C02HBa0168N10.2 GACGACTAATGGAACACATCGAAGGAACATGTTCATCGAAGCAAGCTGAAGAGTTAGAGT TAAAGTCTACTAACTCTAACTCGTCAGCCTGCTTTGATGAAGTGTTCCATCAGTCGTCAA GATTCTTTCAACATGAATATCTTTATTTTGTTGAGACATTCAAGAATCTCAGAAACTGAG GTGAGTTGTAACGATACATAAGTGACAAAAGAGTTTTTGGACAAAATCTTTTTTTTGTGA ATGTTGAATCAGCCGTTACAACTTGGAGATCGATGAGTTGAGGAAAATTTTGGAGATTCG ATACTTTACAGAGACAAGCGTACTTTATCCCTATATAATTGTTTGAAGATCCTCTCAATT CTTATATGAAATTGTCAGAAAAATAATTAGAATTCTTCTCAAGTTCAATGAAGATCCTCT CAATTTTTATTCAAAATTTTCAAAAAAGAAAAATTGAGATTCAAAATTCTTGTCTCAATT CATCAAAAATCCTTTCATATTTTGTTCAAAAATATTGAAAATATTGAAAATTTTGAGAAG AGACATCGTGAATATATTCCCTAGTCTGTATTTGGAAGTGAAGAAACATGAGTAGGAATT TGCAATACTATGCGTTGATACAACACACAAAAAAACTGTAGAGATTTTGTGTAGTCAAAT TTTTGATTTGCGATCTCGAGATGGATATATTACTCATGATACATTGTTGTTTTAAAAATA TTTGGTAAATTGTTAAGTATTGTACCTAATATATTAGAGTAGTAAAAGTTGTCTATAAGG TGTTTGATTTTAGATTGATAGATTAACGTGTGATAATTATTATGTATCAGATACATGTAG TGTTAATTTGTATAAATGTATTTCATTCTTAGATGAATATTGCTTGTTTGATTTTATATC AAAACATTACTGTGTGATATATATTAAATATCAGGTACACACATATAGTGTTAGTTTGTA TGAATGTATCATTGTCAGAGAACATATATTTTATGGTAATTTGTATAATGTATCATGACT ATTAATATGTATCCGAATACGAGTGATACACACTAGTTATTAATTTGTATCAGTTATAAT ACATTATGGTTTATGTACCAAGATTATTATTGGTGAACATCAATATACAACAAAAAAATT GATTTATTACTATCTATATTCTTTTAAAATTAAAAAATGTTGAAGATATATTATAAATCT TGATATATTGTAAATGATACATTAGACATTACTTATGTCTCATGTATGTAAGTATTCAAC ATGAAACTCACTAGTCGAGTATTCATTAATATTAGGGTTATCAGAAATTTCATAATCTAT TGTAGCAATAATGTATCAGAAATTCATACCAGTATCAAAGGCTAATTTATGAAACAAGAT AACCGACAAGACTATATCTTAATGGTTTAGCATGCCTACTAACCGAAAATTGATAGGTTA TTATTAAACTCTACAATCACTAGTGGCTATGAAATGTCGGTAATTGCATTGTCTAATTAC TGTTGAGTTCCTTTAGATTTATTCGTTTTGTTTCCATTTATTATTTTTTAAATTCTTTTA TTATTCTAATATTTTCTAAAAATATACTTTTTGTTTTATCTATATTTTATTTCCTTCTCA TTCTCAACATTTATTTCACGTGATTCCATTCAATTTATGTATTATCTATTTACTTTCTTT TTTCATTATCATGTTTATGTTAGTATTTTTAAATTAAAGTAGAATTCATTGTTAAATGAG TTTTTAGACGTACATTCTCTTTTTATTTAAAATTTTATTTCATGTACATTTTATTGAGAT TTGACATAAGAGTATTTTGTTGAAGTTTTTGTTTTGAATTGGTTTTATTTGTTTTACCAG TATTGACTTAATAGTTTACATAATTGTAAGTCATTTATTTTTTTAGTTAGGCTTCACAAA TTATCCTTTTTTTAAAAAAAATTTAATAGATAATTAACTTATATTATTAAAACTTAATAT GACCTTAGATTGCAATTGTGCAATCAAACATGACATTTATAATTACGGCGCAATTATACT AACTATGACAAACAAATAAGTTGGTGTAATTACTAGACTAATAATTACTACTTTAGTAAC TACACCAATTCGAAGTAGCAATATCCAAGTGATCTTCCAAATAAACCTTAAAGGGTCGTT TAGTGTACTAGATAAGAAAAAATATTTATTAGATAATTTTTAGTATCACTTAATTTTTGT CTCGTTATAAAGTGGGTTAACTTATCTTAATACTAATAATTTTGACATAGATAAGTTATC CCTACTTGTGGATGGAATACTAGTAATGAAATAACTAATTCCGAAATAAAAATGTAAAAT ATACTCCCTTAAACCATCTTGTATACATTACTTTGACATACATGTATATTGAAATAATTT TTAATATCATTTATAATAATATTCACAACATTTACTACTCATCAGTGTTTCCAAAAAATA TTTTTGGATCGAGTCTCGGGGCGGAGCGTACCAAAAACGCTTCGGGGCGCAAATTGAAGA TGTCATAAAGTGTAAGAATTTGGAGTGTAAGCCCCGAGCAAAAAGTGTAAGTCCTGAGCG TAAAAACACAAGTCTCATCCGTTTTTTTTCTTTTTTCTTAAATCATATTTTTTAATGTTA GTATAATGATATTTCTCAATTATAACTTTTTTTTCTTTGCTATTGATTATTAATACCTAT CTCAAATGAAATAATTATTATTCTACATATTATAAGTTATTTAAAAAATATTATTTGTAA AATTATTGAACATTTCACTTTTGTTTATTTTCTTGTAAAAAGTTATAAAATTGAATATAC ATGAGGCTACGCACCGTAGATGGACAGTACTTACGTCCTGTGTCTTGAAACTTATGCCTC GCTCCGTACTGCATAAAACGCCTCACTTCACGCCCCCACCTTTTAAAACACTCCTACTCG TTATTTTATGGTTAATATTTTTCCACTAAAAAATTACATGATATAAATATAATTTATATT TATGAATATATCATACATTAATGAATTTATTTGACTAATACTTATGTTTATCTTATATAT ATTTATTTCTCTTAACTGTTCACTCCGTTACAAATCTTAATTGAAAAGTTTTTTAGTCAC TTGTAAATTTTTATTTTATATATGCGCTTAAACAATGTGACACGAATAATAAAATCCCTT TTACTTTAACAAATTTTAGATGATTTTTTTTAAAAATTAAATAAAATAAATATATATAAG ATATAATTACGAGAATATACATATAAATATAAAGCTTATAAGAAAAATATAAAAGCTGAA TCAAATTAAGAAAGAGTTTTTATAAACAAACAACTAATTCTCAAAAATTATGTGCATATT ATTTAAAAATGAAAAATCAAACTATCTATAAAAAATAATCTCCTCACCAATATTTCTGAA CAAAATTGTCTTCCTGTTCAAATAAATCATTCAAATACTTTAGGGCTAAAATAATTGGCT ATATTGTTTACTCCGAACTATCGAAGAAGGAAAATTAGGAAATTACGAATTTATCCTCCA GAATGTCTAATTACTCCAAGGCTCACATTTGCCAGTGCTTGAGCCGGCTGTCGACGGCTC GCCGGAGCTCAACGGTGATGATAATCGGAGAGAGGAGGAAGACCGGCATGAAATTTGTCG GGGGAGATTTGGGCCTGGCCCATGGGCTAATTCAATTGGGCCTTAAGCCCGGTGATGTCG TCGCTATTTCTGCTCTTAACAGGTACATCAAATGTACAACTTTCATTGCATTAGGTGCTT GTATTGAAGAATCTTTATTTATGATTAACTCACTTAATATAAAAAGTTCATATATAATTT GTGAGCTCAAAAATTAAAATTTTATTTTTAGTGATATATTTTCTATAGAAATTAAGTTAG GCATGTTACAGCATTAGTCGTGTTATATTGTGATACCAAAAAATAAATTAACGTGGAGCG AAAATTATTTTTTATTTTAGTGTGAGAGATATTTTGAAAATCTATTTTTTTACATAAAAT ATTGTAAGGAAAATAATAATATCTCTTAAAAGGTCATAATTTGTACATTCTAAAACTAAA CTTTTTACACATGAAAGCGTAATCAATAAACTCCGAACTAAAATAAAGCTTATTAATTTA GTAATTCAATAATAATTTTATTTTTTTTATACTGAATTATTTGCTATAAATGATTTTCCT TTTTTTTTAAACGGGTTAACGGATAACCCAATAGTAAGTTAATAAATTATATTTATACAA CTTGATATATTTTAGGTCAGAGTTTAGTTTCATACTTTAACATGAATAGCTGAGCAGATT GATCGTTTACTTTTTTCTAACAGGTATACATTATCATACATATGATATATATATATATAT ATATATATATATATAAAATAATTTTAACCATGTATAGAGCGTAATTTTTTGCCGAATCAG CCTTGTCACAGTCTGCGCTGCTCTTATGTACTTAAACAATGACAATAATAGAGATAAACC AACATATTACGTAATTATAATGACCAAAGATGACGATTTCATTTGGAAAAAGACACTTGA TATTGAAAAAATTGTTTTCTAATAATATGGCCGGTGGAAAAGTAACATAGGCAACTACTC TGTAGTTGCTTAGAAAAAATTAAACTTGATAATACTGTTTTTTTGTTCTATATAAGGCTA TTATATAGTGAACAATTTCATATTCTATAGTTCTAATTTATATCCACAAAGTGAAAGAAT TATGATGATGATGCAAGATGTTTGGAATCAGTTAGGTCCAGCCATTGCAACAATCATGTT TGCCTGGACCATGTACCAGAACTATTTCCCTCATGAACTTCGTGGCCATATTCGAAGGTA TACCGATAAACTTGTGAGCTATATCTATCCTTATATACATATTACATTTCATGAATATGA AACTGATGGTTGGTTTGAGCGTAGTAAAGCTTATGAAGCTATCGAAAGGTATTTAAGTAA GAACTCTAGTATACAAGCTAAGCGTCTAAAAGCTAATGTAGTTAAAGATGGTCAATCTCT TGTTCTGTCGATGGATGATCATGAGGAGGTAACCGATGATTATGAAGGGGCGAAGGTTTG GTGGATATCTAGCCAAAAAGAAGCTATTAGACCGACAATTGCTTGGTACCCGAGGGATGA TGAGAATAGGTATTTCAAGCTTAAGTTTCATAGGAAAAATCGCGATCTTATAACCATTTT GTACTTGAAATATGTGTTGGATGAAGGGAAGGCGATTTCTGTTAGAGAAAGGCAGAGGAA ATTGTACACGAATAATAAGGGATCGGATGGTGGATTTGGTGGTTATAACAGGAGAATGTG GAGTCAAGTAGTGTTTGAACATCCGTCAACGTTTAATACTTTAGCTATGGAGCCAAACAA GAAACAAGAGATTAAGGATGATCTCGAGACGTTTTCTAAGTCAAAGGACTACTATGCTAA GATTGGTAAGGCGTGGAAGCGTGGTTATCTTCTTTATGGTCCTCCAGGAACAGGTAAGTC TAGCATGATTGCTGCTATGGCTAACTTCTTGCAATATGATGTGTATGATCTCGAATTGAC AGCTGTTAAGGATAACACAGAGCTAAGAAAGTTATTGATTGATACTACTAGTAAGTCTAT CATTGTGATTGAAGACATCGATTGCTCCCTTGATCTTACTGGCCAAAGGAAGCCGAAGAA GGAGAAGGAGAAGGACGAGAAAGTTGAGAAAGACATCATCAAGGAGGAGTTGAAAAAAGC AGGAGAGGAGAAAAAGCAAAGTGAGGTAACTTTATCTGGGCTTTTGAACTTTATTGATGG ATTGTGGTCAGCTATTGGTGGTGAAAGGCTTATTGTTTTCACAACTAATTTTGTCGAAAA GCTTGATCCTGCTTTAATTCGGAGGGGGAGAATGGACAAACACATTGAGCTATCATACTG TTGTTTTGAGTCCTTCAAGGTGCTTGCTAATAATTATCTAGACGTTACGTCTCATGATGA TTACTTTCCTGAGATTCATCGTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGC TGAGAGTTTGATGCCCAAGTCTTCTAAGGAAAATGCAGATACTTGCTTGGAGAGGTTAGT TAAAGCTATTGAAACAGCAAAGGTGGAAGCAAAATTGAAGGCTGAGGAAGAAAAGGCAGA GAAGGAGAAGGAAGAGAACGAGAACGAAAAGAAAAAGAAAGAAGCAGCAGCTGCTGCAGA AGACGCGAAAAGGGCTGATGATGTGAACGAAAATGGGACGTCGATGGAGACTAAGGAAAA GCCAGAAAGTGATGGTGCTAAGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATG ATGTTAGTAAAGGGTTAGTAAAGTTTGATCATGGAAATATTTGATCAATTAGGTGTTGCC CATAGAACCAGGATTCAGATATTTTGAATAATTTTGTTGTTGAACATTGTTGATTTTGTT ATTCAAGAGATACTATGATGATGTAGGAAGTGGTTGTTGCATAATACATAGTGTAGTATC TTATCTTTTTGTGTAACAAAATATTTACATCTTAGTAACTTGGTGATATATGTCAATTTC CTCTTATATTCTGAAGTTATTTTCACAACTTCTAGTGCACGTGCATTGCACATGTATGAT GAGTCGTGTAATATTGATCCAGAATTTCTATTAAGGGGTTTCGAAAAAAACAGAACAACT TATGTGCACGTGCACTGCACACATGGTATGGTGAGTCGTGTAATCAATGGTGTGTCTAAA ATTTGATCTTGTAATCTCATGGTAAGTTTTGAAACCCTCAACCATTAAGCCAATCTTTAA TCTTATTACATTTAGAAGGTTCAAATCAATATATAAATGTATAAAAGGTATAAATACAAC ACAATTTTTTATCAAGATGAGCATTATCTAGGTCCGCCCGTGCGTGTAATAATAATACAA AATTCATTGAGAGAAAGGACTCATCATCAACGAGGAAGGCATAAATCTATATTTAAATTC TTGATAAGAAAAATAAGTGATTTTCTAAATTTATTTTTTCATGTTTGATTAGTAAGTACG GTTCCAAACTCTTGTCCAAACACAAGAGCCCAATGAATTTGGTCTATGTTTAATTCAAAG TCGAGTCATCATAATTTAGGATCGAGTTGGACATTAGATTTCGAATTAGATTGAGGCTAG AGTCGAGTCGCCAATAAAAAAAAAGAAAAATATTGTGGGGTAACACTCTTACGAAACACA CCCTATATAGGTGCCACGTGAGGCAATAAATATGACCAGCACATTCTCAGCATCTCTTTG GCACAAACATAACTTCAAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAAT TCAAAATCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAA TTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGATTGAAG GGCGCGATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAACCCGGAAAAGCAA CGATCTAGGAAGGTGTTGGTGAGGATCTATGGGAAAGGTGTTGATGTGTTCTTTGATCGG CAGAATGAAATTAAGATTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTT GGTCGATTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGGTTAGTTTTTTTTCT TTCTATTTGAAAACAACATTTTTCTTGGACCTGAAGTTTACATATGGATTTTTACAATTT TAGTGATCTGCATGGATGTGTAAAAATGCATTTTAGCTGAGATTCTCGTTCGATTATCAT TAGTTTAACATGGAACCGGGATGTCCAGGCCATTTTTGGTACATCTGACTAATTCCACTG AATACATGCCACCTCCCTACTACAGATGGTTCTATGTAACTCTATCCACCAAGTTATCCA CCAAGTCTAGGAAGAAATCACTAGTGTTTTTGGTACATCTGACTAATTGCACGGGGTACA TGCCACCTCCCAACGACAGGTGATTCTAGGTAACTCTGACCACCAAGTCTAGGATAGATA CAAAGAAATCGCTAGTGTTTTTGGCACATTTGACTAATTCCACGAGCTACGTGCCACCTC CCAAGTCCAACTACAGGTGGTTTTACTTAACCCTGTCTACCAAGTCTAGGACATATAGGA AGAGATCGCTAGTGTTTTTGGCACATCTGACTAATTGCACGGGGTACATGCCACCTCCCA ACTACTGGTGATCCTAGGTAACTCTGACCACCAAGTCTAGGATAGATACGGAGAAATCAC TAGTGTTTTTGGAACATTTGACTAATTCCATGAGGTACATGCCACTTCCCAAGTCCAACT ACAGGTGGTTCTACGTAACCCTGTCGACCAAGTCTAGGACATATAGGAAGAGATCACTAG TGATTTTGTCTTTGTTGGAATTCGAACATGAGACCTCATGGTCCTCAAACCACTGCATTG ACCAATAGGCCCCATACTCTTGGGTGCTAACATGTATTATTTTAGGATGGATGGAGTATC TGATGGTGATCATCATCATCCTTGTGAATATTTTGTTTCTTTTTTTCCAGCCTGCTGTTG CTATTGTTTCTGTTTTTGTTATGACTGCTACAAGAATGGCGTATGATGCTTTTTAGCTGA TACTTTGTGATTAAGAAGTGATTTTTCTGGCATGCACTGCTGGGTACAATTTGATAATAT GGTATACAGTATAATCCTCAATATTGTATATATGCTTTTGTTTTCTCGCTGTTACTCCAC TTTCCAGTTAAAAACAAAGAACCCATTTTGGATGTAAATGTAAGGTCTAATGCCCAAAAA TAGACCATAGTATGATTTGATCATGTTTGACATATGTTCTTGCTTGATGACTCTATGAGG CGGAGGGGCAGCATAATAACCTTTGGCGGTTGGCCTATCAGTGTGATGTTGTTAACTTTG TTACTCAAGTGCAATCATAGTTATTTGAGGCACAAGATTTTAGGTTTTAGTTAGAGTTTA ATACTCCCTGTATCTAAAAAGTTTAGAAGTATCTAATTCGGTCATCATTTTCTTCTCCAT TCCTCTAGTTGGCAATGTCAGATGCTAACAATTTACATGTAAATGAGGGAGAATTTAGGG GTTAAGTTTCACTGGTACTCTATATTCATCCTTCCCTTCTCTGTGCTGTGTAATTTTTTC CTGTTGTTTATATACATCCGTGTACATAAACATTTGTGCAACAGAAAATTTAATAGGATT TCTCTCTTGGTATTTAGAATTTTAAAATTTTGACAAGATTCTGATAGTTTTCGTTGATCT GATAGTATCTCTAGGATGATGCTTTGCTAGATCCTGATATCCTCATCTAGGATCCAGAAG AATAATCACCTAGATGACCAGCTTAATCAACTGGTTAATTTCATAAATTTCTGTAGTATG CTTACCTTGATCCGAATTTGAAGCAAGTTTCTTAAATGATAATTTTTCTGGGCCTTCACA AGTGATTTTGTTTCAATACCACCTCTTCTCAAAGACTACATAAATTTCTTTTCCCTTTAC TGAAAGGAATATATACCCGTTTGCTGTTTCTGCATAATATTTCGAAAGAATGATTGGTTT GGTAAAAATTTAGATCAAGTAATAGCTGCCAATACATAATTAACCTTTGTTATTCATATA ATTCTTGTTTGGTATAAGCTGAACTAATAGGTCTAACCAAACATAATAATCTCGTCTTTC TTGCCCATTATCCTAAAAAACCAGCAAAGGGGTTCCTTAATCCATCTCCCCCACTACTGG TTACTGCTGTCTCCATGTTTCATGTCCATCAATAAACTTATTAGCACAGGATAAAGAAGA AATTAAAGGTGAAATTACTGCCGTGATTAATTGAAAGACATGTAAGAATTTTGAAGGAAG AAAATCGAAACAGATGAACAAGTTGGGACGCATAAAAAGTATTTCTGTTGAGATGAAGGA TGTATATGTGATGTGGGGCAAGGGCAGCCTTTTCAGGTCACAACCAAGTGACCTTATGCT GCCTGGGGAAAGCTACAGGGTTTGAGGATACCAGGAGAGGGGTTGCGTAAATTCTGAATG ATATGAGAAGCGATCTAGATTAACAGTTAAATGCATAATATCCACTTATATGTTAAGCTT ATTAAACTAAGAACTCCAAGCTTTCTGTTAGCTTATCCGCCTCTCCTTAGAAAAAACAAT TAATTTGGGGTTTTGAGCCCTCTCCTAGTGGTTTCTTATATGATGCATTCAAGTTAACCC ACTATTTGGTTTTGTTTATTGGTGAAGTTCTGATCCGCCACCTCTGGATAATCTTGATGT GACTGGCTGGCTTAGATGCTCAAAGACTTATGTTTCATGTTAGTTCATAGTAATACTTTG ACAAAAGCATCTGGCCTCCCTTTGCCAAACCTAATTATTATGAAGCCAAGCAGATTTAGA TTCTTCAGAGCTCATGATCACCATATTGCAGTTTCTTTGTAAGAGCTCCTGGGATCGTCA AAGTTTGCCTGGTTCCTCTAGGATTGCCTAATTTTCCTAGGTTTATCTCATGCTTGATTG ACACTATTCTTAACCTACCTCTAATCTATTATTATCTGTGATGCTGTTGTAATTACTGAT ACTTCAGGAGAATGGGCACATTCATTAAATGTAATGCAATCTCCATGATTGGTATTTCAG ACATTATCAGCTCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATG AGAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTG CAGTATGCTCTTCTTTTTACTGTATATATGATAAATAAAAACTGCTAAATTATGTTTATC TTATACCAAAATGTCTAAATAACCTTTTGTTCTCGTATTGCTCTAGAAATTGGCTTAATG TAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAG ATGAGATTGTATTGTTGGAAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCC ACAACGACTTGCAGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATAACCTTTA TTGTAAGTACTAAGTTTTTTATTCATCAATGTTCAGATGAAAAACTAAGAGGACAAATAC AATTTACTAAATGAGATGCATATCTCACTAAATTTTAGCTATAGCAGTGTCTGCATGTGG TGATTACATCTAAATCTAATTTGGGCTTCCATGATCAATAACTAGGCAGTGCTTTATCCT GACATGTTTGCTGCAGGATGTAGGTGGGTCCTGGTTCAAAAACTTCTTCAAGCTCTTACT TATTTAGGAGCTGCACTTTTGTTTCTCGCCTTTGTATTTTGTTTCAGTTATTGATCATCC ACTTGATAAGGAGCAAAAGGATAAGATAAATATTTGAAAAACCTAAACATTTCAAGAAAA ATTGACGGACTTTTCAATGATAAGTTCTGTTTCCTGCTAGGTTGGCAATTGCCTAATTTC TGCAAATAATTCTTGCTGTTCATACAGTTATTATTTGGACTTAATTTCTGGTATTTTCTT TAATCTTTCCTATTAACAGGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATAT AGCAAATCATTTTTGTGAAATGGTTGCTGACTACCATACAGAAACACCTCATATTATGGA CTTCAGAAAGTATCCTGGTGAGTCAGTCACTAGTAAATCATCTTAAGCAAATCTGTTTTG TTGATCTGATTCCCTGAAATGGCACGAGCAAGTACTTCCTGGATATTTATGTTAAATCTA ATTAAACCCCTTACAACATGTGGCAGGTCTGGAGGAGCGTAAAAGATTTTTGAGTACATA TCTTTTTAGTTCAGGTAGATGAATACTTGCATCTTCTATGATTTATCATATGTGGAACCA TTCATATTTCATGATGGTGCTTTCTTAAGCTCATATCTGTATACCAAGAGTAGTAACAAC TATATAAATTTAGTTAATCTCTAGATTTCGATCATTATTTATCTTTATTTCATTACGAAT CTCAGATGTATTGGTCTGGTAAACAGGTCGCTCTCCCAGTGAACCGGAACTGGAGAAATT AGTTCAAGAAGTGGAGAAGTATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAAT AATATCGGTACTTCTCCTGACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCTGC GTACACAAAAAGAACAGTGAATAGTCTAAGTAGGAACTTGGAACTACCTAGTCTTTAACT GTAGAAAACTTTATATTGAAAGTCCGTCAACAATTAATAGATACATGGTTTGCCGCATTT TGTGCCCAAGCCATAACAGATTTGGCTCTTTTTCTACCTTTTTTGCCTTCGACAACAATG TTGTTATTGAGCTGCATAGGCCTTTCTTAACATCCTTCATTTCCTCCCCTTTTTCAGCAT CATGTCAATAAGATAGACTTCGATTACTTGGGGTATGCTAGGCAGAGGTTCCAGCCATAT TGGTCGAAGAAATCTGAGCTATTGGGATCATCAGGTTCCAAGAAAGGTACTTCAATTATT TTGTTCAATTCCTTTTCCTTAAACAAGTCTATTTGAAGTTTTGAGTTTGGGGTTTCTTAA CTGAGCACTTTGGCCTTGCAGGTTAATATGAAAGCAATGACTTCTTGATCCATTTGTTTG ATTTACAGAGTAGTAGTAGTTGTTATCCGTTGGGGTTTTGCTTCAACAAGTACTTTTTTT TAAACTTCCGAAAACCGAGAGTCTTGATGGAATTTTTCTGGTGATGAAGTTTATTATCTA AATCTAGGATTAGATCATCAAGTGTATTAGCATTTCTGTCAATTTTGCCTCCTTTTCTTG TGTAAATCTCTACAGAGGTGCTGGTTTTATTTTTGTTTTTACCTGAAATAATGCAGATGC AAGTCTATTTGTTTATTTGAAAGATCATACAGTGAAAGTAAATAAAGATCTAATGGTTTT TTCTTGGATGAAATTTGTTACAGATAGTAACTAATTGGAGATTTAGCGTTGCACAGTAAC TTTTAGTCAGTTCAAATATTATATTCCCTTTCATCTTTTCTGGAAATATTATATTTTACA TCAGCAAATTATGATCAAAATTAACTAAGTAGATCCTTGAACCTCCAGTTCTTGACTGGA TAGGATCAGTTTGGGTATGTAGAGTTTCATTAGAATTTACGGTTCTAACCTTGCAAAATA ATAAATATAATTTGCCTAGCAAAATAATAATAATTTGCGGTTCAACCTTGCGAAATAATA AAGATGAATGGTGCTATATCGCTTTGGTGTCCTACCATGAGATTTATATCGCGAGGTGTT AAGATAAAAATGTTAAATCAATATTGGTATCTTAATTGTGCCCTCACTGAGATGACATTA TCTCAATGATGTCCTCACTAAGATTTGAAACACTTTAGATACATGTTCTGAAAGTGAGGC TTAGTTTGAAGCAGATTTCAATGTCATAACTTTTGTCTTCCTTGCTCGCTCTGTTTTTAT TATTGAAAATTTAGATTTATATATACTTCTACTTTTGCCTTCCTTGCTCGCTTTGTTTTT ATTATTGAAAATTTAGATTTATATATACTCTGCATATGCTTCTTGTGTGTTTGTTGGAGT TCAATGTGTAACTAAAAACAGTTACAATTATTACGTTAATTTCCAAACAAGTAAGGTTAA CTAGTATGAATCTTCGCATATCATATCGCTCTATTTAATCTCATCTAAGATTCATATACG TAAACACGATATAGTCCTAACTCCCAACAAAAGCAAAGTATCGGTGGATACTGCGCTCAC ACCTCTATCCTTCTCCACTTAAATATCAGGCTCACACCTGCAACCTAAGTCACAAATCCT CCGCCTTTTACCACTCGAGCTAGGCCTCGAGGCATGAAGTAATGTTCATGTATTGAATGA CGAGTAAACCAAAAATAATAAATACGTCTCAGTCTCAAATAAGACGATATCAGTTATCAT GACACTAGGAATACCAACATTGGGTCTATTTAGAATGAAACTATAACAGAAAAAAGAACA AGGAAACATTTTTAACAACATAACAACTTATTTCAGGAAATTGAGATTTTTCCTTTTAAA CTTTTTTTTTCCTCTGTAACTAAAACTTAAAAAACTTTTTTTTTTCTAGTTATATCAAAA GAAAGTAATATTCATTTGTTCTTTTGCAGCCTATTCAAAAGCAAAAAACTTTTACTTCTA TATATCATGAGCAACCGCGTAACTAACATCTCCTACGCGGCGCTCAACCCTTCCCCCTCC CTCCTCCTTATGTTAATATTTTCAAAAGAATTAAGCTGATGAAGACAGCCTAACTAAGAC CAAAGAATGAGAGATCCCAAAAACTTACACTTTCCTCAGGATCTCTTGACTCAATGTTGC AAATGCTATTCTCCACTCAGGGCTCGTCGATCCACTGCACAAGATCTTGTGCATTATTCT CAGTTCTTCTGGATCTGCTTTATTCAGAAGCCTCCTAAGTACTAATTGTAACTCGGTGTT AGATGAACTATAGTTAGCATGTTCCTCCTCAGTAGCCACCTTGGTTCCCGAACACTGACC TCTTTCCATCACAGCAGATCTTGCCATGTCAACAGTACTCTCCGATGAACCTGAAGGCCC TTTGACAGTTACACACTCGTCCTTGAGTTTTAGCTTGTTTTTCCAGTACTCCAGACATTG ATAGTTTGTATCAAGAGCTTCAATGGACTGTATACACCAGAGTTAGCACAATGTAAGAAT AATTCACTTGGAAGGAAGTGTTTTACTTATTGAAAGAGTCAGAAATAAGAAAGCTGCATA AGAAGAGAGTCTTCTCAACAACGAAGAATGGATCCTAGGTTTCAAATAAGAAATGTGCGT AAGAATGTAAAACTTAAGTTGATGACAATAAGGTGATTCCGCTAATAAACCAATTACAAG ATCACAAGATAGAAACCTATTGTCCTTAGTGGGATCCATTTTTTCTGGAAATGTCGCATT AATCCAAAATCGCAGGTCAGATTATTCGTTGGTCAAACTAAAGCCAGTAAATCACAAACT TGAAAGAGCAAAATCATGCACACAGCAACATAATATAGGTATACCTGAACTATCGGTGGG GAGAGTAACCCAAACATTCCGAGACCGTTGATGCATTCTGTGTCAGGTTGCAATGGTGGC AAATCTTGCCTTCCTGGATTTAACTTCGTTGCTAGTTCTTCAAAGACTCTATGCGAGATC ATTTCCCAGCATTTCTGCGCTGATGAACTCACTAAGTTCGTATCTGGACACTCTTCTAAG CTAACCTGAAATCAGAAACTCCAAGTAGACAATAATTAGCATCCAGCAAATTCATAGAAA CTAGAATCAAGTAGACAATCGTCATTTGCAAGGCCACTAACGAAAATTAAAAGGCAGAAG GCAAGGCGACAGCCACAATAATAAAATTTAAAAGCAGCACAATTGCAAATAGTTCGTGCA TAACAGGCCTAAAGGTTCTTTTGTATGAGCTCATAAACATGAAAAATTATTAACGAGAAG ACTTAGAAAGGGTTAGTGGTGGACTAAGTTTTGGAGATCAAGTGCTAGATTCTTAGCTGC GACAAATAAAGTAAATGTACCTCCTCTGCACACAAAATAATATGAATTTTTCCTTACACA AACCCCTATGCAAAAATAATGAGAATAACTCACATATTTTTCTTCCAAGTACTAGCATAA AATAACAGTAATCCTCATTATCCATTTTTTTTCTCAACTCGCATATTTTATCGGGCAAAG TTATGAATAACATCTTACCTTGAATAGAGGTCCAATGAGCCCACCATTCAGGATCTCGCA TATATAGCTACTAGTTATCTCAGGACTGCTGGCATCGAAGAACTTAACACGACTTCTAAA TCCTGTTAAAGAGCATCAACATTGAAATATACAGTGAGACCATTGCAATTTGAATAAAAT GTTGCATCAAATGAAAATTTCTTAGTATGAAAAGTATATTCAACAAACCTATGGGGAATA TTGCCTGCTTACTGCACCAAAGCTTTCCTGAGGCGATTGACCCTAACTTTAGAGGGTCAA CATGGTACAAAAGCGTTCGTTCTGAAACCTTGGTGCTCAGGGGATCTATTTCTGAGTCAA ATGTTCCGTTTTGTTGAACACTAGGAGAACCCCTGGAAAGATCAACCCCAAATAACTTCT TGCCACTACTGTGATTCGAAGCATACGAGGTGGTTGCATCATCAGAGCATGAGCTGCACT GCTTCTTTGGATTATGAGTTTGTTCTCTCAACAAACCTGATAAGCTATCATTTTTCATCG AGGGATCCGTTTCAAATCCATCCCTCTCTGAATCCTGCTTCACAGAGTTATGCTGCCTCC TATTTAAAGAAAAATTATCAGGATCCTTGGAAGTCCATTGTTCAATGGCATCCAATTTCC CCTCCAATGCTTGTACCAGTGTGTTCAGTTCATCCCTGTTGTAACGGACGAGAACAGTCT TGTTCTCTGGTTCGCAGGAGCACATTAGATTGGAGTGTTTAAGGCATGAAAACTGTCCCG GGGAACATTGGCATTTAACTGCGGACAGATGCAGGTCGTAAAAGCAGGAAAAGCATTCCT GCTCATCTTTCAAGCCAAAATCTTTGTCCATTGTCTGAAGTTGTACAAGCGGTAAAAGAC GCTTCAGTCTTTCCTCCTCCATTTCAATTCTTCCCTATAAGTAAGAAGAAAAACAAATTA CTAAAACAATATGAGCTTCTTTTTCACTTCTAAGTATATGAAATTTTTGTAATATTGCAT CCATACATCCTTAAGTATTTAATTCTATGATAAGAAATCAATATTTAACACACCTTGCTG ACTGGTCAGTTCTTATTCCTTTAAGATGGCACTCTTAAAGTCGAGGGTACTTAATCATAT TCTAACATGTGTTGTTTTTTTAAGGGATGTGCCCACAATTACCAAAAAAATCGCATTGAA GTGATTGAAGTTATTATTCTACTTGTAAAATAAACAAAACAGTTACCACAGTTCTACCTC TCCTTTCTTATCCTATGTTATTGTTGGTAAGTGTCAAAAGCGGAGGTGAATTCTGTACTT CAACCCAAACAAAATTTCATTTTGATAAAGAACTCAAATACAAGTTTACTTGTACCTGAT AATGGAAAGTATAATCTTTTTTGCTCGGAGGACAACAGAAAATTTCAAATGAAAACTAAA AGTACATCTAAGGGAGTTTATGCTGTACATACTTGGACCGGGAGGGCAGAACCTTACAAC ACCTTAGTAAAAATTATCCCTAAAGTGTGAAGATACCTAATCTATGGAGTCAAACCACAA TGACAGATGAATTCAAATGCACAACCATATGTTTTGACAGACGTATTCAGAAATTTACCT TTATAGCTTTAGTAAGCATGCCGTCCTTCCCACAGAAACTTCTCCATCTCAAGTTTATAC TGTTAATATTCTCAACAGCTGAGAGCTCCCACAGTGCTCGGATGGCTTCACTAGCTGCTC CTATAAGCAACTTATCATGTGAAAGCGAGGTTTTACGACATTGCTTACTGTAGAGCTCCA CAGCAGTTAGTCCATGCTCTAACCAATCAACAGGGCCTAGATTAACAGCCTCTGCGCAGT TGAACCCACAGTTAAATCCAGAATGATAGGCTCTTGGGAACGTGAGCACAAACTCCCCTG CGTTCTGAACAGCGCGGTACACTGGTACACCCTCTGACTTCAAAACTGAAGGAGACAACT GAGTCACCTGAAAGAGAGAATAATAAGTTTGACAGGAGCATGGACGCAAATTATACCATT CAAACAATCAAGAAATTGCCAATGCACTGGAAATAGATTAGTGGACTGAAGGGAGACGGA TTAACACAAGAAAAGAATATTGATGGCCATTGGTACAATTTACAGTTAAAATTATCAGAA TAGAATGTCAGGTGTTTCACATGTGATGAGCCAAAAATTATGTTACAATATTCACATTGG TAAGTTGATGAGCAGACTTGAAAATTAGGTGAAGTTTATTGATAAGGAAAAGGGACTTGT AAGTTGAAAACAGTAACTCGTAACCAGATGAGGTTGATAAACAGAAAAAGGAGCTTGCAC AGCTTATCATTGCCCGATTTAGTTGACTAGAACCTATAAAAGTCTATGTAGATGTGATTA TTTCTCAAATACAATAAGGATGAGTAGTGCTTGATCAAGATTTAACTTGTATACTTACTA GTTCGTGAAGCAAATCAGGTTGTTCCTCAAACAGATCTGGCAAATGCTTTCTCATTGCAT CCTCCAGGGCTGCAGCATGACTTCCTGGCACTCCATACCAAATCTTCGGTTCACCCCAAT GCATATAATTCAGAGAATAAAGATGGTGGTCCTCAACATGCTTTAAGAAATCAGATTAAA GGATTTAAGTATATAGCAAATATAAAGCAAATAACTTGATCTAATAATAATGAAAGAAAC CAAGAAAAGAAAGAGAAAGAAAGGGGGGGAAAGAAAGATAGACCTATGACCCAAGATGTT CCCTCAAAAAATAGCCGTCAGTAACAATAAATACTTGGAGACAAAGGATCAATACTATTT AGGTTTATATGTATAGGATGCAACAAAGGAAGAACTCATAAATGCACAGAGTTTGCTATC TTCGATAAGTTCAATTGGTCAACTATGCATTAAGATTAAGCTGAATGCTTAAATAAAAAA GTTTTCATGACATACCCAACAAAATGATGAGAAGCACATTCCAATATACAGCCATGGGAC TAGAACTCCTGAGATATTGTTCTCCTCAAAGCACAATACAGAACACGGCAGGCGCGGTAA GTTGTTTAAGTTCCAACCAGAAGTCGCATACTGATCTAAAGTACTAGATTTTGGAGATGA AGATTCAAGAGGGAATCCACTGCCAAATACTCCAGTTTCCAGATCAGCTCCATATAACAC CTATTCATCAGAGGAAGGCCAAACATTTAGTCTTATCCAACCAGTGAGCATGTAATAGAT ATATCAAAAGACAAAGTAAATATCAAACTAGATTTCCTTACCTCAACTTCATCTGTTGGA TTCTCAACGATGCGCCAATACTCACCTTCAATTTCTTCAATGGAGGGTTTCCAAACCTCA GTATCCTTCATCCTAAAATATAACTCTTTAAAATCTTTGGAAAATGTCTGAAATTCCTCA AATGTGAAGTCAGATCCTGACTGAAACCCAAACTTGTCATCACTACTGTCTGAATGAGTA TTTGATTCAGAACCTAGAGATCTAGGTTGTCTCCTTGTTGATCCTGTCTTTGAGTGCAAT CGTCTTTTCCTCTTCCTGGTTTTTTTCTTTTTCATGGGCTCCCTATTCTGAAGTAAATCA ACTTGCTGGATTCGAGTCGAGAACTTAGCACATTCCCACACATTCTTCTCTCTAAGTGGA CAGGGTGGACTCCAAGAAGCAGGTGGTATAATCTTGCATATACCATATTTCTGTGCGTTG TGGCGAATGCTTGCAATATAACCAAGTGGATCTTTGAACTCCTATAATTTAACCACAGGA TGAGCTTAACCACTGGCTTTATGCAATCAAAAGAGAATATAATAACTCTTTAATGTGACA ATTACCTCATCATTTGGATAGTACACGGGAGCTTCCTCTAAGATGGGCCTACGTGCTTCA CCAGGACTCCATATTGCTGATTCCTGTTCCAGAACAAGAAAGCACTGTTTATGTAGAGAG AGAGAGAGAGATCATTTGACTGCCAGGATAAGGGTGAAATAAACTATTGAAAACTTACCA CTTACCCACCCCACCTCCCTAATCCCCAACCCTGCTCACCTCGTGGAAAAACGCATTAGA CAGCAATGGAATCATACTTAAAATAGAGGTTAGAAATTAAACTAAAATTTTGATGAGTTA ATTATCAAAGTGGATTATCAACATCCAGCAGATGCCAAGAAATGAGAACACATACACGAA TATGTTGCCTAAGACATCAAATGTGGAGAATGGGAACGTTTTTATACTCATAGATTACTA ATCATATTTCTGCAAGCCACACGATGATGAAACCACATTGAGAAGGACTTATAGATATGT CATTTTTACCTTCCGCCTACGAGAGCTTCCTGAACATTCAATGTTATTTTCACCTTTTGG AGCCTGTCTAGAAGGATGTCCCTGCAAGAGAAGGCAAAAGAATTAAATTTGAATCAGATG AATGAATTCAGTCTTGAAATGAGTTCTTCTTAAGAATCAAATGTGATTTCTACTTGAGAA ATTTCCTTTTAGTCAAAAAGCATTAAAAAATAAATCGTTTCAAATTTGTTTAGCTATGCC TTGAAGCATGTAAGATCTTGCCAGTACGGAGTACAATATAAAACTGTGTAGGACGAGAGC AAATGAATAAAAATGGATATACAAGTGTACATGTTATCAGTCAGACACCTAGCCTAAATA TTCATGAAATAACTATGATGGGGTCTTTGTAAAGGCAAACAAAAGAATAATGGAAATTCT GCAAAAGGTGGAACCTTTTGTAACGTACAGGTATGTATCTTAATTTCTTTTTGCTGCGAT GGCATTCACTCATTCATCACTTTACGGGATATCATTGGATCACACAACCTCTTATCAGTT AAATACCAGTTATGCTTGCTGGGAGAGGAGACCTTTTCAAAGATTTTCCCTAATTTCACC TTAGTAATATTTATTAGATGATCTGTCCCAGTGACTAAGTACGGACCAGTTCATAAGTTA AATCTAGTTCCACAAAAGCTCCCTATCCTCTGAAGGGATTAATCCCATGGTTTCTTTTCT AATCATAAGTTCCTACCTAGTTGAGGGATCAAAAGAACAAGAAAACATGAATACAGTTTA CTGCAAGATATGACAAAGCACTTAAAAGTTTTAAGAGATACAGTTTATTAACGAAATGGA TCTTGGGCCTAACTCAACCCAAAAACTAGCTCAAGAGGTGAGCATTGCCCAAGCCATATA AAGAGACTACCCGTCCCTTGTTCATCAGATGTGGGACTTTTCAACACCCCGTCACAGACA AGAGCGGGAATCTGAACAATGGGTTATTTAACATGGGGGTCCAACATCGGAAAACTGATA CCATGTTAAAGAAATGGATTTTCGGTCCAATTCCACCTTAAAAATAAGCTCAAGAGGTGA GGACTACCTAAGCTATGTAAAGAGACCACCCATCCCTTTTTCATCCTATGTTGCAACAAC CCCACGCACAGGACTTGCATATCTGGAATGTGGACAATTTAATGAGGCCTAACATCGAGA AACAAGAATCACTACAAAAAACAGGTCAAAAACTGACGGACTTGACTCCCGTAATTTCTC AACTTGATTTTTAATCGAGGACATCCATTGGTTTTCTTAAATTAAAAATTAATATAATTT TATTTTAAAAAATGACTGATCGGAAATACATACATATATATATATATATTGGAACAATTT TACCACTACACCATACATGCTCTTAGATGACATACTTCTATTGTTTTTAATTTGTACTCC AAAACTGCAATTTTGCACTTAATAATCGACAGAGTCCCTCAATTTTTGCAAATAAAAAAT AAAAAATCAAGGCTCTCTGACAGAAAATAAACGGACATCTGTTGGTTTTATTTAAAAAAT TAAAATTAATTTTTTTTAATTGAAAAACAGACAGAGTCCGTCGACTTTTATCTTTTTTTA AAGTAGTGGATTGAGATTGGTCCTACTATGATACCATGGAAATGGATCTTGGCCCTAAAT CAACCACAACCATATGAAAAGACCACTAATCCCTTTTATACCCAATGTAGGAATCTTCAA CACCCTCACTAGTTCAAAAGGAAATCCCGACAAAGCGTTTAGGGCCATCTTACATCCCAA AATGTTTTTTTTAACTTGCGTGCAGTTTAATTAGTCCTCGAGATATCCAATTCTTTCTTT ACAAATCACTCAATCACATAAACCGAGATCTAAACAAGTACAGATCTTAACTACACATAT AGGGTAAAGGAGACGTGATATATCCAAGAAGAAGATAGATACGGGAAAGAAATTAACGCT TCAAAATCAGTCAAAATACAAAAACAAATTAAAAATCAAAGTCGAAATTCAAACCTTCAT GCTCCTTTTTCAGATTGCACGCCAATGCACAGAACCTAATTTTATGCCTGAAGGATGGTG TAACCTCGCTCTGAAGATGACAAATCCACAGTTTATGGAATTCAGAAATTTGTATTGATG ATACAGATAACAATTTTCAACTGTCAACACAGAAAAACGACAAGGTAAGGAAAAACGGAA GATAATTGATATAAATGACCATTTTACGAGAATCTTCCAAGGATTACCGCTAACTTAAAT AAACAGGTAGTGGAAGAGAAAACAAATTTATTCAATGCATGAACTATTATTTACATCTCC CTTAGTAATTCAAGATACTGAAAATTTCTCATTTTGCATTTTTAGGGAATATACTTGGCC GTGCAGGTAGCGTGCCTTGGCCGTGTGCCACCCACGTTCTCTTTATATCAATATATTGAC CAGTATTTCAAAATTTAATGGTGATTTAATATTCAATGGAAACACGTACTTATAGAATGG AAATTCTATGCCTTCAATGCATTTAGAAGTGAATTCTGAATTCTCCAAATCAATCATACA AATCTTAAATGCTACCTTTGTGCAGTTTAGCTACGTTAATTAGTGATTACACCTCCTGCG CCAAATAAGATTAATGACCTAATTCTGACTAAGCTACTCGCGATCTCTCACCGCTTTCAA GTTCCTAGGGAAGGGACTTAGGATAGACAGGCAAAACCGTGCATCAAAACCATTAATCCT AAGTTGACCTAATCGGGATTGTTGAAGCTAGAATCCATTAACTCGAGTAAATTCTTCAGA GGACACAAAATGCATCAAAATACAAGCAGTTCTCTTATATGGCAATACTAGATTGGCGAG ACAAGAGAGGAAGCTTAGAAAGTAGTAAGGTGTCAATGGCGCTTGCCTAACAGGTAATGA CTATATACCACTTATATATCGAACATATCTTCACACTCAATGGAGTCATTTCGATACACC CTAGAAGAAACTTACAAAATACCAAACATGGATAATCCGTAGCAGAATGATTGTCTAGAT CATTAACTTCAGTACGGAAGAACCCCTATACGAAGAAGCCAAAAGAGAGTTCAAACATCT ATATAAAAAAACAAAATTTTTATCATACATAAAAATATAAATTTAACCATGAATAAACCG TGAAAGTTTCTGTCAAACCCCCTCGGCCCTACCAAACTCCGCCCCTGACCCCACCCCCAC CACAAACACCACAAAAAAACAGAACTTTTCTGTACAAACTTCAGGAAAATGGCATTTTAA ATCACAAATATTACAATGCATTTAACAAAATGAAAGACAATTAAACAATGCAATAAACAC AGATTAAATACAAAAGATTGAAGCTTTATACCTCCAAGATCATAAAAAAAAAATCAGCTA ACTGAAACTCTAATCACTGATTTAATCCAATTCAACCCTAAATTAACCAAACCTGCAAAG ACAACAAATTCAGTCAAAATTCATTAAAACAACATTCTTGAATTTAATATGCATTATTCA TTCAAACTGCAAAAAAAAAACTATAAACAGAAAAATAAATATATTAACAGAAAACCCCAA AATTAAAAAAAAAAACAGAGAAGCAATTATATACCAAATTAAACCCTCTCTGTAATCAAT GATTCACGTAAGCAAATTCTTGTACTCACAGAATCAAAGAACAAATTATTCAGACCTCAA ATTTCACCAAATTAAATTCCAAACAAAATTAAAAAAAGAAGAAGAAAAAAATCAAATCTT TTTTACTTAAATCTAATAAAGGATATAAAATCAATAGGTAAAAATCAAATCTTGGAAAAC TGGGTAAATTTAAGGAATAGTTACAAAATACCCAAAAACAAAAAAAAAAAATATGAATAG GAAAGACTCAACAAATTCAAATAAATTTTTAAAAAATTATAATAAAATCAAGAAATCCCC AAAAAGACACCAATTTTTATATATTTATAAATATATCTTCATGGTCTTTTTTTTTTTTTA CTAAACACATACTACGTGATGTACATTACATAACAAGAAAGCCCCAGACTGAAGAAAAGA ATAACAAAAAAAAATATAAAAATAAAATTACCTCAAAAATAACAGTTCCTTAATTCCTCT AATGGAGTTAATAAAATATTGAGTATTTGACTTTTTATAGTTTATAGTTTATATTTATAG TAATTAATAAAATGTCTATCCAACTTATACTTTAATTGGGAAAAGATTATTCATTATTTA TAGTTAAAAAAAAACTATATTTATTATTTTTTCCGGAAAAGGAATTATATTGCTGCTTAT AAATTATATTATCAGTTCAAGAAAGTATTTAAGATTATTCTATTTTTAAATAAATAATTT AACACAAAAAAATATAATATTTAAATTTGAAAATATATATATTAAAAAAAAAACGAGTAA TTTGGATCTTGAAAGAGAGAGACTATTGAAAACGTGTTTCTGTTTTTATCAGTCAGAGAA AGAAAAATTGTGCGTTGAGAAGTGAATGGCTAAACTTATGTGGAAAAATTCCATTTCTTT TTCCTTTTTATTTTTTTCAAGTCAAACTTCGTATTAAAATACGTGGTGTAATTTTAACTT ATCGAAGAGATGATCTTAAATAAGAAATTGTGAAGCGTGTAAAATATGATAGGAGGTTAG TTGGTAATAGTATGTTGTTTTAATTTATATTCGTGCGTAATTTTATTACTTTTGCTTTTT TTTAATCCTTCTTTTAGACTGTTTTTGGATTGATTTTTCTTGAATTGATTATCTATAAAA ATAATAATCTATCTCTACAGTAAAGATAATGTGTGTGTGCGTACGTACGTGCGTACACCG TGTATTATATTCTCCTCAAACTTCACTTTATAAATCTATATTAAGTCTATTATTATCGTT TTTAATGTAAAAAAAAGTATTTACGAAAAAGATAAAACTGCTCAGCTTTAATTTGAAGTA AAAGCTCAAAAACTGTTCTATTACTTTTTATTTGTTCCTTTTCTAGACTGTTTTGAATTG TTTTTTCTTGAATTGATTATCTATCAAATATAACAATTTTAATTCTATAATAAAAGTAAG GTGTGCGTGCGAACCTCGTGCTTTATATCCTCCTCAAATTTCATTTTATGTAAGTACACT AAGGAAAAATTAAAATTATTTGGCCGTGAAGTATATATATATAGATATATATTATTTTTA AGGCAAGATTAACTTTATAAAAAAATGTACAACAACAATAAGAACATATATATCTAGTGC AGTCTCCTACACTAAAATTTATATTAAAAATATATATTCATCAAATTACAATTAACAATA ACTTTATTTCAAATAATTTAACTCTTCAATAAATATTTTAATTAGTATTTTTGAGAAGTT AGAACAAAATATTCCTATTAGATGGACATCTTTTTGCTGCAAATTAGAGCCAAAGACAAG TAGCATTTGACCATGACAATTTTCTTTGAATACCTTTTCAGTCAAGCTTGATAAAAGTTG TCAAAATGATTTTAATGAATTATTTTAATAGTCAAATTTCAAATCAATGTTTTTAAAATG ATTTTTATAAGCATAAAAACGAATAAGGAGTAAAAATAATGAATTATATATCATAAGATC CCAATTAAAATCATTGGTTTTGATATATAGAATTGTTTAAAATCTATTTCATCTCTTAGA AATAAAGTTTCGATTTCATAAATTAGACGTCTTGTTATTACATGTTCATGTTTAGCAAAA GGGGATTTTTTTTCTTCACCCTCCTTTTTTTCTTCTAATGGAAAAGATAAGACTTAGAGC GGATTTATTAGAAATCTATCAATCAATTTTTTTTTCACATTTTCATTTTTTTTATCCTTC GCGCGATAATTCTTTTATGAATTATTTTCATGTTAGAAAAATTATCGATTAAAAATATGT TTTTATTTTTGTATTTTTGCACATTGATTTTTAAAAAATTATTTTAATATTCAAATCTCT TATTTTTTTTAAAAAAAAAAATTACAATTATAATGGTAAAAATAATGAATTATGTACCTT AAAATTACAACAGCTATCAAATAAATCAACCTAAATCTACTTTTCACTTATTAGAAAAAA CTTTGATTTCACAAACTATACGTTATATTGTTGTTGTGTGTTTCTATTTTAGTAAAAGAG AAATTGTTTTCTTCACTCTCTTTTACTCTTCTAATAGGAAATATATAAATATATGAGAGC GGAGTTAATTAGAAAAGTTACTGATCGAAAAACTTTGCACGTATTTTTAATTTTATATTT TTGTACAATAGCTTTTTTTAGAATTTCTAGATAATGTTTTTTGATATTATCTTCAAATGA ATTCAATCAATCCACATGCACAATTTATATATATATATATATATATAACAACAGAGTTAA TTAGTAAACTTATTTATCGAAAAACTTTGCACGTATTTTTACTTTTATATTTTTGTATAA TAATTTCTTTTAGAATTTGTAGGTAGCATTTTTTTATATTATATTCGATCAAATGAAATC AAATCCATTTTAAGCATATAAAGATCATGATATGTATTATTTTTTCCTTTAATTAATTTT ATTAATACAAATTTAAATTAATCGCGATATAAATTTAGTATTGGAAGTGAACCCACGTTC GCACACGGTTTGTGACAAGAATTAACCAATGGGTCAGTATCAGATGGGGCCCAATAAAGT ACTATTTCAAGTGGACCCACTTTGGAGCTTGAATCTAATGACGTGGCACTTCTATAACCC ATTTAAAGTACTTTTTTGTTTTTGTTTTCTATTTTTAGAATTAACTTTAGGTACTATGTT AGTCTGTTAAAAAATAAAAAAGTGAGTACAATGGTGTTAATTAATTTTATTAATACAAAT TCAAATTAATCGCGGTATAAATTTGCTAGATAATTAGAATTTTAAAATGTTAGAATTATA GCTTCTAATCATCTATTATACAATTATGTAATATTTAAGATTTGAGGATATACATCAACA CGTTGAATGGGAACGATTATATTTTCGTGTAATATTTTTTTGTGAAGTTTTCTTTCATTG ATTAAAAGTTATTTTTTTAGAATTAAAAAGCAAAAAAAAAAACAATAGTTTTACCTCGTA AAGAACAACTAAAAGTTAAAACAATTAGCTCGACTATTTGATCAAAAGAAAAAGAAATTT TTTTAAAAATGTTTTTCAATGCAAAATAATTATCTTTGTCGATTCATTTACTTTGACGTT TATTAAAATTAATTATTCAACTACATAGCTTCGTTATATTTTAGTGACGTGATGATAATA TGATGTGACGTCAATATGTTATCTGTTGTATTTTCTTCTTTCACTTTTTCCACCTTTTAT GTTTGTTTTATATTTTATATTAACAAAAAATAACTCATAGTACCTTTTTTCCTATATCAA CTATAAAAAACTAGGTCATTTTAACAAATTTAGTAAGTATAAAATTATACAAAGAAGAAG AATAATGAATTGTATATCTTGAAACCGACACACATATTGTACGTTAATTTTGCTATCAAA ATGATTACTTTAAATATGAACCTCTTGAAAATCATATATATATATATATATATATATATA TATATATATATATAAAAGAAAACCTTATAATATTTTAAAAACATGATAACATAAGAATTT CTTTATAATATCGATATCATAAATTAAACTTACATATATACATTTTTTTTTTGTTTTTTT TTGGGGGGGGTGGGGGTGGGGGAATTAATGCATTAAAGCCAATACGAAAATTATCATTAA AATGAACATTACATTAAGAGGACATTACAATACAACAATCGAAAACCATACAAGTTTGAG AAAAAAAAAATGAAATGACAATTAGGATATTCTTGATTAAGGAATATTAATGGCACAATT ATTGATGTTTTTAAGCTTAATTATATTAATTGCAGTAGTAATTATCATTAAGAGCAAACC AATAAAAGAAGCAATAATAGCTCCTTCACCATGGTTACAAAATGTATAAAATTTATCACA AATTTTATTCCATCTTGCATGAGAATTTCCATTCCTACCAAGTTGTCCCATAAATGCTGC TGAACTTGCTCCACCAGAGATTAATGCCACATTTATCTTTCATAATACAAGAGATTAATT AATAATATTAATTGAAAAAAAAGAGTAATTAATTAATTAATTAATTAATTACCATGTCTA GGATTCCAATTACATAAAATCGTAGTCCCTTGTAATCATATTTATTTCCAATAAAACAAA ATGCTAGCATGAGGAGGTTATGGAGACTAACTAGTCCGTTTGCTATAACAAAGAACCTGC GTTCACAGAAAAATCGTTTTCAAATGTATATTTAAGAGAAAAAATAACGTTGAATTTTTT TTAATCGATAGATTAACAAAGCACATATATAAGACAAATAACATTTTTATACACTATGTG ATTTCTTATTATTGGATTAAATCTTGGCTGAAATGATGAGAAAAGAAAAAATAGTATTTC ATGTGTCTTATATTGATTGATCACTTTCCTTTTAACATGTATATTAAGAAATTAAAAATA AAAAGATAATTTTACTAATTCACCTCTTAAAAAAATTCTCGGAAATTTTACAGACAAAGG TGACACTTTTAAAAAAGAAGTAATTACAAGGGTAATTGGAAAAATTTAAGTAATACTTTC TTGATTTAGTAAAATAATCACCTGTATTTAGTAAAATGATCAACTAATATGTGGAGGGAG TAATGTTTTCATATGCAAAAAATTAGAATATTTTTTTTACTATTTCAGTGAGAATCTGTT TTCCACCATGCATTTTTCAACTAGCTGATTCAATGAGAAATCAATAGGAAAATAAGGTTC TATAATGCAATTCTTTCACTGAATTTGTGACGGAAAAAAACCATTGTTTCTAGTAGTATG GTGACCTGGTATACACAAGGTGATCATTTCTTTATCATTTGTCCAAAATCTTAATGGACA AAGTTGCTCGATACATTTATGCTAGTAGAAAATAACAAAGTACCTCATAAGATCAATCAA AATACCCATAAACTTACTCAAACACCACAGTTATATACTATAAAAAAAAAAGAAGTAGAA AGGGCTTACACAAAAGCTGGAGTATGTTGGAACTTAGCATTGAGAGTAGCTTGAATAGGA GTGGTACCAATAGTGGCAACAACAATAGTTTTCTTTTGGTTGTTAAGTGCCATAACTAAT GTTGCTGAAATTGTTGCACCAAATGCCAATAACCTCAACAATGGCATCACCCAATTATAG TATACCTTAGACTTAGCCACATCTATTTTTTGTCCATTTCCTTCTTGAGCCATTTTGTAT TATATGTTTTGTTTTTCATCCTACTGACACTTTATATAGAAAGAGTCATCAAATTAGGTT AATCAGTTGGTGGGAAAAAGGAAGATTTTTGTATGAAGTATGCAACAAGTTTAGACATAA TCTTCTAAGTAGGTATATGCAGTGTGTCTGAGCTAGATAGGGACTAGGGGTTCATCCGTG CCTCGTTTAATGAAAAGTTAATACTATTTATATATAGTTAAAATTATCTTTTATATATAT GTAGTAAACGTTAAAACCCCTAATAATTCTTTGCGTGTTTACTTTTTCATATTGAATCTG CTTGATAAAAATTCTGACTCACCCACCGAATATACTTGTAAGGTGATTATGAAAGTAAAT TTTTTTTCAAAATAAAGTTACTCTTGGACCTTGTGAGAAGTGTTGTACCATATTACTTTT GTTGTTGAACAAAATCATGCTATTATATATATATATATTGAGTTGTATAAACAAGTTTTC AACTTAAAGAAGATACCAAAGGGCAAAGTAGTTGGGAATAAAAGGAAGACATATAGGGAG GAGGAAGAAGGAATTTAAAAAAAGAAAAATTACTACTACCCCCGCCCCCTCCTTTTCGTT CTCGTATTTTAACCAGAGACTACTTTCGAGGGGCAGAGGCAAATAAGGAAATGAGATTTC TTGCCCTCTTACAATTATGATTTTATACGAAGTGAGATTTCTCTTGAAGAAAACCATATC ATATTCATAACAATTGGAGACAAATTCCAGACAAGTCTGCAGGTGCCATTACACACATGC ACAAGGGAAAAGATGCATACATCTAATAAAAACCGCACTCATTCAAAGCTCACTAACTCT AGTCTCTAGATCCTGAATTCGCCTCTCAAAAGCAAGGTGTTTAGGCAGTAAGGTTCACGG TATACAGTCATATACAATAATATGGCATATAAGGTACATAATAACATTCTTCACTTATGA CTTTGGGCATAGCACGCCACAAATCTAACGCGTAGTTATCAATTACAGACTCCAAATAGT CACAACACTAGTAGTAGTAGCTTCAATCACCCCACAATCATAATATCAAAATGTTAACAA AAGAAAAACAGGGGTATGGTTGTAGTATTAACACTAAACACTACCATATTTATATGCAGC GGCTGTCTTTATTCTCCTCTTTCCAATTGTTGCGAGCAAAACTCTCAATTGTTGTCCACG AACAGCAAGTTTAGCAGACGAGCTATGATGTTGTTGTTACACCAACAACTACATTACTCA CCTAGAAATGTAAAATGGTATCGTTAATGATAAGGTGGATAACTTGAGAGTGAAGAAGCC AAAAGATATAAATGAAAGGAGGTTAATCATGTTGGAAACAAACTTACCAACTTGCCACTC TCATCGACAGACATTGGGTTTTGGACGACAACAGTTTGATTTTGTGAACGAGCCTTGGCC TAAAGCAGATATGAACATATTTCAGAAATCAATTTAGTCAATTTAGAACCTAGTAAGTAA GAAAAGAACATGCGGCAGACTTATGAACTCACAGTTGAAGAGGATCCTGAAGCAGTAGTA GCAGTGCCGTTAGGAGGGTTCAAAGGTGCATGGGCTCTTCCATCTCCTGCCTGCAAAAAA ATACATATAAACACATGAAAACTGAAATTCCTTATCATATTCATGTACGCATGTTGTCTA GTCTCTCTTATCAATATTATTATTATTACTCTCCTACTATCTTATTCTTCAATTCTACTA GTACCTGTTGTTTCCTTCTTTTAGTTATCATATTATTTGTTTCTTTTCTCCATTATTTTC TACATGGCTTCTTCACTACTGCATTTCCTTTTCTTACTGATTTCGATATGCTTTACTTGA GTCAAGGTCTATCAAAAACAACTTCTCTACCTTCGGAATGTAAGGGTAAGGCTGTGTATA CACTAACCAGATTCCACTTATGGGATTACACTGAGCATATTCTTGTTGTATTCCGATACA TACGCAAATAACATAAGCAATGGACTAGTAACCAAAAGACCTTATTTTGCTTCCTCACTC ACCCACTTACCCCTTCTTTTTCCACAATCTGTGATATCAATAACTTCTAAAATTTGCAAC TAAAAGTTCAAAATAAGTTTGTATTTAAGTGGGCTGATGATGCTGATATCAAAAGCTCAA GATAAACTTACCTTCCAACATAAGCCTTCTCCGTTAAACTTTCATAAGGATTAAACCACT CTTAACACTTTGCTTTATGTGAAAGTCCTCGAAATGTGCTGACGATTTTCAATTTAATTT ACTTGCTTTACAATCCATGATATGAAGCAAGGCTAATCGCTATAATCTACTGATTCCTAT AGGTTCAGACTATTAAGTGGAGAAGGAAGAACCAGAGAAGAGCAGCTTAAACAGAGACAA ACCCAACAATTCTCCATGAGTAACAATGACTCGGGAATTGGCTATTTTGAAGCATCAACA ACAACATGTTCACTGTGCTAATTATTCCCTTCTTATCTTCTTCAATTCCGATCATTCTAA TATCATAAATCTTACTATTTACATAAAAGGCTCAACATTGTCATTTTGATTGATTTGCAT CACCCTTGAGCAACAAAATAAAAAAACTTACCCGCACTGGTGTTTACACCAACCAATGCA TGCAAGACAAGTCTTTCATACACTCATTTTATCACTTATTTACAGTCAAGTTGATATATA TTCTCACTTTAAATTGTAATTAAACTAAGACAATATGGTAGTTGGCTATTCTCTGATCCT AACAAAGTAAGTAAATATTATATTACGCACAAAATAGAATTCTCATTACCAAAAGCACAA TCTTAAAATTCATTCCTCTTTGTTATTTTACTTCTTTAACTATATGGACCAAGCATCAGC TAAAATTTTTACCAAAGATCAAAAAGAAAAATGAATCATCATACTCACATTAACATTGGT AATATAATGGCATACTGCACATTTAACCGATGGAGCTCCACATGGATACATCAGCATCAT ACGGCAGTTCCCGCAGTAGACATGAGCAAACTGGTTTGGACCTGAAGATCGACAGCACAA TTATATGTCATCCAGGTAACAAGAAACCTAAGCTCTATCGAATGTACAAATCCTCAAACA CAAACAATTCATGTAGCTCTTTACCCTATTAAATTCTAGTGAAAGATAGAACATGCAAAT GATTCAGGTATAGTCCCCTTAAAATTCAATGAGTTACTATCTCATCTTAAACATCTGTCT TTACCGCTTAGCTCTAGTAAAAGGCACCTGATTTTGCACATAACATTAGTGCCCAATCAG CATTGTGACACTACATTTCTTACTTCTTGGAATGGTCAACCTACAAATGTTGTTGCCTTC AGGACCACCATCCAACTTCAAATAATGTAGCTTCTGACCAAGGGAAGAATGAAAAAATAT ATTCCCAGCACTATAAACAAGATAGAAGACCTAGGGGGAAAGAAAACTTTTGAGATTGGA AAGGAAAGAGAACAATTCAATATACACCCACTCTGGTTACTCATGCATAGATTCCAGTAA TATCTTCTTAAAACCAAAAAAGACACATAGGAACAGACTAGTCAATGACATTTAAGAACA TGTGCTTGGAGAAAAATGTATACACCAAGTTAAATCCACCAATTACCAGTCATAACTAAG TTCTGTTTGCAAATTACAGATGTGCTGCAAAATGAAGCAGATATGACCAAAAAGTAAAGC TGATAAGAAGATTAAACAGCAGATATCTATATCTTATGTGACTGGCTACTAGTTTACAAA GAGCACCAGATCAGGTTATTATTTTCGAGGAATAACCACACTCAAGAGAAATCAATTGGA CTTACACCTATCTGTCAGGCAAAACTTCTGATAAATTGAGCATCAATAGGAAAAAACATA ACACAAACATACAATAATGAAGCTTTTTGGTGATCCCATAACCATATTCCACCAAGTCTG ACAAAGACATAAATTTATACAGCTCCCTTCCCCCAGGCAAAAGCTTGAAGTGCTCGAAAG TTGTGAATTTCAGCTGGGACCACACTCTAAACTCATAAGTCATAACATAGTTCAACTAAA AACACAACCATACCGAAATGTTCACTTATGTATTACATAGTTAGATCATCAAAGTAATGT TACTCTTCCAACAGATTTTTCTGATGTAATACAAGAATAAAAATGCTGGTATCTCAATTT GAGATCTCATATGATAAACTTTTGATGAATATGTAGGAAAAAGATCTCATATGATAAATG AAAACAACCGAAGGTCAAGCTTAAGTGGATAATATCAAAAGTTAGATTCATATTCTGTTC AAATGAAGGAAACATTTCATTCCAGCAAAGAGACACTAGATTTTCATAACCAGACAAACA TTAGTCTCCGAAATCAAGGGAAGGGATGTTATAAACTGTACCTGGGACAAGGTTCACCGT ATGACAGCAGGAGCATCTCACACTGTTCGCTCCACGTGGATGCATAAGTAATGTACGACA GCCTCCACATATCAATTGAGCCATTTCCATTCCTGAGAAAGATCAAAATTTAAGCAACAC CTTCGAGTAACAGAACACAATAACAACTACGCTTCAATCCATGTCAAGGCAAAACAACAA ACAATACTACATCTCAATCCAAACAGATCTATACACCAAGCCTCCCCAAACCTAGCCCAC TTTATGGCTTTATTTACCATGTCAGCATCAAGCATAGCGTTACTATTAGATACTCAAAAT GTTTTTAAGTGCACTAATTTTCTTTCCTAACAACAATCTTCTAGCAACAACACTTGTAAT CAACATGGAAGGGGGCCATAATCCAAAAATCAGCCACACAAATTTGAAAGAAAAAAAAAA GTACTTATAACCACATCAGAATCAAGAAAAGCACAGATACCAGGTGGTGGGACAGGGGTG AGTGCATTGCACACTGCACAGCAGACATTAGAAGCTCCTCTGGGATAAAGAAGCATTGTC CTGCACCCACTGCACATCAACTGACTCTGCATATCTGTCGAACAAAAAACATTAACCAAA TAGTAATGGCAAGCTCACAAACTAAATTGCAAAATGATCTTTGAGTTACAGTTCTCAAGA TTGTAATAAATCTAAAAGTCCATCATGAAACAATGAACTTCGTCTTAACAATCTCTGTTG AGACAAAAAGGTTTCACCTTTCAATCTGTTTGAATATCGAGTCGTCTGAGGTAGAAGAGC TAATTTCTGCCGATCTGTGAGGTAAATTTATTCTTCCTGCTTGACAAAATGAAAGAGAAC AATAAATACTTTTCTTCAAGAAAGTTCCTTTCATAATTATTCATCCAATGGTTGAAGCTA CAATCTTTTTTCTCAGGATTCACAGATTATACACACAAGAAAAATTCCTATATCAAGTTT TTCATGCTAAGACGGGTCAAACACAAATCTTACAAAAAAAATTGTTTAATCAAACACCCA TAACCAAGAGCTAATTTCTGCCGATCTGTGAGGTAAATTTATTCTTCCTGCTTGACAAAA TGAAAGAGAACAATAAATACTTTTCTTCAAGAAAGTTCCTTTCATAATTATTCATCCAAT GGTTGAAGCTACAATCTTTTTTCTCAGGATTCACAGATTATACACACAAGAAAAATTCCT ATATCAAGTTTTTCATGCTAAGACGGGTCAAACACAAATCTTACAAAAAAAATTGTTTAA TCAAACACCCATAACCATGAGTGTGGCTCATCAACCAGGTTCAAATCTCAGCAGAGGAAG AAAAAGCTAGGTAATTTCTAGAGCTAACCAAAACGAGAGCCCTTGCCCCAAATTCTTCCT ACCCACCAACCAAAATTTATCCACAATCAATTACACCCATCACAAACATGATTGAAAAGT AAAAAAAATATCATGTTTAGCCTACCAAATTAAAAGGGAAAACCCCCCAAGAAATTGGAT AAAGAAAAAAAAAGCAATCTTCTTACCAGTCAATGAACAAATCTGGAAGATAGGGTACCC CTCTATTATAATATATATATCCCCACACACGAAAAAAAAAAAATATACAGTGAAGGGTAC TTGAGATTATCTGAAAATGGGTTGGAATTCAAATGGAAATCTGAGCGAAAATTCCGACAG AAATTGGGTAAATTCAAGATTTCAAAAGATTGGTTTTTGGATATTTTTCTTACATCTCCT TTTTTCTTCTTGTTAAATATTGGGAATAAATGTCTTTTGACCTGTCTACGAATAAAATAA AATAAAATAAATTCTTCCGCTTTCAATTTATTTATTTTATTTTATTTTTTATAAAATAAT TTTTTAATTATAATTTTATATGATATATTTAAAATTGCAAAATTATAACTGAAGCTATTT TTAGATAAGGTATAATGCGTATATATGTTTTACCGAAATTAATATGTGATGTATAGAAGT TAAATATATTATCTATTAAAATTACATATTTAATTTTATACGCAATTCACATAATTTAAA AGAATATTTGTTCATAGCTAGTCAAAGTTTTTTACTTTGCTATTGCTACGCTGCATTAGA TTGAAATGAGATTCGAAAAAAATAATGTTATTTTTTAAAAAAATTGTGTTAAAATAAAAA TAAAATAAATGAATTGAAATGAGAGAATATAAATATTAATTAAAAATACAGTTATTATTT TTTTTTTTTAAATAAGAAGAAGGCTTTTGAATAAGGAACAGAGAGTATTCCTGTAAATTT TGAAATTTATTTGTCAAATTTTATCCAAACGCGTTAACTTATATTTTCTAATAATTTTTC CTTTTGTTGACATCAAAGATTTCTACGTAAAAATAAATATTTAAAAAATTAAAGAGAGAT AGAACCGAGTGATGAGATTTTGTCAACAGAGAAAAAAATTATGACGATAGATTATTTTAA TCACAAGATTTGTCATAAAATTTTCTATTAAAGATTAATCATATGTATTCTAGTCATCCC ATAAGAATTCTTAATAGTTGATTCTAGAATTCATTTATCATTTAAATATGTACCTCGTCT ACAGTCACACTGGATATTTTTTGTCGTAAAATTACATTATAAATATATATATATTAATAG CTTAGCTAAAAATTTTATGAAGGATATTTAAAAATTTTATAGCTCGTAAAAATAATTTAA AAAATGAGTGTCTTTAAATTTTGTAAATCAAACTACAAAATATTAATTATTATTTTTTAA AATTAAAATATACCAAAATTTTTGAAATCAAAGTACATACTAATTTAGCTTTAATGTTTA CGTTTATCTATCTCATAAGAGTGAACGAACAAAAAAAAAGATATTTTAGTTTAGAGTAAA ATCACTTTTATACTCCAAGATTTCACAAACCTCTGATGACCAACAACGAGAAATGAAAAA TAAAAAATAGAATCAAATGAGTTATATTAAAAGAGAATTTATATAAAGTATTTTCACTTT TAGTAGCATTATGAAATAAATAAATAAAATTTGCTTATTAACTTTAAATTAAATAATTTC TTTTAAATTTTATTTAAATTTTCAATGAAAAGAAAAAAAATAGATTTTGCTTATTAAATT TAAATTAAATACTTATTTTCAAACTTTATAAAAGTGTTTAATGAAAAGAAAAAATAAAAG TCAAATAACGGGAATCGAATCTGCACACCGCAACTTGAAAATAACTTAGTAAGAGTTGAA CAATTAAAATCACTAAGCTAGAAATTTTTATTGTTTTTTAAGGGTGTCTAAAATATATTA TTTAACCATTTAAATTGTTATTTTACTTATTAATACGGCTTAATTTTCTAACAAAGAGTG TCCACCAAAGGGTAGCTACGCCCCCGATATATATATAAATATAAAATGTTAAACAAATTA AAATTAAATGCAATGAATAATAACGTAATTTCAATAATAAATGAAAATAGACTTAAATTT ACACATATATTACATTCGTTGAAAGCGTCTTATGTTTTTATTTCTCAACTCAATTAATGT TAAGTATAAAATGAAAAAAATAATTATCTTTTCTTGATATAATGAAAGTATTAAATAAAA GAAATAAATATATTTAAAAAATTTTGGACAAAAAGTATTAAACTGAAGGGGTAATAACAT AATTTCAATAATAAATGGGAAGAGACTAAAACTTACACATATTTTGCATTTTTTGAATGT GTTTTATGCCTTTCTTAACAGAAGAGGTAATAACATAATTTCAATGATAAATGAAAAGAG ATTGAAACTTACACATAAATCGCATTCATCGCATTCGTTGAATGCGTTTTATGTCCTTTT TTTAAACTCATTTAGTGTTGAGTCTAAGATGAAAAATATTTTTATCGGTATAATAAAAGT ATAAAATCAAAGAAATAAATATGTTTCAAAAATATTGGACAAATAATATTAGACAAAAAG GGTAATAACGTAATTTCAACAATAAATAAGAAAAAACTTAAACTTACACATAAATCGCAT TCGTTGAATGCGTTTGATGACTTTCTTAACGGAATGGGTATAAAGTTATTTCAACGATAA ATAAGAGATTGAAACTTACACATAAATTGCATTCGTTGAATATATTTTATGTCTTTCTTT CTCGGCTCAATTATAGTTGAGTATAAAATGAAAAACAAATATCTTTTATTTGATACAATA AAAGTTTTAAATGAAAGAAATAAATATATTTCAAAAATATTGGACAAATTAAATTATGAA GAAGGGTAATAATAACAATAAATGGGAAGAGACCAATAGTTACAATAAATCGAATTTGTT GAATGAACTTTATGTCTTTCTTTCTTAAGTCAATTAATGTTGAGTATAAAATGAAAAAAA GAATAATTATCTTTTCTTTATAAGTTAAAAGCAGAGGCGGATCTAAAATTTGGAGGTCAG GGGTGCCACAACGTTCAAGTAAGATGAAAGGATCGGTTGCTCTAATTTTGCGTTACAACT CAAATTATTAATTTTATTTATTTTTATAAATGAATCGATCAAATATGTATGTGCTAATAT TTTCTTTTAGATATTATGTGATTAGATTTAACTAAACAATTCAATTTTCTTTTCTTTTCG GAATTTGATGTCTTCTTCGCTAAAACTTTTAAGAAAAAAAAATTCAAATTTGAGTTTGTA TAAACCATCTAATAGTATTAATATGATATATTCATCTTTCATTGACTTTATGTGTTACTG GAAATATATAGTTGAGAAAGAATAACAATTATAGTTTCAGCCTAATCATCTTACATAGCA AAAACGTCGATGAAGATCGCAAGAACCGTTAAATTAAAAAAATCATTTTTGAACTTGTGT TTTTTTGAAACTACTATTTAAATATATTCTTCATAATACTTATTTGATGCTTATAATTCA GTACTCACTAATTGATAAAAAAAATAAACACGTTACACTCATATCAATAGATCAATAATT AGTGCAAGAGAAAAAAAGAAAGAAAACTCAAAATTAATTATGAAAAGGGGTCAATTTGAA TTAATAAAAAATAGTAATAAATAAATAAGAACAAATGTAGAAAAAGAAAAGAAAAGCTAA AAAAATGGTCAATTTGAATTAATATAGAATAGTCATAAATAAATAAGAAAGAATAGAGAA AAAGAAAAGAAAAGAAAAAAAAATGGAGCAAGCAAAAAAGGAAGTGTTGACGGCTAGGTT CCAACCTACATAACCTAGGAGGGAGATCCGCTCGCTGAGTTATTTTGCAATATAGTTACT GGATGGCAAAACAAATATTTACACTTAATATAATATATACATATATATACAATGTTTTTT CCGAGATCAATGAATGTCGTGGCATTCCCACGTAGCCACGTAGATTCGCCCCTAGATAAA AGTAATAAATAAAATAAATAAATATATTTTAAAAATATTTGAAATAAAATTAAATAAATT GGGTAATAATGTAATTCCAACAATAAATGGGTAGAGACTCAGACCTACATATGAATCGCA TACGCTGAATGCGTTTGATGCATTCCTTTCTCAGCTCAATTAATATTAAGTATAAAATGA AAAAAAAATATTTTAAATGTAATAAATAAAAGAAAAAAAATATATTTTAAAAAATATTGC AGTAATGAAATTATACGGAAGGAGTAATAACATAATTTCAACAATAAATGAAAAGAATTC GAAAAATCGCATTCGTTTTATGTGTTTTATGCCATTCTTTTTCACCTCATTCAATGTTGA GTATTGAAAAATAAATTATCTTTTTTCGATAGAATAAAAGTAATAACAAAAGAAACAAAT ATATTTAAAAAATAGTAAACGAATACAATTAAATTAAAAGACAATAATAACATAATTTCA ACATAAATAAAAAGAAACTGAAATTCATACATAAATAGTTTAAGAATGTATATTAGATTT GAGTCGAGAAGATTTTAGAATATTATTTAGTCATACAATTTGTTTTTGTTTGAAAAAACA AAGGGTATCCTTTTTTTAAAAAAAAATTCAATCTTCATAATAAATTATTAGTACCAATTA TACAAATTAGTTTCTAGAGAAAAAAATAATCTTGAGATTGTACGTTTACCATTACCATCC AAAGGGAACATTGAGATTTTTGTGAAAGGTTTGTGGGAAGCTTCGCAGAAAGATCAAAGA TTTTCATGAACCCCATAACTCTTCAAACCTCGTAACAGCTTCGAATTTCAAACCCCATCA ATCTGGTAAGTACCCATTTTTGCTTTTGAGCTATTTTTGTTCTTGTCTTGTACAAAAATT CCAAGACTTTTTCGATGTGTTTTGCTGAATTTCAGTAGTTTCTAATTGAAAACTGAGGAT TAGGGTTCTTGGGTTTTCGATGCGTTTTGCTGAGTTTCAGTAGTTTTTAATTGAAACTGA GGGGATTATGGTTCTTGGGTAATTTGAAATATTTGTTGACAAATGGAGAAATCTGATGGG TTTTTCATTAGAAAAAGTCCAAGACTTCGTGGGGTGTTCAATCTTGTGTGTTCCCTAGTC CTTGTGTTTATGTTCTACAACCGTGAAGATATTGTGAGCAATCCAATTATAAAGAAGTCA TCTTTAGTTTCTAGTCAGTGGAACCCAAGCAGTAGATTTGATGGTTATTCTTCACATACC CGAGTGGTTCGTCGAGGGATGTTAGAAGTGAACGGGTCGGATGCTGATGATTTGGTGGTA AAAAAGCCTCAGTTATGTGCAGGATTGTTTGATCATGTGGGGTTTAAAAGTAGTTGTGAC TTCTTGAAAGTTCACCCGGATTGCTCGTCTGGAGGGTTCTTTGATTACCTTAAGTTCTAT TACTGTGGTTGTAATGGAAGTGCGTGGGCGTTTGTAGTATTTGGTGTCTGGCTTGCTGCA TTGTTCTATCTTTTGGGTAACACTGCAGCTGATTACTTTTGTGGTTCATTGGAGAAACTG GCTAGTTTGTTGAAGCTATCTCCTACAGTTGCTGGAGTTGTTTTGCTCCCGCTTGGTAAT GGTGCTCCGGATGTATTTGCGAGTATTGCTGCGTTTGTAGGAAGTGGTGCTGGTGATGTT GGGCTTAACAGTGTTCTAGGTGGGGCTGTGTTTGTTACTTGCGTTGTTGTGGGTGCTGTT TCTCTTTGTGTAGCTGATCAGGATGTTCAGGTTGACAAAAAATGTTTTATTAGGGATATT GCCTTTTTCATTGTAACACTGATGTCACTATTATTGATCTTGATAGTTGGTGAAGTTAGT GTTGGAGCAACTATTGCATTTGTATTGATCTATGTTATTTATGCCTTTGTTGTTGCTGCC AATGAGATTTTGAGGAAGCATGCTCGAAGATTGAGATTGGATGTTGTTACTCCTTTGCTT CCTGTAAGAGGAAGTATATTTTCTGAAGGGACTCAGGAGGAGGATTCTGTTTATAGCACT TTGCTTGATGTTGAGACAGAGGACAATAACATACAGTCACATGGTTCCTTGCCTCAGTGG ATGTGGGCATCCAATGTGGCAATATATTCTAATCAGTCATTGAGGGTGCATGATGGGGAA AGGCCTTTGTGGGGTTGGATTGATGAGGGTGTAGAAGTCAAGAGCCCATCATTTTCCTGC TCTCAGCTCTGTTCACTTCTAGAGTTGCCATTGACTGTGCCAAGACGATTAACCATTCCA TTAGTTGAGGAAGAAACTTGGTCAAAACCATACGCTGTAGGCAGTGCTACTTTAGCTCCT TTTCTTCTTGCAGCTTTATGGAATACTCAGGATTATGTGAGTTACCTAGGCAGAAGTGTT GCTATAGTTCTTGGCATTTCTGTTGGTTGCACACTGGGTATACTTGCATACAAGCATACA AGAGCTGACCGTCCTCCGCAGATATTTTTGCTTCCATGGGTTTTGGGGGGTTTTATTATG AGTATCGTGTGGTTTTATATGATTGCGAATGAATTGGTGGCACTGCTGGTTGGATTGGGT GTTGTACTGGGGGTTAATCCCTCTATTCTTGGGCTCACTGTTTTGGCTTGGGGCAATTCA ATGGGTGATCTGGTCTCTAATGTTGCTTTGGCGATGAATGGGGGAGATGGTGTGCAGATT GCTTTATCTGGATGCTATGCAGGTCCCATGTTCAATACACTTATTGGGATAGGAATCTCA TTATTCCTCGGTGCCTGGTCAGAGAAACCTTCTTCATTCATACTTCCAGGGGATAGAAGT TTGTTTTACACCATATGTTTTCTCTTGTTTGGTCTTTTATGGGCCCTTGTTGTTCTTCCC AAGAATGACATGCGCCCTAACAAGATGCTTGGTGTAGGCCTTATCATCATTTATTTGGTA TTTCTGTCTGTTAGACTGAGTAGTGCGATAGGGATTGTTTCATTGTTTGGGGTTAGTGAC TAATAGTTGCATGTTCAGAAAGGTTAGCATTGAAATCATCTGAACTTGAGATTCAGATTG TCCCACTTCACTTGACTAGTGAACTTGATTGGTATCTTCATCATGGGACAAAGTTCCAAT ATAAGGAGCTTGTTATGCTCATCAATGATGTATTCTGCTGTACAAATACTCATAAAGTAT GTGCTCTTCGACTCCTTTTTTGAGCCTTCTTCTCTCTGTGTTGCATGATCTTCATACTGT TTGTATTTCTGTAATAAAATTTCTTTTCATAGAATCAAAAATTCCTCCCGGTGCAATGAA ATCTGAAACTAATTAGTTGATGGTACCTGTTTTAGTCAATGAGCAGCTAGATGCCTGTTT CACTGAAAAGATGGCAAGAAAAGTTGTACAATGAACAAGTTGATCACCATTTCGTCTGGA GACATTATAGTGCTGTTGGACTAGAAAATGATTTTGTTTTGGGATAATTGGTACTGGTTT TGTTTTCGGTAGAACTAGTGTGACTGTTTGGATTTAGTGTTTAATAAGCTTTGGGTTTGC TTTTGGGAGAATTATTGTTTGATTTCTTTTATTGGAAAATAATACCACTAAAACTCAAAA CATTTTAGAACATTTTTATATGAGTAAGGATTAACATTGACTAAATATCTTTATTTGATG CTAAACATATTTTCAAAGAGATGGGTTTTATGAGTAAATTAAATTCAGTTAAAGATATAG ATAAAGGCTGGTTAAAAGTGAAACTCAGGCCAAGCAAATAGTGACTAAATTGTCACATTG TCGGGGTCAAGTGAATCCACCTATCAGAACTACAAAACAAATGTGGATTAAGGCTCGTAG TTTTGTTTTAGGAAAACATCTTTTATTAACACACCAAAATGGTTTGGTTTCTAACCAGAG TTATGTGGTACCATCCTGGTTTTTGGTGTCCCCCGGTGCATATTGGTTTTACCAGTGGCA ATGAAGCTGGTGCAGTAGGTGGATGTCAGTGGGATCATATTGCTGTACGAAGCCCTCTTC TTCTTGTCATATCAAGGGAGCATGGCTCTATTTCAGGCTCACGTGGTAGGCGTGGTTTTC ACTTAGTAACTGCTGGATGTATTAGTTGAAAGAAGTCTGAAGTTTGATTTCGAGTTCTTT GGTTTCCCATTGGTGTTATTGTTGCTTGCGAAGTACAATATGCTTTGTCTTGAGTGCTTT CAGTGAAATGTCGTCAAGAGTTTCTTGAGGAATTTCATGGCTGTCTCTCTCTCCAGTGAT TCATGCTCCAATGTGTCTGCTGTATAGCATGTCAGTTCTTCCTGATTATACAACAAAATA AAACCTAATGTCAGAGTGAAGGAGAGTGTTACAATGTGTTGAATTAGATGGCTACTTTCT GGTTCAGTCTCTTTTTCGTCTCATTTGTGACGTTGTCTTTAGCCACCATAATTTGACAGC ATTGTACTGATCTTTCTCTTGATAAGTTGAGATCATTTGCTTGATATTACACGAAGTTAA TGTCAAAATTGCGTACAACTATGTGGAGGCTTAAACACCATTACTATAAACTGTCCCAAT CTCCTATATACACCGATTGCTTTACACCGAAAAGATACATGTAAGTAAGGACATTTTGAT ACATCAAATGTTATTCTGACCGTATGAAATGATCTCCATTTGTTTCAGTCTATGTAGTCT AAAAAAGGAACAAGGGTATGATTTTCAGTACTCCCCTGTTCAACCACCACATGAGAAGGA GACATTGGGATACATTCCTATATACTTCTTACTTCTAGAAATGATATTTTGTTCCTTACA TTCCATTTGTCCAGAAAAGGCCTAGGTATGATCTGCCATACTGCCCTCGTTGGCTTGCCT ACCCCTCTATGTGCTCTTACAAGTAGCAGTTGTAAAAAAAATCTGCAACTTACCTCATAT AACCGTTGTTAGTGTCTATAGTTGCTTTCTCTTACATTACAATTATGTTTTTTGGTTATT TTTCATATGCACATTTCTTCATTAAAGCTCACGTTTTGATTGTGCTTTGCACTCTCTAAT TCAATATCCAGCAGATTTTGGCTCCTTTTTATGCCTTTTGCCTTTGATAACACCAGTACG TATCTTGGAGCATGCATGCATTATCTGTTGTTTTAGTTTGTTCGATAAACCATCAAGATA GATGAGAAAAGACAGTGCCATTTTAGATACGATGTGTGAAGACTGTTCCAAGTCCATTTA GAAGTAATTGGTCTCCATTTAGGACAATCAATCAATTATAAAAGGATATGTCCCTGCATG TTTCTGAGATTTTTAACTTTGGTTACTTGGATAAAATAGGATCTGGAAAAGAGAGAGAAA ACTAGAGTCATTTCTGAAAGACTACATTGTGATTTATGTCATTGCCTTTTAGACTGCAAA TGTCTTTTGATAAAGCTATCCATCTCTCTGTTGGTGACTCAAACAAGTGGTTCAGCTTTT TTCATCTCGCGTCTATCAGGTAAAATCTTCTTTACTTTCTCAATCTTCTACGAAATAATT TGTCTGTGTGAGATGGTCTGTTCTAATAGTGACACCTTAGATACTTCTTGTTACAGTATT CGATATTTGACACCTCAGTTACTGGTTATATATCTTCTTGTTACAGTATTCGATATTTGA CACCTTAGTCTTACACTACTCGATTTGTAGTTGCTCGTTATGCATGGTGGCTTTAGTATT GTTTTGCAGATACTGTTATGGAGCAGTATATACTGGCCTTAGCCCTTGTATCTAACATTG GACATTGAAAGTTATTTAGCCCTTGTATCTAACATTGGGCATTGAAAGTTATTTTCCACT AGCATGAGTTTTATGCATATATACTTTATGATAATCCATAGATCTACTTGTTTCCAGCTT CAAAATGGGTGGATAATGGGTCCGCTCTTTTACCCTTCTTTGCTTAAATACTACACTTGA TTTCGATGAATCAAGAATTATTGACAAAAGTATTCGTTACTCCCTGAACTTGAAGCTTTT TATTCGGTGTACATCTAAATTATGTTCCGTTCTAATTATCTCCGAACTTGTTTATTCCTC CATCGCGTACACTTTTTTTGTCCACCTGCTCCTATTGTGACTACACGCGTGCTACAATTG GCAAAAGTGGTAATTTTCACTTGGATAAATAATAGTCACCTAGGTAAATAGAGATTTTAC GTCTTTTTACCGTTGTAGCTTTATGATGTGGCAAAAAATCACTTGCTCATGTGCCTAATA GAGTGTGTTGTCAATTTCTACACCAGGTGAACAATAAAGGTGTACGTGATGGAGGAATAA ATAAGTTTGGGATAATTAAAGCGGAATATAATTTAGGTGTACGCACTACACAGAATAAAA AGCTCAAGTTCAGAAAGGTAATGAATAGTTTTGCCTAATTTATTCGTTTTTTTAAAAATA ATTTTGTTTGGTGGTCAAGTATTCTAGAAAGCTGTTAGTTGGTTTGTGTTGACCTTTAAT AATTTTTTTCTTTTTCCTTTTACTTGTTCAACATATTAAAAAATATTTTTTTTCTCTTTT TATATATTCATTTTAATAAATTAAAAGATGTAATTATTTTTTCTTTCGATATACCATTAT CCTGGAGTATCCATTTTATGTAAGTCACAATTCTGTTAATCAATTTGCACATTTATAAAA TTCCCACAAAAAAAATTAATTTATCAATGGAATCTTTTTTGGCCAAAATTGCACATTATT TGGGCAAAAGAACAACATTTTAATACGATAATGTCAACAATTAGCCAATCGAATTGCTTA TTCGTTAATTAATAATTTTGAATTTAAATTTTGAGTGTGAAAAAAATTCTTAATAAAATC TCGCGCATTCGGATTATTGTCAACCATTTGACTTTCATTAAAGCCCTTTCATAGCTATAA CCTCCTCCCTCCCCAATCCCCAAGTCAACCCCACCCCCTCCATATGATCCTATTTTTTAA AATTATTATATTAGATCTTTGATTAAAAAAATATTATTTATAAATAAAATATTTTTATTT AAATTATTCGAAACTTCGAATAAATATCCAATGGAAAGGCCCCACCCCACCAAAGGAATA AGTTTGCATTGTTATTGGAGGTTTTAAATATTTATTATATGTTCCAATCGACGTGCTAAA TAATATTTTTGTTATTTTTTTAAAAAAAAATAATTCTCTAGAATCTATTATTCTTTTCAA AATTATTTCTGATTAAAACTTTTGAAAATAGTTAGCATGTCTTAGTCCTATGAGGCTAGC TCCTACAAATTTTTTTATTGCCAAGACCATAACATTCACATATCAACAATTTAAGCATGG TATATTCTATAAAATTATGGAGAAAATAAATAGGGAAATGAAGTAAAAAAAAAAAGAAAA TAATAAGTCTAAGAGACTTTATTTATATCTCCAAAAGTATACTTGAGAATTCCTATCTTA ATTGTCGAATTCGAGTTTTAAATATGAAAAATCTTTTTCATCAAATTAATAATTTTGATA TATGTAGATAGTTATTAAGTTTATATGGTTGTTAGACCTACCATTGACTCAATTATTTCA TCAATGACTTGGCTTTTCAATTTTATTTTTTTTAAAAATAATCTCGGAGACTTTTCAAGT GTGCTCTAAATAAGTAAAATAATAATTAAAATTAGTCCCATCTCATTTTAGGAAAAAAGA ATTCCATTTCTTAGAAGATCAAAAAGAAAATTAGAAAAGGGTGTGATATACCTCACAATT TCATCATTTGAAGATTGATATTTTTTTGGTTATGAAAGTGACTTATATAGACCCATACCA TTATACAAACGGTTCACATATACCTTTACACTCTAACAGAAGTGAAAATATTAATTTTTT AAAAAAATAATATATAATCCACATGGTATATTTATTCCCCCTCACATGTATATACCATAT GGATTTATATATATATATATATATATATATTATATTTTTAAAAAAATTAAAAAATTAAAT TAATTTTTTTTTAAATTTCGTTAAAAAAATAGGTACATGTAAGCCATTTATATAACACCA GAAAAATATATGAGTCAGTTTTATAATGAAGAATATATCAATTTTACATCACAAATTTAA AAGATATATTTGACCAAAGAAGATTTATAAATACCATGTGAAACAAAAATAAACAGATAC CAAAAGACAAAATAGAGATTTCAATTTTGATTGACATCATTTACAACTAAACCACTTCTA TTCATTTTTATTTATTAAAAAATAAAAGTAAAGGTGATAGTGTTGCTTTCTCTAGTAGTT CATTAAAAAATTAGTCCTTTATTTTTTTTTCTTTTGTTTGGATTTATAACTTTGAATATT TCATGTAAACCTAATTTTTTTCTCAATATGTTTCTTTTTGAAAATGTAATTTTTAAAAAC CTTTTACTATATACTTATCCTTACGTTCATTTTTTTTAATTGTTCAATATTGACTTGACA CATTCTTTAAAAAATAATAAATAACACGACAATTTTACTATATCTCCTTCTGGAAATAAT AAATTCAACATATTAGGAAATGAACAGTTATCTTTTAGTTTTTCAAACTGAATGAGTAAA AACAGACAATGAAACATCTATTTTTAATATCATTGACAAGTAAAAACGGACGAAAAGAGT AACACTTGGACAATAAAAAACTATATCAAGTGGATATTTATTAGAGGAAATGCTTATTAG TAATTCTTTAAGGCAAGATACTGACAAATTTATTAGAAGGCAAGTAAACTACCATTCTTC TTTAATAAATTTTGAAGTCCCTTATAATATAAGACCTCTCATGCATCCTAAAATTTAGGC AAAAAATAAAGCATATGTTGACTTTTTTTAAAAAAAAAGTTTTTAGTCTTTAAGTTTTAG ACTCCCATGAATACAACTAGCCACTACTTATTTCCACAAATCTCAATTTTTTTTTTCATT GTTAATAAGAGATTGCTCATTAAGTCACCTACCAAAAACTTGCTTTTTGGGGAAGGAGAA AAATGAAAGAAATGGAAAATGGAAAAAGCTAAAGTAAAAGAAAAAGGAAAAGGTTAATAG GACAGAATTAACAACACTTTTTGGTCCCTCGATTATTGATAAATTTTATAGTTTTTTTAC GATATCTGTCTAAGTATATTTAATCTTACATTAAATGAAATGCGCACTTTTGATTTCTTT GTTTTTGCTTATTCACAAATTTATCATACTGATTAACCATTCCACCGTTTAATTACTCGT ATATTATGTTAAATTTGTATTGTTACTCCATATTTGAGAGAGTAATATAGTTCTAAAAAG AAGTTCAAATATATCATATTTCTTCGATAAAAGGACCAAACTCATTTTATGACTATGGTG TCCGAGTCGGCTTTTGCTCACCTCGATTAATTCTATAGGATATCTGTCGTATGCTACTAA CAGATATAACGTAACAATATCCACCAAGACTAAAAAAATATATAAAAAAATTACCTAATG TTATTTTTTCTCCACTAGAATCTTAACTTGAGACCTCGTGACTCTTAATCACTTCGTTGA CGACTAGGTCAGTCAGATTTTCCTCCCCATTCTCTTCCAACCCAAACAAAAGGACTATAT ATTTTTTCTTTGCCCCACTGTCTTCCCCATTTCCTCTCCCATTTATTACTCTCTTTCCCA TCCTCCAAACATGGCATAAGGTCTAGAAAATTTTGAATACAAGGCCTCTCATTTACACAA GAAAGGCTTATGGCTTCTTCAATCTCTATGAATATTCTTTTTTCATTCATATTACTATTT TCAGCTTCATGTGTTGTTTCATATACAATTCAAGATCAATTCTACCAATGTATTACACTC TATTCGGATCGTTCGATCCCTTTCTCCACAGCTTTCTTCACTCCTACTTCCAATGCTACT TCATTCAACTCTGTCCTTAAATCCACTGCCCAAAATCTAAGGTGTTTATCACCTTCTCAA CAAAAACCTCTGCTTATTTTCACTGCTTTGATTGAATCTCATGTTCAAGCAGCAGTTATT TGCGCGAAAGAGCTAAAAGTTCAGCTCAGAGTTAGGAGTGGAGGTCATGATTATGAAGGC ATATCTTATACATCAGAAATGAAAAGATCAGTGCCTTTTATCATGCTTGACTTAGCTAAG CTTCGTGCGATTAAAGTGGACATTGAGGACAACAGTGCATGGGTTCAAGCTGGTGCGACG ATTGGTGAAGTGTACTATAGGATTGCAGAAAAAAGCAAGACACATGGTTACCCTGCTGGC CTATGTACCAGCTTAGGAATTGGTGGTCATATTACTGGAGGAGCTTATGGTCCTATGATG AGGAAATATGGTCTTGGAGCAGACAATGTTGTCGATGCTCGGATTGTTGATGTCAGTGGC AGAGTTCTTGACAGGGCCTTAATGGGAGAGGATTTGTTTTGGGCAATCAGAGGGGGTGGA GGAGGCAGTTTTGGCATAATCTTGGCTTGGAAAGTTAGACTTGTTCCTGTTCCATCAACT GTGACAGTTTTCACAGTTCCAAAGACACTGGAAACTGGTGCAACAAAAGTCTTACACAAA TGGCAACATGTTGCACACAAGATTGATGAAGATCTCTTCATCAGAATCCTCATAACTACA GTCAATTCAACAAAGGGGAAGAAAACAGTGCAAACAGCTTACCAAGCTTTGTTTCTTGGA AAAACTGATAGGCTTCTTGATGTGATGAATCATAGCTTCCCTGAATTGGGATTGACACAA AAAGATTGTGTCGAAATGAGCTGGATTCAATCAGTCATTTACATTGCTGGTTATCCAAGT AACATTAAACCTGAGTTCCTACTTCAAGGGAAGTCATTATTCCCTGCAGTAAACTTCAAG GCTAAATCGGATTTTCTCCGTGTACCAGTTCCAGTAACTGGACTTCAAGGGATGTGGGAG AAGTTTTTACAAGATGATTCACCTATGATGATATGGAATCCCTATGGAGGAATGATGGGA AAGATATCAGAATCTTCAATCCCATTCCCACATAGAAAAGGAGTCATCTGCAAGATACAG TACTTAACAGCCTGGACAGATGGAGACAAGAAAACTGCAGATAAACATATCAACTGGATC AGAGGACTTTATGAGTACATGGGCACTTTTGTATCCAAGTACCCTAGAGAAGCTTATGTG AATTATAGAGATCTTGATCTGGGTATGAACAAAAATGCCAACTCAAATATCTTGGAAGCT AGTGTCTGGGGGAAAAAGTACTACAAGAACAATTATGACAGGCTTGTGCTTGTCAAGACT AAGGTTGATCCTGATAACTTCTTCTGGCATGAACAGAGTCTACCAATCCTTCCATTCAAA GTTGGTCAAGATGGGAAAAGTTTGATTCACTGAAGAACTGCATTTGGCTTGATGGTGTAT TGTAATATTTAAGGAAAAAAGTAAAAATAAGTTTAAGTTTTGCTTTTCATTTGGTTTCAT GACATGTAATGTATTGTAGCAGAAGTTTGTATTGATATGAAATGTGAAACAAATTTGAGG AACAACAACAAACCTAGTGGGGTATGACGAGGGTGGGTGCACGTAGACGACCTTCTCTCT ACCTTGTGAGGGTAAGGTATATCAATGAATTCAAGGAACTACATACAAAACTTACATGGA GAAGGATCATAAAACCCAAAAAGGATCCACTTCATTCTTACAGCATAAATGTCATGTTTG GTGCTATAGGATTATAGTTGAGAAATACAAATTGGTACCATAATACATACTATATTTTTA ATTCTAAAAGCGAAATTTGTACAAGGATCATATAAAAGTTGTCCACGTTCTTCATCAAAT TCTTCGAAGAGAGGCCAACCTCTTCTCAAGTTCCTCGACATCTGCAGCAGTATCAGAACT GCATTCACATGGGAAGAATTGTTAGGTAGACTTAACATGTTCCCAGAAGAACTAGGAAGG ATATTCTTAGGAGTCCATATTAACGCCAATAACAATTATAGAGGAATTCTAGATTGGGTT CAGTACAAGAATCAATCAAACTTTATAGTCCCGTAGGTCAAAGGAGTCCGCATGATCAGA AACACAAGGAGAGTATAACCAGAGAACAGAAAGGAAGTACTGTTGAGAATTGACTGTGAC AGTTTAATATGGAAATGCAGAAGAAACGTAGCTCGACACATGTAGACACACAAAAATCCA ACTCAACTACACAAGAAAATCCATGTATGGCGTGTGATTTAAAACAGTTCCACATACCTA GGGGGGGCAACATTTTCAACTTTCTTCGATGCAATCCGGCCTTTTGGAGCTGAAGATAAC TGCCAAAATAAAAATCAATAATGAATGAACAGCTCGTGAACTAAAGATGAGGAAAGCAAC TGATTATACGCTCAACTATCCTTAATCCGAAATCTACCTGTGATGCAATGTCCACACCAA TCTCGTCAAGCACCTAAACATGAAAACACAAATTAGAATAGATGACTAGAAAAATACAAT TAGGAAACTGACTAAGCCTGATGAGTAACAATTGAACCTGGTTTGTAAGCTCCTCAGTTT CTTCTTCAGCTTCATCTTTATCCAAAGTCTCATCAATGGATTCAGACATCATCTCAATCT GGAAAAATCAGATGGCTTCATTAGTATGCTTAGGCTGAACTTCACATCAAACTGAAATGT TTGCCTTCAAGACGTTGCATTTGTCCACAAGTACAGAGAGCTTATAGCATGAAGTAAGTC CATAATGTGAAGCATCGCTTAGAAGGATGAAAGTGCTTACTGTCATGTCCAACTGTGATG ACTGCTTCTGGAATTCTCTGATCACTTTAACTTGTTTTGCAGGTGCCATTTGCTGAGAAG TAAAAACACAAGAATAAACCAATTGGGGGGCTTTACCACCTTAATAATTAAATGGTAGCA CAAACGCAAACAAAATGGATGAGTATCAAAAGTTTTAAGGATTAAAAGGAAAAGAGAAAA GAAACTCACAACAACAAATAATCAGTACCTTGTTCATGGCAGACATCGCTTTAGTTGCAC CTTTCATTCCAGTAGACATAGAGGTGCTAGCATATAGTGCCTACAGAAGAGAAAAGAAGA CACATATAAGATCCAGTAAAAATTTCAATTACTTTTCATACACAATAATAATTGGGAGAA AAGGTTGACCTGTGTATGAGTTGCTACACCCCTAATTTGAGCACGACTACCTTGCAAATT GACAATTTGTTGCCGTAACCTCACAAGTTGACGAGCTAGAATTTTGGTGGCTGCCTGATA AGTCAAAGTATGTGAGCAAGATTTACTTTTGAGGAAAAAAAATGGCTTATAGCAGATGCG ATGAGTTCTTTACTCACCCTTTTTTCAAAAATACCATTCATTTCTCACCTGGATCACAAG TATAATTATCCATGTTTACCACCAAAGCTTTAACTGAATCAAGTTCTCAATGAATATCCA AGCCTTTAATTAGCCTTGATTCAAACTTGAGTCTTATTACACCGAGTAAAATCAGTGTTT CAAAGACCAACTGAATAGAGTCTTCAATATATTTGTAAGCCTTAGCGAGCATTAAATCAA GTTACTACATTCCTTTCAAGTAGAGCTCCTTTTTCAACTCAGTCCTGCCTGCTCGATAGC AAGTGCTTCGGGCACTGCCTTTCTTTTCAACAACTCAGTTAACTGCCTCGTTTCAGCCTC TCTTTCTCTATTTTGAAACATTTCCAGCTAACATGGCTCACCCTCCCTCATACAAGCATT TAATGGTAAATACATAAACTAATACATATATAAATTTTGTGAATTGTTTGTTGGTGAGAG AATTCAGAACATTAAGAATTTAAAATTAGTTAAACTATGTTGGCTCTAATTCTTCCGATG TCTTTCGAATTCTGATAATTCCCTATCAAATAATCTTTCTCTAAGGTTGTGACTATGCAA GAATTCTTCAGAAGGGCAACGATTTATGCAATCTGAGAATGGCTCATCTCTCAAGAGACT GTATTTCAAATTCTGATAAACAAAAGAATCATCGGGATGCAAAAAGTATGCAGTTTCCAA TGCAAATAAGCACCCACTAGAAGCCATTATCTATTAGAATGATCACAATTCCAAGTAAAG TAGTCAGGAAAAAAGAATTAATTTGCAAACACTTGCCTCGTTTCCTGTTTTGGCTGTTTG CTTGATCTCTGCAACTAACTTTTTCTCCTACGAGATAGTCAAATAAGAAGTATATAAGTT CACAAGTAAGTAGATTCACACAGATGAAAAGATGATTATTGAAAGAATACTCTGAAGTTC TCGTGACTTAAATTTCACAAGAATACTCTGAACTTACTGAACAAACACACTTGCCTCATG TCTATGAACATTTTCCTAATAACTTACCTCCATTTGTAAGGATGAGATCTCCCGTTCGAT GCCTAAAGTTATACATGAACAAAAACGGAGACGAATTAATGAAAAGTAAAAACACCAAAT AAGAAACGAGGAAGCCAATGCAAGTTATCATAATCAAACCCATTATATAACAACACAAAA GATAACGTGGATCAAAATGATAATGATCTAAAGAAAAAATAAGAATAACATCCAACTATG ATACATTCTGGACAATGATTTTCCAAAATTGTTTAATACTTTTTGCATTCTCCAACTGCT TGCTTGTGCAAATGACAATGATGTGAAATATACTATTTTTTATAAAATAAATTTATGACA AGGGAAGCCCACAGCCGTAGGAGAGGTAACCTGCACCAGGAGCTTGACCTAGAAGGCAAA CCCCTTTCTTTCGCTGGCAAGGGGTTTCGAACTAGAGACCTCCAACATGGAAGTCCAAAA GCTCAAACCACTGGGCCACCCCGAAGGGTAATGATGTGAAATATACTAGAATGGTGTAAA AATGATGATAGTTCAAAATATAAAACCTGGAATATGTAATTTGTTTCCTCATTTAGCAAA CAGCTGACCCCTGATAGCTTTATCAAAATTAAGAAGGAGACCCAACAATGACACCAAAAG TAAACAAAAGAGTCAATAAAACCTTCAAGTACTTGAGTTCATACAGCCAGTCACTTGCAA AGGAAACAAGTACCTCTAGATTTTACCCAACATAGCACTTCTTCCAACTCTGTGAATTGT CCAGGCAAAGCAGGTTATATTGTTTCACAATGCACCTGAACTACCTTTTAGTCCCAAAAA CTAATTATACCATTTTTCCTAATATCATATCCTGTTATGAAGCAACAGTGCCATAGAGAA TTGAAATAGAAGGTAATAGAGCGGAGCCATCCACCTATTCTACCTAATCCTTCACCGATA TTACATGACTTTGTTGTCTAATTACTAATGAACGTTCAACCAGTATATCCTCAATAAAAA CTTTCACATAAAAATGGAACCTTTTCACTATCACTCATCCTTGTTATTCTTATTGCAAAG TAGAAACTATGAAGAACAAAGGCACAACAACCTTAACCTAATATTTCCGAGGGGTTTCCT TTAGTTGATATACCTAATAGTATTTCAAATTCCAAATATCGAAGACCGAAATTTCCACCA AGAGCGATTCTTTTTCTCTCTTTGCCGGAGCATATATTTCTAGACGTCCAAACAAATTAA GCATCTCTTGCTTAACAAGGAAAAGATCATAGCATTCGATGTACATTTAAAATCAAACTA AAAAGAATACAACCACTATTATAGCATCCCCAAAAGAAAGATGTTTATGCATAACACGAA CAATGGGCATAAGCGCCTATGCATTTGAGATCCAAAATGAGCTTACAGAGTATTATTTCT AAATCAAATAATGCGAAGCTACTCTTTCATAAAACAAAACTAAATCAAATTCTCAGCTAG TGAGTCATGTACCTCTGGTAGCAACAGCCATTTCCCTTTTGCTGGTCCTCAATGCTTCTG TTAATCAATTACAAAAAAAATTCACCATAGATCATAACTCCAAACACAAAATTAAAAAAA AAAAAAAAAAAGGGGGCAAAAATCTTACCTTTTGGTGAAGTCTTCTTCTTGAAAATGCTG TTCAACTTCTCCATCTTCTTTTGTTAATGATTCTTGAACCCTAGAATTTTCTTGAAATGG AAGAGGAAAAAAACCCTAATGGCTTTTGAAGAAAAGCTGAATCATGAAAATGGGTGATTA AAAATGGGGTTTTTTTCCCTTTGTTTTTTGGAATTTTTGTGAGAAAGTTAAGCAGGAGTG GCAATTTTTTAGCGGCCGACTTGTACTTCTAGGGGAGCGTGCAGTGGACTGGACTCTCCT ATTTCCCACTATCATTATATCTAACGGACACCAAATAAGTAGCCGTTGTGAGCAAAGGAA ATGACCAAACTACCCCTCTCTAGTTTGATATCGCAAAGATCAAAAGACAATATTGCCCTT GTTTTGTTGCTTCAGAAACGAGGAAAATACGTATAATACTTTGGGTCTCTAAGGGGTCGT TTGGTTACTGGTTAAAGTTATATAGGGTTTAGTTAGTTATGCTAGAGTTTTGTTATGCAG GATTTAGTTATGTTGAGTTTAATTATGTGGATATTAGCTATGCGGATATTAGTTATGTAA GTATTATTTTTGTTACGTAGATATTATAATATATGAATTTTTATAATTGAATATTAAATT TGTTGTAAGTTATTAATATATATTATTTACAAAATAATAATATATGCTAATAAAATATGG AATATATTGAATAATATATAATGCTAATATTTGATTAACATATGTACCGTCAAAAAATAT ACAATTTAATTTTAATATTAAAAAAATGTTTATATTTGCATAAATAAATAAAAATGGTAA GTATATAAGAAGAAATGAAAATAGTCCATATATAATAGGAAAACAGTAAAGTTGTCAATT AAAAAATAAAATAAATTTATAGGGTAAATGTGTAATTTATCATTTTAATACATGTATAAC TAATACCCACATAACTTATTTCACCTTCTACCCTGCATAACTTTACACATAAATTCCCTC ATAAATTGTGTTGGTACTAATTATGTAGGACTACAAAAATGCAACCAAGCACCGTATAAA TTAATACATGAATAACTTTTATACAACATCTAAATTCTTACCAACCAAACATGATATAAG TTATGTTAACTTTTATACCTAACACAAAACTTCTACCAAACATAGTAAAACTAATGTAAC TTTTAACTTATACAATAACCAAACGATTCCTAAATGATTAATTTAGTGGCACAAATGATT TTCTAGTTTCTTATAAATTAATATATATATATATATATATATATATATATATATTAGATC TTTATTTTATGTATATACCAAAAAGATTTTATGCAAACCCCTCACTGAATTTTTGGTAAA TATGTGTTTTGAATTTAAAATTGATATTAATTTAAATAAATTATAAATGAGTAAGAAATC TCATTCATCAAACAAAAATCAGACTTATCAAACTAATAATTGAAATCGAAATTGAAACAA ACAAATCGACTGTACCGTTAATATAACACTTGTTGAAAGCCAAAATCAAAATAATAAATC AAATTATAGTCTGTTTTTAATTGTATATTTTTTTTTATAATTATTCTTAGTCATTTATTC ATTTTGACAAATCAAGAAATGATAATTTTATTTATTAGTATATTCTCAATTAAATAACTA ATTACTTTGAGAAATGTAAATCTTTTCATCTATTTCATAATTAATATGGGTAAATTGATA AACCCGCTATCATATTAATAATTTTATTAATAGCTGTGTCAATTTAAAAATTGACAAGTA ATATTAGGAGTGGAAGAGAAAGAAAAAGGAAAGTGACATTTTCCACAAAGAACTAAACAT AAAATGACCACTTTAATTCCTAATGGCAACTCTGTTCCTCCATAGATTGAAAAAAAAAAT AATAAATGAAAGGAATACAATTTCCATCTTTAAACAGAAACACCTTTATAATCTTCTTTT TGATCCATTTATCAATATTTTCACCATATTTTGCCATATCCATTAAACAGAAAGAAGCTC AACAGCAAGTAATTGGCTATGGTTACTCAATCAAATCTGTGGCTATCACTGGAAATTCAA TTTTTGCTAATCTTCAACTCATCAGCACTTCTTCTGTTTTTGGTACTGATATTCACAATC TTATCCTCATTGCCAGGTTATTTTTCTTTACCTTTCTTATTTATTTTGGATCCGAATCTG ATATTACTATTACTCGCCTGATATAATCGGTAAAATTGTTATTATATGTAAATTATAAAG TTATTATTATATGATTAAAAAATCGGGGTTGAAATTATGAAGGCAATCTTTTTCAGAAAT ATGGGATAAAATTGTTAACTAAAAAAATTAATATAACAAATTAGAAGGTAAATTCTTGTC ATTGTGAATAACGTCACAACATAGAATGATTGATTGACGTTGACGTTTTATTTTTGAATG TAAATATCAAATTTCAATATTGAGTTAATATATTTTCAATTGATAATAGGTATTTGTAGA TTAGTTTAATATTGAGCGTATTTTAATATAAATAAAATAAGAGTTATATTATAAAATTTG CCAAAAAATAATAATTCAAGTAAATAATATAATATATATAAAAATACTTATTCGCTTATG ACATGAATTTTATATAATATAGTAAAATACATGTCAATTAATTGTGATTAAATAAAATAA ATTATTAATTTAAACATATATCATAATTAAGTAAAATGAATTATTAATTTAAACATATAT CATGCATTGTATTGCTTTGGTTTGTGCAGGTAAGTTTTAATCCTAATATATAGTTATGAA AATTGTAATTTTTTTTTTTATCATCTATATATAACTTCTTCTTTTTTTAATTTTAGTCTT ATAATAAACAATATTTTGTTTAGTTAATGTAAATAAATTAACTTTATTAAAAAAATTGTT TAATTTGTTTTTTTTTCCCTCGTTACAGTTTGGAAACAAACGATCGTCTCCGAATACGAA TAACGGACGTTAACCACCAACGATGGGAAGTGCCGGAAGAAATTCTCCGCCGTCCACCAC CGCCATCGCCGCCGTCAACTTCCAACTCCTCATCAGAAAACCACTTCCCAATTACGCTCT CTAACCCAAACTCAGACCTAGAGTTCACCCTTCACAACACCACCCCATTCAGCTTCACCG TCCGCCGGCGATTCACCGGGGATACTCTTTTCGATACTTCGCCGGAGAACGAAAACCCCG ATACATTCCTCATATTCAAAGATCAGTACATCCAGATCTCCTCGGCACTACCAACTACCA GAGCTAACCTTTACGGGCTCGGAGAGCACACTAAAAGCTCGTTTAAGCTTACGCACAACC AGACTTTGACTCTATGGAATGCCGACATTGGAAGTTCCAACGCGGACCTTAATCTCTATG GATCCCATCCTTTTTATATGGACGTCCGGTCGTCGGATCCGGCGAAGGAAACGGCCGCCG GAGTTAGTCATGGGGTTTTGCTTCTGAGTAGCAATGGCATGGATATTGTATATACGGGTG ATAGAATTATTTACAAGGTAATTGAAGGGTTAATTGATTTGTATTTCTTCGCCGGACCTT CGCCGGAAATGGTGGTGGATCAGTATACTCAGCTTATTGGTCGTCCTGCTGCTATGCCAT ATTGGTCTTTCGGTAATGACTCTCTTTTTCCGTTTGTTGTTTTTTTCTCGTGCACACCTC GACTAATTCCACTTTCTTTTTTTGTTTGTTGTTTTTCTCTTATGCACACCTCAACTAATT CCAAGGACCTATGCCATACATGGATAGAAAGGCATTGAATAGAGCTTAAACTATTATCTA TGAGCTTTTCTTATGTAGGTTGCATTGCTCAACATAGATTACAAGTACCACTAGTTCTTA GTTAGGACAATGGAAGATGGTTTTTTTTACAATAGTGGTGTCCAGGCCAGCTTGTGTATA CCTCGACTAATTTCATAGAGTATCTACTACCTCACACCAACGTAGATACTGGTCCACCAA GACTTAGACATATAAGAAGAAATCACCTAGAGTTTTGTCGGATCAGTTGTTTGTGAAAGG GAAATATGAAGTAAAATTATATAAAGGCATATTGTTCACTATACGTTGCCTCATTCGCAA AGACGACATTGCTTTGAATATTGTGCTGAGCTTCACATGTGGAAAGTGAGCCAAGAAGAA ATTTAGGAATGCTAGATTCTTCCGCCCCTGTCATTCCTATACTGATCGAAGTTGAAATTG TCTTGTTCGATTCTCAGCTTCTACCTTCATTCTTTAGGAAACAACTGTTACACATGAAAA TGCTCACATCTCAAAGTAATGGTATTGATTATGTGATATGGTGTAGGATTTCACCAATGC CGGTGGGGTTACAAGAATATTGATGATGTTGAACTGGTAGTGGAAAGTTATGCAAAGGCT AGGATACCGCTGGAGGTTATGTGGACTGATATTGATTACATGGATGGTTTTAAGGACTTC ACACTCGATCCAGTTAACTTCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCAT CAGAATGATCAGAAATATGTACTAATAGTAGATCCAGGTAACTGGTCTCCGTCATCAAGT TTTAACAATTTAACATTTACCTAGATAAATTAGATACGAGTACGTCTCATCATCATGTAA CAAGTGTTATTTTGTTTGTCTTTCTTTTTACCGCAGGAATTAGTATCAACAATACATATG ACACCTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCGATAATATGCCCCACC AAGGGGTTGTTTGGCCAGGGAATGTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAG TATTTTGGAGAAATGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGC TTGACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTG ATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCCCATCAACTATAGAACAG TTCCAGCCACTTCAACACATTTTGGTAATACAATAGATTATAATGTCCATAACCTTTATG GATTACTAGAATCTAGAGCCACCTATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCAT TCATTCTTGCAAGATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAG ACAATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAACTTTGGAT TGTTTGGAATTCCAATGGTTGGAGCTGATATATGTGGTTTTTCAAGTAACACTACTGAAG AGCTTTGCCGCCGCTGGATTCAGGTAAATTCATGCTTGGAGTTTTGTCAACAATGCCGCC TCCAATCTCTCTTTCTCCCCCTAAAGCTTTAACTTTTCACCAATGTTAAATAGCCATGAA ATGTGTTGTTTTTCAAGGAACACTGTTGCATTATAAAGTTCAATGAACCAGAGTTATTCG TCGTCTTAAATAGTATGCTTTAAAATTGTGTTTAAGAAAAGTTAAAGCATGTGTCTATCT CTCAGTTTGACCAAATCGTTAGTTTGATACCGTAGAAGAAGAATTTTATCATAATATTAG GAGCTCTCTTCGTCTTTGACTTCTTTGTAATGAGAGAGATTGGCTTTATGCAGCTTGGAG CATTCTATCCATTTGCAAGAGACCACTCTGCTAAGGACACAACCCCCCAAGAGCTCTATA GTTGGGATTCAGTTGCTGCAGCGGCCAAGAAAGTCCTTGGGCTCCGATATCAGTTACTTC CGTACTTTTATATGCTTATGTACAAGGCACATACAAAAGGGACTCCCATTGCACGACCCC TCTTCTTCTCTTTCCCTCAAGATGCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCG GTAAAGGTGTCATGATCTCACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATATT TCCCTGCTGGAAACTGGTTTGACCTCTTCAATTACTCTCGCTTCGTGAGTTTGAATCAAG GAACATATCTGACACTTGACGCACCACCAGATCATATAAATGTACACGTTCGTGAAGGGA ACATATTGGTCATGCAAGGGGAAGCAATGACAACACAAGCTGCACAGAGGACTGCATTCA AACTCCTTGTCGTGCTGAGCAGCAGCGAAAACAGCACAGGAGAACTATTTGTGGACGATG ACGATGAGGTGCAGATGGGAAGAGAGGGAGGGAGGTGGACGTTCGTTAAGTTTAACAGCA ATATCATTGGCAATAAAATTGTGGTTAAATCAGAGGTTGTGAATGGACGGTACGCGCTGG ATCAAGGATTGGTCCTTGAAAAGATGACATTATTAGGTTTGGAAAATGTGAGAGGATTGA AGAGCTATGAGCTTGTTGGATCACACCAGCAAGGGAACACAACAATGAAGGAAAAACTTA AACAGAGTGGACAGTTTGTTGCTATGGAAATCTCAGAGATGTCAATACTGATAGGGAAAG AGTTCAAATTGGAGCTATACATCATTACTTAAACAAATGAATTGTGTTATATAAGCTTGC TGTATGAAATTTTCTCACACTATCAATGCCGTTTAATTTATGATATTATGTTCTTCCTAT TTTTACCAACTTACCTGTTAATGTTTATACATGTGATTGATTACCTTGTTTCTTTTTGTA TATTATATGGTTGAATCTCCTTTCTGTTTGGCTTAAACCTATCCACCTGACCCCATGATT AAGGTATTAAGATAAATCATACAGCTATATACAAGTTCACCGTTACCTTAACCAAGCAAG GAAGAACAAAATTCAAGAGTTCATACAAGAACAATGCGTCGCGGTCATTTCAACCATCAG TGAAGGAGAGTGCCATTATCCGTCACTTTGTCATACTACTTAGCCATAAAATTATCCATA TGAAAGCATAAATGTGCTAGAATATCCTAGAAGAGTTCTTGAAAAACCTTAAAATACTCT AGTTTTATAGAGAATTCTAGAAGAATGATTTATTTATTGATATGCAGGGACTTAAAATAC TCTAGTTTTATAGAGAATTCTAGAAGAATGATTTATTTATTGATATACAGAGACTTGTGT TAGTAACTTTTATTTGCATCTTAACCCCTAGATGTACAGTATAAATAGAGGAAAATTCAT TTATAACTTGAAATCAAGTAAAACAATCTTCCAATCAATATAAAAAGTATTTTTAGAAAT TTTCAGGCTTAATTGAGTTTATATTAAGATTCGTGAGTAAGTTGTCAACTGTCGCATAAA ATGTTTAGTTGAAGTCTTAGTCTGTGACATTAGGCACATTAAAAAGAATCAAATTTGCAT TTGGTAATAAAGGGTTAAGTAAACATGTAATTAAATAAATAAAAATATAAAACTCTCAAT AATTGGAACCTTATTTCAGAAAAACGTCACAATTTCTGCCTATAATAAGTATGATAAAAT CTCATTATCTTTTTATTGGATGTTATCTCAATGGAAAGAGTTAAACCTATAATAAGTGTG ATAATCTCATTTTTCTGTTGGATGTTATCACAATTGAAAGAGTTAAAATTCGAAACACAA TATTAATTTTATCCGAATAATTAATATATCCTTTTCACAAAAAAATTGAAAAACTTCATT GATTTTACGATAATATTCTATGTTATTTTCTTTTATGCATATCATTTGATTCTTTAAACC CCATTTAAATCCCAACTACAACTAATAATATTCACTAAAATTTGATTAAAATTGTCCTTA CTTATTCACAAGTTTCATTGAAAATACATTAAACTTAGTATCATTGAAAATACATTAAAC TTTTTCAATTGTTTTAAAATTCTAAAAAAAATTATTATTTATAAGTTACGCGTTTACACT ATAAATAATAACAATTCCTGTATATTCTGTAATACATATCTTTTTAATTAGAAACTCCTA AAACTAAATAGTCATAAAGAACAATAGTTGATTGAGTTCTTTCCTCACCAATTGTGCAAA TACCCTTATTTTAACTAATTTGTCATTTCTACGAGCAGAAAGAAAAAGAGAAGCCACATT GAATTTTGTTTTTTTGTCTTAGTTGTTTATTTTTTTCTATACGAATAATTGAGAGTTTGG CTCTAAATTGGATCTACCGACGCTGAGCTGCGAAAGCATTGGGAGCGAACAGGATTAGAT ATCCTGATAGTCTATGCCGTAAACGATGAGTGTTCGTCCTTGGTCTACGCGGATCAGGGG CCCAGCTAATGCGTGAAACACTCTGCCTGGGGAGTACGATCGCAAGACCGAAACTCAAAG GAGGTTAATGGCTGATTTAATTACTTCTTTAATTTTTATAAAGTGTGAGATCTTTTTTAG TTATTGTCAATTTTCATTAAATTTATATACACTATACAATTTTAGCTTTAATCGTTGATG AGTTTGATCCACCAATAACTCTACATAGGCAAAATGTGTGGTGCATGTGATGTGTATGAT TAGATATACCTCAACTTCAAAAGCTTTCAAAAATGAAATGGTGCAGTTCTTTTATCATAG AATGTAGATCAAAGAAAGTGTCATAGTAGGAAAGTTGCGGTCCATAATTCTCCATTTGTC TGAAATTAGAGTTAATTAATGTCCTTTTCACGAAATAACTATTAGAATTGTTGATAATGA TAATGAGGTCATCTTCAACTAAACTTGTCATCAAGTATTATTATGTTACAAATGTATTTT TTTTTAAAACGTGTGAAATGAAAAATATGATACAATTGTATTAATGTGAATATGTTGAGA CATTTTTTTTCTTCTAAAGAAATAGACGTTCTTCTCTGAAACTTACTACACTTCATAACA AATTATATTGAAATTGATATCATTCCATTCAGTAGGATGATGAAGAGTTCATAACAATGA AGGCTTATAACAATGAAGACTTAAAACTCTTGCAAATATCTAAACTTTGACATAAATGTC TAACCTTATGAACTAAAAATGATATTTATAAACAAAAAATGGTGGAGCTAATGAGAATCA TTTTTAGTTTATAATGTGCCATGTGAGATGTCAATTTTTTTTCTTTCACTCTAGCGTAGA ATGAACATAAATGACAAATAAGTTTACAATATAGATTATAATTTTACCTTAAAAGTATGT GATTTCTATGATTTAATATATTGTTTTTACATTGAATCTACTATGAAATCATTGCTTGGC TTTTTTCAAGTTCATCTACGGGTACTTACTATTTAGTATGATTTCTCAAATATAATACGA TTTCAATTAAATAAGATTTTATATGCATGCACTAATATTGTATATTTTGTTATTTTTAAA AGGAAAATGATGCTTTATTACGAAAAATAAATAAAATTTCATTATATTTATATTGATATC GAAGAAATTAAGGGATTATTGATCAATATGCGAGATACAGTAAAATATTCATGATTATAT TTGAGATTAAAATTAAACATAACCATAATTTTTTTTTACTTTTTCTCAGAGTGGAACTGT AAAAAACATATTTGATTATAAAATTTCGAAGAGCAACAAAAAAAAAAGTATTCGCCCTTT TTCATTTAAAATTACTCAAAAAACAAGGGGTCAAAACCAACTCCAATTATATGCATGGCC GAAGACTCAAACTAAATTTTTTTGAAAAAAAAACATATTTCATATACATGCTTAATTTGA CGTCAATTGACAACTATGGTCATTAATTTTAGATATGCACAAGTAGAAACTTGAATAAAA TTGAGAAAATGAATACATTCGTCCTACATGACACCTTACATGACAAGTTTGTATCGTACA TGTAGGGGTGATAGTTTCAGTTCACAAAAGTGAAATAAAATCATTTTGCCCATATTAAAT TATTTGGATCACTCATATTTTTTGTCTTTTTCTTAAATGTGTTAATATAGTCTTCAGCCT ATTTAAGCTCATACAAATATGGACAAAATGAGTTACCATGAGAATCGATATTCAGCTCAT ATAAGTGACAAATGAAATAATTTATTTTTAATATTTGTAAAAATAAAAAAATTAGGAATC AGTTGGTGAAAGGTGGGGCCCCGGAAGGGGATGAGTGTTTGCGCGCACGGAGGAGGGGTA ATTTCTTTGTTTTTGAAAAACAAAAAAAATTTAGCGTTAAATTGGTGGAAGGTGGGGTTG AGGGGTTAAATTTTTTCTTTGGAAATTTTTTTTTTTTTGGAAACAAAAATTTTTGTAGGG GTAGGTTGGTGGAAGAGTGATGTGTGACAGAGCGAGGGGGTAATTTTTTTTGGGCAACTT TCACATATAGCAAACAAAAAAATCATATTTGTATAAAATAGCAAACTTTGCATAATTGCG TTCCATAGCAAACATAAAAACTGTATAATTCGCTATACATATAAAAGTGTATAATTCGCT GGCCTAAATTGTATAATTCGCTGGCCTATTTCGCTGCAATTGTATAATTAGCTTTGCATA CAGTTGAATCGAATTAAAATGTATGTATATTGCATAATTATAAGTGTATAGCAAGAAGAT ATATGTTTTTCTCGCTTTATACAAAAACAGAAACACAATATATACACTTCTGTTGTATAA AGCTAGAAAAAATTGTATTTCACTGCAATTGTATAATTCATAATTGTATAATTCTTTGGC CTTTTTCTCTGCAATATTTGAAGTAAAATGTTTGTAAATTATATAATTAAGTGTATAACA CGAAGATATACATTTTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAAAACAGAA ACAGAAATTATACACTTCTGTGTATAAAGCGAGAGAGGCGAGAATGGAAGAGTGGCGAGC GAGACTTCTGGGAGAGAGACGTCTGGCAAATTTTTGTCAATGTTTGCTATGGAGCACAAT TAAATCAAACCCTAGCTATTGAATTTAATTTAGGTTATTAGTTTGCTATTTTATACAATT TTCCCATTTTTTTTTAATAACAAAAACTTTTTAGGGTAGGTTGGTGGAAGATGCAGGAAT AAATCTTTTTTTTTTTTTTGAAAAAAACAGATTTTTTTGGGAGCGTGGGGTGGGGGGTTC GGGAGGGTGCAATTTTTTTTTCTTTTCAAAAATAAAAAAGATTTAGGAGTAGGTTGATGA AAGGTGGGGGAATGATGCAGGAATATTTTTTTTTTTTAAAAGACAAGATTTTTTTTTGGA GGGGGCGTTTTGGGAGGGTGTAATTTTTTTTTCGAAAACAAAAAAAAATTAGGAATAGGT TGATGGAAGGTGGAGGAGGGCTGGTTGGGGTCTTGGGGATGCCCGTAGAGAGGGGTAAAT TTTTCTTTTTTGAAAAACAAATTTATCTAAATGATTTAGAACTGTTTTGCCTAAACCATA TTTAACAAATTCATATTTACTCATATTTTATTTGGAATGATTGTAATCCAACAATTTTTT CTCAATCCATATTCAACCCATCCAAAATTCGATCCAATTCAATCATTTGCCACCCTTATC TATATGACATCTTATGTATATTATGCCATGTAGTTTAAGTTAAGAATGTATTATTTTCTT ATACTTTCAAAATTGAAGGACATATTTATTTATTGATGTGAAGTAAGAATATATTATTTT CTTATATAAATTTGTTCACAATCTTATTATTCTATCTAATTTATTAATCTCGAAATAATT TTATCCCCGAAAAAAAGACCCCTATATATCGACTACCATTATCAATTTCTCACCTCCTTT TTGCCCCCCCTAACTTCTCGTAATTCTCACTTCTCCCCCCCAACCCGTTCCCTCCTTGCT GTTACCTTTTTGGTGGCACTTTCCTCCATTGGAGAGAGCGCAGATCCATCTTCGTCTCCA AGTTTCTACTCAAACACCCAAGAATCCCCTTTTTCTCTATCTGATTGAGTTTCATTTGAG ATAACACTCACTTTTACACTATAATTACATACATATATGGTCCTGAGATCTTCTTGAGAG TAACAAAAATGGATTCTCAGCCTTCCCCTTCTTCGGGAAGATTCGAAAGTAGTCCTTCGA CTAGCAACAATACTCCATTCTTGACCAAATCAATTTCCGATGCCAGTAGCAGCAGCCCTC ATAGCCAAAGCTTAGCCTCCATTCTCAACAACCCACATGCCGGAAAATCCGATGGGTTCT GGTGGTGGTCCACTTCATCATCTATACCCACACCTGACTTCCTACCTCTATCAACTCTAC CCAAACCCGGATCCGAAACTCGGGTCCCTGATTTCCAATCCTATCTCTCTTCCATCTCCG ACCCATATGCTCGTTTCCACGACATTCAACAGCACGCGAGGTTTGAGTCACTAGAACATC AAGACGACCAAAATGCCCTCGTTGCTTGCTTGAAGGAAGTCCCTGCGCTGTACTTCAAAG AGGATTTTGAGTTAGAGGATGGTTCTACTTTTAAAGCTGCCTGCCCATTTAGGACCACTG CGGAAAATTTGGTTACACAGGAGAAGCTATCACAGTATTTGGATGTAGTGGAATTGCACT TGGTTAGGGAGATTTCGTTGAGATCAAATTCCTTTTTTGAGGCACAAGGTCAGTTAGAAG ATTTAAATTCGAAGATTGTTCAGGGGTGTGATAGGATAAGGGAATTGAAGGAGACTATAA AGCTCTTAGATGACAATTTGGTGGGGTCTGCTAGAAAGGTACAAGAGTTGAATGTTCAGA GAAGTGAATTGATTTCGCTCCAAGACAAGTTGAACCTTATACTTTATGTTAATCAAGCTC TGTCAACTCTCAAGTTGGTATGTGCTGATTTCTTTAATATTTTTCCGTTATGTATATCTT ATGTTGGTTTCTTGTCTAAGTTCTATGAACAAAATGATATACGAACAAAATGATATAAGA AAAAAATGTACAATTGTTGAGATTCTATGAATTAAGTATGGAATGTAAATAGACCTCCTT ATCTGCTGATATAGAGTGAAGTTGTTGCAAGTCATGCTTTGTCATAAAAGTAGTGGCTTG TCATTTTAGACTATGTATGAAGCATTAGTAGGGTCACCTCTCCCTCTGTAATTTTGCTGT AAGTAGTGGACTACTTCTGAGTATTCCTTTTGTTCATAATACAAGTTAACTTTTTTTTTA AAAAAAGGTAGCTGCTTGTACAATGCTGATAGAAATAGGTATTGAAGAGAATTGCTATTT TTCTTTGTTGTTAAAAATACTGTGGGATCCATGAAAGGAAGTAAAGCTATTATAGGATTC ACAGTTTTTATAAATATAGCCGAGATGATGTTGTGGAATTACAGCAAGCAAGATATTAGT TCTTAGTTTTTTCAGTAACAACCAGGTAGAAAAGTTAACTATTCTTGTGGCAACTTGAAT TCTTATGATGGTGATACTTCAGTCTAGATTTGAATTAGACATCCTTGGTTCGAGAAAGTG TATTGAGTTTTATGTGGAAGAGAGCAGATCCATAAGATCAGTTTTTACATACAATCTCAT AACTTTGATCCATGACCTATTAGAGTATTTAGGCAGACACATGTAGTCCATTTTGATATC CTGTCCACAATTGGCATATAAGACTATATAGTTCTCCAAAAGATATTGCATATACTATGC CCCTTGCTCTCTTATTTTAAGACCATAAGGAATACTGCCCTATTTCGTAACTCATTCAGT ACAATTCATTTGAGTAGTGAGGTAGAATGTTACAGTGATAAGCATCAAATAGGTGGTCAT CCCTTCTATGATTTTAAAGAAATGTTTGATCAGTCAATATTAATTAGAAGGTTAGAGAGC AAAGGTAATTCATAGATGGAAGAGCACATATAAAGTAAAAGGATCTTAAAGATGTATTCT TTGGTTTGTGAAAAGTTAAAGGTACTCATCATAATGATTTTTTTGAGAAGTCCTTGAATG ATACCTTTATTACATTTTACAACCCATGTAGTGGTTTTTGTCAATACCTTTATTACATTA ATCCCAAAAATGTGTGGAGCAAAGGAGTTAAAAGAATTCAGACCGATAAGTTTGATAGAA GGAGTGTACCAAATCATCTCCAAACTTATCACTGAGAGGCTGAAGACTGTTATGGGAGAA CGGGTGGATGAACACCAAGCCACCAAATGACTTTCTTGCAATGCAGGCAAATCAGGATGC AGCTTTATTGGCTAATGAATTGATGGGGGTATTAGTCTAAGGTGAAGCAATAAACACCAA GAATTAAACATGATATTGAGAAGGCCTATGGCCATGTCTACTGGGCCTTCTTACTTGAAA TACTAAGGGACATGGTTTTTGGCAACAAATGGATCTAACTGGATAAACTTCTGCATATCC AGTGCGAAATTCTCCCTAATCATAAATGAAAATACCGAGATAGGCTGAACCTATGTCACC CTTTCCATTTGTATTAGCCATGGAGGGCCTTAATTACATGATCTGGAAAGCAAATGCATA TAAGTGGATGAAAGGTTGTTCTGCCCAGACAATCAGAATTCAGGGCAATGATATGGAATT TATACGCCTCTTCTATGCAGTGATTCTCCAGTTTTTTTTCTGAGCAGAGGTGGTACAAAT CTGTCATTTAAGGACAATCCTGACCATATTTGAAGGCATTCTGGGTTACATGTTAACCGA CGACAGAGTTCCCTCTAGCAGTCAATCAAGTTGATGATATGCAGATCTTAGCTGAGAACC TAGGGTGCCAAGTAGCTTCCCTACCTATAAAATACCTTGGAATACCCTTGGGAGCAAAAA AAAATTAGCTAGAAATTTAGAGTGAAGTGCTGGAGAGATGTGATAAGAAGCCAGTGAAAT AGAAGAGCCAATACCTTTCTCTGGGAGTTTAACACTTGTAAATTAGTGTGGATGCCCTCC CCACATATATATTCAGCTTGTTCCCTATACCTAAGAGCATTGAAAGGAAGATCAGTAAAC TGAGGACTGGAGGGCTTTCACCTGGCAAGGAGAAGAGAGGATACAATCTGGTGAAGTGGG ATGTCTTAACACTTAGCAAAAATCAAGGAGGTTTGGGCATAAAGAACCTTGGTCTACACA GTGCTAGTCTATTTAAGAAGTGGTTCTGGAGATTTTACAATTAAGATATGGCTTTAAGAA AACTATTGAATCTTTGGACCACTGAGGAAGTTTTGGGAACTTTTGGTTGTAGTGTGTTGA AAACCATCAGAAGGATGTGGCCCAACTACAATACGAACATGTCCATCAAAGTGGGAGATG TTACGAAAACAGATTTTTGGAATGACCACTGGATAGGAGAAGGCAGTGTAAAAGCTTTTT TCTCAGATTTACACATCATGACCCTACAAAAGATGCCACTGTCTCTCAGATGAAGCCCTC AAGGATGGGGCCTATCTTCCAAAGGGCTCTAAATAATTGGGAAGTTGATGGAGTAGCAAG TATGCTCCGGTTCTGAACATTTTCTCGGGCACTCCATTGGTCCATACAGACTACTTTGGA ATCTGCATTGCAAGGGAGTCTTCATAGTAAAGTCTTGCTTCTAGAGAATGAATAATAACC GTTCATTAGTGATTTCGTTGGAAGTTAGTTTGAAAGGTCAAATTCCTCAACAAGTTTCTT GTTTTACATGGTTGGTGATTAGAAGAGCCCGTTTAACTCATGAAGTGTCACAAAGAAGAG GTTTACACCTTATGCTCAAGGTGTTCTCTAGGTGGCCAAGAAGTAGAGATCAATGGCTAT TTGTTATTGCACTGCAACACAATTGTAAATTTGTGGAATTTGTTCTTGTGTATACTAGGT GTGAGTTGGGTAGTGCCCAAGAATACCTTTGAAATTCTAAACTGGAAAGGAGTTGGAAGT AGAGGGGCAGAGGAAAACTGGTGGAAGATTATCCCAGCATGCACATGGTGGACAATATGG AAGGAAAGAAATGCAAGATGTTTTGAAGGTAAAAGCAGCAAAATCCAGAAAGTTAAGATG AATTGCCTCAGCTTTCTTAATATTAGTGTAAACAAGATATGGTGGGGAAGTAGAAGTTTT AGTCGACTATACAGGAAAAATGTCAAGTTCAGAGATGTTATTGATGATGCTCTCTGCTCC CTGCGGGTTGTAAGTTCCCACCTTCACATTTTTGTCTCAAAATTTGATGTTTCAGTTTTA TTCTCCATAATGACAAGTTACTGATTTTCCAGACCTTCTGGTGTTTGTTTTTATTATATT AAAATAATATCTCTTATTTAAAAGTTACGGGTCTACTGAATGGTTATATCTGACGTATAT TCACATATTTTATGCAGCTTGTTGCATCTGCAGATTGTGCCGGAGCTTTAGATGTTATAG ATGATTTACAACATTTATTGGTATGTACAGAAGTCTTTTAATTTCTCTGCTATTTTTAAT TCTTAGTTTCTTCTAGGTACCTAACTAGTTTTTACCTTGATTAACCTCTGTGTTCATTGA GGCCAAACTGGTCGCTATCCCTTTCTGTAACTTGAAGTTGGAATATAGCGAACTGTTTTG TGATCCAGTTGGTTAATATTTTTTCTTGTGGATAGATTGATTTGTTTGGTTATAGGCTTC AAGATTTGTTATTTGCTTAAATGCAAAATATTTGGAACAACTATGTGGATTGTCTGTTGC AAAAACTATTATAAAAGGTGAAGCTGTTATAACCTTTGTACTTACTGCAGTGTCAATGTT CATTTATGCTTAACAGGATGGAGATGAATTAGCTGGTCTACATTGTTTCCGTCATGTTCG TGACCAGTTAGCCGCTTCAATTGATTCCATTAACAGGTTAGACTATTCGGAATGGATTTC TGTGTAGGTTCAATCACATTATTGGAAGAATACCTTTGAGGTGTTTGAGTTCTTGATAAT GCTAAATGAATAAAGCTTAAACACTGGTTCAACTTGCTGTTACTATCCTCAAAAAAAATT TGCTGTAGCAAGTTTGGTGGCTAATTTCTGCTAATATCTTTATTGAGGCAGTTGTGATAG TAATGCCCGTTTCTGATTCTGTTGGATTAATGATAACATCCAGAACAAACTATTATCTCA CGTTATTATGTAGTGACCAAAGTATTTTTTTTTTTTCGTTTTCTTTGCTCAGGATTATCC CAAGTGTCCAGTTTGCATAGATATTGTTTAGGTTTCTTGGATGATTATGTTGTAAGTTTT ATAGGGGGTTACAAACTGTTTTCTAATACAAAATAAAGAAATAATTCATTTTATGTTTCT GTTTTCATGCTTGAGTTATTTTTTTTTTAAAAATAAAAGTTCTAACAACTAACATGTTAT ATTTATCTAATTAGCTAAAATACCAATGCTTAGGGCATGACCATCCAGTGCACTGGTTTG TTGCTAGTTCCTTCCAGTGTATTTGACTACGAGTTGTATTTCCACATTTTGGTAGCAAAA CGTTACCATTCTACTGTGGTCCACTATTTTATATTTCCTTTAATACATCTTTTGAACTTA GGATCTATAATACCACTATTTTCAAAGTAATCTTTAGTACAACATTGTAACTTACCGAAT CCAGTCTTGTAGTATTCTTTCAGCAGAATTTATGCGTATATCTATACACGGAGCTGGCAA CGTGGATGCTCTAAGTACATCAAAATTTAAAGTGCAGAAGACAATTTCCATGAATGGAGA AGGCCATGAAGTAAGCATGTTATTATGTACTTATATAGTGATGCACTTGGTTTAGATATT TTCAGTGCACGAATCAAATTGAAAAAATTTCTACACTTTTGGAGAAAATAGTTGTACTAG ACAGTTTAGATGAAAAAAGTTTACTCTGTGTATATCACCAGTTGAAAAGATGATTTGAAC ACAATATTGAGTTTAACGTTTAAGAAATTTTTTTCTGGGTACTTGTACTATGGTACTCTC TTTCTATTAGCAGTGGGTTGTTTTTCATGAAAATGTTTGCTGTAATTTACCAAGTAGCAA GCACCTTTGCAAGCTCTTGAAATGTGAAGGGATGCATTTGATTGTCAGAAAAAAAAAATG AAACAAAGAAATGTCTAAATTATCCTGCACGCTACCGTTCTTGCCTAAACTATATTTCAA GATGTCTTCTATTAGCCCTTGTCCACTGTAAGAAGCGAAATCCTATTATAACTTTAAAAC ACTACAAAATAATGATTTGCAAATGTAATAGTTCCCTATTTGTCTTTGCCAACCCCAACT CCAGTCATTCTCTTTTATTGGATGGGTAAATGGTATAGTTCTAAAGAGCAAAAAAACTGC TGGCAATTATTTACAGATGAAAGCCTTATTACAAGTTTTGTAATGAACTCAACAATTCAA CCACGGCTTCTATATCATTAGCTATTTCCACGTTGCACCCAACTTCAGGCATTCTTTTTA CTGCAAATATCCTTTCTTTTGGATGAGTTTAGTTTCCTTCAACTTCTGGATCCTTCAAAC TAATGCTTCTTTTCAACCTCAGTTCCCCCCCTGAAACAAAAAGAGAAAAAAAGAGCTATG AAGTAGGAAGGAAGGGGATAAGAGGCTTGTACTACTTTTAAGTAGCCCATTTCCATTTAC TTGGAGGAAGGTGGATAGGTCATCAGTAACTAAGGATGACGTCTCTAAAGCTGAAATAAG AAAGCAGCTTTGATGCATGATAACCTGCTTACCGTCAAAAACTTGTGTTTTAATGCACTT AAGTAATGCTCTGAGTTCAACCACCATATTTTCTGATGAAAAAATGTTAAAGTAACAATT AATCTGTGCTATCTTCTTTGCATAGATCTGTTGTGGCACTTGTCTGGTGTGGAAGTTCTC CTGCTAGTGCCTTAGTGGTATCTGTCCTATTCGGTTCATGAAACTAGAATTTGAGGGGCT AAGAGGATAACGGACGATATTTTGAGTTTCTGAATCTTTCAAGTTTATCTTTTTCTGGTT GACCTAGGAGTATATATTTAATATGTTCCATGCTTGATTCTAAATGTAATTTATGTTTTT TGTGTTGCTCAATGTTCTAATTGTTGAGGGAATTTCTCTCTTGTTCCTTTTAATCATCCT ATTGTTTAACTGGATCTATGCACCCAGTCTTCATGCTACTCGACAACCAATCATCTGAAC ATTGACGTTATGTATTACAGGTTAAATTAGATGAAGAAGACAATTATAATTTGCGAGACC GGCTACTTCCTTTTGTTATTGGGTTGCTTAGAACCGTGAGTATCTCTATTTTTTCACTGA GTAATGTTGGTATTCACTTGTTTTGTTGAGTGTTGGTGGCGTATTGATTTTCTTTGGGTG GTTAATGTTGATTGTTGAATGCCATGGCATGATTACAATCATGCTATCTGTTAAGTATAG AAAACAATACATCCTCGAAGAGATGCAGAATCACTCTTTCTCAGAGTTAGGTGAATGGTA GTATTCGAGATAAAATATGTGTAGATTTGGATGGGATTATACTCCTTAAGTGTAAACAAA GAAATGAATAATTTTAAGAGCTGAATCGAGGTTAGAGGTGTCATTATCCAAATAGAGCAG TAGCTTGCTGAGAAAATTTGGCTTGGTATTTGATTTTATCATATTCTCAAATTTTTTTCC CTCTTGGCGTTTATTTTATTCCAAATTCTTCACTTTTGTGTGTATAAGATCTGATGTAAT GGGCTGGCCATGGTTTAATCACTTGCAGCAGTGATACAACGCTAAATGGACTATATATAT TATCTGGAAGTAACAAGTGTTGGTGAAGATTGTCTTAATTTATTATGTATGTACTTCATT CAGTTTAGAAGAGAATAATGAAGGAGGAGCATAGCTGAAGATTCTAGGAAATAGTTGATT AGTGAATAGCGAGGACTACAATCCCTTTACACCTCTTATGTACCATTTTCTGTGTCCTTG TGATTGACTTATTATTGATCATCAACTTGACTAAGCATCGGTTCCAATCCGGCTGCAATT TATGCCAAATGAAACAAATTTTATTCTGGGTTGTTTTGCAGTTGTAAAGTCTACTATATG TTTTCCGTCAACATTTTTAGGGTGTTTGGAATTTATATGATGTTTTTAGTAAAAATATTT GGTGGTGTTTGACTGTTGTAATATCCAGGCAAAACTTCCTGCTGTATTGAGAATATACCA TGACACTCTTACGGCTGACATGAAAACTGCCATTAAGATGGCAGTTGAAGAACTGCTACG GGTGCTTGGTGCCCAACCTATGGATTCAGATTTTGTTGCAGGAGAACGAGCAGTTGATGC TGATGGTGAGTGTATATTATTAGGTTCACATTTCATTTTTGCAAGGAAGAGCTTCAGATG CAAATGAATTTGGTGTGCAAAATATTGGTTCTCTTCTTCTTCCTTTTCCTGTAAAAGATG TGGCTAAGGATTAGGGATGCAACTTCATCATTAATGCAACTGAGTGGGCTGGTAGATTTC ATGCTATAGTTCCTGATATAATGTATATGCTTTACTCAGGTGGAAGCTCATCCCTTGCCA GTAGATTGAGAAGCTTGTCGCCTGAATGTTTTGTTCATCTTTTGAAGGCTGTTTTCCTGA TAGTGCAGGTAATGTGTACCTCACTGTATCTTTCTGTTCAATCAGGATTATGCTGCAATC ATGATATGTTACTTCCCTTTTTTCCTTTGAAGAATTAAAAAAAGGATTTGTATATCGATG TAGGGATTAGTGGAAGATCTGGGGGATTTCTCTTTGAATGACCTCTAATATGCCTAATTA AATTGGATAAAATGGACATGAATAGAACAGAAAGGATATAGAGGATTCATACGGTTGATT CAACTTGTTGGGGATTGAGGCCTACTTGATTGGTTGATTGATGCCACACAGTATGCAAGG GGTAAGTTATGATCAAATAAGCTGGCCAAGCTCATGCACTTTCAGGTTCATTGTTCATAT TCAAGAACCCAATTAGACCTAATCATTTGAGTCTGAACTACCACTTGAGATGCTCTTTGT TTAGATAACGTAAGCACCTAACAGGACAATGTCGAGCTTTTAACGTTTGAGCTAAATATC TTCAGGCTCATTTGAAAACAAATTTACTCCTTTTTCGATAAGTCTTAAAGAGTTTATAAA ACACACCTTTTCTTGGTTCCGCACCCAAACCAAAAAGAGGTTGATGTTTAAAATCTCTTA GTCCCAGTATGGAGCCAAAATTACGGCATTTAAGGTCTTTTCATTCTTCTCCTCTTTGAA GAAATGTTCAAAGGTAGGTAACTATGAGGTCTTTCTTTGAGTGAACATTTTTGGTCAATG GTTTTTTACATGTAATATTTTTGTGATGAATAAAATCTCTTTCTATTAAATTATCTTTGC AGACCATTCTTCATCTAATTATTTTCCCATATCAAATTCCAGACAGGCCTCAACTCTGCT TCATTGGATATTCTTCTCTTCTTTTTTTGGTAGAAAACAAATATCTCTTTTAATGTTAAA TTAGTTGAGCCTTAATATTGTCAACTGATTTAGCCTTATCATGTACCTGCGCTGTTTGAT GGGACTAATTCGATTTGAGCCTTAAGCTCCGATAGTGTATAAATTGATTAGATTTTGGTC TCAGGTGCTTCCTGAATCCCCTTTTAATTGAATTTCAATAAATTGATTTGCATGGCAGAT AGGTTTTCGTTCTGTGGGTGCTGGTACACTAATTGCTGATAACCTGCTTCCTGAGATCTT CTTCCTTTCCATTAAAAGCTGAAGTTCTGCAATACTGCTTCTGGTATAGGGTTGACTACC AGATGAATTAAATAGTTGTTACTGTTGGTTCTGCATGTAATTATTCCACGAGATTATCGT ACTTATTGAACTAGGTTCATAATCTTAGTGACAAAACATTACTAGTCATTGTAGGCTTAT AGTGTATATGGCTTCTCGTTTCATATTTTGTGCCATATTTTTTTTGAAATTGGTAGCTTT TGTCTATTATCCACAGGTGTACAACAAAAGTGTAGCTCCCCTTTAAAAGTGTAACAACTT ACAGAGTAAAGTTTCTAAACTGCTGCCTATAAACAACCTAGCACATCAACTACAGTTTAG TGCCTATAAACAAACAATTTAGCGCCATATTATTATTATTCTCCTTTGACTAAGGTAACT AGTTTGTATATAAATCTTCAGCACTAAGGCTGGGATCCCAAAAATTTACATCACAGAGCT ACATACAACGGAGTAGGCTCAGCAACCCAAAAAAAAAGAACCTATATCTAGGTCCTATCT CATCTTACAAGGATCCTAAGATGTCTACAATTGCTACAGGATCATCTATATATTCCGAAC TACACCAATAGCAAAAAGTGATAATGCAGTTCATTTTAATCCTACGCAGTGGACTACTGA TATTTCCAAAAAATCTTGATTTTCTCTCCTTCCAAATGGTCCACCATATCACTGCTAGGA CAATTTCCATCTGTTTTTGTCTGTGCTACCACTCCCCTCATAGTTCCAGCTTACCAGAGC CTGATCTGCCCTTTTTGGCATAGTCCACCTTATGCCTCTGAAATCTGTAAACGGGTTCCA TAGTTGGCTAACCACTTTACCGTGTAAAAACAAATGGTTGATTGTGCTCACAAAAAGACA TCTTGGACACATTTGTATGCCCCTCTTCATGTGATGTACACATCCAATAACTCTTGGTGC TGGGTATCCCTTCCAAACTTATCACCTAAAATGTGATTCATTTGGTGGCGCACAAATAGT TCACTATTTATTGCTGTTTAGTTGGTCTTCAATAGTAGAGATAAAATAAAACGTGTTAAA CTAAAAATGAGAAGCCAAATGTATGTGCCATAGGGGCACCAGTCATTTTGTTTGTCTGAT TCCTTCTATGAATACCTACTTTCTCTGGGGTGTCAGTATTTGCTGTTCTCATCCAACACT ATCATGACAATCCAAAACTTCCCACTAGCATCAAAGCCACAAAATTATAGTTTTTCCTAA GCACGAGAAATGATCATTGAATCTCACATGGTAAATATTTTCCTTGAGAAATGTTGCATA CACAACCAAATGGAGATATTTTTTATCTGGATTTCTGGTTTGTCTTGAATAATTGGTTAC CCATATCAGCTGTCTGGAAAAGTGCTTTGTGCAATTGTCTTACCGATTCTTGTTTTTGTT CCATCTGATTTGGTATGATATAACTTGATATTTTTCTTTTAGTGAATGCAGGCACACTTA GCACAGGCATCTGAAGTTAAGAGAGCCATTGAGTGGATTTTGTGCCATCTTGATGGCCAT TATGCTGCTGACTCAGTTGCTGCTGCAATTGCACTTGGAGCAGCGGCATCAGAAACAGCT CATGAAACCGTCGATCAGGTAAATTCCTCGCTGCAACTTTCTGTGCAAAGGAACTCTTCC AAGGTCTCTTCTGCTCACGGGAATGGAAATGAGGGTATAACGTCATCGACTTTATCGAGA AATTTCAGGTTATTCACATTCCTGGTCCCTTCTTTTATGTTTTGTCTTTTTATTTCTCTT TATTTACCAGAAATCTTGTGTCCAACACTTGCAACAATTTTTCCTCCTCAACCGCTTTGG TCGTGGCGCCAACTTGGGTGCGATGGGCATCACCATGAGGTTGAGTGCGATAGCCAGTGT GTTGCACCCCCATTCCCATCCGAACACTTAGATTTCTATGGCAGGCTCTAGTAAAACGTA CACAACTTTTTGTATGGTGCTCAGATTGACAAACGGTTCTGTTGGAATCTAGACATGATT ATCTTTAAAATAGGGCATGTTCGTTAGACCCGGTCTAACCACAAACATAAAATGATTTCA AACTTAAGCCGAAATCACTGACTCTTCACTTTTGATGCGCACCCGTGTCGGCTTCACCAA AAATACTCTACTTTTAGCAAATCCGATACGCACCCGTTTGACATTTTGAAGAGTCCGAGC AGCGTAGATGTTGGTGAAACGTCAGGACTACTCTGAAAAGCAAATTAGGTGATTGATGAG AGATTGTCTGAACTGGGTGCTTTTTTGTGTTGGTGGAATTCTTTAATGTGGTTGGTTAAA GAAGCACAAGCTTCTGTTAGTGTTACAGAGAAGTTGGAAAAAGGCCAGAGAAATTTTCAA TGTAATGACTCGTGAGGGGAAAAGAAGTTTCATTTGGTGAATTGAAAAAATCTGTTACCA CACCAAAATATTTGGGTAGTTTTGGATTTAAAGTTCGAAGGGTCTTTAATAAGGCACTTT TAGGGAAGTGGTTATGGAGATTTGGGGTAGAGGTAAATGCTTTTTTTTTTTGATAAGGTA ACAATTTGGAAGGGGGTGATTGCGGAGAAGTACGGGGTTATGGAAGGGGGTTAGAGGACT AAAAATACAACGCTATCCTGCGGTTGTTGGCTATGAAGGAATATTTCAAAGGGCTAGGAA GAGTTCAATGAAAATACTTCTTTTTGAGTGGGTAAAGGGAGTAGGGTGAGTTTTTGGGGT CATTGGGGCCGTGGAAACACTATTTTGAGTCTCACTTCCCCTAACATGTAGAGGATTTCT TGCCAAAATAGGACGTTGTTTATACAATCATGGAATTTACAAGGGGGTCAAGCTTTTTGG GCTTTGAGGTTTAGCAGAAACTTACAAGACTGGGAAGTTTGGAGAATTTGAATACTTTGC TGGCTTGCTCCACCAACAAAAATTACTATGGATTGTCAGGGTGTTTGGAAATGGGGAATT GGGGGAAATGGAGTCTTTTTCGTTAAGTCCTATTATGTGAAGCTTTTGGTGAGAGAGGAG ATTGTTTTACCACAAACCTTGATGTGAATCCCTAGAGTACTTCTTCATACGATTAACCAC GAGGGGGGAGGGGGATCCTGACTGCAGAGAGCTTGAGCAAGAGAAGGACTATGTCTGTTA GTTGGTGCTTCATGTACAAGAATCAGGAGAAGACATAGATCACGTACTCTTACATTGCCA GGTAGCATCTTTGTTATGGGGGAGGGGGGAGGTGATGAGATGGCTTGGTTTTAAGTGGGT AATGTCGAAAACTGTGAAAGAAATGATGTTTAGCTGGGCTCGTAGAAGATGGAGGAGGAG ATGCAGAGCATGTGAAGTTGCACCTTTAGCCCTGATGTGAACCATATGGAGAAAGAGGAA TGAGAAAGCTTTTGATGGAATAGAGAAAAATTTCATACACTTGAGAAAATAGAAATAGCT TCTTTTCCTTTATTTCTTTTTTGTGCACCCATGAAGTTGCTTTTTGTATGATGGCGGTTG TCGTAGAAAATTATGTTTTTTTGTAAGGGTTTCTATATTTCTGTACTTCATCTTAAGAAA AAGCTGCTTAGCAAGAATATTTGAATCTTGAATGCTGGTTTCTGTAATTGCATATTAGAA CGTCACTGAAAGTGGCTAAAGGTTTCACATTCTAATCAGTAACGGCAATATGCCGTGTCT TGTGTTTCAGTTGTTGGCTTCTATTTTTAGCATCTGCATAAGTTGTATTTAAATAATTTC CAAATGTTTATCCACTACTTTTTCTTTGACAGAGCTGATGTATTGAGAGAAAATGCAGAA GCCGTTTTTGCAGCTTGTGATGCTGCTCATGGCAGATGGGCAAAGATCCTTGGAGTGCGT TCTCCTATCCACCCTAGACTGAGGTTACAGGAGTTTCTAAATATATATAACATCACTCAA GAATTTGTAACGGCTACTGAGAAGGTGAGATTCTCTATTATTATTTTGTTTTTGTAAAAT ACATACTTTGCTGGTTCCATATATGTATTTCAGTTGTATTGATGCCTGTTTTGCCAATAT ATACAGATTGGTGGAAGATTGGGTTATAGTATTCGGGGAACATTGCAATCACAGGCCAAG GCCTTTATTGATTTCCAACACGAATCCAGGGTTAGTTGTTTCTCCAGTTGAGCTTTATCT GTGTCATTGACTCATTGCTTCTTGCGTTTATACCTGTTGTTGGTTGATTCAGATGGCAAA GATGAGGGCCATTCTTGACCAGGAAAATTGGGCTGAGATTGATGTCCCTGATGAGTTCCA GACAATTGTCACATCACTGTTCTGCTCAGAATCTGAGACCCGTGAACTTGCTGATGAGGT TTCAGCTGATATTGCACCAAGCAGCCCTAAGATGGTCCTGGGCAGTGATGGTTCCCCTAC GGCAGAAGCTAGACTTCAAAAGATATCACAAAATGCAGAGCACACTGATTCTACTCCACG TTCAGAGAGTACAGCACAGGTTAGTATTTCATGATTCAGCTGGCAAACTGAAAGCACTAA TGCTGATTTGGAACTAATTCTTCACAGAGCAATGAAACTAACTCAAGAGAACGTGGAAAA TCTTCTGCTAGACTTCTTTTCTTCAGAGGTGTTGGATATCATATGGTAAACTGGTTAGTA AATTCCTTTCAATTTGATTAAGTCGTCTGTTCTCTTTTGGTGGAGCTGGTACTCTCAGAT TTTTATTTTTCATTTTTTTCCTTCTCCGTGTCTTCTCTTCTGTGCACTTGGTGTCTTGGT CACTTAAGTTCTTAATAGTTAAGACCACTGATTTAGAGCTATTTCTTGTGTGACTTTTTC TTGGCTGTCTCAACATGTTGCATTTTCTTTGCCCTGTGAAACAGAAAAGAGAACTTATCT GACAACACGCCTTCTTAATCCTTTTTGGGGCTTTTTACTGGGACTTCGATTTTGGAGTGC TGGATTGCCCTACACAGTTTTCCTTTTTTCTTTTTAAGATAAATTCTCCCTTCAAAGATG ACAATTCTCCTATTGTGCTTCAGCGGCTTGATTTTGGTAAAGATGTTGTCAGAATGTATT GAGATGAATAATAGCTTGCCGGGCCTATCTTCAGAAGTCGTTCACCGTGTTGTTGAAATC CTGAAATTGTTCAATACAAGGACTTGTCAGCTTGTCGTTGGTGCTGGAGCAATGCAGGTC TGTTTTGGTTTCTTGATTATATTTTCTCTAGCTTATTGTTGATTTTCTTGTGGACATTAA TTTTTTTTTTTTAAAAAAAAACTAGTAGGCAAAAGGTCTCAAGCCACCAAATATGTTCTT GATTTCAATCCCACTTTTTTCTCTTGAACTAGAGACAATATAGAAGTTTAACTGTCTTAA TCCCTTAGGCGGGGCCAGAATTTTTAACTTATGGATTCTGGAAAAATTATTTGTACATAT CAAATGATTTTTTTTTGACACATTGTATTTCAGTCAGTAGTTAGGTAGTACTGAAAAACC ATATTTACAAAAAGAAGAAAAAGATTAAAAGTCCTTCCAATGCTAAACCAGGAACTAGAT GGACCCTAAACCATCTACGATTGACTCAGTCTCATTGGAGTAGACATTTGTACACCAAAA ACAGAACAACAGAATACATTTAAGCTTGACTTCCTGCAGGTTGTTGTCCCTATTCTCAAA ACATCTATCATTTCTTTCTCTCCATATAGTCCACCATATACAAGCAGGTATTATCCTCCA TCTTTCTCTGTTTGTAGCCCAACTCCAGCCTCCTCCCAACTGAAAAGAGTCTCAGCAATC TTACTAGGCATACTCCAGGAAATGCCTCTGAGATTAAGGAAAATCTGCCACAGTTGAAGT TTGAACAGTGAAATTGCATTGTGGAAAGAGGTGTTTTACTGTCTCTGTATCCTTACCACA TCAGGAGCATCTGTTGCATAGAGATATACCTCTCTTGACCACATTGTCCAATGTCAGAAC TGCTTCATTGGCTAGCAGCCAGGTGAAGCATGCCACTTTTTGTGGCACTTTGACTCTCCA AATTTGCTTCCAAGGCCATTTGAAATCTTGATTCTCTTTACGACTTGTTTGTTTATATCC TTCCTTCACCCTATATCTTCCTTTGTTGTTCCCATGCCACCATAAATAGTCTTCACCTGG TTGAATTTCTTGGAAACTCTCCAGTAGTTTGAAAAGTTCAATCATTCTGGGAATTTCCCA GTCATTCAAGTTTCTTCTAAAGATCATATTCCATACTTGTGGTGACCATATTTCAGCAAC AGTTTTCTCTTGGTGTTGAGCCAAAACAAAGATGTCAGGAAAGAGATCTTTAAAGCTCAC AGTACCCACCCATTTATCAATCCAAAAACTTGTTTTTCTACCATTTCGAACTTTGACAGT TAATTGATTACTGAGGAACTGCCAGAATAATCTAATGGATTTCCAGAGGCTAATACCATA GGGGGTGTTAACCTCTTTAGTTACCCATGTGTTCAGTTGCTCATACTTGCTCTTGATTAC CCTGTACCAGAGGTCTTGGTCCGCCTGATGGTACCTCCATAGCCACTTGACTTTGAGTGC TTTGCTTTGGGATTTAAGGTTCTTGATACCTAGTCCACCTTGTTCTTTACTTCTGATAAT GTTCTTCATTTGACCAAATGAAAACCCTTCCTTTCCTTGTTGCCTTGCCACAGGAAGTTT CTTCTGACTTTATCCAACCTTTGAAGTACTGACTGGGGTATATGAAAAAGAGATAACATA TACGTAGGGAGGGCATCTAAGACTGAGTTAATCAAAGTTAGTCTACCTCCCAAGGATAGA TATTGTGATCTCCATCTGGTTAATTTCTTTTCACATTTCTCCATCAAATGAATTTTTTAA CACAAATATGGGGTTGAATCAAAGCTACTGGATTATGCCCAACCCGTAGCTCAAGCGGCG CTGCTCCTGCCCTTGATATGTACTGACCCTCCTTTTACTAGCCATCATCCAAGTACCCTG GAGAATGGTGTGAGAAAGGAGGCGATAAAAATGATTGATGAGGATTGGGTTTCTTATTTC CACATCTTTGGACTAGAATTGTTGGAATAAAGGATTTTAAAAAGGTTATAAATTGGCAGA AAATGTATGGTGGTAGATGTTTGGGAATCAAAAAATTTATTTCTGGAACATTGACAATGA TTGGAAGGCAACTGTAATTGTAGTTAACTACTGATTTTTACTCGACTTTTTATGGGTGCA TTTCATACTGATTATTTCCCCCCAAACATTTTTTTCCTAGTTGATATGGATGCAATATCA TTGTGCCTTAACTGGGATAAGTTTTACAGGTTTCAGGTTTGAAGTCTATTACTTCTAAAC ACTTGGCCTTGTCAAGTCAAGTCATCAGTTTCACATACACCATAATTCCCGGTATGTAAT GATGATAAAGTTGTCAGTTACAAAGTGTCTTGATTATTTGGTTCCACCTTTTGTCCAATT CCTAGTCTACGGGTGCATTTATCCTGTAGGTGTCTGAAGAGACAAAAATTCATGCTTGGA CCTTTTTTCTCAAGTAAAACCATGCTAAGGTTACTATTTTGTGTAGTTTTCAATCTACTG TTTAGGTGTTAGGCTTCAACAGGAAAGTCATGTGACGGTATTGTGCTTATTGATGAAACA AGCAAGGGTGTTGACCAAAAATTTAAGTTATGAGAGGCACTCCTGAGAGTACAGGTTTTA AGATAAGTAGAAGTAAGATTCTTACTTCATAAGGAAAAAAGATAAGTAGAAGTAAGACTG CATACATGCACTGCATGTTTAGTCAACAAAAGAATGAGTGAAATTAAGGCGGGGGTCGAT GGGAATGCTATGCGTAGGTGTAAATAATTTAGATATCTAGGTTTCATGTCTCAGGAGAAT AGTATGATATTACACATCCATTTTTTGTCGTTACCAAAAAGATAGTATGATATAAAGATG TTACAACGTTTGAAATGGAGAATTGCTACCAAGGCGTTGATAAAAGAATATCTACTGAAG TGAAAAGGCAAGTTCTATGTATCATTCATAAGACATGCAATGCTATGTAGGAGTGGATGT TAGACCGCCTGAAGTGCAAGTATGCCAGTGTTATTAAAGGCGAAAAGCACAAAAACTCTA AGGTCTGTGAGGGCTTTAAGCGCAAATAAAGAGTGGGCTTTAATGGAAAAATGCACAAAC GTAGAAAAGAATACAAATATATGTGTTTAGTCCAAGACCAATAATTATAAACATATATGA CCAAAGAAATTGAATTTTTTTTTATAATAAAGTGAAATATCAATTATTTAGTGTCACTTC TTCATACGAGGCTCATTGGCAAGTAAACGTTTGCCTTAGAACCTTGATGACGACATTGAA GTGCACATAAAGCGAGTCGAAGCGCTCAATACGTTTTGAGCCTTCTTCAAGGCTTAAGCG CGCCTTTGATAAACACTGAAGTATGCAACACATCCACAAGATGAATGTGGCTGAGATGCG CATGCTAAGATTTAGTGCATGCATACAAGATTAGAAATGATCACATTCAATAAGAGGTAC AAGTAGCACACATCAAGGATAAACTTAGGTTAAGATGGTCTGGTTATGTCCTGCGTTACG TCTAGATGCACCGGTCTGTAGGTGCGAAAATGAAATTATGGTGAGTGGAGGTTTTAGAAA AAGCTGAGGCAGACATAAAATCACATGGAAAGAAGTTATATTGAAAGACACACAATCTCT TGGAGTCCACCTAGTCCTAGCAAAATTAAGGCACAATAAAATGAAAATGATCTATAATGG GCAATACCTATTAGTTGGGATTATATTTTAGTCACATTACCATACCTACTTTAGATCTTA TGTTTTCTAGGAGTCTTTAGCTTCTATCTGAGATTTATATGCCAGTAGAAAATATAGAGA ACTTCTTCATTCTCAAAAAAGAAAATATAGAAAACTTCTAATATTTATTATTATTATTAT TTGTTGTTGTTGTTACTATGTACTATTATTACTATAATAAGCATTAGAAGTTCTTTATAT TTTCTATGACATGTAAATCTTTGATAGGACTAAAAAAATCATATTACTACTACCACCACC ACTTAAAAAATTTCTTTATCTGAAAGTAAGACCAAGAATGTTTAACAGTTTAACTAATAA ACTCAATTTGTTGATATAGCATCGGCATAAGGAACCTTCACTTGAGTAACCTTAGGTAGT GTTGGTCGATACATGGCATAATATGGATCAATAAGCAGTTTTACATAAAAGTCTGAGCAT ACTCATCAATGAAAATGTGCCAGAAATGCCTTAATTTAAGTACCTTGTGATTTTAGAACT CAATTTTTTCCTGACAAGTTTTGTATTTGTCAAAGAACTCAAGAGGATTCTGTTCCTTAA AGTGCCTGAGACGCGCAAGGGACTGCTGATTCTGGAGGTTGATCGTGTAGCACAGGTATT GAAATCTGTATATGTTATTGTTGATACGTTTTGCTTGAATCCACTTCTAACCTAATGATA TATTTCTGTTCTTGGTCTATTTCATGCAAAAAAAAAAAAAACCGTGAAGCATTCTCCTTT TTGAGATAGGGATTTCCTTTCCTGTCTGTGCATCTATTATTTATGCTATGAATATTTCTC AATGCTAGTACTCACAAAACGTGTTGCGAAGAAAAGAAAAAATGTATTCAATTGATTGAT GTCTCCTAATTGACGATATCACTAGAAATATGCAAGTGCTCCTTAAGGGGATTTTCAGGT AAGGCCCTCAGACTCTTCCTCCGAGATTCCCGCACTACAGCAACATCAGGTTCTGTGTTT TTCTCTAATCGCGTGCTGTGCTTGTTCAAAAACATGGAAAACAAGATCTACTTCACCTCT GGAGACCAATTGTACTATATTACTGAAAACATTACTTCTTCAGAAGCTTGGTCTGATTAT CTGGAAATGAGGAAACACATGCTTCGATATTTCAGATGCCAGTACAATGTTTGTACTGAT GGATAGAAATGTTACCATTCTCAAAAAATAAAATATAAATTGACCATATGGAGTTAAAGC TGTTGTAAGATTCAATGGAAGCCAAAACAGGATCTCAGGATCTCTTGGACTATCTTCAGT ACGTAGGCACTTGTACGCCAAGTGGAGAGAGATGGCTGTGATTAGTTTCTTCCTTTTGTA TGTATCATATGAATGCATCTTATTAGCTGTAGTGACTTATAATTGTTTATAAATGCAAAA ACTGGAATAAAATGGAAGTTTATGTGACCTTTCTACTTGGAGTATCTTTTTGGCTTGAGA TGTTTCCTTATATTTCAATATATTGTCAAACTAAAAGGAAGATAAAAAAAGAGTGTGTAA AACAATTCAGCATCTACCATCTTGGTGTAGCTGTAGCCTGCTTGTTAGTAATTCATGTTG TAATACTCTTCTGCTAATAACCACGGGGTTCTGCTTATCCCCAACCATGTATTTTCCAGT TTCTCCTATTTTGTGAATTTTTTTTTCCTTTATCTCTCACATGACAATTGCATTTTGTCC GTTTCCATTTCTACTGTATAAACATAGAGGAATATATTCGCTAATTCTGTACAAATCAAT CACTGCTATGCCGTGGGCCCCAATCAAAAAGTTTGCTGTGCTGACTGCTGAGATTATCAC TCACCCAAGGTTTTGGTGGGGAAATATTATTTTAACTCTAGAGCTTTGCATGAAATCCAG GACTATAAAGTGCACCGAGATGAGATACACTCGAAGTTGGTGCAAATAATGAGGGAAAGG TTGCTGGTCCACCTCCGTGGGCTTCCACAGATTGTTGAGAGTTGGAATAGGCCAGAAAAT ACTGATACGCAGCCAAGTCAGTTTGCTCGTTCTATCACTAAGGTACAAGTTATACTGTAG TAAGCCCAATTCTTGCTCCCCATTTTTGGTCCACCTCTTCCTTATGTTTGCTTCCTTGTG AATTTGCAGCCACTTTTTTGAAATTGGTAACTTTGTGTATTTCTAACTATGATTAAGATC ATTCAGTACATTGGTCTTGCACCATATTTACATCAAAAGATTCTTAAGAAACTGGAGCTA TTCTAGTTATCTATAGGGAGCTTAATACATCTAGAATTTCAACAGTTTCTACCGAGTGAG ACTGTCTACACCAAAAACAATGTGCACCAATAATATCTCTAAGACCAAAATAGCGTATCA AATTCTTCTCTTATGAATCATGCTCTCTCTTTAAGTGCTATCTTTTTTCTTTCCTTCCAT ATGTATAAACCATATGAGGAACACTTGTATACTGGAGTTCTTCCTATTCTCAATAAAATT ATTTACCTTGTTAAAAAAAAGAAAAGGAAAAAGGCATAGACACAGAATGGTGCAGCCTGC CATGTTTTACACCAACCCTTCTTGATTGTAATAGATTTGGGTTTGTCAAGTGACAGTTAT AATTGACCTGAAATATTAACAGCTAAAAGTTCAAACCCTGTTTGAAATTTACAGGCAATT GGCTACTGCTGAGTTAGTGAACTAATTTCAAATATGACATTTCTCTGATATTTGATGCAA TGTAAAACCTATGCAAGTTTGCTCTTGTTTTCAATTGCTATCCTTGATGTTTCTCATCTT AGTCTGGAGGTTACAGTTTTACTTTGGTCCTCTGTATAGTTGTTGCATGCAAGTTACTTT CTAATGTTGCTTCTTATGATGTTCTTCTAAAATTTTGTGAAACGTTACTACTACTGGAAC TTGTATCTAACTGATTTGTTTTCTTAATCTATTTGAAGGAAGTTGGCCTTCTTCAACGTG TCTTATCTAGAACCCTGCATGAGTTAGATGTTCAAGCTATTTTCAGGTGAACTTTTAAAC TTTTTCCTGAATTTGTCCTAGGCAGAGCAAAAGAACCTTAGTCTTTTGGGGGGGACTCAG AATAATCTTTTATTGGCAGCTGTCGCAGCATTGTTCTTTGTTTTCTTCAATTTTCAGCTG TTACATGTATATTTGCTTAACATTGATACCTTAAGCTTTATCTCTGCATATGATACAACT CTGTTTGATGTCTTGTTATTGTTAGTATTATCGCTGGTGTTGTTATTAATGTTATTGTTA TTGTTATTGTCGTTGTAGTTATTAATTATTTTTTTGGAACTGGTAACTGTGTATTTCTGT AATGAACAAAACAGCACATAGGACTGAAACCATATTTACAAAAGGACCCTATTATTATTG TCTTGATACTATAAGGAATCTAAAACATCATTAACAGAGACAATATCATTAGAGTACAGA GTAACTATGTTCTGAAGTGCTACAGGAGCAATACTACAACTACTAGTAAGGGCGGATAAC AAAACATGCATTGCTACCTACTAGCCCTCGCTCCTCTACCCTAATTTGTCCTCCATGGCC TTCTATCTATGTTCATGTGCTTGGTAAGCTGAAACTATGTTATGTTCAGTCTAATAGCCT CTCCCCAATACTTCTTCGGTCTACCTCTACCTTTGCTGAAACCATCCATGGCCAGCCTCA CACCTCCGCACCGGGGTATCTTGACATCCTGTAAATATTTTCTGAGATAAATTTTTAACA CTTATGGACGAACATATAATCAGCTTTGAGCGTTAGACCTTCTCAACCCTCCCGACCAAG AACTTCATTAAGTACTAATTTCTTCCTGCATTCACCATCTAGGTCAGTATTGGCGAAGTC AAAACATCCTTGTAAGGTTGAACATTGAATTTTTCTTGTTTCTAGGGAGAAGAACACACA CTCTCTCTCTTCGGACTACAAGGATCTATTGTACGTAACCTTACCCTGCATTTCTGCAAT ATGTTGTTTCCACTGCTCGAACCCGTGACCTCTAGGTCACATGACAACGAGTTTACCAGT TACACCAAGGCTCGCCTTCAAGGACTCTCTCTCTCTCTAAATATATTCTATTTTTTCATT AGAAGCACTTATCATTGTTTGGTGTGGTGGTTGTTTGTTCATTATTATATGTTCATTCTT TTCATAAGGTTTTCCTTGTTTTTATATATTCAGTGCTGGCATGAAGTAATTTTGCATCTA TATCTATTGCTTTAATTGACATTAAATATATCAATTCTTGCTTAAAAAGAATGTCATACT TGCAGGCAAGTGGCTATTATCTTCCATTCTCAAATTTCAGAAGCGTTTTCGCACTTGGAT ATCAGCAGTGAACATGCTAAAAAAAGGTATGGAGTCATTTTAGTGTGTTAAATGATTTTT TGATCAGATACATCAATGTAATGCCGTGTTGTCGGATGAATTATTATTTTCTTTTCCCAA GAGCCAATTTATTCATCATTTCAACCTCCTTGTGTGCTTACTTTTCTTGTCAAAACAATA GTTTCATGCTAGTATAAAAAATATGATCCATGTTATACCATGCCTATTTGAAGTTCCTAT AATGCCTACATAATGTACTAAGGCCGTTTGAAAATCTAGGATACAAGAGGGCAAGAAATA GCACCGAAACATCAACTTAACAAACTGTTAGAATCCTGATAATGGCCAGAGAGACTCTAT GTGTGCGTGTGTACGTGCGCTTACAGAATAGACTAATAATTAATAAGACAATATAGATAT ATCTTTTGGGAGTCTTTATTTGAAGAAAGCATTTAAACGTAAGTAGAAGAACAAGAGGCA TCATAAACTCAAGAAGCATGAAAAAAAGAAGAAGATGAAAATTTGGAAACTTACGTGTTA AGGAATACTCGTAGTCACATAGCAAAATGCCCTGTTTTGTCCTTCCTTTATTTTGTTGTT TTCTGTATCTCCTTCAGAGCGTCCATTGCTTCTGGTCAATAAACTCACACACAAAAAAAA ATCAATTCTGGTTAGATTACTTTGTGCCTCATTATTTAAAAGCGCACATTTAATGGAACA GCATTGCTTAACACATGATATGATAATCCTCGATTTGCATTACTCTTGTCATTTTAAGCA AACAACCCGATGGCATCTAGTAACACAAATATATCCTAGAGTTGAAGGCTGACAAGTTTC TTTTTGTTCTTTTTTGTTATTGCTTGTGTTTGTCGTTCACTTCTTCATCTGTTGATTGTT ATGAGTATTAATTTGTTTTCTCTTTTCATCAAAAATGACTATGAACTTATTTTCTTTTGC AACAGAATGTATTGCGATGTGCAGCATATTCTTGCATGTATCAGATCATTGCCTTCAGAT AGCAAATCTAATCCTCCTAATTGGGGACAGCTTGATGAATTTGTGGCAAAAAATTTTGGT GAGGAAGTTGGTCAATAGCCTTGTAAAGTATCCTGTATTTCATAAAGATCAAATATAGTT TGGCAGAGGCAATCTGACAATGCGTGAAGACTATGCAGCAACATTGTATAATTGACTTGA GGTAGTCTGGATTTTTTCTAATTTATTTTATATGCATCACACCGAAAGCTGCATGAACAA GTGATATACCATAATGCAAGTTGGAACTTGCGACGATTGTGTGATACAATGGTGGTATTC TCATCTCTATTGATAGCTAGACTAACTTTGACCATGATGGGTGGACATGTCTAAGGAACT TTGCTGTTAAAAATGTGTTCCAAATCTGTAGAAATCAAGGGTTAGGCTAGAAATTACAGA AGTTTATTGATAGTAGACTTCTCTTAAAAATATGCTCGATTATTCTTGTTTTTTATCTTC ACACAGTTCAGACGTACGTAGTCCGAGTTTTCTTGTTTTACCTTCCTATGTACCCTCTTT AATTATTGCAAAATTTTGCAGATGTACAGTGTTCTTACTGGATGTTGGTGTTTATTTACC ACAGCGGAATCAAGTTTTGAGGGGAGGAGTCCATAACAACAACTTGTAATTGTCATACCA ATTTGTGATGGATCAGACATTCTTGAACTTCATTGTGATTGTATTCTTTAGCCCAGGAAA ATAGAAATTCTTTTTCCCTCCTCTTCTTCTGTTTTTAGAGGAAAAAAATTCATATATTAT CGCATTGTGGAATTGGTAAAACAATTTTCTGTAATAGAGACCCGTGGACAGTGTATATTT TGTATACTAATGAAAGCAAACTGAATGTAGCAAGGCCTTTCTTAATAGATCTCTTTGGAC GTTTATGAAGAGCATTATCTCATATATGTCTTGTAAAATCTTATAGAATACTATAATGAA GAAAACATAAAGGAATATTGTATAAATTCCTTTATCTAGTACCTCTGCAGTAGGACTAAG TATTATTAGATACAAAACTTTTACATATTGTAATGACAAATGAGAAAAAAAGTTGCAACA GAGAAATTTCAAGAACTTGAAAAAAAAAAAAAAGAGGTCTACTCTTTCTTTAAATTACTT CCAAATTGTCAAAAGTAATTTTGATTTGTGTTTCGAAACCTCAATTTCCAAATATCATTA TTAAATTTGAAAATCAGAGAAAAAATTTTTGGTTTAAGATCTCGCATAAGATTTCATTTA CAGCTTGTCTCTTGTAATGCTAGTAGGGATGCAAAGATAATAACAAACTATTCATTCAAA TCAAATGCAATAAATATACTTTGATTTAATTGCATCCTAAAGCAAACTACTGTTATTTTT GCCTCACTCTGGTGGAATATTGCTCGCTACTCTCGTTTGTTGGCAATCTCGCGCACCTCT CCTGTTTTTATACAAACAAACACAAACGTATCAAGTGTTTTTGTGTTTGTATAAAGCGAG AAGAAATTATATATATACATATATTTCTGTTTCGCTCTTCCAAATCTTGCTCGCCTCTCT CGCTTATACAAACGAAAACTAAATGTATAAATTGTGTTTCTGTTTATATAAAGCAGGAGA AAATTGTATATACACATGCAAATACATATATCTTCGTCGTATACACTTATAATTATACAA TACAAATATTTACCTGTCCAGTTTTCTTTTGCCTTTTTTTCTTTCTCATTTCATATATAC ACAGATTATACAATTAATCTTTTGTATACAATCGCTTTCTTTTGTATATGTATAACGAAT TATACAACTGCTTTTTTTTTGTATATGTATAGCGAAATATACATATTTATGTTTGTTATG GAGCGCAATTATACAAACTATAGCTATAACATACAAATATGATTTTTATATTGTTATATG TAAAAGTTAACTCAATTGTAAATTACTTTAAATAACATAAGTAAATAAATAAGTTGATGA AAAGTATAAATTTTGAAACGTGAAGGAGTTTATTGTAAATGTCATATTGATTTGGTTCAA AAGTTCAAAACATCAAACATGAGGGATCAATTGCGCAATTAATCAAAAGTTGCATTTTTC TCATAGGGGTCCCTGCAAATGCGGAACAAAACCGGATTCTCAGATTGACCGGAGAAGCAA GAAAGGAACTCACAGCACATCAGCCATGGGTTCCGATCCTGAAAAGTTGATCAGCAAAGC CGATAAACTGTAAGAACACCCCCCCACACACACATACCCATCTCAATAAACTCTGTATCT TTTATCTGTTAAATATTTGCTCTGTATTCAATTTTGTCAGATACAATTGTTTTCATATAA AGATACAATTTTTGTGATGTAAAGATTGTTATGGCTGTATGATCATGTCTGTGTAAGAGG GGTTCTTCTTTCTTTTGAGTTGCTTGTGTGAAAATGGTATATCACACACATATACACAAT GTATGTACATGTAATTGTTTTAAGCTGTCTATAAAGACCATATTTTGCTATAGTTTTTGA AATTGTTGAATGGATGTGGTAATGGAATGTGTCTGGTTTGTTCCCCTTGTGTGATGCTTG AACTAAGATAATTTCCATTTTCTTGGTGAGATTTGATTTTCTAGTAGTTATTACACCAAC CAGTAAAAGTAGTGTGTTGATCAAAGATTGAAGGATCTTGATTACTATCTGTGGTCTCTA TTAATGTGTTTGATCTAACTTCTGAGAGATTAGCTGTAGTTAGAGTGATGCAAAATACCA TCTCCGAGATTTTGAATGCTGAATGAATGTTCTGTTCCATTAATGTGAAGACAAAAAGAA GCCTTTGTTTATTTATTACTTGTGCCGTTCCACCTTAAGTTTTATGTAACTATTATGTGT TTACCTATATATATAGGACAAAACTAAGTTTTACCAGGTGGAGTATTGATTGGAAAAGTG CTACTGGTTTGTATGAGCAGGCAGGTATGTACAATATTCACGAATAAAACAAATGTTATA TAAATATGGAAACTTTTAGCATGTTAATTACATGACAGATACTATGTTCATTCATTACAG CTAATGGATTTAGGCTTGCTAAAAGTTATGAGAAGGCAAAAGAAGCATTTGAAAAAGCTT CAAAAGGACAAGAGATGCTTTCCTCGTATCCTTTTCCCCAATCCGTTTCTTTGGATCTTT CCTCTTGTTCTTCGATTGAGTGAGTTTTGGCTTTTGGGATCCTTCACTAGTAAATCAGGC CTTGGGATGCTGCTAAGCATATGGAGTCTGCTGCTACCATGGCAAAGGAACTAGGCAACT GGAAAGAAGTTGCTGACTTTTATAGAAGGGCCTCTGAGTTGTACAATGAATGTGGGAGGC CCCAACCTGCGTCTGACGCACTTGGAAAAGGCGCGCGGTATGTTACTTACTTATTTGGCT GCATTTGTCAAAATTGCAGCAGTAGTATTTTATGCTATATAAATTATAATTTTTAATATC GTTGATTGTCTAAGTCTTATCTGATTACAGATTTAGAGAATCCCCACTTCTAGAGAACCC CTTGTTTAGTTCTGGAAAACGGGCCTAAATGGAGCAGAACACATACGGGATTAATATAGC AGCACTAACTAGTATGAGATTGAGGTGTAGATTTGTTGAATCTGATTATACCATATTAGT CATTAAACCGGATCATTACTTACGAGTTACGATAGAGTTTATGCGGAGTTGTTTCGACAT GCGATTGGATTTCTTAAGTTGTGCTTTTTCTCATAAACAAGAAAAACCCCACAAGTTGTG AAAACTATCAAAATTTTTCCAATTCTTATAAAATTTTACCAAATGAGCAAACCATAGTTC ATAAACAAGATATCGAAGTATCCTAAGTCACTTCATCGATAAATCGCATATCTCCGTGTT TCTTTTATAAAAAATAAATGTTCGCGATTACAATCTTCCAAATATACATAATTTTATAAA GATCCACTAGTCAATAATAGCATTAACTAGTTATCTTTGATATAATCTTTTCACATGGTA TGGACAATCTCTTTACACCAAGTATGAGTCTTTATTTGCAAAATTTTAAATTATGGATCT TTTTTTTTACAAAATATAAATTTATGGGTCAAGTTTTACATTTAAAAAAAATTGAAATCA TGCTTTGGAATCCCAAATAATATGTTTTTTGGAGGATTTGGGATTTGAAATCATGATCCC AAATAGCATATCCAAGCGCTTATTTGATTCCTTGACTTCATATCGCATGTCCAAACGCAA GCTTATTGTAATGTCAAAAGAGTTCATAAAAAAGAGTGGAATCTAAATATAAGCAAAACT ATCATTAAAAATCAAATTTAATACAACGCTACATATTTGTGAAACAAGGAAATGGGAAAG GCGGGTAATCACTGGCACAATACTGCAGTGCCAGGCTGCCAGCTTTGTGTTTGACATCAG TCTAAATTCCATGCCTAACTTTCCCTATGCCTTTCTGTTCCCTTTCGATGAGAAACTCGG TTAGAGAGGGGGATGTTTTCACAGATCTAACAGTTTTCTATATGTTCTAACTATAGATTC CTTCTATGTGTCTGACACTTTCTCCTTTTGCTTGAGATTGAAACACTGTATCGTATCTGA TTAGCAAGTTGTTAATGTTATAGTGCTTTAGAAGATGGAGCACCTGATGTAGCTGTTCAG TTGTATACTGAAGCCTGTGCCATTCTTGAAGAGGACGGGAAGGAACAAATGGCCTTTGAT CTATATCGTGATGCTGCAAGGGTTTATCTGAAGCTTGAAAAGTAAGAATTATACTCGAGG CAGATGTTACTTTTAGAAGATAGTGTATTGAAATGTATTTCATTAAGTACATTACAACGT CGTTCTTTTACTTTTTCTTTTCTTTGTTTCCTGCTGATGAAAAAAAGTTATAACTTATCG AGCTAAAAAGGTCACAACCAAGTTGAGTGATTTGACTTTTTATATATAAGAATTTTGTTA AGTTTTAGGCTTCCCTGTTGCAAACCTAAAACAAATAAATAGAAGTGTCACATCTTCTAA TGTTTTAACTTTTAGATGGAGCTGGTCTGCACCATTCAGTAATATATCTACTAGAGGTCC TGGTTTTGAGCCTCAAATACAACATGATATCAAAAATTGTGTTTGGATGATTAAAGAGTA TTAGACACACACATGAGAGATGTATCGCCAACCTAAAGTAAATAAATAAAAAGTCTCATT TCTAATAGTCTTATGTTCTTAAGTGAAGTGGTTCACACAGTACACTTCTCCCTTTAGTAA GTGATGATGACTTTGATTTCACCACATGCAGGTATGAAGATGCTGCAACTATCCTAATAA GTTTGGCATTAGCTGCTGACAAGTGCAGCGCAACACATAGCCAGTGCAAGGTTCGAAAGC CCTTTAGTCACATGTTCCATCTGCTGAACACTACTTTGACTTTATCTTGTTTGTTTACTG GAAGAAAATAATTTATAGCACAATCCAAGTTTGTTTATGTCAGCCTTTTACACTAAGAAT TTTAGTCTGTGGTTTCCACACTTCAAAAAGAGTTATTAATTTCCTTCTCAAAAAATTAAT ACTGCAATTGTTCATTAGCTACAACTATTTGCATTGTGTTCAAGCTATATAAATAGGAGT TCTTTGTTTCCTCCTAAACCATCACAGGATCTCTCTCTCACACACACACCATCTTTTTGT TCGTGCATTACATATGCAGCCAATGAAAAACATATTGATGTGTCCTCTCTCGTAGTTCTT CTACTCTTGTGTGTCTTTTATGCCTAAACTTCACATCTACTGCTTATATTTGAATGTTCT TTTCTCAGACATTATTAATGAGTGCTCTGTAGTGGTGCGCATTATTCAGTTTCAACAAAA TAGACTGATAGCATTCCTGGGGTTATTAGGACTGATCTAATCAGTAACTGGATTAGTTTT AGTTTAAAATGTAGGACATTTTGATCTTTTGGCTTGGTCTGAGTTTCCAATTAATAATGG GTATCATTGAAGTGTGTGACCATCTTATCTAAACGCTTAACCTGTTAGAGAGAACGCACT TTCATTATTACACGCCCGCTCACGTGTGGGCCTGATTCATTTTTCATGGACCAAGCACAT GAAAATTCTTTTTGATATTGGTGGCGGTGAGATTCAATCTTACGACCTCTACCTGCTCTA TGGTCCTACCTGCTCTCTACCCCATGTTGAATTGTGCAACCATCTCATCTAAAAGTTTAA GCTCCTAGAGAGAACACTTTTATTATTTCATTATATTCTCAATGGGTGTAGTAAAAATTG AACTTATGTGCACTTTTTTTTTTTGATAACGTTGTAGTCGTATTCTTCAGCATTAAGGGT ATGCTGGCCACCTCCAAAAAGTTACAAGCTAATACCATAATGACATTGAACTTATGTGCA CATATATAGTGCTAAGACTAAGATTTCTGTGTATGCTTTTTGTCCTGTCCTTTTAGCCTC TTTTTTTTTCCCTTGTCTCCTCCTTTTGCTGAATAATTCTCACTTTGTCGTCTTGGCTTT GTCACCATGATCTTCATTTCATCCAATTCTTCAAGCTACTGAGGAGAAAGTTATCTCAGG AGGATGTGATTATGGTTTCAGTTTATATGAGCCCTATTGCATTCATCCTGTTTGTATTCT TCCTTTGTTTTTTCTCGGTTTTCTTTTTCCTAGTGAATAGCTTGTCCTTGGTAAACACAT GCAATGAATGTTGTGTCGGAGTGGATCTCCCCGGTTTTGTGTAACAATCTGTCGATCTCA TATCTAGGTCATCATTCTTGACTCATCTCTTCGAGATAAATGTGGGATCAATTATTAATT TAGTGTTAAAATAATGTTATCAGTAAAAGATAAATATAGTGTTAAAATACTTGAAAATCC TTACCGCTTTTGAAGGTTTCAACCTTCAGCAATTGCTAAAGTAATCGATTCCTTGCAGGC TTATCTTAGTGCAATCATTGTTTACCTATATGCCCACGACTTTAAGCAAGCGGAGAAGTG CTACAATGATTGTTGTCAGTAAGTTACTTACGCATTCATGACTTTAAGCTACAAGAATTT TTGTCCGTGTAATGTTGTTTTTTACTTTTTCATCGCCAAAGTTGGAAGTTGAGAGCTAAT GGAGTCCATTTCAGAAACGTTATGCGTCAAATTTGGTTTAGTTTATTTTCAGTTTTGCTA CACCTAAATGTCTACCTTTTTATCAATATATATGCATTTTAAACCACTTCTCTGCTGTGT TATCAGTCCCGTTAAATCTATTACAGTTTCTAGTGCAATACTATCTTTATCTTGTGAAGC TCACTGTTTAGCATCCTCCTTTTCGTTTGCACATCTTTCTTTATGGTGCTTGGGGGTTTA GGAATATGTCTTACATGGTAAAAACATTTTACCTTGTTAGAAGAAAAGATGTATTGCATC TGGAAAACCCAGAGAATGGGCAGTTCCAAAGTGTTCTTTGACTTTTCCAACAAAGTGATC CAAGGATGAGACGTACAATGATGTGATTTATGTTTTTACTGTCTCAATGCATTTCCTCCA CTTCCCTTTGACGAGCAATTTCTTCAACCTTGTTTAACCTGGTTACTTGAATCCACTTGC TTATCATGAAGTCTAAGAGTGCCAGATCCTATACTGCAATCACCTGGGTTAGTCAAACTT GGTGATTTTTTTGGTAAGAGATTAGTCGATAACTAGGCATCTCTGGATTTTAATATACTC ATCATTTCCCTAGAATCTCAGTGTCCGTCTGCTTAGATACTCTTTAGCTTGTATTTCTCT TATTGGACGTCACATTCATTCATGCTTTCAAATCATCCCCCCCATCTTCCACATGCATGG TTAAGGTAAATGATGTTTTTGTTGTGTCAAAGCACGAGTTTTATTGAAAATGACTGGTGG GTTAGTACCAAGAGGTTAGTTTACTCCTAGTTAATATAAAATTTCTTTCAATACCTAAAT AAATGTGCTTGCTGTAAATTTTTGTTCCCTGGTTCAAAATTCTTTCCCTTTATTATAGAG CGGTAAATTTATGCCCTTTAATCTAATTGTACAAGTTCCCTCCTCTATTCTTGCTGTAAG GCTTTAGAAAATCACACAATTAGTATGTGAGTCACGATTAAGTGGGAAGAATTACTTGTT AGAATATCAACTAAGACAATGATAGCTGAGACAGAAATGTGGACCTCCAGAAACTTGCTT TAGTCTAACATCCTTCTATTTTGGTCTAAAATATCCTCTTATTTTTATTTTATCTGGTAG GTATCTATGCACACCCTTCCTATTCAGCTTTTCGTGTTTATCTTTCTCAGACTTATGAAT CTATATGGACAATTTATATTTCAAGATCATATTTTCTTCTGGAATTGATAATTTCTCTCA TATTTTTAGTTTACTCATGATTTTATCAGGTTAAGTGATTTTACTAAAAACACGGGTGAT GGCTCTTCTTTGTAGGGTTGAAGTTTTCCTGAATAGCGATCAAGGTCGCTGTGCTGGTAA ACTTCTTTCTGCATATGCTGACGGCGATGTTGAGGATATTAAACGGGTGTCACAATCAAG CACTGTTTCAAATCTTGATCACACGGTTAGTGATGCAGTATCAGAGTTTTAAGTCAAGAT GATGAGTGCTAATTACTGTTGTGTGCTTACTAATTTTGCATTGCTGACTGCTGAGAGCAG CTCTTTTTTGAAAATAAAGCTCGGTATTTAAGCGGAGAAGGGTAGAGGGGCGGGCCCATT ATCCACCGAGTTTAAAAGACTGTGATTGGTCCAAAGGGCCGATCACAAACGAATTTCTCG GTTATAAAAAAAATGTATAAAATTTCAATTATTTGGTTGGGTTTGGCGCTTAGGCTTGTA TAGCATTTTCTTTATTTAAAATAGGTGGCCAGTTATAGGTTCTCAGCTTTTTGGTAAAAA TGATCACCAAGCTTATATTTAAACTAGACTAGAGATTCCTTAATCATGGTTTTCTAGCTA TAAGATTTTTCGAGCACCTTTTCAGCTAAATCAATCGTCCCGACACAATGTAACTTGTAT ATTCCCCTGATATTTATTCTCCCAAGGCTGTTTACTCAAATACTATTTTCCCTGCTTGCT TTAGAACTGCTTCCCAGAAGTGAAAGAGTCATTCATCTCAACTTATTTTTACGCCGAACT TTTTATCTTGTTAAGTCTGCATAGCTGTTTCATTTTCAATGCTTAGCATAACACTGAGCA TGATTAGTTAATTTTCACTTGGACGATAATGTAAGGAAATTAAGATGAGCAAGCAAGAAG CATCATTTGTGTGACGTCTATGTGCCTTCTCTTTTCTCCCTTGCTGTATTAACATAATTG CAATAAATCCAGATCGTCAAGATTGCAAGGAAATTGCCTACAGGGGATGTTAGCGCACTC AAGAATGAAGCCATGAAAGACAATGAAGATCCTTTGGATGAGGATGATCTGACCTAAACT TTCACTAGTTGATGGAATGAGTCGAAGCTTTATGTGTGCTGAGTTTGTGTCTGGAACATC GAGTCTTGCTTTTACAATCTATCTTGCTAGATTTATCAGCTATATCATGACAAATTGTCT GAGGAAAACCCTGTACAGAAGAATCTCACAAACCCTCCCTCCGTTGATTGCTTTGCAGAT TGGAAGCTTTTGTTCATGAATATAATTGATTATTGGGTAATCTTAGCAGTGTGGTTCTGT ACTGTGTTTATCTGCTCCTATTGTTCCTCCAGCACTGACCATAAAGATGGTGTAAAATGT GTTTGTCCATCTACTACTTGAAAATGCATGTGTTTTTTGTCCATTACAAGTGAGCCACTA CTCTAATTTGATAGTTGTAAAGGAACAAAACTAGGACATGATTGCTTGATCAACCAAACC AAAACTTAGCAATATCTTTATTTGGAAGCCTTGGTATATGCAGAAAAATCAAGAACCAAT TTCATCTTTACGAGGGACGATTAGCATGACCCCTGCGCATGGATAATACACACAAATACT GAAATTGTAAGTGTAAAAATGGATAATACACACAAATACTGAAATTGTAAGGGTAAAAAA AATAATTCCAGCCATCAAGTATGGAAGCAGAATTTGTTTTTCCTCAAAGGTGAGAACAAT AATAAGTTCCTGAACAAAATCATATCATACTTATTTATCATCAACAAATAAGTTATCTAT CTACATTTAAAACACATTTACAGAGCCTAACAAATCAAAAAATTGGACACTCAACAATAT TACAAGAAAAAAGAGAAAAGTGTTATCAGCTTTATCAGCTATTAGTTGTGTTGTATGAAA TTTTTACTATGACTGACAAAGGAATATTTATAACATGACCCTGGTTTCCAAATAGTCCAA TTCTTCCAAAGCTTGGTGAAGAGTTGTTCATAGTAGCATTAAAGTCGACACTCAAGACCT GTTGCTGCCCACACGCAATAAAAAAGCGTGCTGGTGTGACCTTCATAGAAGCACCATAAG GCGCACTCCAACCAACAACATATGTTTCATTGGCAGCAATATTTATCAATGTTCTTTGAA CTGTTCTGGTTTGATTCAGTTTCGATATCGTGATTGAAGGTAAGTTCAGATCAGTTCCAC TCATTGTAGATGCTCCACAGCTCTCACCAGTGTAGTTCCGTACCATAGGTGCCGAACCAT TTATGCCACAGAGGAATGACATGTAGTCGCTATAGCCTACATTGAAAATTTTCAAAATCC ATATCAGACTGGCAGAAATGAAGTGATACAACAAGAACTACCAATTCTAACCCCTCTCCT TGACTCAAACTTGTAAGCGAGTCACAGAAGTATATATGTCTGAAGTAAATACATGTAACA GCTTAAATAAGACTGGGTATCATTTATTTTCTCCATGAAGTTTTGAGTGGTCTGCAGTGA TCTTTATCAGCACAAATCAACAACATAGACCTTTCAAGCAAACCAAGTTCTAGACTTACG CGATATCGTGCTTAAACTAGTTTAAGATGTACTAATTTATTCAACACTACAACAAGTACA ATCACAAGTGTGATATACCACAGCATCTGCCATTCATATTTTAATAGCATCTGATAACTA GTTAATGTTATAACCAATAGTATCCTAGACTTCGATCGCAAAGAAGAGTAGCTTCTTACC TGTGTCAAAAATAAGTCCTGGATCCAGTGCTGCAGTAGCATTCACAAATCCACTTCCCAT GTCAAAAGGTGTCGCAGGAGACTGGTTTGAATCTGGATTAGCATATGAACGCTGGGCCAA TATCGGACCACCGTACTTGTCAGATAGAGAAGCCGTGGTAGAAAGTGCAGATCCAATAGC AGCAGTACTAAGATTAGGAAATTTCTGCTTAATCAGTGCTGCCAGACCAGCAACATGAGG GGCAGCCATGCTGGTTCCAGACATCATTGCAAAATCTTCACCTAAATTCGATCAAGTGAC ATAGGTAAGTAAACATATAATGTTATTTTCATTGATGTACAAGTAGAGCCCCTTTTCCTC TTTCCATTAGTAGCTTTACAAAATCTACAAGCTTTATTTAGTTAAACTACCTTCAAACTC AACCGAGTCCATGCCACCAGAACTCCAAGCTGCCCATATAAGATTTCCTGGGGCAACTAG GTTCGGTTTCAGTATGTCTGCATCATCAAGAAAACTATCTTCTGGATCTGGTCCTCGAGC AGAATAAAACATAACATTCGGAGCAGATAAGCTGAAATTTGCTTTAAGACCCCCTGAAAT GCTTGCAACTGCCCCAAACCTTGTAATTTTCTTAGTAACTTCATCTTGGTCCAGTGAAGA ATTGTAGTACTGAAGTAAGATCTGCCAAAATTACTTGAATCAGAAAATGCAAATGGCAAA TAAATACTTGGGTGCATGGAAACAAAGCTTAGAAATAACTTGAAGCAGGCTGACGAAAAT GTACGTATGTCGTCTTTAAGAATTTTATCACACTTCTAGGAAGTTTCAAGTTTTAACTAG CGGTAGCAAATTGACCCAGACCCATCTGTCCACCCATAAGTTACAAGAATGCTTTCTCTA TGAGGCAAAAGTCTTTACTTCTTTCTTAACATTCGAGTTCAATCAAACACCGTCATATAA ATCAAATGGAGGGAGTAGCATATTTCTAGGCATACCTTCGAATCATTTGCAGATGGAATT ATGATGCCAGGCAATCGCATTGGAGTCGGATTGATTTGAAAGCCAATGACAAAGGGATCC ATGCAGAACACAACACCAGCTGCACTAAGGTTCTTCGCAGTTTCCAGGGCCTGTTTGATG GTAGAAAGGCCAAGCACAAAGCGGACAGAGTAGCTGCAAACTAACAGATTCCCTTGAACA AGAGTCTGATTGAAACTACTGGCATCTTGGCATTCACCCACATACATATCACTAGCAGCT GTGTCATTCAAAGCATGACTTGCCATAACTAGAGTGTACATGCTATCTGTTCCAGCTGCA GCAAAATACAAAACTTTTGAAGCCAACCATGCGACAGGAACTTCTTTAAAAGATTCAAAG AACCTTATTGGGCAACAGGCTAGCCCCCACTAAATTGTAGTAATTGCTGAAGTGGTGTGC AAGCTAAAATCAAACAACTTCTTTTGCATCCAAAGAATGATGGTTACCTCACTTCATTGT TGTATCCAGAAGCAAACTAAACAATTTAGGCCTACGAAAGAAAAGCAGACTCTACAAGCC AAAATGTCTTGGAACATGCAAATGATAAGTTTACCGAGTTCATGATTATATGTTGATGAT GGATGTGTCAGAGAAGAGAGAACCACAAGGAATCGTGCTTGGCAAATTTGCATAGACCAA AAAATAACATGGGAATTTTTATATCAAGTGATTTTTTTAGTGTCATTCATCTTCTCCAGA AATGTTACTTAACCTGGAGTAAATTTTTGACTAATTGAGATAGGAGAACAAAATTGGTTC AAAATTGACAAGAAAAATATCCCTTAATGGGAAAATATATAGGCTGTTTTTTTGAGAAAG AAAAAAAAAATTATAGGCTGTTTGTCCACATTCTTTAACATTTCTAAGTGATTATAGCTT GACGAAACACGAAAACAACCCCACAAAAGTCATCTTTCATTCTCCATGATTTTTAATTAA GATAAACTTCTCGAGAGCTTTTTGACTAAAAATTATAGAAGAATAATTACTAAATCAATC TACAAGATAGACTTACGTGCAAGTCCAACTCCAGCTATTGTGATATTATTTCCCAGCACT ATAGAGTTACTATACACCCTGTCATGGGTTGAAGCACCAACAGTGAAGATCCATGGACTG AAGGAAGAAACACTTTTAGGTGAAGGACCAGTATTGCCAGCTGCTTGTACTACAAAGATG CCAGCCTTAACTGCTGATAGCAAGGCCATGTCTATAGGATTAAAGAAAGTCGCAACACCA GGAGGACGCCTGTTTGGGGTGATCGATAAATTGATAATGTCCACACCATCCTGAGCTGCC TATAAATGAAAACAGATAAGTATCAAAATGCTAAGAATCAAGATTTTTACTTTCTTCTCT CGTTTCTGTGAAGTCTAAACAACAAAAATACACTCCTTTCTTTAAGCCTTTCTTCTCTAC TCTCTAGAAAAGTAAAGATACCTGGTCTATAGCAGCAACAACATCTGCAGCAAAGCCACC AAAGCTCTTGTATAATGCTTTATAAACTGCAATGCTGCAAATACGAACCTGTGATCAGTA TCTCATTCTAGTTTATAGGATTTGAGGCCAGAGAAATATTGTACCTTGGGAAATAATTCC AAATGTGAGTCTAGTATACAGGAAAACTCAAATTATTGAGACATGCACACTAAGGGAAGT TGACACTTGACAGAGCAGATTAAAAGTAATAGTAGATTCTTGTTGGTTTCACGAAGGGCT CACAACTCAAGCAGTTGCTAACTTCTCCAGGATCTAACTCTCATTGGAAATAACGCATCC ATAATTTTAGGAGTTCTTAGGTGGTCCATAAACACCAGGAAGAAATATCAGTAAAGACGA ATTCCTGCAATTGTAGTCCTACAGGCTGAGCTCTAATCCAGTAATAACTGGCTTTTCAAA AGTCATTTGAAGTTTTCTAAACTGTTAAAGACACTTTAACTTCAGTAATTTTTGTATAAA AAAGGTATTTAAGCTAAACTTATAAATATAATCAGGAGCTATAGCTGTAAAAATGGTGCT GTTTTAGCAGTCATTGCATCACATATTTCAAAAGAATAGCATGCCCAGAGCCCCAGACAA ACCATAAACAGACATCTCAAAGAGAGAGAAGTTGGAAGAGGAGCGGAAGAGAGAATAAGC ATGTAAGTTGTTTGTAATCTAGTGTAGGCATACACATCAATACAAAGCACAGGCAACATC ATCGGTATCATTTTCAGGATCTCTTCCAAATAAACAACAACATACCAGTTACCAGTGGGG TCTTGGGAGGGTACAGTGTATGCAAAACCTTATCCTACCTCGCAAACCTTACCCTACCTC ACAGTAGCGAGGTTGTTTCCAAATAACAGACTATAACTACAAGTTGAGCATCACAATCAC CATAGTTATTCGTAAATCAAAAAGGAAAAAGATTCAACTTTTGAGGGTCCTTACTGTGCA CGAGGAGCCATTCCACTAGCATCTCCAAAGTGATGTCCAGCTACAACAACAGAGATTCCA TGGTTCCCTGCTGCAACTGAAGCTGTATGCCTGAAAGTAGTTAAGAAAATTCAAGCCACT TGTAGTAGAAATTACTTTCAGTAAACTAAAAATTCAATGAATATGAGCAACTATCTACTT GGAGAATGCATGCCAATTATATCAAGAAGGTCTGAACCGTCATCCATTTTCTTTTTCCGT GAGTGTAACTATGTGTGTGTTTGTCTATATGTTGTGTGGGTTTTAATTCTTTGGGATCCT CAAGGGTACGTCCATTGCTGTAAGCATACTAATTGTAGTCCAACGGAAGTACTTTAATAT CACCAAAATCTAAATAAAGTAACTCCTTTCAGCTATACAGAGGGAAGATGGTCTATTAGA AATTCGAATCAACTTACTTTTGCTTCTTCCACGTATCAGTCTATACTGCAGGTTTGTTAG ATAAGTTATCCTACACAGTACCAGATTTTAAATTTATGAAATTGCATATTTCGCTTGTTA CATGAAAAAGTTCTATCATAAGAAACAAAAATGGATCATTAGATATCTCAAAACAGGAAG CATAAACGAATTTTCAGAAAAGCACGATATTTGTGGTAGGCTTAGAAGGTTTCATGTGCC TGTCATTTAATGAAGAATGAATATATTTGGTATGAATGTATTTGGTTATCCCGAATTCCC AATGGTTCCAAGTGGAGAAAGACTAACTTCTATCGAAAGAACTTCCACTTTTATAAGAGG TTAGAGCATTATTTGTCTAAGCAAAACAAATTAATAAAAACCAGGCATGTGGATTATAAA ATAAGCATGTCAACCAAGGGCAATTGCTTCTTCGAGACCAATTCCAACAAAATTCGAGAT TGGAATGAACTACTAGTTAGACCCCGCAGCCACTTTGTTGGCACTAACGATAGGGCTTAG TTCTCTAGAAATTGGTGTGCTCTCCACAGAGTGCTTAAGGACAAAAAGCTACAGAGAAGT GGTCCCATAAGATAGATAAGACTTACGTCCCATGGCCATCACCGTCAAAAGGAGAAGCAT AGTCCTGAGATGTGTTAAATATCCCCCTGGTTATAGCAGAGGCTGCAAAATGGCGGGCAC CAACAAGCTTCCTGTTGCAGGATCCAGATGGGAAATCCCGAGTGACCTCACAAATGCCTG AAAAATGTTGTGGAACAGGATAATGCCTCTCGGGTGTATTATCAGAGAAGCTGGGGTGCG TTGGATCAATTCCAGTGTCAATGAAACCAATCACAATGCCTTCCCCAGCAGTTTCATATC CACCCTCTTGAGCCCATGCCCCAAGGGGAAGACCTAGGAACTGTGGTGTATGTGTGGTTG CAGTTCTGACTGAGAAATCCAAAGCCACATTCGCCACTTCTCTCCTATTTGC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.990 5920 6602 match_2 match_part 0.998 5920 6575 match_3 match_part 0.995 5920 6565 match_4 match_part 1.000 5921 6455 match_5 match_part 1.000 7337 7725 match_part 1.000 10741 10862 match_part 1.000 10967 10981 match_6 match_part 1.000 7350 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11076 match_7 match_part 1.000 7350 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11076 match_8 match_part 1.000 7351 7725 match_part 0.992 10741 10862 match_part 1.000 10967 10974 match_9 match_part 1.000 7407 7725 match_part 1.000 10741 10862 match_part 0.995 10967 11162 match_part 0.987 11660 11734 match_10 match_part 0.995 7506 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11162 match_part 1.000 11660 11738 match_11 match_part 0.984 7541 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11142 match_12 match_part 0.989 7544 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11162 match_part 1.000 11660 11729 match_13 match_part 1.000 12100 12583 match_14 match_part 0.970 49500 50133 match_15 match_part 0.964 49500 50113 match_16 match_part 0.972 49500 50098 match_17 match_part 0.954 49500 49892 match_18 match_part 0.964 49500 49892 match_19 match_part 1.000 59800 59977 match_part 1.000 60097 60743 match_part 0.923 61074 61112 match_20 match_part 0.971 59807 59977 match_part 0.954 60097 60618 match_21 match_part 0.971 59807 59977 match_part 0.961 60097 60532 match_22 match_part 1.000 60204 60743 match_part 1.000 61074 61418 match_23 match_part 1.000 60204 60743 match_part 1.000 61074 61394 match_24 match_part 1.000 60599 60743 match_part 1.000 61074 61396 match_part 1.000 61471 61829 match_25 match_part 0.920 65895 66217 match_26 match_part 0.915 65895 66200 match_27 match_part 0.983 80844 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 1.000 86436 86515 match_28 match_part 1.000 80853 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 0.988 86436 86515 match_part 1.000 87781 87811 match_29 match_part 1.000 80853 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 0.500 82346 82351 match_30 match_part 1.000 81185 81210 match_part 0.985 81293 81559 match_part 0.953 81628 81713 match_part 0.985 82104 82170 match_31 match_part 0.987 82107 82257 match_part 1.000 84390 84471 match_part 1.000 86436 86515 match_part 1.000 87781 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 0.996 91206 91441 match_part 1.000 91822 91837 match_32 match_part 1.000 86436 86515 match_part 1.000 87781 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 1.000 91206 91441 match_part 0.976 91822 91905 match_33 match_part 0.994 87771 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 1.000 91206 91297 match_34 match_part 0.936 91206 91441 match_part 0.886 91822 92128 match_35 match_part 0.982 91868 92148 match_36 match_part 1.000 93389 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 0.993 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 1.000 100633 100660 match_37 match_part 0.989 93399 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 0.981 94499 94657 match_part 0.986 95904 96041 match_part 1.000 96572 96638 match_38 match_part 0.989 93401 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 0.987 96572 96650 match_part 0.904 98219 98291 match_39 match_part 1.000 93404 93489 match_part 1.000 94157 94224 match_part 0.988 94321 94405 match_part 0.987 94499 94657 match_part 0.993 95904 96041 match_part 0.940 96572 96638 match_40 match_part 1.000 93405 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98283 match_41 match_part 0.988 93406 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 0.987 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 1.000 100633 100956 match_42 match_part 0.975 93409 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 0.981 99736 99838 match_43 match_part 1.000 93413 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98237 match_44 match_part 1.000 93419 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98266 match_45 match_part 1.000 93422 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 0.981 94499 94657 match_part 0.971 95904 96041 match_part 1.000 96572 96589 match_46 match_part 1.000 93422 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 0.981 94499 94657 match_part 1.000 95904 95950 match_47 match_part 1.000 93429 93489 match_part 1.000 94157 94224 match_part 0.988 94321 94405 match_part 1.000 94499 94616 match_48 match_part 1.000 93439 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 0.993 95904 96041 match_part 1.000 96572 96589 match_49 match_part 0.961 93439 93489 match_part 1.000 94157 94224 match_part 0.988 94321 94405 match_part 0.987 94499 94657 match_50 match_part 1.000 93440 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 0.993 95904 96047 match_51 match_part 0.979 93442 93489 match_part 1.000 94157 94224 match_part 0.988 94321 94405 match_part 0.987 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 0.950 98219 98298 match_part 0.954 99736 99800 match_52 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 0.992 100633 100759 match_53 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 1.000 100633 100759 match_54 match_part 1.000 94159 94224 match_part 0.988 94321 94405 match_part 0.987 94499 94657 match_part 1.000 95904 96041 match_part 0.987 96572 96650 match_part 0.975 98219 98298 match_part 1.000 99736 99811 match_55 match_part 0.988 94497 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 0.984 100633 100761 match_56 match_part 0.932 94585 94657 match_part 0.964 95904 96041 match_part 0.987 96572 96650 match_part 0.975 98219 98298 match_part 0.985 99736 99865 match_part 0.945 100633 100959 match_57 match_part 1.000 96625 96650 match_part 0.988 98219 98298 match_part 0.969 99736 99865 match_part 0.961 100633 100993 match_58 match_part 0.969 99736 99865 match_part 0.957 100633 100956 match_59 match_part 1.000 100662 101078 match_60 match_part 0.927 100680 100993 match_part 0.727 101123 101133 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_61 match_part 1.000 16384 16129 match_part 1.000 16022 15919 match_part 1.000 15425 15225 match_part 0.995 14847 14641 match_62 match_part 0.958 29565 29350 match_part 0.927 28556 28433 match_part 0.935 28356 28126 match_63 match_part 0.958 29565 29350 match_part 0.927 28556 28433 match_part 0.939 28356 28126 match_64 match_part 0.958 29565 29350 match_part 0.927 28556 28433 match_part 0.939 28356 28126 match_65 match_part 1.000 32559 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.994 30841 30324 match_66 match_part 0.991 34113 34002 match_part 0.982 32621 32509 match_part 0.962 31190 31113 match_part 1.000 31019 30948 match_part 0.896 30841 30447 match_67 match_part 0.994 30791 30460 match_68 match_part 1.000 32585 32509 match_part 0.962 31190 31113 match_part 1.000 31019 30948 match_part 0.935 30841 30486 match_69 match_part 0.890 35782 35547 match_part 0.975 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32509 match_part 0.987 31190 31113 match_part 0.986 31019 30948 match_part 0.972 30841 30518 match_70 match_part 0.976 34839 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 1.000 30841 30518 match_71 match_part 1.000 34833 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 1.000 30841 30550 match_72 match_part 1.000 32586 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.996 30841 30578 match_73 match_part 0.936 31190 31113 match_part 1.000 31019 30948 match_part 0.917 30841 30600 match_74 match_part 0.991 32625 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.991 30841 30607 match_75 match_part 1.000 34837 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.995 30841 30631 match_76 match_part 0.881 35782 35547 match_part 0.924 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32509 match_part 0.974 31190 31113 match_part 0.984 31019 30956 match_77 match_part 0.935 34834 34758 match_part 0.982 34594 34481 match_part 1.000 34112 34002 match_part 0.973 32621 32509 match_part 0.974 31190 31113 match_part 1.000 31019 31011 match_78 match_part 0.928 35782 35547 match_part 0.924 34836 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 0.982 32621 32509 match_part 1.000 31190 31169 match_79 match_part 0.928 35782 35547 match_part 0.924 34836 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 0.982 32621 32509 match_80 match_part 0.889 35781 35547 match_part 0.975 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32557 match_81 match_part 0.929 50984 50478 match_82 match_part 1.000 52577 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.972 51853 51818 match_part 0.952 51719 51658 match_part 0.983 51298 50998 match_83 match_part 1.000 55468 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 0.961 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.972 51853 51818 match_part 0.952 51719 51658 match_part 1.000 51298 51267 match_84 match_part 0.871 55578 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 1.000 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 1.000 52018 51938 match_part 0.944 51853 51818 match_part 0.932 51719 51661 match_85 match_part 0.964 55546 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 1.000 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 1.000 52018 51938 match_part 0.917 51853 51818 match_part 0.963 51719 51666 match_86 match_part 1.000 55474 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 0.961 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.971 51853 51819 match_87 match_part 0.914 55606 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 1.000 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52412 match_88 match_part 0.989 55498 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 1.000 53607 53575 match_89 match_part 0.931 62034 61468 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 5920 6602 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 7337 7725 exon 10741 10862 exon 10967 11162 exon 11660 11738 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 12100 12583 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 16384 16129 exon 16022 15919 exon 15425 15225 exon 14847 14641 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 29565 29350 exon 28556 28433 exon 28356 28126 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 35782 35547 exon 34836 34758 exon 34594 34481 exon 34112 34002 exon 32621 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 34839 34758 exon 34594 34481 exon 34112 34002 exon 32621 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 32625 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 34113 34002 exon 32621 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 49500 50133 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 50984 50478 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 55606 55409 exon 55317 55273 exon 53822 53788 exon 53607 53557 exon 52674 52570 exon 52480 52409 exon 52252 52181 exon 52018 51938 exon 51853 51818 exon 51719 51658 exon 51298 50998 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 59800 59977 exon 60097 60743 exon 61074 61418 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 59800 59977 exon 60097 60743 exon 61074 61396 exon 61471 61829 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 62034 61468 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 65895 66217 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 80844 81024 exon 81127 81210 exon 81293 81559 exon 81628 81713 exon 82104 82257 exon 86436 86515 exon 87781 87942 exon 88839 88906 exon 90186 90266 exon 91206 91441 exon 91822 92148 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 81185 81210 exon 81293 81559 exon 81628 81713 exon 82104 82257 exon 84390 84471 exon 86436 86515 exon 87781 87942 exon 88839 88906 exon 90186 90266 exon 91206 91441 exon 91822 92148 gene_19 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 87771 87942 exon 88839 88906 exon 90186 90266 exon 91206 91441 exon 91822 92148 gene_20 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 80853 81024 exon 81127 81210 exon 81293 81559 exon 81628 81713 exon 82104 82257 exon 82346 82351 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93389 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 101078 gene_22 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93389 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 100993 exon 101123 101133 gene_23 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 94497 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 101078 gene_24 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93422 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96047 RepeatMasker tomato repeats master HarbN_I 2 182 1 HarbN_I 2 182 1 nucleotide_motif 255 2153 2329 SINE_SO 79 152 1 SINE_SO 79 152 1 nucleotide_motif 299 4367 4436 LHI1 1 683 1 LHI1 1 683 1 nucleotide_motif 3514 38432 39115 Copia00172 1358 1495 1 Copia00172 1358 1495 1 nucleotide_motif 328 44374 44522 Gypsy00202 2281 2350 1 Gypsy00202 2281 2350 1 nucleotide_motif 285 55912 55981 Gypsy00202 7746 7871 1 Gypsy00202 7746 7871 1 nucleotide_motif 299 56301 56426 Unknown00019 40 133 1 Unknown00019 40 133 1 nucleotide_motif 243 65684 65775 Unknown00043 5547 5723 1 Unknown00043 5547 5723 1 nucleotide_motif 349 71241 71416 Unknown00057 308 386 1 Unknown00057 308 386 1 nucleotide_motif 257 77258 77330 Copia00172 5208 5313 1 Copia00172 5208 5313 1 nucleotide_motif 377 79161 79267 Unknown00057 478 9111 1 Unknown00057 478 9111 1 nucleotide_motif 470 82671 83358 Unknown00019 61 254 1 Unknown00019 61 254 1 nucleotide_motif 447 92557 92780 Unknown00043 5332 5543 1 Unknown00043 5332 5543 1 nucleotide_motif 927 94969 95176 RepeatMasker tomato repeats master Copia00113 7230 7279 -1 Copia00113 7230 7279 -1 nucleotide_motif 233 8508 8459 Copia00151 9458 9651 -1 Copia00151 9458 9651 -1 nucleotide_motif 552 21235 21054 Copia00151 9552 9666 -1 Copia00151 9552 9666 -1 nucleotide_motif 397 21351 21236 Gypsy00019 3718 6559 -1 Gypsy00019 3718 6559 -1 nucleotide_motif 270 27806 27795 ATHILA7_I 6315 6376 -1 ATHILA7_I 6315 6376 -1 nucleotide_motif 257 27864 27807 SINE_SO 1 159 -1 SINE_SO 1 159 -1 nucleotide_motif 723 29906 29746 Gypsy00073 249 381 -1 Gypsy00073 249 381 -1 nucleotide_motif 509 47268 47135 Copia00113 7229 7289 -1 Copia00113 7229 7289 -1 nucleotide_motif 241 48949 48887 Copia00172 284 430 -1 Copia00172 284 430 -1 nucleotide_motif 728 54271 54139 Gypsy00207 2 69 -1 Gypsy00207 2 69 -1 nucleotide_motif 250 62292 62222 Gypsy00136 4783 4874 -1 Gypsy00136 4783 4874 -1 nucleotide_motif 274 62729 62645 Unknown00046 2676 2833 -1 Unknown00046 2676 2833 -1 nucleotide_motif 605 65224 65074 Unknown00019 48 698 -1 Unknown00019 48 698 -1 nucleotide_motif 4712 66365 65695 Unknown00043 10081 10439 -1 Unknown00043 10081 10439 -1 nucleotide_motif 360 69734 69362 Unknown00057 1438 1995 -1 Unknown00057 1438 1995 -1 nucleotide_motif 528 70427 69887 Unknown00057 474 606 -1 Unknown00057 474 606 -1 nucleotide_motif 482 71374 71243 Copia00172 1105 1489 -1 Copia00172 1105 1489 -1 nucleotide_motif 1852 85518 85165 TS2 156 343 -1 TS2 156 343 -1 nucleotide_motif 433 89601 89413 Copia00110 13165 13611 -1 Copia00110 13165 13611 -1 nucleotide_motif 2253 93188 92740 Copia00105 8570 9428 -1 Copia00105 8570 9428 -1 nucleotide_motif 852 97557 97265 Unknown00043 5777 5817 -1 Unknown00043 5777 5817 -1 nucleotide_motif 235 97639 97597 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 575 82619 83923 match_2 match 575 82619 83923 match_3 match 1941 491 1511 match_4 match 2260 22254 23414 match_5 match 2516 4396 5685 match_6 match 5527 18639 21516 match_7 match 5015 63517 66565 match_8 match 8445 14266 18591 match_9 match 8714 58141 62764 match_10 match 39938 45902 match_11 match 48473 55569 match_12 match 28432 35844 match_13 match 6253 14206 match_14 match 66649 75850 match_15 match 585 82619 83921 match_16 match 96928 107332 match_17 match 567 82619 83923 match_18 match 577 82619 83923 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1126 5062 5640 clone_end_2 clone_end 842 5196 5628 clone_1 clone 999 14970 57104 clone_end_3 clone_end 1239 14970 15594 clone_end_4 clone_end 1275 20824 21466 clone_end_5 clone_end 398 34822 35046 clone_end_6 clone_end 920 35073 35611 clone_2 clone 1062.5 50156 92723 clone_end_7 clone_end 1084 50156 50702 clone_3 clone 947.5 52219 84554 clone_start_1 clone_start 729 52219 52586 clone_4 clone 1068.5 58141 100774 clone_end_8 clone_end 787 58141 58639 clone_start_2 clone_start 375 65692 65917 clone_end_9 clone_end 636 65692 66065 clone_end_10 clone_end 971 65692 66234 clone_start_3 clone_start 444 66126 66365 clone_end_11 clone_end 844 77365 77817 clone_end_12 clone_end 1126 86238 86859 clone_start_4 clone_start 1076 96949 97503 clone_start_5 clone_start 1211 96950 97560 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_6 clone_start 392 2967 2770 clone_start_7 clone_start 325 3203 3033 clone_start_8 clone_start 416 13712 13503 clone_start_9 clone_start 759 57104 56695 clone_start_10 clone_start 1179 15580 14986 clone_end_13 clone_end 785 20322 19927 clone_start_11 clone_start 1532 23115 22339 clone_start_12 clone_start 1289 33504 32843 clone_end_14 clone_end 301 39808 39657 clone_start_13 clone_start 301 39808 39657 clone_start_14 clone_start 1041 92723 92157 clone_end_15 clone_end 1166 84554 83946 clone_start_15 clone_start 1350 100774 100094 clone_end_16 clone_end 1291 62417 61767 clone_start_16 clone_start 678 67513 67151 clone_start_17 clone_start 1340 75855 75160 clone_end_17 clone_end 1259 79370 78717 clone_end_18 clone_end 1231 89054 88330 clone_end_19 clone_end 1233 95451 94779 clone_end_20 clone_end 1245 95505 94815 clone_start_18 clone_start 1191 101655 101008 clone_end_21 clone_end 505 105951 105697 clone_start_19 clone_start 1453 107050 106318 clone_start_20 clone_start 914 107298 106838 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.990 5920 6602 match_2 match_part 0.998 5920 6575 match_3 match_part 0.995 5920 6565 match_4 match_part 1.000 5921 6455 match_5 match_part 1.000 7337 7725 match_part 1.000 10741 10862 match_part 1.000 10967 10981 match_6 match_part 1.000 7350 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11076 match_7 match_part 1.000 7350 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11076 match_8 match_part 1.000 7351 7725 match_part 0.992 10741 10862 match_part 1.000 10967 10974 match_9 match_part 1.000 7407 7725 match_part 1.000 10741 10862 match_part 0.995 10967 11162 match_part 0.987 11660 11734 match_10 match_part 0.995 7506 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11162 match_part 1.000 11660 11738 match_11 match_part 0.984 7541 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11142 match_12 match_part 0.989 7544 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11162 match_part 1.000 11660 11729 match_13 match_part 1.000 12100 12583 match_14 match_part 1.000 59800 59977 match_part 1.000 60097 60743 match_part 0.923 61074 61112 match_15 match_part 1.000 60204 60743 match_part 1.000 61074 61418 match_16 match_part 1.000 60204 60743 match_part 1.000 61074 61394 match_17 match_part 1.000 60599 60743 match_part 1.000 61074 61396 match_part 1.000 61471 61829 match_18 match_part 0.920 65895 66217 match_19 match_part 0.915 65895 66200 match_20 match_part 0.983 80844 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 1.000 86436 86515 match_21 match_part 1.000 80853 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 0.988 86436 86515 match_part 1.000 87781 87811 match_22 match_part 1.000 80853 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 0.500 82346 82351 match_23 match_part 0.987 82107 82257 match_part 1.000 84390 84471 match_part 1.000 86436 86515 match_part 1.000 87781 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 0.996 91206 91441 match_part 1.000 91822 91837 match_24 match_part 1.000 86436 86515 match_part 1.000 87781 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 1.000 91206 91441 match_part 0.976 91822 91905 match_25 match_part 0.994 87771 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 1.000 91206 91297 match_26 match_part 0.982 91868 92148 match_27 match_part 1.000 93389 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 0.993 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 1.000 100633 100660 match_28 match_part 0.989 93401 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 0.987 96572 96650 match_part 0.904 98219 98291 match_29 match_part 1.000 93405 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98283 match_30 match_part 0.988 93406 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 0.987 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 1.000 100633 100956 match_31 match_part 0.975 93409 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 0.981 99736 99838 match_32 match_part 1.000 93413 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98237 match_33 match_part 1.000 93419 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98266 match_34 match_part 1.000 93440 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 0.993 95904 96047 match_35 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 0.992 100633 100759 match_36 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 1.000 100633 100759 match_37 match_part 0.988 94497 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 0.984 100633 100761 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_38 match_part 1.000 16384 16129 match_part 1.000 16022 15919 match_part 1.000 15425 15225 match_part 0.995 14847 14641 match_39 match_part 1.000 32559 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.994 30841 30324 match_40 match_part 0.994 30791 30460 match_41 match_part 0.890 35782 35547 match_part 0.975 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32509 match_part 0.987 31190 31113 match_part 0.986 31019 30948 match_part 0.972 30841 30518 match_42 match_part 0.976 34839 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 1.000 30841 30518 match_43 match_part 1.000 34833 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 1.000 30841 30550 match_44 match_part 1.000 32586 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.996 30841 30578 match_45 match_part 0.991 32625 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.991 30841 30607 match_46 match_part 1.000 34837 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.995 30841 30631 match_47 match_part 0.881 35782 35547 match_part 0.924 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32509 match_part 0.974 31190 31113 match_part 0.984 31019 30956 match_48 match_part 0.935 34834 34758 match_part 0.982 34594 34481 match_part 1.000 34112 34002 match_part 0.973 32621 32509 match_part 0.974 31190 31113 match_part 1.000 31019 31011 match_49 match_part 0.889 35781 35547 match_part 0.975 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32557 match_50 match_part 1.000 52577 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.972 51853 51818 match_part 0.952 51719 51658 match_part 0.983 51298 50998 match_51 match_part 1.000 55468 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 0.961 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.972 51853 51818 match_part 0.952 51719 51658 match_part 1.000 51298 51267 match_52 match_part 1.000 55474 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 0.961 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.971 51853 51819 match_53 match_part 0.914 55606 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 1.000 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52412 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 5920 6602 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 7337 7725 exon 10741 10862 exon 10967 11162 exon 11660 11738 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 12100 12583 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 16384 16129 exon 16022 15919 exon 15425 15225 exon 14847 14641 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 35782 35547 exon 34836 34758 exon 34594 34481 exon 34112 34002 exon 32621 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 34839 34758 exon 34594 34481 exon 34112 34002 exon 32621 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 32625 32509 exon 31190 31113 exon 31019 30948 exon 30841 30324 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 55606 55409 exon 55317 55273 exon 53822 53788 exon 53607 53557 exon 52674 52570 exon 52480 52409 exon 52252 52181 exon 52018 51938 exon 51853 51818 exon 51719 51658 exon 51298 50998 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 59800 59977 exon 60097 60743 exon 61074 61418 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 59800 59977 exon 60097 60743 exon 61074 61396 exon 61471 61829 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 65895 66217 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 80844 81024 exon 81127 81210 exon 81293 81559 exon 81628 81713 exon 82104 82257 exon 86436 86515 exon 87781 87942 exon 88839 88906 exon 90186 90266 exon 91206 91441 exon 91822 92148 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 82107 82257 exon 84390 84471 exon 86436 86515 exon 87781 87942 exon 88839 88906 exon 90186 90266 exon 91206 91441 exon 91822 92148 gene_14 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 87771 87942 exon 88839 88906 exon 90186 90266 exon 91206 91297 gene_15 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 80853 81024 exon 81127 81210 exon 81293 81559 exon 81628 81713 exon 82104 82257 exon 82346 82351 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93389 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 100956 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 94497 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 100761 gene_18 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93440 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96047 AUGUSTUS_tom_cdna de novo gene_1 gene 0.23 4745 6355 transcript_1 transcript 0.23 4745 6355 start_codon_1 start_codon 4745 4747 CDS_1 CDS 0.23 4745 6355 stop_codon_1 stop_codon 6353 6355 gene_2 gene 0.27 6722 12746 transcript_2 transcript 0.27 6722 12746 start_codon_2 start_codon 6722 6724 intron_1 intron 0.7 6751 7349 intron_2 intron 1 7726 10740 intron_3 intron 1 10863 10966 intron_4 intron 1 11163 11659 intron_5 intron 0.81 11778 12146 intron_6 intron 0.88 12248 12537 intron_7 intron 0.48 12647 12741 CDS_2 CDS 0.69 6722 6750 CDS_3 CDS 0.85 7350 7725 CDS_4 CDS 1 10741 10862 CDS_5 CDS 1 10967 11162 CDS_6 CDS 0.91 11660 11777 CDS_7 CDS 0.89 12147 12247 CDS_8 CDS 0.9 12538 12646 CDS_9 CDS 0.49 12742 12746 stop_codon_2 stop_codon 12744 12746 gene_3 gene 0.85 40483 42423 transcript_3 transcript 0.85 40483 42423 start_codon_3 start_codon 40483 40485 CDS_10 CDS 0.85 40483 42423 stop_codon_3 stop_codon 42421 42423 gene_4 gene 0.35 43323 50785 transcript_4 transcript 0.35 43323 50785 start_codon_4 start_codon 43323 43325 intron_8 intron 0.53 43486 49204 intron_9 intron 1 50658 50736 CDS_11 CDS 0.37 43323 43485 CDS_12 CDS 0.95 49205 50657 CDS_13 CDS 1 50737 50785 stop_codon_4 stop_codon 50783 50785 gene_5 gene 0.66 55519 61952 transcript_5 transcript 0.66 55519 61952 start_codon_5 start_codon 55519 55521 intron_10 intron 1 55554 56626 intron_11 intron 0.66 56756 58348 intron_12 intron 1 59053 59746 intron_13 intron 1 59978 60096 intron_14 intron 1 60744 61073 CDS_14 CDS 1 55519 55553 CDS_15 CDS 0.66 56627 56755 CDS_16 CDS 1 58349 59052 CDS_17 CDS 1 59747 59977 CDS_18 CDS 1 60097 60743 CDS_19 CDS 1 61074 61952 stop_codon_5 stop_codon 61950 61952 gene_6 gene 0.18 67389 91338 transcript_6 transcript 0.18 67389 91338 start_codon_6 start_codon 67389 67391 intron_15 intron 0.48 68178 71657 intron_16 intron 0.76 71721 72076 intron_17 intron 0.76 72157 74125 intron_18 intron 0.75 74178 75448 intron_19 intron 0.89 75606 75819 intron_20 intron 0.94 75909 78531 intron_21 intron 0.82 78789 80852 intron_22 intron 1 81025 81126 intron_23 intron 1 81211 81292 intron_24 intron 1 81560 81627 intron_25 intron 1 81714 82103 intron_26 intron 1 82258 84389 intron_27 intron 1 84472 86435 intron_28 intron 1 86516 87780 intron_29 intron 1 87943 88838 intron_30 intron 1 88907 90185 intron_31 intron 1 90267 91205 CDS_20 CDS 0.65 67389 68177 CDS_21 CDS 0.76 71658 71720 CDS_22 CDS 0.77 72077 72156 CDS_23 CDS 0.99 74126 74177 CDS_24 CDS 0.89 75449 75605 CDS_25 CDS 1 75820 75908 CDS_26 CDS 0.79 78532 78788 CDS_27 CDS 0.84 80853 81024 CDS_28 CDS 1 81127 81210 CDS_29 CDS 1 81293 81559 CDS_30 CDS 1 81628 81713 CDS_31 CDS 1 82104 82257 CDS_32 CDS 1 84390 84471 CDS_33 CDS 1 86436 86515 CDS_34 CDS 1 87781 87942 CDS_35 CDS 1 88839 88906 CDS_36 CDS 1 90186 90266 CDS_37 CDS 1 91206 91338 stop_codon_6 stop_codon 91336 91338 gene_7 gene 1 91413 100737 transcript_7 transcript 1 91413 100737 start_codon_7 start_codon 91413 91415 intron_32 intron 1 91442 91821 intron_33 intron 1 91906 93366 intron_34 intron 1 93490 94156 intron_35 intron 1 94225 94320 intron_36 intron 1 94406 94498 intron_37 intron 1 94658 95903 intron_38 intron 1 96042 96571 intron_39 intron 1 96651 98218 intron_40 intron 1 98299 99735 intron_41 intron 1 99866 100632 CDS_38 CDS 1 91413 91441 CDS_39 CDS 1 91822 91905 CDS_40 CDS 1 93367 93489 CDS_41 CDS 1 94157 94224 CDS_42 CDS 1 94321 94405 CDS_43 CDS 1 94499 94657 CDS_44 CDS 1 95904 96041 CDS_45 CDS 1 96572 96650 CDS_46 CDS 1 98219 98298 CDS_47 CDS 1 99736 99865 CDS_48 CDS 1 100633 100737 stop_codon_7 stop_codon 100735 100737 AUGUSTUS_tom_cdna de novo gene_8 gene 0.26 22260 14485 transcript_8 transcript 0.26 22260 14485 stop_codon_8 stop_codon 14487 14485 intron_42 intron 1 15224 14848 intron_43 intron 1 15918 15426 intron_44 intron 1 16128 16023 intron_45 intron 0.86 17518 16835 intron_46 intron 0.83 18358 17888 intron_47 intron 0.9 18855 18521 intron_48 intron 1 19181 19081 intron_49 intron 0.99 19745 19662 intron_50 intron 0.65 20229 19824 intron_51 intron 0.44 22254 20302 CDS_49 CDS 0.97 14847 14485 CDS_50 CDS 1 15425 15225 CDS_51 CDS 1 16022 15919 CDS_52 CDS 0.87 16834 16129 CDS_53 CDS 0.73 17887 17519 CDS_54 CDS 0.97 18520 18359 CDS_55 CDS 0.9 19080 18856 CDS_56 CDS 0.99 19661 19182 CDS_57 CDS 0.81 19823 19746 CDS_58 CDS 0.77 20301 20230 CDS_59 CDS 0.47 22260 22255 start_codon_8 start_codon 22260 22258 gene_9 gene 0.83 29573 29346 transcript_9 transcript 0.83 29573 29346 stop_codon_9 stop_codon 29348 29346 CDS_60 CDS 0.83 29573 29346 start_codon_9 start_codon 29573 29571 gene_10 gene 1.37 37729 30803 transcript_10 transcript 1 34065 30803 stop_codon_10 stop_codon 30805 30803 intron_52 intron 1 30947 30842 intron_53 intron 1 31112 31020 intron_54 intron 1 32508 31191 intron_55 intron 1 34001 32622 CDS_61 CDS 1 30841 30803 CDS_62 CDS 1 31019 30948 CDS_63 CDS 1 31190 31113 CDS_64 CDS 1 32621 32509 CDS_65 CDS 1 34065 34002 start_codon_10 start_codon 34065 34063 transcript_11 transcript 0.37 37729 30803 stop_codon_11 stop_codon 30805 30803 intron_56 intron 1 30947 30842 intron_57 intron 1 31112 31020 intron_58 intron 1 32508 31191 intron_59 intron 1 34001 32622 intron_60 intron 1 34480 34113 intron_61 intron 1 34757 34595 intron_62 intron 0.87 35037 34807 intron_63 intron 0.6 37716 35088 CDS_66 CDS 1 30841 30803 CDS_67 CDS 1 31019 30948 CDS_68 CDS 1 31190 31113 CDS_69 CDS 1 32621 32509 CDS_70 CDS 1 34112 34002 CDS_71 CDS 1 34594 34481 CDS_72 CDS 0.87 34806 34758 CDS_73 CDS 0.95 35087 35038 CDS_74 CDS 0.43 37729 37717 start_codon_11 start_codon 37729 37727 gene_11 gene 0.98 55454 50787 transcript_12 transcript 0.98 55454 50787 stop_codon_12 stop_codon 50789 50787 intron_64 intron 0.98 51055 50798 intron_65 intron 1 51259 51124 intron_66 intron 1 51657 51299 intron_67 intron 1 51817 51720 intron_68 intron 1 51937 51854 intron_69 intron 1 52180 52019 intron_70 intron 1 52408 52253 intron_71 intron 1 52569 52481 intron_72 intron 1 53556 52675 intron_73 intron 1 53787 53608 intron_74 intron 1 55272 53823 intron_75 intron 1 55408 55318 CDS_75 CDS 1 50797 50787 CDS_76 CDS 0.98 51123 51056 CDS_77 CDS 1 51298 51260 CDS_78 CDS 1 51719 51658 CDS_79 CDS 1 51853 51818 CDS_80 CDS 1 52018 51938 CDS_81 CDS 1 52252 52181 CDS_82 CDS 1 52480 52409 CDS_83 CDS 1 52674 52570 CDS_84 CDS 1 53607 53557 CDS_85 CDS 1 53822 53788 CDS_86 CDS 1 55317 55273 CDS_87 CDS 1 55454 55409 start_codon_12 start_codon 55454 55452 gene_12 gene 0.42 107332 101555 transcript_13 transcript 0.42 107332 101555 stop_codon_13 stop_codon 101557 101555 intron_76 intron 1 102419 101977 intron_77 intron 1 102830 102702 intron_78 intron 0.91 103415 103102 intron_79 intron 0.73 104476 103736 intron_80 intron 0.97 104901 104760 intron_81 intron 0.79 105894 104975 intron_82 intron 1 106946 105991 CDS_88 CDS 0.78 101976 101555 CDS_89 CDS 1 102701 102420 CDS_90 CDS 0.91 103101 102831 CDS_91 CDS 0.73 103735 103416 CDS_92 CDS 0.96 104759 104477 CDS_93 CDS 0.83 104974 104902 CDS_94 CDS 0.99 105990 105895 CDS_95 CDS 1 107332 106947 AUGUSTUS_ab_initio de novo gene_1 gene 0.34 3543 6355 transcript_1 transcript 0.34 3543 6355 start_codon_1 start_codon 3543 3545 intron_1 intron 0.38 3775 4775 CDS_1 CDS 0.34 3543 3774 CDS_2 CDS 0.39 4776 6355 stop_codon_1 stop_codon 6353 6355 gene_2 gene 0.18 7372 12746 transcript_2 transcript 0.18 7372 12746 start_codon_2 start_codon 7372 7374 intron_2 intron 0.74 7726 10740 intron_3 intron 1 10863 10966 intron_4 intron 1 11163 11659 intron_5 intron 0.59 11778 11906 intron_6 intron 0.55 11955 12146 intron_7 intron 0.99 12248 12537 intron_8 intron 0.98 12647 12741 CDS_3 CDS 0.57 7372 7725 CDS_4 CDS 0.96 10741 10862 CDS_5 CDS 1 10967 11162 CDS_6 CDS 0.95 11660 11777 CDS_7 CDS 0.56 11907 11954 CDS_8 CDS 0.99 12147 12247 CDS_9 CDS 0.98 12538 12646 CDS_10 CDS 0.99 12742 12746 stop_codon_2 stop_codon 12744 12746 gene_3 gene 0.79 40483 42423 transcript_3 transcript 0.79 40483 42423 start_codon_3 start_codon 40483 40485 CDS_11 CDS 0.79 40483 42423 stop_codon_3 stop_codon 42421 42423 gene_4 gene 0.15 43323 44306 transcript_4 transcript 0.15 43323 44306 start_codon_4 start_codon 43323 43325 intron_9 intron 0.23 43506 44234 CDS_12 CDS 0.24 43323 43505 CDS_13 CDS 0.21 44235 44306 stop_codon_4 stop_codon 44304 44306 gene_5 gene 0.96 49150 50793 transcript_5 transcript 0.96 49150 50793 start_codon_5 start_codon 49150 49152 CDS_14 CDS 0.96 49150 50793 stop_codon_5 stop_codon 50791 50793 gene_6 gene 0.5 56214 61952 transcript_6 transcript 0.5 56214 61952 start_codon_6 start_codon 56214 56216 intron_10 intron 0.5 56217 57410 intron_11 intron 1 57557 58348 intron_12 intron 1 59053 59746 intron_13 intron 1 59978 60096 intron_14 intron 1 60744 61073 CDS_15 CDS 0.5 56214 56216 CDS_16 CDS 0.63 57411 57556 CDS_17 CDS 1 58349 59052 CDS_18 CDS 1 59747 59977 CDS_19 CDS 1 60097 60743 CDS_20 CDS 1 61074 61952 stop_codon_6 stop_codon 61950 61952 gene_7 gene 0.01 67389 100737 transcript_7 transcript 0.01 67389 100737 start_codon_7 start_codon 67389 67391 intron_15 intron 0.65 68178 71657 intron_16 intron 0.99 71721 72076 intron_17 intron 0.71 72157 74125 intron_18 intron 0.74 74178 74480 intron_19 intron 0.76 74556 75448 intron_20 intron 0.89 75606 75819 intron_21 intron 0.88 75909 78531 intron_22 intron 0.54 78789 80852 intron_23 intron 1 81025 81126 intron_24 intron 1 81211 81292 intron_25 intron 1 81560 81627 intron_26 intron 0.76 81714 82103 intron_27 intron 0.62 82258 84389 intron_28 intron 0.56 84472 86396 intron_29 intron 0.39 86516 87780 intron_30 intron 0.79 87943 88838 intron_31 intron 0.53 88907 90185 intron_32 intron 0.4 90267 93366 intron_33 intron 0.99 93490 94156 intron_34 intron 0.99 94225 94320 intron_35 intron 1 94406 94498 intron_36 intron 0.97 94658 95903 intron_37 intron 0.8 96042 96571 intron_38 intron 0.94 96651 98218 intron_39 intron 0.91 98299 99735 intron_40 intron 1 99866 100632 CDS_21 CDS 0.7 67389 68177 CDS_22 CDS 0.98 71658 71720 CDS_23 CDS 0.71 72077 72156 CDS_24 CDS 0.98 74126 74177 CDS_25 CDS 0.76 74481 74555 CDS_26 CDS 0.89 75449 75605 CDS_27 CDS 1 75820 75908 CDS_28 CDS 0.6 78532 78788 CDS_29 CDS 0.67 80853 81024 CDS_30 CDS 1 81127 81210 CDS_31 CDS 1 81293 81559 CDS_32 CDS 0.82 81628 81713 CDS_33 CDS 0.67 82104 82257 CDS_34 CDS 0.86 84390 84471 CDS_35 CDS 0.61 86397 86515 CDS_36 CDS 0.87 87781 87942 CDS_37 CDS 0.87 88839 88906 CDS_38 CDS 0.79 90186 90266 CDS_39 CDS 0.86 93367 93489 CDS_40 CDS 0.98 94157 94224 CDS_41 CDS 1 94321 94405 CDS_42 CDS 1 94499 94657 CDS_43 CDS 0.97 95904 96041 CDS_44 CDS 0.8 96572 96650 CDS_45 CDS 0.94 98219 98298 CDS_46 CDS 1 99736 99865 CDS_47 CDS 1 100633 100737 stop_codon_7 stop_codon 100735 100737 AUGUSTUS_ab_initio de novo gene_8 gene 0.38 29573 14485 transcript_8 transcript 0.38 29573 14485 stop_codon_8 stop_codon 14487 14485 intron_41 intron 0.97 15224 14848 intron_42 intron 1 15918 15426 intron_43 intron 0.98 16128 16023 intron_44 intron 0.93 17518 16835 intron_45 intron 0.93 18358 17888 intron_46 intron 0.91 18855 18521 intron_47 intron 1 19181 19081 intron_48 intron 1 19745 19662 intron_49 intron 0.78 20229 19824 intron_50 intron 0.8 22911 20302 intron_51 intron 0.72 23235 22989 intron_52 intron 0.82 28432 23306 intron_53 intron 0.9 29349 28557 CDS_48 CDS 0.99 14847 14485 CDS_49 CDS 0.97 15425 15225 CDS_50 CDS 1 16022 15919 CDS_51 CDS 0.97 16834 16129 CDS_52 CDS 0.92 17887 17519 CDS_53 CDS 0.96 18520 18359 CDS_54 CDS 0.91 19080 18856 CDS_55 CDS 1 19661 19182 CDS_56 CDS 0.83 19823 19746 CDS_57 CDS 0.96 20301 20230 CDS_58 CDS 0.73 22988 22912 CDS_59 CDS 0.72 23305 23236 CDS_60 CDS 0.87 28556 28433 CDS_61 CDS 0.88 29573 29350 start_codon_8 start_codon 29573 29571 gene_9 gene 0.23 34592 30803 transcript_9 transcript 0.23 34592 30803 stop_codon_9 stop_codon 30805 30803 intron_54 intron 0.71 30947 30842 intron_55 intron 1 31112 31020 intron_56 intron 0.72 32508 31191 intron_57 intron 0.82 34001 32622 intron_58 intron 0.73 34444 34113 CDS_62 CDS 0.71 30841 30803 CDS_63 CDS 0.93 31019 30948 CDS_64 CDS 0.99 31190 31113 CDS_65 CDS 0.83 32621 32509 CDS_66 CDS 0.86 34112 34002 CDS_67 CDS 0.6 34592 34445 start_codon_9 start_codon 34592 34590 gene_10 gene 0.17 55454 51235 transcript_10 transcript 0.17 55454 51235 stop_codon_10 stop_codon 51237 51235 intron_59 intron 1 51657 51299 intron_60 intron 1 51817 51720 intron_61 intron 1 51937 51854 intron_62 intron 0.67 52180 52019 intron_63 intron 0.65 52389 52300 intron_64 intron 0.57 53787 52481 intron_65 intron 0.38 54493 53823 intron_66 intron 0.36 55272 54530 intron_67 intron 1 55408 55318 CDS_68 CDS 0.99 51298 51235 CDS_69 CDS 1 51719 51658 CDS_70 CDS 1 51853 51818 CDS_71 CDS 1 52018 51938 CDS_72 CDS 0.62 52299 52181 CDS_73 CDS 0.65 52480 52390 CDS_74 CDS 0.75 53822 53788 CDS_75 CDS 0.38 54529 54494 CDS_76 CDS 1 55317 55273 CDS_77 CDS 1 55454 55409 start_codon_10 start_codon 55454 55452 gene_11 gene 0.13 107332 101555 transcript_11 transcript 0.13 107332 101555 stop_codon_11 stop_codon 101557 101555 intron_68 intron 1 102419 101977 intron_69 intron 1 102830 102702 intron_70 intron 0.85 103415 103102 intron_71 intron 0.7 104476 103736 intron_72 intron 1 104901 104760 intron_73 intron 0.72 105542 104989 intron_74 intron 0.47 105777 105619 intron_75 intron 0.54 105894 105817 intron_76 intron 1 106946 105991 CDS_78 CDS 0.42 101976 101555 CDS_79 CDS 1 102701 102420 CDS_80 CDS 0.85 103101 102831 CDS_81 CDS 0.7 103735 103416 CDS_82 CDS 1 104759 104477 CDS_83 CDS 0.72 104988 104902 CDS_84 CDS 0.72 105618 105543 CDS_85 CDS 0.54 105816 105778 CDS_86 CDS 1 105990 105895 CDS_87 CDS 1 107332 106947 AUGUSTUS_tom_ugs de novo gene_1 gene 0.25 4745 6355 transcript_1 transcript 0.25 4745 6355 start_codon_1 start_codon 4745 4747 CDS_1 CDS 0.25 4745 6355 stop_codon_1 stop_codon 6353 6355 gene_2 gene 0.81 40483 42423 transcript_2 transcript 0.81 40483 42423 start_codon_2 start_codon 40483 40485 CDS_2 CDS 0.81 40483 42423 stop_codon_2 stop_codon 42421 42423 gene_3 gene 0.35 43323 50785 transcript_3 transcript 0.35 43323 50785 start_codon_3 start_codon 43323 43325 intron_1 intron 0.46 43486 49204 intron_2 intron 1 50658 50736 CDS_3 CDS 0.36 43323 43485 CDS_4 CDS 0.93 49205 50657 CDS_5 CDS 1 50737 50785 stop_codon_3 stop_codon 50783 50785 gene_4 gene 0.91 57306 61952 transcript_4 transcript 0.91 57306 61952 start_codon_4 start_codon 57306 57308 intron_3 intron 1 57557 58348 intron_4 intron 1 59053 59746 intron_5 intron 1 59978 60096 intron_6 intron 1 60744 61073 CDS_6 CDS 0.92 57306 57556 CDS_7 CDS 1 58349 59052 CDS_8 CDS 1 59747 59977 CDS_9 CDS 1 60097 60743 CDS_10 CDS 0.99 61074 61952 stop_codon_4 stop_codon 61950 61952 AUGUSTUS_tom_ugs de novo gene_5 gene 0.25 22260 14485 transcript_5 transcript 0.25 22260 14485 stop_codon_5 stop_codon 14487 14485 intron_7 intron 1 15224 14848 intron_8 intron 1 15918 15426 intron_9 intron 1 16128 16023 intron_10 intron 0.86 17518 16835 intron_11 intron 0.92 18358 17888 intron_12 intron 0.91 18855 18521 intron_13 intron 1 19181 19081 intron_14 intron 0.98 19745 19662 intron_15 intron 0.61 20229 19824 intron_16 intron 0.42 22254 20302 CDS_11 CDS 0.94 14847 14485 CDS_12 CDS 1 15425 15225 CDS_13 CDS 1 16022 15919 CDS_14 CDS 0.86 16834 16129 CDS_15 CDS 0.79 17887 17519 CDS_16 CDS 0.98 18520 18359 CDS_17 CDS 0.91 19080 18856 CDS_18 CDS 0.99 19661 19182 CDS_19 CDS 0.81 19823 19746 CDS_20 CDS 0.74 20301 20230 CDS_21 CDS 0.46 22260 22255 start_codon_5 start_codon 22260 22258 gene_6 gene 0.74 29573 29346 transcript_6 transcript 0.74 29573 29346 stop_codon_6 stop_codon 29348 29346 CDS_22 CDS 0.74 29573 29346 start_codon_6 start_codon 29573 29571 gene_7 gene 0.26 37729 30803 transcript_7 transcript 0.26 37729 30803 stop_codon_7 stop_codon 30805 30803 intron_17 intron 1 30947 30842 intron_18 intron 1 31112 31020 intron_19 intron 1 32508 31191 intron_20 intron 1 34001 32622 intron_21 intron 1 34480 34113 intron_22 intron 0.99 34757 34595 intron_23 intron 0.36 37716 34815 CDS_23 CDS 1 30841 30803 CDS_24 CDS 1 31019 30948 CDS_25 CDS 1 31190 31113 CDS_26 CDS 1 32621 32509 CDS_27 CDS 1 34112 34002 CDS_28 CDS 1 34594 34481 CDS_29 CDS 0.65 34814 34758 CDS_30 CDS 0.4 37729 37717 start_codon_7 start_codon 37729 37727 gene_8 gene 0.96 55454 50787 transcript_8 transcript 0.96 55454 50787 stop_codon_8 stop_codon 50789 50787 intron_24 intron 0.96 51055 50798 intron_25 intron 1 51259 51124 intron_26 intron 1 51657 51299 intron_27 intron 1 51817 51720 intron_28 intron 1 51937 51854 intron_29 intron 1 52180 52019 intron_30 intron 1 52408 52253 intron_31 intron 1 52569 52481 intron_32 intron 1 53556 52675 intron_33 intron 1 53787 53608 intron_34 intron 1 55272 53823 intron_35 intron 1 55408 55318 CDS_31 CDS 1 50797 50787 CDS_32 CDS 0.96 51123 51056 CDS_33 CDS 1 51298 51260 CDS_34 CDS 1 51719 51658 CDS_35 CDS 1 51853 51818 CDS_36 CDS 1 52018 51938 CDS_37 CDS 1 52252 52181 CDS_38 CDS 1 52480 52409 CDS_39 CDS 1 52674 52570 CDS_40 CDS 1 53607 53557 CDS_41 CDS 1 53822 53788 CDS_42 CDS 1 55317 55273 CDS_43 CDS 1 55454 55409 start_codon_8 start_codon 55454 55452 gene_9 gene 0.52 107332 101555 transcript_9 transcript 0.52 107332 101555 stop_codon_9 stop_codon 101557 101555 intron_36 intron 1 102419 101977 intron_37 intron 1 102830 102702 intron_38 intron 0.83 103415 103102 intron_39 intron 0.84 104476 103736 intron_40 intron 1 104901 104760 intron_41 intron 0.77 105894 104975 intron_42 intron 1 106946 105991 CDS_44 CDS 0.88 101976 101555 CDS_45 CDS 1 102701 102420 CDS_46 CDS 0.83 103101 102831 CDS_47 CDS 0.84 103735 103416 CDS_48 CDS 1 104759 104477 CDS_49 CDS 0.86 104974 104902 CDS_50 CDS 1 105990 105895 CDS_51 CDS 1 107332 106947 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 4700 4857 match_part 1.000 7350 7725 match_part 1.000 10741 10862 match_part 1.000 10967 11162 match_part 1.000 11660 11738 match_2 match_part 1.000 12099 12583 match_3 match_part 0.997 49089 49760 match_4 match_part 0.996 57287 57556 match_part 1.000 58349 58765 match_5 match_part 1.000 59801 59977 match_part 1.000 60097 60743 match_part 1.000 61074 61396 match_part 0.996 61471 61917 match_6 match_part 1.000 80853 81024 match_part 1.000 81127 81210 match_part 1.000 81293 81559 match_part 1.000 81628 81713 match_part 0.994 82104 82257 match_part 1.000 86436 86508 match_7 match_part 0.987 82106 82257 match_part 1.000 84390 84471 match_part 1.000 86436 86515 match_part 1.000 87781 87942 match_part 1.000 88839 88906 match_part 1.000 90186 90266 match_part 0.996 91206 91441 match_part 0.981 91822 92143 match_8 match_part 0.990 93388 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 1.000 98219 98298 match_part 1.000 99736 99865 match_part 0.994 100633 100958 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 0.986 6602 5913 match_10 match_part 1.000 16385 16129 match_part 1.000 16022 15919 match_part 1.000 15425 15225 match_part 0.991 14847 14614 match_11 match_part 0.886 35783 35547 match_part 1.000 34836 34758 match_part 1.000 34594 34481 match_part 1.000 34112 34002 match_part 1.000 32621 32509 match_part 1.000 31190 31113 match_part 1.000 31019 30948 match_part 0.994 30841 30325 match_12 match_part 0.978 35771 35547 match_part 0.975 34836 34758 match_part 0.982 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32597 match_13 match_part 0.919 55606 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 0.961 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 0.988 52018 51938 match_part 0.972 51853 51818 match_part 0.952 51719 51658 match_part 0.990 51298 51008 match_14 match_part 0.947 92146 91996 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 4700 4857 exon 7350 7725 exon 10741 10862 exon 10967 11162 exon 11660 11738 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 6602 5913 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 12099 12583 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 16385 16129 exon 16022 15919 exon 15425 15225 exon 14847 14614 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 35783 35547 exon 34836 34758 exon 34594 34481 exon 34112 34002 exon 32621 32509 exon 31190 31113 exon 31019 30948 exon 30841 30325 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 49089 49760 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 55606 55409 exon 55317 55273 exon 53822 53788 exon 53607 53557 exon 52674 52570 exon 52480 52409 exon 52252 52181 exon 52018 51938 exon 51853 51818 exon 51719 51658 exon 51298 51008 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 57287 57556 exon 58349 58765 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 59801 59977 exon 60097 60743 exon 61074 61396 exon 61471 61917 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 80853 81024 exon 81127 81210 exon 81293 81559 exon 81628 81713 exon 82104 82257 exon 86436 86508 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 82106 82257 exon 84390 84471 exon 86436 86515 exon 87781 87942 exon 88839 88906 exon 90186 90266 exon 91206 91441 exon 91822 92143 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 92146 91996 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93388 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 100958 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 93399 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 0.987 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 match_part 0.962 98219 98298 match_part 0.969 99736 99865 match_part 0.971 100633 101078 match_2 match_part 1.000 93411 93489 match_part 1.000 94157 94224 match_part 1.000 94321 94405 match_part 1.000 94499 94657 match_part 1.000 95904 96041 match_part 1.000 96572 96650 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.889 35781 35547 match_part 0.975 34836 34758 match_part 1.000 34594 34481 match_part 0.991 34112 34002 match_part 1.000 32621 32557 match_4 match_part 0.882 55578 55409 match_part 1.000 55317 55273 match_part 0.971 53822 53788 match_part 1.000 53607 53557 match_part 0.971 52674 52570 match_part 1.000 52480 52409 match_part 1.000 52252 52181 match_part 1.000 52018 51938 match_part 0.917 51853 51818 match_part 0.963 51719 51666 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 35781 35547 exon 34836 34758 exon 34594 34481 exon 34112 34002 exon 32621 32557 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 55578 55409 exon 55317 55273 exon 53822 53788 exon 53607 53557 exon 52674 52570 exon 52480 52409 exon 52252 52181 exon 52018 51938 exon 51853 51818 exon 51719 51666 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0168N10.2 type gene exon 93399 93489 exon 94157 94224 exon 94321 94405 exon 94499 94657 exon 95904 96041 exon 96572 96650 exon 98219 98298 exon 99736 99865 exon 100633 101078 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.25 4745 6355 transcript_1 transcript 0.25 4745 6355 start_codon_1 start_codon 4745 4747 CDS_1 CDS 0.25 4745 6355 stop_codon_1 stop_codon 6353 6355 gene_2 gene 0.49 6722 14017 transcript_2 transcript 0.49 6722 14017 start_codon_2 start_codon 6722 6724 intron_1 intron 0.7 6751 7349 intron_2 intron 1 7726 10740 intron_3 intron 1 10863 10966 intron_4 intron 1 11163 11659 intron_5 intron 0.82 11778 12146 intron_6 intron 0.9 12248 12537 intron_7 intron 0.91 12647 13949 CDS_2 CDS 0.68 6722 6750 CDS_3 CDS 0.79 7350 7725 CDS_4 CDS 1 10741 10862 CDS_5 CDS 1 10967 11162 CDS_6 CDS 0.99 11660 11777 CDS_7 CDS 0.9 12147 12247 CDS_8 CDS 0.92 12538 12646 CDS_9 CDS 0.94 13950 14017 stop_codon_2 stop_codon 14015 14017 gene_3 gene 0.85 40483 42423 transcript_3 transcript 0.85 40483 42423 start_codon_3 start_codon 40483 40485 CDS_10 CDS 0.85 40483 42423 stop_codon_3 stop_codon 42421 42423 gene_4 gene 0.34 43323 50785 transcript_4 transcript 0.34 43323 50785 start_codon_4 start_codon 43323 43325 intron_8 intron 0.54 43486 49204 intron_9 intron 1 50658 50736 CDS_11 CDS 0.36 43323 43485 CDS_12 CDS 0.97 49205 50657 CDS_13 CDS 1 50737 50785 stop_codon_4 stop_codon 50783 50785 gene_5 gene 0.29 55519 61952 transcript_5 transcript 0.29 55519 61952 start_codon_5 start_codon 55519 55521 intron_10 intron 0.42 55554 56626 intron_11 intron 0.55 56756 58348 intron_12 intron 1 59053 59746 intron_13 intron 1 59978 60096 intron_14 intron 1 60744 61073 CDS_14 CDS 0.42 55519 55553 CDS_15 CDS 0.36 56627 56755 CDS_16 CDS 1 58349 59052 CDS_17 CDS 1 59747 59977 CDS_18 CDS 1 60097 60743 CDS_19 CDS 1 61074 61952 stop_codon_5 stop_codon 61950 61952 gene_6 gene 0.21 67389 91338 transcript_6 transcript 0.21 67389 91338 start_codon_6 start_codon 67389 67391 intron_15 intron 0.43 68178 71657 intron_16 intron 0.8 71721 72076 intron_17 intron 0.77 72157 74125 intron_18 intron 0.72 74178 75448 intron_19 intron 0.93 75606 75819 intron_20 intron 0.95 75909 78531 intron_21 intron 0.8 78789 80852 intron_22 intron 1 81025 81126 intron_23 intron 1 81211 81292 intron_24 intron 1 81560 81627 intron_25 intron 1 81714 82103 intron_26 intron 1 82258 84389 intron_27 intron 1 84472 86435 intron_28 intron 1 86516 87780 intron_29 intron 1 87943 88838 intron_30 intron 1 88907 90185 intron_31 intron 1 90267 91205 CDS_20 CDS 0.55 67389 68177 CDS_21 CDS 0.8 71658 71720 CDS_22 CDS 0.78 72077 72156 CDS_23 CDS 0.99 74126 74177 CDS_24 CDS 0.94 75449 75605 CDS_25 CDS 0.99 75820 75908 CDS_26 CDS 0.78 78532 78788 CDS_27 CDS 0.8 80853 81024 CDS_28 CDS 1 81127 81210 CDS_29 CDS 1 81293 81559 CDS_30 CDS 1 81628 81713 CDS_31 CDS 1 82104 82257 CDS_32 CDS 1 84390 84471 CDS_33 CDS 1 86436 86515 CDS_34 CDS 1 87781 87942 CDS_35 CDS 1 88839 88906 CDS_36 CDS 1 90186 90266 CDS_37 CDS 1 91206 91338 stop_codon_6 stop_codon 91336 91338 gene_7 gene 1.86 91413 100737 transcript_7 transcript 1 91413 100737 start_codon_7 start_codon 91413 91415 intron_32 intron 1 91442 91821 intron_33 intron 1 91906 93366 intron_34 intron 1 93490 94156 intron_35 intron 1 94225 94320 intron_36 intron 1 94406 94498 intron_37 intron 1 94658 95903 intron_38 intron 1 96042 96571 intron_39 intron 1 96651 98218 intron_40 intron 1 98299 99735 intron_41 intron 1 99866 100632 CDS_38 CDS 1 91413 91441 CDS_39 CDS 1 91822 91905 CDS_40 CDS 1 93367 93489 CDS_41 CDS 1 94157 94224 CDS_42 CDS 1 94321 94405 CDS_43 CDS 1 94499 94657 CDS_44 CDS 1 95904 96041 CDS_45 CDS 1 96572 96650 CDS_46 CDS 1 98219 98298 CDS_47 CDS 1 99736 99865 CDS_48 CDS 1 100633 100737 stop_codon_7 stop_codon 100735 100737 transcript_8 transcript 0.86 91413 99752 start_codon_8 start_codon 91413 91415 intron_42 intron 1 91442 91821 intron_43 intron 1 91906 93366 intron_44 intron 1 93490 94156 intron_45 intron 1 94225 94320 intron_46 intron 1 94406 94498 intron_47 intron 1 94658 95903 intron_48 intron 1 96042 96571 intron_49 intron 1 96651 98218 intron_50 intron 0.9 98299 98891 intron_51 intron 0.88 98954 99735 CDS_49 CDS 1 91413 91441 CDS_50 CDS 1 91822 91905 CDS_51 CDS 1 93367 93489 CDS_52 CDS 1 94157 94224 CDS_53 CDS 1 94321 94405 CDS_54 CDS 1 94499 94657 CDS_55 CDS 1 95904 96041 CDS_56 CDS 1 96572 96650 CDS_57 CDS 1 98219 98298 CDS_58 CDS 0.87 98892 98953 CDS_59 CDS 0.93 99736 99752 stop_codon_8 stop_codon 99750 99752 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 0.19 29573 14485 transcript_9 transcript 0.19 29573 14485 stop_codon_9 stop_codon 14487 14485 intron_52 intron 1 15224 14848 intron_53 intron 1 15918 15426 intron_54 intron 1 16128 16023 intron_55 intron 0.81 17518 16835 intron_56 intron 0.85 18358 17888 intron_57 intron 0.88 18855 18521 intron_58 intron 1 19181 19081 intron_59 intron 0.98 19745 19662 intron_60 intron 0.65 20229 19824 intron_61 intron 0.57 22911 20302 intron_62 intron 0.44 28298 22989 intron_63 intron 1 28432 28357 intron_64 intron 0.97 29349 28557 CDS_60 CDS 0.94 14847 14485 CDS_61 CDS 1 15425 15225 CDS_62 CDS 1 16022 15919 CDS_63 CDS 0.82 16834 16129 CDS_64 CDS 0.73 17887 17519 CDS_65 CDS 0.97 18520 18359 CDS_66 CDS 0.89 19080 18856 CDS_67 CDS 0.99 19661 19182 CDS_68 CDS 0.78 19823 19746 CDS_69 CDS 0.84 20301 20230 CDS_70 CDS 0.57 22988 22912 CDS_71 CDS 0.55 28356 28299 CDS_72 CDS 0.97 28556 28433 CDS_73 CDS 0.96 29573 29350 start_codon_9 start_codon 29573 29571 gene_9 gene 0.95 34065 30803 transcript_10 transcript 0.95 34065 30803 stop_codon_10 stop_codon 30805 30803 intron_65 intron 1 30947 30842 intron_66 intron 1 31112 31020 intron_67 intron 1 32508 31191 intron_68 intron 1 34001 32622 CDS_74 CDS 1 30841 30803 CDS_75 CDS 1 31019 30948 CDS_76 CDS 1 31190 31113 CDS_77 CDS 1 32621 32509 CDS_78 CDS 0.95 34065 34002 start_codon_10 start_codon 34065 34063 gene_10 gene 0.97 55454 50787 transcript_11 transcript 0.97 55454 50787 stop_codon_11 stop_codon 50789 50787 intron_69 intron 0.97 51055 50798 intron_70 intron 1 51259 51124 intron_71 intron 1 51657 51299 intron_72 intron 1 51817 51720 intron_73 intron 1 51937 51854 intron_74 intron 1 52180 52019 intron_75 intron 1 52408 52253 intron_76 intron 1 52569 52481 intron_77 intron 1 53556 52675 intron_78 intron 1 53787 53608 intron_79 intron 1 55272 53823 intron_80 intron 1 55408 55318 CDS_79 CDS 1 50797 50787 CDS_80 CDS 0.97 51123 51056 CDS_81 CDS 1 51298 51260 CDS_82 CDS 1 51719 51658 CDS_83 CDS 1 51853 51818 CDS_84 CDS 1 52018 51938 CDS_85 CDS 1 52252 52181 CDS_86 CDS 1 52480 52409 CDS_87 CDS 1 52674 52570 CDS_88 CDS 1 53607 53557 CDS_89 CDS 1 53822 53788 CDS_90 CDS 1 55317 55273 CDS_91 CDS 1 55454 55409 start_codon_11 start_codon 55454 55452 gene_11 gene 0.24 107332 100963 transcript_12 transcript 0.24 107332 100963 stop_codon_12 stop_codon 100965 100963 intron_81 intron 0.42 101597 101015 intron_82 intron 1 102419 101977 intron_83 intron 0.99 102830 102702 intron_84 intron 0.88 103415 103102 intron_85 intron 0.66 104476 103736 intron_86 intron 0.99 104901 104760 intron_87 intron 0.79 105894 104975 intron_88 intron 1 106946 105991 CDS_92 CDS 0.43 101014 100963 CDS_93 CDS 0.51 101976 101598 CDS_94 CDS 0.99 102701 102420 CDS_95 CDS 0.87 103101 102831 CDS_96 CDS 0.66 103735 103416 CDS_97 CDS 0.97 104759 104477 CDS_98 CDS 0.88 104974 104902 CDS_99 CDS 0.98 105990 105895 CDS_100 CDS 1 107332 106947 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 403 49174 50760 match_2 match 163 40786 42378 match_3 match 333 49552 50760 match_4 match 434 49177 50772 match_5 match 428 49165 50745 match_6 match 421 49195 50763 match_7 match 421 49177 50745 match_8 match 407 49165 50745 match_9 match 457 49174 50754 match_10 match 417 49174 50751 match_11 match 407 49174 50748 match_12 match 399 49219 50748 match_13 match 392 49186 50754 match_14 match 594 49171 50745 match_15 match 430 49150 50748 match_16 match 258 4787 6124 match_17 match 714 40516 42399 match_18 match 217 61065 61931 match_19 match 263 60075 60764 match_20 match 201 58353 59054 match_21 match 104 59737 59979 match_22 match 69.3 10941 11162 match_23 match 124 7411 7725 match_24 match 62.4 10738 10863 match_25 match 87.8 10965 11162 match_26 match 147 7393 7725 match_27 match 61.2 10738 10863 match_28 match 297 4718 6130 match_29 match 310 4793 6073 match_30 match 611 49150 50745 match_31 match 382 49219 50751 match_32 match 229 4850 6130 match_33 match 689 40513 42399 match_34 match 137 60078 60770 match_35 match 73.2 59737 59979 match_36 match 501 4760 6130 match_37 match 429 4784 6130 match_38 match 472 4775 6130 match_39 match 472 4775 6130 match_40 match 162 4742 5419 match_41 match 380 4748 6130 match_42 match 539 4742 6130 match_43 match 430 4766 6130 match_44 match 429 4766 6130 match_45 match 176 5045 6124 match_46 match 209 61065 61931 match_47 match 203 58296 59054 match_48 match 241 60075 60764 match_49 match 110 59737 59979 match_50 match 321 4709 6124 match_51 match 319 4787 6127 match_52 match 208 5387 6124 match_53 match 114 7411 7725 match_54 match 56.6 10738 10863 match_55 match 72.4 10965 11162 match_56 match 114 7411 7725 match_57 match 56.6 10738 10863 match_58 match 72.4 10965 11162 match_59 match 114 7411 7725 match_60 match 56.6 10738 10863 match_61 match 75.5 10965 11168 match_62 match 57.0 81290 81571 match_63 match 39.3 81610 81711 match_64 match 129 80851 81216 match_65 match 255 67521 68186 match_66 match 57.0 81290 81571 match_67 match 39.3 81610 81711 match_68 match 129 80851 81216 match_69 match 255 67521 68186 match_70 match 421 49234 50745 match_71 match 424 49180 50757 match_72 match 404 49162 50766 match_73 match 405 49162 50760 match_74 match 407 49177 50745 match_75 match 439 49177 50751 match_76 match 346 4751 6097 match_77 match 317 4784 6124 match_78 match 328 61065 61937 match_79 match 303 58347 59054 match_80 match 343 60075 60770 match_81 match 131 59737 59979 match_82 match 280 4871 6130 match_83 match 279 4952 6130 match_84 match 263 4964 6028 match_85 match 293 4919 6130 match_86 match 189 4919 5677 match_87 match 328 40711 42393 match_88 match 339 40759 42399 match_89 match 419 4742 6130 match_90 match 545 4742 6130 match_91 match 449 49159 50751 match_92 match 545 49189 50757 match_93 match 555 49174 50754 match_94 match 608 49177 50745 match_95 match 402 49144 50757 match_96 match 382 49306 50751 match_97 match 349 4751 6097 match_98 match 115 61059 61778 match_99 match 108 60099 60764 match_100 match 66.6 59737 59976 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_101 match 151 19661 19179 match_102 match 175 17887 17519 match_103 match 122 19080 18805 match_104 match 110 18556 18353 match_105 match 226 103104 102418 match_106 match 169 101989 101576 match_107 match 134 103739 103407 match_108 match 200 107332 106931 match_109 match 179 104759 104478 match_110 match 123 16831 16127 match_111 match 191 19817 19179 match_112 match 115 19098 18856 match_113 match 146 17791 17519 match_114 match 114 107317 106931 match_115 match 160 103098 102418 match_116 match 133 107317 106946 match_117 match 106 104759 104478 match_118 match 161 19817 19179 match_119 match 98.6 19080 18841 match_120 match 183 17887 17453 match_121 match 112 18556 18353 match_122 match 116 17887 17462 match_123 match 92.0 83700 82921 match_124 match 48.5 83909 83736 match_125 match 49.3 28555 28430 match_126 match 80.5 28344 28186 match_127 match 137 16831 16127 match_128 match 191 19820 19146 match_129 match 44.7 16023 15916 match_130 match 183 17887 17474 match_131 match 105 18556 18353 match_132 match 107 19080 18856 match_133 match 137 16831 16127 match_134 match 174 19661 19146 match_135 match 44.7 16023 15916 match_136 match 183 17887 17474 match_137 match 105 18556 18353 match_138 match 107 19080 18856 match_139 match 159 101989 101576 match_140 match 250 103104 102421 match_141 match 148 103718 103404 match_142 match 233 107332 106931 match_143 match 173 104759 104469 match_144 match 89.0 83742 82708 match_145 match 38.5 83834 83718 match_146 match 165 103098 102418 match_147 match 127 107317 106946 match_148 match 107 104759 104478 match_149 match 88.6 83688 82936 match_150 match 69.7 83933 83712 match_151 match 245 103098 102421 match_152 match 175 101989 101576 match_153 match 147 103739 103404 match_154 match 228 107326 106931 match_155 match 171 104759 104478 match_156 match 48.5 28555 28430 match_157 match 83.2 28350 28186 match_158 match 79.7 83682 82921 match_159 match 47.8 83927 83742