C02HBa0167J21.2 CTCAAAAATACATAAACAAGTCCAGATCTACTACAAAGTAACAACTTACAGCAACAATAC CATCTCTACCAGACAACACAAGAATATCAGCACAAGAAACAACACCAGGGCACTCCCTTT CTACAGCTTCTTTAATAGTCTCAATGTATCTGAAATTTCTCATACCAAAACTCCTGTCTG TCTCTTTCTCAGACAGCATCCTCCTTGTTGAGTCCAGCAACAAGGAAGCATCACATGACT GTATTTAAAAATAAAAAAAAAGAACAGTAAATTCAACATCTCCAAAAAGGGTGTCTAAAA ATGAAAAGAAAGTTTCATTTTTTTTAGTACCTCAACAAAGCAGTCATGGAATATGTTTCT TAGCCAAGAAAATGCAGTATTCTTGTGGCGTTTGTAGAGAAGTTTGACTTGTTCTTTGAT GATTTCTTCAGCTTGAGGGCAAGTGTCCTTGTAATAGTCCATTACAAGGCTAGGATTTTC CTCTGCAAAAACAGAGGCAGCTGAAAACAAGAGAATAGCAAAGAAAAAAAGATGTTTGGT AGCCATTTTACTTTGCTAAATGGTCAGTAGAGGTTGTTCTTTGGATGATCACTTAGATAC CTTCTTAAATAATGGGAGAAAGTGCCTAAAATGTCCTCAAAGAAAATGACCTCTTTCTTT CCACTCAAGAATCAAAGTATTGTACACGCGTCGGACCCATGTGCTCTAATATTCATTAAT TTATTACATTAATTTATTATGAAATATACATATATATATATATTTATACAAAAATTAAAA GAAATATATATAAAATTAATATAGGACATCTAATGAATAAATAATTTAATTGGTCTGATG GTTCATCTGTTCATGCTTAAAATTCTTTTTGTGTTCGTTAAATCGAAGTCTATAACTTTA AAATTCTAAATTCGCCACTTACTGCTGGTCTCTTATCATTTTGCTTCTCCATAATTAATT TTTTAAGTTGAATTAAATCAATATAATATTATATAAGTATAATTTTACTCATTTATTTTG TAAAAAGAAAAATTTAACATATTATAACTAAAATGTGATGGAGCGAATAGAAATGAATAT TCTTCAAAATCATGAAACTCACACTTTATTTCCCATGATATTTTGTATTAATATTCTATT TTCACAAAATGGGATAGAGTTAAGTTTTACTTAAAAATTGTATTGATATATTATTTTTGT TATTAATTTGACTCAAAAAGTATTTTCTAGCGAAAGTTCTTCGATTTTTGAGAGTTAAAT TGAACTCAAGAAAATAAATTACTAAAGACTTGTTGAAATTTGTTATTTATTTATAGTTTC TTTTGATGTTGTCTGTTAATTTAATGAACAACTTTCACATATAGCAAATATAAAAATTAT GATTGTATATTATAGATATAAATTTCATAATTGCACTTCATAGCAAATTTTATGTTTGCT ATGCAATTTTTGATTTATATAATTCACTACAAACATCTAATTTTATAAAAATTGTTCAGC TTTTTAAAATTTATTTATACATCGTAATTTGTATAATAAAAATTGTATTCGTATAATTAT AAGTGTATATGACAAAGTATATCTATTTGTATTTGTATATTCACTTTTCTCTCGCTTTAT ACAAACACAAATACATTTTATATCGAAATATATAAAATGGCTAGTTGATACCAAAAATGA CTGATTGTATACTGAATATCTGAATCAAAAAAGGAAGTGTTTACTATAAATTACAATTAA ATAAATCATTGCTATAACATTTAATTTAAATTAATAATTTATTATTTTATACCGTTTTCC CTAATTTAATTAGGCTTCACTAAAATATTAATTACGTATTTTTCAAATCGTTTTCCCTGG TTCAATTAGGCTTCAGCTTCACTGAAATACTAATTGCGTATATTGCAAACAAGTCTTGAA TTCAACCCAACATTTGATTTAATATTTTTATAATAAAAGCATTAATATATTATATTTTAG ATTCTATTGAAGAAAAAAAATTAGATACTGATAATAAAGTCATTTCACTACCCTATAAAT TATGGATGATATGCGTACCATTTTTGTCGTCTTCACGGAAGACAGTGCTTGAAAGTAGGA GGAATCGTCACATGATATTGCGGTTAAAGATAAAGAAAAAACATCAAAATCAAAAATGTA TATAAACATTGGAATTCTACTGAGTGTTAGTATTCACCGATAAAAATTTGATAAGCATAA TTAGATTAAATAATGTTTAAAAAATTTATAAATTTATGTTATGTATAGTGTAAAATAATT TATAGTTGAGATCAATTTAATTATATATTTATTTTAACAATTTTTTATTTTATAAAATTA TCAAATAAAATAATTAAATGTGGTTTAGCTAATATTTTCAAGAAAAAAATAAGACTGATG GAAATATACGGATTTCTCGATTTTTTTACTTGTCAAACCTCATACTTGTTTTGGATTTTT TAAATTATTCTAATTTTAAAGAATTTGATACTTTTTGAAGATTCTGATAAATTTATTTTT ATAATTATTTGAAAACATCAAAATAAATTTTTTCTTTTGATGTATTATCATGTACTTTAA TTGAATTACTATTTAGAACTCAATGATATTTTTAAGTTTGACCTATTTTTATAGATTCTT CGGAATTTGGAGAAAGCATATGTGATATTACTCTTGAAGAAGTTTAACGGGTAAAAAGTC AGGAAGTTTGCATATTCCAGTCAGTCTTTTTTTTCTTCTTGAAAATTTTAGTTTGGTACA CTTAATTGCTTTACTTGATAGTTTTAAAAAAAATAAAAAAGTTGACAACTTTGTTATTTT TATTAGCTATTATTATAATGAATATGTAATTTAAATAAATTTCAACCATAAATTATTATA TAGTACACATAACATAAATTTATAAGATTATTGAATATTACTTAACCTAATTATACTTAA CTAAATCTCTATCCATATTTACCGCCCATGAAATTTCTCTTTCTTTAATTAAATAATTCT AGTCCAATCCTCAAACGTAGCTGAGAAAATTAGATTAAAATTAAAAAGAGTCGCAGAGTT TAATAATTTAAGTATACCAAAATTAGATTAAAATACAAAATTGATGTAAATTCAATATTT TTTGTTCAAATCTAATTTGAAACGAGAAATTGACTAGTGATTTAATCCTTTGCTGGAAAG GAGAAAACAAAGAGGTTGGAATCATATTTGCATGGACACTTGTACGTGAAATTCTAAGTG GCAAGTGCTACTCTCTTTTTCCAAATTGTTTATCATATTACGCTTATTAAAGTAAATTTA CTTAATTTTAAAGGTAAATTAGATTACAGTAATTCGATATTTTTTAAAGAAATATTTTAA AACTATATAAAAAATATTATAAATTACAATTTTTTGAATATTAATATGATGAAAAAATAT ACTTTAAAATATTAGTTAAATTTTTTATAATTTAACTCTAAAAATAAAAATCAAAATAAA TAATATCGAACAAAAATATTAGTTAAATTTTTTATAATTTAACTCTAAAATAAAAATCAA AATAAACAATACCGAACAGAACAAAGGAGAAATATATATAAATATATATATGGGGTAGCC CTCATTAATGGTGGTTGACAAGGCTTAATCCATGTGGGGCAATCAATGGGTCATTAAGAA GAAGAAAATAAGTAACTTAGGAAGCACTGTCTTTACTCTTTGATTTATCCAAAAAACGAG ACATGCATTATTGACTAGACATTAGCGGGGGACGAGATACGATCAAAATTCGAGAGATAT TTTAATTAAATTAAGATTTTATTATCTTATAAATTTTTTTAAATTTTATATATTCCTTTA TTTATATATATATTTTGTGATTTTATATAATTAAATTGCGTAAAAAAATATATAAATACA CACCAAAAAAATTTACAATACTATAAAAAAGAAAAGATAAAGTACATTAATTTTAAAAAA AATTAATTACGTTAAAATTTTATTAGAGATTAATAGATAAACTATCACGGCTAATTGAAA ATGTTGTTGAGTTGAAGTGGATGAGCACCGACGGTGTGATGTGACATGAAAGTGTCCTAC ATTGCTCGGTGCTCACGCAACGTAGTTGACCCTACTAAATACGATAACAATATTTTATAT TTAGATGTTTATTCATTCTATATATATTATTGCTCTTTGTAATTAATTTTTACAATTTCT CATGGACTTGCACTTGCAACAGTTCAATTTATACGACTTTCGAAGTGTGTTTGTAAAAAA AACTGAAGTTCGTCTTGCTACTTTTCAATTATTTTGGAGAAAAAAAATTTGAAATATGTT TGAATTTAATCGAAATTATTGTAACATTTTAAAACGTTGACAGAATCTATTATCCTGAAT TATTTAATAGTGTATTTTAAAGGTATATGTGTGTCTAGTGTCTATGTGGAGAAGTTACTA ATTATAATGAATGATGTCCATACGAGCATATATAATACTTTAAAATACACTATTAAGTAG TTCAATTGTTCAAAAGAGTAGAAAATTCAGCTCAAAGTTTGAAATTGTTACACTAATTTC CGTTAAAATTTGAATATATTTTTCAGATTTTTTTTTCCATTACTTTATAGAATTTTTAAG CTGGGATTATCCTTCAACTACTCTTGTATATATTGACTATATATATTAAACAACAGCCAT AAAAGTGGCTACCTGGTATAAATTTATAAAGATTTACATTAAATATCCATTTTACATGTG TTATTTAAAGCCTAATCATTGTTTGAAGTTTTAAAAACTTGGTCTCAAGAGGGTTGCTTC AGACAGCAACAAAAAAAGTGGTTTTTGCTTCCTTTTTTTTCAAATAAAAGTCGATACTGT TCATTTTCTTTTATTCGAATCGAATTAGATCCTTGAATTTTGATAACATTGAGGAGTTCT CCAATCTGAATTTTAATTGTCCAAGACTAACTTCAAAATTGAAGGATTGGAAGTTTTTCA ATTTTAAATATACGAATATGACAATGGTGCTACCAAAGCTAGCTTTAAATCCAAAATGAC TAAAGTTTGAACAACACGTGTGATATGTTAATTTCAAATATTTAGATTTGAGTTAATTGA CGTGTCAATCCCAACTTCAGACTCGTATGCAAACGATTCTCAACTTCAGTCTCACAATTT TGAGCCTGGTGTAAAGTTAATTATGGGTGTTAAAACCTGAAAAGCTTTATGAAATTGGCC ATTTATTTAAATAAGTGTACTAAATACGGTTACTGGGCCCTTTCATGGAGAGCCAATTTC TCATGATGGATTGTTTACATACATAATCGTTTCAATTGGGCCCTTTCTTTTGTGGGCTGG CTTTATAAGAAGCCCAGAAAATTATTTTGTATTTTAAGTACATTTGTTGCGAAAAAGATT TTATTTTGTTTTCCAAAATGTTTTTTATGTATGATGTTCAAGGATATTGGTTTTTTACCG TTATTCCAAATTGGTAAAATAATATTTTCATACTGTACAATTTTTAGTGTTCTAGAGTAC AGATTTTGTTTGTACGTTATCCGAACTACTCACGAAATGAAGTCAAATATTGCATAGAGC TAAATATTTACATATTTGAAAATCTCAAACGTTAAAATTTATTTTTAATAACATGAACTT ATAGATATAAGAAAGACATGACATATTGACATGTTTAGAGTAGTAGTCCTTTCACATGTG CCAAAAGTAACTCTTCTTTGTAAAAATTAAATTTTCAATCAAACATTAATCATATAAACT AATTTGAAGGAACTAGGAAGTATAATTTAACAATCAATAGCTAAAATGTCACAATTTCTA TCTAATACCGTGAAACGTAGAGATATCTAAAAAGTAAATAGGAATACAAGATCTTTTTAA AATAAAAATGGAGTCATTTTCCAGACCTTCACGATACTCATCAGTATAACAAATCAATAA ATTAGCCTTTTGATTTAGTTATTTCCTTCGAACTCCTAATCATCATAGTAATCTTGTAAC ATTATATCCTAAGAAAGCTCAATTATGACATTGAACTAATAGCCATTTACAAAAATTCGA CTGCTAAATCACTCTAATTTTATTTCAGTAGGGAAAATAACGAGAGAAATGATCTTTTAT AACTATTTACAAATTGAATAGAACTTTTTTTTTCTTCAATTCTTTTCAGATTTCTTACGT GTAAAAATGAAGATCTCTTATAAAATAGATATAAAACTAAAACTAAATTTGTAAAGAATT ACAACAATCGCTTCTCAAAAAAAGAAATGAAGAAAAATCTCAGAATCACAAATGAAGTGA GGAATATTCGAACAGAGAAGTCATTCACTTGGGTCACTGTAAGAGACCTTACGCTGATGA CCGCAAAAATTCTCATCAATATATCTTTATTTACTAACAAAAGCTTTATTTATGTAATTC CAACTTTGTGAAATTTTGGGCATCTTTACTTACCAACAAAAGCTTTCCAACACATGAACA TTTTTCACAAAGAAAATGAAAACATTTACTCTTGAACTACTACATTAACCATTATTTCAT TTTTTATCCGTATAAATACCTACTTAATTTTGTCCTCTTAAATAGGACTGATATTTGAAT CATAATTTTCACACACTTCACTTCATTGGGTGTATGTCATAAATGAATTAATATATTTTT TAAAAAAATATAAGTAAGAAAATAAAAAAAATCTTACTCTAGGGCAAATCAAAAATTTTT CTTTCATTCACAACCGCAATCTCAACGGTCTAAATCCTTATCCTTAAACCTGATCCGATT GGCCCTTCCCTCCACCTCTCATTCCCTCCTTCTCCCTTCACCCCACACCACCAAAACACC CAAGATTTCCACCATTCTGATAAGAATCCTCAAAACAAAACCCAATCTTTATCCCTCCCA CTTCACTCTTTGGAGCAGCCACATTCCTGAGCTAAAAGAAAAAACATGTCTTGTTCAAAT TTGACAATGTTGGTGTCCTCAAAACCATCTCTTTCTGAATCCTCTGCCCTTTCTTTCCGC TCTGCTGTCAGCTCTTTTCAGCTTCCTAACCACAACCTATCAGGCCCTTCAAACCCCTCA AGATCATCATCAGTTATCCCTGTCCGATGTGGTCTCCGTGATCTGCGTGATCGAATTGAC TCTGTCAAGAACACACAGAAGATTACTGAGGCTATGAAGCTTGTGGCTGCTGCTAAAGTC AGAAGAGCACAAGAAGCTGTTGTGGGTGCGAGGCCTTTCTCTGAGACTTTGGTTGAGGTA CTTTACAACATCAATGAGCAGCTCCAGACAGATGACATTGATGTACCACTCACCAAAGTA AGACCTGTCAAGAAAGTGGCGTTGGTGGTTGTCACCGGTGACCGGGGTCTTTGTGGTGGT TTTAACAACTATATCATCAAAAAAGCTGAGGCCAGGATTAGAGATTTGAAAGCTCTTGGC CTTGATTACACTATTATCAGTGTTGGCAAAAAGGGTAATTCTTATTTCCTCCGCAGGCCT TACATCCCTGTAGATAAATTTCTTGAAGGAAGCAATCTGCCCACTGCTAAAGATGCTCAG GCCATTGCTGATGATGTTTTCTCATTTTTCGTGAGTGAAGAGGTTGACAAGGTTGAGCTT CTCTACACAAAGTTTGTGTCTTTAGTGAAATCTGAGCCAGTCATTCACACCCTGCTTCCA TTGTCACCAAAGGGAGAGATTTGTGACATCAACGGGAACTGTGTTGATGCAGCTGAAGAT GAGTTCTTTAGGTTGACAACAAAGGAAGGGAAATTGACAGTGGAAAGAGATGTCATGAGG ACTAAGACAACTGATTTTTCAGCAATCTTGCAATTCGAGCAGGACCCTGTTCAGATTCTT GATGCCTTGCTGCCACTTTACTTGAACAGTCAAATCCTGAGGGCATTGCAGGAGTCATTA GCCAGTGAGCTTGCTTCTAGGATGAGTGCCATGAGCAGTGCAACAGATAATGCATCTGAA TTGAAGAAGAATCTATCTAGAGTGTACAACAGACAGCGTCAGGCAAAGATTACCGGAGAA ATATTGGAGATTGTTGCTGGAGCAGATGCCTTGGTTTAAGCATATCCCCTGCAATTGTGC TTCTCTGTAGGTACAATAATGAAGTCTAGACAATTTTTATTTTCTGCTTCTCAACCTCGT ACAGACTTTGTGCACAAGAAGAGAACCACATTATATTTTGTACACAAGGCCAGACCAAAC CTATATTTGTATGTCAATTTTTTTCTGCTATATTTGTAAAACATGAATTATTGAAAGCCT GAAATCTTCAATCCCTCGTATAGCTTTTCTACTTCATAGTGTCAAACTGTATAGACCAGT TAAAGCACTCTTATTATAGTATAGTGTATCCTGTCTTTATAGTTTCACCAAGAAATACAT ACATAGATTAAATATGGATACACCACAAGTCTAGCAGAATAGACTGATTTCATCAATCAC TTTTAGAATCTGGCTTAAGTTTTCATGGATTTTCCTCCTCTAAGTCTTGGTGATAAATCT GCAGCCACTGTAAGATAATCAGCTGCTATGAGATTTGATAGGACGATGAGTCTACATTGC GAACTTCATCTTTGACCTTAGTCTCTTCCATTTATTGGTAGATGATGTAGGAACATTCTC AAGAGAAAGGTTGAATCATGCCAGAGTGATTTCTCTCCCATTTTAAACATTTTATATGTT TAAACGTTTAGAAATGTTCAAAGGTCATCATTGTTCTAGTAAAGCTCAATTTTTTATCCT TCTTCCAAGCTTTTACCTTCAATTGGCATGCAATTGATTTCTTGTGCTGATTATTGTACG AGGGTTATTCTCTGATAACTAAATCCGGAACAGTTATTACTAAGGAAATAAACGTTTGGG AGAGCAGGTGGCTGACTACAATGTATATGCCGATGCTACTACAGCATAGTAATTACTATC TGGATCAACAGAATGTGATCAATGTCAAAAACAGAGTAAGAACTGCCTGGAAATTCAGGC GTGCTGCTCAACTTTCACCACCGTGGAAAACAATGTAATGACTTTCTAATTAGATCTGTG TATCTATATAGAACTAAAGGGGATGGAATCCAACTTCATTAAACTACCACATCTCAAAAT TTGCATAAAAGCTAGAATTATCGAAGCCAAGTTATGAAGTTAAGATATAAAAGTAAAATG TGAAAATTCAAACACTGAAACAAACCATTAAATCCTTTCCTCGCAAGGTCATTACACAAG AAAAAGCCTTTAAGGCCAGGGGCAATGAAACCTGTCTTGCCATGTTGCTCCCACACACAC ACAAGGAGTATGAGGAAATCATTATGCATTACTTCAGTATTAAAGTTTCCTATATAGTGA AAAGATACTTAAGAAAGCTATCTCCAAGGGTAGCTCTAAATGGTTTTCCACAAATTAACA ATTGGATAACTTCTAGAGGAATCTACCATAAGTATTTGTACATTGCCTTCTTTACTTAAG CTAGGGGAGTATTAACTAATCACTAATGTTTTTATAGCTGTCTTTATAGTTTGTCAACCA AAGAGAGATCCACTATTATGCCCACATTCTGTTCTCATTTGTGCTCTTCTGAAAATGCTA ATATTCCACTATTTTCATCCTTACTTGCATGGCTGAAGATACGAACCGGCATAATTATGA GATCTAAGTGAAGAACAAAATAAAGGTGGGAGAAGGCTCGCATAGGATTAGATGTCAACC TCCATCCATTTCAACTTCTAAATTAACTGAATCGGCAGAAAATTGGAAAACCTAGTGGGA AATTATGTTTGATGAAGAGTATGGCAGAGCATATATTTCTCCTTCGAACTTGCTTCTATG CTCAGATTTATGAATCTAAAGACTTCTATTCCTCAGGTCATATTATCCTGAATTCTTGAA GCACGAAGAGGTTGCAATACTTTGAAGAGAAATCATTCAATAAGAGCATGGTTATATTTG CACAACTTTATCAAGCACCAGAAGTAATCAATATGCATGAAAATGTACATGAATTCACAT AACTACCTGATTATAATTATATCAAGTCAACAAAGAATCAACTAATTGTTCATTTTGCCA TATTATCCTAGGCAATAAATTCTCCAACAGAGACGCATAGTGACATTAAATGCATTTCCT ATCACTACATCCGTTTAACATAAATCAAACTAGTATTAACGAAACATTAAACACAATTAA GAACTGATTATAAGTATGAAACAACACAATCCCCTCTCACAAGAATTCAAATTGGACTCA CAGTCAAGTCAATTAGGCATAAACAAAGCATAACATATCATTATATTTATGTTCTAAAAA AAAAACAAATCCAAATCCAAATCTATTCTTCGTCGTAATTCAAGGTAAATACATTACTTA CATTCATCAGAAGCCACATAAACTTTACCCACAAATAAAAATAAAACAGGTAATATAAGA AAAAAAGTTCAATTTAAGAAAAACCCTTTGCTGTAGTAGCGGATTATATGGTAACGAGAG ACGGGTCATAGAAAATGGGTGCAACTGCACTGAGCTTCTTCCTCTGAAGGCAGCAAGGGC GGTTGCTCTTGATCTTCAAATTAAAGCAAGGAACGCTCTCCATGATTGGTGCTGGCTGTG AAACTCCGATTCCTGAATCGGATGTTTGGTGGTTCATCACAATTAGAGTTTTAGGATTGT TCAGTACTTTTGATTTAGCAGTGATTTTGGAATTCCTGATTTGGGCTAACGCTCCTGGCT TCAGATATGTATAATACGACGGCATTGAAGATCTCAAGTTTCTGCTTCTCATCTTTGATT TCATTTTTTTCTTCTTCTGTATTTGTGGGGAAGAGCGGTTTTGGATTTGGATGAAGAAGG GAAAAGGGGGGGTTTTGAAATAAGGAGGTTGTAAAAGCGGGAAAATGGTGTTAGGCGGGT CACTAATTTTATACCAAAAAAGACCGGCTAAAAGGCGAAAACTTTGTGCCGACATTTTTT GGAATTTGATACTTTAATTTCCATATTTGAATTTATTTTTGAGATAACACTAGATGTGCT GTTTATCTTATTATTTGCATTTAATATTATTTGAATCTACAAAATTTATATTTGAATTAT TAAGTCTACTTTTTATAACTATTCAATAAGAAATAAATATTTGAATGTTAAACAATAATA GAATATTATTAAATATTTATTTAAGATTTTTCTTCAAAAGAAAATTACCACTACATTATT CACTTTTAGTGTTATTGCTCACAATTATCCATTACCATCACCCATAATTATCATTATCAA CAATTACCATCAATTATTACTACGTATTACTAATTATTTTCACTATTCACTGCTAACCAA AATCACAACAATAGCTATCGAAGTTATTAGCAATTATCCTCAATCATTACTATGTATTAT CAGTATTCCTTGCGTATTAGATATTACTATCATTCACCACTACTATTAATTGTCATCACA AATCACCGTCATTAGCCAATACTAACAATCGTCATCACTAATCAACATCATTGTTAATTG ATATGCTTGAGAAAATAAAAACAACTTAATTTAGATTTGATTGGTTAGGTTCTAAAATAT TTTTTTCTTTAATAAGTAGTTGTTTTCACGTATAAACGTAAAGTTTGTTGTGTCGAACAC ACAACTTCTTTAGTGGATCTGCAAGTGATATAAAGAATCATTTATTCAGAAAAAAACAAA ATGAAGTATATCATAATCATATCTCATCTTTACCCTACCCCCTCCACTCTCTTCATTACC CCTGCCTTGTCATTTACCTAAATTATATGTTATTTCTAGGATATTATTTTTTATTATTCA CCGAATAGTCGAAAATAAGCATAACGCTCGTTATCTTTCTGAATTCATAATAGAATGGTA TTAGTGCTGACTGATGCCATACAACTCATCTCCAAATGAACCAGAATAACACCACAAAAC AGCACATGTTTTCAAAGTCATGTAGAAATAATCGAATCAGCAATAGGTGTATGATTCAAA GAGAATTTTTATGCATTGTGGTTTTTTTTAACACAACTTCGATAGACGAGAGGTGTGAAG CAATCTAGGATTAGATGATACCAGTATGACTTTCCATGGGCCTAAATGTGGGACAGAAGC AGAGTATGGAGATGAACTCCGGTAAGATATTTGATAGTCCATCATAATGGAAGATAAAGA ACCCACACCACTAAAGTTATTTAACAGAAGTTGTCAAGCTCAAAAACTTAACTACTCAAC TATAAGATTCCTTCCTCACATGGTAATACTAATAAATCAAGTTCCTCCAGCACATGGTAA TACTCATAAAACAAGTTCAAAGGCAGGCTTGGGATTTGGGAAGGGGTGAATAGAAAATGA CAAATAACTTTCTTAATCTTACTTCTGCAAGAAGCTTTAGAATCCTATGTTAGCTTGTCA TTGCTACATCAGGTTGCAATTAAAGCTAACAACCAATACATCTTTTACCTATAATGAAAT GGAACAAGAAACATACCAAAATGGGAAGACATTATCAGTTGAAACTTGGGTACTAAACAT TTTATGCTTGCTGCAGAATGTTTAATCCATGAAAGCAAAAATGTCACATCTGAATTCTGA TCTATGCAAAGACGCAAATCTCTAGAATTTCAGATGAATAAGACCTCCACAATCATAACA TTTGTCACTCTATACTCATTAGAGCCAAACAAGATAAAAATCAAGCTAGAAACTGAGAGA TTGATCCAATGATCAATGAACTTAACAGCAGATATGGAGGTTCAGAAGAACTTAATATAT CATATACATTTTGTCCCCTCAGATATATATTTGGAGCAAAACAGGGCAAACATAAAGGTT TATCCCATTTTTAACTCAGGTTCAGGGTCAGGAACAAGAGAATTGAAATAAACTATGTTG ATCTTGATAGATCAACTCTAAGTGAAAGGTAGAAGAGAGTTACTAAGTGACTCCAAGGAA CAAGTAAGAATAATCTCCAAAAACTACAATCACCGCAGAGAAACTGAGATCCAGAACAGA GCTTAGAGCCTTTACTAGATGCAAACCACACTATTAATGTTTCAGTGATACCCAAAATGG TATGCAAACGTGTAATTCATGTAGGCAATAAAAATCAACGCTACATACTTGATCATGTAG ACATTGATCAGCAGTCAATATACTGAGAACATTAGCAAGATAAGCCATTTCAAGAGAAAA CTTACTCTGTAATCTATTAGAAGAAGCAAAATCAGCATACGGTGTGTAGTTATGAGCACA GAGTAACCAAGCTTAATGGGGAAACATAGCTTACTATTGAATATTTACCAAAAGCATTGA TTAAACAGAGGTTCCCAACAAGTCTGTCCATTGCCACAAATGCATCAAAATTGCACAACC ATAAAGTATTTTCTATACAAAGAAATATCACTTCAATAAATCCAATATCCTTTCATGAAA CATAACTCAATACTTGCAATAAAGTAACTGATGAACATTAAATTATGCCAGGTGAAACTC ATTCAAGACAGAAAAGATAACTATGTAGATCTCTTTATTCATATGAACTGTATATTTCTA CATCTTTTGTTTGTTGAAATGAAAAGAGAATGTACTGCAAACGATCTTCGCCCCACTTAC CGACATCAATACTAGGCCCCAAGAAAATAACCAAATTAAAATTTTTGAAGGGGAGAAAGA ACTCCCGATCTAACAAAGATACACTTTTTTTTATGTATATTTTTTCACTATAACTTACTA ATCTGAAACCCCAATAAGATCAACAGCAGACCGGGGTTGAAACTGGAGGCGTCTCACCCA ACTGAAGGATCAAGAATTGGATTCAGTAAAAATGGGCGCAACGGCGCTGAGCTTCTTTCT CTGGATAAACCGAGGCTGGCGAATCCGGATCGATGAATTGAAACAGGGAAGGCTTTCCAT GGTTGGTAAAGGAAGGGATGAAGGTACCACCGAAAGGGGTATGTGCTGATAAGATTGAGC ATTTTTCAACCTTGATTTAGCCGAGATTTTGGAGTATCTAAGCTGGGCAAGTGCACCTGG TTTCAAGAATGTGTGAAATGATGGGGTTGCAGATCTGGAAGTTCTAGTTCTCATGGAGGA TTTCATAGTTTGAGCTGAAAAAACTTTGGATATTCCTATAAACCCTAGAAACAGAAAGAG AAAGAGGAGGACTGTGTTGTTTGGAGATAAGAAAGAGAGGGAGTATATAAGGGTTTAAAA TGTGGAAACTGAAAGGCGGGAAGAAAGAATGGTAGGCGGCTATGGCGCCGTTTGGGCTTG GGCTTGGGATGGTAGCTATTACAAGTGTACAAATATAGCCAAATATGGAAGGTTCATTAA TGAGAAAATTTGAGGAATAATAACAAATACAATAGTCGTATTAGTATTTTATAGCTATAA TTTTGTTATTTACATTTCACTGTCATATTTTATTTGTTATGGCGATTTTAAAATTATACA AAAAAAAATGTAAAACAAAATAAAAATAAATTAACTAGACCCAGTTTTGTATATGACATT TGAAATTTTATTGAAATTGGGTATTATGTATTATGTCATATACAGAATTTTGAAATTGGG TTTTTATCTAACTGAATGTAAATCGATAAAAGGAATATCATATAGTATTTAATTAATAAT AGATTTAGTTGGATGATTTTATTGATATAAACAGCTAATTTGATTGATTTTATTGATACA ATTTTTTTTAATAATTTTACTAGATAAATTCTCAAAATTGAATAATCTTTTACGTTATTA GCCCAGTATATGTATGTTCTCTTTTTGACTTGTCAATTGTATATGTATAGTAATATATCT GTGAAATTTGTGTATAAATAAAATTTTGTAAATAGTGTATGTATGTGTACTTTGTGTCAG GCTTAACAATTGTATGTGTATACTTATGTATAAGTGAAACATGTATATATATATATATAT ATATAATCTGCATTAGTAAAACTATATATATTATAACTAAATAATCAAAAAATTTGTATT AATGGAAACTCTATATAATTAAAAAAAATGACTTGAGGAGAGATTTTAGAAGAAATTGAA GAAAGCAGGGAGAGAAAAGATAGCGAAGGAATTTGTAATAAAATAAATCTTATGTTTTTG TATATGTGTGTCCCTAGTTGAATGCCAAAAATTGTGTAACATTTGTTTGTTGCGAAACAA AAATAAATGAAACAATTGTTATATTATTTATTTGATTTAAATGTTTGCTATTATGTAAAA TTTGTTGGGCAATTTTCACATATAAATAAAAATTTCATATTTGTATGCTATAGCAAAGTT TGCATAATTGTGCTTCATAACAAACATAGAAACTGTATAATTCACTATACATATACAATT GAATCAAATTGTATAAAACAAAGTGTATAAAACAAGAAAGAGAAAGATACTTGGCAAAGA ACTGTATAAAAACGAAATATATAAAACAAATTGTATTATTATAAGTGTATAGAACGATTA TATACAATTTGAATCTGTATAAAATGAGAGAGAGAAAGACAAAAGAGACTTGACAAAGAA TATACAATTGAATTGTATTGTATAAAACGAGAAAAAGAGAAAGGCAAAAGAAACTGGGCA GGAGAGTATTTTTATTGTATAATTATAAGTGTACAGGACAAAAATATATGTACTTGCATG TGTATATACAATTTTTCTCACGCTTTATACAAACAGAAACACAATTTATATATTTCGCTT CTGTTTGTATAAGTGAGAAAGGCGAGCGAGATCTGAAAGAGGGGAACAAAAATATATATA TTTATACAATTTTCTCTGCTTTATACAATTAGAAATAATTTTTATACACGTGTGTTTGTA TAAAAAGTGAGAAAGCGAGCGAGAGACTAGAGGAGAGTGGCGAGGGAGATATTTGTTATA GAGCACAATTAAATCAAACCCTAACTACTCCCTTAATTTAAGGTTATTAATTTACTATGA TATACAATTTACCCAAAAATATATTTAGTTAAAGTTTGGATTGATTAGATACTAGGTGAA TTTGTCCAACCTTCAAATTTCCAAAATATGTGAAAATTTGGAATTCCATCCCACTATGTT GAGATTTCAAAAAGAAGGAAGTTTTTGAACTCCAACAAAATGTGTTAAAATTTTAATTGT AATTTTTAAAAATCCAGCACATTGTAGGATAATATCATGTTATTAGTTAGTAAACATAAA AAAAAGAAAAAACTGTAGATCTTTTTTTGTAGATCTACATAGCGAGGAAATAATATACTA CTACTTTCATATTGGTAAAGAAAAAGTAAGGGGAAGAATTCCGTACTTATTTTGCTTTGC CTGCAAATTGCAATAAACTATTTCATTAATATACTTATTTGACTAAATAACAAGAACAAA AAAGCAAACATGATAAAAAGAGCTGTAATTAAGTTTCTGGTCCACTAATTTTGTTATTTT CCTTAACTCAAAGGAAAAAATCTTCAATGTCTTATAGTAATATAAATAAAAATTTGACGT TCTTTTTTTTTTTCCTTTTACAAATCAAAACAATAAAAGGGCTATAGTAGATCTTGATAT TGAGGTATTTCAAGAGTGTTGCTACTAGATATAAATGGTGTTTTTTTTTTTTAATTTTGT GAAATAGAATTTATCTTCTATCAATAGTTGAGATCAGATATTTCCTTGTTATTATTAGTT AGAATCTTGAACTATGCAAATTAGAATAAAATTTTTCTTATTTTTAAATGATAAAAATCT AACATTAAATAATATCATGTTTCGCGTAATTAAGGATTATTTTTCAAAACTTTCGCATTG TTCAAAAATAAATTTAGCTTTTTTGCACAATATATAGGAAAATTTAATCCTTCTTTCTAG TTTTGTTTGAATTTTAGAATTCTCTTCTTCCTCCTTTCTCTCTTCTACAATTACTCTGCC ACCCATCACCCCTTTTTTTCTCCTTCTTCCTTAAACAGCGCTATGCAATTTTTTATTTTA TTTTCCCTCATTTTTTATAATTCCAATCAAATTGAATAAAATAATTTTTTGTTTAACATA TAAATTATAATGGTATAGTAGTATATATTATTTTATTAGTATATATAAGTTAAATAAATC CAACTCAAATAAATTTAGACCACTGCTATCACTCTCTAGACTCTCCATACCCAAATTTTG TCACATCCTTTTTTTTTTCTTCTCATTTCCAAGAAAAAAGAGCCTATTATAATTTTAAAA AATCCACGTGTCAATATTTAAATTACCACCGTCTTCATATCCAACCAAAATATCCCAACC GTCCGATTTTACAGGTACAACGTAAGCAAAATAGAGAGCATTACACAGAAACAACATACT TCTGGCTGAAATTTGTAGGACTCCTCCAATTTGTTATCGCAGTTCGTAGAATCTCAATAA AGAGTATTATTCTTGATTTTTTAATAGATTTTTAAAACCCCATTAAAGCAAATACCTATA TAATTGCAGCACAGATACAGAGAGAGAGACGTAGTGTGTTGATGAAGGAGAAGAGAGATA CTTCACATGGGATGTTGTATTTGATTCTGTGGTGAACAAGAGTTTTATAAAGAACATTCC TTTTTCTTTATTGCTTGGTTCTTGGGTGGGTCAGCCATGGATGTTCCATTGCCACTGCAT AGACCATTGAGTTGCACAAGTGTCTCCAATGCAATAACCCACCTCAAGATCAAACCTTTT CTTGGGTTTGTTTCTCATGGAACCACAAGTCTATCAGTACAAGTAAATTTGTCTTCTAAT CTTCTCACTGAAAACTGTAGTGTGTGTTGTATCCATTTGCACTAACTTGCGGACACATGT AGTAATTATATTAGCAGTTTTCTTGATTTTGAATTCACCCATGTTTCATACTCCCCAATT TCGATTATAATTCTTGCATATATGGAGTAATTTGAGCTCAAAATGCAATCTTGATTGACA TTTTCTTATGGGTATTGGAGCTGCGCATTTTGTGTTTACTTGACATCATCAGTATTTGCA TATTTGTTGATTCTTGGTGTATGTTAGTGGTCATGGTTCCAGTTAGTTAACTTAAGGTAA TTGTTCTTCAGAGTTATTGATGTTATTGGTATGCCAAGTTTATGGTTTCCACCCTTAAAG CAATTTCGATTGTTGATAGTTCTCTTATACCTAATGCTACTTTTGCAGTCTTCTTCATGG AGGAGGGATGTAATGGTTACTGGGGTTCCATTTCCATTTTGTGCAAGTGAGGGTTCATTC CTATGGTTATTTAGTTGTAAATATTGGTCTATGATTGATGCTTGCTATTTGTCAAACTAA CTGGAAAGATTGTATTCTGTAGATTTCTCGGGAAGAAGACGGAGAAAAGTTTCAACTCCT AGGAGTCAACAATCTTCACCTAAGGGGTTTGTGCCAAGGAAGCCTTCAGGGATGAGCACA CAAAGAAAAGTTCAGAAGAGCAATGGTGATAAAGAAAGTCAAAGTACTTCAACATCTAAA GAATCTGAAATTTCCAACCAGAAGACGGTTGAAGCAAAAGTTGAAACCAGTGATGATGAC ACTAAAGGAGTGGTCAGGGACCACAAGTTTCTGGAGGATGAGGATGAAATCAATGGTTCT ACTAAATCAATAAGTATGTCACCTGGTCGTGGATCATCTCAATTTGTTGAAAGTGAAGAA ATTGGTGATGATGACAATGATGCTGTAAAGTTAAACGAATCAAAGAGATTGGAAGAGAGT GATTTTCTAATTGATTCTGTAATAAGAGAACAAAGTGGATCTCAGGGGGAAACTAATGAC AGTAGCAAGGGAAGCCATGCTGTGGGTACCAAATTTTATGAGATATTGCAGGTGGATGTT GAACCACAACAACTGAAAGAAATTAATGCTGGGAGTGTTGAATACACAGGACCTGTAGCA AGTAAGCTATTGGAAATTACTAAGGCTAGTGATGTGCAACACACTGAAAGCAATGAGATT GATTACTTAGACAGTAATAGTTTCTTTAAATCAGATTTAGTTGAAGAGGATGATCCATTA ACCGCAGGAACAGTGGAGACTGGAGATTCTTCTCTAAACTTAAGATTGGAGATTGAAGCA AATCTACGTAGGCAGGCTATAGAAAGGCTTGCCGAGGAAAATTTATTGCAAGGGATCAGA TTATTTTGTTTTCCAGAGGTTGTAAAACCTGATGAAGATGTCGAGATATTTCTTAACAGA GGTCTTTCCACTTTGAAGAATGAGCCTGATGTCTTGATTATGGGAGCTTTTAATGAGTGG CGCTATAGGTCTTTTACTACAAGGCTAACTGAGACTCATCTCAATGGAGATTGGTGGTCT TGCACGATCCATGTTCCCAAGGAAGCATACAGGGCTGATTTTGTGTTTTTTAATGGACAA GATGTCTATGACAACAATGATGGAAATGACTTCAGTATAACTGTGGAAGGTGGTATGCAA ATCATTGACTTTGAAAATTTCTTGCTTGAGGAGAAACGGAGAGAGCAGGAGAAACTTGCT AAAGAACAAGCTGAAAGAGAGAGACTAGCAGAAGAACAAAGACGAATAGAAGCAGAGAAA GCTGAAATTGAAGCTGACAGAGCACAAGCAAAGGACGAGACTGCAAAGAAAAAGAAAGTA TTGCAAGAATTGATGGCAAAGGCCACAAAGACTCGTGATATCACCTGGTACATAGAGCCA AGTGAATTTAAATGCGAGGACAAGGTCAGGTTATACTATAACAAAAGTTCAGGTCCACTA TCCCATGCTAAGGACCTGTGGATCCACGGAGGATATAACAATTGGAAGGATGGTTTGTCT ATTGTCAAAAAGCTTGTTAAATCTGAGAGAATAGATGGTGATTGGTGGTATACAGAGGGT AAGTGGGGATTTTATTATTATAAGTACTTGCACTTCTTTTAGTTAGTGCTTGCATGAGCT TCCACAATTATACTTTGTCTGTCTCCTTTTATTTCTTCTGAATGTTCGGCTACACTCTTC TGAGGAATGTACTTTTCTGCAGTTGTTATTCCTGATCAGGCACTTGTCTTGGATTGGGTT TTTGCTGATGGTCCACCCAAGCATGCCATTGCTTATGATAACAATCACCGCCAAGACTTC CATGCCATTGTCCCCAAGCAGATTCCGGAGGAATTATATTGGGTTGAGGAAGAACATCAG ATCTTTAAGAAACTTCAGGAGGAGAGAAGGCTTAGAGAAGCCGCTATGCGTGCTAAGGTT GGTTGTAATGTTCCACTCAAGGTTAAAACTGATTAAGTGGATTTGATGGGTCAAATTTAG ATATTCTGTTGTTGTCCTGTTATTCCAAAAGAGAACAAAGACCTCCTAATTTTTTTTTTT GTCTATAGAGTTCTCCTGCAAGTTATTTTCTTATATTACTGAATTCCATTGCTTACCTCT CATATATGTTTCTTCCAGGCTGAAAAAACAGCACTTCTGAAAGCTGAAACAAAGGAAAGA ACTATGAAATCATTTTTACTATCTCAGAAGCATGTAGTATATACTGAGCCTCTTGATATC CAAGCTGGAAGCAGCGTCACAGTTTACTATAATCCCGCCAATACAGTACTTAGTGGTAAA CCTGAAATTTGGTTCAGATGTTCATTTAATCGCTGGACACACCGCCTAGGTCCATTGCCA CCTCAGAAAATGTTGCCTGCTGAAAATGGCACCCATGTCAAAGCAACTGGTTAGTTTTCA CGCACTCTGATGTCAGTGTACAAACACTACAGACTGTTCCGTCATCATAGCTTCAACTAG AAATAATTTTCTCTTACGCTTAGTAGTATCTTTAGTATTAAGTATAATTTGAGTTGCAGT TTCTTTCACATATATTTCTCTATTTTTCTAGACAAACGGAAGTTTTCTCTGTAACCGATA GCTAGAATGCTAATTGTCAGCTGAGATGAACATCTTGATATGGGATCCGAGACCTTAGGA TTCTAAGAAGTAAGAAAGTAACTTAACTCTCTAATGCATTTATGTGGAGTAAGTTTGAAC AACTGATGTATGTAAACATTTAATTACATATAAATATCAATTTTTGTCAAATAAAAACTA GTCTTATCTGAAAAACATCTTCACTTTTGCTTTCCATCTGGCTACTTATGTTTCAGTCAA GGTTCCATTGGATGCATATATGATGGATTTTGTATTTTCCGAGAGAGAAGATGGTGGTAT TTTTGACAATAAGAGCGGAATGGACTATCACATACCCGTGTTTGGAGGAGTCGCTAAAGA ACCTCCGATGCATATTGTCCATATTGCTGTCGAAATGGCACCTATTGCAAAGGTAGACTT GGGTGATTCCAACTTCTGTTTTATGCTAAATATAATACTTTTGTGCTTTAATTGATACTT CTTCACTGCAATTCAAGATCTGAAGATGTTTCTGTTCCACCAAGGACTATTTGTGCTTAA TCCATAGTTTCTTGTAGCTACCTCTCCCCTCCAAGTTAGGTAAAAGTGTCACTTGCTATG CATTTCTAGAGTTGTAAATTTTCCGATGTTTGGCAGTTACAGGCAAACAGTTAGTCAATA AAGGCAGTCCATTTTAATATAAATGATACTCTTGTGCCTTTTATGGTTATTTTGCTTTGA GTTGACCTTTCTCATCAAAAAATGTTTATTCTTTAATATTTGGGGGAGATGGGGCTATTG GGAACTGTAAAGTGAAAAAAAAGGATAATGTTTTCCTGTATTACTTTTTGACTTTATATT AATTTTTTATTTTCCTATTAGTAAACCCAAGAACTATGGAGGATTTTTTTGAACCTCAAA GGCATCTCGTGGACCATGCCCAGGAAGGTCTCAGAGGCTTTAAAGAGTTGGGAGGCATCA GGGATGAATGCAAAGGACAGAAATAGATGGAGAATTATCCGTGCTATATATGGTGGACTA TTTGAAAAGAAAGGAACTCTATGTGTTTTAAGAGCATAGAGAATAATGTTCAGATGGTCA AGTTAAACTGCATTTTATTGTTACATTTCTGTATAAATGGTTTCAGTACAATCGATGTAC TGTTTTGTGATATAATCCAAGGATACCTATTTCGATTTCTCTTTATCTATTCGGGATAAC GGATAGATTCTTGGGTGATAGAATTAGAAGAATCACTAGTTAGTTTAGTAGAGGCAGTGG TTTTACATAGTAATGTAAAGATGGCTATTTAGGAACAAAAATTGAGGTTTACTTTGAATA CATTCAACAAATTCTTGTTCATTTACATATTGAAAGGAGTGATTCTATTCCAGCTGTTAT GTTGTCATTACTTTGTTTTTGCAGGTGGGAGGCCTTGGTGATGTTGTTACTAGTCTTTCC CGTGCTGTTCAAGATTTAAACCATAATGTGGATATTATATTACCTAAGTATGACTGTTTG AAGATGAATAATGTAAGGTTACTGCTTCATTTTACCAAGTCTTCTCATTATTCATCACTC AACTTCCACACACTGTGTCTACAACCCAAGTAGGCTTCTCATTGATACTTACAATAGCTA CTTTCTTGCACCAATATTTTGTTAATAAAAATGAAAAATAATAGCCTTGGTCGTCCTGCC AATCACGTGTAAATGTGCAACAGCTGTTATCCCCATTCTTGGATATCTGATAAAGGTACA AGTCTAAATGCTTCATGATTTCAAGAGAATATTCAAACACAACAACATACCAGTGTAATC CCACAAGTGGGGTCTGGGGAGGTTGGTGTGTACGCAAACCTTGCCCCTACCTTCTTGTGA ATGTTCAAACACGATTCCTATAAATCATTCGAGTTGTTCATGTATCACATACTTTGACTA GTATTTTTCTTTTCATCTGTAAAATATAGTTATATTATTTACCAGCAAAAAAAATATGCC ACGGAACATGTACATAAAAGCTTTTACATATTGTGTAAAGAGCTCAAAAAGTCAATAATG GCTTCTGCATCATTAAATGAAGCCATGTTACATTGATAAAGAAGTAGTAAGGAGATACAT ACTTTCACTAATATTATTGCATGTTGCTATGTATTCTTATTAGGTGAAGGACTTTCGGTT TCACAAAAGCTACTTTTGGGGTGGGACTGAAATAAAAGTATGGTTTGGAAAGGTGGAAGG ACTCTCGGTCTATTTTTTGGAGCCTCAAAACGGGTATGCTTAATGCGAAAATGATGCATA ATGTTTTTGTTTTATCAGAAAAAATAAGTGAAACTTGTTGTTTCATGGTTTATAATCAAC TTTTGTATGTCTGTTCACTAATCAGTAGCTGTTTATCATAAAGTAAAGAGAAAAGTAGAA TGCAATCTAAAGGCAGTCCAAGATGAACTGCTGATCAAGCTCCGTTATCTACTCTCTTTA GTTATCTCGCAAAACAAATAGAAGTATTGCAGCCCTTTTCTCCTAAAGCTTTCTTTAGTT GAATATTAGAAGTTTGTGTGTTCCCTAAATGAAAATCTCATTTCCTGACCATTTTCCTAA TTTATATGTTGTTGAACTGCAACCGCCATCACAGGAGTTGGTGGTATTTCTGGAAATGAT AGTAAAGAATGGAGAATCAATAATTATATCGAATGACTTACAACTGAATATAGACCCTGC TTCCATCAATTTATTTCCTTTTAGGATCAATGTATATATATACGCTGTTCCACCTTTTCG ATGCTTTTATTGTAACAATATAATGGTATGTAGTACAGCAGAACATACAATCATATTCTC AACTATGTGTGCCTGTTTTTTGTTTTCTTTTGATCAAGCATAGGTGAATTAGGCATTTTG GATGTCTTCATAATTTTAGTGCTTCATTATTGTTCTTTTAGGTTATTTTGGAAAGGGTGC GTATATGGTTGTAGCAACGACGGTGAACGATTTGGTTTCTTCTGTCATGCGGCTTTGGAG TTCCTTCTGCAAGGTGGATTTAGTCCGGTATGTTCCAGATTATATCAATATGCTAATTCT GAGGTCTCATATTTTCTTGATTCCTATTTCTCCAAATTTTAATCTTATAAATTTCTTAGG ATAATAGCTTATTTGGGAAAGCTATAAATATTTTCTGAAGGAGGCAAGTCGATTGCAGAT ATTTTATTGTAATAGCATCAGATTCAAATTTTTATGTCAATGAATGAATTGCTAATTACC AAGGAGTATAACCAAGTCGTTTTAATTATTTTGTAATGTGTGTGGTTAGATGTGAGAAAA TGGTGTTTTAGAATTCATGAAACTTTCTTTGAGCTAATAAAGATGGTGAAAATGGTGGTT TTGTAAGTTATGTGGGTCCCACCATTATATTTAACGGTTTTGGGGTAAATTGTTAAGTTT AGGATAAAACACTAAATTGAACACATTTTGTCATACATGAAGGACAATTTCAATCACCTA GAGTATTTTAAGGACCAAAATAAAGCAACCCCAATACATTGAGGACCATTTTGATCATTT TCTCTTCCAGATTATATCAATATGCTAATTCTGAGGTCTCATATTTTCTTGATTCCTATT TCTCCAGATTTCAATCTTATAAATTCCTTTGGATAATAGCTTATTTGGGAAAGCTATAAA TATTTTCTGAAGGAAGCAAGTCGATTGCAGATATTTTATAGGAATAGCGTCAGATTAGAA TTTTTATGTCAATGAATGAATTGCTAATTACCAAGGAGTATAACCAAGTCGTTTTAATTT CTCACTGAAGTTGTTGGATTAATTGGGTCTGCGACATGCTTCCTTGGTCCCAAATTAACT TCTTAAGTTCACCTCGGAGGATTCAAATTGCGAAGAATTCAACAATTAAATTATTCATGA CTTAGTCTTTTACAACCAAAAGCTTGATTATTTGATACCATTTTTATCATAATTTTTAAT AAGACCAACTATTAGTTTCCAAAGTGTAAGTTTGAGGTGAAATATCATTCTCAAGACACA AAATTAGACATTTTGACCTCTAAATTCAAATTCAAATTCAAACATCTAAAGTGGGAGGGA CTGTGTACTACTTTCCTCTTTCTAAATAATTTTCTTCCTACATATTACTGCTTGCTACAA TGAATGGGAGCTTTTGGGCACTGAACTGAGGATCTCAAATGTTTCTGTGAAGTGATACGG TTTCTTATATTTTCTGTTGTTGAAATGAAATTTTATTTGCACGTCTTCTCCACTGTTCAT TTGTCCGGCAGGATATCATTCATTGCCATGATTGGTCTAGTGCTCCTGTTGCTTGGCTCT TTAAGGAACAATATACACACTATGGTCTAAGCAAATCTCGTATAGTCTTCACGATACATA ATCTTGAATTTGGGGCAGATCTCATTGGGAGAGCAATGACTCATGCAGACAAAGCTACAA CAGTAAGTGCTTCTATCACCTTTACCTTACAAATGGCTGTTTGTGCTTGATGCTGTTGTC TGTGGAAAAATGGTGCTACGCATACGCCAGAGGCTTTTTGTAATTTGCCAGACAAAAGTT CTGGATTTGAGTTCCTGAAGGTCATCATTTTGTCCAGCTTCCTATTTGTCTCATGTTTGT TTCGCCTTTTCATTTTTCGGAAGAAGATTGTAAATTGCACCCCAGGGAAGAGGCTCTATT TAGCTGCTTTCAGAAACTAGTCTAACAACCAAACACTGCCTGAAGGCCTTCAGCTATGGA CGCTGTTGGAGATAAAAGTAAGACCAGACAAAATAAATCTAAAAGGAAAAGCTACACGAA AACATGCTCTTGAAGTATACATAAAGAAAGTGTTATGGGCACCAAGTATACTTCTTTTTT TTGGTTTTATCAAAAAAGAAAAGTATCCTTCTTTGTTTGTTTTAGTGAAACTGTAAAAAT TTCTCTATGAAAGGTAAAGCTGTATCCTAATAAGATTTACATGCAGGTTTCACCAACTTA CTCACAGGAGGTGTCTGGAAACCCTGTAATTGCGCCTCACCTTCACAAGTTCCATGGTAT AGTGAATGGGATTGACCCAGATATTTGGGATCCTTTAAATGATAAGTTCATTCCGGTAAG TTTTCTCGGCTTTTCTCAGTTATTATATCACCTATAAGGGCACACATTGGAATCAGTTCA TGCTTTCTTCTCCCCCTTATCTCTCTGCATATAAACTGTCCAACTGCAATTCTTGAAAGT GACCTCCACCCTAAAGAGGTTATTGTAACTGATTATTGGTCAACTGTGGAGTGCAAGGAT ATCTGATCTCAAAAAAAAGAAGCTTAGTAGTCAACTTACCTTACTTCTTTGCTTGCAAGA AAGGTTGTACAACTCCTAATGCTCTACATAGAACTCTACAAGAAAACTGTTGGATATGCA GAGAATATTTGATCATGAGCAGCAACAACAACACACCCGATGCACTTCCACAGGTGGGTT TGGGGAGGGTAATGTGTACACAAACCTTACCCCTGCCACCTCTACCTTGTGGAGGTAAGG AGGTTGTCTCTGATAGAACCTCGGCTAAAGGATAGCATTTCAAAGATACAAAATGAAGAA GTAACAGTAACAACAACAAAATAATACGATAACTGAAGCATAAGAAACAACATATAATAG AAAACTATGAGAATAATACTACTAGTATGGAAGGAGAAGAAGACACGGTGCTCCAAATAC CACCCAGCCTATCCCACAGTAAAATGAGAAAACGGTCAACTACCTACCAACATACTACCT TAATCTGCAACATCCACATCCTCCTATCTAGATCATGTCCTCAGTAAGTTGAAGATGTGT CATGTCCTGCTTGATGAAAGAATCCAGATTCCATACTATGATGTGGGCTGGGGATCTTTC TTCTCTTTCTAAAAGAGAAGATAACAATCACTGGATGTTTGGGCTGCCAGTGCAAAGACA TTAAAGCTTTTGTGGATTTTTACCTCATTTTAATTAGCCAATTTCAGAACAAGAAGGCTG CTCCCATTGATACCCAGATATTGTCCTATTTTTGTGTGTAGGTGCATACAGAGGCGACTT TAGAATTTTAAGCATGGGCTATTTGACAAGAATATTGTTCTCTAAAGTGGCACTTGTTTG ATTTCTTGTGTATCTGTACATGAGTAGACCAGACCCTTCCTCAGCTATGCTGTGATTGCT GTCATTAGTTGTTAATTTTTTCTATGACCACTTCATCTGTTAGGCTTAGAATCTTTTGGT GATCACTACATTTGACTCTTTTAACTGTGTTAGTCTTTTGTGTGTCTTGGTGATTATTCC TTCAAGTAACTTTTGGTGTGATTATTCTGAAGCTAGATGTGCACTTAACTTGTTCAGTTG GAAAAACTTCAACTACTGTAAATAGCACTGAACAATTTTTTAATTTTGTTAGCACCCTAC TCCTAGCATGGTCTTTCTCATGTATTGGAGCTAACACACTTCTTTTGCATCTTTTGATGA CTTTTTAATGAAATTTCTCACTTCATAGAAAAGATAGTGTGGAGAAACTGCCAACCACCT ATCTAGGCATGCCTTTGGTAGCAGTCATGAAGCCTTTGAAATATGGGACGGTATCCCAGA GAAGATTGAAAGGAAGCTATCAAGAAGACTCAGTATCTTTCTCGAGGGGGAAGATTGATT CTTGTAAATTCTGTTCTTGACTCTTTACTCACTTTTGTGATGTCCTTATTCCCAATTCCA GCAAAAGTAGAAGAACATTGGACAAGTTAAGGAGAAACTTTCTATGCGAGGCAGCTATAA TTTAGTTAACTGGAAGACCGTAATCCTTAGCAAAGATAGAGGGGGGCTGGGAATTAGAAA CTTGAGATTGCAAAATGAAAGTCTGCTGAAAAAGTGGTTGTGGAGGTACACTGAGGAGGG AAGTGCTCTCTGTAAAGAGGTGATTAAAGCTATGTATGGTGAATTAAGCCCTTGGTGAAC AGAGAACACAGTTGAACCTTATGGTGTGGGAGTATGGAGAACAATCAGAAACCTGTGGCC CCAAATGGAAGCAGAATTGTTTATCAAGGTGGGAAATGGCAATAAATTAGATTTTGGAAG GATATTTGGATAGAACAATCCTCCCTTAGCGATCTCTTCCCAGATCTCTTTCAAATCTCT GAGAATCCTGATGCTAATGTAAATGATTGTTGGACAGAACAGGGATGGAATTTAGTATTT AGAAGATTTCTCAATGATTGGGAGGTGGAAAGGGTTGCAGAGTTGCTAGGGAAGTTAGGT GAATGAGAATAGACACAAATGCCACAGACAGGGTGCTATGGAGGCACAAAAATGATGGTC TTTATACAGTTAGCAGTGCGTACAGAAGAGGTCTCCAACTGATGGCAGGAGATCCAAACC ATCAATGGAACTATTTTTGGACTACAAAAGTGAAATGTTTCACTTGGCTAGTGATAGAGG GTTTGTTTAACACAGGAAGTATTACAGAAGAAGGGTAGACAAATGGTTCCCAGATGCTTT TTGTGCAATTTGACAGGAGAAACAAACAAATCACCTTTTCTTGCACTGTAACTTTACCAA GCAAGTCTGGAATTTATTTCTTAGCATTTCAAATCTGAATTGGACAATGCCAAAACATAC ATCAGAGTTGCTGAAGAGCTGGGTAAGGAGAGGAGGCAGCAAGAGCCAAAGGAGATGGTG GAGGTTAATACCATCATGTATATGGTGGTCAGCTTGGAAGGAAAGGAATGGTAGATGTTT TGAAAATAGATACAATTCCATTCACAAGGTCAAATGGAATTGTATAGTATCCTTACCTTT TTGGTGTAAACAGTTGTGTATAGTAGATACAGACCAGATTGTAGATTTGATAGGAAGCTT GTAACTAACACTTTTTGGTGGAGACAAGCATGCCCTTAATGCTGAAGAATACAATCTTAC CAGTTTCAAAAAAACAAAAAAAAAAAGAAATAAACCTTAGACCTAACACAGTCCCCAAAG CTAGTTCATGAGATGAGGATTCCCCAAGATCATAAAAGGAGACATAATCCCATCCCAAAA CTATATCAGACTCTTAGCACTCACACTCGCAATAGTGGACATTTGGAGCTTGGATAATAG AACATGGGTACCCGACATCAGGTAAACGAAGAATTGGAATGGGTCTGGCTCACCTAACTC AACCCTATAAGTCAGCTAATGAGGTAAGGATTGCCCAATACCATATAAAGAGGCAAATAT TCCATTCCATATCAATGTGGGACCCTATCAAACAGTTTGTGTTAGCACATAATACACCTC CAGTAGTCTTACCTCTGAAAGTTATGATGTTTATCTACATTTATTGGTTTGCTATTCCCA TCATCCCAATATGAGGGTGTTTTATAAAGACTTTGAAACTTGTGTAAAACATGCCAGACA TTTATGTGGCTATAAATCACTTCATTAAGGGTAAAATGATTTTTTTAAAAGTTAAATTGT ATCTAAATAATTGGTAGTAGAGGGTCAAACGAAAACTGGTGGGTGACGATTCCAGCATGT ATCTGGTGGACACTAAGGAAGTAAAGGAATGCCAGATGTTTTGAAGAGTAGCAACATTCA GAGATAAAGCGTCAGAGTCTTAGTTTGCTGTATTTTTGGTGTTAACAAGAGTTGGGGATA TAGTAGCACTAGTTGGCTTCATATGTAACTTGTAAAGTTCTTCTATTTTTGCAATTCTTA GATTCTTCCTCATCGTTTCTTGGATGATGAGTTTTTTGTGAATACAAAGTTACCATTGTC TCCAAAAAAAATTGCATCTAATATAAAAAGGTTCTTCTTTTTGGGACACTAAAAAGGGAA GTGTCACATATATGGAGTATTATATTTGGTTATTGTGAGGTTCATTCTTATTGTAGCTTT AAGTTCTTGGATCTTAAATCATGTTTATTTGATGGTTGTCGCACTGTTGAAATGCATGCT ATTACAGATTCCGTACACCTCGGAAAATGTTGTTGAAGGCAAAACAGCAGCCAAGGAAGC TTTGCAGCAAAAACTTGGACTGAAACAGGCTGACCTTCCTTTGGTAGGAATTATCACCCG CTTAACTCACCAGAAAGGAATCCACCTCATTAAACATGCAATTTGGCGTACCTTGGAACG GAACGGACAGGTATTTTCTCTGAAGGTGTTCTTAAGTTCTCAGATCCCCCCTTCTTCTTC TCTTTTGCTTGGGGGAGGGGGGGACTATGGGGAACATACTCATCTTCAGCTTTTGGCTGG TCGAGATGTTGCTATATGCTCTGATAATAACTAGTGTAATTTTTTTTTTAAAAATCATTT GGTTTCGGATGTCATGTCTAGTTTGTATATAGTAACTGATTACTGATCTAAGATGCCAGA GAGTACCTGTTTATTATTTTTTACTTTAAAAAATCCAGAGAACACCAGCTCTTGAATGTT TTCGTTACCAATTTTTGCATCTTGTTCTCTCAAGTCTTATTCTTAATGGAGTCCCATTTT AGAAAGTCTATTTTAGCAGAATGGTATGATCTTCTATTGACAAAAAGCTCTGACAGGTAG TCTTGCTTGGTTCTGCTCCTGATCCTAGGATACAAAACGATTTTGTTAATTTGGCAAATC AATTGCACTCCACATATAATGACCGCGCACGACTCTGTCTAACATATGACGAGCCACTCT CTCACCTGGTATTGTTTCTCCTTTCCTTGCTTGTTGCATATTTTTGTCTTCAAGCCTTAT GTGTACCTTTTTATTATATCATTCCTTTTGATACAATTGCAGATATATGCTGGTGCTGAT TTCATTCTAGTTCCTTCAATATTTGAGCCATGTGGACTAACACAACTTACTGCTATGAGA TATGGTTCAATTCCAGTCGTGCGTAAAACTGGAGGTACCTTTTTCTTATGACCTATATTT TTAGAAATTTGAATATCTTTCCATGGTGCTGCTTGCTTAGTACCTCTCTGCCACTTGCAC TGTATGCTCAGATATGAAGGTAGAGCAACTCACTCTAGCGAAGTTTCTCTCTCTCATGAC CATAATGTTCCCTTTTTTTAATGATGTGACCATCTTTTTGGAACTACAGGTGCATATATA TGAATGACTATTTTTGATTTGGTTGAGCCATAATTAAATAATAGCGCCTTTTTTCAAAAA ACTTACTTTCAGATGAGGTAGTTACACAATTCAACATGGTGGCAAAGTTGATAGAGCTTT TGGGATCATGTTCCACTACTACCCATTAAACAAAAATAAAGTTTAGTATCACCCATTATC AAAAATCAGAAGGTATCTCTGCATGCTTGGACCATCAGACCCTCATGTATGAGAACAACA TTATAACCATAATTCATAAAATATTACTTAATAAAAGAAGACAATAATTCCTTATTAAGA ATAAAAAGAGACGGTAATTAATTAAAAAAAACTGTTTTCCCCTAACAATTTTTAAGCTTT TAGATGTGGAGATTACTGTTATGGTCCCCTGTTATGGATCTAATTATGGGACGCTGCAAG ATAAAATCTAAAGTTCTCTTTTTTCTACCTATAGTGCTGGTTCATTAAGCTGCGATCTCT TGAGTTTGAAGTACTCAAAAACTTGACTAATTTTCTGCTTAACATTTCACTGAATCAAAT ACATTAAATACAACACTGAAACAAGGAAAATAACTGTCTACTGCCTACTACAACTGAATG AGAAAGTGGAGAAATAACCTCCTACTGCAACAACTCCTACCTAGAAATAGGAAAAATAAA TAACTAAAAAGCTGTAATAATCTACTACAAACACTGCTGGACAGAAATAAAAAATAAGTA ACTTATAAGCTGAAGAATTCTACTTCCGAATTTCCTTAAATATTCCATGTGTAGACCATT GGTAGACTAAAAGGGTGCTAACAATCATCATACACTACAGCAGTTTTCAGTCTCTTGTAA CATTGCAACTGCAGATATTTATGCCGATCAGAATGTTTTAATTGTAGTTTCCTCTTTTAG TAGCGAATTTACTTGATGTTTATTAGACTCACAAAAATTATTGCATTCTCTTGAATTAAG TGGGAGAACAAATATTTTTTGCACATGGTAGAATTTTCTTTTGATGCCGTTGGCTTAGTT ATTATTTAGCAGATCCTAATCATTTTCTTCTGAATGTGTGTTCTAACCTCTGCATTCTGT ATATTAGGACTTTATGATACTGTATTTGATGTTGACCATGACAAAGAGAGAGCACAACAG TGTGGTCTTGGACCTAATGGATTCAGCTTTGATGGAGCAGATGCTGCCGGAGTTGATTAT GCTCTGAATAGGCAAGTATAGTTGCTTTGTTTCTATTAAGGTTTTTTAGTCTTTTAATTT TTAAAGGGAAACTGAAGCAAGTGTGATGGCATACACATATTGAGAGATCAAAGTCTAAAG AATGTTGCAACAGTTATATCTGAACTCTTAAAATCCTGCCCTATTTTCCCCTATTTCTTT TTCAACAACACCAGACATAAGGATCTTTTCCTCCAAATTTTCAACGTATCTCCTTAAAAG ATGTGAGGACTGGACAGCCCTAGCAGACTTCTATAAACTTGCTGAGATATTGAATTTTTA TCAATTCAATTTTTTAAAATTCTAATTTGAGGAAAGGAGGGATACAGGGGCGTGCTGTAA CAGGGAAAGGGAGAACAATCTGGTAATCTGTCTTCAGTTTCAGAGTTTCCATTTTCTTAT GCTTGCTTACAAGAGAATGAGGGAACAACTTTTTTAACAAGAGAAAATGACCAAAAGAAC TATTCTGAATTTTTTTTGTACTGAAAATAACCAATTGTTTTCTGTTGAAGTCCCAAGAGG AATATGCTACTAGTAATTCTCCCCTTTCTTAGTGTTAGAGAATACACTTGTCCTTCATAT ACTGTGTAAGGGTTTCTTAAGGGTTTAAGGTCCTGGGGCGCTCCACCCTTTCATTGAGGT TTTGGGTTGGATGTTCATATTTATTCGCATGGTATCAGAGCCATACCCGTTCCTACTCTT TGTTTACCTAATGGATGGCCCCCTATGTTATATCGTCCACGCTCCAGATGTCCAGGACTA AGTTTACATGTCTTTTTGAGCAATTCTCGCTTTATGAGTTAACTTTTGACGTTGAATTAG GCCCTAGGTTTGTTTCATTTAAATTGGAATCAGAATTAGATCAATCGTTATCTTTGGTTT TATCCAGTTTTGTGCTCTCATGTATTGGCGTCCAGACTCCATCTATCCGACCTTGGTTGT GCGCGGGAGTGGGATGTGTGTGTTTGCGTGTGTGTTAAGTGTCCATACTGGTTGAGGATC TGCTTTGTCTCATTATATGGTTTTGGACATCTCATGGGCTATCTTTTGAGGGTGAGGTAG GCTTGAGGTTCATTTTCTTTACATGCTAGCATAGCATGTTGTCCTGCTCGATTTTCTCCT CATACTCTACTGCTCAGGGCTTTTCTCTCTCAAAGAAGTCCATGGAGCCACTAACAATGC TCCCTGGTGCCCCTGTCCCTTCCCTCTCATTGGCCTGTTGGCCTAACCAGTCTCCGGATA CTTTAGGCCCACTTCTGTTGAGCCTCCTCTTGAGCGTCCCTCCATAATAAAAATCTTTAG TCCATGTGTAACCCAAGAACCAAGTTACACATGTGAGAGATTCACCTTTCACTTTTCTCT TGTAAATGCCATGTGGCCTTCAAATTTACTCTCTTCCTCCTCTCGACTGAAGAAACTCCA GGAAAGCCACTGTCTTAGTGCCCCTTCTCAATGTTCCCAGATGGAGAAAGAAGAGCAGCA CAAACCATCTTAAAATTAGTCGACATTCAGCTACTTCTATGAGGATCCTCCACCCAATTT ATGCTATCTTTGCATCCATATGATATATATAAAGAAAATAATTAAGCCCAGTCATCGTAG CAATGATGGATTTTTCACTGTGGGCATTCAGATCGTAAGCGTCCCAGAGCTGAACTTCAA TTGCAAGAATGATTTAGGAAAGCTCGATGACATTCATGGTGGAACCATCCTACGCTAGCC TTGGTGATTGCGGCACTTGGTTACTTTTATGGGAATACATTAGTTTGGCGATTTGCTTCT CATTTTCTTGTTTCATTCTTGAGAATTCGAGATCATTCGTTATTATAAGCTTTTTCACGG GGAGACGTGGGGGTGGGGGGCAGTGTGTTTGCTGTCAAATAGTAGTTAGTTTTGAAAATA GAACTGCTCAAATGTAGAAAAAAACAAACTTGTGGATAAGCATTGTTATTGGAAATGACA ATATGAAGTGTGGAACTTGGAGTGAATTGCCATAACTGCGGGTGGATATATTATTTTTCT TTGCACCATGTTTTTCCATCTTATGCAAACCCTAAGATGCATACTTCCTTCCCCTTCTCC TCGTTTGTTGATATCTCACTTACGGTTCTGTGTTTCAGAGCTCTCTCTGCTTGGTACGAT GGTCGAGATTGGTTCAACTCTTTATGCAAGCAGGTTATGGAACAAGATTGGTCTTGGAAC CGACCTGCTCTTGATTATTTGGAGCTTTACCATGCTGCTAGAAAGTTAACGTAGTTAGTT TGTGAGATAGTAGCAGAAAGATTCACGAGATCTGCAGTCTGTACAGGTTCAGTGTTTGCG TCTGGACTGCTTTTTATGTCCTATAACAAAGTATAAATCCTGTCTACCCTGAGATCGATA GCAGACAGTACTCAGTTCATTTCATTTTTTGTGCAACATATGAAATAGCTTAGCATCTAA TAATGTAGTCTATTGATGTTTATTCGTTTTGGGAAGAAATGAGAAAATCAAAGGAAGCAA AATACTCTTGACTTTGGATACTATTCATACAACATTACTCATGCAGGAACTTAAAGTTTC ATACTCTTTTGCAATTTGCTTATCTATGTGTACTTGCCACGCGGTATAACCTTATTTGCT TGACAAGTTTGGGACTGTGAGTGAAAACTACTACACCAGGTATTTCACAAAGCTTAAATA TCAATGAAATAATCATCATTTGATGACACATTGATGTCAAGTTGAGCCTAATTTTGTTAC ATATTCATTGCACTGTTGAATAGATGATGACAGTATATACAGCAAAAGAATTCAGCAATG AATTTCATGTTCATACTAATTGCTGCACTTGGAGTCAAATGTATCAATTATCTTCTTGCT GAAAACCAAGGAGCTAATTGGCCTCCTTTTAGAAATTAGAACAAGATGAAAGAAAGATTT TACAATGTAGCTTGTCAATCTTGTTCCTATAACCACTTAAATTTGCCTTCCATTATAAAG AAAGATTTTGTGCTAAGTGGTGAGTGAGTGTGACTGGATTGGAATTGGACAGTGATAGAG ACAAAGAGCATTAGCTTTTGTCCCCACTTATCTTCATAAATATTGAAAAAGGTAAAATAG GTACATAAAGGTGAAATGTGTTTTATGTTCATTTTTTTGTTCTCAATGTTAATCCCACTC AAGTGCATACTTGAAAAATGAAGTTGTCTAGATTTTGTCCATTCTAGCTCCTAATTATGA ATCCACTTGTAGTTCATTTCTAACTTGTTCGGTATTGAAGTATAGATAATATGAAGTGTA AGCTTACAAAGTTAAACAAACGATCACTTTTTAGTTTGATCGATGCTGAATGGGTGGAAA GTTTTATTAGGATTACGAACACTAGGCTCGTTAATAAAAAATTGCAAGATTATATATTTG CTTTACTCTTAATGGTTGGTAAATATAAAATCATTAAATTTCGGAATCTGCCGATTAGGA TAATTTATTCTATTCTCTTTCCTAAATTCTAAACCTTATCTTAATATTGACATTCCAATA AGAAGCTCTTCTTTCATTAAACGTGATTAATTATTTGATATTCTTCAACAAGTGATCAAC TTTTAGTGTTTAATATTAAGATTATTGCGTGCTCAAGAAGGAATTTTTAATCACACGAGT TGATTTTCTAAACGACCCGTTAATCTTTGCTAAATATCACATTTTGTGAAGTAAGGGGGA AATTGAAATAAAAAGTGATAATAAATGATTTCTCAAACAAATGCAGTTTCCTAATTATTT AATCTTGTGATTGTTAATGGGTGATATATATAATAGACATAATACATAAATATGCCCTTT ATCTTGGCTTCAAATTACATTTATGCCCTTCAATTTTTGGTGTGCACAAGTAGACCGTTA AACTTGTATAAAGTTGAACAAATAGACACACATGTCCTACATGTTATTTTTATCCTACGT GGTGTCTTACGTGTATTTTGCCGTGTTTATTTATTTAAAAGTTAGATTGTTAAAGTATCT GTTTGTGCATTATGAAAGTTAGAGGTCAAAGTTAAAATTTAAAGCCAAGTTTAGAGTCCA ATATGTGTATTATGCCTATATAATATATTAAAATATTCTTGATTTTATTTATTTTAAATA AGTCACCAAGGATATTAAAAATATTTTTTTAAAAGAAAGAAGAGAGAGATACTTTTCTTT TAAATCGACTTAAAAAATAAGCAAAATGAACAAATTGAAATAAAGATTAGCTGTGTACCT TTTTTTTTTGGTTGTTGGAAGATGTGGATCTGTCCTCAAGGTGCTAAGATTATCCAAAAT AGACTTAAAAAGTATTGTGATCCACACTTCACCTTTTTTTTTGGAAACTAATTATATAAT TCTAAAGTATTAATATCATGGACTATGTCATGTGGTCCAAATTATACTAATCAATCTTTA CTTGTTATGCTCAATATCTCACGAATTTTAGAAGCCAATTTTTTTTTTAATTTTATCATA AATTTGAATATATAATATTTGATTTTTTTGTAAAAATATTTGTTTAGTTTGGAGATTATG TGCATGTAGAAAGTAGAAACTTAAAATAAAATGTAAATTTTGTAATGGTTAGTTTTGATT ATTGGAATCAGGTAGATAGTTATGATAAAAAGAGAAAAATTGTAACAACTCTAATTTTAC AATAAAATAGTAAGATATTATCTATTAATACTGATCAAAAGGATTACATTATGAAGGTAC AACAAAAGGGAAATTGAATAAAAGTTATTGTATTCGCAGGTAAGAGTGTAGCTAGAGTTC TTGTTATGGAGCAACTGAATAATAATTTTAACCAAAATTTTATATTTGTACTAAGAAATT TATCGAGAATGTGTAAGTAATTTATATTCAAAATTCAATTAGCAAATTCAAACTCCATAA ACAGAAATTTTTGATTTTTGACTTTTCTCACGTGAACTCGTAGATCTACCTCTGATTCTA CCCCTAACTTTACCAAGGATGAAAACTACATTTCAATCGAATTTATTTTGTCAAAAAATT ACACTTGTTACTTAACTAGAATGAGAATAATTTCTTTTTTTACACTTCAATAATAAATTG GTTAAGTGTGTTTACATCTCAAAAATTAGTACCTAAGGTAAAATTATTGGCTTTTGCGCC AATGTCCCGTCCCATAATAAGTGTGATAGGGCTTCATTGGTTGGTGGTACGCTGTGGCTG TTTCAGTAATAATCCCACATCTCAGGACACTCACTTTGCTTTTTTACTTTAGTTGTTTAG GCAACAATCTCAAAACATTCAATTTTTCGATACAGAGTTTAAATACGTATCTACAATATA AACTTTCTTTACTAAGTAGTACATCACAAATTATATGTTTTACTTTTAGATTATCATGCC ACGATGGAAGTTCATTACACATAAAGTAAGTTTTAACCTATAGTTTGTGAATTTTAAAAC TACAGTGCATAAATCTTAATGAGCTATAAGGAAACTATAATAGTACTAAATGGTTAAACT CAATTTTCTAGGCCCCTAATAAAGTTGTTTTCACTCCCTTATGAAAAAGGGTTTAATGCA AAAGCTTAGTTGGCTCCTGCTACCCGTATTGGATAAGACCTCAGAAATCAATGAAAAGTT AGCTCAACCAATAGTTACTCTACACTTTACCCAATCGATATTTACCTGTTTTTTTAAGAA CTCAATAGTATTGATTGATGCTTATGTACCCTTTTATCCATCCACATACATACTAACATA TTTTTTTTTATTTTTCTGTGAGGTTTCATTTGCTTAAATAAATATTTCTGTCTTTGGCTT TCGGTTTCAAACTGTTAAAAGAATGACAAAAGTCCCACATCGATGATTAATGAGATGGGT GAACTCTTTATGAGGCACGTGTCATGGAAATCATTTTAGTACAAACTTTTTGGCTTCAGT TTCCAGTTTTGAGGGTGATCAAAGTTACAAAACTCATATTTATCAATGCAAAAATCTCTG TGGTGTTTGTCTTTTTCCTTGTGATACTGTTGCTGCAGGGGACTTGGTATTAAAACCAGC TATCCCCTTGAAATCTGTGATCTTCTTTCTTTCTCATAACTCTAAAAAAAAATAAAATAT TCACATTTTTTTTTCCTTTGTTTTTTACTATTCAAAGAAAAATTAAACTTTGTTTTAGAG CAGAGGAAGATTCCTTATACCATTCTGTTTTATCCTCTTCTTTTTTTCTTAATGATTCCT CAAAATACCAAAAAACAAACATCCCTTTCTCTTAGCTATAAATAGTTGTTAGGCTTCCCC TTTTTAGTACTTCCACCCTAAACAAAAACCAAAGTCCCAAACTTTTTCATTCTTTAAGAG ATCTAATTAGAACCAAAGAATGGATGAGTTTAATAGCAACAGAAACAGAGGAAAAACAGA GAAAGATGGAGACTTTGAAGAAGAAGATGTATGGGGTTATGTGAATGAAAGAGATTCATC AACAGTGATTCTTCCAAGAGGAAAAAGTACGTCGCATAAGTCATCATCTTCATCAAGTCC TGTTAAGATTCCAGAATGGTTCAAGAATAGCAATAACAAGAAATCAAGAAGAAGAGTTAG TACTATCATAACAGAGGATGATTCTTCTTTCTCATCAGTTACTTATCCTGGAAATGTCGT GGTCGAAGAAGAAGAAGATGATTATGGTGATGGAATAGTGCCACCCCATGAATATATAGC AAGAAGAGTAGCAAGGAATCAAATAGCTTCATTTTCAATGATGGAAGGTGTTGGAAGGAC TCTCAAGGGAAGGGACCTTAGCAAATTGAGGAATGCCATTTTAACTAAGACAGGTTTTTT GGAATAGCTAGCTAGCACCTACTTAGTATTATTATAAGTATAAACTAACAAAATTAGGTC ATCCATTTTTCATCAATCATCACATCTTATTATCATTTAGTTTAGTATCATAAGTTCTCA TTATGTTTAAAGTATGGCCTTCTTATTTTTAGCTCAGAGATGCAATTTTGGGATTTTTCT TTTATTGGAGAAAAAAAGAAAAGCAGGCTCTGGGATTTTGTTTGGGAGGTTTATAGGAGT ATATGCTTTTGTATTCGGTATATGAAATATGAAAGAGCGGTTTTTCTATTTAGTAAGTAG TATTTTTTTCGTTTAAAAAAGGATATTTTTTTTATTCTCTATGAAAAAAATAGTAATTTT TTTTTGTAATATTTTAATTTCAGTTTTACAATCACAACATCAAAGGGTAATTTTATACTT TTCACGTAATTTTAATTTAGGACTACTAAATTCAAAAGTTTTCATATTTTTTTTTAAATT CCGTATCAAGTCAAACTATGTCATTTTATTCATTGTAAAACGGAAGTACTAATAATTGTA AGTGGTTGCTTTGTTTTGTTAAAACTCAAACTACCAAAAACAAAAAAAAAAGTGACACTT GCTTCAATTGGGTTCATATCATTTTTACTTATCCATTATTTTTAAAATTAATTTTAATTA GTTTAAATATATTACTCTTTTCGTTAAAAAAGAATGATTTTTTTTTACAATATTTTTATT TTAACTTTTCACGTCGCATGTTTAAAATTACAAGATTAAAGGACATTTTGATATATTTGA TATAACTTTAATAAAGAACCATAAGATTGAAATTAAAAGTCTTTTTTTCCTTAAACTCGT TCCAAAGCAAAACAAGGTCATATTTTTTGAAGCGGAGGAAGTAAAAAAGACTCGTAGCAG GCTCTAATGAACGACCGCAAAAGTCTTACGCATTGATCAATTTTATTTTCTACATATGTA TTTTCTGGTAGTAACATTTGTTCAATCATAAGTAGTTTCTTTTCTCAATTAATTAATTCA AATGGAATGTGAGATTTATTCGTGATATGTTATGTATCAATTCTATAAAAAAAAAAAATC GAAATAAGTTTTTTGAAATAACAATATCTGATAGGAGACATTATAAGTAAAAGATATAAT ATTGAATGAGATAATTGATTTCTTTTTACCAAACATATATTCAAAACTAAATAGCTAGTT AGTATTAATTACTACTTATAGTATTAAATAAGTAATAGGTATAGAGAACCTAAGAAAAAA TAAGATTCCTAATTGTTGATAGGCAGATTGATGGCCTCTTTGATTAAAATAAAAAGTGAC GACGCAATTACTATTAGAATTAAAGCTCAACTGCCCTATGAAGTATGAACATCTTAATGT TCCGCCATTTGTATACTTGTAAGTTGTAACAGTATCAAATAATTAAATTTAATTTGATTA TTGTAAATAAAAAGTGATTACATTTTTGAAATTTGTTTACTTTATACTGAGGGATGATAA AATCATTTTAAACTTTAAAAGTATAATAAAAATGTTTTTCATAGTTTGTCTTCTATAAAG GTCATTTTTATATTGTATCAATATCTTCATTTCTAATCTTATCTCTCCTAGTATGTTCAA AATACTTAAACCGCCGTTCTTTCTCTTTGATTGACCTGCGTTCTAAGCCACATTTCCATA TCAGCCATTGGTATTACGTTGCTGAACTTGCACTCCAAATATATATTTATGTCTAGGAGG TTCTACTATACCTAAACTCTGTAGGCTCTAAAATTTGTCTCCAAATCTCCAGCTTAACCT TAACTCAGGCACGCGTCTCATAATTAAAACTATGTCATAATTAATATGAGACATTTTTCT AAATATATCGTGTCAATTCATCCTTCGTTAGAGTCGAAAGTGCTCACCACCAAAACCACC TGCTCAGACCAACGATCAGTTCCAGAAAATGAAAACAAACCCAAATTTGAAGAAACTTAG CCAAAAAAAAAATTGTCAACGATCACCATACATTCATCTCTCCTTCATACCACAGCCCAT AATCCTCTAGAACACAATTAACACATAATAAGTAGAATAAATGAATAAATCGATTAAGCC ATAACCAAATATGTTGTGTATATTAATGTATAGCGGGTGATTATTATAGAAAAGCATTCA TATCCCCTTTCACAATGTATTTAAAATAGTTATTGATCTTGTCTTACAATTTCTCCTTAT ATTCATATAATAATATACTTTAACGAGAAAATTTTATAAATAGTCATTATAATAAATTTA ATTAGACTATTTAGCTATAGTTTGCATATTTACAGGCGATTGCTATAACTTAAGCATAAT TTATAGGTAAGCTTATATAATTGTCACGTATAATTATTTGATCAGATGGGCCCCGCAATA AACCGAGTTGTTTGGGCTTTAGTTTAACGGTAAGTGCGAGACGAAAAGGAAGACATAGTT GCAGGAATAGGATCTTTTGATGTTATAATTTAAAATTTAACCTCATTAAGAAAAGTGCTA TAAAAATAACTTAAATATTTCGATAATTTGTTAAAAATACTGATAATCATCCTGACTTAA GTAGAAATTTAATTTAAAAAACGCATTCATTCTTCGTAGTTGATCCAAATTTACTCCAAC TAGCCTTATAATGTCAATCCAAACAATTTTCAATTGTAGATTCAGTTTAAACTTTCAAAA ATTAATACACCAACTTATTTTTTCTTCTGCAAATTAAAATAAAGCTTAATAATAGAAAAA AATTCATAAGACTTCACTATATTACAATTAAGAAGATGAAAAAACTTAAACATACCAATT CAGGAAAAGAAAACAATCAATGGCAATAACTTTTTACTTTAGGTATATAGCCTATAAGAG GTTTAAAAAATATACTTATATTACAAATTTTCTTTTTCTTGCATTTTTATACAACTTAAC AAATTTTCTAAAAAATGCTTCTTTATTAGAAATAAGCACCTTTTAATTTCATTGTGTTAG TACGTCAAGTTACGTTGTTCATTATTTATTACTCCCCCACAAAGGAAGATAACTTATTAT CATGTGTGTAAATATTGAAATTTTACTATGAGTGATGAGGTCAAGAAAGCATATCATAAT CATAAATCTTTTCACCTACTCAACACTTTCTTCTTCTTTTTTTTCAAAAGTAGGCAACCT TTTTAGCTCCAAATCATTTAATTCCAACAACACCCATCTTTATTTTTTTGTGCTACTTGC ATTATTTATACCTACATATATAATACCATAACAACATACATATATTTGTTCAAAATAAAT TCCAGCATTGAAATTTTATAAACAAACAATAATTAGTTATCAACTCAACAGAATGATAAT GTTTATAATTATATTAAAAAATAACACGAAGAATAAACATGAATGCATGAATATCTACGA ATAGAAAAATAAAAAGGCTAATTTTGAAATTAATGGAGATAATATCTCATCTTCTAAGAT ATTCCAACAGAAGACTTTCTTTTATTTTCTGGAAATTTAGACAAGAAAATCTTGTTACTT CGTCACGATCAACATTCCTTGTCATCTTAATTATTGAGATCCTATCTCAAAATAGATATA ATTAAATATATGTTTAACTTCTATACACTGATATGATAAAAAAATATTTACGCCATTAAG TTATTTAAAAGGCGCACACACATGATATATCTCTAAATAAGTCAAAATAAATTTGTTTAC ATTTCATTTTTCAAATATATATATAAAGAGAGAGAAAATTGATCTGGATTTAATTAGGAA AGGGCGGACAAGAAGCTTCAAAATTCATTTAGGAACTAATGGAAAACAATTAAATAGACA AAAAAAAATGATATTCAACGTTATAGTAATACGTGATATTGGCACGGCTCAATTAAATAA CGAAGTTCTATATATAAAGAAGTGCGCTTTCTAATTGAACCGCACCAATATCTCGTTAGA AGAATTAAAATAATGTTACCTGCATGATATGGAAGCAAAGATTAGGCAGCAGATTTTAAT AAGTTAGCTGAAGGGAAAGTGAAAAGGATGGGAGGATATATAGATAGACAAACAGGAATT TTTGAGGAATTAGAATAAATATAATGGTAGGGAAGTAGTTGGCATATCTTAGTTGTAATC AAGAATATTATGCCTTCTTATATATACATATGGTCCTCCTCTCTCTCTGTATATAAATAT AACTTAGACGATACCTCTAGAGCTGTAACTTGATGAGGTCAATCTTTAAAATTTTCTTAG CACGTCGAATTTATTATCTTTGTAAAGGAGTTTAAGTTACGTCAATGTCTAATGATTTAC ACCATAAAATTAGGTTAAATGTTGTAGACTTGAATAAAGTAACCTATCTTATTTAATATT TAAAATTACAAATTTCATATTTCACAATGATTTTTATCCTTCTTTAAATGACCTGATAAC GTAAAAGATGAAATATACAACTTAAACTCTTTTTAAAAAATATGCATTTAAATTTAATAT TATTGAAATTTTAGTAATTATTTAAAAGCTCACATAAAAGAATATTAAATTTGTCGAATT TATTGCGTTGGTGTTACAATCACTAGATATATATATATATATTTTTTGCTCGAACTCTTC TATTAACCTAGTAAATTTAAAAGAAACGATGGAGTAGGGGGTGGAGGGGATATGGGAGGA ACAGACATTGAATATTGCCAACAACCCAACAAGAAAAAGAAGGTTGGTATATTTACTCTA AAGCTAAGAAGCGATGAAAAAGCTCACTGAAGCAATTCTATAACCTTTTTCCAATTGCAT TTATTATACTTAAATAAAATTAGAAAAATGGCATTTCAAGAATCAATACTATGAGTTATG ACACCTAATATTTTTAATTTTGAATTTCAAACTTCTAGCTAGCCCACTTTTTGGGTTGTT GTTTACTTTTACGTATTTAATTTTTTATGATAATGATATTAATGACGTATCGATTCAATA TTTTAGAAAGAATTATATTTTTATTTAAAGGTAAATCTTATTATAATCTTAAAATTCATA ATTAGTGGCAATTTTTTTTGATAAATTTGTTGCTTTATTTTATTTATTTATTTTAGAATA CAGTCCAAATTTTGTTATGTTATAAAGTATATATGTATGGCATATTGGAGTCCGGAGCCT AATGGGTATAAAATGTTAACAACAAATATAAAACGGTATATAAATTTTAAATTTAACCAA AACGACAAACTCGCTGGTAGTGCAACAATTTTGCTCGCCGGAAAAAGCAAAATCGCTGCA ACACGAGCGATTTGCTAAATTTAATTATTTTTTGATGATTTTTAATAGGCAGCGATTCAT CTTAATTTTTTTAAAAATTATTTATTAGAAATTTAAAAATAAAATGCAAATCGCTGCATA GTGTACCAATTTTTTTTAAAATTATTTTTTTTAACTTAAATCGTTGCTGTAAGCAATTTA TTCGGAAAAAAAAATTGTTGCCTTTACCACAATTTAAGTTTAAAAAATTGGTACACAAAT CCCTGCCTAGGCAGCGATTTGCTTTTAATATTTTTTTTAAAAAAAAATTCTAATAAGTAA TTAAAAAAATCTATGATAAATCGGTGCCTAGACAGTGATTTATTAAAGATCATTAAAAAA ATTTATTTTGTAAATCGTTGCCATGACAGCGATTTCATTTAATTTTTTTTTAGTAAATCG CTGATGTTACTAGCGATTTACCATTTTGATTAAATTCAAAATTTATATACCATTTTAAAA TTTTTATTAACATTTTATATTCATTAAGTTGGGGACTCAGAGGGTCAATTTTTGTAGTAA TAGTATTGTTTACAAAGGAAGAATTGAAGAGGTTTAACCTTTTGGAAGAATTTATTAAAT GAGGGTTTTCACGTGAAAATTCTGAACAGCATTTTGCCTCTCCTTTCAAAGTATTGAATG CTCAAATATAATGACAAATCCTTTGCTCTGCATATGCATTACTATAGAGATGCTGCCCTC TTTTATTTTGTTAACGCGCTATGTGCATAGTTAAAATTCAAGTTTTAGGCGAGTTCTGTC CGATAAGCTTGGCTTAAAGAACATGAATGAAACTTTTGAATCTATAACCCCACTTTTAAC GATCACCTTTGCGGGTGCATTATCCTCTTTTAACTATTTAATATTTGAAATTCATGAATT AAGATTCAAGTTGAGTAGACCATACTTAGCAGCTAAAAACTCTCATTTGAAAGATATTCA GCTCCCAAAGAAGAAATGACTGGTTTCTAGCTATGTTACCGCATCCCCCGCTATATGGTG ACGTTGTTAATTATAAGTGCTAATTGACAGGGGCTGAGCTAGGTTTTTGGCCAATATAAT CATATATGTATGATTTATTCATGTTGGACGTTCATATTAAAATTGTCCACACAGAAGACT CTAGTCCTGTGGGTGCATGAGGCAGGTTGTTAAGTCCGTGTCTGGGCAATCCTCTAGCTT TTGTGGTTCAATCCATTAGAACCGAAACATTTGAAATTACAAATCCTACGTTGCACGCTT GGACTTACTCCATTAAGATAAATTATGTTGCTATACTAAGCCAAAAAGCATTAGAGAATT CTGAGAAGCAGTTACTCAGCTCTTGGATATTGGAGCAAATATCACCTTTGCAAAGCAAAA GAAGACCATCTCCAAACTTAATTGTACAAGATACATTCTAACCAACATCAGTTGTGATGC AGTGTTGAGGTTACTTGACCCTTAACTAGGAGTCTCGGATTTGAGCCTTAGATGTGGAGA AAATTTTATTGAAAGCCCGTTCATCATTACTCAATTCAGATTTAGTCGAGACTCTAACGT GAACTCCTAATCTAAGGAGGGAAAAAAATAAAACAAGATACATTCTAACAAATCTTGATT GGAATTTGAAAGTGCAAACTAGTCATGTTCTTCAATATCTTCTGTCATCCGTTAAAATAC TCAAATACTTAGCTAGCGTTTGGCCATAGATATTCAAATATTTTTGGCAAATATTATTTG GATGAAAATTTGGGTGAAATTTTACCATGTGTTTGGCCATAGAATTTGAGAAACATATTT CATTTTTTAAGAAATATGATTTATACCCATAAGTTTTTAAAACTATCAAACTAACCATAA ATTTGTATTACATAGCACAATAGAAATCTCACGTAACAAGATTTATGACTTCCGCAACAA ATCAACAAGAATCATTACAGTAAATATTCGTATAGTGAAAAGGTCTTGGTACAAATCATG GTAATGAAAATACAACTAATATAAATTCGGGGAAAAAAAGAGAAGAAAACAAAAGGAAAT AAATATTGCAATCATTGAAGAACATATGCTTTCTCATCTGAAAGAGTTCAACCTATTCTT TAATATAATCTTCCCACATTTTATGAACAATCTCTTCTCGATGAGCTTACATTTTCGAAT CAGACGATCGAGAAGATGAAGCGATGTTGTTACCCTGAGCCAGTAGTTCGTCACTTTCAT CAACAACCATATCATCATTTTCATATTCATTGAATATTCCATCACTACTTTGGTGTTCAC GTAAAAAAATTATGCAATACAGCGCAAGCAATTACTATTTTCACTTGCATGTCACATTCA TAATTGTTCATGCCTTGTCTTAGTATTCTGAATCTACTTTTCCATGCACCAAAAGTCAAC TACATTGCGCAGAGAAGTATGTTTGTAGTTAAATAACTCTTTTCCATTCTTAGGCTCTCT TTCACTTCCTCGGTAGTCATGCAAATGATAGCGCATTCCAATGAATGGAACTAAAAATCC TCTTGTGTTCCGTAGACCAGCATCAACAACGTAATATTTATCTACCAAAATAAAATAAAT GCAATTCATGTTTTATTTAGTAGCTAGTTCATTAAGACTAACTGTAATAAAGGAATGTAT GAAATCAAAAGAATGCATGTAGAAGAGAGCTAATTGAATTGGTTGGTGTCAATAACTATA TTGTTTTTGTAAAATAAAAAGTTAAGGGTAAAAATTGAATTTCTAAAACTTTCCAAATAA TGAAATTTGGCCCAAATACTAATTTTTTCTAGAATTTGGGAATTTAGAAAATTTGTCAAA AAAATTTGCCAAATAATAAAAAAGTGTATGAACAAACAAAATTTGCCAAGTTTTTTCCCA AGTTTTACTTGCAAAATTTATGGTCAAACGGGCCCTTAGACATAATAATAATTAATAAAT TTGTTGTTTACCCTGTTTTTTGGGTTCAAAATTAGGGTTGACTTGGACTTGTCAACTTGA GTTGATTGATTTAAAGTCTTAAACATTTATTTTAAGCCCTAAGACCCACTAATTTGCCGT TCGACGAGGTAGCTACATATTTATGAATCAAATTAAACTAGCACCTATAATCTAATTAAT ACGATTTTGAAACAAGTTGATTAAAAAATTTATTCTTTTTTTGGCAATTGTATCTATCTC TACTTATAGTTCACTTTTATTTGTTACATTTTGCTTGTAAAATCAAATTATATGATATTT GACCAACATTTATATATATATATATATGTATCCTTTTTTGGCTATTGTAGCTACTCTCTA TTTTGTAGTTCACTTTTATTTGTTATATTTAGCTTGTAAAATCAAATTATATGAAATTTG ACCAACATCTAAATATATATATATATATAAAGAATTACAAAACAAAACTTGGCAGGTAAT AAAAAGTAACAATAAGTTATTCTAATTTATATAGAATTTATTTGAATTTATACATATTCT TTACTTAGACTTTGTATGTGGGAATTGTAAAACAAACAGGTTAGGTACCACTATTCTTAT TGCTTACCAAATAATTAGATTAGAATTACTAGAATATAAGGTGACCAAAACATATCCTAC TAGAATTACTAGAATATAAGGTGACCAAAACATATCCTCACTCTAAAGCCAATGAGTCTC AAAACGGCACCGTGTTGACCTTTAAAGACACCGCACGACCTCGTATTATTGATCCGACAA ATTCTCACCGAACAGAGTTGGAAGCGAAACAAATACTTGTAAATGGAGTTTCCTTGTGAA TCCAAACTTTCTCCAATTCATTAGCAATAAAACCTCTTCAATTTATCCCCTTTAGATACC CAGAAATTGTTCAAAAACCCTCTTCAATTATTCGACTTTCTTCTTTTCTGGTACGTTTTA AAGATACCCTTTTGCGTGAATTGAACTTTTTGATGATTTCTATTGTTCATTACAATGTAT ATTTGTGTGTAATTTTTTAGGGTTTTCTTGGATTCTGGTGGTGTTTATCTGTCTGAATTT TGCAGGTAGGATCAAAGTTTCAGTCTTGTCATGGCCAAAAGTTCTTTCAAGCTTGAACAC CCTTTGGGTAATTGTTTTTCTTTCTAATTCGTTTTTTTTTTTATTGTTTTACTTATACTA CAAGAAGTTTCATTGTGTGTATGGGTTCTTGTTTATGTGTCTTTCTTGAAGTTTCTTGGA TGATCATAGTTTAATTATTTGTTGTTTCGACCATGCTGAAAAAATCCTACCCTTCCTAGA ACCCCACTTTGTGAGATTACACCGGCAATCTAGTTGTCATGCTGAAAAACTTGATTGGGT ATTGGGATCATTCCTGGGATATGTTGTCGGGTTTCTTGATATTGATACGCACTTGCCCTC TTGCATTCAAGTTGTTCGATGTTGTTAATTCTTCTGGTGATGTTTTTAGGTTTCTAAACT TGTTTGATTCTTTATATGGTGAGGCAACCATTGAGACATGAACTTTTTGGGGTGCATATA TGAACTGTTTGAAGGTGCATATACGAGGTTTATCTCCCTTCATTGACATTTATACTTTCT AGTGCTTGAAGCTTGTTTTATACTTTCTAGTGCTTGAAGCTTGTATTTTTACAGTTTAAT GACCTTCTCTGGGAAAAATCTCATACTTGAAGCTATTATCCTGTTATATTGGTCTATGTC ATGTTTTTATTCTATCTGAGTATGGCGATATCTGGTTTGAGAATTTTGGGTTGGAAAATT ATCCTTTGAGTGTTCCCTGTGGCTTGAGTCTCCAAAAAAAGTTATTCAGCATGCTCTCTT GGAACAAGCTTATTTTACATTTATGCTATTGTCATGTTAGAGTTAGCATTATTGGCTTCA TTACTTTATAAATACGAAAAATGTGCTATTCTTTTGCTGAGATTTGACTTATTGGTCAAA AAAAGTTATGTATTCTTTTGAATTATAAGTTTATGTGCTCGAAGGTTATTTTTCAACTTT TCCAGATTTCTCCCGAGTGTATCCCCATTTCTTGCAAATATCAAACAAAAAAGCAAGTAT TTTGTGGTGTAAATTCTGATGATTCCAAAATTTGGTTTTGGTTATAGAGAGGAGGCAGTC AGAATCTTCTCGCATCCGAGAGAAGTATCCTGATCGAATTCCGGTATGATCTTTGTTATC CCAAGAAATTCTTGGCATTAAGTCACACGTAGTACTCTTTGTAGCTTCTCTCTGACATTC ATGTTTCCTATTTTAGGTGATTGTTGAGAAGGCAGAGAAGAGTGATGTCCCTGACATCGA TAAAAAGAAGTAAGTTGCTACTTTTCTCTTTTACTTTATTTATGCCTTAGATGTTCACTT TTTAGAATCAAGTGCTTTTCTGAGCTTTTATCCTAAGGTAATTAAATCCACAAAATCCAG TTATATTTATTGTGTTTTGGCATGTGATGTAGGTGTTGCATCATTTTGATCAACTCTTTG GTTTTTTGAAAACTGGAATATGCATGTTTTTGCTGTCTTGTTTGTCATAATTAGTCTGAG ATAAGGATTTTTATCATGGGAATTCGGTGGTGGTTATACTTTATGAATGCTGCAATCTTC TCAAGATATCTTGATATTCTTCTTTCTTACCAATTTATCAGATGGGGGGAACTGTTTTTA ATACCAATAACCATTAGGAGAATCGGCCACATGGGTTGGTTGGAGATGCTATGCTTTCTT GATAAATTGAAAATACAGAATTCAACTAAGGTGTTGTCCTTACTTGAGGTTCTTGTAACT AAATGATTGTATGCATGTCCTCACTTTCTTTCCATGTAGAAATGGAATTGTGTGTGGAAA TTGCTGGCGAGAATGTCAAGTGTTCGTTAGTGGTCAAGGTGTTGATAGCATCCAACACTG TTGTTGTCTTTTATGGATCTAACACATGAGGATATAAGTTTGAATTGCTGTAGCTGCTCT AGTAATTCTCAATTGTCTTAACTTGTGATGCAGATACCTTGTCCCAGCTGATTTGACTGT TGGTCAATTTGTTTATGTGGTGCGGAAGAGGATCAAGCTCGGTGCTTCAAAGGCCATCTT TGTCTTTGTCAAGAACACTTTGCCTCCAACAGGTAAGCAGAGAGATGGTGTTATTTCATT TACTGGTTAGGATTGTTGTATAATTACATCTTCTTTCTTTTCAGCTTCTCTGATGTCTGC AATTTATGAGGAAAATAAAGATGAAGATGGATTTCTCTACATGACATACAGTGGAGAAAA CACATTTGGGTTCGTTGAGCTTGGAAATTAATATCTCAAATGTAAATCTGACATTTCCTT GATCTCATCATGAACAGTTAACTGTAGTTGTTGGTTTGCATTCCACATAAAATCAAATTT ATATTCCTCTTTGGAATATCCTTATAACTTACAGATGTTCAACTCTTGATCTCTTATCTT ATAGTGCCTTTCGTTTAAATCAAGTTGATCTTTCTATAAGTAATACTTACTTTTCCTTTT ACTGCATCGTTTGACTCTTCAGTAATCGCTTGTACTTGCTGTTGATTTGGAAGAAAAGCC CATAGTTTGAGTTTGGTGTTTGCCAGAAATTATAACCTTGCCCTTATAGCTAAGATCAAA TCTTGCTAGCAATTAACTGATGTTTTGTTTCTTTTAAATCATGTAAAGAACACCAAACCT TAGCACCCAAGGGCATGGTCTAGTGTTCAATGTAGTGAGTAGAGAATGATGGGGTCTCAG GTTTTGTTCTCAGCAGAGACGAAAACAATTATGTGATCCCTGTGGAATTATGATCAATAT ATTTGTCCTTCGCACAACTGTATATGTCCCAAGTATTTTATATTCTTTGCTTACATCTCT TGGTTTTGAGATGTATGCTCTGACAATATTTGTACTAGTGTACTTTGATATCTAATACTA TTAGAGAGAGAACAATTGTAATTACCTTATTAGTAATCTGATTGCATACATATTCTTTAC ACCATGACCTTAAACTCACCCGGAAACAAACTACTACCAGGAAGCATAACAACGCATAAA TAGACATGTTTGATCTGAAATCCTCTTACAGAAGGCAAGATAAAGATTAGATAATCCTTG ATCCTCCTCATTTCATGAAATGGAGGGATGCTTCTTCTGGGATTTGCTCCTAACCCATTT GATCAACATGGAAGGACCATTTTTCACTTTCTGTGCACCAGCCACTGCCACAGCTTTGAC TTTGCCAATTCCTGATGAAGATGAACTAGTGGCTTTCTTGTTGTTTTCACTGTCTTTGTT GCTTTTATAATAGCTGTCATCTTCATCCATGGCACCTATCCCTCCTGCACCCCATTGATC TGCCCAACTTGGTCCATCACTAGCCATAAATCCTGTCAACAACACAATATAAGATGATTT TGTAAAGAATAAAAGAGAAAACAGAGAAGGGGCTGGGGATTTTACTTTATTACTGCTTGT AAGTGGTAGAACTAATAAGAGGAGCGCCCAAGGATAAGTCTCTTAAACCTGTGTGTTCCT TTTATAGAAGACTTGCTAGCGAACTCACAAGGTTACTTTCTCTTGAAGCAAACATTATTT ATTCTTCTTTGGAGAAAAGGTTCTCTATTATCACCTACTTAGCTATATTGTGAATGGTTG TGTATAAAAGTAGAAATTAGTGGATGAAGTGGAAGGATTTAGTTAACCAAAAGTAAGAGT GATGGTTTGTCTTTTCCTCATATGATAAAGCACTTGCTACAAAATTGTTGTCCTCTCCCC CAACCCCACTACCACTCATGCTTGCTTCCTCATCTAAGTTTTGGATTGAAGTAGTGTTAA AACACAAGTCATAGTATATGTGAACTAGATAGTGTGTAAAATTCTCCCACTGAATAACCT TTTTAAAAGAACTTACACAACTCAATTTTCTATAAGAAAAAGCAACAAGAGTGCCTAAGA TTTTCTTGGATTTGAAATGTCTTTGCGACAATTCTGGATTAAGTTACAGGATAGAATCAC AAGTCTGTTATAATGGAAATTCTCAAAATTTATTCCTTCACTTGTTCTGGTTTTGCAAGA TAGGTCCCAATGTACAAAAAAGTTAAACCATGAGTTCCCATTTTATCATACCATTGATTT GAGAGACAGAGAAAAGAGACGTATAGTAAAAATTCGTTGACATAAAATTGATGTCAAAAT GATTGAATACACCTGTTTTGACCTCTTAAATCATTAGTGGTTGTTGCTAATTATTGAAAT ATATACACAAGTCAAAATATCTTTGCTTTGTCGGAATAAAAAAGAAGAGGATGTCTTTGC TTTGAGCAACAACTATTATATGTTAAAACCCCACAGTTACATGACATTGCAAAACTCGCA ACCCATCAACAATATTTGCAGGCCTTTTGCTCCCACGCCATAGTACGTACTCTTCTATAT GATGATAAAAAAAATGCAGCTTTTTAAACCTAAAATGATCACCTTCGATTCAATAACTCT GTATCAATGCGATAAATTCAACGATTCGATTTTGAGAGACTCAGTTGAATGACCACTATG AGAATTGATAATCCAAGAACAATAGTATAGGAGATTCAAAGTTAGATACTCCTTAATATC TACAAACTATACTAGAAATTAGCAAGTAATAGAAAGAAAGAAAAAAAACAGAGTAGTTGA TCGAATCACATCAAATGTTAAAAGAATTACTAGTATTAAGACAGTCACTTAGTTCTCCTA GTAGACTTGGATTTCTTCATTTTCCTATTTTTCACATCAAAACTACTCCAACTATATCCA CCAGGTATTGCAAATGGCTCTGCCTGTTGTGCTCCATTGCAGCTCTCCTGTGGCAGCTTG CTAGTTGAACACGACCGGCTATTGCTCCTCGACAGCCACGAAGATGACGATGAAGACAAT GATGAAGGAAGGGAATAATAATTGTTTCCTGAACTTTCATCCTCAGTATCACCACCATGA AGGAGGTGCCTTGGACTTGAAAATGGAGTGTAGAACTGTTCAATGGGTTGTAACTCTACA AACTTTGTGAATGTGATTACTACCCTCACTGTAGGGACCACTGGTATTGCCAACTGTCAA TCAGTAATATAAATTATAATTAAATTGGGTCCCAGGAAGGTTCTTTGCGTTGAACACTAA ACAAAAAAAAAAAGTGTGACAAGGAGCTGAAGCAAAACAGACACTTGGGCATGAAAAGAA GAAATAAAGAGGGAAAAAACACAAACACAATATCAAAGCTTTCATCAGAAGAAATGAGAA TCTCGTGGGACCTCTGAATTTCGAATGTGAAAAATCAATTTTACCCCTTACCTTGACTGG AAATGTCCCCGGAGGGAACTTGGTGGTTAACAGCTCTCTCATTCGTCTAACGGCTTTCAC TTTGTTCGCTAATATGTCAAGTAACGGCAGCAACTCTTCCGTCTTCAACGGGAATTCCTC TGTTAACCAAACGGACGGTTTAAGGCTCTTCACATATTCCTTCTCCTTCGTATTTGGCGG TGGTGCAACCGGTATCGCCGCCGCTCTCCGCCGTGGTTCCGGAATAATGTCAACGCTTCT TCGAGAAACGGTAACGTAATCCCTTTCCTCTCGAGTGAAACTGCTGTGACGTCTTTGTTT GTTACTATCTCCGACGGAGGTAGCGGCGGTTGAGACGCTAAACCGTGGATTCTCTGCGAC GAGGAAACCGTCTTCGGAATCCTCTTCTAATTCTAAGTCTAATGGCAGAATTTGTTCGCT TTCAGCTGCGGAAATTTTTCGCGATCGGAAGCTGAAAACAACATTATTCACATCATAAAC CCTGGCTTTCCATTCTCCGACGTTCTCTGTTTTGTCTTGCCCTCTCCAATTTGTTCGGCC AACTAGTGTTGATTTCGTCACGTCCATCCCAGGACGATACACACTTGTTTGATTACAGAA ACTCGCAACGTCGGAATCGCTCAAAGGAGAACCAGCATTCTCAAAAGCATCATACATTTT ACGGTCATCGTGGTTCAAAACTAGCAATGAACCAGCCGGAATATCAGACTTCCGGTCACC ATCACCGAGAAAGAGAAAACTCTGATTAGCTCGCTGAACTTTCAAGCCGTCATAACCGGC TAAAGATGTATCTGCTCGAAGATTACCATCGCGTTTCCAGATCTTGTACGTATCAGAAGG CGCAATTTTTCCAACGAAGGGAACAATCGAACTTTCGAAATGGAAAGAAATTTCCATGTA GAAGTCACGCATTCTGCGGAGAACAGCAACCAGTCGAGGTAGACGGCGGCGCCACTTGTA CCAAGCACCTAAATGATGATGCTGTACCAAAATTGAAACGACATCGGAGCATCTCCGCAT AATAGCTTCCTGTAAAGCATTCCAACCAGCAGCATTCTGAAGCGAAATGTCAGCACCGGC AACGGCTAGTGTCCGAGCAGCATACACGTCATTCAAACGGACGGCGAGGTGTAGTGGCGT TTCACGCTTAGGGTTGTCACGGCGGTCAAGTACGGCGGTGATTTTTTCAGCGATTCGTTC CTGAGCAAGCGAGTCGGCCTCAGTTTGTATCCGAGTTGGATCTGCGGGTCGAGGAAGAGA AGCGACGAGTCTGCTTAGAGTAGAATGATCTCCTAAAACGACGGCGTAATGTACAGGGCT ATGAGCGTAATCTCCTGGTTTAATCGTGGTGGCCGGTGAAGTTGCCGCCGGTGTGGACAT TTCACATGAAAATGAGAATTGGGGAAAGCAGAATTTGTCAGGGGTAAGTAAATAAAGGAA AGAATGGAGTATGATTCTGGAATGGAATGTTATTGAAGAACGAGAAAGGTAAGGGCAAAG TAGTCCTTTTCTGTATGGGCTTCATTAGTACATTTCTTCAGAGAAAGGGGAAGTAAAGAG GACGACTCAAATAGTGTGATCCATAACTTTTTCAAAATTTGAACAATAAAACGTTTTAAA ATTAAATTCATACTACTATTTTTTCGAAAAAAATATGCACCTATTAATAATAGTAATTAA TTTTCTTAAGTAAAAAAAAGGGAGATAATATTCTAATGTAAAGGGTAATTTAGTCTTTCC ACAAAAGTGTAGTACGCCAAGTACTGTTAGGCGAATAGGCGCGACTTTCGTGGATACTTT ATTTATCTGAATTACGGGGATGCGATTGATATGAATATTTTATTCAGGTTTTTGTGAAGC TTTTACAGTTTCTCTGCTGGTTCTTTTTTGTCCTTCACTCCAGTTTCTTCTTATTTTGGA AATATTGAAGTAGTATCACATAATTAAAAAAAACTATAAATTCTAATTACTAATAGATAG AAACAGAGATTTTAACCCTTAATTAAGTGTGAATTAAGATTTCCTGTGAAGGGAATTTAT AAGAACTATTTAGTTTGGCTAACTGCAATTTTCAAGTTAATTTCCTTTTCAGTGTAATAA ATACTTTTACTTATTAACACCAAACTCAAAATGTCTTTGTTCAACTGTTAAACATAAGGT AAGCTAACACACAATTCCCCTTCTAAATGGAAGGAAAAAGAGCACATCAAAGGTTTAATT TAATGTATCGTAAGGGTCCTCGCTCCTCAATCAATGACAAATCCAATTATGATTTTGCGA GTTCAATAGAACTACTACATTTATATGTAGTCTAGGTAAGGCTATAATTTAATCACAAAA CCCACAACATACAACACATTAAAATTGGTTAAGTTTACTTTATTTGATATTTTATCAAAA TTAATTAAAAAGAGACAATTATATAGTATGACAAAAATTAATAATATAAATTAAAAATAG TAGCTACCATTTAATTTATTTGTATTCCATAGCAAATTGTTTGTCAGTCCTTCTCTCCCT CATATTCTTGCTAGCCACTCTCCCTCTCTCGCTCGCTTCGAGTCGCTCGTCTCTCTCGCT TTTATACAATAAAATTGTATAAGTCGTGTTTCTAATTGTATAAAGCAAGAGAAAATTGTA TATACATATGCAAATACATTTATTTTTATCTTATACACTTATAATTATACAATAAAAGTA CTCTCCTGCTCAAGTCTCTTTTGTATTTCTCTCTTTCTTATTTTATACAAACTCAAATTG ACACTTTTAATTATACAATTTGTTTTATATAATTTTCTGTCCAAGTCTCTTTCTCATTTT ATATACTTTGTTTTATACAATTTGCTTCAATTATAAATGTATAACGAATGATACATATAT ATATTTACGATGGAACATAATTATACAAACTTTACTATAGCATATGAATATAAAAAAATC AAAAGGATGGTGCAATAATTGAAGTTAATAGAGAAAAATTGAAAAGGGACCTAAGAGTTG ACTGGTCGGTGTAGGACATAGTGGGGTTTGTTGTGTCTATAACAGAAAGAAACAAACTTT ATTCAAGGGAATTATAAAAGAATGTATCGCAAATATAGATATAATTTCTTCACCCTTAAT GTTACGTATAGTAAAATCAAATTAATCGAAAAGAATTGAACAAAGGGGTGTCTGGGTCAA GCAAGACAAAAATCTAAACTGGATTTCCAAATCACAAGACAGTTGCCAAATTTCCTTTGA TTGAACACATAAAGCAGTTAACATTGGTTTCTGAGCAAATCCCATGGATTTGTGTGCATT TCCATTTTTACAACTAAGATTTCTTTTTTGACTACAATACATTTTCTTCCTTTTAAAAAA TAAAGAACTCGACCATGGTGTCCGTGTTACTTTAATTTTACCGTTACTATGGAATAAAAA GAAGTGAAGTTCACAAAAGAAATAATATAAACACTATGAACATATATATATAATTTAACA AATTATACACAGCATGTTATTTACTAAGTTATCGCACAATGTTATGTTATATGTTGAAAC ATTACATGGTGTAAAGTACTATACAAAGTTGATATACATATATTAAGAAGTTAGACATGA AACATAACATGATGGTGTAAAGTGTTATACATATTGATTGATTGATTATAACAGCAACAT AATTAATGATTTGAAACTTTTCACTAGATTGGGCTACTAATAACCTTTAAGAAAAGTGTA ACCAACTGCGCTAAAATATGTTTAATAAAATATATTTTTAATTTTTAGAATTTTTTTTAA AAAAATATCAGGTCAATGAAATTCAACGAATAAGAAGCAAATAGCGTGATTGGGTGCTTA TCATATTTGAAAGTAGGAACTCATTTTAGTTTTTCTATTTTTTTTAAAATTTCTCACTCA ATATTTGATATCTACATTGAAGTTTGACTAAATTTAAATTCGCGCTCAATGCCTCCACGT TAGGTGAATCCATATCTAGGCAAGACATTTGAATTTCACTAATAACTAGTAATGATGGGT TCTCTAGCATATTTCACATTTATTAGCATCTAAATATTGGTATTTAGGAAAAGCATTCTT TGTCCTTTTCTTTAAATTGTTTGGCAAAAGGGAAACAAAAGTTCATAAAATCTGATTTCG TCCATTGCTTTCAATTTTGAAGAAGTTGAAATTTTATTTGTATCGTAATTAATCGATATA ACGATATACTTTTATGGATATAGCTTTGATCCAATCACCTTTTGACTCATATTAAAAGTA GTCATGAGTTATATGTACGAATGGGGCAAGGAGTAAGCATCCCTTTCATAGTATTCCCAA AAAAAATATTTTTTAAAGTTAATATATACTAAAGTCTTAGGTAATTTAATTTGCTACTTC TGTATAGAAATTGTCAAAAAGATATCAAATTCATGTTGGTTTTTGTTAATAGAGGTCGAG TTTGTCAATTCAATCTACTAATATAAGGTATATTATCAATTTTGAAATGTTGAAATTATT TTACCAAGCATCTTGTTTCACTATATTTTAGTACATCGACTTTTAAAATGTGATTTATTA CCATTTTATATGTGTGTTTTTTTGAGGAGAGAGGAATTGTTTAGGTGATAAGCATTCTTC ATCTTTGATTCTAATATCGTAGATTTATTACTTAGTTGTGCAATTGGAATAACTGTTGCA TTTTATTTTTCCTCATAAGTTGATCTATTCATTGTTGCTCCTCCAATGCTTATAAATTAA GCACATTGTTTTAATTTTTTTTTGTCTTATTTATTTTTAGTATATTCAGAAAAGATATTT ATTTTTTATTGATAATTTTTCAATTTCAACTTTCTTCATGCCATGTTTAAAACAAGCTTA AGGTACATTTTGATATATTATACATTTAGTTTAAAATTACAAGATTCAAAAGTCTTGTTT AACTTTAATCAATTTTGCGTCAAACAAAATCTTGAGTGTAAATAAAATAGATATTTCGAA TGAACCATCGTACAAGCGTTTGTAGTCCAACGGTTAGGATAATTGCCTTCCAAGCAATAG ATCCGGGTTCGACTCCCGGCAGACGCACTGTTTTATTTTTTTATACTAAACTTTGGTTTT TGTTTATACCAAGTAAAAGAGGAGATAAATATGGACTTAAACCATTCTTAACAATATGTA ATTGTCATACCAAATACACACTTTAACTTACGTTTAGTAATGATTATCGATTTATTGAGT TCATGAATAAAATATTTTTCTGAGATAATTTGATTATAACCTTATAATCATGGACTCTAT TGATATTGTTACATTTCATAACAAGTCTTTTGATGATCGATAAATACATATATATACCTT TCATAAAAAAAAAAAAAAAGTCCCTAAGGTCCCCTATTTTCTCCTTCTCCTGAAAAATGT TCATGTTTTGCGCAAGTTGACATAAAAAAAAGATAAATTTTTGCTATAAAAATTAATTGA TAACTTGATAAAATAATAACTAAGTTACATATTAATTATCATATACTATTTAAATCCTGC ATTCTTATTTAATTAATTTTTTTCTATTTTATATCAGATTTGCTATATTTTTCTGTAATT CAGAAACTTGCCTTACTTAATCTCTTTCGAGATAAAGGTTCTTACAGAATCAATATATAA GTGAAGTTTTCATTAATTATACATGAATCTCGAAGGGGTATATATATAATTATTATAATG TGCCATCCCTTTCAATTCGAAAGATGAAATATATTAGCTATAGCTTAATAATTTGTTGAA ATTCAATGTTTGAAAACATGAGGACAAATCTTAATAATTGTCTAATTAGACACATGACAA CGACACGGTTGGTGCTAAATTGAATACTCATGATTATCAAAACTATTTAACTTTATTCTT CTCACTTTAATTTAACCTTAATAAAGGACTCTTATAACTAGCTTCAAAAATAGCTAGCGA GTTCAAGATCACAAAATTATTAATTTCAAGAATTTTTTTACTCATGATTTGAAGTTACAA ATTTTTATTTAGACATGCAATTTGGATATCAAAATTAAATTGTTATTTTTTCTTCATAAA CATGAAAACCTTATAAATGAACGCATCATAATTTTTCAATAAAAAATATCATAATGCATC ACATTAATAAACGTAATTTTAAAAATACCAATAAATGAATAGTAGGTTATAAGAAGCCAT CTATACATAGTATGTCGTATTTATCATACCATATTAAAATTAAATCATTATAACGTAATC ACATATTACAGCTCGTATATATATACATATCTAAATCACAATAATGTAGGAGGCCTTGTT TTGTGGGTTTAAAGAGGTAATTATGGTTTTACAAAAGTAGCAGTAAAGTAAGTTGGCTAA TTATTTTGCAATAAACAATGAATTCTTAAGCAAATAATATCGATTTCAAATCAAAGCTTC AAATTGCATAATCAATCACTTACTAAAAGCATTTACTATGAGCCAAAAGTCTTCTTTTAT ACTGAATTATTTTGAATTTATATATATACTTTTGGAACTATAATACTTTCCCTGTTTTCT TGTCAAGTACATAAAAAATAATCATCCAAAAATATTTATTTAATTTAAAAAATCAAGAGA TAATTTATATATCGTGTTTATTTTACTATATTAAATACAATACATTTCCAAAACATAAAC TTAATATATTCAAAAGATGATATAATATTATTATCTTTATTATTTATATAATGTATAACT GTTGTTGAACGATGGGGGTATTAATTATGACTAATTTATCCTACATGGAAGATATTGATA AAAGATTTTCAGGTTTGATAGGATCAGGAAAAATTTTAGTACTGAATATATAGGATGTTT AGGTGAGAATATAATTTATGTTAAAGTCAATATAATAAATTTAATCCTGATTATTTTAGT TTATGGCAATACCAAACATCGGTGATTGTTTAGTATGTTGTATGTACAATAAAATCTGAA AATAATTTATGTCATGTTTGATTTTATGTATCAACCAATCTTGAGATTATCTAATATAGA ATGTGAGATGTACTTGTTTATTACATTCCATGTATACAAGGTCGCTTTGTATGTAGGGGT AAAAATAATAATATCATGATAAAATTTGAAGTTTTTTTTTTATCTCATGTTTGATATAAA GTATCAGTCAATTTTAAAATGATGTTTACTCCAACGATTCTATTAAAATGATGAGAATAT TCTTCCGCATAAAAGATGAGATTAAGTAATCCTATAAAATATTTTAATTCATCAAATATC TTTGCTTATACTAGATTGCAAAAAGATTTTCGTATAATATACCTAAAAGTTCACATTGGT ACAAGAGCATGGCTAATGATGTTAGGATTTTTATGATCGTGAAAACATAAACAATTTATG TATTCATAAATTTTATCAATTATTCATGATCGTGGAACTATATGATTTTCACATAAAATT ATTACTATGATAATTCAGTCAGTAATACATACTCGAATCAGTCATAGTGATATTCAAGAA TCTTGACTTGAATCGAGCGAAAGTTTTATTTTCTTTTCGTTTTTCAAAAGTTGTTTCTCT CTCTTGCCTTATACTTTATGAATAATTTTGATGGATAAGACTATAACTTTATGGCAAGAA GAGGACCATTTAAATATATTAGAGTGTTTTTTCACATTATTCCCACCATTCCATCGTGGT GAATAGAGAAGAAAATGGATAGTTTTAAAACTACCAAGTAACTCCCCACTTAATGGGTAT AACTTCACATATTTATCCAATTAGAATTAAAATTTACTTAATAATTAAACATTAAATCAA AACAATATTGACGTAAGTTAGAAAAACTAAACACGTAGGCCATAAAAATAACAAATAATT CTAAATGCTAGTAAATGAACTTATAATAATGTCCTTTTCAAAATTTTGAAAAGACTTTGA AAGCATAATGTGGCCTCCAAAACCTTTTCAATATCTACGAAAATATTATTTGAAGATTAA AGTAAATGATTTATTTCTAATTATTGATTCAACTTTATTAGAAAGTTAGTCACTACCTTT GGAATTGATATTGATATTAAGTTAATTGATTTGATTGACAAAAAGAAAATAAGTTATATA AATAACGTGCAAGTGTTTTGGTTTGTTTGTGCCAAACGGCCCGAATAGATAGATGAGTGA AGAGAAAAGGAAAAATACATTAAAAAAAAAATAAAAAAAAATTGGAATTTGATTAGAAAA TTTACTTTAGAACTTAAATTATACGGATGTTTAAATACTCTTTTTAACATTTTTAAAGTG AATTAAATACAATAAACCCTAGGGGATTACATGGCAAAGAGAGTGAGTTCACTCTCCTAA TAGCGTGTGAAGGAGTTAAAAAAGAAAAATAATATTACAAAATCATACATATAATATTTT TGCTTTTTGAATTTTTCGAAGACGAAGGCAGTGATGGTAGATCTTTTCTCCGGCTTTGGA GGTATACCAAATAAGACACGAAAGAAAGAGAAACGAGTTGATTGTTGTTGTTTTATTACT CCGTCTAAAAACTTCGAAGCTCACTATTGATGGTGTTTTAAGGAAGAAAGTGATGACGAA ATGGTGATTCAGTTGTTTGTTGGTGTTTTGGAGAATCTAGTAATGGTACTTCGGCGGTAA TTTGAGACTTTCCATGAAAGGAGTTTAGATGGTGGACGTAGTTGAAAAATATAGAAAGAG GAAAAAATGAACATTGAAAAATTAGAAATGGTGAAGAAAAGGGAAGAAGAAAGATGAAAA TAAAAAATGGGTCCAATATTTTTTAATTTTAATTTAGAAAATGCACTTTAAATTAATTAA TTAGTGTAAATTAATTTTAAAAAGTATTAAAGAAAAATGGTGAAAATAATTAATGACGTG GGGCTGATATGACTGTTGTGGCACTTACATGGCTATGATGTGACAATTAAGAGTGGGATA ATGATCTCAGGATAATTTTTAATTCATATTAAAGATGTTAAGGTGAGTATTTAAACGCCC GAACCAAGTTCAGATTCTTTTTATGTATTTTTCCAATATATATATATATGACGTGTTTGA TAAGAAAAATAGAAAATAGTTTTCAATTTTTTTTGAGTTTGATATCGAAATATCTAGAAA ATATTCTTTTGTATTTTTATAAAACAAGTTATTTAAAAATGAGGAAATTGACTTTTTCTA GTAAAAGTGGGAAAAACACATTTTACATTAACTGTGTCCTTCTCATAATCCCGTTCTCCA ACTCTTCTCATATTCACCTTCGCCCTTATTGCCCTCATAACCCAACCTTTGTATGTACTC CACCTCTCATAAAATTTATGTAATGAATATTTGAGTACACGTAATTTGAACAAAAATATT TTACATGATATACATGGTATCATATATTTAAATGCTCAATCACAATCTATCATAAGTATT TAAATGAAATATATTTACAAATTTTGCTACGATGTTTTAACCCTCGAGAAAAAATAGGTA TTATATGATTAGTTAGTTGGTACTTTCTTTGTCTAGAATTGTTTGTCGCTTATTAAAGTT AATTTGACTAATTTTTAAAGATAAATTAGATTAAATTAATTCGATATTTTAAATAAAAAA TGATATTCTAAAACTATATGAAAAGTACTATAAATTACATCTTTTTATATTAATATGATA AAAATATATATCTTAAAATGTTAGTTAAAATTTTTATAGTTTAACTCTAAAATTGGGAGG AAGTATGTCATAGGTCACAGTTCACAAGTCACAAGAAGAATTTTGCTAAGCATCTTCCGA CTTCCACCAAATTCCAAATAAAAGCACTAACCAATGCACTGCTCAAATATATATATATAT ATATATATATATATATATATATATATATATATATAAAACTTTTGTTCATTAGCCTTGTAA AATTTGTTTCCTATATGACTTTAAAAAAATGTTAGCACATAAAACCCAAAATTGAAAGCC TTGATGATAACGATATGATTGTAGATTATCTCTTTTCAACCGCACAATATTAATATTACT TTGTCTAACATATTAGTATTACATGCGAAATAGTATTAAATATCTTAACCATATGATTAA CTTTCAAACTAATGGTAAATTAAAGAACGAACGAAATATCTTATAAGTTCTTTGAAGAGA AATTATATTAATTTGTTTACATCGAATGTTTAAATGATCAAATCATGTTAGTAATTTTGT TATATGTAAGTAATTTAATGAAGTGATCATAATGTATATTAATTTTAAAATGGTTTCGAA AATGCTAGAAGTTTTTGATGTACATTTAATTTATTCATTTGATATAAATATTGAGTGTGA ACGAATTTTCAGGTAATTGTGAAATAAATTTTTAGTACTTGATACTGAGATTTTACTAGT TTATTCGAAGGGCTTTTGAATTTAAAATTACCAAAAAGAATAGGTATAATATATTAAAAG TTTATTTTACATTTTAGTATTATTAAATCAAAGACAATTTTGAATATTTATTAGGAAAAA ATAATTCAACTCTCTATTTTTATTTATTTAAAATAAACGTAAAAATATATATGATTGCTA AAAATTTAAATCGATATAATTACCAAAAGTTTTAATCTATATAGTTATAGATAAGAATGG AGAGGAAAATACCTTGGAGGAAGACAATATGTTGAAAATACGGTTGAAATCGAACGAACA TGTGAAGAAGAGATTCACGAATCTCTAATGTGAGAGGTTTGAGGAGTTGATTGATTATGA ATAGTTTCATGAGATGTAGAGGTAGGTTGAAAAATTATTGGGGAGGATCAGAATGATTAG ACATGACATGACGTAATATCAACTTACCAAGGACATGGCCATGTAGATGAGATTGTGGCT GAGGATACAAGTTAAAGTGAAAAGTTAGTAGATAGTAAAGTGTTGTCTCACTTCGCTTCA CAGGCTAGTAATAGTATATTATTTAGAGAGTTCCTTCACTACGATGAGAGCAACTTTCAG TAATAATAAACATACAAACATTAATAAAGAAAAGCTTTACTGACATTAGTTTTATAATTG CCATTAGAATCAATATCGCTAAAAACTTTAGGGACATATACAAAAAATGTTAATTGTCGC TAAAAATACATATTTAATAATAATTAAATTATTATCGTTAATTAATTACCGCTAAATCTT TCACTTTTTTATGCAAGTGTTTGTCCTTTGGTGTTTGTTATTAGCTATTGATTCTTTCAC TTCAATTATCTAACCATTTTGTAGTTACGTTTTTTTCTTTTATGTTTCTTTAACAATTTT TTTTAAGAATTATATCACGATTTCTCTACTCGTCTATCAAAAATAATTTTATATCTTTTA AGATTCAAGATAAACGTAAGAATTAATTACATATATTTTATCTTTCTCAAACCTCTAGGA GATTGGATATGTTGTTATTGTTGTACCATCTTATTTTAGGAATATTAAAAAATACAATTT TAGTTGACTAATTAAATTTAAATTTACCTCTGATTTGTCACGTGACATAGCAAGAGTTAT CAAATTCCTATAGAAGTATAAATTCGAGAGAGATATTCTTAATAAAAATTTAAGGGTGTA TATTACTTATATTACAAAATTGTGAGTATAAGTTCAATCGATTAAATAAATAAATAAATA TTTAAAGACTATTAATAATTTAAAAATAAAAATTAGTCATTCATGGTAAACTTAGGATTA TTTCCAAACTAGTCTGTGTAGAGTATTACACTCTTAACAATCACCTTACTAGAAACAATG AGCTTAAGTACATTTTATTACTCTTTTATTTTTAATGATGAAAATAAAATCTGATACCAG TAGTTAATACTAATAATATACTATTATTTATTACTTTTTTCCTCTTTTTGTTCAACACAA TTGAAATTAATGTAACATTTAATAATCTTTTTTCTGTTCAACACAATTGAAAACGTGTTG CCAACATTCTGCTTACCTACTGCCCCACCGTTTCTTCATTTTCTCCTCAGTTTTTCCAAG AATCCGCCTTTTGTATTAGGATTGAAGTTTTCATATAGAAGAAGAAGAAGATAAAAAAAG AAGCATACAGCAGTGTGTTTTATGTTTGTGTGTTAGAAAGAGTCTGATGTGTCTGAATTT ATATGCTTATTATACACATTGGGACTATTGGTAACACTTGAACCATGGCTTTGAAACTTG TGCCAATTTGGGCATGTTGTACCAATCAGCAGCATTGTTGTACATATCCTCAATCTTTGA AACTGGGGTATGGGTCTAGGCTTTCTGGATCATCTTTCTTGAATCTCAGAGCCCATAAGA AATGGGAATGTTTGGTTTTGTTATCCGAGACTGAAAGAGCTATCACTCCTGTGGAAGATG AACAGCCATTGGCACCACCTGGGGATGCTTCTGTTCAAGAAGCCCAAATCATCCAGTCGA AAGGCTTTCATAGGGATTTACAATCTTTACCAAGTTAGTTTTTTTTGTTTCTGTCAATGT TTTGTTAATTTAGTTTGTGTGATTTCAGAATTTGTTTTAATGTCTAATAGGGTTTTGAGA CAAATTTAGAAATATTAATGAAGTACTTTTGGTGGGATTTTAACAGAATCAGAAAAGACT TGTTTATTTATTTCCTTTATAGAATGCTAAAAATGGAGGTCTTTTGTGGTTAATAACAAG TTCGAATTGGATGAAAAGATTGATCTTTGCCTAAAGTTGTATCCTTTTTTAGTTCATGTC ATTGTCTTATCTTAAAAGATCCAATTATGTGTGTGATAATTAATTAGCTATCTTTTTATG GGCTCTCTTACATTTTGTACATAACATGTGACAGTCTCTGCAAGAATCTCCTAATAGTGT GTTGCCAGGGTGCAAAAAGTCGGAGCCACGATTTTGAGTTTATGGATTGTAGATCCTTGA CAAAACAGTTTCTTGGGTTTTGGATAAATTTGTACAATTAAGTGAATGTTTAAACACAAA TACAGGTTGTGGGCAAAACTATAGCTTCTGCCGAACACATAAGCATAACTGTAGTTCAAT TCCTGCTGAGTGCCATTTTTGCGTCATGGTGTTTCATCCTGTGACATGCATTTGACATTT TTCTCCAAATTTGTTACTTGGTGTTTTCATCATCCACAAAGCTACTTACTAGGGAATATA ATTTCAAATTGTTGCCTCTGTTGACTGTGAACAAGAAAAGAAGTATCTGGTAGAAAACAT TGTGCATATTCTGTAAATGGCCTTGTTTGGATTTCATTTACTCCACAGCTATCATGGAAG ATAATAGGTTAAGGTAATCTATATTTCGTCATGGATGAAACCTTAAAAAAAACTTTTGGC TAAATCCAATGCAACAAGTACTTGGTAAATTCAGTACTTGTGCTCCATTTTGTCTACATC ATGAGGCACACGTTCTTTTTTTGCTCATTGCAGAACCCTTATCTGCGACATATCTTTCTA GTGGTCAACATGATGGTTCAAATGTGCGAGTTGCTTATCAGGTAGACAACAAAGACCTCC ATGCTCTTAACTTTTAACTCATTTCTTAAGTGAGATTCCTTATAGACTAATCTTCTCTTA ACTTTTTAACTCATTTCTTAAGTGAGATTCCTTATAGACTAATCTTCTTTATCTAACGTA GGGAATTCCAGGTGCATATAGTGAGGCAGCTGCACTTAAAGCATACCCGAAATGTGAAAC TGTCCCATGTGATCAGTTTGAGGCTGCATTTAAGGTATTTTTTTTGTAAAACCAAAGTGA TTTTGTTCCTGAAGATATTTTGCATCTTTTCACACCTTTATAGTATTAGTTCTCATTTCT CAGGCAGTTGAATTATGGTTAGTAGACAAAGCTGTACTCCCGATTGAAAATTCAGTTGCT GGGAGCATCCATCGTAACTACGATCTACTCCTTCGGCATAGGCTGCATATTGTGGGAGAA GTTCAGTTGCTTGTTAACCACTGCCTTCTGGGCTTGCCAGGAATCAGGAAAGAGGAATTA AAGCGCGTCGTGAGCCACCCTCAGGTTATCGTTTCATTTCATTATTCAGAAGAATCTGAT GTTTCTCCTTGTTAAACTAAAAAGATGTAGAAATTATTGGATTAGCTTTTGGGTTGAGTT AGACACGAGCTCCTTTTTGATAAATTAAAATAGAAACAGTTACTTCCTTTAGTTTTGCAC ATAGAATTTATATTGCTTCCATTTCTACTTGGTAAATACTAATACAACCATAACTTGCTT TCAGGCACTTGAACAATGCAACATTATGTTGAATGAGTTAGGCGTTGCAAGGCTCAGTAG TGATGATACTTCCAGTGCTGCACAGGTATTCCATTAAATTTTCTCATCCTCGGCGGGTTT TATTTCCACATTATTTGACACCTCAACAGATAGTCGCATCTGAAGGGAAGAGAGATACTG GAGCAGTTGCAAGTGCTCGAGCTGCAGAGATTTATGGGCTCAGCATTCTTGCTGAAAGAA TTCAGGTTAGGATTTTGCATTTCTAAGGTTCTCCCTTTTGTATTTACTCGATGTAACATT GCATCTTTTGAAATTGCACTTGACTGTCTTTTTAATAATTTATTTCTTGAGCCATGTCAC CAACGTTGTGGGCACTCATGACTTGAGAGTATGGATATCCAGTGCGCTTACACGTTCATA AAATAACAGCATTTTCATAGTTTGCATATCGACCAATAACTTTCTAGAAGATCATCGCTT ATCTTTGATATGGAAACCTATGATGGTTTCTGGTCTTTTCGTTTTTCCTCGCTGTAGTTT AATCCTATGTAAGAACTGTTACAAAATGTGATACGTAGTTTCCAGAAGGTATAGTTTGCT GACTTTGCTCACTCCTTGTCTCTATCTTCACATGGAACCATAAGCAATTTCAAGATTAAG AGCTAGCAACATGGATGGATGGATTTTTTTTATTCTTTATTCTTAATTTATGGATGGGAT AGAATGATAAAAAATCAGATCATGAATAGTTATTGATTTAATCTTTGGCTTATAAAGAAA CATTATACATTGTACTGCTCATTCAGACTGTAATGAGCAGCAAATACATTTCCTTTAAGG AACTTGCATGGTGTCAAAATTAGGATGTTTTCATTTTGATAAACCTAGGAAAATAAAGAA TGATTTTTCAGAAGCAACTTCAACTGTGAACCAGTCTGCTAAAATATTTTATACCTGTTC GTAAGTGTTTGGGCTCAAATCCACCCATGCATGCTTCGCCTAGCTGGTTGTGAACCAGAG AAATTAGGAGTATGGTAGATCAATGGCCAGTGAAAAAATAGTTAAACCACGAAGATGGTG ATTGGGGTTTGGCAAGGTTATTCCAGGATCACCAATATCTTCCTTGTCATAAACACAGCA CCAATATAGGTAGTTTGGTTGCAGATAATAATGGTTCTAAGTTTTGAGTTCAAAATCATA GCTGTATTTGAAACTTTTGAGCGTCATTTTTTGCTGTGTTCTGCTGCAGGAGATTAGGGG AATATGGTACTCTTATTTCTACATGATTTTCTCCTTCCACTACTGAGTTTTTCTCTTCCT CTAATCTGCTTTGGATACTTTGAATGGAATTATGTGGATTTCAGAATATGAAGAAGAAGC CTTGGTTTGTGCAGTTACAAGATAACAATTAAAATTTGTCTGGATGGGCCAGTGTTGACA AAATAGAAAAGAACTTAAAAAAAGATGAAAGGTCTGCTGGAGCTTTAAATGCAAATAAAG CGTGAACATCAATAAAATAACCGCCAAGGGAGAAAAAAAAATATAACTGTTTAGTTTAAG GCTAAGACGACACTGAAGCACTCATTAAGCAAGATGGAAGTGCTCAACACGTTTTGAGCC TCGCTTTAGGGCTTAAGCACGTCTTTGACAATAATGGGATGGGCTAATAGAAGTTTTAGC ATGATGCGTCTTTGTGTTTATTATTACGACTGCCTTATAAATCTAAGTCGGATCCTCCAA AAATGCCACTGCACACGTGTCGAATTGTAAACCTTATCCCCATCAATGAAGTTGAATAGT AACTAGTAAACTTTGAATATTTAACTAATTAAACGTAAAAGGTCGTCATAATTACACAAT AATCAATAGCCATTTAACTTAATTAAATAGAAATCGAGTCAAATTATATTGTTGACCAAA ACTATTACAATAATTCTGTCAAGTCCTAAAATTTATGTGATGACGAATCTGGCCTCTAGA TCTACACTTGTATTGGCACCGAACATCATAGTTTATTAAGGCAGTCTGAGAATTAGTTCT CAACCATAGAAGATATTTATAAGTCTTTTCTCTGCTTTTGCGTCTTTATCAACTTGGTTC TGCTCTTGACCAAGCTGGTGCAGCTAAAAACTGCAAAGCTATTAGCCAAATATATTTGCT ATAATCTGCTGTGAAACTTCAGTAATGTGATTTTTAATTGCATGACCAATAACCAGGATG ATCCAGATAATATCACCAGATTTCTGATACTAGCGAGGGAGCCCATAATTTCGGGAACTG ATAGGCCATATAAGGTAATATCATATTCTTCTTCATTGAACTTATTTTGTTCATACAAAG AATTGATGTTCCCTTTTCATTTTCTAGACTAGCATTGTCTTCACTTTGGAAGAAGGACCT GGAGTTCTATTCAAGGCCTTAGCAGTTTTTGCTCTGAGAGAGATCAATTTAACAAAGGTA TTTCTGTTGGAAAAGCTTTTGTAGTTCCCTTCTCTAGTTAAAAGGCTCTGATACATGTTC TGTTGCATTCATACAGATTGAAAGCAGACCACAAAAAAAGCGCCCTTTAAGGGTAGTAGA TGACTCCAACAAAGGAAGTGCCAAGTGAGTCTTAAATCTGTTTATTGCGCTAAGAACCAT GGAATAGTAACTGAAACCATGTCGGCTTTGTTTCATTTGTCTTTTCTGCTCTGGATATCT TTGATTTGTAATCCCTGGTTCCCATTACCATTATTTGTTGCCACTATTCAGTTAATTTTT TTTAGAAATATAAGCTTGAACTCCCCGTGTATGAGTTTCGCAAAGTACAGCTAACCCCAC ATCCAAATAAAGGAGGGTTTCAGTGGGTTAAAAGACAATGTAAAATTTGATGTATTGAGT TTGATGGTGTCATTCTTGAATTCAATATTGTTTGTGAATCCTTTAGATGTTGAATTCGTG AATAGAGTGGAATGACTATATTGGGTTCATCACCGACTCCTACTAGTTTGGAATTGATCA TAGTTGATTGATTGATGTAATAGTTCTTCAAAATTCAAAGTTGACTTTATGCCCACAACT TAGCTAATTTCTTCTTAAAGAAAAAAGAGATTTCGTAAAAATCATCTTTTTGGGTGTGTT TGGTAGGGAGGACAGCATTTTACAGAAAATGTTATCTAATTTACCCGTGTTAGGTTGGTC ATAATGTTCTGAAAAATATCTTTTTAGGAAAATGACTTTCTTGGTGGGAGTAGGGAAAAC AAGTTCCATAAGCGGCAATGCACGCTCATTATCTCCGCCACACTCCTAACACCCCAACCA CTCACCCTCCAACCCACCATTGTCCCCACACCCATCCCATAGTATTTTCCTAGATTATGT TTTAAATGTTTTTAGAAGAATTTTTTTTGCTTACTTACCAAACAACAAAAATAAGTAGTT TAAGAAAACATTTTCTAGGAAAACACTTCCCGTCTTAACATTTTCCTTTGTTTCATTTGC AATTGTGAGAAAAAATAAAAAATTATTGTAAGGTGTATTTAACTAGTTCCCTCCCTCCCT ACAATATATTTGTTATTATGACCTTGCCCCACTCCATGACCCACACTACTTCAAGGTTGT GGTTACTGAAGCATGTAGATAAAGCAACATAATTTGGAGGAAAGATGGATCTTCAAATTA GTGAATTTAGTCCTTTCGTCTGGTATAGGTATGATATGCTACTATAGAGGTCCTTGATAG CATAGTGTACTTCTAATTTTCTGTTGTCTAACTTGTTAAAGTTATATGTATCTATAATAT ATGGCTTTATAAATTGTTCAAGTGCCCAAGGCTTAGCCAAAAAAGAAGAAAAAAATAGTT CAAGTGCCTTGAAAACAAAGGGTATCTATCGCACAAGTCATTGAGATGGCTGTGTTTGTT TATCCTTTTCACTTTGCTGGGGAAGAGAAGAGTGGAATTGGAAGTTTTGAATTTGTGTTC ATCCTTGTTTAATAGAAGAAGCAAAAGAATTAGAGTGGATAACTGCACCCATTAATGTGA CCATATTTAGTTACTCACCACTTCCTTTTCAAACTATATATTTATTTCACAATACAACCT TCTCTTTATTATAAAATCTTCTTCTTTCCCACTTTTCCAAACCATAGATGTTGTTTAGTC ATAGCAAGATTGAAAAACATCCAGTAGCTCCAGTCCCTTAATTTTTCTGGCTGAAGAAAC AAGTGCAAGATGATCCTTTATGTTTACACACCGGCACATGTTGCCTCTTCTCATGGCTAG GGTATATTTGAGGTTGGCCTACTTGTGTTTCTGTGGAACTTAAGAAAGTGATTAAATTTT GATGGCAGGTACTTTGACTACCTCTTTTACATTGACTTTGAAGCATCGATGGCAGACCCT CGTGCTCAATATGCTCTTGAGCATCTTCAGGTTAGTACAACAATCTCTAATATGACCCCT CAGCCAGAAAACAAGTTGCTAAGGTAGCTCTATTACCATTTACATGTGTTGTCTTGTTGC TATCTTGTGCCACCTGTTCGTCACTTGATCTTCCAAATGCATTTACTATTTATTAATATC AACATCAGTTGTTGCCTTCTTGCCTTTCTTGTTTTTAGAGTTCTTGGCAACAGAATTGAT ATCAACATCATGTGCTATTTCTTTGGTTGCTCATTCTATTCCTTTTTGTGCAATAGAAAC CTGTTGGTATGTGTATAATAGACACACACACTCACACATATTTCCAAATGTGGACAGTGC AGATTCCTATATCCGACCCCAACTTGGTTTGGGAATGAGGCATAATGCTGTTGGCTTTCC TCCTATTTGATATCCTCTCTTTGCAGCTTGTATATTATGGTCTGCCATGCTGGCAGAATT TGAAGACCACGTCTCTAAATCTCCTAATGTTTCTTCAATGCAGGAATTTGCAAGATTCAT TCGAGTTCTTGGCTGCTATCCCATGGACAAAAATCTATGATTGCTTATCTTTCAGAAGTA TATTATAGGAGATTCAACTTGTAGAGGAGTTGTTCAACTTAAATTGTTGTATGTGTATTA TCTGCTGGGAACTTCCAGTCCAGTAGGCCATTGTTGTGCCTGCCCTGTGCTCTCATATTC TTTCCATCTGCATTTTAGAAAATTTGTTGGTTCAGTTTACACCCCACCCCCTTATTTTTC TAGGCTAGCTGTTAGCAAATCTCAGGATAGCAATGAACTATTGCTTCACCTGTAGCTTTT GTCCAATGGGCAAATTGTTTATCTAGAACTCTCCCTCCCTTTGCTGAGAAAAATGTTGAT GTATCCAGGGCCCTTGTGTTATACATCTTTAACTTCAGTGCTTATATTCAAATACCCCTA TTATGTTTATGTTATCTATTTAGGCCCTATTTAGTGGAGTCCGAAGCCTTAAGTGGAAAA AAAAATTGTCAAAATTTTTATAGGGATACAATAATTTCTTTTTTAACAAAAGGGCAAAAA TGCTATTGACCTACCAGCGAATTTGTCAATAAATAAGGGCAGAATTAGTAATCAAGTCTT ATAAATCTATGTGAAGGTGAGAGTTGTTTGTTGCTTATGTGACATCCACATGGCGATTAA CACACCTCTGTTAATAATAAGGGTAAATGTGATCCAATATTTTAACACGAAGGTATTTTT GAAGCAAAAAATAGTGGAAAAGTAATGTGAGCTATTTCCAATAGTTCAATGATAATTTTG ATCCTTTTCCGTTACTTAATTAATCTAAATAGATTTGGATTATTAACATCTGTAACAGGT TTGTAACATCATTTAGACATCTAATTTTTTACAAAGATGTCAGTGTACTCCCCAACCATT AATTTTTAGGCACAATTACCACTTTCGTCAGTCACCACCCTTACTGTCAGCCACAACTAC TGCTTTGCTTTCATTGATCACCGTGCATTCTTAGCTACAATTACCCATCAATTAACCACC AAAATCACTACTCAATTGACACACCCTTACAATCTATAGCTTTCAATTGACACACCCTTA CAATCTATAGCTTTCATCTCACTATTATCACTGTATATCGTTAATCACTATCATCATTAG CTATCATTATCACTATCAATTACTATAATCACTACCCACTCGACACACACAATATATATT TTTAAAATAATTTATTGATATAACATTAAATTAACCGTTTTTAATCGTTAAGTATTTAAA TGTATATTGAATATCCAGACATTTAAATCTTATAATAAAAATAAATGAGACACTTGATTG TTTCTCTGTCCAAAATTATTTCGTACGGTCCTAATTGCTAACGCAAAAGATGATATATAG CCATGATGAATGAAAGATTTGATGTCTGCACTTGCTGATTGGATAATTTCATACATACAC AAACTCAAAAGGTGAATAGGAACCAGCAAGACATACTCAGCAAGTTAGAGATGTCAAATT CACATTGTAACACACGAAAATGTCTGGAGAAGTGCTTAAAGGAGTAGTTGATTACGGTAC TAGACACATATGCATTAGTCTGCATGTGAAGATAAACACCACAGCAGATTATTTATTGAT ATCTAGTGAAATACGAACAAGCATCTTCTTGACCAGTTACTTGGACGATTCTAGCTCCTT CAGAAAATCCTTATTGTCAACCAGCACCTACGCATAAACGCAACACACAAAGTGAGCTCA TATCCCATTGATTACATACATGCCTTGGAAAAGGACAGAAAAACAATGATACAGCCTGTG ATAGCCAGACACTTACTGTTTTCCAGCCATCTGGATCCAGAAATGAAGTTATCTTGGTGT TAAGTCCAGGAATTGATCCTGGCTGTCTAGTTATCTTTCCTCCGAGCTCTTGGATAGCAA GATTGACAACCTTCGCGCTTTTGTAGACATCATCAGTGCCTATTGCAATCTGGAAGAAAT CACATGCAAGTTTAGCCTAAAAGATGTTTGGAATAATTACATGGTTAACCGTTGATCATG GGGATACCAATGACAATTCCAAGTGAATTTCAATCAAGAAAGAGAATATAATGTTTTTAC AATATTCTAAACTTTGGCCAGAAAACATGGATTCTCTCTCTCACACAACCAAAAAAAAAA AATGAGAAGAGGAAAGAGAGAGCCAAGAGCATTGGATGATCATTCCTTGAGTGAGAACAA GGAAAAGGATCCGAGACTTGGTTGGAAGGTATTCCCCGAGCAGTACGCCCACATTACTCA AAAAGGGGACAAAAGAATTGAAAGGAGGAGAAAATATGCATGCTAGTAAATCAACCTGTG CGTATGCATTTCCCTTTGTGTATTCAGTCACACCATAGTTGTATGTCAACTCAATAACAG TCGTCTCTTTCTCTGGAGCATATCCCATCATAGCAATGGTATACTGCCCAAGCATAAAAG ATAAGAATTAGTTATTGTACATGTAATCTGGGCTCCAAGGCTAGCAAAAGAAAAATCAAA CTTAGCTTATAGTTTCAAAAAACAATCAAGCATACCTTATGCTCTGGTCTATCAACTTTC TTCACCACTTGCATCCCAAGTGCCTGCATTCAAAGACAAGCTCTGTCAAACCACAAATTG CACAGTGTGCCTGTAGATTAAAAAAATACAACATAGACAATTACATTATGGCCCAAGCTG ATGTGTATTCATGTCTAAAGCCATCATGCGTACAACACCATTACAAAGAGCAACAACTAT GAATGCATTGCAATTATCTTCTTTCGGAATTCCAATCACAGTGGGTATACCTTGGACATA TTTGAAGGGTCACATTGATTAAGGCTTGAGAAAAGTAACAGTTTAGCCCCGTAAACATGT TTAACCCAATGCTATCACTATATTGATTTGAAATAAAAGAAATTATTGCTCATTGTTTCA AGAGAATGGAGTGACAGATGAAGATGTTACTCATAGGGTTAACCAGATGATTCTAACTCA AAAGGGTTAATCAGATGATTGAAATGGAAAAGTGCTACTGGGGTGTTATGTGATAAAAGG ATACCTACCAAAGTAAAAGGTCAGTTCTATAGAATAGCTATAAGACCGGCTATGGTATAT GGAGAACGCGGGTTGTTAAAAGTCCAATATATCCAAAAAATGAGTGTTGCGGAGATGTGG ATGCTAAGCTGGATGTGCGTTCAAACCAGATTACAAATGAATGCATTTGCCAGAAGCTGC AACTATTACACATTGAGGATAAATTGCTAGAAGGTCTCTTGAGATAGTTTGGACATGTTC TGAGTCAACCTATTGATGCACCGGTACATAGGTGTGAAACTATGGCAAGTGAAGTGTTAG AAGGAGATAGGTTAGACCTAAAATAACATGGAAAAAAGTTGTTTCAAAAGACCTGCAAAT GTTTCGTATCAATACAGACTTAGCAAAGGATGGGGCACGATGGAAGAAAAAAGTTCATAC GGGTGATAGCTACAACTTGTTTGGGACTTGCTTAGTTGTTGTTGCTGCATTGCTTTTGGT GTATTGTATAAACTAGATTTGAGACAAATGCATGTGTCCATAAAAATGACAAGCATCTTC TTTTCATTTCATGCTGGAAATTTCTGTCTGAAGTTTGCATTTGGCAAATCAAGGATATAA CACAAAAGGATATCTAAAAAAAGAGAAAATATAAATAAGAGATGTCACCTTTTCGTAGAA TTTGATCGCACGTTCAAGATCCCCCACACGAAGCATCACTTGGCAAAGTGGTTCAGGAGT AGACTCTCTCTGGATGATTTCAAATAGGTAGCCATCAGGATCTTTGACAAAAGCAATAAC ACTAGATCCACCCTTGACAGGACCAGGCTCCCTTGTGACAGTTCCACCCTTGGCCTTTAT CTCCTCAACCAGTTTGTAAACCTTGAGAAAAGGAGGAACAAAGCTCATTTAGAAGAAACA AATGGTGCGCATAATTTTGCTTACAAAATTTACTTACATCTGGTGTGGCAATAGCAAAAT GCCCAAAGCCGGTTCCGATGTCATACTTATCAACTCCATAATCTGTACAATGGTATCTAT GTAAGATTTGAAATTTACGCTTCAAGGTACAGTATATAATTCATTTATTGGTGTTGGATA ATAGGTAAACTATTTATTAAAATCTATGCTCCTTAACTAAATGATGTGCCTTTGGTTCAG TAAAATCAAGTCACCTCCTGGCATCCCCTTCTCCACGTGGCTCTCTATTGGACCATATAC TGAGTATCCTAACAATGTTATGCATGCTTCATTCTCCAACTCTCTCTCCACCACCCAAAG AGAACCCAGAGAACAAACCAAGAACAACTTCTAAGAGCTAAGAGGAAGGAAGAAGCAGCG GATTAGCGACATCTAAGACTAGTTTCGCTTCCTTACTCGCTTACTACAGCTGCTTATTTC CTCTTATCGACAAGCAAGGAGTTTTCTCACCAAATAGCAGCTGCACCGATGAAACAAGGG AGTTCTTTCGCAGAGACAAGGGAAAACAATCATTCAATGAGGTCAAAGAGACGTATTTCG AATTAGAGTAAGGGCACGCTGAGACATTCCTTTTCGTGCTTTCGATCTGCTTACTTTGAA TAAAGAGAAAAAAAAGAATAGATAGGCGGAAAGGCTTTACACAAGACCACAGAGCGAGAG AGAGCGCCTTCGCTTACCTGCTTAACCGTACCCTCCTATCGTACCTATATAGCCTTTCCT TCAGTTATATCCAGTTTCAGTTCTGCTTCCAACTACCGATGGGAGAAGGCTTGGACGTAT AGCAAGATTAAATAAGAGGTATTGCATACGGGAATGATATATGAAATGACAGGTTGGAAA CAGAGCTGGAGATGAGCGCTAGCCAATGGTTAAGACTTCAGAAAGCACCTTAGCAATTAC CAGTAATGCCCCTATCGACCTCAGTCTTGTTTTTTGCTAGCTTGAGTTCATAACTTTACT ATTTATCATTAAACGTAGAATATCCCGACTTCGCTAGCCAGAACGAAATGGACATATGAG CGATCGATTACGAGAGCTCGACCGATCAGACCCGAAAGAAGAGAAAGAAAGGTCAATCTC CGAAAGGCCTTCGCAGAGCTGGACCAGAAGCTTCTCAAGCTCAAGCATTTACTTTTCTAG TTAGAGACCAACGTCTTGGGACTAACGTCGGATCCGCTCAAGGACCTACTGGTTTAGGTA AATATCTAATGCGTTCCCCAACCAGAGAAGTCATTTTTGGAGGAGAAACTATGCGTTTTT GGGATCTGCGTGCTCCATGGTTAGAGCCTCTAAGGGGTCCAAATGGGTTAGACTTGAGTA GGTTGAAAAAAGACATACAACCTTGGCAGGAACGGCGTTCCGCGGAATATATGACTCATG CTCCTTTAGGTTCTTTAAATTCCGTGGGTGGTGTAGCTACCGAGATCAATGCAGTCAATT ATGTCTCTCCTAGAAGTTGGTTAGCTACCTCTCATTTTGTTCTAGGATTCTTCTTCTTTG TAGGTCATTTGTGGCACGCAGGAAGGGCTCGTGCAGCTGCAGCAGGATTTGAAAAAGGAA TTGATCGCGACTTTGAACCTGTTCTTAACAAATCCATGTAATTTTAAGGCAAAGGAGTTC TAAGACAATAGGCTAAATCTCAACGCTCGCACCTTCTTTAGAGGCTTATCACACGGCATG AACTCCATAGAGAGATGACCAAAATCCTTTTCTTTCATGGAATTGATAAGGGAGCTTTCT AGAATTGAGAATCAAAATGTGTAAGTTGTAACAGACATATAAAAGCTTTAAACTTACTAT ATGTCAACTCAACCACAAAGTGAGACTCTTCAGGGCCAAAACCAAGAAAAGCATTCGAAT ACTTCTCCTCTGGAATATCTCTCTGCCTCAACAATTTCATCCCAAAACATTCTGTGTAAA ACCTAACAACAATAAGAAGATACTATTACTATCTAACCAAGAAAACAAGATCAACACTTG TAACATCTAACCACCTACTTGATGGTACGTTCAAGGTCACCGACACGATATACAGCATGC AACATTCTGCGCTTATCTTTCTTTGGCCACTCCAACAACTCAGTACTTGGTACAGCTGGT GCACTTGCTTCCGCCATGTTCTACTACAAATAAAAATTGTAGATTCTAAGAAAGAAAGAA ATCTCAAAACAAACAACAAAGAACACAAATCATACAGAAGTATCACTAATTTTTATCACA AAATCCCTACAAATCTTCCAAGATGAAAAATTACTCAAAGCATTTACTAGAAACTCTTTA CAATGCCATCAAGAATTGAAGAACAGAGTAAAACCCTAAATTAAAGAAAAAAAATATGTA GAGAGAGGAAAGTGTTACCAGATTGAGAGAGAGTGAGATCAGTCGTGGTAAAGTGAAGAA TCGATTTGAACAACCTAGAAACAAGAAGATGCTAATTTATGCTGAATGAATTGTGCTGTG ATCTTACGCGGTCGGTACTACAGAGATAGAACACGTGGTTGAATATTAGAAGGTGTTGTA AGAGAAAGGTGAATAAAAAGACGGAAAACCCCATAAAGGCATGAGATGTCAATATTTCAT TGGATAAAATAAACTAATATATGTTTCTTCTTAAGTTACGAGTGGCAGTATTTAACACCT ACTACTTCTGACGTGGCAGCACAATTGTCGTGACTTAAGGGTGTGTTTGGTACCAAGGAA AATGTTTTTCATCGAAAATGTTTTTCTAGAAAATAAGTAGATTTTGAATTTTTTTTCTCA TGTTTGGTTGGTGAGTAGAAAATATTTTTTGAAAATGATTTTTAGTGTTTGATTTATGTA TAAAAAATGTTTTTGAGAGACATTTTTTATTTTTACTAGGGTAGAAAATAATATGAAATT AAAAATATTTTCTAAAAACAAATTTTTTTTTTGGTGGGGAGAGGGGGTAAGAGTGAAAAA ATAAAAAATTGAACTTTATAGTATTTTTTAAAAAATAAAATTAATTTTTTGGTGGGTGAG GGGTGAGGGGAGGAGGGGGATAGGAGTTTAAAAATAAAAATTTGAAGTTGAAAATAATTT AAAAAGCAAAATTATTTTTTTGGGGAAGGGGTGGGGTTGGCCGCTAAATTTAAAAAATAA AATTTTAAAATTGATTTTTTTGAATTGTTGTTTTTCCCGCAAAAAATGTAATTTAAAATT GAAGGAGAGTTTTGGAAAATGTTTTTTTTTTTAATTTTTGAAGAAAAGTCATTTTCCTTA ATTTTGAGGAAAATGAGTTAATTTGAAAAATATTTTCCAAAACTTTTTTCCTAACCAAAC ATAAAAAAATTAAAATATTTTTCAAAAAATATTTTCCTTCATACCAAACGGACAAATTTT TGTTAAAATTTGAAACTCCAAACCCAATAATAAATATGATGCAAAACTCTCTTTTTTCCC ACTATTTTTTCATAACACATCATTAAAAAAAATACTCAATTGTTAATATATATATATTTT TATTGTATTATTTCTATTAAATAATAATATTTAGTGTTGTATTTTGAAAAATAATTTAGA AATAAATATTTAATATTGAGTATAAAACATGAAAAAAATAATTATTTTTTATTGATATAT AAAAAAAAAAATATTAAGAAGGAAATACTTACTTATATTAAAAGAAAGGTAAATAATGAG AAAATAAATAGAAGTTTAGTTTCTGATTCCATCTGATTATCGATTAATATTTATCGTAGA ATCTTACATGTAATTACTTGATAAATGATATAATTGTCTAAATATTTTCGAATTTAAATT GTTGTGTTTATTAAGAAGGAAGGATTGGGCCATAACATAGATATTTTGGGCCAGAATTCT AATATGTTTTGTGCCATATGAGCCTGATCTGTTAGCACCGCTTAAGATCGCATTTGAATT AACTTAAAAGCTGGTTAAATATATTTTCAAATAAATATTTAATTTATAAAAATATTTAAT AATTATAAAGATATTTTTAAAAAAGTTAAAAATAACTTAAATTAAGTTAGAAAGTATTTA ACAAGAGTATAAAAAACTTAAAATAAGTTTAAATAACTTCAAATAAGTTAACTGCTTTTT ATATTTTGACTTAAAAATGATTGAATTATTTTTAGAAAAGTTTCCTTTATAGATTTACAT AGGAAAAAAAAAGATCTTTTGTCTATTATTTTTAGATTTACTAAGGCAATGCAAAAGCTA GCTTAAAATCAGCTCATGAAACAACCCAAACTTGTTCCTATCCAATCTTTCAACTCAAAT AATTTGATTCTTTTGTAATCAATGTTCACTTAAATGGAGAAAGGCCATTGACATATGTTA TATCGAAAAAGTCTATCTATTTTTATCTTGTTTTTTATTTTAAAGTTTTTTTTTTTAATT TCAATTTATCTGTTTCAGTTTTAAAAATTTACATTTCAAAGACATTATAAAATTTTTATA GTCATATAAATATTATAACATGTTAAAAGAATTCATAATCATTCAAATTTATGTCGTATA TATTGAAATCTAAAAAAAAAATTATAATGAAAAGGTAATGAGTATCAAGTTGAACAATAT TATTCTTAATTAAGGTGTCCCCCTCCCCTAAAATCCCAATCATGGATTTCCATGATCTTA ATAGATGGTGGAGGCAAAATTAAAAGTGCTTGTAAGTAACCCTTGTGAAATTCTAAGGGG CAAAGACTTAATATATATTCTATGAATTATTATGGAGTAACTTTTATTAGCTAGTGGGCA CTCCATAGCCAAACGTATTTTTTTCATTATTATTATTTTTATTCTGATACCTGACGTTGA TATTACTATTAAAAAGACTTGTTGTGGGAAAACATCTATTATTTTATTATCATAATGATA AGAATATAATACTATTGTCGTTTACCATATCTTTTTTTTTTTTTCCAATTGTTTGTGGGT TAGAATCTTTGTTAGATACTGAGCATTTTGAAAGGACATCTAAAAGTGACCAATTGAATA ATAGTTGTGTATTTTTATGCTTCCTTAACGAGATATATCGATTTTGAATTTGAATGTGTA AAATTTTTTTGTTAGAAAATGTTTCTAGTTGAATGGGTCTTATGCGGTGTAAATTTAAAA TAATTAAATTTTAATATAATAATTTTTTATTTATTTTTTAAATATTTGAGGAGAGAAAAA GATAACGATATTCCTTCCTTTGAATATACTCACCACACTTCTTGGTTATGAACAACTTGG AGGAAATTCACTCTGCTTCTTGTCTTTTTAGGGTCAAACTAAGTGGCTGTTTGCCACAGT TTCCAAATATTTCCTACTTGTTTGGAGTTTTGCGAGGTAAAGTTAAATGATAAAGTTGTG ATTGATTATATTTTTAATAAAAATATATTATTCTATGTTTAGATGTGCTATAATATAATT TCAAAAATGAAAAATACATTGGAAAAGAAGTTGTACTAGTTGTTTCTCAAATTTTCAAGT ATATCTTTTAAGTTGGATTTATAAGTTTTATTGTTGAACAATGTTTTATAAATAAAATGA AAAATTATGTCGAAGAAAAAGTTAATTCACTTTTATGCCCAAATGGGTTCTAGTCTCGAG TCCGAAGTTAAATGTATACAAAATAGTAAAATTCCTAAAAGTTCAATAAAAACGAATACG AAATGAAAAGAGCAATATTCAGACAATGATGATAAATTCTATGTATAAAGTTTATGTCAT AATATAAGTCTTACGAGACTCAATAAAAAGAACACACAATTTAGAGTCGTGTATCATTCA GTTCAATCCAATTTTAAAATTTATTAAATTGATTTATTAGTTAATAGTTTAGCATGTTTA CAAATCGATAATCAATAAATTTTTAAGTCGGACTGAATCAAATATGCAACCCTAAATTGT CTTCTTTTTTTTACATAAGAAAGATATAAAGAAAATTGTTCTTTATATATTTATTCATGT CCCTATATCTTTCTCCTCAATATTATCAAATTATATTAAAGAAACTATTAAATTTGATCA CATTACTTACTTTTATTTACACACACAAAAAAATATATAAAAACATAACAATAAAATGAT TCAATAAATAATAAAAAAGAAATAATTCTTTTTCTAGAAGTAGCATCGTTCTTCTATACA AGTAAAGGCTCCTGTCAAATTAACTTTGTAACTCATATTAGAGTGAGCTTCAAACATGAA AAAAATCTAATAAATTAGAAAGAATTGAAGGAATGTACTAGTAAGACTCATTCTAATAAG AGCCATATACATGGAAATTTTAGTTATAACATTTCAATTTTTAGTTTAAACATCCATGAT AGGACCCATTAAAAGAAAGAGATAAGCAAAATAGCTTTTGAACATATATAGATTGATTTT CAAATTTGAAACAGTTGTTTAGATCAATTTTAAGTATATTATTGTAATTTTTTTTCCACT CACAAAGACTTCTATTTTTTCAAGTATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATTCAGACATAATTTAATTTCAAATAACCTTGTTTTT TTTTTTTTTTTTTTTAAATATGATTTCATTTCGAACACATTTTGTTATTTCAAAAGTGTT GGATTCTGAAAGTGATTACAGCGTGATGTAGAAGTTTACAATTGCAAATCTTTGAGATGG TAAATTAGATGAAAAACAACCCTATTCTAAATAACATAATATTATTAGAGGTTAACCAAA TGACCTACATATTAAAAACTAATACAAAAATTATTAAAATTGTTTAAGGAAAATCTCTCC ATAAACAGTTTTCTTTAATGACTATATTGTGGATGTTCTTGTGTTATGCTATAATTAATT CATAGATATCCAAGCTTTTCCTTTAAAGGAAAAATAAATCAATTATAGAAGAAAATTATA TTTTTCTTTTAGAAAAAATTCAAGCAATTATGAAAATATTTAACTTTTTTTAAGGAAAAA AATATACTTCAAAAAAGGAATAAAATAAGGCAAAACCCTAACACAAAACCACTATCCATC AACATCCAAAATTTAGGGGAAAAAAAAAACAAATCCCTCAAATGCAATTAATTTTTTTTA AATATTAAATCAAGTCAAATTAAATTATTAATTAATTTTTTTCTGATTCAACTCAATTTT TTTAATATATATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATGTTAATTCCGGACCAGTTATCAAAATGGATATTGTAATGCATATATAC TTATTTTTTACCATATAAATAGCCAAAAGTTTTATACTACCTCATATTGAACCAAATGAT TGTGTTGATATAAACTTTCCCCAAAATATAGAGTCCGAAATTTAAGTAAGCCATAAAAAT TTAAAAATGATTAAAATAAGTCATTATTTTAGTAAGTAACTAAAATAAACTTAGTGAAGG AAAAAGTTTCACTTTATCTAATTTTCTAAACGTTTTCCGTTAGTGTCATAAAATGTACTT TTAATATATAACGAAACTTTTTCTTACACTTTATTAAGTGTAAGAAAAGTGAAACTTTTT CTCCACTTCATAAAGCGGAAGAATATCTTATACTTTCTAAAGTGGAAGATTTGTAAAAAA TTATTTTACCTTTTCACCTTCTCCTTCTCCCTCTCACTTTCATGACTTTCAAAGTTTTTT TTTTCACTTTGAAAATTAACATTTGATGGTTCCAATCCGACAGCTGAAGCGGCCCCACAC TAAACAAATCAAAATTTCGGAGTAGCACATTCGATAACATAACAATTCGATCCTACAAAT TATATAAATTAGATACTTCTTTAACATCTCATATTTTATTTACTTTGAGTGTGTTTCATT TTTCTCATCTTATGTCTAGTCTAGTATCATTTTGCCTAGCGGTTCAAATGGGTCAGTTGA GTCTGTTGTGTAAGTAACCGTGTTTTTGTGCCACCCATTTTCTGAAATGTTATGAAGTTC TAATTTTGATCACTTTCAATTACTCAAAAGGAATTACACTAAATATTTTCCTTTTTCTCA TTCAATTCTACTCTTTTTCAGTACATATATAATCAACCTGTTAGGAAAAAATAGAAAAAG AAGTCTTTAATTCTATGTGCATTCAATTACTATATTGAGTTAGAAAAAAATCTTTAATTC GAAAGAAAGAAAAGGAATTACACTATTGGATTTGTACTGCAAAAATAATATTTAGACTGA ATTAGACCTTTCCATCTCATGTTTTTTACTTCTAGATGAACACTCAATACATTTGTTCAT GCCGGCATTTTTTAACTTTACCACGTACAACGTGTCTAAAGTACCATTTAGATCCCATCA AAGTACAAAAAATAAATAACAATAGAGTATTATTTTTATGTACATAAAATGTGTCTAGAT CCTTAAAAAAATTGACAACAAATTTTCTAATATCAAATCAGTCTAATAGGATGATTAACG CCATATATATAGGCTTGTTTGTATAAGAATTATCTCAATCAAAGTTTCATATATTAATTC GATACTCGATAGATATTTTTTCAAAATTGAAATTGCACGAGTGGTTATATTCTTATTAAT TCAATTGGTTAAATTTGTCCCCAAAACTGAAAACAAAATTCATCAAACATATAGTCATCC CTCAATTGTTCCAATATATGGTTCCATCTCTTTCTCTTTAGATATATCTTTCTTTTGGTT CTTTTTTTTTTCTATTTTATTTTTTTATGGTTGACTCGACAAATAACACATTGAATTGAC TTGCTGAAGTTAGAGATTCTTAAACTCTCGTACAATTATTTGTTTGAAAATAGTTTACGA TTTAATTTGTCAAGATATAATTATACTAAACGAATTAATATAATTTTTCTTACAGTATAT AATGGAGCGTGTTGTGATTTCTGGACAGATAGATCGTACACTTCTTTCTCTCTCAGCATG AGAATAAATCAAAATTGTTACGCAAATGCGAAATACCATTTAGTAGCCTTATGAGGACGG TGCACATGAAGGATGCCTGAAATTTATTTCGTTTGCACCAACCTCATAAACGTGTTGAGG AGACCATAGACTTTTTCAAAAGAACCCTCCCAAGTACCATAGACTTTTTCAAAAGCCCAC TTGCGATCAAGATAGGCCTTAATCTACTTATCGAAATGTCATATGCTTTAATGATGACTA TTTGACAGTCTTTGAAGGGAAAACTGAAAAGTAATAATAATATTATTTATCAAATAAAAA ATAAATATTTTCTTATTAAATAAAAATCATCAAAGGAAAAAATGGTACCTTGGCGTTCTT CCTATATCAACACGGAGGACATTAGCAATCATCTCAATATCCAAGTTGAAATGTCCTTTG CGGCACGTACCCACATCACATGTATGTTCTTTAATGTATCTTCTAACTTTCCACATGTTA GTATGTTTATCAATAAAAGAAGTGAACCTAAATCGACATCCTTGTTCTACACACCTGCAA ACAAATCGCCATGATTTCTTTGTCGATTTAAACAAAGCACTGCCTTGCTATCTTCAAATG TAGAAGTTCAACTGCTATTTGGAACTGCTTCTTTGAATTGAATAACATATCTTTTTCAAT ATAAATAGCACCATTCATGAAATATTTAATAGTTTTCTTTAAATCAAAATCATATTGGTC GGTAAGAATATTTTGATAATGAGTCATGTTAGAAAAATCAGTAGATTGAGTTACCATAAA TTCATCGACGCTATTACGATTTTCTAATTGGGGATGGACATTGACTGATAATGGAGAACG TTGTTGACAAATCTTAGGCTCCTTCCTAACATAAATTTCAAGTATTGTTAACTTGATTTG ATCTATGTAGTCATTTGGAACCCTCAAAAAGTCGGTCAACTATTCGTCATTATAGATAAT TCACTCTCCAAATACTTGTCCATGTGATAAAAATGAAGTAGGATATTTTCCGACTATAAT CAAATTATAATCAGTGCTATTTATACCCATTCTTTTATAAATTGATGAAATAAATTTATG ATATTGAACATTAGCTTTGTGTTTGGGAGGACAATTATAATAAACAGATTTTTGTCATGT ATAATTTCGCCATCCCAATAAATTGTAACTTTAACTTTAGGTGTAGAGGTCATTTTTTTT TAGATTGAAATGAACAAATATAGAAGAGTTTATGTTATAGGTGCTATCAACTATGTTTAA ATGTCCTTAAATAGAGATTGAAAGATTTTTCAAAATAAAAAAAATAAAAATACATAGTGT ATTATTTTTTTTCATTTTTATGATATGTCAAATCAATATAATTGTATGACAACACTTAAA AAAACTTCTCCAGAACATGAAAATTATTCCTCTTATAAAGTGTGAGAATAAGTTTCACTT TATAAAATAAAGTGTAAGAAAAACTTACATCTTATAAAGTGTAAGAAAAAATTTCGTTAT ATATTAAAAATACACATTATGACACTAACAAAAAACGTTTAAAAATTTGAATATAATGAA ATATTTTCTTCCACTAAACTTATTTTTGGTTACTTATTAAAATCATAACTTATTTTGATC ACTTCTAATTTTCGTGGCTTATTTAGATTCCGGACTTCAAAATATATAAGTGGAGCCACA AATCTTTAATTTGTCAAAAACATAATTATTATTATTATTACATTTAAATTTAAATAAAAA AGAAATGTAAACCAAAATCTAGAGCAACTTTTGACTGGTGTGAAATGACTATTCTCTCTC CACCACGAATCCTTCCTCTCACTTTCTCTCGGCGGCCTGCCACATGACCGAAGGGCTGAG GTATAATTTGACGATCAGCCAATCAAAACACGCCACGTCAGACTCTCATTCAAATCCCAA ATCACGTCCAGGTTCAATGAACCTAGAAGAATGCCCTGTTCTCAGGTCCCCTTTAATACT TCTCACCATGATTTCCTCTGTGTTCAACACACACTCACGGACTTCTTCCCATCACCATCT TCTTCTATTTTTCACAAGCAATTTCTTTGCTGGAACAAATTGTTCTTTGTCTCTGTGAAA TTAATCTCTCTTTGTTGTAGAAATGGCTTTGACTTTCACTTCTTCATCTGCAATTCATGG CTCTTTGTCTTCTTCATCTTCTTCTTATGAACAACCCAAAGGTACCCTTTTTACTTATTC CTTCTAAAGTTTGCATCTTTATCCTATAATTTGAAGCATTTTAGCATATGGGTTCGAATT TCTGTTGGGTTAACTCTTTTTTTTATCAATTTAGCATCTGGGTTAGTGTATTCCTCAGTT ATTGTTTCAGATTTCTGCGCTATATGATTAGTTTCGAATTTCTTTCCTTGAGTGTGATAT ATTTGGGTTGGAAAATTGATCATTTGCTCCTTTTTTTTTTCAGATTTTAAAGTTGTTGTT TTTTTATACCCGTGTAGTTGAATTTAATATTTGCCGACAATTTTGCATCTGGGTTCAAAT ATTCTTAGGTTCTGTTTCATTTTTTTTGGGATTTATTATTTATATATTTGTTTATTCTGT TTGGTGTTTGCAGTATCCCAATTGGGTACCTTTCAGCCATTGGATAGGCCTCAACTATTG TCGTCAACTGTTTTGAATTCTCGGAGGCGTTCGGCAGTGAAGCCATTGTATGCTGAACCT AAGAGGAATGATTCAATAGTTCCGTCAGCAGCTACCATCGTGGCTCCTGGTACATGAAAT TTTCAATATTTGTCTTTGCATGTGTTAGTTTTTTTTGATGATGTTGAAGGGTGGTAATGA CTCTTGGGCTGTGTGTGTTTGCTTTTTTGGTGAATTTGCAGAGGTAGGAGAGAGTGTTGA GGCAGAGGACTTTGAGAAATTGGCTAAGGAGCTTCAAAATGCTTCCCCTCTTGAGGTTAT GGACAAAGCACTTGAGAAATTTGGAGATGACATTGCTATTGCTTTCAGGTACGGTTTTTT AAATCTTGCTTTAGTGTGAGCCTAGTTTCTGTTCAAATGATTTTAGGTTGTATTATATGG ATAATGTTCTTTATGATGTGCACAATAAATGTTGAAAAACAACCAGAGGCTTCTTCTAAC TAGGGAAGTGTAAGGTGTTAGGGATGAATAGTTCCATGATTTGGGGACAAAAAAATGTTT AGTCATCTAAACCAATAAAACTATGCTTGTGATACTTAATTTCTGTTTCTTAAATATCTT GTTCTTATATTTTTGATTGAGCATTTCCATATTGATATCACATGAGTGTTTGATACTTAT AAGCTAGACTAGAATACTAATGAGTTTTGGTAATTGAAGCAGTCAGGAAGTATTTGTTTT ATGTTACATGTGAACAACATAATAAAGAAAAATAGTAAGAGTGGATTGTTGTGAACCTTG GTGATCTATCTATGGACTTTTGCAAAATTGCTGCTTGAACAATGCCAAGGGGAACTTGTT TTGCTTTGCGGCATTTGCTAATTTTATCTTTTTTCACTTGATAGTCTATGTTTTGTTTGA AATTTTGCTATGGGAGCTGTGGTGAATAAGGCATATTTTTTTTGAGTACAGCGTTCTGAT ATGTGAGCTATTTAACTTGTCCATCAAAAATCAGATTCATTTGAGAGCTGTCTCTATTGC TCTATTTTATATTGTAGCAGAATGATGATTTTTATGTGTTTCTGTCCCTAATGCAGCTCT TTGATGATTTTCTTATATTGCAGTGGTGCTGAAGATGTTGCTTTGATAGAGTACGCACAT TTAACTGGACGACCATACAGAGTATTCAGCCTTGATACTGGGAGGTTGAACCCGGAGACA TACCAATTATTTGACACAGTGGAGAAGCACTATGGCATTCGCATTGAATACATGTTCCCT GATTCAGTTGAAGTTCAGGCGTTGGTTAGGACCAAAGGGCTTTTCTCTTTCTATGAGGAT GGCCACCAAGAGTGTTGCCGTGTAAGGAAGGTTAGGCCTTTGAGGAGAGCTCTAAAGGGC TTACGCGCCTGGATCACAGGCCAGCGTAAAGATCAGTCCCCTGGAACTCGATCAGAAATC CCCATTGTTCAGGTGGACCCTTCTTTTGAGGGGTTGGATGGCGGTGCTGGTAGCTTGGTG AAGTGGAACCCTGTGGCTAATGTGGACGGAAAAGATATTTGGAACTTCCTGCGTGCCATG AATGTGCCTGTGAACTCATTGCATTCACAAGGATATGTATCCATTGGATGCGAACCTTGC ACAAGGCCAGTTCTACCAGGGCAACACGAGAGAGAGGGAAGATGGTGGTGGGAAGATGCC AAGGCCAAGGAGTGTGGCTTGCACAAGGGCAACATCAAGGATGAAACTGTAAATGGCGCT GCCCAAACAAATGGTACTGCTACCGTTGCTGATATTTTTGATACCAAGGACATTGTTACC TTGAGTAAGCCTGGAGTTGAGAACCTAGTAAAATTGGAAGACCGAAGAGAGCCTTGGCTC GTTGTTCTTTATGCACCTTGGTGCCAATTTTGCCAGGCAATGGAAGGATCCTATGTTGAA TTGGCTGAGAAGTTGGCTGGTTCTGGTGTGAAAGTAGGGAAATTCAGGGCAGATGGTGAC CAGAAAGCATTTGCACAAGAAGAATTGCAGCTTGGCAGCTTCCCTACAATACTCTTCTTC CCAAAGCACTCTTCAAAGGCCATTAAGTACCCTTCAGAGAAGAGGGACGTAGACTCCTTG CTGGCTTTTGTGAATGCTCTCAGATGAAAAGCAAATGGTGTTTTTGATCAATCACACCAT TGTTTTGACAAAGAGGGAGATATGTGGGAGTTGTAGAATATAGTGAAGAATGGTGGCAAG ATGCAGCACCTTCCTCTTTGTGCTTTATAAGTTGTTTCTTCTTGTATAGTGTTTTTAGTA TATGGTGGCTCTCCCTTCTCCTCCTCTGCATTTTATTTTCCTTAGAAATCCTACATAAGA AGACAAATAAGTTTTTATTACTTTCCCATCCCATCCTTCTCAAATAGAGAAGTATATATG TCTTGAGGGCTCAATTTTGTTGAGTGTTTACTTCTCCATATTATAGATTTTGCCCATCTT CTCTCATTCTTCTTCTAATTCCCTTGATGTCTCTATAATTAAGAACAACTCTCTCTTAAC TTTTATTAGAGAATATTTGGCTGTATTTATCCGAGTTCATTCACGGTTATTAGCGTTTAC TATGAGAAATGATTTCGAATCCGTCTATGCTACAGCAAAAACCTTGATTAATACCATTAT ATGACAGGAAAAATTGTACTCATAGCTTGACAAAAGGTTGAAGCAAATACCATTATATGA CAGGAAAAATTGTACTCACAAAAGGTTGAAGCACTATGTCATAACTCATAAAAATGGTGA GTGTGGAGACCAGTCAAGGTTCACCATCAAGAACACCAAATTGAAGACCTATCAGATAAT TGCAAAATTCAACCACACCAATAATGATTGCGGTCTTTATTATTAAGTAATCATAAATAT AGAATTCGAGCCTTAATTATATCAAAAGAAAACACTTTACCTTCTATTGTGATATACTAA TACTTGAAAAGTTTGTATATTTAATTCGAAACAGGAAAAGAATTCATGTGAATATTAAAT TGTGCATGGTTCAAATAGAACAAAGAAAGTTTCATTAGAAAATTAAGACCACCAATACCG AAATGAGTTCAAAGGAATAAGGTGGTTAATATGTTTTTATTTCGATCTCTTAGTCTCAAT TTATATATATGATATCTTTTTATTATTTAAAAATTATATAATTTTTTTTAATATTAAAAT TTACTGTTTTTTAACAAAACATCGATGAGAAATTTAGTTGATTCACCTCCCATTTTCCCC ACCCGACCGACCCCCTAAAAAAGAAGGGTATAAAATGAAGGTTTTTAATTAATAGAGCTC AACTGAAAACAATAGAACCCTAGGTTTCCCAAAATTTCCTTCTCCTTTCTCTCTTTGTTT TGGTGTCGTCTGCGTCAATTTTCTTCCTCCTCAGGTAAGACTTAATTGTTCCGTTCAAAT TTACTTTCCTCTCTTTTTAAGCTTCAGATTTTAGTTTATGTTCATATGTTCAATACTCAT ACAGTATGCACTTTTTCAAGTGCAATTAAAAGTTGTTTTAGCAAATTGATCCTTCTCATT AATTTGATCATTTTTTCTGCATTCCTTGTTAGATAATGGATGATAAGGTTGTTACTATGG ATGATCAAATTGTATCAGAGCTTACAATCCCAGAAAATGTCGCCAAAGAATTATTACTTG TGTCAAACTCATCTTCTTTAGAAACGGCACTCGACAAGCTGATACAACTTTCCAAGGAGG GGGGTGGACGGTTAGATCTGTCGTCCAAGAATGTTGTCACCACTGTCCTCCATCTCTGCC AGTCTCTGTCATCTATCTCTTACCGTAACCTCCTTTTATTGTCTCTTAAGGTACTCAGAA ATCTGTGTGCTGGGGAGATAAGAAATCAGAATGGCTTTCTTCAACAAAGAGGAGTTGAAA TTGTCTTGGATGTTATTATGTCTGTAGGACTTTCTCCTGATCCTGATTGTATGATTATTC GAGTGGGGCTGCAACTTCTAGGAAACTACTCAGTGGGTGGAGGAGAACGTCAATGTGATG TGTGGTACCAATTGTTTCCTCATAAGTTCTTGAAGATTGCTAGAGTTAGAAACCAGGAAA TATGTGATCCTTTATGTATGGTCATTTACACTTGCTGTGATGGTACGGATGGACTGCTTA CCGATTTATGTTCAGAGCAAGGGTTGCCCATTCTGTTTGAAATTTTGCGTACTGCATCAG CCGGTAAAGACCAGTGAATTTTGTAACTTCTGATTTAATAGAACTTCTGTTATTTGATTA TTATGGTAAGCTTATGCGTTCATACTCTTTTGCAGTTGGTCTTAAAGAAGTTTGGTTGAA GTTGTTACTCTCAAAACTTTGCATTGAGGGCTCCCACATCTCATCAATTTTCTTCAAATT ACATTCATATCCTTCCGTTGAGGACAATGGTGTTGTTACACATGTAGCTGATCAGTTTGT TATTGAGCAGCCTTATCTCTTGAGTATACTTTCAGAAATCTTAAATGAACGAGTAGAGCA TATTGTTGTTTCTCATGATTTTGCTCGAAGTATCTTTGGGATATTGAAGAGTGCTTCTGG GGTTGTTGATTTTTCAATAAGAGGGAAAAGTGATCTTCCAGTGGGGTCTGCTCCTATTGA TGTTCTAGGATACTCTCTCACCCTCATGAGAGATATTTGCGCTTCTGATCACTTATCAAG CTCTAAGGAAGAAAGTTCAAAGGATGTTGTGGACGTACTTGTTTCCTCTGGGCTTATTGA ATTTCTTTTGAACTTGCTTCGGGATCTTGAACCTCCAACGACAATTAGGAACGCAATGAA GCCGGATCAGATCAAGGAGGGGACAATACCTTCTTCATTTAGGTGTTGTCCATACCAAGG TTTCCGGAGAGATATTGTTGCCATCCTTGGAAATTGTGCTTATAGGAGAAGGCATGTCCA AGATGAGATTAGGGATAAAAATGGGATCCTTTTACTGCTACAACAGTGTGTTATAGATGA AGATAATCCTTTCTTAAGGGAGTGGGGAATCTGGTGTGTGCGAAACCTATTGGAAGGGAA TGCAGAAAACCAAGGGGCTATTACTGATTTGGAGCTTCAAGGAACCGTAGATGTTCCAGA ACTTGTTAGACTTGGGCTTCGAGTAGAAGTTGATCCCGTAACTCGACGCACAAAGCTTGT GAATTCCTCATGATATGTCAAGTGATGAAAGTTAAAAATTGCAACTTCTGGAGTTGACAA ACTGATTGTTCAGGAAACTTGTTTCTTGGTCTGCTTAAGATTGATTCACATGTTCTGGAA TGTCCATAAGAGGTAACACACAAACTTCATCTTACTATAGTTTTATTATAACTTGTATTT TACCTCCTAGGTTGACAGGTTTCAGTTTGTATAATTAGTGGAAAAACTTAATATTATTAG ACTTGTACTGATGGAATTCCTTATGTACAAAATCTACTCATATGCCATTGAGTATTAGTA ACTAATTTTCCGGAGCTTCCATTACAATGGGCTCAAGAGTGAACCTAGTTGAGATTTCGT GATTTGGTGAGAGTTTGTGGTAGAATGAGTTAGATTTGATGAAAGATATCATGGGTTGCT AAAAATTTCTGATAGAAGTTCTGTTTTTGTTAAATGTTTATTGAAGTGGCTATATTCTGC TTCTTATGGATACGTCCACCTCTGACCCTATATAATTGTAAAATAATGTTTATTACCAGT TAACTGCATTTCTTCAATGTTTCCTAATTTTTGCTTGTGGATCCTACTTTCACTTATTCA TGCATATTCTTAACTGCGTTTCTTCAAGGTTTCCTAATTTTTGCTTGTGGATCCTACTTT CACTTGTTCACGCATATTCCATGCTAGAGGCTGTTTAATCCTGTCATTTCTGTTAGGAAT CATTAGCAACTTTCATGTTCAGAGAAGTGCACCGACTTACTAATACCTGAGTTTTTATAT TTATTTGTTCTTTCTCTAGGCTAGAGGTGGGACTCAAGAAGTACACTTCCTGCCTTTTAC ACCTGTCAACAAGCACACAACTATTACTTTCATAGAATTGATGGCAATTGACATAGGTTT AGCAAAGGGTGACTTGAAGAGATGAGCCATAGCTTGAAAGTCACAAGATTTCTTACTACA AGAATGGTATGACTCCTAATTGGATGAACAACTGTACATCATATTAATTATCAAAAATAG GATTCTCCTACATACAGCTGATTAGTTTAGAATGTCTTATTAGAGTGTCTACTGGCAGTG CTTGCTTGACGCAAATTAAAGGACAATTTCTCGAGATAGCTTTGCCGCAAATGTATTGGA ACCTTTTTTTATATATGTAATTATAAAATTCTGTTTCACCACTGTTTTTAGTTGTGCATT AGGATTCTAAAGACTCTTTATCCACGTGACCTTAAATGTTTTCAAAAGCATCTTAGGCTC CTGGCTTCTTTTGTCCTATCTTGTTCAATTCATTCTGAACTTGACTCTAGGGTGAACTCA TAAAAATTCACTTGAGCTTGATGCTCAGCTATGTACTGGAACCACATAGTTCTGACTTCT GAGAGAATAGGAGATCTCTCTTGTAATCTGGCTGTGATAAGAAATAAGATCATGCAACTT AAGAGGCCATATACTTGAACTTTTTTCTTCCTGTATCTCGAGATAAGAAGTAGAGCCATC TCTCCAGTTATGTCCTTGGTTTGAAGAGAATATGGGTGTCGGGTTGCAACTTGCAAGGCC GCAATTAGCCCTATAGAAGAAAATCATAAGCTTGAAGAGAAGAGAAAAGAACCCTTGGAT GATGCAGGGATCAGAGCTTGTGGGAGAACTTAGATATCTTACTATCACTAGACCTAACAT TACCTATGCTGTGGGAATCTCTCTTTTGTTGATCTCCACATTCTTTTTGATACTAGAAAG CACGAAACTCGTGATTCTACTTCTTGTCTGTTTCTGGAAGGACATATGTTCCTTTTTTTT TTCTGTGTTGCTCTCTGTTTTTTTGTTTATTTTTTGCCTCAAAGGGGATGTATGTATATC TCTTTATGGAGAATCAGTGTTGATCATGTATATAGGTGGAGAATCAGTGTTGATCATGTA TATAGGTGATCTCAGAAACAAGTATGCATAAGTATTAACCCAAATACTATTAAACTTCAC TTTTTATAATTTGATAGATTGTGTTAATCATTAACTAATTACCTTAATTTTGTTGGCAGA GTACATACATTACAGACAATAAAACAGATGGATTTTGATACCAAGGAATGAAGAGAGTGT TGAAGTCATGGACGCTCAGAGTACATTACAATTTACAAACCTATAATTTCTTCTTTTTGA AAAATTGAAAACTTAAGTGGTATAAATAAAGGCCACTGTAATTTATTTCTGAAATAGCTT TAATAGAAAAGCTGTTGTGTATTTGTCTTAGGGTTCTTTTTTGTGTCAGCCAACCAATGT CTCTCCCTCCACATGTTATTATTTTCCACCTTTTTTTTCACCTTTCTCTGAAGAAACTGT GATGGGGTCACTTCAGTCATTACACAAGTGCAAAGTCAGGTATCTAATAGCCAGCCTGGA ATTTGAGAAGTATCTCAAAAGAATTCCAACAAGTAGCCTAGTGTTCAGTAAAAATCTTGT CTTTATTTACAATTTTTTTTTTAATCTTTCAGAAAACTTTCTATTTATTTCGCACATTAA ATTAGGGTTGTTTAGTTTATTATGATGTAGGGATTTAATCAAAATATGATCATACTGTAA ACAGTAATGAAGTAATTATTATGTGAGGAATACTGATATGTACACAAATGACATTTTAAA ATTCAACATAACTCAATGCAGTTGACAGTTTAAAAGCTTCAGTAGTTATGCGCGAAATTC ATTCATACAAACCTACTAAACGCAGCTTTTACTATGTGAGAACTTTTTTTTTATTTTTTA TTCTTCCCATGTTTATACATATTTTGCTGAAATTAAGTTTTCTTAGATTTCAACCAAACA ACCCGTTATATTGTTCCAACTTTGTACCAAACCCATTAAAGAAACAAAGAAAGTGCTTCA GAAATTGCAGAAACTTGTCACTGTTCCAATTTTCTTGTCGGTTCACAAGGTCATTATTGT CATTCTTACCCCACAGGAACATAAAATCCAACATTATTGGCGCATAAGCATTGCAGTAAA AATAATGCACCAAAAGCTACCTTAAAGTCCATTTTACTTGCAAGAATTGTTTATATGTTT TTCTTTTTCTTATAGCTTACTCCAAATTTAGATCTTGCAAGTCAAAAATTCCTTATGTCA ATTGCCCCTTTTAGTAGTAAACAGCAAAAAATTTCTCAAGATAATGCAATCCCTACCTGA ACCTGAAACAGAAGATGATACAAGAAAACATCAAGCTTCTCTTTAATGGCAAATACTAAA AAGTTCCCTCCTTTCTTCTTCTTCTTTGTCCTCTTCTCTTGCTGCTTCTTCTCCACTTCA AGTTCAAATTTTGCACCAGGTAACATTTATGAACCAATCTTGAAAAAAAAAACATGTCTT TTTTTTTGTGGGGTTTCTTGATTTTGTATTTTTTTTTTCTGAATATGGTTCTTGAATTTG TTGCAGAGATAAAAGTGCAGCAAGACAAAGATGAGCCATATGTGGGAGTGAACATAGGTA CAGATGTTTCCAATTTGCTTTCACCTGCAGACTTGGTTGCTTTTTTGCAATTACAGAAGA TAACTCATATAAGGCTTTATGATGCTGACCCTGATATACTCAAAGCACTAGCTAAGACCA AAATAAGAGTGATTATTAGTGTGCCTAACAACCAAATTCTTGCTATTGGGTCCTCTAATA CTACTGCAGCTGCCTGGATTGGGCGCAATGTGGCAGCTTATTACCCTGAAACTCTTATCA CTGCAATAGCAGTTGGGGATGAAATCTTGACCACTGTGCCAAGTTCAGCTCCTTTGCTTA TGCCAGCAATTGAGTCACTTTATAGTGCTTTAGTGGCTGCAAATTTGCATAACCAAATCA AGATTTCAACTCCAAATGCTGCTTCCATTATTCTTGACCCTTTTCCACCTTCCCAAGCTT TTTTCAATCAGTCCATGAGCTCTGTCCTTTCTAAGTTATTGCAGTTCTGTTCAAGGACAC AGTCACCTCTGATGATGAATTTGTACCCTTATTATGTGTTTATGCAGAATAAAGGGGTTG TTCCTATAGACAACTCTCTTTTCAAGCCCTTGACACCTTCTAAAGAGATGGTGGATCCTA ATACTTTGCTTCATTACACCAATGTGCTTGATGCAATGATTGATTCAGTCTATTTTTCCA TGAAAAATCTCAATATTACAGATGTGCTAGTTCTTGTTACCGAGTCAGGATGGCCTTCAA AGGGGGATTCTAAAGAGCCTTATGCTACAATTGACAATGCTGATACTTATAACTCGAATT TAATTAAGCATATAATTGATCGCAGTGGTACACCATTGCATCCGGAGATTACTTCTAGTG TATACATATATGAGTTATTCAATGAGGATTTGAGGTCACCCCCATTGTCCGAGGCAAATT GGGGGCTATTCCATGGGAATTCAACGCCTGTTTACCTGCTTCATGTGTCTGGAAGTGGTA CATTCTTGGCTAATGACACCACTAACCAAACGTATTGCATAGCAATGGATGGGGTTGATA AGAGAACAATGCAGGCAGCTTTAGATTGGGCTTGTGGACCGGGGAGGGCAAATTGCTCTG AAATTCAGCCAGGAGAGAGTTGTTATCAGCCTAATGATGTGAAGAACCATGCTTCATATG CATTTGATAGCTATTATCAGAAAGAAGGGGGATCTCCTAGTTCTTGTGACTTCAAGGGAG TGGCCATGATCACCACAACTGATCCAAGTAAGTCTATCATAATCTTAGTTTCTCTGTGTA TTTAGTTTTCTTTCTATTTCAAGAAAATATTAGTTCCAATGCATTAAGTTGAAGTTTGAA GTTTTAGTTATGGATTTATGAGCTACACTTAAGTTTGTTACAATGAGAGAGCTGAAATGG ATGATACAAAAGTTAATTCTTTATTAGGTGATTTAAGCATTTTGTCCCAAACTATTTCAT GTTCAACATTTTAATGTAAAATATCTTTGAACCATCCCATTTGAAAAACACAACAACAAC AAAACAATCCAATTCAAAAATAATTTATGAACCATAAAGAATGTTTAATGGCCTTCTTAA GTTGATTCAATGATACACTGACAACTGTAATCACAAATGTCATGTTCTGCAAAATAATTC ATGACCTAGTGGTTACCAGACCCACAATGGAACTTTAGTGCCCACTTGGATATGGAAGAT TTACACTTGGATGGTGGAAATAAAATTTGAAATAGGATTTCAGTTTTTATATAGTTTATG CTCCATTTTAGGGTCCATACAAATAGAGATGTACTTGATATTCAATTTTATATAAAATAA CATACTTGCACCCATGGGTGAAAACTGACACCATAAGAAACCAGAGTTCGAATCTCCGCG AAGACAAACGACTTCACATGATTCGTTTCAACTTGCTTAGGCCTTGGTATATGTGTTGTG TGGGAGATGACGATGTACATATAAGTTCGACCAGACAGCACCGTTATTAGATAAAAGTAC TAACATATTATCAATAGAATGGAAACACAAGAATGCATATGTTGTTTTGTGGAGTTTGAC TTAACCAGAATAGAGTACTTATATCATGTTTATATATATATATATATATAGCTAGCAAGT ATAGGGCTCCACTTGTTTCCTATTTTTAAAGTGAAGTCTATTCTAAATTATTTAGCTGAA GCTCTGAACTTATGTCTTTCCATTTGTGGGGAATATATGCAGGTCACGGGAGTTGTATAT TTCCAGGAAGGTGAGCATAAATTTTTGTCCTTTTTTCCCCATACTATTTGTCCTTGTCCT TCTCATTTCCCCATGCTGATATTAGCTGTAAAATCACTGTTTCCCTATTTCTTTTGATGA TCATCTTGGGTTAGAACGTAGACTTACAATCGGTAAACTACTAAAATGCAGCAAGAAAGT AAGCAATAAAACAAGCGAGGTAGTGAACGCGACACAACCAAGTGGAGCAAATACAATAAG GTTTCTTGGAGCACAGACAAGTATATTTGACAAGAATGTGCATGTTTTATTTGGTGTTGC CTTGTGCTTGTTTTATTATTCATTGATTCAGGTACAATTAAGTTAATTAGTTTTTTAGTT GAAATCTTTTTATTTGTTCAATAAAGAAAGTAGTACTAGTTCATTGTGGAGAGGGCAGTG ATGTTTTGCAGAGGAGTGCTTATGAATATTTTTTTGGGAGGATCACATGTAAGGGGATTC TTTGATGGACCTTTTTGTAAAAAGAAAGTTGTATCTAATGAGATTCTTGGAAGTTCTTTC TCCTTATAATCCTTAAGCTGGAGATGAAGTGGTGGAAATCTTGATTTGCCTTAGTTTGGT CTACCAATTAAATATGTTTATTTGCTATAAAAAAGAAATTGGAAAAATGGATCTAGATAA ATTAAAAAGAGGATTAAAGCAACAAAAGAATTTCTTAAAGAAAAAGAAGCAGTCCTCTGG CTCTCTTTTGTTTCTTGGAAGCCAAAACAGAAAATAGATCCTCTTTTTGGCTCAAAAGCA GAATAGTTTTTTAGTATAATGCACCTACTTTAGTTCTGGAACTAAATAGGACACCACTAG TAGCTCTTTATTTATTTTATGTTTTCTTTTCTGTGCCATCAATTTTCCAAGTATATGGTT TCTTTCTGGAATGATTACGGTTCAATGTCTTTAGCCATCGAATGTATAAGTATGGTATGA TTTAAGCATAATTATTGTATAAGTTTGGTATGATTAAGCATAATTTATATATCCTTTGAT TTGGGCTTGAGACTGTCATGTTGGAGGTATCAAGTTTGAAATTTCTTGTGTGGGCTCAGG ACTCCATGTTGAAAGTAGGGGTGTACAAAATCGAATCAAATTGCAAATCGAGTCTAACCG AAAAAAAAACTCGACTAACGGTTTGGTTTGACTCAGTTTGGTGTTGGAAAAAAAATTCGA CTATATTTGGGTTAGTTTGGTTTCAACTAAAAAAAAATAACACGAGACCAAACCAACATG ACATTATATATAATTTTAAAATTTTATTTATACGTAAAAATACTTATTTTGATATAATTT TTAAATATCTCTTATACTTTCTCATAGTTTTTATCTTTTAATATATTTATTTCATGTTTG GAAATAAGAATTCTTAATGATCTAATAAAGATTATAGTCCATACATGTTTGTAATTATAA TAAAGTTTAAATAAAAATCAAATTAATACTAAGCAAAAAAAAATCAATTCGACACTAAGA ATGACAATAACGTTGAATATTTGTTTTTATTTTTACATAGATTTAGACAATAAAAATACA TGATCTAATTTTACTTTTTTTTTAATATTTAGTCATGTAACTAATACTTACTGAACTTAT TTTAGCATGATTTAGTACTTTAAATTATGATCAATTTCATTATGACTTATTAATTTGCAA TACTTTTTTTTACGCGATTTTATTATTATTTTTTTGTTAGATATTTTAGTGTCATTAATC ATATCATATTTTTGTTATTTTCTTGAGAAATAACTTAGATATTTACATTTTCATAGGGAC TAAAGAAATATTTGAAATACAAGTAAATTATATGTTTGTATGAAAACTTTATCGAAAAAA TCTGAAAATTCGAAGTTGAAAAACCCGACTTTTATTGGTTTGGTTTATAAATTTAAAAAT CCGACACAAATGGTTTGGTTTGATATTTGAAAGCTCGAACCAACCCGGTCATGTACACCC CTAGTTGAAGGTATCCAGTTCGAAAAAGAAAATGATTTACCTTCCAAGTCGAGCAAGCCT AGTGTGGGTTATCTCTCTTATGTGGTTTGCGATCTATTACCTATGTTAGGAGGGTTTTCA CTGTATACACATCCAAAGGGTACATGTTGAGAAAAAATAAACATAATATATAGAATCAGG AATCTAGGTTTTGTATATTTCAGTCACATTGATAAATAATTTGGGCGAATTATATGTATT GGTAAGTTTCCTTCTTTTAATTCTTAGACTGAATTTGTGATAGGGGGTCACTCTCAAGTC TCAATTACAACTTATAGACTATTGATTTGGATTTATTGTATATTGGCAGTTTATTAAATA TTGGTTCTTGTTGGGTTGCCTTTCAATTCATTAAATTGTCAAGCCTGCTTAAGTTGCAAC CCATTTGTGGAATGTAGGTGGGGTGCTTTTGGTGAGTACCATTCTTGATATATATAGCCA CTTTAAAATGAAAAAAAATAGAAAGGAAGGAAGAATCATAGTTGCTCTTTGTGATAATTT TACTGTGTTTGTTGTTATATCTCGATATAGCATGTGAATTAAAAGCTAATGCTCGATTGA CTCATAATTGTTTTGAGAAAAGAAAAAGTCATTTTTGGATCAATTCAAAGCAAAGATATT TAAGATCTGTTCGAGAAAAATATGGTTTTGTGTTATCCGAATCTACTTTCATGCAATATG CCACGTCCAATCAATGGTTTTATTGTGATACATGGGTTATCTTACTTGATGTGTTAGGTA ATAGAGGATACATTTATTCTTTTGTTCGTCAGAGTACAAACGTTACTATCAGCCCAAACA CAGAAGGTTAAACATTAGTATTAAGTCCAAGGGGTATGAAAAACAACCAATATAAACAAC ATTTTCAATCAGCCAAGTTTCTGCATTATGCACATGAGGATTATTTGTGCCCCAACTTCA TGATTTTAAAACTGTGACATCCATGCCAAGTAATTAATTCAAGTTACACCTCAACATTTT TTTAGGTCATTTGTGCCTTCAATTTAGCAGTCATGGTGGCCTTAACATAGTAACCTGTTG AAAACTTTAATAGATCAAGATTCATTTAAGGATAAATGTTAGGTTTCAGATAAACAGAAT ACGGATAAAAATCATTTAGCTTCATCCCATTTAAAGAAATTCTGCATAGAGTGCCTTTAA ACAATATTAAAGTTGTCTTTGTGTGACTCGTGAATACATCCAAATAAACTCTTAATATTC AGTGCATCAAGCTGTCTCTAAAATTCTATAGTGGGAAGAGTAGTATTACCATTGATTGTT GCCACTAGCCAGGTTGATGTTGGTTAGTTTGTAATACGGCAAATGCATTAGCAATTTGAC CTTATATTTTGAGATAGTTTTCATTTTCCTTATATATGTTTCATCATTCAACTGTTGAAA CATTTCCCATGTTTGTCGAGCATTAGTGTGTATATACCAAGTCCAAATAAAGGAACAGAG AGCACTAGTGTGACTATAGTCAATTTATGGCCCTAAAGTAATGACTAATGTGCATATAAC TTAAAGTATATATATATTGATTATAAGTTGAATACAAATCAAAATTGTGAGCTGAAGCAG TGATTGACGCCTGAACACCCATTGAGTTTTCAGGTAAACTACAAATTGGGCTGACTTTAA TAACTTTGTAGATTTTGATGGATAAATAATTTGTACTACCAAAAAGACAAGGCTATACCT GTTGTCGGCAATTTTCTCCTCTTGTCACTATTTTGGCTGAACCCAATTGGGATTGTAACA GCTGGCCTTAATAACTACGATACACGCCAAACTTTGACCACATCATCATCCTTTTGGCTC GTAACAGATAGCAGCGGAGTCAGAATTTTTATTAGCTGCGAATTAACAAGTAGATTTTGA GCCAAAAACACGTTCTTACTTCAAAATAAATACTTACCTAATTTGTAGAGTTGACTAAAG TAGCTCTATTGTGCATAGGTATAATTATTCGTTTATTAATTGTCCAAGATTTACGTACTT AAAACCAATCGGAAATGAAGCATTAGATCTTAGATTTACAGCCTCTTAAATGATTGGCAA CACGTTCCAACTAATTGGATGAAGAGTAATTTTAGATTTTTTCTTATAGTTTAGAAATAT TTTTAGCCTTTTTCTGTGTTAAAAATATAAGAAAGTTTAATTTGTCAAACAACGTATGTA CTCCAAAACATGAACATAATAGAATTACTTCTAAAGAAACCCATAAGAACTTAGAACATG ATCGATTTTAATTTTGAATTAACAATTGAGCATGCATGTGGGTTACAATTAATGCTTGAT TAAACTTGGGGTTTTGTGATGCCAAATATAACAATTTTATAATCTTTACATCTCTTCGAT CCAGGAACAAATTAAGTAAAAGGCAAACTCTATATACTTGGTCTTATTAAATTCGTTTTC TTTTATTATAAATTTTCAACTGAGTGTCTTGAATTCAAGTTGCAAATCTGATTAAATTGT GATGTGCGTTGTCAAGAGGCTCAAGCATATTAGTGACCTAAAATAAAAATTAAATGGGAC CTTTAATTTGAATTGTTAAGAATTTTTATATAATTGATTTCTTCTAGTTTTCAGTTGATA ATACAGCTATTCTTATTTTAAATTATTTTTCATGAGATATAGTACTCTAAATATGTCAAC TTTTTTCTAGTAATTCTTTTATTTTCATGAAAAGTTTATTTTTTTCTAAAAATAGTATTC AATATTTGTAAAAAAAATAATTTATAACCTATTATTTTTAAAAATGAATCCCCTTAAAAA TCTAGAGACTTAAAACATATGTTTTTTTTTAACACTATCGAGCCACCCATGCGCTTAAAG GTAGTATTATATTTGCTTACAACAGTAACTCATTATGTACTAAGAACTTGCATTTTTGCG TAGGTTGCTATATTTTCTAGGTTGACTTTTGGATTTAATTTAAGGCAAATTCGTGATGGG AAGGTTATGAGTTTTTATAATAATTTAAAATTGGTATATTAGACTAAATACATATAAATA AACATTTGTTTTTAATATAATAAGCAAATAAGGAAAAGAGGATACTATACATATAACTTG ACGAATACAGAAATTAGTTGTTCACTTCATAAATTTATTACTAGTTGGTTTTATAGTTTT GTTTTTTGCTTTAAATATTTGATAAAACTAAAGATTCCCTCCGAGAAACTCTCCAAGGAA TCACAAAAAAAACTTCTGAAATATCAATTTATCTTGAGATAATAATACTTCTGATCCCTT AATTATTAGTAAATTTTATCTTAATTCTTATGGTATTAGATAAAACATATTTAATCTTAA GTTGATTGAAAGACATTATTGAGTAAGTTCTATGTGATATTAGATTGTTTTAAAAATATT TGCTAACTACGATAAATATGCTTAGTAATCTATATTATCAGAATTAAGACAAATTTATCA CTGAGGGTGATTTTTATTTTTTTTCAATTAATTTTTTTTTTTATATTTGGTAAAATACTT TCTAACAAAGATAATTTTATAGGGAAAAGACTTATTCAGTTAATTTTATTCATAATTTCT CATTCAGTGTTGTGGTACCACATTGTAACCTTGAGTTCACCCCGAAAAACCCAAAATTGA GGGGTATTTGACTAAATTTGGATTTACATTATACGAGGCTCAAACCCCAGGTTTATAATT AAGGATATTTATCACTCCATCACAACTTAAAACTTCGATTAATTTGTTAATGTGGATCAT TCGTGGTTTCTTTTTTAATATATTTAAATTCATAAATTCCAGGTGCATGTGAAAGGGGGT CACAGGGGCTAGTCCTTCTCAATTCACAATATATTTTGTCCACTCTCACTGACAAACAAC TCACAAGCCTCTGTTACTTCACTCCTTTTTCTCTTTCTCTTTTCCCTCCCAACATTTTCC ATTTTGGAGAAGAAGGGGAAACCTGAAAAAGTTCATTTTCTTTTCAACAAAGTAGAAAGA GAAACAACACAGAATGAGGGAGAAGAGCCTTAATGTTCATTGTTCTTTCATTTTCACTAT TATTCTTGTGTTAGTTACTACTTTACAATGTATATATGCTGACAATCCTTATCGATACTA CACTTGGAAAATCACTTACGGAGATATTTACCCTTTGGGTGTCAAACAACAGGTATATAA TTCTTGTTAAATGTAGGTTTCTTGGAGGCGATTCAAGTAACGCTCTGTTTTCCTTGGTGG CAGGGGATCTTGATAAATGGGCAGTTTCCAGGGCCACAGATTGATTGTGTAACAAATGAC AATTTGATTATCAGTGTCTACAACTACTTGAGTGAACCTTTTCTCATTTCTTGGTAAGAT TTTAATCAAAATGTTTTCTTTTTTCTCATTTCATAATCCTCTGTTAATATATTAAAATGG TGCAATCTTTTGGCTGTTATGCAATGTGATTAACAATTTTAGATACAAAAAACTTTTTTT TTTAACGCAGATCTGTTTAACATTTTGCCTTCTTTGTACGTTCATGAACAGTGAAATTTC TTTGATTAAACCATTTTTCGTGTCAAATATTGCTTCATTAATATGTTTGTTTTTGTTCCT CATTTCTTCTTTTGCTAATTAACGATTTTGTTTTCTGTTATTCCTAATATGGCAGTATTA TACTATAGAAAAGTGTAGCAAAATAATACAATTTTTTTTTTTTGCAAAAAGCTAAACGGT GTCTTTTGGAATGAAAAAGATGGGGGAGGTATGGGGATGAGATCCTTGATCCTTTAATAA AGATTTTGAAAGATTTCGAATTCAAGTCATAAAATGAAATAAAGAGATTTCTAACAGTGA CCCCTGTTTCCCTTTAAGTGGGTTATGCACGTCTCGAATCTGAATTAATTATGATTAAAA TGGAAGATTGGTAGGGACTTGTCTTTAAGGAGTAAATGTGCCTTTTGGTCTTAGTTTACA CAACTGAGGTATGAGCTGTAGGAATTAGACTTATTTAGATGCTGGTCTTGTCAATGTGAG TGAGTTGGCTGTTGTCTCTTTTCATTTTGAGTTGTCAAACATAGCTTTCATGTCTTCACT TGGAACTTTGGCTCCTTTGGTATAAGGGACGAACGATAGATAACTAATCTCGAAATTAAA TTTAGAATGAGTCTATCTTGTGTTTGATTGGAATGCAATTGGAGGATAATTTACTACGGA ATAACTCGTTACCGACCAATGAACCTTTATAGTCTTAATGAGAGACATGGAATTAATATG ACATGGGGTAACAAATCTTTGGTACAACGAAGAAACACACTGCCCACGTGCTAGATCTAA AGATCTCTGACATGAACTATTACTAAATTTTATCCCAATTTTATATGTGGAATACAATAA GCCACATGAACCTTGATAACAGAGAAAAAATGGCTTGTCATTCTGTAGGGACAAAGGGAA TTATATTATTAGAGCATTATGAAGGCTGAATAATGAAGGCTACTGAAGTCTAGTTCCATC TGATTAAGCAAAATGACCAATCCATGCTGAGTACCTATGGACTCTTTCAAGTATATGTTG TAGACCTTAAAAAAAATACTAATAAATACCATGAAATATAAGCTGATAAAATTAGCTCCT GGAGTATGGACTAACTCGAGAATTTTTGGTTTCTGAGACTTAAAAATTTATTGACAACTG TTTCAGGAATGGTATACAACAAAGGAGGAACTCATGGCAAGATGGAGTTTATGGCACAAC TTGTCCAATCCTACCTGGAAAGAACTTCACTTATACCCTCCAAGCAAAAGACCAGATAGG TAGTTATTTCTACTTCCCATCACTTGCAATGCACAAGGCAGCAGGAGGATATGGTGCCAT CAGAGTCTATAGCCGTCCTCGAATTCCAGTACCTTTTGCTCCACCTGCTCATGATTTCAC TGTACTAGCTGGAGACTTGTACAAGAGAAGTCACAGGGTGAGTCCATCTGTTTGGCTTAG TTATCTTTTCAAATGTTTTAACTTGAATGATTTTGGTGCTGAATTTTTATGTGGGGATTT GGTTCTTGCAGCAACTGAAGTACATTTTAGATAGTGGTCATGATCTTCCGTTACCTGATG GTCTTATTATCAATGGTCGAGGATGGAACGGATACACATTTACAGTTGATCAAGGTAAAC TGCTAACTTGTCTGCTTAAAAGAATCTTGTTTTTCTGTAATGTGCCTTGTCTTCTTAACA TTTCTAAACTCAATGTGTAGGTAAGACATATAGGTTCAGGATATCTAATGTGGGGATTGC GACATCAATTAATTTCAGAATTCAAGGGCACACGATGAAACTGGTTGAAGTTGAGGGATC ACATACACTTCAGACAACCTACACTTCACTTGACATCCATCTAGGACAATCTTATTCAGT TTTAGTCACTGCCAATCAGCCTCCAAAGGACTACTACATCGTGGTCTCTTCACGATTCAC CACACGAGTGCTAACCACTACTGCCGTTCTTCACTACAGCAACTCATGGACAAAAGTCTC TGGACCTCCCCCTGGAGGGCCTACTACTCAAATTAATTGGTCCCTTTACCAGGCCAGATC TATTCGGTAATACATTGTCTTTTGTCTAATTCTCTTACCTTATCAAACAAAAGAAAATGA TCCATGATTGATTAGGTAGTATCACTTCCATTCTGTAACTGAAAAGTCTTCATTTGTTGA TTGTCAAATCAGTTGGAATCTCACTGCAAGTGGACCAAGGCCTAATCCTCAAGGTTCTTA TCATTATGGATTGATCAAGCCTTCGCGCACAATCATGCTTGCCAACTCTGCTCCATATAT AAATGGCAAACAGAGATATGCTGTCAACAGTGTTTCGTACACTGATCCGGACACCCCACT AAAGCTGGCTGATCACTTCAACATTGGAGGAGTGTTCAACCTTGGTAGTATCTCCGACCA GCCTTACAATGGAAATGCCTATATTGGAACCCCAGTTATGGCAGCTAACTTCAGATCTTA CGTTGAGATCATTTTCCAAAATTGGGAGAACACTGTCCAATCATGGCATATTGATGGCTA TTCTTTCTTTGTTGTCGGGTATATCATCATACTCCCCCAAAACGAAAACAAAAAGAAAAG CCTCCTTATCTTCATCAAAATTACTATTTTTTTCTTACATTTAGTCCTCGTGATTCTTAA TTTATCTTTGTGAATGAACAGGATGGATGGTGGACAATGGACTCCAGCAAATAGAGCACA CTACAACTTAAGGGACACAATTGCACGTTGCACCGTCCAGGTATGTCAAAACTCAAAACA CATCATCTCAACTTTGTTCAATGCTAAAACATCCTTAAACTTATGTTCCAACGTATTTGT TTGATGTAATTCAGGTGTATCCTAAGTCATGGACCGCAATATACATGGCATTGGACAATG TAGGAATGTGGAACATAAGGTCTGAGAATTGGTCAAGGAGGTACTTGGGTCAACAATTCT ACTTAAGAGTTTACTCCCCAGCCAATTCTTGGAGAGATGAACTCCCAATACCAAAGAATG CTATTCTTTGTGGCAAAGCTAGAGGTCATCGTACTAGGCCTCTTTGAAACAATGTAGTAG TTTTCTGTCACGAGAGGGTGACCGGCGTATATCAATGTGAGCTAAGGGAAAGATTTAATC TGGAAAGAGTTAAAGAAGCTGAGTTTGCGCTATGACTTATAGCTAGTCTCTTCTTTTCCT TCTATATCATATTTGTATCATGTGTTTAATTGTTCAACTGTATCATTTCACATCTCATTA TTTTTTCCCCAAACTTTTGGTTAAACCTACATAGATTAGCTGAGAATAACTTTCTGTACT TCAAGGTCATTCGAGTTGTTGTTTATCTTGTATTCCTAAAATATTTGGAACAATACTTTA CGAACTTGGTAAGACATAACAAAGTTAAAGAACATTGTCACAACTAGAAAATTAAAACTA GTAGAGAAACTAAAATCAGAAACATATTAGAAATAGACGAATTTTTTTTCACTAAGAATT GTTGTCCGTCTGTGTTTAAAATTTTTTATTGATTCTAACAAACTTTGCAGAAACACGAAG TTACCGAAGTTTAATGAACCAGTGAAGAAAAGATAGACAAAAATTAATTCACAAATTTAA AATATGTGACACATACCAGAATCTAGAAAAATAAAAAGAAGATCAAGCCAACTAAATGTA CGGTGTCCCCTTAAGGAAAATTATTCTCCTCTAGTATCCGAGGTTTGATTTGTAATATGT CCTCCCAAGATAGAATGATCTCAATCATAGTGTATTGCTACCCAAAACGCTGGTGTTAGC GAGCCACTCAACGGCAGTAAAGTAAACTTAGAATACTAGATTTAGTAGTAGAAAAGAAAT CTAGAAATTATATTCTTAAAATTAGAGGAAATTCCTCAATTTATAGAGAACAAAGGGTAG TGTGAAAAAGTTCTTATTGACCCTTACCGAAAAAGTTATAAACCTTTGGAAAAGTCACAA TCTTTCGAACAAGTCATTACCTTTCACAAAAGTCGCAATTTTTTCATAAAAGTCACAATT TTTCATTAAAGTCACAACTCTTCATAAAAGTCGTAACTATTCATTTTCCATTTACACCTT TTAACTTCCAACACGAATAACTCCCTTAATGACCTGAACTCACAATCTTCAGAGTGAAAG TCAAGGATACTTACTACTCGAGTAACTCACTCTCGGTCTTACATACTACAACAAGAGAAA ATATTCTTGAGTAATTGGTCATTAATTTATAGTTGATTCAGGGGAGCAGTTCAGCCCAAT GTTACCTAAATAGTACTTGTTCCTTTGGGCCTAATTACTACTCCTAAGCTATTAATGGTC ATTATTCATCATGACCACAAACAAAATGAGATTTGTGTTTCGTAGGTGCGAAAATAACTT TTGAAAAATATTTTCTAATTTTCTCATATTTGTTTCGGAAAATTTTTTTGGAAAATTTTT TCTAAATCAATTCATTTTCCTTCATCCAACTTCAAATTACATTTCCTTTGAAAAATATTA ATTTCTAAAAAAATTAAGTTTGTTTTTTAAAAATATTTTCAACTTCAAACTTTAATTTTT TCACCTCTACCTGCGACCTCCCTACCCACCTCACCTCTCAGAATAAATTTTTAGTTTACT TTTAAAAAATATTTTCAATTTTAATTTTATATTTTTTTCACTCCTAGCCTCCAACCCCCA ATCCAACCACCACCACTCGAGCAGCAACCTCCCCTCCCTCCCCCCCCCCCCCCCACACAC CCAAAAAAAATTAGTTTTGTTTTAAAAAATATTTTTCAACTTGAAATTTTTATTTTTTAA TTCATACCCCTACCATCCTCTGTCTGCCCACCATCCCCCATAAAAAATTTTTTTTATTTT AAAAATATATTTTTAACTTAAAATTTTTATTTTTCACCCCTACTTCTCCCACACCCCGCC AGCCCCCTACAGCCCCTCTGCCACCCCCCAAAAAAATAATTTTTTTTAAAAAAATTTTCA ACTTCAAAAATTATTTTTTATTAAAATTATTTTTTACTCTAGTAATAATAAAAAATATTT TTCGTTCATCACTAAATATTATTTTCTAAAAAAAATTTCTACTCATCAACTAAACATGAA AAAATAAGTCGTAAATCTACTTGTTTTTTAGGAAAAAAATTCCTTCATACCAAACACACC CTTAATTATACTCTATTTTCACATGTACATACTTATATACAGTTCAAAATTAACTATACA CTAAATTAAAATCCTATTTTCACGTCTGTTGTGACATCATGAATTACAGAAAAATCACAG ATATGATTTGTTGTCTAGTCTAGCTCTAACTCAATATAATATAATAAATGGCGTACGCAA AACTTTTAATTTGTTAATACCATGTTTGAGGAAGTAATTAGCTAACGAATATAGCATTAT CTTTTTATAGAGTACATTTGCCTGTGGGGCCGACATGATTTTAATATATATGTTGAGCTT TGATCGATCTATTAAATTATGAGGACTTTGGAGAATTATTTGGAATTGTATCCTTGAGGA CAAACACTCACTTCATCATTCTTCATTCTTGTTATTACTAAAATATGATTCGAAAATTAG ATCTGCCAACAGCCCCTTGGTCTTTTTGATGACATAAGTTAATACAATAATTTTAAAAAC ATAAATAATTGTTTGATCAAAATATTTCTAAATAAAAGAGTATGCTAAAATTTAGGAAAA ACAAGTTACATCAATAGTAATTTAAGTTAATTTTCAAGGAAATGAAAAAAAGTACTTACA AATTAATAGTACTATATTGTATGAAAAATCAATTTAGTTATTTATTATTATATTTATTTC AATTTATGTAAGCATGTTTCCTTTATTAGTCTATTTTTTTTTTAAAATGATAAATTTTTA AATTTGGAAACGATTTAATTTGAATTTTCGAATTTATCCTTAATGAAAAACTCTAATTAA AATCACAAAAATGGTATGACAGGAATAGAATCACAAGTTTATAATATCTTATTATAACAT GTAAAAATTTCATCTTTTTTTTAGATTGCGAGACTAGTCAAATTAGATAGGTTCACATAA TTAGCTAAAATGAAGAAAGTATATATATATTTCGATGCAGATTTTGGTGTACTATTATAT TAATTAAGTGAAATGTTTTTGGAAAAATTGTATATATAATAGCAAACTATTAATTCAAAT AAATGTTATAAATATAGTTTGATTTAACTGTACCCTATAACAACTTATTTCTATTTTCAC CTCTCTCTGGTGGAATCTCGCTCGCCACTCTCGACCCTCGCCTTTCTCGCTTTTATACAA ACACAAATGTATGAAATGTTTTTTTTTTTGTATAAAGCGAGAGAAAATTGAATGTATACA TATATTTCGTTCTCCTATCTCCCCTCTCCCAGATTTGGTTTGTCACTCTCCCGAATTTCA ATCTATTTTCTGGAGAGTTTTGAAGGGGAAGAAGTATTTTTTGCTGATTGAGAAAGAAAT GAGAGGAGAGAGAATTACTAATAACCATGACTAATGATATTTGGTCAGAACAAGTAAGAA AGAAAGAAATGATAGAGGAGAGAGAATTACGTTCTCATAACCATAATTAATGATATTTAG TCAAGAAAATTAACATGATCAATTAAAAAATTAAATAGACACATGTCAACTATATAAAAT AACACTTGGAGAAATCGGAGAGGAGCCTCTTCCATCAAAGAAGTGGATCATTTCTCTAGA TAAAGGCTCTAAAAGGAATGGAATATTAAATTAGTATATATATATATATATATATATATA TATATATATATATAATTTCTTAAGGGGTAAAAAATAGAAATGGAGAAGTAATATAAAATG GAGAAAAATAAAATAAAATAATCATCATATATGCCCAGACATTCAAACCCTCATCAAGAA GGATAGCTGAACCTAAGCAAGTTTAATTTTATTTCTACCACTCGACCAAAAAATTAATTT TGTTACTAGATTACTAGTAAATATATTTGAGATCTTAACGCCATGTAGTCTGCTGAGTAC ACTGTTTTTTTTTGAATTTAAATTCATAGGTCATAAATGGTTATACACACAAATTATACA TCTAACGGATATTTAATATATTTATCAATATAAATATCAAATTTATGTAAAAATTATCGA ATTTTCAAAAATCCGCACCTTACACTAAAGATCCGCCTTTGAATTCAAGATCATAGAAGC TTATTTTCTATATTCCTTCTTTTTTTATTAAGTGATTTGTTGAATTTTTTTTCCATAGTT TAAAATAAATTAAAAATTCAAAGTTTAAAAAAATTATTGAGCTTTTTTCATAATATTTAC CCCTTCATTTAAGAAAGTTCTTAACTTCTAGTGAAAAGACTTGTATAAGTCAAACAGTAC ACGCTTGTTGTGTTATTATTTGTAACTGACTTCACCAGATGCCAAAAGAGGTTTTCACAC ACTAACTTGTATTTTAGCTAACCTTCACATTACCGATTACATCTATGTTCAATCACTATT AATGATATCTTTAAACCATTTTTTAAGGTTAAAAAAACTTTAAAGGTGACTTTACGGAGG GTGGTGGGTGGTTGTTGAGGTTGAGGTGGCCCCTATAGAAGAGATCTTATGTAAGGCATA CAAGAATATTTCGATATTGACTTCAAACAAAGAAAATTCTGTTAAGTAATCAGAAATTCA GAATATTTACTACTTACTCCCTTTTAGTTTTTTTTGTATACTTAAAAAACATAGACTTAT AACTCCTTTCTCTCTTCATCTAAGCTTAGCTATCTTCCTACTCTCTCATTTTTTTAACAA AATGATGAAAGGACTGGAATTCTCTGAAAATTCTCCTTCTTTATCCATGGAGCTAGGATA TAGAAGTAACGATAAATCATTAGAATTTGCTATAAGAGCATATGTTAAATCCACAATGTC AAGACTCCGATGAACTCATGATCTTCATCGCCGCTTTGTGTATGCTGTTGAGCATCTTGT ATACTTAAAATTATATCAAAGTAAATATTTTGGAAAATTATTTGGAATTGTATCCTTGAG GACAAACACAATTTTGCCTATATTATGTCAGCTTTATCTTTTCTATTTTTGGCCTCACTT CACCATTCTTCATTCTTGTTATTACTTAAATATGATTAGAAAATTAGATCTACCAACAGC CCCTTGGTCTTTCGATGACATAAGTTAATACATTCTTTTTAAAAACATAAATAATTAATT CAAACTATATGGGTGCATTTGTTTTGGCACAAGGAGGAATTAAATGTTTTTAGTTTTCTC GTTTTTGTTTGGTTAAACTATTTCTAAATAAAGGAGTGTGTTAATATTTAGAAAAAATAA GTCACATAAATAGTATTTTAAGTTAACTTTCAATGAAATGAATAAGAGTTAATAGTATTA TATTTTGTATGAAAAATCCGTTTAGGTATTTATTATTATATTTATTTCAATTTATGTAAG CGTATTTCATTATTAGTCGATATTTTTTAAAATGATTTAATTTTTAAATTTGGAAACGAT TTTATTTGAATTTTTTGATTTATCCTTAATGAATAACTCTAATTACAACCACATAAATAG TATGACATGATTAAATCCGAACCCCATTATCGAAAAATTATACGATATGCACGAGGTGGA GTTCTGATGTTAAGTAAATACATACTAATAGTGTGGCTCACTGGTAAGGGGTTCATTGTT ATGTTGCAGGTTTTGAGTTCGATTCTCATCGAGTGTGATAGGTTTATTCAATTTATTTTT TTATTTTTTTTAGTTTTCTTTTTATGTTATATCTTTTTCTTAATTTATTTTTGTTTAAAT TTATTAGTCACATTTTAAATATTTTGTTCTTTTATTATTCTTATTTGTATTGCTCATTTT ATTTCTACATATCTCTCTTCTGATGTACTAACTTAAAGAAACTCTTTGAAAAAAATGATG AATTGTTATTAAATTTAAAATTGAATTAGAAAACTATTATATAGAATAAAGTAAATTCAG ATCAACCGAATGCAACGACTAAAAAGTTGTGAATATTTTTTTTAATAAAATCTATTTAAT TGATTTTTTTTAAAAAAAATTTCATTATAGCTCTTTTTTACTTTTTTCAAGTCGATGAAA ACTAAACTAAACTTATTTGATTGGTTCGTAATTTGTTTTCTTAACAAATGATTAACCTAG TAAATTGAATTAAATGAACTAAAAAAATCGACAATGTCATTTATTTATCTTATGAATGTG CACTATAATATTAATAACTCGATCTTTACATCTTTCTAAAGAATCTTGATGGTTTTTAAA CTAACATATGATTGAATGTACACTAATTTAAAATTTAGAAAAAAAGTAGATTACTGTAAA AAAAGAAAAAGAAAATTCACTAGAAAATTTAAAAGCTCGATGGAATAGGGTAAAGTAGGA AGAAGCTAAATACACCATGACAATATAAATTAAATTTAGCGGATTAAAAATAATATTTTC CTCCCATGTCACTCAGTTTTTTATCTTGGAATTTTTACGTACTTCTTTATACATCGCACC TTTCAACGAAAATTCTGGATCAACCATTGACCGTCGAGAACTATTATACTAATTAAGTGA GATGTTTTAAGAAAAGTAAAGGATAATTTCAATAAATACTTTTATAATAAAACCTACTGC TTGAATATCTTTTTTATTAGAGGTGTGTAATAAGATTCTTAAAAGATACAAAGAAGTATC AAATTGTTCTAAATTAAAGGTATATTAAATACAATTCAAAATATAATTAATTCAATTTCT CATTTCATACTTAAAATTATTCTTTTTGAAACCTTAAATATCGTTTAGTTCTAAGAAAAT CTTTTTTTCATGTGCACTGTTAGTCAAAGGAAGGAAGAGGCTCCTCTCCTGCAATGATGT TTCTAGTTTCTTCGAGTGTGATCTTATATAATTGACATGTGTCTATTTATTCTTGTAATG AACCGGATTAATTTTTGTGACCAGATACCATTAACCATTATTATTACTAATTCTCGGTCA CCTCTCATCTCTTACTTTCTCACCTTTTTTTTTTACCAAATATCATTAGTCATGGTTATT AGCAATTCTCCCACCTTTCATTCTTTTCTCAATCAGCAAAGAATTACTTCTTTCCATTCA AAATTCTCCGAAAAATAGAGCAATCAAACATCATTCGTGTAAATCAAACAATTAAAAATT AAAATTACATCAGTATTTTAATATTTTTACACTTACATATGAACAACTAGGGAGAGTCTC AAAAGAGAAAAACTGAAATGTAATGATTAGCCCCAATTAAAGATTACAATTATAAATACC ACAAGAAAAGAAAACCCAAAAAATAAATGGAGAATTTCACCGAAAAAATAGATGAAAAAA TATTTTTCTACCCATTTTTCGAGCCCTTTCTAGATCTCTTAGTTAGTTTTTGCAAAAAAT CCAAATTGAAAAAAAATGATGTTAAGAAGAAGACGATAGAGTTTTATGGAACCAAGCTTC AAAAAAATAGTCTCATGGGTTGAATTTATTAAATTTTATAACCTAAATTCATCCTTTGAA TTTGTCTTCTTTTATCATGGTGTGAAATTAATGAAAAGGAAAAGGGACTTGTTGTTAACA AAGCAAATTTTTTATAGGAGAAAATGTTTGTTGCATAATTAAGTGAGTGTTGTGCGGAAT TTGAGATAATACGAGAAAATATATAAACACGAAAAACAAGACAACAGATTTACGTGGTTC ACCAATAAATTGGCTACGTCCACGGGAAGAGAGGGAGCAGTTTTATTATAGAGGCAAAAA CAGAATTACAAAAATAGGGTTTGCCATAGCGTCTATATATATATATAGTGCTAAGCTACG CCCTAACAGGCTTGGGCAGCGAGACCCCCGTCTTTTCTGTTTGTAACGGGTCCGATTCAA GACATTCAACAGTGAGGAAGAAAGAGATGAAAGTTGAGAGAGGAGAGAAGAGAGAGAATT ACTAATAACCATCGCTAATGATATTTAGTCAAGAAAATTAATTTGATCCATTAAAAAATT AAATAATCACATGTCAACCATATAAGAGAGCACTTCGAGAAACTAGAGAGATCATTACTA GAGAGGAGTCTCTTCCGTTAAAAGATTAAATTATTTCTCTAGATAAAGACTCTAAAGGAA TGGAATGGTTATACACACAAATTAGACATCTAACAGATATTTAATAAATTTATCAATATA AATACGAAATCGATGTAAAAATTATCAAATTTCTAAATATCCGCACCTTACACTATAGAT CCTCCCTTGAATTCAAGATCTTAGAAGCTTATCTGTATTCCTTCTATTTTTTTATCAAGT GAATAGTTGAATCTCATTTTCATAGTTTAAAATAAATGAATAATTGAAAGTTTAAAAAAA CTATTGAGCTTTTTTCAGAATATTTACCCTTCATTTAATAAAGTTGTTAACTACTAAAGA AAAGACTTGCATAAGTCATACACTACATGCTTGTTGTGTTAATTATTTGTAACTGACTTC ACCAAATGCCAAAAGAAGTTTTTATACACTAATTTTGTATTGTAGCTAATCTTCACATTG ACGATTACATCTATGTTCAAATACTATTAATGATATCTTTAGACCCTTTTTTAAGGTTAA AAAAAATTTAAAAAGTGACTTTAAGGAGGGTGGTGGGGGGTTGTTGAGGTTGAGGTGGCC ATTATAGAAGAGTTCTCATGTAAGGGGACATAAGAATGTTTCGATACTGACTTCAAACAA AGAATATAATGTCCTATAAAGTAATAAGAAATTCAGAATGTTTTTTAATAATACTCCAAT TCCTTATACATTTTCTTCCTTTTTTCTAGATTCATCTAATTATGAGTGCAAAGTTGAACA AAATAAAAAAATTCAGCTTCATAATCAAAATTCATAATACTTTGGAAAATTTTTATGTAA GAAAATCCTCGTTTTAAATTTAAAAGCCTAGACACAAGTAGACAAAAAGGTGACAACAGT GACTAGCTAGCTAACTCCCTTATATTTATTACTCTCTTATATTTATTACTCCTTTTTTTT TTGTATACTTAAAAACATAGACTTATAACTCCTTTCTCTCTTCATCTAACTTAGTTATCT TACTAATCTCTCATCTTTTCACAGAATAATTCTCTGCAAATTCTCCTTCTTTATCCATGG AGTTAGGAAACAGCAATAGCGATAAATCATCAGAGTTTTTCATAAGAGCGTATGTTAAAC CCAAAATGCCAAGACTCCGATGGACTGATGATCTTCATCGCCGCTTTGTGCATGCTGTTG ATCATCTTGGTGGAGTTGATCATAAGCTTAACATTCTCTCTTTTTTTTTTTAAAAAAAAG ATTTTACATTCCATTATTAAAAAAGAGGAGTGGATCTATATATCATGATGACTTAATAAT TTGGTATATATATACTAATAATTAGGAGCAACACCAAAGATGGTGCTACAAATAATGAAT GTGAAGGGCGTTACTATATCTCACATTAAGAGTCACCTTCAGGTAATAATCAGATCTTAA CCCTTTAATTTTGTTCTTCTTTATTTATTTTTTTCACCTTAAGAAAATGTATTTTTATGA TATGAACAGATGTACAGAAGCTTGAAACATCAAGAGATGCAAGGTATATATCCCTTTTTA CTTAATTTTTTCCATCAAATTCCATTTCTTCTATATGATTTTGTATGTACTAGTTATATA TATATATATATATATATATATATATATATATATATATATATATATATATATATATATATA TATAATTAAAGGAGTGATTAAGGTGCATAATTTAAATTTTGCGATTTTTTTTTCAACCGC TTGAAACTTGATTTTATTATCTAAGAAGATGATAAAATACAAAGTAAATGAGTAGTGAGC GGTGAAGCAATCAAGAAAAAAATGTTATTTGAAGTTCCATTTGAGGAATTTTTTTTATGT TTCATTTTAGTCTTTTGAGTTTTGCCTGATTCCATATCACCTTTAGGATTGCTAAAATTG AAAAAAGGACTTAGAACTACTTTTTCTAAGGCTAGATCTATTGTTAGGAGACCAAAATTG ATTTAATTTTGTCACATACTCGTATGTAACGCCATTGAGTTAATTAATTATGTCTACCAC CAACTCATTTGACTTTTTTTGGTTTTTAATTAACTGAAGCAGAAGCTGCAAATGGGAGGA AGAGAAACAGAATTGATGGTGCAGATTCAATGAATAATCCTCGGGCAAACCTTGTTCATT GTTACAATCATATCAATGGCAAAGCCGCTGTGGTTGATGGTTCCGATCAAATGAATTTTC CTCAGGGAAACCTTGTTAATGGTTACAATCATATCAAAGGCAAAGCTACCATGTTTGATG GTTCCGATCAAATGAATTTTCCTCAGGGAAACCTTGTTCATTGTTACAATCATAACAATG GCAAAGCCCCCATATTTAATGGTTCCAATCAAATGAATTTTCCACAGGGAAACCTTGTTC ATTGTTACAATCATAACAATGGCAAAGCCCCTATATTTAATGGTTCCAATCAAATGAATT TTCCACAGGAAAACCTTGTTCATCGTTACAATCATAACAATGGCAAATCTGTATTTGATG GTCATCTTAATCCGACTGTAACAACTAACTATTTGGAAAAAATTGCTTCCAGCTCTACTG TTTTTCCTCCTCCATGGTTTGTCTCATTTTTCTTCCTTCCTTTTTTCTGTTAAAAATGGA TCTATTTTGATTTTGAACATTTTTTACACCATCAATGTTGTAATAATCTGAAAAATAGAT AACTCCGGAGCTAGTATTCAATTTCAATGATGATAAATGAAATTACATGTTTACCCTTTC CGGGAAACCTATGCCAGAGAAGAAGATGGGATTGGAAGGACGATGCTACATGTTTAGGGA TTTCTTCGATGGAACCATTGCTATTCGAGTAATAAACGAAATCCTTAATTCACTTTTTAT TAATTAACTTTCTTTACTTGACATATATAGTTACAAATGAGAATTTTATTTTTGTTTGGG CAGGATGGAGATGATGATAATAAAATCGTGCGAGCATATGGTATTAGCAGTTTGCCAAAT AAGAGTGCAACTTCAATGATTGAAGAGGAAGATTCCCATAGCACTATGTCCTTGGAGCTA TCTCTCAGTTAAGATATCTCTCTTGACCTTACTCTTGGTTGAAATCCTTTGGTCTCTTCC ATTTCCTCAAGGGAAAAAACAAAAAAAAAAGCTCTTTTAGTTAATCCTTATTAAGTATAT GCTAATACAAGAAACTTGTTGCTGTTTAAACTAATCTAGCTTAGCTAGGTTAATTGGAAC TTTGCAACTTAATTAGATTAAAGGTGCAGCGATAATTTATAATGTATAAGGGTGTAGTTT CAACTGAAATGTAAGTTAATCAACTTATCTCTAAATTTAAAAAGGTTATAAGTCAGAGAA AAGGTAAGCTAATTTTATGTTTTTAATTATATATTTACGACACCTCGATCCTCTTTATGT GTGGGCTTGAATATTAGTGTTTCTAATCCCCAACCAAGCATGTGAAAATTCTTTATCATA ATGCATAATAATGGTAAGGCTTAGACTTAATTAGGACCTCATGTGTTCTGATGTATACCA TGTTAATTAACTCAAGTGTGTTTGACTATATCATCTAGAAATTAAAAATGAAAAGACCTT ATTATAAATTAATTATATTGAACCTTATAATTAAATTTTATAACCCGAATTCTTCCTTTG AATTGTTTTTTTTTATCATGGTGTGAAATTAACGAAAAGGAACAGTGACTTGTTGTTAAC AAAATAATTCTTTTACGAGAGAAAATGTTTGTTACACTATTAAGTGAGAAAGAAAGAGAT TAGATATGAGAGAGGAGAGAAGAGATAATTACTAATAACCATGGTTAATAGTATTTAGTC AAGAATATTAATCTGATCAATTAAAAAATTAAATAGACAAATGTCAACTATATAAGAGAG CACTTGAGAAAACTTAGAGATCATTACTGGAGAGGAGCCTCTTCCGTCAAAGGAGTGGAT TATTCTTTAAATAAAGGCTCTAAAAGGAATGGAATGGTAAATTAGTATATATATATATAT ATATATATATATATATATATATATATATATATATATATAGATAGATAGATAGATAGATAG ATAGATATTTTGTAATATATAATTTCTTAAGAGATAAAAAACAAAAATGGAGAAGCAATA TAGAATGGAGAAAAAAAATTACCATCATATGTGCCCCAGAGATTCTAACCATCATCAAGG AGGATAGTTTAATTTTATTTATACCACTTGACCAAAAAATTAATTTTGTTACTAGATTCC TACCAAATATATTTTAGATCTTAACGCTATATAGTCCGCTGAGTTCACTATTTTCTTTTT TGAGTTTATATTCATAGATTATATATGGTTATATACACAAATTATACACTATAGGGTATT TCATAAATTTATCAATATAAATACGGAATCTATGTAAAAATTATCGAATTTCAAAAAATC CGCACCTTACACCATAATCCTCCTTTGAATTCAAGATCATAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.983 6757 7444 match_2 match_part 0.986 6775 7509 match_3 match_part 1.000 6831 8294 match_4 match_part 1.000 6832 7337 match_5 match_part 0.999 6845 7729 match_6 match_part 0.991 6854 7408 match_7 match_part 1.000 6858 7341 match_8 match_part 0.990 6858 7168 match_9 match_part 0.997 6869 7735 match_10 match_part 0.998 6869 7685 match_11 match_part 0.999 6875 7687 match_12 match_part 1.000 6875 7167 match_13 match_part 1.000 6876 7730 match_14 match_part 0.979 6877 7461 match_15 match_part 1.000 6877 7438 match_16 match_part 0.989 6877 7407 match_17 match_part 1.000 6877 7303 match_18 match_part 1.000 6877 7196 match_19 match_part 1.000 6877 7036 match_20 match_part 1.000 6878 7598 match_21 match_part 1.000 6878 7470 match_22 match_part 1.000 6878 7470 match_23 match_part 0.997 6878 7456 match_24 match_part 0.993 6883 7339 match_25 match_part 1.000 6884 7726 match_26 match_part 1.000 6885 7686 match_27 match_part 0.972 6887 7239 match_28 match_part 0.990 6888 7573 match_29 match_part 0.996 6895 7735 match_30 match_part 0.997 6897 7635 match_31 match_part 0.980 6897 7541 match_32 match_part 0.998 6898 7730 match_33 match_part 1.000 6901 7731 match_34 match_part 0.948 6901 7343 match_35 match_part 0.982 6901 7341 match_36 match_part 0.995 6902 7780 match_37 match_part 0.996 6903 7735 match_38 match_part 1.000 6906 7734 match_39 match_part 1.000 6906 7584 match_40 match_part 0.991 6908 7594 match_41 match_part 0.951 6908 7271 match_42 match_part 0.984 6909 7407 match_43 match_part 1.000 6909 7346 match_44 match_part 1.000 6911 7466 match_45 match_part 0.997 6913 7275 match_46 match_part 0.973 6916 7580 match_47 match_part 0.962 6916 7571 match_48 match_part 0.958 6916 7558 match_49 match_part 0.968 6916 7409 match_50 match_part 0.967 6916 7407 match_51 match_part 0.964 6916 7355 match_52 match_part 0.965 6916 7348 match_53 match_part 0.976 6916 7337 match_54 match_part 0.968 6916 7317 match_55 match_part 0.967 6916 7310 match_56 match_part 0.998 6918 7821 match_57 match_part 0.985 6918 7455 match_58 match_part 0.961 6918 7409 match_59 match_part 0.975 6919 7313 match_60 match_part 0.998 6920 7730 match_61 match_part 0.999 6920 7730 match_62 match_part 0.997 6920 7643 match_63 match_part 1.000 6920 7630 match_64 match_part 0.991 6921 7820 match_65 match_part 1.000 6922 7405 match_66 match_part 0.962 6922 7319 match_67 match_part 0.987 6923 7456 match_68 match_part 0.961 6923 7408 match_69 match_part 0.998 6928 7413 match_70 match_part 1.000 6928 7373 match_71 match_part 1.000 6928 7335 match_72 match_part 0.979 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1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76591 match_438 match_part 0.956 78852 78739 match_part 0.952 78662 78538 match_part 0.954 76782 76718 match_part 1.000 76641 76601 match_439 match_part 1.000 79130 79099 match_part 1.000 78860 78739 match_part 0.976 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76632 match_440 match_part 1.000 79091 78739 match_part 1.000 78662 78538 match_part 0.962 76782 76730 match_441 match_part 0.949 79074 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76757 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 657 331 exon 238 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 6757 8321 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 10824 10307 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 14135 13495 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 17405 17742 exon 18169 18226 exon 18323 19858 exon 20003 20217 exon 20419 20689 exon 21117 21292 exon 22285 22392 exon 23024 23133 exon 23802 23907 exon 25152 25322 exon 25847 25975 exon 29828 30010 exon 30417 30548 exon 30643 30754 exon 32048 32171 exon 34299 34714 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 17405 17742 exon 18169 18226 exon 18323 19858 exon 20003 20217 exon 20419 20689 exon 21117 21292 exon 21742 22071 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 31116 31331 exon 31767 32111 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 38483 39217 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 47939 48170 exon 48306 48367 exon 49368 49423 exon 49517 49569 exon 50254 50372 exon 50445 50756 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 48044 48047 exon 48306 48367 exon 49368 49423 exon 49517 49569 exon 50254 50372 exon 50445 50756 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 51866 51769 exon 51632 51163 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 51741 51706 exon 51632 51163 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 53183 52771 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 53878 53572 exon 53333 53203 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 65693 66033 exon 66994 67061 exon 67202 67294 exon 67384 67584 exon 67805 67885 exon 67950 68045 exon 70017 70094 exon 70168 70257 exon 70337 70404 exon 72129 72210 exon 72704 72939 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79144 79099 exon 78863 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79136 79099 exon 78860 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_18 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79091 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87692 87881 exon 88274 88429 exon 88542 88668 exon 89424 90798 gene_20 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 85859 85900 exon 87738 87881 exon 88274 88429 exon 88542 88668 exon 89424 90798 gene_21 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 89407 90798 gene_22 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87698 87881 exon 88274 88429 exon 88542 88668 exon 89424 89465 exon 90048 90785 gene_23 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87698 87881 exon 88274 88429 exon 88542 88779 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 91641 91714 exon 91893 92523 exon 92616 93612 exon 95520 95732 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 96657 96799 exon 96907 98187 exon 99163 99190 exon 99352 99712 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 105077 105352 exon 105424 105533 exon 106867 107137 exon 107232 107298 gene_27 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 106818 107137 exon 107232 107334 exon 107421 107766 exon 107893 108258 exon 108382 108417 gene_28 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 108427 108460 exon 108555 109082 RepeatMasker tomato repeats master Gypsy00043 517 610 1 Gypsy00043 517 610 1 nucleotide_motif 361 1333 1427 Copia00110 13153 13267 1 Copia00110 13153 13267 1 nucleotide_motif 355 1337 1445 Copia00110 13399 13498 1 Copia00110 13399 13498 1 nucleotide_motif 413 1543 1642 Gypsy00073 1293 1387 1 Gypsy00073 1293 1387 1 nucleotide_motif 246 1720 1813 Copia00151 5491 5842 1 Copia00151 5491 5842 1 nucleotide_motif 725 4279 4615 Copia00110 13323 13623 1 Copia00110 13323 13623 1 nucleotide_motif 1308 15541 15826 Unknown00043 5547 5836 1 Unknown00043 5547 5836 1 nucleotide_motif 488 28558 28813 SONATA1 64 162 1 SONATA1 64 162 1 nucleotide_motif 465 29247 29340 Copia00105 8603 8704 1 Copia00105 8603 8704 1 nucleotide_motif 324 31012 31115 Unknown00043 11052 11182 1 Unknown00043 11052 11182 1 nucleotide_motif 485 31393 31517 Copia00143 77 139 1 Copia00143 77 139 1 nucleotide_motif 495 37993 38056 Copia00039 256 430 1 Copia00039 256 430 1 nucleotide_motif 775 44140 44314 Copia00039 869 1101 1 Copia00039 869 1101 1 nucleotide_motif 239 44499 44733 Unknown00019 585 671 1 Unknown00019 585 671 1 nucleotide_motif 365 56428 56514 Unknown00043 5281 5391 1 Unknown00043 5281 5391 1 nucleotide_motif 265 59548 59650 Copia00175 2908 3299 1 Copia00175 2908 3299 1 nucleotide_motif 2304 60919 61318 HELMET3 3716 3777 1 HELMET3 3716 3777 1 nucleotide_motif 287 63404 63467 Gypsy00046 4060 4148 1 Gypsy00046 4060 4148 1 nucleotide_motif 373 83159 83245 GYCUME1_LTR 370 443 1 GYCUME1_LTR 370 443 1 nucleotide_motif 352 83885 83958 ATCOPIA62_I 3963 4026 1 ATCOPIA62_I 3963 4026 1 nucleotide_motif 304 95112 95173 Copia00172 305 356 1 Copia00172 305 356 1 nucleotide_motif 260 100197 100248 Copia00110 1728 2417 1 Copia00110 1728 2417 1 nucleotide_motif 3201 109037 109739 Unknown00020 1 402 1 Unknown00020 1 402 1 nucleotide_motif 2460 109406 109813 Copia00037 2800 2885 1 Copia00037 2800 2885 1 nucleotide_motif 494 116578 116663 Gypsy00019 596 683 1 Gypsy00019 596 683 1 nucleotide_motif 362 118441 118529 Copia00181 1805 1877 1 Copia00181 1805 1877 1 nucleotide_motif 283 120813 120886 Gypsy00046 4084 4172 1 Gypsy00046 4084 4172 1 nucleotide_motif 340 120826 120914 RepeatMasker tomato repeats master Unknown00019 343 700 -1 Unknown00019 343 700 -1 nucleotide_motif 330 1542 1347 Unknown00019 53 342 -1 Unknown00019 53 342 -1 nucleotide_motif 330 1801 1643 Unknown00025 245 456 -1 Unknown00025 245 456 -1 nucleotide_motif 393 3485 3266 Unknown00019 154 698 -1 Unknown00019 154 698 -1 nucleotide_motif 817 15763 15250 Unknown00019 20 254 -1 Unknown00019 20 254 -1 nucleotide_motif 716 16000 15776 Unknown00057 459 610 -1 Unknown00057 459 610 -1 nucleotide_motif 410 22010 21865 TS2 575 650 -1 TS2 575 650 -1 nucleotide_motif 412 22732 22659 TS2 244 655 -1 TS2 244 655 -1 nucleotide_motif 758 26715 26300 Unknown00057 1344 1676 -1 Unknown00057 1344 1676 -1 nucleotide_motif 329 27818 27504 Unknown00057 473 880 -1 Unknown00057 473 880 -1 nucleotide_motif 376 28693 28287 Copia00143 95 187 -1 Copia00143 95 187 -1 nucleotide_motif 265 29123 29033 Unknown00030 1010 1216 -1 Unknown00030 1010 1216 -1 nucleotide_motif 1099 31763 31552 Copia00110 2403 2717 -1 Copia00110 2403 2717 -1 nucleotide_motif 1698 36263 35975 TLP1 298 662 -1 TLP1 298 662 -1 nucleotide_motif 1567 36325 35983 SONATA2 6 253 -1 SONATA2 6 253 -1 nucleotide_motif 584 39526 39301 SONATA2 1 205 -1 SONATA2 1 205 -1 nucleotide_motif 760 39883 39684 Copia00113 5110 5285 -1 Copia00113 5110 5285 -1 nucleotide_motif 232 44447 44270 Unknown00043 425 541 -1 Unknown00043 425 541 -1 nucleotide_motif 308 46149 46031 Gypsy00043 1024 1318 -1 Gypsy00043 1024 1318 -1 nucleotide_motif 1005 56273 55987 Copia00110 13303 13557 -1 Copia00110 13303 13557 -1 nucleotide_motif 825 56371 56118 SONATA2 32 221 -1 SONATA2 32 221 -1 nucleotide_motif 515 58528 58350 Unknown00025 267 432 -1 Unknown00025 267 432 -1 nucleotide_motif 418 63292 63115 STOWAWAY50_OS 80 141 -1 STOWAWAY50_OS 80 141 -1 nucleotide_motif 324 63455 63396 Unknown00046 1895 2090 -1 Unknown00046 1895 2090 -1 nucleotide_motif 489 64698 64508 POTTEN2 1 123 -1 POTTEN2 1 123 -1 nucleotide_motif 362 73510 73390 Gypsy00163 8020 8187 -1 Gypsy00163 8020 8187 -1 nucleotide_motif 512 79577 79414 Gypsy00163 7749 8011 -1 Gypsy00163 7749 8011 -1 nucleotide_motif 1216 80088 79821 Gypsy00088 1 77 -1 Gypsy00088 1 77 -1 nucleotide_motif 241 83219 83148 HELITRON7_OS 1596 3772 -1 HELITRON7_OS 1596 3772 -1 nucleotide_motif 342 83269 83185 Copia00105 7462 7557 -1 Copia00105 7462 7557 -1 nucleotide_motif 322 83884 83861 Gypsy00043 1066 1313 -1 Gypsy00043 1066 1313 -1 nucleotide_motif 633 112081 111861 Copia00110 13522 13618 -1 Copia00110 13522 13618 -1 nucleotide_motif 290 112144 112034 SZ-55 4211 4262 -1 SZ-55 4211 4262 -1 nucleotide_motif 230 115883 115835 Copia00205 5703 5974 -1 Copia00205 5703 5974 -1 nucleotide_motif 1955 116652 116388 STOWAWAY50_OS 65 167 -1 STOWAWAY50_OS 65 167 -1 nucleotide_motif 381 118503 118401 Gypsy00178 6516 6591 -1 Gypsy00178 6516 6591 -1 nucleotide_motif 239 120875 120799 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 944 77839 78326 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1721 45972 47195 match_2 match 1923 45966 47196 match_3 match 1923 45966 47196 match_4 match 2077 4193 5360 match_5 match 2292 5457 6660 match_6 match 1824 45966 47195 match_7 match 1974 45971 47196 match_8 match 1899 45969 47200 match_9 match 1832 45971 47195 match_10 match 1806 45969 47200 match_11 match 1806 45969 47200 match_12 match 1871 45969 47198 match_13 match 1840 45971 47196 match_14 match 1626 46114 47196 match_15 match 1911 45972 47196 match_16 match 1911 45972 47196 match_17 match 1626 46114 47196 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 908.5 1 121280 clone_start_1 clone_start 1199 1 707 clone_2 clone 1447 8794 29881 clone_end_1 clone_end 1473 8794 9590 clone_end_2 clone_end 954 9056 9603 clone_end_3 clone_end 1106 16301 16966 clone_start_2 clone_start 981 24799 25301 clone_3 clone 595.5 27111 69502 clone_start_3 clone_start 565 27111 27395 clone_end_4 clone_end 1019 28827 29369 clone_4 clone 595.5 38152 75404 clone_end_5 clone_end 531 38152 38530 clone_start_4 clone_start 349 45971 46157 clone_5 clone 1272.5 50115 89106 clone_end_6 clone_end 1320 50115 50780 clone_6 clone 1046 57693 93406 clone_start_5 clone_start 954 57693 58218 clone_start_6 clone_start 678 57818 58208 clone_start_7 clone_start 387 77069 77263 clone_end_7 clone_end 327 77099 77263 clone_end_8 clone_end 577 77539 77841 clone_start_8 clone_start 482 77591 77841 clone_start_9 clone_start 341 77662 77841 clone_start_10 clone_start 1199 89634 90238 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_9 clone_end 618 121280 120922 clone_end_10 clone_end 531 7085 6818 clone_start_11 clone_start 1421 29881 29108 clone_start_12 clone_start 1427 19384 18665 clone_end_11 clone_end 678 21412 21071 clone_start_13 clone_start 1241 24264 23591 clone_end_12 clone_end 626 69502 69139 clone_end_13 clone_end 1068 34264 33669 clone_start_14 clone_start 406 38380 38082 clone_start_15 clone_start 660 75404 75051 clone_start_16 clone_start 1225 89106 88444 clone_end_14 clone_end 1138 93406 92833 clone_end_15 clone_end 658 121285 120922 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.983 6757 7444 match_2 match_part 0.986 6775 7509 match_3 match_part 1.000 6831 8294 match_4 match_part 1.000 6832 7337 match_5 match_part 0.999 6845 7729 match_6 match_part 0.991 6854 7408 match_7 match_part 1.000 6858 7341 match_8 match_part 0.990 6858 7168 match_9 match_part 0.997 6869 7735 match_10 match_part 0.998 6869 7685 match_11 match_part 0.999 6875 7687 match_12 match_part 1.000 6875 7167 match_13 match_part 1.000 6876 7730 match_14 match_part 0.979 6877 7461 match_15 match_part 1.000 6877 7438 match_16 match_part 0.989 6877 7407 match_17 match_part 1.000 6877 7303 match_18 match_part 1.000 6877 7196 match_19 match_part 1.000 6877 7036 match_20 match_part 1.000 6878 7598 match_21 match_part 1.000 6878 7470 match_22 match_part 1.000 6878 7470 match_23 match_part 0.997 6878 7456 match_24 match_part 0.993 6883 7339 match_25 match_part 1.000 6884 7726 match_26 match_part 1.000 6885 7686 match_27 match_part 0.972 6887 7239 match_28 match_part 0.990 6888 7573 match_29 match_part 0.996 6895 7735 match_30 match_part 0.997 6897 7635 match_31 match_part 0.980 6897 7541 match_32 match_part 0.998 6898 7730 match_33 match_part 1.000 6901 7731 match_34 match_part 0.982 6901 7341 match_35 match_part 0.995 6902 7780 match_36 match_part 0.996 6903 7735 match_37 match_part 1.000 6906 7734 match_38 match_part 1.000 6906 7584 match_39 match_part 0.991 6908 7594 match_40 match_part 0.984 6909 7407 match_41 match_part 1.000 6909 7346 match_42 match_part 1.000 6911 7466 match_43 match_part 0.997 6913 7275 match_44 match_part 0.998 6918 7821 match_45 match_part 0.985 6918 7455 match_46 match_part 0.998 6920 7730 match_47 match_part 0.999 6920 7730 match_48 match_part 0.997 6920 7643 match_49 match_part 1.000 6920 7630 match_50 match_part 0.991 6921 7820 match_51 match_part 1.000 6922 7405 match_52 match_part 0.987 6923 7456 match_53 match_part 0.998 6928 7413 match_54 match_part 1.000 6928 7373 match_55 match_part 1.000 6928 7335 match_56 match_part 0.979 6933 7358 match_57 match_part 0.996 6934 7776 match_58 match_part 1.000 6934 7243 match_59 match_part 0.997 6938 7732 match_60 match_part 1.000 6938 7471 match_61 match_part 1.000 6939 7113 match_62 match_part 1.000 6942 7342 match_63 match_part 1.000 6943 7342 match_64 match_part 0.995 6945 7598 match_65 match_part 0.998 6946 7773 match_66 match_part 0.999 6948 7834 match_67 match_part 0.998 6948 7832 match_68 match_part 0.992 6953 7908 match_69 match_part 1.000 6959 7729 match_70 match_part 1.000 6988 7590 match_71 match_part 0.996 7086 7619 match_72 match_part 0.999 7089 7953 match_73 match_part 0.975 7096 7448 match_74 match_part 1.000 7106 7600 match_75 match_part 0.995 7168 8089 match_76 match_part 0.990 7211 8122 match_77 match_part 1.000 7264 7432 match_78 match_part 0.997 7343 8075 match_79 match_part 1.000 7396 7749 match_80 match_part 0.998 7476 8074 match_81 match_part 0.995 7476 8049 match_82 match_part 0.998 7476 7919 match_83 match_part 1.000 7507 8021 match_84 match_part 1.000 7519 7814 match_85 match_part 0.987 7539 8303 match_86 match_part 0.997 7539 8276 match_87 match_part 0.997 7539 8177 match_88 match_part 0.998 7543 8063 match_89 match_part 0.991 7657 8297 match_90 match_part 0.986 7660 8297 match_91 match_part 0.995 7690 8276 match_92 match_part 0.998 7743 8297 match_93 match_part 0.998 7810 8276 match_94 match_part 0.966 7829 8321 match_95 match_part 0.982 7829 8321 match_96 match_part 0.984 7829 8321 match_97 match_part 0.982 7834 8321 match_98 match_part 0.984 7834 8321 match_99 match_part 0.992 7886 8276 match_100 match_part 0.966 7888 8269 match_101 match_part 0.985 7915 8319 match_102 match_part 0.997 7918 8297 match_103 match_part 0.994 7947 8265 match_104 match_part 0.996 8010 8290 match_105 match_part 0.992 17502 17742 match_part 1.000 18169 18189 match_106 match_part 0.992 17503 17742 match_part 1.000 18169 18189 match_107 match_part 1.000 17503 17742 match_part 1.000 18169 18189 match_108 match_part 1.000 17503 17742 match_part 1.000 18169 18189 match_109 match_part 1.000 17503 17742 match_part 1.000 18169 18189 match_110 match_part 1.000 17503 17742 match_part 1.000 18169 18189 match_111 match_part 0.995 19471 19858 match_part 1.000 20003 20217 match_part 0.964 20419 20641 match_112 match_part 1.000 20030 20217 match_part 1.000 20419 20689 match_part 0.994 21117 21288 match_113 match_part 0.982 20466 20689 match_part 0.994 21117 21292 match_part 0.972 22285 22392 match_part 1.000 23024 23133 match_114 match_part 1.000 20531 20689 match_part 1.000 21117 21292 match_part 0.967 21742 22071 match_115 match_part 1.000 23069 23133 match_part 1.000 23802 23907 match_part 1.000 25152 25322 match_part 1.000 25847 25975 match_part 1.000 29828 30010 match_part 1.000 30417 30548 match_part 1.000 30643 30754 match_part 1.000 32048 32081 match_116 match_part 0.846 23108 23133 match_part 0.962 23802 23907 match_part 0.994 25152 25322 match_part 0.946 25847 25975 match_part 0.939 29828 29990 match_117 match_part 0.960 29886 30010 match_part 0.985 30417 30548 match_part 1.000 30643 30754 match_part 0.968 32048 32171 match_part 0.950 34299 34578 match_118 match_part 0.981 38483 39217 match_119 match_part 1.000 38484 39194 match_120 match_part 1.000 47939 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 0.989 50254 50346 match_121 match_part 1.000 48037 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 0.992 50254 50372 match_part 1.000 50445 50510 match_122 match_part 1.000 48037 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 1.000 50254 50359 match_123 match_part 1.000 48076 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 1.000 50254 50372 match_part 1.000 50445 50723 match_124 match_part 1.000 48076 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 1.000 50254 50372 match_part 1.000 50445 50468 match_125 match_part 1.000 48164 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 1.000 50254 50372 match_part 1.000 50445 50596 match_126 match_part 1.000 49546 49569 match_part 1.000 50254 50372 match_part 0.993 50445 50723 match_127 match_part 1.000 67012 67061 match_part 1.000 67202 67294 match_part 0.950 67384 67584 match_part 0.880 67805 67829 match_128 match_part 1.000 67013 67061 match_part 1.000 67202 67294 match_part 1.000 67384 67584 match_part 1.000 67805 67885 match_part 1.000 67950 68038 match_129 match_part 0.737 67043 67061 match_part 1.000 67202 67294 match_part 0.990 67384 67584 match_part 0.988 67805 67885 match_part 0.990 67950 68045 match_part 0.962 70017 70094 match_part 0.978 70168 70257 match_part 0.971 70337 70404 match_part 1.000 72129 72166 match_130 match_part 1.000 67223 67294 match_part 1.000 67384 67584 match_part 1.000 67805 67885 match_part 1.000 67950 68045 match_part 1.000 70017 70056 match_131 match_part 1.000 70085 70094 match_part 0.933 70168 70257 match_part 1.000 70337 70404 match_part 0.963 72129 72210 match_part 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79104 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76430 match_302 match_part 1.000 78847 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76436 match_303 match_part 1.000 79123 79099 match_part 1.000 78863 78739 match_part 0.984 78662 78538 match_part 0.985 76782 76718 match_part 0.990 76641 76440 match_304 match_part 1.000 79127 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76442 match_305 match_part 1.000 79132 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 0.955 76641 76444 match_306 match_part 1.000 79112 79099 match_part 0.992 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76445 match_307 match_part 1.000 79123 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76452 match_308 match_part 1.000 78845 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76457 match_309 match_part 0.848 79144 79099 match_part 1.000 78863 78739 match_part 0.992 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76478 match_310 match_part 0.889 79134 79099 match_part 0.976 78863 78739 match_part 0.992 78662 78538 match_part 0.969 76782 76718 match_part 0.969 76641 76483 match_311 match_part 1.000 79134 79099 match_part 1.000 78860 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76494 match_312 match_part 1.000 79126 79099 match_part 1.000 78860 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76516 match_313 match_part 0.987 78817 78739 match_part 0.968 78662 78538 match_part 0.985 76782 76718 match_part 1.000 76641 76524 match_314 match_part 1.000 79116 79099 match_part 0.918 78860 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76525 match_315 match_part 0.949 79137 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 0.974 76641 76564 match_316 match_part 1.000 78762 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76574 match_317 match_part 0.976 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76578 match_318 match_part 1.000 79121 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76591 match_319 match_part 0.956 78852 78739 match_part 0.952 78662 78538 match_part 0.954 76782 76718 match_part 1.000 76641 76601 match_320 match_part 1.000 79130 79099 match_part 1.000 78860 78739 match_part 0.976 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76632 match_321 match_part 1.000 79091 78739 match_part 1.000 78662 78538 match_part 0.962 76782 76730 match_322 match_part 0.949 79074 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76757 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 657 331 exon 238 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 6757 8321 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 10824 10307 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 14108 13522 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 17502 17742 exon 18169 18189 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 19471 19858 exon 20003 20217 exon 20419 20689 exon 21117 21292 exon 22285 22392 exon 23024 23133 exon 23802 23907 exon 25152 25322 exon 25847 25975 exon 29828 30010 exon 30417 30548 exon 30643 30754 exon 32048 32171 exon 34299 34578 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 19471 19858 exon 20003 20217 exon 20419 20689 exon 21117 21292 exon 21742 22071 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 38483 39217 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 47939 48170 exon 48306 48367 exon 49368 49423 exon 49517 49569 exon 50254 50372 exon 50445 50723 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 51866 51769 exon 51632 51163 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 51741 51706 exon 51632 51163 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 53183 52771 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 53878 53572 exon 53333 53203 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 67012 67061 exon 67202 67294 exon 67384 67584 exon 67805 67885 exon 67950 68045 exon 70017 70094 exon 70168 70257 exon 70337 70404 exon 72129 72210 exon 72704 72939 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79144 79099 exon 78863 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79136 79099 exon 78860 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_17 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79091 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87692 87881 exon 88274 88429 exon 88542 88668 exon 89424 90798 gene_19 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87698 87881 exon 88274 88429 exon 88542 88668 exon 89424 89465 exon 90048 90785 gene_20 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87698 87881 exon 88274 88429 exon 88542 88779 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 91641 91714 exon 91893 92523 exon 92616 93612 exon 95520 95732 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 96657 96799 exon 96907 98187 exon 99163 99190 exon 99352 99712 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 106818 107137 exon 107232 107334 exon 107421 107766 exon 107893 107934 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 108427 108460 exon 108555 109082 AUGUSTUS_tom_cdna de novo gene_1 gene 0.97 6292 6964 transcript_1 transcript 0.97 6292 6964 start_codon_1 start_codon 6292 6294 intron_1 intron 0.97 6297 6702 CDS_1 CDS 0.97 6292 6296 CDS_2 CDS 1 6703 6964 stop_codon_1 stop_codon 6962 6964 gene_2 gene 1 7174 8079 transcript_2 transcript 1 7174 8079 start_codon_2 start_codon 7174 7176 CDS_3 CDS 1 7174 8079 stop_codon_2 stop_codon 8077 8079 gene_3 gene 0.29 14249 48309 transcript_3 transcript 0.29 14249 48309 start_codon_3 start_codon 14249 14251 intron_2 intron 0.52 14292 17614 intron_3 intron 1 17743 18168 intron_4 intron 0.98 18227 18322 intron_5 intron 1 19859 20002 intron_6 intron 1 20218 20418 intron_7 intron 1 20690 21116 intron_8 intron 1 21293 22284 intron_9 intron 1 22393 23023 intron_10 intron 1 23134 23801 intron_11 intron 1 23908 25151 intron_12 intron 1 25323 25846 intron_13 intron 1 25976 29827 intron_14 intron 1 30011 30416 intron_15 intron 1 30549 30642 intron_16 intron 1 30755 32047 intron_17 intron 1 32172 34298 intron_18 intron 0.56 34434 38562 intron_19 intron 1 38994 48115 intron_20 intron 1 48171 48305 CDS_4 CDS 0.65 14249 14291 CDS_5 CDS 0.61 17615 17742 CDS_6 CDS 0.98 18169 18226 CDS_7 CDS 1 18323 19858 CDS_8 CDS 1 20003 20217 CDS_9 CDS 1 20419 20689 CDS_10 CDS 1 21117 21292 CDS_11 CDS 1 22285 22392 CDS_12 CDS 1 23024 23133 CDS_13 CDS 1 23802 23907 CDS_14 CDS 1 25152 25322 CDS_15 CDS 1 25847 25975 CDS_16 CDS 1 29828 30010 CDS_17 CDS 1 30417 30548 CDS_18 CDS 1 30643 30754 CDS_19 CDS 1 32048 32171 CDS_20 CDS 0.92 34299 34433 CDS_21 CDS 0.64 38563 38993 CDS_22 CDS 1 48116 48170 CDS_23 CDS 1 48306 48309 stop_codon_3 stop_codon 48307 48309 gene_4 gene 1 48331 50551 transcript_4 transcript 1 48331 50551 start_codon_4 start_codon 48331 48333 intron_21 intron 1 48368 49367 intron_22 intron 1 49424 49516 intron_23 intron 1 49570 50253 intron_24 intron 1 50373 50444 CDS_24 CDS 1 48331 48367 CDS_25 CDS 1 49368 49423 CDS_26 CDS 1 49517 49569 CDS_27 CDS 1 50254 50372 CDS_28 CDS 1 50445 50551 stop_codon_4 stop_codon 50549 50551 gene_5 gene 0.48 55024 72760 transcript_5 transcript 0.48 55024 72760 start_codon_5 start_codon 55024 55026 intron_25 intron 0.48 55029 65839 intron_26 intron 1 66034 66993 intron_27 intron 1 67062 67201 intron_28 intron 1 67295 67383 intron_29 intron 1 67585 67804 intron_30 intron 1 67886 67949 intron_31 intron 1 68046 70016 intron_32 intron 1 70095 70167 intron_33 intron 1 70258 70336 intron_34 intron 1 70405 72128 intron_35 intron 0.99 72211 72703 CDS_29 CDS 0.7 55024 55028 CDS_30 CDS 0.72 65840 66033 CDS_31 CDS 1 66994 67061 CDS_32 CDS 1 67202 67294 CDS_33 CDS 1 67384 67584 CDS_34 CDS 1 67805 67885 CDS_35 CDS 1 67950 68045 CDS_36 CDS 1 70017 70094 CDS_37 CDS 1 70168 70257 CDS_38 CDS 1 70337 70404 CDS_39 CDS 1 72129 72210 CDS_40 CDS 0.99 72704 72760 stop_codon_5 stop_codon 72758 72760 gene_6 gene 1 87803 90447 transcript_6 transcript 1 87803 90447 start_codon_6 start_codon 87803 87805 intron_36 intron 1 87882 88273 intron_37 intron 1 88430 88541 intron_38 intron 1 88669 89423 CDS_41 CDS 1 87803 87881 CDS_42 CDS 1 88274 88429 CDS_43 CDS 1 88542 88668 CDS_44 CDS 1 89424 90447 stop_codon_6 stop_codon 90445 90447 gene_7 gene 0.3 91595 112515 transcript_7 transcript 0.3 91595 112515 start_codon_7 start_codon 91595 91597 intron_39 intron 1 91601 91892 intron_40 intron 1 92524 92615 intron_41 intron 0.5 93458 96723 intron_42 intron 0.99 96800 96906 intron_43 intron 1 98188 99162 intron_44 intron 1 99191 99351 intron_45 intron 0.69 99512 105423 intron_46 intron 0.75 105534 106866 intron_47 intron 1 107138 107231 intron_48 intron 1 107335 107420 intron_49 intron 1 107767 107892 intron_50 intron 1 108259 108381 intron_51 intron 1 108461 108554 intron_52 intron 0.89 108745 112474 CDS_45 CDS 1 91595 91600 CDS_46 CDS 1 91893 92523 CDS_47 CDS 0.95 92616 93457 CDS_48 CDS 0.54 96724 96799 CDS_49 CDS 1 96907 98187 CDS_50 CDS 1 99163 99190 CDS_51 CDS 0.7 99352 99511 CDS_52 CDS 0.72 105424 105533 CDS_53 CDS 1 106867 107137 CDS_54 CDS 1 107232 107334 CDS_55 CDS 1 107421 107766 CDS_56 CDS 1 107893 108258 CDS_57 CDS 1 108382 108460 CDS_58 CDS 0.89 108555 108744 CDS_59 CDS 0.89 112475 112515 stop_codon_7 stop_codon 112513 112515 gene_8 gene 0.52 118950 119453 transcript_8 transcript 0.52 118950 119453 start_codon_8 start_codon 118950 118952 CDS_60 CDS 0.52 118950 119453 stop_codon_8 stop_codon 119451 119453 AUGUSTUS_tom_cdna de novo gene_9 gene 0.7 952 2 transcript_9 transcript 0.7 952 2 stop_codon_9 stop_codon 4 2 intron_53 intron 1 330 239 intron_54 intron 0.7 922 556 CDS_61 CDS 1 238 2 CDS_62 CDS 1 555 331 CDS_63 CDS 0.7 952 923 start_codon_9 start_codon 952 950 gene_10 gene 1 10975 10484 transcript_10 transcript 1 10975 10484 stop_codon_10 stop_codon 10486 10484 CDS_64 CDS 1 10975 10484 start_codon_10 start_codon 10975 10973 gene_11 gene 0.92 14106 13810 transcript_11 transcript 0.92 14106 13810 stop_codon_11 stop_codon 13812 13810 CDS_65 CDS 0.92 14106 13810 start_codon_11 start_codon 14106 14104 gene_12 gene 0.64 54960 50556 transcript_12 transcript 0.64 54960 50556 stop_codon_12 stop_codon 50558 50556 intron_55 intron 0.94 51414 50568 intron_56 intron 0.69 53041 51633 intron_57 intron 1 53571 53334 CDS_66 CDS 0.98 50567 50556 CDS_67 CDS 0.93 51632 51415 CDS_68 CDS 0.69 53333 53042 CDS_69 CDS 1 54960 53572 start_codon_12 start_codon 54960 54958 gene_13 gene 1.97 84599 74377 transcript_13 transcript 1 78785 74377 stop_codon_13 stop_codon 74379 74377 intron_58 intron 1 74536 74428 intron_59 intron 1 75055 74690 intron_60 intron 1 75275 75164 intron_61 intron 1 76428 75324 intron_62 intron 1 76717 76642 intron_63 intron 1 78537 76783 intron_64 intron 1 78738 78663 CDS_70 CDS 1 74427 74377 CDS_71 CDS 1 74689 74537 CDS_72 CDS 1 75163 75056 CDS_73 CDS 1 75323 75276 CDS_74 CDS 1 76641 76429 CDS_75 CDS 1 76782 76718 CDS_76 CDS 1 78662 78538 CDS_77 CDS 1 78785 78739 start_codon_13 start_codon 78785 78783 transcript_14 transcript 0.97 84599 74377 stop_codon_14 stop_codon 74379 74377 intron_65 intron 1 74536 74428 intron_66 intron 1 75055 74690 intron_67 intron 1 75275 75164 intron_68 intron 1 76428 75324 intron_69 intron 1 76717 76642 intron_70 intron 1 78537 76783 intron_71 intron 1 78738 78663 intron_72 intron 1 79098 78861 intron_73 intron 0.97 84583 79155 CDS_78 CDS 1 74427 74377 CDS_79 CDS 1 74689 74537 CDS_80 CDS 1 75163 75056 CDS_81 CDS 1 75323 75276 CDS_82 CDS 1 76641 76429 CDS_83 CDS 1 76782 76718 CDS_84 CDS 1 78662 78538 CDS_85 CDS 1 78860 78739 CDS_86 CDS 1 79154 79099 CDS_87 CDS 0.97 84599 84584 start_codon_14 start_codon 84599 84597 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 70.48 58576 58647 AUGUSTUS_ab_initio de novo gene_1 gene 0.98 6946 8079 transcript_1 transcript 0.98 6946 8079 start_codon_1 start_codon 6946 6948 CDS_1 CDS 0.98 6946 8079 stop_codon_1 stop_codon 8077 8079 gene_2 gene 0.03 17617 34434 transcript_2 transcript 0.03 17617 34434 start_codon_2 start_codon 17617 17619 intron_1 intron 0.61 17743 18168 intron_2 intron 0.97 18227 18322 intron_3 intron 0.98 19859 20002 intron_4 intron 0.66 20218 20418 intron_5 intron 1 20690 21116 intron_6 intron 1 21293 22284 intron_7 intron 0.47 22398 23801 intron_8 intron 0.93 23908 25151 intron_9 intron 0.88 25323 25846 intron_10 intron 0.98 25976 29827 intron_11 intron 0.85 30011 30416 intron_12 intron 0.87 30549 30642 intron_13 intron 0.91 30755 32047 intron_14 intron 0.39 32176 32927 intron_15 intron 0.46 33008 33095 intron_16 intron 0.36 33237 34298 CDS_2 CDS 0.63 17617 17742 CDS_3 CDS 0.92 18169 18226 CDS_4 CDS 0.99 18323 19858 CDS_5 CDS 0.65 20003 20217 CDS_6 CDS 1 20419 20689 CDS_7 CDS 1 21117 21292 CDS_8 CDS 0.7 22285 22397 CDS_9 CDS 0.64 23802 23907 CDS_10 CDS 1 25152 25322 CDS_11 CDS 0.91 25847 25975 CDS_12 CDS 0.96 29828 30010 CDS_13 CDS 0.87 30417 30548 CDS_14 CDS 1 30643 30754 CDS_15 CDS 0.68 32048 32175 CDS_16 CDS 0.45 32928 33007 CDS_17 CDS 0.36 33096 33236 CDS_18 CDS 0.57 34299 34434 stop_codon_2 stop_codon 34432 34434 gene_3 gene 1 38540 39007 transcript_3 transcript 1 38540 39007 start_codon_3 start_codon 38540 38542 CDS_19 CDS 1 38540 39007 stop_codon_3 stop_codon 39005 39007 gene_4 gene 0.64 48579 50551 transcript_4 transcript 0.64 48579 50551 start_codon_4 start_codon 48579 48581 intron_17 intron 0.64 48739 49367 intron_18 intron 0.97 49424 49516 intron_19 intron 0.99 49570 50253 intron_20 intron 1 50373 50444 CDS_20 CDS 0.64 48579 48738 CDS_21 CDS 0.95 49368 49423 CDS_22 CDS 1 49517 49569 CDS_23 CDS 1 50254 50372 CDS_24 CDS 1 50445 50551 stop_codon_4 stop_codon 50549 50551 gene_5 gene 0.2 65745 72760 transcript_5 transcript 0.2 65745 72760 start_codon_5 start_codon 65745 65747 intron_21 intron 0.79 66034 66993 intron_22 intron 0.8 67062 67201 intron_23 intron 1 67295 67383 intron_24 intron 0.92 67585 67804 intron_25 intron 0.86 67886 67949 intron_26 intron 0.9 68046 70016 intron_27 intron 0.99 70095 70167 intron_28 intron 1 70258 70336 intron_29 intron 1 70405 72128 intron_30 intron 0.34 72211 72703 CDS_25 CDS 1 65745 66033 CDS_26 CDS 0.79 66994 67061 CDS_27 CDS 0.8 67202 67294 CDS_28 CDS 0.93 67384 67584 CDS_29 CDS 0.95 67805 67885 CDS_30 CDS 0.86 67950 68045 CDS_31 CDS 0.99 70017 70094 CDS_32 CDS 1 70168 70257 CDS_33 CDS 1 70337 70404 CDS_34 CDS 0.78 72129 72210 CDS_35 CDS 0.35 72704 72760 stop_codon_5 stop_codon 72758 72760 gene_6 gene 0.41 77991 78341 transcript_6 transcript 0.41 77991 78341 start_codon_6 start_codon 77991 77993 CDS_36 CDS 0.41 77991 78341 stop_codon_6 stop_codon 78339 78341 gene_7 gene 0.55 87803 90447 transcript_7 transcript 0.55 87803 90447 start_codon_7 start_codon 87803 87805 intron_31 intron 0.99 87882 88273 intron_32 intron 1 88430 88541 intron_33 intron 0.93 88669 89423 CDS_37 CDS 0.57 87803 87881 CDS_38 CDS 1 88274 88429 CDS_39 CDS 0.96 88542 88668 CDS_40 CDS 0.96 89424 90447 stop_codon_7 stop_codon 90445 90447 gene_8 gene 0.9 91896 93493 transcript_8 transcript 0.9 91896 93493 start_codon_8 start_codon 91896 91898 intron_34 intron 0.98 92524 92615 CDS_41 CDS 0.96 91896 92523 CDS_42 CDS 0.94 92616 93493 stop_codon_8 stop_codon 93491 93493 gene_9 gene 0.34 96706 98225 transcript_9 transcript 0.34 96706 98225 start_codon_9 start_codon 96706 96708 intron_35 intron 0.84 96800 96906 CDS_43 CDS 0.84 96706 96799 CDS_44 CDS 0.37 96907 98225 stop_codon_9 stop_codon 98223 98225 gene_10 gene 0.84 105194 108767 transcript_10 transcript 0.84 105194 108767 start_codon_10 start_codon 105194 105196 intron_36 intron 0.87 105353 105423 intron_37 intron 0.98 105534 106866 intron_38 intron 1 107138 107231 intron_39 intron 1 107335 107420 intron_40 intron 1 107767 107892 intron_41 intron 1 108259 108381 intron_42 intron 1 108461 108554 CDS_45 CDS 0.84 105194 105352 CDS_46 CDS 0.92 105424 105533 CDS_47 CDS 1 106867 107137 CDS_48 CDS 1 107232 107334 CDS_49 CDS 1 107421 107766 CDS_50 CDS 1 107893 108258 CDS_51 CDS 1 108382 108460 CDS_52 CDS 1 108555 108767 stop_codon_10 stop_codon 108765 108767 gene_11 gene 0.36 118950 119453 transcript_11 transcript 0.36 118950 119453 start_codon_11 start_codon 118950 118952 CDS_53 CDS 0.36 118950 119453 stop_codon_11 stop_codon 119451 119453 AUGUSTUS_ab_initio de novo gene_12 gene 0.99 546 50 transcript_12 transcript 0.99 546 50 intron_43 intron 0.99 49 1 intron_44 intron 1 330 239 CDS_54 CDS 0.99 238 50 CDS_55 CDS 1 546 331 start_codon_12 start_codon 546 544 gene_13 gene 0.55 10804 10484 transcript_13 transcript 0.55 10804 10484 stop_codon_12 stop_codon 10486 10484 CDS_56 CDS 0.55 10804 10484 start_codon_13 start_codon 10804 10802 gene_14 gene 0.83 14106 13810 transcript_14 transcript 0.83 14106 13810 stop_codon_13 stop_codon 13812 13810 CDS_57 CDS 0.83 14106 13810 start_codon_14 start_codon 14106 14104 gene_15 gene 0.46 51627 51373 transcript_15 transcript 0.46 51627 51373 stop_codon_14 stop_codon 51375 51373 CDS_58 CDS 0.46 51627 51373 start_codon_15 start_codon 51627 51625 gene_16 gene 0.74 54960 52965 transcript_16 transcript 0.74 54960 52965 stop_codon_15 stop_codon 52967 52965 intron_45 intron 0.88 53571 53334 CDS_59 CDS 0.75 53333 52965 CDS_60 CDS 0.95 54960 53572 start_codon_16 start_codon 54960 54958 gene_17 gene 0.57 77868 74377 transcript_17 transcript 0.57 77868 74377 stop_codon_16 stop_codon 74379 74377 intron_46 intron 0.98 74536 74428 intron_47 intron 0.87 75055 74690 intron_48 intron 1 75275 75164 intron_49 intron 0.98 76428 75324 intron_50 intron 0.99 76717 76642 intron_51 intron 0.72 77771 76783 CDS_61 CDS 0.98 74427 74377 CDS_62 CDS 0.85 74689 74537 CDS_63 CDS 1 75163 75056 CDS_64 CDS 1 75323 75276 CDS_65 CDS 0.97 76641 76429 CDS_66 CDS 0.98 76782 76718 CDS_67 CDS 0.73 77868 77772 start_codon_17 start_codon 77868 77866 gene_18 gene 0.88 78857 78360 transcript_18 transcript 0.88 78857 78360 stop_codon_17 stop_codon 78362 78360 intron_52 intron 0.88 78537 78479 intron_53 intron 1 78738 78663 CDS_68 CDS 0.88 78478 78360 CDS_69 CDS 0.92 78662 78538 CDS_70 CDS 1 78857 78739 start_codon_18 start_codon 78857 78855 AUGUSTUS_tom_ugs de novo gene_1 gene 1.95 6946 8079 transcript_1 transcript 0.99 6946 8079 start_codon_1 start_codon 6946 6948 CDS_1 CDS 0.99 6946 8079 stop_codon_1 stop_codon 8077 8079 transcript_2 transcript 0.96 6946 7681 start_codon_2 start_codon 6946 6948 CDS_2 CDS 0.96 6946 7681 gene_2 gene 0.91 17617 34434 transcript_3 transcript 0.91 17617 34434 start_codon_3 start_codon 17617 17619 intron_1 intron 1 17743 18168 intron_2 intron 1 18227 18322 intron_3 intron 1 19859 20002 intron_4 intron 1 20218 20418 intron_5 intron 1 20690 21116 intron_6 intron 0.93 21293 22284 intron_7 intron 0.91 22393 23023 intron_8 intron 1 23134 23801 intron_9 intron 1 23908 25151 intron_10 intron 1 25323 25846 intron_11 intron 1 25976 29827 intron_12 intron 1 30011 30416 intron_13 intron 1 30549 30642 intron_14 intron 1 30755 32047 intron_15 intron 1 32172 34298 CDS_3 CDS 1 17617 17742 CDS_4 CDS 1 18169 18226 CDS_5 CDS 1 18323 19858 CDS_6 CDS 1 20003 20217 CDS_7 CDS 1 20419 20689 CDS_8 CDS 1 21117 21292 CDS_9 CDS 0.92 22285 22392 CDS_10 CDS 0.99 23024 23133 CDS_11 CDS 1 23802 23907 CDS_12 CDS 1 25152 25322 CDS_13 CDS 1 25847 25975 CDS_14 CDS 1 29828 30010 CDS_15 CDS 1 30417 30548 CDS_16 CDS 1 30643 30754 CDS_17 CDS 1 32048 32171 CDS_18 CDS 1 34299 34434 stop_codon_2 stop_codon 34432 34434 gene_3 gene 0.71 38540 39007 transcript_4 transcript 0.71 38540 39007 start_codon_4 start_codon 38540 38542 CDS_19 CDS 0.71 38540 39007 stop_codon_3 stop_codon 39005 39007 gene_4 gene 0.98 48331 50551 transcript_5 transcript 0.98 48331 50551 start_codon_5 start_codon 48331 48333 intron_16 intron 0.98 48368 49367 intron_17 intron 1 49424 49516 intron_18 intron 1 49570 50253 intron_19 intron 1 50373 50444 CDS_20 CDS 0.98 48331 48367 CDS_21 CDS 1 49368 49423 CDS_22 CDS 1 49517 49569 CDS_23 CDS 1 50254 50372 CDS_24 CDS 1 50445 50551 stop_codon_4 stop_codon 50549 50551 gene_5 gene 0.99 65745 72760 transcript_6 transcript 0.99 65745 72760 start_codon_6 start_codon 65745 65747 intron_20 intron 0.99 66034 66993 intron_21 intron 1 67062 67201 intron_22 intron 1 67295 67383 intron_23 intron 1 67585 67804 intron_24 intron 1 67886 67949 intron_25 intron 1 68046 70016 intron_26 intron 1 70095 70167 intron_27 intron 1 70258 70336 intron_28 intron 1 70405 72128 intron_29 intron 1 72211 72703 CDS_25 CDS 0.99 65745 66033 CDS_26 CDS 0.99 66994 67061 CDS_27 CDS 1 67202 67294 CDS_28 CDS 1 67384 67584 CDS_29 CDS 1 67805 67885 CDS_30 CDS 1 67950 68045 CDS_31 CDS 1 70017 70094 CDS_32 CDS 1 70168 70257 CDS_33 CDS 1 70337 70404 CDS_34 CDS 1 72129 72210 CDS_35 CDS 1 72704 72760 stop_codon_5 stop_codon 72758 72760 gene_6 gene 0.91 87803 90447 transcript_7 transcript 0.91 87803 90447 start_codon_7 start_codon 87803 87805 intron_30 intron 1 87882 88273 intron_31 intron 1 88430 88541 intron_32 intron 1 88669 89423 CDS_36 CDS 1 87803 87881 CDS_37 CDS 1 88274 88429 CDS_38 CDS 1 88542 88668 CDS_39 CDS 0.91 89424 90447 stop_codon_6 stop_codon 90445 90447 gene_7 gene 0.83 91074 93493 transcript_8 transcript 0.83 91074 93493 start_codon_8 start_codon 91074 91076 intron_33 intron 0.83 91077 91615 intron_34 intron 1 91715 91892 intron_35 intron 1 92524 92615 CDS_40 CDS 0.83 91074 91076 CDS_41 CDS 0.97 91616 91714 CDS_42 CDS 1 91893 92523 CDS_43 CDS 1 92616 93493 stop_codon_7 stop_codon 93491 93493 gene_8 gene 0.99 96706 99526 transcript_9 transcript 0.99 96706 99526 start_codon_9 start_codon 96706 96708 intron_36 intron 1 96800 96906 intron_37 intron 1 98188 99162 intron_38 intron 1 99191 99351 CDS_44 CDS 1 96706 96799 CDS_45 CDS 1 96907 98187 CDS_46 CDS 1 99163 99190 CDS_47 CDS 0.99 99352 99526 stop_codon_8 stop_codon 99524 99526 gene_9 gene 0.98 105194 108767 transcript_10 transcript 0.98 105194 108767 start_codon_10 start_codon 105194 105196 intron_39 intron 1 105353 105423 intron_40 intron 1 105534 106866 intron_41 intron 1 107138 107231 intron_42 intron 1 107335 107420 intron_43 intron 1 107767 107892 intron_44 intron 1 108259 108381 intron_45 intron 1 108461 108554 CDS_48 CDS 1 105194 105352 CDS_49 CDS 1 105424 105533 CDS_50 CDS 1 106867 107137 CDS_51 CDS 1 107232 107334 CDS_52 CDS 1 107421 107766 CDS_53 CDS 1 107893 108258 CDS_54 CDS 1 108382 108460 CDS_55 CDS 0.98 108555 108767 stop_codon_9 stop_codon 108765 108767 AUGUSTUS_tom_ugs de novo gene_10 gene 0.98 546 50 transcript_11 transcript 0.98 546 50 intron_46 intron 0.98 49 1 intron_47 intron 1 330 239 CDS_56 CDS 0.98 238 50 CDS_57 CDS 1 546 331 start_codon_11 start_codon 546 544 gene_11 gene 0.45 10804 10484 transcript_12 transcript 0.45 10804 10484 stop_codon_10 stop_codon 10486 10484 CDS_58 CDS 0.45 10804 10484 start_codon_12 start_codon 10804 10802 gene_12 gene 1 14106 13810 transcript_13 transcript 1 14106 13810 stop_codon_11 stop_codon 13812 13810 CDS_59 CDS 1 14106 13810 start_codon_13 start_codon 14106 14104 gene_13 gene 0.31 51627 51373 transcript_14 transcript 0.31 51627 51373 stop_codon_12 stop_codon 51375 51373 CDS_60 CDS 0.31 51627 51373 start_codon_14 start_codon 51627 51625 gene_14 gene 0.96 54960 52965 transcript_15 transcript 0.96 54960 52965 stop_codon_13 stop_codon 52967 52965 intron_48 intron 1 53571 53334 CDS_61 CDS 0.96 53333 52965 CDS_62 CDS 1 54960 53572 start_codon_15 start_codon 54960 54958 gene_15 gene 1 78857 74377 transcript_16 transcript 1 78857 74377 stop_codon_14 stop_codon 74379 74377 intron_49 intron 1 74536 74428 intron_50 intron 1 75055 74690 intron_51 intron 1 75275 75164 intron_52 intron 1 76428 75324 intron_53 intron 1 76717 76642 intron_54 intron 1 78537 76783 intron_55 intron 1 78738 78663 CDS_63 CDS 1 74427 74377 CDS_64 CDS 1 74689 74537 CDS_65 CDS 1 75163 75056 CDS_66 CDS 1 75323 75276 CDS_67 CDS 1 76641 76429 CDS_68 CDS 1 76782 76718 CDS_69 CDS 1 78662 78538 CDS_70 CDS 1 78857 78739 start_codon_16 start_codon 78857 78855 gene_16 gene 0.47 119345 112471 transcript_17 transcript 0.47 119345 112471 stop_codon_15 stop_codon 112473 112471 intron_56 intron 0.55 118970 112519 CDS_71 CDS 0.82 112518 112471 CDS_72 CDS 0.47 119345 118971 start_codon_17 start_codon 119345 119343 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.999 6756 8311 match_2 match_part 1.000 17423 17742 match_part 1.000 18169 18226 match_part 0.989 18323 18684 match_3 match_part 0.995 19470 19858 match_part 1.000 20003 20217 match_part 1.000 20419 20689 match_part 0.994 21117 21292 match_part 1.000 21742 22058 match_4 match_part 0.985 23068 23133 match_part 0.981 23802 23907 match_part 0.994 25152 25322 match_part 0.984 25847 25975 match_part 0.951 29828 30010 match_part 1.000 30417 30548 match_part 1.000 30643 30754 match_part 0.976 32048 32171 match_part 0.950 34299 34578 match_5 match_part 0.995 38255 39273 match_6 match_part 0.996 47937 48170 match_part 1.000 48306 48367 match_part 1.000 49368 49423 match_part 1.000 49517 49569 match_part 1.000 50254 50372 match_part 1.000 50445 50721 match_7 match_part 0.998 52774 53242 match_8 match_part 1.000 67012 67061 match_part 1.000 67202 67294 match_part 1.000 67384 67584 match_part 1.000 67805 67885 match_part 1.000 67950 68045 match_part 1.000 70017 70094 match_part 0.978 70168 70257 match_part 0.985 70337 70404 match_part 0.976 72129 72210 match_part 0.970 72704 72938 match_9 match_part 1.000 67012 67061 match_part 1.000 67202 67294 match_part 0.950 67384 67584 match_part 0.880 67805 67829 match_10 match_part 1.000 87693 87881 match_part 1.000 88274 88429 match_part 1.000 88542 88668 match_part 1.000 89424 90864 match_11 match_part 0.995 87697 87881 match_part 1.000 88274 88429 match_part 1.000 88542 88668 match_part 1.000 89424 89465 match_part 0.986 90048 90333 match_12 match_part 1.000 91621 91714 match_part 1.000 91893 92523 match_part 1.000 92616 93612 match_part 0.967 95520 95729 match_13 match_part 1.000 96542 96799 match_part 0.998 96907 98187 match_part 1.000 99163 99190 match_part 0.912 99352 99715 match_14 match_part 1.000 98032 98187 match_part 1.000 99163 99190 match_part 1.000 99352 99710 match_15 match_part 1.000 105114 105352 match_part 1.000 105424 105533 match_part 1.000 106867 107137 match_part 1.000 107232 107334 match_part 0.988 107421 107766 match_part 0.975 107893 107972 match_16 match_part 1.000 108427 108460 match_part 1.000 108555 109072 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.994 10825 10308 match_18 match_part 0.998 14110 13523 match_19 match_part 0.970 51867 51769 match_part 1.000 51632 51183 match_20 match_part 0.975 53886 53572 match_part 0.992 53333 53203 match_21 match_part 1.000 79132 79099 match_part 1.000 78863 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 1.000 76641 76429 match_part 1.000 75323 75276 match_part 1.000 75163 75056 match_part 1.000 74689 74537 match_part 0.988 74427 74103 match_22 match_part 0.969 79093 78739 match_part 1.000 78662 78538 match_part 0.938 76782 76718 match_part 1.000 76641 76628 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 6756 8311 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 10825 10308 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 14110 13523 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 17423 17742 exon 18169 18226 exon 18323 18684 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 19470 19858 exon 20003 20217 exon 20419 20689 exon 21117 21292 exon 21742 22058 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 23068 23133 exon 23802 23907 exon 25152 25322 exon 25847 25975 exon 29828 30010 exon 30417 30548 exon 30643 30754 exon 32048 32171 exon 34299 34578 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 38255 39273 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 47937 48170 exon 48306 48367 exon 49368 49423 exon 49517 49569 exon 50254 50372 exon 50445 50721 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 51867 51769 exon 51632 51183 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 52774 53242 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 53886 53572 exon 53333 53203 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 67012 67061 exon 67202 67294 exon 67384 67584 exon 67805 67885 exon 67950 68045 exon 70017 70094 exon 70168 70257 exon 70337 70404 exon 72129 72210 exon 72704 72938 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79132 79099 exon 78863 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 exon 75323 75276 exon 75163 75056 exon 74689 74537 exon 74427 74103 gene_14 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79093 78739 exon 78662 78538 exon 76782 76718 exon 76641 76628 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87693 87881 exon 88274 88429 exon 88542 88668 exon 89424 90864 gene_16 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 87697 87881 exon 88274 88429 exon 88542 88668 exon 89424 89465 exon 90048 90333 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 91621 91714 exon 91893 92523 exon 92616 93612 exon 95520 95729 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 96542 96799 exon 96907 98187 exon 99163 99190 exon 99352 99715 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 105114 105352 exon 105424 105533 exon 106867 107137 exon 107232 107334 exon 107421 107766 exon 107893 107972 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 108427 108460 exon 108555 109072 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.984 6873 7436 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 79124 79099 match_part 1.000 78860 78739 match_part 1.000 78662 78538 match_part 1.000 76782 76718 match_part 0.991 76641 76429 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 6873 7436 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0167J21.2 type gene exon 79124 79099 exon 78860 78739 exon 78662 78538 exon 76782 76718 exon 76641 76429 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.98 6292 6964 transcript_1 transcript 0.98 6292 6964 start_codon_1 start_codon 6292 6294 intron_1 intron 0.98 6297 6702 CDS_1 CDS 0.98 6292 6296 CDS_2 CDS 1 6703 6964 stop_codon_1 stop_codon 6962 6964 gene_2 gene 1 7174 8079 transcript_2 transcript 1 7174 8079 start_codon_2 start_codon 7174 7176 CDS_3 CDS 1 7174 8079 stop_codon_2 stop_codon 8077 8079 gene_3 gene 0.86 14249 48309 transcript_3 transcript 0.57 17617 48309 start_codon_3 start_codon 17617 17619 intron_2 intron 1 17743 18168 intron_3 intron 1 18227 18322 intron_4 intron 1 19859 20002 intron_5 intron 1 20218 20418 intron_6 intron 1 20690 21116 intron_7 intron 1 21293 22284 intron_8 intron 1 22393 23023 intron_9 intron 1 23134 23801 intron_10 intron 1 23908 25151 intron_11 intron 1 25323 25846 intron_12 intron 1 25976 29827 intron_13 intron 1 30011 30416 intron_14 intron 1 30549 30642 intron_15 intron 1 30755 32047 intron_16 intron 1 32172 34298 intron_17 intron 0.59 34434 38562 intron_18 intron 0.97 38994 48115 intron_19 intron 1 48171 48305 CDS_4 CDS 0.98 17617 17742 CDS_5 CDS 1 18169 18226 CDS_6 CDS 1 18323 19858 CDS_7 CDS 1 20003 20217 CDS_8 CDS 1 20419 20689 CDS_9 CDS 1 21117 21292 CDS_10 CDS 1 22285 22392 CDS_11 CDS 1 23024 23133 CDS_12 CDS 1 23802 23907 CDS_13 CDS 1 25152 25322 CDS_14 CDS 1 25847 25975 CDS_15 CDS 1 29828 30010 CDS_16 CDS 1 30417 30548 CDS_17 CDS 1 30643 30754 CDS_18 CDS 1 32048 32171 CDS_19 CDS 0.93 34299 34433 CDS_20 CDS 0.64 38563 38993 CDS_21 CDS 1 48116 48170 CDS_22 CDS 1 48306 48309 stop_codon_3 stop_codon 48307 48309 transcript_4 transcript 0.29 14249 48309 start_codon_4 start_codon 14249 14251 intron_20 intron 0.53 14292 17614 intron_21 intron 1 17743 18168 intron_22 intron 1 18227 18322 intron_23 intron 1 19859 20002 intron_24 intron 1 20218 20418 intron_25 intron 1 20690 21116 intron_26 intron 1 21293 22284 intron_27 intron 1 22393 23023 intron_28 intron 1 23134 23801 intron_29 intron 1 23908 25151 intron_30 intron 1 25323 25846 intron_31 intron 1 25976 29827 intron_32 intron 1 30011 30416 intron_33 intron 1 30549 30642 intron_34 intron 1 30755 32047 intron_35 intron 1 32172 34298 intron_36 intron 0.56 34434 38562 intron_37 intron 0.99 38994 48115 intron_38 intron 1 48171 48305 CDS_23 CDS 0.68 14249 14291 CDS_24 CDS 0.58 17615 17742 CDS_25 CDS 1 18169 18226 CDS_26 CDS 1 18323 19858 CDS_27 CDS 1 20003 20217 CDS_28 CDS 1 20419 20689 CDS_29 CDS 1 21117 21292 CDS_30 CDS 1 22285 22392 CDS_31 CDS 1 23024 23133 CDS_32 CDS 1 23802 23907 CDS_33 CDS 1 25152 25322 CDS_34 CDS 1 25847 25975 CDS_35 CDS 1 29828 30010 CDS_36 CDS 1 30417 30548 CDS_37 CDS 1 30643 30754 CDS_38 CDS 1 32048 32171 CDS_39 CDS 0.93 34299 34433 CDS_40 CDS 0.63 38563 38993 CDS_41 CDS 1 48116 48170 CDS_42 CDS 1 48306 48309 stop_codon_4 stop_codon 48307 48309 gene_4 gene 1 48331 50551 transcript_5 transcript 1 48331 50551 start_codon_5 start_codon 48331 48333 intron_39 intron 1 48368 49367 intron_40 intron 1 49424 49516 intron_41 intron 1 49570 50253 intron_42 intron 1 50373 50444 CDS_43 CDS 1 48331 48367 CDS_44 CDS 1 49368 49423 CDS_45 CDS 1 49517 49569 CDS_46 CDS 1 50254 50372 CDS_47 CDS 1 50445 50551 stop_codon_5 stop_codon 50549 50551 gene_5 gene 0.6 55024 72760 transcript_6 transcript 0.6 55024 72760 start_codon_6 start_codon 55024 55026 intron_43 intron 0.6 55029 65839 intron_44 intron 1 66034 66993 intron_45 intron 1 67062 67201 intron_46 intron 1 67295 67383 intron_47 intron 1 67585 67804 intron_48 intron 1 67886 67949 intron_49 intron 1 68046 70016 intron_50 intron 1 70095 70167 intron_51 intron 1 70258 70336 intron_52 intron 1 70405 72128 intron_53 intron 1 72211 72703 CDS_48 CDS 0.78 55024 55028 CDS_49 CDS 0.76 65840 66033 CDS_50 CDS 1 66994 67061 CDS_51 CDS 1 67202 67294 CDS_52 CDS 1 67384 67584 CDS_53 CDS 1 67805 67885 CDS_54 CDS 1 67950 68045 CDS_55 CDS 1 70017 70094 CDS_56 CDS 1 70168 70257 CDS_57 CDS 1 70337 70404 CDS_58 CDS 1 72129 72210 CDS_59 CDS 1 72704 72760 stop_codon_6 stop_codon 72758 72760 gene_6 gene 1 87803 90447 transcript_7 transcript 1 87803 90447 start_codon_7 start_codon 87803 87805 intron_54 intron 1 87882 88273 intron_55 intron 1 88430 88541 intron_56 intron 1 88669 89423 CDS_60 CDS 1 87803 87881 CDS_61 CDS 1 88274 88429 CDS_62 CDS 1 88542 88668 CDS_63 CDS 1 89424 90447 stop_codon_7 stop_codon 90445 90447 gene_7 gene 0.25 91595 112515 transcript_8 transcript 0.25 91595 112515 start_codon_8 start_codon 91595 91597 intron_57 intron 0.99 91601 91892 intron_58 intron 1 92524 92615 intron_59 intron 0.46 93458 96723 intron_60 intron 1 96800 96906 intron_61 intron 1 98188 99162 intron_62 intron 1 99191 99351 intron_63 intron 0.63 99490 105192 intron_64 intron 1 105353 105423 intron_65 intron 1 105534 106866 intron_66 intron 1 107138 107231 intron_67 intron 1 107335 107420 intron_68 intron 1 107767 107892 intron_69 intron 1 108259 108381 intron_70 intron 1 108461 108554 intron_71 intron 0.85 108745 112474 CDS_64 CDS 1 91595 91600 CDS_65 CDS 1 91893 92523 CDS_66 CDS 0.99 92616 93457 CDS_67 CDS 0.46 96724 96799 CDS_68 CDS 1 96907 98187 CDS_69 CDS 1 99163 99190 CDS_70 CDS 0.63 99352 99489 CDS_71 CDS 0.64 105193 105352 CDS_72 CDS 1 105424 105533 CDS_73 CDS 1 106867 107137 CDS_74 CDS 1 107232 107334 CDS_75 CDS 1 107421 107766 CDS_76 CDS 1 107893 108258 CDS_77 CDS 1 108382 108460 CDS_78 CDS 0.86 108555 108744 CDS_79 CDS 0.86 112475 112515 stop_codon_8 stop_codon 112513 112515 gene_8 gene 0.55 118950 119453 transcript_9 transcript 0.55 118950 119453 start_codon_9 start_codon 118950 118952 CDS_80 CDS 0.55 118950 119453 stop_codon_9 stop_codon 119451 119453 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.76 952 2 transcript_10 transcript 0.76 952 2 stop_codon_10 stop_codon 4 2 intron_72 intron 1 330 239 intron_73 intron 0.76 922 556 CDS_81 CDS 1 238 2 CDS_82 CDS 1 555 331 CDS_83 CDS 0.76 952 923 start_codon_10 start_codon 952 950 gene_10 gene 1 10975 10484 transcript_11 transcript 1 10975 10484 stop_codon_11 stop_codon 10486 10484 CDS_84 CDS 1 10975 10484 start_codon_11 start_codon 10975 10973 gene_11 gene 0.96 14106 13810 transcript_12 transcript 0.96 14106 13810 stop_codon_12 stop_codon 13812 13810 CDS_85 CDS 0.96 14106 13810 start_codon_12 start_codon 14106 14104 gene_12 gene 0.54 54960 50556 transcript_13 transcript 0.54 54960 50556 stop_codon_13 stop_codon 50558 50556 intron_74 intron 0.85 51414 50568 intron_75 intron 0.75 53041 51633 intron_76 intron 1 53571 53334 CDS_86 CDS 0.95 50567 50556 CDS_87 CDS 0.86 51632 51415 CDS_88 CDS 0.75 53333 53042 CDS_89 CDS 0.89 54960 53572 start_codon_13 start_codon 54960 54958 gene_13 gene 2 84599 74377 transcript_14 transcript 1 78785 74377 stop_codon_14 stop_codon 74379 74377 intron_77 intron 1 74536 74428 intron_78 intron 1 75055 74690 intron_79 intron 1 75275 75164 intron_80 intron 1 76428 75324 intron_81 intron 1 76717 76642 intron_82 intron 1 78537 76783 intron_83 intron 1 78738 78663 CDS_90 CDS 1 74427 74377 CDS_91 CDS 1 74689 74537 CDS_92 CDS 1 75163 75056 CDS_93 CDS 1 75323 75276 CDS_94 CDS 1 76641 76429 CDS_95 CDS 1 76782 76718 CDS_96 CDS 1 78662 78538 CDS_97 CDS 1 78785 78739 start_codon_14 start_codon 78785 78783 transcript_15 transcript 1 84599 74377 stop_codon_15 stop_codon 74379 74377 intron_84 intron 1 74536 74428 intron_85 intron 1 75055 74690 intron_86 intron 1 75275 75164 intron_87 intron 1 76428 75324 intron_88 intron 1 76717 76642 intron_89 intron 1 78537 76783 intron_90 intron 1 78738 78663 intron_91 intron 1 79098 78861 intron_92 intron 1 84583 79155 CDS_98 CDS 1 74427 74377 CDS_99 CDS 1 74689 74537 CDS_100 CDS 1 75163 75056 CDS_101 CDS 1 75323 75276 CDS_102 CDS 1 76641 76429 CDS_103 CDS 1 76782 76718 CDS_104 CDS 1 78662 78538 CDS_105 CDS 1 78860 78739 CDS_106 CDS 1 79154 79099 CDS_107 CDS 1 84599 84584 start_codon_15 start_codon 84599 84597 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 28.5 66993 67061 match_2 match 57.4 67178 67294 match_3 match 119 67381 67584 match_4 match 371 18910 20250 match_5 match 144 20422 20688 match_6 match 107 25152 25328 match_7 match 117 21113 21307 match_8 match 114 29822 30022 match_9 match 78.6 30414 30536 match_10 match 75.1 30646 30756 match_11 match 43.5 70319 70405 match_12 match 48.5 70008 70094 match_13 match 122 67381 67590 match_14 match 60.8 67202 67294 match_15 match 56.2 70168 70260 match_16 match 122 67381 67590 match_17 match 60.8 67202 67294 match_18 match 583 96861 97922 match_19 match 441 7102 8073 match_20 match 40.8 107211 107339 match_21 match 323 107420 108475 match_22 match 144 106868 107137 match_23 match 118 108549 108755 match_24 match 41.6 107211 107339 match_25 match 325 107420 108475 match_26 match 135 106811 107137 match_27 match 109 108549 108740 match_28 match 240 96942 98015 match_29 match 233 96942 97901 match_30 match 147 96942 97829 match_31 match 327 107420 108475 match_32 match 42.7 107211 107339 match_33 match 140 106805 107134 match_34 match 120 108549 108764 match_35 match 232 107420 108529 match_36 match 33.9 107211 107339 match_37 match 122 106868 107134 match_38 match 248 107420 108463 match_39 match 32.7 107232 107339 match_40 match 127 106871 107134 match_41 match 120 50252 50536 match_42 match 590 89422 90444 match_43 match 176 96942 98192 match_44 match 176 96942 98192 match_45 match 532 96861 98189 match_46 match 199 107420 108463 match_47 match 127 106868 107140 match_48 match 42.4 107211 107339 match_49 match 346 107420 108475 match_50 match 145 106805 107134 match_51 match 120 108549 108764 match_52 match 161 96876 97895 match_53 match 149 96957 97895 match_54 match 525 96858 98204 match_55 match 451 96858 98039 match_56 match 111 50252 50530 match_57 match 322 96930 98186 match_58 match 276 96855 98192 match_59 match 178 96942 98192 match_60 match 277 107420 108538 match_61 match 34.3 107229 107342 match_62 match 107 106808 107137 match_63 match 228 96867 97895 match_64 match 186 97131 97895 match_65 match 239 96864 97913 match_66 match 239 96864 97913 match_67 match 199 97092 97913 match_68 match 26.9 66993 67061 match_69 match 57.4 67178 67294 match_70 match 119 67381 67584 match_71 match 242 96876 98195 match_72 match 108 50252 50530 match_73 match 108 50252 50530 match_74 match 165 96942 98192 match_75 match 249 96858 98189 match_76 match 50.4 67202 67294 match_77 match 107 67381 67590 match_78 match 50.4 67202 67294 match_79 match 107 67381 67590 match_80 match 36.6 107211 107339 match_81 match 249 107420 108463 match_82 match 131 106868 107134 match_83 match 233 107420 108529 match_84 match 33.5 107235 107339 match_85 match 122 106868 107134 match_86 match 443 96939 98189 match_87 match 443 96939 98189 match_88 match 443 96939 98189 match_89 match 219 96945 97913 match_90 match 274 96942 98186 match_91 match 189 96942 98198 match_92 match 116 67381 67608 match_93 match 55.8 67202 67294 match_94 match 209 96864 97895 match_95 match 256 96942 98189 match_96 match 176 96978 97919 match_97 match 162 96831 97904 match_98 match 177 96942 97895 match_99 match 193 96942 97895 match_100 match 108 50252 50530 match_101 match 217 96924 97910 match_102 match 270 92543 93490 match_103 match 129 92001 92522 match_104 match 591 89422 90444 match_105 match 120 50252 50530 match_106 match 120 50252 50530 match_107 match 535 7102 8076 match_108 match 214 107420 108463 match_109 match 37.4 107211 107327 match_110 match 114 106868 107134 match_111 match 267 96942 98186 match_112 match 148 96942 97730 match_113 match 110 50252 50533 match_114 match 110 50252 50533 match_115 match 183 96897 98189 match_116 match 231 96855 97934 match_117 match 120 50252 50530 match_118 match 120 50252 50530 match_119 match 603 89422 90444 match_120 match 387 107420 108463 match_121 match 51.6 107235 107339 match_122 match 60.1 105242 105352 match_123 match 125 108549 108761 match_124 match 154 106868 107140 match_125 match 74.3 105421 105534 match_126 match 202 107420 108463 match_127 match 42.0 107199 107336 match_128 match 107 106871 107137 match_129 match 302 96885 98186 match_130 match 260 107420 108475 match_131 match 42.0 107205 107339 match_132 match 145 106811 107134 match_133 match 111 108552 108740 match_134 match 334 96942 98189 match_135 match 336 96942 98192 match_136 match 187 96942 98189 match_137 match 224 96933 97895 match_138 match 273 107420 108538 match_139 match 35.8 107211 107339 match_140 match 102 106868 107122 match_141 match 281 107420 108475 match_142 match 43.9 107205 107339 match_143 match 150 106805 107152 match_144 match 115 108552 108761 match_145 match 182 96930 98192 match_146 match 166 96864 97901 match_147 match 157 96942 97901 match_148 match 158 96942 97895 match_149 match 145 96942 97829 match_150 match 173 96864 98189 match_151 match 53.1 67202 67294 match_152 match 115 67381 67590 match_153 match 288 96861 98189 match_154 match 229 96942 97922 match_155 match 229 96942 97922 match_156 match 223 96927 97895 match_157 match 25.0 107199 107303 match_158 match 214 107420 108463 match_159 match 115 106868 107137 match_160 match 191 107420 108463 match_161 match 43.1 107205 107336 match_162 match 110 106871 107134 match_163 match 306 96930 98186 match_164 match 321 96942 98213 match_165 match 185 96942 98189 match_166 match 176 96942 98192 match_167 match 177 96945 98189 match_168 match 289 107420 108475 match_169 match 39.3 107211 107339 match_170 match 133 106868 107137 match_171 match 276 77841 78329 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_172 match 318 54909 53992 match_173 match 498 54912 53569 match_174 match 53.9 78857 78738 match_175 match 124 76641 76417 match_176 match 47.0 76783 76709 match_177 match 81.3 78667 78536 match_178 match 53.9 78857 78738 match_179 match 124 76641 76417 match_180 match 47.0 76783 76709 match_181 match 81.3 78667 78536 match_182 match 53.9 78857 78738 match_183 match 124 76641 76417 match_184 match 47.0 76783 76709 match_185 match 81.3 78667 78536 match_186 match 53.9 78857 78738 match_187 match 124 76641 76417 match_188 match 47.0 76783 76709 match_189 match 81.3 78667 78536 match_190 match 53.9 78857 78738 match_191 match 124 76641 76417 match_192 match 47.0 76783 76709 match_193 match 81.3 78667 78536 match_194 match 547 54924 53569 match_195 match 53.1 78845 78723 match_196 match 45.8 76783 76709 match_197 match 116 76641 76429 match_198 match 84.7 78667 78536 match_199 match 45.8 76783 76709 match_200 match 116 76641 76429 match_201 match 323 54909 53992 match_202 match 309 54909 54013 match_203 match 114 325 47