C02HBa0060J03.2 GAATACTTTTGTGAGAAGTTTTTTTTTGACGTGCAACCAGGTCTCAGACTCATATAAGTT TCAGCGTTTCATGATATATGTTCATGCCAAAGGAATGATAGTGGATGATGAGTATGTTAT AATGGGCTCTGCCAACATAAATCAACGATCCTTAGCTGGGTCGAAAGATACAGAGATAGC TATGGGTGCCTACCAGCCTCATTATGCATGGACAGAAAAGCAAAGGCGTCCACGGGGACA GGTTTGATAGAAAATCACATAATGCACATACTTTATCTTGAGAAGACGTTAACGAAACCG GATGCATTTATTTATTCATCTTGTCTTGATCTCCAGATCTATGGATACAGAATGTCCCTA TGGGCAGAACACCTTGGGAGGATAGAAGAATGTTTCAAGGAACCAGAGGCGCTAACATGC GTGAGGAAGGTGAATGAGGTTGCTGAAGGAAACTGGAAGAGTTACACAGCTGAAAAGTTC ACTCAACTACATGGACATCTTCTCAAGTATCCAATACATGTAGGCGCGGACGGGAAAGTA GGTCCATTAGCTGAATATGAAAATTTCCCAGATGTAGGAGGTAGAATTCTGGGAAATCAT GCCCCTACTATCCCAGATGTTTTGACTACATAGTCAGTCCTCAATAATTAACACGATTGT GAGTGTTTGGACACTCTGAAAATATGTAGCTGCAAGATCCTTATTAGTCAATTTTGTACA TTTGTTCTATGTTGTACAATAGAGGGTGAAAAAAAGGATAGAAATGATATGATTGTGGGC TTGTATTTGTGCTGAATATTGTGGGTCTCATGGGACTATATAGTTGAGATGTTAATTGTT TTGATTCATTATAGTTCATGTGCTACAATTTTTCTTTTTAACATTCAATTATAATAGTTA TTGATGACAATCAATCAATAAACAATCTAATACTTTCTATTAGAAAAAAAAAAAATTCAT TGATTAGAGGAGTTTCTGAATGTCAATTTCTAGCGTCCCTGACAACTTATGGTGATAGGA CTGTTATTTTGAACATTAAAGCTATTAGTTAATCAAGATCTTGTATGAAATCTCGATTAA ATTTGAACTTTTATGTATTTGAAATATATATATATATATATATATATATATATAAGACAT TTTAGTATGAATGAGGGTTAAGTTACGGGAGAGAGATTAAAAATTTAATTCTCTTTATCT ACGTATAAAAGAGAATATAACTTCGTGACAAACGAGATAGATACATCATGAATGTATCGA CAAAATTATCTACATTTGGAGTTACCGAGGATTTTGTTTTGTGGGTAGGCAAGATTGTCA AATCAGTCTTGTTTTTATTTTAAAAAAAATGTTTTCTTCACTAAGAATATTAGGGGTTTT TTTGGAAAAAAAATTTTGCCAAGAAAATTTGGTCATAATTTAGCCAGGATCGTAAAAACA ACATATTCACATTATAAACTAATTATTTTTTTTTTGATATTTTATCCTTTTAACTTTTAT ATGCTTTAATTAAAAAAAATATATATTATAAACTTTTTATATTTTTAGCGAAATTCTGGT TAATTTTTTTTGGCTATTAGTATTTGTCTTTCTTTTTTGGTTAATAGAAGCTCAGCATTG CTCGCTCCCAAACGAAAAAACCTATCCATTTTTTTAATTATTTGATTCAATTAGAAATTG AGTTGGATCACGTCCAATTGAGAGGTATACTTCTCAAGTATACATTGAAAATATTTTTAG TTAAGTAACATAATGAAGGAAAAATTCAATATATATATATATATATGAGAACTATGGACA AAGTGAGCCATATATATGAGAACTATGGACAAAGTGATGTGGCACCTTTGTATAGCTTCC ATTTGCATTTAGTTTTTTTTTTTTTTTTGCTTTTTAAAAAAATAAATTAATTATTATATC ATAAAGAGGATTACTAAAATTTATTATAAATAAATATTTTATTAATGGAGGATCACTTAT AACAAAAATTCTTCATTTTTTTATTTATTTATTTCACTTATAATAAAAGGAGAAATATAA TTTATTTATTTTTTAAATTTAAATTAATTATTTTATTATAAAAATATATTACTTTATTTA TACAAATAAATATTTTATTAACGTAGAAACATTTATAAAAAAAAACTCTATATATTTTTT CTATTTGTTTATCTCACTTCTAATCATGAAATCATAATTTATATTTTTTTTATTTTAAGT ATTTTTATTTTTTATTTTTAAATTTATTCATTGGGAGTTACTAATCATGACTTGTCCCGC TTTAATTTTTACCTTTAATAATATTTATAACTCTCATAATCTTTATGTCCATGACCTCCA AATTAAATTTGTAAGTTTATGATGTCTTGTGGTATTCCGTTATTTTGCCTATAAGTTCAT ATTAGTTTCATGAAGATTCACATTCACAATTATCCTTTCTCTTTTTATCATATAGGTTTG ATTTGTAACAAAAAGTAAGTACATGAAGGTAACAAACATTTCATTGCAAATTTTTATTTT TTATTTTCTCTATTTTTGTCTATATAAATTAGTATTTGGTTTATAAATGAAATTTACATG TAACAAAAAAAAAAGTGCATGAAGTTAATAAATATATCATCCTCAAGCCCTTATTTTTCA TTTCCTTTATTTTCTATATAAATTCATATTTATTTTCATGAAGATTCACATACAAAGTTA TAATTTCTCTTATTCATCATATTTTTTTGTGAATTAACTAACATGTAACAAAAAAAAGAT ATGAAGGTAAGATATATTTCATTCTAAAGTATTTCTTTTTATTTTTATGTACTTAGACAT GCTTTCTTAATATATATTTTTTATATTTGTATTATAATTTATCAAGTAAGTATGATTTAA AAAAAATATCTGTAATTCTTAACAATGTGTTGTCCGTATGCAATTGCTCTTTCCAATAGT TAGTTTTCCAGATTTAATATAGTTTGATTATAATATTTGTTAGATTTCAAGAAATAATTA TTATTTAGTATTGTTAGCACTATTGAAAAGATAATATATTAAATATAGTTTATATTTCGT TCTTTCCTTTGACATAATTATTTTTAATTGGTATATGATTTTTTTAATTCAGTTGGTTGC ATATAATGAAGAATTTGACATATGGATCAAAACATGATGGCGGATCTCTTTGTAGAAGAA GATGATAGAAGGAAAAAAAAATGAAGCATACTTAGAGATTATTTTTTCATTTTGAACTGT ATTAGCAACTTAATTACTTTTGCTAGACTTTTTAAAATTTTGATTTATATAAGTAAATAA GCTAAATGTATTATATTTTCAATGCTAATCATTTGATCCTTTAATATTCTATTTTCTTTT TGTTAGGAAAATTAATATAATTATTTCATTTAACAAAAATAAAAAAATTATGATGATTAG TTTCACTTTTATTATAATTAAAAAAAGTAATTGAAAAATAAAATATTATTTTCATGATGT AATTTTTTTGTATATATAACAATCTGTCACCATTCTTTTTGCTTCGAAATGTATTTATAA TTTTTATGTAGTCAGCAATTATTATATTTTCTCTGTTCATTTTTTGTATTTTCACCCCTT ATTTTTATTTATTTAATTTACAAATAAAATCAATACATAATTAGTAATACATTTATTTTC TAATAAAATTATACATTTGAATTATTTATAACTCATGTCTCTTCATCTTACTTGTAACGT GTTATATATATATATATATATATTAAATATTATAACTTTTATATGTTTTATTTTCGTAAG TCTTATAAATATTTAATTAATGTTTAAAAAATTATAATAAGTAAATGTAATAATAAAATT TTAAAAAATCAATTTTGTTTTGACGAGATCAGAGTTTGAACAGAACATTAGTACTGCTAC AAAAGATATAGAAAATTATAACATATAAAATATTTCCAACCTAATACAATATATTGTTAT TTCAACATACTGTCTCTTATTCTATTTACTTTATTACGGTGAATATTTTGTTTATATATA TATATATATATATATATATACACAAAATAAATAAATATATTTTATATGTATAAAAAAAAG TCTATGATATCGCAGACGAGGAAAAATATTAATATTATCTATATATTCGATACTAACCTA AATATTACATATTTCTATTATTATCTTATAAATATTTTATATAATCGCGCAAAACGCGAA TAATTTCACTAGTTAATAAATAAAGTTAGAGAATATTCTTGACGCTTTGAAAAATTAAAT ATTTTTTCCTTTGTCAACGCCAAAGGTAGAGCTGTCAATATGGACTAGCCCACCCCATCC GGACTAACCCATACATGCTTTGACATTTTACGGGGCTGGCCGGGCTAGCCCATTTTTTGT GTGGGCCAAAAAATGGTCGGCCCAGCCCACAAGTACGTGGGCTATAAGCTTGCCGGGCCA GCTCACTTTTTAAAAAATTATATTTTTTTTAGGGAAAAGGGTCAAATATGCCCCTGTACT TTTCGAAAAGGTTTAAATATGCTCCCCGTTTAAAGTTTGGTCCATTTATACCCTCGCCGT CCAATTATTGGTACAAATATGCCCTTATGGGCGTTAATTGGCCACCTCAAAATATCCAAC GCATTTTACTTTTCTTTCATTACCCAAATGAATTTTCCACGTAATTTTAATATTACAGCG TGACATTTATATTACAAAAGATAAAGGGTCAAATATGCCCCTAAAAATCCGACCCATTAA ACTTACCCATATTTTAAGGTTCAATTATACCCCTTTTATTACCCGTATCCGACCCAAAAT TCATATCCCTTTTCCCCCAATTTTATTACCCGTATCCCCCAAAACTTGACAGTGAAGTCC TTTGTGATATCGTGAAGATGTTATTTTTCTGCCATTACCTGGCTATAGTGTACAAGCCAT CGTGGTAGAGTCCAGGTAAAAATGGAAGGAGTTCTATATATGGGAAAGCTTGATTCAATT GATCAAGAAAGCAACTCTGGTGAATCTGTCAAGTGTAATTCGTCTCTGAAATTTCATCAT GAAATACATCGAGCATCTGTAAGCTTATTTCTTTTCTAGGTAGCTAGAGATTTGGATTTA TTCCTCATGTAGTTCTTTGGTATCTGTTTGCCCTTTTCTCTTGGTGCTTCAGTACTGAAT GCTGCCATTTTCCAGCAGAGGCACTAATCTGGAGGTTAGGTTAGGCTACATTAATGTAAT TGATGGGGGTAATGAGGCTCTCAAGAACCCTAACTTTGAAATGAAGAATGGATATGCTAT CCGCGATTTGTGTTCTTGGGGGAAAAGGAAGTTTAGGAAATTAGGGATGGGTTTTAGGGG ATACGGGTAATAAAATCGGGGGAAAAGGGATATGGGTTTTGGGTCGGATACGGGTAATAA AAGGGGTATAATTGAACCTTAAAATATGGGTAAGTTTAATGGGTCGAATTTTTAGGGGCA TATTTGACCCTTTCTCTTTTGTAATATAAATGTCACGCTGTAATATTAAAATTACGTGGA AAATCCATTTGGGTAATTAAAGAAAAGTAAAATGCGTTGGATATTTTGAGGTGGTCAATT AACGCCCATAAGGGCATATTTGTACCAATAATTGGACGGCGAGGGTATAAATGGACCAAA CTTTAAACGGGGGGCATATTTAAACCTTTTCGAAAAGTACAGAGGCATATTTGACCCTTT TCCCTTTTTTTTATAAATATTAAATTAAACTATAAATTATAATTTAAAAATATTATCATA AATATCGACAAAACAATATAACATTATGTTAGGCCTCATTTGTTTGCACTTAATGAGATT TGAATCTTATTCATTCAGATTTGTCTCATTAAGTGTGTTTGTTTTTAAGAACTGGATCTT AATTATTCAGATTCAATTCATTAAGTTCGTTTATTTATTTTCTTATAAGCCTCTTAAAGG GTCTAGATATATCTGAATGAATCAGATCTGTAACACACCTTAACACTATTCAGACTAAAA AATAAGACCGTCCTATCTTAATTCAACTAAATCACGACAACTCATACAAATTATTTTCTT ATTTAATTAATATTAGTTACATGCTTGCCATTATAATTTCCTTTATTCAAATTAATTTAA TATACATTTTTTACTTTCTAAATTAATTAATATATTTGAATTGATAAGCATTCCATGATA TAATATTTAGCATGGTTTTTAAAAAATAAGAAAGTATTAGTTATTTGATCGATAACAATA AAAAATTTCTATCATAGAATAAAATAAAATAAAATATTTTTCTAAACTATATATTTACTA CTCTATATAAACTATTTTAAATTGCATTATATTAGATTCTTAAAGTATTTGAGTGCAAAA AATAGTCATATTAATGATGTAACTTAATGTTGAGTTCTTAAAAGATAAATTATATTAAAT TGTTACGGTAAAAATGTTCAAAATATTATAATATATGAAAAAAAAAACTATTTTACTAAC AAGGTTTTTATAATATTTTATTGATATAATGTTTAATTTCATATGTGCATTCAGATATTG AAAACAAACTGTCCCAATAATTTAGTGTTCAGATTCAGAGACAATATTTTAATATTCAGA TGTTTATTCAGATTTACACTTTTAGATCTTAATGCACATCTTAATATTTAAATGTGTATT CAAATTCAAACGTCTTAATCTTAATGGAAACAAATGAGACATTGTCACTACTTGTTAATC AAATTCACAAATAAAATTATTTTTATAATATTTAGGGAAAATGCACAAGTACCCCTATGA CCAAAATCCAAAGACACACCTTACTAAGGTCGTATTACCCCCTTGAACTTATTTTTTTTG TAATTTTGTGTACCTTTTTGGCCTACGTGGCATCCAAATATCTCTGACGCGCCTCAATTG CGTGGAGTTACATAGAGTGCCACATAAGACCAAATGTGTATAAAATTAAAAAGAAAAGTT CAGGGGTAATATGACATTAGTTTAATTAAGGTGTGTCTCTGAAATTTTAGTTACAATCTA GGGTACTTATGCATTTTCCTTAGTATTTATTAAGTTGTTTTTCAACTAAAAGTATAAATA TGTAAATAAAAATATTAACCTAATTATTTTGATTTGGACTTTCTTTATTTTTAAATATTT TAATATTATATAATATTTTCAAATTAATTTTTATTGGCCAACTGACCGGCCCTACCAATA TTTCTCAAGTCCCAAATGAGCAGACTTATTCAGGTCGAACTAAAAAACCATTTCTTTAAA TGAGCTTCAAAAATCTTAGCCCAACCTATTAAATTTCGAATTAGATCAGATCGGTCTAAC AGGCCTAGCCCATATTGACGGCTCTAGCTAAAGGGGATTGAAGTGGTATTATTTAAAATA AGAGGGCATAACTAAAATTGTGATTATTTATGACAGGCACGCTTAAAGCTTCAACTCTTG CATCATTCTAGTCGAGTCAATTTAGGGATCGCTTCGTATTGGCAATTTAGGGTTCGCTCC ATCATCCGAAATGGCAAGCTTTGCTCTCTCTAATCTCCCATTATATCTTTCTTCTATTTA ACATATATGTGTTTTTTTGCATATTTTCAGAATTTTTTAACCTAATTAATTGTCGAAACA ACAAATTTTATCATCTTTATGATTTCTTGCAGGCTGATTCTCCACGCAAAAGGTACCACT CTGTTTCTTTATAGAACTTTGAGGATTTTCTGTTTATTTGTTGCATCGACTTGATCCGTC TAACTTTCCGTAATTGGTTTTATCTTTATTAGGGTTTTTTTGTCTGTATTTCGCTGATCT ATATTTTCTTTATTTGGTTGTTGGCCTTGTGAATGGTGAATACATTGTTTTATTCATCAG GCTAGTTGGGATATCTATGTGGTGTAAAAAAATTGAATGGGGTTTGTTGGATTTTGGGGA GTTCACTTTGATTTGTGTTTTGGAGAGATGTTAATGTGTTAATCTTTTTTAATAGAGAAA TGGTAAGGTATGAATCTGTTTTTGGAAGAATTGTTTTTAAGTTTATCATGTAGAATTAGT TTTCCGTTTGTTTTATTGGGGAATGTCACTGAAGCATAAAACATTTCTGAGAATCTCATA TTTTGTATATATGGGTAATTCTGTATATAATAAAGTCATTAATCCTATGCCTTACTTATG CAAGGGATAAGGTTCAATTTTTTCTCTCTCTTTGATTTGAAGTAATGTTTTCCAGGGAAC ATCCTAATGAAGTCTCCCACTGTATGGTCGTCAAAGATCCTCCTACTTATTGATAAAATT GGTCATATGCTAAGTCTTTCTTGAGTTAGAAAGTACCAATCAACCTTTATGGATAAGTTT TTGGCATTTTTTACAAGTAAAATTGTTGAGCATGTTAATGGAGAACACACTAACATAGCC TTAGCGATGCATTTCTGTTTTCTTTTTGCACGCAAATAGATCTCCAACGGATTTTCTTTT AAGCCACTGTCTTTAGTAGTATTAGTTGACATAGAAATTTTATGAGCTACATATACTTGA AAAAGATACCATCATTACTCGAGGAACCATCTTTAAAGACATGTGGTTGGTGTTAATAAA CTGGTTCAATGTTGTACTTATTGGACTCCCAGGTATTCCCGCTCTCCTTCACCTTGGGAA GAAAAGTCAAGATCTCGCTCTCGATCCCCAACTAGATCACAGTCAAGGCCAAGAGGAAGA TCAAGGTCCAGAAGTCATGGAAGGTATGAGTGGAACTTTAGTTTTACTTCACCTTCTTTA TGTTAACAGCTTCGTTTCGGTTTCTCAAAATTTCCTCCATGACTTGATTAGGGCTGAAGA TACTAATCCTGGAAACACACTCTATGTGACTGGATTATCTTCAAGGGTCACTCAAAGGGA TCTTGAAGAGCATTTCTCAAAGGAGGGAAAGGTTGGTTTCTGGTTTACGTATAAGCAAGT TGTTTTCTGGTTCTGTTTCTGCCATGATTTGGTGCTCATACTGCATACCAACATTCTCTC TCGTTCAAAATAATTTGTGTTGTATCTACTCTTTATAATGGAAATTTTTCATTTATGATG ATTATCTTAGAAACATCTAGTTTTCATTTAAGTTTATTGTATGAGCAAAGTCTTGTCAAT GCATTTGCCAAGATATTGATGTATTGTGGAATTTTGGCTGGATTCTTTTCTCATTGTTCA TACTTTAAAGCTTGCTATTGAAGTTTCTTATACTTTCTTTTGATTAGGTGAAGTCAGCTT TTCTGGTTGTGGAGCCCCGTTCTCGCATCTCTCGTGGTTTTGCTTTCATAACAATGGATA GTCTTGAGGATGCCAATCGCTGCATTAAGCACCTTAATCAGTCCGTCCTTGAAGGCCGGT CCATAACGGTGGAGAAGGTCAGCTATTTATACATTGATTGGTGAACCATTGTTCTGTTGG CTTGCTTTTCTTTTTTCTTGACTTGGAGGTTTTCTGATTATATTCAGAAGACATTACGTC AGCTTTGTTGGCAGCAATCAAAGATGATCAGTTCTTCCATTGCAACATTATATTCACTCA GCTTGACCAAATGGCCCGCTAAAACAGCTTTTCACATGCATCTGATCGACTAAACTTAGC AACTATTTTGCCAAACAACTATACAACCTCAGCAAATACTTCAAACTCTCAACTAATCAA GGGTCATTATCAACAATAGAATCAGGCTTTTATGGTATCTCATCCTGGTGTTGGTTCTAT CTCCATCTTTTAGCTGTTATAAGACGTGCGAAAATATTTAAGCTGCTATCCTGTGTGACT AGTGTCATATCCTATTTCTTAGTAATGGACATCGTTGTGTGCTTGTGCCACCTTCAGTTT TGCAGAGGTTTTTCGAGGAGACTTGCTTTTTTTTGGCACAGATTAGTTGAATGTTATATT CTTCCTTTAGGAGTGCATTTGGTGATTCTCTTTTCTTTGGATGTTAGCATCATAGGTTAT GATTTCATAGAATTACAAATATTTCTGTTTTTTTTTGTTGTGAAGAGAACACCCGATATT AGCAATTTCATATTCTTCCATTACAAGGAATTCATTCTCTAGAATACATTATCTGGTCGA GATAACCCATTTGTTCTTGATGTAAATCACATATGTTCAGATTTCACATATTGAGATGAT CTATTTTGTTTTTCAGTCTCGTAGAAAACGGCCAAGGACTCCAACACCTGGTCATTATCT TGGGCTTCATCAGAGCGCAAGGGGTGATGGTAAGCTTCTGATGCTATGTAAGTTCCTATT CTATTTTTGATTTGTGGAATCTCTAAAGTACTCATTGCTTTGGTCAAAGGTTATCATGGT GATCGGGGTAGGTATCGTGGCCGTGGTGACTATGGGTACCGAAGATCTCCAAGACGTTCT CCATATAGAGGTGGGCGAGATTATTCTCCCAGACACTCTCCATATAGAGGTGGGCGAGAT TATTCTCCTAGACGCTCACCTTATGCTGGAAGGTCGAGACGTGCGCGATCCCGGTCATAT TCTCCTTATGAAAGGAACTACCCTCGTGGTTATAGATAAGTGGGTTTCGTCCTCAGCTAT GGAAACTGCTTTTGTAAGGATCTATAAGTTTGATGTGGACTAGTCTTGATGTTAAAGAGT ACTGGTTAATGAATGTATGTCTGGGTTACACCTTGAATGTGGATTATCTGTAATCTTTCT GAAACTTTATGATGTATGTATTCTCTTTCGTTGCTTGTCATTTTGTTGTCTTCATGGTCG TGACATCGTTTACGATATCTGTTGGTTCATTCTTACATGTTGTTTAGCAACTTTCTGGCT CGTGGCTTTATCATTGTCAAGATCCTCTCTTTTCTTGCAACTTGGATATTAGTTTGAAGT GAAAATGTACACTTCACCCAGTAATTTGCTTAATGGTATTTTCTTGAACAAAATGGAGTA GCTGAGTTTATTAGATATTTGTTGATGACTTGATTTTACAAGATATGACGTTCTTGGAGA TGTGTCGTGATAAAGTAGCCATGTTCGTTATTACAAGGTGGTCCAACCCCAACATGACAT TTGACTCATTCTAGTACAAACACGAGGGCCTACGAGCTTATCAAGTTGTTAAAAGTAGGT TCTTTAGTTAATTAGACATCCAATTATAAAAAAAGAGTAACAAATGGATAAGAATTAAGA TGACTAGACACGGAACAAGCTTCCAAATGTCAACAATAATATCCTAGATTTTCTAATGAG CACGTGAAGATATTTTACGAGTTAGTGTAAGTATTATATTTTGGTAATTGTTAATAACAA ACGTTGAAAAGAGAATGTGCCTCAATAATCATGAATTGGTATGTGGATACATAGACTATT CACTAGTCTTACATATATGACGTTTTCTTCTTCTTCTTTATACTCATACATATGACCTCA CTAGTCTTACATATATGACTTTTTCTTCTTCTTCTTTATACACATACATATGACCTAGTA GTAAGAGCTTTGACTATTTTTGTGCAAAAATTTAAAGGGAGACCCTTGTGAAGTTAAATA TTGCTAGGTGAACAGAAGGGTTAGGAAAAATTCTCCAACAAAATACGAGTGTTAGGAGCA TGCGATGCACGTTTTGGCGCACTCTTACCTTAAGGCCAACCATTTCCTTCCACGTGTTCT ATAACAATTAACAGACAACTACTAAGTAATCATGTTTGATGATTGAATTTAAAGTTTATT TTCAAAAAATAAAGTAATTTAAAATTAAAACTTTAGTGATGGACTAAATGCTACTCCCCC AAAAAAAAAAAGTAGTATCTACCTAAAAAAAAAAAATCATTACAAAATTTTACTTTTGAT TTTTCATATATGATGTGTTTAAGATCATGATATTAAAAATATTTTGATAACATAATTTTA GTTTAATATTATAATATTGTTATTCTTATATATTTTATATCAATTTAAATTACAGTACTC TTTTTGAAATGGAAAGAACTTATTCTATATTTAGTATGTGGTATTGTGGTGAACAATGAT AGATTGCCAATAACAGGGTAGACCTAAGAGGAACTTATCTTTCTCGACTTTCTTTTTTCC AACACGTTATTTTTTAAATAATAGAAATGAGATAAACGTGAATCTCAATTCATTGCCTAG CACGATTCTTAAAGTATATCGATAAAAAGTTTTACGTTTAATTTGAAACATTAAATTTTA AACTGTTTAGAAATAAAATTTATACTACTATTTTATTTTCTTTTTACTCCATTGAATAAG AATTTCTCTATTTCTTTTATGACATCTCTTTTAATTTTTAAATAGACATATTTAAAATTA ATAAATATTTTGATAGTGTGTGTATTTATTTTAATATTAATATAATAAATAAATAGAAAT AAAGTTGATAATAAAAAATATCTAGAAATAGTACGTATTTTTGTATTGGGGAAAAGGAAT CTCGTCCTCCCTGTGGAAGTGTAGTAGAGTATTTTAAAAGCCACTTTAACATCAACATGC TCCATTCCTTCGCCCAACAACAAATATTTTTGTCTTCTCCACCTAATTTATTTTATCCCT AAATCCCCCCCTTTTTTTTTCCTCCTCTCTCTGTAAACCCACATTGAATTTATTGTCTAA CAATGCTCGGCGTTGAGTTAAGGATCTCCACCGTCGCCGGAGTTTTCACCGATCTACCGG AAACAAGTCGCCGGAGTGCCAGCTGGAACTGTAACTCCTCCATTGGAAATATCTCATATC ATCTCTCTTCCAGAAATAGGCATTGTAGAAAGTCCAGATTCATGGTAATCTGTAGCAAGT CATCACGCGGAAGCTTTAATCGGAAATCTAATCAGAGTGATGAACCGGGTGATGATTATA TTGAAGCTGTCGTTCTCGTTTCAGGTATGGAAAATTACCGTTTTGCCCTTTTCTCCGATA TTTTTTTGTTAGAGAAATACTGATGCAGGTAATATATTCTTCATGAACATTACTTTGTTG AAATGTATGAAAAAGATCAGATTTTTCTCTCTATGCTTTTGCTTTTTTAATCAATGTAGC TCAACTGCTATTAGTAAGTGAAAAATGGAAAATTGGTTGCTTAGCTGCTAGCTCCACAGA CTTTGAACAAGTTGCTTTCCCAGTAACATTTGATGATCCTGTACGAATTAGTCTAAAAAA CCAATGTTATGGAATGGAGGGACCTAAAATCTTTGCTCCGCCTCTCCAAAAAATGTATTA TCACACGTGGATCATTCAAAAAGAAACTACTTTTGGAGTATCTGATGCACACATTTTAAT CATTTCAATTTGTATAAAAAATGACTTGAGATGGAAAATCATGCGCTCTACAATAATTTG AGAAACAAAATAAGTCAATTGATAATTTATATCTTGAATACTGAATCACAGAATCAGTTG AGTTCCCTATTTGATTCATATGATTCCATTTTGGTTTAGTCAGGTCTATTTCATGTGGTA CCAAATGAATATGTATATGTGGATTTCTCTGCTTCCATTATGTAAGTTGTGACATTGGTC CTGGTAGAATTTTCATATTTTAGAAATTTCTACCAAGTCCTTTTCTATCACCTTTTGGAG GTCTGTTCCAGACATGACCAAACTATCACAGGCTCTCTCTCTTTATTCTCTGCCTGTGCT ACTTGCATCTTTTTTTATTATTCTTCTCCAATATTCTACGCTTGCACATCTGTCTTATTA TCCTTATTCATCCATCTTAATATCCATATGTCAATATTTATTCCGTGGATGTGATGGGAC ATAGGGGCTCAGCACTCAATCTTAATATAATATTGCTGGTCTAGTACTTATATAAAAATA ACCTTTCACTTTGTTAGGCATCTTTTTATTGCATAGCCACTCATTCATCTCAAATACTTA AGTTATGTGTACTTTGAAATCTAATTGCTTATCACATTTTATCTGTAGTCTTTCTACTGT ATATTAGTATTTTCTACCCTGCATCTGAGGCTAAGCATGTTTACCAATGCTGCAATGACT ATAGAGACTATGAAGCACTACAAAATGCATATGGGTGGATTTCAAGAAGAAACAAGATGG CACTCATCTGCTCAGCTGATTCCCTCTTCTTTTCATCCTAAGGATCGTATTGCTAATGCA TCATCTTTAGGGACAGGATTTCTTCGCCGTTTCAAGAATCCAACTATTTTTCTTAAGATT TCCTGTGATGCAGAATATGTCTTACCAATTATTGTTGGTATGTACTTTTAAATTTCTACT TGGACAACTAGCAGTGTCTTGTAAACAGTTATATCATACTGTTTTCATAACTCTTACTGC CTGCTACTTCAGGAGAACATGCTGTCGAAAAACTTATAGATTCATTGCATGAGGAGGAGA CTGGGGTAATTTTTTTCAAGATTTTGAGAACGGATTTTCTGACTACTTTTCCTTATCTTT CTCTTAACATTTCTTTGAGATGCTGACGTTGGGCCTGCTGCAGGATTGCCCCGACGAGTT CCTGCTTTTGAGGAATCTATTGTTGAAATCTGGCTATGAAGTATGTCAATACCACTTTTT ATCTATTTCATCATATGCATCCTTTCTCAATCTTGATTTTTTAATTATAAAGTAATATCA ATCTTGATTTTAGCCATGTTTACTTTTAGCTTCTCTTTTTGAATTTGTTACCACATTCCC TGATATTAGAAACCTTTGGTTTTCAGAAGCATGTCATATATTCAAATGTTCATATTTTTA AGTTTTATATATTGAAATGAAACTTTAGGAGGCGGCCATTAACTCTTTCTGCTTATCTTT TAGCTGCCAGTTCATGATACTAATATGCTTTTACCAAGTATCATGAAAAGTTCTTACTGG TTACTTTTACTTGTAACATGGCAAGTGAGCAGGAGGCGGCTACTCCTCACTTACTTCTAC GTGTTTGTAAGATGTAACACTTCCTTTGAGATGTGATCACCTTTAAATTGGGGAAACAGA CACAGACACCGCGCCTTTAATTGTTGTTTGAAGTGCTAGTCTTACTTTCTTAATTTGGTG ATGTATCATTTCTAGGTTAAAATGGTGAAGATTACAGAAAGAGTGACTAGTACTTATTTT GCCAGAATATTTTTCCACAAGGTATGTTCAAAATACTTTGTTCGTAGATTGAAAATATAC TCCTACTTCTGTAATTGCATTTAATCTGAATTTAACATTTTTGATAATACCCAGGCAGGG GAAAAAGATATTATTAGTGTGGATGCTCGTCCCTCCGATGCCATTAATGTTGCCAGAAGA TGTAAGGTATTGTTCTTATGGGACTTTGAGATTCAAGTTTGATAATCAATCGCTTCATAT AAATTGCTTACCATTGTAGAAAACATTATGTCTCCTGACTGTTTTCCATTTGACCTTTTT CCTAGCATCCTGAGATGAAAAGATTGATCTCTCTTCCTTGAGCCCAGAGTCTATCTGAAA CAGCCTCTCTACCTTCCAAGGTAGGGGTAAGGTCGAATACACACGATCTCACTAGACCTA CTTGTGAGATTCATAAGGACTTGTGGTAAAGTTTTATGTGTATGATCAACTTCTTTTCAG TTTTAGCTCCTGTTAGAATCAGTCTTATTAATCTCTCTTGAGCTGTAATGCCCCACCTAC AAATTTTGACAGCCGTTATCTGTAATTGAGCTTGTTCTGGTTTATGCAGGCACCAATATT TGTGAATAAGCAAATTGTCTTGACTGATGCAACTAGAATAGGTTATGGAATGGACCGATC TAGCAGAATTAAGTCCACCTATGATGTATTACTAGATAGGTTGGTCTCTTTTCTCTCCTA TGTACATTTCTTTGGACTTTCTCCAAACTTAAGACTAATTCTGTTTGGCGCAGTGCATCA GATGGCCCCGATTTACTTTCTGAAGAACTTAGTATGTTGAGAAATATGAACTTAGCAGTG AATGAGGAGAGGTACAATGATGCAGGTACATCAAAGTAAACTTATAATTATTTTGGTGGA AGCATCTGCTATAGTTTTTCTGTAATTAATTTGTTGACACATCACCTATATTTTCTGGTT CCTGCAGCTGTGTGGAAGGACAAACTGATGAGACTTCGTGAGTTCAAGACATGAGCTCTA AAATCTTTCTCCAGGTACATCTTTCTACTGTTCAATGAAAGAGTTCTTTGATTACATTAA TAGTGTCATGGAATGAGAATATTTATATTATGTTGGATTATGGATATAGTATTCATCTGG CTCTTGAAAATTTACATTATTCTACAATGCACATCTTTCAAATTTTGCTGCTATCCGTTG AAACTCTCTCCTTGTCTTTTCAGAAATAAAATGTAAATATTCCTTCTGGATTGATGGCAG CTATGACACCGCGCTATATTTCAACTTTTCAGTATCACATTAACAAAAGTTTGGAGGAAT CAATAATCTTCAGGGAAGTTCAAGTATTATTATTGTGTACATGTTCCCCTTGCTGTAGAA ATCTCGAAAAGTAAATGCCTTACCTATGTTGTGTCAGTTGGGGTTTTATCTAGCTAACCC GACAATGCAACCTCTAGGTAAAATGTATATAGTTTGATTGTTGCTGAAGAATATGTGAAC TATGTGATAGTAGCATGTGCGCATTCAAGATGAACTCCTTCCATGCCAACAATAGTAGCA CTAAACTTTCAAAAGAAGAGAGATGAGATCAAGCTTTGAAGTGGGTAGCTGAAAGAAAGC TGTCTGTGAAGGTCAGGAAAGACGAGTTTGTTTAGTGCAAATCAACAAATATTGCAAAGA TGGCACGACTTAAAAGCCATGTGGTGATATATTACCATGACACACAGATGGTGTCTTTCC TTTTCCTCTCATCACCACTCATAGATAGTTGTATATAAGTTAAGAGAAGGGGCTGGAGTG ACTATGCTCAAGTTATATGTTGTACATTTGATTCCATCCATATTGGCAGCATTTATTATA TCCAGACTCCAGATTATTAGAAGAATTGGAGATTTAGGAATATTGTAAAGTAATAATTAC CAGAAGGGGGTTCTTTGTCAAAAAACCTTTCAAGCGATCAACATCTCCAGTTTGTTTTTC AACTCTTCTTTGTTGCTCTCTTGTCAATCACTAACTACGTCCACTAGTTCATCACTTCAG TTTATGAACTATGCACTCATAGTAACCCTAGAAAAATTAGCCCGTGAAAATATAATATAT CTTTAACTTATGAGCCGTACATTTATTAGCTCAGCCCATAAAAAATTGGGTTGATATGTA GAAATTGTGACACGGTATTTTTCAAAAGATATATTTTTTTTTCATTTGATATGTTACAGT TATATATAGCTGTAGTAAGGAAAAAAAAAAACAATTTATCAGATACTAAATATCATACAA GAACTAGGGAAACCTCCAGAATTTTTATATATTTATTAACTTAGATCATTTTCACTTGTC TAAATTTAGCCCAACCCGGGCATTTGATATCTCTAAATCAGATCAAACAATAAGTTTGTT CATCAAGTTTGCCTCTTGAATTGAATTCAGTTCTTGAGCTTGCAATCGAAACTCTCAAAG AAGTAACTCATATAAATTCTTCATTTGACTTTAACATATATGATGTTGACTTTGGTATTG GTATCATATAAATTGGAATTATTGAAGTTGTTTGGCTGTAAAGGATTCTCTAAAAACTCT GCAGCGTCATTCATAGCTGGAAGCCTTAATGCCAATGGACTCATCCAAAAATATGAAAAT TATTTCCTGCTGGTTTTCGTACACTTATTACTTGCCTTTTAACAACTTTAGAAACTTAAT TCTTTTTCAAAATTGCCTCTTTGACTCTTTCCTTCATGTATCTTTTAGACAATTTGCATG CCCTAACTCTACAGAGAGGTAGAAGAGATAATTTCTGTTAGACCGTCGGCTATAGTCTAG AGAGAATTTTATTTATTATATAAATTCTAATTCAGAATCTCGTAAAAATTGTGAATATTT CATATATGTGTCATTATTAGTTTGAGGGGAGTAAAAGGTTATATTTTACCAAAATTTTTA AAATTTTCAAAATAGTTTCAATCTTAAGAAATTTATACTCCCAACACTTTAGTATGTAGT TTCTACTTTCTAATTAGGATTTTCATTAAAAAAATATATTTTAAAAATGTTATGGATATT TCACTTACATATATATTCAGGTAGACCTTTGTATATTTTTTTTGTTGGCAACAGTAAACG AACAAGTTTAGATTATACCATCAACAAGAATGATTTATTTATAGAAAATTGGTGTAGATA TACTAGCATAATATATTATCTTTGTGGAAAAATGAGAGAAAAAAAAAAGATAAAAGAGAA TAGCGAAAATCATACGATCCTTATTTGCATATCCTACTAGTACTCAAAAACATGTATACT ATATATCCAAGGATGAGTACTCTTGGTCTTATAAGCTGGTTCAAATGAATCTATTATTTT CGGCTCGAACAAAATATATTACTATAAAAAGATATACTTATCAATTCGAAACTATTAACT CTAAGTATGGGGTTCGACTGATCTACATTCCAATTTATACCGTATGTGCTTCCAATAATA GAAAATCAATGAGGTTAATATCGTTTAATTCCATTATTATGTATAAACAAAAACACCATT AATATATATACACATATAGAGAGAGACAAAAATGATGTATCCTTCAAAAGGTTGAACAAC ATAATTAAACAAGAAAATTAATGGCATATATATACATATAGAGAATGATGATCAAATGCT CTTATTGTATCGATGCCAGAAGATGAGCATGATAATACATCTTCTTATGATATATAATCT TGAACGTTTCTCTTTTATCATCACCGATAAATATCCTTTCTTATCAGTATTGTTATTATT AATCAACATTCGTCTTCCATATCGATGATGATTTTCTTTTGCATGCCTTGGCCTTGATGT TGAAATTTCCCCTCCCTTATGCTGATCATAGGCAGACGTAGATACACATTGACCCATTAA ATTTAACCAAAATCAACTAATAATTCACAAATATTCAACCCCTCTTTAAGAATTTAATTT TCTCTCTCTCTCTCTATCTAGAATTAAAGAGTGCCATTAGAAGAAGATAGAGCAACTTAA TTGATCACTACTTTTGAGCCAACTTTTCAGCATTTTTTGTATCATCGGTTTTTTCCCCTC TTCTACGTGTCTTTATATATAAAAATAAGTATTAGTTTAATATTATTTCTATTTAATTAG GAAAAGCATATATGGTGTGAGTGGATTTTCTCAAAAAAAATTATAATATAAGCGTGTTTA GGAGTATATTTTGTTGTCGTTATCTGTAGAAATTTTAGTATTTTTTTTTATATCCATAAG AAACAACGTATCGTCCGTTACTGCTATGATTGGGACAAGTCAAATGTGTAATTCATGGCT TACGTTTCTGGAGTCATGAGGAGGCCTACCAAAAAAAAATAGTGTAAGAAATTTTTATTT TTACGCTATCAGACCAGGTTTAATGCCGTATGTAATTTTCAAGATTAAAAATCTTACGTT TAAGGTACTTGTAGATATGTAGAACTACAAATCATGCATTGTAAGTGTGCCTTGTTGTAA AGATGAACTTAAACCAAAAAATAAAAAAAAAATTGTTGAAAAATTAGGGGAGAATTAAAA ACCTCGGACGGTGTTTAGCTGGATGGTGTATGTTTATATGAATGATTGATCCTCATGAGG TGTGTATGATTAGGATGAGGAAAAACAAGTACATTAAATTAATTAGCAATTATGTATTCT ACCAGAAATATGTCCTTTTCTTTGTATAATGCAATTATAAAAAGGTTCTTCAAAGCTACT TGTATTTGTGAATAAATATCGAGGGAAATCTGCATGATTGATTATTATTAATTATTATGT AATTATGAAAGTGATTACCTAATTAAACGCATGAATCACTCAAATAAGTTAGTGGTTGGA GCATTAAGTCCTATATGATATGTGTGGTATGGTCTATAATTCACAATTAGTCTCATATTT TGTTATGATTTGAGTCACATTGATTTTAGTCTAAGTGATTTAGCACCTTTATTAGAATTC AAGTCACGTTAAAAAATAAGAAAAAATACTATTGATTCGTCTAAGGATGGGATGGGGTGG GAAAAAAAAAAGAAGAAAAAACAGTACTGATCATATAGCAGTAGGCAGGAATGGCATGTC AATTTTTGTTTTTCATTAATGGTTTACTTTATTAGGTGGGAAGTTAAATCTGAATATTCA ATCCAGGAACTATTTTTCAAATAAAAGAGTTTAAAATGACTCTGAAATTAACTATTTCTT CTGATTTTATTTATTATTTGACCTACTTGGTGGATCAGATAAGACTTCTCCATGTCATCA AATAAATTAAATTGTTGCACTATTCTCATGTTTGACAATTCTTATACCAGTTGATTTTTT TTTTAAATTGTACATATAGGAAGAGGGAAGTAGAAAGGAAACTAAAGGATATATCATAAG CGAAAATCAAATAATTAACCGAATCTCAAATTAATTATTATCGTATGCAACATATTATTG TGTTTCAATGAAATATACCAAAGTGACAAAAATGTTTAGTTGTTATTAATTGGACATTGA CTTAATAAATATTAAATTTGTATATTTGGGTTGATGAAGAGTTAACATCAGGTGGATTTT GGAAGTTTCCTCATTTGATTGTGTTAGCTAACAAACAAATATTTGAAATACTATGTGCAG AATGAAGAGAGAATTCAATAGTTTGCTTTGTCCTTTTTATTTTCTTCTGTGGGATCCTTT CATATTTGAGCCTCTTAAATTATCGTTAGCTCAGTGCCATAAAGACCAATAGTAATATTA TGTCATGACATGATGCTTAATTTTCTCTTATTAGCTCACCATATATTTACGTTGTGTCCT CTTAATAAGTAACGTAGAAATGACAATAAAGCAGAGCGGAGCAGGTTAATTTTCATTTAA TCCTTTTAAAATCATAGGCAGTTATTTTATGATAAGAAATTATGATCCAACAATTTGAGA CACAAGTGTGTAATTTGGGGACTAATTTAAAGAAGTAATTCAAAAGCCTCGTACAATTTA CATATATTGATATTTAAAACAATGGAAATAAGTTAACATGGGTAAAAGTTATCAAATATA ATACAAATATTCACTCTTTTCAAATAAGAGTGCGGAGCTAAAAGGGTAAAAAAATTGACA AAAATTTCAAAAGGGCACATCAATTTTTTAAAAAATCAAAACGGTAAAATCGCTCACGAT GTAGCGACTTTTGCCTTCTGAAAAAGCGAAATCGCTGCAATAGCAGCGATTCTTAAATTT GCTTTTTTTTAAAAATAATTAAATATATCGCTCCATCCGGAGCGATTTTCAAAATAATAA TAAAAAATTACTTTTGTTATAAGTAGCTGCAGAAGCAGCGACTTCCATTAAGTTTTTTAA TTTTTTTCTTTATTTAAAAAATAAATTGATTCAATTTTTTTAAAAAAAATCATTGACAAC GATTTTTAATTAGTTTTTTTTTAAAAAAATCAAATCGCTGTAAAGCAGCGATTTACACTT AATTTATATTTTTTTGAAAATTTAATTAAATCGCTGCAAAAAAAAAGCCGATTAAATTAA GTTTTCAAAAAAAAAATGAATTCTTAATTAACACATTTTTTGGGACTGATCTTTATATGT GTTTATAAAATGAATTCTTAATTAACACATTTTTTGCTTTACACTTAAATTTTTATTTTT TTTTGAAAATTTAATTTAATCGGCTAATTTTTTTTACAGTGATTTAATTCAATTTTCAAA AAAAAATTATAAATTAAGTGTAAATAGCTACCTTTACAGTGATTTGATTTTTTTTTAAAA AAAACTAATTAGAAATCGCTGGCAATGATTTTTTTTTTAAACAAAAATTTGAATTAATTT TTTTAAAAAAAAAAATAAAGCAAAAAATAAAAATAAAATAAAAAAAATTAGTGCAAGTCG CTGCAGAAGCAGCGACTTATAAAACAAATTTTATTTTATTTTTTTTGAAAATCGCTCCGT GTGGAGCGATTTGTTCAATTTTTTTTATTTTTTTTTTAAAAAGCAAGTTTAAGAAATCGC TGTTATTGCAGCGATTTCGCTTTTTCAGAAGGTAAAAGTCGCTACACGGTGAGCGATTTT ACCGTTTTGATTTTTTAAAAAAATTAATATGCCCTTTTGAAATTTTTGACAATTTTTTTT ACCCTTTTAACTCCGCACTCTTTCAAATAACACGGGACCAATGAAAAACATTGAATGAAC AAACAAATACTAGTATGTTTGACTAAAAAAGTATTTCGATTCTGGTGTCGGTAAATTTAT GAGTGTGTATTAAATTTGAAGTTATTTCATCAAAATTATAAACTTGCTCTCTCCAATAGT GGATTAATTTTCACTTCTCGTGTGAAAAAATTAAACATCAGAAAAGTTTTCTAGACTTAG TTACTTTAAAGTTTAAACTAGAAATACATTTTGCAACAAAACTAAAATTTTGAAGTTAGC GGTCAAGAAAAAACTTATATTAGAGAGATAAGTTAAAAAAGTAGTAGAGAGAATAAAATT ATACGTTTACGATTTACTGAGGATATGACATTAGATATAAAAAAAATATTTATTGAATAC GTATCAGAGAGTGCTCCAATGGCAGTGGGACACAATTGAGATAATTTCGACGATTAGAAA AAATTGAGTAGAATGTTGGTGAGTAGACGAGTCATGTCTACTTTACCTTACAAAGATTGT TAGTATTACTCACATACTATCCATGTTCTTTGATTTTATTATTACTGGTAATTCCTTGTG TTTGGTCATTTACTTATTGTATTCACTAGTTATTATTGTTCATTTATACATCACTATATT TTTTCTTTTCGTACGTAATTTTGTTATGCTTTACTTTTAAACCGAGGGTCTTTCAAAAAT AACTATTCTACTTTCATCAGATAAGAATGAAGTTACGTATATATCCTTATACACCAGATA TATTATTATTGTTATTAGGTCAAGAAAAATATTTATGCACCTGTGATGTTCATGAAAAAT CAAATAAAAGCAAGATATTGATTAATTTATTTTTCATTGGTCAATCATATATAGTTAATT AATGTCATTAGTTTAATAAAAACATGAAATATAATAAGCTTTACCTCTGCAGCTAATAAG GTGTCACATCTTATACGTGAATTCAAAAAACCCAAATGAAAGAGCATTTAATTAGTATAG AAACTTTGAAGGTGTTTGGCCGAGTGATATACTGTATCGTAATAATAGATATGGAATCAG CTTTTGGATATATAACTTTATGTTAATTTTATTTCATGACTCCATGAGATGTGATTTCAT ATTTTTTTAAAATTATAATATGGAAATCATAACATGATTTGAGATATTTTTAATACAAAA ATTAATCTACAAATTTATATTTTATTAAAACAAAACTTGCATTTATATCTACTTATCCAT TTCTTTCATATGTAAATAAAATTTATAATTACATTAATAATTTTTAAAATTTATTATTCT CACCAACACATGTTACTTTAACTCACACCAATCGATTGTTGAGTATTAATTTTTTTTCTA CATTTACTCGAAGACCTAATTTATTACTTCTAAATTCTATCATTTTGTATTTATTACAAC TCAAAGTAACAATGTTGGTTCGTTTCTTCATCACATGATCAAGAAATACAAGTTCCGTGT CAGGAAATTGTTCATACTGGGAGGATTATATTACATACTAGTACACTACAATTTATGTTC AATATTTTTATTGAATTACAATTTGATGAAACAATTACTTAAGTAGAGAACAAATAGTTC CGTAATAATTTATAAACTTTATTTATTTGATAAGATTGAATAAATAATTGAAACTATTTC AATAGTTTTACAATTTATGATATTATTATATTTATGAGAAAATACACCACAAAAGAATTT CATATCGCAGGTAAAAAAAAATTCATCTCATAATTTCATCTATGATATTATATCGCATGA CCATACGGGCCGTTAGCAATAGTAGATATCTACAGCACATATTAAATGCTTGAACTGTTT TTCTTTAATATATATGTACCACAATGTTTTAGTGTTTCGAATAAAAATTGTTTGAATTGT GCGTGACCATGCCAAATTCTTTTGTATCCATTTAATTTTGGACTAGCTAGCTACCTAGGC TAGACCACCATACAGCTTTATCAGTAATTTCGAATTTTTAGTTTCATCTTGTACACTTAA AATTTTCCTTCTTCTTCTTCATTGTTTGGATTGAAAGTGAAATTTAAAATTATCCAAGAA AAGAAACAAGGAAAAAAGGAATAATTAATTATGTAGTAGGGGTCATAAAAAAATTTTGAA AAAATTAAAATGGTTTGCTAAGAATAGTAATTGGTCCCTAGTGATTCTGTAAAAAAGAAG TTGCAAGTTGCCCACTACAGGAATCAAATCTAATATTGGTTGGTTTTATATGCAGAATAG CCAGCAAATGTGAAGACTCTCTTAAATGACTCCCATATTGTATCTGAATTTGTCACGAGC ATAAGCTTAAAACATTAAACACACTCTCCTGCCAAAAGGTAAATAATTTATCTCAATTCC TTTCGTCTGAAAATTTTAATAAATATTCTTTAACTTTTGTATGAGTTCATTTTTTTATTA AATTTTCTATGTGAATTTACTTTCTTATATTTTAAGAGCCTGTTTGGCTCAGCTTAAAAG CTGGTCAAACTGACTTAAAAGCTGGTTTTTGACTTATTTAGCTGTTTGGCAATACTCAAA ACAGCTTATTTTAAGTTAAAAAAAATTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGG GGTGCTTTTTTATTTTTAGCTTATAAGCTGTTTTAAGTTGACCACATTTTTATCTTTTTG TGCTTAATATTTTTATACAATCTCCAAATTACCCATATAACCCTAACATTTCTTTCTTCC ATTTATTCCTTTTCACGTTTGACATAACAACTTCAGCACTTTTATCCAAACACATAACTG CTTATTTTAAAAATAAGTTTCAGCACTTTTAAAAGTACTTTTTTAAAGCTGCTTTTATTA AGCCCATCCAAACGGGCCTGATAAAGTTTTTTAGAGATGCGACACAATGGCACAACTGTA ATACAAAGTGATTCGCCGTTCATGAAGGAAGAGAAGAAGCTAAGCCTAGATTCGAAAGTA GTTACTTCGTGCTTCTTTGAGAATAGAGGCAGATCTAAAATATTGTATGATCTATACATA CGTAGGTTTTTAACTATACTATATATATATAAGGTGCTAAGTAAGCAGGTTATACTGAAT TTAAATAGATCAAATGAATTGAATTAATTAAAAAAATTGAATAGAAATAAGCTAACATGC GAGAATAATTCAATTTGATCAATTTTAATTAAAGTCTTAATTGTTGTATTTGTCTATCTT TTATAAATTTCTAGTATGCCTAATTAAAAAAAATCTTTAATTATATATAACAATTAAATA AAAAACACTGTTTTTTGGGTCTATTTGAACTATATATCAACCCATTTTTTATGAATAAAA ATGAATTAAGATTATTGTTTTTTTTAAAGAAAAAGCTAATTAACTAAGCTTACCTCCTCC ACATATACAACTATATACGGTAATTTCTCCGTCCATTATTATATGTCATAATTTTTTTTT AAAGTTAAACTGTAAGAACTTTAATTAAAATTTTTAAGATGCATTTTTACATTATATTGA TATGCAAAAAAATGCAATTTATAGTACTTTTCACATATTTTTTGAATATCTAAATTTTTT ATTTAAAATATTAAATTAATATAACGTAATTTAACTTTGAAATTAGTCAAATTGACTATC GAAAAGTACACTATAACAAATGAAAATAAACAAAGAGAGTATATATAACAACATTACAAT TATTATCAATTAAGTAAATTTAAATTTTGAATTCACCGATAAAGGTAACTCCAAAAAGGT CGATAAACTTTAATTTGATTCCCTTGCTGGGTCTGGTTAGTTTTACATTAAATATGTGGG ATGCCCTATATGCCTATCCATCTCCCCCTTCAGTGAATTTATTTATGTATGCGACTGAGA AAATTAAAGAGAGATTCCCTTTCCCTCTTCTCATTTATGATTCATACTCACTTGGTTGGT AGTCCTTCAGTATCACCATCATGGGCCATCCTTTCCTTTTCCTCTCTCATTTAATATTTT TTTTTTATTTTTAATATATGCGTTTCTATTAGAATTCAATTAAATTAAATTTTTGATTAT GAATGAAATAACTCACGTTCTTTTCGTGTTATGTCACCCACTCTTGAATAACAATTTTTA CCCCTTTGTACCATTCAATATCTTTTAAACACTCATGCCCTTTGTACCACTCTTTTGCTT ATATTAATTTCTATGATAGTCAGTCGATCTCTTGCTACAATATGTGTAGGGGTCCGTTAT ATAAACTCTTACCATGCATATCGATTCTCTAGAAGATATGGACTTCAATTTAGTTTAACG TATATATTATGCATGCAGCTATTAGTACTGATTGATTTTGCTTTAAACTTTTTAAATGAG AAATGCTCCCTCTGGTCCATGTTGATTTGTGACATTGATTAAAAAAGTATTTATATAATT ATTTTAATGTTAAGATGAAAATATTTAACTTCTCTCTTAATTTGTTAAAACGGATAAGTA AATTTTAATATAAGTATTAAATAATAATAAAATGGAATGAATAATATGAAATAGCTATTC TTTAAAAATATATCACCACAAATAAGTTGGAGTTGAGATGGAGGAAGTAACTCGGAAGAG TGGGTTGATAAGTGAAGTTTCAAGTATAATAGCATCATAAATAAGTGAGAAGCAAAGACA AATACTCTTAAAAGATTTCAAATACTAATTTTACTTTGACCATTCAACTTATACCCCAAT TAGTTTCCACTTCACTGAAAAGTATAATTATTTTTTCACTTTTAATTTATGTAACATAAT TTTTTTTTAAATAAAAAAGTAATTTAGAGTCTGTGTAATCCTAAAAATATTGTATTATTT GATTATAAATTTTTTATAATTATAATTTAAAAAATTATATATATATATATATATATATGA TTTAATTTTCATATATCTCGATTAAATTCATGTCGAAGAAGATGAGGAAAAGAATAATGG AGTTAAATGCAGTGGCCCTGTCCTTGTGCTTTGGTAGTCGCAGTTTTAAATGCACTCTAA ACACACCACCCCTTCTCTCCTTCCTCCTTAAATTTACCCCAAGACATTCCCATTCTTCTA CTCAAAATATTCAATCTTTTCTCCCTCTTTTAGTTTTTCCCTTTTTTTTTCGTCCGTTCA AATAAATTGAGATCGGCTATATGAATTCTCAGTTTTCACTTATTATTATTATTCCCCTAT GAAACAGTAACTTTGATATTGGCCTGGTTCACTCAGACAACAAAATGTAAACTATATTTG AATGGTTGAGTTTTCGTTTTTCGTTTGATTGAGCCGTGCCAATATCTCAGTTTCTCTTTC ACTTTCACTTTCTCTACCTAATATATAACTGCAGGCAATTCGTCATGCATTACCATCTAG GGTTTGTTCCTCTAATTTATTATTGAATTTAATTTAATTATATATCGTGTTCAGATGAAT AAAATTTCTCAAAGATTTTTGGCTTAGGTTCAATTCCTGAAAAATAAAAAATAAGATCCA TGGAATTTGAATTGTAAGTCAGGTACTGGACCAGCTGAAAATTAAAATTTGAATAATTAA TTAGTATTGATTATTAGTCCATTCTTATTTATTTTTTCATCTTCTTTTTCATGTATATAT GTCTGTCCTAGACTTTGCATTTGGCTAATAATTAAGCATGACAATAAATGAATATTGTGC GATATTTGGTGGATCTATATGTGAATGTCCATAGCGTTACTGAGGCTATAACCAGCTTGT TTATATGGACTATTTTATTTTAGTTCCACTTTGATTTTTCTCTAAAATAATGGATTTGTC CTTTTGCTAGGATTAATGAAGAACATACTATTTGTACTTGTGAATTTAATTTTGTAATTT GTGGGGGAATCGAAAGATAGAACATGTTGGTAACTTAAAATGTTTCTCAAAATTTATGTA GGAACAAATAAGAATGATAGGGAGTATTTGTCTTTTCTCTATTTTTTCCCTATATATACC TTATTTGTGTATTATGCTATTTTCTTTAAATAGATTCATTGTTTTATTTGGCAGTGGTTA TAATCTTATGAATTATGAGGTTGTGTTTCTTTACTTATAAGAGTATCTTTCCCTGAAAAG GAAAAGGTAAAAATAAATAAAATGTTATAGTTATAGTAGAAATTAATTATATTGGTCACA ATCACAATTGTTGTTATCACAGGATGACTTGGTTCATTGTCTTTATTTTCATAGAAATTA ATGCTACAGTTTATAATAATTAGTGGTTTTGTATTGACTTAAACAAACTTGCAAAAAAAA TGTGCATTTGCATGTACTAATGACCTTAATTGTTATGGTTCTTATGCTTTTTTGTTATTC CTATCGAGGCTAGAAGCTTTTTTGTTACACGTACGTAATATGTTTAGATTAGATGGTTAA TGGTTCAAAATTTTAAAATATATGAATTTTCAATTTAAGGATGCAATTAGCAAACCTTAA GTGAGTTCTTTTTTTTTTTTTTGCCATTGGATCAATATAGCTAGTTTGTTTTGTTATTGA ATATCCAAACATATTTATCACCTAACTTGTAAATTTCTCAATATAAATACAATGTTTTAA TACAAGTTATTAACACTCACGAGAACCCACTTAAGATTTAAGAAAAACGTTGTGGTTTTC TTTATTACAATTCCTTTATACTACTATGCTAGCAAGTACACTAGAGTTTGGAAGATTTCA TTAGAATTTGAATTAGAATAAACAATTAATTATTATGATTTGTATTAAAATTTATTTAGA CATTTTTAAATTTATTTTAATATTAAGATATATGTTTAAATTTAAAAACACTACTCTAGT GAATCTTGCACATATTTCGCAGTGTTAAGAACTAATTGTATCATAATTGTACTCTTTTCA AATTATAAAAATCTCTTAAATTTGTGAAATTTATATACCCCAAAACGTCATGATACATCG TTTTTCCGGTTTCATGTACATTGTTCAATGTCTAACACATCATGTCTTAATTTTGAATAC ATCATTCAACGCCCCGATATATCTCGTCAAGTGACGTAACCGAGAATAGAATAGAATGTT TATTTTTATAATTTTTTCAAATGACATGACATTTTAGAAAATATAGTAAAATAAGTTATG TTTTTATATTATTTTTCTTGGTATATTACATAAATCACATACTTTAATATGAAATTATAA TCTACCCCTGATAAGTTTTTCATTACATTAATCCCTTATAAGTTAAAAAAATTTGAATAC AATAATTGAAGCTCGGATACATTAATACGTAATTCGAATACATTAAATATTGTCTCAGAT ACATTAATATGCAGCTCAGATTCATTATAAACTAGCTCAGATACATTAATATACAATTCT GATACATTAGAAAAATAAATAATTTTTAAGTTTTTTTTTTAAAAATAATAGAGAATAATG GAGAAATAAATGAAACAAAAATTGTGTATTTCTGTAATCTCTCCTTTTCTTTTTCCTATT ACTTTTTGGAAACTTGCTTTACTCTTGGGCCTCAGGGGCCAATTTCGGCCCAATCTTTGG AGCCGATGAGCCCAATGGGGCGAAGATTAAGAGTCAAAACTTCTAAAGTTTTTAAATGAG CTTAAAAATTCTCAACCCAAACATAACTCCTACTGGTTGGGTTAGACTATCATTGGATCA CGTCCATTTCGATTGCTCTAGACTTTATCATGAAATTAGTATAATTTTTAATAAAAATCT TATAAAAGTAAGTTTTTCAAGAAATTATATCCAATTATCTTGAAGATTGTTGGTCTTGAA TTTTCAACCCCCGTTTGCTTTCTTGACAAATTTTTAAGCCCAAACTGCAGGTAATTCTTA TGAATAATCGTGATAAAAAAAATTCCAGCTCTAACTATTTTCAAAGTCATTCTTATAAAT CACCATTTACATCTTTGTCCCTTGTGGGTGTATACTATCATAAAAAAAAGTAAATTTTAG GTTCAACAAACATTAAAATTTTATTTTTATGCTATAACTATAGTTTGTATAATCGTGTTT CTTAGCAAACTTTATATTTGCTATGGAGCATCAGATTTGTATAAATCGTTTGCAGCCTCT CATCTGTATAAATTTCTGATAGCCTCTCGTTTGTATAACTCGCTGATAGCCTCTCAATTC AATTTTATGTGTTTGTATATTTGCATAAAATTTAAATTTGTATAAATTCTCGCTTTATAC AACACAAATTATACATTGTAATTTCTATAATCTGTTTTTGTACAAAGCGAAAGAGGAGAA GATTTGTATTTATATAATTATAAGTGTATAGGACATATATGTATTTGTATTTGTATATAA AGTTTTCTCTCGAGTTATACATGCACAAACACATTTTATACATTCATATTTGTATAAAGT GAGAGAGAAGAGAGAGACCGTCAATGAAAAACAAAGAGTGGCAAATGACAACTTTTGCTA TAAATTACAATTAAATTAAACTATAGATATTAATAATTTGATTTCTATATAATTTTCAAT CCTGAAAAATGATATCTCTCAGCCCAAATAGGATGCCGTTGGGCTACAAGTCCATTAACT ATTCAACACTTTGGTGATAATTTTTCATTTTGAGACGACAGAGTTCGTTAAATACAATTA ATTATGAATCTTATTTATTTTTGCATACCTACGATATTTATTTATTTATTGCCACTTAAC ATAGCTTTAATCTTAGGGTCTTAGCGCAGTTGTGACCAAAAAACAAAAAGTTTCACTTGG TGGGTCGAGAATACCTGACTATGACTTAATCAATTTACCCAACAAATTGTCAATACTTTT AATTTCGAATTGCAGGTATAGGTGGACTAACTTCAGCCAAGATTGGTGTCAAATTGAGAG GATAATACTTTCAGAGGTGGCACTTTTATGACCTCCTCTTGTGTCACCAAACCCCATTAT TAATTCCATTAGTTTTCAACTATCCCTTTATAGTCGTATAAAATACTCTATACTCTAGGC ATTTATAGTTAACGTTGAAAAATGTATATCAGAATTTTGAAGTATAGACTTTTTTAGGGC TATAAGTGAGTGGGTTAGGTTAAGTTTGGACAAACCATAATAATGTGTTCAGATAATAAT CGTCAATTGAGTTATGATTCAAGTCAACACAAATTCGCTTAGGTAAAAAAAGGTTATGTA GTAGGTTATATAATGGTCAAGATCTAACTCAATTTACATTTTACTAGTAATTGTTCTATT CGTTCTTTTAAACTATTTTAGTATCTAATAAAAGTTTATGATTTTATTATGGATATGTAA AAGATCAAATTGAAATAGGATGTTTTTACAAATATTTTAACGATATTACTCGTGAGTCAA TTCGAATTACATATCAACTCAGTTTTTAATGAGTTGAAAAGGGTTGAGTTAATAAATGAT CCGATCAATAACTCATTCAAACTTAAACGGATTGAACGAATTGAGTTTGATTTTGTCACC CCACCCCCGAGTATTCTCATACACGTACATCTCTTCTGTTTTTAGATGCATATAACAGTC CAATAGGTGTTTTTACATCTTTCTTTTTCATTTATTTCTTATACAAAACAAGCAGCTATT ATATCTATGTGATTTACATGATGAACTAAGTAAATACTTTTAACAAAACAATATAAAGAT ATGCGTATTTGATGAAATTTGAACTTATAATTTCTTAACTGCTAGTTTGGTCAAACTTAT CTCAAACAATTACGAGTGGCAAAAAATCAAAGTTCATTGAGTTCTTGAAATTTGTGAGCA AAACGATGCATCCAAGTACTTATAATTAAAAGAACCTATGTTGGATCTTAGCGTTCTAAA AAAAGGAAGTAGCTGCATTGAATTAATTAAAAATAATTGGACAAAAATATCGTATTATAT GACGGCTAATAATTGTAATTATAATAATTAGGCTGACCATGTGGGGGGAAGACGACTAAA GTAGATAGGCAAAGGATACGATTTTGAATTTCTTAATCCATTTTCTTCTTCATCTCAATT CTCATATATTCTAGGTTCAATGTATGTTAGTAAAAAGATGTCAACGAGTTGCATTAAAAT ACAACATATAATTATCTTTTTTTCTTTTGATTTTTTGAAGTCTATATTAAAGCTTCGACT AAATATGAATTATGTTTTTATAGGATTCATTCAAAGATAACACACTTAATAATATTTTCT TCATATTTAAAATTTAAATTTAAAATTTTTGATTAAGAATCAAACACTCCGTGCATCACA TCCATATTGGTATAATATATAATTACTTGGTAATATTGGAACTTGAAAAAAACTAAAAAT AGAGAAGAAGATAGAAACAAAATATACATCATATATGGCGACACGTTGATGACACATATT CCCATTAAACATGGAAATGAAATTCAGGTCTTAACTAAGAGGTGCAGACAACACATTCAA AGCTCATTTTGACTGTCTGTCACTTTGATCTTACTTTTTATCATTTGATCTGTCATTATT CGTGGATTAATTAAAAATATTATGTCACTATTTATAATTAATTTAAAATTTTTATTATTA ATTTATCTAATGAAGCTAGAATTTTCATCTAGTATATAAGACAATTATTTTTATTTTGTA AATTTATAATATATATTTATTTACTTAGCTTTTTTACTTTGATCCCAAAATAAGTAAAAC TTAACATAATTAAAAAGGCATTAATTATTTTCTTTCAAGTATACTTACTCATTTCATATT TAGATAAGTGAGTTTTTATGTTATAATTTTTATTATTATTATAGATACTCCCTCTAGTTC AATGATAAAAAAACAATTCAAATTCTACATAAATAATTATTTTAACGTACAAATTATATT ATTATTTTTTATTTTATCTACTTCTAAATCTCAAATAATGAATATATTTACTTTTTAAAA GAGTCTGGAAATATATATGACCATAAATTTTCTTTGATTAATGTTCTTAAATGTGTGTCA AATTTCAAATCACTTTTATTTAATTTCTTATTTTTATGATAAATTAATATAGTTAACTTC TTGTGATAACTTAATTAATTACCCTAACAAGCTAGTTAAAAAAACCTAATTGTCCACTTC CATCAGGTAGTCAAACAAACATCATATTGACTTTGAAGATGTAGAAATATATATATATCT ACATCAACTTAATAATTACATCGCACTTTCCTAAAAGAGCACACTAAAGTAATATTTTAA GCCATTAACAAAAGCTTAAAATACAATACACGTCAGAAGATAAAGAAGAGCTTAATTTTA TAATCCAATTTTAAACATCATTAGCATAGTTTCATTTATTTATAGAAAAAAAAAAAATCA AGAAAGGGTCGTATTTATTGTCAGTAGATTTTTATAATACAATTTGTTGTATGTTACAGT CTAGCGGCTTCGTGTTGCCACAGCAATACCATATGGTCCTTCTGAGCCAAAAGAAGATGA TAATATTTTTATTATTATTATTATTATATTTTATACTCCGTTATCCAAAGTCATACTGAC CATAACATGTGGATTCCACCTCATCGCTTTTTGGTTTTTATGCTCAACAAATGTTTTTAT TTAATAAACAAAACTATTCCACATACGTATTACGTTGCTCAAGAATATCCCCACTTGGAT GCTGAATATACTTATGATACTCACTATTGAAGCTAAAATTTTTATTAAAAGTAATCGATA AATATATATATACACACACACTTGTTCGGAAGGAGTGTCAATTAACACCTCTCGGATAAT AATAGCTTTGCCATGAGCTAAGGACCATTTATAGTCCAACTATTTTAACAAGTAGTAGGG TCATAGTAATTTTTAGATACCAACAATGTATATCTTTGTAATTTAGCTATAAAGCAAAAT AATATGAATATTTACTATTGACAACTATCATTGAAAACATTACTATCATTTTTAAAGATA TAATCATCGTTTATTAATTCTTCGATGACATCGATATAGTTACTTTATAAAGTGAATTAA TTTGAATATACAGTTTGACCACTTCTATATTACACTAGAAAAAAAATATTATCATAAAAT AAATTGAAAAAGTCTATGAATACAGGGCTTAAGAAAAAAAAGTAATATAAAAGTCAAAAG TTAATAAAAAGTTTGATGAACAAGAGATATTTAAATGTAAAAATTTAAAGAATCCCATAG TGTAATTCAATAATTTTATTTTGTCCCGATAAATTTAGTATTTACAAAAAATCCCTTAAA TTTGTTGAGCCGTGATACTTTAGACTCTAGTGATACATGGTAAATGATACATGGTAATTT TAAACTGTTGAGAAAAAAAGGGGGAAAAACAGTACAGTTAATGTTGTTAATAAAACAGCT AAATTTACGATAACATATCATTAATCAGCATAAAATCAGCACTTAATTGGATATTAATTT CAAATTTTGAAAAACAAAGATTATGTCATCTATTTTGAAAACAATTTTTTTGAACAATCT GTTAAATTTCGAACTACAATAATTTTATTGTTGTTACAGTGGATTTTTCAAGATGAATAC TTCGATTTTGATGAGACATTCCGAAATTTGGGTGAACGAATTGCAGTATGAAAGTTACAA AATCGACGGAATCGTTGTTGGAGATTTAATTTCATATCTAATACATGTATGAGAAACATC GACTAAACAATATACACACTGATTCTATATGTATCATCAAGTACAGTTAATGACGTATTT ATTAAACTTAGTGAATGATACATTATAATAATTTTCAAACATGTATCAGTACATTAACTA AACAACTAATACCTTACTTATACATGATATCAGTTTTCAGTAATTCATACTATATGCAAA ACATGTGATATATATCTACTACATGTATCAGTGAATTGACTAAACACTGTACACACTGAT TCTATATGTATCATCAAGCACAGTTGATGACGCATTTACGAAACTTATTGAATGATACAT TACAACAATTTTCAAAATTTCATGATACATATAAAATATTATGATACACAACAAATTCAT GTATCAATTCACCTCTAAAACACTATACACACTTATTCAAATGTATCGGCAAGCACACTA GATTCCTTAAAATTTTTATTAATTTCAACAACAGTTTTAAGTACCAAAATACTAACCCGA AACAATGTAGGCCTAACAACAATGTTTGCTGCTTCTTTTTTCTTTTTTTTGTTGTATTTT GACAACCTTTGATTTTGATATTTCGCCAGAGTCTTTGTTTGAATCCTTCTGAAGATTCAT AGGATCATGAAAAAACTTTTTCCTATTTTCTTTCCAATGTAGGAATTTACCATAATAGAG CTAAAGAATGAAAGTGAGGATTCGAGGCTTGCTTGCACTTATCAACGAGAGAGGTAGTAA ATCCAATAATTAATTTATGAAAGAATCTTGCAAAGAAGAAAAGAAAAAAATGTAATGGGT TAAAATGAATGAAGATGATTAAGGAAAAAAAAGAATTGAAATTTGATGGAGTAAGAAGAA GACGGTAGAAGTTAATGGAAGTTGTCATGCTTCCTGATATTTTTACTTTTTTAAATTTCA AATTTTTTAAATTTTGAAATTCAAAAGTTCAAAATTTGGTCTTTTAATTAAAATTAATTA AATTTAAAAATTCAAAATCATAAAGCTGATTAAAAGGTTGAGTGTTTAAATGGATAAAAT TTAAAATTCAAAAACTGATTTAAGAGGTTGAGTGTTTTAATGGAGAAAAAATAGGCATTA AAATGGGTAAATGTGTATTATAAGAGAGAGAATGTAATATATCTAAAAACTTACACTAAA AAAAAAAAGGGAATTATGTAATATTTAAAAAAAGTAGGGAAAATTGAAGAATATAAAAAT TATAGTTGTGTATTTAAGTTATTTTTCCTATTTAAATTTTGAATTTCTTTATTTAATTCT CAGCTGAAAAAAAGCTCTTTTATTTAATATCTATATCCAAATTTAAAATTAGAAGTAATA AAATTTTAAAATCATCCACCACAATCGGCGTTGATCTGATCCCACAAAGAGGATAAGCTC ATGAAGAAATGTGGAGCCACTGTTTGTAAGAATGGGATGTATACTTTTTTCTTCTTTTCC CATATGCCATCTTCGTAAGCACTAATAAATCCCCGCACCCAATTTTGTAACTAGAAAAAC GGAATCTTCTCATTCTCTCTCCTCCATCTTTTCCCCTAAAAAAAATTTGTCCCCTTTCTC GTATTTACCCATCAAATCAACTCTAAATCCATTCCTTCTGTTCATCATGAAAAATTTTCT CTAAATTATGGAAACTACTTTCTTATGCTACTCTACTGTTACTTGCAACTTTTCCCCCCT GTAAATCCATTACAAAGAGGAGGAGATTTTGTGAATTCTGTAATTTTGTATTTGTGAATG GCGATGGACGACAACGAGAGTTGCGGGAGCAGAGCGATGGAGCCCTTGTCGCCCAAGCAA AATCGGCTACAGAGGCAGAAGAATGAAGTGTTTAACCAAGTGCTTAGTAGACTACAGGAT TTGAATCTCCAAGAGGTTAAACTCCCTGGCTTTGAAGACCAGCTTTGGCTTCACTTTAAT CGCCTCCCTGTTCGGTTAACTTCATAAACCCTATCTTTCCTCATTTTTTTTAAAATTTTT TTTTGCCATTTGTTCTATTTTGTACTGGATAATTGAGTAATTAATCCATTTTCTGTCTCG GAAGTTTAAGTTTTGAAGTTTTTTGTTTCTGAATTTGGGTGCGTGCAGTTATGCATCGGA TGTAAATGTGGAAAGAGCAGAAGATGTGCTCATGCACAAGAGGTTGCTGGACATAGCGGA GGATCCTGAGAATAGACCTGCCTTTGATGTCCGCCTTGTGCAGGTTATACTCTTATCTGC TTTTCGTGCATTTTGATGTGTGTTTGCCTTGTAAATGCTTTTTTCTCTTGATAACTCTGA ATATGGCATTTGAAAAACTTCTCCCTATGTATGTATGACAAGGTGGAATGTCTAATTTGC TCTTTTCTCTTGACAACTCTGGAAACCCATACCAAGTTGATATGATATTTGTAAAAACTT TTCCGTATGTATGACAAGGAAGAGTCTTTAATTTGATCGTAGCTGAACAAGTTGGGGATT TGATTCAATACGTAAAATGTTCCCGAGAAGCACAGCATCTATTATTTATTGCTTTTACAG TAGTCGAGAGCAGTTGCAAAAACTAGTAAATTTGCCAATAATCTTGTCAAAGCCATATTT TTATTTCTTTCATCCATCCCATACTTCTCTTTCATGCTACCTTAGGTTGGGCATGGAGAA CTTTCTTTAGTGCTGCTGTTCATTTTTACATCTGTTACACTCTCCAATGACCAAATTAAA ACCATTTAAAACATTCTCTTATCCTGATAGGCTTCAGTTTTCACATTTAAGGGGATTGAA GTTTGTGTTTCAAGTAGAAAGAGAAGATGCTGGAAGCCAAAAGATAAATGTTAATATAAA ATTATGGATGTGAGATCATAGAAGATTTTAGATGGTCATATTCTGCAGAAAATGCAAGCA GCACTCATTGACGATAAAAAGAAAGAAGATTTGAAATGTTCATGTTGAAAACATAATTAA GTTAACAACGCTGTTTCTTCTCTATCAAGTTAAACATTTAAATCAAGGAAAATTTTCTGA GTTTGAGTCTTATTGTCACCAACAATCAAAAAGATTCTTTACATGCTTACCTCATGAAAA AGTCAAGATGAATGCAAGTGGGCATGTTGAGAACATAATTTAGTAAATGAAAGTGTCATT TTTAAAATAATTAAGCTTTTGGATAAAGTGGCCACACATTTCAACAGTTTACATTCAACA GAGAGTGCAAGTAGGACTCATAGAGGATAAAAGGAGAAAAACTACTTGAGATTAAAGACG AGTTAGACTTATAATCACATGGAGGGAAATTGTACCTATAGACTTACAATTTTTCTGAAT CATGTGGATGAAGCTAATGATGGAACACAATGAAAGCAAAAGTATCCATATTAGTGGTAC TAATATGTTAGCAGTAAAATTTAGTTTTTTTAATCTTCCTCTTGCATTAGTGTTCGTGTT TGCTAGGAGTATTATTATTCTGGTCAGAGACTTATCTTGGTGCCAATGTAGAGAGTTGTT AATCTCACAACCAGTTGTGTTTGTAACAGTAATATAAAAATATGGATGCTCATTACAGAA TAGGTACACTGGATTGACTTGTTTGAAGAAAGTTTAATGGATATCATATTTGTTAATAAG ATAGGAGATGTTCTGTAATTGGTTCACCTTGGGCACATCTCCGTTGATGGCAATAGGGTG TTATGCAAAGAGCAAGGTGTGTGTTGAAGGTAATGAGGGGAATAAGATAAAATTGGTCGT TCTTAGTATAGAGGCTACAAGCCTTTGTGATTTGTGGGTGATGGATTAGCAATATGGGAA GTCGAATGGGTTCTTAAGTCTTGTAATTAGACCGTACATCTAAAGGCATGAATACTTTGA GAAGAGAATATGGGATTGACATTTACTCATGCCCTTTAGATCATATGAGATCTTTAAGAG GGTATGAATTATATGTAAACCTACTGTAAAAGTGATTTTGATATCTCCTCAATATCCTAA GACAACTTGAGGTTAGACTTGTATTGAAGAAATTTAGATCTCTAGGCCATTCCTCTAAGA GAAAAGAATTTTTTTATTAAATCTTAGCAAATCAATGGAATAGCTATTTATATAAAAGAA TTCACAAAATGGCTACAAATGACTAACCAGTCAAATATTTGAGCATGTAATAATCCGTGA CCAGCTTTGACTGTGGTTGAAACAGTTGCACCATAACAGGATCCAATTGGATATATCTTG AAAGTCCTGGGAAATCTTGGAAAATAATGTAGAAAGGATAGTCTCTTAGTACATATTCCT GTACTAATATTGGAATATATATTGTAAACCAACAGAAAAGAGAATGCAAGTCATGGCCTG GCCTAAGACAAGTACTTTATAATTTCAAGAGATTCTTGTTACATGCATGTTCTCATTTTT AAGTTCATAATGCAGGTTCAGCCTATGTACACTGGAACGTCAACCAATACTGTTGATGTA GATCCTTCAGTTAATGAAGAAATCCCAAGGTATGCTCTTTAGTTTAAGAATTTAAGTTTT TCTTTTTTTCAGTATAACTTCTTTCTGTATATTACTTCTGCACATTTGTTTTTTCTCTAT TGTGCTTCGTTAAATCATTTAATTTATGGGCTTCCATATTGTCCCTCTCCAGCATTCATC CTCCTCCAACTTTTGGTTCATCACCAAATCTTCAAGGCCTTGAAATTCATGATGATAAAG CTCATGTGAATCATGGAGATAGTGATATCAATTCAACTTCGCGGACAACCAGGTTGAATT GCCTTATTTCTTGAGTTGAAGATGATAAGATCCATGATACTAGTTTGGCTTCATAGCTTT GATAGAAAGTGTATTTATTGTTCACAAAGGATTTCTAGTTGACTTTTCTTTCTTATGAGC CAAATGATTTTGTGCAGGCCAATGCACGAGATTACTTTTTCAACTATTGACAAGCCAAAA ACGCTCACTCAGGTGCCTTATTCTTTTAGGAATCCTCCTCCCTTTTTGTTCATAAATACA TCTTTTATCTTCTCATAATCAAACAAAGACTATAGTTTCATGAATTTATCTTATGCAGAG CTAGTGTGAATTTAACCAGAAATAAGGCTAAGCCCCTCGAATTCCTGTTGTGTTGTGGAT ATTATGAGTCCAATATTTGACAGGAAAAAAGGTTAAATCCCTTGAATTCCTTTTTGTGGA TGGATAGTACCGTACCTGTCATAGGACTCACCACATATAATAACTGAAGATAGACTCATT CTAGATTAATAAGCATGGATAGAATGACCTTTAGCTGAGTCGTTCAGCTGATATGATATG GTGTTTGATTTCTATTTCTCAAGTGCATAGTATAAGCATCTTAGTCAAGATAAAATTTGA TAGAGAAGACTACTTGATTCACCCCCCCCCCCCCCAAACATGAAAAGGGTGATAGAAGAC TACACTTAAGGGGAAACAGAGGATAATAAGGAAAAGTTGTTTTTATGGACCCACAGATTG ATTCTTTGATTAACTTCTGCACCTAAGAGATGAGGGTGGGGTTAGTCAGTTAATACTAGG GATGGCAATAGGGCGTGGTGGGGTGGGTTTAAGGCTATGCACGGGGGGAGAGATGCGAGG CGGGTTGAAGTGGGTTTTTTAAAGCTAATGCGGGGCGGGGTGGGATGCGGGTATATGTGA TTTTATATGGGTTCAAACCTAAAGCTACTAAAATATTCAAAATAATAAATGAAAATGTTT TAATAAAAATAATACGATTTCTTACATGTTTCCAGTTGATCTCTACAAAATAAAATTTTA AGTCATTATCTATTAAATTAATACAACTTTATGAAAAAATAATTTATTTTTATGAATTTT ATTTTAGTATCAAAGTTAACCAGAAAAAGAAAATATTAAAAAAATTATGCGGGGCTGGGT GGAGCGGGTTGAAAATGGAAAGAAGTTGTAATACGGGATGGGCGGATTAAAAATTTTGCG GGTTAAGCTCAGCCCGCCTGCACTACCCCATTGCCATCCCTAGTTAATACCTAGCTTTGA AGAATATTTGTCTTCATGACTATCTGCTTTTCTGATACAATTATGTTCCAAAGTTAATAT ATGAAATTCTTATGTAAATGCTCAATAGTTGTACCTACAAATCTAACAGTCTCCGTAAAA TATAGAGACAGTATACCTGGACCGAAATCTGTATCTTTTATTTGCTTTCTGTCTAGTGCA ATTTAAGCTTATATCTCTGATTAGATTATTCATTCCTGTTCAGTCCTGGAAGTTATGTAA CTTCATTAATCTGCAGATTCTGCCATATTTTCAGAGTTCTATCAAACATATTTATCTTAC CATGTTAACTGTGTTCTCATCTTCTTTACTTGCACTGATGTCCATCCTGGATTTCCAGTT GACCAATATAATATCTGAGATTGGTCTGAACATTGAAGAGGCCCATGTTTTTTCAACTAC TGATGGTTTCTCCTTGGATGTCTTTGTGGTTGATGGATGGCCGTATGAGGTACAGAATTA ATGTTCCTCTTGAGATATAATGAAAGGCTGACTAGCAGTTTAGCAGTCATTTCTTAGCTT TAGTTTGTCATTTCTTGTTAACAAGGTTAAGTTTTTGAAATTATGTTCCTTGATCATTTA GTAGATTATGTGTTAGTTTTAGCCCTGTTTTTTCGTCCTCATGTCCCAGTATATATGGCT CCCATCAATTTTGGACAGCCCTGAAATATTTGACACCGTTTCATTCCTATACATCTTTCA ATAATTCAAACTCATCAAACTTCTAAACTCTGAACTGTGATGTGATTTCTTTTTCCATCA AATGTTTAAACCAACTTTGTTGGCATACCTTAGTATATATTCTTCTACTGTTAGTAATAT AGTAATATATATCAAACTAAAATCTATGATATGTCCAGTGTGAAATATTGTTATATACTA TGAGATGGTGAGGATGAACAACTATAGTACTGATAAGTGATAACTTTCTCATTCTAGTCA TATTTTTCAACTAGATATATTTTCTCTTAATAGGTTGTTCAAACCTTGAGATGTTATTTG GTGAATTGAGGATCTAGTATATTTTTAAAATGGAAGTTTGGAAATTCAACCCCTCGTTCT TCTTCTTTTCCCTTTTGTAGTAATTTACTTTTATACTTATTCATCTGTGTTTGAAATTCT AGGAGACGGAGTTGCTTAAGAGTGAGGTGCAAAAGGAAGTTATGAGGAGCAAGGTAGATA TTAATTCTGGCACTCAATATTATCTACTTAATATGATTTATGTGGCTATCTTCAAATGCT GATCTTGCTGTATTGTCTTCATAATGGTGCTATGCATTTTATAGTTAATGTATGTTGTCC ACTTAGTTATTAAGATCAGATTTTTTTTAAAAAAAATACTCAAAATATATATTCTATGAA TTTCTGGCTCACTTTTGCTAGTCTGATGCTTTCCATGAGTAAGATAGCATACTTAACAAT CGTATTAATATTCCAGACAAATTTATTGAAGAGAGTTGTTATTTCTACTACAGTAATGCT GTTAATGCTCTGTTGCTAACTCTCCCCGAATTAGTTTCAGTTATTGCAGACACAGCTATA GCTCAAGTAAGTTTTGACATCAACTGAATTTATGGTTCATATATGTATTGCATAGCAGGT TTAGAAGTCATGCAGATATTCTCTAACATCCTGCTTCACAGCGCATAACGGAGGTCCTAA GGTTACATCTGAAAAAAGAAATGTGAATCCTCACAGTAAATTTTAAAGCTCAACTTAATA ATTACTTGACAACTTGGGCTCAAATGCCTGACAAAATCGTAGGTTGGTAGGATACTTATG TTAAATGGGCTTGTAAGAAAACAAAACGAGAAAATGATCAAAAGCCCCCCAACCTATACA CGAAATCCAACTACACACTCCAACTACACGGGTGTCCCATTACCCACCTAAACTATATTT TTATCTATTTTTTACCCACCTAAGTGCTGACCTGTCATGGGAGGTGTTGTCACCGCCTCT AGGCGCGTTTGAAGCAAAATTTGACGAAAAATTTCCCCCTTCTCCTACAGTCGTCTGCCC CACTTTTAAATACCCATTACTTCTTCTTCCCCCACCATTAATCCTTGGTTATAAAATGAT AGAAGGAATCAAAACAATAACTATGCCTCAATCCAGTCAAGTTGGGGTCAGTTGTATGGA TCACTAACCTTATATTTAAGCTCATCTCAAATCTATGTTGTCAAATAGAAATAAAAAGTA CTAACAGTTCACTGTTTTTCCTACTAGCATATAAGCCTTTGACACGACCCTGAGGACTCC TAAAGCATAGGAGGATAAACTTTCGTAACTGACTAAAACATAATTCCAACTGAACTTACT AATTGTAGGTTCAAATTTGAACAAGTTTTCTTTTATAGTTTTCTAGATTTTGATTATCAT ATTGAACAGATGGTCTCAGTGCTTTGTCTTCTGGTAATGTTTTTCAGGAGCAGCCACAAG TCCTGCCTCCAATCAGTGAACCAGGTCAAACATCTGAATCAGGCTCCGATAGTGTAAAAA TACCTACTGATGGATCTGATGACTGGGAAATTGATATCCGCCTGCTGAAATTTGAAAATA AAGTAGCATCTGGGTCATTTGGAGATCTGTATGAGCCAACAATCCATATCTTGATTTCCA GATGAGTTTGTTGAGTCGGTGGACTTATACTGTGTCTTTTTCAGGTATAAAGGTACATAC TGTAGCCAGGAAGTGGCTATAAAAGTTCTCAAGCCTGAAAATTTGAATATGGATATGGTA AAAGAGTTCTCTCAAGAGGTCTTTATCATGAGGTGTGTCTGTTGTACTATCATGGTTGAG AATCCCTTTCAGCATAACTTCACTATTGTTCAAGTATATTAGAGAATCTTTCCATAGTTA AAAGTCTATTTGAGGGATTGTTTTTTTACTCCTAGATAGAGTCGTACTCTATTGAAAAAA TTTGTTCTGTGCCACTAGAGATCTTACAATATTTTACTCTTGCCGTGTAAATTGAATGTC CTGTTTCCTTTATACTTTGTTGAGTCACTAGGTATTTCTTCTTTATGCGGATCTCAGCTA TTTTGTTTTCTTTTTAGTGGCATTAGGCTATTTGGATGAAAAGGATGGATCATACATAAT GCTAGGGACTAGGTTCTGCCAGTCACACTTAAAGTCTTGGAATAATTACAAATTTAAACA TTAGTGGATATGTGAATTTGAATTTTATAACTAAATTTGTGTTTATCAGTCCAACGTCCT ATTTCTTGTTTCTAAATTTCTTTCACCAAGTTTTGAGATCTTGTCTCGCTATGTTTTAGG AAAATTCGGCACAAAAATGTTGTTCAATTTATAGGGGCATGCACACGACCTCCCAACCTG TGCATCGTGACAGGTATATTTCAAGATTTTATATATTTAAAGTGAACTTCTAAGTCGGTT AATAAATTGGAGAAACTGTTTGTTCTCTGTTGAATACTGTTATATAATGTTCGCCGGCAG ATACGTAGTGTTTAATATGCAGAGGTGTGCTTTTATTCATTTTCCAAATTTTGAATTTTC TCCTCACACTACTGCACTTGAATGGCAGCTTATGTTTGTAACTTTTTGGTGTACCTCTAT CCTTCTTCATCACGTTAATGACAAGGTGCATCTGATAATTTTATTGATCAGAGTTCATGA CCAGAGGAAGCATCTATACTTTTTTGCACAAGCAAAGAGGTGCTTTTAAGCTTCCTACTC TCCTGAAGGTTGCAATTGATGTTTCTAAGGGAATGAGTTATCTGCACCAAAATAACATAA TTCATCGTGATCTGAAGACTGCCAATCTTCTGATGGATGAACATGGAGTAAGTCAGAGCT GTACTGCAACTGTTTCAAAAAGCTTGTCTAGATTATTATATTTTTGGAGTCTAGTGTATC ATTTCATCTGTTAATAAGCTATCCTAAAACTGGTACATACATTCTCACGCAAAAATTTGG GTGCAATTAAACATGAAGGCAATTCAAGGTTAATATGCAAACAGTGAGATCTGTATGACT TAGAAGTCCAAGGTTTTTCATTGATCAGAACCCTGTTAATAGGCTATTTGAAATGTCTAA ACATGGACAATATCCTCTAAAAACTATTTTAAGAGAAAGAACCATAAGCCGTGATTGGAC TGCAATATTAAAACCTTTAGAAGAAATGCCACAAATAAAGTTGATGGAAAAGTTCCTTTG CACGGTCCACTTACTCATTGAATTCTATAGAAAGAAAATCTATGAGTAATAGTAGCACAG TATTAAAGCTTGATCAGTGGGAATTTAGTTTGGTTCATATTTTGAAAAACGTGAAGTCCA AAATAGTACATGGTTTCTTGTTAATTTCTATATCACCTGTTTTTGCATTTCCAAGGAAAT TTATTCATGAACTTTGCTTAATCACACAGCAACACCTAAATTGCTGCTGGGCAGAGTTAC TTCCCACGTTATTTGATTTGTTTACAGAATGTTCACTCTGACTTTTAAGATCCATCCTCT CCTTAACAGGTTGTTAAGGTTGGTGACTTTGGGGTTGCTAGAGTGCAGACTCAAACTGGG GTGATGACAGCTGAAACTGGAACGTATAGATGGATGGCTCCTGAGGTGCAGAAGATCTGA ACTTAATTTTATGCTACAATATCCTCAATCCAATTGAAATTCATGATTTTAAGTTCTTTG ATCTTCTTGCTGACAGATATGCATGATTACTCACTAATTTTCCGTTTATCCTCGTGCTTA GATTTTGTTTCCACAATAAAATAACTGCAATAGTTCCCCTCGAGCTGATTTGGGCCTAGT GCTTTGGGATACACCTCAAGCATCTTGTGTGGTTTAAGCACGAGGTGCTTTTAATATGTG TGATTCTCTCTGACTTTTGCAATTTTATCCTTGTACTTGGATTTTGTTTTCACACTCTTA GTGTGGTTGTCACCTTTTCACTTTCATACAGCTGTGAATTGTGTTTCTGTGTTCACCTTG ATGCATCTTGGATACTTCATGCACAAGGAGATTTCAATAACCTTCTACCAGAATTACTTG TTAATATGCATTGCATGATTCCTTTACAGTATACCATGGAGATACATTTGATTCTGCAAT ATTAAGTATAAAAATATGAACCTCTTGGTAAATGGTTTTGACTTATTTTCCTCTTAATAC TACAACATTCTCTTACATTATCCCCGTCATTTGTATCCCAGTTTTGTGCTTAAACATCGT GCTGCATGCAAGTGTCGTACTTAAAATGGTTTTTATTTGTTGAAGGTGATTGAACACAAA CCGTATGACCACAAGGCTGATGTTTTCAGCTTTGGTATAGTGCTGTGGGAACTTCTGACT GGAGAAGTAAGTCTCTGCGTGGCATGTATTTGTGTTCACGTGTTAGTTGCTTGACACCTC AACTAATGTTCATGTTCTGTGATGGAGCAGATTCCATATGCATACTTAACACCATTACAA GCAGCAATAGGTGTGGTGCAACAGGTAGTATAAAGTCCACTGTCATCATTAGTACTGTTG ATATCTTCCCCAGTTAAACCAACACCTCACACATTTGGTTTAACATGGTTATCAGGGTCT ACGGCCAACAATTCCTAAGAGCACTCATCCAAAGCTTGCTGAACTTCTTGAAAAATGCTG GCAGCAAGACCCAACACAGAGACCAGATTTCTCGGAGATTTTGGATATTCTGAAGCAACT AACAAAGGAGGTGGGCATTTTTATTTTATAAGCTTGGTTTTATTTAAGTTTGTTCATTCT TTGAACCTAGGTTTGTATGTTTGTAAAAACAGGTTGGAGATGATGGAGAGGACAGACACA AGGACAAATCAATCGGTGGCTTTTTCTCGTCTCTTAGAAAGGGCAATCACTGAGAATTTA CTAAAAGAGAGGAGGTTGATCGGCCTTCAGCTTTTGTCTCGGTGTACAGATTCTCTGATA TCCAAACTTGATCTGATTAGTTTTTGAAAATCATGGTTTTTATCTAATGTCGCTTGGCAT TCATTTACTATTCCTAATTTAGTCAGGGGTGCAAGCTGGTGAGTAAAGCTTTGGCAACTC TCTACAGAATAACTGTGAATTTGCGCAAGTTCTAATTCCTAACCCTTTTTTGTACCTTTC TTATTGAGAATTTTCATCCTCTTTATCTGGTTCTAGCCACCAGATCATTGCTTCGTAAAC CAAGATGTCTATAAAATATAACGATCATCACAATGAATGAGCAAACCTCTTTCTGCCCCT TGACTAGCTTTCAATGTGTAGAGATAGACAGATTGATACCTTCTGCAATTGAATTGAAGT GAAATTTGAGGTTCCTAGATCCTAGGCGTATAGTTTAAAAAGAAATAACGATGAAAACAT AACTTTTTTGGTACTAAGAGATGGAAAAGAATTAACTGTTAGATCATCTTACAACGTAAC CACATGCGCACATAGTGTATAGATGTACTTTAGAAGAACATCATTCATATCTTTCAGATA ATCGACATATTCTTCAAAAGCTTACAAAAAGCACACCTATAAGATCTATATATAAATCTA AAAGAAAACACCATATGCTAATGCAACAGTGGAAACAACACGATTTACACTTATTTTAAA TTTGTTAGTTGCAATACCAGTTCTAAACAAGAAGCACAAGAATTTAACTTCTATACGTAC TTTAACGTTGTAAAATATTTTTTTTTTACACACTATCAGATCACCAAAAAAAAAATTCTT TTATCAACGGTCATTGCACTTGCTGAGGAGTTGTCTAGCTCGGACAGTAACTTGTAACCG TGCAAGGGCGTGCATGCAATGCAGAGCTATCCTTGCTTGTCTTCTCACACATGCCCCTCT CACCACTGCTTGAAGCCTCACAAGGCTCTTGAGTGCCTTAAACGCCCGTCTCGCCTAAAA TATTGAATCAAACAACACATGTATTAATAAATGCGAAATTTCCCATTGAGAAATGTTCAA TGTCTATTCCCACAGATATTTTTCACGTGTAAATCGATATGGAAGAAAAATAGTACTGTA GTTATTGTTTCACGTGGAAAAGTAAGTGACAATATGTTTTGCATTTTCTCAGTGAGTTAT GTGAAATTAAAGAAGAATATGGTAATTGAGTAAAACTTACAAGATGACCCCTAAAATGAG ATTGGATAGTAATAGCAGCCATATCCTCTTTAGACACAAAATAGGTGTGCACATTATTTT TGTTTGTAGATGAGCGTCCATTGGCGCTGCTGTTCCTATTGGTAATTGTGTTGTTATGAA GAAGAATGATATTTTTATGTGATCTGAATAGTTTCTTTCTGATATTACCAAACCAATTCT TCTTGGACATCCTCATCTTTGATATTCTTTTTTTCAAACTCAGTTCTAGCAGAGATACTG AATTGGACACAGATTTTATGTAACATTGTGGAAATAAGGAAGCGTGGGCAACATGTTTGT TAGTAAAGTAAGAGAATGGAACAATGGGTCTACTAGAACGTGGCAAGATGAAATTGATTT TGTGTAACTTTTAAGTATTTCAAAGGACCATTCCAACACCAGGGCAGGGGGCCACTAATG CTTCAACATATACCAACTACTCCTAATATTTCTACAAAAGTCAAAAGACGATAAAAACAT AAAACTAAAAAAGGGGATTGATTTAGTTTTTATATACGTAACGTCAATATAACTTAACAT GTTAATATGTTATAATAGACCAATATAATTACCATTTTTAGCAAGTTATCAATTAATATG TATCTTAAATGTTTAACATCTAATTAGGAAAAATTACGCGGAAAAGCAAACATATACTAG CTAATTAGCTAATATAGTTATAGCTTGAATCAATTCGGCTCACAACATCATTTTAGCTTT AATTACGTCATTTGCCCTCTTTTATACATATACAGATACAAAATATACATATCTCCACTC TCTCACATTTCTTTCCTTCCTCCCACAATCTCTCTCGTCAGATATTACAAACACATATGT ATATGAGTTATATATATATATACAATTATCTGACAGTTATGTTCGCCGCTCTTTACTCTA TGCACTCTCTCGTTCGCCTCTCTCCTCCCTCTTTCGATCTCGATTGCCAGATGTACAAAT ACATATGTGTATATATATATATATATATATATATATATTTGACAATTATACACATACAAT TCGCCTAGCTAAGTATCGTATAGCAAATTATAGCTATAAAACATAATTAAACTATTTTTG AATGGCTATATGCAAAAGTTATCCTAATTATTGATTGTGTAAATGTTTTTCACACTAGAA AATTCAAATTTGCAAATGCCTAACCATTCTTTTTAATCATTTCCATCTGGTTGTTATTCG TTAAGATTCCTTAATTTAAGAATGAGATTATTTAATTTTCCTTGTGTGTTGATCAATTAG ACCACCTAATCTATATGTACCTACCGTCTACTTATTTATCTTTGTTTTCAATCCAAAGCA ACGAAGTAAAATAAAGCTGGCTTGTTAGTTTTTCTTGTTATAAATTAATCCGAAGAACAT AAAACAAAAACAAAAAAAAGTAGTACAAGTCTGCAATTTTCGTTTGACAGTATTAAAAAA AATAGACAAGTATTTTAAACCCTCAAATTTATAGAGCCTCGTTTTTAATAATAATAATAG GTTATAAGTTATTATTTTTTAACGAATATTAAATATTATTTGTAGAAAAAGTAAACTTTT CATAAAAATGAAGGAATTATAGAAGAAATTTGACATATTTAGAGTTCTGAGAAATAATTT AAAATAAATCGATTAAAAACTAGAAGAAATCAATTATATAAACGTTATTGATGATTCAAA TTTAAGACCCCGTTTAATTTTTATTTTAGCCCACTAACATGCTTGAGCCGCTCCTGAAAA AAATCACGGATAGTTAACAGCTTTGTTCTTTACTTTATAATTTCTTTATGAAAGCAAACA TTGCAACCATTTTGGTAGAGGGAAGAAGTTATGAGCAGATGAGAGGCCTTTCAGGCAAAT ATTATTTATTATAGCAGAATTAGGAGAACAATATTTACACATATTTCTTGCAATACAGAT TCTCCCACATCGAATATCATCATCACCTGCTATAAATTACTGTACAAGAGATTTTGCAAG TTGCTCCTTCTAATTTTTGATGTGAAGAAAGGGAATTGATTTCGCCATGTTGACTACTGG TGTGTACTTATTTAAAAATCTACCCTTTTTATATGTGAGTAAATAAAAGGCCTTCAAGAC TCAATCGGAAGTCCACTCTCTGTCCACGCAGCATATCCACCAGCAATGTCAGTCACCCCA GTAAATCCCTGCACAATATATAGCAGGCAGTTAATGAGATGTGTCGATTTATTACATCAC AATTCAATCTTTTACACGTTCTAAGACTCTTAATTTTTGGCCGAAATTACTTTGGGATTT ATTTATATTATACTTTCATTTTCAAGAATTTTCTATTCTAAAGCTGTATTATGCAAGGGA CTTACAGCAGCAAGAAGTTCAGTTGCAGCCATAAATGATCTCTTACCCAACTGGCATCCC TGTAATGCCAAGTCAACAAAAAGGCAGAAAGGAAATTGATAATTCCTTACCTCATGAAAT TGAAGCTTGAAATAAAAATCATATACTACTAGTTTTGCTGACTTACAACTATAATCTCAT CATCCTTCCCGAATTGTTCCAACACTTCCTCCAAGAAATTGGGGTTCTTTATCATCCCTG CACCACATATACAGAGCAAAAACGCTTGAAACTGTTACTGCTGGGATTATGCATCTAGGG TAGAAAAAGTACAGAAAAACTATGAAAAACACAATCAGAAAGTTGAACTTGAATTGGTGG GGTGCGCCAGGCCCGTGCAGCAGTGCAACGCATGGGCGACGCGCAAGAGCCCAGGCAGCA AGCTACCTTAATGGACCCTTCCCCGTAAAAAATTAAGTTAATATCGTGTGAGCCAATGGC CCACATATCAGATATTAAACTGATAAGAACAGATACTACACTTGATCTTAGCCAAAAGGC CGAGAAAGGTATGCCTATTACTGAGTAAGTGTTTGGCTTTTATTACACAACACTTGCGTA CGAGTCCTGCTTTGGGTTCCGATGTGGGAAACTAATATACCACTCAAAGAAGAACAGAAA CTTGATGCAGTAGCATAAAACATCACCGTGAAAAACAATAAAACTTCAGAGTACTACTTC AGAGAGTACTCTTTGTTCATAATTGAACACATTTCATGCAAATTCTGGTCTAGAAAATAT AGTATCTAAAGTTGAAGTTAAAAAAGGGTTATTTGAAAGTTAAAATTGTGTTCAAACATG CAATTCACTCGAAAAAAAAATAATCATTTTCGTAAGAAGGAAAAAAGATACTTGAAAAAC TTATCTTCAAAGACTAACCAAAAATCACTCTTATGTACACCACCAAACAATACAGTGTTC TTTAAGTTGGTCTAAAACTCTAGTTCTGTATGATTTATGTTTGCTAAGTTGCCAAAATAT TTTCAAAGAAATAAAAATGGTACCAGAGAATTGTAACAGAGTCATGTGTATAAAATTAAA TAACCCTCCGTTTATGAGCAAGTAAGAAAATTGAAAGAGAAGTAAGATGAACAAAATACA TTTTACATGTAAACATTCGACACCCAGAAAGTAGAAACCAGGCATAATAATTGCCACCAT TTCAATTTTTGAGAACTCGATGACACTTAAAAAAAAATCTATCATGCATCATAAGGAGGA CACTGGTAAAAAAAATATTTGAAAAACTTAAATATTGTTAACATCGAGTACTCAGAAAAA GGGAGTAGTATTAAATTACTAATAATCAAACCTGAGCCAATTCTAAGCATGTAAGGAATG TTTATGGCTCCAGCAGCATGCCCATCATTGTACTCCTCAGTAGTTCTGCGCAAAAAAAAA TGTTTAAAATATTGAATCTTCCATACAAACGATTGATAAAAAATTAAATTGTTCTGATCA TATATTGCAAGAAATAGTATAAATATTTAAAGGGCATATTTTTTGTTTACATAAATTGCA TTACCTGACATCTAAATAACGATGGCCAGCTTGAAGCAATTCAAGTGCAACTCGAACAGG AACAGAAGTAGGAACCGTGGAGTTGTGCACTTTCTCTCCAACTGTTGCCATCCAGCTACA AAAATTGTTTGTTCAAACACCCATTTTAAAGCCAAAAACAGAGAAATAACACAAAAACAG GGGATATACTCAAAAACCCACCTAAAACTTGGATTTCTATTGCTAGTACCAATGTCACGT CTTATTTTAGGCTGAAATTGAGACCTCGCCATTGGAATCAACGAAACCGATCTATTGATC CTGCTGCTAGTAGCATTCAAATCACAAAACAGAGTTAAAAGAAACACCCATTGGAAGAAG AAGAAAAAATGAACTCAATCGAAAATTTTCAATGCATATAAATATACCTTTGTGCCAAAT TCTTGGTACCATGGAACTCAACAAGTGAAAATGAGGTTGAATGAAGGGAAATAGTTCTCA TGATTGTTTGTTCCTGTGGAAGTTGTTCAATTATTTTGTTTGATGGTGAGAAATGAAAGG GAGATTGATATTTATGGGTGAAGACAGGAGGGTTTTTTTCAAGTGTATGGATAGATAGAC ACGTAAAGAAGAATTATGTATGTGAATCCCAATTTTGCACAACTTGTAATAATTCAGATA ATGATGTGAGAGTGACTTGGATTATTCTATGGTTGGATAAGTTCCAAATGGACCTACTTT TTTTTTTTTTTAATTTATCTCTAGTCTAACCTCCTTTTATCCACAAGCACACTTTTCAAT GTCCTTAATATTATTATTCACCTCTCGATCAGTTACATATTGTCATATTCATAATCAGTA ATAAAATGTCTTGTTAAAGATTCTTCTAACAATTTATCGGTCCGAATAAATTCGATAGCT TTTTTTACTGTATTAAAAAATTTAATTTTTTAATTTTCAAAAGCAAATAGTAAATATCGA ATCAAATAAGTTGGGTTTGATTTTTTCTCGCTTCGATATGATTTAATTCGTTGATTTTAA AATATTTTTGTAAGTGCAAATGAAAAATAAAATGAGCACCACATTATCAAAGTATAAGGA CCAATTTTTTTTAATTTTAGACCAAACTATTTATTGACCAAACATACATCAATAACATAC AACGTTTTTGTATTAGATGAAATTTTGATTTTTTTTAAAAAAAAATTCTGATTTAATTTG TGGCAACTAAAGAGTAAAGAGAGTAACAAAATGGATTAAAAGGTGAATTTAGATTTAAAA TATTTTCTAAATAATAAAAATTGATTTTTAGATACATGGAAGAGCACCATTATACTAAAT CAAAAAACTGAAATTCCAAAAAGAAAAAAAGAAAAGACTGAAACTGAACCAAAAACCCGT TAAGTGGCTTAGGAATTTCGTTATAAGGATATTGAAGATTATAAATGCAGTTATCTAGAC TTGATCAATTTGTATTTAGGGATGCCTAATTTATTTAATAGTTTTTAATAGGAGAGGTCA GATACGATATTTTCTCTTATTGGATAATAATATATACAGGTACCAATTATGGTATTTACT AACCAAATTACTAAGATTTATTTATATACAGGTGCCAATTATGGTAGTATTTACTACCCC CAATTACTATGATTTATATACAGGTGCCAACTATGGTAATTTACTACCCCAATTACTAAA AAATGTTAGAACATGACGTATCTAACACTTAATTTAGATTCTCAATTTTCTACTTCTCAC AAACTAGCCCATAATACATTCAGGAATTTGGTCAAACACGTAATTACAAATTCTGTGCAT TACTTCATTCAATTTATAAAAGAGAAAATAGTCAAAAGTCCTCCAATTTATACTCGATTT CCTAGCTATATATTTATACTTTACGAGGATTTAATTATACTCCTAAACTATTTTAAAATG GAGTTATTTGCTCCTAAAAGCTAATGTGGCAAAGGTGTAGTTCGCTCTCTTTGGGATAGT GAGAGTGAGAGATAAAAAGATAATTAAAATATTAACTTTATTTCATATTAATATTCTATT TTTTAATTAAAAATATGTTTCTTTTTATTTATTTTTTACCTTCTTTATCTCTTCCCTTCA ATCTTCATCATCAGATTAGACAACGGCGGTGGCTCAACTCGGCTACCAGGTTACCGCTCT CATTAGGTTTTCGTCATTAAGTCAATCTCATCACCAAATCACATACTTTTCTATCTCTAC TTTTCATCACTTTAAAAATTTGTTGGTAGCTCAAAATCAAAATCAAGAGAATTTAACTTT AGACTAGTATTAATGGAGGAGTTCACTATGTAATAGATTCAATTAATGGAGAAGAATTCA TCATTAGCCATTTATTACAATTGTTGTACATATATAAATCAAATTTCTCATATAAACATT GATAAAATCTAAATCAATACTGGTCCCTCCAAGTTTGGTACCTTTATCCCGGCAAGCAAG TATCATTTACTGGTGATTCTTTGAAGAATCAATCTTTGAGAAACATGATAGTATCAAAAG AAGAAGCAATATTTAGTGATAGACTTTTTCATTTGTCTATACTTTTAGTAAACGAAATTT GTTAGTGTCTAGAATTTTGGTGAAGGTTGAAGTTTTGATAGTCATGGTGTCCTCTCATCA ATTTGCAGAAGCTTCAAAGAAAAATAAATGGAGGAAGGAAAAAGAAATGGAGGAAGGGAA AAGAAAGAAAAAGGGAGGAGATGAAAATATAAAAGAATAATTACTTTTTTATATGAAAAA AAGGGTAATCTTACGTAGAAGCGCGTGGTGAGTACCACCTAATAAAAATCTGGGCGTGAG TTTGTAGGGATATTTCACATTAAAAAAGTTCAGGAGGGTAATAGGACCCCGTGAAGAATA AGTGTGTAGTTGAGAATTCGATAATAGCTGGGAGGGGCTTTTGACTATTTTCTCATTAAT AAATAATGGGGAACTTTTACATATAACCACATAAAAATATTCTAATTACTCTCCATATAT ATAGTTTGATAATTATAATTCTAGTTTGATAATTACAAATCGTAACTACATGTTATAGGG AGGAGAGAGGAGAGAGAGGGCAAAAGGGGGGAGAGGTGAATGAATATGTATATTGGTTAG ATAATTGTATATTATAGTATGTATCTCTATATATGGCAAGAAAGATTGAGAGAGAGAGGA GAGAGGCGAGCGGGATTGGAAGAGGGAGGAGAGAGGCGGAGCGGGAGAGGGCAGAGAGTG GGAGAGAGGTGAATGTATATGTATATATTGATTAGATAATTATAGTATACATATGCATTT GTATAAAAAGCAAGCGAGACTGGGAGAGCGAGGGGAGAGGCGAGCGAAAAAAGGCCAGAG AGTGGGAGAGATGTGAATATATAAATTAAATAATTGTATATTATACATATGTATTTGTAT ATTCTGGCGAATTATACATATACAAATATAGTTGATTATACAAACTCGAAGTAGCCCACA TGATTAATATAATAATGTTTGTCCTGAGTGGTAATTATAGCAAATTATAGCTATGAGTAA TTAAATAGTATAATCTGATGAATAATTAAGTAGTATAAATTTACTTAACCGCGTAATTGA ATACTTAGACTAAACTAAACAGGAAAGGCAAAGAAAAGGCCCAACAAAATATTATACCTC CACGGGGCCTGTGCGATAGTGCAACGCATAGGCGACGCGCAAGAGGCCAGGCAGTAAACC ACCATAATGATCTCATCCTGTCAAAAAATCAAGTTAGTCTCGTGTTAATCAATGGTTCAA ATATAAAACTGATAAGAATATAAACTACACTTTGATCTTTTAGTCAAAAGGCCGAGAAAG GTATGCTTACGAGAAAGACTAGAAAGTTATTTGGCTTCTGCTATATACCGACGAGCATAG TCAATATGAGATGCAGTTTTTTTGTAGCAAGAATTTGCTTCATAGCTGGCATGACAACCC TTACCAGTAGATTCTACGCAAAAAGGATTACAAAAGGAGGACATTGAGCATTGTCAGTAT GACAAATTAATATTCATTCCTGTACAAAAGGGACATTATATTCATTCCTGTGCAAATGCT AATACTCCCTCCATACAAGTCTATCGGTAGAATTACCTTATAGATGGAGCTTTTCCAAAA ACAAAGTGGGAAAAAGGTATTTGACTAGTAGAGTAACATGACTGTATTTTACAGTACTAA GAATTAAAATTACCCCAGTAATCACAGACAAAACGAAATTAAAGACCAAAAGAAATTGTA ACTTAAATTGGTGGGGTGCGCCAGGCCCGTGCAGCAGTGCAACGCATGGGCGACGCGCAA GAGCCCAGGCAGCAAGCTACCTTAATAGACCCTTCCCCTTAAAAAATTGAGTTAATATCG TGTGAGCCAATGACCCACATATCAGATATTAAACTGATAAGAACAGATACTACACTTGAT CTTAGCCAAAAGGCCGAGAAAGGTATGCTTCATTCAGTGTAAGTGTTTGGCTTTTATTAC AGAATACTTGCGTACGAGTGCTGCTTTGGGTTCCGATGTGGGAAACAAACATAAGAAAAT AGAAACTTGAACTAAAAAAGATGAGATGCACTCACTTGAAAACATTATAGTTTTGAAAAT AAATGAAAACTTCAAAGAGTGCTCTTTATTGATATTTGCTCACATTTCATGCAAATTCTG GTCTAGCTTCTTCTGTTTCTTAAGTGAACTTTTAACAACTTCTTTTCTTTCTGGTTTTAG TCCATAAAAATGTTAGGATTGAAAATAAGTAGGTGCAATGAGAAATATATCAAAAAACAC AAAGATTTAACGTGGTTCGATCAATCGACCTACGTCCACAAAGGAGATGAGCAATCCATT ATAAATATGAAAGTACAAATACAGAGAGAAACAATCTCAACCAATTCACTACGAATACAT GGGAGGTTCACACAAGTGATAACATATCAAGCTTGTGATCCACAAATTCTCCTCCTAACC AAAACTTTCAAAACCTTTAAGACTACATAGTGGATGTTAATTAATTTAAAAGGAACATGT CTCTATTTATAGAATTCTAAACATTTTCCTACCAGAAAAAGGATTAGTCAATCCAAAACT TTTTCCTAAAAGGAAAAATCTATTTATGATAAGAAATTGGGGCAAATAAAAGTCCAACAA AAAAGACTTAATAGGCACTTGGATTGAATGGAGTGAAATTAAAATTAAAAAAAAATACTG TAGTTCAAAAAAGATTTTTAGAAGTTGAAGTTGTGTTTGGACATATATTTCACTTGAAGA ACGGAATAAGAGAATAGTTATAGAGTTTTATGTACATAATTAAACTCAAATCTTTTAAAA GAATTGTGGTAATCAATGAGTTTAAAAGGTCGCCTTCCTTCTTGATAATTAAGTAATTTT GGGGAAAATGTACATCACTTGGCAAGTCGGCATCCTAAAAACTATATAATTTATTGATTG AATACCACAAACTTTTTTTCACAAGAAAAATCAAGAGTAGGTGCAAACGACTCTTGTAAC ATGAAGGTGAACAACACTGTTTGTGAGCATGAAGTACTGTTTTATTATTCTTGTAATGTA AATATACCTGTAAATACAAATTTTATGTAAAATTTTAAATAATATTGATTTGAAGATATA TTTTTAAAGTGAAATGTTGATTTACACTTGCAAATCTTCAACTTTCTCAAGTTCAGTCGA GGTTCCAATACATACATTTTCACAAATTTCATTGTTACTAATCATATCAAATTTTATGCA ACCTGACCAGATGGATATAACATTTCTTAGATCAGAAATATATCAGACCTTGATTCAAAA ATTAACGTGACTCAAAGTTAGCGAGGACCAATATTTTCACTGCTAATTTGTCCATAAATA TTCATAAATACTTGAAGCAATTAATCTTAATTGAAAATATTTTGAATCTAAAGTAATATT GATTTCAAAACTCAAAAAATCTTTATATATTTACAATATTTTTGTTTCAGCTCAAGTTTT ATTTAAATAACAAGCAATAACATATTCAATTTAATTTCACGAGTGAAACCTATACACAAA AAATAAAAAATATTATTTTCAATAGGTTGTTGTGTCAAGAAATTAAATTACATTTAGACA ATAATAACTAAGTATTTCACTTGCTTTCTTGTTGAACTCCAAGCCCAAAAATGTTCAAAG GCTTACTAAACAGTTTAGCAAAGGATGTTTTGTGTAAAATAAGCCAGAGCCCAAAATTTG TTCCGGTCCAAATCCCCGTATTCAGTAACGAGCAACATTTTCTGCACTTCAACCAACGAC CAACAACCACCGCAGAGCTAGTCAAACCACCACTACTCACGGCCGGTGGTATCCAATTCT GAGCTGATGGCCAGTATCATCGGCGTATCATCTTCTCCTTTTCCAACCCAGACCTCTCAT CTTCTTCCATCTCGCTCTAATTCCATATCTTCTCTCGTTCAACTCAAGGTACAGTTACTC TTCATCTCTTCAAGATTCACTTTTTTTTTCTTCTTCTCTAATGTTGACATTTTTATTGCT TGATTCTTAAAGAGAGATTCGGTTCGGCGACTGTTGTTGCTTCGAGTGAACTGCTCATCA AGGCAGGTCGGAGATGCAGAGACAGAATCAGAATCTAAGGTGGTATTGCCAGATACTCCT GCTGATACAGGCATTTCAGCATACAATTGGTGTGCAGCTCTTGGTGGGATTGGGTTTCTT GAGACTTCTTACTTGACGTTCCTCAAGTTAACTAACTCTGCAGCATTTTGTCCTGTTGGT GATGGTGCCAGCTGTGGCGACATCCTCAACAGCAGCTACTCAGCTGTATTTGGTAATATC CCGTGCTATTTTTAGGAAATCTGGACTTTAAAAGAACTTTCTGCTTTAGGACTATCTTTG TAACCTTCTATAAGTATATATCTAAAATTTTTGTTTAAAAGAATAATATGAAGATATTAA CACATCTGTACAAGTAAAATTGGTGGGAACCTGAAGAAGTGATTGGATACAATTTCTATT TTAGGGTTTTGGCAAAGTCTAACCAATTCACGTCTCTCTTTTATGACTAGCCTCTTGTTT GATTCTCTTTATGAATTATGTACGTACCAGACATAATAATCTTTATCCCTATTACCTCAA TTTAGTGTCTTATTTTGACTAAGAAGTTGAAGAAGCCCTTTTTAAGATTTTAGTAAAGAA CACATAATTCTACCTTCTTGAGGTAGGAGAAAGATCTGATGTACATGGTACGCCACCCTC CCCAGACCGCACTTGGGATTACATTAGGTAATGTTGTTGTATAGAAGACCATGTAATGCA ATAGGATTGCTTTATTTGTTTGTAAGAAAATATTGTTTGGAAGAATAAATAGAGGAATAC ATCTATTTATGTAGTATAATATCTCTGAAAACATATCCTTTGTAATGAAACATACAAAGA TGACAATGGTAAAGCTTCTAATTTTAAATGGTGATAGTAAATTTGTTGTATTGCAAGTAA TTGTAGTAAATTAATTAGTTCTATATGGGTTGTCAAGCTAGCGTAACCTTCCTCCTTTAT CCGGGCCTGCAATTAGCTATAGAGCAAGCTCGCACAATCAGAGTTTCCCCGGGGATAACC CCATCCCAGTACTACTCCAGCCAAAGCATGTTAACTTTGCAGTTCATATAGCTGACCCAA CTAACTAGGAAAACATAGATGTTGTTATTGTTGTACATGGAGAGAGTAAGTTATGCTTGT TTAAAACATTAATTTAGGACATAATATGAAGTTGGTTTCAAGAAACCTTACTAAACACAA GATGTTATTAGCTGAAGAAATCTATTGTTAATTAGACCAGCATATGTTTGATAATAGCCT TTTTTTAAGTTACATGATCTTCGGTTGTCTTCAAATGAGACTCTGTAAGGTAGATAGTTT GAATTATCAATGAATGGGATGCCTAGAAATGCAATCGGACTGAGAAACCTGTGCTGTACC CAATTCGCCTCCATAAGGTCACCGTCATTTCCACCCACTCCAATTCCAGTACTCATTGAT GAATCAAAGGACTTTTCCCTATCTCAGTGTTACAATAAGCCGGCACACATTGATTGCAGT GAGGTTACAAAACTCCAGTGTGGAGCCAGAATTAGAAAAACCAATATCAATTGGTCCAAC ATACTTGACAAGAAGATGTTGACAGTAAACATTGCTGTAAGTTGCACCCATTTTATCTCA TAGTGGTGAGGCCTCAACATAAACCAATTCCTGGAAGTAGCAACACCTAATCCTCGTACT GATTGGGCTCTAATTGCTCGTAAATCTCTCATATACTTTATGTGCATAGTGTGCATAACA CACAGGTGAATTGTTCGACCTTTATCGTGTCAAAAAAAAAAACACTGGGGTGATTTGTTC TTCTAACAAAATGTTATAACTCCTTTTGATGGTAATCATACATATCACAGAGGAGGTAGC ACATTATAATATATAGTAGTGTATTTTGTTGTCAGACTTAATAACTAATGCAGTGCTAAT TTTGTTACATTGTAAGCTGTATTGTTTGATCTGAAAGACACAGATTGGAAAATCATTAAA TTGAAGGCAGTATGTCACTTAAATTGCAGGTAATATGTTTGGAAAAAGATTCAGTTTTCA TCCTTTTTCATTTGCCAGGTGTTCCTCTTCCATTAATTGGTATGGTTGCTTATGGAGTAG TTGCAATACTTGGGATACAATTGGGCCAGAAAAGCAGGCCTCTTGGAACTGGTGAAGCTA ATGGGCGTTTGGTTTTACTTGGAACAACTACTTCCATGGCAGCTGCCAGTGCATACTTCT TGTACATCCTAAGCACAAAGTTCACTGGGGAATTTTGTCCGTACTGTTTAGCTTCTGTCT TATTGTCATTTAGTTTGTTCATCAGCAGTATGAAGGTTATCTCTACTACAGACTTGTTTG TTTAGCTTCTATTGCTATATGCAATGGTAGTGACAAAGATATTTCTTTTATATACAGGGT TTGGGCTTTCAAGAGGTGCAAAAAGATGTGGGTATACAGTTACTTATAGTTCTCTTGGTG GTTTCTACCCTAAACAATTCATACAGTGACTCTCAGCCTACAAACACAGGGTAAACAATC CGTACACATTTACACATTGTAGGATGATATTAGGCAAAGTGTCTTTGGATTGAAAGGACA ATAGGCAAGAGTTTCTTTTTTTGCATTAAGTAGTGAATGTTTGATTGGCATTGATTAAAG AGATAATCACATTAACTTGTATAAAAACTTTCCATGAATTATTTAAGCTAGAATCTTAAA GCAAGTAAGAGAAGCTTGTTTCAGTTTCTAGATTTAGCAGCAACAAGATATCTTGGTCAT TTTAAGATAGAAAAGCTCTTGATGTGCAGTCATTTAGTCACAGGTAAAACTCTAGATCAT CTGAAATGTATAGTTGGTGAAAAGATCATGCACGTTATTCAAGAGAACAATTACTCAAAA TCCTTTTCCCATCTTTTGCAGTTCTGCTCTGGCTGAGATGGAATACTTTACAGCAGAGAT CACATCAGAGTCTACACCTTTTGCTATATCCCTAGCGAAACACCTGCATTCAATTGGGGC AAAAATGTATGGGGCTTTCTGGTGTTCTCACTGCCAGGAACAAAAGCAGGTTCTCTTTCT TTTGCAAATGTGCTTTCTTAGTACTGCATTTTGATGGGTTTCTCAAAAAAAAAAAAAAAA CTGCATATGAAAATGATGTTTTTTCTAAAATTATTTCCTTTTTGGTTGCCTCAATGGCAT AGTGACATCATTTCATTAGGCAAAAAAAAAGATTCAGAGAAAGAAATACTTGCATACATA GAAAATGGGAAAGTAAAATCTTTCCCCATTATCAAATCTGACATGATGTAGGTAGGGTGA AGCGTGGATGTTGATTGGACTCCAGCCACGTTGTCTGATTGCTACATTCCTAAAGTAACA TTCTATAAGGGAAAAGACAAAACATGATATGGGTAGGGAAGAATATGAATATGCATCAAC TACTATTGGGTTGAATATTAACGTCTTCCGTAAAATAAGTAAGAGCATCATTAAAGGGAA AAAGAGAGACCCTTATATTTCCTTCTTTCGTATACTGGTGCTGGAATTTGGCTAAGAGCT TCTGTGGATTAATCTTTAAAGGTCAGAAGCAGATACTCAGAGTTCTGACCCCAACTGTTT GTCAATATTGCAACTAAACATTAAGAATATAAAAAATGGCCTTAAAGATCCCACTAGAAA TTCTGATTTGCATTATGCACTTAGCAGTATAGGTAAGAGTTGGCTTGTATTCTGTACTAA ATTGGTATATTCTTGTGTCACTGCAACAAGATGTTTGGACGAGAAGCAGCAAAGTTACTA GACTATGTAGAATGCTTTCCTTATGGACTTAAGAGGGGAATTTCTATGATCAATGCATGT CAAGAAGCAAAACTCGAAGGGTTCCCTACATGGGTTATCAATGGGGAGGTGAGCAAGAAC CTTCTTCATGCTAGAAAAATATTTTGTAACCTATACAAAAGGCACCAGTCATTCACACGT TCGATAAGAAAATGAACATCTTGCTGTGAGGGACCTTATAACTATAATATTCTGGCAGGT TCTTAGCGGAGAGAAGAAGCTTTCAGAGCTGGCTGCACTGTCTGGTTTCGATATGAAAGA AGAACTTACTGAGGCTAAATGAGCTCTGTTGATCAACAGTCACATACTCTTAGGATATCT AAGTTTATGAATTCTTATAACTGCCCTCTGGTATTTACTTAGTTTCATAATGTAATTACC TTCTTATGTTAGTAAAACTGAATAGGTAGTATGATAAAGTGAAGGATCCGAGTGGATCAT CTTCTGAGTAAATATATCAAGCAAATCCTATTACCCACAATGTTTTGTTCTAAAGTTGTA CATGTCCAATTTCCCCCTGAAAGTCTATTTCTCTTATTTTTATCCTATGCCAAACTTTGG CGATAACTTTTTCCCTAATCTGAACCCATTGTGAGGACAATCTAATGGCAAGTGTAATCT GAAGATGAAAAAGTATCTCATGATTATTCTTTTTGTATGTAAGAGTGATTGTATCCCATA ATGTGAATGATCAACTCTTGAAATGAATTTCCCTGGTTAATTTCCTATTTACAAATGTTT TCTAAAGTGAAGACGACACAGATTGAAGGAGTAGAGATGTATGTCGAATGTGATATGAGT AAGCAAATCGTACCCAACAACCTTATGGGATAGAGATGTTGTTTTTGGTAGCTATTAGGA CCTTGGATGGCATTTGTAGTTTTTTAAAATATGGGTAGCTGGTGACCGTTTTTTGAAACC TTGGATGAAATTTACTCTAGGAGTCAATTTCAAAGAGTACATGGTGACTTCTGAAAATAT TCAACACTTCTTCATCTTAGTGTACAATGTATATTATTAGCTAAAATCTATTTTATATTA AGGAGGAACTGACTTGGAATTTTTTCTCTAAACTTATCAATACTAATATTCATTATTTTG TGATCAAGAACATCAATTGAAATACTTAACTTCTTTTAAAAAATACAAATCATTTCTTAT TTTGAAATTTTAATAATCGTGTCAAAGCAAAAATAGAGCGCTTAATTGAATGGTGAGTTT AATATTGTAGTTAAATATTTAATAAAAGTTTACTTTTGAACATGAAAACCCCAAATTCAA TACTAGATTGATTTAGTTCAAAATTAACTTTGCTTTATTTAAAAAAGGGTCCATGTTTGA CTCTATTCAAGATCCAAACTCTGAATTTTTTATATTTAGTGAAATTTAATTCTTGAAATA ATTGAAACAGAATTGTGGAAAGTCATAATGTTTTGTTTTTTAAAAGAAAAAATAAATAAA AAGACCTTCCTCTGTTGTTTTGGGTATTGAGCGATCAGTTCCTGAATGATGGTGACTGTA AATCTGAAGTCGCTGCTGATATTCTCAGCCTTTCTTAGGGTGTTTTTGATAATCTATGGA GAATGGCAAGATACCCATATGGAGGTTCGATACACAGATGTGGACTATCTTGTTTTCTCA GATGCAGCTGCTTTAGTTGCTGCCGGAAAATCCCCTTATCAAAGATCTACATATCGTTAC TCTCCCTTGATTGCTTTTCTTCTTGTGCCCAATTCTTTCGTTCATCCTTCTTGGGGAAAG TTTATCTTCTCCGCTTCAGGTGAGATTTTCCCTTTCTCTTCTCTTTTTCTTTTTTTCTTT CTTTGTCCCTTCAATTTTGTGGGTTCTTTTTATTCCCGTTGAATGATGAAGAAGTCTGAG CTTCACAATTTTCGTATGATTTGGGTTTATTATTTGTGAGAACAGACAGATACATGAAAT CCTACTTTTGTATTAAGCTCTTGTTAGGTTCTAATTTCAAGACAACGCAAAGGTTCCATT TTTAATTGACTCATTTGGAATTCTTGTTTTTCCTCATACAAATGCTCCTTGTATATGGTT TCCAAGAGATTTTTGCATCTCTATCTGCTTAGGTTTCATTGGCAATCTTTGGGGTTGTTG TGGATGTATAACTAAAGACTGGATGAATTGTTGATTAGGGCATGAACTTGTAGATGATCA ATCTAAGAGTAGACAAATAGCTTCTGAACTTGCACTCTTGTATGTGGGTTTATTGTCTCT TCTTATTGCAAAAAATGCATAATTGATATTCTTAGAAGACATCTTAATTATGTTTCCAAA ACAGATATGCTTAATGAAACTTACATTGAGTTCGTGCGGCAGATCTTCTCGTGGGATTTC TTATCAACGCCATTCTAAAGCTAAGAGGGGTGCCTGAGAAATTATGCACCTATTCGGTGA TGGTATGGCTTTTGAATCCATTTACCTTTACCATTGGAACTCGTGGGAATTGTGAGCCCA TCATCTGTGCCATAATCCTTTGGATTATTCTATGTCTAATGAATGGTAAAACTTTCAGTA CCTTCTAATTACATTTAATATAGTTATATTGAGAACTTACTCCTAAATTTTTCTTTTTCA ATGTATAGTTTATTTCCCTACTGCTATTTTCTCTGTTATTATCTCTTTCAAAATGGTTCC TGTCTCCTTAATCTACCTTACAATATTATTGGGGGTAATGTAAATGACTGTAAAGAGGGG GGCAGATGGAAGGGGAAGTATTTAGGGGAATCATGATTTAAGTGATGAAACTGTAAAAAA GAAGGTATTCTCATTGAACACCGATCAAGATTGAGTCTTTCTCCCACTCCTCCACAGGGT TAGGTGTATAGGCCCAACACAAAATTATCGGACAGTGAATGAGGTTTTAGCAACCAATCA ATGTAAGCTGAATATTCATCTTTTACTTGATTTCTCAATAAAGCATGAAACAAGATTTGC CCTGAATCTACCTCTGTTTCTTTTCATAGTTATTATGCAATTTGAAGTTATAGTGAACCT TTAGTTTAAAGGGAAAGTAGAAACCGAGAATGTTAACTCTGGAACTTTATAGGGTTAAAC AATAAACTCTTTTTAATTGAGAATTTTTCCAAGAATCCTCCGATATTTTGGGTCAGATAA CTGTATTTCCACTTGGGTTAATGGGAACTGTGGTTTCATTTTTTCTTTGGAAGTTATAAA TCTTGACGCTCTATTGATTTTGGTGATGTTTCCCTGATCAGGTCGTTTAGTACAAGCTGC ATTTTGGTATGGGCTTGTCGTCCACATGAGGATCTATCCAATAATTTATGCTCTTCCAAT CATTTTAGTTCTTGATCCCTTGTTCTTCCAGTATGGTACAAAACCTGCTCTTGTGAATTG GAGTTCTAGAAAAAGTAAGTCACAGCAGACTTCCAGCTGTAAAAAGCTTATGGATCCTTG TTGTATGTGCAACTTTTTAACAAGCCTTTTTACCTGGAGGAGGATAATGTTTGGGCTTAT TTCTGGAGCTTTGTTCTTTCTCCTTACTGGGATTTTCTTCTTTTTATATGGCTGCGATTT CTTGCATGAAGCACTGCTCTATCATCTCACACGTACAGACCCTAGGCACAATTTCTCAAT TTATTTCTACCATATATATCTGCACTATGAACATGAGTTATCTATCTTGGAAAAGCTCGT CTCGTTTCTGCCTCAGATTATGGTGCAGCTAGTTCTTGTTTTCCGCTTTGCACAAGATTT TCCATTTTGCTTCTTTGTGCAGACTGTGGCATTTGTCGCATTTAACAAGGTTTGTTGGCA AGGCTTGATTATTTTTTATGTTGAGAATCAGTGAATATTAGCTTGATTTTCCTTTAGCAA GATAACGTTCTTTTCCTCTGACAGGTTATGACTGCTCAATACTTTGTTTGGTTCTTCTGT CTCTTGCCACTAATCCTGCCATGGACCAACATGAAGCTCGGAGGAAAAGGACTGGTCTGC ATCTTGTTGTGGATGGCAGCTCAGGGTCACTGGTTATTGTGGGGTTATTTGCTTGAATTT AAAGGAAAGAATGTCTTTCTTCAACTCTGGGTGGCAGGTTTGCTGTTCTTGGCTGCAAAT ACTTTCGTTCTTATCAATATTATTCAGCAACACACATATAGTCCCGTCTTCCAACAGTCA TCTCGTGCCTCTTCAAAGAAACAAGTCAAACAGAGATGAGGAATCAGATCATATACCTCC TAATTCACTGGGGGAGGAATTTTCGAGCTAGTAGTGTATTTAGCCATATTCGGTACTTGT AGAGCCTTTCATCATCAGGCAAAGCACTTGGCTTATTCATAGCTCCATGCTTAAAAATAC CTTCACTAAAGATGTAGCAAGAGATCGTTATTTTGAAGTTTTGGTCGTTTTGCTTTTAGA GCATACGGAATGATAGCAATTTACAATTTGTTTGTTGCATTTGGTATAAGTTTAATTCAG TTAACCTCTCATTTTAGTTTCACACCTTTGCTAGAGTTTGTTAGCCAGCCAGCCTAGAGG AGTGATTTCACAACCTTTCCATCTGCAAAACTTGGTTAAATATCATTCATTTTAAAGCCA ATATGATTGGGTATATAATAAAGATATCTGTTTTATTGTTCCTTCCATTTACCATTTATT CCGTTTTTCTTTCAATGTCCAGTTCCTCTTCTCCTTTGTTTTCATTTCCTCTTGCCCTTT TCTCTTAGAGTGTTTTCTAAATTGTGTCGCCTTCAAATAGTTTACGGGCATTACCTTCAT ATGCTGCTATATTACGTCGAAAAAGCTACTTTTCTGATATACTTTGAACTGAGAGATATG ATTACCGTTTTGATACGATTGATTAAAATGAAAAACTTAGACTTGAATTGTAGGGCTTAT CCCAGAAGGGAAGCCCTTTCAAAAATTCTCAATGGCCAAGGCGGAGCCCAGGCCAATGAG GGGGTTTGGAAATAGTTTTCAACCAGCAATAGACGCGCCTCGGTTAGAACCTCACTAGCT GCGTCATTGCCCCAAGCGCAAAGATAACTTTCACCACAATCTGCTATCTGTAATTATATG CCTCCTTTCTGGAACGTTGTCTTCATCCGTCCGATGTGGGAGATCATTATTAACCGACTC GTGGGTACCATAAGTAAGCCATATTAGCTAAACCAAAGTTAATAGAAAAGGTTAGTGAAA CTCATCCTGACTATTTGCACTAAAACAGGAAAAGCACAGACTAAACGTTAAGTAATCTTG AATATAAAAGATAAGAATTATAATTAGATCCAAATTTACATCTGAATCTAGAATAGTATT CTTGCATTGTTTGGAAGGTTGATAGTTATTATCTATATTATGTTATGTACTTACATTGTC CGTTAAAATATAATTTTTATTTTAACTGCTGCTTAAATTTTATTGTATTGTGAACTTATT AAGTAAAGTAAAAATCTCATTTTATGTAAATTTTGATTCGATGAGATGATGTTTTTTTTA CTCTCTCATTTTATCTTATTTATTGCTCAGTTTACTCTGCACTCTATAATTTTGTAATAA TTTTACTCTACATTCTACTTTAATTTTATTGTGAATTCGTTTTTCTAATTGTTCAAGTGT GACATTATATATGGCACATTCAAATATTATATTTAACAAAATAATTTAATACATTTGGCA TGAAATTTTCCGTAAAAAAAAAATCGACAAATTTTATGCTATAAACTTGACCAAAAAAGG GTTGCGAACCTTCTACCCCTTTGATTAAGAGATCTTCCGTTCAAAGTTGTCAATCTTGGA CAAAGAAAGGAACCCGTACACGAGAGCATCATGAAAATATTGTAACCTAGTTGTGTTATA TATATATATATTTTTTTTTTAATTTTTTTTTTGTATTTATAAACCAAAATTGACTACTTA TTCTGACTTCTCATTTGATGAAATAAAGATATAACAAGAGGGCTCTAAAATATAATCGTG CTAAAGCAGTATTTGCCAATTTGATTATGATTAATTCTATATGGTTGAAAATATTCCAAT ATGATAATTTGATGTTTCATCATTTTCCATTTCTTATGTTGTAGTGCAGTGCTTTTGGGC TTTGTTTAATTATTATCTATTGGAATAACGTATTAGAAAATGCAGGTTAATTAGGGACCA AGATTAATAATGTACAATCATTATCTTCAATAAAAGTGGTCAACAACGTACTAAAGGTAG GGAAATTAGTGCTAATATATTTCTTTTTCGGTCTTATGCTTTAATTTTTCTGTCTTTTAC TTCTTTCTTCTAATTGAATTTCCTTCTCTTGACTTGAATTATTCAAACATAATAGCTTAT TCAACTTGCTAGTGCCTTAATTTGAATATAAAATCAACTTGTTTGGCAATCGGCATGGAT CATTCTCTAATGCAATTTGCAACATCACTAATTATCTCTAAAGAAGCCGGCTCTATATGA ATAAACTTTATGCTTATAATGATGTTAATGTACCTTTATATATACTACTATCAAACACAT TATGCTTCAAATCTAAAATCAATTATTGATTATTAGCTATATTAAATCCTCACATTAAAA GAAAACCAATAATCATCATTATTAAACTTGAGACAATATTTTAATCAATAACAATCGATT TAATATGTTCGTTTTTACCCTAAAATGAAAACCAAATGATTGACTGAGCCCATGGATTAT GATCTTGGTTGACACATTAGCCTTTTAGATTACTGTGATAATTCATGGGGGGAAAAAACA AGGAGAAGTATGGTGGGTGATTTTCTTTCATTGTTTTATAGTACAATACTATGGGCAAAT TACAAACCACTCGTATAAAGTTTATGCAACATTTACTTAATTATTATACCCACTACTTCC AAAGAACACAAAAGTGTTTATTATTTTATTAGTTTTATTTAACAACAAAATTTCTCTTAT TAAATGGAATTTGTTATGAAGAGACAAACTTACTCTTGCAGTATACCGTAGATTGTGCCA ATCAAATGATTAAAAAAAAAAAAAGAAAGAAATTTAGCACATACGTTTGAGACAGTGGCC AATCCTTCTTTCGTAATTTTATTGGTGAAGATTATTTATACATCATACTTTATTTCAAGA AATTAATTCTTCTTATCAGTTGAATAATAGGCCTTCTTCTAATACTATTCTAAGATTGCT TGTTTTATATGTGATATAATAATATATGAGTGCGTGCGTTAATACTATTTCATTATTAAC ATTAGAGTTGTTTCACCAATTAGTCAAGTGGTCTATGATTAGTCAGATGCTCTATATGAT TAAATATAGAATTGCTTTCTCAAATTATTTTTATTTGTTATTTATTTTTAAAAAAAAATA TTATTCGTCATTTTAATATATTAAGAAAAGATAATTTATTTTTTCTTGTGTTTTATTCTT AGTATTAAATAAGACTTAATACAAACATTATTTAACATGAATAGTTTAATAAAATATTTA TATTAATAGTTATTTTATTAATGGACATTAAGTCAAACATTAATAAATAAAAATAAATAG AGAGAGTAATAATTGTGTGAGAGCAATAACCGAACCTAATAAAAGAGCGAACCAGAGTTC GAGACATGGTTAAAAGAGAGATGCTTACGGCGGCTCGAGAATTTTGAGTTGAACGGGAGA CTCGAGTAAAGTTACTTCCTCTATTCCATATTAATTGATCTCTTTAAGTTTTTTACATTG TTCAAAGTTCAGGATGGATGTTTGAATTTTTTTCATATTTGTCCTCTTATTTATTACAAT TTTATATTTTCTAAAGGAAAAACTACACTAATTTTTTTAGAAAAGATAAACTACACTAAT ATTATGATTCCACAACGGGCAATATTGAAATTTTATGGCTTAAATTAGGGAAAAGAGTTT GAAAATACTCCACTTTTAATTGAATTTGTTGTTACGATATCAAAATTTATGGAGAACCTT TTATTCCATGCACTATATAATAGTGTATTTTAAAAGCATATCGTGCTCAAGTGGACACAT ACTATTTACAATGATGCAATATTTCTGATGTCCAGTACGTGGACATATATATACCTTTAA AACACGCTATTAAATACTGCAAAAGATCCTTTTGAAAATTTGATATTATTATAACAATGT CAGTCAAAGTTTATATACTTTCATCCCTTTAAATTATATCCTTGATTGCTTTTGTTAATA AGTATGCATTCTTTTACAAATTCAATTAATATGAATTCGAGGGAATATTTCATAACTGAG AAACTTACGAGAACCTTCTCTCTCTAGGTATTTTATAGTCCAACATAATGATTCTCGAGG GATCAACAATCAATTCCCAATTTTAAATGAGAAGTCATTTTTTATATGGTTTCAAGAAAT TTCTATATTACTTATATAATTTATTATCTCATTATTTTACATAGAATTTTTTTAGTGAAG ATATAATGAATAATATTTGATTATTAAGAAGCAAATAATATTATGTATAATGAATTTATT TTAGGGACAATTGTATATAATAGCAAACTAATAACCTAAAGTAAATAGAGTAGCTAGGGT TTGATTTAATTGTGCTCCATAGCAAGCGTTAGCCAATATTTGTTTAATTGTGCTCCATAG CAAACGTTAGCCAAAATTTGCCAGGCGCCTCTCTACCAAAAGTCTCGTTCGCCACTCTCT CATTCTTGCATCTCTCGCTTTATACACAGAAGTGTATAATTTTTGTTTCTGTTTTGTATA AAGCGAGAGAAAATTATATATACACATACAAAAACATATATCTTCGCGTTATACACTTAA TTATACAATTTACAAACATTTTACTTCAATTCAATTGTAGACAAATGCAAATTTTATACA AATATTGCAGAGAAAAAGGTCAACGAATTATACAATTGCGAATTATACAATTGCAGTGAA ATACAATTTTCTCTAGCTTTATACAACAAAAGTGTATATATTGTGTTTCTGTTTTTGTAT AAAGCGAGAGACAGACATATATCTTCTTGTTATACACTTATAATTATGCAATATACATAT ATTTTAATTCGATTCAATTGTATGCAAAGCAAATTTTATAAAAATATTGCAACGAAATAG GCAGTGAATTATACAATTGCAGTGAAATAGGATAGCGAATTATACAATTGCAGCAAAATA GGCCAGCGAATTATACAATTTAGGCCAACAAATTATACAATTGTATATGTATAGCGAATT ATACAGTTTTATGTTTGCTATGGAGCGCAATTATGCAAACTTTGCTATAATATACAAATA TGAATTTTTTGTTTGCTATATGTGAAAGTTGTCATAATGGATCATTGAATTTATTTTACA ATGAATCATTTAATCTAAAGAAATATTATAATGAATCATACATACACATTGTAATGTGTA TAATGTTTTTTAATAATTATTCAATATACGAGATATAATTTAGTAAGATACAATGTTTTT TATTTTTGATACATTCATTGTATTTTATATAAAAATAATTTTTTTATGTGAATTCAATAA ATATGATACATAAATTAGTAAAATACAATAATTAAATAATTTTAATGTAATCAAATAAAT CTCATTAAATTTCAAAATACTCTTTAAACTAAAAAAAACATTAATTATTAATTAAATAAT ACCTCCACGAACTAATAATATTTCAAGAAGAAGTCTTTTAAGAAGATAAAACTGGCATAA GAAAATCACAAAAGTCAGTCTACTAGCCTCTTTTATCTTTAACAATTTATAGTTTGGTGT TTGGTGTATAATTAATAAGAAATAAACTTACAAATAATAATAAATGATCAGAAATTTTAA GAATTTATAGTTGTTTTTTTTTTAAATTTTGAAGTAAATTAATATTTTTTATTTTTTAAT TAAAAAATATTAAAATGAAAAAGATAACAAATTTAAAAAATGGCAAAATAATATAGGTAA AAGACAATTCTGACTAAAGGACTTTTCCTAAACTTAATTACTGTTAACTAAAACAATAAT TTTTTCGATAAACTAGAATTGTGTCATCTAATTAATGATAGATCATATGATTATACATTA ATAATACTACCCTCTAGTCGAGAAATAATGGACTGTAATAATAGTAGGGAATAAAGAAAA GAAAAAAAAAAGAAAGGGCTAATAATTGATCCAAAATCCGGAAGAACGGGTCCCACGAGT GATCCAGTGGATCACGGGGAGTGTCTCAATGATAAACACAAGGAAAAAAATTCGGTCCCA CCTACAAAACGGAAGATCCTTACGAATATTCCCCTAATATTCCTCTCCTCCTCCCTAAAT GGATAACATTACTCTTTCATCACACCGCCCATCTTCTCCTTTCCTCATTCACTATATAAA TCCTCTCCGCCCTTCTTTCTCATATCTCATCCCACAACAAACGTAGCGTTTTGCTTTTGC AACAATCGAGATTCAAAAAACCATGTTTACAGAAGTTGAACAACAACAGCATATAGAGAA ACTCGAAATATTCAAGATCCAAGGCAGAGATAAACGTGGCCGCAAAATTTTGCGCATCAT CGGAAAATTCTTTCCTGGTAACCTATTTTTTTTTTATGTATCGTTTTCTTGATTATTCTT GTTGAGATTTTGGTCTGAATTGTGGATTTGTTTTTGATTGTGGATAATCAGCTAGAAATC TGAGTGTTGAAGTTGTGAACAAGTATTTAGCGGAGAAGATCTTTCCGGAACTTGAGAAAA GGCCGTTCGCCGTGGTGTATGTTCACACCGATGTGGAGAAAAGCGAGAATTTCCCCGGAG TATCAGCTTTACGATCGTTCTACGATGCGATTCCGGTGAAAGTCCGAGAGAATCTGGAGG CTATTTACTTTCTTCACCCTGGTCTTCAAGCCAGGCTCTTCCTTGCCACATTTGGTCGCT TCATCTTCAGCGGAGGGTAAGAATGTCAATTCCTAAGACACATTACATTTTTTTTGGAAA CCTGGATCCAATTTTCAAACAAATAGTATATCTTTCTATAATATATTATCTGTGTATTGA CAAGGAAGAGATCTAACTGGGAGTTACTGTGCACAGGTTATATGGGAAATTGAGGTATGT GAGCAGGGTTGATAATCTGTGGGAGCATGTGAGGAGGAATGAGATTGGGATGCCAGAATT TGTGTACGATCATGATGAAGATCTTGAGTACCGTCCGATGATGGACTATGGCCTGGAGAG TGATCATGCCAGGGTCTATGGCGATGCGCCTGCCGTAGACTCACCTGTTACAATGTACTC CATGAGATGCATCTCATAAGATAATTGGAAGCCTTTTGCAGTCTTTTCGGTTCATAGTTA GATGTGTAGGAACCTCATGGCTTTCTTTTTTCTTCCTCCATCTGATGCAATTTTTTTGCT CTGTATATACGATTAGATGGAGGTTAGCAACTAGCAAGCACTTTTTTCTTCTTGTTGTTG TTATATAGTAATAGTACAAAGGTCATCAACTTTGAAAGCAATGATGATTTCCTATCTGAA AAATCCTGGAATGTTGTTATCTTTCTTCTGGAAGATGAATATATATACTTTTATGAGGAG TATTGTGTTGTGGTCTGATCAAGAAAATAAAATGAAGTAGAAGAATCGTAAGACTGGTTT TTAATTTCATCGAGTATATATAGTGCTTGTCCTCTATCAGTGAATAATGATTAGCAAATC AAAAATCATACCCTGGCTGGGTGGGTGATCTGAGAACCATATTTCTTGGTGGATGTGATA TCGAGTCTATTGGAGGATGCCTCGCACGCGAGGTGATGCGACCGCCGGTGATGCACCAAG AGCCCCATCTTGGGGTAGAGGCTGACCTCGAGGTTGAGGTAGGGCCGCGACACCGGCTCA GGATAGGGATTCCATGTCATTTATGACTTGTTGGGACTGATAAATCGGTCGCCTGGTCGT TCATTTGGTTATTTTGTGAGCCCTTAAATGAAGATTACATCAGAAATCACAAAAGGGCTC AGAAAAATGTGGGTCCCTCTTACATTGCCATTTTAAGTCAAAAATCACAAAAAGACTCGG AAAAATATCGAAAACCTCAGGACACGAAAGAAGGGTCAAATTAGACCAAACTCGACATTT CGAAACTAGCCGCGCTGACGAAATTCTCATCTGAGTGCGTTTACTCAGAATGTTGATTAA AGTCAAACTTAGCCTTAAACTTAAAGTTAAAACGCCTAATTGCACCAACTCACACTGAAA ACTTCGGGAGCCATGCTGACAATGCTATTAGCCTAAAATGACCCTTCCACATGTTGATTA GTTGGGATTTGGGGTAGTTATTGGATCATGCATAGGTGTTTATATTTTCGGCCTTTTTCT GAGAATTGTCGGATAACTGTGAGTATGTTTATTGTTGTTAATTGACCTTCTTTGCTATAT GGAGTACTTGTATGTTTGAATACTGGTTATCAGAAGTATGTTGGGCCTTAGTTTAGGTTT GACAATGGTTTGCCTTAGAAATGCATGATTCGAAGTCGGTAGGACTTAGTTTAGCCCCGA CGTGGTTCGGCTGGATCAAATCCTTGTAGACTGGTGTAGCAGACTTGAGTCTGATGAGCT CGCTCCGACGATAGTTATCATTATTTCTTCGATGTTACGGCTTCACGAGTTACGTCGGCG ACAATGAATTTCGCTCCGCAATTCAAAGTTAATTTTCAATTCGGGTTCAAGGATTTACAT TGATTAGCTAAGTGTGGATAGTGTTCCACGGGTATTTATGACTATGGATAGATAGAAGAC TCTTTCAGCAGCTATATCGACATCTTTGTCGGGTATCCCAATTTAATGTCCGGCCTCGAC CATCCACATACTTATGTAGAATTAGAGGTCCGACTTCAAGTATGTAGAGCATCCGGTTAG AGGTCCGACCTCAGTTACTTATATTTTGTGGTTGGCTACTTGTGTAATTCTGGTGAGCGT TCGATTTAAGGCCCGACCTCCGTACCGCCAGATTCTACTATTTGGTTTGGAGCATTTGGT TCGATGTTCTTTGGCCTTGAGTTTTATTCTCCTTAGTTATAGTTATTCTGTGTACTCGTC GGGCTTATGGGGGTCCATTCAGGTTTTTATTTAAACTTGCGCAAGAGTGTGCCTTCTGGG CTTATGGGGGGTCCAGTTAGGTGTAGTTAGCTTATTTATGTTAATTTAGTTAGATCTTTT TACACTCGTGTTCATTCTAGTGTTACTTAGCCTTCCGTTCTTGACCGCTAGTTATGTGAT TTCGTCTTTTCATATTGCTTTACTTTTCTAGTTCAATCGGCCTATGATGCCTACTGGGTA CTTGTTATTTGGTACTCATGCTACGCTCTGCATCTATTTTCATGATACAGGTCTGAGCAC CAGTAGCCAGCGTTGATCGAGTTTGGAGCATTCTGGTCTGGAGACGGGGGTGAGTACGTG ACGTTTTGTACTATTTCAGTCTCCATCTGTATATATAAAGACTTGTCTTTTACTCGTCAT TGATATTAAAACTACAGTTCAGTGGACCATCACAAATAGGAGACAGTGAGAGAGATATCA ACCCCTCAGACAGTAAAGACAAATCTATAAGTATTTGTTGGATTAGAAACACCTAGTGAT GTCTTTCATTGCGAAGCTCAATTATGTACATGTATGCAAGATACAAAGACCCGAAATAAA AACTTCTAGGGTACCATGATTTCCTCATATCTCTGATAAAAGATGCTTGAAACATTTCTA AGTGAGTGTAGAGCTTTTATAAATGAACAAAATCATCTGAAAAAACTACAGGAATAAAAA TCTCTTCATCTCCAACAAACTTTACAAAAAACTAAAATTAGAGATAAATTAAATCCTCTT GGCAATAGAGTTGCTTCAGCTTTTATCCACAAGTGGAGAAACCAAATATGAGAAGATCTT ATGTGAGAAATTTAATAGTTCTGATCAAAAAATACTTTGGTACTTATTAGCCAGGATGAC TCAGAGAACAAACGACTCACCAAGACAACATCAAACAAATAATTAGATAGATAACTAACA CCTTTTGATTGAGGCATAGTAATTATTATTTATAATTGACAAAATATCAAGGCAAGCATA CAGATCTGTCTATTCATATGGGTTAGAGAGGTATCGAAAGCTAAGGTGTTGTCCTAACTA ATTGTAATAATTTTGACAGAAGACTGACAATAAAATGAACACTCACTCCTATTGCTTAAT TACTACTCTATTTACTGGAGAAGGATTGCACATTAATTAAATAAAAAGACACAATGGCAT TTCTAGTGCTTTTATAGCATACTTGAGGCTAATTTTCTCTATTTGAGCAGCATCAGGCCC AACCTCCTCCTGTTTGCAGAGGCAAAGTTAACTACGGGAATAATGACAATGACTCTGCTT AGGGTAACATAATTATAAAGCCTAAGTTTTGCAGCTATCATCTCATCCGCCTCACATACA ACTAATGACAGCATCCGCAGATAAACAGGAGGATAGAAAGCCCCACACAGTGTGCAACAA GACGGATATTTTCCAGAAAAGTGTTTAGGGTTCGACATAAAGCCATCCCTGAGTGCATGC ATTCAAGACCTGCGCGGGGGGGATAGAATTACAAAATTCTGAAAAATGTATACCATATAA CATGAAGCAGACGTCCCAAGAGTCTTTTTGCAAAGAGTACCAGATAGCAACTCCCCTTTC TCTATTCTAACTTGAGTATTTCCAGGAGTTATGTATCCTTTTTCTGAATCATTATGCCAT GCAGAATATCTTAAAAGATTTATTTGTTTTGGTATGATGAGGTTAAACACTTGCTTTCCA GTCCAATGTGGCCTTGGTTTAAGAATCACTGGAGCGGGTACTTTCCCATCAAAATCCTCC CACCACATTAAGATGTTCATAAAGACATCCTGCAAACCGGAAGTAAGCATTCTTTACTGG ATCATGCAAAATCATGAAAGATATGATAAAGAAATTATGAAATGGCACATGCAGATTCAC CTTTTCTATAAAGATATCTCTTTTAATAACTTCGCGGCAACCTAAAAGGGTATCCTGGAC GATACCAATTACAGTTTGCCTGGGGTGAAACAATACACTTAGGGACCATCATAAGCTCCA GCACCTCTGCTCTGGTTTCAAATGACTGTGGAACATGCATGTTCATTTCGTCACCATCAA AATCAGCATTGTAAGAAAGAAATGAAAGATAAATTCAAGCAGAAAGTTGAGTATGGCATG ATCTTAATCCTATGTCCCATAATAGACATTTTATGTAGACTGGGTTGCCGATTGAAGAGA ACAAAATCTCCATCATTTAAGTGCCTCTCAACCTGCATTGGCAGCATTGGAGGTTAGGGA GCTACCGCAGACATCAAAAGCCCCTCAATTACGAGAAACTGAAAGAAACAAACCTTATAT CCTAGTTCAAGGTGATGATTGTATCGAAGATCAAGCCTTTGGTCGTCGTCCCTAGTTATA TACTTGGCCCCGGTTTTACCAGGAGGTGGATGAGGTCCATATTCAACAAGTTCCTTTAAC CTGTGTGAAGAACCCAGCTTCAATCAGCACAAACATATACAGTTCATACTTCCTTCTTGT TTCTAATGGGTTGATGAGTGTGGGGTTTCATTTCTACAACAACAAAAAAACAGCTTTCAA TGTTATATGGTGTCACTGTTTCTGGATAAGTGCGCTTCAGAGCAATACTCCATGGGACTC CCAATTGATCAATGTTAATAGTTGGATAGGGGGTAATCACTGTCCGAGCAGAAAAGTCTA CTCTTTTGCCCATCAGATTGCCTCTGATCCGACCTTCCTTTGATTTTAATCTACTACATA TTGATTTAACAGATCTACCTGATCTTTGCGTAGCCTGCAAATTAGAATAAGTAAAAGCCA GTAATTAGAACTTTTGAAGTTTCAAAGGATCCAATAGTTAAAGAAAAGGATGTTTAAGAG AGAATCAGCATACTCTTGGTTGTCCAGGCAGATCATTATCAAAATACGTAGCTATATGAA ATTGCAGTAACTGTGCAAACTCCGAAATAATGTGCGCCGGTGCCCCATTCCTTTCCTGCC TCTTCAAATTCTCGTTGTGACGAATAATCATGGCCAGTTGATGTGTTAAATCATCCTACA AAAAAATTTAACAGAAGAAGGTAATCCCACTGGCACAATTTTCTAGAATTAAAGAACAGA AGAAAGCAGAGATAAAGCAAAAGTTTTAGCAACAGTACACTAAGCTCTAGAACCTCAACA GGAAAATGAATACCTCACTCCTTGATGAAGTATCCATCATCACAGAAGGCCGAACAGGTG GTAGTGGTACGGGAAGTGCTTGAAGAATCATCCAATCTGGGTGAGCGAACTCTGGATTTA GGCCAAGCAAGATGCAGTCTTCGTCAATTACCCGCTTCAGAATGCTCAACACCTACAATA TGAGGTCATGATTATACACACAATGAGAGGTCGTCCCAAGCAAATAAGAACACCCGAGGT AAACAGGCACATACCCCTTTCAGCAGAGAGTTGTTGCTTCCTATCGACTGGTTCTGGCAT CTGCTCCGGATCAGGATCATCACTTCTTTTCTTTTGCATCTTATATTCAGCAACCATTTT CTTACCATCTATTGAAATTTTTGGCTGCTGTGCACCACAGCCACCTCTACTCTTCTTGAC AGGTTCTTCAGTATCTTGACCTTGTACATCAACTTCATCCCCTCCTTCACATTTTGTTTT GTTCTTGCAAGCATCCAACATCTTTCTAAGCCTGTTTTTAGGATTCCTGATTCTCATGGC TTGTTTGAACTTGGGATTGTCCTGCACAAAATCGAAAGACCCAAAGATCCAATTATACAA CCCAAAGCTGCATTGAGTATCAGAAATAATGCATAGAGACACGACCACTTCCTTCCTTAT GAGACGTCAAGATTAGACCAAGTTTTTCCCTCTTGATTCATCAGTGAGACCATAAGGAAT TGTAGTAAGACCATTAAGTGCTGTCTAATTTTAGAATCAACTCTATACATGAATTATAAT CCGATTTTCACTGTTCAATAAACAATCAAAAGGGAGTGAGTTTGACTACTCTTTAGATAA AAACATCCCATCTCTCTCCCTTCTAACAGGGGATAAATAAAAATGCATGACGACATTTGC AACTGTAACGATTCAAAAAAAGTCGAATAAATAGGTACTTAAGGTGATTTAGTTATTAAT TGAAAATCTGAAATTTTAAGGGCATAATGGTCCTTTCACGTATTAATTTAAAATAAATCA GATTTTTATTAAGTTAGTTAAATCCTATTTTGACTAAATCTTGAATTTAGTCTCCTAATC CTAATAGCGCTCTCTCTCTCTCACGCTTCTTAACTCTCTCTCTCACGTTCTCCATGTCTC TCACGTTATTCTGCCAAGCACAACAAAAACCAGAGAAAACATCAAGAGTTCTTCACACTT GAAGAACTCACATGAAATTTTAAGAAAAACAAAGCAACCAAAAACATTAAGGCGAAGAGA AGTTGTTCATTGAGTGGTGTGGACGTTGAGGTAACTTGAACTGATTTTTGGAGAGAGTTT TGGGCAGCAAATTCTTTGTTTGAACATCAATAAAGGTATGGGTTTCTCTCATGGAATTCT TTCTCCAAGAGTACTTTCTTTCGAACGTTTCTTATACTCTTGAAACTAAGGTTGTTCCTA ATCGTATGTCCTTGTCCTTAGCTCCCTAACAGATTTGTAGGATGGGTATGTTGTGCTGCT AGATTTTTGCATGAATGATGTATTTAAATTAAATACGAATGTGTTTATGTGCGGGAAATC ACGATAATGATCATCAAAATATGACCGGAAAAGCAGTGTTTTAGTCACTGTTTTGGGGTG TATAAGTTGTGTATTTTATGTGTAATGGGTGTACAATGTGATGTTCATTATGATTAAGTA TAGTGAATTGAATAACTATCTTATAGCTACTTAAACTTATGAAAAAAAAGCACCTAAAGA TGGTTGGATAAGGACAAAAAATTCCAGATTTTCGTACCCTTCAAAAGTGTCAAATTCTGA GTTTTTAAAACAAAATAAATTAAGGTCAATGGGAATCGAACCCAAGACCTCACCTGTGAA AAAAACTGAAAAAATGGGCTGGGGGGCGGGGATCGAACCCACGACCCCCCAGTTCGGGAA AAAGGAAAAAAAAAAGGGGGGGGGGGGGGGGGAGGGGATCGAACCCGCGACCCCCAGATC GCGAAAAAGACAAAAAGGAAGGGGCTGGGGGCGGGGATCAAACCCACAACCCCCCAGTTC GCGAAAAAGGAAAAAAAAAAGGGGTTGGAGGCGGGGATTGAACCCACGACCCCCAGTTCA CGAAAAAGAAAAAAGGAAGGGGCTGGGGGCGGGGATCGAACCCACGACACCCTAGTTCGC AAAAAAGGAAAAAAGAAAAAAAGGGGGGGCTGGGGGCAGGGATAGAACCCACGACCCCAC AGTTCGCAAAAAGAAAAGAAAAAAGATGCGAGGCGTGGGGATCGAACCCACGACCTCAGC ACTGAAGGGGGGGGGGGCAAAAATATTAAGGAAATAAAGTGAGGTTGTGGGGGTTCGAAA CCACCACCTCACAGCCTCATCCTCTTCAGCGAAAATTTAAAGAAAATAAGGGGGGCTACG AGGTTCGAACCCACAACCTCCCTATTGTAGCAAATTTAATTCTAAAAACTCAAAAGGGGT TGTTGGGGCTCGACCCCCAACCTTTTGGTTAGCTAATAGTAAAATTAAAACAGAAATGTA TCCCTTCATGTAGATATTTAGATTTAAATTAGAATTCTAATTAAAATTGAAAATTCATTC TTTCATGTAAATATTGAGATTTAATTTAGAATTCCAATTAAAATAGAAAATTAATTCTTT CATGTAAATGTTGGGATTTAATTTAGAATTCTAATTAAAATAGAAAATTAATTCCTTCAT GTAAATGTTGAGATTTAATTTAGAATTCTAATTAAAATAGAAAATTAATTATTTCATGAA AATGATGAGCTTTAATTTAGAGTTCTAATGTTATGAATATTAGAAATAAAATCAATGAAA AATATAATGATATCCAAGTGATTCAAGATTTGAGTTCCCGTGCCCAAAACTCCATATTGA TACATAAGTCATACGTGAGTAAAATATTCAAAAATAATGTCATCTACTTAGATCAAAAAT CAAGATCTTGACATATATACAAGATACATAAGTCTTGTAATACATAATCTTAGGAAAGTA AGAATCACTTAGCGAACTATGAATGAAGCCCCATGACTTGTATGTATAGACACATAAGTC TAACATACGTTCAAAAATAAGTGAACCTAAGATGTACGTAATGAAATGATGAATCTTAGG AGGGTTAAGTACGATTGTAAGATACACTAAATGGCCAAGTGCATTGGCATATGATAAAAT GAACTATGAAATGAAGAAATAAACATTCACGTAATAAGAGGTGAGTAACTATGAAAAACA AAGGTGCTAACAATGAAGAATGTGGTAACAATCATGATGTGAGGCTAATGTATATGATGA AAGAAATCTCAAATAGGTCTAAGTAAATGTTACCAATACGTACTCACCAATAAGAGTGTA AGATTATGAAGAGACCAGTCTCTATGAACACTCTAATGAAAATATTGAGTTTAAAACACT TAATACTACTGATGAGATGAGAAATCATCTAATGAGCTATGATGTCCTCATACTAGAAGT CAACTTCCATGATGTATGAGTTGAATGTAATGGAACTTTATACTGAGCACCGATAGGCTA GCTATGAGCGGTGATGCCTTCTTTCGGGAAGGGCGGAGGTTTACGTAACTCTCATGAGAT AAGACTATCCGACTTGCCGAGTATGGGTCTCCATATATCTCCTAGTCTTTGAACCTATAC TGCCACTATAGGGATCTGGCGAGGTTAAATTCCCATATACGCTAGCATGTTATTGAGTCA CTTTGGCCGGTGATTCCACCTCTTTTCGGTGTGGGGGAGACACTGAATTTTATGATGCTC ACATGATCTATGTCGGTTAAAGTTAAAGTTTCCAATGAATTATTGAGGTCAACCTTAAAT GAGTCATATAAAGAAATGAATGATACCGAAGGTGCTAGGATAGGATAATCAAGAGGTGAG CTAGATTCAGGTAATGACATTAGGTTATTCCTGATCATTACACAACAAACCCGATGAAAG TCTTAAACTACATCTTAGGTATAGCTGGTGTTCACACTGGCCTATGAATGAACTGAAATG AGGTACGTATGAATGTATGAAGCAGACTCTATGTTTGCTAAAGAAGACTCCCTAGTTGAG GTCCCATATGTTGAGCCCTCATTTTGGAAAGTCTTAAGGTCAAGTCCATGATAACAAGGT CTCATGACATATGAATGAATAATATGAAAGAAGTTATGTGTTATATGAAGATATTATGTG TTGTGTGCCATATGATAATTATAATGATCCATTTCACTCTCGTGGCATAACTTTCCCAAT CTCAATTTGGCAAGTCCACTAACTTGACTTCCAAAAATCATGTCATTAGGAAAGAGCTAT TCTTTCTCATGCGTGTCCCTGGTGTGTGCTTGCATATACCCATACTTAGTACAAGTGTGT ACTAATTCCATACAAACATCTACTTTTAGGTGCAGGCACAGGTGGACGGTAGAGCTACAG GTTCGTTGTTGTAGCTATCCGGATGTCAACATTCATCCAGAGTTTGGTAGGTCCTCATGC TTTCGAGGATGTTACTGTTTTACATTCTAGCGTAGTTTTAGAGTTGAGCTAGTGGAGCAT GTTCCACTAGCGTTTCCTTCCTGTTTTGGTTCAAACTTTGTATTGGTGCTATTTTGGCCG ATATACAATTAATATTTAATGAATTATTTCTTTCAGTAAAAAAAATTAAATGTTAGATGG TTTATGATGAACGATTACGAAATACTAAAAAATGTCTAGTAAGCATGTTAAGAAACAAAA AGTTTCAAATTTTTCGCTAAAATTATGTCACGACCGGAATCTAGACCCCAGACGAGACCG GCGTCGTTGACCTCTCAGAGGTCGCAGACAAGCCTGCTTACGTCATTCTTACTTTACATA GATTAATTTTAGCGGAAAATTTGAAATTTTTGATTCTTTAATCATACTTGCTGAACATTC TTAACATTTCGTAATCGTTCATCATCAACCATCTAACATTTAAGAGATAAGCAACTGAAA GAAATAATTCATTAAGTATTAATTGTATATCGGCCAAAATAGCACCAATACAAAGTTTGA ACCAAAACAGGAAAGAAACGCTAGTGGAACATGCTCCGCTAGCTCAACTCTAAAACTACG CTAGAATGTAAAACAGTAGCATCCTCGAAAGCATGAGGACCTACCAAACTCCGGATGAAT ACTGATGTCCGGATAGCTGCAACAACGAACATGTAGCTCTAGCGTCCACCTGTGCCTGCA CCTAAAAGTAGATGTTCGTATGGAATTAGTACACACTTGTACTAAGTATGAGTATATGCA AGTACACACCAGGGACATGCATGAGGAAGAATAGCTCTTTCCTAACAACATGATTTTTGG AAGTCAAGTCAGTGGACTTGCCAAATTAAGATTGGGAAAGTTATGCCATGAGAGTGACAT GCATCATTATAATTATCGTATAGCACACAAAACATAACATATTCATATAACACATAACAT ATAACACATACTTTCGTTCATATTATTCATTCGTATATCATGAGACCTTATTATCATAGA CTTAACTTTAAGACTTTCCAAAATGAGGGCTCAACATATGGGACCTCAACTAGGGAGCCT TCTTTAGCAAACACAGAGTCTGCTTCACTCATTCATTCGTATTTCATTTCAATTCATTCA TAGGCCAGTGCGAACACCAGCTATACCTAGGATGTAGTTTAAGACTCTCATCGGGTTTGC TGTGCAATGATCAGGAATGACCTAATGTCATTACCTGAATCTAGCTCACCTCTTGATTAT CCTATCCTAACACCTTCGGTATCATTCATTTCTTTATATGATTCATTTGAGGCTGGCCTC ATTCATTCATTGGGAACTTTAACTTTAACCGACATAGATCATGTGAGCATCATGAAATCC AGTGTCTTCCCCACACCGAAAAGAGGTGGAATCACCGGCCAAAGCGATTCAATAACATGC TAGCGTATATGGGAATTTAACCCCGCCAGATCCCTATAGTGGCAATATAGGTTCAAAGAC TAGGAGATGTATGGAGACCCATACCCGGCAAGCCGGACAGTCTCATCTCATGAGAATTAC GTGAACCTCCGCCCTTCCCGAAAGAAGGCATCACCACTCATAGCTAGCCTATCGGTGCTC GGTATAAAGTTCCATTACATGCAACTCATACATCATAGAAGTTTGCTTCTAGTATGAAGA CATCATAGCTCAATAAATGATTTCTCATCTCATCATTAGTATTAAGTGTTTTAAACTCAA TATTTTTATTAGAGTATTCATAGAGACTGGTCTCTTCATTATCTTACACTCTCATTGGTG AGTATGTATCGGTAACATTTACTTAAGCTCATTTAAGATTGCTCTCATCATATGCATTAA CCTCACATCATGATTGTCACCACATTCTTCATTTCATTACGTATATCTTAGGTTCACTTA TTCTTGAACGTATGTTAAACTTATATATCTATACATACAAGCCATGAGACTTCATTTATA GTTCGTTAAGTGAATTCTTGTTTTTCTAAGATTATGTATTACAAGACTTATGTATCTTGT ATATATGCCAAGATCTTTGATTTTTGATCTAAGTAGATGACATTATTCTTGAATATTTCA CTCACGTATGACTTATGTATCAATACGGAGGTTTGGACACGAGAACCCAAATTTTGAATT ATTTGGATATCATTTATATTTTTCATTGATTTTAGTTCTAATATTCATAAATTTAGAACT CTAAGTTAAGTCTCAACATTTTCGTGAAATAATAAATTTTCTATTTTAATTAGAATTCTA AATTAAATTTCAATCATTTACATGAAAGAATAATTTTCTAATTTAATTAGAATTCCAATT TAAATCTCAATATTTACATAAAAGAATTAATGTTCTATTTTTAATTAAAATTCTAAATTA AATCTCAATGTTTACATAAGAGAATTAATTTTCCAACTTTAATTAGAATTTTAATTTACT ATTATTATTATTTTTAATTAAATTCGCTTGAATAGGGAGGTTGTGGGTTCGAACCCCCAC AGCCCCCTTATTTTTCCTCTCATTTTCGCTGAAGAGAAGGCTGTGAGGTGGTGGGTTCGA ACCCCCACAGCCCCTCTATTTTTTTTTATTTAATAGGGGAGTGGCAGTGAGGTCATGGGA TCGAATCCCCACAGCCTCACGCTATTATTTGCGCCCTCCCTTCAGCGCTGAGGTCGTGGG ATCGATTCCCACGCCTCGCGTTCCTTTTCTCCCTTTTAATTCGTTCCGCGCATAGCTGGG GGTCGCGGGTTCGATCCCCGCCCCCAGCATTCCCTCTTTAATCCCCCCTTTTTTTTTTCG CGCGTGGCTGGGGGTCGCGAGTTCGATTCCCCCCAGCCCCCTTTTTATTTCTTTTCTTGG CGAATTTCGCTGGTCCCAGCCCCCATTTCGAGCCCCGTCTTCAACACTCCTTTTTAATTA TTTTATCAAGGCATGTGTTGGTGAGGTCTCGGGTTCGATCCCTGAAGACCTCACCTATTT TTTTTTAATTCATTTTTTGCTCAAATTTTCCAGAATGTGTCTAAAACTTATTTCCAGATT CTGGGACACTACTCCATAATTTTTCACATCTTTTTTACGGGTTAATTTAGCATTTTTCTT ATACATTCATTAATGTTCTTAAGACAAATTTAGGGGGATGATTTGATCATTTATTGTGAC TAGAATTTACAGCCTTTCAACCATGTGAATATTACGAATATTACGATTTTAAGAGCCTCT AATTGCACATAAAACACGAGTAATCTCAAATCTATTAACATGCTAAAGAAAAACTCAAAG TCATGATCAAAATCTTGCACAAATACATTCATATTTTCCGAAAAACATAAAATATAATCA CATCATCATGAACACATATTCGAAACGAGATTATCACCACAAACAAGTATCCCTAAATTC TATCAACAAGAATACCCAACCTAAGATCATAGGGAGCTAGTGACAGGGACATGCAACGGG GGAACAACCTTAGTTTTGAGATGAATAGTTTGAATCGTAAGGAACCTCTTGGGAAAGGAT CCAAGAGAGAAGAAAACTCATACCTTAATCGATGTTCAAACTTTAAATGTTGCTGCCCGG AAAACTCCTCCAAACCACTCCCAATTCACTTCAACGTACACCTCACTCACCAAACCTCTC TTAGCCTTGACGTTTTGATTACTTTTTCTTTTGCTTAAAAATTTTTTTGTGAGTTCTTCA AGCATGAAAATTATTGATATTTTGGCAGAAATAATGTGAGGAAGATAGAGAACGTGAGAG GGGGAGTTTAGAAGCGTGAGAGAGAGAGGGCTAATTGGATTAGGAGACTAATTCAAGAAT TAGTCAAATAACATTAAAATAAATAAATACAAATCTGTTTTATTTATTTATTTATTTATT CATTTAAAACGTGAAAGGACAATTATGCCCTTAAATACCTATTTATTCTTATTTACATAA TTCTCTTCTTTTTTTTTGAATCGTTACAAATTAACCTATGTAAAGTAAGAATGACGTAAG TAGGCTTGTTTGCGACTTCTGAGAGGTCAACGACGCCGGTCTCATATGGGGTCTGAATTC CAGGATCAGAAATAATGCATAGAGAAACGACCACTTCCTTCCTTATGAGACGTCAAGATT AGACCAAGTTTTTTTTCCCCTTCATTCATCAGTGAAACCGTGAAACCGTAAGGAAATGTA GCAAGACCATTAAGTGTTGTCTAATTTTAGAATCACCTCTATACATAAATTATAATCCGA TTCTCACCGTTGAATAAACAATCAAAATGGAGTGAGTTTGACTACTCTTTATTTCAATCA AGTCTAGTGAATGGATATTAGACTCGGGAGCTTCAGAACATTTATCTTCTAATCCTGAGC TTTTCACTTACCTTACTCCTTTTTCATGATTCTTCGAAGGTAAAAGCTACTCATATAGGA AGTGTTGCTACTCTTTTCCCTAATTTGATCATTCATAGAGTTCTTTATGTTCCTTCTTTT AAAATGAATCTTCCATCTATTCACACTGGTATGCAATTAGAGTATTTTATCATTTCTCCC TTCTAACAGGAAGAAAAATAAAAAGGCATGACGAAATTTGCAACATTCCAGAAAAATACA ATTCACTGAACTACCAAATCCTGATTAACTAGTAAGTAAATAGAAGCTATCTCCTAAAAA GGGTCATGTTGATGTAATAGAGAAATACTGCTCTATCAAAACTTCCTCAGCCTGTACTTG TTCAAAACTTGTTTCTAGACCTCCACTGGCAAACCTGAAACCTCCAAATGTTAATGGTTT ACCCACTTATAATTTAATTGATATCACAAACATCAAACCAGGTAGTGAAAAATATATGAT CAGTAATTCAATCCTTCTTAAACAAAAAAAAAAAAAGAAGAAGACAATTTCACTATACAC AAACTTTTAACCTAACAATTCAATTCAAGTCAATCAAAGTACCTCATCCGCCAGAATTTT GGAGCAATTGAAGCAGACACACCGAAGGATACTAAGAACAGGTTCCATAAAACCTATATG AAACATAGGTTTCGCAAGCTCAAGGTGACCAAAATGCCCCGGACATCAGCCATGTTCGCC ATACACGTCTTACACTTCATCTTCCGATCAATCGTCCCAAGTCGAGGATCGCTCAACTCC GTAGTCTCACCATGCTCAATGTGCACCACAGACATTTATCTCTGGAAACGAAGAAACAAA AACTAAATCAAATTTAAACCCTAGAGAATTCAACAAAATGAATCAAGATTAGTGAAAATT ACAATTTCGTCGGCGCTGACAATGCCGAACTGGACCGTCCGGACCTTGGCAACCTCCGCC GGCTAGAAGGGGAAGCGCAAATCCATGGTGGCGCAACCTAGGTTACACCTCTACAGAAGA AATTTATACAGTAGAATAATTATTTTGTTTTTTTTTCGAACAAGATAGATAACAGAGGGT TTTGATTAATCTATATGTAAGTTTCTATTTTAAGACTCCATTCTTCAGTCAATTTCACTT GTTCAGTACAGATCTGGTTTTCGCTTCTTTCGTCTCCTCTCAGCTTCAGAAAGGAGGCTT AGAGAAAAAAACTTAGACAATGCACCTCTATTTATAGAAGGATAGACACCGCCCTATTCG GAACAGGTCGCTAACTTACGCTATCTGGGTTTTTATGCTAAAGTGCGCTTTAATGCGCGT CAAGCACTAGCTCTTCTGAATAAAAAAAAAATCCTTTTTTTTGGTAAAAAATCCTAACCA TCCTACTGGTCATTGGGATTCTTCATATTCTTTTCTATAACTGTCAATATGGATTTGATA TATTTTAATTATATAGCTTCATAGTGATGATATTAAAATGCGTGTGTAGTATAAGTGGAA AACATATTGAAAATTATTCAATTTATGTAAAAATTCTTAACCGTCTTATTAATATTATTA TTCGTATTTCTTATAATTGTCAATAGAGATTATGTCAGCTAGACGGTAAGATTTGGATTA TAACTTCTTAGTGATAATTTTAAAACGAGAGTATAATAAGTGAGAAACATAACGATCGAT CCTGAAAATCTTTCTTTCGTGTAAAAAATTATAACCGTCTTACCAGTCATTCGAAATCTT CATATTCTTTTTCTAAGTGTTAAGATAGATTAGGTTGGCTAGATGATAAGATTTCATATA TTTTAATTATAGTTTTGTAGTTATAATTTTAAAACGAGTGTGTAGAATAAGTGGAAAACA TAACGATCAATTCTATAAATTTTACTTTCGTGTACAAAATCTTAACCATTTTACCATTCA TTCGGATTTTTTATATTCAGTTTTATAACTGTCAATAGAGACTACGTCAGCTAGACAGTA AGATTTAATATATTTTAATTATATATTCGTAATGATAAATTAAAAACGTATTGATAAATA ATTAAAAACACAATGACCAACCCTAAAAATCATTCTTTCATGCAAATTTTCTAACCGTCT TACTGGTCATTCGAATTTTTTCATAGCCTTTTTTTTAAGTGTTAATATAGTTTATGTTGG CTAGACAGTAAGATTTGGTATATTTTAATTATAGATTTGTACTAATAATTTTAAAGCGAA TGTGTAGAATAAGTGGGGAACATAATAGTCAATCCTGAAAAATTATTTTTTAGTATAAAA ATCCTAACCATCTTATCGGTCATTTGGATTCTTTATATTCGTTTTTCTAACCGTCAATAG ATTCGGCATATTTTAATTATATCTTCGTAGAAATTATTTTAATTGCGTGTGTAGATAAGT GGATAACATAACAATCAATTCTAAAAAATCACTCTTTCGTGTAAAAAATTCTAACCGTCT TATCGGTCGTCCAGATTCTTCGCATTTTTTTATGAGTGTAGGTAGAGATTATGTCGACTA GACGGTAGGATTTGGTATATTTTAATTATAGCTTCTTAGTGACAATTTAAAACAAGTGCG TAGCAATTGAAAAGCATAACTATTGATCCTTAATAATTCATCTATCGTGTAAAAAATTCT AACAGTCTTATCGGTCATTCGGAATACTCATATCATTTTTTAAGTGTTAATATAGATTAT GTTGTCTAGATGGTAAGATTCGGTATATTTTCATTATAGTTTTAGAGTGATAGTTTAAAA GAAGTATATAGAATAAGTTGGAAACATCACAATCAATCCTGAAAAACTATTATTTCGTGT AAAAATTCTAATCATCTTATCAGTTATTTAGTTCTTCATATCCTTTTTTATAACTTTAGA TGGTATGATTCAATATATTTTAATTATAGCTTCGTAGGAATTATTTTAAATGTGTGTATA GAATAAGTGGATAACATAACAACTAATTATGAAAAATTAATTTTTTGTGTTAAAATTCTA ACTGTCTTATCGGTCATTCAAATTTTTTGAATTTTTTTAAAGTAAGTGTCAATAGAGATT ATATTCGCTAGACTGTAAGATTTGGTATATTTTAATTATAGCTTCTTAGTGATAATTTTA AAACGAGTGTGTCATAACTGGAAAACATAACAATCGATCCTTAAATTTCTTCTTTCGAGT ATAAATTCTTATCATCTTATTGGTTATTTGGAATTTTCATTTTTTTTAAGTGTTAATATA GATTATGTTGGTTAGACGGTAAGATTTGATATATTTTAGTTATAGCTTTATAGTGATAAT TATAAAACAAACATGTAGAATAAATGGGAAACAAAACTATTAATTCTGAAAAACTATTCT TTCATGTAAAAATTCCTAATCATCTGATATCGATCATTCAGATTCTTCATATTTTTTTAT ATAAATACGTCGCTAGATGGTAAAATTCAGTATATTTTATTCATAGCTTCGTATGGATAA TTTTGAATATAGTAGAATAAATGGATAACATAACAATCGATTCTGAAAAATCATTGAACT TTTACTAATTAATATTTTTTCTCTAAAGTTTTTACACATTAATTTATGATGTTGTACATT GTTCTTTTCAATGAACTATTTAAATAAAATTATTACTAGTATATCTTCTCCAAATCATCT CTTCCTTTATTTAAGTTAAGAAAGAAGTCAATTACGTTCGAGCTTTTTGTCTGAGCTATT TCATATCTAATAGGAAAAAATTCTTATGTCTACTGTGGCACAGAGCAGCCGTCAAAAGGG GTTCCGTAGAGTGGTCTAACCCCAGGGTAATCCTTGGAGCTTTCTCCATGCCCGACAAAG AGAACTCGGTGTGAATCGGGGTAGCTAGCTACCAGCTCGTCTAACTAATGTACTGATGTA ATTCCATGCAAATATGGCTACCCGGGGGGATTGAGCGCATCTTTCCCCTTTCTATTAGTA GTAAGGTTATCAAAAGGCTTTCTGATTGCAGGGGCGCTAGTCCTTGATCAGATAAAGCTG CCCGCCTTATGACCCACAATGAAAAATGAGCCTTGCGACGAGACGCGGACATTCCCCATG TTGCGGTTCCCTCCGGTCCGTTCCTTAACGGGGTTGAAGCATCTTCTTGGAATCACTAAG GAAGTAGGAAATGATCCAGGGTTGCCTGAGGCCCTGAGAGCCAGGATGCTTGCTCTTGAA GATGAAGTAAACATGGTCATGGGCCAATATCTCGGTGCTGTTGAAGGTATGAATGAACAC TTTACCCTAATTGGTTGAGGGTGGGCGGGAGCTTAGTAGTTGCCCCCACAGGGACTCAGT CTTGCTTCCATCGCCTTAGCCTTTGCTATGCCTCGTCTTTCCTTCTTCGGGCTAGGGCAC CTAAGAGCAGACTCAAAAGGGAAGAGCGTGGTCTTGGGTTTAGTCTTAAACTCGAGCAGA GCCCAGACCCGAAGGTGGTGGCTGAACTCGCCGCAGAGTTCAGGAGCGGAAAGGCACTTG ACTGTAAGGAAAGGAGCGAGCAAGACTATCTTGGTGAATGCAATAAGAACCGGCTGCTCG CCGCAGCAGAGTGCTTTGCCCATGCTGCTATCCGCGTAAAAGCGATCAGAATTCGAACAC GTCGCGTTTTACTGGGAAGGATCGAACCATGGGAACGAATCTACAGGGCTATCACCTTCA CCGAAAGGAATTGACGCTACAAACACTTTTCACCGGTAGTCCTCGATCGAAAGTTAGCTC GACTCAAGTCGACAGGCCTTTCGCAGTTGCATCTCCGTACCTCCAGAACCCCGTAAGTTT CAGAAATCCGTTTGGACTTCCCGAAAGTAGGGGCTATGGCGTCTCTCCGTTTGGAGACTC TGGAGGATTTCCCCCATCCTTTCCGGCGTTCGGGTGATGTCTACCAGAATAACAACCCAA TGCCTTAAGCCACTCAGCCATACCTCCAAGTTGTTGATCGGAATGGAATTGGATGTGCCG AGAGCTTGCCCGGCCGCCATGGATGACTTGGGGAACCTTTATGTCGTCGTTCGCCTCTGA AATCCCGGGTTTTTGAAAATGAATTTCTTGAATTTTCATATATCTATTTTTCATATAGAT CTATGGGTACAGCTCAGTACAAGACCGACGGAAGAGAAGAGGTGAAAAGGCAGCTAAGCC GAGACTTGCTTCTGAGGCATTTCAGACTTTACTTGCTGTTGCCGATATGATCTTTTCTCT TGTTTCAGAAGTGGAGTTTGCTGCTATCGTAGATAAGAGTGACAGAATTGATAGAGTTCT TTTGTTGTGCTTCCTGGAACAAACGGCTCCGAAACAAACAAAAAGGTGCGTGCCGCACTC ACGAAGGACTGCCAGTGATATACTGGAGGAAGGTGGGGATGACGTCAAGTCCGCATGGCC CTTATGGGCCGGGCCACACACGTAACTATATTCCTGGTTTGCTAAAAGGGTCCTTGGCCC CAATCAATCTCTATACTCTTGATGCAATGGACTCCCCAAAGCCACTAAACCGCTCTCTTC CACCCGATTTGAACTGAACCTCGTTCTAGTGATATTTTCTCCCTTTTGAAACTGAAACTC GGTGTAAGCCTCGAAAGCCTTTGGTACTTCGGTAGGGAGAGCAGCCCTTAAACCAAAAAA AAGGGAGTCTCTGACTTCCTTCCCTGAACGAACAGTATCTCTATCTGGCTTTGTTATTAT TACAGTGTTATCTGCACCCAGCCAGTAAGTAGAGATATGGAGAGAGGGGACAGCTTTGTC GCGGACCTTTCTTTGCTTTCTTTTATGAACTCCACTGGTCGTCCATGGATTATAGGGGCA CACCCCCCACTCCAAGCGCACCTCTGTATCGACTGAATCACTCTTTTGGTCTAGTCTGTG GAACCGGTGAACCACGCGAGCTGGTTAGATGCGTGGGGCAGAGGGCTCGTAGTACCAAAC CAAGGCCTTCCTTCTAGAGAAAGCAATTGTCCTGCTATACCCACAATCCAGCTGAATGAA CTGTCTCGGAGAGCAGCGTATGGAAAGTGCCAAACATTGGGAACTACCCGGGGAGGAGTT AGGAACAGGAACAAGGAGAAGCGAGAACCACTTAAATGGAGGAACATCCTCCGCCCGCCG GAGAGATCAGTTTGACCAGGGCTCAAATCAGACTTCACCGAGTAATGAGAAACTTAGGAC CTAGGTACGTAAACTTGCTAGTCGAAAAGAGATCTTCGCCTTTAGATATTCGTAAGGTAA AGCGTCGCGGTTCTCTCCATCCTCTGACTTCCAGCTATGTGTTGTCCGGCTCCCGCCCCC CTATCAAGCAAGAAGGAAGCGGCTCTTCCCACGGCGATGCTTTTTGTAGATTGAGATGGA TTGATCTTCGCTATCGTGCCTCCTCCTTGTACCAGTTGATGCTGGGGCAGTGCGAATAAT TTAAAAATCCACATGCATTAATTAACCGATTAGTTATTGACTCACTTTTCCAATTAGTTG TTTTTATATTAATCTTTACTTTACTAACTAACGTATCAGCTATATTTACTGAGAGATATT CGTTCAATAATTTTTTAATTCTATCATTTATGTTTGTGCTAGATTTGCTTTATTTATCAT TCGTTAATAATCGGCCTTTTATTTATATTATAAAATTGAGTTAGATTTATTTTTATTATA ATTAATGATGAAATAATATGGGTCTTTAATATGTGTACCTTTCTAAAAGGAAAATGTTTT AGTTTATTAGTGGGCTACGCTAAAAAATGAGTATATAGAAATATCCACATGTGAACATAT TATTTTTCTCAATTACCATTTCCCAACTTCCTAAATCAGTCCCCAGTGATATATAATTTA GAAGTATTGATTTTATTCTCTAAAAGTATACAGTTGCCTTCTTCAGCGCCCTGTAGTCTA CACACATTCGCATCGTCCCATCCTGTTTCTTTTGAAATAAAACAGGGGCACCATATGGAG CCTTAGATGGCTGAATCAATCCAGCATCCAACACTTTGTTCAATTGTTTACGCAATTCAG CCAATTCCTTATGAGTCATACGATAAGTAGCCTGTGCAGGAGCAACCGTATCAGGCAGCA ACTCAATTTTATGATCGATATCCCTCATTGGTGGTAAATTCTTTGGTAACTCAGGCGGTA TAACATCAGCATACTGTTTAAGCAATTCAGCAATATAATCAGGCACTTCCATATGAACAT CAGGTTTTACTTCAACCAAGGAAGCAAGTATAGTGTCATCACCCTTCTTCAGCCCTTTGT AGATTGACATAGCAGACAAGAACATTCCCTTGTCTTTCTTCTTTGCAACTTTAATGTTAC CAAATAGATGAAATCCTTTAAGAAATCCAGCTTACTTCCATTCATAACCATCACTCCATC TAAATGAGGAAACGGAACAAACTAGAATTTTCTTAGAAAATCAATCCCAAGTATGATCTC AAATTCACCAAGCGACATCACCATCAAATTATATTTTTCCACCCAATTTCCAGTCGACAT AGACTGTTTTGACTGTTTTGACGTAGGAAGGGATTTTAGACAACTTTAGCCCCAATTTTG TAGCAATTTTCACATCTACAAATGTATGAGCAGCTCATGTATCAACCATTTCCATCACAC GTTGTTCTTTCACTGTCATTTCTATATGAATTAGGGAAGCATGAGGATTCGAAGTACTGG ACGTTTCTCCAACATTATTAACCCACGTAATATGGTTGAAGGACAATCCCAATGGGTTTG CCATTACAGCCACGATTTCCTCATCTTTCTCCCTTATTCATATTTCCAGCAAGCAAAGCA TTTACTTTTTCCTGGTTTGGACAAGACTTGGCCAAATGGAGGACCGCCACAAGTCCAACA GCCCTTAGAATTACCATCTTTGTTCTTTGGTCTGTCTTTTCCATCCTTCATTTGCCCTTT ATCATTTATATAGTCCTTACGACTATCTTTTTCCATTCCCCTTTCTTATCGTTCTTTTTC TTAGTTTTTGAAGTAGATGGAACATCCGTCAAAGGACGAGTTGTCCGGATATCAACCAAC GAATCTGCAGCAGCAATTGCGCCAGCCATATCTTTCACATTCTGCCTCCGAAGTTTGTTT TGAGCCCAGCTTTGCATACCCTAAATGAAGTTGTGTAACTTATCCTTATCAGACATGTTT TGAATGTCTAACATCACAGAGGTAAATTCTTTAATGTATTCCCTCACCGAACATGTCTGC CTTAGCCTTTTCAACTTATCCCTTGCAAGCCAGGATGCATTGCTAGGGAGAAATTGATCG CGCATTTCTTTTATTACCTTATCCCACGTATCAATTCTAGGACGACCAACACTTACATCA TCTGCATTTCGAGTTCTCCACCAAAGTTTAGCATCACCCGTCAAGTACATTATGGTAATG TTTAACTTGTCAGCGTCAGGCACCCTTGCAGCAGTAAAATACTGTTCCATGGCCCAAATG AAGTTTTTCAGTTCTTTAGCACTTCTTGCATCACTAAAGGCTTTAGGTTCTGGAATTTTA ACCTTAGATGATTCAACACGATTTGAACTCAACGTGGCCACCGCCCGACACAATAAAACG ATTTCTACACGAAGGTTTTTATTTTCCTTATGCAGTCCTTCAAGTTGTTGTGTAGTTGTG GTACAAAAATTCAAGATTTTAGTGATGTGTTTGTCAACATTCTGTCGATATACACCAATC TCCCCTTGAACTTTCTCAGCGTTAAGTCTCAAATCAATGACTTGTGTCAACAGATCTACA AACGAAGGGTCTCCCAAATTATCATCTGTAAACCCAACGAATGCTTCAATTTTTTGTTTC AGTTCCCACAGTTCTGTGTTTTTCACCATCGTTCAACCGTGCTCTGATACCAATTGAAAA AGGGTCAATTTATTTTTACCGAACACCACCTTAGGCAGTCTTGCAAACGCCTGCAATACT CAACCTATCTTACACCACAAATTTGACTAAGTAAAAAAAAATACTTAAATAGCAAAGTTA AACAACAGCCAGAATATACACGAACTCGTCCCAACATTTATTAACCTTATAATTAATACA AAGGGAAGGCTTCACGAATTTGTCGAAGGCCAAGAACACCCACTATGCCTTAAACGAAAT TTCCACCCTTAGTAAAATTTCTGCACATGGCAGTTACATGCGGCAGTTACAAATGACACA TGTCCGACACTTGTCATCACAGGATTCAAACTATGTTTTCAACAGCTATATTTCTAACAG ATAGAATCTAATCCAAATTACATCTTTATCCACACGAAATATTAATATTCTAACGCTTAG AATATTTCAGGCTACATTCCAACACTTAGAATATTTCAGCCAGCTTCCAACACTTAGAAT ATTTTAGCTGCCCTCCAACACTTAGTTTTATCTCAGCAATTCACGTGAAATGCCTTTGTT TTTACCATCGTCAAGTCTTCACAGCTTTGTCTTGTCAAGCCAACACGCTGCCTTGCCGAT GACTCTAGCCCGCACGTAAGCCTTGCATGTTCAAGTTGCCTTGCCAACACCCAAGCATCT TGAACCTGTGTTGCACTATTTTGCCCTCATTCATGTCAAGACCAATGCCTAAGTCCTTGA TATATCTGCACGTAGTTAGATCAAGTAGTTTACGGGTCTATCAGTATGTTATTGGGACTT CCAATGGCAAACCCACTTCCTTCTTCTATGCAGAATCAACTTGTTCATTGTTTTTTGAAC AAAAAAAAACTCTAACTACTTTGAGACCATGATTTCAAATTTCTTTATCATCAATAACAA AATAGAAAATTATGCGTTGAACTGTAACATTAGATAAATCATCCAAATGTTAATTTCTGC AGAGAATTTGTTCTGGAATCTCTCACAAGGTAAATGGGAAACATGTGAATGTGTTGAGTG ATAGCAAGAGACACTCTAAACGTTAATTTCTCTGGGAGCTTTTCACAGGGTAAGAGGGAA ACATGTGAACACTCATGAGTTTGGTGCGAAGAATCAATGCGGTTATATATATTAGGCATA GTGCATGCTTTTTTGTGCACTCTTTTTTCTGGGGCATTAAAGCACAACACTAGTGTTTCT GTGATTGTCCATTCATACTCTACATTCTTGTCCCATCCCATCTGATTTTCTTTTTGAGGG AAGTGATAGATACCCTTCAGTTAGTAATTGGATTCTTGATTCTGAATTTAAGTTTTGTAA ATATTACTATAGAGTTTGGATTAAAGCTATGATAGCCGGATATGTAGGTAACCTTCTAGT TAGCCAACTAAAAAAAATGGTTGCGAGCAAATATTGAGTTAAACGAAAATGACTTTTGTC TAGAATTTACTGAAAAAGCAGTGACATACAATACTTTTCACATAATATTTTTGACTAACA CATAAAATGGATCATAGGAGTAAATGTCATTGGAGAGAAAATCTCAGTTGAGCCAGCTAG GAGGTGGCCAGAAAAAATCAGTGTAACCGGGGAAACATGCCATTGGCCCAATAAACGCGT TCTCCATGTCAAATCCCCCAAGTGAATAGTCATTTTCATGTTTTAGCGCATCCCAAAAAT CATGGAGATCTCCATCCCCAGCTTTCCTGAATTGATCTATGAAGTAAACTAAATTTCCTC TGCACCCTGGAAAATCTTTAGCAGACACACAGTAGGACCAATACGATGCATCATCTCCAA CAAATATGACTTGGTCATTCAAGTTTGTAACTTCCTTCCAATAATGCTCCTCTTCCTCAA ATTTATACACTCTGAATCTAACCTCCATATCGTATTCTGGTTGCTTTGCATCATCATCAG AGGTTGCAGCATGTTGTTCAGCGTAATTTGTTTGCTCAGATGGTTTGTCCAAGTACCTGT CCACTAGAAATAGATCTGCATCCCCTGATGATTTCACCAAGTATGATCGGTGCTTACGAA AGTAACCGTTCCTGTTTGGATGAAACAGAGGATTTGTAACTAGACTCACTTTGGAACAAC AATCCACCATAACTCCTCGCCCATATTGATCAATAGCGAACCATTTCTCCTTATACTTCA CCACATCATGATAAAAAGGCTTTTTCAGGTTATGGTCTCTAACAAGACCATCCATCAAAT AATTTAAGATAACTCTCTCTCTTGTATTAATTGTAAACAAAGACACCTTTCCACTTCCAA GAACAGCAGCTGCTTTCGGAATACGTCCGTCAGAGGATTGTCGGAGAGTGGAAAGATAAA CAACTTTACCAATAAGATAGCGATTTGTGTGTGGATGAAACATCAAGGAAGATTTATGCA GTATAGAGACGCGAAATTTGTTCAAATTAATCTCTCTTGGAAACAACAAGTTTGATGGTG ATGAGGAGATAGGAATAGGACTTCCAGTGACAGGGTTCAATAGGTGGAGTTGGCTTTGGC CGTCTCCGTTGAATTGTTCCGCCACAGCTATCAAATAACTGGTGGGTGACGGTGATGGTG ATGGAAGTTGTTGAAGATCAAGCCGGAAAACGAACCTATTCATGCATTTACTTTGAGGCT TTTTACTGCCAATGTATTTAGGGACAATGGAGAGTCTTTTATGAAGGGGAAATAATGGAA CTGCGGATCTCCAAGAGGTACAAACAGCACGAAAATGACCAACTTGAAATGAATATTTGA GGCACTTACTGATCTTAACAAGTAGTTCTTCAGGAAGATCAGCCCATATGGGCCAAGAAT ACAGCTTCTTCATCTTCTTCTCTTTCATCTTCACCAAAACTGCAGTTTAGTCGTAATGGA CTTGAATATCACGCTACTTGGAGATATCTTTAATCTTATATTATAGTCCATGACAGTACT GAAGCAACTACCTATTGGTTGAGATGAAAATGGAATAGAGACATGAAACTTTTGGAGTAC ACAGCTCAACTATACTTTTTCTATGAAAAGAGTACATTAATGCTCTTTTGAAAAAAATGT AAAGCTAACTAATTTCCTTAATAAATTAATTAATATCTCATCCGTTTAAAAAAGAATGAT CTAATTTGATTTAATATAAAATAAAAAAGAAAATTTTTTTTAATTTTGTGATCCTAAATT GAAATAATATAAAATATACTAAAATATCATTTAATCTTGTGATCTTAACATGTCATGAAA AAATTAAAATTAAATTTTTAACTAAAAAAATCATTCTTTTTAAAATTAACTTAAAAAAAA ATAGAAAGGAGTTTTTAAAAAAAAAAGAAAAGAAAAGAAAAGGGGGACTAGGCACTAGGG GAGTAGCTGGTACATTATCTCGAGTAGCACCTTCTTTATTTTTCACCTAATAATTAAAGG ATTGTCATTTACACGTCCCACCTTATGAGGAACACTTCTTCTACTTTTCTTTTCTTTTTT TATTTTAGCAAAAGTCCCACGTGTGAAAAATGAAGAGGGTTAACCATTTCAACTATTTCA AACCTAGCATCAAATTTTACATAAAATTTTCATTTAGCGTAAAATTTAGTTTTTTGGTGC CTCACCCCGACATTAGATTACACACTATTTTAGTGTGAATATTATTACGTTAAATTTGAC ATAACGTTATTTATCACACCAATTCATTTTATTACATATTTTAATATTATTTTATTATAC AATTTTTTTAATTAAATAGTATAGAAATAATATATTTTAATTAAATTTTTGATATATTTA ATTATTTTTTATGTAATATTGATTTTAGATATAAAAATCAGTTTTTTTTATAAATTAATT TTTCAAGATGCATCGAAAGGTCTAACTCCGACTATAGAAATGACAATAGATAAAAATTAT TAATTTTAACAATTTCTAGCTCGACATAAATAATAAATGAGAAAGAAATTCATTTTAAAC AACATACTGCATTAATAAAGCATTTATGAGAGAATCATAGTGATCTTGAAAGTTAAATAT TTATGTAAAATTTAAAATAATTTTTTCAATTGTGTAATATTTATTTAATTTTATTTCATT AATGATTTCACTTTTATTTGTATTATCCATTATTATGTATAATGTATGATCTTTGCTAAC AATTTATATTAATTAAAAAATCATGGTATAAAATAACTTTACATTAAACGACTATAAAAG AAAATAATATGAATTATATAAGAATAATGCACAAATACACCCTCAACTTATGTCCAAAAT CTCAGAGACACACCTATACTATACTAAGATCCTATAAAAGCCTTAGTATAGTATAAGTGT GTCTCTGAGATTTCAGACATATGTTGAAGGGTACTTATGCATTTTCCCAATTATAGGGTG AATGTTTTAGAAAGAATTTGTTGTAAGAAATAAAAAATATATAAATAAAATAAAAAATAA TAATATAATAGTAAAGAGAGAAAAAAATATTTTTTTTGGTATAAAATTTGGTACAGTGAA TTGGAGTTAATTTACTCTTAAAAAGTGCTATCACCAAATTTGTTTGGGTTGCCGATGCCC GAATTAAAGGATAATCATATATATATGATAATGTTTCCTAATTCCCTATATACATAGATA GCAACTCTTTCGACTTTCTCCAATCGAAGGAAATCGGAGTCTCTCGTGTATGGTCTTCTT TTTTTACCTGTTAAAGGGACTTGGTGCAACAAAGTAATTGAGATTATTGTCGTTTAATTA GATATTTTTATTTGACTTTGTTAAATAATGACAAAAGTCAATATCGATAGTTAATGATAT GAGTGAACTTTTTATAAGGCTTAGACAATCATTCTTTCTTTGAGCTAACTTTTGGGGTGT GAGTTAGATCTAAGACCTAATTTAACATATTATCAGAGCAGGGTCCGTCTCACCCAATGT TGGGGTTCCCTAAAATAAAAATTGCACATGCACTAGATGCTAAGCACTGAGCGTGAGGTG GAGTGTTAAAAAATAACGAAAGTTCTATATTGATGGTTAACGAGATGACTGGACTCCTTA CAAGGCTTGCGTAATCCTCACTTATTAACTATGCAAAAAATCTTTGGTATGAGTGTTAAC ACAAATGAGGCTTATGGTGTAAACTCAAATTAGTTAAATTTAAATATGAATATCGAACGA AAAAAATAAATAAATTGTGTTTTTGACTTTATTTCCTTTTTAGAAAAGTTTGTGTCTTCG TGCAAGTATATTTTTGTTAGCATGTTGCATTTTGCTTTTTAGGAGACGAGAGGGTACTAA AGTTATCTCATCAAATACGTATTTGTATAATTATTATATAAAATATTATTTCAATCGTAT GAATTGAATCTAGGAAACACATTTAAAAAGTCAACATTTCTATTTTATTTCAATAATTGA TATTTTTTTGGTTAGTCAAATATAACTTTTTGATATTGAAAAAAACAATTTTATAAAGTA TAACTATTTAATTATATCATACTTATGTTATCTTTTGTGATCTAATTGGATATCAAAAAA TTAAATTAAATTAAATTTATTTTGACTCAAATTAAATACTTTTGTTTTTATTTTCTTTTT AATCTATTTTAAAAAGATTGGTTCTTTTCTCTCTTTTTTTATAACATTTTAACTTTAACT TTTTACGTTTAAGATCACAAAATTAAAGAATATTTTGATACATTACAATTTTAATTTAGA ATCACAATAATTTAAAAAAATAATAATTTAAACTCGTCATAGTAGATCATTCTTTTTAAA CATTAATTCCTCGAGGTAAATCATGCGAGATCAAACTGAAATATTGATTACAAATACCAA CCTAAAATAGTGTGTACTATTTAGCTTATAAAACTCAAATTTGACTTGTTTCATTTTAAT TTTATGTTTAAAAATTTCAATACAAAATAAGTGCCCTAATCAGTTAATCAGTACAGAACC CCAATTCCAAATCTCTCATCTTCATCGGCTCACTGCCACTGTTACCTCAGTGCCGGCGGT GGACTCTCCGGTAAAGATTTTTCCGATCTCATACTCCTCTTCTCTGCTCCTATTTATTCC AATCATGAATAATTTCTACGTTCGTTTTTGATGCTCGTATTTTTCTTTAGCAGAAAAATT TAGTGAATTCTTTACAGGTTAAGTACTTGATGGTATTTCTTAGCTGGACGCGTCCATCTC CTGAAGAGCAGAAAGCATGTATCAACAAGTAAAGAATGCCCAGAACTTGTTACTGGCTTC GTTCCAATTTATTTGTCTTATCTTGCTTTTTAATCCGTTTACCAGAGATTCTAGACCGCT ACATCGTTTTGGGACACTCTACGTATGTTTATTTTAAGATTAAACTCTGTGTCAACTCAA CAAATTGAAATAGAATGAGTAATTTATTTATTTCCCTTTCTATTGGTTTAATTGTGGGAA TCATTATTGAGGGTTTCGTCTGTAACAGGTCTGGTTCCTTTAACTATGATAAAAGATTTA GAGGAACTACTGAGAAACCTGCTCCTCTACTTAAGCAAGACAGTGAGCTTGCAAAGGATG GTTTCTCTGTTAATTGTGCTCGAGTATTAGTCGGTTCAGGCCGTGAGACTTTTGAAAAGG GAAAAGCTGCCCTTCAAAATTGGAGGTTTGGTATATCAGTTATTCTTGTAGAAATATCAT GCGATCAATGGTCTGATTATGTACCAAACTAACTTTGCAGGCATTTTGGATTGAATTGGG CGTTTGTTGATCCAAAAGCTCAAATTCAAAGTGGGACAAAGTTCTGTGTTTGTGTGAAGG AGTTCTTCCCGTGGCTTATGATGCCTCTACAGGTTGTTTATGTTAGCGAGAACAAGAACT CGAAAAAGGGGGCTTCGTTTAGTTTTGGCAGTGGAACTCTGCAAGGACATTTGCTGGTCA GTTTGCTCTCCTTGTTGCAATTGTTTGTCTTACACTATACCTTTCAACTGTTCAGGTTTT CTGGTTATGATATCATTAGGTTCATTTCAATCTAGCTATATAAAATAAACATTAAGGATT TAAGATTATGTTTCCTTTACAAGCTGCTAACCCAGCCATTGCAAAAGGTTAATATTAGTA GTGGTAGTGTCTAAGTCCAACACAATGCTTACTAGAATGGTAATGTTTTGTCCTATTTTC CATGTTTGAAGTTTTAAGCTTACCATACATCTTAGACCTATCATTCTCCTTTATATTGCT GCATGTAAAACTTGACAATATATGAGTTTGTGATACCAAGTGTTTGAGCAGGCTGGTGAA GAACGTTTTTCAATAGCATTGGACGAAAATGATCTAGTTTGGTACGAGATACTTTCCTTC TCGAAGCCTGCACATTTGCTGTCACTCTTTGGATACCCTTATGTTCTTCTAAGGCAAAAG TACTTTGCTCATCAATCAGGTAGTGCGGTGAAGAAACATTTATCTGCTTAAAACATGTGA GGCTATAACTGTGTGTGAACAGGAACTCTTTGTTGTAAAAGATTCCCATCCATAGTTATG TTGGGTCTTCATTTCATGTATATTTCTTTGCATTATATGCACGACCTAGTTACTAATAAT GCAATTCTAGTCCTTGTTAAAGAAAAATGTAATTGTAGTCCAATAGCTGGATAATCAGTG TGATTTAATTAAGTGAATGCATAGAAGAAAAACTATGCATAAGAACCCAATAGCGAGAAT CATTTCAAGAAAGGGTCATTCCATTCTAATGTATATCTCTCTACTTCTCCATCTTCCTTT GAATAGCTGTTATTCTTGTTCTGGTGGACCTACAGAAGTGCGAATCTGAGTTCCTTATTC ACGGGATGGTTAATTACAGTCGTTTCCTAGGCCTCTCCCTCTCCTCCCCTCCCAGAAGAA GAATTAAAACAAAACGATCATGTTCATCTGCTTTCTTCTTCATGACTCAAAAGAGAACTT AATAAACTGTATAATCAGTTAAAGTAGAAATATACAAACGCAAATCGATTTAGTCGTTAA AACTATAGCTATGTAAATGTGCAAACTCTAGCCATTAACTAACACAAAAGAAGCAAAACT AATACCAAACGAAGTTCCTAAAATGTTCTGTTCATTAGTCATTAACTAAGACAAAAAAGA AGCAAAAGCAATACCAAAAGCAATTAAAGGTGAAACGACAACTTAGAAAGTACACAGAGC AAATGGATTCTTGCATCTCTTCTTCAATACTTGATCTCTCTTGCTGTATCATCCTTGTTT ATGTATAGATAATAACGACTCTGCAATTTCCTGTTTGAGTGACAAGTTACAATTAGGCCA AACACTTTTAAAAAAATGAAACAACTTTGAAGACTTACATGATCATGTGGATGAGGCTCA TCCTCACCGTTAAGCCAAGATGGTGGTGGCCATAAAATTTCTGCATAATCAAGGGATGAT AACAGCGATCCAAGTTTACCATCTTCTATGGTAAATACATAGGTGTTATCATCAAATACT CCTTTGTATCTATCTACCACTACTTCACCTGATTTGCTAGTAGAAGCATTAATCCTGTGA TCACCATTGCTAATACTGGTGCTGTCACCATAATTGCTAATAGGGTAGCTAATCTCATCA CCACCAACAACATCATCATCAAGAGGACAACAACAACCACACATACCAAAATCATCGTCA CTGTCTTCATCGTTAAAATACATCGACCCCTTTGCATAGTAAAGGCAGTTTCCTCTACCG TACTTATCACCAAAATCACGCGATGAAACAGAGAAGCAACAGTCACTAACAGCAAAGAAA ATTCGATCACCCAAAGTATGCACTTCAATCCACTCATATTGTTTTTCATCCAATCGGTAA ATTTTAATTTCATGGCTGGCATCCTTGCCGAAATCTGAACTTTTATCAACCAAAAACAAC TGCCCTCCTGATTCCACCAGTCGTTTCTTCTTCTTACCACCGGATAATCTGGAAGCCACC TCCTCATCAAACGAGGAATCAATTTTCGTGGTCTCACCATAAAATCTGGAAGCCACCGTC GTCTCACTAAACGAGGAATCAAATTTCATGGTCTCACCATATCGATCAACAGCATGAAAA TTCCCCTTATATACAATTATATCATCAATGTAAGAACTGGAATTTTTTAACTTAGTCCAC TTGTCATTTCCAGAGTTCAAATAACATAACCGATTATCACGATCAATAGCCATTAAAGAA AAACTATCCTTCTCACTCCCTCCATTGTGGTTCATAAGAAGCAAAATTTTCCTAACATAA CCTACATCATAATCACTGAACAAAGGTTTCGACGGAATGTAGTACTGCACATGATAAGAT TTGCAAACCTCAGAAACGCGAAAGTCCAGTAAATTCAATACCTTAGGCATATGATTCTGT ATTTCCCTGCCTGTCAGTGGATTCAAAACCTTCAATTTTCCATCTGCTGTTTTTATAACC TGGATCAACCATCCTTTACAAGGCGAATCAATTGAATCTCCGTCAAGTGGTTGAAAAATG TAAACAGTGCTTTCGATGAGATAGTAACCAGGCCTTCCTTTATAAATGTTACGGTCATCG AGAGGGTAGGGGATTTCAACAGGAAAATGAGGAACTGTTTTGAAAGGAGCAAGTGATGAA CGCCATGTTGTGCAGACTGAACGGAAGCGAAGAACGTCAATTTGAGTGTCCAGGCAACTA CCGATCCTCTCGGCGAGTTCTTTCGGAAGATCAGACCATGGAACGTACCTTCCACTGCCC ACAGTTTGCTGCTCCATCAGAGCTTGGATGATAAATTAATGCCCTAGTATTGCTGCTATA TATTTTGGGGCAGGCGGAGTGAAAACGTGAACCGCTTGGGATCCCTATAACAGTTGTCAA CCCAACGCGGATTCTGCGCATCCGTTATTGTTTTGGCAATAAAATTTATATCCAGCTGGT AATTTTTTAAAATACATCCTTTTTCTTTTTTGTATACGCTTATGTGGCTAACAAAATTGT TTTCCAAAGTTATATTATTTTTTTTAATTGAGAAAATACATTAATTTTTTAAAACTATTT TTCGAAATAATCTATTAAACGTTAGAGTATAGATTTCTTTTCTATGTGAATTGTTTTTTT TAAAACATTTTTTGGAATAATCTATTAAACGTTTGGCCAATAGATTATAGATTTATTCTC TATGTGCACTCCAAAGGCGATATGTTGGTGTTTTATTCGAAAAACATGTGATTTAAGTAG GTTTATTTTGTAGGTTATATTTGGAAAATTTTGCTAACATCTTCTCACATACAACTAGGT GGCTACAGGCTTGCCGGGTCAGCCCACTTTTTAAAAAAATATATTTTTTTATAATTATTA AATTAAATTTTAAATTATAATTTAAAAATATTATCATAAATATCGACAAATTAATTACAT GCTTGCCATTATAATTTCCTTTATTCATATTAACTTAATATACATCTTTTACTTTCATAA ATTAATCAATATATTTGAATTGATAAGCACTCCCATGATATAATATTTAGTACGGTTTCA AAAAATAAGAAAGTATTAGTTATTTGATCGATAACAATAATAAATTTCTATAATAAAATA AAATATTTTTCTAAACTATATATTTATTACTCTATATAAACTATTTTAAATTGCATTATA TTAGATTCTCAAAATATTTTGAGTGAAAAAAATAGTCATATTAATGATGTAACTTGATGT TGAGTTCTTAAAAGATAAATCATATTACCTTGTTACGGTAAAAAATGTTCAATATATTAT TTTATATAAAAAGAAAAATTATTTTGCTGACAAGGTTTTAATAATATTTTATTGATATAA TGTTTAATTTCATATGTGCATTCATATATAGAAAACAAATTGTTCCAATAATTTAGTGTT TAGATTCAGAGACAATATTTTAATATTCAGATGTTTATTCAGATTTACACATCTAGATCT TAATGCACATCTTTATATTTAAGCGCGTATTCAAATTCAGACGTCTTAATCTTAATGTAA ACAAATGAGACCTTAATGTCACTACTTGTTAATCAAATTCACAAATAAAATTATCTTTAT AATATATAGGGAAAATACATAAGTACCCCCAAGACTATGACCGAAGTCACAAAGACAAAA GGTGTATAAAATTACCAAAAAAAAAAGTTTAGGGGGTAATAGGATCTTAGTTTAGTTAAG GTGTGTCTCTGGATTTTGGTCATAGTCTAAGGGGTACTTGTGCATTTTTCTTGATATTTA TTAATTTTTCTTTTCAACTAAAAGTATAAATATGTAAATAGAAATATTAAACTAATTGTT TTGATTTTGGACTCTCTTTATTTTTAAATTTTAATATTATATTATATTTTTAATTAATTT TTATTGGCCCACGGACCAGCCCTATCGATATTTCTCAAGCCCCCAAATGAGCAGGCTTAT TCAGGCCGGTCTAAAAAGCCCTTTTCTTAAATGGACTTCAAAAATTTTAGCTCAGCCCTA TTAAATCCCGGGTTAGGCCAAGTCGGCCCAACGGACCTATCCCATATTGACGGCTCTATC TCTCTCTATAAAACTCTATGTCATGTTGGATTCATGTGTTCTTTATACAAGTTTAAGTGT CTGTTTATGTAGATTTAAAATATAAATATAATTCGAGGACAAATTAAACGACGCATTCAT ATATTATGCTTAAAAATGATAAAATTACTTACCAAAACATGATATATCTAATTCAGTATG ATATTTGTTTGTACATAGAGTTTTAATAATTAATTATAATATAGGGAAACTCTCACATAG CCACTTAAAAATAATTATTTATTCTCCGTAGTTATAGTTTGATAATTACAATTTGTAACT ACATGTTATATGGAGAAGAGAGGCGAACTAGACTGGGAGAAAGAGGAGAGAGGTGAGAGA GAAGAGAGAAAAAGTGGGAGAAATGTGAATTGTATATATGTATATTGGTTAAATAATTGT ATATTATACATATGTATTTGTATAATATTAATCGCGAATGGTAATTATAACAAACTATAG CTATGATAAATAATTAAATAGTATAAGTTGCTTAGCCACGTAATTTTTTCCATATATATC CAAATGAGAATTTGCTTCATAATCCATTTACTAATCAAATTAATTTTATCCTGATCGGTT AAAATTCGTAAATTCATATTTTTAAAAACTCATCATCAATACTAATTATTGTTAATTTTT TTTTAAAAAAAAAACTAATTAGTTAAAGATAAATTAATTTTCCCAAAAGTGAAAAGTACT TTTTGGAAAAAAAATATTTTTAAAAAGATAATTAAAAGCTTGACATTAGGTCGAAGGCAA TAAATAGATTAGTTTAGGCTACTCGCCTATTAATTATTCATTTTACTCCCACAGTTAATA GATTAATTGGGCTATTAGCCTATTAATTATTCATTTTACTCACTCAGTTTCTCTTTAGTT GTCTGACATTTTTTTTTTATAATTTGATTAATTTTTAAAAATATATTAAATTATATTTGA TATTTTAAAATAAAATATTAGATATTAAAAAAATTTAGTATAATGAAAAAATATACTAAA GATGTTAAAAAAATTGACACTTTGTGGTCTACCGGGGCAACTGCGGATCTTCTCTACAAT TGTATATTATATGGAGCATTAATAGTCCTTTATGTTTGCAATATTGGTACACTTTTGGTC CTCCTCCAAAATTTTACCTATTTTTTAACATTGATTTTATTTATAACCTATGTATGAGAT GTTCAATCATCATTTTATCTATTTAATTTAGAAATAACAAATCCATATGAAAGAATGTGA GAAGAAAAACTTTATTTTGTTTATTAGAAATCGTATTGCAGGTAAAATCAAAAGGTTTAT CACGATAGTTTCACGTGTAATAGTACAATTTTTTCTTTTACTGCAAATTCGTATGTTAAG ATGTTTTTAGTTTAGATGCAGTAATATTTTTAGTGAACAAAATAACGTGTTTTTCTTATC ATCTTCTCTCAGATAGAGTTATTATTTCTATTATATATATATATATATATATATATATAT ATATATATATATATAACGAAAGGATCAAAAGTGCACTAATAATGCAGATATAAGGGACTA TTAATGCTTCATTTGAAAACTCAAGGATCACTTTGAGCTTTAACCCAAAGGTGAGGGACT ATTTTGAGCTTTTCCTCAAGTAAATAAGTATTAAGTCAGAACTTGTGGGTTGGGCCAATC ATTTTTTGGCTCATATAAAAAAGGACAACTTTCACATATAGCAAACAAAAAAATCATATT TGTATAATATAGCAAACTTTGCGTAATTGCGCTCCATAGCAAACATAAAAACTGTATAAT TCGCTATACATATAAAAGTGTATAATTCGCTGGCCTAAATTGTATAATTCGCTGGCCTAT TTCGCTGCAATTGTATAATTAGCTTTGCATACAGTTGAATCGAATTAAAATGTATGTATA TTGCATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTCTCGCTTTATACAAAAACA GAAACACAATATATACACTTCTGTTGTATAAAGCTAGAAAAATTATATTTCACTGTAATT GTATAATTCACAATTGTATAATTCTTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATG TTTGTAAATTATATAATTAAGTGTATAACACGAAGATATACATTTTTGCATGTGTATATA CAATTTTCTCTCGCTTTATACAAAACAGAAATAGAAATTATACACTTCTGTGTATAAAGC GAGAGAGGCAAGAATGAGAGAGTGGCGAGCGAGACTTCTGGGAGAGAGACGCCTGGCAAA TTTTTGTCAATGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTATTCAATTTAATT TAGGTTATCAGTTTGCTATTTTATACAATTTTCCCTATAAAAAATCGATTAGCCCGGCCT AATCCATAAAATGTCAAAGTCTGTATGAGTTAACCCGTATAGGGTGGGCTAGTCCATATT GACAGCTCTAACTAAATGCATATCAATAGTTAAAAACAAAGGGTTCGCTTGTAAATTGTT TTTTTTTAAGTACAAATATTTTTTTCCCTTTGGAGAATGACTTCTTTGCATAGGCTATAG ATGTCGTGGTCTATTTGCTTTTATTAAAATTAAAACGTTTAAAGAATTACATTCAATTAT TTCTTTTTCAAGTGAAATTCATAAACACTAACTAGCTTGATAGAAAAAAAAAAAAAAGAT TGATGTAAGCATTGAGAGATAGGAATGAATATTGTGTAATGTGTAAGTGAATAGTACAAT TATTGGTGAGATTAGTTATGAGTTCTAATACAAATACATTACAGTTCAAGCGAAATTGGT TGAAGAAATCATTATTTCCCACACTTATAAGGTAGGCATTTTGTCGGTTCAATTTGAATT TGTTTTTTTAGGGGGGATTTTGATTTGATGAAAATATTTATCGCAATCAAATTAAAATAA ATTTGATTTATTCAATTTTTACATTATTGAGGAGAAACTAAGTGAATATCTCATAAAAGT AAAATAATTATAAATATATATTCCTTTATATTCATATTTCACTAAATAATTATATTATAT ATCTCTAATTAATTTCAATTTTAAGTTTTAACTATACTAATTTAATATCTATTTGGTATC ATTAAGGCGATGGACGTCAATTTCCGAATATAAATCAAAGGTATCTTGTTCACCAACCCA ACAAGTTATATTAGGTAAGTTTTGCTAATAAATATAGGGAAAATTGTATAAAATAGCAAA CTAATAACCTAAATTAAATTGAATAGCTAGGGTTTGATTTTGTGCTTCATAGCAAACATT GGCAAAAAATTGCCAGGCGTCTCTCTCCCAGAAGTCTCGCTCGCCATTCTCCCATTCTCG CCTCTCTCGCTTTATACACAGAAGTGTATAATTTCTGCTTCTGTTTTGTATAAAGCGAGA GAAAATTGTATATACACATGCAAAAATATATATCTTCGTGTTATACACTTAATTATATAA TTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAGGCCAAAAAATTATACAATTGTG AATTATACCATTGCAGTGAAATACAATTTTTTCTAGTTTTATACAACAGAAGTGTATATA TTGTGTTTCTGTTTTTGTATAAAGCGAGAAAAACATATATCTTCTTGCTATACACTTATA ATTATGCAATATACATACATTTTAATTCGATTCAACTGTATGCAGAGCTAATTATACAAT TCCAGCAAAATAGGCCAGCGAATTATACAATTTAGGCCAGCGAATTATACAATTTAGGCC AGCGAATTATACACTTTTATATGTATAGCGAATTATACAGTTTTTATGTTTGCTATGGAG CGCAATTATGCAAAGTTTGCTATATTATACAAATATAATTTTTTTGTTTGCTATATGTGA AAGTTGCCCATAAATATATTCTGCTTCCCATTTTCTTTTTAGTTTATAACCCAAAAACAC TACATATTCTCATTTAAATTAACATATAGTCTACATGTATAATATACGCATAAATGTATC ATTTAATTTGATTTTATCTCAATATACCTTTTAATTTTGAGTGTGTATTTAAGCTAGTAT AAAGTTAAGCTCGTAGATACATGAATCATACATGACATAATATATATATAGGACTCAAAT TAACCTGTAGTATGTTTATATTTGTATATTTAATTTTATACAAATTTAAGTGTCTATTTG TATATACTCAAAATTAAAGAACATAAAACTATGTTAAAAAACATATTTATATATTATGTA TAATTTATATCTAAAACATTTTTACTAGTAAAAATTATTTTAGACTACACAAGTTTTAAA GTTTTTATTTCTCAAATATTTGGGGACACAAATGGAGTATTTCACTTGCAATACTATTCC TCTCTCATCAATCTTTTTCATGTTTCACTAGTATTTCAAATGCTCATTTAGCATCTGCAA AAATAAAATAAAATAAAATAGAACCAGTGCATGGCATGTCTTTTTAGACACCAAAAAAAT ATTTGAAATTGTTATGAAACTATATAAAATCAGAAGAAGAAGAACTAGGGAGAAGAGAAA AGACTTCTTATGTCTCTTGAAGTATATTCAGGATCCATAGATCTTCCTCAAATCTTATTT ATAATGAAGGAGAACCCTTTATTTATAGGGAAAACCTTACTTGGTCCCCAAGTAGGATTC CTAACCATATCCTACTAGGACTCCACATAATTAGACATTCACTATAACACAAATATGTTT ATAACACTCCCCCTTGAATGTCGATAGATTATGTGTCTCGTTAAAACCTTACTAGATAAA ACCCAGTGGGAAAAAAGATCTAGTGAAGGAAAAAAAGTACACATATCTAATAATACGCAT TATGGATGCCTCATTAAAAACCTTACAAGGAAAACCCAATGGGACAAAACCTTGTGAGGA AAAAAGAGTACATCGCATATTAACTCCCCCTAATGACAACATCAATTCAGAGACTAGAAT CTTCATCTTCCAAGCTTGTGCACCATCCTTTTGAAAGTTGTAGTTGGTAGAGACTTGGTG AATAAATCAACAATAATATTACTTGAACAGACCTCTTGCATGTTGATATCACCATTCTTG GGAGCTTATGAGTGTAGAAAACCTTGACGAAATATGTTTTCTTCTATCTGCTTTTATAAA TCTTCCCTTCAAGGTCAAAGATTTCTGCAAGTTCCTTACTTCAACTTCTTTAAGCAAATA ATATATTGCCAAGAGCTTCAATTCTAGTTATCAACTTGCATAACAATATTTGTATATGCT TCATGTATTTTGAATCGATTTAATCCTTATGAGGATGATAAACAAGTTTTCCAAAAATTT GTATATGCTTTAGATTTTGAACCCATTGGATATTTAATTTTGTCAAGCAATAACATTCAA CTTTGCACTTGATAATTATTTCTACACAAGCATGCTTTAATAGATGTAGAATTCATATCC TCATAATCTTTTACAATATTGCGCGCTATTGTATCAAAGATATACCATTTTGTATCGATT CACAATACGACAAAACTTATTGAGATCTCATCACTTCATTTTTTTAGGTAGCTATCCCTC TCATGAGGTTTCATAAAGTGTTATGTCGTAGGCTCTCCAAGAGCACATTATCTCCTTATT ATGATCATTTTGATTCTTTGATCCTCCCCCTTTTTTCAAGGATTATTTTATTTAGAATTG ATTAGTCTATCATGCTTCATTCATGTCATAGACTTTATCCCTCAAGGGACATTCAATAGA TGTATTTACAACTCTTGTGTTGCTTCTAATCTCCCCCCTTATGTTAGACAAACTAACATA TATCTCAATCTTTTGGAGAATTTATCTTTGTGCATCATTGTATATTCATTGATTATATAC CATATATCAAAATAATCAGATGAAAAATATTTGGTCCCCGACCATAAATCAATTGAAAGA AAATTTGATCATAATTTATCGGTCTGATGTGTACAATTAGTTTTGTATGCAATATCCTAT TTCATATCAACATATGAAACTTTATTTTCATAAACAATGATTTTACTATTTGAGACATTT AGTGTCACATCATCTTAAATATTTATCAATATTATCAAGATAAATTGTCTTGATTACATA TTCTGAAATTGTGTTCTTAACTCAATTATTTTTGCACAAACAATTTTGTGAATATCAAAC TACATGTTGACAACAAAAATACATGTGATTATCTTATAGATGCATCTTTTTATCATATCA CATGATAGGTGAACGGGCCCATATTCACCTTTTATACTTTTCAGAATTTTGAGATTTAAT CTCAACATTAGTTGATCCAATCAACTTTATTACGAGAACAAACAACGTAAAGAATTCTTA AAGAATCTTCTAGTTTTCAATGTATGTCCATTACTCAGTATGCACATCTTTAGGATGACT AAATTATTCATGCCAACTAATAAAATTAGTAGTACTCGTAAACTCCAAGTTTACTACGCC ATGTGCCTTTTGCTTTAGTAAATTTCTGATTTACTATTATATGAGTAAATTTCAATTTTA TTACTCCAAGAGTAATTTTCAGATTTATTTCTTCTCAATTACTTCACCCTTTAGGTGAGT CATGATCCCATCATTGAATGAACTAATCTGAAGAAAATTGTGCATGTAACATATTATTTG TGCCAATATTTTTGCAATCTTTCTCATGCCTAGCATGGTGGCTTACACATCCTTTAGTAC CTCATTCAATATCTATGTGCATTATTCAATCACTTGTCTTCTTTCAGACATATTATGCAC TACAACCATATTGACTTTACGTAATGAAGCAAATTCAGTAAATTTCATGACTTTTCATCA AAACACATTAGTTTTTCTTTAGTCATTATTATATCATCAATATGGTGCATTGAGACTCAC ATTCAATGTCTTATCCATATAAAAGTGTTTTAGGTCATAAATTGATGGATCTTGAACCCA ATATCGTATCATCATGGTGCATCAGGACTTTAACCCAATGTCTTACCCTCTTTTTGCGAT TGGACATAAATTCATCGTCTTATTCTTTTGGTGCGATAAAACTTAAATCTATCGTCTTAC CCATAATGAGGCTCAACCTCAAACCTTCAAAATAATTATAATTTTATCACTTTTGATGAT CATCAATATGATCGTACATTATGATTACACACAAAATTGAGATTATTGATTTATTATAAT CAACATTAGTAGTTAATAAATATAGCTTAATGGATACATACCTCATATAAAGGTTGAAAA CATACCTTTCACTTAATTGTGCTTATTCAATTATTAAAATAAATTAAGGAATTCTCTTCC CAATTGATTAAAATTAAACGTATAAAAAGTCAATAAATATCTTTAAATACTTACTTTAGA TGTACCTCCAGATCTGTCACACAAATAATTATAACATAAAGATAAATCATACCTCGAAGA AGAAGAAGTAGGGAGAAGAGAAAAGACTTCTTTATGTCTCTTGAAGTATATTCAGGATTC ATAGATCTTCCTCAAATCTTATTTATAACGAAGGATAACCCTTTATTTATAGAGAAAACC TTACTTGGTCCCCAAGTAGGATTCCTAACCATATCCTACTAGGACTCCACATAATTAGAC ATTCACTATAACACAAATATGTTTATAACAGAAATGGAATTTAAGAAAAGAAAGAATAAT TTTATAATCTTGTAATTTTAAATTAAAGTTATGTAAAATATATCAAAATATTTTTTAATT TTGTGATTTTAAACATGTCAGGTGGAAAGTTAAAGTTAAAAGTGTTGAAAAAAAACAAAA AGGTTATTTTTTAAAAAAAAATTAAAAAGAAAATAAAGTATTTCTTTTTTAAACGATGCC ATATTGGTTTATTAGCACCAGAACACAGTCCATAGAACAAGGATTCTTTTTAACAAGAAA CTAAGCAGGAAAGCGATGAAACAGACCAAATATATATCGGATTTGACGATGATTTTTAAT TACAATATCAGACAAAAGGCCAACTGTATTATTTTTACAAAGAGGAACAAAACAATATAA CCCCCTTTTAATTAGACCATAATCAATTTTATTGATAATTGATGAACGTTCCGTTCTAAT TACTAAGCTGTTACCCGGCCCTCATAATTTTATTTCATTGTTTTTGGTCACATTAGTTAG TGTTGAATATTTGCCAATGTAGTGAAGTTGATGGGTGTCACAAATTCCTGCCCAGTTGCA TATAGAAGAGACAAAGCTGCCATTTCAGATGCTCTTTGGGTTGGGTGAAACCAATCCCAA AACAAGTATTCATCGCGCTTTTTGCAAAGATCAGAATTTTCAGTACATTTAAACCATCCT TTGTAAGGTCCCGTACCACAGCATGCTGCTTCAACTTCAACAAAACCTATACAATTATTG CATTTAATTTCAAAACGTACGTAGTTCAAATATCATGTCTAATCTTTATTAATAAATATT TACCTGATGCAGCTGGATTATCAATAACACCCGTGGTCATCAAGAAATAATTTCCAAGTG AAAAGTTCATTCCTGGATTTGCTGAGCTGAAATCTTGCAGCAAACTGAGTGTTGTGTTGA AAAATATTTGAGCATAACCATTAAGTGTCTCGTTACAGGCACCGCCAGGTGTTGCAGCAC GTATGCCCGGAAGACATCCAATCCTTGGAATCCCACAAATTCCAAATTTCCTTGCACCTA GATTATATAAATTCTGCATTAAAAATCAAATAAAATCTTTCAACTTACCATTAATCGTAT GTCTAACTCATATCCCAAAAGCTAGCTCAAAAGAAAGCGGATTGTCCAGGAGTCCACCCA TATCATTAATGTGAGACTTTTTAACAGAACCTTATAATAGTACTCTAGTTAAAATTAAGA GATATCTAGGAACGAATATTGTAACCTGTAAGTGAATGGTAAAAGTATCGCTGAGATCAG CAACAAGTTCAGGCGTAGATATATTGTAATTGAAACGAAATTGATCGAAGAAATCATTGC TTCCCACACTTAGAAAGTAGAACGCATTTGCAATCAGCTTTGAACCTTTCACATCTCCCA ATATTTGTGTAATGTTCTCACATACTGTTTGGAATTGTTCTATTTGTCGAGTAAGTGATG TAACGTTATGCTGCGAAATCAATTATTTAATTAATTAACTATATAAAAACACATATGTAA AAATATGTCTCAATTTATATTATTAACAGTCACATAAATTGAGACAAAAATTTTGAGATC TCACGAATCCTTTATTTCCAGTATCATCAAGAATGCCAGATCCTGCTGATGCAAAGTTGA CACCACGAAGTATTCCACTCTTGAATGTTGACTGTTTCTGAACTAAGGCTAAAAACGCTG GCGGGCTTTCTGTATAATCACCCAAATGCCTCGCTAAACAATCATCAATAATTTCCTTGT TAGATAGTCTTGTTCTAAAGCATATCGATGAATAATAATAACTATTATACGTACCGATGA AATCTGCAGGGTTATAGCCATTGCTAAACCTTCCTGTAGCAACGTGGTGTGGATAATCAA TTCCATAGTAAGGATTGTTAGCAGTAGCGAGACTTCCAGCTAAATGATTATTAGTTCCAA CATCTACCGTTGAATCGCCAAATACAAAAATTGCTGGTACATCTGCCATGACCATCAACT TATAATTATTTGATGACCAAATAATAACACGGAACAAGAAAATTGCAACGCTGTAACGTA AGAAAATATTTCCCAGCTTCACCATTTTTGAGAGCTTAAAATTTTTGTATGCTTCTTTTT GTTTCTCACTTCAGTATCTTGCTACATCTCACAACTTATTTATAAGTAAGTCTTATAAAA TGGACGTGAGCAAAAGGTTAAAAATTGCCGTACATGGACGAATCTTATACATCATCAACC TAGGCCAGTTGGTTTAATTTACCTCGCAAAAATTAACTTTGTACACTTATATTAACTACA TATTGATTAATATATACTTCAGAATTTATGGTCTCACTTTAATTAGGGACGCTAGAACAT ATGTATGCAATAAAGTTGATTAATTTCCCTTTTAACAACTTATATTATTAATAATTTTAA TTTAACGAAAAAGAAAAATTAAATGATCGTTCGTAAAAATTACTTGTCTCACTTGCTTGT AACTTGGTAGAATTTGCTCCACCTATAACTTGTTTTGATGCGCTAATATTCATTTAGAAT AATTTTTCACTCATAAACTAATTATAAGGAGGGGAATAATCAAAATACTTCTGCCAATAT TCCCATTTGAAAACAGACGATAAACTAGCATAGGGATATTAGTTGATTGAATAAGAATAT TAATTAATCAGGTGACGTTTTACTGAATTACCAAACAAAGAAGATCCATCTAGAATCAAT TAGTTGTCGTCGCGGCGACATGAACAAAATGGAGTTAATTATTAATTAATTACTTCTCTA AACGAGTATAGCTTCCAGTCTTAGATAAAAAAATAATAATTAAAACTATGTACATCCTTT TCAGTTTTACTATGAGTATATTCCCTTTTAGCTAATCATCATGTCCATATCAAGAAAATC TAGTATGAATATCCTCCACAAATTGCATCTTTTTATTTTATTAAATTCTTAATTAAAGCA GGCCTATCATGTCAAATTAGTGTGAAGTTAAGACCCTTTATTTCATCATTGGCAAATTGC AAGTCAAAAGATAATAGTCCATTCACTTTGGTGGAGCAACATTAGCAAACACCAAAGAGA AGGACATGCAATTTGATAATTAAGCTCTAAATCGATTAATTAGGCGAATGTAAGAATACA TTTATTTGTCAAATTACTACTACGCTAAATTAGATTTTCCGATAATAAAAATTGACTCCT AGAAGTTGCCCTTTCTAAAATAAGAGATAAATTGATTGAATTAGCATGTTTGAATCCTCA AACATTAGTCAAGTTTCATCATTTCTGTACAAGAGATAGTTGCTTCTTAACCGTAAAATA CTTGCACAAATAGCTATATCAAATAGGAATTGTCTTTATATGATTTCGAACGAAATCATA AAGGAAGTAGATTGGAAAGAATCCACCGAATTTAAAATTATTTGATTTGTGTACATATTT CAAGCAATAATAGTGTATTTAACTACTTGTTTTTTTTGATGGACAAAATCTATCTTGTAT AGCCAGTAAGCAGTGGCGTAGCCATATACTTTTAAGGGTGTCCCCTTTGTCAGAAAAAAA TTAGCATATATATAAGTAAAATGATATACGAATAATTAAATAACTTATTTTGAACACCCT TAACTTAACAAGTTGCTATTTCTGAACACTCTTTAAGAAATTTTTGGCTCCGCCACAACC AGTAAGATCGTGTAATAATTTGCTTATAAATTATATGTTGAATTAGAGGAGCTTTTGGTT TTGGATGCACCAACCCTTACAAAAACGACGCCTAACGTTACTAGAACAAAAAAAACAACC ATTTTTATGCAAGAATAAAGTGTGTAATTAAGCATATGATGAGTGCTATTGAACATGCAG ATCGACACTAAAATATGGTAAAAACTAAATCGACATAACTTATTATCTATATCTTCTAAG TAACAAAATAGAATAACTAAAAATAAAATCACAATAAATAAACAAATTTATAACCACTAC ATACATCACCAATTAATTAGTTTATACATCTTATTATGGAAATTCAAGCTTACAATTTAT GTCAACTTTATATATTCATAAGGCTTTATAAATACACAATCAACATCATCTTCGTATGTT TATAGCTTTTAGAAACTTTTAATTTCATGAATCTAAAAATATTTTGAAGCAACTCATAAA ATATTTATAAATCACATCTCCTTAACGTATATATTTAACAAATGAAATTGAAATACTTTA ATTAAAGTTTCTCCATAGATATTTAAGATAATTTCTCGATTTTATTTAATACAAAATTAT ATAATTAACTTTTGAGTATCTTTCTTGATAACGTAATTCTTAAAAAAACTGTGAAGTGAT TAATCAAACTCAAACTCTTTTTGTAATACCAAACAAAGGGATTATTTCAATTAATTTAAT CAAATACAAATTATATTGCTCTTCTAGAATAATTTTTTTCTATAGACTGTAGGTCCATTT GAAAATAGTTATTCATTCCAAAATTTGGGAGTTTGGCACGAGGAAAAAAAAAAAATACCC CTAAATAAGTGAGGGCCAAGTGTTACATTTTGAAAAATGAAGGGGTTGATTCGTTATTTC AGTAGCTTTGCTCCAAACGTCGGGCAAATTCTGGACCGAACCCAAAGTCTTTCTCTCTCT ACATTATCTCTCTAGATTTGTTGTTTTCAAGTTTCAACTCTGCGGTTAGTTCAGACTAAA CTGAAGAACACTTGTATACTCGGAGACGGCGAGGAATGTGTATTGAGAAACAAGTGTTTT CTAGTGAATGAATTTTTCGAAGAAGGTGAAATGGGAGCATTATGCGCTGGCCACTCTCGG GACACCTTGGATCGTTTCTCCGACCGTTGTCTCCACGTTTTCCCATGTCTCTCCGATCCC GGTATCAATTTTTTCATCTATTCTAACCTCGTAGTTTAATTTGAATGTTTTAAACCTTAC TCTTTTTTTTTGGTTGTTGGTTTGATTGATTTTTAGCTCGGAGATCCACTTGTTGCTTGA GAATAGCGTTGGTGATGCTGCACTTGATCTATCTGGGCGTTCTATTTGTCTTTGACAAAG ATTTGATTCATAAAACTAAAGAAGAGCCATGGTATTTACTCTTACTTTACTTATTGGGGA AAAAGTTATCTTTATTTTTCTTCAGAATTAGCAAGAGACCAAGTGTTTCCCTATGAGAGA ATCGATGATGTGAGAGCAAAACCAATAATTCAGTGCAAAAAATGAGTCTTTGTTCGCCTA ATAACTTGCTCTGGCTTTACTTTATTGTTTGGTTCGCCTAATTTCATTAGTAATTAGTGG TCATGTTATATTTTAGCTAGAAATATAGTGCATTAAATAAAAAAGATAGAATCTTAAGTG TTATGCAGCAGTCTTTCAGCTTGGTTGTTCAGTGCCTGTATTATGGTTCTTGCTAAAATG CACCCTCTTCTGTTTTATGTGATATTATTTACTCATTAGTCTATCTAAAAATAATGAAGG CCTTTTTATATTTGGATAATCTGACCAAAAAGAAAAACAGTACTCCAATTGGATATAATC CTATTCAAAGTAGTCCCCAATTCAAAAGGAAAATGATGGAGTTTGAATAAAGTGGTCCCC TTTCGATCATTTTTAATGCTTTTGTAGAGATTTTACTTTTACTTGGGTCTTTATGGTATA ACTGCTGATACTCTCTTCCTTGCCTTCAAGGTACACAACTGTCTATTTGATCCTGTTTGC TGCTACACTGGCTCAATACTTCATCACTTCAGGTTCTTCTCCTGGGTAATTTCATGCACA CTCTTTACTTTCTAATTTACAGGCCATTGTTATACTTTATGCGCTTCAGTGCCAGTAAAG TTGCATTGTGTGATCAGTATAATCTTTTATTTGAACATGTAGCTATGTTGTTGATGCAAT GAGGGCTGTCAATGAGGCAGATGCATCATGTAATAGGGCATCAATTACCTCAAAGTAAGA GAATTTCCTTTGTGGGTTATTTACATGGAAAGTAAATTACTGGATTCTCCTGCCATATCT GTGAAATATCAAACTATAAATATGTGGAGTGTTCTGCAGAATTATCTAATTGCTACTATT TTCTGCCTATTGTGATGTAAAATGATCAAGCAAAGACAGCCTGCTTCAAGCAAAAACGGC GATGTAGTTATTGCAATCGACCGGAACCAGTTGGGAAGTTATCTTCAAGGCCGTGGTATG ATAGCATGGACAAAGCTAGTGATGGATATGTATCCCAGTGGAACATCTCTTAGGTAGGAA TGACTTATATAATACCTTGTTTATGCTTTTCCTTTTGTCTATAAAGCAGCTGGCATTGTT TTCAGCCTATTTTGCAGCCTCTACTGTAGTGCTATTTGGTTCATTTAGTTTCATCTTACA TATTGACTCAGTTTGACTTAAATTGTTTATGGAACAAGAAAAGATTTCATTCATAATCAT TCAAAATCTGCTGTTTTGGATTGTCTTTCTTGTTGGACCGGGAGGATATAGGCATATACC TCCCCCCTCCCCACTTAAAGATTTGGATATTGGGAGCACCTTATGGTGATGGCAAAGTTG TCTCCACTCATTATCGATTTCACAAGTGATGCTTATATAATAACTATGAGATTCAGATGA AAAGTTGTCAATAGTCTTAGATACAGAAAGCATCTCAGCATCAGAAGGTACCCCCAACTG GCTAACTGAGATATTGTGAGGATTTGGCTAACTGCAGCATGCTGTAGATTTTATATGGAG GGGAAAAGCTGTAACAACCCTGTATGATTTCCTGTGAATGTTCAGAAATTTGTAATTTTT CATTCGATAACAAAGGAAGTTGAAATATAATGAAAATTTCTGCGGAGATGTGTTATTATT GAATCATTTCATGGAATAGCTAATAGCCATGTAATACAAGTGCCTCCAGCATGATCTGTG GGTTAGTCCCTCGTTACAAGTTCAATCATGCCTCAGGAAAAATCCTGGTATCTAAATGGA GAACAGGGTGGACCCATTATCCACCGAGGAACCTTGTGCCATTGGTCACTGAAGATTTGG GTTTCTTACGGTTTCTTAGGGCTATGGGTTTAGGCCCTTAGGGATAAGGGAGTTCATGGA TGAATAATGTTCTTTCCTAATCCCTTAAGACCTTATTAATGGCGTGAGTTGGTCCCGAGG GGAAAACGTCCACATTTTCAAGTTCAAACAAGGCCCAGAGCGGGCATGACCAAATTTTTA CTGTTTTACGTTGGCTATAGTCCATGGATTTTAGAAAAAAAAAATGACCATGTTAATTTA GATTTACTTTTATCTTTCCCATTTCCTTTCCCCTTACACCACTTTTGTATAGAAGTATGA CTGTCGATTCTGTAGTTATAAATTGCATGATTCAATTTGCAAAAGCATCAGTTCCCTTGC TAACTCATTTTTGTTCTCTTCTCCAGAGGTGTGACTTGCAGTTACTGTAATGTTGTGCAG GTAAAAATTTCTTCTTTCTGTCTTCCATTTGTTTGCAGAACAAACATTTCGGTACTTCTG ATGATACTTAGTGATTATAGGAGCATTTTAATATTAGCCAAACTAGTGACATGATTTCAA AGCCAAATACTGACTACACCTAGATTTGGAAGGAAATGAGGCAAACTTGTGACAGCAATT TGGTGCTAATATTTTCTTGTGTTGTGCCTCACTTAACCCTTCACATTGAAATGAGGTTGA GGACAGATATATATTCAATTGTTTCAAATGGTTTATGACCTTCTGATTTCTGATTTATAC TATTGTGCTTATCCTAATATTTGCACACTTATTTATCCAATAAGTTTATGGTTGCCATTT GCCAAAGTTAAAAGTTTACTTGTGTCAGAAGAACCAATTTCTATAATGGACCTTATACAG TGACTTCTGTCTTGTGAAGTGCCTAGAGCTTATACTTCCACTAGACTACATTTGTCAGTT ATGTCAACAACGTTTGATTTTTACTCTGCTTGATTTGCAGCCTCCACGCGCTAAACATTG TCATGATTGTGACAAATGTGTTCTTCAATTTGATCATCATTGTGTTTGGCTTGGCACATG CATAGGACAGGGTAATCATTGCGCTTTTTGGTGAGCATCCATGCTACTAAGTTGATGCAC CATTAATGTGTTTATCTTGTTCGCAGTTCAGTGAAATTTTTCTTGCGATTTGATTGAAAT GTTTATTTGTACCTTCAGAAGAACTAAATGAAAGAAGTCTTGCTGTGTATTATAAAGATT TATTTCTATGATGGTTTCCACATGTTATTTTGGAGCTAAGTGGAAAGTTGGTGTGGATTT AATATGATTAGAACATGTCAATTGGAGATTTAGGTCCTAGATGTAGATGTTATTTCAGAT AATGATACTAATATAGTTATCTCGCTAATTAATGAATATAAAGTCTCATTCAAAATTCTT GCTTTCATGAAGAGGCTTCAATTTTAGCTTGAACCTTTTGAAACGTATCCGTGTCAGCAT AGTTTATCAGTTCGAGAAACCTATAAGAGGATGTTGGTCATTTTAAAGATCATTGTGAGA ACATATTGAACTAGTTATCTGGGCTTGGGATATATGTGTACTTCGATGTGTCTAATTCAA TGTTATAAGTCTTGTGTAAGTGACATGATCACTTTTCTACTCTTAAGACCACAATGAAGA CACTATTTAGTAGGGGACTTGTCATAATGTACTTTCCTGTAATTTGATGTATTTTTCTTC ATCTATAAACATGAATGAAGCATGTCAGGGTGCTTGATTTTCCTGAACTTTTAACTGGTC ATAGATTCTTTTTAGGGTTTCAAGTAATTGGTCTTGGTTCGGTTATTTATTTTCCCAAGT ATGACAGGTGGTACATTTGTGGAGAAACAGCCTTATCCCTTTGGACGGGCACGTTATATA TTCAATTTTTGAAGTCTGATATATATTCAAAGCCTTGGTATGTATATTTTATGATGCTTT ATCATTTAAGAGCTTCTCTGCTTAGCCTCCCTTATTATGTTTCTCCTCTGCTCCTTACTG ATCTTCCTTCCGAGAAGAAAATAAAGATGGAGGTTCTGGGGGGAGAATTGGAGAAGAACA ATATGCACCCCAAAAGAAAAAACTAAAAAAACTAAAGGGAGATTAAACTGCTCAGTTTTC ATACCCAAACTTATAATAAGATGTTATTCATTTACTTTAGTTGGCAAAAGGTAAGCTTGC ACATATTGGAATATTTTACTTGCTGTTTGAAATATCATATCGTCTTCTGAGAAATAAGAA GCTTGAAGAGAGTCAATGCCACTACCCTTATTGGATCTTATACAACCATGAAATGTAAGC TATTGTGATTATCTTAAGATAGCAATTGAAGACTTATCCCAAAAAAATTAGATGATTATC TTATATTGGCTGTCAGCATACCGTAACCCATGTTCTATTATCTAGAATCTAGATAGGACC ATCCATACAAAGCTCATAGGTGGAATATGCACTACCTTGATTTTTAAAAATTGCTAACAA GTACAGCAGTTAGTGTGAAAGCAGCAAGGGAGCTTCATCTGGTTCTGACTTCTGATTGGG CTCCCTTAAAATATCCGACTATGAGCTCTAATTTAGTTGTATAGGTTGCAAAAACCAAAT TTCAAGAGATAAAAATAACAGTGGAAAACAGTAGTTAAAGAAAGGGCCTGCATCTCATGA CAAGATGGTACTGACATGACTGATATTCTTGCTTCTGTTTTCATGTTTTTGTTGAATCGC ACATATCCTTCTGTAAAAGAACAAAACTTGTGAAATTCATCCAATTTGAATCTTTACATG AATCTGAAGAGAAATGCTATAATGGCTTTTTTGGCAGGTGGTTATATGCAATTATGATCT TGCTGCTAGCTACTCTGTTTTTCTGCCTCATCTTCCTTCTCCTCCTCCTACTTTTTCATA GGTAAGATTTCTCTTTGCTGAAGACGGACTTCATTTAGCATTGCCTAGCACATTAATTTT GAATTTGTTGGAAGTTTGTTAGATTTATGTTCTTAAAATTATTGTTGGTCCTTCTAAAAA TAAGGTTATATGAGATTCTGGAACATCTGTTTGGTCAGCAGAGTTGCTGATTCTTAAGAT AATAAACATCTCATGTAAAAAAAAAAAAAGATTTCAGTGTAGGATGCTTAGTTACCTCCT TTCAGTCTTGTGAAGGAGGGAGACACATATTAGAGCTAAGCTATGCAAACTTCATAAGTT GCGAGTGAAACCCTGTTATTTGTGCCTATATTATTCCCCATACTTTTCTTGCTCCTGTAG CTAAAGTGTGTGAACTCATGTTTGTTGAATCAGCTATCTAATTTTGACAAATCAGACCAC ATATGAGCTTGTGAGACGACGGCGCATCCAGTATTTGAGGTTGGTTATATCCTTCCAATT CTTGTGTGATATTATTTACTGGGTAGTTGCATAGAGATGTCTATGTTGTCTCTTCGAGCC ACTACTCTGGATGATATGGTCAAAAACATTGGACTTAGTTGCAGTTATGGTCAACATCTT TGAGTGATTAATTGATATCTCAAAAGCAAATGGAACATGTATTCTCATCAGGAAATTGTC TCGTCTTTAAGCTCAAGTTTAAACTTGCTTTAATTTGCAGGAACATTCCTGAAAGAGTGT ATCCATTTAGTAACGGAGCATGCAGAAACTTGTATGAGTTTTGCTGTGCCCAGCGTAGCA AATATAGGATGGAACCGCTGCCAACAGGACAAGAACTTGAAGATAAGTTGAGACCCTACA CATGCTCAGATGTTTTATCCTGTCGGTGTTGCTGTTGATCACTTGTCTTGTATCCTAATA CTTGACATTGGATTCAGTGCGTGCTAGCACGGCCCCAATACATATCGAATTTGGAGTCTC ACTTGAATTTGTTAATTATTGTAATTTACATTATTGTTAGAATCATTTTCAAATGATATA TGGTACTTTATCCATATCGATTTATGTGACATTGAAATGATTTTGAAAGTTAACCACATT TTATATGTTAATTTTTTTGTCCTAATTTATTTGGCACCGATAAAATTTTAAAAGTGAAAT AATTTCTCTATATAACTTATAATTATTTGATTTATAATATATTTTATGTAATTCTTCAAT TTGTAAAAAAACAAATTAAAACAAGAAAATCATAAAAAAATAATAATAAGTAAGATGACC CAAACAAGTACATGTTGACTTACTTTGATACATTTTGTATTTATTTTAAACGGAAAAGGG TTAAAACTGCTCCTAAACTATGCGAAATAGATTACTTATATCCTCCAGTACATTTTGAGA TCAAACTAATCCCTCCACCAAACCGTTGCCAACGAAGATCTACTACAAAAGAACTTAATC TTTAGTGGCGACAAAGTTGCCACAAAAATCTCATGAGTGATTTTTAGTGAGGACTAATAG TAAAACCTTTTTTTTCAACAAAAAAATATGATAATTAATTTTTGATTGCAACCTCATTTT CTAAAATAATTAACTTGCAATATTAATATTATAAACACCCAATATTATTACGAAAAATCA TGAAAATTACTTCTCGATTCACATCTCCTACTATATAATGCATTATTATACATTTTCATA TAACATAAAAATTAAACAGTATCTTCAAACTCCTGCTTAATCGACATCATTTTTGTTTTT TTAAAAAATAATGAAGAAAAAAACACAAAATTAAAATTTGATGTTAAAAACTTTTAGTAA CGATTTTTTGGGATTTTGTGGCGACTATTGTCGCCCTAAAGGTCTAGTTCTTTTGTAATG AATCCTAGTTGACAACGCTTAGGTGAAGGATAAGTCCTATGTGGCATGCCACATCACTAA AAAAATTGAGGTGTTAAACTCTTTGAGGGTATTTGTGGTCTCTTAGGATAACAGCGGGGG TATTTTTGATCCCAAAATGTAACGGAGGGTACAAGTAATCTATTTCACATAGTTCAAGGG CAATTTTGACTCTTTTCCGTATTTTAACTTATGAAATTTAATTATTATTTTCAATTTTTA AAAGCTCAAACTAATAATACATAAAGCTAATGTATGCATTATTTTTCCTAAGACAGTCTA CCAAGTGAGGTTGAGGCTCGGAAGTAAAGGATCGTCTTTGAACTTGAATGAAGAGGTTCA CTTTTGCTTTTTCATTTTCCATCTCTATGGACCTTTATGTTTGGAAAGGAAGAGTGGAAA TGAAAGACGAGACACAAAACTATTTTCAGCATCATGCTAAATTACAATTAGTGTGGCAAA AGCTCATGATTATGAGATAAATGAATCTTATGTTATGGTTTACAAAGGCAAGGGCAGATA AGAAATGGAAAATATGTATTATCAATGCGTACATGCTATGCAAAATTGATTTCCTCATAA AACTAGCTATTTCTTACAAGCCGACGAGAAAAACTCAAGAGGGAAGAAAGAATTGGCTAA TAAATTTATGCTAACCATATGTGGATTTGCATTGTTTTTTGAGACCTGTACAGATGATTC TTAATGGAGGTAACATCACTTTCCACTACTCCACTTTTTGATGGGGAAGATGGTGACTTT TTTCCGAGGGGGGTGAAATCCACCCTCTGTTGGTCGCAACACTGAAATAGATGTTTCACG TTCATCACCCTTGTACTCCTTGTCGCCTGTTAAAGGTTTTAGCTCAAAGGTCCCTTTGGT AAAACCTCTAGCAACCTGGTTAATCACAGCTTACAAAATCAGCAAATACAGAAATAAAAG TGATATTTTGTTATGAGAATGGATAAAATGACTAAGCATACCTTTAGAAGAAGCCAAACT TTGAGAGAACTACTCAAGATTGCTAGCCTTGTCCTCTTTCCTGAAGTTAAATAGTTAGAC ATGTACTGATCTACCCTGAGAATAAATCTGGGCCAAGACTTGGGGTTTTCAGGGTCTGCC TTCAGATCCGTTGTGGACTGATCAACACAAGAAACAACAATCAGTTTTGGGGAAAGCGGT CATTATGTCAAATCATGTTGAACTATATTCAGAAAGATCCAAAAGAAGAGGAGGAAAAAT GGAGACCAAGTGGTAAGAATGGATTAGCTTGCCAAAGACAAGATTTTGGATCAACCTTTT TGCAGCTTAACAGATAGTAAGGAATCCAAGAAGATAACCTTGCAAAGGCATCTCAAGATG CCGTTAGTTTACTTACTAGCAACCGGCAAATTTCACGTTCAATCTTAGAGTATGCAGTCG CTAAAGCTTCCACTCTCCCCGTACCATGGCAGCACATACATGGTTCACTGATCATGAATG TCACACTAGGTCGAACCTGTCAGGTATAAGATGAAACGACCAACCATGATTAATTAGATA TTTCCACTAGTGTAGTTATGACAGAAATTCAGCACCAAATAACATACTCTTTTCCTGGTA ATCTCCATAAGCCCATGTCTGGACAATTCAGACACCTTAACTGTTGATCGATCTCTCTCA ACAGCCTTCTTGACCTCCTCATAGACCAATCTCTTATTTGCTGGAAAACAAAATAAAAGA AAAAACTTAGAAGAGGACTACATCTTCAAAATGTATTGACGATTTCAAGTTATCATCTTA TAAATCATATGGCATGAGCTTAGTGTCTAATATAGTTTAGAGAGAGGCATAGTAGGATGG CACTGATTACGAAACTTTCAGTCTGATTACATGCCGGTTTTAGATGATGAACAGTAGGTG TTATGTACTACAAATAATGTCGTTTAGTTACCAAGCATTCGACAAGGTTAACTTCAATTT TAGATTTACATAGAAGACCATAATATAAATTTATGTCTCTTCTTTTTTCTTTCTTATTTT CAGTAGTAATCCCATTTAAACAAAATATTGTGCATCAATACCACATAAAGACCACACACA TCATAATTTTAGAAGAACATTCAGTTCTGTGCTAAGAATTTAAAGGTTGAACTCATCAAA TTTAGTCTTGGATCCGCCTGTGACACATACACACACATAGAGAGGAGGGGAAAGGGCGGA GAGAGGGTTGTTTACTTACAATCATCCAACATATCTATGAAATCCACCACAATAATGCCA CCAATGTCTCTCAGCCTTATTTCCCTAGCAATCTGAGAATAATTTTCAGTATATACATAA ATGACAACAATTATCAGATAAAATAAAAAATGGGAATCTGTCGCAAATAATAAACTTAAC ATATAGAAAGAAAACCAATGCAATACTATGTTGTCTTTATCAACAAAAAAGATCCAATGT AATCCTGTGTTGTCGTACATTTCAGTAACTAGCTCGGTTTCTCAGATAAAAGGTTCAAAT CTAACCAGAAACACCCAATGAAACTAGAAGTGCAGTATTTCTTTGAATTCGAATGATGGA TACTTGCTTATTTGGATTGGTTTCTGCTTCCTTCCTTCTTTAAAAATGTGTGTAATTCTG CAGCCCAGGCTGACTGCTAAATTGGATCAAATTAACGCGACTTAAATAGAGGTGCATAAA AGCAACCACAGATTATCCCCGTTGGTTTTGTCTAGTGGTAAGAGCACAATGTGTGATGTG TGGGTTAGACACGTGAAGAGATCGAACCTTCCTATGACAAAAGCGTGGTATTTAACTGAA GAAAGGTAGAGAGCGGGCACATTATCCACATACGCTCAGGGATGTCTTGGTTATCCCCTC CAAGAAAAAAAAATAGAGGTTTAGCACGTAATTCAGACATGCTATGTCCAAACCAATAGC AGATTAAAACGGCAACATGGACATGATACCCTGTGTAGTTTCTTTTTTTTAAAGAATTAA TTCTCCATAGAAGGTGCATCAACAGAATATTCTTCTGTTCTGGGATCTGACAAGATACTA CTAGGCTACAAATGAGGCCTTGTCTACCACAGGAAAAAAGAGAAGCAGTGTAGCTTGTCA AGAGACATATTTTAGTGTTGGATTGAAGTATTTCCATCAAACGCTAAGCATCTTCTAATT CATTAAAAAGGATCTTCTAAGCATATCCTAGTTTGTTTTCTGATAACCAACTTTCCCAGG TGTAGAAAGACTATGCTCTTGGAATACAATGTGTAATCAAAATAGATGCAGGTCTACATA CCTGTCTAGCAGCTGCAAGGTTAACATTGAGAATAGCCATCTCTTGTGAAGTCCCTTGAC CAAGCACACAATGTCCACCATTTACATCGATGGAGACTAAAGCCTCTGTCTGTTCGATCA CTAAATAACCTCCATTATCAAGGGGAACCCTGCAAATTTTATAAATCAAAGGATTAAGGA GGAATATCAATGAAACATGAAACGTTTTGACTCACGAGAAGTTAAAATACATGTCATAAA AGACATAAAGCTAAAAGAAAGAAACAAAGTGATCTCCACCTTTTGCTGAGAATGTTGTTT ATTTCTTCCTCAATGTTGTATTCATCAAACAGGGGAGTTCTTGTACCATGCAACTCAACT CTTTCACAAAGATTAGGTGCCATTTCTTGAAGATAGTTTGTAACCTGAACAGAGTCCAAT ATATCTATATTAAGGTACACCATAATTTTAAAAAAATTCCTCAACCAATTTTAGCCCACA GGTAGTGGAACACAAACCGCGACTATTTGGTGTATGACAGATCTCCAAAATAACTTTTGC AGAGTTGGAATAAAAGAGGACACAACAAGACGACAAAAGTTGTGGAACACTATGCCGCGA CTATATGCTGAACTGTGTGAAGCGAAAGGAATCAGGACACTTAAAGTCAAAAAGGAAAAT ATTTGTAACTTAAAGCACAAATGCCCTTATAGTTTAAAGACGAAAATCAATGTCATCAGT TCTATTCATAAGAACGTAATGTACTGAGATACTAATTGCAGTGCTACTCATCATTGCACA CACTGGGCGCTATTCTTAAACAAGCTAATTTTACTTCTTAAATGTTTCATTAACTTGGGT TTAATTTAATCCAAGATAATCTCATTCATAGCCAGTATATGCAAATCTTCATACCAAAAA CCACTCACTATTGTAAAACCGCTTCCATGTGAAAAATCAACCTAGAGGAACATTAAAGCA AGAGAAAGACATGCAATCATGCTTGTAGGTCAAAAATCTTTTCATTCCATTGACTGATAA CTGGCTAAGTCCATACCTCATGATATGTCCTTGGAGAATCAACCACCAAACTATTCACCT GAAAATCAGTGCTAGAGTAAGAAAGTAAAATTGTGTTTTCATGCTAATTTGAGAAAGCCC ATGAACAGAAGTTGCCTAAAAAATAAAGAACTGAACAAATTATGAAGTAATGACCCGAGA ATGAGCAGACCTTATCGCTAAAATAATCTTGAACAACAGAAAGTGTTTGGCCCATTGCCT GGTGAAGCATGACAGGAACTGCTCCATCAACACCTTCATCTGCGGCAAGAGCTGCAGACT TTGCATGCTCAATTATACTTTTCCAAGTTGAAAGCAACCCTTCCAAGTCCTTCTGCAATT CATTTAGTGAATGACCAGCTGCAACTGTCCTTACTGTAAGACCATATCCTTGAGGCTGTA AAGTTTTTGCAATGACCCTTAAACGTGTGCGCTCAACACCAGCAATCTTCTTTGAAATAC CTATCGTGTTGCCGCGAGGAACTAAAACCTGGGAAGAGGAGAACCAATTAGATTGGGTTT TCTAATAATGGACTTTCAGCTGTAAGACACAGAATACATGATCATGAAACATGTAATACC CAGAATCTGCTCCTTAATTTCGGATAAGCAGTCAGTGTTGGGCCCTTCGTACCCAATCCT TCTTTAACAACTTGCACAATTATTTTAGTGCCTTTTCGGACCTGGACCCACTTGCTTTCA TCTCTTTGTGAAATTCTCTTACCATTCATAGCACGCTCAATAGTTGGATTCTGCCCTCGG TACCCAATTCCACTGGATTCTTCTGGATATTTCTCTGAATGAGTTTCAAGCCCATGCTCA GTTACACTACCATTACAATTTTCTGCAAGGACTTCTAAAATATCACAAGCATCACCACTT TCATGGTCCCCAAACTCACTGTCCATGTATTCCATGGATTCATCCTCTATATCAGCATCA TCAATCTCATCCGCATCCACTTCTTCTAAAGTGGATTTATTTCTAGGAAGACCTAGGTTC TCTTCAAGCATGTCAACAGAAGCACCATTAATTACCTTTTCCCTTGAATCATGACAAAAT GGAGGGAAAACAAATGGTTCTCTGTTGGGCTTTATATCCATAAAGGAGGGTCTTGAAGTG CCAATATTTACAAATGCACCACCCATGTGTGGAGCTAATTTTGTAACTACTCCTAGATAA ACACTATCGCACTGCACGTTATTTTTCACTGGTTCCAGCAGTAGTTCAACCAGTTTCTCA TTTTCTAAAACAGCAATTCTTTGCACAGTACAAACCGAAGAGTTAATCAGAATAATTGTT GTGAAAGAGTCTTCCTTGGATATAGCATCACATTGATCAACATCCAACAGCTTCTCAGGT ATTTGTTCATGTTGATTGCTAGATGAAGGTTGAGCTAACTGTTCGAGTTGATCGCTAAAT GGAGGTTGAGCTTCATCCTTATTATCTGACTGTTCAACTTCAAAGTCATCAGGAGCCATC TCAGCATCAAAACTAGGAGATAACATACATGCTTGCAATAGCCAGGGCTCCTCTACATGG GCATATGTTGCGCACAAGGTTCCTGACGAAGCATCGTTAGAATTGACCTCATACTTGGAC CATAAAGTCTCACTAAGTGTGGACTGATTTACGAATCCTGATTCTAAATTTTCACAGTCA AGACCCTCAACAATCTTGTTGTCACAAATGACATCACCAGAAGCATCAGACTCTGCCAAA TGATGAAGAAGCAAGGAAGAATCGCATAGCCATGGCTCTTCAATGGTCAAAGGTTCAGTT GAAATACTTTTGCCACAGTCTGAAGTTGTATCAATCTCATCTGAGAAAAAACTATCCTCA TCTATAAAATCACTAAAGACCTGCTTTAGGATGGAAGAATTGCTGTTCAAGCATTTCACA GTAACATTCCCATCTGCATTTCACTGGAAGCATTTAATATCCAAAAATAATTCATAAATT AGAAAACTACAACCGAGTATAACTGTCCAGAGAAATATTATCATAAAAGTAATACCTCTA GAGCGATCTGAAACGAATAGATGGATAGGTATAGACCTTTCTACAAGCCAGGATCCAAAC ATGCTGCCCAAAGGCATCCTTGTATGAGATTTAATCCATAAGTTCCTTGGGAAAAGTTTT CCTCTTTGTTTAGAAGGTACTGACACGGAGACATCATGCCTAGCTTTGCATAAAGCAACA GATGAAGTCCACATATCTCCCTTCACAGAAGAGTTGCAGCTCAAATGTCTTGAATGCAGT ATCTGCTAAGACCAACATGAGCTCAGGCGCACTAGATAATGAACAAAGTATCTAGTAATT TCTCAAATCATTTACAGAAGATATAAACCTTGAGCTTAACATAGCTAGCTCTTGAGGTGA TCCTTGTCTAAAACCATATAAGGAGATCAAGTACCTCATCCAAATCCGATGGGGAAAATC TAACACCCCCTCCCTCCCCTCGCATGCCCAGGACTGGGCATCTTGAGTGTGTGCAATATA ATATGGGGATCCAATATCAGCTAAACTAAGAATTGTAGATTTGATATCAAACTCTATTAA ATAGATTAGATTAGTTAGATATTATTCTATTCTTTTCCTTTTCAACAAGAATAGACATAG CTAAAAGGAAATTTTTGAAATTTTCTTTACCTATGACTATTTAAATGGTATACACTAGAT TGAGATGGTTACCTTTGACGTCTCCCATAGGCTAGAGATTTCAGTACAAGACAAGAGAAT AACCATCTCCAGAAATTGACCATCCACTGAATCAACTTCTCCAACTCAAGGCACCTCAAA TGATACTTCCAATTCAACAAACAAAGTGCTTGAGAAATCATAATGTGCTGCATCAAGCAG CCATCATAAAACTTAACTACCAAGCGTGCGAACTGTTTCTGCAAACACAAGGAAAAAGAA AAGAACTCCAATAAGAACAGAGGATGCTAACTCAGCACAGTTAAATTACCCAAAAAACAG AAATATACTTCATCTTGCCCTTAACAAAAGACATACGTGACCCATGAATACACTAATTCA TATCCTTCTTGATTTTGTCGTCAAAGAACTTAATTTTTAAATGACAGAAGTGGAGGGAAT TCTTCTAAACCAACGAATGTAATATGCCAATAGCTTCAAATAAAGTATCCAATCACAATT GCATTCAAGAAAGAATCCCCAAACAATCTTTTCTTGAATTTCTACCGCCACCTACAACAG GCGGCCAGCCCTCAAGAAAATTGAAGAACCCCAGAGAAAAAGAATGAAGGGAAAGACAAT ATAAGCATTCAATAGCATAAACTCAGAAAAATTAAAACACAAGACTCGAAGGAAACCAAG CAGCAAGTTAATTCGCCCGAAAACTAAAGCCTTACAACTGATAGAGGAGAAGTTAAGATT ACGGAATGAACGGGAAGTTGCAAATAGAAAGAGAGAAGATAAAGAAAACAACCTGATAGA GCTATTGAACAATAACGAAGAAGAAGAGAAACATATGTAAATTCCCAGTGTTATCTAGTA CTACCTCGGACAGCAAAGAGAACGGCTAACTCTGGTTCTTGAAAGATAAGGAGCCACTCC TTCCTATTTTCTACGGGGGTTTTCAATTTCTCTTTTATTTTCCTTCCTTTCTTGCTTCCC CTTTTAAAAAAAAAAAGGATATATTGCAAGTCGATAATTATATTCGAAATAGGAATCAAA TGAGATAATATATATAACACTAAAATTTGTTTCAAATTATAATGAAGATATCACATTATA TATGAAAAAATAAATAGTAATTGTGTTTTTCTTGTTCGGTAAGATTTATATATATTTATT TATTTTAAAAAAATTTGAGATGGAGAAGTGAAAAAGGAATTATAATATAGAGAATTATAT CATCGTCAATAACGTGAGAGTTTAAGTAATTAACTATCTAAGCTAAGAATATATCATTAT TTTTCATTATTTGGTTGGTTGTACTAGGATTTAGGAGTTAGACTGACGATATATAAAAAA TAAATAACTTAAATTAGAATAAGAAAATTTGAGACTACAATGAGTATGTTCTTGTTTTGA AACTTGAAAGATAAAGATTGCTAACAATAACAAATGTCATGTAATAATAATAAATCTTAA GATTGCTGTAACTTTTTTTTAGATAACGATAAAACACAAACTATTATCTTTTCTAGAGTT TAACATATTAATTATTCATTGTTTCATTTAATTACCTAAATTATCACTATTTTGTATTAG AACACATCGATTCTAAGTTGACCTTAAGGGCAAGACAAGAAAAATGCTTCTGAACCTTTT TCTCAATTGATCAAAGATTTAAATCAAAATTATAAAAAATCTTAATAACGTAATTGGTTA AGTACTTAAACTTTTACCTCTTAGGCGAGAATTCTCCATCTTCCTTCTCCCTACCCCAAA TTGTATTTGAGAAATAAAAAAGAACCGAAGTTCTTAATTTCAACAAAAAATAATATATAT ATATATATATATATATATGTAAATCAAACTCAAACTCAAGAATAGACAGGAATTGCTTGG TGAAACAGCTGCATATGAACGTCCTTGCAAAATGGATATCATATACATACCATCAAACTC AAGAATTGACAGGAAATATATCTAACAAAGAAACAGAGTGATCCACTGAACAACCTTGTA AAAGGAATATCCAAGATTTATTACACCCAAATTTGTAAAGTCAACACAAAGGCAATAAGT GAACTCCACGAAATGACCTACTATAAATGAACCATTTTTAACATATCATTTGGTTTCTGT ACTGTATACAATAATATTGGACTGGCACAAAATGTATCTGACTTCATGAACCTTGGATAA TCTAGGTGCGACGAGATTTCTGGGACTTGAGAGACTCGAAGCGAGCAGTAAGTTTGTCGT AGTCAGGTAAATTGGGATGAACCCGAGGCACATGAGGTGCAGGACGGTTAGGGGCTCGAT TGGTTCCTCTACTGAATTCGTGAGTTCCCATCTCTTCTTCACCATCTGATTCATCAAACT TGATACCTGAATGTACTGATGGAACATTGTAGCTGTGCCTTCTGTAGAACTTCCCACCAT CAATATCAGTTGGTGGGCTGGGTTTATATGTCCCACTCGGCGGATCTTCCATCTCGATTT CCTCATCACAGTCTGAATCATCATACTGAACATTACGATTTGAGGATGGAACATTATAGC TATGTCTCCTGTCGAACTTCTGTGATCTTTTCATATCTAATGGCATCTCTTCACCAGCAG AACTATGAGAATTTTCGGAATTCCTGATGTTCTTACTACTCCAGTGCATATCATAAAGAT CAACTATGGACTGAGAAGGTGGTGCCACTTCAATTTGCGAGAACTTGGGAGCCTGAGCAC CAGAAATGAAAGGGATATTGTCAGCAGTTGCATTCTTCGGAGAGTAGTGACAACCAGCAG AAGATGCTTTTGCGTCTTTACTGGCTAGATATGCAGCTGCTTCAGCAGCTGCAATTGCTT GCTTGGCAGATTCAGCAGCTGCTTTAGCAGCTGAAGCTGGGTCATCAAATTTGGCAACTT CCGATTCTCCGTCATCTGAAGAGCTGTTAGTAATTGACCAACCAAGTCAAAACTTTTTTT TCTCAAAGAAAACAAAAGAAAAATCATGGTTTAATAGTAGGGCGGGAAACAAACTTTAAC CTATCAATGAATACCTTCGGAGGTTGTTAGGCTCAGCAGGTTGCTTTGAGGCTGGCTTCA GGGGTAAGCTAGTGGCACTTACAAAGCCATTTGGTCCTTCCTGATCAAAGAGAATAGTTG CTAGTTAGATGGTCATCTAACACGTTAGGCATCATATTCAGATATAGATGGATTTGAGAT AGAGACACACTATACGCTCTTCTGGTGGCTTGAGAAGCTCCATCTCTGAATCTGCGGTGT CCCATTCAACCTGGTATTCTTTGGCTATTTCTTTCATGATTTTTAGTTTGACTTCACCAC TTGGAGTTTTCACAGAGAGCTTTTCAATGAGCTGTAGCAACAATTACCCACTTCTCTTAG ACCCCTCTCCCAAGCACATAAATATAGATATATTTATTATGATAAAGAGAACCACAAGTT TCAAGAGAAGAAATATGATTACCGTCCGGTTTACACCAGCATTGGGTCGCAGGTCAGTCG CTGCTGAAACAAAATCTTTTCCATATTTCTTCTCAAAAACATCTTTGATTCCCATCAATT CTGGAATATCTGAGCACCTTGGGGCAGCGAAAATCAAACTTGATATCCCCTCTTTCAAAT CAGCTGGACATTGCCTGCAACAGGCAGATAAATAGAAATCAAGGTTATTTGTGAGCTTTG TCTTCTAACCTTAAAAAAAATTAATAGCTTGAGACATCTTACTTTTGCTTTGCAATAATT GTTAACCTAGCCACAATAAGTTCACAGAAGAGCTCGAGGATCTCATTTGCTTGTAATATA TTTTGTTCTCTTATTACATGTTCGACCTATAAAAAATGAAGCATGTGAGTGTTCTTTCCA AACGATTAGTAGAAAGAGACAACCCTAAGAAAAGTAACTTCTTAAGAAGGATCATGAGCA ATAGAAGTAAGAAGATTCCACTTTAACTTGAAAAATATGTCATTCTAAAATCACATGTTG GTGTATCAAAATAGAAGAGGTTTATTGATATCCACCATTATAGACGTGAAAGATAACTTT CAACAAAATCTCTTGCCCAAAAGATAAACACACAATGTATTTCTGCCCCCTCATAGTGCA TAATATTATGGGTCTTTTTAAGCAACTTCAAGATCACCCACAATGTCATGCCCAGTGTAA TCCTACAAGTGAGGTCTGTGAGGTCTGGGGGAGGGTAGGATGTATGAGATCGTACCCATA CATTTGTTGAGTAAAGTAGTTGTTTCCAATATACCCTCGACTTTGCATTAAATAGAAGAG TTATTTCATATCACATTGATTAGTCTAATCTTTAGGCACAACCAGAAAGAGGTATGGCAG AGGTATCTTGGCTCAAAATTAAGGTAGACATCCAGCATAGCTGTTAAAGCTTAGAGGAGG AGGGAAATTCAGTAACTAAATCCCATGGTATAAATTAAGAAGCAAAGAGGGTTTTAGCAA AAGCACATAATTTTAAAGTAAGCAAAGTGTTTCAGAATGAGAAAAATCATAACTACAATC AAGATACTTCAACGAGATTAAGTTAATCACAGCCTCCAGGTTTTGGTGAATAGCCCCAAA AGATCCTAAAAAGAAGTCAGCTCTATCCCCATGTAGAAACCCTATAATCTTGAAGCAAAG CAAAAATTGTATGTTTCAAGCTAAATGATTCACAAGGGTTTCAATACTAATTCTAAACAG CAACAGGAGAGAGCTAGCCACCATGACTCGGACTGACACCCCAAGCATGATATACCAAAT TCCCCATTCCTACGATTTGATTTCGAGATTACATAAAAATTATTCCATTAATCCATCCAT CAATCAATCAAACAAACAAGCCCCAACCCTAAATCAGAGGTTAAATACGAAAATGGAAAA AAAGTACCCTAATACGAGCAGTGGCATCCTGATGGGATTCAAGAAGCATAGCAATGTCTC TCCTCATTTGCCGCACAACCACCTCCCTCTTGTTTCTCAGCAATTTTATTCTCGCCACCG TCATTTTTGCCATTGTCTTGCTGCATACACACACAAAAAAAAATGTAAAAAAAAAAAGGA TTGATTTTATTCAAAAAAGAAATAATATTGAAATTCACCATTTAGAAGAATTGAAGGTTC TGCAGAAGAGAGAAAGACCCATCTTCATGGCCTTCTTGCAGTGCTTGGTGGCAGCGTTTG CTACTGTCATTTTCTTGTTAAAAGAGAGAGAGAGAGTGAAGCGATGAGAAGAGTGTGTGT GAGAATGGTAGTGAAGAAGAGAACAGAGTTGTATGTGTAACGGTCGTTTCGTTTGGGACG ACAACAAAAATATGATTATATCAAAAGTGGATGACGTGGCGGTATTTGTGGGCCCAGCTC GGAGCGACGACCGACATAGACAAAAGAGCCGTTGTTTTACTAACGACGTGGCGTTGGTTT GTAAGGGTCTTAGGGAGGATCCCATGTATATTCAAGATTTCGAACAGTGAACTTTGGACT TTTCTTCTCCTTTTCACATTGCTTTTTCTTCCCTACCTTTTTTCACACTACCGTCTTCAC CATTAAGATACCATCAATATTTTAAATAAACGAAAATTATGATACGTTTATAAAATCAAA TCTATATATTATAAATTGTTATTATTCTTCTATGAATTGAAAGAAAAATAATTTGATCAA AAAATTCAAACAATTTGGAAGATAAATTTCCGATTAAGTAATATTAGGTTAAGTAATATT CAATGACCTATGACACATATATTCATTATAATAATAAAAAAGAAAAAACAAAGCTGTTAA CTTTTATATTTTTTTAAATTATTAAATAAAGTAATTATGTATACTCAAACTAGTATTTTT AAGAAAAAAAATTAACATTGAAAATAAGCGAACTTCCTGATTTTTACCAGTTAAACTTAT TTGGAAATAATTTCACTCATGCTTTCTCTAAATTTTGAAGCAATCTCTAAAAATAGGTCA AACTTAAGATCATCATTGAATTATAAATAAAAAGTTAAGAAGTTTGCTTATACCCAACAA TCTTAATTTTTTCTTTAAAATATTCGATAGGATACACTTAATTGTTCTATTTAATGGTTT TGAAAAAAAGTAAAAATAATTTTCTATTTTATTGTTTAATTATTATAATGAGTATATAAT TTAAATAGATTTCAATTATAAATTATTATATAATACACATAATTAAATATTATTTAACTT AATTATACTTGACCAAATATCCCAATTTTGAACATCTTAAAGTTTGGTCCTATTTTTTTA TTATTATTATTTTATTTTTTTATCTTAGAACTTTAGTTAAGTTTGGTCCTAAATTTGTAG TGGTTGAATATCAATTTCCTCTTGTTCATAAATTTCTACAGGTTATCTCAGTCTGATTCT TTAAATAGGTTTTAAACCCCAAAGCACCTTCTTTAGAAGGCTCTCTCGTGGGGTTTACTT AATGACTCAAGGCATATGCCGCTTAAAATTAATTGCATATTTTATTTGAATATCTTAATT TATCTTCATATTCATTAAACACTTTATTTTAAATACCTTGTTTATTCAAAAAGTTATTTA TATATTTAACATAAAATATAGACATGTTAAAAAATGTGGACTACACTTCCTTTATGAGCG TGAATTTAGTAAAATCAATTTTTTTCTTCTTTTTTCATAACTTATATACCAAAATTAAGG AAAAAAGAAAAAATATATTTTTTGTAAAAAAGTAATCTTCTTCCCCAACCCAGTTCCCTG TGCCATTTTCATCCTTAATTTTTTTACACAGCAGACCACCCCACCTCTCTCTCTCTCATC CTCTGCAAATTCTTCTTTTTCTTTTTTTTTTAAATGTAGATTCACTCTGTCAAAATTTTG GTGAAGCTCCATTCAATCCGATGAAAAAATATGAATTGACTTTTTCGGGCAAAAGTTTAT TATTATCTCTTGTAATTGTAATTGTAATTAATAATTTTTAATCGAAAAATGATAAAGATA ATGAATGATTTTGATGATATCAAAATGGAAGAGAATGGTCGATTCAAGGGGGGGAGGGGG AAGATAGAGGTCGGATGATGATTTTCTAGGCTGCTGGCATCGGCGTCAGCGTCAGCGTCA ATGGAAATTGGAAGGCCATGGAAATAGGTTCTGAAGAAGAAGAGAAGACAGGTGGAGAGG GTAATTCAAAATGATAAAATTTTATTTTTTTAATATTCATTTTAAATTATTTAAATAGAG TTTTTAAAAAATTTAGATCCATGACATATGTCATTCTTTTATTGGTATGTTTGTTATGTC GAGGAGTTCGAAACACACTCATATTTATTATCAATTTATTGTAATTTTGCGATAAATAGG TACAAATTTGTTAAGATTTAAGTGCTGGATAAGTACAAAGCTAAATTGAGATATTTAAAT GAAATGTGTGAAAAACTTTAAAGGGTTGTCTATGACTTAAGTCTTTGTTAATAAACATCC CATTCGAGTTGTTAAAAAGATTCACTATCATTCTTGTTCTACAGATATCTTAGCATCATT GTTATAATATTAATTTGAACACATTATTATAACTAAATAAAAAGGAAGGGATTTTCACCC ATTTAGTTACTACACCTGCAACAGATCAATTTAAGAAGCATCCAAAAAAAAAATTCACAA ATTTCATACACAATGAGCAATTAGATCCATTAATTAATGGATTATATAGTACAGAATGAA CATACACAAGAAAGGGCTAAAATCCCTTAATGGACTGAAATACTGAATGGGCCTACTCAT ATCATATCAGCCCATTGACAGCTACATGTTACTTGCACACACTCTTGGACTTCTTTGGGC CTCAAGTCCAAATAATAACTAATCTTGGCCAGAATTAGCACCTCTGCAAAATTTTGGCAC TAATCTGTAAAACTGGAATAACACAAAAGACAAACAGAGAAAAAGATTAGGAAATTGGAA AACTTTGTCCATGTTTCTTAATCCTCTTCACCCTTAGCTGCTAATACTATACACAATATG TTCATCTACAGTACTCAATGACTAGAAATTCAATATCTATACATCACAGCTTCAATCATG CAAAAAAATACTTGAGCTGTTATGCATGATACCTCAATTTATCTACTGAGAGAAAGTATG TTGAGTAGAGACACCCTTGTCCGGATCAAAAGCTTGAACAACATTTCCAATCCATTTTCA AGATCCTCAATGCTACTCTCCAAATTCTCCAGATTCTTTTGTGCAAATTCAAAACTTTCC ACTTCCTCTTCATGTCCAGAAACATGATCCAGCAAGCTGTTGAGTGCAGTGTCAACTTTC TCCAACTCAGTTAGCTTTTCCCTTTGCCCTTCACTGCCTACAACCCCTTTATGTACTAGC TTCGAAACCAATGACCATTTATTGGACTTTGGTTTCGAGGCTGGCACATAAAGAAACATC AGCAATGACTGGAAAGTAGAAATAGTTGTGAAACTGGCATCTTCAAGAACTCTTATTATA GCAGAGAGCTGAGAGTCTTTCATTGTGGCTGATGGGGTGTTATGTATCTGTTTCAGTATA GTAAGGGATTTTTCAATTTCCTTTTGAGCGTTTTTTCTTGAAGAAATATAAGCACTAACA CTACCCTCAATAGTCAATAAATCATCTCCAGCTTTGCTTCTTCGAAGCGCGGATTGTAGT TCTCTCACGCTTTCTTTCAAACACATAACGGTATCCCTTGTATTGCTACAGATATCTATG AATCTCACTGATCTTTCCAGCAATTCCTTCACAAAATTGTCATCTTGATGCTGGAGAAGC GCCCTCTGAGTCATTGGCAACGCAAGGAGTTCCTCTATACACTCGTACAATTCTACAAGG CCGCTTGACAGGGCATTTTGGGTTTTTTCTTCTGCTTTTGGAGATAAAGGAGAAGATGAT TCCCAAGTTTTGATTTTGTTCAAAACTTGCTCAATCTTGATTGTGCTGGGGTGTGATCTA GCAGGAAAACTAACACAACGGGTACGGTAAGAGTTATGAGAATGAGACCTTGGGGAAAGA GCAGCCATTGTTCGAATTGTTGAAAGGTTCATTTTTTTTTTCCTTTTACAAAACAGGTTA TGTTCATGAATCATTCTTTAAGCTGGTTGTTTTATATATGCAAAATATCATGGAAGGAGA CAAAAGTTGGGAGAAAAGAATAGTTAATTTGGAATTATGTGTCAATGTGATGTACATGTG AACAAAGTGTGGGTTTTTTAATTATTTTGTTATGGTTCTATCTGTCAGAGGCTTCAACCA ACAAACAGGAGTACAACTTTAATACTTACATCAACTATAGTATAATGATAGGGATAGAGG CATATCTCTCTTATTTTTTATTTGAAGGATTTATTTGGTACAAGCTTAGATTTTTTAAGC TTAAGGGTGTGTTTGGTAGTACGAAAGAAAAATGTTTTCTCAGAAAAATAAGTGTTCTTT TACTATTTTTTTTTTTATGTTTGGTTAGTAAAATCAAAATATTAACTAAGAATATTTAAG TATGATCTAGACAAATATTATGATATCAGATCTAAATCTTATTTTGTAACACGGATCTTG ACTCCTGTAACGACAACGACCCTAGACCTGAGAATGACCCAAGACACAACCCTAACCTTG AGCTCGACTTAGAACTTTATCCCCTTGACTAGACCTTGATCTAAACTTAACTTAGGCCTG ACAACGAACATACGCGTGACCCGACTCATGACCTAATCTTGACCCAAGATTCGTCTCATG ACATTGACTATACTTCTACCCCGATGCTAATACAAAACCTAATTTACTCTTGACTTCGAC GTGAGACTTTACCCAAACTCCAACCCCAACCCTAGGCCCAACTACCAATTTACTCTTGAC TTCGACGCGAAACTTTACCCAACTCCAACCCTAACCCTAGGCCCAACTCCCAATTTCTGG TCGGGACTTGATCCGAACTTCACTGGGGAGTCCCATCAAAATTAAACCCGGGACTCGCCC CACTCCCGATCATAATTCATAATTTGAAGCCAGATGTTTACGTAAAATCCGATAAAAATC ATAAAAAAATTATAACTATAATCTTATTTAATTTTTAAATTATTATTTTTTCATAATTCT ATCTGTCAAGACTTCACCAACAAACAAGAGAAAAACTTTCATACTTACATCAACTATAGT ATAATGATAGGGATAGTGGCATATCTCTCTTCAATATTTTATTTATTTAAAGGATTTATG TAGTACAAACTTTAGATTTTTTTAAGCTTAATTTATTACTTTTCTCGAGCATCTAGGCCA CCGCCAGCTCGGGCTTAACAAAGGTTCATTCATCCAGAAAAGTCGGTTGGCATAGAGAAA AATGGGTGTGGGCTCCCAAAATTTGTCTGGATTGGAAGTACTTTTGGATGGGACATTAAG TTAAAGCATAAATGTACAACCAAAGATTGAATTTAAGTTCATAGAGTGAGATCTAGAGAG ACATACTAGTACTATATTGCTACATATGGTGGTTAAATCTTGTTTATGAGACAACTCATC AAGTTATAAGGTGGGTACTACATCTGTGCTCGTATGAGTATCATGTTATCTCAGTGTTCC CAGGTCCAAGCACTTACCCAAATAATGTTAATAGTATCAATTACGCGATTATGTTTGATT GAGAAAAATACTATTATATAAATTGAAATAAAAAAGATTTCATTTAATTTTAAAAAAAAT TTTGGTTTAAGAAAGTAAAAAGGAATTTTTGAATTTTATGGTCAATATAATCTATCAGAC TAAGCTTTAGTTTTGCAATTTTAATGATATCATGTTAAAAAATTATAATTAAAGAATCGT TAGATAAAAATAGACATATTTATTTTTAAGTAGACTAAAAAAAAAATTAAACATGAAATA AAGGAATACCATTTATATCACGTTTGGTTCTTTAATTCCTAGAGCTTCATTGCATTGACT TTGATTTTGTATGGACAAATTCGTGTGAGTACATACATATTCTTTTAGTCTCCAAAATGT AACGTAAAAAAGTTACATGAGAACTTATCATAGGTCATTAAACAATGATCCCAAGAGTTG CAAATTTTGTAAGAGCTAGAGACATGCATCGACATGAAAACTATAATAATTAATCATGGA AATAGAATATTTGAATATAAATAATCATGTTGGGTGAATAGAAGTTACTAGGATCATGAT CATACTATTGCAAAATAGAAAAAATAAAGTATAAAAATAAGCATACAATGAAAGTTTAGG AGGTGGTGGCCACTCACTATACTTAGCTGTGGCTAGCTAGTAGTTGGGTTTGGACACACT CATTAAATGTCAAATGAGAGGGGCACTTGTCACAAACAATGAATTTGTGTATAGCTGTTT GGTAGTCCCTTTCTTAACTCCTCCATACCGTGTTGTTTTGGGCTACCTATCCACGTCTTA ATAATTTAGATGGAAGCAGTAGCACTTCAATTGGTAGGGTTATTTATTTTATTTTCTTTC ATTACCAACCATGACTATAGTTCATAACAATATACTGATAGTTGAAAAAAATATTTAAGC TTTCAATCTGTCTAAAAGTTAAAAAAAAATGAATATAAATCTAAACGCTAAATATTTAAA TATAACTAAAGCAGGCTCCCATTTGCTTGCATTGAAATCCCAAATCTAGCAGATAAAAAT ATGAAATGTTTGCTTTGATGGCAAGGAAAGTTTTGAATAAGAGTAAATATAAAACACCTG GTGCAATGTTCAAGTGTATATTTTTGGTTTATTTTCCTCATATCAAGGAAATAGGGGATG AATATACTTTTTGAACATATTATATTTTCAGTGTACCATATCTGAGAGTGGTTATAATTT ATTGTATCTGAAGATCCTCACAAAGTCCCATTTAGATTTCCCTCTAATTACTCTTTATCC AAGAGCTAATTATATGCATATGTAGTTAATTAGCAATCAACAAGTGTCCCGGAATCTTTA CTTAGGTAGCTCAAAAGGTAGTATTATACTTCACCATTCATCATGGAATGACACGTTATA GTACCTTGTTGCATACATATATACATCTGAATAAACTATATTTTCTTGTAACTTTTGTTT GTTTAAAATTATTCTTTTGCAAAAAGTGGAAACTTTTGTTTGATGCATCCAAAAAGAAGT TGAAAATTATTCTTTTTGGCGTGGATATTATATAATACTAGCAATTAAGGATATGCTCCT ATATATCTAGAAGATTCGTCATACACTTCTTTTGCACAAAAGTGAAAATTAACTTTAGAT TGATGTATCCAAAAGTGTTACATGGATTTATGAGTGACAAATGAGTCATCTGAAGAAAAG TTTTATTCGTCTCCTACTTAAAGTGTCTCTTCAACACTCATCATGAGGGTGAGATATACA TACGTAATACGTTCTTCTTTAACTTCCTAATTTGGCGTTGATACACACCTCTCTAAAAGT AATCAATCTTTTTCCATACATAACCTTTTTAAAGTAAAGGAAAAAACAATTCTTCATCAA TTTATGTTTCATATCTGATCACACACCATTTTAGTCCAACCACTCCTTCTTAATCCAAAC GAACCCTCGCCCACCCTAGCGGCTCATCCTCTCCGACCTAACGCTATCCGAAAATCGAAA TGAGATATATAAAAATATTCTGATTGACTATTAATATTTCACATTGAACAAAAGGATGAT TTTGATTCAATTCTCAAATTCAAAGGATTAATTTGGACGAAGCAATGATTGAATTAATTT TTTTAAAATAAAAAACTATATGTATTATTTCTTCAAAATGTATTATTTTAATTTTGTTCT TTTATTTTCTATTTATTATATATATATATAGTGTGTGTTTGGTAAGAAGGTTTCCAATTT TCTCATGTTTGGTTGGGACAAAATTTTTGGAAAATATTTTTCAAATCAACTCATTTTTCT CAAAATTAAGGAAAATGACTTTCCTTCAAACTTCAAAAATTAAGAAAAACATTTTCTAAA ATTATCATCCAATTTTAAATTACATTTTTTTTTGGAAAAACAACAATTTTATTTTTAAAA AAATTCAATTTTAAAATTTTATTTTTTTTATCCGATCCTTGACCCCCACCCACACACCAC CGGTCAGCCCTCTCCCCTCCCCGACCCCACCTCCTTCTCAAAAAAATAATTTTGCTTTTT AAAAATATTTTCAACTTCAAATTTTTATTTTTGAACTCTTACCCCCTCCTCCCTCCCTCC CCGGCCAGCCCCCTATCCACCCCAACCCCCCAAAAAAATTAATTTTGTTTTTTAAAAATG CTATAAAGTTTAAATTTTTATTTTTTCACTCCTCCCCCCTCCCCCCACCCCAAATAAAAA TTGTTTTAAGAAATATTTTTAATTTCATAAATTATTTTTCACTCTACTAAAAATAAAAGA TGTCTTTCAAAAAAAAAATTCATTCATAAATTAAACACTAAAATTATTTTAAAAAAATAT TTTTTATTCACCGACAAAAAATAAAAAAATAAATTCAAAATCTACTTATTTTATAAAAAA ACATTTTTCATCAAAAATATTTTCTCACTACCAAGCACACCCGTAGTACTTGTATGTTTT CTTATCGAAAGATACTCGCTCCTATTTTAAAATAGGTTTCATATACAACAATTTGAAGTA TGCATTTGAAAATTTAAGAAGTCCAAAATATATACTTAAGCAATTTAAAAGGTCCAAATA ACAATTAAAAGAGTTCTAATTCACTCTTATCTGACTATTAAGGGCCCGTTTGGATAGGCT TAATAAAAGCAGCTTTAAAAAAGTATTTTTGAAAGTGCTGAAACTTATTTTAAAAATAAG CAGATATGCGTTTGAATAAAGTGCTGAAGTTAAAAAAAAGTTGTTGATATGTTTGACAAA TAAGTGCTGATAAACAACTTTTTAAATCAAAATGTCTGAAATACCCTTAAAAGCTGTTAA CATAATAAAAGTTAATTAATTTATATTTTACAGCCATATATAATTATATTTTGCTATCAT TCACATATTTCTTTCTCATCACAAATTATTTATAAGAGGGATATAAACTTATTATAGATT TTAAAGATATATAATTTGAATAGATCAAAGAACGATTTAAGATTTTATTTTAGTTTCATC CATAGGTAATAATAATTGTCTATCATTCACATATTTCTTTATTATCACAAATTATTTATA AGAGGAATATAAATTTTAATTTAAGTTCTACGTGCAACTTATTTTACATTTTAATAATAT ATAATTTGAATAGATCACTTGAAAGATTTAAGATTTTTTTTATTTTCATTCATTAGTAAT AGTAATTGTCTATCATCCACACGTGAAAAAGGGAAAAATGGAAGAAAGAGATGTTAGAAA TATGTGGGTAATTTGAAGATCGTATAAAAATATTAAGGGCAAAAAGGTAAAAATTTGGTC AACTTAAAAACAGCTAAGCTTAAAAAAAAAACACCCCTATCCCAACTTTTAACTTTTGAC TTAAAATAAATTTTTTTAAACTTAAAAAATGTTATTTTGAGTATTGCCAAACAACTAAAT AAGTTAAAAATCAACTTTTAAGTCAGTTTGACCAGCTATTAAAATATGTTGGAATCGGAA ATAAAAGATAAGGTTAGAAAAAATCACCAACAACATTTTGACTATTTTCTATGAAAGATA AGAAGAACAAGAGACAATTAATTGTAAAATAAATCGGTCCTGAATGTAAATAATAACTAA ACTTGTGAACCATATCATCTTGGACTGTCAAGTCTTGTTTCACTTTTGATCCCAAAATTG CTGCTACTGTGTTAGACAATGGCCAACAAGGTTTCCAATTTCTCGGATCTGATCCAACGT GTCACTGCTTCTTGCTTGCTCCACCCACTTTCCTCCAACGGCCACATCTCTGGTGCTCGT GACGCCGACGAATCTGAAGATGACAAGTACACTACCGAAGAAGAAGAAGAAGAACACTCA CCTTATGTGGAAACTCTGGAAAAATTCCAGAATTTCGAGGTAAAAAATGAGGAGATAAGA ACTGAGAAAGTAAATGAAATGGAAATGCTTTTAGGGGAAGTGTTTGATGCAGTGTCGGCA ATGAAGAAGGCTTACGTTAGTCTACAGGAGGCGCATTGTCCTTGGGATCAGGATAAAATG CGCGTGGCTGACGTGGCTGTGATATCTGAACTGCGAAGGCTTGGAGTGTTGAGGGAAAGA TTCCGGCGGAATGTCGGCGGTGGAAGTGAAAGAGGGGACTGGAGAGTCGGGGTGGCGACG CTGAGAGAAGTGGTGGCGCCGTATGAGTCAGCCGTGGAAGAACTGAAGCAAGAGGTGAAG GCAAAGGATATTGAGATCGATGATTTGAAGGAAAAGCTAAAAACGGCGACGTTGCTTAGC AGCAATAGTGGAAAGAAAAACAAGTCAAAACGGAGAGTTAACTGCAGCAGTCAAGCTCCA GTTAATATGTCGCCGGCACCTGACCTGTTCGAATCTACAGTGAGCTCAGTAAAAGAAGCC TCAAAATCCTTCACGAGTATGCTCCTCTCTTTGATGCGCTCTGCTCACTGGGACATTGCG GCGGCAGTGAGATCCATTGAAGCTGCTTCATCTAACTCCACCACACCAACGGCGGATTCA ATTGTCGGAGCCAACCATGCAAAATACGCACTGGAATCTTATGTGAACCGCAAAATGTTC CAAGGATTCGATCACGAGACGTTCTACATGGACGGAAGCTTGTCATCACTCCTCCACCCA GACCAGCACCGCCGGGAGTGTTATACACAGTACAGGGACATGAAAGCCATGGACCCAATG GAACTTCTGGGAATTCTCCCAACTTGTAGTTTTGGGAACTTCTGTTTCAAGAAGTATTTG GCCATCGTGCATCCTAAAATGGAGGAGTCTTTGTTTGGTGATTTGGAGCAGAGGCGTCAG GTACTGGCTGGGAACCATCCGAGGAGTCAGTTTTACGGAGAGTTTCTTGGGCTAGCAAAG GCCGTTTGGCTGCTGCATTTGCTGGCCTTTTCTTTGGATCCTCCGCCAAGTCACTTTGAG ACAAGCAATGGATCGGAGTTTCACCCCAAGTACATGGAAAGTGTGGTGAAGTATTCCATT TCCATGGGGATAGGAGGGAGAATGGGTATGGGTCTAGTTGTCGGGTTTCCAGTTAGTCCC GGGTTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.909 198 241 match_part 0.904 337 804 match_2 match_part 1.000 7423 7513 match_part 1.000 7653 7672 match_part 0.991 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9345 match_3 match_part 1.000 7431 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_4 match_part 0.987 7439 7513 match_part 0.950 7653 7672 match_part 0.991 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.998 10310 10716 match_part 0.565 11528 11550 match_5 match_part 1.000 7457 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 0.986 10157 10229 match_part 1.000 10310 10323 match_6 match_part 0.982 7457 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10211 match_7 match_part 1.000 7457 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10211 match_8 match_part 1.000 7458 8160 match_9 match_part 1.000 7461 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9619 match_10 match_part 0.714 7465 7513 match_part 0.950 7653 7672 match_part 0.973 8613 8723 match_part 0.980 8812 8911 match_part 0.980 9228 9377 match_part 0.973 10157 10229 match_part 0.911 10310 10421 match_11 match_part 1.000 7466 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.995 10310 10526 match_12 match_part 1.000 7473 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.995 10310 10693 match_part 0.778 11783 11800 match_13 match_part 1.000 7474 7513 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.969 10310 10634 match_14 match_part 1.000 7477 7513 match_part 0.995 7653 8272 match_15 match_part 1.000 7478 7513 match_part 1.000 7653 8381 match_16 match_part 1.000 7478 7513 match_part 1.000 7653 8344 match_17 match_part 1.000 7478 7513 match_part 1.000 7653 8160 match_18 match_part 1.000 7481 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_part 1.000 10157 10211 match_19 match_part 0.969 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 0.993 9228 9377 match_part 1.000 10157 10229 match_part 0.977 10310 10353 match_20 match_part 1.000 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_part 1.000 10157 10229 match_part 0.889 10310 10318 match_21 match_part 1.000 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9677 match_22 match_part 1.000 8616 8723 match_part 1.000 8812 8911 match_part 0.993 9228 9377 match_part 1.000 10157 10229 match_part 1.000 10310 10338 match_23 match_part 1.000 8675 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9495 9694 match_part 1.000 10157 10229 match_part 0.995 10310 10522 match_24 match_part 0.966 8695 8723 match_part 0.970 8812 8911 match_part 0.993 9228 9377 match_part 0.973 10157 10229 match_part 0.975 10310 10390 match_part 0.966 10430 10548 match_25 match_part 1.000 9909 10229 match_part 1.000 10310 10619 match_26 match_part 0.955 9985 10229 match_part 0.952 10310 10709 match_part 0.706 11763 11796 match_27 match_part 0.997 10405 10719 match_28 match_part 0.986 12495 12864 match_part 1.000 13985 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14500 match_part 1.000 15016 15081 match_part 1.000 15175 15246 match_part 1.000 15650 15759 match_part 1.000 15834 15925 match_part 1.000 16028 16094 match_part 0.989 16284 17014 match_29 match_part 1.000 12505 12864 match_part 1.000 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50278 match_221 match_part 1.000 52479 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 0.981 50399 50346 match_222 match_part 1.000 52407 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50354 match_223 match_part 1.000 52404 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50354 match_224 match_part 1.000 52321 52308 match_part 1.000 52206 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50516 match_225 match_part 0.960 52382 52308 match_part 0.961 52203 52102 match_part 0.955 52015 51905 match_part 0.905 51765 51692 match_part 1.000 50577 50550 match_226 match_part 1.000 52371 52308 match_part 0.990 52203 52102 match_part 0.973 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50552 match_227 match_part 1.000 52373 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50553 match_228 match_part 0.924 50873 50689 match_part 0.500 50577 50566 match_229 match_part 0.958 51999 51905 match_part 0.904 51765 51693 match_230 match_part 1.000 52400 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51985 match_231 match_part 0.924 56347 56163 match_232 match_part 1.000 77724 77694 match_part 0.994 77612 77281 match_part 0.989 77189 76921 match_233 match_part 1.000 77767 77694 match_part 0.965 77612 77359 match_234 match_part 1.000 88603 88323 match_part 1.000 88241 88003 match_part 0.975 79101 78983 match_235 match_part 0.920 83761 83487 match_236 match_part 0.994 88502 88323 match_part 1.000 88241 88003 match_part 1.000 83761 83516 match_237 match_part 1.000 87443 86856 match_238 match_part 0.996 87392 86856 match_239 match_part 0.948 87379 86856 match_240 match_part 0.998 87818 87165 match_241 match_part 0.992 87818 87187 match_242 match_part 1.000 87818 87418 match_243 match_part 1.000 87818 87435 match_244 match_part 1.000 88593 88323 match_part 1.000 88241 88212 match_245 match_part 0.985 98179 97719 match_246 match_part 0.992 98110 97719 match_247 match_part 0.992 98101 97719 match_248 match_part 0.994 99176 98508 match_249 match_part 0.988 99176 98672 match_250 match_part 0.913 111504 111182 match_251 match_part 0.908 111504 111199 match_252 match_part 0.987 128945 128868 match_part 1.000 128776 128657 match_part 0.987 128417 128262 match_part 0.991 128175 127833 match_part 0.909 127140 127130 match_253 match_part 0.900 128907 128868 match_part 1.000 128776 128657 match_part 1.000 128417 128262 match_part 0.997 128175 127833 match_part 0.909 127140 127130 match_254 match_part 1.000 128875 128868 match_part 0.992 128776 128657 match_part 0.987 128417 128262 match_part 0.901 128175 127833 match_255 match_part 0.984 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128657 match_part 0.929 128417 128334 match_256 match_part 1.000 131615 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128657 match_part 1.000 128417 128339 match_257 match_part 1.000 131615 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 0.992 128776 128657 match_part 0.955 128417 128374 match_258 match_part 1.000 131615 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128667 match_259 match_part 1.000 132402 132180 match_part 0.997 132088 131771 match_part 1.000 131638 131597 match_part 1.000 130964 130905 match_260 match_part 1.000 132482 132180 match_part 0.997 132088 131776 match_261 match_part 1.000 135214 135125 match_part 1.000 134498 134293 match_part 1.000 133862 133616 match_part 0.985 133513 133189 match_262 match_part 0.857 135166 135125 match_part 0.956 134498 134293 match_part 1.000 133862 133616 match_part 1.000 133513 133246 match_263 match_part 0.964 135234 135125 match_part 1.000 134498 134293 match_part 1.000 133862 133616 match_part 0.990 133523 133328 match_264 match_part 0.947 134501 134293 match_part 0.940 133865 133616 match_part 0.980 133513 133464 match_265 match_part 0.942 134498 134293 match_part 0.968 133862 133646 match_266 match_part 0.997 136635 136240 match_267 match_part 1.000 136656 136243 match_268 match_part 1.000 136783 136325 match_269 match_part 0.955 137170 136374 match_270 match_part 0.955 137170 136420 match_271 match_part 0.971 139531 139359 match_part 0.970 139280 139148 match_part 0.952 138086 137983 match_part 0.977 137894 137723 match_part 0.993 137611 137471 match_part 1.000 137380 137334 match_272 match_part 1.000 139550 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137471 match_part 1.000 137380 137351 match_273 match_part 0.981 139520 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137553 match_274 match_part 0.984 139546 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137594 match_275 match_part 1.000 139397 139359 match_part 0.962 139280 139148 match_part 0.952 138086 137983 match_part 0.977 137894 137723 match_part 1.000 137611 137597 match_276 match_part 0.967 139481 139359 match_part 0.947 139280 139148 match_part 0.952 138086 137983 match_part 0.915 137894 137731 match_277 match_part 0.908 138047 137983 match_part 0.980 137894 137742 match_278 match_part 0.974 139474 139359 match_part 0.970 139280 139148 match_part 0.952 138086 137983 match_part 0.983 137894 137778 match_279 match_part 0.959 139529 139359 match_part 0.962 139280 139148 match_part 0.958 138086 138039 match_280 match_part 0.996 143348 141882 match_part 0.895 141091 141073 match_281 match_part 0.997 143072 142321 match_282 match_part 0.995 143321 142490 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 198 241 exon 337 804 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10716 exon 11528 11550 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10719 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10693 exon 11783 11800 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10390 exon 10430 10548 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 9468 9694 exon 10157 10229 exon 10310 10318 gene_7 gene GT_PGL_2_AGS_6 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7477 7513 exon 7653 8381 gene_8 gene GT_PGL_2_AGS_7 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 9495 9694 exon 10157 10229 exon 10310 10719 gene_9 gene GT_PGL_2_AGS_8 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7474 7513 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10719 gene_10 gene GT_PGL_2_AGS_9 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 9909 10229 exon 10310 10709 exon 11763 11796 gene_11 gene GT_PGL_2_AGS_10 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9619 gene_12 gene GT_PGL_2_AGS_11 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7458 8160 gene_13 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 11806 11783 exon 10718 10369 gene_14 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 12495 12864 exon 13985 14197 exon 14293 14345 exon 14444 14500 exon 15016 15081 exon 15175 15246 exon 15650 15759 exon 15834 15925 exon 16028 16094 exon 16284 17040 exon 17300 17314 gene_15 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 16545 17005 exon 19694 19708 exon 20102 20123 exon 21905 21952 exon 22092 22111 exon 22628 22683 gene_16 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 16502 16938 exon 17280 17323 gene_17 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 17024 16515 gene_18 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36366 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39792 exon 41219 41329 exon 42003 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46980 exon 47194 47218 exon 47338 47346 exon 47560 47575 gene_19 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36366 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39792 exon 41219 41329 exon 42003 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46971 exon 47194 47219 exon 47560 47575 gene_20 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36366 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39792 exon 41219 41329 exon 42003 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46971 exon 47194 47218 exon 47560 47575 gene_21 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36366 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39792 exon 41219 41329 exon 42003 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46983 gene_22 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36372 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39795 gene_23 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52488 52308 exon 52203 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49826 gene_24 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52488 52308 exon 52203 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49848 exon 49783 49761 gene_25 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52406 52308 exon 52206 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49826 gene_26 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52400 52308 exon 52200 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49826 gene_27 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 50873 50689 exon 50577 50507 exon 50399 50346 exon 50168 49848 exon 49783 49761 gene_28 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 50873 50689 exon 50577 50559 exon 50317 50278 gene_29 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 51565 51480 exon 50577 50507 exon 50399 50346 exon 50168 49849 exon 49209 49167 gene_30 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 56347 56163 gene_31 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58074 58368 exon 58453 58732 exon 60559 60815 exon 60898 61010 exon 61402 61549 exon 62251 62388 exon 62519 62801 gene_32 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58074 58368 exon 58453 58732 exon 60559 60815 exon 60898 61010 exon 61402 61549 exon 62251 62388 exon 62519 62799 exon 63762 63782 gene_33 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58132 58368 exon 58453 59031 gene_34 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 63794 64099 exon 64663 64845 exon 65562 66109 exon 66205 66790 gene_35 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 63831 64099 exon 64625 65043 gene_36 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 66025 66790 gene_37 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 72626 72857 exon 72952 73216 exon 73357 73859 exon 73961 73977 gene_38 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 72951 73216 exon 73357 73859 exon 73961 73977 gene_39 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 77767 77694 exon 77612 77281 exon 77189 76921 gene_40 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 87818 86856 gene_41 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88593 88323 exon 88241 88003 exon 83761 83487 gene_42 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88603 88323 exon 88241 88003 exon 79101 78983 gene_43 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88015 88548 gene_44 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 98179 97719 gene_45 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 99176 98508 gene_46 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102209 102310 exon 102414 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_47 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102209 102310 exon 102414 102508 exon 102749 102925 exon 103001 103196 exon 103552 103819 exon 104391 104419 gene_48 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 102925 exon 103001 103196 exon 103552 104010 gene_49 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102242 102310 exon 102438 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_50 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102224 102310 exon 102438 102622 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_51 gene GT_PGL_17_AGS_6 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102215 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_52 gene GT_PGL_17_AGS_7 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 102310 exon 102414 102925 exon 103001 103196 exon 103552 104010 gene_53 gene GT_PGL_17_AGS_8 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 103196 exon 103552 103994 gene_54 gene GT_PGL_17_AGS_9 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 103345 gene_55 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 109726 110047 gene_56 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 111504 111182 gene_57 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 120082 120361 exon 120457 120571 exon 121171 121245 exon 121363 121434 exon 121596 121733 exon 122907 122940 exon 123461 123570 exon 124328 124417 gene_58 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 121572 121733 exon 122907 122940 exon 123461 123570 exon 124328 124417 exon 125318 125401 exon 125794 125859 exon 126101 126264 gene_59 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 132482 132180 exon 132088 131771 exon 131638 131597 exon 130964 130840 exon 130709 130562 exon 129572 129500 exon 128980 128868 exon 128776 128657 exon 128417 128262 exon 128175 127833 exon 127140 127130 gene_60 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 135214 135125 exon 134498 134293 exon 133862 133616 exon 133513 133189 gene_61 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 135234 135125 exon 134498 134293 exon 133862 133616 exon 133523 133328 gene_62 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 134501 134293 exon 133865 133616 exon 133513 133464 gene_63 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 137170 136240 gene_64 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 136270 136821 gene_65 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 139550 139359 exon 139280 139148 exon 138086 137983 exon 137894 137723 exon 137611 137471 exon 137380 137334 gene_66 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 143348 141882 exon 141091 141073 gene_67 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 149030 149608 gene_68 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 149899 150370 RepeatMasker tomato repeats master Unknown00046 147 506 1 Unknown00046 147 506 1 nucleotide_motif 1028 6698 7048 TS 58 632 1 TS 58 632 1 nucleotide_motif 436 15386 15492 Copia00113 5133 5262 1 Copia00113 5133 5262 1 nucleotide_motif 288 21502 21631 Unknown00025 238 405 1 Unknown00025 238 405 1 nucleotide_motif 573 25648 25824 Gypsy00043 532 611 1 Gypsy00043 532 611 1 nucleotide_motif 254 30170 30250 Gypsy00073 715 974 1 Gypsy00073 715 974 1 nucleotide_motif 690 30271 30480 Copia00110 13389 13536 1 Copia00110 13389 13536 1 nucleotide_motif 462 30474 30616 Gypsy00043 1008 1198 1 Gypsy00043 1008 1198 1 nucleotide_motif 445 30617 30657 Copia00172 1750 2080 1 Copia00172 1750 2080 1 nucleotide_motif 1585 40520 40842 Copia00181 1814 1865 1 Copia00181 1814 1865 1 nucleotide_motif 258 48947 48998 Unknown00034 3921 4057 1 Unknown00034 3921 4057 1 nucleotide_motif 333 54741 54880 TS2 563 650 1 TS2 563 650 1 nucleotide_motif 302 59109 59200 ATCOPIN_LTR 176 244 1 ATCOPIN_LTR 176 244 1 nucleotide_motif 244 59494 59565 Copia00151 5513 5803 1 Copia00151 5513 5803 1 nucleotide_motif 1097 70187 70463 GYPSODE1_LTR 62 139 1 GYPSODE1_LTR 62 139 1 nucleotide_motif 447 74163 74240 Gypsy00176 1037 2267 1 Gypsy00176 1037 2267 1 nucleotide_motif 7569 74570 75774 Unknown00037 18 4237 1 Unknown00037 18 4237 1 nucleotide_motif 12718 79515 83305 Gypsy00003 5069 7417 1 Gypsy00003 5069 7417 1 nucleotide_motif 20647 83301 85645 Copia00092 3893 3996 1 Copia00092 3893 3996 1 nucleotide_motif 883 92177 92280 SONATA2 8 223 1 SONATA2 8 223 1 nucleotide_motif 547 99401 99602 Copia00112 65 135 1 Copia00112 65 135 1 nucleotide_motif 487 100601 100670 Copia00143 77 223 1 Copia00143 77 223 1 nucleotide_motif 856 101059 101204 Copia00143 45 152 1 Copia00143 45 152 1 nucleotide_motif 682 101252 101359 Unknown00046 365 506 1 Unknown00046 365 506 1 nucleotide_motif 746 107383 107519 Copia00112 16 156 1 Copia00112 16 156 1 nucleotide_motif 574 107397 107535 Copia00151 8219 8379 1 Copia00151 8219 8379 1 nucleotide_motif 545 108041 108201 Gypsy00080 7824 7965 1 Gypsy00080 7824 7965 1 nucleotide_motif 549 109341 109477 Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 4434 111037 111726 TLP1 3 662 1 TLP1 3 662 1 nucleotide_motif 574 111817 112104 Copia00198 2938 3496 1 Copia00198 2938 3496 1 nucleotide_motif 2848 112437 112989 Copia00012 2463 2728 1 Copia00012 2463 2728 1 nucleotide_motif 548 113633 113883 Copia00221 2858 2926 1 Copia00221 2858 2926 1 nucleotide_motif 276 114436 114497 Copia00198 2938 3067 1 Copia00198 2938 3067 1 nucleotide_motif 594 115341 115470 SONATA2 40 244 1 SONATA2 40 244 1 nucleotide_motif 725 115471 115675 SONATA2 48 223 1 SONATA2 48 223 1 nucleotide_motif 275 144965 145127 Gypsy00163 7783 8012 1 Gypsy00163 7783 8012 1 nucleotide_motif 1193 147111 147353 RepeatMasker tomato repeats master Copia00113 5410 5499 -1 Copia00113 5410 5499 -1 nucleotide_motif 355 21234 21142 Copia00113 5077 5228 -1 Copia00113 5077 5228 -1 nucleotide_motif 266 21430 21269 Copia00181 1808 1883 -1 Copia00181 1808 1883 -1 nucleotide_motif 246 49025 48949 Unknown00025 804 1221 -1 Unknown00025 804 1221 -1 nucleotide_motif 1957 51113 50693 Unknown00025 1017 1203 -1 Unknown00025 1017 1203 -1 nucleotide_motif 902 55749 55567 Unknown00025 778 1238 -1 Unknown00025 778 1238 -1 nucleotide_motif 2561 56613 56149 Copia00107 272 656 -1 Copia00107 272 656 -1 nucleotide_motif 2707 57061 56676 Gypsy00043 526 1314 -1 Gypsy00043 526 1314 -1 nucleotide_motif 5126 71617 70803 Gypsy00176 1 85 -1 Gypsy00176 1 85 -1 nucleotide_motif 387 74340 74250 GYPSODE1_LTR 230 525 -1 GYPSODE1_LTR 230 525 -1 nucleotide_motif 1681 74578 74283 Gypsy00210 775 1419 -1 Gypsy00210 775 1419 -1 nucleotide_motif 3345 80095 79444 Unknown00008 2526 4449 -1 Unknown00008 2526 4449 -1 nucleotide_motif 8993 87028 85041 Gypsy00003 5082 5182 -1 Gypsy00003 5082 5182 -1 nucleotide_motif 750 87123 87022 Gypsy00157 3 2390 -1 Gypsy00157 3 2390 -1 nucleotide_motif 12091 96655 94290 GYLES1_LTR 1 785 -1 GYLES1_LTR 1 785 -1 nucleotide_motif 4281 97063 96295 Copia00112 59 155 -1 Copia00112 59 155 -1 nucleotide_motif 495 100595 100497 Unknown00046 451 519 -1 Unknown00046 451 519 -1 nucleotide_motif 293 107395 107328 HAT1_MT 1 140 -1 HAT1_MT 1 140 -1 nucleotide_motif 264 107818 107682 TLP1 371 506 -1 TLP1 371 506 -1 nucleotide_motif 427 107952 107837 MUDSOLD1 3 567 -1 MUDSOLD1 3 567 -1 nucleotide_motif 2730 109457 108907 Unknown00019 33 718 -1 Unknown00019 33 718 -1 nucleotide_motif 4756 110210 109508 Gypsy00073 601 657 -1 Gypsy00073 601 657 -1 nucleotide_motif 344 111742 111686 Unknown00029 1285 1618 -1 Unknown00029 1285 1618 -1 nucleotide_motif 667 113589 113267 Copia00124 739 833 -1 Copia00124 739 833 -1 nucleotide_motif 286 114663 114574 Copia00143 91 194 -1 Copia00143 91 194 -1 nucleotide_motif 404 116661 116575 POTTEN2 1 113 -1 POTTEN2 1 113 -1 nucleotide_motif 311 127458 127346 TS2 536 650 -1 TS2 536 650 -1 nucleotide_motif 321 138522 138400 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1285 81729 82727 match_2 match 1285 81729 82727 match_3 match 2640 84042 85459 match_4 match 1453 113314 114497 match_5 match 1919 81398 82727 match_6 match 1984 84042 85421 match_7 match 2103 80909 82727 match_8 match 1933 81099 82727 match_9 match 2738 84042 85462 match_10 match 2254 84042 85462 match_11 match 2254 84042 85462 match_12 match 2403 149215 150426 match_13 match 2942 127501 128984 match_14 match 2956 145480 146997 match_15 match 5338 141496 144302 match_16 match 6199 136099 139294 match_17 match 129006 135180 match_18 match 2722 84042 85462 match_19 match 2722 84042 85462 match_20 match 1384 113314 114497 match_21 match 2732 84042 85462 match_22 match 1516 34355 35359 match_23 match 2732 84042 85462 match_24 match 2714 84042 85462 match_25 match 2753 84042 85462 match_26 match 2307 84042 85462 match_27 match 2303 84042 85462 match_28 match 2298 84042 85462 match_29 match 2730 84042 85462 match_30 match 2746 84042 85462 match_31 match 1384 113314 114497 match_32 match 2020 28 1103 match_33 match 2966 4185 5704 match_34 match 7983 12561 16650 match_35 match 8673 7176 11685 match_36 match 2529 77721 79375 match_37 match 2714 84042 85462 match_38 match 2753 84042 85462 match_39 match 2746 84042 85462 match_40 match 2640 84042 85459 match_41 match 2640 84042 85459 match_42 match 2740 84042 85462 match_43 match 2450 81323 83305 match_44 match 2254 84042 85462 match_45 match 2294 84042 85462 match_46 match 2319 84042 85462 match_47 match 2740 84042 85462 match_48 match 2769 84042 85462 match_49 match 2785 84042 85462 match_50 match 2732 84042 85462 match_51 match 2732 84042 85462 match_52 match 2690 84042 85462 match_53 match 2518 84042 85462 match_54 match 1982 84042 85321 match_55 match 928 81306 82532 match_56 match 1199 81270 82703 match_57 match 1590 81315 82727 match_58 match 1429 95042 96392 match_59 match 2642 84042 85462 match_60 match 2706 84042 85462 match_61 match 1959 94929 97056 match_62 match 1980 94929 97060 match_63 match 2022 94929 97060 match_64 match 1639 94929 96392 match_65 match 1225 81270 82721 match_66 match 1352 81726 82727 match_67 match 1211 81275 82747 match_68 match 2769 84042 85462 match_69 match 2349 84042 85462 match_70 match 1754 84042 85174 match_71 match 1786 84042 85174 match_72 match 648 81821 82968 match_73 match 1584 81508 82726 match_74 match 2002 94929 96392 match_75 match 2746 84042 85462 match_76 match 2746 84042 85462 match_77 match 2753 84042 85462 match_78 match 648 81821 82968 match_79 match 729 81731 82817 match_80 match 2730 84042 85462 match_81 match 2730 84042 85462 match_82 match 729 81731 82817 match_83 match 942 113320 114401 match_84 match 1584 81508 82726 match_85 match 1554 34356 35359 match_86 match 2746 84042 85462 match_87 match 2746 84042 85462 match_88 match 2753 84042 85462 match_89 match 2730 84042 85462 match_90 match 2730 84042 85462 match_91 match 2202 81065 82727 match_92 match 739 81731 82727 match_93 match 1685 113214 114496 match_94 match 837 81731 82864 match_95 match 2002 94929 96392 match_96 match 2746 84042 85462 match_97 match 2753 84042 85462 match_98 match 2753 84042 85462 match_99 match 1231 94929 96342 match_100 match 2137 84042 85459 match_101 match 1455 113314 114494 match_102 match 1431 81686 82727 match_103 match 2452 84042 85462 match_104 match 1713 94929 96578 match_105 match 1372 81728 82727 match_106 match 1122 81547 82572 match_107 match 827 81731 82725 match_108 match 1522 34357 35359 match_109 match 1063 81543 82557 match_110 match 1122 81547 82572 match_111 match 1292 113401 114428 match_112 match 2722 84042 85462 match_113 match 2722 84042 85462 match_114 match 2290 84042 85462 match_115 match 2290 84042 85462 match_116 match 1524 94929 96509 match_117 match 1358 113314 114485 match_118 match 1261 113314 114497 match_119 match 946 94929 96342 match_120 match 900 81415 82727 match_121 match 942 81415 82727 match_122 match 1524 94929 96509 match_123 match 946 94929 96342 match_124 match 1338 113354 114497 match_125 match 1287 113314 114497 match_126 match 1796 34357 35375 match_127 match 1552 81564 82727 match_128 match 1629 81564 82727 match_129 match 1473 81137 82158 match_130 match 1191 94929 96342 match_131 match 1554 34357 35359 match_132 match 1398 34357 35359 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1443 124722 125478 match_2 match 1277 50548 51191 match_3 match 884 7517 8041 match_4 match 248 109519 109676 match_5 match 1229 46473 47099 match_6 match 248 109526 109679 match_7 match 1160 123980 124571 match_8 match 1524 46483 47259 match_9 match 1330 12816 13511 match_10 match 1310 123911 124571 match_11 match 260 144352 144489 match_12 match 900 143841 144302 match_13 match 1265 47377 48078 match_14 match 1120 12831 13416 match_15 match 844 141952 142414 match_16 match 999 141824 142414 match_17 match 1409 127982 128692 match_18 match 829 5062 5491 match_19 match 1306 102771 103441 match_20 match 918 141856 142392 match_21 match 1183 45890 46514 match_22 match 864 112281 112794 match_23 match 260 112121 112258 match_24 match 902 109521 110039 match_25 match 1437 16678 17470 match_26 match 1273 142924 143595 match_27 match 942 83306 83816 match_28 match 922 83 547 match_29 match 1318 102449 103141 match_30 match 1057 84497 85037 match_31 match 1507 84236 85030 match_32 match 815 85037 85462 match_33 match 1189 135322 135989 match_34 match 1178 84394 85003 match_35 match 1001 114560 115095 match_36 match 805 85037 85462 match_37 match 1080 84633 85193 match_38 match 1162 84623 85224 match_39 match 805 85037 85462 match_40 match 1374 114225 114932 match_41 match 1227 84680 85318 match_42 match 965 84720 85238 match_43 match 1207 84392 85004 match_44 match 1518 84240 85032 match_45 match 1413 9266 10048 match_46 match 835 84391 84819 match_47 match 1039 130325 130848 match_48 match 993 84360 84876 match_49 match 1043 84317 84869 match_50 match 1168 71167 71755 match_51 match 944 84042 84532 match_52 match 1072 84042 84617 match_53 match 1003 83305 83818 match_54 match 1080 83345 83913 match_55 match 1053 83395 83941 match_56 match 924 84989 85462 match_57 match 315 128826 128984 match_58 match 1088 129006 129554 match_59 match 1267 98842 99525 match_60 match 1116 84587 85161 match_61 match 1063 83394 83941 match_62 match 882 83306 83778 match_63 match 1300 84392 85059 match_64 match 1374 84227 84931 match_65 match 1033 84577 85109 match_66 match 912 109521 110040 match_67 match 266 111573 111735 match_68 match 1066 83342 83891 match_69 match 999 84634 85157 match_70 match 1009 83306 83826 match_71 match 1023 84042 84573 match_72 match 1489 84436 85217 match_73 match 813 83306 83722 match_74 match 1007 84939 85462 match_75 match 1368 113612 114301 match_76 match 735 109639 110040 match_77 match 1362 84745 85455 match_78 match 1011 84922 85455 match_79 match 1213 83306 83941 match_80 match 975 84947 85462 match_81 match 1223 50392 51008 match_82 match 1172 96181 96798 match_83 match 902 84042 84512 match_84 match 1140 81483 82065 match_85 match 1546 112431 113231 match_86 match 1350 84525 85241 match_87 match 1215 84525 85173 match_88 match 844 86439 86917 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 7423 7513 match_part 1.000 7653 7672 match_part 0.991 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9345 match_2 match_part 1.000 7431 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_3 match_part 0.987 7439 7513 match_part 0.950 7653 7672 match_part 0.991 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.998 10310 10716 match_part 0.565 11528 11550 match_4 match_part 1.000 7457 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 0.986 10157 10229 match_part 1.000 10310 10323 match_5 match_part 0.982 7457 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10211 match_6 match_part 1.000 7457 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10211 match_7 match_part 1.000 7458 8160 match_8 match_part 1.000 7461 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9619 match_9 match_part 1.000 7466 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.995 10310 10526 match_10 match_part 1.000 7473 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.995 10310 10693 match_part 0.778 11783 11800 match_11 match_part 1.000 7474 7513 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 10157 10229 match_part 0.969 10310 10634 match_12 match_part 1.000 7477 7513 match_part 0.995 7653 8272 match_13 match_part 1.000 7478 7513 match_part 1.000 7653 8381 match_14 match_part 1.000 7478 7513 match_part 1.000 7653 8344 match_15 match_part 1.000 7478 7513 match_part 1.000 7653 8160 match_16 match_part 1.000 7481 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_part 1.000 10157 10211 match_17 match_part 0.969 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 0.993 9228 9377 match_part 1.000 10157 10229 match_part 0.977 10310 10353 match_18 match_part 1.000 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_part 1.000 10157 10229 match_part 0.889 10310 10318 match_19 match_part 1.000 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9677 match_20 match_part 1.000 8616 8723 match_part 1.000 8812 8911 match_part 0.993 9228 9377 match_part 1.000 10157 10229 match_part 1.000 10310 10338 match_21 match_part 1.000 8675 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9495 9694 match_part 1.000 10157 10229 match_part 0.995 10310 10522 match_22 match_part 1.000 9909 10229 match_part 1.000 10310 10619 match_23 match_part 0.955 9985 10229 match_part 0.952 10310 10709 match_part 0.706 11763 11796 match_24 match_part 0.997 10405 10719 match_25 match_part 0.986 12495 12864 match_part 1.000 13985 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14500 match_part 1.000 15016 15081 match_part 1.000 15175 15246 match_part 1.000 15650 15759 match_part 1.000 15834 15925 match_part 1.000 16028 16094 match_part 0.989 16284 17014 match_26 match_part 1.000 12505 12864 match_part 1.000 13985 14150 match_27 match_part 1.000 12509 12864 match_part 1.000 13985 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14500 match_part 1.000 15016 15081 match_part 1.000 15175 15185 match_28 match_part 1.000 12510 12864 match_part 1.000 13985 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14498 match_29 match_part 1.000 15078 15081 match_part 1.000 15175 15246 match_part 1.000 15650 15759 match_part 1.000 15834 15891 match_30 match_part 0.975 16502 16938 match_part 0.591 17280 17323 match_31 match_part 1.000 16507 17040 match_part 0.867 17300 17314 match_32 match_part 1.000 16545 17005 match_part 0.600 19694 19708 match_part 0.864 20102 20123 match_part 0.771 21905 21952 match_part 0.150 22092 22111 match_part 0.446 22628 22683 match_33 match_part 1.000 36366 36794 match_part 1.000 36949 37063 match_part 1.000 39256 39329 match_part 0.983 39473 39592 match_part 1.000 39738 39792 match_part 0.989 41219 41312 match_34 match_part 1.000 36373 36794 match_part 1.000 36949 36995 match_35 match_part 1.000 36376 36794 match_part 1.000 36949 36994 match_36 match_part 1.000 36377 36794 match_part 1.000 36949 36994 match_37 match_part 0.969 36389 36579 match_38 match_part 1.000 36403 36794 match_part 1.000 36949 37063 match_part 1.000 39256 39297 match_39 match_part 1.000 36403 36794 match_part 1.000 36949 36998 match_40 match_part 1.000 36548 36794 match_part 1.000 36949 37063 match_part 1.000 39256 39329 match_part 1.000 39473 39569 match_41 match_part 1.000 42036 42053 match_part 1.000 43308 43468 match_part 1.000 43545 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46199 match_42 match_part 1.000 42037 42053 match_part 1.000 43308 43468 match_part 1.000 43545 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46206 match_part 1.000 46291 46300 match_43 match_part 1.000 42037 42053 match_part 1.000 43308 43468 match_part 1.000 43545 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 0.974 45370 45447 match_44 match_part 0.941 43435 43468 match_part 0.981 43545 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46151 match_45 match_part 1.000 43437 43468 match_part 0.991 43545 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46206 match_part 1.000 46291 46315 match_46 match_part 1.000 43626 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46206 match_part 1.000 46291 46344 match_part 1.000 46436 46501 match_47 match_part 0.963 43626 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46206 match_part 1.000 46291 46325 match_48 match_part 1.000 44213 44233 match_part 0.977 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46206 match_part 1.000 46291 46344 match_part 1.000 46436 46518 match_49 match_part 1.000 45427 45465 match_part 0.963 46126 46206 match_part 0.963 46291 46344 match_part 0.948 46436 46570 match_part 0.918 46653 46980 match_part 0.720 47194 47218 match_part 0.444 47338 47346 match_part 0.750 47560 47575 match_50 match_part 1.000 46306 46344 match_part 1.000 46436 46570 match_part 0.976 46653 46983 match_51 match_part 1.000 46306 46344 match_part 1.000 46436 46570 match_part 0.976 46653 46983 match_52 match_part 1.000 46333 46344 match_part 0.941 46436 46570 match_part 0.947 46653 46971 match_part 0.680 47194 47218 match_part 0.750 47560 47575 match_53 match_part 1.000 46334 46344 match_part 1.000 46436 46570 match_part 1.000 46653 46971 match_part 0.654 47194 47219 match_part 0.750 47560 47575 match_54 match_part 1.000 46334 46344 match_part 1.000 46436 46570 match_part 1.000 46653 46969 match_55 match_part 0.900 46335 46344 match_part 1.000 46436 46570 match_part 0.984 46653 46966 match_56 match_part 1.000 58074 58368 match_part 1.000 58453 58732 match_part 1.000 60559 60704 match_57 match_part 0.932 58132 58368 match_part 0.982 58453 58732 match_part 0.992 60559 60815 match_part 1.000 60898 60909 match_58 match_part 0.996 58132 58368 match_part 1.000 58453 58726 match_59 match_part 1.000 58136 58368 match_part 1.000 58453 58732 match_part 1.000 60559 60669 match_60 match_part 0.985 58164 58368 match_part 0.982 58453 58732 match_part 0.969 60559 60622 match_61 match_part 1.000 58166 58368 match_part 0.983 58453 59031 match_62 match_part 1.000 58170 58368 match_part 1.000 58453 58732 match_63 match_part 1.000 58173 58368 match_part 0.985 58453 58725 match_64 match_part 1.000 58174 58368 match_part 1.000 58453 58732 match_part 0.985 60559 60625 match_65 match_part 1.000 58201 58368 match_part 1.000 58453 58732 match_part 0.984 60559 60750 match_66 match_part 1.000 58201 58368 match_part 1.000 58453 58732 match_part 1.000 60559 60744 match_67 match_part 0.994 58201 58368 match_part 0.996 58453 58732 match_part 1.000 60559 60665 match_68 match_part 1.000 58208 58368 match_part 0.982 58453 58732 match_part 0.970 60559 60690 match_69 match_part 0.975 58211 58368 match_part 1.000 58453 58732 match_part 1.000 60559 60756 match_70 match_part 1.000 58223 58368 match_part 0.996 58453 58725 match_71 match_part 1.000 58232 58368 match_part 0.975 58453 58732 match_part 0.979 60559 60751 match_72 match_part 1.000 58279 58368 match_part 0.996 58453 58732 match_part 1.000 60559 60619 match_73 match_part 1.000 58683 58732 match_part 1.000 60559 60815 match_part 1.000 60898 61010 match_part 1.000 61402 61457 match_74 match_part 1.000 60748 60815 match_part 1.000 60898 61010 match_part 0.953 61402 61549 match_part 0.978 62251 62388 match_part 0.943 62519 62801 match_75 match_part 1.000 60775 60815 match_part 0.991 60898 61010 match_part 1.000 61402 61545 match_76 match_part 1.000 60907 61010 match_part 0.993 61402 61549 match_part 0.928 62251 62388 match_part 0.880 62519 62593 match_77 match_part 1.000 60968 61010 match_part 0.993 61402 61549 match_part 1.000 62251 62388 match_part 0.986 62519 62796 match_78 match_part 0.993 61408 61549 match_part 1.000 62251 62388 match_part 1.000 62519 62767 match_79 match_part 1.000 61461 61549 match_part 1.000 62251 62388 match_part 0.982 62519 62799 match_part 0.810 63762 63782 match_80 match_part 1.000 61527 61549 match_part 1.000 62251 62388 match_part 1.000 62519 62799 match_81 match_part 1.000 63794 64099 match_part 1.000 64663 64845 match_part 0.963 65562 65697 match_82 match_part 1.000 63794 64099 match_part 0.961 64663 64790 match_83 match_part 1.000 63810 64099 match_part 1.000 64663 64845 match_part 0.976 65562 65645 match_84 match_part 1.000 63831 64099 match_part 1.000 64663 64845 match_part 0.996 65562 66011 match_85 match_part 1.000 63831 64099 match_part 1.000 64625 65043 match_86 match_part 1.000 63832 64099 match_part 1.000 64625 64970 match_87 match_part 1.000 63833 64099 match_part 1.000 64625 64789 match_88 match_part 0.996 63867 64099 match_part 1.000 64663 64845 match_part 1.000 65562 65600 match_89 match_part 1.000 63961 64099 match_part 1.000 64663 64837 match_90 match_part 1.000 65810 66109 match_part 0.995 66205 66393 match_91 match_part 1.000 66025 66758 match_92 match_part 0.996 66344 66790 match_93 match_part 0.996 72626 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73726 match_94 match_part 0.996 72626 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73725 match_95 match_part 1.000 72652 72857 match_part 1.000 72952 73216 match_part 0.985 73357 73486 match_96 match_part 1.000 72680 72857 match_part 1.000 72952 73153 match_97 match_part 1.000 72684 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73796 match_98 match_part 1.000 72684 72857 match_part 1.000 72952 73216 match_part 0.993 73357 73784 match_99 match_part 1.000 72684 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73731 match_100 match_part 1.000 72697 72857 match_part 1.000 72952 73216 match_part 0.972 73357 73677 match_101 match_part 1.000 72699 72857 match_part 0.962 72952 73107 match_102 match_part 1.000 72699 72857 match_part 0.984 72952 73076 match_103 match_part 0.968 72702 72857 match_part 0.989 72952 73216 match_part 0.991 73357 73463 match_104 match_part 0.994 72702 72857 match_part 1.000 72952 73216 match_part 0.987 73357 73433 match_105 match_part 1.000 72707 72857 match_part 1.000 72952 73216 match_part 0.994 73357 73534 match_106 match_part 1.000 72707 72857 match_part 0.992 72952 73216 match_part 1.000 73357 73369 match_107 match_part 1.000 72709 72857 match_part 1.000 72952 73216 match_part 0.973 73357 73466 match_108 match_part 1.000 72710 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73456 match_109 match_part 1.000 72713 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73569 match_110 match_part 1.000 72715 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73607 match_111 match_part 1.000 72731 72857 match_part 1.000 72952 73216 match_part 0.996 73357 73599 match_112 match_part 0.995 72951 73161 match_113 match_part 0.911 73071 73216 match_part 1.000 73357 73701 match_114 match_part 1.000 73131 73216 match_part 0.998 73357 73859 match_115 match_part 0.995 73473 73859 match_part 0.471 73961 73977 match_116 match_part 0.987 73479 73859 match_part 0.471 73961 73977 match_117 match_part 0.976 88015 88548 match_118 match_part 0.985 88015 88548 match_119 match_part 1.000 88015 88537 match_120 match_part 1.000 102209 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103147 match_121 match_part 1.000 102214 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 1.000 103552 103743 match_122 match_part 1.000 102224 102310 match_part 1.000 102438 102622 match_part 0.990 102749 102853 match_123 match_part 1.000 102225 102925 match_part 1.000 103001 103006 match_124 match_part 1.000 102225 102908 match_125 match_part 0.998 102225 102875 match_126 match_part 1.000 102225 102310 match_part 1.000 102414 102848 match_127 match_part 0.998 102225 102791 match_128 match_part 1.000 102242 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.995 103552 103735 match_129 match_part 1.000 102242 102310 match_part 1.000 102438 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.991 103552 103662 match_130 match_part 1.000 102242 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102800 match_131 match_part 0.984 102247 102310 match_part 1.000 102438 102508 match_part 0.994 102749 102925 match_part 1.000 103001 103056 match_132 match_part 1.000 102248 102310 match_part 1.000 102438 102622 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.979 103552 103697 match_133 match_part 0.984 102249 102310 match_part 1.000 102438 102622 match_part 1.000 102749 102925 match_part 1.000 103001 103124 match_134 match_part 1.000 102254 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103076 match_135 match_part 1.000 102259 102310 match_part 1.000 102414 102508 match_part 0.994 102749 102925 match_part 0.952 103001 103104 match_136 match_part 1.000 102460 102925 match_part 1.000 103001 103044 match_137 match_part 1.000 102507 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.983 103552 103838 match_138 match_part 1.000 102770 102925 match_part 1.000 103001 103196 match_part 1.000 103552 103819 match_part 0.690 104391 104419 match_139 match_part 1.000 102770 102925 match_part 1.000 103001 103196 match_part 1.000 103552 103764 match_140 match_part 1.000 102814 102925 match_part 1.000 103001 103196 match_part 0.998 103552 104010 match_141 match_part 1.000 102856 102925 match_part 1.000 103001 103196 match_part 0.993 103552 103994 match_142 match_part 0.994 102862 103345 match_143 match_part 0.997 102894 103196 match_part 0.986 103552 103771 match_144 match_part 1.000 103026 103196 match_part 0.995 103552 103994 match_145 match_part 0.910 109726 110047 match_146 match_part 0.905 109726 110030 match_147 match_part 0.957 120082 120361 match_part 1.000 120457 120571 match_part 0.983 121171 121228 match_148 match_part 0.992 120103 120361 match_part 1.000 120457 120571 match_part 1.000 121171 121245 match_part 1.000 121363 121434 match_part 0.993 121596 121733 match_part 1.000 122907 122940 match_part 0.991 123461 123570 match_part 0.911 124328 124417 match_149 match_part 1.000 120110 120361 match_part 1.000 120457 120571 match_part 1.000 121171 121245 match_part 1.000 121363 121434 match_part 1.000 121596 121657 match_150 match_part 1.000 120144 120361 match_part 1.000 120457 120571 match_part 1.000 121171 121245 match_part 1.000 121363 121382 match_151 match_part 0.963 120144 120361 match_part 0.991 120457 120571 match_part 0.957 121171 121240 match_152 match_part 1.000 149030 149607 match_153 match_part 0.998 149060 149608 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_154 match_part 0.750 11806 11783 match_part 1.000 10718 10369 match_155 match_part 0.961 17024 16515 match_156 match_part 0.988 51565 51480 match_part 1.000 50577 50507 match_part 1.000 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50577 50507 match_part 1.000 50399 50346 match_part 0.997 50168 49848 match_164 match_part 1.000 52408 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 0.997 50168 49848 match_165 match_part 1.000 52342 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 0.997 50168 49848 match_166 match_part 0.980 50102 49848 match_167 match_part 1.000 52411 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 49857 match_168 match_part 1.000 52488 52308 match_part 1.000 52203 52102 match_part 0.991 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 0.981 50399 50346 match_part 1.000 50168 49995 match_169 match_part 1.000 52404 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 49999 match_170 match_part 1.000 52406 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 0.988 50168 50001 match_171 match_part 1.000 52400 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 50032 match_172 match_part 1.000 52401 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 0.990 50168 50069 match_173 match_part 1.000 52400 52308 match_part 1.000 52200 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 50074 match_174 match_part 1.000 52328 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 0.989 50168 50074 match_175 match_part 1.000 52365 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 50120 match_176 match_part 0.990 52406 52308 match_part 0.990 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 50122 match_177 match_part 0.990 52406 52308 match_part 0.990 52206 52102 match_part 1.000 52015 51905 match_part 0.959 51765 51692 match_part 0.986 50577 50507 match_part 0.981 50399 50346 match_part 1.000 50168 50148 match_178 match_part 1.000 52479 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 0.981 50399 50346 match_179 match_part 1.000 52407 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50354 match_180 match_part 1.000 52404 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50354 match_181 match_part 1.000 52321 52308 match_part 1.000 52206 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50516 match_182 match_part 1.000 52371 52308 match_part 0.990 52203 52102 match_part 0.973 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50552 match_183 match_part 1.000 52373 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50553 match_184 match_part 1.000 52400 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51985 match_185 match_part 1.000 77724 77694 match_part 0.994 77612 77281 match_part 0.989 77189 76921 match_186 match_part 1.000 77767 77694 match_part 0.965 77612 77359 match_187 match_part 1.000 88603 88323 match_part 1.000 88241 88003 match_part 0.975 79101 78983 match_188 match_part 0.920 83761 83487 match_189 match_part 0.994 88502 88323 match_part 1.000 88241 88003 match_part 1.000 83761 83516 match_190 match_part 1.000 87443 86856 match_191 match_part 0.996 87392 86856 match_192 match_part 0.948 87379 86856 match_193 match_part 0.998 87818 87165 match_194 match_part 0.992 87818 87187 match_195 match_part 1.000 87818 87418 match_196 match_part 1.000 87818 87435 match_197 match_part 1.000 88593 88323 match_part 1.000 88241 88212 match_198 match_part 0.985 98179 97719 match_199 match_part 0.992 98110 97719 match_200 match_part 0.992 98101 97719 match_201 match_part 0.994 99176 98508 match_202 match_part 0.988 99176 98672 match_203 match_part 0.913 111504 111182 match_204 match_part 0.908 111504 111199 match_205 match_part 0.987 128945 128868 match_part 1.000 128776 128657 match_part 0.987 128417 128262 match_part 0.991 128175 127833 match_part 0.909 127140 127130 match_206 match_part 0.900 128907 128868 match_part 1.000 128776 128657 match_part 1.000 128417 128262 match_part 0.997 128175 127833 match_part 0.909 127140 127130 match_207 match_part 0.984 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128657 match_part 0.929 128417 128334 match_208 match_part 1.000 131615 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128657 match_part 1.000 128417 128339 match_209 match_part 1.000 131615 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 0.992 128776 128657 match_part 0.955 128417 128374 match_210 match_part 1.000 131615 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128667 match_211 match_part 1.000 132402 132180 match_part 0.997 132088 131771 match_part 1.000 131638 131597 match_part 1.000 130964 130905 match_212 match_part 1.000 132482 132180 match_part 0.997 132088 131776 match_213 match_part 1.000 135214 135125 match_part 1.000 134498 134293 match_part 1.000 133862 133616 match_part 0.985 133513 133189 match_214 match_part 0.857 135166 135125 match_part 0.956 134498 134293 match_part 1.000 133862 133616 match_part 1.000 133513 133246 match_215 match_part 0.964 135234 135125 match_part 1.000 134498 134293 match_part 1.000 133862 133616 match_part 0.990 133523 133328 match_216 match_part 0.997 136635 136240 match_217 match_part 1.000 136656 136243 match_218 match_part 1.000 136783 136325 match_219 match_part 1.000 139550 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137471 match_part 1.000 137380 137351 match_220 match_part 0.981 139520 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137553 match_221 match_part 0.984 139546 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137594 match_222 match_part 0.996 143348 141882 match_part 0.895 141091 141073 match_223 match_part 0.997 143072 142321 match_224 match_part 0.995 143321 142490 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10716 exon 11528 11550 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10719 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10693 exon 11783 11800 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 9468 9694 exon 10157 10229 exon 10310 10318 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7477 7513 exon 7653 8381 gene_6 gene GT_PGL_1_AGS_6 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 9495 9694 exon 10157 10229 exon 10310 10719 gene_7 gene GT_PGL_1_AGS_7 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7474 7513 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10719 gene_8 gene GT_PGL_1_AGS_8 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 9909 10229 exon 10310 10709 exon 11763 11796 gene_9 gene GT_PGL_1_AGS_9 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9619 gene_10 gene GT_PGL_1_AGS_10 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7458 8160 gene_11 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 11806 11783 exon 10718 10369 gene_12 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 12495 12864 exon 13985 14197 exon 14293 14345 exon 14444 14500 exon 15016 15081 exon 15175 15246 exon 15650 15759 exon 15834 15925 exon 16028 16094 exon 16284 17040 exon 17300 17314 gene_13 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 16545 17005 exon 19694 19708 exon 20102 20123 exon 21905 21952 exon 22092 22111 exon 22628 22683 gene_14 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 16502 16938 exon 17280 17323 gene_15 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 17024 16515 gene_16 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36366 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39792 exon 41219 41312 gene_17 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 42036 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46980 exon 47194 47218 exon 47338 47346 exon 47560 47575 gene_18 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 42036 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46971 exon 47194 47219 exon 47560 47575 gene_19 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 42036 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46971 exon 47194 47218 exon 47560 47575 gene_20 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 42036 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46983 gene_21 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52488 52308 exon 52203 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49826 gene_22 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52488 52308 exon 52203 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49848 exon 49783 49761 gene_23 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52406 52308 exon 52206 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49826 gene_24 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52400 52308 exon 52200 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49826 gene_25 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 51565 51480 exon 50577 50507 exon 50399 50346 exon 50168 49849 exon 49209 49167 gene_26 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58074 58368 exon 58453 58732 exon 60559 60815 exon 60898 61010 exon 61402 61549 exon 62251 62388 exon 62519 62801 gene_27 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58074 58368 exon 58453 58732 exon 60559 60815 exon 60898 61010 exon 61402 61549 exon 62251 62388 exon 62519 62799 exon 63762 63782 gene_28 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58132 58368 exon 58453 59031 gene_29 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 63794 64099 exon 64663 64845 exon 65562 66109 exon 66205 66790 gene_30 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 63831 64099 exon 64625 65043 gene_31 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 66025 66790 gene_32 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 72626 72857 exon 72952 73216 exon 73357 73859 exon 73961 73977 gene_33 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 72951 73216 exon 73357 73859 exon 73961 73977 gene_34 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 77767 77694 exon 77612 77281 exon 77189 76921 gene_35 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 87818 86856 gene_36 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88593 88323 exon 88241 88003 exon 83761 83487 gene_37 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88603 88323 exon 88241 88003 exon 79101 78983 gene_38 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88015 88548 gene_39 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 98179 97719 gene_40 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 99176 98508 gene_41 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102209 102310 exon 102414 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_42 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 102925 exon 103001 103196 exon 103552 104010 gene_43 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102209 102310 exon 102414 102508 exon 102749 102925 exon 103001 103196 exon 103552 103819 exon 104391 104419 gene_44 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102224 102310 exon 102438 102622 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_45 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102242 102310 exon 102438 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_46 gene GT_PGL_16_AGS_6 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 102310 exon 102414 102925 exon 103001 103196 exon 103552 104010 gene_47 gene GT_PGL_16_AGS_7 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 103196 exon 103552 103994 gene_48 gene GT_PGL_16_AGS_8 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 103345 gene_49 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 109726 110047 gene_50 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 111504 111182 gene_51 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 120082 120361 exon 120457 120571 exon 121171 121245 exon 121363 121434 exon 121596 121733 exon 122907 122940 exon 123461 123570 exon 124328 124417 gene_52 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 132482 132180 exon 132088 131771 exon 131638 131597 exon 130964 130840 exon 130709 130562 exon 129572 129500 exon 128980 128868 exon 128776 128657 exon 128417 128262 exon 128175 127833 exon 127140 127130 gene_53 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 135214 135125 exon 134498 134293 exon 133862 133616 exon 133513 133189 gene_54 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 135234 135125 exon 134498 134293 exon 133862 133616 exon 133523 133328 gene_55 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 136783 136240 gene_56 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 139550 139359 exon 139280 139148 exon 138086 137983 exon 137894 137723 exon 137611 137471 exon 137380 137351 gene_57 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 143348 141882 exon 141091 141073 gene_58 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 149030 149608 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 633 transcript_1 transcript 1 633 CDS_1 CDS 1 241 CDS_2 CDS 337 633 stop_codon_1 stop_codon 631 633 gene_2 gene 3 5159 10539 transcript_2 transcript 7511 10539 start_codon_1 start_codon 7511 7513 CDS_3 CDS 7511 7513 CDS_4 CDS 7653 7672 CDS_5 CDS 8613 8723 CDS_6 CDS 8812 8911 CDS_7 CDS 9228 9377 CDS_8 CDS 10157 10229 CDS_9 CDS 10310 10539 stop_codon_2 stop_codon 10537 10539 transcript_3 transcript 7511 9593 start_codon_2 start_codon 7511 7513 CDS_10 CDS 7511 7513 CDS_11 CDS 7653 7672 CDS_12 CDS 8613 8723 CDS_13 CDS 8812 8911 CDS_14 CDS 9228 9377 CDS_15 CDS 9468 9593 stop_codon_3 stop_codon 9591 9593 transcript_4 transcript 5159 10539 start_codon_3 start_codon 5159 5161 CDS_16 CDS 5159 5194 CDS_17 CDS 7466 7513 CDS_18 CDS 7653 7672 CDS_19 CDS 8613 8723 CDS_20 CDS 8812 8911 CDS_21 CDS 9228 9377 CDS_22 CDS 10157 10229 CDS_23 CDS 10310 10539 stop_codon_4 stop_codon 10537 10539 gene_3 gene 1 12603 16074 transcript_5 transcript 12603 16074 start_codon_4 start_codon 12603 12605 CDS_24 CDS 12603 12864 CDS_25 CDS 13985 14197 CDS_26 CDS 14293 14345 CDS_27 CDS 14444 14500 CDS_28 CDS 15016 15081 CDS_29 CDS 15175 15246 CDS_30 CDS 15650 15759 CDS_31 CDS 15834 15925 CDS_32 CDS 16028 16074 stop_codon_5 stop_codon 16072 16074 gene_4 gene 1 36637 46733 transcript_6 transcript 36637 46733 start_codon_5 start_codon 36637 36639 CDS_33 CDS 36637 36794 CDS_34 CDS 36949 37063 CDS_35 CDS 39256 39329 CDS_36 CDS 39473 39592 CDS_37 CDS 39738 39792 CDS_38 CDS 41135 41329 CDS_39 CDS 43308 43468 CDS_40 CDS 43545 43652 CDS_41 CDS 44160 44233 CDS_42 CDS 44512 44687 CDS_43 CDS 45370 45465 CDS_44 CDS 46126 46206 CDS_45 CDS 46291 46344 CDS_46 CDS 46436 46570 CDS_47 CDS 46653 46733 stop_codon_6 stop_codon 46731 46733 gene_5 gene 1 58267 62602 transcript_7 transcript 58267 62602 start_codon_6 start_codon 58267 58269 CDS_48 CDS 58267 58368 CDS_49 CDS 58453 58732 CDS_50 CDS 60559 60815 CDS_51 CDS 60898 61010 CDS_52 CDS 61402 61549 CDS_53 CDS 62251 62388 CDS_54 CDS 62519 62602 stop_codon_7 stop_codon 62600 62602 gene_6 gene 1 63826 64698 transcript_8 transcript 63826 64698 start_codon_7 start_codon 63826 63828 CDS_55 CDS 63826 64099 CDS_56 CDS 64625 64698 stop_codon_8 stop_codon 64696 64698 gene_7 gene 1 91498 92845 transcript_9 transcript 91498 92845 start_codon_8 start_codon 91498 91500 CDS_57 CDS 91498 91666 CDS_58 CDS 91760 91874 CDS_59 CDS 92023 92135 CDS_60 CDS 92649 92845 stop_codon_9 stop_codon 92843 92845 gene_8 gene 1 93516 93839 transcript_10 transcript 93516 93839 start_codon_9 start_codon 93516 93518 CDS_61 CDS 93516 93839 stop_codon_10 stop_codon 93837 93839 gene_9 gene 2 99810 103731 transcript_11 transcript 101371 103731 start_codon_10 start_codon 101371 101373 CDS_62 CDS 101371 101386 CDS_63 CDS 102237 102310 CDS_64 CDS 102438 102508 CDS_65 CDS 102749 102925 CDS_66 CDS 103001 103196 CDS_67 CDS 103552 103731 stop_codon_11 stop_codon 103729 103731 transcript_12 transcript 99810 103731 start_codon_11 start_codon 99810 99812 CDS_68 CDS 99810 99818 CDS_69 CDS 102224 102310 CDS_70 CDS 102414 102508 CDS_71 CDS 102749 102925 CDS_72 CDS 103001 103196 CDS_73 CDS 103552 103731 stop_codon_12 stop_codon 103729 103731 gene_10 gene 1 120271 126278 transcript_13 transcript 120271 126278 start_codon_12 start_codon 120271 120273 CDS_74 CDS 120271 120361 CDS_75 CDS 120457 120571 CDS_76 CDS 121171 121245 CDS_77 CDS 121363 121434 CDS_78 CDS 121596 121733 CDS_79 CDS 122907 122940 CDS_80 CDS 123461 123570 CDS_81 CDS 124328 124417 CDS_82 CDS 126101 126278 stop_codon_13 stop_codon 126276 126278 gene_11 gene 1 149059 150299 transcript_14 transcript 149059 150299 start_codon_13 start_codon 149059 149061 CDS_83 CDS 149059 150180 CDS_84 CDS 150291 150299 stop_codon_14 stop_codon 150297 150299 AUGUSTUS_tom_cdna de novo gene_12 gene 1 52381 50094 transcript_15 transcript 52381 50094 stop_codon_15 stop_codon 50096 50094 CDS_85 CDS 50168 50094 CDS_86 CDS 50399 50346 CDS_87 CDS 50577 50507 CDS_88 CDS 51765 51692 CDS_89 CDS 52015 51905 CDS_90 CDS 52203 52102 CDS_91 CDS 52381 52308 start_codon_14 start_codon 52381 52379 gene_13 gene 1 88068 77463 transcript_16 transcript 88068 77463 stop_codon_16 stop_codon 77465 77463 CDS_92 CDS 77612 77463 CDS_93 CDS 77820 77694 CDS_94 CDS 78154 78139 CDS_95 CDS 79101 78795 CDS_96 CDS 88068 88003 start_codon_15 start_codon 88068 88066 gene_14 gene 1 99148 97844 transcript_17 transcript 99148 97844 stop_codon_17 stop_codon 97846 97844 CDS_97 CDS 99148 97844 start_codon_16 start_codon 99148 99146 gene_15 gene 1 106037 104484 transcript_18 transcript 106037 104484 stop_codon_18 stop_codon 104486 104484 CDS_98 CDS 106037 104484 start_codon_17 start_codon 106037 106035 gene_16 gene 1 134346 127996 transcript_19 transcript 134346 127996 stop_codon_19 stop_codon 127998 127996 CDS_99 CDS 128175 127996 CDS_100 CDS 128417 128262 CDS_101 CDS 128776 128657 CDS_102 CDS 128980 128868 CDS_103 CDS 129572 129500 CDS_104 CDS 130709 130562 CDS_105 CDS 130964 130840 CDS_106 CDS 131638 131597 CDS_107 CDS 132088 131771 CDS_108 CDS 133513 132180 CDS_109 CDS 133862 133616 CDS_110 CDS 134346 134293 start_codon_18 start_codon 134346 134344 gene_17 gene 1 139450 136442 transcript_20 transcript 139450 136442 stop_codon_20 stop_codon 136444 136442 CDS_111 CDS 137183 136442 CDS_112 CDS 137380 137295 CDS_113 CDS 137611 137471 CDS_114 CDS 137894 137723 CDS_115 CDS 138086 137983 CDS_116 CDS 139280 139148 CDS_117 CDS 139450 139359 start_codon_19 start_codon 139450 139448 gene_18 gene 1 143312 142359 transcript_21 transcript 143312 142359 stop_codon_21 stop_codon 142361 142359 CDS_118 CDS 143312 142359 start_codon_20 start_codon 143312 143310 AUGUSTUS_ab_initio de novo gene_1 gene 1 8717 16074 transcript_1 transcript 8717 16074 start_codon_1 start_codon 8717 8719 CDS_1 CDS 8717 8911 CDS_2 CDS 9228 9377 CDS_3 CDS 10310 10390 CDS_4 CDS 14083 14197 CDS_5 CDS 14293 14345 CDS_6 CDS 14420 14500 CDS_7 CDS 15650 15759 CDS_8 CDS 15834 15925 CDS_9 CDS 16028 16074 stop_codon_1 stop_codon 16072 16074 gene_2 gene 1 39265 58755 transcript_2 transcript 39265 58755 start_codon_2 start_codon 39265 39267 CDS_10 CDS 39265 39329 CDS_11 CDS 39473 39592 CDS_12 CDS 39738 39792 CDS_13 CDS 41135 41329 CDS_14 CDS 46126 46206 CDS_15 CDS 58312 58368 CDS_16 CDS 58453 58755 stop_codon_2 stop_codon 58753 58755 gene_3 gene 1 72743 73579 transcript_3 transcript 72743 73579 start_codon_3 start_codon 72743 72745 CDS_17 CDS 72743 72857 CDS_18 CDS 72952 73216 CDS_19 CDS 73357 73579 stop_codon_3 stop_codon 73577 73579 gene_4 gene 1 91498 92845 transcript_4 transcript 91498 92845 start_codon_4 start_codon 91498 91500 CDS_20 CDS 91498 91666 CDS_21 CDS 92649 92845 stop_codon_4 stop_codon 92843 92845 gene_5 gene 1 149059 150299 transcript_5 transcript 149059 150299 start_codon_5 start_codon 149059 149061 CDS_22 CDS 149059 150180 CDS_23 CDS 150291 150299 stop_codon_5 stop_codon 150297 150299 AUGUSTUS_ab_initio de novo gene_6 gene 1 106037 102407 transcript_6 transcript 106037 102407 stop_codon_6 stop_codon 102409 102407 CDS_24 CDS 102480 102407 CDS_25 CDS 106037 104648 start_codon_6 start_codon 106037 106035 gene_7 gene 1 134019 127996 transcript_7 transcript 134019 127996 stop_codon_7 stop_codon 127998 127996 CDS_26 CDS 128175 127996 CDS_27 CDS 128417 128262 CDS_28 CDS 128776 128657 CDS_29 CDS 128980 128868 CDS_30 CDS 133482 132323 CDS_31 CDS 134019 134015 start_codon_7 start_codon 134019 134017 gene_8 gene 1 139273 136442 transcript_8 transcript 139273 136442 stop_codon_8 stop_codon 136444 136442 CDS_32 CDS 137183 136442 CDS_33 CDS 137380 137295 CDS_34 CDS 137611 137471 CDS_35 CDS 137894 137723 CDS_36 CDS 138086 137983 CDS_37 CDS 139273 139148 start_codon_8 start_codon 139273 139271 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 633 transcript_1 transcript 1 633 CDS_1 CDS 1 241 CDS_2 CDS 337 633 stop_codon_1 stop_codon 631 633 gene_2 gene 3 7511 16074 transcript_2 transcript 7511 9593 start_codon_1 start_codon 7511 7513 CDS_3 CDS 7511 7513 CDS_4 CDS 7653 7672 CDS_5 CDS 8613 8723 CDS_6 CDS 8812 8911 CDS_7 CDS 9228 9377 CDS_8 CDS 9468 9593 stop_codon_2 stop_codon 9591 9593 transcript_3 transcript 7511 16074 start_codon_2 start_codon 7511 7513 CDS_9 CDS 7511 7513 CDS_10 CDS 7653 7672 CDS_11 CDS 8613 8723 CDS_12 CDS 8812 8911 CDS_13 CDS 9228 9377 CDS_14 CDS 10157 10229 CDS_15 CDS 10310 10472 CDS_16 CDS 12734 12864 CDS_17 CDS 13985 14197 CDS_18 CDS 14293 14345 CDS_19 CDS 14444 14500 CDS_20 CDS 15016 15081 CDS_21 CDS 15175 15246 CDS_22 CDS 15650 15759 CDS_23 CDS 15834 15925 CDS_24 CDS 16028 16074 stop_codon_3 stop_codon 16072 16074 transcript_4 transcript 9692 16074 start_codon_3 start_codon 9692 9694 CDS_25 CDS 9692 9694 CDS_26 CDS 10157 10229 CDS_27 CDS 10310 10472 CDS_28 CDS 12734 12864 CDS_29 CDS 13985 14197 CDS_30 CDS 14293 14345 CDS_31 CDS 14444 14500 CDS_32 CDS 15016 15081 CDS_33 CDS 15175 15246 CDS_34 CDS 15650 15759 CDS_35 CDS 15834 15925 CDS_36 CDS 16028 16074 stop_codon_4 stop_codon 16072 16074 gene_3 gene 1 39265 46733 transcript_5 transcript 39265 46733 start_codon_4 start_codon 39265 39267 CDS_37 CDS 39265 39329 CDS_38 CDS 39473 39592 CDS_39 CDS 39738 39792 CDS_40 CDS 41135 41329 CDS_41 CDS 43308 43468 CDS_42 CDS 43545 43652 CDS_43 CDS 44160 44233 CDS_44 CDS 44512 44687 CDS_45 CDS 45370 45465 CDS_46 CDS 46126 46206 CDS_47 CDS 46291 46344 CDS_48 CDS 46436 46570 CDS_49 CDS 46653 46733 stop_codon_5 stop_codon 46731 46733 gene_4 gene 1 58267 62602 transcript_6 transcript 58267 62602 start_codon_5 start_codon 58267 58269 CDS_50 CDS 58267 58368 CDS_51 CDS 58453 58732 CDS_52 CDS 60559 60815 CDS_53 CDS 60898 61010 CDS_54 CDS 61402 61549 CDS_55 CDS 62251 62388 CDS_56 CDS 62519 62602 stop_codon_6 stop_codon 62600 62602 gene_5 gene 1 63826 64698 transcript_7 transcript 63826 64698 start_codon_6 start_codon 63826 63828 CDS_57 CDS 63826 64099 CDS_58 CDS 64625 64698 stop_codon_7 stop_codon 64696 64698 gene_6 gene 1 91498 103731 transcript_8 transcript 91498 103731 start_codon_7 start_codon 91498 91500 CDS_59 CDS 91498 91666 CDS_60 CDS 91760 91874 CDS_61 CDS 92023 92135 CDS_62 CDS 92649 92792 CDS_63 CDS 98260 98341 CDS_64 CDS 102232 102310 CDS_65 CDS 102414 102508 CDS_66 CDS 102749 102925 CDS_67 CDS 103001 103196 CDS_68 CDS 103552 103731 stop_codon_8 stop_codon 103729 103731 gene_7 gene 1 120271 126278 transcript_9 transcript 120271 126278 start_codon_8 start_codon 120271 120273 CDS_69 CDS 120271 120361 CDS_70 CDS 120457 120571 CDS_71 CDS 121171 121245 CDS_72 CDS 121363 121434 CDS_73 CDS 121596 121733 CDS_74 CDS 122907 122940 CDS_75 CDS 123461 123570 CDS_76 CDS 124328 124417 CDS_77 CDS 126101 126278 stop_codon_9 stop_codon 126276 126278 gene_8 gene 1 149059 150299 transcript_10 transcript 149059 150299 start_codon_9 start_codon 149059 149061 CDS_78 CDS 149059 150180 CDS_79 CDS 150291 150299 stop_codon_10 stop_codon 150297 150299 AUGUSTUS_tom_ugs de novo gene_9 gene 1 52381 50094 transcript_11 transcript 52381 50094 stop_codon_11 stop_codon 50096 50094 CDS_80 CDS 50168 50094 CDS_81 CDS 50399 50346 CDS_82 CDS 50577 50507 CDS_83 CDS 51765 51692 CDS_84 CDS 52015 51905 CDS_85 CDS 52203 52102 CDS_86 CDS 52381 52308 start_codon_10 start_codon 52381 52379 gene_10 gene 1 88068 77463 transcript_12 transcript 88068 77463 stop_codon_12 stop_codon 77465 77463 CDS_87 CDS 77612 77463 CDS_88 CDS 77820 77694 CDS_89 CDS 78154 78139 CDS_90 CDS 79101 78795 CDS_91 CDS 88068 88003 start_codon_11 start_codon 88068 88066 gene_11 gene 1 106037 92884 transcript_13 transcript 106037 92884 stop_codon_13 stop_codon 92886 92884 CDS_92 CDS 93320 92884 CDS_93 CDS 106037 104648 start_codon_12 start_codon 106037 106035 gene_12 gene 1 134346 127996 transcript_14 transcript 134346 127996 stop_codon_14 stop_codon 127998 127996 CDS_94 CDS 128175 127996 CDS_95 CDS 128417 128262 CDS_96 CDS 128776 128657 CDS_97 CDS 128980 128868 CDS_98 CDS 129572 129500 CDS_99 CDS 130709 130562 CDS_100 CDS 130964 130840 CDS_101 CDS 131638 131597 CDS_102 CDS 132088 131771 CDS_103 CDS 133513 132180 CDS_104 CDS 133862 133616 CDS_105 CDS 134346 134293 start_codon_13 start_codon 134346 134344 gene_13 gene 1 139450 136442 transcript_15 transcript 139450 136442 stop_codon_15 stop_codon 136444 136442 CDS_106 CDS 137183 136442 CDS_107 CDS 137380 137295 CDS_108 CDS 137611 137471 CDS_109 CDS 137894 137723 CDS_110 CDS 138086 137983 CDS_111 CDS 139280 139148 CDS_112 CDS 139450 139359 start_codon_14 start_codon 139450 139448 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 7423 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9468 9694 match_part 1.000 10157 10229 match_part 0.889 10310 10318 match_2 match_part 0.968 7458 8381 match_3 match_part 1.000 8675 8723 match_part 1.000 8812 8911 match_part 1.000 9228 9377 match_part 1.000 9495 9694 match_part 1.000 10157 10229 match_part 0.995 10310 10522 match_4 match_part 0.997 12495 12864 match_part 1.000 13985 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14500 match_part 1.000 15016 15081 match_part 1.000 15175 15246 match_part 1.000 15650 15759 match_part 1.000 15834 15925 match_part 1.000 16028 16094 match_part 1.000 16284 17005 match_part 0.600 19694 19708 match_part 0.864 20102 20123 match_part 0.771 21905 21952 match_part 0.150 22092 22111 match_part 0.446 22628 22683 match_5 match_part 1.000 36366 36794 match_part 1.000 36949 37063 match_part 1.000 39256 39329 match_part 0.983 39473 39592 match_part 1.000 39738 39792 match_part 0.989 41219 41312 match_6 match_part 1.000 42036 42053 match_part 1.000 43308 43468 match_part 1.000 43545 43652 match_part 1.000 44160 44233 match_part 1.000 44512 44687 match_part 1.000 45370 45465 match_part 1.000 46126 46206 match_part 1.000 46291 46344 match_part 1.000 46436 46570 match_part 1.000 46653 46971 match_part 0.680 47194 47218 match_part 0.444 47338 47346 match_part 0.750 47560 47575 match_7 match_part 1.000 58074 58368 match_part 1.000 58453 58732 match_part 1.000 60559 60815 match_part 1.000 60898 61010 match_part 1.000 61402 61549 match_part 1.000 62251 62388 match_part 0.996 62519 62801 match_8 match_part 1.000 58166 58368 match_part 0.983 58453 59031 match_9 match_part 1.000 63794 64099 match_part 1.000 64663 64845 match_part 1.000 65562 66109 match_part 1.000 66205 66790 match_10 match_part 1.000 63831 64099 match_part 1.000 64625 65043 match_11 match_part 0.996 72626 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73859 match_part 0.471 73961 73977 match_12 match_part 0.933 86845 87379 match_13 match_part 1.000 88015 88593 match_14 match_part 1.000 102224 102310 match_part 1.000 102438 102622 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.979 103552 103697 match_15 match_part 1.000 102225 102925 match_part 1.000 103001 103044 match_16 match_part 1.000 102242 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.998 103552 104010 match_17 match_part 0.994 102862 103345 match_18 match_part 0.993 120082 120361 match_part 1.000 120457 120571 match_part 1.000 121171 121245 match_part 1.000 121363 121434 match_part 0.993 121596 121733 match_part 1.000 122907 122940 match_part 0.991 123461 123570 match_part 0.911 124328 124417 match_19 match_part 0.998 149030 149608 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_20 match_part 1.000 52488 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 49849 match_part 0.535 49209 49167 match_21 match_part 1.000 77767 77694 match_part 0.965 77612 77359 match_22 match_part 1.000 88603 88323 match_part 1.000 88241 88003 match_part 0.975 79101 78983 match_23 match_part 1.000 87818 86856 match_24 match_part 0.991 98179 97719 match_25 match_part 0.994 99176 98508 match_26 match_part 1.000 132482 132180 match_part 1.000 132088 131771 match_part 1.000 131638 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128657 match_part 1.000 128417 128262 match_part 0.997 128175 127833 match_part 0.909 127140 127130 match_27 match_part 1.000 135227 135125 match_part 1.000 134498 134293 match_part 1.000 133862 133616 match_part 0.985 133513 133189 match_28 match_part 1.000 136783 136243 match_29 match_part 1.000 139550 139359 match_part 1.000 139280 139148 match_part 1.000 138086 137983 match_part 1.000 137894 137723 match_part 1.000 137611 137471 match_part 1.000 137380 137351 match_30 match_part 0.997 143348 141882 match_part 0.895 141091 141073 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7423 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 9468 9694 exon 10157 10229 exon 10310 10318 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 8675 8723 exon 8812 8911 exon 9228 9377 exon 9495 9694 exon 10157 10229 exon 10310 10522 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7458 8381 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 12495 12864 exon 13985 14197 exon 14293 14345 exon 14444 14500 exon 15016 15081 exon 15175 15246 exon 15650 15759 exon 15834 15925 exon 16028 16094 exon 16284 17005 exon 19694 19708 exon 20102 20123 exon 21905 21952 exon 22092 22111 exon 22628 22683 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 36366 36794 exon 36949 37063 exon 39256 39329 exon 39473 39592 exon 39738 39792 exon 41219 41312 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 42036 42053 exon 43308 43468 exon 43545 43652 exon 44160 44233 exon 44512 44687 exon 45370 45465 exon 46126 46206 exon 46291 46344 exon 46436 46570 exon 46653 46971 exon 47194 47218 exon 47338 47346 exon 47560 47575 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52488 52308 exon 52203 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49849 exon 49209 49167 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58074 58368 exon 58453 58732 exon 60559 60815 exon 60898 61010 exon 61402 61549 exon 62251 62388 exon 62519 62801 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 58166 58368 exon 58453 59031 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 63794 64099 exon 64663 64845 exon 65562 66109 exon 66205 66790 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 63831 64099 exon 64625 65043 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 72626 72857 exon 72952 73216 exon 73357 73859 exon 73961 73977 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 77767 77694 exon 77612 77359 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88603 88323 exon 88241 88003 exon 79101 78983 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 87818 86856 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 86845 87379 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 88015 88593 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 98179 97719 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 99176 98508 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102224 102310 exon 102438 102622 exon 102749 102925 exon 103001 103196 exon 103552 103697 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102862 103345 gene_22 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102242 102310 exon 102414 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_23 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102225 102925 exon 103001 103044 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 120082 120361 exon 120457 120571 exon 121171 121245 exon 121363 121434 exon 121596 121733 exon 122907 122940 exon 123461 123570 exon 124328 124417 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 132482 132180 exon 132088 131771 exon 131638 131597 exon 130964 130840 exon 130709 130562 exon 129572 129500 exon 128980 128868 exon 128776 128657 exon 128417 128262 exon 128175 127833 exon 127140 127130 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 135227 135125 exon 134498 134293 exon 133862 133616 exon 133513 133189 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 136783 136243 gene_28 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 139550 139359 exon 139280 139148 exon 138086 137983 exon 137894 137723 exon 137611 137471 exon 137380 137351 gene_29 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 143348 141882 exon 141091 141073 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 149030 149608 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.969 7482 7513 match_part 1.000 7653 7672 match_part 1.000 8613 8723 match_part 1.000 8812 8911 match_part 0.993 9228 9377 match_part 1.000 10157 10229 match_part 0.977 10310 10353 match_2 match_part 1.000 12505 12864 match_part 1.000 13985 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14500 match_part 1.000 15016 15081 match_part 1.000 15175 15185 match_3 match_part 1.000 14133 14197 match_part 1.000 14293 14345 match_part 1.000 14444 14500 match_part 1.000 15016 15081 match_part 0.944 15175 15246 match_part 0.982 15650 15759 match_part 0.978 15834 15925 match_part 0.955 16028 16094 match_part 0.823 16284 16464 match_4 match_part 0.993 61408 61549 match_part 1.000 62251 62388 match_part 1.000 62519 62767 match_5 match_part 1.000 65810 66109 match_part 1.000 66205 66790 match_6 match_part 1.000 72652 72857 match_part 1.000 72952 73216 match_part 1.000 73357 73859 match_part 0.471 73961 73977 match_7 match_part 1.000 72699 72857 match_part 0.984 72952 73076 match_8 match_part 0.948 72724 72857 match_part 0.977 72952 73216 match_part 0.944 73357 73728 match_9 match_part 1.000 102242 102310 match_part 1.000 102414 102508 match_part 1.000 102749 102925 match_part 1.000 103001 103196 match_part 0.998 103552 104010 match_10 match_part 0.925 102244 102310 match_part 0.968 102414 102508 match_part 0.944 102749 102925 match_part 0.949 103001 103196 match_part 0.871 103552 104010 GenomeThreader_SGN_markers SGN marker sequences match_11 match_part 1.000 52479 52308 match_part 1.000 52203 52102 match_part 1.000 52015 51905 match_part 1.000 51765 51692 match_part 1.000 50577 50507 match_part 1.000 50399 50346 match_part 1.000 50168 49833 match_12 match_part 1.000 132482 132180 match_part 1.000 132088 131771 match_part 1.000 131638 131597 match_part 1.000 130964 130840 match_part 1.000 130709 130562 match_part 1.000 129572 129500 match_part 0.991 128980 128868 match_part 1.000 128776 128657 match_part 1.000 128417 128262 match_part 0.997 128175 127833 match_part 0.909 127140 127130 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 7482 7513 exon 7653 7672 exon 8613 8723 exon 8812 8911 exon 9228 9377 exon 10157 10229 exon 10310 10353 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 12505 12864 exon 13985 14197 exon 14293 14345 exon 14444 14500 exon 15016 15081 exon 15175 15246 exon 15650 15759 exon 15834 15925 exon 16028 16094 exon 16284 16464 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 52479 52308 exon 52203 52102 exon 52015 51905 exon 51765 51692 exon 50577 50507 exon 50399 50346 exon 50168 49833 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 61408 61549 exon 62251 62388 exon 62519 62767 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 65810 66109 exon 66205 66790 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 72652 72857 exon 72952 73216 exon 73357 73859 exon 73961 73977 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 102242 102310 exon 102414 102508 exon 102749 102925 exon 103001 103196 exon 103552 104010 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0060J03.2 type gene exon 132482 132180 exon 132088 131771 exon 131638 131597 exon 130964 130840 exon 130709 130562 exon 129572 129500 exon 128980 128868 exon 128776 128657 exon 128417 128262 exon 128175 127833 exon 127140 127130 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 1145 transcript_1 transcript 1 1145 CDS_1 CDS 1 241 CDS_2 CDS 337 632 CDS_3 CDS 1058 1145 stop_codon_1 stop_codon 1143 1145 gene_2 gene 3 5159 10539 transcript_2 transcript 7511 10539 start_codon_1 start_codon 7511 7513 CDS_4 CDS 7511 7513 CDS_5 CDS 7653 7672 CDS_6 CDS 8613 8723 CDS_7 CDS 8812 8911 CDS_8 CDS 9228 9377 CDS_9 CDS 10157 10229 CDS_10 CDS 10310 10539 stop_codon_2 stop_codon 10537 10539 transcript_3 transcript 7511 9593 start_codon_2 start_codon 7511 7513 CDS_11 CDS 7511 7513 CDS_12 CDS 7653 7672 CDS_13 CDS 8613 8723 CDS_14 CDS 8812 8911 CDS_15 CDS 9228 9377 CDS_16 CDS 9468 9593 stop_codon_3 stop_codon 9591 9593 transcript_4 transcript 5159 10539 start_codon_3 start_codon 5159 5161 CDS_17 CDS 5159 5194 CDS_18 CDS 7466 7513 CDS_19 CDS 7653 7672 CDS_20 CDS 8613 8723 CDS_21 CDS 8812 8911 CDS_22 CDS 9228 9377 CDS_23 CDS 10157 10229 CDS_24 CDS 10310 10539 stop_codon_4 stop_codon 10537 10539 gene_3 gene 1 12603 16074 transcript_5 transcript 12603 16074 start_codon_4 start_codon 12603 12605 CDS_25 CDS 12603 12864 CDS_26 CDS 13985 14197 CDS_27 CDS 14293 14345 CDS_28 CDS 14444 14500 CDS_29 CDS 15016 15081 CDS_30 CDS 15175 15246 CDS_31 CDS 15650 15759 CDS_32 CDS 15834 15925 CDS_33 CDS 16028 16074 stop_codon_5 stop_codon 16072 16074 gene_4 gene 3 36637 46733 transcript_6 transcript 36637 46733 start_codon_5 start_codon 36637 36639 CDS_34 CDS 36637 36794 CDS_35 CDS 36949 37063 CDS_36 CDS 39256 39329 CDS_37 CDS 39473 39592 CDS_38 CDS 39738 39792 CDS_39 CDS 41219 41329 CDS_40 CDS 42003 42053 CDS_41 CDS 43308 43468 CDS_42 CDS 43545 43652 CDS_43 CDS 44160 44233 CDS_44 CDS 44512 44687 CDS_45 CDS 45370 45465 CDS_46 CDS 46126 46206 CDS_47 CDS 46291 46344 CDS_48 CDS 46436 46570 CDS_49 CDS 46653 46733 stop_codon_6 stop_codon 46731 46733 transcript_7 transcript 39265 46733 start_codon_6 start_codon 39265 39267 CDS_50 CDS 39265 39329 CDS_51 CDS 39473 39592 CDS_52 CDS 39738 39792 CDS_53 CDS 41219 41329 CDS_54 CDS 42003 42053 CDS_55 CDS 43308 43468 CDS_56 CDS 43545 43652 CDS_57 CDS 44160 44233 CDS_58 CDS 44512 44687 CDS_59 CDS 45370 45465 CDS_60 CDS 46126 46206 CDS_61 CDS 46291 46344 CDS_62 CDS 46436 46570 CDS_63 CDS 46653 46733 stop_codon_7 stop_codon 46731 46733 transcript_8 transcript 36637 46733 start_codon_7 start_codon 36637 36639 CDS_64 CDS 36637 36794 CDS_65 CDS 36949 37063 CDS_66 CDS 39256 39329 CDS_67 CDS 39473 39592 CDS_68 CDS 39738 39792 CDS_69 CDS 41219 41329 CDS_70 CDS 43308 43468 CDS_71 CDS 43545 43652 CDS_72 CDS 44160 44233 CDS_73 CDS 44512 44687 CDS_74 CDS 45370 45465 CDS_75 CDS 46126 46206 CDS_76 CDS 46291 46344 CDS_77 CDS 46436 46570 CDS_78 CDS 46653 46733 stop_codon_8 stop_codon 46731 46733 gene_5 gene 1 58267 62602 transcript_9 transcript 58267 62602 start_codon_8 start_codon 58267 58269 CDS_79 CDS 58267 58368 CDS_80 CDS 58453 58732 CDS_81 CDS 60559 60815 CDS_82 CDS 60898 61010 CDS_83 CDS 61402 61549 CDS_84 CDS 62251 62388 CDS_85 CDS 62519 62602 stop_codon_9 stop_codon 62600 62602 gene_6 gene 1 63826 64698 transcript_10 transcript 63826 64698 start_codon_9 start_codon 63826 63828 CDS_86 CDS 63826 64099 CDS_87 CDS 64625 64698 stop_codon_10 stop_codon 64696 64698 gene_7 gene 1 91498 92845 transcript_11 transcript 91498 92845 start_codon_10 start_codon 91498 91500 CDS_88 CDS 91498 91666 CDS_89 CDS 91760 91874 CDS_90 CDS 92023 92135 CDS_91 CDS 92649 92845 stop_codon_11 stop_codon 92843 92845 gene_8 gene 1 93516 93839 transcript_12 transcript 93516 93839 start_codon_11 start_codon 93516 93518 CDS_92 CDS 93516 93839 stop_codon_12 stop_codon 93837 93839 gene_9 gene 1 102450 103731 transcript_13 transcript 102450 103731 start_codon_12 start_codon 102450 102452 CDS_93 CDS 102450 102508 CDS_94 CDS 102749 102925 CDS_95 CDS 103001 103196 CDS_96 CDS 103552 103731 stop_codon_13 stop_codon 103729 103731 gene_10 gene 2 120271 126278 transcript_14 transcript 120271 126278 start_codon_13 start_codon 120271 120273 CDS_97 CDS 120271 120361 CDS_98 CDS 120457 120571 CDS_99 CDS 121171 121245 CDS_100 CDS 121363 121434 CDS_101 CDS 121596 121733 CDS_102 CDS 122907 122940 CDS_103 CDS 123461 123570 CDS_104 CDS 124328 124417 CDS_105 CDS 125318 125401 CDS_106 CDS 125794 125859 CDS_107 CDS 126101 126278 stop_codon_14 stop_codon 126276 126278 transcript_15 transcript 120271 126278 start_codon_14 start_codon 120271 120273 CDS_108 CDS 120271 120361 CDS_109 CDS 120457 120571 CDS_110 CDS 121171 121245 CDS_111 CDS 121363 121434 CDS_112 CDS 121596 121733 CDS_113 CDS 122907 122940 CDS_114 CDS 123461 123570 CDS_115 CDS 124265 124417 CDS_116 CDS 125318 125401 CDS_117 CDS 125794 125859 CDS_118 CDS 126101 126278 stop_codon_15 stop_codon 126276 126278 gene_11 gene 1 149059 150426 transcript_16 transcript 149059 150426 start_codon_15 start_codon 149059 149061 CDS_119 CDS 149059 150426 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 1 52381 50094 transcript_17 transcript 52381 50094 stop_codon_16 stop_codon 50096 50094 CDS_120 CDS 50168 50094 CDS_121 CDS 50399 50346 CDS_122 CDS 50577 50507 CDS_123 CDS 51765 51692 CDS_124 CDS 52015 51905 CDS_125 CDS 52203 52102 CDS_126 CDS 52381 52308 start_codon_16 start_codon 52381 52379 gene_13 gene 1 88068 77463 transcript_18 transcript 88068 77463 stop_codon_17 stop_codon 77465 77463 CDS_127 CDS 77612 77463 CDS_128 CDS 77820 77694 CDS_129 CDS 78154 78139 CDS_130 CDS 79101 78795 CDS_131 CDS 88068 88003 start_codon_17 start_codon 88068 88066 gene_14 gene 1 99148 97844 transcript_19 transcript 99148 97844 stop_codon_18 stop_codon 97846 97844 CDS_132 CDS 99148 97844 start_codon_18 start_codon 99148 99146 gene_15 gene 1 106037 104484 transcript_20 transcript 106037 104484 stop_codon_19 stop_codon 104486 104484 CDS_133 CDS 106037 104484 start_codon_19 start_codon 106037 106035 gene_16 gene 1 134346 127996 transcript_21 transcript 134346 127996 stop_codon_20 stop_codon 127998 127996 CDS_134 CDS 128175 127996 CDS_135 CDS 128417 128262 CDS_136 CDS 128776 128657 CDS_137 CDS 128980 128868 CDS_138 CDS 129572 129500 CDS_139 CDS 130709 130562 CDS_140 CDS 130964 130840 CDS_141 CDS 131638 131597 CDS_142 CDS 132088 131771 CDS_143 CDS 133513 132180 CDS_144 CDS 133862 133616 CDS_145 CDS 134346 134293 start_codon_20 start_codon 134346 134344 gene_17 gene 1 139705 136442 transcript_22 transcript 139705 136442 stop_codon_21 stop_codon 136444 136442 CDS_146 CDS 137183 136442 CDS_147 CDS 137380 137295 CDS_148 CDS 137611 137471 CDS_149 CDS 137894 137723 CDS_150 CDS 138086 137983 CDS_151 CDS 139280 139148 CDS_152 CDS 139705 139359 start_codon_21 start_codon 139705 139703 gene_18 gene 1 143312 142359 transcript_23 transcript 143312 142359 stop_codon_22 stop_codon 142361 142359 CDS_153 CDS 143312 142359 start_codon_22 start_codon 143312 143310 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 152 149263 150426 match_2 match 97.1 334 630 match_3 match 82.0 62 244 match_4 match 146 149230 150426 match_5 match 146 149230 150426 match_6 match 146 149230 150426 match_7 match 141 102744 103130 match_8 match 65.9 46123 46332 match_9 match 72.4 46433 46585 match_10 match 109 44508 44690 match_11 match 118 334 597 match_12 match 102 50 244 match_13 match 211 149269 150426 match_14 match 89.4 72951 73217 match_15 match 36.6 72758 72856 match_16 match 151 149248 150345 match_17 match 151 149248 150345 match_18 match 151 149248 150345 match_19 match 100 334 630 match_20 match 83.6 62 244 match_21 match 149 149308 150426 match_22 match 118 334 597 match_23 match 102 56 244 match_24 match 114 334 597 match_25 match 104 56 244 match_26 match 114 334 597 match_27 match 104 56 244 match_28 match 118 334 597 match_29 match 104 56 244 match_30 match 115 334 597 match_31 match 103 56 244 match_32 match 111 149299 150114 match_33 match 139 72951 73217 match_34 match 66.2 72740 72856 match_35 match 125 73358 73576 match_36 match 67.4 46123 46332 match_37 match 33.1 46647 46727 match_38 match 79.3 46433 46576 match_39 match 107 44508 44690 match_40 match 135 334 630 match_41 match 122 41 244 match_42 match 135 334 630 match_43 match 122 41 244 match_44 match 25.8 46647 46721 match_45 match 67.8 46123 46332 match_46 match 78.6 46433 46576 match_47 match 187 65483 66112 match_48 match 157 66202 66507 match_49 match 145 63838 64098 match_50 match 85.9 334 630 match_51 match 88.6 62 244 match_52 match 488 149059 150426 match_53 match 488 149059 150426 match_54 match 488 149059 150426 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_55 match 110 137896 137477 match_56 match 47.0 138086 137982 match_57 match 110 137896 137477 match_58 match 33.5 138062 137982 match_59 match 110 137896 137477 match_60 match 33.5 138062 137982 match_61 match 122 137896 137477 match_62 match 48.1 138086 137982 match_63 match 110 137896 137477 match_64 match 48.1 138086 137982 match_65 match 105 106004 104913 match_66 match 109 106004 104946 match_67 match 109 105998 104964 match_68 match 106 105998 104946 match_69 match 206 133226 132174 match_70 match 174 132088 131594 match_71 match 73.6 128779 128657 match_72 match 73.6 128981 128865 match_73 match 206 133226 132174 match_74 match 174 132088 131594 match_75 match 73.6 128779 128657 match_76 match 73.6 128981 128865 match_77 match 197 132986 132174 match_78 match 174 132088 131594 match_79 match 76.6 128779 128651 match_80 match 73.6 128981 128865 match_81 match 197 132986 132174 match_82 match 174 132088 131594 match_83 match 73.6 128779 128657 match_84 match 73.6 128981 128865 match_85 match 136 106004 104625 match_86 match 132 99106 97850 match_87 match 132 105998 104976 match_88 match 129 143252 142392 match_89 match 137 143252 142392 match_90 match 107 143240 142395 match_91 match 108 105998 104943 match_92 match 120 143252 142392 match_93 match 122 143252 142392 match_94 match 116 143252 142392 match_95 match 121 143240 142392 match_96 match 125 143240 142395 match_97 match 109 143240 142395 match_98 match 164 143288 142392 match_99 match 155 137896 137309 match_100 match 61.2 138086 137982 match_101 match 86.3 77473 77354 match_102 match 91.3 88406 88116 match_103 match 263 78712 77900 match_104 match 144 77822 77478 match_105 match 151 79089 78796 match_106 match 43.5 77352 77281 match_107 match 85.9 88125 88000 match_108 match 168 77192 76929 match_109 match 110 105998 105021