTTACTTCAGAAACCAGTTGACTATACGACTCTGGGAGCTTCAAGCCAGCAGGCACTTCC TCAGAGTTCACTTGATTGAGGATCTTAACAAAATCCTTAACAAGCTTCTGCTGAAACAAA AAATGTAAAGGCTTGGGCTAAGGAAAGTATTCCACTTAAACTTGTCCAAAAGAAAAACAA AACAACGAAAGGTATTCAGCTCAAAGCCTCAAACGCTCAACAAGATTTGAAACTAGGACA TGAAACCAGCAACAAAAATGTAGATGGAAGTTAGTTTTACCCCTGAACCATCAGATCGCC CAAGGAGCTTTGGTCCCAATCGTCTGCCTAAACAATCTGAAGATCAATGTGAAGGAAATG AGGTTATGGTTTCTCAGGACAACATAAAGAAAATGAAAACTAGCACCCTTTCTGGAACTA AATTAAGAGAGAAGCAGCAAGGACCAGCATCATAACTAGATTTAACAACAAGGCCAAATT TAAACAGCATGTGTAGACACACTGGTATTTTAAGGCTGGGGTCCAAAAACCAAAACAGTC TGTCCAGCAAAAAAGCTTCTTATATCATTTCTTTGGAACAGAGAAACAACATTCCGAAAT ATCCCAAAACAATTGAATAATGTGATATGAAATTGTGAACTGAAGAAACTTGTGATTCAA AATAGCACAAAAACCTAGATAACAAACCACAATTACTGACGGTGTATACATAGGAGAATT TGTCGCACATGCAAGAAGCAAATCTGGAATCGCACTTACCATATACCATTCGAACAAAAC ACATGAAACAGCACTAAGCCCCCCACGCCCACCCAAATGCACACAGATACTCGGTACTTC AACTCATATCACATTCTCCCTCTTTTCCTTTCTAAGGGATATTTGTCATCAAACTGAAAT ACTCCAATAGTGTAATGATAGAAATAATCAACACTGCTTTAGTAAATCGGACAACACTCA ACAAACTAAGAAATAAAGCAACTCCTACCACATTACCAGTGAGAGGGAAATGATTTAATC CCTATTAACTGTGACAAAATCCAGGCAACCTAAAAATCAATTGATTAGTCCACTATATGT TCCTTTTTTTTTATCAGTCTAACCACTCAACTATACATCAAGGCTCAAGTCCAAGCTAAT TCATCAAGGAAAAGAATCCTCTATATATTGTATTATATTTGTGCTCCATAATCAAATCTT TTCGAGTAATTTCTTTTCGGAATCCCACACTTATTCCTACTTAAACTTAATGTAAGTGCA ACTAAACCGTAATCCCAACTAATTGGTATCACCCATATGGATCATTTGCTTTCATAGTTA CATTATGTTTTAGTTTTAGCTACTTTTGCATTGGTTACTAGAGATTATAGCTTTTCTCAG ACAACTACCGTTCATGTAATTTAGGTCTATCTTGTCCCTTTTGGTACATACCCTCTATCA CCATAGTGTTGCTTGACTGGTGCATTTACAAGTCTACACATAAAAAACTACCTAATAATG ATGAAACACGAAAGTTTCCACCTCAAGCAACAACTTTTGTGAAGCAGAACATGATCTAAT TAACATTACAATAAAGGAAAACAAAACAGAAAAAAAATATTAAAGATCTATCTAACAATG CAATAAAGGTAAATGGAGGGAAAACGATTAAGTACCAAATGAGGAGCATTTGTTGACACC TTCAAGGGTAACAAGAGCAGTGAGAATGAAGATAAATGGCAACAAGAAAGCGAGGAAGAG TATTGTGTGAAAGAGTTTTCGGTAAGAGAATTGGCGAGATGCGACCTTGATCTTCATCAA ATCACCTAGCCCTCCATTGCTATTTGATATTGTTATACTTCTCATGCTAGGTGAGAAGTG CAGCTGCATCTTCCTCCCTTCTCCACCCCAACTAATTTATCTACTCCAATCACCACCCCT ATCCCCCAATTCACCAAAACTCCAAACAAAGCTAAACAAAAAGCTACCTTAAATAAGGGA CGGCACCCACTATCTCTCCCTTTATTCTACGCAGTGGGGCAATCTTAAAACAATCAAGAA ATGATCTTTTTCACCACCATATCCACCACAATACAAATTTGAAGACTCTTAACCTCTTTT CCAATTCAACCGTCCAAATTCGCTCATTTCACCATCAGATCCACCAAAACAGAAATTTTG AGGATCTTACCGTTAACGGTCCCTTTCGAGACCAATGTACTGGATTCTCTCACCTCCTCC TAAAAACCCAAACCGAGCTATAGCTTCTATAATAAACGGAAACGTCTACAACCTTCTATT ACCAATTTCTTCATAAACACACACACACATCTGTGTGCAAAAAAAAATCTCTGTATGAAA CGAATGAATTAAATCAACCCCAAAAAACGAAAATTTGAATCTGATGAATAAATCCGAACA GAATCGGAGGTGGGAATTTGGTTCTTGAGCTGAAATGAGCTAAAAAAAAAAATTGAGATG AGAAGAATGGAATACAGAAAGAGAAAAAAAGGGGAAGATGGGATGTAATGGCCTATTTTT GTGTTATTCTGTGTTTTTTTTTCTTCTAATTTTAATGGATAATTCTTTCTCTATTTTAGG GGAAAAATATATTGTTTTAATATAACAAAATTTTCAATCTATTTATTATTGTAAGAAACT TATATGACATAACCAAAAATAAATAAAATAAACATGTGGGAACTTGGAAGAGAGAGAGTT ATTTTGAAAATCTTAAAATTATGATAGAGATGTTCAAGGAGAAAAATTAATTAGTATTTT AAAATAAAAAATTAATGTTATAGGTAAATTATTTAAAAAATATTATTAATTTTTTAAGTA ATAGATAAAAAAAATTATTTTGAAATAATAGACAAATACAAGTCAATCCAAAAAATTGAC TAATTAAATTTTCTTCAACTCTTTTTTTTCCCCAATGTAAAAAGAAGACAATAATTGATT TCGCTAATTAATGTATTTTTAGATAGTGTATAATACAGTTTAAAATGAAACTATGAGAAG TGAAAGTTTTTTACTTAATATTTCCTCAATTTCATTTTTATGTGGCTTCTTTTTTTTTTT AATAAAAATGTTTTTTTATTATAGTTAGAAATAATTTAATTTTAAATTTTTTTATTTTTA TTCTTAATGAAATGTTTATAACCACACGAATGTGTAAGAATTATTTTAGACCATAAATTT AAAAAAAAAATAAAAATCTGAACACATTCTATGTCAAGTCAAACGACGCAAGATAAAATG GGAGGAGTGAGTATAATATATAAAAGGAAAAAAAATATTTAATTCGACAAATATTCCACC ATATTTATTTTTTTCTCCTTTCGTTTGAAATTATTACATATTATCCCACTAATTAGTAAT TTCGTACCATATTTAAAATCAGATAGACTTAGCTACATACATTTTTACTATCACATACAC AAAAACATGGAGATAGGTGAGCGGGAGAAAGAGAAACAAACATGATAGGAAGGAGGCGAG CGAAAGAAGGAGAGAAACAAACGAGATAGGAGGGAGGCGAACGAGAGAGGGAAATGGCGA GTATGACATAAAAAGTTGAGCGAGAGAGTCGTGTGGATCAACTTGGATACAATGTATATA AAATAAATTTTACCTAATTTGTATTTCAACGTATTTGGACGTGTTAAACACGTGTATCAA AAGTCTTTAATATGATAAAATATATAATATTACGAACTAGCGTGAATTTAAATAATTAAC TTATAAACTAGTGGAGTTTCTATAATAGACGAGAAGATTTAATCAATGTAAGCAAAAATG ATAACTTTTATAATTTTGATTAGTTGATATACCACAGTAAGTTTTAATTGTATTATTAAT GTTAATGTTAATATATACTTTGGTATGTCATTAAAAACTTCATCTATAAACAACCTAAAT TATAAACAGTATTTTTACTAACTAGGTCGGATATTATAATCATTTTGCTAATTATTTCAT ACAATTAAGATCTTGTAACACATTCTTTTTTTATTTTTTAATAGCTACAATTACCTATTA AAAAGATTTTGCAGGATTAAAATAAGAGTTAAATGTATGTATAAATAAGATAAGTATGTA ATGCACTGATGACTCAATTTTACTAAAATCAAATGAAATATGGTTCAAAAGATTTTAGAA GAAAAAATCAACAAAAATAAAAATGAAGTTTTTCTGCTAAACAAACTCTAATTAAGATTA ATTTAATCAGAATTTGACTTTGATATTTTATTTTTTATGATTCTTGTTAGTGTTCAAGAT GAATTAGTCGTGTAAGGCACGATGCATTAGGCATTATTTACACATTTTTAGGCAATTTCA TTAATTTGCTTATCCACAAATCAAAAAGTTTATTTTATTTTAACAAAAATACTTTAGTAT TTATGATTGATAAATGATTGATATGTGCAGGCTTAATTGTTTCTCTGAACTTGAATATTC AATGATTTTTATTTTTGTACGATTACTTTATAAATTTATAGGAGAGTAAGATATGCATGC ATGTCACATAAACTTTTTATTGTCACGGTAATGTTTTTTTTTTTTTTAAAAAAAAAAAAG AATTATTAACTTTTTAGATTTTCTTTTTTGATCAAACTAGTAAAGTTTTGCTAAATCACA TTCACAAATTTAGCCCAAAGATACTCTATTGAAACAGATAATCATTGGGTGAAAAAAAAA TCGATAATCAATATATAAACATAAAATATATAATACGAGTTATGCAAGTAAAATTCATTG TTTTGTTTTTATTTTTCATAAAATTTAGGCAGCAATTAAACTGCAGCATGTCACGTTTTT CTCTTCCGAAAAGACTTTGCGCGCATTAATTAATTTAAATTGACTAACCAATTCACTGAC CGACAGAAATTTTAATCCATCCGTTCCTATTTAATTGTAAATTTTTAGAAATGACCATAG TAAAATAACAATAATTAACATACTAGAGTTACAATTTTATCCATATTAATTATAATTTCA AAAGAAATGAATTAAAACTTAAATATAAAAAATGACATTCTTGTTGGTCAATCAAAGATC AAGACAAATCACCTTTGGGGTGGCCACAATGGTTTACGCTTGGACTGTCCAACAACAGCA AGGGATTTGCTTGCTTTCTAATATGCATCCCAAGGTAGCGATTGTGAGTTTTCCTTGTCA TAAAAAAATGAAATCTAAAACAAACCGGGCATATAGAGGTTAAACACTCAAACTCTAAAC ACTTCTTTATAAACTATAGCTGAAAAAAAAAACACTTGGGTCTTCAGGTTCTGGCGTTAA TCAGCTCTAATTGCCAAATTACTGTCCACTTCCTTTGATAAAAGCAAATGCGACTACTAT CAAACATATGGCATATGATGTAACGTACAAGTAAACTATTCATATCGACTGTAAGAAGTC TGAGAAAATGAAAAGAGAACGAGCGCCATCTCCTCTAGATCTCCATCGGAATTCCCATTC TATCTGGCGGGGGCTTCTCCAGATGCTTGCTTTTTCATGTTAGCAATGTGCTTTTTACCG GTGACATGATTACTGAAAACAGTCTCACTGTTGCAAACCACTTTACATACAAGACACTGA CGGACGTCGTTTGCAGCTGCTCCTCCTTCCAAAACCTTTTGTGTCTTGGTCTCCAACTTC ACACTCAGCTCAGCTGCCTTCTTCATTGCATCTTTCGCATCTCCAGAATTTACTATGTCA GGCTTCTCTTGTGGTCCAATAGATGTACTAACTGGCACCTCTGAAGGAACAAGAGATGCA GAAGCAGGGACAGACTTCTGTTGCTTTGTTACGTTAGCAATGTGCTTTTTGCCAATGAGA TGAGTTCTGAAAACAGTCTCACTGTTGCAAACCACATTGCAAGGAATACAAATACGGACC TCATCTGTGGCTGCTCCTCCTTCCAAAACCTTACGTGTTTTTGTCTCCAAATTCTTAACC ACTTTAACGGCCTTCTCCACTGAATCTTGTCTATTTGCTGAATTCATCTTGTTAGGCTCC TCTTGCAGTCCAACAAATGGGTTCTCTGACGCTACAGAAGTAACAAGAGGGGCAGAAGTA GAAGCTGTGATAACACTGCCTCCTTTTAAGTTATCCAAACTTCTTTTGTGTTTTTTGCCT AATATATGTTGGTCAAGAACAGTTTGGCCAGTAAATTCAATTTTGCAAATATGACACCAT ACAGGCTTCATCTTAATTTTCCTTTGGCCTCCTCCCCAAGACCCACTTCTCAGAGGTTGG ATAAAAAAGTTGGGATTTATATTTGCAGGAGTCAAATTCTCTGCACCATTTAGGGACACT GCAGTTATCTGTACATAAATTACTCAGATTACATTCTTTTTAAATAGAAGAGAAATTATA TATAGTATAGAATGCTGAAACCATTTAAATATATAAATATGTGATATGACGAAGCAGGAA AATAGATGTGCCAGATTTAGTATGTGGATGAGATGTTTGTAAGAATTATTTACTGCAGCA AATGAACAAACTTCAAGTGAGATGTCAATCCCACGAAAGATTATCATCTAATACAACCAC ATGGATGAAACACGTGGTCAATAATTGCAGAACAAAAACAGCATGAGGAGGTAGGTCTTT TATTAACGGGATCCAGCTTTGGCCCTTGCATGATGACGGGTGCATAACTTATCATCAAAT GTCATAAATTTAGCAACATTTTTAAGCATCTACACATGAACACCAACCTATCATCAACAG TACAACAACGTCTCAGTCCCAAACAAGTTGGGGTCGGCTATATGAATCCCCACTTCAGCT CATTTCATATCCTAGTCTTTCTTACAAATTAAATAGAAGTAAAAAATAAGTCAAACTAGC AAAGCATCAACACTATCATGGACTGCCTCAATCAGGAAAACCAACCTTAAAAATGTCAAC TGATCCAAGATAGAAGACTTCTACAGGATCTGACTTTATTAGTCACTGAACCTCAGTCCC TACATGTATAAAGACAATCTGATTCCACGAAAAGTAACCTTTATTATTGTTTCCCACCTC CCCCTTTTCTTATCAGTTGTTGCTGTTTAGTTGCATATAGAGAGATTGTTGGATTTAACA GTTGGAACCACCTTCTCGGTAAGAGAAATTCCTTAATTTACCACTTTGTTTATTGCATAT AACACAAATGGTTTTGAAACACCAAGATAAATGTTAAAGATTTGGTTGCAATTAAAATAA ATATAAGAGCTTAGGCGAGACTTTTGGATGATTTGATGACTCACTTCCGATAAAAGTCAT ATAAACTGAGACATTTTGGATAGTTTAGAAGTAGCCGTTGTATCACTTGCCCTTACTTTT ACTCTTTCTTGTTTGACTTGCTACCTAGATAAACCCCTTAAACTTGACGTGTTAGCCTTA TAAACTTACAGATTGACCAATTAGATACTTGATAACAATGTATCCTCTAAACACATAGTT CATCAAAACCAAGGGCGTGAAAAACATTTGCTGGTGATCTATCAAGTAACGAATGAAAAA AGGACACGTGTCAAAAATAGAAAAATAATAAATAAAAAACAACCCCCTCTCCCACAAGAC TACATCCCTACTAGCCCGCTTATTCTTTTTCATCTGCACCCTACAGCAATCCCCCAATGA TTTCTCCTTTCTTCCTCAATCCCCACTCCTCCCTCCTCCACCTGTAGCCCTCTCTCATAT CTTCTCTGCAAACCCAGCTTCATTGTCTCCCTTTCCCCTCAACCCTTGCTACCATTGACA ACTACAGGTAAGATATTAGTTCTAATAGAAATAAGAATACGATACTGAAACATAAAAAGC AAAAATACATAATCTAGGCTTTCTCACGCACATAGATACGAGTATAAATCACATGATTTG CCATGTCAGCATGAGGTCCTTATATGGCCTATTCATGTCAAGTTAAAAGTGTCTAACTGG TAACTTCATAAGTTTATATTACAAAAATGTGCCACGTTTAAGGCACTATCTAGGTATTTA GCCTTCTTGTTTCTTACTTAAAATCCAAATACTTTTCTTCAAACCTTCTCGAATTTTCCA CCAAAATCAACTCACGAAATCCAGATGGTTCTTCATCACAATATTATTACCATCAGTACT CGTTTATAGGAATTAAAAGTTAACGGGAGAAATAAGACGCTGCAGTAGTTATGGATCTGG CTACATTATGTAGGCATTCATTTTCATCTTTGCGGTATGAATTTGAATACTCTATGGAAC AAAAGAAAACATTAACGAATTTTACAATCGTTTGAAAAATGTTATTATTAAATGACACCA AAATCATATAATCCCTCCATAATTAGAATGAAACAGGCCAAAGGATACTGATGGTAATAC TTGAAAGACACCAAAATAACTCCCTCTTTATTCCAATTTATATGTTCCAAATTTTATATT TCATGACGCGACACAATGATTAGTATCAAACCATTAACAATATTATTCATATGAGTTTAG CAACTGATAAAAACTCAAATTATATCCCTCCCAACAAAAGAAATGTTTGAGCTACACAAT AGCGAATGACCTATGTATACATAACAGGAAAATAATAATTGACCTTGTATCTACAAGATA ACTTCCACGGTGAATGAACCCCCTTCCACCCCTCTCCACCCTCTCTACAGGATAACTCTA TCCATCAATACATAGGAATACAAGAAAATCCACTGAATGTCACCTTTGCTGAAAACTCAA ACCTAGATTCCCAAGGTTTGTACATCAACTCATAAGACTCCTAGACCAACCCCATGGAGA ACATTCTAGTCCATGTCTCAGTCCCAGTGTGACTGATCATCCTCTCGGACTTAGACCTGC TAATCATCGCCTTGGTAAGCTATTGACTCACCAACAAGCTAATCAGACGCGGGCTTAACT ATTTACATTTCAAACATTCATATTTCACTTCATCATAACTAATACAACACATCAATCCAA TAAACATATCTTATATAGATGGAACATGTATACCAAATTTGCTGATATTCAAATATGCTC AATTAACAACAGATAATTAACAACAGAAGTGTTTACAACTGACCTCACCAGTCCTGAAAG GGCCATTTGATCCCAAAAGTCGCACCACATTCGGGTCCTGATAATACACTTGCGTTGCTT CCACAGAGCTAGTAGCACCATTGATCTGTCCATACCGATAGACCATACTTTGTCCTTGGA ATTCGTGTCCTCCACCATAACCAAGTGCATATGAACTAGGGTTAGGGTTTTGAGGCACAG ATTGATCGGAATTCATCATCACCGGTGGTGAAGGGTTAGGGTACAAGGCTGGGTTTGGCG GTACTCCGGCCCATGAATTGTAGTTGTACTCCATTGAACTGTGAGCAAAATTGAGCAATA GATGTTAGAGATAAATGGAGAGCTTCATCAATGGAGTTCACCGAGAATTTGGCTGAAGTT ATGTATTTGTTGTAACTTCATTGGGTTATTGACACAAATAGGAAATATCCAAAATAGTTT TTTTTCTTCTTTTTTTAGTTTTATTAAATAACATTGCGTTTTAACTTTTATGATTTAGAA ATTAAAATGATGCTTTTTTTTAATTATTATATGATTTGTATGTCATTTAACTTTTAGAAA GCAGTCGACATCATAAAAAGAAAATATTTTATGAGTAATGATTTGAAAGTATGGAAATTT AATTAATTTTATGAATTATTTTATTAATTTATTACAATGTACATATTATAAGTTTAAAGT ATATTTATCTATCAAGAATAAAAATAAAATATGATAATGTAATCTATGAGCTGACTTTAA GAATTTGTTTGATTTTTTTTTCTCTAAACCTAAAAGTGCATTTTACATAAATATTAAAAG TGGGAAAAATATTTAAACAAATATCAGATTTTATTATTTTTGTAATAGTATACAAAATAA GATCATTTGGTAGTTCATTGTTTAATATTGTCTCATAGTTTAATTTTGTCTTAGTTTATG AGCTTATTATTATTATTATTTATCTTTTTTTTTTGTTTATGAGCTAACTTTAAGGATTTT AATTGTTTTTTCTTAGTAAACTTAAAAGTGTATTGTTATGAAAACATGAATAACAAGGAT ATAAATTTAAATGCGTGTCATATTATATATATATTTCCAAATCACCTGATAATTTTGTCT TTTTTAAAAGAATTTATCCAAAAAATAATCTCGACAATACACCTGCAGAGGAATGAAAAA TTAGGATTCAACAAATTACAATAAGTGTATCAAAACTTTAATACTATTTTGATTCTTTTA TTTTTTTAAATATAAAAATTATCAAACCAATCAAAATTATATTTTTTTTTCATGTTTTAG TTTTACCTTAGCATAAAATATTCTCCGACTCCTTTTGTTCTTTTCTACTTGTCGAATTTT AATTTTTCTACTTGTCATTTTTAAAAAATCAAGAAAATAAATTATTTTATACTTATTATA TCCTCAATTTATTTAGAGAGTTATTATTTTTGATAAAGGTAGAACCTCTTTAATGAGTAA ATTGATTTTGAAAATGTTTAAATTAATATGGCAAATTAGTAAAGTCATTATGTCAATTAT TTGTGTCAAATAAAAAATGAATAAATAATGTTACCAAATAAAATATGAACAAGTAAATAT GGATAGAAAAAGTAATGAATAGAGATAATGGGGTAAACTACTTATATCATTAATAATTGC TTTTTAATTAAATATGTAAGTCAAAAAGTGACAAGTAAAAATGAACGGAGAGATAAAATA AGTTTGGTTGAGTTCTAACTGCTAAACCAATATGCGCTATGTCAAAACTTGTTAAGCAAA TTACTTCTTTTATTTTTCTTTCAGAAAAATGCATAGCACATATTTCTCTATCTGAACATT ATTTAAGATTTATCTTCTTCTCTCACTACTCATGAGTTATGAATATCATATATTATAACT TGTCCCAAAATGTTTGGTAGCAAGATTTTTGAATCGAACAAACAAAATCCTCTGACAAAG ACAAGTAAATGACAAAGGTGATATCATCAATACAAAAGAAACATTAAGAGTCTGGTAGTG ACCATGAATGGTCTTTCAGCCTAAGTGGGATAAAACAAAACAGAAACTGAACGTAGTAAA AAAAAAAGGTAAGAATCCCAGCTGACTGCATCATATAAGTAATATCTTTGATTTGTGAAC AAGCTACTACTCGAGCCAGGTAAAGCGATTAAGCAACAGCTGGCATGTCCTTGAGCCAAG CATCCAGAGGCTTACCAATTGAGTAGACTATAAATCCAATCTCCCTAAGCTTCTCCGCGT CCACAACATTCCTACCATCAAATATAAAAGCAGGTTTTTGCATGCTATCATACATCTTCT TATAGTCGAGAGACTTAAATTCATCCCACTCTGTAAGGATGCAGACAGCATGGGCATCCT TAGTTGCTGTATAGGCATCCCAAACAACGCTGACTTGTTTCACGGTTGTTGGACTCATTG GCTGAAGGTGAAGAGGATGATCCCAATCGAACTTTTTCATTGAGAGGTCTCTCTGAATTT GGTCCTCACTCACTTGAGGATCATATATGCTCAAATTAGCCTTGTCCCCCAGCAGTCCCT TGCAAACATCAATTGCAGGGGTCTCTCGAGTATCACCAGTATCCTTCTTGAAAGCGAAAC CTAAAATGGCGACTTTCTTGCCTGATACTGTGTTGAACATGGAGGCAACAACGCGGTTGA CAAAACGATTCTTCTGATAGTCATTGATCTTGATAACCTGTTTCCAGTATTCAGCTACCT CTGGAAGACCATTGCACTCACAAATGTAAACCAGATTCAGAATATCCTTCTGGAAGCAAG AGCCACCAAAACCAACACTGGCATTAAGGAACTTGGGACCAATCCTCGAGTCCTTTCCAA CAGCATACGCTACCTGTGAGACATTTGCTCCAGTAGCCTCACAAAGAGCTGACATGGCAT TCACAGAAGAGATTCTTTGTGCCAAAAATGCATTGGCAGCCAATTTTGAGAGCTCAGCTG ACCACAAATTGGTGGTGAGGATGCGTTCTTCAGGGACCCATTGGGCATAAACATCCTTCA ATGCTTGGATAGCCTTCTGCCCCCCTGGAGTTTCCCGACCTCCGATTAGGACCCTGTCAG GTTTAAAAAGGTCTTCGATAGCGGTCCCTTCTGCAAGGAACTCAGGGTTTGAGAGGATCT GGAAGTTAATGCCCTTGCTGTTGTGGGTCAAAATCTTTTCAATTGCCTCGGCAGTTTTGA CAGGAACAGTTGATTTCTCAACAACTATCTTATCAGATTTTGAGACATCAGCTATCATGC GAGCTGCACTCTCCCAATAAGTTAGATCTGCAGCCTTGCCTGCTCCGAGACCCCTTGTCT TGGTAGGAGTATTCACAGAAACAAAAACGATATCAGCCTCCCGCACATGTTTCTCCACAT CTGTGCTGAAGAAGAGGTTCCTGCCTCGGCACTCCTTGACTATATCATAGAGGCCTGGCT CATATATGGGGAGTGTATCACTGTTCCAGGCTGTGATACGAGGCACAGAAATATCAACAA CAACCACTTCAATAGAAGGGCATTTGAGTGCTATGACAGCCATGGTGGGCCCCCCAACAT ATCCAGCTCCTATACAGCAAATCTTAACCATTTTCCTTTGTTCCAAACTGCAAGATATAA AAGTTCATGACTCCATGTATTTTGAGGCTGTATTACTCACAACATAAAGGCATCTCATAA TGTAAGGACTAATGAGCAATATGCACAAAATTTTTGACAAAAGTTTGAATGTGTTTATAG AGGAACAAAATGGACCCAAATAGTGGAGAAAGAATGTAGAGGAGTCATATAGACCAGCGT TGGTATCGAGGTACACTTGGTAGATTCATTGACTGTCTTTATATATTGCCATTCACTGAC CCTGCTCAGCAAATGCTTGTCCTAGTCCTACAGTGATATCCACAACCAAAACTGATAGCA TATACATAATATGAGCTAACTACCAACCACCAGATCTACATTCTTAATCCCTAAATGTAT TACATCATAAAGGAGTAGGCTTTCACGTATTTTAGCACAACAACAGTATAAAGTTTTAGT CTAAAGAAGGAATTAAACAGAAACACATGTTGCCTACGCACTGCGACAGGGGTAAACTTA TAGGCCATATTATGGGGCATGCGAACACGTGATCTCTCCATAAAACTAGATATTTTATGC AAATATGTTCTAAAACACGCTTACTACAAGAAGCCTAAATGGTGCACTTATCAAGTGATT CGCCTCTCCCCTGCTGTACATTTTACTTTATAGTTTATTCTACTTGATAAGCCACACTCA CAGATTCACGTATGGTACTGTTTACATATAACTTGAGAATTCGATCAAATATGCACCAAT CAACAAAACGAAATGTGAGAATTTCATTAATTGGACAACAAAATTCCACAAGCAATTACA TTTACTAATCATGAACTTAAACGGATCTAAATAAAAAAACAGTCAGATTCAGAGTCCTCC TCTCGCTCTGAGCTAAAATTCCACTGACATTCACCAGATCAACTCATATCACAAATCAAC CAATAAATTATCAAATCAAACATTAGATCTAGAGAAATCACAACAATCAACCACGCATTT CCGCAGGAAACCGAAGATTACATATCAAGACTAAGCACACCGACAATCAAAAAAACGCTC AAAATTCACATCTTCGAAAAAAACTTGAGGAGAAAGTGAATCAATAACAAAATGAATGAA GCAAATTATCATCACTCACCTGCAAAATCAATAAGAAATGGAGTGAAGAGAAAGAGTACC CGTAGTTTCACGAGAGAAGAGGGAAAATGGATCTGGAAAAAGATGAAGAGAATTATGAGA GCTAAGAAGGCGGGGACATTCTTAAATAGTCTGTTTTGGTGTCAAATCTTAGATCTAACC CAACGCTGCAGCAGAGCTTGACGAATGACGAGTCTTCTTGAAGCCAAAATCATAATTTTA TTAATCAATTACTAATTAGGTGTGATTTGGTAGTTAGTACCAAAGACGGAGTTAAGTTCA GGTATTATGTTTGAATTATTGTTATTCATTATATTGTATTATTAAATGTTATTGTTACGT AATAATAAAAATCTTTATTTTATGGATCACCCAATTTGGTGTGTTTCTATTGTTACTTAA TTTTTTTTATTTAATTATATCTTTATATAATATTTCAAAATATAATTTTACCTTTTACCT TAATTATTTAAATCTAGTCAGAACTCTTACCCTAGAATAATAAAAGATATTTTAGTAAAT TAATAAATTACAATACAATTAAAATGTTATTAAACAACAACACTAGAATAATACATTACA ATAGAGTATAATACAATACAATATTATGAAACAATGAGTAACAATGATCCAAACAAAGTG TAAAAAGTAAATTATTCATACGTAAACGTATTTGATTTATTATAGGCAAATTACATAAAT ACACACATTTTGTTTCATTAATTTCTATTATCTCCTGTTATTTTTAAAAATCTCCAAAGT CACTTACTTCTTTAATGTATCATAACTGCATATCAATGTATTTGAGCTAGTATTTAATAT ATGAAGCTAGCTCTTAATGTATTTAAGCTATATATTAATATATTCGAATCAATATTTAAT GTATCTGAATAAGTAAAATATGTACGGATAAATCATGAGAAGGTCTATATTATTTTATAT AAAATAAAAAATAAAATAACTTCTATGTACCTACAATAGTACATAAATATATTTAACTAA TGCTTCCATTATTTACTTTTTGTTTCAAATATCTGGATGGGAGTACTATCACTGCATAAA AGTCATATTTTTTTCCGTTGAACAGAGGAATTTTATTTGTGCATAAAAGTCATACTTCTT TAGTCCAATTAAGTTGTCATATTTTTTCTTAAAAGTTAAATTATTTTTTTTTGGCAATAT ACTAAAATCATATTTTCTTAATTAAATTGACATAAGAAAAATTGTATTTTATGGTGTTTT CTATGATTGTTAAATGTTTAAATTTTAAAATAAAATTTTAATTTAGTTTAACACTTAAAA AATAAATTAAATTTAATTTTAACAAGCTAAACATAAAAACTAATTTAAGAGGGAGGAAAG TAAAAATGAATAGTCGACTGTCCTATTCCAAAACTTAACATTGGGGCCCTATCCCAACCT CTTGCACTAAATTAGGCATGCTATATTTCCATATAAATGCAACAATAAATAATTAAATAA TAAGTACACTATATTACTACTCCTATAATAATAATAATGAATATTCTTTGATTTTATATT TATATATATATAGAGAGAGAAAGAATGTGAGATGATAAAATAAAGAGAAAAGAGTTTCAA AATATATTTAATTTCAAAGCTGGCATTTATATATAGTTATGATTAAATTTAATTTGTGCA TTTCAAAGACATTTAGGTGCTCATGTGACATCATAAAAATTACATCATTATAAATAGTAA TGTATCCGGTTGGACCTTTGCATATCTTAAAATACACTATTAAATAGTACATGGACTAAT AGGTTGGTTCAGCCCTAAGTTTGAGATTATTATAATAATTTTGATCAAAGTTCGAATATG TCATTTTTGCCTAAAGTAAATTAACACAATTTTCAAACATATATAATGTGTATTGTAGAA TATATCTTTATTTTTTTTATTTTTGAAATTGCACAAATTGAACACACACACACACATATA TATATATATATATTATAAAAACTTTTATTCTTCTCTTCATTCTCAATTGTATAATTTTTA AGAAAAATTATTGTCATTGCCAAACTTGTTGATACAAATAAAATAATTTAATTAATTAGA TATCTTATTCTAACTTTTAGAGATCTTAAGTTGAATTTTCATAAGACGCCACATACTCTA ATGATTCCAATTAAATTATGTTAATCTAACTTTGATTTCAAGTTGCTTAGTTGTTGACTT GTTGTTAGTTTGGTAGTATAAAGTTTAGAAATTTAAGATTACTTAATAGAAGAATCTTAG TTCAAACTCATATTATTATTATTTTATTTAATTATTGAATATTTATATATAGTTATGATT AAATTTAAAATAGTTGGTAATATTTACTTTCAAAGCTGGCATTTCTAACAAGAATTCTAT TTTTTTTTATGGCAAATGTATTCATCCATGGTTCTCTCTCCATTACGGAATACTAATTTT ATTCAGGAGTAAGTACATCTAATTTTAAATTATAATCGAAATTTTAGAAACACATCTTAA CTAATCTAAAATTCTATTATCTCTTGAATTAACATTTTAAAATTTTTTGTGTACCTTCGC TCACACGTCTCAACAACGTGGAGTCACGAAGTATGCCACGTAAATAGGGATGACAATGGG GCGGGGCGGGACAGGTTGAGCTTAACCCGCATAATTTTTAATCCGTCCCGCCATGCATGA CAACTTTTTTCATTTTCAATTCACCCCATCCTGCCCCGCATGAACTCTCCTTGCATACTT TTTTAATATTTTCTTTTTCTAATTAAGTTCGATGATTAAAATAAAATTTATACCCAAATA TTTTTTCATTAAGTTGTATTAATTTAATAGGATAGTGACTTGAAATTTATTTTTTAAGGT CAATTGGAAACATGTAAGAAATCGTATTATTTTTTATTGAACCACTTTGATTTACTATCT TGAATATTTTAGCAGTTTTAAATAAAATATTTTAATAAATAATGTTCTATCCCTCTGATA ACATGTAAGAAGTTAAAAATTAAATCTGAACACACATGAAATCACGGATATTTGTAACCC GTCTCACCCCATATTAATTTAAATAAAACCTACTTCAACCCGCCCGGCATGCCACCCATC CCTCCCTATATAGCCTTAAATCCATCCCGCCCTGTCTCATTGTCATTCTACACATAGACA AAGTTCAAAGAGTAATAGGTTTTTAGTTTAATTAATATGTGTCTCTAAAATTTCACAAAT ATCTTATCCCTTTTATTTATATTTGCTCTATCATACCATAATATATTTGATAAATTTTCA AGGCCAATGAGTCAAACGTTTAATGAGTTTGTTGAGGTTATGTATAGGTGTGGATCTAGA ATATTCTACATGTTATTTTCCTTTTGGACAATATTAAGTACTTATAAATATACTTTTAAC ACATTTATTTAAAATAAGACAGTTTTCATATTCATGGTTGGAGCTAAAATAATGTATTTA CTATGTTGGGAGGAGTCATGTTCAAAGCTACAAGGCATAACATTGCAAATTTTAAGATTT TAATTATGCGATAGTAACTTAGTTTGATATTTTAGAACTTTAAATTAAACTACTAAAAAA TTATTATTTATCGGTAAGATTTTCAAGAAGAGGAATCAATGTATTGTATTGCACAAATGA CTATCATTTTATTAAGTTGAAGGAATCTTTTTTATTCTAAGTAAATAAGAATTCTAAGGG ACAATCCAAGAGTTATCTAAATAATTTTTTAATATCTTCATAACTTCGCCAGTGTTGCGT CTCCTGTAAAAATCATTTCCTTTTGATGTTTTTTTGATAATTTTTTTTGGATATTTGAAT TTACAGTAACCTTTCTTCCTTAACAAGATAACTTTCGAATACCACACTGCTACCCGCTTT GCTCATATGAAAACAATAGAGGATATTGTAAAGGATCGTAACAACCTAAGTAATAGTTAG CTCTTTGTGTTTTGTTATTGTGAGTATAAATCTGAACATGTGGTACATGTACATCATCAC AATCATTTTCATTCACCCATATTGATGCTACTTCAGTAGAACTCAGTGGCGGATCTAAGA TTTTAAGGTTGTGGGTGTTCTGAAGTAAAATTGTAAAAAAATATGTGTTAGCAATGAGAT TCGTACATTGGTACAACAAAACTAAAAGAGTCTTAAGTACCCATTCTAAAATCATTGGGC CAACTATATGATTTATTCATTATGTGATCTATGTTAATTTTATACAAATACCTATCGATT TCTACATAGATATATATATTTCGTAACGAAGTTAATGAGTGCTCGAGCACCCGGCGGACA CCATGCGGATCCACCAGAACTTGGTAGATTAAATACTCGCCGGTCCAATTCAGTCACATT TAAGGGCGATATGATGATTTTGCAAGTTAGGAATCTTAGATAAAGTTCACAAAAATATAC AATATGAATAATCTTTTAGTATGTCCATCAGTTCCTTCACTACCGATTCATCCACTTTAT CAGAAAATGTCATTCTATTCGCAACCTTATTCTCATTATCATAAAAATATAATTGTAAGT TTCTAGGGCTTCTCTCATTGGGAAAAAAATTATCTATAAAGTGATACATATGTAAGGAAA AATGTAAGTAATTAGTTTGATATGCTCTAACCTTGTGAAATAGAGGAATAACATTTTACA TTAAGGTCTCCTTTGTTTGCACTTGATGGAGGTATGAATCATAATCCTTTAGATTCGGCC TATTAAGTACGTTTGATTTTTGGTTTTTGAATCTTTTTTTTAATGGAATATAATTAGATT GTAGTTATATTCATATAAAAATACCTAGATCTTAACACAAATCTAAATATTCAAATGTAT ATTCAGATTCAGACCTCTTAATCTTAATGGAAACAAATGAGGTCTACGATATTTGTATTT ACAAGAAGCTGCCTAGTTGTCGCCTCTCGATTTATAAGGTGTCGCTGCAGCAGAAGCGTA TTCTTCCGTTAATTCCTTATATATAAAAGTAGTAAAGTAATATATATAGTATATACACTC CACATTCTTGTGGATGATATTTTTTACATATATGGTAATTCATTTTAGAATTATGCAATA CTGATACGCTCAAACTTACTTCTCAAATGAGAAGTAAAGCGGTCGTGTCAAGTAAATAAC CCAACTAGTGAGGTTGGGATCGTTCCCACGAGGAAAATAGTCTAGACTTAACTTCAACTT GTTATTACTATTATTCGGTTGATGACTTCCTTAGAAAGTAAAAGCATAAAAAGGGGGGTT TGTATTTCCTAATGAGCAAAAATAACTAACGAATTCGAAAGAGACACTTAACAACTTTTA ATGTTGAGTTTTAATCAAGTAATCAAAGTAACTAGGGTTTACGTGTTCCCCACAGGTTCA TAACTTGATAATCCTAACTATAACAATTCTTTCCTAGTATCTTGCATGCAAAGTGATAAG TTATGTATTTCTAAATCCTTGGTCCGGCATCTAGAAAATCTCACTCCGCACCTTGGTCCG GCTACGTGTGTTGCTTTCCTAACCCTTATCTTTACCTCATATTAAGCATCGTATTCGATA TTTGACTAAGTTATTACCTCGTGCCAATCAATACTAGCCTATTAGATAGTATACACTAAA TCTATGTTAATAATTCTTTTCCTATTATCTACCTCCTTGGTCCGGCAAGTAGCATTAAGG CGAGTTCTAACGTTGATCATCCGTTAAAAAGACTTCTAAGCGAAAGAATTATTAATACAT GCAAGACACGATTCTAGAATTGTTATTTTAGCTAGGGTTTATCTCATTATTTGCCTATGG TTCCCACAACCCTAGTTATGGAGTTTAGTTCCTCATAGCCATAAACACAATATTCAAATA TGGTAAACAAGAATTCATGTACTTACTTCAATGAGAAAGAATAAAGTCCGAAAATTTGCT TGATTAATCACCAAAAATCACTTGGAAGAATCTCTAACAATCAAGCACTCAAAACACAAA GTCTCACAATATAATGTTTAATATCACAGAGTCTAACCTCAAAAACGAGGTTTTTCGAAC TATTTATAAAAAATAAAAACCTAATTAAACAAGGATTCTAATTACTGGAAATCTGCCAAA ACGCGACTGGGTCGACGGACCACGCGACGGACCGTCGTGAACTCCATCGTCCCATACTTG GTGCAATTCTTCTGCTGCTTTCTTCATTCCCCTCGACGGCAAGTGTGACGGACCGTCATA AGCACAACGGTCCGTCGAGGGTCTCGTTTCAAAATACTTCAACTCTTGGAATCTGGGTAC TGGATCACTTCTCTGATCTTCACGACGAACCTGCAGGACGGACCGTCATAGCTATGACGG ACCGTCACAAGCTTCGTAATCCCACACTTGGTCAGACTTTCCCATCTTCCTTCAACAACT TCTCTACGCTGCCACCTACGGACCGTCATAAGCTCCGTAGGTGGTCTCTTCTGCAATTTT CGCTCAAAATCTCCGCGTTCAGCTTTGGACAGATTTCCTGCAAAACAAAGAGAAAATTAT ATTAAACTTAGCACAAACAAGGCTTTCGGACACACTAAACTTAAGGAAAAAGTATTAATT ATACCGTGAAACCACGGTATATCAAATACATAGGGGTGTTAATGGTTTGGATTCATTATT GATAAAATCAAAACAAATCAATTTAATCAATTTTTAAATTTCTAAAATCAAATCAAACAA AAAAAAAACAATCGTCTATTTGGTTGGTTTTTTTATTTATTTGAAAGGTTTAAATTTGTT GAGGGTATACACATTTTGATAGACAAGGATACGTAATACATGAGCAATCCACTGAAAAAA TTATCGTGAATTCAATTGAACAAATTAGAGCTATTATTTTATGAACAAAGTAATTGAATT AAGAAAAAATGTAACTACATGATGTGAGGTAGGGTAGACAAAGCCTGAACTCTGAAGTAA TGGATTTTGATAGATTGAACTTAGAGTTCTTATAGTAGAACTAAAATTTATGTGCTGGAC TTTAGGATATAATAAAGTTAAAGACCTAGTTAATTTAAATTTAACAAAATATTTATATTT TATCTATGAATAATATATTAAATTATTACGAAAATTATATATATAATTTTTTTGTTAGAT TTGATTATTTTTTGCGTTTTTAGTAATGTGATTCAATTCAGATTACTGTGCAATTTGATT TTTTTAATCATAACTACGAAAAACCCTTACAAATTATTTTTGATATATTAAAGGAAAAAA AGACTAATACACCCTGAACTTTGTCGTACTTTTGGGACATTGATGATCCTGCCGTTCAAA AAAATTATAACATATATCGTTATTAACGGACATACACGTGTCATAATCTTATCCGTCGAT CCGACATCTAATCGTTAGATAAGATTGTACCACGTGTTTCTATTTAGTCATTTGTTAGAG TGAATGCATATATTTCTAATTTTTGGATGACAAGATATCAATATCCAAAAAATATAACGA AAAATATTTATATACTATTTACAATAATTCGAGAATATATTTATTTATATTGCTAATAAT AAAAACACAATATTACTAAATATGACCATATTCATCATTATTGTTTTATACACTGCCAAA TGACACTGATTTGTTGCTTCTGAAGACAAATAAATTTAACAATCTCGAGGAGAAGTTCAC TTTACTTAGGCCGGAGGAGGAGTTTGATGCCGGAATCCCAAAAACCTGCTAGTGTGTGAT CGGAGAAAGCTTATCTATGGAGCGCGTAAGGCTTCGATTGACGTTCGAGGACCCGAACAT TCTCAGTGATTTACAGAAATCAGAGGGTCTGAGGTGCAGTTGTTTCTTCTCAAACCCCAA TTGCTACACAAAACTATCTCCGATCTGTCTTCTCATATTCTCCGCACTTTTCAACTCCAT GGCTCTTGTCCGCATGGCCTTCTCCTCTCTGTATGTTCTCTAACTTCAGTGTTTTTTTTT TAGTTGATTACTGTTTACTGCTGTATGATTTGTGGATTCAGTATTTTGTACTAGTTGAAA TAGAGTGGTTCACTGAGCTTGCGTGCACTTTAACTGAGTAGCTACTGTTAGAAAAATAGG AAACATAATCGAAGAAGAAATGACTGTCCATATACATATTAGGAAAATACAAGGAATTTC ATACAGTAAAGCCTATGTTTATACCTGCACATTTCTCTTAAGCTACTTCGAGAGATGATT TTTCAGAATAGTCATATTCTTTTACATACACGCGTGTGTTCAATTTAAGACCTTCATATA TTACAAACTATCTAACAGCTACATCTTTAACTAGTTGCTAATTTTTCCACTGAGGGTTAG GAAAATGGAGAAATCACCTACCTTATTTGTTTTCTGATTGGTATGAAATTATGGTTTCCC ATGTTTTTTCATTGACCGCTATCCAGTAGCCACAGTGTTTGGTGCTTGGTTTGTTACATT GCTGATTGAACTTGGAGATGGAGGCCTTTCTCTGGCTGCTCCGTTGCTACAAATTAAAAT TTCTATGACATTACATTGTTAAGTGGCTCACTTTCCCGTCATATACATGCAGATGGACGG TTTTCTCTTGCCTCCTTTCGAATCAACTTGTATCTTGAAGGATAAATGTATAGTCAGGTT TGCTAAATTGCAGTTTTGTCACTTTTTCAAAAATTTCTTATTGTTATTATTATTACTGTT GTTTCTATTCATAAAAGTTATATTCCTGAAACTCATATGTTAGTGTGAAGAAGAAAGGCG GTGTTTTGGCCATTGAAGGAAATGATGCACCAAGTATAGTTGAGAATATCAGAATTGTTG AGAAGCAACCTGTAAACACGCGACACTTACTGTTGGCGAATAAGGAGTTTGACAATGAAT CTGGAGGTTATGAGAGTGAAGATGAGGAAGGGGCAGATCCAACAAAAGTTTCAGGTTCAC ATCTGGAAAATTCATTGGGTTGTAATATTATCTCCGAGAAAAGGAAGGCCACAGAAACAC TTCCTGTCTCGAAGTAATTTCTTGATCACTTGGTTGGAGATTCTGATTTGCCCATACATT GGTTTTGTAAGGCTCACAATTGACTTCTTGAATCGTTCTACTTCACAGGAAAAAGAAACA TTGTTCTGAAGTTGCTGAGAAGGTTGATGAGCAGACCAAGAAATCTCAACAAGGTCTGAC AAGCAAGAAGAGTCATTGCAAGCAAAACAAGCTAGCTGATCCGGATAGCAAAGATTTGGA TAATATCAAAGGAAGTGCTGAAAGTAGCAAGGTTAATGACAGTATTTCGGGCATGAAGAA GTACGACTATTGGAAGCTACTATCTCATTCTTTGCATGATTACAGTTTATTTCGGTTATT TTTGCTTTATTTGGCCAGTTTCTCCCCATTTTCTTGGTGTATTCCTTTGAAAGCCTTACT GTGGTCATTACTAGATTTTACATTCCTTCCCGCAATACCACTTAGTTGAGGGTTTATTCC TTTCCACTACTACCATTTTAGCATCAATAACAAAATTGAAGGTGTTGATTGTCTCCATTT CGATGAGTGTTTCCTTGCTGATGTATTTTCTTTGATTGTTTTGTGTATCATTTAAGTGTT GCTCACCCTTTGTACGGAGTATGGGTTTGGTGTTTGAACATGAAGTCCAAACTAATAGGA ACTAATACAACATTAGAGCCCTGTTGCATGACAGCCTGAATACCCCATCTTTCCATATCA GGCATCTTGTAAGTTTCCCAAGTTCATCTTTGTCCATCTTCTGCTGGTTAAAATCTTGAA TGTATCTTCTTCATAATAATTCATAGTAATTTGTCCCTAATCTGATATTTGTTTGCGGTG GGTTGACAAGTTCAATCTTACCAATGAGAAGTGCAAGATCCAGGAAAATTTGTATTTATA GCTGCTTCTCTTGTGACGACTTAGGCATTTGCAAGTGCATCCTGTTCTTTTTTGTACATG CAGAAATGTTCATATCTTGGTAGCTACTGAACACTTTTTCCGTTTAATATAGAAGTGACA AGATTCAAGAGAAGGGTGTGGAGAATGTAGAGGCAACCACGAAGCCTGAGAGAGTAAAAA AGGTCCATTTCTACAACTTTTCTCATACATTTCTTTGAGAAATTGACAACAAATAATCCT ACAGTTGGTGGAGCTATTTCAGAAAATTGCGTGAAACTGTGTAGATTAATACTGCATCTG CACTGTATTAGAAGTGTTACGTAAAAGTGACATTTGTTCTTGTCATAAAGTCATCTGACA TGATCAGACGCTATTGTGCATTGTTAGATCTGTTGGTTACTATAGTTTTTGATGAAGCTA GTGGTTTCATTGATGGCATCTAGAAGATGCAAAATTACAAACGATATTGCATCCAAAGAT AAAACTGAGATAACTCTATAGCAAAAGCAGTCTACTCTAGAATCAAGGAGCTAACAGAGA TCAAAAAGTTGTCATGAAAATTAACAGGGAACAAATTGTGTCAGTTAGACAGAAACATTA AGCACCTAGCCTTTATAGATTGATTGGGAGTTGATGTACCATCAAAACATCACTATCTCT CCGTCCACAAAACCCAAAAAATGCTAGCAGGGATCTCCAAATCTTCCTGATGGCTCTGTA AACTTTCCATGTGCGCTAATTTTCAAAGGCTTCCTTAGTATTCTGAGGCATGACCCAACT AGTCCAAAAATAGGGAAGACCATACTCCATAAATCTGTTGCAACTGTGGAAATTTTCAAC AATCATTTTTCCCACATCTTTCTTTTCAACTATTTTTAATAAAAAAAATAAAATAAATCT GTAGCAACTGTGCCGTGTAGAAACAAATGATTGTTGATCTCTACACTATTATATGACACA TGTAGCATCTATTAATAATTTGGACTTTTCTTTTCCTTTAGTCCTCGTATGTGAGGCATG CTTCCTGTAGTGCAATCCAACAAAAACATATGATTTTTGGGGGTAATTGGTCCTCCAAAT TAGCTTCCATGGCCAGCTAGTAACCTCCTTTGACAGAATAGCTCCCTTCCTTAGAGCTTT CCCACTTCAACTGGTCCACATTCTGGGCATTCACTGGACAGGTTTCTAGTCTTGACAAGA GGCTCAGCAGATATTCAAACTCCCATTCTTGCATATTTCTTCTGAATTGGATGCTCCAAG TATTGTTTTCTCTATATCGGAATATGGTAGAGGTAGGATCACATGATACGATAGAGGCTT GGGTAATCCTCCTTTACCATACTATTCCCAAGCCACTTTTCCTCCCATAATTTGATGTGT ATGTCCTGATTGAATTCATCCCAGAGTGGAGCTCTGGAAAGCATAGTAGTGACTATGAAT CCATGCTTGGCTTTGATTATCTCTTTCCATAGTGTGCCTTCTTGTGCACATCTCCATAGC CATTTCACTAGTAAGCTCTTGTTATGTGTTAGCCAAATCTTTGATACCCAGGTCACCCTA TAGCTTAGGCATAGTGCATTTAGACCACTTAACCAGGTGGACTTTGTGGCGCTTGTTTCC CTGCCACAAGAAGTCCCTTCTGATTTTGTGTAATTGCTTTACAATCTCTTTTGGAATAGG GAATGATGACATCAGGTATGTTGGGATGCTATCTAGTGTACTATTGATAAGTGTGAGCCT TCCACCCATTCAAAAATACTGCAACTGCCATGAGGTTAGTTTCCTTTCAAACTCTCAACC ACTCCACTCCAGGAGTTTTCAACTTTGAATTTTGCACCTAGTGGTAGGCCCAAATAGGAG GTTGGGATAGATCCAGTATTACAACAAACGACTTCTGCTAGATTTCCTAGGTTGGGTACC TGATTAACAGAATATTAAGATTTTTGAGCAAGTAGATCTGTACATGTGTAGTCCTGATGG AACCTCAAAAATGAGCAGAGTGATGTTCAGGTAGAAACCTGGTTAGTATCACCCGACAGA ATAATAGTGTATCATTGGCATACAGTATGTCGGAGATATTGACTGAACCCTGGACTTCTT CCCACATCAAAGTCATTAAGCCAGTGCAGTTTCTTGGATCCAACAGTCTGCTAAAGCGTC CATGGAAGTATGAAAAGAAATGGTGATGGTGGATCACCTTTCCACAGGCCTTTCACTGTC ATGATGCTGAATTCGATCCATCTGATCCACCTCTCGAAATCCCATTTTTCTTAGCAAAGC AATTAGATATGACCAATTCAGTTGTCGAAAGCTTTCTCAATGTCTAGTTTGAAAATTATT CCTGCTTCTCCACTTTTTAGCTTCCACTCCAGCAGTTCATTAGCATTGAGTGCAGGATCA GTGATCTGGCTATTTTTTATGAAGGCATTCTGATGGTTAGAGACTATTTTCCCCGTGACA ATTTTGAGCCTTTCAGCAAGAACTTTGGCTGCAATTTGGTATATGCTGACAACTAATTGG CATGTAATCTCTTAGTTCGGTTGCTTCTTTCTTCTTAGGAACTTGAGCTATAAAAGGTGC ATTTGTCCACCTAATCATGGGGCACTGTTGATGAAAGTGATTGAGGGCATTCATTATGTC AACTTTGATAAACTCCCAAGCCTTCTGATAGAATGCCATAGTATACTCATCAGGCCGAGG GGGGTTGTCAGGAGCACATGATTTGATCACAGTCGGTAATTCATTCTTTGTAAAAGCCAA TTCAGGGCTAACTTTCTCCTATTCTGAAATGCTTTCTAAGCCCGAAAATCAGGACTTGGT ATCCAGTTTTCATGTTCTGTGTATAAGTCATAGAATTTCAAGATTTCCCTTTTGATAGTC TGTATCTTCATTGCATCACCTACTCTGAGCTTGTCAATACAGTTGCCCCTCCTGTGAGAA TTAGCCATCTTCTGGAAGTACATTGTGTTACTGTCTCCTCCTTTCGACCACAAACATCTT GAATTTTGCCTCCATGAGGTTTCCACAGCTTTGACCAGGTGCTGATATTGCAGTTTTAGA GCCAGTAGCCTAGCCCTCTCTGTTGATGAAGGGGTGTGGTTTCTGCCATCTGTTCCACCG CAGAGAGTTCAACTAGAATTCTCCTAATTTGGTTTCTACCTTGCCATAGACCTCTTTATT ACAGTTTGTGATGTCCCTTTCGAGATTCTTCTGCTCTTGAACAAGTATGAAGTCGGGATT GCCATTAACTCTGTAACTTTGCCACCATTCCTTTGCTTTATCAAGGAAGCCCTCAGCCTT TAGCCACATGTTTTCGAATTTAAAATAAGAATGGCCCGTCTCCCAATCACCATTCTCTAG TATCAAAGGTCTGGGTCTTGATAAAACCATCGGGAGAGCTACCTACTTAATTAAGTTAAA GCTATCATTCCATTCATACGAGAACAAGATTCTATCGATTCTGGAGGCTCGTATGTGTGC TTCACCTCAGGACCAAGTGAAAGTGGCATCCTCTAATGGCAGATCAATCAAAACCAGATC TTGTATTAATGCTGAGAAATCTCTCATGGGTTTTGTTCTCCTTGTACAATTTAACCTCTC GTTTTCATGTCTGAATACGTTAAAGTCACCCGGAAGACCCAATGGTCCTCCATAATCCCC TTATACCTATTTCATGCTATGATAATTCTCTCTCAGGATTGGTGTGTGGGCCATATATCC CAGTGGAAAACCAACTAAAATCCTCTTGAAGGGATTCTGGCATACATGCGATAGAATAAG AGCCTTGGTAGATCTCTGTACATCGCCATTGGCACTTGTCCCACAGCACTATCATCCCTC CCCTTGTGCCACTGGGTTTTAACTCTGCCCAATCAGCCCACCTATTGCCCCCCATATATG ATGAATAAGTGTAGTTGACCAGTCTTCTACTTTCATCTCCTGTAAACATATTATGTCAGC CTTCCATTTATGAATCAGACATTTGAATTTAGCTTCTTGAGGGGAGAAATTTGTTGGGGT ATTTCACAAGTTATATTCTCTTACTCATATGACCAGTTACCTGTGTTACAAATAGCTTCC ATTATATTTCACTGTCAATCGTATTTTTCATTTTTCCTTCAGAAGATTTGCCTAAAGATC TTGTAGTGCTCAGATGTTGATTCTCTCTCAGGGTCCGAGTAGAAGTGCCCGGAAACAATA TGCTAAAAGGCAATGGTTGCGAGAAATGGTCAAAATTTATAAGAATGTAGCTTCTGAAGC AGAGGGACTTGTAAGTTAATTATAAGATGTAGATATTTGCGTCTCTTTTTAGTTCTCAAA AAAATTATAAGATGTAAATATGCCAACTGTTGTTTCCACGGTATGTTATATTTGAGCGCA AAAATTTTGCTGCGAAAATAGAAGGAACTGCAGGCTAATGGTGGAAGAAGAGCTGGTAAA TTACACCCAAAGTGGCTTGTTAATGGTGAGACTGATGGCAAACCAATGGCACGTGTGAGT AGTGAGATGTCGAGAAGTACTTCTTGCCTTTGCTTCTGAATCATGTATCAAAAACTTATA TGATAAAGACTTTGCAGAGGAACTGGAAGCAGCAACAAAGCAAAACTGAATATCAAGAGG TGAATGGCCAACCAAAAGGACTAGTGAGTAATCAGACTTGAACAAATGTTTTAATTCTTC TGCATAGTCTCATTTCTGTTGATAAAGTAGTGTCCCACATGTAGCTGCACTGGAAGAAAT TGCGGGAAGAAGATAAGGGTAGAGATACGAACAAACAAGATCAGGCGAATGAAAAAAGCA CCTTCTGTGGAGAACCAGGACAACACAATGATATGGAGGCTGAAACTATTCCAGGTTTTT TTTTAATGATTCAGCTGTCCTCCACTTTTCAGGGGGAGGACTTTTGGATGCTATTCTTCT TCCTACCAGTTCTTAAAATATTAATCCAAATCTAACCGCTTTTTTTGCCATAGTTTCAGT TTTGCATTCTTTATGGAAGAACTCTGGTTATCAATAAAAATAAAAATATGGAAGAACTAT AGAGTCTTGAGTTTTTTCTTTTTTGATTTAATGCAGATCAAGCTTTGCAGCATGATCAAG TGCAAGAGGTAGGTTCGGCTATAGTTTGTATCATAATGTTCTTGCAATTAAATTCTTTTG AATTTTTTAAGAGTTTTAGGTACCAAAAGTAGAGTTGTCAAGTAAAAATTTGTCTTGAAT GTCATTTTGAGATTTGTATTGAAGCTTAACAATTTGAGATGCTAATACAAGGAGTAAACA GATATCGTTAATGATATGTGGGCTATTTGGTTATAAATCAATAAAAGATGTTTCGAAAGA AAAAAGCACCAACTCTCTTTCATGAAGGACAGATGATTAGTTTTAAATTGCACCATAAAA GCATCGATGTGTGGAGAAGAAACCTCATTGAAGCTGGTCATAAATGACATGTAAGATACC TCATGTATATAGAAGTTTATGCCACAGGATATAAAAAATTTATAAAATTACGATTATATC CAGTTTTTTGTTATAAATCACATCGAGATAACTCCATTTTGTAAGGAAGATGGATCACAC GAGTTACTTGAGCTGAGTGAAATTGAATTTACATCCTGTCTGAGTGGATGTCACTGATTG GAATTTTGAACCCAAATTTGAGGAAGTCTAGGTTCAGTGATATTTTTATGTTCAATTAAG TCCAAAAGTTTCTCTTTAGTACAGGACATGTGTCATCTCTTGAGATGGTTTGTTAGCTAG TGGGGTATCATAGAGTATTGTTGTATATCCTGATTCTATAGTATATCAGTGCAGTCTCAG ATGGAGATATTGATTGAATGAAAAGTTATTTTAATTCTTATTTCTCTTTGATTCCTCTTT GTTCTAGTTTATGGCGTTCCCCAGTTGGGAATCGCTAGAGTGGATTTCTCTGTGTCGTGT TTTTGCACTTTAGTTACAAATAGTCAGATATTCAACTTCTGCTTGTAATGCTAATTGCAG AGGCCTTCTTGCGACAACTTGGAATAATAAATTGCATCTTCTTGCAGATAGTTTTTCCGT CAATTGATGAAGTTTGCCTTGTCAAAAATGGTAATTCAGACTCTGTAGCAGGACTTCCTG CCACAAACAAATCAAATCCAGTCCTTAAGGCTGCTAAAAAGAAAACTAATGGCCCAGCTA TAGGTAATTATCGTTGTTATTGCACTGGCTATGTGGTGGAGTTAGTTGGAGGAGATTTCA TTAGATCAACGTTAATTTTCCTTTCCATTTGAGTCATTATAATTTGACTGTTTGTGGAAA TGAACCATGGAAACCAAACACATTCTGGTCTTAAAGGTGTGAGATGATGCTTTTTGTTAA CTCCTTGACGATTAGTCATTACTGTGCGTTGAATTTCATAACTAGGTATTCATGTTATTT GCAGAAAAAGGAGTAAACCTCTGGGAACAACACAGTGAGACCATCAACGCGGAGAAGGAA CAGTTACATGAAGAAAGTAGCTGGGGTACGTGGAGCTCTGCGAAGAAGAGCTCATGGTCA GAGAGAACCTTGAAAGGCAGTGCTCGTGGTCCTACAATGGCCTTTCGAAGATATAAAAGA TGAAATATGAGATGAAGCAAACTTGTATATATTGTGTTCCTTACTCTCACAATGAAGTCA ACGAACTCCGTTTTGTAGGTATCAAGGGGAAACTTTGTTGCTTATAGTAGCAGCAAGTTA GTGTTACCTAAAGTTTATCTGGATGTCTTAGTTAGAACTAGTATGTAAAAATGTTCCATA TGTAAGCTTGACAAAAATTTAACCTTTGTTGTACTGTACTGCAAATCTGCAAAGTGTCTA ACCTAAAACTAGTTTGAGTTTTTGGTGCAAGTAATTCTAGTATATGTGTGCTTTAAGCAT GGTTTCCTGTTATTTCTTCATCTCTTTTTACTCGAGGTTGAAGTGTATAGTCGAAGGAAA TGACATTTTATGCGGTTAATTTAATTATCTAATTTAAAAAAGAGGACAAACAATGTTTTT TTAGGTAAAATATCTAGGTGGAATACTTCATTAGGAATTAAGATGTTTACTTAAGTATTT TTTTTAATTTGATTTTATTTCACATTATGTCTTTCAACTTTGGATGAGCATAATATATTT GTATAAAATTAAATAAGTAGATATATAAGTTGTATGTGACATAATCCACGTAAGATACCA CTACGTTGGACTCAAATTGATACATGATGAGCACGTGTCTATTGTTTAATTTTATACATA TTTGTGCACACCAAAAGTTGGAAGACATAAATGTGAACTAACGTTAAATTAAAAAAATTC TCCCTCTGTCTCTATTTTACTTGTTCATATTTCCTCTTTTAGCTGTTCTTATTTGTTTGT TCATTTTGACAAATCAAGAAAGGACAACTTTATTTTCGTATTGTACTAAAATTCTTGAAA AATTTAAGTTTTAATTCATAATTTTTGAAATCATAATAAATAAGGATAAAACTGTAACTT CACTATGCTAATTATTGCTATGATGCTATCTTAATATGTGTGTCATTTTTAAAGTGAACA ACTAAATATGGACAAAATGAATATATTTATGTATTATGTCTTGATTAAAACTGACTTAGT TCAAGTTTCTAAATATTAACAAGTTTAACTGACAGACCATTAATTACTTGATGATGATTA ATTATTAGTTGTATATAAGTTAAATCATAATCTGTATCTCTTAAAATAAAATCATTTTCT TGTCCCAATACAAGTTAAATTTAACGGTCCAATTTGCAAACTGATTATTATGATCTAAAG AAACGAATCCAATGTTGTTTTTTTTTTTTAAAAAAAAAATTAATTCCAGAAAAACTAGCC GTTACAAAAGCCAAGAGCGTCTAAAGCTCAACGTGTACTTCTTTTCTCGTCCATTGATGA ATGCAAGAACCAGAAAACCCTAGCCAATCAGCAATACTACAAAATCCAAACTCCGACCAA TTTTCCGGCGACAATCACATTGCTTTTCCACAGTGACTGATGGAGTCCAACTGCAAATCC ACTAGGCTTACGCCTAAGAAATGCTCCAAGAATACCGAAAATTTGAACCCAAATGTCGAA AACAGTCCGGGGTTTTCAAAATCTTGTAAATCACCAATGATGGCCAAATCGGCGATGAAA ACCCAAAAGTCAGTTTCCAGAAACCCTAATACTAGTCAATTGGCTTCGCCTTCACCCAAA AACAAAATTCGTCAGAGGAAGTTTGTTATTGCCAAGAAGAAGAAGTCTAATAGAGATGAA GTGAACGCTTCAATGGTTTGTAAGTGTAATAAGGTTGGTGATGAGAAAAAGAAGTGTCTT TGTGTTGCTTACGAGACTCTCAGGGCTTCTCAAGAAGAGTTCTTCAAGAATCGTAGTGGA AATGAACAGGAGGAGGACAATGAAGTAGAGAAGTTGGATCGCGATGACGAGTCCTTGATT TCAAACGTTCAGAGTGTTACTGGGTGTATGGGTGATTTGCCAGTCAGGAACAACCAGGAG GTAACAGTTCCCGTTTCAATTTCTGAGGGTGAATTAGTTGAATTGGCGGAAACGTCAAAG GAAGGGGTGGGTTCGGGTGGAATGAATGTTGTTGGGACTGTAAAGAGGGGGAGGGAGAGG TTGTTGGAAGAAGCAAGACAAAGTGTACCTGACTCTAGTTCTGGGAAAGTGTTAAATCTT GTCAAGGCTTTTGAGAAGCTCCTCACACCAAAAAAAAATGTGTGCGAGGAGAAAGGGGAA AAAGATGAAAAGGAAGAAGAGTCTAGCAAGGAACAACAAGGCTTACAACCCCCCAAGATT CCTGAGACACAGGTATCTTCATCTTCGTTTTGTCCACCGGATTTTTTCCTCACCTCCGAG AGTTTAGGCTTGGATTCGCGTCGTGCCTCCTCATTGGATAGCAGCCATGGATGGTCAGTA TTCGGAACACCAGTGATTCAGTTTTATTTTCTGTTTCACTTTCCCATGTTAGAAGGATTC ACTATATTATCAACTAGTCTTAAGCTGATTTTCAACCCTGCTTTATCTGAGCTTGTATGT AGTAGATTCATATAGTAGAGTCCTATTTGTTTATGATGGAATGTAACTTTTGCTTGTTGT TGTTCTTTTGTCCCTCATTTGGGTGCTGATGAATTTGTTTTACTTATTTTTGCTATTTGA AGCTTCAGTATTTCAAGCAGGACTTCAGGTGGTGGTCAAAGAAGCAGACGCGATGTAAGA ATTTATAATCCATCCATTACCGTTAGGCGAGCAATTTGTGTTGGCCTCTGTTGATTTATT GTCATTTGTAATGCTGCAGAGTGCTGAATCAATAGGCACGCTTCCTAGAAGAAGCTGGAA GAGAAGACATCGCAAACCAACCTCCCAGAAGCCCTTCAAACTTATAACTGAGGTTTGTGA GTTCTGTGTATGGTTACTCTAGCATTACCTACTTGGTTGCTTGTTGTGCAAGTATGACCA AATATGTGGTAGCATTATATATGGTTGAGGATGTGCTTATTTGGACAAATTTTTTAAACC GAATGGACTAGGAGACCTTACCTCTACCTCGTGGAGGTAGAGAGACTGTTTCTGAAGACT GGACTATGAAAGATGGATTGAATTTGTGGCTACAAGAAAATCAGAATATTGGTCTTCAAA TTCCTTCTGTTGTTGACATTCATAATGGTCATTGTTCCCTGATCACTAGGTGGTCTTTAT TTCTATAGTTTCCTCTTCTTTGAATCCACTGATTAATTATGTCCTTTCATTGTTGAACTG CATATATAATCAACCTTTTCAGTTTAGGGTGTCATGTTAAATCCAGTTAATCATTTACCA ATTTACTTGAGGAGTTGCTTAGATTGGCTATTGCTGCAGGAAAGGGGAAAAAACAAGGAG CAAGAATTTGTTAAGAAAGTGCAACAAATGGTGGAGGAAGAGGAGAAACAGAGGATACCA ATTGCACAAGGCCTTCCATGGACAACAGACGAGCCAGAGGTAGCGTAGGCTTTTCACTGT AGTCATTTCTAATAAGTACTTTATTTGTGAATATATCTACAAGATTATCTTGTTACTATG TCCAGAACTTAAAAGGAAATGCATCTTGTTGATCTAACATTTTACTGAAAGGAGTTTTCT GAACCAAAATAAAAGAGAAATTAAAGTAAAATGTTGTTGGAAGTTCATGTTATTACCTCT CTCACTACACACATCTTTTGCACTTGGGATTATACGTTAGCTAATGAAAACAAAACTGAA TTGCTCCATTTTCAACTGTATAGTGTTTGTCAAAGCCTCCGGTAAAAGAGATCACAAGGC CAGTTGATCTGGTGCTGCACAGTGACATGAGGGCTGTTGAACGTTTTGAGTTCGACCATC AGGTAAACTTTTTTTTTCTTTACAAACTTTGGTCATTCATTTACATAGATTAATATCTCT TCATGAGAGGTAACTTTAGTTTTGTGCAAGATGCTGATATGAACATTATCATAATTTTTG TTTCTTCAAGAATATTTCACACGGAACATGTAAAAATGTATGTCTGTATAAATAGATTCC CTAAGAAAGTGCAACAATAAGAGGACCCAAGCAATTTTCTTCCAGTGAAACACTTGCATA TGTACAGAAATAACCAATGTAAGTGCATTTGTATCAGGTAGCGGAAAAACTGAGCTATAT TGAACAATACAAAATGGAAAGAGAAAGACTACAGAAGGTAAGCCAAGCAAGTTTTTGGGA TGAAATGCATGTATGCAATCTTGCACTTCCATTCTTATTGATACCTTTTATTATTTACCT TCTCTAGATGGCTGAGGAAGAAGAAATTAGGAGGCTGAGAAAGGAACTTGTTCCAAAAGC TCAACCAATGCCCTACTTTGACAGGCCTTTCATTCCTAGAAGGTAGTAACAAATTGCAAC TTTAGTTCAACTACAAGCTTTTTAGATGAGCATTATTTCTAAATAGGAAATTTGGTGATC TGCATTAGGTCAGCAAAGAATCCTACCATGCCAAGAGAGCCAAAGTTCCATTTACCGCAA CACAAGAAGATCAAGTCCTGCGAGTCTTTGAATGACATGTACATACACAGCAAGAACGAC TTGGGATGCAGCAATGGCCTGTGAGACAGTCCTACATACACAGCAAGAACGACAGCAATG GCCTGTGAGACAGTCCTACATTTGGATCTGCATCACCTATTCATATTCTTTTATTCAATG GTGTATATGAGCACTAGTTTTTTCTTAATCGTCTCAATGTTGATAAAGAAAAAGAAACAG TGATTTTGGCTCAATAATATGCCATCTCTATTGGCACAATCCCCGGGTACTTGTGTGATT TGAGTGAAAACATTTTGATTGCCCCATATTTTCAATTGAAATGATCGTTGTTACTTCCTC TTCCCGTTCATCAATTCATCGCCAAACTTTTTGATATGTAAATTAGGCAGCAACATGATC ACTGTTGATCACAACATTATTGGAGATTTTACTGTATTACCATGTTTTTTAGTTGATGAT CAGATGAAGAAACAAACTCTTGGCTCTTACCTTGGTTTGTTTTTATTTTGTTGTGGGAAA TTTGCATTTTTCATTTCTTAAATATCCACAAATTTTGGCAAGAAAGGGTGTGATCTAGCA GTCAATGAAGTGGTTGAGAATCATGAGGTCTCAGTTTTAAAACTCAGAAGAGATAAGAAA ACACTAAGCCATTCTTCCATATATCTTAGCAGTCAATGAAGTGGTTGAGAATCATGAGGT CTCAATTTTAAAATTCAGAATAGATAAGAAAACACTAGGCCATTCTTCCATATATCTTAA TCTTGGTAGATAGAGTTGTTAGGTATCCGTTGGTTGGAGGTGACAAGTATCTCGTGAAAT TAGTCGAGGTATATGAACGGGAATGATCCTTCTATATATGCTCAACTACATTTAAGTTTT GACTATTTAACCTTCAATTACTAAAAGGTGCACTTTTGATTATTTTTCTTGTAAATCGTC ACCAATTTAACGAATTGTTAACTGTTAGAAACAACAAACTACTCATGTGTTATAAATGAG TAGTCTAATATTTGTGGATACCTTATTTTCTTTATAAACAAACCAAAAACACATATTTTA TTAATTTTCACGAGATAATAATTTTATTTGTCATTCTATCCATTATGTTAAATTATTTAC AATTTATGTTGGATGGATGATTTATTCACAAATTATGTCGGATTGATAAACTGTTATTTG ATTGTCACAAATTTTGTTTTACTAAAAAAAATACTTGGCATTATTCATTCCACCATGTTA CTAAATTAGATAACTCTAAAGTCCGTATCGAATTGATAAAACGTTCTATGTGTTATTTGA TTGATTATAAATTTTATTATACTAACAAAAAACTTTGACATTATTCATTCTACCTATCTT ACTTTACATTCTCGTGTCTTATTCATAAATTTTATCGAATATACGAGATTTATATTAAAA TAATATAAAAATATTATAAGCTATAGTAATCAATAACTTAAAATATCTTTTCAAAAAAAT TATATCAAAATTTAATTGTATCTCTAAATTTTAGAATGTTACCAAATATATATACTCCGT TCCATTCCGTGTGTAATATTATTTTTCCTTACATGATCGGAATATAGAAACTAATTATTA TGTTGGGATAATGCCCAAGTACCCCCTTAATCTATGCTCGAAATCTCAGAGACACATTTA TACCATACTAATGTCCTATTATTCTCCTGAACTTATTTTATTAATAATTTTTTACCTCTT TTTAGCCTACGTGGCACTATCTGGTGGGTCCAACGATGGTTGACTTTTTTTCAAACTAGT GCCACGTAACTAAAAAGGGATAGAAAATTACTTATAAAATAAGTTCAGAAGTATAAGTAT GTCTCTGTGATTTCGGGCATACGTTGAAGACTACTCGTGCATTTTCCCTATTATGTTTTA TATATAAGTAGTAGAATTGCCTTTTTTCGTTCTCATTAGCAATAAGAGAGAAAGAGAAAT AAATAAGGAGAATCAGGCGACGGCGAAGAAAAGAAGCAGGGGACGATAGAAGATTCCAAT AGAGAAGATTGCAAATAAGAAAGGTGACATTCTCAAAGCGTCGAGCAGGTCTCTTTAAGA AAGCCAGTGAACTAAGTGATTGTTGAATCTCCTGCCGGTTAACTTTTTTCCTTGGGATTT CCTTCCGTCGACTCTGTCATTCATCAATTTAAAAAAGGCGAAGATGATGGGTTCAATTCG GAGAATTTAGGGTTAGAAGAAGTTGAAGATGAATTTATTGAAGAATGAATCTCAAGCTAG TAGTAGTAATGATGATTTGAGTATGATGCTCAATGATCCCCAATCTCATCTCACTTTGGA TAGCTTCCTCTTCAGTACTAATTTCAATCCAAATACACAGGGAATGTAAGTTTGATAATT TCATTCTTTTTGCTGATTACCAGTAAGCAATTTCTGATTTTTGTACCCAGTTTTTGAATC TGAATATATAAGTAATTTTTCTCTGATGATGTAACAAAAGAGGATGTAGCTCAAATGGTA GAGCGCTCGCTTTGCATGCGAGAGGCACGGGGTTCGATCCCCCGCATCTCCAAAAATATT TTTATTTGTTTAGTATCATACCATTGAAATAGGGTGGCGTATCATTCCGTTCGATTTTGA AGATTTTTACTTTTTTGGTATCATATCATTGAATTAGGGTTGCGTATCGTTTAGTTCAGT TCAATTTTGAAATTTTTCGTTTTGACTAATTGGTTATCAATTTGTAGAGGTATTAAATCG TTATCGAACCATTAAGATATAGACTTATCGGTTATTAGTCGTTATTGGTTCGATTATCAA TTTAACCGTAAGATTTTGACACACACAAATAAACATTAAAAATCAATTAGAAACAAGGTG CCAAAAATAGCAAGTGCCTATCTTCATGGTTTAAGGCCTGAAAACTGAAGAGCAGAATTT CAGACAAGTGACATATTGGTGCTCAATTAGCACACAAACAAACAAAACACAAAAGAGATT AAAAGATGAATTTGGGAATTCATTTTATGAAAGTGGACCTTGTACTACCTCAGGGTGTGA GGATTTGTCCCCGCCATTTAACGAACCAATTCCTCAATCAATGTGCGATACACTTACCAA CCTTTAACCCCCTCCACATCCTAGGACCCAACCTATGAGACTTGGTCAATACAAAATGTG GGCTCAACATTGGATAAACCAAGAATAGAAACGGATACTCGGTTGGAAAAATGGACTTGT GGCCTCTATCTACAGTAATTCAAAGGGGCCATTTGGTTGAAAACAAGTTTGTATAAATTT CTAACAAGTTATTTGTTTACAAAAATACCCTTTCACCTTACTGTTTGTTCAATATTTTAA AAAATAAAGTTTCGTCAATTTTTTAAAAAAGTATTTCGTAACTGGAAAAACAGTTTATAA AAATTATTCAAATTTAAATTTGGAGCTTATTGATTAGTATTATTACTACTTTTCAAAATG TAGATTAATCATCAAATTATTTTAATTGAAACACTTTGAAATAATTGTGTAAATTTATAA TATTTTTAAAGTAATTTTAAAATAATGTTGTGTCCCCTTTTAGATAAAGATGATAATTTT TTTTTGTTTCACTGAAATATCTTATTAAATTAGTATTAATCAGTTCATTAGATTATATTT TCAAAAAAGAATAACGGCTCATGATAATCCCTTTTAATGTAAATTTAACTGATTTGTTAC CTAAATTTAAACTCAATTTGAAAAAGCACACTATAAATACATCAGTTACACCCATAACGT CTCTTTTCAACGCTCGTCTCCTCCTTTACAAAGATCGCTCTTCTCTTCTCTCTTCTGCAC AACTTTGAATTGCTCTAAATGGTGAAATTCCCAATTCCATTTTCAATTTTACTTCTTGTT GGGCAAAAGAAATCAAGTTTTTTTTGGGTGTGTTGCTGCAGACAATGGTGAAGATCATGG TGGCGAGGATAAAATTGCTGAGAAACAAGGAGGTGGTTGTCAGGAAAATGATGAGATACA GACATTGGTATGCTTCTCGAATCCCACTGCTCGATCGTATTCAGGTACTTTTTCCTCTTA CTTAGGGTTTGAGGGCTTTGTTGATTGATTGATCAATTGAACCTCGAAATCAACTCGTAG AAATGTGTAATTTAGTATATCATGCCTGGGATCATTTATATTGAATTATTATTCCATCGA TTTCAAGTTACGTCTTCTGAAATTCATTCACTAAAGTTTCAACTTTATCAATTCATACCC TTGTTTGCCTCTAACGTATATATTACTGCACATTTGAAAAATGTCTTGTGAAATTCAACC TATATAACAACTTTCTTCTTCTTCTTTTTCTTTATAAGGGCTTAAATTTTGGTTGCAAGC AATGGCTGCGAATCCATCTGGGTTGGAGAATTGAATGCTGGAGCGGCCAAACTTGTGTGA GTGTTTTCTAATGTCTCGAATCATCAACTGTCTTTGCTCGTATCCTCCTTCTCTTATTCT TCCAAACTTGTGTGAGTGTTTCCCTGTTTTTGGTCTCTACTTATTTATGTGTATTTTTTT GCTGTAGGAAAGTAATTGGAGTACTGAGTTTTATCTTATTTTTTGTGTATTTTCTTATTA CTGGTTCGATGATTCATTTTCTGTATGTTGGTTATGGCCTATGGGGTTTCTATAAATTTG TGTATGCAAGGGAAGTGATGGTGGGTTTTATGATTCTTTTTGGGGGTTTTATTCTAGGAT TAGTAAGTAAAATGATTGAAGATATTGGGTGAAAATTAAAGTTGTGAAAATCAAGTGAAG TGATATGAGGGTTTTTAATATGAGGAGATTTACAGGAATTCTATTTTTTGGTCAAGATTG TGATATTTGGAAGTTGAATCTTTTCTAAAATTATGTCCGAGTTAAGTATTCTTCAAAGTT GAATCTTTTCTAAAATTATGTCCGAGTTAAGTATTCTTTAATGCTTAAAAAGTATTATGA ATGGAAAATCTGAAACATCTTCCCCCAATTCCTGCCTTTTTTATCTAGCCACTTTGCATT TTAAACATTTGAAGAAAGTTCTAATGAATATGTTATCAGGTTGAAGAAAAGTTCTCACAG TTGGATACCTTTTGTATTATAAGCTGTTTTGCACTGAGAGTAAATTGATAAAAAAGATTG TTTTTTGTATTCGAAGTTGTAACTAACTACTGGGAATCATTTTTTGCTTTGGTACCATGT ACATCCAAGACTACGTATTAAGAAGAACATTTCTATACTTGCAATAGTAATACAGTTCCA GCATCCTCCTCTGTCAGACCAAGCAGTAAACCTGTTATTGTTCAAACTGTTCTTCCTAAG ATCACTGCCATTCCTTTTCTTGCCACTTGCAGCATAGACATTTCTCCATGTCACGCAGAT GGATCATTAGTCTCCATTAATAAGCACCATCTGTATTTGTTTTATCATCAAGGAGCTTCA ATCAGAAAGATGCTAAGCAGAGTAATTGGCTCATCCATCATTACAACTAAAAACATCATT TTTTAGAGTTTGATTGCTCAACATGGATTAAAGTCTTTCAAAATTTCCCTGTTTGGTCAT TTAAAATGTGAATGTTTTGTCTTCTGCTCTAATTGTTACTTTTCTCATCTCCTTTATCGT GATTAATTTGTGAAACTTCAGCATCACTTGTGTCATTTAGAATAGTGATTTATACTCAAA TGTACATGCAGGGAGGATCAAGATTGATGGGATAAAACAAGACCTTGGTTCGGTCCTTTT TTCATTCCCTTCATTGTGAAAGGTTAGAGAGACTTCATTAGGTAAGAAACACAATATTTG ATTATTACTCAACCCAACTCAATTTTTTTAATGTCTTCTTTTTGTTAAATAAATTGAATT GTTTAAGTGCATTCTAACTTTGTTTTTTTTCAGAGGGGCGGCCTTGGGGCATGACGGTGC CTCGGGGCTGCTGGGGGGAGGCCTCGGGGCACGACGAGGGGGGCGGCCTACCCGCACTTG GCAAGCCTGGTGCGACGAGCTCGACCCAGAAGGCGCCCCTTGCTTTTCGCTGGCAAGAGC TTTCGAACTTGTGACATGGAAGTCCCAAAAAATTAAGGAAAATATTTTCCAAAACTTTCA TCCAACTTCAAATTACATTTTTTTTTTGGAAAACACATTAATCTTTTAAAAATATTTTCT AGAAAAATTTCATTCATAAATCAAAAACTAAAACTAAATATGAGAAAATAAGTCCAAATC ATTATTCTGTGGCAGTTCTTATGTTCCTTGATGATAAAATGTTGAGTGGGAATTGTCTTG CTTCTAACTTAGTTATATTTGGATGCTGATGCATAATTTGTGAGTGGTAAAGGGACAGAC ACAAACATCTAAGACTTGGCACATATCATGTTCCAAATCAATTTATCTACATAGGTCGAA GTAAATATCTGAAATCATCCATTATTGTTTATTCTGAAGGTATAATGTCCAACTGGAAGC TAAATGCATGTATCTGGTTGTGTTTGTGTTTCACGGGTAGAAGAAAGAAAAAAGTATGTA GGTCAAATGAATGAGAAAATTACATGGTCTAGTTCTTAATCTCTTCCATATTTCTCAATG TTGCTTTCGACATTACAATGGCTAGGATGTTAAGGATTCAATTTAAGAGCATTTAGAAGG TTTGACAGTCTGAATTATGGATGTTTTAGGTCCAATTATTGCAAAAGCTTACTCTTGGTT GGTTTTATACCTGTAGTCCATTGTTGAATATGTCATAGTTTCTTTTGTGAACGGCAAGCA GGTTGTTGCAGAAAATTCAATATTCCAAGCTAAAGCGGAATCTGCAATCACAATACCTAA AAGGTCACAGGTTTAGTGCTGTAGAGTGGTGCTAATGCTTTCCATCTTTTGATATCATGC ACTGGTACTGTTTTGCCATACAGATTAGTTGATTTGTCTTGGTTCTAATTTCATCATTTG TTTTTTTTCCTCCTTATGCTAATCATTTGAACAATCTGACCATTTGTATTCAGGGACATT GTGGTTCTTGTTGGGCTGTTGGTGCTGCTGAGTCGTTGTCTGATTGTTTCTGATACTCAT TTTGGCTAGGTAAATTAATTCCTTCATGCAAACAAAGTCTTGCAAGTTTATTCTAGTTAT GGTCACTAATGATTCAATTTTTATATGTGAGGCAGAATATATCTATGTCAGCAAATGATA TCATAGCATGCTGTGGTCACTGAAGAGGTAGTAATACTGTTACATCTTTTTATATGTTGT AGGATTTTTACACCCATTTTAAAAAGATAACCCATTTTATACCCATTTTCCTGTCAGTGT AACCCTTAGTTTGATAAAAAGGGATGTTCCCACCCTGGATATTGCCATTCCATAGTTCAA GAGGAAGTGTGTTAAAAAGAATCTACATCGGAGTAAGTCCAAGCATTTTTACGTCAATGC GTTCCTGAACGTGGAACTTGATGTCTCGACGCCTCAATGTGATTACTAATTCTTCAAGTA AAACACTAATTAAATAGGATTCATTCAAGTTTCTGAAGATTTGGGGAATAATAACATTTT AAAGCTTCATATTCTTCCCCTCCTAAGTTATCCGCAACATTTGTAATCTGCAACTTGGAT ATGGGCTGCAAATTACCATTTCTTTAACTACTACTGAATCTGGTGTAATGTTTGGTGACA ATGCTGTTCAGGATCATCCAGTGGGCAGGAAAGGGAATTTGATTACTTTGTGTGGTTGGT TAAAGAACACGGCAACGACATGATTGCTACTCCAGCTAATACTCTGCTTGTTGAAAGTGG AATGAGATTCATATTATATGAAATCAAATTGCTCGAGTATTAAGTAAATCTAGATTTCTT TCTAGACACAACTGAATCTGTTTTTGAGAGACTGGAAGATTAGAGATACTTTATTCTCTT CGGACAGAAATCTTTCCCACAACCGAAGCAGAGCAGTCGGAAAAACAGCATATCCAAGCA GGTTGGCAGAGGGAAATGTTACCAGCACCATCATTAGCGTAATTTTGCAGCTGAGAACCA GTTAAGCTCTTTATAAGAAACAGCATTTGGGAGCTGAGGAGCAAATCTTAAGTCAGCTTC TTCGCGGTGGTGATATCTTTCTTTCCGCTCTTCAAAAGAGGTTGCTTTGATGAAAATTTG CATCGCCATCACGGTTCAAGTTTCATACTAGTACAAAATAGTGATTGATGGTACAAAAAT TGAGTGAATTTTTCATTAGGACAATAAAAAATAAGATTGGAATCAAAAGGGCATGGAAGA AGGAGACCTGCTACATGTAAGTCCGCAGGTCAACCTGGGACTGTCATTGTACTCTGATCA AACTAAAAGGTCACAGGTTTAGATTGTAGAGTTTTTTAATAGAGTGGTTCAATTTTTATG CGAAGTTACTTTTAATTGTCAAATAATTGTTTGACAGAGTTCAAAATAATTGTTGGCCAC CAACTCTACCTTTTTGAATTCTAGTGTTACCATCTGCTATAATTGTAGAAATATTAGTGG TTTATATTCTAGTATAATTATGTTTATCTGCTTAAATAGGATCCAATTGAAGGTTTTGAT TTTAATCTTTTCTATTTTTACCCTAGCTAGCATGACTTTTGAAGTTCATTCAAAAATAAA AATGTTAGTTCGATTCAATTAAGCCCATTAGATAAAAAGATCAAATAAATACTAAAAATA AGTAAATAACAAAAGGGAATCTAGACCTAGATTTTACTTTTACCGTCATATCTATAAATA AATGTATACTATGCTATGTAAACCAAAGGGGATGTAGCTCAAATGGTAGAGCGCTCGCTT TGCATGCGAGAGGCACGGGGTTCGATCCCCCGCATCTCCAAAAATATTTTTAGTTGTTTA GTATCATACCATTGAATTAGGGTGGCGTATCATTTTGAAGATTTTTACTTTTTTGGTATC ATACCATTGAATTAGGGTTGCGTATCGTTTAATTCAGTTCAATTTTGAAATTTATCATTT TGACTAATTGATTTAGTTCAGTTCAATTTTGAAATTTATCATTTTGACTAATTGGTTATC AATTTGTAGAGGTATTAAACCATTATCGAACCATTAAAATATAGACTTATCGGTTATTAG TCGTTATTGGTTCGATTATCAATTTAACCGTAAGATTTTGACACACACAAATAAACATTA AAAATCAATTAGAAACAAGGTGACAAACCAAATTACATCTTGCTCAAAAGCAAACATTTT TACGTTTTAGAATAACCAAATATTTGAGACAATCAGAAATAAATGTTGGAAACCAATATA TAAGTCAAGGACTTTATACATAAAATAATATAAATATAATATTTTAATTTACTATCAAGT AATCAATTAACCCGTTAAGAAAAAACCTCAAACGGTTAAGAAAAGATAACCCGATAAGCA ATAAAATCAAAACATTATCAAAATCGCTAAATCAATAAACTGATAATAACTTTTTTTTAG TTCGGATTATCAGTTATGATAACTAGTGTTAATCACCATGCACCCCTATAGTTGTAGTAA CTGTTCAGACTAATAAGTTGTTCTGCATTTCCCTCTTGAATTCGGCATAGTCTGTGAGCA AGCTACCGTTTACTTTACTCTTCATGTTCTGCAGTAGTCCCCTTAGCACCTGCTCAAAAT TGCAGAAAGATTAGTTTTGTTAAACTCCTTCGCAAGAGAGATTAGGTTCAGTATCTAACC GACTCTGCAACATCTCTACGAACAGCTTCAGGGACTAAAGCTAGGACGTGGGGAAGAACA AAGCTAATACTCATCTGTAGTTGACCTTTCAGCCTGGTCCGTGGTCCATTTCTGTCGGGG TAAAGAGAGCCTTTTACACCAAGTGAGAACTCAGATGGCTTCAGCACATCATCCAACCCC TGAAGCTCCCATCTTATCTGCATATTTATGTGGCTTCAACTCCACAACAAAGACAACAAA TGTATATATGATTATTAAGGTTTGACACTTACTATGTCGAGTTCAAGAACCTTAGAAACA GTATTGGGGACCCCCGGTGGGTACTCGACTCCTCTGGTTTTACATCTCAATCTCATATCA ATAACTGGAAAGACAGTGATCAACAGGAACTCTATGGGTAGCATGTGAATTCTCCACTCT TCCTGCGTGGAATTAGTAGTCGAGCATATATAAAAATGCATGTTTTTAATACTGAAACGA GATCCCCGACCATTCCATCTCGACATTAAAAGAGGAAAAAATAACTTTTTTTGGCAAGTT CTGTCAAAGTAAAGACAACTTATCTAATTCATTTGTGTTTCTGAAAGTGTACATTCAGCT CAAACTTCAAATTGTGGCATTCATCAACGTCTAATCAGTTAGATAGCCAACATACTTTGT AACGGTCGAGAGTAGTTTAGTATAACCTAAAATAGTGAACTCAGAAGAATAGAGCGTCTA AGGAACCTGATTGCCTTGAAGCGGAGATGCAACGAAACAGGACAACCTCACAGCTGAATT GCTCAAACTTCTTCCGGAAGTAGAACTAACATGGGACCTACTTAAAACCCCGATATCTTT GTTTGCTGAACTACATTCTTCACTTTGTTTTCCGAACAGATATTGTGTTCATCAACAAGA GACTCAGATTTATAAATACTGATGTTAGGACGAATATAACATACGAGTCAAAGACTCATC ATCATAGTAATATCGGACATGAGCTAAACAAGTTGACTTTCATTGAACTATGACCTTGTG TAAAGAAATAGCAAGTGCCTATCTTCATGGTTCAAGGCCTGAAAACTGAAGAGCAGAATT TCAGACAAGTGACATGTTGGTGCTCAATTAGCACACAAACAAACAAAACACAAAAGAGAT TAAAAGATGAATTTGGGAATTCATTTTATGAAAGTGGACCTTGTACTAGCTCATGTTGTC CGCGCCATATAACGAACCAATTCCTCAATCAATGTGCGATACACTTACCAACCTTTAACC CCTCCAACATCCCAGGACCCAACCTATGAGACTTGGTCAATATAAAATGTGGGCTCAACA TTGGATAAACCAAGAACAGAAACGGATACTCAGTTGAAAAAATGGACCTGTGGCCTCTTA ACTCTAACTCGAAGGGGCCATTTGGTTGAAAACAAGTTTGCATAATTTCCAACAAATTAT TTGTTTACAAAGATACCCTTCCTCGAAGGACCTCAGGGGTGTTTTTGTCATTTTTCATTG TTTTATCTCGAGATAACTAATCCCATTACTACTACCCCACTCACTTTCAAGGCAGAGGTA ACTAATTCAGATATGTTAGTAACCAAACAAGATATAAAAGGATGCTAAAATTAGTTCATA AATTAAGTATTTCCCCATGGAGTAGAAAACAAATTATTGGTGATGAATACCTGATTGAGT TGGTGACTTCTTCTTTTGTCAGGAAAAATGGCCTTGAACACTCGAGGCTTATTCTCCAAA TATCGATCAAAGCAAGCCTGCTCAAAATTCAATGATTCAACTTAATTGATTTACAAGTAG ATAATGTTTAAAAATTGAAAAGTTGAATAATACCCTGGGGTTTTCATAGAGTGGAATATC AGTGCTAATTCTGCAAGTGTAAGTTGTAGCATTATCTATAATCTGAGATTTCACAATCAA TTGTTGGCGGAAGAAGAATTTTCCTTTTTCATTTAATTTGGGGACGAAGAAATTGTTGAG GAATGAAGATGATGTATGAGATACTGCAATTTTTGCCATTTAGCTGAGGATTACTTAATT GAATGGTCTAATGATTTTGACAAGGACTCCATTAATGTTGAAATGGAGGAGAGTGACGGA CAGAGAACCATATCTACTCTATATACATACATGTGGCCTTTTTTGGTCCATTCATCAGAA CACGGATAGCACACTCCGAGCCAAGTGGGGTTCATTGATTCGCACGAATACAATAATTTT TTTATAAATTTTATATTATATTAAAAAAATTAAGTAATAATAACTTGTAAAATCCTATTT GAAAATTTAAAACACTCAATCTCGAGCTCAACTTAAATTGGGAGTGTTTGAATGGAGTTC GAAACTCAAAGGGTATAAAATATTAATAAAAATTTTAAAACGGTATATAAAATTTTATAT TAACCAAAACGGTAAAATTGTTATCGGTGCAGTGACTTACTTCACCTGAAAAAGTGAAAT CGCTGCTGAGGCAGCGATTTTGCCAAAAAAAAAAATTCAAAAATTTTCTTCTTCCAAATC ACTGCCATGGCAGCGATTTCATATTATTTTTTAATTTTCTTTTTTTAAAAAAAATAAGGT ATATCGCTGCGCTGCAATAAGCAATTTTTTAAATAAAATAAAATAAAATGTTAAAACAGT GATTTTATATATAAAAAAAATTATAATATTTTTTAAAATTTATGTATATAACTTATAAGA AAATATATGTTATTTTAAAAAAATTAAAAATAAGTAAAATAAATATATTTTCTTTCTAAA AAAAGATATCATATTGAATTTAAATTTAAATAATATTTGAATTCACATGACAATAATAGA CCCTTTGTTTTTATTGTAAATTTTGAAGAAAATATTCACATGTAAATAGTACATAATACT TTCAATTCTATAAATTGGTAGTTTCAATCTTTCAATCTTCCAATCTACTTTCAATCTTCC ACAATCTTAAAATTCTTGTTATTCTTCAAATTTTCTAAAGTTTTTAAAAGCATTTTCTTT ATAAGGTGAGTTTAAATTTATTTTATTTTTAATTTATTTTAATTAATTTTATACTTTTAT ATGATATTGTTGATATATTCAATCGTTTGATACTTATATTAATGTTAATTTTTCGTTTTA TTTTTTGTGTATAGATATGCATCTGTCAAATTTATACGTACATCCTGGTCCAGTAGAGCA TGATGTATTAAAAATTCAAGTTCATCATCGTTCCGAAGGAATTTGGAACGGTAGCATAAA AGAAGAGAGATGTTGCTTATATACGCGTCGTGGTGATATTGAATTTTGGCAACATTTAAA ATATCATCCATTACATTCTCGCATCCTTCAATATTTTGAAAATTATAGATTTAAAGGAAT TCTTGATGTTGGATGTGTGTCGTATGACTCCGGATTAATTTCTGCTTTAATTGGAAAGTG GCGTCGAAAACTCATACTTTTCACATGCGAACTGGCGAGGCTACCATAACTTTACAAGAT ATTGAAATTTTATTCGGAATGGTAGTAGATGGTAGACCTATAATTTTAAATGGAGCTGAT TCTCTAGGGATTATAGGTAGATAAGAAATGATTTTTCAATTAACAGGATGGTTACCCGAT ACTAGTTGTTTTTCTGGTGTTAGTAGATTGTTAACATATAAATTGATTGAGTATATAGAA TGTTTGGAAGTTATTAATGATAACTCAACTGAGCATGAAGTTCAACAAAAATTTAGATTA TATTTATTATGGTTATGTGGTGGATCAATATTTCCGGATAAATCTAATAATAAGATTAAT TTGGACATTTTGATTGACATGAGAAATTTAGATTTAATGTCAACTCAAGCATGGGGATCG GCCGCATTATCATATTTGTATAATTGTTTATGCCATGCGTCAATGAAAAAATCAAATGAA GTTTGTGGATTTCTCTCTTTAGTGCAGATATACATATTTTTAATTAAATATTTTTTATAT ACTAGTAATATGCACTTTTAAATTTAAGTGCATTATAAGTAATGGTGAATTTATTTATTG TAGATTTGGGCATGGGAAAGAATTATTCCCCTGCAACCATTGCAAAAGCCTCTAAGAACC AATCAATTTGAGGCTTCAACTGTGCTTGCACGTAAATGGACGTGACGTAGACTTTATCAA AATGAGGCACGAACTGTAATCGGTGTGATTAGGGATGTACTTGATAATCTCACTGATGAA CAGGTATTTAATATTATTAGTATCTTAAACTTTTCATATTTTATTTTATTTTAAATAAGA ATATATTTGGTAGATCTTTAAATGACACAATGGTACAAAAAAATTATTTTGTAAAATTGT TCATTTTCACGTAAATATTTTTTTTCTGCCAATGTTGTTTTTATAATTATCTTACTTAAT TATTTTTTTATAGTTTATTTGGCAGCCTTATTCGGAAGATGTTATTAATGGATTGCCTGA GTGGTGTCGGTCAGGACAACGTGTCTGGATGGCACAGGTGCCACTGATTTATGGAATTTA TCGTGAGTGGCACATGGTTGATCGTGTTGTGAGACAGTTCGATTATTTACAACATATTCC TGGACCGTGTACCCAATTTTCCGAATATCATTTTAAGCGTGATAAACGATCTATAATAAA ATAAGAAGATATAGATGCATTTAACTATACACAATATTTATGGGAACAACGTCAAAATCG TATATTTCGACCTCCATTTGTAAGTGATCAAACAGATTACTTTCGATGGTACATAAGGCA TACCCGCATGGTCATTGGAAATCCACAACATGTTGTACAAAAAGGGTATCAACACATGGC AGGAAGACATGAGGCATTAGTATGTATATTACATAAATTTTAAATTATTATGTCAATCTT TAATAAATTTTTTTTATTAATATTTGTTTATTCTTTATAGGCTAGGGGTCATGAAATGCA GTATCGTCGAGCTCGGATGATTGAAAATGATGAAAATCAATCTAATGAAATGAGACAATA TGCAGCGGAAGTCGCTCGTATTTCAATGGAGTCAATGAATGCGGCCTTTCAGGAAACGCG ATTGAGCTTTGATCCTGATTACAATCCTCCCACTCAATACGATGAACCACCACCAGTACA AGTATCTCGCCGATCACGACAAACAACACCGAGAGAGGGTGCTTGTCGAGGTAGAAGGAC CACTGGTGAAACAACTGATTTTTCTGCAAGGCCCTCTAACACTAATGTGGCGACTCCAGA GCCTTATTATCCCACATTTGATTTTTCTGCAGGGCCCTCTAACACTAATCCGAATTTTTC TAGTCAGCAAACAGTTGGTTTTGTAACTCCGCAGGTTCCAATATCTGGGTTTGCACAATT TAGTGGTTCTCAATATGGTTTTCAACATGGTATGCGTGAATTTTCGATACATAATTCTCC ATTTGGTGGAAGATGGAATTTTTCGAATGTAAGTATAATTATTTTTATACAATTTTTTTA ACTTTTTATAATTTTTTTTATTTTTATTGCATGTTTATTTGATAATATTATGTTATATTG TATTATAGGTAATTGCGTTTGATGATTCAAGATTGAATGCTGGGGCTTCACAAAATTTAG TTCTTAATAGACAAAATCCACCTCGGAGAACATCTAGGCTACACAAATCAACTAGATATG GAACAGGCAGTCACTATCAAAATGAGGAAGATTTTGAAAATGAAGATGAAAATGAAGATT CGGATTCAGAAGAATAATTTTTTTTATGCACCTTTATTCTAAAAGGCTGAAGATTCGAAT TTTGAAATATGTAAATTTTGTTGTTTCGTGCAAGTTTGAACAAAGCAATGAGATTCTTTC CTTTTTTTATTTATTATGTTTGAACAAGTTTGCAGGATTTACTTTTCTTTTTGTAATAGG TCAAATCAATACTTTTTATGTTAGGTCAAATCAATACTTTTTATATTAAGTAAAATCATT ATTTTTTAATAGAATTCAAATCAGTAATATAATAATAATGTAAAGATATCATACGTACAA TATTTAAAATGCACAAGACAAATTAAATTCATGTCAACAAATAAATATAAAAGATATATC ATAGGTCAAATCAATACTTTTTGTCAATATTTTTGTATGTTTGAACAAGTTTGCAGGATT TACTTTTTTTTTGTCATAGGTCAAATCAATACTTTTTATGTTAGGTCAAATCAATACTTT TTATATTAGGTAAAATCATTATTTTTTACGTACAATATTTAAAATGCACAAGACAAATTA AATTCATGTCAACAAATAAATATAAAAGATATATCATAATATTAATAACAAGATAATAAA AACACATTAACCTTAAAAACATATCCAAATATTTAAAATCGAGTAGGACATCGTGCCTTT GTGTGACCTGTCTCCTTACAAACACTACATTTTCTAGTCATGCGAGCCGGAGCTATATCC ATATCATTCTTAAGTCGGCTTCTTCCTTGCGTACCACTTGTCCGCAAATATTCAGTATTT ACAATTAAATTAAAAGGAGCTGGTGGCCAATACATTTCATCACCCACTGAATTAAATGTC TCATTGTATGTTCGTTTATAATATTTTGCACTGTAGAATTTACTTACATAAGATTTTGGC TCGATTCCGTGAAGTCCACAAAATTTGATGGCATGCGAACAAGGCATATGATAGTTTCTC CATTTTCCACAAGAACATTTCTTACCTTTTGCAGTAACCGTTTGGACATTTCCACATTTA CCATCATGAGCAAAAGTAAGAATTTCAAAAACTCCATCACCTGTGTTGTAAGTCATCATA TCTGTGTGCCCTTGAGCTCTTTGATAATAATCATTAAATTTTTTATCTATCGCAAGAGGC CATGGCATATTACTTTGAAGTAATGCAATTGCAAGATTGTTTCTTTCGACAAAACGATCA ACGAGAGCTTTAAACGTCATTCGAACCATGGCAGTCACAGGAAGCCCCCGAGCTTTTTTC AATAAACCATTATATGACTCAGACACATTTGTCGTCATGGCACCCCATCTACGACCACCA TCCTTATACATTGTCCATTTTTTCAAAGGAAATTCATTTAACCATTCATATGTTGCAGGA GACAATGTTTTGATTTGTTGCATCTGTTGCATAAACTTTTTTTCCTGATGCTCAGTAGCT GCCAACCACATTAGATTTTCGAGTTCACTATTTACAAATTTTTTATTAAAATTTGCTTTT AAGTGTCGAACACAAAATCTATGATATGTGTTGGGTGGACTCAACCAATCATAAGATTGA ACGCACTGCAAGATTCCTTGATGACGGTCAGAAATAAGACCAATTCCTTGTCGTTCACAA ACTATATGTGTCCATAATAACTTGAGAAACCATGACCAAGACTCAAAACTCTCACGTGCA ACTAAAGCATATGCAAGTGGAAAAATATTTCCATTCGCATCAATTCCAACCGCAATTAAC AATTTGATATCATACAAACCATAAAGATGTGTGTCGTCGATAGAAATGACCGGCCTACAA CTTTTGAAACCATCAATCCTCTGTTTAAAAGCCCAAAAAAGAAATTTAAAAATTTGCTCA CCTTGCATTGTTGTAGAATGATGCTCCCACTCAACCGCTTGAAATCTCTCTAAACCGAAT CATCAAATCACACCCTAACTCATGACGCTCGCAAATAACTTTTCAACTTTTACTTTTGGA TTGATCACAAAGAAATTCTTTTTTAATAGCAAGACTATATGCTCTTACTGCAGATTTCAT TTGCATCTTATTCATAAATAACATACCTAGTTGCATATACAAATTAAATTAATCAACATG AAATAAATAAATAAATAAACAACTATAAAATATTTAGTTTTCAACAATCGAACCTGACTG GATATGTTTAGGATTGTTTGAATTTCAAAGTGTCGTTCGAATGGAACCGTCATCTCTCGT GTAGATAAAATCTTCTGCATTTTCGTCAGTGTGATCTAAGTATGGAATCGCTGTAGAATG ATAATTAATACTTTGATCTTCAACGGATGCATTAGGTGCATTATCATCATCGCCGTCATA CATATCATCACTGTCTGTTAATTCATGCTTGGAAGATTCATCATTGTGCAACTCACCAAC TCGTTCATCACCCATAACATTATTATTTACAATTTGTGTACAATAATTCACTGCATTTTG AATTTGATCATACCTATAAAAATAATAATATAAATATATTACATATAAGAAAAATAATTT TTAAGAAATAAGAAAACATTACTTTATTTACCTATTAGTTGAATCCGATGAGAAACAATT CAAATGACTGAAATTTTGGCTAGACTCTCCCATAATATTCAAATGACTTTATTTACCTAA GATTGTTGGTAGATTGAAAGATTGAAAGTAATATGAATATGAAGGATAAGTCCAATTTAT AGAATTGAAAGTCTCCTTTAATTTTTTATGAATTCAATAATTTTTCTCCTTTAATTTTTT ATTTAAAAAAATTAATTATTTGAATTCAAATATTATTTAAATTTAAATTCAATATAATAT CTTTTTTTAGAAAGAAAATATATTTATTACTTTACTTATTTTTAATTTTTTCTAAAATAA TGTATATTTTCTTATAAGTTATATACATAAATTTTAAAAAATATTATAATTTTTTTTATA TATAAAATCACTGTTTTAACATTTTAAAAATTTTTTTAATTTAAAAAATTGCTTATTGCA GCGATTTAATTAAAAAAAATTAAAATAAATCGCTACCAGTGCAGCGATTTATAAAAAAAA ATGATATAAATCGCTGCCAGTGCAGCGATTTACAAAAAAAAAATAGGCAGCGATTTAGAT CAAATTTTTTTTTTTATAAATCGCTGCCAGTGCAACGATATACCTTATTTTTTTTTAAAA AAAAAAAAGAAAATTAAAAAATAATATGAAATCGCTGCCTTGAAAGAAGAAAAATTTTGA AATCGCTGATTTTTTTGCAAAATCGCTGCCTCAGCAGTGATTTCACTTTTTCAGGTGAAG TAAGTCGTTGCTCCGGCAGCGATTTTGTCGTTTTGGTTAATATAAAATTTTATATATCGT TTTGAAATTTTTGTTAATATTTTGTACCCTTTGAGTTTCGGACTCTGTTTGAATGTATAA TGAAGTTGTGTTTTATATTTTTTTTGTGAATAGTTTAGAGAAGTGAAAAAAATAATTATT ATTATTTTTACCTATTTTTAAAAAATCTAAAAACATTCAACTTCGGGATTTTAGAATTGT ATGTCCAAATATATGTTTTCGGAATTTTAACTCCAAAAAGGAAGTGAAATTTTTATGGTT AAATGTCTTGATTTGTGCTTTATTAATTGAAAAATTAGGCTTCAAACGACATATTTTTTT ATCTATGTAATATAGTTTATTTTGTCTTTTTAAGACATTACTTTGTGTTGTTACATTATA AAACGAAAATATAATTTAGCATTTTTTATTTTATTGAATATGAAAATTTGTGAGTTTGAG TGATTTTAGCAAAGGCTTCTCCAACTACTCGTAACCGTTTTTTTTTCCTTCTATAATCTG TTTCAACAAACTAACTAACTTCTCATATTTCTTATGACCATTTCCAGCTTCTCACTTGTC TAATCAAACAGAAAAATTAACACAAACCATGTCTTACTACCCGAAAGGCCACCATCACAG TGACGATGTCCCTGAGTTCGATGAGTATGATGAAACTCCTTACGGTGGTGGATACGATAT CAAAGTGACATATGGCAACCCAATTCCACCATCGGAGGAGACTTGCTATCCTCTGTCTTC TGAGTCTGATGATTTCGACCATGATCGTCCTCATTATGCTTCCTCTGCAGAACCATCTGC CTATAGTGATGAAGCTCTTGATAATGAGTACCAGAACTATTCCAAGCCCAAGACTCGTCC CTCCCGTTCCCGCCATGAGGATGGGGATGAAGATGAGAACCCTCGTCGCAAGCCTGGGAT GAATCGTCCCAGCGGAGGAGGTTATGGTGGAGAAAGTGAGTATAATGAACAGAGCTCGGA ATACAATGAGCCAAGTTCTGATTACGGATCAGGTTATGGGAGGAAAAATGACGATGATGA GTACGGATCAAGGCAGAGAAGGAAAAGTGAGGACGAGGAGGAAAACGCAGATTAGGGTTC TGGTTATGGACGCAGACAGACCGACTCTCAGTATGGATCAGGGTATGGAAGAAATAATGA GTACGAAGAGAACTCTGGTTATGGACGAAAAACAGACACTGATGAATATGGATCAGGGTA TGGAAGAAATAATGAGTACGAAGAGAACTCTGGTTATGGACGAAAAACAGACACCGATGA ATATGGATCAGGATATCGAAAAAAAAATAGTGAGTACGAGGAGGAAAGGCAGGAATATGG CTCTAGTGGATATGGGAAGACGACAAACTATGGAGAGGAAGAGGACAGTGGGTATGGAGG GAAATCAACTAGTTATGGGCGTTCAAACTATGAGACAACAGAGGGTGAAGGGTATGGGAC ATCATTTGAGAGGCCTAGCTATGGAAGGTCTGAGGAAGAGGACTACAGAAAACCCAGCTA TGGAATGCGTGACGATGATGATGAAGGCTATGGTCGCAAGAAATATGTAAGTACCTGATC AATTACTCTTCCTAATTTCTGAAAATGAAACTCACTTTTGTGCTCGATCTCAGCTTCACT TATCTAGAGTTTTACTCAGCTTTCATCGATTTGATCTTATAAATCGGCAGGGTGATGATG AATCGGACGAGGACGAGGACAAGAAACAACGCCATAGGAGTCGCCAACGTCACCAAAACT ATGACGATTGAGCAGAGTGCTTCTATCACCTGCACCGCAGATCCATTCATGCCTTAGTAG AAGTTATAATAAAATAAAGTTGGCATGTCTTCATCAGTGTTTGGTGTTTTGTTCCATTAC AAACACTGATGATTAAGCAGAGTGCTTTTGTCATCTGCTCAATATTAATGCCATATCACT AGCTATTAGTAAATAAAAGTTGGCATGTCTTTGTTGTGTTTTGTCTGTTCACGGAAAAAT ATTTGCAGTAACTTGTAGTAATAGCTATTTTTCTCTTCTCTACTTGAATAAAAACCCAGA CTTTTCAAGCAATACTATGCCATAAATAGTTCTCTTGTTGCTGTGTCTTTACATTCTCCA AGAAAATGTGAAGTAGTTAATAACCTTCATTTAAATATGGAAAAAAAGTCTCGACAATTC ACTTATTTTGAACTACGAAAAGAATTCCAACAATGGACTTAATATGGACTAGAGAGAGTA TATACAAACGGCATAAGTAGGGAAAAGTACAATTCTTCAATAGTATTACTGATAAACTTT TTACAAACTACACAAATTGGGGATCTTATATGTCATATCTCTACAGTTGTTATCAGAGGA AAAACATTTTCTTCTTTACTCGCTTCTCAAAGTTGCCAAAGTTTTACATTGATTTCTTAT TGTACCATCACATGGAAAATGCCATATAATCTTTCTTCGTCCAATTGTTCCAAATCAATA CTTGACAAAAATGGTAAAAAGATAAAGTAAAGGTATACATAATACATAGTGGGACATGTT ATTATATAATGAGTTACCTAATTCTTCTTTTGAGGAAGATGTAGCTGAAGAAGACACACG CTAAACCAGCAAAGATAGAATTGCCACAAAGGTCTGTTGAGAAGCAACTCACTCATCTTC TGCCCTTGCTAAGAAGCAACACTGGAATACAAAAATCACAGTTGTAGAAGTGAGAGAATA AGAGAATTAAAAATACTTACTTCTATCTGGTTTTTCTTAGCAAACTTTCGACCATTCTTT GGTAGAAGCTCCAGCTTTTCACTCGAACTTGATTGACGAGAGGTCAATTACTGTATTCTG TCAGATTCTTGGGGCATACATGGACACCGAAATACTTAACTCGGTATGATCATATATACT TATGACTGATCCATAGACAGCTCAAAATGACTAAAATGTGTATCGATTAAGTAATTTCAC TCACCTCCTTCACAGGCAGAATATATTACTAAAAGTTGTTGTGCCCTACTGCCCTCTCAA ATGCAAAAAATAGGCATAAGTAGATGATCATCAAGCTTTTGTGATTCCCACAATATTTAA AGTTAATTTCTTTATATTATTGATTGGGTAAGCAGTTATTCAGACCTATAGCACACAACA CAGAAAGTGCACAGTTTTAGCACTACACTACATAATGAACAAAACAAAACAAGATCAGTC AACTCTATTTTGGTGAACTGGAAACTTCACGATTCATCTCTTCACCATTCTGAGAGGCAA CCAATGAGTCAGAATCGGAGTCTTCTGCTGTTACAGCACCTGGGCTATCATTATCTTGGT TCCCAGAATTAGATGAAAATGACAGCGGGTTATGTGTTGAGCTTGCTTTCTTTAGTCCCT GAATGGCTCTTATTGCAGCTAGCGTGCTTCGGTATATATCCCCATTTTCTTCCCCCTGTG GAAATGTTGTATCAGGGAGAACATTGGAAGCATAAGAAGTAGTTGCTCCAATCTGTTCAT CTGCAGGGACAGCTGATTCAACAACTTCTGCTTCCAAAGGAAATAGGACCTCAAGATTAG CCTCACACTCATGGACTAATCTCGTCAGAGGTTCCGTAGTAAAGATCGGCTGATGAAGTG CGACTTGTGTAAAAGGAAGACGCAACAATCCCCCAGTTCGTTTGTCATACTTCTTCAATA TCTTAACAAGTCCTAATGAAACAAAAAATTGTTAGAGAAGATATCTTGACCTTGCAGAAA TCAGAGGTAGTTATACCTCCAAAGCAAGAAATCTTACTTTCGTGTTAAACTATGGCTAGT TATGTGAGAGTTGTCTGTGTTTGCCGAGTAGAGCTATTAGCTCCCATAATTTTACGTCAC CCATATTCCTCTCTTTAATACTGATCATCTGTTGTCCCCTCAAAGTATAAAATCAGAAAG AAAAAGTGAACTGGTAGAAGGAATTAGAAGTAGAGGAAGAGAATTAAGGAAGAACGAATC ATCATCAGAAAATGGAAAAGGACATTGGGGAAAACAGAAACTCAGAGATGGAGGAAATGT GTTAAACATTAAACCGCATGCGGAAAATGACCTAAAATACCCTTAAACTATCGAATTTGG TACAAAAATACCCTTCGTTAACCTTTTGGCTCCAAATGCCCCTGACGTCAAAGTATTGAC TCTAAATTACCCTTATTTTTAACGGTCCACTTCAAAAATAAAATTAATAAATTCATTTAT TGTGTGCCGCATTCCTATTGGCTATTATTTAAATTAACCTATTTAATTAATCTCAAATCA TTATCCGGATCTACCCATAACCTATATCCGCCTCCGTCTAAATGAGGTTCCCTATCTTCA TCTTCTTCATTTTTCCTAGTGGTTCTAAAAATCTTCTCTTCAATCTTGGCTTTTCTCTGT ACCTGAGTTTTAACAATCAAGTCTGCTTCTTGAAATGCAACAATAAGATTTTGGGTCAAA AAGGGTAACTTTTCAAATCCAAATCTAGCGTCTAAATTTTGTCAAATATATGGGTAAAAT TTTCATCAGACGTCTTATTCTTTGGCTGAAATTTTTCTCTAAAAGTTCATACATTTTTAT CTTTGCAACAGGTCTTATGTTCTGTCTATCATTCGATTTTATCTTCGATCTCCATTCTTA AACTTCAAGCTCCTTCATTGACTAAAAAATATCAATGATGTCAGCTTCTTGAGTTCTCTG AACATTCTCCTTGTGATCTTCATGAACTTGGATTGGAGTTACATGAAGAGTGAGCGTGAA ATTGAGAAATTGATTTTAGTGGTGAACTATGAATAACCCATCTGATGCATCAGTACATAG AACTCTTTCTTGCTTCAAAAACCCCTGTTGTTTTGATTATCTTTAAATTCTTGAGAAGCT TTTTTTCCCAATAATTTGAAATTTTCAATAGAAAGTAATCAACTTAAAAAAGCTAATTTG TTGATTTAAAGAGGCTTTTAGGCGGGGCGGATATGGGTTATTGGGTGGATCTGCATTCTG ATTTGAGATTAATCAATTAGGTTAATTTTGGAAATAGCCAATAGAAACGTGCCATGTAAT AAATGAATTTCTTAATTTTATTTTTGAAATGGACCTTTAAAAATAAGGGTAGTTTAGAGC CAATATGTTGACGTCAGGGGTATTTTGGAGCCAAAACATTAACGAAGGGTTTTTTTGTAC CAAATTCAATAGTATAAGGGTATTTTAGGACCTTTTCGGAACATCATGAAAATGTGGGGT TAAGTGAAGAGAAAGACAGCATCCAAATACTTGGATTAAATTTGTAATAGTCAAAATTGT TTTGGAGTAGCATTCTGTTTCTCTATCTTCTAGCTGCATCTTTACCTCAGTTTATGTAGT TTGATGAGTTGCTTGTAAGAGTCACATAGGGAATAAGGAACCAATAACAGTGGAGAAAGT GGTAAGAGTCTAAGACACGTGCAGATTGGGAAAAGGATGGTGTTGGGCGGACTAGGTGGA AGAAGAAGAGTATGAAAGAGGGAAGACTTTGAGGAGGAATAGCACGTGATGGATGTAGGG AGAGAGAGGGAAGAGATCCTCTAATCCTTAGAACACTATGATGCTGTAAACACATAACTA TCACGGGTAACACATTTCCGAAGTGCCCAGTGAACATTGACCGAAAAACTCTATACCTGC CAAATTTAATGAGCTATAATTTTTAATAAGAACCATCTCCCCGTGTATGGAAACAAAGTC TTTACGGATGTTCATCATTTCTTCACTGAATTCATTGTTTGTTGCAAGAACTCCATCTTT GTCGCTCTTCTCCTTCACACGTTCAATTCTTTCCTTCAGTTCCTGTTATACAAGTAGAGA AAAAAAATCAAAATCCACACTAGCAATTTGAGACTCGCTATGTATTACAAATATCTTTAA GAATATAATACTGCAATACGATGACTCTCATTCTGTTTCTACGTTGATATCTTACACACT CATTCTTGCATCCTTCCAATGTCTACCCCTCCATTAAGATACGGAAAAAGATAACACTGT CCATTTTCAGTGCCCTTCTAAAATCACATATTGGAATATGAGTCAAAAATTCAGAAAATG CGCCCATAAGTTCCAAACTGAAAAATGCATCCTGTTCCACTGTCTGCCTCCACAACTTTT GAAGCGGCCACCAGGCCCACTACAAATTACATTTTCATCCTCTACAACCAAATAACTCAC TCGACCGCAGACCTTCAAGAATCACAGAACCCCATACCAGAGAAAGCATTTACCATGCTG TCTCCACTGTGCACCAGCCACAATTGTTGTTTAGTTGGCCAACAAAACTGTAGCTCCGCC ACCCCTGTCTTACCTTCCTACTTCAATCTAAATTTCAAATTCACCAGTCACGTCCATCAT TAACACACCCGCAGCTTTCCTGGAATCCTTCCACTGCCATATCTCATTTCATTATGGATT ACCCAAAAAGTAAACATTTTGATAGTTACTTGACTCCACATTCCAGTGCCAAACTACGTA ATGTTTGTAATTGATGAACTTGGTCACGAACCAGGCATGATGACGACAATATTACTTTCA TGTCATTGAATGTGAAGTCAAAATTCGATTGTAAATGTATATTCAGGCCTGAATAGGACA GTTGCAGATTGAATATGCAATTATAAGGGCTTCATACTAAAACTTGACAACTTCAGTTTG CACTTTTCAGTAACAAAGTTCTCTAGAATGATTGCCATATTCGAGTCTTTATGCTACAAT TTACTCATGATGCCTTATGTAGTAAAGGCTGATGGGACAAAGAAATCCTGCATAATTATA TATTATGGAGTGTAACAGTGAACCTTATATGTGTTATATATATGTTAAAGGCATTTGGTT ACTTCTGACACCAGATATCATATAATAACTCCTTTCACCAACTACCAATCCTAATCCTGG ACTAAGGCGGATGACATGCTCCATCCAAAGCCCTCACGGACACAGGTACCAGATAAAAGA GTTACGAACCCACCCCATTTGTTCTGAAATGTATCATATTCTGATCCAGATGAAGAAAAG TTAAAGACCAAGGTCATCATTGGATCCAATCATTTTCAAAAGAAACTTGGTCCCAGTTTA TGATTAACCAAATGACGTATTCAGTATGCATGCAATTCCCTAACTACTAGTACACCTCAT GAACCGGCCAAGGGAGGGGTTGACTGCCGGGTTTTGAGGATCGAGACCAGCTTTGGAAAC GGCAGAAGTGAAGTGAGTCACCCCCATATAAGTAATATGGGCAAGTACAAGAGGTTAGTA TTATGGAACTTTTTTCACTTTTTAGTTAAATGAGAGTAAAAATATATGCAACAGACTGGG AAGCATTGACTATAAGGCAATCTAAAGAATAAAGTGGTATTTAACAGAGAGAATCAATTG TTTCTACTGAATGTTTAGTTTTATTAGTGGGTGTGAGATTTAATTTTTTCACATGGTAAG TACAAAATGAGGTGTTTCATACAGTAACAATTTGAATTTAGGTTTATGTTTATTCTCTGA TTGCGTTAAATATCGTGAAATTTATTAATGGAGATGTTATTTAAATAATTATATACATTA CTTTTTTGTCTGAACAAGACAAGAAGAAAGCTGTACAACACAGACTATGCCAGTTCCACG CTATCGAAGTCATACAAAAGTCAATAAACTATTTCTCTTATAATATTCAATATATGAATG TCTTTCTTATTTAATCTAGTACTTGGGGCCACATCAGCAACAACGCCGATAAGTGTGGTC AAATATCCTAAAACTAATTTGACTGATAGTTTTATTTTTATTAGGCAAAGAACTAATTAG ATAGTTATTAACACTTGATCAAGAAAATTTTGATATTTATTGGTTAGGCAGCCTTCATCA AAAGTAGCAGGACAAGAAGACAAACAATCCCAACTAGTCTCCACGCTGAGTAACAATGAT GCAACAAAGCTTCAAAGAAACTAGAAAATGATAAGCTCACAAAGTGTCCTGCTTGTTTAG GCAACCCAAGCCTAGTTTCCATGTTGTGTGGAGGATCATAGGTGGTTGATCTAACAGTTT AGTCAAGCACCCTAACTCCGAGTTGCCTAATAGAAAATTTTCTTCATTGGACTTGAAGAA AGGGTGAACATTTAAGAGTACAAATATTTTTCTGGAGAATTTACTAGAACAAGTAGCTGC TTACCAAGGACATAACCTTAGATAGGAGGTTGTAGAGGACAAGGATCGTGGTAGAAAGAT AGTAGAGTGTTGTCTTATTTATCCTTCCATACTAGTAGTAGTAGTACTTCTCTTGTAGTT TTTGTCCTTTGATTTCTGTCACTATTTGTGGTCTCTTGTATTCGATTATCGCACTAATTT GTTGAAGTTATTGTTCTTTTTCAGAATATTTTGACATGCTCTCTATACTATTTCTCCATA ATTTCTTTACTTCCGTTATTTCTTTTTCAAACTACTTTGAGATGCTTTTTGCTTGAGCCG AGGGCCAATAGAAAACAACCTTTCTACCTCCCAATGTAGTAAGGTTTGCATACGCCTTAC CCTTCCTAGACCTGACTTGTGGGATTACACTAGGTATGTCGTTGTAATCTGTTCGGTCGG GTGTTAGTGTTATATGATAAAGCCAGAGATATTCTGATGTTTAGTGTTTGGCATTTCCTT GGTCAAATCAGCTCAACAAATTATAAAGGCAGTAGGGGGAATATGCCATTAAGATACTTC TATATCCCCAGCTTTACTAAGAATATTCTCCAGGAAGCTCATGTCATACTATTTCCCTCC ACCAGCACCCAACTATTTGCTTCTATTTTTGGGGTATGTCGTGTATATATATCTCCTCTC AATCACTTGAACCATCCATCTGAAGTCCACAAGGGACCATCATTTATTGGCATTGCTCTT AAGTTCGTCATAGTTGCATTTACATTTTTTGGCCTTTGTTGTGATTCATATAGTGATTTA CTTCTCCGTTTACACATCAAATGTTACAGCAGCATATCCATCAAAAAGAGAGACTTTGTC ACTTAAACAAATCCTAGTACTCTTGAATATCTAAAAATATATATTCTTCAATTCCTCCAT CCTTTATCTCACCGCTCACCACGTACTAATTGCCGCTCACAGAAGTGGCAGTACATTTAT CCCTCTCTACGACAATAAGCTACAAATAATACAACACGTAAACACCAGAAACATATTCCT TAAAACCTTCACATTCCCAGATCCATCAAAAGCTAACAACTTGATCCAATTTATGCAAAT CATTAAGTAAAAATTCTGATGAAATTTTGGTTTTTAGGACTTCAACAAAGCGCAATGGAT ATAACGGATTCATGCAAGTTGACCACAACTAATCCAGAATCAAGGTGTAATTATCCAAGT GATTGAAATGAAGAAAATTGTAAGCTGAGCTTATCAACTGTAAAATTCTGTTCAAGTTTT AAATTAATCAAACCAATCAAGCGTAACAATTACGCAGTCTCTTCACACCAAAACAAAAAT TGAATTTTTTAACGGGAATCTGTAAACAAAAATTTAAATTTCAGAATTACAAACAGGCAA AGCGAAGATTTTTATTTTATTTTTTTAAAATAGAAAAGAAAAAAAAAACGAAACCTGGAA ACGGATAATGAAGTCTTCTTCTTTATCCACGTAGAAATCGTTGAACTTGTCGAGTTCCTC ATTGAGAATTCTGATAAACCAATCCTGTAGCTCCGTCGCGGCTGCCGTCGCCGGCGGCAG CGGCGGTAACGGAGGTGTATTATCGGCGGTGGAAGAAGGGATGTGCTTGATAAGCTTCTT CAACGGCTTGTAACACAAGTATTTATCCCTCCATTCAGGTAGGGTTTCTTCCAAATGGAT GCTGAATTCTTTCCCGAATTTCATATCACCGGCAATCGCTTGATTTTATACAAATTCGTC TAAACACACTGATTTTTAAACAGAATTTTGCTTTTTTTTGGAGTTCTTGAAATCCAATAA CATATAGTTCAAAATTTTACAAAAATGTTAGATTCTCACAAAGAATTAGCAATTTTGAGT TTAGGATATGCAATTCCCTCACCCACCAACCAAAGGAACTCAAATTAGCAAGATTTATAA GTTTTTATTAAACAAAGAATTTAAGTTTATCATAAATGTATCCAACTTTTTATATTATTA CCATCAAAATACTTCTTTAAGGATAAAAATAATATCTTTACACGGTGTTTTCAAAAGCAT TTTTTCTAATGTTACTCCCGAATATTGGTAATTTGTTTTTTCTTTAAATCATATTTTTAG TATTGGTGTAATGCTATTTCACAAATAATAATTGTAATGTTTTTTTCTTCATTATTGATT ATTGATACTTATCTCAAATAAAAATCACAAATCATTGAAAAGTTTACTTTTACCTATTCT ATTAATAATAACAAAACTATAAAATTGAATATACATAAGACTACGCCCCATAAATCCATG GGACATATGTCCCATTTCTCATGGCTTACGCCTTGTTCCGCAATGTATTAAACGTCTTAA CTTACGCCCTCACCTTTTAAAATACTTTGTTCTACAAATGGAGTAGAGGAAAATTATTTT ATATCTATGGATAAATATATCTCATAAATAAATATAAAATTAAAAAACAAATTTGTAAAA GAATTACGAAATCATTGTGCTGAGCTTTATTTGTTAATATATATTCAATAATCCTTGACA GCAGAAAAAGTTTATAAAAGTCATAAATAAAAAAAATGAATTTTTACTTTTACATGCGAA ATTCATAGCCATGGGCCATTGGTTTTTGAAAGAATATTCGATTACAACTTGTAGTTGAGT GTCATGTCAGCTTAGCCATTCTGTCCCCCAAGAGACGCAGGAACAACACATATTTTAGAA AATTGTTGTCAATCAATGATTAGTGATTTTTTTCTCATAAAAGAATAGCAACCTTTAAGT ACTTAATATAGTGCTTATTATTTTTTGAAATCATTATTTGAAATTGTGCGTCGAGAAAAT CAGAAATTTGAGAAATATATTTCACTTTTTTAGAAAAATATTATTTATATTCATAAGTTT TAAAAACTATCAAAACTAACCATAAATTTGTATTATAAGTCAATTGAATTTTTGATGCAA CAAATATCATATGTAGCGTCCATGACACTGAAGCAACGTGGTAGTTTGGAGTGAATACAA CAGACATCATTCCATACATCGTGAAGTAACAAAGTATACCCTAAGATGATTATTTATCAT TTTCATCAACCACCATATTATTCCTTTCATATTCACAGACTATTTCATTACTACTTTGAT ATTCACATAAAAAAATAATGTAGTACAAAGCAAACAAATACTATAGATGATTTTTTGTAA AATAATAAAAAATTGATATAAAATTTTAATTTTCAAAAGATTCCAATGAAATTTGACCCA AATATATATATATAAAAAAAAAAAAAAAAAAAAACTATTATTATAGCATTTGAGATATTT GTCAAAAACATTTACCAAATAATGGCAAATTATATGGATAAAAACTATTTGCCAAATTTT CCCCCAAATGTTATTTGAAAAATCTATGACCAAATAATAAAAACTATTTGCCAAATTTTC CCCCAAATATGATTTAAAAAATCTATGACCAAATAATAAAAACTATTTGCCAAATTTTTC CCCAAATATTATTTGAAAAATCTATGACCAAATAATAAAAACTATTTGCCAAATTTTCCC CCAAATATTATTTGAAAAATCTATGACCAAATAAGACCTTAACATACAGGTAACTAACTA ATAAGGAGTCTCCAACACAGTAAACACAAATTGATTTTCTCCCCTTCCATTTTTTTTTAA AAAAAATGCATTCTTTAAACGACATGAGAGGAATATTCATCCTTGAAGAAATTGAGAGAT TAAGAAACACGACATGAAATAATTTAATGGACTGAATCATCTACTAGACGATCCTTTAAT TAGGTTCAAACAATTGGATACGAGATGGAAGTCAGCAATAACACAAGTACGAACAACGAA ATCAGGATGAAAAGGAAAAGGAAAAAAATCGTTGCAGGTGAAACAGCAGCCTAAATGGAA TCCAAAGCCTGAAGAACATCAGCTTTCACATCTTCAAAATCTTCCACTCCAAAGCTAAAT CGGACCAAGTTATCCAAGATGCCATACTTTGCTCTATCAGACTGGCTAAGATCCCTGTTT TACAGTTCAAATCGAGCATGTTATCCACAATGTTTTCATTTAGCACTCGATATGTTAGTA GTGTTGATAGAAAAGTTATAGTTTCCAGATTCTCTCCCCATAATAGAGTATACTTTATTG ATAAGTAACCATGAAATAGAACATTGACATACCAATAAGACATTATTGCTGGTTGGTCCA CAATGCTCTCACAACCTCCAAACGATGGAGCAATATAAGGAATCCTCAGAGCATCCACAA ATTTTGCAGTAGTTAGGAGGTCTCCATCAACCTTATAGAAAAAATATAGCCCTTTAATAT ACTGAAAGCGAGAGAACTGACAGGGATTCCTGGCTAAAAAAAGACCATAGATCTACAGAC CTCAAAACTGACCACACCACCAAAGCCAGTCATTTGTTTCTTTGCAAGGTGATATTCCGG ATGACTCGGCAAGCCTGGATAATAGACGTGTTTCACCTGCAACTCATTTTATTCAGATAT GACAGCACTTGCAGAGATCCTAATGAAACGCAGGAAAAACAAGACCTCTGAACTTTAATG CTACTGCTCATAGATAAGCTAGAAGTGTGGTACGATAGTAAATTTATGTTCAGTAATGAG TCAATCATGCATTATTAGGATGAAGTAGCTACCTGACTAAAGGTAGGTCGTACAGGGAGT GTAACTGTACAAGTAACATAGAAATTTTTTATAGAGTTAAGACGATACTAATCAACACTT TAAGAATGTTTACTTGTTTACAACCTATTTGTCTTAGTGAGTCTGCATGTTGTAGTAGAG GACGACTAGGAAGCACACCAAAGTAGCAACCACGGATGTAAGAATAGTCTTTGTTAAGTG ATGAAGGAAAGAAAAAACAGAATCACCCAAAAAGTACAGCTTTGTGATGTTAACAGCAGA ATCTACGGGTACAAAGGAGTGATAGAAAAGATCGTTCAGTTTATCTGGCTTAAAAGATCA CCCATATTGATGGTGCATCTTCTTCTACTTATTTTAAACTAATAATGACTGCATCTTCTT CTTAAGTTGCTTTCAGCGCTTTATTTTCACTTACTCTAACAAACATCAAGTTGAACATTC TTACTTTTACATAAACATGAATTATCATGCATATTAATAAGGTAATTGTGCTCTAGTAAA ATGTGAATTTCAAATCATGACTAACAAAGCTATTGAAGCCTAGAGTACCTTGGGATGAGC CTCTAAAATTTCGGCCATCCTCAATGCAGTAGAATTTTGTTGCTGTACACGAAGATGCAG CGTCTTCATGCCTCGGATGATAAGATATGCAGCATTCTGGCAGTTGGGAAAATTGCATCA GACTTCTATAAAATAC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.954 34784 35067 match_part 0.948 36670 36766 match_2 match_part 0.942 34790 35067 match_part 0.969 36670 36766 match_3 match_part 0.903 36810 37377 match_4 match_part 1.000 38393 38421 match_part 1.000 38526 38688 match_part 1.000 38776 38904 match_part 0.995 39237 39431 match_part 0.991 39539 39654 match_5 match_part 0.977 40971 41231 match_part 0.990 41928 42452 match_6 match_part 0.977 40974 41231 match_part 0.997 41928 42238 match_7 match_part 0.979 40991 41231 match_part 0.997 41928 42567 match_8 match_part 0.976 41024 41231 match_part 0.995 41928 42484 match_9 match_part 0.976 41025 41231 match_part 0.993 41928 42214 match_10 match_part 0.976 41026 41231 match_part 0.996 41928 42208 match_11 match_part 0.931 41160 41231 match_part 0.997 41928 42631 match_12 match_part 1.000 41176 41231 match_part 0.934 41928 42398 match_13 match_part 0.996 41959 42214 match_14 match_part 0.998 42152 42808 match_part 0.510 43545 43593 match_15 match_part 0.611 57940 57957 match_part 0.998 58506 58974 match_16 match_part 0.901 59257 59986 match_17 match_part 1.000 71291 71342 match_part 1.000 75332 75430 match_part 1.000 75562 75654 match_part 1.000 75738 75803 match_part 1.000 75885 76014 match_part 1.000 76237 76268 match_part 0.993 77208 77343 match_part 0.972 77585 77904 match_18 match_part 1.000 75563 75654 match_part 1.000 75738 75803 match_part 0.997 75885 76263 match_19 match_part 1.000 79094 79565 match_20 match_part 0.940 79110 79843 match_21 match_part 0.940 79110 79781 match_22 match_part 0.946 79110 79771 match_23 match_part 0.940 79110 79708 match_24 match_part 0.946 79110 79703 match_25 match_part 0.997 79769 80093 match_part 1.000 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.980 81444 81542 match_part 0.960 81818 81867 match_26 match_part 1.000 80043 80093 match_part 1.000 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.990 81444 81542 match_part 0.898 81818 81866 match_27 match_part 0.946 80057 80093 match_part 0.942 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.990 81444 81542 match_part 0.898 81818 81866 match_28 match_part 1.000 88945 89104 match_part 1.000 89214 89289 match_part 1.000 89376 89427 match_part 1.000 89892 89941 match_29 match_part 1.000 88946 89104 match_part 1.000 89214 89289 match_part 1.000 89376 89427 match_part 1.000 89892 90141 match_30 match_part 0.973 90236 90763 match_31 match_part 0.981 91544 91757 match_32 match_part 0.982 94871 94925 match_part 0.963 95055 95650 match_33 match_part 0.965 95584 96189 match_part 1.000 96263 96310 match_34 match_part 0.952 95589 96191 match_35 match_part 0.980 95594 95847 match_part 1.000 95944 95979 match_36 match_part 0.963 95794 95847 match_part 0.950 95944 96185 match_part 0.986 96259 96536 match_37 match_part 0.952 96127 96189 match_part 0.983 96263 96739 match_part 1.000 96821 96890 match_38 match_part 0.954 96438 96739 match_part 0.917 96821 96964 match_39 match_part 0.975 96839 97348 match_part 0.936 97449 97636 match_40 match_part 0.972 96840 97348 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_41 match_part 0.970 951 178 match_42 match_part 0.998 5814 5248 match_43 match_part 0.750 22872 22845 match_part 1.000 20931 20738 match_part 1.000 20188 20004 match_part 1.000 19915 19733 match_part 1.000 16606 16475 match_part 1.000 15880 15695 match_part 1.000 13461 13372 match_part 1.000 13300 13217 match_part 1.000 12989 12852 match_part 1.000 12429 12187 match_part 1.000 11440 10974 match_44 match_part 0.988 12429 12187 match_part 0.983 11440 11097 match_45 match_part 0.933 22578 22385 match_part 0.964 20931 20738 match_part 0.962 20188 20004 match_part 0.995 19915 19733 match_part 0.992 16606 16475 match_part 0.952 15880 15695 match_part 1.000 13461 13372 match_part 0.976 13300 13217 match_part 0.993 12989 12852 match_part 0.979 12429 12187 match_part 0.915 11440 11146 match_46 match_part 1.000 16522 16475 match_part 1.000 15880 15695 match_part 1.000 13461 13372 match_part 1.000 13300 13217 match_part 1.000 12989 12852 match_part 0.996 12429 12195 match_47 match_part 0.989 13461 13372 match_part 0.988 13300 13217 match_part 0.978 12989 12852 match_part 0.977 12429 12297 match_48 match_part 1.000 19814 19733 match_part 0.992 16606 16475 match_part 0.957 15880 15695 match_part 1.000 13461 13372 match_part 0.976 13300 13217 match_part 0.986 12989 12852 match_49 match_part 1.000 22445 22385 match_part 1.000 20931 20738 match_part 1.000 20188 20004 match_part 1.000 19915 19733 match_part 1.000 16606 16475 match_part 0.992 15880 15761 match_50 match_part 0.977 42135 41785 match_51 match_part 0.944 44448 43647 match_52 match_part 1.000 47507 47472 match_part 1.000 46511 45921 match_part 0.921 45508 45420 match_53 match_part 1.000 47506 47472 match_part 0.998 46511 45921 match_54 match_part 0.922 50096 49444 match_55 match_part 0.961 50095 49632 match_56 match_part 0.925 53502 52734 match_57 match_part 1.000 56626 56564 match_part 0.993 53828 53535 match_58 match_part 1.000 56692 56564 match_part 0.996 53828 53546 match_59 match_part 0.929 56986 56564 match_part 0.927 53828 53554 match_60 match_part 0.937 56928 56564 match_part 0.933 53828 53606 match_61 match_part 0.937 56928 56564 match_part 0.936 53828 53627 match_62 match_part 0.988 56894 56564 match_part 0.974 53828 53714 match_63 match_part 1.000 56904 56564 match_part 1.000 53828 53749 match_64 match_part 0.967 56977 56678 match_65 match_part 0.997 59100 58511 match_part 0.659 57329 57289 match_66 match_part 0.993 58917 58507 match_part 0.636 57907 57875 match_67 match_part 0.992 58854 58378 match_part 0.818 57907 57897 match_68 match_part 0.990 58665 58378 match_part 0.818 57907 57897 match_69 match_part 0.968 58658 58379 match_70 match_part 0.914 59058 58397 match_71 match_part 0.914 59058 58398 match_72 match_part 0.981 59036 58409 match_73 match_part 0.994 61486 61320 match_part 0.998 60167 58511 match_74 match_part 1.000 58956 58511 match_75 match_part 0.960 59347 58645 match_76 match_part 0.969 59383 58799 match_77 match_part 1.000 59334 58823 match_78 match_part 1.000 59431 58827 match_79 match_part 0.963 59708 58896 match_80 match_part 0.998 59772 58899 match_81 match_part 0.975 59383 58901 match_82 match_part 1.000 59389 58986 match_83 match_part 1.000 59575 59016 match_84 match_part 0.901 59452 59058 match_85 match_part 1.000 59547 59125 match_86 match_part 0.996 59853 59167 match_87 match_part 0.972 59988 59234 match_88 match_part 0.972 60088 59259 match_89 match_part 0.997 59777 59386 match_90 match_part 1.000 59701 59393 match_91 match_part 0.953 59926 59522 match_92 match_part 0.983 60167 59533 match_93 match_part 1.000 61362 61320 match_part 0.989 60167 59601 match_94 match_part 0.980 60167 59620 match_95 match_part 0.894 61432 61320 match_part 0.979 60167 59655 match_96 match_part 0.982 60167 59673 match_97 match_part 0.976 59959 59673 match_98 match_part 1.000 61353 61280 match_part 0.998 60167 59681 match_99 match_part 1.000 61342 61280 match_part 1.000 60167 59710 match_100 match_part 1.000 61322 61280 match_part 1.000 60167 59769 match_101 match_part 0.981 60167 59793 match_102 match_part 1.000 61345 61280 match_part 0.972 60167 59878 match_103 match_part 1.000 61438 61280 match_part 1.000 60167 59883 match_104 match_part 1.000 91934 91920 match_part 0.950 91849 91493 match_105 match_part 0.963 91765 91493 match_106 match_part 1.000 92213 92193 match_part 1.000 92117 91920 match_part 0.991 91849 91500 match_107 match_part 1.000 92225 92193 match_part 1.000 92117 92006 match_part 0.991 91849 91502 match_108 match_part 1.000 92057 92006 match_part 0.991 91849 91502 match_109 match_part 0.965 92032 91920 match_part 0.991 91849 91518 match_110 match_part 0.990 91736 91527 match_111 match_part 1.000 92340 92193 match_part 0.995 92117 91920 match_part 0.969 91849 91592 match_112 match_part 0.987 93907 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91920 match_part 0.974 91849 91736 match_113 match_part 0.987 93907 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91920 match_part 0.954 91849 91741 match_114 match_part 0.994 93907 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 0.975 92117 91920 match_part 1.000 91849 91839 match_115 match_part 0.993 93906 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91973 match_116 match_part 0.991 93868 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92647 match_part 1.000 92342 92269 match_117 match_part 0.997 93018 92295 match_118 match_part 0.995 93158 92554 match_119 match_part 0.997 93159 92555 match_120 match_part 0.998 93158 92555 match_121 match_part 0.991 93868 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92688 match_122 match_part 0.994 93914 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92720 match_123 match_part 0.955 93953 93754 match_part 0.977 93677 93591 match_part 0.967 92985 92866 match_124 match_part 0.992 93996 93754 match_part 0.992 93677 93175 match_125 match_part 0.992 93990 93754 match_part 0.998 93677 93211 match_126 match_part 0.988 93996 93754 match_part 1.000 93677 93396 match_127 match_part 0.948 96355 96259 match_part 0.947 96185 95961 match_128 match_part 0.980 96668 96259 match_part 0.946 96185 95962 match_129 match_part 0.982 96693 96259 match_part 0.951 96185 96044 match_130 match_part 0.958 106640 106617 match_part 0.992 104652 104030 match_131 match_part 0.956 104417 104030 match_132 match_part 0.965 106701 106617 match_part 0.992 104652 104037 match_133 match_part 1.000 110885 110575 match_part 0.982 106782 106617 match_part 0.997 104652 104334 match_134 match_part 0.917 111030 110575 match_part 0.970 106782 106617 match_part 0.945 104652 104397 match_135 match_part 0.995 111013 110575 match_part 0.982 106782 106617 match_part 0.996 104652 104417 match_136 match_part 0.989 111032 110575 match_part 0.976 106782 106617 match_part 0.995 104652 104463 match_137 match_part 0.998 111016 110575 match_part 0.982 106782 106617 match_part 0.987 104652 104501 match_138 match_part 0.977 111018 110575 match_part 0.964 106782 106617 match_part 0.981 104652 104545 match_139 match_part 0.992 111048 110575 match_part 0.975 106782 106620 match_140 match_part 1.000 111017 110575 match_part 1.000 106782 106689 match_141 match_part 1.000 113599 113521 match_part 0.983 113431 113313 match_part 0.990 113154 112860 match_part 0.842 110546 110528 match_142 match_part 0.982 114404 114349 match_part 0.938 113616 113521 match_part 0.983 113431 113313 match_part 0.967 113154 112761 match_part 0.677 111239 111209 match_143 match_part 0.845 114496 114349 match_part 0.979 113616 113521 match_part 0.966 113431 113313 match_part 0.952 113154 112861 match_part 0.610 111312 111272 match_144 match_part 1.000 113608 113521 match_part 1.000 113431 113313 match_part 1.000 113154 112826 match_145 match_part 1.000 114438 114349 match_part 1.000 113616 113521 match_part 1.000 113431 113313 match_part 0.966 113154 112861 match_146 match_part 0.988 114431 114349 match_part 0.990 113616 113521 match_part 1.000 113431 113313 match_part 0.976 113154 112861 match_147 match_part 0.948 113616 113521 match_part 0.992 113431 113313 match_part 0.969 113154 112861 match_148 match_part 0.979 113616 113521 match_part 0.983 113431 113313 match_part 0.983 113154 112861 match_149 match_part 0.970 113553 113521 match_part 0.992 113431 113313 match_part 0.969 113154 112861 match_150 match_part 0.968 113405 113313 match_part 1.000 113154 112861 match_151 match_part 1.000 114371 114349 match_part 1.000 113616 113521 match_part 1.000 113431 113313 match_part 0.996 113154 112876 match_152 match_part 1.000 113530 113521 match_part 0.983 113431 113313 match_part 1.000 113154 112876 match_153 match_part 0.954 113399 113313 match_part 1.000 113154 112876 match_154 match_part 1.000 113413 113313 match_part 0.978 113154 112878 match_155 match_part 0.947 113539 113521 match_part 0.992 113431 113313 match_part 0.996 113154 112881 match_156 match_part 1.000 113538 113521 match_part 1.000 113431 113313 match_part 1.000 113154 112881 match_157 match_part 0.975 113393 113313 match_part 0.989 113154 112881 match_158 match_part 1.000 113586 113521 match_part 0.992 113431 113313 match_part 1.000 113154 112889 match_159 match_part 0.947 113539 113521 match_part 0.992 113431 113313 match_part 1.000 113154 112889 match_160 match_part 1.000 113327 113313 match_part 0.966 113154 112947 match_161 match_part 0.851 114496 114349 match_part 1.000 113616 113521 match_part 1.000 113431 113313 match_part 1.000 113154 113052 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 951 178 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 5814 5248 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 22578 22385 exon 20931 20738 exon 20188 20004 exon 19915 19733 exon 16606 16475 exon 15880 15695 exon 13461 13372 exon 13300 13217 exon 12989 12852 exon 12429 12187 exon 11440 11097 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 22872 22845 exon 20931 20738 exon 20188 20004 exon 19915 19733 exon 16606 16475 exon 15880 15695 exon 13461 13372 exon 13300 13217 exon 12989 12852 exon 12429 12187 exon 11440 10974 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 34784 35067 exon 36670 36766 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 36810 37377 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 38393 38421 exon 38526 38688 exon 38776 38904 exon 39237 39431 exon 39539 39654 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 40971 41231 exon 41928 42808 exon 43545 43593 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 42135 41785 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 44448 43647 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 47507 47472 exon 46511 45921 exon 45508 45420 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 50096 49444 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 53502 52734 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 56986 56564 exon 53828 53535 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61438 61280 exon 60167 58378 exon 57907 57897 gene_16 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61486 61320 exon 60167 58378 exon 57907 57897 gene_17 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61438 61280 exon 60167 58507 exon 57907 57875 gene_18 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61438 61280 exon 60167 58511 exon 57329 57289 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 57940 57957 exon 58506 58974 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 59257 59986 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 71291 71342 exon 75332 75430 exon 75562 75654 exon 75738 75803 exon 75885 76014 exon 76237 76268 exon 77208 77343 exon 77585 77904 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 75563 75654 exon 75738 75803 exon 75885 76263 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 79094 80093 exon 80343 80394 exon 80480 80572 exon 81040 81159 exon 81444 81542 exon 81818 81867 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 88945 89104 exon 89214 89289 exon 89376 89427 exon 89892 90141 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 90236 90763 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93159 92193 exon 92117 91920 exon 91849 91493 gene_27 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93953 93754 exon 93677 93591 exon 92985 92647 exon 92342 92193 exon 92117 91920 exon 91849 91493 gene_28 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93907 93754 exon 93677 93591 exon 92342 92193 exon 92117 91920 exon 91849 91493 gene_29 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 92225 92193 exon 92117 92006 exon 91849 91493 gene_30 gene GT_PGL_21_AGS_5 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93996 93754 exon 93677 93175 gene_31 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 91544 91757 gene_32 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94871 94925 exon 95055 96189 exon 96263 96739 exon 96821 97348 exon 97449 97636 gene_33 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94871 94925 exon 95055 95847 exon 95944 96185 exon 96259 96739 exon 96821 97348 exon 97449 97636 gene_34 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94871 94925 exon 95055 96191 gene_35 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 96693 96259 exon 96185 95961 gene_36 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 114496 114349 exon 113616 113521 exon 113431 113313 exon 113154 112761 exon 111239 111209 gene_37 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 114496 114349 exon 113616 113521 exon 113431 113313 exon 113154 112860 exon 110546 110528 gene_38 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 114496 114349 exon 113616 113521 exon 113431 113313 exon 113154 112861 exon 111312 111272 gene_39 gene GT_PGL_25_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 111048 110575 exon 106782 106617 exon 104652 104030 RepeatMasker tomato repeats master Copia00172 286 520 1 Copia00172 286 520 1 nucleotide_motif 1070 18826 19055 Unknown00034 3697 4026 1 Unknown00034 3697 4026 1 nucleotide_motif 2326 24823 25148 MuDR1_HV 1239 1307 1 MuDR1_HV 1239 1307 1 nucleotide_motif 247 33928 33995 Copia00172 5237 5334 1 Copia00172 5237 5334 1 nucleotide_motif 312 37095 37185 Gypsy00126 4549 6065 1 Gypsy00126 4549 6065 1 nucleotide_motif 11704 66362 67885 Unknown00057 2130 2465 1 Unknown00057 2130 2465 1 nucleotide_motif 259 73557 73887 Unknown00046 2631 2811 1 Unknown00046 2631 2811 1 nucleotide_motif 399 78300 78471 Unknown00050 3306 3529 1 Unknown00050 3306 3529 1 nucleotide_motif 895 84871 85080 Gypsy00163 7879 7984 1 Gypsy00163 7879 7984 1 nucleotide_motif 389 88287 88394 Unknown00050 3306 3370 1 Unknown00050 3306 3370 1 nucleotide_motif 225 91149 91213 Unknown00050 3329 3846 1 Unknown00050 3329 3846 1 nucleotide_motif 1641 91216 91700 Copia00039 264 465 1 Copia00039 264 465 1 nucleotide_motif 749 94255 94459 Copia00039 615 778 1 Copia00039 615 778 1 nucleotide_motif 660 100386 100545 Copia00113 5071 5499 1 Copia00113 5071 5499 1 nucleotide_motif 325 100622 101030 Copia00192 2037 2140 1 Copia00192 2037 2140 1 nucleotide_motif 225 102747 102849 POTTEN1 32 258 1 POTTEN1 32 258 1 nucleotide_motif 240 105023 105246 POTTEN2 684 796 1 POTTEN2 684 796 1 nucleotide_motif 516 106063 106177 Gypsy00107 9793 9919 1 Gypsy00107 9793 9919 1 nucleotide_motif 497 106178 106193 RepeatMasker tomato repeats master Copia00151 8227 8382 -1 Copia00151 8227 8382 -1 nucleotide_motif 713 8570 8410 Copia00175 2334 2541 -1 Copia00175 2334 2541 -1 nucleotide_motif 732 27391 27183 Unknown00046 513 629 -1 Unknown00046 513 629 -1 nucleotide_motif 371 30583 30464 Gypsy00074 8153 8366 -1 Gypsy00074 8153 8366 -1 nucleotide_motif 1303 32007 31803 STOWAWAY50_OS 39 122 -1 STOWAWAY50_OS 39 122 -1 nucleotide_motif 242 32662 32579 GYCUME1_LTR 340 443 -1 GYCUME1_LTR 340 443 -1 nucleotide_motif 225 34033 33925 Copia00172 286 517 -1 Copia00172 286 517 -1 nucleotide_motif 1258 34310 34078 Copia00172 5188 5271 -1 Copia00172 5188 5271 -1 nucleotide_motif 330 37175 37093 SONATA3 1 247 -1 SONATA3 1 247 -1 nucleotide_motif 525 50773 50537 Copia00151 10464 10519 -1 Copia00151 10464 10519 -1 nucleotide_motif 243 54284 54232 Copia00172 1744 2080 -1 Copia00172 1744 2080 -1 nucleotide_motif 1463 64226 63885 RAVLIN5_MT 3465 3507 -1 RAVLIN5_MT 3465 3507 -1 nucleotide_motif 231 73494 73453 POLN2_ST 85 235 -1 POLN2_ST 85 235 -1 nucleotide_motif 249 75146 74994 Copia00089 5634 5732 -1 Copia00089 5634 5732 -1 nucleotide_motif 289 78327 78240 TS2 544 591 -1 TS2 544 591 -1 nucleotide_motif 327 80759 80713 Unknown00034 3684 4041 -1 Unknown00034 3684 4041 -1 nucleotide_motif 1868 84127 83801 Copia00039 636 778 -1 Copia00039 636 778 -1 nucleotide_motif 595 94723 94585 MUDSOLT1 1954 2068 -1 MUDSOLT1 1954 2068 -1 nucleotide_motif 233 99376 99262 Copia00039 263 416 -1 Copia00039 263 416 -1 nucleotide_motif 843 101026 100873 Gypsy00107 9772 9909 -1 Gypsy00107 9772 9909 -1 nucleotide_motif 495 105157 105021 Unknown00049 1710 1787 -1 Unknown00049 1710 1787 -1 nucleotide_motif 287 109557 109480 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2377 66362 67885 match_2 match 2000 66361 67885 match_3 match 1984 66361 67885 match_4 match 2008 66362 67884 match_5 match 1852 66362 67885 match_6 match 1943 66362 67884 match_7 match 2206 66364 67884 match_8 match 1574 66701 67703 match_9 match 2298 66362 67885 match_10 match 1251 66362 67419 match_11 match 2254 66362 67885 match_12 match 2341 66362 67885 match_13 match 1907 66362 67884 match_14 match 1790 24784 25875 match_15 match 2222 29820 30982 match_16 match 2648 23349 24750 match_17 match 5212 15242 18017 match_18 match 5999 19379 22644 match_19 match 8375 15197 match_20 match 1 7719 match_21 match 35926 44938 match_22 match 3146 86039 87928 match_23 match 1701 66368 67884 match_24 match 1790 24784 25875 match_25 match 2222 29820 30982 match_26 match 2648 23349 24750 match_27 match 2670 35926 37344 match_28 match 5212 15242 18017 match_29 match 5999 19379 22644 match_30 match 8375 15197 match_31 match 1 7719 match_32 match 3146 86039 87928 match_33 match 1499 58709 60159 match_34 match 2294 227 3581 match_35 match 1701 66368 67884 match_36 match 1497 66362 67382 match_37 match 1534 66362 67382 match_38 match 2054 66361 67885 match_39 match 1516 66362 67419 match_40 match 226 59058 60151 match_41 match 2040 66366 67884 match_42 match 2143 66366 67885 match_43 match 2309 66360 67884 match_44 match 1631 66396 67885 match_45 match 1744 66362 67883 match_46 match 1778 66359 67634 match_47 match 2294 66362 67885 match_48 match 2313 66362 67885 match_49 match 2260 66360 67886 match_50 match 2286 66362 67885 match_51 match 2355 66362 67885 match_52 match 1495 66362 67884 match_53 match 1530 66360 67885 match_54 match 1669 66426 67885 match_55 match 1947 66362 67885 match_56 match 2020 66362 67885 match_57 match 2054 66361 67885 match_58 match 2066 66361 67884 match_59 match 2000 66362 67885 match_60 match 2020 66362 67885 match_61 match 2282 98247 99514 match_62 match 1812 96321 97334 match_63 match 1497 66362 67382 match_64 match 1534 66362 67382 match_65 match 1552 96321 97334 match_66 match 2012 98247 99514 match_67 match 2212 66362 67884 match_68 match 1994 66358 67885 match_69 match 1834 66362 67708 match_70 match 1748 96321 97334 match_71 match 2234 98247 99514 match_72 match 2183 66362 67885 match_73 match 2282 98247 99514 match_74 match 1812 96321 97334 match_75 match 2014 66362 67884 match_76 match 2038 66362 67885 match_77 match 2014 66362 67884 match_78 match 2038 66362 67885 match_79 match 1647 96321 97334 match_80 match 2181 98247 99514 match_81 match 1848 98247 99514 match_82 match 1598 66362 67811 match_83 match 1671 66362 67885 match_84 match 2242 66362 67885 match_85 match 1895 66362 67560 match_86 match 2034 66362 67885 match_87 match 2137 66362 67885 match_88 match 2175 66362 67885 match_89 match 1657 66362 67884 match_90 match 1671 66362 67885 match_91 match 2113 66362 67885 match_92 match 1844 66362 67634 match_93 match 1467 96321 97334 match_94 match 2072 98247 99514 match_95 match 2113 66362 67885 match_96 match 2175 66362 67884 match_97 match 1939 66362 67884 match_98 match 1982 66362 67885 match_99 match 1994 66362 67885 match_100 match 2079 66362 67884 match_101 match 2012 66362 67890 match_102 match 2415 66362 67884 match_103 match 2434 66361 67885 match_104 match 2012 66362 67890 match_105 match 2077 66359 67882 match_106 match 2038 66362 67884 match_107 match 2149 66362 67885 match_108 match 1788 96321 97334 match_109 match 2313 98247 99514 match_110 match 2309 66360 67884 match_111 match 2399 66360 67885 match_112 match 2119 66362 67885 match_113 match 1467 66362 67885 match_114 match 2010 66362 67884 match_115 match 2480 66362 67884 match_116 match 2524 66361 67885 match_117 match 1501 66812 67885 match_118 match 2163 66362 67885 match_119 match 1970 66362 67884 match_120 match 1996 66362 67885 match_121 match 2046 66362 67885 match_122 match 2105 66362 67884 match_123 match 2004 66363 67766 match_124 match 2250 66368 67884 match_125 match 1417 66663 67884 match_126 match 1852 66362 67885 match_127 match 1711 66362 67885 match_128 match 1721 66362 67884 match_129 match 1562 66362 67881 match_130 match 2204 66362 67884 match_131 match 1624 66369 67885 match_132 match 2155 66362 67885 match_133 match 2192 66362 67884 match_134 match 1382 96321 97334 match_135 match 1053 66857 67885 match_136 match 1881 66362 67884 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1420.5 2983 114496 clone_end_1 clone_end 1358 2983 3674 clone_2 clone 1257 13593 103229 clone_start_1 clone_start 1154 13593 14186 clone_3 clone 1188.5 41708 81177 clone_end_2 clone_end 1120 41708 42272 clone_start_2 clone_start 1265 43491 44176 clone_4 clone 1410.5 52924 89112 clone_start_3 clone_start 1471 52924 53665 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_4 clone_start 1483 114496 113749 clone_end_3 clone_end 1360 103229 102496 clone_end_4 clone_end 1326 41015 40339 clone_start_5 clone_start 1257 81177 80544 clone_start_6 clone_start 1433 44584 43842 clone_end_5 clone_end 1271 44583 43939 clone_end_6 clone_end 1231 44913 44261 clone_start_7 clone_start 1241 44943 44307 clone_end_7 clone_end 1104 46630 46074 clone_end_8 clone_end 1475 47580 46822 clone_end_9 clone_end 1350 89112 88432 clone_start_8 clone_start 1465 60686 59948 clone_end_10 clone_end 1247 67259 66595 clone_end_11 clone_end 272 67219 67075 clone_end_12 clone_end 1074 73023 72471 clone_start_9 clone_start 991 73219 72720 clone_end_13 clone_end 1362 73449 72756 clone_end_14 clone_end 1086 92405 91854 clone_start_10 clone_start 971 93998 93509 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.954 34784 35067 match_part 0.948 36670 36766 match_2 match_part 0.942 34790 35067 match_part 0.969 36670 36766 match_3 match_part 1.000 38393 38421 match_part 1.000 38526 38688 match_part 1.000 38776 38904 match_part 0.995 39237 39431 match_part 0.991 39539 39654 match_4 match_part 0.977 40971 41231 match_part 0.990 41928 42452 match_5 match_part 0.977 40974 41231 match_part 0.997 41928 42238 match_6 match_part 0.979 40991 41231 match_part 0.997 41928 42567 match_7 match_part 0.976 41024 41231 match_part 0.995 41928 42484 match_8 match_part 0.976 41025 41231 match_part 0.993 41928 42214 match_9 match_part 0.976 41026 41231 match_part 0.996 41928 42208 match_10 match_part 0.931 41160 41231 match_part 0.997 41928 42631 match_11 match_part 0.996 41959 42214 match_12 match_part 0.998 42152 42808 match_part 0.510 43545 43593 match_13 match_part 0.611 57940 57957 match_part 0.998 58506 58974 match_14 match_part 0.901 59257 59986 match_15 match_part 1.000 71291 71342 match_part 1.000 75332 75430 match_part 1.000 75562 75654 match_part 1.000 75738 75803 match_part 1.000 75885 76014 match_part 1.000 76237 76268 match_part 0.993 77208 77343 match_part 0.972 77585 77904 match_16 match_part 1.000 75563 75654 match_part 1.000 75738 75803 match_part 0.997 75885 76263 match_17 match_part 1.000 79094 79565 match_18 match_part 0.997 79769 80093 match_part 1.000 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.980 81444 81542 match_part 0.960 81818 81867 match_19 match_part 1.000 80043 80093 match_part 1.000 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.990 81444 81542 match_part 0.898 81818 81866 match_20 match_part 0.946 80057 80093 match_part 0.942 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.990 81444 81542 match_part 0.898 81818 81866 match_21 match_part 1.000 88945 89104 match_part 1.000 89214 89289 match_part 1.000 89376 89427 match_part 1.000 89892 89941 match_22 match_part 1.000 88946 89104 match_part 1.000 89214 89289 match_part 1.000 89376 89427 match_part 1.000 89892 90141 match_23 match_part 0.973 90236 90763 match_24 match_part 0.981 91544 91757 match_25 match_part 0.982 94871 94925 match_part 0.963 95055 95650 match_26 match_part 0.965 95584 96189 match_part 1.000 96263 96310 match_27 match_part 0.952 95589 96191 match_28 match_part 0.980 95594 95847 match_part 1.000 95944 95979 match_29 match_part 0.963 95794 95847 match_part 0.950 95944 96185 match_part 0.986 96259 96536 match_30 match_part 0.952 96127 96189 match_part 0.983 96263 96739 match_part 1.000 96821 96890 match_31 match_part 0.954 96438 96739 match_part 0.917 96821 96964 match_32 match_part 0.975 96839 97348 match_part 0.936 97449 97636 match_33 match_part 0.972 96840 97348 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_34 match_part 0.998 5814 5248 match_35 match_part 0.750 22872 22845 match_part 1.000 20931 20738 match_part 1.000 20188 20004 match_part 1.000 19915 19733 match_part 1.000 16606 16475 match_part 1.000 15880 15695 match_part 1.000 13461 13372 match_part 1.000 13300 13217 match_part 1.000 12989 12852 match_part 1.000 12429 12187 match_part 1.000 11440 10974 match_36 match_part 0.988 12429 12187 match_part 0.983 11440 11097 match_37 match_part 1.000 16522 16475 match_part 1.000 15880 15695 match_part 1.000 13461 13372 match_part 1.000 13300 13217 match_part 1.000 12989 12852 match_part 0.996 12429 12195 match_38 match_part 1.000 22445 22385 match_part 1.000 20931 20738 match_part 1.000 20188 20004 match_part 1.000 19915 19733 match_part 1.000 16606 16475 match_part 0.992 15880 15761 match_39 match_part 0.977 42135 41785 match_40 match_part 0.944 44448 43647 match_41 match_part 1.000 47507 47472 match_part 1.000 46511 45921 match_part 0.921 45508 45420 match_42 match_part 1.000 47506 47472 match_part 0.998 46511 45921 match_43 match_part 0.922 50096 49444 match_44 match_part 0.961 50095 49632 match_45 match_part 1.000 56626 56564 match_part 0.993 53828 53535 match_46 match_part 1.000 56692 56564 match_part 0.996 53828 53546 match_47 match_part 0.988 56894 56564 match_part 0.974 53828 53714 match_48 match_part 1.000 56904 56564 match_part 1.000 53828 53749 match_49 match_part 0.967 56977 56678 match_50 match_part 0.997 59100 58511 match_part 0.659 57329 57289 match_51 match_part 0.993 58917 58507 match_part 0.636 57907 57875 match_52 match_part 0.992 58854 58378 match_part 0.818 57907 57897 match_53 match_part 0.990 58665 58378 match_part 0.818 57907 57897 match_54 match_part 0.968 58658 58379 match_55 match_part 0.981 59036 58409 match_56 match_part 0.994 61486 61320 match_part 0.998 60167 58511 match_57 match_part 1.000 58956 58511 match_58 match_part 1.000 59334 58823 match_59 match_part 1.000 59431 58827 match_60 match_part 0.998 59772 58899 match_61 match_part 1.000 59389 58986 match_62 match_part 1.000 59575 59016 match_63 match_part 0.901 59452 59058 match_64 match_part 1.000 59547 59125 match_65 match_part 0.996 59853 59167 match_66 match_part 0.997 59777 59386 match_67 match_part 1.000 59701 59393 match_68 match_part 0.953 59926 59522 match_69 match_part 1.000 61362 61320 match_part 0.989 60167 59601 match_70 match_part 1.000 61353 61280 match_part 0.998 60167 59681 match_71 match_part 1.000 61342 61280 match_part 1.000 60167 59710 match_72 match_part 1.000 61322 61280 match_part 1.000 60167 59769 match_73 match_part 1.000 61345 61280 match_part 0.972 60167 59878 match_74 match_part 1.000 61438 61280 match_part 1.000 60167 59883 match_75 match_part 1.000 91934 91920 match_part 0.950 91849 91493 match_76 match_part 0.963 91765 91493 match_77 match_part 1.000 92213 92193 match_part 1.000 92117 91920 match_part 0.991 91849 91500 match_78 match_part 1.000 92225 92193 match_part 1.000 92117 92006 match_part 0.991 91849 91502 match_79 match_part 1.000 92057 92006 match_part 0.991 91849 91502 match_80 match_part 0.965 92032 91920 match_part 0.991 91849 91518 match_81 match_part 0.990 91736 91527 match_82 match_part 1.000 92340 92193 match_part 0.995 92117 91920 match_part 0.969 91849 91592 match_83 match_part 0.987 93907 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91920 match_part 0.974 91849 91736 match_84 match_part 0.987 93907 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91920 match_part 0.954 91849 91741 match_85 match_part 0.994 93907 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 0.975 92117 91920 match_part 1.000 91849 91839 match_86 match_part 0.993 93906 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91973 match_87 match_part 0.991 93868 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92647 match_part 1.000 92342 92269 match_88 match_part 0.997 93018 92295 match_89 match_part 0.995 93158 92554 match_90 match_part 0.997 93159 92555 match_91 match_part 0.998 93158 92555 match_92 match_part 0.991 93868 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92688 match_93 match_part 0.994 93914 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92720 match_94 match_part 0.955 93953 93754 match_part 0.977 93677 93591 match_part 0.967 92985 92866 match_95 match_part 0.992 93996 93754 match_part 0.992 93677 93175 match_96 match_part 0.992 93990 93754 match_part 0.998 93677 93211 match_97 match_part 0.988 93996 93754 match_part 1.000 93677 93396 match_98 match_part 0.948 96355 96259 match_part 0.947 96185 95961 match_99 match_part 0.980 96668 96259 match_part 0.946 96185 95962 match_100 match_part 0.982 96693 96259 match_part 0.951 96185 96044 match_101 match_part 0.958 106640 106617 match_part 0.992 104652 104030 match_102 match_part 0.965 106701 106617 match_part 0.992 104652 104037 match_103 match_part 1.000 110885 110575 match_part 0.982 106782 106617 match_part 0.997 104652 104334 match_104 match_part 0.995 111013 110575 match_part 0.982 106782 106617 match_part 0.996 104652 104417 match_105 match_part 0.989 111032 110575 match_part 0.976 106782 106617 match_part 0.995 104652 104463 match_106 match_part 0.998 111016 110575 match_part 0.982 106782 106617 match_part 0.987 104652 104501 match_107 match_part 0.977 111018 110575 match_part 0.964 106782 106617 match_part 0.981 104652 104545 match_108 match_part 0.992 111048 110575 match_part 0.975 106782 106620 match_109 match_part 1.000 111017 110575 match_part 1.000 106782 106689 match_110 match_part 1.000 113599 113521 match_part 0.983 113431 113313 match_part 0.990 113154 112860 match_part 0.842 110546 110528 match_111 match_part 0.982 114404 114349 match_part 0.938 113616 113521 match_part 0.983 113431 113313 match_part 0.967 113154 112761 match_part 0.677 111239 111209 match_112 match_part 0.845 114496 114349 match_part 0.979 113616 113521 match_part 0.966 113431 113313 match_part 0.952 113154 112861 match_part 0.610 111312 111272 match_113 match_part 1.000 113608 113521 match_part 1.000 113431 113313 match_part 1.000 113154 112826 match_114 match_part 1.000 114438 114349 match_part 1.000 113616 113521 match_part 1.000 113431 113313 match_part 0.966 113154 112861 match_115 match_part 0.988 114431 114349 match_part 0.990 113616 113521 match_part 1.000 113431 113313 match_part 0.976 113154 112861 match_116 match_part 0.948 113616 113521 match_part 0.992 113431 113313 match_part 0.969 113154 112861 match_117 match_part 0.979 113616 113521 match_part 0.983 113431 113313 match_part 0.983 113154 112861 match_118 match_part 0.970 113553 113521 match_part 0.992 113431 113313 match_part 0.969 113154 112861 match_119 match_part 0.968 113405 113313 match_part 1.000 113154 112861 match_120 match_part 1.000 114371 114349 match_part 1.000 113616 113521 match_part 1.000 113431 113313 match_part 0.996 113154 112876 match_121 match_part 1.000 113530 113521 match_part 0.983 113431 113313 match_part 1.000 113154 112876 match_122 match_part 0.954 113399 113313 match_part 1.000 113154 112876 match_123 match_part 1.000 113413 113313 match_part 0.978 113154 112878 match_124 match_part 0.947 113539 113521 match_part 0.992 113431 113313 match_part 0.996 113154 112881 match_125 match_part 1.000 113538 113521 match_part 1.000 113431 113313 match_part 1.000 113154 112881 match_126 match_part 0.975 113393 113313 match_part 0.989 113154 112881 match_127 match_part 1.000 113586 113521 match_part 0.992 113431 113313 match_part 1.000 113154 112889 match_128 match_part 0.947 113539 113521 match_part 0.992 113431 113313 match_part 1.000 113154 112889 match_129 match_part 1.000 113327 113313 match_part 0.966 113154 112947 match_130 match_part 0.851 114496 114349 match_part 1.000 113616 113521 match_part 1.000 113431 113313 match_part 1.000 113154 113052 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 5814 5248 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 22872 22845 exon 20931 20738 exon 20188 20004 exon 19915 19733 exon 16606 16475 exon 15880 15695 exon 13461 13372 exon 13300 13217 exon 12989 12852 exon 12429 12187 exon 11440 10974 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 22445 22385 exon 20931 20738 exon 20188 20004 exon 19915 19733 exon 16606 16475 exon 15880 15695 exon 13461 13372 exon 13300 13217 exon 12989 12852 exon 12429 12187 exon 11440 11097 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 34784 35067 exon 36670 36766 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 38393 38421 exon 38526 38688 exon 38776 38904 exon 39237 39431 exon 39539 39654 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 40971 41231 exon 41928 42808 exon 43545 43593 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 42135 41785 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 44448 43647 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 47507 47472 exon 46511 45921 exon 45508 45420 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 50096 49444 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 56977 56564 exon 53828 53535 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61438 61280 exon 60167 58378 exon 57907 57897 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61438 61280 exon 60167 58507 exon 57907 57875 gene_14 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61438 61280 exon 60167 58511 exon 57329 57289 gene_15 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61486 61320 exon 60167 58378 exon 57907 57897 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 57940 57957 exon 58506 58974 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 59257 59986 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 71291 71342 exon 75332 75430 exon 75562 75654 exon 75738 75803 exon 75885 76014 exon 76237 76268 exon 77208 77343 exon 77585 77904 gene_19 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 75563 75654 exon 75738 75803 exon 75885 76263 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 79094 79565 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 79769 80093 exon 80343 80394 exon 80480 80572 exon 81040 81159 exon 81444 81542 exon 81818 81867 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 88945 89104 exon 89214 89289 exon 89376 89427 exon 89892 90141 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 90236 90763 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93159 92193 exon 92117 91920 exon 91849 91493 gene_25 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93953 93754 exon 93677 93591 exon 92985 92647 exon 92342 92193 exon 92117 91920 exon 91849 91493 gene_26 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93907 93754 exon 93677 93591 exon 92342 92193 exon 92117 91920 exon 91849 91493 gene_27 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 92225 92193 exon 92117 92006 exon 91849 91493 gene_28 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93996 93754 exon 93677 93175 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 91544 91757 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94871 94925 exon 95055 96189 exon 96263 96739 exon 96821 97348 exon 97449 97636 gene_31 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94871 94925 exon 95055 95847 exon 95944 96185 exon 96259 96739 exon 96821 97348 exon 97449 97636 gene_32 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94871 94925 exon 95055 96191 gene_33 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 96693 96259 exon 96185 95961 gene_34 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 114496 114349 exon 113616 113521 exon 113431 113313 exon 113154 112761 exon 111239 111209 gene_35 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 114496 114349 exon 113616 113521 exon 113431 113313 exon 113154 112860 exon 110546 110528 gene_36 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 114496 114349 exon 113616 113521 exon 113431 113313 exon 113154 112861 exon 111312 111272 gene_37 gene GT_PGL_23_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 111048 110575 exon 106782 106617 exon 104652 104030 AUGUSTUS_tom_cdna de novo gene_1 gene 0.85 9908 10810 transcript_1 transcript 0.85 9908 10810 start_codon_1 start_codon 9908 9910 CDS_1 CDS 0.85 9908 10810 stop_codon_1 stop_codon 10808 10810 gene_2 gene 0.48 37452 39905 transcript_2 transcript 0.48 37452 39905 start_codon_2 start_codon 37452 37454 intron_1 intron 1 38062 38285 intron_2 intron 1 38422 38525 intron_3 intron 1 38689 38775 intron_4 intron 1 38905 39236 intron_5 intron 1 39432 39538 intron_6 intron 0.98 39662 39779 CDS_2 CDS 0.49 37452 38061 CDS_3 CDS 1 38286 38421 CDS_4 CDS 1 38526 38688 CDS_5 CDS 1 38776 38904 CDS_6 CDS 1 39237 39431 CDS_7 CDS 1 39539 39661 CDS_8 CDS 0.97 39780 39905 stop_codon_2 stop_codon 39903 39905 gene_3 gene 1 41084 42694 transcript_3 transcript 1 41084 42694 start_codon_3 start_codon 41084 41086 intron_7 intron 1 41232 41927 CDS_9 CDS 1 41084 41231 CDS_10 CDS 1 41928 42694 stop_codon_3 stop_codon 42692 42694 gene_4 gene 0.83 69017 77763 transcript_4 transcript 0.83 69017 77763 start_codon_4 start_codon 69017 69019 intron_8 intron 0.85 69211 70003 intron_9 intron 1 70274 70368 intron_10 intron 0.98 70615 71272 intron_11 intron 1 71343 75331 intron_12 intron 1 75431 75561 intron_13 intron 1 75655 75737 intron_14 intron 1 75804 75884 intron_15 intron 1 76015 76236 intron_16 intron 1 76269 77207 intron_17 intron 1 77344 77584 CDS_11 CDS 0.86 69017 69210 CDS_12 CDS 0.99 70004 70273 CDS_13 CDS 0.98 70369 70614 CDS_14 CDS 1 71273 71342 CDS_15 CDS 1 75332 75430 CDS_16 CDS 1 75562 75654 CDS_17 CDS 1 75738 75803 CDS_18 CDS 1 75885 76014 CDS_19 CDS 1 76237 76268 CDS_20 CDS 1 77208 77343 CDS_21 CDS 1 77585 77763 stop_codon_4 stop_codon 77761 77763 gene_5 gene 0.13 79180 91731 transcript_5 transcript 0.13 79180 91731 start_codon_5 start_codon 79180 79182 intron_18 intron 1 80094 80342 intron_19 intron 1 80395 80479 intron_20 intron 1 80573 81039 intron_21 intron 1 81160 81443 intron_22 intron 1 81543 81817 intron_23 intron 1 81878 81967 intron_24 intron 0.34 82063 82610 intron_25 intron 0.51 82715 86141 intron_26 intron 0.43 86228 88981 intron_27 intron 0.67 89044 89213 intron_28 intron 0.82 89266 89375 intron_29 intron 0.99 89416 89891 intron_30 intron 0.83 90037 91706 CDS_22 CDS 0.82 79180 80093 CDS_23 CDS 1 80343 80394 CDS_24 CDS 1 80480 80572 CDS_25 CDS 1 81040 81159 CDS_26 CDS 1 81444 81542 CDS_27 CDS 1 81818 81877 CDS_28 CDS 0.98 81968 82062 CDS_29 CDS 0.47 82611 82714 CDS_30 CDS 0.45 86142 86227 CDS_31 CDS 0.38 88982 89043 CDS_32 CDS 0.82 89214 89265 CDS_33 CDS 0.82 89376 89415 CDS_34 CDS 0.94 89892 90036 CDS_35 CDS 0.95 91707 91731 stop_codon_5 stop_codon 91729 91731 gene_6 gene 0.85 96668 97637 transcript_6 transcript 0.85 96668 97637 start_codon_6 start_codon 96668 96670 intron_31 intron 1 96740 96820 intron_32 intron 1 97349 97448 CDS_36 CDS 0.85 96668 96739 CDS_37 CDS 1 96821 97348 CDS_38 CDS 1 97449 97637 stop_codon_6 stop_codon 97635 97637 gene_7 gene 0.94 101549 102971 transcript_7 transcript 0.71 101549 102055 start_codon_7 start_codon 101549 101551 CDS_39 CDS 0.71 101549 102055 stop_codon_7 stop_codon 102053 102055 transcript_8 transcript 0.23 101549 102971 start_codon_8 start_codon 101549 101551 intron_33 intron 0.95 102027 102101 intron_34 intron 0.23 102527 102968 CDS_40 CDS 0.98 101549 102026 CDS_41 CDS 0.62 102102 102526 CDS_42 CDS 0.23 102969 102971 stop_codon_8 stop_codon 102969 102971 AUGUSTUS_tom_cdna de novo gene_8 gene 0.77 5918 109 transcript_9 transcript 0.77 5918 109 stop_codon_9 stop_codon 111 109 intron_35 intron 0.79 5183 3721 CDS_43 CDS 0.8 3720 109 CDS_44 CDS 1 5918 5184 start_codon_9 start_codon 5918 5916 gene_9 gene 0.7 24598 11327 transcript_10 transcript 0.7 24598 11327 stop_codon_10 stop_codon 11329 11327 intron_36 intron 1 12186 11441 intron_37 intron 1 12851 12430 intron_38 intron 1 13216 12990 intron_39 intron 1 13371 13301 intron_40 intron 1 15694 13462 intron_41 intron 1 16474 15881 intron_42 intron 1 19732 16607 intron_43 intron 1 20003 19916 intron_44 intron 1 20737 20189 intron_45 intron 0.72 22384 20932 intron_46 intron 0.7 24588 22395 CDS_45 CDS 1 11440 11327 CDS_46 CDS 1 12429 12187 CDS_47 CDS 1 12989 12852 CDS_48 CDS 1 13300 13217 CDS_49 CDS 1 13461 13372 CDS_50 CDS 1 15880 15695 CDS_51 CDS 1 16606 16475 CDS_52 CDS 1 19915 19733 CDS_53 CDS 1 20188 20004 CDS_54 CDS 0.74 20931 20738 CDS_55 CDS 0.72 22394 22385 CDS_56 CDS 0.7 24598 24589 start_codon_10 start_codon 24598 24596 gene_10 gene 0.43 49389 44284 transcript_11 transcript 0.43 49389 44284 stop_codon_11 stop_codon 44286 44284 intron_47 intron 0.84 45205 44566 intron_48 intron 1 45920 45509 intron_49 intron 1 47471 46512 intron_50 intron 0.62 47800 47628 intron_51 intron 0.85 49175 47857 CDS_57 CDS 0.85 44565 44284 CDS_58 CDS 0.9 45508 45206 CDS_59 CDS 1 46511 45921 CDS_60 CDS 0.66 47627 47472 CDS_61 CDS 0.92 47856 47801 CDS_62 CDS 0.88 49389 49176 start_codon_11 start_codon 49389 49387 gene_11 gene 1 56854 52980 transcript_12 transcript 1 56854 52980 stop_codon_12 stop_codon 52982 52980 intron_52 intron 1 56563 53829 CDS_63 CDS 1 53828 52980 CDS_64 CDS 1 56854 56564 start_codon_12 start_codon 56854 56852 gene_12 gene 1 60103 58709 transcript_13 transcript 1 60103 58709 stop_codon_13 stop_codon 58711 58709 CDS_65 CDS 1 60103 58709 start_codon_13 start_codon 60103 60101 gene_13 gene 1.95 96511 91745 transcript_14 transcript 0.96 93939 91745 stop_codon_14 stop_codon 91747 91745 intron_53 intron 1 91919 91850 intron_54 intron 1 92192 92118 intron_55 intron 1 93590 92343 intron_56 intron 1 93753 93678 CDS_66 CDS 1 91849 91745 CDS_67 CDS 1 92117 91920 CDS_68 CDS 1 92342 92193 CDS_69 CDS 1 93677 93591 CDS_70 CDS 0.96 93939 93754 start_codon_14 start_codon 93939 93937 transcript_15 transcript 0.99 96511 91745 stop_codon_15 stop_codon 91747 91745 intron_57 intron 1 91919 91850 intron_58 intron 1 92192 92118 intron_59 intron 1 93590 92343 intron_60 intron 1 93753 93678 intron_61 intron 0.99 96492 93924 CDS_71 CDS 1 91849 91745 CDS_72 CDS 1 92117 91920 CDS_73 CDS 1 92342 92193 CDS_74 CDS 1 93677 93591 CDS_75 CDS 0.99 93923 93754 CDS_76 CDS 0.99 96511 96493 start_codon_15 start_codon 96511 96509 gene_14 gene 0.31 98951 98253 transcript_16 transcript 0.31 98951 98253 stop_codon_16 stop_codon 98255 98253 CDS_77 CDS 0.31 98951 98253 start_codon_16 start_codon 98951 98949 gene_15 gene 0.79 100233 99805 transcript_17 transcript 0.79 100233 99805 stop_codon_17 stop_codon 99807 99805 intron_62 intron 0.79 100171 100094 CDS_78 CDS 0.79 100093 99805 CDS_79 CDS 0.79 100233 100172 start_codon_17 start_codon 100233 100231 gene_16 gene 1 110844 104165 transcript_18 transcript 1 110844 104165 stop_codon_18 stop_codon 104167 104165 intron_63 intron 1 106616 104653 intron_64 intron 1 110574 106783 CDS_80 CDS 1 104652 104165 CDS_81 CDS 1 106782 106617 CDS_82 CDS 1 110844 110575 start_codon_18 start_codon 110844 110842 gene_17 gene 0.73 112900 110976 transcript_19 transcript 0.73 112900 110976 stop_codon_19 stop_codon 110978 110976 intron_65 intron 0.73 112717 111039 CDS_83 CDS 0.96 111038 110976 CDS_84 CDS 0.74 112900 112718 start_codon_19 start_codon 112900 112898 gene_18 gene 0.9 114429 113031 transcript_20 transcript 0.9 114429 113031 stop_codon_20 stop_codon 113033 113031 intron_66 intron 1 113312 113155 intron_67 intron 1 113520 113432 intron_68 intron 1 114348 113617 CDS_85 CDS 1 113154 113031 CDS_86 CDS 1 113431 113313 CDS_87 CDS 1 113616 113521 CDS_88 CDS 0.9 114429 114349 start_codon_20 start_codon 114429 114427 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 60.41 84700 84772 tRNA_2 tRNA 66.31 90988 91060 AUGUSTUS_ab_initio de novo gene_1 gene 0.83 9908 10810 transcript_1 transcript 0.83 9908 10810 start_codon_1 start_codon 9908 9910 CDS_1 CDS 0.83 9908 10810 stop_codon_1 stop_codon 10808 10810 gene_2 gene 0.15 36763 39905 transcript_2 transcript 0.15 36763 39905 start_codon_2 start_codon 36763 36765 intron_1 intron 0.33 36913 37394 intron_2 intron 1 38062 38285 intron_3 intron 0.48 38422 38525 intron_4 intron 1 38689 38775 intron_5 intron 0.96 38905 39236 intron_6 intron 1 39432 39538 intron_7 intron 0.99 39662 39779 CDS_2 CDS 0.35 36763 36912 CDS_3 CDS 0.57 37395 38061 CDS_4 CDS 0.48 38286 38421 CDS_5 CDS 0.95 38526 38688 CDS_6 CDS 1 38776 38904 CDS_7 CDS 1 39237 39431 CDS_8 CDS 1 39539 39661 CDS_9 CDS 0.81 39780 39905 stop_codon_2 stop_codon 39903 39905 gene_3 gene 0.86 41084 42694 transcript_3 transcript 0.86 41084 42694 start_codon_3 start_codon 41084 41086 intron_8 intron 0.86 41232 41927 CDS_10 CDS 0.86 41084 41231 CDS_11 CDS 1 41928 42694 stop_codon_3 stop_codon 42692 42694 gene_4 gene 0.21 69017 70725 transcript_4 transcript 0.21 69017 70725 start_codon_4 start_codon 69017 69019 intron_9 intron 0.84 69211 70003 intron_10 intron 1 70274 70368 intron_11 intron 0.25 70532 70638 CDS_12 CDS 0.86 69017 69210 CDS_13 CDS 0.99 70004 70273 CDS_14 CDS 0.33 70369 70531 CDS_15 CDS 0.25 70639 70725 stop_codon_4 stop_codon 70723 70725 gene_5 gene 0.51 75314 77763 transcript_5 transcript 0.51 75314 77763 start_codon_5 start_codon 75314 75316 intron_12 intron 0.87 75431 75564 intron_13 intron 0.87 75655 75737 intron_14 intron 0.71 75780 75884 intron_15 intron 0.98 76015 76236 intron_16 intron 0.9 76269 77207 intron_17 intron 1 77344 77584 CDS_16 CDS 0.92 75314 75430 CDS_17 CDS 0.87 75565 75654 CDS_18 CDS 0.71 75738 75779 CDS_19 CDS 1 75885 76014 CDS_20 CDS 0.91 76237 76268 CDS_21 CDS 0.91 77208 77343 CDS_22 CDS 0.96 77585 77763 stop_codon_5 stop_codon 77761 77763 gene_6 gene 0.11 79180 88274 transcript_6 transcript 0.11 79180 88274 start_codon_6 start_codon 79180 79182 intron_18 intron 0.62 80094 80342 intron_19 intron 0.99 80395 80479 intron_20 intron 0.77 80573 81039 intron_21 intron 1 81160 81443 intron_22 intron 0.89 81543 81817 intron_23 intron 0.89 81878 81967 intron_24 intron 0.87 82063 82148 intron_25 intron 0.43 82281 82610 intron_26 intron 0.67 82715 86141 intron_27 intron 0.89 86265 88113 CDS_23 CDS 0.86 79180 80093 CDS_24 CDS 0.62 80343 80394 CDS_25 CDS 0.99 80480 80572 CDS_26 CDS 0.78 81040 81159 CDS_27 CDS 1 81444 81542 CDS_28 CDS 0.89 81818 81877 CDS_29 CDS 0.99 81968 82062 CDS_30 CDS 0.44 82149 82280 CDS_31 CDS 0.63 82611 82714 CDS_32 CDS 0.99 86142 86264 CDS_33 CDS 0.67 88114 88274 stop_codon_6 stop_codon 88272 88274 gene_7 gene 0.41 96716 97637 transcript_7 transcript 0.41 96716 97637 start_codon_7 start_codon 96716 96718 intron_28 intron 0.66 96740 96820 intron_29 intron 1 97349 97448 CDS_34 CDS 0.57 96716 96739 CDS_35 CDS 0.61 96821 97348 CDS_36 CDS 1 97449 97637 stop_codon_7 stop_codon 97635 97637 gene_8 gene 0.95 101549 102731 transcript_8 transcript 0.95 101549 102731 start_codon_8 start_codon 101549 101551 intron_30 intron 1 102027 102101 intron_31 intron 0.95 102527 102650 CDS_37 CDS 1 101549 102026 CDS_38 CDS 1 102102 102526 CDS_39 CDS 0.95 102651 102731 stop_codon_8 stop_codon 102729 102731 AUGUSTUS_ab_initio de novo gene_9 gene 0.48 5918 109 transcript_9 transcript 0.48 5918 109 stop_codon_9 stop_codon 111 109 intron_32 intron 0.62 4728 3717 intron_33 intron 0.63 5183 4835 CDS_40 CDS 0.6 3716 109 CDS_41 CDS 0.61 4834 4729 CDS_42 CDS 0.81 5918 5184 start_codon_9 start_codon 5918 5916 gene_10 gene 0.05 20927 11327 transcript_10 transcript 0.05 20927 11327 stop_codon_10 stop_codon 11329 11327 intron_34 intron 0.7 12186 11441 intron_35 intron 0.56 12851 12430 intron_36 intron 1 13216 12990 intron_37 intron 1 13371 13301 intron_38 intron 0.57 13803 13462 intron_39 intron 0.51 15694 13870 intron_40 intron 0.99 16474 15881 intron_41 intron 0.26 19732 16607 intron_42 intron 1 20003 19916 intron_43 intron 0.98 20737 20189 CDS_43 CDS 0.97 11440 11327 CDS_44 CDS 0.55 12429 12187 CDS_45 CDS 1 12989 12852 CDS_46 CDS 1 13300 13217 CDS_47 CDS 0.98 13461 13372 CDS_48 CDS 0.54 13869 13804 CDS_49 CDS 1 15880 15695 CDS_50 CDS 0.97 16606 16475 CDS_51 CDS 0.96 19915 19733 CDS_52 CDS 1 20188 20004 CDS_53 CDS 0.96 20927 20738 start_codon_10 start_codon 20927 20925 gene_11 gene 0.2 49389 44284 transcript_11 transcript 0.2 49389 44284 stop_codon_11 stop_codon 44286 44284 intron_44 intron 0.78 45205 44566 intron_45 intron 0.99 45920 45509 intron_46 intron 0.59 47471 46512 intron_47 intron 0.65 47800 47628 intron_48 intron 0.75 49175 47857 CDS_54 CDS 0.75 44565 44284 CDS_55 CDS 0.97 45508 45206 CDS_56 CDS 0.99 46511 45921 CDS_57 CDS 0.67 47627 47472 CDS_58 CDS 0.88 47856 47801 CDS_59 CDS 0.88 49389 49176 start_codon_11 start_codon 49389 49387 gene_12 gene 0.64 56854 52980 transcript_12 transcript 0.64 56854 52980 stop_codon_12 stop_codon 52982 52980 intron_49 intron 0.67 56563 53829 CDS_60 CDS 0.98 53828 52980 CDS_61 CDS 0.96 56854 56564 start_codon_12 start_codon 56854 56852 gene_13 gene 0.95 60151 58709 transcript_13 transcript 0.95 60151 58709 stop_codon_13 stop_codon 58711 58709 CDS_62 CDS 0.95 60151 58709 start_codon_13 start_codon 60151 60149 gene_14 gene 0.37 74550 73956 transcript_14 transcript 0.37 74550 73956 stop_codon_14 stop_codon 73958 73956 intron_50 intron 0.88 74342 74270 CDS_63 CDS 0.84 74269 73956 CDS_64 CDS 0.37 74550 74343 start_codon_14 start_codon 74550 74548 gene_15 gene 0.51 93939 91745 transcript_15 transcript 0.51 93939 91745 stop_codon_15 stop_codon 91747 91745 intron_51 intron 0.92 91919 91850 intron_52 intron 0.95 92192 92118 intron_53 intron 0.61 93590 92343 intron_54 intron 0.84 93753 93678 CDS_65 CDS 0.93 91849 91745 CDS_66 CDS 0.94 92117 91920 CDS_67 CDS 0.67 92342 92193 CDS_68 CDS 0.83 93677 93591 CDS_69 CDS 0.8 93939 93754 start_codon_15 start_codon 93939 93937 gene_16 gene 0.29 99071 98253 transcript_16 transcript 0.29 99071 98253 stop_codon_16 stop_codon 98255 98253 CDS_70 CDS 0.29 99071 98253 start_codon_16 start_codon 99071 99069 gene_17 gene 0.55 100233 99805 transcript_17 transcript 0.55 100233 99805 stop_codon_17 stop_codon 99807 99805 intron_55 intron 0.55 100171 100094 CDS_71 CDS 0.55 100093 99805 CDS_72 CDS 0.55 100233 100172 start_codon_17 start_codon 100233 100231 gene_18 gene 0.33 110844 104165 transcript_18 transcript 0.33 110844 104165 stop_codon_18 stop_codon 104167 104165 intron_56 intron 0.8 106616 104653 intron_57 intron 0.4 110574 106783 CDS_73 CDS 0.99 104652 104165 CDS_74 CDS 0.8 106782 106617 CDS_75 CDS 1 110844 110575 start_codon_18 start_codon 110844 110842 gene_19 gene 0.52 114429 113031 transcript_19 transcript 0.52 114429 113031 stop_codon_19 stop_codon 113033 113031 intron_58 intron 0.97 113312 113155 intron_59 intron 0.58 113532 113432 intron_60 intron 0.95 114348 113617 CDS_76 CDS 1 113154 113031 CDS_77 CDS 0.97 113431 113313 CDS_78 CDS 0.55 113616 113533 CDS_79 CDS 0.91 114429 114349 start_codon_19 start_codon 114429 114427 AUGUSTUS_tom_ugs de novo gene_1 gene 0.87 9908 10810 transcript_1 transcript 0.87 9908 10810 start_codon_1 start_codon 9908 9910 CDS_1 CDS 0.87 9908 10810 stop_codon_1 stop_codon 10808 10810 gene_2 gene 0.48 37452 39905 transcript_2 transcript 0.48 37452 39905 start_codon_2 start_codon 37452 37454 intron_1 intron 1 38062 38285 intron_2 intron 1 38422 38525 intron_3 intron 1 38689 38775 intron_4 intron 1 38905 39236 intron_5 intron 1 39432 39538 intron_6 intron 0.96 39662 39779 CDS_2 CDS 0.49 37452 38061 CDS_3 CDS 1 38286 38421 CDS_4 CDS 1 38526 38688 CDS_5 CDS 1 38776 38904 CDS_6 CDS 1 39237 39431 CDS_7 CDS 1 39539 39661 CDS_8 CDS 0.96 39780 39905 stop_codon_2 stop_codon 39903 39905 gene_3 gene 0.82 69017 77763 transcript_3 transcript 0.82 69017 77763 start_codon_3 start_codon 69017 69019 intron_7 intron 0.84 69211 70003 intron_8 intron 1 70274 70368 intron_9 intron 0.98 70615 71272 intron_10 intron 1 71343 75331 intron_11 intron 1 75431 75561 intron_12 intron 1 75655 75737 intron_13 intron 1 75804 75884 intron_14 intron 1 76015 76236 intron_15 intron 1 76269 77207 intron_16 intron 1 77344 77584 CDS_9 CDS 0.84 69017 69210 CDS_10 CDS 1 70004 70273 CDS_11 CDS 0.98 70369 70614 CDS_12 CDS 0.99 71273 71342 CDS_13 CDS 1 75332 75430 CDS_14 CDS 1 75562 75654 CDS_15 CDS 1 75738 75803 CDS_16 CDS 1 75885 76014 CDS_17 CDS 1 76237 76268 CDS_18 CDS 1 77208 77343 CDS_19 CDS 1 77585 77763 stop_codon_3 stop_codon 77761 77763 gene_4 gene 0.19 79180 89075 transcript_4 transcript 0.19 79180 89075 start_codon_4 start_codon 79180 79182 intron_17 intron 1 80094 80342 intron_18 intron 1 80395 80479 intron_19 intron 1 80573 81039 intron_20 intron 1 81160 81443 intron_21 intron 1 81543 81817 intron_22 intron 0.99 81878 81967 intron_23 intron 0.37 82063 82610 intron_24 intron 0.52 82715 86141 intron_25 intron 0.72 86265 88113 intron_26 intron 0.7 88271 88981 CDS_20 CDS 0.77 79180 80093 CDS_21 CDS 1 80343 80394 CDS_22 CDS 1 80480 80572 CDS_23 CDS 1 81040 81159 CDS_24 CDS 1 81444 81542 CDS_25 CDS 0.99 81818 81877 CDS_26 CDS 0.97 81968 82062 CDS_27 CDS 0.46 82611 82714 CDS_28 CDS 0.86 86142 86264 CDS_29 CDS 0.71 88114 88270 CDS_30 CDS 0.63 88982 89075 stop_codon_4 stop_codon 89073 89075 gene_5 gene 0.59 89097 91740 transcript_5 transcript 0.59 89097 91740 start_codon_5 start_codon 89097 89099 intron_27 intron 0.63 89105 89213 intron_28 intron 0.62 89258 89891 intron_29 intron 0.88 90037 90127 intron_30 intron 0.93 90219 91737 CDS_31 CDS 0.63 89097 89104 CDS_32 CDS 0.62 89214 89257 CDS_33 CDS 0.93 89892 90036 CDS_34 CDS 0.88 90128 90218 CDS_35 CDS 0.93 91738 91740 stop_codon_5 stop_codon 91738 91740 gene_6 gene 0.78 96836 97637 transcript_6 transcript 0.78 96836 97637 start_codon_6 start_codon 96836 96838 intron_31 intron 1 97349 97448 CDS_36 CDS 0.78 96836 97348 CDS_37 CDS 1 97449 97637 stop_codon_6 stop_codon 97635 97637 gene_7 gene 0.95 101549 102731 transcript_7 transcript 0.95 101549 102731 start_codon_7 start_codon 101549 101551 intron_32 intron 0.96 102027 102101 intron_33 intron 0.98 102527 102650 CDS_38 CDS 1 101549 102026 CDS_39 CDS 0.96 102102 102526 CDS_40 CDS 0.98 102651 102731 stop_codon_7 stop_codon 102729 102731 AUGUSTUS_tom_ugs de novo gene_8 gene 0.81 5918 109 transcript_8 transcript 0.81 5918 109 stop_codon_8 stop_codon 111 109 intron_34 intron 0.84 5183 3721 CDS_41 CDS 0.82 3720 109 CDS_42 CDS 1 5918 5184 start_codon_8 start_codon 5918 5916 gene_9 gene 0.6 24598 11327 transcript_9 transcript 0.6 24598 11327 stop_codon_9 stop_codon 11329 11327 intron_35 intron 1 12186 11441 intron_36 intron 1 12851 12430 intron_37 intron 1 13216 12990 intron_38 intron 1 13371 13301 intron_39 intron 1 15694 13462 intron_40 intron 1 16474 15881 intron_41 intron 1 19732 16607 intron_42 intron 1 20003 19916 intron_43 intron 1 20737 20189 intron_44 intron 0.63 22384 20932 intron_45 intron 0.6 24588 22395 CDS_43 CDS 1 11440 11327 CDS_44 CDS 1 12429 12187 CDS_45 CDS 1 12989 12852 CDS_46 CDS 1 13300 13217 CDS_47 CDS 1 13461 13372 CDS_48 CDS 1 15880 15695 CDS_49 CDS 1 16606 16475 CDS_50 CDS 1 19915 19733 CDS_51 CDS 1 20188 20004 CDS_52 CDS 0.66 20931 20738 CDS_53 CDS 0.63 22394 22385 CDS_54 CDS 0.6 24598 24589 start_codon_9 start_codon 24598 24596 gene_10 gene 0.46 49389 44284 transcript_10 transcript 0.46 49389 44284 stop_codon_10 stop_codon 44286 44284 intron_46 intron 0.89 45205 44566 intron_47 intron 0.99 45920 45509 intron_48 intron 0.93 47471 46512 intron_49 intron 0.64 47800 47628 intron_50 intron 0.81 49175 47857 CDS_55 CDS 0.92 44565 44284 CDS_56 CDS 0.94 45508 45206 CDS_57 CDS 0.98 46511 45921 CDS_58 CDS 0.7 47627 47472 CDS_59 CDS 0.92 47856 47801 CDS_60 CDS 0.81 49389 49176 start_codon_10 start_codon 49389 49387 gene_11 gene 0.98 60151 58709 transcript_11 transcript 0.98 60151 58709 stop_codon_11 stop_codon 58711 58709 CDS_61 CDS 0.98 60151 58709 start_codon_11 start_codon 60151 60149 gene_12 gene 0.93 93939 91745 transcript_12 transcript 0.93 93939 91745 stop_codon_12 stop_codon 91747 91745 intron_51 intron 1 91919 91850 intron_52 intron 1 92192 92118 intron_53 intron 1 93590 92343 intron_54 intron 1 93753 93678 CDS_62 CDS 0.93 91849 91745 CDS_63 CDS 1 92117 91920 CDS_64 CDS 1 92342 92193 CDS_65 CDS 1 93677 93591 CDS_66 CDS 1 93939 93754 start_codon_12 start_codon 93939 93937 gene_13 gene 0.31 98951 98253 transcript_13 transcript 0.31 98951 98253 stop_codon_13 stop_codon 98255 98253 CDS_67 CDS 0.31 98951 98253 start_codon_13 start_codon 98951 98949 gene_14 gene 0.93 114429 113031 transcript_14 transcript 0.93 114429 113031 stop_codon_14 stop_codon 113033 113031 intron_55 intron 1 113312 113155 intron_56 intron 1 113520 113432 intron_57 intron 1 114348 113617 CDS_68 CDS 1 113154 113031 CDS_69 CDS 1 113431 113313 CDS_70 CDS 1 113616 113521 CDS_71 CDS 0.93 114429 114349 start_codon_14 start_codon 114429 114427 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.951 34784 35067 match_part 0.948 36670 36766 match_2 match_part 0.968 38391 38421 match_part 1.000 38526 38688 match_part 1.000 38776 38904 match_part 0.995 39237 39431 match_part 0.991 39539 39654 match_3 match_part 0.978 40956 41231 match_part 0.998 41928 42806 match_4 match_part 0.950 43672 44448 match_5 match_part 0.981 71290 71342 match_part 1.000 75332 75430 match_part 1.000 75562 75654 match_part 1.000 75738 75803 match_part 1.000 75885 76014 match_part 1.000 76237 76268 match_part 0.993 77208 77343 match_part 0.971 77585 77929 match_6 match_part 0.996 79093 79607 match_7 match_part 0.997 79768 80093 match_part 1.000 80343 80394 match_part 1.000 80480 80572 match_part 1.000 81040 81159 match_part 0.990 81444 81542 match_part 1.000 81818 81850 match_8 match_part 1.000 88945 89104 match_part 1.000 89214 89289 match_part 1.000 89376 89427 match_part 0.921 89892 89967 match_9 match_part 1.000 88946 89104 match_part 1.000 89214 89289 match_part 1.000 89376 89427 match_part 1.000 89892 90134 match_10 match_part 0.934 94880 96185 match_part 0.983 96259 96739 match_part 0.924 96821 96964 match_11 match_part 1.000 109750 109998 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 1.000 681 192 match_13 match_part 0.998 5815 5248 match_14 match_part 1.000 22642 22385 match_part 1.000 20931 20738 match_part 1.000 20188 20004 match_part 1.000 19915 19733 match_part 1.000 16606 16475 match_part 1.000 15880 15695 match_part 1.000 13461 13372 match_part 1.000 13300 13217 match_part 1.000 12989 12852 match_part 1.000 12429 12187 match_part 1.000 11440 10977 match_15 match_part 0.973 47508 47472 match_part 1.000 46511 45921 match_part 0.921 45508 45420 match_16 match_part 0.920 50097 49444 match_17 match_part 0.995 56977 56564 match_part 0.999 53828 52699 match_18 match_part 0.960 61380 61280 match_part 1.000 60167 58385 match_19 match_part 0.954 59927 59514 match_20 match_part 1.000 61403 61320 match_part 1.000 60167 60134 match_21 match_part 0.978 90753 90208 match_22 match_part 0.990 93959 93754 match_part 1.000 93677 93591 match_part 1.000 92342 92193 match_part 1.000 92117 91920 match_part 0.991 91849 91500 match_23 match_part 1.000 92225 92193 match_part 1.000 92117 92006 match_part 0.991 91849 91502 match_24 match_part 0.965 93955 93754 match_part 1.000 93677 93591 match_part 1.000 92985 92647 match_part 1.000 92342 92269 match_25 match_part 0.998 93159 92295 match_26 match_part 0.988 93998 93754 match_part 0.992 93677 93175 match_27 match_part 0.984 93998 93754 match_part 0.998 93677 93211 match_28 match_part 0.998 111050 110575 match_part 0.982 106782 106617 match_part 0.998 104652 104054 match_29 match_part 0.964 113576 113521 match_part 0.845 113431 113374 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 681 192 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 5815 5248 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 22642 22385 exon 20931 20738 exon 20188 20004 exon 19915 19733 exon 16606 16475 exon 15880 15695 exon 13461 13372 exon 13300 13217 exon 12989 12852 exon 12429 12187 exon 11440 10977 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 34784 35067 exon 36670 36766 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 38391 38421 exon 38526 38688 exon 38776 38904 exon 39237 39431 exon 39539 39654 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 40956 41231 exon 41928 42806 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 43672 44448 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 47508 47472 exon 46511 45921 exon 45508 45420 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 50097 49444 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 56977 56564 exon 53828 52699 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61380 61280 exon 60167 58385 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 61403 61320 exon 60167 60134 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 71290 71342 exon 75332 75430 exon 75562 75654 exon 75738 75803 exon 75885 76014 exon 76237 76268 exon 77208 77343 exon 77585 77929 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 79093 79607 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 79768 80093 exon 80343 80394 exon 80480 80572 exon 81040 81159 exon 81444 81542 exon 81818 81850 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 88945 89104 exon 89214 89289 exon 89376 89427 exon 89892 90134 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 90753 90208 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93998 93754 exon 93677 93175 gene_19 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 92225 92193 exon 92117 92006 exon 91849 91502 gene_20 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93159 92295 gene_21 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93955 93754 exon 93677 93591 exon 92985 92647 exon 92342 92269 gene_22 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 93959 93754 exon 93677 93591 exon 92342 92193 exon 92117 91920 exon 91849 91500 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 94880 96185 exon 96259 96739 exon 96821 96964 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 111050 110575 exon 106782 106617 exon 104652 104054 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 109750 109998 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 113576 113521 exon 113431 113374 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 113585 113521 match_part 0.975 113431 113313 match_part 0.992 113154 113033 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0280E02.2 type gene exon 113585 113521 exon 113431 113313 exon 113154 113033 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.86 9908 10810 transcript_1 transcript 0.86 9908 10810 start_codon_1 start_codon 9908 9910 CDS_1 CDS 0.86 9908 10810 stop_codon_1 stop_codon 10808 10810 gene_2 gene 0.35 37452 39905 transcript_2 transcript 0.35 37452 39905 start_codon_2 start_codon 37452 37454 intron_1 intron 1 38062 38285 intron_2 intron 1 38422 38525 intron_3 intron 1 38689 38775 intron_4 intron 1 38905 39236 intron_5 intron 1 39432 39538 intron_6 intron 0.98 39662 39779 CDS_2 CDS 0.38 37452 38061 CDS_3 CDS 1 38286 38421 CDS_4 CDS 1 38526 38688 CDS_5 CDS 1 38776 38904 CDS_6 CDS 1 39237 39431 CDS_7 CDS 1 39539 39661 CDS_8 CDS 0.97 39780 39905 stop_codon_2 stop_codon 39903 39905 gene_3 gene 1 41084 42694 transcript_3 transcript 1 41084 42694 start_codon_3 start_codon 41084 41086 intron_7 intron 1 41232 41927 CDS_9 CDS 1 41084 41231 CDS_10 CDS 1 41928 42694 stop_codon_3 stop_codon 42692 42694 gene_4 gene 0.26 69017 79176 transcript_4 transcript 0.26 69017 79176 start_codon_4 start_codon 69017 69019 intron_8 intron 0.84 69211 70003 intron_9 intron 1 70274 70368 intron_10 intron 0.95 70615 71272 intron_11 intron 1 71343 75331 intron_12 intron 1 75431 75561 intron_13 intron 1 75655 75737 intron_14 intron 1 75804 75884 intron_15 intron 1 76015 76236 intron_16 intron 1 76269 77207 intron_17 intron 1 77344 77584 intron_18 intron 0.36 77729 79087 CDS_11 CDS 0.84 69017 69210 CDS_12 CDS 1 70004 70273 CDS_13 CDS 0.97 70369 70614 CDS_14 CDS 0.98 71273 71342 CDS_15 CDS 1 75332 75430 CDS_16 CDS 1 75562 75654 CDS_17 CDS 1 75738 75803 CDS_18 CDS 1 75885 76014 CDS_19 CDS 1 76237 76268 CDS_20 CDS 1 77208 77343 CDS_21 CDS 0.46 77585 77728 CDS_22 CDS 0.52 79088 79176 stop_codon_4 stop_codon 79174 79176 gene_5 gene 0.95 79297 82284 transcript_5 transcript 0.95 79297 82284 start_codon_5 start_codon 79297 79299 intron_19 intron 1 80094 80342 intron_20 intron 1 80395 80479 intron_21 intron 1 80573 81039 intron_22 intron 1 81160 81443 intron_23 intron 1 81543 81817 intron_24 intron 1 81878 81967 intron_25 intron 0.96 82063 82148 CDS_23 CDS 0.99 79297 80093 CDS_24 CDS 1 80343 80394 CDS_25 CDS 1 80480 80572 CDS_26 CDS 1 81040 81159 CDS_27 CDS 1 81444 81542 CDS_28 CDS 1 81818 81877 CDS_29 CDS 0.98 81968 82062 CDS_30 CDS 0.96 82149 82284 stop_codon_5 stop_codon 82282 82284 gene_6 gene 0.8 89349 91731 transcript_6 transcript 0.8 89349 91731 start_codon_6 start_codon 89349 89351 intron_26 intron 0.98 89416 89891 intron_27 intron 0.81 90037 91706 CDS_31 CDS 0.98 89349 89415 CDS_32 CDS 0.96 89892 90036 CDS_33 CDS 0.88 91707 91731 stop_codon_6 stop_codon 91729 91731 gene_7 gene 0.81 96668 97637 transcript_7 transcript 0.81 96668 97637 start_codon_7 start_codon 96668 96670 intron_28 intron 1 96740 96820 intron_29 intron 1 97349 97448 CDS_34 CDS 0.81 96668 96739 CDS_35 CDS 1 96821 97348 CDS_36 CDS 1 97449 97637 stop_codon_7 stop_codon 97635 97637 gene_8 gene 0.32 101549 104071 transcript_8 transcript 0.32 101549 104071 start_codon_8 start_codon 101549 101551 intron_30 intron 0.99 102027 102101 intron_31 intron 0.32 102531 104042 CDS_37 CDS 1 101549 102026 CDS_38 CDS 0.52 102102 102530 CDS_39 CDS 0.33 104043 104071 stop_codon_8 stop_codon 104069 104071 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.87 5918 109 transcript_9 transcript 0.87 5918 109 stop_codon_9 stop_codon 111 109 intron_32 intron 0.88 5183 3721 CDS_40 CDS 0.91 3720 109 CDS_41 CDS 1 5918 5184 start_codon_9 start_codon 5918 5916 gene_10 gene 0.96 24598 11327 transcript_10 transcript 0.96 24598 11327 stop_codon_10 stop_codon 11329 11327 intron_33 intron 1 12186 11441 intron_34 intron 1 12851 12430 intron_35 intron 1 13216 12990 intron_36 intron 1 13371 13301 intron_37 intron 1 15694 13462 intron_38 intron 1 16474 15881 intron_39 intron 1 19732 16607 intron_40 intron 1 20003 19916 intron_41 intron 1 20737 20189 intron_42 intron 1 22384 20932 intron_43 intron 0.96 24588 22395 CDS_42 CDS 1 11440 11327 CDS_43 CDS 1 12429 12187 CDS_44 CDS 1 12989 12852 CDS_45 CDS 1 13300 13217 CDS_46 CDS 1 13461 13372 CDS_47 CDS 1 15880 15695 CDS_48 CDS 1 16606 16475 CDS_49 CDS 1 19915 19733 CDS_50 CDS 1 20188 20004 CDS_51 CDS 1 20931 20738 CDS_52 CDS 1 22394 22385 CDS_53 CDS 0.96 24598 24589 start_codon_10 start_codon 24598 24596 gene_11 gene 0.47 49389 44284 transcript_11 transcript 0.47 49389 44284 stop_codon_11 stop_codon 44286 44284 intron_44 intron 0.89 45205 44566 intron_45 intron 1 45920 45509 intron_46 intron 1 47471 46512 intron_47 intron 0.64 47800 47628 intron_48 intron 0.86 49175 47857 CDS_54 CDS 0.94 44565 44284 CDS_55 CDS 0.93 45508 45206 CDS_56 CDS 1 46511 45921 CDS_57 CDS 0.65 47627 47472 CDS_58 CDS 0.95 47856 47801 CDS_59 CDS 0.83 49389 49176 start_codon_11 start_codon 49389 49387 gene_12 gene 1 56854 52980 transcript_12 transcript 1 56854 52980 stop_codon_12 stop_codon 52982 52980 intron_49 intron 1 56563 53829 CDS_60 CDS 1 53828 52980 CDS_61 CDS 1 56854 56564 start_codon_12 start_codon 56854 56852 gene_13 gene 1 60103 58709 transcript_13 transcript 1 60103 58709 stop_codon_13 stop_codon 58711 58709 CDS_62 CDS 1 60103 58709 start_codon_13 start_codon 60103 60101 gene_14 gene 0.7 89307 85104 transcript_14 transcript 0.7 89307 85104 stop_codon_14 stop_codon 85106 85104 intron_50 intron 0.95 88191 85125 intron_51 intron 0.74 88930 88268 intron_52 intron 1 89192 89037 CDS_63 CDS 0.92 85124 85104 CDS_64 CDS 0.91 88267 88192 CDS_65 CDS 0.78 89036 88931 CDS_66 CDS 0.99 89307 89193 start_codon_14 start_codon 89307 89305 gene_15 gene 1.96 96511 91745 transcript_15 transcript 0.97 93939 91745 stop_codon_15 stop_codon 91747 91745 intron_53 intron 1 91919 91850 intron_54 intron 1 92192 92118 intron_55 intron 1 93590 92343 intron_56 intron 1 93753 93678 CDS_67 CDS 1 91849 91745 CDS_68 CDS 1 92117 91920 CDS_69 CDS 1 92342 92193 CDS_70 CDS 1 93677 93591 CDS_71 CDS 0.97 93939 93754 start_codon_15 start_codon 93939 93937 transcript_16 transcript 0.99 96511 91745 stop_codon_16 stop_codon 91747 91745 intron_57 intron 1 91919 91850 intron_58 intron 1 92192 92118 intron_59 intron 1 93590 92343 intron_60 intron 1 93753 93678 intron_61 intron 0.99 96492 93924 CDS_72 CDS 1 91849 91745 CDS_73 CDS 1 92117 91920 CDS_74 CDS 1 92342 92193 CDS_75 CDS 1 93677 93591 CDS_76 CDS 0.99 93923 93754 CDS_77 CDS 0.99 96511 96493 start_codon_16 start_codon 96511 96509 gene_16 gene 0.37 98951 98253 transcript_17 transcript 0.37 98951 98253 stop_codon_17 stop_codon 98255 98253 CDS_78 CDS 0.37 98951 98253 start_codon_17 start_codon 98951 98949 gene_17 gene 0.72 100233 99805 transcript_18 transcript 0.72 100233 99805 stop_codon_18 stop_codon 99807 99805 intron_62 intron 0.72 100171 100094 CDS_79 CDS 0.72 100093 99805 CDS_80 CDS 0.72 100233 100172 start_codon_18 start_codon 100233 100231 gene_18 gene 1 110844 104165 transcript_19 transcript 1 110844 104165 stop_codon_19 stop_codon 104167 104165 intron_63 intron 1 106616 104653 intron_64 intron 1 110574 106783 CDS_81 CDS 1 104652 104165 CDS_82 CDS 1 106782 106617 CDS_83 CDS 1 110844 110575 start_codon_19 start_codon 110844 110842 gene_19 gene 0.68 112900 110976 transcript_20 transcript 0.68 112900 110976 stop_codon_20 stop_codon 110978 110976 intron_65 intron 0.68 112717 111039 CDS_84 CDS 0.99 111038 110976 CDS_85 CDS 0.68 112900 112718 start_codon_20 start_codon 112900 112898 gene_20 gene 0.88 114429 113031 transcript_21 transcript 0.88 114429 113031 stop_codon_21 stop_codon 113033 113031 intron_66 intron 1 113312 113155 intron_67 intron 1 113520 113432 intron_68 intron 1 114348 113617 CDS_86 CDS 1 113154 113031 CDS_87 CDS 1 113431 113313 CDS_88 CDS 1 113616 113521 CDS_89 CDS 0.88 114429 114349 start_codon_21 start_codon 114429 114427 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 88.6 38524 38943 match_2 match 42.7 38291 38422 match_3 match 57.0 39539 39661 match_4 match 85.9 39237 39437 match_5 match 124 38485 38946 match_6 match 108 39237 39431 match_7 match 73.6 39539 39661 match_8 match 62.0 39774 39875 match_9 match 179 41993 42673 match_10 match 45.8 95063 95344 match_11 match 80.5 95347 95853 match_12 match 99.0 38524 38949 match_13 match 45.1 38303 38422 match_14 match 42.0 39774 39863 match_15 match 84.7 39237 39428 match_16 match 62.0 39539 39661 match_17 match 41.2 95069 95362 match_18 match 99.0 95347 95859 match_19 match 140 38524 38946 match_20 match 58.5 38282 38422 match_21 match 101 39237 39431 match_22 match 61.2 39774 39887 match_23 match 73.2 39539 39661 match_24 match 319 41987 42682 match_25 match 319 41987 42682 match_26 match 129 79216 80040 match_27 match 141 38524 38967 match_28 match 56.2 38288 38422 match_29 match 72.4 39539 39661 match_30 match 107 39237 39431 match_31 match 60.5 39774 39887 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_32 match 72.4 20189 20001 match_33 match 79.3 19921 19727 match_34 match 72.4 20189 20001 match_35 match 79.3 19921 19727 match_36 match 72.4 20189 20001 match_37 match 79.3 19921 19727 match_38 match 261 3435 559 match_39 match 307 5918 5238 match_40 match 1431 3564 193 match_41 match 826 60151 58712 match_42 match 78.2 19921 19727 match_43 match 71.6 20189 20001 match_44 match 82.0 19921 19682 match_45 match 74.7 20189 20001 match_46 match 82.0 19921 19682 match_47 match 74.7 20189 20001 match_48 match 69.7 20189 20001 match_49 match 82.0 19921 19727 match_50 match 180 99515 98418 match_51 match 60.5 19921 19727 match_52 match 65.9 20189 20001 match_53 match 60.5 19921 19727 match_54 match 65.9 20189 20001 match_55 match 176 99515 98418 match_56 match 167 99515 98424 match_57 match 119 45517 45215 match_58 match 73.9 19921 19724 match_59 match 68.6 20189 20001 match_60 match 78.2 20189 20001 match_61 match 87.4 19921 19682 match_62 match 78.2 20189 20001 match_63 match 87.4 19921 19682 match_64 match 78.2 20189 20001 match_65 match 87.4 19921 19682 match_66 match 78.2 20189 20001 match_67 match 87.4 19921 19682 match_68 match 78.2 20189 20001 match_69 match 87.4 19921 19682 match_70 match 78.6 19921 19682 match_71 match 71.2 20189 20001 match_72 match 75.1 19921 19682 match_73 match 69.3 20189 20001 match_74 match 57.4 20189 20001 match_75 match 77.4 19921 19682 match_76 match 111 44565 44287 match_77 match 271 59200 58712 match_78 match 297 46511 45918 match_79 match 203 45511 45191 match_80 match 188 44565 44287 match_81 match 134 12468 12178 match_82 match 134 19921 19682 match_83 match 125 15880 15692 match_84 match 123 20189 20001 match_85 match 134 12468 12178 match_86 match 134 19921 19682 match_87 match 125 15880 15692 match_88 match 123 20189 20001 match_89 match 79.7 113437 113312 match_90 match 66.6 113619 113518 match_91 match 105 44565 44296 match_92 match 131 45511 45122 match_93 match 69.7 20189 20001 match_94 match 83.2 19921 19727 match_95 match 42.7 20135 20001 match_96 match 83.2 19921 19727 match_97 match 68.9 19921 19727 match_98 match 61.2 20183 20001 match_99 match 108 44565 44296 match_100 match 127 45511 45215 match_101 match 107 12468 12178 match_102 match 132 19921 19682 match_103 match 113 15880 15692 match_104 match 122 20189 20001 match_105 match 107 12468 12178 match_106 match 132 19921 19682 match_107 match 113 15880 15692 match_108 match 122 20189 20001 match_109 match 132 19921 19682 match_110 match 113 15880 15692 match_111 match 122 20189 20001 match_112 match 877 60151 58712 match_113 match 877 60151 58712 match_114 match 188 3528 1792 match_115 match 58.5 19921 19727 match_116 match 67.0 20189 20001 match_117 match 157 46544 45918 match_118 match 129 45517 45194 match_119 match 253 3435 559 match_120 match 115 46511 45918 match_121 match 115 44565 44287 match_122 match 132 45511 45215 match_123 match 62.0 20183 20001 match_124 match 73.6 19921 19727 match_125 match 77.4 19921 19682 match_126 match 72.0 20189 20001 match_127 match 76.6 20189 20001 match_128 match 89.7 19918 19727 match_129 match 76.6 20189 20001 match_130 match 89.7 19918 19727 match_131 match 79.7 19921 19682 match_132 match 65.9 20189 20001 match_133 match 59.3 19921 19727 match_134 match 67.8 20189 20001 match_135 match 219 3528 1765 match_136 match 230 3297 580 match_137 match 125 45511 45215 match_138 match 75.9 19921 19727 match_139 match 70.1 20189 20001 match_140 match 75.9 19921 19727 match_141 match 70.1 20189 20001 match_142 match 79.3 19921 19682 match_143 match 65.5 20198 20001 match_144 match 77.8 19918 19682 match_145 match 66.2 20189 20001 match_146 match 67.4 20189 20001 match_147 match 83.2 19921 19682 match_148 match 169 104653 104237 match_149 match 197 45517 45191 match_150 match 300 46511 45918 match_151 match 190 44565 44287 match_152 match 891 60151 58712 match_153 match 745 3624 202 match_154 match 186 5834 5130 match_155 match 73.9 20189 20001 match_156 match 78.2 19921 19682 match_157 match 73.9 20189 20001 match_158 match 86.7 19921 19682 match_159 match 78.6 19921 19682 match_160 match 73.2 20189 20001 match_161 match 83.2 19921 19682 match_162 match 85.1 20189 20001 match_163 match 876 60151 58718 match_164 match 124 19921 19727 match_165 match 113 20189 20001 match_166 match 1315 3720 139 match_167 match 319 5918 5166 match_168 match 143 92345 91917 match_169 match 32.0 91849 91769 match_170 match 154 92345 91917 match_171 match 42.7 91849 91769 match_172 match 77.8 19921 19682 match_173 match 74.3 20189 20001 match_174 match 72.0 20189 20001 match_175 match 75.9 19921 19727 match_176 match 111 46511 45918 match_177 match 106 44565 44293 match_178 match 127 45511 45215 match_179 match 171 46499 45918 match_180 match 139 44565 44293 match_181 match 176 45511 45194 match_182 match 38.9 20159 20001 match_183 match 89.0 19921 19715 match_184 match 59.7 20195 20001 match_185 match 87.8 19921 19727 match_186 match 77.0 19918 19682 match_187 match 65.5 20189 20001