C04HBa0096I08.1 TTTGGATCAAGAACTCAATTATTGTCATTTCATTACTGTTTTCACCTCCATTATTTCATT CACGTGGCTATGTTTCTTTTTTATTACTAATATATAAGTTTTATCACGAGCACAAACCCC ACAGCCAGTGAGGTATTTATGATATTTGTGGTGTTGACAGCTACTGATATTTTGTCTCAA TTACTACAAGGTTTGTCTACTTGCAATATTTTTTTTCAAGTATCCTATCGTGATCACCAC CTAATATTATTTTCACTATGTTTTTTTATTTATGAGATGCCAACTCCAACTATTGTACTA GATGGGGACAACAGCAGAGTTTTAGATCTGAGTAATGGTACACTTCAATGCTTGAGCTCA TCCACATAAAACTGATCTAAAAAAGATTCCTCATTACTTTCGACTCGAACTACTTTGAAT GTGTTTTGACTTCATCAATTCGTTTTTGATTAGTCGTGATCAGCCAAAAATGCTAATTTA ACCCTGTTTAAGACGATCTATCGAAATGTGACTGACAATCCAGAACAAACAAAATGACAA ATAGGTAATAAAATTTACTTCTTTACCTTTTTTATAATGTTCAAGAGTATACTTGATTCA GAGGATCTGTAAAGTTTTTCCATTTGTTTGAAAAGACTGACAAGGGCATGAATACAACAC ATACTTGTATCCTATGTTGCTCCGACTCTGAGGAGAACTCCAGATGTAGTGCATTTTTGG AGGATCCGGCATGAGGTGTGGCTCTTGTTTCGGAGAGTCCACGACAACATAGCTTTTATC ATAAAAGCCTATTCATTACAACAGACGAGAATCACAGAAAATGTTACTAAAATAGAGTTC AGAAAAACACACGAAATTAGGAAGTTTATATGTCCTTTGGGGTCTTTCTTATGCACATCT AGAAACATTACAATACAAAGATCAACAGCTAAAGACTTGAATACAGGACATCACCAAAAT GTAGAACAAACGAATTCTTGTAACAGCTGCTTTCATCGATTCTGAAGCATGGATTCGTTG CAGTATTTCTTGAAATTCAAGCATTCTTCCACAATGAAATCACTACAAAATTTGATTTCA GAAAGTCGTGTTAGTGACACAAATAGCAACCTTTTTCATCATAAAAGCAGCAACAAGTGG AAACTTACAAGATCCGCTCAGCCATATCTGATGTTTCCCATCTGGGACTCCACGGGTACT CAGCAGTGACTGGAGACTTGATGGGTAGACCTTGAGAATTAAAGTGCTATACAAACATGC CAGTGCACAGATATGAGCACCAAGTCAATTGATACTACAACAACAACTACTACTACACCT CGATACCAATCAAGAAGCACAAACAGATGAGTAGAAGGGAAAGATGAGAAGTATGCCACT CCTATCACAGAATGGCGGGCAAGAATTGGGGCATAACCACTACATTTTTTTCACAAAAAG GTTCTATGCCTAAATATTTACATGTTCATGAAGGCAAACTAAAAAACGCTCGAGTATTAC AAACAACCATACCAAAATATCTAAAATCCTGTCACGTTATCTTTCTTAAAAAAATAAATC CTGTCACGTTATTGAACAACAAGATCAACAACATAACCAGTGAAATTCCACAAGTGAGGT CTGCAGAGAGTAGAGTATATGCAGACCATCGTACCCCAACCTCATGGAGGTAGAGAGGTT GTTTCCACCCTCAGCTCAAGTGTGGCAAATAAAAAGAAAAGGTACATGGAGGAAAAAAAT AAAATATAGTAAAGGTAAGAAGGCACCAATATAGTTCAAGGGGACCTAAACAAACTATTT ACCTGGGAACTCTGAAGCATCAAACTTGGCTGCTGCTTAGGGAACTGAAGTGGGATGGCA ACATGAACCTAAAATATAAAGGATATTATAAGATTTATCTACTAATAATCGCTCATCAAT AACATTTAGATATAAGCAGCAGAAGCAAAGATAATCAATCAAGGGAACATGGTCTCCAGT CAGCATGTCAAACAAAGCTTTATCATGTGGAAGAAAAAAGAGCAACATATTTGCTGAAAG AATTGCAAATATAGGTAAGACCATGACCAGTTTCTCTATGTTTTTGAGTTATTCTTATAG ATGTATGGACTACTTTGTATCAGGTGTTTGCATTCATTTGAAATCCTACTCAATTGTCCA TCGTTTTTCAGCTATCAAAGTCTTCTCCTCCCCCTCCCTCTTGAGAAGCAAAACTGAAAC TTATGCACCCAGTCGTCCCGAGAACATGCTTTAATTAATTAATAAAATGCCTCCAAGCAA TCACATCAGGAAAGAAATTTCTACTTTGTGTGTCTGCTTACAAGTTATTAAGTTACCGTA CCAGAAAAGTAAATACCCCAGAGGAAGATAGAAAGGTCGCCTTCCTGCAGAAAAGCTGAC AAACGAAGAAAGGATCATTAAACATGCCATCTATCAGCGGACATACTAATTACTAAAGAA TTAATATTGCATACTGGATCTGCTTCCACTGGCCTTCCAAAGAGAGGAGCTAATGCTATA ATGAGCTTCCTTCTACTTTCAATGGATGCAACTGCATCTTTAATCTGTCAAGAGCAGATG GACAAAACAGGAAAGAGAACTTTAACAAAATAATTTGGCATAAACCCCAATGGAGAAATT AGTAATTAACCTGTGATTCAAGCATCTCTTCTAATGTCGGAAGGTACTCAGCCATACACC TAAAAATTTAAAAAGAAGAAAGAGAAAAGAATTATGAACATAAGATGATACCGCAACTTT GTTGGAAAGGATAGCATAACAAAAATGCTCCTCAAATAGGAGAAGGGTTGACAAGGCTGC TTGCTTCTGCAGCAATAATCAGAACTTACATTCCATCCAACCATGGAGGAAGCCTGAAAT CATCAATTGAGAAGACAGCCTTCAATTCAGGAGAAGATACCAATTTCAAACGTGGGGCAG AAGGAGCACTGGAGTATTTCCTGCCAACTGGATATATAACCTGTCACATTAGTAAAGTTA ATCAAAAGAGAACCGAGAAAGGAAGAAAAAATGACAAGCCAAAAGATGATTAGACAAACA AATTACTCATTTAGTCTCAATGATAAATACAAGCTGAAGAAACAATTAAACCAACAAATG AACTATTTAACCTCCACAAAAAGTTTCAGTTTTAACACTTAAATGATGCAGCTTTAGGAA TGATATGAAAGCAAGTAAATGACAAAAAAAATGTATTGCATTCATTCATCCAAATTTTCC CCAGAAGATATGCAAAAATAATGCTTCAAATGATCCTCAAATGATGCCATGCTTAAATCT CCTTCAATAGTAAATGACAAAAAAGATGTATTGCATTCATTCATCCTAATTTTCCCCCAG AGTTACGCAAAAATAATGCCTCAAATGATGCGATGCTTAAATCTCCTTCAATCAGTATCT TCTACTACTATGATTCTTTAAGAAAAAACATTTTATTTAAAATGTGATCTTCATTCTTCT AATTATTATAGCTATTACATTTAAAACTAAGGAAAGCAAACTAAAATAGATTTCAGAGAC TAGGGCTTAGTTTCAGTTGACAATCAAACCATATAACTATTTCATTTGTGTTGGAGATAT TAAAATTTAATCAGTGTTTTCATCTTCTGGTAATATATACAGACAAGCATACACAATGTA CGGAAAGATCCTTCAGAAAGCCGACCTGTAGGTATATCTTCTGTGGATGGCGCCAAGTGG ATCCTGCAACCATTTTGTTTAAATCCAAATCCAGCAGTGGGACAGCAAATTTAACCTCTT CTGGCTACACTACAATTTAATGGCACATAAACCATCCATACAGTCAAGATTCGAACGTTA CGCAGGATAATCCTTCCACATAAGAGCAGAAAGGGGATTACTAAATGCAGGTGTTAGTGA CAGTGGAGTACCTTATCAATATTTGAACTCAAAGACATTTCAATCCCCTGCAACATAATG ATCAAAAACAGAACGAAGTATAATTAAAGCTCGTTATAGAAAGAACAAATTATAACTTGA GGAGGAGAGAGCCGCGATCACACTTTTAAAACCCCTTCCCCTCTATAGAGTCTTCCAATC TAATAAATTAGGCAAGAAAACCATCAAAATTAGAGTTAACACTTGCACTCAAATGAGCCC TATGAATCCATCACACATAATCTTAATAGCTAAACCTATAAGCAATAGGCCATCCACTGT AAGAATTGAAATGTAGCGACATATTAAAAATTCACCACACAGGATGATGTATGCTACCTA GATCAATTTGGTCTAGTGTTAACCACCTGCCGATTGTCAGAAACAGCAAATTTTGACATA CACCTTAGAAAGCAACCATAGACTAAGTTGCTCAGACTCAGGTTCAGGTGTCCGATTATG GGTATGGATCTAGAGATCACATCCTCTATGATCTAAATTTTAAGATTCGGGAATACGGAT CCATGTATGTATACGAGTGCGGGGATTCGGCTTAAAATAATTCCAATATGTAAAAATAAA GTTCTAAAACCTAAATTATGAGATATTATGTGGAAAACATGACGAGAATCCCGAAAGGAG ATAAAAGGAAAGGGAGTGGCAATAGATATTTATATATACAAGGTATTTCATTTTCACCTT AGTTTTGATTACAGAAATCATCAAATATGTCTCGAATTCCTGCATCGAATTTGGTCAAAG TACCCATAATTAGTTGACTAAATCAGGTACAGATCCCACACCTACGTCGTTATGATACGG GTGCGGCACCAAAGTGAAAAGTCTAAGCAACTTAGACCACATATGCTCATAACCTAAGTT GCTTGGACTCTTCACTTTTGGTGCCAACACGGGGTGCCGCACCCGTGTCGACACGACATC GGTGCGGGTGTGGGATCCGTGTCCGATTTGGTCAAGTACTTTGACCAAAATCATTGGCGA AAGTCTTGGAAAGTTTTATAGATTTCTATAATCAATACAAAAGCTAAGATGGAATTGAAG AAAAATGGAATGTCTTTTATATAGAAATTTCTACGTCACTCCTTTTCGTTTAATCTCCTT CCGAGATTCTTCTCTAGATGCCTGTAGTAGATGCTTTACACACTCCAATTTTTTTGGGAT TCTCTCTAAGATTTGATTTTCAATACAAGTATCCTTTTACTTCTTAGTTATAACGAATCA AGTATAATTTGTTGGTTGTCATGATCATGCCAATAATACCAATGCAATAGCACACCTAGC TCCATTGGGAGGAACTCCTGATTCCATATCATATACTTACATTGGAGGCGAATTAGCAGC AGACAAAGACTAAATTAATGACAAGCTAACAAGTTCGGAAAATGTTGGAGCTAGATTACA CAACACTGTCCCCATTTTACAATTCAATGAAATTACAATGATCACCTTACTACCGAAAGG TGTCCAGTGCACACGAATAATCTAACCCAAACAACAACTTGATGATCAAACTGAATTACC TCTCTGGAAAGCATTGTGCTGATTTCAAACTTCAACCTGTCATCATCAACTTGTTCAACT CTTTTCTTTTGGTACGCCTTGTACAACTCCCTAACAACCATAAAAAACTAAATCTCAGCT CTTCTTTTTTCAGAAAATGTTCCTCACTTTACACAAACTAATGATGTGAAAAGTGAAAAT GCCCAACCTCAGCTGCAGAACCAGAGTGAAAAGACTAGTCGGATCTCTATTATTCCAGTC AGTAAGAGGGTTCTTCAATGACTTTGAGTCACTAGCATCACTGACAGCATGATAAGGTCG AAAAGTTTCATCTTCCGACCCAAATATAACATCTGGTGCTGCTAATGGATACACAGCATT GTACATCACATCCCCTACCCCAAATTTCATCATCAAAAATACAGGTTGGTAACATGATCA AACTATATACAGCTAGACTAATTCACTATGCAACCTTGAACAGAAATGTAAATTAGAAAG CTAAAAAGTAACTCACATTTGATGAAATCAAGACAGAAGGGGATTACTAACGAGAACCGA TCAAGCAAACCAGTGTTTTTGCATCCTGAACACATATTTTCTACCTGAACAAGCTTCAAA GTTCCTTGTCAGTGAATAACCATAAGCAAGTTTACAGAAATGACCTAATTTTTTTGAGTA AAAGCATATAAAATGACCTTAACAGAGAATGGAGCGTGAGTGACTATGTAATTCAGCTGT GCAGCGATGAGTGGAGGGACTGCGTCGATCGCCATGGCGGAGAATCGTCGGAATTTCACA CAGATTGCTTTAACAGCCGTCGGAGTTCAATCGGTGCTTTTTTTAATCCGGCAACGATAC GGATGGATACGGGCTCCGTCTGATAATTCGTTGGGCTTATATCTTTCTTAAAAAGTTTAA CTGGTAGCCCCTTTCAGCTAACTAATTAAATTCTATTAAATATTTTTGCAATTGCACGTT TTCGTCTAGAGAAATAGCCTCCGAAATTAATTTTGTTATTAGGAATGGAGAAAAATCGAC AGCTCGATAGAGACTTATTCGATCATCATGAATGACTTTGTGTAGCCTCTTTGTCGTTGT TGCCTTTGAAATTTCAGGTTTTAATTATATTTATTCAAGTTATAAATAATTTTAGAAACT TCTTTTTTGTTCATTAATAGTTATCTTTTTTTAGAAAGATAATACTATAGTATAAGCTAA GCCGTTAAATACGCAGTAGATATGTGATTACATGATCTCTTTCACTATTAGTAAATATAC CAATGTTATCAAAATTTATTAAATTATTATATATTGATGAAGAAACTACTTTATTAGATG GTACTCTTATTTTTTCTGTTTTAATACAATCTTTGATGGTATATCAAGTTGCACAAAATA GGATGGATTGTAAGTTAGTTGATAGGATCTTTGTTTTGCCAAAAGCATTAGCTACCTTGT TGTTTTGTATGAAAATGTATGTTGTACCATTGTTTTTTGTAACTTCTTCAATAAGGATTT GGTGGACATTGTGGTAGCTTCATAAATAGGGTAAGAATGCTACATGGGTTCTATTAATTA TATAGTTTATTGAAGTGACCTTGATTAGGATTTAGGGGGATTCACTTAAGCTAATAAGGC CAAAAACAGAGTATGGAGTTCATTGGCATGAGAATCAAGCGAAGTAGAGACATAAGCGGA TCCAAAGAAAAGAAGCAGGTTTGCAGATGCAATCATGAATCGAACCAGATCGAAACATTC AGCTGTCGACGGACAAAGCCAGAACGTCGACCGCAAACGAAGGATGGCCAGGTGCATATA AGCTACTATAGGCTGAAAGTTGTCACTGGATTTAGAGTTAAGCAGTTACTATAGTGTATG AGAACTCTTTACTATCTCTGGAATCTAGCTATGCTCTTACATCTTACAGGTCCCCGTCAA TTCCTTTGAGTTTCGGTCTTGCGACCGTACTCCCCAGGCGGAGTGTTTCACGCGTTACTG GGCCCCTGGAAGAAAAAGTAGAAAAAGAAATAAATATAGTGATAATTTGATTCTTCGTCG CCATAGTAAATAGGTTAGAAAATAGAATTTAATTATTCATTTTTATATTTGTTTATCTGA ATTAGTATTATAACTATTGTTTGTACACTACATTAATTATATCATTCATATGAAATTGTA AAATAAATTTTCTTTCTCTGCATAGTGATGGTTAGATATGTTTTCTTCTACGGGATAGAA TGTTGGCTAAAAATAAATATTTACATTCAAGAGATGAAGATAATAGAGATTAGGATGTGT CCCATGAGTGTGTGGATATATAGTAATAGAGATAGGATAAGAGCCAAAGTTTACATGTAA GGTGGTATAACATCTATGACATACAAGATAAGAGAAGCAAAATGGAATGTTTTTAGAATA TGAAGTGAAGTCACGAGGATACGCCAATATATAGAGGTGCGAGATGTTAATTCAAATATA TATATATATATATATATATATATATATATATTTGAATCATATATGAATCGAGTAACTTTT AATCGAATGAGGTTAAGGGCGGACCCACATGGAGCTGCCCGGGTGCTCGAGCACCCATTA AGCTCATATCGAATTATGTATATTTATATCAAAATTAAGGTAATACCATATACAATAAAA GTCGAGCACCTAACAAATAGATGTATTAGTTGGCATGGTGGTTGGAAGTGAGTTCTCAAG GTCTTATATTGCTAAAAAAATGTCCAGGTTCAATTCCCTGTAATTACATTTTTTTTTTCT TTCTACCTTTTCTTTTTCCTCCTTTCACGAATTGTCGTATTTCTAATTTTTCTAAAACAA AATTATTTTTTGAAGATTATTTTTCTTTTTGATTTTTTTTGGCTATTTTATATAAATATA ATTATTTTTTCTTTTGACAAGTATTAAATTTATACATTTATATTTATGATAGATAGCTTT AAGAGTAACCTCGATCTTAAAATCTTGAATCGTTTACTTCTCATGTCTATTATGTAACTT AATCTCCAAAAAAATATAAACAGATCTTTCATTACTATTAACTTTTTCTTCTCATCAGTC TACAGAAAAAATAAAAGGGAAGGAAAAAAATGTGTTCTAGCGCCTTTATTTTAGTTTTTC AATTTAAAAGCGAAAGAGTCTTCCTTCCCTTGGTTTGTCTTTTTGGTAACTACAATTGTA CGTGAAAGTATATTGTTTCTCCTCTTTTTTTTGAACCAATTCAAATATTTCGATTGTCTA TTGCATTGAAAAAATAACATCTATTTTGATGAATTTTAGCTTGCAGTTACGCTCTTTGAT TGATATAAGTTGAAAATGGTGAGCACCCATAGTTATAAATTTCTGAATCCGCCACTGAAT GAGGTCCATACATAACTTTGGCCCTACTTTTAACGACATGAAGAGGAATAAAGATAGATC AAAAAGAACCAAATAAAAAGTAATTAAAGATGATATAACCCGATTCAGCAGACTGAAAAG ATATCTGTAGGCCATTCGATAATTAACATAGCACAGTTATCGAGTATTATCACACTTTAT ATAGGGGCATTATTTTGTATACACTTGGTACACTATGGCTATAACTTAAATAACATAAAA CGATGGGAAAACAGGCCATGACTTAAATACTACTCCTCCAATCGGTTATCCACTATTTTT CTAGTTCATGGGCCATTCATCTTGTTTAAGCCCAGAAAGAACTTTCGAGGTTTAACTTGT AAGTAGTCATGGAAACCCTAATGCATTCCGATTCTATAAATATACTGGCCGCTCTTCTTC TCCGCCAGGCGCTCTCTGAATAACAGAGTTTATCAATGGTGGAATTTTGTCTATTTGGGT ATCGGAGGTTGAAAATGCTCTGTTTTTGTTTGATTTTTCATGTATTTGTTTGATTCAATT TTATTTCTGTTAATATGTGAAGCCGCTTGATGATTTTTGGATAATATTCTCACGACGGTC GTCTGAGGTACATTTATGTGCCTAACTGATGATAGATCCAATTTTTCTGATGGTTTCTTC TTCTTTTTATGTTATAGAAATCTTCAATTACAGTGAAAATATTCAAAATTTTGTGATTTT ACAGAGCAAGCATAATGATGATGCAAAATTTGTTCCGATTATTCATGAATGGAATACCAA CCTCCTACTCATTCTGAATGCTTGCCTTTTTTTCGAATAATTTTTCAACTCTTATTTGCA AATTTGAACTGTTTGAATATGTTTTACTGTCTCTGCATTCTTCGCACGATGAGGATCAAT GTTCATGAGATCGAAAGGTCATTGATATCATTAAAAATTAACAATTAGTCCTTTTCATTC TGAGTGCTTTTTTAATTGTTTGTAGTAAATCATAAAATCCTTTTTTTTTTGTTCATTTTG ATTTGGTTTTATTAAAAGTAAGGGTCTGAAGTTTGACTCTTTGGCAACTTGAGCCTTAGG GATGAATGCAGAACCCTATATCAATATTCCTCCTGTTGAAATTATTGCAGGCTTATTTGA TAAACCTGCTAAGATATATCTTCGAGGGAAACACTTTAATTATACAGTAAGTAGTATTGT TGAACTTTAACACAAAGGTAGGGTAACGTCTGTGATCACCGTATGATGATTTTTGGATTA AAATTCTCACGATGGTCATCTGAGGTACTTTTTGTGTGCCTAACTGATGAAACATCCGAA TTTCCTGATGGTCCTTTATTTTATTTTTTTAGATGAAGAAACTTTGGATACTTTTTTCCG TTTGAATTTGAAATATATATCGTGAGAACGAGCATAATGATGATTCAAATTATTTTCCGA TTAGTTCATGAATGGAATACCAACCTCCTACTCATTCTGAATGCTCGATTTTTCCTTTTT CTTGATTTGGTTCAAAAAGATTAACATGCTTCAATCAATCTTTTGCAATTTTACTTCACA AGTCTAAATTATCTTATTCTTGTTTTCCTTACTGTGTTTGACACTAATTTTACTTTTATC TTTTTTCATATAACTTTGTTCCCAATCATATATCATTGTACTTGAATCCAAATTAGTTAA AGCTTCTTATTATCTTATTCTTGTTTTCCTTACTTTGTTTGGCACTAATTTTACTTTTTA TCTTTTTTCATATAACTTTGTTTCCAATCATATATCATTGTACTTGAATCCAAATTAGTT AAAGCTTTTCTGGATAGACTTGTTCTCGAACTTCCAACTCATACAACTTGCAATCACTCA CCAACAAGCTAGGTGATTTAAGTTATATTCAATTTTTGGGTTTACAAAAAAGTCAAATTT AACAGCACATTTTTGAAAGTAAATGAACCACAAAGGGAATGTCGATCCTAAGTAGGACAT CTAAGTTTGGAAAAAGTAAGATGTGTTACCCTAAGCAAATTGTATTTCTACATTCAGCAA GTAAAAAGTGTTTTCGTAAATTAAAGACTCAATAATTTTAAATTAAAAAAAATAATCTCA ATACCTTTGACCTCTATTAGAAAAGATGTTGCTTCAAAAATTTAGGTACATTTGTAAGAT CATCATTTGATGAATAACTAAAATAAAAGTATGACTTTGAAGAAGGCTGTCTATACTTTA AGAAAGTTAGGTCCTCATGATGACAATGTGGGTGAACACTTAACGGACAATGAATTTAGG CGAAATACTCCCAATTGATTGTCGTGTTCTATTTTTAGAATTAAATTTTAAAAATTTTGA TTAACATTTTAAAATGTATTTTTTTATTATATTAATATGTAAAAAATTATAATTTATCAT GTAGATTTATAATATTTAATTTTTTTATTTAAAATATCGAATCAATATGATTTAATTTAT TTTTGAAAATTAGTCAAATTGATTTTTAATAAACGTGTAACATGACAAACATTTCAGATG GAGAGGAGAGTATAAAAGAAGATCATCACGATTGACAAAAACAAAACTAAGCAAAATTAG TGACAATGAATTAGACCATAAAGTTGATTACTTGTTAAACTAATAAAACAGCTGACTTTC TTTACTTTTAAGACACGAATACAAATATAAACATTTGACGTTATTAGGTATTAAGTATAG AACGAAGAATGGTATGTATCCCTCGTAAAACTAAAACAAGACTAAATAATGGTAGCATAA ACATTTAGGAAAAAAGTTATATTTATTGAATTGAATGGCGGAATATTTTGATTTTCTTAA TCTATTCTCATGTTCGAGACAAAAGGATGCGCTTCTCTAAGTATAAAACGATAGTGAATT TCAAACTTGTCTTTGCTCATCCTTATCATTATCGCTCCAACCATTTGTCGAAACATATTG ATTTCTTGTTCTTTTATCAATTGGTTATTTCTCTCCAATCATGTTTCTCTTTTCATTTTG GATGTGGATTAGTTCACAAGATGGAATGACACTCCCAAAGTCCCAAGCTATCTATTCTAC AACCTTATTCTCACGAATTCGGAGCCTAAAGAGTATAAAATATTAACAAAAATTCTAAAA TGATGTATAAAATTTTATATTAATCAAAATGGCAAAATCGCTGGAACAACAGCGATTTTC TCAGCCGGAAATAGCAAAATCGCTGTTGTTCCAGCGATTTTGTCATTTTGATTAATATAA AATTTTATATATCGTTTAAAATTTTTTATTAATGTTTTATATTCTTTAGACTCCGAACTC TTATTCTCACAATGAAACTCAATAATTGTGGTAACTAATGTTATTGCTAGAAGGGCACAA GTCGAGAATTATTTTATATGGCTTCTTCATTTATTCATCGGTCATGAAAATTTCATGATT ATCTTTTATTTTAAATATATACTCGAATTATTATTTGTATAATATTACAGTTCTCAATTG TTTCCTATAAAAACAGTCTTATGTAATGTATCAAATATATATACTAGTGCAATACCCAAA TATAGAGCGTGCAATTTTCTTATTAATTAAAAATTAGATTTTGTGTGGAAATTTTAATTA TTTATTTTTTCAAAAGTGTGAACGTCGTAGATGCCTGCGTTGCATATAGTTGAAAGTTAT TAATGTAATTTGACTTATCCAATGATAATCCCCCACGTGTCCATTAATCGACCTCAATAC ATTTGAATATAAAAAAATACAGTTGACTTTGTCTTTTCTTATTCTTCAATTTTAGGAGTC AACGTTCCACCGGACATAAAAAAAATTAAAATGAAATTATTTGAAATTTGTAATATAAAG TTGTCGGATAAAATTTTATTTATTTATTTATTTAACATAAACGGTGATTTTTGATGAATT GTAAAGGTAACTGTTTGAGAAGTCCATAAATAAAATATTATTTTAAAAAAATATTTATAT ATAATTCAAAGATAAATTATTACGTAAAAAAAAAATTATGTACAGTGTTCAAAATTATAG ATCACAAAAATACATTGATATTTGGCCATTATTTTTTAAGTAGTAACCGTTTTGTCTTGC ATAAATTAGAGGTGTATTCTATTAAATCAACCTTTTAAAATTATGTTATGGGATTTAAAT TAAAATATGTACATTTTTTTTTGTAATTTGTAAACTTTGCAAGTGTATGACCATTCAATT CTATTTAATTTTAATTATTTTAAAAATATTTGTGTATAATTCAAAGATAAATGATTACAT AAAAAAATGATTTGTATATAGTGTTCAGAATTATAGATCACAAAAATATATTAATATTTG ATCATTATTTTTTTAAGTAGTAACTTGTTTGTCTTGCATAGAAATGTATTCTATTAAATC AACCTTTTAAAATTATGTTATGGAATTTAAATTAAAATATGTACATTTTTTGTAATTTGT AAACTTTTCACTATTCAATTCTTCCATTTAATTTTAATTCAAAGGCTTTAATCTTGTCTG TGGGGTCAAAATCCGGTGGGGCCTACACAAAGTATATTACTAATAAAATTTCATTTTATT TTGGTCAAAAGTGACTATTATGACCTCACACTTGTTTTGTTTATGTTTGTCTTTTGCTTA GTGGTTTCGTTACACAATTTAAGATAATTAGTTGACAATTAAATGTTATTAGTGATAAAA TTAGGGGGAAAAAGGATTGGAATTTTGGTATCTTCTTATCTAGTGGATTAAGCATGCCGG AATTTGTTTTTTTTATAATTTTGGCATATTTAGCTCTCATTAGTCATTATGGAGTAGTAG CAACAATTTTATTTAACTTTTTTTTAAGTATATAATCTCCACGCGTTCTTAAGTATAAAA AGACAATTCAGTACATTAAGTATTTTATACTGGGAAAATAATGTGAACTAACAAATTATT AATTCAAATTAAATGTTATAGTCATAGTTTATTTTATTTGTAATTCGCACCAAATATCTC CTTTTTTTGTCATCTGAAACAGTATACAATTAATCATTTTTTTTATATATAATTAGTCAT TTTATACATTTTGATATATAATATGTAAAATGTGTTTGTGTTTGTATAAAGTGACAGAAA ACTGTATATACAACAAACATATATTTTTGTTCTGTACACTTGAGGATCATTTGATTAGAA ACAAGTTATTCCAGGATAATTATCCGAAGGGTTACCTATCGTAGGATAACTTATCCCACC ATGTTTATGGATAACTTATCTCATCTCTATGTTATAAATGGTAGGATAATTAAGTTATCC TATACATGATACCAAATAAGATACAGAAATTTTATCTCCATCGTTATTTTCTTACCTTAT CATTATTTATTTCTATCCCTCACACCAACGACCCTTTATAATTATACAAAGACATAACTT ATTATACAAATTACAATGTACAAATGAATTTATGCAAAATTGAACAATTTATATAAAATT GGACATATCTATAGAATTGTACAAATCAAACGCTCCATAGCAAACATAAAATTTGTCATG GAGTGTAATTATGCAAAATATAACTATGACATACAAATATGACTTTTATGTTTACTATAT GTGAAAATTGTTCATCTATATTCTTACAAAGTTTGAGCAAAAGTAACCGCCTTTAGAGTA TGAAGTATGTAACCTATGATAGTTGATTTCGGGGCTCTCGTGGCTCAAACTTGTTATTTA TAAACTATACAAAAATAATTTTTATTGTTGCTCCAAAACTCTCAAAAAATATCCAATTAC AATGTATTAAAATAAATATTAACTAATACATACACATTAAAGTTAAAATCACGCGTTAAA AGGGTCAAAAGTCATAGGTGTAGAGCTTATTTTAATATGAATGATTTTGTATAAACAAAT CCAAAAGCATATTCTAGTTTAACTTCTAGACATTCCAAAATTTTGAATGTAAAAGTATAT ATATTTAAGTTTTAAGAATTCATAAGTCACAAAATATCAAAACAATGAACTTGCATATTT TATAATTATAATAATTAATAATATATTCATTATAATTATAATTTATTGCAAAAGTCTTAA AAAGACGATATGCATGCTGTCTTTCCCCTAATTCAGACATTGCATATCAAAACTTAGACC TATATAATAAATATAGAGCTAAAAGTCATAATGAAAATAAAATAAACACATATTTTATAT CGAAGTTATATCTTAATATTATTAGCCTATAAATACCAAAAGGAAAATGATAAAATCAGT TTGACAAAAGGAGATGAATGATAAAAATTAATTGAACTGATATTTACACAAGGTTACATT ATTTTATCATAAGATCAATTAAGTCAAAGTTTAGGTGAGATATATTAATTAGTTATAGTT AAGCAATAAGAATGTAAATTTAAAAAATACTTTTATGTGTTTTACTATTTGTTGAATTAA TGTAAATAGCAAATACGAGTAAATTATTATGAAGATGGAGAAATAATGATGGTGATCGAT GTTGATTAGTACAATTACTAATAATATATACTTAGGTCAAAAACATACAAAACCTTCTTT ATGTGAATTAGATTATAAAATTCCTACATTACGTATTCATAGTAGGAACTGCAATATTCA TAATTCATAGATAGTGATTTAATTTATTTTAATTTAAATGAATGATAATGAAGTTTACTG AATTGAGTAAATAATTAAGCTACTATATAGTTTGATACATTATATTTTACATGTACAAAG TCAATTTTTTCTATTGTTACCCTTCTTGTCTTCTTGACATTAAACATATAATATTACTCT ATATGTTGTTATTAATAATTTGGTAGGATCTATATATGTAATTGGTGAGTCACTTCTTTC TCTTCCACGAAAATTTAAATAAAAATAAGCTTGAATAAAACTAAATAAGATTGGATGAAA GAAAATAAAAATTAAACACTTTATTGTTGTAGAAGTAAAAAAAAGTTACTCAATTATTAA TTATTATAAATTGAAAAATCAATGGTATATAACTAATTAATTAGTTAAAAGTCAATTTAT ATTATTAATCATATATCTCGAGGGTCGAAAACTAAACCTCAAGATAACAAAGTTATTATT CTACCTTTTGTTTTCAAGTTATTAATACTTTTACAATCGAACTTTAAAAAAAAAATTAAA ATTAATATCGCGTTACACATTAATCTTACACTATCCATCAATATTTTTTGCGATTGTTAG ATTATTTAATAAAACTTAGGAAATTTTTATCATTCAACACATCTTATTTATCCTCAATGA TAATCATCCCTTTTTTCAAGATCATAAAAGAAATATATTTTAAGTAAAAATTAAGAAGCC ATTTTGTTTGACCTTATTTATTATAACTTTCCTTTTAAAAATTTTTTATTAAAATTTGAT TCAAAATATATAATCAAACGCGAGATAGATATTCGAAAAAGGGTATAATGGTAAAGAAAA GTATCCTCCCGTAGACCGACGGTGACCATACTCCAATAGAGACAGATTTTTATAAAGAAA AATAAGTACGGCGGGCAATTCTTCGGCTCCTTAAACTGATATACATTTCAAGAAGACGAC TTTTTGTGCCCAACTTTGAACTTTTCCTCTCTAAAGAGTCAAACCCAAAACCCAAATTCC AAACCATAAACACAACACAAACACAAAGTACAAACCCAAAAAAAAGTAAGCAAAAAACGG CAATTTTTGGTCAAGTAATTCAGCTGATTGTCCGTGTACTCTGAATCTTCTTCTTGCTTC TAAGGTGGGTAGTTTTTACTCAATTTTTAAAATTTTTATTAGTCTTTTGTATGGTTTCTC ATTTATGATCTTGAAATCCCAAAACCCCATTTCAGAATTTTACATTTTTGTTCATCTTTT TCTCTGAATTCAGTTTTCTTCTTCTGGTGTTTTAAGTTTGGTATGTTTGTTTATTTTGGC TGGATGAAAAAGGAATACCCTTTTTGAGTTTTTGTGTTTTAGTCTTGAAATAATTGAAAA TGGGATGGATTTTAGGATCGGGTTGTTGTTCTTGGATTGTTTTAGCTTAAAGCTGAATGG ATTGAATCTTTGATTGATGGATTTTGTTGTTTTTCTTGTTTTTTTCTTTTGATTAGGTGT AAAGATTGTATCTTTTTGTACCATTTGAGTGTTGGGAGCAAAATGGGAGGTGTTTGTACA GGTGGGACAGCTAGGAATAGAGTTGAAATTCACCATGAGAGCCCCCCGGGGTCTTCGAAA AAGGGGAATTCAGTTGAGAGCATTGGGAAGCAGAAGAAAGCTGAATCTTTTTCGTATCCT GATGTGGGTGCTTTTCGTGGGACGCCTAATCTATATGATTCTGGTGAATTGTATATGTCT ATTTCAAGGGAGTTGAAGCCATCGACACCTGCTAGGACAGGAGTGAACAAGGTACTCATT TTTATGGAAACATTAATCTTTGTTGATGTATTTGGATGCTTGTTCTATAGCATATCAAAG CTGATCTGGTTGTTTTTATTCTGTGTGTCGTTAATGCTAAGCACTCTTGCACGCCTGATC ATAAAATTGCCAACTTTCTCCCTTATTATACACGAAGGAGAGAATTTTCCTTTTAAGAAT TGAAGAGAAAGAAAATAGGAAAGAAGAGTCAATTGACCGCATAATCAAACTTCTGCATTT TGTATTTCGAGGTGTATAGTTTTTGCAGAAGCTGATGGAGTGATTACTGAATGAAGGAAT TGGTTGGATGAATTAGAATGTGCCTAGAAGTGAGAGGACCAATATGAAAAATGGAACGTA AGTTGTCTTTGATGTGCTTGTGCTAGAGCTGGACAATGCTGCAAGTCAGTTCTGTTGCCT TTGGCAAGTGAAAGCAGTTCAAAGTCCTCTAACCAATACAGTTCCACCAACATGTTGATG GATAAGAGCCTTTGGTAGATATTTGTACATAGATCATACACTCACGATTTCGAGTTCATA TGGTAAAATTTGACATTTTTGCATTCTTGAATTCTGCCCGAAGTCCGGTGATGCTATAGG TATTCGCCGCTTCTCAACACATGGTCTTGCAGTCATAACGTTGTGATTGTATTGGAGAAA TTAGCAATTTTGAAGCTTGTGTGCGTGTCTTGACATGATTTTTTATATTGAAACTTTTGG TTGCTCTCGAAAAGTTTGAGATGACTCCTTGGAATTGGAGATAAATCGCATAGAAGCCCA TATTGATTGGTTTGTGCCGAAACGGCCCATATGACAACTTAAGTATGGCATGCTTTTGGA AGCTTGTATTGGATTACTTGTCTATTTCTCTTGTAACTTTGGCAGCTCGTTGCACGAGCC GTGTTTGAGCAACTTTCAGTTTTCTTTTTCTTGTTTTTTCACATTTTAAAGTAATCTGGA ATCTTCATATGCACAACTGTAAGGTAACAAGACATGAATTCTTCTTGTGATAGGCTCCTA GCTCTTTTCTTGGGAAGGCCAGTATAGTCGGCCTAGAAAAAGCAGTTGAAGTATTAGATA CACTTGGGAGCAGCATGACAAATTTGAACTCTGGAGGCTTTATGTCAGGAACGACATCAA GAGGGAATAAAATATCTATCCTAGCATATGAGGTAGCAAATACTATTACCAAAGGTGCAA ATTTGTTGCAATCCCTTTCCAAAGAAAATGTCGAGTATTTAAAGAAGGAAATTCTACCTT CAAAAGGAGTGCAACAATTGGTTTCTACTAATATGAAGGAACTGCTTACTATTGCTGCTG CCGACAAAAGGTTAGAATTTTAAATATCCACCTCATACCCCACATAATTAAATATTAATA AGCTACTATCTAATATATTCTCTAATTGATAACAGTAACATAATGGAGGATACATTCCTA TATTAATTTTACCTACATTTTTTCAGTACTTAGGGTAAGTACTGACTGAAATACAATGTT ACTAGTGTAAAAAAAAATATTTGTTTACCTACATTTTGGAAGTTCAAGGTTCAATGTATC TTAAAAGACTACTATGGAAGAATGTATAAGTAAAGTCTTAATTGGTTGAACATTAATAAT TCAGACTTTTGAGTCAAACTACAATTTGGAGGCACCATCAGAATTTACAAAAAGTTGTAA TGCTGTAAGCAGTATAAGCCTCGGTGAAAATAAGTTTTTATGTTTTCTGTAGGGAGGAAT TTGACATCTTCTCTCGCGAAGTGATTAGGTTTGGAGATATGTGTAAAGACCCTCAATGGC ACAACCTAAATCGATATTTTTCCAGGTATGTTAACACCTTTTTATTGTAGATGAGTTAAA ACCACTCTGGTTTCATTAAAGATGTTTATCATAAGTTGTAACCACTTCTCAGGTTGGACT CAGACACTCTTACGCACAAACAACTAAGATCAGAGGCTGAATTGATGATGCAGGAACTGA GCACTCTGGCTCAGCATACTTCTGTAAGTTCGTACCTTGTTTTGAAGTGCATGGTGGCTT TCTACTAATTTTTGTTTCTCAACATGTTACGTGTTTTACAGTATAAGTAAATCCTTCCTT CTGTTCTTGGAGTGAGAATTTCTTTTCATATCCTTTTTACTTTCATGAACTGTAACAATT TTGGGACAATATTGGAGTGGTTTCTTCTTGAGGGAATGGAGGGTCTTTCAGAAACAGCCT CTCTACCTCACAAGGTAGGGGTAAGGCCTGCATACACTCTACCTTCCCCGGATCCCACTA GCATGTTGTTGGTTTCTTCTCGGCTTTATAACTTCCTTGATGTTATACTAGACCTATTGT ATGAGATTTGCCAATATTTACATTTACCAGCAAGAATATTTTCTGATTTATGTTGGTTGT ACTGTCTTGTATAAGGAAAAAATATATTAAGAATGGTATGAGTTGAAGTGTAACCAAGAC GGGAAGTTACTTGATTCTTTTCCTATGTCCGGTTTTATTTACTCTGAAGTTGATGTTCTC TCTAGAAGTTATGGCTCACATCTATATTGATATTCCAAAGTCATTGATGAGACACTGCCA CTGGTATCTTTACAGGAATTATATCATGAAATGCATGCACTGGACAGATTCGAACAGGAT TATCGGAGGAAACTTGAGGAATTAGATTCCCTAAATCTACCTCGAAAAGGTATATCAGTG TTACTTTTTTTTTAGTTCTCTGTGATTTGTCATTTGTGCAAACTTAGCTGGATGACGGTT TGAGTAAAAATGTTGTGCAGATTCTTTTTGTGTATATTAAAAATGTCTTCTTTGGATTCT TCATTTTGATAATTTGGTAGATTAACATACAAATTGACACATTTTCTTTCACTTGTAGGG GAAGGTCTCATGATGTTACAGAGTGAGCTAAAACATCAAAGAAAGATTGCGAGGAGCTTG AAAAAGAAATCTCTTTGGGCTAAGGGTTTGGAGGAGGTACTTTGACCAAAACTTTTCTTT ATCTCATTTTCAAGTAAAGCATTTTTCACTTTTCTAATAATCAAATTAGTAGAACTCGTA AAAAGAGAACTTTTTCAAAATTACCGTGGAAATTGGTAAGCTCATGGAGGCAACAAGATC TTCATTTGATTTTGTGATTGAAATGAAAATTGTTTTTTTCTTTTAAGAGTGTCATTATTT TCAGCGATAATCACTTAGTGATCCCAAATTAATCATTGTAGGTTGTGGAGAAGCTTGTTG ACATTGTTACGTATATACATCAAGCAATTGTGGAAGCATTTGGGGACAACGGTATGAGAG TACATGTATTTTTTTGTTGATCAGTTTAAATTTGATGGCTGTCGTTATCAGCATTCTATT ATTTGCAAATAACGAAGCTTAGAGTATCTAACCTTCATTGATGTTTGATAAATGGCTGTT TGCGCTCCACACCACTAAATTGCACCAGCCACTTCATTCTTTTGCCTCAGATACCTTTTA CATGTTAACATTTTATCTTATTGAACTATTTTTCATTAATAATGGTTATAGAGGAAATCC TAAGCCAAATCCTGACTTTAAAAAAAAATGTAAAATGGTACGGGAAATTAAACAAAAGGG TAACTCCTGAGGAAAAAGGGAGGACAATCTTCAGTGTTTTTCCTTTTTCGGTCTTCAGTC CAAGTTTTCCAAGTCACTACAATTGCGTAACATTTTAGGAAAGATGACAGAGTTGTGACT AATCATTGATCTGTACATTTACCAAGCGAGGAATTCTTACTAAAGATTACGGCAAAGTCA AGCTATATATTCTCTCCGTTTCAATTTGTTTGCCCTGCTTTCTTTTTTAGTCCATTTCAT AAAGTACGTCTCTTTCCTTTTTTGGCTACTCGTTAACTCCAACTGTCTATGTGACACGTT TAAGACCACAAGATTAAAAAATCTTCTTTATTTTCTTTAACTCCGGATCAATCAAAACCA CACAAACAAATTGAAATGGGGGGAGTACTCTAGCTATTTACAATGCAGAGTTAACTTGCA TATGTACACACATTGTCTCTTCTTTCCCAGAGTATGCTTTCTTAAATATAGACGAATCTC TATGCTTGTTGCAGGATTGACATCTGCTGTCAAGGAGCCTGTGAAGAAACAAGAAAGATT GGGAGTAGCTGGTCTGGCTTTACACTATGCTAACTTAGTTACTCAAATTGATAACATTGT AAGTTTTAGTGCTGAATTAGAGCGATACTGATTGCGCTGTTTACGACTGCTCCAATAGTA TTCATAACAATGGGATTTGATATCATGTCAGGCTTCACGGCCCACCGCTCTTCCCCCTAA CATGAGGGATGGATTATATAATGGATTGCCTCCTTCCATAAAAACGGCCCTTCGTTCACG TCTGCAGGCGGTTGATGCAAAGGAAGAGGTTTGTCCTCCATATTAATTTCTCATTCTTCC CCCCTTTCTCCCTTTTTCTCTTTTTGGGGTCTAATGATACCTCCCGTTTGCATTTAAGTT CTATATCTGTATAAAATAGTTTCTCCACGTTGTGCTTTTTGCAGCTCACAATTCCGCAGA TTAAAGCAGAAATGGAAAAAACTCTTCACTGGCTTGTCCCAGTCGCTGCAGATACTACGA AGTATGTGTTTCGACAAAAGCTCTCCCCCCTAACCACCACCACACACACGCACAAACTTT TGCTAATATATGCTGATTCTTTTTTGTGTTTTTCTCTCTTGGCAATGGGATAACAGAGCA CACCAAGGCTTTGGATGGGTTGGAGAGTGGGCCAACACCGGGTTAGTTCCATAAGTCTCT ACATGAGCAAAATTGAATATTTACATTTGCAGTTTAGTTTGGATAGCATTCTTCAAGAAT ATAATATTTGGAGGCGGATGCAGCCATGCACTGTGGGTTCAATTGAACCTCGTTTATTCT ATATAACATCATTTGTTTTGATATAATTTTTTGGTTGTGATAGTGAATGTTATTAATAGA GAATATATGATACAACATAACATGAACGATTGGTTCAAAGAAAATATGGTTGTTATATAG TTACATGCTTTATAGGATGCCAGATGGCTATTATAGAGAGGGCTGACTGTATATATAAGC ATAATTTCAATAAATATTAGATTTTTGAACCCATAATTCAGTTGTACAATGATATCTGTT AAGGACTTCAAAAAATTGAAACATCAAAGTTTTAAATTTTCGATCAGCTTCTAATGTTAT TGGTTTTTTCTCTTTCAGAAGCGAGTTTGGCAAGAAGAACCCTCCACAAGTTTCCCTCAT TCGACTGCAGACACTCTACCATGCTGACAAACAGAAAATGGACTACCATGTCCTTGAACT AGTGACATGGCTTCACCGTTTGATCAGCCTGGTAAGATATAATGGGCCCAAGGCTTTTCC AGGACGATCACCAACACGCAAAGGACTTAATCTGCAGACTGAGTTGATGATGAACACCAA CTCAAAAACACCTAAGATTCAGATTTCTCTCGAAGATAGGACTTTACTAGAGAAAGTGAT GAAACAGAAATGTTTGGTTCCTGGAAGAAGCAAGAGTCAGGAGTTTCTGTTGCCCAAGAA TCGGCAAAAGGTGTGGGCGCTAAGTAGAAGCATGGGTAACTCCCCTCGTACCGACTTTCA ACATCCAAAGGCTACTGTTTTGGATATATTAGATGGCTTACATTAGCATTTTGAGTTGCT AAAGAGAGATCTCAAGCAAAAAAAAGGTTCATTTTTTTGTTTTCTTGATTCTTAGCTCCC TCCTCCTATGGAACTAAAGCCTCTTTGTATATAGTCTCTCCATCATATGGTGATTGGGAA AAATGTTATACTGTAGCATATTATTATCGCCAAAATACATTTAGATTCTAGTGGAATTGA ATGTTCATGGATGACAGGGAATGATGTTTATTTGGGCATTTTGCAGCCAACTTACTATGA ATGTTTTGGTAATATGAAATGTAACCATTAGGATGAAGTCCCAAACACTCTATTTTGTTA TTGGTCCTAATAGCTGTCATATTTTCTATAAAACCCTGCCGCAGGTATTCCGGTTAATAC CCTTTTGAGCCGAAGGTCTATCAGAAATAATCTTTTCTATTTCCACAAAGATTGGGCCAA GGTCTCCTCCGTACATCTTATATATATTCAGCATTTAAATAAAAGATAACTCAATTTGAC AACCTATATGCTTTTGTTATGAATACATGTAATTGTAGATATATATTCACACGACAATGA AAAATCATTTTTTTTGTGAATATTAAATTTTGAATCGGTAATTGTAAAAGTATAATAAGT TCCATATAAATAACTTTCAATATTGATTTTGAATACATATCGTTTACAACATATACAGTG TAGTCTCATCTATATCTTTCGTACGAATAATAAATTAGGTATGAGGCAATTTTACTAAGG TATATTATGATCTTCCTCACAGACCTTGTGATCCACCTATATCACAATGAAAATTCCTAA TTAAACTATTTAACTTCCTTCAAATATCTTCACATTAGTTAATTTCCAGACATAAACTAT TATTACCAAGAGAAGTTTCTATAAAACAATTACTCAAAAGTTTTTACTATTATTAACTGA AAAACAAAAATGAAGACTAATTTTCTCTTTTATATTTTTACAATTTCTACTTTTGTTAGT GTCCATTCAAAACTACTTCACTTTGATTGGGTTGTTTCAATTTCCTCTAATGCACTCATT GGAGATCCTAAAGAGGTCACTTTGTTTTAGTATTTTTTTTCTTAACCTCAATTTTTTTTT GTTAATTATGTTTTTTTTAAAGAATATTTAAAATAACTATTTTTTTTTTGTGATGGTGAA AACAGGTTATTATGATCAATAATCAGTTTCCAGGGCCCCTTTTGAACACAACAACAAATG ATGTGGTCATTGTCAATGTTTATAACAACTTGACTGAACCTTTCCTCATGACATGGTAAT TTATTTAATATTTTTGTTAGTTATTTCTAAGTATGTTTTATGACCATTCATACGTCAGCG GTGGATATAGGACGAGTTCTGTGGGTTCAATTAAACTCGTTGCTTTTAACTTGAACTAAG TATACATACACGATTTTTAACGATATTGCATATATGTAATGAAAGTCAACATGTAGGGAC TACAGAAAATGCAACTATTGAGACAACTCAAAAATAAAATTAGTGAGGTAAGGTCAAGCT CGGAAAATGATTCAATGGATTCGAAAGAATAAATTTTGCTCTGCATGAATCAAGTTCTTC CATGAGACTATGATCATACTCATTTTGCTCGTTAAGTGTTAACTGTATTCTGAATTTGTC TCTGATACATTCATGATTTCTTTAGAACAACTTATATTCAATGATCTTTAACTTAAAATA TTGCGAAAACTATAAGGAATGGAGTGCAATTAAGGAGGAATTCATGGCAAGATGGAGTTG AAGGAACCAATTGTCCAATTATGCCTGGAAAAAATTGGACATACAAATTTCAGATGAAAG ATCAGATTGGAAGTTTCTTCTATTTTCCTTCACTCTTTTTCCAGAAAGCTGCTGGAGGCT ATGGTCCTATTCGAATCAACAACGTTGAGACTGTTCCTCTTCCATTTACGCGTCCTGATT ATGAATATGATATACTAATTGGAGATTGGTATTTTGATGAGTATAAGGTATGTGTAAAGT CGTAACATAAGTATAAATGCTATAGATTATGAAAATGCACAATGTAGTTTAGTTGTAACC TTAATTGTTTTTGTGAAGGACTTGAGAATTTCTCTAGAAGATGGATGCAAAATGCCTTTT CCAGATGCCATTCTCATCAATGGTATGAGATCTGATCAAGCTACCTTTGAGTTTCAACCC GGTAAGTTTACGTTTGTATAGAGAATTACCAACAGTTGTAAGATCTGCGTACACTCTACT CTTCTCAGACCCCACCTAGTGAGATTTCACCGGGTATGTTGTTGTGGGACCGAGGTGTAG TTGTGCGATTTTTAAATCCTTTTGACATAAACAAAGCATTTTGTGTAGTCATAAAGGTAC TAGCTCGTGTTCGTATCTTAGGTGGTTCTGAATCCCCTTGTTGAAAATCCTGATTCCGTC TAATGACATTTTGGTTTCTCTGTTTCGTCTTCAGGGGCTACCTATAGATTGAGAATCTCG AACATAGGATTAAAAACAACCTTAAATTTCAAAATCCAGGATCATGAAATGCTTTTGGTG GAGACTGAAGGAGCCTACACTTCAAAAAAGTACCACCAAAGTCTAGACATCCATGTTGGT CAATCTTATTCTGTTCTTGTTACTGCAAAGAACCACAGCTATAATAGCTCGTATCATATG GTGGCCTCTTCGCGATTCATCCCCAGGAAACTTTCAGGTCTTGCTATTATACGATATCCC AATTTTGATGTTGAACCCTTGGTTGCTGTTTACCCTGATGAACCTTCTCAGGACGAGTTC AGATTTTCACTGGAACAAGCTCTATCAATAAGGTACAAACAGGTTATAATGCAGGTTACG GACTTTTGATAAATTATTTATACATATTAAGTGAATGGTACTGTAGCTTCGCCCCTTGAC AAAGTACAAACATGCTTGTTTGTTGTAAGAATAATAATGTTTGGAAATTGAAACTTTCAA TTATTGAAACAGGACAGATTTATTAGTAGGAGCTGCGAGGCGTAATCCTCAAGGATCTTA TGTATATGGAAGCATTAACATAAGCCGGACACTGATCCTCCAGAACGGTGAGGCAGCGTT GGATGGACAAAATCGATACACAGTGAATGGGGTATCGTTTTTGCACCCGAGAACACCACT GAAGCTGGCAGATTATTTCCAGCTAAGTGATGTTTTCGAGCCTGGTTTTCTTCCTGCTTC ACCAGTAGATGATGTTCCTAGACTTGGTATCTCAGTCATTGATGCCAATTATCATGATTT TGTTCATATTGTTTTCCAAAATCCGTTAGACTCGTTACAAACGTGGCATTCTGATGGATA CAACTTCTTTGTTGTCGGGTAATTACAGTTAGCTCGATTTTGGGATATTTGTTCATTCAC TTAACCGTTGATATAGCTAAACCTAACTTGCTTGAGATTGAGACGTAGTTCTTATTATAA ATCTTGAACGTATTGCAGAATGGGACGCGGTAAATGGGAGGTGGAAAAGATGGAAACATA CAATATGATTGATGCTATTTATCGCTCAACGATTCAGGTTAGAGTTGTGATTATTTTGGT ACTAGGCACTGTGAAGCAACCTTTTATAACATGTTAAATCACACTGAGAGTTGTAAAACT GATTTTATTTCGTTGCAGTATATATAAGTTAAATTTCTCAACGAAAATGCAGGTGTATCC ATATTCATGGACCGCGATACTAATAAAGTTGGACAATCAAGGGATGTGGAATCTGAGATC ACAGGATGCAGAAAAATGGTATCTTGGACAAGAATTGTATATAAAAGTGAAAGGAGATGT GAATGATCCTTCCAAGATTTCTCCAAGAGATGAAGCTCCAATTCCTGCAAATGTTATTAA ATGTGGAAAAGTTGCTGATTTATAAATTTTGATTGTTAGTAATAGTATTGTTTTAATAAT AGACTTTAGAGTAAGCCAATATATATAAGCCTTTGATTACTTCTTCATTTTTAAAGGATT GGAAATGGAATTGTGTTTCATAGAAAATATTATCTCCGTACATAAAATTTAGTAAAAATT AGAAGTGAATATCCCACATCGCAGAATGAAGAGAGTTATGGCTGGTTGGCTAGAATAAAC AATGGAGTCTGTGTGCTCAGTTAAAGTATGATCCTTCAGGCAAGTTTTAATGGGATATGA TAGGTGGTCAATACTCGCAATAAAATATGCGAGATGGGCGTTCCAGCTCAGCCTGGTTAC GACAATTTGAGCGCTCTCGTTCAAACCAATCTGATCCCTATTATTTATTTATTTTCCCCT CCCCTCCTCCCCTTTTAGTAAGATTTTCAAATAAATTTGATTTTTTTCTCCCCTATACTT TATATTATTTTATCTTCTCTTATTGTTACTATTTTTGTTTCTTAATTTTATAACTATAAA CAATAAAAATAAATTTAGTGTAAGCTTAAAGAAAATACACGCTAAAAGGAAGTAAACAAA ACGCTTCCGAGGGAAAATAAATAAATTAAACAATGGAGGTGGCTGGTCAAAACAGCAAAT AATATCTCTCTATAGCCTCAAAAGTATGGTTAAATATAAGTTCCGGTAATGCCCAAGTAC CCTTCAACTTATGCTCGAAATCTCTCAGACACACTTATACTATACTAAGGTCCTATTACT CTCCTTAACTTATTTTATTAATAATTTTTTACTCCTTTTTAGCTTACGTGGCACTATTTT GTGGGCCCAACGATGGTTGTTTTTTTCGAACTAGTGCCACGTAGGCTAAAAAGGGTAGAA AATTACATATAAAATAAGTTCAGGGGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCT CTGGAATTTCGGGCATAGGTTGAGGGGGTACTTGGGTATTTTTCCAATATAAGTCTGACA ATATTTTTTAAGAAACTATGAAATAAAGATATTTGAGTAAAAGGATATGACCAGTGATGA CTCGATAGTGTTTAAAAAGATATTTGTCCCTTACGCCTTCATATTCATGGGACTTCATTT TTAATAATAATAAGTTATAAATTATTATTTTTTAACAAATATTGAATGCTATTTATAAAA AAAGTTAACTTTTCATGAAAAATGAAAGGAAATATTAAAACAAATTTGAAAGATTTGAAA TATTATATCTCATGAAACATGTTATATGACTTCACTTGTAACAATATCTATAAACAATAT TTCAAAAGAAATTTTTGTATATATTATTTGAACTTTCTCGAGAAAAATTCATATTTATAC ACAACTTCTATTTCTAAATTTTCAAATACCACTTTATCTCACCATCAACAGAATAATGGC CTCTGAATGTTTCATCGAGGATAAAATAAGTATTTTAAAGTCAAATTATTACTTAATATA AAAACGTATTACTTTTTTTAAATAAACTAAAAATAATATAAATTATATAAATTGAAATAG AAAAATATTATCGGATGAATTGGTAACTAAGAAATGGAAGTAAATAATAATAATCCCACA TTGGAGAATGAAGTGAGTTATGGGTGTTAGTGAGTAGAATAAATAACTAAGGCAGTGGAC CGAGTATAATTTTGATCCTTCAGTCAAGTTTTAATAGGATATGATGAGTGGTCAAATGCT CACAATAATTTTGTGAGAAGGATGCCTAAGCTCAGCCTGGTTACGACAATTTAGGCCTTC TCAATTTTATCAATTTGATCCTAATTTCTAAAGCCATTTATTTTAAACAAATCTTTGCTG GATTTGGACTATTAGACTCAATAGACTTTATAATCAATATGATACCTTTAATAAAAGTGA AGATGGCTTTAATTGGATACTAAGTGAATAATTTTATTTATTATGAATTTGATTTGATTG ACATGCAATTCTAATTAGAATTTGCTTAACTAATCTTGTATATATATCTAATTCTGTTGT TCCAAGTGGTATCCAAATTTAGCATTTCTAGAACGATTTCGGTTTTGACATGAGGAATTG ACAAGGACAACTAACAATACAATGTAATTATCCTTATCTTTGATTATGCCTTCAGTAAAC TTCACGTGTATAATTACATATAATCGATATATTTAAGCCTACTTCTCCTTAGATCCACCA ACATCAACCTTTCACATATCATATTATTTAGGAATCTAAATACCTCTTATTTACATGTTT AAATCATTCTTTAAGTGAAATATATTTAAATTCAAATATCCTTTTTTTTCTCACTACCAA CGAAATAATGGACAAAGGCCTACCAAACATTCACAGGAAACTACTATTACTACAATTTTA AGGTCATGTTATGGATTTATAGAAATTCATAACTTTTGTCGTATAGATATAGATATAGAT ATATATACAAAACTCAATTAAAATATCAATAATAATTTATTTGAATTCATAATTGTAATG ATATGGTGAGTCAGTACAAAAAACCTAATACTTCAATGTGAGTTGCCAATTAAGAATGGA AGTAAATTATCCCACATTGGACAATGTAAGAGAGTTATGGAGATTGGGTCGAATAAATAA TTGAAGCAATCTACTTAGTAAAATTGTGATCCTTCAGCCAAGTTTTAAATCCTAAATCCT AAATCCTAAATGTGAGAAGGGCGTCTAGGCTTATCTTGATTACGACAATTTAGATGCTCT TAATTTTATTAACTTGATCTTTATTTCTGAAATTAATTTCCAAAAAATAAATAATTTTGT ATTATTCGTTTTTAACTTTTTATTTAATATTTAATATCTCTTACCTTCATATTATTTTGA CTCTTTTAATCACTTTTTAATGAAACAAAAGAAAACATGTTTGTAAATTAGAATGTGTTT TTTATTTTAATTGGTTAGCTTTTTGCCAAAGGAAAACACAGTATGTGAAAGGAGACAACA AATCTTTGCTAAATTAAATTTTGAGACAATGGGCTAAATCGCAATGGTGACTTTAGACTT CATTACTCAATAATAAGACACCTTATTATAAAAGTGAATTTGGCTTTTATTGGATATATA AAGTGAAAAATTACAAGTGTTGTAAAAATAGTTAGTGATTTAGGTGGAATATATAAGGTC AATACTCAATATGTTACTTTCTAATTTTAATACTACATATTATGTATTTGAATTGATTGA CATTCAATTCTAATTAGAATTTGCTTAACTAATCTTTGTATAAATATAAAAAATTTAGCA TCTACCGACGTGAGAAATTGACAGGGAGGCTAGCTGCTCCTAATACGCGTTTGGTTTCTC CTTTGTAGATATGAACCGACAGGACAAACTTTATCATTTAAACATGTGCTACTTGTCTAG AGCCCTACACTTATACGTCGTCAGCTTGATACAAAATTTAAGAAAAAAAATAAAAGAATT TTGAAGTTTGAGATACTCGATGATCATTTCATTATGTGATACAAGAAAATTTTAAATTTA AATTATTTTATTTTAATTCATTTAGAAAAAAAAAATTTAATATTTTTTTAATTTTAATTT TCTGACATATTTAAAATAAATTCAAAGAATTTTTTAATACTTTTCATATATTTTAAATTG AAAATAAAATTAATTTTTTTAGATACTTTATTAAATTAAAATCAGATAAATAAATTAAAA ACCCACGAAAAGTCAGGCTGAGTCAGCAATGATAAGACTATACTATCCAAAAGGAAAAAA ACCCGACCTCACACGTACCACAAATCATGTCGCTACCATTACTATGAGCGTATGGGAGCT TTTACTACTTCAATTTTATTTGATATTAAACCATAAATATTTAATATTCCATGTTTCACG ATATGTAATCAAACGGTATATACCGTGGAGTATGACACAATTTTCTTAAAATTAAATATA CAAATTCTGAATTTGATAACATAAATAAGTTGTAATTGCAAAATGACTAATCGTCTCAAA CTCATATTCAATACTTCTTTCGTTAATATTTTTAATAACTAAAATAAGAAATGTTAAAAT TAGTTTTGCATCATTACGGCACTGTTCCACTTACACTTTTTTTTTCCTTCGTATTCCAAA CTTTCGCTTATAAATAGGAAAAATGTTCTTCCATTTTTTTTCTATCTATCCAAAACATTC ACTCACACGCTATTATTTTCTCCAATAACTAACCAAATTCTTCTAGAACAATTATTCCAA ATCTATGGCTTCTTCTTCTTTTCTTCTCTCCACTTCAATTACCGGCTCTAAACTCTCCGC CGCTGCACCACCGCGGAGTTCTGTTAGCTTCAAGCAGCGGCCGTTCTCTGTTTCCGCCGC GTACTCCACTGCGGAGAGGACTTCTACTGCTACTACTAGTAGCTCTACAATCGCCTCACA TACATCGTTATACGAAGTTTTAGGGATTCAATTTGGAGCTAATTCTCATGAAATTAAGTC TGCTTACCGGAAATTAGCCAGAATTTTGCATCCAGATGTTCGTAATTCGTCGGCGGAGGA CTTTATAAGAGTCCAATCAGCGTATGCTACTCTTTCCGATCCGGAAAAACGTGCTAATTA TGATCGGAACCTATTTGGAAATAGAATTGCAAGGCCTGTTGATTTCTCAACGGCGGGAGC TCGCAGCCATTATACTGTTCGCCGAGGATGGGAAACCGATCAGTGTTGGTAGAATTTTTC GAAATCTCCCGCCCGATTAGTCACAAAATTTAGATGAGCACCACTTAATTTCTGATCGTA ACTCAAATCTGAAATTTCTTATAACGATAATAAGACCCGTTATTTGTACAGTACATGTAA ATGTGACTTTATGTATATAATACTTTAAAAATTTGTTATGTGATTTGGGATTAAGATAAA TAATCAGACTATGTTTTTGAAGTCTGAAAGTTCATCAAAATTGTTCACTCAACATTTGTA TTATTAGAATTTACGATATACTTACCTTTTTTTTATAACCACATAAATAATCTTTAATAT TTAGTCAAATACTATTACGTACGTAATTTGGAAAGCAACAAGTATAAACTTTTTCATTTG GTCAATGCTCATGTATTCCTTTCATATGTTTCTATTAATGTATGTTTGAGATATATTTTA AAGTAAAAATTGAAGTTTGAAAAATACTTTTTTTGTAGATTTTTGATCGTGTTCCATGAC TTCTCACATGTCCTACTTGTGACTTTGTGAGGTGAAAATGTTGCCAATTTAGTCCACAAT ATCATAGGTCCCCTACTCTATAAGATAAGAATTACAAGTCATAACAAATCGATGTGATAA ATTTTCTATTAAATTTTGATATATTTTTTTCATATATAATAAATATTATATCATAATCAT CAAGTTTGCAGGATTTAATTTAAATATTATATTATATTCATATCTTTCACTAAATAACTT TTATTTTTATGCTTGATAATATAATATTATTATAAATTTTTTTATTTAAATAAATATATT CACCGAAATTCAGACGTTCTTTGAAAAAAAATAAAAGTACTAATAATGTCACTTCGATCC ATGTTTTGAATTCAACATCTCATCATTACGAAATCAAGAGCAAGTTGAGTAGCATCTAGT AAGTGAAATCTGTCATCTTTCTACAATTGCAAAATATAACACATTATATATTTGTCTTTA TTTAAGTAATTTTTCTTTCTCAAATTATTTGAGGCCTATGGTTTTTTCCAATTTCGTAGA TATTATGTTAGTCATTTATGATTCTTTTCTCTCTTTTAGTCTTTATTTGGAAAGTTGTTA TAAGTTTTTGATAGAGATTCTTATAATAGTATTTTAGAAGTTCATAATTTATTCAAGTAA ATTTTTTTTAATAGAATAAATTTCTAATATAAATATGTTTTTACACATAAAAGATATAGA AAATACTAATAACTCTCTTACTTATATTTTTTCAAAAATGCAAAATTCAACTTTTGCAGT TATTTTGTGGCCATCAAAATTGAGTATTCTCTAAGACATGTCATCAAAAATTTGTTTAAG ATATTGTTCTCATGATCAATGGTAAGCCTATATTAACAAAGTTATTTTTTTTATATTAGA CGTGTTAATCATTGGATGTTTGTCGCAATATTTCGCTTTTTTGATGAAAAAAAAAGGTGA TCTCCTTATATCGTCTTATGAAATGATTAATAAAAAAAGAAAAAATTAAATAAGTGTTAA TAAATTTAAATGTCGATATCGAAGGAGAAGAATTTCTATCACGAACGAATAGCGAGAGTG ACAAAAAAAGATCAATATTCTTAACAGGAAATTGAAGTGGAAATGAACATCCAAGAGCCG TTGCCTGTTGAAATTCGACACCTCCCTTTTTGTGATAAGCTCTCCTAATTTGAATCATAC TTTAGAAAAAGTATTCAGTTTAGATGTCTTTTATGTTTGAGCTAATTTAGCGTAATATAT TGTTAACATGATGTGATATTAGTAAATATTAAATATATGTGCATGATTCACACGTGGTGT ATGTACGGAATAAAAACATATTATATTTGAAATAATATTAAAAGGATGAATTGAAGGCTC CAGAGATGAGTTATCTTCGAAGAATCACCATTACATATCTGGTATCGATCACGTCCATCA TAACGTCATAACAAACAGAACTTATGTTACTAATAAAGGTGGGAAGCCATGGTCCCAAGT AATACGTGTAACAATATATATGTCCACGTATAGTATTTCTATTGGACGGCGTACTAAGAG GCCCAAGGATGATGCCTATAGTTGGGCCATGTATTTACAAAAAGGGAACGTTCACTAGCT AATAAAATAGCCTTCTATAATTTGATAACTATTTTTAGCTACATGCTATAGGAAGGAGAG AGGTGAGCAAGACGGGGAGAGAGGTGAGAGAGAGAAGGCAAACAGTGGAGGAGAGGTGAA TTATATATGTATATTAGTTAGATAATTTTATATTATACAAATATATTTGTATATATGACA AACGAGATTGAGAGAAAGGGGATAGAGGACAACGATATTGGAAAAGGAAGGAGAAAGGCG AATGATATTGGGAGAGAGGCGAGTGAGAGAGCACAATGAGTGGGAGAGAGGTGAATTGTA TATGTATATTGGTTAGATAGTTATAACTTGTATATATATATATTGATTAGATAATTATAT ATTATACATATATATTTATATATTTTAGTGAATTATACATATACAAATGTGCCTAATTAT ACAGAATCAAAGTCAACCCACATAATTATAGCAAACTATAACTATAGTGAATAATTAAAT AATATAAATTTACTTAATCGCGTACAAAATGGCCTGGTTCATGCTTACCTCGATATCGAG GCCCAATATCTAAAATATGGCCCTTTTTACGCTTACCTTGATATTGAGGCCCAACTCATT ATAAGTTCGTGAATACAAGCAAAACGGGAAAAGCTAACACAGTCGCACAAAAATGGCTAA TGTAATGAAGCCTCTGATGAATTGGCCAAAATGGCATCACTATTTATACGTTCGCGCTTC ATTCATCCACTTTGTTCAATCTCAATCTCAATCTCCACTCTTCTCAACCTGCAATGTTCG CCGACTGCCGTCGTTCACGGCATCACCTTCCGGTTACCGGCAAGCTCATTTTCGTTCCGG CGCGGCACTTAAATCACGTGAAAGTCCATTACCGTTAGATCAATCAGAGGGCGACAGCGA TTCCGATGAAAAAACAAGGAAGAGTCGTAACGAGAAGAAGCGTGAAGCTCGACGCGCCGT CCGGTGGGCTATGGATTTAGCTAAGTTCTCTGCTCCTCAAATTAAGCGCATTCTCAGGTA ATTAGATAACTTTCTAGTTACAATTGACTAAATGATATAAGTTAATGTTTCATATTTCAC TGTAGAGTGGCTTCAACGGAGCAAGAGGTATACGAAGCCGTTATGCTGGCCAAGGTAGTT TTATGTTCTATCAATTGTGAGGTATTATTGCTATTTTTTCGTTGTTAGTGAGTGTAACAT GTTTGCTCATTTGCCGCAGAGACTAGGTCCTGATGTACGAGAAGGAAAGCGAAGGCAATT CAGTTACATAGGTATGCTTTAAGATGCTTACTTTCTCCATCAAAGTGATCTTTATATCCA AATGTTTTATAGCATCGTTCTGTATTCAGATAAGCAGAAGTTGTAAGTTATAGTACCTTT AATCTATTAGATATCTCAGTTGTATACTTATATCCAATGTAGGATTAATATAGTCAATAT TGATTACTTGATAAGTAAAAAGGAACTCGCAAATTACTTAATTAGCATGGTAGTGAACTG TTTTAAAAGATGGCATATAATCAAGAGCATTTGGTAGGAAAGAAGGAGAATATATGGAGT ATAAGGATTTAGGAAAGAAGTATAGTAATCTCAATTTGCTAAAATTGAAAAAGCAGATGA GTTAGTAGTATGCAGTGCCGTATTTGAAATTCATAAACTTAATGTTTTACCTTGATTCAA ATCACATTACACTTTTATCCATTATTTTGAATTCATTTGAAACTACACTCTAAAACATGA CATTTTAAATTTACAAGTATGGATCGCCTCTTTTTAGCAGATGTCTCTATCAAAATGGGT CTATTACTTTCCTCGACCCCTAAAGGACAAACATGTTGACATGAATCCGTATATGGTTGT AGTTTACTTACACCAACAACATCAAATTATTAGAGAAGAACAGTACCCTTGGAGTTGTAT TCTTCCTTACTAGTTGGTGCTTATCCCGCATATATATATTCTACCTTAGTGTTGGTGCTT ATCCCGCATATATATAGTCTACCTTAGTGCTGGTGCCATCTTCTTTTTTATTTATTTGTA TAAAATGGCGGGGGGGGGGGGGTTTCGACATTGAGAGGGACTACACTGGGTATGATGATG TTGTAGGATTTTTAGTGCTGGGGCTACCTAAAACCGCTCTTCCAGTGATTTTGTGATGTT AGAAACAATTCATAAATTAACAACTCAAGAAGAGGGAAGCATTTTTTGTCAATCTATTGT CGGTCATATATAATCTAAATTTCTCTGTATTGTTCAACCTCTGATCTTGTAAACATCTTA GTTTTCTTTGCCTCACTGGAACAACTATGGGATCTATGGTTCTTTCCGTCTGATAAATTC AGTAACTGATTTATCATAAGCTTTCTCTAGTCATCAATTTTACGCTATAAAAACAAATAC TTGTGTTACACAAAAAAATAACAACAATTGGTGAAAGAAGTTTATGTCGCATAGAATCTT CTTGTAGTTCATATATTTTGCATCCACAAAAGCAAATAATTTATGAGATGTAATAGTAGG CTTTTAGGGGATTGATGCAAAAAGATAGAACTGAGCAGTAGGAATGCTTGTGAAACTGCC TTCAGATCTGATGCATAACGTTTGGTAATTTATCGAGTTCCTTTTGCAAAGTTTTTCATT CTCACCATTTGTCATCGGAGTGGCTTCTGTGACAGATTCAATGGAAAGGGCTCAAAGGAA ATTTGATCTCTTTGGTGCAGAATGGAATGGATAAACAAATTTGTGAGTTGAGGTTGATGA TCCCAAAACGTTATTGGGATAGCAAAAATAGAAAATTAGTGAATGGTAATAGAGTTCTAA TTTGAATCCTTCTAATTTCCTTATCTCATACTTTTTAGGAGGTTCATGCAAATGGAGGGT AAACACTGAATAGTAATACTGCAGCGCTGTCAATTGAAAGAAGAGGAATCAACTTGATAT TATTCTTGAACAGAAGCACACTAATAATAAATTTATTCTTTTGAGAAGGGTCATTCTAGT GAAAAAGGTGTTGGTGTGTCACTTAATGTTTGACCTATATATGCTATCTCTTATTAGAAG ATCCAGCAAATTATATACAGCTGTTTGAGTACATACATGTTAATAACAGAGGAAGCAATC TGAAAATTAGATATCCCTTGTGAATGCATTATCCACTTCCTGCCTTTTCATTTCTTGTTC CAGGCCACAGTGAATATGCTTGTCATGTCTTTTGTTCCATTTTCTCTAGAACTGTGCTTT GTATAATTGATTTGTGAACTGTTCATTCCCATGACTGAAAAAATCATGATGTTCGGTATG AGTTGTGGTTTATTAATTGATTGATCCCTCATAGTAATTGTGATGCATCATATTACTAAA GTTCTATTAATGTTGTTATTTATCTACATTTTGATAAGAGATTGTTTACATTGATGGTTT GAATTCTAAAATCTATGCACTCATAAACCATGGAATTTTTCTGCTGAATATTTTGGGAGT AAGTTAACCTTGGAAATGTTTGCAGTGTTATAATTTCAGTTTCTTGTCTTGAAATTTGAT CACATGAAATTAATGTATGTTGGATCTATATGCTCACGATGTAATATGAATTCATGTTAG GTAGATTATTGCGAGAAGTTAAGCCTGAATTGATGGATGGTTTAATTCAGGCAACAAAAG ATGGAGACCAAACTAAATTTCAGGCTTTATCTGGTTCGGAACTTTCGGCTACCGAAGATG TTGATGAGGAAGTTGAAGAGACTGAATATGAGGATGACGAAGAGGTATGTCATAATCTCA CTCCTCATTTTGGGGATCAAATTTCTTTGGCTGCTTTACTGTGTTTAAAGTTATGACTGA GCACAAGAAACTACAATCGCGAATCTATTTCCATGAAAAATGAACAAGTATGAGAACAAC TGTTCTGCTCGTCTGTTTAATAAAAGAGCTGATTACGAAACCTGCATAATGTGGGTTAGA TAACATAACAGGACAACAATTTAAATTTTACTTGGGAACTAATTTCAGGACTGCAATTGA AAGTTTGAAGTTCTCTTTTTCTTGTGCTTATTTTCAGAGTTCTGAGGACAATATTGCTTT AGCCGATAGATGGTTTGATGGCTTGGTCAATAAGGACGTTGACATCTCTAAAGAAATCTA TTCTCTAAGTGAGGTTGATTTTGATCGCCAGGTTAGTTCAGATGTTATACGCAGGTCTGG AATTATCTTCTTTTTTGGATTTTCTGGTGTATAAGTTGAATTGACACATAATTTTATGAT TTTCATGCTCAATCTCTTCTTGTATATGTTCATTTCAAAAGACAAATAATCGGTAAAGGA AAACTAGTAATGAAGAATTAATATGGACAGATCAGTATTTCAGGCTGTCAAATGTGCACC CTGACCTTAAATGACATAGTTGTTAGCTTAGTTAACTGCGCGTTTCATTACAATTAGCTT AAAGGTGTCAACAATTTACTTGTGCTGTTTTTATGGAATAAGCTGCCCGTACTTGAGATA TTAAAGAAAAATTATGTGTCTTTTGTATGTAAATTATAATTTGCTTGTCTTGCCATGGTA TAATATTTATCTGATTATGTTCTATCTCGTTGTACAGGAGTTACGTGGTCTTGTTAGGAA TGTACAATCAATACGTGAAAAAAGGAGCAAATCAGACGAGGGGGAAGGAAAAGTAAACAC TGATGTTGTCCGTGCAGAAAGGTCTCTCACACGTTTCCTTCGAGACCTAGCGAAACAGCT TCACAGCTAAATAGAATATCAGATTCATCTGTGAGAGTATACTCCATGCTGGCCATCATT AGATCCTCAAAAAGTACATTAAAATGTATTTGTAATATTTCCTAGTACATGCATGTACTA TCTGGAAGTTAGATCTCATTCCTCTGCCGACAAGGCTTCCTATTTCCCCTCTATTATTTT TCTCTACTTTTCTAGGGGAGGGGAGGGGATTTGGGGGTGGGTGATGGGTGACAGGAGAGA GTATTCTTTCTACTGTAGATCAACATCCACTGTTCAATGCCATAAGCCATGAACTTTTGA GTGAAACACTAGTACTGGAGTTGTGATGTTAAAAACATTGAAAATTTTGCATAATGTTTG CTTGATAGATGACATTGGGATTGAGAGCTTGTTTGTCTTTATGGAAAACTATAATGAAAG AATCTTTTGGTTTCGATATGTCACTCCTTTTTTGTATCAGCTGATGCTACTGAAAGAGAG GAAGAGGAGTGTCTGCTATTGTTGCTTGGAGTAATATTCCACTCATTGATTGAAGGACAA AGACATCGATGACATTTGTGTTGGCCGTCGGCTGTTGCTGTACAGGTAATGTGTTTTATT CAGAAACTTGAGTAACAGAGAAACGTACAGATTGTCAAAATACATTCCTTTCAAGTGATG TTTCATTTTCACTGTTTAACACATACATGACTCATCTTTTAACTTTATTTTGCTGATTCA TTGGACTGTAAATTTAGAATTTTCTTTGTTTAATTTCTTTATTAACGGCAACATGTTGAA CGCATGATTCGTTCTTTGTAAAGAGAAACACTTCTCCATTTATTCAGGCAGACAGTGGTT TGGTGTAATTCAAAATTGCTGACTAACGTTGATGTGTATACTGTATAGGTTCAGCTCATA TGTTGTATCTTGAAAAACTGTTGTAGATAACATGGAGCTATCAGCATCAGTTTACAAAGG TCGTGGCCAGGTCATTTTCTGCTTATTTAAGTTCTGTTCATCTACCTTTTGGGTGTGATT AATAGCCATTCCTTTATCATAACTACATAATAATATATGTTACATGTAAGGTGAACAAAT TGTTGAATCAAAATGAAAAATAAAATAAAATTAGGAATTTGTTTCTGTCGGTAGTTTACT TTTCTATGCTTCATGGATAAAAACTTTCGAGGTCAAAACTTAATATATGTTAAACTCGAA AAGTGGTTAGTGGATGCTATTTCTACGATTATACGATTATAGGAGTGGCCAGTGGAGAAA GGGATAAGGTACCCACTTGGGGGTATATGTGCTACTAATTAGTGCTTAATGTCTTTGTCC CAGCGACTCCAACGGCTTGTCAGACACCAAAAGATAGTGACTCTTAACCAAATGCCTTTT TGTGAAAAAGATGTCACACATGAACAGAGTAAATACACTGCCGCCGTGGATACACTTAAT TTAGTCATGTTAATATTGATATTATGGGTTGTATACTATTCTAAGGTTGAATAATACTAT TTTGATAAAGTAACAGAGGTTTAAGACTGATTAGTCTTCAACCCGATCAATTTTTCTGTC TGATTTTTCTTTTGGACTTGCTACAAAATTCAAGAAAGTAAATTAAATTTTTAAATCTTG TGCTCTTAAGTTAAATATATGTCGAATGTATGGAAAAAGTTATTTAGTTTTTCTTGGTTT TTAACATGTGCAAGTTAAAAAAGGAGTTAATGAAAAAATATATATATTTTTAAACAAATT AAAAAGACAAATAAGCTAAACACATTGAAACGGAGGGACCAAGTATTCATCCTCTTGTAA TTAGCGTCTTTCAACACACATACGACGATGAGTGAAGGATCTAAAGGCTATAATCTTATC GAAAGTCCATTAAAAAGTAACATGATCTTAAATGGAGAATTTCAATAGTTCAATTTATTA ACTATTAGATAATGCTAAATAGACAGAAATTTTACCAAAGATTAAAAAGGTTTTTCCTTT TGCTTAACTATTTAAATGTTTTTATTTATTGATAAGTGTTTGATTTCTGATATATAGTAT GAATAGTATAAATTTAAGATTTAAAAGGAAATTGCTTTACTGCTTAGGGCTTACCTGCCC CCTAAAAAGTAGAGTAGTTCCTTTATTTAAGATAAGATGATAGAAATTTCAAGATAAGTA CATGTGCAGATTGCTTTTTAGAAAGTAACGATCAAATACATACTTATATATATATATTTT TTGTATATAGAAATTTCAATGTATAAATAGTATGCAACCAAATGGGTGAGAGTAAAGTGA GTTCGAAGAATTTACATTAGAGAAACAAAAGTAGTAGGCTGGAAAAGAACAAAAAAAAAC AAAATAAAAAAAATAAGTGGATAGAAGCAAATTCTTAACCAACAGAGATTATGGCATAAA TATTGAAATTTTAAATCCTTAATTAGAAATTTCAAAAATTTTCAAAAAATCATATTAGGA GTTATTCTGGAAATAGGCTTTAAAATGTATGGATTTAAATTTAATGAGTCTCCATATGAG TATCTGAAATCGGATGAAAATATTATCCATAGTCGCCATTCACACAGTTAAAAACTTTGT AGTCAAAAACCTCGACCTTGTGAATTAGCCGCCACTATTTTCAACTATTACCAAAATGTT TTAATTTATAGGCCCTTAATTTATTTGACCACGTTTTTAAACATTTCATCAAAAATTCTA ACATGTCTGACCAAACTTACCATAATTTGAGGGATCAAAAAACATTATCTTATCTTCAAC TATTGACAATTCAAATAGATTATTTTATGGAATTAATTTTAATTGAAAATCAAATTATCC AAGATTTTGGGAGGGGGCTCTTTCATACATAACTTATGACCTTTTTATCCTTAAATCGGG GTATGGAAGGAAGAACAAATAGGAGATTAGCATGTCAAGTCTCGAACTCTCACCAACAAG GTGATAGTTTAGATAGCCAACTATCTGAGCGAGAAAGATATAATATTATAACTTTAATCA GTCATTTAAAAAAAAATAAGTAATTGTATATTATTGAATAAATCAATTGTCCGATGTAAT TCTTACCAAAACTCGTTTATTCCATCATTAAAAAAACAAGTAATCGTATATTATTGAAGA AGCATGCACCATGTAGTTTTATTGGATTGGTCAAAGTAGCTGTAGCTAAAAAGCTAAAGA GTCTTGTTATAAGGAAAGAGCAGTTAAATGATTAATAATGTTTACTAATTTTGGATAATA TTAATTAAGCAAAATTAGGTAAAACTGAAAGTAAACAACTAGCTTTACAATATGGAGCTT CCTTAAATTATAGAACAATTAAAAGACTCTCTCTCACACTTTGTCAAGTGGCCAATAAGT TGGACAGATAAGACTTTTTCAAGATTCAGTCACCAAATTTAAACCCCAAATCAAAATTGA CTACTTACCAATAAGTAGATAAGACAATCTTGATTAATTTCCATGAAGTTTCTTAAATGA TCACTTAGTAGGCATTCGGATAATGTTTATTTCAAGTTAAAAGTGAGGAAAAAAAATATT AAAGTTAGCTTCGATATTTACTTGACCACTTTATATAAATGTTAAAAGTTGGAAGAATGT TGTTTGTTGGTTCGCTCGATGTTCAATATGCATTATATAGCTTGATAAGTTAATCTGCAT ATATATCGGAGAAATATATTTCACTTAAACAATCACTTACATAAACAATTTTATTTTCAA GGTTCAAATTTTAAAAAGAAATATATATTATTTCATACTAAACATTTCTCAAATTAATTA ATAAGCTTTTGAACACATATCTCCTTGGTTTGTAGATTCAATTAATAATACAAAATATGT GGTGACTAGCTACTATATACTAGTAATAATTTTTATGACTTCACCCATCTACAGTTAAGG CGTATAATTTATAACTTGATATAAATATCAAATACAAATAACTATTTTTAAAATTATTGT ACGAAACATAGTGGGCACGCATGCTCAAATTAACCGTACGTGTTAAAAATAAAAGTACCA TTTAATTTATTTAAAATATGAATATGAAATATCCAACAATTTTATGATGAGATTGAAAAT GAACTGACAAAAGGCCAATTCCATCAAGCTATAAAGACTATGATATTTATTTGCAATTTG CATATTTTAATCTTTTTGTGATATGATATTTTTTTTTGGGTCCAGCCTACCTCGATCTCT AGATTTTTCTTCCTTTTCCCATGCATAGTCTTTTTTCAAGTATCTGATTTTTCTTTTCCA TTTATTTCTAACCAACAAAAGTTTAATTCCACACCTAAGATCAACGAGGGCGGGTCACGT ATAAAAAATAATTTCAAAAATTTTTCTAGTCTGACAAGCTTCTAAAAAAAGATATATTTG ATTAAATTTGACAAATTAATTGAGACAAGCATTTTTTAACTCAATAGTAACGTAACTAAA AGAACAAATTCAGAAGGATTTGTTAGGATAAATTAACCAAAATACATAGCATGAACTTTG ATTAGTAATATTTTATGTTAGTTTCTTTGTGTATAGAGAAAAGAGTGGAAAATGACAAGG CATATATATATATATCATGATAAGCCTCTAATTTGTCTTGTCATGTGTAAATGTGAGTAC ATGACAACCTTGCTTGCGGCAAATAATACTGCTCCTGACGTTAGAGAATTATTATGATGA GACCAAATTGTATTTTTTTTCTTAAATTATTTCTTTTTTCTTCTATTATTAACAGATTTT TATTTTCATTATCTCTACTTGCATTTTTGTCACTGGTTTTAACACTTCTTTTTAATAGTT TCTTGTTTATCATTTTTAGTTTCCATTCGTGTCTTGTGGTCTTTTGATGATCGTATATTT GTTAGTTTTAATATGTTTATCCTATCATATATCTCTAGCTAGAAGGTTAGTATTGACTAT TCTTCTCAATTTTACTTGTTCAATACACTGGATATATTATTATAGGAGATATTATGGAAT ATATAATTAGTTAATTGTGAAAAATAATCATAATGAGATTATGCATTGAAAGGACTCTTT CACCTAATTTCTAGGCTAGTTTGGTGAATTAATTTATAATAAAGTTTAGCTAGGTATCTT CAATCAAAGAACGAATGAAGCGATGACATTTGTCAACATACAACAATACATAATGTACAT TAAACGTATTTGATAGACGAATATCTCCAATTTTCCTTGAATAATCTTTTAAAGATTACA TTTTTTTTCACCGTTAAATACTTATATTGAAGTCGACTATTTCAGACTCACACCGAGTAG GCTTCCATTAAGGCAAAAACGATCCTTATCAAGATTTTTTTCATATTCAAAACTTTAATT AGATACCTTTGATGAAAGAGAAAAACAACCTCATCCAATGCACCAAATCCTTTCACGATA AACAACACTTATTTGTATACTCAATTTCACACTCCACATAACATTTCTATTTATGATAAT AGTTAATAATTTATGCACTTTATAATTCGAAATCAAGTGCTACACGCTAGTGTTAATTCA AGGATGGCATATTTGAGATACTAACATAAGTGACGTAAAACTACAAGGAACTCGAATTAT AAAATACTGTTGGAAAATTGCTTTAAAAAGTAATGCACTACTACTATTATATAAAAACTC ATATTCAATATAACTTAATCACAAATTATAAGTTACAATAACATATTGAATATATACCTT TTTTTTAAAAAAAAAAAATTGATTTCCCGTTAATTGTCTCATCATTAGTTTTCAAATGAT TAATGAAGTATCTTAAGCGTTCACGATAACTCTAATATGAGTCAAATTAAAAAGGACTTA ATCAGCCACATTGAGGTGGTGTTTGTACTAAAGAGAAAATATACTTTTTTAAAAAAAATT TAATGTATTTATTTTATTGTGTTCGAATAATTAATTCTATCTTAAAAATATTAATATCTA ATCTAGATATATAAGATGAGGAATAGGTACGATGCAGATGACAGATTTTATGTGAAATGT CATGTAACTTGTTTTCTCTAATTCTAGAGAATTTGACCAAACTAAGTCATTCTATAAATC AATTCACCAAAATAGTATGTTTTTAATTTTGTTTACAAAACTAGTATAAACGTGGTTCAC AGTAACGTTTTATATTTTATTTATTTTTTAAAAATTTAATGAAAAAAAAGAGCAAAAGTT CACGGAGCAAACAGAAATAAAACGTTATTGACAATAACGTTTTATACTTCGTTATCTAGA ATCATGTTTTAGAGCTAAAACGTTACTAAAAGTAACGTTTTTATATTTTAGTACGTTTTA TCCAGTCACGGGCTCTGCAATTAAAGAATTGAATCCTGTATTTTACAGATTATAAAACGT AACTGACAATAACGTTTATTATATAAAACGTAACTGTCAATCACGTTTTATGTTTATTTA ATCACGGGGCACCGGATTAAGAATAAAATCCTGCTACATTAGAATCTTACAGATCATAAA ACGTTATCGCACATGTCTTTGGCTACTTGAACCTTCGCCAAATGATCCTTGGTCATGCAT TAACAATTGTTGAAATGGTGGTTAAGCAATCGGCTCTGCATAATGAGGTTGACTAACCGT GGCAAATCCATAATTTTGAGACAATAAATTCATGTGATAACCATGTTGACCACTAATTTG AAATATATCATTTTGATTTGTTGATTTGGTCTTTACATATATTTCCAAAACATTTATGTC AATCTTATCCGCAAAGTTTTGAGGTATAACAAAAAATTGTAGCAAAGATTGATCATCATC AATTTTAAACTCAATGAACTTTGTACGGTTACCTTGAATCGAACAAGGATATTTTCCCGA AATATCCATTTGAATATTTTCACTAGTTGTACCCATTTTCTCATGCAATAATTCAACATA CTTCATTGAAGTATACATGTTAATAATCATTCTAGCACATTCAGTATACCTGCATCCGTT CATTTCAGTAATTATTTCGCCACATCAGTACAAAGCAACCATCACATTATGTTCAAAATT TGCCATTTTTATTCCTACACATAAAAATAAGTCATCTTTCTAAGTAATAAATTAGAAAAA TATTGGAAAGCTATGGTAAAAATAATAACACAATATGATACATTGACTTGACTTATTTAA TTCATACCTTTGTAAATATTGTTTCAAAATTGGGCTACGCAAATAAAATTTTGAATGAAT ATTGTTGGAGTGTTTAGAACATTTGTTTCAACAAGGTTCATTTTATAACCATTTGTCGTC AGTAAAAAAAGAGAAAATTAACTTTAACATAGTGTCGTAATTGATAGTCACGATTTAATG CAGAAATGTGATCAGCGATAACGTTTTATGATCTGTAAGATTCCAATGTAGGAGGATTTT ATTCTTAATCCGGTGCCCCGTGATTAAATAAACATAAAACGTGATTGACAGTTACGTTTT ATATAATAAACGTGATTGTCAGTTACGTTTTATATAAAAACGTTACTTTTAGTAACGTTT TAGCTCTAAAACGTGATTCTAGATAACGAAGTATAAAACGTTATTGTCAATAACGTTTTA TTTCTGTTTGCTCCGTGAACTTTTGCTTTTTTTTTCATTAAATTTTTTAAAATAAAATAA AGCATAAAATGTTATTGTGAACCACGTTTATACTAGTTTTGTAAACAAAATTAAAAACAT ACTATTTTGGTGAATTGATTTATAGAATGACTTATTTTGGTCAATTCCTCAAAATTCTAA GATGTTATTTTCCTCATCTTTATAATATTATTGTTCATGAGAGTGTAAAACTAGAATATA TATATATATATATAAAAAACTTTATCTTCTAAAATTTTGACCCTTCGATATTAGATATGT AAGATAACTTTGTCTGCGAGTCGTAGTTTTAAATTCTTAGCGTAGATTTGATAAAGAAAA AGGTAAAGCCTAAATTATGAATGTAACTTAGTTTTTTTTTTCTTTTCCTTTTTAAAAATT TGATCTCTCATAATTGTCAATCATAGGAATAACAAATAATATTCCTCTTTTGAAATTAGA GAGTCCGATACTTTAAGATAAAGAAAGAAATGTGGAAGGAATCATTTAAGACCCAATATT TCCTATTAAGTGGATAAACACGTAATTTTTTTTAAATTCTTTTTCCTAAAAAAAAAAGGA AAAATAGCTAACTCATGAGGTGAAAATATTGAGGAATACGCAATACATAAATAAAATTAA ATATTTGAAACATGAATAATAATATAACACTTTGACCTTTATAAACAAAATTTTATATAA TCTAATTAATTATAACATGTTAAAAATATTTAATTTAACTCGACTTCAAAACTAGCTCAA TAATTAATGAATACTGCTAAACGAAATCTAATTAAAAAGACAATATATCATTCCTTTTAA CTATTGTCTAATGTTATTATAAAATCCTATTGTTTAATTGCAGTTTGAACTTCTTATAAT CTGATTTCGAATGTAAAAAGCAAATAATTTGGCAGGAAAATTGATATAAGTCTAATTAAA TCATGAAAACTAATTAACTCAAAAATGAAGGTGAATATTTCTTGGATAGTAGCATCAGGT TCATTGTACGCAGTATTTTTTATTTTAGATATAAAAAAAATATATATTCAAAATTATTAT CTTATATTCAAAATTATTATATCTTATTTTACTCATTAATTTATTGCCATATAATTTTGG GTACGTAGGTACGAAACACGTGAGGATTATTGTTGAAAAACGAAAATGTTGCATGAAATA TGAAAAAAATCAAAAAGAAAATGAAAAATACTCATAAAAGTGCAATAAAACGGTTTAAAA GAGAAGGTGTATTTTTTTTTTCTTTCTATATTTGTCAATACAAACAAAATATAAAAATAA GCAAAATATTAAAGCAAGCATTTAATTGCACAAAAAATGACAAATTAAATTTAGACTTTC GTACAGCCTTCTCCTCGATAAACTTTACTGCTTACCTTGTTATACGTCGCCTATACGTCA AACTATATTTAGTCTTCATCGTTCATATTGTTGATTAGAATTATATGAATTTAGTTATAG ATATTTAATATTCTATTATATAAGTATTTTCAATATCTACATATTTATATAAATATTAAA ATTATTAATCAGTTCATTATACTAATTACATACACAAATATTATATTTCTTATTTACCTA CTAAATATCATATAAGTTATATTAAAAATAACACACAAATAACTTTTATTTAGCTACCCA ACTGCCTCTACTAATCTAAAGATATTCTCTTCATTTTAATTTATTCGTTCTATTTTAGTT TAACCTGTAATATTAAAAAGTAAAAAATAATTTTTAAATAGGTGATTTTAAAGTTAGAAT AATAATATTATAAAAGAAAAAATTACATTGGTTCTGATACAGAACAAAAATGACAATTTC TAACCTAATTTATACAACTTGATTTTCTATTTAATCAATTCTTTTAGAAAAATGATATAT TTTTTATACTTAATAAGTAATGTTTTATTAAAATTTTCATTTTATATTTTTGAAATAGAT TTTAGATTAAAAAATTTATAAACTTATTTTCTTAAACTTTGATACTTTCTCTATCCATTA TTATTTATTATAATTTTTATTTTTAGAATCAAACTATAGAAATTTCTTTTATATAGATTA AAAAATTTATAAACTTACTTTTTAAAACTTCGTTACTCTCCTTCATCCACTATTTTTTGT CATGATTTTTATTTTTAGAGTCAAACTATAAGAATGTTTTTAAAGAATTTTTTAATCATA TTAATATTCAAAAAAATTATAATTTGCATTACTTTTCAGATAGTTTTGAATATCTAAATT TTTTTGTTTTAAATATTAAATTAATGTAATCTAATTTAAATTTAAAAATTATTCAAATTA ACTTTTGAAAAAAATAATACAATAAATAAAAAACAAACGAGAAAATAATAAGTTAAATTC ACACACAAACATGGTAAACAAATTAAAACGGACGAACAATAAATAAAGAATACTTTACTG GTCCCACACTACTTCAACGTTACACTTCTTCATTTTTTTTTTCTATAAATGGCTCCTCAC ACTTCTTCTTACCAAAAAAGAAAAAACCCATACATTTCTCCTTTTTCCATTTTTAAGAGG AAGAAGAAGAAGGAGAAGGCTAGGGATTTTGATCTACAAGCTCTCTTTTGCATCATTAAT ATTCCCACCTTCTTCTTCAATGGCGCAAGTGAAACTGCTCTGTCTATTTGCTCTGTTTTT AACTATTACACAGCTGTTCATAGCAGGTAATAATTCAGAAAAAAAAGTCCAAAAAATGAT TTTAAAAAAAAAGCATTGATCTTTATCTTTAAGAGCATTAATTTTTTGGATCATATTGTA TAAATAAGATACAACATTCATCTGTAAACATTTTACAAATAAAACTCTGTTTTTAGCTCT TTCCAACAGGTAATAATTCAGAAATTAGTAGTTATACTAAAAGAGGAATATGAAGTAGAA TTTTGTGCGTAAAAGCTTATTTCATTTCAGATAAAATAATGTTTAAAGATTTGATTTTCC CCATTTTTTGGGTGTGAATTTACAAGTGAAAAAACCCTCTCTGTTTTCGCTGTTATAAAC AAAAAACTGGTGATTATAAACTAAATTTGTTCTTTTAGAGCTGATTTTAGATCAATTTAT GTTCAAAGATTTGATCTTTTTTTTTCTTTTTGGGTTTATGAAATTTTAGGTGTAAATTCA GCTGCAACATTTACAATGGTGAATAAATGTCAGCAAACAATTTGGCCTGGATTATTATCT AACGCCGGAATAGCTCCACTTTCCACCACTGGTTTTGTTCTACAAAAAGATGAATCGAAA ACAATCAGTGTGCCCACTTCATGGGGCGGCAGATTCTGGGCTCGTACACATTGTACCGAA GATTCCACCGGAAAATTCACCTGCGCCACCGGCGATTGCGGCTCCGGTAAGCTCGAATGC GCCGGTGGCAACGCTGCACCGCCGGCAACTCTAGCTGAATTCACACTCGACGGATCCAAC GGGATGGATTTCTTCGACGTCAGTTTAGTCGATGGGTACAACTTACCAATGCTTGTGGTA CCACAAGGTGGTTCTGGTAACAATTGTACAAGTACCGGATGTGTGGTGGATTTGAACGGC GCGTGTCCGTCGGAGCTGAAAGTAATGAGCCTGGGAGGCGAAAACGTCGCGTGTAAGAGC GCGTGTGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.980 16416 16564 match_part 0.949 16917 17211 match_part 0.951 18234 18376 match_2 match_part 0.987 16416 16564 match_part 0.949 16917 17211 match_part 0.952 18234 18358 match_3 match_part 0.987 16416 16564 match_part 0.948 16917 17207 match_4 match_part 0.900 19204 19223 match_part 0.957 19816 19909 match_part 0.980 20099 20196 match_part 0.971 20442 20511 match_part 0.981 21315 21418 match_part 0.956 21512 21579 match_5 match_part 0.982 19855 19909 match_part 0.980 20099 20196 match_part 0.971 20442 20511 match_part 0.981 21315 21418 match_part 0.974 21512 21628 match_part 0.948 21765 21841 match_part 1.000 21957 22001 match_part 0.963 22459 22592 match_6 match_part 0.986 20123 20196 match_part 0.971 20442 20511 match_part 0.971 21315 21418 match_part 0.974 21512 21628 match_part 0.948 21765 21841 match_part 0.978 21957 22001 match_part 0.971 22459 22662 match_7 match_part 0.972 20441 20511 match_part 1.000 21315 21418 match_part 0.991 21512 21628 match_part 1.000 21765 21841 match_part 1.000 21957 22001 match_part 0.996 22459 22959 match_8 match_part 0.933 21972 22001 match_part 0.937 22459 23192 match_9 match_part 0.947 22521 23186 match_10 match_part 0.975 22612 23123 match_11 match_part 0.998 22613 23135 match_12 match_part 0.998 22613 23135 match_13 match_part 0.986 22613 23125 match_14 match_part 0.998 22613 23108 match_15 match_part 0.982 22638 23135 match_16 match_part 0.978 22640 23135 match_17 match_part 0.942 22711 23090 match_18 match_part 1.000 23857 23955 match_part 1.000 24066 24175 match_part 1.000 24617 24887 match_part 1.000 24979 25081 match_part 0.965 25355 25555 match_19 match_part 1.000 24625 24887 match_part 0.996 24979 25252 match_20 match_part 0.991 30954 31690 match_21 match_part 1.000 30955 31291 match_22 match_part 0.991 30957 31657 match_23 match_part 0.986 30958 31665 match_24 match_part 0.990 30958 31663 match_25 match_part 0.994 30967 31462 match_26 match_part 0.994 30967 31442 match_27 match_part 0.922 30972 31461 match_28 match_part 1.000 30974 31557 match_29 match_part 1.000 30978 31405 match_30 match_part 0.974 30982 31679 match_part 0.884 31742 31827 match_31 match_part 0.989 30994 31657 match_32 match_part 0.978 31134 31689 match_33 match_part 0.980 31134 31689 match_34 match_part 0.969 31336 31662 match_35 match_part 0.980 31385 31727 match_36 match_part 1.000 34248 34617 match_part 1.000 34686 34734 match_part 1.000 34820 34871 match_part 1.000 37201 37364 match_part 0.974 37658 37771 match_part 0.972 38198 38233 match_37 match_part 0.974 34383 34617 match_part 1.000 34686 34694 match_38 match_part 0.947 34716 34734 match_part 1.000 34820 34871 match_part 0.951 37201 37364 match_part 0.974 37658 37771 match_part 0.907 38198 38456 match_39 match_part 0.961 38574 38726 match_40 match_part 1.000 48451 48626 match_part 0.990 49070 49367 match_41 match_part 1.000 48454 48626 match_part 1.000 49070 49418 match_42 match_part 0.960 48454 48626 match_part 1.000 49070 49352 match_43 match_part 1.000 48455 48626 match_part 1.000 49070 49432 match_44 match_part 1.000 48459 48626 match_part 0.995 49070 49466 match_45 match_part 1.000 48459 48626 match_part 1.000 49070 49252 match_46 match_part 1.000 48460 48626 match_part 1.000 49070 49434 match_47 match_part 1.000 48461 48626 match_part 1.000 49070 49410 match_48 match_part 0.958 48461 48626 match_part 0.984 49070 49375 match_49 match_part 1.000 48462 48626 match_part 1.000 49070 49495 match_50 match_part 1.000 48462 48626 match_part 1.000 49070 49436 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_51 match_part 0.985 2980 2850 match_part 0.959 2699 2651 match_part 0.978 2564 2475 match_part 1.000 2395 2342 match_part 1.000 1868 1803 match_part 0.969 1246 1149 match_part 0.948 1062 853 match_52 match_part 0.995 6330 6138 match_part 1.000 6044 5957 match_part 1.000 5834 5648 match_part 1.000 5550 5460 match_part 1.000 3947 3912 match_part 1.000 3784 3686 match_part 1.000 2980 2850 match_part 1.000 2699 2651 match_part 1.000 2564 2535 match_53 match_part 0.930 6336 6138 match_part 0.920 6044 5957 match_part 0.947 5834 5648 match_part 1.000 5550 5460 match_part 1.000 3947 3912 match_part 0.980 3784 3686 match_part 0.945 2980 2926 match_54 match_part 0.930 6336 6138 match_part 0.920 6044 5957 match_part 0.947 5834 5648 match_part 0.980 5550 5501 match_55 match_part 0.952 23157 22762 match_56 match_part 0.910 31662 30985 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 6336 6138 exon 6044 5957 exon 5834 5648 exon 5550 5460 exon 3947 3912 exon 3784 3686 exon 2980 2850 exon 2699 2651 exon 2564 2475 exon 2395 2342 exon 1868 1803 exon 1246 1149 exon 1062 853 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 16416 16564 exon 16917 17211 exon 18234 18376 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 19204 19223 exon 19816 19909 exon 20099 20196 exon 20442 20511 exon 21315 21418 exon 21512 21628 exon 21765 21841 exon 21957 22001 exon 22459 23192 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 20441 20511 exon 21315 21418 exon 21512 21628 exon 21765 21841 exon 21957 22001 exon 22459 23192 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 23157 22762 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 23857 23955 exon 24066 24175 exon 24617 24887 exon 24979 25081 exon 25355 25555 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 24625 24887 exon 24979 25252 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 30954 31727 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 30955 31679 exon 31742 31827 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 31662 30985 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 34248 34617 exon 34686 34734 exon 34820 34871 exon 37201 37364 exon 37658 37771 exon 38198 38456 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 38574 38726 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 48451 48626 exon 49070 49495 RepeatMasker tomato repeats master Gypsy00205 5830 5871 1 Gypsy00205 5830 5871 1 nucleotide_motif 285 7374 7415 Unknown00037 4507 4569 1 Unknown00037 4507 4569 1 nucleotide_motif 268 7910 7975 Unknown00025 240 490 1 Unknown00025 240 490 1 nucleotide_motif 454 11108 11364 Copia00039 264 410 1 Copia00039 264 410 1 nucleotide_motif 925 11895 12041 Unknown00019 620 705 1 Unknown00019 620 705 1 nucleotide_motif 441 14331 14417 TS2 527 620 1 TS2 527 620 1 nucleotide_motif 518 19402 19498 TS2 579 650 1 TS2 579 650 1 nucleotide_motif 467 25114 25185 Unknown00025 224 482 1 Unknown00025 224 482 1 nucleotide_motif 583 48026 48297 RepeatMasker tomato repeats master Copia00151 10053 10212 -1 Copia00151 10053 10212 -1 nucleotide_motif 491 1699 1547 TS2 522 655 -1 TS2 522 655 -1 nucleotide_motif 614 1710 1577 Copia00039 260 412 -1 Copia00039 260 412 -1 nucleotide_motif 781 12124 11972 Copia00110 13416 13522 -1 Copia00110 13416 13522 -1 nucleotide_motif 360 13961 13860 HarbN_I 2 204 -1 HarbN_I 2 204 -1 nucleotide_motif 984 14194 13964 Copia00110 13159 13264 -1 Copia00110 13159 13264 -1 nucleotide_motif 402 14330 14317 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 467 21207 21008 Unknown00034 1 4014 -1 Unknown00034 1 4014 -1 nucleotide_motif 2144 27765 27446 Copia00094 4310 4464 -1 Copia00094 4310 4464 -1 nucleotide_motif 1100 27789 27632 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2109 9367 10502 match_2 match 2422 16912 18133 match_3 match 2970 30482 32096 match_4 match 3263 34004 35649 match_5 match 3279 40791 42543 match_6 match 3642 12816 14814 match_7 match 5140 1 2701 match_8 match 5182 43163 45926 match_9 match 5652 35663 38534 match_10 match 6171 24050 27162 match_11 match 2732 7915 match_12 match 18168 23960 match_13 match 3751 1 2000 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 726 49052 49417 match_2 match 367 48673 48857 match_3 match 381 48447 48638 match_4 match 367 48673 48857 match_5 match 381 48447 48638 match_6 match 1336 19736 20457 match_7 match 1051 14247 14776 match_8 match 842 18349 18808 match_9 match 248 27627 27762 match_10 match 722 48673 49036 match_11 match 591 49052 49357 match_12 match 722 48673 49036 match_13 match 591 49052 49357 match_14 match 900 31595 32096 match_15 match 486 31824 32096 match_16 match 555 44831 45126 match_17 match 321 16720 16881 match_18 match 579 16912 17203 match_19 match 761 6164 6568 match_20 match 1072 14177 14717 match_21 match 248 27627 27762 match_22 match 1302 41107 41811 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.972 20441 20511 match_part 1.000 21315 21418 match_part 0.991 21512 21628 match_part 1.000 21765 21841 match_part 1.000 21957 22001 match_part 0.996 22459 22959 match_2 match_part 0.975 22612 23123 match_3 match_part 0.998 22613 23135 match_4 match_part 0.998 22613 23135 match_5 match_part 0.986 22613 23125 match_6 match_part 0.998 22613 23108 match_7 match_part 0.982 22638 23135 match_8 match_part 0.978 22640 23135 match_9 match_part 1.000 23857 23955 match_part 1.000 24066 24175 match_part 1.000 24617 24887 match_part 1.000 24979 25081 match_part 0.965 25355 25555 match_10 match_part 1.000 24625 24887 match_part 0.996 24979 25252 match_11 match_part 0.991 30954 31690 match_12 match_part 1.000 30955 31291 match_13 match_part 0.991 30957 31657 match_14 match_part 0.986 30958 31665 match_15 match_part 0.990 30958 31663 match_16 match_part 0.994 30967 31462 match_17 match_part 0.994 30967 31442 match_18 match_part 1.000 30974 31557 match_19 match_part 1.000 30978 31405 match_20 match_part 0.974 30982 31679 match_part 0.884 31742 31827 match_21 match_part 0.989 30994 31657 match_22 match_part 0.978 31134 31689 match_23 match_part 0.980 31134 31689 match_24 match_part 0.969 31336 31662 match_25 match_part 0.980 31385 31727 match_26 match_part 1.000 34248 34617 match_part 1.000 34686 34734 match_part 1.000 34820 34871 match_part 1.000 37201 37364 match_part 0.974 37658 37771 match_part 0.972 38198 38233 match_27 match_part 0.974 34383 34617 match_part 1.000 34686 34694 match_28 match_part 0.961 38574 38726 match_29 match_part 1.000 48451 48626 match_part 0.990 49070 49367 match_30 match_part 1.000 48454 48626 match_part 1.000 49070 49418 match_31 match_part 0.960 48454 48626 match_part 1.000 49070 49352 match_32 match_part 1.000 48455 48626 match_part 1.000 49070 49432 match_33 match_part 1.000 48459 48626 match_part 0.995 49070 49466 match_34 match_part 1.000 48459 48626 match_part 1.000 49070 49252 match_35 match_part 1.000 48460 48626 match_part 1.000 49070 49434 match_36 match_part 1.000 48461 48626 match_part 1.000 49070 49410 match_37 match_part 0.958 48461 48626 match_part 0.984 49070 49375 match_38 match_part 1.000 48462 48626 match_part 1.000 49070 49495 match_39 match_part 1.000 48462 48626 match_part 1.000 49070 49436 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_40 match_part 0.995 6330 6138 match_part 1.000 6044 5957 match_part 1.000 5834 5648 match_part 1.000 5550 5460 match_part 1.000 3947 3912 match_part 1.000 3784 3686 match_part 1.000 2980 2850 match_part 1.000 2699 2651 match_part 1.000 2564 2535 match_41 match_part 0.910 31662 30985 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 6330 6138 exon 6044 5957 exon 5834 5648 exon 5550 5460 exon 3947 3912 exon 3784 3686 exon 2980 2850 exon 2699 2651 exon 2564 2535 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 20441 20511 exon 21315 21418 exon 21512 21628 exon 21765 21841 exon 21957 22001 exon 22459 23135 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 23857 23955 exon 24066 24175 exon 24617 24887 exon 24979 25081 exon 25355 25555 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 24625 24887 exon 24979 25252 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 30954 31727 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 30955 31679 exon 31742 31827 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 31662 30985 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 34248 34617 exon 34686 34734 exon 34820 34871 exon 37201 37364 exon 37658 37771 exon 38198 38233 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 38574 38726 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 48451 48626 exon 49070 49495 AUGUSTUS_tom_cdna de novo gene_1 gene 1 7175 22906 transcript_1 transcript 7175 22906 start_codon_1 start_codon 7175 7177 CDS_1 CDS 7175 7251 CDS_2 CDS 18953 19045 CDS_3 CDS 19133 19223 CDS_4 CDS 20442 20511 CDS_5 CDS 21315 21418 CDS_6 CDS 21512 21628 CDS_7 CDS 21765 21841 CDS_8 CDS 21957 22001 CDS_9 CDS 22459 22906 stop_codon_1 stop_codon 22904 22906 gene_2 gene 1 23830 30992 transcript_2 transcript 23830 30992 start_codon_2 start_codon 23830 23832 CDS_10 CDS 23830 23955 CDS_11 CDS 24066 24175 CDS_12 CDS 24617 24887 CDS_13 CDS 24979 25081 CDS_14 CDS 25355 25712 CDS_15 CDS 25873 25967 CDS_16 CDS 26106 26238 CDS_17 CDS 26359 26437 CDS_18 CDS 30918 30992 stop_codon_2 stop_codon 30990 30992 gene_3 gene 1 31025 31492 transcript_3 transcript 31025 31492 start_codon_3 start_codon 31025 31027 CDS_19 CDS 31025 31492 stop_codon_3 stop_codon 31490 31492 gene_4 gene 1 34253 48630 transcript_4 transcript 34253 48630 start_codon_4 start_codon 34253 34255 CDS_20 CDS 34253 34617 CDS_21 CDS 34686 34734 CDS_22 CDS 37251 37364 CDS_23 CDS 37658 37794 CDS_24 CDS 48441 48630 stop_codon_4 stop_codon 48628 48630 AUGUSTUS_tom_cdna de novo gene_5 gene 1 6215 993 transcript_5 transcript 6215 993 stop_codon_5 stop_codon 995 993 CDS_25 CDS 1062 993 CDS_26 CDS 1246 1149 CDS_27 CDS 1868 1803 CDS_28 CDS 2384 2337 CDS_29 CDS 2564 2475 CDS_30 CDS 2699 2651 CDS_31 CDS 2980 2850 CDS_32 CDS 3784 3686 CDS_33 CDS 3947 3912 CDS_34 CDS 5550 5460 CDS_35 CDS 5834 5648 CDS_36 CDS 6044 5957 CDS_37 CDS 6215 6138 start_codon_5 start_codon 6215 6213 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 1 7175 26242 transcript_1 transcript 7175 26242 start_codon_1 start_codon 7175 7177 CDS_1 CDS 7175 7251 CDS_2 CDS 18953 19045 CDS_3 CDS 19133 19223 CDS_4 CDS 20442 20511 CDS_5 CDS 21315 21418 CDS_6 CDS 21765 21841 CDS_7 CDS 22459 22810 CDS_8 CDS 24765 24887 CDS_9 CDS 24979 25081 CDS_10 CDS 25355 25712 CDS_11 CDS 25873 26242 stop_codon_1 stop_codon 26240 26242 gene_2 gene 1 34253 39697 transcript_2 transcript 34253 39697 start_codon_2 start_codon 34253 34255 CDS_12 CDS 34253 34617 CDS_13 CDS 34686 34734 CDS_14 CDS 37251 37364 CDS_15 CDS 37658 37794 CDS_16 CDS 39664 39697 stop_codon_2 stop_codon 39695 39697 AUGUSTUS_tom_ugs de novo gene_1 gene 1 7175 26242 transcript_1 transcript 7175 26242 start_codon_1 start_codon 7175 7177 CDS_1 CDS 7175 7251 CDS_2 CDS 18953 19045 CDS_3 CDS 19133 19223 CDS_4 CDS 20442 20511 CDS_5 CDS 21315 21418 CDS_6 CDS 21512 21628 CDS_7 CDS 21765 21841 CDS_8 CDS 21957 22001 CDS_9 CDS 22459 22810 CDS_10 CDS 24066 24175 CDS_11 CDS 24617 24887 CDS_12 CDS 24979 25081 CDS_13 CDS 25355 25712 CDS_14 CDS 25873 26242 stop_codon_1 stop_codon 26240 26242 gene_2 gene 1 34253 39697 transcript_2 transcript 34253 39697 start_codon_2 start_codon 34253 34255 CDS_15 CDS 34253 34617 CDS_16 CDS 34686 34734 CDS_17 CDS 37251 37364 CDS_18 CDS 37658 37794 CDS_19 CDS 39664 39697 stop_codon_2 stop_codon 39695 39697 AUGUSTUS_tom_ugs de novo gene_3 gene 1 6215 993 transcript_3 transcript 6215 993 stop_codon_3 stop_codon 995 993 CDS_20 CDS 1062 993 CDS_21 CDS 1246 1149 CDS_22 CDS 1868 1803 CDS_23 CDS 2384 2337 CDS_24 CDS 2564 2475 CDS_25 CDS 2699 2651 CDS_26 CDS 2980 2850 CDS_27 CDS 3784 3686 CDS_28 CDS 3947 3912 CDS_29 CDS 5550 5460 CDS_30 CDS 5834 5648 CDS_31 CDS 6044 5957 CDS_32 CDS 6215 6138 start_codon_3 start_codon 6215 6213 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 20444 20511 match_part 1.000 21315 21418 match_part 0.991 21512 21628 match_part 1.000 21765 21841 match_part 1.000 21957 22001 match_part 0.997 22459 23135 match_2 match_part 1.000 23857 23955 match_part 1.000 24066 24175 match_part 1.000 24617 24887 match_part 1.000 24979 25081 match_part 0.965 25355 25555 match_3 match_part 0.990 30954 31680 match_part 0.882 31743 31827 match_4 match_part 1.000 34248 34617 match_part 1.000 34686 34734 match_part 1.000 34820 34871 match_part 1.000 37201 37364 match_part 0.974 37658 37771 match_part 0.972 38198 38233 match_5 match_part 0.961 38574 38726 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.995 6330 6138 match_part 1.000 6044 5957 match_part 1.000 5834 5648 match_part 1.000 5550 5460 match_part 1.000 3947 3912 match_part 1.000 3784 3686 match_part 1.000 2980 2850 match_part 1.000 2699 2651 match_part 1.000 2564 2535 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 6330 6138 exon 6044 5957 exon 5834 5648 exon 5550 5460 exon 3947 3912 exon 3784 3686 exon 2980 2850 exon 2699 2651 exon 2564 2535 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 20444 20511 exon 21315 21418 exon 21512 21628 exon 21765 21841 exon 21957 22001 exon 22459 23135 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 23857 23955 exon 24066 24175 exon 24617 24887 exon 24979 25081 exon 25355 25555 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 30954 31680 exon 31743 31827 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 34248 34617 exon 34686 34734 exon 34820 34871 exon 37201 37364 exon 37658 37771 exon 38198 38233 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 38574 38726 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 2843 3399 match_2 match_part 0.972 2852 3396 match_3 match_part 0.900 19204 19223 match_part 0.957 19816 19909 match_part 0.980 20099 20196 match_part 0.971 20442 20511 match_part 0.981 21315 21418 match_part 0.974 21512 21628 match_part 0.948 21765 21841 match_part 1.000 21957 22001 match_part 0.948 22459 23186 match_4 match_part 1.000 34248 34617 match_part 1.000 34686 34734 match_part 1.000 34820 34871 match_part 1.000 37201 37364 match_part 0.974 37658 37771 match_part 0.972 38198 38233 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 2843 3399 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 19204 19223 exon 19816 19909 exon 20099 20196 exon 20442 20511 exon 21315 21418 exon 21512 21628 exon 21765 21841 exon 21957 22001 exon 22459 23186 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0096I08.1 type gene exon 34248 34617 exon 34686 34734 exon 34820 34871 exon 37201 37364 exon 37658 37771 exon 38198 38233 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 7175 22906 transcript_1 transcript 7175 22906 start_codon_1 start_codon 7175 7177 CDS_1 CDS 7175 7251 CDS_2 CDS 16917 17211 CDS_3 CDS 20442 20511 CDS_4 CDS 21315 21418 CDS_5 CDS 21512 21628 CDS_6 CDS 21765 21841 CDS_7 CDS 21957 22001 CDS_8 CDS 22459 22906 stop_codon_1 stop_codon 22904 22906 gene_2 gene 1 23121 30992 transcript_2 transcript 23121 30992 start_codon_2 start_codon 23121 23123 CDS_9 CDS 23121 23168 CDS_10 CDS 24066 24175 CDS_11 CDS 24617 24887 CDS_12 CDS 24979 25081 CDS_13 CDS 25355 25712 CDS_14 CDS 25873 25967 CDS_15 CDS 26106 26238 CDS_16 CDS 26359 26437 CDS_17 CDS 30918 30992 stop_codon_2 stop_codon 30990 30992 gene_3 gene 1 31025 31492 transcript_3 transcript 31025 31492 start_codon_3 start_codon 31025 31027 CDS_18 CDS 31025 31492 stop_codon_3 stop_codon 31490 31492 gene_4 gene 1 34253 48630 transcript_4 transcript 34253 48630 start_codon_4 start_codon 34253 34255 CDS_19 CDS 34253 34617 CDS_20 CDS 34686 34734 CDS_21 CDS 37251 37364 CDS_22 CDS 37658 37794 CDS_23 CDS 48441 48630 stop_codon_4 stop_codon 48628 48630 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 6215 993 transcript_5 transcript 6215 993 stop_codon_5 stop_codon 995 993 CDS_24 CDS 1062 993 CDS_25 CDS 1246 1149 CDS_26 CDS 1868 1803 CDS_27 CDS 2395 2342 CDS_28 CDS 2564 2475 CDS_29 CDS 2699 2651 CDS_30 CDS 2980 2850 CDS_31 CDS 3784 3686 CDS_32 CDS 3947 3912 CDS_33 CDS 5550 5460 CDS_34 CDS 5834 5648 CDS_35 CDS 6044 5957 CDS_36 CDS 6215 6138 start_codon_5 start_codon 6215 6213 gene_6 gene 1 34199 31517 transcript_6 transcript 34199 31517 stop_codon_6 stop_codon 31519 31517 CDS_37 CDS 31703 31517 CDS_38 CDS 34199 34177 start_codon_6 start_codon 34199 34197 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 162 49042 49572 match_2 match 161 49033 49572 match_3 match 183 49036 49572 match_4 match 265 49087 49572 match_5 match 265 49033 49572 match_6 match 164 25871 26770 match_7 match 47.4 24976 25113 match_8 match 120 24618 24887 match_9 match 164 25871 26776 match_10 match 45.4 24976 25113 match_11 match 119 24618 24887 match_12 match 126 18240 18557 match_13 match 140 18240 18557 match_14 match 152 25871 26770 match_15 match 37.7 24979 25113 match_16 match 115 24618 24872 match_17 match 152 25871 26773 match_18 match 111 24618 24872 match_19 match 151 25871 26773 match_20 match 27.7 24982 25113 match_21 match 112 24621 24872 match_22 match 158 49087 49569 match_23 match 161 49078 49572 match_24 match 179 49048 49572 match_25 match 164 49048 49569 match_26 match 171 49000 49572 match_27 match 40.0 24982 25134 match_28 match 251 25871 26773 match_29 match 131 25360 25713 match_30 match 151 24618 24890 match_31 match 275 49036 49572 match_32 match 167 25871 26776 match_33 match 41.2 24979 25113 match_34 match 118 24618 24872 match_35 match 151 49078 49569 match_36 match 216 49078 49572 match_37 match 168 25871 26770 match_38 match 25.0 24976 25086 match_39 match 104 24618 24872 match_40 match 147 49093 49572 match_41 match 151 25871 26773 match_42 match 27.3 24982 25113 match_43 match 119 24618 24872 match_44 match 25.0 24982 25143 match_45 match 108 24618 24872 match_46 match 111 49042 49554 match_47 match 142 25871 26776 match_48 match 26.6 24982 25044 match_49 match 125 24618 24902 match_50 match 135 49063 49566 match_51 match 142 49093 49566 match_52 match 166 25871 26770 match_53 match 36.2 24982 25113 match_54 match 122 24618 24872 match_55 match 195 49039 49572 match_56 match 140 25871 26767 match_57 match 29.6 24976 25113 match_58 match 132 24621 24887 match_59 match 165 25871 26779 match_60 match 125 24618 24872 match_61 match 241 49036 49572 match_62 match 241 49036 49572 match_63 match 172 25871 26770 match_64 match 38.1 24976 25113 match_65 match 107 24618 24872 match_66 match 159 25871 26779 match_67 match 26.9 24976 25113 match_68 match 123 24618 24890 match_69 match 204 49036 49572 match_70 match 203 49084 49572 match_71 match 223 49087 49572 match_72 match 223 49087 49572 match_73 match 147 49063 49572 match_74 match 122 18240 18557 match_75 match 179 49051 49572 match_76 match 204 49030 49569 match_77 match 138 49087 49572 match_78 match 148 25841 26776 match_79 match 104 25360 25713 match_80 match 128 24618 24887 match_81 match 23.9 24982 25044 match_82 match 128 24621 24872 match_83 match 163 25871 26770 match_84 match 35.4 24976 25113 match_85 match 116 24618 24887 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_86 match 51.2 6215 5940 match_87 match 48.9 5832 5647 match_88 match 48.9 5555 5451