C10HBa0020A12.1 TTCTGTGGTCCTTGCTTTCTCCGTTGAAACAGGTGCCTCCTGTATATCATAATTAGATTC ACTTAGACTCATTTAATCCAAATAAATGCGAAGACATAGTACAGGTTGAACTATACTGAT AACTCCCATGTTTCAAACCTAACATCAAAAGCTTTGAGAGCAAGAAAGGAATCAGAATTT GAGGTGTAACGGCCATTTTAGTCATATCTTAGCTTTTCTTGTAGTTACTATAAATAGCTA TAATTATGGTTTAATTCATTAGCTGGCCTTTGATTATGAATGATGATGACTGTCATAAGT AGGAGTATTGTCCCAAACCTCTTCAATTGAAGAGTTCGGAACCTAAATAAGCCACAAAAA AATAAAATTGACCAATATAAGCCACTATTTTAGGAAGTAACTAAAATAGGCTTAGTGGAA GAAAAAATTCCACTTTATCCAATATTCCAAACGTTTTCCGTTAGTCCGTAACGAGTATAT TCTAATATATAACGGAATTATTTCTTACACTTTATAAATTGTAAGTTTTTCTTGCCCTTT GAAAATTCAACTTTTTCTTGCACTTTATAAAGCGGAAGAAAAACTTACATTTTACAAAGA GGAATATTTTTCAAGTTTTGCTCTCCTTATGATGTTTTTGTAGTGTTTGTCAGACAATTA TATTGATTTGACATATCATAAAAATAAAAAAGTTATTACACTATGTATTTTTATTTTTTT TATTCTGAAAGCTCATCCAAGCTCTATTTAAAGACATTCAGACATAGCACATTCAACATC TTTAGTTTTCTATTATTCTTCATTTCAATCACAAAATAATGTCTTCTTAACCAAAAGTTA GAGTTTCGATTTATTAGGATGGCGAAATTATACATGATGGAAATACCGTTTATTATAATT GTCCTCCCAAACACAATTCTAAATATTCAATTAATGTCAAATATCATATATTTCTTTCAC CAATTTATAAAAGAATGGGGTATAAATAGTATTATTATGATTATAGTCAGAAAATACCTA CTTCATTTTTATCACAAGGACAAGTAAATTTTGGAGAGTGATAAATCATTGACCGACTTA GATCAATTAATAGATAATATATCTAAAATAGAATACAAATATATTCAATATTTAAAGATA CAATGAATAAAAAATGGACACCTAAACCAATAACTGAACAAGATAATTTTCTAGATTTAG ATTGTGTAGAAGATATAAATAAAGTGTAAGAAATAGTTCCATTATATATTAAATTATAAA CGTTATGGGACTAACGGAAAATGTTTGGAATATTGGAAATGAAATTTTTTCTTCCACTAA GCCTATTTTAGTTACTTTCTAAAATAAAGGATTATTTTGGTCAATTTTATTTTTTTGTGA CTTATTTAAATTCCGAACTCACGGAGTTTGTCACTCCATTCGTACTGTTTAACTAGTAGA TAAGCACTAGAAAAAATAGGATTGGAGGAGAGAGAGTTATTTTCAGTCCTACCAGTATGA GACTATGAGTTACCAGTCGACTTTAGAGATCACATTCAACCAGTTTAACAAAAGCATCTC GAATTGTAGGATTGGATGAATACTATGGTTGAGATTCAAAGAATTTGAGATGTATAATCT AAACAATATATTAGGTTAATTGGAACATGATTTGTTTCCAACAGTTCTTTTGGCCTATAC TTCATCACTTCACATCCAACTTAGTCTTTGGTTTTTATCATCATATGCCATTAAACATAA TTGGATTAAGTAATGGAGAATTAAAAAAAGATTTATAAAAATAAATTTTAAATTATCTCA AATAAAGAAACATTTTTAAGAGAAAAGCTAAATAAAGTATATAAAACATGATAAAAACTA AGATCTTGGTATAATTTAATCCAAATAGATTAAAGAATATGCATGATAACTCTGTTCATC TGTAAAAGGATATGCATGATAACTCTCTTCATCTTTAAAGAGATTAAAGAATATGCATGA TAAAAGTTTTTGCAATTTATAGTACTGAATAGGACATATACTAATTACTTACTTTTGTGG AAGACTTCGAATCAATAGATGTCTGACTATCTGCTACAGGCACCGGAAGAGCACTTGCAC TGCCAAAGACTTCATCGTTGTTTGATATCTCCAACTTTGCAACATCAAGCTCATGTTTGT CAGTTATTGCCTCCCTCAGCCGCAATTCTTTGGAATCTGCTGATGAAAATATTTGTTCCT TCGTCGGAATGGACTTCTCAATGTCTCGATTATTTGCCACAGGTTCCCTCTCAGAGGCAT GCCCGGTTTCAGATTCTAGAAGCAGATCTGAAGCAATTGAGGAGGAAGAAGTATTTTTCT TAATTGAAGGAGGACTGGCATCATAAATAGGTTCCAAATGTGAACTCTCCTCCACTGAAC TGCTTGTGATGTTCAGATCTGACACATTCGGCGAAGGATGCTCAGAGATGGTTTCAACAT GGCACGTCGATTCCTCTGAACTTGATCTCACCACTACTTTGTCAGCAAAGATCTTTTCAC CTACTTCTGATGAGGAGGAGGAGCTTGACTGACTACTGCATTTTTGTTCAGATGTTGCTG ACTTTGAACAAATTTTAGACGGATCAAGTACCATGGAGCTGGCTGCTGTTTCTTCATGGA ATACATTTGGTACCAAATCATGATGATTTTCCACATTTGGTAGTGTAACATCAGTGTCAT CGAGTTCAATATCCCTCTTATCAGATGCACCTAGGACCAAACATTCTACTTCTTCGGAGG ATTGGCTTCCATGTCCAATATCCTCGGTAGCATGCTCTATCTTAGATATCAGCTTTGGTT CCTTGAAGATATGTTCATCTGTCAGGTCTTTGCCTTCCAGTTCTTCATTCAGGTTCTTGT CTTCTACATCTTCCTCATTGAGGTTCTTGTATTCCAGATCTTCAATTGAGCCCTGTGACT CTGTTTCAAGAACAGAACTTACTTTGGAATCACTGAGATCGCTGGGGTGCCTTTGTAATG GTGAATAACTTGTTCCTTCAGCAGCCATCACATCAGGAACAAAGTAAGGTCTAAAACGGG TATCTTTCTTGTTCAGCCCAAAGATTGAGGGCCCAACATTAAAACTTTCATGCCTCCTAA AAAATGTCTCTTTTGGTTGAGATGTGATAATCTCTTGATCGAAAGTGTCTCCTGTAAGAT CAGGTTTTTCCTCACTTGGGTCATAAGGAAGATCAAATGGGTTCCGCTTACACCTTGGCA ACAAAATAGATGGAGCTGATCCAGGGATAGGAGGCAGTCCAGGACCATAGTTATCATTAG GAAGATCAAAAGGGTTTTGTCTTGCTGTTGAAATGGGAGGCATGAAATCAACAGAGACCA AGTCTATTAAACTCTTTTCATCTGTAAAACTCATGTTTTTTCGTGATCTTCTCCTTGCAA TAAGACTCTCCAATCGTTGATTCCTTTCTAGCTCAGAGGTTCCCAAGTCCATAAGATTTC TCTGATCCTCCTCCGTCCATGTAATAGCAGACTTTGGACCTTCTGTATCTCGTGTTTCCT CTTCTTCTTCATCTTCATTCTCATCATCTGCAACTTCTACTTCTTCCTGGTCTTCAGAAA CATCATCATCAGATTCATCATCGCTCTCGGGGGACTTGGTAGAACTTTCTGAAGGAGCAT GAGAAACATCACGTGACAAACCGACAGGTTGGGGATTGTCTTCCTCTAAAAGTGGATGGA GCTCATCAAGCATTGGCATAATATCAGCTACTGAAGCATCTGGAGAGGAACTCTCTGCTC CATCAGACCCTGAATATAAGGCCTCCTCCCTACGTTTCCAAGGTGATCCGGGAGGTGAAT CAAAATTAGCCCTCCTAGAATCAAAGGAATCAACTGATTTGTCATTATCAAACTCAACGC TCTCTTCATTACCCTTCGAAGTAGGAGAATACTGGTCCTCCGTAAGTTCAGCATCACTAA ATTTGTCTTCATTTTTATGCTCATAAAACTCCCTTGCCACTTGCCCAGTAACTCCACCAA CTAAAACTCCACCAATTAGAGCAGAATGATCACCAAATCTTTTACCCCTATGAACCTCAC TACGCGTTGATTGGTCTACTTTATCCCTCTCTTGATCACTATATCTCTCGGTGAAGTAAC TATTGTCACTCTCAACAAGAATAGCATCTCGTGTTTCCAAAGGCACAATATGATCAGTTG TGTTTTCTTCCCATTCAAATACAGGTATATTAGGCTGACCATAACTTAGTAAAGTTCCAA GCAGTGCAGCAGTGCAAACAAGAATAGGGGAGACAGACACCAAGATTGAAAACACAAAAG GAAATGATCTGTACAGAAATACCAAGAAACACAACATACCCACAAGGAATGGATGATTCC TAACTGTCCTATAACACACTTCAATAGTAAAGATTACAGCTTTCCTCATTTTAACTTCAA TCCTTCACAACCCAATACCTAAAATGAAGCAACTTCCTCAGAAATGGGATCTGAATATCT AATTTTTCTTCACTGTACCCACCTAGTTCTTGTCAAAAATATGAACTAGAATCAATTCCC TTCTAGATCAAGACAAAGAATAAAAATCCCACCTTTACAAATCAATTCAAACACAATTGT AAAATTCCTGCAAACAAACCCAGAAAAGATTTTCACATTGAATTAACAATAATAGATTAA ACAAAGAGAATTAAGAAAAGAAAATGCATACCAGGGTTGAAATATAGATCAATTTGAATA GTCCACAAAAACCCGTCAACTGTTTGGAAGATTAATGGATCATAGAACTCGCTAATAGGG ATGAAAATCCAACGGCAAAAATAGAGATTTGATGTAATAATGGAGGATGATCATCACTCG TCGTTAGATTTGTTTGCCAACGCATCTTGTAGTTTAGCAACTTATTTTAATAATAATAAT AGTAATAATAAGTACCCATTACCAATTATTCATGTTATCACTGGGTCATTGTTATCTATT GTATCATAATGTATATTGTACTCTATCTAGGGTAGATATAATGTTTGGCTAGATTATATT GTTTGGCTGTTTGTTGTTGTTTAGTAATATTTTAATTTTTCGGTTTGATTGTTTGGTATT GAATTGTAATTTATAAATTTATTTAAATATTCTTAATTATTTGACTAGGTCCAAATAATT AAGGTAAAAGGTAAAATAATATTTTAAAATATTAAATAAAGATATAATTGGAGAAAGAAA TTAAGTAACTATGGGAACACACCAAATTGATTGTTCCATAAAATAATGATTTTCATTATT ACGTAACAACGAAATTTAATAATACAGTATAATACATTTTAAGTAACAATCAAAACAAAA ATTGTAGGTATATGAATAACAATGATCCAAAGACAGTGCAAGGAAAATATTAAATCATTG TTATGCTCAAATCAATAAAGAAATAAATAAAAGCAGGCATGTTTTTGGTCATTTGAAATA AAATTAAGAAAATAAACTATGTCAAATAAATCTTAAAATAATAATATCATTGTCTTTCAA AAGACGAGATACATTAATAGCTATTTATAAAATTATATTTGTGAAAGCTAATAAATGAAT CGGATGCTTGTAAATTGTATTTGTATGACTTGATTTATGTTGACAATTAATAAAATGATT GTGTTTCTTAAATGTTTTTTATTAAAAAATTATTTTTAATATGTGATTTAAGCTAACATT GTCTCTCATATCATCATCATTTACACCAACTTACTGTAGATCGTATTTGATCACATACTG ATTCTTATTATTCTTTGCATCGAGTTTCGAATACTAAATTTCGAATCATAAAGTAGAAAA TTACACAACAAATAATTTACATCAATTTTTTAATTAAAAAATGGTACTCTGGTTTGCTAA TGTTTAAAATGAAGCTTCTCTTTTAGCCTTTGGTTTTCGTCTGAAGTTCCATTCAATGTC CTAAATTCTGAATACATAAGTTTCATAGCATTCTTCTTGTTCATAAGTTTGTCGATATCG ATAAAGCGTTGACAAGAAAATCAATACGCCAAAGTAGCCAAGAAGGACATCCTCAAAACA TTTCAGCCATAATCACATCAACCATAGTATCAGAACACACTGTAGGCCTCAACAAGAAAA GGCAAGCCTTTGAAATTTGGTAATTTCTGCCTAGTTGTCTCTCATTCTCTTTTTTTAACA ATACAAACATGAAATACATAGGAATCTAAAAGTTGAAATGATGATCTAGCTGATCCAACA ACTAGTTGAATACACAATCCTATGCAAATGGATTTCCGCCAATAGCAGCAACTTGACCGT GTGTCGGCACATTCCTGCACAAGGAACAATCTAGTTAGCAGTTATGATAATGGATACAAT CCAGAACTGCACTATACAGAAAGCAAACTCTTCAAGATGTTTTACACTATCCGACATGCA TATTTATGAGAGCTTGCATTAGTGGACTGCTCATACAAAGGATCTCTTTGATCTTTCAAA CAATGGGCACACACACATTGAATGAAATGCTTTCTTTTTATTTTTACTGTTTTCTGGAAA AATAAAATATCTAATAATAGCTCCATTTTGTCTAATGAACGAGGAGATGTCGTGTATTGA TTCATGGGTGATTGTTTAGGCACGACTCCACTACTTCCCTACCAACATTGAGAAAAAAAA TGTTTTGGCTAGTCATTTAAGTGCAGTTCAACTAAGCTTCTGTCTAACGAGCTAACCTTA AAGTTGAAGACTTGCCAAATTACCACAGTACAGGTTTCACTCAGAGAGTGACTCCTCAAA GAATATATAATACATCTGTATCTAAAAAAGACTCCTCTTTGAGTGGCATCTGATAGGATT AACCAAATACAATTACAGGGGTAAATTTCTCATCCTGTGGCAATTTTCATATTACCTTCT TCTTGTCTTTAGGTTCAGGAAATACTCCTAAAAAGGTAGTTTCCCTTTCTTAAGTTATCT GCTTTAAGAAGGCATCCACACATCACAGTATCACACCAAGCAGCCACAAAACACACATAC ATATTTCAGCAACAAAATCTTCCAGGCTTTCTTAAGCACCTCCTTCTTATTGCCAGTTCT GCCCACTCCATGCAATACAATTTTATTTGAGAGATACCAGCCCCACTCCCTCCATATAAA CTCAACACCTCTTTCTCCCAAGGAAAACACCAATGCGGGATGGTCTTCCTAAAATTTTAT CTCACATGATCACTCAGTCATCCCATTTCAAGGGGACCCCACATGATGCCCCAATCATCC AGCTTGAAGTGATTGGTGCCGTGGATAAAGACTAACCACTTGCAGATACTTGTTCTCCAA GGATGTTCCCCCGAAATATACACCTCTATAGAATTGTACTCTAGTAGCACTAACCCACAT TATATCTAGTGCATCTACAAATCTTCTATTTCCATATGTATTCCCCCCCCCCCCCCTCTA CAAATTCACTCTATAAGAATTATCCTACCCTACAACCATATTTTGAAAATGGCAATCTGC CCCCACCTTAGAACAATTAATTATTCTTCTGATCCATATTTCGTAGATATTAACCTTCCA TAAATATTCTCCTCTTGAGAAAATCTCCACGATTCCAGAAGTGCTGCCTTGAAGGTGTGC AACTAGAATTCAAAACCCCCATCAAGTGTGAACCAATCATATGTAATCCTGACACTGCTT CAAACCGTAAACCATACTGCCTCAGATAGATGCTGAAGTTCTTTTTTTTTTTAAATGAAG TGATAAATTACATAAAAGAGGGCAAACCCCTACCCCCACCATACAAAGTATACCTGAAAG ATAGAAAACATTACAAAAAGTGAGGATGAAGTCGTATTTCCTCTTCCATCACCATCTATC TCAAGCCCCTCAAATTCTCCATCCATCAGCCTATCCATAGGTCTGTGTTGTCCGTTAATC CAACACGAGATTCTAAAGAATAAAGGATACAAGGGAACACGTTGTTCAACTCCTCTCGAA CTTTGAAAAAGCTTTCGAAATCTCCAAAAAGAAGGAACAAAGAAAGATTCTTCTTAACAG AATCAGTATCAACTCTAAGACCAGCATAATCATTTTAACCACTATATATGTCCCTGCAAT TAGATTCAGCAGCCAGACACTTATCAACCACAAAAAATCTGGTGACAACACGAACTGTCA CTAGATTAACTCGGCCTCTAACAATCCCCATCTACCTCTTGTATGTTAACTGTACTTTTG TACTTTTTATCATAAGCAATTCAACAGCACCAGCATTCTCGTGGAGACACAAAATTCTCA CCAGACAGAAGATATCATATAATCCCAAAATACACACACAAGAACAAAATAGCAATTAAG TGGAAATCCTGTCAGTGTCAAATATGTTCAAGCATCTTCATAGTAGAGGACCTGTGCATT ATGTTATATCTAGCAAGTAGAGAGCTGATATTGCTGGTGAAATAAGATTTCACTAGAAAT TTTTTGCACATTGGTTACAAGGAAAATGGAAAAAGTAGAATGACTCACGATATTTGATTG CCAGCTGGTTGTGAGGAAACAAATAATGTCCCTACAGAGACAGGACATATTTGAGAGGCT GAAAGTTTGACAGAAGAAAAGACTTCTTGAAAAAGTAAACATCACATACCATGCTGTCCA GCAGGACCATAAGCTGTTGCTGGGTTCTGAGGAAACCAAGATTCGGTCACACCACCAACA AAAGAAGATGACATCCCATCACTTGGCAATGCAGCCTGTAATGAGCTCATGTCCCAGTAC TGCGGCTGGAATTAATGATTCACATTAGAATGCAGCAAAGAAACAGTTTTTTTTAGGAAA TCAAGTTTTAGAAGACATTCTGTGTGTGACAGTCCCACATTGCTTGACGGTACAGGGTTA TTGTCTTCTTACATTGGTTTCCTCATGAGCTAATTTTGGGCTTGAACCAGGCTCAACGTC TACTTCATTACATGGCATCAGAGGCAGGCTCAGAGCGAAAGGGGGGAGGGGGTTAGAGTT TTTGTCTCCTTACATGTTTTTGGACAATCCTTACCTCAAGAGCTAGACTTTGGGATTGAA CTAGAACCACCTAAGGCCTATTTTCTTTACAATGTGGCCTGAAATTTAGCCTAGATTCCT AGTGTAAATATCAGATAGACCATTTGCAGTACAACATAAGAAGCCTCCTTTAGTATTTAA AGGAAGCAATTGACCCCTAAAAGTTCATCTTTTTTCTTGGAGGGGAGTGCTGTCAAGGGA AATTTTTCTTGACGTAGATGGACTCGGATAACCAAAAACAAAATGTCAAAAGTCTCACAC TATATTTTTCAGAAAACAATATAACGGAAAGTGTGATTTACCATATTGCTGCATTCCATG TCAGCATCGTAAGGGAGATCAAATGGGTTGTTGGACTTCTGCTCATTTGCATGTGAATGC ACTCCTGTCTGTTAATAAGAACCTTATGTGTAAGAAGCAGGAAATAGCATGCTGATATCT AGATGTTTAAAAGAGTGGCCACGCAGGAAAGCACAGGTGAGTGAATTAACTGACCGCTAC AGGAAGAGTGGACAATCCAGATGACGAGGCACTGACATATGATGGAAAACTGGTAATAGG ATATCCACTATCCAGCACAGCTCTTTGACTTTGACCTGTCACTGCATTCTGCGGAATAGA AGTCTTTAAAAGCAAAGGGCAGAAGCAAACTCATAAATTTTAACCATACTAGAAAGATAA TTACCTCTACTCCTCTTAAGCCCATGTACTGATCATCAACTAGATCATGGTTCATTACAA CTTGTTCCTTACTATTAGGCAAACTCTTGAGAGCTAAGTGGTCATTAGAAACATCAAAGG CACTCCACAACTGCCAAAGACGAGTAAATATTATCCGACCTCATAAATTGAAGGGTTTCA CATCAAAATAATAATAAATTAACCAGAAGTTGTCAAAAGATGATTTTCAGCTCATAAATT GCTTATGCCACTTCCCAAACTCAATAAGAGTACACTTACGTCAGTACTTCTTGCACTTGG AGTTACTTCAACATTCAGCACACCTCCATGAAATGGAGCAGGCATTGATAAATCTAATGC ACAAGCAGTGGAGTCTCTAACGGCTGGCCCATGAGGGGCAGATTCCATAGGTGATGGCCA TTGCATGACGGAGAAAGTTGGGTCCGAATTCGATTGAGCATCACCCTTTAATTGAATCGT GTTGGAGGTAAAGTTATTACTTCCAGTGAGTGTCACGTGCTGAGGCACATCAAATGTTGC CCATCCATCATCCACATCCAATGACTTCTCAGTGACCAATTGTTGCTGTGTCTTTTCAGG TAAAATGTCAAAAGAATTATGGCCATAAGCAGGTGTTGGTGCCAGGGTGAACTGTTCGAT GCCTGTTGTTGCTGCATGCCGCTGCATATCAAATGTTGCCCATCCTTCATTTTTGGAAGT GACTTCACATGATGGTTTTTCATCAGCACTTACAGCTGAAGGCAGGTTTGGCACCTCTGA GAAAAAGTCCAAAGATGAAGGTGGGAGAGTGAGCGATGGTTGATGTGAATTACCAATTGG ACCAGCAGAAATGGATGGCTGAAATGATGACACTGGCAGACGAGATTTTGTTGAAACTGA AGGTGGAGCGTTTTGAGGAACTGAGGGAGCATTGAATAGATCAGGGCCATCTGGATTTCC GGGTCCCGATGATCGTTGCAAAGAGGGGAAAGTTGACAATTTACTAGAGTGAGTCTCTAT TGTTTGATTTGATTCTGAAACAGCATCCGCTAAACAAACAGAATTTACAGACTTGAATGA CAAGGAATTGCTGTCGAATGATTCAAAACTTCCAGAAGATGCAGTTCTCTGATTCAACAA ATACCATCATGTCAGTTTCACAAGGAAATGCTGCAGTGAAAAGAACAAGGAGCCTTCTTC TATAAATCAAATAGAAAGAAATCTGAGTTCCACTTGCATGATCATAATATCCAAATTACA TCTCATCGATCATGGATTTAACATGCTCAACGATTTATCTTCAATATGTATCATAATCGA GAACAGAAACCCTTTTTGAAAAAAAAATTTAAAAAATATAGTAAACCCAAGAGATATGTT CAGTAAGTCTTGACTATTCCACCTCGCTAAAAGCTTCTGTAAGATTGTCACTTCTCAACT CACAAGCAGATGATTGTCAAGTGTGATGCCCATCACATTTCCTTCTTTCTTTTATTTTTA TGAAAATGGCTATTTTCTTGTGTGACCTTTGGCACCTCCACCTAGAAATCAATCTATTAT AATATGTTGAGATAAAAATGTTAAAATTCTCTACATTCTGCCCACATGCTTTGCAAAGGT TCATTGGTTGTTCATGGACAATGATGGGCGCCCCTATTTGTTTAGCTTGGAGAGTCATAT TATCATGCCCATTTATGACATGTAAGGACTAAACCAGAAAGAGAAGAAAAAATTCCTTAA CAGCATATTCTCATTAGTAAGGACACTATAACCAGGAACTCAAACAGAAAGAGGAGAAAA AGATAACTTAACAGCATGTTCTGATTAAGAACACCCCTAATTCAGGGCTGGATATGCTCC ACCAATGAATAACCAAGTAATTTGAAGTATAACATAGCTAAATAAATAAAATTTAAATGA CCTGTGCTCGTAATATTCTTCCAGCATCTTTCTTGACATGCCGTACATCTTCGTATGAAA TATCCCTTGAGGTGTCACACAAGGGACTTCCGATGCCTCTCTGGAAGTTGGGGCTCTGTG CGACTGACCTGAATGGATCACCACCACTAGACACAGAGTAATCTGAAGCTCTGGGATTAG ATCCTTCATTACCAAACCTATCATCATACATATTATCACTTAAACGACTAGGACTCAAGA AACTCGACACCTTTCCTTCATAAAGTCCCCGGTCTGATCCTGGCTTTCTAGTGAGTGCTG GTGCATTTTTCCCATAACGTCGTTCTTCATACTGAAAGTCATATGGTGGACTTTGAGAAT AGGAATGATAAGAACTTGCTCTCCTCATATCATCGTCGTGGTTTCTCAAATTCTGACAAC TCAATGGATATTGAACACATTAGTCTGGACCCAGTGCTGATTTGAATATTATGACTAAAT CATAGCTAGAAGTTTCAAGTAACGTTCTAGTCTAAAGTACTGCATAGACAAAATATTACT CCAGATATAGTACCTGGATATCTCTAGGAGGTCTATCAGAGGACTGCGCCCCAGCATATT TTTTATCAACATAGACGGTCTTTATAAATTCCCTCACTTTATCAACATTGCTGATGAAAA AAGAAAGTTAGGATTTTGTATCTTGAAGTTGTCAATTTACCAGGAACTTATAATCTACTA ATAGTAACTTGCTAATCCAGTACCTGTTATTAGGAAGCCACTGACTTTGAGGGTCCCAAC TTTTTAAATATATCTCTCTGGCCCGCTGAAAAAATAAATACAGGACAGAGAATTTTAACT TCAAAGTGAAGAAAAACCAGCAATTATTTTACCTGTTTTTTAATAGGTAAAGAGTACAAT ATTTTCACCTGATTACCACCCTGTTGAAGAGCTTCCACTTCTTGGGAAGTAAACTTAGAC ATGGAAACTGACTTCACACGGTGAGTAAACTCACGACTGCAATGATACGATGAAACATTT TAACTTCCACATCCTGATGTACAGGACTTCAAGTTTACGAACATAGTAGAAAAAACATCA CAAACAGATACAAGAGGAACTTAAAATTTTACTTTACCGCTGTTTTTATTCGGACAATGC TTAGGCAACAAATTTAGATGAACATCACTAACCTGTTGCACCCTCACCTGATAGTTAAAA AATTAACACAAGGATGGACCTTTTCCTTTTTATGAAATAATAAGAAAAAGGATGGACATC TTCTTATCACAAAAAGCCAAACTAATTTTTCAGAACATTAGTCCAATAGATTTCGGACAG ATTGAATCCAGTAGTAGCTAAAATTAACTACTTAGCTGCATGCATATCAGGTAAAATTTT GGCATATGCATTCCGCTGTAGTTAGAACATAGAAGTGCCAATGCATTTTACAATCCTGAA AAGAAGAAACCCTCTTGAATACCCCCAGCAGCTTTACCTACTTTATTTCTGGACTAACAA CTTATGCGACTAAAGATGTAAAGAGCATGCAATATGATACACTTACTGTATTCCGCTGCA TGTCATGCAGACAAAGGTCCAAAAGTTTGTGCACACATACTGGGGACCCTGCACATCGTA ATAAATGCAATGATTGATTGATTCAAAATGAAAACGAGCTAAATTTATTGACTAAAATAG TGAACAGAGGATAAACAGATTGGTGACATTAGCTTTTCTACTATTCATATCAAGGAACTA CTCCTCCAATCCTTTTCCCCGGTAACCATAGCTAATAAATTTGTTCCAAATTTTTGTCAC TTCAGAATACCAAGGCAGCATTATTTATCCTCAATTTCACTCTTACTACTTCACGAAGGC ATATAGTCATTGATTACCCATTTAAGAAAAAGATAAAGAGTCAAATACCCCTTATAACTA ATATGAAGCAAACAATATGAGAATAATTCTAAGAGGTAAAACAGCACTGATGCATATGTA CATTCTACTGGGAAATTGGCAAGAGTGCAATCTATATCAATCATACAACCCATCCCGAAA TTAGTTTGGGTTTGACTTGATTACATGAACCTCGTATACATTATACTTAATTCTGGTTCA TTTCATTTCAATACATAAAAAAATCATCTTTTACTACAAATTTAATGGTCCAAGAAACTT AAGGTCCTCTTTTTGATAAAGAACTTAAGGTCCTTTAATTCAACACTAGTATCTACCCTA TTCACGTCCAGTTCATTCTGGTATTAAAAGTTCTCCTTTAAAGACAAAGTAGAGGTTCTC TTAATGTCAAACTTAACCTACCGTATTCACCTCTATTTCATTCATTACTTAAATCTCATC TTTTAACACAAAGTAGGGGTTCTCTCAAATACCTCTCCTCTACCTACCTTACTCATCCCC TTTTCATTCCAATACAAAAGCTTGCATTTTTACCTTATTCATATCCATCTCATTCTAACA ATTATATTTTCAAACAAATTAGAACTTCTTTAAATACAATTCTCTAACAACAACAGAATG ATGAACTATTAAACAAAAAAAAAGTCAAGTTGAAAATTGTAAAAAAAAGATTGAGAAATG AATAGAATAAGAGACCAAGCTATTGCAGTTGATGCATTTGCGATTGGGAGGGAGCTTGAG AAGCCCTCTTATTATCTTCTCGTTCCTCTCTTCTTCTCTCCTGCTACTCATGCTTGTAGG TTTATTTCCCCCAATTGAAAAATTGAATTTCCCCAAACAACTTTGGGGGAAATTGATTGA AAAAAACTAGGGTTTTAAGTAATGGATTTTGAATTTTGTCCAAGGAGGAATGAAGAGAGA GGCATGAAGCAGCTCTCTCTCTCTCTCCACCTTCAGATTTCAACTTGAGGTTCTTTTTTT TCAATACTGCTGTGATGTGGTGTGGTCTATATTCAAATTGCTAATCATTTGTTTTTAAAA AGTTTTTGTCATCATATGTTGTTAAAAAAAAAAAAAAACATAAATAATACATTAAATTTT TAATCTGATAATCTGACATACAAAAAGATAATTTTCTCTATTTCAAAAAGTCTAGTTTAA TTTGAAACGTAATTCAAGAAAAAATTTCTTATAATCTTATATTAAAGTTACGTAAAATAT ATCAGAATGTTATTTAATATTATAGTCTTGAACATGTCATGTTGAAAGTACAAATTCTAG GTTTTATCAAAAAAATGAAAGTAGTCATTTTTTTAAACATACTAAAAAGAAAATGGAATC ATTCTTTTTTTAACAAAGAAAATATTAATATAATAAATTACATAATAGATAAAAATATTT ATATATTTTATTTGTTAAAATGAAAGAAGTAATTAGAAATAATTATATAAAAGATCTTGT GGCAACTTGAATGGATGGAATAATAATGTGCAACTTTCACATATAACTTATAAAAAATTT CATATTTGTATGTTATAGCAAAGTTTGCATAATTGCGCTCCATAGCAAATATATAAATTG TATAATTCGTTAAGCATATACAGTTGAAGCAAACTGTATAAAACGAAGTGTATAAAACAA GAAAGAGAAAGACACTTGGGCAGAACACTATATAAAAACGAAGTGTATGAAATGAATTAT ATTATTATAAGGGTATAGAACAATTATATACAATTTGAATTTATATAAAATGAGAAAGAG AGAAAGACAAAAGAGACTTGACAAGGAATATAAATTGAATCGAATTGTATAAAACCAGAA AGAGAGAAATTAGATACAATTTGAAAATCGTATAAAATAAGAAAGAGAGAAAGGCAAAAG AAACTGGACATGGGAGTATTTTTATTGTATAATTATAAGTGTATAGGACGAAAATATATG TACTTGCATGTGTATATACAATTTTCTCACGCTTTATACAAAGAGAAACACAATTATACA TTTCGCTTCTGTTTGTATAAGTGAGAAAGGCGAGGGTGGCGAGCGAGATCTGGAAGAGGG GAGAGAGGGGAACAAAAATATATGTATTTATACAATTTTCTCTGCTTTATACAATTAGAA ACAATTTTTATACACTTGTGTTTGTATAAAAAGTGAGGAAGCGAGCGAGAGATAGGAGAA GAGTGGCGAGCGAAATATTTAGGAGAGAGGCGCCTGACAATTTTTTGCAAAATGTTTGCT ATGATGCACAATTAAATCAAACCCTAGCTACTCCATTTATTTTAGGTTATTAGTTTGTTA TTATATACAATTTTCCCTAAAAAATTTAACAGGTGATGAAAAGTTGATCTGGGGCAGCGT ACATTCTGTATATATCCCAATATACATGAAAACAATTGTATACAAGTCGTATACATCAAA TGTATACCAGTTTTTTCAAGGGAAATGGGCCGAATCCCCATTCAAATGATGCAGGATTTT GTGAGAAAATGGGCCAAAGCCCAATACGACAAAGCAGAAATTGGTGGAGAGCAAGTGGGC CAAAGGCCAATTTGATTTAGGGAAAAGAAGCATATGGTGAGAGGAGTAACATGTGTGTTG TGTCTGATAGAAATGAGAGCATTATAAAGGCTGTTACAAATGTATACAGTAATGTCCCAC ACTATGCTTGTATGTGGCATTTATGGAATAACGTTTAAAAAAGTTTAGAAAATCTCATGA GAAGTTATCTGGTGTATTCTATACAATGGCAAAAGCTTGCACAAAGAATGAATTTGATAT GTTAATAGATACTGTAGAAAAAGAAGATATAAGAGTGAAAGAGTATTTGGATTTAGCTGA ATATGAAAAATGGGCTCTTTGTTACGCACAAGTACATAGAGGATGGCACATGACATCAAA TATTGTTGAGAGTATAAATGCAGCACTTGTTTCAGCTAGTGAATTGCCTATTTTTGAATT TCTCGAAGAAGTAAGGCTATTATTTCGAAGGTGGAATCATGACTACAAGAAGGAGGCAAC CTGCACATTCACATCATTGATTGGAAAATACCATGACATACTAACAGACAATGAAGCATT GAGCACAAGAATGACGGTAATATTTAAGAATAAGTATATATTTAGCAGTGTTGACCAAAT TTAATTGTATATATTAGTATTAACATCATTTCATTTAATTGTATTTATAAATGAGCAGGT TGTACCATCAACAGAATATGTGCACAATGTTAATGATGATGGAAGATATTTTGTAGTCTG TCTAAAAGAAAAAACTTGCACCGATGGAAGATTTCAGTACGAGGAAATACCTTGTGAACA TGTTTGGGCAGTATTGAAATGGAAGAGTCTACCACCAGATGAATATTGCTCGGATTTATA CAAACCAAAGACAATGTTGAAGACATATAATATGCCTATACATCCTTTACCGGACGTAAA GGCATGGTTGATTCCGGATAGAGTTATTGTTGATGACGTATTACCTCCAAATTTTAAAAG ACCTCCTGGCTGGCCAAAGGGTAAGCCTCGGAAAAAAAAGCAAGAGAGTTATCGAGGATT AAGGGGGAAAATACATGTAGCACATGTGGAATGGCAGGTCACAATAGGCGCTCGTGTAGA AATAAGCCAAAAGATGTTTAAGGCTGATTGTTTTTACCTAATTAAATTTGATTTGAAACT ATATGCATTATGACTTAATTGAAATCTTTGTTTTTGTATACTTATATTACTTAAACTACG TCTTAATTTTATTATGTGTTGTACATTAATGTGTGTGTTGTATGACCTACAAAAGTAAAT ATTATACTCAATATGCGTAAATTAAATTTGTATATATATACGCAACATGATAAAATGTTC AACACTAAACAAGTAGATCGTATAAAAATAAAACTCTTTTATCCTTTATACAAATAAAAC TTGAACTACATATATTGAATATGCATAGATAATTAATAAAAACAATGAATAAGTGCTTGT ATATACTATATACAAATAAAAACCTGAACAACATATATCTTTTGCAATTTGTACATGTAT ATATTTATTCAATAAAATTGAATTTGTATATATATAGCAATCTAATTGTATGTGCATATA CAGTTAATAAAATACATTGAATACATGCTATTATATACTATATACAAATAAAAACCTGAA CAACATATATGTATGTATTTATTTATGTGCATATACAGTTAATAAGATTGTATATGTATA TATATTGCAATCTAATTGTATGTGCATATACAGTTAATAAAATACATTAAATACGTGCTA GTATATATTATATACAAATAAAAACCTGAACACTAATATAGAATATATACCTTATACAAT GAAATGAGTGTGACTATAAAATATATACAAATAAGAACCTGAACAACGTATATCTTTTGT TATACAAATTCATAAATGTAAGACACTTTATTTTAAAAGTAGTTTTTATACAATTAAATT GTATATGTATATATTTATTTATATGCTACGTTGTAATATATTTTTATAACACTAAAATGA TAGTTCAAAACAAAGAAAATGATATTACGAGTTAATTAAAACAAAAGTTATCGTAAAATT GTTAATCTACAACTAATATTTAAACTGTCAACGTAAAAACCAAAACAATGCTACAGCTAA GGTATAAAACTACTGGATTGTAATCCTTTCAGAACTGTTGTTTTTTGTGCGGTTCCTGAC GGGTTTTAAAGGCGCTTCACTATCACTGACAGCTCCGGCTTGTATCTTTTGATTGCCGTA ATTCCACAACAATGCACCGTATCTAAGGCGAATTTCTTCTGGGTCTAAATCTGCTGGAAT GTCTTTCCTCTCACTCAAAAACTCCGCGTATGACGCAACATACACTCCACAATCCCTAAA AAAATTATACGAAAAAAAAGTTCAAATGTTATTATACTACTTAAAGTGTATGTTCAATAA AATAGAAATTTATTGAATTTTTGAACTTACAAACTAGCAGCTGGCTGTTGGGGAAGGTCT TCCACATATACAATTTCGAAGGAATCATATACGGTATGACCTTGATATCGATGGTGGCTT GCAATATCCAAACCTTTCTTTAGATAGAAATCAGACTTTACAAGATACATTGGTATAAGT TGTGCATACTTCTTGATGTGATTGACAACAAATGAGTGGTGAAGAGAATTGTTGATTGAG TCATACACCTTGATGCATCGATCATTGAAAGATATGACAATCAGAATCCAATGTAACCTG CATTCTAAGTGAACCGGGATGAATACATCATCGACTGTGTGCCATGGTGCATACGCTAAC ATCTTGTATCCATTAATATAATCAATTATCATCTCGTCCAACACTTCCTTAGAAAGGTCA CCTTTTATTCCATAACATGCATTCCAAGCATTTAGAAAAACAGAGTTGAAATTGCAACAT AGATTTGTGAATTTGTATAGGCTACTGTTGGAGTATTTGGCCTTTTTCCTTATATAGTAG AATAAGACATCTATGTGCTGTGATATAATGAGTAATAATATTATAATTTATACATTATAC AATTTCATTTAACTTAAACATTTTTAATAATATAAAAACAGAAACATATCGAGTTATCAA TCAACTGGCGCTCAAAATCGATATTGTAGAATCAATTCTTGTTGTCAATTGTCGCTACAC CAAAATTAAAAAATTGTGGTAATGTTGCCTTTCCTTTCTTGTAGCGATTCTCCGCATAGT TCCTATTATAAATAATACAAAATAATTACACAAAACAAATAATTAAAAATACAAGTGTAT ACAAAAAAAAAATATGTTACTTTTTGTAATGCTTGAAGAGAAAGTCTTCTTTAAGTCATA TCCAAAAATTTGAAAACAAATTAGACTCTTCCTTATCAGACAATGAAACAAAAGGATGTT TCATGTAAAACACAACTGGTTGTCGGGACGAACTACCTGAAAAGATATGTATATAAATAT TTACATCATGCAAACAATATGCTTATTTATGAAAATGTAAACATAAATAATTGTTTCTTA CCAGCATCCGACCCAAACGAAGTCATGTACGGAGATATGTTGAATGGACCTGGGCATCTA TGCCTAACAGCTGACATTGGTGTTACTTCAACTTGTTTTTGTAATGCAATGTTTTGCAGT GTCTTCACGCTTGGAAGAAGATGGTCTGGTAATTCATCCTGTGATTCAGTTACAACTGTT TCCTGGTTTGAGTCAGGCATGTATACCATTTGTATAGGCGCTGCAACTATAATAGACTCC TCTGCTTCTGCAATACGCTCATGAGATGCAGCATTGTATATGTTATATATTACCCGACTG TTTGAGCTACTTTCAGTTTTCCTTTGGGCATTTTTGCTGGACATCCACATTAGCATACAA CACTAATTGATCTTGTGAGGCAGTGCCACTTACATCATTCAAATTATCAGCCAAAACAAC TTGATCCAACAGTTGGGAATTCCAGTTTAGTTCTTGCAAGTTATCTCCCAGCTTAAACAT AAAATAATAACTTAAATATCTAAAAAATTGATTATAAACCATTATAATAAATTTTAAAAT GTATGAATCATTTACGGATACCTCATGATCTTTTAATGCACTTGGATGACCTATCGGTTT TTTTTGTGCACCTAACTGTGAAGACTTGGTATTTGACTGGTGAACACGAGTGATATGCGT TTCTTGCATGACATCTTCAAATGTAGCCTGAAAATAATGTAAACAATATAAGAAAATATG TTATAGTATATTTTGTATAAAAATAAATAATATGCTGATTTATAATAATTTGAGCTATAC TAGTATATAGTTCTTAATTATTTAATTTCAATATTTGTATAAACTGGATTAATGTGTATA AACTGAATTTACTTATATACAATTTATTTCATTTCAATATGTTTATAAACTGAATTAATG TATAAATATTGCAAAATAATACCTCTTGTTCTGTCAAATTTGCAGATTGACTTTGGGGTT CATGTGGAGTGTATGTGGGCTGGTGATGAACATCTCCGATGGGTGATTCTTGATCATCAT CGACGACATTAACCTGAAAAATAATTATAGAACTGTATTTATTAGTATATATTATATTGT ATATAAAAAATTAAAAGAAAAAATTTATACATGTGATACCTTGGAATTCATGGCTTCCAA CACTGTTTTGAATTTGTCTTCAAGCATTTTTCTCAAATCAGCGAACTCGTCCTTGACCTA TGTGAAAAAGGTGCATATTTTATTAATAATTGTATATAATCTTTTCAAATAACATATATT TGAATTGTATATTTAATTACCGATTTTTTGAATGCTTCAAATTCATCAAGCGAAATTGTA ATGTTTGTTGAATTCTTCATTTGCCCCATTTGTGTTCTGTCTTGAACACTTTTCTGCTCT CCATGTTTATTGTTGTTTGACGTACCTGCATCACTGTGTTTCTCAACACTATTGATGTTG ATGGACTGTGATCGTGTTGCTTTGTGCGCCATTGATCTTCGTGTGTATGTCTTAATTGCC TTTGTTGAAGATTTATTGATGGAGATGACTGTAATAGATTGCTTTTTCTTTTTCCTAATC GGTGAAGAACATTCAATAACTTTTTTTTTCTTTTTCTACTTGTTATACTGGGCGGGTTTT GGAAATCATCATCCGGATCTGTAACTTTATTGTGATCAGTCTGCAAGCCTGAGAAATGGA TTGTTCTGTCGATGGTGGAAGTTGGAGGATTTTAATTTCCATCGCTGTTGGCTCAATATT TGTAAACTTAATCTGCATAATCATGAAAAATTATAAGTCAATATAATAAAAATGTAATAT ACAAATTGTAGTAAGTAAATGTATACTACAAATTATATTAAGTAAATGCATACCGGATTA TCTACATCATTAAAAATTGTTTTCATGAAATAATCAAATCGAGGATGGTCGTTCTTAGTC ACCCAATTGATAATTCGAGGAATGTGACTGGAAACCTTGACAGCAATCTTGTCATCAACA TACGAGCAACATTCATAGAACCAAACTTGCATTGGAAGTGGAAAGCCCTGAATTCTGTAG TACTGTCCACATGGCTTTAACTTGTTGTTTATGGATTTAGCAAGTTCATTAAAATTCTTC CGACCCCACGGATAATCCATAAATCTACCTGTTTCAACCAGATCAAAGTCCAACCTATCG ATTGTTGTTGTAGTAGGTTCTGCGGACATGATAAACTTATGTATATAATATAGAATCCCA AACTTGTATGCATATTCCTGATTGTCACCCCATACCTTTGCTTTAAAAGCTTTAGACAAA CGAGCTTTAGTGACTGGAGAATTTCCTGGAAAATACTCATCGATGATTCTATTGGGTTGA TCAGTATCAAAGTAGAAGTCAACACCATTATCAGAACAATTCAAACCAGAAATAATGGCA AATTTCCGTATTGTGAATCGAAGCGTTGTGCCATTTATATAAAAAAGTATTGCATTCACA GAACTACCTTCCAACTCCCTCAACATAATGCATCTAAACAATTGTGCTTGCACGTGACAT GTCTCATTGCTGTTAACTGTGCAAAACACGATGATGCACATATACGATTATATTGATTTG GAGGCAGTTTATTATGAAGCTCATTCAATGTGTTGATTTGCGTATAACATTGCATGTGAA TTGTCCTTTTTTCACGGTTCTTGCAAATATATCTGACTTCCTAAAAAATAAAAAAAGTGT ATGAAATAAACAGAGTATATATATACAAAAAAAATCAATTTTAAAAGAAGTCATGTACAC ATTAATTTCTGTATATATATACTTACATATATATACAAAAAAAATCATAAAATAAGTCAT GCACAGATTAAATTCTGTATATATATATATGAACTTACTTTTTTTGTATATTGATATATG TACATGAATATATTAGTTAAACATGACATTATATTCAATAATTTGTATATAACTACTACA ATATACAAAATATAATCACATATGATATTTTCCCATCTATATAAATAAATCCAATTACTT TGTGTATATATTTATATAAAAAAAAATAATGAGGCTTTAATATACAATCTCCTACTACCA GCTATTAAAACAGGCATATGCATATCATTTTTTGTATATGTATATATACTAAATATATAC CAAATATATACCAACTTCAATAATTGTATATAACTAATATAATATACAAATTCTAATCAT ACATTCAAATTTTCAATCTGTATAACTAAGTCCAATTACTTTTTTATATATATATACAAA AAATAAAAATAAGTTATGTTGATATGTGTACATGAATATATTAGTTAAACATGATATTAT ATTCAATAATTTGTATATAACTACTACAATATACAAATTATACTCACATATGATATTTTC CCATTTATATAACTAAATCCAACTACAATATGTGTACATGAATATATTAGTTAAAGATGA CATTATATTCAATAATTTGTATATAACTACTACAATATACAAATTATAATCACATATGAT ATTTTCCTATCTATATAACTAAATCCAATTACTTTGTGTACTAACTTCAATAATTTGTAT ATAACTAATAGAATATACAAATTCTAATCATATGTTCCCGTATACAATACTTAAATATAC TATATACAATTACTAAACATGGAATATACTATATACAATACTTAATTTAATATTTTTTGT ATATTGACAACTAATTAACCAAAAAATTGTATCTAACATTGTGTTTTAAGACACTACCTC TTGATTATGAAGTTCTTCAGATCCGACTACTTCAGAAGCATTTTCCGCTGATTCAATGCT TGCAGCTTTCCTCTTTCTTCTTCCTTGTACAATCTTAATGCCTCTAGCTTTGACATTTTT AATAACTTGTTGTACTGCCATAGGGTCTTTTTTTCTTTGATCTCAGCTCTTCCATGGTTT GTTCTTGTATAACTTGATTTGATTTCCCCAAAGACCCTACATCAACCCCAAAATCTTGAG TTAGCCCCATTGAAAAGGATGGTAAAATGTCAACAACATTGACATGCAAAGGACTACCTA TTGTAATCCTCAATGATGAAGATGATTCATTCATTGTTTGATCAATTTTAAATCTATCAA GAACAAAAAATCGATTATTTCATCAAAATATATGAAAAATAATAATAAACAGAACACATA TACAAATTTTAAATAAGTAAAAAAAAAGGGTAAACAACTAAAATTAAGGAGTACTTACGA AATTGACTTCAACTTGGGGAGGGAACTTCGACTTCGGGAGGGAGAAATCTAATTTTGGAC AACGATTTGAATTTCAAACCGGCTAGATGGAGTATTAAATGTAGGAGAAAACGTTGGAAT GTTAAAGGAGAGAGAAAATTGTTTGTGAAAAGGAGAGAGAAAATTGTTTTTTGTATAATT ATATACAAAATTAGAAAATAAGGTTTTTATACAATTGGTTACATAATAGGCTGTGGACCC CATTAATTATAGCAAAAAAAAACTATAATTATATAAGGTAAATAAATTAAACTATACCCC TATGATATAATTAGTTATGAATGTTTGCCATTTCATATAATTTTCCCTTTGATTTAAGTT TGGGCCCAAAGTCCAAATTTAATATTGGAAAAATAACTTAAATACACAACTATAAGTTTA GTATTCTCTAATTTTCCCTTCTTTTTTTAAATATTACATAATTCTTTTTTTTTAAATTTT AGTAGAAGTTTAGAGATACATAGTCTTCTCTCTCCTATAACACACACTTCCCCAATATCA TGCCTATTTTTTCTCCACTAAAACACTCAATCTTCTGAATCACTTTTTGAATTTTGAATT ATTAATTTCAATTAAAAACGTTTAACAACATTTAATATGAAATTTTGAATTTCAAAATTC AAAAAAAATTGAAATTTCTGAAAATTGGACCATTGTTCTCTGGTTCTTCTTCTTCTTACT CCATCATCCGTCTATAGTTCTTCTTCTTCTTCTTAATCCATCATCTGTTCTTATTTTCTT CTTTTTTTCTTCTTGTTCATTACTATATTACATCAGCCGTCTCTAGGTCTTCTTTTTCTT CTTACTCCATCATCCGTTCTTTTTTTTTGTTCATTGTTCTATTACATCATATTAATGGAT CCTTTTACTAATAGAAGGAATTATGATTCGGACGATGAAAATTGTAAAGAAAATAGAAAA AAGTCTTTGCATGATCCTATGAATGTTTGGAAGGATTCAAACAAAGATTTTGGCGAATCA TCTAAATCAAAGGTTGACAAAATACACCAAAAAAAGTGAAAAGAAGCAGCAATCATTGTT GTTGAAATTAGTAAAAATTTTAGTAAAGAATTCCCATATGTATCATGAATTTTTGAAAAT TGTTATCATGTATCAGACAATAAGTTTAATACATAAGTACTCAGTGTGTTATAGTGTGTT TGTCGATGCATTGCTACATGAATTAGATGTGTATCATATGATTTCCTATATATCAAGAGT TTTTGAAAATTGTTATCATGTATCAATTAATAAGTTTAATAACTGCGCCATCAAGTGTGC TTGTTGATACATATCGACTCAGTGTGTTATAGTGTTTAGACGATGCATTGATACATGAAT TTGATGAATATCATATGATTTTCTATGTATCACGAGTTTTTGAAAATTGTTATCATGTAT CAGTCAATAAGTTTAATAACTGGATGTTCATAAAAATGTCTTCAAACTAGATGATATAAT CTTGAATTTTTTTCAAAATTTGAAATTGTTATCCAACTACGTGCTGAATTAATGCTTATT AATGAAATGTTATCGTAATTTAAGCTGATTTAGATAACAAATTTTAAATGTTCCATTTTT CTCCTTTTAATATTAACAGTTTTAAGTTACTGTGTATCATTTACCATGTATCACAACATA CTAATGTATCACACCATAACAATTTTAAGGGATTATTAGTAAATACCAAATTTGTCGGGA CAAAATGTAATTATTGTATTACACTATGGGATTTCTTAAATTTATACAATATATTCCCTT TCTCTTGTATTGATTTATTATTGTGTTGACAACTCTTTTATATTTTGATTATTATTTAAT TAAATCCCTAAAAGAAGTCATTTCTTTTATATGCTTAATATAAAATACACACACATATAT ATTTCTTTTTCCTTTATGTGTTATTTCACTAGTTATCTTGAAACTTGAGTTTATTTCCTA AAAATAATCCATTTATAATTAATTAAAAATAATAATAATGATAAATAAGTATATAATTAA AAAGGAGCTTTATGTAGTCAAAGTGGAAGTTTAAGTCAAAGTCATTTTTTAGTAAAATCG TCGGTCAACCGCGAGTTAGCAGGCATTCCGAGGGCCTAACACCTTCTCGGAATATACATT TGAACTTCGTACTCTTTTCAACTGATTTTTATCTGTTTTAAATCTTTTGAAACATAATTT TAAGTTTTCTTGATTTTATTAAAAAATTAAGTGGCGACTCTATTAATTCGGAAATTGAAT TCTCTTAAATCATAAGATTAATTAATTTTTTGAAACTTAGCCATTTTTTGAATACTATAT ATTTTTAAGTAAAACAGTTGGCAGTACGGATAACTTATTAGGTTATTCAGGGGATGATGA ACCTTACTATCTAAGTGATGAAGCTCCTAGCTTTGAATTAGAAGAAGAGACATGTTAGGG AGATGGTGAAGAGGTTGAACAAATTGTTAGAAAGAAGAAAAAAAACAGAGTTGTTTTTAA TCCAACTTCTGAAAAGATTGTTTGGGAACTATGTATGGTGTTTGCAAATGTAAGAGTATT TAGGGAAGTTGTAACCAAATATATTGTTCAAGAAAAAATTTAAATTGAGAAATATGTGAA TGAGCTTGGAAGATTCAGAGTTAGTTGCTGCAAAAAGGGTTATCCTCGGTTATTGATTGC AAGTTTGTATAGCCAAACTACATATCTTGTGGTTAAAAGGCACAATCCTATCCATATTTG TGTGTTTTCAATTCATAACTATTTGTGCAATTCAAGGTTTCTAGTGGCTAGACATAAGGA TAGAATAAGTGAGCAGTCAAACATCAAAATTATCAAGTTACAAGAGCTTAGTAGTAAAGA ATCGGATATTTTTGTTGGAAAGACAACATTGAGAAGAGCTAGAGCTAGAGTGTCAAAACA GATTATGGGTGATCATATTGTTGAATAAGGAAGAATTTTTTATTACAGAGATGAGATTTT AAGAACAAATCCAGGTAGCACTTGTATTGTTAAAGTTGGAGAAAATACTGAAACTGGGCA TAAAATCTTTGAAGAATCTTATGTGTGCTTTCATGCTTTAAAAAAAGTTTACTTTGGAGG TACTAGGAGATGTATTGGCCTAGATTGATGTTTTCTCAAAAAAATGTGCAGAGGCCAGTT ATTGGTGGCGGTTTGCGAAGATGGAAATAATCAGATGTTGCCCATTGCCTGGGTAGTAGT TGAGGTTGAGAATAAATTTACTTGGGCATGATTTTTGACTCTACTGAAGGATGATCTTGA TCTTGGAGAAGGACAAAAACTTACCTTGATTACTGATATACAAAAGGTGTATCCTTGGTT ATTATTGAATACTTGGTTCACAATAATGCTTTTATTTTATATACTTTTTATTAACATTAG CGCTTTTACATGTTTATTTTCTATCTTTAATAGGGACTGGAAATTGTTGTGCTTGATTTA TTACCACTTGATGAACACAGGATGTGTGTTAGACACGTCCTTGCAAATTAGTGCAAAGAT TGGAAGGGAATAGAAAAGAAATCTTTTCTAGAAGATTGCAAAATCTACATTTGAAGCTGA ATTGAGGAATCACATAGAGACTATAAGAAAATTAGGAAGGGACTGCTTGGATGGTTTTAT GTACTACAATGCAGATAGGTTGTGTAATAACAATATGAAAAAGAGCTTCAATTCATGGAT ATTGTCTGCAAGATACAAGACAATCATTACAATGTTGGAGGAGATTAAGGTAAAAATGAT GAAAATAATTGGTCAATTAGGGAAATTCTCAAACATATGGGTCACTGATATTTCACCCAT GACTTTCAAGATTTTACAACAAAAAATTAATAAGTCAATGCAGTGTAACATATCATGGAA TGAAGAAAGGGATTTTGAAGTTGTAGAAAAGGCTTACACATTGTGTAGACATTGTTAGGC GCAGTTGTAGTTGTAGAGGTTCGCAACTTAAGGGCATACCTTGTCCTCATGGAGTTGTTG CCTTACACTACAAGCAATTTGAACCAATTAATTATGTGGCCAACTATTATAACAAGAGAA TCTATCTAAGTACATATGAATATATAATTCAGCCAATAAACAATATGGGTATGTCGCCAC ATCTGTTAATTCAATAGTTCGACTACCAGAAATTTAGTAGTTGCCTGGAAGGACAAGTAA AGCCAAAAGAAAAGAGGCAAATGAAACAAAGAGAACTGGTAAGTTTAACAAATGTGGAGT TGTTATGACTTGTAGCAATTGTCATACAAAGGGCCACAATAAAAGAGGTTGTCCTATTCC TCCATCTATTCCAATTCAAAATGCAATAACTTATACTCAACCATAGGTAATTGTATTAAT TGTCATTAATATTTAGTTGAATATATACCAATATGTTGTGTTATAATAATCAGACCAATG AAAATGGTAGAGAAACATGGAAAGGAAGATCCAAGGGAAGGGGGGTGTCTCAAGGAAGCC AAGAGAACATACATGTAATGCCTCAATAAAGCCAACACAACACCTCAAGAAAGCCAGCAC AACACACAAGCAATGCCTCAAGGAAGAGACAGAAAAAAAGGCAAAGGAAGGGGCAGATGA AGTAATGGAAACAATGACGAAGGCACGAACAGAGGAAGAGGCAGAGGAAAAGGTATGCCT CAAAGAAATCATGAGAATGAAGGCAGTAATGGTGGACAATCTTCAAGACCTTTTAAAAGG CCAATGATGATAGGATTTGGAGTATTGGTTGGTGAAGATGGTTTTACAACTGCTAATTTA GGTACAACTATTTTTTGTTGGCGATGATGGTTTTTCATATATTTTTATTAACCTTTATGG TTTATTTATGCTACATGATATGCAAGGTAGTAGGGTTGTTGACATTGGTACAAAAGCTTC AACGAGGTCTGATGAACTTACTGGAGATATTGGTTATCAACCACGTTTTGGAGTGAAATG AAAGGGAAATTAGCCATTATGAGTAATAGGCTTCAACAAATGAAGGGTGAAAAAAGAATT CAAACAGGGTTTGCAACTGCTGCTACTAATGAAAACCAAATCAATTCAACTACTTAGAAA TAGTTGACTTTGGAATTGTTGTTTTTTAATGTTTGGTTATTATTGTATTATGTACACATT TCTTTATACCAAACTATATTTTGGTGTATTATTGGGTATCAATTGTGTTTTGTCAAGTTT GTTTATGCAAATTTCTTCTCTGTGACAACTAATCAAGTTGTATCAACTTCAAACTTTCAG TAAGAATGAAAACAACGAATTTCTTATTTTGTCACAAAGATTGTTATTATGATTAGTCTC TTTTGATCAAGTATGAAAGAAAGTTGGTAGAAGAGATTACAACGTTGTATATTGTTAAAT GATCATAAGATATCATACAACATAGATGTATTACACAACCAAACATCAACGACAACAACA ATGTATTACACAACCAAATAAGGTTTCCTTAAACCAGACAAACTTCCAATGTATTAAACA ACCAAACATAAACGAAAACAACAAACAACAACTAAGGCAATTCCAATGGCATACAACTAC ATCTTCCAACATTCACATTCTTTTAATGCCTAAAATCAGAAAAAACACTGCGACAAACAC TATGATAAGCTTCCAATTCAAGATGCTACATTTCATCATCTTCTTCTTGATTAGCTTATC ATGACATATTTGATCACCTTTCTTCTCCAACAATTTCATCTTCTTCTCTTTAATTTTATA GAATTATAATGCTTCTTCCAATTCCTTAATTCTATTTGCCAATCTTGGATAACAGACTTG AATCGGATATCGATCTCCTGAAGATCCCTCCATCTAGAGTACTTGCATGAATTTTCCTAA AAAGGGCCATACACAGTGAATTTATTGAGACAAAAAACAATAGAGAAATTTGTATCGAAC TTACACAAAAGCCTGGACAGGACCAAAAACTTCTACCTGGGTTGTCTCAGACCACAAAGT CTGCAATTGCATCAAGTCTCCATGTTACATCGCATCGTTAAATGCAACACTGGATCGTTC ACATCATTACAAATGCGATTCAAGCTTGCATTTGACATCTCTCTCTCTCAAAACTTAATC ACAGGAAATTGATTTCACAGTCTTTTTTTTTTTAAAAAAAAGAATCAAAATGAGAAATTG CAATCTCCAGCGGCTAACAATTGAGAATTTTGGGAAGGAAGGAGTGGATCTATTTAGTGA GGAAACTAATTCAAATTGGAAATGTCAAATGTCGTTTTAAAATTGGTTGGATGTTGTTCT TTTACTTCTTGACGCGCCCAACCTGCGTGAGAGCACTGATGGGTTTGAAACGGGTCAGAA TGATATATTAATTGCGCTTTTGGATGGTTTCGTGGGGTGATAGGACCCCTTTAACTTACG ATGTCTACTTGAAAAAAAATATAAGTTCCATGGATAATTATGTATTTCCTAATTTTTTTT TCTAATAACATTATTATAGGACACGTTATTCAAGATATATTTGTTAATTTTTTTGTTTGG CTAAACGACGCAAGGGGTTGTTGATCGATCCCATTTGGAATGATACAAGACTGGAGACAA TTCAATTATTGGGTTGTGATGAAAAAAAATATAATTGGAAGAATATATTATTGGGTTGAA ATTTTGGCATTTTTTGAAGTAGTAACAGTTAGGAAGCGTAAAGCTAAACTTGTTTGAAGA AACAATATATATATATATGGACCGTACTAGTGAATATTGTAAAACTTGTTTTGTATATGT CACATAATAATACATAAGTTGACGAAAATATTTTTTTAAAAAGAAATAAATATTGTTGGT CATTATATGTAATCAATTCAAATTTATGAAATTGTTCGAATTATATTAAAATAATGAATA TATTAGTCCAAATAAATATTATGAATTAATATAATTGATTTAATATTTAAATTCAATAAA TATGAATTTAGTTAAAGCCTCTCCATAAAGCTCATATGTCATGTCATCGCAACTCCACTA GAGAAAACTTGTCCGATCAAGACCGTCGGATTTCTCTACAAGAATTCAAGTACTCAAGTT TCAAGAATGATAAAGATCAAGACCGTCGAATTTCTCTACAAGAATTCAATTATTCAAACC GCCAGAATTCTCAAGTATTCAAGTTTCAAGAACTATAAAGATCAAGACCGCCAGATAGCT CGAATGAGAATTCAAAATAGATGAAAATAGAGATCAAATCCAAGCTCGAGATAGAGATCA AGATCAAGATAAATCCCAAGTTCAAGATCTGAAGTCAAGATCAAGTCTAAGTTCAAGATC GAGATCAAGATAAATCCCAAGTTCAAGACCCCTTAAATTATATTTGAAAAGGCGAATTGA AAGGAATCATAGAGATTGTAACAGTCACACTCGAAATAATAAAACGATTGAAGCTATAAT CTTTTTTTCTTGATCATTGTTTTCTCGACGTGAATTTTATCGTCTACAATATTATCTAAA CACTATTATAATATAAAAATATGGTGCACACATCGATGGAGACATACTCAAATAGGCATT TAATTTTGTCTGAATTACTTTGTTGTTTCAAGAAACTTAATACTCCAGAATTATTGCATC ATTGACATAGAGTATTATTATGCTATACTGGTTTATTGAATGAAATACATGTGCAATAAT ACAGAATCAATTATGATTTGGATCTTCCAACTACCCTGATTTATAATTAACTAATTCTTT TGTTCCCACACACACATATCATGCATACGTAAGGTTTAGAGATAAATAGTGTATATATCT TTTTGTTGGACTCTGTTTTAGTTTGAAGAAGACAATGGAGGAGGGGTTGTTGAACAATTA CGAAGATTGTCCAGGTTGCAAAGTTGAACAGTTAAAACGATCAAACAATGGCATCCCTGT TAAACCTGTCCTCTTCATCTCCGTTGTTACGTTATGTGCATGTATGTCACTTTCTCTAAT ATCATAAAACGTTTTTGCCTTCACTCTTTGTCCATTCTTGTGTTTATTTGCCTGAATTCT ATATCCATTTATCGTCGTTTATTAGTTAAAACTCATGCATATATATATAAATGCCATTGT CTTATTGATTGTGAGACTACTGGCTATTATTTTGTTGATATTTAAGTGTGACAATTTTAA TTGTTTGTACTTTTCTTTTAACAATTGTATGTGTTATAGGAGAATTTGTTTATACTGTAT CGTCCCAAGCAAAGTAAACGCTTGGTCTACATCTGTACAAATAGTAAATGTTTTGATCCT AATTCTCTTTTTGAAGATAATTTTGAATAAGTAGTTAATAATTCAAAAAAATATATATAT TTTTGTTTAAGTAGTGGAATATTGATGATGATGCAAATTGTAGAGATTTTGGACTATGGT TGCCTTGTTTTTGAGCTTATGAATATCCATGGACAAATTCTAAGACATATTATGACTATA CAGTACTTGTTTGCGTTTTGTTTTCCAGCACCATTAGATTTGGTTCACGATTTTCCACTA ACATACTGTCTCTTCTCAAATCTTTTGCAGCTTTGCCGATATCATCTCTCTTCCCTTTCC TCTATTTTATGGTATATATCCATTATGTTACTCATGAGCTTAATGATCTTGTGATAATGT GTTTGATATGGTATCGGTATTGTATTTAACTTTCTTCGCCTACTATAAAAGGTTAATTAG TGCATTAGGGTGCTTAAATACGAATGAAGCATTATCAAGAGTTGCCTCTTTAGGCAGTAG CAGAGTTGTATCATGTCAAACCAGAACACGCGGTTAAACTAAATTACGAATGAAAATGTG GAGAAATCAACTTAATTAGACAATCAACATTTGGTCAGGTACAAGTATGTGATGTAATGA GAAGCACCAATGTACTGTCTCTCTTTGCAAACGAAGATTTTTTAGTAGTAGTTTAATGTT AACAAAACCAGAGAATCACACTTTCATTGGAACTAGAATGTTTTTTTTTTCAATTGAGCA AACTCATTTTAGTTTCTTGCCATACATCAAATAACCAGATATACCAGCCGAATACATAGA GAAGTTTGAGTAGGAGAAACTTATCATTTATAGGTGACACCATATAGTACTGGAAATAAT TAACTTGCACATAGAGCTTCTCATCAAGTTAAATCATTTATATTCTACTCAAGCAACTTC CTTGTGTCTTAGTCGTTTATAGCTCCTTTCTTCTTGTCTGTGATTCTTGATCTGCTAGTC TCTACACTATGGTTGTGGAAATATTGACATTTGACTCCCACAGGTAAGAGATTTTCACAT TGCGGAAAGGGAGGAAGATATTAGTTATTATGCTGGATATCTAGGTCAGTCTACCATCGG TCCATCGTTGCTTCTGAGTAACTTCAGTGTTTTCCTTCTTACATCTTTGTCATTTCTTGA AGGTTCTTCTTTCATGTTGGGAAGAGCTTTGACCTCTATTCTTTGGGGAATAATTGCTGA TCGTTATGGTCGAAAGCCAGTTGTTGTGATTGGCACAATTACAGTGTTAGTATAGTGCTG GTTAATCACTGTCCTCATGCATAAGATTTTTGTTTTAACATAAAAATTCAGCTATGATTC AATTGTGCAATTTCATTCAAGTTTGCTTTTAATTTCTTATATGAGGTATCAACTGCAGGC TTATTTTCAATGCACTCTTTGGCCTTAGTACCAATTATTGGATGGCGATAGTTACAAGGT TCCTTATAGGCAGTTTGTGCGGGATAATAGGCACAATGCGGGTATGTCTTTACTGCTATG TGGAATTTTATGTCAACTATTAACATCTTATTTTTTCAGGATTGACATTCTGGTTTGTAT TATAAGTTTTTACTTACCTGTTTAAACTAATTTAGTACTACCTTTCTTGTGCTCTTCTTT TTATACAATTAAGAGTATGATGAGCATTGTTAATGGAAGCATTCAACTTGTTTAGTTGTA CAATATCTCCAGGCTTATGCTTCTGAAATTTGCCGAAAAGAGTACCACGCTTTGGGGATA TCTGCTGTGAGTTGCTTCTCTCCTTCCTGTCGTCTCTCTTTTCCTTTTAACAGGTTTTTT GCATAGCTCTGAGATCCTATGCCATAAAATGTTTTTAAGCATCTTATTTATTTAGGTAAG CACGTCATGGGGAATAGGATTGGTGATTGGTCCTGCTATTGGAGGTTATCTTGCACAGGT ACAGTACTTCTCATAGTGGAATTGTTGGTGATAACTTTTAAAGTAGTGATGATTGAAAAC TATCTCTCTCGAAAGAAGTGTTTCATCTGACTTGATTCATATATGGTATTGGACAAAAAT TCATATAAGTGGTTAGTTAAACGAATTAGTTTTGGTCACGATTACTAGAAATTATTGCAT GTTAAAGTTGCAGTAATACACTGCATACTTGCTTAATGTCCTCCCAATTCCCATGATCCA AGATGAAAGATGTGCTGAAGGAAATCCTAAGAGGTTCTAGCGTTGCACTCGTGCAACATA CACAAGGTGAAACAATTGAATACTCCACCAGATATTGTAACACCCTTACTCATAGTGAGG AAACTATCCAGGAACAATTTTCATCTCATCCATGGTACCTGACAACTTTTGCATAATAGA CTTGCTATTAAAACAACGCACCATTTGTTTAACGTCTCTTCATGACTTGAACCTGAAAGA TGTCCTACTTTGTGTCAAAACCAGCTTACATAAGCTTTTAGAAGCTCTACTTATTAAAAC TGTTTTTCTAATTATTATGAGTACAGTATAGTGACTAACAATTCTTGTGCACTTATGTTG TTTCTAGCCAGCAGAAAAATATCCAAGCATATTTTCCAAAGAATCCTTTTTTGGGAGGTA AGCGACATTCTTCCTGTTCTGTACGTTTAACTACTCTCAACTTTCAATATTGAGAAGATT TTGGTTGGTCTGGTTCTATCTGGTTATTTAAGAAGTTTATTTGTTTGTTCTCTACCTTGC AGATTCCCATATTTTTTACCTTGTCTTTTGATATCAGTCTTTGCATTAGCTGCAACAGTA ATGTCCTTTTGGCTTCCGGTATAACTTCTACTCTTATATATACTTATTTCTCATTTTAAG TGCCATCTAGGCTTTCCTCCATAAATATCTTTCTTATTCACACTTCAGTTGCTTAACTCG TGATAATGTTCCATAGCTAAGAACATAGTATGTAATTCTTGAAAATAATCTATTCTAATC CATAACATGAACTAAAGAATTTGACATAACTAATTCACTGTAAAACACACAGGACCAGAT TTTATTAACTGAAACAGTTTCTGCAGTTTGACTACTTCTAACATGTTGCAGGAGACACTT CACAAGCATAACAAAATAAAACAAGATAAAAATAACTTTCAAGAGGCTGTTGAAGGATCT CCAGATGAATCAAATGGATTAAATGTGTCTCAGAACATAAATCCTTCTGAACGCAGAGCC CCTAGCTCTCAAAAAAGCCTTCTGATGAATTGGCCCTTAATGTCTTCTATTATTGTCTAC TGTGTATTCCAGCTCCACGATATAGCCTATTTGGAGGTAATGTATCTTTCTTTGAAAAAT CATTTTAATGGAAAAACGGGAAATCCAAGGAACCTTCTGGAGAATTGATCCTTAGCTTGA ACAAACTTGTAAATATATCTTACTGTCGTGTGCTTTTTCAGATATTTTCACTCTGGGCTG TTAGTCCAAGGACCCTTGGGGGTTTAAGCTTCACAACTTCTGATGTTGGACAAGTTCTTG CCATCACAGGTAGACATTGCTCAAATCTTTGCAGGACAATTTGCCTTGTGTTTTCTGAAC CTTTTTAGGCAGACTATATTGGAAAATTGTGCATCTTTTAATCAAAAAAATACTATTAAT GTTTTGCATCACTCTACAGGCATTGGTTTGCTACTCTTTCAGCTGCTTGTTTATCCACTG GTGGAAAGGATTACTGGGCCTGTCATGATTTCTCGGATCGGTGCAGTATGCCCCTGACTA AACTGACATATCACTTATATAACTACCACTTCCTATAAAGTTTCTTTTTCACTGTTAGAT TATATTGAACTTACTTATCTTTCAGGTTTTAAGCATACCTTTATTGGCTAGCTACCCATA TATAGCTTTATTAACTGGTTTTGGCCTCTCCATAGCTCTCAACTGTGCATCTATGTTAAA GAATATTCTCTCGGTAAGAACTTATCCTTAAATCATTGAGTTCTTCAGCTTCATGAAGTT ATTGATGATAAAAATTCAATGTAGTGCTTTTGTGAATATCCAGGAATAGTTACTTATGTC CTTTTTTGTTTTGTTTTTCCCTTTTTGAATTCGAAATGTTTTTACTCCCACTGTTGGCGT GTATGCAGTATGATTCACAAAAATGATGGTGCATGATGAGGAGGAGAAAGAAATATATGA CCTATAATATTTTGCTTCATTCATCTTTGCAGCTCTTTTCTCAAGTTTATGTTAGCTTTA TGCTTTGTTACTCAATATCTAAGGTTCTTCGTTGAATGTAAATGAGTTGTATCTTAATTT TCTGGTTCATGATATCTCCTATTTCCTATACATGAAAATTATGAATAATATATCTGCTCA ATTAACTTTGTTTGGCTTTTGCAGTTTCAGTATCTCGAAGTTGTTTGCTTGGTCTAAGTG GTTATTTTTCATATTTGATCAGGTATCAATTACAACTGGCTTACTAATCATGCAGAATAG AGCTGTGGTAACTACCTTATACCATAAGCACTTTTTTTCCTTATTATCCATATAACTGTG ATCAGTAATGTTCATGTGTGAGTAAAATGTTTTAACTTCAGTCCCAGGAGCAAAGAGGAG CTGCAAATGGCATTTCAATGTCCTCAATGTCGCTTTTCAAGACAATTGGCCCTGCAGCCG GGGGCTCATTGTAAGTTGTTAATTTCTCTTTATCATCTGCTGATCTTCAAGGTCATTCTG TGCTTGTCACTTGAATTTGAACCTTGTTTGGTATTTGAACATTGGGTTGAGGCATTTTCT CTTCCCGTTCTTACCCTGAAAAGGCAGGGACAGCTTATGTTCGTGAACCGATAAACCTCT TTCATCTAACCTAGCCTCCTCCATCCCTCGGGACTAACAAGGGGTAGTACAGGAGTACTC ACCTTTCAGCCTGATCTTAGCTGTGGACGAACCCTTAGGTTTTGGGGAAATTGGATTCTC ACCAATGTTTGCGTTACTCAAGCCAACACCATTAAACAAACTTAGTACCATATACATGTC ATGCAAATGAATGTAATGATATCTCTTATAAGTACTTCATGTTTGGCCAGTAACGATGCA GGGTCTGAGATTAACTTGGTATATTTGAAAATGCTAGAGTGGTGTAGTGATATAATCAGA TGTTCATTTCAGTTTTAGTGAATGGGGGATTGTGTCTATTGGAAATGTATATGATTTTTG TCTAACTCGAAAGTTAAGGTCTACTGTCTATCAATCTAGACGAATAGATTGACAAGATTA TGTATCATCACAATTTTATGATCTGCAATTTATGCAGATTGTCCTGGTCACAACGGCGTC TAGATGCTGATATTCTGCCTGGTAAGTTAATTACTCATTTCTGATGGCCTACTTTGATGC ACTTGAAATACAAAAGTTAAGCCCAACAAACTAAACATAAAGGCATTGTGATGTTTGTAA CACAGGTGATCAGTTGGTGTTCTTTGTTCTCAACGCCATTGAGTTGCTCGGCCTACTTCT GACCCTCAGACCCTTTCTGCAAGAACCTGAAGACAGCGATAATGTTCCAAAATCAAAACA CGACTCTTTGGATCAAGAAAATGGAATGCAAGAGAGGCTCGTGTTGACGGAATTACCCTG AAGTACCAACATTACAAGTTAGATGAACATTATCTTCAAAGAGTTGAACTAAAGCTAGTT TTCTAGCTGTACTAGTGAACAAATTCTCTCAGGATGATTGATTGTAAACCTTAATATCCA CCATATTACAGATTTATGTATGTTATGTAATGTAATGGAGAGTGAAAGATGCAGTTTTTA GGTGTATCTCTTCTTAGAAAAACAAATAAATGAATGTTTTGAGCCTTGTGAATCATAGGA TACAAAATGAGGTGAAAAGAAGTGATAAAAGAAGTGAAAAATTATGTCTAATCTATGATT TTTCTAAAAAAATATGTGAAACAGCTCAACAATTCAATTAATTTGAATGGAGATATTAAT AACGCAAATCAAAGCAAAAAAATATAAAAATGAAAATTCATTGTATTTTTTTTACATGTA TAACTATTAATGTTTACCTAAATAAACAACTAAAATCATCACCATTTTGAAAAAAAAACT AGGTCCCGTAGATACTCGCTCAATCCGTTTTTACATGTTACCTTCTTATTTTGCACTTAT TGAAATGATGTAACTTTACCTTTCTAACCTTATTCAATAAGTATATCTTCAAAATTAATT AACTATTCTATCAAGAGTATAATAGGCAAAAGATGATGATTTTTCTGTATAAATTTTAGG AATAATGCACAAATACCCCCTAGATTATAACCGAAACTCCAAAGATACTTTAACTAAGTT AAGATCCTATTACCCCATAACTTACTTCTTTAATAATTTTGTGTACCTTTTTGTCTACCG TGCCATTCAAATATCTTTCAAGCGCCTCAATTGAGTGAAGTCACGAAATGTGCAACGTAA GATAAAAAGGTGCACAAAATTATAAAAAATAAATAAATTTAAGGGTCATAATCTTGGGAA AAATAGAAGAAAATAATAGTAGTAGTAATGTTTGTTTGTTTGTTTGTTTGTTTGAATATA TGAATGAAGGAAAAAGTGAGAGATGATGGCAAATCCAAGGAGGACAACATTTTCCTCTTC CGGTAACCAGAACCACCACCAACTTCCAATCTCCACCGCCCCATTTCAGAATCAGGGAAC CCAAATCTCAAGTTTGATGAACTCACTCAAATCCTTCCTCAAGAAACCCCATGCTTTCCC TTTTCTCCTATCCCTTTTCCTTTTTCTCACATGGGTTTCACTCAGATTCCAACATCCTTC AACTTCTAACCCTCAACGAGAAGAGTGGCATGCTAAGGTTCAATCTGGGTCCGATCAAAA TGCTAATCTTGTCAGGTTTTCAGCTTCTTCTTCTTCGATTGCCAAAGATAAACGTGGATG GTTGATCAATCCTATTTCCCTTGCCCTTGATTCTGCCATTTCAGGTCTCTCTTTACCCAT CTTTCTATCGTCAAATATTATTGAATATGCCTGATCCTAACCTTATAAATGGAAGCTGCA TTACTGTCCCTTCTCCTCGAGTCTTATTAGGTTCATGTGGATTGATGTAGAGTTATTAAA GCAAGAAAGAAAATTGAGCATTTTGGGGGGGAGATAGCTAGTTAGAAACACCTAAAGGGC AAGGAAAGCTTTGTTTTTGTGAAGGATTTATGTATGCCTATCTTGACTATTTTTGGCATA TTAAAGCTCAGTTGATTGATTACCTATTTGAGGAAAAAAAATGTTTAGTTGATTGATTTA TTATAAGTGTTAGAAATTTAAGAAAATGTGCAAGTCTAGAATTGATTTTCTTGTAAAGAT GAGGAGGTTAATCTTGTGGGGTTCCTAGCTTTTTTTGTCCAGTGTTAAGCGTGGGTGATT GCTGTTGCTCAATGTTGTCTTGCCCTTGATTTTAGTTTCTTACGGCAAGATGAATTTAAA CATTTCATACTCCAAGAGAAAAAAAAAGGAAGAAGAAGAATATTTTAAACGAATTGTATT TGTCATTCTTCAATTGATTTTTCCTATTGACAAAGGGAGGTTATGCTTGGTTCAGGTGGG GCAGCAGTTTGTGCTTCAGTTCATTTGGGTGAGATCAGATCTGGTGGTCTTAGAGGCAAC CACAGACACCATACATGCAATGAGACATTTGTTATTTGGGGAGCTAAGACAGTATTCCGG GTACTTTTGTAGTTTTGCCATAATTTTCAAATAAAGCAAACACTCTCAGACCTTGAACAT TACAATGTATGCTAGAGTTTCATTCGTTAGACTTATTCTGATTAGGTGTATTTCTTGAAT TCGAACCCTAAGCCATAATCAAGCTTTCGTTTTAAGTCCTTCAAATTTTCAAATAAAGCA AACATTCTCAGACCTTGAACATTTACATTGTATGCTAGAGTTTAGACTTACACTGATTTG GTGTATTTCTTGAATTATACCCTAAGCCACAATCAAGCTTTCTTTTAAATCCTTCAAAAT CTTCAGTCTAGCAAAAATCCTCAACTTTTTTAGTTCACAGTAAGCCATAATTATTTGCTC TTTGTAATTACATTTTTCAGTACCTAAGATATGTTTTGACGACCATGAGCATGGGCGATT GGTTTTATGTCTCAAATCCTTCCTTCCCTCTTTGTCCAATTTTTGGGGGTTCTCTACATT TATAGTCTCTCTTTACTCACCATTGAAGCAGGCATTCTGCTCATGCTTTGGAAGAGTTCT ATGTTATTCAATTTTTGCAGCTAGCTCCTCTAAACCTTCCAAAGCATGAGTTGCCATTAT TTTTGAATCAAATGAAAGGGAAATGAAGATTAAATCATCTCGTCTATTACACTTCGCATA GGCAAGTTGATTATATAGTATCAAGTCCTACACTTGATTCACTAATTTCTTACAGGTGGA AAATGATGCGGTAGAAAAAGGTTACGCGGAAGTGATAATTGGTGCAGATGAAGTTGCTGT TGCAGTCAGCCCCCTTGGAACTGCCCATGCTCTAGTAAATGTTGATCCGGGGCGAAGTAC ATACTTCATGGGGTGCCAGGATAGCGTAATCAACTACAATGGCTCAACGACTGATTTTAA TGTATGGAAGGATCTATAAGTTCCCATTGTTATATTCTCATGGTTGCGCCAATAAGGCAA CTGAAGTTTAATGCGTTTGCATCAGGCTGGTAATTTTTTCTTGCAGATGAGGGTTTTGAA GGGTGTGATTAGTCTAGCTAGTGTAGATTAGGAAACAGTGTACATAAGGCATAGCTGCTA ATCATTGGCCTTTTTTTGTTCTTTCCCTTTTGGGTTTTATGACAAAAAGATGTGAGCTCA GACATATATCTACTGGATACAGCTTGCCTGTCCGACAGGCTTTATATATGAAAGCAGTAT TTAAGCTCTTGAAATTTAGCAGATGTGCATGTTCAAAGATTTTTTGCTCGTTATATTAGT TTGAAACGTTCTTAAAATATCCACAAGTTTGATCCAGCAAAGCTGTGCCAATTTGAGCAT TTTCAATTATATGAAGCAAAAGCAGTCCAAATCACAAAAAAAGAAAAGGGAGAAAGAAGA AAATGAGTCACTTGATTCTTAGACAGACTGAGTCCAGGCTGTTTTGTGACCTTTGTATCT ACTAACTGATGACCCTAAGCTATATATGTCCTCATTGTCTAGACATATTGTGAAAAAAAA GCTACCAAAACCATGTTCTCTGTGTCCAAACTGTTAAAATTACATACACGGATACACTAC ATAGGCATCGACTGGAAATCACTCGAAGAAGTTACCAAGGCATTCTCCTGAACAAGGATT TTGAGAAAGAAGCATTACTAGCTGGTGAAATTTTCAATGACAATAGAAAAACACCATTCA GATAGGGCCTGAACTTGTTCTGCGGAGCTGATACTTCGGCTCTGGAGGTGGAACACTCGG TAAAATATCCTCGATCTCCTGCAGAAGAAACCATATTTAATTAACTCATGAAAACTGAAG GGAGCTAGGCAACTACTGAAAATTGACAAGAGACAACCCTGAGTACAAAAAAAAACTTCA TTTGAGGTTTGCCATGTCAGAAGCTTGTTTACTACACAATCCAAATGAACAAAGAAAATA AAAGTTGGCATGGACAAGCAAAAGTATTACCTACACATCTAAGTTTATGCAATTAAAAAT GAGTATATTAGGGACCAAGCATTGAGGTTGACATTGAACTCCAAAGAGAAATTTTAACAC ACCCTTCTACTTATGAGACCAAGCAAATGTTGATGCCCTCGATGGGAAAGCACTAATAAG AACTTAAATAGGTCCCTGCTAGCCCTCCCTCCCACAATCTGTGCCCCTGATTTCTTTTAA GTGATGTTTCGTCCCCTTGTTGAACATATACAGTATCAATATACAGGAGTATGCAATAAA AAGATCTCTGTGAAAAAGAGCAATGAAGCAAGGATTTAAACAGCTAGATAGTTGGGAAAC TAACAATAATTGCAATCTAGAACTATATCCTTAAGAGTGTAGCTGGGCATATACTTCTTT TTTTTTGATAGGCAAGTGTAGCTGGATATGTTGGCTGCAAAAAGTAGAACCTTCTGAATC TTTTAGCAGCCAATAGTGTTTTTCTAGTTAACAGTTCCACAGATAAATATCAGTCTTGCA GTTAGAGAACTACTAGGTGTCACCTCTCGATGTGCATCTATAGGTGCTTTTACTTTCTGA TTCTTCCACTCGTTAGATATATTGTTAAACAGAAAAGTAGCTTAAGGCCTCATGGACTAC AACAAAATAAAACAGAAAAGGGAATGAGAAAACCATCTATATGACGGAGAAGAAAAGAAT ATTCATATGGGAAATTATGATCAAAGAGTATAGTGAAGATAGTTAAAGACCTTCTACAGT CTAAAACTGTTCTCAATGGCCTTCCTATCATTTCAAATAGCTAATGAAGAAGTTTAATGG AGATATTTTTTGACACCTCCAATAACTTTGACATACTTTCATCAGGAAACAACAAATCAC TTGTTAATATAAAGGCTCTGCTAATTGATTAATCATCTCAAGGGGAAAAAGAAACAAAAG AAGGCATGAATCACCAACTGTACTTCCTCCTGATCGCATAAATGATTAATAGCATGTTTC ATTGTGAAGGAAAATATCTTGTCCATTTAAAGATTTAGCCAATGAACTTAAAGAAGTTAG AGCGTCACAGCATTCATAGACCAGATTCAGCTACTATAGTTTCTTCCCCAGAGAAAGATT GATTATTACAACCAACATGGAACTAATGAGAATGTATAACTGTTTGAAGAAAATGATATC ACTGAATTCATGCATGAATTATTTTGATTGCAATCCTACCTTCTGTCTCTTCAGTCTTTC ATTCTCCTCTTCAAGAAATGAAACTTTGTTCTCTAGTTCATGGGTGTAAGCCTGTTAATC AGAAGAGTAAAATTTCACTGGCGCATAGATGAAAAACAATATCACAGAAGATGCAAAATA AGCAAAAGGACCTGCTTTCTTGCTCGTGACCGAGCTGCAGATTCCCTATTTTTAATCATC CGCTTCTGCCTCCTTTCTATACTATTTTCAGCGACGTCACGTGGAGCAACTCGCTTTCTT CCAGATGTTTGTGTGTCTGATAGTGTTCCAATTATATGAGCTGGAGACATTGTCACTTGA GTTTCAGGATAAGTTGCATCCATAATTGGGTTAGCAACAACAGGTAAAGGCTGTTGAATT GGATGGCCTGGCATAAAAACTGGTGGTATATTCTGCTGTTGTTGTTGATGCTGCTGTTCT GGTACCTGTTGCATTGCGGGGATTTGATAGTGCGTCCACTGAGCTTGCTGTGTCAATGAC ATTGAATCAACCCCAAAAACTAAACCCGAAATTCTCTTGCCTTGGGTCGACTCGGCAATC ACTCCAGCCTTGACCAAGAAATCCTCCAGAGTTATCTCACCTAAAGTTAGTTGCCTCTCC TGGCTTCTCTTATCAACATTATCTATTTTTACCCCCTGCTGAATATCTTGCCACACCTCA TCAACAGTCTTCTTGCTGAGATCCCTGGACATTGTAATGCTCGATGGATGATGCTGAGAA GCCCCTTGCTGCACTGGCCCGTAATCATTTCCCCCCACCACTTCTTGATTAGACTCGATA GTCCATACAGTTTTAACAAACTCGTCAAGGTTCATGCTATTGAGTGGTTTCCCACAATTC CCCAATTGATTCCGAACTTCATCAAGAGTGAGGCTGTAGAGTGATCCTTGCGTAGCTAAA GCATTTGCCTTTGCTTCACCTCCCCCCCGAGATCCCATTTCTTGAATTACCATTCACCAA TATCAATGTGTCAACGTTCTCAACTGATCAATCAACCAATACAGATATCAGCTCCTAAAC CCTTAATTCACCTCATCAAAAACTAAAGTCCTAATCTTGAAATGCACAAAGCCCAATCAA CCAATCCAGAAAAACCCCTCTATTCACAACACTGAAAACTAAAGTCCTAATCTTGAAATG CACAAAGCCCAATCAACCAATCCAGAAAACCCCTCTATTCACCACACTGAAATCTAAAGT CCTAATCTTGAAAATGTACAAAACCCTGTGATTCACAACTAGCAACATCAGCCAATCCAG AAATCAATTTCAAACCCCTTTATTTTATGCACCACAGAAAAGAAAGTAAAGTTGTAATCT TGAAAATGTACAAAGCCCAATAATTCACATTAGTTCTACGAGAATCCCACACAAAACAAA ACAAAAAAAAAGCAAAAATGAAAAAGAATCAAAACCATTTACCTATCATAAAAGCCATGC AACAGAGATTCAAAGAAACAGCAACATATATATAAAAGGGGGAAAACAGAAAACAGATCA ATGGTAGAGAAGATCATATACCATACCAGTAAACTGTAAAAATGGAAGAATCAGTCAGAA TCCATTAGGTTGCATGCAGCAACATTCACCTATAAAAAGAACAAAACCCCAGAAACTGAA ACTCAATCCATACAGAGAATACTATTAATAAATTAATATTCATAGACCCAAAATTCTATG TATAAAAATGGATATCCAATACCATTACCAGAGGAAAAAAATAAATAAAAATCAGCCCTT GGTTTTTATCTACTACAGTGGTGTGCAATTTACCACTGACCCCTTTTTTCTTGTAAAGTT TCTGGCTTTATTTATGAGCTTCAGTTACACCTGAAGACTCAACATGCAACCTCTTTTGTC CTCTGTTTGGTTTTGGTCACACACAGCCAAAAAAAAAGAAAAAAAGTTTTGTAAACTAAT GACTGATTACTAGGTACACACTCAGTATTAAATAATGTAGTTTTAGTTTTGCTAAAATAC CATGAATTTATGTGCATTAGCCTTTGGGTGAAATATTAAATAATTTATTTATGACACTTA TATTACTTAGTTAAAAAAAATTAATTAATGTACATATCATAAATATAAAATCGAAAGGCG GAGAATCTAATTTTGTTATATGGTAAAAGAATAGTAAAATTTATAAAATTATAATAAGAA ATTTAGGTGATTTGATGCTTCTTGAATAATGACAAAATTAATAAAAAAATGATATTAAGT TGGAATAATGGAAGCAACACTATGGAAAAAATGTTTTGGAAGAGAAACAATTTTTTTTTT AGATTTTCCTTTTTATATTCCACTTATATACATTTTTTTTCAATGAAATCTTTCACTTGA TAGGGAAAACACATAATATTAATGTGAAATAGAACTCATTAAAGAAGTAATAGAGAAAAA AGAGTAACATTTTGTTAATATAAGGATAGAATAAATATTTTACGCTTTGTTTGAATGATT ATTATGTATTGTTTCATAATATTTAGTGTTTCGTTAATGAATATAATGTTTCGATATATT ATATCGTTATCTATCGCTTGTCGATATATAATATTACATATTCATAATTTGAATAATAAT TTTACAAAAAAAGTATGATGCGTGGTAAAATTACAACAAAAAAATAGGATAAATGATAAA ATAAAATTTAACTAATAAATAAAAATAAAAATATTAATGTAACGTTATAATCACACAAAA TCAGTCGTTAACAAAATAATCTTTTCATCACATTATCTCACAATAAATTTAAATAATACC ATACAATAAAATTTAAATAACAATTAAAATAACTATTATATTTAAAAACTAATAATACGA TATAACCTATAACAACCCTCCAAATAAGATGTTAAAAAAAAAAATTTAAAACTTACAATA TAATATAATGATAAATACATAATTTAATTATATTTATATTCTACTTATATTTTTATTTTA ATTAGTTCAAGGGCTAGAACTTGGCCTTCATCAGATTTGTTTGTTTTTTTCTCTCTTCCT ATGTATGTATGCATCTTCTTCATCTTTTGGGTTAATCTCGACTTGTGTTTCTTTGTTTAA CCTGCCGATTTTATCTCCTTTTCTTGTGCGATTTGCCCTCTTCGTTTGAACTGAATTTGG GGCTTTTTGGTTCTTTCGGCGATTTGTAACTTTGAGGTTTTGCGGTCTAAAATCACTGCT TTGATTGCTTTTGGGTTGAACTGCTCTTGCAGTGAGTACAGGTTTAGCTTATTAAGAGTT GCTAGGAACATGCAGGTGAGTGTATTTGTTATTCTGTATTTTTATTAACTTTTTTCAAGC CACAAAAATGTCTTATACGATTCATTTGTTTCTTAAAATTTTCTGAAAGAAAGGAGATGC TGGACCAATTGATCTGGACAAGACAACAACGACATTGGAACCTGATAAGACGAGCAGTGG GGGTCTTTTTGTTCCTGGGAAGGAGAGAGTAGTTTTTAAACCTTCTGAGCGGAAATCACT TCTAGGTATTATTGATTTGTGGTTTTGGGACTTCATTTATTTCCATATATGGTTTTATAT AATAGAAATATTGCATTATTTCTGTTTGTGGGGTTGTTCAACTTCACAAAAATTTGATCT TTATATGAAAACAAGTTTATTCTTTTGATTCTGTACATACTTATCTGAGCAAAACACACA CAACTTAACTAGGATGACTCCTAACTAGTATGTAAACATACTGCCCCGTTCCTCTCTCTC TAGCAAATTGAAGGACCATCTGCAGGCTAACGGGGAAATATGATCCATGCTATTTTATGA CCTTAGATTATCAACCTATCTCTCTATATATCAATGATAAATTTTCTTTTAAGAAATTTG CTACTTCTTTTGGGTAGCTGAAAAGGGGGACAAGGCCATAACGTGACAAACCTATATAAA AAGGGAATAGAATGACCTTAGTAATTTTGCGGAAAAAATGAATTAGAATTTTGCACTGAA ATAACAAGAAAGAAGAAGTAAATGAGGCTGCACCTTGCGACACCTCATATACAATGATTG TGATGTGCATCATCCTTTCACACTTTCTTAATTTGTTTATTTCTGCATACCTACACGTAT TTTTTTTTCAAGCATTGGATTCTCAGAGGCCCCACCCTGACCATAAGACATTTACAGGAT TTCCGTATTTGTATATTGGGTTCTTGTACAGAATGTGCTAGTATCCTAGATTAATTGTTT GTATAGTATTCAAAAGCTTTATATAGACATTCCTTTTTAATCGAGTAAAAATTAGATTCA TATTCTTCTTCTTGCAAGATGTATGCTTTTCCATGAGAATGAAAACAACAACTAGCCTCA GTCCCAAATAAGTTGGGGCTGGCTTTGTGACTCCTCAGTGACCATGTTACTTCATTTAAA CTCATCATGAGAAATTTCTTGAAAATTAATTATTTAGGTCTATCCGAATCTTTTCTTTGT TAGGTGACCTATGATGCATGTACTAAGATTTCTTTCAAGAAAGGAGTAGTATAAGAATTA AGAACACTATATTGTAATAGTTCCATCTGCTTCTTTTCAAATTATGTGCTTAGACTATCG ACACATGTATTAGTTCCATTGCCATGTTGAGTTATAACTTTGACTATGCCCCCTTCTCGA TAAGTGTGTGTAAAATGAAATTGTTTAGTGATTTATATCTTTATCAACTTTTCATGATTG GATAGGGCTTGATGCATTGGCGATTGCTAAAAGGGGAGGGGCTACTGTAGAGAGTGAATT TAAAGTTCCAAGGGAGAGACTTGCTTCAATTGCGTCATCTTTAGATGAGGATGAAGAGTC ATCTGCTGTTTCTGGAATTGATGAGTTGGGACATACTGCATCTAATGTTTCACGGAATAA TGTACGGAGGAGGTATCGTGAATCTTATGCTAGTGAGACATCTGCTTCAGGTACCAGTTT CTTAACACTTTTTCTTTTTACATTAGAGGATTCATTAATTTAGTCAACTCCAACTTCATC CAAAAAACTCTGATGTTGTGATTACTTGTGATATTTGTTGGTCTTAGCTGCCTGCATTTT AACTCAATGTATGAGTCTTATAACCCCTTCAGTCTGCATCTTACTACACTGCTACATATG AAAAGAACTAAAAAATAACCATCTTCTTTATATCTTGCACATTTTCATTTTTACACCAAA GGATCAAGTGAGCTAAACATCTATGCTTAAAGGTACAAATATTTCCTTTTTGCCTACAAA GTATCCTTGATTTTTCTCCTTCGACACAGTCCACCATATAATGCCGGTATAGTGTTCCTT TTTATCTTATTTTCTGCTGTCCTCTTTTGTTCCAATAAAGTAGTAGGTCTTTAGGAGATA ATGGTATGCCATGAATGTGCTGGCGACCTCAACGGAAAAACATAATTTTTAGAAGTTGCC GGAAAGAGTGATGGTGCTGCTGGTGTCGGAAGTTCTAGTGGTGCATGATGGTGCGTCGTA AGGTGGTTTCTGGCAGCGTCTGGTTGGGGTCTGCTTGCACTACCTTGTGGTAGTGTTAGT TTTTCTATAGCACTAATAGATAATTATTTAGACGCGGACAGGTTTATGTGATGAGAAAAC TCAACCTCTTCTTGTGGAAAAAATAAGAACCCTAGTGCTCCGGTGCTATGCGGGAGAAGA CTTACCTCCAAATGCACCAACAACTCTGAAACCATGAAGACGTCAAGAAGAAAAAGTTTC TTTGTTTTTTTGATGAATTTACAATCCATGATTATGGGTACTTATACAATGAGTCCTACG ACTAAATAAGGCAATATTATACAATCAATTACACTCAACCACAATATCAATCTACTCTTA TGATTAAGCTAGGAAATTGGTAATTAATCAACCTTTATTTTCTAGGTAGTGCAGTAACCG ATGAACGGGGAGATGCTGAGACAGTCGTGAGGTCTCACTTGAATGAGAACACAGAGGTAC ATTGCTTATTAGTATTCTTACTTTGACATATTTCCTTGTTATTTTCTATAAGTTTTGAAG CTTGATATTGTTGAATTGCTTTTTCTATTGTACCTTCAGTGTCTTATCTTGTAAGTTTCT AGATTCCTATCCTTTTTTTTTGTTTCAATTTTTTGACCAATATAGATAGAGGAGTTCTGT GGGTTTAATTCTTCCTCTTACTGTTTGATGTCTTTGCATATTGCATCGAGAAGAATAACT TCAGTGAGATGAAAGAAGGTTACATTCTGAACTAGAACTCTGAGGAACTGCTGCCTTAAT TAGCTGGAGTCTAAGCTGGATTATAGATTCCCTTCCATTTTTTTGTTTGTGTTTGTGTGT TTCAGTTTTGACCAATATAGGGAAACTTTGAGGATCTGGTAGCTTTATTAGCTGGAGTCT AAGCTTGATATTTAGCAATACGCTGACTATTACTATGAAGCAAATCTGAATACATTGTCC TTTTCAGTACAGTGGAATATTTTTGTTAATTATCGAAGTAGCACAAAGTTGTCCTTTCTT ACTAATTATAAAGTTGGCCCAAAGCTATTTTACAAATACATATGAATGCACATTTATAGG TCATCCATCTTTGTGGTTCAATATAATGAAATAACAAATGCATAGAGGTAAATGGTTGCA AATTACCAACCATTCTTTTCGATGAAGAATTTATTAAGAAAGTACAGCATTGAGTTTCAT CAGAGCGTCTCGTATGCGAGATGAAGCTGTAATGCTACTGATTGAGTCATTTGAAGTTCG TTTCACTGTTTTACTCTTTTCTGTTCCTCTCGTTTCCATTAAAGTTAGTCAGGTTCTCCT GCTTGAGATTTTTGGGTCTGAAATATCTGTATGACTTGTTGGAAACTCATTCCTCAGTGC ATGTGTCCTGCTACTTTAGTGTTTACTGGTAAATTCCATCAGATGCTTTAGTTTTTTGCC TCAAGTGGATGGACTATTGTGTTCTGTAATGTAACTCAACCTGTTGCTTTGTTTGTGGTT CAAGGTTCCACCTGTATCTTCTGGGAGTTTACGTTCTACGATATCTAGGGGCGAGTCAGT TGACCGTGAAAGAGATGGAAGTGAATACAGGGATAATTACAGAAGTGAAAGCAGGGAAGG GAGAAGGAGAGATAGAAGAACCAGCAGGGAAGAGCGCCACCATAGGGATTCATCACGTGG TTATGAAAGAGAATATGATGGGGATGACGGAAGAAAAAGAAGTAGATATGATGGTTTCAG GAGGACTCCTGGTAAACATTACATCTTCATTTGTCAATGCCTGGTATTTTTGGTTCTGAT TTTCCAAATGAAAACAAGTAGGTAGCATGTCTATATGTCAGCGTGTGCACTAAAATGTAT ATGTCACAATGAACCTATTCTAGTGGTGCTTGATGGAGTTGCAATGGTGTCAACTACTGT TCACTCAAACGAACCCATCTGAGTCCATAAAGTGTGTATTTGAATTTTGCATGCATGTAT GCTACATCTTTCTTTTAGAGCTGGTGGTTCTAAAATCATCTGAATCAACATATAGAATAG CAATGGGCATGTTATAATCAGGAACTGTTGGGTTAGTCAATTGCTACTTTAATTTTGTGA TATTTCTTAAAGCATTTGAATTGATCTGGCAAATTGTGTAACCTTTCAAGGAAGATCGGA ATGGGATGATGGTAGATGGGAGTGGCAAGATACCCCTCGTCGTGATAGTCGTTCCAGTAG TAGTAGCAGGCGTTATGAGCCTTCACCATCACCAAAGTTTCTTGGAGCTTCACCTGATTC TCGACTTGTTTCACCATGGCTCGGGGATCATACTCCTCAATCTGCTGGTATGGTATCTGT GAATTCTAACACTGGTGTTGTTTTGTAACAATTTGGTCAGCGCATCATTAATGAGAAACC TTCATACCTGCAGGAGCTGCTTCTCCGTGGGACAGTGTGGCTCCTTCTCCAACTCCAATT AGGGCATCTGGGTCATCAGTAAGATCTTCAAGTTCCAGATATGGTGCTAAATCCAGTTTG ATTATGTCTTCTACAGGAGGTGCTCTGTCTGAGGTACTGCTTTATACCAAAGTTATCTTC CTTAGTTTATTTTTTGTTTGTGGGGTGGGGGCTTAATTGGAATATTAAAAGAAGGATTTT TTTCACCTGTGCGTTACTTCCTTCTAGGACGGAGGAGATGATACAAATGGTGCCTCTGAA GATCAGAATGAAGAGATTACTGAAAGTATGCGTTTAGAGATGGAGTATAATTCAGATCGT GCCTGGTAATTGTCTTACCATTTTATAGTATCTACAGTATTATGAGTCTTATGACCCCTC TCTCAGAAGTCTATATGTGCTTACTATGTTTTCTTTTTCTCTTTCTAGTAATCAGTTTTG TTATTTTTGGTAGAGCCAATTATCACTTGCATTATGCAGGTATGACCGCGAAGAAGGTAG TACAGTGTTTGAAGGGGATGGTTCATCAGCATTTCTAGGTGATGAGGCATCTTTCCAGAA GAAAGAGGTGGAATTGGCCAAAAAACTGGTAAGCACAGAGACTACAAAAGCCTTAAATCA TGATTTTGGCATATGTTTGCATTTGTGTGTTTGGGGGAGAACTAGCATACTCTCGGATGT TACTGGGACTCGGTGGAAGTTGTAGCAATATGAATGACTGGTGCTTTAAGCTGATTAGAA AACTTACTTGATGGTTAGTGGTTTAGCTTGCACTTGACAACTCGTGTCACTCTCTGCATA ACAATCTGTTGTGTCATAGCTTGCTGTATTTCGAGGCATTATGGATTTATGTTTCTGCTT TGCGATCCCTCTATCATCAATACTGATGATGAGAATTAGATGAATTTATATAATTCTCTG GTGCGAAGGGAACTAGAGGGCACATATCCTTAATTGCCGTTTGATGCATGAGCATGTTTC ACTATTGTGATTGTGTCAGACAATGTGCTTTTCCTACTGATTGAATTCCCTTTGTGTAGA CCTGCTGTCTCTTTTAGAGATGTATTTTGTATTATCCTATTTTAGAGCATTGTTGAACAT CTGAGAGGTCACTAAGACGTTTGAACAGAAAAGATGGAAGACCTTGCACAGATATTATCC TTTTGACCCTAAACTGAAATTGCAGTATTTTTCTTTCTTTTACATCCAGATGTATCTCGA TTTTGCACCTCTGTGGTGCCATCATCTGCATAACATAGTTGCTTTCGATTAAAGAAAAAT GAATTTTACATCTGAGAGGTATTTAAATTATAACATGTTGTTTTCCAATGCAAAACTTTG AAACTTGGTTTGAAATTCAGGAAATTATAGGGAATTGCGAGATCAAAATAGTAGTCATTT ATAGCCGATGAGCTGGTTCTTCTTAGAATCTGAGCTAAAATGACTATTGGGGAGAGAACA CAGAGATTTACTGGCTAAGTCAAGATATCATTTTAATTTAACATCAAGAGCTTCTTGGAC CTTTCCTGATGAGACAGTCTGTTCTCAGTGGGTTAGCATAATATCAAGAACTTCTGTAGT CTATCAATTGTAACTATACTATGTAGGATTGGTGATGAGATAGTCTGTTCTCTGTGGGTT GGCATAATATCAAGAACGTTTGTAGTCTATCAAACGTAACTATACTGTGTAGTTAAGGAT TGGTTAGATACAATGAACACTAATACAATGCATGTATGGTCTGCCATTGACGTTGTCTTT CTCTCTCTCCCTGCCCTCCACTTGTAACAGGTTCGTAGAGATGGAAGCAAGATGTCACTT GCTCAAAGTAAAAGGTTATCACAGCTCACTGCAGACAATGCTCAATGGGAGGACCGCCAG CTTTTGAGATCTGGAGCTGTTAGAGGTACCGAGGTGCAGACGGAGTTTGATGATGAGGAT GAACGGAAGGTTATTCTTCTTGTTCACGGTACATCTCTATGATACACCTCAGCTGACAAA TTTTTTCTGGCTTCTCAAAAATGTTTGCTCTATTTTTTGTTTGGATATCTTACCATTTAT TGGGACAGATACAAAGCCTCCCTTTTTGGATGGAAGAATTGTTTTCACCAAGCAAGCTGA GCCGATAATGCCAATAAAGGACCCAACTTCAGATATGGCCATAATTTCACGTAAAGGCTC AGCTCTAGTTCGGGAAATACGTGAAAAACAAAACATGCACAAGTCTCGACAAAGATTTTG GGAGCTGGCTGGTTCAAAACTCGGAGATATCCTTGGTGTTGAGAAGAGTGCAGAGCAGGT ACCTTATGTTTCCATGAAATTGAACATACTGTGTTAATCTGGTGTGTTTCAGGTTGTAGA CGATATAACCGGGATTCCCTTTCACCTTATGCTAGGTTGATGCGGATACTGCTACAGTGG GCGAGGATGGAGAGGTTGATTTTAAAGGAGAAGCTAGATTCTCACAGCACTTAAAGAAAG GGGAAGCTGTCAGTGATTTTGCATTATCAAAAACACTTTCACAGCAAAGGCAGTATCTGC CCATCTTCTCTGTGCGAGATGATTTATTGCAGGTTTGACCCATTTTCTCATTCTGATACT CTGGGGAGTTTATTGAATGATGAGTTACTGTACCTGCTGATTGGCTTTTCATGTCTGTGA AGACATGTAGGTGCCACATACAGCGAAGTATGTAAACCTAATAAAAATGAGTTACTGAAC CTGTTATCCACCTTAACACATATCTAGAAACTTTTACTTTGAACTTCATTGGAATTAGTT AAATGGTAAAATTGACCTGATGTGCCGTAATTAGGACTTGGAGCTCTGCATACAAATTAG ATGCTAAGCTGCTTTCTTAAAGTCTATTGGTGTCCTTTTCCTTGGGATAAATTCACCAAA TATTTACTTGTGAAAAACAACGTTTACTCTTAATGGTTTTTTTATAACCATGGTGTCCAG GCCATCTAATTCCATGGGGTGCTTGCTACCTCCTACCAACACAAGTACCGAGTAATCTAT CACTAAAGAAGATATCACCTAGTGTTTTGTCTCCGTTGGCTTTTGAACCTGAGATCTCAT GGTTCTCAACCCACTTCGTTGATCCCCAGGTCATATCTAGGGATGGAAAAATGGGTAATA TATATGGGTACCCATTCAAAGTACCCATCTTAAATAAGTTGGGTACCCAACTCATTTAAA ATGGGAAAAAAGCGAGTCAAACTCATATAAACCATTTAAAAGTTCGTCGGAAAATGGGTA AAAGGGACTCATTTACAAAAGAAAGAAGAGCCACATTAATATTTTTTTAAGGTGTAGTGG TCGGGATAGGGATGGGTGGGATAAGGAAAAAATCAATATTTTTTTTGAAAAACAATTTTT TTGGGAGGGGGTGCGGTAGTGGTGGGAAGGGTGGTGTGAAGTAGAAAAAAATAAATTTAT TATTTTTCAGAAAAACAAATTAAAAAAAAAAGTAACTTTTGAGGCGTTGGGCTATGGGGT GGGGGTGCGGAGGGTGAAGAGTGAGGTTAGAGATTTTGCTTTTAAAGCTTTTAACATGAT CCCTATAATACTATGGGTAAATATGGATACCCATATTATCCATTGGGTAACTCGTTTTTA CCCATTTAAAATATGAGTCGAGTCGAATATTTACCCATTTTTATTTAACTCATTTTCGAT CGACTCATATTCAACTTACCTGCTTGTTTGCCGGTGCTAGTCATACCCTTTGGCACTGCT GTGTTTCTTCATTGAATGATTTTTTTGGTTTTTTCTTTTGGGAACAGGTGGTTCGCGAAA ACCAGGTGGTGGTGGTTGTTGGAGAAACTGGTTCTGGAAAGACAACACAGCTAACTCAGG TTGGCTTAGACTTGTGTTTTCTTTTTCTAAATCATCTTTTAAATCTTAACTAGAATCTGT TGAATCTTTATACGGTCCTGGGTCTTATTTGTATGTGTGTCTGTAATTTCATGCAGTACC TTCATGAAGATGGCTATACAAGTAACGGGATTGTTGGTTGCACCCAACCCAGGCGTGTGG CAGCCATGAGTGTTGCAAAAAGAGTCAGTGAAGAAATGGAAACCGAGCTTGGTGATAAAG TTGGATATGCCATTCGTTTTGAAGATGTCACTGGGCCAACAACTGTTATCAAGGTGTGTT TTTTGACCATATGAGAGATGAGTCTACTCGCAAGGTGTGAGCTTATATGTGTATATTTCC TTGTGCAGTACATGACTGATGGTGTTCTTCTAAGGGAAACACTCAAAGATCCTGATCTTG AAAAATATCGGTATTGTCCCACTCTTTATATGCTTTTATAAGCTTTTATGTTTGATTTCC TGGATGGTCAACTTTCTGCTTTCTTTATGTAGTGCAGTCACTCAAATATCTCTTTTTCGC AGTGTAATTGTAATGGATGAGGCCCATGAGAGATCACTCAACACTGATGTCCTTTTTGGC ATTCTTAAGAAAGTTGTGGCTAGGCGACGTGATTTTAAGCTTATTGTCACTTCTGCAACT CTGAATGCCCAGAAGTTCTCTAACTTTTTTGGGAGGTAGGTTTTTTTATTGGATAGCTGT ACAAGGATATTGTATGTGTTAGCTTTTGATCGATTTTCCACTTCACATAACCCCGTGTCT CTTTATTGCAGCGTACCAATATTTCACATACCTGGAAGAACCTTTCCAGTAAATAAATTG TATAGTAAAACCCCATGTGAAGATTATGTCGAAGCTGCAGTTAAGCAAGCCATGACCATC CATATTACTAGTGCACCGGGTGATATACTCATCTTCATGACTGGTCAGGATGAGATTGAA GCTACCTGTTATGCACTTTCAGAGCGCATGGAACAGCTTACCTCGTCAACAAAGCAAGCA GTGCCCAATCTATTGATTCTTCCTATATACTCTCAACTGCCCGCTGATTTGCAAGCAAAA ATATTCCAGAAAGCTGAAGACGGGGCTCGAAAATGCATAGTTGCTACTAATATTGCAGAA ACATCCTTGACTGTCGATGGAATTTACTACGTCATTGATACAGGCTATGGTAAAATGAAG GTGTACAATCCTCGTATGGGTATGGATGCTCTGCAAGTGTTCCCTATTAGTCGAGCTGCA GCTGACCAGCGTGCTGGTCGAGCTGGTAGAACTGGCCCAGGAACTTGTTACCGGCTTTAT ACTGAGAATGCGTATGAGAATGAAATGCTGCAAAGTCCCGTGCCAGAGATTCAACGGACA AATCTTGGGAATGTGGTTTTGCTGCTCAAGTCTCTCAAAATTCAGAACCTGTTGGATTTT GATTTTATGGACCCACCTCCTCAGGATAACATCCTTAACTCCATGTATCAGTTGTGGGTA TTAGGTGCACTTAACAATGTTGGGGATTTAACAAGCCTTGGCTGGAAAATGGTGGAGTTC CCATTGGATCCTCCCCTTGCCAAAATGCTCTTGATGGGAGAACAACTAGAATGTTTAAAT GAGGTTCTGACTATTGTTTCTATGCTTTCAGTGCCTTCTGTTTTCTTTAGACCCAAGGAT AGGGCTGAGGAAAGTGATGCTGCTAGGGAAAAGTTTTTTGTGCCAGAATCTGATCACCTT ACACTGCTTAATGTTTACCAGCAATGGAAAGCTAATCAATACAGAGGGGACTGGTGTAAT GACCACTATTTACAGGTCAAAGGTTTACGCAAGGCTAGGGAAGTAAGGTCTCAATTGCTG GATATCCTCAAGACACTTAAAATTCCACTCACTTCCTGTGGTCCTGATTGGGATGTTGTA AGGAAAGCCATCTGCTCTGCGTACTTCCATAATGCAGCTAGGCTGAAAGGAGTTGGGGAA TATGTTAATTGCAGGAATGGAATGCCTTGCCACCTTCATCCCACTAGTGCTCTCTATGGA TTGGGTTACACTCCTGATAACGTGGTTTATCATGAGCTTATCTTGACATCAAAGGAGTAC ATGCAGTGTGTGACAGCTGTGGAGCCTCACTGGTTGGCTGAACTGGGGCCCATGTTTTTC TCCGTGAAAGATTCTGATACATCAATGCTGGAACATAAAAAGAAACAGAAAGAGGAGAAA ACTGCCATGGAGGAAGAAATGGAGAAGTTGCGTAAAGTACAGGCTGAAGCTGACAGACGA AACAAGGAGAAGGAGAAGGAAAAGAGAGCAAAAGAACTGCAACAGGTTTCTATGCCTGGG TTGAAGAAAGGCTCAACTACTTATTTACGACCCAAGAGGCTCGGTCTGTAAATTACACTT TTTGCTGTAGTTGTTAGATATCTGTTGTGATGATTCTTGTCCCAGTGCAAAAACCACGTA CAATTCTTAGCCTATCTCTTAGTCATCCTCAAATTAATTTAGTGGATGGAGATTCAGAGA AGTAAAAATTCAAAAGAAAGTATACAGTGAACAAAAGCATGTATAACTCCTTCATATGGT TATCATCTTTACCCCTTGCAGCCCTGAATTTGACGTGTTTGTATAAGTTTCTTGATAAAA CAGTTACATTTTCTCCTTTGCTTTTGGCAGCATTCAGATTGCACATTTGCTACTATTGTT GTATTACATTATCTTCTTATCTGGAGTGATATATAAAGGAGAATCTTCAATCAATTTCTT TGTTTATCAACATGCTTTGCACCAGTTGCAGATAGAATCGTGTATGTTTTTGGAAATTTG TTGTTCATACCTTTTAAAAATTATATGAAAAAGATGTTGCATAATGACAAACAATTCATT TAGTTGGTTTAAAGTTTTTGATAGTAATAAGCTCAATTCATACTGATGTACTGGCCATTT CAAATTTGTCTTCATCTATTTTTCAACTCAAACTCTGCATTTCTATTACATTACAGAGAA GTCCATTCTCGTCACATTATGACCCTTGCTGATAACAGCAAGAGGTCTAATAAGCTTTAA AAATAACAGAAATTGGAAGCAATGACTCAAAACTAAAAATCATTGCCAAGGCCGGTATGG CAGTGCAGAAACTGGTTTTTTTACTCATTTTCAGGTAGCAGTTTAGGAGAAGGGGGATGA CATAACAACACAACGCTGATGATATATCAAAAGAGAGAAGCCACTACTCATTAATGTAAT GTAATTTTAACAAGAGAAAAAAATGTAATGTACATCAAATTTCATCAAAGATATGAATGT AGTACACATCAAAATAATCTAATTAGGTGAAACGAGGGTACAGAACGGATATTGTGACTA CACCAAAAGGTAAGAAGAATAGCATTGGACTTGGAATCACACATTACTTCTGCAGAAAAT GCATTTTTTATGCAAAGCAGTAGGCACTGAAGATTGAAAGAAACACAGGTTCTAATCTGC TTCCATGATATCTGCAGTAATTTTGTGATCAAAGGACCAAGCAAGCCTAAAAAATTAAGA TGCCCAGGATTATATAAGATGGAACACAAGAATTAGCAGTAATATTTACAGATTTATGCA AACAAAAGTGTATGTTATGTAATGATGATGCTAATATGGTAGGATTGCTATCAAGTTTTA CCAGGTTCTAAGGCCTCTGGGATGCCAATGCTCACACTCTCTTGTTGCCATTCTTACCAA AACCAGTATCCTGCATCATTGCTACAAATTCATTGTAGTCAATGCGCCCATCCTGGAGAA AGAATAAGAATATGAAGCTAATTAGTTTGAAGTTTGATCATTCTTTATTCCCCAATAATT ATGGTCATGTTCTTATTTATGTTCCTACAATTAATCATGCATCCTATGTATTTTCATGAT ATTAGAAATAAAATTTTGATTAGAATGACGAGTATACATTATCCTGATCGACTTCACGCA TAAGTTCTTCCATGGGAATATTGCTCAAACCAAACTTCTCACAAGCCTTTTGGAGCTCTT CTTGTGTGATATATCCACTACCATCTTGATCAAAATATGAAAAAGCGGCATACATATGAT CCTCCTTCTGGACTTTGTTTAGATGAAGCATAGCAGCGATAAACTCTCCATAGTCAATGG TACCACTATTATCCATATCTGCCTGCATTTTTCCATGGAGAAGGCTATTTAATAAGGATC AGACTTGATGGTGTATTGTATACAAGATATGATTGTTCCAGTTAAAGACTATAGCAAAGA AGCTGAAAGACAGAAGCCAGAAACATCTCACATAACTATTCTGGTAGTATTCTTAGTCTA AGTTTCTAAACATTCACAGTAGAGGCTCTTGATTCTATTTACCAGTTATCTGGTCCTAAT CGGCAAAGGCAGAGCTCTTCTGTGTAAGAGGGATCTCTCTATTTTGGTCTTAGCAACCAC GTAAGAGATTTATATGTAATATGCTGTAGAACCTCTAATAAAAAGTTTGGAGTACTCGAC TCAATACTAATATATATGATTTTGCTAATTTCATTATATAATGCAACTAAGAGATCAATA TTTCTGATGTTACAGTGCCATTGAATAAGGAACACCTTTGTTTTATTCTGGTCTTGCTTT TATTAACAGAAAACAACTGTGATTGTTTGGATTTGGTTTTGAGTATGCCTTGGAAAAAAT AGGTTATACTGAGTCAAAGAAAGTAGGGAAGTTATCGAACACAAAAGGTAAAAACCAAAA ATGAAAAAGGAACTTCTACATACCGCTTGCATTAAACTGTTTATTTCTGAATCCTTAAGT TTGGAACCAACTTTTTCTAAACCCTTTTTCAGTTCCTCCAGTGTAATATGTCCACTGTTA TCTGCGTCTATCATTTTGAACATTTGCTTTAATCCTGCAATTTCCTCTCCAGACAGATTT TCAGCAATAACCTAAACAAAACAGCTGTACTTGGTCAAGCATAATAATACTAAACCTATA CAACAGCAGCAACAACAACATACCCAGTGAAATCCCACAAAGTGGGGTCTGAGAGGGTAG AGTGCACGCAGAACTTAACACTACCTCGAGGAGTAATATAAAACCTAGTTATAGTTGATA ACAGTAACATGCAAGGGTATCCTTTTCCTGCTCCTCATTTCAAAATCACTACGGAGAAAT GGAGGATTACTAGAAGATAGCCTTTCCACTTCCCAATTTAGAATAGATATAGTTCTCACA TTGTTTCTACTCAAGATTCTCTATCGTCAAAATAAGAGATAGTGCTACTACATTAAGATC AGTGATCAAATGTGTCGAGAGTTGAAACAACTTACTCTGATTGCTATCTTCTTTAATTTA TTCATTGCAGAAAATTGATTGAGACGAGAAAGAACAGCAGAATCAAGAGGCTTATCTGGA GCAACTCCACCTACACGGACCCATGGGTGACCTGAAATAGACAATAAACAGTTTTTCTTG CAAGTCAAAGAGCATTCAAATGAACTCTTAACCAAATGTAAAGACAGACAAATGGACTTA TCTGTTTTTTTTCTATCAATTCGTTAATGTTTTTACAATTACATCTTCCCTATATATATC ACAGTCTCTGTTCATCAATCCATCAAAGAAGCTCAAATAAAAGGTCAGAATCTCTGTTAA CCTATCCATCACAAAAGCTCAAGTAGAAGCCCAGAACCTTCCTCATATTCCACAATATCT TAGCTAATGATACAGATACCGTTGTTAGGAGCATAGGCCTTGCAATAATGTATCCCAACC TGTCAACAATTCGGAAAAAATGCAGACTAAAAACAAAGTCTCACAAACGTTAGCTTGAGA GGAGTTGTTCTTCGGTCCATCATTCTTCTTCCTTTAAGTAAACTTATACTTTGCAGTGTA CAAGTAAATATTGATTTTTATAATTCACTTTATTTTCTATCTCATGCGAATCGCCTATAT CTTGCTCCACAGTTCTGTGGATGCTACAATGAGAAAAAGCTACTAAACTGTGACTGCTCT CGAGATCCAGTGTTCAATACATTTTTCTTTTGACATCTACCGTTTCTCTCATTAGAACTT TATCTGCCTCTCTTCATCTCACATTGGAAAAAAGGAAGAAAAAGAAAAAGAGGTTAATAG GTAAAAGAACATTTCTGCAACAAATAGCACAACCTTAATCATGTTCAACACTAAGAAATG ATTTAAGAAGTATGTCAAACAGCAGACTGCATAACCATATTAACACAGAGAATAAAGGAT GAGAAGTATCAAGCCAAACACTCAAAAATAGAAAAGGATGTCAGGAGAACAAAGGATTGG AGATAGATCTTACAGAGAACTTCGTGAGCTGTCAACCGCTTTTTGGGTTCCCTCACAAGC ATTTTTCTGACTAGATCTTTGGCACTTTCTGATATAGCTGGCCAAGGTTCGGATACTAAG TCAAGTTCCCCTTTTACAATCTGTTCAAATATTCCTTGCTCAGTTTCTGATAGAAAAACA TCAACGTGCATTAGGCATCATGGTCAATATGATGGTAGCTTAGAATTGTAGAAATAAAAT CTCACCATCCCAAAATGGAGGCACACCGCTAAGAAGTATATAAATTATTACTCCAGCACT CCAAATATCACATTCTGGACCATAACGCTTTCGCAGGACTTCTGGTGCTACATAGTAAGG GCTTCCAACCACATCTGTGAATGTTTCACCTGGATGCAAAAGATCGCTCTACTTATGTAT CTAACAGATCATGAAAGTTGAACAATTATATTTAAATGTACCTGGTCTAAAGAAGACAGA TAATCCAAAGTCGATGGTCTTCAATGAGGACTCCTCTTTCTCATTGACAAAAAGGAAGTT CTCAGGCTTGAGGTCCCTGTGCATAACACCGAGTGAATGACATGCTTCTACAACACCTAC TATTACTCTTGCAAGTTCAGCAGCCTTCTTCTCAGAATAATGGCCTCTCTTTATAATCCT ATCGAAAAGTTCACCACCAGCACAGAGCTCCATTACAACATGAACAGCAACAGCATCCTC ATAAGCCCCAACAATCTGTACAACACTAGGGTGGCCTGCCAAGTGATGCATTATCTGAAT CTCCCTCCTTACATCCTCGACATCTTCTTCAGTCGTCAACTTCCTTTTAGCAATTGATTT ACATGCAAATTCTTTTGGTTGAGCTTTGTCTACACACAAAAAGGTTGTCCCAAATTGTCC TTGTCCTAATTTCCTTCCTAAAGTATAAATATCTTTCAAATTTCCGGTTTTTCGTCCTAA AACAGTATCAACTTGGAGGCCTGCACTCATTACTCGCTTCAGATTACTAGACTTATTTCT TTTGACATCTTCCACGACAATGTCGTCACCGTTTTGGGAATTTTTTGATTTTTCATCCTG ATCTCCAGGTATCTGAAGATGTGGAGGAGGGGTGTTCTGGACATTATTAGAATCAGAACC TTTTCCATCTGTCTTTGATGAATCTGCTGAATCTTTGTTCAAAGTAGGTCCGGAGCATGT ATTCCCCATCAAAACATAAGATATATATTGCTCAGAATATCAAAATCTTGACCATATTGA TGAACAGTAACAATGTAGAAACAAAAGATGCCCCCCACAAACCAATGAATATAACGTTAA ATTGGGAAAGAAATGAGGATTTTTTTTTTCTTGGTTTTTGGGGGTGTGTGAGTGAGGAGA TGGCTGGGAGATGTATAATCAATTGCAATTGCATGCATACTTTATGTTTTGTAGTAAATA CATAATTACGGTTCACATGCTATTTTGCTCAATTCAATTTAGATAATGTACCATGTCAAA TTGTGACAAAACATGTACATAGTAATACATTACGGGGTCTTTTCACAAGGTACCTAGTAA CCTGCATCAGTATATATACTATTATTAATACTATTAATATTTGTAAGCTCTTTTTCTAAT AAACAGGAAGGAAAGAATAAAAAATAATTACAAAAATAGAAATGCATTTACAGTTGATTA TTATATTACAAAAATAATTTCTTATTTAGAAGATAAATTCGTAATAGTCTGTAGGAATGT TTAATTTTTCGTAAATTGACCAACAACATGAAATGATTAATATGAATAAACTTATCTAAG AGTGGAATATATGCTGGATGTCATCGTAATATAAACATCAAGAGTCTGAAATCTCTCTAA TAAAATTCAGCCTCACCAAGAAAGATATGATATCAATACAAGCTCCTAACTATCGTGAAT TTGAAGGCTTACAAACAAAAGAATTACATAATCTCGTATAGTTGTATTCACCACACCACA CCACACCACTCCACATTCCACAATAAAATGGGAAGAAAAATTAACTATCAGAAAAATCAC ATCACAGATGAAACTTGCTTGAATTTGACACAGACGATCTGCAATCTGCATACCAGATCC CAATTTCTAGATGTGCAAGGAAATAGTATTTGGAATCCCAAGCTATTCGACAGAGGCAAC TTAGCAACTCCAATATACATTCGTCTATGATCTAGGCAACAATAGAAGGATCCTGCAAGA CGGAACTTCAGTTTCAGTATTTCAGGAAAAATACAAAAGAAAGAAATGGCAGAGGGGCGG GGGAGCACTTTGCCATCCAACATGGTGCAACTGTTCAGGATAGCACTTTGTGAGTTTATA TTTTAAAATGTTACAGAGACATTCCTACCAAGCAAAAGTATTTAGGTTGTCTAAGAAATA TGCTCTTTACTGACTTGCGTAGAGTCTAATTGTTCTCTCATTTCTTCCTCTGGTTACATG AAAGAGGCATGTCAAGTAACAGATTTCCTGCACTTCGTTTTGTTTTACTTTTACATTTTT ACTGGCCATAAATTTTAGCCAGAATAGTATAACAAAAACAACCTTCCTTAATTTTTTTGG GGGCACCAAAGAGCATATGTAGCAGCATGATTCTTGCTGAAGGTACTCATTTTTTTAATC CCACCTATCGTAATATTTCTTTTCATCTGTTATTCTATCATCGTTAGTGACCTACGCCAA ATAGAATAATGAATACAAATTGATAGATAGAAGTCAAAAGGTAGACTTAGAGATACATTG GGGAGAAAAGAGAAGTGAGGAAGAGCATACCTTTGCTGTCAAATTTGACAACGCAAAATT CCATTTTTCTCTCGTTTTTGTACCAGCAACTTGCCCTGCCTTAGCTACTTTACTGAAAGC ACCATTCAGCCAGGCAGCTCCAGCATTAACATACCTGAGATCACCTCCAAAATAATGGAA ATGTAGAGCTTTAGTAATATAATAATAACACTTTGTGCTTGCTAGCTCGCTTGCTAGAGT ACAAGTGCTTAAACCAAAGTGAGTGGTCATGCACATTCTATCTTAAAGCATGGTTGTTCT CCCCCTCATTCCATCTTTACTTCGGAGATGCACTGTACTTGGTCTCTCTCCTTTTAAAGA AAAATGCACAATGGACGCAGAATGAGTGGCCATACACATTATAAGTTGCTCATTAAAAAG ATGAAATCAAGATAATCTTTGCCTCCTCAACCAACTGAAGTTTTTGAACTTTAATACTTC TTCAGCGAGTAGGAGCAACATGCCTAATTTTCAACTTCAACTTAATGGATCAGTAGCTCA AGTTATGCAGAACGTAAAAGTTGAAAATATTCATTTTAATTATCCAATGGAAAGCTATTG ATGATGATAGCAGGACCCACAATTTATGAATAGTTTGGAAATGTTTAAGGAGATGTTGTG AGGCCGCATACTAGATATTGCATAAAATGGAGCAGCAAACAGGGTGATGAAACTCGAAAT TATTCAAAAAAATAAAAACAAAAATGATTCTATGCCCAATGCTCTCTCAGATGTCAAATC AACAAGTCATTCAGTTCAACATTGATCATAAAGCAATCTAATCTTCTGTTCAATGAGAAA AAATATTTCAATGCCAAATACTCTCTCAGAAGTTCAATCAACAAGAAACATCCTATAAAG CAATTTAATTCTGCTGTTCGATGAGATAAGGTGTAAACCCGAGTACATAAAGGGAAATGA TAAAGAGGAAAAACATGGAATGTGAAAGGACTCCATTTTCTTTCTTTTCTTTACTTCGAT CAGAATGTTGCAAGGAAAAGAAAATATGTGCTATTCCTTCTCTCAAAGTCTCGGTTTAAA TAAGTGGCCCCAAGGGGAAAACTGGTCATCCTTTTTGCTTTAATTCCTCTTCTTTTAACA AATCAAACAAGAGTATAGAACTTTGAAACTTTCCCTTCCTTTCTCTACTTCAATATATAG GATAATTCAGCTCATATAGCCACTTAACAGCATGCAAGATTCTCTTAGAAGATTATCTCA ATAGATAGAAGCGGATAGGGACAAAAGAGAGCAGGTAATATTCTAGAAATTCTAAGAACC AACTGCAGCAACAAGTACAGAAAACTGCATTGTTAAAAAACAGACTTGAATCACAGACAT TTTTAAAGCATCCAGACCTGCTTGATTTGACTGCTGATCCTGTGTCATTCAATTTCCGTT CTGCTGCCATAACTGCAGCCATCGTTTTATCTGACACTTGAAGCCTTTGATCAACAGATT TAACTTTCTCATTTACAACAGAAATTCCAACCGTAAGCTTTTCTGTTAGCCCAACTCTTC GGTCAAAGGAAATGACTCGAGCAGATGCAGTGGCTCTTAGCTGATGTTTCTCATCAAATG CCTTGGCTTTATTCATTGCATCTTGTCTGATAGCTGAACCTTTCGCCAACACATTTGAGA CAACATCTTGGGCTTTACTGATATATACTTTCCCGTTCACCCTTCCATTGCTAGGAGAAG TAGGTTTGGCCTGCTTATGGAGACAAGTGTCAAGAGATTATACAAGTAATGCAGATTACT ATAAAGCCAAAAGAGCCTACAATAAGTACACAGTCGAAAACAAATATATGCCTGCAAAGC GCAGATCATAATACATGAATCCTACACCACAAAATGCATGCAATGGTTCTTCCATATCTA AATGATCTGTATAGAGACAACAATTTTTATGTTCTTGTGGACAAAAGATATCCAAGTGGC CCAGTGGTTTGGGTTTGGGCTTGGGACTTCCATGTTGGAGGTCTCAAGTTCAAACCCCTT GCCAGCGAAAGCAGGGTCGCACCAGGCTTGCTTGGTGCGGGTTACCTCTCTTGTGTGGTT TGCGAGCTATTGCATAGAAGCATGGGTTTTACCCCGTGCACACCCAAAGGGTAGCGGCTA TGGATTTCGCTTGTCATCAAAAAATAAAAAAAGATGCCCAACTTTTTAATAACTTGAAGG AAGAATTATCCACCAATTTGATTTACTCCCTTTGTCCCAATTTATGTGGCACTTTTCGTT TTCCAAGAGTCAAGTAGTTTAAGTTTGACCGAAAATTTGCGCATGGAATCTTTAATTCTT TTGAATGAATTTATATATTTGTAAACTACATAAAAAGTACTATAAGTCACCACAATTGAT AATTTAAAATGTTTAAAAGATCTATGAAAAATTTACGGTCAAAGATAGACTTGTTTGAAT TTCGAAATCCGAAAAGTGTCACATAAAATGGGAGAGAGGGAGGGATTACTATATTACCTC AGCAAGCGGAGAAGAACTTTCTCCAGCAACATTCACAGCATTATCAACTATCCTGACTTC CTGGAAGCAATGAGTAGACTAAATGAATTGTCAATATCGATATTCCTAATTTTTATACTT CAATAACCGATATTTGCAATTATATGAATAGAGATAACACTTCCACACTTGTCTATGTAG TTACCCGAGTCTCAGATGATGGAACATAGTCTTCTGCCTGCTTTATACTTACAATCTGAT CCACTATGGTTGCTCCCTGCAAAATGAGTAGAATCAGAAGGGTACTTCTCACAAGCAAAC AATTCAACAAAGCAGTAGCAGTAAATACACAGAAAACCAATTTCCATGTGCTTATTATTC TTCAAACAACAATGGCATATCAAAATTTTGATGTACCGTAGTAATTTAAAACTAGGAGAA TCATTCGTTCATTCTGTGTATTGAATAAGTCAATCAATAGGAACATTGTCAAGTATGCCT CATCAGTCATTGGCCAAAAGCTAAAAGCAGATTAGGAGAGGATGTAACTATATATACACT TATTAGTCATTATATTTCATCAAGATATAAATTATATCAAACATTTATAATATCATCAGG TTATTTTTAAACCCAAAAAGATACATGTAACAGTTGGAAAAATTGTTAACCCTTCAATTA CCAAAAGAAATGCTGAAAAATACATGCTGTATAGTTGAGCCTATATTTCATGTTTAACGT TAAAATCCACCAATACTTTTTTCTCCATCAGACAAACGATTAGCTAAAGAAAACAGAGTC TTAAATTTATTTCCTAGTTCCTTCACCCCTTAAATTTCTGTGAGTTTATTCCACTCCTAC ACACTGTCTTCCTGCGATGCCGCTAAATAATTTACTCCACCAACAAAAAACATGATTTAA TACTTAAGTTTTAACTAAAATTGCATTCCATTGTAGTTTAACAGATTATAGCATTTTTTT TTTATCCTTTCCCCAAGTTACAATCAATTGTAATTTAAAGAGTTACATGTAGCTGATTCT GTAATTCTCGACCACGGTGCACAGGAAGTAGGAATCGCTTGGATGATAAAAGCATACACG GTTATGGAAATAGAGACTAGAAATAGAATTACTTTGGAAAAAAAAAGAGAGTAAAATTAC CGACAACAACAAAGCAATTTCAAGCGCTTTCGGATCTTTAAATGTAACAAAGGCAGTCTT GGATTGTCCTTGTTCTCTGCACTCAACAGCAAAAATCAGTGAAATAATTAAGCTCAAATA TACATTATCCAAAACTCAAATACCAGTGAAACTACTGACCGGCGAATCTCAATGTGGTCA ATCTCGCCGGAAAACGAGAAGAACTCGCGAACCTCTCTCTCAGCTGCCAGATCTGATACA TTACCCACTCGTACTGTTCTTACCTCCTGAAAGTACAAAAAATCAATTCATCACTGAGAG AAGAGAAAGAGATAACAGTTGAAGAAAAATGGAGAACTCACCTGCATTATTGAGTTTGAA ATCCGTATCTCTCAGCTTTGTTTTGCTGTGAGCCTGAGTGGAAGAGGAGAAGATATAAAT GTGACAGCTGAGAAATGTAACTGTTGTAGTTGTAGTTGTATTTGTATTTGTATTTGTAAG TTTATTAACGGAAATAGCCTTGCTTTTTCCCTTAAATATCGGCTTTGACATTCATCACTG TCGCTTTGCTAATTATTGAAGATTCCGCCTGCGGTCAGCTCAATGTTATTATATTTTTAA TAGTTATTTTGCAAAACTATTTTTGACACTGTGTCCAATCGTAATTCGATTATGTCATGA ATTTTTTAAATAAAAAAATTGATTTAATTTTTTTATTTAAAAATTTGATGATGTGGCCGA ATTATAATTGGCCACGTCATCAATTTTTTAAATAAAAAATTAAAATTTTGAATAAAAATT CAATCAATTAATAATTTATTTTTTTATTAATTAAATTGATGACTTGGTCGAATTATCCAA AATCATTTTGTAAAAATTATTGTTAAAAAATAATGACATGAACTTTTTCTTTATTCGATA ATGTCATAAATGAGTCAAACTTTTAACAGATGACATAAATAAGTCTTTTCTGAAAATTTA ATAATATATTTTAATCTTTTTTCTTTAATTAAATAATAACTAATTTAAATTTTAAAGAAA TAAAAGACAAGTTTGCTATCCTAGTAATAAATAAAGTAATCCACATATGATATAAAAAAA AAAAAAAAAGCATTTCAGCCCTATTATAGTTATCCATTGGTATTGAAGGAGAAGAACATC ATGATCTTTTTATTGCCGCTTAATCCAATTTAAAAACAAATTAGGGACTCATTAAGCAAG AACCAAGCTAAGAACAGGACAGTTCAATTAAAATAGATTAAAAGCTACAAACAACTATCA ATAGAATATTTAATCTTGTCAAAAACATATTTATGTTAATATATATATATAAAGATAAGA CAGAGGGGGTATATGTTTAATGGTAAAAGCTGGCATAAATCTTGTTTAATAAATTCTTTT CTTGTTTTTGTCAATGTTCCTTTATTACTTCCCCCTTCTCTCCTGCCATGAAACTTGCCA CTTTTTTTCTATCATACTACACAAAAATACATTGCAAGCAACTTTAATAGTTTAATCAAC ATGTATTACATCCATTTCTAATTAATTTTCTCTTTAAGTCAATGTTTCTAGTTTCACCTA TATATATATAAAAAAAACATTTTTTTTAATTTAGTTTAAATTTATATTTACGTTATTTAA TTTTAATTATGTATAAGTCGACACTTAAGTTATATAAAAATTATTAAATAAATAAACACA GTCATCCTATCGATATATCCTACATGACAATTTTGTCTACTAAGAGACGTCATATGTGCA TTATATCGTATCACGTAGGATATATATATCTATTTGTTCAATTATAAACAAGCTAAAGTG TCTACTTGTGCACACTGAAAATTGAAGGATTGTAATTAATTATTTTAGTGTTTTTTTTTC TCTTTCAAATGTTTAAATCTTAGTTGTGTAGTAAACAAAAAGCAACTCATTGGGATGAAA GAGAAATAGAGCAGGAATAGTAAAATATCGGAATATGTTATGAACTTCTTTAATATTTCC ATTGTATCATGCATACTCTTAATAATAACAATAATAATAATAATAATAATAATAATAATA ATAATAATAATGTTATAGAAATAGGAGTAAATTCAATTATATTAGTCTTTAACAATTGTA GACCTATAAATGTAGTAAGCAAATCCAGAGAAAGCAGAAACTACAACCACGATAGCTACA ACACCCAAGGCCACTTTTTTGACTTTCTTGAATCTTGATTTATTTGATACTTCATTTGTA TTCTTATTTGGCACTGTAATTTTGAGAACACCCTTCTCAAAGTTGGCCTTTATAGCATCT ACATTATGATCCTTTCCTAATTGAATCTCTTTGAGAAAACTTAATCTTGTTTGGTTTGCT TGTACATCTCCTGAAATCTTTACAACTCCACAATTGCTAACTTGTACCTTCAATCCTTCC TTATCCTTGAATTCTTGAATGCAAAAAGAAAAAAAAAATCAATTAAAGGATATATATTGC AATAATTTTGTCGACGGACGATGGAGTCAGAAATTTCATTGTTCAAGTGCTCAAGTGAAC CTCCTTTTTATTAAAAAGTGAAAAAAAAGGAAATATTATTTCAAGATATCATTACCTTTT CAAGATGCCTGCAACCATAAGGTTATATCATATAGGTTATATCATATTGTTGTGTTTAGG GTGTTCAAAATATATTATTTAGACACTTTGTACTTGTATATATGGTATAATTTTTTCGAA ATAGTAACTAATTGTGCTGTATTATTTACCTGGGAGATGGACCAAGAGAAGATCAGCTCC ATCTTGATGTTGCCATTCACAAGTTGGCTCAAAATGACCTTGTAATTTGTTTTCCATCAT GTAAGTGTATTTCTTCTGAATTACTATAGTAGCTTTGTATATTTATGCTTCTATTATACC AATGTCATGGTTTTTAAGTTGTGCTACTCTCAAATTCACTTCTTATATATAGGGCAAACA TGATTGTTTTTATATAAGAAAAAAAATAAGAAGCAAAAACATGACAAGGGAATGATTCCT TTTTTGGTTTTGATGGTTTTCCATTTGAGTTTCTTTAATTTGTGGTTTTCCTAGATTCTT GTTTAGAGGACATGATGATTTCCTTTTTGCAAGGCAATGAAAAATTCCATAATCACTTCT TTCCATCTTTAAGAGGGATTTTATGGAAAATTTAAGAGACATTGTGAAATTCGTAAAAAT ATGTTCGTGAAGATTTTAAGGAGTCGCTTTGTAGAAAAATTAATAATGCAGAAATTAAAA TGTAGGAATTAATAGAGAGGTTTTGCTTTCCATTGTTTGGTTGATTGTTTCCTACATCAT TTTGTGTGTGAAAAACTTTATAAAATATTTTTTTTCAATTATACTCTAGAATTATTATAT AATTGGGTTAAGGTAAATAATTGAAGGACAATATTATTTTTTGTGGCCTTTTAACTATCT ATGAGAAAAACAATTTTGTTGTCATGTTTGTCTTTTTTTTTTTCATTTAAATTATTTGAG GATAAATAATTGTCATCTTAGTAAATTGATTACTTACCTTGTCAATTTTCATTTTTTTTT TAAAAAAAAAGACAAAATATCAACTTGTTTAAAATTGAAACAGCGATAAACAATAGTAAA ATTGAATAAATCGCATCTACACTTACACATAAAAATAGCAAGTTGTAGTTTTAGTATATA TGCAATTTTATAAATTGTTTAAAATACAAATAATTAGAAAATCACACACACACACACACA CACACATATATATATATATATATACACACACACACAAAAATAATATATTCGTAAGATCAC AAACGTCACGTGATGATATATTTCTCTTTTTAATTATTTAAATGTTAAACAATTCACATT TCAAATATTGTATTAATTTGTATTGGATTTATTTAGTCAAACAACTTTCTCTAAATAATT TATAAGCTAATTTATTTAAATAAATTTATTAGAAAAAATATAAAACATTAAATAAAAAAA ATAAACAAAATAATTAAAATAATTGAAGGAATATTTTTATCTTTTCATAGATTTATCCCA TGATATTATATCTTGTGTTATTAATACCTCCAAATGGAATGTATTAGTAATACATCATAT AACACCATGTAGGAGATATATTAAGCTATGAATTAATTATATATAAACCTAATTTTTTAT CAAATTTAATAGCATTAAATAATATCATACCTAATATATATGGATTATTTATTTTAATGT AGTCTACCAAATGGTCCCTAAGTGTCCATAAGTTAACTTTAGAGGTATTGAGTAGGATTA TAGACAACCTTGCGGGTGCATCTCACTTTAGGGTGTCAAAATTAAACCCAAATATAGTAA TCCGCTCAAATTTTTAATGGTTGGACTCAAGATAATTTGAGTTGGGTTTATTCTCAACAT ATTCAAGCTTAGCCCATTTGAAGATAATTCTCAATTGAGCCAATTCAATCTCTAATTTAA ACTTTTTTAATTTTTTTTTTACTAAGATATGTTCCAATATTGAAGGTATGAATTATTATT TATTTAACATTTTTAAGGATTTATCTATCTCTTTGTTACTTTTTTAACAAAAAATTGGGT GAAAATTCAATTGTGATTATAAAAGTTAAATATAAATATATTAAATTATTGAGATTAATC GGGTTAAATTGGGCGGGTCAAGATCCAATTCGTTTTTTAGCCCATTTAAACCCAACCCAT CGAGCACAAAATAAACTTGGATGGATCAAAATCCAACTCGATTTCTAATAAACCCATTTC AATACTTTCAATTTCAATCTATTCCACCCATTTAATACCCCTTTATCTAATGAAATTTAC GAAACAATCTTTCATAAAAAGTATAATTGACCAAATAAAAAATAATGTCTTTGCATGCAT AGACAAAGATTGAGCTACTTCTTTGTAAATTGAAGGCACATGAGCTTTAATTTTGGGTGT TAAATTTTTTTAATAGCTTTTTCTTTAATATAAACTTAATATGACTTCAATTTCACAAAA ATGATTTTTTTTTACAATATATTTCTATGTGATTTGATTTGAAGTACAAACGCAACCTAT AATTAACATTGGATTTAAAACTATGATACTATTTTTTTTACGAAAAAAGTAACAATAATA TAAAACGTTATTATATATTATAAAATAATAAAAAATAATACTAGTAATTCATCAAACTAT TTTAATACTAATATCCAAAGAAAATAAATCTCCAAAATCTTGGCAAAGACACCAAAATAT AACGAGTATTTTGGTTAAATTTCGCCTGTACGGTAACAAGTGAGTTTTCCCCTTCCCCTG TTTCTACAATGCCGCCGAAAGCTTCCTCCGCGTCGCGGTGGGGCCGCACCAGATCGTCCG CCAGAAAATCTGCTCCCGAATCCGCCGGCCAGAAACCTTCTCCGCCTCCATCCACTTCCA CCGCCGTGACCGATTCCCCATCGCCTCAAAAAGACAATCAATCCTCTCCCTTGATGACCT ACTCTACAAATTCTAAAATCAGTGAGCATCCGGAGCAATCTCTGAGCATCCAAGTTCCAG AAACAAACACTGGGGAAACCGGAGTTGAGTTGAATGAAGCTGACCAAGGCACGCCGCCAA AAACAGTGGAAATTAAAGCTGTTGGGGAGCAGAAAGTAGGGCAGAGTGGTAAGAAAAAAG TGGTGAAAAAGACGGTAAAGATTGTTAAGAAGATTATCAAGAGGAAAGTGCCCAAATCTG TTGCAAAGAACAGCAAAATGACGGACGAATCAGAAGAAGGCCACGCAGAAACTGTTTTGG ATTCACTCGATGTTGAGAAAGCTAGCTCTCGAGGCACAATTGAACCAGAAACTGTATGTT TAGAGGTTAGTAGTGCTGCTACAGTTGGTGAGGGTGGTAACTCGGAGAAGGACAATTTTC AGCCAAAAGAAGTTGAGGAAGGTATTATTGCTGTTGAGGTTATGCTAGGAAAGGATGGAA TGAAGGACTGTGAGGTTACTGTAGCTAAAGATAAGTTGGAGCTTCCAATTTTGGGATGTA ATGATGCAAAGGACAATCTAGGTTCCCCTGAGACAGGAAATGTAGTTGTTGATTCAGAAA AAGGTAATCTCCGTTCAGTAAAGATTGTCAAGAAGATTGTAAAGAAGAAAGTGCCCAAAT CCGTTGCAAAGAACAGTAGAAAGACTGAGGAATCAGAAAAAGGCAGGGAAATTGCTGACG CAGAAACTGTTTTGGATTCATTAGATGTTAAAAAAGCTAACTCTCGAGGCACAATTGAAC TAGAAACTGTATATGTAGAGCCTTGTAATGCTGCTGCAGTTAGTGAGGGTGGTGACTTTG AGAAGGGCACATTTCATCCAGTAGAAGTTGGGAAAGGTACTATTGCTGCTGAGGGTATCT TAGGAAAGGATAGAATGATGGACTCTGAGGTTAGTGTAAACGAAGGTAAATTACAGCTTC CCATTTCAGAAAATAAAGGTGCCAAGGACAATATAGGTTCACTCCAGACAGGAAACACAG TTCTTGATTCAGAAAAAGGTAATCTTCGTCCGGTAAAGATTGTCAAGAAGATTGTGAAGA AGAAAGTGCCCAAACTTGTTGCCAGGAAAAGGGAAAAAAAGGAAGAATTGGTGAAAGGTA GCAACAATGGGGATGCAGAAACTATAATGGATTCAGCAGGCGTTGAAAAATCTAAACCTA GTCCTCCAGAAACTGAAAACCTAGAATCTTGTAAGGATGTTTCAGCTGAAAATGAGGAGT CAAAGAAACATAGTTTACATCCGATGGAAGTTGAGAAGGCTGAGTGTGTTAGTGAGTTTG GTGCAACTGAAAACACATTAGAGGCTTGCATGTTGGAATGCAAAGATAGTGTTGTTGAGA ATGATAATATGGATTCCCTTGAAACACAAATTGTAGTTCTTGATTCAGAAAAAAATAGTC TTAATGTTTCTACTAGTGATAATGTGGATTCGAGTAAGGATCAAAATTTGGTTCAGTTGG GAGAGGAAGGGTACAGTCAAGGCAGAGAGGAAACAAAGGAAGCTGTGGATACTAGTCTGA GGTTGAATGAAGGAATTCTATTGAGTGGGGAAATGGAGGCATTAGAACGGAAAAAGAGGC GGAGGACAGAGATATTCATTGGGGGATTAGGCAAGGAGTCAAAGGAAGAGGATATTAGGA GTATCTTTGGTGAGGTTGGTGAGGTTGTGGATGTAAGATTGTTGATAAATCATGAAACAG GAAAGAACAAGGGGTTTGCTTTCCTCCGGTATGCTTCTGCTGCTGATGCAAAGAAGGCTG TAGAAAGATATTCCAAAGTTGAGGTAATGTCATTTGGAATTGCTACCTGTAGTCTCCTAA GTAGAACAAAGGTTTGTTTAAGTAGTGCAGTTAGTTGGTCGGTTGTTTGTCTACACGTAC AGCTAATAAAATAAGTATGTGGCAAGATTCATATTGATTTTTTGACAGACTTATCAATTT TCTGGATCCTAAAGAATATTTTAAGTTTTAATTGATCTCTGTGCATCAAAAATTTGGTGG AAGCTTATGTAACAAATTTGCATACTCTAATATAGGTTAGAAATAGGTCTATGATATTGG GAAGTAGGTTCTTTGAACTCATTTTTGGATACCTAGCTTGAAATGGATATGGCTACAAAT ACTCTTTTTTTTCTTTGTTGATAAGTGGTATGGACATTTCTTACTAGTTGCTGTATCCGT ACAAGTAATAAACACTACGCTATGAGGAATAATCATGCTGTTGGTGGTGTATTCATCTTT TGATTTTCATATTACACCCAAAATTTAAGGCATGGAGAATAATATATTTTAGCTAAGTTT ACTGGTGTAGTCATGCTGGATAGATAATTGCAGTTTCTGCAGTAAGCTGATGTATGCGGT GGACTAATGCATTTATTTGATTTTGAAACCTAGATATCTGGGAAGCAATGTCGTGTATCC CTTGCTGAGGGTAATGACACAATATACCTGGGTAATATTGACAAGAAATGGAAGACTGAA GATGTAAGCTTTACTGTTTGCTGCTGATTATTGTAATTCCCCTGGGTTAAATGACTTCAA AGAGTTTATTTCTGGACAGGTGATTGATCTACTGAAGAAGGCTGGAATTGAAAATATCGA TAAGGTCACAGTTATGGCTAATCCTAACAACATCGAGCAGAATCGAGGCTTTGCATTTGT TGAACTTGAAACAAGTAAAGAAGCTCAGATTGCTTTCAGTAAACTCCAAAAGAAGGATGC TTTTGGGAAACACATGAACGTAAAAGTTGCATGGGCACAGCCTTTAATTGAGCCAAATGA AGAAGAACTGCTAAAGGTCAGTTGTGATGAAAGGTTTTGGAATTAATATATTGATGCTTA TTGAGTTATTTACCTGAAGTAAATGCTAAGCGGTGCATGAGAAAAGAGGCCTTAATACTC TATTTTGTTTCTTCTTCTTTCCCTAGCATTTCTGACTAACAACTCTATTTTGTTTCTTCT TCTTTCCCTAGCCTTTCTGACTAACAATCTTCATCTATAATACAACTTTTATTTGATTAA AGTACTTAATTGCTTCACCTTTGTCAAGGTTAAATCAGTTTATGCTGAATATTTACCTTC CTCATGGATTGAAGAAAAAGTGCGAGACTACTTTGGCAAATTTGGTGAAATTGAGAGTGT TGTTCTTGCAAAAGATCTTCCTTCCTCAAGGAGAAAAGATTTTGCCTTTGTCAATTATAT AAGCCGCGAGTCTGCTCTTGCGTGCATTGAAGGATTCAGTCATGAACCAGCTAATGAAAG CGGATCCAAGGTTTCACATTGTTTCTATAATTTACCATTAAGTAATTGCAAAAGTTGCTT TGCTTATGATTATTTTCAATGTTGATTATATTTTAGGTAAGCATTAAGGTATCTCTTGCT AAACCCATGCCAAAGAGTAAGCAAACTAAACGTGTAACCCTTCCTACTAGAAGGGAACCT CCGGAGAAGAAGAAAATACAGGACCATTGTGAGTTTTTTGAAACCTATATTTGTCAATTT GATGATAGTTTGGTATAAAATTGTTTGCTCTGTGGCATAAAACCTTGGTTGATCCTTATT TTTTTGTAAGAAAAGAGAGAAGAGATTCTTGGGGAATGAATTGCTTGATTATTACTTTTT CAGATCAGGTAAACAACTTAATTTCATAAATGGAAGTCAAAATTAGCCATTAACAAGAAG TACACCCAAAAGTTTAAAGAGCCTACAAAATGATATAGTTCACAAAGAAAAAGCCCTCAA TCATCTATTCATCCCGGGACTACATTGGTGCACCAAAAATAAATAAGGGATGAGAAACTA CTTCTCAGCTGCTCAAAATTCATTTCTACTCATTCTGAAGCCCTTTTATTTCTCTCTCTC TCTCAATGATCCTCTTCAGACCTAGATAACAACTTTTAATGGCGTGCTCTTTCTTGCTTG ATTATTATGTGAAGTAGGTTGGAATTCAAACATGTTTATGAGTCGCCAATTAAGTTAAAT ACATATTCTTCTACTTAGATAATTACTAGCATTCTAAATGGCTACCCTTTGACCTTTAAA TTTTCAACCAGCAAAAGTGGATATGACTCTGTTTATTAATATTAAGACATTTGAATCTTC ATTAACATCTGAATATTATGATGTTGTATGAGGATACAAATACTAAAAATTAAGATCATT TATTTTTTCAACATTTGAATGTTTGAATCTTATCTTTATTGAAAGTTCATGAATATAAAA TTGAAAAGAAAGTTCATCTAATACTATATCAACGAACTGTAAGAAAGATATATTATTAGG GTGGCAGGTGGCAGTGATTGTTGATAATGCTAAATGGCGGTGGGTTAGTTGGGTGATTGT GGTGGTTCTGGGTGGTAGGTAATGGTAATGATGGTTGATAATAGCGGTTACTGTTGGTGG TTGGTAATGGCAATCGATATAATTGAGGATGATGTGGTAGTGATTGATAGCGGTGGTTGG CTATATATGCCAATAGCATGGTGGTGGTGGTTGTGCTGATGATGGTATATAGTGGCTACT GACAGAGACGAGTGACTGGTGATTTGGGATAGTGATATTTGTGGTTGAGATGGTGGGTTT GTGCATGATGGATGGTGTGTTGATTGTAAATGGTAGCTAGTTGCGATGATGGCTGACTAT GTTGATTGACAGTAATGGTAATTGTGGTTGAGATGGTAGTTTTGGGTGGTAGACTGGAAG TTGATACTTGATAGTTGGGGGCGGCAGCAATAGTGGTTAGTGATAAAAGTGGATGGAGTA GTGATGAAATACGTTCTTTGCTAAACCCTTGAGTCACTAGCATCTTAATAATATCGAGTT TTTTTTTTGAGGTCTTAATCATTCAGATCTATTCAAAGTCATTAAGTGGTTATAAACGAA AAAACACGCTTAATGATTGAGTTTTAAATGATTAAGATTTAGACCTAAAATTTAGACCTA AAAAATGAGGCCCAAGTAATTGAAACATAGTAATATTCTTTTTCCTCAATATTATCTTTT CTTTTCCTGATGGAAAATCCTTTTAACTTGTTGCGTGTCCTATAACCAAATATTTTTACT AGAGTTGGGTATCTTGTTGCAGTAATTAAGCCCATTGAAACATTATTGCATTAAGTGAAT ATGTCATATTGGGCTCCAGCAAATTAGGACCAGTATTTGGTAGAAACTAACATAATATTT GAATATAGTTACATTTTAAGAGCATTTCTTTTATTGTTTATCTTTAGATGAATTTGAGGT TGTCATGTTATTGGAAGTTATTGACACCGTAACACTGTAATATTAGCAAATTTGGCTAAA GCTGGGATCTTCTGTCAGAATCTATGTTCAAAGGCTTTTTAAAGTTCTTTTAGATGAGGT AACAAAATCAAAATATATAAAAATCATTAACACTAAGTGTTGGAAACCAAATGAAGTGTT TACAACAGTGGATTGAAATCACAAGTATAAATGAAGGCTTTTGTTGCTTGTGTCAATTCT TTTACGGAAAGAGGTTGCTTTCTAAGCAAACATGACTCCTATGGAGTAAAACAATTGTGT CTTATAGCAGTCGTGAGTCTCGTCTTTAATGAGATATTCCTTTATCGTGGTTATAGCCAT CTTGAAGAGGCATGAACCCAGCAGAAAGGTAAACTACATGAGAAGATATGATGAGGATCA CAGAGTTGAAGGATCTTCTTCTACAACCAATGAACTTCTGCACCTCTTGAGACAACAAGG GCCAGTTCGTCAGCTCCATTCCGGTTTGAACATGGGTAATTTCATATATTTCGCTTCTAA CATTTTCTCTTCCTTTGCATCATGTCATTAGACATAATTTGTTGGCCTAGCTTTCTATTA AAATGTTCTGCTAGTTGTAATGTGCTTTATATTTTTATTAAGCTAAAGGTTAGTGTAATG TACTTGTTCATGTACTTTTGTACCTCCTAAACTTATTGCTGTTGATATTAAGGGAATAGA AAGCTACTTTGAATACAATGGTGTGTTAGGGTAAAAGAAAAGGTCTAAAAAGCATGAGAA TCTGCAATATGTCATCTGCAAGGGACCATGCTACAGCTTAGTGCCGAACGATCTCATGAA CAAGGAATTTTATTCCTAAGTAGAACCCCTAGGCTGGAAGATGTGTCCATCCAATATTAT GTTGGACATGAAGTTTATTATGCTTTTATCCCCTCTCTTATTTATTCGTCAGAGATTGCT TTAGTGATGTCGGTTAATATGTCCTTCAGTAGTTAAAGGTATTTTGGTGAAGAGGGTCAA ATGCTTCTTTAGTTACTCTAGCAGTGAGAAGCTACCAATTAAAGCGAATTTCCTTGAAGG GAAAAACTCTAAAATGAGGCCCTTTTTATTAAGGGGTTATTCGGGCCGGTTTGCGTGTAC CTACGCTAGTATTCTATCTTATGCTTGCTACCTTCTGCCAACACAGGTACTGGGTAACTT TGTCCACCAACACTTGCTATATGGAAAGAGATCTCCCAGCATTTTCTATTGGTGCTTGGA TTTGAGTTTTGATCTCCCATGGTTTTTCCTACTTCATTGGCCCATTGGGTCCTAAAAAAT GGACTTTAGAACCTCAGTTTTCTTTTAAAACAAAAGAAAGAAAGCAGGAGCTTGAAAGTA ACGATTAGTGCCTAGCAGTGTTATCAAAAGCAAAAAGCGCAAAGAAGTTCTAAGGTCTGT TGGGTTGTGGGCTTTAGTGAAAAAGGCGCAAAGGGAGAAAAAAATATAAATATATATGTT TAGTTCAAGAATAATATTACCCAGTTGGAGTTGGGAGTCACCAAGGGAACAAAATATGAA AGAACCATGGTGCAACCGTGGGTATGGGAGTTTGGGGGTTCTGTAACCTGGTAAGGAAAA AGAGATAAGAGGAGTATTTACCTTTTATAGTTCTTATGCTTTCTACTTTGTTGTATATGT TTTATGTTTTTAATGGTTATTCATTGCCAGAGCTCTGCACTTCGGATCCACCCCACCCCA CCCTTCTTTTTCTTTCTTCCTGTTGTATATAATTGATATCTGTTTTCTATTATTCTTGTC CGAGATCAGGTATTAACCATCAGTACTCGTTATCTGGAAGCAAGCGACCGTTTTCAGCTG TAGTAAGTTGCGAATTTGGTTGCCTTTATGCTGCTTTTATATCCTTATGGCTCTTTCACT TCTTATGTAGACATATACTTATCTCTGAGGCACCCTCCTTCTGCCTCTGCAGGTACATAA TCCACATCGTATGGATTCCAGTGGAGTTTCTAGAGTGCACTTAGAAAGCTCTTTCCCTAC TGCAAACCGAAGGTTCATACCATTGTCTGTCATTGTGAATGGACGTCTTCTGCTATCATA TAAAGTAGAATAACGTCTTGCCGATACTTTACCTCAGTAATATTGACTCTGTACTTTTTT TCATTTAGTATGTTGCCACATAGTCGTGGACCTCTGGGTACACCATCTTTTGCCTATTAT GGCCAGCTTGGCAGTGACCATTCACCAGGTGAGTTCAACATGCAACTAGATGGTTTTTGA GATCATTTTCGACTCAATAGTTTATGCCTTATTGAGTATGTCTATTTTGGTTAAGTTGTC TACTTTTTGGGTCTTATCAGGTTCAGTTTATGGGGTCCAAAGCTTTCCGAATTCTTTTCA GGTACAGAATATTGAATGATCTGTGATCATTGTTACGATTCACCATTTATCATGGCAAAC ATTTTGTTGTTCATTGGGAACCCCAGTTATATTACATCTGCCACTCTTGTCATGCTCTAA TTTTGTGCTATTGTTGTATGTTCTGTGCTTTTGAGTTTAATGGCCTGAGAACTGGGCGTG TTCTATTTAGATAATTCATTGCTTGATATTGCAAGTGGATAGTAGTTTATCTCCCTGTTC CCGAATCAGATGTTCTGTAGAATACATTTGCAATTGTTGGTGAGATGCAACTTCTTTATA TGAAAGTACTAACTGCGGGCCATATCCAAGTCCTCCGGAAAATAAATTGGAGGGGAAAAA ATGTTTCCAGTATGGCATGCAATAGCTTTCCTTGGGAAAAATGGCATGTAAACAGACTAA CACTATAATCTTTTAACTTCATTCGATGTAACCAATTCTCAAAAAAATAAAAATAAAATT TCATTCTGCTCAATGACCTAGGATTTTCATAATGTTATCTGGTTAAGAAATGGAAAGCTT GTTCCTAAATAGCATTATGTTTTTAATTTTTTTCTCATATTCTTGATTAGCATGTTTACT TTTGCATAGTTACTTCAAGTGGTTTATACAACCTGATTATTCACCTGCAAGAAGTTCTTA AGCTCAGGAAACTAACTCCTCAGGGAAATACATCTTGATGATACCTATTTTGTAAAGGAT GATAAGCTCTAGCTATTTAGCTTTGTTGCTCAACTAGAATTTCTTAAATGTATTTGATAA AGTACCATATATACATTATTATTAATTTATTTTAATCAGACCCTCAGCCTAATTTTTTCT CCTTTCTGAGTTGTATTTATAGACAATTATCCTTTTTTTTTTGAACATTAAATGAAGATT GAGATGCTAGAGACTGACGTTTCTGTGTTTTAGATCGGCACATGGTTTCTGATCGTGGTT TTTGTTTGTCTTGCAGTCTCATGACCACGACCCTTATGGTGGAAATCGTAGCATATATCG TAGATGTGAGTAAACTTCTTTTAGCATCTTATTTGGCTTTTGAACTGTTTCTTTGAGCAG TCTCAGCCAATTCAGTAATCAGTATATTATGTTTGCTTCATTTTTTGAAACCAGTCCTGC CTGTCCTCGCTATAAAGTTAGCAGATGAGGTGTTCCTAATGCCCAGATATGTATATGGAA CCTGACTAATGCAATCATAAGTTAAGGGTCGTCTCAAATGTTGGTTTCTTTTCCTGCATG TGTTCCTTCATTTGCTTTTTCTGTTAGTTTGGGTGGGTAGGTGGGTGGTCACAAGAGAGT GCTCAATGAAATATTTCCTTCAATCTGATCTAAACCAACAAAGCCACATGGGGATGCTCT ATAGGACTCTTGATTCGCCATTTGTCAAAATTCTTGTTGTAGTGTTTTCTTTAAAGTTGG GAGAGCACCATTCGAATGTGGTGTGTCAGCAGTTTATTGCAGATGAAGGCTCAAATTGCT ATGGTGATCTTGGGTTTGCGTGAACTTTCTATCAAGTTCACATTATCATACCGTCTTTGG ATCTTGTAGAAACTAGATTCACGTTTGTCATGCATCTTATTGTTTTTGGTTGAGTTTCTT GTTAGTATAGTAGTTCTATCTTAAACACATGGTCTCCAATGTCTTGGAATTCCTCTTTAA GGTAGGTAAATTTATTATACGTCTAAGCACTGTTTCAACTTTAAATTTCTGCTGAATGTT ATATGTAGTAAGTTGGCAGAAGAAATGAAATATAGTCAAAAGCTGCCACAAGTATCTGCT AATGATGTGCTGATCTAATCCACTGTTGATCTTAGTTAACTTTCATTCGACGTGATCTTT ATCGTCATTCTTCGTTGGTTTCTACAGATTGAAGGAGTGATTTGGGAATCCCACTGAACT GATGTTTCTAGCAAAGGATTGACTGTCATACTGACCTGTTATTTTGATTCTGTCAAGTTA TTTGTAAAGTTCATAGGAATGTTCAGTTGAGTTGACTCATGCTCAAGGGGTTTTGTAACT TCATCTTTACATATTTGGGTGACCACCCCAGGACCCAGGTCCTTTCTGTATACCCTGCAA ATTTTGGCTTTTCGCCTCCTGTTAAATATAATCAACAATCTATTCTCATGAATTTTCAAG AACTATTTTTATCATGGCAAAAGTTTTAATTCTTTCGTTTTGACAAGTTCAGAAATAGTT GAGAGCATCAACTCAACTAGTGAACAGAATCTTGCTGGTCTGGTATTTCTTTGAGTAGAT TCATTAAAAAATTAAAATGAGGTATAATTTTACAATGAAAATTATGGTTAGAATTGTTTA AACAAGACAGCTTTGACCAACTTGGTATTACGGTGTATTCGATCAAGTTAAACACTTGAA AATATTCTTGGCTGAATCCATCGGTTGCCCCCTAAAATTGGCATCAATTTTCACTTAGAC TCATTAACTAAGCTTTGTACATTTTAGCCACTAAATATCGTACTGAATTGTGTCATTTTA GCATTTTTTAAACAATCAGTTAAATATATAAGGTATGTGTAACACACTCGCCTGATGTGT TAAATTGACAAATTAAATAAACACACTTGGCGAATATATTAAACATATTCTTTATATAAT GATATTTTAGTAGAATGAAGGAGTCAATGACTCAATGACATGTGAAATTTTTTACACAAA ATTAAAAAAAAAAACCAACCCCACCAAGGTCGTCTTTTCTGCCCCACCCACCCAGATCGT CTTCTTCACTATTCCCCACCCACTTAACGTCTTCTACAACTTTGCCCACCCTAACCCAAC CCCATCCACACCCTCATAGTCTTGTACATCCCTCTCCCACCCAGTGTTGTGAATGGCGAG CGCCTCATTGCCTTTGGCGAGAGGCGAGGCGAGGCCTCCTCGCCATTCCCCACTGAGGCG ATGCGGTATGCAAAAGGCGGCTCATGGCGACCTAATGGCGCTAGAAAAGGCGTCGCCTTT TTTATTTTTTAAAAATTTGACTTAACAATATTAATTAAAATTAGGGCCTTTTTTTATATT TTCAAAATCTGCTGCTGCGCACTCTTCTCCCCGACTCTCTTCCCATCGCGACTCTCTTCC CCTATATCTTCTCCTGGTCTCCATCATCTTCAAGTTGCTATTGCTGAAGACCTGAGGTAT ACCTATTTTTTTCTGTTCTTCTTCTTCAATTTTCTTTTCAGACTTTCAATTCTGTTTTCT TCAAGTTTTCTTCACTACTCTTTTTTCTCTCTATTTTCTTCACTCTCTGTTTTGTACCAG ATTACTATAAAATGCCTTCTGTTTTCACTGTGCTGTGAGTCTATGACTGTTGTCCATTAT TATTTTGAAAAAAATAATAATTTTTTTAAAGTAATTATTATAGTATTTGTAAGATATGTA AGTGCTATTGAAATTTTGAATATTATATGTGCAATTAAATATTTTTAATTTGGTATTAAT TGGCGCCTCGATTCAAAAAGGCGAGCGCCTCGCCGCGTGGTGAGGCAGACCCTCGTCGCC TCTCACCGTCCAAAACACTGCTCCCACCCACCCATGGTCTTTTTCAAGTTTTTTTGCTGC CCTTTTTCTTTGTGACAACATGAAGCGTGGCTTTTCTAATGGATTGAAATTTATTTTTTG TGAAATCTCTTCGTGTTGATTTTTTTTTTCTTTGTCTGTAGCATCATCAAAACGTTTCTC CATGGAAGGAGCTCAAGTTTTGAGAGATGTAGCTGAGAAATGAGGAAGCAAATAAAAAAA CTAAAATAAAAAAGGTTAAATGAGCCTTTCGCGGGCTGGTATTGAGTATATTACACTTAC TATGCCATGTCAGTAAAAAGTGTCAAAATGACACAATGAGACATGACATGAGATGTCTAA AATGAACAAAGTTTAGTTAAGATGCCTAAGTGAAAATTAGTACCAACTTTAAGAGGCCAG ATTCTTTCATTGAAAAATATGATGTATCATATATCCAGTCTGGAGACATTATTTGAAGGT GTAGTTTGGTTGAGCAATTAGCTACAAATAGGCTTGATCTTTTTTTTTTTAACTTTAAAC TATTAAAAACACAGAGTGCCAGTGAGAAATGTTGATTTATTTTTCTAATATTTAGTATTT TAAAATCAATGAAAAGTTTAGGTACTTTTTTTGTTTGTTTGAAGTATTTATGAAGTCTAA ATGTTTAGATTTACAAAACTAGAACTAGGACAACGTTTGAATCATCTTTAGCCAGATTGC AATCATTTCATCTATTTTATAAAGCACAACTTATGAATTGTTTATTCATTAAGTATAACA ATCATTCATGAATACTTCTGAAAGGACAATGCTTCAAAAGCAAGTAACAGATAAAATTTG CAATGGATGAGAGTTTATGAATTCTAACTGTCATGATTTGTTTGCATTGCATGGGATCAT CCACCAAATATCATATCCACATACTTCACAACAAAATGGAGTTGTAGAAAGGAAGCCTAC GCGCTAGTTAGAGACGACAAGATGTATCAAATTTCAAGGGCAGTTACTAAATAGATTTTG GGGTGAATGCATAGAAGCTGCAATATGTATCATAAATAGAGTACCTCTCACAATCTTGGA AGCAAAACACTATCTCAAGGAGCTCATAGGCTGAATACAGGAGCTTGGCATCAATAGTAG CAGAAGTTGCGTGGTTAGTTGGACTCTTCAAAGAACTAGGAGTGCAGGTGAAGATGCATG TGCCTACTTACACTGACAGCAAATTAGCAATACAGATTGCTGTCAACCCAGTCTTCCATG AGCGTACAAAGCACATAGACATCGATTACCATTTCATCAGAGAAAAGGTTCAACTAGGAT TAGTTTAACCTACGTATTTGGAAACAACACAGCAACCTGCAGACTTACTCACCAAAGAAT TCACTTGTGTGCAACATGCGTATCGGCTTGCCAAGCTAGGAATGAAGAATGTTTTTCGTA CACCTAGCTTGAGGGAGGATGTTGAGCAGCTAGTAAAATGCACAGCTATAAGTTAGCTCT GACAAGTTAATTAAATTAACAAATTTAGTTAGTTAGAATTTGTTAGTGTGTTAGCTTGAT GAACTGATTGTATATATAAATGACATAGTCATAGGATGAAGAGAGTTATAAAAAGAGTTC CCTTGTAAAGCTTTCAATGTTCAATGAAGAAGAGAGTTTCTCTCTATTGTTAAGCAAGCT GTACTTCTACTCATTACTGCAGTAACTCGATTCTCTGATCTTAACAAATTATACTCCAAT TTGATCCATCTTTTCTCTATCAGGATTTTCTACTGCTAGTATCTTTACCATTGCCAAGTG TAACTGGAAAAGAAAGGCCAACATGTCGCAGCGGTACATCTTGTAGTTACTCCCCCCCCC CACCCCCCCATCTCCCTAGCCCCTTTCATGTTCTGAGGAAAGTGAATTAACCTGATGAAC TAAAAGGAGTAGGTGTATGAAATTGTGATACCAGTAAGGTATGCATTTTGGTGGTGAACA ATTTGGTTTGCAGCTTATTGCTGTTTCCTCGACTGCTAGACCTAAAGGAAAAATAATAAT CAGAAATGACAATATGTGATCCATGTTATGTACTAGGCTTGGGAAGTGTAGGGCATTTGC TCGTTCCCGTTTAGAGCAATCATTCAGTGTTCTGCACTGAAAGGATGTTACTGTGTAATT AGTTGGATACATTCATATATACTTAAACTAGACTTGTGGGATAGTGCATGATCCACAAAT CATTAAACCCTTCTATGCCTATTCAATTCTTCTTGGAAAGTACCTCTTGTTTGATCATCT CAGATTTGACAAGTTAAAACATTTTTACAAGGCCAGAATGGTTTGAAACAAATTGGGTTT ACACACATGCAGATAATTAAATTGAGATTTAGACCACCAAATTAAACTAAAATAGTTGGT CAATACATGTAAGGCTTGATACTATTGCTATACAAATCCTTTTTGTAGAGGTTTGGGATG AGAACAAATCTGTGTGTCACCTGATTGCACCCAGTAAATTGGCACCATCAAGCTTCGCCC CCTCCAAATGCTGAGAGAAAGAGAGAAATATTTAGTTCCAACTAGAATAAAATAAAATGG CGAGCAGAGAATATTAAGCAACAGAGCTGAATCACACCCTTCAAGCTTTCATCCCTTTCC CTATATACTAGGCAAACATACCAAAACATACCATCATCAGTTAACTACTATGGTTAAATT TGTTACATCAGACATTTCTATATTGAATGCAGTGGTAAAAGGAGATTAGTCCAAGGATCA ACAGAAGCATAATTGGATACACAACTCAAATGATAGGACATTGACCAGGGAAACTTCATC TAGGGAAAATAAGACGCTTCATGTGACTTGTAAGACCCTCTTTTTTTTTTTCTAAAAAAC TCATATGGGTTGTAAGACATAACAACCTTAGATCCACTAGGAAGATAATTGACTTCCACA AATGCGAATGATGTGATGATGAAAAGGAGGACTTTTCACATATTATTAGGACTAGTAAAA AATGTAGATAAATTTGGGATAGTTTCCACTCCCAAAATGAGATTGATTTCATGAAATGAA TGCTATGCTTATGCTTGAATGGATTGATTGATCTCCTACTGTGTTACACTAACATTTTCA TCTATTTGGCAAATGGAAAGAAAGAAATAGAAATTTGATTGGAAAAAATAACGTCCATCA ACAGATCTTTGCACATAATAGTGATTATGCTTGGGAAATTGTTGAAATATTTCCTTGATG AACTTCTTATCTGAAGTTAAGACTATTACTCACTTGGTCTCCTCCTTGTTTAGAAAAGAT TAAACTGAACATTGATGGCAATGTGAAAACCCAAACTGGAGATGCTGCTTTTGGAAGACT GAGATAATCAAGGGAAAAAGATAATGGGATATTCATGTAAGATAAAACCTAACTCAAGCT TCCTTACGGAAATAGGAGTCGAACAAGGGCTACAATTAGCAAAGGCAGTGAGATAAAATA ATTAGAAGTGGAAACAGATTGTTTGCTTCTTGTTAAGCTTATCAACGAAGACGGCATTCA GTTTCATCCTCCAAGGCTATTATCGAGGATTGCAGATACCCGGAAGTCGAGAAAGCAAAT ATTATCAACATCTGGAGGGAGCAAATCAGTGTGCAGACATTTTGGCAAATAAAGATCACA GACATGAATCAGATTCGCTAATATGGGATGATGTGCTCATGGAAATTCATTGCTTAAACT CTAGTATAAAAAAACTCAATGGTGCCTCTCTGGAAGGAATCAGACTTGATCATCCGAGAG CAAGATTTAAGGAATTACTGATCTTGGGCATATTTATATGCCCATACACTACGATTTACC CACATGTGACTTATGTTTCGAGGACATTTTTATGATAATTGTTGTGTTTTAATCAGTTTA TCAAAGGCGAAAAGCGCAAAAAACTCTAAGGTCCATGGGGCCTTTAAGCGCAAATAAAGC ATGTGCTTTATGAAAAAAGGCGCAAAGGGAGAAAAGAACACAAATATATATGTTTAGTCC AAAAAATAATAATTATAAACATGAATGACAAATATATGACCAAAGTAATTGAAAAAAATT TACGATAAAGTGAAATATTAATTATTTCGTTTCGTTTCACTTCTTCATAAGAGGCTCATT GGCTAGGAAAAGTTTACCTTAGAACCTTGATGACGACACTAAAGAGCACATAAAACGAGG TGAAACACTCAACACATTTTGAGCTCGCTTTAAGGCTTACGAGAGCCTTTGATAACACTG GTTTTGATAAAGTATTCCAATGAATGCGCACTTAACCTACATGATTAGCACATGTAGGGG CTCCTAAAGGAATATGAGCTAAATAAGAGGTGACGGGAGTGAAGGAAAAATGACTGAAGA AAAACACCCCTGGAGCAGCCTAGGTGCACCGCGCCAGGGCCTAAACTACTGAAGCCAACT TTTGCCGTACTGTTCACACACTGCCCCAGCAGTCTCGGCGCTATGGTGGCGAGCTGCCCC ACGAACACCCCGAAGAAAATTCTGAAAATTAAGGAGTCCGAATCAATTAGGAGGGATTAT TTTCCGCAACTATAAATAGAGCCCTAGGGTTCTTTTGTAGGGGAGCTTCTTCTTTTTCAA GTGCAGAAGGCAAGAAATAGATTTCACTGTAAGGGTTCTTTTTCTTCTTCTGCTTTCTTA GACATTAGTAGCTAAAGACCCTTGTTGTGGGGTTGCGACTACGAGTAATTTTTGAACATC GATTGTTTTGAATTAATGTTGGCTTCACTCAAATTACTTTTGAATTTTGGTTTTAGTATT TCATGCTTGATCACCATAGAAATAAACATATTGTCTATTCTTGGACTCGAGAGATGAAGG GATAGATAGACCAAAGAATACAAAGAGCTCGATCCCTCTTGCATATCACTTGTTTAGATT CATGTTCAAGATTAAAATTGAGATGAACATTGAGCTTAGCTACTAAATAGGATGAAATAT AAATGCTCGCCAATTGAGTTTGTCTATCTCCGCTCAAAGATGTAGTTAGAAAGTCAATTG GAGTAGGCGATTAAAGGTCGGGAAGTTATGATCATAAAATCAACCATGTAAATTAGTAAT TTTGATAACCATAGTTGATTCATCACATGAGATGTGATACATGAAACCTTAAGCATGTTG CAGCCCTGAAATTTCCCCATACAAAGGTAATCTTAGTATTCAATTCTTGCATTCTTTATT TATAAATCAAACTCTTTTGGCACTCTTGAATAAATAATTAGACTAGTATAATTTAGTAAG ATAATTAATAGACAAGTCTTATGGGTTCGATAATCCGGCTCTTTTAGAGCCACTAAATTA CTTGTGCGATCACGTACACTAGTGTGTGCAATTGGAAGCAACAATTACCAAGCAAGTTTT GCACATAGTTTGATAGGTATCTCACAAACTTCATAAATGCCATATATTCATAACTAAAAT ATTCTGCCTTTCAGCCTTTTTAGTTGACGAGACATTAAGTAGTCAAACAACATAATGTAC ATACTGTTCTGGAGCTAGAGTGATGTTATCAAAGGCGAAAAGCACAAAAAAGCTCTTAAG GTCTGTGGGGACTTTAAGCGCAAAGCGGAAATAAAGCGTGGGCTTTAATGAAAAAAGGCG CAAAGGGAGAAAAAAATACAAATATATATGTTTAGTCCAAGACTAGAAATTATGAACATG AATGACACATTTATGACCAAAGAAATTGAAAAAAAAATTATGATATAATAAAATATTAAT TGTTTAGTGTCACTTCTTCATATGAGGCTCATTAGCAGTGAAAAGTTTGTCTTAAAACCT TGATGACGACACTGAAGTGCACATAAAGCGAGGCAAAGCGCTCAACATGTTTTGAGCCTC GCTTCAGGGCTTAAGCGCGCTTAAAGCACGCCTTTGATAACACTGAGCTAGACATTCAAA AATGTTGATGTTAACCTCTCATGCTTCTTTACACATATAATACATAGAAAATACAGTACA ATTTAGCAGTCACAATCAGAAATATGCAAGACAGCACAAGAAAACTATTGAGGTTGGGAA AATTATTTAAACACTCCAAGATAGCAACTTGAAGTTGAAATGAATTCGTGGGATAGTAGC CATATGAACGCCCAAAAACTCAATGGTTTGAGTCAGAAAAGGAATTTGAAAGACAGATAT ACAGGAAAGATGGTTTATAGTGGTAGAGAGTGTCATTTACTTATCTTTAGAAATTTATGA TTACTACATCCCAACGGTTGGTGAGGTGAAATGCATTTCCTATATGTAGTTTAAAGTTCA AAGGCGAAGGTTCCATTGGATATCACAGAGATTCCAATATAATTATTATTATTCAAGAGA ACTTTGATTCACATTATCAACTTTTTTTCCTTCCAGATGGAAATTCATCGGTGAATTGGA TTACAAGAAGATCCAGCAAAAGGCCAGGGAAAAGGTTAATCCTTGTCAGTGAATGAAAAT CTGGCTTTATTTCAAGCAATTGTTTTTTCTTTCCTAAAAATTTCCACATATGCTTCACAG AATCAACATAATTGAGGATAGATAAGTAGGCTATTACAAAGCCCAACTGATTGGCAGTGG TAATATGACTTACTGTATCACGAAGATTCACATGCCGAAGATAAGCTCTTTGAAGGTTTG CACCCTTCAGATTTGCATTGGTTAACTTCGCACCCTGGAATAAGTAGTGGAAAATCAATT AAGAGGCATAAAGGAAACTGACTCTTGTTTGGACTCAAAAGGAAATATAATAAGAGTAGC TGACTCATTTCATATGATCTTTAGATGAGTAGGCTATTGTATAGTTCATATTTCGTAGTA GAGAAAATGACCAAAATGGTCCTTGATGTTTACGGATTGAACTATTTTGGTCCTTTATAT ATACTTATTTTTATTGAAATAATCCTTGATGTATATAAAAAGATGATCATTTTGATTGCC AACCCTAAAACTAACTGTACAAATGAAAATTTCTGTTAAACTTATTTGTGGGTGCCTCGA AATTGACAAGTGGCAGACCCCTTCTACCTCAATCGTCTTTCTTACGCCAATTCTGCTGCA ATTTTCAGTTGGTTTATTCTTCTTTTCATTACCAAAATCCTTTTTGACACACAAAAATCT CTTCAATTTTCAAATAACATTGTGAAGATATCGATTTTTAACCTCTGTCCATTCAGTTTT CACCCTTCTATCTGAACAATGATATAGAAAAATACATGAAAAGACTATCATTTTTTTTTT CTTTGATAAAGGTAACGTTTTGTATATCAATCATTAGTTTTAAAAAGGACAAAACAAAAA GAAAGCTATATTCTTCCCATATCTAGCTATAAAAAGAGAGAATAGTTGGTTAAAATTTGA AGAGAGTTGGTTTTGGAGTTTTCCTGGGAAGAGGAATGGAATGTATCATCTGATTTACTT AGGTCACATTTGTTTTAGCAGTCTCACTTTTTGTTATATATATGTATATATGAAAATGGA AGCTGCTGGGGATTATTGTTTAGAGGGAGATAAGAAATGAGTGTAGTGTGTTTTTCTGTT CTTATAAGAATGGCTGGTGGGTGGACTGAAGATGGACCATACCTTTAATGGTGAAAGGAA GAAGATTGCGGGAGAAAGGGTCTGTCAGGTGTCAATTTCAAAGTAACCCACAATTAAATT TAACGGAACTTTTTACTTTTACTGTTTGTTTTAGGGCTAAGGATCAATATGATCAGCTTT CTATATACATCAAGGACTATTTCAATAAGGAGGTATATATAAATGTTACATGTCAATTGA TTAGAAATTGAATTAGCCGTTAATTTTGTATTTGAGTCTGTTAAATGGGACACATGACTG ACACGTGAGTAGTAATAGTTGTAGAGGAAGTCGGTTACAAGTTGTTATAACTGATTTGTG GACAGCTGTCCCTTCGTACATATACTGTTGAATTCATTATAAAGAACCAATTTGCAGACC AATAAGAAATTCTCTTTCTCTCTATCTTCTCTCTCAATTCATCTTCCTCCTTGGAAGATT CGAGTTCAGCTGTTCAAGAGCAATTTTCAATCGTCTTTGCTCTATAGGCTTACTCAATTG ACACTGTATCATTGGTATCAGAGCAAGAGATTTCTCTGATTTGTGGCAATGGGAGATAAC AACACTCAGATGCAGGAGCTGCGCAAGGAGGTTGACAATCTCAAACACTCCATGGAAGGA GTAACCAGCTCTGTCGCGAAGATTCGACAGTCTGTGGATGCTAGTGTGGCTCAGGCCATT GACAAATTTCGAAGATTGCTGGCAACATCTATGAACACCCATGGCGGTGTTAGACCCCCA GCTGAAGGAATTCCTAAGGGCGAAAATAGACCTGGAAATTATCAATTGCCAACCCGTAAT TACCGGATGGATTTCCCTAAATTTGATGGACAAGGACTGAAGGAATGGCTTTACAAATGT GAACAATTTTTTCGATGTAGACGAAACCCCGGAAGACTCAAAAGTTAAGCTGGCATCTTG CAACTTCGAGGGCAAGGCACTCCAATGGCACCAATCTTATGTGAAGCACAGGCTGTCAAG GGAATGGCCAAGGTGGACTGAGTATGTAGGAAGCCTCTATGCTAGGTTTGGGGCTGAACT ATTCGACGATCCAATGAGCGACTTCAAGGACTTGAGACAGGTAAACTCTGTTCAAGACTA TGTCAATCTCTTTGATGAATTACTCACTAGGGTTGAACTATCAGAAGATCAGGTTGTTAG TTGCTTTGTTAGAGGATTGAAACCAGAAGTTGGCTTACCTGTTAAAATGCTTGCACCAAG GTCACTAGCTAAGGCAGTTAACTTAGCTAGAATACAGGAGCAGGCCATATTTGTCCAGCA GCAAGTATCTTCTGGATCTTCAGTGCTTTCCAATCCCAAAACCACTCCCAGATTTGATAA TCCTCCCACTTTTTCTTATGGATCCACCTACCAATCTAGTAGAAGTCATCCAAACCCTTC CAAAAATTCCACGACCTTCTCTAATAACCCCAAACCTAACCTGAAAAATGTCAATGAGAT GGATGAAAGGAGGAGCAAAGGACTATGTTTAATTGTGATGAAAAGTATGCGTATGGCCAT GTTCGTAAGAAGAAGAACAATTATTTTCTATAGAAGTAGAGGAGGACAGTGAGGGTGTTG AGGAAGTAGAGCAGGAAGTTGTTGCAAACCCTGCTGAATTCTTGACTATGATAGGCGACT CCCTGTAGACTGATGATCAGGGGGTTATTCTGCCTCATGTTTTTGTTTATACCATGAATG GACTGCATGACTTTAGGACTATGAGAGTAACAGTATCTGTTAAGGGCAAGGCTGTACAAG TCCTAATTGATACAGGGAGTACTCACAATTTTCTGGATTTAAACACTGCCAAAGGGTTAG GATGTATTTTAACTGCTATCTCTCTTTTTCCTGTGTCTGTGGCTGATGGAAACAAGATGC ATTGTCAATATACATGTAAGAAGCTGGTTTGGAAAATGCAAGGGGTCTCATTCGATTCTG ACATGTTAGTGCTACCTATTGGAGGGTGTAGCATGGTCTTTGGGGTCCAATGGTTAATTA CCTTGGGGGATATAACGTGGAATTTCAAACAACTTAAAATGGAGTTCAGTATCATGGGAC ACAAGGTGTCTCTGAGGGGTATCAAACCTCCGGCAGCTAAGCTGGTACAGCAGAGTGGCA TGGATAAATTGTTAGCTAAACCAGCAGAACTATGCTTGATTTCTGTGGGTATGTATTTAG GGGAGGAGTACAGTGGAGAACCAGGAAGTTTCTTTTCTATAAACACTTGTGATGAAGTTG GTAAGGATAAAGCTGACATACAGGAGATACTGCAAGATTTCAATGATTTGTTTAAGGCAC CAACTGAATTACCACCATCAAGAGATCATGACCATAGAATCATCTTGAAGGAAGGCACTT CTCCTATCAACATTAGACCCTACAGATACGCTGCAATTGAGAAGGATGAGATTGAGAAGC TGGTCAATGAGATGATGGATTCAGGAGTGATAAGGCCTAGTACCAGTCCATATTCTTCAC CCATAGTCATGTTTAAGAAGAAGGATGGTTCATGGAGAATGTGTGTTGATTACAGAGAAC TAAATTCACGTACTATCAAGAATAAGTTTCCCATTCCATTGATTGAAGAATTGTTAGATG AGCTACATGGTGCAAAGTATTTCTCTAAGTTGGATCTAGGATCAGGTTATCATCAGATTA GGATGTTTGAGCCTGACATCCCAAAAACTGTTTTTCGAACCCATCAAGTTCATTATGAAT TTATGGTCATGCCTTTCGGCCTAACCAATGCCCCCTCCACATTTCAAAGCTTGATGAATC GGATTTTTCTTCCTCATCTCAGAAAGTTCATTTTAGTATTCTTTGATGATATCCTTGTCT ACAGCTCTAAGTGGACTGATCACTTTTCTCACTTGAGGGAAACTTTCAAGATTATTCTAG AAAATGTTTAGTATGCGAAGCAGATCAAATGTGCATTTGGGGTTCAACAAATTGACTATT TAGGTCATATCATCTCTCGAGAAGGGGTTGCTATGGATGGAAGCAAGGTAGATGCTGTTG TGAACTGGCCCCAACCTACAACTTTAAAAGGATTGAGAGGGTTTTTGGGACTTGCAGGGT ACTACATGAGGTTTATCCAAAGTTTTGGTATTATAGCAAGACCCTTGAATGACTTATTGA AGAAGGGAAATCTCAAATGCACTGAAGCTGCTTCTCAAGCTTTTGACAAGCTCAAACTGG CCGTTACTTCAGCACCAGAGTTAGCATTATCAGATTTTTCCACAGAATTCATAGTGGAAA CGGAAGCCTCTATAGGAGGTATTGGTGCTGTATTTGCACAAAATCACAGACCTATAGCAT TTTTAGTCAAAGGTTGTATGCGAAGAATCAAGCCCTATCAGTTTATGAAAGGGAAGTGTT AGCACTAGTGTCACCTGTCCAGAAGTGGAGGTCTTATCTTTTGGGTAGGCAATTTATAAT TAAAACTGATCATCAACCCCTCAAATATTTGATGGAGCAAAGGATTACCACCCCTGGCCA ACAGAAGTGGTTGGTCAAACTACTTGGTTATGACTACCTTATTTCCTATAAAAAAAGGCA AAGACAATGTTGTTGCAGATGCTCTTTCTAGAAGAGAGGAACCCATCCAGCTTTGTAGCA TCTCTGGGGTTCAAGCTCAACTACTTGAAGATGTTAAGAACTCGTGGTTGCAGGATCCTG TGCTACAGAAACTAATCACTTCCATTCAGACTACAGTTGTTACTAAACCTTACTACAGTT ATCATGCTATGATCTTGAGTAGAAAAAGTAAGATGATGGTAGGCTCTGTGGCTACAGTGA GGAAAGATTAGCTTTATACCATAACAGTGCTACTGGAAGTCATTCTGGTATAACAGCCAC CTTACAGAGGCTTTAACAGGATTTTTACCGGAAGAAAATGAAACAGGATGTCTATGCCTA TGTTAGGTGTTGTGATGTTTGTCAGAGGTGCAAGGGTGAAAATGTAGCATAGCGGACCTT CTTCAACCTCTAACAATTCCAAACAAGTGTGGCAAGATATTTCGATGGATTTTATAGAGG GTCTTCCTTGAGGTCGATGGACATGAGGTTATTTTTGTGGTAGTTGACAGGTAGAACAAG GCAGCTCACTTAATGGCACCCTTATACTGCAGTGGAGGTAGCTCAGGCTTTCATGAATGG GGTATTCAAACTCCATGGCATGCCAAAAACTATAGTCTCTGATAGAGATCCAGTATTTAC AAGCAGGTTTGGAAAGAATTGTTCAAATTGCAGAAGGTTACCTTGCTCACTTCTGCATAC TACCCTCAAACAGATGGCAGACTGAAGTTGTTAATAGATGTCTTGAGTGTTATCTCAGGT GCATGATGTTTGAGAAACCTAGGGAATGGCCCCAATGGTTGGCTCTGGCTGAATGGTGGT ACAACACTTCATTTCATTCTGCTATTAACATGACACCCTATGTTGTTGATTATGGTCAAA CACCTCCTCCGCTCCTTCCATACATGCCTTTCGACTCCCAACTTGACATGCTAACAAGCT AGCGAGGCTACCTTGAGATGCCTAAAGTCTCATTTAGCTAGACCCGAAGTCGAATGAAAT CTCAGGCCGACAAAGGAAGAACTGATAGGTCTTATGTAATTGGGGATTGGGTCTACATAA AGTTACATCCTTAAAGACAGACATCATTGAAATCTCATAGTTTCCAAAAACTTTCAGCCA AGTTTTTTGGTCCTTTTCGAATCATAGCAAGGGTGGGTTCAGTTGTGTACACTCTCCAAT TACCCCCTGCCTCTCGAATTCACCCTACTTTTCATATTTCTCAGCTCAAAAAGAAGTTAG GGTCCCATATAGTTTCTGCTACCCTCCCTGAGGTTCATGTTGATGCTGGTCACATCCTCT TGACACCAGAAGCAGTTCTTGATAGGAGGATTATCAAGAAGCATGGCAGGCCTGCTACTC AGTAATTAGTTAAATGGTTCAATGCGTCTGAATACGATAGCACTTGAGAGGATTATCAGT CTTTCACCCAGCGGTTTCCACATTTTAATCCTTGAGCTCAAGGATTTGATGAAGAGGGGG AATATTGTTACATGTCAATTGATTAGAAATCTTATTAGTTGTTAATTTTGTATTTGAGTC TGTTAAGTGGGACACGTGATTTGTAATAGTTGTAGAGGAAGTCGGTTACAAGTTGTTATA ACTGATTTGTGGACAGTTGTCCTTTCTTACATATACTCGTTGAGTTCATTGTAAAGAATC AATCTGCAGATCAATAAGAAATTCTCTCTCAATTCATCTTCTTCCTTGGAAGATTTGAGT TCAGCTGTTCAAGAGTGATTCTCAATCATCTTTGCTCTTTAGGCTTACTCAATTGACACT ATCAATAAAGGACCAAAATAATTCAACCCGTATACATCAACGACTAATTTGGTCGTTTTC TCATTCATAGAACTCACTTTTTATTATTATTTGTATTTTTGGACGATATAGAAGGATCTG AAAACCCTTGGTGCCCCTTTATTAATGACTGCACTTACTATTTATAGATCCCAAAGAAAA AAAGGAGAAAGAGAGAGAGAGCGATCCTTGACTGCAAAGTTCAATAAAAATTTGATTATT GGTGAGAGATATCTTTCTGACTGTTTGGGAAACTCGTTTACTCAAGTTATTGGAGGGGAT TGGCAGAACCTATTGGTTTGAGACTGAAAGAAGAAATCTTATTGCATTATACTTTAGGTG GTATAGTAAACCGGGTTTAGCAAGTGCCTTATAAAACAATGGAATGGCCAGTCCAGGTGA AGACAAAGAAGGTTAGGGTGACATCGGTAAGCAAGTAATGTAGAACCCATCACACATCAG AAGGGATGGAGGGTTGCACACCTTATAAGGTGGTGTATGGGTATGCTTGTCAGTTCAAGT TAAACATTTTGTGCCTTGTAAAACTTTATCCCCTAGTGGTTAGACCCTTCACCATTCAAT TTTTCAGCTCTGCAGGTCAGGCCAAGATAACTAGCATAATACACGAGGAGGAATCGCTTT TGAGGCGATTAGAAGGCCATGCATTATTGTGTTAGGATAATATCTAAAATGTTTTCATTG TGTCAAAAAAGCATTTTGAAGCTGTGCGGAGAAGAATTAGGTATATTAGGCTGTCGGAAG GTCACTTGTTCCTGTTGCAAGAAACTGTGGTCCAAGAAAGAAGCAAGACTTACATAAAGT ACTTAACAATTACTGTGAAAAGAACAGTTAGTAAGATTAGCAGAAATCTTAACACAATAA CAGAAATGAAATGACATGATCATTTGAGATAATTTCCAGTGAATTACAAGCAATAAAAAT ATTTTAACAGTCTTGGCCTCTGGGTAAGTACTTCTAAAGAAACTTTGCAGGATTTTAGCA GAAGCACAAATAAATTAAGGTTGGATGAGTGAAGTACGAGCAATAAAAATAGTTCAAAAG TCGCATGTTCACCAGAGTAATACTTTTAACTTAGTTTTGATAGCTGCTTCTGTATCCAAT ATTATTCCACCTTGGGTGAATTTAGGCAATAGTATTACATGCATAACTTTTACCTTCAGA TTTGCACCTTCAAGATTAGCTCCTTCGAGGTTGGCATTGGTAAGATCAGCTGTCTGGGAA TAAATATAAACAGTAATTCAGCACATTAAACAGGCTTCAAAATATAAATGCTAAATAGAG TTGTAAAACTGAAGTGAGAGGATTTAGGCAAAGAATAAGAATCTAGGCCTTATTCCAAAT CATTACAAGTTCACTTTCTACCAACAAAGATATAATTTTTTTTTATATAATTTAGGTGCA TCAGAGAATGAAGCTGTAGTAGAATATCTTGTCAAGAAAACACGTAAAAATGTCAAAAAT TTAAAAGGATCCACAGAGGATGCAGCAACAGACATTACAGTTTTAGAAGTTTAACCTGTA GGTGAGCAGAACGAAGATCCGCCCCACAAAAGCTACAGCCTATTAGACAAGCATCTGTAT GGAAATAAAGGAAGATTATCATAGTAATAAATGTCAGGGAGATGAAGAAAAACAGTAAGA AAAATAATAGATATCTAGATAACAAGCAGATCATTCATCATACTTTACACTGGGAAACAA AAACAGCAACTTATAATGAAAGTGAAGAGTCCGGGCAACTTAGAGCAAAGAAGGTAGATA CGTTGATTATCTGATAAGTTGATAAGTTCAGAATACACCTACTTCAAACATTATAACCTA CCTGTCTAACAGTAAGCATTTGAGGTTCTAGCACAAAACACTTCAAACATGCATGATGCA CCGTAGAACAGAAACATAGCACACTTCCATAGGAGTGCCTGATGCTAGAAAAATTACCCA AAGAATACCTCTCTTCCAAGAAACAAGTAATTCTTGCTGTTTCTCATTCTCTCAACACCC CCTCCCCACCCCCCAGCCCTTTCTAGTCTCTCTACCTCCTTCTATTCTCCCTTTCTTTTC TTCTCAGGATATAAGGAGATTAGACATGGCTCGAAATACAGTAACAACAAACTTGAAGAA ACACAAATTATTGGTTATAAATTGTAGTCTTACTTCTGCAGAACTCCACATGAAGAAATC ACTCTTACCGTTTAGTTTCAGAACAAATCTGTACTCTGTAGTCTGTAATAACCATTACCT TGTAAATTTGCACTTTGAAGATTAGCACCAGCTAATACAGCTCCACGAAGATTTGCTCCA GTGAATTCACATCTTCCCTAGGCAAAATGAAATCACTAAGGTTGCAACTTGACAGTAAAG ATGGGCTTGAAAATAATATTATGTGCTTAAATTTTAATCCACACAAACATGTAAAGCCTG CTAAAAAGAGGATATAAAGAGGGTGAATCTTCAAAAAATCAAACACTGTTACGATGATCA AACACTATGCATGATCTACATAAAATGTGGAGACCGAAAGATTATGCGCTATAGCTTACT CGCGCAATGTGGCATTGTGAAAAATGGAAGCTTCGGCATCAACATCCTGCGACAAAAGTT AAAGAACAATCAAGAAAAAAAATAGTATTATCTAGTAACTAAGTCATGGAAAGGTATTAG TGTAATGAGCTTAGAATTACAAATGTTCCTAGAGTCCCACTCCCTCGTCAACAAAGACAT TGAATATACCACCATCCAACCAAGAGTATCACTGCATAAAAGTTATCTTTTCCTTTTCCT TATCCTTTTTCTAGATTTGTAAGCAAGGACTTCTCATTGATGAAGACCAAAAGTTGCCAG CCATGTACAATGGCTACACCAAAGACAATGTGCATTTTTTCTAACTGCAAGTAAACAGAC AATACTATGCACTAAATTTATAGAAACAACCAGCTTTGTCTGAAGTATGTTTGCAAATAC CCTCAGCACCAAATGAGACAATTAGCAAGGCTGAGATAAATTGATATGCCTATGTCTATG TTATTATCTTTTTATAATTGTGGTGTACAGGCTAGCTTGAGTGCACCTCAACTAATTCCA CCAAATACCTGCCACCTCCCGCCAGCAACAGGTATCAGTTAATTCTATCCACCAAGGCTA GGACAGATGGGAAGAACCACCTAGAGTTTTTGTCCCTGCTATGATTTGAACCGAAGACCT CATGATTCTCAACCCACTTCATTGACCACTAGGCCACACCCTTAACCTTGGGTGTGCTTA TGATTATGTTATATGGAATCAGGAATGAGATTTAACCACACACAGTCCAATATGATATTA CTATGTCATACCGAGTCATCATTGGTATATCAAGGCAAATTAAGAGTCTATGTCTCTATG TAACATTGCTTACTATCTCCAAAACTTCTTTTACCCAATATAAGGCATACAATCGTGTAC ATTTGTTATACAAACTACCACTTACTCAAAAATAATGTCCAGAACACCCCTTAGCATAAT AAAAGGAGACAATTTGCAAAGAAGACTAGAAATCACTGACTGAGGTATGAGAATCTGCAA AAGCTATCAATCCAACAAGGTGTTACACTTGTGATGCCCATTCAACGAGGATACTTAAAG ACAAAATGAAGGGTCCTGTACCATAGCTAACCATTTCCATAACTTCTTCCTTCCTATGCT GCAGCCAAACAAGATTACAAACCTTTCATCTAGCTGGTATAACCTAGTCAAACCCCAGTC CAGCCATTTTTGTGAAATTGGCTACTAAGACACTCATCTCTCATCAATAACCTCAATAGG ACTGAAGCATGCCAATTAGCTCCAGTTGAGCGCTCGGCTAAGGTTGACCGCTGCAACACT GCGAAACATAATTCTTAATCTTGCAAAAGTAGAAAGACCTAGAAGTATTTTTCAGTCAAA CAAAGCTAAAGTGAGAGCACATCAAATTCAGAACTTTTCTCCCTTCATCAAAACAAACCT CCAAAACTGTAAAGAAGTAGCTCATCCACAGAGAGTGCAGTACTACTATGTTCTCACTCA GAATTATATATGATTCTAGACTATTATCACAAGTGTAAATAAAAGAAATTTACTGCTAAC GTTAGATGCCCACTCTCCCAAGGTATTATGACTAATTGTAGAAGTACAACATTCTCAGTG ATCTACACACTAACTGCGGTTGAAAATTCAGAGACATTTAATTGAGCAATAATACCCTGA ATTTTGCACATTGAAGATTGGCACGTGAGAAGAACACTGTTTTTAGACATGCATAGCTGA AATCCACAAACGACAAGTCCTGCACATAGAACAGATATCATTGACTAATTAAAAAGTTGT AGAAAATCATATGAATAATGATATCAACACATCTGACATAGCCAAATGCTAGGGAGATTC TCCCAAGTTGCCAAAAAAGAAGGGATGGGGGGTTGTACTGCAGTAAAACAGAGCAAAGAA GTCATTATCTGATGCTATCAAGATGAGCTTCCTTTTTTGGAATATCCCACTTTGTAAGGA ACATGAATTTGGATAAGGTAATTATTTTATTAACGGATAAAGTCAAAGTAGGGGTGTGCG TAAGACCAGAAAAATGACCAAATCAGTTTTCGCTTTATTCCGTCGGTTTAGGTTATGCAT ATTTGTAACTTTGGTTGTTCAGTTCAGTGATTGGTTTCCAGGGCTCAGTTTTTCGGTAGC TGAAATTTGGAAAAGCCTTGATTTTGGCCTTCCGCGGTTCCAAACTCAAGCACAAAACCA AATGCTATGTTCATGAAGATTGAAGTCCAAACTCCGTTCCTCTCTTTGTTTCAATGAATG CCTCAGCGCTCGCATTCTACGGGGAACTTTTTTGACTATTTACCTTCGTAGGAAGCAAAA GGAAGCAGAAAAGGTCATCATGCAATCTACCAAAGCTGAAGCTTTTTCTGCTGGTGAATA ATCTACATTCGCAATGAGCTACATTTGCCTATTGCCCACAGAAAAGGAGAAATATCTTGC CCATCGCTTTATACCAAAAAAGGGGGAAAACCTACAAAATATGGTTCTCTCCAAAAGACG CCCAGTCCTCTATACAAACAAGAACTACATGGGTGCACAAAATAGAAAGGGATCGAAGAC TACTTCTCAATTGGCAAAGCTCATATCCACCCTTCAAAAGCTCTCATATTTCTTTCTTTC CAAATGACCCACAAAAGAGCAGAAGAAGTAACATTCCATGCCTTGTGTCTTCTTCTTCTA ACTTCACTCCTCCACTGGAACATAAACTCCTTCACAGATCTTGTCATTACCCAAGAAATG TCAAACCATCTGAATATATCCCCCAATAACCTCGTGGATATTTGCAATGTAACGGAGTTT GATCCACATCCTCACCAGCCTCCTTGCAAAGAAAATACCAGATCAAGCAGAGAACCTTTC TTTTTCCAAGATTCTCTGCCGTCAAAATAACCCCTCTACTGGTAGCTAACCACATGAAGA AACATACTTTCCTCGGCACCTTAAGAATCCGGACCAAAGCATATGGGAACCCTCATCGCC CCGACCCAAGAGCTTCTCATAAAAGAACTTAACAGAGAACACTTTGTTATTCCCCAATTC TCAACTAAAAACATCAGATTTGTTGACTGATTTACATTGCTTTTGAAGTAAAACTAGCCG TCTCTGAAGCTCAGTCACCTCCCAATAGTGAAAATTCCTCCTGAACCTCAAATCCCAAAA AGTCTCTTAACAGTGTTTTTATAATTTGTGGAGTAAGGCGACGGGACATTCCTTCAATTC TAGATTAGATCAACTCTGTATTCAAATTTTTCCCCCTTCTTGGGGTAAATGGAAAACAGA GTTGCATGTAATTGCACCCTTTTCTTAATGTAAGACTTATCTTACTTGAGGACAACTTGT CCTTTGTCATAACCTCTTTGACTAAATGGTTGCTTCTCTTATTTATTAAAACACAGAAAA ACAACATAAAACAATGAGGAGATGGCGATCATGCCCATAGAAGCATAAGCTCTTTATGAA GCATAGAAACTACATGAGGAAATGAGCATAGTTATTAAGACAACAAGATGGTAATGCAAG AAGTCTAGATCAAGTATCCATATCTGCAACTACGAACAAAAAGAAATGAAATAGTCTAGC ACTAAATTATTACCAACTTCGAAAGATCAAGACCAGAAAGATTAATTCCCCGAAATCTGA CTCTCTCAGACTGTATGCATTTGATAATGTCAATGCGTGTCAATTCAGTACCCAACTCCT CATCCTCCTTCCTCTTACTTAGGGCAGATTTAATTCCATCTACTAGACCCTGAAAAGAAA TAGGTAAACTAAGAGCTCTTAACAACTACGCAGACACACAAACTACTTTAGCTGTCAGAA AATATTTGTAACTCCCAAATAGCTACATTTCAGTACAACATACCTCTTTAGTAAAGGAAG AAAAAAAAATTATCAAGTAAAAGATATCACTGATAATAACAAGGCCAACATGGCCGTATA CAAGAGGCATACCAAAAAGGAGAAACCTACAAGAAAATGGTCCTCTTCAATGTTACCAAC TTCGAACCAATCCTCTATACAAACCAATGTTATCAGAAGCGAAAAGTGCAAAAAAGCGCT AAGGTTCGTTGAGGCTTTAAGCGCAAAGAAAGCATGGGTTTTATTGAGAAAAGGCACAAA TGAAGAAAACATACAAATATATATATATATATATAAATATAGTCCAAGACTAATAATTAT AAGCATGAAAAACAAAATATATGGACGAAGAAACTAATAATTTAAGCATGAAAAACAAAT ATATGGACGAAGAAATTGATTGTATTACGATAGAGTGAAATATGAATGTCTTACTGTCAC CTCTTCAGGAAATGCTCATTCGCAAGAAAAAAGTATGTTGTAGAGCCTTGATGACGACAC TGTAACACATATTTTAGCAAGTCAAAGCGCTCAACATGTTTTGAGCTACGCTTCAGGGCG TAAGCGCACCTTTGAAAACATCACAACACATACAAAAAGGAACTACATGGGTGCACCAAA AGAAAATAAGGATGGGAGACTACTTCTCAATTGAACAAAGCTCATATCCACCCCTTCAAA AACTCTCATATTCCTCTCTTTCCAAATGACCCCCATTAGAGCAAGAGGAGTTACATTCCA CACATTGTGGCTTCTTCTTCGAGCTTTACTCTTCCAGCTGAACATCAACTCCTTCCCAGA TTTTGGCATTACCCAAAGATATGCCAAACCATCTGTATAATGGCTAAACTGACATCTCTA TATCTTCCATTTAACATATATATTCAAGAAATGATTCCCCAAAAGAAATAAAGCACAACT ATTCAGTGGGTGTGTCAATATCGATGGTTTGGAAACCATGACAAGTAGCACTTTGGTTCC CTATCTCAGGAAATATTGGTTTATAACCAAGAAAATCTCAAGCATGCTCAATCTATATCT CAAATAGTTCAATGATCTAAGAAAAACCTGGTCCTGTTCTATTTGAAGAGGCTAAATATA ACATTCTCCTAGGTCTTTAAGAAGCATAAGCAAATGAATGAAAAGTATATCACCTACATG AAACACCAAAAAGTTACAGAAAAAGTATCTCCACGGCTCGAAAAACTAAGAAAAGCAATT CCAATCATAGACTGCCACAAGGTACAGGCACATGGTTCAAGCAAACAAAATCTGCCCTTA AATCTTAATGACCACATTCACATGGCAATATGAGTGATTTAGAACACAAAACATATACAA GTGCACGATAAACACTAGAAGAGGATAATGGATTTACAAGGAGTTGATAGTACTCCGCCT CCCGCAGAAGCTGAGCATATTCAGAATCTTTCAGGGGTGGAATTACACCATCCCTCAACC AATTAAGGATATGGTGGAAGTGCTTTCCGTCCCTGTCAACGAATATGTGTCCCTGCAAAA ACACATTGAAAGGAGATATGAAGTCGTGAAAACTAGACCATAGATGTCTCTTCTCCAAAG ATCAACATGAAGGAGCATGAACTTGATATCTGTCAAAGATAATAAATATATTTTCTGACA AGAATGAGATATAAATTACATTTCCAGAAACTAAAGAACCAGCTAATACCAATGAACAAG CCTCCGAGCTAATTCCTAATAAGGATGAATGCATAGTGCATTATGGTAAGTGGTAACCAA AACCAACCAGTATTTTAGGACCCTTTGCATCTGCACAATTTATCTAGAACTGTCCAAATT TGAACTACTAAACATCAAAATCATTGACCTTATGAGAACACTAGACACAAAAGCAGAGCG ACCTAGTGTCAAGACTAACATGATGTAACATCTAATTACACACAACAGAGAAAGAAAACA CAAAAAGAGCAGAGAAAGAAAATAAGTGCAAAAATGTAAGAGTCCTTGGAGTTTTTGTAC ATGCTTGTTTATGTTTCACGTGAACCTGTTTTAAAAATCGCATCTTGTACTGACATTTCA GCACTCCATTTCCAAAGAAATGAATAAACTATTGAGATTCATAAAGTAATTGGTGAAAAG ATTGGTGCTTTTTAATTTTATACAAAATTACAAGAAGTTCAAGGTACTTTCTTAGCTTGT TTCCTTTTATTTTATTGATCTTCTGAAGTAAAAAGACCAGTATATAGTATGCGAAAGAGT AGAGAACCCACACAAAATTATGGTTCTCTAAAAAAGAGGTCTAGTCATCTATCTTGTGAG TCGTGGGTGCACTAAAAAACTATCAAAAAAACAAAGGGATATTCTAATCTGTGCAAGATC ATATTACTCTGCTTAATTTCTTTATCACATACATTGAAGCTTTTGGCAAGCTGCATTTTC TCTTTGAACTATCAGACATCAGTAATGGGATACTAATGAAAAATATGTTCATGAATACTA CAGTATTCCTTATTCTGACTAATCCCACAATAACAAAGATCACTCGCCAGCAGTGTGTGA GTGAGATAAAGGATTAGTGTCTGAGTCGCTGGATCACAAAAATGGATCTATGGTTTCAAG TCCACTCGTTGATTTCAAGAAAACCGAATCAATTGGCCTCCAAGCAAAATATTACTCACC TTGTACTTCTTGTCATCAGATGGTTTTGGTTTATTAACGGGAGTTCTAAATGTTAGTTAT CAAAAAATAAAAAATCGGTTTATATGGATCACATCCAAATTGGATTCTTTTGTCTAATTC TTTTTTACAGTGACACAACAAGGTGTTTTTCTCTTACTATAAGATCCATCATAGGATACA TAAACATGGATCGTATTCTGATGTATGCTTTACATTTCACATTTGGTTCAACATCGTTTA TCGATGAATGAAGAATAGCTAGCCTAAAAACAGAATGATGATATGGCATTACATTATGCA TAACAAATGATATTGTCCAAACTCAGCCTAGGAATAAGTTGTGAATTGTCAAGAGAACAT TCTAGTGAAAGACTATGAAAAGCTATTAGCCTGTTAAATGTTGTTCACCAGGTGCCTCTC ATCTGCAACAACTCTAAGGGCCAAAAATTTTCATTCCGAAGTGGGTCCATTCCAGCTACG TGTTCCACATCGGAGTTTCTTGCAGAATCTGTGGGGGTCAATTCTGAAGGTGGTGAACAG GTTAGAACATTCACTCTTGCTACTGGAAAGTGTCAACATATGAACAATAAGGCGGGGAAG GACTCTGATGGTTACGAGGTGGGACAAAATCTGCTCCGAGTTTGGTGCACCCCAAAGATT CCTATATGTATAGATAAATCGGAGTCTTTTGTAGAGAATCATTTTTTTATAACCGTGGTG TTTGGACAAGCTTGCGCTCACCTCGACTAATTCCATAGGATACCTTTCACCTCCCACCAT CGTCATGTATCAGGTGACTGCCAAGGCTAGGATATATGAGAAGAAAACAACTAGTGATTT GTGTCTCTGATGAGTTTGAACATGAGACCTCATAGTTCTCAACCCATTTCATTGACCACT AGGCCACATCCTTGGGTATGGAGTTCTACTCTAAAAACAACATACCCAGTGTAATCTTCT TTGTATCCGCAACATTATTCCTACATTGTAAAGGTAGAGAGATTGTCCCACTAACAATTA AATTATTTTCCTTATAAAAAAAATGTTTTCATCTTATAGATAGGTATATCCTCCTTAGTT TGTCTCTTCAGTTTGACCAATCAGATCTACTTAGATACCACAAAAAAATGGTGTTCTTTT CACATATATACTTAAACCTATTCAGTTAAATATAAGCCTCTCTCTGACTCCCAGGAACTG TTTAAAAAGGCATATGTTAGTAAAATCTTTAACCCATTCCTACATGATTTATTTATTGAT TTGATCAGCAAGGTCACTTCCATTTATCCAATCAAAGGTTGGTGTTGAAATTGTTGAGGT TGCATAAGGTCAGGAACAATGGAAAGAGACGATGGGAAGTGGAGATATTGACTAAATTTA GAGAAAAAAAATTGTGGGGAAGACCAAAAGAAGGCTTGCCCTGATTTTGAAGGGAGAAAT GGAGGAAGAGGTGGAGAGGACGAAAACTGATGGACCATTAAATTTCTATTCAATTTGATT TGTTGCAACAGTTTTCTTTTTTTGAGACAAGTAACAGAGGTGCAACAGCTTGAAGCAATC AGCACGTTTCTCACAACTTAGAGATTTGATGTACAGAAAACCAAAAACCTATATAGGCTA GCAAACAGAGTAACAAGGGTTAAGTTTAACTTAGGTTGAGACATATAGATGAGACCATCA AACCTCGGAAGAATAGTTTGTTAGACATGAAAGAACGAAAAGTGGCTCCCTTTCCAGGGG GAGGCAGGTGCATGACAGCCATTCTTTTGGGAGATAAACTCTGACTAGAGAAGGAACTGA ATCTGAATTGGTGCTTTTATGTGCAACCAGTGGTCTTGGCGTCTTGCTTTTTCCAATCAA GGATTTTGCTTGACCCATTGCAGCAAATGGAATGCACAACCAATTGTTTAAAATTCTTGC AGCACTCTACTTCACATCATTGTATATGGTATGATATAGATCAGAGTTTCAAGGGATAAG AGAAAACCCCCATTCTCTCAGGTCATGGAAAATACTTGAAATTTCCAAAATTAAAGTAAC AGGCTAACTTCCATCCTCCTTCATTAACTATGAATGATACTCTTCTCTAACTGTAGTTCA ACATCTGAGAGACAATTGCAATGTGCCTTATGTAATTAAAGAAGTGAGTGTGTGCATAAC ATGTACCTTCTCTGACTCCTGGCAGATAGTATGACGACCACTAAACATAGCAGCGAGCAT CGAGTCTGGCTCACGTTGTGTGAGGGTATCCAGTGTAGTGCAAAACTTCCTTCCTCCTTT AGAGAAAATTTTTTAAATCACTCATAAAAATCAGCCCAAAAAAGATGTGTGTGAGAAAAT GACAAGGCAAAATCATTTTCCTGCGTTACAATTCTTCAGTATTATCCTTTCATGTTCAAG TAACAAAGTAAAGATATTAAACATAATAATTAATACAAAAAAATACGCAATCCAGCTGGA AAAGAGAATATCCCTGGGATGAACTTAAATGGAAACCACCTCCAATATTTTAGTTGGAAC TTTAATTTAAGCAAAATTCAACAAGTCTATAGACTCCAAAATCTTGCAGAATGTTTCTTA ATTGTTTTATGTTGTAGAAAGAAATGGAAGAGAAATCTCATTTCTGTCAACTCAGATGTC TAAGATTGGAACTAATGTAACTGTTATACTCATTTCTGACCCAAATAGATTACTGCTTCT AATATTGTACCTTATGCATCATTCAGTGTACTATGAGAAAAGGAAAACCTGTGTGCTAAA ACCAACTTTTTGAGATATACATTCATGACCTAAGAAAGAGTAATACTTCTAAAACTGAAC CTTATATCAATCCTTGTGTAGCTACAGAATTGGAAATCAATTCGTCTAGATCTTAATATG GAGCATCACTACAAATTCTTAATGCCCGAAATGCCTAGGGAAGTAGATTCAAAAGAGCAA GGCTTACCGATATTCAGACGAACCGTGGAAGACGAACTTTCGGAGTCATAGGCCATTCTC AGAGTTTGAGGATTGATGATTCAATGGACTCACTGTCACTCTCCTAAGCAAAAAATAGAT TCTACTCCTCCTTTCTACTTTCTAGTCTTCGAAAGTAGCATTATTGACCCCTCTCACTTC AGTAATTTCCACTTTACCTCCTACACTTCTCATATTTAGGAATATTATTACACTTTATTT GGAAATTTATTGAGTCATGAAATTGTGTTCGGTTTTAATATTTAAAAAGCTGAAGTCATT TTGCCGTCTTTTAAAATTATTCGAATAATTAACTTAGACACTTAACTATAACGTGTATCT TGTAACACCCCGAAAATCAGTTGGCTAAACTAGAGCTTAACGTGAGGATTAACGTCAAGG AAGGAGGGCAAGGGTCAAGAAAGTGGTCTAGGGCAGCCTACCTTGGGTAGACACTGCCCT ACCTACCACCACGTCTCATGGTCAAGACCACGACCCTTGGAATGGCTCTTGGTGGGCTAG GCAGCAGCCTCCCCAAAACTGCCCGAAATTAACCCCTCTTCACAAGCCACTTCACCGCTC GTGGTGAAGATCACGACTCATGGAGGAGAGTTGGATGTGTGAGGCTGGAGGAGAGGTGGC TTAGCCATTGCCTCAAGGCCCATGAGAGGGACCATAGCTTGTGGCAAGGACCACGAGTTG TGGAACCTTCTATGAAGGTGCCTTGGGCTTGGGGGCTAATGGCACTTTTGCCAAGCCACT ACCTCAAGGTCCACGAAGGAGACCACGGCTTGTGGTCATGACCACAACTCGTGGGACCCC ATGTGGTACTTGGGCAGCCCACTTAAAATGGATGGTGTTTTGGATAATTCCAGTTTAAGT TAGAATTAAGTGAGGTCATTTTGCCTTAACTTAGGGTCATTATATTTTTAATTCTAAATT AAAACTCACCAATTTAATTCATTATTTCCAAAATCCAAATAAATTGCAAAGTTCATCCTC TCCCAAAATATTCTTTCTCTAGAAACTTAAGGAAGAAGAAGAAGGAGATTCAAGTTAGGA TTCAAGAAGGAAGGTTCTTCATATCAAATCCATTGGGCTTTATTGTTAAGGTATGGTAGT TTTCATCCATAGATAGCTTTCATCCATGTATTACTCTTTAAATCTCCAATTTCAAAAGAT AGAAATTCCAAAATGTTAGGATTTGATTTCAAAGTCATGGGTTCTTTTCAAACTTGGTTC TAATGGTTGGATTATGTTATATTAAGCATGATTTGATGATTTCCAATGGTTTTCATGATG AATCCTAAAGAACCCATGAAATTTTCATATTTCTCAATTGTGATCTTATGATGTGGGCCT TTGTTGATGAAAGAGGAGTGTCATGAAATTATGTATGTGGTGATTGAGTCACTTGAATTA TGATGATATTCATGTCTAATGTTTGAATTCTAGATGTGTTGATTGAAAGTGAGCTTTGAA CCTTGGAAGGAAAAAGTATGATGTAAATGCTTTAAGAACACTTTGAAAGTGAAGTGTCAA TGCTTATGATGTTGTTGTTGTGTTGTTGAACGGACATTTTCATATACACACCTATGTATA AATATGATGTGAAATGTTTTATCACATAATGAAGATCTTAAGATTGAAAGGTTTTCTTAT CTAATTGAATCTTAGATTTATATGTAGACATGAATGGTGAAAAGTTATTCTCACACATGA TCTAAGAGCTATCATATGAACTAAGCTTGGATTGATTGTCAAGACATTCTTCCATGAATA TGAGTTCAGGCAAGACTTAATAAGTACTCCGTGAGAATTTATGCTTAGCACCGAGTGGAT ACTGATATGAGATGGGAGCTCTCACGTTAGTTGAGGCTAGTTCTTAGAAGCAAATTCTTG AGATGAAAGCCCTGACGATATTCGAGGCTTGGTTTTTAGTAGCAATCTCATTATCCCATA AACTATGTACCCCATATGTTATTTAGCTAGTGGATCCACCTAAGCTAAAGTTATCGATTC TACCTTATGCAAGCAGACTAATCCTTTTCGGTGTGGGAGTCATTGCTTTCCATGTTAAGA TCACACGGTCTCATGCCACAACAAGAACAAAAACATGAATAATGAACTATATGGTTATTC AAGAAGTTTCGTGTATGAGTTTTTAAAGGTTTTAAAGATGATATAACTATGTTGACTCAT GTTTTATGACTTATGAGTTTAAATTCTCATATCATGTTTAACTTAGTTAATTGCATAAAC TCCAAATGAAATGTCCCTTTTAACACGTTTTCAATGTTTTCATGCATGGTTATTATAATT GGTGCATTTTGTACTAACGCCTACTTTGCCTACAATTTTCCCAAGTGTAGGGTTCGGTTC TTGAGGTGATCATTCTCGTGGCTAGACTTGGACTTGATTGTTTTCCGAGCTTGGTGAGTT CTCATGGTTCGTGAACGAATTTTCTTATGTTGTAGTTTCATTTCATGTACTTTCCATTTT TAGACATGTTGTATGGGCTAGAGCCTATTTTATTCAAGATTGTGATAGATAGCTATGTTG AGACAAAGTGTCTAGACTTCTACTTTCGCTTATGAAAATTTGTAGACTTGGAATGTGTTT ATATTATTATTATTCTACTGCTTATGTTATGAAGACTATGTGTCTTGTATGGAGTCCTTT GGGTATCTATACGCCATGTTACGTCTAGGGGGTACTCCTAGGTCATGACAAACTTGGTAA TCAGAGAACAAGGTTTAGAATGATTCTTGGATTATGTTTCATAAGCCATGTCTAGTAGAG TCATGTTCATGAGTATGAAGCGCGCCACATTTATGGATGAAAAGCTACAAGATGCTTAGG AAATTTCACTTCTTTCATTAATCTTAAGTCGTGCGATAAATTTTAACTCTATAAGGTCTT TCTTCTTATCCTTATCTGATGGTCTACATGATACGACTACTCGAAGGGCTTTTGCTAGAA GGAATGATGAAGACAATGTGAACCAAGGAGCTCCTTCTCAAGCTCCTCGAGCTTTGATTG ATCTCGAGAATGTAACAAATGAGGAGTTTAGGGGGCCTTTCAAGTTTTGGCTCAAGCCGT ATATATAGCTAATAATAGTGGTTCTTATGTTATATCTCACATGGTCTCATGTTGATTAAG ATTTATTTCCACAACAATAACAAGAATATGATTTTATGAACAATAGTTACTCAATAAGTT GTGTGTATGAGTTTTAAAAGGCTTTTAATATGATGGTGATTATGTTGGCTATGTTTTATG ACTTATGCTCTCTAAACTCTTAAATCATGTTTAAATTGACAATTGCATGCTTTCAAATGA AATGTCCCTTTTTAGGATCAAGATATCATCCAATTATCACTATTTTCCTCCAAATATACT TGACACTTCAAAAGCATCACTCTCTCCTAATTGGCATGACATGTCATTAAAGTCTTTTTT TAATAATACACTAATTTAATTCATTAAACTAATTTAACTAAAATAATGATCATATTATTT TTCATTTTTTATTAATATATTAAGAATAAATTTTCATACTTAAAATCTTTTATCATAATT AAACTTTTATATTTTTATGTTATGCAGAATACTTTTTAAAACATACTATAATCTTATCAA TTTTGAATACTTATAAACACATACATTCAAAAAAATATTGATATACAAATTACTCATGAA CGCTAATTTACTTCAATTAATCATAAATTGTATAATGAATCAATAACATTGAAGGACAAT TAATTATTAAAAAAATAATTTTTTGGGTGCTTTGTAATCCATATATACTTACAATTTCTT TTTTTTTTTAAAAAAGTAAGTGAATAATATTTATAGAAAATAAAGCTTAAATCTTTATTA ATCAGTATATTAATCTCATTTAATATGTATATTATTGAATTAAATTAGGAAATTCAATTA ATTATTAGTTTATTTGTTGATGATTAACTCTATGAAAACTTATAATATAATATAGTATAG AATAAAAGAATAAAAATAAAATAAAATTAAAAAAAGTTAAATAATAATTTTTTCTTTCTT ACCAATTTTTTTTATCTAATCTTAAAAATTTAGTTAAATACTTTATAAAATAAATTGCTT AAAATTTTCAAATAATTTAGTTAGGAATTTTAAAATATCAGGTAATAAGTGCACATATAA ATTTTTTTCATTGAATTTTATTTGGTGATAATATATAAAGTTACTAGACTTTTAAATTAT TTTTCTTATAATCTTCATAAATTCTCATCTAATTTATATATTTATTTTGTAGAGACATAA GTTTGATAGATTAAATAGGTCTATTATTGTTTAAAATGATGATTTAATGGCAGGACATAT CAACTAGAACTTAAGGAGACTTTTTGAGGTATTTAATATTTCTAATGGATAAAAAATATA ATATTATTCACCTTTTATTTTCAAAAAAAAATATCGGAAGCATGAATTGCAAAATACACA ATTAGTGTTATTATGACAATTAATTGACCTTTAATATTATTGATTTATTATACAACTTAT GATTAATTGATGTACATTAACGTTCATGAGTGATTTGTATATCAATATTTTTTTTGATTG TATGTGTTTATAAGTATCCAAAATTGATGAAGTTATAGTACATTTTTAAAATGTATTCTT CATAACATAAAAAAATAAAATGTTTCATTATGATAAAAGATTTTAAATATGAAAATTTAT TCTTAATAAACTAATAAAAAATTTAAAAAATAATATGACCATCATTTTTTGTTAAATGGG TTCAATGAATTAACATAGTCTACTATTAAAAAAGACTTTAATGACATGTCATGTCATTTA GAAGAGAGTGATGATTTTGAAGTGTAAGTATATTTGGAAGGAAATAGTGATAGTTAAGTA ATATTTTAGTCCTAAATAAAATATAAATGATATTTTAAGACAATTCTCTTAACTTGGATG ACGATTTAGGAAATTGACTCCTCAATAATATAATAAAGTTACTTCAATATCTTAAAAAAT TAGACTCTACTATGACTGACGTTTTAATCAATTTTTACATGCAAAATTAAAGGGAAAAAA AATCAATTTCACTTTTAATAAAAATTGCTAAAATTTTAACCTGTTTTACATGCACTCACT CATGTATGACCGAATTTCAGGAATAAGAAAAAATATTTAATCGCTCTTCAAACACAAATG ATTAAAGTTTTAATTAATTTTAACTTACACTATAAATATTAGAAATTAACCTTAGCAAAT CATACCAAACTTCAGATAAAAAATACTCCATATTTGTGCACTTTTCCACCTATACGCGTT GAAACACAAACTTCTCAAAATTTGAAAGGAAAAAATTTCAAAGTTCTCTTTTTTTGAAAA AAAATTTATCGTCAAAAAATTTCTTCATTTTTTGAGAAAAAAAACCTACTACTTGACCTA CAACACTTTGAAAGAGACCATGAAATCACTAAAGTTCGATACAATATTTCAAACCCTAAC AAGTTAACTATCTGATTGTCCATTTGGAGACATATTCAACAGGATTAGTTAATTAATTAA TTAATTAAGAAGATACCATATGATTATCTCATACATTGATCTGCTTTAAATTATGACTAA TTTGTGGCTAGTACTTATAACATTTTTCAACGTGTGACTATTGAAGTTCATAAATAAAGA AACAGATAAAAAGTAAAAGGAAGCCACAAAAGACTGGTAGAAATTAAACATTAAGTACAG AAATGAGGAAGCCACAAAAGTATTTTTGACCTCAAACTTTCATAATGCACAAACAGACAC TTTAACTATTCAATTTTTAAATAAATAAACATATGAATCCTACATGACATAATACACGTA TGACAAGAAATGACATGTAGAACATGCGTGTTTATTTGTTCAATTTTATACAAATTTAAG TGTCTACTTGCGCATACTTAAAGTTGAAGGGCATAAATATGATTTAAAGTCAAGATAAAT GACATATTTATGTATTATGCCAAGAAAAAAGGTACTAAAAGGGGGATGAACACAAATGTA TATGCTCTCTGCACTTTTGTTTGCAATATCAGTCTAATATAATGTATGGTATTGGAAATT CAGGCCATAAATCATGGAATGGAAGATTCATTTCTTGACAAAGTGTGTGAAATTAGCAAA CAGTCCTTTGCTCTTCTACTGAAGAGAAGCTACAATATGGTTAATCAAATGGAAGGATAT GGAAATGATAAAGTTCTTACAGATAAGCAAAGGCTTGATTTGTCTGATAGATTGTATCTT CATGTGTTCCCTGAAGATATAAGAAAACTCCAATTGTGGCCCCAAAAACCTGATTGTTTT AGGTACATCCTCCGCTTTTACTCCGAGATGACTGAGTTAGACACACACAGGGCTAACAAA ATACTACTTGGTGGTAGGGATGTTTTTGAAGAATATATGAAGAATATGAAGTTGTTGAGT GAGTCCCTCCTTAAGGCCATGAATTGCTTTCTGGACCAGTGTGGAGAACGTGGAACGACT ATTGCAAGATTCAACTTCTATCCTCCGTGTCCAAGGCCTGATTTTGTACTTCGAGTCAAA CAACATGCGGATGCATCAGCCATTACCATCCTGTTGCAAGACAAAGAAGTTGAAGGGCTT CAGGTTCTCAAAGATGATCAATGGTTCAGAGTGCCTGTTGTCCCATATGGTTTACTCATT AAATGTTGGAGATCAAGTTGAGGTAAGAAAGAGTAAACTAAATCATGCTGAATGGCTTCA CATGTTCAAAATTTAATGCGTCTAAGACACATTTCTTTTATGAAGAGACGCATCCAACCT TCAGAAGATTTCAGGGTTGCAACGGAAGTCTACTCTGAAATCAGTGCCCCGAACCTGATT TTTCTATCCAAAGTTCTCTTTCTTCTTTTACCATTAATCGTGGTGACTTGAACTGGTTGT CGATTAAATGTTCTTCTTTAGCGTTAACCATTTCTATTTATTTTCCAATAAAATGTTGTA CAACATGTAAAAATTTTCAGAAACATTGTTCTTCCTTGCTGCAGATAATGAGCAATGGCA TCTTTAAGAGGGTGTTGACGAATGCAGAACAAGAAAAAAACACCCTTGCTATTTTCATTA TGCCAGATGTAGCTGTTGGGATTGGACCAGTGGAGAAGCTTATCAACGAGGAAAGGCCGA GAGCGTACAAGGACATTAAGAATTATGTTGCTCTCTTCTTCCAAAGCTATCAGCAGGGGA AAATACCAATAGAAGCAGCAAAGATTAGTAATTAGCTGATGTTGGTTCCTCTATTTGTAT TTTTACTAGTCGTGGTTGCCTGTGCTGTGAACGAGCCCAGTACTAAGATCTGATAAATGC AACCTCTTGAATAAGATAAGAAGGACAGTTTGATTTAGAACCTATTTTTATTCATTTACA AATTATACTAAATGTACAATATTTACTAAAGGTAAGGGTAACGTTTGCTTACGTCCTACC CTCATTGGAACAGTTATAAAAGGCTAGAGGTATACTAGACTTAGTTGATTGGTGGAGGTC TAATTCAACACTTTTCCAACAAGAAGATCATTTTAAACAAAAAAATAATAATTTGTGTAC TTTATTTGAAAGCATCATAAAAAATGGGGATAAGACATCATCCAAAGACTATGATCAAAA TTAGAGAGACACACCTTAGCTAAACAAATATCTTATTACCTCTCAACTCATTTTTTTGAT AATTTTATACATTTTCTGACTTAAGTGGCATATAGTTGAGACACGTGGAAGATGTTTGGA TACCACATAGGCCAAAAAGATATATAAAATTACAAAAAAAAAATATGGATTCAAGGGAGC AATATAACCTTAGTTTAATTAAGACGTGTCTCTGAGATTTCGATCATAGCATAAGGGATA CTTAAATTATAAATGTCCCTACCGTGAAGATATTTTTGAACTTAACTACTAACAAATGAC ATTTTTATTCAATAATTGTAGTTTTAAATATTGTTGATACTTTTTCGTTTTAAAAGTCAA AAATCAATAAATTCTCATCAGATTTAAAAACCAAATTTCATTGCCAAACACTATTTTCAA GGGCCTACTGTCCAATCACCCCATCTATGTATTGATTTTCTTGGGATATATTTGAGAAAC AAAGCAAAACAGTAAGATGTGCAACCACCTAACATTTGCTTCGTACAAAAAAAATTATGG CTGAAACTCAAGAAACAGTTTCCAAATCAGTACAAGAACTAGCAAATACCAATCAAGTTC CAGAAAAGTATATTTATGCACAAGGATCAATCAATACCTATCCTCTTTTGTTCGATGTGC CACAAGTTGATCTTAGCCTTCTCACATCCCCTAACAGACAACAACAGCTCAACAAACTTC AATCAGGTCTCAAGTCTTGTGGCTGTATCCAGGTCTGATTTTTTTTAAAATTTTTTTTTG CTTGGCTTGTGATCGAAGAAAGTGAAGTAGGGAAAATCTAAGTAGCTCAGTTAGCTTAAT TTATAATTTTTTGGTTGTGAGAGTTCGATTTCTCACCTTGTAATATCCTCCCTTGTTTTT CCTTCTCCGTGACCGGATTTAGGTGAGAGGGAGGTACTCATTTGAACACCCTCCGTGCAT ATACAAAATTTGGATCTTTTAAACTCAAGACTAAGGTTGACTTATAAACTTGAGATGATC CAAAAGTGAAAAACTAAATGGAAGTGTTTAGTTGCCAGTTGAGACCAAGTTAATGTTGTG TTTTAGCAAGTGTGAATGAGAAAAGAAAAGAGAAAATATCAAAAGTGAGGGAACTACTTT GGAGAGAAAATGAAAAGTCATTTGCAAAGTGCAAATGAAAAGTCATTTCTTATAAATTTG CAGGTAACGGTAACATTCCGAAAAGTTGTTACTCTTTCCGAAAAGTCGTTACTGTTGTGC GGAATTTGAGATAATACGAGAAAATATAAACGCGAAAAACAAGACAACAGATTTACGTGG TTCACCAATAAATTGGCTACGTCCACGGGAAGAGAGGGAGCAGTTTTATTATGGAGAGGC AAAAACAGAATTACAGAATAGGGTTTGCCATAGCGTCTATTCTATTTGTAGCGGGTTTGA TTCAAGGCATTCAACAGTTACTTTTCGAAAAGTCGTTACTTTCCAAAAAGTAGTTATTTT CCTAACAGACACAATTTTTCGAAAAGTTGTTATTTTTTCCAAAAGACACAACTTTTTGGA TAAAATGGGTCTGAACAGATTTCACTGAACAGACATGTTCCTTGCTGAAAATGGCTATAA AAGGAAGTCAATTTTTGATTTTTAAATCACTGAAATTTTTTTTTGTTTCTCTGCATTTAT TTTTCTCTCAAATAAAATCAAAGTGTCGATCGACTGAGTCTGTGTGACTTGTTGCTATTC TTCAGTTCGTTGAAGTTAAAGAAGTTTGAGGTACCGCTATTTCTTTAACAGGTTTAATCC GTTTTATCTTGGGAGAAATTAATCCATAACCTAGGGATTAAATTTCTTAAGGACACACAG TAGTTTCTGTGGACTCGGATTAATTCTTCTATTTTAAATTTTTTCTGCTTCATGTTGTTT CTGTTTCTGTACATTAACTTCATAAATACAAATTATTGTAAGAATAACAATCTTAAGAAA TTTAACAGTTTCTGTATTTGAGGTTTCTAGAGATTAAAACCTTTATGGTTTTCTACTCTA CTTGAATTTTTAAAATTCATTCGATTAACGACTAAAAGAACATAAAAAACTTTATCGTTA AATCAGAAACAGTTTGTGTAAAGATTTGTTCTTTACTTTAGTATTTTAAATACTTAATTT ATCTGCCATTTGTGACAGAAAAAAATGACTAATTCAAGTCAAACAAATGCTGGAACAGTA AGTGCTGCAACAACAACGGTTGCACATAATCGTTCAAATGCTGCCTTAGCACCGGCTGAG AAACCTGCAAAGTTTTCTGGAGTCGACTTTAAGAGATGGCAGCAAAAGATGTTCTTCTAT CTCACTACGTTGAGTCTGCAGAAGTTCATCAATGAGAATGTTCCTGTTATGTCAGATGAA ACTCCGGCTGATGAACGATTCTTGGTAACAGAAGCATGGACACACTCAGATTTTTTGTGT AAAAATTATATTTTGAGTGGTCTGCAAGATGATCTGTACAATGTGTACAGCAATGCAAAA CCTCAAAAGAACTCTGGGATGCTTTAGAAAAGAAATACAAAACAGAAGATGCCGGAATGA AGAAATTCATTGTGGCAAAATTTTTGGACTTTAAGATGATAGACAGTAAGACTGTCGTCA CCCAAGTTCAAGAATTGCAGGTCATAATTCATGATCTCCTTGCTGAAGGATTAATTGTGA ATGATGCTTTTCAAGTGGTTGCAATTATTGAAAAGTTACCTCCATTGTGGAAGGACTTTA AAAACTACTTGAAATACAAACGCAAGGAGATGACTGTTGAAGATCTCACAGTAAGGTTGA GAATCGAAGAGGATAATAAGGCTTCGGAAAAGAATCTGGAGTAAATTTTGTTGAAGAAGA TTCCACAAAATTAAAGAAAAGAAAGAAAGCATTTGGTCCAAAAAGCAATCCTCCTAAGAA ATTCAATGGAAACTGCTTTAATTGTGGTAAACATGGTCATAGGGCTAATGAATGCCGGGG TTCTAAGAAGGACAAGAAAAAGAAGGATCAAGCAAACTTGGCTGAATCCAAAGGAGAAAT GGATGATCTCTGTGCAATGCTTTCTGAATGTAACTTGGTTGGAAATCCAAGAGAATGGTG GATAGATTCTGGTGCCTCATGCCATGTTTGTGCCAACAAAGAATTATTTTCATCATATAC TCCAGCATTTACAGATGAAAAATTGTTTATGGCAAACTCCGCTGTTGCAAAGGTGGAAGG AACTGACAAAGTCCTATTAAAGATGACATCAGACAAGGTGGTGACTTTGAATAGGGTCTC ATATGTTCCAGAATTGAGAAAGAATTTAGTTTCAATTCCAGTTCTGACCAAGAATGGATT TGAATGTGTATTTGTTTCTGATAAAGTAGTAGTAAGCAAAAATGATATGTATGTAGGAAA AGGCTTACCTTAGTGATTGTAATTGCAGTTGATATGAATAAAGATTTTGCTTCTTCTTAC TTGCTTGAGTCTAAATGTTTATGGCATGAACGTTTGGGACACGTTAATAACAAAACCTTG AGAAAACTGATTAACTTAAATATTTTGCCAAAATTTGAGTGCAATAAATCATAATGTCAA ATTTGTGTTGAATCTAAGTATGCTAAGCATTCTTATAAATCTGTTGAAAGGAATTCAAAT TTTTTAGAATTGATTCACACTGATATTTGTGACATGAAGTCAACACCATCACGTGGTGGG AAAAAGTATTTCATAACTTTTATTGACGATTGCACTAGATATTGTTATGTCTATTTGCTA AATAGTAAGGATGAAGCAATAGATGCATTTAGGCAATATAAAACTGAAGTTGAAAATCAG TTAGATAAAAAGATCAAAATGATCAGAAGTGATAGAGGTGGAGAATATGAATCTCCATTT GCAGAAATATGTTTAGAAAATGGAATAATCCATCAAACTACTGCTCCCTACACTCCTCAG TCTAATGGAATTGCAGAAAGAAAAAATCGAACTTTAAAAGAAATGATGAATGCATTACTT ATAAGTTCAGGTTTACCACAGAACTTGTGGGGGGAAGCTATCCTTACATCAAATCAGATA CTTAATAGAGTGCCTCACTCAAAGACAAATGTAATTCCATATGAGAAATGGAAAGGTAGA AAACTCAATTTGAAATATTTCAAAGTGTGGGGGTGTCTAGCCAAAGTCCAAGTTCCTATA CCTAAGAGGGTAAAAATAGAACCTAAGATTGTGGATTGTGTATTCATTGGATATGCCACA AACAGTAAGGCATGTCGTTTTTTGGTTCATAAGTCAGAACATCCGGATATTCATGATAAT ACGGTAATGGAATCAGATAGTGCTGAATTTTTTGAACATATCTATCCGTATAAAACTAGA CTTGAGTCATCTAGTGGGGGATCTAAACAACCCAGAGAAGAACCAAAAGAGAATGAACAA AATGAAGAAAGTCCAAGACGCAGTAAACGTCAAAAGACATGTACTTCATTTGGATCAGAT TTTGTAACATCTCTTCTTGAAAGTGAGCCTCAAACATTCAAGGAAGCACTCTTGGAAGGA GGCTGTTAATAGTGAAATTGAATCAATCTTAAGCAATCATACTTGGGAGTTGGTTGATCT TCCTCCAGGGAACAAACCGTTGGGTTCAAAATGGATCTTTAAAAGGAAGATGAAAGACGA TGGAACTATTGACAAATATAAAGCAAGACTTGTTGTCAAAGGTTTTAGACAAAAAGAAAG TCTTGATTATTTTGACACATATTCGCCAGTGACTAGGATTACATCAATTCGGATGTTAAT TGCACTAGCTGCAGTATACGGTCTTGAAATTCATCAAATGGATGTGAAAACAGCCTTCTT AAATGGAGAGCTTGAAGAGGAAATTTACATAGAACAACCTGAGGGTTTTGTAGTTCCTGG TAAAGAAAAGAAAGTGTGCAAACTTATTAAGTCACTTTATGGGCTAAAACAAGCACCAAA ACAATGGCATGCAAAGTTTGATCAAACCATGTTGGCAAATGGATTTAAGATCAATGAATG TGATAAATGTGTTTACATTAAAGATACTCCAACTCAGGAAGTTATTTTATGCCTATATGT AGATGATATGCTTATAATGAGCAAAGACATTGCTAATATAAAAGCTACAAAGCGTATGCT TGCTAGTAAGTTTGATATGAAAGATTTAGGAGTTGCTGATGTGATATTAGGAATTAAAAT TCTTAAAACTCCTAATGGTCTAGCATTGTCTCAAACTCATTATATTCAAAAGATACTTGA AAAATTCAAATTTTTGAATTTTAAAAGGGCAAAGACTCCAATTGATGTAAATCTTCATCT TGCAAAGAATAAAGGCGAAAGTCAGTCTCAATTGGACTATGCTAGCGTATTGGGAAGCTT AATGTATGTCATGACTTGTACACGACCAGACATAGCTTGCGCTACCAGTAAACTGAGTCG ATACACAAGTAATCCTAATCATAATCATTGGTTAGCAATGAAGAGAGTTTTGGGATACTT AGATGACACTCAAAACTATGCTTTACATTACAACAAATATCCAGCCGTTCTTGAAGGATA TAGTGATGCAAATTGGATTACTGGGTCAACTGAAACAAAATCCACAAGTGGATACGTTTT TACTATTGGCGGAGGAGCAATATCTTGGAAATCATCCAAACAAACATGTATAGCTCGCTC TACAATGGAGTCTGAATTCATTGCTTTAGACAAGGCAGGTGAAGAAGCTGAATGGCTCCG GAATTTCTTAGAAGATATTCCATTTTGGCCCAAACCAATGGCCCCTATATGCATACATTG TGATAGTCAAGCTGCAATAGGAAGGGCTGGAAGCATTATGTATAACGGCAAGTCTCGTCA CATAAGACGAAGACATAACTCTGTGAGACAACTACTCTCTAGTGGAATTATCACAATTGA CTATGTGAAGTCAAAAGATAATGTGTCGGATCCACTTACAAAAGGCCTAAATAGAGAGGG AGTTGAGAATCATCGACGGGAATGGAACTATGGCTGAGAACAAGTCATCGTGGCGGTAAC TCTACCTAGAAGACTGGAAATCCCAAGATCTACGTTCAAGGAGATAAAACAAAGTCATTG ATGACGGTTCAACATATTATTATTATTTTATGGTCCATTCTCATGATGAGACAATGTTTA GTAACTAGGATAAAGACATAAGGACTTTTTAATGGTTTCTAAGTTTGATACAAGGAATAT CAAATGGTGTATCTATGGGATAACACATTTAGAAATCACCTATGTAAGTGTGAAGTGTAA GGCGCTTCAAGGAGAATCCGGTAAGGCCAGTTCTTTAAGCACTTACTATCCAAGATGTGT TCATGGCTGAAACGAACAAAACAATGAGAACTAAGAACAGTTCAAGGGTTGATTGTGTGA CATATGTTGTCTAGGTATACACCAAAGCTCGACGGTTCAAAGATATCAAATCTACCGATT GACCGAGTATATCCGATATATGTTCACTACGGAAAGTTTAAAGGGAAACCTACTTATCCA GATACGATTAACCTTTACCTACAAGACACACAAGTTTTTTCATGCATATGTTTTAACAAT AGCCTTCCCCATTCATGTGGGGGATTGTTGGGTTTTAGCAAGTGTGAATGAGAAAAGAAA AGAGAAAATATCAAAAGTGAGGGAACTACTTTGGAGAGAAAATGAAAAGTCATTTGCAAA GTGCAAATGAAAAGTCATTTCTTATAAATTTGCAGGTAACGGTAACATTCCGAAAAGTTG TTACTCTTTCCGAAAAGTCGTTACTTTCAAAAAAGTAGTTATTTTCCTAACAGACACAAT TTTTCGAAAAATTGTTATTTTTTCCAAAAGACACAACTTTCTGGATAAAATGGGTCTGAA CAGATTTCACTGAACAGACATGTTCCTTGCTGAAAATGGCTATAAAAGGAAGTCAATTTT TGATTTTTTAATCACTGAAATTTTTTTTTTGTTTCTCTGCATTTATTTTTCTCTCAAATA AAATCAAAGTGTCGATCGACTGAGTCTGTGTGACTTGTTGCTATTCTTCAGTTCGTTGAA GTTAAAGAAGTTTGAGGTAACGCTATTTCTTTAACAGGTTTAATCCGTTTTATCTTGGGA GAAATTAATCCATAACCTTGGGTACTTTGAGGGGATTAAATTTCTTAAGGACACACAGTA GTTTCTGTGGACTCGGATTAATTCTTCTATTTTAAATTTTTTCTGCTCCATCTTGTTTCT GTTTCTGTTCATTAACTTCATAAATACAAATTATTGTAAGAATAACTGTTAAAGTGTCTA TACGCGCACTCTCAAAATAACTGAATATCATGTTAGAGTGTTTGTTTCCGCTATGTCAAA GTAAGAGTAGTAAAAGAAAAAGGGTATCACTAGGGGATGATAGTAAACTAGTACTAACAG AAACAGACATGAACACAAAATCTATATTCTCTCTGCACTTTTGTTTGCATTATCCGTTTA ACATATGAAATTGGAAATTCAGGTCATAAATCATGGAATGGAAGATTCATTTCTTGACAA AGTGCGTGAAATAAGCAAAAAGTTCTTTGCTCTTCCAACTGAAGAGAAGCTTAAATATGC AAGAACAGTTAATCAAATTGAAGGATACGGAAATGATAAAGTTCTTACAGATAAGCAAAG GCTTGATTGGTCCGATAGACTGTGTCTAAATGTGTTCCCTGAAGATATAAGAGAACTCCG ATTCTGGCCACAAAAACCTGAATGTTTTAGGTACATCCTTTGCTTTACTCTGCATTGAAC AAGTTAGACACACACAGGGCTAACAGATAACTTCTTGGCAGGGAAGTTTTTGAAGAATAT ATGAAGAATATGAAGTTGTTGAGTGAGTCCCTCCTAAAGGCCATGGCAGCGTCATTGAAC GTGGAGGAGAATTGCTTTCTGGACCAGTGTGGAGAACGTGGGATGACTACTGCAAGATTC AACTTCTACCCTCCGTGTCCAAGACCTGATGTGGTACTCGGAGTCAAACAACATGCTGAT GCATCGGCCATTACCATCCTGTTGCAAGACAAAGAAGTTGAAGGGCTTCAGGTTCTCAAA GATGATCAATGGTTCAGAGTGCCTGTTGTCCCATATGGTTTACTCATCAATGTTGGAGAT CAAGTTGAGGTAAGTATAAACTAAATAATGTTGAAGGACTTGAAATGCATTGGAGTTATT TTGACTGATAATACGTCTTTTGGTAAGATGCGATTCTTTTATGAAGAGATGCAAGGGGAT ATCTACTCTGAAATCAGCACCTTCAATAGCGTGCCTCGAACTTATTTTTCCTATCCAAAA CTCTTTTTCTTCTTCAATCATTAATTGTTGCGACTTGAATTGGTTGTTGATATGATTAGA TGTTCTTCTTTAGCATCACCATGTTGTACAAACTAGTGAAGTTCTCAGAATTATTATTCC TTGCTGCAGGTAATGAGCAATGGCATCTTTAAAAGCCCGGTGCACAGGGTGGTGACGAAT GCAGAACGAGAAAGAAATAGCCTTGCTGTCTTCATTATGCCAGATGTACATGTTGGGATT GGACCAGTAGAGAAGCTTATCAACGAGGAAAGGCCGAGAGGGTACAAGGACATTAAGAAT TATGTTGCTCTCTTCTTCCAAAGCTATCAGCAGGGGAAAATACCAATAGAAGCAGCAAAG ATAAGCCAAGAATTTCATTAGCTGATGTTGGTTCCTTCTTTTCCTCTATTTGTATGTTCA CTAGTCGTGGTTGCCTGTGCTGCGCACGAGCCCAACACTAAGATCTGGACATGCTCTAAG AAGGGCAAGCTCTTGAATATAAGCAAGACAACGGATTGATCTACAACCTATTGTTATTCA TTTACGAAATATACTAAATGCATAATATGTACCAAAAATAGGAGTAAGGTGCGCGTACAC CTAACCTTCCTAAACCTTACTTGTGAGACTAAACTGATTATATTATTGCTGTGCCGAAAG AACAGAATAATTCTCTAAGTAGAAGAAGGAAGAAACAAATAACTGCTAACGCGCGTACAT GAACAGTTCATTTCTTTGAGTGTTTGTTAATAATTCAAATAGAACAAAAGTGGAGATTGC AGCGTTTAAACAATCTACAAATTGCAGTTAAATAACCAAAAACATAATGGACAAATTTCT AGTGATATTTACTCTTTGATGAATGTGATGTTCAGGTCAGCTTTTACGCATCTCAACTAA TTTTACAATATACTTGTTACCTCCCACCAACAACATTATTAGGTAACTCTGTCTATCCAG GCTCATACGAGGTAAAGACGGGTCATAAGTTGAAAGGTTAGGTAACAAATTGAGTCGAGC ATAAAACATTGTTGTTATTAAATATAATCCAAGTAGTGCTTTTTTCAAATATGACATTGT TACTCTGATTTGATTTTTTTTTTCACTCCTTTAAATAAGGACACTGCTTATAGAAAATTT TGTCAATAAAGAGGTGTGAGTAATTAACAATTAACAACTCCATAGTACATAAATTCCTTT ATTTACATTTGAATTCTCTATTTTAATTTAATTTATCGTTTTATAATTTCTTTATTGAAA TTGGTTGTAAGAGAGGAGAATGATTAGGTTAATCTTAGCTTTGAAACAATGTAATATAAT GTCTTCCATATAGCAAACATCAAAATAATATAGAAAACCAATTAACTCAATATTGGTTGG TATATTACCTATTATCCCCTAAACAAGTTATGCAATATTATGATTACTTCTCCTACATAC GCAAAATATAAAAACAAAAAATCGAATTTCTCTCTCAATATTTTTCCCTTCTTTTTTCCA ATAATTACTACATAATTTTCATCCAAGTTGGTGAAGTAACTCCTCCTTGGGAAGAGTGGT AGGGGTGGAGAGAAAAAGCAATTATGTGTAAAGGTAATGTGATGACGTAGGAATATGTTT ATATTAACAATATATAATTTAATAATATCATATGAGAATAATATTTTTTACGTTGTTATA TTTTAAATAATAACTATTATCTCCATTGGTTTACTAAAAATAGTTATATCAAAATAATTT GATTTTTGACAATTAGAGAGTTGATTCCTTTCAATTATTTGTTTACATCTTATGCTAATC AACATGAGAGGAGATTAATAAAAGGGTAAACAAGAGTAAAGTAACAAAATTGGGATTAAA AAATAAAATAATTTATTTTAATTTATTATTTTATTAAAAGTGTGCAAAATATAAATGTGA CAAAAAAAAAAGGAGGAACTAATATGTTTCTTTTTTCTCTCTTCTTCTTCTTCTTATGAT AATAATAGCTATAATACTCTCAAAGTTTTACCAAAGGAAAGTTTGTGATTCAAATCTCTC TTTTGATTTTTGAAAAATCTTGTTATTAATTCTAGTAGCAAAAAAAGAATAAAAAGTTAA TTCCTTACTTTAGGTGCTTTTTCTTTTCTTTCAATTTCCCTTTTTGTTTTGTTTATTTTC ATTTCACTTTCTTTTCCTTTAATATAATATGCTGAAAATAGAGGTTTTTTTAAAAATTAT TTGAATAAAGCTACTGCACTTTGCCTAAGTATCGTAAAAAGTCAGTAATAATCTTTTAAA ACCAAGGAGTCATGCTGGCGTATTTAGAGGAAGGGTTTCGTGGGTTCACGTGAATCCATG CTTCCCTTTCTAGATTATATATATTAGAGTTATATTTTTTTAAGAGAAATATTTAAAAAT ATGAAGGTATGAATCCATGTTAACAGTAGCATATAATAATAATTCAAGTTAACAGTAGCA TATAATAATACGATGATGATTGAGTGCACCTCTTTAAGCAAAAATATAAATTTAAAATTT ATATTTATCTTACTTTTGTTAGTAACACTTCAAGTGGTTATCGGTGACACTTTTGATGTG TTAATCAATTTTTGTTTGTTTTTTAGCTTTAGTCTTTCAAAATTTTCAAGTGTTTAACAT TGGAAATTCCAAAAAAAAAATTAGCACGGTAAAATTTTTATATAATTAAGTCAAATATGT ATATTAAAGTTTAAAATTAGTAGTATTATATATGTTGGACTTATAATTTTAAATTTAGCG ATTCAATGTTAAGAACATAAAGATCTAACCAATCAAATTATATACTAAGTACATCTTTTG GTTATAATGCACTCATCCTTCTGAAATTCTAAATATGCCGCGAGCACCTCATGCACTAAG TAGGTGTTTCGATTTAGGTTAAGTTGAGATTAGGAAAAAATAATTTTCGAAGTTGAAGTT GAGAAATGATATTACAGAAATTGAAATTATATTTTAACAATCAATTTTCCAAATGTGAAT GAAATCTCATTTTTAAAAAACTTACCAATAAACCTATCCACCAAATTATTTTTTTTTATA AAAGAAATAATAATAAAGGAAAATGTTTAAATACCTTTCAAAATTGTTTTTTGTGACTTA CTTTTTTGACAGCGACATTAAAAGTTAGTGGAAGTTAATTGAAGAGCTTATCTAATTTTG TTGCATGTGGGGACATGAAGAAACACAAGAATCATATGGATTTTGACAGTCATTAAATAT TACATAATCAAATCGGAAAAATGACTTAACTAATTAATTTCCTCACACCTTTTAACTTTT TATTTCTTATTTGGTGTTTGCGGTGTTTTAAAAGAAGGGGTGTGAGGTGGGACGTTTTAT ATAGTATAGAGCGAGAAGTAAGTCTCGAGACATGGGGGCGTAAGTCCCATGGATCTATGG GGCATAGTTTCATGTATATTCAATCTTATAATTTTGTTACTAATAAAATTAGCAAAAGTA AACCTTTTAATGATTTATGATTTTTTATTTCAGATAAGTATAAATAATCAATAATGAAGA AAAAAAATATTATAATTAGTATTTGAGAAATATCATTGCACCAACAGTAAAAATATGATT TAAAGTAAAAATAAGTTATAAATATGATTAAAAACGCCCCGATGTATGTTTTTACGTCAG GACTTACGTTTTTATGCTCAGAGCGTATGCCTCAAATTTTTGGATTTACGCCTTATGAAT CTACGTCTTCATTTACGCCCCGGGTGTTTTTGCTACACTCTGCCCCCAGACTTGTCCAAA AACGTTTTTTAAAACACTAAATATTCGAGTAAATTGAATTTACGCATGTTCAACCACATT AGGAGTAAAAACATTCTATATCTAAAACTATATACTCCATTTATTGTATGAGAATGTAAA TTATGTGGTGAACACAATAAAGAAGCTTTCTATATCAGTTAAGAAGCAACATTTTTGAAT TCTTCGTTCATTGTATCGACCAACCCAAACCCCATAATTGTCACCAATAAAAGTTAAGAT GAAGCATATTTCATTCAAATATTCTAATTAAAGATGAAAAAATATGTATCACGCCCGCCT TCCACTCCCTCAAAGGAAAATAGCTTTGATAGAATATAATAGAATCGATAATTCATGTTT TGATGATAGACAAGAAGCACAAATAATCAATAGTAAATATACGCAGCAAAAGAAGCCAAG ATCGAGTCCAAGATCGAGTAAAATGGGTCAGCCAAGTAATCAAGAAAATAGAGTTATTTG TCAAAGCCAAAAATAATATATTAAAGGTATAAGTTGATACAAATAAGGAAAACCTTAAAT ATATTATTAAGGAAGGAAGTTGTATATAATAAGGATTGTACTTTAAAAGGAAATCTTTGC TTAATAATAACTTCCTTACCTTATCTGATAAGGACTGAAGGCAAAAGTAGGGGTAGACAT TCGGTTTTTCGGTTCGGTTCGGTTTTTTTTTCGGTTTTCGGTTTTTGTAAATTGCGTACC GAATACCGAACCGAAATATTTCGATTCGGTTCGGTTTTTGTTAATTCGGTTCGGTTTTTA TTAATTCGGCTCGGTTTTTTAATGGGCCTGTTTAGTGGGCTTTTTAAAATTTTAAACTTT ACAATTTTTTCAATTTTTTGTTTCATACTTTCATTTTTCAACTTAATGGCTGCTGCTGAG TGCTGTCGCGGCTGGCGGCTGGTTGCTGCTATTTGCGGCTGGCGGGCGGCGGCTGGTTGC TGCTGTGCTGCTGGCTGCGGCTGGCTGCTGCTTCCCTTGTTGTGCTGCTGGCGGTGCTTC AGTGAAGACAAGAATGGTTGGAGCTGAAGAGTGATTGGAGTAGAAGAGGAAGAGGAGAAA AGAAGAGGAAGAAGATGAGGAGTGAATTGAAAGGAAAAAAAATCTGGTAGAAAGAGAAAG AGTCAAAGTAGGGTATTAGGGTTTTTACTTTTTTTTAAAAAAAAATATTTAATATTAATA ATTATTAATTAATATAATATAATTTTTAAATTATTAAATTATAATATAATATTTTGGTTT AAATCGAAATACCGAATTCCAAAGTAATATGTACCGAAAACCGAATCGAAATACCAAAAA ATACAAAAAATTAAACCGAATACCGAACCGAAAACCGAAATACCGAAACCAAAATTCTAA AAAAATTCGGTTCGGTTCGGTGTTTCGGTTTTTCGGTGTTTATGCCCACCCCTAGGCAAA AGGAACTCTATAAGAAGAAGAAGACGTTGATGAAGAATACGACGACTTCACGCAGAGAAC AAGGGAGAATTATTCATCAAATTGAAGTCTTCAAGGTTGATAGGATTGCTACGTTTAAAA CATTCTTGAGTAAGAAGGTTTTATCGTGTAGAACTATTTGTCTTGTTTTTGTTCTTAATT GTAGTTTACAGTTTATTGTACAAAGGGTGGGTTTGGCTCTTTGTAGGGTTGAGTGTTAGC AAGAGTTGTAACAAAAGGTGGGTTTGGCCTTTTGGAGAGATCGATTGGAGTCAATCGAGG GAGTAGTAGAGATAAGACTTTTGATTATTGAGTTGTAATCACAAAATCTTATAGTTGAAT TAATAAAACGTGGTTTTTCCTTCCTTGAGTGAGGAAGGTTTTTAATTCAATAAGTGTTTG TGTCTTTATTCTATCTTTACTTAAAAGCAACTTACACGAACCTGGTTCGTGTTCTGGGGT AAGGTTTCTTCAAGCTTAACTTGTAAAATCATATAGTGGTCCACAGAGTTAGTACTTTAT GTAACATGCAAGAAATAATTGGGGGTAGAATTACGTACCTAATGAAAGTTTGTTGCTACA TATTTTACTATTTTATTTTATTGAATTTGAATGAAAGTTTGTTATTATGATTATTACCTT AGAGAGGGACCCCAATATCCATGTCATCACCAACTAAAGAAAAACGACTCAGCAGCAAAT TTTAATTAAATTTTAAAGGACCTTTTTACCTATATATACAACAAGCCTAAAAAACATCTA TTACAATTCACAACTGAAAAAAAAAATCAATATTTCTTAATATTGTAAAAAAAAAAAGAT GGAGTCTTGGCTTCGTATTTTGTTCTTGTTTGCATGCCTCTTTCCAGCTTTCGTTGAATG CCGGATTCGACGTTACAACTTTAATGTAAGTATTATTAAAAAAAAACGATATCAGTATCG TTTAACTTGTCATAGTGACTAATATAAGAAGATGGTTGGTTTAACACAGGTGATGATGAA GACTACGACTCGGCTGTGTTCTAGCAAGCCCATTGCCACTGTTAATGGTAAATTCCCAGG ACCAACAATCTATGCTAGAGAAGGTGACAATGTACTCGTCAATGTTGTTAACCATGTCAA ATATAATGTGTCTATCCATTGGTAAGTAATTATTCTTACATTATAGCAATGTTAGTCACA ATTTTTATCACCAAGTAATGTTTATTGCATATATTTACCGCGATGACATTTGAGCATGTG ATCTAAAGTAATTTTTGAACCACCTTTATTATTGTACTAGAAAATTTTGGTACGTCAAGA GAGTTTCTTAAGTGACGTGATTGTATAAATATTTTAGATACACTAGTGCATTTTTTTTTT TTACACAATGTTTTGATTTGGTGTGTGATAGGCATGGTGTGAGACAACTTAGAACAGGTT GGTCAGATGGACCAGCATATATCACGCAGTGTCCAATTCAGCCAGGTCAAAATTATGTGT ACAATTTTACCATCACTGGTCAAAGGGGTACACTCTTTTGGCATGCTCATATACTATGGC TAAGGGCCACTATGCATGGTGCCATTGTCATTTTGCCTAAACTTGGTGTGCCATATCCAT TTCCAAAACCTGACCATGAAGCTGTTGTTATTCTAGGTAAAAATATTACAAAATTACTCA ATATGAACACTTTGTTACAAAAATGAGATTAAATTAATTATTTTGATGGTGTAATGCAGC TGAATGGTGGAAATCTGATACTGAAGCTGTGATTAATCAAGCCATTAAATCAGGTTTAGC CCCTAATGTTTCTGATGCTCACACAATTAATGGTCATCCTGGAGCCATTTCAAATTGTCC ATCCCAAGGTAATACATACAACTAACTATTTTATTTTAAAAATTGGCCATGTTTAACTTC TAAACATTGACCCGTCCAATTAAGTAAAATGATACACAAAGTGATTAAATAGTAACATAT TCTGGACACCCTTGGCAGAACAAGGTGTTGTAGCCTAGTGATTTTAAACGGTGTTTAGAT GCTCACGTGATGTAGTAATTTTTTGATTTTTGAATATGCAGGTGGATATACATTGAGTGT TGATCCTGGAAAATCCTATATGTTACGAGTAATCAACGCTGCACTCAATGAAGAACTCTT CTTCAAAATTGCTGGTCATAAAATGACAGTGGTCGAAGTAGACGCTACCTATGTTAAACC CTTTAAAACAGATACAATAATAATTGCACCAGGCCAAACCACAAATGTAATTGTCACAGC TGATAAAGGTTCAGGGAAATACATGGTTGCTGCATCTCCCTTCATGGATGCACCTATTGC AGTCGATAACGTGACTGCAACAGCCACGTTACATTATTCGGGTACTCTAGCTAGTTCTAT TACTACCCTGACTAAAACTCCGCCTAAAAATGCCACTACTGTAGCTAACAATTTTATTGA CTCTCTTCGGAGCCTTAACTCGAAAAAATACCCTGCTAAAGTACCAAAAAAGGTCGATCA TTCGTTGTTTTTCACCGTGGGGTTAGGAGTTAACCCCTGTTCTAGTTGTAAACAGGGGAA TGGAAGCAGAGTTGTTGCTAGTATAAACAATGTTACATTTGTCATGCCAACAGTAGCTAT TTTACAAGCACATTTCTTTGGCATCAAAGGAGTTTATACGACTGATTTTCCTCAAAATCC GCCTTTTAAATTCAACTATACGGGAACACCGCCAACTAATTTGGCTACGATGAGTGGGAC TAAGGTTTATCGGTTGCCTTATAACGCGACAGTTCAACTAGTTTTGCAGGATACTGGAAT TATATCCCCTGAAAATCATCCAATCCATTTGCACGGTTTCAATTTCTTCGCCGTTGGTAA AGGGATAGGAAATTTTAATCCAAAGAAAGATCCTAACAATTTTAATCTTATTGATCCTGT TGAGAGGAATACAATTGGAGTGCCTTCAGGAGGATGGGTTGCCATAAGATTCCGCGCTGA CAATCCAGGTATGTTACCTTTAGTAAAATTACACCAACAGTACAACTTTTTTATACTGGC AGTATATATAACTTAAATTCACGAGACATCTTATGAAAATGCAGGAGTTTGGTTTATGCA TTGCCATTTAGAGATTCACACGACGTGGGGATTGAAGATGGCGTTCCTCGTAGATAATGG CAAAGGTCCTAATGAGTCACTTTTGCCCCCTCCAAAGGATCTTCCGAAATGCTAAAAAAT ATCAACGTAGAAACACGGCGAAGGCTGAAATGAAGAAAAGAGAGTCTATTTAGCAATTAT TGTGTCTTAATTCAACCCTTTATTTGAGTAGTTTTTTCTTCGGTAAATTGATTGTATTCG TTTCTTGATTGAAACTGGAAAAGTTCTGCTCAAGCAAATCTCAAAAAAAGATAATATGAA GTTTGAACATTCTTTTTGCGGTTTCTAATAGAAAGTTTTATAATCTTCGTTTCTTCCATC TCTTCTTCTGTTATGACGATTGCTTAAATAAACGAAATTATAGGCCTTTGTGTAAAGGTA GACCTTGTTAGGATCGAATCACACACACTTGATGAATTAAGAATACAAGAACTTTCAAGA GAAAGACTAGAGAGAGAAAGAGAGAAACTAATATTTCGTGGTAACACCCCGTGAGTAAAC TTTCACGGCGGTGGAGTACATATATTAATAAATCAGAATATTTTTTGTTACAGAGAATAA ATGGAGAATAAATAGTACAACCCCCATAACCCCATGACAACTTCACCCCTGAAGGTTAAA CAACATAAACAGTAATATATGACAGTACATCAAATATTAATCAAGCTCCACAACCTAACA GACCTTTGTAATGACAACAATAACTATGTCTTAATTCCTAGCAAGTTGGAGTCAACAACC ATTATGACTAGTTAAGGGAAACTAAGTGGTCGAGAAACTCTGGTCCTTAGGTGTAAAACT ATAATGAGAAAGACATAAAGGAAATCGAGTTCGTTGAGCAAGTAAAACTCGATCTTGCAG CACGCGGGCACGAGTCTCCCTATATAAAGCAAATTCTTGGGTTAGGGTGAAATTCGGAGA TCTACGAAAAAAATCACTCGAAAGGAAGTTATTTCGAAAGCCCTACAAATAAATCCTCCA AATTGATGTCGACTCAGCCAAAGATAAGGCACAATGGAAGATCGCAAAAAAAAAAAAGAG AATAAAATTCATATAGATGATAGCTAATAATCAAGTAGAACATGAAAAATTTAACAACTA ACACAAAATGTAGCAGTAAATTGTTTTGAAGAAATAATAGATACAAATTACAATTTATGC AAATTAAAATTCATAGTAGTAAATGATTGAATGTATTGTCAAAGCTTGAATTCGAGCATC TAAAAAGGATACTTAATTATTGAGAGGGAGATTCAAGATTTTAACTTTATGGATTCTGAA CTAACAACTATATATTTTTACTTTACATATTAAGTGTATTTCTTAGCGTACACATGTGTA GAATCATCTACACATAAGCTACTGAATGCTGTCGAACCCTCTATTTGTCACTCCATCACA ACCTTATGAAACGGAATTGGATCTCCGGAGTGAATTAGATGATGAATTCAAATTCAGGAA CTGGATGCAATCCTCAATAGCTTCAACTCTTTGAGAATCAAATGTTTGTGCATGATAAGA ACTCGACCTTGCTA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.982 35092 35316 match_part 1.000 35442 35529 match_part 1.000 35660 35745 match_part 1.000 35846 35953 match_part 1.000 36443 36487 match_part 1.000 36582 36670 match_part 1.000 37298 37341 match_part 0.933 37446 37505 match_2 match_part 0.884 38590 38984 match_part 0.992 39596 39720 match_part 0.969 40436 40629 match_3 match_part 0.876 38590 38984 match_part 0.992 39596 39720 match_part 0.929 40436 40533 match_4 match_part 1.000 38627 38984 match_part 1.000 39596 39720 match_part 0.972 40436 40724 match_5 match_part 0.994 38628 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40460 match_6 match_part 0.910 38630 38984 match_part 0.992 39596 39720 match_part 0.968 40436 40591 match_7 match_part 0.953 38686 38984 match_part 0.992 39596 39720 match_part 0.947 40436 40717 match_8 match_part 1.000 38749 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40568 match_9 match_part 1.000 38840 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40942 match_10 match_part 0.944 38841 38984 match_part 0.992 39596 39720 match_part 0.916 40436 40876 match_11 match_part 0.933 39602 39720 match_part 0.919 40436 40792 match_12 match_part 1.000 50897 50913 match_part 1.000 51028 51125 match_part 1.000 51280 51388 match_part 1.000 52591 52768 match_part 0.993 52869 53017 match_13 match_part 1.000 51339 51388 match_part 0.994 52591 52768 match_part 0.983 52869 53098 match_part 0.983 53196 53372 match_part 0.986 54588 54659 match_part 0.962 54777 54828 match_14 match_part 0.994 52591 52768 match_part 0.987 52869 53019 match_15 match_part 0.981 55844 56631 match_16 match_part 0.990 56012 56418 match_17 match_part 0.970 56345 57138 match_18 match_part 0.984 56435 56934 match_19 match_part 0.988 56453 56932 match_20 match_part 0.990 56526 56937 match_21 match_part 1.000 56532 57171 match_22 match_part 1.000 56532 57158 match_23 match_part 0.996 56532 57032 match_24 match_part 1.000 56532 57027 match_25 match_part 0.960 56886 57161 match_26 match_part 0.924 72839 73509 match_27 match_part 0.945 72839 73435 match_28 match_part 1.000 74082 74663 match_part 1.000 75274 75363 match_part 1.000 75440 75453 match_29 match_part 1.000 75321 75363 match_part 0.983 75440 75676 match_part 0.959 75929 76150 match_part 0.929 76237 76348 match_part 0.947 78477 78551 match_30 match_part 1.000 75321 75363 match_part 0.979 75440 75676 match_part 0.964 75929 76150 match_part 0.927 76237 76318 match_31 match_part 0.846 75351 75363 match_part 0.979 75440 75676 match_part 0.964 75929 76150 match_part 0.964 76237 76291 match_32 match_part 0.982 75507 75676 match_part 0.964 75929 76150 match_part 0.929 76237 76348 match_part 0.943 78477 78635 match_part 0.429 79307 79313 match_part 0.925 79930 79982 match_part 0.962 80093 80118 match_33 match_part 1.000 75952 76150 match_part 1.000 76237 76348 match_part 1.000 78477 78635 match_part 1.000 79930 79982 match_part 1.000 80093 80161 match_34 match_part 0.912 78946 79161 match_part 0.910 79243 79710 match_35 match_part 0.912 78946 79161 match_part 0.922 79243 79680 match_36 match_part 0.930 79213 79828 match_37 match_part 1.000 79939 79982 match_part 0.950 80093 80172 match_part 0.988 80289 80368 match_part 0.976 80481 80521 match_part 0.980 81497 81545 match_part 0.931 82408 82640 match_38 match_part 0.968 80142 80172 match_part 0.988 80289 80368 match_part 0.976 80481 80521 match_part 0.980 81497 81545 match_part 0.936 82408 82640 match_39 match_part 1.000 117261 117512 match_part 1.000 124283 124530 match_part 0.987 124602 124910 match_40 match_part 1.000 117261 117512 match_part 1.000 124283 124530 match_part 0.991 124602 124710 match_41 match_part 1.000 117262 117512 match_part 1.000 124283 124530 match_part 1.000 124602 124649 match_42 match_part 0.879 118333 118530 match_part 0.919 118939 119433 match_43 match_part 0.943 118351 118580 match_44 match_part 0.911 118485 119177 match_45 match_part 0.944 118630 119238 match_46 match_part 0.941 118741 119470 match_47 match_part 0.962 118741 119184 match_48 match_part 0.968 118775 119545 match_49 match_part 0.975 118954 119560 match_50 match_part 0.919 123686 124067 match_51 match_part 0.905 123744 124071 match_52 match_part 1.000 124808 124929 match_part 0.992 125230 125755 match_53 match_part 1.000 125292 125623 match_54 match_part 0.956 129250 129520 match_part 0.968 130316 130563 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_55 match_part 1.000 2493 2033 match_part 1.000 39 1 match_56 match_part 0.991 2492 2033 match_part 1.000 39 1 match_57 match_part 1.000 3066 2507 match_58 match_part 0.980 3050 2547 match_59 match_part 1.000 4743 4712 match_part 1.000 4627 3839 match_60 match_part 1.000 9769 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8630 match_part 1.000 8551 8509 match_part 1.000 6314 6009 match_61 match_part 1.000 9827 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8630 match_part 1.000 8551 8509 match_part 0.970 6314 6116 match_62 match_part 0.998 10412 10000 match_part 1.000 9850 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8699 match_63 match_part 0.987 10588 10032 match_64 match_part 0.995 10831 10255 match_65 match_part 0.947 12212 12194 match_part 0.959 12052 11642 match_part 0.935 10848 10586 match_66 match_part 0.971 11745 11642 match_part 0.983 10848 10728 match_67 match_part 0.947 14482 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 0.984 12445 12384 match_part 0.959 12290 12194 match_part 0.976 12052 11930 match_68 match_part 0.981 14396 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 0.984 12445 12384 match_part 0.976 12290 12209 match_69 match_part 0.891 14482 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 0.984 12445 12384 match_part 1.000 12290 12229 match_70 match_part 0.977 14456 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 1.000 12445 12384 match_part 0.983 12290 12233 match_71 match_part 0.996 43801 43273 match_72 match_part 0.965 43857 43372 match_73 match_part 0.997 43891 43525 match_74 match_part 0.500 57518 57491 match_part 0.985 57315 56654 match_75 match_part 0.954 58124 57885 match_76 match_part 0.954 58124 57885 match_77 match_part 0.954 58123 57885 match_78 match_part 1.000 65279 65118 match_part 1.000 63874 63751 match_part 0.983 63172 62706 match_79 match_part 1.000 65270 65118 match_part 1.000 63874 63751 match_part 1.000 63172 62708 match_80 match_part 0.985 65383 65118 match_part 0.968 63874 63751 match_part 0.917 63172 62774 match_81 match_part 0.997 63172 62813 match_82 match_part 0.994 63153 62813 match_83 match_part 1.000 65329 65118 match_part 1.000 63874 63751 match_part 0.934 63172 62915 match_84 match_part 1.000 65279 65118 match_part 1.000 63874 63751 match_part 1.000 63172 62933 match_85 match_part 0.944 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65118 match_part 1.000 63874 63751 match_part 1.000 63172 63154 match_86 match_part 0.960 67746 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65118 match_part 0.980 63874 63777 match_87 match_part 0.945 67776 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 0.994 65470 65118 match_part 1.000 63874 63823 match_88 match_part 0.952 67742 67722 match_part 0.972 67646 67540 match_part 1.000 67456 67381 match_part 0.931 66496 66425 match_part 0.968 66300 66238 match_part 0.986 65470 65118 match_part 1.000 63874 63843 match_89 match_part 0.724 67750 67722 match_part 0.972 67646 67540 match_part 1.000 67456 67381 match_part 0.931 66496 66425 match_part 0.968 66300 66238 match_part 0.986 65470 65118 match_part 1.000 63874 63844 match_90 match_part 0.960 67746 67722 match_part 0.991 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 0.982 65470 65193 match_91 match_part 0.800 67746 67722 match_part 0.953 67646 67540 match_part 1.000 67456 67381 match_part 0.917 66496 66425 match_part 0.968 66300 66238 match_part 0.943 65470 65209 match_92 match_part 0.952 67742 67722 match_part 0.972 67646 67540 match_part 0.987 67456 67381 match_part 0.931 66496 66425 match_part 0.968 66300 66238 match_part 0.977 65470 65209 match_93 match_part 0.942 67773 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65235 match_94 match_part 0.952 67742 67722 match_part 0.972 67646 67540 match_part 1.000 67456 67381 match_part 0.931 66496 66425 match_part 0.968 66300 66238 match_part 0.990 65470 65275 match_95 match_part 1.000 67799 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65283 match_96 match_part 1.000 67787 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66318 66238 match_part 1.000 65470 65323 match_97 match_part 1.000 67811 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 0.993 65470 65325 match_98 match_part 0.940 67804 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65331 match_99 match_part 0.987 67799 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 0.986 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65429 match_100 match_part 0.875 67745 67722 match_part 0.972 67646 67540 match_part 1.000 67456 67381 match_part 0.931 66496 66425 match_part 0.891 66300 65898 match_101 match_part 0.875 67745 67722 match_part 0.972 67646 67540 match_part 1.000 67456 67381 match_part 0.931 66496 66425 match_part 0.893 66300 65898 match_102 match_part 1.000 67621 67540 match_part 0.947 67456 67381 match_part 0.944 66496 66425 match_part 1.000 66300 66253 match_103 match_part 0.928 67804 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_104 match_part 0.942 67773 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67404 match_105 match_part 0.945 73960 73247 match_106 match_part 0.935 82650 82403 match_107 match_part 0.985 99366 99299 match_part 0.983 98634 98576 match_part 1.000 98273 98214 match_part 1.000 90754 90674 match_part 0.667 90459 90433 match_part 0.667 90254 90243 match_part 0.556 89225 89208 match_part 0.600 87625 87621 match_part 0.545 87509 87488 match_part 0.682 87418 87397 match_part 0.727 87344 87334 match_part 0.957 86505 86342 match_108 match_part 0.975 99459 99299 match_part 0.983 98634 98576 match_part 1.000 98273 98214 match_part 0.617 90733 90674 match_part 0.800 89987 89983 match_part 0.545 87509 87488 match_part 0.682 87418 87397 match_part 0.727 87344 87334 match_part 0.930 86505 86363 match_109 match_part 1.000 109123 109088 match_part 1.000 108416 108307 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 1.000 98634 98576 match_part 1.000 98273 98214 match_part 1.000 90754 90674 match_110 match_part 0.872 109181 109088 match_part 0.964 108416 108307 match_part 0.987 103369 103214 match_part 0.976 101359 101276 match_part 0.878 99372 99299 match_part 0.983 98634 98576 match_part 0.983 98273 98214 match_part 0.863 90754 90682 match_111 match_part 1.000 109158 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 1.000 98634 98576 match_part 1.000 98273 98246 match_112 match_part 0.854 109210 109088 match_part 0.964 108416 108307 match_part 0.976 101359 101276 match_part 0.972 99477 99299 match_part 0.983 98634 98576 match_part 1.000 98273 98250 match_113 match_part 0.926 99850 99299 match_part 0.895 98634 98578 match_114 match_part 1.000 109124 109088 match_part 1.000 108416 108307 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 0.982 98634 98579 match_115 match_part 1.000 109168 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99314 match_116 match_part 1.000 109157 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 0.979 99646 99600 match_part 0.943 99372 99338 match_117 match_part 1.000 108379 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 0.988 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99356 match_118 match_part 0.862 109210 109088 match_part 0.964 108416 108307 match_part 0.976 101359 101276 match_part 0.958 99477 99358 match_119 match_part 0.930 100914 100317 match_120 match_part 0.914 100914 100531 match_121 match_part 0.988 109168 109088 match_part 0.982 108416 108307 match_part 0.993 104992 104858 match_part 0.994 103369 103214 match_part 1.000 101359 101287 match_122 match_part 0.771 109183 109088 match_part 0.936 108416 108307 match_part 0.956 104992 104858 match_part 0.994 103369 103214 match_123 match_part 0.943 109157 109088 match_part 0.964 108416 108307 match_part 0.978 104992 104858 match_part 0.986 103369 103225 match_124 match_part 1.000 109165 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103234 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 2493 2033 exon 39 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 3066 2507 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 4743 4712 exon 4627 3839 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 14482 14236 exon 13248 13187 exon 12636 12549 exon 12445 12384 exon 12290 12194 exon 12052 11642 exon 10848 10000 exon 9850 9725 exon 9648 9535 exon 9428 9342 exon 8765 8630 exon 8551 8509 exon 6314 6009 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 35092 35316 exon 35442 35529 exon 35660 35745 exon 35846 35953 exon 36443 36487 exon 36582 36670 exon 37298 37341 exon 37446 37505 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 38590 38984 exon 39596 39720 exon 40436 40942 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 43891 43273 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 50897 50913 exon 51028 51125 exon 51280 51388 exon 52591 52768 exon 52869 53098 exon 53196 53372 exon 54588 54659 exon 54777 54828 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 55844 57171 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 57518 57491 exon 57315 56654 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 58124 57885 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67811 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66300 66238 exon 65470 65118 exon 63874 63751 exon 63172 62706 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67804 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66318 66238 exon 65470 65118 exon 63874 63751 exon 63172 62706 gene_14 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67804 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66300 65898 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 72839 73509 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 73960 73247 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 74082 74663 exon 75274 75363 exon 75440 75676 exon 75929 76150 exon 76237 76348 exon 78477 78635 exon 79930 79982 exon 80093 80172 exon 80289 80368 exon 80481 80521 exon 81497 81545 exon 82408 82640 gene_18 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 74082 74663 exon 75274 75363 exon 75440 75676 exon 75929 76150 exon 76237 76348 exon 78477 78635 exon 79307 79313 exon 79930 79982 exon 80093 80172 exon 80289 80368 exon 80481 80521 exon 81497 81545 exon 82408 82640 gene_19 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 78946 79161 exon 79243 79710 gene_20 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 79213 79828 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 82650 82403 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109183 109088 exon 108416 108307 exon 104992 104858 exon 103369 103214 exon 101359 101276 exon 99646 99600 exon 99372 99299 exon 98634 98576 exon 98273 98214 exon 90754 90674 exon 90459 90433 exon 90254 90243 exon 89225 89208 exon 87625 87621 exon 87509 87488 exon 87418 87397 exon 87344 87334 exon 86505 86342 gene_23 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109210 109088 exon 108416 108307 exon 101359 101276 exon 99477 99299 exon 98634 98576 exon 98273 98214 exon 90733 90674 exon 89987 89983 exon 87509 87488 exon 87418 87397 exon 87344 87334 exon 86505 86363 gene_24 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109124 109088 exon 108416 108307 exon 101359 101276 exon 99646 99600 exon 99372 99299 exon 98634 98576 exon 98273 98214 exon 90754 90674 exon 90459 90433 exon 90254 90243 exon 89225 89208 exon 87625 87621 exon 87509 87488 exon 87418 87397 exon 87344 87334 exon 86505 86342 gene_25 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 99850 99299 exon 98634 98576 exon 98273 98214 exon 90733 90674 exon 89987 89983 exon 87509 87488 exon 87418 87397 exon 87344 87334 exon 86505 86363 gene_26 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 100914 100317 gene_27 gene GT_PGL_17_AGS_6 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109181 109088 exon 108416 108307 exon 103369 103214 exon 101359 101276 exon 99372 99299 exon 98634 98576 exon 98273 98214 exon 90754 90674 exon 90459 90433 exon 90254 90243 exon 89225 89208 exon 87625 87621 exon 87509 87488 exon 87418 87397 exon 87344 87334 exon 86505 86342 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 118351 119560 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 117261 117512 exon 124283 124530 exon 124602 124929 exon 125230 125755 gene_30 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 123686 124071 gene_31 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 118333 118530 exon 118939 119560 gene_32 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 129250 129520 exon 130316 130563 RepeatMasker tomato repeats master Unknown00011 1821 1944 1 Unknown00011 1821 1944 1 nucleotide_motif 477 1100 1224 SONATA2 27 253 1 SONATA2 27 253 1 nucleotide_motif 703 14691 14904 Gypsy00043 528 631 1 Gypsy00043 528 631 1 nucleotide_motif 668 15026 15131 Copia00110 13269 13623 1 Copia00110 13269 13623 1 nucleotide_motif 1330 15328 15672 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 1256 15622 15858 Unknown00019 3030 3574 1 Unknown00019 3030 3574 1 nucleotide_motif 1145 25578 26116 Copia00149 11548 11980 1 Copia00149 11548 11980 1 nucleotide_motif 1341 25687 26120 OSMUD1 1929 2741 1 OSMUD1 1929 2741 1 nucleotide_motif 320 26828 27038 Gypsy00107 10759 10880 1 Gypsy00107 10759 10880 1 nucleotide_motif 586 30620 30740 Copia00198 296 778 1 Copia00198 296 778 1 nucleotide_motif 1321 30795 31245 Unknown00046 206 421 1 Unknown00046 206 421 1 nucleotide_motif 540 38291 38505 Unknown00057 468 610 1 Unknown00057 468 610 1 nucleotide_motif 297 48041 48182 Copia00172 296 522 1 Copia00172 296 522 1 nucleotide_motif 1116 65696 65909 SZ-53 980 1056 1 SZ-53 980 1056 1 nucleotide_motif 287 92470 92547 SHAGY_I_MT 1635 1672 1 SHAGY_I_MT 1635 1672 1 nucleotide_motif 246 93412 93449 ATGP3B_I 1241 1521 1 ATGP3B_I 1241 1521 1 nucleotide_motif 246 93421 93701 ATGP3I 1787 4332 1 ATGP3I 1787 4332 1 nucleotide_motif 2270 93959 96469 Gypsy00140 219 6043 1 Gypsy00140 219 6043 1 nucleotide_motif 355 110915 111198 Gypsy00177 7763 7947 1 Gypsy00177 7763 7947 1 nucleotide_motif 260 111365 111544 Gypsy00177 7749 7783 1 Gypsy00177 7749 7783 1 nucleotide_motif 234 112421 112456 Copia00110 2456 2716 1 Copia00110 2456 2716 1 nucleotide_motif 1428 114865 115101 Unknown00046 200 485 1 Unknown00046 200 485 1 nucleotide_motif 989 116725 117003 Copia00121 773 4858 1 Copia00121 773 4858 1 nucleotide_motif 32728 119430 123475 Copia00145 1214 1429 1 Copia00145 1214 1429 1 nucleotide_motif 1134 133866 134062 RepeatMasker tomato repeats master Unknown00019 154 698 -1 Unknown00019 154 698 -1 nucleotide_motif 666 15600 15031 Unknown00019 21 254 -1 Unknown00019 21 254 -1 nucleotide_motif 1051 15887 15859 Unknown00046 514 666 -1 Unknown00046 514 666 -1 nucleotide_motif 365 66088 65934 TLP2 55 299 -1 TLP2 55 299 -1 nucleotide_motif 771 69209 68955 Gypsy00162 503 574 -1 Gypsy00162 503 574 -1 nucleotide_motif 246 69450 69380 Gypsy00203 5680 5751 -1 Gypsy00203 5680 5751 -1 nucleotide_motif 327 71153 71083 Copia00172 1341 1488 -1 Copia00172 1341 1488 -1 nucleotide_motif 480 79636 79516 Copia00092 2148 2398 -1 Copia00092 2148 2398 -1 nucleotide_motif 501 85139 84890 Copia00152 18 475 -1 Copia00152 18 475 -1 nucleotide_motif 843 85595 85139 Copia00172 1105 1491 -1 Copia00172 1105 1491 -1 nucleotide_motif 2054 88320 87951 Copia00172 1105 1485 -1 Copia00172 1105 1485 -1 nucleotide_motif 2418 89985 89604 Gypsy00104 166 261 -1 Gypsy00104 166 261 -1 nucleotide_motif 275 96728 96641 Unknown00043 6990 7073 -1 Unknown00043 6990 7073 -1 nucleotide_motif 334 100171 100087 Copia00172 1128 1495 -1 Copia00172 1128 1495 -1 nucleotide_motif 821 104051 103638 Gypsy00202 4 148 -1 Gypsy00202 4 148 -1 nucleotide_motif 265 111488 111345 Gypsy00139 9340 9739 -1 Gypsy00139 9340 9739 -1 nucleotide_motif 1469 112115 111713 Copia00135 262 5395 -1 Copia00135 262 5395 -1 nucleotide_motif 31469 123502 117833 Copia00112 4470 5035 -1 Copia00112 4470 5035 -1 nucleotide_motif 3975 124066 123495 Unknown00043 6991 7083 -1 Unknown00043 6991 7083 -1 nucleotide_motif 293 126035 125940 HATORY 31 138 -1 HATORY 31 138 -1 nucleotide_motif 289 130291 130177 Copia00022 7398 7459 -1 Copia00022 7398 7459 -1 nucleotide_motif 503 130813 130752 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1719 119614 121893 match_2 match 3295 119614 122884 match_3 match 7684 118537 123404 match_4 match 5901 118443 122436 match_5 match 702 121328 122875 match_6 match 5467 119447 123404 match_7 match 6502 119447 123404 match_8 match 1550 118217 119447 match_9 match 6009 119447 123404 match_10 match 1421 118229 119449 match_11 match 5551 119663 123402 match_12 match 1848 118217 119449 match_13 match 6704 119447 123404 match_14 match 1588 118229 119449 match_15 match 3535 119447 121785 match_16 match 1953 122155 123404 match_17 match 1963 122184 123401 match_18 match 1164 119449 120789 match_19 match 1219 24555 25547 match_20 match 702 121328 122875 match_21 match 5830 119621 123404 match_22 match 1822 118217 119436 match_23 match 1461 16104 17329 match_24 match 1168 18049 19052 match_25 match 781 121328 122875 match_26 match 781 121328 122875 match_27 match 2270 121309 122746 match_28 match 5497 119447 123391 match_29 match 5644 119614 123404 match_30 match 1136 118261 119449 match_31 match 5672 119447 123395 match_32 match 1267 24555 25547 match_33 match 3776 118218 121090 match_34 match 3376 121318 123404 match_35 match 1267 24555 25547 match_36 match 1657 119447 120611 match_37 match 1717 122192 123389 match_38 match 1289 24555 25547 match_39 match 1762 16104 17353 match_40 match 5622 119447 122830 match_41 match 2185 118218 120005 match_42 match 2504 121834 123404 match_43 match 2076 20841 22242 match_44 match 1931 16104 17353 match_45 match 1947 118217 119449 match_46 match 2926 121309 122895 match_47 match 696 121328 122875 match_48 match 3231 120245 123395 match_49 match 1717 118217 119449 match_50 match 5239 119447 122636 match_51 match 5773 119614 123404 match_52 match 1717 118217 119449 match_53 match 5239 119447 122636 match_54 match 1717 118217 119448 match_55 match 6262 119617 123404 match_56 match 5834 119459 122895 match_57 match 1622 118217 119449 match_58 match 6322 119447 123404 match_59 match 5749 119447 122895 match_60 match 696 121328 122875 match_61 match 688 121328 122875 match_62 match 529 121412 122875 match_63 match 1622 118217 119449 match_64 match 5749 119447 122895 match_65 match 694 121328 122875 match_66 match 648 121328 122875 match_67 match 1990 122155 123404 match_68 match 1417 121328 123395 match_69 match 2054 20843 22242 match_70 match 1961 16108 17353 match_71 match 1639 18049 19052 match_72 match 1830 120198 122088 match_73 match 595 121331 122875 match_74 match 2054 20843 22242 match_75 match 1961 16108 17353 match_76 match 1639 18049 19052 match_77 match 2958 119454 122852 match_78 match 3243 119447 121911 match_79 match 2044 122042 123404 match_80 match 1852 118222 119449 match_81 match 6607 119618 123404 match_82 match 1402 24555 25549 match_83 match 714 121328 122875 match_84 match 1881 118221 119449 match_85 match 5935 119447 122895 match_86 match 6546 119447 123401 match_87 match 1925 118217 119449 match_88 match 1943 18049 19052 match_89 match 2125 26011 27148 match_90 match 2652 27210 28568 match_91 match 2633 38575 39995 match_92 match 2714 3597 5037 match_93 match 3314 1864 3535 match_94 match 5329 14993 17704 match_95 match 30737 36061 match_96 match 1949 1 1087 match_97 match 2684 20839 22242 match_98 match 2109 29313 30638 match_99 match 2200 24555 25738 match_100 match 5692 14170 match_101 match 4355 36104 38461 match_102 match 2002 62963 64014 match_103 match 2210 24555 25738 match_104 match 2379 66783 68039 match_105 match 2466 43008 44272 match_106 match 2484 61274 62595 match_107 match 2652 27210 28568 match_108 match 2694 20839 22242 match_109 match 2886 14993 16448 match_110 match 3154 39437 41075 match_111 match 3471 121654 123404 match_112 match 3548 30737 32568 match_113 match 3994 105455 107619 match_114 match 4462 51235 53485 match_115 match 4740 99126 101540 match_116 match 5971 45845 48925 match_117 match 6106 109418 112554 match_118 match 6639 32618 36017 match_119 match 3620 115828 117852 match_120 match 3602 36113 37995 match_121 match 1917 18049 19052 match_122 match 4962 102770 105397 match_123 match 4044 64115 66258 match_124 match 1481 29633 30638 match_125 match 3864 96454 98498 match_126 match 2115 26011 27148 match_127 match 2619 124936 126291 match_128 match 7733 13426 match_129 match 3281 41104 42841 match_130 match 6244 72555 75782 match_131 match 7888 54272 58385 match_132 match 8732 78902 83517 match_133 match 85965 96074 match_134 match 722 121331 122875 match_135 match 642 121328 122749 match_136 match 3737 119447 121856 match_137 match 2571 121852 123404 match_138 match 1467 118221 119449 match_139 match 5868 119616 123404 match_140 match 8179 118345 123404 match_141 match 1639 55453 56871 match_142 match 888 26135 27148 match_143 match 1639 55453 56871 match_144 match 1639 55453 56871 match_145 match 1639 55453 56871 match_146 match 1881 118428 119700 match_147 match 4504 120412 122895 match_148 match 1816 118222 119449 match_149 match 6492 119447 123383 match_150 match 1996 118217 119449 match_151 match 6058 119447 122895 match_152 match 2163 118221 119700 match_153 match 4504 120412 122895 match_154 match 888 26135 27148 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1104 30887 31476 clone_start_1 clone_start 1158 31021 31664 clone_1 clone 1124 35517 80504 clone_end_2 clone_end 1039 35517 36061 clone_2 clone 815.5 36104 80504 clone_end_3 clone_end 422 36104 36316 clone_3 clone 1487 46576 78433 clone_end_4 clone_end 1513 46576 47365 clone_4 clone 1361 50469 96717 clone_end_5 clone_end 1287 50469 51138 clone_5 clone 1360 57713 75347 clone_start_2 clone_start 1398 57713 58463 clone_start_3 clone_start 1348 57713 58434 clone_6 clone 1157.5 59737 98905 clone_end_6 clone_end 1134 59737 60332 clone_7 clone 1407.5 60888 105003 clone_start_4 clone_start 1509 60888 61648 clone_8 clone 1428 79419 121820 clone_start_5 clone_start 1330 79419 80110 clone_end_7 clone_end 1283 93904 94550 clone_start_6 clone_start 1080 121464 122044 clone_start_7 clone_start 1231 122135 122794 clone_start_8 clone_start 1185 122156 122796 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_8 clone_end 1356 4834 4151 clone_end_9 clone_end 1059 13498 12965 clone_start_9 clone_start 1249 16297 15660 clone_start_10 clone_start 1053 29851 29313 clone_start_11 clone_start 1209 80504 79874 clone_start_12 clone_start 1209 80504 79874 clone_start_13 clone_start 1128 43079 42511 clone_end_10 clone_end 1326 46661 45993 clone_start_14 clone_start 1461 78433 77658 clone_end_11 clone_end 1080 50586 50042 clone_start_15 clone_start 1435 96717 95994 clone_end_12 clone_end 1322 75347 74645 clone_start_16 clone_start 1181 98905 98276 clone_end_13 clone_end 1306 105003 104345 clone_start_17 clone_start 1021 64391 63877 clone_end_14 clone_end 1526 121820 121051 clone_start_18 clone_start 1294 80505 79817 clone_start_19 clone_start 1199 85398 84782 clone_start_20 clone_start 1193 85397 84796 clone_start_21 clone_start 1092 85398 84840 clone_start_22 clone_start 1409 87480 86728 clone_start_23 clone_start 1203 92381 91696 clone_end_15 clone_end 1376 94400 93696 clone_end_16 clone_end 1279 119557 118892 clone_end_17 clone_end 1633 122131 121293 clone_end_18 clone_end 1144 122130 121542 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.982 35092 35316 match_part 1.000 35442 35529 match_part 1.000 35660 35745 match_part 1.000 35846 35953 match_part 1.000 36443 36487 match_part 1.000 36582 36670 match_part 1.000 37298 37341 match_part 0.933 37446 37505 match_2 match_part 1.000 38627 38984 match_part 1.000 39596 39720 match_part 0.972 40436 40724 match_3 match_part 0.994 38628 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40460 match_4 match_part 1.000 38749 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40568 match_5 match_part 1.000 38840 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40942 match_6 match_part 1.000 50897 50913 match_part 1.000 51028 51125 match_part 1.000 51280 51388 match_part 1.000 52591 52768 match_part 0.993 52869 53017 match_7 match_part 0.981 55844 56631 match_8 match_part 0.970 56345 57138 match_9 match_part 0.990 56526 56937 match_10 match_part 1.000 56532 57171 match_11 match_part 1.000 56532 57158 match_12 match_part 0.996 56532 57032 match_13 match_part 1.000 56532 57027 match_14 match_part 1.000 74082 74663 match_part 1.000 75274 75363 match_part 1.000 75440 75453 match_15 match_part 1.000 75952 76150 match_part 1.000 76237 76348 match_part 1.000 78477 78635 match_part 1.000 79930 79982 match_part 1.000 80093 80161 match_16 match_part 1.000 117261 117512 match_part 1.000 124283 124530 match_part 0.987 124602 124910 match_17 match_part 1.000 117261 117512 match_part 1.000 124283 124530 match_part 0.991 124602 124710 match_18 match_part 1.000 117262 117512 match_part 1.000 124283 124530 match_part 1.000 124602 124649 match_19 match_part 0.879 118333 118530 match_part 0.919 118939 119433 match_20 match_part 0.943 118351 118580 match_21 match_part 0.911 118485 119177 match_22 match_part 0.944 118630 119238 match_23 match_part 0.941 118741 119470 match_24 match_part 0.962 118741 119184 match_25 match_part 0.968 118775 119545 match_26 match_part 0.975 118954 119560 match_27 match_part 0.919 123686 124067 match_28 match_part 0.905 123744 124071 match_29 match_part 1.000 124808 124929 match_part 0.992 125230 125755 match_30 match_part 1.000 125292 125623 match_31 match_part 0.956 129250 129520 match_part 0.968 130316 130563 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_32 match_part 1.000 2493 2033 match_part 1.000 39 1 match_33 match_part 0.991 2492 2033 match_part 1.000 39 1 match_34 match_part 1.000 3066 2507 match_35 match_part 0.980 3050 2547 match_36 match_part 1.000 4743 4712 match_part 1.000 4627 3839 match_37 match_part 1.000 9769 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8630 match_part 1.000 8551 8509 match_part 1.000 6314 6009 match_38 match_part 1.000 9827 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8630 match_part 1.000 8551 8509 match_part 0.970 6314 6116 match_39 match_part 0.998 10412 10000 match_part 1.000 9850 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8699 match_40 match_part 0.987 10588 10032 match_41 match_part 0.995 10831 10255 match_42 match_part 0.971 11745 11642 match_part 0.983 10848 10728 match_43 match_part 0.981 14396 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 0.984 12445 12384 match_part 0.976 12290 12209 match_44 match_part 0.977 14456 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 1.000 12445 12384 match_part 0.983 12290 12233 match_45 match_part 0.996 43801 43273 match_46 match_part 0.997 43891 43525 match_47 match_part 0.500 57518 57491 match_part 0.985 57315 56654 match_48 match_part 0.954 58124 57885 match_49 match_part 0.954 58124 57885 match_50 match_part 0.954 58123 57885 match_51 match_part 1.000 65279 65118 match_part 1.000 63874 63751 match_part 0.983 63172 62706 match_52 match_part 1.000 65270 65118 match_part 1.000 63874 63751 match_part 1.000 63172 62708 match_53 match_part 0.997 63172 62813 match_54 match_part 0.994 63153 62813 match_55 match_part 1.000 65329 65118 match_part 1.000 63874 63751 match_part 0.934 63172 62915 match_56 match_part 1.000 65279 65118 match_part 1.000 63874 63751 match_part 1.000 63172 62933 match_57 match_part 0.944 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65118 match_part 1.000 63874 63751 match_part 1.000 63172 63154 match_58 match_part 0.960 67746 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65118 match_part 0.980 63874 63777 match_59 match_part 0.945 67776 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 0.994 65470 65118 match_part 1.000 63874 63823 match_60 match_part 0.960 67746 67722 match_part 0.991 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 0.982 65470 65193 match_61 match_part 0.942 67773 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65235 match_62 match_part 1.000 67799 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65283 match_63 match_part 1.000 67787 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66318 66238 match_part 1.000 65470 65323 match_64 match_part 1.000 67811 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 0.993 65470 65325 match_65 match_part 0.940 67804 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65331 match_66 match_part 0.987 67799 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 0.986 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65429 match_67 match_part 1.000 67621 67540 match_part 0.947 67456 67381 match_part 0.944 66496 66425 match_part 1.000 66300 66253 match_68 match_part 0.928 67804 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_69 match_part 0.942 67773 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67404 match_70 match_part 1.000 109123 109088 match_part 1.000 108416 108307 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 1.000 98634 98576 match_part 1.000 98273 98214 match_part 1.000 90754 90674 match_71 match_part 1.000 109158 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 1.000 98634 98576 match_part 1.000 98273 98246 match_72 match_part 1.000 109124 109088 match_part 1.000 108416 108307 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 0.982 98634 98579 match_73 match_part 1.000 109168 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99314 match_74 match_part 1.000 109157 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 0.979 99646 99600 match_part 0.943 99372 99338 match_75 match_part 1.000 108379 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 0.988 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99356 match_76 match_part 0.988 109168 109088 match_part 0.982 108416 108307 match_part 0.993 104992 104858 match_part 0.994 103369 103214 match_part 1.000 101359 101287 match_77 match_part 1.000 109165 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103234 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 2493 2033 exon 39 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 3066 2507 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 4743 4712 exon 4627 3839 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 11745 11642 exon 10848 10000 exon 9850 9725 exon 9648 9535 exon 9428 9342 exon 8765 8630 exon 8551 8509 exon 6314 6009 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 14456 14236 exon 13248 13187 exon 12636 12549 exon 12445 12384 exon 12290 12209 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 35092 35316 exon 35442 35529 exon 35660 35745 exon 35846 35953 exon 36443 36487 exon 36582 36670 exon 37298 37341 exon 37446 37505 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 38627 38984 exon 39596 39720 exon 40436 40942 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 43891 43273 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 50897 50913 exon 51028 51125 exon 51280 51388 exon 52591 52768 exon 52869 53017 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 55844 57171 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 57518 57491 exon 57315 56654 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 58124 57885 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67811 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66300 66238 exon 65470 65118 exon 63874 63751 exon 63172 62706 gene_14 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67804 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66318 66238 exon 65470 65118 exon 63874 63751 exon 63172 62706 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 74082 74663 exon 75274 75363 exon 75440 75453 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 75952 76150 exon 76237 76348 exon 78477 78635 exon 79930 79982 exon 80093 80161 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109168 109088 exon 108416 108307 exon 104992 104858 exon 103369 103214 exon 101359 101276 exon 99646 99600 exon 99372 99299 exon 98634 98576 exon 98273 98246 gene_18 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109124 109088 exon 108416 108307 exon 101359 101276 exon 99646 99600 exon 99372 99299 exon 98634 98576 exon 98273 98214 exon 90754 90674 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 118351 119560 gene_20 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 117261 117512 exon 124283 124530 exon 124602 124929 exon 125230 125755 gene_21 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 123686 124071 gene_22 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 118333 118530 exon 118939 119560 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 129250 129520 exon 130316 130563 AUGUSTUS_tom_cdna de novo gene_1 gene 0.65 28435 28741 transcript_1 transcript 0.65 28435 28741 start_codon_1 start_codon 28435 28437 intron_1 intron 0.65 28562 28646 CDS_1 CDS 0.65 28435 28561 CDS_2 CDS 0.65 28647 28741 stop_codon_1 stop_codon 28739 28741 gene_2 gene 0.21 31668 37621 transcript_2 transcript 0.21 31668 37621 start_codon_2 start_codon 31668 31670 intron_2 intron 0.65 31722 33043 intron_3 intron 0.59 33105 33182 intron_4 intron 0.82 33286 33418 intron_5 intron 0.53 33522 33732 intron_6 intron 0.69 33787 33895 intron_7 intron 1 33959 35091 intron_8 intron 1 35317 35441 intron_9 intron 1 35530 35659 intron_10 intron 1 35746 35845 intron_11 intron 1 35954 36442 intron_12 intron 1 36488 36581 intron_13 intron 1 36671 37297 intron_14 intron 1 37342 37445 CDS_3 CDS 0.65 31668 31721 CDS_4 CDS 0.59 33044 33104 CDS_5 CDS 0.55 33183 33285 CDS_6 CDS 0.82 33419 33521 CDS_7 CDS 0.63 33733 33786 CDS_8 CDS 1 33896 33958 CDS_9 CDS 1 35092 35316 CDS_10 CDS 1 35442 35529 CDS_11 CDS 1 35660 35745 CDS_12 CDS 1 35846 35953 CDS_13 CDS 1 36443 36487 CDS_14 CDS 1 36582 36670 CDS_15 CDS 1 37298 37341 CDS_16 CDS 1 37446 37621 stop_codon_2 stop_codon 37619 37621 gene_3 gene 0.49 38603 40639 transcript_3 transcript 0.49 38603 40639 start_codon_3 start_codon 38603 38605 intron_15 intron 1 38985 39595 intron_16 intron 1 39721 40435 CDS_17 CDS 0.49 38603 38984 CDS_18 CDS 1 39596 39720 CDS_19 CDS 1 40436 40639 stop_codon_3 stop_codon 40637 40639 gene_4 gene 0.93 46150 57051 transcript_4 transcript 0.93 46150 57051 start_codon_4 start_codon 46150 46152 intron_17 intron 1 46156 46249 intron_18 intron 1 46386 47585 intron_19 intron 0.99 47811 48765 intron_20 intron 1 48837 49864 intron_21 intron 0.99 50112 50510 intron_22 intron 1 50688 50773 intron_23 intron 1 50914 51027 intron_24 intron 1 51126 51279 intron_25 intron 1 51389 52590 intron_26 intron 1 52769 52868 intron_27 intron 1 53099 53195 intron_28 intron 0.99 53373 54587 intron_29 intron 1 54660 54776 intron_30 intron 1 54954 55028 intron_31 intron 1 55091 55172 intron_32 intron 1 55356 55451 CDS_20 CDS 0.96 46150 46155 CDS_21 CDS 1 46250 46385 CDS_22 CDS 1 47586 47810 CDS_23 CDS 0.99 48766 48836 CDS_24 CDS 0.99 49865 50111 CDS_25 CDS 1 50511 50687 CDS_26 CDS 1 50774 50913 CDS_27 CDS 1 51028 51125 CDS_28 CDS 1 51280 51388 CDS_29 CDS 1 52591 52768 CDS_30 CDS 1 52869 53098 CDS_31 CDS 0.99 53196 53372 CDS_32 CDS 1 54588 54659 CDS_33 CDS 1 54777 54953 CDS_34 CDS 1 55029 55090 CDS_35 CDS 1 55173 55355 CDS_36 CDS 1 55452 57051 stop_codon_4 stop_codon 57049 57051 gene_5 gene 0.76 72669 82043 transcript_5 transcript 0.76 72669 82043 start_codon_5 start_codon 72669 72671 intron_33 intron 1 74664 75273 intron_34 intron 1 75364 75439 intron_35 intron 1 75677 75928 intron_36 intron 1 76151 76236 intron_37 intron 1 76349 78476 intron_38 intron 1 78636 79929 intron_39 intron 1 79983 80092 intron_40 intron 0.89 80173 80288 intron_41 intron 0.88 80369 80480 intron_42 intron 0.98 80522 81496 intron_43 intron 0.92 81546 81942 CDS_37 CDS 1 72669 74663 CDS_38 CDS 1 75274 75363 CDS_39 CDS 1 75440 75676 CDS_40 CDS 1 75929 76150 CDS_41 CDS 1 76237 76348 CDS_42 CDS 1 78477 78635 CDS_43 CDS 1 79930 79982 CDS_44 CDS 1 80093 80172 CDS_45 CDS 0.8 80289 80368 CDS_46 CDS 0.98 80481 80521 CDS_47 CDS 0.97 81497 81545 CDS_48 CDS 0.92 81943 82043 stop_codon_5 stop_codon 82041 82043 gene_6 gene 0.98 92209 93232 transcript_6 transcript 0.98 92209 93232 start_codon_6 start_codon 92209 92211 intron_44 intron 1 92456 92555 CDS_49 CDS 1 92209 92455 CDS_50 CDS 0.98 92556 93232 stop_codon_6 stop_codon 93230 93232 gene_7 gene 0.23 115297 117272 transcript_7 transcript 0.23 115297 117272 start_codon_7 start_codon 115297 115299 intron_45 intron 0.53 115744 117236 CDS_51 CDS 0.4 115297 115743 CDS_52 CDS 0.91 117237 117272 stop_codon_7 stop_codon 117270 117272 gene_8 gene 1 117297 125481 transcript_8 transcript 1 117297 125481 start_codon_8 start_codon 117297 117299 intron_46 intron 1 117513 124282 intron_47 intron 1 124531 124601 intron_48 intron 1 124930 125229 CDS_53 CDS 1 117297 117512 CDS_54 CDS 1 124283 124530 CDS_55 CDS 1 124602 124929 CDS_56 CDS 1 125230 125481 stop_codon_8 stop_codon 125479 125481 AUGUSTUS_tom_cdna de novo gene_9 gene 1 4429 1 transcript_9 transcript 1 4429 1 intron_49 intron 1 2032 40 CDS_57 CDS 1 39 1 CDS_58 CDS 1 4429 2033 start_codon_9 start_codon 4429 4427 gene_10 gene 0.73 14331 6260 transcript_10 transcript 0.73 14331 6260 stop_codon_9 stop_codon 6262 6260 intron_50 intron 1 8508 6315 intron_51 intron 1 8629 8552 intron_52 intron 1 9341 8766 intron_53 intron 1 9534 9429 intron_54 intron 1 9724 9649 intron_55 intron 1 9999 9851 intron_56 intron 1 11641 10849 intron_57 intron 0.73 12193 12053 intron_58 intron 1 12383 12291 intron_59 intron 1 12548 12446 intron_60 intron 1 13186 12637 intron_61 intron 1 14235 13249 CDS_59 CDS 1 6314 6260 CDS_60 CDS 1 8551 8509 CDS_61 CDS 1 8765 8630 CDS_62 CDS 1 9428 9342 CDS_63 CDS 1 9648 9535 CDS_64 CDS 1 9850 9725 CDS_65 CDS 1 10848 10000 CDS_66 CDS 0.73 12052 11642 CDS_67 CDS 0.85 12290 12194 CDS_68 CDS 1 12445 12384 CDS_69 CDS 1 12636 12549 CDS_70 CDS 1 13248 13187 CDS_71 CDS 1 14331 14236 start_codon_10 start_codon 14331 14329 gene_11 gene 0.15 22046 18190 transcript_11 transcript 0.15 22046 18190 stop_codon_10 stop_codon 18192 18190 intron_62 intron 1 18510 18416 intron_63 intron 0.9 19561 18902 intron_64 intron 0.47 20171 19808 intron_65 intron 0.73 20482 20248 intron_66 intron 0.48 20679 20594 intron_67 intron 0.35 21413 20758 CDS_72 CDS 1 18415 18190 CDS_73 CDS 0.98 18901 18511 CDS_74 CDS 0.63 19807 19562 CDS_75 CDS 0.52 20247 20172 CDS_76 CDS 0.76 20593 20483 CDS_77 CDS 0.43 20757 20680 CDS_78 CDS 0.82 22046 21414 start_codon_11 start_codon 22046 22044 gene_12 gene 0.6 43853 41398 transcript_12 transcript 0.6 43853 41398 stop_codon_11 stop_codon 41400 41398 intron_68 intron 0.98 42879 41479 intron_69 intron 1 43031 42952 CDS_79 CDS 0.96 41478 41398 CDS_80 CDS 0.99 42951 42880 CDS_81 CDS 0.63 43853 43032 start_codon_12 start_codon 43853 43851 gene_13 gene 0.08 62956 58088 transcript_13 transcript 0.08 62956 58088 stop_codon_12 stop_codon 58090 58088 intron_70 intron 0.85 58355 58152 intron_71 intron 0.73 58597 58433 intron_72 intron 0.63 59423 58823 intron_73 intron 0.54 59975 59592 intron_74 intron 0.96 60973 60092 intron_75 intron 0.46 61226 61127 intron_76 intron 0.93 61421 61350 intron_77 intron 0.38 62892 62133 CDS_82 CDS 0.94 58151 58088 CDS_83 CDS 0.85 58432 58356 CDS_84 CDS 0.65 58822 58598 CDS_85 CDS 0.53 59591 59424 CDS_86 CDS 0.99 60091 59976 CDS_87 CDS 0.94 61126 60974 CDS_88 CDS 0.48 61349 61227 CDS_89 CDS 0.62 62132 61422 CDS_90 CDS 0.47 62956 62893 start_codon_13 start_codon 62956 62954 gene_14 gene 1 67727 63152 transcript_14 transcript 1 67727 63152 stop_codon_13 stop_codon 63154 63152 intron_78 intron 1 63750 63173 intron_79 intron 1 65117 63875 intron_80 intron 1 66237 65471 intron_81 intron 1 66424 66301 intron_82 intron 1 67380 66497 intron_83 intron 1 67539 67457 intron_84 intron 1 67721 67647 CDS_91 CDS 1 63172 63152 CDS_92 CDS 1 63874 63751 CDS_93 CDS 1 65470 65118 CDS_94 CDS 1 66300 66238 CDS_95 CDS 1 66496 66425 CDS_96 CDS 1 67456 67381 CDS_97 CDS 1 67646 67540 CDS_98 CDS 1 67727 67722 start_codon_14 start_codon 67727 67725 gene_15 gene 0.57 109136 97870 transcript_15 transcript 0.57 109136 97870 stop_codon_14 stop_codon 97872 97870 intron_85 intron 0.57 98213 97873 intron_86 intron 1 98575 98274 intron_87 intron 1 99298 98635 intron_88 intron 1 99599 99373 intron_89 intron 1 101275 99647 intron_90 intron 1 103213 101360 intron_91 intron 1 104857 103370 intron_92 intron 1 108306 104993 intron_93 intron 1 109087 108417 CDS_99 CDS 0.57 97872 97870 CDS_100 CDS 1 98273 98214 CDS_101 CDS 1 98634 98576 CDS_102 CDS 1 99372 99299 CDS_103 CDS 1 99646 99600 CDS_104 CDS 1 101359 101276 CDS_105 CDS 1 103369 103214 CDS_106 CDS 1 104992 104858 CDS_107 CDS 1 108416 108307 CDS_108 CDS 1 109136 109088 start_codon_15 start_codon 109136 109134 AUGUSTUS_ab_initio de novo gene_1 gene 0.96 28435 28741 transcript_1 transcript 0.96 28435 28741 start_codon_1 start_codon 28435 28437 intron_1 intron 0.99 28562 28646 CDS_1 CDS 0.98 28435 28561 CDS_2 CDS 0.97 28647 28741 stop_codon_1 stop_codon 28739 28741 gene_2 gene 0.17 31595 37621 transcript_2 transcript 0.17 31595 37621 start_codon_2 start_codon 31595 31597 intron_2 intron 0.64 31722 32310 intron_3 intron 0.61 32352 33043 intron_4 intron 0.9 33105 33182 intron_5 intron 0.94 33286 33418 intron_6 intron 0.66 33522 33732 intron_7 intron 0.96 33787 33895 intron_8 intron 0.66 33959 35091 intron_9 intron 0.97 35317 35441 intron_10 intron 1 35530 35659 intron_11 intron 0.99 35746 35845 intron_12 intron 0.97 35954 36442 intron_13 intron 0.88 36488 36581 intron_14 intron 0.93 36671 37297 intron_15 intron 1 37342 37445 CDS_3 CDS 0.64 31595 31721 CDS_4 CDS 0.59 32311 32351 CDS_5 CDS 0.88 33044 33104 CDS_6 CDS 0.9 33183 33285 CDS_7 CDS 0.69 33419 33521 CDS_8 CDS 0.92 33733 33786 CDS_9 CDS 0.97 33896 33958 CDS_10 CDS 0.91 35092 35316 CDS_11 CDS 1 35442 35529 CDS_12 CDS 1 35660 35745 CDS_13 CDS 0.99 35846 35953 CDS_14 CDS 0.98 36443 36487 CDS_15 CDS 0.9 36582 36670 CDS_16 CDS 1 37298 37341 CDS_17 CDS 1 37446 37621 stop_codon_2 stop_codon 37619 37621 gene_3 gene 0.53 38603 40639 transcript_3 transcript 0.53 38603 40639 start_codon_3 start_codon 38603 38605 intron_16 intron 1 38985 39595 intron_17 intron 1 39721 40435 CDS_18 CDS 0.58 38603 38984 CDS_19 CDS 1 39596 39720 CDS_20 CDS 0.85 40436 40639 stop_codon_3 stop_codon 40637 40639 gene_4 gene 0.17 46150 57051 transcript_4 transcript 0.17 46150 57051 start_codon_4 start_codon 46150 46152 intron_18 intron 0.99 46156 46249 intron_19 intron 1 46386 47585 intron_20 intron 1 47811 48765 intron_21 intron 0.59 48837 49864 intron_22 intron 0.99 50112 50510 intron_23 intron 0.99 50688 50773 intron_24 intron 1 50914 51027 intron_25 intron 0.98 51126 51279 intron_26 intron 1 51389 52590 intron_27 intron 1 52769 52868 intron_28 intron 0.99 53099 53195 intron_29 intron 0.82 53373 54587 intron_30 intron 0.98 54660 54776 intron_31 intron 1 54954 55028 intron_32 intron 1 55091 55172 intron_33 intron 1 55356 55451 CDS_21 CDS 0.41 46150 46155 CDS_22 CDS 0.99 46250 46385 CDS_23 CDS 1 47586 47810 CDS_24 CDS 1 48766 48836 CDS_25 CDS 0.99 49865 50111 CDS_26 CDS 0.99 50511 50687 CDS_27 CDS 0.99 50774 50913 CDS_28 CDS 1 51028 51125 CDS_29 CDS 0.98 51280 51388 CDS_30 CDS 1 52591 52768 CDS_31 CDS 0.99 52869 53098 CDS_32 CDS 0.99 53196 53372 CDS_33 CDS 0.98 54588 54659 CDS_34 CDS 1 54777 54953 CDS_35 CDS 1 55029 55090 CDS_36 CDS 1 55173 55355 CDS_37 CDS 0.99 55452 57051 stop_codon_4 stop_codon 57049 57051 gene_5 gene 0.39 72669 82043 transcript_5 transcript 0.39 72669 82043 start_codon_5 start_codon 72669 72671 intron_34 intron 0.82 74712 75273 intron_35 intron 0.95 75364 75439 intron_36 intron 1 75677 75928 intron_37 intron 1 76151 76236 intron_38 intron 0.94 76349 78476 intron_39 intron 0.83 78636 79929 intron_40 intron 1 79983 80092 intron_41 intron 0.86 80173 80288 intron_42 intron 0.82 80369 80480 intron_43 intron 1 80522 81496 intron_44 intron 0.87 81546 81942 CDS_38 CDS 0.88 72669 74711 CDS_39 CDS 0.95 75274 75363 CDS_40 CDS 1 75440 75676 CDS_41 CDS 1 75929 76150 CDS_42 CDS 1 76237 76348 CDS_43 CDS 0.97 78477 78635 CDS_44 CDS 0.93 79930 79982 CDS_45 CDS 1 80093 80172 CDS_46 CDS 0.72 80289 80368 CDS_47 CDS 0.99 80481 80521 CDS_48 CDS 0.99 81497 81545 CDS_49 CDS 0.87 81943 82043 stop_codon_5 stop_codon 82041 82043 gene_6 gene 0.75 92209 93232 transcript_6 transcript 0.75 92209 93232 start_codon_6 start_codon 92209 92211 intron_45 intron 1 92456 92555 CDS_50 CDS 1 92209 92455 CDS_51 CDS 0.75 92556 93232 stop_codon_6 stop_codon 93230 93232 gene_7 gene 0.66 93714 96605 transcript_7 transcript 0.66 93714 96605 start_codon_7 start_codon 93714 93716 intron_46 intron 0.87 93901 96480 CDS_52 CDS 0.71 93714 93900 CDS_53 CDS 0.92 96481 96605 stop_codon_7 stop_codon 96603 96605 gene_8 gene 0.5 115297 116375 transcript_8 transcript 0.5 115297 116375 start_codon_8 start_codon 115297 115299 intron_47 intron 0.88 115744 116144 CDS_54 CDS 0.53 115297 115743 CDS_55 CDS 0.98 116145 116375 stop_codon_8 stop_codon 116373 116375 gene_9 gene 0.41 124298 125481 transcript_9 transcript 0.41 124298 125481 start_codon_9 start_codon 124298 124300 intron_48 intron 0.94 124531 124601 intron_49 intron 1 124930 125229 CDS_56 CDS 0.41 124298 124530 CDS_57 CDS 0.94 124602 124929 CDS_58 CDS 1 125230 125481 stop_codon_9 stop_codon 125479 125481 gene_10 gene 0.37 129766 133555 transcript_10 transcript 0.37 129766 133555 start_codon_10 start_codon 129766 129768 intron_50 intron 0.58 129917 131207 intron_51 intron 0.99 131246 131329 intron_52 intron 0.59 131482 131752 intron_53 intron 1 131977 132059 intron_54 intron 1 132189 132401 intron_55 intron 0.98 133329 133424 CDS_59 CDS 0.61 129766 129916 CDS_60 CDS 0.95 131208 131245 CDS_61 CDS 0.96 131330 131481 CDS_62 CDS 0.59 131753 131976 CDS_63 CDS 1 132060 132188 CDS_64 CDS 1 132402 133328 CDS_65 CDS 0.98 133425 133555 stop_codon_10 stop_codon 133553 133555 AUGUSTUS_ab_initio de novo gene_11 gene 0.96 4429 2021 transcript_11 transcript 0.96 4429 2021 stop_codon_11 stop_codon 2023 2021 CDS_66 CDS 0.96 4429 2021 start_codon_11 start_codon 4429 4427 gene_12 gene 0.11 12028 6260 transcript_12 transcript 0.11 12028 6260 stop_codon_12 stop_codon 6262 6260 intron_56 intron 0.74 7554 6315 intron_57 intron 0.65 7793 7623 intron_58 intron 0.61 8508 7903 intron_59 intron 0.79 8629 8552 intron_60 intron 0.96 9341 8766 intron_61 intron 0.94 9534 9429 intron_62 intron 1 9724 9649 intron_63 intron 0.95 9999 9851 intron_64 intron 0.91 11641 10849 CDS_67 CDS 0.9 6314 6260 CDS_68 CDS 0.71 7622 7555 CDS_69 CDS 0.62 7902 7794 CDS_70 CDS 0.79 8551 8509 CDS_71 CDS 0.97 8765 8630 CDS_72 CDS 0.94 9428 9342 CDS_73 CDS 0.95 9648 9535 CDS_74 CDS 0.95 9850 9725 CDS_75 CDS 0.99 10848 10000 CDS_76 CDS 0.4 12028 11642 start_codon_12 start_codon 12028 12026 gene_13 gene 0.22 21032 18190 transcript_13 transcript 0.22 21032 18190 stop_codon_13 stop_codon 18192 18190 intron_65 intron 1 18510 18416 intron_66 intron 0.97 19561 18902 intron_67 intron 0.6 20171 19808 intron_68 intron 0.99 20482 20248 intron_69 intron 0.98 20679 20594 intron_70 intron 0.88 20840 20758 CDS_77 CDS 0.66 18415 18190 CDS_78 CDS 0.99 18901 18511 CDS_79 CDS 0.76 19807 19562 CDS_80 CDS 0.61 20247 20172 CDS_81 CDS 1 20593 20483 CDS_82 CDS 0.97 20757 20680 CDS_83 CDS 0.52 21032 20841 start_codon_13 start_codon 21032 21030 gene_14 gene 0.54 22046 21163 transcript_14 transcript 0.54 22046 21163 stop_codon_14 stop_codon 21165 21163 intron_71 intron 0.84 21413 21313 CDS_84 CDS 0.56 21312 21163 CDS_85 CDS 0.91 22046 21414 start_codon_14 start_codon 22046 22044 gene_15 gene 0.66 43853 41398 transcript_15 transcript 0.66 43853 41398 stop_codon_15 stop_codon 41400 41398 intron_72 intron 0.99 42879 41479 intron_73 intron 1 43031 42952 CDS_86 CDS 0.95 41478 41398 CDS_87 CDS 1 42951 42880 CDS_88 CDS 0.7 43853 43032 start_codon_15 start_codon 43853 43851 gene_16 gene 0.03 67727 58132 transcript_16 transcript 0.03 67727 58132 stop_codon_16 stop_codon 58134 58132 intron_74 intron 0.43 58355 58187 intron_75 intron 0.64 58597 58433 intron_76 intron 0.98 59423 58823 intron_77 intron 0.85 59975 59592 intron_78 intron 0.73 60973 60092 intron_79 intron 0.53 61226 61127 intron_80 intron 0.91 61421 61350 intron_81 intron 0.55 63053 62191 intron_82 intron 0.41 63604 63271 intron_83 intron 0.91 63750 63652 intron_84 intron 1 65117 63875 intron_85 intron 1 66237 65471 intron_86 intron 0.84 66424 66301 intron_87 intron 0.99 67380 66497 intron_88 intron 1 67539 67457 intron_89 intron 0.99 67721 67647 CDS_89 CDS 0.43 58186 58132 CDS_90 CDS 0.55 58432 58356 CDS_91 CDS 0.64 58822 58598 CDS_92 CDS 0.95 59591 59424 CDS_93 CDS 1 60091 59976 CDS_94 CDS 1 61126 60974 CDS_95 CDS 0.48 61349 61227 CDS_96 CDS 0.58 62190 61422 CDS_97 CDS 0.37 63270 63054 CDS_98 CDS 0.85 63651 63605 CDS_99 CDS 0.99 63874 63751 CDS_100 CDS 1 65470 65118 CDS_101 CDS 0.84 66300 66238 CDS_102 CDS 1 66496 66425 CDS_103 CDS 1 67456 67381 CDS_104 CDS 0.99 67646 67540 CDS_105 CDS 0.99 67727 67722 start_codon_16 start_codon 67727 67725 gene_17 gene 0.01 109136 97870 transcript_17 transcript 0.01 109136 97870 stop_codon_17 stop_codon 97872 97870 intron_90 intron 0.29 98213 97873 intron_91 intron 0.21 99599 98270 intron_92 intron 0.26 100525 99647 intron_93 intron 0.22 100701 100615 intron_94 intron 0.42 100851 100739 intron_95 intron 0.26 101275 100911 intron_96 intron 0.19 103213 101360 intron_97 intron 0.65 104818 103370 intron_98 intron 0.35 108306 104993 intron_99 intron 0.61 109087 108417 CDS_106 CDS 0.32 97872 97870 CDS_107 CDS 0.43 98269 98214 CDS_108 CDS 0.78 99646 99600 CDS_109 CDS 0.23 100614 100526 CDS_110 CDS 0.36 100738 100702 CDS_111 CDS 0.55 100910 100852 CDS_112 CDS 0.48 101359 101276 CDS_113 CDS 0.92 103369 103214 CDS_114 CDS 0.98 104992 104819 CDS_115 CDS 0.6 108416 108307 CDS_116 CDS 0.77 109136 109088 start_codon_17 start_codon 109136 109134 AUGUSTUS_tom_ugs de novo gene_1 gene 0.65 28435 28741 transcript_1 transcript 0.65 28435 28741 start_codon_1 start_codon 28435 28437 intron_1 intron 0.65 28562 28646 CDS_1 CDS 0.66 28435 28561 CDS_2 CDS 0.65 28647 28741 stop_codon_1 stop_codon 28739 28741 gene_2 gene 0.19 31668 37621 transcript_2 transcript 0.19 31668 37621 start_codon_2 start_codon 31668 31670 intron_2 intron 0.61 31722 33043 intron_3 intron 0.55 33105 33182 intron_4 intron 0.81 33286 33418 intron_5 intron 0.47 33522 33732 intron_6 intron 0.61 33787 33895 intron_7 intron 1 33959 35091 intron_8 intron 1 35317 35441 intron_9 intron 1 35530 35659 intron_10 intron 1 35746 35845 intron_11 intron 1 35954 36442 intron_12 intron 1 36488 36581 intron_13 intron 1 36671 37297 intron_14 intron 1 37342 37445 CDS_3 CDS 0.61 31668 31721 CDS_4 CDS 0.56 33044 33104 CDS_5 CDS 0.51 33183 33285 CDS_6 CDS 0.79 33419 33521 CDS_7 CDS 0.52 33733 33786 CDS_8 CDS 1 33896 33958 CDS_9 CDS 1 35092 35316 CDS_10 CDS 1 35442 35529 CDS_11 CDS 1 35660 35745 CDS_12 CDS 1 35846 35953 CDS_13 CDS 1 36443 36487 CDS_14 CDS 1 36582 36670 CDS_15 CDS 1 37298 37341 CDS_16 CDS 1 37446 37621 stop_codon_2 stop_codon 37619 37621 gene_3 gene 0.57 38603 40639 transcript_3 transcript 0.57 38603 40639 start_codon_3 start_codon 38603 38605 intron_15 intron 1 38985 39595 intron_16 intron 1 39721 40435 CDS_17 CDS 0.57 38603 38984 CDS_18 CDS 1 39596 39720 CDS_19 CDS 1 40436 40639 stop_codon_3 stop_codon 40637 40639 gene_4 gene 0.9 46150 57051 transcript_4 transcript 0.9 46150 57051 start_codon_4 start_codon 46150 46152 intron_17 intron 0.99 46156 46249 intron_18 intron 1 46386 47585 intron_19 intron 1 47811 48765 intron_20 intron 0.96 48837 49864 intron_21 intron 1 50112 50510 intron_22 intron 1 50688 50773 intron_23 intron 1 50914 51027 intron_24 intron 1 51126 51279 intron_25 intron 1 51389 52590 intron_26 intron 1 52769 52868 intron_27 intron 1 53099 53195 intron_28 intron 1 53373 54587 intron_29 intron 1 54660 54776 intron_30 intron 1 54954 55028 intron_31 intron 1 55091 55172 intron_32 intron 1 55356 55451 CDS_20 CDS 0.94 46150 46155 CDS_21 CDS 1 46250 46385 CDS_22 CDS 1 47586 47810 CDS_23 CDS 1 48766 48836 CDS_24 CDS 1 49865 50111 CDS_25 CDS 1 50511 50687 CDS_26 CDS 1 50774 50913 CDS_27 CDS 1 51028 51125 CDS_28 CDS 1 51280 51388 CDS_29 CDS 1 52591 52768 CDS_30 CDS 1 52869 53098 CDS_31 CDS 1 53196 53372 CDS_32 CDS 1 54588 54659 CDS_33 CDS 1 54777 54953 CDS_34 CDS 1 55029 55090 CDS_35 CDS 1 55173 55355 CDS_36 CDS 1 55452 57051 stop_codon_4 stop_codon 57049 57051 gene_5 gene 0.66 72669 82043 transcript_5 transcript 0.66 72669 82043 start_codon_5 start_codon 72669 72671 intron_33 intron 1 74664 75273 intron_34 intron 1 75364 75439 intron_35 intron 1 75677 75928 intron_36 intron 1 76151 76236 intron_37 intron 1 76349 78476 intron_38 intron 1 78636 79929 intron_39 intron 1 79983 80092 intron_40 intron 0.84 80173 80288 intron_41 intron 0.85 80369 80480 intron_42 intron 0.98 80522 81496 intron_43 intron 0.93 81546 81942 CDS_37 CDS 1 72669 74663 CDS_38 CDS 1 75274 75363 CDS_39 CDS 1 75440 75676 CDS_40 CDS 1 75929 76150 CDS_41 CDS 1 76237 76348 CDS_42 CDS 1 78477 78635 CDS_43 CDS 1 79930 79982 CDS_44 CDS 1 80093 80172 CDS_45 CDS 0.73 80289 80368 CDS_46 CDS 0.97 80481 80521 CDS_47 CDS 0.94 81497 81545 CDS_48 CDS 0.93 81943 82043 stop_codon_5 stop_codon 82041 82043 gene_6 gene 0.22 92209 92892 transcript_6 transcript 0.22 92209 92892 start_codon_6 start_codon 92209 92211 intron_44 intron 1 92456 92555 intron_45 intron 0.23 92813 92880 CDS_49 CDS 0.99 92209 92455 CDS_50 CDS 0.29 92556 92812 CDS_51 CDS 0.25 92881 92892 stop_codon_6 stop_codon 92890 92892 gene_7 gene 0.35 115297 116375 transcript_7 transcript 0.35 115297 116375 start_codon_7 start_codon 115297 115299 intron_46 intron 0.64 115744 116144 CDS_52 CDS 0.36 115297 115743 CDS_53 CDS 0.64 116145 116375 stop_codon_7 stop_codon 116373 116375 gene_8 gene 1 117297 125481 transcript_8 transcript 1 117297 125481 start_codon_8 start_codon 117297 117299 intron_47 intron 1 117513 124282 intron_48 intron 1 124531 124601 intron_49 intron 1 124930 125229 CDS_54 CDS 1 117297 117512 CDS_55 CDS 1 124283 124530 CDS_56 CDS 1 124602 124929 CDS_57 CDS 1 125230 125481 stop_codon_8 stop_codon 125479 125481 AUGUSTUS_tom_ugs de novo gene_9 gene 1 4429 1 transcript_9 transcript 1 4429 1 intron_50 intron 1 2032 40 CDS_58 CDS 1 39 1 CDS_59 CDS 1 4429 2033 start_codon_9 start_codon 4429 4427 gene_10 gene 1 14331 6260 transcript_10 transcript 1 14331 6260 stop_codon_9 stop_codon 6262 6260 intron_51 intron 1 8508 6315 intron_52 intron 1 8629 8552 intron_53 intron 1 9341 8766 intron_54 intron 1 9534 9429 intron_55 intron 1 9724 9649 intron_56 intron 1 9999 9851 intron_57 intron 1 11641 10849 intron_58 intron 1 12193 12053 intron_59 intron 1 12383 12291 intron_60 intron 1 12548 12446 intron_61 intron 1 13186 12637 intron_62 intron 1 14235 13249 CDS_60 CDS 1 6314 6260 CDS_61 CDS 1 8551 8509 CDS_62 CDS 1 8765 8630 CDS_63 CDS 1 9428 9342 CDS_64 CDS 1 9648 9535 CDS_65 CDS 1 9850 9725 CDS_66 CDS 1 10848 10000 CDS_67 CDS 1 12052 11642 CDS_68 CDS 1 12290 12194 CDS_69 CDS 1 12445 12384 CDS_70 CDS 1 12636 12549 CDS_71 CDS 1 13248 13187 CDS_72 CDS 1 14331 14236 start_codon_10 start_codon 14331 14329 gene_11 gene 0.19 22046 18190 transcript_11 transcript 0.19 22046 18190 stop_codon_10 stop_codon 18192 18190 intron_63 intron 0.99 18510 18416 intron_64 intron 0.92 19561 18902 intron_65 intron 0.55 20171 19808 intron_66 intron 0.74 20482 20248 intron_67 intron 0.46 20679 20594 intron_68 intron 0.35 21413 20758 CDS_73 CDS 1 18415 18190 CDS_74 CDS 0.97 18901 18511 CDS_75 CDS 0.68 19807 19562 CDS_76 CDS 0.56 20247 20172 CDS_77 CDS 0.75 20593 20483 CDS_78 CDS 0.45 20757 20680 CDS_79 CDS 0.78 22046 21414 start_codon_11 start_codon 22046 22044 gene_12 gene 0.65 43853 41398 transcript_12 transcript 0.65 43853 41398 stop_codon_11 stop_codon 41400 41398 intron_69 intron 0.96 42879 41479 intron_70 intron 0.97 43031 42952 CDS_80 CDS 0.97 41478 41398 CDS_81 CDS 0.96 42951 42880 CDS_82 CDS 0.67 43853 43032 start_codon_12 start_codon 43853 43851 gene_13 gene 0.25 62169 58580 transcript_13 transcript 0.25 62169 58580 stop_codon_12 stop_codon 58582 58580 intron_71 intron 0.67 59423 58823 intron_72 intron 0.55 59975 59592 intron_73 intron 0.93 60973 60092 intron_74 intron 0.56 61226 61127 intron_75 intron 0.95 61421 61350 CDS_83 CDS 0.76 58822 58580 CDS_84 CDS 0.57 59591 59424 CDS_85 CDS 0.95 60091 59976 CDS_86 CDS 0.96 61126 60974 CDS_87 CDS 0.56 61349 61227 CDS_88 CDS 1 62169 61422 start_codon_13 start_codon 62169 62167 gene_14 gene 1 67727 63152 transcript_14 transcript 1 67727 63152 stop_codon_13 stop_codon 63154 63152 intron_76 intron 1 63750 63173 intron_77 intron 1 65117 63875 intron_78 intron 1 66237 65471 intron_79 intron 1 66424 66301 intron_80 intron 1 67380 66497 intron_81 intron 1 67539 67457 intron_82 intron 1 67721 67647 CDS_89 CDS 1 63172 63152 CDS_90 CDS 1 63874 63751 CDS_91 CDS 1 65470 65118 CDS_92 CDS 1 66300 66238 CDS_93 CDS 1 66496 66425 CDS_94 CDS 1 67456 67381 CDS_95 CDS 1 67646 67540 CDS_96 CDS 1 67727 67722 start_codon_14 start_codon 67727 67725 gene_15 gene 0.68 109136 92960 transcript_15 transcript 0.68 109136 92960 stop_codon_14 stop_codon 92962 92960 intron_83 intron 0.68 98213 93101 intron_84 intron 1 98575 98274 intron_85 intron 1 99298 98635 intron_86 intron 1 99599 99373 intron_87 intron 1 101275 99647 intron_88 intron 1 103213 101360 intron_89 intron 1 104857 103370 intron_90 intron 1 108306 104993 intron_91 intron 1 109087 108417 CDS_97 CDS 0.68 93100 92960 CDS_98 CDS 1 98273 98214 CDS_99 CDS 1 98634 98576 CDS_100 CDS 1 99372 99299 CDS_101 CDS 1 99646 99600 CDS_102 CDS 1 101359 101276 CDS_103 CDS 1 103369 103214 CDS_104 CDS 1 104992 104858 CDS_105 CDS 1 108416 108307 CDS_106 CDS 1 109136 109088 start_codon_15 start_codon 109136 109134 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.982 35092 35316 match_part 1.000 35442 35529 match_part 1.000 35660 35745 match_part 1.000 35846 35953 match_part 1.000 36443 36487 match_part 1.000 36582 36670 match_part 1.000 37298 37341 match_part 0.944 37446 37517 match_2 match_part 0.992 38626 38984 match_part 1.000 39596 39720 match_part 1.000 40436 40942 match_3 match_part 1.000 50897 50913 match_part 1.000 51028 51125 match_part 1.000 51280 51388 match_part 1.000 52591 52768 match_part 0.993 52869 53017 match_4 match_part 0.984 55844 57316 match_5 match_part 0.998 74080 74663 match_part 1.000 75274 75363 match_part 0.974 75440 75477 match_6 match_part 1.000 75951 76150 match_part 1.000 76237 76348 match_part 1.000 78477 78635 match_part 1.000 79930 79982 match_part 1.000 80093 80161 match_7 match_part 0.988 117257 117512 match_part 1.000 124283 124530 match_part 1.000 124602 124929 match_part 0.998 125230 125756 match_8 match_part 0.879 118333 118530 match_part 0.919 118939 119433 match_9 match_part 0.918 118350 120182 match_10 match_part 0.916 119018 119208 match_11 match_part 0.956 129250 129520 match_part 0.970 130316 130545 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.998 2493 2033 match_part 1.000 39 1 match_13 match_part 0.982 3050 2488 match_14 match_part 1.000 4744 4712 match_part 1.000 4627 3857 match_15 match_part 1.000 10401 10000 match_part 1.000 9850 9725 match_part 1.000 9648 9535 match_part 1.000 9428 9342 match_part 1.000 8765 8630 match_part 1.000 8551 8509 match_part 0.997 6314 5978 match_16 match_part 1.000 14522 14236 match_part 1.000 13248 13187 match_part 1.000 12636 12549 match_part 1.000 12445 12384 match_part 0.979 12290 12194 match_part 0.974 12052 11898 match_17 match_part 1.000 14486 14236 match_part 0.988 13248 12833 match_18 match_part 1.000 44609 44427 match_part 1.000 43883 43273 match_19 match_part 0.950 58125 57885 match_20 match_part 0.989 67813 67722 match_part 1.000 67646 67540 match_part 1.000 67456 67381 match_part 1.000 66496 66425 match_part 1.000 66300 66238 match_part 1.000 65470 65118 match_part 1.000 63874 63751 match_part 0.996 63172 62708 match_21 match_part 1.000 109124 109088 match_part 1.000 108416 108307 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 1.000 98634 98576 match_part 1.000 98273 98214 match_part 1.000 90754 90674 match_part 0.965 86590 86336 match_22 match_part 0.990 109183 109088 match_part 1.000 108416 108307 match_part 1.000 104992 104858 match_part 1.000 103369 103214 match_part 1.000 101359 101276 match_part 1.000 99646 99600 match_part 1.000 99372 99299 match_part 1.000 98634 98576 match_part 1.000 98273 98254 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 3050 2033 exon 39 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 4744 4712 exon 4627 3857 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 10401 10000 exon 9850 9725 exon 9648 9535 exon 9428 9342 exon 8765 8630 exon 8551 8509 exon 6314 5978 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 14522 14236 exon 13248 13187 exon 12636 12549 exon 12445 12384 exon 12290 12194 exon 12052 11898 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 14486 14236 exon 13248 12833 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 35092 35316 exon 35442 35529 exon 35660 35745 exon 35846 35953 exon 36443 36487 exon 36582 36670 exon 37298 37341 exon 37446 37517 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 38626 38984 exon 39596 39720 exon 40436 40942 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 44609 44427 exon 43883 43273 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 50897 50913 exon 51028 51125 exon 51280 51388 exon 52591 52768 exon 52869 53017 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 55844 57316 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 58125 57885 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67813 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66300 66238 exon 65470 65118 exon 63874 63751 exon 63172 62708 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 74080 74663 exon 75274 75363 exon 75440 75477 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 75951 76150 exon 76237 76348 exon 78477 78635 exon 79930 79982 exon 80093 80161 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109183 109088 exon 108416 108307 exon 104992 104858 exon 103369 103214 exon 101359 101276 exon 99646 99600 exon 99372 99299 exon 98634 98576 exon 98273 98254 gene_16 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 109124 109088 exon 108416 108307 exon 101359 101276 exon 99646 99600 exon 99372 99299 exon 98634 98576 exon 98273 98214 exon 90754 90674 exon 86590 86336 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 118333 118530 exon 118939 119433 gene_18 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 118350 120182 gene_19 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 117257 117512 exon 124283 124530 exon 124602 124929 exon 125230 125756 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 129250 129520 exon 130316 130545 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 35067 35522 match_2 match_part 0.884 38590 38984 match_part 0.992 39596 39720 match_part 0.934 40436 40861 match_3 match_part 1.000 41485 41993 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 36650 36170 match_5 match_part 0.996 43054 42533 match_6 match_part 0.913 67744 67722 match_part 0.972 67646 67540 match_part 1.000 67456 67381 match_part 0.931 66496 66425 match_part 0.968 66300 66238 match_part 0.989 65470 65118 match_part 0.968 63874 63751 match_part 0.922 63172 62775 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 35067 35522 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 36650 36170 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 38590 38984 exon 39596 39720 exon 40436 40861 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 41485 41993 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 43054 42533 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0020A12.1 type gene exon 67744 67722 exon 67646 67540 exon 67456 67381 exon 66496 66425 exon 66300 66238 exon 65470 65118 exon 63874 63751 exon 63172 62775 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.69 28435 28741 transcript_1 transcript 0.69 28435 28741 start_codon_1 start_codon 28435 28437 intron_1 intron 0.69 28562 28646 CDS_1 CDS 0.72 28435 28561 CDS_2 CDS 0.69 28647 28741 stop_codon_1 stop_codon 28739 28741 gene_2 gene 0.19 31668 37621 transcript_2 transcript 0.19 31668 37621 start_codon_2 start_codon 31668 31670 intron_2 intron 0.63 31722 33043 intron_3 intron 0.58 33105 33182 intron_4 intron 0.87 33286 33418 intron_5 intron 0.57 33522 33732 intron_6 intron 0.71 33787 33895 intron_7 intron 0.99 33959 35091 intron_8 intron 1 35317 35441 intron_9 intron 1 35530 35659 intron_10 intron 1 35746 35845 intron_11 intron 1 35954 36442 intron_12 intron 1 36488 36581 intron_13 intron 1 36671 37297 intron_14 intron 1 37342 37445 CDS_3 CDS 0.63 31668 31721 CDS_4 CDS 0.58 33044 33104 CDS_5 CDS 0.55 33183 33285 CDS_6 CDS 0.84 33419 33521 CDS_7 CDS 0.67 33733 33786 CDS_8 CDS 0.99 33896 33958 CDS_9 CDS 0.99 35092 35316 CDS_10 CDS 1 35442 35529 CDS_11 CDS 1 35660 35745 CDS_12 CDS 1 35846 35953 CDS_13 CDS 1 36443 36487 CDS_14 CDS 1 36582 36670 CDS_15 CDS 1 37298 37341 CDS_16 CDS 1 37446 37621 stop_codon_2 stop_codon 37619 37621 gene_3 gene 0.55 38603 40639 transcript_3 transcript 0.55 38603 40639 start_codon_3 start_codon 38603 38605 intron_15 intron 1 38985 39595 intron_16 intron 1 39721 40435 CDS_17 CDS 0.55 38603 38984 CDS_18 CDS 1 39596 39720 CDS_19 CDS 1 40436 40639 stop_codon_3 stop_codon 40637 40639 gene_4 gene 0.82 46150 57051 transcript_4 transcript 0.82 46150 57051 start_codon_4 start_codon 46150 46152 intron_17 intron 1 46156 46249 intron_18 intron 1 46386 47585 intron_19 intron 1 47811 48765 intron_20 intron 0.93 48837 49864 intron_21 intron 1 50112 50510 intron_22 intron 1 50688 50773 intron_23 intron 1 50914 51027 intron_24 intron 1 51126 51279 intron_25 intron 1 51389 52590 intron_26 intron 1 52769 52868 intron_27 intron 1 53099 53195 intron_28 intron 1 53373 54587 intron_29 intron 1 54660 54776 intron_30 intron 1 54954 55028 intron_31 intron 0.99 55091 55172 intron_32 intron 1 55356 55451 CDS_20 CDS 0.9 46150 46155 CDS_21 CDS 1 46250 46385 CDS_22 CDS 1 47586 47810 CDS_23 CDS 0.99 48766 48836 CDS_24 CDS 0.99 49865 50111 CDS_25 CDS 1 50511 50687 CDS_26 CDS 1 50774 50913 CDS_27 CDS 1 51028 51125 CDS_28 CDS 1 51280 51388 CDS_29 CDS 1 52591 52768 CDS_30 CDS 1 52869 53098 CDS_31 CDS 1 53196 53372 CDS_32 CDS 1 54588 54659 CDS_33 CDS 1 54777 54953 CDS_34 CDS 1 55029 55090 CDS_35 CDS 0.99 55173 55355 CDS_36 CDS 1 55452 57051 stop_codon_4 stop_codon 57049 57051 gene_5 gene 1 72669 82412 transcript_5 transcript 1 72669 82412 start_codon_5 start_codon 72669 72671 intron_33 intron 1 74664 75273 intron_34 intron 1 75364 75439 intron_35 intron 1 75677 75928 intron_36 intron 1 76151 76236 intron_37 intron 1 76349 78476 intron_38 intron 1 78636 79929 intron_39 intron 1 79983 80092 intron_40 intron 1 80173 80288 intron_41 intron 1 80369 80480 intron_42 intron 1 80522 81496 intron_43 intron 1 81546 82407 CDS_37 CDS 1 72669 74663 CDS_38 CDS 1 75274 75363 CDS_39 CDS 1 75440 75676 CDS_40 CDS 1 75929 76150 CDS_41 CDS 1 76237 76348 CDS_42 CDS 1 78477 78635 CDS_43 CDS 1 79930 79982 CDS_44 CDS 1 80093 80172 CDS_45 CDS 1 80289 80368 CDS_46 CDS 1 80481 80521 CDS_47 CDS 1 81497 81545 CDS_48 CDS 1 82408 82412 stop_codon_5 stop_codon 82410 82412 gene_6 gene 0.26 115297 117272 transcript_6 transcript 0.26 115297 117272 start_codon_6 start_codon 115297 115299 intron_44 intron 0.5 115744 117236 CDS_49 CDS 0.46 115297 115743 CDS_50 CDS 0.92 117237 117272 stop_codon_6 stop_codon 117270 117272 gene_7 gene 1 117297 125481 transcript_7 transcript 1 117297 125481 start_codon_7 start_codon 117297 117299 intron_45 intron 1 117513 124282 intron_46 intron 1 124531 124601 intron_47 intron 1 124930 125229 CDS_51 CDS 1 117297 117512 CDS_52 CDS 1 124283 124530 CDS_53 CDS 1 124602 124929 CDS_54 CDS 1 125230 125481 stop_codon_7 stop_codon 125479 125481 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 4429 1 transcript_8 transcript 1 4429 1 intron_48 intron 1 2032 40 CDS_55 CDS 1 39 1 CDS_56 CDS 1 4429 2033 start_codon_8 start_codon 4429 4427 gene_9 gene 1 14331 6260 transcript_9 transcript 1 14331 6260 stop_codon_8 stop_codon 6262 6260 intron_49 intron 1 8508 6315 intron_50 intron 1 8629 8552 intron_51 intron 1 9341 8766 intron_52 intron 1 9534 9429 intron_53 intron 1 9724 9649 intron_54 intron 1 9999 9851 intron_55 intron 1 11641 10849 intron_56 intron 1 12193 12053 intron_57 intron 1 12383 12291 intron_58 intron 1 12548 12446 intron_59 intron 1 13186 12637 intron_60 intron 1 14235 13249 CDS_57 CDS 1 6314 6260 CDS_58 CDS 1 8551 8509 CDS_59 CDS 1 8765 8630 CDS_60 CDS 1 9428 9342 CDS_61 CDS 1 9648 9535 CDS_62 CDS 1 9850 9725 CDS_63 CDS 1 10848 10000 CDS_64 CDS 1 12052 11642 CDS_65 CDS 1 12290 12194 CDS_66 CDS 1 12445 12384 CDS_67 CDS 1 12636 12549 CDS_68 CDS 1 13248 13187 CDS_69 CDS 1 14331 14236 start_codon_9 start_codon 14331 14329 gene_10 gene 0.18 22046 18190 transcript_10 transcript 0.18 22046 18190 stop_codon_9 stop_codon 18192 18190 intron_61 intron 1 18510 18416 intron_62 intron 0.94 19561 18902 intron_63 intron 0.42 20171 19808 intron_64 intron 0.64 20482 20248 intron_65 intron 0.53 20679 20594 intron_66 intron 0.35 21413 20758 CDS_70 CDS 1 18415 18190 CDS_71 CDS 0.99 18901 18511 CDS_72 CDS 0.53 19807 19562 CDS_73 CDS 0.43 20247 20172 CDS_74 CDS 0.68 20593 20483 CDS_75 CDS 0.5 20757 20680 CDS_76 CDS 0.8 22046 21414 start_codon_10 start_codon 22046 22044 gene_11 gene 0.91 43853 41398 transcript_11 transcript 0.91 43853 41398 stop_codon_10 stop_codon 41400 41398 intron_67 intron 0.94 42879 41479 intron_68 intron 0.96 43031 42952 CDS_77 CDS 0.93 41478 41398 CDS_78 CDS 0.94 42951 42880 CDS_79 CDS 0.96 43853 43032 start_codon_11 start_codon 43853 43851 gene_12 gene 0.05 62956 58088 transcript_12 transcript 0.05 62956 58088 stop_codon_11 stop_codon 58090 58088 intron_69 intron 0.77 58355 58152 intron_70 intron 0.67 58597 58433 intron_71 intron 0.41 59423 58823 intron_72 intron 0.39 59630 59555 intron_73 intron 0.91 59975 59689 intron_74 intron 0.96 60973 60092 intron_75 intron 0.55 61226 61127 intron_76 intron 0.88 61421 61350 intron_77 intron 0.37 62892 62133 CDS_80 CDS 0.85 58151 58088 CDS_81 CDS 0.77 58432 58356 CDS_82 CDS 0.48 58822 58598 CDS_83 CDS 0.39 59554 59424 CDS_84 CDS 0.46 59688 59631 CDS_85 CDS 0.96 60091 59976 CDS_86 CDS 0.99 61126 60974 CDS_87 CDS 0.52 61349 61227 CDS_88 CDS 0.7 62132 61422 CDS_89 CDS 0.46 62956 62893 start_codon_12 start_codon 62956 62954 gene_13 gene 1 67727 63152 transcript_13 transcript 1 67727 63152 stop_codon_12 stop_codon 63154 63152 intron_78 intron 1 63750 63173 intron_79 intron 1 65117 63875 intron_80 intron 1 66237 65471 intron_81 intron 1 66424 66301 intron_82 intron 1 67380 66497 intron_83 intron 1 67539 67457 intron_84 intron 1 67721 67647 CDS_90 CDS 1 63172 63152 CDS_91 CDS 1 63874 63751 CDS_92 CDS 1 65470 65118 CDS_93 CDS 1 66300 66238 CDS_94 CDS 1 66496 66425 CDS_95 CDS 1 67456 67381 CDS_96 CDS 1 67646 67540 CDS_97 CDS 1 67727 67722 start_codon_13 start_codon 67727 67725 gene_14 gene 1 109136 86537 transcript_14 transcript 1 109136 86537 stop_codon_13 stop_codon 86539 86537 intron_85 intron 1 90673 86591 intron_86 intron 1 98213 90755 intron_87 intron 1 98575 98274 intron_88 intron 1 99298 98635 intron_89 intron 1 99599 99373 intron_90 intron 1 101275 99647 intron_91 intron 1 103213 101360 intron_92 intron 1 104857 103370 intron_93 intron 1 108306 104993 intron_94 intron 1 109087 108417 CDS_98 CDS 1 86590 86537 CDS_99 CDS 1 90754 90674 CDS_100 CDS 1 98273 98214 CDS_101 CDS 1 98634 98576 CDS_102 CDS 1 99372 99299 CDS_103 CDS 1 99646 99600 CDS_104 CDS 1 101359 101276 CDS_105 CDS 1 103369 103214 CDS_106 CDS 1 104992 104858 CDS_107 CDS 1 108416 108307 CDS_108 CDS 1 109136 109088 start_codon_14 start_codon 109136 109134 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 121 55513 56472 match_2 match 90.9 124600 124941 match_3 match 71.2 124280 124531 match_4 match 87.4 124600 124941 match_5 match 75.1 124280 124531 match_6 match 42.7 132062 132187 match_7 match 297 132407 133519 match_8 match 102 131733 131981 match_9 match 318 55201 56832 match_10 match 87.0 54621 55088 match_11 match 310 55201 56805 match_12 match 92.0 54621 55088 match_13 match 444 55201 56832 match_14 match 102 54774 55088 match_15 match 78.2 55201 55800 match_16 match 162 55639 56802 match_17 match 62.8 54774 55088 match_18 match 186 55207 56607 match_19 match 172 115198 115800 match_20 match 142 124603 124941 match_21 match 111 124277 124528 match_22 match 45.1 124280 124510 match_23 match 82.4 124615 124941 match_24 match 147 55207 56508 match_25 match 154 55207 56787 match_26 match 45.8 124283 124495 match_27 match 84.3 124606 124941 match_28 match 64.3 124280 124540 match_29 match 89.0 124600 124941 match_30 match 178 55207 56595 match_31 match 63.9 119077 119280 match_32 match 73.9 119277 119438 match_33 match 326 132407 133516 match_34 match 55.5 132062 132199 match_35 match 138 131733 131981 match_36 match 311 132398 133519 match_37 match 46.6 132062 132190 match_38 match 122 131733 131981 match_39 match 133 55570 56532 match_40 match 100 54621 55088 match_41 match 447 55201 56832 match_42 match 161 55522 56808 match_43 match 43.5 124280 124531 match_44 match 85.1 124618 124941 match_45 match 528 132404 133519 match_46 match 83.2 132062 132190 match_47 match 159 131733 131981 match_48 match 93.6 124600 124941 match_49 match 75.5 124280 124540 match_50 match 299 132419 133507 match_51 match 52.4 132062 132196 match_52 match 122 131712 131981 match_53 match 275 132407 133519 match_54 match 119 131733 131996 match_55 match 382 55204 56832 match_56 match 85.1 54810 55091 match_57 match 255 132407 133501 match_58 match 47.8 132062 132178 match_59 match 115 131733 131981 match_60 match 79.7 124600 124941 match_61 match 62.4 124280 124531 match_62 match 50.8 124280 124537 match_63 match 77.0 124615 124941 match_64 match 78.2 124280 124528 match_65 match 97.1 124603 124941 match_66 match 107 54621 55088 match_67 match 486 55201 56832 match_68 match 92.4 124600 125022 match_69 match 59.7 124280 124540 match_70 match 386 55204 56832 match_71 match 88.6 54810 55091 match_72 match 218 55201 56811 match_73 match 36.2 124280 124537 match_74 match 90.9 124600 124941 match_75 match 45.4 124280 124537 match_76 match 95.9 124600 125022 match_77 match 41.6 124322 124540 match_78 match 88.2 124600 124941 match_79 match 97.4 54621 55088 match_80 match 421 55201 56832 match_81 match 77.4 54621 55088 match_82 match 335 55201 56844 match_83 match 77.8 124603 124941 match_84 match 62.4 124277 124519 match_85 match 77.8 124603 124941 match_86 match 62.4 124277 124519 match_87 match 297 121313 122671 match_88 match 114 115201 115800 match_89 match 90.1 124600 124941 match_90 match 73.2 124280 124531 match_91 match 102 124600 125061 match_92 match 63.2 124280 124531 match_93 match 136 132407 133486 match_94 match 274 132407 133519 match_95 match 115 131733 131972 match_96 match 276 132407 133501 match_97 match 112 131733 131972 match_98 match 489 132401 133519 match_99 match 87.4 132062 132193 match_100 match 162 131733 131981 match_101 match 52.4 132062 132199 match_102 match 396 132407 133519 match_103 match 139 131733 131981 match_104 match 167 55207 56619 match_105 match 311 132419 133519 match_106 match 57.8 132062 132187 match_107 match 128 131712 131981 match_108 match 63.5 124280 124540 match_109 match 96.7 124600 124941 match_110 match 297 132419 133519 match_111 match 49.7 132062 132187 match_112 match 102 131748 131981 match_113 match 59.7 124280 124537 match_114 match 97.4 124600 124926 match_115 match 259 132407 133501 match_116 match 38.5 132062 132178 match_117 match 118 131712 131981 match_118 match 228 55201 56811 match_119 match 136 54621 55091 match_120 match 106 53196 53375 match_121 match 140 52868 53101 match_122 match 905 55204 57048 match_123 match 108 52591 52773 match_124 match 173 56038 56844 match_125 match 161 115198 115800 match_126 match 134 124600 124941 match_127 match 109 124277 124540 match_128 match 163 115198 115782 match_129 match 107 124277 124540 match_130 match 137 124600 124941 match_131 match 121 132410 133489 match_132 match 122 132413 133519 match_133 match 45.1 124280 124540 match_134 match 88.6 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